.\n"
},
{
"path": "Magpie.slnx",
"content": "\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n"
},
{
"path": "README.md",
"content": "\n
\nMagpie \n\n\n\n[](./LICENSE)\n[](https://github.com/Blinue/Magpie/actions/workflows/build.yml)\n[](#acknowledgement-)\n[](https://hosted.weblate.org/engage/magpie)\n\n
\n\n🌍 **English** | [简体中文](./README_ZH.md)\n\nMagpie is a lightweight window upscaling tool that comes equipped with a variety of efficient scaling algorithms and filters.\n\n👉 [Download](https://github.com/Blinue/Magpie/releases)\n\n👉 [FAQ](https://github.com/Blinue/Magpie/wiki/FAQ%20(EN))\n\n👉 [Built-in effects](https://github.com/Blinue/Magpie/wiki/Built-in%20effects)\n\n👉 [Compilation guide](https://github.com/Blinue/Magpie/wiki/Compilation%20guide)\n\n## Features\n\n* Supports both fullscreen and windowed scaling\n* Includes a variety of built-in algorithms and filters, including [Anime4K](https://github.com/bloc97/Anime4K), [FSR](https://github.com/GPUOpen-Effects/FidelityFX-FSR), CRT shaders, and more\n* WinUI-based user interface with support for light and dark themes\n* Multi-monitor support\n\n## Screenshots\n\n\n
\n
\n
\n
\nMagpie \n\n\n\n[](./LICENSE)\n[](https://github.com/Blinue/Magpie/actions/workflows/build.yml)\n[](#%E8%B4%A1%E7%8C%AE%E8%80%85-)\n[](https://hosted.weblate.org/engage/magpie)\n\n
\n\n🌍 [English](./README.md) | **简体中文**\n\nMagpie 是一个轻量级的窗口超分辨率工具，内置众多高效的算法和滤镜。\n\n👉 [下载](https://github.com/Blinue/Magpie/releases)\n\n👉 [FAQ](https://github.com/Blinue/Magpie/wiki/FAQ)\n\n👉 [内置效果介绍](https://github.com/Blinue/Magpie/wiki/内置效果介绍)\n\n👉 [编译指南](https://github.com/Blinue/Magpie/wiki/编译指南)\n\n## 功能\n\n* 支持全屏和窗口模式缩放\n* 众多内置算法和滤镜，如 [Anime4K](https://github.com/bloc97/Anime4K)、[FSR](https://github.com/GPUOpen-Effects/FidelityFX-FSR)、CRT 着色器等\n* 基于 WinUI 的用户界面，支持浅色和深色主题\n* 支持多屏幕\n\n## 截图\n\n\n
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[1] | No | Yes | Yes |\n| Support the source window to span multiple screens | No under extreme conditions[1] | No | Yes | Yes |\n| Ignores DPI virtualization[2] | No | No | Yes| Yes |\n| Notes | The most recommended capture method | Requires Win10 v2004 | | Not recommended due to unstable performance |\n\n\n[1]: (1) The source window does not support regular window capture. (2) The operating system is Windows 11.\n\n[2]: The system will perform bicubic interpolation upscaling to windows that do not support DPI scaling. The capture methods supporting this options captures the images before such scaling.\n"
},
{
"path": "docs/Compilation guide.md",
"content": "### Prerequisites\n\nIn order to compile Magpie, you need to first install:\n\n1. The latest version of Visual Studio 2022 or 2026. You need to install both \"Desktop development with C++\" and \"Universal Windows Platform development\" workloads and Windows SDK build 26100 or newer.\n2. [CMake](https://cmake.org/)\n\n You can also use the built-in CMake of Visual Studio, which is located at `%ProgramFiles%\\Microsoft Visual Studio\\2022\\Community\\Common7\\IDE\\CommonExtensions\\Microsoft\\CMake\\CMake\\bin`.\n3. [Python](https://www.python.org/) 3.11+\n4. [Conan](https://conan.io/)\n\n ```bash\n pip install conan\n ```\n \n Make sure that the above dependencies have been added to the system path, and use the following commands to check:\n ```bash\n cmake --version\n python --version\n conan --version\n ```\n\n### Compiling\n\n1. Clone the repo\n\n ```bash\n git clone https://github.com/Blinue/Magpie\n ```\n\n2. Open the Magpie.slnx in the root directory and build the solution.\n\n### Enabling Touch Support\n\nTo enable touch input support, TouchHelper.exe needs to be signed. While signing is automatically done in the CI pipeline, you can also manually sign it. Follow these steps:\n\n1. Create a self-signed certificate and export it as a pfx file.\n2. Replace the `CERT_FINGERPRINT` constant in `src/Magpie/TouchHelper.cpp` with the SHA-1 hash (i.e., fingerprint) of your certificate.\n3. Run the following command in the root directory of the repository:\n\n```bash\npython scripts/publish.py --pfx-path= --pfx-password=\n```\n\nThis will compile Magpie and sign TouchHelper.exe. The compiled files will be located in `publish\\x64`.\n"
},
{
"path": "docs/FAQ (EN).md",
"content": "## Duplicate-monitoring\n\nWhen displaying performance monitor like RTSS (Rivatuner Statistics Server), there might be 2 OSD layers displayed with Magpie scaling. This is caused by d3d, the screen capture method since v0.7.0. It will be captured by RTSS as well. You can fix this issue by adding it to the blacklist.\n\n## The hot keys don't work, but \"Scale after `x`s\" works.\n\n1. Try changing the hot keys.\n2. Try running Magpie as Administrator.\n\n## Lagging/latency\n\nPlease check the [Performance optimization](https://github.com/Blinue/Magpie/wiki/Performance%20optimization) page.\n\n## Will using Magpie in multi-player games be detected as cheating?\n\nMagpie is designed to be non-intrusive, so it is unlikely to be detected as a cheating tool. There have been no reports of bans for using Magpie. Nevertheless, you should be aware of the risks of using the software.\n\n## What is \"3D game mode\"?\n\nEnabling this option can change the behavior of the cursor and in-game overlay to optimize for 3D games. It is recommended to turn on this option when scaling 3D games.\n\n## What is \"Disable DirectFlip\"?\n\nDirectFlip is a technology to reduce input lags, but it may cause trouble in some circumstances. Please turn on this option when you are in the following situationsL:\n\n1. The game lags unexpectedly (game known with the issue: Days Gone).\n2. Abnormal low frame rates.\n3. The screen freezes when streaming.\n\n## What is \"Simulate Exclusive Fullscreen?\"\n\nA lot of software checks whether there are games running under dedicated fullscreen mode before popping up windows. Turn on this option if you'd like to play in fullscreen without being disturbed,\n\n## What is the frame rate displayed in Magpie?\n\nThe frame rate displayed by Magpie is that of its own rather than that of the game. Due to the non-intrusive nature, Magpie has no way to detect the frame rates of games themselves. We recommend you to use tools like RTSS to display the games' frame rates. Their add-on layers can usually be captured by Magpie as well.\n\n## Does Magpie support touch input?\n\nSupported from v0.11, see [About touch support](https://github.com/Blinue/Magpie/wiki/About-touch-support) for details.\n\n### Does Magpie support frame generation?\n\nThere are no plans to implement frame generation. Magpie's goal is to improve visual quality, not performance, while post-processing frame generation is difficult to achieve a good enough result and adds latency. Game engines can use motion vectors and depth buffers to make improvements, but Magpie has no access to these. Similarly, FSR 2/3 are not on the development roadmap, as they need to be integrated internally and post-processing is almost impossible.\n\n## What is the relationship between Magpie and Lossless Scaling?\n\n[Lossless Scaling](https://store.steampowered.com/app/993090/Lossless_Scaling/) is a paid software on Steam that is similar to Magpie. When Magpie was released in February 2021, existing window scaling software (such as [IntegerScaler](https://tanalin.com/en/projects/integer-scaler/) and Lossless Scaling) only supported simple scaling algorithms like nearest-neighbor scaling and integer scaling. These programs relied on the [Magnification API](https://learn.microsoft.com/en-us/windows/win32/api/_magapi/) to function, which led to significant limitations.\n\nTo support advanced scaling algorithms, I developed and open-sourced Magpie, which implements scaling in a completely different way. Initially, Magpie only supported algorithms like Anime4K, Lanczos, and Adaptive Sharpen. However, based on user feedback, Magpie added support for FSR in [July 2021](https://github.com/Blinue/Magpie/commit/7f6c66f3b47ccd64da41d298faa7a8e185bd5299). Soon after, Lossless Scaling released version 1.4.0, which supported FSR in a similar way to Magpie.\n\nCurrently, Magpie and Lossless Scaling differ significantly. Magpie focuses on usability and supporting more scaling algorithms, while Lossless Scaling primarily aims to improve 3D game performance.\n"
},
{
"path": "docs/FAQ.md",
"content": "### 双重监控\n\n使用性能计数器屏显时，例如 RTSS (Rivatuner Statistics Server)，你可能会在缩放时看到两个叠加层。这是由于 Magpie 使用 Direct3D 呈现画面，它也会被 RTSS 捕捉。如果你不关心 Magpie 的性能，请将 Magpie 添加到黑名单。\n\n### 快捷键不起作用，但可以使用 \"`x` 秒后缩放\"\n\n1. 尝试更换快捷键\n2. 尝试以管理员身份运行 Magpie\n\n### 卡顿/延迟\n\n请查看[性能优化建议](https://github.com/Blinue/Magpie/wiki/性能优化建议)。\n\n### 在多人游戏中使用 Magpie 会被认定为作弊吗？\n\nMagpie 被设计为非侵入式，因此一般不会被识别为作弊工具。目前没有因使用 Magpie 被封禁的报告。尽管如此，你应该了解到使用本软件的风险。\n\n### 什么是“禁用 DirectFlip”？\n\nDirectFlip 是一种用于降低输入延迟的技术，但可能会在一些情况下造成问题。如果你遇到了下面的情形，可以尝试打开这个选项：\n\n1. 游戏异常卡顿（已知游戏：Days Gone）\n2. 不正常的低帧率\n3. 串流时画面冻结\n\n### 什么是“3D 游戏模式”？\n\n此选项可以更改光标和游戏内叠加层的行为以适配 3D 游戏，建议在缩放 3D 游戏时开启此选项。\n\n### 什么是“模拟独占全屏”？\n\n很多软件弹窗或推送前会先检查是否有独占全屏的游戏，开启此选项可以让你在全屏状态下不受打扰。一些用户报告开启此选项后游戏可能无法正常启动 [#495](https://github.com/Blinue/Magpie/issues/495)，如果你遇到了类似的问题，请关闭它。\n\n### Magpie 中显示的帧率是什么？\n\nMagpie 显示的是自己的帧率而不是游戏的，基于非侵入性原则，Magpie 无法获知游戏的帧率。建议使用 RTSS 等工具显示游戏帧率，它们的叠加层一般也可以被 Magpie 捕获到。\n\n### 是否支持触控？\n\n从 v0.11 开始支持，详情见[关于触控支持](https://github.com/Blinue/Magpie/wiki/关于触控支持)。\n\n### 是否支持帧生成？\n\n目前没有实现帧生成的计划。Magpie 的目的是提高游戏画质而不是性能，后处理补帧很难达到足够好的观感，而且还会增加延迟。游戏引擎可以使用运动矢量和深度缓冲以进行改善，但 Magpie 不具备这种条件。与之同理，FSR 2/3 也不在开发计划内，因其必须采用内部集成，后处理几乎无法实现。\n\n### Magpie 和 Lossless Scaling 有何关系？\n\n[Lossless Scaling](https://store.steampowered.com/app/993090/Lossless_Scaling/) 是 Steam 上的一款和 Magpie 功能类似的收费软件。Magpie 于 2021 年 2 月问世，当时市面上的窗口缩放软件（如 [IntegerScaler](https://tanalin.com/en/projects/integer-scaler/) 和 Lossless Scaling）仅支持简单的缩放算法，如最近邻缩放和整数倍缩放。这些软件的核心功能使用 [Magnification API](https://learn.microsoft.com/en-us/windows/win32/api/_magapi/) 实现，因此存在很大的局限性。\n\n为了支持更高级的缩放算法，我开发并开源了 Magpie，它采用了完全不同的方式来实现缩放。最初，Magpie 仅支持 Anime4K、Lanczos、Adaptive Sharpen 等算法。在用户的反馈下，Magpie 在 [2021 年 7 月](https://github.com/Blinue/Magpie/commit/7f6c66f3b47ccd64da41d298faa7a8e185bd5299)加入了对 FSR 的支持。不久之后，Lossless Scaling 推出了 1.4.0 版本，采用与 Magpie 类似的方式支持 FSR。\n\n现在，Magpie 和 Lossless Scaling 有很大的不同。Magpie 的重点是可用性和支持更多的缩放算法，而 Lossless Scaling 则主要聚焦于提高 3D 游戏的性能。\n"
},
{
"path": "docs/Home (EN).md",
"content": "[Chinese version](https://github.com/Blinue/Magpie/wiki/)\n\nWelcome to the Magpie Wiki. Please read [CONTRIBUTING](https://github.com/Blinue/Magpie/blob/dev/CONTRIBUTING.md) if you'd like to contribute the the documentations.\n"
},
{
"path": "docs/Home.md",
"content": "[English version](https://github.com/Blinue/Magpie/wiki/Home%20(EN))\n\n欢迎来到 Magpie Wiki。如果你想贡献文档，请阅读[贡献指南](https://github.com/Blinue/Magpie/blob/main/CONTRIBUTING_ZH.md#%E6%88%91%E6%83%B3%E8%B4%A1%E7%8C%AE%E6%96%87%E6%A1%A3-)。\n"
},
{
"path": "docs/Interact with Magpie programally.md",
"content": "Magpie provides mechanisms for interaction with other programs. Through these mechanisms, your application can cooperate with Magpie.\n\n[MagpieWatcher](https://github.com/Blinue/MagpieWatcher) demonstrates how to use these mechanisms.\n\n## How to Receive Notifications When Scaling State Changes\n\nYou should listen for the `MagpieScalingChanged` message.\n\n```c++\nUINT WM_MAGPIE_SCALINGCHANGED = RegisterWindowMessage(L\"MagpieScalingChanged\");\n```\n\n### Parameters\n\nThe `wParam` parameter indicates the event ID, and the meaning of `lParam` varies depending on the event. The following events are supported:\n\n* 0: Scaling has ended or the source window has lost focus. `lParam` is 0 if scaling has ended, or 1 if the source window has lost focus.\n* 1: Scaling has started or the source window has returned to the foreground. `lParam` contains the handle of the scaled window.\n* 2: The scaled window’s position or size has changed. This event is exclusive to windowed scaling.\n* 3: User has started resizing or moving the scaled window. This event is exclusive to windowed scaling.\n\n### Notes\n\nIf your process has a higher integrity level than Magpie, you won't receive messages broadcasted by Magpie due to User Interface Privilege Isolation (UIPI). In such cases, call [ChangeWindowMessageFilterEx](https://learn.microsoft.com/en-us/windows/win32/api/winuser/nf-winuser-changewindowmessagefilterex) to allow receiving the `MagpieScalingChanged` message.\n\n```c++\nChangeWindowMessageFilterEx(hYourWindow, WM_MAGPIE_SCALINGCHANGED, MSGFLT_ADD, nullptr);\n```\n\n## How to Get the Handle of the Scaled Window\n\nYou can listen for the `MagpieScalingChanged` message to obtain the handle of the scaled window. Additionally, while Magpie is scaling, you can also search for the window with the class name `Window_Magpie_967EB565-6F73-4E94-AE53-00CC42592A22`. Magpie ensures that this class name remains unchanged and that only one scaled window exists at a time.\n\n```c++\nHWND hwndScaling = FindWindow(L\"Window_Magpie_967EB565-6F73-4E94-AE53-00CC42592A22\", nullptr);\n```\n\n## How to Place Your Window Above the Scaled Window\n\nYou should listen for the `MagpieScalingChanged` message and adjust your window's Z-order accordingly. Below is a simple example. For more advanced use cases, refer to [MagpieWatcher](https://github.com/Blinue/MagpieWatcher).\n\n```c++\nif (message == WM_MAGPIE_SCALINGCHANGED) {\n if (wParam == 0) {\n // Remove topmost status\n SetWindowPos(hWnd, HWND_NOTOPMOST, 0, 0, 0, 0, SWP_NOSIZE | SWP_NOMOVE);\n } else if (wParam == 1) {\n // Ensure your window stays above the scaled window\n SetWindowPos(hWnd, HWND_TOPMOST, 0, 0, 0, 0, SWP_NOSIZE | SWP_NOMOVE);\n }\n}\n```\n\n## How to Obtain Scaling Information\n\nScaling information is stored in the [window properties](https://learn.microsoft.com/en-us/windows/win32/winmsg/about-window-properties) of the scaled window. Currently available properties include:\n\n* `Magpie.Windowed`：Indicates whether Magpie is performing windowed scaling\n* `Magpie.SrcHWND`: Handle of the source window\n* `Magpie.SrcLeft`、`Magpie.SrcTop`、`Magpie.SrcRight`、`Magpie.SrcBottom`: Source region of scaling\n* `Magpie.DestLeft`、`Magpie.DestTop`、`Magpie.DestRight`、`Magpie.DestBottom`: Destination region of scaling\n\n```c++\nHWND hwndSrc = (HWND)GetProp(hwndScaling, L\"Magpie.SrcHWND\");\nbool isWindowed = (bool)GetProp(hwndScaling, L\"Magpie.Windowed\");\n\nRECT srcRect;\nsrcRect.left = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcLeft\");\nsrcRect.top = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcTop\");\nsrcRect.right = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcRight\");\nsrcRect.bottom = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcBottom\");\n\nRECT destRect;\ndestRect.left = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestLeft\");\ndestRect.top = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestTop\");\ndestRect.right = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestRight\");\ndestRect.bottom = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestBottom\");\n```\n\n### Notes\n\n1. These properties are only guaranteed to exist after the scaled window has completed its initialization. Therefore, it is advisable to check whether the scaled window is visible before retrieving these properties, especially when the window handle is obtained using the class name.\n2. The coordinates stored in these properties are not DPI-virtualized. To use them correctly, you need to set your application's DPI awareness level to Per-Monitor V2. For more details, please refer to [High DPI Desktop Application Development on Windows](https://learn.microsoft.com/en-us/windows/win32/hidpi/high-dpi-desktop-application-development-on-windows).\n"
},
{
"path": "docs/MagpieFX (EN).md",
"content": "MagpieFX is based on DirectX 11 compute shader\n\n``` hlsl\n//!MAGPIE EFFECT\n//!VERSION 4\n// Use the \"USE\" directive to declare the features being utilized. The following values can be combined:\n// MulAdd: Enables the \"MulAdd\" function.\n//!USE MulAdd\n// Use the \"CAPABILITY\" directive to declare the capabilities supported by this effect. Whether they\n// are enabled depends on user configuration. The following values can be combined:\n// FP16: Declares support for FP16.\n//!CAPABILITY FP16\n// Use \"SORT_NAME\" to specify the name used for sorting, otherwise the files will be sorted by their file\n// names.\n//!SORT_NAME test1\n\n// The following line helps reduce errors in the IDE. It is optional.\n#include \"StubDefs.hlsl\"\n\n// Definition of parameters\n//!PARAMETER\n// \"LABEL\" refers to the name of the parameter that is displayed on the user interface.\n//!LABEL Sharpness\n// \"DEFAULT\", \"MIN\", \"MAX\", and \"STEP\" are all required.\n//!DEFAULT 0.1\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat sharpness;\n\n\n// Definition of textures\n// \"INPUT\" and \"OUTPUT\" are special keywords.\n// \"INPUT\" cannot be used as the output of a pass; \"OUTPUT\" cannot be used as the input of a pass.\n// Only the last pass is allowed to write to OUTPUT, and it must write only to OUTPUT.\n// Defining INPUT/OUTPUT is optional, but it is recommended to define them explicitly for the\n// sake of semantic completeness.\n// The size of the OUTPUT represents the output size of this effect. Not specifying it indicates\n// support for output of any size.\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n// You can use some pre-defined constants to calculate texture size.\n// INPUT_WIDTH\n// INPUT_HEIGHT\n// OUTPUT_WIDTH\n// OUTPUT_HEIGHT\n\n// Supported texture formats:\n// R32G32B32A32_FLOAT\n// R16G16B16A16_FLOAT\n// R16G16B16A16_UNORM\n// R16G16B16A16_SNORM\n// R32G32_FLOAT\n// R10G10B10A2_UNORM\n// R11G11B10_FLOAT\n// R8G8B8A8_UNORM\n// R8G8B8A8_SNORM\n// R16G16_FLOAT\n// R16G16_UNORM\n// R16G16_SNORM\n// R32_FLOAT\n// R8G8_UNORM\n// R8G8_SNORM\n// R16_FLOAT\n// R16_UNORM\n// R16_SNORM\n// R8_UNORM\n// R8_SNORM\n// The definition of a texture in a pass varies depending on its format. For example, when the texture\n// format is R8G8_UNORM, it is defined as Texture2D when used as an input and\n// RWTexture2D when used as an output.\n// When FP16 is enabled, eligible textures will be defined using the min16float type. For instance,\n// an R8G8_UNORM texture will be defined as Texture2D for input and\n// RWTexture2D for output.\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH + 100\n//!HEIGHT INPUT_HEIGHT + 100\n//!FORMAT R8G8B8A8_UNORM\nTexture2D tex1;\n\n// Definition of samplers\n// \"FILTER\" is required，\"ADDRESS\" is optional\n// The default value of \"ADDRESS\" is \"CLAMP\"\n\n//!SAMPLER\n//!FILTER LINEAR\n//!ADDRESS CLAMP\nSamplerState sam1;\n\n//!SAMPLER\n//!FILTER POINT\n//!ADDRESS WRAP\nSamplerState sam2;\n\n// Code block shared by all passes\n\n//!COMMON\n#define PI 3.14159265359\n\n// Definition of passes\n\n//!PASS 1\n// This description will appear in the in-game overlay.\n//!DESC First Pass\n// You can use a PS-like style, but it will still be implemented with CS.\n// The default value of \"STYLE\" is \"CS\".\n//!STYLE PS\n//!IN INPUT\n// Supports multiple render targets, up to 8.\n//!OUT tex1\n\nfloat func1() {\n}\n\n// \"Pass[n]\" is the entry point of the pass.\nMF4 Pass1(float2 pos) {\n return MF4(1, 1, 1, 1);\n}\n\n//!PASS 2\n//!IN INPUT, tex1\n// The output of the last pass must be \"OUTPUT\".\n//!OUT OUTPUT\n// \"BLOACK_SIZE\" specifies how large an area is processed in one dispatch.\n// \"BLOACK_SIZE\" can have only one dimension, meaning that length and height are specified at the same time.\n//!BLOCK_SIZE 16, 16\n// \"NUM_THREADS\" specifies how many parallel threads are involved in a single dispatch.\n// \"NUM_THREADS\" can be less than three dimensions, and the missing dimensions are assumed to be 1\n// by default.\n//!NUM_THREADS 64, 1, 1\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n // Write to OUPUT\n OUTPUT[blockStart] = MF4(1,1,1,1);\n}\n```\n\n### Predefined functions\n\n**uint2 GetInputSize()**: Retrieves the size of the input texture.\n\n**float2 GetInputPt()**: Retrieves the size of pixel in the input texture.\n\n**uint2 GetOutputSize()**: Retrieves the size of the output texture.\n\n**float2 GetOutputPt()**: Retrieves the size of pixel in the output texture.\n\n**float2 GetScale()**: Retrieves the scaling factor between the output texture and the input texture.\n\n**uint2 Rmp8x8(uint id)**: Maps the values of 0 to 63 to coordinates in an 8x8 square in swizzle order, which can improve texture cache hit rate.\n\n**MF{n} MulAdd(MF{m} x, MF{m}x{n} y, MF{n} a)**: Equivalent to `mul(x, y) + a`, but with higher performance, making it particularly useful for machine learning-based effects. To use this function, you must declare \"USE MulAdd\". For details, see [#1049](https://github.com/Blinue/Magpie/pull/1049).\n\n\n### Predefined macros\n\n**MP_BLOCK_WIDTH, MP_BLOCK_HEIGHT**: The size of the block being processed in the current pass (specified by \"BLOCK_SIZE\").\n\n**MP_NUM_THREADS_X, MP_NUM_THREADS_Y, MP_NUM_THREADS_Z** : The number of threads per thread group in the current pass (specified by \"NUM_THREADS\").\n\n**MP_PS_STYLE**: Whether the current pass is a pixel shader style pass (specified by \"STYLE\").\n\n**MP_INLINE_PARAMS**: Whether the parameters for the current pass are static constants (specifed by user).\n\n**MP_DEBUG**: Whether the shader is being compiled in debug mode (when compiling shaders in debug mode, they are not optimized and contain debug information).\n\n**MP_FP16**: Whether to use half-precision floating-point numbers.\n\n**MF, MF1, MF2, ..., MF4x4**: Floating-point data types that conform to MP_FP16. When half-precision is not specified, they are aliases for float..., otherwise they are aliases for min16float...\n\n\n### Multiple Render Targets (MRT)\n\nIn PS-style, the OUT instruction allows specifying multiple outputs (up to 8 due to DirectX limitations).\n``` hlsl\n//!OUT tex1, tex2\n```\n\nNow the entry point has a different signature:\n``` hlsl\nvoid Pass1(float2 pos, out MF4 target1, out MF4 target2);\n```\n\n### Load texture from file\n\n``` hlsl\n//!TEXTURE\n//!SOURCE test.bmp\nTexture2D testTex;\n```\n\nThe TEXTURE instruction supports loading textures from files in common image formats such as BMP, PNG, JPG, and DDS. For DDS files, only 2D textures are supported, but mipmaps are allowed. FORMAT can be optionally specified to help the parser generate the correct definition. If FORMAT is not specified, it is always assumed to be of type float4.\n\nTextures loaded from files cannot be used as the output of passes.\n"
},
{
"path": "docs/MagpieFX.md",
"content": "MagpieFX 基于 DirectX 11 计算着色器\n\n``` hlsl\n//!MAGPIE EFFECT\n//!VERSION 4\n// 使用 USE 指令声明使用的功能，支持以下值的组合：\n// MulAdd：使 MulAdd 函数可用\n//!USE MulAdd\n// 使用 CAPABILITY 指令声明效果所支持的技术，但是否使用这些技术取决于用户配置。支持以下值的组合：\n// FP16：声明对 FP16 的支持\n//!CAPABILITY FP16\n// 使用 SORT_NAME 指定排序时使用的名字，否则按照文件名排序\n//!SORT_NAME test1\n\n// 下面一行可以减少 IDE 中的错误。它是可选的\n#include \"StubDefs.hlsl\"\n\n// 参数定义\n//!PARAMETER\n// LABEL 为用户界面上显示的参数名\n//!LABEL Sharpness\n// DEFAULT、MIN、MAX 和 STEP 都必须存在\n//!DEFAULT 0.1\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat sharpness;\n\n\n// 纹理定义\n// INPUT、OUTPUT 是特殊关键字\n// INPUT 不能作为通道的输出，OUTPUT 不能作为通道的输入\n// 只有最后一个通道可以输出到 OUTPUT，最后一个通道也只能输出到 OUTPUT\n// 定义 INPUT 和 OUTPUT 是可选的，但为了保持语义的完整性，建议显式定义\n// OUTPUT 的尺寸即为此效果的输出尺寸，不指定则表示支持任意尺寸的输出\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n// 计算纹理尺寸时可以使用一些预定义常量\n// INPUT_WIDTH\n// INPUT_HEIGHT\n// OUTPUT_WIDTH\n// OUTPUT_HEIGHT\n\n// 支持的纹理格式：\n// R32G32B32A32_FLOAT\n// R16G16B16A16_FLOAT\n// R16G16B16A16_UNORM\n// R16G16B16A16_SNORM\n// R32G32_FLOAT\n// R10G10B10A2_UNORM\n// R11G11B10_FLOAT\n// R8G8B8A8_UNORM\n// R8G8B8A8_SNORM\n// R16G16_FLOAT\n// R16G16_UNORM\n// R16G16_SNORM\n// R32_FLOAT\n// R8G8_UNORM\n// R8G8_SNORM\n// R16_FLOAT\n// R16_UNORM\n// R16_SNORM\n// R8_UNORM\n// R8_SNORM\n// 根据纹理格式的不同，在通道中该纹理的定义也是不同的。如当纹理格式为 R8G8_UNORM，\n// 作为通道的输入时定义是 Texture2D，作为输出时定义是 RWTexture2D。\n// 当使用 FP16 时，符合条件的纹理将被定义为 min16float 类型，例如 R8G8_UNORM 作为输入时定义变为\n// Texture2D，作为输出时定义变为 RWTexture2D。\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH + 100\n//!HEIGHT INPUT_HEIGHT + 100\n//!FORMAT R8G8B8A8_UNORM\nTexture2D tex1;\n\n// 采样器定义\n// FILTER 必需，ADDRESS 可选\n// ADDRESS 默认值为 CLAMP\n\n//!SAMPLER\n//!FILTER LINEAR\n//!ADDRESS CLAMP\nSamplerState sam1;\n\n//!SAMPLER\n//!FILTER POINT\n//!ADDRESS WRAP\nSamplerState sam2;\n\n// 所有通道通用的部分\n\n//!COMMON\n#define PI 3.14159265359\n\n// 通道定义\n\n//!PASS 1\n// 描述将出现在游戏内覆盖中\n//!DESC First Pass\n// 可选 PS 风格，依然用 CS 实现\n// STYLE 默认为 CS\n//!STYLE PS\n//!IN INPUT\n// 支持多渲染目标，最多 8 个\n//!OUT tex1\n\nfloat func1() {\n}\n\n// Pass[n] 为通道入口点\nMF4 Pass1(float2 pos) {\n return MF4(1, 1, 1, 1);\n}\n\n//!PASS 2\n//!IN INPUT, tex1\n// 最后一个通道的输出只能是 OUTPUT\n//!OUT OUTPUT\n// BLOCK_SIZE 指定一次 dispatch 处理多大的区域\n// 可以只有一维，即同时指定长和高\n//!BLOCK_SIZE 16, 16\n// NUM_THREADS 指定一次 dispatch 有多少并行线程\n// 可以少于三维，缺少的维数默认为 1\n//!NUM_THREADS 64, 1, 1\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n // 写入 OUPUT\n OUTPUT[blockStart] = MF4(1,1,1,1);\n}\n```\n\n### 预定义函数\n\n**uint2 GetInputSize()**：获取输入纹理尺寸。\n\n**float2 GetInputPt()**：获取输入纹理每个像素的尺寸。\n\n**uint2 GetOutputSize()**：获取输出纹理尺寸。\n\n**float2 GetOutputPt()**：获取输出纹理每个像素的尺寸。\n\n**float2 GetScale()**：获取输出纹理相对于输入纹理的缩放。\n\n**uint2 Rmp8x8(uint id)**：将 0~63 的值以 swizzle 顺序映射到 8x8 的正方形内的坐标，用以提高纹理缓存的命中率。\n\n**MF{n} MulAdd(MF{m} x, MF{m}x{n} y, MF{n} a)**：等效于 `mul(x, y) + a`，但性能更高，在基于机器学习的效果中非常有用。必须声明 \"USE MulAdd\" 才能使用此函数。原理参见 [#1049](https://github.com/Blinue/Magpie/pull/1049)。\n\n\n### 预定义宏\n\n**MP_BLOCK_WIDTH、MP_BLOCK_HEIGHT**：当前通道处理的块的大小（由 \"BLOCK_SIZE\" 指定）\n\n**MP_NUM_THREADS_X、MP_NUM_THREADS_Y、MP_NUM_THREADS_Z**：当前通道每个线程组的线程数（由 \"NUM_THREADS\" 指定）\n\n**MP_PS_STYLE**：当前通道是否是像素着色器样式（由 \"STYLE\" 指定）\n\n**MP_INLINE_PARAMS**：当前通道的参数是否为静态常量（由用户指定）\n\n**MP_DEBUG**：当前是否为调试模式（调试模式下编译的着色器不进行优化且含有调试信息）\n\n**MP_FP16**：当前是否使用半精度浮点数\n\n**MF、MF1、MF2、...、MF4x4**：遵守 fp16 参数的浮点数类型。当未指定 fp16，它们为 float... 的别名，否则为 min16float... 的别名\n\n\n### 多渲染目标（MRT）\n\nPS 风格下 OUT 指令可指定多个输出（由于 DirectX 的限制最多 8 个）：\n``` hlsl\n//!OUT tex1, tex2\n```\n\n这时通道入口有不同的签名：\n``` hlsl\nvoid Pass1(float2 pos, out MF4 target1, out MF4 target2);\n```\n\n### 从文件加载纹理\n\n``` hlsl\n//!TEXTURE\n//!SOURCE test.bmp\nTexture2D testTex;\n```\n\nTEXTURE 指令支持从文件加载纹理，支持的格式有 BMP，PNG，JPG 等常见图像格式以及 DDS 文件。加载 DDS 文件时只支持 2D 纹理，但允许使用 mipmap。可选使用 FORMAT，指定后可以帮助解析器生成正确的定义，不指定始终假设是 float4 类型。\n\n从文件加载的纹理不能作为通道的输出。\n"
},
{
"path": "docs/Performance optimization.md",
"content": "This article may be helpful if you are facing performance issues (e.g. lagging, latency, too much power consumption).\n\nBelow are some possible situations:\n\n## My graphics card is not powerful enough\n\nIf you cannot run some effects with high computing power requirements (e.g. Anime4K, AdaptiveSharpen, etc.) smoothly, try the following:\n\n1. Change to the variants with lower requirements. For example, Anime4K_Upscale_S is much faster than Anime4K_Upscale_L. CAS is much faster than AdaptiveSharpen. They can effectively improve the smoothness of the effects at the cost of some quality degradation.\n2. Change the capture mode. We recommend you to try each of them.\n\n## Intermittent lagging\n\nIf your graphics card is powerful enough, but you are still experiencing lagging issues, try the following:\n\n\n For Nvidia users \n\n### Assume you're on Windows 11 24H2\n\nThe following tips apply only to Nvidia users. Improper driver configuration on Nvidia graphics cards is likely the cause of the stuttering.\n\nQuick tips: Restore your Nvidia driver settings to default (clean install) will solve most problems. However, if you insist on use your own settings, let's explain how driver settings cause trouble to program.\n\n#### Strange fps drop after upscaling enabled for a while\n\nAt the beginning, everything is fine (Game 60 FPS / Magpie 60 FPS). But after about 10~15 seconds, both game and magpie fps drop to about 37 FPS, at the same time GPU usage go up to 100%, GPU MHz goes down from like 1000 to 700.\n\nFirst, if you're gaming with \"Power management mode: Optimal power\", then try to set magpie program to \"Prefer maximum performance\" or maybe \"Adaptive\" but I haven't try adaptive mode, yet there is no guarantee. Game remains \"Optimal power\" is fine. By use this setting, GPU MHz will no longer goes down abnormal.\n\n#### Nvidia App and Nvidia control panel\n\nHowever, one of my PC doesn't work with this settings while others can be fixed with this way. The investigation result is, there is compatibility issue between Nvidia App and Nvidia control panel. If you use Nvidia App changed your driver settings, open control panel, modify same settings cause the control panel crash or says \"Access denied\". And settings by Nvidia App are not apply to game or program at all.\n\nDon't use Nvidia App (version 11.0.2.341) to adjust Nvidia driver settings of driver like 572.16. Close Nvidia App and Nvidia control panel, go to `C:\\ProgramData\\NVIDIA Corporation\\Drs`, delete all `.bin` files like `nvdrsdb0.bin`, `nvdrsdb1.bin`, `nvdrssel.bin`, `update.bin`, open Nvidia control panel again and redo all of your global settings and program specified settings, and avoid use Nvidia App driver settings after that.\n\n#### Screen looks not as smooth as native game window\n\nGame 60 FPS / Magpie 60 FPS, appears in either `Graphics Capture` or `Desktop Duplication`.\n\nThe investigation result is vertical sync. Although it looks very strange. At least for Windows 11 24H2, you need to turn on vertical sync for a game, to make WGC and DXGI capture doesn't lose frame. If not, even WGC and DXGI capture at 60 FPS and game run at 60 FPS, many or some game frame will lose or called duplicated frame.\n\nRequired vertical sync mode for game is \"Traditional / Classic / Vertical sync: Use the 3D application setting and enable in-game vsync / Vertical sync: On\". Not turn off vertical sync, or use \"Vertical sync: Fast\". I'm not sure if \"Vertical sync: Adaptive / Adaptive (half refresh rate)\" will work or not but I have no time for detailed testing.\n\nFor magpie, go with \"Use the 3D application setting\".\n\n#### Crazy frame lose when using Desktop Duplication\n\nAt the same time, Game 60 FPS / Magpie 60 FPS. I find that this situation appears when I am using Magpie v0.10.6. Enable vertical sync in Magpie settings and use \"Vertical sync: Use the 3D application setting\" for Magpie program settings solved this. Upgrade to Magpie v0.11.1 also solved this.\n\n#### Crazy frame lose when GPU usage nears 100%\n\nAt the same time, Game sightly lower than monitor FPS like Game 57 FPS / Monitor 60 Hz. If not use Magpie, the native game window looks smooth.\n\nTry turn off \"Hardware-accelerated GPU scheduling\" and restart. I find that when GPU under heavy load and GPU scheduling on, Either WGC and Desktop Duplication can't process frames correctly. By turn off GPU scheduling, your game FPS is still low, but Magpie will not drop to visually under 10 FPS anymore.\n\n#### Screen looks not smooth but FPS is decent\n\nGame 60 FPS / Magpie 60 FPS / Monitor 60 Hz, but some frames dropped after rendered, instead of present on screen. This also happens on native game Window without use scaling.\n\nCheck Max Frame Rate and vertical sync. For example, you have 60 Hz monitor and set vertical sync on as mentioned above, you need to remove Max Frame Rate settings too, if you have set Max Frame Rate to 60 FPS before.\n\nIf you have other frame limiter like MSI Afterburner RTSS, also turn it of.\n\nMislead:\n1. Set global Max Frame Rate to 60 FPS and turn off Max Frame Rate for certain program, this will not work as intend. When you have program Max Frame Rate off and vertical sync off, but you have global Max Frame Rate, game and Magpie still follow global Max Frame Rate limit.\n1. Use Max Frame Rate as \"better vertical sync method\" because they say \"by doing this can reduce input lag\". No, Max Frame Rate is not vertical sync, it doesn't guarantee every rendered frame to be present on monitor, which is \"old fashion vertical sync\" will do.\n\n#### Low Lantancy Mode\n\nCheck these options if you encountered some other strange behavior. I'm not sure if Magpie has these issue, but for Lossless Scaling, use \"Low Lantancy Mode: Ultra\" will cause WGC API drag and drop position step back after release mouse button.\n\nSet \"Low Lantancy Mode: Off\" for Magpie. But you may leave \"Low Lantancy Mode: Ultra\" for games if needed and you know it won't cause bug. For example, some old DirectX 9 game doesn't work well with this setting, it cause frame drop and input lag, if that happen just set it to off.\n\n \n\n\n For AMD users \n\n### Placeholder\n\nWelcome provide more performance tips for us. You may also check Nvidia tips and guess if some condition match your setup.\n\n \n\n\n Hyperthread and big.little CPUs \n\n#### Hyperthread and Intel Alder Lake big.little CPUs\n\nI suggest if you don't want to turn off Hyperthread, use cmd.exe batch `start /affinity 0x55 \"\" \"C:\\path to\\game.exe\"` for game or it's launcher, game will inherit parent process affinity. And `start /affinity 0xaa` for Magpie. Also adjust game graphics options, try to limit game CPU usage below 50% (4 physical core of 4 core 8 thread as example).\n\nThe 0x55 specify game run on 0 2 4 6 logical core of 4 core CPU, and other stuff 0xaa run on 1 3 5 7.\n\nFor high priority, use `start /abovenormal` for both game and Magpie, but I find certain game are easy to crash with affinity and higher priority for unknown reason. As an example, `dwm.exe` system service running at `high`. In such case, use power plan high performance to make CPU run at highest clock speed is the last choice.\n\n0x55 and 0xaa are example value, I use https://bitsum.com/tools/cpu-affinity-calculator\n\nYou may also utilize this trick to force game run on big cores of Intel Alder Lake big.little CPUs.\n\nReference: \nhttps://superuser.com/questions/690509/does-windows-know-how-to-appropriately-assign-threads-to-a-quad-core-processor-t\n\n \n\n### Still lagging?\n\n1. Change the capture mode. We recommend you to try each of them.\n2. Turn on \"Disable DirectFlip.\" DirectFlip is a technology to reduce input lag, but may be incompatible with some certain games.\n3. If you have multiple graphics card, try changing the graphics adaptor.\n4. Increase the process priority of Magpie and the priority in the driver (if such options exist).\n5. Please submit an [Issue (Performance)](https://github.com/Blinue/Magpie/issues/new?assignees=&labels=performance&template=02_performance.yaml) if none of the attempts above works.\n\n## I'd like to reduce the power consumption of Magpie\n\nWhen you need to save electricity or reduce the heat generated, try the following:\n\n1. Limit the frame rate.\n2. Opt for effects that require lower performance.\n"
},
{
"path": "docs/_Sidebar.md",
"content": "- [维基主页](https://github.com/Blinue/Magpie/wiki/)\n - [FAQ](https://github.com/Blinue/Magpie/wiki/FAQ)\n - [编译指南](https://github.com/Blinue/Magpie/wiki/编译指南)\n - [内置效果介绍](https://github.com/Blinue/Magpie/wiki/内置效果介绍)\n - [MagpieFX](https://github.com/Blinue/Magpie/wiki/MagpieFX)\n - [性能优化建议](https://github.com/Blinue/Magpie/wiki/性能优化建议)\n - [捕获方式对比](https://github.com/Blinue/Magpie/wiki/捕获方式对比)\n - [关于触控支持](https://github.com/Blinue/Magpie/wiki/关于触控支持)\n - [以编程方式与 Magpie 交互](https://github.com/Blinue/Magpie/wiki/以编程方式与-Magpie-交互)\n\n- [WIKI HOME](https://github.com/Blinue/Magpie/wiki/Home%20(EN))\n - [FAQ](https://github.com/Blinue/Magpie/wiki/FAQ%20(EN))\n - [Compilation guide](https://github.com/Blinue/Magpie/wiki/Compilation%20guide)\n - [Built-in effects](https://github.com/Blinue/Magpie/wiki/Built-in%20effects)\n - [MagpieFX](https://github.com/Blinue/Magpie/wiki/MagpieFX%20(EN))\n - [Performance optimization](https://github.com/Blinue/Magpie/wiki/Performance%20optimization)\n - [Comparison of capture methods](https://github.com/Blinue/Magpie/wiki/Comparison%20of%20capture%20methods)\n - [About touch support](https://github.com/Blinue/Magpie/wiki/About-touch-support)\n - [Interact with Magpie programally](https://github.com/Blinue/Magpie/wiki/Interact-with-Magpie-programally)\n"
},
{
"path": "docs/以编程方式与 Magpie 交互.md",
"content": "Magpie 提供了和其他程序交互的机制。通过它们，你的应用可以和 Magpie 配合使用。\n\n[MagpieWatcher](https://github.com/Blinue/MagpieWatcher) 演示了如何使用这些机制。\n\n## 如何在缩放状态改变时得到通知\n\n你应该监听 `MagpieScalingChanged` 消息。\n\n```c++\nUINT WM_MAGPIE_SCALINGCHANGED = RegisterWindowMessage(L\"MagpieScalingChanged\");\n```\n\n### 参数\n\n`wParam` 为事件 ID，对于不同的事件 `lParam` 有不同的含义。支持以下事件：\n\n* 0: 缩放已结束或源窗口失去焦点。缩放结束时 `lParam` 为 0，否则为 1。\n* 1: 缩放已开始或源窗口回到前台。`lParam` 为缩放窗口句柄。\n* 2: 缩放窗口位置或大小改变。窗口模式缩放时才会生成这个事件。\n* 3: 用户开始调整缩放窗口大小或移动缩放窗口。窗口模式缩放时才会生成这个事件。\n\n在调整缩放窗口大小或移动缩放窗口的过程中不会产生事件，但你可以定期检查窗口属性来获得更新的信息。\n\n### 注意事项\n\n如果你的进程完整性级别 (Integration level) 比 Magpie 更高，由于用户界面特权隔离 (UIPI)，你将无法收到 Magpie 广播的消息。这种情况下请调用 [ChangeWindowMessageFilterEx](https://learn.microsoft.com/en-us/windows/win32/api/winuser/nf-winuser-changewindowmessagefilterex) 以允许接收 `MagpieScalingChanged` 消息。\n\n```c++\nChangeWindowMessageFilterEx(hYourWindow, WM_MAGPIE_SCALINGCHANGED, MSGFLT_ADD, nullptr);\n```\n\n## 如何获取缩放窗口句柄\n\n你可以监听 `MagpieScalingChanged` 消息来获取缩放窗口句柄，也可以查找类名为`Window_Magpie_967EB565-6F73-4E94-AE53-00CC42592A22`的窗口以在缩放中途获取该句柄。Magpie 将确保此类名不会改变，且不会同时存在多个缩放窗口。\n\n```c++\nHWND hwndScaling = FindWindow(L\"Window_Magpie_967EB565-6F73-4E94-AE53-00CC42592A22\", nullptr);\n```\n\n## 如何将你的窗口置于缩放窗口上方\n\n你应该监听 `MagpieScalingChanged` 消息，根据事件调整自己的 Z 轴顺序。下面是一个简单的示例，更复杂的用例参见 [MagpieWatcher](https://github.com/Blinue/MagpieWatcher)。\n\n```c++\nif (message == WM_MAGPIE_SCALINGCHANGED) {\n if (wParam == 0) {\n // 取消置顶\n SetWindowPos(hWnd, HWND_NOTOPMOST, 0, 0, 0, 0, SWP_NOSIZE | SWP_NOMOVE);\n } else if (wParam == 1) {\n // 确保本窗口在缩放窗口上面\n SetWindowPos(hWnd, HWND_TOPMOST, 0, 0, 0, 0, SWP_NOSIZE | SWP_NOMOVE);\n }\n}\n```\n\n## 如何获取缩放信息\n\n缩放窗口的[窗口属性](https://learn.microsoft.com/en-us/windows/win32/winmsg/about-window-properties)中存储着缩放信息。目前支持以下属性：\n\n* `Magpie.Windowed`：是否处于窗口模式缩放\n* `Magpie.SrcHWND`: 源窗口句柄\n* `Magpie.SrcLeft`、`Magpie.SrcTop`、`Magpie.SrcRight`、`Magpie.SrcBottom`: 被缩放区域的边界\n* `Magpie.DestLeft`、`Magpie.DestTop`、`Magpie.DestRight`、`Magpie.DestBottom`: 缩放后区域矩形边界\n\n```c++\nHWND hwndSrc = (HWND)GetProp(hwndScaling, L\"Magpie.SrcHWND\");\nbool isWindowed = (bool)GetProp(hwndScaling, L\"Magpie.Windowed\");\n\nRECT srcRect;\nsrcRect.left = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcLeft\");\nsrcRect.top = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcTop\");\nsrcRect.right = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcRight\");\nsrcRect.bottom = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.SrcBottom\");\n\nRECT destRect;\ndestRect.left = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestLeft\");\ndestRect.top = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestTop\");\ndestRect.right = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestRight\");\ndestRect.bottom = (LONG)(INT_PTR)GetProp(hwndScaling, L\"Magpie.DestBottom\");\n```\n\n### 注意事项\n\n1. 这些属性只在缩放窗口初始化完成后才保证存在，因此建议检索属性前检查缩放窗口是否可见，尤其是当窗口句柄是使用类名获取到的。\n2. 这些属性中存储的坐标不受 DPI 虚拟化影响，你需要将程序的 DPI 感知级别设置为 Per-Monitor V2 才能正确使用它们。有关详细信息，请参阅 [High DPI Desktop Application Development on Windows](https://learn.microsoft.com/en-us/windows/win32/hidpi/high-dpi-desktop-application-development-on-windows)。\n"
},
{
"path": "docs/关于触控支持.md",
"content": "由于操作系统的安全限制，Magpie 需要 UIAccess 权限来支持触控输入。获得此权限需要满足两个条件：\n\n1. 应用程序必须有一个数字签名，且该签名能够通过与本地计算机上受信任的根证书颁发机构存储相关联的证书来验证。\n2. 应用程序必须位于“安全位置”，例如 Program Files、System32 等文件夹中。\n\n启用触控支持时，Magpie 将进行以下操作：\n\n1. 向受信任的根证书颁发机构存储添加自签名证书。\n2. 将 TouchHelper.exe 文件复制到 `System32\\Magpie` 文件夹。在缩放时，Magpie 会运行此程序以实现触控支持。\n\n这两项操作都对操作系统构成重大更改，因此需要管理员权限。如果不再需要触控支持，应关闭此选项，Magpie 会撤销这些更改，不在操作系统中留下痕迹。\n\n触控支持可能会因为某些原因失效（比如 TouchHelper.exe 需要更新时），如果发生这种情况，Magpie 会在缩放前请求管理员权限来修复它。\n"
},
{
"path": "docs/内置效果介绍.md",
"content": "Magpie 内置了大量效果供组合使用，大部分提供了参数选项以订制行为。所有效果存储在 effects 文件夹中，如果你了解 HLSL，你可以很容易的添加任何你想要的效果，见 [MagpieFX](https://github.com/Blinue/Magpie/wiki/MagpieFX)。\n\n## 内置效果介绍\n\n* ACNet：[ACNetGLSL](https://github.com/TianZerL/ACNetGLSL) 的移植。适合动画风格图像的缩放，有较强的降噪效果\n * 输出尺寸：输入的两倍\n\n* AdaptiveSharpen：自适应锐化算法。此算法着重于锐化图像中的模糊边缘，因此相比一般的锐化算法噪点、振铃和条纹更少。\n * 输出尺寸：和输入相同\n * 参数\n * Sharpness：锐化强度\n\n* Anime4K_3D_AA_Upscale_US 和 Anime4K_3D_Upscale_US：Anime4K 提供的 3D 游戏画面缩放算法。AA 变体有抗锯齿的功能\n * 输出尺寸：输入的两倍\n\n* Anime4K_Denoise_Bilateral_Mean、Anime4K_Denoise_Bilateral_Median 和 Anime4K_Denoise_Bilateral_Mode：Anime4K 提供的降噪算法，分别使用平均数、中位数和众数\n * 输出尺寸：和输入相同\n * 参数\n * Strength：降噪强度\n\n* Anime4K_Restore 族：Anime4K 提供的用于还原动漫画面线条的算法，S->M->L->VL->UL 对性能的需求依次提高，Soft 变体效果稍弱\n * 输出尺寸：和输入相同\n\n* Anime4K_Thin_HQ：Anime4K 提供的用于细化动漫画面线条的算法\n * 输出尺寸：和输入相同\n * 参数\n * Strength：每次迭代的强度\n * Iterations：迭代次数。降低 Strength 并提高 Iterations 可以提高画面质量，但会降低速度。\n\n* Anime4K_Upscale 族：Anime4K 提供的动画风格图像缩放算法。Denoise 变体包含降噪效果，GAN 变体处于实验阶段，可以保留更多细节。S、L、VL、UL 对性能的要求依次提高\n * 输出尺寸：输入的两倍\n\n* Bicubic：双立方（双三次）插值算法\n * 输出尺寸：取决于缩放选项\n * 参数\n * B：过滤参数 B。此项过大将模糊\n * C：过滤参数 C。此项过大将产生振铃\n * 备注：通过自由组合不同的BC数值可以实现不同的变体算法，例如：Mitchell(B=C≈0.333333), Catmull-Rom(B=0 C=0.5), bicubic Photoshop(B=0 C=0.75), Spline(B=1 C=0)\n\n* Bilinear：双线性插值\n * 输出尺寸：取决于缩放选项\n\n* CAS：[FidelityFX-CAS](https://github.com/GPUOpen-Effects/FidelityFX-CAS) 的移植。轻量级的锐化效果\n * 输出尺寸：和输入相同\n * 参数\n * Sharpness：锐化强度\n\n* CAS_Scaling：[FidelityFX-CAS](https://github.com/GPUOpen-Effects/FidelityFX-CAS) 的移植。支持缩放\n * 输出尺寸：取决于缩放选项\n * 参数\n * Sharpness：锐化强度\n\n* CRT_Easymode：易于配置的轻量级 CRT 着色器\n * 输出尺寸：取决于缩放选项\n * 参数\n * Sharpness Horizontal：横向锐度\n * Sharpness Vertical：纵向锐度\n * Mask Strength：遮罩强度\n * Mask Dot Width\n * Mask Dot Height\n * Mask Stagger\n * Mask Size\n * Scanline Strength\n * Scanline Beam Width Min\n * Scanline Beam Width Max\n * Scanline Brightness Min\n * Scanline Brightness Max\n * Scanline Cutoff\n * Gamma Input\n * Gamma Output\n * Brightness Boost：用于提高亮度\n * Dilation\n\n* CRT_Geom：最流行的 CRT 着色器之一，旨在模拟 Arcade-machine。此实现不支持模拟隔行扫描。见 [Emulation General Wiki](https://emulation.gametechwiki.com/index.php/CRT_Geom)\n * 输出尺寸：取决于缩放选项\n * 参数\n * Target Gamma\n * Monitor Gamma\n * Distance\n * Curvature：是否模拟屏幕曲率\n * Curvature Radius：曲率半径\n * Corner Size\n * Corner Smoothness\n * Horizontal Tilt\n * Vertical Tilt\n * Horizontal Overscan\n * Vertical Overscan\n * Dot Mask\n * Sharpness：值越大图像越清晰\n * Scanline Weight\n * Luminance Boost：用于提升亮度\n \n* CRT_Hyllian：提供锐利清晰的输出，并带有轻微的光晕，类似于索尼的 BVM 系列显示器\n * 输出尺寸：取决于缩放选项\n * 参数\n * Phosphor\n * Vertical Scanlines\n * Input Gamma\n * Output Gamma\n * Sharpness\n * Color Boost\n * Red Boost\n * Green Boost\n * Blue Boost\n * Scanline Strength\n * Min Beam Width\n * Max Beam Width\n * Anti-Ringing\n\n* CRT_Lottes：提供多种遮罩，可以模拟 Bloom 和 Halation 效果。类似于 CGA 街机显示器\n * 输出尺寸：取决于缩放选项\n * 参数\n * Scanline Hardness\n * Pixel Hardness\n * Horizontal Display Warp\n * Vertical Display Warp\n * Mask Dark\n * Mask Light\n * Shadow Mask：遮罩风格\n * Brightness Boost\n * Bloom-X Soft\n * Bloom-Y Soft\n * Bloom Amount\n * Filter Kernel Shape\n\n* CuNNy 族：适合视觉小说风格图像的缩放，由 [CuNNy](https://github.com/funnyplanter/CuNNy) 提供。DS 变体有轻微降噪效果\n * 输出尺寸：输入的两倍\n\n* CuNNy2 族：CuNNy 的改进版\n * 输出尺寸：输入的两倍\n\n* Deband：去除色带\n * 输出尺寸：和输入相同\n * 参数\n * Threshold：当像素之间的差异低于此值时，它被认为是渐变的一部分\n * Range：采样范围。较高的值将找到更多的梯度，较低的值将更积极地去除色带\n * Iterations：迭代次数。增加迭代次数可能会提高质量，但会减慢着色器的速度\n * Grain：噪点强度。在图像中添加一些额外的噪点可以有效遮盖剩余的条纹和伪影，且对视觉质量的影响较小\n\n* FineSharp：高质量的锐化效果，最初是 AviSynth 脚本\n * 输出尺寸：和输入相同\n * 参数\n * sstr：锐化强度。如果改变了此参数，也要改变 cstr，见备注\n * cstr：均衡化的强度\n * xstr：XSharpen 风格的最终锐化步骤的强度\n * xrep：用于修复最终锐化步骤产生的伪影\n * 备注：sstr 和 cstr 的对应关系（sstr->cstr）：0->0, 0.5->0.1, 1.0->0.6, 2.0->0.9, 2.5->1.00, 3.0->1.09, 3.5->1.15, 4.0->1.19, 8.0->1.249, 255.0->1.5\n\n* FSR_EASU：[FidelityFX-FSR](https://github.com/GPUOpen-Effects/FidelityFX-FSR) 中缩放步骤的移植\n * 输出尺寸：取决于缩放选项\n\n* FSR_RCAS：[FidelityFX-FSR](https://github.com/GPUOpen-Effects/FidelityFX-FSR) 中锐化步骤的移植\n * 输出尺寸：和输入相同\n * 参数\n * Sharpness：锐化强度\n\n* FSRCNNX：FSRCNNX_x2_8-0-4-1 的移植\n * 输出尺寸：输入的两倍\n\n* FSRCNNX_LineArt：FSRCNNX_x2_8-0-4-1_LineArt 的移植\n * 输出尺寸：输入的两倍\n\n* FXAA_Medium、FXAA_High 和 FXAA_Ultra：快速近似抗锯齿。对性能的要求依次提高\n * 输出尺寸：和输入相同\n\n* GTU_v050：旨在模拟 CRT 屏幕的模糊和混合效果而不是遮罩或曲率，支持扫描线\n * 输出尺寸：取决于缩放选项\n * 参数\n * Composite Connection\n * No Scanlines\n * Signal Resolution Y\n * Signal Resolution I\n * Signal Resolution Q\n * TV Vertical Resolution\n * Black Level\n * Contrast\n\n* ImageAdjustment：图像参数调整\n * 输出尺寸：和输入相同\n * 参数\n * Target Gamma：和 monitorGamma 搭配使用以调节 gamma，此参数指定目标 gamma 值\n * Monitor Gamma：当前屏幕的 gamma 值\n * Saturation：色度\n * Luminance：HSV 空间的明度\n * Contrast：对比度\n * Brightness Boost：亮度调整\n * Black Level：暗场强度\n * Red Channel：红色通道颜色缩放\n * Green Channel：绿色通道颜色缩放\n * Blue Channel：蓝色通道颜色缩放\n\n* Jinc：使用 Jinc 算法缩放输入\n * 输出尺寸：取决于缩放选项\n * 参数\n * Window Sinc Param：值越小图像越锐利\n * Sinc Param：值越大图像越锐利\n * Anti-ringing Strength：抗振铃强度\n\n* Lanczos：使用 Lanczos 算法缩放输入。\n * 输出尺寸：取决于缩放选项\n * 参数\n * Anti-ringing Strength：抗震铃强度。值越大抗震铃效果越好，但图像越模糊\n\n* LCAS：轻量级 3D 画面缩放算法\n * 输出尺寸：取决于缩放选项\n * 参数\n * Sharpness：锐化强度\n\n* LumaSharpen：reshade 中流行的锐化效果。\n * 输出尺寸：和输入相同\n * 参数\n * Sharpening Strength：锐化强度\n * Sharpening Limit：抗振铃强度\n * Sample Pattern：滤波器类型，支持 4 种滤波器\n * Offset Bias：滤波器参数的偏移量\n\n* MMPX：像素画缩放算法。可在保留艺术风格的同时添加细节\n * 输出尺寸：输入的两倍\n\n* Nearest：最近邻插值\n * 输出尺寸：取决于缩放选项\n\n* NIS：[NVIDIA Image Scaling](https://github.com/NVIDIAGameWorks/NVIDIAImageScaling) 的移植\n * 输出尺寸：取决于缩放选项\n * 参数\n * Sharpness：锐化强度\n * 备注：只支持放大\n\n* NNEDI3 族：原本用于去隔行，也是高质量的插值算法。移植自 https://github.com/bjin/mpv-prescalers\n * 输出尺寸：输入的两倍\n\n* NVSharpen：随 NIS 发布的 NVSharpen 的移植\n * 输出尺寸：和输入相同\n * 参数\n * Sharpness：锐化强度\n\n* Pixellate：使用 Pixellate 算法缩放输入。适合放大像素画\n * 输出尺寸：取决于缩放选项\n\n* RAVU 族：移植自 https://github.com/bjin/mpv-prescalers\n * 输出尺寸：输入的两倍\n\n* RAVU-Zoom 族：移植自 https://github.com/bjin/mpv-prescalers\n * 输出尺寸：取决于缩放选项\n * 备注：只支持放大\n\n* SGSR：[Snapdragon Game Super Resolution v1](https://github.com/SnapdragonStudios/snapdragon-gsr/tree/main/sgsr/v1) 的移植\n * 输出尺寸：取决于缩放选项\n * 参数\n * Edge Sharpness：边缘锐化强度（值越大图像越锐利）\n * Edge Threshold：边缘检测阈值\n\n* SharpBilinear：使用 Sharp-Bilinear 算法缩放输入。适合放大像素画\n * 输出尺寸：取决于缩放选项\n\n* SMAA_Low、SMAA_Medium、SMAA_High 和 SMAA_Ultra：SMAA 抗锯齿算法。对性能的要求依次提高\n * 输出尺寸：和输入相同\n\n* SSimDownscaler：基于感知的图像缩小算法。移植自 [igv/SSimDownscaler.glsl](https://gist.github.com/igv/36508af3ffc84410fe39761d6969be10)\n * 输出尺寸：取决于缩放选项\n * 参数\n * Oversharp：值越大图像越锐利\n \n* xBRZ_2x、xBRZ_3x、xBRZ_4x、xBRZ_5x 和 xBRZ_6x：使用 xBRZ 算法缩放输入。适合放大像素画\n * 输出尺寸：取决于变体。放大到输入的 2-6 倍\n\n* xBRZ_Freescale：支持任意缩放倍数的 xBRZ 算法\n * 输出尺寸：取决于缩放选项\n"
},
{
"path": "docs/性能优化建议.md",
"content": "如果你遇到了性能问题（卡顿、延迟、功耗过高等），本文档可能有所帮助。\n\n下面是一些你可能面临的情况：\n\n## 我的显卡性能不足\n\n如果你无法流畅使用一些有较高性能要求的效果（如 Anime4K、AdaptiveSharpen 等），请尝试下面的操作：\n\n1. 更换为性能需求更低的效果。如 Anime4K_Upscale_S 比 Anime4K_Upscale_L 快的多，CAS 比 AdaptiveSharpen 快的多，它们可以有效提高流畅度，代价是一定程度的画面质量损失。\n2. 尝试更换捕获模式。建议你每种模式都尝试一下。\n\n## 间歇性卡顿\n\n假设你的显卡性能对于运行 Magpie 绰绰有余，但依然遇到卡顿问题。请尝试下面的操作：\n\n\n 对于 Nvidia 用户 \n\n### 假设您使用的是 Windows 11 24H2\n\n以下提示仅适用于 Nvidia 用户。Nvidia 显卡的驱动程序配置不当可能是造成卡顿的原因。\n\n快速提示：将 Nvidia 驱动程序设置恢复为默认设置（全新安装）将解决大多数问题。但是，如果您坚持使用自己的设置，让我们解释一下驱动程序设置如何给程序带来麻烦。\n\n#### 缩放一段时间后出现奇怪的帧率下降\n\n刚开始时一切正常（游戏 60 FPS / Magpie 60 FPS），但大约 10~15 秒后，游戏和 Magpie 的帧率都会下降到 37 FPS 左右，同时 GPU 占用率飙升至 100%，GPU 频率从约 1000MHz 降至 700MHz。\n\n首先，如果你在游戏时使用了“电源管理模式：最佳功耗”，尝试将 Magpie 设为“首选最大性能”或“自适应”（我尚未测试“自适应”模式，效果不保证）。游戏本身保持“最佳功耗”模式即可。这样设置后，GPU 频率将不会异常下降。\n\n#### Nvidia App 与 Nvidia 控制面板\n\n不过，我的一台电脑即便使用上述方法仍然无法解决，而其他设备都能正常恢复。经过调查发现，Nvidia App 和 Nvidia 控制面板之间存在兼容性问题。如果你使用 Nvidia App 修改了驱动设置，然后在控制面板中修改相同的设置，可能会导致控制面板崩溃，或出现“访问被拒绝”的错误。此外，Nvidia App 进行的驱动设置更改不会真正应用到游戏或程序。\n\n如果你使用的是 Nvidia App 11.0.2.341 版本，并搭配 572.16 版驱动，请不要通过 Nvidia App 调整 Nvidia 驱动设置。解决方案如下：\n\n1. 关闭 Nvidia App 和 Nvidia 控制面板。\n2. 进入 C:\\ProgramData\\NVIDIA Corporation\\Drs 目录，删除所有 .bin 文件，例如 nvdrsdb0.bin、nvdrsdb1.bin、nvdrssel.bin、update.bin 等。\n3. 重新打开 Nvidia 控制面板，手动重新配置所有全局设置和特定程序的设置。\n4. 之后避免使用 Nvidia App 修改驱动设置。\n\n#### 画面看起来不如原生游戏窗口流畅\n\n使用 `Graphics Capture` 或 `Desktop Duplication` 时，即使游戏和 Magpie 都是 60 FPS，画面仍然不够流畅。\n\n调查结果表明，这可能与垂直同步有关。至少在 Windows 11 24H2 版本中，游戏必须开启垂直同步，才能保证 WGC 和 DXGI 捕获模式不会丢帧。否则，即使捕获和游戏都运行在 60 FPS，仍可能发生帧丢失或重复帧现象。\n\n推荐的垂直同步设置：\n\n* 游戏：使用传统垂直同步模式，例如：\n * “使用 3D 应用程序设置”并在游戏内启用 V-Sync\n * 直接选择“垂直同步：开”\n* 不要使用以下选项：\n * 关闭垂直同步\n * “垂直同步：快速”模式\n* 未测试但可能有效的选项：\n * “垂直同步：自适应 / 自适应（半刷新率）”\n\n对于 Magpie，请选择“使用 3D 应用程序设置”。\n\n#### 使用 Desktop Duplication 时丢帧严重\n\n即使游戏 60 FPS / Magpie 60 FPS，仍然会遇到大量丢帧问题。我发现这种情况出现在 Magpie v0.10.6 版本。解决方法：\n\n* 在 Magpie 设置中启用垂直同步，并在 Nvidia 控制面板中将 Magpie 的垂直同步设置为“使用 3D 应用程序设置”。\n* 升级到 Magpie v0.11.1 也能解决此问题。\n\n#### GPU 使用率接近 100% 时 Magpie 丢帧严重\n\n同时，游戏帧率略低于显示器帧率，例如游戏帧率 57 FPS / 显示器帧率 60 Hz。如果不使用 Magpie，原生游戏窗口看起来很流畅。\n\n尝试关闭“硬件加速 GPU 计划”并重启。我发现，当 GPU 负载过重且 GPU 计划开启时，WGC 和桌面复制都无法正确处理帧。关闭 GPU 计划后，游戏帧率仍然很低，但 Magpie 不会再“视觉上”低于 10 FPS。\n\n#### 屏幕观感不流畅，但帧率看起来正常\n\n游戏 60 FPS / Magpie 60 FPS / 显示器 60 Hz，但出现丢帧。这种情况在未缩放、直接运行游戏窗口时也会发生。\n\n请检查是否启用了“最大帧率限制”和垂直同步。例如，在上述情况下，如果你已经打开了垂直同步，同时将最大帧率限制设为 60 FPS，请移除该限制。\n\n如果你有其他帧率限制程序（如 MSI Afterburner RTSS），也请将其关闭。\n\n常见误区：\n1. 将“最大帧率”设置为全局 60 FPS，然后对某些程序关闭帧率限制，这实际上不会如你所愿生效。如果你对程序关闭了最大帧率限制和垂直同步，但启用了全局最大帧率，游戏和 Magpie 仍会遵循全局的帧率限制。\n1. 有人将“最大帧率”视作更优的垂直同步方法，理由是“这样可以降低输入延迟”。其实并非如此。最大帧率限制并不是垂直同步，它无法保证每一帧都能被完整呈现，而传统的垂直同步正是为此目的而设计的。\n\n#### 低延迟模式\n\n如果遇到其他奇怪的现象，可以检查这些选项。我不确定 Magpie 是否有这些问题，但对于 Lossless Scaling，使用“低延迟模式：超高”会导致 WGC API 缩放后拖拽鼠标时，释放鼠标按钮后鼠标位置和释放按钮时不一致。\n\n为 Magpie 设置“低延迟模式：关闭”。但对于游戏，如果你确定启用“低延迟模式：超高”不会引发问题，也可以保留该设置。例如，一些旧的 DirectX 9 游戏在启用此模式后可能会出现掉帧或输入延迟问题，如果遇到这种情况，建议将其关闭。\n\n \n\n\n 对于 AMD 用户 \n\n欢迎分享更多性能优化技巧！你也可以查看 Nvidia 相关建议，看看其中哪些适用于你的配置。\n\n \n\n\n 超线程和大小核CPU \n\n#### 超线程与 Intel Alder Lake 大小核架构 CPU\n\n如果你不想关闭超线程，可以使用批处理命令来限制游戏和 Magpie 的 CPU 亲和性（Affinity）。对游戏或其启动器使用 cmd.exe 批处理 `start /affinity 0x55 \"\" \"C:\\path to\\game.exe\"`，游戏将继承父进程的 CPU 亲和性。对 Magpie 使用 `start /affinity 0xaa`。此外，你还可以调整游戏图形设置，尽量将游戏的 CPU 占用控制在 50% 以下（以 4 核 8 线程 CPU 为例，相当于使用 4 个物理核心）。\n\n0x55 指定游戏在 4 核 CPU 的 0 2 4 6 逻辑核心上运行，0xaa 指定其他程序在 1 3 5 7 上运行。\n\n如果需要提高进程优先级，可以使用 `start /abovenormal` 为游戏和 Magpie 设置“高于正常”优先级。但需要注意，某些游戏在设置 CPU 亲和性和提高进程优先级后可能更容易崩溃，具体原因不明。例如，dwm.exe 系统服务本身就以“高”优先级运行。若遇到稳定性问题，可以考虑改用高性能电源计划，让 CPU 长时间运行在最高频率。\n\n0x55 和 0xaa 只是示例值，你可以使用 [Bitsum CPU 亲和性计算器](https://bitsum.com/tools/cpu-affinity-calculator) 来计算适合自己 CPU 的值。\n\n此外，你也可以利用这种方法，强制游戏仅运行在 Intel Alder Lake 大小核架构的“大核”上，以获得更好的性能。\n\n参考：\nhttps://superuser.com/questions/690509/does-windows-know-how-to-appropriately-assign-threads-to-a-quad-core-processor-t\n\n \n\n### 仍然卡顿？\n1. 更换捕获模式。建议你每种模式都尝试一下。\n2. 打开“禁用 DirectFlip”。DirectFlip 是一个用于降低输入延迟的技术，但可能和某些游戏不兼容。\n3. 试试切换使用的显卡。\n4. 提高 Magpie 的进程优先级以及在驱动中提高 Magpie 的优先级（如果有这个选项）。\n5. 如果上面的尝试不起作用，请提交一个 [Issue (Performance)](https://github.com/Blinue/Magpie/issues/new?assignees=&labels=performance&template=02_performance.yaml)。\n\n## 我想降低 Magpie 的功耗\n\n在需要节省电量或降低发热时，请尝试下面的操作：\n\n1. 限制帧率。\n2. 更换为性能需求更低的效果。\n"
},
{
"path": "docs/捕获方式对比.md",
"content": "Magpie 提供数种捕获方式，根据使用场景，它们各有优劣。无特殊需求应使用 Graphics Capture，它提供最好的兼容性和流畅度。\n\n| | Graphics Capture | Desktop Duplication | GDI | DwmSharedSurface |\n| :---: | :---: | :---: | :---: |:---: |\n| 支持捕获 DirectComposition (如 UWP) | 是 | 是 | 否 | 否 |\n| 支持录制/串流 | 特殊情况下不支持[1] | 否 | 是 | 是 |\n| 支持源窗口跨越多个屏幕 | 特殊情况下不支持[1] | 否 | 是 | 是 |\n| 无视 DPI 虚拟化[2] | 否 | 否 | 是| 是 |\n| 备注 | 首选捕获方式 | 要求 Win10 v2004 | | 性能不稳定，不建议使用 |\n\n[1]: (1) 源窗口不支持常规的窗口捕获 (2) 操作系统为 Windows 11\n\n[2]: 系统会对不支持 DPI 缩放的窗口进行双三次插值放大，支持此项的捕获方式可以捕获到放大前的图像\n"
},
{
"path": "docs/编译指南.md",
"content": "## 先决条件\n\n为了编译 Magpie，你首先需要安装：\n\n1. Visual Studio 2022 或 2026 的最新版本，需要安装“使用 C++ 的桌面开发”和“通用 Windows 平台开发”两个工作负荷以及 Windows SDK build 26100 或更高版本。\n2. [CMake](https://cmake.org/)\n\n 你也可以使用 Visual Studio 内置的 CMake，它位于 `%ProgramFiles%\\Microsoft Visual Studio\\2022\\Community\\Common7\\IDE\\CommonExtensions\\Microsoft\\CMake\\CMake\\bin`。\n3. [Python](https://www.python.org/) 3.11+\n4. [Conan](https://conan.io/)\n\n ```bash\n pip install conan\n ```\n \n 确保上述依赖均已被添加入系统路径，使用以下命令检查：\n ```bash\n cmake --version\n python --version\n conan --version\n ```\n\n## 编译\n\n1. 克隆存储库\n\n ```bash\n git clone https://github.com/Blinue/Magpie\n ```\n\n2. 打开根目录的 Magpie.slnx 然后生成解决方案。\n\n## 启用触控支持\n\n为了支持触控输入，TouchHelper.exe 应签名。签名是在 CI 中自动进行的，但你也可以手动签名，请执行以下步骤：\n\n1. 创建自签名证书，将其导出为 pfx。\n2. 将 `src/Magpie/TouchHelper.cpp` 中的 `CERT_FINGERPRINT` 常量替换为你的证书的 SHA-1 哈希值（也即该证书的指纹）。\n3. 在存储库根目录下执行以下命令：\n\n```bash\npython scripts/publish.py --pfx-path= --pfx-password=\n```\n\n这将编译 Magpie 并为 TouchHelper.exe 签名。编译出的程序位于 `publish\\x64`。\n"
},
{
"path": "natvis/magpie.natvis",
"content": "\n \n {(($T1*)BeginX)[0]}{*this,view(elt1)} \n , {(($T1*)BeginX)[1]}{*this,view(elt2)} \n , {(($T1*)BeginX)[2]}{*this,view(elt3)} \n , {(($T1*)BeginX)[3]}{*this,view(elt4)} \n , /* {Size - 4} more*/ \n empty \n {{{*this,view(elt0)}}} \n Uninitialized \n \n - Size
\n - Capacity
\n \n Size \n ($T1*)BeginX \n \n \n \n \n"
},
{
"path": "natvis/phmap.natvis",
"content": " \n\n \n \n \n {{size = {size_}}} \n \n \n size_ \n \n = -1\">\n - *slot,na
\n \n ++slot \n ++ctrl \n \n \n \n \n\n \n \n {{size = {size_}}} \n \n \n size_ \n \n = -1\">\n - **slot,na
\n \n ++slot \n ++ctrl \n \n \n \n \n \n \n {value} \n \n\n \n \n unset \n = 0)\">end() \n {*slot_,na} \n \n\n \n \n unset \n = 0)\">end() \n {**slot_,na} \n \n\n \n \n {{size = ?}} \n \n \n maxidx = 2 << maxidx \n \n ctrl = sets_._Elems[idx].set_.ctrl_ \n slot = sets_._Elems[idx].set_.slots_ \n ctrl_end = sets_._Elems[idx].set_.ctrl_ + sets_._Elems[idx].set_.capacity_ \n slot_end = sets_._Elems[idx].set_.slots_ + sets_._Elems[idx].set_.capacity_ \n \n = -1\">\n - *slot,na
\n \n ++slot \n ++ctrl \n \n ++idx \n \n \n \n \n\n \n \n {{size = ?}} \n \n \n maxidx = 2 << maxidx \n \n ctrl = sets_._Elems[idx].set_.ctrl_ \n slot = sets_._Elems[idx].set_.slots_ \n ctrl_end = sets_._Elems[idx].set_.ctrl_ + sets_._Elems[idx].set_.capacity_ \n slot_end = sets_._Elems[idx].set_.slots_ + sets_._Elems[idx].set_.capacity_ \n \n = -1\">\n - *slot,na
\n \n ++slot \n ++ctrl \n \n ++idx \n \n \n \n \n\n \n {it_,na} \n \n\n \n"
},
{
"path": "natvis/rapidjson.natvis",
"content": "\n\n\t\n\t\n\t\tnull \n\t\ttrue \n\t\tfalse \n\t\t{(const Ch*)data_.ss.str,na} \n\t\t{(const Ch*)((size_t)data_.s.str & 0x0000FFFFFFFFFFFF),[data_.s.length]na} \n\t\t{data_.n.i.i} \n\t\t{data_.n.u.u} \n\t\t{data_.n.i64} \n\t\t{data_.n.u64} \n\t\t{data_.n.d} \n\t\tObject members={data_.o.size} \n\t\tArray members={data_.a.size} \n\t\t\n\t\t\t- data_.o.size
\n\t\t\t- data_.o.capacity
\n\t\t\t\n\t\t\t\tdata_.o.size \n\t\t\t\t\n\t\t\t\t(rapidjson::GenericMember<$T1,$T2>*)(((size_t)data_.o.members) & 0x0000FFFFFFFFFFFF) \n\t\t\t \n\n\t\t\t- data_.a.size
\n\t\t\t- data_.a.capacity
\n\t\t\t\n\t\t\t\tdata_.a.size \n\t\t\t\t\n\t\t\t\t(rapidjson::GenericValue<$T1,$T2>*)(((size_t)data_.a.elements) & 0x0000FFFFFFFFFFFF) \n\t\t\t \n\n\t\t \n\t \n\n \n"
},
{
"path": "scripts/publish.py",
"content": "import sys\nimport os\nimport subprocess\nimport glob\nimport argparse\n\ntry:\n # https://docs.github.com/en/actions/learn-github-actions/variables\n if os.environ[\"GITHUB_ACTIONS\"].lower() == \"true\":\n # 不知为何在 Github Actions 中运行时默认编码为 ANSI，并且 print 需刷新流才能正常显示\n for stream in [sys.stdout, sys.stderr]:\n stream.reconfigure(encoding=\"utf-8\")\nexcept:\n pass\n\nargParser = argparse.ArgumentParser()\nargParser.add_argument(\"--compiler\", choices=[\"MSVC\", \"ClangCL\"], default=\"MSVC\")\nargParser.add_argument(\"--platform\", choices=[\"x64\", \"ARM64\"], default=\"x64\")\nargParser.add_argument(\"--use-native-march\", action=\"store_true\")\nargParser.add_argument(\"--version-major\", type=int, default=0)\nargParser.add_argument(\"--version-minor\", type=int, default=0)\nargParser.add_argument(\"--version-patch\", type=int, default=0)\nargParser.add_argument(\"--version-string\", default=\"\")\nargParser.add_argument(\"--pfx-path\", default=\"\")\nargParser.add_argument(\"--pfx-password\", default=\"\")\nargs = argParser.parse_args()\n\n#####################################################################\n#\n# 使用 vswhere 查找 msbuild\n#\n#####################################################################\n\nprogramFilesX86Path = os.environ[\"ProgramFiles(x86)\"]\nvswherePath = programFilesX86Path + \"\\\\Microsoft Visual Studio\\\\Installer\\\\vswhere.exe\"\nif not os.access(vswherePath, os.X_OK):\n raise Exception(\"未找到 vswhere\")\n\np = subprocess.run(\n vswherePath\n + \" -latest -requires Microsoft.Component.MSBuild -find MSBuild\\\\**\\\\Bin\\\\MSBuild.exe\",\n capture_output=True,\n)\nmsbuildPath = str(p.stdout, encoding=\"utf-8\").splitlines()[0]\nif not os.access(msbuildPath, os.X_OK):\n raise Exception(\"未找到 msbuild\")\n\n#####################################################################\n#\n# 编译\n#\n#####################################################################\n\nos.chdir(os.path.dirname(__file__) + \"\\\\..\")\n\np = subprocess.run(\"git rev-parse --short HEAD\", capture_output=True)\ncommitId = str(p.stdout, encoding=\"utf-8\")[0:-1]\n\nversionNumProps = f\";MajorVersion={args.version_major};MinorVersion={args.version_minor};PatchVersion={args.version_patch}\"\nversionStrProp = \"\" if args.version_string == \"\" else f\";VersionString={args.version_string}\"\n\np = subprocess.run(\n f'\"{msbuildPath}\" Magpie.slnx -m -t:Rebuild -restore -p:RestorePackagesConfig=true;Configuration=Release;Platform={args.platform};DisablePDB=true;UseClangCL={args.compiler == \"ClangCL\"};UseNativeMicroArch={args.use_native_march};OutDir={os.getcwd()}\\\\publish\\\\{args.platform}\\\\;CommitId={commitId}{versionNumProps}{versionStrProp}'\n)\nif p.returncode != 0:\n raise Exception(\"编译失败\")\n\n#####################################################################\n#\n# 清理不需要的文件\n#\n#####################################################################\n\nos.chdir(\"publish\\\\\" + args.platform)\n\n\n# 删除文件，忽略错误\ndef remove_file(file):\n try:\n os.remove(file)\n except:\n pass\n\n\nfor file in glob.glob(\"*.lib\"):\n remove_file(file)\n\nprint(\"清理完毕\", flush=True)\n\n#####################################################################\n#\n# 为 TouchHelper 签名\n#\n#####################################################################\n\nif args.pfx_path != \"\":\n pfxPath = os.path.join(\"..\\\\..\", args.pfx_path)\n\n # 取最新的 Windows SDK\n windowsSdkDir = max(\n glob.glob(programFilesX86Path + \"\\\\Windows Kits\\\\10\\\\bin\\\\10.*\")\n )\n passwordOption = \"\" if args.pfx_password == \"\" else f'/p \"{args.pfx_password}\"'\n p = subprocess.run(\n f'\"{windowsSdkDir}\\\\x64\\\\signtool.exe\" sign /fd SHA256 /a /f \"{pfxPath}\" {passwordOption} TouchHelper.exe'\n )\n if p.returncode != 0:\n raise Exception(\"签名失败\")\n"
},
{
"path": "scripts/release.py",
"content": "import sys\nimport os\nimport subprocess\nimport shutil\nimport requests\nimport hashlib\nimport json\nimport argparse\n\ntry:\n # https://docs.github.com/en/actions/learn-github-actions/variables\n if os.environ[\"GITHUB_ACTIONS\"].lower() == \"true\":\n # 不知为何在 Github Actions 中运行时默认编码为 ANSI，并且 print 需刷新流才能正常显示\n for stream in [sys.stdout, sys.stderr]:\n stream.reconfigure(encoding=\"utf-8\")\nexcept:\n pass\n\nargParser = argparse.ArgumentParser()\nargParser.add_argument(\"version_major\", type=int)\nargParser.add_argument(\"version_minor\", type=int)\nargParser.add_argument(\"version_patch\", type=int)\nargParser.add_argument(\"tag\")\nargParser.add_argument(\"prerelease\")\nargParser.add_argument(\"access_token\")\nargs = argParser.parse_args()\n\nisPrerelease = args.prerelease.lower() == \"true\"\n\nrepo = os.environ[\"GITHUB_REPOSITORY\"]\nactor = os.environ[\"GITHUB_ACTOR\"]\n\nsubprocess.run(\"git config user.name \" + actor)\nsubprocess.run(f\"git config user.email {actor}@users.noreply.github.com\")\n\nsubprocess.run(\n f\"git remote set-url origin https://{args.access_token}@github.com/{repo}.git\"\n)\n\n# 打标签\nif subprocess.run(f\"git tag -a {args.tag} -m {args.tag}\").returncode != 0:\n raise Exception(\"打标签失败\")\n\nif subprocess.run(\"git push origin \" + args.tag).returncode != 0:\n raise Exception(\"推送标签失败\")\n\nprint(\"已创建标签 \" + args.tag, flush=True)\n\nheaders = {\n \"Accept\": \"application/vnd.github+json\",\n \"Authorization\": \"Bearer \" + args.access_token,\n \"X-GitHub-Api-Version\": \"2022-11-28\",\n}\n\n# 获取前一个发布版本来生成默认发行说明\nprevReleaseTag = None\ntry:\n if isPrerelease:\n # 发布预发行版与最新的版本（无论是正式版还是预发行版）对比\n response = requests.get(\n f\"https://api.github.com/repos/{repo}/releases\",\n headers=headers,\n params={\"per_page\": 1}\n )\n if response.ok:\n prevReleaseTag = response.json()[0][\"tag_name\"]\n else:\n # 发布正式版则与最新的正式版对比\n # 由于可以自己选择最新版本，此接口可能不会返回时间上最新发布的版本，不是大问题\n response = requests.get(\n f\"https://api.github.com/repos/{repo}/releases/latest\", headers=headers\n )\n if response.ok:\n prevReleaseTag = response.json()[\"tag_name\"]\nexcept:\n # 忽略错误\n pass\n\n# 发布 release\nif prevReleaseTag == None:\n body = \"\"\nelse:\n # 默认发行说明为比较两个 tag\n body = f\"https://github.com/{repo}/compare/{prevReleaseTag}...{args.tag}\"\n\nresponse = requests.post(\n f\"https://api.github.com/repos/{repo}/releases\",\n json={\n \"tag_name\": args.tag,\n \"name\": args.tag,\n \"prerelease\": isPrerelease,\n \"body\": body,\n \"discussion_category_name\": \"Announcements\",\n },\n headers=headers,\n)\nif not response.ok:\n raise Exception(\"发布失败\")\n\nuploadUrl = response.json()[\"upload_url\"]\nuploadUrl = uploadUrl[: uploadUrl.find(\"{\")] + \"?name=\"\n\nos.chdir(os.path.dirname(__file__) + \"\\\\..\\\\publish\")\n\npkgInfos = {}\nfor platform in [\"x64\", \"ARM64\"]:\n # 打包成 zip\n pkgName = \"Magpie-\" + args.tag + \"-\" + platform\n shutil.make_archive(pkgName, \"zip\", pkgName)\n pkgName += \".zip\"\n\n # 上传资产\n with open(pkgName, \"rb\") as f:\n # 流式上传\n # https://requests.readthedocs.io/en/latest/user/advanced/#streaming-uploads\n response = requests.post(\n uploadUrl + pkgName,\n data=f,\n headers={**headers, \"Content-Type\": \"application/zip\"},\n )\n\n if not response.ok:\n raise Exception(\"上传失败\")\n\n # 计算哈希\n f.seek(0, os.SEEK_SET)\n md5 = hashlib.file_digest(f, hashlib.md5).hexdigest()\n\n pkgInfos[platform] = (pkgName, md5)\n\nprint(\"已发布 \" + args.tag, flush=True)\n\n# 更新 version.json\n# 此步应在发布版本之后，因为程序使用 version.json 检查更新\nos.chdir(\"..\")\nwith open(\"version.json\", \"w\", encoding=\"utf-8\") as f:\n json.dump(\n {\n \"version\": f\"{args.version_major}.{args.version_minor}.{args.version_patch}\",\n \"tag\": args.tag,\n \"binary\": {\n \"x64\": {\n \"url\": f\"https://github.com/{repo}/releases/download/{args.tag}/{pkgInfos['x64'][0]}\",\n \"hash\": pkgInfos[\"x64\"][1],\n },\n \"ARM64\": {\n \"url\": f\"https://github.com/{repo}/releases/download/{args.tag}/{pkgInfos['ARM64'][0]}\",\n \"hash\": pkgInfos[\"ARM64\"][1],\n },\n },\n },\n f,\n indent=4,\n )\n\n# 提交对 version.json 的更改\nif subprocess.run(\"git add version.json\").returncode != 0:\n raise Exception(\"git add 失败\")\n\nif subprocess.run('git commit -m \"Update version.json\"').returncode != 0:\n raise Exception(\"git commit 失败\")\n\nif subprocess.run(\"git push\").returncode != 0:\n raise Exception(\"git push 失败\")\n"
},
{
"path": "scripts/wiki.py",
"content": "import sys\nimport os\nimport tempfile\nimport glob\nimport shutil\nimport subprocess\nimport argparse\n\ntry:\n # https://docs.github.com/en/actions/learn-github-actions/variables\n if os.environ[\"GITHUB_ACTIONS\"].lower() == \"true\":\n # 不知为何在 Github Actions 中运行时默认编码为 ANSI，并且 print 需刷新流才能正常显示\n for stream in [sys.stdout, sys.stderr]:\n stream.reconfigure(encoding=\"utf-8\")\nexcept:\n pass\n\nargParser = argparse.ArgumentParser()\nargParser.add_argument(\"access_token\")\nargs = argParser.parse_args()\n\nwikiRepoUrl = f'https://{args.access_token}@github.com/{os.environ[\"GITHUB_REPOSITORY\"]}.wiki.git'\n\n# 创建临时目录\nwikiRepoDir = tempfile.mkdtemp()\nos.chdir(wikiRepoDir)\n\np = subprocess.run(\"git init\")\nif p.returncode != 0:\n raise Exception(\"git init 失败\")\n\nactor = os.environ[\"GITHUB_ACTOR\"]\nsubprocess.run(\"git config user.name \" + actor)\nsubprocess.run(f\"git config user.email {actor}@users.noreply.github.com\")\n\n# 拉取\np = subprocess.run(f'git pull \"{wikiRepoUrl}\"')\nif p.returncode != 0:\n raise Exception(\"git pull 失败\")\n\n# 将文档拷贝到临时目录\ndocsDir = os.path.normpath(os.path.dirname(__file__) + \"\\\\..\\\\docs\")\nfor file in glob.glob(docsDir + \"\\\\*.md\"):\n shutil.copy(file, wikiRepoDir)\n print(\"已拷贝 \" + file, flush=True)\n\n# 推送\nsubprocess.run(\"git add .\")\nsubprocess.run('git commit -m \"Published by CI\"')\np = subprocess.run(f'git push --set-upstream \"{wikiRepoUrl}\" master')\nif p.returncode != 0:\n raise Exception(\"git push 失败\")\n"
},
{
"path": "src/BuildOptions.props",
"content": "\n\n \n \n \n false \n \n false \n \n false \n \n false \n \n false \n \n false \n \n \n \n \n \n"
},
{
"path": "src/Common.Post.props",
"content": "\n\n\n \n \n Use \n pch.h \n $(IntDir)pch.pch \n _WINDOWS;WIN32_LEAN_AND_MEAN;WINRT_LEAN_AND_MEAN;WINRT_NO_MODULE_LOCK;WIL_SUPPRESS_EXCEPTIONS;WIL_USE_STL=1;NOGDICAPMASKS;NOICONS;NOATOM;NOCLIPBOARD;NODRAWTEXT;NOMEMMGR;NOMETAFILE;NOMINMAX;NOOPENFILE;NOSCROLL;NOSERVICE;NOSOUND;NOTEXTMETRIC;NOCOMM;NOKANJI;NOHELP;NOPROFILER;NOMCX;NO_SHLWAPI_PATH;%(PreprocessorDefinitions) \n MP_MAJOR_VERSION=$(MajorVersion);MP_MINOR_VERSION=$(MinorVersion);MP_PATCH_VERSION=$(PatchVersion);%(PreprocessorDefinitions) \n MP_VERSION_STRING=$(VersionString);%(PreprocessorDefinitions) \n MP_COMMIT_ID=$(CommitId);%(PreprocessorDefinitions) \n MP_DEBUG_BORDER;%(PreprocessorDefinitions) \n MP_DEBUG_INFO_ON_OVERLAY;%(PreprocessorDefinitions) \n MP_USE_COMPSWAPCHAIN;%(PreprocessorDefinitions) \n None \n /bigobj %(AdditionalOptions) \n \n /await:strict %(AdditionalOptions) \n \n \n \n /clang:-Wno-missing-designated-field-initializers /clang:-Wno-missing-field-initializers /clang:-fstrict-vtable-pointers /clang:-funsafe-math-optimizations /clang:-fno-math-errno %(AdditionalOptions) \n \n /clang:-mcx16 %(AdditionalOptions) \n \n /clang:-march=native %(AdditionalOptions) \n \n /clang:-isystem /clang:\"$(GeneratedFilesDir)\\\" %(AdditionalOptions) \n \n .;%(AdditionalIncludeDirectories) \n \n \n MP_MAJOR_VERSION=$(MajorVersion);MP_MINOR_VERSION=$(MinorVersion);MP_PATCH_VERSION=$(PatchVersion);%(PreprocessorDefinitions) \n MP_VERSION_STRING=$(VersionString);%(PreprocessorDefinitions) \n MP_COMMIT_ID=$(CommitId);%(PreprocessorDefinitions) \n $(MSBuildThisFileDirectory)\\Shared;%(AdditionalIncludeDirectories) \n \n false \n \n \n\n \n \n _DEBUG;%(PreprocessorDefinitions) \n \n \n _DEBUG;%(PreprocessorDefinitions) \n \n \n \n \n \n true \n \n \n \n \n \n \n \n true \n true \n true \n NDEBUG;%(PreprocessorDefinitions) \n \n \n /Gw %(AdditionalOptions) \n /Zc:checkGwOdr %(AdditionalOptions) \n \n /clang:-flto %(AdditionalOptions) \n \n UseLinkTimeCodeGeneration \n true \n true \n \n \n true \n \n \n\n \n \n \n \n \n\n \n \n \n \n"
},
{
"path": "src/Common.Pre.props",
"content": "\n\n\n \n \n Debug \n x64 \n \n \n Debug \n ARM64 \n \n \n Release \n x64 \n \n \n Release \n ARM64 \n \n \n\n \n \n true \n false \n 17.0 \n 18.0 \n en-US \n 0 \n 0 \n 0 \n \n $(MajorVersion).$(MinorVersion).$(PatchVersion) \n \n\n \n ClangCL \n v143 \n v145 \n true \n \n \n"
},
{
"path": "src/Effects/ACNet.hlsl",
"content": "// ACNet\n// 移植自 https://github.com/TianZerL/ACNetGLSL/blob/f20a6b6b7327f4caf588b06c6b21f18e40dae1ce/glsl/ACNet.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!COMMON\n\n#ifdef MP_DEBUG\n#pragma warning(disable: 4714)\t// X4714: sum of temp registers and indexable temp registers times 256 threads exceeds the recommended total 16384. Performance may be reduced\n#endif\n\n#define RELU(x) max(x, 0)\n\n\n//!PASS 1\n//!DESC L1\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF GetLuma(MF3 color) {\n\treturn dot(MF3(0.299, 0.587, 0.114), color);\n}\n\nconst static MF kernelsL1A[9 * 4] = {\n\t 0.0609, 0.1027, -0.0447,\n\t-0.1423, 0.7196, 0.1803,\n\t 0.0842, 0.0696, 0.0082,\n\t 0.0089, 0.1540, -0.8589,\n\t 0.0448, 0.8659, -0.2420,\n\t-0.0364, 0.0585, 0.0125,\n\t-0.1937, 0.7259, 0.0119,\n\t-0.8266, 0.4147, 0.0088,\n\t-0.0453, -0.0451, -0.0182,\n\t 0.0264, -0.9422, 0.1258,\n\t-0.0543, 0.1282, 0.7102,\n\t-0.0106, 0.0386, -0.0141\n};\n\nconst static MF4 biasL1A = { -0.7577, -0.0210, 0.0292, -0.0189 };\n\nconst static MF kernelsL1B[9 * 4] = {\n\t 0.2054, -0.0393, 0.1494,\n\t 0.3106, 0.5722, 0.2640,\n\t 0.1708, -0.1640, -0.0212,\n\t 0.0558, -0.2887, -0.1666,\n\t 0.3123, -0.3097, -0.2281,\n\t 0.2880, 0.3001, 0.0526,\n\t-0.0320, 0.0584, -0.0193,\n\t-0.0135, 1.0649, -0.1246,\n\t 0.0283, -0.3030, -0.6378,\n\t-0.0040, -0.9122, 0.0181,\n\t 0.0365, 0.8947, -0.0420,\n\t-0.0199, 0.0217, 0.0060\n};\n\nconst static MF4 biasL1B = { 0.0223, 0.0340, 0.0150, -0.0044 };\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos, 0);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos, 0);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos, 0);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = GetLuma(MF3(sr.w, sg.w, sb.w));\n\t\t\tsrc[i][j + 1] = GetLuma(MF3(sr.x, sg.x, sb.x));\n\t\t\tsrc[i + 1][j] = GetLuma(MF3(sr.z, sg.z, sb.z));\n\t\t\tsrc[i + 1][j + 1] = GetLuma(MF3(sr.y, sg.y, sb.y));\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = biasL1A;\n\t\t\ttarget1 = mad(src[i - 1][j - 1], MF4(kernelsL1A[0 * 9 + 0], kernelsL1A[1 * 9 + 0], kernelsL1A[2 * 9 + 0], kernelsL1A[3 * 9 + 0]), target1);\n\t\t\ttarget1 = mad(src[i][j - 1], MF4(kernelsL1A[0 * 9 + 1], kernelsL1A[1 * 9 + 1], kernelsL1A[2 * 9 + 1], kernelsL1A[3 * 9 + 1]), target1);\n\t\t\ttarget1 = mad(src[i + 1][j - 1], MF4(kernelsL1A[0 * 9 + 2], kernelsL1A[1 * 9 + 2], kernelsL1A[2 * 9 + 2], kernelsL1A[3 * 9 + 2]), target1);\n\t\t\ttarget1 = mad(src[i - 1][j], MF4(kernelsL1A[0 * 9 + 3], kernelsL1A[1 * 9 + 3], kernelsL1A[2 * 9 + 3], kernelsL1A[3 * 9 + 3]), target1);\n\t\t\ttarget1 = mad(src[i][j], MF4(kernelsL1A[0 * 9 + 4], kernelsL1A[1 * 9 + 4], kernelsL1A[2 * 9 + 4], kernelsL1A[3 * 9 + 4]), target1);\n\t\t\ttarget1 = mad(src[i + 1][j], MF4(kernelsL1A[0 * 9 + 5], kernelsL1A[1 * 9 + 5], kernelsL1A[2 * 9 + 5], kernelsL1A[3 * 9 + 5]), target1);\n\t\t\ttarget1 = mad(src[i - 1][j + 1], MF4(kernelsL1A[0 * 9 + 6], kernelsL1A[1 * 9 + 6], kernelsL1A[2 * 9 + 6], kernelsL1A[3 * 9 + 6]), target1);\n\t\t\ttarget1 = mad(src[i][j + 1], MF4(kernelsL1A[0 * 9 + 7], kernelsL1A[1 * 9 + 7], kernelsL1A[2 * 9 + 7], kernelsL1A[3 * 9 + 7]), target1);\n\t\t\ttarget1 = mad(src[i + 1][j + 1], MF4(kernelsL1A[0 * 9 + 8], kernelsL1A[1 * 9 + 8], kernelsL1A[2 * 9 + 8], kernelsL1A[3 * 9 + 8]), target1);\n\t\t\ttarget1 = RELU(target1);\n\n\t\t\tMF4 target2 = biasL1B;\n\t\t\ttarget2 = mad(src[i - 1][j - 1], MF4(kernelsL1B[0 * 9 + 0], kernelsL1B[1 * 9 + 0], kernelsL1B[2 * 9 + 0], kernelsL1B[3 * 9 + 0]), target2);\n\t\t\ttarget2 = mad(src[i][j - 1], MF4(kernelsL1B[0 * 9 + 1], kernelsL1B[1 * 9 + 1], kernelsL1B[2 * 9 + 1], kernelsL1B[3 * 9 + 1]), target2);\n\t\t\ttarget2 = mad(src[i + 1][j - 1], MF4(kernelsL1B[0 * 9 + 2], kernelsL1B[1 * 9 + 2], kernelsL1B[2 * 9 + 2], kernelsL1B[3 * 9 + 2]), target2);\n\t\t\ttarget2 = mad(src[i - 1][j], MF4(kernelsL1B[0 * 9 + 3], kernelsL1B[1 * 9 + 3], kernelsL1B[2 * 9 + 3], kernelsL1B[3 * 9 + 3]), target2);\n\t\t\ttarget2 = mad(src[i][j], MF4(kernelsL1B[0 * 9 + 4], kernelsL1B[1 * 9 + 4], kernelsL1B[2 * 9 + 4], kernelsL1B[3 * 9 + 4]), target2);\n\t\t\ttarget2 = mad(src[i + 1][j], MF4(kernelsL1B[0 * 9 + 5], kernelsL1B[1 * 9 + 5], kernelsL1B[2 * 9 + 5], kernelsL1B[3 * 9 + 5]), target2);\n\t\t\ttarget2 = mad(src[i - 1][j + 1], MF4(kernelsL1B[0 * 9 + 6], kernelsL1B[1 * 9 + 6], kernelsL1B[2 * 9 + 6], kernelsL1B[3 * 9 + 6]), target2);\n\t\t\ttarget2 = mad(src[i][j + 1], MF4(kernelsL1B[0 * 9 + 7], kernelsL1B[1 * 9 + 7], kernelsL1B[2 * 9 + 7], kernelsL1B[3 * 9 + 7]), target2);\n\t\t\ttarget2 = mad(src[i + 1][j + 1], MF4(kernelsL1B[0 * 9 + 8], kernelsL1B[1 * 9 + 8], kernelsL1B[2 * 9 + 8], kernelsL1B[3 * 9 + 8]), target2);\n\t\t\ttarget2 = RELU(target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC L2\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t 2.0611e-01, 6.6865e-02, -9.9123e-02,\n\t 8.5279e-02, -4.5549e-02, -2.9491e-02,\n\t-1.0358e-01, -2.4844e-02, -8.1539e-03,\n\t-1.1308e-01, -6.4228e-02, -8.8081e-02,\n\t 2.7810e-02, -1.6054e-01, -1.1985e-01,\n\t-2.8679e-01, -1.7785e-02, 1.1559e-01,\n\t 2.1614e-02, -6.8870e-02, -2.4707e-01,\n\t 9.6867e-02, -1.6561e-01, 2.8281e-02,\n\t-8.2469e-02, -9.8554e-02, -1.7147e-02,\n\t 3.3710e-01, 9.2126e-02, 3.6880e-02,\n\t 5.7004e-02, 4.0175e-02, 1.6116e-01,\n\t 2.5629e-01, 5.1154e-01, 2.4119e-02,\n\t 1.9495e-02, 2.6940e-01, -1.4050e-01,\n\t 5.0325e-02, -4.5920e-02, -1.3586e-01,\n\t 5.9458e-02, 1.3860e-01, -2.1065e-01,\n\t-1.0744e-01, -1.5915e-01, -1.1528e-02,\n\t-1.1470e-01, 6.3455e-02, -5.5558e-02,\n\t-6.9920e-02, -3.0142e-02, -4.9059e-02,\n\t 3.6421e-01, 3.0252e-01, -1.3562e-01,\n\t 1.5238e-01, -1.9868e-01, -3.2644e-02,\n\t-4.2849e-02, 1.3677e-02, 7.3854e-02,\n\t 7.6609e-02, -1.0121e-01, 3.6319e-02,\n\t 9.3536e-02, 6.0386e-02, 1.0086e-01,\n\t-2.6630e-01, 2.5875e-02, -1.9225e-01,\n\t 4.0687e-02, 1.1005e-01, 9.9578e-03,\n\t 1.6939e-01, 5.0872e-01, 8.9876e-02,\n\t 6.9561e-02, 1.1910e-01, -1.8091e-02,\n\t-3.5739e-02, -7.5300e-02, -1.6788e-02,\n\t 3.0316e-02, 1.5942e-01, -9.0878e-02,\n\t-6.3737e-02, 2.6141e-02, 8.8040e-03,\n\t 3.4954e-03, -6.6707e-02, 1.4551e-01,\n\t 7.6258e-02, 1.4893e-01, -1.5255e-01,\n\t 6.2442e-02, 2.2166e-01, 7.5327e-02,\n\t 5.4785e-02, -1.4503e-02, -1.5188e-03,\n\t 1.6748e-01, -5.2731e-03, -1.9900e-02,\n\t 4.4786e-02, -1.0669e-01, 1.3192e-01,\n\t 1.9961e-02, -8.1015e-02, -3.2264e-02,\n\t 1.0544e-01, 1.8844e-01, 7.4274e-03,\n\t 6.6729e-02, -7.8318e-02, 3.0775e-02,\n\t-8.6109e-03, 7.4977e-02, 9.4079e-02,\n\t-1.2726e-01, -2.9664e-01, 7.8153e-03,\n\t-4.8413e-02, -1.8450e-01, -7.1065e-02,\n\t-8.7609e-02, -7.7192e-02, 5.0919e-02,\n\t-1.4021e-01, 3.5696e-01, 1.2079e-02,\n\t-2.0318e-02, -1.8827e-02, 3.9084e-02,\n\t-2.8654e-02, -6.4166e-02, 5.4889e-02,\n\t 8.2689e-02, 8.4463e-02, 2.2339e-02,\n\t 1.0805e-01, -1.2566e-01, 1.7109e-01,\n\t-6.1338e-02, -3.4043e-02, 4.0473e-02,\n\t 6.3821e-02, 1.7626e-01, -5.8112e-02,\n\t-9.5002e-02, 1.3327e-02, 1.2242e-01,\n\t 4.9008e-02, -4.3678e-02, 2.2362e-02,\n\t-7.7903e-02, -3.8252e-02, -5.2271e-02,\n\t-1.8884e-02, -1.2859e-01, 4.1172e-02,\n\t-3.1181e-02, 3.2348e-02, -4.9081e-02,\n\t-6.7966e-02, -2.4896e-02, -6.5323e-02,\n\t 8.0742e-02, 2.6093e-01, -2.4638e-01,\n\t-8.0881e-02, -2.9643e-02, -7.9627e-02,\n\t 1.4020e-01, 2.1575e-01, 8.1244e-03,\n\t 2.1561e-01, -2.9305e-01, -2.5535e-02,\n\t-8.5538e-02, -1.4456e-01, -7.5664e-02,\n\t-3.9921e-02, 4.0659e-02, 1.7812e-01,\n\t 1.1580e-01, 5.6628e-02, 9.0008e-02,\n\t-2.2384e-02, -1.9788e-02, -4.0547e-02,\n\t 1.0070e-01, 2.9581e-01, 1.9936e-01,\n\t-1.1957e-01, -8.6508e-02, -8.2543e-04,\n\t-5.2879e-02, 1.5486e-01, 1.0829e-02,\n\t 1.4716e-01, 3.4257e-01, -3.2058e-03,\n\t-2.1687e-02, 5.8641e-02, -6.3806e-02,\n\t-3.2607e-02, 7.3328e-02, -6.4738e-03,\n\t-1.0031e-01, -1.7698e-01, -9.4201e-02,\n\t-3.3644e-02, -3.5860e-01, -9.3200e-02,\n\t-7.4142e-02, 5.5001e-02, 4.3741e-02,\n\t-2.2447e-03, 1.1941e-01, -1.6135e-02,\n\t-1.4764e-02, -1.0194e-02, 3.2540e-02,\n\t-1.0588e-01, -2.3000e-01, -1.1557e-02,\n\t-9.0254e-02, 2.3352e-01, -1.3622e-01,\n\t-1.9256e-03, -5.3372e-02, 1.0314e-01,\n\t-2.0100e-02, 1.0700e-01, 1.6108e-01,\n\t 2.8422e-02, 2.7909e-01, 3.8342e-01,\n\t 1.4025e-02, 9.0965e-02, 2.0218e-01,\n\t 3.3562e-03, 7.6652e-02, 4.5974e-02,\n\t-1.3617e-02, -1.4014e-01, -1.9253e-02,\n\t 1.1020e-01, -1.9678e-01, 6.7123e-02,\n\t-3.3294e-02, -1.3006e-01, -1.0111e-01,\n\t 5.5813e-02, 2.1127e-01, 2.0248e-02,\n\t-9.6386e-04, -5.2497e-03, 1.1134e-01,\n\t 2.8910e-02, 1.2229e-01, 1.8439e-01,\n\t 1.6413e-02, 1.5870e-01, -1.1616e-01,\n\t-1.6032e-03, -6.8258e-03, -2.1883e-02,\n\t 1.2052e-01, -2.1982e-02, -1.3088e-01,\n\t 2.8664e-02, -5.0670e-02, 2.2927e-01,\n\t 2.0461e-02, 7.7250e-03, -2.6630e-02,\n\t-9.0406e-02, -1.4174e-01, 9.8969e-02,\n\t-6.6573e-02, -2.4425e-01, -3.5126e-02,\n\t 9.3859e-02, 1.9058e-01, -1.6569e-01\n};\n\nconst static MF4 biasLA = { 0.0272, -0.5743, -0.0333, -0.0334 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t-4.9163e-03, 7.4149e-02, 6.3345e-02,\n\t-1.7888e-02, -9.1876e-02, 1.3728e-01,\n\t-9.6098e-02, -3.4814e-02, -1.0862e-02,\n\t 4.8031e-03, 2.5206e-01, 8.0316e-02,\n\t 1.5102e-01, 4.1236e-02, 2.2339e-01,\n\t 2.8500e-01, 1.5106e-01, 9.6321e-04,\n\t-6.0741e-02, 3.5759e-02, -1.8829e-01,\n\t-1.1295e-03, -6.2322e-02, 8.4974e-01,\n\t-3.9817e-02, -2.0666e-01, 2.2961e-01,\n\t 3.6857e-02, -2.0211e-02, -9.3342e-02,\n\t 2.0827e-02, 6.8874e-02, -6.0287e-02,\n\t-6.9724e-02, 1.4423e-01, -7.6017e-02,\n\t 1.4718e-02, 1.8990e-01, 1.1789e-01,\n\t-1.5018e-01, -2.3071e-01, 1.7511e-01,\n\t-7.7605e-02, 5.0621e-02, -1.0381e-01,\n\t 8.6845e-02, -1.2410e-01, -4.4669e-01,\n\t 2.7930e-02, -5.4713e-02, -7.7923e-02,\n\t 8.6000e-02, -2.6371e-02, -8.6541e-02,\n\t-1.1521e-01, 1.4389e-01, 5.0507e-02,\n\t-1.6618e-02, -2.5150e-01, -4.9759e-02,\n\t 7.7166e-02, 4.5033e-03, -5.4649e-02,\n\t 2.8548e-03, -2.8078e-03, 8.1129e-02,\n\t-4.5973e-02, 3.6740e-03, 2.0746e-01,\n\t-9.8191e-02, 1.2807e-01, 8.1950e-03,\n\t 1.4240e-01, 1.5104e-01, 6.9624e-02,\n\t 2.2309e-01, 2.5688e-01, 9.4766e-02,\n\t 6.2560e-02, 7.1347e-02, 4.1432e-02,\n\t-3.1829e-02, 1.5207e-01, 2.0575e-02,\n\t-1.2506e-01, 2.9274e-01, 9.4712e-02,\n\t-2.0520e-01, 4.9894e-04, 5.6171e-02,\n\t-4.1567e-03, 6.6753e-02, -1.5767e-01,\n\t 6.3768e-02, 8.3008e-02, -3.5639e-01,\n\t 4.4660e-02, 2.6996e-01, -6.4014e-02,\n\t 8.5475e-02, 1.7854e-02, -6.4079e-02,\n\t 1.8760e-01, 1.5285e-01, -3.5614e-02,\n\t 1.0747e-02, -3.1330e-01, -4.8664e-02,\n\t 7.2150e-02, 1.7570e-01, 1.6716e-01,\n\t 6.2431e-02, 2.3755e-01, 2.8554e-01,\n\t 3.5791e-02, 2.8185e-01, 1.5810e-01,\n\t-4.0886e-02, 1.8833e-02, -8.2903e-03,\n\t 1.3994e-02, -1.0846e-01, 3.5315e-02,\n\t-6.2674e-02, 6.2806e-02, 2.2168e-02,\n\t-3.6236e-01, -2.5326e-01, 5.6331e-02,\n\t 9.8762e-02, 3.8049e-01, 5.9885e-02,\n\t-3.0541e-02, 7.9855e-02, -5.8639e-02,\n\t 1.1104e-03, 1.7147e-02, 3.3115e-02,\n\t-3.3663e-02, 7.4615e-02, 6.4211e-02,\n\t-7.3441e-02, -1.5568e-01, 7.6546e-02,\n\t 6.1802e-02, -1.5300e-01, -1.8209e-02,\n\t-9.2786e-03, 1.6622e-01, 1.1354e-01,\n\t 9.5865e-03, -2.4226e-02, -1.4750e-03,\n\t-5.5294e-02, -1.1839e-01, 3.8867e-03,\n\t 1.7262e-01, 4.2743e-01, 6.8970e-02,\n\t-2.0232e-01, -1.4564e-01, 2.3025e-02,\n\t-2.6139e-03, -1.6907e-02, 1.1693e-01,\n\t-9.4871e-03, 3.8488e-02, -4.8351e-02,\n\t-9.2171e-02, 4.8227e-02, 9.7378e-02,\n\t-1.0292e-01, -1.2084e-01, -9.6676e-02,\n\t 1.8103e-02, 3.0658e-01, -7.7755e-02,\n\t-2.4362e-02, -1.9862e-01, -6.9665e-02,\n\t 8.2944e-03, -1.4680e-01, -1.7371e-02,\n\t-1.6534e-01, 2.5752e-01, 1.1129e-01,\n\t-9.4151e-02, -1.3225e-01, 1.5933e-01,\n\t 9.0723e-02, 5.5469e-02, -1.4091e-01,\n\t 8.3404e-02, 1.3741e-01, -3.5438e-02,\n\t 3.2681e-02, 2.8491e-02, 1.4278e-02,\n\t 2.3789e-01, -2.3687e-03, -5.3264e-03,\n\t-1.1161e-01, 1.9351e-02, 5.0832e-02,\n\t 8.2246e-03, 2.9892e-02, -3.7197e-02,\n\t 4.8236e-02, 1.6945e-01, 1.3673e-01,\n\t 1.1236e-01, 7.2318e-01, -4.1618e-02,\n\t 2.7494e-01, 1.0081e-01, -8.5399e-03,\n\t-5.6151e-02, 8.1212e-02, -7.5770e-02,\n\t 2.7872e-02, 9.4644e-02, 1.1175e-02,\n\t-6.1539e-02, 7.7395e-02, -3.2495e-02,\n\t-5.1640e-02, 2.1028e-03, 1.5825e-02,\n\t-1.1004e-01, 2.3153e-01, -6.1653e-02,\n\t-2.6497e-02, 5.9461e-01, 4.0865e-02,\n\t-1.9956e-02, 7.9328e-02, -1.7002e-02,\n\t-5.5930e-03, 5.2015e-02, 7.7945e-04,\n\t 1.0136e-02, -9.0111e-02, -1.1175e-01,\n\t-3.1781e-02, 1.4686e-01, -7.5718e-03,\n\t 1.1036e-02, 2.4618e-01, 8.5951e-02,\n\t 3.4775e-02, -1.2184e-01, 1.8010e-01,\n\t-3.6781e-02, -1.3912e-01, -4.9172e-02,\n\t 3.3064e-02, 5.0582e-01, 1.0713e-02,\n\t-1.2934e-02, -1.7697e-01, -1.4954e-01,\n\t 2.2229e-02, -5.8568e-03, -5.0186e-02,\n\t 1.9648e-02, -1.1302e-01, 1.5629e-02,\n\t-3.5015e-02, 9.5032e-02, -2.9677e-02,\n\t 9.5173e-02, -3.0330e-02, -3.7652e-02,\n\t-2.6097e-03, 7.4723e-01, -7.6234e-03,\n\t-3.8826e-02, 1.0191e-01, 3.6589e-03,\n\t-2.6503e-02, -1.1133e-01, -2.2029e-02,\n\t-1.9101e-01, -2.1108e-01, -7.4371e-02,\n\t-7.9349e-02, -1.0405e-01, 5.0315e-02\n};\n\nconst static MF4 biasLB = { 0.0082, -0.0263, -0.0048, -0.0167 };\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC L3\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t-4.2606e-02, -8.9001e-02, -6.4006e-02,\n\t 1.1132e-01, 7.6609e-02, 8.6417e-02,\n\t 7.6477e-03, -1.6416e-02, -8.2094e-02,\n\t 1.0779e-01, 2.1837e-01, 1.8094e-01,\n\t-2.6306e-02, -1.2452e-01, 1.2662e-02,\n\t 3.1633e-02, 1.8717e-02, 3.1043e-02,\n\t 4.0927e-02, 5.0311e-02, 1.1648e-01,\n\t 2.2429e-01, 2.0757e-01, 4.3662e-03,\n\t 3.6341e-02, -4.7637e-02, 8.3645e-02,\n\t-8.9260e-03, 1.8507e-02, 7.9069e-02,\n\t-1.9411e-01, -8.6847e-02, -3.6639e-03,\n\t 4.0328e-02, -3.6821e-02, -8.5387e-02,\n\t 5.8173e-02, 5.9991e-02, -3.1398e-02,\n\t 1.5818e-01, 3.0861e-01, -2.3818e-02,\n\t 1.2176e-01, 6.7520e-02, 8.9401e-02,\n\t-2.8859e-02, -1.2237e-01, -1.0625e-01,\n\t 3.1675e-02, 1.4172e-01, -1.4373e-01,\n\t 1.4653e-02, 1.0205e-01, 6.2557e-02,\n\t-8.7292e-02, -2.1255e-02, 3.6830e-02,\n\t-5.4417e-02, 3.0501e-01, 1.6897e-01,\n\t-2.2187e-02, -8.9609e-02, -2.2830e-02,\n\t 4.9846e-02, 3.3395e-01, -3.1561e-02,\n\t-1.3191e-02, 4.2663e-01, -6.9727e-02,\n\t 1.4570e-02, -4.0002e-02, 5.6394e-02,\n\t-8.2547e-02, 1.9249e-01, 1.5591e-01,\n\t 1.4536e-01, -1.0409e-01, 1.2382e-01,\n\t 1.8189e-01, 9.2917e-02, -1.4394e-01,\n\t-5.6260e-02, -2.7043e-01, 1.5392e-02,\n\t-1.4305e-02, 1.1131e-01, -8.5913e-02,\n\t 7.7914e-02, -6.5484e-03, -1.8375e-01,\n\t-1.4059e-01, -5.7339e-01, -3.9073e-02,\n\t-1.1701e-01, -3.1806e-02, 7.7726e-02,\n\t 2.1688e-02, 9.9297e-02, 3.8224e-02,\n\t 7.9884e-02, 5.2461e-02, 1.0318e-01,\n\t 4.0054e-02, 1.4695e-01, 1.2577e-01,\n\t-1.8790e-03, -4.9421e-02, 2.3235e-02,\n\t-8.9820e-02, -1.6994e-01, -1.5986e-01,\n\t 2.3436e-01, -1.5346e-01, 1.5014e-02,\n\t-3.9139e-02, -7.9388e-02, -4.9057e-02,\n\t-1.1193e-01, -2.5705e-01, 1.1995e-01,\n\t 5.7929e-02, 2.4988e-01, -4.9406e-03,\n\t-3.9363e-02, -1.1691e-02, -1.2236e-03,\n\t-2.0521e-01, 2.1901e-01, 1.5957e-01,\n\t 2.1062e-01, -1.4157e-01, -3.4340e-01,\n\t 3.8520e-02, -2.0820e-01, 2.4570e-03,\n\t 1.7211e-01, 2.0214e-01, 1.3821e-01,\n\t-7.1520e-02, 1.4847e-01, -1.3820e-01,\n\t-2.4712e-02, -1.5925e-02, 1.7403e-02,\n\t-3.7515e-02, 3.0461e-02, -2.7543e-02,\n\t 8.6148e-02, -6.1486e-02, 1.2610e-02,\n\t 2.9748e-03, 1.1778e-01, 2.9032e-02,\n\t-2.1706e-02, -2.2406e-02, 2.6769e-02,\n\t-3.6965e-02, 2.2180e-01, -4.0929e-02,\n\t-3.2629e-03, 8.3419e-02, -1.4587e-01,\n\t-1.3909e-02, -2.0166e-02, -1.0029e-01,\n\t 7.6360e-02, 8.0819e-02, -1.0933e-01,\n\t-5.8919e-02, 2.4745e-02, 3.7375e-02,\n\t-1.1333e-02, 1.4747e-02, -7.8958e-02,\n\t-3.1535e-02, 1.7403e-01, 1.3946e-02,\n\t-3.2038e-02, 5.1151e-02, -6.1063e-02,\n\t-8.6472e-03, -6.9689e-02, 5.6846e-03,\n\t 5.7914e-02, -1.9818e-01, -7.5321e-02,\n\t 8.7453e-02, 7.8354e-02, 2.1997e-02,\n\t-4.7606e-02, 1.3915e-01, 1.1653e-01,\n\t 9.6050e-02, 4.0099e-01, 1.5631e-01,\n\t 3.1492e-02, 2.4797e-01, 6.8716e-02,\n\t-6.2664e-03, 9.1754e-02, -5.7244e-03,\n\t 1.3538e-01, 1.5366e-01, 9.4916e-02,\n\t-4.2115e-02, -3.6585e-01, -1.4559e-01,\n\t 9.1550e-02, -5.4007e-02, 6.7482e-02,\n\t-1.8687e-01, 3.2120e-01, 5.1031e-03,\n\t-6.1205e-02, -5.1780e-02, 1.6442e-02,\n\t-1.2316e-02, -1.3907e-01, -1.4446e-01,\n\t-2.7899e-01, -8.5969e-02, -1.0870e-01,\n\t-2.6157e-01, 8.9532e-02, 3.0958e-02,\n\t-1.5393e-01, -4.2781e-02, -2.0951e-01,\n\t 2.0328e-01, 4.5317e-01, -3.0467e-02,\n\t-6.1346e-02, 1.0381e-01, -1.3719e-01,\n\t-9.8572e-02, -1.4035e-01, -1.9431e-02,\n\t 2.5542e-02, 3.2609e-01, 1.7983e-03,\n\t-1.0800e-01, -2.9022e-02, 6.2691e-03,\n\t 2.8937e-02, -1.3483e-01, -4.1655e-02,\n\t 2.0172e-01, 1.4283e-02, 9.6200e-02,\n\t 1.9027e-02, 3.1240e-01, -2.9553e-02,\n\t 6.2776e-02, 1.3845e-01, 4.5834e-02,\n\t-2.3854e-01, -4.0267e-02, 1.5634e-02,\n\t-1.9246e-01, -3.2332e-02, 3.2442e-03,\n\t-6.1880e-02, -8.8192e-02, -6.0172e-02,\n\t 2.5002e-01, 1.5148e-01, 6.4459e-02,\n\t-2.1022e-01, -8.3893e-02, 6.9554e-03,\n\t 7.0244e-02, -2.9551e-02, 1.6481e-02,\n\t-3.1036e-02, -2.0026e-01, -8.4748e-02,\n\t-1.3108e-01, -1.3784e-01, 9.4900e-02,\n\t-2.1256e-01, -4.1767e-02, 8.4665e-02,\n\t-4.0235e-01, 1.0604e-01, -3.1827e-02,\n\t-4.9825e-02, -9.1267e-04, 1.5527e-02\n};\n\nconst static MF4 biasLA = { -0.0239, -0.0385, 0.0026, 0.0288 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t-6.5729e-03, -1.8932e-02, -3.4591e-02,\n\t 1.1066e-01, 9.3979e-02, 2.6059e-02,\n\t-1.2395e-01, -2.4768e-01, -1.6304e-01,\n\t 8.8329e-03, -2.1606e-02, -4.0878e-02,\n\t-1.5581e-02, -1.4829e-02, -1.5959e-02,\n\t-1.0463e-04, -4.2903e-03, -4.6657e-02,\n\t 2.2995e-02, 1.7917e-02, -9.1404e-02,\n\t-1.2326e-01, 1.4582e-01, -7.0959e-02,\n\t-1.8058e-02, -8.5228e-02, 4.2799e-02,\n\t-2.2829e-03, 8.6577e-02, -1.1909e-01,\n\t-1.8061e-01, 1.1166e-01, -8.2255e-02,\n\t-1.3190e-01, 7.7123e-02, 2.3224e-02,\n\t 1.8661e-02, 2.4461e-02, 3.6060e-02,\n\t-4.5224e-02, -1.7672e-01, 1.6080e-01,\n\t-4.2175e-01, -2.2557e-01, -1.0719e-01,\n\t-2.9506e-02, 9.5020e-02, -6.6465e-02,\n\t-7.2627e-02, 3.1236e-01, 5.5764e-02,\n\t-2.8789e-01, -1.8915e-01, 9.0825e-02,\n\t-5.8618e-02, 6.4082e-02, 4.8461e-03,\n\t-5.9405e-02, 3.2644e-01, -7.1278e-02,\n\t-1.8084e-01, 2.0858e-02, -9.3690e-03,\n\t-7.6565e-03, -9.6854e-02, 7.6121e-03,\n\t 1.4791e-01, 4.5612e-01, 1.9889e-02,\n\t-5.5498e-02, -1.1266e-01, 2.2790e-02,\n\t-3.8821e-02, -1.5780e-02, 1.2549e-02,\n\t-3.8232e-02, -2.8870e-01, 2.6216e-02,\n\t 1.0375e-01, -2.9621e-02, 1.8479e-03,\n\t 5.0207e-02, 1.5189e-01, 1.2533e-01,\n\t 1.8298e-01, -1.2870e-01, 3.0681e-01,\n\t-1.9571e-02, -8.6302e-02, 9.1121e-02,\n\t 1.0113e-01, -1.8362e-01, 3.2642e-02,\n\t 1.7034e-01, -3.1077e-01, -4.8737e-02,\n\t 5.9144e-02, 5.6052e-03, 3.2360e-02,\n\t-9.0123e-02, 7.7996e-02, 3.6297e-02,\n\t-3.4389e-01, 1.1841e-01, -2.0900e-02,\n\t 9.4930e-02, -9.1504e-02, -4.5308e-02,\n\t 3.7723e-03, -3.7580e-02, -6.6410e-02,\n\t 5.2501e-02, -1.2530e-01, 3.5944e-02,\n\t 3.8378e-02, 9.5188e-02, 2.1952e-03,\n\t-2.4333e-02, 2.7977e-01, 5.6961e-02,\n\t-3.0605e-03, 8.3684e-02, 4.4848e-03,\n\t-7.8935e-02, -1.9544e-01, -5.3311e-02,\n\t-2.6595e-02, 1.2278e-01, -3.1659e-02,\n\t-1.0103e-02, 4.7763e-01, 2.5359e-02,\n\t 8.1397e-02, 3.0548e-01, 9.7097e-02,\n\t 3.6232e-02, -1.1091e-01, 1.2841e-01,\n\t 1.9277e-01, 2.9322e-01, -1.6740e-01,\n\t 1.2107e-01, -6.2883e-02, 4.0603e-02,\n\t-1.5750e-01, -8.6183e-02, -1.4194e-01,\n\t 1.1932e-01, -3.9175e-01, -5.4495e-02,\n\t-1.4001e-02, -2.0594e-01, -8.2683e-02,\n\t 8.6156e-02, 2.1499e-02, 2.2080e-01,\n\t 5.5703e-02, -3.6307e-01, 8.3129e-02,\n\t 8.9280e-02, -3.5897e-02, 1.6106e-01,\n\t 9.1171e-02, -3.1102e-01, 1.2425e-01,\n\t 1.0278e-01, -3.1014e-01, -6.9138e-02,\n\t 8.0839e-02, -3.6183e-02, 1.0341e-01,\n\t-1.8334e-01, -5.3700e-02, 2.3336e-01,\n\t-1.4464e-01, -5.0320e-01, -2.9836e-02,\n\t-1.7225e-01, -3.9499e-01, -1.7321e-01,\n\t 1.7510e-01, 1.7897e-01, -2.6518e-01,\n\t 2.3638e-01, 5.0270e-01, -4.9731e-03,\n\t 2.2603e-01, 2.5317e-01, 2.4079e-01,\n\t-1.3159e-01, 1.5638e-01, 1.2480e-01,\n\t-6.2164e-02, 7.9458e-02, -9.4804e-02,\n\t 8.5690e-03, 7.4971e-03, 8.6630e-02,\n\t-1.3148e-02, 6.8660e-02, -7.4230e-03,\n\t 2.9702e-02, 1.2036e-01, 9.5504e-02,\n\t-3.2694e-03, 8.6722e-02, -6.2433e-02,\n\t 3.2527e-01, 3.2087e-01, -9.4429e-05,\n\t 1.3556e-01, -7.0413e-02, 2.9383e-02,\n\t 2.0617e-02, 3.3218e-02, 4.4898e-02,\n\t-4.8260e-01, -2.1329e-01, 1.5890e-02,\n\t-2.6600e-01, -8.8519e-02, -4.3800e-02,\n\t-1.7299e-01, -2.0757e-01, -2.6658e-01,\n\t 6.9707e-02, -4.4700e-02, 6.5570e-02,\n\t 2.3992e-01, 1.5078e-01, 2.8713e-02,\n\t-9.1197e-02, 1.9765e-02, -1.8751e-02,\n\t-9.9277e-02, -3.1437e-01, 4.0730e-02,\n\t 2.4208e-02, -8.8322e-02, -1.6245e-01,\n\t 1.3037e-02, -3.4708e-02, -4.4285e-02,\n\t-1.3592e-01, -1.3575e-01, -7.4546e-02,\n\t 1.4670e-01, -1.3366e-01, 2.1553e-03,\n\t 8.1235e-03, -1.2068e-01, -5.7287e-02,\n\t 1.8015e-01, 2.1390e-01, 8.6923e-03,\n\t 2.8833e-01, 6.6345e-02, 1.4578e-01,\n\t 2.2338e-01, 2.6453e-01, -2.9112e-02,\n\t 1.4018e-01, -9.2824e-02, -2.2795e-02,\n\t 1.2360e-01, 2.2527e-01, -1.1817e-01,\n\t-3.8872e-02, -1.9982e-02, -7.7514e-02,\n\t 1.7744e-03, 3.1736e-02, 4.5882e-02,\n\t-2.5222e-02, 2.4298e-01, -3.8596e-02,\n\t 1.2545e-02, 3.1872e-02, 7.1925e-02,\n\t 7.9782e-02, -1.5533e-01, -1.4619e-02,\n\t-1.2223e-01, -1.8631e-03, -9.8832e-02,\n\t-1.6815e-02, -8.1440e-02, 6.8038e-02\n};\n\nconst static MF4 biasLB = { -0.0225, 0.0082, -0.0191, -0.0185 };\n\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC L4\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t 2.3898e-02, 1.2411e-02, -3.2770e-02,\n\t-2.6029e-01, 3.2690e-01, -1.8246e-01,\n\t 1.1224e-02, 8.0193e-02, -5.0412e-02,\n\t-9.3849e-02, 2.0325e-02, 2.6309e-02,\n\t 1.2266e-02, 1.7698e-01, 2.7049e-01,\n\t 1.2918e-01, 2.0190e-01, 2.7352e-01,\n\t-7.2100e-02, 1.3357e-01, -1.3702e-01,\n\t 2.2527e-01, 1.5821e-01, -2.3104e-01,\n\t 1.0182e-02, -1.5499e-01, 7.1906e-02,\n\t 1.5865e-01, 7.0950e-02, -6.3336e-02,\n\t 2.2661e-01, -4.2997e-01, -4.2013e-01,\n\t 1.7549e-02, -1.3142e-01, -3.1663e-01,\n\t 1.3617e-01, 1.4229e-01, -1.0707e-02,\n\t-1.0986e-02, 2.8816e-01, -3.6239e-01,\n\t 2.2579e-02, -1.4332e-02, 7.1339e-03,\n\t-1.4357e-01, -9.7608e-02, 1.4646e-01,\n\t-5.3856e-02, 3.3898e-01, -2.4936e-01,\n\t-2.9500e-02, 2.1799e-02, 1.1901e-02,\n\t 3.6996e-02, 2.1291e-02, 3.2150e-02,\n\t 9.8375e-02, 2.4476e-01, 2.2896e-01,\n\t 1.8392e-01, -7.4510e-02, -1.0152e-01,\n\t 4.4757e-02, -4.8053e-03, -6.7254e-02,\n\t-4.8370e-02, -7.8975e-02, -3.6007e-01,\n\t-3.8160e-02, 8.7707e-02, -1.4986e-01,\n\t-8.7544e-03, -4.3522e-02, 7.3822e-02,\n\t-1.4523e-01, 1.1433e-01, 4.4109e-02,\n\t-1.6025e-03, 2.5459e-02, -9.3562e-02,\n\t-2.9192e-02, -1.0975e-01, -5.0943e-02,\n\t-1.1215e-01, 1.9907e-01, 7.9934e-02,\n\t 3.7066e-02, 3.0796e-01, -1.4034e-01,\n\t-8.2315e-02, -2.0182e-02, -1.2824e-02,\n\t-4.8007e-03, 1.2655e-01, -2.5157e-02,\n\t 2.7796e-02, -4.3032e-02, 2.5397e-02,\n\t 6.9377e-02, 2.3642e-01, 1.2713e-01,\n\t 2.7878e-02, -1.5325e-01, -1.4871e-01,\n\t 1.5800e-02, -4.5935e-02, 1.7370e-01,\n\t 4.8058e-02, -1.8725e-01, -6.7048e-03,\n\t-1.3932e-01, -6.0768e-02, -1.6976e-01,\n\t-2.1189e-02, 1.0311e-02, -2.2970e-02,\n\t-7.0546e-03, 7.9481e-02, 1.2146e-02,\n\t 4.2666e-02, 3.5383e-01, 1.4381e-01,\n\t 5.4384e-02, -9.3862e-02, 4.8870e-03,\n\t 2.1141e-02, -6.6826e-02, -1.8526e-01,\n\t 1.3309e-01, 3.3452e-01, 1.1058e-02,\n\t-1.6967e-02, 1.1094e-01, 5.3230e-02,\n\t 3.0409e-02, -4.7613e-02, -1.7737e-01,\n\t-1.6678e-02, -7.8644e-02, 1.1743e-01,\n\t 7.3322e-02, -1.1354e-01, -1.5737e-02,\n\t-1.2397e-03, -1.4685e-02, -1.0192e-02,\n\t 1.6045e-01, 3.6331e-02, 1.2219e-01,\n\t 1.3123e-01, 5.7578e-02, 1.0291e-01,\n\t 1.7424e-01, 1.0688e-01, 1.4263e-01,\n\t 8.9942e-02, -2.7141e-02, 3.1238e-02,\n\t-4.0240e-02, -1.0930e-01, -2.1276e-01,\n\t 1.0357e-01, 5.7673e-02, 1.0356e-02,\n\t-2.0864e-01, -1.9405e-01, 2.5094e-01,\n\t-4.8277e-03, -1.3758e-01, 1.1562e-01,\n\t-1.0358e-01, 2.0631e-01, -9.1445e-03,\n\t-1.7602e-01, 1.0200e-01, 3.0032e-02,\n\t-1.1495e-02, -4.5077e-02, -6.4748e-02,\n\t-2.3072e-02, -3.2342e-02, 1.4503e-02,\n\t-3.7052e-02, -1.2206e-01, 5.5395e-02,\n\t 2.8331e-02, -4.2812e-03, 6.9807e-02,\n\t 4.3593e-02, -6.7373e-03, 1.2760e-02,\n\t 3.2896e-03, -2.4007e-01, -5.2920e-02,\n\t 2.5193e-02, -2.1480e-01, 8.4654e-02,\n\t 2.2642e-02, 8.2132e-02, -2.3864e-02,\n\t-2.9726e-01, 8.0405e-02, -1.3190e-02,\n\t-1.1310e-01, -4.4342e-01, -6.3536e-02,\n\t-6.7090e-02, 1.1797e-01, 1.5315e-01,\n\t 7.7829e-02, -1.4494e-01, 1.0233e-01,\n\t 9.7059e-02, 1.2772e-01, -2.4394e-02,\n\t-2.6179e-02, 2.6721e-02, 1.1707e-02,\n\t-4.8024e-02, -2.3366e-01, -1.6978e-01,\n\t-2.4402e-01, -2.8572e-01, -2.4053e-02,\n\t-2.7451e-03, 7.1959e-02, 4.4706e-02,\n\t-1.9900e-01, 2.1353e-01, 1.0625e-01,\n\t 4.0246e-01, 4.2323e-01, 3.4046e-02,\n\t-1.6943e-01, -2.0221e-01, -1.6369e-01,\n\t 1.3882e-01, 2.1717e-01, -1.3581e-01,\n\t 1.3975e-01, 1.1980e-01, 1.8888e-02,\n\t-1.8110e-01, -2.6143e-01, -1.0109e-01,\n\t 5.5844e-02, -1.2175e-01, 3.4447e-02,\n\t 8.9688e-02, 2.4641e-01, 2.3287e-01,\n\t-5.8259e-02, -1.3656e-01, -1.3936e-02,\n\t-8.3429e-03, 2.3026e-01, 1.2302e-01,\n\t-2.2969e-02, 6.0932e-02, 3.4749e-02,\n\t 1.2910e-01, 2.4008e-01, 1.8908e-01,\n\t-5.8776e-02, 3.8121e-01, 8.1312e-02,\n\t 9.1175e-02, -1.8729e-02, -4.6156e-02,\n\t 3.7493e-02, -3.5877e-02, -9.9651e-03,\n\t 1.5864e-01, 1.3611e-01, 6.7880e-02,\n\t 2.2216e-01, 9.3697e-02, 7.4782e-02,\n\t-1.0861e-01, -2.5824e-01, 6.6455e-02,\n\t 9.2238e-02, -2.3448e-01, -3.4057e-01,\n\t-2.9658e-01, 9.4698e-03, 1.9315e-01\n};\n\nconst static MF4 biasLA = { -5.8305e-03, -8.6574e-02, 4.2228e-02, -4.3500e-02 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t-5.2396e-02, 1.2310e-01, -5.2917e-02,\n\t-4.3708e-03, 1.9560e-01, -2.4309e-02,\n\t-6.7388e-02, -8.8839e-02, -2.0907e-02,\n\t 4.6550e-02, 3.4119e-02, 6.0977e-02,\n\t-1.0054e-02, 1.4411e-01, 1.5622e-01,\n\t 1.7401e-02, 2.5685e-01, -9.1853e-03,\n\t-4.4530e-02, -1.8623e-01, -8.4557e-02,\n\t 9.5962e-02, 2.6491e-01, 1.7854e-01,\n\t-2.0547e-02, -1.2023e-01, -7.6897e-02,\n\t-1.3418e-01, -1.4960e-01, 1.6292e-01,\n\t-1.7275e-01, -6.0181e-02, -2.7034e-02,\n\t-7.4189e-02, -3.5566e-02, 1.3995e-01,\n\t 3.0758e-02, 3.3476e-02, 6.9837e-03,\n\t-6.1089e-02, -9.6021e-02, 7.1716e-03,\n\t 1.0389e-01, 4.7963e-02, 9.5921e-02,\n\t 4.4569e-02, 1.2230e-01, -1.4417e-01,\n\t-1.2825e-02, 3.1980e-01, -3.5905e-01,\n\t-1.2557e-01, -7.5283e-02, -1.2343e-01,\n\t 1.9791e-01, 7.9003e-02, 3.1163e-02,\n\t 1.0969e-01, 1.6839e-01, -2.5816e-01,\n\t-1.2617e-01, 1.3686e-01, -2.1078e-01,\n\t-2.1870e-02, -1.8378e-01, -2.8893e-01,\n\t-8.2523e-02, -3.0475e-02, 9.6007e-02,\n\t 1.0669e-01, -1.4581e-03, 3.2441e-01,\n\t-8.1872e-03, 1.1690e-02, -4.0179e-02,\n\t-1.0835e-01, 3.6112e-01, -4.5990e-02,\n\t-1.2355e-01, -1.3372e-01, 3.8136e-02,\n\t-9.1530e-03, 3.5432e-02, 4.3950e-02,\n\t-8.6859e-02, 1.5887e-01, 1.2796e-02,\n\t 1.3554e-02, -1.5669e-01, -1.4371e-02,\n\t-4.6609e-02, 1.7114e-01, -7.8284e-02,\n\t 1.7611e-01, 4.1204e-01, 9.3281e-02,\n\t 1.1420e-01, 1.2951e-01, -7.6025e-02,\n\t-5.4831e-02, 9.7574e-02, 3.2839e-02,\n\t 3.8475e-02, -6.0247e-02, -2.9627e-02,\n\t-2.4367e-02, 1.3143e-02, 4.7017e-02,\n\t 2.3800e-02, -2.4046e-02, -5.7044e-02,\n\t 2.7280e-02, 7.8573e-01, 1.0079e-02,\n\t 6.4100e-02, 5.1584e-02, 7.9653e-03,\n\t-8.9480e-02, -1.6207e-01, -8.9418e-02,\n\t-3.5589e-02, 3.5903e-01, -1.8381e-01,\n\t 9.2356e-02, 8.8046e-02, -5.0229e-02,\n\t 1.8609e-02, 1.1243e-01, 5.2599e-02,\n\t-1.3374e-02, -3.3097e-01, 6.5346e-02,\n\t 2.6760e-01, -1.0281e-01, 1.1607e-02,\n\t 7.6576e-03, -3.5957e-02, 3.1924e-02,\n\t-7.0088e-02, 9.1241e-02, 1.2827e-02,\n\t 3.7165e-02, 7.0273e-03, -7.3945e-04,\n\t-6.5406e-03, 7.2666e-02, -5.7348e-02,\n\t-1.9100e-01, -7.4449e-02, -1.2496e-01,\n\t 1.5299e-01, -8.8047e-02, -2.1810e-02,\n\t-3.0241e-02, -7.4310e-03, -8.7682e-02,\n\t-2.2479e-02, 9.6008e-02, -8.4539e-02,\n\t-2.8915e-02, 1.7538e-01, -3.7735e-02,\n\t-9.8463e-03, -6.9618e-02, -2.6095e-01,\n\t 9.9950e-02, 5.0534e-01, -1.8812e-01,\n\t-1.1986e-01, 7.1166e-02, -2.4769e-02,\n\t 8.8529e-02, 9.8348e-02, 2.1136e-02,\n\t-9.0337e-03, 1.3679e-01, -1.2115e-01,\n\t-6.2478e-03, 1.1436e-01, -3.4610e-02,\n\t-2.7350e-02, 1.0702e-01, 1.6220e-02,\n\t 1.0912e-02, 1.0953e-01, 8.6762e-02,\n\t 2.9348e-03, -2.2035e-02, 1.2376e-01,\n\t 7.0102e-02, -1.0945e-01, -1.6640e-01,\n\t-3.9916e-03, -2.6658e-02, -9.7031e-02,\n\t-3.0047e-02, 1.6631e-03, -5.5031e-02,\n\t-7.9624e-02, 1.9976e-01, 1.9582e-01,\n\t 2.1377e-01, 3.5835e-01, 1.7012e-01,\n\t-9.7751e-02, 4.9143e-01, 1.0988e-01,\n\t 8.4055e-02, -7.3187e-03, -9.8808e-02,\n\t 5.0590e-02, -8.9291e-02, -6.6857e-02,\n\t 9.6737e-02, -3.0699e-01, 2.2889e-01,\n\t 2.6727e-40, -5.2704e-40, -4.5038e-40,\n\t-3.3108e-40, 5.2330e-40, -1.2724e-40,\n\t-3.2957e-40, -5.8613e-40, 2.1618e-40,\n\t-4.3882e-40, -3.3950e-40, 5.9372e-40,\n\t 2.7277e-40, -1.3741e-40, -3.3597e-40,\n\t 5.0687e-40, 4.7873e-40, -3.2116e-40,\n\t-6.1388e-40, -6.0790e-40, -5.2667e-40,\n\t-5.6524e-40, -6.1696e-40, -5.9796e-40,\n\t 1.5824e-40, -5.2002e-40, -5.8960e-40,\n\t-5.9860e-40, 3.6419e-40, 2.9975e-40,\n\t-5.8988e-40, 3.3994e-40, -5.0611e-40,\n\t 3.6410e-40, 2.9550e-40, 4.7468e-40,\n\t 2.7503e-40, -3.4103e-40, 6.0339e-40,\n\t-1.7691e-40, 6.7170e-41, 1.7101e-40,\n\t 2.7166e-40, 4.3023e-40, 2.7735e-40,\n\t-3.1937e-40, -4.9247e-40, -6.2495e-40,\n\t 5.2938e-40, -3.3702e-40, 1.4976e-41,\n\t 1.4031e-40, -4.6995e-40, -5.2409e-40,\n\t 2.5460e-40, 2.6670e-40, -4.5339e-40,\n\t 4.2896e-40, -5.7141e-40, -1.7003e-40,\n\t 2.3597e-40, 1.3748e-40, 4.6163e-40,\n\t 4.0680e-41, -6.1642e-40, 2.7304e-41,\n\t 5.2250e-40, -3.9481e-40, -6.1808e-40,\n\t 1.9462e-40, 2.6005e-40, -2.7281e-40\n};\n\nconst static MF4 biasLB = { -8.1892e-04, 3.3171e-03, -1.1582e-02, -4.1205e-40 };\n\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 5\n//!DESC L5\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t 1.3625e-02, -8.5594e-02, -1.9901e-01,\n\t-6.4636e-02, -1.9030e-02, 4.1963e-02,\n\t-7.5507e-02, -2.4474e-01, -4.2621e-02,\n\t 2.8195e-02, 7.3102e-02, -9.3331e-02,\n\t 7.7093e-02, 1.7800e-01, -7.6451e-02,\n\t 2.8565e-02, -1.3540e-01, -1.9169e-01,\n\t-1.8583e-02, 3.0135e-02, 8.1094e-03,\n\t-1.2835e-01, -1.8041e-01, -8.9020e-02,\n\t-8.2731e-02, 3.7861e-02, -9.4014e-02,\n\t 4.6595e-02, 2.2052e-02, -1.5867e-01,\n\t-1.0937e-02, 1.0030e-01, -1.3018e-01,\n\t-9.1844e-02, -1.7508e-01, 2.2087e-01,\n\t-9.3080e-02, 9.8069e-02, -7.0154e-02,\n\t-6.6063e-02, -2.2142e-01, 4.1058e-01,\n\t-6.5947e-02, -5.4662e-02, 9.9412e-02,\n\t-5.1938e-02, 3.0932e-03, 1.8126e-01,\n\t 3.6701e-02, -3.0349e-01, 9.9839e-02,\n\t 2.5810e-02, 2.3644e-01, -2.4461e-01,\n\t 2.1054e-01, 1.5630e-01, -1.9587e-01,\n\t 5.0146e-02, -1.8844e-02, 3.6675e-01,\n\t-4.0389e-03, 3.1596e-01, 3.6771e-03,\n\t-2.2256e-40, 1.4272e-40, -2.0732e-40,\n\t 5.5913e-40, -6.0538e-40, 1.2791e-40,\n\t 4.5825e-41, 4.1080e-41, -1.8211e-40,\n\t 2.2687e-01, -5.8992e-02, 4.7796e-03,\n\t 6.0603e-01, 2.7961e-01, 1.5973e-02,\n\t 2.3035e-01, 1.3031e-01, -9.9280e-03,\n\t-4.7235e-02, 5.1773e-02, -4.8586e-02,\n\t-1.4510e-01, -1.7336e-01, 1.0981e-01,\n\t-2.0303e-01, -1.6008e-02, -1.8524e-03,\n\t-2.3440e-01, -3.2373e-02, -6.7911e-02,\n\t-1.6256e-01, 1.2316e-01, 2.7859e-02,\n\t 8.5089e-04, -3.7401e-02, -1.8672e-02,\n\t-1.0418e-01, -7.8407e-02, -1.8413e-02,\n\t 8.2834e-02, 2.3128e-01, 3.2983e-02,\n\t 3.1099e-02, -6.4485e-02, -8.1659e-02,\n\t 1.9152e-01, -1.9609e-02, 2.7364e-02,\n\t 1.0458e-02, -1.2507e-01, 4.1334e-02,\n\t-4.6215e-02, 5.6944e-02, 2.1477e-02,\n\t-1.4934e-01, -6.8383e-02, 2.7957e-02,\n\t-3.6846e-01, 4.8766e-01, 6.4000e-02,\n\t-3.9621e-02, -8.1667e-03, 4.5997e-02,\n\t-6.1391e-02, 1.2976e-02, -3.2152e-02,\n\t 7.5767e-02, 1.2931e-01, -2.3498e-02,\n\t 4.0320e-02, 1.3876e-02, 1.1022e-02,\n\t-6.2401e-41, 5.8564e-40, 3.9473e-40,\n\t-5.6890e-40, -2.6022e-40, -2.9841e-40,\n\t-4.2456e-40, -1.1546e-40, 4.4955e-40,\n\t-4.2969e-02, -1.0995e-01, 1.3021e-01,\n\t 1.0142e-01, 5.2225e-01, -5.5486e-02,\n\t-7.2349e-02, 8.5470e-02, 2.3438e-02,\n\t-1.0690e-01, -1.4370e-01, -1.2632e-01,\n\t 2.8754e-02, 1.1662e-01, 5.6515e-02,\n\t-1.5726e-01, -1.4945e-01, -4.4956e-02,\n\t 1.6574e-01, -5.6894e-02, -2.0851e-01,\n\t 8.1498e-03, -2.5441e-01, -1.4412e-01,\n\t-1.0959e-02, -2.5811e-02, 8.8934e-02,\n\t 6.3594e-02, -9.3314e-02, 7.8247e-02,\n\t 4.6795e-02, -2.2774e-01, 7.1041e-02,\n\t 1.4830e-01, 1.9911e-01, 5.1978e-02,\n\t 7.4936e-02, 2.3104e-02, 6.3928e-02,\n\t-1.3118e-02, 6.7544e-02, 7.9514e-02,\n\t 2.2335e-02, -9.9442e-02, 6.8070e-03,\n\t 2.4395e-02, -3.3576e-02, 5.5508e-02,\n\t-4.0872e-02, 5.4501e-02, -5.7051e-02,\n\t 8.6621e-03, -1.5361e-01, 1.2630e-01,\n\t-2.2344e-01, 1.3335e-01, -1.1688e-01,\n\t-2.4232e-01, 3.3319e-01, -1.2580e-01,\n\t-2.2169e-02, 2.0594e-01, 2.6521e-02,\n\t 4.1883e-40, -3.4540e-40, 4.9152e-40,\n\t-1.5711e-40, 3.3927e-40, -5.5069e-40,\n\t 5.5831e-40, -5.2011e-41, 1.0351e-40,\n\t 1.7989e-01, 2.3787e-02, 5.7447e-03,\n\t 4.8748e-01, 3.0152e-01, 3.5517e-02,\n\t 2.2155e-01, 1.8812e-01, 3.0994e-02,\n\t 7.8657e-02, -7.1135e-02, -5.8293e-02,\n\t-1.4220e-01, 1.6004e-02, -2.5180e-02,\n\t-1.6811e-01, -2.3441e-01, 1.4810e-02,\n\t 5.3140e-02, -1.2904e-01, -1.5105e-02,\n\t 5.4525e-02, -1.5418e-01, 6.6507e-02,\n\t 8.3947e-02, -1.1975e-01, 5.3902e-02,\n\t 8.0834e-02, -2.4321e-01, -1.0282e-03,\n\t 3.1276e-03, 3.2495e-01, -1.3238e-02,\n\t 4.5285e-02, 5.8777e-02, -1.3231e-01,\n\t-6.0928e-03, 8.7145e-02, 6.2031e-02,\n\t-5.3919e-01, -6.8810e-02, -1.0755e-01,\n\t-2.2571e-02, 2.6237e-02, -6.8731e-03,\n\t-6.6771e-02, -2.0586e-01, 4.7722e-02,\n\t-3.4968e-01, 3.0912e-01, 2.4487e-01,\n\t-4.9537e-02, -5.2779e-04, 6.7840e-02,\n\t 1.7583e-02, 3.3222e-02, -5.7070e-02,\n\t-2.3250e-01, 1.4470e-01, -4.9895e-02,\n\t 3.3147e-02, 8.6319e-02, 4.4719e-02,\n\t-6.9454e-41, 2.0308e-40, -1.1977e-40,\n\t 5.9045e-40, -2.6129e-40, 4.8298e-40,\n\t 4.7288e-40, 6.0736e-40, 2.2462e-40\n};\n\nconst static MF4 biasLA = { -0.0053, 0.0053, -0.0114, -0.0127 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t-4.0294e-02, -9.1437e-03, -2.4926e-02,\n\t-2.1269e-01, 1.1602e-01, 1.4383e-02,\n\t 5.1456e-02, 6.9047e-02, 1.6519e-02,\n\t 6.3737e-02, -9.0181e-02, 7.0716e-02,\n\t 7.0061e-02, 7.9046e-02, -4.3925e-02,\n\t 7.4396e-02, -5.2797e-02, 3.8125e-02,\n\t 7.5999e-02, -5.1307e-02, 2.4326e-03,\n\t-3.1716e-02, -1.2567e-01, -3.3898e-02,\n\t 8.4925e-02, -5.2404e-02, 2.8535e-02,\n\t 9.6844e-03, 4.6980e-02, 3.8552e-02,\n\t-5.7110e-02, 3.2163e-02, 1.5219e-02,\n\t 6.6905e-02, -2.7934e-02, 1.4184e-03,\n\t-2.4239e-02, -8.6317e-03, -2.3295e-03,\n\t-2.3065e-02, 1.0076e-01, 2.1562e-03,\n\t-1.3647e-02, -3.4262e-02, 2.5777e-02,\n\t 7.6601e-02, 1.3654e-01, 2.1458e-03,\n\t 1.4542e-01, 3.6310e-01, 1.6266e-01,\n\t-5.8465e-02, 4.3751e-02, 1.9227e-02,\n\t 9.1783e-03, -5.9547e-02, -1.8234e-02,\n\t-5.3399e-02, 1.9218e-01, -4.6238e-02,\n\t-1.9052e-01, 1.4635e-02, 2.9536e-02,\n\t 1.4621e-40, -5.5132e-40, -4.6215e-40,\n\t 4.3948e-40, -2.7285e-40, -5.5709e-40,\n\t 1.9428e-41, -4.0333e-40, -5.4469e-40,\n\t 9.3126e-02, -1.3236e-01, 9.9350e-02,\n\t-1.3308e-01, 3.5030e-01, 9.2221e-02,\n\t 1.1783e-01, 1.6648e-01, -7.9150e-02,\n\t 2.2654e-01, -1.2546e-01, -1.2354e-01,\n\t-1.6457e-01, -6.0740e-02, -3.1069e-02,\n\t-8.3203e-02, -1.8064e-01, 4.6900e-02,\n\t 1.2059e-01, -1.0569e-01, -7.1196e-02,\n\t-9.2991e-02, -1.7587e-01, 1.3100e-03,\n\t-1.5492e-01, -1.3849e-01, 1.2245e-01,\n\t-5.5276e-02, -9.7867e-02, 3.5550e-02,\n\t-6.0264e-02, 4.7760e-02, 6.0242e-02,\n\t-5.4096e-03, 2.4646e-01, 6.3592e-01,\n\t 5.8559e-02, 6.1117e-02, 8.0334e-02,\n\t-4.4582e-03, -1.2028e-01, 8.7394e-02,\n\t-2.5880e-02, -1.2206e-01, 1.2199e-01,\n\t 4.1990e-02, -1.3283e-01, 4.9047e-02,\n\t-4.9532e-02, 2.7688e-01, -4.6064e-03,\n\t-2.8812e-03, -2.4404e-01, 5.8614e-02,\n\t-1.4262e-01, -1.2810e-03, -1.2060e-01,\n\t-8.3595e-02, 5.6532e-02, -7.7556e-02,\n\t-1.3364e-01, -1.3883e-01, -1.2335e-01,\n\t-1.3273e-40, 6.5184e-41, -4.6946e-40,\n\t-4.0031e-40, -1.2807e-40, -3.1584e-40,\n\t 1.3009e-40, 2.4187e-40, -1.4202e-40,\n\t-8.8844e-03, 1.0101e-03, -6.0190e-02,\n\t-1.8851e-01, -7.6662e-02, -1.4562e-01,\n\t 2.9983e-02, -8.1533e-02, 1.1256e-02,\n\t 1.0205e-01, 6.7850e-02, -1.0911e-01,\n\t-1.2846e-01, -5.4605e-02, 6.2182e-02,\n\t-1.0797e-01, -5.1281e-02, -1.2036e-02,\n\t-8.1693e-02, -7.0432e-02, 1.6990e-01,\n\t-1.7329e-01, -2.2084e-01, -3.0977e-02,\n\t 8.2771e-02, -3.3089e-01, -1.4842e-01,\n\t 1.9576e-02, -1.5953e-01, -1.0348e-01,\n\t 6.6014e-02, 6.0094e-01, -6.9891e-04,\n\t 7.4969e-02, -1.4250e-01, 4.3221e-02,\n\t 1.6796e-02, -6.8125e-03, 4.7028e-02,\n\t-3.3421e-01, -2.2987e-01, 4.2936e-02,\n\t 9.3985e-04, 9.0827e-02, 2.4211e-01,\n\t-8.1571e-02, -1.0276e-01, 1.9092e-01,\n\t 2.1112e-01, 2.6837e-02, -2.5822e-01,\n\t-1.3290e-01, 1.6135e-01, -2.7672e-02,\n\t 3.4465e-01, -8.3286e-03, -6.1936e-02,\n\t 2.7406e-01, -6.8357e-02, 1.7426e-01,\n\t-9.0872e-02, 1.2999e-01, 7.2366e-02,\n\t 3.0944e-40, -1.2808e-40, 2.9336e-40,\n\t 5.5561e-42, 3.0978e-40, 1.0027e-40,\n\t-1.5881e-40, -2.9858e-40, 3.1599e-41,\n\t-9.1935e-02, -2.2666e-04, -6.2821e-02,\n\t-1.8605e-01, 3.0238e-01, 3.2759e-02,\n\t-5.0771e-02, 1.4585e-02, -1.0872e-01,\n\t 2.5511e-02, -9.3394e-02, 1.4810e-02,\n\t-6.2906e-02, 9.2472e-02, 1.2845e-02,\n\t-2.9041e-01, -9.6489e-03, -2.7277e-02,\n\t-6.9896e-02, -1.1645e-01, -5.9870e-02,\n\t-2.8037e-02, -2.2649e-01, 5.1781e-02,\n\t-1.4588e-02, 4.8753e-02, -2.8256e-02,\n\t-1.6462e-02, 8.0795e-02, 3.6222e-02,\n\t 8.0392e-02, 3.0118e-01, 2.0021e-01,\n\t 1.0394e-01, 6.4196e-01, 4.9545e-01,\n\t 2.1242e-02, -1.2514e-01, 1.0066e-01,\n\t-4.7676e-02, -2.0736e-02, -5.6951e-03,\n\t-8.3021e-02, 4.6763e-02, 1.7551e-01,\n\t 2.0038e-02, 1.8084e-01, 1.3244e-02,\n\t 1.0280e-02, 2.8740e-01, 8.9837e-03,\n\t-2.9437e-02, -3.7366e-01, -1.1861e-01,\n\t-4.8248e-03, -1.2970e-01, -1.8680e-02,\n\t 1.8458e-01, 5.6509e-02, 1.2734e-01,\n\t 1.9423e-01, -3.6960e-01, -2.5555e-02,\n\t 6.7959e-41, -3.2251e-40, -3.0631e-40,\n\t-4.0701e-40, 9.7399e-41, 2.2917e-40,\n\t 2.0169e-40, 5.7891e-40, -4.1286e-40\n};\n\nconst static MF4 biasLB = { -0.0039, -0.0426, 0.0053, -0.0017 };\n\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 6\n//!DESC L6\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t 5.6253e-02, 1.0118e-02, -8.2749e-02,\n\t-6.4074e-02, 4.0723e-02, 1.1657e-02,\n\t-1.1560e-01, -3.5596e-03, -2.6713e-02,\n\t-7.9090e-02, -2.9223e-01, 1.5759e-01,\n\t 6.8756e-02, 1.5738e-01, 1.5413e-01,\n\t-6.1288e-02, -1.2536e-01, -1.5966e-01,\n\t 1.1165e-01, 5.0211e-02, -1.0338e-01,\n\t-5.2364e-04, 1.7660e-01, -2.2504e-03,\n\t-1.7697e-01, 1.8500e-02, 2.0693e-02,\n\t-2.5907e-02, -1.4201e-01, 8.4467e-02,\n\t 1.1138e-02, 2.1769e-01, -4.2422e-01,\n\t 6.5046e-02, 2.6834e-02, 2.9047e-03,\n\t-1.2130e-01, -5.1773e-01, -8.0393e-02,\n\t 3.0204e-02, 3.5952e-01, 1.6681e-01,\n\t-9.4720e-04, 7.7291e-02, 8.3039e-02,\n\t 3.4689e-01, -1.2389e-01, -2.0666e-01,\n\t-2.9650e-02, 1.1102e-01, -1.4782e-01,\n\t 3.2193e-02, -3.9862e-02, 1.6440e-02,\n\t-8.4264e-02, 1.0192e-01, -6.4256e-02,\n\t 2.2950e-02, -6.6511e-02, -6.3814e-02,\n\t 4.3744e-02, -1.0557e-01, -1.2045e-02,\n\t 1.6330e-01, 6.6130e-01, 1.5497e-01,\n\t 1.7103e-01, 1.5073e-01, 1.7400e-01,\n\t 9.0985e-04, 1.0917e-02, -1.3322e-02,\n\t-6.4273e-02, -6.2178e-02, -7.7223e-02,\n\t-1.0332e-01, -2.1072e-01, -2.2843e-03,\n\t 3.2717e-02, -6.3754e-02, 5.0359e-02,\n\t-5.2566e-02, 6.2090e-02, -1.5614e-02,\n\t 1.4570e-02, -1.0243e-01, 1.3091e-01,\n\t-2.9988e-02, -7.5897e-02, -9.4541e-04,\n\t-2.7999e-01, -4.7415e-03, 5.6419e-02,\n\t 7.0565e-02, -4.9273e-01, -1.2936e-01,\n\t 5.5685e-02, -5.8924e-03, -3.1967e-02,\n\t 8.8602e-02, 2.9337e-01, 1.3753e-01,\n\t 1.0063e-02, 1.6348e-02, 1.0063e-01,\n\t 3.6230e-02, 1.7968e-02, -1.1624e-01,\n\t-2.2488e-02, 1.3474e-01, -1.1419e-01,\n\t 2.8576e-02, -7.4794e-02, -7.7261e-02,\n\t 5.8874e-02, -2.9448e-03, 6.0207e-02,\n\t 1.4642e-01, 1.2321e-01, -2.4936e-01,\n\t 2.2609e-02, -2.8171e-01, 1.1510e-01,\n\t 2.6056e-02, -2.7532e-02, -4.7505e-02,\n\t-2.8762e-02, -1.2610e-02, -8.3766e-02,\n\t-5.0992e-02, -5.7269e-03, -7.0981e-02,\n\t-9.6191e-02, -9.2384e-02, -5.3328e-02,\n\t 2.3989e-01, 3.9819e-01, 1.8451e-01,\n\t 3.6888e-02, 1.1023e-01, 4.4804e-03,\n\t-4.4140e-03, -4.8275e-03, 2.0018e-02,\n\t-2.4346e-02, -6.5546e-02, -4.6065e-03,\n\t 2.2298e-01, 2.8810e-01, 1.4071e-02,\n\t-1.7315e-01, -5.7961e-02, -9.9136e-02,\n\t 3.6456e-02, -1.5518e-02, 6.4490e-02,\n\t 4.6983e-02, 5.2743e-02, 3.0802e-01,\n\t 6.7940e-02, 5.8777e-03, 3.1155e-01,\n\t 9.9510e-02, 2.7974e-02, -6.6716e-02,\n\t 3.7042e-01, 2.0813e-01, -3.1581e-02,\n\t 7.9064e-02, -1.3699e-01, -4.4722e-02,\n\t-8.4753e-03, 8.0676e-02, 1.5771e-01,\n\t-1.1467e-01, 5.6269e-02, 1.1369e-01,\n\t-1.4727e-02, 3.7263e-02, -2.0554e-01,\n\t 8.3383e-02, 4.5848e-02, -1.1732e-02,\n\t 4.5494e-02, -2.1406e-01, 6.0591e-02,\n\t 4.6503e-02, -1.0362e-01, 3.8794e-02,\n\t-4.6633e-01, 1.4504e-01, 1.4999e-01,\n\t 2.9642e-01, -4.8807e-01, -1.6012e-01,\n\t 1.6708e-01, 9.5313e-02, -7.5981e-02,\n\t-4.2655e-02, 9.2470e-02, -7.7242e-02,\n\t-2.1021e-01, 1.2423e-01, 1.4967e-02,\n\t-5.4129e-02, 7.4355e-02, -4.7068e-02,\n\t-1.6048e-01, 9.8742e-02, 4.4282e-02,\n\t-6.0187e-02, 1.9495e-01, 8.3291e-02,\n\t-7.5190e-02, -6.8429e-02, 3.7391e-02,\n\t 5.1413e-04, 1.5098e-01, -1.1549e-01,\n\t 1.6875e-01, 1.8040e-01, -1.3162e-01,\n\t 7.7101e-02, 2.0816e-01, 7.6289e-02,\n\t-1.7528e-02, 1.4408e-02, 3.7500e-02,\n\t 3.8647e-02, 1.6850e-01, 1.7535e-02,\n\t-2.8205e-02, 1.0273e-02, 1.6688e-01,\n\t 4.3676e-02, 6.9895e-02, 8.1063e-03,\n\t-2.6117e-01, -1.0920e-01, 5.2209e-02,\n\t-5.2749e-02, -1.7062e-02, -9.6808e-02,\n\t 2.7324e-02, 9.1342e-02, -5.0968e-02,\n\t 1.0689e-01, 5.0565e-01, 4.6004e-01,\n\t-6.6862e-03, 3.4162e-03, 3.3559e-01,\n\t 3.5084e-02, 1.9123e-02, 1.0073e-02,\n\t 1.6995e-01, 3.4099e-01, -4.0847e-01,\n\t-5.5317e-03, 4.0230e-02, -2.0305e-01,\n\t-8.9786e-02, 1.9667e-01, 3.8111e-02,\n\t 3.0607e-02, -1.9084e-02, -6.5114e-02,\n\t 8.5394e-02, -1.3992e-01, 1.4988e-02,\n\t-1.5926e-02, -9.1200e-03, -7.2328e-02,\n\t 1.3548e-01, 7.1040e-01, -9.4208e-02,\n\t 2.5411e-03, -7.2159e-02, 1.0848e-01,\n\t-8.9029e-02, -8.6339e-02, -2.7546e-02,\n\t 6.0378e-02, 2.8401e-01, -6.6550e-02,\n\t-3.0486e-02, 5.0307e-02, -1.1084e-02\n};\n\nconst static MF4 biasLA = { -0.0046, -0.0104, -0.0087, -0.0040 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t 2.9732e-02, 9.9960e-02, -7.7408e-02,\n\t 3.4940e-01, -5.6048e-01, 2.9053e-02,\n\t-2.6991e-02, 4.9637e-02, -3.9322e-02,\n\t-1.0418e-02, 1.0931e-01, -6.1609e-02,\n\t 3.6057e-02, 9.3866e-02, -1.0339e-01,\n\t-1.8572e-02, -2.0889e-02, -7.4531e-02,\n\t-7.3236e-02, -4.5908e-02, 2.2705e-02,\n\t-1.5148e-02, 2.1735e-01, 2.2477e-02,\n\t-3.4153e-02, -2.6939e-02, -5.0167e-03,\n\t 6.6774e-02, 2.0168e-01, -7.5083e-02,\n\t 5.6608e-02, 2.2799e-01, -3.7473e-01,\n\t-7.2336e-02, 4.4329e-02, -3.6747e-02,\n\t 3.5355e-02, 1.8671e-01, -4.0167e-02,\n\t 1.2871e-01, 3.5050e-01, 1.8090e-01,\n\t-6.2429e-02, 6.2184e-02, 6.8804e-02,\n\t-8.0164e-02, -2.4387e-02, -5.0309e-03,\n\t 1.0089e-01, -3.0008e-02, 1.7251e-02,\n\t-9.4662e-03, -1.4760e-02, 7.3434e-03,\n\t 7.3290e-02, 2.2546e-02, -2.9015e-02,\n\t 7.9944e-02, -2.6972e-01, 7.1349e-02,\n\t-1.7026e-02, 1.1461e-01, -4.1288e-02,\n\t-5.3732e-02, -2.4618e-01, -1.2890e-02,\n\t 8.6133e-02, 1.9503e-01, 8.2202e-02,\n\t-1.0060e-03, -4.5931e-04, -1.8789e-02,\n\t-4.0843e-02, -7.8149e-03, -6.1464e-02,\n\t-7.9364e-02, -5.9647e-02, -5.4059e-03,\n\t 1.9553e-01, -2.4079e-01, -7.9538e-03,\n\t 5.3620e-02, 1.4198e-01, 6.5651e-03,\n\t 2.3512e-02, -2.6609e-02, -4.6435e-02,\n\t 1.2499e-02, 5.1079e-02, -2.2713e-02,\n\t-7.1554e-02, 1.0608e-01, 5.8972e-02,\n\t 1.8638e-01, -2.1053e-01, -6.4009e-02,\n\t 1.0851e-01, 7.2187e-02, 8.9722e-02,\n\t-4.5365e-04, 1.0826e-01, -6.4141e-02,\n\t-2.3874e-02, -4.6307e-02, -2.7813e-02,\n\t 1.8385e-02, 9.4687e-02, 6.8374e-02,\n\t 9.4526e-02, 1.4432e-02, 1.5937e-01,\n\t 1.1292e-01, -3.4274e-01, -1.0813e-01,\n\t-7.4636e-03, 3.7101e-02, 3.7226e-02,\n\t 3.7079e-02, -3.9169e-02, -3.7752e-02,\n\t-7.9021e-02, 8.5978e-02, 1.0958e-02,\n\t-5.8576e-02, 5.5931e-02, 4.8301e-02,\n\t-1.3402e-01, -3.3809e-01, -4.4369e-02,\n\t 1.4262e-01, 6.5254e-02, -3.3366e-01,\n\t 1.2416e-02, -9.0492e-02, -5.8205e-02,\n\t-1.4886e-01, 4.0598e-02, -1.4219e-01,\n\t 2.0223e-03, -2.8673e-01, -3.3622e-01,\n\t 1.9191e-02, -2.2104e-02, 1.9048e-02,\n\t 6.0021e-02, 2.2520e-01, -5.3972e-02,\n\t 1.6226e-01, -2.1918e-01, -5.2117e-02,\n\t-6.2363e-03, 2.0266e-01, -7.3323e-03,\n\t 1.1137e-01, -1.9300e-02, -5.4983e-02,\n\t-1.8338e-01, 6.2511e-01, -1.7909e-01,\n\t 1.7003e-01, 1.7902e-01, 5.4462e-02,\n\t 5.6847e-02, -7.4696e-02, -1.1354e-02,\n\t 1.0544e-01, -1.4918e-01, 4.8208e-02,\n\t-5.6262e-02, -2.3303e-01, -2.9916e-02,\n\t-3.3261e-02, 1.3287e-01, 1.9831e-02,\n\t-1.3907e-01, -1.6180e-01, -7.2323e-03,\n\t-5.1689e-02, 6.3121e-02, -1.4480e-01,\n\t 1.1143e-01, 4.9625e-02, -5.4369e-02,\n\t-3.9247e-01, 2.3412e-01, -3.6726e-02,\n\t-1.1468e-02, 3.4045e-02, 6.6454e-02,\n\t-5.0103e-02, 6.1740e-02, 4.2922e-03,\n\t 1.7669e-01, -8.1250e-03, 6.3694e-03,\n\t-6.7723e-02, 7.4576e-02, 1.0113e-02,\n\t 1.1264e-01, -4.4691e-02, -5.3575e-02,\n\t 3.4691e-02, -1.2201e-02, -8.4221e-02,\n\t 2.3677e-01, 3.9073e-01, 2.4710e-02,\n\t-8.4580e-02, -1.0747e-01, -6.5695e-02,\n\t 1.5386e-01, 1.4041e-01, 6.9961e-03,\n\t 2.6138e-02, 2.3149e-02, -1.8820e-02,\n\t-3.3541e-02, 3.2089e-02, -1.8916e-02,\n\t 1.0564e-01, -7.5319e-02, -5.4282e-02,\n\t-6.9388e-03, -2.0873e-02, 5.6100e-02,\n\t 2.3524e-02, -6.4296e-02, 5.8950e-02,\n\t-3.1415e-03, -4.1203e-02, 1.0781e-01,\n\t 1.7848e-02, -2.9535e-02, -1.6412e-02,\n\t-4.6649e-02, 8.1277e-02, -5.9918e-02,\n\t 8.1522e-02, -9.2037e-02, 8.1039e-03,\n\t-6.5541e-02, 5.1811e-02, -1.4380e-03,\n\t 5.0419e-02, 9.3091e-03, -2.8054e-02,\n\t-3.0979e-02, -2.5366e-02, 3.5265e-02,\n\t-3.7730e-02, 5.7574e-02, 3.4683e-02,\n\t 4.8819e-03, -2.9519e-02, 3.7740e-02,\n\t 6.4546e-02, -3.7272e-01, -8.5393e-02,\n\t-3.0223e-02, -7.7899e-02, 2.7365e-03,\n\t 2.2282e-02, -3.3440e-02, 1.9048e-02,\n\t 2.3275e-02, -2.1153e-02, -2.0385e-02,\n\t-4.6245e-02, 2.2443e-02, -3.0206e-02,\n\t-2.5302e-02, -1.1418e-02, 4.8228e-02,\n\t 5.8367e-02, -4.3062e-02, 2.2814e-02,\n\t-4.6279e-02, 5.0052e-02, 2.2961e-02,\n\t-5.4984e-02, 1.4773e-01, -2.5546e-02,\n\t 3.3025e-02, -1.0138e-01, 6.3886e-02,\n\t 1.2403e-02, 1.6215e-02, 1.0783e-02\n};\n\nconst static MF4 biasLB = { 0.1077, 0.0347, -0.0165, 0.7296 };\n\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 7\n//!DESC L7\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t 2.5042e-02, -5.3266e-02, 3.8484e-02,\n\t 3.7189e-03, 1.0493e-01, 1.4459e-01,\n\t-3.7442e-02, -1.5744e-01, 1.9957e-01,\n\t-1.9203e-02, 1.6256e-02, 4.2906e-03,\n\t-3.1637e-02, 5.0287e-01, -6.9504e-02,\n\t 1.4677e-03, -8.9984e-02, -9.0376e-02,\n\t 4.0578e-02, 2.4004e-02, 3.4044e-03,\n\t 7.5916e-02, -1.3564e-01, -9.0296e-02,\n\t 3.4156e-02, 7.2494e-02, -2.0037e-02,\n\t-6.4614e-02, -1.7301e-03, -3.3444e-02,\n\t-2.7950e-01, 7.1351e-01, 4.2825e-02,\n\t 2.4797e-02, 5.4162e-04, -8.9676e-02,\n\t 3.8002e-02, -2.7692e-02, -1.7757e-02,\n\t 1.9356e-01, 1.9598e-02, -1.0862e-01,\n\t 2.5734e-02, 1.1703e-02, -7.3912e-02,\n\t-6.0213e-04, 1.6024e-01, -6.4591e-03,\n\t 3.1779e-02, -3.1049e-01, 1.2684e-02,\n\t-1.0098e-01, -1.8839e-01, 5.1387e-02,\n\t 5.2004e-02, 3.1489e-01, 5.9716e-01,\n\t-7.2238e-02, 3.4332e-01, -2.0655e-01,\n\t 1.1013e-03, -5.0328e-02, -4.6118e-02,\n\t 9.4442e-04, 2.7964e-02, 1.7672e-02,\n\t-8.6022e-02, -3.8280e-02, 2.8017e-04,\n\t 3.3824e-02, -6.7883e-02, 1.0529e-02,\n\t-6.5982e-02, 1.1385e-01, 3.0091e-03,\n\t 1.2330e-01, 6.1876e-01, 5.7145e-02,\n\t-4.3835e-02, -6.8186e-01, -1.0917e-01,\n\t 3.2006e-02, -2.0627e-03, -6.9043e-02,\n\t 7.2219e-02, -3.2393e-01, -2.6657e-02,\n\t 1.3523e-02, 1.8099e-01, 4.9168e-02,\n\t 7.1367e-02, 9.8283e-02, 1.0425e-01,\n\t 2.2286e-01, -5.9374e-01, 1.0014e-01,\n\t 6.5700e-02, 1.3618e-02, -7.4045e-02,\n\t 1.0481e-01, 3.0734e-02, 1.0431e-02,\n\t-2.1314e-01, -7.2817e-02, 1.2036e-01,\n\t-5.4180e-02, 1.0500e-01, 2.7821e-02,\n\t-5.0657e-02, 8.7702e-02, 7.0234e-02,\n\t 9.0349e-02, 1.4905e-01, 1.1612e-01,\n\t 5.9924e-02, 2.4928e-01, 1.7078e-01,\n\t-5.9110e-02, -7.4252e-02, 9.8241e-03,\n\t-1.2006e-01, 1.3879e-01, -1.4322e-02,\n\t-7.5463e-02, 1.4407e-02, -6.9202e-03,\n\t 7.0279e-02, 1.7065e-01, -2.5150e-01,\n\t-2.6289e-02, 3.8421e-01, -2.2051e-01,\n\t-2.8918e-02, 4.0074e-02, -7.1296e-02,\n\t 1.0357e-01, -1.8885e-01, 2.3780e-02,\n\t-1.8884e-01, -4.3326e-01, -1.1465e-01,\n\t 3.3497e-02, -1.3462e-01, -3.4127e-02,\n\t-1.2731e-02, 5.4326e-02, -2.6581e-02,\n\t 5.1753e-02, 6.8200e-03, 4.3246e-03,\n\t-6.9963e-02, -1.5618e-01, 2.5192e-01,\n\t 2.2890e-02, 6.1421e-02, 5.2832e-02,\n\t-9.8369e-02, -1.1452e-01, 1.7420e-01,\n\t 2.0392e-01, -1.1322e-01, 9.8462e-02,\n\t-3.3547e-02, -2.8993e-01, 7.0080e-02,\n\t 8.2478e-02, -1.9881e-01, 1.2849e-01,\n\t-2.7802e-01, -1.5621e-01, 6.2712e-02,\n\t 1.3028e-02, 1.4716e-01, 2.0434e-02,\n\t-4.4071e-01, 3.8359e-01, -1.6655e-03,\n\t-2.0297e-01, 1.5631e-01, 7.7086e-02,\n\t 9.6714e-03, -5.5842e-03, 7.9155e-03,\n\t 1.4525e-01, -3.2228e-01, 1.1454e-01,\n\t 1.4527e-01, -3.0399e-02, -6.7043e-02,\n\t 9.4233e-03, -1.1296e-02, -1.0927e-01,\n\t 7.9300e-02, 5.5286e-02, -1.1558e-01,\n\t 3.8173e-01, -5.4351e-02, -1.7890e-01,\n\t 5.4882e-02, 1.5119e-01, 1.8363e-01,\n\t-8.8223e-02, -9.0083e-02, 4.8221e-01,\n\t 4.0890e-02, 5.6429e-02, -2.8538e-01,\n\t 1.2102e-02, -1.8177e-02, -3.1643e-03,\n\t-6.9064e-02, 3.1853e-04, -7.0113e-02,\n\t 9.7308e-02, 1.0691e-01, -6.5919e-02,\n\t-1.4536e-40, -1.7049e-40, -2.6781e-40,\n\t 4.5792e-40, 1.4489e-40, 1.3645e-40,\n\t-5.8774e-40, -2.2505e-40, -4.7571e-40,\n\t 3.3670e-40, 1.5398e-40, -3.3819e-40,\n\t 2.6303e-40, -1.9434e-40, -5.5555e-40,\n\t-4.3830e-40, -2.8750e-40, -3.0788e-41,\n\t 5.6364e-40, 3.1307e-40, -2.3064e-41,\n\t 2.8909e-40, -5.8115e-40, 2.9852e-41,\n\t-1.9273e-40, -7.5503e-41, -6.0335e-40,\n\t 5.8073e-40, 2.9252e-40, -1.3038e-40,\n\t 5.2260e-40, 3.8172e-40, -2.0389e-40,\n\t-2.1905e-41, 1.8473e-40, -2.9226e-40,\n\t 2.9957e-41, 2.6068e-40, 6.1324e-40,\n\t-4.3013e-41, 5.1421e-40, -4.1157e-40,\n\t 2.1416e-41, -1.6614e-40, -3.0843e-42,\n\t-4.3402e-40, 2.8507e-40, 1.1560e-40,\n\t 3.8826e-40, -3.0797e-40, -6.0685e-40,\n\t 5.4170e-40, -6.1858e-40, 9.3049e-41,\n\t-1.9491e-40, -1.9211e-40, -6.2723e-40,\n\t 3.9906e-40, 1.2356e-40, 3.8682e-40,\n\t 2.8630e-40, 6.2303e-40, 5.3034e-40,\n\t-4.1904e-40, 4.8916e-40, -3.6125e-40,\n\t-5.5393e-40, -2.4980e-40, -6.1877e-40,\n\t 2.7289e-40, -1.8348e-40, -5.6663e-40\n};\n\nconst static MF4 biasLA = { 8.7612e-02, 5.9126e-01, 4.6709e-03, -1.1559e-39 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t 2.5152e-02, -3.2878e-02, 2.1626e-02,\n\t 1.9879e-01, 2.9080e-02, -3.0331e-03,\n\t-2.3380e-01, -2.3578e-02, 1.1871e-01,\n\t-3.1824e-02, -5.5095e-02, 3.1338e-02,\n\t-3.2199e-02, -4.3820e-01, 4.1391e-02,\n\t-4.1207e-02, 3.7475e-01, -1.8548e-01,\n\t-1.4460e-02, -8.7834e-02, -3.2343e-02,\n\t 2.4023e-01, 7.1916e-01, -1.8559e-01,\n\t-6.7635e-03, -9.4409e-02, -1.7890e-02,\n\t-5.8334e-02, 1.8886e-01, 6.1547e-02,\n\t-2.6152e-01, 6.6722e-01, -1.2486e-01,\n\t-4.8128e-02, 1.0510e-01, -4.2619e-02,\n\t 3.0101e-03, 9.6380e-02, 6.6140e-02,\n\t 1.0201e-01, -2.3240e-01, -1.8356e-01,\n\t 4.0019e-02, 2.2985e-01, -1.2980e-01,\n\t-1.1400e-01, -1.9221e-01, -3.4158e-02,\n\t 2.2871e-02, -6.8684e-01, -1.0856e-02,\n\t 2.6311e-02, 2.5422e-02, -1.5190e-02,\n\t 3.2182e-02, -5.6346e-02, 3.2655e-02,\n\t-1.6912e-02, 8.4264e-02, -7.9521e-02,\n\t 1.2788e-03, -7.1110e-02, 8.6585e-02,\n\t-4.2829e-02, 1.0778e-01, -6.8129e-02,\n\t 5.8156e-03, -2.3998e-01, 1.9052e-01,\n\t-4.1855e-02, 1.0140e-01, -1.7139e-02,\n\t 5.2301e-40, -2.9923e-40, 3.8688e-41,\n\t 3.1575e-40, 1.1504e-40, 5.5655e-40,\n\t-3.4499e-40, 2.3050e-40, -6.3766e-41,\n\t 1.3282e-40, 4.5849e-40, 3.5308e-40,\n\t-2.6657e-41, 5.9829e-40, 3.2791e-40,\n\t-2.8348e-40, 2.5810e-40, 5.5791e-40,\n\t 4.2613e-40, 3.2607e-40, -2.0789e-40,\n\t-3.9054e-40, -2.5608e-40, -2.7638e-40,\n\t 4.5027e-40, 2.7065e-40, -4.5593e-40,\n\t 1.6336e-40, -2.0391e-40, -5.9017e-41,\n\t-7.9899e-41, -2.9870e-40, 5.6390e-40,\n\t-2.5560e-41, -1.9786e-40, 9.4700e-41,\n\t-7.4049e-41, -2.3902e-40, -2.8497e-40,\n\t-1.8912e-40, -1.5589e-40, 5.5463e-40,\n\t-2.1782e-40, -1.9532e-40, -2.3785e-40,\n\t 2.7539e-40, 4.0214e-40, 2.0732e-40,\n\t 7.0120e-41, -4.4200e-40, 7.3787e-41,\n\t 2.6452e-40, 1.1970e-40, 2.8298e-40,\n\t 5.2721e-40, 1.9304e-40, -3.8489e-40,\n\t-3.9759e-40, 2.6184e-40, 1.2594e-40,\n\t 1.5831e-40, 3.7179e-40, -3.4915e-40,\n\t-1.7681e-40, -6.9657e-41, -4.0746e-40,\n\t 8.0894e-41, 1.6950e-40, -1.0574e-40,\n\t-1.0590e-40, 2.8466e-41, -2.7558e-40,\n\t-5.4027e-40, 4.4355e-41, -3.2144e-40,\n\t-4.8838e-41, -3.8595e-40, 2.5064e-40,\n\t 4.0365e-40, -1.0195e-40, 4.8356e-40,\n\t 4.4499e-40, -4.4871e-40, -2.4561e-40,\n\t 4.1687e-40, 5.2239e-40, -5.7603e-41,\n\t-1.5211e-40, -3.5768e-40, 3.6385e-40,\n\t 1.6089e-40, 4.1624e-40, 4.5114e-40,\n\t 1.6438e-40, -3.6331e-40, 6.4961e-41,\n\t 5.0899e-40, 6.1036e-40, 2.4828e-40,\n\t 5.8681e-40, -5.7259e-40, -1.5371e-40,\n\t 5.2654e-40, 4.7412e-40, -2.0265e-40,\n\t-4.8621e-41, 4.9497e-40, 3.0176e-40,\n\t 4.2235e-40, 4.5381e-40, 4.6501e-40,\n\t-1.6124e-40, -1.9449e-40, 5.1497e-40,\n\t-1.2891e-40, -1.6549e-40, 4.8348e-40,\n\t-2.0735e-40, 1.3423e-41, -4.4109e-40,\n\t-5.4218e-40, -1.1537e-40, -1.1664e-40,\n\t 5.6006e-40, 3.4109e-40, -3.1434e-40,\n\t 3.4969e-40, -5.3459e-40, 3.9245e-41,\n\t 2.4028e-40, 5.7774e-40, -6.2973e-40,\n\t 1.8802e-40, -4.6258e-41, -5.0716e-40,\n\t 3.4962e-40, -6.2313e-41, -2.7290e-40,\n\t-5.2709e-40, -3.2225e-40, 2.4245e-40,\n\t-3.6300e-40, -2.0794e-40, 4.0541e-40,\n\t-3.5157e-02, 6.8337e-02, 1.6149e-02,\n\t-5.8650e-03, 6.0605e-01, 3.1738e-02,\n\t 9.3306e-02, 2.1499e-01, 1.3609e-01,\n\t 6.4043e-02, -1.0253e-02, -6.2813e-04,\n\t 4.6828e-02, -3.9619e-01, -9.2633e-03,\n\t-8.1752e-02, 9.9083e-02, 4.4296e-03,\n\t 7.1594e-02, 3.9860e-02, 8.1088e-02,\n\t 1.7750e-01, -1.2381e-01, 1.4476e-01,\n\t 2.3416e-02, 1.2819e-01, 1.0816e-02,\n\t 5.5296e-02, 5.5199e-02, -2.1253e-02,\n\t 1.7214e-01, 2.0542e-01, -3.7859e-03,\n\t 1.2831e-01, 3.2087e-02, -5.1851e-02,\n\t-2.3686e-02, 1.2271e-01, -1.6009e-02,\n\t-2.0176e-01, 7.4757e-01, -3.4526e-02,\n\t-4.7055e-02, -3.7099e-01, -1.9216e-01,\n\t-8.8030e-02, -2.5853e-02, -1.7087e-02,\n\t-2.0533e-01, 1.5214e-01, -1.8639e-03,\n\t-1.1236e-01, -2.4612e-01, 6.3094e-02,\n\t 2.3829e-02, -5.0078e-03, 5.3854e-02,\n\t-9.6934e-03, 3.7047e-02, 4.7325e-01,\n\t 5.6975e-03, -8.6108e-02, 6.5569e-02,\n\t-3.9768e-03, 2.0580e-02, -4.1931e-02,\n\t 6.9577e-02, -1.0416e-01, -2.5037e-03,\n\t-1.9198e-02, 6.2027e-02, -1.0833e-02\n};\n\nconst static MF4 biasLB = { 2.3381e-02, -1.2136e-40, -5.6040e-39, 3.7100e-02 };\n\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 8\n//!DESC L8\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t-5.3430e-40, 2.5717e-41, 5.7504e-40,\n\t 7.1679e-41, 6.2076e-40, -8.4201e-41,\n\t-4.2111e-40, 3.4851e-40, 1.3009e-40,\n\t 3.3016e-40, -7.6473e-41, -1.8392e-40,\n\t 2.2773e-41, 1.2087e-40, 1.1565e-40,\n\t 6.5190e-41, 2.0075e-40, 2.5796e-40,\n\t 5.0575e-40, -2.6261e-40, -2.5486e-40,\n\t-3.9886e-40, -6.0644e-40, 2.9264e-40,\n\t 8.9627e-41, -3.0550e-40, -2.3456e-40,\n\t-4.8855e-40, -4.8867e-40, -5.0492e-40,\n\t-1.0706e-40, 5.3827e-40, -1.6413e-40,\n\t 1.4714e-40, -3.4024e-40, -4.4881e-40,\n\t 3.2361e-40, 2.0858e-40, 3.8836e-40,\n\t 2.0949e-40, 5.9633e-40, -1.7878e-41,\n\t-4.1980e-40, -4.4383e-40, 2.7859e-40,\n\t 7.0317e-42, -8.9973e-41, 5.8700e-41,\n\t 1.8411e-40, -3.6097e-42, 2.7362e-40,\n\t 5.4341e-40, 6.0305e-40, 5.9004e-40,\n\t 5.2692e-40, -6.3449e-41, 1.2075e-40,\n\t 7.5297e-41, 8.9267e-41, 4.9139e-40,\n\t-1.4609e-40, 3.1821e-41, 2.3288e-40,\n\t 3.1748e-41, -3.8052e-40, -2.4322e-40,\n\t-5.7959e-40, 6.1966e-40, 3.4964e-40,\n\t-5.6776e-40, -6.8327e-41, -3.3777e-41,\n\t-5.9108e-02, 3.5468e-02, -2.8772e-02,\n\t 6.8602e-01, 1.4232e-01, 1.1954e-02,\n\t-3.8234e-02, 7.1837e-02, -1.8832e-02,\n\t 4.7972e-02, 1.1623e-02, -2.1687e-03,\n\t-4.9744e-01, 2.7751e-01, 1.7862e-02,\n\t 7.4286e-02, 3.1309e-03, 1.1030e-03,\n\t-6.1084e-01, -8.5679e-03, 9.4956e-03,\n\t-4.5246e-01, -1.2126e-01, -3.7368e-02,\n\t 2.5624e-02, 1.2087e-02, -1.5431e-02,\n\t 6.0313e-40, 1.8404e-40, -7.2006e-41,\n\t 6.0697e-40, -9.1199e-41, 5.8965e-40,\n\t 5.4830e-40, 1.3014e-40, 1.5585e-41,\n\t-3.6027e-02, -6.3004e-03, 1.5237e-02,\n\t 6.0743e-01, 9.2523e-02, -4.7370e-03,\n\t 3.4407e-02, -8.3823e-02, 1.6898e-02,\n\t 5.7527e-40, -5.0621e-40, -2.9035e-42,\n\t 3.8199e-40, -2.2913e-40, -5.0895e-40,\n\t 4.0079e-40, 5.1744e-40, -3.3006e-40,\n\t 6.1448e-40, 1.2347e-40, -3.1673e-40,\n\t 7.3214e-41, 5.2143e-40, -2.6071e-40,\n\t 1.6109e-40, -2.0298e-40, 9.5817e-41,\n\t 6.9876e-02, -2.9290e-02, 3.2294e-03,\n\t-4.2632e-01, 1.5789e-01, 3.6809e-02,\n\t 2.1220e-02, 1.6531e-04, 6.8502e-03,\n\t-6.5221e-02, 8.8059e-02, 5.7934e-03,\n\t-1.7280e-01, 1.5303e-01, 1.7663e-01,\n\t-1.2908e-01, -1.1749e-01, 5.7887e-02,\n\t 1.0685e-01, 2.2763e-01, 3.3796e-02,\n\t 1.7629e-01, 3.8882e-01, 6.3540e-02,\n\t 6.4707e-02, 1.0046e-01, -8.1911e-02,\n\t-3.9718e-03, 4.6416e-02, 4.7357e-02,\n\t 7.3694e-02, -1.6444e-01, 2.4784e-02,\n\t-3.0808e-03, 2.7399e-02, -2.9216e-04,\n\t 2.4428e-40, -3.0160e-40, 2.3184e-40,\n\t-4.9114e-40, 5.6685e-40, -3.6020e-40,\n\t 2.2618e-40, -2.8145e-40, 2.1149e-40,\n\t 2.3559e-02, -8.6949e-02, -3.8350e-02,\n\t-2.9547e-01, 7.0187e-01, -8.3979e-02,\n\t-2.8576e-02, -1.6538e-01, -5.2465e-02,\n\t-1.6016e-40, -1.4760e-40, -2.1977e-40,\n\t 4.3180e-40, 4.1724e-40, -1.2969e-40,\n\t-1.3023e-40, -1.0095e-40, -1.5965e-40,\n\t-4.0721e-40, -4.1747e-40, -4.3706e-40,\n\t-4.2838e-40, -4.5507e-40, -4.6023e-40,\n\t-3.7435e-40, -3.9889e-40, -4.2249e-40,\n\t-1.2429e-01, -3.5062e-01, -1.1418e-01,\n\t-4.0787e-02, 6.1690e-01, -1.0085e-01,\n\t 1.6098e-02, 8.5100e-02, -1.1621e-02,\n\t 3.0709e-40, -4.4880e-40, -2.7530e-41,\n\t-1.2649e-40, -5.3936e-40, 5.0995e-41,\n\t 4.4003e-40, -2.1211e-40, -6.6422e-43,\n\t-1.8989e-40, -3.6631e-40, 4.1392e-40,\n\t-3.9057e-40, -5.5599e-40, 6.9979e-41,\n\t 3.8983e-40, 5.6737e-41, 2.3997e-40,\n\t-9.4862e-41, 2.4256e-40, -3.7040e-40,\n\t 1.6374e-40, 3.5439e-42, -1.0385e-40,\n\t 3.6145e-40, -2.4342e-41, -3.0115e-40,\n\t-6.0009e-40, -5.2386e-41, -1.2504e-40,\n\t 2.9237e-40, -1.2290e-40, -1.1502e-40,\n\t-3.5887e-40, -6.1810e-40, -1.6289e-41,\n\t 2.5438e-41, 5.1229e-40, -2.4915e-40,\n\t 1.3516e-40, 3.3553e-40, 8.5831e-41,\n\t-8.5122e-41, 3.7625e-41, 2.5507e-40,\n\t-1.5828e-40, 2.1991e-40, -1.5628e-40,\n\t-5.3110e-40, 5.1395e-40, -5.8162e-40,\n\t-3.1571e-40, -5.5139e-40, 1.2299e-40,\n\t 4.8855e-40, -9.3940e-41, -6.2534e-40,\n\t-3.3275e-40, -2.4982e-40, -1.2956e-40,\n\t-6.0047e-40, -1.8712e-41, -7.3274e-42,\n\t-2.8519e-40, 3.5541e-40, 2.4485e-40,\n\t-8.1435e-41, -2.7091e-40, 7.1206e-41,\n\t-5.9519e-41, -2.5552e-40, -3.6189e-40\n};\n\nconst static MF4 biasLA = { -3.3246e-39, -1.4536e-02, -6.3362e-02, 8.5347e-41 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t 7.7038e-02, -1.6317e-02, -2.4118e-02,\n\t-4.3086e-02, -2.1512e-01, 1.2288e-01,\n\t 1.8237e-01, -1.5438e-01, -1.1346e-01,\n\t-4.6141e-02, -4.0750e-02, -5.6414e-04,\n\t-1.5640e-01, -3.4506e-01, -1.4441e-02,\n\t-2.0278e-01, -3.1403e-01, -6.2542e-02,\n\t-1.9622e-02, 1.6348e-02, 6.9859e-03,\n\t-9.3142e-02, 1.0368e-02, -5.6585e-02,\n\t 8.4213e-02, 1.0776e-01, -1.0315e-01,\n\t 8.7873e-41, -5.3947e-40, 1.1714e-40,\n\t 7.5534e-41, -1.1871e-40, -5.4012e-40,\n\t 3.8269e-41, -1.4913e-40, -3.1802e-40,\n\t-3.4707e-02, 1.2518e-02, 9.4679e-03,\n\t 1.2254e-01, 1.9394e-01, 2.6530e-02,\n\t 2.2413e-01, -1.6298e-01, -6.1446e-02,\n\t-1.1042e-42, -2.7255e-40, -5.5067e-40,\n\t 3.8272e-40, 4.9956e-40, -3.2074e-41,\n\t 2.8351e-40, 4.2501e-40, 3.9389e-41,\n\t 6.1941e-40, -4.8790e-40, -3.4137e-40,\n\t 2.2577e-40, -5.7183e-40, -8.6861e-41,\n\t 5.7021e-40, -3.2349e-40, 1.9655e-40,\n\t 9.1180e-02, 5.6665e-02, -6.5437e-04,\n\t 1.1759e-01, 2.7517e-01, 1.9143e-01,\n\t 9.7905e-02, 6.6707e-02, 8.6535e-02,\n\t 8.8717e-03, 3.0913e-02, 6.6909e-03,\n\t-8.1791e-02, -4.7883e-01, 7.4920e-02,\n\t 4.5843e-01, -1.0410e-01, 1.6655e-01,\n\t-4.7094e-03, 3.4769e-02, -1.3291e-02,\n\t-8.5570e-03, -4.0038e-01, 1.8418e-01,\n\t-1.4696e-01, 3.2279e-01, 2.5712e-02,\n\t-2.6207e-01, -4.6150e-02, -6.4099e-02,\n\t-3.2623e-01, -1.8984e-01, -5.7891e-02,\n\t-2.2088e-01, -4.2042e-02, -2.5307e-02,\n\t 1.0260e-40, 5.0443e-40, 7.5150e-41,\n\t 1.4402e-40, -5.1952e-40, -5.3810e-40,\n\t 6.2240e-40, 1.8661e-40, -8.2983e-41,\n\t 7.1850e-02, 4.8770e-02, -1.5081e-02,\n\t 4.8072e-01, 2.5477e-01, 3.8197e-02,\n\t 2.6011e-01, 2.4610e-01, -3.6167e-02,\n\t 3.8901e-40, 1.6760e-41, 2.8471e-40,\n\t 3.1983e-40, 1.2460e-40, -4.3961e-40,\n\t 3.9187e-40, 2.7818e-40, -9.1501e-41,\n\t-2.3320e-40, -1.9998e-40, -2.8132e-40,\n\t-2.9552e-40, -3.9643e-40, -5.1375e-40,\n\t-1.6686e-40, -5.3138e-40, -2.6988e-40,\n\t 2.5623e-02, 2.6942e-02, 2.4342e-02,\n\t-9.9084e-02, 5.2974e-01, -6.7983e-02,\n\t-2.2454e-01, 1.1507e-01, 2.0364e-02,\n\t 3.4852e-01, -3.1091e-01, 8.1154e-02,\n\t-3.2205e-01, 1.7103e-01, 2.4162e-01,\n\t-2.6892e-03, 2.4142e-02, 5.5540e-02,\n\t-4.5753e-02, -5.0097e-01, 1.7503e-01,\n\t 1.4058e-01, 1.1311e-01, 1.5945e-01,\n\t-5.3975e-02, 5.2326e-02, -6.2382e-02,\n\t 9.4114e-02, -5.6812e-01, -1.2081e-01,\n\t-8.5809e-02, -9.8661e-03, -2.3064e-02,\n\t-1.6453e-03, -1.8328e-02, 2.4282e-03,\n\t 1.5943e-40, 4.6894e-40, -6.2730e-40,\n\t 3.8054e-40, -3.7914e-41, -1.4429e-40,\n\t 1.6925e-40, 5.1566e-41, -1.7909e-40,\n\t-3.7920e-02, 2.4698e-01, 5.0019e-02,\n\t-1.4246e-02, 2.8739e-01, -5.4704e-02,\n\t 7.9436e-02, -2.7838e-02, -3.4191e-02,\n\t-3.3565e-40, 2.1368e-40, 6.7346e-42,\n\t 5.6681e-40, -5.5776e-40, -2.7705e-40,\n\t-2.2966e-40, 1.1692e-40, -2.5187e-40,\n\t 4.4806e-40, -4.8424e-40, -9.1436e-41,\n\t-4.3250e-40, -2.0721e-40, -2.0050e-40,\n\t-5.1061e-40, 2.6405e-40, -3.0913e-40,\n\t-1.2078e-01, 3.1948e-01, 1.0082e-02,\n\t-1.0781e-02, 8.0720e-02, -4.6330e-02,\n\t-1.8084e-02, -2.2846e-02, -5.5861e-03,\n\t-3.2400e-02, -1.7329e-01, -2.7995e-02,\n\t-5.3680e-02, 4.1310e-01, -9.4691e-02,\n\t 7.6938e-02, -4.9596e-02, 1.9649e-01,\n\t 3.2594e-02, 1.1544e-01, -1.8501e-02,\n\t 7.0248e-02, -6.9838e-02, -5.4278e-02,\n\t-2.9317e-02, -1.4890e-01, 7.8661e-02,\n\t 3.7685e-02, 5.9594e-02, 8.9527e-02,\n\t 2.2957e-01, -2.9681e-01, -1.6329e-01,\n\t-1.3206e-01, -4.3808e-02, 3.8854e-02,\n\t 1.7529e-40, -3.8429e-41, 1.4443e-40,\n\t-4.0829e-40, -2.5643e-40, -5.4821e-40,\n\t 1.6827e-40, -1.1628e-40, 2.2441e-40,\n\t 5.2451e-02, 1.0179e-01, 4.8487e-02,\n\t-2.1020e-01, -4.4345e-01, -8.7642e-02,\n\t 7.0958e-02, 1.9934e-01, -2.1090e-02,\n\t-3.0795e-41, 2.7921e-40, 2.8491e-40,\n\t-2.1154e-40, 9.8876e-41, -8.8824e-41,\n\t 2.6552e-40, 2.5767e-40, -3.8369e-40,\n\t 6.1348e-40, -3.4170e-40, -1.7109e-40,\n\t-3.3080e-40, 5.4199e-41, -1.7512e-40,\n\t 1.8363e-40, -4.4080e-40, -2.5508e-40,\n\t-4.0716e-02, -2.8531e-01, 3.9981e-02,\n\t 2.2278e-02, 5.6661e-01, -8.3890e-02,\n\t-7.7331e-02, -9.3843e-02, 1.5584e-02\n};\n\nconst static MF4 biasLB = { 7.9956e-02, 3.0679e-04, -1.0257e-02, -1.2037e-02 };\n\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 9\n//!DESC L9, L10\n//!IN INPUT, tex3, tex4\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nconst static MF kernelsLA[9 * 8 * 4] = {\n\t-3.6751e-40, -5.4562e-41, 6.1860e-40,\n\t 8.9003e-41, 5.5262e-40, 3.9537e-40,\n\t-2.1258e-42, -3.1069e-40, -7.6225e-41,\n\t-1.2220e-02, -8.6886e-02, 1.0714e-02,\n\t 1.1656e-02, -7.3635e-02, 5.9427e-02,\n\t 4.8518e-03, 1.3543e-01, 1.4668e-02,\n\t-1.7505e-02, -2.0691e-02, -1.4507e-02,\n\t 2.6157e-02, 7.4109e-02, 1.2822e-02,\n\t-1.9737e-02, -4.9281e-02, 8.5962e-03,\n\t 5.6236e-40, 2.4616e-40, 1.6384e-40,\n\t-3.9469e-40, -1.7094e-40, 1.9285e-40,\n\t-1.3634e-40, -1.5785e-40, 6.4184e-41,\n\t-1.2752e-02, 2.3150e-02, -5.3355e-03,\n\t-5.9667e-02, -3.9580e-01, -7.0033e-02,\n\t-2.2612e-02, 1.9176e-02, 1.0588e-02,\n\t 8.0027e-04, 3.2242e-01, -2.2566e-02,\n\t 8.7850e-03, -2.4025e-01, 4.6123e-02,\n\t-1.9038e-02, -8.5750e-03, -4.8153e-03,\n\t-1.3049e-03, -5.7771e-03, 9.6437e-03,\n\t 3.2477e-02, 2.4482e-01, 4.0580e-02,\n\t 1.3194e-02, -4.6602e-01, -6.6163e-02,\n\t-1.0647e-01, 7.3328e-02, 2.5871e-02,\n\t-7.0883e-02, -9.2725e-02, -1.5185e-02,\n\t 1.1804e-02, 1.7784e-03, -4.4099e-03,\n\t-4.9226e-40, -1.3081e-40, -3.5969e-40,\n\t 4.3539e-40, -2.9631e-40, 2.3531e-41,\n\t 5.6191e-40, 6.1545e-41, -1.1112e-40,\n\t-1.1880e-02, -3.1884e-02, -2.0850e-02,\n\t-6.8633e-03, 1.6422e-01, 1.0281e+00,\n\t 3.5887e-03, 2.1180e-01, -1.0094e-01,\n\t-1.5103e-02, -4.9074e-02, -1.7702e-02,\n\t 7.2119e-02, 3.3199e-02, -9.7082e-04,\n\t 5.5383e-02, 1.0343e-01, 2.5156e-02,\n\t 2.9049e-40, -1.6397e-40, -8.8848e-41,\n\t-6.2827e-40, 8.1281e-41, 5.2909e-40,\n\t-4.1132e-40, 1.5751e-40, 1.5400e-40,\n\t-7.3765e-02, -4.9723e-02, 4.9357e-02,\n\t-2.4207e-02, -1.0291e-01, -1.4001e-03,\n\t-1.2751e-02, 4.2805e-03, 1.8934e-03,\n\t 2.6862e-02, 1.1634e-01, 4.5666e-02,\n\t-4.7351e-03, -4.1593e-01, 3.6082e-02,\n\t 1.1446e-02, -5.2026e-03, 1.8672e-02,\n\t-7.0960e-04, -6.7877e-03, 9.6674e-03,\n\t-4.9952e-03, 8.8664e-02, -2.7707e-02,\n\t 8.5309e-02, 5.5513e-02, -7.6230e-02,\n\t 3.6354e-02, 9.7794e-02, 1.1687e-02,\n\t 2.6847e-02, 3.2565e-01, -8.7710e-03,\n\t-2.0372e-02, -1.9090e-02, -3.2566e-03,\n\t-5.5592e-40, 7.4408e-41, 3.5576e-40,\n\t 2.7758e-40, 4.5458e-41, -6.2347e-40,\n\t 9.9739e-41, -1.6078e-40, -5.2900e-40,\n\t 1.1500e-02, -3.0675e-01, -3.0079e-02,\n\t 1.5080e-02, -2.4292e-01, 1.2736e-01,\n\t-1.9513e-02, -1.9376e-02, -8.5960e-02,\n\t-1.0241e-01, -2.1312e-02, -3.1999e-02,\n\t-6.3598e-02, 1.5187e-01, 1.2279e-01,\n\t 1.5695e-03, 1.1376e-01, 5.2648e-03,\n\t 2.6415e-40, 3.0508e-40, 3.6407e-41,\n\t-1.4403e-40, 2.8942e-40, -1.0089e-40,\n\t 2.2362e-41, 1.9843e-40, -1.5509e-40,\n\t 1.3269e-01, -3.1031e-01, -4.4091e-02,\n\t 4.6385e-03, 2.1411e-02, 5.7141e-02,\n\t 2.0724e-02, -3.5406e-02, 2.5717e-03,\n\t-5.5922e-02, 7.1404e-01, -2.9852e-02,\n\t 1.3041e-02, 3.9373e-02, -2.4515e-01,\n\t 4.4278e-03, 2.1557e-02, -8.4940e-03,\n\t 1.3677e-02, -3.5183e-02, 1.2391e-02,\n\t-9.2405e-02, 2.9650e-01, 6.9695e-02,\n\t-3.3125e-02, 3.4700e-01, 1.4552e-01,\n\t 2.7357e-02, 5.2133e-01, -5.7571e-02,\n\t 2.7580e-02, 1.0381e-01, 1.3678e-02,\n\t 4.9260e-03, -4.4419e-02, 7.0651e-04,\n\t 2.9472e-40, -5.2892e-40, -3.6567e-40,\n\t 4.9403e-40, -6.2132e-40, -6.2920e-40,\n\t-1.5156e-40, -3.6134e-40, 5.2432e-40,\n\t-5.0427e-03, -2.8247e-03, -5.3734e-02,\n\t-1.5918e-02, 1.8325e-01, -1.7834e-01,\n\t-5.1774e-03, 8.0009e-02, 5.6296e-03,\n\t 3.1480e-02, 2.0665e-02, 2.7806e-04,\n\t 7.3085e-02, 7.7660e-01, 1.1979e-01,\n\t 1.9979e-02, 1.6629e-01, 2.3216e-02,\n\t-5.9701e-40, 9.5583e-41, 1.8231e-40,\n\t-3.3216e-40, -4.1253e-40, -3.3326e-40,\n\t 1.7131e-40, 2.9588e-40, -2.2520e-40,\n\t-1.3337e-01, -4.2777e-01, -1.3569e-01,\n\t 2.9915e-02, -2.7016e-01, -3.7454e-03,\n\t-1.3574e-02, -3.6298e-02, -1.6571e-02,\n\t 4.2530e-02, -4.2299e-02, 1.4320e-01,\n\t 1.4371e-02, -1.1289e-01, -3.8829e-02,\n\t 5.1689e-03, 1.5804e-02, 1.6125e-03,\n\t-3.4601e-03, -7.2087e-03, -5.5514e-04,\n\t 4.4568e-02, 1.3621e-01, -4.3811e-02,\n\t 1.1350e-02, -2.8417e-01, 3.1553e-02,\n\t-7.8854e-02, -2.0316e-01, 7.7746e-03,\n\t-1.1437e-02, 2.1557e-01, -1.9479e-02,\n\t-1.3511e-02, -2.0339e-02, -1.0276e-02\n};\n\nconst static MF4 biasLA = { -0.0006, 0.0117, 0.0083, 0.0686 };\n\nconst static MF kernelsLB[9 * 8 * 4] = {\n\t-8.8977e-41, 5.9533e-40, -3.1413e-40,\n\t-3.1892e-40, 5.5204e-40, -5.0634e-40,\n\t-2.4932e-41, 4.3474e-41, 6.2961e-40,\n\t 4.7864e-03, 5.7125e-02, -1.5468e-02,\n\t-3.9614e-03, -2.9042e-02, 2.8347e-01,\n\t-1.0133e-02, 8.2745e-02, -1.0450e-01,\n\t 5.9537e-03, 1.4050e-02, 1.9802e-04,\n\t 2.4964e-02, 1.3077e-01, -4.7314e-02,\n\t 6.2744e-03, -1.9068e-01, 5.2593e-02,\n\t-2.0550e-40, -2.4231e-40, 3.3927e-40,\n\t-3.9609e-41, 2.2262e-40, 1.8866e-40,\n\t 2.0788e-40, -1.8012e-40, -1.9375e-40,\n\t-4.7530e-03, -1.2315e-01, 8.2373e-03,\n\t-9.2412e-02, 1.7156e-01, 1.1176e-02,\n\t-1.4081e-02, 1.4694e-02, -1.9475e-02,\n\t-1.5269e-02, -3.8430e-02, -7.4717e-02,\n\t 3.3361e-02, -1.1956e-01, 4.2304e-01,\n\t-2.9924e-03, -3.3035e-02, -3.6560e-02,\n\t-1.2386e-02, 6.3762e-03, -3.7047e-02,\n\t 1.3839e-02, -3.6358e-02, 4.3609e-02,\n\t-8.3692e-03, 4.5794e-01, -3.0761e-01,\n\t 2.2287e-02, 2.5360e-02, -6.1253e-03,\n\t-1.8992e-02, -4.0078e-01, 7.3821e-02,\n\t 5.6517e-03, 4.2348e-02, -2.5642e-02,\n\t 5.5659e-40, -6.1219e-40, 4.1493e-40,\n\t 5.7719e-42, -3.7181e-40, -3.3260e-40,\n\t-4.8241e-41, 5.2207e-40, -1.2199e-40,\n\t-1.2074e-02, 1.7647e-01, 1.1882e-02,\n\t 6.4764e-03, -2.3742e-01, -1.8033e-01,\n\t 2.5866e-02, 6.5985e-02, 3.7191e-02,\n\t 5.1047e-02, -3.0457e-02, 1.2531e-02,\n\t-1.3252e-01, 1.2593e-01, -6.3717e-02,\n\t 4.0794e-02, -1.4786e-02, 1.7139e-02,\n\t 2.4343e-40, -1.7451e-40, 2.0169e-40,\n\t-5.5166e-40, 2.4201e-40, -2.5701e-40,\n\t 2.9947e-40, 2.9321e-40, -1.6015e-40,\n\t-3.6598e-02, -1.8520e-03, -1.6999e-01,\n\t-8.6806e-02, -7.7266e-02, -9.6042e-02,\n\t-2.1342e-02, 2.5793e-02, -7.2541e-03,\n\t 3.0667e-02, -2.6287e-01, 3.0592e-02,\n\t-4.5559e-02, -1.4716e-01, 2.0932e-01,\n\t-5.8472e-03, -1.0023e-02, 1.2134e-02,\n\t-1.3284e-02, 2.0538e-02, -5.4476e-04,\n\t 5.8096e-02, -1.4790e-02, -2.0158e-02,\n\t-3.9654e-02, -2.2069e-01, -1.5089e-01,\n\t-1.8966e-01, -1.6834e-01, 9.8934e-02,\n\t 8.2326e-02, 7.5585e-02, -1.7188e-02,\n\t-1.4985e-02, 2.1823e-02, -7.7015e-03,\n\t 1.8353e-40, 4.8298e-40, -2.0568e-40,\n\t-3.7196e-40, -5.7237e-40, 1.0648e-40,\n\t 9.4960e-41, 3.0411e-40, 1.3294e-40,\n\t-1.4884e-02, 4.9767e-02, -3.0288e-02,\n\t 8.9874e-03, -1.0290e-01, 3.1344e-01,\n\t 5.9735e-03, -2.0813e-01, -6.6145e-03,\n\t 1.6592e-02, 3.0529e-05, -1.0180e-02,\n\t-4.8683e-02, 1.4025e-01, 2.9237e-02,\n\t-2.3334e-02, -9.6638e-02, -1.0268e-02,\n\t-4.9497e-41, -5.6377e-40, -2.0142e-40,\n\t 2.1230e-40, 1.6067e-40, 3.4830e-40,\n\t-4.9031e-40, -3.0290e-40, -2.9060e-40,\n\t 3.4053e-02, -8.9560e-02, -4.4479e-02,\n\t 4.2128e-02, 6.9253e-02, -7.1096e-03,\n\t 4.2358e-02, -1.7215e-02, 9.0389e-03,\n\t 1.8129e-02, -1.4785e-01, 1.1267e-01,\n\t-7.1637e-02, 5.5595e-01, -1.0569e-02,\n\t 1.8481e-02, -4.7556e-02, -1.1185e-02,\n\t-1.1766e-02, -8.5959e-03, -3.0046e-02,\n\t-2.1081e-03, 1.1518e-01, -8.4419e-02,\n\t-7.5829e-02, 1.8199e-01, -9.7726e-03,\n\t 3.6473e-02, 1.8761e-01, 4.9495e-03,\n\t-6.9640e-02, -2.8775e-01, 3.6149e-02,\n\t 9.6345e-04, 1.3967e-02, -6.0015e-03,\n\t 2.9861e-40, 3.9190e-40, 5.3741e-40,\n\t 3.8059e-40, 4.7113e-40, 5.9498e-40,\n\t-5.0640e-40, -4.1610e-40, 6.2009e-40,\n\t-2.3464e-03, -7.3888e-02, 3.4701e-02,\n\t-5.2257e-04, 3.8444e-02, -5.3735e-01,\n\t-1.7970e-03, 9.0298e-02, 5.3151e-02,\n\t-2.6033e-02, 1.2973e-02, 4.9147e-03,\n\t 2.3005e-02, 1.7045e-01, 2.4715e-02,\n\t 2.7981e-02, -8.4662e-02, -9.4778e-03,\n\t 5.3019e-40, -2.1800e-40, 1.5281e-40,\n\t-1.0282e-40, 1.8040e-41, 1.3929e-40,\n\t-5.9679e-40, -5.2958e-40, 1.4429e-40,\n\t 3.4325e-02, -1.7240e-01, -4.9645e-02,\n\t-2.4341e-02, 5.2652e-02, -1.1188e-02,\n\t-3.6336e-03, 4.2148e-04, 3.3086e-03,\n\t 5.5059e-03, 1.7744e-01, -2.8681e-02,\n\t-3.4868e-03, -1.4569e-01, 1.6508e-02,\n\t 4.6766e-03, -1.7963e-02, -2.6397e-03,\n\t 4.3618e-03, -4.2793e-03, -4.7820e-04,\n\t-4.2795e-02, 2.0070e-01, 3.8402e-02,\n\t 5.0586e-02, 2.1910e-01, -3.4381e-02,\n\t 5.7625e-02, 4.2314e-01, -1.9732e-02,\n\t 3.4811e-02, -2.3033e-01, 1.1477e-02,\n\t-7.3744e-03, 1.9112e-02, 4.2251e-03\n};\n\nconst static MF4 biasLB = { -0.0046, 0.0015, -0.0076, 0.0079 };\n\nconst static MF kernelsL10[4 * 8] = {\n\t 0.4908, -0.0457,\n\t-0.1716, -0.2115,\n\t-0.0015, -0.3152,\n\t 0.3045, 0.0330,\n\t-0.2981, 0.0912,\n\t 0.0122, 0.2281,\n\t 0.3331, 0.2853,\n\t 0.2210, 0.2611,\n\t 0.2364, 0.0792,\n\t 0.2885, -0.7122,\n\t-0.3715, 0.1404,\n\t-0.0260, 0.2144,\n\t 0.2378, 0.1570,\n\t-0.5734, 0.2077,\n\t-0.0851, 0.2771,\n\t 0.0415, -0.1858\n};\n\nconst static MF2x3 rgb2uv = {\n\t-0.169, -0.331, 0.5,\n\t0.5, -0.419, -0.081\n};\n\nconst static MF3x3 yuv2rgb = {\n\t1, -0.00093, 1.401687,\n\t1, -0.3437, -0.71417,\n\t1, 1.77216, 0.00099\n};\n\nvoid Pass9(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 target1 = biasLA;\n\ttarget1 = MulAdd(tl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 0], kernelsLA[1 * 72 + 0 * 9 + 0], kernelsLA[2 * 72 + 0 * 9 + 0], kernelsLA[3 * 72 + 0 * 9 + 0], kernelsLA[0 * 72 + 1 * 9 + 0], kernelsLA[1 * 72 + 1 * 9 + 0], kernelsLA[2 * 72 + 1 * 9 + 0], kernelsLA[3 * 72 + 1 * 9 + 0], kernelsLA[0 * 72 + 2 * 9 + 0], kernelsLA[1 * 72 + 2 * 9 + 0], kernelsLA[2 * 72 + 2 * 9 + 0], kernelsLA[3 * 72 + 2 * 9 + 0], kernelsLA[0 * 72 + 3 * 9 + 0], kernelsLA[1 * 72 + 3 * 9 + 0], kernelsLA[2 * 72 + 3 * 9 + 0], kernelsLA[3 * 72 + 3 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 1], kernelsLA[1 * 72 + 0 * 9 + 1], kernelsLA[2 * 72 + 0 * 9 + 1], kernelsLA[3 * 72 + 0 * 9 + 1], kernelsLA[0 * 72 + 1 * 9 + 1], kernelsLA[1 * 72 + 1 * 9 + 1], kernelsLA[2 * 72 + 1 * 9 + 1], kernelsLA[3 * 72 + 1 * 9 + 1], kernelsLA[0 * 72 + 2 * 9 + 1], kernelsLA[1 * 72 + 2 * 9 + 1], kernelsLA[2 * 72 + 2 * 9 + 1], kernelsLA[3 * 72 + 2 * 9 + 1], kernelsLA[0 * 72 + 3 * 9 + 1], kernelsLA[1 * 72 + 3 * 9 + 1], kernelsLA[2 * 72 + 3 * 9 + 1], kernelsLA[3 * 72 + 3 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 2], kernelsLA[1 * 72 + 0 * 9 + 2], kernelsLA[2 * 72 + 0 * 9 + 2], kernelsLA[3 * 72 + 0 * 9 + 2], kernelsLA[0 * 72 + 1 * 9 + 2], kernelsLA[1 * 72 + 1 * 9 + 2], kernelsLA[2 * 72 + 1 * 9 + 2], kernelsLA[3 * 72 + 1 * 9 + 2], kernelsLA[0 * 72 + 2 * 9 + 2], kernelsLA[1 * 72 + 2 * 9 + 2], kernelsLA[2 * 72 + 2 * 9 + 2], kernelsLA[3 * 72 + 2 * 9 + 2], kernelsLA[0 * 72 + 3 * 9 + 2], kernelsLA[1 * 72 + 3 * 9 + 2], kernelsLA[2 * 72 + 3 * 9 + 2], kernelsLA[3 * 72 + 3 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 3], kernelsLA[1 * 72 + 0 * 9 + 3], kernelsLA[2 * 72 + 0 * 9 + 3], kernelsLA[3 * 72 + 0 * 9 + 3], kernelsLA[0 * 72 + 1 * 9 + 3], kernelsLA[1 * 72 + 1 * 9 + 3], kernelsLA[2 * 72 + 1 * 9 + 3], kernelsLA[3 * 72 + 1 * 9 + 3], kernelsLA[0 * 72 + 2 * 9 + 3], kernelsLA[1 * 72 + 2 * 9 + 3], kernelsLA[2 * 72 + 2 * 9 + 3], kernelsLA[3 * 72 + 2 * 9 + 3], kernelsLA[0 * 72 + 3 * 9 + 3], kernelsLA[1 * 72 + 3 * 9 + 3], kernelsLA[2 * 72 + 3 * 9 + 3], kernelsLA[3 * 72 + 3 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 4], kernelsLA[1 * 72 + 0 * 9 + 4], kernelsLA[2 * 72 + 0 * 9 + 4], kernelsLA[3 * 72 + 0 * 9 + 4], kernelsLA[0 * 72 + 1 * 9 + 4], kernelsLA[1 * 72 + 1 * 9 + 4], kernelsLA[2 * 72 + 1 * 9 + 4], kernelsLA[3 * 72 + 1 * 9 + 4], kernelsLA[0 * 72 + 2 * 9 + 4], kernelsLA[1 * 72 + 2 * 9 + 4], kernelsLA[2 * 72 + 2 * 9 + 4], kernelsLA[3 * 72 + 2 * 9 + 4], kernelsLA[0 * 72 + 3 * 9 + 4], kernelsLA[1 * 72 + 3 * 9 + 4], kernelsLA[2 * 72 + 3 * 9 + 4], kernelsLA[3 * 72 + 3 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 5], kernelsLA[1 * 72 + 0 * 9 + 5], kernelsLA[2 * 72 + 0 * 9 + 5], kernelsLA[3 * 72 + 0 * 9 + 5], kernelsLA[0 * 72 + 1 * 9 + 5], kernelsLA[1 * 72 + 1 * 9 + 5], kernelsLA[2 * 72 + 1 * 9 + 5], kernelsLA[3 * 72 + 1 * 9 + 5], kernelsLA[0 * 72 + 2 * 9 + 5], kernelsLA[1 * 72 + 2 * 9 + 5], kernelsLA[2 * 72 + 2 * 9 + 5], kernelsLA[3 * 72 + 2 * 9 + 5], kernelsLA[0 * 72 + 3 * 9 + 5], kernelsLA[1 * 72 + 3 * 9 + 5], kernelsLA[2 * 72 + 3 * 9 + 5], kernelsLA[3 * 72 + 3 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 6], kernelsLA[1 * 72 + 0 * 9 + 6], kernelsLA[2 * 72 + 0 * 9 + 6], kernelsLA[3 * 72 + 0 * 9 + 6], kernelsLA[0 * 72 + 1 * 9 + 6], kernelsLA[1 * 72 + 1 * 9 + 6], kernelsLA[2 * 72 + 1 * 9 + 6], kernelsLA[3 * 72 + 1 * 9 + 6], kernelsLA[0 * 72 + 2 * 9 + 6], kernelsLA[1 * 72 + 2 * 9 + 6], kernelsLA[2 * 72 + 2 * 9 + 6], kernelsLA[3 * 72 + 2 * 9 + 6], kernelsLA[0 * 72 + 3 * 9 + 6], kernelsLA[1 * 72 + 3 * 9 + 6], kernelsLA[2 * 72 + 3 * 9 + 6], kernelsLA[3 * 72 + 3 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 7], kernelsLA[1 * 72 + 0 * 9 + 7], kernelsLA[2 * 72 + 0 * 9 + 7], kernelsLA[3 * 72 + 0 * 9 + 7], kernelsLA[0 * 72 + 1 * 9 + 7], kernelsLA[1 * 72 + 1 * 9 + 7], kernelsLA[2 * 72 + 1 * 9 + 7], kernelsLA[3 * 72 + 1 * 9 + 7], kernelsLA[0 * 72 + 2 * 9 + 7], kernelsLA[1 * 72 + 2 * 9 + 7], kernelsLA[2 * 72 + 2 * 9 + 7], kernelsLA[3 * 72 + 2 * 9 + 7], kernelsLA[0 * 72 + 3 * 9 + 7], kernelsLA[1 * 72 + 3 * 9 + 7], kernelsLA[2 * 72 + 3 * 9 + 7], kernelsLA[3 * 72 + 3 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br1, MF4x4(kernelsLA[0 * 72 + 0 * 9 + 8], kernelsLA[1 * 72 + 0 * 9 + 8], kernelsLA[2 * 72 + 0 * 9 + 8], kernelsLA[3 * 72 + 0 * 9 + 8], kernelsLA[0 * 72 + 1 * 9 + 8], kernelsLA[1 * 72 + 1 * 9 + 8], kernelsLA[2 * 72 + 1 * 9 + 8], kernelsLA[3 * 72 + 1 * 9 + 8], kernelsLA[0 * 72 + 2 * 9 + 8], kernelsLA[1 * 72 + 2 * 9 + 8], kernelsLA[2 * 72 + 2 * 9 + 8], kernelsLA[3 * 72 + 2 * 9 + 8], kernelsLA[0 * 72 + 3 * 9 + 8], kernelsLA[1 * 72 + 3 * 9 + 8], kernelsLA[2 * 72 + 3 * 9 + 8], kernelsLA[3 * 72 + 3 * 9 + 8]), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 0], kernelsLA[1 * 72 + 4 * 9 + 0], kernelsLA[2 * 72 + 4 * 9 + 0], kernelsLA[3 * 72 + 4 * 9 + 0], kernelsLA[0 * 72 + 5 * 9 + 0], kernelsLA[1 * 72 + 5 * 9 + 0], kernelsLA[2 * 72 + 5 * 9 + 0], kernelsLA[3 * 72 + 5 * 9 + 0], kernelsLA[0 * 72 + 6 * 9 + 0], kernelsLA[1 * 72 + 6 * 9 + 0], kernelsLA[2 * 72 + 6 * 9 + 0], kernelsLA[3 * 72 + 6 * 9 + 0], kernelsLA[0 * 72 + 7 * 9 + 0], kernelsLA[1 * 72 + 7 * 9 + 0], kernelsLA[2 * 72 + 7 * 9 + 0], kernelsLA[3 * 72 + 7 * 9 + 0]), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 1], kernelsLA[1 * 72 + 4 * 9 + 1], kernelsLA[2 * 72 + 4 * 9 + 1], kernelsLA[3 * 72 + 4 * 9 + 1], kernelsLA[0 * 72 + 5 * 9 + 1], kernelsLA[1 * 72 + 5 * 9 + 1], kernelsLA[2 * 72 + 5 * 9 + 1], kernelsLA[3 * 72 + 5 * 9 + 1], kernelsLA[0 * 72 + 6 * 9 + 1], kernelsLA[1 * 72 + 6 * 9 + 1], kernelsLA[2 * 72 + 6 * 9 + 1], kernelsLA[3 * 72 + 6 * 9 + 1], kernelsLA[0 * 72 + 7 * 9 + 1], kernelsLA[1 * 72 + 7 * 9 + 1], kernelsLA[2 * 72 + 7 * 9 + 1], kernelsLA[3 * 72 + 7 * 9 + 1]), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 2], kernelsLA[1 * 72 + 4 * 9 + 2], kernelsLA[2 * 72 + 4 * 9 + 2], kernelsLA[3 * 72 + 4 * 9 + 2], kernelsLA[0 * 72 + 5 * 9 + 2], kernelsLA[1 * 72 + 5 * 9 + 2], kernelsLA[2 * 72 + 5 * 9 + 2], kernelsLA[3 * 72 + 5 * 9 + 2], kernelsLA[0 * 72 + 6 * 9 + 2], kernelsLA[1 * 72 + 6 * 9 + 2], kernelsLA[2 * 72 + 6 * 9 + 2], kernelsLA[3 * 72 + 6 * 9 + 2], kernelsLA[0 * 72 + 7 * 9 + 2], kernelsLA[1 * 72 + 7 * 9 + 2], kernelsLA[2 * 72 + 7 * 9 + 2], kernelsLA[3 * 72 + 7 * 9 + 2]), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 3], kernelsLA[1 * 72 + 4 * 9 + 3], kernelsLA[2 * 72 + 4 * 9 + 3], kernelsLA[3 * 72 + 4 * 9 + 3], kernelsLA[0 * 72 + 5 * 9 + 3], kernelsLA[1 * 72 + 5 * 9 + 3], kernelsLA[2 * 72 + 5 * 9 + 3], kernelsLA[3 * 72 + 5 * 9 + 3], kernelsLA[0 * 72 + 6 * 9 + 3], kernelsLA[1 * 72 + 6 * 9 + 3], kernelsLA[2 * 72 + 6 * 9 + 3], kernelsLA[3 * 72 + 6 * 9 + 3], kernelsLA[0 * 72 + 7 * 9 + 3], kernelsLA[1 * 72 + 7 * 9 + 3], kernelsLA[2 * 72 + 7 * 9 + 3], kernelsLA[3 * 72 + 7 * 9 + 3]), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 4], kernelsLA[1 * 72 + 4 * 9 + 4], kernelsLA[2 * 72 + 4 * 9 + 4], kernelsLA[3 * 72 + 4 * 9 + 4], kernelsLA[0 * 72 + 5 * 9 + 4], kernelsLA[1 * 72 + 5 * 9 + 4], kernelsLA[2 * 72 + 5 * 9 + 4], kernelsLA[3 * 72 + 5 * 9 + 4], kernelsLA[0 * 72 + 6 * 9 + 4], kernelsLA[1 * 72 + 6 * 9 + 4], kernelsLA[2 * 72 + 6 * 9 + 4], kernelsLA[3 * 72 + 6 * 9 + 4], kernelsLA[0 * 72 + 7 * 9 + 4], kernelsLA[1 * 72 + 7 * 9 + 4], kernelsLA[2 * 72 + 7 * 9 + 4], kernelsLA[3 * 72 + 7 * 9 + 4]), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 5], kernelsLA[1 * 72 + 4 * 9 + 5], kernelsLA[2 * 72 + 4 * 9 + 5], kernelsLA[3 * 72 + 4 * 9 + 5], kernelsLA[0 * 72 + 5 * 9 + 5], kernelsLA[1 * 72 + 5 * 9 + 5], kernelsLA[2 * 72 + 5 * 9 + 5], kernelsLA[3 * 72 + 5 * 9 + 5], kernelsLA[0 * 72 + 6 * 9 + 5], kernelsLA[1 * 72 + 6 * 9 + 5], kernelsLA[2 * 72 + 6 * 9 + 5], kernelsLA[3 * 72 + 6 * 9 + 5], kernelsLA[0 * 72 + 7 * 9 + 5], kernelsLA[1 * 72 + 7 * 9 + 5], kernelsLA[2 * 72 + 7 * 9 + 5], kernelsLA[3 * 72 + 7 * 9 + 5]), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 6], kernelsLA[1 * 72 + 4 * 9 + 6], kernelsLA[2 * 72 + 4 * 9 + 6], kernelsLA[3 * 72 + 4 * 9 + 6], kernelsLA[0 * 72 + 5 * 9 + 6], kernelsLA[1 * 72 + 5 * 9 + 6], kernelsLA[2 * 72 + 5 * 9 + 6], kernelsLA[3 * 72 + 5 * 9 + 6], kernelsLA[0 * 72 + 6 * 9 + 6], kernelsLA[1 * 72 + 6 * 9 + 6], kernelsLA[2 * 72 + 6 * 9 + 6], kernelsLA[3 * 72 + 6 * 9 + 6], kernelsLA[0 * 72 + 7 * 9 + 6], kernelsLA[1 * 72 + 7 * 9 + 6], kernelsLA[2 * 72 + 7 * 9 + 6], kernelsLA[3 * 72 + 7 * 9 + 6]), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 7], kernelsLA[1 * 72 + 4 * 9 + 7], kernelsLA[2 * 72 + 4 * 9 + 7], kernelsLA[3 * 72 + 4 * 9 + 7], kernelsLA[0 * 72 + 5 * 9 + 7], kernelsLA[1 * 72 + 5 * 9 + 7], kernelsLA[2 * 72 + 5 * 9 + 7], kernelsLA[3 * 72 + 5 * 9 + 7], kernelsLA[0 * 72 + 6 * 9 + 7], kernelsLA[1 * 72 + 6 * 9 + 7], kernelsLA[2 * 72 + 6 * 9 + 7], kernelsLA[3 * 72 + 6 * 9 + 7], kernelsLA[0 * 72 + 7 * 9 + 7], kernelsLA[1 * 72 + 7 * 9 + 7], kernelsLA[2 * 72 + 7 * 9 + 7], kernelsLA[3 * 72 + 7 * 9 + 7]), target1);\n\ttarget1 = MulAdd(br2, MF4x4(kernelsLA[0 * 72 + 4 * 9 + 8], kernelsLA[1 * 72 + 4 * 9 + 8], kernelsLA[2 * 72 + 4 * 9 + 8], kernelsLA[3 * 72 + 4 * 9 + 8], kernelsLA[0 * 72 + 5 * 9 + 8], kernelsLA[1 * 72 + 5 * 9 + 8], kernelsLA[2 * 72 + 5 * 9 + 8], kernelsLA[3 * 72 + 5 * 9 + 8], kernelsLA[0 * 72 + 6 * 9 + 8], kernelsLA[1 * 72 + 6 * 9 + 8], kernelsLA[2 * 72 + 6 * 9 + 8], kernelsLA[3 * 72 + 6 * 9 + 8], kernelsLA[0 * 72 + 7 * 9 + 8], kernelsLA[1 * 72 + 7 * 9 + 8], kernelsLA[2 * 72 + 7 * 9 + 8], kernelsLA[3 * 72 + 7 * 9 + 8]), target1);\n\ttarget1 = RELU(target1);\n\n\tMF4 target2 = biasLB;\n\ttarget2 = MulAdd(tl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 0], kernelsLB[1 * 72 + 0 * 9 + 0], kernelsLB[2 * 72 + 0 * 9 + 0], kernelsLB[3 * 72 + 0 * 9 + 0], kernelsLB[0 * 72 + 1 * 9 + 0], kernelsLB[1 * 72 + 1 * 9 + 0], kernelsLB[2 * 72 + 1 * 9 + 0], kernelsLB[3 * 72 + 1 * 9 + 0], kernelsLB[0 * 72 + 2 * 9 + 0], kernelsLB[1 * 72 + 2 * 9 + 0], kernelsLB[2 * 72 + 2 * 9 + 0], kernelsLB[3 * 72 + 2 * 9 + 0], kernelsLB[0 * 72 + 3 * 9 + 0], kernelsLB[1 * 72 + 3 * 9 + 0], kernelsLB[2 * 72 + 3 * 9 + 0], kernelsLB[3 * 72 + 3 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 1], kernelsLB[1 * 72 + 0 * 9 + 1], kernelsLB[2 * 72 + 0 * 9 + 1], kernelsLB[3 * 72 + 0 * 9 + 1], kernelsLB[0 * 72 + 1 * 9 + 1], kernelsLB[1 * 72 + 1 * 9 + 1], kernelsLB[2 * 72 + 1 * 9 + 1], kernelsLB[3 * 72 + 1 * 9 + 1], kernelsLB[0 * 72 + 2 * 9 + 1], kernelsLB[1 * 72 + 2 * 9 + 1], kernelsLB[2 * 72 + 2 * 9 + 1], kernelsLB[3 * 72 + 2 * 9 + 1], kernelsLB[0 * 72 + 3 * 9 + 1], kernelsLB[1 * 72 + 3 * 9 + 1], kernelsLB[2 * 72 + 3 * 9 + 1], kernelsLB[3 * 72 + 3 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 2], kernelsLB[1 * 72 + 0 * 9 + 2], kernelsLB[2 * 72 + 0 * 9 + 2], kernelsLB[3 * 72 + 0 * 9 + 2], kernelsLB[0 * 72 + 1 * 9 + 2], kernelsLB[1 * 72 + 1 * 9 + 2], kernelsLB[2 * 72 + 1 * 9 + 2], kernelsLB[3 * 72 + 1 * 9 + 2], kernelsLB[0 * 72 + 2 * 9 + 2], kernelsLB[1 * 72 + 2 * 9 + 2], kernelsLB[2 * 72 + 2 * 9 + 2], kernelsLB[3 * 72 + 2 * 9 + 2], kernelsLB[0 * 72 + 3 * 9 + 2], kernelsLB[1 * 72 + 3 * 9 + 2], kernelsLB[2 * 72 + 3 * 9 + 2], kernelsLB[3 * 72 + 3 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 3], kernelsLB[1 * 72 + 0 * 9 + 3], kernelsLB[2 * 72 + 0 * 9 + 3], kernelsLB[3 * 72 + 0 * 9 + 3], kernelsLB[0 * 72 + 1 * 9 + 3], kernelsLB[1 * 72 + 1 * 9 + 3], kernelsLB[2 * 72 + 1 * 9 + 3], kernelsLB[3 * 72 + 1 * 9 + 3], kernelsLB[0 * 72 + 2 * 9 + 3], kernelsLB[1 * 72 + 2 * 9 + 3], kernelsLB[2 * 72 + 2 * 9 + 3], kernelsLB[3 * 72 + 2 * 9 + 3], kernelsLB[0 * 72 + 3 * 9 + 3], kernelsLB[1 * 72 + 3 * 9 + 3], kernelsLB[2 * 72 + 3 * 9 + 3], kernelsLB[3 * 72 + 3 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 4], kernelsLB[1 * 72 + 0 * 9 + 4], kernelsLB[2 * 72 + 0 * 9 + 4], kernelsLB[3 * 72 + 0 * 9 + 4], kernelsLB[0 * 72 + 1 * 9 + 4], kernelsLB[1 * 72 + 1 * 9 + 4], kernelsLB[2 * 72 + 1 * 9 + 4], kernelsLB[3 * 72 + 1 * 9 + 4], kernelsLB[0 * 72 + 2 * 9 + 4], kernelsLB[1 * 72 + 2 * 9 + 4], kernelsLB[2 * 72 + 2 * 9 + 4], kernelsLB[3 * 72 + 2 * 9 + 4], kernelsLB[0 * 72 + 3 * 9 + 4], kernelsLB[1 * 72 + 3 * 9 + 4], kernelsLB[2 * 72 + 3 * 9 + 4], kernelsLB[3 * 72 + 3 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 5], kernelsLB[1 * 72 + 0 * 9 + 5], kernelsLB[2 * 72 + 0 * 9 + 5], kernelsLB[3 * 72 + 0 * 9 + 5], kernelsLB[0 * 72 + 1 * 9 + 5], kernelsLB[1 * 72 + 1 * 9 + 5], kernelsLB[2 * 72 + 1 * 9 + 5], kernelsLB[3 * 72 + 1 * 9 + 5], kernelsLB[0 * 72 + 2 * 9 + 5], kernelsLB[1 * 72 + 2 * 9 + 5], kernelsLB[2 * 72 + 2 * 9 + 5], kernelsLB[3 * 72 + 2 * 9 + 5], kernelsLB[0 * 72 + 3 * 9 + 5], kernelsLB[1 * 72 + 3 * 9 + 5], kernelsLB[2 * 72 + 3 * 9 + 5], kernelsLB[3 * 72 + 3 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 6], kernelsLB[1 * 72 + 0 * 9 + 6], kernelsLB[2 * 72 + 0 * 9 + 6], kernelsLB[3 * 72 + 0 * 9 + 6], kernelsLB[0 * 72 + 1 * 9 + 6], kernelsLB[1 * 72 + 1 * 9 + 6], kernelsLB[2 * 72 + 1 * 9 + 6], kernelsLB[3 * 72 + 1 * 9 + 6], kernelsLB[0 * 72 + 2 * 9 + 6], kernelsLB[1 * 72 + 2 * 9 + 6], kernelsLB[2 * 72 + 2 * 9 + 6], kernelsLB[3 * 72 + 2 * 9 + 6], kernelsLB[0 * 72 + 3 * 9 + 6], kernelsLB[1 * 72 + 3 * 9 + 6], kernelsLB[2 * 72 + 3 * 9 + 6], kernelsLB[3 * 72 + 3 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 7], kernelsLB[1 * 72 + 0 * 9 + 7], kernelsLB[2 * 72 + 0 * 9 + 7], kernelsLB[3 * 72 + 0 * 9 + 7], kernelsLB[0 * 72 + 1 * 9 + 7], kernelsLB[1 * 72 + 1 * 9 + 7], kernelsLB[2 * 72 + 1 * 9 + 7], kernelsLB[3 * 72 + 1 * 9 + 7], kernelsLB[0 * 72 + 2 * 9 + 7], kernelsLB[1 * 72 + 2 * 9 + 7], kernelsLB[2 * 72 + 2 * 9 + 7], kernelsLB[3 * 72 + 2 * 9 + 7], kernelsLB[0 * 72 + 3 * 9 + 7], kernelsLB[1 * 72 + 3 * 9 + 7], kernelsLB[2 * 72 + 3 * 9 + 7], kernelsLB[3 * 72 + 3 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br1, MF4x4(kernelsLB[0 * 72 + 0 * 9 + 8], kernelsLB[1 * 72 + 0 * 9 + 8], kernelsLB[2 * 72 + 0 * 9 + 8], kernelsLB[3 * 72 + 0 * 9 + 8], kernelsLB[0 * 72 + 1 * 9 + 8], kernelsLB[1 * 72 + 1 * 9 + 8], kernelsLB[2 * 72 + 1 * 9 + 8], kernelsLB[3 * 72 + 1 * 9 + 8], kernelsLB[0 * 72 + 2 * 9 + 8], kernelsLB[1 * 72 + 2 * 9 + 8], kernelsLB[2 * 72 + 2 * 9 + 8], kernelsLB[3 * 72 + 2 * 9 + 8], kernelsLB[0 * 72 + 3 * 9 + 8], kernelsLB[1 * 72 + 3 * 9 + 8], kernelsLB[2 * 72 + 3 * 9 + 8], kernelsLB[3 * 72 + 3 * 9 + 8]), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 0], kernelsLB[1 * 72 + 4 * 9 + 0], kernelsLB[2 * 72 + 4 * 9 + 0], kernelsLB[3 * 72 + 4 * 9 + 0], kernelsLB[0 * 72 + 5 * 9 + 0], kernelsLB[1 * 72 + 5 * 9 + 0], kernelsLB[2 * 72 + 5 * 9 + 0], kernelsLB[3 * 72 + 5 * 9 + 0], kernelsLB[0 * 72 + 6 * 9 + 0], kernelsLB[1 * 72 + 6 * 9 + 0], kernelsLB[2 * 72 + 6 * 9 + 0], kernelsLB[3 * 72 + 6 * 9 + 0], kernelsLB[0 * 72 + 7 * 9 + 0], kernelsLB[1 * 72 + 7 * 9 + 0], kernelsLB[2 * 72 + 7 * 9 + 0], kernelsLB[3 * 72 + 7 * 9 + 0]), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 1], kernelsLB[1 * 72 + 4 * 9 + 1], kernelsLB[2 * 72 + 4 * 9 + 1], kernelsLB[3 * 72 + 4 * 9 + 1], kernelsLB[0 * 72 + 5 * 9 + 1], kernelsLB[1 * 72 + 5 * 9 + 1], kernelsLB[2 * 72 + 5 * 9 + 1], kernelsLB[3 * 72 + 5 * 9 + 1], kernelsLB[0 * 72 + 6 * 9 + 1], kernelsLB[1 * 72 + 6 * 9 + 1], kernelsLB[2 * 72 + 6 * 9 + 1], kernelsLB[3 * 72 + 6 * 9 + 1], kernelsLB[0 * 72 + 7 * 9 + 1], kernelsLB[1 * 72 + 7 * 9 + 1], kernelsLB[2 * 72 + 7 * 9 + 1], kernelsLB[3 * 72 + 7 * 9 + 1]), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 2], kernelsLB[1 * 72 + 4 * 9 + 2], kernelsLB[2 * 72 + 4 * 9 + 2], kernelsLB[3 * 72 + 4 * 9 + 2], kernelsLB[0 * 72 + 5 * 9 + 2], kernelsLB[1 * 72 + 5 * 9 + 2], kernelsLB[2 * 72 + 5 * 9 + 2], kernelsLB[3 * 72 + 5 * 9 + 2], kernelsLB[0 * 72 + 6 * 9 + 2], kernelsLB[1 * 72 + 6 * 9 + 2], kernelsLB[2 * 72 + 6 * 9 + 2], kernelsLB[3 * 72 + 6 * 9 + 2], kernelsLB[0 * 72 + 7 * 9 + 2], kernelsLB[1 * 72 + 7 * 9 + 2], kernelsLB[2 * 72 + 7 * 9 + 2], kernelsLB[3 * 72 + 7 * 9 + 2]), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 3], kernelsLB[1 * 72 + 4 * 9 + 3], kernelsLB[2 * 72 + 4 * 9 + 3], kernelsLB[3 * 72 + 4 * 9 + 3], kernelsLB[0 * 72 + 5 * 9 + 3], kernelsLB[1 * 72 + 5 * 9 + 3], kernelsLB[2 * 72 + 5 * 9 + 3], kernelsLB[3 * 72 + 5 * 9 + 3], kernelsLB[0 * 72 + 6 * 9 + 3], kernelsLB[1 * 72 + 6 * 9 + 3], kernelsLB[2 * 72 + 6 * 9 + 3], kernelsLB[3 * 72 + 6 * 9 + 3], kernelsLB[0 * 72 + 7 * 9 + 3], kernelsLB[1 * 72 + 7 * 9 + 3], kernelsLB[2 * 72 + 7 * 9 + 3], kernelsLB[3 * 72 + 7 * 9 + 3]), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 4], kernelsLB[1 * 72 + 4 * 9 + 4], kernelsLB[2 * 72 + 4 * 9 + 4], kernelsLB[3 * 72 + 4 * 9 + 4], kernelsLB[0 * 72 + 5 * 9 + 4], kernelsLB[1 * 72 + 5 * 9 + 4], kernelsLB[2 * 72 + 5 * 9 + 4], kernelsLB[3 * 72 + 5 * 9 + 4], kernelsLB[0 * 72 + 6 * 9 + 4], kernelsLB[1 * 72 + 6 * 9 + 4], kernelsLB[2 * 72 + 6 * 9 + 4], kernelsLB[3 * 72 + 6 * 9 + 4], kernelsLB[0 * 72 + 7 * 9 + 4], kernelsLB[1 * 72 + 7 * 9 + 4], kernelsLB[2 * 72 + 7 * 9 + 4], kernelsLB[3 * 72 + 7 * 9 + 4]), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 5], kernelsLB[1 * 72 + 4 * 9 + 5], kernelsLB[2 * 72 + 4 * 9 + 5], kernelsLB[3 * 72 + 4 * 9 + 5], kernelsLB[0 * 72 + 5 * 9 + 5], kernelsLB[1 * 72 + 5 * 9 + 5], kernelsLB[2 * 72 + 5 * 9 + 5], kernelsLB[3 * 72 + 5 * 9 + 5], kernelsLB[0 * 72 + 6 * 9 + 5], kernelsLB[1 * 72 + 6 * 9 + 5], kernelsLB[2 * 72 + 6 * 9 + 5], kernelsLB[3 * 72 + 6 * 9 + 5], kernelsLB[0 * 72 + 7 * 9 + 5], kernelsLB[1 * 72 + 7 * 9 + 5], kernelsLB[2 * 72 + 7 * 9 + 5], kernelsLB[3 * 72 + 7 * 9 + 5]), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 6], kernelsLB[1 * 72 + 4 * 9 + 6], kernelsLB[2 * 72 + 4 * 9 + 6], kernelsLB[3 * 72 + 4 * 9 + 6], kernelsLB[0 * 72 + 5 * 9 + 6], kernelsLB[1 * 72 + 5 * 9 + 6], kernelsLB[2 * 72 + 5 * 9 + 6], kernelsLB[3 * 72 + 5 * 9 + 6], kernelsLB[0 * 72 + 6 * 9 + 6], kernelsLB[1 * 72 + 6 * 9 + 6], kernelsLB[2 * 72 + 6 * 9 + 6], kernelsLB[3 * 72 + 6 * 9 + 6], kernelsLB[0 * 72 + 7 * 9 + 6], kernelsLB[1 * 72 + 7 * 9 + 6], kernelsLB[2 * 72 + 7 * 9 + 6], kernelsLB[3 * 72 + 7 * 9 + 6]), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 7], kernelsLB[1 * 72 + 4 * 9 + 7], kernelsLB[2 * 72 + 4 * 9 + 7], kernelsLB[3 * 72 + 4 * 9 + 7], kernelsLB[0 * 72 + 5 * 9 + 7], kernelsLB[1 * 72 + 5 * 9 + 7], kernelsLB[2 * 72 + 5 * 9 + 7], kernelsLB[3 * 72 + 5 * 9 + 7], kernelsLB[0 * 72 + 6 * 9 + 7], kernelsLB[1 * 72 + 6 * 9 + 7], kernelsLB[2 * 72 + 6 * 9 + 7], kernelsLB[3 * 72 + 6 * 9 + 7], kernelsLB[0 * 72 + 7 * 9 + 7], kernelsLB[1 * 72 + 7 * 9 + 7], kernelsLB[2 * 72 + 7 * 9 + 7], kernelsLB[3 * 72 + 7 * 9 + 7]), target2);\n\ttarget2 = MulAdd(br2, MF4x4(kernelsLB[0 * 72 + 4 * 9 + 8], kernelsLB[1 * 72 + 4 * 9 + 8], kernelsLB[2 * 72 + 4 * 9 + 8], kernelsLB[3 * 72 + 4 * 9 + 8], kernelsLB[0 * 72 + 5 * 9 + 8], kernelsLB[1 * 72 + 5 * 9 + 8], kernelsLB[2 * 72 + 5 * 9 + 8], kernelsLB[3 * 72 + 5 * 9 + 8], kernelsLB[0 * 72 + 6 * 9 + 8], kernelsLB[1 * 72 + 6 * 9 + 8], kernelsLB[2 * 72 + 6 * 9 + 8], kernelsLB[3 * 72 + 6 * 9 + 8], kernelsLB[0 * 72 + 7 * 9 + 8], kernelsLB[1 * 72 + 7 * 9 + 8], kernelsLB[2 * 72 + 7 * 9 + 8], kernelsLB[3 * 72 + 7 * 9 + 8]), target2);\n\ttarget2 = RELU(target2);\n\n\t[unroll]\n\tfor (uint i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\n\t\t\tuint index = j * 2 + i;\n\t\t\tMF luma = saturate(\n\t\t\t\ttarget1.x * kernelsL10[0 + index] +\n\t\t\t\ttarget1.y * kernelsL10[4 + index] +\n\t\t\t\ttarget1.z * kernelsL10[8 + index] +\n\t\t\t\ttarget1.w * kernelsL10[12 + index] +\n\t\t\t\ttarget2.x * kernelsL10[16 + index] +\n\t\t\t\ttarget2.y * kernelsL10[20 + index] +\n\t\t\t\ttarget2.z * kernelsL10[24 + index] +\n\t\t\t\ttarget2.w * kernelsL10[28 + index]);\n\n\t\t\tMF2 originUV = mul(rgb2uv, INPUT.SampleLevel(sam1, (destPos + 0.5f) * outputPt, 0).rgb);\n\t\t\tOUTPUT[destPos] = MF4(mul(yuv2rgb, MF3(luma, originUV)), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_3D_AA_Upscale_US.hlsl",
"content": "// Anime4K_3DGraphics_AA_Upscale_x2_US\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Upscale/Anime4K_3DGraphics_AA_Upscale_x2_US.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_3D_Upscale_1\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.025272772, 0.014345055, -0.009859513, 0.000597734 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(0.10005958, 0.30363804, -0.24045889, -0.003466652, 0.25860623, 0.47408342, -0.58965975, 0.058167808, 0.17228158, 0.43657768, -0.3982826, -0.022539442), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.23593923, 0.4692322, 0.04355681, 0.009586428, -0.37485301, 0.5885971, 0.3236714, -0.08301241, -0.3188667, 0.5608897, 0.3396368, 0.059106056), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.15485556, -0.11745722, 0.042440087, 0.5313071, -0.24682014, 0.00033858762, -0.08202063, 0.84100145, -0.15803772, -0.11368423, -0.09765383, 0.6991758), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(0.21323937, 0.07442176, -0.10949712, -0.05313448, 0.44871446, 0.16815953, 0.07202329, -0.05763504, 0.12998791, 0.06934043, 0.044557367, -0.00978054), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(0.40295616, -0.7156766, 0.7321813, -0.54544497, 0.44781828, -1.1244348, 0.7786728, -0.91297877, 0.52567977, -0.81486106, 0.56867415, -0.68681335), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.020084642, -0.072761856, -0.13040084, 0.063976064, 0.18822637, -0.096821584, -0.06842927, 0.18078656, 0.05295053, -0.18540566, -0.1239999, 0.0156137515), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.6254935, 0.0074730455, 0.21930416, 0.028796878, -0.82789946, 0.051125027, 0.25597844, 0.049207535, -0.68400925, -0.015768895, 0.233402, 0.021760475), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.21823564, -0.15992375, -0.14845636, -0.031485636, 0.13821888, -0.27466524, -0.094343, -0.07067512, 0.20875643, -0.20346795, -0.12910774, -0.052383807), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.001368614, 0.17603171, -0.36661625, -0.0043979343, 0.1381601, 0.27952382, -0.6743216, 0.0067374213, -0.023204552, 0.21662682, -0.3795221, -0.025739884), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.012601902, -0.0121468, -0.027073797, -0.0223602 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.08796357, 0.028130328, 0.073414765, -0.029320398, -0.07826724, 0.012752971, 0.06304871, 0.082551956, -0.052348416, 0.010077275, 0.0803755, 0.16395038, -0.08238233, -0.0012038432, -0.1297045, -0.1087021), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.044162463, -0.019727755, -0.05845153, -0.23984948, 0.08363732, -0.06774037, 0.0234879, 0.02139741, 0.0028723166, -0.07549135, 0.0744662, 0.109019615, 0.03763121, -0.060664024, -0.03823593, -0.015655363), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.026882887, 0.124355234, -0.005225512, 0.053853527, -0.004761375, 0.07739831, 0.007993726, -0.024238527, -0.035357814, 0.022114292, -0.026158875, 0.047122046, -0.021067293, 0.041959677, 0.008588816, -0.006613815), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.037601672, 0.010898833, 0.05053419, -0.0118405875, 0.052177202, 0.013291429, -0.20246609, -0.07192325, -0.05164381, -0.011278074, -0.12394048, -0.037769064, 0.24392918, 0.03289724, 0.018663784, 0.04071627), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.17768572, -0.003431817, 0.024597375, -0.067222916, -0.15119793, -0.049984362, 0.0588867, 0.20031504, -0.028296817, -0.17337173, 0.02136566, 0.07842319, -0.10203611, 0.02128208, 0.20057699, 0.026265312), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.018206367, -0.36731398, -0.07842714, -0.08946319, 0.05601789, -0.13398123, -0.09766525, 0.0051633804, -0.004821273, -0.060362365, -0.08751827, -0.01924666, -0.01642196, -0.084792316, -0.021546558, -0.01531331), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.003315341, 0.003464535, 0.023609636, -0.029517155, 0.023121882, -0.033598952, 0.032658506, 0.072380014, 0.038630765, -0.020992903, -0.09003304, 0.048244834, 0.17752261, -0.023978172, 0.7178278, 0.09461632), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.010277829, -0.0462686, -0.024897251, -0.02214524, 0.1262903, -0.15583614, -0.50100106, -0.04074772, 0.0612536, -0.17066137, -0.15715116, -0.020877155, -0.062031068, 0.4314311, -0.008700501, -0.030722365), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.12062004, 0.055291675, 0.041176047, -0.034254536, -0.04062085, 0.14750236, 0.100433215, 0.024384778, -0.02506444, -0.0012329774, 0.06715311, 0.013158619, -0.07343181, 0.08929479, 0.015891392, 0.0014893904), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.00028356185, 0.008408778, 0.046833538, -0.110735945, 0.050230157, -0.023995856, -0.06471944, -0.12666705, 0.121487044, -0.040447604, -0.13425831, -0.035763647, 0.06327994, 0.04542948, 0.12984566, 0.041735172), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.09654193, 0.055733874, 0.14149562, 0.20103204, -0.04256184, 0.041129943, -0.0997907, 0.030775042, 0.017492702, 0.053436417, -0.13472094, -0.037674613, -0.09461306, 0.07363193, 0.025130237, -0.020962669), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.003966979, -0.077911004, -0.025530541, -0.08657802, 0.047928706, -0.12820454, -0.034780253, 0.070523396, 0.0991259, -0.07432318, -0.035848588, 0.026542934, -0.005886989, -0.048655648, 0.014799456, -0.033676937), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.0040423325, 0.011639387, 0.014709128, -0.100935176, -0.03094238, -0.0058094636, 0.1256023, 0.086693585, -0.00840243, -0.02635784, -0.2395783, 0.0055595445, -0.104565054, 0.05285065, 0.092289336, 0.12696597), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.097862415, 0.035469674, -0.12026435, -0.25865972, 0.12508512, -0.00648921, -0.1848096, -0.24143967, -0.009432349, -0.035211377, -0.05589267, -0.11565712, 0.015937572, 0.02717122, -0.09954979, -0.081140056), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.09073428, 0.31426015, 0.087145604, -0.00073830306, 0.013578701, 0.032616604, 0.038264107, 0.07236385, -0.012257218, 0.040580798, 0.08520396, 0.004167174, 0.02280993, 0.113494344, 0.027510444, 0.029490784), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.02391937, 0.0039571812, -0.026116686, -0.025334306, 0.06904104, 0.011511556, -0.14147542, 0.01224604, 0.03788813, -0.041387778, -0.1523622, 0.03650455, 0.04693732, 0.03091366, 0.2839756, 0.1779714), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.026292996, 0.020397607, 0.09354275, 0.00044126343, -0.047845, 0.11368384, 0.18426466, 0.12002076, -0.034070846, 0.042704806, -0.041553736, 0.04446022, -0.006331844, 0.16227855, 0.07832003, -0.07068554), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.026658786, -0.0079359505, -0.04125044, -0.10622727, 0.06254047, -0.36537018, -0.10755624, 0.011665703, 0.025558028, -0.087151, -0.06987865, 0.00023839885, 0.03247968, -0.053188834, -0.004876301, -0.06005079), result);\n\t\t\t\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x4, Depth-to-Space\n//!IN INPUT, tex2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tfloat2 tpos = pos - 0.5f * inputPt;\n\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\tMF4 a = MF4(sr.w, sg.w, sb.w, sa.w);\n\tMF4 b = MF4(sr.x, sg.x, sb.x, sa.x);\n\tMF4 c = tex2.SampleLevel(sam, pos + MF2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = MF4(sr.z, sg.z, sb.z, sa.z);\n\tMF4 e = MF4(sr.y, sg.y, sb.y, sa.y);\n\tMF4 f = tex2.SampleLevel(sam, pos + MF2(0, inputPt.y), 0);\n\tMF4 g = tex2.SampleLevel(sam, pos + MF2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex2.SampleLevel(sam, pos + MF2(inputPt.x, 0), 0);\n\tMF4 i = tex2.SampleLevel(sam, pos + MF2(inputPt.x, inputPt.y), 0);\n\n\tMF4 result = { -3.1127936e-05, 3.3726166e-05, 4.8580805e-05, -9.541029e-06 };\n\tresult = MulAdd(max(a, 0), MF4x4(-0.00055252935, 0.0011350953, -0.0016148019, 0.0014946404, -0.30635214, -0.017596753, -0.0036547943, 0.016236471, 0.005174489, 0.0030302007, 0.00019672248, 0.0006430973, 0.0007490077, -0.0031795658, -6.158733e-05, 0.0006820584), result);\n\tresult = MulAdd(max(b, 0), MF4x4(0.15602079, 0.011071071, -0.0027609533, -0.0034318874, -0.0039016667, 0.016504101, -0.27816474, -0.008282344, 0.19063498, 0.012465078, 0.010091085, -0.004841106, -0.11758087, -0.012808949, 0.0067606894, 0.005216566), result);\n\tresult = MulAdd(max(c, 0), MF4x4(0.013258877, -0.014989483, 0.22402754, 0.013204027, 0.00016207264, -0.00042593342, -0.00333761, -0.0012207513, 0.0033727325, -0.007841196, 0.16044731, 0.00594871, -0.0028581345, 0.012616562, -0.15928285, -0.011812331), result);\n\tresult = MulAdd(max(d, 0), MF4x4(-0.0048872055, -0.0011780986, -0.0029523429, 0.00082424335, -0.0024385185, -0.26525813, 0.013532772, -0.0008381766, 0.0024996721, 0.0022899017, -0.0017697349, -0.0010618394, 0.0024938583, 0.005421073, 0.0028740794, -0.007808829), result);\n\tresult = MulAdd(max(e, 0), MF4x4(-0.08293415, 0.2659366, -0.010839574, 0.023423964, 0.01725351, -0.009252893, -0.011632222, -0.308242, 0.0001496815, 0.16104282, -0.0069378703, 0.00842848, 0.085917845, -0.18407243, -0.006601597, -0.027134055), result);\n\tresult = MulAdd(max(f, 0), MF4x4(-0.033873428, -0.011743531, -0.230377, 0.116242796, -0.0018527015, -0.00853698, 0.0059901997, -0.006155517, -0.009841329, 0.006163952, 0.014816026, 0.18667653, 0.016977048, -0.0017093032, 0.19695279, -0.061764043), result);\n\tresult = MulAdd(max(g, 0), MF4x4(-0.0003514533, -0.0069080726, 0.0052108583, -0.0016346197, -0.0016860099, 0.006002445, -0.0022835485, -0.0028219873, 0.0005367275, 0.0005437954, 0.00059865275, -0.00014915364, -0.0032214937, -0.00052043283, -0.0031621973, 0.0055843857), result);\n\tresult = MulAdd(max(h, 0), MF4x4(-0.006905302, -0.20389622, 0.01891904, -0.018114902, 0.00724176, 0.011335843, -0.0028616642, 0.016452003, -0.00013852821, -0.00039706306, 0.0011838446, 0.0028873065, 0.012857878, 0.16889338, -0.014114007, 0.009388666), result);\n\tresult = MulAdd(max(i, 0), MF4x4(0.0040798862, 0.002933288, -0.016012201, -0.14650294, -0.0017411204, 0.0017980475, 0.00056705566, -0.0003218331, -0.0014291195, -0.0062614805, 0.00082543516, -0.00397049, -0.004496662, 0.0008032309, 0.0049529593, 0.117166765), result);\n\t\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(result.x + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(result.y + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(result.w + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(result.z + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_3D_Upscale_US.hlsl",
"content": "// Anime4K_3DGraphics_Upscale_x2_US\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Upscale/Anime4K_3DGraphics_Upscale_x2_US.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_3D_Upscale_0\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.0033260486, 0.0027453774, 0.002706769, -0.0022023292 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(0.020295616, 0.26657984, -0.28531083, 0.041052748, 0.11729335, 0.4042445, -0.5860672, 0.098661005, 0.07756054, 0.32493782, -0.38677853, 0.029859459), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.28257942, 0.46859467, 0.07703674, -0.05280326, -0.46674755, 0.6592401, 0.28513643, -0.059969574, -0.37685588, 0.54568315, 0.1845521, -0.002367634), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.14898707, -0.088150576, -0.09723321, 0.48359355, -0.27636692, -0.09316871, -0.15453896, 0.68637407, -0.19012338, -0.13310172, -0.13367014, 0.61284137), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(0.36225644, 0.14732021, -0.17000826, -0.039856624, 0.50175637, 0.11733988, -0.080232985, -0.059622094, 0.3199943, 0.14199091, -0.08377198, -0.058804136), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(0.42444956, -0.7508643, 0.77660984, -0.5920436, 0.6205736, -1.1258985, 0.91925675, -0.854362, 0.5576168, -0.84702957, 0.6147012, -0.7004013), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.047896724, -0.018435799, -0.07901341, 0.14234425, 0.12161554, -0.03132901, -0.049536135, 0.16390118, 0.054683182, -0.054823015, -0.019946543, 0.058345634), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.60845935, -0.0062592463, 0.17769416, 0.00643066, -0.8315386, 0.010405371, 0.227901, 0.054893702, -0.63039875, -0.02128892, 0.20843753, 0.054094747), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.24499738, -0.11924165, -0.16513842, -0.012650152, 0.21676576, -0.14322694, -0.08526706, -0.0122355, 0.26050088, -0.115822464, -0.11147918, -0.018665116), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(-0.06054074, 0.094478205, -0.23038268, 0.008782032, -0.028404612, 0.22320247, -0.4821615, -0.0055871494, -0.047503285, 0.15098651, -0.26161456, 0.029869653), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.0016514715, -0.0038319482, -0.0073834592, -0.0059920377 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.26565167, 0.03297807, 0.08926044, 0.029984077, -0.20809028, 0.00351991, 0.15452495, 0.09963063, -0.13773972, 0.01029457, 0.045066427, 0.1247363, -0.12714206, 0.010659472, -0.06463583, -0.0154152885), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.0030874603, -0.04652791, -0.23016497, -0.46789864, 0.16454394, -0.12389561, -0.026154622, -0.008619661, -0.10648254, -0.10581639, 0.038306713, -0.038339432, 0.09716571, -0.037978917, -0.075691506, -0.0712344), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.22059305, 0.18160829, 0.027175324, -0.09482166, -0.07888123, 0.12431242, 0.02432025, -0.121108614, -0.0720631, -0.0138989305, -0.02100737, -0.027440425, -0.06610268, 0.115165174, 0.02048676, -0.0409675), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.043652806, 0.0134993605, 0.0030924282, -0.03314738, 0.27716368, 0.05542831, -0.28217152, -0.017624432, -0.11218036, 0.009025405, -0.13453043, -0.05897923, 0.32378325, -0.0070016393, -0.04415195, 0.10701437), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.23568924, 0.028462708, 0.11686719, 0.025355088, -0.088295944, 0.033592343, 0.22703041, 0.45683298, -0.0860751, -0.17487867, -0.048110463, 0.0030137985, -0.031168368, 0.075628504, 0.24791549, 0.13066974), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.04647855, -0.42392284, -0.19600202, -0.07964123, 0.059082046, -0.16060755, -0.12607971, 0.011384242, 0.021775302, -0.10103477, -0.09646511, -0.0333935, 0.017039102, -0.14098461, -0.0981411, -0.0023695084), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.016526148, -0.0006880693, 0.030872462, -0.018204063, -0.025757499, -0.01037187, 0.21834393, 0.09965417, -0.057800297, -0.029975737, -0.00684766, 0.05800057, 0.1683585, -0.057496388, 0.7087625, 0.2665085), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.059480842, -0.05298332, -0.06537449, -0.06439374, 0.09735456, -0.19591855, -0.42987427, -0.012228564, 0.03898561, -0.22284365, -0.24668825, -0.06651606, -0.087776355, 0.3200755, -0.050433923, -0.100411855), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.053572096, 0.16021295, 0.071161, -0.06335539, 0.015909042, 0.20072727, 0.08304887, 0.05335472, -0.03467755, -0.02854195, 0.044690188, 0.0045897495, -0.02924389, 0.16038977, 0.06578487, 0.027916174), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.11840388, -0.011793132, -0.004042257, -0.116042845, 0.17388786, -0.031351876, -0.1152781, -0.13333467, 0.2354002, -0.045496088, -0.16311322, -0.06960798, 0.11317423, 0.005508318, 0.15634489, 0.061211936), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.009622364, 0.03682801, 0.20317583, 0.41673073, 0.00662247, 0.11070694, -0.020392824, 0.13875432, 0.036129113, 0.073727116, -0.114370294, 0.042431634, -0.0446233, 0.0734258, 0.09814352, 0.09335129), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.057668976, -0.21368256, -0.029979514, 0.039450984, 0.16685131, -0.15085255, -0.042412136, 0.15757313, 0.110782996, -0.07277766, -0.035268076, 0.06094599, 0.088834405, -0.07145625, 0.0009840949, 0.04932651), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.00010679438, 0.0036139274, -0.001123274, -0.10001404, -0.035231482, -0.008196208, 0.24442215, 0.13503289, -0.082656465, -0.061868448, -0.34716147, -0.22398905, -0.00626325, 0.063109376, 0.10340223, 0.030913284), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.11526892, -0.01739956, -0.1781953, -0.27035302, 0.13689406, -0.04320452, -0.19705579, -0.16808036, -0.20343314, -0.13549826, -0.08057608, -0.16109829, 0.16905797, 0.00077912246, -0.14143418, 2.5004636e-05), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.110721245, 0.33579257, 0.14410733, -0.06675498, 0.002022071, 0.18419205, 0.09936456, 0.07311257, 0.0064584822, -0.031634383, 0.095907465, 0.031282485, 0.0051860735, 0.25176755, 0.089756206, 0.052209254), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.06346731, 0.009824449, -0.02733463, -0.06341941, 0.17385058, 0.0067438814, -0.15083039, -0.09102664, 0.065680414, -0.06668183, -0.18805085, -0.02785943, 0.06386912, 0.09340653, 0.0032584765, 0.060902752), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.061221372, -0.0020573896, 0.063335806, 0.046898697, -0.030530764, 0.27301106, 0.23682626, 0.14863367, -0.034555666, 0.024279105, -0.176423, 0.018163674, -0.00015057978, 0.1575829, 0.25034854, 0.054726984), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.03807849, -0.0440673, 0.038429137, -0.029738983, 0.035449427, -0.44138825, -0.16462126, -0.015045709, 0.010627751, -0.12178318, -0.07076098, -0.059846148, 0.0009871369, -0.07265447, -0.01998304, -0.018729536), result);\n\t\t\t\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x4, Depth-to-Space\n//!IN INPUT, tex2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tfloat2 tpos = pos - 0.5f * inputPt;\n\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\tMF4 a = MF4(sr.w, sg.w, sb.w, sa.w);\n\tMF4 b = MF4(sr.x, sg.x, sb.x, sa.x);\n\tMF4 c = tex2.SampleLevel(sam, pos + MF2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = MF4(sr.z, sg.z, sb.z, sa.z);\n\tMF4 e = MF4(sr.y, sg.y, sb.y, sa.y);\n\tMF4 f = tex2.SampleLevel(sam, pos + MF2(0, inputPt.y), 0);\n\tMF4 g = tex2.SampleLevel(sam, pos + MF2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex2.SampleLevel(sam, pos + MF2(inputPt.x, 0), 0);\n\tMF4 i = tex2.SampleLevel(sam, pos + MF2(inputPt.x, inputPt.y), 0);\n\n\tMF4 result = { -0.00016697648, -0.00015957489, 0.00017437353, -0.00019393339 };\n\tresult = MulAdd(max(a, 0), MF4x4(0.010651157, 0.0018537974, 0.0051580826, 0.0020901994, -0.41468114, -0.08517094, -0.04803197, 0.008413933, 0.014026587, 0.012820705, 0.01553548, 0.01283508, -0.040812977, -0.015933262, -0.01949977, -0.011502392), result);\n\tresult = MulAdd(max(b, 0), MF4x4(0.2278103, 0.06374709, 0.062103115, 0.02010158, -0.01932597, 0.01159983, -0.35690293, -0.062822886, 0.29807624, 0.036038283, 0.028565003, -0.025969796, -0.24225195, -0.06635989, -0.06890857, -0.010140013), result);\n\tresult = MulAdd(max(c, 0), MF4x4(-0.009164529, -0.0036277112, 0.19577485, 0.05511193, 0.025875263, 0.020616682, 0.02919653, 0.030669902, 0.00751339, -0.00551052, 0.2690018, 0.035395138, -0.013392302, -0.03666098, -0.23751089, -0.11222924), result);\n\tresult = MulAdd(max(d, 0), MF4x4(0.017815048, 0.011143683, -0.002918766, -0.0042153858, -0.01929562, -0.3405707, 0.039267153, 0.0041966257, 0.0026771557, 0.009982735, 0.00087975257, 0.003984122, 0.0062404936, -0.04230462, 0.001981855, -0.0145921325), result);\n\tresult = MulAdd(max(e, 0), MF4x4(-0.02615864, 0.2872578, 0.08103852, 0.11812216, -0.031988684, -0.08532163, -0.094653316, -0.42660478, 0.00077043264, 0.284553, -0.015517693, 0.036667597, 0.14234932, -0.20201443, -0.017204845, -0.111502305), result);\n\tresult = MulAdd(max(f, 0), MF4x4(-0.11529456, -0.09024149, -0.2545015, 0.08581955, -0.020051582, -0.031601675, -0.031320736, -0.051691536, -0.019313173, 0.028963564, 0.017521648, 0.3159018, 0.179573, 0.19400181, 0.382411, 0.076367974), result);\n\tresult = MulAdd(max(g, 0), MF4x4(-0.016741822, -0.001993879, -0.01517403, -0.010949569, 0.01859244, 0.042316843, 0.00025326485, -0.007079785, 0.001070783, 0.000911405, -0.0024269924, -0.0014501393, -0.01206317, 0.007300575, -0.0062582446, -0.0016001783), result);\n\tresult = MulAdd(max(h, 0), MF4x4(-0.06300321, -0.20786348, 0.019603852, 0.020122321, 0.022107193, 0.036766138, 0.013046632, 0.02677947, -0.0006842017, -0.044024136, 0.0109439045, 0.0040129004, 0.009831765, 0.15807834, -0.05166107, -0.014462446), result);\n\tresult = MulAdd(max(i, 0), MF4x4(-0.023205867, -0.049788095, -0.08251341, -0.26488927, 0.0029636251, 0.021618038, -0.0057556895, 0.018444102, 0.0064643323, -0.027886944, 0.010029941, -0.041902024, -0.021232832, -0.0072857663, 0.02056806, 0.18491453), result);\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(result.x + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(result.y + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(result.w + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(result.z + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Denoise_Bilateral_Mean.hlsl",
"content": "// Anime4K_Denoise_Bilateral_Mean\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Denoise/Anime4K_Denoise_Bilateral_Mean.glsl\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Strength\n//!DEFAULT 0.1\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat intensitySigma;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define INTENSITY_SIGMA intensitySigma //Intensity window size, higher is stronger denoise, must be a positive real number\n#define SPATIAL_SIGMA 1.0 //Spatial window size, higher is stronger denoise, must be a positive real number.\n\n#define INTENSITY_POWER_CURVE 1.0 //Intensity window power curve. Setting it to 0 will make the intensity window treat all intensities equally, while increasing it will make the window narrower in darker intensities and wider in brighter intensities.\n\n#define KERNELSIZE (max(uint(ceil(SPATIAL_SIGMA * 2.0)), 1) * 2 + 1) //Kernel size, must be an positive odd integer.\n#define KERNELHALFSIZE (uint(KERNELSIZE/2)) //Half of the kernel size without remainder. Must be equal to trunc(KERNELSIZE/2).\n#define KERNELLEN (KERNELSIZE * KERNELSIZE) //Total area of kernel. Must be equal to KERNELSIZE * KERNELSIZE.\n\n\nfloat3 gaussian_vec(float3 x, float3 rcpS, float3 m) {\n\tfloat3 scaled = (x - m) * rcpS;\n\treturn exp(-0.5 * scaled * scaled);\n}\n\nfloat gaussian(float x, float rcpS, float m) {\n\tfloat scaled = (x - m) * rcpS;\n\treturn exp(-0.5 * scaled * scaled);\n}\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat3 src[KERNELSIZE + 1][KERNELSIZE + 1];\n\t[unroll]\n\tfor (i = 0; i <= KERNELSIZE - 1; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= KERNELSIZE - 1; j += 2) {\n\t\t\tfloat2 tpos = (gxy + int2(i, j) - KERNELHALFSIZE + 1) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\tfloat len[KERNELSIZE][KERNELSIZE];\n\t[unroll]\n\tfor (i = 0; i < KERNELSIZE; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j < KERNELSIZE; ++j) {\n\t\t\tlen[i][j] = length(float2((int)i - KERNELHALFSIZE, (int)j - KERNELHALFSIZE));\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\n\t\t\tfloat3 sum = 0;\n\t\t\tfloat3 n = 0;\n\n\t\t\tfloat3 vc = src[KERNELHALFSIZE + i][KERNELHALFSIZE + j].rgb;\n\n\t\t\tfloat3 rcpIs = rcp(pow(vc + 0.0001, INTENSITY_POWER_CURVE) * INTENSITY_SIGMA);\n\t\t\tfloat rcpSs = rcp(SPATIAL_SIGMA);\n\n\t\t\t[unroll]\n\t\t\tfor (uint k = 0; k < KERNELSIZE; ++k) {\n\t\t\t\t[unroll]\n\t\t\t\tfor (uint m = 0; m < KERNELSIZE; ++m) {\n\t\t\t\t\tfloat3 v = src[k + i][m + j];\n\t\t\t\t\tfloat3 d = gaussian_vec(v, rcpIs, vc) * gaussian(len[k][m], rcpSs, 0);\n\t\t\t\t\tsum += d * v;\n\t\t\t\t\tn += d;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tOUTPUT[destPos] = float4(sum / n, 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Denoise_Bilateral_Median.hlsl",
"content": "// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Denoise/Anime4K_Denoise_Bilateral_Median.glsl\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Strength\n//!DEFAULT 0.1\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat intensitySigma;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\n#define INTENSITY_SIGMA intensitySigma //Intensity window size, higher is stronger denoise, must be a positive real number\n#define SPATIAL_SIGMA 1.0 //Spatial window size, higher is stronger denoise, must be a positive real number.\n#define HISTOGRAM_REGULARIZATION 0.0 //Histogram regularization window size, higher values approximate a bilateral \"closest-to-mean\" filter.\n\n#define INTENSITY_POWER_CURVE 1.0 //Intensity window power curve. Setting it to 0 will make the intensity window treat all intensities equally, while increasing it will make the window narrower in darker intensities and wider in brighter intensities.\n\n#define KERNELSIZE uint(max(uint(SPATIAL_SIGMA), 1) * 2 + 1) //Kernel size, must be an positive odd integer.\n#define KERNELHALFSIZE (int(KERNELSIZE/2)) //Half of the kernel size without remainder. Must be equal to trunc(KERNELSIZE/2).\n#define KERNELLEN (KERNELSIZE * KERNELSIZE) //Total area of kernel. Must be equal to KERNELSIZE * KERNELSIZE.\n\n#define GETOFFSET(i) int2(int(i % KERNELSIZE) - KERNELHALFSIZE, int(i / KERNELSIZE) - KERNELHALFSIZE)\n\nfloat get_luma(float3 rgb) {\n\treturn dot(float3(0.299, 0.587, 0.114), rgb);\n}\n\nfloat gaussian(float x, float s, float m) {\n\tfloat scaled = (x - m) / s;\n\treturn exp(-0.5 * scaled * scaled);\n}\n\nfloat3 getMedian(float3 v[KERNELLEN], float w[KERNELLEN], float n) {\n\tfloat3 result = float3(0, 0, 0);\n\n\t[unroll]\n\tfor (uint i = 0; i < KERNELLEN; i++) {\n\t\tfloat w_above = 0.0;\n\t\tfloat w_below = 0.0;\n\t\t[unroll]\n\t\tfor (uint j = 0; j < KERNELLEN; j++) {\n\t\t\tif (v[j].x > v[i].x) {\n\t\t\t\tw_above += w[j];\n\t\t\t} else if (v[j].x < v[i].x) {\n\t\t\t\tw_below += w[j];\n\t\t\t}\n\t\t}\n\n\t\tif ((n - w_above) / n >= 0.5 && w_below / n <= 0.5) {\n\t\t\tresult = v[i];\n\t\t\tbreak;\n\t\t}\n\t}\n\n\treturn result;\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\tfloat3 histogram_v[KERNELLEN];\n\tfloat histogram_l[KERNELLEN];\n\tfloat histogram_w[KERNELLEN];\n\tfloat n = 0.0;\n\n\tfloat vc = get_luma(INPUT.SampleLevel(sam, pos, 0).rgb);\n\n\tfloat is = pow(vc + 0.0001, INTENSITY_POWER_CURVE) * INTENSITY_SIGMA;\n\tfloat ss = SPATIAL_SIGMA;\n\n\tuint i;\n\n\t[unroll]\n\tfor (i = 0; i < KERNELLEN; i++) {\n\t\tint2 ipos = GETOFFSET(i);\n\t\thistogram_v[i] = INPUT.SampleLevel(sam, pos + ipos * inputPt, 0).rgb;\n\t\thistogram_l[i] = get_luma(histogram_v[i]);\n\t\thistogram_w[i] = gaussian(histogram_l[i], is, vc) * gaussian(length(ipos), ss, 0.0);\n\t\tn += histogram_w[i];\n\t}\n\n\tif (HISTOGRAM_REGULARIZATION > 0.0) {\n\t\tfloat histogram_wn[KERNELLEN];\n\t\tn = 0.0;\n\n\t\t[unroll]\n\t\tfor (i = 0; i < KERNELLEN; i++) {\n\t\t\thistogram_wn[i] = 0.0;\n\t\t}\n\n\t\t[unroll]\n\t\tfor (i = 0; i < KERNELLEN; i++) {\n\t\t\thistogram_wn[i] += gaussian(0.0, HISTOGRAM_REGULARIZATION, 0.0) * histogram_w[i];\n\t\t\t[unroll]\n\t\t\tfor (uint j = (i + 1); j < KERNELLEN; j++) {\n\t\t\t\tfloat d = gaussian(histogram_l[j], HISTOGRAM_REGULARIZATION, histogram_l[i]);\n\t\t\t\thistogram_wn[j] += d * histogram_w[i];\n\t\t\t\thistogram_wn[i] += d * histogram_w[j];\n\t\t\t}\n\t\t\tn += histogram_wn[i];\n\t\t}\n\n\t\tOUTPUT[gxy] = float4(getMedian(histogram_v, histogram_wn, n), 1);\n\t\treturn;\n\t}\n\n\tOUTPUT[gxy] = float4(getMedian(histogram_v, histogram_w, n), 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Denoise_Bilateral_Mode.hlsl",
"content": "// Anime4K_Denoise_Bilateral_Mode\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Denoise/Anime4K_Denoise_Bilateral_Mode.glsl\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Strength\n//!DEFAULT 0.1\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat intensitySigma;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define INTENSITY_SIGMA intensitySigma //Intensity window size, higher is stronger denoise, must be a positive real number\n#define SPATIAL_SIGMA 1.0 //Spatial window size, higher is stronger denoise, must be a positive real number.\n#define HISTOGRAM_REGULARIZATION 0.2 //Histogram regularization window size, higher values approximate a bilateral \"closest-to-mean\" filter.\n\n#define INTENSITY_POWER_CURVE 1.0 //Intensity window power curve. Setting it to 0 will make the intensity window treat all intensities equally, while increasing it will make the window narrower in darker intensities and wider in brighter intensities.\n\n#define KERNELSIZE uint(max(uint(SPATIAL_SIGMA), 1) * 2 + 1) //Kernel size, must be an positive odd integer.\n#define KERNELHALFSIZE (int(KERNELSIZE/2)) //Half of the kernel size without remainder. Must be equal to trunc(KERNELSIZE/2).\n#define KERNELLEN (KERNELSIZE * KERNELSIZE) //Total area of kernel. Must be equal to KERNELSIZE * KERNELSIZE.\n\n#define GETOFFSET(i) int2(int(i % KERNELSIZE) - KERNELHALFSIZE, int(i / KERNELSIZE) - KERNELHALFSIZE)\n\nfloat get_luma(float3 rgba) {\n\treturn dot(float3(0.299, 0.587, 0.114), rgba);\n}\n\nfloat gaussian(float x, float s, float m) {\n\tfloat scaled = (x - m) / s;\n\treturn exp(-0.5 * scaled * scaled);\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j, k, m;\n\n\tfloat4 src[KERNELSIZE + 1][KERNELSIZE + 1];\n\t[unroll]\n\tfor (i = 0; i <= KERNELSIZE - 1; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= KERNELSIZE - 1; j += 2) {\n\t\t\tfloat2 tpos = (gxy + int2(i, j) - KERNELHALFSIZE + 1) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float4(sr.w, sg.w, sb.w, get_luma(float3(sr.w, sg.w, sb.w)));\n\t\t\tsrc[i][j + 1] = float4(sr.x, sg.x, sb.x, get_luma(float3(sr.x, sg.x, sb.x)));\n\t\t\tsrc[i + 1][j] = float4(sr.z, sg.z, sb.z, get_luma(float3(sr.z, sg.z, sb.z)));\n\t\t\tsrc[i + 1][j + 1] = float4(sr.y, sg.y, sb.y, get_luma(float3(sr.y, sg.y, sb.y)));\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tfloat3 histogram_v[KERNELLEN];\n\t\t\tfloat histogram_l[KERNELLEN];\n\t\t\tfloat histogram_w[KERNELLEN];\n\t\t\tfloat histogram_wn[KERNELLEN];\n\n\t\t\tfloat vc = src[KERNELHALFSIZE + i][KERNELHALFSIZE + j].a;\n\n\t\t\tfloat is = pow(vc + 0.0001, INTENSITY_POWER_CURVE) * INTENSITY_SIGMA;\n\t\t\tfloat ss = SPATIAL_SIGMA;\n\n\t\t\t[unroll]\n\t\t\tfor (k = 0; k < KERNELLEN; k++) {\n\t\t\t\tconst int2 ipos = GETOFFSET(k);\n\t\t\t\tconst uint2 idx = uint2(i, j) + ipos.yx + KERNELHALFSIZE;\n\t\t\t\thistogram_v[k] = src[idx.x][idx.y].rgb;\n\t\t\t\thistogram_l[k] = src[idx.x][idx.y].a;\n\t\t\t\thistogram_w[k] = gaussian(histogram_l[k], is, vc) * gaussian(length(ipos), ss, 0.0);\n\t\t\t\thistogram_wn[k] = 0.0;\n\t\t\t}\n\n\t\t\t[unroll]\n\t\t\tfor (k = 0; k < KERNELLEN; k++) {\n\t\t\t\thistogram_wn[k] += gaussian(0.0, HISTOGRAM_REGULARIZATION, 0.0) * histogram_w[k];\n\t\t\t\t[unroll]\n\t\t\t\tfor (uint m = (k + 1); m < KERNELLEN; m++) {\n\t\t\t\t\tfloat d = gaussian(histogram_l[m], HISTOGRAM_REGULARIZATION, histogram_l[k]);\n\t\t\t\t\thistogram_wn[m] += d * histogram_w[k];\n\t\t\t\t\thistogram_wn[k] += d * histogram_w[m];\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tfloat3 maxv = 0;\n\t\t\tfloat maxw = 0;\n\n\t\t\t[unroll]\n\t\t\tfor (k = 0; k < KERNELLEN; ++k) {\n\t\t\t\tif (histogram_wn[k] >= maxw) {\n\t\t\t\t\tmaxw = histogram_wn[k];\n\t\t\t\t\tmaxv = histogram_v[k];\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tOUTPUT[destPos] = float4(maxv, 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_L.hlsl",
"content": "// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_L.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_2\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.44569078, -0.084358215, -0.014156722, -0.0353374 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.27899465, -0.14974926, 0.6271667, -0.04888494, 0.2164516, -0.47826648, 0.09537477, 0.16404815, -0.009546488, -0.24541017, -0.20505093, -0.11507772), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.22372562, 0.046120282, 0.44437107, 0.54215515, -0.10638798, -0.010795577, 0.19478157, 0.5756847, 0.24542068, 0.11135218, -0.27672207, 0.09624475), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(0.1703517, -0.17810228, -0.34460765, -0.40586865, 0.2102622, 0.08207581, 0.17641851, 0.23701222, -0.32159516, -0.017147528, 0.41743183, 0.19025058), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(0.4708481, -0.1587934, -0.15760423, -0.11388875, -0.36032093, -0.044305246, 0.19414884, 0.31109568, -0.09320259, -0.23072109, 0.0242641, 0.040976923), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(0.00951417, 0.2746557, -0.49743456, 0.14564055, 0.15047263, 0.08832856, -0.24360974, -0.3517844, -0.12219134, 0.12957081, 0.2876983, 0.13303527), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(-0.12760738, 0.16703783, 0.04391735, 0.34657615, -0.26698044, -0.096000046, -0.46030682, -0.38363042, 0.3510441, 0.2620507, -0.30533043, -0.32785), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.63138646, -0.12703805, 0.38107973, -0.09134196, -0.04012397, -0.1390924, 0.07578805, -0.09274019, -0.045394078, 0.18203364, 0.16900069, 0.13399005), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(-0.13648264, -0.13971807, -0.32322997, -0.08377875, 0.40967095, 0.19853555, -0.26386982, -0.50860924, -0.00555831, 0.06922444, 0.034828495, -0.08413197), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.21196735, 0.24934316, -0.27111465, -0.19941513, -0.30186844, 0.44828892, 0.35906994, -0.35723612, -0.074009515, -0.34400147, -0.22145566, -0.15622428), target1);\n\n\t\t\tMF4 target2 = { -0.009787335, 0.051148742, -0.007458707, -0.016416457 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(0.1953752, -0.09707663, 0.43315637, 0.3862221, 0.2346731, 0.085327715, 0.36244828, 0.06630519, -0.05342483, 0.112148136, 0.07938104, 0.14795923), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.25197014, 0.032906674, 0.3392793, 0.18099307, -0.36539522, 0.10986396, 0.5440999, 0.41803896, -0.4117931, 0.46616048, 0.0827279, 0.040264074), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(-0.060543116, 0.34531194, -0.3202978, 0.32803985, -0.08720925, 0.63656414, -0.052656054, -0.076137036, 0.15297869, -0.11485237, -0.21027736, -0.24086118), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(-0.2044052, 0.111065395, -0.36082193, -0.39179638, 0.19812255, -0.3797384, 0.03176089, -0.35085422, 0.31697252, -0.31267545, -0.068170965, -0.06266394), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(0.0055682547, 0.24352197, 0.08972456, -0.4340704, -0.25253078, -0.4218859, 0.08408476, -0.5052765, 0.005511427, -0.36491954, 0.3825727, 0.01774532), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.13323675, -0.6641518, -0.38277033, 0.67553586, -0.5879293, -0.1286407, 0.1355451, 0.19463064, -0.09206729, 0.41892347, 0.16736335, -0.017109495), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(0.0627963, 0.29361042, 0.23339616, -0.42217752, 0.21872504, -0.21531922, -0.5016595, 0.20158494, 0.2814043, -0.1474019, 0.08778552, 0.28085083), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.009900911, -0.42754972, 0.02737237, -0.17740859, 0.541632, -0.28397697, -0.36375052, -0.172693, 0.1506882, 0.15196925, -0.30358136, -0.29542333), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.3690586, 0.19382606, -0.040331036, -0.14121497, 0.121049926, 0.54470515, -0.23628974, 0.20663929, -0.34591553, -0.14778244, -0.23809184, 0.12616424), target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.02852779, 0.027645616, 0.06510905, 0.029781172 };\n\ttarget1 = MulAdd(a1, MF4x4(0.028458824, 0.10831271, 0.017246738, 0.42066097, 0.035127334, 0.14161696, 0.3893337, 0.18358134, -0.26446894, -0.053199783, 0.053528484, -0.3486933, -0.10270838, -0.3593573, 0.049874853, 0.08600247), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.15829772, -0.31038332, 0.0423391, -0.11978196, -0.29878524, 0.10245719, 0.004307728, 0.052934717, -0.049366333, -0.03277819, -0.062031534, -0.004734159, 0.029009456, -0.18138678, 0.17342477, -0.1632741), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.14941882, -0.3337916, -0.07740701, -0.8221198, -0.014216013, -0.34028724, 0.06367363, -0.19704603, -0.20317195, 0.17806017, -0.14011545, 0.05067841, 0.08515265, 0.092163175, -0.036603887, -0.2528259), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.044333473, 0.10871938, -0.12288588, 0.0077913217, 0.013970764, -0.21189599, -0.0757029, 0.055366833, 0.04531751, -0.20269018, 0.038650505, -0.09677452, 0.0565207, 0.073703125, -0.10746413, 0.22798601), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.33476707, 0.22631067, 0.10190012, 0.25268495, -0.14572862, -0.21331434, 0.024614803, -0.26254398, 0.18070522, 0.34974626, 0.028480766, -0.07855834, 0.16165797, 0.28470036, 0.23497322, -0.15804033), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.09853942, -0.21105993, 0.27787793, 0.24688315, -0.16078049, 0.08541815, 0.16101131, -0.0005086922, -0.13042259, 0.0253011, -0.05298311, 0.16506846, -0.099300735, 0.07577514, 0.041623414, -0.18045023), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.015007392, 0.0720429, -0.018456718, 0.012792885, 0.2049891, -0.061911974, -0.10679284, 0.2530616, -0.1651912, 0.1125125, 0.55918777, 0.1414716, 0.025189033, 0.061680123, -0.13096866, -0.035809774), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.037606955, 0.05987735, -0.09903669, 0.09681222, 0.31857902, -0.058445334, 0.10280441, -0.0018247474, 0.051491242, 0.12321206, 0.14069863, -0.013259678, -0.198442, 0.093920216, -0.015952505, -0.3040559), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.044491854, 0.079992026, -0.07424999, 0.064774506, 0.36708844, -0.14958903, -0.060033463, -0.5950615, -0.101501055, -0.05275797, -0.0099711865, 0.075409986, -0.19508216, -0.088995665, -0.025926083, 0.023040347), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.00168658, 0.1879708, -0.08964568, 0.124567054, -0.027147152, 0.0013266837, 0.043110568, -0.16238526, 0.18404783, -0.088930264, -0.0841814, -0.06812457, -0.022954177, 0.15315148, 0.00096489635, 0.21262483), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.03728663, 0.16259944, 0.2534931, -0.10620075, -0.032217886, -0.043085426, -0.37875995, 0.16151664, -0.15136409, -0.21990341, 0.0043716, 0.1293011, 0.20516208, 0.32518774, -0.15583529, 0.20054214), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.05088376, -0.21300486, 0.30702966, 0.09044539, 0.020740725, 0.028916309, 0.14391874, 0.15526149, 0.011289051, -0.24014536, -0.2176207, 0.09995701, 0.06747376, -0.3315815, 0.07900332, -0.26542482), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.15973654, 0.2114867, -0.19423203, -0.1529657, -0.24198112, -0.10985252, 0.056409992, 0.111373484, 0.05717073, 0.019566689, -0.12794583, 0.006978016, -0.2708247, 0.2845983, -0.048893075, -0.09198705), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.07690064, 0.038431194, 0.1205243, 0.1320201, -0.122893825, -0.022761922, -0.10097431, 0.022808496, -0.0431315, 0.19884229, -0.053464055, -0.08487898, 0.049651224, 0.3001686, -0.05545239, 0.48026356), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.04079296, 0.052179057, 0.08785134, 0.17674746, 0.06027275, -0.083381295, -0.29543424, -0.10703248, 0.14123397, 0.12711276, 0.08260646, 0.23608543, 0.10914477, -0.22596069, -0.15743312, 0.103631504), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.038997833, -0.14136268, -0.31973416, 0.11666723, -0.20137171, 0.0115205245, 0.22825807, -0.14853193, 0.25628343, 0.06598252, -0.003479285, -0.12315031, -0.07446986, 0.29977, 0.08878428, 0.15130284), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.04147214, -0.050535224, -0.21205503, -0.07425368, -0.06448227, -0.086743675, 0.029389668, -0.07494379, -0.17228132, -0.18035689, -0.09757749, 0.13929781, 0.21867155, 0.02585289, 0.13752261, 0.17800835), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.20552272, -0.03113836, -0.201244, -0.07602455, 0.08278268, -0.17029381, -0.0008433311, -0.11591232, 0.087584734, -0.026447749, 0.09185437, 0.15650395, 0.29423076, 0.016036067, -0.17132477, 0.09271113), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.09120441, 0.1345777, 0.0468555, 0.2635145, 0.04248785, -0.14849417, -0.013588658, -0.12794739, -0.0109574385, -0.15350367, 0.1872175, -0.17311442, 0.2740676, 0.1931403, 0.049231507, -0.17728893), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.0265621, 0.10291274, -0.0884961, -0.086093664, 0.25218308, -0.027579704, 0.044006765, -0.05947863, -0.17352693, -0.16788955, -0.1829588, -0.19120377, -0.19486824, 0.035516337, -0.04287895, -0.059360266), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.0077623413, 0.061803013, -0.14371866, -0.2929254, -0.014011599, 0.23037176, 0.09881457, -0.018942501, 0.14976685, -0.0017081804, -0.0420665, 0.075949386, -0.015102705, -0.07807527, 0.053166322, 0.21431307), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.15482867, -0.13303289, 0.05441111, 0.20482185, -0.08669985, -0.26125848, 0.085498355, 0.06895137, -0.11653363, -0.022335036, -0.019448604, -0.19071092, 0.002487127, -0.053429328, 0.07700748, -0.15176988), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.058373976, -0.18893883, 0.063239604, -0.16802256, 0.1348292, -0.037208326, 0.121938735, 0.123416096, -0.14086236, -0.08550504, 0.18930112, -0.07056712, -0.2190568, -0.01693728, -0.110385895, -0.10306489), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.21300407, -0.049379632, 0.13865358, 0.0037872058, 0.008286501, -0.12187443, -0.11094277, 0.021951213, -0.10365199, 0.15844372, 0.068476856, -0.09683496, -0.039589003, -0.027428184, 0.022865763, 0.067510754), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.05690448, -0.09136643, -0.17356895, -0.18716863, 0.07831065, 0.015976364, -0.06423979, -0.01891357, 0.16295952, 0.17686251, -0.26599383, -0.11806091, -0.0968358, 0.024937721, -0.10509048, -0.097365916), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.06446155, 0.05177888, -0.019579697, 0.046922565, 0.20326103, -0.04118929, 0.07845964, 0.15494241, -0.033653136, 0.13276093, -0.061998203, -0.049391422, 0.0154429395, -0.12517625, -0.022282483, 0.14295246), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.102786146, 0.028481564, 0.12239765, 0.010855834, 0.17208168, -0.24589455, -0.045410756, 0.17422688, -0.051487174, 0.14276022, 0.26189017, -0.0027747392, 0.15695319, 0.13917996, 0.07303566, -0.055219136), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.014127897, -0.13218386, -0.4342469, -0.10977742, 0.12229517, -0.32898104, -0.21103851, 0.06275854, -0.22651868, 0.111792624, 0.020457482, -0.048701756, 0.124154285, 0.016944582, -0.14404331, 0.054385293), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.09574338, 0.04884873, -0.12329247, 0.3191857, -0.28155354, 0.03411368, -0.017508674, -0.28257895, 0.06535372, 0.40051946, -0.24508828, 0.05891001, 0.08769791, -0.011710461, 0.10430247, 0.096506774), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.036757194, 0.1374388, -0.14553823, 0.11012423, 0.19377777, -0.053538468, -0.32605696, 0.07757925, 0.054016564, 0.2677718, 0.26038665, 0.029049544, 0.015482294, -0.08899067, 0.26156536, 0.26035222), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.19651565, 0.30669728, -0.03192298, 0.090777226, 0.34684682, -0.040679373, -0.0006501724, -0.069249466, 0.07256215, -0.018623354, -0.021843085, 0.026858928, 0.24001615, -0.007573629, -0.25308976, -0.08101683), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.19491735, 0.29386947, -0.16541481, -0.12270087, 0.1478019, 0.11557711, 0.09745131, -0.037188005, 0.051415507, -0.009313462, 0.17577961, 0.30678266, 0.052763764, 0.06731275, 0.038889345, 0.01219997), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.21972072, -0.16669928, -0.0471254, 0.07962133, -0.24501611, 0.10681031, -0.10724696, 0.046246808, -0.13467999, 0.019233517, -0.2220906, 0.11756837, 0.07995422, -0.091647364, 0.0524831, 0.2427797), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.018560572, 0.28909272, 0.27052113, -0.16862495, -0.04259962, -0.2526796, 0.24546415, 0.13772464, 0.019554865, 0.052288387, 0.22942105, 0.14541095, 0.29822263, -0.10352501, -0.17112546, -0.22842947), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.052647978, 0.17638408, 0.2265538, -0.028214354, -0.13620298, 0.14337336, 0.057785455, 0.14105307, 0.03873432, 0.13013794, 0.24192083, -0.104368195, -0.18878175, 0.11648163, 0.0049888026, -0.17706485), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.003658791, 0.057943232, -0.013143919, 0.08626453, -0.26248586, 0.29328227, 0.18253878, 0.05693778, -0.082900435, -0.034102313, -0.05913703, -0.11045182, -0.06499875, 0.15446658, -0.08087537, 0.18904833), target1);\n\n\tMF4 target2 = { 0.019262059, 0.043436494, -0.124304086, -0.014933208 };\n\ttarget2 = MulAdd(a1, MF4x4(0.06138475, 0.120526604, 0.22381006, 0.12570442, 0.1439015, -0.5261169, 0.25294203, 0.04825834, 0.06993285, 0.1210301, -0.10087704, 0.038996983, 0.095201865, 0.50708395, 0.17403544, -0.17137507), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.09580414, -0.17387998, 0.10757996, 0.15188572, -0.02090535, 0.2655171, -0.38653868, -0.014376933, -0.03217946, -0.12866813, -0.049665075, -0.048535764, -0.115907624, 0.032473654, 0.36145476, 0.3830508), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.19303346, -0.30462784, -0.21706793, -0.0123182135, -0.063043006, -0.10658377, 0.08729471, -0.27184415, 0.037174225, 0.13507952, -0.06391928, -0.035610817, 0.17105488, 0.07546837, 0.36270198, 0.13315013), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.1559421, 0.03859168, 0.058586795, 0.1457787, -0.008261901, 0.17584307, 0.07892688, 0.16024348, 0.20574443, -0.09199424, -0.2572033, -0.06435325, -0.045140598, 0.026080446, 0.30986732, -0.02853244), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.06647865, -0.13637248, -0.2077229, -0.18015774, 0.22215, 0.0282581, -0.124256276, -0.18235172, -0.10444975, 0.039713558, 0.031975772, -0.14737205, 0.1533982, 0.115156986, 0.14176169, -0.12018837), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.24000446, 0.08672003, -0.209317, 0.1853504, 0.19062491, -0.04505737, -0.097432695, -0.12218054, -0.20497306, 0.0068228757, -0.07930878, -0.045916412, -0.09002585, -0.019980771, -0.13450326, 0.08838858), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.005804602, 0.05149589, 0.18930501, -0.07475797, -0.3263357, -0.048428953, -0.0062948675, -0.12957661, 0.034840938, -0.12834811, -0.19660017, 0.13469964, -0.049774483, -0.07062978, 0.18116258, -0.2945365), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.021823233, 0.17687339, 0.035116684, -0.14888434, 0.101564035, -0.058118407, 0.035971403, 0.304605, -0.08054271, 0.07140431, -0.24807848, -0.014870848, 0.005698307, 0.0925754, -0.16337888, -0.072692335), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.15357393, 0.05702486, 0.1838928, -0.052683312, 0.26516896, 0.08939279, 0.040435348, 0.035939544, 0.21697883, -0.011976994, -0.10517768, 0.1004424, -0.073649734, -0.063365534, 0.07981437, -0.13724971), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.06887319, -0.031427335, -0.05686962, 0.031254467, -0.0530729, -0.27738956, -0.22601964, -0.16733547, -0.15481988, -0.22141118, -0.19417213, 0.052291542, 0.0665599, 0.13679637, -0.09932399, -0.021917146), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.0043880343, -0.03320605, -0.09556491, 0.064986005, -0.05736109, -0.015415265, -0.12861155, 0.07442758, 0.09653438, -0.30665413, 0.12456121, -0.015494559, -0.04347404, -0.26863584, -0.12057121, -0.12873033), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.43038133, 0.117590204, -0.012805269, 0.06656798, -0.08742217, -0.077595286, 0.01795713, -0.010100221, -0.17349729, -0.02995379, 0.01733494, 0.012438303, -0.062275372, 0.18847479, -0.014758355, -0.13591917), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.20219825, 0.33157164, -0.036087956, 0.078742586, 0.10264473, 0.13553555, 0.057454523, 0.09034125, 0.04169048, 0.031988595, -0.20171835, -0.018051006, 0.09925883, -0.15372548, -0.14060175, -0.012530946), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.20762882, -0.23219623, 0.044476848, -0.080212615, 0.027042268, 0.068265386, -0.053666174, 0.051648133, 0.012678151, -0.09496996, -0.073195405, 0.23230731, 0.026435647, 0.040384647, -0.15589063, -0.17085052), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.06897319, -0.06360793, -0.12517554, -0.106191345, -0.22830063, -0.12295911, 0.20943281, 0.11263121, -0.05995797, -0.04077969, 0.029862454, 0.12051529, -0.008890125, 0.005834341, -0.038162317, 0.05707114), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.091504954, -0.054357428, 0.18441072, 0.16866787, 0.14714013, 0.14976494, 0.119183995, 0.11771104, -0.17375562, 0.024148121, 0.08745399, 0.175893, 0.12345911, 0.120711684, -0.23350039, -0.035989728), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.30777606, 0.028484846, 0.19993277, -0.12934783, 0.049725976, 0.02831735, 0.09492996, 0.28220424, 0.26913685, 0.005740985, 0.025957806, 0.047272105, 0.014296343, 0.15206927, 0.035486884, 0.09940966), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.11630714, -0.034275923, 0.26804927, 0.1088897, -0.21128473, -0.043662123, 0.24287297, 0.1738188, 0.04961249, -0.03669543, -0.11308307, 0.007536927, -0.0021338738, -0.095983095, 0.12524886, 0.091356605), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.21231711, 0.19442785, 0.047695257, -0.058896706, -0.268304, -0.377306, 0.21314003, -0.09257493, -0.12023363, 0.20652951, -0.027571363, 0.36026677, -0.11473893, 0.22179964, -0.21924159, 0.14666505), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.04660883, -0.22199874, -0.2171105, 0.32090327, -0.11054424, -0.2047386, 0.18756013, 0.08749142, -0.16950387, 0.2577728, 0.048406947, 0.1380687, 0.1014651, -0.09075356, -0.21746674, -0.2651618), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.1928378, 0.11190454, 0.32514498, 0.32336533, 0.100953236, -0.008598421, 0.02124068, 0.0043789423, -0.046625864, -0.051161833, 0.13504188, -0.049233675, -0.10984389, -0.040151004, -0.08592605, 0.13862692), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.057035644, -0.086490445, 0.17654544, -0.096670695, 0.13528337, -0.10338058, -0.08174943, -0.11349738, 0.088931166, 0.19410637, 0.19873992, 0.01418258, 0.066797465, 0.09427754, -0.17926928, -0.12299086), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.010706926, 0.040176257, -0.12350328, -0.11089934, 0.08166401, 0.103450865, -0.062155697, -0.10264778, 0.09370084, -0.022440543, 0.036917962, -0.20901524, -0.13244434, -0.18850644, -0.069766395, -0.042853933), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.0064649805, 0.09057663, 0.042877126, -0.22078879, -0.21635285, -0.0064749196, 0.04875745, -1.3261495e-05, 0.26282236, -0.057637256, -0.037890673, 0.0102023715, 0.0797657, 0.050011456, 0.07423098, -0.055722862), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.21198633, -0.16919948, -0.12337323, -0.06970269, 0.12338858, -0.037561033, -0.013671757, 0.12396114, -0.046889607, -0.005447934, -0.043364853, -0.2882593, -0.069868185, -0.014526121, -0.14131337, 0.12157274), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.07510719, 0.024486735, 0.056790795, 0.12515159, -0.034031168, 0.025101706, -0.05993126, -0.053233545, -0.014431461, -0.12288865, 0.11686025, -0.22278062, -0.07422713, 0.0011266146, -0.06630191, 0.077075236), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.15784621, -0.0009692987, 0.057809148, -0.17506301, -0.0764334, 0.036327295, -0.107915476, 0.41731307, 0.005342607, -0.17614163, 0.017190281, -0.17021762, 0.09241874, -0.02230073, 0.015017511, 0.1081785), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.04213655, 0.07620985, -0.24124615, -0.0389524, -0.0071511404, 0.026105708, 0.35026863, 0.0391313, 0.17119752, -0.1083619, -0.011338781, -0.13909689, 0.019918554, -0.21432641, 0.045009304, -0.2289899), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.003247703, 0.13921799, 0.23126572, -0.11244338, -0.16778667, 0.05676625, 0.17198953, 0.2891844, -0.06569662, 0.18568343, -0.13698709, 0.014525318, 0.09470385, 0.20842068, 0.22716486, -0.044944298), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.036239535, 0.21613471, 0.0571368, 0.0133618545, -0.15562424, -0.030107146, -0.0881642, -0.3056589, 0.17654738, -0.16532254, -0.19526796, -0.09598035, 0.29869553, -0.19921502, -0.10570262, 0.12562469), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.139326, -0.18395935, -0.14525263, -0.1019923, 0.019128725, 0.06724899, 0.18320693, -0.15844813, -0.063348524, 0.034003522, 0.1160608, 0.16281077, -0.20621236, 0.20389429, 0.008165468, -0.3147023), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.0031874597, -0.17282559, -0.19517206, -0.057723213, 0.014905972, -0.115991496, -0.17772576, 0.10005784, -0.34928575, -0.41152355, 0.15671544, 0.16953272, -0.06541263, 0.09083862, 0.12386179, -0.17146301), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.024222312, 0.06139789, 0.13585247, 0.048212904, -0.038439997, 0.04822463, -0.31542218, 0.12828648, -0.1334096, -0.10939595, -0.20957507, 0.14276013, 0.09314227, -0.018837357, -0.09913242, -0.0690483), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.059516154, 0.03142432, -0.08262814, 0.12844399, 0.35043675, -0.17421962, 0.034954365, -0.0052628545, 0.10024693, -0.044191923, 0.18297553, -0.045441866, -0.22365399, -0.011058562, 0.1576469, -0.22479026), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.11010148, -0.109644935, -0.06213465, 0.06469803, -0.12474922, 0.20629437, -0.03891448, -0.032074396, -0.21814698, -0.2983182, 0.16088112, 0.02542415, -0.019019049, -0.11332389, 0.04115874, -0.15403947), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.07334427, 0.065546006, -0.059299644, 0.1712592, 0.10194824, -0.0076101148, -0.26384652, -0.012047153, -0.069830835, 0.2215555, 0.41080138, 0.051534526, 0.15190491, 0.12348823, -0.16904834, -0.20517784), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.15367588, -0.07928099, 0.063567765, 0.108769014 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.20542079, 0.26111016, 0.0036034626, -0.16608916, 0.03036114, 0.04244865, -0.20747331, 0.06865131, -0.13495351, 0.14393657, 0.050192088, 0.13718198, -0.09928467, 0.0038359873, -0.026470508, 0.012319453), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.019964145, 0.038375776, 0.003130048, -0.07945381, 0.06856654, -0.08331041, -0.049974114, -0.011174098, 0.030265702, -0.12478692, -0.009842687, 0.028310193, -0.29398966, -0.14264, -0.08436449, 0.18336426), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.07453813, 0.018200234, -0.1406476, 0.027974837, -0.19164173, -0.15623717, -0.057000756, 0.029960351, 0.27373666, -0.08550347, -0.05088059, -0.10246706, 0.033324502, -0.086211175, -0.010092321, -0.11165423), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.17666292, 0.26951888, 0.24166632, -0.118283056, -0.1336137, 0.13550404, -0.19008428, 0.0041048722, 0.09373522, -0.032812368, -0.018434448, -0.008766052, 0.10959183, 0.0164411, -0.17436402, 0.11861692), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.059816767, 0.0632236, -0.18595679, -0.10951594, 0.11052112, -0.0630564, 0.32736167, 0.016436215, 0.036759567, -0.10445141, -0.16695334, -0.09536692, 0.34936142, -0.091659166, 0.25245044, 0.064123355), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.23698406, -0.030446773, 0.20418753, 0.030977655, 0.10176531, -0.091048814, 0.06913646, 0.070524976, 0.20899844, -0.026074586, 0.031215316, -0.14815283, -0.22031465, 0.09148875, -0.058892634, -0.042353395), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.022295577, 0.23975989, -0.03795945, -0.13689965, -0.05808369, -0.005154714, 0.02775734, -0.06821517, 0.14538866, -0.13725305, 0.079675056, 0.015865099, -0.1457713, -0.043883465, -0.11575635, 0.092833005), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.008460874, 0.09447306, 0.14322506, -0.0063166656, 0.04562443, 0.12490515, 0.19263941, 0.07084753, 0.16193573, 0.03871189, 0.0042382013, -0.026311405, -0.042831287, 0.047627136, -0.18002886, 0.03910702), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.08485893, 0.099010445, 0.1808653, 0.098906465, -0.2406554, 0.11303921, 0.03609519, 0.102015704, 0.018253349, 0.018407846, 0.04515686, -0.1044267, 0.12692702, -0.22019249, 0.17978671, -0.11714096), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.37482956, 0.037982, -0.2527836, -0.07246249, -0.3257375, 0.026353687, -0.42709586, 0.15230247, 0.19455267, -0.20558092, 0.040543195, 0.30100232, 0.1208413, -0.022922885, -0.0527519, -0.2754452), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.39697862, 0.59894156, -0.14519346, -0.21375597, -0.042094186, -0.11699173, -0.3065778, 0.045603614, -0.2315796, 0.1926384, 0.19640557, 0.023360144, 0.11569712, 0.080500975, -0.24562629, -0.11990825), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.030446287, -0.2191283, -0.020313436, 0.12092218, -0.04726904, -0.06145154, -0.10886858, -0.016195009, 0.074864194, 0.048508577, -0.024673669, 0.10286324, 0.23434684, -0.1291551, -0.04299077, -0.12459363), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.064445384, 0.16708861, 0.10306973, -0.13419592, -0.15216815, 0.12578042, -0.575184, -0.46423253, 0.42238462, -0.4330836, -0.26651257, 0.57413465, -0.10399166, 0.1914047, 0.15641387, 0.07064538), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.04809328, -0.12349369, 0.1853755, -0.013703159, -0.12840022, 0.022170544, -0.26412117, -0.30681273, -0.31553897, -0.07833276, -0.17104533, 0.03156802, 0.029389234, -0.017229239, -0.052230056, -0.04573632), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.1380467, 0.31759852, 0.06532168, 0.19637011, 0.24012493, -0.04863545, -0.21709125, -0.21216264, 0.16879074, 0.10763089, 0.22363038, -0.14004646, 0.19021708, -0.099481724, -0.0073404606, 0.04956918), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.068974994, 0.5005385, -0.12780246, 0.05813948, 0.035919234, 0.039779782, 0.0028248294, -0.21344285, 0.17026006, -0.17971572, -0.20932221, -0.0862113, -0.0074473396, 0.119821966, 0.28552157, -0.027787263), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.20083936, -0.08729008, -0.01474545, 0.061849594, 0.09285405, 0.074680895, -0.11493401, -0.35524356, 0.098670855, -0.31036818, 0.01269914, -0.06409305, -0.13034628, 0.07905559, 0.0018419055, -0.047743056), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.0008763842, 0.16266613, -0.13819253, 0.04136551, 0.11757835, -0.01075886, 0.13635348, 0.14200751, -0.036117654, -0.016920915, -0.003860492, -0.14361666, 0.18442062, -0.0119510535, 0.1574026, 0.11443297), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.26120907, 0.0040505654, -0.01111041, -0.028482055, 0.094762795, -0.27338502, 0.18852817, -0.15605745, -0.012533703, 0.17356302, -0.2594928, -0.04016552, 0.060918808, -0.10248847, 0.12710676, 0.1503744), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.24577981, -0.047384363, -0.13740875, 0.058981817, 0.09629815, -0.042157363, 0.17206886, 0.06895825, -0.13252918, 0.0941419, -0.048901185, 0.052710008, -0.104840726, 0.11820465, 0.17454259, 0.05037063), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.2239817, 0.4553206, -0.017824922, -0.050273463, -0.21029685, -0.032555267, -0.08916583, 0.10736202, 0.18478145, -0.09538145, 0.052327603, 0.12728482, -0.11439347, 0.17596558, 0.054506473, -0.017638389), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.072854675, 0.015542916, -0.1950096, 0.06664522, 0.1548192, -0.22573462, -0.20828351, 0.16661869, 0.033900462, 0.23870395, 0.11434291, 0.21813981, 0.12673119, 0.08014363, 0.022457503, 0.20910633), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.2652937, 0.17511544, -0.10850216, 0.081340194, -0.21500582, -0.036195952, -0.04102979, -0.15212043, -0.29559842, 0.25977176, 0.24641588, 0.13869548, -0.41371983, -0.14120851, 0.109116435, 0.22358306), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.108154014, 0.35006878, -0.055340957, -0.23728919, -0.24589789, -0.06516491, -0.03474703, -0.047869515, -0.0045436365, -0.17755373, -0.039802775, 0.21740748, -0.033278447, -0.10501602, -0.089266, -0.04061338), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.028205335, 0.003054092, 0.14546792, -0.10006339, -0.052365907, -0.13063054, -0.08356806, 0.20927623, 0.05030947, 0.21224388, 0.45320153, 0.0051093665, 0.0021801728, -0.12858267, -0.10686808, 0.21674173), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.10200768, 0.13099737, 0.13514566, -0.17343043, -0.22834082, 0.055208363, -0.20808199, -0.0015957861, -0.13871242, -0.06423964, 0.3320781, 0.051521134, -0.11108624, -0.17557982, -0.12519105, 0.067071475), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.20798117, -0.046690967, 0.17071529, -0.29893485, -0.06927812, 0.072701424, -0.30537283, -0.16406195, 0.10575524, -0.063635424, -0.044293836, 0.08667325, -0.16368344, 0.2196707, -0.29370767, 0.16401167), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.04009042, -0.034136664, 0.15880232, -0.058544576, -0.09724303, 0.13140567, -0.15769257, 0.05637733, -0.061678827, -0.19032978, 0.11843628, -0.25161943, -0.12645799, -0.27027693, -0.19899485, 0.2231074), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.07176237, -0.12067612, -0.070081174, 0.10180745, -0.1705716, -0.039632697, -0.22599341, -0.12012279, 0.24187793, 0.015815722, -0.03722175, 0.098794326, 0.19674404, -0.040387046, 0.03916034, 0.013947429), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.06389604, 0.04532417, -0.20961155, -0.22151196, 0.08498287, -0.0912261, -0.17840882, -0.13550358, -0.17497064, 0.12473174, 0.025784912, -0.060957976, -0.17787372, 0.21546759, -0.081276976, -0.0057096705), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.09308164, -0.036254935, 0.07291895, -0.010599356, -0.07466555, 0.18080021, -0.012473155, 0.24264692, 0.043592792, -0.15068708, 0.19074705, -0.1608174, 0.07106228, -0.15757518, -0.19600157, 0.21481107), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.10340095, 0.14977756, -0.18035571, -0.00454613, -0.018766372, -0.0006462305, 0.12609644, -0.022229725, -0.11288012, -0.10881946, 0.016426437, 0.047212575, -0.015592831, 0.088430114, -0.019637503, -0.15445113), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.13125896, -0.05610665, 0.04579115, -0.20584439, 0.016590014, -0.14247346, -0.045108374, -0.07701804, 0.059466217, 0.10401916, -0.114898264, 0.15725806, 0.02189435, 0.016297683, -0.11828137, -0.07996226), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.038534615, 0.046327326, 0.04947746, 0.07890686, -0.08618927, 0.1135833, -0.008643036, -0.019718027, -0.08664565, 0.068627, -0.06325347, 0.04222515, 0.120940305, -0.106959745, 0.022951378, 0.14290553), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.06408585, 0.19215317, 0.05731193, 0.09329293, 0.26087278, -0.124888204, -0.15473562, -0.037721, -0.12800066, 0.12517492, -0.06680967, 0.09497935, 0.23841377, 0.1347636, 0.17279463, 0.0038290594), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.08006353, -0.07942165, 0.14611697, 0.053477652, 0.13953096, -0.14270853, -0.009859328, -0.21148224, 0.11157642, -0.12486184, -0.0709194, 0.16277598, -0.08118929, -0.04684391, 0.049433514, -0.28911993), target1);\n\n\tMF4 target2 = { -0.038157728, 0.01904009, 0.07848918, -0.04052424 };\n\ttarget2 = MulAdd(a1, MF4x4(0.13100185, 0.028466834, 0.21762301, 0.07392093, -0.00046575023, -0.08175499, -0.07715949, 0.056365166, -0.028316915, -0.037371337, -0.16343145, -0.078509934, -0.178982, 0.06893543, -0.12027178, 0.06993414), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.07834248, 0.046873976, 0.23983683, -0.06646688, -0.04749886, -0.101967975, -0.082395144, -0.015339724, -0.07693013, 0.016892025, -0.08877053, 0.14534354, -0.30249342, -0.08455913, 0.09002741, -0.12472986), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.039911453, 0.11150177, -0.009199328, 0.043733858, -0.013332275, -0.119128324, -0.09285867, 0.007959111, 0.23202884, 0.06459362, 0.071042486, 0.09901959, -0.046906233, -0.07916646, -0.07528521, 0.05652529), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.12189273, -0.07608036, -0.09632985, -0.03643418, -0.1058494, -0.045247663, 0.016788295, 0.046447262, 0.08731556, -0.07916306, -0.17591585, 0.070336945, 0.0825902, 0.21166702, -0.14786263, 0.012765127), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.15099311, -0.082614996, -0.010447922, -0.2116295, 0.22785337, -0.0015175309, 0.21255092, 0.058660604, -0.022553608, -0.120723926, 0.0561124, 0.018720774, 0.0862727, -0.02351105, 0.037588555, -0.013596472), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.17424586, -0.091873385, 0.20892383, 0.3079469, -0.08027999, -0.07241797, 0.035928074, -0.031040983, -0.03548984, -0.047187436, 0.17053668, 0.39115313, 0.061380606, 0.13889132, -0.041030813, -0.022435248), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.0037971158, -0.19398233, -0.041492697, -0.08632908, 0.05087685, 0.114212446, 0.09395637, -0.12073027, 0.18993643, -0.025265925, -0.17716514, -0.062493253, 0.078527555, -0.13106133, 0.09158833, -0.08067098), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.11454478, -0.053314645, 0.02932442, -0.052710265, 0.10180192, -0.05165681, 0.1415095, -0.0886421, 0.25377235, -0.16350931, -0.07908212, 0.081858, 0.13214986, 0.056609593, -0.029691117, -0.1963397), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.13833676, 0.024542026, -0.07700002, -0.016948726, -0.13303484, -0.0951515, -0.031009076, 0.055997517, -0.037423257, -0.1693348, 0.015715523, 0.053379383, 0.12330872, -0.15478514, 0.14523397, 0.18046756), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.20786218, 0.14361653, 0.49472246, 0.09881262, -0.34138504, -0.0025990994, -0.43033788, -0.00039400125, -0.002008598, 0.23800024, 0.04231959, 0.028620182, 0.13962908, 0.089462794, -0.14335507, 0.008409915), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.12720335, -0.3409636, -0.023997113, 0.026997993, -0.20555046, -0.027020821, -0.235406, 0.09561914, 0.44234744, -0.07148167, 0.00064560794, -0.1726457, -0.014688707, 0.21288827, 0.17666213, -0.11264844), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.38011166, 0.014146791, 0.03394759, 0.08368928, -0.14633556, 0.11139822, -0.25683075, 0.07368074, -0.25248998, 0.12499596, -0.004184047, 0.192279, -0.048109, -0.006033096, 0.028591031, 0.15288617), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.10880278, -0.02255051, 0.21004406, -0.034776326, 0.10378925, -0.22322227, -0.11731474, -0.11443079, -0.30380723, 0.3183636, 0.18248428, -0.10215758, -0.049251713, 0.12848853, 0.012738647, 0.03222829), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.54890627, 0.20614935, -0.019661043, -0.07782363, -0.07293127, -0.004283575, -0.036939718, 0.19752185, -0.41021585, -0.050092876, 0.023610009, -0.23783271, 0.11343489, 0.21473971, -0.06997083, -0.10420534), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.08103626, 0.091647685, -0.17259495, -0.24478562, 0.08222839, 0.12299736, -0.12480139, 0.08303869, 0.069200024, 0.0005504728, 0.01590888, -0.029884247, 0.029297108, 0.17425247, 0.055239804, -0.06290667), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.25949356, -0.049375266, -0.19764636, 0.04848412, 0.14846909, 0.07249825, -0.038826656, -0.15756363, -0.1748046, 0.1839563, -0.015786756, 0.012645979, 0.09585216, 0.07619667, 0.010932837, 0.06530666), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.0592303, 0.34068975, -0.0043445593, 0.25165552, 0.22237164, 0.041179545, -0.046396293, 0.22462137, 0.034741532, 0.06565189, 0.13475078, 0.08480505, 0.1708352, 0.057039484, 0.037506044, -0.34036627), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.10844713, 0.113506734, -0.14367405, 0.111787796, 0.031758603, -0.06955974, -0.068098925, 0.14282043, 0.094929375, 0.18194464, -0.045276128, -0.0032632013, 0.007969798, -0.0590313, 0.05033309, 0.06328967), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.08094655, -0.08266014, -0.31147677, -0.062742665, -0.017061448, 0.26350877, 0.10840224, -0.16414656, 0.25499284, -0.3347594, 0.25973678, 0.15623575, 0.022350369, -0.08235582, 0.29226762, -0.14951667), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.16715927, 0.31846005, -0.007528655, -0.04655408, 0.07248268, -0.1295353, 0.119970314, 0.00721155, 0.19906871, 0.06366751, -0.055744495, 0.11151067, 0.09488815, -0.09006814, -0.1341, -0.12335882), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.18715191, -0.06641214, -0.24086717, -0.13160741, -0.20222618, -0.08882262, 0.09281967, -0.14381158, 0.31153843, 0.10280565, -0.06487702, -0.0030142434, 0.12800919, 0.059373695, 0.108098336, -0.025091475), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.26941344, -0.010607985, -0.059500597, -0.087650314, 0.057776485, 0.032416668, -0.0014182271, -0.053006213, 0.198899, -0.12861459, 0.1999814, 0.053311568, 0.0801663, -0.2101018, 0.110617965, -0.02017489), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.0888614, -0.07155236, -0.019973263, -0.12744384, -0.17749546, 0.041163083, 0.07273392, -0.09820898, -0.14922594, -0.11169263, -0.069319114, -0.04354858, 0.18076904, 0.084879614, -0.04125808, 0.068733074), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.025723739, -0.3071993, -0.26200652, -0.24551399, 0.040670983, 0.29252282, -0.14551005, 0.111219764, -0.21262506, -0.026296655, 0.16694368, 0.0041154358, 0.03154805, 0.07315552, 0.13088223, -0.10842478), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.070245974, 0.110039465, 0.19028768, -0.042884093, -0.09198143, 0.07932312, 0.09101255, 0.046001278, 0.18428285, -0.026307642, 0.099789225, -0.12612925, -0.40322223, 0.18879798, 0.010587032, 0.055332247), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.057069883, -0.032890134, -0.0513947, -0.074211985, -0.19471937, 0.18182398, -0.2119559, 0.2439066, -0.14167733, 0.25903046, 0.18162172, -0.007826057, -0.06429918, 0.02668084, 0.077179454, 0.023550559), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.14551505, 0.11689716, 0.28027633, -0.18079606, 0.016579725, 0.03988999, 0.074107096, -0.15190484, -0.060423456, 0.39282638, -0.005255287, 0.09286323, -0.1003253, -0.0412654, -0.117815144, -0.22671913), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.26655, 0.02524124, -0.15780295, 0.010378331, 0.038483843, -0.18752888, 0.12708266, 0.020122316, -0.13007571, 0.11942783, 0.1515452, 0.068273015, -0.11957963, -0.061313108, 0.18422426, -0.16399868), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.17614686, 0.12740774, -0.12034426, 0.00811552, -0.027063683, 0.004154653, -0.1892024, -0.051516473, -0.15957421, 0.103997365, 0.12231665, -0.082051665, 0.1611069, -0.017016938, 0.03224853, 0.16816284), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.15254295, -0.011885901, -0.03317691, 0.076534435, -0.060000043, 0.020979656, -0.11068878, 0.17345367, 0.033083163, -0.016063845, -0.03998401, -0.14917895, 0.05829016, 0.055933036, 0.0152959, -0.11680771), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.22236426, 0.093723886, 0.004360134, 0.05051143, 0.017353376, -0.0092351325, -0.16306834, 0.031693168, 0.20352198, 0.060595278, 0.08691345, 0.25801733, -0.09962889, -0.014900563, -0.15118423, -0.096163675), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.19981825, -0.21788603, 0.20982541, -0.113621205, 0.005621798, 0.0943901, -0.17422888, -0.18507147, 0.30247143, 0.06899553, -0.16009268, 0.067299575, -0.21744101, -0.015869575, 0.095568515, -0.036854178), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.06810536, 0.11014666, 0.24017857, 0.12042336, -0.12038678, 0.015001737, -0.17134188, 0.10343175, 0.09067457, 0.11136803, 0.024367718, -0.13199149, -0.37008765, 0.07137436, 0.122724056, 0.06668219), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.28085753, -0.14428541, 0.08978648, 0.05202615, -0.15860316, -0.06101108, -0.18904316, 0.104275696, 0.06810539, -0.07249347, -0.10909362, 0.019484319, -0.025948122, 0.0910616, -0.17025243, -0.035804044), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.10040864, -0.27650854, -0.029030709, -0.0531634, 0.050312318, 0.14849235, -0.059385244, -0.13935417, -0.16425262, -0.14445016, -0.22415695, 0.04330054, 0.0024454365, -0.009127519, -0.24255885, -0.06303984), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.054911103, -0.2811866, -0.049883213, 0.09221324, 0.041680478, 0.1959676, -0.15021674, -0.006908881, -0.15814131, -0.15958795, 0.15639575, -0.10088554, -0.22732499, -0.082894124, 0.06674789, -0.10491449), target2);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.046519246, -0.00879819, -0.044789877, -0.07887647 };\n\ttarget1 = MulAdd(a1, MF4x4(0.044146776, -0.026106803, -0.15219912, -0.15929134, 0.02972265, -0.05223942, 0.06760582, 0.04324784, -0.13192074, 0.12351806, 0.0855665, -0.11861024, 0.097702436, 0.10298012, -0.03555207, 0.06544868), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.05458123, 0.014500078, 0.048824716, 0.14172198, 0.057214983, -0.06896361, -0.052671798, 0.10043398, -0.029938918, -0.013474177, 0.10448471, 0.29896173, -0.0037866347, -0.06600103, -0.19298725, -0.119502924), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.07483799, 0.0757225, -0.07432271, -0.02994328, -0.047863305, -0.08091319, -0.13640103, -0.16553412, 0.019309495, 0.13153689, 0.14757608, 0.041081686, 0.1447018, -0.09976335, -0.06094595, -0.019380448), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.116722435, 0.018069802, 0.082960755, 0.25008422, -0.10093022, 0.15039717, 0.16740529, 0.08372216, -0.17313154, 0.072606385, 0.1134366, 0.09108986, -0.025453486, -0.0014705429, 0.073060215, -0.0786531), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.22601452, 0.5512376, -0.11920107, -0.12763597, -0.008671738, -0.058479775, -0.268992, -0.06614402, -0.26501563, -0.030529302, -0.04196243, 0.13161187, 0.1170102, -0.25060177, 0.060350843, -0.1524947), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.1648866, 0.05652559, -0.040925294, -0.11008188, 0.21542753, -0.116541564, -0.08021358, -0.13785587, -0.05141525, -0.039133884, -0.1124311, 0.17472316, -0.22469969, 0.09842997, 0.10967242, -0.020226078), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.12250246, 0.10348344, -0.018174428, 0.037790317, 0.07088387, 0.27629474, 0.049727917, -0.0011699499, -0.1497167, 0.048863184, 0.00309108, 0.12177124, 0.022598455, 0.08864282, -0.048928354, 0.088068075), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.043115202, 0.24277024, 0.17749861, 0.10550521, 0.008603091, -0.36454508, 0.09997063, 0.11979698, -0.15786794, -0.008746184, 0.06689776, -0.20002088, 0.04094072, 0.042499837, -0.05387774, -0.10426778), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.06600674, 0.07645438, 0.015209062, 0.23262201, -0.08001964, -0.09341582, 0.008619914, 0.093308866, -0.124739006, -0.007209568, -0.06492457, 0.22863889, 0.17875427, 0.0779068, -0.09997953, -0.021379821), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.043263335, 0.1548246, 0.09254137, 0.16256322, 0.13361873, -0.10850825, 0.09901608, -0.0753444, -0.02345517, 0.030159235, -0.0043304237, 0.19805421, -0.11997134, 0.0948639, -0.09261292, 0.1167355), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.1042119, -0.08793884, -0.15884337, -0.08414226, -0.02642236, -0.032897346, -0.07664125, 0.064429455, 0.04868224, 0.04438529, -0.083366744, -0.06398503, -0.2364328, -0.039592575, -0.15421078, 0.17369357), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.20374978, -0.09289948, -0.25493136, 0.028119517, 0.053481918, -0.062769525, -0.052148513, -0.20336467, -0.07322327, 0.071623735, -0.05846495, 0.23537324, 0.030998409, -0.0572314, -0.30425155, 0.17616381), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.008999034, 0.19063166, -0.16384077, 0.08840229, 0.005153292, 0.17091888, 0.05193965, -0.09363918, 0.07379054, 0.0416411, 0.007373337, -0.002444226, 0.090993404, -0.17546643, -0.14595066, 0.19029109), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.07473051, 0.022953797, 0.3694185, -0.000816042, 0.014621785, -0.029232977, -0.0163784, 0.30796757, 0.024686797, -0.0376939, 0.106044516, 0.10191429, -0.11145659, -0.23659907, 0.11254082, 0.078495234), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.05722472, 0.014075986, 0.077577166, -0.1319451, 0.0063364087, 0.07042797, 0.013867829, -0.01543331, -0.069067486, -0.07245758, 0.059568863, 0.06195517, -0.25257275, -0.19943956, -0.19534364, -0.1566254), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.10666801, 0.19854072, -0.14524002, 0.21727695, 0.07621112, 0.103370175, 0.003522481, -0.03526533, 0.09204845, 0.04930996, -0.009533781, 0.071561396, 0.007946626, -0.09155877, -0.18856467, 0.11516717), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.15758498, 0.25284624, -0.03834856, -0.16141246, -0.09860034, -0.35015398, 0.08133997, 0.05046502, 0.20083027, -0.0026045898, -0.23627196, 0.07382544, 0.11064689, -0.0707055, -0.18984218, -0.09250848), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.05949194, 0.00070572464, 0.10784266, -0.008810496, 0.06522392, -0.0023800225, -0.01614215, -0.015862722, 0.08078033, 0.10827174, 0.11440369, 0.014041329, 0.053579852, -0.11658711, -0.052344058, -0.03857412), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.054652497, 0.072690494, 0.11310003, 0.09839347, -0.08197539, 0.089851685, 0.039466213, -0.059131484, 0.03934494, -0.09728057, 0.07211633, 0.14545459, -0.08371904, -0.02848036, -0.020263305, -0.12366355), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.13024135, 0.10256835, -0.088607304, -0.08425782, -0.067031406, -0.03591957, 0.034701034, -0.0573039, -0.048706584, 0.10135636, -0.13818035, -0.09554917, 0.1541496, -0.09246093, 0.11827978, -0.02703279), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.057035744, 0.063911796, 0.12805207, 0.13411741, 0.00924603, -0.03657417, 0.08100167, -0.031264946, -0.03189199, -0.049402498, -0.046219792, 0.12624107, 0.2809697, -0.1264563, 0.02382632, -0.16174819), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.032658063, 0.029207656, -0.020362824, -0.18823773, -0.20003095, 0.09240136, 0.004393565, 0.28016117, -0.17617643, 0.21443488, -0.06436653, 0.09426579, -0.012660543, -0.038343526, -0.087761596, -0.06952474), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.013616554, -0.16468868, 0.1281466, 0.08476041, -0.0138902385, -0.04434069, 0.12031286, -0.07590152, -0.12818764, 0.1970344, 0.042898823, 0.018936606, 0.019264435, -0.13713486, -0.027062744, 0.26364017), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.03121837, -0.040610187, 0.0023387137, 0.11021297, 0.04006531, 0.089258075, 0.038287688, 0.19519399, 0.0590789, -0.0127886515, 0.16618161, -0.11148632, -0.10438067, 0.088400334, 0.115820415, 0.23558354), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.14781238, -0.020881698, 0.040218577, 0.090248026, -0.04531296, 0.121813886, -0.12156261, -0.02640371, 0.019912932, 0.029554896, -0.032324113, 0.060553055, -0.14531589, -0.20826598, 0.1945815, -0.18510781), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.24151343, 0.08096261, -0.08314715, 0.121899664, -0.21133694, 0.25925165, 0.037419003, 0.0027491911, 0.07981589, -0.06247693, -0.07793235, -0.050702088, -0.21040778, -0.051243544, 0.021130228, -0.16032514), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.1940846, 0.005878943, 0.09001744, 0.00996283, -0.01720877, 0.11209827, -0.045714185, 0.017633213, 0.11248759, -0.070436165, 0.059041988, -0.117122024, -0.15776572, 0.041433014, 0.06852976, -0.32530108), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.018681401, 0.07524977, -0.09961975, -0.025000824, -0.14728728, 0.17958179, 0.05077947, 0.09839162, -0.24664684, 0.2350485, 0.043190528, 0.123329654, 0.031106282, -0.024857467, 0.026871338, 0.03363785), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.090937026, 0.113483965, 0.10115868, 0.09630846, 0.040868916, -0.14394417, 0.13920946, -0.09652194, -0.21267591, 0.079470165, 0.35935298, -0.029055713, 0.0462934, 0.02001686, 0.01959559, 0.0067710667), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.025194263, 0.087321565, -0.008157793, -0.12381555, 0.07437093, -0.024633797, -0.13163073, 0.053631987, -0.16161191, -0.33736497, -0.16600001, -0.16064753, -0.01877911, 0.006173125, -0.21867354, -0.11551306), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.016227739, 0.041133694, 0.12241288, 0.1840938, 0.16001828, -0.07284954, -0.0840258, 0.10275262, 0.059712093, 0.18617383, -0.004344732, 0.04759032, -0.112888224, 0.025455667, 0.06032809, -0.24498977), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.07140021, 0.24720372, -0.12715518, 0.13462298, 0.07784012, 0.04233614, 0.030195842, -0.095302135, 0.1719011, -0.16173883, 0.082427144, -0.03078554, -0.115330435, 0.2787821, -0.15274885, -0.016630588), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.08701172, 0.021434337, -0.15877618, 0.22535062, 0.014872742, -0.0068805423, -0.051181257, -0.38192979, 0.20793833, -0.2901109, -0.057449028, -0.044476006, -0.08431449, -0.05297424, -0.05526057, -0.06096434), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.12446916, -0.010789559, 0.18910398, -0.14184885, -0.040306002, 0.062063884, 0.14885572, 0.0050085005, 0.07284438, 0.03938155, 0.27486423, -0.079940364, -0.10640366, -0.11455711, 0.018501248, -0.05743762), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.26359692, 0.014875724, 0.043625355, 0.0974379, 0.09281598, 0.2449208, -0.07954478, -0.20232148, 0.025533125, -0.29744807, 0.1810463, -0.09866862, -0.16949633, -0.097010635, 0.04885873, 0.08639066), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.10937537, 0.024320884, -0.084123306, 0.045726787, 0.08169718, 0.038608517, 0.2250605, -0.031330425, -0.008280292, -0.026776202, -0.14776887, 0.3436263, -0.16302314, -0.15479733, -0.10982676, 0.12014077), target1);\n\t\n\tMF4 target2 = { -0.031883862, -0.0151373055, -0.026020631, 0.062551804 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.10340159, 0.03126175, 0.008010763, -0.014703102, 0.06388945, 0.08303292, -0.052860666, 0.1492984, 0.06422952, -0.029731093, -0.021047806, 0.0012385565, 0.025289888, 0.08642119, 0.06883434, 0.023763692), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.0748618, -0.048646145, 0.07845818, -0.24385995, 0.077536225, -0.29863936, 0.24418406, 0.07232939, -0.0054087904, 0.05985848, -0.017639449, 0.12629768, 0.108363576, 0.09904134, -0.00050070864, -0.11790627), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.05239057, 0.15894121, -0.07164557, -0.32539955, 0.046355467, -0.1368222, 0.10285978, 0.0981996, 0.04779384, -0.19793929, 0.06193576, -0.061980426, 0.12222037, 0.06162786, 0.12215435, 0.045095358), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.11633697, -0.07783625, 0.038284954, -0.1077604, 0.050120354, -0.039917693, -0.05126379, 0.020723915, 0.06922371, 0.07441101, 0.04355437, -0.0009652994, -0.040668465, 0.11270888, -0.056610428, 0.018002095), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.1991713, -0.12291669, 0.007297408, -0.22448927, 0.0118651325, -0.15347931, -0.02881685, -0.13971193, -0.0597255, -0.056213673, -0.16497411, -0.087855674, -0.09711957, 0.19384801, -0.09268538, 0.0010212396), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.13538352, 0.20081995, 0.05765413, 0.08507135, -0.11396954, -0.06537804, 0.1840262, 0.13141033, 0.07317906, 0.053597126, 0.14733106, -0.027857138, -0.008961551, -0.030892484, -0.10815004, 0.07787356), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.14028777, 0.20683727, -0.1973804, -0.14879352, 0.08193435, 0.06776529, 0.15067616, -0.005689123, 0.091099024, -0.04523496, -0.025365459, 0.046144743, 0.073163316, -0.050716147, 0.03645591, 0.08450625), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.05377605, 0.29956514, -0.05203467, -0.12395672, -0.07375765, 0.07590657, -0.1648796, 0.016921869, -0.15838358, -0.18164106, 0.048942942, 0.08723644, -0.05655316, 0.06374977, 0.03486325, -0.17268877), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.067100935, 0.116894506, -0.12316177, -0.28647798, 0.15253417, -0.043991808, -0.07732363, 0.12502535, 0.027790325, -0.13292582, 0.06508008, 0.033653572, 0.100093335, 0.044676002, 0.1450233, 0.108926095), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.25443476, 0.0075249635, 0.09893316, 0.13884877, -0.009865199, 0.028503535, 0.04932893, -0.021844162, 0.09569463, 0.042022802, -0.0056093778, -0.044183288, 0.012850613, 0.08729362, 0.088493116, -0.035626948), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.28942817, -0.2278143, -0.124107786, 0.18914355, -0.13334653, -0.061389446, 0.09170535, 0.1529043, 0.070113055, 0.052939575, -0.027512128, 0.043993592, 0.058714498, 0.0618404, 0.07549026, 0.27376285), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.17169511, 0.18338326, 0.09645834, -0.19721629, -0.062608786, -0.06097738, -0.052246977, 0.11313908, -0.002827855, -0.08297087, 0.2045053, 0.027751451, 0.05598507, 0.08318512, -0.020142859, -0.07377832), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.024627045, -0.065384455, -0.04648491, -0.32704023, -0.16444866, -0.0068647224, -0.20919928, -0.18135908, 0.05522183, -0.12074867, 0.04628794, 0.025948782, 0.058282085, 0.16593929, -0.1396821, -0.36740735), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.16715747, -0.03793736, 0.08576081, 0.23338848, 0.051240716, 0.090182334, -0.046501555, -0.0894777, -0.06944291, -0.05119481, -0.15820025, -0.17854515, 0.3914519, -0.0677236, 0.076883785, -0.16959), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.16410258, 0.11443157, 0.048126943, 0.17386216, -0.09785154, 0.14995028, 0.093302995, 0.09777354, 0.016656177, -0.16498508, -0.16739717, 0.11313578, 0.001371565, -0.031823646, -0.02444281, 0.13747996), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.023110714, -0.04154956, -0.030491728, -0.4158937, -0.007988987, 0.0035799788, 0.16974539, -0.014700064, -0.017114861, -0.018651277, 0.00242705, -0.011389802, -0.17292719, -0.03441201, 0.057909735, 0.17829509), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.014969421, 0.21926679, 0.14203273, -0.15120554, -0.094369836, 0.083293505, -0.080706924, 0.16517772, -0.053518526, 0.11042086, 0.02499214, -0.05298825, -0.017418144, -0.024013298, -0.07151083, -0.22398451), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.052312143, -0.09576563, -0.073171586, 0.13949135, -0.019157652, -0.019879084, 0.083495006, -0.14749153, 0.05605271, -0.07413262, -0.09352249, 0.0042679785, -0.069604576, -0.16840592, 0.103903025, 0.2889917), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.059331086, -0.033961378, 0.0041064387, -0.08705166, 0.051230803, -0.018020583, -0.12681223, -0.23725896, 0.059449084, -0.052372735, -0.05540911, 0.10343921, 0.024327401, 0.012832041, -0.022239655, -0.13162766), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.00208763, 0.06829585, -0.050976753, -0.05621949, -0.005976271, 0.009429676, -0.04865572, -0.09551031, -0.075597085, -0.026020885, 0.03421109, -0.1937313, -0.22840965, -0.15389588, -0.111958645, 0.10905485), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.081813, -0.065287165, -0.045189142, -0.047831066, 0.08934535, 0.09954615, -0.07451004, 0.033529207, 0.1303318, -0.08212296, -0.07734046, -0.014592582, -0.3092255, 0.045021445, -0.1223635, -0.026269957), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.113570146, 0.036414642, 0.015502351, 0.15432163, 0.008468439, -0.029858474, 0.03321966, -0.14513937, 0.105439186, 0.17247854, -0.040744863, -0.054444846, -0.121361785, 0.04879374, -0.23203504, 0.0054753935), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.015762426, 0.27844664, -0.023570599, 0.004403549, 0.04703402, 0.11293326, -0.22021124, -0.022294452, 0.0109151825, 0.051353704, 0.01387703, -0.25460902, -0.1720017, -0.41253135, 0.13271171, 0.24472673), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.06729634, -0.08928969, 0.044666067, -0.080033734, -0.010024118, 0.09617992, -0.03422752, -0.24341615, 0.0026236945, -0.17291804, -0.18756893, -0.011092629, -0.0758896, -0.11379615, 0.2614097, 0.2968493), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.037218813, -0.08741755, -0.047161646, -0.075184174, 0.07814149, -0.117306635, 0.27880162, -0.20831196, 0.11074332, 0.007141896, -0.061060436, -0.07465655, -0.06771369, 0.08425538, -0.13826483, 0.1951752), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.09369145, 0.05128452, -0.0045741517, -0.08464627, 0.072324485, -0.103766605, 0.04346825, -0.084247194, 0.18332602, 0.24476874, -0.23600607, -0.105699316, 0.0018734589, -0.22071646, 0.2122217, -0.1247409), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.024415143, -0.1883563, -0.08757719, 0.038815416, 0.06804177, 0.072834484, 0.062976, -0.043060035, 0.008934872, -0.065206386, -0.02180933, 0.18650985, 0.15305461, -0.043311838, -0.13565755, -0.15254296), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.027255, 0.13145106, 0.08066033, 0.05240541, -0.093578346, -0.043811, -0.03499714, 0.08510107, -0.01451532, 0.20293784, -0.15014489, 0.010262514, -0.05686128, -0.032981467, 0.009303513, -0.14119668), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.056040764, 0.1030456, 0.19483311, -0.035117295, -0.045012027, 0.036512565, -0.073540024, 0.07976307, 0.048326198, -0.08448881, 0.009611186, 0.21209192, 0.058837466, 0.21072935, -0.18430287, -0.022488063), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.047507305, -0.0024985473, 0.16436942, 0.11034998, -0.07350365, -0.04659239, 0.055649634, -0.24239732, 0.0874119, 0.0491421, -0.20165893, -0.16950199, -0.06907221, -0.02995977, -0.076965876, -0.019354858), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.16029131, 0.13571973, -0.0066582616, -0.12420045, 0.09299235, 0.10025083, 0.17720564, 0.09894699, 0.25251085, -0.06967862, 0.09031549, 0.014147361, 0.10027847, -0.1572137, 0.075934134, 0.041270934), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.05063072, -0.049268696, -0.018284608, -0.13692653, -0.20619605, -0.3068155, 0.17608485, 0.09949, 0.28783736, -0.22305936, 0.12421118, 0.22138284, -0.14137621, -0.033278886, -0.08361161, -0.030769518), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.108629055, 0.0015808924, 0.20601004, -0.026752226, -0.1501807, 0.029018851, 0.21033502, -0.027005566, 0.0030185424, 0.23096606, 0.03001235, -0.37719792, -0.015479773, 0.3498214, -0.25188166, -0.09796651), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.17263511, 0.09929037, -0.057462707, 0.03969186, -0.09580756, -0.02628204, -0.18671957, -0.114821374, -0.032703403, -0.04550097, -0.17387073, -0.06422339, 0.029069535, 0.077399485, -0.09688172, -0.04977373), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.08245095, 0.025046779, 0.15254857, -0.20083354, -0.21334353, 0.13298917, 0.019746812, 0.037977856, -0.18857501, 0.16555329, 0.08286123, -0.07782444, 0.01507326, 0.11679941, 0.029952176, 0.20679134), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.08486794, 0.010211643, 0.22983155, -0.16577461, -0.12877122, 0.0017102316, -0.079031415, -0.08309121, -0.062880024, 0.17439415, 0.2649001, -0.46177015, 0.08025148, -0.06425451, 0.028244738, -0.047507387), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 5\n//!DESC Conv-3x3x3x16\n//!IN INPUT, tex3, tex4\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y),0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF3 result = { -0.0096404655, 0.0022038757, 0.0035988842 };\n\tresult = MulAdd(max(a1, 0), MF4x3(0.012102164, 0.01385959, 0.018815203, -0.017435113, -0.04530735, -0.051318135, 0.01267727, 0.01400136, 0.017735276, 0.012681183, 0.035241637, 0.03990959), result);\n\tresult = MulAdd(max(b1, 0), MF4x3(0.16069227, 0.098007366, 0.076831706, 0.081593364, 0.017831434, 0.010174303, 0.014732323, 0.02229113, 0.029828338, 0.0048171813, 0.051809076, 0.055740006), result);\n\tresult = MulAdd(max(c1, 0), MF4x3(0.0347963, -0.014327445, -0.024176419, 0.003463003, -0.050532356, -0.06565927, 0.082851514, 0.10950989, 0.12022889, -0.038950548, -0.015094648, -0.0119305095), result);\n\tresult = MulAdd(max(d1, 0), MF4x3(-0.11845135, -0.08067485, -0.06981454, 0.00058037776, 0.01160575, 0.014900963, -0.0374349, -0.052966926, -0.044557698, 0.017439643, 0.005496974, -0.0024181441), result);\n\tresult = MulAdd(max(e1, 0), MF4x3(-0.1084345, -0.18271221, -0.18795776, 0.110637866, 0.08913364, 0.09161146, -0.19889367, -0.17172937, -0.1600661, -0.03789556, -0.028977778, -0.029903485), result);\n\tresult = MulAdd(max(f1, 0), MF4x3(0.017774954, -0.048732057, -0.061161697, 0.022389695, -0.013317256, -0.019972157, 0.051979035, 0.08774837, 0.09633588, -0.047462203, -0.033091765, -0.028352588), result);\n\tresult = MulAdd(max(g1, 0), MF4x3(0.022178177, 0.05031684, 0.05802219, -0.027539665, -0.020904189, -0.01800042, 0.0019531948, 0.00019749763, -0.0013961957, 0.024253767, -0.00058503833, 0.0006474611), result);\n\tresult = MulAdd(max(h1, 0), MF4x3(0.06707921, 0.0817431, 0.07561426, -0.04157211, -0.006174012, -0.003754037, 0.0031168605, 0.02320992, 0.026471246, 0.0029530525, -0.004939263, -0.0070194793), result);\n\tresult = MulAdd(max(i1, 0), MF4x3(0.03383418, 0.042321067, 0.04266926, -0.043634403, -0.0182769, -0.011314871, -0.050008457, -0.003527757, 0.0035165092, -0.00016610099, 0.019936454, 0.022199173), result);\n\tresult = MulAdd(max(a2, 0), MF4x3(-0.055203374, -0.03910439, -0.03778927, 0.027640847, 0.019469904, 0.0277834, -0.026225597, 0.04481541, 0.047454204, 0.031545334, 0.019874612, 0.011878432), result);\n\tresult = MulAdd(max(b2, 0), MF4x3(0.016088601, -0.045959134, -0.048793618, -0.009834776, 0.0077799167, 0.00873151, 0.031265914, 0.09698676, 0.10005417, 0.039120086, 0.0005542848, -0.0049420255), result);\n\tresult = MulAdd(max(c2, 0), MF4x3(0.028432969, -0.014792921, -0.026881924, -0.00586326, 0.013427183, 0.018215714, -0.013559131, 0.017704675, 0.024854776, -0.09087544, -0.104627624, -0.0921747), result);\n\tresult = MulAdd(max(d2, 0), MF4x3(-0.022899037, 0.026374351, 0.03145993, -0.008008749, -0.0013132087, -0.003957525, -0.02490554, 0.0020362549, 0.006453752, 0.031494617, 0.049864545, 0.04702567), result);\n\tresult = MulAdd(max(e2, 0), MF4x3(-0.12318068, -0.121377476, -0.11615006, -0.1321696, -0.078085914, -0.07868927, -0.072339885, 0.0012095685, 0.010923645, 0.10844834, 0.10038668, 0.09919817), result);\n\tresult = MulAdd(max(f2, 0), MF4x3(0.058991943, 0.018824834, 0.01659209, -0.041878223, 0.013176531, 0.023566704, -0.010507848, 0.02042605, 0.028884022, -0.1193022, -0.10676289, -0.096668206), result);\n\tresult = MulAdd(max(g2, 0), MF4x3(0.023510003, 0.06057355, 0.052194174, 0.02304783, 0.031745855, 0.025863871, -0.01060811, -0.043136407, -0.03569961, -0.022243036, 0.014206766, 0.0032128936), result);\n\tresult = MulAdd(max(h2, 0), MF4x3(0.025120225, 0.07386707, 0.07916389, -0.020202598, 0.010854587, 0.009825397, -0.043466344, -0.049230598, -0.038344223, 0.006438127, 0.041072655, 0.036958262), result);\n\tresult = MulAdd(max(i2, 0), MF4x3(0.027640026, 0.04239058, 0.055017423, -0.002110394, 0.040088017, 0.045239322, -0.020238828, -0.01711292, -0.014726791, -0.029621653, -0.007380026, -0.002073584), result);\n\tresult = MulAdd(max(-a1, 0), MF4x3(0.008071638, 0.0034274645, -0.0016181463, 0.044838928, 0.06936641, 0.072150804, 0.0006324625, -0.02223834, -0.021122342, 0.043963037, 0.047561962, 0.026419055), result);\n\tresult = MulAdd(max(-b1, 0), MF4x3(-0.06605246, -0.011649812, -0.0022502556, -0.09256232, -0.06281528, -0.055003755, 0.032296494, -0.011113339, -0.015790787, 0.05214882, 0.022887057, 0.013746634), result);\n\tresult = MulAdd(max(-c1, 0), MF4x3(-0.03587372, 0.018986767, 0.03229596, 0.008917248, 0.050303612, 0.06147115, 0.01872278, -0.011048741, -0.017369485, 0.030770298, 0.0063107815, 0.003187433), result);\n\tresult = MulAdd(max(-d1, 0), MF4x3(0.087662674, 0.048391398, 0.042332277, 0.0043635606, 0.02438183, 0.020213395, -0.023863237, -0.0051179314, -0.0060627074, 0.06292237, 0.05821987, 0.051667042), result);\n\tresult = MulAdd(max(-e1, 0), MF4x3(-0.048478693, 0.008368922, 0.016874269, -0.19261299, -0.1848583, -0.18258469, 0.112302095, 0.061518673, 0.058282077, 0.024626324, 0.0058449907, 0.006936535), result);\n\tresult = MulAdd(max(-f1, 0), MF4x3(-0.04468695, 0.0099176075, 0.025094027, 0.05447911, 0.08220857, 0.08161316, -0.0007933787, -0.03090106, -0.040217776, -0.028044306, -0.050590593, -0.05027328), result);\n\tresult = MulAdd(max(-g1, 0), MF4x3(0.029733973, -0.0129855955, -0.019776886, 0.01860655, 0.017793713, 0.020113358, -0.023667783, -0.0013290358, -0.004159268, -0.01960303, -0.012806444, -0.016549494), result);\n\tresult = MulAdd(max(-h1, 0), MF4x3(-0.00952229, -0.007181503, -0.0061082463, 0.04292393, 0.01510459, 0.0062862537, -0.016540393, -0.023619318, -0.02633423, -0.06652295, -0.06933143, -0.063913494), result);\n\tresult = MulAdd(max(-i1, 0), MF4x3(-0.015281855, -0.012470513, -0.008184894, 0.045862548, 0.023707546, 0.014719574, 0.032412887, -0.0038218168, -0.0065955487, -0.027728679, -0.04009727, -0.018856067), result);\n\tresult = MulAdd(max(-a2, 0), MF4x3(0.042844415, 0.00673587, 0.0038338478, -0.031152235, -0.06649269, -0.065986395, 0.005666899, -0.015819343, -0.012795757, -0.0007617308, 0.021531299, 0.026071105), result);\n\tresult = MulAdd(max(-b2, 0), MF4x3(-0.118266046, -0.07211513, -0.058381762, 0.02361942, 0.012819485, 0.010511434, 0.077196896, 0.003424893, 0.001927401, -0.03160996, -0.0034473129, -0.00444674), result);\n\tresult = MulAdd(max(-c2, 0), MF4x3(-0.06548674, -0.018152835, 0.0034779215, -0.006173449, 0.008357867, -0.0033986098, 0.021622533, -0.03722321, -0.045832597, -0.011835129, 0.0109178, 0.010480887), result);\n\tresult = MulAdd(max(-d2, 0), MF4x3(0.041682176, -0.008985459, -0.018538723, -0.054624356, -0.09495616, -0.090484254, -0.0060466817, -0.017551763, -0.014151624, -0.015683241, -0.012590141, -0.014278323), result);\n\tresult = MulAdd(max(-e2, 0), MF4x3(0.073194094, 0.055347454, 0.060976587, 0.18175459, 0.13776664, 0.13139476, 0.14047755, 0.061971992, 0.056503728, 0.0068531767, -0.011873265, -0.016871026), result);\n\tresult = MulAdd(max(-f2, 0), MF4x3(-0.041848205, -0.009582, -0.0076929387, 0.044274334, 0.04011985, 0.03085897, 0.009403278, -0.03346772, -0.04463548, 0.04548978, 0.014613167, 0.0055232802), result);\n\tresult = MulAdd(max(-g2, 0), MF4x3(0.019901669, -0.0011372451, -0.007423424, -0.053240675, -0.07105105, -0.07122227, -0.01892976, -0.019795185, -0.019204788, 0.01228504, -0.005040437, -0.0010069044), result);\n\tresult = MulAdd(max(-h2, 0), MF4x3(0.032843515, 0.014947385, 0.007550199, -0.0006476342, -0.020907652, -0.030297596, -0.015617971, -0.029182931, -0.038677275, 0.037908908, -0.018132487, -0.020226713), result);\n\tresult = MulAdd(max(-i2, 0), MF4x3(0.03232915, 0.02915194, 0.014929652, 0.016676396, 0.004807404, -0.0008906752, 0.0076904814, 0.00541351, -0.0048240838, 0.03459369, -0.012969539, -0.024712864), result);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_M.hlsl",
"content": "// Anime4K_Restore_CNN_M\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_M.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_1\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.061233472, 0.39222646, 0.029704979, 0.02586828 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.09991986, 0.13782342, -0.031251684, -0.06356843, -0.3437488, 0.05450952, 0.34347802, 0.46335372, 0.08607224, 0.044988394, 0.137179, 0.17976908), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.024212424, -0.09278509, -0.00040907756, 0.34552294, -0.13254678, 0.113105185, 0.005667946, -0.00036919137, -0.06375679, 0.009184115, 0.115518734, -0.115506776), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.14101827, 0.023523493, 0.044094566, -0.019271746, -0.44348842, -0.08818877, -0.4026149, -0.21995795, -0.15880394, -0.013732858, -0.020751135, 0.012719151), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(0.013001821, -0.34503505, 0.39219138, 0.18792126, 0.24760444, -0.016173402, 0.10154511, 0.15453082, -0.058132876, 0.016784398, -0.05808539, -0.11039915), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(0.37024534, 0.041440863, -0.3374568, -0.44994286, 0.19555596, 0.20855539, -0.27974075, -0.5372628, 0.21228147, -0.0295346, -0.56700057, 0.030042822), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(-0.12940632, 0.057526, 0.090682045, -0.06985033, -0.13704006, -0.047685407, 0.44615674, -0.48056605, -0.06166251, -0.01883519, 0.2032237, -0.11328760), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(0.010856669, -0.35820737, 0.16757219, 0.082619876, -0.03967303, 0.038705572, 0.32652855, -0.012030017, 0.015120559, -0.15314877, 0.23442009, 0.09767922), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(-0.046272673, -0.17752305, 0.082018286, -0.2512824, 0.58619463, -0.060903464, -0.022793597, 0.077803515, -0.17025311, 0.05136993, 0.029383298, -0.15475409), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(-0.11212024, 0.13378005, -0.2027488, 0.08056421, -0.11176219, -0.048429377, -0.08396386, 0.10507829, 0.13326839, 0.0430627, 0.051362377, 0.06482755), result);\n\t\t\t\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.018297346, -0.080951825, -0.062163066, -0.08050014 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.16410656, -0.40521824, 0.13121907, -0.02314597, 0.105412476, -0.060401272, -0.043063477, -0.13933973, 0.12558138, -0.020861467, 0.030370515, 0.13178016, -0.14220351, 0.20736893, 0.003321564, -0.29241714), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.18517321, 0.29162985, -0.26783395, 0.039760686, 0.025527012, -0.067319244, 0.055004176, 0.048916563, 0.12750523, -0.091435954, 0.13818842, 0.36704224, 0.0839921, 0.10186618, -0.17237376, 0.13282418), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.1657887, 0.0131325135, -0.17222486, 0.091398895, -0.12756164, -0.08437298, -0.29052997, 0.3269337, 0.15870757, -0.013529402, -0.0581753, 0.11802371, 0.07099966, -0.024063632, 0.31834844, -0.11183859), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(0.46036887, -0.07654623, 0.22923063, 0.17463821, 0.10555414, -0.117430426, 0.12406777, -0.011399492, 0.028316498, 0.13684341, 0.009664087, 0.2022659, 0.04953974, -0.31342217, -0.6103131, -0.13605757), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.03406955, -0.39819366, 0.61176, -0.46809456, -0.029321073, 0.46619493, 0.36700186, 0.02288561, 0.11464085, -0.10931452, -0.09154022, 0.07334147, -0.5609916, 0.31826234, -0.011012659, -0.46719545), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.056855045, 0.27037027, -0.09269696, -0.563572, -0.06816116, -0.22986612, 0.08693167, -0.16246101, 0.09954046, -0.05374176, 0.0071916827, -0.1788692, 0.3825241, -0.1609887, 0.055204768, 0.10213068), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.0646626, 0.102358796, -0.45055822, 0.20557903, -0.23337309, 0.12633002, -0.19299199, -0.15085731, -0.13473304, 0.053790465, -0.10061193, -0.13393497, -0.04264752, -0.029740738, -0.07865285, 0.20883279), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.010471527, -0.033218473, -0.46157447, 0.004866583, 0.23226471, -0.059343327, -0.1439596, 0.13619648, 0.013839963, 0.15930325, 0.043742355, 0.17467323, 0.33772305, 0.40261495, -0.08351293, 0.18129359), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.12493434, -0.1875134, -0.074943796, -0.0031701606, -0.037142616, 0.1667002, 0.16665547, -0.011248127, 0.0071619414, 0.0034872112, 0.120318964, -0.09625579, 0.14917047, -0.16310586, 0.07231737, 0.30447328), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.093798615, 0.17074613, -0.08780678, -0.012520207, 0.118534856, 0.027508778, -0.2778478, -0.19509242, -0.34137097, 0.32000312, -0.22027159, 0.337515, 0.16220862, 0.108993016, 0.14070526, 0.12784284), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.14325632, -0.1467453, -0.27502358, 0.09370837, 0.11821083, -0.012266484, -0.2100548, 0.4707502, -0.06766648, 0.58165014, -0.2512279, -0.33783755, 0.1318925, -0.04346277, 0.15454485, 0.044500057), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.05683207, 0.0051946463, -0.108000524, 0.10133204, -0.50763863, 0.007308442, 0.8542404, 0.28387356, 0.022709515, 0.294523, -0.3822472, 0.66166407, 0.01404485, 0.031282708, -0.26756814, -0.123147786), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.36455178, 0.3470555, -0.045303088, -0.03170764, -0.15802494, -0.0019141496, -0.25939587, -0.23875342, 0.130428, 0.03954273, -0.17985536, 0.105145946, 0.15804817, 0.12551713, 0.28371975, -0.085748516), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.0060625463, 0.2443924, -0.017692259, -0.20214005, -0.09584515, -0.012805372, -0.13942227, 0.16143198, 0.12942013, 0.41785547, 0.046071563, 0.7030026, 0.10499644, -0.20566013, -0.031321276, 0.27830327), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.081274964, -0.14562319, 0.27200526, -0.20491314, 0.012910989, 0.024201397, 0.04816258, 0.21297328, -0.22015952, -0.44160756, -0.056035373, 0.33824417, -0.31645304, 0.15469243, 0.053187452, -0.20989445), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.046550367, 0.033185404, 0.33337244, 0.12853645, 0.23520172, -0.05909214, 0.0861368, 0.10706329, -0.07058717, -0.11759937, -0.18594047, 0.080006264, -0.055425353, -0.12506317, 0.15729053, -0.0915004), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.042516407, 0.14844789, 0.16533111, 0.13502933, -0.0655417, -0.057256397, 0.076713726, -0.23448966, 0.12855926, 0.014219275, 0.051761385, 0.053433083, -0.2446715, -0.4008074, 0.19603717, -0.1796951), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.14777803, 0.15524907, 0.043158617, -0.06996876, 0.19210646, -0.2144364, -0.47020787, -0.4207906, -0.18074386, -0.2163903, 0.0030754965, 0.36799973, -0.3837698, -0.0022661497, -0.37276733, -0.28934997), result);\n\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x8\n//!IN tex2\n//!OUT tex3\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.008952847, -0.0058945753, -0.08097229, 0.020968592 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.31543177, 0.23095237, -0.06692611, -0.5867763, 0.003622504, 0.17948842, -0.14627707, 0.1745016, -0.052964583, -0.15551159, 0.05644786, -0.012665164, 0.13107763, 0.11369179, -0.09452995, -0.11973403), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.2694661, -0.115382135, 0.3073268, -0.067228466, -0.25511482, -0.13922207, 0.36758214, -0.18821828, -0.022617863, 0.20333402, -0.11125889, 0.3552245, -0.013346653, -0.099095374, -0.25100616, 0.35521755), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(0.011012409, -0.13675085, 0.25642, -0.34851208, -0.23184675, 0.18012202, 0.57654136, 0.103173524, -0.16461405, 0.038177088, 0.1234096, 0.013202029, -0.19033363, 0.07469178, -0.017948546, 0.15287702), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.05340533, 0.23797482, 0.20351392, -0.05333351, -0.12181174, -0.23363493, -0.20696607, 0.109941036, -0.11519453, 0.13842066, -0.10687832, 0.29040006, 0.022218632, 0.031238724, 0.2685182, 0.15300068), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.22985318, -0.3103802, -0.22916415, 0.25238806, -0.11690287, -0.1947488, 0.118020535, 0.07814263, -0.06335474, -0.007870727, 0.076106325, 0.094677486, -0.16776285, -0.006570437, -0.29589584, 0.41413507), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.43607962, -0.36456433, -0.123776875, -0.16634953, -0.091190875, 0.13035081, 0.28627968, 0.27249968, 0.12356344, -0.008616177, 0.09599816, -0.006144557, -0.23490307, 0.3013123, 0.14153156, 0.21837278), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.060364585, 0.37860224, 0.039182413, -0.22805426, -0.089910224, -0.06817697, -0.2684275, -0.12528503, 0.036934495, -0.07826616, 0.06559976, -0.08253646, 0.13489649, 0.06237663, 0.126376, 0.21194184), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.12534817, 0.21225189, -0.27818045, -0.3070443, -0.006957577, -0.025105853, 0.12100924, -0.06916452, 0.23081483, 0.1802756, -0.18995638, 0.16603014, -0.2904096, -0.25292823, -0.21834068, 0.13719653), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.017209655, 0.10757137, 0.21414296, -0.30885983, 0.10467716, -0.2184891, 0.100061476, -0.1527528, 0.2100472, -0.25768545, -0.22329919, -0.29153427, -0.06983842, -0.103854865, -0.051384352, 0.14629121), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.0059623295, -0.26060802, 0.32115817, 0.021025505, 0.09783085, -0.15865178, 0.1473021, -0.24977303, -0.033508282, 0.17480391, -0.091310136, 0.09870876, 0.10504043, -0.06105686, 0.013493489, -0.11278855), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.14875248, -0.14859414, 0.19377062, -0.17456068, 0.101288855, -0.1113682, -0.48944646, 0.1018565, -0.037392337, 0.08539691, 0.1751306, -0.15428723, -0.059375558, 0.027663672, 0.051804014, -0.049813222), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.118846565, -0.19869871, -0.037388258, 0.08456728, -0.11662527, -0.43818352, -0.093285345, 0.038507205, -0.051991668, 0.21008292, 0.10792365, 0.2020924, 0.057021596, 0.09460527, 0.0016551288, -0.0015957063), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.11062174, -0.2639232, -0.060295466, -0.3217331, -0.050545212, 0.30989558, 0.30906132, 0.030323273, 0.028986752, 0.037429404, 0.20855664, -0.19848943, 0.034687653, -0.09599135, -0.06250494, -0.13215867), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.010391146, 0.07657845, 0.44491258, 0.0435906, 0.0075931503, 0.42632654, 0.47022533, 0.34737435, -0.15452717, -0.14613411, -0.45231065, 0.12094409, 0.0067911847, 0.057501152, 0.09876979, 0.044946447), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.15607435, 0.2293058, -0.09520331, 0.012836732, -0.15282455, 0.26437718, -0.1685477, -0.13211122, -0.055801593, -0.016778728, -0.34478986, -0.23228309, 0.12300962, -0.13235827, -0.13987203, -0.16550972), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.13161735, -0.09039346, -0.033475474, -0.23686698, 0.1514885, 0.20977421, 0.031431954, -0.0049226107, 0.090661936, 0.15288061, -0.03316583, 0.09646573, -0.32651708, 0.18825398, -0.15777239, 0.17572704), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.112157226, -0.08712878, 0.23453182, 0.1043877, -0.14686783, 0.28682423, -0.086443506, 0.059457052, -0.31530112, -0.2700583, -0.06028952, -0.070416875, 0.18053482, 0.16653341, 0.25215197, 0.061915852), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.20122242, 0.076313145, -0.0988483, 0.094337784, -0.35436687, 0.3762327, -0.07809558, 0.3055848, 0.10425242, -0.17087407, 0.030301496, -0.13911743, 0.01630275, 0.24247427, -0.006474477, 0.03842641), result);\n\n\t\t\ttex3[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x8\n//!IN tex3\n//!OUT tex4\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex3.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex3.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex3.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex3.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.059377354, -0.02055341, 0.07234869, -0.015452986 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.2237721, -0.0064096362, -0.31808427, 0.73477733, 0.015353088, 0.23983319, 0.14967978, -0.34920225, -0.07456269, 0.093151815, -0.14331086, -0.24586205, -0.14183366, 0.06401045, -0.22044073, 0.29932275), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.07968509, -0.3349146, 0.16529128, 0.08443499, 0.4095855, -0.17120704, 0.17425705, 0.15298946, 0.2981273, 0.2212369, 0.10392389, -0.28775454, -0.065247655, -0.15255849, 0.13094437, 0.18685219), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(0.015706737, -0.17755036, 0.2622526, 0.112057306, -0.15876788, -0.38466996, -0.33700845, -0.031711742, -0.023320962, -0.3145249, -0.21223734, -0.1314596, -0.1888095, -0.046370104, 0.09000896, -0.0046378844), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.31127506, 0.31304324, -0.03965752, 0.03649018, -0.029851055, 0.05801377, 0.00040150844, -0.04422069, 0.18019931, 0.14415511, -0.09845236, 0.21895434, -0.013932474, -0.046454947, -0.3403935, -0.006705289), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.34878647, -0.5129283, 0.060250953, -0.16354133, 0.20644619, 0.08732273, -0.24118888, 0.24455065, 0.24449423, 0.44103387, 0.22455928, 0.25738943, -0.26914698, -0.21309987, 0.08386486, 0.021484816), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.057454903, -0.4121922, 0.022661546, 0.37178272, 0.03331408, 0.05044008, 0.04324371, 0.20727943, 0.2432641, 0.076906696, -0.20858039, 0.012439015, -0.19335061, 0.09217451, 0.1968369, -0.19435833), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.16960496, 0.24616167, 0.37977478, 0.14324574, -0.011531225, -0.11312143, -0.18141079, -0.23843932, 0.0086012175, -0.3564491, -0.12639481, 0.009799298, -0.29120612, 0.23756824, 0.18035695, -0.087133996), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.10081239, 0.29191494, 0.10434693, 0.08970636, 0.008997759, 0.104756236, 0.039641086, 0.02323888, -0.11627765, 0.023693223, -0.30801758, -0.120208986, 0.05086147, 0.18498175, 0.15595439, -0.09877306), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.101321675, -0.2929976, 0.38810417, 0.5605376, -0.04073937, 0.030110704, -0.18147062, -0.09833952, 0.01927733, 0.15335669, -0.15384074, -0.110595055, -0.054297395, -0.077522054, 0.07918369, -0.068480626), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.23263514, -0.11719232, 0.2903209, -0.007503795, -0.020222448, -0.17790157, -0.15600762, -0.08741775, 0.12529704, 0.25548857, -0.04585447, -0.10255033, 0.18350503, -0.29593533, 0.0868933, 0.027004737), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.14958654, -0.006238835, -0.2928948, 0.1988557, -0.17057803, 0.12524141, 0.13978264, -0.019280292, 0.05967142, -0.07790818, -0.5893818, -0.022845713, -0.08596779, 0.07875358, -0.03316667, -0.4369282), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.19195688, -0.060883682, -0.25897828, 0.07063324, 0.090833396, 0.003422883, 0.109534174, 0.031180874, -0.05017118, 0.022862168, -0.270113, -0.057831235, 0.53920543, -0.10252776, -0.091807485, 0.004294343), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.18494242, -0.119284816, 0.3821897, 0.07777979, 0.15568028, -0.2854859, -0.22441281, -0.049155876, -0.15292497, 0.21895619, -0.095677756, 0.15210424, 0.001643022, -0.026176987, 0.048463076, -0.4824009), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.007215129, 0.17074333, 0.053930074, -0.027014816, -0.17180431, -0.15163863, -0.0012122132, -0.18934256, -0.08294297, -0.24580221, -0.46552867, -0.27923223, 0.4092668, 0.06288688, -0.1602188, -0.0030876845), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(0.111870885, 0.03317145, 0.14155298, 0.20328505, -0.05104131, 0.13979794, 0.018966835, -0.07238511, 0.05493792, -0.14975783, -0.10293237, -0.21985306, 0.49054706, 0.18288186, -0.26925826, 0.35845932), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.3747799, -0.096748486, -0.17139742, 0.25289854, -0.17421168, -0.018461818, 0.09747162, 0.01660535, -0.20580359, 0.56189656, 0.17151354, -0.26347768, 0.28350568, -0.21486014, -0.44330928, -0.008981037), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.10169985, -0.18244018, 0.04760736, 0.41017643, -0.09468786, -0.024218475, 0.103733875, -0.22540338, 0.10630112, 0.3677178, -0.104170956, 0.057317447, 0.21764882, 0.0789158, -0.22041337, 0.15065216), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.11633995, -0.008195114, -0.14501533, 0.07168025, 0.058413275, 0.055995367, 0.09362145, -0.13827963, 0.13760869, 0.040319785, 0.038895044, 0.2675253, -0.087339684, 0.1412073, -0.17166458, -0.2312994), result);\n\n\t\t\ttex4[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 5\n//!DESC Conv-4x3x3x8\n//!IN tex4\n//!OUT tex5\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex4.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex4.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex4.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex4.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.048888464, -0.0561434, 0.030690912, -0.030496685 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.29012984, -0.13150147, 0.31015614, 0.05992291, -0.050289866, 0.14845313, -0.09608898, 0.27913308, 0.060307387, -0.04160452, 0.035932682, -0.08137563, -0.07999419, 0.11818284, -0.27512288, 0.21948813), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.12916058, -0.21759962, -0.33868533, 0.021636661, 0.053470243, 0.1412425, 0.043395396, -0.26751056, -0.01689101, -0.2623835, 0.010809152, 0.062962815, -0.20692012, -0.1677863, -0.23313859, -0.17402615), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.08204112, -0.23672083, -0.0064437394, -0.13200696, -0.056692924, -0.02708657, 0.12536962, 0.004428919, 0.14137582, 0.15404348, -0.105753876, 0.047957454, 0.15734316, 0.16562423, -0.010160829, -0.06602983), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(0.025653997, -0.10877775, -0.31258908, 0.18841636, -0.36005193, 0.1816357, -0.34537643, -0.0741087, 0.4663994, 0.0065186517, 0.08109033, 0.2976773, -0.35774228, -0.041366056, -0.37852773, 0.050565656), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.04392313, 0.11316681, -0.14421389, 0.17985669, -0.1651274, -0.5656209, -0.124100484, 0.42774054, -0.1153939, 0.16829851, 0.2025612, 0.054007456, -0.06868256, -0.56935954, -0.12227961, 0.17688861), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.34041, 0.499, 0.15234196, 0.21353458, -0.2732667, -0.049950935, 0.03550811, -0.21051687, 0.2609023, 0.016438454, -0.29874632, 0.37994128, 0.049288407, -0.31126305, 0.029235512, -0.012256015), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.0046853204, 0.15391374, -0.040689662, 0.20186873, -0.08137621, 0.35905558, 0.23733845, 0.21794793, -0.066420384, 0.029600656, -0.31421044, -0.050773863, -0.06260773, 0.04634221, -0.10948491, -0.045498934), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.082953, -0.025837064, -0.09928303, -0.14300232, 0.275064, 0.07793617, 0.22240888, 0.06637834, -0.4382666, -0.2932182, -0.27243167, -0.14221182, 0.5695728, 0.20719238, 0.5575927, 0.40816882), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.18510929, -0.15052167, 0.25277212, 0.06804461, 0.016387, 0.20310035, 0.2903229, -0.0615877, -0.28987274, -0.11942605, 0.013498961, 0.3184152, 0.29543474, -0.042830903, -0.018111207, -0.13263674), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.25749087, 0.0053866603, -0.09391162, -0.06129529, -0.094091184, -0.07419633, 0.0013858611, 0.012000353, -0.062903, -0.0204224, -0.12113313, 0.017942557, -0.073379934, 0.052201986, 0.35864577, 0.023564404), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.100115694, 0.19451359, 0.23252094, 0.19506809, -0.12470779, 0.0027281935, -0.17488572, -0.018721964, -0.15159339, 0.18457152, 0.057712987, -0.08191495, 0.19735703, 0.07326743, -0.28563106, 0.01642815), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.068062514, 0.28356665, 0.07377898, 0.42776972, 0.28725025, -0.13045293, -0.17525704, -0.05885591, -0.16676305, -0.2555945, -0.10078422, -0.053032875, 0.084470876, 0.06460686, 0.13824362, -0.05231353), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.22637829, -0.028969254, 0.1968254, -0.13331996, 0.038017053, -0.008854481, -0.2031639, 0.09237089, -0.3821112, 0.1108527, -0.11029933, -0.24542028, 0.22416145, -0.031492114, -0.19144306, -0.0996271), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.10776744, 0.16363445, 0.14656505, -0.3737814, -0.06642015, 0.5616549, -0.008412252, -0.37266847, 0.12506576, -0.15329036, 0.037538245, -0.10810259, 0.01706349, 0.1813702, 0.035651788, -0.012786579), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.4023338, -0.2098614, -0.18285121, -0.02727653, 0.26107362, 0.041306913, -0.036515504, -0.045217298, -0.39958602, -0.21229339, -0.021053292, -0.13427502, 0.36178818, 0.20934913, 0.1500852, 0.2634554), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.07794611, -0.25937587, -0.06822529, -0.056336135, 0.094220124, 0.21588847, -0.0455218, -0.10968329, -0.08068449, -0.31366697, 0.07799637, 0.24252681, 0.23963861, 0.13715535, 0.010329345, 0.09094301), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.20975718, -0.12550138, 0.14453574, -0.0020878632, -0.07153068, 0.3249998, -0.056577377, 0.18166828, 0.37204072, 0.17018336, 0.3752895, 0.32178587, 0.2571982, -0.27258632, -0.25971004, -0.40536007), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.3243907, -0.06300621, -0.09398436, -0.19549188, 0.14906861, 0.061537784, -0.055284478, 0.11281728, 0.12964857, 0.09979093, -0.1810159, -0.4104283, 0.05807971, -0.056371246, 0.08072554, 0.18479007), result);\n\n\t\t\ttex5[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 6\n//!DESC Conv-4x3x3x8\n//!IN tex5\n//!OUT tex6\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex5.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex5.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex5.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex5.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.011169491, 0.032399546, 0.138099, 0.023857072 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.15332128, 0.027258258, 0.14900503, -0.15982795, 0.17021236, -0.51046044, -0.15287271, -0.058167327, 0.51826185, -0.34817994, 0.004513167, 0.05395769, 0.1990321, -0.049979225, 0.11391989, -0.16062729), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.033682905, 0.019728886, 0.19931756, 0.17381927, 0.2585768, -0.2124572, -0.014632459, 0.39779893, -0.1146207, -0.2396625, 0.08960277, 0.38345298, 0.25497693, 0.11692859, -0.14207517, 0.12667973), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.14911255, 0.08910706, 0.16136818, 0.03914566, 0.24204038, -0.03607149, -0.4571109, 0.10802461, -0.0021356856, 0.00885878, 0.22297303, 0.2367231, 0.045177583, 0.11120606, -0.009971904, -0.059262395), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(0.24565999, -0.2261384, 0.47373205, 0.024613412, -0.10923052, 0.039027315, -0.42707404, -0.3783373, 0.3544573, -0.5468578, -0.27599156, -0.09455918, 0.18760219, -0.19082001, 0.030565469, 0.20589156), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.1973198, -0.03433863, 0.059960485, 0.045642868, 0.1819595, -0.14460869, 0.1286175, 0.2067575, -0.042632047, -0.11842967, -0.11224446, -0.18764776, -0.19563004, 0.027425969, 0.24056377, 0.5949649), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.055027682, 0.16331595, -0.2608588, 0.12545955, 0.4588985, 0.03642909, 0.22187738, 0.45190734, -0.001210133, -0.057651415, -0.061199043, 0.11935476, -0.049561135, 0.27509886, 0.13778673, -0.124914035), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.02257459, 0.27705106, 0.044165276, -0.26521233, 0.05982374, -0.2824302, 0.3171142, 0.08430561, -0.10155528, 0.16182268, -0.09183147, -0.19447176, 0.3295707, -0.50616395, -0.036964044, 0.23166709), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.0232342, 0.07299799, -0.18038079, -0.13672702, -0.108305976, 0.15024792, -0.19531927, 0.0870979, -0.26488534, 0.19481428, 0.10737945, -0.14573483, -0.33094683, 0.24155116, -0.09850332, 0.2797003), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.24089853, 0.19506595, 0.4799156, -0.058313113, 0.36212957, -0.44844806, 0.23864488, 0.15477742, -0.07795971, -0.0033861927, -0.11216164, 0.033454563, -0.25893036, 0.23793478, -0.15769425, -0.00033481256), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.05772507, -0.1640253, -0.13499664, -0.20460358, -0.024399966, 0.14966168, -0.090857334, -0.039677754, 0.00036956606, -0.24236615, -0.053542696, -0.0049544116, 0.026651502, 0.39019194, -0.2742246, -0.061242323), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.016323274, -0.036179908, 0.029965919, 0.11151491, -0.00016685206, -0.29573023, 0.17996423, -0.20145437, 0.1324275, -0.18442132, -0.24618152, 0.061780427, -0.02770517, 0.28452995, 0.39804098, -0.1174389), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.025068847, -0.053328387, -0.27053785, 0.26866457, -0.09866204, 0.057677213, 0.01850112, -0.18014707, -0.13319959, -0.14411181, -0.26355243, -0.022209354, -0.05062645, -0.036771543, 0.13294417, -0.18458557), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.046194963, 0.038230438, -0.08993043, -0.07236354, 0.11031123, -0.16504908, -0.09517036, -0.16459833, -0.5279925, 0.12686682, -0.05726125, 0.055361677, 0.31593755, 0.027328093, 0.001839602, 0.30581662), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.08608678, 0.03168437, 0.007713377, -0.26140293, -0.1268983, 0.13395861, -0.069848835, -0.24080403, 0.018839337, -0.049821075, -0.21461345, -0.14168301, -0.0872339, 0.47096667, 0.022512507, 0.14860632), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(0.06293673, 0.22462969, 0.045494985, 0.021673543, 0.18227446, -0.2956555, 0.08010543, -0.01919729, -0.012190269, 0.241983, -0.046537094, -0.40094566, -0.3853647, 0.1081711, -0.16926058, 0.16138376), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.14854589, -0.17625804, -0.10849075, 0.221543, 0.099971965, 0.13901573, 0.29464146, 0.020068526, 0.054358527, -0.10351705, -0.0062914286, 0.24127026, -0.16914125, 0.12729423, -0.18377453, -0.6452375), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.12603393, -0.10986093, 0.2314103, 0.16915044, -0.13619255, -0.09349073, 0.20594226, -0.34507084, 0.19077192, 0.052500796, 0.07185645, 0.029082738, -0.015576321, 0.08254907, -0.5501743, -0.38495848), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.09300796, -0.079218306, 0.46825135, -0.08735625, 0.06321122, 0.16234867, 0.042932414, -0.013057422, 0.09697148, 0.23457524, 0.19417483, -0.16804664, 0.18379296, 0.17770062, -0.050235, -0.059676602), result);\n\n\t\t\ttex6[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 7\n//!DESC Conv-4x3x3x8, Conv-3x1x1x56\n//!IN INPUT, tex1, tex2, tex3, tex4, tex5, tex6\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\t\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 src1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 src2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 src3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 src4 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 src5 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 src6 = tex6.SampleLevel(sam, pos, 0);\n\tMF3 origin = INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tMF4 src7 = { 0.013687534, -0.08185164, -0.04755438, 0.290178 };\n\tsrc7 = MulAdd(max(a, 0), MF4x4(-0.22753362, -0.08612073, 0.33140692, 0.08699529, -0.18788953, -0.056579117, -0.12905197, -0.06694621, 0.054559365, 0.15031597, -0.13430363, 0.021646025, 0.14884405, -0.0694291, 0.26149413, 0.11270503), src7);\n\tsrc7 = MulAdd(max(b, 0), MF4x4(0.17876762, -0.09637848, 0.11285323, 0.2004893, 0.1317187, -0.036162686, 0.17958368, -0.069625, 0.28760737, -0.12505141, 0.12760694, 0.047717955, -0.16811855, -0.16340709, 0.13278298, -0.08403954), src7);\n\tsrc7 = MulAdd(max(c, 0), MF4x4(-0.21917523, 0.079711854, -0.28642535, 0.2822416, 0.03001489, -0.014772918, -0.3487396, 0.10597145, -0.013841082, 0.17034237, 0.10810282, -0.08089695, -0.22184245, -0.59067357, 0.44113398, 0.13045649), src7);\n\tsrc7 = MulAdd(max(d, 0), MF4x4(-0.29906932, 0.013923749, 0.2031124, -0.11846688, -0.13953634, 0.08003455, -0.10164494, -0.21218559, 0.10563715, 0.31033117, -0.075903505, 0.047310907, -0.37824214, -0.14506383, 0.11866701, -0.21384487), src7);\n\tsrc7 = MulAdd(max(e, 0), MF4x4(-0.1353849, 0.19258606, 0.063908584, -0.2043788, 0.27244982, 0.1665306, -0.29357895, -0.22441709, 0.18514316, -0.17840464, 0.20986097, 0.14351055, -0.057732623, 0.42166704, -0.23182064, -0.4957248), src7);\n\tsrc7 = MulAdd(max(f, 0), MF4x4(-0.34830126, 0.109066755, -0.28285867, -0.048280068, -0.12290918, 0.04291651, -0.047484186, -0.03702595, 0.23047262, 0.09398974, 0.022467108, 0.08271034, 0.3066665, -0.54077, 0.057771873, 0.23194093), src7);\n\tsrc7 = MulAdd(max(g, 0), MF4x4(-0.17731948, -0.3175927, 0.1452728, 0.09396786, -0.16433562, -0.01833653, -0.22345604, -0.04161193, -0.14827462, 0.18544114, -0.15544125, -0.06179007, 0.16989979, -0.20985202, 0.16391534, -0.09447268), src7);\n\tsrc7 = MulAdd(max(h, 0), MF4x4(-0.053878862, -0.21034616, 0.023831524, 0.19772215, 0.31647214, 0.0126534775, -0.19130844, -0.049282108, -0.21446131, 0.067189045, 0.09117449, -0.25548774, 0.12109098, 0.22009392, -0.3924665, -0.13340388), src7);\n\tsrc7 = MulAdd(max(i, 0), MF4x4(-0.16096684, -0.18495405, 0.10410178, 0.0015673033, -0.00183498, -0.044303037, -0.062745355, -0.090802394, 0.043269135, 0.06924481, -0.21367405, -0.14619029, 0.11555763, -0.20292862, 0.5799557, 0.14739846), src7);\n\tsrc7 = MulAdd(max(-a, 0), MF4x4(-0.21030277, -0.09578802, 0.013482288, -0.21484336, 0.12995781, 0.40431052, -0.3347856, -0.18183486, 0.15550353, -0.04402301, 0.4603779, 0.14874357, -0.07694621, -0.053523075, -0.19607326, -0.10850742), src7);\n\tsrc7 = MulAdd(max(-b, 0), MF4x4(-0.2347211, 0.2697403, -0.0634794, -0.17925987, 0.17231455, 0.24999185, -0.5208536, -0.10491828, -0.233575, 0.52950364, 0.0038063182, -0.1380038, 0.022935199, 0.19369157, 0.14586553, 0.1938704), src7);\n\tsrc7 = MulAdd(max(-c, 0), MF4x4(-0.10245223, 0.34150192, 0.25862157, -0.20165509, 0.5597771, 0.114510864, -0.122526556, -0.04010975, 0.1704679, -0.23335956, -0.16771887, -0.03783455, -0.056995615, 0.24153493, -0.08082429, -0.24210933), src7);\n\tsrc7 = MulAdd(max(-d, 0), MF4x4(-0.103466526, 0.15278348, -0.30526164, -0.080755696, 0.103505425, 0.15862796, 0.14696524, -0.008358076, -0.09180311, -0.12505089, 0.28052542, -0.13551563, 0.07528779, -0.09636086, -0.10369617, 0.23656134), src7);\n\tsrc7 = MulAdd(max(-e, 0), MF4x4(-0.25752836, 0.099439755, -0.30716348, 0.035077725, 0.023509016, 0.23106368, 0.05277125, 0.34910464, 0.088015385, 0.26995596, 0.1390645, -0.40671825, 0.18096298, -0.100688554, 0.5492049, 0.2482101), src7);\n\tsrc7 = MulAdd(max(-f, 0), MF4x4(0.41411775, -0.107200556, -0.13813478, 0.13768874, 0.27137747, 0.06313619, -0.08522967, 0.03218302, -0.03166121, -0.3415683, -0.52242, -0.1741813, -0.36956537, 0.179129, -0.09742935, -0.11696616), src7);\n\tsrc7 = MulAdd(max(-g, 0), MF4x4(-0.07975504, 0.17964838, 0.37122533, 0.16064765, 0.14309953, 0.29473078, 0.0926391, -0.22333665, 0.34612748, -0.3387473, 0.0077308523, -0.07239449, 0.18522519, -0.21297298, 0.11493978, 0.16117814), src7);\n\tsrc7 = MulAdd(max(-h, 0), MF4x4(-0.17402779, 0.10023144, 0.11712206, 0.031971734, 0.18713303, 0.08736295, 0.013007052, -0.06943139, -0.20102951, -0.010721135, -0.2562522, 0.34877458, -0.13732676, -0.40258047, 0.25824392, 0.15720639), src7);\n\tsrc7 = MulAdd(max(-i, 0), MF4x4(0.044494305, 0.3296108, 0.0017603852, 0.09362289, 0.38839245, 0.40015858, -0.13395199, -0.044521853, -0.56266373, 0.251378, 0.5005789, -0.13106057, -0.18491416, -0.046887, 0.067797676, -0.14694957), src7);\n\n\tMF3 result = { -0.010478934, -0.008364784, -0.010246552 };\n\tresult = MulAdd(max(src1, 0), MF4x3(-0.08837163, -0.065234736, -0.034704313, 0.021405501, 0.013663729, 0.019249594, 0.05328863, 0.03580334, 0.046457592, -0.12216048, 0.022547891, 0.016400825), result);\n\tresult = MulAdd(max(-src1, 0), MF4x3(0.061996464, 0.05631466, 0.06808407, -0.005013109, -0.0044589997, -0.032367796, 0.016481603, 0.13721058, 0.14924648, 0.020035887, -0.07250003, -0.08034037), result);\n\tresult = MulAdd(max(src2, 0), MF4x3(0.24078514, 0.081361525, 0.053420708, -0.009353794, -0.051077116, -0.058007747, -0.14071098, 0.01035966, 0.005308949, -0.1489842, -0.06711817, -0.05552926), result);\n\tresult = MulAdd(max(-src2, 0), MF4x3(-0.13002375, 0.012733757, 0.017821986, 0.17767483, 0.20204604, 0.1751779, 0.12804912, 0.07381453, 0.05655911, 0.17044514, 0.07301451, 0.06523978), result);\n\tresult = MulAdd(max(src3, 0), MF4x3(-0.1170986, -0.05130371, -0.027939914, -0.16645707, -0.121526904, -0.09471366, -0.04143118, 0.026693767, 0.034615446, -0.084318705, -0.064990036, -0.054324172), result);\n\tresult = MulAdd(max(-src3, 0), MF4x3(0.12094524, 0.09518409, 0.07387219, 0.062216382, 0.053228356, 0.031372335, 0.072797105, 0.026258165, 0.009804673, 0.120719045, 0.073281154, 0.056623302), result);\n\tresult = MulAdd(max(src4, 0), MF4x3(-0.11141495, -0.11566289, -0.10398725, -0.0651895, -0.06820691, -0.054204144, -0.032746475, -0.008849683, -0.007610222, -0.024655705, -0.048778858, -0.041144755), result);\n\tresult = MulAdd(max(-src4, 0), MF4x3(0.058090195, 0.07538767, 0.059722915, 0.044788487, 0.04212742, 0.027502589, 0.04892866, 0.015416752, 0.008312418, -0.011864114, -0.0074752793, -0.0060824654), result);\n\tresult = MulAdd(max(src5, 0), MF4x3(0.043446552, 0.061971307, 0.05758086, -0.06379154, -0.053758245, -0.047204215, 0.016307736, 0.03423424, 0.030179083, 0.041445345, 0.03843772, 0.033059113), result);\n\tresult = MulAdd(max(-src5, 0), MF4x3(-0.003803544, 0.0008906116, -0.00059585314, 0.102071285, 0.11485224, 0.10007254, -0.074306004, -0.08803551, -0.07972321, -0.030704215, -0.021514274, -0.009049376), result);\n\tresult = MulAdd(max(src6, 0), MF4x3(0.0066058086, 0.0011408008, 0.0016199006, -0.03916473, -0.042929266, -0.04018418, -0.03153446, -0.039413508, -0.034767237, 0.113516055, 0.12577052, 0.113335624), result);\n\tresult = MulAdd(max(-src6, 0), MF4x3(0.02655948, 0.041905303, 0.03861737, 0.048471425, 0.049788587, 0.050447535, 0.12092813, 0.13564217, 0.12613249, -0.0023508538, 0.0012828974, 0.0028730957), result);\n\tresult = MulAdd(max(src7, 0), MF4x3(0.0084758485, 0.008800083, 0.008206044, -0.056123603, -0.06610845, -0.060320783, -0.081793964, -0.101638645, -0.096699014, -0.04402356, -0.04177539, -0.03829645), result);\n\tresult = MulAdd(max(-src7, 0), MF4x3(0.10676299, 0.118409514, 0.10618478, -0.05880252, -0.06488367, -0.06432695, 0.019221924, 0.017602798, 0.017413978, -0.07512528, -0.080483615, -0.066218294), result);\n\n\tOUTPUT[gxy] = MF4(result + origin, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_S.hlsl",
"content": "// Anime4K_Restore_CNN_S\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_S.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_0\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.011108127, -0.07481861, 0.07640154, 0.4964964 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.19288683, -0.21397883, 0.111997396, -0.04791413, -0.26682988, -0.06144587, -0.03601853, -0.16693151, 0.038494494, -0.16651472, 0.147657, -0.083003886), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.14286195, 0.08746566, -0.40107322, 0.12390977, -0.33392772, -0.18703035, -0.21326795, 0.04780781, -0.15155545, -0.0010025925, -0.1554875, -0.10676251), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.28095165, 0.022872915, -0.21342312, -0.29982176, 0.025937587, -0.055012174, -0.33779636, 0.0015666655, 0.076416336, 0.06656033, -0.1557806, 0.1078894), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(-0.31584853, 0.07527119, 0.30713862, -0.34014285, -0.50103146, -0.07217874, 0.512807, -0.09597398, -0.32097813, -0.051580857, -0.022466356, 0.01148551), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.026032459, -0.04193211, 0.37703893, -0.031916667, -0.27421117, 1.0906446, -0.049654085, -0.19814016, 0.07819544, 0.06003738, 0.1405805, -0.0064135445), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.041450135, 0.11319654, -0.23237701, 0.08443178, 0.53344345, 0.30857387, -0.057264958, -0.1575803, 0.2325609, -0.027797326, -0.04544767, -0.18720597), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(0.2531829, -0.074966915, -0.27800754, -0.3146097, 0.20126024, -0.5380133, -0.15082566, -0.19021043, 0.29951036, 0.17123336, -0.01681872, -0.12574998), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.25203633, 0.19882993, 0.14906439, 0.13593598, 0.40712556, 0.084902965, 0.42969635, 0.2961132, -0.057267334, -0.030388135, 8.8084314e-05, 0.0210724), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(-0.13459359, -0.12199573, 0.12591946, 0.24736497, 0.2033463, -0.09388599, -0.094370656, 0.1071285, -0.18479438, -0.066625565, 0.08279283, 0.20130983), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.16371979, -0.024620198, -0.035754893, 0.04176776 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.056432575, 0.0028165397, -0.026325442, -0.14802271, 0.16885762, -0.062179096, -0.2332292, 0.17513658, -0.08011296, 0.02947316, 0.014771492, -0.17946689, 0.026012989, -0.09823925, 0.036625937, -0.06924322), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.13571467, 0.09831142, 0.12911566, 0.06305893, -0.07188695, -0.20161287, 0.3858435, -0.21069056, -0.12294444, -0.1404628, -0.022659872, 0.23008968, 0.10969853, 0.17640765, 0.39796907, 0.20413099), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.0061665224, 0.055102807, -0.0059629944, -0.021429887, 0.061626043, 0.16898955, -0.21215646, 0.16510476, 0.2238265, 0.19429931, 0.09874656, 0.06828208, -0.122404456, -0.00026717107, -0.28203064, -0.29979932), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.22735378, 0.14538136, 0.11549746, 0.194148, -0.09841722, -0.0661309, 0.348576, -0.017375294, -0.044078812, 0.1298332, 0.04793373, -0.30687734, 0.08353025, 0.083519086, 0.10766399, 0.31796935), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.048365135, -0.17566709, -0.33212858, -0.052667376, -0.26443407, -0.010216014, 0.1573303, 0.05725314, 0.08140953, -0.09664591, 0.076109104, -0.026773714, 0.07732627, 0.10188082, -0.28266954, -0.16230233), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.29931107, 0.117944, -0.10414009, 0.12795551, 0.12576093, 0.17082554, -0.15803693, 0.13430743, -0.025801308, -0.10797019, 0.0721032, 0.2825884, -0.11025257, 0.12798019, 0.081827976, -0.050441865), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.11827391, 0.08306765, -0.3430314, 0.07898041, -0.023839617, -0.019507334, 0.23176382, -0.40992323, 0.09411734, 0.38415068, -0.25845516, -0.29984522, 0.1470966, -0.0684779, -0.07071314, -0.026773235), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.19091596, 0.082110435, -0.5266589, -0.1744098, -0.015838385, -0.046316292, 0.023171103, -0.03731331, 0.2642396, 0.31824252, -0.041754793, -0.09525519, -0.14696182, 0.052168854, 0.039857205, -0.027555354), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.15207373, 0.09845733, 0.0142631065, 0.096375965, 0.06089903, 0.17902578, -0.42391995, 0.22475442, 0.016356342, -0.06277531, -0.12173141, -0.18635495, -0.0013459618, 0.15725887, 0.019310836, 0.20293565), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.18395247, 0.30672902, 0.09034339, 0.1821889, -0.0419004, -0.2169228, -0.14052129, 0.11006559, 0.1709272, 0.51062274, 0.13758625, -0.2242552, -0.030382963, 0.3357568, -0.26491287, 0.02501938), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.040511727, 0.12523083, -0.27318433, 0.08388512, 0.25354835, 0.3404216, -0.2632471, -0.17784123, 0.2732347, 0.4468553, 0.084667034, -0.1856242, 0.034099877, -0.00954992, -0.32751867, -0.062207516), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.17564747, 0.11645554, -0.16362113, 0.105654195, -0.2762563, -0.1413764, 0.23264363, -0.14000498, 0.095402054, 0.0715738, -0.19346157, -0.028285999, 0.009799127, 0.04059529, 0.19688335, 0.1282381), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.23575781, -0.11446148, -0.20504695, 0.035568226, 0.36890212, -0.85968876, -0.18545328, 0.33796397, -0.30916876, -0.10445518, -0.3046253, 0.33271998, -0.06263589, -0.2160114, -0.16383372, -0.31173357), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.20469664, 0.4039374, -0.070057206, 0.030353077, 0.39843914, -0.15490077, -0.24476516, 0.38238233, -0.21809858, 0.23496576, -0.051794037, 0.033664484, -0.14411364, -0.2515329, 0.124655396, -0.05818785), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.09065731, -0.16787091, 0.013269188, 0.23687351, -0.41504318, -0.048163068, 0.31760025, -0.33648986, 0.29752317, 0.2926866, 0.14408836, -0.33382463, -0.15873958, -0.121961035, 0.11797893, 0.09000567), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.13356976, 0.013763947, 0.012169505, -0.109594524, 0.03417223, 0.7031121, 0.65146804, 0.5250268, -0.50132495, -0.419648, 0.2940041, 0.83051753, -0.17595838, 0.1633008, -0.018587278, 0.079596795), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.07570128, -0.1581438, 0.03904949, 0.14890033, -0.054611947, 0.17469402, -0.44252598, 0.036181703, -0.4981031, -0.37507218, -0.18466389, 0.2645845, 0.25189674, -0.025896115, 0.034307647, -0.020462232), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.11645865, 0.02296537, 0.040909223, 0.015069485, 0.062284566, -0.22526766, 0.09241534, -0.32623053, 0.18208642, 0.3954284, 0.2884468, -0.25137675, -0.037232924, -0.10185309, -0.17956531, 0.018966453), result);\n\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x8\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.0036821906, -0.050239526, -0.01355402, 0.00048220603 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.01921286, -0.26684764, -0.12663573, 0.31641877, -0.25313398, 0.12264074, 0.58750325, -0.14084283, 0.5837018, -0.042300556, -0.20435576, -0.009954825, 0.060783498, 0.05540401, 0.2205112, -0.06578902), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.21930243, -0.03774968, 0.22615197, 0.18338196, 0.011201461, -0.271034, 0.00573116, -0.12248194, 0.47990513, 0.2982416, -0.1087603, -0.050099242, -0.07620939, -0.07148229, 0.03691984, -0.16796488), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.14962853, -0.053769328, 0.02387081, 0.22002189, 0.052237745, -0.26160842, -0.08603077, 0.012542448, 0.08119985, 0.075785555, -0.33437458, -0.43373227, -0.13206963, -0.08759176, -0.03288923, -0.09799959), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.1305593, -0.5974288, 0.06058367, 0.08406488, 0.013692483, 0.06646377, 0.16469325, 0.08990975, 0.42217395, -0.11289523, -0.06165009, 0.48556912, -0.15702641, -0.19922857, -0.0035429662, -0.0022089656), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.1964807, 0.038099788, 0.21587034, 0.039734077, -0.07063389, 0.11604167, -0.24558097, -0.08900199, -0.7684516, -0.1037487, -0.09380674, 0.33144563, -0.16653742, 0.0028585843, -0.33774406, -0.0528696), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.27298656, -0.05665099, 0.09661685, 0.19780266, 0.1025106, -0.22055034, -0.21218458, -0.040628925, 0.0095010325, 0.13118382, -0.42582452, -0.22197723, 0.21006055, -0.06189587, -0.15285942, -0.09526762), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.14494462, -0.046788953, 0.065877035, 0.09911713, 0.35096622, 0.16682479, 0.028363144, 0.36037162, 0.29413632, 0.28212717, -0.025364442, -0.3406269, 0.047262143, -0.11892685, -0.008032766, 0.29743317), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.15191558, -0.36980554, 0.14555687, 0.0043930537, -0.012661432, 0.15737776, -0.115250416, 0.10324491, 0.24491951, -0.15575431, -0.27802598, 0.21959937, 0.18063772, 0.4455559, -0.09693302, 0.33382267), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.2717801, 0.13452889, 0.14105384, 0.16324317, -0.40111846, 0.1154301, -0.0076733204, -0.09697362, 0.44306824, -0.02831414, -0.2153124, -0.12075326, 0.060776163, 0.30347148, -0.0036976219, -0.12070682), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.39780128, -0.29875937, -0.12952097, 0.080333896, 0.07520163, 0.021689568, -0.23121156, -0.038140096, -0.1593877, 0.017156163, -0.06038025, 0.009244022, -0.13917233, 0.30957314, 0.243109, -0.104947075), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.07965157, 0.06776501, -0.13288979, 0.005851189, -0.08768168, -0.03689969, 0.12034646, 0.22441491, 0.14453568, -0.17648841, -0.3378289, -0.018329712, 0.11722939, -0.34161824, 0.08424494, -0.01400687), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.08153887, 0.07222914, -0.14663404, -0.038526025, -0.07385973, 0.18440577, 0.35890242, 0.17084727, 0.26345527, 0.15280858, -0.007446105, -0.024403179, -0.30336383, -0.22978698, 0.11612946, -0.23614909), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.07447396, 0.09023449, -0.13798, -0.086943336, -0.30787337, 0.15087669, 0.14418626, -0.03371195, 0.048989657, -0.13075387, -0.13458036, -0.059836224, 0.06495196, 0.269715, 0.3674355, 0.38956037), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.34981915, -0.048779126, 0.31717536, 0.38080826, -0.20149232, -0.82969636, -0.10167862, 0.6382858, 0.25976858, 0.4370118, -0.04724865, -0.10014156, 0.19380626, -0.080370255, 0.09578106, -0.035166856), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.026443917, 0.4132611, 0.01822534, 0.12742202, -0.26652107, -0.2996705, 0.30905882, 0.07989903, 0.38249823, 0.21486135, 0.025314959, -0.14717339, -0.13344015, -0.32088286, -0.2833883, -0.30973712), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.021517841, 0.006556378, 0.2025686, -0.12044382, -0.38583103, -0.0027515136, -0.06556736, -0.097090125, 0.04676486, -0.11954886, -0.051612873, 0.07831412, -0.18823163, -0.16542958, 0.04245155, 0.6437998), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.39475346, -0.2936861, 0.26768062, -0.28151843, 0.21935691, 0.2101108, -0.15455097, 0.19548604, 0.09188909, -0.020147726, 0.103328265, -0.12574542, -0.34167948, 0.07523185, -0.17669058, 0.62446547), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.37661025, -0.29630858, 0.05451026, 0.1611643, 0.14079669, -0.2170294, -0.038716137, 0.13514164, -0.21235192, -0.07860726, -0.005749412, 0.025625167, -0.13297133, 0.33012658, -0.27434957, -0.18416783), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 4\n//!DESC Conv-3x3x3x8\n//!IN INPUT, tex1\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF3 result = { -0.0052927984, -0.0060193934, -0.0048643993 };\n\tresult = MulAdd(max(a, 0), MF4x3(0.15873, 0.17989138, 0.14648493, -0.017379675, -0.017363746, -0.019855022, 0.009670625, 0.0070157526, 0.0075994316, 0.025388412, 0.027231036, 0.024052646), result);\n\tresult = MulAdd(max(b, 0), MF4x3(0.048195973, 0.041760173, 0.037366055, -0.115950756, -0.12887983, -0.12535639, 0.032125086, 0.03397254, 0.032950625, 0.01223746, 0.020822672, 0.0161561), result);\n\tresult = MulAdd(max(c, 0), MF4x3(0.0890567, 0.094453335, 0.09014035, 0.016081346, 0.017434116, 0.020783134, -0.011775135, -0.010094134, -0.018522855, 0.072103254, 0.07940666, 0.065876864), result);\n\tresult = MulAdd(max(d, 0), MF4x3(-0.04841196, -0.06963968, -0.056574684, 0.10912542, 0.11813441, 0.10643838, -0.013013885, -0.01562045, -0.013802797, 0.037505716, 0.04352026, 0.04645123), result);\n\tresult = MulAdd(max(e, 0), MF4x3(-0.3472869, -0.36243078, -0.33530185, 0.23654196, 0.2305048, 0.22150646, -0.045226905, -0.041799217, -0.042511635, -0.10267792, -0.1123385, -0.10845448), result);\n\tresult = MulAdd(max(f, 0), MF4x3(0.011987401, 0.012285043, 0.007813165, -0.15911353, -0.17523928, -0.1535267, 0.15675929, 0.16531634, 0.15948962, -0.09240023, -0.09513292, -0.084187366), result);\n\tresult = MulAdd(max(g, 0), MF4x3(0.069052905, 0.07278333, 0.0756627, -0.012180326, -0.018794727, -0.031050753, -0.044663202, -0.04362803, -0.038904265, -0.008540197, -0.011201734, -0.01556625), result);\n\tresult = MulAdd(max(h, 0), MF4x3(-0.08261173, -0.09042543, -0.07589266, 0.043515377, 0.045066774, 0.04037769, -0.06262993, -0.07469342, -0.058593787, 0.026696987, 0.028740842, 0.037405368), result);\n\tresult = MulAdd(max(i, 0), MF4x3(0.07975598, 0.09597654, 0.08997132, -0.07844719, -0.07880916, -0.06835411, 0.05668995, 0.050163813, 0.053357534, -0.020040333, -0.019867316, -0.01907621), result);\n\tresult = MulAdd(max(-a, 0), MF4x3(-0.017078733, -0.017393313, -0.008266595, -0.0033478448, -0.0027439648, -0.0042334674, -0.06354017, -0.062058125, -0.04652064, -0.010787706, -0.0062706997, -0.007573461), result);\n\tresult = MulAdd(max(-b, 0), MF4x3(-0.019895451, -0.016341688, -0.008712399, 0.026231976, 0.023955572, 0.0216376, -0.061950512, -0.05481285, -0.05261985, -0.018804235, -0.016235247, -0.0131616965), result);\n\tresult = MulAdd(max(-c, 0), MF4x3(-0.055628926, -0.063315354, -0.057192408, -0.0256364, -0.028660972, -0.02937357, -0.017604912, -0.020851422, -0.016070362, -0.0870202, -0.0832279, -0.07525406), result);\n\tresult = MulAdd(max(-d, 0), MF4x3(0.062738225, 0.07106593, 0.061644047, -0.06068257, -0.06983662, -0.066070385, 0.024919355, 0.03227179, 0.028569462, -0.07866227, -0.098967604, -0.092128105), result);\n\tresult = MulAdd(max(-e, 0), MF4x3(0.040397774, 0.047241107, 0.03962998, -0.09112752, -0.10057507, -0.09301817, 0.10833967, 0.101835825, 0.10027467, 0.27189335, 0.27433604, 0.26781923), result);\n\tresult = MulAdd(max(-f, 0), MF4x3(-0.044211388, -0.042373534, -0.03658007, 0.113148406, 0.12423258, 0.107804194, -0.17081551, -0.18562958, -0.17475435, 0.09636739, 0.10763415, 0.093332425), result);\n\tresult = MulAdd(max(-g, 0), MF4x3(-0.03798545, -0.047811143, -0.050768293, 0.018775463, 0.026812987, 0.03452908, 0.0055677597, 0.0039081173, -0.0017878668, -0.10728597, -0.12618187, -0.109045394), result);\n\tresult = MulAdd(max(-h, 0), MF4x3(0.06359783, 0.064184755, 0.04934199, -0.009819327, -0.006616115, -0.007431496, 0.025055679, 0.024787048, 0.017360551, -0.047140837, -0.061695747, -0.06440822), result);\n\tresult = MulAdd(max(-i, 0), MF4x3(0.060199022, 0.06482763, 0.059514645, 0.026998974, 0.028776823, 0.024897143, 0.17968474, 0.19337215, 0.16760105, 0.0075838566, 0.010503482, 0.011993149), result);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_Soft_L.hlsl",
"content": "// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_Soft_L.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_Soft_2\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.55533427, -0.05231614, -0.032685343, -0.027457517 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.2676983, -0.1694746, 0.7231928, -0.050193843, 0.1850188, -0.4749505, 0.07632266, 0.17824799, 0.026348969, -0.213702, -0.16420218, -0.066780016), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.09888135, -0.079641104, 0.51160043, 0.53629893, -0.1368544, -0.07092336, 0.18622977, 0.6388427, 0.19499005, 0.06811229, -0.31991923, 0.088302985), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(0.06487055, -0.1591197, -0.29304126, -0.428903, 0.1966732, 0.11229865, 0.089009434, 0.23463708, -0.22231965, -0.008649182, 0.3317394, 0.10976113), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(0.40386826, -0.09486362, -0.058931742, -0.1341693, -0.28993917, -0.09050739, 0.28094417, 0.31630108, -0.02661985, -0.24368657, 0.096867286, 0.05391612), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(0.05631564, 0.34576723, -0.5587978, 0.16213721, 0.12679785, 0.18991663, -0.24762277, -0.33682153, -0.22863568, 0.20517963, 0.20418519, 0.12087338), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(-0.17579688, 0.18395603, -0.014987654, 0.30243605, -0.12778279, -0.07003458, -0.5353068, -0.39372426, 0.2676877, 0.255503, -0.29737592, -0.30513638), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.799834, -0.023603538, 0.19820727, -0.11204286, -0.1566225, -0.1937577, -0.030266436, -0.10107911, 0.023661222, 0.16879195, 0.046644643, 0.09485681), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(-0.014675849, -0.110290475, -0.28381273, -0.06814732, 0.2067597, 0.20925248, -0.24068354, -0.5096708, -0.09384791, 0.10593733, 0.0672362, -0.06924161), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.05908883, 0.099426664, -0.20916614, -0.17044452, -0.091960385, 0.3218613, 0.41635308, -0.36125022, -0.012630896, -0.37540653, 0.018497325, -0.100674420), target1);\n\n\t\t\tMF4 target2 = { 0.029685514, 0.066621915, 0.03600017, -0.03497038 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(0.09844753, -0.19389127, 0.029695928, 0.3805915, 0.1353029, 0.027786473, 0.15621242, 0.09383762, -0.1097243, 0.021245124, -0.016402386, 0.09129394), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.3038283, 0.03778846, 0.1898852, 0.23949303, -0.34829387, 0.20485392, 0.60560244, 0.4089768, -0.260066, 0.42611003, 0.19227165, 0.03948586), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(-0.033990905, 0.17583308, -0.2235879, 0.47376296, -0.1001787, 0.72851896, -0.056391567, -0.056544185, 0.0966166, -0.016663829, -0.15151545, -0.14227313), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(-0.16544957, 0.05889452, -0.3277256, -0.42792717, 0.32491356, -0.39113912, 0.16600312, -0.3097514, 0.27907088, -0.22553465, 0.048548058, -0.08310438), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(0.03992136, 0.17895368, 0.16562924, -0.536188, -0.25868654, -0.4869832, 0.2591772, -0.5191932, 0.020162001, -0.41568524, 0.4776641, 0.019298514), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.14911795, -0.5984171, -0.18241958, 0.5472136, -0.69194865, 0.033839397, 0.13408412, 0.09503547, -0.21318413, 0.53743845, 0.080091774, -0.1369053), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.038978565, 0.40742934, 0.20107205, -0.3550106, 0.227634, -0.16101603, -0.45037574, 0.23192371, 0.17923234, -0.13692904, 0.10395048, 0.3124129), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.059144646, -0.22531863, -0.024704054, -0.20749553, 0.58086175, -0.32206532, -0.5130457, -0.14057957, 0.24317528, 0.088735096, -0.44098017, -0.16980846), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.30321437, 0.17502202, 0.1910563, -0.10118702, 0.1465326, 0.3852395, -0.31210947, 0.18236226, -0.23306467, -0.28551704, -0.2982589, 0.072740674), target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.045150407, -0.034128085, 0.10230384, 0.074793644 };\n\ttarget1 = MulAdd(a1, MF4x4(0.20989326, 0.020975577, -0.005522964, -0.10013134, 0.013517254, -0.03347422, 0.40903455, 0.013940953, 0.01066957, 0.2569982, -0.018764338, -0.37931216, -0.20921241, -0.3565134, 0.1776639, 0.081515394), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.2555968, -0.05024504, 0.046776827, 0.38626888, -0.21787676, 0.0013136056, -0.13391882, 0.00022813173, -0.042842478, -0.10413157, -0.008385445, -0.11843704, 0.062092766, -0.40029097, 0.31873867, -0.19030346), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.19435422, -0.56006145, 0.050693467, -0.8857939, -0.0677575, -0.30498, 0.012069988, 0.026757652, -0.16890685, 0.04575225, -0.08477036, -0.018015383, 0.0002810964, 0.0772843, 0.00017034424, -0.228497), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.092564344, 0.061863884, -0.13135873, 0.10290956, 0.1670116, -0.08312144, -0.020718448, 0.06729496, -0.06338295, -0.09972319, 0.18505506, -0.2622095, 0.045575716, 0.12836345, -0.22356766, 0.28924033), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.23605964, 0.46831363, 0.21037713, 0.3901851, -0.122640595, -0.29213053, 0.14194407, -0.3353137, 0.07847812, 0.3094049, -0.050705243, -0.23498294, 0.24583417, 0.3703223, 0.1121086, 0.20645288), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.08616125, -0.13809866, 0.27488732, 0.19573413, -0.20682202, 0.01106275, -0.018731792, 0.048580807, -0.097444884, -0.03766069, -0.12636039, 0.3133589, -0.12802023, 0.1988174, 0.19551867, -0.2720954), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.03484159, 0.05830728, 0.028816089, 0.27173883, 0.15579484, -0.07751753, -0.033748254, 0.22559631, -0.35857964, 0.1043378, 0.5031367, 0.031042032, 0.071555324, -0.24148308, -0.24156207, 0.104249395), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.04002337, -0.17350379, -0.1802324, -0.23008482, 0.2917599, 0.1801853, 0.041955303, 0.015545025, 0.069034904, 0.19370675, 0.097300164, 0.11832116, -0.23043779, 0.33832225, -0.029885143, -0.022836795), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.040476788, 0.3176767, -0.2372066, 0.24106048, 0.28147677, -0.06513699, -0.22784042, -0.46840426, -0.23415963, -0.067057185, -0.013863767, 0.30710638, 0.06337683, -0.1774192, 0.05082387, -0.02581459), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.13767451, 0.26832962, 0.018361554, 0.2665501, -0.22070843, 0.10799693, 0.09780551, 0.042999722, 0.3302224, 0.10916339, -0.22705203, 0.040675506, -0.049211837, 0.19487813, 0.051528033, 0.20227027), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.1279485, 0.14895418, 0.40570346, -0.008809808, 0.09898892, 0.035774715, -0.28405192, 0.26836014, -0.096799396, -0.12336552, -0.24413097, 0.12693845, 0.12410443, 0.27200332, -0.18279982, -0.032115027), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.14698029, -0.31720948, 0.24974433, 0.14444488, 0.09503049, -0.02618792, 0.15163966, 0.22923012, -0.004227005, -0.2564904, -0.06648419, -0.07868524, -0.14852846, -0.3513046, -0.1374295, -0.09808154), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.1275583, 0.1875862, -0.15939887, -0.1029876, -0.25886494, -0.07434281, -0.018779758, -0.008408217, 0.06420735, 0.0025367932, 0.073679835, 0.1369152, -0.2256255, 0.26216295, -0.052095387, 0.04673847), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.1147465, 0.14129257, -0.036377613, 0.041968875, 0.031286925, -0.00013609273, -0.248227, 0.10412182, -0.00039004904, 0.01673792, 0.056068443, -0.16470632, -0.042392768, 0.23993582, -0.22915693, 0.36430097), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.23650797, 0.12200628, 0.057768486, 0.23353462, 0.04389849, -0.11567954, -0.12633252, -0.1884369, -0.10636852, -0.115114085, -0.0022040834, 0.041720822, 0.20775628, -0.1127031, -0.060805347, -0.10988217), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.0401325, -0.271267, -0.3003843, 0.010670003, -0.12597936, -0.059235968, 0.08256807, -0.22041298, 0.14655456, 0.07416407, -0.03940599, -0.25057787, -0.043001004, 0.2124355, 0.19165096, 0.077120975), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.01693656, -0.057261657, -0.13366276, -0.15589137, -0.07157646, -0.12266521, 0.24651442, -0.079142615, -0.113005005, -0.15769142, -0.017285366, 0.08821278, 0.28891653, 0.06013908, 0.0038421913, 0.106700204), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.16187043, -0.059908718, -0.050456535, -0.027998367, 0.12749411, -0.07558445, 0.05249467, 0.02001542, 0.03188715, 0.056223337, 0.06117334, 0.022764465, 0.1051409, 0.0011876151, -0.07030176, -0.015487096), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.047084607, 0.06401777, 0.15585798, 0.16639893, 0.025441, -0.020858578, -0.07795479, -0.0045188745, -0.09186016, -0.16865493, 0.02187216, 0.02241868, 0.3175809, 0.25483596, 0.046578035, -0.09617824), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.08622112, 0.124111585, -0.15246506, -0.072898194, 0.26907462, -0.15550381, 0.036907334, -0.16388376, -0.10869113, 0.113909826, -0.118678264, 0.013610441, -0.1307433, 0.044969033, -0.053201765, -0.058903012), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.036120024, -0.011461657, -0.10083318, -0.334466, 0.016460553, 0.1781498, 0.15133101, -0.0010224655, 0.10511601, 0.12667589, 0.15001541, 0.14479756, -0.046095166, -0.15012313, -0.009395591, 0.019260757), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.04500625, -0.037348565, -0.10475762, 0.113254204, -0.17360263, -0.18522957, 0.014305901, 0.07039716, -0.11408359, 0.057783633, -0.028000865, -0.25506407, -0.058175903, 0.0040344223, 0.11234911, -0.07254186), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.05607878, -0.07737156, 0.01586671, -0.21907675, 0.1729392, -0.09273287, 0.14671144, 0.21306099, -0.1374591, -0.09428349, 0.28138107, 0.08421483, -0.30330884, -0.039166123, -0.18316704, -0.27840406), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.15336679, -0.05767407, 0.13347702, 0.10092905, 0.09895612, -0.0839073, -0.16025528, -0.087642424, -0.101612955, 0.4119443, 0.031125817, -0.110090934, 0.056127027, -0.04000313, -0.042920932, 0.08100733), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.113653034, -0.10163741, -0.058498476, -0.12347642, -0.20110545, -0.006300695, -0.1328342, -0.0071486877, 0.18334186, 0.15882389, -0.120586954, -0.04277906, -0.13593355, 0.11897087, 0.030404912, -0.23374279), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.044901595, -0.00010039519, -0.14989527, 0.025639903, 0.23985633, 0.0114784185, 0.056620862, -0.0599113, 0.017398749, 0.3567445, 0.10223932, -0.12609181, 0.0074833618, -0.16702464, -0.033638544, 0.062087793), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.0302778, -0.009963125, 0.29761076, 0.08238972, 0.26467612, -0.19331805, -0.09930472, 0.23798122, 0.03599952, 0.24224155, 0.3041322, -0.054690234, 0.05582198, 0.0012778769, 0.041249134, -0.014496484), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.033623356, -0.18683043, -0.48352727, -0.09534184, 0.16657802, -0.31149274, -0.25840783, -0.16902964, -0.40347067, 0.046952717, 0.15677738, -0.14079048, 0.0444492, -0.012346084, -0.16768047, -0.07540055), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.2678487, 0.113161474, -0.19962314, 0.23060325, -0.28154588, -0.06956369, 0.08050926, -0.25503877, 0.12565655, 0.5497286, -0.18335307, -0.044097837, 0.058234677, 0.049816858, -0.021038791, 0.14644346), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.008438418, 0.080761805, 0.06993718, 0.08508105, 0.11905285, 0.016726421, -0.16668561, 0.026911844, 0.041182615, 0.2760306, 0.18553418, 0.25386074, 0.11789433, 0.094213605, 0.15487063, 0.15375367), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.10329284, 0.16198465, -0.0681889, -0.006294233, 0.4592297, -0.12816279, 0.19529971, 0.109294996, 0.043646853, 0.084326275, 0.0635968, -0.11471805, 0.44923568, -0.01125437, -0.19251052, -0.08885202), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.108986676, 0.40908077, -0.31152573, -0.13468693, -0.10438951, -0.086357035, 0.13880713, -0.288345, 0.17497768, -0.08021166, 0.07815909, 0.17337689, 0.02700953, -0.016387407, 0.0053377734, 0.109923586), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.13881513, -0.21179448, -0.104762904, 0.019093828, -0.3383386, 0.14453639, -0.28122503, 0.19449967, -0.035691183, 0.21306588, -0.046144057, 0.17898172, -0.0035024916, -0.054061864, -0.03985455, 0.3264588), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.02336507, 0.20597245, 0.03627631, 0.04278966, -0.042182084, -0.26431814, 0.122881256, 0.34909293, -0.17958918, 0.050698034, 0.336547, 0.21614759, 0.19511287, -0.20311548, -0.13249207, -0.24043573), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.025547924, 0.020525696, 0.375233, -0.02528368, -0.044973124, 0.13667387, -0.08506365, 0.34317508, 0.14618309, 0.108213425, 0.15557359, -0.05340479, -0.27103037, 0.12428249, -0.085362, -0.009073445), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.09518274, 0.036228243, -0.2145168, 0.090918355, -0.20793489, 0.19843313, 0.06701371, -0.11499378, -0.033398125, -0.020169621, 0.057314273, 0.0027613493, -0.11993404, 0.12495525, -0.0151242195, 0.1896457), target1);\n\n\tMF4 target2 = { 0.0031252617, 0.028414045, -0.018389644, 0.011216021 };\n\ttarget2 = MulAdd(a1, MF4x4(0.10541986, -0.27021417, 0.30589217, -0.06793019, 0.0712113, -0.5818028, -0.09057832, 0.009519015, -0.07754299, 0.009050975, -0.08283811, -0.078837596, -0.008200866, 0.53291875, 0.22918138, 0.09433025), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.35867104, 0.17056245, 0.28573632, 0.45787787, 0.054377224, 0.30656826, -0.13864343, 0.13956884, -0.052365527, -0.17660435, -0.14363506, -0.11313267, -0.15472592, -0.011637987, 0.3057005, 0.40122506), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.42738816, -0.13046122, -0.4223082, 0.32663476, -0.14648326, 0.056164477, 0.09366789, -0.046335716, 0.00401621, -0.008206323, -0.075975314, 0.046879925, 0.04891574, 0.08912198, 0.32541895, 0.014354832), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.105501, -0.06999185, -0.023181506, 0.13587391, -0.10643463, 0.061667755, 0.24508677, 0.33984032, -0.1698376, -0.05051473, -0.29430416, -0.06635265, -0.031917162, 0.046488285, 0.17973569, -0.025048103), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.07685088, -0.035609607, 0.07060013, -0.19892506, 0.17084605, -0.19758354, -0.29233304, -0.19821644, -0.047398012, 0.12004138, 0.1643941, 0.043807004, 0.2513805, 0.13687916, 0.23235638, 0.00979058), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.2601253, -0.0010056786, -0.46147683, -0.117661044, -0.042538162, -0.012710203, -0.034079336, -0.08661733, -0.03908205, 0.104053, -0.045735247, -0.07916684, -0.021913078, -0.0035067864, -0.10581172, 0.1149), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.0421786, 0.0099540735, -0.020447837, -0.27269018, -0.084229656, 0.04271779, 0.036794372, -0.18072419, 0.07743771, -0.109369494, -0.07608079, 0.2973058, -0.1602913, -0.10049883, 0.033048846, -0.3780618), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.38231418, 0.106174126, 0.07344471, -0.1979349, 0.093251124, -0.07658309, 0.08417288, 0.2981472, -0.047867708, 0.0097399205, -0.11213339, 0.1746439, 0.10045314, -0.030283177, 0.004107288, -0.16744147), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.43939134, 0.14499938, 0.20161533, -0.0067911143, 0.098075844, 0.22099596, 0.099283025, -0.017734041, 0.112658866, -0.12010951, -0.13342896, 0.053806942, 0.017880073, 0.028821323, 0.0082069365, -0.053472634), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.2429229, 0.012143042, -0.029962441, 0.017843649, 0.11972611, -0.07733264, -0.37523645, -0.19887479, -0.18222691, -0.31171882, -0.20578085, 0.040127717, 0.0842879, 0.12601142, -0.07302166, -0.033017557), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.09666541, -0.053779975, -0.045221806, -0.06923458, -0.046158988, -0.12819108, -0.32956856, -0.15813568, 0.12464106, -0.42395857, 0.078095086, -0.12961964, -0.15057011, -0.041440632, 0.04221429, 0.08509352), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.2505401, 0.023106987, -0.0001688444, -0.11545978, 0.044663083, -0.011316191, -0.024175104, 0.033631656, -0.13285598, -0.026969459, 0.02669494, 0.082885765, -0.036615327, 0.06434473, -0.059197906, -0.110084), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.12549014, 0.25078717, -0.06146062, 0.1406611, 0.13844866, 0.012716272, 0.07641059, 0.04245357, -0.09028008, -0.15924782, -0.14551707, -0.09782215, 0.05188703, -0.12323306, -0.20053494, -0.20062317), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.26341316, -0.16508758, 0.036919586, -0.17812039, -0.3016191, 0.06403582, 0.12948476, 0.110633194, 0.14551535, -0.09222706, -0.30942333, 0.20120445, 0.059902433, -0.17293817, -0.07280857, -0.36021966), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.11032128, -0.024297172, -0.110301405, -0.09563319, -0.23266938, -0.009982061, 0.18834652, 0.0987435, -0.13652846, -0.025019212, 0.07672643, 0.017108513, -0.043844085, 0.02440773, -0.029404791, 0.034692347), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.048525557, -0.043118346, 0.12048513, 0.030609682, 0.16658829, 0.19444555, 0.113910906, 0.31148425, -0.1755198, -0.038910154, 0.084356636, 0.12969102, 0.01661835, 0.28915378, -0.032290917, -0.12997934), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.24347968, 0.032619976, 0.16692804, -0.046297006, 0.0901479, 0.060802385, 0.21347383, 0.29304698, 0.16361152, 0.19639444, 0.0054137907, 0.049575172, 0.20710163, 0.076565325, 0.34911337, 0.35831028), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.092651226, 0.045491215, 0.11757575, 0.11756375, -0.27768722, 0.010231745, 0.21116765, 0.024840422, 0.0051228474, -0.04532887, -0.013311027, 0.121157385, -0.1053527, -0.00010417442, -0.035180032, 0.2051271), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.055320628, 0.14249797, -0.13782813, -0.05412119, -0.043079898, -0.18216185, 0.13923723, -0.11468015, -0.09394785, 0.12044827, -0.05177875, 0.1349153, -0.03233552, 0.16400962, -0.11219184, 0.09460802), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.018258873, -0.23629102, -0.140925, 0.10609654, 0.024990926, -0.31095183, 0.21505022, 0.0007466126, -0.062110204, 0.24764718, 0.0018352414, 0.03383791, -0.05727847, -0.006963949, -0.23087887, -0.2521535), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.08928898, 0.21107556, 0.27720314, 0.3170095, 0.1569246, -0.07950364, -0.035353288, 0.0851358, 0.034223706, -0.1124521, 0.068468235, -0.1876728, -0.09508409, -0.03837469, -0.19909252, 0.09844746), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.04326774, -0.063746035, 0.13767312, 0.048762802, 0.14155331, -0.21800575, -0.22868122, -0.10928361, 0.15166105, 0.086240664, 0.110339195, -0.0039928076, 0.114750795, 0.19737157, -0.09005264, -0.10637459), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.023298614, 0.07140441, 0.029475417, -0.14667986, -0.017949682, 0.007795148, -0.044714145, -0.13990426, 0.03870307, -0.067750655, -0.11831945, -0.14363948, 0.00049597165, -0.18959905, -0.20256434, 0.0409640), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.18983524, 0.07018097, 0.015068278, -0.17990883, -0.12528846, -0.020557154, 0.0106482245, 0.08105856, 0.02577546, -0.25885943, 0.0061467723, -0.058998212, 0.045207195, 0.019213859, -0.021913687, -0.10641617), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.005021213, -0.030781588, -0.08722711, 0.045172613, 0.13006134, 0.03640675, -0.18160394, 0.10903534, 0.1283007, 0.053212877, 0.15160874, -0.30678773, 0.0611477, 0.060609598, -0.21533446, 0.2817914), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.06942382, -0.08785516, -0.018080644, 0.12124481, -0.0988795, 0.021093542, 0.015752183, 0.057520576, -0.1873821, -0.15041956, 0.12230656, -0.23798561, -0.16819417, 0.07222907, -0.01441512, 0.06420038), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.0350732, -0.054145966, 0.008372502, -0.16092199, -0.0671371, 0.057495046, -0.08276416, 0.34617814, 0.11239629, -0.19681981, 0.16116115, 0.046944335, 0.09723501, -0.12488112, -0.031532682, 0.013095191), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.2309171, 0.10420613, -0.12122516, -0.04000454, -0.20740104, -0.010152015, 0.26092738, 0.13527256, 0.08665683, -0.18393658, -0.030344693, -0.10654187, 0.07108977, -0.28212613, 0.024101965, -0.22189055), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.06602971, 0.050674047, 0.33251405, -0.07886978, -0.13822217, -0.014285523, 0.22478761, 0.22517748, -0.1175651, 0.11234997, -0.17835312, 0.010875831, 0.20007257, 0.21565825, 0.30876723, -0.029953295), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.3083618, 0.12779777, 0.112711206, 0.001815444, -0.123584166, 0.03232661, -0.060439207, -0.13411477, 0.30604517, -0.19359338, -0.115064435, -0.03826723, 0.16092177, -0.07926006, -0.27355558, 0.077829085), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.020265967, -0.27894706, -0.105033666, -0.10975655, 0.20102961, 0.024541473, 0.21834314, -0.21726306, -0.01132585, -0.16459125, 0.21980706, 0.039996378, -0.15850788, 0.16646145, 0.10387183, -0.35103965), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.038195442, 0.02967505, -0.22234862, -0.040221542, 0.06056814, 0.14282827, -0.26034078, 0.32477978, -0.45779508, -0.3667849, 0.22392158, 0.09866475, -0.096611015, 0.12282537, 0.080877006, -0.038721707), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.12205649, 0.052729234, 0.09086409, 0.13457046, -0.24082763, -0.008418334, -0.24735104, 0.13281673, 0.049058694, 0.046168383, -0.049963474, 0.09272115, 0.12703685, 0.020337742, -0.20470645, -0.07379872), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.02244616, 0.058318693, -0.05570221, -0.02717316, 0.14189804, -0.0016504574, 0.018723257, -0.05787106, 0.055331856, 0.0030448188, 0.01664426, 0.080254346, -0.15860988, -0.10147442, 0.115529425, -0.12332509), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.16019078, -0.20631735, -0.018190302, 0.0647328, -0.04840569, 0.083106056, -0.13247506, -0.2112572, -0.10423932, -0.12388437, 0.1951962, 0.15236832, -0.075027406, -0.12183809, -0.07161853, -0.24558437), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.06832158, 0.06699966, -0.17887384, 0.025053928, 0.22054252, -0.03332688, -0.089027286, -0.0743864, -0.019737093, 0.1890527, 0.3194981, -0.014847898, 0.0616053, -0.046331815, -0.013838972, -0.19598661), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.16255508, -0.041602854, 0.09628627, 0.12747966 };\n\ttarget1 = MulAdd(a1, MF4x4(0.1156422, 0.13656664, 0.23103227, -0.09881847, -0.13118152, 0.063764885, -0.1902535, 0.12580052, -0.057555363, 0.0015611092, 0.009383415, 0.0028447553, -0.12577637, 0.06707094, 0.05323591, 0.087465174), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.023715734, 0.15901619, 0.010465818, -0.05401794, 0.12822664, -0.079860024, -0.107430205, -0.09094713, 0.11440009, -0.069189526, 0.1377121, -0.02780827, -0.2594948, -0.008447683, -0.052618783, 0.0995311), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.014655754, 0.0976315, -0.10425098, 0.06731683, -0.07336922, -0.09931748, -0.074338034, 0.014602733, 0.0761052, -0.14147633, 0.057346404, -0.10485628, 0.008160006, -0.14553718, -0.14069714, -0.106754564), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.18000032, 0.2654082, 0.07008131, -0.21326934, -0.11475177, 0.110427424, -0.09757059, -0.068473235, 0.14004572, -0.1257574, -0.18653339, -0.0546973, -0.04573617, 0.0062926346, -0.111400455, 0.20940857), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.018083753, 0.2091146, -0.12149297, -0.20310159, 0.19642518, 0.008668434, 0.30470127, 0.080623224, -0.04213514, 0.114459425, -0.20325947, 0.024065504, 0.4724302, -0.12169043, 0.22899939, 0.16189654), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.22153069, -0.13286535, 0.21529129, 0.059222966, -0.010648649, -0.07542803, 0.12650701, 0.107978106, -0.0122471545, -0.12456761, -0.05047403, 0.052241012, -0.18476847, 0.023691572, 0.16347644, -0.10157776), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.053245157, 0.23913434, -0.06288426, -0.15678102, -0.09103809, -0.070054255, -0.021768395, 0.012513, 0.105658144, -0.2088671, -0.03485171, -0.07802848, -0.08754643, 0.0675039, -0.10190519, 0.03442446), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.028817, 0.11284706, 0.13998732, -0.015143216, -0.03416565, 0.09102063, 0.11161235, 0.08467392, 0.16325544, 0.14942992, -0.12313727, -0.06640328, -0.0750008, -0.018136598, -0.23112826, -0.006661416), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.017297093, 0.07989559, 0.13549612, 0.07035857, -0.25493076, 0.061273754, 0.052633338, 0.0782014, -0.17994808, -0.14367908, 0.098241016, -0.07993234, -0.010386358, -0.102339104, 0.023344131, -0.08682215), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.36794287, -0.048137277, -0.3692417, 0.07832, -0.023172008, 0.02877666, -0.23517531, 0.1448923, 0.09313475, -0.27063283, 0.028388552, 0.17988816, 0.1006075, 0.028261969, -0.10012888, -0.10348935), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.06629671, 0.35957095, -0.21791938, -0.12429962, 0.054654542, 0.05988639, -0.32374984, 0.009501225, -0.26171863, 0.042992886, 0.29698196, 0.08521328, 0.15199377, 0.16362138, -0.18785295, -0.049852755), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.15766738, -0.04841046, 0.14447841, 0.17353393, -0.008089345, 0.04590437, -0.043384884, 0.002877719, 0.08845935, 0.039423246, -0.14808795, -0.03975318, 0.2653877, -0.20700884, 0.07218189, -0.10878484), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.11222389, 0.2779044, 0.0847275, -0.16267867, 0.17030342, 0.05503266, -0.22644295, -0.23563059, 0.41185054, -0.43625602, -0.18901125, 0.6115694, -0.084791176, -0.01684559, 0.19077617, -0.07168747), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.015268929, -0.14208716, 0.15536898, -0.11922906, -0.021667667, -0.078210905, 0.023766499, -0.18069603, -0.06938558, -0.023576038, -0.2990819, 0.11863158, -0.05013765, 0.061508566, -0.085189775, 0.07901883), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.13318339, 0.29247984, 0.14075997, 0.08248716, 0.3436642, -0.099461004, -0.17356718, -0.029998098, 0.11614284, 0.20115575, 0.04850254, -0.109567694, -0.090151444, 0.06976889, 0.12614332, 0.097242), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.102283016, 0.2969136, -0.059127506, 0.06053867, 0.102346785, 0.061365493, -0.09023823, -0.14396398, 0.04298546, -0.10845686, -0.16071963, 0.05240062, 0.00294458, 0.01617549, 0.30480185, -0.0020818028), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.022530032, -0.04770017, 0.16849731, 0.2684958, -0.20493472, 0.26375678, -0.08210537, 0.11594341, 0.12630959, -0.33804628, -0.066290505, -0.21235433, -0.11481554, 0.045285236, 0.009036264, -0.009541344), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.22221607, 0.19683546, 0.088301376, 0.07007941, 0.42560205, -0.2515224, 0.10263357, 0.17257528, -0.025208276, 0.09696816, 0.07462843, -0.1663459, 0.14332424, -0.04554422, 0.1857485, 0.19819035), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.33422568, 0.22908518, -0.052035328, 0.0022050992, 0.22068155, -0.31737608, 0.11867548, -0.1062603, 0.21229419, 0.0637268, 0.06284452, 0.075321406, -0.0017977909, -0.24026957, 0.08011851, -0.016301792), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.18647133, -0.042395514, -0.21644959, 0.020428998, -0.19073069, 0.037881456, 0.15364948, 0.13242447, -0.30524725, 0.056054097, -0.03914103, 0.030670341, -0.0010289366, -0.03421297, 0.34305614, 0.078916825), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.061559163, 0.33350998, -0.040633813, -0.1973531, -0.17371178, 0.020277103, -0.024941592, 0.06309346, 0.10086231, -0.07366512, 0.16570221, 0.20248237, -0.23286462, 0.2155677, 0.15136743, 0.05190251), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.089644894, 0.13512145, -0.09810823, 0.1616594, 0.16190928, -0.35417703, -0.05601066, 0.20318456, 0.17348176, 0.074274324, 0.029394915, 0.15095772, 0.12337869, 0.029932164, 0.04123706, -0.049648866), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.46952993, 0.14834478, -0.11927866, 0.07611556, -0.2967575, -0.030506441, -0.1524667, -0.16106017, -0.38649827, 0.18501776, 0.07677004, -0.0828538, -0.43983704, -0.15083657, -0.118309684, 0.13656397), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.04939808, 0.53252345, 0.12711428, -0.38512766, -0.20486577, 0.031688303, -0.18231112, -0.019054607, -0.034855623, -0.05244254, -0.1425771, 0.0892418, 0.046889585, 0.1430025, -0.12742822, 0.092776656), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.105744444, -0.10247078, -0.02144931, -0.09396661, -0.03536793, -0.027341979, -0.103435315, 0.12214116, -0.13862023, 0.037751865, 0.40586975, 0.023863355, -0.12592442, -0.0762698, 0.008515978, 0.1552095), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.018858416, 0.053681094, 0.16911085, -0.29219922, -0.182029, 0.02297272, -0.30588147, -0.18948974, -0.05744442, 0.0065371646, 0.16328862, -0.051437955, 0.13113242, -0.07573973, -0.047258016, 0.0882382), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.021155104, 0.07440132, -0.06681412, -0.20775446, 0.053573515, 0.007910367, -0.26769453, -0.15753269, 0.24886242, -0.004493456, 0.023437606, 0.13257046, 0.104298666, 0.14052817, -0.29093856, 0.006735399), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.1299053, 0.21084401, 0.07395335, 0.025556391, -0.012464804, 0.090624444, -0.1041891, 0.03487812, -0.012958428, -0.22729388, 0.06259986, -0.1693054, -0.12679845, -0.15950051, -0.13191415, 0.1125045), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.1916771, -0.02030791, -0.2001191, 0.01943065, -0.18369348, -0.054252382, -0.11485618, -0.16434757, 0.0587951, 0.15208498, -0.1752913, 0.03718008, -0.07597363, -0.21144252, -0.049415894, -0.010295923), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.044603452, 0.019383559, -0.24661145, -0.12994917, 0.12697428, -0.13032277, -0.15293793, -0.03483303, -0.104321085, 0.04012559, 0.037243072, 0.079595305, -0.12313407, 0.118987724, 0.038709577, 0.09531991), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.021859067, 0.009060085, 0.19879933, 0.21082644, -0.07705756, 0.10045584, -0.075999945, 0.15191688, -0.12042984, -0.11578441, 0.29679164, -0.23787339, 0.1087794, -0.1419117, -0.22779143, 0.12054577), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.16636065, 0.21066229, -0.06262401, 0.051833395, 0.05992027, 0.014294402, -0.13363211, -0.11139326, -0.026526988, -0.2071816, -0.03000262, -0.08924753, 0.0979992, -0.08312352, -0.016549548, -0.034920745), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.099836424, -0.19452114, 0.07249264, -0.025459828, 0.12210845, -0.15024027, -0.06490785, -0.080187015, -0.009426102, 0.15876383, -0.19070506, 0.12257102, 0.04862195, 0.0707773, -0.24345201, -0.103591055), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.039747223, 0.07834283, 0.13246708, -0.021774938, -0.05476214, 0.07021812, 0.0134778535, 0.003289531, 0.11907656, 0.04191671, 0.04860092, -0.041503876, -0.040156245, -0.21329322, 0.2024782, 0.067827046), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.036722995, 0.12776081, 0.14014143, 0.09107308, 0.18742307, -0.099873625, -0.13149267, -0.18590397, -0.067778006, 0.16363877, -0.007999648, 0.13500053, 0.23733437, 0.16123019, 0.23561893, 0.0365712), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.023911275, -0.03754323, 0.17444386, 0.08616114, 0.21406639, -0.15029684, 0.09355591, -0.2486941, 0.11913366, -0.16174106, -0.10907662, 0.107935205, -0.20745984, -0.06180981, -0.019558005, -0.24215329), target1);\n\n\tMF4 target2 = { -0.07366732, -0.06278686, 0.11547288, -0.04786791 };\n\ttarget2 = MulAdd(a1, MF4x4(0.14002717, 0.058876935, 0.20110254, 0.08939276, 0.03416418, 0.0011943586, 0.042772148, -0.00071322336, -0.115944035, 0.04220234, -0.34941152, -0.01974448, -0.0860279, 0.062355816, -0.023853427, 0.02757322), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.07400734, 0.19251242, 0.22637455, -0.12530822, -0.17724502, -0.022523593, -0.15113536, 0.065425, 0.101782374, -0.014717139, -0.098752305, 0.080687046, -0.1023507, 0.019614108, 0.01754361, 0.017383952), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.044900224, -0.04213899, 0.0073328684, 0.16705592, -0.051043745, -0.115500204, -0.07567362, 0.07818187, 0.26050508, 0.20679274, 0.04177571, 0.059024576, -0.12510507, -0.051585447, -0.007354538, 0.041514263), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.19596866, -0.085393354, 0.03522195, 0.070734546, -0.10047298, 0.033123884, -0.030003218, -0.060309574, 0.11121212, 0.038920198, -0.09097313, 0.020515997, 0.082481235, 0.08472773, -0.007372676, 0.020294813), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.08415041, -0.2041298, -0.0834695, -0.18762465, 0.26823425, -0.029255247, 0.21203867, 0.01842292, 0.17127061, -0.14378369, 0.18486983, 0.040807612, 0.053938765, -0.0033184371, 0.021192972, -0.28285155), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.071444504, -0.16073905, 0.03151272, 0.31961456, -0.09696413, -0.14652419, 0.012872177, 0.036853626, 0.055909842, 0.023814479, 0.12539348, 0.40904784, 0.065472044, -0.04875745, -0.012401859, 0.055437304), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.020927057, -0.23479983, -0.073076054, -0.019441728, 0.08953939, 0.00085565075, 0.061437223, -0.0912304, 0.088546015, -0.009464413, -0.21220255, -0.13741408, 0.049379412, -0.059064344, 0.019205336, -0.11340151), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.091714375, -0.17525947, 0.10243093, 0.037679292, 0.062438603, -0.05920895, -0.041936304, -0.030830177, 0.15641114, -0.13261372, -0.021079037, -0.036029477, 0.051840104, 0.07784452, 0.024798041, -0.079719625), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.09153048, 0.09966556, -0.10249195, 0.062159285, -0.041912418, -0.22329834, 0.06683857, -0.07287391, -0.1276734, -0.108105786, -0.076660454, -0.07083524, 0.115786545, 0.043516885, 0.032041304, 0.058955755), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.13925591, 0.18807505, 0.19418481, 0.13057134, -0.18483852, 0.07704087, -0.25748852, -0.008577424, 0.0165214, 0.03893396, 0.081021786, -0.19419926, 0.21641012, 0.047428373, -0.08350786, -0.14157358), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.06301399, -0.10051874, 0.050919298, -0.011019032, -0.09310829, -0.09138247, -0.16847654, 0.059362046, 0.09107295, 0.06165534, -0.14288484, -0.09833287, 0.116363674, 0.20607105, 0.28841344, -0.09095499), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.21624683, -0.01876206, 0.008987255, 0.17512046, -0.07461909, 0.124108806, -0.054439757, 0.0063252384, -0.24328436, 0.12330878, -0.09306248, -0.046553027, 0.07773235, 0.08965016, 0.0025699693, 0.06252218), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.17797774, -0.0768457, -0.06500614, 0.010914941, 0.052788664, 0.10169022, -0.11962388, -0.10176263, -0.52695477, 0.10339165, 0.12893896, 0.016989866, -0.070845306, 0.011061218, -0.033032518, 0.13843493), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.4498575, 0.3626344, -0.18857695, 0.12901132, 0.050753895, 0.03323978, -0.15807427, 0.050633483, -0.35924155, 0.13558777, 0.07132256, -0.20883714, 0.23128356, 0.2943383, 0.011521201, -0.21517687), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.007034323, -0.08821435, -0.1275898, -0.15626103, 0.1458542, 0.26724494, -0.118883595, -0.0062981425, 0.07331739, -0.061295208, -0.008509335, -0.012484612, -0.010828551, -0.11301564, -0.078878716, -0.07692456), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.17712432, 0.020956295, 0.118008055, 0.09609794, 0.22146885, 0.20994097, -0.11431106, -0.10710715, -0.15350081, 0.118692145, -0.028190786, 0.021440385, 0.053412, -0.06350743, -0.03998433, 0.061913643), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.07220576, 0.21927893, 0.029267995, 0.107059665, 0.114823125, -0.115261756, -0.18801664, 0.04473252, -0.055653024, 0.11297751, 0.15545851, -0.012991604, 0.1803409, 0.1982345, -0.07486266, -0.09845943), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.0855076, 0.014239223, 0.15630183, 0.21274531, -0.24398185, -0.039692834, -0.167163, 0.09103569, 0.029505143, 0.0986762, 0.015726546, 0.015572646, 0.16977786, -0.08617271, 0.13340445, -0.14292516), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.07120758, -0.1391182, -0.12895927, -0.05497231, 0.017502422, 0.21387358, 0.11369438, -0.09802215, 0.23512627, -0.18750496, 0.3741736, 0.07218814, 0.050294157, -0.03545248, 0.1803603, -0.05216715), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.031216163, 0.26304567, -0.22097221, 0.0057130447, 0.05476227, 0.048769098, 0.11701435, -0.08043882, 0.121324, -0.07633719, 0.019091062, 0.1056272, 0.19340484, -0.11655276, -0.06859909, -0.20875669), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.1303287, 0.23683752, -0.14536002, -0.12238158, -0.024545986, -0.09032069, 0.03192402, -0.22449107, 0.2297885, 0.02040227, 0.00034511733, -0.0878228, 0.184152, -0.070972465, -0.010276752, -0.1974931), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.345411, -0.088238314, -0.020721637, -0.19773935, -0.08967216, 0.11257784, 0.11590796, 0.047473334, 0.20315827, 0.08028863, -0.053076692, 0.04220213, 0.0463197, -0.11993164, 0.17273119, -0.10105775), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.01774352, -0.029116748, -0.070671946, 0.03868912, -0.23905252, 0.122819565, -0.13782008, -0.11386684, -0.15104173, 0.06922476, -0.40653947, -0.041311335, 0.03382718, 0.17504995, 0.19865142, 0.20958701), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.019477593, -0.13480781, -0.15261935, -0.29111782, -0.009433358, 0.07510615, -0.07673836, -0.092863046, -0.15928364, -0.18979515, 0.23357031, -0.096665405, 0.017931713, 0.15517262, -0.045679327, -0.13043073), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.009786184, 0.23618346, 0.08964326, -0.07550377, -0.21214269, 0.008612741, 0.012998613, 0.08797401, 0.16580902, 0.018369747, 0.31754863, 0.094271086, -0.3186572, 0.013351233, -0.04407326, 0.0920314), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.025626086, 0.09697167, -0.013395247, -0.080764554, -0.19025484, 0.25081167, -0.008351234, 0.009649054, -0.045282297, 0.02762338, 0.09182815, -0.015618593, -0.24248622, -0.0027028685, -0.026439957, 0.06903493), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.15144084, 0.09893225, 0.18078536, -0.40492618, 0.006812688, 0.20841157, -0.052535042, -0.03471349, 0.07722477, 0.18913163, 0.06806257, 0.13268931, -0.23726766, -0.06573527, -0.07974115, 0.00016083609), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.22123417, 0.043395992, -0.075050056, 0.040263254, 0.05219495, -0.10119571, 0.06624045, 0.006088249, -0.02443482, 0.22211014, 0.11706287, 0.09821594, -0.26269525, -0.045644283, 0.1594094, 0.05119857), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.1359838, 0.085772105, -0.14989698, 0.22662053, -0.13730896, 0.13598563, -0.22069088, -0.049138095, -0.11819638, 0.00615722, 0.22080155, -0.18276499, 0.13765272, 0.026108319, -0.16875726, -0.04851573), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.23633143, -0.04675013, 0.13207665, 0.17955893, -0.057579413, -0.007248268, -0.11771674, 0.053317282, 0.06935881, -0.07843104, -0.051989514, -0.101527795, 0.030873962, 0.05374762, 0.15865721, -0.11873757), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.17574823, 0.116152145, 0.038584445, 0.06896235, 0.045519844, -0.003343947, -0.18241419, -0.0559283, 0.1285456, -0.06100108, 0.072168864, 0.2383614, 0.06786445, -0.110831186, 0.0017635048, -0.11216164), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.22214325, -0.16752025, 0.39590892, 0.0366774, -0.09062008, 0.04298391, -0.2098661, -0.007913526, 0.27807632, -0.0072328355, -0.123739436, 0.017585058, -0.0792693, -0.012500297, -0.0028807693, -0.0010119011), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.014059116, 0.19940482, 0.16831028, 0.16160843, -0.23937507, -0.0070899655, 0.05102661, 0.14583974, 0.04344956, 0.21863829, 0.014209773, -0.063842624, -0.19981036, 0.09243793, 0.24139273, 0.11667779), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.16715737, -0.09880053, 0.00053459726, -0.08722921, -0.050105397, -0.01993378, -0.15830508, -0.028736366, -0.03423738, -0.13328381, -0.1851269, 0.012596559, 0.16408625, 0.10486815, -0.011303046, -0.025475042), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.118060954, -0.24267668, -0.0098548755, -0.04774737, -8.479728e-05, 0.11292645, -0.05507332, -0.20990159, -0.16743746, -0.17963362, -0.14095132, 0.19843975, -0.032164577, -0.21628135, -0.12668937, -0.008645119), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.11424831, -0.19821498, 0.016948126, 0.0033053497, 0.24253003, 0.24522384, -0.13992928, 0.08576702, -0.15157521, -0.08158828, 0.07676344, -0.08844756, -0.02293248, -0.052961793, 0.08597288, -0.07834255), target2);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.03128986, -0.070663765, -0.056307543, -0.043389197 };\n\ttarget1 = MulAdd(a1, MF4x4(0.012843345, 0.047590222, 0.0052741203, 0.017328946, 0.06774971, -0.028615275, 0.030839639, 0.053735327, -0.093057916, 0.08288735, 0.02991863, -0.040167376, 0.11699043, 0.062987246, 0.038180597, 0.11130321), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.047898952, 0.013089616, 0.13206771, 0.053474475, -0.24849094, -0.13717765, -0.14899106, 0.032647215, -0.111574546, -0.017941473, 0.017136412, -0.04121033, 0.04825172, -0.07243479, -0.30205736, -0.009043054), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.006104078, -0.056147296, -0.05430816, -0.012150009, -0.12583707, -0.06810525, -0.18965304, -0.03767409, 0.038220566, 0.12901759, 0.14772348, -0.011318772, 0.10613474, -0.011039028, -0.017407915, -0.035597485), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.070510425, 0.07079898, 0.063229784, 0.12203576, -0.08330366, 0.14733653, 0.1879776, 0.038365003, -0.112844236, 0.039776023, 0.1109856, -0.013311713, -0.039772045, 0.055393253, 0.13704132, -0.017909162), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.01609076, 0.29408732, -0.27179766, 0.06092111, 0.22690177, -0.16917813, -0.3125674, -0.059012905, -0.095299855, -0.07046006, -0.03500062, 0.14539354, -0.031449903, -0.020992422, 0.11367832, -0.16279401), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.014307108, 0.066424, -0.10264224, 0.03198627, 0.1848716, 0.0827183, 0.055873994, -0.08671376, -0.09059771, -0.0033756928, 0.015373264, 0.1482131, -0.22886358, 0.14303732, 0.060101535, -0.056595195), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.085188106, 0.07173675, 0.112149395, 0.12051379, -0.008070544, 0.17174324, 0.09781431, 0.15725529, -0.11921908, -0.026167218, 0.0726004, 0.1150364, 0.07129521, 0.08404156, -0.06052682, -0.024796983), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.118749954, 0.21372789, 0.1825785, 0.12766796, -0.20407347, -0.31983793, 0.06569954, 0.061804183, -0.1381503, -0.2288562, 0.010778781, 0.046662748, 0.09632992, -0.0007208436, 0.042766806, -0.008586152), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.08471548, 0.11370638, 0.044628102, 0.21962023, -0.1537214, 0.018495824, -0.10132307, 0.055931155, -0.19381963, -0.029650096, -0.12020838, 0.14787269, 0.10709368, 0.091088474, -0.08593706, 0.02723246), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.023070067, 0.047927327, -0.0039206124, 0.044357426, 0.078707196, -0.02090998, 0.061532218, -0.01990171, -0.0010075673, -0.02985451, -0.013571645, 0.072454736, -0.08910195, 0.08069201, 0.021186491, -0.015898732), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.19465011, -0.099643335, -0.13729279, -0.01785864, 0.07081408, -0.03980578, -0.055030484, -0.007838133, 0.02866604, 0.047467582, 0.0021829177, -0.0085278815, -0.14039196, 0.14613628, -0.08654854, 0.091417976), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.2008973, -0.055368304, -0.11570937, -0.020534834, 0.029072378, 0.057559345, -0.12295086, -0.093348056, -0.032486536, -0.024021279, -0.03250597, 0.03629745, -0.08590457, -0.037932087, -0.21787491, 0.06611054), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.0013978226, 0.12190444, -0.1388371, 0.053365257, 0.06383916, -0.16512986, 0.020202242, -0.05118216, -0.022544125, 0.022348702, -0.04619122, -0.007816115, 0.16181955, -0.087810166, -0.017245274, 0.2592078), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.29257166, 0.18668509, 0.39435357, -0.015695287, 0.052169085, 0.08033462, -0.06759564, 0.15172167, -0.07392426, 0.08598093, -0.099814445, 0.16442427, -0.23507537, 0.00095621345, 0.09456823, 0.35083038), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.09508197, -0.10668374, 0.07861556, -0.18495509, -0.012995353, 0.10549121, 0.20355113, 0.02486487, -0.0010891877, 0.0013024746, 0.040683478, 0.09813279, -0.25718254, -0.080950156, -0.20833632, -0.011176342), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.04636551, 0.01815646, -0.061344985, 0.16105172, 0.018154364, 0.08175996, 0.02177905, 0.05214974, 0.056760095, 0.056198932, -0.01944339, 0.10342066, 0.037774805, -0.098509185, -0.050058816, 0.22327778), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.3342538, 0.24596402, -0.05070882, -0.1629279, -0.0605624, -0.31846803, -0.030116247, 0.14499578, 0.23033214, 0.100796476, -0.11549748, 0.13272488, 0.09768287, -0.08599002, -0.18570031, -0.095745035), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.017806288, 0.03143078, 0.1363342, -0.018307902, 0.036575943, -0.04645106, -0.13187204, -0.019356936, 0.08177283, 0.14059572, -0.026990665, -0.025628868, 0.089009784, -0.054094527, -0.10889895, -0.08352851), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.10441912, 0.06942166, 0.021075722, 0.022823252, 0.14455585, -0.10067584, -0.006786432, -0.15945506, 0.051149122, -0.051351603, -0.012551037, 0.017784216, -0.030743994, 0.06534117, -0.05894921, -0.007193482), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.105177015, 0.12079406, -0.021824203, 0.0051873215, 0.09426312, 0.0872351, 0.042457238, -0.027718134, -0.04744092, -0.036118995, -0.088347785, 0.025714433, -0.0033455554, 0.0052299164, 0.14114419, -0.23041077), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.10924918, 0.07170065, 0.15847342, 0.045235954, 0.01170718, 0.09113452, 0.155801, 0.012455027, 0.0091770645, -0.071032606, -0.06911904, -0.0078831315, 0.27796802, -0.08136213, 0.20615137, -0.22055252), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.02993543, -0.011065637, 0.015992155, -0.106134124, -0.26578894, 0.16489314, 0.0020848098, 0.12432517, -0.14845847, 0.11076599, -0.015617476, 0.12498255, 0.009672752, -0.013014179, 0.10577515, 0.02908296), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.0728776, -0.14159116, 0.105368264, -0.016262107, -0.14621304, -0.0007887494, 0.14413477, 0.11337385, -0.1769697, -0.1076886, 0.08036942, 0.10428512, 0.10336065, -0.15257628, 0.05553209, 0.12439473), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.067323305, 0.23115864, 0.0817162, 0.13127932, 0.02427729, 0.01246805, 0.021550559, 0.066352196, -0.014213087, -0.022559473, 0.058270242, -0.069260366, -0.1949913, 0.27712336, -0.020843407, 0.16199547), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.06066066, 0.009365795, -0.005817299, 0.016661849, 0.032292802, 0.10364246, -0.105340734, -0.040422246, 0.0028520338, 0.10786728, 0.041312158, 0.0634878, -0.10283239, -0.13716424, 0.2013461, -0.14106691), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.14796652, 0.042259417, -0.08663438, 0.09733461, -0.044074174, 0.24739462, 0.04777009, -0.026686348, 0.0027458945, 0.043400105, -0.11496284, 0.08113486, -0.33933377, 0.046819236, -0.12803015, 0.006137677), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.07903079, -0.009489394, 0.018812884, -0.031424083, 0.14344518, 0.08629371, 0.123602144, 0.045581687, 0.102321856, 0.07221763, 0.14465447, -0.23171869, -0.1145046, -0.088674895, -0.08679749, -0.20322132), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.09741677, 0.0010184142, -0.06932825, 0.044964395, 0.03060611, 0.11817057, 0.04148144, 0.000755089, 0.018646225, -0.1362759, 0.045627713, -0.01720389, -0.013920286, 0.0041473205, 0.023480741, -0.00036270308), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.047821313, 0.15457056, 0.081069574, -0.061125267, -0.003727664, -0.03735384, -0.00673114, -0.0585745, -0.14427665, 0.21584798, 0.17612408, 0.03723236, 0.09688153, 0.0071055717, 0.0704578, -0.008490558), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.005648931, -0.021415008, 0.07515239, 0.024656001, 0.14356652, -0.09023091, -0.092833556, -0.11933706, -0.17543222, -0.31645912, -0.14794292, -0.10830711, 0.046658885, -0.13449514, -0.032724228, -0.07927336), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.012330256, 0.030906612, 0.009849825, 0.16186711, 0.105316125, 0.1066287, 0.007410255, 0.08471377, -0.06755245, 0.2835302, 0.06922882, 0.18501134, -0.10781668, -0.021025939, -0.057754997, -0.19532007), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.09254016, 0.21572222, -0.250398, -0.017990865, 0.10726608, -0.13617107, 0.06726572, -0.17355372, 0.07552837, -0.01980061, 0.10523871, -0.062427603, -0.1769102, 0.35534126, -0.22155605, -0.13921477), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.0054315915, 0.028563919, -0.030617325, 0.12851912, 0.0020591016, -0.07287573, -0.15371658, -0.3468236, 0.042036943, -0.19993319, -0.1311562, -0.11087494, -0.033534657, -0.049439076, 0.07299748, 0.049393892), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.04817828, 0.009956909, 0.08608736, -0.04149299, 0.07101367, -0.03388178, 0.08030968, -0.032450564, 0.14994971, -0.006995002, 0.13461865, -0.061656967, -0.044900555, -0.05698395, 0.07130313, -0.17835349), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.09259944, -0.1760367, -0.05008204, 0.12799591, 0.10526596, 0.25768888, 0.11187724, -0.06537007, 0.11869906, -0.30243787, 0.1930932, -0.13290296, 0.017331708, 0.04682896, 0.02930385, 0.15250616), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.01343636, -0.015147329, -0.12101166, 0.04787181, 0.088516094, -0.0716172, 0.012281597, -0.01175244, -0.036102388, -0.16996604, 0.0068835146, 0.16938321, -0.019361602, -0.07008898, -0.111906745, -0.008676077), target1);\n\n\tMF4 target2 = { -0.014193535, -0.035853464, -0.0019574068, 0.035060503 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.010251427, -0.045750465, 0.016315231, -0.008768869, 0.017431414, 0.080067836, 0.025827147, 0.10838066, 0.0024869177, -0.034495536, 0.09772538, 0.07213915, 0.016637174, 0.040788822, -0.022752339, 0.10970543), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.11526194, 0.09676918, -0.04237834, -0.2271947, 0.12261753, -0.24500768, 0.10468346, 0.13780572, -0.009849901, 0.023189532, 0.0011982447, 0.04185303, 0.045187697, 0.06505389, 0.096869685, -0.1784324), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.04672689, 0.13536161, -0.1818021, -0.20668268, 0.07533596, -0.032177944, -0.024819814, 0.036118865, 0.012960037, -0.04256549, 0.03154665, 0.10697645, 0.0455828, 0.15624708, 0.0880299, -0.044446476), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.03187084, -0.04798656, 0.05435525, -0.060023244, -0.02988392, -0.13252808, -0.13699181, -0.013882888, 0.052836955, -0.051288467, -0.048392758, -0.02818318, -0.045959223, -0.0385304, -0.113381095, 0.048340388), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.06799445, -0.32721373, 0.09433875, -0.24025385, 0.0029125893, -0.029136823, 0.01100064, -0.12017942, -0.12278812, -0.0646935, 0.009398038, -0.021518359, 0.008572816, 0.15084247, -0.22798048, -0.027803216), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.14571115, 0.24804439, 0.13177192, -0.1820655, -0.0030899157, -0.11837261, 0.14447895, 0.11825037, 0.083688706, 0.13209106, 0.051847935, -0.27009267, -0.030820336, 0.15591313, 0.00807933, 0.08577916), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.07043623, -0.006127145, -0.16473344, -0.091646075, 0.12019198, 0.02408659, 0.038805984, 0.043282606, 0.09853516, -0.03085117, -0.13666795, 0.057578508, 0.023477113, -0.050639734, 0.05486259, 0.10117338), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.07739963, 0.019718317, -0.17859067, -0.107660785, 0.07235146, -0.08198499, -0.13072458, 0.0808431, -0.09421921, -0.024668563, 0.058651946, 0.058679227, -0.041750733, 0.07785575, 0.0375434, -0.11090677), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.13032761, 0.2291367, -0.1677081, -0.22246332, 0.03946319, 0.0063910848, 0.09128152, 0.0013804171, -0.034065075, -0.058277655, 0.052419346, -0.030012188, 0.018556409, -0.07521306, 0.12746032, 0.0899423), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.14820024, 0.03316697, 0.074021704, 0.0349015, -0.028731624, -0.03655249, 0.041885335, 0.025598902, -0.007544352, -0.058063164, 0.030487465, -0.073317364, -0.033130456, -0.17607957, 0.0020156964, 0.15351814), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.33111712, 0.11070417, -0.11759775, 0.12881225, -0.10840586, -0.114877716, 0.026571346, 0.01617625, 0.0028098845, 0.07325011, -0.008114658, 0.11581408, 0.0040087802, 0.15237121, 0.10423624, 0.010486565), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.14014785, 0.03670812, 0.041663505, -0.25026393, -0.05651376, -0.009220771, 0.18786587, 0.11221872, -0.0045316, -0.0781469, 0.09609792, -0.077175744, 0.15113525, 0.14979461, -0.003579166, -0.097722545), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.005191016, -0.05746076, 0.14736177, -0.37837118, -0.116905205, 0.035447106, -0.1389216, -0.06583864, 0.08867301, -0.027591052, 0.020395119, -0.067704394, -0.078146204, 0.21156693, -0.24100207, -0.34081197), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.3395633, -0.16366479, -0.16501908, 0.19205959, -0.1203106, 0.1201394, 0.059141878, 0.024588805, 0.0106182005, -0.007498128, -0.13781549, -0.031079333, 0.45373476, -0.019419974, -0.029461615, -0.109356895), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.20302778, 0.023634301, 0.0037064455, 0.23106048, -0.14157735, 0.115462445, -0.10275177, -0.05708588, 0.0066573587, -0.14406916, -0.029837208, 0.056612004, -0.036978997, 0.07784742, -0.009329581, 0.11628078), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.050052032, 0.061341796, -0.108812004, -0.27657855, 0.07106667, -0.062498234, 0.08073948, 0.18898413, -0.005880379, -0.031624768, 0.0334547, 0.10361753, -0.18414119, -0.070826136, 0.027453694, 0.022999335), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.014818375, 0.17337285, 0.10936815, -0.030657725, -0.08041041, 0.022390872, 0.0053962595, 0.090021096, 0.05470518, 0.014654071, 0.06899392, -0.03431451, 0.05177294, -0.13493995, -0.055468578, -0.19131596), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.08200318, -0.10802187, -0.075451784, 0.006642357, -0.041665014, -0.05528946, 0.1799087, -0.07113583, -0.016218789, -0.12353001, -0.034801062, 0.06995437, 0.013318846, -0.16708943, 0.17779571, 0.20705931), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.10754426, -0.03437161, -0.089123115, -0.12592112, -0.09719291, 0.042339396, -0.02457928, -0.10472151, -0.031175358, -0.06077806, -0.025603233, 0.0030798917, 0.0302328, -0.011108347, -0.08815118, -0.11247357), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.03634052, -0.0752815, -0.032257803, -0.020932812, -0.01030603, 0.05347118, -0.013455479, -0.1528448, 0.11631174, 0.017359301, 0.0053947037, -0.10187295, -0.034056764, -0.06371101, 0.10579902, 0.06297638), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.0026892002, -0.09832557, 0.07002896, 0.17336288, 0.017382741, 0.0868499, 0.024310237, 0.1024202, 0.016445315, -0.096997134, -0.05655256, -0.03888035, -0.23449722, 0.004868548, -0.046150357, 0.16268611), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.08197917, 0.06499742, 0.044401966, 0.119590975, 0.17058893, 0.003096477, 0.073047325, -0.2325016, 0.20562899, 0.06886438, -0.10150125, -0.09421983, -0.026852611, 0.11638924, -0.2897435, 0.10056706), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.05599001, 0.20881969, 0.057560008, 0.03211348, 0.07353149, 0.10849278, -0.04358825, -0.07277266, 0.19414866, 0.084341206, -0.054937962, -0.19548011, -0.1875029, -0.13233592, 0.247698, 0.054934226), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.006909254, -0.043635696, -0.0420242, 0.0029297285, -0.011208758, 0.10583326, -0.039475866, -0.091568366, -0.11034183, -0.2710617, -0.15182555, 0.27160573, 0.029486256, -0.17993683, 0.10480137, -0.031949393), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.012359864, -0.024621721, -0.066488825, -0.041012418, 0.0008418082, -0.034133818, 0.1275645, -0.22584224, 0.04127642, 0.021086683, -0.055507325, 0.017740795, -0.10207868, -0.02459281, -0.16278388, 0.2084072), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.07907339, -0.08811312, -0.043821383, -0.12781687, -0.014701197, -0.08600121, -0.07344954, -0.06233793, 0.13561183, 0.17435691, -0.25248256, -0.18915577, 0.11731138, -0.076414265, 0.011668736, -0.24489906), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.015452916, -0.1093781, -0.031768844, -0.049816687, 0.087654404, 0.083113015, -0.11759004, -0.02852037, 0.0119902035, -0.12981133, -0.043321397, 0.30873615, 0.16349368, 0.0475539, -0.12394514, 0.012860273), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.024975974, 0.14167881, -0.03849521, 0.092395015, -0.14491238, -0.024630755, 0.1262065, 0.22724074, -0.088403955, 0.069909796, -0.1582284, -0.06366643, 0.03808985, 0.055002328, 0.046191234, -0.15073699), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.040616892, -0.05149903, 0.07913543, -0.12622666, 0.012306014, -0.0072504813, 0.09324519, 0.013837971, 0.033986375, 0.09466625, -0.11271816, 0.06514161, 0.008318977, 0.2319992, -0.23813216, -0.064383216), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.0058016274, 0.07342614, -0.02532061, 0.046294674, -0.14704724, -0.09635743, 0.011660911, -0.028665043, 0.07488793, 0.049912058, -0.23186599, -0.12174707, -0.078130014, -0.17273565, 0.009148666, 0.042669322), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.02457923, 0.06036786, -0.08706319, 0.011597113, 0.0027447701, 0.12410346, 0.07509643, 0.23769653, 0.055913534, -0.030516708, 0.090205066, 0.005610863, -0.0037265806, -0.06458783, 0.08390646, 0.03704848), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.24644387, 0.09733959, 0.15941189, -0.039000493, -0.34143484, -0.10905996, 0.123846896, -0.025850125, 0.22231472, -0.074195, 0.17869541, 0.007901206, -0.07893139, -0.0031443893, -0.2252749, 0.020515904), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.046822242, 0.19209228, 0.10584968, -0.20782734, 0.020917192, 0.064485386, 0.022432446, 0.0021164739, 0.053817958, 0.2291973, 0.15079306, -0.18283905, 0.090974085, 0.24965459, -0.11586238, -0.1068585), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.018472567, -0.09019175, -0.0014198436, 0.11438912, -0.18806975, 0.017498987, 0.06471353, -0.11078878, -0.09412236, -0.11218875, 0.077031404, -0.18779173, -0.025784107, -0.031477705, -0.10906885, 0.074243516), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.06388332, 0.0813248, 0.1583895, -0.17604364, 0.02474024, 0.09227594, -0.07166613, -0.046409506, -0.20977338, 0.058364637, -0.014288648, 0.23180534, -0.03359222, 0.03962627, -0.011652336, 0.08433068), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.05829235, -0.026256828, 0.051615473, -0.082805336, 0.06738748, -0.093329325, -0.03197624, 0.067339435, -0.06104219, 0.119381785, 0.10763423, -0.31583574, 0.003745323, 0.14953502, -0.009772352, -0.05511591), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 5\n//!DESC Conv-3x3x3x16\n//!IN INPUT, tex3, tex4\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF3 result = { -0.0056639817, -0.0017339308, -0.0011913306 };\n\tresult = MulAdd(max(a1, 0), MF4x3(-0.01858372, 0.017144108, 0.02794388, 0.0129101565, -0.0073674284, -0.011766938, 0.01970984, 0.01209068, 0.009530311, -0.009190449, -0.006996753, -0.0038750458), result);\n\tresult = MulAdd(max(b1, 0), MF4x3(0.15856947, 0.10162126, 0.08489005, 0.038381726, -0.017771017, -0.03226132, -0.011787879, -0.0152445, -0.007564454, 0.055921376, 0.08389841, 0.08452836), result);\n\tresult = MulAdd(max(c1, 0), MF4x3(0.026705442, -0.0070655374, -0.018199183, 0.016254421, -0.025398912, -0.03461042, 0.03950644, 0.06586101, 0.0707467, -0.03793455, -0.04957139, -0.04777402), result);\n\tresult = MulAdd(max(d1, 0), MF4x3(-0.115341224, -0.04463122, -0.016549354, -0.059433736, -0.04303295, -0.042805545, 0.010830498, -0.011057443, -0.0141014, 0.067396216, 0.06553637, 0.06705378), result);\n\tresult = MulAdd(max(e1, 0), MF4x3(-0.12767975, -0.19935511, -0.20109995, 0.11554901, 0.11426503, 0.11161185, -0.22092125, -0.22041021, -0.2142712, -0.06326996, -0.061314825, -0.059039716), result);\n\tresult = MulAdd(max(f1, 0), MF4x3(0.007717391, -0.046238754, -0.056983955, 0.021419598, 0.0036924274, -0.00033630748, 0.053556852, 0.0824714, 0.08295022, -0.09881205, -0.043157153, -0.040801782), result);\n\tresult = MulAdd(max(g1, 0), MF4x3(0.0052828738, 0.049702674, 0.056108, 0.009478552, 0.010345037, 0.0094180945, -0.010412882, 0.0006965096, 0.0021917222, -0.010701383, -0.023212843, -0.024252625), result);\n\tresult = MulAdd(max(h1, 0), MF4x3(0.07542127, 0.0739301, 0.06642962, -0.08054489, -0.037553925, -0.026762033, 0.09727509, 0.102272816, 0.097533874, 0.01325714, -0.004582272, -0.006647532), result);\n\tresult = MulAdd(max(i1, 0), MF4x3(0.03005975, 0.017012767, 0.007840201, -0.028650383, -0.0019064787, 0.01083078, -0.071352504, -0.019919744, -0.008299795, 0.023253804, 0.042413715, 0.04681489), result);\n\tresult = MulAdd(max(a2, 0), MF4x3(-0.052201163, -0.021727808, -0.020888992, 0.008365179, -0.016546093, -0.0111018475, -0.06236095, -0.019278256, -0.021443967, 0.0029381379, -0.0033039588, -0.006425339), result);\n\tresult = MulAdd(max(b2, 0), MF4x3(0.02397296, -0.041659098, -0.050882675, -0.013487, 0.0067506596, 0.005435185, 0.066447854, 0.13331215, 0.13754861, 0.028300207, -0.0048033795, -0.010058485), result);\n\tresult = MulAdd(max(c2, 0), MF4x3(0.08140248, 0.018564016, 0.0036607496, -0.0112075955, 0.0022339798, 0.0045722146, -0.045716517, -0.0076076477, -0.0016939791, -0.030486025, -0.07539711, -0.07185734), result);\n\tresult = MulAdd(max(d2, 0), MF4x3(-0.0155724995, 0.048904862, 0.059412133, -0.013894624, -0.0061430936, -0.011662488, -0.0052947477, -0.0176474, -0.018611705, 0.022075793, 0.031703226, 0.026735537), result);\n\tresult = MulAdd(max(e2, 0), MF4x3(-0.18287502, -0.18703277, -0.18331653, -0.08616293, -0.011741755, -0.009296464, -0.054274965, 0.016794622, 0.022522328, 0.06965258, 0.08260611, 0.08285337), result);\n\tresult = MulAdd(max(f2, 0), MF4x3(0.08107809, 0.0336241, 0.025449684, -0.031931, 0.01179566, 0.019694995, 0.025930194, 0.042288166, 0.04673656, -0.14357394, -0.11003491, -0.094090074), result);\n\tresult = MulAdd(max(g2, 0), MF4x3(0.007188181, 0.050626095, 0.050705966, -0.008030409, -0.018670242, -0.019766346, 0.014874803, -0.03657919, -0.034044486, -0.011178416, -0.004358302, -0.013611815), result);\n\tresult = MulAdd(max(h2, 0), MF4x3(0.07987872, 0.11399873, 0.12089382, -0.01514355, 0.0068139364, 0.010206274, -0.0005701044, -0.011158322, 0.006484812, 0.002018227, 0.043359682, 0.042987905), result);\n\tresult = MulAdd(max(i2, 0), MF4x3(0.0017806455, -0.0015697709, -0.0018252691, 0.0058658062, 0.021681193, 0.028615465, -0.054827355, -0.04541651, -0.027485048, -0.017649114, 0.017717479, 0.027309911), result);\n\tresult = MulAdd(max(-a1, 0), MF4x3(0.02555098, -0.0028983613, -0.005134733, -0.0029332284, 0.015552135, 0.022189403, -0.019786593, -0.0031676649, -0.0014604586, 0.06648065, 0.0672302, 0.04586375), result);\n\tresult = MulAdd(max(-b1, 0), MF4x3(-0.06674696, 0.002328631, 0.014039355, -0.03636718, 0.014560653, 0.028076636, 0.042305287, 0.015249338, 0.0136925895, 0.033586804, 0.00701501, -0.011588751), result);\n\tresult = MulAdd(max(-c1, 0), MF4x3(-0.039022632, 0.015240631, 0.02699061, -0.02614261, 0.0051843156, 0.012590042, 0.015304643, -0.022641543, -0.030434309, 0.016862666, 0.020819275, 0.022333218), result);\n\tresult = MulAdd(max(-d1, 0), MF4x3(0.08056982, 0.026592938, 0.009744146, 0.08762212, 0.10150359, 0.09662005, -0.044551965, -0.016349116, -0.014629014, -0.014341297, -0.030914815, -0.038747486), result);\n\tresult = MulAdd(max(-e1, 0), MF4x3(-0.048734166, 0.019775594, 0.03124684, -0.2345022, -0.23639877, -0.22958128, 0.12412277, 0.10245112, 0.10389806, -0.0030797734, -0.01989389, -0.02020691), result);\n\tresult = MulAdd(max(-f1, 0), MF4x3(-0.0133485105, 0.029644802, 0.041630358, 0.041081797, 0.059993293, 0.060033485, -0.02155099, -0.035306025, -0.03838472, 0.017466968, -0.01866363, -0.004764589), result);\n\tresult = MulAdd(max(-g1, 0), MF4x3(0.0030783121, -0.04064586, -0.04504904, -0.023528632, -0.029308239, -0.022441925, 0.020095564, 0.018979732, 0.015117934, 0.008429918, 0.021180628, 0.020137152), result);\n\tresult = MulAdd(max(-h1, 0), MF4x3(0.0012200709, 0.013313984, 0.014122978, 0.08750284, 0.038747437, 0.027102578, -0.09627132, -0.09706183, -0.09405641, -0.05180081, -0.03555434, -0.021694236), result);\n\tresult = MulAdd(max(-i1, 0), MF4x3(-0.022396728, -0.018316073, -0.01250564, 0.045423746, 0.025315331, 0.010639915, 0.05618814, 0.022210265, 0.014195103, -0.014828652, -0.010245087, 0.0020570823), result);\n\tresult = MulAdd(max(-a2, 0), MF4x3(0.046651457, 0.001333767, -0.003572458, -0.0077845114, -0.012861641, -0.015116351, 0.01338984, 0.029198132, 0.026183384, 0.0014878022, 0.020025207, 0.024829973), result);\n\tresult = MulAdd(max(-b2, 0), MF4x3(-0.09506711, -0.06541528, -0.051106647, 0.02552611, 0.01181497, 0.0020236392, 0.03234602, -0.03153924, -0.035502207, -0.034516744, 0.00018784113, 0.0085376045), result);\n\tresult = MulAdd(max(-c2, 0), MF4x3(-0.05945615, -0.0046793907, 0.011128929, -0.0061961384, -0.0040663416, -0.010319631, 0.044197917, -0.033448357, -0.04109943, -0.04109929, 0.006773195, 0.016976412), result);\n\tresult = MulAdd(max(-d2, 0), MF4x3(0.02855516, -0.033051047, -0.04864978, -0.06393814, -0.082921155, -0.0730681, -0.058905125, -0.038639963, -0.027698845, -0.013616608, -0.007876684, -0.006182652), result);\n\tresult = MulAdd(max(-e2, 0), MF4x3(0.15423118, 0.14667909, 0.14534634, 0.1485341, 0.096721016, 0.0820024, 0.1263968, 0.088775866, 0.083860956, 0.04213644, 0.020989005, 0.010447147), result);\n\tresult = MulAdd(max(-f2, 0), MF4x3(-0.068275765, -0.018390667, -0.011452603, 0.03738383, 0.019398715, 0.005998161, -0.0011161854, -0.039955888, -0.04444185, 0.052985556, 0.017621813, 0.009551621), result);\n\tresult = MulAdd(max(-g2, 0), MF4x3(0.01387326, -0.0033411914, -0.009420935, -0.034494568, -0.019219222, -0.009562797, 0.0074023325, 0.022065453, 0.027121471, 0.00019609048, -0.0042242454, 2.0403608e-05), result);\n\tresult = MulAdd(max(-h2, 0), MF4x3(-0.015793918, -0.024342488, -0.037188973, 0.004534637, -0.025236975, -0.028567247, -0.055682972, -0.054670315, -0.06584981, 0.043045517, -0.0075941198, -0.014196169), result);\n\tresult = MulAdd(max(-i2, 0), MF4x3(0.0132598495, 0.01775289, 0.017206183, 0.010604703, -0.007352816, -0.017301153, 0.030967329, 0.027615465, 0.0145311365, 0.008636854, -0.033379406, -0.042725433), result);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_Soft_M.hlsl",
"content": "// Anime4K_Restore_CNN_Soft_M\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_Soft_M.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_Soft_1\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.07697861, 0.41154122, 0.042374082, -0.087270625 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.073079124, 0.11507942, 0.028201895, -0.021776304, -0.25251916, -0.08662003, 0.38814726, 0.4146095, 0.06326891, 0.01635252, 0.06423356, 0.13488062), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.059791833, -0.03105604, 0.041643705, 0.35197195, -0.17314838, 0.067622855, -0.032012507, 0.09691628, -0.11094062, 0.007625051, 0.094762206, -0.05824145), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.120281175, 0.027440755, -0.026316144, -0.025291128, -0.41698205, -0.05966847, -0.28400028, -0.06946398, -0.10906026, -0.015854035, -0.028724853, -0.06626416), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(0.068752654, -0.12652585, 0.38200122, 0.17978846, 0.2749825, 0.015504972, 0.21765926, 0.2246602, -0.062151223, 0.07457783, 0.13588274, -0.037328478), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(0.3718559, 0.025637252, -0.4048626, -0.41484925, 0.24768798, 0.09984098, -0.5663632, -0.6659978, 0.212067, -0.08328392, -0.5277322, -0.016879432), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(-0.11072714, -0.010321538, 0.11265787, 0.0055236337, -0.13345073, 0.004847663, 0.3744461, -0.4038564, -0.09893075, 0.031325124, 0.2883957, -0.04268903), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(0.10444391, -0.60588187, 0.02543334, 0.10911738, -0.10860678, 0.15701362, 0.29235297, 0.045803998, 0.076250754, -0.10799697, 0.08841044, 0.08145623), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(-0.04246739, -0.1225759, 0.11280305, -0.12079673, 0.5289142, -0.011892906, -0.0800465, 0.05915611, -0.126204, 0.08239301, -0.0092391195, -0.07672885), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(-0.11922264, 0.14036109, -0.09491126, 0.05112697, -0.12543046, -0.08662423, -0.041537095, 0.048038274, 0.11672854, -0.006516173, -0.023524825, 0.030505095), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.08458621, -0.023144595, -0.057707336, -0.081382714 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.09419103, -0.1178418, 0.09523275, 0.24648252, 0.03595256, -0.05417468, -0.029167585, -0.012279932, 0.08852021, -0.12534834, 0.0604663, 0.050634373, -0.19536541, 0.21548285, 0.040379744, -0.28046605), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.13783203, 0.17191975, 0.06956328, 0.005270252, -0.029844455, -0.17657366, 0.03439078, 0.048861686, 0.12017991, -0.087307535, 0.11815637, 0.31309614, 0.08440897, 0.09969244, -0.06220224, 0.2633136), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(0.098606475, -0.05856224, -0.01163882, -0.020945825, -0.08988821, 0.18520717, 0.011407763, 0.20973705, 0.21017794, 0.038311377, -0.018910313, 0.053878684, -0.08751144, -0.0081623215, 0.29060364, 0.14363094), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(0.13354321, -0.38046083, 0.14157647, 0.10190452, -0.045502663, 0.0053245644, -0.10817685, -0.048371315, 0.16157807, 0.2086147, 0.07632662, 0.24636099, -0.0053555835, -0.19587666, -0.46687222, 0.002362032), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.28275147, -0.1468291, 0.24075283, -0.35119128, 0.18727398, 0.3833064, 0.08667899, 0.15021381, -0.092296466, -0.25686404, -0.116076745, 0.2231862, -0.27637103, 0.12317917, -0.0341737, -0.40077657), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.007041629, 0.18089123, -0.21195571, -0.12346183, -0.06088577, -0.30784377, 0.0048495876, 0.06013008, 0.07200418, -0.0076884073, 0.02632822, -0.0011575016, 0.21025613, -0.2573419, -0.06994815, 0.32497165), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.0016823286, -0.014366541, -0.5049525, 0.048534572, -0.0057915323, -0.0030526456, -0.028976317, -0.16376147, -0.15560333, -0.053708192, -0.055678204, -0.13087665, 0.0048869387, 0.027514834, 0.017380254, -0.06743363), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.044514824, -0.1754644, -0.26664957, 0.1486667, 0.114894986, 0.061640915, -0.13305616, 0.06450565, 0.03552732, 0.2835473, 0.13800526, 0.005875215, 0.15751484, 0.41759813, -0.19406971, 0.071032055), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.18419577, -0.05527526, 0.017057603, -0.1146602, 0.15775396, -0.01188916, 0.09368113, 0.05765405, 0.064170234, -0.017833546, 0.12100514, -0.06250493, 0.2421206, 0.15719843, 0.23718071, 0.023142194), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.079226464, 0.07877355, -0.022315226, -0.13507473, 0.14683898, 0.028739132, -0.24479519, -0.280197, -0.13223173, 0.21732429, -0.1546993, 0.045442928, 0.163642, -0.07062695, 0.03805918, 0.060860883), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.095216066, -0.16650215, -0.34863555, -0.025274571, 0.3064775, -0.034196265, -0.25773287, 0.19570488, -0.005434017, 0.26308087, 0.009404902, -0.24736062, 0.05558232, -0.014217521, 0.03667355, -0.15134114), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.074846864, 0.010901994, 0.035149742, 0.12106729, -0.36042807, -0.011231913, 1.4317516, 0.6400351, 0.105860665, -0.11587906, -0.11065066, 0.19126756, 0.14132085, 0.021570992, -0.3618735, -0.081163004), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.06937371, 0.3815214, 0.026842717, -0.04051589, -0.09472515, -0.027198657, -0.16502109, 0.114273794, -0.15207845, -0.15054241, -0.25099036, -0.10871029, 0.14311226, 0.07640166, 0.47051275, 0.0447809), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.25960425, 0.11150338, -0.042022616, -0.006633396, -0.29595324, -0.0149574205, 0.09806478, 0.03635802, 0.26789796, 0.41416678, 0.05145585, 0.61168057, 0.019582301, -0.118703716, 0.13974573, 0.04498941), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.04119621, -0.15503803, 0.33170196, -0.1158483, -0.06258357, 0.2574262, -0.07890287, -0.6929032, 0.004379942, 0.097908296, 0.009286624, 0.27194506, -0.2476702, 0.13828708, 0.05071857, -0.43693772), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.010842703, 0.13108006, 0.30126816, 0.20221521, 0.018797455, 0.0614624, 0.11102966, 0.019204421, 0.09975456, 0.04676902, -0.044540443, 0.118877, -0.04871634, -0.089208096, 0.027455999, 0.029557817), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.10421777, 0.3135469, 0.14557797, 0.0497297, 0.0034963787, -0.20342828, 0.08332032, -0.09004643, 0.06574797, -0.14168271, -0.08754358, 0.30385306, -0.3374016, -0.4360316, 0.15854433, -0.24081887), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.1407836, 0.09678823, -0.02240152, -0.013985894, 0.012281648, -0.24124922, -0.46433777, -0.25915003, 0.042200714, -0.21701157, -0.016618999, 0.13135725, -0.34656256, -0.034729004, -0.29246503, -0.13514486), result);\n\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x8\n//!IN tex2\n//!OUT tex3\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.0061747693, -0.029145364, -0.026801255, 0.027419873 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.27743992, 0.04277345, 0.019331178, -0.7335445, 0.006292013, 0.19800001, -0.0025032016, 0.16098699, -0.03186617, -0.060173523, 0.08878855, -0.10669283, 0.130609, -0.068515256, -0.03571823, -0.13751523), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.2430821, -0.08233978, 0.082374334, 0.04843392, -0.18989052, -0.041925047, 0.40021122, -0.317836, -0.13517766, 0.032255337, -0.0746507, 0.22114721, -0.045706213, -0.12841983, -0.27830583, 0.05763077), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.08436965, -0.04967552, -0.16798134, -0.1539139, -0.17429228, -0.10166739, 0.35864773, 0.12873615, -0.07667423, 0.04985163, 0.13391761, -0.054322604, 0.085659124, -0.078792974, 0.06481059, 0.058667548), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.17568155, 0.56705236, 0.056562193, -0.020951264, 0.005879628, -0.2502103, -0.19619654, 0.019490348, -0.14527243, 0.16983634, 0.049245857, 0.18316677, 0.055053137, 0.10699275, 0.0016993808, 0.20105995), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.36284775, -0.05856962, -0.42545465, 0.31931567, -0.15698905, -0.28837132, -0.028697362, -0.024917847, 0.04317283, 0.024557106, -0.052158598, 0.38654143, -0.1782944, 0.43094924, -0.11738149, 0.21554618), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.22645079, -0.20319854, 0.20733371, -0.18697177, -0.05167819, -0.12845007, 0.5543688, 0.2453291, 0.08027872, -0.0628224, -0.06593836, -0.05795855, -0.24527508, 0.23632833, -0.043366548, 0.14135826), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.08384414, 0.20807321, 0.030559694, -0.13640808, -0.07641805, -0.10919174, -0.19799095, -0.12955745, 0.093737304, -0.17856954, 0.035103753, -0.044699315, -0.07255943, -0.02331535, 0.2059249, 0.3058302), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.022345139, 0.16286038, -0.27228013, -0.41105714, -0.0014384583, 0.089546144, -0.08296848, -0.0050463285, 0.07038578, -0.030679917, 0.031246305, 0.36761853, -0.34799108, -0.0405689, -0.19182852, 0.015853593), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.1021783, -0.11396049, -0.08733628, -0.017449526, 0.042015605, -0.14808236, 0.10072531, -0.07403295, 0.15276712, -0.07807765, -0.10013386, -0.26110634, -0.04858846, 0.066066965, 0.13598624, 0.21687816), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.07041569, -0.17775945, 0.15697548, -0.15425202, -0.06569677, -0.033233996, 0.22596005, -0.026170855, -0.20729817, 0.1316505, -0.058410037, 0.22166035, 0.09107114, -0.13078825, -0.05639485, -0.02716142), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.057966787, -0.15311252, 0.095924966, -0.055951685, 0.082777694, -0.08471956, -0.39918202, 0.10599212, 0.102710955, 0.21808124, 0.12083635, -0.38835892, 0.031709857, 0.13955092, 0.12647778, 0.011549966), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.09810508, -0.119743295, 0.06166254, 0.13595435, 0.036198203, -0.028710455, -0.40789905, -0.034894038, -0.12622337, 0.14379597, 0.039958883, 0.19636424, 0.047094557, -0.07987105, -0.04905092, -0.07875785), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.34118712, -0.2833933, -0.045028314, -0.40670308, -0.01961924, 0.37131935, 0.29099533, -0.19843055, 0.18604252, -0.0037280058, 0.1091072, -0.40579233, 0.11422739, -0.16490164, -0.0022396361, -0.21486944), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.0010853866, 0.2223109, 0.2416471, -0.33326814, 0.2549397, 0.6442047, 0.18411863, -0.19081281, -0.43552014, -0.1793875, -0.58699155, -0.01900168, -0.26955804, -0.071371995, 0.07599079, 0.27434483), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.19644544, 0.14383379, -0.2599538, 0.001666124, -0.16369823, 0.009537702, -0.3690974, -0.048157427, -0.2040159, 0.01522431, -0.11007749, -0.07012568, 0.17536888, -0.012183123, -0.17366478, -0.15090804), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.0855136, 0.06863859, -0.17249937, -0.12850079, 0.15325847, 0.22742507, 0.22535504, 0.24032994, -0.109522276, 0.24135293, -0.17784368, 0.08172238, -0.16143093, 0.1358853, -0.09399085, 0.012180792), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.04346881, 0.13367178, 0.10387612, 0.04705543, -0.10315795, 0.5816371, -0.090529, -0.017955385, -0.09032907, -0.52505773, 0.10958755, -0.26151448, 0.17246644, 0.011886279, 0.3566306, 0.32170597), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.27853554, 0.1558035, 0.070289604, 0.17052644, -0.31982365, 0.29085326, -0.09494764, 0.2270542, 0.10514691, -0.24606484, -0.02049181, 0.126686, 0.16719124, 0.013080999, -0.08577963, -0.07057233), result);\n\n\t\t\ttex3[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x8\n//!IN tex3\n//!OUT tex4\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex3.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex3.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex3.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex3.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.022887055, 0.01521631, 0.17967467, -0.0131908795 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.07447851, -0.07888509, -0.28236163, 0.2479792, -0.065199964, 0.24733023, 0.099619575, -0.26430824, -0.03523585, -0.03547245, -0.10619345, -0.25326422, -0.116270036, -0.065133184, -0.30401528, 0.01563764), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.19106275, -0.26104823, -0.14457102, -0.17298317, 0.24148639, -0.10950928, 0.062851585, 0.042540826, 0.13287601, 0.06975747, 0.15848075, -0.3854902, -0.13132331, -0.16468687, -0.029844414, 0.27754608), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(0.015378025, -0.14203559, 0.08058816, 0.32896644, -0.074871175, -0.26611313, -0.18830848, 0.091641426, -0.16522385, -0.23424402, -0.12279703, -0.13343342, -0.2509982, -0.0554576, 0.07286022, -0.028823337), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.13543738, 0.049395677, -0.015148539, 0.13301241, -0.12827122, -0.012590744, 0.012936948, 0.008271658, 0.12442749, 0.3497426, -0.16126058, -0.2670464, -0.010479037, 0.07037434, -0.15527055, 0.13205245), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.09535385, -0.3931354, 0.24716614, -0.21284536, 0.14652656, 0.38149378, -0.09607391, 0.06350967, 0.48615915, 0.32634613, 0.146291, 0.2566475, -0.40927815, -0.05268087, -0.04110691, -0.0068722935), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.089152284, -0.01860622, 0.016856732, 0.31244752, 0.022529159, -0.0071319416, -0.09786801, -0.13005258, 0.1524636, 0.21627748, -0.07395979, -0.087633945, -0.38435504, -0.08842507, -0.0058702417, -0.32936293), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.0816838, 0.0012210817, 0.28217188, 0.36141106, 0.0014665248, -0.0636269, 0.042035818, -0.056671552, -0.032501306, -0.22908778, -0.2067977, -0.004497514, -0.23052917, 0.26728114, 0.15353456, -0.17732324), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.17229734, 0.0818218, -0.10076918, 0.030027041, -0.14819005, -0.085340135, 0.050100215, 0.05683199, -0.12653661, -0.036583595, -0.32319903, -0.15273796, -0.15346588, 0.20005536, 0.23097478, -0.19834782), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.055430107, -0.2886931, 0.361814, 0.33160287, -0.084407054, 0.06254009, -0.02332793, -0.018134018, -0.014879812, 0.112346604, -0.20686437, -0.23408228, -0.01091196, -0.062669374, 0.085567676, 0.23738655), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.080383554, -0.1172084, 0.19703126, 0.27777427, -0.07559937, -0.25445858, 0.3450109, -0.071967736, 0.2034805, 0.33716002, 0.15314537, -0.22953224, 0.113631405, -0.0058444734, 0.2890972, 0.06557255), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.17646056, -0.025448758, -0.14952567, 0.017148364, -0.15238142, 0.1435677, 0.20273875, 0.22255951, -0.011660059, -0.003515217, -0.17305166, -0.13478355, -0.06558679, -0.032662887, -0.20914736, -0.5397283), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.1679393, -0.109410115, -0.117427185, 0.14982319, -0.06457877, -0.06607065, 0.0018200208, -0.0118605625, 0.046539318, -0.020642165, -0.14413542, -0.09530688, 0.22196163, -0.2187166, -0.10759705, 0.013234591), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.13220267, -0.12540027, 0.26163217, 0.12791659, 0.16204996, -0.4023048, -0.13485721, -0.10187536, 0.059764992, 0.048170995, -0.25281772, 0.2090587, -0.06542371, -0.10791867, -0.21286209, -0.309109), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.16233061, 0.120428756, -0.11460241, 0.24531102, -0.2670459, -0.24195078, -0.20964348, -0.12930301, -0.2343609, -0.22543164, -0.28909695, -0.33560297, 0.6009884, 0.39171818, -0.1276308, -0.020736236), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(0.40162864, 0.045881115, 0.032667033, 0.31454235, -0.17351128, -0.009387306, 0.17341217, 0.30810982, -0.025815086, -0.10390133, 0.012544771, 0.036918722, 0.34386298, 0.23177734, -0.046727546, 0.20098232), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.11541034, -0.11647824, -0.12874861, 0.004921287, -0.13921295, -0.25733355, -0.1112383, -0.033295818, 0.0035326157, 0.3782048, 0.055785846, -0.1547331, 0.17358719, -0.2789715, -0.13400431, 0.1583795), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.4130191, -0.33944547, -0.064674884, 0.39617148, -0.11483455, -0.022601767, 0.1129301, -0.09713594, 0.14681247, 0.34442267, 0.08721343, -0.08309499, 0.088704996, -0.20943391, -0.2891408, 0.1709401), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.19503653, 0.17490312, -0.23491044, -0.028934423, 0.04479765, -0.0334551, 0.0602648, 0.0019939998, 0.23314747, 0.21557438, 0.07273092, 0.15467109, -0.11194509, 0.0736583, -0.17628083, -0.3851578), result);\n\n\t\t\ttex4[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 5\n//!DESC Conv-4x3x3x8\n//!IN tex4\n//!OUT tex5\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex4.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex4.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex4.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex4.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.049844168, 0.02670437, 0.050967637, -0.10779561 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.10233342, -0.30233157, 0.24238978, -0.007108631, 0.14248851, 0.08486557, 0.0028373515, 0.122387215, 0.10996857, -0.17286511, 0.19819227, 0.07023527, 0.07579955, -0.16861476, -0.210025, 0.12760942), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.091181986, -0.41497424, -0.27567792, -0.09938067, -0.12210428, 0.20617811, -0.017644284, -0.22552875, 0.049019493, -0.18990634, 0.11057753, -0.043193225, -0.15278774, -0.18331046, -0.1837594, 0.029758787), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.1757096, -0.199691, -0.034743477, -0.15369363, -0.1701244, -0.0459655, 0.10508695, -0.09795581, 0.13464944, 0.37202564, 0.14706515, 0.23416734, 0.08302458, 0.20696343, -0.13935481, 0.03092827), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.49887478, 0.24046332, -0.029459715, 0.17374687, -0.15019977, 0.31086043, -0.28297687, -0.22239804, 0.12314376, 0.11594825, 0.17682782, 0.09753434, -0.26263535, -0.12739435, -0.57744014, 0.087381124), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.08101439, -0.16185337, 0.112901986, 0.24439482, -0.44051018, -0.70680356, -0.23015513, 0.63106006, -0.08817581, -0.057614524, 0.15352182, -0.049620207, 0.17742544, -0.49583626, -0.3844133, 0.18385352), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.17149475, 0.31255633, 0.19286609, 0.21052869, -0.11856372, -0.032373343, 0.06503625, -0.31664965, 0.040755365, -0.027614031, -0.33330554, 0.40148625, 0.056921627, -0.27068445, 0.047014963, 0.103712596), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.09326643, 0.13677256, 0.06390537, 0.08080093, -0.10685094, 0.124757454, 0.14696303, 0.10871933, -0.10971212, 0.01655797, -0.11052674, -0.17361104, 0.015513338, -0.1917502, -0.26384255, -0.022672707), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.032367155, -0.087523445, -0.06951093, -0.08128242, 0.2627859, 0.14933161, 0.3114999, -0.007791172, -0.4146471, -0.2530298, -0.43175155, -0.06878434, 0.5724947, 0.25498095, 0.4838959, 0.15076154), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.13427481, -0.10134261, 0.087439895, 0.015921364, 0.15421022, 0.20205952, 0.22928835, -0.07339068, -0.33318612, -0.17467582, -0.04758165, 0.11858059, 0.17408857, -0.099393494, -0.06389948, -0.06494366), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.15349221, 0.08508258, -0.09294437, -0.03204993, -0.22561033, -0.15088828, -0.020105945, 0.10041996, -0.024723593, 0.06610271, -0.24423431, -0.050512858, -0.100530736, 0.16394953, 0.16365045, -0.012055956), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.16342951, 0.23113559, 0.21289586, 0.28391558, 0.052211206, -0.17983536, -0.008415342, 0.08977486, -0.054481823, 0.17506577, -0.14162593, -0.070448756, 0.093877845, 0.05161232, -0.25006327, 0.007014646), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.104965575, 0.20048036, 0.024134496, 0.5442797, 0.19958296, -0.05165447, 0.076928124, 0.030868227, -0.0563495, -0.19757621, 0.10801544, -0.24202053, 0.0067657093, -0.17784451, -0.03134409, -0.06741009), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.33347723, -0.12338564, 0.23495969, -0.23091966, 0.059872203, 0.028045453, -0.06781438, 0.111325614, -0.21861015, -0.030451605, -0.04267672, -0.0039260075, 0.0911101, 0.054191053, -0.08498816, 0.04810343), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.05028896, 0.21515386, 0.16005337, -0.32279232, 0.19178568, 0.779363, -0.12682606, -0.4378189, 0.37980273, 0.063021325, 0.19370794, -0.05618088, -0.00088428083, 0.29736623, 0.24649377, -0.0021625878), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.45007992, -0.16040307, -0.1714593, -0.16251564, 0.070867635, 0.21317895, -0.070962, 0.17147541, -0.27786884, -0.33259448, -0.022767346, -0.17967366, 0.21208113, 0.19740848, 0.16877973, 0.09630738), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.09235827, -0.35231477, -0.093315996, -0.035850406, -0.08311695, 0.054329164, 0.17788444, -0.020736141, -0.03739786, -0.1678283, 0.12676615, 0.17182353, 0.17408027, 0.07699043, 0.095501214, 0.0069830767), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.16631392, -0.16925642, -0.17081848, 0.017719474, -0.20530944, 0.19215193, -0.039511178, -0.08296625, 0.2240653, 0.100644305, 0.2901835, 0.32166973, -0.10026419, -0.14864013, -0.19926691, -0.11607018), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.13750182, 0.07445518, -0.033964884, -0.085812084, -0.03903257, -0.054933593, 0.06765632, 0.064338475, 0.27182797, 0.07721309, -0.0334218, -0.19344835, -0.14405386, 0.046106674, 0.16596143, 0.0879945), result);\n\n\t\t\ttex5[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 6\n//!DESC Conv-4x3x3x8\n//!IN tex5\n//!OUT tex6\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex5.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex5.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex5.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex5.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.037546165, -0.015675364, 0.13989694, 0.027605768 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.034357008, 0.00082413113, -0.13382089, -0.05066409, 0.26684088, -0.31363875, 0.073608615, 0.20824149, 0.21509308, -0.07118628, 0.11287014, -0.09817389, 0.16107765, 0.17146803, -0.13836654, -0.05962866), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.029981667, 0.08738892, 0.17735903, 0.15817277, 0.041752994, -0.20031185, 0.064203605, 0.48786053, -0.0033609737, -0.42522693, 0.058846988, 0.22180536, 0.17181319, 0.13097888, -0.059532285, 0.062227458), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(0.13188283, 0.07971828, 0.28278515, 0.038570832, -0.12815465, 0.29860008, -0.2785862, -0.07612298, -0.14369671, 0.12457525, 0.11982623, -0.018675303, 0.14936846, 0.1284789, -0.0042489986, 0.042810377), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(0.2892425, -0.20834558, 0.07358541, -0.11190968, -0.16300741, 0.15674856, -0.04297203, -0.29218298, -0.036296643, -0.052267153, -0.22889943, -0.21203549, -0.03553075, -0.20343691, -0.07413655, -0.092966415), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.2484468, -0.23412868, -0.070199326, 0.2061922, 0.5047224, -0.48216155, -0.5792768, 0.610787, 0.023935676, -0.040435325, -0.1238493, -0.09576053, -0.26183444, 0.14510648, 0.5365255, 0.5499143), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.058255754, 0.08133753, -0.18663554, 0.26190025, 0.26006857, -0.007619795, 0.14585225, 0.073580734, -0.0396066, 0.2821596, 0.31778112, -0.029853562, -0.19703479, 0.17809318, 0.21089044, -0.106730856), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.20549655, -0.05962688, 0.1432124, 0.013446325, -0.19064854, 0.061387196, 0.1792527, 0.0010619498, -0.1456842, 0.18950678, -0.13990986, -0.37644413, -0.083257, -0.2937246, 0.032096215, 0.14719158), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.26601696, 0.4242341, -0.073702715, -0.3221337, 0.026037043, -0.0117916465, -0.024286825, 0.23183465, -0.030869482, -0.045915652, -0.040611852, 0.11372697, -0.25404635, 0.21859063, 0.13869432, 0.19651218), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.028276298, -0.11217159, 0.27144867, -0.010531775, 0.11032058, -0.09957206, 0.12570262, 0.14724332, 0.08758557, -0.11042305, 0.025948172, -0.010910802, -0.029466914, -0.041135952, -0.017091949, 0.05501236), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.12688768, -0.19051413, 0.052141912, -0.13618521, -0.16320245, -0.1601866, 0.16207355, -0.023218745, 0.2103894, -0.06212745, -0.07042835, 0.0996637, -0.1763831, 0.13890013, -0.12125462, -0.105104685), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.10485512, -0.49283037, -0.504295, 0.009089699, -0.17389494, -0.12835866, 0.14188384, -0.22946316, 0.006298799, -0.0348454, -0.0852419, 0.17956656, -0.08088888, 0.35675287, 0.16014415, -0.055372503), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.17157564, 0.1557075, -0.17681694, 0.14834762, -0.13708206, 0.101721555, 0.17070566, -0.22522852, 0.08100986, -0.23204406, -0.38926315, -0.13165781, 0.1040296, -0.045591615, 0.15745829, -0.10410621), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.20517144, 0.35896194, -0.0010962893, -0.18043008, -0.016253468, 0.035292216, 0.06781499, 0.015984116, -0.20261237, -0.28905126, 0.007414641, 0.008870292, 0.52166605, -0.0996688, -0.23151648, 0.2811893), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.013482173, -0.04891998, -0.06094191, -0.14416319, -0.00087873987, 0.11979091, 0.06457245, -0.2305623, -0.1476981, 0.2634587, -0.058895197, -0.07394766, -0.27173743, 0.7530214, 0.037599873, 0.22086331), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.10357755, 0.23899554, 0.034912035, -0.14336212, -0.019786308, -0.085470654, -0.03096524, 0.108783185, 0.28971127, 0.24527478, -0.19110362, -0.49510127, -0.15574701, 0.10968643, -0.13727877, 0.04502924), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.10808282, -0.079148844, -0.3244773, -0.2210664, -0.0062175165, 0.1303082, 0.012592612, -0.38039228, 0.26899642, -0.16624425, -0.04438198, 0.42067865, -0.13381268, 0.03408099, -0.2999706, -0.3817641), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.030872926, -0.26852018, -0.14650428, 0.16869825, -0.19185568, -0.06341456, 0.12261606, -0.26597574, 0.44865233, 0.21416639, 0.40359476, 0.12814924, 0.2542566, -0.23348318, -0.43142912, -0.35113996), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.03364283, 0.11002299, 0.3311268, -0.14580412, -0.10348537, 0.13331696, -0.0793144, -0.04116661, 0.040704627, -0.14875266, -0.09259674, -0.062087066, 0.063962296, 0.18420577, -0.085616685, -0.16555141), result);\n\n\t\t\ttex6[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 7\n//!DESC Conv-4x3x3x8, Conv-3x1x1x56\n//!IN INPUT, tex1, tex2, tex3, tex4, tex5, tex6\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\t\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 src1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 src2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 src3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 src4 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 src5 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 src6 = tex6.SampleLevel(sam, pos, 0);\n\tMF3 origin = INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tMF4 src7 = { -0.20554838, -0.10647836, -0.02824578, 0.08658529 };\n\tsrc7 = MulAdd(max(a, 0), MF4x4(-0.35835463, 0.038305778, -0.10198824, -0.021951782, 0.02142098, -0.072417736, -0.2577152, 0.054713376, 0.075116105, -0.21191697, -0.1213158, -0.105036296, 0.12030758, -0.17591658, 0.1726511, 0.17754573), src7);\n\tsrc7 = MulAdd(max(b, 0), MF4x4(0.32325825, 0.19869742, 0.333873, 0.39670366, 0.20716824, 0.09557955, 0.120742686, -0.2271023, 0.37509173, -0.031341635, 0.10247365, 0.031520665, -0.092765376, -0.13535516, 0.8333728, 0.05886494), src7);\n\tsrc7 = MulAdd(max(c, 0), MF4x4(-0.17573749, 0.16768494, 0.021141645, 0.19668253, 0.21080776, 0.31503728, -0.26834, 0.19103156, 0.21946241, 0.14559007, -0.09761235, -0.23565038, -0.49393657, -0.5332298, 0.09806347, 0.054431103), src7);\n\tsrc7 = MulAdd(max(d, 0), MF4x4(-0.042109374, -0.05564321, 0.27586877, 0.010382545, 0.007322007, 0.13193823, -0.18262729, 0.06399193, 0.14174329, 0.3898842, -0.10398105, 0.01846146, -0.24542394, -0.13020967, -0.16491668, -0.03544872), src7);\n\tsrc7 = MulAdd(max(e, 0), MF4x4(-0.15291597, 0.1566557, 0.14745249, -0.23258151, 0.17843612, 0.15885495, -0.691466, -0.41177312, 0.40330106, -0.07991953, 0.2832403, 0.10656986, -0.19571523, 0.3670614, -0.62296015, -0.5666968), src7);\n\tsrc7 = MulAdd(max(f, 0), MF4x4(-0.17513512, 0.011393021, -0.44352317, -0.059153114, -0.2227142, -0.033094753, 0.09624524, 0.051315393, 0.2632246, 0.09945105, 0.042561427, -0.1234722, 0.23755905, -0.506999, 0.114180565, 0.27887583), src7);\n\tsrc7 = MulAdd(max(g, 0), MF4x4(-0.459564, -0.120326266, 0.17507194, 0.06701153, -0.14124362, -0.36653697, -0.2856802, -0.22955593, -0.08515889, 0.18788262, 0.23427077, 0.021544341, 0.31996533, -0.2668834, 0.08469808, -0.01347926), src7);\n\tsrc7 = MulAdd(max(h, 0), MF4x4(-0.14092083, -0.31244513, -0.044023518, 0.013948701, 0.33119613, -0.011959397, -0.1494438, -0.111066826, -0.11994278, 0.116068155, -0.13032633, -0.037004936, 0.13851176, -0.006655432, -0.39841232, -0.079951204), src7);\n\tsrc7 = MulAdd(max(i, 0), MF4x4(-0.08959123, 0.18297827, -0.0763483, 0.11364159, -0.04361797, -0.029816678, -0.19314721, -0.03484794, 0.044681285, 0.04669291, -0.30017474, -0.07453036, 0.090825416, -0.27414632, 0.36355078, 0.15742934), src7);\n\tsrc7 = MulAdd(max(-a, 0), MF4x4(0.18470702, 0.113800436, -0.18546791, 0.044184085, 0.12490399, 0.1826781, -0.01313173, -0.19048993, -0.026458051, -0.1693334, 0.21958382, 0.030458853, -0.059242606, 0.039351143, -0.061676584, -0.06904634), src7);\n\tsrc7 = MulAdd(max(-b, 0), MF4x4(-0.114877924, -0.03781683, -0.19207929, 0.007679428, 0.2409049, 0.2965285, -0.38395065, 0.11604976, -0.22588749, 0.48505852, 0.09866521, -0.2585994, -0.011380872, -0.018334057, -0.047188547, 0.3038583), src7);\n\tsrc7 = MulAdd(max(-c, 0), MF4x4(-0.2783936, -0.17609318, 0.4904369, -0.31848624, 0.39725313, 0.082951784, -0.15595853, -0.007526218, 0.2355193, -0.30003366, -0.27686292, 0.120900005, -0.1223885, 0.40760317, 0.0013726618, -0.24877374), src7);\n\tsrc7 = MulAdd(max(-d, 0), MF4x4(0.1580051, -0.044973504, 0.00053594523, -0.057797022, 0.18895927, 0.23527777, -0.18095906, -0.076961614, 0.2544444, -0.05932328, 0.13717431, -0.024487074, 0.33157274, -0.09072586, -0.004386734, -0.05180953), src7);\n\tsrc7 = MulAdd(max(-e, 0), MF4x4(-0.21685815, 0.061656334, -0.066127226, 0.24831405, 0.26001146, 0.046466008, -0.047196623, 0.13538954, -0.06449239, 0.45951647, -0.13132116, -0.7079741, -0.06683439, -0.47628635, 0.42461708, 0.6475073), src7);\n\tsrc7 = MulAdd(max(-f, 0), MF4x4(0.2590011, -0.26020283, 0.0005333198, 0.01555692, 0.37920526, 0.29205114, -0.20281325, -0.1455974, 0.056119893, 0.022032745, -0.30095813, 0.48154855, -0.35761952, 0.07582935, 0.12462687, 0.068093665), src7);\n\tsrc7 = MulAdd(max(-g, 0), MF4x4(0.20434918, 0.26690874, 0.028224666, 0.042565826, 0.037406113, 0.5059272, -0.0047208676, 0.0019095197, 0.16626422, -0.23407575, -0.072687164, 0.00063299487, -0.10172441, -0.11645544, 0.008715937, -0.012423992), src7);\n\tsrc7 = MulAdd(max(-h, 0), MF4x4(0.08269191, 0.116322584, -0.08155921, -0.04790326, 0.09546776, 0.3632936, -0.08139031, -0.10399187, 0.06618616, -0.26862565, 0.25058737, 0.0410593, -0.07191658, -0.20559746, 0.21857823, 0.12776822), src7);\n\tsrc7 = MulAdd(max(-i, 0), MF4x4(0.54989135, 0.38051483, 0.015739547, -0.0068143173, 0.26107135, 0.2585036, -0.12345306, -0.13934542, -0.19018838, 0.2730626, 0.42644337, 0.16693048, -0.15189888, 0.023638237, 0.11272267, 0.039560657), src7);\n\n\tMF3 result = { -0.0039074384, -0.0085585555, -0.0132283475 };\n\tresult = MulAdd(max(src1, 0), MF4x3(-0.030150581, -0.002168429, 0.014918388, 0.020940892, 0.04591048, 0.049137186, 0.111167125, 0.05311203, 0.0625381, 0.020043287, 0.04785493, 0.040921766), result);\n\tresult = MulAdd(max(-src1, 0), MF4x3(0.04158565, -0.008488135, 0.0020472286, 0.049123142, -0.055042226, -0.06489915, 0.09238876, 0.10387972, 0.09576964, -0.054776173, -0.098954335, -0.09018853), result);\n\tresult = MulAdd(max(src2, 0), MF4x3(0.2081418, 0.08273068, 0.040325668, -0.09937802, -0.13162258, -0.13989717, -0.13983749, 0.01309777, 0.0023888077, -0.18937743, -0.07021057, -0.047152344), result);\n\tresult = MulAdd(max(-src2, 0), MF4x3(-0.09646629, 0.080605574, 0.10463501, 0.22579835, 0.24077554, 0.22600271, 0.049726978, 0.015292378, -0.0047161994, 0.16281025, 0.048491795, 0.038338162), result);\n\tresult = MulAdd(max(src3, 0), MF4x3(-0.09772107, -0.043998875, -0.054745924, -0.1257736, -0.13175423, -0.10889618, -0.015900036, 0.07074481, 0.08210496, -0.11321135, -0.12526917, -0.105605066), result);\n\tresult = MulAdd(max(-src3, 0), MF4x3(0.14187162, 0.14032297, 0.13016908, 0.018954534, 0.016011704, 0.010169183, 0.04762765, -0.044460997, -0.06499567, 0.11133751, 0.09464176, 0.08865274), result);\n\tresult = MulAdd(max(src4, 0), MF4x3(-0.16567162, -0.1744712, -0.1637222, -0.02412003, 0.0074480795, 0.007903436, -0.06161098, -0.046788957, -0.03971239, 0.030736001, 0.036460854, 0.03660504), result);\n\tresult = MulAdd(max(-src4, 0), MF4x3(0.084027, 0.10024112, 0.08152756, 0.005087354, -0.026047802, -0.027264625, 0.10519243, 0.08977278, 0.077558964, -0.052826345, -0.06602686, -0.055083472), result);\n\tresult = MulAdd(max(src5, 0), MF4x3(0.007862721, 0.009936555, 0.012004831, -0.042322706, -0.061728776, -0.05359773, 0.030532641, 0.045623366, 0.04214089, 0.030569768, 0.011892851, 0.0074041556), result);\n\tresult = MulAdd(max(-src5, 0), MF4x3(0.03948997, 0.043119986, 0.039943404, 0.0526772, 0.06820589, 0.058139592, -0.062081397, -0.06755701, -0.054816127, -0.004076369, 0.0061744447, 0.016273081), result);\n\tresult = MulAdd(max(src6, 0), MF4x3(0.0071622543, 0.004829105, -0.002032197, -0.048541367, -0.059043564, -0.05662218, 0.0015553127, 0.009178359, 0.009577062, 0.114169896, 0.1349016, 0.11432262), result);\n\tresult = MulAdd(max(-src6, 0), MF4x3(0.019324556, 0.028323999, 0.027396113, 0.016746879, 0.01608199, 0.026891617, 0.12068619, 0.13617857, 0.113496214, -0.013930715, -0.014250072, -0.00824306), result);\n\tresult = MulAdd(max(src7, 0), MF4x3(-0.0024534757, -0.0064973077, -0.007905654, -0.019158727, -0.024820521, -0.020509848, -0.09608131, -0.11177871, -0.10503465, -0.011210447, -0.010875943, -0.015295865), result);\n\tresult = MulAdd(max(-src7, 0), MF4x3(0.09681486, 0.113604136, 0.10416855, -0.08199983, -0.09013433, -0.08562243, 0.041304465, 0.048315883, 0.042945288, -0.09863276, -0.117853515, -0.09870226), result);\n\n\tOUTPUT[gxy] = MF4(result + origin, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_Soft_S.hlsl",
"content": "// Anime4K_Restore_CNN_Soft_S\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_Soft_S.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_Soft_0\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { 0.0113532655, -0.06449327, 0.035503868, 0.5683031 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(0.10922428, -0.16249932, 0.15452726, -0.15669551, 0.053448875, -0.16528402, 0.01697721, -0.049275912, 0.20947173, -0.10576949, 0.19738325, -0.025417482), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.3285196, 0.15909512, -0.5273671, 0.23778777, -0.40508887, -0.0609677, -0.4188177, 0.11137456, -0.24131267, 0.10453423, -0.36216277, 0.053446792), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.23072472, -0.082083695, -0.0041477727, -0.09136237, 0.11958912, -0.312698, -0.15842685, -0.013882424, 0.10933724, 0.017880991, -0.022167003, 0.014662608), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(-0.2789985, 0.054727737, 0.22577816, -0.49625716, -0.48472273, -0.011525487, 0.5354349, -0.08814955, -0.27021924, -0.044563178, 0.008232271, -0.13480483), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.18203105, 0.09277001, 0.27071548, -0.17773713, -0.4335171, 1.2275106, -0.07663438, -0.29020032, 0.011992759, 0.060106967, 0.11002492, -0.046098012), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.08363418, 0.063420765, -0.10278259, 0.09357691, 0.38670546, 0.13577081, 0.048631024, -0.024960777, 0.0846784, -0.057097007, 0.06049236, 0.042082917), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(0.12315548, -0.056513585, -0.09826642, -0.17079762, 0.06479095, -0.36984903, -0.12512982, 0.042867575, 0.08360464, 0.12835538, -0.005067881, 0.02542005), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.18997705, 0.086363226, -0.0007131526, 0.19858918, 0.39745626, -0.0090341605, 0.27864447, 0.20052041, 0.010576528, -0.089242525, -0.025109483, -0.030768145), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.05427315, -0.060894873, 0.06548642, 0.095537595, 0.29116166, -0.16159569, -0.13293959, -0.112566955, 0.0059667625, 0.016041303, 0.03831561, 0.09869594), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.106538564, -0.065693766, -0.03790106, 0.04776706 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.027102098, 0.2640691, 0.1169015, 0.030902913, 0.15404584, 0.1361459, -0.38066056, 0.096569136, -0.111836195, -0.0051853824, -0.0996669, -0.23538585, -0.07060754, -0.18889332, -0.10793357, -0.15154232), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.1378689, 0.21024452, 0.010976513, 0.0179521, -0.05993059, -0.28364083, 0.24486947, 0.21347582, -0.12522404, -0.16091396, 0.15499291, 0.08353191, -0.03342411, -0.08964405, 0.25111282, -0.07550899), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.06398718, 0.05763278, 0.021394925, 0.14780094, -0.033050716, 0.03346528, -0.0846797, 0.0125302235, 0.18018652, 0.24586707, 0.050538495, 0.09879243, -0.100035876, 0.043505374, 0.042692907, -0.08768257), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.11572878, 0.0545887, 0.16437739, 0.2775331, 0.10323911, -0.18938646, -0.17097469, -0.188723, 0.085762165, 0.14605838, -0.15568069, -0.16947642, 0.09042493, -0.087587915, -0.041969277, 0.27252352), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(0.21475963, -0.018211678, -0.5711054, -0.09235345, -0.20367791, -0.23041399, 0.16346097, 0.007901888, 0.12542121, 0.16807431, 0.09862575, 0.16968751, 0.28490388, 0.40945014, -0.22364445, 0.14460565), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.27512726, 0.14046481, -0.17684339, 0.102218024, -0.10503195, 0.3080809, 0.03681373, 0.2668656, -0.093752496, -0.07476867, 0.19900662, 0.06028286, -0.19815882, -0.0584525, 0.027984729, -0.02143819), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.16829525, -0.06818115, 0.0006509334, 0.01163159, 0.18918815, -0.10731989, -0.008126929, -0.47991323, -0.11022971, 0.19150843, 0.05272113, -0.34417602, 0.022882428, 0.1774031, 0.062597334, -0.09915319), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.32131585, 0.05668815, -0.34203658, 0.05542482, -0.008077225, 0.009148517, 0.10953332, -0.050969962, 0.09904077, 0.46938205, -0.5148919, -0.22275375, -0.10536104, -0.23662373, 0.002147416, -0.14256701), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.19335353, -0.103732094, 0.17156832, 0.0059756916, -0.118641876, 0.14529023, -0.18662338, 0.0447326, 0.026719248, 0.042491894, 0.026437795, 0.05601309, 0.08645617, 0.08365193, -0.039582565, 0.16612953), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.014315469, 0.012588422, 0.037587024, 0.08707526, -0.08064868, -0.28149533, 0.27326405, 0.21468583, -0.04278333, 0.29369017, 0.18653142, 0.035729136, 0.079363555, 0.30725953, 0.0147137, 0.08527481), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.06659263, 0.03452449, -0.33752796, 0.0066543026, 0.48697233, 0.019602561, -0.32033685, -0.20538871, 0.3089118, 0.4315903, -0.13524854, -0.10791581, 0.3315688, 0.13135147, -0.26904663, 0.142365), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.13619833, 0.045271892, -0.029841429, 0.010704955, -0.29257727, -0.10563375, 0.35345638, -0.06734038, -0.043791633, -0.0056891907, -0.078411415, 0.075443126, -0.05746597, -0.19959894, -0.12797245, 0.18837726), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.25673476, 0.120482095, -0.23827696, -0.13557845, 0.300447, -0.3008584, -0.13834439, 0.5459493, -0.26155484, 0.06905137, 0.16247983, 0.039960653, -0.023218757, 0.07977591, -0.11354706, -0.25831422), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.0842605, 0.282916, 0.14062001, 0.06356874, 0.55912817, 0.1743876, -0.30324093, 0.052068707, -0.20756413, 0.27321506, -0.26560605, -0.27695876, -0.3927334, -0.5439608, 0.39293098, -0.001130203), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.021890296, -0.12703396, 0.06660714, -0.03164527, 0.0018722567, -0.26552317, 0.06978973, -0.24030049, 0.46008193, 0.5595346, 0.081981994, -0.038414747, -0.010446991, -0.56102365, -0.079274766, -0.01851302), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.052988984, 0.030581746, -0.06868741, 0.21545182, -0.5706256, -0.0034910638, 0.48361364, 0.9020033, -0.02242781, -0.13256042, 0.08997955, 0.21001706, -0.059571438, -0.040119104, -0.05029196, -0.127414), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.08275339, -0.05999088, 0.11068767, 0.014646892, -0.041986465, 0.1028236, -0.17218924, 0.026559748, -0.17412743, -0.38364175, 0.17410514, 0.13038695, 0.23155633, 0.2655843, 0.045085523, 0.13005458), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.013383197, -0.064526096, 0.049046878, 0.015992291, 0.123987064, 0.0104690585, 0.07065378, -0.009824511, -0.036109775, 0.13384768, 0.29676288, -0.39475223, -0.009368096, -0.05666906, -0.09132696, -0.082638375), result);\n\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x8\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.0063428865, 0.0057986965, -0.12526293, -0.059240736 };\n\t\t\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(0.024004154, -0.26474997, -0.5256586, 0.051624652, -0.16621786, 0.2964122, 0.6044247, -0.14335106, 0.17002718, -0.2679876, -0.30162668, 0.1273794, -0.17601459, -0.1782376, 0.104725115, -0.16351137), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.121676154, 0.047741555, -0.06738679, -0.056402843, 0.004424971, -0.35099635, -0.073440626, 0.039784692, 0.15204315, -0.1165704, 0.11231046, -0.27369732, 0.33737272, -0.11880767, 0.09637475, -0.14709689), result);\n\t\t\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.017987821, -0.08798823, -0.062515825, -0.046803873, -0.05871703, 0.27013004, 0.19397618, -0.052147817, 0.003271283, -0.0029015478, -0.07390092, -0.09348337, -0.1574738, 0.06750957, -0.07661155, 0.054327156), result);\n\t\t\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.15215784, -0.72508365, -0.3202069, 0.20295432, -0.19125701, 0.021401431, -0.051837035, -0.025939213, 0.25565025, -0.12872623, 0.13169816, 0.27377388, -0.008718429, -0.05864064, 0.028844763, 0.1144993), result);\n\t\t\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.30012092, -0.1322455, -0.11868545, 0.09857058, 0.082795605, -0.075334676, -0.3752773, -0.02918163, -0.67764, -0.38598236, -0.21023573, 0.38274166, -0.07398165, -0.07213789, -0.28427607, 0.1266569), result);\n\t\t\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(-0.37507388, 0.18809201, -0.21982779, 0.27208912, 0.022066567, -0.27627763, 0.12345216, -0.30041683, 0.017002959, -0.091398515, -0.25207692, -0.29253414, -0.08231422, -0.14665812, -0.07868529, -0.24562219), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.08686712, 0.080837384, 0.20736577, 0.008233064, 0.14957365, 0.21801959, -0.04870689, 0.42149112, 0.27255878, 0.33320278, -0.08467146, 0.10381615, 0.055278245, 0.085710146, 0.009097151, 0.29092705), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.0012207404, -0.023874281, -0.027035477, 0.005157451, 0.19330226, 0.33711615, -0.16495204, 0.549021, 0.44879642, 0.1978837, -0.20492741, 0.28099406, 0.2631811, 0.40786585, -0.055340275, 0.2575511), result);\n\t\t\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.29127392, -0.06287165, 0.12715077, 0.14784902, -0.3183704, 0.42057636, -0.11483724, -0.3019506, 0.010730576, 0.29091576, -0.046116166, -0.23528357, -0.0037143505, 0.1191774, -0.06084074, 0.011641706), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.2579205, 0.036545023, 0.11691888, 0.04996418, 0.21318026, 0.21370813, -0.14114271, 0.031217605, -0.06979331, -0.0690704, 0.04618086, 0.025164584, -0.10994228, 0.109930746, 0.103678934, 0.12193115), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.19843774, -0.11237926, 0.007291354, 0.16480611, -0.15669724, 0.46283355, 0.077065215, 0.112273656, 0.17143534, -0.19934891, -0.25481275, 0.034591813, -0.27032652, -0.2702769, 0.04816228, -0.031614583), result);\n\t\t\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.16307239, -0.11295217, 0.05861256, 0.14225823, -0.015648091, 0.11741865, 0.113366075, 0.023935538, 0.19560932, -0.10553561, -0.042583376, -0.048160724, -0.3116519, 0.13957061, -0.0044852323, -0.015472912), result);\n\t\t\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.15629178, 0.06463271, -0.13176678, 0.025518289, -0.021733627, 0.22236359, 0.019508492, -0.11629477, 0.10801276, -0.021957984, -0.11272639, -0.03615053, -0.121420704, 0.2520835, 0.043395765, 0.1699031), result);\n\t\t\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.2886654, 0.21755892, 0.21757497, 0.08442575, -0.109903164, -0.67295986, 0.22886126, -0.027185453, 0.3761606, 0.23199768, 0.05908783, -0.1496158, 0.10832971, -0.3530352, 0.20234483, -0.07615918), result);\n\t\t\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(0.11043024, 0.18943349, 0.42394367, 0.029350199, -0.15085667, 0.020204183, -0.081609115, 0.07907012, 0.33805525, 0.0066280114, 0.0018284445, 0.022983696, 0.004984607, 0.0429299, -0.14568979, -0.29143327), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(-0.16376027, -0.20387048, 0.06522074, 0.17484841, -0.13885716, -0.04380927, -0.03535832, -0.16978237, -0.004799155, -0.25407305, -0.039976966, -0.011992087, -0.22535577, -0.09583549, 0.0334331, 0.016292758), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.38688713, -0.20232083, 0.23887886, -0.10438324, -0.24170811, -0.074868314, 0.03977399, -0.22810821, -0.08257971, -0.11902456, 0.106009185, -0.078289054, -0.11932821, 0.024207884, 0.10070917, 0.79348284), result);\n\t\t\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.4018743, 0.050456528, 0.035341598, -0.03788609, 0.12964934, -0.44461823, 0.029031694, 0.29604837, -0.102386944, -0.13805065, 0.0055692918, 0.14659804, -0.22499937, 0.14680648, -0.3443954, -0.06994176), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 4\n//!DESC Conv-3x3x3x8\n//!IN INPUT, tex1\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF3 result = { -0.008303841, -0.008251826, -0.0069884053 };\n\tresult = MulAdd(max(a, 0), MF4x3(0.08631539, 0.09499331, 0.065609254, -0.023760278, -0.027293118, -0.022839671, -0.012447854, -0.008565141, -0.012041815, -0.033292875, -0.031266093, -0.02874347), result);\n\tresult = MulAdd(max(b, 0), MF4x3(0.08709062, 0.09760889, 0.08988583, -0.09099671, -0.102120616, -0.098076016, 0.057814583, 0.06999608, 0.05961344, 0.12246188, 0.1319784, 0.12254915), result);\n\tresult = MulAdd(max(c, 0), MF4x3(0.07694916, 0.0822054, 0.07549296, -0.046808865, -0.051509347, -0.035890795, 0.01599848, 0.014677793, 0.0086143715, 0.033142705, 0.0426565, 0.035911378), result);\n\tresult = MulAdd(max(d, 0), MF4x3(-0.0008269902, 0.0009082343, 0.014101725, 0.0006387551, 0.005079344, -0.013034868, 0.013909732, 0.011026747, 0.012485332, 0.027028518, 0.022164145, 0.03183532), result);\n\tresult = MulAdd(max(e, 0), MF4x3(-0.33575395, -0.36700967, -0.34140685, 0.35850254, 0.37535715, 0.34613726, -0.12680013, -0.1256115, -0.112494245, -0.061541136, -0.059120018, -0.06552594), result);\n\tresult = MulAdd(max(f, 0), MF4x3(-0.047570463, -0.050335366, -0.04665491, -0.110970475, -0.12363716, -0.11072252, 0.041563414, 0.059771337, 0.045290247, -0.17999935, -0.19700716, -0.17459513), result);\n\tresult = MulAdd(max(g, 0), MF4x3(0.078488424, 0.07483357, 0.08347933, -0.0063715233, 0.00035415235, -0.010886946, 0.031237155, 0.02512343, 0.034399323, -0.023146842, -0.026732154, -0.027644241), result);\n\tresult = MulAdd(max(h, 0), MF4x3(-0.05906883, -0.06784104, -0.04506148, -0.003939601, -0.0011749315, -0.006256036, -0.1662408, -0.16871658, -0.16598499, 0.051277652, 0.04837499, 0.05120855), result);\n\tresult = MulAdd(max(i, 0), MF4x3(0.08158806, 0.08674548, 0.07437206, -0.05765347, -0.06196418, -0.057311118, 0.26747537, 0.2668808, 0.2389857, -0.010376844, -0.01690028, -0.008414153), result);\n\tresult = MulAdd(max(-a, 0), MF4x3(0.030539425, 0.02415435, 0.039969034, 0.006491679, 0.014436586, 0.005435709, -0.0058292216, -0.013982021, -0.011243379, 0.025942149, 0.015361476, 0.019134998), result);\n\tresult = MulAdd(max(-b, 0), MF4x3(-0.06322247, -0.07146787, -0.06673042, 0.028702464, 0.039047733, 0.039646607, -0.072553575, -0.08046175, -0.07027197, -0.1447189, -0.1539398, -0.1466465), result);\n\tresult = MulAdd(max(-c, 0), MF4x3(-0.046430312, -0.054549117, -0.048076343, 0.032971155, 0.02980819, 0.029172963, -0.017612953, -0.015100736, -0.01202649, -0.026717246, -0.028401854, -0.034548033), result);\n\tresult = MulAdd(max(-d, 0), MF4x3(-0.0020459262, -0.0008748501, -0.012601956, 0.0054226154, 0.008867029, 0.018921215, -0.0021330053, -0.0036601655, -0.0022091097, -0.08636891, -0.10203159, -0.09741449), result);\n\tresult = MulAdd(max(-e, 0), MF4x3(0.07306159, 0.08245483, 0.06548199, -0.1933229, -0.20326294, -0.19189309, 0.107496604, 0.11584994, 0.10907522, 0.30877885, 0.31297725, 0.30890995), result);\n\tresult = MulAdd(max(-f, 0), MF4x3(0.03192904, 0.035112645, 0.033732817, 0.074100636, 0.08349646, 0.06659352, -0.1136165, -0.12470947, -0.11192198, 0.14465587, 0.16328491, 0.13984151), result);\n\tresult = MulAdd(max(-g, 0), MF4x3(-0.05098033, -0.053096622, -0.05533725, 0.0045651463, -0.007682458, 0.0026934785, -0.021199327, -0.016210148, -0.030939564, -0.031621892, -0.046702545, -0.02647333), result);\n\tresult = MulAdd(max(-h, 0), MF4x3(0.055801813, 0.06430485, 0.05052402, 0.0241233, 0.013879883, 0.017344628, 0.08707151, 0.10031039, 0.095042154, -0.109053336, -0.11414017, -0.111838564), result);\n\tresult = MulAdd(max(-i, 0), MF4x3(0.030582374, 0.03604719, 0.040417343, 0.038665913, 0.036998056, 0.030004544, 0.09209076, 0.10010001, 0.08389406, -0.014655714, -0.0074866647, -0.012227013), result);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_Soft_UL.hlsl",
"content": "// Anime4K_Restore_CNN_Soft_UL\n// Ported from https://github.com/bloc97/Anime4K/blob/4ba94b179a144200cb6b3052e690fe2ca5c6914c/glsl/Restore/Anime4K_Restore_CNN_Soft_UL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_Soft_4\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex7;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex8;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2, tex3\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n uint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.03509807, 0.029998481, -0.08691994, -0.017055636 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.23234928, -0.070085905, 0.0040122913, 0.21575761, -0.25936925, -0.20185155, 0.022299573, 0.2812235, -0.11045535, -0.11106335, -0.12113332, -0.49919847), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.48585954, -0.058959674, 0.11114158, -0.1971666, -0.24872562, 0.2667282, -0.107163996, 0.12475151, -0.027792914, -0.06700173, -0.10966316, 0.09399147), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(-0.16666615, -0.15644506, 0.048309084, 0.19122206, -0.1522582, 0.15417537, -0.23017146, 0.09460856, 0.074704535, 0.2168164, 0.2077189, -0.29264635), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(0.3167284, -0.20522436, -0.050071932, -0.036290437, 0.20206359, 0.012589764, -0.1251284, -0.2911492, -0.0006390347, -0.09853893, 0.14406726, 0.33612582), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(0.13786903, 0.51342535, -0.44004235, -0.23918492, 0.5614157, 0.011565876, 0.5419984, -0.15937872, -0.075360805, 0.018496322, 0.12582661, 0.40117717), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(0.19644158, 0.12697817, 0.15092115, 0.1963961, -0.03395398, -0.17465135, -0.04086773, 0.09187623, 0.18238129, -0.0063141263, -0.26402372, -0.28761682), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(-0.010849395, 0.15082607, 0.095264904, -0.038952388, -0.1121466, 0.21590506, 0.029462064, -0.65400773, 0.18295552, 0.2425088, 0.121624336, 0.7189011), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(0.17197245, -0.04397748, 0.18232836, -0.04471754, 0.071163684, -0.20590816, 0.39706057, -0.5452873, -0.11754515, 0.006909551, 0.018450081, 0.5686299), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.077441245, -0.25645187, -0.19979256, -0.010363122, -0.04312338, -0.08810754, -0.059999906, 0.38630447, -0.11017497, -0.16309647, 0.026156282, -0.35432625), target1);\n\n\t\t\tMF4 target2 = { 0.6537504, 0.07195351, -0.38729003, -0.0374416 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(-0.34123975, 0.06927292, 0.12252625, 0.1038146, 0.15979475, 0.24436772, -0.016088272, -0.22664197, 0.16932374, 0.10719134, -0.16895153, 0.100098394), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.11094869, -0.1379463, -0.53625333, -0.42690855, 0.12101115, -0.004709155, 0.6293494, 0.4763549, 0.030926082, -0.20099613, 0.39174548, 0.31219363), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(0.08731028, -0.010540878, 0.0757335, -0.1466203, -0.23115048, -0.17813745, 0.17698573, 0.18787299, 0.16219892, 0.10475756, -0.23984352, 0.025724094), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.27665043, 0.4118298, -0.08762915, -0.07885308, 0.05053698, 0.28148478, -0.005842398, 0.15139125, -0.3791668, 0.24871133, 0.18160823, -0.10384939), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(-0.3206045, -0.22038852, -0.3038138, -0.0482595, -0.26852164, -0.23278148, 0.30639926, 0.2578657, -0.3874695, 0.06441954, 0.00026220892, 0.04361178), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(-0.17908047, -0.0900835, 0.00652168, -0.038639892, 0.1520494, -0.13204975, -0.020355739, 0.26766944, 0.021308672, -0.31918222, 0.050667368, 0.10367864), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.112388864, 0.053321466, 0.2691917, 0.26902813, 0.010105532, 0.24898581, -0.13757521, -0.10214595, 0.23615286, -0.09560994, -0.15046176, -0.08853913), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.36796987, -0.2124952, -0.07535088, 0.13065732, -0.21852261, 0.06934692, -0.013749303, -0.44900006, 0.3352218, 0.090437174, 0.08993535, -0.3050165), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(0.11873657, 0.13483031, 0.22352207, 0.23666611, 0.18977334, -0.32066482, -0.31396368, -0.5615055, -0.14588253, 0.0121516865, 0.0614425, -0.079611346), target2);\n\n\t\t\tMF4 target3 = { -0.04453386, 0.06632044, 0.061607827, -0.19856223 };\n target3 = MulAdd(src[i - 1][j - 1], MF3x4(0.16112354, 0.3756035, 0.09619928, 0.17283864, 0.054338567, -0.061197184, -0.10173672, -0.032733057, -0.111913994, -0.28940153, -0.062114924, 0.20520677), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j], MF3x4(0.3500745, 0.467141, -0.101748556, 0.43384346, 0.06712478, -0.43235737, 0.014446082, -0.12634972, -0.07507498, 0.025314584, 0.22664048, 0.22121347), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j + 1], MF3x4(-0.089320965, 0.319314, -0.06869195, -0.2465581, 0.449762, -0.38919032, 0.1562217, 0.05368933, 0.20758076, 0.0659555, -0.109858744, -0.114917934), target3);\n\t\t\ttarget3 = MulAdd(src[i][j - 1], MF3x4(-0.07451217, 0.2239877, -0.009071173, 0.21869898, 0.042301223, 0.13635477, -0.20052543, 0.26130545, -0.051627826, -0.3429969, 0.093028575, -0.35710186), target3);\n\t\t\ttarget3 = MulAdd(src[i][j], MF3x4(-0.16129561, -0.31247056, -0.123016216, 0.2122524, -0.2972285, 0.2718142, -0.17284301, 0.44368207, -0.032497104, 0.18240568, -0.28283152, -0.10045272), target3);\n\t\t\ttarget3 = MulAdd(src[i][j + 1], MF3x4(0.15945031, -0.6797371, 0.3974546, 0.24741851, -0.1340806, 0.41666976, 0.27850744, -0.21406768, 0.096567124, 0.23366652, 0.15648519, -0.07626781), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j - 1], MF3x4(-0.053246673, 0.14282355, -0.114118166, -0.3172004, -0.18055372, -0.3400759, -0.19622837, 0.076828666, 0.29225305, 0.14866155, 0.07959014, -0.041400358), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j], MF3x4(-0.25331625, -0.14193451, 0.04879846, -0.077393495, 0.0104558095, 0.37905747, -0.07880302, -0.09453499, -0.1426901, -0.19738746, -0.28036812, 0.03675319), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j + 1], MF3x4(-0.08954212, -0.47161737, -0.12388452, -0.08005436, 0.04682568, 0.048485547, 0.31411946, -0.31375095, -0.22892538, 0.16906887, 0.16802602, 0.18711087), target3);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n tex3[destPos] = target3;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x24\n//!IN tex1, tex2, tex3\n//!OUT tex4, tex5, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.17880301, 0.20980668, -0.013683405, -0.015587634 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.09962672, -0.09808486, 0.14167309, 0.050132442, 0.10861549, -0.03472704, -0.13705672, -0.029933043, 0.09841877, 0.07278074, -0.017292077, -0.027848938, 0.07552298, 0.076578915, -0.023463586, 0.052939452), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.0010984733, -0.17330085, -0.08229318, -0.2175911, 0.08144593, 0.059445348, -0.15086831, -0.10372944, 0.117648594, -0.12558225, -0.11103407, -0.0701386, -0.05065664, -0.07396901, -0.11938091, 0.039866682), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.15428792, 0.23440446, 0.21962269, 0.2650896, -0.03476033, 0.15719226, -0.12486064, 0.2167058, -0.023046771, -0.20562397, 0.10107006, -0.01569021, 0.16730824, -0.01259593, 0.053364236, -0.04500823), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.030429626, -0.13110232, 0.057990804, 0.011675255, -0.05295247, -0.15326303, 0.22707884, -0.07973966, 0.0439027, -0.13198115, 0.07837125, -0.07131822, 0.05269012, -0.2104038, 0.048907652, -0.020645073), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.0031781355, -0.021097122, -0.26952672, -0.3207644, 0.08375256, -0.14136748, 0.18542029, 0.15215854, 0.091964215, 0.26967737, 0.0587766, -0.07700872, 0.16575423, 0.35469708, -0.0051588053, -0.0006740279), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.08884001, 0.14041351, 0.17474355, 0.4161406, 0.023943432, 0.003970282, 0.29985484, 0.10266973, -0.25273883, -0.14029191, 0.11345857, 0.31820163, -0.38953283, 0.2583901, 0.009964725, 0.058217626), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.2032424, -0.07082582, 0.1580928, -0.048965808, 0.2141858, -0.041104354, -0.034682848, -0.15914723, 0.04790725, -0.024282899, 0.07099358, 0.16498338, -0.112657525, -0.0616071, -0.008030092, -0.016227499), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.061936792, 0.21455337, 0.48054412, -0.04828425, 0.010028972, 0.11099989, 0.095458575, -0.19660684, 0.0425463, 0.11828354, -0.124904655, -0.17428195, 0.011525431, -0.124187276, -0.04230918, -0.035113487), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.31514692, 0.08103313, 0.11659174, 0.08965401, -0.1970772, 0.14856051, -0.1938787, -0.16033082, -0.18799798, 0.030507786, -0.16664562, -0.13656873, 0.17780142, -0.25997472, 0.026064966, 0.011898), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.057235047, -0.27046695, -0.010699785, 0.049249526, 0.047039963, -0.077151395, -0.14362605, 0.06164646, 0.114476524, -0.17911421, -0.08053587, 0.11165565, -0.09624257, 0.025738657, -0.103865884, -0.03431851), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.14757289, -0.011688203, 0.13329901, -0.117047496, 0.0012821602, 0.1926134, -0.20751058, -0.07072285, 0.010413468, 0.056632243, 0.115734495, -0.02967846, -0.03047392, -0.21189988, -0.0011950757, -0.19957498), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.08746177, -0.12079578, 0.04276918, -0.005454131, 0.11490783, -0.12847133, -0.09437031, -0.30269814, -0.21966903, -0.19212759, 0.02010421, -0.041956432, 0.10274604, -0.29135153, -0.05896102, -0.23609753), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.041169632, -0.1239918, 0.11654365, 0.12085256, -0.16491309, 0.16958053, 0.08106695, 0.017548209, 0.005812545, 0.18601535, -0.26115587, 0.06350569, -0.05120703, 0.288068, -0.10665016, 0.14517978), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.031448353, 0.10505269, -0.11342215, 0.066149935, -0.11060372, 0.023158634, 0.112362646, -0.12653005, 0.10593459, 0.16429284, 0.105653964, 0.057039205, 0.43216446, 0.40089405, -0.13454677, 0.10088736), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.006024284, -0.085603446, -0.03500259, -0.12583484, 0.037410516, -0.162403, -0.16079305, -0.40704638, -0.02878602, -0.05373755, 0.22466864, -0.18264142, 0.006703932, -0.2611284, 0.12246666, -0.09028182), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.060709704, -0.10833455, 0.057897534, 0.13747421, 0.023012483, 0.037656587, 0.14315368, -0.016442677, 0.047911663, -0.0069572264, 0.044352237, 0.3486672, -0.21061146, 0.09642802, 0.05590367, -0.060553044), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.04283378, 0.24103515, -0.13148557, 0.010205976, -0.043310534, 0.10729743, 0.038866118, 0.18446185, -0.01657694, 0.1901015, 0.07020068, 0.12353552, 0.038972974, 0.23214848, -0.25911716, -0.019023877), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.12810664, 0.2588679, -0.01086673, -0.028045006, 0.19610372, -0.096308656, 0.0042522033, 0.13961965, 0.11584688, 0.04171374, -0.22028726, -0.24815048, 0.18253902, -0.2803496, 0.04638075, 0.036636963), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.063880704, -0.1977201, -0.053342164, -0.066917926, -0.11009935, 0.17052847, 0.04694616, 0.07041865, 0.0104053635, 0.17147705, 0.14641339, 0.02914492, 0.02223927, -0.15581869, 0.0073570404, -0.092718706), target1);\n\ttarget1 = MulAdd(b3, MF4x4(-0.11074706, 0.09035497, 0.041304804, -0.05657743, 0.02258131, 0.15751973, -0.08892718, 0.09498991, -0.062650494, 0.1528085, 0.08637203, 0.015458079, 0.080385685, 0.0014520894, -0.1777884, -0.022080136), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.12261772, 0.14604463, -0.30844545, -0.038277622, -0.03465457, -0.14419939, 0.08843366, -0.24528691, 0.08627054, 0.022934042, 0.065465, 0.08992177, 0.13908626, 0.29170883, 0.18499602, 0.44779378), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.2403803, -0.034265775, 0.061548065, -0.2871231, 0.06244344, 0.55960923, 0.10674182, -0.099105835, 0.067223154, -0.016005594, -0.18609367, 0.068283536, 0.16862819, -0.35648894, 0.15355636, -0.21434662), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.1928663, -0.08712358, 0.010059887, 0.041675188, 0.028285503, 0.27573827, -0.13980475, 0.020420022, 0.08173396, -0.18047802, 0.14453442, 0.1705434, 0.032467145, -0.25624174, -0.091417946, -0.1830734), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.07378673, 0.0082734935, -0.0031403562, -0.09405621, -0.04572997, -0.47891915, 0.022257643, -0.18141934, -0.15467338, -0.080856316, 0.22424543, 0.1328784, -0.011105831, 0.012753231, -0.18666203, 0.29024994), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.014239724, 0.17424577, 0.04347437, -0.07241822, -0.0043192226, -0.15224636, -0.12850569, -0.07176244, -0.024936391, 0.1081912, -0.0634437, -0.17714879, 0.06807449, 0.036505345, 0.1765435, -0.06827722), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.10896065, -0.113828, -0.044186924, 0.083636716, 0.00946172, -0.096768014, 0.1477472, 0.28581375, 0.09928998, -0.03573682, -0.0877059, -0.07456346, -0.094931394, -0.29481927, 0.035076067, -0.030719504), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.06879136, -0.0013524323, -0.015930668, 0.011338774, 0.27078402, -0.036486305, 0.07307458, -0.03654178, -0.1821915, -0.19957519, 0.047258675, -0.012780178, -0.23570615, 0.23241185, -0.049822707, -0.004932543), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.059442203, 0.123758584, -0.0120902015, -0.035207815, -0.3852069, 0.02184997, 0.17941254, -0.060605425, -0.071601346, -0.07984123, -0.043631997, 0.050046816, 0.100848526, -0.1991431, 0.012486262, -0.12679099), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.10241958, 0.14548102, 0.17390133, 0.11916023, -0.124270104, -0.016538827, 0.14511214, -0.11671281, -0.21087177, -0.06974753, 0.012906925, 0.13859452, -0.08547768, 0.1567956, -0.2022433, 0.038497575), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.07510719, -0.12558976, 0.27779973, 0.07905847, -0.005560809, -0.13164681, 0.0026637863, -0.42023313, 0.30791378, 0.0674288, 0.16762452, 0.03776929, 0.054378655, 0.12892224, 0.14568421, 0.057358757), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.055342264, 0.17539698, -0.07691367, -0.016426053, -0.10654331, 0.12799862, 0.08000128, -0.026672266, -0.09276648, 0.08326771, -0.07549073, 0.09110558, 0.025476933, 0.23758717, -0.08576679, 0.05389538), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.13494995, -0.058528826, 0.0859778, 0.36369404, 0.20959967, 0.04463818, -0.10268673, -0.17128421, 0.12091434, -0.23517689, -0.006012021, -0.13097133, 0.07197561, -0.16344362, 0.10873641, 0.08921942), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.021762112, -0.003690478, 0.36574113, 0.008322902, 0.19321395, 0.04774496, -0.22579306, -0.19404013, 0.06938985, 0.15104407, -0.046889, -0.117904656, -0.14408903, -0.18670367, 0.16157444, -0.103656925), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.10242334, -0.055725146, -0.21333602, 0.010575543, -0.23961566, 0.0044566356, 0.39897293, 0.08584577, -0.23019423, 0.2032861, -0.18542935, -0.1764838, -0.13681203, -0.07769402, 0.03816189, 0.007777049), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.028709, -0.16470426, -0.212036, 0.03143696, 0.27199176, -0.17678891, 0.23327425, 0.12954381, -0.020772377, -0.17467533, 0.13100848, 0.2351719, 0.097517245, 0.050158583, -0.002071869, 0.04241593), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.07411962, -0.08748965, 0.07468962, -0.22070734, 0.40794817, -0.088459395, 0.32936516, -0.032707095, 0.37608266, 0.027920008, 0.07734025, 0.08530036, 0.10898109, 0.22703189, -0.20785971, -0.06495064), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.29293463, 0.16721301, -0.12183638, -0.03948546, 0.01529436, 0.078094184, -0.025749328, -0.006153496, -0.094414495, 0.22237025, 0.028131692, -0.060007866, 0.034187492, -0.116286926, 0.06509088, -0.048549082), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.008423889, -0.3957667, -0.049811136, 0.14082848, 0.09263845, -0.16698493, -0.025629787, 0.015054379, 0.028197043, 0.068465285, -0.08725762, 0.036668878, -0.062005505, 0.0764588, -0.054699335, -0.003840703), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.043419074, -0.20948833, -0.14390363, -0.17659377, -0.065787576, 0.06486438, -0.19382884, 0.08338218, 0.13709012, 0.21116447, -0.24534407, 0.20671941, -0.13327736, 0.2553412, -0.03380571, 0.2106275), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.32056695, -0.28739846, -0.008697179, -0.3094155, -0.12655911, -0.22508456, 0.046275456, -0.13609526, -0.056746602, -0.13714787, 0.006273007, -0.15033242, 0.19861896, -0.19801322, 0.008556289, 0.053491425), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.018890936, -0.7917244, -0.014075563, -0.1700778, -0.039983913, 0.028458029, -0.1522347, -0.08251537, -0.013377933, -0.3029727, 0.1349085, -0.16240561, -0.20748827, -0.46068287, 0.00913134, 0.030452987), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.05005734, -0.2148053, 0.032070015, 0.14438215, 0.31232053, 0.1401732, -0.26635718, 0.19424468, 0.07584618, 0.10555894, 0.01795741, 0.31067818, 0.054555204, 0.2563484, -0.14635237, -0.10759128), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.23083898, -0.32226348, 0.19888338, -0.38176686, 0.050134797, -0.0015203251, 0.112237535, 0.14811106, 0.2174096, -0.24344379, -0.13310412, -0.42385107, 0.050850198, -0.27200532, -0.052719057, 0.009228699), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.053870313, -0.47212356, 0.085255414, -0.014404558, -0.06817252, -0.0973503, 0.1635136, -0.0033316084, -0.037195005, -0.48788953, 0.08273281, -0.097501226, 0.0600793, -0.21372889, 0.03384461, 0.017936382), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.3313351, -0.45776972, 0.0009931794, 0.11343333, 0.033024788, 0.046712194, 0.04782013, 0.064249486, -0.22282073, 0.12655938, 0.19051406, 0.31040603, -0.07731221, 0.17658137, -0.103276245, -0.06792484), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.14607549, 0.1872639, -0.093263544, 0.09774117, -0.11698756, -0.067545414, 0.0023156274, -0.18209848, 0.03853313, -0.2223309, 0.12031081, 0.042545635, -0.034479424, 0.124472, 0.06731187, 0.12712644), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.07627082, -0.17452952, -0.33548403, -0.18450926, 0.18033943, -0.12326704, 0.019632008, 0.07248642, -0.16483006, -0.18913946, 0.19646043, 0.40187582, -0.13083674, 0.08671764, 0.15356278, 0.0077914116), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.13629752, -0.13993968, 0.2731425, -0.041057866, -0.118738905, 0.21209033, -0.051054828, 0.31168184, -0.16392295, 0.010364939, 0.0857728, 0.024030814, -0.07311749, -0.24349305, -0.20305401, -0.43344042), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.14196202, -0.04678858, 0.0077786436, 0.072588876, 0.048406214, -0.812405, 0.08031392, -0.1540258, 0.11032359, -0.06004812, -0.32815942, 0.09877014, -0.16591738, 0.4435054, -0.20656855, 0.22537513), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.09432511, 0.19597436, -0.08628448, -0.21871169, -0.16537306, -0.32272846, 0.13009092, 0.010715842, 0.26118267, 0.22872354, 0.19176646, 0.107038476, 0.1611875, 0.08846044, 0.15163514, 0.008047941), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(-0.07396799, -0.03825365, 0.093083926, 0.051318448, 0.2838576, 0.5694332, -0.10403076, 0.19238624, 0.11968883, 0.11856581, -0.119746156, -0.082536116, 0.076429665, -0.02471431, 0.11962365, -0.17637646), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.07824961, -0.16634372, 0.027028812, -0.074860476, -0.14161688, 0.23795755, 0.02944209, 0.17723913, -0.30600172, -0.23468062, -0.12452985, -0.020646518, -0.0397737, 0.021050548, -0.17934813, 0.13230623), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(0.0424831, 0.106492884, -0.03483414, -0.017710585, 0.22700353, 0.20349082, -0.10986577, -0.3389828, -0.21730238, -0.00039746048, 0.07059067, 0.102562755, 0.30204043, 0.21475948, -0.0162173, -0.017118886), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.22430925, -0.014225937, 0.094149694, -0.018336432, 0.17596604, 0.14860786, 0.05728594, 0.04178837, 0.1751472, 0.23511195, 0.020594316, 0.11539313, 0.12581828, -0.15684246, 0.02905791, -0.11784082), target1);\n\t\n\tMF4 target2 = { 0.07964101, -0.050712653, 0.11978818, 0.122745104 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.02899521, -0.05649066, -0.026947228, 0.048783254, -0.14916636, 0.24028979, 0.044600923, -0.045931537, -0.1705095, -0.27147427, 0.16703783, 0.058726057, 0.0032612043, 0.083603844, -0.25704128, 0.13329254), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.1979236, -0.01025661, -0.019716073, 0.108358726, 0.043820046, 0.1919281, -0.21771714, -0.1133059, -0.061171446, -0.0882054, -0.120655626, -0.11155759, -0.07786948, 0.011810883, 0.14344923, -0.26561305), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.1894701, 0.0239954, -0.119104624, 0.0081936605, -0.090172075, 0.16750605, 0.07118662, -0.068179235, 0.11522273, 0.02271562, 0.09519474, -0.28372973, 0.0015472358, 0.026579062, 0.117233984, -0.4856576), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.14819643, -0.31534502, -0.13870765, -0.01054195, -0.19450842, 0.10115552, 0.15510698, 0.003614742, -0.07340832, -0.20358734, -0.12068221, 0.1708203, -0.04059514, 0.05221531, 0.1185381, 0.0068877796), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.2649358, 0.2787165, 0.026068278, 0.05054382, 0.042817205, -0.13016234, 0.0052052587, 0.0671692, 0.10290017, 0.06727616, -0.025898565, -0.03125075, 0.1502351, -0.17578806, -0.07915442, -0.20580369), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.01980342, 0.07163837, -0.10456945, 0.06892928, -0.00022086082, -0.122014746, -0.11635255, -0.050526325, 0.11869723, 0.07118713, 0.10652823, -0.21519308, -0.048316743, -0.09710376, 0.006049279, -0.15725243), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.17198269, -0.04094963, -0.16597614, -0.022672966, -0.021484226, -0.07138965, 0.067678355, 0.010858899, -0.13862544, 0.06384301, -0.03991444, 0.22539167, -0.005830964, -0.093598455, 0.10466667, 0.19629909), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.040208396, -0.0077782017, 0.026934639, -0.08231454, 0.122154236, -0.20185019, -0.04921797, 0.113472804, 0.025262907, 0.30940935, -0.0067619407, 0.011076865, -0.037738938, 0.22040449, -0.091454595, 0.08720387), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.19777842, 0.15188776, -0.112971924, 0.06551624, 0.21511264, -0.12696353, 0.05734954, 0.038562097, 0.09721514, 0.12184754, 0.098125674, 0.093547106, 0.04148773, -0.007749207, -0.097304046, 0.11741999), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.05388486, -0.15493694, -0.11779907, -0.063636035, 0.1683663, -0.19863462, 0.079785384, 0.002344284, 0.07419801, -0.18906172, 0.042702213, -0.106039785, -0.11761329, -0.34240028, 0.20399906, 0.19486815), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.0214746, 0.024925156, 0.071194954, 0.06452649, -0.10890589, -0.08571906, 0.13291912, -0.0013396982, 0.01863436, -0.20824501, 0.054323934, -0.23967488, 0.07283552, -0.28291726, 0.23057762, 0.121263705), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.05597139, 0.07066334, 0.06768875, 0.01599472, -0.00039986568, -0.0053987154, 0.040123407, -0.100022465, -0.013812261, 0.050008554, 0.18786328, 0.0004141, 0.09763033, -0.2487105, 0.11663139, 0.05165497), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.17904039, -0.31834564, -0.0737966, -0.061444905, -0.2252082, 0.00895136, 0.11486605, -0.0037112157, -0.07636511, -0.3503888, -0.04990528, -0.030310752, 0.068686, -0.3136087, -0.004038447, 0.12475536), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.011218902, 0.16498409, -0.19213067, -0.3376179, -0.40268928, 0.009434513, -0.10950616, 0.1186675, -0.11379568, 0.23032996, -0.26904815, 0.30311096, 0.017041026, 0.39546305, -0.2145057, 0.20220405), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.116564326, 0.16520524, 0.25099444, -0.044852093, 0.04109138, -0.104986876, 0.09234278, -0.077715285, 0.046688464, 0.4072821, 0.021245886, -0.054421954, -0.12993707, 0.13713494, -0.12306372, 0.0076773493), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.0022927783, -0.16100088, 0.0092022745, 0.043600008, -0.012064794, 0.14346212, 0.056605842, 0.04922658, 0.21234164, -0.36939904, -0.35937238, -0.0076974165, -0.033846013, -0.197686, 0.045169946, 0.05321761), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.12022473, 0.027450195, -0.070633, 0.010465206, -0.23977374, 0.008031643, -0.07748358, -0.12202592, -0.21730833, 0.0059398045, 0.40769234, -1.1242622, -0.06625515, 0.3264613, -0.07954283, 0.09583801), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.008234909, 0.18505827, -0.1273086, 0.23858553, -0.00791922, 0.0122221485, -0.11842601, -0.038017634, 0.03933724, 0.2956, -0.01691444, 0.17929354, 0.015529619, 0.19893076, -0.16288021, 0.05490817), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.011399029, 0.10798575, 0.046656217, 0.032565042, 0.0119628515, -0.0011125325, 0.31439918, 0.09300187, -0.010849873, -0.060744617, 0.18471423, 0.15607913, -0.045522973, 0.16699308, -0.0722109, -0.024475403), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.082331106, -0.07089719, 0.1347553, -0.19314262, 0.0032955715, -0.24533619, 0.013174161, 0.15500104, 0.029693194, 0.040375546, -0.0059178416, 0.1092399, -0.112020314, 0.1500148, -0.22925867, -0.019879973), target2);\n\ttarget2 = MulAdd(c3, MF4x4(0.1417249, 0.11215587, -0.26791674, 0.14707097, 0.040649403, -0.016661948, 0.15412898, -0.080876425, 0.035228007, 0.047104783, 0.06574109, -0.029853644, 0.05876159, 0.22823593, -0.19034219, 0.03162234), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.2600437, 0.044771086, 0.014325027, 0.163108, 0.060724687, 0.09108473, -0.20747156, 0.0039435104, 0.18791565, -0.11700223, -0.0055135386, -0.024981469, -0.19696075, 0.11015166, -0.004077458, 0.011203278), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.05348392, 0.11058947, -0.11913848, 0.06359096, -0.13427798, -0.096259184, -0.122564375, 0.16873421, -0.021777656, 0.026404127, -0.19412898, -0.04525696, -0.089521095, -0.04556723, -0.14436369, 0.030330338), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.077864684, -0.0033614987, -0.053482026, -0.15834975, -0.12657848, 0.16701786, 0.040268235, -0.14463072, 0.01926974, -0.15924485, -0.011547801, -0.18185836, 0.030286407, -0.29259017, -0.0077412864, 0.037985537), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.07485037, 0.19659927, 0.020025307, 0.10442409, -0.19772562, 0.4431493, -0.06422206, -0.045304112, -0.094377324, -0.04861216, 0.0023215367, 0.16513753, -0.1303532, -0.068101294, 0.017007684, 0.097332835), target2);\n\ttarget2 = MulAdd(h3, MF4x4(-0.004584652, -0.2661271, 0.0063034855, 0.041456066, 0.11529073, 0.19888161, -0.24943323, -0.054349367, -0.010328835, 0.22214927, -0.20700802, -0.05599532, 0.24972723, -0.08987443, 0.20708983, -0.13030328), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.10159776, 0.047147173, 0.1411316, -0.18355304, 0.07658331, -0.037969157, -0.074841976, 0.09781788, 0.06575143, 0.03210521, 0.058850992, -0.19939986, 0.11218086, -0.10744168, 0.14622156, 0.12941957), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.13577162, 0.10681536, 0.08791653, -0.060445737, -0.19715475, -0.13252279, -0.036850456, -0.009957216, 0.1860376, 0.3743373, -0.14414039, 0.044343796, -0.05038453, -0.034720805, 0.17924316, 0.012001023), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.007108988, -0.09904293, -0.112725444, 0.031813867, -0.044795662, -0.14910372, 0.1680855, 0.32826513, 0.13105088, 0.11438789, -0.08039976, -1.1030464, 0.020364072, 0.19394659, 0.016075639, -0.22101837), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.100025505, -0.06350414, 0.06775572, -0.07832278, 0.093700364, -0.15951614, 0.36111444, -0.20566626, -0.1011544, -0.047608454, -0.07719231, -0.71597475, 0.0048773736, 0.012542508, -0.26781914, -0.3445289), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.050355583, 0.3859359, 0.08021888, 0.0031537602, 0.18742213, -0.30617613, -0.27419865, 0.18862267, -0.0011417761, 0.19679208, 0.06357993, -0.11287149, 0.11817958, -0.040369175, -0.055818953, 0.114691235), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.24919917, -0.1840669, -0.47709405, 0.020121656, -0.09533757, 0.23901173, -0.08210879, -0.22835779, 0.023564098, -0.1592999, 0.005221987, -0.54973453, -0.039800424, 0.19367874, -0.10306205, -0.21813862), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.13417694, -0.06470136, -0.07049462, -0.052072115, -0.017625665, 0.108188346, 0.13198936, 0.1975063, -0.22973076, -0.28760132, -0.12961891, -0.08713851, -0.028337657, -0.35775787, 0.33782268, -0.282777), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.0796041, 0.16454107, -0.026372116, 0.0788071, 0.044841573, 0.15395795, -0.011288428, -0.03305742, 0.15754524, -0.0043833177, 0.12766863, -0.11310043, -0.023906957, 0.03451837, -0.083479226, 0.03029468), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.38791308, -0.120497175, -0.39432266, -0.016802365, 0.031366616, 0.20532085, -0.032990657, -0.004515397, -0.1540265, -0.2327063, 0.088945866, 0.11997355, 0.02506493, -0.11495644, 0.0847286, 0.0048163645), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.03319572, -0.26717946, -0.13605991, -0.10878451, 0.19831704, 0.04036457, -0.056414742, 0.15083815, -0.1640081, -0.25487527, -0.096472785, 0.05001906, -0.01256949, 0.07090488, -0.0888089, 0.24414414), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.10947188, 0.07678741, -0.03716733, 0.10074092, -0.09684673, 0.19135101, 0.06687582, -0.03416071, -0.02605864, 0.18258773, 0.029176971, 0.14626507, 0.16892125, 0.26836056, -0.16163802, 0.0044406173), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.07490834, -0.16595219, 0.06855593, -0.31601232, 0.2051958, 0.12370633, 0.053092375, -0.09280303, -0.041799355, -0.02180234, -0.0647632, 0.12765023, -0.02619668, 0.35134858, 0.025718898, -0.03524767), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.051487356, -0.10184706, -0.058444723, 0.23035292, -0.03384644, -0.02926101, 0.24579355, 0.11463481, 0.00077921426, 0.0036189032, -0.04137187, 0.039233316, -0.11595721, 0.012141703, -0.19241674, 0.18287377), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.0331477, 0.11774921, 0.1500689, 0.21751022, -0.0391579, -0.026443282, -0.23405433, 0.10924835, 0.010694821, 0.46834385, -0.06344277, -0.027459502, 0.02805852, 0.063863516, -0.052119188, -0.010459627), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.19480526, -0.08907801, 0.13466452, -0.58980346, -0.18432151, 0.0025959515, -0.093561575, 0.21850146, -0.025087524, -0.112469815, 0.06425045, -0.017907271, 0.06015287, 0.23375069, 0.046780836, -0.124416254), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.20069234, 0.073735476, -0.20799713, 0.11896709, -0.08604335, -0.030489137, -0.19158117, 0.07545736, 0.1417471, -0.2885722, -0.04138416, 0.16751918, -0.039241627, -0.29653955, 0.06402645, 0.08477943), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.13838394, 0.17045505, 0.18386857, -0.06769848, 0.019191446, -0.10590481, 0.14499927, 0.005293376, -0.022189254, 0.45613396, 0.31436417, -0.23309496, 0.085356414, -0.12509619, -0.32398435, -0.06535322), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.20557566, 0.23378044, 0.16096559, 0.3109223, -0.13988405, -0.056287576, 0.15235564, 0.14485452, 0.025657065, -0.19962808, 0.12487959, -0.53206867, 0.17598459, 0.0012244214, -0.09263318, -0.048799008), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.031034216, -0.43335876, 0.15115865, -0.22912477, 0.039661117, -0.066167325, -0.0039048253, 0.108036794, -0.07157209, -0.42531285, -0.22807248, -0.070778824, -0.1216781, -0.20621637, 0.09195537, -0.0026917474), target2);\n\ttarget2 = MulAdd(na3, MF4x4(0.11940706, -0.13485508, 0.026604721, -0.100989655, -0.14618637, 0.45079112, -0.111106694, 0.23393573, 0.21399105, 0.049563177, -0.10910516, -0.21594371, 0.030558927, -0.17320083, 0.012688248, 0.02913788), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.052507173, 0.13555464, 0.15568505, -0.13439007, 0.15468787, 0.20109199, 0.09981344, -0.022377115, 0.16711195, 0.1921043, -0.0457788, 0.11962697, 0.12201352, -0.15822104, 0.14560209, 0.11319004), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.10677749, -0.037526496, 0.05529873, 0.0014219015, -0.07003492, 0.11616926, -0.2047762, 0.053331498, -0.029710975, 0.099788256, 0.016773999, -0.05440333, -0.07308938, -0.1613098, 0.11157061, -0.06163726), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.084668584, -0.024195379, 0.10567495, 0.018839711, 0.20675091, 0.064051956, 0.16356891, 0.0763972, 0.04519446, 0.04648411, -0.26651385, -0.32033405, 0.19019292, -0.03760131, 0.057477303, 0.039011493), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.10785335, -0.005846821, 0.106043994, -0.029447608, -0.17944743, -0.055760577, -0.061553795, -0.0897441, 0.30305168, -0.07138199, -0.038286258, 0.31980807, 0.08745091, 0.08931471, 0.19994807, -0.19448686), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(0.05872038, 0.019705178, -0.057756446, 0.032349724, 0.1162347, -0.1494079, 0.04883473, 0.06775521, 0.06246929, 0.18094592, 0.019297523, 0.22078563, -0.10864955, 0.024548724, -0.09518366, -0.049131762), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.083531916, -0.22589867, 0.15678734, -0.15247858, 0.037808564, -0.3915128, 0.023039397, -0.11101649, -0.024950527, 0.15221989, 0.02177459, -0.0052792793, -0.006660954, 0.103587925, -0.069532864, -0.036814045), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.042244066, 0.08479697, -0.057882927, 0.036821585, -0.12734346, -0.30277002, 0.17587237, 0.08462706, 0.03041879, -0.07751665, 0.41255432, -0.15170433, -0.094225794, 0.09409663, -0.03903985, -0.17728558), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.07648597, -0.021105368, -0.13569473, 0.11226781, 0.0024825619, 0.10949022, -0.033650707, -0.01084071, -0.27865705, -0.050442215, -0.026282378, 0.07449441, -0.033618845, 0.20228988, 0.10323669, -0.2785842), target2);\n\t\n\tMF4 target3 = { 0.08639024, -0.11024204, -0.0076959864, 0.053946566 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.043845546, -0.051818844, 0.15098971, -0.029770624, 0.105532385, -0.017158495, 0.007995025, 0.01310204, 0.046253394, 0.054963812, -0.07156648, -0.026536593, -0.034585387, -0.03867656, -0.026378985, -0.0503513), target3);\n\ttarget3 = MulAdd(b1, MF4x4(0.19067752, 0.077902906, 0.07043644, 0.093124524, -0.088099405, 0.05687826, 0.07339772, 0.25220734, -0.024105951, 0.047068372, -0.15396254, 0.0024811088, 0.05398644, 0.114431, 0.104937814, -0.084533244), target3);\n\ttarget3 = MulAdd(c1, MF4x4(-0.06216834, -0.09104735, 0.030077647, -0.109212935, -0.03391817, 0.14209917, 0.06807519, 0.086794056, 0.13323791, -0.16663639, 0.18892457, 0.18872325, 0.098952405, -0.009112314, 0.16958214, 0.14279945), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.07209618, 0.10666213, 0.10406824, -0.10080884, -0.061229795, -0.070260175, 0.0544128, -0.16189453, -0.07493434, 0.25146472, -0.10089679, -0.16500695, -0.05206539, -0.10650778, 0.08510133, -0.12274426), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.06154247, -0.2779647, -0.39013094, 0.19112335, 0.21914953, 0.174526, -0.2582261, 0.028989773, 0.12516306, 0.024158027, -0.06397669, -0.027443565, 0.01338054, 0.11226658, -0.18691953, 0.03941122), target3);\n\ttarget3 = MulAdd(f1, MF4x4(0.06017567, 0.064941615, -0.16408192, 0.14018805, -0.022913788, -0.005578652, 0.056423694, -0.12357743, 0.053335212, -0.10533416, 0.0336598, 0.13383694, 0.13861552, 0.13800743, 0.048778858, 0.20749462), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.19730464, -0.07471736, -0.08532417, 0.22114716, -0.0655994, 0.014833043, 0.069433905, 0.0126395365, -0.115397535, 0.16183057, -0.0020461925, -0.08379374, 0.066027366, 0.046908997, -0.04298647, -0.039427415), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.40682083, -0.051349834, -0.058064308, -0.59165514, 0.07769667, -0.0061552664, 0.09866719, 0.09064238, -0.10091702, -0.08237763, -0.0896345, -0.06889367, 0.029332574, -0.067278475, 0.032268777, 0.08217916), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.16198236, 0.14663215, -0.19844484, 0.12605388, 0.11090156, 0.017791988, -0.058779463, 0.041371945, -0.22293547, -0.015482557, 0.2293464, 0.094193965, -0.26855227, -0.21347573, -0.09075141, -0.13876276), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.06498589, 0.100892216, -0.13253035, 0.15685925, 0.16823533, 0.16493973, 0.07777784, -0.07706127, 0.050116807, -0.01523585, -0.01661001, 0.020355182, 0.103539385, -0.17436443, 0.15487072, -0.037921157), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.03836789, -0.15199225, 0.11784638, -0.04646745, 0.044564333, 0.22369106, 0.14419034, -0.010723647, -0.0027908115, -0.15769437, 0.14674728, 0.21630915, -0.15577918, 0.083906, -0.076731354, 0.09644861), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.057972, -0.085704334, -0.044770416, -0.08455327, -0.096369885, 0.17715664, 0.0931527, 0.08611585, 0.082069114, -0.21235153, 0.056143392, -0.09681458, -0.15192977, -0.11773526, 0.085406475, -0.054963436), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.04377759, 0.14948493, 0.14370604, 0.121995315, -0.034767535, -0.19136979, 0.20502615, -0.19230005, -0.010331832, 0.24712276, 0.08443175, -0.02108672, -0.05402554, -0.073491514, -0.01772348, -0.04717817), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.0859936, 0.12129631, 0.4917177, 0.014785702, -0.017697783, 0.20519169, 0.193045, -0.32276052, 0.052729923, 0.20259547, -0.23248449, 0.027868863, 0.06924204, -0.0680142, -0.1510381, -0.0858641), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.0042993063, -0.001888591, -0.19050622, -0.1974649, 0.0028959673, -0.056935344, -0.15306468, -0.037034288, -0.005013645, -0.49978206, -0.2860419, -0.24230668, -0.21625051, 0.124884024, -0.018598353, 0.018011522), target3);\n\ttarget3 = MulAdd(g2, MF4x4(-0.00059534056, 0.09819056, -0.10073479, -0.0036862926, 0.018240096, -0.068672635, -0.040024363, -0.002400606, 0.12492032, 0.6830032, -0.103963815, -0.20350884, -0.0731358, 0.122847795, -0.04129241, 0.027231846), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.14632931, 0.056954373, 0.10602974, 0.06899008, 0.028749242, 0.16360262, -0.2776957, -0.13795078, 0.2955775, 0.07387963, 0.18735075, 0.37977517, -0.0032196203, -0.0368105, 0.0007467509, -0.048191283), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.08740623, -0.14123341, -0.16725405, -0.035077587, 0.16800366, 0.10287269, -0.02063956, -0.02751512, -0.22882652, -0.19836405, -0.07881451, -0.036120445, -0.03052641, -0.19137034, 0.02006256, -0.0003630293), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.21042292, 0.07082529, 0.10551431, -0.17735177, 0.1211633, -0.07301316, 0.08914643, 0.027641036, 0.0716893, 0.009513582, 0.06489754, -0.11262447, -0.006487075, 0.042482372, 0.040942963, 0.026485842), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.07677389, 0.017061912, 0.080698825, -0.02926673, 0.030129844, 0.08797221, -0.042393677, 0.040378265, 0.14051779, -0.01150974, -0.09838748, -0.084651664, 0.13157506, 0.15760668, 0.13706487, 0.017946318), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.21381795, 0.108781934, 0.12417435, 0.04925163, 0.05298279, -0.1352583, 0.085234426, -0.03526282, -0.024876006, 0.0025064421, 0.07016869, 0.084552824, 0.064173326, -0.05621783, 0.0711457, -0.025467668), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.05810587, 0.0134641845, -0.038737856, 0.07663204, 0.121298246, -0.13257936, 0.004325269, -0.036193457, -0.29106387, -0.106322676, -0.23442906, 0.2862568, -0.18702938, 0.0030504123, -0.037212595, -0.2611213), target3);\n\ttarget3 = MulAdd(e3, MF4x4(0.024120133, 0.07321953, 0.038489927, -0.04196367, -0.07796083, 0.33956012, -0.13922311, -0.05377065, -0.070829384, -0.10083194, 0.239536, -0.05901714, 0.26581895, -0.3095538, -0.2922295, 0.052582845), target3);\n\ttarget3 = MulAdd(f3, MF4x4(0.02742305, -0.018496662, -0.094728574, 0.06404221, -0.041348618, -0.25715774, -0.1643205, 0.13505833, 0.043563902, -0.12633435, -0.101704225, -0.06851076, -0.10801949, -0.07229803, -0.042177804, 0.15722917), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.1890737, 0.086372465, 0.19611897, 0.11635388, -0.27176055, 0.113715895, -0.090014786, 0.028875142, -0.054593917, 0.030705186, 0.1435633, 0.061870232, -0.11143878, 0.09881344, 0.097813986, -0.21929547), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.04700684, 0.042240005, -0.27370077, -0.10867852, -0.06256984, -0.08165931, 0.14414817, -0.046392858, 0.06402001, -0.18298607, -0.20697436, -0.035047896, 0.104348354, 0.21140936, 0.08119135, 0.11215284), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.15503405, -0.0058879172, 0.06903078, 0.10739542, -0.047215104, 0.05061763, -0.1265464, -0.13796777, 0.050830897, -0.06356833, 0.10470089, 0.061785046, -0.054734606, 0.069204785, 0.22219127, 0.14431196), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.0035822908, -0.041718304, -0.06449883, 0.107891634, 0.11240286, 0.2773934, 0.018296933, 0.17229447, -0.038918763, -0.015615794, 0.013606009, -0.15145436, -0.038385842, -0.075797774, 0.074630134, -0.115841195), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.35196853, -0.055269916, -0.10619746, 0.036240876, 0.027898792, 0.16981332, -0.08743389, -0.11659183, 0.21521945, 0.14624144, 0.3709361, 0.35440952, 0.05083335, -0.027957644, -0.14189775, 0.041765563), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.012040415, 0.03733818, 0.0028794291, 0.085560195, -0.003578092, -2.0037096e-05, 0.018441873, -0.048575614, 0.16403939, 0.26586646, -0.23535033, -0.195904, 0.09343384, 0.16844647, 0.090654954, 0.20447001), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(-0.039211, 0.023288574, -0.11278111, 0.24733941, 0.030935412, 0.028505033, -0.054287612, 0.1626191, -0.013604053, -0.40332177, -0.12607175, 0.062430628, 0.020255104, -0.034459837, -0.02045024, 0.13066867), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(-0.109611966, 0.036982346, 0.24648234, -0.10601368, -0.046704277, 0.09159354, -0.051051375, 0.27708438, -0.27565628, 0.3181145, 0.0352402, 0.11326822, 0.08464163, 0.0037447016, -0.11625815, -0.27881616), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.17009212, -0.14643735, 0.05730069, -0.19120802, 0.06845526, 0.10674906, -0.28353846, -0.12647904, 0.015396511, 0.097950876, 0.009746547, 0.031028407, -0.05640266, -0.04813061, 0.1215167, 0.013483247), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.015532973, 0.06836607, -0.15256128, 0.016466603, 0.22348233, 0.13754332, -0.032162182, 0.33556822, 0.17382346, -0.2763521, 0.060414087, 0.0027655934, 0.031628147, 0.08716705, 0.015910214, 0.0672223), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.4342632, -0.067446776, -0.36212516, 0.027729288, 0.18695018, -0.026150677, -0.048804305, 0.03894249, 0.08076834, -0.024184678, -0.039985072, 0.019538054, -0.12608467, -0.114978395, 0.08024422, -0.009467871), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.12950122, -0.04900754, 0.007479547, 0.005553716, -0.011067856, 0.15695909, 0.15179226, 0.13305564, 0.109665506, -0.071129486, -0.29301268, -0.19721518, -0.014072068, 0.110164836, -0.10445084, -0.07427861), target3);\n\ttarget3 = MulAdd(na2, MF4x4(0.056494176, 0.10441701, 0.1473454, -0.10962488, -0.024387872, -0.10661404, 0.023665238, -0.014857965, -0.11904774, 0.028333792, -0.018734593, 0.041431252, -0.051380955, 0.08761405, 0.025005583, 0.27504325), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(0.12111209, 0.09115707, -0.12130387, 0.037170578, 0.17773823, 0.11543872, -0.0981619, -0.009393771, -0.072751574, 0.12490967, -0.050705448, -0.21641576, -0.0032860835, -0.017348124, -0.039524093, -0.22634275), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.026149368, -0.0345828, 0.024678709, 0.073074006, 0.075326554, 0.07688483, -0.06151585, -0.0006315397, -0.11916223, 0.09640916, -0.03452899, 0.0711575, 0.10298667, 0.14983572, -0.029672628, 0.060187414), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.061185572, 0.025581252, 0.05371412, -0.30638546, 0.064506106, 0.22312112, -0.12822428, 0.050079864, 0.007665535, -0.270618, -0.1205649, 0.066014335, -0.10095298, 0.14537272, 0.07578119, -0.102102645), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.24163178, -0.14042771, -0.28968832, 0.32306322, -0.08210339, -0.089168124, -0.029958146, 0.23500884, -0.045208763, -0.076190665, -0.048189905, -0.062144633, -0.2209541, -0.118137404, -0.10013809, -0.2633339), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.043336965, -0.14818442, 0.3353549, 0.37338758, -0.097953044, 0.08346902, 0.2809552, -0.15042788, 0.052860767, 0.3296333, 0.1520426, 0.013095576, 0.06748028, -0.18191148, 0.1262768, 0.1454165), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.020386793, -0.05559494, 0.0923228, -0.101281434, 0.07294861, -0.013454893, 0.14446425, -0.18820941, 0.03512501, -0.3100584, 0.07824563, 0.039452225, -0.31067702, -0.0059947846, -0.022850258, -0.03394584), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(-0.2551513, 0.07006202, 0.10514115, -0.07164224, -0.15870212, 0.058055036, 0.05213708, -0.14221531, 0.18606052, 0.121992745, 0.005545236, 0.20166458, -0.51196563, 0.13145791, -0.07664502, -0.102140725), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.013922251, -0.055376403, 0.32802138, 0.13208407, 0.013657613, 0.10752059, 0.036252435, 0.1592283, 0.013641419, 0.09172557, -0.047022454, -0.06487285, -0.010537236, 0.043602772, -0.018355483, 0.061706495), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.034295138, 0.0290897, -0.055937063, 0.030905105, -0.049568217, 0.23283507, -0.09925937, 0.06541922, -0.19225466, -0.37406424, -0.0044630794, 0.12548251, -0.003204782, -0.033718586, -0.12822233, -0.06512161), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.04231634, 0.033866994, -0.060438603, 0.053806484, -0.043768402, -0.09377961, 0.053774644, -0.05314562, 0.08742594, -0.3595988, 0.05714237, -0.026023258, -0.14470316, -0.17429292, -0.05919939, -0.05714775), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.035541177, -0.15197758, -0.03248727, 0.055882126, 0.03910343, 0.14273937, -0.16545315, -0.019183658, 0.067014545, -0.010861471, -0.23015557, -0.3174752, -0.0895981, 0.05603517, -0.10421314, 0.03543782), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.052712325, 0.15568605, 0.13511989, -0.035405457, 0.09660214, 0.0010066679, 0.0041616405, 0.3261607, -0.07167953, -0.3432988, 0.37812582, 0.08591545, 0.17927478, -0.08654189, 0.076707125, 0.14279753), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(-0.056844193, 0.16529651, -0.06650483, -0.08292316, -0.02760633, -0.22888668, -0.19214903, -0.08840017, -0.23843671, -0.6793711, -0.33102167, 0.0064898706, -0.29774654, 0.37099698, 0.42785385, 0.025804019), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.11744241, -0.057497155, 0.18884729, 0.024753813, -0.0062507484, 0.33419883, 0.120441675, -0.25218838, -0.042276263, 0.08504629, -0.033582047, 0.07008096, -0.058578875, 0.0392345, 0.11335631, -0.15865934), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.04641351, -0.0370654, -0.08322972, -0.11589779, 0.09985797, -0.0747252, 0.0050210473, -0.0737313, 0.34289247, -0.08783692, 0.13673791, 0.05667411, 0.058139045, -0.17664829, -0.16574872, 0.020792067), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.17315285, 0.061304655, 0.23295666, 0.004587563, 0.025884068, -0.20429865, -0.17807725, 0.04610146, -0.16748384, 0.03548062, 0.36901402, 0.040421892, 0.0732819, -0.06323222, 0.17438933, 0.10541013), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.11953197, -0.041181084, -0.05777039, -0.0713763, -0.07250408, 0.00030710385, -0.12310962, 0.05047857, 0.07764678, 0.048569802, -0.07179031, -0.13407484, 0.18644087, -0.08796725, 0.09215986, 0.03264275), target3);\n\n\ttex4[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex6[gxy] = target3;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x24\n//!IN tex4, tex5, tex6\n//!OUT tex1, tex2, tex3\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { 0.0026275632, -0.111531265, -0.027438803, 0.048715387 };\n\ttarget1 = MulAdd(a1, MF4x4(0.2369839, -0.0792359, -0.12919348, 0.002247716, 0.04581234, 0.119436085, -0.039395507, -0.035233624, -0.031238249, 0.068567455, 0.021003028, -0.07353918, -0.12103854, -0.21112324, -0.0063801156, -0.04487009), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.0683294, 0.062320776, -0.024078269, 0.08904798, 0.026528858, -0.041699078, -0.07854327, -0.14078824, 0.060052495, -0.12898798, -0.010206991, -0.10815312, -0.07348112, -0.09190296, 0.16384035, 0.11615318), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.073954284, 0.11315491, -0.08271167, 0.012718058, -0.079351336, -0.12847738, 0.16898601, 0.057100534, -0.007783043, -0.046511702, -0.031176837, 0.09832856, 0.04629018, -0.11481637, 0.27974957, -0.008512578), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.11174049, -0.06978879, -0.0026527392, 0.09206777, -0.052967362, 0.04242691, -0.028125865, -0.006913773, -0.105203055, 0.012300771, 0.073976465, 0.0597795, 0.12224533, -0.15938343, -0.04735274, -0.13670483), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.069210574, -0.18154296, -0.179752, 0.030308926, 0.21821375, -0.17105243, 0.002948972, 0.1510472, -0.07507222, 0.05799302, 0.22358851, -0.1593742, -0.14097035, -0.14883585, -0.10766054, -0.04192339), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.04092946, -0.056620143, -0.08841022, 0.0820261, 0.12114886, -0.046587184, -0.24642876, 0.20291825, -0.021399742, 0.075130075, 0.08025963, -0.0004831952, -0.20216052, 0.063063756, -0.14950794, -0.016591785), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.001037612, -0.12479094, -0.064145386, 0.03701432, -0.09794906, -0.02047066, -0.0064438935, 0.054445606, 0.017312052, -0.010994496, -0.043534316, -0.03507283, -0.2881326, 0.056422662, 0.45392624, -0.14301568), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.02659516, -0.12523884, -0.045878954, 0.0401728, -0.026269691, 0.23919468, -0.05373766, 0.22576872, 0.15472023, -0.06473123, -0.16314703, -0.007313837, 0.06282956, -0.12448595, 0.32412103, -0.1669555), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.10851828, -0.0019357264, -0.042929318, 0.087208286, 0.08521072, -0.015302626, -0.045136105, -0.07599174, -0.020620871, -0.08058013, 0.04687409, 0.07679515, 0.02748689, -0.04049585, 0.031744577, -0.08941878), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.053986546, 0.2688435, -0.057546657, -0.11350552, -0.081904754, -0.09276461, -0.13561548, -0.11588968, 0.04355686, -0.29325503, -0.018699612, -0.06769227, -0.015948739, 0.04491891, -0.046178948, 0.02711675), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.18972659, 0.27545497, -0.034131754, -0.09609413, 0.068409085, 0.13449967, -0.13105616, 0.028345212, -0.035266094, -0.065575354, -0.031779382, -0.14933869, 0.05228527, 0.09356076, -0.047118377, -0.020071832), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.17382587, 0.15029867, -0.00600536, -0.035180923, 0.025643297, 0.010418448, 0.14726849, -0.05890341, -0.053652834, 0.048409678, 0.2806725, -0.08192519, -0.06738357, 0.07469718, 0.06771393, -0.042583536), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.011517158, 0.09972045, 0.06578792, -0.12352661, 0.05922438, -0.16663863, -0.006771989, -0.038835894, -0.02194692, -0.13857606, 0.023138417, -0.05360372, 0.014272163, 0.08904743, -0.04252727, 0.103002235), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.008667266, 0.19219917, -0.07475974, -0.2816411, -0.33488217, 0.039849013, 0.017313587, 0.08000436, 0.15055846, 0.015432909, 0.32798117, 0.009342251, -0.23739037, -0.28346112, -0.030122897, -0.18473577), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.22614895, 0.13032585, -0.2176673, -0.3387019, 0.019557813, 0.17496689, 0.030887462, 0.17172079, -0.10533174, 0.0032622286, -0.13369057, -0.039323095, -0.0008841287, 0.121519946, 0.067216426, 0.03257707), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.0429636, 0.13093638, 0.12012435, -0.034646116, 0.0488735, 0.08784733, 0.03349143, -0.09357028, -0.06089799, 0.022837836, 0.16202758, 0.096765295, 0.009665008, -0.10780318, -0.07340907, 0.018662468), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.0484555, 0.05852715, -0.11502228, -0.2250242, 0.00487918, -0.018516708, -0.024522817, -0.09146677, 0.0006642944, 0.17241697, 0.38606182, -0.23263825, 0.110663734, 0.11034593, -0.0056327246, 0.051475164), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.014929107, 0.09463201, 0.009869103, -0.17499818, 0.028962199, 0.23815866, 0.060768303, 0.13828199, 0.12261715, 0.096965745, -0.024608571, -0.24542965, 0.025484774, -0.0014874635, -0.009807938, 0.0007101552), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.101674154, 0.032412667, -0.10450873, -0.00022480187, 0.024635756, -0.1357198, -0.05327909, -0.036563605, 0.07561588, 0.009124707, -0.13368087, 0.042969264, -0.043317486, -0.1518712, -0.008810181, 0.030755859), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.1406038, 0.036187246, -0.06288465, 0.013666562, -0.22509198, 0.054938264, 0.03374708, 0.036942195, -0.054834712, 0.08038173, -0.012174669, -0.05048155, 0.04105839, -0.13010618, 0.029987235, 0.029830217), target1);\n\ttarget1 = MulAdd(c3, MF4x4(0.13428736, -0.145587, -0.09359362, 0.08647307, -0.1721466, 0.14161868, 0.06169795, -0.020108147, -0.082708314, -0.0009893128, 0.061197698, 0.015552345, 0.19280085, 0.045152925, -0.13817257, 0.08140578), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.11750963, 0.0146443285, -0.026884248, -0.0006429066, -0.008400631, -0.043018907, -0.07913679, -0.14783737, -0.032443974, -0.08028971, -0.08927282, 0.00809941, 0.0124223465, 0.041715536, -0.06587267, 0.13605455), target1);\n\ttarget1 = MulAdd(e3, MF4x4(0.29818505, 0.20918716, -0.13256323, 0.23988591, -0.38704476, -0.05851411, -0.004705456, 0.10221165, -0.08329328, 0.12643409, -0.23133238, 0.036488805, 0.21748522, -0.095220506, -0.012000105, -0.0032247186), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.119828835, -0.016386732, 0.06939514, 0.08491721, -0.017447483, -0.10812376, -0.015384033, -0.0137153845, -0.14978316, 0.032878425, 0.120704606, 0.07987688, 0.10143365, 0.16894275, -0.09816831, -0.029983638), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.004197231, -0.004475635, 0.02442438, -0.08062267, -0.13645843, -0.063362874, -0.13470308, -4.8972346e-05, 0.04937739, 0.025885701, -0.0626489, 0.06272147, 0.040682197, -0.037275683, -0.07711889, -0.03401893), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.07601782, -0.044119228, 0.12799697, -0.04923261, -0.07554412, -0.13866402, -0.039769165, 0.0750738, 0.028331043, 0.22329865, -0.078985184, 0.21741354, 0.08896384, 0.02745735, -0.11954973, -0.030984413), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.088372685, -0.04094657, 0.030890986, 0.011887401, 0.101060346, 0.036795005, -0.02541599, 0.11929074, 0.0042294776, -0.09067195, -0.13775113, 0.051152255, -0.011856665, -0.01186073, -0.014405341, -0.06443953), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.1990754, -0.13920973, -0.24694741, 0.20978624, 0.00096705626, -0.09906306, -0.031113537, 0.09064841, -0.005332781, 0.06942478, 0.027275847, 0.14482562, 0.10915609, 0.15485178, 0.09100627, 0.08800073), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.067276604, -0.15296488, -0.10655601, 0.1007172, 0.06399946, 0.11820019, -0.012255674, -0.04701397, 0.005157013, 0.14800015, -0.005829729, 0.058462787, -0.0034304103, -0.0022002284, 0.088455915, -0.09076621), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.0045863236, -0.13443832, -0.02036122, 0.067712225, -0.09286585, 0.15505461, -0.03191861, 0.062198598, -0.014097363, -0.06486533, -0.013725968, 0.09863627, 0.004106804, -0.11001409, -0.1489799, 0.012900801), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.11722181, 0.024655748, 0.028080126, 0.034889475, -0.02211666, 0.10347594, 0.19828199, -0.052708372, -0.23978107, 0.11193546, 0.015817301, -0.060378563, 0.05506628, 0.017437497, 0.17592382, 0.1566574), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.011318326, -0.19983633, 0.0542877, -0.08868874, 0.059281945, -0.08321469, -0.45549735, 0.41699305, 0.18566287, -0.22530322, -0.08444872, -0.04485004, -0.13312897, 0.025137378, 0.4283649, -0.22263475), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.10148392, 0.12450337, -0.032773893, 0.03742288, 0.0059106606, -0.17406113, -0.083701774, -0.010221676, 0.16314605, -0.22251254, -0.13263722, 0.09496533, -0.0020611945, 0.10998006, 0.23540293, 0.12287761), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.01097223, 0.043488838, 0.028565591, 0.057649106, 0.04069052, -0.015125962, -0.033889383, -0.039301567, -0.28547964, 0.16771436, 0.064779356, 0.17768629, 0.0977948, -0.12978803, 0.1248975, 0.076509014), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.014799843, -0.11454738, 0.0072981194, 0.06956252, -0.119126685, -0.054390237, 0.20148608, 0.055611208, -0.33772695, 0.02875631, 0.15688069, 0.07648471, 0.17330919, -0.10749096, -0.00058184325, -0.16302843), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.025022479, -0.0510169, -0.054967374, -0.18119891, 0.072380155, 0.13645615, -0.029061519, -0.09392558, 0.0020073708, 0.10373002, 0.08769151, 0.1467629, -0.032814845, -0.22622965, 0.062578805, 0.15869768), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.08132352, -0.057824034, -0.049706902, -0.021799462, 0.027207939, 0.055137623, 0.13588108, -0.06595749, -0.10212913, 0.03328737, 0.07568671, 0.04425169, -0.056393128, 0.08096936, 0.049417946, -0.03110039), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.16936453, -0.03750322, -0.041140877, -0.08652042, -0.029363338, -0.07450129, 0.102560416, -0.23950958, -0.13059175, 0.21066219, 0.10126263, 0.043688625, 0.12293311, -0.02102107, -0.01415126, -0.08114574), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.13357115, 0.25130415, -0.008012242, -0.022129368, -0.04116201, 0.19364384, -0.0755634, -0.021590892, 0.014902855, -0.16364469, -0.15113516, 0.021274269, 0.002715793, -0.082595, -0.023225293, -0.0023291293), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.047352426, 0.047768887, -0.027633572, -0.048747484, 0.002366812, 0.2123351, -0.03785716, -0.06169537, 0.05152527, -0.097918324, -0.09970387, -0.10696893, 0.14201112, 0.048251197, 0.020989964, -0.12759319), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.11691897, 0.11003735, 0.1787839, 0.035897207, -0.068546794, 0.18663177, -0.11768889, 0.0046620993, -0.076647416, -0.008958245, 0.055827506, -0.095377706, 0.051213227, -0.2821711, 0.013320494, 0.1563779), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.08324576, 0.3131121, 0.21894962, 0.013974257, -0.05526049, 0.032233212, 0.05284564, -0.2475858, 0.13031252, -0.08124232, -0.010205146, -0.057937223, 0.11874465, -0.013862318, 0.0052336063, 0.04949605), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.14994349, -0.03296414, -0.23602034, -0.0033256228, 0.008873702, -0.010388283, -0.035780232, 0.011833461, 0.117081955, -0.038984414, 0.074017905, 0.033703547, -0.024258457, 0.09559132, 0.02495569, -0.040010694), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.0048430585, 0.17926253, 0.008713498, 0.10879202, 0.019645652, 0.029483858, -0.047485687, -0.042396937, -0.029273199, -0.2432983, -0.1250007, -0.024952445, -0.060036886, 0.014986906, -0.014428253, 0.03334825), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.11731086, 0.20593153, -0.10197385, -0.011249018, -0.10738923, -0.074847564, -0.006172099, -0.18687822, -0.097578146, -0.07579803, 0.05764291, 0.10152833, -0.14840044, 0.035003513, 0.023365693, 0.04386252), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.2394935, -0.151495, -0.004142306, -0.084381334, -0.06817076, 0.04995128, 0.07523575, -0.019087847, 0.04900443, 0.03855287, -0.047666, -0.010728584, -0.041862275, 0.0092430115, 0.18933049, 0.001247498), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.26478, -0.108964734, 0.07654512, -0.18083075, 0.087697916, -0.1985272, 0.12003646, 0.088157, -0.11911801, 0.10562385, 0.08664133, 0.04456427, -0.105021, 0.18528733, 0.034151975, -0.15520982), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(0.017519012, -0.012286436, 0.10177459, 0.038459957, -0.22457904, -0.05511256, 0.15413229, 0.1507701, 0.08257404, 0.034750186, -0.15717988, -0.030795097, -0.07657355, -0.33403704, -0.0053621423, -0.06624692), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.10030682, -0.052044563, -0.049402863, 0.09053447, -0.13081445, 0.0141896, 0.042153686, -0.010219266, -0.06850381, 0.03529716, 0.16374019, 0.06750858, 0.09204821, 0.053093266, -0.024561154, 0.018893644), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(-0.21870598, 0.32735768, -0.037454635, -0.062546894, 0.048824597, 0.006229873, 0.0879531, 0.0010694796, 0.1268415, -0.3329151, 0.18059574, 0.027663317, 0.06451952, 0.2059446, -0.14739716, 0.0425968), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(-0.02567249, 0.18261379, 0.0078112325, 0.13831526, 0.022516627, 0.18176961, 0.022643182, 0.06482983, 0.32458714, 0.1415256, -0.40462464, -0.24058491, -0.1555331, -0.058481682, 0.08041805, 0.068204984), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.08099861, -0.042113766, -0.012603856, -0.027247382, -0.09505534, 0.013861726, 0.16544205, -0.034136306, 0.013128467, 0.022156378, 0.021391893, -0.087280534, -0.18957394, -0.072840415, 0.1942784, -0.04479766), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(0.13244309, 0.23072438, -0.10388544, 0.055465538, -0.06797261, 0.0813476, 0.03605633, -0.002648387, 0.04333517, 0.1233629, 0.004186724, -0.068296656, -0.076496966, -0.13608767, 0.13116132, -0.067895085), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.05193536, -0.057465453, 0.05165806, -0.092361026, -0.21779, -0.08789043, 0.056987524, -0.06524499, 0.02767333, 0.19836798, 0.104195744, -0.091015235, -0.10806183, -0.24305776, 0.12348048, 0.17889297), target1);\n\t\n\tMF4 target2 = { -0.0980025, 0.0163943, 0.07015813, -0.04460826 };\n\ttarget2 = MulAdd(a1, MF4x4(0.0007129529, -0.23268181, -0.055581614, -0.19489531, -0.119524784, 0.16052821, 0.08242202, 0.1274113, 0.06528547, 0.11359341, -0.13980822, -0.04566708, -0.03624654, -0.08533644, -0.14554873, -0.14973463), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.010712782, 0.09223229, -0.06977767, 0.031998634, 0.2417462, -0.08404255, -0.067694396, -0.031915385, -0.08493046, -0.12639172, -0.12919787, 0.009066012, 0.027782273, -0.2951646, -0.1300083, -0.0673188), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.1325964, -0.051963683, 0.13291354, 0.02579481, -0.103561625, -0.041789595, 0.040783167, 0.047240548, -0.06668069, 0.020328876, 0.08887853, -0.02963949, -0.11168412, 0.1557154, -0.076105356, -0.1504038), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.10317256, 0.07854648, 0.16037096, -0.0379184, 0.13046049, -0.024218671, 0.0822899, 0.08198137, 0.0012042717, -0.25853133, 0.046963938, -0.009453239, 0.09634527, -0.009770066, -0.12853295, -0.041695565), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.11125126, 0.09055589, 0.014031054, -0.02255056, -0.10394986, 0.10815357, -0.15813628, -0.01853368, 0.012419031, 0.0020822953, -0.010447686, -0.026241936, -0.03541712, 0.076329805, 0.20895265, 0.003645337), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.12773241, -0.09765568, -0.14337096, -0.065751396, -0.0084745465, -0.052546956, -0.08200752, -0.08708897, -0.032195702, -0.036496297, 0.17860867, -0.068227254, 0.13200605, -0.13811241, -0.050324995, 0.16204447), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.014216644, 0.057588127, -0.044320818, 0.062128264, -0.020399947, -0.05649115, -0.11319402, -0.038921937, 0.036813796, 0.5067311, 0.22060235, -0.0055661057, 0.23151882, 0.0050073536, 0.12176585, 0.0038464004), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.0759528, 0.07477981, -0.06292785, -0.050053917, -0.06312128, -0.21425541, 0.0067035304, -0.06986801, 0.10586866, -0.12749328, -0.097493485, -0.003508852, 0.111684315, 0.18951331, -0.012068376, 0.036257178), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.15544677, 0.047360703, -0.059747778, 0.0026973744, -0.00072011014, 0.15553303, 0.10704341, -0.02808549, -0.09962682, -0.044461366, -0.014757942, -0.06257519, 0.13504705, 0.030818086, -0.047969542, -0.12272446), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.02756638, 0.03870099, -0.078585416, -0.049957782, -0.16714093, -0.020673685, -0.0029932198, 0.08303188, 0.09362902, -0.32569888, -0.02152779, -0.039258134, -0.0024254394, -0.05215952, 0.103006296, -0.05561939), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.11232395, -0.4204378, -0.02948307, 0.058709357, 0.10122942, -0.01815637, 0.029027436, 0.045725007, -0.0019202912, -0.20451765, -0.06804741, -0.018427953, 0.026046682, -0.02693389, -0.1603317, -0.11198625), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.24319492, 0.114851095, -0.13692874, 0.07721465, 0.020316923, -0.08134961, 0.07356765, -0.054053787, -0.01942671, 0.22095704, 0.00965335, 0.018760502, 0.015964821, 0.086102456, 0.01024545, 0.043060217), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.3332833, -0.03617076, -0.06354161, 0.095067084, 0.20085002, -0.07980238, 0.042980768, 0.016795967, -0.09440837, -0.18057466, -0.062128007, -0.22770254, 0.03636945, 0.0749142, 0.0034359195, -0.024630694), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.18430449, -0.036511928, -0.053284973, 0.023835842, 0.23871118, 0.05792267, -0.0846795, -0.20196451, 0.03506874, 0.22829485, -0.28377455, -0.11413547, -0.10833865, 0.09104711, -0.13071612, 0.17202353), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.19165954, 0.22479524, -0.19884257, 0.08072162, -0.07574742, 0.13766298, -0.25755826, 0.084687516, -0.080061525, 0.25205615, -0.12677447, 0.08576974, 0.02831567, -0.009467821, 0.1970242, 0.20168954), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.0927734, 0.17610501, 0.14182864, 0.18800513, 0.05701441, 0.15469678, 0.11420199, -0.15377665, -0.08189125, -0.30660027, 0.033272292, -0.11340498, -0.08969095, 0.016946664, 0.03424574, -0.007572548), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.23636094, 0.15679167, 0.070221, 0.11989854, -0.18536362, 0.06250143, -0.086411804, 0.0099315215, -0.13320905, 0.2642356, 0.22141577, -0.009068583, -0.06783877, 0.16432028, 0.06672474, -0.051250096), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.22000717, 0.15731241, 0.13043061, -0.042806733, 0.0031978998, 0.0668276, 0.08608138, 0.10850058, 0.22485662, -0.121448815, -0.014875905, -0.082832925, 0.056386247, -0.29444495, -0.05680645, -0.015010734), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.014549664, -0.0069613485, 0.11311649, 0.05610812, 0.04279884, -0.1020982, -0.03904751, -0.17636296, -0.05201923, 0.14244251, -0.059024896, -0.09463292, -0.09491209, -0.022265568, -0.0002296264, 0.03899329), target2);\n\ttarget2 = MulAdd(b3, MF4x4(0.048777632, 0.052673753, 0.13282603, 0.1795813, -0.028372066, 0.10603009, -0.4148765, -0.02000411, 0.053786337, -0.11523432, -0.31676108, -0.03830518, 0.022093901, 0.013758008, 0.106954776, -0.028646056), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.06699817, -0.1724271, -0.036506936, 0.1153328, 0.015884517, -0.008503094, 0.028359545, -0.012168917, 0.030682955, 0.03541267, -0.03814948, -0.01124931, -0.05933562, -0.014424095, 0.027945189, -0.08810283), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.013294456, 0.19495966, 0.067234084, 0.15800472, 0.051711556, 0.17711255, 0.1140798, 0.10137737, -0.039499275, -0.04602223, -0.07446666, 0.0012073858, -0.08343905, -0.049277645, -0.078486815, -0.14566717), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.09936533, 0.039390396, 0.13288753, 0.1920324, 0.13764949, -0.05153866, 0.06799814, 0.22350872, 0.27779356, -0.02206339, 0.19484605, -0.07821554, -0.07797821, 0.12577902, -0.084113464, 0.02873002), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.10784442, -0.25804177, 0.1306632, 0.0046842564, 0.13917917, -0.03910364, 0.06410272, 0.019373003, -0.03459362, 0.080056466, 0.12915988, 0.14360592, 0.19040298, -0.0023102893, -0.04890759, -0.22537242), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.056570116, 0.13121127, -0.069638334, 0.11919738, -0.04740792, -0.16621193, -0.118925, 0.044869807, -0.010641902, -0.051522024, -0.057623643, 0.017528418, -0.07562933, 0.058253985, 0.05989836, 0.032996327), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.091301516, 0.08428476, -0.16445327, 0.11784904, -0.07030389, 0.022161584, -0.02548798, -0.08254805, -0.04188322, 0.24900444, 0.078174226, 0.20630752, -0.05519587, -0.10978986, 0.015350538, -0.12161702), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.095735274, -0.10423386, -0.036254395, 0.10522458, -0.022615599, 0.085539706, -0.096113354, -0.23468721, 0.050746538, -0.31889522, -0.061264757, 0.11150476, -0.007024875, -0.11553085, -0.019223234, -0.23692535), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.08454392, 0.21670897, -0.15095642, -0.060052566, 0.045126446, -0.030535553, -0.057765372, -0.027783932, -0.20350753, -0.2959993, 0.28601378, 0.028859718, 0.071787685, -0.027895963, -0.04723786, -0.10217129), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.012522398, -0.23370479, -0.019732006, -0.052036785, -0.33242345, 0.02026433, 0.26734874, 0.044760924, -0.09205539, 0.0888652, 0.27825877, -0.08912795, 0.019177845, 0.123587854, -0.10933388, -0.046620987), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.059484433, 0.107038036, -0.021947065, 0.03293247, 0.16987476, -0.02623603, -0.019537413, -0.02559007, -0.010399871, -0.028635733, -0.10141786, -0.10065662, -0.09635094, -0.107081525, 0.0060942136, 0.00018589811), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.063847266, -0.07454534, -0.1174812, -0.14199455, -0.044613797, -0.081642054, 0.035214093, 0.009284773, -0.00707006, 0.28477952, -0.03298465, 0.074021146, -0.04033067, 0.17765698, 0.1553138, 0.08380522), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.17025755, -0.118484, -0.21803714, -0.28715235, -0.13095933, -0.058834057, -0.18294802, 0.043152038, -0.058910713, 0.028670516, -0.0010361333, -0.025163988, 0.15223087, -0.016097538, -0.09638604, -0.01772858), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.062441614, -0.016123693, 0.07818185, 0.022483543, -0.029692583, 0.035550565, -0.12624146, -0.04230702, -0.061506867, -0.014386596, 0.0115612615, 0.068888955, 0.067702614, 0.07322066, 0.024701316, -0.04806952), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.026700316, -0.16510022, 0.050885063, -0.1332475, 0.019049475, -0.008760977, 0.04359399, 0.042262577, -0.05225198, -0.603255, -0.11838725, -0.017602438, -0.23949145, 0.07854026, -0.21954034, -0.07048147), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.18560836, 0.18485062, -0.008109583, -0.0061953044, 0.067029685, 0.1231515, 0.00463641, -0.031592768, -0.24861142, -0.012609046, 0.14307153, -0.072264954, -0.0067704953, -0.18041459, 0.17362577, -0.06497389), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.10974998, 0.06757753, 0.0377915, 0.057072945, 0.11128115, 0.0013228649, -0.044957817, -0.020252109, 0.06231163, -0.14761455, -0.027373059, -0.10220075, -0.22065234, -0.09441151, 0.052624665, 0.11956694), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.11292619, -0.10152602, 0.10526179, 0.06337831, 0.116172016, 0.16123155, -0.055104487, 0.13740757, -0.08778325, -0.028898785, -0.019357817, -0.08015077, -0.0066665406, -0.009120153, 0.051283117, 0.04456564), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.19621657, 0.26922694, 0.03988996, 0.032870032, 0.057292562, 0.024405524, -0.11551687, -0.047686152, 0.13039996, 0.056989953, -0.065783806, 0.00033558672, -0.065978706, -0.00902148, 0.1314761, 0.064695716), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.20266968, 0.11562562, 0.0044746934, 0.052361086, 0.0009612361, 0.01889979, -0.045194417, 0.085848965, -0.05785333, 0.07915189, 0.09685515, 0.016877603, 0.00037991733, 0.0003345007, -0.03782238, -0.0066707213), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.12730233, 0.037978236, 0.13999923, 0.033807464, -0.038275905, 0.012305192, 0.06438087, 0.08611617, 0.07200057, 0.13013837, 0.07331905, -0.0010762423, -0.038951423, -0.027457712, 0.014879732, 0.07803083), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.12269098, -0.01707025, 0.099231675, 0.16366597, -0.0075668246, -0.12552746, 0.27712014, 0.22933815, 0.14837137, -0.07610271, 0.11374453, 0.026816925, 0.1011783, -0.043783583, -0.18852726, -0.2007988), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.118183166, -0.45110446, -0.04326608, 0.10598517, 0.09142483, 0.004518412, 0.10789324, 0.18913233, -0.029293153, -0.10852763, 0.15762898, -0.021000696, 0.042484812, 0.030249448, -0.09806746, -0.15705605), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.026257282, -0.017269222, -0.111170195, 0.12946244, 0.015408065, -0.14137042, -0.035408627, 0.073995374, 0.006271072, 0.14994001, -0.01258022, 0.019418288, 0.118502036, 0.035291567, 0.039203968, 0.018011976), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.11994321, 0.037343338, 0.034031454, -0.0947803, 0.2207995, 0.043690477, 0.06692838, 0.18297808, 0.03876948, -0.20762676, -0.13309777, 0.036189202, 0.0058699325, -0.1331377, -0.035574175, -0.091714606), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.16173537, 0.030811697, -0.07565782, 0.17767896, 0.1574808, -0.0071866834, -0.031369448, 0.11762595, -0.304427, 0.04666128, 0.19467019, 0.13271074, -0.066108644, 0.17788546, 0.09988941, 0.0071199923), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.07895499, 0.024530848, 0.07610484, 0.14991722, -0.071451046, 0.07360262, -0.10922367, 0.16261177, 0.14607567, -0.29037732, 0.19056098, 0.0017480691, 0.09447392, -0.097536966, -0.15283571, -0.2116911), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(-0.090664506, 0.0026753773, -0.19803517, -0.0035921792, 0.08019641, -0.34822193, 0.03115303, -0.11561995, 0.047316786, 0.08521655, 0.30527622, -0.03627345, -0.10390178, 0.13096002, -0.11939941, 0.076553464), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.018057704, -0.012385826, -0.048699293, 0.057409126, 0.018623013, -0.13720913, -0.08693412, -0.035308264, 0.0048156027, 0.04298599, 0.20682096, 0.07020018, -0.19156799, -0.099447116, 0.11187527, -0.034651503), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(-0.19674721, -6.47493e-05, -0.14616148, -0.16328155, -0.15329379, -0.13080211, -0.095063426, 0.10239187, 0.29591182, 0.061356615, 0.19931474, -0.062333517, 0.111954294, -0.024125673, 0.1727124, -0.100813806), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.005782909, -0.048647407, 0.20534706, 0.04177472, -0.266937, 0.43962362, 0.03461612, 0.13415751, -0.21391335, -0.023739172, -0.382901, 0.1677018, 0.28375793, -0.10282615, -0.034843605, 0.00698951), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.0019446284, 0.07665739, 0.13404883, 0.1467204, -0.0588129, 0.19369206, -0.050641898, 0.018204086, 0.21603708, -0.22462276, -0.07930267, -0.2749562, 0.016131664, 0.2697215, -0.14661922, -0.026748048), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.15208562, -0.025413433, -0.031909585, 0.010184482, 0.09441715, 0.045736533, 0.0015301697, 0.055179585, 0.03623536, 0.08788274, 0.090822086, -0.041574936, -0.05593542, 0.013202262, -0.08831654, -0.117966585), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(-0.06767938, 0.036391854, 0.024670534, 0.065553516, 0.124412306, -0.18261679, -0.11035609, -0.021725666, 0.06963895, -0.18845208, 0.05664083, -0.28461877, 0.12621799, -0.024473144, 0.060711104, 0.06137061), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(0.030836413, -0.28885397, -0.0082618, -0.040858608, 0.121351525, -0.1581085, 0.04491976, 0.15929738, 0.011640548, 0.17567058, 0.18560362, -0.18308444, -0.091114745, -0.03191929, -0.0424641, 0.10603501), target2);\n\t\n\tMF4 target3 = { 0.038618144, 0.034658056, 0.04403221, 0.22010419 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.044858746, 0.112747766, 0.11743049, -0.04397981, -0.15657529, -0.08594472, -0.077046685, 0.040047225, -0.16525316, 0.118806966, -0.06923664, -0.068862945, 0.13853838, 0.21202816, 0.03315427, 0.02810617), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.08981965, 0.009795084, -0.17461349, 0.1293042, 0.13288464, -0.011990358, 0.045853514, 0.005478685, -0.039259993, 0.014204771, 0.049636167, -0.031643927, -0.081734784, 0.06592399, -0.075981714, -0.02715899), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.110248916, 0.0064891353, 0.022578653, -0.029814541, 0.12611644, -0.1477485, 0.013158434, -0.029419534, -0.049103256, 0.11351519, -0.07094292, 0.15175463, 0.023724427, -0.04979516, 0.01999463, -0.04911801), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.072089985, 0.04007664, -0.024550471, -0.0041285334, -0.018247912, 0.046173554, -0.07198727, 0.017499885, -0.001033623, -0.19433345, 0.07760378, 0.049773693, -0.17062156, -0.02818212, 0.34907836, 0.0050598015), target3);\n\ttarget3 = MulAdd(e1, MF4x4(-0.06617895, -0.029447488, -0.08041051, 0.10391866, -0.3511068, 0.24072146, -0.07714093, -0.19329752, -0.090364814, -0.114312, -0.14665945, 0.14689237, 0.20671985, 0.015588815, -0.119754635, -0.056320462), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.027388249, 0.104699664, -0.27179572, -0.02907286, 0.07357054, -0.0068755792, -0.13605821, 0.06462062, -0.093615666, -0.032704853, 0.038318764, -0.076435864, -0.0055633793, 0.046742633, 0.093529075, 0.18353659), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.06082767, 0.085872404, -0.093700096, 0.061194196, 0.06258653, 0.058643147, -0.07235859, -0.092823185, -0.010440827, 0.11255041, 0.0090868175, -0.007858298, 0.148384, -0.05526942, 0.19361623, 0.004099247), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.06093948, -0.038310055, -0.082474135, -0.010680022, 0.0012025833, -0.092099264, 0.013127829, 0.027141726, 0.09983758, 0.03275215, 0.07185623, -0.19180898, -0.044681955, -0.024202297, -0.3165539, 0.0010588729), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.060221963, -0.026948337, -0.06574486, 0.011485259, -0.06550075, 0.040276073, 0.025496457, -0.19623038, -0.065990366, -0.025713596, -0.040418267, -0.08788943, 0.076047935, -0.056114316, 0.15456654, -0.07788768), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.067551315, 0.14745092, -0.054396585, 0.040545028, -0.17049932, 0.07036919, -0.13004121, -0.012877571, -0.09034833, 0.013381427, -0.07020307, 0.13269025, 0.04836113, 0.008816658, 0.06908017, 0.13488075), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.15872127, 0.046130676, 0.059947554, -0.01181087, 0.00031724942, -0.048350845, -0.009036753, -0.11157358, -0.07300833, 0.09947689, 0.20575939, -0.3546566, -0.059859008, 0.029647622, 0.13094904, -0.03154742), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.08560438, 0.1965193, -0.044979937, -0.13631731, 0.16646172, 0.09958199, 0.0074020037, 0.10672716, 0.15015182, 0.041704617, 0.063770875, 0.19410326, 0.008813034, 0.16075528, 0.08517037, 0.28283635), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.12114333, -0.08197629, 0.026583742, -0.060136575, 0.07713845, -0.004285971, 0.16490252, 0.26541123, 0.13636889, 0.14296104, -0.045894254, -0.007115691, 0.037731793, -0.014873664, -0.00571577, -0.009701031), target3);\n\ttarget3 = MulAdd(e2, MF4x4(0.2608233, -0.014971803, 0.15469527, 0.18899868, 0.06325761, 0.05273965, -0.021072507, 0.039343588, 0.049740855, 0.30912283, 0.1328661, 0.21406676, 0.013830919, -0.2128574, -0.020829424, 0.22456568), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.0642146, -0.14275537, 0.032388665, -0.12502304, 0.31260416, -0.026139492, 0.11060444, 0.014260357, -0.06373526, 0.15441616, -0.14077063, -0.03819972, 0.023418859, -0.065061435, 0.068000436, -0.10781963), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.039874375, -0.03544748, -0.09499391, -0.021817759, 0.2049574, 0.08219808, 0.044527993, -0.12810238, -0.07313955, -0.3041692, 0.074703164, 0.034242906, -0.08850236, 0.06280731, 0.07377995, 0.10382322), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.04350059, 0.21734618, 0.08675183, -0.055069674, 0.16317086, -0.000833345, -0.061599948, 0.025430895, -0.05566867, -0.07084767, -0.20808282, -0.08088132, -0.08246971, 0.019896548, 0.0011203124, -0.016212555), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.009271706, 0.10609657, 0.046975497, 0.016255897, -0.03132032, -0.026223281, -0.04218519, -0.089583725, 0.0011256885, -0.096725605, 0.13508168, 0.0070396424, 0.071279675, -0.009885292, 0.023429802, 0.04919291), target3);\n\ttarget3 = MulAdd(a3, MF4x4(-0.043223884, 0.18723601, 0.059270866, -0.038768277, -0.03307238, 0.045570783, -0.01494598, 0.12532744, -0.0633282, -0.009204529, -0.032864776, -0.012969925, -0.03190685, 0.048798896, 0.033872727, 0.059553478), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.087938786, -0.24108681, 0.14970978, -0.13961543, 0.0891246, 0.015723674, 0.05370719, -0.11110716, -0.00214365, 0.12866165, 0.108206935, 0.027394261, -0.15103427, -0.14690042, 0.035489313, -0.15238154), target3);\n\ttarget3 = MulAdd(c3, MF4x4(-0.0800077, -0.23219119, -0.08327999, -0.022596871, -0.021897404, 0.15777653, 0.017139765, 0.28121725, 0.024720678, 0.0976178, 0.078697845, 0.050298456, 0.0918896, -0.1709005, 0.001258526, -0.16952778), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.1855042, -0.1221885, 0.02704022, 0.00095695246, -0.014720871, -0.011397964, 0.009077131, -0.0658526, 0.0753248, -0.018622542, 0.21117687, 0.009595839, -0.014185466, -0.12340562, 0.20756626, 0.1002926), target3);\n\ttarget3 = MulAdd(e3, MF4x4(0.03998379, -0.14931168, 0.43595135, -0.18249772, -0.014348168, 0.17039725, -0.54961896, 0.23570935, -0.0961725, -0.08736501, -0.48726758, -0.11515001, -0.03716486, -0.17436725, 0.3894316, -0.012835015), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.15397331, 0.021657735, -0.054806687, 0.1541452, -0.12548985, 0.0934218, 0.20914574, 0.14777465, -0.0670766, 0.11853072, -0.012987691, -0.020369543, 0.09420477, -0.17689225, 0.109701715, -0.046027176), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.02231296, 0.14284018, -0.14968887, 0.13387628, 0.06886712, -0.11273641, 0.03278117, -0.13931367, -0.07073904, -0.05791193, 0.0074532703, 0.057605404, -0.007830725, 0.16091831, -0.16650262, 0.1647855), target3);\n\ttarget3 = MulAdd(h3, MF4x4(-0.057878133, -0.12752692, -0.12909345, 0.07441648, 0.027899493, -0.018735388, -0.07586787, -0.048344534, -0.11736236, 0.015326167, -0.103591904, -0.17694342, -0.049772773, 0.015765708, -0.1248672, 0.26354307), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.18220314, 0.0046032136, -0.2081131, 0.03723796, 0.08844814, -0.01369978, 0.053207412, -0.08312182, -0.062071536, -0.067955784, 0.004774782, -0.06925075, -0.059406135, 0.06784051, -0.09814774, -0.11124358), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.27883962, 0.12152088, -0.24405631, 0.0027260163, 0.19775666, 0.058938242, -0.05956473, -0.10816854, -0.0071739377, -0.4144036, 0.068261996, -0.2445757, -0.23093198, -0.17691095, 0.038170703, -0.013878705), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.063041806, 0.2538589, -0.11473429, 0.01619935, -0.08354722, -0.04798535, 0.02354034, 0.033864528, -0.055874173, -0.16368376, -0.02903178, -0.12477576, 0.02629324, 0.034359895, 0.08272036, 0.06732605), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.15553482, 0.0060790586, -0.05535005, 0.0132087935, -0.03520144, 0.023434987, 0.031604007, -0.09385124, -0.15015934, -0.13401696, -0.005520488, -0.08600875, -0.04346026, -0.07434181, -0.05771243, 0.03339138), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(-0.13035898, -0.06444063, -0.12604833, -0.1291162, 0.0002854935, 0.0011192479, 0.03285, -0.0718767, -0.0048345756, 0.23910385, -0.13370244, -0.27723455, 0.2173459, -0.09477723, -0.2785804, -0.089392334), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.19831544, -0.04623001, 0.11013904, 0.07203301, 0.006143421, -0.059177686, -0.5040003, 0.12711781, 0.18126795, 0.13216637, 0.15124142, 0.0053686183, 0.090513304, 0.10542994, 0.34392425, 0.016424375), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.16124019, 0.09191821, -0.04369587, -0.21306747, -0.16233422, 0.031122763, -0.012612568, -0.016409902, -0.09023912, 0.013649212, -0.16627215, -0.05366447, 0.10274318, 0.086314775, 0.08027116, 0.08462481), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.14453822, 0.024520764, -0.0071830307, -0.13206398, -0.072472885, -0.10329967, 0.1636545, 0.016468262, -0.013051184, -0.12824146, 0.03824098, -0.22003986, -0.10416448, 0.0039071296, -0.34092218, 0.10734566), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.072179504, 0.006203091, -0.018925803, -0.1199396, -0.084528126, 0.094925165, -0.11961369, -0.054626215, -0.117074564, -0.04484073, 0.040342934, 0.13213676, -0.0064397864, 0.10155662, 0.20097142, -0.2804305), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(0.087270446, 0.078806184, -0.05655386, 0.06486903, 0.034370087, 0.0036874234, 0.003311713, -0.10504396, 0.028166316, -0.22845218, 0.017909897, -0.2130404, -0.050013334, -0.117276974, -0.06318294, -0.0037857178), target3);\n\ttarget3 = MulAdd(na2, MF4x4(0.08871242, 0.075167455, -0.039373945, 0.00051754323, 0.07687967, -0.06586344, -0.15153599, 0.0018507856, -0.017242108, -0.054329462, 0.051372115, 0.0033961546, 0.06248249, -0.06631481, 0.05806025, -0.021996895), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(0.09424522, 0.073743, -0.0017127816, 0.0033512171, -0.11385974, 0.014514997, -0.0068160114, 0.12540759, 0.106560245, -0.049447417, 0.111991346, -0.06375654, -0.011610938, -0.024543937, -0.12136444, 0.1091816), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.2360247, 0.051082112, 0.063963845, -0.19552353, -0.12502095, -0.043954436, -0.029264912, -0.107425205, -0.104991466, 0.1546093, -0.019506395, 0.102938086, -0.054183662, 0.010583785, -0.080395944, -0.08370572), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.15028444, 0.031050628, 0.04759701, -0.076938786, -0.09843708, 0.013380048, -0.07036618, -0.18517768, -0.24299946, 0.0074256407, 0.12335329, 0.008296356, -0.14130129, 0.089567006, -0.066212654, -0.019249886), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.21793036, 0.046704203, -0.26442486, 0.036775246, 0.011823214, 0.035270307, 0.27286708, -0.041062694, 0.1929, -0.18686813, 0.033577543, -0.23847485, -0.04342215, 0.20992972, -0.31331903, -0.3476763), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.2605603, 0.045636464, 0.078897774, -0.02860065, -0.17690817, -0.022998778, -0.078985356, -0.08182311, -0.02665034, 0.051768366, 0.14886487, 0.08579571, 0.13346, -0.10001264, 0.04904008, 0.14541489), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.106186725, -0.0063438504, 0.07265258, -0.036121733, -0.13984898, 0.003038981, -0.016125364, 0.13680565, -0.057302903, -0.12963718, -0.0030335293, -0.021742221, -0.006363557, -0.101099625, 0.095220365, 0.033486642), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.094589375, -0.044164203, -0.15519938, -0.02010285, -0.094102144, -0.06617603, -0.06663444, -0.036653996, -0.018485812, 0.04307366, 0.23020254, 0.17289902, 0.11927716, 0.059777882, 0.16321822, -0.17249192), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.17176881, -0.05145481, 0.058537252, 0.07365525, 0.17615119, -0.0008998237, 0.20070761, 0.08091997, -0.22727549, 0.040356588, -0.19447488, 0.019409144, -0.094837844, 0.029385263, 0.06778661, 0.15896504), target3);\n\ttarget3 = MulAdd(na3, MF4x4(-0.11452088, -0.024284642, -0.04490299, -0.020004421, 0.050837193, -0.19884948, 0.0027391468, -0.04909611, 0.10565033, 0.046887845, 0.15566911, -0.04677708, -0.1617592, -0.1090753, 0.021104805, 0.12100669), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.0796837, 0.2143031, 0.15130435, 0.11013741, 0.02859385, -0.23182273, -0.01307099, 0.17366518, 0.067062154, -0.13214251, -0.0359161, -0.22044878, -0.065245375, -0.12085723, -0.0058068414, -0.05868892), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(0.05886354, 0.04594631, 0.0035692437, 0.0043173125, -0.0058938325, -0.12315084, 0.009706764, 0.029205475, 0.02275545, -0.030235367, -0.010946894, -0.1160915, -0.24663799, 0.021396592, -0.08312792, 0.035279196), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(-0.18054669, -0.03518381, 0.048470423, -0.0056507597, 0.03240578, 0.12688184, -0.09667544, 0.04029143, 0.03038166, 0.10955508, -0.2918326, -0.08950494, -0.06969353, 0.20913015, 0.13051425, -0.12262561), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.11774238, 0.107279345, 0.09160909, -0.12901367, -0.063854314, 0.012220096, 0.1428603, -0.03274951, -0.16071229, 0.16923961, 0.09850307, 0.3375513, 0.17089152, 0.1066977, -0.11292511, 0.07839456), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(0.06309776, -0.062669575, 0.12810674, -0.22764897, 0.05594526, -0.3354947, -0.271324, -0.1370599, 0.0019311982, -0.20568445, 0.14663076, -0.10399025, -0.11092913, 0.13635515, -0.046688963, 0.18119682), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(0.06247405, -0.070577376, -0.049723163, 0.20372438, 0.059769955, -0.15753393, 0.08755224, -0.16705483, 0.043191068, 0.13503598, -0.06549854, -0.08262152, -0.036690235, -0.017480936, 0.0087178415, 0.124511525), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.103790514, -0.062080752, -0.04171218, -0.22629078, 0.058754075, 0.010274649, 0.012631916, 0.0884306, 0.10843063, 0.11566254, 0.16639906, -0.05603101, 0.03344291, -0.009285547, 0.22062606, -0.18537858), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(-0.010970425, 0.06433602, -0.010908282, 0.21255766, -0.124487005, -0.18626499, 0.017554395, 0.022440141, -0.043080032, 0.13329363, -0.019777333, -0.13920292, -0.057512637, -0.07950961, 0.0008059128, 0.08286962), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex3[gxy] = target3;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x24\n//!IN tex1, tex2, tex3\n//!OUT tex4, tex5, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.034046266, 0.030718531, 0.029500093, -0.007484251 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.19656715, 0.073294915, -0.019779518, 0.021025823, 0.15261759, 0.04309221, -0.1493544, 0.049283743, -0.0905334, 0.1813188, -0.0016973419, 0.15697837, 0.13670535, -0.11242918, -0.013915669, -0.13730156), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.04107699, 0.17384163, -0.096351616, 0.04331655, -0.23204431, 0.25804806, -0.04034741, 0.17473252, 0.2747926, -0.04826532, 0.06581498, -0.01747519, 0.16690566, 0.18259898, 0.051713206, -0.11371784), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.09295699, -0.02639465, -0.07067535, -0.055101186, 0.049066454, -0.1348934, -0.010201892, 0.076446265, -0.17203535, 0.094379045, -0.05279342, -0.06568022, 0.019863818, 0.048707128, -0.001194968, 0.08657796), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.075812176, -0.14860412, -0.07091005, 0.027131502, -0.037916575, -0.08786051, 0.12747246, 0.07358627, -0.17530513, 0.01687204, -0.02315926, -0.0475825, 0.10233608, 0.11752665, -0.066707715, -0.02696408), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.16265862, 0.07163909, 0.029001605, 0.023125717, -0.45108593, 0.31734392, 0.18262424, -0.16254611, -0.13591787, -0.34079695, 0.15933561, -0.11768856, -0.20831986, -0.2617357, -0.06293675, -0.21008867), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.03834222, 0.11669165, -0.14289354, 0.19205377, 0.034326866, 0.11611292, -0.35397327, -0.22060747, -0.004148329, 0.16584732, 0.021622034, -0.026690945, -0.002915367, -0.0025648596, 0.098647386, 0.010004625), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.12951577, -0.12372639, 0.050420888, -0.059468318, 0.06579213, -0.20325322, -0.1699444, 0.019064313, -0.035931777, -0.020957012, 0.0027909358, 0.007493282, 0.0004133846, 0.034073114, -0.038953777, 0.065847114), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.044652946, 0.04014948, -0.11211438, -0.009610841, 0.04416661, 0.007001935, 0.23747365, 0.051566597, 0.08833828, 0.08240841, 0.11842664, -0.053376306, -0.24712811, 0.086317725, 0.0038018306, 0.058020968), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.14782053, -0.02475428, -0.17784445, -0.024647312, 0.1743018, 0.06606081, 0.056824066, 0.14064185, 0.06063915, -0.04583706, 0.101063475, -0.043567337, -0.07165717, 0.03192861, 0.056516238, -0.011080173), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.15754054, -0.022155577, -0.08209624, -0.0014304873, -0.29201108, 0.08677429, 0.2264655, 0.047244307, -0.048876513, -0.0927597, -0.045443505, 0.20207925, -0.12566972, 0.1404151, -0.024384655, -0.032324787), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.2863662, 0.08409054, 0.060920034, -0.05120718, 0.20190823, -0.05651237, 0.16887607, 0.0733604, -0.14424925, -0.06001526, 0.030432044, 0.14361487, 0.02771769, 0.030591695, -0.029078443, -0.048318565), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.00791873, -0.09765571, 0.00042280424, 0.09341729, -0.22752157, 0.23591608, 0.0051302435, -0.077698976, 0.10737567, -0.23836324, -0.067966945, 0.2257328, -0.004849654, -0.036767352, 0.13280262, -0.07600507), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.05473653, -0.1915318, -0.00626306, -0.13441068, 0.088244185, -0.31077763, -0.010066507, -0.091302134, 0.11164262, 0.12096589, -0.0605778, 0.1308392, -0.010200418, -0.024670156, 0.09293591, 0.028182708), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.053266037, 0.29016244, 0.19542074, -0.20729323, 0.1344162, -0.21329224, 0.20277289, -0.08846336, -0.114185594, 0.206921, -0.0006008467, 0.0205045, -0.282864, -0.22293371, -0.17658198, 0.20596933), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.03932726, 0.080170035, -0.07711416, -0.29913354, -0.06824731, -0.061843343, -0.13042153, -0.19094346, -0.11703233, 0.06704312, -0.049862698, 0.1466207, -0.0011674183, 0.080236584, -0.06675328, 0.13961533), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.022837833, 0.0019198474, 0.0236172, 0.07043625, 0.12661463, 0.001672872, 0.06307569, -0.13343741, 0.17860405, -0.19384168, 0.079231955, 0.032781634, -0.15199795, 0.13594992, 0.070164844, -0.060025793), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.12844789, -0.025733668, 0.020556241, -0.12541436, 0.14400893, -0.03860052, 0.059304774, -0.1786852, -0.18367065, -0.2374019, 0.1148333, -0.1065858, 0.119285814, 0.016301462, 0.028108267, 0.04623708), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.12543629, 0.011575056, -0.037424013, 0.09024941, -0.029061148, -0.08703052, -0.0024641235, -0.105915934, -0.044543535, 0.06887956, -0.04743747, -0.05494799, 0.031339128, -0.034284074, -0.121141724, 0.053843208), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.2666571, 0.09093467, -0.012503428, -0.035125565, 0.032127958, -0.042863887, -0.08649192, -0.015927156, 0.08400246, 0.01662268, 0.034715075, -0.00908548, 0.045443024, -0.06893885, -0.074183375, -0.00844849), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.18397407, -0.10994183, 0.086410955, -0.008634828, -0.02632997, 0.019804388, 0.048724968, 0.18321893, -0.017287457, 0.18407986, -0.08789994, 0.23315573, 0.17696501, 0.021334525, -0.01854696, -0.19259432), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.17279425, 0.040277172, 0.045758635, 0.112192474, -0.1307268, -0.08761701, -0.17986964, 0.08374649, -0.14858364, 0.09763281, -0.08468596, 0.07319079, 0.035000093, 0.15952845, 0.07624351, -0.06327825), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.08170692, -0.08774166, -0.06705707, 0.0831711, -0.08875457, 0.2449888, -0.14047605, 0.121503554, 0.12618999, 0.02661774, 0.074408755, 0.008565884, 0.0066377656, 0.07707615, 0.0047538104, -0.09728628), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.07823108, 0.26807916, -0.1287439, 0.122834176, -0.19714594, -0.4942738, 0.10632799, 0.15897664, -0.49854252, -0.53525513, -0.022803375, 0.009074036, 0.11774684, 0.031480465, -0.09894373, -0.021954348), target1);\n\ttarget1 = MulAdd(f3, MF4x4(0.12955268, -0.19441509, 0.09120095, 0.011785061, 0.051540542, 0.04758044, 0.04755938, 0.038364667, 0.13298763, 0.10289183, 0.020991595, -0.081097506, 0.034405325, -0.11437959, -0.12480481, -0.065397635), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.014650886, -0.013576367, 0.07512687, -0.12763637, -0.08968091, 0.10528254, -0.0038084937, 0.15035029, -0.012962306, 0.05691601, 0.0812368, -0.03788991, -0.023433529, -0.06713006, -0.11560342, -0.016785484), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.08841537, -0.06776095, -0.047271274, 0.019514252, -0.015769644, 0.13348323, -0.10441001, 0.11785519, 0.12106464, 0.12203113, 0.12842509, -0.060258504, -0.05513583, -0.11723075, 0.16473113, 0.011207402), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.09194844, 0.090906195, 0.0073818006, -0.2054332, 0.10706456, -0.077387035, -0.10359331, -0.027400512, 0.03793532, -0.14690651, -0.093249865, 0.050878726, -0.050666083, -0.048249774, -0.029831426, -0.005122034), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.020260984, 0.03831684, 0.03624668, 0.05309828, 0.21425313, 0.04278761, -0.05036095, -0.11595718, -0.040695038, -0.053862657, 0.04097228, -0.14234553, 0.14645652, 0.0005556175, 0.037454158, -0.0834163), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.06560231, 0.035083, 0.00515858, -0.078715794, 0.18701494, -0.13166098, 0.039057065, -0.0039464743, -0.060099427, -0.0197617, -0.03425236, -0.034474097, -0.13463692, -0.14687043, -0.07386183, 0.15877718), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.17528099, 0.26496586, -0.026784442, 0.02301352, -0.19334768, 0.058255307, 0.084549166, 0.05813938, 0.14634804, 0.021594442, 0.09401384, 0.048137084, -0.027516525, 0.03725506, -0.03902931, -0.05822093), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.08095242, -0.0700387, 0.1565957, -0.12318027, 0.0009593411, 0.083975986, -0.1672044, 0.07669263, 0.15444267, -0.2405765, -0.0999547, -0.0113806585, -0.086394556, -0.068187304, 0.022804303, 0.033642158), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.1742647, -0.1139802, 0.03773566, 0.24217185, 0.14553599, -0.13462967, -0.15343545, -0.07004845, 0.09719264, 0.40018603, 0.012584803, 0.20194948, 0.23837751, 0.14372137, 0.018450642, 0.19864424), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.01977227, -0.01629232, -0.11582299, 0.07435107, 0.04089713, -0.013857991, 0.22446491, 0.016065463, -0.042079967, 0.0170577, 0.040578466, -0.038618524, -0.05470756, -0.115140095, -0.065542445, 0.14684047), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.037176184, 0.090253, 0.14125483, -0.08512404, -0.051651485, 0.099631414, 0.10343597, -0.0061565666, 0.041628633, 0.09307784, -0.090136886, -0.009559773, -0.03024448, -0.031733215, -0.07797126, 0.055322547), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.1050144, -0.03270817, 0.26327172, -0.28404585, -0.03861458, 0.048381314, -0.15304287, -0.0042754454, -0.10290137, -0.24198222, -0.12365528, 0.095550224, 0.15594007, -0.02852183, 0.021433152, 0.007750503), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.14963464, 0.036146436, 0.06857592, -0.03860567, 0.014884097, 0.07543522, 0.024485901, 0.035711233, -0.003450604, -0.0597103, 0.024015842, -0.001213529, -0.058722682, 0.01725032, -0.12181248, -0.008058613), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.071817815, 0.041531287, 0.014643306, 0.16291411, 0.26480407, -0.17182025, -0.010588466, 0.105062984, 0.030210229, -0.04829373, -0.036531925, 0.047632486, -0.2479769, 0.045298517, 0.13192376, 0.033759), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.08769319, -0.0032485086, 0.022313096, 0.17629139, -0.29785547, 0.17973061, 0.033340637, 0.15138951, 0.016324213, -0.052774195, 0.03140277, 0.049657557, -0.1042336, -0.048986793, 0.11604845, 0.027282678), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.06349052, 0.020287551, 0.041792236, -0.064779855, -0.19809574, 0.1296112, -0.31961703, -0.10329236, -0.06304219, 0.1266601, 0.047558576, -0.01599766, -0.0840006, 0.110553645, -0.17114124, -0.092702754), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.07258822, 0.33649316, 0.03007162, 0.122297324, -0.0035460228, -0.031201044, 0.12168557, -0.029285375, -0.0809431, -0.12167306, 0.07364419, 0.028837958, -0.0045297747, -0.0601046, 0.01811243, -0.09054316), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.25255457, -0.22574474, -0.34320608, 0.11290973, -0.26090237, 0.040196825, 0.13508338, 0.029482007, -0.10183512, -0.08112251, -0.11552506, 0.19293801, 0.3495816, 0.18543391, 0.06588066, -0.04709665), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.084513545, -0.15674965, -0.0008406949, 0.090281285, 0.2712172, -0.116089135, -0.015765252, -0.117886744, 0.09920849, 0.029833876, -0.095729664, -0.027886158, 0.075155556, -0.046650156, -0.0065415367, -0.010066504), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.045017265, -0.032798514, 0.015228568, -0.10716174, 0.12533835, -0.18279125, 0.04248092, -0.19403161, -0.037150033, 0.051052798, 0.064987876, -0.0012054371, 0.17646495, -0.08559015, -0.030268986, -0.0110990135), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.2270626, 0.07908034, 0.10131884, -0.04477681, 0.012331784, -0.0066530495, 0.11152835, -0.011538218, 0.18025607, 0.28347188, -0.061317418, 0.140885, -0.12165267, -0.015358079, -0.1509724, 0.10532319), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.090888165, 0.051266413, 0.00032922614, 0.10080883, 0.25410557, 0.01401413, -0.08648295, -0.18689357, 0.06347326, -0.12212378, -0.047608927, 0.19060975, 0.030654645, -0.0008587347, 0.056551795, -0.075159475), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.18279178, -0.043672565, -0.045675628, 0.08589114, -0.09798812, 0.13952787, 0.020468095, 0.019159447, -0.037739623, -0.031772856, 0.05684188, -0.0027250764, 0.15689476, -0.048730828, 0.07862422, -0.050529804), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.16031522, 0.032964543, -0.04876928, 0.02347113, -0.15290083, -0.2451878, 0.052881993, -0.08540753, -0.07177217, -0.15992549, 0.0651776, -0.08932986, 0.1767438, 0.056059174, -0.0576956, -0.09165988), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(0.13147484, -0.0570967, -0.11560189, 0.05509382, -0.0150885545, 0.09640748, 0.014165965, 0.20704748, 0.030164357, -0.1082378, 0.024942307, -0.08219035, 0.124670975, -0.052641235, -0.0226715, -0.027526885), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.23702182, 0.23504741, -0.0055127465, -0.05391814, -0.033541497, -0.004652474, 0.018886803, -0.03751877, -0.17091194, 0.023785884, 0.04066812, -0.060029395, -0.041414294, 0.01717907, -0.03250043, 0.06307296), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.13159078, -0.21431974, 0.18132871, -0.057554632, 0.21089126, 0.2748356, 0.09672305, -0.06376276, 0.533338, 0.44528118, 0.005919547, -0.04472009, 0.057801563, 0.089425854, 0.00619256, -0.1724294), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.092838384, 0.10023682, 0.024242302, -0.17375132, 0.078034006, -0.19451837, -0.15501493, -0.13293402, -0.18569629, -0.19058825, -0.00096012745, 0.046021726, 0.10088386, 0.08519642, 0.13217524, 0.13243376), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.027395649, 0.023635123, -0.010267926, 0.17099325, 0.12437585, -0.1249303, -0.06419651, -0.021422816, 0.17196923, -0.22701795, 0.015808482, -0.14445387, -0.05460773, -0.003828314, -0.18222629, -0.048698075), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.013598317, 0.122526735, -0.02577042, 0.08744144, -0.08979224, 0.1286411, -0.05883814, -0.12919591, -0.050816238, -0.15597601, -0.115631886, -0.12070838, 0.11360469, -0.02584839, -0.1560333, 0.011274217), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(0.080101736, -0.1330538, 0.021211144, 0.1438211, 0.01772601, 0.11148414, 0.13287805, 0.15081206, -0.012008585, 0.06793454, 0.03773184, -0.032694455, 0.10249589, 0.026878785, -0.12141799, -0.09203301), target1);\n\t\n\tMF4 target2 = { -0.03760731, -0.0242485, -0.021933366, 0.027489811 };\n\ttarget2 = MulAdd(a1, MF4x4(0.07053637, -0.13757081, 0.083475806, 0.047742493, 0.17072907, 0.03391062, -0.06359729, -0.087144814, 0.13410439, 0.0766006, -0.07466357, 0.020072024, 0.070759356, -0.07371517, -0.002268697, -0.01926168), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.044688217, 0.11774826, -0.042388003, -0.07989108, -0.1972503, 0.050274227, 0.016185008, -0.058738116, -0.19790363, -0.05735989, -0.047189124, -0.14251053, 0.020062871, 0.03521658, 0.08752947, -0.23372267), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.25029907, -0.045921884, 0.09080718, 0.016080718, -0.084881, -0.11112135, 0.06381888, -0.11366214, -0.09134574, 0.078322254, 0.08380223, -0.04663652, 0.079209715, 0.019024234, -0.13660747, 0.014792784), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.32267445, -0.14074866, -0.07469012, -0.16251983, 0.03330349, 0.11198752, 0.031585973, 0.022867791, 0.018227417, -0.20173706, 0.06353359, 0.20548727, -0.028305814, 0.100267045, 0.10572279, 0.026997928), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.098945044, 0.05311362, -0.19431336, -0.04678114, -0.4157369, -0.042450808, -0.044422694, 0.12376175, -0.23616472, 0.28038284, 0.14551993, 0.09350881, -0.16741902, -0.038471445, 0.01986414, -0.17471582), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.14448655, -0.019295415, -0.10982297, -0.06357956, 0.2369261, 0.032228198, -0.11679823, -0.05587635, 0.04871467, -0.0137740765, -0.07519058, -0.18964961, -0.026393183, -0.01974549, 0.06976226, -0.016081909), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.0137074115, -0.079286255, -0.12312942, -0.018789625, -0.013921108, -0.0020071631, -0.054753337, 0.017963797, 0.2555907, 0.032142516, -0.24176246, 0.16440704, -0.017065119, 0.051031727, -0.1010096, -0.034884788), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.060335524, 0.074403755, -0.03940425, -0.06947243, 0.063064545, 0.0003786891, 0.042550083, 0.014553617, -0.18506478, 0.14322414, 0.09673403, 0.19324619, 0.13711761, 0.14422627, -0.26975414, 0.1770873), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.0749963, -0.0043254187, 0.007601493, 0.044143427, 0.07984297, -0.13162711, -0.0021585606, -0.009246663, 0.20984007, -0.046367027, -0.09268187, 0.14495128, -0.12562644, 0.1836961, -0.009291084, 0.09893831), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.04764635, 0.0771012, -0.06254785, 0.049306013, -0.1309074, -0.16724089, 0.064103976, 0.029477306, -0.15803875, -0.018528668, 0.008828626, -0.06195826, -0.06321009, -0.08585472, 0.062971294, -0.09935699), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.09090366, 0.035622045, -0.07656447, 0.047136262, -0.12315156, -0.06781894, -0.16850029, -0.08679722, 0.031337507, -0.034778163, -0.0034067088, 0.060668938, 0.025843577, -0.13783671, 0.07269251, -0.016900677), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.0440054, 0.0036595238, 0.008771493, 0.030218529, -0.027555777, -0.06657435, -0.055236634, -0.033271316, -0.13821629, 0.03597882, -0.05062761, -0.053709738, -0.0017135427, -0.030783407, 0.08677211, -0.07123904), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.04535665, 0.10784165, 0.06629595, -0.08122243, -0.039657716, -0.18704408, 0.1423137, -0.042863034, -0.0742858, 0.18767954, 0.0049358946, -0.03671723, -0.26857832, -0.27597806, -0.15875868, -0.06401874), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.11346384, -0.02552838, 0.15989058, 0.135453, 0.11406132, -0.14827615, -0.034574773, 0.098348685, -0.11900814, -0.017299704, -0.0073399683, 0.28204438, 0.101091795, -0.05411511, -0.25915098, -0.18966594), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.00533059, 0.02730481, -0.037623204, 0.0683161, -0.001293424, 0.048477355, -0.031527296, -0.06233651, -0.08181692, 0.15782121, -0.022148566, 0.023771856, 0.08038705, 0.20726775, -0.049652047, 0.013319854), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.10297071, -0.004163597, -0.054161496, -0.047678668, 0.17382064, -0.07822223, -0.015010763, -0.04397959, 0.016814355, 0.029943537, -0.054495964, 0.025957715, -0.0020466947, -0.05330402, 0.1510799, 0.020855682), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.068892024, 0.06622253, -0.03464551, 0.058187455, 0.0040488504, 0.04686992, -0.031023791, -0.0217168, 0.27100065, 0.05667408, -0.1947591, 0.016222548, 0.15030278, 0.037999425, 0.18916538, 0.031360295), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.0033874374, 0.16642143, -0.05115266, 0.033188976, 0.15715985, -0.016430153, 0.061355177, -0.03946156, 0.097530834, 0.09636378, -0.0040456597, 0.03355033, 0.08691396, -0.059714377, -2.6330366e-05, 0.07581963), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.009388512, -0.11915495, -0.013311355, 0.037321404, -0.055611674, -0.03687238, 0.04141501, -0.05869542, 0.07016199, 0.09323767, 0.04217543, 0.06623439, 0.03210602, -0.05782674, -0.11002717, -0.0072197197), target2);\n\ttarget2 = MulAdd(b3, MF4x4(0.10509906, 0.09556673, 0.12621118, 0.05654386, -0.059508096, 0.05438697, 0.07796531, 0.013211419, 0.117890954, 0.06040751, -0.0016234997, 0.081311926, -0.13193677, 0.06996361, -0.13694339, -0.17900036), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.053371694, -0.06806307, -0.1518878, 0.033526573, 0.046281144, -0.046205673, -0.034051836, 0.030009115, 0.126423, -0.016593177, -0.039357234, 0.10646578, -0.049523186, 0.031685475, 0.020842545, -0.12438032), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.13840649, 0.09017664, -0.049517624, 0.16685495, -0.08715648, 0.10113574, 0.018099392, 0.060909674, -0.0058692712, 0.045747917, -0.027853733, 0.05472168, 0.11535146, 0.18636864, 0.0723617, -0.014345535), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.2979883, -0.30398092, -0.00448704, 0.034454245, 0.06174734, -0.012045507, 0.23352385, 0.09975292, 0.17575547, -0.013523325, -0.23254701, 0.13217497, -0.20258605, 0.07145199, 0.08916167, -0.16669402), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.1606433, 0.014213267, 0.046263646, 0.014771279, 0.041478187, -0.023410609, 0.14462134, 0.0359066, -0.14913698, -0.28093338, -0.098434776, 0.14168552, -0.017470809, -0.10474789, -0.019634444, -0.09452941), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.024310801, 0.039855056, -0.0277722, -0.0049349763, -0.075620376, 0.14836049, 0.16639285, -0.11209939, -0.06530567, -0.059602138, -0.090105936, -0.024020225, 0.03793827, -0.08396542, 0.03918101, 0.031654693), target2);\n\ttarget2 = MulAdd(h3, MF4x4(-0.0019075832, -0.06279881, 0.019373834, -0.022848947, -0.19700366, -0.07276809, 0.10826095, 0.030095315, -0.18057819, -0.06393351, -0.023836957, 0.0065463074, 0.13035376, -0.06434109, 0.09293361, 0.03301868), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.013273036, -0.016674511, 0.13465153, -0.10852922, 0.026329456, 0.13648263, 0.09414527, 0.0012146169, -0.04237767, -0.085370585, 0.05478497, -0.009154848, 0.06731204, -0.034912866, 0.022870043, 0.038516387), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.12806587, 0.108848855, 0.054954138, -0.04903305, 0.06644907, 0.18971404, -0.07503066, -0.04593073, -0.061711293, 0.014664125, 0.11856841, 0.045254968, -0.15008299, -0.074398935, 0.04106602, -0.24396381), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.038917247, -0.04640616, -0.08809665, 0.11144138, 0.22032888, -0.050760582, -0.014760546, 0.11236783, -0.059079073, 0.06937314, -0.031159066, -0.07186243, -0.20771858, 0.006415583, -0.07267114, 0.056808673), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.00423516, 0.099120915, -0.059658743, 0.07284239, -0.062910534, 0.0818146, -0.04679385, 0.18365376, -0.09501989, -0.01619849, -0.060537007, -0.053941406, 0.01753884, 0.030266201, 0.03675036, 0.0021925808), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.046608146, -0.02341816, 0.07648551, 0.052848052, 0.0039356127, 0.036476433, 0.10236195, -0.032545663, 0.24973582, 0.037997168, 0.058406867, 0.07901572, -0.18169855, -0.005032321, -0.035923317, -0.14367534), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.16122861, -0.040731397, 0.106095225, 0.0036572781, 0.028426658, 0.20103998, -0.06638636, -0.022662058, 0.050278876, -0.163471, -0.21357286, -0.1825406, -0.050869223, -0.040973462, -0.057061654, 0.2810217), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.18768045, -0.040844023, -0.057449356, 0.12673363, -0.059018314, -0.030971631, 0.08158004, 0.06946996, -0.23750862, -0.00860647, -0.1003966, 0.034669064, 0.24486068, 0.07178945, -0.018041046, 0.15238568), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.2525261, -0.054517742, -0.23935242, -0.101572365, -0.030042917, 0.036003232, -0.122569695, -0.03556264, 0.06506395, -0.062265877, -0.1060633, 0.014838352, 0.108411096, -0.066448584, 0.0512793, 0.09429625), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.13627818, -0.10708255, -0.19644266, -0.037392955, -0.045197092, 0.19481973, 0.13070573, -0.060230445, 0.33588138, -0.034298502, -0.11659601, 0.12985578, 0.13320427, -0.11824594, 0.026382592, -0.053538818), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.048666447, -0.017627062, 0.15464988, -0.045204308, -0.011256204, 0.13558346, -0.11524339, -0.09390041, -0.13328557, 0.0208915, 0.14780544, -0.076561615, 0.16454418, -0.06894578, 0.05620349, 0.023376953), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.15081851, 0.114050105, -0.20110038, -0.20664425, 0.024320586, 0.07185712, -0.07764587, -0.071572, 0.05626064, -0.033045493, 0.001562899, 0.025873706, -0.124655195, 0.008215636, 0.15243639, -0.004112266), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.3066088, 0.03357835, 0.10992364, -0.06900282, -0.018690787, 0.06104214, -0.0041348864, 0.06407149, -0.03204788, 0.014121594, 0.08106938, -0.054475598, -0.265469, -0.14616208, -0.00401253, -0.03055698), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.04365304, -0.03965277, -0.03783723, -0.064608894, -0.020902721, -0.14974843, -0.009566472, -0.05167228, 0.05844501, -0.06657627, 0.07489639, -0.033589855, -0.12991743, 0.06972872, -0.06635165, -0.012207249), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.18625839, 0.054298103, -0.01828512, -0.11457061, -0.010832592, -0.058104735, -0.19629207, 0.04157041, -0.009692541, -0.14516611, -0.05172281, 0.049974106, 0.056659166, 0.04280708, 0.04385243, 0.010063984), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.30084208, -0.06846901, -0.026888005, -0.13171686, 0.14192836, 0.04704836, 0.121805556, 0.044525314, 0.083052106, -0.08510613, -0.12172583, -0.30419388, -0.0878148, -0.16297778, 0.2601781, 0.07285239), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.17655143, 0.030515455, 0.19467549, 0.06786994, 0.12391486, -0.07981, 0.032166053, 0.025423106, 0.03408094, -0.13683012, -0.1334616, -0.06392358, 0.19483057, -0.26500967, -0.09117511, 0.065103196), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.09752205, 0.052617133, 0.093155235, 0.036831614, 0.0069967005, -0.010922277, 0.03564152, -0.032540992, 0.08338763, -0.09178083, 0.044856872, -0.03585517, -0.03322978, 0.046807107, -0.08056567, -0.011965988), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.18745014, -0.036378495, -0.05438124, -0.07421527, 0.19114059, 0.06546488, -0.011771215, 0.023253547, -0.21524692, -0.18299192, 0.16316402, -0.07972637, 0.05902257, -0.073275164, 0.034378335, -0.03623065), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.11460803, -0.08311417, -0.013590335, 0.03570915, 0.089230955, 0.089890435, 0.020723056, -0.042275555, -0.0369812, -0.26617813, 0.046739977, -0.12200707, 0.14000617, -0.12750666, 0.118415974, -0.07106497), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.0142673105, 0.2708808, 0.035017774, 0.06703521, 0.029961549, 0.14673132, 0.063695125, -0.02033868, -0.06468242, -0.026121365, -0.0026516293, -0.027388861, -0.08078243, 0.087715834, 0.022955768, -0.02319636), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.1718002, -0.11518721, -0.0025345646, 0.1238703, -0.18476513, -0.21286273, 0.20789471, 0.01770004, -0.061133858, -0.0626756, 0.055727385, -0.008457355, 0.118455775, 0.10262385, -0.006697552, 0.014359785), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(0.09120904, 0.07372497, 0.11044388, -0.03926499, -0.03780375, 0.089837864, -0.09430582, -0.08950114, -0.14755902, -0.03831562, 0.023441203, -0.01944005, 0.04238117, 0.03447587, -0.06003528, 0.044492997), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.11524887, -0.039266784, 0.066004194, 0.0054254015, 0.05427426, -0.09622213, -0.10315417, -0.050567277, -0.07576602, -0.12929544, -0.047569484, -0.0073220725, -0.19992967, -0.09847938, -0.010317084, -0.06364932), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(-0.16610023, 0.2372482, -0.08908623, -0.0074210903, -0.30944943, -0.13369739, -0.14367966, -0.088355504, -0.17537226, -0.027992815, 0.2002623, -0.077625655, 0.43252298, 0.070107736, 0.12366656, 0.04695458), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.16442165, -0.115128726, -0.07232464, -0.06728961, -0.28723717, 0.17190668, -0.08351212, -0.0021862125, 0.121666215, 0.21980163, 0.041315466, -0.062825136, 0.19541566, 0.11147719, 0.024110844, 0.03695252), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.1264344, -0.043413147, -0.0045117373, 0.11031058, 0.14368063, 0.0709618, -0.060608998, 0.12688136, -0.0067742122, -0.036186397, 0.0893928, 0.0054127555, -0.09240343, 0.00012509787, 0.22235379, -0.010589687), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(-0.27677822, -0.026975723, 0.1144896, -0.02925077, 0.31745398, 0.030609636, -0.058644157, -0.080246314, 0.16578154, 0.040172495, 0.1331117, -0.02078141, -0.04805901, 0.04640852, 0.10614158, 0.012697342), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.11755322, 0.09768716, 0.0012669004, -0.110562816, 0.06637665, 0.02764571, -0.12623487, -0.023209875, 0.12958577, -0.007275613, 0.010377832, -0.0105528, -0.14058565, -0.030191245, 0.025604937, -0.013748175), target2);\n\t\n\tMF4 target3 = { 0.15827118, -0.013269078, -0.026832024, -0.007341773 };\n\ttarget3 = MulAdd(a1, MF4x4(0.027916895, -0.12058145, -0.083479345, -0.026083047, 0.014759637, -0.07421897, -0.017896682, 0.086924285, -0.05399337, 0.07368837, -0.26842278, 0.09718693, -0.014846767, -0.002766841, 0.06403607, 0.0669811), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.021020316, -0.21434662, 0.06523966, 0.11869478, -0.21215962, -0.042433035, -0.10847877, -0.10532955, -0.18938127, 0.05224748, 0.02170683, -0.09415175, -0.08846007, -0.18066676, -0.108328596, 0.09838168), target3);\n\ttarget3 = MulAdd(c1, MF4x4(-0.0014482798, -0.08546761, 0.053286448, -0.022678297, -0.009113084, -0.09750778, 0.10262376, -0.003133292, 0.026831077, 0.03348051, -0.031860266, 0.053811714, -0.05097466, 0.040436964, -0.063929394, -0.12586603), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.015445512, 0.029696425, -0.15537772, -0.057669863, -0.058116574, 0.188642, -0.289381, -0.03078714, -0.010385, 0.014184904, 0.16890535, -0.02512565, 0.116905816, 0.043889366, -0.027181825, 0.015912583), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.0659837, 0.09219005, -0.085082754, 0.051408056, 0.11564603, 0.038757283, -0.0004551866, 0.06365286, 0.09702758, 0.10664935, 0.34716737, 0.14471847, 0.28146356, -0.00765224, 0.1772403, 0.22182499), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.08183167, 0.05762959, -0.043376535, -0.16858399, 0.02308398, -0.055296358, 0.07663533, 0.106998175, -0.10704135, -0.02596522, 0.013459359, -0.044283163, 0.07874813, 0.022484714, 0.30442455, 0.071259074), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.0022170176, 0.022313403, 0.122714184, -0.026881142, 0.08282965, -0.06490924, 0.18938759, 0.0677223, 0.1294088, 0.059372786, -0.110964485, 0.010619735, -0.09610158, -0.022745904, -0.019792024, -0.0034128428), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.041866794, -0.13008577, 0.110913865, -0.016430711, 0.13772298, 0.06592027, -0.0034176896, -0.032333232, -0.0071776314, 0.031079333, -0.10468204, 0.026052983, -0.025571326, 0.048804965, 0.045641564, -0.035233505), target3);\n\ttarget3 = MulAdd(i1, MF4x4(0.035716273, -0.100303516, -0.031205915, -0.031608257, 0.09185616, 0.020499555, -0.16786079, -0.12639952, -0.023970092, 0.08524624, -0.06759015, -0.12429372, -0.0127442675, 0.112773865, -0.26975212, -0.007704992), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.022916801, -0.09817618, 0.20416892, 0.12702931, -0.012764869, -0.038772803, -0.27769282, -0.034622744, -0.13437684, 0.02120745, -0.1548114, 0.006228885, 0.22984603, -0.2432492, 0.10387287, -0.059412073), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.2363932, -0.11194499, -0.064652696, 0.07116429, -0.14603911, 0.18921274, -0.013249935, 0.13604592, 0.07306857, 0.08511469, -0.061648175, 0.052819334, 0.2016978, -0.13642034, -0.014157929, 0.072210535), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.18656836, 0.17888299, 0.003892404, -0.048626274, -0.11190575, 0.09419825, 0.1276045, -0.012969808, -0.14728911, 0.17536093, 0.050294712, 0.19381198, -0.06558784, -0.09776518, -0.11414383, -0.1866525), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.15634118, 0.19272068, -0.05068886, -0.030995008, -0.035177864, 0.07032768, 0.116517685, -0.09072261, -0.10217943, -0.09160873, -0.062906645, 0.12504682, -0.09060218, 0.014820002, 0.03459818, -0.108051665), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.018596219, -0.017673533, -0.006066184, -0.064746305, -0.11017345, -0.09556466, 0.21868086, -0.027287072, -0.11609723, -0.11342597, 0.1788956, 0.035506073, -0.096203305, -0.037712112, 0.14055523, 0.16230235), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.0056694653, -0.045156818, 0.10069355, -0.07291589, -0.048202783, -0.12425812, 0.15425333, -0.052708663, -0.17621729, 0.06338879, 0.1205465, 0.1754123, -0.028028619, 0.11745275, -0.120209925, 0.031073835), target3);\n\ttarget3 = MulAdd(g2, MF4x4(-0.058996305, 0.042816967, -0.002514556, -0.0055761277, -0.05223201, -0.17414387, 0.13102455, 0.02741174, -0.0785701, 0.080076955, -0.058584027, 0.034780204, -0.0276381, 0.055405296, -0.09418891, 0.0013168643), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.03179422, -0.080134, 0.055742502, -0.14085148, -0.0010870491, 0.006537003, -0.0013490077, -0.086607024, 0.057871595, -0.07872675, 0.22251247, -0.052358106, -0.1307614, -0.22731845, -0.06979484, 0.00849211), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.14046812, 0.04020691, -0.032090276, -0.09295882, -0.11624229, -0.10551015, 0.08762072, -0.07726716, -0.1498316, -0.17169969, -0.04618553, 0.14997219, -0.012493408, -0.06838468, 0.10913737, 0.018050432), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.033775266, -0.07618233, 0.11493082, -0.026212664, -0.04540022, 0.026137805, -0.13465577, 0.15029386, 0.07141062, 0.09716221, -0.025410062, 0.032656677, 0.037815653, -0.040112175, 0.11637884, 0.11825522), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.14827983, -0.081768006, -0.05624141, -0.0044099363, 0.032463025, 0.10766071, -0.061944928, -0.15250987, -0.14692347, 0.1010062, 0.1384647, 0.079083905, -0.11822245, -0.054733507, 0.06650751, 0.04349182), target3);\n\ttarget3 = MulAdd(c3, MF4x4(-0.0189154, -0.033869926, -0.008463885, -0.1524785, -0.017154029, -0.021163551, 0.045354687, 0.056154214, 0.0996, 0.18220654, -0.02275312, -0.051522568, -0.015781462, -0.14436358, -0.13036303, -0.08281256), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.060433608, 0.025449814, 0.03162007, -0.13456888, -0.02134081, -0.15663207, 0.17289546, 0.0011385656, 0.059484057, 0.052233964, -0.03541694, 0.113927364, -0.0010070644, -0.005570618, 0.12790091, 0.16491406), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.033132974, -0.098377176, -0.12513644, 0.08796082, -0.0028096333, 0.09346144, -0.18109433, 0.17953019, 0.10331962, -0.111182235, -0.11015705, -0.15538633, -0.015985087, 0.06262592, 0.11767445, 0.04020116), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.10818913, -0.10614671, -0.0061792796, 0.07901479, -0.0018810411, 0.0026243017, 0.15281977, 0.1715038, -0.017927805, 0.07613347, 0.033450123, -0.23979095, 0.028044673, 0.060702097, 0.019822879, -0.14792976), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.008551052, -0.03843347, 0.0472157, -0.010416428, -0.01928176, -0.0063839755, 0.03508731, 0.24043478, 0.033645283, -0.11676803, -0.06743783, -0.034164682, -0.014925681, -0.030447507, -0.111160316, -0.034867767), target3);\n\ttarget3 = MulAdd(h3, MF4x4(-0.102300785, 0.114739686, -0.007856566, -0.12389364, -0.18574199, 0.06441196, -0.1979763, -0.016671708, -0.09252569, 0.0037067563, -0.0609829, 0.028997343, 0.047285903, -0.018309064, -0.027229104, 0.06743576), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.055446856, -0.06821513, -0.0059853215, -0.13260886, 0.083104685, -0.11773866, 0.007317027, -0.039318476, -0.0042170533, 0.0121953655, -0.010792958, -0.010249791, 0.007397987, 0.0047044945, 0.049882278, 0.0047567203), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.03465105, 0.062134508, -0.043116115, -0.017247844, -0.04502861, -0.10212199, 0.16550505, 0.016599817, 0.08857375, -0.03961283, 0.13870746, -0.082080655, -0.08469554, -0.18640712, -0.014425766, 0.034508247), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.12399076, 0.22634715, -0.13730592, 0.04840304, 0.09450334, -0.065218486, 0.0068855314, -0.049165834, -0.011287574, -0.10739019, -0.00023772087, 0.09688784, 0.10983027, -0.011201701, 0.14466487, -0.21600902), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.05468909, 0.050734483, 0.046412308, -0.09749245, 0.05704707, 0.22612362, -0.15571213, 0.06998293, 0.017409045, -0.13634662, -0.020574553, -0.073725305, 0.04699205, -0.08355112, 0.08512415, 0.15568486), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.10635322, 0.07337078, -0.07432055, 0.004248984, 0.027724393, -0.040500402, 0.196942, 0.041983824, 0.083976634, 0.10290795, -0.3009756, 0.082270764, -0.15817869, -0.027697606, -0.029153766, 0.08529106), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.14958759, 0.13267447, 0.22206177, -0.17663805, -0.10765967, -0.03566466, 0.04633988, -0.03062237, -0.20792471, -0.002921972, -0.15749575, -0.22428021, -0.23200673, 0.14563684, -0.160325, -0.266424), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.13190623, 0.041341502, -0.12777801, -0.055840913, -0.112986885, -0.0021044768, -0.12469129, -0.11046474, -0.03600098, -0.011692557, -0.02686337, -0.17009224, -0.0820219, -0.029119916, -0.111095175, 0.15297051), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.14414293, 0.02744959, -0.102789834, 0.006705362, -0.030359348, 0.083485864, -0.12009053, -0.02636556, 0.08503298, -0.10867725, 0.09814758, -0.14605886, 0.16700824, -0.0866019, 0.008852153, -0.21706365), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.011756063, 0.008039321, 0.03698028, -0.10509595, -0.099564835, 0.009903015, -0.08965568, 0.06633642, 0.10181769, 0.08294756, 0.025898153, -0.098384134, 0.066339396, -0.02191258, 0.03265874, 0.1477094), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.22950448, -0.07607528, 0.016735366, 0.083834045, -0.005080134, 0.09744342, -0.105208844, 0.043603517, 0.005231004, -0.023469515, 0.08517984, 0.14299476, 0.0062482157, -0.09623864, 0.097964756, 0.11196982), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.31986436, 0.02033341, -0.067986034, 0.12729374, -0.0048481217, 0.05469139, 0.16248406, 0.09194327, 0.024411261, 0.051379394, 0.00034975683, -0.021101091, 0.00954231, 0.02220226, -0.32092375, -0.039599743), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.23243247, 0.102910504, 0.08704054, -0.16638695, -0.04414702, 0.10768372, 0.06244856, -0.053088184, -0.07190515, 0.025491035, -0.0073894467, -0.06960583, 0.04625048, 0.09757096, -0.014015539, -0.2686573), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.09618109, -0.04002844, 0.10706359, 0.0021603133, -0.10353008, -0.051047757, 0.22455198, -0.034693047, 0.0572685, -0.055035133, 0.004646706, 0.097952425, 0.14423034, 0.03551641, 0.17294352, 0.18931827), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(-0.103451714, -0.14722984, 0.075681895, 0.05237415, -0.11553789, -0.04747042, 0.06682777, -0.094138026, 0.17443697, 0.022166768, -0.033095736, -0.060237505, 0.12380581, -0.0075241313, -0.07084953, -0.036764625), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(-0.035672948, -0.06520371, -0.09139108, 0.04217135, -0.117305085, 0.07602235, -0.15833357, 0.056191333, -0.11441557, 0.037268326, -0.028076539, -0.12540102, 0.016748995, 0.034004167, -0.1824477, -0.16126373), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.06134336, -0.11747715, -0.08211664, 0.08370146, -0.12180083, 0.19250062, -0.054975577, 0.020182844, 0.08444608, -0.06466239, 0.015815528, -0.031805765, -0.0028007699, 0.08060802, 0.15744543, -0.12746236), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.043641105, -0.07119625, -0.042450625, 0.05739444, 0.018069813, 0.029118251, 0.0061236136, 0.07221804, -0.011486244, -0.041661404, 0.2197789, -0.020237818, 0.15324089, -0.02419463, 0.095150515, -0.048418492), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.010760071, 0.079417765, -0.038494457, 0.0804348, -0.03777174, -0.2785645, -0.0018691403, -0.009908184, -0.2519993, -0.021114716, -0.075966366, -0.11307284, 0.042725798, 0.02793535, 0.08475073, 0.00719373), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.06026802, -0.1285141, -0.015326734, -0.092160225, -0.03740965, -0.10725952, 0.11102985, -0.05550745, 0.07659162, -0.115331456, 0.003444734, -0.054064468, -0.08475641, -0.08501742, -0.24890389, 0.07931074), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.16370693, 0.14513049, -0.13996753, -0.061734002, -0.030769601, 0.057222515, 0.050910987, -0.04650852, -0.054636024, -0.021683916, -0.17012738, 0.020975761, -0.1575395, 0.23097757, -0.20053351, -0.03677814), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.08665788, 0.11735751, -0.017768439, 0.0068110893, 0.2169534, 0.04611748, -0.05265798, -0.14298616, 0.030219741, 0.0361948, -0.17905854, -0.072263926, -0.12066245, -0.043840945, -0.075282134, 0.062113304), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.07236986, 0.12181904, -0.010601836, 0.14551845, -0.073809735, 0.15977979, -0.018897848, 0.036385477, 0.0025911513, 0.026647402, 0.07882444, 0.028249063, 0.009689747, -0.03413688, -0.032440297, 0.060033906), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.0063548526, -0.05827531, -0.0863922, 0.09530562, -0.007424638, 0.2742968, -0.44429728, 0.1693316, 0.00851462, 0.018132828, -0.014929005, -0.08181229, -0.12771043, -0.15851092, -0.08833768, -0.05561009), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(-0.17187662, -0.020507278, -0.00087365095, -0.17611316, -0.13882494, 0.07799683, 0.06299509, -0.33718416, -0.19870155, 0.055342596, 0.1495889, 0.13743624, -0.16251567, -0.02317984, -0.3027063, 0.07310683), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(0.07612367, -0.06315094, 0.086967595, -0.17633231, 0.010166444, 0.109485, -0.06876594, 0.19186738, 0.12188993, -0.010759893, 0.0059104343, 0.21518311, -0.14552301, -0.04969499, 0.013590615, -0.0688024), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.0505275, 0.05859463, -0.08945146, -0.0057924157, 0.058152966, -0.024229135, 0.031221801, -0.15067945, -0.018535225, 0.13843696, 0.041234065, 0.051733483, -0.10050763, 0.10705917, -0.022969715, 0.03912073), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.009000505, -0.11456071, 0.0340094, 0.12444861, 0.07345543, -0.1419509, 0.092182405, 0.056249533, 0.063071616, -0.010534381, 0.056680985, 0.025993576, -0.13020347, 0.066157125, 0.0073951716, -0.027919816), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.11827389, 0.111768976, 0.024734994, -0.008209825, -0.11939657, 0.049890216, -0.14757815, -0.0018939807, -0.108214505, -0.13791578, 0.06980697, -0.035102874, 0.0068360427, 0.15766092, -0.0094464505, 0.02528075), target3);\n\n\ttex4[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex6[gxy] = target3;\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x24\n//!IN tex4, tex5, tex6\n//!OUT tex1, tex2, tex3, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.112874866, 0.058437236, -0.011864247, -0.050339766 };\n\ttarget1 = MulAdd(a1, MF4x4(0.0858087, -0.091669075, -0.029618878, -0.006829049, 0.05929614, -0.10007056, -0.07165286, -0.044839766, 0.16440393, -0.013165904, 0.16345644, -0.040166497, -0.08533438, 0.033274904, 0.023744298, 0.00462745), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.012197617, -0.17494427, -0.044840526, 0.09467358, 0.0670941, 0.04051791, 0.031950857, 0.043632418, 0.27560753, -0.18038619, -0.016762096, -0.18554263, -0.07514284, -0.12060545, -0.06567658, 0.095817134), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.006523474, -0.08222627, -0.0071327686, 0.0019292525, 0.10427757, -0.12537085, 0.04317682, -0.073334634, 0.05154215, -0.091944076, -0.02118822, -0.056948982, -0.13910337, 0.03694039, -0.057772428, -0.04310826), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.06324951, -0.22648853, -0.07255338, 0.017026639, -0.008103722, -0.21415114, -0.26123968, -0.12380067, -0.122654535, -0.072686374, -0.106361255, -0.085339114, -0.032308288, 0.15890516, 0.06622756, -0.023396786), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.042859413, -0.09672486, -0.25197455, -0.09964709, 0.29545367, -0.031414457, -0.09069656, -0.1515025, 0.0027435324, -0.22244011, -0.028398262, 0.023005402, -0.01898338, -0.044614386, -0.15384883, -0.03421089), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.02024483, -0.0024315433, -0.12607838, -0.06749624, 0.18010019, -0.13433436, 0.023777714, -0.000595795, 0.06660958, 0.0047493204, -0.008804406, -0.01993787, -0.16380167, -0.116379924, -0.08225346, -0.15736714), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.04966525, -0.18904372, 0.0033124757, 0.007581284, 0.04973636, -0.054151382, -0.0019207672, 0.035237975, 0.050646428, 0.054101888, 0.10167154, -0.06646531, -0.1516706, 0.0069144946, -0.11062034, 0.00401821), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.042625226, -0.13069777, -0.16180645, -0.023299642, 0.026805617, -0.05658099, 0.043719705, 0.1092636, 0.12341378, 0.042006955, 0.18066125, 0.16378504, 0.11135436, 0.08376113, 0.031495962, 0.04347884), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.006632579, -0.08609527, -0.08015572, -0.09973007, 0.0060661826, -0.0025273473, 0.027333017, 0.19469416, 0.115743786, -0.048629977, 0.07540239, 0.060625635, 0.11000561, -0.0005722454, -0.17226484, -0.27114823), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.055690464, -0.02658434, 0.07268652, 0.10016923, -0.16319957, 0.17007092, 0.21633402, 0.20618637, -0.113490485, 0.02199878, 0.0055137747, 0.12215447, -0.09464513, 0.045647286, -0.14000376, 0.073245205), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.23644187, 0.079229124, 0.15172592, -0.13774072, -0.026849356, -0.021209542, -0.027881218, 0.033904858, 0.038394954, -0.087262556, -0.08262074, -0.031362742, -0.043572012, -0.025324758, -0.030077327, 0.005004752), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.09973582, 0.010234953, -0.08513304, -0.03290182, -0.06016728, -0.14835075, -0.049367975, -0.109585285, 0.1308012, -0.05561698, 0.02354898, 0.013404379, 0.076999895, 0.0965049, -0.08259544, 0.08366891), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.14182909, 0.08395952, 0.08790292, -0.10685734, 0.20583102, 0.04878629, 0.33621716, 0.022593737, 0.11261521, 0.21141209, 0.20565145, 0.10242992, 0.024171967, 0.0531655, 0.049630456, -0.026225826), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.24823152, -0.004493935, -0.098093554, 0.024939846, -0.18618853, 0.23347515, 0.3677701, 0.116543904, -0.0123427, -0.023756992, -0.047602683, -0.17058952, 0.255566, -0.16041403, -0.12076221, -0.16564348), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.013236432, 0.076761626, 0.081881255, 0.09071596, -0.11729648, -0.006444196, 0.10923074, 0.13791469, -0.043651752, -0.18294181, -0.040916644, 0.097785, -0.0028955766, -0.0027983326, 0.073921174, -0.10227346), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.0018851581, 0.042510424, -0.049210977, 0.054145046, 0.062141296, -0.05751743, -0.1545065, -0.07428518, -0.0012378759, 0.0046147997, 0.05624973, 0.026027879, 0.014657843, 0.03690237, 0.020237725, 0.028257368), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.0131197, -0.068101935, 0.1810527, -0.16003254, -0.031678617, 0.02635583, 0.028078066, -0.061150465, 0.011311746, -0.13556738, 0.010152058, -0.27962342, -0.06454591, 0.20071113, -0.17109145, 0.24637976), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.010061335, -0.001633492, 0.015894579, 0.11813777, -0.0085875485, 0.16046463, -0.03870673, -0.1573532, 0.007046577, -0.032677893, -0.03055368, 0.16372435, -0.023844553, 0.0414419, 0.024983952, 0.118105516), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.015675241, 0.06467378, -0.06385561, 0.23119383, 0.19577031, 0.09614502, 0.14291568, 0.0646477, -0.04580087, -0.054257967, 0.0035926772, -0.084984995, 0.07729014, -0.12703735, 0.021946913, -0.13898507), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.04983293, -0.1356944, 0.06499119, 0.18219076, -0.0012843006, 0.017029244, 0.072508365, -0.109151654, 0.20020588, -0.01626167, -0.046852995, -0.15508164, 0.17773204, -0.11779289, 0.16009867, -0.20663622), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.29108632, -0.10655777, 0.044198614, -0.04410373, -0.04469665, 0.026585957, -0.03942788, 0.15000731, 0.09523267, -0.13746834, 0.04037757, -0.100768045, 0.13844049, 0.015964666, 0.050790466, -0.0692099), target1);\n\ttarget1 = MulAdd(d3, MF4x4(-0.06911559, 0.012809353, -0.12680744, -0.048866037, 0.055650793, -0.0578033, -0.098106444, 0.074231684, 0.07584408, -0.06642763, -0.12730137, -0.19599968, 0.057783168, 0.2112361, 0.2594585, -0.005996189), target1);\n\ttarget1 = MulAdd(e3, MF4x4(0.14301813, -0.11221026, -0.13259968, -0.094263665, -0.07149053, -0.048891526, -0.032946635, -0.10009779, 0.27363536, 0.14980642, -0.02908678, 0.0047521754, 0.3446896, 0.026126916, 0.36222085, 0.18175994), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.14227025, -0.043589745, -0.026543979, -0.16103217, -0.15027285, 0.039540008, -0.006172108, -0.10215637, 0.054667268, -0.056833044, -0.041795656, -0.13694401, 0.10057133, -0.13033262, 0.10366755, -0.022725947), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.09428237, 0.013572218, 0.08937405, 0.07288141, -0.11737223, 0.23257263, -0.04531822, 0.13323838, -0.06946843, 0.09392816, 1.8482398e-05, 0.099077396, 0.035169534, -0.25623903, -0.018828487, -0.06300839), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.026215252, 0.03051006, 0.07113607, -0.12154545, 0.0040449486, -0.123852775, -0.08525913, -0.1901913, 0.017407645, 0.16107552, -0.12645124, -0.017211819, -0.07441704, -0.005858128, -0.011531684, 0.32415336), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.17503254, -0.0015612559, 0.10169017, 0.019084195, 0.021156454, -0.310495, 0.04608056, 0.10953508, 0.19300106, -0.22451214, 0.03351187, -0.23461004, 0.072505705, 0.015136174, 0.04027726, 0.07976788), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.063301176, -0.05981131, 0.08261184, -0.14083353, -0.03195537, 0.0578306, 0.02804363, -0.20032683, -0.05517824, -0.0757025, -0.19914438, -0.042908937, -0.030248174, -0.25152618, 0.050725143, 0.1369699), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.1003561, 0.0734191, 0.09896423, -0.08019514, 0.014390224, -0.00054874463, 0.037597846, -0.09500772, 0.09027194, 0.101415, -0.040434603, 0.08962564, -0.22431703, -0.07749036, 0.0013332567, 0.09083244), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.008767293, 0.024598125, -0.006601763, -0.028163001, -0.024962863, 0.08638626, -0.028004736, -0.08388235, 0.022387464, 0.070822835, -0.022390194, 0.035980027, -0.043976255, -0.13879846, -0.0064368118, 0.1285523), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.04603082, 0.12994967, 0.081791796, 0.09700837, 0.023545785, 0.06551075, 0.12287056, -0.22250815, -0.16573791, -0.047054622, 0.07907622, -0.031006414, 0.06890266, -0.123863325, 0.067868486, 0.18396272), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.16980824, 0.015854107, 0.17575637, 0.15477645, -0.09076066, -0.05120928, 0.03070066, 0.11817304, 0.06490148, -0.012875289, 0.006170174, 0.11815885, 0.041828565, -0.17298366, -0.014634091, 0.124265894), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.06368938, -0.032462507, 0.04960355, -0.04891845, -0.0038693375, 0.12922424, 0.0047689294, -0.08684701, 0.095224895, 0.0020490738, -0.046015333, -0.18551406, 0.07551751, -0.071112834, 0.02344341, 0.04623062), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.056204665, 0.013370383, -0.0043938635, 0.000645203, -0.09654348, 0.02182419, 0.0059207743, -0.13559262, 0.06930852, 0.008161434, 0.016864823, 0.11678153, 0.0039051562, -0.07914336, 0.04955842, 0.017483408), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.010976288, 0.10715081, 0.09279967, 0.020898886, 0.013906253, 0.09519829, -0.033453338, 0.06451083, -0.043613426, -0.009969589, -0.11931571, 0.03572111, 0.0051956573, -0.0647261, -0.07640106, 0.14315592), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.051365715, 0.05332849, 0.028890109, -0.047791258, 0.088561386, 0.07254739, -0.04627223, -0.066297226, -0.106467545, -0.061747868, -0.04026904, 0.0245163, 0.104035124, 0.0005123147, 0.09572231, 0.23461665), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.025117617, -0.051919132, -0.10238518, 0.0087314, -0.24502674, 0.24725929, 0.020510906, -0.11374982, -0.08788345, 0.14287415, -0.05371828, -0.09765232, 0.089326784, 0.059355933, 0.003667818, 0.007658546), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.032038644, -0.064910114, -0.041199267, 0.07735183, 0.023076316, 0.2316058, 0.14530785, 0.01587883, 0.17309736, 0.034302652, 0.078950614, 0.07103009, 0.042525988, 0.026763001, 0.03962311, -0.017174084), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.045589544, 0.09957158, 0.0106373755, 0.029290373, -0.012066452, 0.107432865, -0.10563313, 0.08964528, 0.081136055, 0.16387793, -0.037766423, 0.083933, -0.0100631835, -0.041015863, 0.020540452, -0.01647507), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.12199317, -0.078802, -0.14587677, -0.05266387, -0.2739342, -0.07832318, -0.02654562, -0.19134043, -0.15542388, 0.10411293, 0.0068920734, -0.18878813, 0.032211393, 0.15987061, -0.12149388, 0.09021272), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.017827235, 0.021951806, 0.12995765, -0.1925006, 0.43689772, -0.067384414, -0.12091599, -0.20399235, 0.11603679, 0.26069987, 0.09115632, 0.29782417, -0.37195182, 0.17822702, 0.26410392, 0.22584216), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.00091769337, -0.10308406, -0.03788696, 0.009829855, 0.07434385, -0.055530947, -0.119265415, 0.03404489, 0.13412294, 0.19281757, -0.21274371, -0.09527358, 0.022169666, 0.06841656, -0.09664997, 0.02376001), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.02522274, -0.07492225, 0.108729765, -0.084396936, -0.1450858, -0.084260635, 0.036976974, 0.07395254, 0.102778085, -0.04220765, 0.015409228, -0.09215815, 0.033722915, 0.09410213, 0.06759963, 0.03639959), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.0129304, 0.049982294, -0.16211604, 0.15442637, -0.00069647084, 0.026756465, -0.06687889, 0.25361556, -0.022950223, 0.123774804, -0.018783078, 0.23009071, 0.08808236, -0.02500049, 0.058831975, -0.059854023), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.0282501, -0.06622134, -0.03940754, -0.057764836, 0.023595478, 0.12694593, -0.0038103263, 0.1507626, 0.03539641, 0.04670363, -0.07688535, -0.04822336, 0.054404292, -0.07222161, -0.09880846, -0.09190709), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.028638069, 0.032332644, 0.10077746, -0.13334957, -0.068841085, -0.11133997, 0.03466411, -0.10885937, 0.050528128, -0.09258964, -0.07510585, -0.031298082, 0.074979246, 0.02487803, 0.05295848, 0.032633457), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.07998351, 0.05691501, 0.036540154, 0.00094257767, -0.15473618, -0.06821505, -0.021972192, 0.22512725, -0.028976573, -0.016970608, -0.07117851, 0.0005293328, 0.18183869, 0.06063047, 0.016248764, 0.10007656), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(0.07268518, -0.09155798, -0.002566672, -0.018126441, -0.16046503, 0.048856504, -0.011080104, 0.036383335, 0.08598702, 0.19642924, -0.049759824, 0.07246208, 0.13074261, -0.058662284, 0.03459059, -0.04198155), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.12882999, -0.021765677, 0.21212584, -0.099195495, -0.105583504, 0.17039305, 0.06333295, 0.090153314, -0.038552936, 0.033885363, 0.04958857, -0.024823477, -0.06625663, -0.013032451, -0.22981462, 0.12724645), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(-0.2467723, 0.09133717, 0.08810061, 0.07691946, -0.20903678, 0.08403025, 0.010679062, -0.03956549, -0.011411588, -0.022170769, -0.06298385, -0.10067764, 0.03551502, -0.0736268, -0.109931275, -0.15795651), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.050697595, -0.012465872, -0.068512246, 0.1556296, -0.17526908, -0.06572342, -0.018147333, 0.026501164, -0.049490303, 0.061885685, 0.02423367, 0.027439872, 0.37354204, -0.09908201, -0.10852779, -0.047961403), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.1904858, -0.08803705, -0.15687172, -0.14420407, 0.058089714, 0.103457965, 0.048995994, 0.057829436, -0.05192929, 0.019802462, -0.04511639, -0.0038435445, 0.2194401, -0.043761376, 0.1312272, 0.054326482), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.07349653, -0.121248744, 0.057792176, 0.099129215, -0.20087934, -0.031952746, -0.09673813, -0.031076657, -0.03237994, -0.020143004, -0.12516364, 0.007846103, 0.17188387, -0.2825958, 0.07352815, -0.021273587), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(0.14606737, 0.04232884, -0.04508154, 0.11619671, -0.14093883, 0.022675866, 0.004869404, -0.1476083, -0.15496063, -0.11994992, -0.07718659, 0.0023026431, 0.012474549, 0.107636444, -0.08887454, 0.23727296), target1);\n\t\n\tMF4 target2 = { -0.051753327, -0.07172183, 0.021211471, -0.050325148 };\n\ttarget2 = MulAdd(a1, MF4x4(0.016881438, -0.044336118, 0.11502204, -0.10677853, 0.08977789, -0.059579305, 0.109261245, 0.10357805, 0.3364402, 0.14823961, 0.06096494, 0.15078168, -0.11029799, 0.074738294, 0.012435908, -0.0106727), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.109714404, 0.008750308, 0.1948044, -0.1396421, 0.04144051, -0.12435535, 0.07815825, 0.019051697, -0.07954506, -0.0965191, -0.2027906, 0.17172056, -0.26384082, 0.13519175, 0.04667002, 0.021707565), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.07089612, 0.007484666, 0.104900375, 0.04954983, -0.06030455, -0.12300262, 0.05197505, -0.041572303, 0.009151977, 0.0799586, -0.04780254, -0.13600186, 0.18708369, 0.047879692, 0.040363688, 0.042251408), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.063153245, 0.0050982186, 0.17556845, -0.06571311, -0.03749878, 0.014326615, -0.11032866, -0.27065897, -0.10525074, 0.13344456, -0.16412602, 0.049715474, 0.061313376, -0.24646369, 0.14604661, -0.09024816), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.026787708, 0.09889526, -0.050714437, -0.18990894, -0.087063104, -0.12555519, -0.0064119035, -0.0066881417, 0.09163732, -0.13423459, -0.05758272, -0.11314744, -0.025565878, 0.078317784, -0.14494383, -0.14658383), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.0110544115, 0.06727031, -0.099965416, 0.059974622, -0.15135513, -0.038787033, 0.07673858, 0.017850239, 0.02383772, -0.1985737, 0.094468035, -0.097836666, 0.19387084, 0.06476367, -0.15316796, 0.023932178), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.009757702, 0.14015986, -0.10496543, -0.044595003, -0.024084711, 0.012144018, 0.0981338, -0.012515983, 0.0060429554, -0.07067267, 0.12682167, -0.11384025, -0.045077007, 0.035177663, -0.06615891, 0.045473646), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.111679845, 0.026028167, 0.04201027, -0.16000839, 0.037475422, 0.038049795, -0.16249935, 0.02239824, -0.018402468, 0.012291931, -0.07117686, -0.09280776, 0.20392933, -0.02732328, 0.045456327, -0.078981794), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.03066143, -0.0739708, -0.13922189, -0.12682499, -0.1299339, -0.09163088, -0.07340559, -0.050614927, -0.03902327, 0.09319906, 0.23746358, -0.12093768, -0.0071099317, -0.060775675, 0.15018946, -0.013342442), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.07596372, 0.20584284, -0.02217273, 0.2564209, 0.11423146, 0.0098925475, -0.19662452, -0.1313871, 0.08574315, 0.0067099673, -0.08959511, -0.13870555, -0.08032657, 0.013044774, 0.059738085, -0.06106972), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.017293025, 0.15636088, -0.10619794, 0.108079255, -0.1168585, 0.09589374, -0.08682874, -0.08116015, 0.005083832, -0.15325624, -0.022297598, 0.23929761, -0.024037527, -0.006906145, -0.17204066, 0.003067951), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.036887415, 0.0059498777, -0.04959398, -0.12104261, 0.018237587, 0.07747393, -0.038457148, 0.01900929, 0.06142847, -0.03194083, -0.008666936, -0.13599987, 0.031248135, -0.04247948, 0.10167268, 0.13608082), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.13198346, 0.1674333, -0.06218637, -0.06692618, 0.12682024, -0.12734371, -0.08660555, 0.22860871, 0.32062, -0.001097262, 0.13959797, -0.0044754874, 0.081532046, -0.026494987, -0.0123374695, 0.026149286), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.104755685, -0.010431212, -0.031997994, 0.027816107, 0.028212348, 0.06372256, -0.14536087, 0.09018213, 0.01694147, -0.046755623, 0.04764776, 0.057815794, 0.062553786, -0.09214233, 0.040526126, 0.007556779), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.08911158, 0.07110132, 0.056163214, 0.038952623, 0.10865385, 0.006793654, -0.06653261, 0.18222512, 0.029801054, -0.0811567, 0.12070828, 0.054755576, 0.028518738, -0.016029958, 0.03218924, -0.009337529), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.086197704, -0.015495907, 0.048072338, -0.07199852, 0.082511336, 0.20892009, 0.059752844, 0.105095305, 0.09896605, 0.11799976, 0.061295632, 0.06601205, 0.013666139, -0.015312437, -0.18342482, 0.023882518), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.013824049, 0.05503347, -0.16911599, 0.008002769, -0.13950597, 0.027708618, 0.25653768, -0.08508614, 0.18204638, -0.06386117, -0.20115016, -0.14755486, 0.05260717, 0.15443258, 0.25847095, -0.10009257), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.059717122, -0.03435186, -0.10407675, -0.064839795, -0.044192888, -0.036913253, 0.03681877, 0.03697244, -0.09967689, 0.09231582, -0.33624214, -0.023151914, -0.1287868, 0.025817866, 0.053143233, -0.05608657), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.014672332, 0.06483223, 0.04254691, -0.112299606, 0.23128588, -0.1651168, 0.050003413, 0.04894729, 0.2544582, -0.13577309, -0.0006000951, 0.06801677, 0.09296969, 0.061753552, 0.20265704, 0.257177), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.14275837, 0.17531338, 0.04749905, -0.0758535, -0.015062751, 0.046983913, -0.1333634, 0.068564706, -0.09043316, -0.31197232, 0.025262894, 0.042436298, -0.0040407367, -0.22480483, 0.041938446, 0.024641208), target2);\n\ttarget2 = MulAdd(c3, MF4x4(0.14420901, 0.114887774, -0.11488812, -0.0597554, -0.054847293, 0.05547183, 0.03265681, -0.26890585, 0.03439455, -0.255012, 0.17280143, -0.15793064, -0.078898564, -0.12406215, -0.062780574, 0.10172549), target2);\n\ttarget2 = MulAdd(d3, MF4x4(-0.094646096, -0.17374977, -0.0074399756, -0.34635502, 0.07774559, 0.15205993, -0.03449227, -0.06186042, 0.22554572, 0.05784444, 0.12953205, 0.30743182, 0.0064037675, -0.04768125, -0.024676334, -0.038768534), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.016888129, -0.01739885, -0.100029364, -0.18185234, -0.25301012, -0.057780884, 0.1565648, 0.03068169, -0.11813698, -0.03959661, 0.0833061, 0.15282218, 0.0071316576, -0.07718743, -0.10895751, -0.06739941), target2);\n\ttarget2 = MulAdd(f3, MF4x4(0.06317689, 0.18067697, 0.15456977, 0.15414707, -0.17297679, 0.024572203, 0.1171789, 0.07393219, -0.18743253, -0.08222157, 0.11114712, -0.17883265, -0.04287185, -0.09453442, 0.12694365, -0.027343085), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.06716255, -0.21199013, -0.12669027, 0.21503277, 0.0019133248, 0.0634854, 0.1330296, -0.061205685, 0.29359, 0.17710103, -0.024374757, -0.09792164, -0.18657605, 0.081899285, 0.12585995, 0.025425494), target2);\n\ttarget2 = MulAdd(h3, MF4x4(-0.05250748, 0.030909589, 0.1902117, 0.25473362, -0.09742609, 0.053520087, -0.03211081, -0.057595085, 0.12961125, 0.0023426781, -0.013836333, -0.09925751, -0.06785708, 0.08647871, -0.27276617, -0.10692432), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.10256342, -0.0012406971, -0.043700144, 0.18606174, 0.019327404, 0.11292357, -0.15260164, 0.17126434, -0.18879685, -0.16486076, -0.011073295, -0.12524827, -0.008579242, -0.059638925, 0.084539056, -0.117018394), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.005224277, -0.004213279, -0.0032532548, 0.07730248, 0.09291174, -0.073571384, -0.026436254, 0.03482603, -0.19962324, -0.2610976, 0.020305693, -0.10154568, -0.36644712, 0.051274676, 0.014252039, 0.13887805), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.027320823, -0.046729945, -0.026784837, 0.16669074, -0.060943272, 0.033377934, -0.14505643, -0.020337462, 0.16624433, -0.04587067, 0.097641915, 0.081230365, -0.007829853, 0.12665996, -0.14892018, -0.24456674), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.08478914, -0.03012501, -0.10310597, -0.11331812, -0.0031645342, 0.14941333, 0.062353395, -0.024058735, -0.0594801, -0.23192395, -0.16746534, 0.06564879, -0.12253713, 0.17433378, -0.0781637, -0.02427467), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.02302574, 0.04423824, -0.08400403, 0.09036313, -0.014492948, 0.11002858, 0.18625931, 0.32704633, 0.05124957, -0.068088494, 0.12289486, -0.014215405, -0.13288727, 0.040543802, -0.20918661, 0.073871054), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.017605199, 0.019553222, -0.08225654, 0.20643222, -0.00022603406, 0.08176717, 0.12868896, 0.124581024, -0.030760515, 0.095257014, -0.22808774, -0.034270126, 0.15100974, -0.3296213, 0.18732856, 0.1324247), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.0529032, -0.026973793, -0.05097176, -0.11297454, 0.020022966, -0.018701904, -0.04847294, -0.15029453, -0.06363558, 0.09747056, 0.07460071, -0.03857069, -0.21553952, -0.11073493, -0.213246, 0.0711861), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.03162221, 0.001236578, 0.123811916, 0.033390332, -0.037370905, 0.19355269, -0.17827089, 0.014296732, -0.16348897, -0.1319003, -0.16828157, 0.025803383, 0.059980027, 0.110682875, 0.0740905, 0.062085215), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.045581415, 0.045279585, 0.057199746, -0.02156781, 0.006849691, 0.088090494, 0.0050983853, -0.13634379, -0.027394824, -0.095449656, 0.24879529, -0.096120596, 0.1353526, 0.120924726, -0.18323645, -0.021366404), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.09347594, -0.033151172, 0.08154851, -0.043524023, -0.11946553, 0.034201168, 0.29714793, -0.11766968, 0.07862629, -0.022385478, 0.007981411, 0.072274946, -0.07020759, -0.08967969, -0.01748178, -0.050568584), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.06815112, -0.08195707, -0.018364457, -0.1291466, -0.07578508, -0.026269661, -0.024130398, 0.345771, 0.061061617, 0.00024922745, 0.121253625, 0.1679367, -0.075497314, 0.018176561, -0.016344557, 0.0036648472), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.04763461, -0.0020346593, -0.02060361, 0.027356124, 0.12256149, -0.10517474, 0.05206596, 0.48938727, 0.24554996, 0.035649568, -0.0020840873, -0.13338771, 0.055847157, 0.08685442, -0.0049057365, 0.119682014), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.0009415129, 0.023808502, 0.011839588, 0.1557796, -0.046566915, -0.16340078, 0.057526406, 0.051289674, 0.009036062, -0.033471756, 0.04899847, 0.08597252, 0.009778078, 0.15277503, -0.02124232, -0.13266967), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.044579845, -0.057439465, -0.0058995294, -0.016733315, -0.026765248, 0.22384825, 0.10160812, -0.24921204, 0.1505643, 0.10299508, -0.022949796, 0.023317415, -0.11803905, -0.010997904, -0.0165606, 0.10949375), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.024293665, 0.080889955, 0.065993495, -0.08183072, 0.15339898, -0.10386374, -0.0075264974, -0.45434427, 0.16638929, 0.18546598, -0.15133487, -0.04405705, -0.11456945, 0.023287205, 0.01540089, 0.07659333), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.05337434, -0.07030085, -0.016662175, -0.025540289, -0.20320894, -0.22829315, 0.0023119978, -0.13647676, 0.14624248, 0.057653934, -0.23686588, -0.22728209, -0.04211661, -0.009623881, -0.013481165, -0.050968897), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.10351371, -0.030414786, -0.021908734, 0.10631468, 0.1558724, -0.030323582, -0.12572181, 0.14325237, 0.16137493, 0.053329308, -0.07966373, -0.14599875, 0.06742195, -0.03502627, 0.093494855, -0.016484367), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.010210213, -0.07126592, 0.08901449, -0.001978569, -0.0020932974, 0.05631864, -0.07674242, 0.07440119, -0.10262469, 0.06294099, 0.2640596, -0.068250656, 0.039236706, -0.05372906, -0.24834888, -0.027236471), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.053275097, 0.12541588, 0.057327554, 0.1483746, -0.019743394, -0.004537443, -0.002553759, 0.051015604, 0.15611948, 0.0062136482, 0.15442398, -0.17060183, 0.072183914, 0.030539684, 0.122384906, 0.13613632), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.081967466, -0.045659952, 0.053518385, 0.038269065, -0.20554744, 0.1022743, -0.16302924, 0.11628324, 0.08677866, -0.016249105, 0.0030073056, 0.029243115, 0.09487045, -0.08571386, -0.108643636, 0.023155121), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.13383357, -0.14805956, -0.0026678462, 0.096683614, -0.19977921, 0.06789931, 0.11313261, -0.08059509, 0.11312805, 0.02279778, -0.028791273, 0.00220455, 0.1280279, -0.0031435476, 0.027489156, 0.22506006), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.17668596, 0.056276754, 0.06092557, 0.06512077, 0.28657347, -0.16558819, -0.032547206, 0.060506567, 0.042512514, 0.012298008, -0.0840555, -0.003036976, -0.065048106, 0.01438789, -0.022174913, -0.04558888), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.09863285, 0.20795937, 0.022519527, 0.18537116, 0.0392277, -0.0321246, -0.026941739, -0.113379315, -0.066700965, -0.03651247, 0.0571846, -0.030824896, 0.096933104, 0.15837808, -0.0047979183, 0.27915525), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.102253675, 0.009542945, -0.005872879, 0.16511136, 0.011185962, 0.06349425, 0.015944714, -0.070249364, 0.17597549, -0.0073095546, 0.06678522, -0.048394345, 0.07822778, 0.1582912, 0.029773576, 0.1454936), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.064127095, -0.13314691, -0.15525493, -0.12851773, 0.32410213, 0.11451161, -0.16337484, 0.22651163, 0.0670393, -0.010159622, 0.061997004, -0.0028491814, -0.12702557, -0.02556835, -0.030351989, -0.101927444), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.10687288, 0.013433122, 0.035762146, -0.07343635, -0.057016056, -0.041276235, -0.08300978, 0.0058231223, 0.014210706, 0.24323368, 0.010536771, 0.037272993, 0.14479576, 0.0013622575, 0.0004501183, 0.17661947), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.056699157, -0.009144585, -0.20287608, -0.17288777, -0.031525977, -0.014541391, 0.09615033, -0.020868845, -0.06501473, -0.015121819, 0.20430197, -0.04346306, -0.12766391, 0.093933746, -0.027732635, 0.11136926), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.08438437, -0.1183074, -0.12171084, -0.016565872, 0.011952218, -0.058289453, 0.13479574, -0.0013566733, 0.20290127, 0.03338366, -0.1634658, 0.11389365, -0.060460836, 0.05049821, -0.14498705, 0.016767675), target2);\n\n\tMF4 target3 = { -0.07961375, -0.07668534, 0.030482467, 0.035888318 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.20980129, 0.023968311, 0.12840137, 0.10842146, 0.011306613, 0.05415782, 0.039082862, 0.16055544, -0.019953849, -0.038693313, 0.043451615, 0.29995796, -0.04229376, -0.052874412, -0.043818697, 0.12305407), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.05386288, 0.060217176, 0.115249164, -0.06499263, -0.24467815, -0.038295876, 0.1099765, 0.011418658, -0.037247434, 0.022481795, -0.022084411, 0.08719741, 0.112991996, 0.0038797192, 0.0007742727, -0.12125326), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.14591883, 0.0059707207, 0.10084995, 0.11218308, -0.06853006, 0.056708243, 0.03836111, 0.097718365, -0.03493398, -0.025623012, -0.05587737, -0.08457079, 0.028527644, -0.12509371, 0.10159183, -0.1373413), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.070879295, 0.12866656, 0.0061003384, 0.2756249, -0.110929534, 0.08008204, 0.103428364, 0.0680596, 0.25671995, -0.20484821, 0.07494457, -0.30119568, -0.0037036634, 0.089072324, 0.08692298, 0.070883), target3);\n\ttarget3 = MulAdd(e1, MF4x4(-0.010380239, -0.09510446, -0.082714744, -0.17768058, 0.07806542, 0.031258516, 0.22199117, -0.2503904, -0.35995534, 0.22030926, 0.31575105, 0.00959926, -0.01777953, 0.0140022775, 0.03752933, 0.09948206), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.041341938, -0.07633474, -0.0198307, -0.0010591226, -0.00981418, 0.054734066, 0.07465484, 0.18272892, -0.081466086, -0.016789936, 0.01381776, 0.19449398, -0.16821295, -0.17434129, -0.03367363, -0.29107878), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.03371505, 0.0015008952, 0.038456205, 0.08681006, 0.06587572, 0.080483936, -0.046148404, 0.00034004613, -0.049788523, -0.014699005, 0.12648652, -0.08964094, -0.04100757, -0.0022513492, -0.045995962, -0.033430565), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.077466115, 0.055482663, 0.06427869, -0.014551742, -0.03726866, -0.050230574, 0.13511398, -0.14205348, -0.03461195, 0.031386618, 0.0590859, 0.032402404, -0.015786028, 0.086712435, 0.0989059, 0.031410974), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.034690183, -0.038256433, -0.011660002, 0.0063596303, 0.038892817, 0.11872877, 0.0003016667, 0.08520122, 0.0941757, 0.073596634, 0.08374554, 0.046010435, 0.0181265, -0.15729031, 0.11088375, -0.032952093), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.026296677, 0.15765159, -0.012793888, 0.0082718665, 0.12780726, -0.0118969055, -0.089828335, -0.24008913, 0.19047114, 0.03790669, 0.10990294, -0.14094876, 0.031807188, 0.044609103, -0.1013979, 0.008491038), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.053833764, 0.26152018, -0.04398908, -0.060880598, -0.028556267, -0.04798034, 0.006057095, -0.19898368, -0.24473669, 0.0472649, 0.15300584, 0.028983278, 0.028763462, -0.017422339, 0.03820097, 0.083550654), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.0082439445, -0.0012358675, -0.013711661, 0.07154783, 0.07983732, -0.015840268, 0.034440894, -0.04973906, -0.18109304, 0.05403726, -0.03891083, -0.016710335, 0.10012702, 0.02470262, 0.0085716015, -0.0851344), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.04101796, 0.060623523, 0.011851002, -0.028376777, -0.025862841, -0.042955548, -0.1211269, -0.13360673, 0.0071736956, -0.18880656, 0.276794, -0.011204949, 0.020503378, 0.0110537205, 0.10886233, -0.003678301), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.14220405, -0.15436499, -0.13759659, -0.03390728, 0.21921699, -0.003154918, -0.101451315, 0.043704413, -0.12738566, 0.19500181, 0.45843616, 0.065685, -0.20168468, 0.12985173, -0.02569477, 0.17067434), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.032667797, 0.16730979, 0.004677948, -9.4643896e-05, -0.014588183, -0.057854652, 0.013125396, 0.096397184, -0.054806076, 0.010901007, 0.0968573, -0.23783323, 0.08697233, 0.008680743, -0.035573848, -0.004963115), target3);\n\ttarget3 = MulAdd(g2, MF4x4(-0.00958006, 0.03317287, -0.01340794, -0.018926572, -0.05369498, -0.03341796, 0.030888261, -0.0010606453, 0.039325304, -0.16673934, 0.06557901, -0.08155623, -0.02527372, -0.17023365, 0.015217776, -0.040017188), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.015815312, -0.042971406, 0.067791514, -0.08905113, -0.09565908, 0.04346861, -0.06728161, 0.15545414, 0.18861936, -0.031062441, 0.23719235, 0.037903327, 0.07448, 0.035912767, -0.011007527, -0.01686951), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.0177658, 0.058648083, -0.028266283, 0.074122384, -0.114152886, -0.1088884, -0.00045867384, 0.12350585, -0.028705545, 0.07543727, 0.019930601, 0.05765993, 0.030875817, -0.01684014, 0.03873862, -0.29210237), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.13872401, 0.0026290037, 0.120320186, -0.096298255, -0.22042315, -0.024083365, 0.021574842, -0.120338276, -0.030302105, 0.0030427484, -0.048579045, 0.11119769, 0.17029862, -0.03042154, -0.008851885, -0.04858139), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.08693055, 0.0035178792, 0.0072182836, -0.21177882, -0.12236571, -0.041778523, -0.07611475, 0.1860772, -0.07140713, 0.079063386, 0.16111141, 0.10981697, -0.11631706, 0.00499998, 0.03531511, 0.112886176), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.31241155, -0.155902, 0.026360337, 0.11567123, -0.01410306, 0.043105874, 0.06448718, -0.15669721, -0.10699524, 0.14620166, -0.022471936, 0.16952698, -0.0043298705, 0.012148871, -0.06097046, 0.13138528), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.04631855, 0.16682167, -0.08682791, 0.031910088, -0.10863085, -0.05405996, 0.20847258, -0.25902548, -0.21886107, -0.016768524, 0.018900516, 0.016220776, 0.086765796, -0.086313486, 0.061806828, -0.042748976), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.22026716, -0.060322747, 0.055743527, -0.20811775, 0.15368998, -0.05755373, -0.1723089, 0.053601813, 0.3936026, -0.13520636, 0.13089643, -0.09859593, -0.08306327, 0.12936836, 0.1387318, 0.0221951), target3);\n\ttarget3 = MulAdd(f3, MF4x4(0.14327681, -0.19199587, 0.02808416, -0.13307315, 0.12417994, -0.06954055, -0.11516412, -0.16203047, 0.085192114, 0.020538192, -0.10626918, 0.13578235, -0.042099748, 0.17358838, 0.040398534, 0.14976105), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.053998414, 0.12475386, -0.17873338, -0.06543859, 0.007933435, -0.07924536, -0.00051635655, -0.0015982009, 0.0397255, -0.16369022, 0.03679988, 0.100230515, -0.03289991, 0.043998964, 0.058887206, -0.09575534), target3);\n\ttarget3 = MulAdd(h3, MF4x4(-0.0027977703, 0.17769088, -0.104156405, -0.1011918, -0.042667318, 0.19569083, 0.0944246, 0.05381444, 0.27140749, -0.12598918, 0.40728518, -0.16019246, 0.07478889, 0.07995141, -0.055247143, -0.015301875), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.10702615, 0.08362206, -0.12840238, 0.23424083, -0.11492997, 0.14988491, -0.058391277, -0.012141015, 0.15102027, 0.14370169, 0.04101889, 0.18302867, 0.11423182, 0.026963422, 0.02742905, 0.05555466), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.0170646, -0.040626798, -0.086295746, -0.08303102, 0.07351082, -0.10439346, -0.09158801, 0.143845, 0.016958551, 0.21520329, 0.041720334, -0.11638024, 0.087674506, 0.12561873, -0.21283507, -0.23356001), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.011983947, 0.026985325, -0.10494964, 0.045505363, 0.06308739, -0.0132794585, -0.19216236, 0.0044559645, -0.21042153, 0.026115706, -0.08442747, 0.08834091, 0.13262731, -0.06231853, -0.20550017, 0.03952042), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.13586617, -0.0021369287, -0.121751934, -0.019784765, 0.03198282, -0.17328545, -0.10135551, -0.0024194748, -0.04619262, 0.21542613, -0.09846654, 0.081278816, 0.16300274, 0.01612674, -0.0033168197, -0.0257739), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.1674388, 0.01902311, 0.007676536, -0.12779048, 0.18292421, -0.22342151, -0.05965652, 0.14477763, -0.09779103, 0.14098361, -0.16848993, 0.19790487, 0.006252736, 0.22206211, -0.15818825, 0.08966031), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.17080314, 0.069508895, -0.038767304, 0.18950053, -0.08592572, -0.20979418, -0.21214612, 0.3330128, 0.30952567, -0.107134975, -0.16258, 0.022875668, -0.02457244, -0.12532432, -0.24953507, 0.059734188), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.0018491185, 0.033706773, -0.1065624, 0.025152596, -0.016163057, -0.041699793, -0.12381229, -0.025942512, 0.13162622, 0.03565028, 0.029629026, -0.018657705, -0.1921952, 0.101777196, -0.06653633, 0.079698876), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.040848907, 0.013372185, -0.061049856, -0.05829793, 0.03286879, -0.23536444, -0.056496553, 0.10049081, 0.0040958193, 0.1146177, 0.05323595, -0.040001456, -0.07206396, 0.052719124, -0.11720367, 0.12925144), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.08204122, -0.04806825, 0.03865589, -0.016993582, 0.004172861, -0.025698105, -0.01519582, 0.1425758, 0.02170024, 0.105864905, -0.03567325, -0.016229391, 0.22955607, -0.043812234, 0.045955688, 0.07391785), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(0.025563411, 0.016936684, 0.054015722, -0.03440089, 0.0448358, 0.012403107, 0.011840847, -0.10125541, 0.03623299, -0.005010518, -0.043322872, -0.17361045, 0.015130423, 0.1813893, 0.0017346571, 0.07948043), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.027647035, -0.0092600705, -0.05360344, -0.03877652, 0.028799497, 0.002088597, -0.13616459, 0.14142619, -0.26286268, -0.10349014, -0.066500075, 0.009223449, 0.08260629, -0.037491266, 0.019173276, -0.022004724), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(0.004824502, -0.114328325, -0.0023743433, 0.027862813, -0.019098494, 0.050463524, -0.11528185, 0.22641957, -0.025532806, 0.007936803, -0.064679936, -0.055090822, 0.07407797, 0.052605998, -0.043648902, -0.16713037), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.078680634, 0.020991815, 0.008421187, 0.010790185, 0.032945324, 0.13025786, -0.14650385, 0.053448163, -0.0028072142, 0.039515216, 0.1282605, -0.029288173, -0.029804084, -0.13323198, -0.054916043, 0.056681957), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(-0.09560204, -0.0669099, 0.005074813, 0.09496971, 0.027659275, -0.2191003, 0.29730386, -0.022740293, -0.025892505, -0.1871456, 0.028785622, -0.12673095, 0.0664705, -0.08389141, -0.089651205, -0.15402664), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.0063571655, 0.15680969, 0.061591282, 0.03752913, -0.041436892, 0.075064555, 0.20300192, 0.031942736, 0.0804296, -0.22194067, -0.20516422, 0.07361, -0.15353987, 0.25465, 0.008901653, 0.10683235), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.006734436, -0.14774522, -0.031374577, -0.1032655, 0.11299578, 0.1205544, 0.11802791, -0.0612094, 0.03863345, 0.09838008, 0.037064772, 0.029507324, -0.051219307, -0.055263996, 0.02356915, -0.16056564), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.06996934, -0.015304054, -0.009411581, 0.030309107, 0.10674073, -0.020733232, -0.115811616, 0.031903993, -0.049218595, -0.067377076, 0.26841155, -0.06866156, -0.09156055, -0.10751758, -0.022639344, -0.18830526), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.020456642, -0.035503354, -0.09457199, 0.05264921, 0.24155058, 0.12630259, -0.045381807, -0.12230558, -0.03225022, 0.04103188, -0.13622516, -0.0040657576, 0.023767322, -0.051124092, 0.09194598, -0.03766687), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.016005656, -0.05218363, 0.029727828, -0.1604237, -0.009916855, -0.024033275, -0.14342757, 0.083073266, 0.057055146, -0.013757824, 0.15497124, -0.17284107, 0.05109579, 0.013304962, -0.06706223, 0.06251818), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.06668304, 0.009187671, -0.047118776, 0.07131393, -0.17141497, -0.015085916, 0.004049452, -0.035744824, 0.032192133, 0.15326595, 0.044383276, 0.14035697, -0.090966456, 0.14161377, -0.015315352, 0.11275578), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(-0.13508414, 0.0785333, 0.009038879, 0.1607147, 0.22703816, 0.033339903, -0.03727777, -0.31905726, -0.069729164, 0.036481526, -0.025714623, 0.0851529, -0.12554394, 0.105045296, 0.059951913, -0.0604455), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.20849659, 0.088841915, -0.1109168, -0.08992707, 0.31967592, 0.005481088, 0.22387522, 0.02098377, -0.0497405, -0.025430094, -0.0043220813, 0.060257867, -0.21568587, 0.067227446, -0.057946377, 0.06617755), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.076282814, -0.20857447, 0.056654572, -0.014142213, 0.029527945, -0.07234652, -0.094661996, 0.22620171, 0.042960577, 0.013866398, 0.036293183, 0.14942285, 0.076137245, -0.002794117, -0.1168563, -0.0146170305), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.10552861, -0.15840133, -0.03899879, 0.23962662, 0.04375998, 0.1696087, 0.037471466, -0.2348845, -0.04425561, -0.09243792, -0.12540625, 0.013209438, 0.20652635, 0.28815508, -0.14443508, -0.045806926), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.18040875, 0.101635806, 0.022794934, 0.01974664, 0.24168968, -0.09383824, -0.05368557, 0.095760964, -0.03084522, 0.03096591, -0.025146073, -0.15247615, -0.07991138, 0.041957334, 0.13305306, 0.10435218), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.12386387, -0.07711658, -0.010701461, -0.15226945, 0.13125682, -0.05067199, 0.05759467, 0.06512925, -0.087202296, -0.09307128, 0.074678324, -0.118310176, 0.013819953, 0.078637935, 0.060606144, 0.024220081), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(0.034386832, -0.18846357, -0.039673664, 0.113117084, -0.045039542, -0.10561991, -0.073102295, -0.3002364, 0.03678976, 0.12222279, -0.115726635, 0.07686326, 0.040241316, 0.1602316, 0.09017754, -0.115864284), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.052414972, 0.033908065, 0.08952466, -0.17085709, 0.006635481, -0.040943716, -0.21519491, 0.04866619, -0.04725049, -0.05258961, -0.014845829, -0.26571122, 0.07195377, 0.20871797, -0.068733044, 0.15962349), target3);\n\n\tMF3 target4 = MulAdd(e1, MF4x3(0.053345524, 0.066197485, 0.07259881, 0.05303127, 0.06742834, 0.07375377, 0.094053976, -7.700613e-05, -0.02473139, 0.005308593, 0.03030767, 0.039729137), 0.0);\n\ttarget4 = MulAdd(e2, MF4x3(-0.108758785, 0.037586506, 0.065435104, 0.027483977, -0.05654698, -0.076396726, 0.105040714, 0.05024414, 0.021126145, -0.0674868, -0.0055504893, 0.02190656), target4);\n\ttarget4 = MulAdd(e3, MF4x3(-0.053890713, 0.0071396744, 0.016984116, -0.045092918, 0.025137635, 0.041979324, -0.03408237, 0.0019260172, 0.005701325, -0.02040999, -0.01315308, -0.00639404), target4);\n\ttarget4 = MulAdd(ne1, MF4x3(-0.073155664, -0.06887698, -0.072435565, -0.08694837, -0.05531286, -0.055365037, -0.06690585, -0.00129934, 0.013128711, -0.045931015, 0.017999481, 0.021670034), target4);\n\ttarget4 = MulAdd(ne2, MF4x3(0.14758188, -0.052864034, -0.06617946, -0.025215192, 0.005785653, 0.02022865, -0.07359226, -0.034944568, -0.01911832, -0.059109453, 0.0018033485, -0.022261323), target4);\n\ttarget4 = MulAdd(ne3, MF4x3(0.079963796, 0.018210623, -0.0025736517, 0.06693135, -0.038985185, -0.04726813, -0.03559407, -0.0083629545, -0.005753532, 0.043954816, -0.022223696, -0.039470144), target4);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex3[gxy] = target3;\n\ttex7[gxy] = MF4(target4, 1);\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x24\n//!IN tex1, tex2, tex3, tex7\n//!OUT tex4, tex5, tex6, tex8\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { 0.04207974, -0.22892998, 0.061954536, 0.076551735 };\n\ttarget1 = MulAdd(a1, MF4x4(0.09584929, -0.095243275, 0.08022671, 0.075294726, 0.18445255, -0.082423694, -0.097833045, -0.021506732, -0.21379599, -0.023127496, -0.18897046, 0.023956126, -0.060177475, 0.027762169, 0.19984011, -0.20838684), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.012249506, -0.12688737, -0.12119437, 0.10179773, -0.09664198, -0.0030920326, -0.030286502, -0.20217018, 0.34590152, -0.05034654, 0.049923953, -0.043337423, 0.25000378, -0.028680135, 0.16001691, -0.066234544), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.08372182, -0.089819506, -0.013704554, 0.04556739, -0.114813834, -0.06466441, 0.03785733, -0.0062836753, 0.047535792, 0.06347279, -0.007735239, 0.049881376, 0.20055495, 0.047256388, -0.09947006, 0.0025243685), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.3671971, -0.05361603, -0.12586144, 0.12522058, 0.13843551, -0.06033578, 0.22667646, -0.08870703, 0.01452431, 0.17809536, 0.13784996, 0.15395631, 0.0001755052, 0.30571333, -0.14230241, -0.22773817), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.27697307, 0.19896318, -0.055979818, -0.27574858, 0.06590851, -0.083754696, 0.26534772, 0.04968563, 0.028200507, 0.11523887, 0.07717626, -0.037011877, 0.013540311, -0.015524421, 0.20788544, 0.16297664), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.13144116, -0.14546596, 0.10977632, 0.010728187, 0.025761489, -0.018065382, 0.06367839, 0.14230403, 0.12607081, -0.0124253975, 0.31784698, -0.017743418, -0.022748945, 0.05433257, 0.0031092372, -0.031199085), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.21655789, 0.011040414, 0.06492884, 0.0706221, 0.09610853, 0.057776507, 0.009683445, -0.060912937, 0.021881321, -0.19671698, -0.0130090965, -0.013112566, -0.085476145, 0.038455218, -0.0014731084, -0.0831875), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.37602007, 0.0823336, 0.24707538, -0.09009795, -0.017044, -0.12772176, -0.17441119, -0.042144842, 0.09458421, 0.28926283, 0.06927162, -0.06356304, 0.2206176, 0.1834394, -0.055222265, -0.13328971), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.12759925, -0.1872996, 0.12348925, 0.09169479, 0.2032652, 0.021332331, -0.02606638, -0.30383334, 0.11312311, -0.12563488, 0.07815656, 0.033551723, 0.073155805, 0.022491606, -0.004879681, -0.020566663), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.0074200626, -0.045258366, -0.11789159, 0.15158547, 0.021973789, 0.013558428, -0.06303165, -0.014261419, -0.005217678, -0.08988565, -0.032385588, -0.16513458, -0.00094591687, 0.105432004, 0.008511094, 0.064075306), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.11356488, 0.033568926, -0.0035593451, -0.1380603, -0.09776493, 0.16050343, 0.14889094, -0.20236592, -0.13227837, -0.3369538, -0.08290829, -0.102781296, -0.0008081758, 0.25186548, 0.045406237, -0.08264705), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.012680731, 0.045382235, -0.099822015, 0.052455686, -0.017731141, 0.2148587, -0.025351917, 0.031683072, -0.25334007, 0.0181896, -0.0813112, -0.12272559, 0.04371032, 0.065688565, -0.020920211, 0.23614638), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.07416445, -0.1632982, 0.019079927, 0.033240702, 0.13220134, -0.09758509, -0.09742767, 0.0003053599, 0.110648625, -0.06813206, 0.10455032, -0.037899535, -0.03261096, 0.06280864, -0.17577846, -0.279448), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.032076143, 0.00038162203, 0.01970988, -0.040755652, 0.14594907, -0.29632306, 0.18186367, 0.06210379, 0.089618064, -0.20777738, -0.11941431, -0.047921117, 0.069467194, -0.061959818, -0.097263746, 0.20329393), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.13389389, 0.053396456, 0.15672714, 0.1585184, 0.019925753, 0.08114361, 0.1381434, 0.06507304, -0.021846443, -0.040439755, 0.028436588, -0.1502027, -0.01547767, -0.09032624, 0.1101168, -0.044395007), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.08236856, 0.25564417, 0.15329555, 0.054097474, 0.12049528, -0.076263994, -0.19988477, 0.01916389, 0.097000316, -0.15214846, 0.1360054, -0.0007913522, -0.22950296, 0.0919526, -0.0045635877, 0.16661373), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.19546251, 0.008113141, -0.08576472, 0.23981415, 0.037918933, -0.106971025, -0.19296011, 0.064365655, -0.1451187, 0.03483461, 0.03271891, -0.001744038, -0.24933495, 0.0021132312, -0.15542698, 0.041852806), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.07619386, 0.17014128, 0.05875971, 0.056373183, 0.077981666, -0.034455027, -0.09977959, 0.019308453, -0.097891875, -0.011260777, 0.009704571, -0.091228284, 0.072402045, 0.1679339, -0.021336546, -0.078355595), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.10250763, 0.07651088, -0.0131817255, 0.035391405, 0.1545587, -0.005520408, 0.18242277, 0.034118786, -0.0512669, 0.09563292, -0.0063671293, 0.017505696, 0.038793128, -0.23837951, 0.047975145, 0.17773068), target1);\n\ttarget1 = MulAdd(b3, MF4x4(-0.0031853304, 0.1552162, 0.16779172, -0.06020084, -0.19057243, -0.13034964, -0.028302211, -0.1005563, -0.025626518, 0.087223954, 0.19338006, -0.06066401, -0.2122666, 0.001640063, 0.033021607, 0.06684525), target1);\n\ttarget1 = MulAdd(c3, MF4x4(0.10043514, 0.033739183, 0.01542628, -0.07931681, 0.032161597, 0.16379037, 0.050983094, -0.030686958, 0.19189216, -0.15878248, 0.01945422, -0.02624594, -0.10871623, -0.06925224, 0.020812772, 0.07386481), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.012129095, -0.029043682, -0.054882783, -0.04798959, 0.12916534, -0.012814343, 0.06516883, -0.054208606, 0.2625884, 0.008694777, -0.16992761, -0.041635927, 0.10295491, -0.04496253, 0.14063339, 0.15155916), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.09972329, -0.2031706, 0.15199123, 0.136278, -0.030424237, 0.01253304, -0.22483149, -0.04429611, -0.0058194255, 0.32650772, -0.13599585, -0.15167284, 0.13211648, 0.06883629, 0.13449487, 0.1419326), target1);\n\ttarget1 = MulAdd(f3, MF4x4(0.16303232, -0.12681945, -0.24028221, -0.018534243, 0.048438597, 0.02196457, -0.26033646, 0.11363536, -0.23852448, -0.2250161, 0.054867614, -0.042418674, 0.036863618, 0.16061254, -0.103400566, -0.054900676), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.0018444043, 0.047589947, 0.15244149, 0.026401952, -0.16383879, 0.2288589, -0.067270175, 0.035644963, -0.046972964, -0.079998486, -0.07510886, 0.086569756, 0.088215984, -0.08220123, 0.006012456, -0.081925176), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.20731804, -0.105194375, 0.1735274, -0.13702598, -0.08078456, -0.08891678, -0.20113394, 0.20032553, 0.23738097, -0.06555696, 0.0073099127, -0.24053259, -0.19441254, 0.044497594, -0.085050255, -0.45097253), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.015630659, 0.096795596, -0.05207522, -0.021776563, -0.052400976, 0.0060831443, 0.19417833, 0.14141484, -0.031068498, -0.031282816, -0.0053475797, 0.16884208, -0.049706176, -0.117957756, -0.122313395, -0.22831066), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.13027157, 0.11083156, -0.05295985, -0.13405156, -0.25512117, 0.007962338, -0.19477697, -0.043301556, 0.10253565, -0.12592895, 0.05690188, -0.03008582, -0.08713882, -0.05253795, -0.05898243, 0.07648529), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.028103404, 0.107655846, 0.06792543, 0.038461875, -0.17316198, 0.045686997, -0.1318844, 0.1923057, -0.10082274, 0.023855874, 0.014650556, 0.07000885, 0.03179704, -0.17100379, 0.060464893, -0.05120159), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.008488711, 0.10152624, -0.08714461, -0.054719266, -0.0132024065, 0.06630249, -0.0070151696, -0.076831385, 0.15455176, 0.065892935, 0.06491651, 0.07013989, -0.016401365, 0.1033902, -0.026735194, 0.09976299), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.062281746, 0.11808364, 0.064350896, -0.077770054, -0.10968356, 0.08668185, -0.14066383, 0.020038921, 0.21482739, 0.01405822, -0.05047993, -0.098990895, 0.113971226, -0.07471277, 0.14986148, 0.087345585), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.06364801, -0.17296022, -0.17889057, 0.20986524, -0.022308208, -0.13067317, -0.1608613, 0.005560176, 0.18469712, 0.08284309, -0.16637094, -0.1101153, 0.0047913613, 0.085900925, -0.19173592, -0.336121), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.32434624, -0.11097179, -0.2576656, -0.035399284, 0.12601346, 0.12047275, -0.08445279, -0.22353333, 0.275204, -0.028347714, -0.1910839, -0.105464876, -0.17244552, 0.10430915, 0.07988085, -0.024917416), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.38803256, 0.12614547, 0.113965005, -0.05710032, -0.2639457, 0.015134661, 0.018303871, 0.060708337, 0.18753609, 0.025863146, 0.09349249, -0.034619175, 0.078573935, 0.034479834, 0.03612244, -0.08949277), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.16215962, -0.030498799, -0.10899874, -0.03440776, -0.015821088, 0.029496742, 0.13228656, -0.16718344, -0.14563835, -0.17501803, -0.004510379, 0.020998359, 0.06548722, -0.13759966, 0.07444127, 0.10629099), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.0698536, 0.23689122, -0.0060213935, -0.0015028039, 0.039947093, 0.11350835, 0.19953221, 0.08415087, 0.22800536, 0.06906256, -0.06636992, -0.24212533, -0.0023316562, 0.011869679, 0.25965255, -0.012204548), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.000661378, 0.10967955, 0.058565635, -0.15265211, 0.14624023, -0.03375811, 0.05981829, -0.022552123, 0.070834555, -0.022453807, 0.019191928, 0.08326683, 0.0777132, 0.08895826, 0.023328163, 0.053312927), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.043799512, 0.12866509, -0.046365067, 0.24239258, -0.11673964, -0.025937054, -0.12636824, 0.100062154, -0.10018257, 0.19266897, 0.06142848, -0.14361443, -0.021221312, -0.30052304, -0.20469959, 0.14677355), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.015183433, -0.19820379, -0.15852103, 0.054332163, 0.0071695223, 0.084583715, 0.24957466, -0.051836044, -0.1983422, -0.08417326, 0.08057586, -0.0437153, -0.01875922, -0.09707154, -0.15741958, -0.017708866), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.29747635, 0.07556405, -0.024965616, -0.035462193, 0.00015182442, 0.039648414, -0.021202678, 0.048798855, -0.057369143, -0.1613142, 0.023689339, -0.04995168, 0.02980912, -0.052541643, -0.037693493, 0.089918755), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.13534155, -0.09769345, -0.072239734, 0.06396828, -0.067685336, 0.09630334, -0.060928572, 0.04446791, -0.08296695, 0.09350221, 0.34450835, -0.13325562, 0.017068733, 0.19159698, -0.0142695615, -0.0692556), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.006079359, 0.12826636, -0.12040495, 0.08986504, 0.07011883, -0.1098471, 0.14756078, -0.29749495, -0.13352399, -0.19821455, 0.088539004, 0.03831198, -0.2940772, 0.19943683, -0.083427206, 0.22637546), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.35546607, 0.064483844, -0.19232833, -0.06884708, -0.2744395, 0.015903095, -0.18404284, 0.18437761, -0.072399296, -0.11778013, -0.109648645, 0.038300544, -0.016273083, -0.022765087, -0.18801431, 0.023174742), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.047155075, -0.013470263, -0.2142679, -0.07784448, -0.17944333, -0.04802458, -0.059323605, 0.06443357, -0.023670893, -0.32168958, -0.047240417, -0.04732927, 0.22192943, -0.12674028, 0.038099587, 0.047584143), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.036675204, -0.2955229, -0.2730817, -0.021219578, -0.22891581, 0.1896148, 0.1885584, 0.020979041, -0.115823194, -0.07042675, -0.042149916, 0.04921666, -0.0054005245, -0.12240402, -0.0031619132, 0.09292424), target1);\n\ttarget1 = MulAdd(na3, MF4x4(-0.121177875, 0.022185382, -0.13757537, 0.110018514, 0.04366351, 0.07803729, -0.028073097, -0.070835054, -0.117744304, 0.010936038, 0.0039909417, 0.15176865, 0.14082533, -0.028780727, -0.09623105, -0.17158796), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(0.04708067, 0.09987003, -0.0011556224, -0.14066035, 0.18528107, 0.2334141, 0.031397898, 0.05785171, 0.056908704, 0.07767457, 0.10462482, 0.04132479, 0.0121364035, 0.009938317, -0.08584528, -0.067361355), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.05410052, -0.0714775, -0.16306542, 0.090159744, -0.161323, -0.047408808, -0.06715019, 0.09986001, 0.2831126, 0.00576967, 0.040771786, -0.08548527, -0.09100255, 0.13035326, 0.012434338, -0.014341014), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.1663156, 0.10254592, -0.050546184, 0.11586232, -0.16458654, -0.03840253, 0.20078611, -0.07851566, 0.15138014, -0.112647966, -0.01826464, 0.12073245, -0.08315027, -0.050763886, -0.15038362, -0.1131053), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.01002309, 0.08847059, -0.20151149, -0.0035132666, -0.23968504, -0.03516418, 0.29592118, 0.064261466, 0.45611492, -0.10594028, 0.110738106, -0.096258715, -0.05207964, -0.05561078, -0.11650712, -0.3685437), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.20816466, -0.05811231, -0.061693646, 0.07572569, 0.14781217, -0.0070261173, -0.025654003, 0.054483656, 0.057109646, 0.19076158, 0.04684541, 0.1116435, -0.09888648, -0.031974472, 0.19365066, 0.021925794), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.03929964, 0.07849196, -0.09844016, 0.07695297, 0.14535576, -0.2121029, -0.08024618, -0.012246682, 0.34951916, -0.09691296, 0.03363421, 0.058434267, 0.003874065, 0.14535636, -0.028760154, 0.124139), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.0932687, 0.092196085, -0.31407887, 0.1343263, -0.27295715, 0.14278416, 0.08114481, -0.12019184, 0.11957917, -0.113183275, 0.039373737, 0.46590427, 0.13638581, -0.043146584, 0.072187565, 0.25355667), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(0.123297654, 0.13584657, 0.07648451, -0.13606457, -0.16890481, 0.01590599, -0.21695235, -0.0694265, -0.2649162, 0.02908455, 0.21927917, 0.010575717, 0.0485126, 0.039509103, 0.28077808, 0.081715904), target1);\n\t\n\tMF4 target2 = { 0.0076388572, -0.16117841, -0.21034169, -0.019341651 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.017371856, 0.031500984, -0.07871794, 0.07516421, -0.047120046, -0.1499491, 0.03412159, -0.11797919, 0.24790019, -0.19525756, -0.05562878, 0.0328997, 0.21224782, -0.15311961, -0.18679233, -0.021687083), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.025990961, 0.12443172, 0.0647746, -0.05208365, 0.05024424, -0.15237884, -0.12913004, -0.03974524, 0.1453159, 0.105298564, -0.17882426, 0.15200019, -0.024576407, 0.024749285, -0.114573665, 0.12468399), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.07534002, -0.018443566, -0.07744656, -0.049855288, 0.030816372, -0.011974315, 0.05701086, 0.083947234, -0.16585147, -0.09379088, -0.090112925, -0.110042654, -0.105956376, 0.014653304, 0.041867986, 0.24255139), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.0044792104, -0.029270872, 0.07648775, 0.049905814, 0.014173815, -0.16794622, -0.09707847, 0.12383384, 0.06794641, -0.07997065, -0.51078653, 0.034911633, 0.13010858, -0.23383191, 0.07255915, -0.06692129), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.21879609, -0.017210754, -0.015485283, 0.083878465, -0.26080847, 0.36907044, 0.23289536, -0.038870774, 0.06501928, 0.14246589, -0.08897723, 0.10715434, 0.3482729, 0.16240129, -0.013726439, -0.005958744), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.11399226, 0.18352379, 0.14817153, -0.20127603, 0.014963564, 0.1103272, -0.07205868, 0.08848388, 0.14840026, 0.018574262, -0.07972405, 0.02918892, 0.18851598, 0.074035265, -0.010895981, -0.034228772), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.12840563, 0.13339421, -0.042844173, 0.17029236, 0.27274412, -0.05954642, -0.07974038, -0.14359044, -0.12972996, -0.14160097, -0.22879072, 0.17341535, -0.047784876, -0.0024098, -0.066806085, 0.1451525), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.019089594, 0.14139606, -0.16583538, 0.038803227, -0.014393993, -0.06451304, -0.0133141065, -0.22717497, -0.07594741, 0.16408369, -0.0074125547, 0.06459095, -0.13577539, -0.123973124, -0.21311697, 0.06648542), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.2023118, 0.014515263, -0.032675546, 0.01735652, 0.16447331, -0.016542327, -0.17865558, 0.07834224, 0.016872171, -0.12725283, -0.021913532, -0.03262319, -0.11567316, -0.009686028, 0.01897474, -0.00264971), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.02156143, 0.06127393, 0.08751492, -0.0027723024, 0.061267495, 0.22953646, 0.26134068, 0.23994948, -0.05292228, 0.11692952, 0.1014853, -0.013061857, -0.13198215, -0.08740625, 0.08896114, 0.11902029), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.017173437, -0.00088511547, 0.07882701, 0.059980858, -0.06255887, -0.07106743, -0.070686355, -0.111458905, -0.102210574, 0.082739465, 0.25598842, 0.010992033, -0.06413811, -0.03738569, 0.009392029, -0.047789197), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.23666115, 0.07702853, 0.15348057, 0.081954665, -0.028320765, -0.15108013, -0.06386237, -0.03937426, -0.070428774, 0.046394363, 0.097939745, -0.08086774, 0.06996333, -0.048788365, 0.07915947, 0.05624496), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.14345141, 0.048822183, -0.2908337, 0.013937969, -0.019703582, -0.41485405, 0.431834, 0.05884408, -0.3067431, 0.10988645, -0.014010137, 0.06143512, 0.24215294, -0.17129561, 0.11282655, 0.19824891), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.07530577, -0.015041713, -0.11711949, 0.060197067, 0.15375182, 0.5235449, -0.15465264, 0.055295702, -0.12753716, 0.04075088, 0.06649801, -0.08592669, -0.034694944, 0.18401965, -0.031681508, 0.086950384), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.23155743, -0.012697523, -0.19502366, -0.09216853, -0.050312944, -0.003234684, -0.07824935, 0.09000848, -0.1604727, 0.16866255, -0.07226818, -0.04688219, 0.18855634, 0.07053166, 0.06875359, -0.082133405), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.097153, 0.17410621, -0.07209523, 0.031690594, -0.18697138, -0.31457213, 0.12693302, 0.09791562, -0.056750435, 0.17457159, -0.014368028, 0.11140081, 0.14797364, -0.11987443, 0.010138102, -0.24108526), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.08502398, 0.25199497, 0.033161916, 0.11686169, -0.000555042, -0.13222077, 0.019214375, -0.0740864, 0.05422655, -0.0689195, 0.07171115, -0.0063085253, -0.11293817, 0.28714395, 0.08302453, -0.297302), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.0018131305, -0.23274079, 0.28795394, 0.10479223, 0.017336998, 0.10140653, -0.01703538, 0.0018864989, -0.19448972, 0.06781925, 0.0072297496, 0.054331925, -0.056745283, 0.0031926096, 0.08508613, -0.076465875), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.06579661, -0.074197, -0.07872732, -0.04833768, 0.07948355, 0.10680971, -0.038892176, 0.0026479303, -0.05120215, -0.005223787, 0.013828104, 0.033628467, -0.251052, -0.053964466, -0.04151976, -0.12170088), target2);\n\ttarget2 = MulAdd(b3, MF4x4(0.02224381, -0.11401214, 0.049397755, 0.1178245, 0.124475546, -0.014129338, -0.08712223, -0.110995345, 0.027189068, 0.14115846, 0.008039289, -0.077303566, 0.13120183, 0.088576116, 0.19419082, -0.19265574), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.302041, -0.09488605, 0.10128198, 0.25093108, -0.05749319, -0.1325287, -0.07048078, 0.25168943, 0.24393974, 0.26709494, -0.005166187, -0.0858236, 0.098031975, -0.046012603, -0.025616428, -0.038455524), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.15295, -0.058367014, -0.09462144, -0.004685292, 0.061874785, 0.17379992, 0.10421289, -0.102156416, 0.07116128, 0.09785571, -0.08606482, 0.1615783, -0.10226774, -0.15573122, -0.17567602, 0.12711914), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.08792466, 0.32314366, -0.040461652, -0.1960407, -0.11285709, -0.14666572, -0.070970505, 0.04230559, -0.05408487, -0.2794681, -0.4155402, 0.26639655, 0.13980015, 0.12434661, -0.02678858, 0.056679014), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.124382794, 0.018727468, 0.20523487, -0.070906, -0.030757494, -0.10337054, 0.067943715, -0.039035156, 0.035588995, 0.14607283, -0.085760534, 0.19209209, 0.13216998, 0.16539834, 0.010052314, -0.022481022), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.021054843, -0.15636541, 0.011583453, -0.10839945, -0.05794076, -0.053845506, 0.0063711316, 0.09400282, 0.11037196, -0.11023954, 0.07765479, 0.0063296715, -0.100950494, 0.20135373, 0.048100784, 0.1047337), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.019294975, 0.10017591, -0.022420274, -0.024994979, 0.033118278, -0.0335541, -0.099411234, -0.051065058, 0.04019899, -0.09789642, -0.21099539, -0.051657237, 0.0537393, 0.22397718, -0.09253929, 0.0056816903), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.13451837, -0.31405422, -0.02294345, -0.09470789, 0.011980906, -0.29736918, 0.04785323, 0.008854729, 0.0064198305, 0.1608248, -0.0063040988, 0.015922181, 0.058713753, 0.19405961, -0.0074991966, -0.056430623), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.030276824, 0.051418643, -0.033852484, -0.04178643, -0.09626818, 0.06430078, 0.18420494, 0.21067473, -0.20206925, 0.039089408, -0.20179388, 0.04502135, -0.079114124, -0.18990965, 0.03482791, -0.20353125), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.12883389, 0.01503085, 0.07740192, -0.021361377, -0.021194257, -0.2965198, 0.038358267, 0.08110664, -0.122530565, 0.002974726, -0.11742695, -0.05976367, 0.011006546, -0.0676137, 0.109357566, -0.09688377), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.22074296, 0.019343395, 0.17098527, 0.21736804, -0.15512446, 0.1447234, -0.1344856, 0.051509894, -0.021283794, -0.017791564, -0.023386735, 0.15375026, 0.05583616, -0.22131743, 0.010143341, -0.113710396), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.12376125, 0.086540736, -0.07823014, -0.11477249, 0.071970075, 0.04002691, 0.09260781, -0.16808367, -0.07891094, -0.28984514, -0.0030400122, 0.20933042, -0.09442383, 0.27100945, 0.03393376, -0.025617108), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.041222293, 0.012311568, 0.13222927, 0.15650855, 0.024765523, -0.055989124, -0.02946687, -0.0066036643, -0.12604281, -0.16414027, -0.22830643, 0.0840456, -0.19442934, -0.00939128, -0.005971656, 0.027085181), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.23906162, -0.04003579, 0.16445775, 0.2578306, -0.08858488, -0.0009076812, 0.05893361, -0.07622802, 0.07551978, 0.16221073, -0.08075802, -0.066482686, -0.082238205, -0.07318114, -0.02384466, -0.008769857), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.034418013, -0.04310424, 0.06940784, -0.040061995, -0.196672, 0.059436113, 0.18781166, -0.087357335, 0.17683987, -0.11832282, 0.0704508, -0.080166645, -0.10043135, 0.029797623, 0.045275707, -0.00091474655), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.13774432, 0.039946273, 0.010250749, -0.064292066, -0.033921324, 0.086792484, -0.06556751, 0.16063036, 0.040354285, -0.005781792, -0.06043568, 0.0456958, 0.057671502, -0.09200769, 0.05852994, -0.038263924), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.0722641, -0.15417133, 0.0428391, -0.11669595, -0.15181269, -0.14444157, -0.05888602, -0.04931457, -0.024105387, 0.04452374, -0.19607021, 0.040299945, 0.023721624, 0.009294535, -0.12308105, -0.032013766), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.13982506, 0.008242153, 0.007985137, -0.028785944, -0.045674372, 0.03811196, -0.006431167, 0.042959616, -0.14530565, -0.13717386, 0.15736887, -0.070945315, 0.16792078, -0.057526443, 0.11027599, -0.062423922), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.33995095, -0.06725867, 0.25568435, -0.1156066, 0.0073083406, 0.09118932, -0.036027674, 0.14834408, 0.0076618423, 0.048706416, -0.11109869, 0.014119505, -0.16117008, 0.055889986, 0.021106627, 0.0494479), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.058088336, -0.05898053, 0.28952774, 0.06457457, 0.06820624, 0.031307437, 0.040132232, -0.12814572, 0.034467205, 0.16643257, 0.13826352, -0.050465748, -0.082429856, 0.028516805, 0.10005895, -0.17591912), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.17962062, 0.050080433, 0.115288205, 0.07467281, 0.07438551, 0.111036986, -0.09742873, -0.23408481, -0.09974166, -0.12665741, -0.04540029, -0.03346997, 0.089152135, 0.082195945, 0.28275734, -0.24630727), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.11799736, -0.06625111, 0.091244, -0.13702978, 0.055218194, -0.031087862, 0.06133677, -0.27246916, -0.15978532, 0.19715077, 0.051257942, 0.036602553, 0.054990616, -0.25717, 0.12677813, -0.0406006), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.043816347, -0.3335301, 0.19126506, -0.01086813, 0.075816035, 0.15178275, -0.07246076, -0.19391762, 0.07836278, 0.12452172, 0.09029487, -0.034167152, -0.061805293, -0.08850912, 0.08531079, 0.14093879), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.120683454, 0.02466898, 0.19501889, -0.047962803, 0.2524244, -0.04647245, 0.23329985, -0.437865, -0.11040008, 0.05536788, 0.094667554, -0.029751923, -0.04589413, -0.24310234, 0.27122453, 0.010039841), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.17811799, -0.05787477, 0.10678799, -0.28424516, -0.11051176, -0.0372708, 0.20203365, 0.10050222, -0.1243157, 0.20707713, 0.14385784, 0.025799723, 0.028424745, -0.06201256, -0.1112155, 0.17677756), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.06334935, 0.14396226, -0.121362604, -0.30631876, -0.17723008, -0.041447658, 0.03672539, 0.1550316, 0.113435954, 0.13270019, 0.04389676, 0.016865736, 0.0027031328, 0.107943274, -0.08071779, -0.007290789), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.0327075, -0.02185086, -0.00093145896, -0.009849336, -0.06994606, -0.009004001, -0.2962301, -0.093587525, 0.055827085, 0.15590863, -0.1348263, -0.030768193, 0.1539244, 0.056906786, -0.046778735, 0.1293399), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.060477, 0.10025322, 0.034794286, -0.15556674, -0.046868246, -0.06774045, -0.0046042744, -0.028093262, -0.14673153, 0.0014603435, -0.17085737, 0.09433877, 0.06585415, -0.17430365, -0.09225927, 0.18637276), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.0829445, -0.046446815, 0.01044717, -0.08179017, -0.106227055, -0.07285646, -0.118698135, -0.08691134, -0.19350386, 0.18079466, -0.0896787, -0.0054066014, 0.044900116, -0.07164249, 0.03728663, -0.071337156), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(-0.091456026, 0.0829187, 0.2184223, 0.12404674, 0.0535281, -0.0046089985, -0.1367499, 0.14318149, -0.13627648, 0.008214974, -0.035714064, -0.11221228, -0.0848333, 0.054274652, 0.12799235, -0.12235648), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.015441998, -0.16407311, 0.29637286, 0.15780787, 0.100573234, -0.023377284, 0.19050701, 0.14114772, 0.1021301, 0.30314055, 0.08799963, 0.11630563, -0.28035656, 0.10020031, -0.009994972, -0.16998753), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.053246386, 0.15038243, -0.020114498, 0.019207323, -0.4546607, 0.048940018, 0.122429796, 0.14951369, 0.09936216, -0.13126904, -0.15678225, 0.101906285, 0.017061174, -0.17944153, -0.12741113, -0.13633935), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.11258541, -0.056183632, -0.10542277, 0.048327565, -0.10695888, 0.021128727, -0.0025440033, -0.14460813, -0.2421658, 0.04799532, -0.025316745, 0.111919515, 0.133215, -0.23335934, -0.037506737, -0.12447751), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.035608087, -0.17302564, 0.07696709, -0.18077038, -0.02534479, 0.035865046, 0.15503906, -0.07042084, 0.37430316, 0.2688597, 0.23763078, 0.26458314, 0.22778325, 0.13661247, 0.032626268, 0.10627844), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.14816584, 0.08924656, -0.02333901, 0.0735485, -0.17011848, -0.059921533, 0.045324218, 0.026974149, 0.15702479, 0.0067652813, 0.08584165, 0.09428486, 0.035495974, -0.07220769, -0.0524813, -0.008241412), target2);\n\t\n\tMF4 target3 = { 0.11033049, -0.073737, -0.013228117, 0.01553484 };\n\ttarget3 = MulAdd(a1, MF4x4(0.051828694, -0.14444938, -0.06172656, -0.092529796, 0.0032331774, 0.0505327, -0.092972204, 0.054304235, 0.04113735, 0.05488947, 0.27173808, 0.008734756, -0.037090253, 0.11106639, 0.1864697, -0.1308939), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.0292121, 0.09739149, -0.057740077, -0.043211482, 0.00057832256, 0.122456014, 0.14004166, -0.22281875, -0.00958859, 0.012818551, 0.21724443, 0.038053658, 0.11917748, -0.0147661995, 0.15326285, -0.007842389), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.028475946, -0.044710767, 0.120977476, 0.024894554, 0.034071486, 0.002889187, 0.0886379, -0.13210039, 0.0254021, -0.10800576, -0.0154256895, 0.07889771, -0.026208088, -0.1735971, 0.12414827, 0.06541947), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.15367964, -0.016319191, -0.087988645, 0.21592557, -0.13575394, 0.07606312, 0.17890929, 0.06405638, -0.15215087, -0.31830072, -0.070441514, -9.058544e-06, 0.15286519, -0.07961882, 0.0051650982, 0.05743661), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.14879431, 0.09249706, -0.08179524, 0.08862426, -0.04546735, 0.052125804, 0.10511877, -0.036810514, 0.19695859, 0.06919595, -0.041425765, 0.05109113, 0.16108315, -0.0006357406, -0.036482725, -0.000831584), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.14299406, 0.24442554, 0.08385988, -0.0018431129, 0.025425488, 0.043124236, -0.19599897, 0.2500142, 0.084921256, -0.064991206, -0.04332563, -0.20997004, -0.06825186, 0.11137002, -0.08090301, -0.06958994), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.17347668, -0.09592853, -0.051422764, -0.15347266, 0.19709691, 0.012748645, 0.11250177, 0.020625748, -0.12617995, -0.09576706, 0.121928014, -0.052528545, 0.06992809, -0.060379576, -0.13869223, -0.05584254), target3);\n\ttarget3 = MulAdd(h1, MF4x4(0.040104184, -0.12147194, -0.04430197, 0.13594869, 0.09909328, 0.12928483, -0.2334865, 0.11032421, 0.064912125, -0.010493585, 0.06800239, 0.18326257, 0.019329162, -0.09916547, -0.11674449, 0.03267864), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.07757802, -0.018029094, 0.029337326, 0.29172876, -0.03394624, 0.02624461, -0.2849472, -0.27765557, -0.04780892, -0.019495687, -0.11718942, -0.03025127, -0.008503852, -0.076533996, -0.02296907, 0.068641014), target3);\n\ttarget3 = MulAdd(a2, MF4x4(0.13043757, -0.06434652, -0.0690028, -0.033568893, 0.17211302, -0.029193658, 0.12456035, -0.11193319, -0.0035818655, -0.2563802, -0.12287091, 0.10766433, -0.04711406, -0.08852275, 0.0153720435, -0.14872602), target3);\n\ttarget3 = MulAdd(b2, MF4x4(-0.080712505, 0.11759175, -0.11220247, 0.10730683, 0.06418219, 0.00800814, -0.028890526, 0.1441286, 0.03056378, -0.0035148377, -0.120093554, 0.043768104, 0.07286328, -0.021130785, 0.09223498, 0.20331676), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.09102653, -0.10116414, 0.15046883, 0.28877532, -0.011975523, -0.0068613496, -0.09103339, 0.11455707, 0.007323278, 0.08825653, -0.054251585, -0.14907618, -0.00018906803, -0.08488728, 0.036797076, -0.12455349), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.04010406, 0.024046177, -0.20183066, -0.06970149, -0.10715107, -0.077962436, 0.32845956, -0.2622872, -0.15997723, -0.07157501, -0.09492247, -0.00996072, -0.067652985, -0.16896474, 0.06192714, 0.019690538), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.10179747, -0.10023532, -0.10475995, -0.15501128, 0.017811656, 0.027858434, -0.11646674, 0.08104398, -0.12454491, 0.032985296, -0.09229711, 0.0909355, 0.0021391874, -0.051617827, -0.11611242, 0.036069512), target3);\n\ttarget3 = MulAdd(f2, MF4x4(-0.14753185, -0.020901026, -0.0029391565, -0.14624536, -0.09374949, -0.049715783, 0.1951781, 0.22286539, -0.013287656, 0.0830378, -0.2975549, -0.13074464, -0.010272348, 0.032849077, -0.097859964, -0.1562913), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.14641422, 0.13483211, -0.0438145, 0.08620407, 0.11926978, -0.15772878, 0.17547028, 0.15418763, 0.0097786365, 0.016791794, 0.057482373, -0.0716323, -0.061063405, 0.13135311, 0.1040161, 0.1688627), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.11255645, 0.08840791, 0.07584055, -0.09523696, -0.1154477, -0.085963145, -0.075319275, -0.05898237, -0.14236066, 0.058508113, 0.078278095, 0.07180024, 0.19020182, 0.027219167, -0.11044013, -0.1411698), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.1250712, -0.09155498, 0.11040472, -0.28928515, 0.06875818, -0.07716765, 0.07982134, 0.22709553, 0.08608979, 0.02659528, -0.050615177, -0.054662008, -0.016789312, 0.095084675, -0.20973809, -0.14231291), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.009871057, 0.07234809, -0.061542578, -0.2561031, 0.17938578, 0.059759673, -0.0533506, -0.15160522, -0.06667153, 0.022478178, -0.078531526, 0.01727445, 0.032124806, -0.09959757, -0.08871009, -0.0010295251), target3);\n\ttarget3 = MulAdd(b3, MF4x4(-0.07400921, 0.009798935, 0.06958411, -0.14588043, 0.045884695, 0.029824348, -0.08622057, -0.03112675, -0.050385453, 0.12655865, -0.06863022, -0.21982339, -0.06292096, -0.014440884, 0.06755428, -0.114989646), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.054011043, -0.26510096, 0.21961565, 0.05448362, 0.06296498, -0.07182228, -0.09567859, -0.024238275, 0.005022228, 0.1626434, 0.00019249211, 0.073934935, 0.02381926, 0.025067188, -0.10400833, -0.10235642), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.019573225, 0.016258147, 0.014888165, -0.09950712, 0.052801423, 0.18720426, 0.13194256, -0.030186977, -0.052970573, -0.20545387, 0.0477203, 0.12807603, 0.106122404, 0.013091209, 0.037285265, -0.17009702), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.052872628, 0.0067698397, -0.04057391, -0.10654882, -0.08066677, -0.11518657, 0.063243456, 0.108404346, 0.006817193, -0.08499581, -0.16265164, -0.019080937, 0.27572608, -0.02719708, -0.10466762, 0.006535063), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.004304222, -0.23885699, 0.0007060991, -0.011653924, -0.058662247, -0.10310051, 0.19861554, -0.124969624, 0.08919569, 0.062485468, -0.07952577, 0.06357056, 0.13038754, -0.10383543, -0.12508194, 0.07526947), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.034628194, -0.1459473, -0.12843482, -0.16211623, 0.18986839, -0.021202087, 0.030887406, 0.16012087, -0.07651755, 0.25390217, 0.100328274, -0.18489215, -0.11211924, -0.18655026, -0.12336867, 0.03715863), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.24926607, -0.12733914, -0.16163528, -0.18980862, 0.026140725, 0.030769283, -0.08602958, -0.011363779, -0.18870075, -0.08782851, -0.019595576, 0.15859611, 0.14101227, -0.23768859, -0.11449071, -0.21400326), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.014345643, 0.03152331, 0.14303848, 0.068378784, -0.023709042, 0.009476213, 0.03332845, -0.043729182, -0.16312705, 0.18575506, 0.045167383, 0.089232035, 0.12431053, -0.019391764, -0.09807002, -0.19098805), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.0027074527, 0.08881943, 0.021618785, 0.17202215, -0.023361688, -0.12384613, 0.1257001, 0.034937408, 0.050526705, -0.21945108, -0.23475797, 0.1385765, 0.03910722, 0.08761758, -0.06185295, 0.16879226), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.01759655, 0.07489585, 0.06413278, -0.16355684, 0.021823732, -0.19263723, -0.021956496, 0.07322703, 0.106124505, 0.17441194, 0.016513938, -0.09815339, -0.12467256, -0.036076445, -0.09139147, -0.09947436), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.027052518, -0.059014272, 0.14797378, 0.21370119, 0.033306625, 0.070152596, 0.0052737673, 0.28024423, 0.040666968, -0.069734804, 0.07771406, 0.1577554, 0.03728327, -0.01140819, 0.056443825, -0.08787925), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(-0.24540152, 0.0015005039, 0.020643666, -0.3483438, -0.11493903, -0.13617486, -0.0063642715, -0.10733139, 0.12702248, 0.20147271, 0.031689152, 0.07603208, 0.15610643, 0.16600998, -0.041932072, -0.087021336), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.15945607, -0.019792518, 0.16893104, 0.047684517, -0.08704263, 0.019054385, -0.13532451, 0.07722914, 0.06000842, -0.053279165, -0.041631456, 0.021691417, -0.05814861, 0.0014272713, -0.2269319, 0.0764104), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.084321365, -0.2361291, -0.1518955, -0.15901338, -0.06990816, -0.024734944, 0.06835628, -0.21718912, -0.12289749, -0.025446652, -0.15737066, -0.010520588, 0.12629907, -0.06181239, -0.0011575993, -0.004076976), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.012631871, 0.023027385, 0.0036474608, 0.02950606, -0.13008296, 0.098362945, 0.04146146, 0.17968152, -0.15123938, 0.09731617, -0.014078934, 0.05166318, -0.009141391, 0.08204638, 0.07045137, -0.030674614), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.109709226, -0.02842136, -0.07762395, -0.010807984, -0.17060421, 0.0826962, 0.03507386, -0.12764347, 0.12828389, -0.051255893, -0.124972954, -0.16426642, -0.15884088, 0.07268723, -0.0030184009, -0.009351197), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.05924065, 0.109954804, -0.015081119, -0.30813795, 0.049611736, -0.09356052, 0.14393319, 0.2197319, 0.04127852, -0.083522744, -0.20068535, -0.1432542, 0.061216276, 0.040896352, -0.0010942877, 0.1074572), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.043747675, -0.09601221, -0.029208777, -0.3020336, -0.18261817, -0.076463126, 0.02404145, 0.021356242, -0.115703, 0.18811412, 0.01355199, -0.18233287, -0.164117, 0.10521931, 0.033724364, 0.045072973), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.14719059, -0.12931113, 0.15695307, -0.16798888, 0.062653124, -0.12612487, -0.12454781, -0.084084496, 0.023468291, 0.027891247, 0.0042489907, -0.1077923, -0.005104954, -0.121897295, 0.08160336, 0.23735033), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.06651707, -0.15773214, -0.016145034, -0.1297115, -0.05631942, 0.19243148, -0.08536315, -0.2202384, 0.024619251, 0.09842469, -0.060476214, 0.1606162, -0.06982684, 0.27481422, -0.0032873556, -0.055477414), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.013625612, -0.11602345, 0.13228852, -0.01016997, -0.113034405, 0.12990026, 0.008144483, 0.28583318, 0.0018612862, 0.19464394, 0.06077795, -0.05083094, -0.1419072, 0.30847812, 0.16012973, -0.043837596), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.25535858, 0.047635876, 0.20499952, 0.14458135, -0.2067339, 0.18970652, 0.18168713, 0.089201, -0.1371205, 0.09543299, -0.048719935, -0.21094483, 0.06297616, -0.14864779, 0.24678773, 0.023468606), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.024188349, 0.049452, 0.119040206, 0.19403425, 0.15611161, 0.20774378, -0.10905696, -0.16743217, -0.067075364, 0.02012775, 0.031936057, 0.16447093, -0.14523768, 0.12793602, 0.21358742, 0.1580285), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.12834404, -0.23567453, 0.0594437, 0.1590165, 0.04364869, 0.092662945, 0.19947445, 0.13371125, -0.030953676, 0.072429836, 0.00064696936, 0.05223404, -0.18505633, -0.038344953, 0.1609896, -0.027951878), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.1615281, 0.02925065, -0.110526, 0.002472878, 0.15692636, 0.17720695, 0.08651831, -0.2926173, 0.039506726, 0.08039181, -0.125379, -0.112809196, -0.018160323, -0.15315212, 0.05300267, -0.12539586), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.045024972, -0.026277857, -0.13403505, -0.082753636, -0.014246987, 0.08158673, -0.17446561, -0.12912557, -0.03281638, 0.12861331, -0.048045747, 0.008813668, 0.13716908, -0.1772549, 0.12983966, 0.28312683), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.06964638, 0.0047901543, 0.09235384, 0.24047932, -0.0034995198, 0.1894994, 0.044509877, 0.08263613, 0.22042292, 0.0068810997, -0.08542091, 0.13489819, -0.017957956, -0.049517035, 0.11637685, -0.070710674), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.005409427, 0.2764383, 0.100069076, 0.0025022945, 0.042582463, -0.07622942, 0.1427979, 0.12527353, 0.07857632, 0.110723145, -0.091726854, 0.18400952, 0.08911038, -0.11033729, 0.025358237, -0.011007877), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(0.041533705, -0.038725346, 0.09127384, 0.10426011, -0.02070303, 0.0878809, 0.15809457, -0.009334662, -0.049823076, 0.11527338, -0.06646191, 0.03342348, 0.07330054, 0.011010275, 0.16572441, 0.059434716), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.01884174, 0.024791235, 0.063296616, -0.042403292, -0.12980534, -0.019906277, -0.18554951, -0.09545456, 0.17291631, 0.22148399, -0.093014, -0.07421902, -0.15626103, -0.13463756, -0.08697246, 0.18189901), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(-0.027780509, 0.061554506, 0.18972316, 0.017942533, -0.012191195, 0.047828108, 0.102957085, -0.15932114, -0.13597767, 0.2235027, 0.13829249, 0.11061467, -0.20257929, -0.062691554, 0.06993067, 0.018168231), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(0.0038817637, 0.053267647, -0.1002687, -0.1239985, 0.04858564, 0.059892915, -0.10344583, 0.24931516, -0.02322075, -0.07354648, 0.20486975, 0.0147269, 0.09117062, 0.0001810227, 0.0011455072, -0.1166342), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(0.026433034, -0.010127757, 0.1411767, 0.12108788, -0.16191758, -0.06574798, -0.027283505, 0.052705772, -0.09186127, -0.05113535, -0.008512441, 0.06438505, 0.07150241, 0.096780665, 0.14615399, 0.043888208), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.07171402, 0.053826947, 0.1817855, 0.15776771, 0.020122573, 0.014001945, 0.107657574, 0.06755519, -0.16229364, 0.025698826, 0.19443901, -0.18386869, -0.112747826, 0.19832937, 0.032073986, 0.07755969), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(-0.0017903978, 0.017006857, -0.154056, -0.12544118, -0.17143774, 0.11694203, 0.046639796, -0.13699242, 0.1032892, -0.16337542, 0.20032221, 0.30423567, -0.09217524, 0.03736137, 0.06391171, 0.18111771), target3);\n\n\tMF3 target4 = tex7.SampleLevel(sam, pos, 0).rgb;\n\ttarget4 = MulAdd(e1, MF4x3(0.060458526, -0.0033674864, -0.006985535, -0.013925546, 0.051077038, 0.053856038, -0.033647064, 0.043235198, 0.05311577, 0.0391791, -0.044376004, -0.054064214), target4);\n\ttarget4 = MulAdd(e2, MF4x3(0.0069859014, -0.0050665336, -0.010343517, -0.027551029, 0.049856182, 0.058316905, 0.0121670095, -0.013107907, -0.0151846, 0.007648614, -0.0051277154, -0.0053846613), target4);\n\ttarget4 = MulAdd(e3, MF4x3(0.06848036, 0.026777437, 0.024801696, -0.08711668, 0.049429595, 0.067019165, -0.09006778, -0.042166695, -0.02230536, -0.048024856, -0.020088708, -0.009932858), target4);\n\ttarget4 = MulAdd(ne1, MF4x3(-0.05171447, 0.0029948682, 0.014913949, 0.02287364, -0.042476606, -0.052956346, 0.02762833, -0.044026252, -0.056759696, -0.0519502, 0.047626793, 0.06422155), target4);\n\ttarget4 = MulAdd(ne2, MF4x3(-0.0031128856, 0.013134638, 0.021534251, 0.049189907, -0.039677586, -0.057255603, -0.009908353, -0.0013683038, 0.0028079485, 0.0002268831, 0.012356764, 0.009817244), target4);\n\ttarget4 = MulAdd(ne3, MF4x3(-0.04058634, -0.01822148, -0.014306331, 0.107378654, -0.04138371, -0.058573496, 0.03701269, -0.009420217, -0.02310707, 0.039931968, 0.001769326, -0.007929419), target4);\n\n\ttex4[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex6[gxy] = target3;\n\ttex8[gxy] = MF4(target4, 1);\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x24\n//!IN tex4, tex5, tex6, tex8\n//!OUT tex1, tex2, tex3, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.12162919, -0.00032382424, 0.025486631, -0.09447538 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.0041438183, 0.087629646, 0.02373779, -0.008705929, -0.06460613, -0.079614826, 0.20589171, -0.21300887, 0.06673036, -0.14301205, 0.0005478004, 0.10480311, 0.16944528, -0.023095177, -0.04593122, 0.031710908), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.24273445, 0.1350743, -0.050578117, -0.006424492, 0.024859063, 0.017022807, -0.054993033, -0.13135757, -0.11061301, 0.0006009131, -0.012896671, -0.029120278, -0.09564777, -0.15695906, -0.008574818, 0.0022726357), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.11845177, 0.044411838, -0.02478517, -0.016679568, 0.2842885, 0.05566886, -0.020992488, 0.33000243, -0.045738284, -0.08624307, -0.0029711786, 0.06983461, 0.16860297, -0.08496602, 0.0026587378, 0.1191108), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.08942806, -0.13266312, 0.050555114, 0.044336855, 0.04668655, -0.17912517, 0.09872363, -0.05689603, -0.04764076, 0.09976931, 0.026714336, -0.12177113, 0.10121553, 0.19926491, -0.013922513, -0.062807985), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.11948707, -0.19019963, -0.09910906, 0.015228854, 0.19573943, 0.18543078, 0.37633705, 0.0899833, -0.058247276, -0.06500262, -0.0968551, 0.3980007, -0.13930885, 0.031145731, 0.18868047, 0.20646492), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.27454132, 0.037422657, 0.060829625, -0.15062498, 0.22120185, -0.020640798, -0.15796806, 0.30988604, 0.117011115, -0.11581356, -0.105670854, 0.34526885, 0.09709533, -0.1335589, -0.061150175, -0.023490202), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.0064297495, 0.053259544, 0.061699186, -0.1023013, 0.13206881, 0.08598005, 0.042804673, -0.036392808, -0.022715596, 0.3187674, -0.043576453, 0.089301124, 0.010875903, -0.045669887, 0.13546628, -0.041321605), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.033168443, 0.07130571, -0.06795218, -0.094012216, 0.09050034, -0.16879193, 0.18427128, 0.19835915, 0.014528693, 0.22958101, -0.012955512, 0.14033306, 0.10309811, 0.03351618, -0.100021325, -0.026367364), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.40170196, -0.10989097, 0.06447425, -0.19903958, 0.030508196, -0.09201532, -0.1493947, -0.0039443234, 0.16646437, -0.004893318, 0.030999044, 0.22652404, -0.1360666, -0.14109057, -0.124136284, -0.07020125), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.35415915, 0.078341804, -0.20908163, -0.032414813, -0.17489177, -0.10121671, -0.0123754265, -0.0074867755, 0.20203647, 0.2981116, 0.4581744, -0.10773967, -0.14040758, -0.1311706, 0.2421585, -0.05221277), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.32388586, 0.121117495, 0.17030708, -0.09672408, 0.10174964, -0.089880064, -0.053550195, 0.07492085, 0.36688468, 0.39096692, 0.27509093, -0.09113504, 0.18473786, -0.030729344, -0.022813018, -0.07951988), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.10802985, -0.09921729, -0.083578154, 0.09941307, 0.15204535, 0.0048476397, 0.037141923, 0.072919704, -0.039613035, 0.0011554313, 0.029029889, -0.115339264, -0.2606713, 0.017305905, -0.032651994, -0.1710926), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.09530024, 0.08035671, -0.094462946, 0.04531403, 0.116854094, -0.039871104, 0.101754196, 0.07071469, -0.09344735, 0.2224399, 0.31438616, -0.1031509, -0.087050706, 0.023629284, 0.30222768, 0.087091036), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.32540318, -0.123871066, 0.09114808, 0.20059493, 0.13602751, -0.294147, 0.028020037, 0.10215196, 0.14379483, -0.08321783, -0.06476323, 0.039079703, 0.11145182, 0.047562934, -0.0320396, 0.17505427), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.117524795, 0.063353635, -0.08187684, -0.02796676, 0.11098208, -0.02517451, 0.052513797, -0.18859608, -0.25639486, 0.17382553, 0.053182043, -0.09802817, -0.08900308, 0.021651518, -0.07654097, -0.111615546), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.12933804, 0.0012732261, -0.045028616, 0.06224205, -0.00047467486, -0.26893324, 0.14208493, 0.027069936, 0.16365767, 0.30192706, 0.23923144, -0.105405785, -0.0021433597, 0.14549361, 0.05767389, -0.10113342), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.07045147, 0.13409013, 0.023928098, 0.045560613, 0.103115976, -0.066133045, 0.12823656, -0.01629772, 0.13711633, 0.27451962, 0.12717873, -0.084038205, 0.12807854, 0.110353716, -0.06848678, 0.056276537), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.16927746, 0.111806795, 0.023252549, -0.12235242, 0.15292254, 0.061406262, 0.06284062, -0.11671832, -0.02885994, 0.12882869, -0.048748255, -0.14202079, -0.08404155, 0.03453428, -0.060811, 0.18254602), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.011917425, 0.023498498, 0.0072831116, -0.05328629, 0.3426947, 0.08741361, 0.35501662, 0.045255594, 0.08008512, -0.002467051, -0.053357143, -0.05487847, 0.15113881, -0.050046794, -0.036305785, 0.06071048), target1);\n\ttarget1 = MulAdd(b3, MF4x4(-0.012859317, 0.06900528, -0.08498363, -0.08625659, -0.094864994, -0.04425656, -0.0071134693, 0.07542594, -0.08952303, -0.14963494, 0.115062006, 0.073727705, -0.06841927, 0.030572297, -0.060809616, -0.14095046), target1);\n\ttarget1 = MulAdd(c3, MF4x4(0.29680476, -0.070317306, -0.056082696, 0.27471995, 0.109471574, -0.012238972, 0.16928561, -0.12685184, -0.100722544, 0.116650775, 0.054211635, -0.06463175, -0.13047734, -0.070404656, -0.08516014, -0.11477897), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.058439, -0.1555504, -0.096580744, -0.024473842, 0.090628244, 0.04928509, 0.02740108, 0.0077335024, 0.026813101, 0.065165296, -0.059121966, 0.08125537, 0.16700324, -0.16615666, -0.14588222, 0.00048067764), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.053213652, -0.16659884, -0.09036764, 0.010975479, -0.11077762, 0.11982606, 0.02579046, -0.13114569, 0.17622563, 0.023344778, 0.080385335, -0.08998645, -0.18493009, -0.048734408, 0.010119995, 0.12936613), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.08402194, -0.16797844, -0.01022614, 0.09084325, 0.24871092, 0.13302508, -0.1210408, -0.04133277, -0.08691682, 0.02221635, 0.12621205, -0.15186077, 0.19762659, -0.10951936, -0.19129583, 0.21391307), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.1687245, 0.16445398, -0.06853974, -0.086989194, -0.14615493, -0.009716202, -0.088772245, 0.13583103, -0.08530893, -0.09424376, -0.12971476, -0.02487141, -0.1094553, -0.04473294, -0.27410263, 0.043002244), target1);\n\ttarget1 = MulAdd(h3, MF4x4(0.03290918, -0.006952538, -0.12306263, 0.027640607, -0.025346387, -0.09620494, 0.116112545, 0.10227404, 0.03813908, 0.16176395, 0.47203362, 0.047157902, -0.10830938, -0.0019050312, 0.3620803, -0.069925636), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.0020446004, 0.16054538, 0.12809694, 0.0069585256, 0.11748204, -0.011759154, -0.12903488, 0.29380128, 0.21712495, 0.068177566, 0.059223883, 0.10227324, 0.3817376, -0.11270308, 0.0073445877, 0.21012813), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.199299, -0.040114038, -0.15849929, 0.0057354206, 0.19681698, -0.107773945, -0.04031948, 0.12012136, -0.22728048, 0.045971204, -0.12776788, 0.025411135, -0.2745491, -0.113476306, -0.015801609, 0.008725868), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.28201059, -0.069104806, 0.015983578, -0.103806704, 0.121411614, -0.09251776, -0.08143648, 0.21460037, -0.07785157, 0.101122744, 0.013448072, -0.023710037, -0.0358346, 0.1328456, -0.02043331, -0.06159447), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.06781508, -0.072408475, 0.083291575, 0.040496554, 0.04679973, 0.12705597, 0.06562132, -0.04938638, 0.21427007, -0.004967686, -0.08138591, 0.033386033, -0.048481766, 0.076613255, 0.21033032, -0.05062305), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.21217471, 0.13806537, 0.04606568, -0.13743265, 0.1806969, -0.085699804, -0.06342818, 0.1660658, -0.0026293355, -0.02128403, -0.0046605268, 0.008235694, -0.1171583, -0.24562967, -0.28818226, 0.12968758), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.17914222, 0.12522437, -0.14189677, -5.616129e-05, 0.21868588, -0.24404518, -0.12704019, 0.25512457, 0.11127853, 0.043490496, -0.0034969563, -0.1935092, -0.12618113, 0.15022264, 0.10067992, -0.15296605), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.059839483, -0.07332882, -0.0026434374, 0.22739156, 0.04557501, -0.03867732, 0.21676865, -0.058800567, 0.006406612, -0.011612252, 0.009007284, 0.059830897, 0.1614946, -0.07674529, -0.0385602, 0.39797354), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.1981268, -0.1361051, -0.06161995, -0.002189435, -0.0014002474, 0.126129, 0.023376467, 0.09703216, 0.10666224, -0.23168142, -0.018159337, 0.042339746, 0.12584367, -0.011922057, 0.10902402, 0.15436263), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.0027595635, -0.10197207, -0.034429558, 0.06667168, 0.33573776, -0.099396594, -0.07997797, 0.08387646, 0.0951511, -0.16234699, -0.14867416, 0.00735437, -0.09362014, 0.0664804, 0.27731436, 0.37119982), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.2548695, 0.028097544, -0.0022558135, 0.026973823, 0.1884029, -0.07246545, 0.21642277, 0.026800772, -0.19520886, -0.0009553605, 0.0062482627, -0.16592918, 0.48447585, 0.086303264, -0.05490935, 0.378503), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.1574428, 0.035142746, 0.079227954, 0.100714244, 0.11136245, 0.11895534, 0.009833678, -0.001039115, -0.069387674, -0.010426503, -0.10678969, 0.101909705, -0.031729374, 0.15894724, -0.23622003, -0.011815657), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.17458418, -0.120001495, 0.09203402, -0.002166517, 0.0031753816, 0.12831944, 0.16465144, -0.06330301, -0.24267045, -0.12281286, 0.052246343, 0.02494283, -0.18964235, 0.058346782, 0.0025673895, -0.01121613), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.115957834, -0.060228895, 0.009079297, -0.040949136, 0.014297083, 0.036444042, 0.12076215, -0.1402084, 0.09574682, -0.06670408, 0.029599207, 0.04741757, 0.01102373, -0.05027519, 0.13449037, -0.099299684), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.029986456, -0.045808725, -0.05172542, -0.10101369, 0.03663162, 0.039696075, -0.08842631, -0.117827855, 0.1347963, -0.007392197, -0.05730133, -0.04402969, 0.13403495, 0.28114837, 0.17730127, -0.07764935), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.34972468, 0.006863505, -0.068723604, -0.30767044, 0.12904535, 0.0763381, -0.037620995, 0.028365362, -0.08700267, 0.2257665, 0.14819853, -0.16082688, 0.0929386, -0.0062676766, 0.17218679, -0.16327891), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.17909175, -0.09134105, -0.0057606776, -0.083825834, 0.1443505, 0.1877781, 0.02841784, 0.1146964, 0.3169764, 0.018749984, 0.19640554, -0.0014817682, -0.27608246, -0.080467306, -0.13688186, -0.06578604), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.02515703, -0.03203328, 0.06439871, -0.06689986, -0.004256959, 0.17631707, 0.042148568, -0.088977, 0.07314368, -0.18564323, -0.11051338, -0.032011528, 0.3711881, 0.495717, 0.21411352, -0.0066381986), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.05550901, 0.06970293, -0.06802052, -0.022730853, 0.0143414615, 0.096654266, -0.045230158, 0.03669965, -0.08298829, -0.1573773, 0.12953721, -0.042050414, 0.04308049, 0.11458007, 0.0072063627, -0.18453878), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.16849747, 0.051144414, 0.020992253, -0.09341655, 0.05105659, 0.042700652, -0.06062117, 0.13699457, 0.2397991, -0.009917461, -0.059426248, 0.09855892, -0.28842947, 0.1404379, -0.022812406, -0.23883702), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.10231295, -0.05687462, 0.05454633, 0.1353426, 0.1760176, -0.11181645, -0.31677356, 0.06983046, 0.13605112, 0.17754814, 0.3348445, -0.1652707, -0.061019715, 0.1773025, -0.30495015, 0.11278704), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(0.13603285, 0.10336861, -0.023782251, 0.13608527, -0.4052799, 0.14841305, -0.25663885, -0.012108956, 0.28822663, 0.04447834, -0.05276655, -0.18212605, -0.20188917, 0.10997185, 0.06183931, -0.055857945), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.2237108, 0.24488361, 0.18851626, -0.07019121, -0.021184865, -0.0499757, 0.026765132, -0.09804875, -0.011333142, -0.108678274, 0.040759776, -0.037615996, 0.14195605, -0.17333975, 0.09601836, 0.14565407), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.12259593, 0.27562442, 0.24215461, 0.14960998, 0.08186383, -0.010550085, -0.019250091, -0.014648717, 0.14972208, 0.14603175, 0.10073407, -0.1225431, 0.1675907, 0.038280413, -0.06087625, 0.0130648045), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.30968392, 0.11772451, -0.08816913, 0.12534001, -0.050786596, -0.21509898, -0.04253493, -0.04734682, 0.13719988, -0.09571686, -0.3094301, -0.08568065, -0.10093176, 0.024763435, 0.18954168, -0.227629), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(-0.22520582, 0.18443918, 0.14025666, -0.18477283, -0.12125983, 0.010999684, -0.0024025543, 0.24120031, -0.13416757, 0.01567192, -0.013440386, 0.17282273, 0.16098748, -0.02793626, 0.15618294, -0.0131627675), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.23410907, 0.019564115, -0.0076426617, -0.09377979, -0.47939178, -0.06636784, -0.0011904492, -0.09345677, -0.14794281, 0.25343522, -0.21156238, -0.01817268, 0.12250443, -0.0032213917, -0.19294205, 0.026571818), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.066518046, -0.011708588, -0.007350381, -0.16976248, 0.09265956, 0.08236158, 0.12594578, 0.021188073, -0.2299054, -0.12767331, -0.098674, 0.035027504, -0.1722649, -0.15037538, 0.037455063, -0.027518287), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.040520877, -0.17789118, 0.0535865, -0.15534161, 0.09352957, 0.11459578, -0.15315403, 0.04562035, -0.0015360791, 0.047871828, -0.021276174, 0.35346803, -0.10936083, 0.057735037, -0.089098595, 0.0057320776), target1);\n\t\n\tMF4 target2 = { 0.091157734, 0.06337161, 0.09025765, 0.07787731 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.024318032, 0.062261496, 0.028226431, 0.063416876, -0.122350864, -0.0113668, 0.061698295, -0.22892742, -0.21282825, -0.30799037, -0.020646222, -0.21302511, 0.050188534, -0.03943688, -0.078553416, 0.010918215), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.0064165345, 0.082449056, -0.03667216, 0.026472934, -0.021514278, 0.17880541, 0.39611253, -0.17107382, 0.06770686, -0.053641487, 0.002025645, 0.09812659, -0.07990987, -0.08550891, 0.00025631645, -0.10817648), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.11507329, -0.06074527, 0.007052484, 0.015466066, 0.0675046, 0.28604895, -0.020563968, 0.04284168, -0.10729741, -0.103069924, 0.028218608, 0.2833194, 0.11628834, -0.06599205, -0.10394839, 0.13991328), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.14225487, 0.08203055, 0.027650036, 0.1459416, -0.013772616, 0.23131026, 0.044769842, 0.27454084, -0.047555555, 0.05384277, -0.09042822, -0.16309428, 0.040359538, 0.19854581, -0.026278, 0.1577506), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.0091988975, -0.05603158, 0.08112747, 0.014755933, -0.50124913, 0.26424783, 0.1621611, -0.3766593, 0.15138763, 0.08449643, -0.16496105, 0.42882624, -0.010958174, 0.09773749, 0.22436622, -0.09687365), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.019358287, 0.025669195, 0.290994, 0.02750369, 0.28040195, 0.24038815, 0.08250993, 0.021609074, -0.040725835, -0.19103482, -0.10284562, 0.022636155, 0.050841074, 0.0030245516, -0.23331137, 0.15245193), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.0992156, -0.09854949, 0.075423576, 0.008634914, 0.062402267, -0.22020867, -0.07628636, -0.055416584, -0.10278129, 0.117922865, 0.13292609, -0.011894427, 0.16825698, -0.036205966, 0.1424532, 0.10553304), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.19908716, -0.12244845, 0.01669312, -0.01248478, -0.009518143, -0.08615178, 0.39116043, -0.52616054, 0.11156954, -0.115720086, -0.07697886, 0.23553406, 0.017087052, 0.016129963, 0.24723524, -0.11207272), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.033391032, -0.1495619, -0.09304159, 0.30421168, 0.13344899, -0.31858364, -0.081601165, 0.13551356, 0.032184854, 0.016566517, -0.16247925, 0.034869343, 0.04001544, -0.08231552, -0.18482871, 0.19266751), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.21768865, 0.012509539, -0.16523208, 0.22101055, -0.017112812, 0.12730962, -0.066268146, -0.05613703, 0.021577986, 0.24617495, 0.15244165, -0.08514145, -0.10427943, 0.17322995, 0.25568137, -0.015480765), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.07753385, 0.021704786, 0.23479357, -0.21051238, -0.009220801, 0.20936434, -0.077434614, -0.09195854, -0.34075132, 0.17316882, 0.11968564, -0.021970788, 0.15152359, 0.28213486, 0.07805407, 0.099207774), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.054490507, 0.07500978, -0.08916167, 0.22030471, 0.07036594, 0.1673276, 0.01864345, 0.0027516915, -0.39270175, -0.03433242, -0.17433889, -0.18174602, 0.044357035, -0.04678205, 0.11330789, 0.047382314), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.07965972, -0.2201543, 0.18386759, -0.080045894, 0.04141404, -0.027790288, 0.032212794, -0.021278335, -0.070643224, 0.05221597, -0.06377366, 0.065172255, -0.18978727, 0.092385, -0.17461243, 0.2500567), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.048105214, 0.43421936, -0.11871231, -0.12232125, 0.06071036, -0.07797472, -0.13819577, -0.14363539, -0.003262046, 0.05031809, -0.103945084, -0.22375908, -0.36861306, 0.25518808, 0.04773121, -0.22608627), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.094031096, -0.011887294, -0.08532428, 0.112617865, 0.06823757, 0.21326852, 0.109153405, -0.3117106, -0.22819358, 0.123445965, -0.066512406, -0.21115267, -0.080148704, 0.12793726, -0.20465335, -0.104592934), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.045067977, -0.2181705, -0.0677207, 0.13714351, -0.098488234, 0.19015153, -0.09273758, -0.0746141, 0.032907944, -0.006554721, 0.045943078, -0.2017389, -0.07914341, -0.085856505, -0.22186919, -0.049897686), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.10116989, -0.10004126, 0.09973816, -0.056045264, -0.18085082, 0.105252974, 0.11094914, -0.27471054, 0.20055285, -0.15355913, -0.080244385, -0.07118461, 0.02517136, -0.09862167, 0.22725868, -0.06279268), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.10015747, -0.22263162, -0.014078088, -0.08387323, 0.005140913, 0.03506062, 0.18977262, -0.1479168, -0.03378466, -0.15656684, -0.061233502, -0.21884726, -0.24339373, -0.06372294, 0.12688471, -0.10735916), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.033982676, 0.05078853, -0.1282201, -0.0035882539, 0.08219379, -0.0116551975, 0.22077334, 0.04950106, -0.08306263, -0.03258243, -0.09699666, 0.09209884, 0.24061108, -0.040557686, 0.070444405, 0.28183722), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.17872535, -0.13406444, -0.034040287, 0.03047437, -0.06435232, -0.24566554, 0.0670411, -0.024581233, -0.107877605, 0.08638364, -0.25626892, 0.044232026, 0.060273834, -0.16846469, 0.43043453, -0.1603817), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.22682182, 0.15527044, -0.08887372, -0.043433297, 0.028202614, -0.1919475, 0.2581379, -0.28678998, 0.040917493, -0.023046691, 0.20005395, -0.103288084, 0.009493088, -0.018459544, 0.081757404, 0.054610446), target2);\n\ttarget2 = MulAdd(d3, MF4x4(-0.022377692, 0.008678131, -0.1065251, 0.2628791, -0.009904344, 0.10677991, -0.040256146, -0.116764925, 0.03182517, 0.11810951, -0.052380614, 0.30170968, 0.2569954, -0.17379415, -0.007437352, -0.13248402), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.1602437, -0.097451374, -0.010258972, 0.12651087, -0.0061891475, 0.078265965, 0.08754248, -0.14903383, -0.07830899, -0.08898991, -0.058010247, 0.23148704, -0.3695693, 0.18824111, -0.07988307, -0.05880814), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.22253856, 0.26592886, -0.03350701, -0.14712897, -0.12118757, 0.19663027, 0.031479847, -0.1554313, -0.028078854, 0.47659087, 0.12390117, -0.11238944, 0.037422795, -0.049916733, -0.2926893, 0.16435196), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.075061694, -0.24045657, -0.047069702, -0.09982952, 0.2340634, -0.33556157, -0.037818547, 0.15286541, 0.14214562, 0.02267143, 0.09929496, -0.055981826, 0.21834296, -0.19831084, -0.16977312, 0.08182871), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.01741376, 0.08985922, 0.16625583, -0.097267725, 0.17712043, -0.068722576, 0.07060928, 0.09168345, -0.16337997, -0.038742293, -0.04963981, 0.15612502, 0.11807448, -0.08807022, 0.101155974, -0.5563793), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.27598697, -0.062920116, -0.08726363, -0.12058882, -0.07664108, -0.032059796, -0.25070706, 0.030094638, -0.1160773, 0.19200212, 0.18899699, -0.18259315, 0.24458873, 0.12005026, -0.4616454, 0.27545306), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.15272795, -0.23518732, 0.030445633, 0.088528365, 0.055305615, -0.12609963, 0.15926869, -0.22551426, 0.040562432, 0.124508515, 0.124815956, -0.0953939, 0.14920413, 0.14798881, -0.14428794, 0.37141335), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.12783955, -0.0540082, 0.014302729, 0.1365942, 0.10768764, -0.16831467, -0.079203665, 0.1425581, 0.019629346, -0.1027023, 0.15957874, -0.29757223, 0.26533285, -0.15765496, 0.35999995, 0.025803005), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.29036346, 0.26730424, 0.12511441, -0.061552685, -0.16372615, -0.026372833, 0.14069465, -0.24948902, 0.028215056, 0.254545, -0.19650677, 0.09530049, 0.055034224, -0.009660105, 0.39131105, -0.11131454), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.0675603, -0.24606612, 0.0658764, -0.04487242, -0.0043948023, 0.04578745, 0.065714814, -0.12173881, 0.06062957, -0.04769831, 0.017330103, -0.074727364, -0.25047338, -0.30126756, -0.0830633, 0.019802446), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.19933821, 0.08052119, -0.058912043, 0.31624097, 0.18705179, 0.023470681, -0.03783429, -0.04163007, -0.09845593, -0.12975362, 0.2510535, -0.32808807, -0.23654252, 0.3028382, -0.19675751, -0.030597644), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.09338011, -0.0415115, -0.22497573, -0.0028536345, -0.19024974, -0.1604205, 0.115466096, -0.2525424, -0.063761264, -0.20588842, 0.08622651, -0.00097166066, 0.10169425, 0.252253, -0.06758796, 0.23335451), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.04426442, 0.1095582, -0.085856594, 0.13048999, -0.12778096, 0.2613617, -0.045577575, -0.1526907, 0.1257047, -0.111831486, -0.059892397, 0.15280181, -0.12673315, -0.05033893, -0.2930266, -0.46015793), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.11951625, 0.03414521, -0.11969193, 0.1869847, 0.111495204, 0.080608666, -0.20057446, 0.10785576, -0.049578592, 0.016259808, 0.0058614444, -0.045524042, 0.0319529, 0.05456559, 0.007678947, 0.33595043), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.10240467, 0.18299319, 0.05753473, -0.02340504, -0.16686855, 0.21292439, 0.11702374, -0.30564633, -0.024081768, -0.088019624, 0.22313595, -0.06672843, 0.055274762, 0.13347326, -0.030782074, -0.35677573), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.075412944, -0.11053347, 0.07465402, -0.014327975, -0.13390768, 0.009061153, 0.027920425, -0.005080267, -0.04721174, -0.06812053, -0.08845801, 0.109399185, -0.04021429, 0.03812722, -0.25037023, -0.019478017), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.07806179, 0.00493842, -0.02926109, -0.017333046, -0.125423, -0.1364203, 0.09466317, -0.26578787, 0.14311473, -0.0638623, 0.11139706, -0.08727186, -0.06821389, -0.19687861, 0.14772336, -0.10641787), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.027460072, 0.15687883, -0.17656918, 0.037287217, -0.06293563, -0.03923116, 0.037919715, -0.16810033, 0.26675344, -0.06076212, 0.104115106, 0.0798128, -0.023851654, 0.033833887, -0.030991107, 0.20160522), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.058332916, -0.09243659, -0.24664097, -0.13549158, -0.1218952, 0.15865086, -0.1388978, -0.25030297, 0.045538265, 0.04120175, -0.031994786, -0.13400851, 0.007142682, 0.16071808, 0.04225278, 0.20399003), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.09599313, -0.15977086, -0.02840129, 0.1264139, -0.0144603, -0.00054464, 0.025552921, -0.09051482, -0.06592454, -0.026247922, -0.06352208, -0.021571407, -0.04439837, -0.07514258, 0.0026004864, 0.23430851), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.09127431, -0.21962664, 0.029265152, -0.3099013, -0.09579088, 0.023516538, -0.08382231, 0.05348487, 0.17067212, -0.16390987, 0.03691037, 0.01566425, 0.18072702, 0.10966007, 0.22929187, 0.23833585), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.083102494, 0.18586425, 0.09552713, -0.22502401, 0.10707524, -0.041579556, -0.040507507, -0.07875607, 0.13548316, 0.065970294, -0.09524086, 0.12988009, -0.19841906, -0.016670253, 0.2779514, 0.0039394014), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.056897737, -0.022942321, -0.089304574, 0.01799863, -0.031229522, 0.08292495, -0.040067356, -0.09749493, -0.2211719, 0.110088974, 0.05465516, -0.12767765, -0.06458067, -0.17160612, -0.09046756, -0.09943958), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.20148912, 0.017609052, 0.2321357, -0.07018911, -0.1311024, 0.007025396, -0.3018123, 0.059590653, 0.02093451, 0.2801181, 0.047305427, -0.04511682, 0.02409926, -0.1167535, -0.051785782, -0.022035388), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.050354917, -0.070848934, 0.05680098, -0.15274279, 0.017402016, 0.36217922, -0.5604259, 0.07027285, 0.013515239, -0.024368018, 0.15436645, -0.20279783, -0.009300287, 0.07763277, -0.12982416, 0.018808186), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.06595005, 0.34867665, -0.1158312, -0.11764399, -0.36079824, -0.03821222, -0.019823037, -0.44939035, -0.16058454, 0.0022173142, -0.067403175, 0.094619855, -0.054194376, -0.15860401, 0.031142738, -0.020085743), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(0.15504256, -0.22207503, -0.037738267, -0.024344966, 0.22112809, -0.084620684, 0.31442386, -0.17054078, -0.14580488, -0.1475954, 0.014907614, -0.009613608, -0.120833494, 0.024163049, 0.055504505, 0.12984537), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.03553467, -0.047465023, 0.127075, -0.17350323, 0.17346224, -0.15783796, 0.15583144, 0.01985312, 0.019021586, -0.03840401, 0.19470496, -0.007293492, -0.17917366, -0.15722491, -0.26070598, -0.2573391), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(-0.0953191, 0.09084944, 0.25338924, 0.23829061, 0.08905475, -0.02061248, -0.012651722, 0.11955581, 0.239715, -0.2795726, 0.06275163, -0.15498403, -0.042101745, -0.16694753, -0.049197655, 0.06470607), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(0.07657325, -0.35392562, -0.055532675, -0.18168893, 0.08006482, 0.12548354, -0.17169037, 0.41884392, 0.047854125, -0.13949591, -0.34051692, 0.18265511, 0.082268566, 0.24420416, -0.049996477, -0.018989688), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.16161917, 0.16816078, 0.018195407, 0.16679527, -0.3412548, 0.14028408, 0.17574453, -0.06049301, -0.01611411, -0.046527516, -0.044087164, 0.25788495, 0.13769192, -0.016161619, 0.041910134, 0.042887107), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.07837116, -0.22945437, -0.05715237, 0.062118188, -0.07539828, 0.22634326, -0.19471732, 0.31986186, 0.15694539, 0.1633341, -0.03029404, 0.056681212, -0.029835409, -0.13129339, 0.19710875, 0.13151285), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(0.017191496, 0.33163047, -0.026875576, 0.19212759, 0.27074674, 0.17707312, -0.13339694, 0.10855495, -0.18034323, 0.43113244, -0.33985507, 0.316351, 0.0358167, 0.023788683, 0.13152061, -0.019543748), target2);\n\n\tMF4 target3 = { 0.013481283, -0.0006846239, 0.017479934, 0.13998064 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.10152706, 0.13643685, 0.050397865, 0.10665431, 0.026328163, 0.1460299, 0.2569912, -0.19533697, 0.03801618, 0.0003496284, 0.18598852, -0.22565664, 0.05281963, -0.034972392, -0.14308542, 0.030370854), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.004119863, 0.057859607, -0.2119656, 0.14261195, -0.16826284, -0.25717396, -0.041528255, -0.119776234, -0.1013885, 0.16835499, 0.27712375, 0.11540263, 0.13435264, -0.15992326, -0.011525119, -0.052719552), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.015662286, 0.039283197, 0.1298957, 0.14770529, 0.16800109, -0.26307538, -0.043486428, -0.088268735, -0.091123246, -0.02737689, 0.1340816, 0.20996217, 0.108091205, 0.030314112, 0.054512065, 0.012642684), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.06709217, -0.05501374, 0.081222005, 0.089457735, 0.18656515, -0.3077529, 0.047672454, 0.024508892, -0.1351014, -0.39228433, -0.10557932, -0.04361972, -0.11915583, -0.009581473, 0.0063169855, -0.03613457), target3);\n\ttarget3 = MulAdd(e1, MF4x4(-0.1854358, -0.17342652, -0.194473, 0.3151401, -0.051769286, -0.3236325, 0.16018392, -0.057727765, 0.16584621, -0.017418258, -0.3128051, 0.07975532, 0.18611333, 0.026310056, 0.02726216, 0.0067486716), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.110896066, -0.00702464, -0.20931682, 0.24850254, 0.03269825, -0.18380491, 0.032377258, 0.19312768, -0.22545849, 0.20047729, -0.21857505, 0.04958539, -0.012481836, 0.09664499, -0.14021717, -0.011379809), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.029377487, -0.03222012, -0.047782637, 0.15043634, -0.028922928, 0.14329837, 0.070593685, 0.17937078, -0.098229684, -0.017268147, 0.023314565, -0.0373697, 0.086789444, -0.041083477, -0.14991397, 0.1569613), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.15204531, 0.038198274, -0.04654972, -0.023292607, 0.043118156, -0.1646481, -0.19841586, 0.0921996, -0.020243818, -0.006126642, 0.0073893177, -0.2155937, -0.051742166, -0.12905034, 0.026826771, -0.14480315), target3);\n\ttarget3 = MulAdd(i1, MF4x4(0.10036964, 0.1710007, -0.07876652, 0.22185723, -0.07879332, -0.009758965, -0.07071612, 0.091213554, -0.112285696, 0.03389832, -0.028804176, -0.030022187, -0.1688445, 0.11049307, -0.054812532, 0.093897834), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.12732436, 0.085322656, -0.100760445, 0.18453589, -0.06775451, 0.10935976, 0.17619863, -0.1605919, 0.09963296, -0.15262389, 0.09841437, -0.19519499, -0.07014624, 0.25242952, -0.05024359, 0.087294735), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.015800908, -0.14473227, -0.2478373, 0.053460408, -0.14864206, -0.043255955, 0.11067259, 0.0014784707, 0.12921435, -0.03185401, 0.116656736, -0.03951376, 0.06561661, -0.04718704, -0.10218965, 0.11587745), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.07117372, 0.0109037515, -0.23872098, 0.07710495, 0.0921179, -0.1644194, -0.13181047, -0.057200883, 0.14430603, 0.10133447, 0.28212273, 0.09411812, -0.048196144, 0.0436184, -0.13561143, 0.3184622), target3);\n\ttarget3 = MulAdd(d2, MF4x4(-0.18523192, 0.21471006, -0.0448867, 0.014551903, 0.009904246, -0.15023962, 0.004197992, -0.17210527, 0.194157, -0.08507272, 0.20821328, 0.053412434, 0.3099377, 0.119032666, -0.18388903, -0.19600375), target3);\n\ttarget3 = MulAdd(e2, MF4x4(0.2807314, 0.2189851, 0.25916493, 0.060228985, -0.0049263136, -0.074992225, -0.15787919, -0.054917946, 0.12066998, -0.21063392, 0.14343189, -0.033192027, -0.010535234, 0.14374483, 0.1522993, -0.07717713), target3);\n\ttarget3 = MulAdd(f2, MF4x4(-0.043371633, 0.13011403, -0.0015406794, -0.0128029715, 0.17256962, -0.04676938, 0.15432738, -0.07865593, 0.13326003, -0.20808597, -8.7830034e-05, 0.19136547, -0.1985925, -0.013042362, -0.22718841, -0.06583816), target3);\n\ttarget3 = MulAdd(g2, MF4x4(-0.11845248, 0.027589038, 0.10232536, 0.089354545, 0.18008573, 0.061147142, 0.04159389, -0.12027304, 0.1662144, -0.19675921, 0.12992287, -0.10149212, 0.10550842, -0.006124143, 0.19946195, -0.1462058), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.01296488, -0.09644271, -0.05817923, -0.0954995, 0.025634903, -0.10628822, -0.05637768, -0.284114, 0.17925075, 0.01273799, 0.309424, -0.036070596, -0.17971297, -0.35284916, 0.028788334, -0.040968318), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.14511016, -0.036098864, -0.029634831, -0.081007525, 0.17456302, -0.3121309, -0.005653063, -0.13220096, 0.07959643, 0.13494255, 0.16009367, 0.022134677, -0.06916521, -0.068016514, -0.07418041, -0.106386214), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.0038909556, 0.10399398, -0.047585238, 0.020263152, 0.22357577, 0.20275299, -0.20587234, -0.14618087, -0.06699123, 0.05799765, -0.057206634, 0.070337296, 0.26828194, -0.110529095, -0.039317895, 0.1000372), target3);\n\ttarget3 = MulAdd(b3, MF4x4(-0.12016816, -0.1746712, -0.15243006, 0.09121186, 0.17119732, 0.09372113, -0.011121283, 0.01683138, 0.04647735, 0.26708847, -0.045210358, -0.05229348, 0.13961853, -0.23234563, 0.11518522, 0.025384203), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.24803765, -0.12064236, 0.16222163, 0.10242684, 0.35362238, -0.0025835831, 0.10871223, -0.14052986, 0.086918466, 0.003965692, -0.052900802, -0.09219091, -0.097256884, 0.027730078, -0.018556952, 0.029902605), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.07853819, -0.33072472, -0.01923759, -0.022614414, 0.037449032, 0.0057582236, 0.035095196, -0.10516724, 0.021059662, -0.1803607, -0.072927505, -0.032927528, 0.10600866, 0.2115304, -0.038914077, 0.026641702), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.046708018, -0.30087915, 0.23972215, 0.051118676, -0.09175249, 0.061564893, -0.0606459, 0.10725062, 0.16634792, 0.15181623, -0.14776988, -0.089753665, 0.09396779, 0.3047946, 0.20602426, -0.10614584), target3);\n\ttarget3 = MulAdd(f3, MF4x4(0.16031305, -0.010385087, 0.12137829, 0.013936002, -0.09272479, -0.0462326, 0.14647374, -0.1364509, 0.1020013, 0.07280318, -0.035455197, -0.0074932426, 0.06966262, 0.43025437, 0.14413132, -0.020879302), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.048381433, 0.055672538, 0.17734092, 0.057804573, -0.064207256, -0.081648245, -0.19108449, -0.027356787, 0.22855555, 0.026296774, 0.051670585, 0.1469678, 0.14372535, -0.019550381, 0.0711832, -0.23015371), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.10270051, 0.03306284, 0.18660016, -0.08794835, 0.022104584, 0.14556691, -0.18290472, -0.004233608, 0.31982687, -0.019705234, -0.18947408, -0.014298402, 0.13134713, -0.22212905, -0.22175267, -0.083559796), target3);\n\ttarget3 = MulAdd(i3, MF4x4(0.09405076, -0.094762795, 0.00039714025, -0.033925287, -0.040082168, 0.18154381, -0.091368884, -0.002279935, 0.18112488, -0.16065024, -0.07302534, -0.054364413, -0.027507186, 0.056911435, -0.25985143, 0.19071229), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.08038882, -0.23933147, 0.091805875, 0.06882283, 0.030006107, -0.19613835, -0.19390447, -0.06947256, -0.15933713, -0.12136816, 0.10496873, 0.20988281, -0.06429982, 0.13831986, -0.12110751, -0.013753183), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.03526272, 0.09196733, 0.22100714, -0.034608632, 0.11271489, 0.19354948, -0.08702665, 0.0818318, -0.23144986, -0.39077505, 0.068490066, -0.07049248, -0.15327029, -0.13464752, -0.23453039, -0.007664983), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.071974635, -0.09427919, -0.14303383, -0.15694854, -0.0536355, 0.072341934, 0.0919402, -0.032855745, 0.061292388, 0.09840731, 0.035950005, -0.064508714, -0.121800035, -0.18790516, -0.098817684, -0.032492902), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(-0.006014576, 0.056944408, -0.04101546, -0.07834956, 0.048266124, 0.013926315, 0.041723326, -0.323333, -0.41566008, 0.3228979, 0.004536671, 0.31018063, -0.32762045, 0.23986395, 0.0941997, 0.32134023), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(-0.07315801, -0.04973393, -0.022297578, -0.0803329, -0.006434735, 0.010591334, 0.036642008, 0.099703625, -0.30428717, -0.13702157, 0.05784328, -0.08263622, -0.16771519, 0.012717832, 0.16369238, 0.082922), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(0.0001620341, 0.13469625, 0.022239598, -0.045452654, -0.012625867, -0.016001742, -0.13125779, 0.035808936, -0.06057855, -0.23169748, -0.031564385, 0.0035062286, 0.08688842, 0.043959387, 0.045130596, -0.082511395), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.083551735, -0.0062169307, -0.071006864, 0.08302828, 0.041814975, -0.17135905, -0.051279463, -0.23531726, -0.07600026, -0.016305951, -0.12496258, 1.6274626e-05, -0.056098733, 0.05471391, -0.16807914, 0.043552015), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.10614594, 0.055918783, -0.04306798, 0.12271233, -0.053095255, -0.041611873, 0.0658641, -0.17270197, -0.17228878, 0.04906801, 0.025378078, 0.03993686, 0.26168197, -0.0664166, -0.24114749, 0.122338526), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.028463805, -0.06832796, -0.042678714, -0.09115425, 0.112060644, -0.11552275, -0.13850841, -0.21241449, -0.025949117, -0.25152782, 0.118504696, -0.0032011967, -0.004659375, 0.14416796, 0.10196362, -0.25900578), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.014083873, -0.14722492, -0.04869616, -0.0060440497, -0.06496493, -0.080328904, 0.0021304504, -0.071984075, 0.037136473, -0.06741335, 0.047950987, 0.13102819, -0.084352426, 0.021756288, 0.14978755, -0.07930937), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.043805413, 0.11554947, 0.08058495, -0.029509902, 0.07255308, -0.11107158, 0.19269472, -0.06936789, -0.056554012, -0.13389792, 0.05822567, -0.080038816, -0.11012767, -0.2594496, 0.013091632, -0.016040247), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.11076819, 0.29110146, 0.010078737, -0.07397723, 0.017001567, -0.0600932, 0.120115615, -0.1516764, -0.046932317, -0.1531205, -0.041367747, 0.03022747, 0.028425755, -0.09993652, 0.105394356, -0.097724885), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(-0.16120721, 0.12060183, -0.051696084, 0.13536309, -0.0629108, 0.20782739, 0.08011087, 0.16132146, -0.17330962, 0.075349055, -0.13367563, 0.0834821, 0.13859299, -0.24726664, 0.1219966, 0.008662899), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(-0.06673648, -0.059848122, -0.079399005, 0.07430188, 0.039565083, -0.02646128, 0.06627121, -0.15686277, -0.08100342, 0.211192, 0.11364034, -0.056452975, 0.003068278, -0.09815622, -0.2720423, -0.060945407), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.10425103, -0.11963076, -0.15664895, -0.008325704, 0.030473476, -0.059397645, 0.08696136, -0.105832994, 0.15845199, -0.0155479815, 0.21866821, -0.24220671, -0.07413551, 0.18748072, 0.15781933, 0.09678578), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.105755776, 0.05295692, -0.065712206, -0.055599883, -0.024171222, -0.10882413, -0.019153712, -0.0797682, -0.05841592, 0.027539523, 0.018220939, 0.025832783, 0.10254366, 0.027248384, 0.17515337, 0.13366127), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.14450707, 0.16593692, 0.10250131, 0.022199351, 0.00025016058, 0.02208959, -0.015518909, 0.03897976, 0.066313244, -0.08834062, -0.06497536, 0.21156809, -0.028999787, 0.1924942, 0.27274308, -0.19622537), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.06670714, 0.032708794, 0.08869534, -0.1733506, 0.0076623727, 0.12130858, 0.010788659, -0.046009142, 0.09683414, -0.2074643, 0.08545223, 0.0447272, 0.12027344, 0.20864709, 0.17474543, 0.13670264), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.021432638, -0.24760821, 0.12410156, -0.11143068, 0.1870739, 0.0740915, 0.11552895, -0.061147105, -0.037998777, -0.1789209, 0.02577988, -0.1907707, 0.16632228, 0.029018525, 0.016788188, 0.16683672), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.1736272, 0.052254014, -0.010544911, -0.25163132, -0.021734655, -0.23477079, 0.30037084, -0.024889933, 0.16576701, 0.11785999, -0.19426535, 0.012973521, -0.31330642, -0.12940904, 0.1407924, -0.104257464), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.10720734, -0.22007015, 0.06929706, 0.1128352, 0.08878798, -0.74968565, 0.05292707, -0.2015415, -0.22024418, 0.12937216, 0.0077955252, 0.10120546, -0.051692892, -0.4005671, 0.019636473, -0.020149691), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.43247837, -0.18930417, -0.013568917, -0.079419196, 0.18672904, -0.35622415, 0.25079453, -0.1175358, 0.26581118, 0.008579299, 0.18397655, -0.29648697, -0.15222591, 0.32292458, -0.011576255, -0.030688757), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.10460517, 0.22705384, -0.11461504, -0.34884137, 0.06710358, 0.07710169, -0.22747318, -0.03428357, -0.12087394, -0.18585229, 0.053487252, -0.15423988, -0.24636437, 0.42574164, -0.20994124, -0.13236474), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.15691194, -0.08720117, -0.052925915, -0.16245657, -0.16402285, 0.3253476, 0.1616336, 0.072358444, -0.19095042, 0.21235181, 0.033952657, -0.021103038, 0.1247694, 0.228517, 0.032327496, -0.21903606), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.14174855, -0.06494216, 0.13284135, -0.08129453, 0.16482054, 0.110014215, 0.15709473, -0.010275839, -0.22032334, -0.10103909, -0.11650554, -0.17561941, 0.085149735, -0.40727508, 0.12032625, -0.02078777), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.27078578, -0.08153653, 0.1757881, 0.11317136, 0.27882257, -0.24042514, -0.08648888, -0.045675088, -0.10128582, -0.04766186, 0.06836051, 0.15924035, 0.04440567, -0.099891834, -0.08893405, 0.05721548), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.15327021, 0.13603994, 0.17330587, 0.05625383, -0.11157126, -0.08179826, 0.05035325, -0.012668053, 0.04673393, 0.29881957, 0.019924281, -0.06682304, -0.034375366, -0.11446407, 0.055847015, 0.104117975), target3);\n\n\tMF3 target4 = tex8.SampleLevel(sam, pos, 0).rgb;\n\ttarget4 = MulAdd(e1, MF4x3(0.027129134, 0.01044246, 0.008198051, -0.019978391, 0.014817045, 0.014294805, -0.009071333, -0.018233696, -0.020756468, -0.016967475, -0.010472854, -0.0066578956), target4);\n\ttarget4 = MulAdd(e2, MF4x3(0.012473992, -0.019771596, -0.02515739, -0.008238026, 0.026189122, 0.034326296, 0.01735337, -0.021417223, -0.027291182, 0.01815212, -0.012736875, -0.021111157), target4);\n\ttarget4 = MulAdd(e3, MF4x3(0.022218483, -0.023485998, -0.03540812, 0.016531168, -0.0033816632, -0.010179393, -0.03181473, -0.0072774286, 0.0014077872, -0.0025735856, -0.015998563, -0.016743565), target4);\n\ttarget4 = MulAdd(ne1, MF4x3(-0.01740865, 2.3718083e-05, 0.0032518203, 0.009272118, -0.01676428, -0.019791994, 0.013665012, 0.02245221, 0.022923533, 0.020898446, 0.012111701, 0.009756352), target4);\n\ttarget4 = MulAdd(ne2, MF4x3(-0.0043926076, 0.019400991, 0.022581568, 0.003538965, -0.031301565, -0.0345112, -0.02405352, 0.006159623, 0.016130725, -0.0097925, 0.01677507, 0.027652735), target4);\n\ttarget4 = MulAdd(ne3, MF4x3(-0.03267886, 0.014923966, 0.027258545, -0.033668566, -0.010421195, -0.0026646685, 0.015094835, -0.0023233194, -0.015871005, -0.01258443, 0.00507582, 0.0053544766), target4);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex3[gxy] = target3;\n\ttex7[gxy] = MF4(target4, 1);\n}\n\n//!PASS 8\n//!DESC Conv-4x3x3x24, Conv-3x1x1x120\n//!IN INPUT, tex1, tex2, tex3, tex7\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { 0.20634188, -0.10455712, -0.031700566, -0.13400781 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.013182829, 0.053091962, 0.06549412, 0.09314398, 0.12759157, 0.19831958, -0.0066986284, 0.008724786, -0.008788724, -0.18448268, -0.08061004, -0.122672, 0.039246775, 0.114899494, 0.0053096768, -0.45705518), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.15435986, 0.12775438, 0.033445876, 0.13065258, -0.034713954, 0.011218427, -0.056961175, -0.028291933, 0.014069658, -0.12902507, 0.09579773, -0.24455607, 0.14417914, 0.05937612, 0.2243551, -0.3940324), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.019673724, 0.20209175, 0.0864056, 0.062125377, -0.032693543, -0.07866025, 0.049098648, 0.09967038, 0.071991436, -0.035584584, 0.08620264, -0.3146151, 0.0016364265, -0.1282453, 0.113696136, -0.09162608), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.086494565, -0.031322442, -0.0010425163, 0.0043439222, -0.2207718, -0.114754595, -0.04754309, 0.038829442, 0.28012696, 0.01416326, -0.006575263, 0.09800945, 0.20944737, 0.12320554, -0.27976176, 0.042036757), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.0043551656, -0.034230676, 0.047720857, -0.0913431, 0.25977305, 0.21515612, 0.18708718, -0.004843006, 0.29522216, 0.03641434, -0.096512936, -0.07962972, -0.07454651, -0.2631387, -0.3370317, 0.40316954), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.07995683, -0.17652078, 0.0023912708, -0.02042794, 0.17486735, -0.22842996, -0.06893651, -0.19074234, 0.10076771, 0.11205654, 0.001572062, 0.024552155, -0.00011488878, -0.12493254, -0.29600865, 0.07090882), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.017154403, 0.13125315, 0.11503914, 0.105513334, -0.11673632, -0.034176424, -0.030536361, -0.002248858, -0.11892652, -0.08516513, 0.06950209, 0.17622153, 0.06246307, -0.07698598, 0.2093879, -0.058301486), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.10316161, 0.0072260876, 0.07716615, -0.13834251, -0.010482067, 0.15220478, 0.09262941, 0.08135313, 0.14277095, -0.15209594, -0.15694623, 0.0658977, 0.16643007, -0.04802777, 0.039331965, 0.10639549), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.003941457, 0.096958525, 0.08078122, -0.123746514, 0.05798335, -0.044676617, -0.3084394, 0.1140151, 0.010672668, -0.025900228, -0.06911797, 0.05360162, 0.15696998, 0.07253946, 0.06035546, 0.1159507), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.229298, 0.064096935, 0.16048844, 0.012671015, 0.024478769, 0.063737154, -0.004687863, 0.19364266, -0.19646022, 0.2893255, 0.026786007, 0.069286734, 0.07800188, -0.053994164, 0.052960467, 0.1745522), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.015469714, -0.12314818, 0.5338478, -0.11723986, -0.008365538, -0.10995339, -0.15134127, -0.07830025, 0.07128518, 0.009086638, -0.116382964, -0.16219214, 0.026113646, 0.29649207, -0.33176404, 0.009099685), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.09291687, 0.09429629, 0.47023576, 0.30382136, 0.022938905, -0.053612467, 0.03914971, 0.07205734, 0.11292842, -0.022005484, 0.17894705, -0.008363797, -0.1682453, 0.0409644, -0.017597, -0.14894786), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.22093011, 0.050382294, -0.07031792, 0.1064123, 0.09168859, -0.054715537, 0.07824245, 0.0675236, -0.11675646, 0.12587738, 0.33370635, -0.14830373, -0.4392533, -0.23865284, 0.071248956, -0.026170105), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.048300147, 0.08008235, 0.11813505, -0.09183442, -0.06377392, 0.14087953, 0.07831149, 0.044931732, -0.21497081, 0.026584432, 0.013495652, -0.14503439, 0.007470514, 0.14160597, -0.016141815, -0.31155616), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.41951287, 0.24024096, 0.19465575, -0.041104067, 0.09810697, 0.14586213, 0.13903797, -0.053057924, -0.14113568, -0.09644958, -0.09866805, -0.07899498, -0.172797, -0.08095462, -0.13160881, -0.0089402525), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.0807202, -0.37737992, -0.12689668, 0.079181, 0.01577318, -0.11053014, -0.12669973, 0.0071108835, -0.20729698, 0.046471246, -0.12194573, 0.2870874, -0.22770974, 0.09006065, 0.23021267, 0.3112802), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.17971495, 0.036312122, -0.03444156, 0.041823655, -0.09082372, 0.08112007, 0.049061, -0.0055645844, 0.013843324, -0.01969895, -0.13960351, -0.047275152, -0.043000307, 0.27807096, 0.22880352, 0.106376074), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.17075665, 0.006126272, -0.2546894, 0.11954845, -0.19607663, 0.048538323, -0.065129414, 0.014257998, 0.038192738, -0.037847996, -0.020429965, 0.025860488, 0.028515143, 0.06738391, 0.072110705, -0.033284377), target1);\n\ttarget1 = MulAdd(a3, MF4x4(0.044568866, 0.062475223, -0.0983384, 0.009866407, -0.35514477, -0.030211627, 0.22333166, 0.32969475, -0.109626986, -0.034606833, -0.0576798, -0.17654708, -0.08829175, -0.16896097, -0.1001105, -0.12807782), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.3260804, -0.13558061, 0.04645619, -0.07019992, -0.29856443, 0.053042114, 0.061772786, -0.13687392, -0.16278408, -0.034854803, -0.012278255, -0.098236114, -0.19714803, -0.1252398, 0.52471006, -0.00438923), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.23780306, 0.0058732736, -0.14263488, 0.014209727, 0.3014817, -0.19334342, 0.14975117, -0.4833427, 0.06679691, -0.068613395, -0.11530229, -0.27387938, 0.060538717, 0.2566434, 0.089476675, 0.20292005), target1);\n\ttarget1 = MulAdd(d3, MF4x4(-0.08988664, 0.09974201, -0.06231258, -0.14937639, 0.3109973, -0.062920496, 0.38651597, 0.32825765, -0.019837346, 0.1774624, 0.0721711, 0.01380091, 0.33275485, -0.024928985, -0.07132799, -0.10537747), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.09355771, -0.018917486, 0.062002532, -0.06821075, 0.0852235, -0.043880213, 0.023216404, -0.034589138, 0.009775594, 0.020386059, -0.19563444, 0.34160665, -0.19108588, -0.36282206, 0.12477205, -0.1635429), target1);\n\ttarget1 = MulAdd(f3, MF4x4(0.0660281, -0.004066676, 0.051605884, -0.20489341, 0.45396295, 0.048399396, 0.32993752, 0.5071012, 0.1316449, -0.028571565, -0.1418205, -0.06860564, 0.00832686, 0.10344168, -0.0033388403, -0.21189667), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.03121781, 0.06918902, 0.0073941397, -0.039547186, -0.13978334, 0.36066145, 0.105322905, 0.048246022, -0.064950965, 0.04503515, 0.13340174, -0.30344757, 0.08683505, -0.046188712, -0.17417784, 0.09081479), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.16948071, 0.0040395157, 0.035707664, -0.079912804, 0.038716394, -0.17475441, -0.36299637, 0.03968082, 0.049196135, -0.1715365, -0.071639955, -0.016410451, 0.09188755, -0.2558949, -0.16094652, 0.07996079), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.21382907, 0.05636966, -0.06199946, -0.21989174, -0.18922164, 0.37826148, -0.0141571835, 0.024448203, 0.0884536, 0.12374937, 0.18420288, 0.0967765, -0.06720011, 0.069881, -0.0042892518, -0.19172947), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.08187655, -0.489484, -0.27973574, -0.009521738, 0.18314825, -0.35783502, 0.056075446, 0.1687472, 0.3308614, -0.23036483, 0.0055736783, 0.18089417, -0.01648603, -0.21509576, -0.05315817, 0.2311331), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.10545252, -0.16682841, 0.46201918, 0.41049242, 0.2867931, -0.10737721, 0.37278366, -0.15247364, 0.32457805, -0.13211884, 0.0282094, 0.32339963, -0.20642634, -0.07769656, -0.11572602, -0.0078001227), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.049419798, -0.16918461, -0.07071865, -0.23344457, -0.06583399, 0.21428098, 0.13742666, -0.24406539, -0.3166922, 0.04145341, 0.12750438, 0.7016666, -0.072237894, 0.060902767, 0.024233112, 0.1978945), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.21362431, -0.22586554, -0.13855393, 0.03641023, -0.18417473, 0.13428141, 0.019632103, 0.18459935, -0.25052726, -0.06585735, 0.06470142, -0.1343166, -0.1102426, 0.12908545, -0.03501417, -0.2672359), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.098094426, -0.40027153, 0.05030102, 0.29116127, -0.07573088, -0.0358284, -0.2436342, 0.00352126, -0.114547156, -0.013960078, -0.20433213, -0.021052646, -0.22285037, 0.028262915, 0.08860262, -0.30081618), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.01646094, 0.24261765, 0.33677813, -0.060467284, -0.19734232, 0.1702455, -0.1304959, -0.20504838, -0.3379331, 0.26765183, -0.26516193, 0.27015924, -0.08003835, 0.3141519, 0.29280853, -0.052082997), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.12277012, -0.46426025, 0.015877785, 0.028895028, -0.12974375, -0.075910136, 0.300476, 0.16338159, -0.012315035, 0.05539739, 0.019287715, -0.2627638, -0.10653122, 0.15327309, 0.116874225, 0.17951632), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.29410085, -0.17102611, 0.035222203, 0.538198, -0.082762614, -0.13113698, 0.23784018, 0.10809719, 0.10368062, -0.26618072, 0.017677844, -0.5524849, 0.20205925, -0.25295278, -0.08522028, -0.35101673), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.24038099, 0.047679562, 0.16125403, 0.12115515, 0.25935376, -0.12338007, 0.28222737, -0.1517331, 0.102381065, 0.02018978, 0.103473715, 0.008457937, 0.075750284, 0.030453209, 0.103425525, -0.11869024), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.027691573, 0.033041246, -0.053919036, 0.021841308, 0.22477351, -0.012002719, -0.088659704, -0.19888699, -0.14622316, 0.07693778, 0.06058014, 0.072771885, -0.09090909, -0.009634639, -0.04093643, -0.0016425458), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.121816635, 0.06796998, -0.00956044, 0.060272712, 0.0929867, -0.104182824, 0.068678245, -0.0025653015, 0.29900813, -0.121311836, -0.18685773, 0.047214147, -0.002424332, -0.071621366, 0.09782575, 0.069204815), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.115039505, -0.013585092, -0.062492177, 0.019942736, -0.22608118, 0.10974841, 0.121345155, 0.048270512, 0.036711007, -0.1555631, 0.3113601, 0.20424883, 0.036948208, 0.023162413, 0.093668364, 0.091156565), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.0239057, -0.0074546733, -0.072916195, -0.15032186, 0.11206848, 0.076949894, -0.0719725, 0.057246305, -0.12505415, 0.17029393, 0.059913885, 0.10695817, 0.11587671, 0.009000426, -0.0065819114, 0.112660386), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.22613746, 0.010249483, 0.31479695, -0.15589239, 0.21750645, -0.16260515, 0.03900687, 0.31478724, 0.24153055, -0.13562167, -0.13101026, -0.30842167, -0.09156883, -0.08611807, 0.0021150038, 0.19845119), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.09328654, 0.065565474, 0.053929932, -0.0614148, 0.10553007, -0.16130202, -0.14184211, -0.0015263067, -0.015361093, -0.20926285, -0.23366193, -0.06125057, -0.071300104, 0.01055638, -0.05240934, 0.06743602), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.05055375, 0.085141584, -0.025911124, -0.035443313, -0.1763071, 0.085818924, 0.19284901, -0.006149421, -0.0160643, 0.11941451, 0.20142859, -0.047862962, 0.049561072, 0.06118226, -0.117986836, -0.10885573), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.0026763107, -0.13232177, 0.040220898, 0.056682535, -0.03708343, 0.22508788, 0.14923818, -0.106249794, 0.035745993, -0.18804651, -0.3110593, -0.20087922, -0.14625967, -0.0653864, -0.061015815, -0.04066649), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.111738384, -0.104334466, 0.029024106, -0.09726162, 0.2414019, -0.029426873, 0.09094325, 0.027416501, 0.30706093, -0.09682458, -0.19449362, -0.014534671, 0.15952238, -0.033171862, -0.10819316, -0.10238822), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.56843907, -0.18652008, -0.07477079, -0.09572682, 0.004717268, -0.19569749, 0.012557746, -0.16934179, 0.20934415, -0.13695319, -0.085793145, 0.16430594, 0.1280811, -0.035566512, 0.17796053, 0.034620196), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(0.10944063, 0.056659624, -0.10928797, -0.48222318, -0.03679725, 0.12002146, 0.06371042, -0.024989901, -0.19508527, 0.35469803, -0.034514666, 0.05471589, -0.008078808, 0.086663045, -0.06641959, 0.14787014), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.08401734, 0.065710895, -0.03586741, -0.09523177, -0.11976769, -0.00039887297, -0.11169928, 0.11623861, 0.06338808, 0.1087186, 0.26752025, 0.27731213, 0.042043414, -0.040737793, -0.13757998, 0.03160253), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.03308292, 0.11817877, 0.04941428, 0.053257942, 0.20836346, -0.3157687, -0.15115938, 0.017689008, -0.08777182, 0.075874984, -0.11381275, 0.15768103, -0.25251803, 0.024785532, -0.1119765, -0.08488973), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.14967972, 0.08358996, -0.12477746, 0.18376626, -0.11429529, 0.18852599, 0.12402519, 0.13575697, -0.17223327, -0.18583423, 0.08749376, 0.14127673, 0.04728666, 0.13141015, -0.1578823, 0.064156786), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(-0.18258065, 0.05539021, -0.08642571, 0.22043483, -0.03830304, 0.10055482, -0.050123304, 0.12830205, -0.4921733, 0.2718683, 0.11772524, -0.07781355, -0.0075595984, 0.060227167, 0.1285977, 0.2978205), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.19988084, -0.36680242, -0.0095746415, 0.091812566, 0.3152317, -0.075949475, -0.04308324, 0.049759876, 0.02971871, 0.18617181, 0.19829167, 0.17954859, 0.015149219, -0.15809381, 0.10850363, 0.017803097), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(0.056506306, 0.15181234, -0.1497428, 0.01186181, 0.02351036, 0.01086669, -0.031891935, 0.01414558, 0.27038968, -0.2806401, -0.14722337, 0.080689445, 0.07039954, -0.054969363, -0.016640754, 0.020795437), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.237999, 0.13528651, 0.005025065, -0.01291728, -0.22655746, 0.022678101, 0.07165532, 0.0073296893, 0.084639646, -0.06724732, -0.13105223, 0.10164715, -0.15071161, 0.08882156, -0.016988168, -0.013606533), target1);\n\t\n\tMF4 target2 = { 0.15939143, -0.031111173, 0.011407361, 0.04436536 };\n\ttarget2 = MulAdd(a1, MF4x4(0.1606533, 0.1120602, 0.427334, -0.056228757, -0.026887462, 0.0858575, 0.0052684247, 0.1645524, 0.021588106, -0.08577256, -0.03301297, -0.087385215, 0.17341405, 0.26737398, 0.04566977, 0.047820427), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.21000437, 0.05300574, 0.060565695, -0.086724475, 0.09684198, 0.12685667, -0.10724282, -0.11021523, 0.048485592, -0.0054517, 0.081800036, -0.099787444, -0.12168391, 0.07623567, 0.09177046, 0.15815327), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.14400747, 0.13797458, 0.11044521, 0.077145234, 0.14364728, 0.10041894, 0.0948857, 0.08613703, 0.030833652, 0.102926254, 0.029892365, -0.09385337, 0.07609406, -0.038274735, 0.22529188, -0.0905732), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.13334684, -0.083001845, -0.06109816, 0.067442395, 9.6367134e-05, -0.10395697, 0.047389086, 0.07404194, -0.11931296, -0.029852618, -0.08998846, 0.16543494, 0.19911745, -0.014106389, -0.020616226, 0.011981892), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.20999044, 0.20443644, -0.08602043, -0.06026268, 0.0016786976, -0.15406793, 0.25403517, 0.0038395252, -0.16244787, -0.19482566, -0.113314606, 0.007111468, -0.026472634, 0.08177431, 0.13382603, -0.01771927), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.14934808, -0.022533301, -0.14221415, -0.096389346, 0.11613694, 0.21117163, 0.22294325, -0.029256172, -0.072161585, -0.09670809, -0.24253419, 0.10479088, 0.20190297, -0.08443066, 0.08334989, 0.2928627), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.030550636, 0.095876954, -0.040062953, 0.024307664, 0.17360783, -0.035755854, -0.20959523, 0.069054864, -0.1061238, -0.26194566, 0.2781827, -0.118610375, -0.09682604, -0.076366246, -0.05720086, -0.08075027), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.15727855, 0.21407695, 0.009924877, -0.0027381582, 0.16699612, 0.017624786, -0.13224785, 0.008606034, -0.05968717, -0.009152095, -0.084314294, -0.14502133, -0.13212982, 0.2531764, -0.09840475, 0.020581203), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.06285324, 0.019129366, 0.15062185, -0.0018203754, 0.025869751, 0.09390758, 0.027623225, 0.09279268, 0.12548098, -0.05622771, 0.024048142, -0.011120709, 0.039858714, 0.022324169, -0.061184626, 0.15133153), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.25750592, -0.0633985, 0.05274334, 0.05652166, -0.13369319, -0.19132645, -0.11266925, 0.05310033, -0.10603932, -0.18876615, -0.23720984, 0.23625968, -0.1460642, -0.16662763, -0.31894067, 0.00010953036), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.021643812, 0.27677965, -0.18880053, -0.085671276, -0.12699273, 0.07259516, -0.09705578, 0.0103639, -0.10424065, 0.2421007, -0.15788709, -0.03597044, -0.03210864, -0.009501378, -0.29830885, 0.18951061), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.023235895, -0.15663858, -0.097848825, -0.030312262, -0.36207277, -0.044624195, -0.24912846, 0.001322196, -0.012719531, -0.061012562, 0.02297421, -0.083919466, 0.023231668, 0.17829593, -0.20094186, 0.062941045), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.031992577, -0.33281925, 0.24781865, 0.10445937, -0.043928526, -0.0048965504, 0.025098981, -0.02432072, -0.06936203, 0.06697805, -0.03503784, 0.04098378, 0.11242077, -0.47939962, -0.36156863, 0.10633177), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.360187, 0.15471298, 0.19546136, -0.19344117, 0.19245885, 0.10948706, -0.25480017, -0.117233664, 0.07698171, 0.00455522, 0.016817722, -0.21183428, -0.3989548, -0.0053129625, 0.32735184, -0.25722015), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.19386199, -0.104854785, 0.2354883, 0.07680881, -0.08103157, 0.19879752, -0.20958872, 0.03404414, 0.2462412, -0.025986584, 0.15228593, 0.082260065, 0.05948899, 0.018289726, 0.26004076, 0.29258958), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.43535206, -0.1665342, -0.078847095, -0.09834152, 0.3344753, 0.14931677, 0.26555872, -0.050443217, 0.1165338, -0.018918963, -0.18268648, -0.08987844, -0.15032545, -0.41353035, 0.04693913, 0.12682211), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.101665966, -0.2346043, -0.13883743, 0.09837179, 0.11640853, -0.11128404, 0.1264696, 0.13364471, -0.0010915099, 0.32518107, 0.015125061, 0.0014352624, -0.32198808, 0.14844672, 0.045113582, 0.22434932), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.04287463, -0.031287823, 0.07444511, 0.215022, -0.051081534, 0.09054911, 0.094913155, -0.16440862, 0.025819149, -0.035652477, 0.11303366, 0.072897494, 0.15771803, -0.026064822, -0.27329972, 0.3400305), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.15108323, 0.099104606, -0.18490814, 0.282546, -0.39287362, 0.020549994, 0.03981046, -0.38331905, -0.028022572, 0.07132567, 0.054721024, -0.0544467, 0.30145043, 0.07482834, -0.030623315, -0.14339122), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.19015107, 0.084599644, -0.08060123, -0.13798787, 0.11629986, 0.1486292, 0.22505176, 0.120357476, 0.09555313, -0.012545042, 0.14008446, 0.09553097, -0.13701685, 0.13754234, 0.08133829, 0.0583218), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.011506865, -0.12886223, 0.32145864, -0.0046038935, -0.15737815, 0.31331423, 0.014334723, 0.13329573, 0.059868217, 0.044668417, 0.41486976, -0.115652, 0.07570654, 0.119870186, -0.04211968, 0.13550858), target2);\n\ttarget2 = MulAdd(d3, MF4x4(-0.06290216, -0.09683136, 0.17791402, -0.06173693, -0.5663153, 0.6814847, -0.30665252, -0.015765276, -0.35518414, 0.014619069, 0.0059011583, -0.011811011, -0.12891632, -0.09697547, 0.0122915255, -0.035630453), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.36552843, -0.02239533, 0.31511658, 0.07742532, 0.38120705, -0.34059232, -0.1941228, -0.009505623, -0.057844408, -0.08539643, -0.15442915, 0.047755927, -0.10766272, 0.19164445, -0.04577609, -0.02152571), target2);\n\ttarget2 = MulAdd(f3, MF4x4(0.25128686, 0.008428173, -0.2337189, -0.07352831, 0.4192482, 0.03234093, -0.107415706, -0.59545743, 0.08484682, 0.10139428, 0.032704517, -0.03676146, 0.0709341, -0.08012427, -0.17445756, -0.051028527), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.13946229, 0.14634825, -0.29945642, 0.054991852, -0.19391525, 0.18525685, -0.01332443, 0.19226684, -0.25809357, -0.16726302, -0.08535996, 0.04962988, -0.21382174, -0.27475968, 0.14896728, -0.07398321), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.012350131, -0.15466039, 0.2637539, -0.004446026, -0.23348337, 0.31829268, 0.30077904, -0.26715708, -0.2248632, 0.026697354, -0.13744812, -0.11420962, 0.12333178, 0.20206316, 0.14819679, 0.11332464), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.1398207, -0.08409686, 0.28911248, -0.17092308, -0.3288522, -0.33649427, 0.08738124, 0.07093669, 0.042545132, 0.056477334, -0.043472584, 0.11007758, -0.001716612, -0.10464193, 0.03468551, 0.18904419), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.22511648, -0.21305616, -0.20453261, -0.039165854, 0.12624744, -0.24751776, -0.071244866, -0.013594594, 0.050315578, -0.07449747, -0.2612381, 0.16027644, -0.16809192, -0.124898806, -0.038302764, -0.17824896), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.011263025, -0.13628832, -0.018516185, -0.02475848, 0.09929525, 0.039110962, -0.12850322, -0.1350285, -0.35264796, -0.021238754, -0.11728184, -0.1417785, 0.2576594, 0.08627893, 0.11525315, -0.12663105), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.098808385, 0.11969382, -0.09717777, 0.15366855, 0.05112679, -0.0064458046, 0.17321971, -0.11823168, -0.010137996, -0.35834765, 0.22273073, 0.20014246, -0.077788174, -0.10495039, -0.17693104, -0.069975644), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.058652826, -0.12872136, 0.3963312, -0.15295003, -0.05818842, -0.4533677, 0.20178635, 0.24527496, 0.25999078, -0.37886587, 0.19364087, 0.18344274, 0.22268198, -0.14165895, 0.48145312, -0.23087662), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.11743857, -0.081544854, -0.19755375, -0.12016749, -0.28253412, -0.04377212, 0.15896732, -0.14978753, -0.25513977, 0.0025451197, 0.41349715, -0.28266567, -0.25201386, 0.54169023, 0.21759638, 0.09750061), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.2587435, 0.18573955, -0.23956883, 0.021557074, 0.020746572, 0.020505207, 0.08808335, 0.19680786, -0.061584104, -0.24666953, 0.054818455, 0.10405006, -0.24831708, -0.13658181, -0.0833388, 0.24120714), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.29441085, 0.03656414, -0.2596772, -0.057041578, 0.1569663, -0.09881767, 0.08505022, -0.01768552, -0.051293768, -0.099874936, -0.05937486, -0.06985686, 0.055836957, 0.12361765, 0.00034758533, -0.16590339), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.08935089, -0.34096143, -0.06724781, 0.057755265, -0.07378229, 0.19852296, -0.101910785, -0.35927492, -0.27025247, 0.077470385, -0.26122475, 0.1062427, 0.34269986, 0.022384735, -0.19875982, -0.046883546), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.023113059, 0.023807336, 0.04232145, 0.12731242, 0.079464786, 0.10940335, -0.1920892, 0.069054574, -0.046453483, -0.1463778, 0.050447907, 0.37861434, 0.19577271, -0.08457038, 0.055992957, 0.0051751668), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.0143063385, -0.031832237, -0.081230044, 0.15558316, 0.24739249, 0.06730676, 0.022930989, -0.060339663, 0.16502666, 0.0032860334, 0.13078189, -0.13917513, 0.083792515, 0.038169254, 0.26199514, -0.20886219), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.07898116, -0.001202372, -0.1436358, -0.013730994, -0.011920493, 0.067917384, -0.032699063, -0.04563186, 0.16329978, 0.13089089, -0.29516026, -0.17357638, 0.02513132, -0.14417541, -0.0026529275, 0.028195161), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.1278416, -0.0652329, -0.080299005, -0.054219954, 0.15680717, -0.13077177, 0.25564823, 0.10533668, -0.10988264, 0.3860151, -0.18009946, -0.47674116, -0.10072908, 0.041740764, 0.1123633, -0.04076864), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.20640877, -0.24586456, -0.10259232, 0.111054115, -0.18076079, -0.22535121, -0.29812837, 0.12035098, 0.027053986, -0.10918923, -0.3172506, 0.11992493, -0.006251823, 0.2550944, -0.15903941, -0.12368186), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.36056486, 0.25076455, 0.13362978, -0.033405777, -0.32817405, 0.0695707, 0.01829935, -0.08318219, -0.28797764, 0.16128948, 0.14374499, -0.025840933, 0.078341916, 0.13052103, -0.100241534, 0.10946945), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.07073338, -0.112097755, 0.22497103, 0.13549447, -0.13218129, -0.22181363, -0.13737568, 0.06865537, -0.45603344, -0.35373682, 0.37757057, 0.1678293, -0.029289875, -0.13187636, 0.12758663, 0.04016698), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.040351316, -0.05093577, -0.08653635, -0.007213745, -0.3845516, -0.029778607, -0.47889423, 0.12643112, -0.11173547, 0.043787614, 0.2647412, -0.0109354155, -0.0064909635, 0.106970474, 0.11885388, 0.07061224), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.066118404, 0.1848857, -0.07987121, -0.044921577, -0.0753153, -0.060784195, -0.33154643, 0.116313264, 0.11995535, -0.071781196, -0.24509782, -0.0037734907, 0.037864428, -0.07115049, 0.10189698, 0.13620937), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.15173467, 0.117787406, -0.07836817, -0.06667758, -0.05646272, 0.33135724, -0.37163886, -0.315246, 0.22709703, 0.10267156, -0.07729526, -0.015280573, -0.015122008, 0.03244177, 0.17766209, -0.04914632), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.07482478, -0.13012838, -0.15759332, 0.015014935, 0.35088012, 0.007073843, 0.24014178, -0.14308095, 0.12774545, 0.18122073, -0.2547015, 0.13359042, -0.0800425, 0.14722595, -0.24495813, -0.013143742), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(-0.15018739, 0.075401075, -0.056287423, -0.21596402, -0.106415406, -0.09301949, 0.124646366, -0.07675658, 0.39950943, -0.36134976, -0.20888598, 0.11607109, 0.107587025, -0.1626161, -0.29592493, 0.01726878), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(0.042367462, 0.05787438, -0.091712154, 0.26943466, 0.018607875, -0.06306163, -0.044719845, 0.12169627, -0.0043602907, -0.11714036, -0.41751066, -0.11060246, 0.14270274, 0.105742574, 0.162418, -0.016003838), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(-0.059574872, -0.16347532, 0.24761298, 0.0098720435, 0.22380106, -0.06946215, -0.011973621, -0.09775447, -0.108043805, -0.18910232, 0.36019576, -0.21156572, 0.008830671, -0.05479997, 0.31133842, 0.037727185), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(-0.1920284, 0.17142658, 0.05467186, -0.0761654, -0.25932217, -0.16042638, 0.2197324, 0.12581502, -0.48400918, 0.5538232, 0.41044307, -0.17291741, -0.18633147, -0.0820574, 0.038112838, -0.18555504), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(0.13163397, 0.09845959, -0.21711256, 0.26999414, -0.053519428, -0.029779429, -0.15492497, 0.0993045, -0.16189748, -0.4925058, 0.034618095, 0.085681, 0.16100337, 0.078292616, -0.40945208, -0.15787469), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.20844188, 0.07127721, 0.032387372, 0.033018872, 0.15301323, -0.055671003, 0.25810188, -0.07723897, 0.17080788, 0.12247039, -0.16662452, -0.06526193, 0.1584067, 0.14825343, 0.16793022, -0.055639073), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.31691772, 0.03877285, -0.31999993, 0.15607259, -0.014967208, 0.17467377, -0.021213053, 0.05274054, 0.09042282, 0.3026185, -0.19465268, -0.15643322, -0.28652924, -0.12624627, -0.123150274, -0.06579748), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.12737115, 0.21119869, 0.021830728, 0.25310937, 0.056086678, -0.10591854, -0.09623413, 0.09552772, 0.0077543957, -0.38552082, 0.105930105, 0.21966095, 0.03846968, -0.18900576, 0.13454477, 0.01323755), target2);\n\n\tMF4 target3 = { -0.09157235, -0.025660357, 0.076311104, -0.13737188 };\n\ttarget3 = MulAdd(a1, MF4x4(0.009852172, 0.067582026, -0.004946671, 0.10223505, -0.10428496, -0.025925757, -0.1812229, -0.086897664, -0.007505929, 0.11395492, -0.046959464, -0.040778246, -0.05989385, 0.2917696, 0.21723987, 0.104860075), target3);\n\ttarget3 = MulAdd(b1, MF4x4(0.014223285, 0.23677638, 0.18793987, 0.1604355, -0.13773453, -0.035079855, 0.1325962, -0.01843488, 0.013658427, -0.039640892, -0.049931083, -0.17938142, -0.20694439, 0.13461684, 0.15713528, 0.061465815), target3);\n\ttarget3 = MulAdd(c1, MF4x4(-0.045403525, 0.24799547, 0.073604435, 0.21103963, 0.18720928, -0.06703258, -0.20043622, -0.067137614, -0.19021615, -0.020830747, -0.120527774, 0.20456503, 0.07813807, -0.03798654, 0.04036844, -0.0033802337), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.10385739, -0.06095687, 0.03991638, -0.119761765, 0.14859357, -0.2436967, -0.033547442, 0.06643773, 0.08074919, 0.00819047, 0.046388235, 0.113080844, 0.093403086, -0.25158677, -0.25340363, 0.043133873), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.13219471, -0.01887069, -0.26465404, 0.012883369, -0.15132889, -0.08190286, 0.1886762, -0.121109776, -0.086888224, -0.13945712, 0.10484367, -0.014462356, -0.04274967, -0.27132213, 0.035799675, 0.18913607), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.09799585, -0.092021905, 0.042374767, -0.040835217, 0.2207681, 0.19816661, 0.2233777, -0.09462879, 0.174727, 0.067035824, 0.25794062, 0.03356712, 0.09257895, 0.03864686, 0.061125953, -0.10119902), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.06601051, 0.011512823, -0.13370325, 0.0033915695, 0.0060606156, -0.049539644, -0.1075017, -0.17912976, -0.042368136, -0.011520146, 0.06601078, 0.09978972, -0.0129192965, -0.21929637, -0.018458387, -0.010336992), target3);\n\ttarget3 = MulAdd(h1, MF4x4(0.09475364, -0.005993277, 0.09861265, -0.03103845, -0.09583529, 0.058791347, 0.3326168, -0.11607132, -0.028693356, 0.11996273, -0.085005276, -0.029005809, -0.29191923, 0.06689837, 0.10442381, -0.024532465), target3);\n\ttarget3 = MulAdd(i1, MF4x4(0.0053415983, 0.06602273, 0.2246564, 0.031501666, -0.14868876, -0.0093808025, -0.34579018, -0.030635692, 0.092459954, -0.039631926, -0.0085174255, 0.022645477, 0.07514861, 0.060552113, 0.06597399, 0.0397574), target3);\n\ttarget3 = MulAdd(a2, MF4x4(0.0511157, 0.035152495, -0.19926861, -0.063245155, 0.13407591, -0.1288526, 0.23185496, -0.13392815, -0.09297701, -0.2809779, 0.07520502, 0.022971572, -0.08222417, 0.27030075, -0.10483476, 0.16590133), target3);\n\ttarget3 = MulAdd(b2, MF4x4(-0.30276665, 0.17359875, -0.06072175, -0.036741048, 0.12927541, -0.11135696, -0.1655047, -0.05786224, -0.10111195, 0.03949635, -0.11618777, -0.0020339678, -0.16504388, 0.21188384, -0.24663985, -0.16005285), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.18182081, -0.05039593, -0.004631986, -0.03583777, 0.025373073, -0.33103603, -0.12213051, -0.10148533, -0.091509394, -0.13529696, 0.08307632, -0.0025659746, -0.5024331, 0.14926323, 0.05118105, -0.26585025), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.17135173, -0.23068328, 0.16332187, 0.06196188, 0.0034444374, 0.044823382, 0.010302396, 0.06775431, 0.024591392, -0.054694094, -0.048208185, -0.055681854, 0.08873465, -0.14074552, -0.027211398, 0.23973261), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.12319059, -0.11429906, -0.36435902, 0.19346023, -0.030743172, 0.383669, 0.009289978, 0.0010576686, 0.17045438, -0.007082544, 0.16374406, 0.32419837, 0.15915118, -0.1356684, -0.13062716, -0.15574396), target3);\n\ttarget3 = MulAdd(f2, MF4x4(-0.19135374, -0.2005694, -0.0020886995, 0.01221146, -0.40867472, -0.081229836, -0.16124476, 0.08071337, 0.09998693, -0.061099563, 0.13301264, -0.043883327, 0.11045742, -0.2383618, 0.18627192, -0.35225677), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.37673324, 0.34416032, -0.103333436, 0.13149537, 0.006451586, 0.094312094, 0.08832807, 0.09592083, -0.116452016, 0.1066464, -0.115603626, -0.13193515, -0.13174447, -0.18561727, 0.13020653, -0.13364927), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.1834991, 0.11584597, -0.04156077, -0.12755936, 0.09659385, 0.08903952, 0.31892854, -0.01448324, -0.008864266, -0.039691996, -0.08322731, 0.095220886, -0.090739064, 0.092071235, -0.2817547, -0.29630283), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.24098976, 0.101338394, -0.28956947, 0.07237588, -0.10666849, 0.13332452, -0.20815872, -0.00023775037, -0.04327956, 0.0029107686, -0.008416182, 0.097931474, -0.37501606, -0.018609088, -0.10432809, -0.034832), target3);\n\ttarget3 = MulAdd(a3, MF4x4(-0.08794669, 0.028736163, -0.17888173, -0.06455644, 0.23870508, -0.23358688, 0.072483465, -0.0085282335, -0.12771352, 0.0380899, -0.25210154, -0.010397481, -0.034966666, 0.08883341, -0.22751594, -0.18751557), target3);\n\ttarget3 = MulAdd(b3, MF4x4(-0.04474889, 0.098189436, -0.10426362, -0.35184658, 0.043526888, -0.36088315, 0.13278794, 0.39718434, 0.0091220355, 0.0041375947, 0.17093311, 0.21236257, -0.10007804, -0.020010212, 0.111889765, 0.17784196), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.1536085, -0.026586162, 0.12273445, -0.0801658, 0.20678692, -0.11288633, -0.21298888, 0.4272659, -0.027916932, 0.13641946, 0.08454202, 0.15072668, -0.36861306, 0.09071778, -0.23418477, 0.3515129), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.035221044, -0.05102627, 0.09558761, -0.008040629, -0.028807933, 0.303477, -0.20610638, -0.044902515, -0.19755092, -0.030813612, -0.17718953, -0.17694841, 0.03633824, 0.13118435, 0.029816214, -0.25406656), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.14495026, 0.12816216, 0.16447757, 0.031679, -0.044026595, 0.19292583, 0.33260253, 0.10592396, 0.035314452, 0.027002327, 0.06259657, 0.20517996, 0.47153056, 0.33924934, 0.20535454, -0.25056842), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.18414135, 0.19427143, -0.081241705, -0.01675198, -0.006523895, -0.07718575, -0.09325943, -0.08737854, -0.028951872, -0.17328268, -0.08241532, -0.08835567, -0.21019256, 0.16430716, 0.06124939, 0.035649084), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.016590597, -0.0022054093, -0.1470956, -0.08206723, -0.10903706, 0.0064417794, -0.18528567, -0.34366733, -0.06885517, 0.16456494, -0.018355783, 0.17814603, -0.07158972, -0.28178605, -0.20745122, -0.099933885), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.0065370193, -0.3044895, 0.055263646, 0.075996794, 0.024025463, -0.20411102, -0.01592019, -0.18464315, -0.08999649, -0.048265222, -0.08978591, -0.09877855, 0.4285961, -0.32419163, -0.10149259, -0.112745434), target3);\n\ttarget3 = MulAdd(i3, MF4x4(0.06848249, -0.11997486, 0.05998702, -0.024274347, 0.31168294, -0.017959671, 0.34084293, -0.34249943, 0.11690563, -0.11239628, 0.2128415, 0.017396145, -0.14399542, -0.13887884, 0.041329246, -0.099762276), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.11233947, 0.22560616, -0.14853792, 0.0025890833, -0.09261338, 0.026878078, -0.13337374, 0.14549397, 0.105454646, 0.20769532, 0.086635984, 0.05085061, 0.16791524, -0.031017043, 0.043081395, 0.18300867), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.21579266, -0.29286692, -0.05484676, 0.050306555, -0.1338697, 0.173389, -0.31768104, 0.051908243, 0.03826524, 0.48232502, 0.247302, 0.3487058, 0.28926015, 0.09935225, -0.18840632, 0.08882374), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.13517806, -0.40837446, -0.14227843, -0.27239424, -0.3059563, 0.063552625, 0.2631879, 0.56351787, 0.22826865, -0.065214194, 0.22837348, -0.4106273, -0.05822978, 0.13954113, 0.13192196, 0.031006072), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.14163558, -0.13529845, 0.063847534, 0.066068165, 0.041967303, 0.21868911, 0.22319448, 0.00028246938, 0.07615932, -0.3879002, 0.039115347, -0.08572038, -0.24845092, 0.13100919, 0.253391, 0.22104543), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.15111032, 0.18182786, 0.22756334, -0.008264583, -0.14041592, -0.5454497, -0.5890025, -0.010277932, 0.17194566, -0.14571565, -0.15525545, 0.17403725, 0.09960832, -0.016455285, -0.3584658, 0.3162123), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.21418694, 0.20062631, -0.0948598, -0.09684068, 0.13923916, -0.09331503, -0.0857385, 0.21380557, 0.020379147, 0.21428087, 0.07388917, 0.089147344, -0.20121545, -0.023731146, 0.3213483, 0.17458193), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.10643249, -0.00972507, 0.022902627, 0.29897237, 0.3299111, 0.085025065, 0.21370107, 0.20150943, -0.30700487, -0.1884155, 0.2567519, 0.00021575678, -0.23836862, 0.35121775, 0.13285181, -0.08186422), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.2257978, -0.044991307, -0.19195051, -0.067948796, -0.119921125, 0.0917341, -0.12133957, -0.0779332, -0.30272362, 0.29493997, -0.1241099, 0.57692826, -0.07721382, 0.23687507, -0.34731215, 0.25507957), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(0.45565096, -0.15130155, -0.10940018, -0.44904032, -0.15766421, 0.20778829, 0.21851856, 0.1678922, -0.08152111, 0.1772852, -0.2632565, 0.20217079, -0.014408843, 0.021441357, 0.001290681, 0.036566503), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.1125441, 0.019155068, 0.17547919, 0.010120996, -0.13596916, 0.06777857, -0.18246579, -0.07407904, 0.052627467, -0.12339828, 0.09181331, -0.039406203, 0.06598462, -0.20432016, 0.081749015, 0.016382169), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.036727224, 0.05656203, 0.03722875, -0.19623469, -0.12215404, 0.15154731, 0.14583679, 0.13441144, -0.053393483, 0.3686272, -0.55303735, -0.18231596, -0.077573985, -0.17017044, 0.007368884, 0.06776619), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.14654772, 0.0642838, 0.21146652, 0.1479552, 0.056684785, 0.08816999, 0.122986056, 0.025765898, 0.03539519, 0.2605786, 0.13069612, 0.2733717, 0.17476462, 0.04350784, -0.11019324, -0.085290305), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.070716664, -0.034127012, -0.17524591, -0.01733187, -0.0786243, -0.27215844, 0.14767595, -0.028927185, -0.268044, 0.17461409, 0.18505631, -0.07551577, -0.17443672, 0.33642206, -0.10371784, -0.09501668), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.41137508, 0.0039632237, -0.46695748, -0.14406478, -0.03359041, -0.26271477, -0.16481699, -0.23792827, -0.004218498, -0.082102485, -0.5725909, -0.19159988, -0.02892404, 0.018914402, 0.12181954, -0.045662787), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.059361387, -0.06857852, 0.29324803, 0.018895477, 0.5373943, -0.27193475, 0.19632731, 0.07846825, 0.46329513, -0.2541983, 0.3154752, 0.034318704, 0.07056785, 0.09071147, 0.018257828, 0.051888023), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.01574486, 0.025618032, 0.013175459, -0.05611416, 0.1575709, -0.26184332, 0.14741376, -0.09205734, 0.15314968, -0.033463627, 0.27498275, -0.036637545, 0.07326095, -0.02758785, -0.008260478, -0.033497095), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(-0.043722082, -0.0053890822, -0.006806792, 0.078156926, 0.28195116, -0.19398853, -0.08171706, -0.13839847, -0.2289849, 0.13469638, -0.3921867, -0.12275613, -0.07401059, -0.08434314, 0.080387615, -0.023079267), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.18200518, 0.15944996, -0.023199113, 0.03136635, 0.0124006495, -0.30606514, -0.008949306, -0.051349495, -0.039797418, 0.06404064, 0.089617595, 0.08849374, 0.07658024, 0.089631304, -0.021066017, 0.033190813), target3);\n\ttarget3 = MulAdd(na3, MF4x4(-0.00024305849, -0.005267714, -0.110663235, -0.1235196, 0.012671297, 0.09886661, 0.2275749, 0.060427323, -0.08923832, 0.06393884, 0.08300952, 0.1602908, 0.08163518, 0.2060279, 0.079629295, 0.09073638), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.09152832, -0.13788883, -0.0003542848, -0.41267133, 0.06780486, 0.14365548, 0.093432106, -0.14731646, 0.06173505, -0.07698671, 0.13692452, 0.07682172, 0.019543113, -0.07077461, 0.018755287, -0.01956884), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.025053086, -0.25834808, 0.27484947, 0.0542093, 0.04252427, 0.11526509, -0.12203397, -0.11198108, -0.122830786, 0.01729993, -0.26451054, 0.08480724, 0.27700573, -0.108406745, 0.21402664, -0.19032313), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(-0.01717388, -0.21526851, -0.100241624, -0.33087742, 0.059813473, 0.11764993, 0.046627797, 0.10824857, -0.033078045, -0.07022686, 0.05082029, -0.18696983, 0.06715326, -0.24360675, -0.028528497, 0.03166471), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.18515922, -0.19291987, -0.18511395, -0.16356386, 0.10254811, -0.14086638, -0.05160376, -0.07413514, -0.17066383, -0.1579425, -0.102077566, -0.0865959, -0.06315448, -0.12120578, -0.24788655, 0.045280393), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.23578815, 0.17898968, -0.076395154, -0.068680935, -0.19281612, 0.0008040003, -0.13505532, -0.010227741, 0.35332572, 0.10865026, 0.14042157, -0.07081392, -0.16093336, 0.02813831, -0.1142879, 0.07591385), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.10260084, 0.25031334, 0.030233473, 0.18198064, 0.06648322, -0.06662831, 0.29892904, 0.10685262, -0.099214576, 0.20269664, 0.14236231, -0.26043925, 0.17721854, 0.105084695, 0.11604949, 0.07190215), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.006627316, -0.075635955, 0.37108654, -0.0919607, -0.12985592, 0.112184614, -0.16726716, -0.03870482, 0.01480095, 0.2044233, -0.051372997, 0.21520257, -0.08743421, 0.13153918, -0.15077852, 0.12159706), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.009482551, 0.12501961, 0.38921976, -0.1280031, -0.103060484, -0.027821409, 0.0720024, -0.027280543, 0.056729473, 0.048927493, -0.035154913, -0.08341783, 0.23103711, 0.046025522, 0.17039533, -0.014161812), target3);\n\t\n\tMF3 result = tex7.SampleLevel(sam, pos, 0).rgb;\n\tresult = MulAdd(e1, MF4x3(0.012708346, 0.014336439, 0.012533707, -0.0019346073, -0.0070978077, -0.009478742, -0.011659758, -0.009855903, -0.008657096, 0.0098037105, 0.010785594, 0.008409619), result);\n\tresult = MulAdd(e2, MF4x3(0.0056228717, 0.013483413, 0.008108323, -0.0013697809, 0.0026797573, 0.0037666177, 0.0130932415, 0.019868238, 0.01968549, 0.011160769, 0.012374028, 0.012855804), result);\n\tresult = MulAdd(e3, MF4x3(0.0011662204, 0.00025071716, 0.0022244148, -0.017808594, -0.013589306, -0.01396329, -0.008117086, -0.0068251803, -0.004963602, -0.0069141523, -0.009125296, -0.008327947), result);\n\tresult = MulAdd(ne1, MF4x3(-0.027597412, -0.02631107, -0.022816146, 0.009350171, 0.013661565, 0.015324706, 0.032538984, 0.02918167, 0.026186563, 0.018760988, 0.024502547, 0.023201061), result);\n\tresult = MulAdd(ne2, MF4x3(0.013216693, 0.00991115, 0.01178417, 0.0076343333, 0.004714098, 0.0074490295, -0.0064893183, -0.014818341, -0.01199717, -0.008334491, -0.009955103, -0.011240684), result);\n\tresult = MulAdd(ne3, MF4x3(-0.013846397, -0.012687341, -0.015767701, -0.0019117722, -0.0072347773, -0.0074835457, 0.013531867, 0.014263165, 0.012797156, 0.008260445, 0.0070536416, 0.0065693366), result);\n\tresult = MulAdd(max(target1, 0), MF4x3(0.0017003485, 0.0021871394, 0.0003407296, 0.0054420815, 0.00801073, 0.008788295, -0.012685104, -0.0150940735, -0.017530257, -0.030698642, -0.030817484, -0.028548386), result);\n\tresult = MulAdd(max(target2, 0), MF4x3(-0.008882145, -0.008943836, -0.007986094, -0.010494911, -0.011511255, -0.00892924, 0.014072905, 0.014985031, 0.011853883, -0.015823284, -0.017817877, -0.01684662), result);\n\tresult = MulAdd(max(target3, 0), MF4x3(0.012270136, 0.011127063, 0.010729208, 0.00027298275, 0.001011805, 0.001318525, 0.0029811305, 0.0029161042, 0.0060088155, 0.00021241597, -0.0013439909, 0.0013205905), result);\n\tresult = MulAdd(max(-target1, 0), MF4x3(-0.03467924, -0.035764243, -0.03348244, 0.023858175, 0.02580526, 0.026217844, -0.016814101, -0.016412167, -0.012021982, -0.0007905926, -0.0019904284, -0.0015143935), result);\n\tresult = MulAdd(max(-target2, 0), MF4x3(0.046779703, 0.04961137, 0.046104047, -0.023665644, -0.022809561, -0.02236428, -0.054706786, -0.056090504, -0.052543454, -0.015520943, -0.01587306, -0.0142722875), result);\n\tresult = MulAdd(max(-target3, 0), MF4x3(0.020273875, 0.020399818, 0.021745082, 0.037485637, 0.039574977, 0.03556703, 0.036673885, 0.04102765, 0.033708427, 0.024422405, 0.027724478, 0.0252598), result);\n\tresult += MF3(-0.0036656514, 0.006677459, 0.007698717);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_Soft_VL.hlsl",
"content": "// Anime4K_Restore_CNN_Soft_VL\n// Ported from https://github.com/bloc97/Anime4K/blob/4ba94b179a144200cb6b3052e690fe2ca5c6914c/glsl/Restore/Anime4K_Restore_CNN_Soft_VL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_Soft_3\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n uint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.040999945, 0.075765304, -0.0911532, -0.10705836 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(0.14361712, -0.16690509, 0.37253398, -0.45202538, -0.21331833, -0.32675815, -0.33971128, 0.20261937, -0.20606318, -0.215143, -0.079716705, 0.15640882), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.17360486, -0.3435545, 0.08199117, 0.56259036, -0.120246716, 0.24312893, -0.021436244, -0.11864853, 0.19452724, 0.106943935, -0.077393375, -0.3503661), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(-0.072465785, 0.2772823, 0.25493625, 0.3098145, -0.115831695, 0.072458096, -0.014782132, -0.15310249, 0.12178311, -0.015555423, -0.2229811, 0.16469522), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(-0.18652022, -0.30702665, -0.59921896, 0.079824045, 0.4426619, 0.049343713, 0.44902903, -0.2711445, 0.20470268, -0.029203767, 0.29092675, 0.15562426), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.21041247, 0.48450592, -0.110547826, 0.3842122, 0.5303875, -0.26512837, 0.19846216, 0.045673862, 0.12773214, -0.05117536, -0.03510946, -0.30123934), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(0.3186735, 0.052702922, -0.12499774, 0.055628903, -0.16476867, 0.12642322, -0.18314636, 0.018323101, -0.3609603, 0.25649396, 0.3185421, -0.0057759956), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.16603558, -0.09259665, -0.28760567, -0.14319661, 0.12511417, -0.12551902, -0.00070228375, 0.20914114, -0.22466865, 0.1064727, 0.32598525, -0.08596318), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(-0.03163653, 0.026722813, -0.4361858, -0.21164834, 0.4176763, 0.08203146, 0.35289326, -0.06128859, 0.20506798, -0.07098943, 0.1807802, 0.2658414), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(-0.09821681, 0.058886815, 0.39192092, -0.06791861, -0.15682612, 0.09503328, -0.23400265, 0.026475023, -0.08800713, -0.043749645, -0.18024494, -0.08045564), target1);\n\n\t\t\tMF4 target2 = { -0.029148052, -0.03215124, -0.6175828, 0.057135154 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(-0.16406488, -0.2506693, -0.15592022, -0.05529256, -0.3997277, -0.229681, -0.07762124, 0.1843808, 0.07895815, 0.14437248, 0.219114, -0.048090722), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(-0.2150676, 0.09080163, 0.19598733, -0.40578827, -0.33846557, -0.02518622, 0.037079208, 0.20188439, -0.013777575, -0.2369007, -0.30985412, 0.0411912), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(0.119948365, 0.23014452, -0.14962277, -0.096262485, 0.09625151, 0.2025487, 0.03933539, 0.12268028, -0.24373281, 0.19730613, 0.11634144, 0.12293635), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.08030697, -0.40114692, 0.21532272, 0.20222071, 0.073098, -0.004463858, 0.02820587, -0.18861918, -0.20994501, -0.12444653, -0.23178193, -0.13965288), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(0.14150894, 0.14563078, 0.697704, 0.20918849, 0.26776335, -0.34291518, 0.06394055, 0.17925078, 0.4165139, -0.042595536, 0.105312675, 0.231854), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.024318576, 0.16668217, 0.0729521, -0.7071404, 0.3121693, 0.37295797, -0.015632952, 0.33763757, 0.00706697, 0.10836652, -0.11132417, 0.292844), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.14489831, 0.0027769986, -0.24509215, 0.5557927, -0.1104541, 0.005070684, -0.020032275, -0.5642205, 0.16048644, 0.07248175, 0.20387374, -0.38145426), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(0.33140838, -0.007438425, 0.26074782, 0.15947102, 0.219755, -0.14690271, -0.07412696, -0.24176367, -0.2230114, 0.027256912, -0.11255796, -0.05882673), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.19712369, 0.003842208, -0.10893768, 0.09047115, -0.10260409, 0.18662766, 0.009733428, 0.0039940844, -0.006444674, -0.15196493, 0.06641555, -0.06169452), target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.012687187, -0.11876551, -0.041985378, -0.10110911 };\n\ttarget1 = MulAdd(a1, MF4x4(0.05195995, 0.15220909, -0.24354807, -0.109075695, 0.020483498, -0.14830725, 0.0018816335, -0.0072673927, 0.0649385, 0.046050787, -0.10789607, -0.046609525, -0.11455093, -0.009358115, 0.11280759, 0.18053898), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.08619698, 0.091353096, -0.16379662, 0.07822936, 0.072919995, 0.1482446, 0.17846228, 0.04639898, -0.18998149, 0.1653338, -0.44187957, -0.010017503, -0.069953404, 0.08784785, -0.16391355, 0.35095468), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.088297926, 0.27259287, 0.013088447, 0.023461785, 0.10037149, -0.017414214, 0.08559885, -0.10822335, 0.10591637, 0.17240539, 0.15749931, 0.026641782, 0.11889612, -0.018095117, -0.08736018, 0.09934933), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.21426749, 0.0800268, -0.19816414, 0.07693414, 0.026270509, -0.11724047, 0.026078718, 0.13080709, 0.12207936, 0.056103867, -0.323923, -0.111454345, 0.059245165, 0.07257926, 0.032195322, 0.27225617), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.20130268, 0.026809234, -0.0020803472, -0.04394057, -0.1982125, -0.033678252, -0.12881789, 0.0025656687, 0.14193355, -0.2541802, -0.13239717, -0.05983356, -0.029376393, 0.33187667, 0.14438996, -0.21993925), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.12772562, 0.022498213, 0.24753313, 0.07440761, -0.17564529, 0.09971503, -0.013372, 0.09459552, -0.21597451, -0.40116546, 0.23446435, 0.1515452, 0.050813515, 0.19662157, -0.10604596, -0.24638489), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.23866327, -0.2706382, -0.07480157, 0.03789501, 0.117716484, -0.095995456, -0.0435066, 0.013025061, -0.029759895, -0.036287807, 0.08570493, 0.030151363, 0.18863682, -0.27228612, 0.020479294, -0.07058746), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.0026758043, -0.20750894, 0.2802277, -0.07761428, -0.012089615, -0.112726666, -0.03867965, -0.085082226, 0.034227375, 0.19662802, 0.26272395, 0.036822405, -0.23040786, -0.20173554, 0.07110236, -0.26939383), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.14012688, -0.067249745, 0.14726773, -0.0070919944, 0.19275497, 0.04460783, 0.18776374, -0.019941995, -0.076159865, 0.002261728, 0.238768, 0.039375026, 0.13200568, -0.023286859, 0.034387972, -0.01827453), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.0107542025, -0.13001555, 0.06596806, -0.03370635, -0.024291076, 0.10367739, -0.03396605, 0.041960735, 0.16230568, 0.024845246, -0.016806586, 0.22547007, -0.025378102, 0.064547986, -0.2113137, 0.042272836), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.2219356, -0.049535394, 0.10289468, 0.14175911, 0.013058568, -0.15909089, -0.02546921, 0.11721571, 0.13020545, 0.39660174, -0.07601573, -0.16366366, -0.023935124, 0.06681424, -0.26143414, -0.07485668), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.1405031, -0.0645044, -0.15865614, 0.1829069, -0.22526503, 0.08991175, 0.041972812, -0.012462953, 0.3022753, 0.19457603, 0.022607598, -0.25460255, 0.028327515, 0.14420614, -0.077984214, 0.09278112), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.13224132, 0.13115089, -0.188987, -0.19428022, -0.080641985, 0.20909777, 0.067079, -0.19832124, 0.13150498, 0.04450851, -0.2770351, -0.010381239, 0.32295567, 0.04445836, 0.030657565, 0.020271502), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.08188993, 0.039709873, 0.16059989, -0.13279189, 0.11389818, -0.071865685, 0.09312801, -0.08816363, -0.65844774, -0.6854379, 0.21431407, 0.597198, -0.3734657, -0.116027676, 0.015932929, -0.0653176), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.24136105, 0.21444799, -0.14235207, 0.08445492, 0.017335927, -0.49877876, -0.06224622, 0.1571534, 0.035594277, 0.059829034, 0.087631516, -0.17090686, -0.005452869, 0.13786094, 0.27586326, 0.046760406), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.095078, 0.30310658, 0.010268592, 0.18540539, -0.20722823, -0.0005848572, -0.06464327, -0.111019135, -0.07837157, -0.12183798, -0.09187498, -0.3368629, -0.08216629, -0.20095807, 0.009563313, 0.024838416), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.28712475, 0.0641969, -0.034764312, 0.13600683, -0.09211094, 0.009699817, -0.001104855, -0.026146285, 0.33425868, -0.16132632, 0.18051304, -0.104004376, 0.20768233, 0.0888418, 0.050057285, -0.020228952), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.11642946, -0.021900529, -0.08910504, 0.15492517, -0.19726521, 0.1434987, -0.24708387, 0.006737377, 0.11353539, -0.15897587, -0.029491093, 0.06002862, -0.09640613, -0.11342702, 0.21375169, 0.0062719737), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.15513068, -0.3151456, 0.20799752, -0.07449935, -0.09226967, 0.112302735, -0.16211908, -0.37986508, -0.27418482, -0.10445544, 0.21112369, -0.06780466, -0.062341, 0.07758948, -0.012719117, -0.16481343), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.16382848, 0.14490448, -0.012869055, 0.1804095, -0.05304844, -0.14624795, -0.14816979, -0.17435774, 0.25356865, 0.11435022, 0.19412366, 0.19499794, -0.10189348, 0.023880519, 0.16822465, -0.17454338), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.04854064, 0.11944563, 0.022984248, -0.0852543, -0.0077684796, -0.044182744, -0.02888099, 0.27452356, -0.07887827, -0.15155658, -0.12841311, -0.21202831, -0.18533322, -0.05852455, 0.0761054, -0.22115342), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.21520375, 0.11415518, 0.18909843, -0.16420493, -0.20909967, -0.3257246, 0.29332343, -0.029541709, -0.1679851, 0.14073059, 0.32720464, 0.13311239, -0.0021121972, -0.08773544, -0.045532625, 0.36960867), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.58407414, -0.23632582, -0.16739567, 0.264173, 0.09584864, 0.18455075, 0.20051196, -0.04616608, 0.13441175, -0.0055764276, -0.08625195, 0.097847305, 0.19565724, -0.12183587, -0.11488796, 0.2520169), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.01584208, -0.31471413, 0.017104283, 0.0682452, 0.18728764, 0.042960413, 0.06437809, -0.14483811, 0.13882554, 0.016576322, -0.029599546, 0.034904055, -0.20939542, -0.10213055, 0.08821727, 0.0030552552), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.2973797, 0.15791039, 0.10811437, -0.07947077, -0.26328024, -0.061920475, 0.12498813, 0.100570425, -0.018922925, 0.002256239, -0.094379805, -0.032315314, 0.48677605, -0.04879864, 0.028028104, -0.14557233), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.016148027, 0.13884154, -0.19554809, -0.006344376, -0.013450252, 0.2581758, 0.10643088, 0.23465036, -0.078438915, -0.099644944, -0.1442203, -0.2285087, 0.33528957, -0.17052084, -0.26595074, 0.14794162), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.041404825, -0.0813985, -0.19863169, -0.008302881, 0.023570588, -0.043578386, -0.20971186, 0.14654282, 0.048436746, 0.11266723, -0.25812748, -0.03340969, -0.18430679, -0.046258014, -0.007674466, -0.037139155), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.060693484, -0.08285047, 0.06638212, 0.18479855, 0.11099276, -0.14470962, 0.16915078, 0.32247669, -0.10845523, 0.0027510398, -0.014941873, -0.15779859, 0.051481526, -0.14748912, 0.12125527, -0.059839584), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.27571446, 0.01663349, -0.057985745, -0.089736536, -0.09541078, 0.18101417, 0.084854685, 0.11060913, 0.05631825, 0.066835634, -0.02837782, -0.049748126, -0.050051138, -0.05126488, 0.27121767, 0.06331115), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.13630085, -0.03787764, 0.13351586, -0.024081819, 0.10403757, -0.0034796793, -0.04838045, -0.064052396, -0.34672704, -0.06271465, -0.024577484, -0.13450806, -0.013759927, 0.11706738, 0.07913658, -0.016639082), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.023730129, 0.020174952, 0.048988737, -0.013395666, 0.0073305597, 0.059409764, -0.27721968, 0.13349204, -0.022947624, 0.112007216, -0.008175606, -0.14903043, -0.35755506, -0.02145208, -0.021762518, -0.17889674), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.19315337, 0.16287236, -0.07667863, -0.020898499, -0.021058874, -0.20849414, -0.3571716, -0.13001479, 0.44977963, 0.016706442, -0.03471178, 0.35189477, 0.3050666, -0.019236205, 0.16278796, 0.3093703), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.1507458, -0.13747548, -0.05822537, 0.16035356, -0.08386089, -0.03476887, -0.0022021863, -0.032772254, 0.17572841, 0.004200287, 0.045312192, 0.27265742, -0.037853006, -0.056344658, -0.3095155, 0.15215549), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.11428048, -0.19523771, 0.016499955, -0.03625986, 0.15670861, -0.077859454, -0.059640404, 0.023970904, -0.009806148, 0.0904747, -0.006978744, 0.15938658, 0.030886533, 0.13507655, -0.002613293, -0.1335748), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.20070468, 0.06281564, -0.026250493, -0.042895693, -0.06574456, 0.10412931, 0.12061968, -0.0750467, -0.10865931, -0.05715226, -0.022071969, 0.02608941, -0.21416737, -0.18582128, -0.091236554, -0.044943426), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.057988428, 0.21430638, -0.17991407, -0.051662743, 0.060244065, -0.021494022, -0.018070806, -0.09278776, -0.011404125, 0.064091586, 0.12852973, -0.16610947, 0.08740408, 0.045517463, -0.27932477, 0.11050971), target1);\n\t\n\tMF4 target2 = { 0.010324113, -0.01262194, 0.0762259, -0.014071781 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.07579397, 0.008718031, 0.03874428, -0.022123579, 0.064964466, -0.27502275, -0.0053009577, 0.11669645, 0.007708085, 0.009340055, -0.13001843, -0.03758108, -0.07045759, -0.08749642, -0.21329811, 0.13205966), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.14087188, -0.12068241, 0.046639618, 0.05115712, 0.108357444, -0.05040456, 0.03280633, 0.09336891, -0.055509757, -0.036777936, 0.043575723, -0.041975956, -0.17782387, -0.12977566, -0.0736514, 0.17304243), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.2638534, 0.0385968, 0.14743716, 0.18057759, -0.036564615, 0.107838504, 0.08324167, 0.13403444, -0.41366392, 0.072824344, -0.013165103, 0.06114856, -0.040475495, -0.14222278, 0.10455181, 0.0021660402), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.30221993, -0.06315301, 0.057081617, -0.020285107, 0.053984016, 0.13086873, -0.30863532, 0.028010197, 0.0070908144, 0.19940577, -0.013766302, -0.039389495, 0.28064504, 0.05970737, 0.074613005, -0.10217121), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.042094592, -0.1725651, 0.3514404, 0.008126955, 0.08739713, 0.081543595, -0.12912413, 0.0854203, 0.28885832, 0.107783586, 0.22996111, 0.13907135, 0.071920335, -0.15172984, 0.07151959, 0.1406894), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.1072496, 0.03934067, 0.20014063, 0.051399443, -0.29610988, 0.18659018, -0.17761967, 0.08701774, -0.17493258, -0.08035252, 0.03155133, -0.13986085, 0.023490375, 0.083998375, 0.014006612, 0.03860323), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.09324427, 0.10990628, -0.18758917, 0.0054821614, -0.09425237, 0.1192338, -0.063183226, -0.15047066, 0.15664004, 0.037881903, -0.06762073, 0.09622682, 0.028449943, -0.25338468, -0.18897526, -0.18360007), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.030310342, 0.2083269, -0.04938559, -0.009608655, 0.019751158, 0.12257741, 0.090964966, -0.09864261, 0.058817703, -0.053385522, 0.15931179, -0.10585003, 0.06986225, 0.3435001, -0.33307528, -0.14035752), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.13506691, -0.00015406386, -0.15279713, -0.2290177, 0.019568326, 0.41041428, 0.10566904, -0.08350839, 0.19839814, -0.31052053, -0.04471875, 0.07629561, -0.117245845, 0.19819061, 0.1683647, 0.11896638), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.06920538, 0.2656798, -0.06529862, -0.1695985, -0.21614018, 0.17208195, 0.123307765, -0.061470803, 0.07827313, -0.18543327, 0.0937214, 0.098630935, -0.17667519, -0.01978596, -0.09126346, -0.034487445), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.030779282, -0.24423946, -0.08623178, 0.1490136, 0.029337894, 0.17548573, -0.05990294, -0.29123273, -0.10020608, -0.3527181, -0.105286725, 0.27502912, -0.25686985, 0.18521136, -0.110095225, -0.07999611), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.03266192, 0.045139533, -0.03275437, -0.13748369, 0.15633966, 0.089048125, -0.07592367, -0.09013536, -0.18907873, 0.08265683, -0.069233745, 0.27151683, -0.0647864, -0.15308899, 0.021954, 0.05528693), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.10284642, -0.14667438, 0.18669777, 0.053000864, -0.12383836, -0.037600834, 0.29438737, 0.04739594, 0.07846367, -0.11676573, -0.048153553, -0.34298027, 0.028358897, 0.119508564, 0.08012271, -0.019992562), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.22123314, -0.2223458, 0.002969434, -0.07143056, 0.027859585, 0.010600199, 0.056626067, 0.15160584, -0.16350581, -0.044484995, -0.1805076, 0.33351076, 0.073631234, 0.0167081, 0.15704727, 0.107799366), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.006882137, 0.19744347, 0.041128602, 0.17459555, 0.10376277, -0.12519689, 0.0993647, -0.13044195, 0.10485074, 0.1712284, 0.13369127, 0.24649777, -0.038975652, -0.24550107, 0.19567624, -0.09961197), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.24763626, -0.0902329, 0.21201743, 0.078442305, 0.013261817, -0.019013328, -0.07576136, 0.14993069, -0.24216306, -0.05666454, -0.064632, -0.38150248, 0.14649945, -0.020437164, -0.13821694, -0.026110074), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.21790951, -0.08288076, 0.011415891, -0.1446542, -0.15910968, -0.21221179, -0.06154624, -0.028623452, 0.10872824, 0.17089185, 0.26339474, -0.42544034, 0.095593184, 0.20962211, 0.0034138034, 0.024243662), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.050784085, 0.06333505, 0.041011192, 0.17474842, 0.14517011, -0.4340653, -0.10313813, 0.12524489, 0.18353751, 0.4589042, -0.037463415, 0.07841999, -0.114173576, -0.10669665, 0.029463472, -0.14393249), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.12771326, -0.06622126, 0.08327681, -0.15113758, -0.114005744, 0.059280578, 0.04071302, -0.11074485, -0.23312584, -0.032968838, 0.13736604, -0.15776984, 0.067029156, 0.0580463, 0.20655325, -0.2112593), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.16148107, 0.02879793, -0.24918973, 0.009605728, -0.102177374, 0.050518002, -0.00015101423, -0.046602443, 0.5081422, -0.044740383, -0.06243097, 0.076031074, 0.1157983, 0.03965003, 0.109161526, -0.36589798), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.018941574, 0.000912917, -0.2585099, 0.13668273, 0.062664494, -0.09246434, -0.14594543, -0.11160076, 0.015663203, -0.02447256, -0.070794076, 0.11807077, 0.12931514, 0.14109722, -0.07506544, -0.012781477), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.48816162, 0.16294348, 0.011336221, 0.107038386, -0.01978858, 0.039453425, 0.112853855, 0.007536018, -0.005471479, -0.11315905, 0.032013394, 0.11523904, -0.2504089, 0.04803124, -0.09689627, 0.24372064), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.61343086, 0.09531598, -0.24803302, 0.23788263, 0.13495958, 0.24733612, 0.1575427, -0.06863399, 0.2341275, -0.15821049, -0.165848, 0.0290172, -0.010136783, 0.04415787, -0.2619951, 0.09987892), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.19411229, 0.24528526, -0.250216, -0.33602244, 0.17639299, -0.052413136, 0.122578874, 0.028618507, 0.25713214, 0.22033587, -0.19680484, 0.028938502, -0.083384775, -0.06476429, 0.036840588, -0.14297847), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.2897587, -0.12176407, 0.19259763, -0.106649496, -0.026704982, -0.036201328, -0.06753124, 0.37967134, -0.20092241, 0.006229027, 0.12085137, -0.09810282, -0.1501556, -0.0099991355, 0.25044358, 0.08538966), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.11304407, -0.24147832, 0.21644448, -0.035938095, -0.036439262, -0.042730987, -0.04384442, 0.10325233, -0.32405272, -0.11873838, -0.15075137, -0.036929503, -0.10808143, 0.25799102, 0.13749036, 0.5451476), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.24142508, -0.04895773, 0.09022442, 0.2821465, -0.06298706, -0.1807906, 0.02960867, 0.22310257, -0.1915311, 0.2900501, 0.1670845, -0.080343634, 0.25779882, -0.27144584, -0.23575482, -0.14724477), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.020742219, -0.10571064, -0.0010137435, 0.14439318, 0.32805952, -0.027505733, -0.07111945, 0.07043296, -0.09525604, 0.03175366, -0.14633068, -0.15810682, 0.18050082, 0.08191363, 0.07047039, 0.0018573351), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.023874652, 0.14996628, 0.11298528, -0.1508891, -0.052415725, -0.02570088, 0.0055150646, 0.16365297, -0.046594325, 0.18095094, 0.09934885, -0.066233225, 0.2404304, -0.112728044, 0.14004207, 0.11369578), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.14799033, 0.025304591, 0.031008242, 0.03795376, -0.15800071, -0.043169834, 0.10797239, 0.17129694, 0.09674189, -0.11010672, 0.07283912, -0.11063907, 0.108249694, 0.025199141, 0.09162024, -0.1827302), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.08983324, 0.07823903, -0.137839, 0.11909572, 0.11996334, -0.05947995, -0.25459376, -0.18159851, 0.044489045, 0.052461334, 0.13674203, 0.12579007, -0.33665392, -0.07313439, -0.013640538, -0.010538632), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.0884388, -0.10034604, 0.047238693, 0.12025125, -0.16648497, -0.20305477, 0.08240087, -0.17453992, 0.19033237, 0.28438845, -0.32885036, 0.14011146, -0.13389368, -0.012868356, -0.15273216, -0.19119217), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.09196779, -0.13800567, 0.08842335, -0.18658079, 0.17512907, 0.021311145, -0.06347847, -0.13827331, -0.10689703, -0.1707886, -0.15724367, -0.167876, 0.22493233, 0.3070637, -0.035266686, -0.0068385694), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.2739973, 0.07336105, -0.196827, 0.060224827, 0.05752693, -0.014346674, 0.025412507, -0.27530053, 0.27755278, -0.07631679, -0.053861864, 0.113329165, -0.31025892, -0.012681806, 0.06228483, -0.054306302), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.16827694, 0.16333361, 0.068389125, 0.24560109, 0.11659498, 0.052896734, -0.020310031, -0.17830387, -0.07551057, -0.01822214, -0.037451357, 0.24607496, -0.2033962, -0.11107965, 0.05005381, 0.13685274), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.13665263, -0.24541081, 0.0012457973, -0.012630116, -0.09559698, 0.17756529, -0.039300505, -0.044217475, -0.22984356, -0.2294885, 0.104534455, -0.04131095, 0.084843494, 0.038027752, -0.106351435, 0.18853655), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4\n//!OUT tex1, tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.023354841, 0.0019475977, -0.0705355, -0.08216019 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.06961854, 0.06914646, 0.120440066, -0.04889646, -0.012870159, 0.01994181, 0.052958567, -0.14740478, -0.0027199117, -0.004924673, 0.10131955, -0.11496505, -0.06742836, 0.08287776, 0.11206167, -0.021625644), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.025003597, 0.05389498, 0.14938618, 0.12255602, 0.050963886, 0.16300994, 0.17633909, 0.03229484, 0.2092038, 0.13367431, -0.09538967, 0.1636076, -0.022082182, 0.10898033, 0.0422286, -0.062253885), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.0018258828, 0.08333001, 0.002765037, -0.022241322, 0.1628206, 0.14671557, 0.3001151, 0.030986495, 0.05225914, -0.04880372, 0.15963705, 0.17972782, 0.055128947, 0.114626616, 0.03460699, -0.07679627), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.08866054, 0.0882386, 0.13833097, -0.079257324, -0.03060485, 0.049487974, 0.092268504, -0.17009564, 0.021603461, 0.20750603, 0.18884364, -0.10977116, 0.31758478, 0.053426504, 0.093257, 0.14912026), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.13069148, 0.21368778, -0.4405162, -0.009193694, 0.090230525, -0.15897161, -0.005089127, -0.06011075, -0.27336648, -0.021869129, -0.2084852, -0.0850094, -0.10896211, 0.27229342, -0.044210993, -0.03346366), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.05807779, 0.08506817, 0.23984064, 0.12547795, 0.036945213, 0.039088245, -0.10716132, -0.15966031, 0.13548918, 0.07746645, -0.248966, -0.15717135, -0.059498273, 0.0088413125, -0.02828682, -0.021795277), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.013289853, 0.007272393, 0.06875863, -0.053158432, -0.03578172, 0.20148727, 0.1961931, -0.16910668, 0.03259818, 0.054221123, -0.0326064, 0.06493197, 0.053533003, -0.11878436, 0.14398894, -0.17543368), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.17906332, 0.1111989, 0.047910325, 0.11560207, 0.09790123, -0.2023765, 0.04265116, 0.0075303926, 0.012974969, -0.0853146, -0.04037416, 0.14489946, -0.0716403, -0.055603035, -0.30376709, -0.011667526), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.053314358, -0.012657763, 0.0077033425, 0.12168191, 0.016371705, 0.11979062, -0.08494259, -0.009617431, 0.1303907, 0.043279216, -0.17285421, 0.15823162, -0.030746695, 0.121796146, 0.13097613, 0.0024783302), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.11677548, -0.06592395, -0.022185773, 0.0031006308, -0.00906918, -0.0006412884, -0.00083743286, 0.083697535, -0.060518038, 0.14058606, 0.122444086, 0.17866874, 0.02376487, -0.06369968, -0.026537767, 0.21466877), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.12340551, -0.015656117, 0.051990572, 0.04361656, -0.05291406, 0.10119005, 0.17603071, 0.10464767, 0.03288951, 0.091776796, -0.17373918, -0.12871055, 0.10205503, -0.17783496, -0.17020486, -0.09781929), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.01845568, -0.008877597, 0.14279746, 0.031775143, 0.041680444, 0.08784194, 0.044564564, -0.0011678484, -0.010219994, 0.10472676, 0.046920944, -0.110975444, -0.1197329, -0.11303071, -0.14893234, -0.091113724), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.03856561, -0.12173735, 0.040876064, 0.13847597, -0.14995924, -0.13332345, 0.18687452, -0.22562599, 0.08920785, -0.0017916666, 0.019448435, 0.2306492, -0.054546747, -0.1465318, -0.10628867, -0.0073827514), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.12689775, 0.11765595, 0.13039489, 0.06940679, 0.2672624, -0.03880143, -0.11693099, -0.05516293, -0.09665274, -0.2583138, 0.22954193, -0.19324702, -0.39629623, -0.35457405, 0.10052407, -0.19756024), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.06307673, -0.096393906, -0.0075868783, -0.25133502, 0.03436604, -0.008201423, 0.06386583, 0.106548436, 0.014626536, 0.03485315, -0.043418273, -0.1141408, 0.005102567, -0.11701804, -0.01645601, -0.057083), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.019062268, 0.020416953, -0.08854219, -0.037497565, 0.09449262, -0.09127615, -0.063330196, 0.08736769, -0.12394077, -0.17950213, -0.11101161, 0.16013645, -0.09370585, 0.0047447495, -0.04288296, 0.00314098), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.08263743, -0.14441489, -0.14886282, -0.05694989, 0.4254853, 0.10864832, 0.26322174, -0.042006254, 0.24269578, -0.053833783, -0.11558995, -0.066605136, -0.064816564, -0.25914803, -0.017624624, 0.0402331), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.100058846, -0.030422715, -0.19600148, -0.13322774, 0.1796998, 0.087852575, 0.07324559, -0.0047889417, 0.007248384, 0.08930289, 0.09643387, -0.0060126656, 0.16357517, -0.06628222, 0.030618697, 0.097391844), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.09539377, -0.10802722, -0.014952347, 0.1683223, -0.03919409, 0.041155327, -0.012186347, -0.030456683, -0.015024977, 0.061710294, 0.00049987395, 0.27338788, 0.04845922, -0.014114694, -0.06371904, 0.008664), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.063082814, -0.02755945, -0.15663072, -0.053271208, 0.070173115, 0.038125586, -0.11840675, -0.016337764, -0.07963128, -0.06404943, 0.23033784, -0.007848355, -0.04434174, -0.092422634, -0.013985954, -0.038096108), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.037121523, -0.020622304, 0.086708754, 0.045878958, -0.13188364, -0.022858748, -0.22411314, -0.08116162, 0.048863005, 0.039260563, -0.04934298, 0.11015131, 0.028177079, 0.025245499, 0.1067935, 0.15324049), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.068235874, -0.14401375, -0.032677606, 0.02996807, -0.11290208, 0.114133574, -0.09627152, 0.053930115, 0.14560424, -0.15935057, -0.13495773, 0.29710987, -0.23231608, 0.14334352, 0.070753984, -0.08189047), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.22378983, -0.09858718, 0.30114698, -0.0048736916, 0.02198528, 0.21444769, -0.11228022, -0.14812283, 0.092372194, 0.1598949, 0.2534843, 0.4932573, -0.16642319, 0.12972073, -0.04147445, -0.09365905), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.132199, -0.0798279, -0.18289213, -0.15133642, -0.033057958, 0.007495456, 0.070398286, 0.049111973, -0.03361502, 0.032059964, 0.003850814, 0.22922683, 0.20279214, -0.07350396, 0.27681342, 0.11891455), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.095355205, -0.08533997, -0.043466177, 0.03183743, 0.0048090555, -0.07969942, -0.044769235, 0.15350139, 0.06485437, -0.027922742, 0.0850892, 0.00069019396, 0.035737295, 0.20380683, 0.03413393, 0.025630401), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.26616514, -0.024066277, 0.09220501, 0.09643391, -0.014585791, 0.22894275, -0.053128377, -0.08719867, -0.08819027, 0.01932318, -0.113633566, -0.15435793, 0.10542983, 0.029819246, 0.33675614, -0.059085276), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.031325538, 0.040770013, -0.049561024, -0.2095101, -0.09537227, -0.075998954, -0.04323478, -0.05470401, -0.110066876, 0.059249427, -0.042351052, -0.047700178, 0.21932366, -0.12850443, 0.035361454, 0.013699006), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.08417607, 0.113477044, 0.03574209, 0.007835156, 0.2021717, 0.030678429, 0.19313626, -0.03506592, 0.04233059, -0.08540689, -0.07128929, -0.13245375, -0.08918939, -0.042622462, 0.19011301, -0.18228586), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.19981891, -0.16255717, 0.042949058, -0.06921157, 0.279451, -0.11536949, -0.13747527, -0.10020231, -0.013784027, -0.06727259, 0.3556115, 0.08460814, -0.15348805, -0.07692103, -0.018658075, 0.0037634284), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.09063814, -0.036312047, 0.13528036, 0.0070792423, 0.11834377, 0.02331524, 0.09386154, 0.07144935, 0.033078104, -0.1397121, 0.09283168, 0.2118868, -0.06313442, 0.032146804, 0.0060367053, 0.005822348), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.035949346, 0.06469895, -0.0051385965, -0.078584194, 0.43195483, 0.0045206803, -0.24012396, 0.21436183, -0.013394304, -0.04198491, 0.06645506, -0.23869638, -0.02311661, 0.06589808, 0.16800866, -0.21120183), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.24937367, -0.042277586, 0.08117994, 0.3105402, -0.26087892, -0.10325264, -0.08689298, 0.0064907144, 0.031937066, 0.09783758, -0.9514562, -0.104631096, 0.27990052, 0.36389935, 0.057687905, 0.14072314), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.19865227, 0.09398578, 0.06911146, 0.13077813, 0.024283953, -0.0036808057, -0.036725305, -0.024085987, 0.061556816, 0.0029027078, 0.24621862, 0.112107046, 0.068239614, 0.052718107, 0.20803368, 0.065064415), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.055511028, -0.08662344, -0.074801624, -0.021917107, 0.18730342, 0.047116343, 0.14872652, 0.10580926, 0.16962165, 0.16628978, 0.17343876, -0.1697205, 0.047853447, -0.22705628, 0.031780355, -0.09273609), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.17306295, -0.067308225, -0.17174196, -0.13221754, -0.24622467, 0.029901514, -0.12799668, -0.04145667, -0.14546, 0.013308366, 0.028113116, 0.1678875, 0.07922657, -0.015584258, 0.17059629, 0.07330948), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.09916512, 0.0623665, -0.022458963, 0.061962493, 0.18569344, -0.06590287, 0.111395456, 0.08477448, -0.03609452, 0.024279302, -0.083497405, 0.06459743, -0.22963138, -0.12262581, 0.006980887, -0.06653474), target1);\n\t\n\tMF4 target2 = { 0.08523788, 0.052322272, 0.08955637, -0.06945023 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.13703531, 0.06135254, -0.05032855, 0.0039429665, -0.05997914, 0.03737832, -0.09703001, -0.08112204, -0.096779875, 0.086732335, 0.03021232, -0.14636067, 0.079296306, 0.006656948, 0.08904937, 0.06196539), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.26374274, 0.16698441, -0.08554561, 0.03734819, -0.08525629, 0.12257442, 0.015473835, 0.13266069, 0.008439022, -0.05002345, 0.03232084, 0.17349075, 0.014541135, -0.10353582, 0.13339484, -0.13474584), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.05637785, -0.049726896, 0.06597188, 0.0058668824, -0.10623723, 0.13441847, 0.015975956, -0.07811197, 0.05975957, -0.062021587, -0.06533749, 0.083735935, 0.02666556, 0.029904561, -0.0102926055, -0.10931666), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.22616413, 0.042830274, -0.116208926, -0.053796053, -0.1112898, 0.20703097, -0.34109348, -0.065111674, -0.17255561, 0.16784647, 0.00193431, -0.043237597, -0.02353095, -0.1302526, 0.05119598, 0.01403269), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.086109385, -0.053006437, -0.24992542, 0.007938272, -0.0027849772, 0.09198081, -0.17596659, 0.030577915, -0.31807357, -0.29618275, 0.0056317504, 0.3662508, 0.16753437, -0.12481447, -0.057597708, -0.14973637), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.14585754, 0.027715279, -0.039035518, 0.11505972, 0.0038059987, -0.20368981, -0.014822689, 0.094012834, -0.20693347, -0.37216228, -0.12690443, 0.2727411, -0.15475404, -0.01948714, -0.12414737, 0.10378582), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.11750072, 0.051394574, -0.011073509, -0.1100907, -0.1389209, -0.10706716, 0.0017484069, -0.059556484, -0.20038931, 0.24976069, -0.011129469, -0.080446415, 0.19259459, -0.14515446, -0.07275811, 0.039244935), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.101780266, 0.003889027, 0.010705813, 0.011088775, -0.20406786, -0.009807119, 0.23070864, -0.030722639, -0.012015954, 0.025211284, -0.29246482, 0.04907962, -0.10485314, 0.21213223, 0.15788344, -0.014188987), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.1546438, -0.15895118, 0.010730076, 0.034053337, -0.018741185, -0.008467293, 0.13143812, 0.022905342, -0.27543658, 0.3054419, 0.07025048, 0.29454592, -0.0032350307, 0.01671764, 0.081928045, -0.10051137), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.014834404, 0.07487839, -0.16554666, -0.04127725, 0.15239598, -0.017607473, 0.09927426, 0.15027349, -0.2073968, 0.041613225, -0.10290223, -0.12565911, 0.022021815, -0.07609557, -0.16338238, 0.04468512), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.01768976, 0.0637369, 0.006542782, -0.0022799321, -0.14728844, -0.058199093, -0.029928437, 0.079634584, 0.095769696, -0.13526416, 0.20718366, -0.10116214, 0.1688786, -0.08906526, 0.020397741, 0.06541649), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.033067044, 0.10095467, -0.13792777, 0.022673525, -0.012797848, -0.11222105, 0.11443862, 0.04893716, 0.11389547, -0.07337629, 0.21447009, -0.032212257, 0.23070163, -0.18156143, 0.14542435, -0.10207653), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.22985588, 0.012290226, 0.018557416, -0.064000085, 0.012936774, -0.104329854, -0.0719669, 0.24160251, 0.03716294, -0.093069404, -0.12110873, 0.013251573, -0.12731232, -0.1995954, -0.07679729, 0.06823493), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.23359679, -0.052702624, -0.08710696, 0.19826421, 0.12880315, 0.19875911, -0.20581602, 0.32980308, -0.14479029, 0.099422045, 0.44737315, 0.13044962, 0.12935589, -0.13621494, 0.14902137, 0.09162335), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.10801082, -0.22644557, 0.035719793, -0.12396268, 0.2906566, 0.119107775, -0.15470679, 0.17997102, -0.12866725, -0.12695445, -0.06832712, 0.017622665, 0.08215481, 0.065239124, -0.1256659, -0.06811625), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.097956754, 0.09383762, -0.19813508, 0.0035260199, -0.14278924, 0.0660843, 0.19110036, 0.11025648, 0.15489757, 0.011157471, -0.16014035, -0.050144047, 0.0032884583, 0.061513808, -0.03385016, -0.08534137), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.09499595, 0.04162155, -0.26091605, -0.18066265, -0.21523187, -0.036668014, 0.09586408, 0.059850723, -0.10890033, 0.28857672, -0.32993382, 0.05107536, 0.012024929, -0.27968574, 0.15081042, -0.07215633), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.15673614, -0.064684846, -0.13838115, 0.1264376, -0.23772664, 0.11594999, 0.0898036, -0.092647165, 0.26081505, 0.05110054, -0.017965768, 0.06740709, -0.24977967, 0.05645255, -0.08204664, 0.0435078), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.02560865, -0.1613835, 0.05876215, 0.101586774, -0.00058163394, 0.0013674656, 0.039857507, -0.002919488, 0.05573127, -0.04311352, 0.05305971, 0.10097247, 0.036392104, -0.025071293, 0.029137935, -0.08593101), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.12406646, -0.21399136, 0.05611706, 0.021867402, -0.037916705, 0.05941278, 0.11277805, -0.12387807, 0.008577062, -0.045022104, 0.16465645, -0.07607619, 0.035939474, 0.07221297, -0.13557361, 0.07806311), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.19589397, 0.011909766, -0.01258029, -0.065313555, 0.07366803, -0.0812486, 0.115863465, 0.019752543, -0.15854625, 0.11246406, 0.007201303, 0.0008530298, -0.0287012, -0.036224626, 0.059641607, 0.09416462), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.20361906, -0.20671111, -0.1126041, 0.049152024, 0.17586707, 0.10047246, 0.13149028, -0.16302691, -0.08559989, -0.17756243, -0.0061752857, 0.124775924, 0.020011704, 0.17147969, -0.0003063916, -0.015890911), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.11051906, 0.13774526, 0.29333818, -0.029932505, -0.07021508, 0.046212852, 0.11793092, -0.081830084, -0.18609521, -0.108229816, -0.044969153, -0.041069634, -0.13936938, 0.11356429, 0.19260931, 0.093210496), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.010555152, -0.15726428, -0.13187453, -0.12396212, 0.17309372, 0.100884624, 0.11547714, -0.030650318, -0.21877939, -0.0015167049, -0.090150684, 0.029793834, 0.1465573, -0.038805004, -0.033211514, -0.04926991), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.10250675, -0.030922988, -0.008545946, 0.024706079, 0.105154864, -0.06838902, -0.12627976, 0.032457255, 0.21747419, -0.12865087, -0.056018118, 0.07152061, -0.11214344, -0.029831404, 0.044855718, -0.04316971), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.12806997, 0.12385188, -0.06831653, -0.015933594, 0.08645126, 0.013043054, -0.19599608, -0.060719345, -0.23076192, 0.19181651, 0.1292978, 0.036317572, -0.061692618, -0.25434494, -0.10012762, 0.06366783), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.11098094, 0.034632366, -0.053560194, 0.08499573, 0.20842391, -0.020262053, -0.023394845, 0.048971336, 0.10436084, 0.12614205, 0.035942093, -0.07592917, -0.07455495, -0.012119416, -0.011834865, 0.21032205), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.00055114913, -0.06662242, -0.009248925, -0.0024843027, -0.22993802, -0.04828541, -0.08667693, -0.093717255, 0.14400347, 0.030130679, -0.01590651, 0.10399553, 0.14478837, -0.11228224, -0.039653912, -0.042144097), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.011044514, -0.09870122, -0.24879128, 0.111903004, 0.092567004, 0.06100228, 0.0053522107, 0.065252475, -0.18228072, 0.25602147, -0.2863954, 0.103064165, 0.052214783, -0.017557586, -0.07434391, 0.021111684), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.04537496, -0.024985183, -0.15247425, -0.0009907635, -0.09677889, 0.09858206, -0.030702371, 0.03539458, -0.029408665, 0.24335481, -0.1918429, 0.08056781, 0.1548214, 0.2850923, -0.15131058, -0.052048493), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.055409238, -0.13090813, -0.016612396, -0.019183576, -0.18499215, -0.013184845, 0.038750056, 0.10953814, -0.18437819, 0.19183092, -0.09780726, -0.046532292, -0.10841146, -0.17717329, -0.1731886, -0.06741823), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.27919188, -0.14904179, 0.22850563, -0.17785722, -0.32835802, -0.19134615, 0.32093298, 0.24667856, 0.51687604, -0.59745705, 0.23057328, -0.41411245, -0.4234339, -0.03083826, -0.13972719, 0.1729651), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.042352367, -0.109207705, -0.31047532, 0.08896513, -0.2187999, -0.117951825, 0.060705405, -0.10287316, 0.013815159, -0.023699438, -0.053614594, 0.09065406, -0.15286967, -0.101803675, 0.019537682, 0.12476822), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.0016159728, 0.04094818, 0.012745902, -0.051958837, 0.014557628, 0.00061195926, -0.11669799, 0.08763203, -0.27820277, 0.17871988, 0.10634548, 0.05234229, 0.03827577, -0.3117398, 0.027675012, 0.0655132), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.0025006514, -0.1457415, 0.053443488, -0.0050932285, 0.01582735, 0.18783967, -0.066718, -0.15485887, -0.039741408, -0.21280284, 0.1502977, 0.09507925, 0.17178543, -0.014238171, -0.35757875, 0.026410697), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.19434428, -0.079038315, -0.017264817, -0.04004242, 0.0063378955, 0.027904915, 0.02571677, 0.09895997, -0.036605608, -0.19889063, 0.015920812, -0.014095519, 0.4363826, -0.14143194, 0.015463533, -0.1656284), target2);\n\n\tMF3 target3 = MulAdd(e1, MF4x3(0.121882804, 0.055417646, 0.037575886, 0.040015355, 0.10440659, 0.120197006, 0.008896276, 0.07269119, 0.09253319, 0.009000448, -0.033739295, -0.059260685), 0.0);\n\ttarget3 = MulAdd(e2, MF4x3(-0.048027042, 0.09210703, 0.123745404, -0.007914943, 0.05483587, 0.054822505, -0.005998682, 0.005822986, 0.009868176, -0.05866792, -0.04236153, -0.022935968), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(-0.091270015, -0.033997003, -0.012321896, -0.037983265, -0.078790314, -0.085029654, 0.10656225, 0.0008334142, -0.0041227583, 0.077364065, 0.033960085, 0.029391684), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(0.15057671, -0.037442014, -0.037083894, 0.015493511, -0.016119987, -0.027061606, -0.012329675, 0.0060544596, -0.019787522, 0.12182345, 0.11346318, 0.08640806), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex5[gxy] = MF4(target3, 1);\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2, tex5\n//!OUT tex3, tex4, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.013646388, -0.021442367, 0.0045393505, -0.037433166 };\n\ttarget1 = MulAdd(a1, MF4x4(0.048841953, -0.010713874, 0.09238948, -0.0789676, -0.093295254, 0.063662216, -0.023454266, -0.06739832, 0.027439933, 0.007399632, -0.03550259, -0.013834889, 0.17168441, 0.06177229, 0.023950668, 0.14574073), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.117296845, -0.07858486, -0.02099164, -0.024150673, -0.11662526, -0.26440877, -0.05449493, -0.13366842, -0.06870016, 0.12457937, 0.25052628, 0.013982828, 0.15127566, -0.031653196, -0.13851896, 0.04148151), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.024360385, -0.31051615, 0.012448293, -0.11265428, 0.06123606, -0.0701936, 0.033618104, -0.064061284, -0.06969811, -0.108838804, 0.014163671, 0.02596177, 0.20071186, -0.0028744373, 0.13663651, -0.05592813), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.13492568, -0.0726796, 0.13431883, -0.085713945, 0.056370113, 0.115660414, -0.14475793, 0.0044200714, 0.027387753, 0.045452334, 0.28178552, 0.017371183, 0.17304336, 0.0582999, 0.14465337, 0.046005037), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.064034574, 0.041531377, 0.08218889, -0.44529077, -0.010563538, -0.14926371, 0.051012456, 0.08209141, 0.24089444, -0.225398, -0.22259372, -0.26353076, -0.1687418, -0.11501685, -0.016655196, -0.09882357), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.019985389, -0.19189276, -0.104917, -0.11139956, -0.08406414, 0.031484302, -0.082132496, 0.025829919, 0.07512055, 0.31116992, 0.061163265, -0.074850895, -0.091695994, -0.26492774, -0.06617365, 0.06590624), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.1326703, 0.13008863, -0.1659525, -0.058325157, -0.047528613, 0.06777741, 0.06953616, 0.010587038, 0.031675722, -0.08119788, -0.11269768, -0.06225964, -0.26593694, 0.03627298, 0.12866129, 0.17876588), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.29016155, -0.12549841, -0.050858997, -0.088932805, 0.002237332, 0.01287246, 0.30138868, -0.071756564, -0.061206467, -0.11114371, -0.25731218, -0.11551616, -0.069513, -0.004583348, -0.10647163, 0.01981785), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.16387528, 0.03450354, 0.03422023, -0.014030813, 0.13418834, -0.010909722, -0.00447121, -0.03082622, -0.23983373, -0.020655053, -0.054034587, -0.07133469, 0.21171515, 0.06268651, -0.1738516, -0.15001713), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.040721033, -0.037582736, -0.13819644, -0.123978324, 0.1650318, 0.033942625, 0.17534302, 0.06452234, 0.18384823, 0.0048657497, 0.20220642, -0.0025760103, 0.011163899, 0.027265374, -0.051284578, 0.19202651), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.057493486, -0.031516504, 0.10835143, -0.040618125, -0.07762303, -0.06787725, 0.025559613, -0.0055560498, -0.0017830619, 0.020185964, -0.06656476, -0.008523214, 0.32331157, -0.21633361, 0.15338033, -0.104042485), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.18544987, -0.090446, -0.26797467, -0.082941435, -0.15003708, -0.11446041, -0.0394892, 1.1379096e-05, 0.04978554, 0.3350256, 0.032780237, 0.034625802, 0.0596261, 0.045886245, 0.009002243, 0.04746998), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.17104147, 0.0054165213, 0.09161088, -0.0673989, -0.119282715, -0.09094731, 0.47243354, 0.09914267, -0.13958418, -0.0050379517, 0.14352496, 0.18380567, -0.16128838, 0.08766813, 0.013876981, -0.09808636), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.09617889, 0.045525175, -0.2550057, -0.02874332, 0.2743444, -0.20102581, 0.008461914, 0.16626629, -0.13309516, -0.19307104, 0.15780488, 0.15518525, -0.2790243, 0.056782067, 0.16836968, 0.17771688), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.10694667, 0.14490083, -0.037976455, 0.013456577, -0.1166783, 0.060722847, 0.07323464, -0.013812333, 0.03234213, 0.50859296, -0.20670377, -0.019631205, -0.022543924, 0.21776745, -0.093769215, 0.12193299), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.15260598, -0.04798592, -0.02370747, -0.005714705, 0.030857049, -0.16643822, 0.23971851, 0.08117996, -0.069645695, -0.06674784, 0.033509918, 0.06333286, 0.14010383, 0.02218942, -0.036704093, 0.043163314), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.14653306, 0.002759894, 0.10548246, 0.24976018, 0.3212893, -0.07108953, 0.14068738, 0.29437128, -0.020556152, -0.17813908, 0.1989112, 0.12182122, -0.19231579, 0.06547012, -0.032785345, 0.089717634), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.23632105, -0.027022298, 0.00586518, 0.01836479, -0.2854795, -0.035417695, -0.07586866, 0.0715673, 0.17984483, 0.11210451, 0.032767817, 0.097993985, -0.010899036, 0.15933803, 0.05454052, 0.06768528), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.017289463, -0.058823984, 0.0807603, 0.32464716, 0.2756627, 0.036061637, -0.034578573, -0.08811335, 0.031841308, 0.11359879, 0.07553143, -0.028648997, 0.057192322, 0.07769366, -0.1998847, -0.06258051), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.0422091, 0.046305113, 0.028377453, -0.031071126, 0.06866086, 0.1538135, -0.009288249, -0.25543538, 0.07067607, -0.114061736, -0.024740022, -0.11824987, -0.17426041, 0.0028396242, 0.12849464, 0.057790644), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.057328146, 0.030677445, 0.07496485, 0.07847613, -0.22358766, -0.15659446, -0.18270054, -0.21316889, 0.084770195, 0.013863274, -0.001335942, -0.04027535, -0.15230416, -0.048156176, -0.04614562, 0.089494966), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.117369525, 0.026577681, -0.1941765, 0.14904885, -0.16210394, -0.19549404, 0.19999947, 0.37138188, 0.14809363, -0.05078633, -0.092692114, -0.08533522, 0.12769112, 0.017061725, 0.104464866, -0.026744602), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.0880251, -0.005333869, -0.10327546, 0.30419552, 0.107773595, 0.02335926, -0.19014318, 0.19670166, -0.09443473, 0.10621109, 0.36843884, 0.13197622, 0.24537645, 0.4032842, 0.21791221, 0.08400414), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.06408587, 0.15366535, 0.042582024, 0.15629277, 0.028716238, -0.013479061, -0.23052843, -0.2992272, -0.050045617, -0.27255702, -0.038093377, 0.0031149297, -0.05625518, 0.52598304, -0.0845234, -0.09116851), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.02294159, -0.011902539, 0.00079296535, 0.030631313, 0.02114366, 0.082455896, 0.09450867, -0.08027284, 0.042443607, 0.15427661, 0.11882799, -0.040319934, 0.23706424, -0.107808165, -0.1730313, -0.06340064), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.2645207, 0.002157867, -0.095794424, 0.1141035, 0.08255855, -0.06977906, -0.04348005, 0.27864936, -0.1197219, 0.015997604, 0.09500464, -0.0010631803, 0.07198933, -0.053128377, 0.02176274, -0.001298847), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.045475803, 0.03626341, -0.00891833, 0.17907676, -0.2810277, 0.13725498, -0.02413441, -0.08605496, 0.08306595, -0.012227401, -0.0070282067, -0.019027572, -0.13443586, -0.041331865, 0.029120144, -0.00490357), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.13398282, 0.06475972, 0.2528711, 0.02553969, -0.13428321, -0.03931247, 0.11360386, -0.18912545, -0.3725821, -0.018747944, -0.20893294, -0.012743096, 0.07444533, -0.15381604, 0.29776138, 0.10601149), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.21793252, 0.07817356, -0.109576665, 0.19185133, -0.072846025, 0.04960289, -0.07506936, 0.12839878, -0.0061091883, 0.093669325, 0.009295678, 0.03780657, -0.10901407, 0.1375137, -0.0745914, 0.1468883), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.10739044, 0.30611086, 0.1585515, 0.07903283, 0.05612715, -0.0061900485, 0.13646163, 0.15230569, 0.036846787, -0.15846778, -0.18765065, 0.06611226, -0.07209187, 0.056037188, 0.04302953, -0.03887873), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.05618538, -0.072312586, -0.018046018, 0.049542785, -0.033638306, -0.035169322, -0.25882784, -0.036425237, 0.43763217, -0.07049093, 0.08085481, 0.013634128, -0.2701461, -0.13007875, 0.09603447, 0.2479431), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.02283992, -0.24593964, 0.04616348, 0.023422526, -0.20994014, 0.064769074, -0.07680045, -0.30547765, 0.1518723, 0.31953967, -0.12841515, -0.19525428, -0.0076093865, -0.112106465, -0.04573789, -0.04834478), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.008045419, -0.20285496, 0.15290824, 0.036240693, 0.11959966, -0.15712506, 0.096806675, 0.008780234, -0.19716795, -0.3824029, 0.1376541, 0.13325086, -0.103316806, -0.31788048, -0.071698256, -0.25901568), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.13714787, 0.020738773, 0.13716534, 0.12359137, -0.038154524, 0.053202964, -0.12023912, 0.09011213, -0.012448548, -0.026505312, -0.11293235, 0.10613704, -0.39916727, 0.041521315, 0.10659441, 0.027749784), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.26475835, 0.044597875, -0.31229413, -0.17121075, -0.21795374, -0.009583571, -0.13428004, -0.30734754, -0.017038794, 0.113667324, -0.1516075, 0.06525228, -0.13789397, -0.05770066, -0.016166758, -0.29457557), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.054183286, 0.022085225, 0.086794585, 0.10968018, 0.1276148, 0.05739452, 0.08860957, -0.08131373, -0.081570424, -0.107991874, -0.03724999, 0.000843539, 0.20231429, -0.123543546, -0.19073018, -0.28328305), target1);\n\t\n\tMF4 target2 = { -0.002022359, -0.007333954, -0.038140967, -0.03819673 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.13948695, 0.016643738, 0.08168136, 0.02315663, 0.017184775, 0.11487715, 0.05770107, 0.010102888, 0.04955321, -0.045132335, -0.05731744, -0.05798246, 0.2245112, 0.17406365, 0.08979801, -0.10607952), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.2812785, 0.022830509, 0.15164222, 0.13460225, 0.22263442, 0.2558749, -0.122489706, 0.10409658, 0.023308244, -0.19583783, -0.007824269, 0.06256542, 0.11161938, 0.14878923, 0.30865005, 0.08962341), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.20843887, 0.012371968, -0.008279775, -0.042467568, -0.13022369, 0.056743186, -0.018389069, 0.13964763, -0.03361555, -0.053087234, 0.012521351, 0.0209293, 0.015771557, 0.11718523, 0.010176676, 0.021708367), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.14373007, -0.114338934, -0.09077395, -0.11040866, 0.055298284, 0.022516333, 0.18901019, -0.05640152, -0.1413198, -0.08748339, -0.029985962, 0.00712751, -0.071436934, -0.18909407, 0.173448, 0.053675048), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.023129769, 0.42883545, -0.18110612, 0.24296297, -0.02441117, 0.18108079, -0.12298153, -0.19192219, -0.14139178, -0.069563635, 0.1524624, -0.17755614, -0.248875, 0.015161957, -0.16541803, -0.17773613), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.065477535, -0.113195814, -0.08284894, 0.11679537, 0.028445985, -0.026559185, -0.007267581, 0.14052133, 0.14847197, -0.040276285, -0.038166475, -0.030452784, -0.15184602, -0.22223297, 0.113732725, 0.11163395), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.04990171, 0.08493333, 0.08668171, 0.14610586, -0.010766879, -0.05690133, 0.10706113, 0.13667485, 0.044783257, 0.029695645, -0.101674624, -0.02023205, 0.031889528, 0.14293797, 0.08712652, 0.08716896), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.21387868, -0.21650635, 0.2743992, -0.048781313, -0.027735803, -0.1543507, 0.11343657, -0.18251626, 0.15225998, 0.13158897, -0.41056108, 0.102582805, -0.09181491, -0.0042975787, 0.056065407, -0.16961528), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.08966051, 0.09331515, -0.085415326, -0.022695992, 0.009771476, -0.07143986, 0.0590329, 0.07347928, -0.09033658, -0.06805735, -0.20129825, 0.017873045, 0.16908158, 0.014213783, 0.112663984, 0.10048714), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.115590535, 0.08364541, 0.00864431, -0.094349444, -0.11073411, 0.05337711, 0.055587426, 0.12131219, -0.04710173, -0.046455074, 0.110379905, 0.25445566, 0.15154606, 0.04483541, 0.08708686, 0.113456205), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.014296297, 0.24858733, 0.05035193, -0.09225393, 0.034625243, 0.06219943, 0.19825043, 0.04673499, -0.4083363, -0.39954248, -0.08299408, 0.048756655, 0.09862206, 0.01588621, 0.0070629907, 0.04173666), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.17356622, 0.1484559, -0.10054033, 0.013332302, 0.15200937, 0.08985606, -0.031668343, -0.026007611, -0.16339104, 0.054744486, 0.07386605, -0.033910174, -0.0018002358, -0.02968911, 0.054931052, 0.09970459), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.07330346, 0.05938635, 0.01911963, -0.09856661, -0.081916444, -0.046957035, -0.043849826, 0.09572135, -0.13621825, 0.034347896, -0.21189907, 0.10592239, -0.060592845, 0.09957844, 0.050621815, -0.07447668), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.044731334, -0.13406886, -0.04138754, -0.06764551, -0.018899845, 0.35320804, -0.10959127, 0.17435175, -0.17941645, -0.30889434, 0.10573405, 0.0319751, -0.15677677, 0.08164649, 0.16559398, -0.08152387), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.057760764, -0.12145107, 0.06889264, -0.30627275, 0.011501002, -0.080296256, -0.18067095, 0.10592384, 0.12884894, -0.18973115, 0.18740658, 0.28362688, 0.12934786, -0.010292026, 0.0559999, 0.079962276), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.048659086, -0.006250348, -0.041242067, -0.12078197, -0.07152629, 0.05699244, 0.0011704164, -0.023007339, 0.07814492, 0.02546712, -0.08957218, -0.036925297, -0.03383498, 0.12583385, 0.12207602, 0.03910942), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.26151723, 0.23277281, -0.021892069, 0.052827276, 0.18268764, 0.28595275, -0.20529993, 0.19892794, 0.0038986763, 0.114547804, -0.020574905, 0.02405073, 0.11713121, 0.04491106, -0.07557327, 0.014374293), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.14276731, -0.06600894, -0.029757235, -0.099975966, 0.023050314, -0.07662015, -0.11542214, 0.087981045, 0.070319094, 0.12462511, 0.008152087, 0.12613884, -0.07071591, 0.0063393894, 0.08699723, -0.0242523), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.035586607, -0.26826563, -0.10145326, -0.002177148, 0.022144236, -0.117452875, 0.021346297, 0.051908135, -0.022425706, 0.067299, 0.09406446, 0.078294896, 0.014900606, -0.05468236, 0.07241715, 0.061000507), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.184133, 0.06229474, -0.13819578, -0.025011744, -0.01868356, -0.18940887, 0.092631504, -0.092806384, 0.0035951615, 0.11777577, 0.028149817, 0.0049419673, 0.22230826, 0.06337655, -0.20004818, -0.20937593), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.13852163, -0.094492316, -0.040309057, 0.10771662, 0.18963522, 0.08687606, -0.20030232, -0.082126215, 0.012181411, 0.044306785, -0.036970526, 0.04403363, 0.07911973, 0.0021176056, 0.26944208, -0.06657045), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.027229607, 0.12410596, 0.04348171, 0.0019921176, 0.088246435, -0.02828269, -0.26499373, -0.12566662, 0.025947344, -0.0078000715, 0.058063716, -0.0032702687, 0.0059978673, -0.04860002, 0.027650384, -0.23394564), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.07892762, -0.13300626, 0.46678603, -0.033239357, -0.12306804, -0.079602, 0.20534003, 0.23873802, -0.035643574, 0.059950788, -0.26559883, 0.12206408, 0.25408483, 0.029933078, 0.32081822, 0.033947676), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.06847802, -0.017930118, -0.12299636, -0.12987946, 0.09267518, -0.0009083275, -0.035390552, -0.15379669, -0.1132433, -0.036670692, -0.08342377, 0.015636675, 0.022590527, 0.10533322, 0.0389949, -0.059033744), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.041753534, -0.014428097, 0.06999257, -3.546234e-05, -0.033465035, -0.040709455, 0.13118082, -0.21016484, -0.07846085, -0.030885663, 0.06934681, 0.12725256, -0.023784902, -0.13373604, -0.015261479, 0.05234782), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.13798563, 0.12757827, -0.26978776, 0.102494285, 0.13285922, 0.35432795, -0.11997128, 0.17108068, -0.12235328, -0.24582328, 0.26962712, -0.086760186, 0.010127441, 0.08048835, 0.047505867, 0.19991067), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.03584222, -0.13433793, -0.044629525, -0.0010440781, -0.0033084434, -0.026725832, -0.05386642, -0.13612603, 0.10066015, 0.10499841, 0.031767137, -0.04550841, -0.09391546, 0.1454157, -0.26962402, 0.21015608), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.21956864, -0.13502425, -0.02126954, 0.059263993, -0.13461533, -0.04001395, -0.0924258, -0.069165014, 0.22019973, 0.003270619, 0.022072528, -0.14173602, 0.0028843523, -0.13784003, -0.061057515, -0.0049253837), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.0011410525, -0.16098002, -0.12883134, 0.018262507, 0.001481578, 0.19514659, -0.13703239, 0.096059754, 0.34194204, 0.13983466, 0.14021507, 0.011405113, -0.11303146, -0.17050214, -0.06992079, -0.05566986), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.12307941, -0.02192472, 0.13193923, -0.061640862, -0.16841564, -0.0822524, 0.10141759, 0.02139286, 0.1599039, -0.050632223, 0.16702358, 0.111514546, 0.02397393, 0.037606515, 0.017971672, -0.048641708), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.02697617, -0.08579184, -0.28045088, 0.05262136, -0.059576314, 0.107535526, -0.06188862, 0.0010509328, -0.18178311, -0.17288832, 0.20703638, 0.083048366, 0.03859681, -0.07548898, 0.011605782, -0.021842534), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.13198483, 0.37200937, -0.0896539, 0.12450637, 0.037202634, 0.035985112, 0.16579124, -0.08967905, -0.24341385, 0.32482424, -0.3037812, -0.007154969, -0.007152382, -0.017435173, 0.12662841, -0.090513505), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.014726027, 0.08394915, -0.02100581, 0.24882795, -0.023793869, -0.006450114, 0.17093314, -0.06994153, -0.08689907, 0.113542505, -0.053211495, -0.1780173, 0.030043352, 0.2500714, -0.026940798, -0.0069258413), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.037078895, -0.03033529, -0.066851325, 0.14718252, 0.066372745, 0.028897487, -0.036055963, 0.035399746, 0.06733992, 0.21021596, -0.18314466, -0.027192699, 0.020213274, -0.17751546, -0.050674338, -0.09382659), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.14761917, -0.22166072, 0.033172436, -0.21982265, -0.09172891, -0.20794454, 0.1738752, -0.13685037, 0.10981111, -0.23169234, 0.053787973, 0.12001196, -0.038242023, -0.047124114, 0.22503005, 0.1015142), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.021231879, -0.015423476, 0.058986407, 0.032002006, -0.029305007, 0.008933183, 0.10777483, -0.112574644, -0.023935415, -0.06604598, 0.053859934, -0.08354717, 0.13703763, -0.078382134, 0.12914242, -0.022056468), target2);\n\n\tMF3 target3 = tex5.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.19254518, 0.009179287, 0.023821035, 0.020269603, 0.025629226, 0.040180814, -0.025135614, -0.07785793, -0.099851295, -0.122886, 0.03322616, 0.0509256), target3);\n\ttarget3 = MulAdd(e2, MF4x3(0.060054794, 0.053996198, 0.047226787, 0.038959846, -0.025839888, -0.030583512, -0.034999896, 0.011966571, -0.011057454, 0.05765179, -0.041760337, -0.0694113), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(-0.20393562, -0.0055942894, -0.02089636, 0.14781304, -0.01954523, -0.0746086, 0.071556985, 0.07512172, 0.067927115, 0.084076844, -0.0561336, -0.06856403), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(-0.039552618, -0.04448951, -0.04170605, -0.00886809, 0.06708884, 0.07120977, 0.04834384, -0.10599933, -0.11024835, -0.015948117, 0.084044695, 0.10778199), target3);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n\ttex6[gxy] = MF4(target3, 1);\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4, tex6\n//!OUT tex1, tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.009669773, 0.036289547, -0.050454646, 0.051479716 };\n\ttarget1 = MulAdd(a1, MF4x4(0.050738923, 0.15003614, -0.18880141, 0.16791905, 0.16549185, -0.26726744, -0.12813666, -0.021510791, 0.070805945, 0.043350577, 0.0035756908, 0.11776675, -0.01824196, 0.12618026, 0.07424072, 0.032886628), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.11678059, 0.0565686, 0.04392921, -0.27621672, 0.2116695, 0.038044345, -0.015018062, -0.028636303, 0.049744565, -0.12935996, 0.027176194, -0.13208814, -0.21195693, 0.08980974, 0.013893243, -0.018403184), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.3214697, -0.03143518, 0.19927292, 0.12566878, 0.16190828, 0.11784847, 0.09943727, 0.11755882, 0.017959306, -0.064603634, -0.14054321, -0.11917774, 0.0056958874, 0.06461699, 0.104604125, 0.021947173), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.24738057, -0.034892898, -0.03364674, 0.017340986, 0.02933764, -0.08090866, -0.034651175, -0.17391174, 0.08536477, -0.17446008, 0.22706915, -0.10555482, 0.0877744, 0.0681237, -0.035909466, -0.10355238), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.090646185, -0.12971672, -0.14531808, -0.060838025, 0.24902023, 0.1310588, 0.18602785, 0.21283495, -0.32160765, -0.070119165, -0.10350057, 0.19260244, -0.2610542, -0.3030521, 0.08432348, -0.22286619), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.28333843, -0.053968847, 0.08344997, 0.19987041, 0.22163449, 0.22161576, 0.0030572868, 0.10848695, -0.20529847, 0.08406883, -0.07130339, 0.09987656, 0.29774663, -0.08768785, 0.15567012, -0.010313759), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.1260916, -0.071901485, -0.30566844, 0.19393384, -0.05133266, 0.07868844, -0.24817581, 0.055521224, 0.23277187, 0.16324161, 0.07110341, -0.042626668, 0.052509766, -0.014292625, -0.019677468, 0.041733738), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.04264262, -0.06528029, 0.0013520801, -0.02140956, 0.27304867, -0.029477939, -0.1859993, 0.01418354, 0.07256604, 0.14302284, 0.03309569, -0.15932149, 0.01500576, -0.053860538, 0.1131707, -0.06272606), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.0400483, -0.030188695, -0.108427785, 0.057873204, 0.42774406, -0.11353873, 0.110134825, 0.052191462, 0.00087113964, 0.040683694, 0.100507155, -0.16746339, -0.26971558, 0.06506685, -0.20950548, 0.040783025), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.11394146, -0.10693933, 0.2377026, -0.03783948, -0.16496852, 0.046675198, -0.23396324, 0.05696911, -0.02770668, 0.12922443, -0.093586415, 0.102305606, 0.0040032533, -0.038440734, -0.0035825048, -0.22108772), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.17577791, -0.024538597, -0.19877498, -0.14544973, 0.16614193, -0.3279891, 0.14678721, -0.16355143, -0.012954231, 0.20982395, 0.044255227, 0.087878115, 0.11289659, -0.26981032, -0.10789584, 0.24094439), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.0041394173, -0.0937936, 0.15251775, 0.1026978, -0.01999847, -0.02865502, 0.16765144, -0.17490439, -0.016996933, 0.03891808, -0.01858217, -0.106255606, 0.027496144, -0.14120618, 0.023483312, -0.08291959), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.060642462, -0.2957824, 0.33968493, -0.04501478, -0.14999421, -0.0067213452, -0.018236576, 0.01627547, -0.07771579, 0.0124932695, -0.11797959, -0.090979554, 0.0096479915, 0.021336472, -0.07794724, 0.030138575), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.091704845, -0.20800348, -0.22158638, 0.048748583, 0.15139692, -0.2832814, 0.09610812, 0.41077513, 0.0007106381, -0.14465855, 0.0056652213, 0.031696238, -0.03384328, 0.1940933, 0.19262145, 0.014331562), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.16637586, -0.22008398, 0.102937706, 0.15260033, 0.039856806, -0.21082906, -0.19694057, 0.0712475, 0.015049883, 0.17320138, 0.06505415, -0.020279367, -0.018576574, 0.201407, -0.08108244, 0.04151909), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.12496581, 0.107817784, 0.10645319, 0.035113968, 0.0166165, 0.1316661, -0.045253787, -0.03863719, 0.09126881, 0.07553792, -0.029150097, -0.07629157, -0.17978054, -0.27080613, -0.028408276, -0.15366451), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.081859134, -0.11599677, 0.027383117, 0.092724435, 0.059302155, 0.10008954, -0.12217131, 0.07471211, -0.20396213, -0.040741358, 0.118772194, -0.21725504, 0.099645875, 0.09691941, -0.07696025, -0.016445495), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.18712623, -0.14458412, 0.03693652, 0.014525352, -0.09607279, -0.19400409, 0.032149505, 0.07106094, 0.051436905, -0.07765334, 0.017043818, 0.17777587, 0.05274306, 0.0062209824, -0.080005355, 0.026041988), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.090594456, -0.041637532, 0.10346829, -0.09393943, 0.027663473, 0.20729685, -0.011156861, 0.021863503, 0.04781304, -0.039483577, -0.092933334, -0.25187445, 0.033062164, 0.010756357, -0.13035728, -0.008321023), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.07772912, 0.010776647, -0.018709056, 0.25634038, 0.00906326, 0.21411708, 0.122652486, 0.07725616, 0.15266491, 0.1274286, 0.10400329, 0.20354506, 0.013765407, -0.039089683, 0.25870228, -0.08919069), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.14971368, 0.06935879, -0.089983195, 0.01406992, 0.16989979, -0.037809014, 0.07157283, -0.050660506, -0.032826405, 0.033794664, -0.0051332368, 0.089349195, 0.06263488, -0.07048108, 0.07263597, -0.11618368), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.013391823, -0.07888697, -0.13984044, -0.01241464, -0.06475807, 0.06978077, -0.20329754, 0.16602662, 0.013664227, 0.12317301, -0.10240692, -0.0657491, -0.31402445, -0.14472555, 0.1739024, 0.0005437834), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.16330495, 0.02644609, 0.23837087, -0.07734767, 0.12377497, -0.18478604, 0.35040903, -0.05262452, 0.049074646, -0.0077528385, 0.15370984, -0.22888668, 0.3603141, 0.29372314, -0.4432887, 0.20702155), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.18785694, 0.21085343, -0.111042105, 0.0478716, -0.08214944, -0.0922987, 0.29570273, 0.025100114, 0.25403878, 0.01271447, 0.21851794, -0.1434596, -0.21153769, 0.023305666, -0.10386609, 0.043919638), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.117247805, 0.013329102, 0.0313911, -0.08055777, -0.0053445757, -0.2886372, 0.07938673, -0.06659165, 0.20798062, 0.030106818, -0.04811631, 0.036332276, -0.057687126, 0.03813657, 0.035860628, -0.11273985), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.0031557097, 0.027456097, -0.14444692, 0.08411739, 0.13466308, -0.13212901, -0.0034804344, 0.1464661, -0.21033211, 0.05913627, 0.10233881, 0.009844489, -0.15369488, -0.018978333, -0.07518442, -0.010549853), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.112989105, -0.011166866, -0.08277204, 0.046827227, -0.08067428, 0.13465053, -0.1656419, 0.07280515, 0.037523627, -0.050147127, -0.17731906, 0.1067486, 0.119732924, -0.102017604, 0.31421226, -0.14060387), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.1106223, 0.09229271, -0.09355422, -0.02413533, -0.096457504, -0.13282233, 0.022983741, -0.13534859, -0.0056585902, -0.07214356, 0.14617127, -0.13723095, 0.058078192, -0.1038417, -0.10452195, -0.18855028), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.16357008, 0.080841675, 0.1663936, 0.20815827, 0.03813903, 0.34158087, -0.012987109, 0.39152008, -0.027927356, -0.14332302, -0.012866622, -0.016149148, -0.08733816, 0.1960951, 0.19572765, -0.2710826), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.024827998, 0.24175219, 0.030659903, -0.22227505, 0.026898654, 0.009930298, 0.088392995, 0.32644793, -0.10351868, -0.08717382, 0.22931585, 0.05197704, 0.06534648, 0.13636068, 0.062107667, 0.024806283), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.18550465, 0.062058095, -0.08620093, 0.20158216, -0.1460996, 0.14275469, -0.28057688, -0.11685651, -0.09627509, 0.09029933, 0.03669734, 0.1257313, -0.07974307, 0.020742215, -0.0039170664, 0.11340528), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.15225565, 0.171972, 0.13573253, 0.0056740018, -0.1667786, 0.06028638, -0.1255049, -0.23327217, -0.139949, 0.029957669, -0.16713464, 0.046236664, -0.05070503, 0.18714412, -0.20076098, 0.1672637), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.18468563, 0.07733334, 0.14463845, -0.10712052, 0.36213547, 0.29404843, 0.2110929, 0.14646721, -0.059985258, -0.2709805, 0.073061034, -0.039072156, 0.015898943, -0.17166951, 0.20194982, -0.04723745), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.26353067, 0.050225407, -0.42643914, 0.06601958, -0.10513071, -0.1654714, 0.0593609, 0.027410276, -0.19465327, -0.13865606, 0.05579213, 0.07982532, -0.20893136, -0.008150932, 0.053529713, -0.0317475), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.012075693, -0.27574313, 0.22184552, -0.117393926, -0.49310133, -0.13997443, -0.079180904, -0.053438634, -0.07552426, -0.045796394, -0.037434675, 0.24076645, -0.04395852, 0.10325762, -0.19867313, -0.070216134), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.026107877, -0.030023552, -0.047810435, 0.20572239, 0.061861858, 0.1776161, -0.306099, 0.16332485, -0.1843373, 0.06758581, -0.23902373, -0.10575018, 0.03990962, -0.046113137, 0.14876197, -0.21280771), target1);\n\t\n\tMF4 target2 = { 0.07789114, 0.0024746545, 0.1891165, -0.0023716448 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.14542116, -0.15827142, -0.20811677, -0.103433, 0.19787271, 0.33990738, 0.17085013, -0.059132278, 0.013047369, -0.1687924, 0.06732661, -0.050968684, 0.09197164, -0.041265316, -0.108277336, -0.014430892), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.022837132, 0.20440012, -0.14266612, 0.019944299, 0.069084294, 0.3171199, -0.1521742, -0.35806596, 0.13581008, -0.13811131, 0.12219503, 0.17329764, -0.15100783, 0.0862648, 0.118227705, 0.18736814), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.013604392, 0.11496102, -0.18734755, -0.047555517, 0.05297245, 0.006461213, 0.06247472, -0.0202791, 0.02329791, 0.11530998, -0.148774, 0.0965498, 0.1487269, 0.061629567, -0.22488646, -0.005393787), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.29286116, 0.11958281, -0.11193505, -0.17139061, -0.035151243, -0.2635945, 0.0002499315, -0.16346519, 0.23779829, 0.04454211, 0.21293561, 0.25617847, 0.12194803, -0.0017443774, -0.009216221, -0.034387548), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.28791443, -0.25421545, -0.058626153, -0.1520494, -0.16808414, -0.39723453, -0.13199537, 0.056999452, -0.048155293, 0.38699663, -0.114719056, 0.001293743, -0.0959443, -0.08189709, 0.26921842, 0.061219636), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.00781977, -0.07103863, -0.21942843, 0.2419546, 0.20016691, -0.28697264, -0.034715973, -0.03381459, -0.028126812, 0.046806023, -0.14423183, -0.13472253, 0.009225362, -0.086190686, 0.0041205613, 0.08953202), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.04926224, -0.099740155, -0.088695474, 0.09950333, -0.06495916, 0.20126842, -0.0062843356, -0.034764495, -0.10808971, -0.19946553, 0.075991094, 0.14746219, 0.08247818, 0.07382381, -0.056908615, -0.026823666), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.04837408, 0.12605472, -0.23957102, -0.14252385, -0.046534102, -0.07511751, -0.21040416, 0.2064639, -0.006026243, -0.25005546, -0.063780144, 0.076840036, -0.07484346, 0.017368162, 0.04657373, -0.022188455), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.04545079, -0.002226373, -0.11695467, 0.12954631, 0.054903183, 0.15162702, -0.19222596, 0.05351421, -0.079599276, -0.036238387, 0.1362261, 0.037431743, -0.0015106505, 0.18739921, 0.122365154, -0.05871144), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.005558987, -0.13553315, -0.006372213, 0.06633917, -0.22141413, -0.15780807, 0.057122614, -0.057320844, -0.06306763, 0.19112623, -0.041758966, 0.03555483, -0.005718873, 0.009167371, 0.050909385, -0.14599234), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.18175003, 0.10442485, 0.052994236, -0.4001252, -0.08328538, 0.06380226, -0.055015627, 0.010929493, -0.22888647, -0.033181675, -0.07570874, 0.07933599, -0.07894686, 0.12202901, 0.13679314, -0.054344065), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.030145945, -0.06121175, -0.08550973, 0.10082535, 0.07198805, 0.21414264, -0.25636044, 0.028803539, 0.043738026, -0.0367658, 0.27998537, -0.06274612, -0.22862338, 0.002624325, 0.28519824, 0.18540645), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.012136538, -0.07059324, 0.018098673, 0.12078888, -0.087637, 0.041642863, 0.034997553, -0.16741107, 0.04701011, -0.004160269, 0.122639626, 0.0043271836, 0.011551197, -0.16421974, -0.102481335, 0.014233497), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.37945676, 0.25232047, -0.03707734, -0.1985225, -0.11536396, 0.22039749, -0.21809638, -0.10596801, -0.17211124, -0.2035486, 0.011822896, 0.27510995, -0.105182275, 0.022503568, -0.0063389307, -0.071560584), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.16101715, -0.034247126, 0.16626042, 0.031131435, 0.03048031, -0.105447404, -0.05728527, -0.14518815, -0.019103229, -0.15152888, -0.119154684, 0.028724093, 0.05836196, -0.35943082, -0.016481897, -0.0437348), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.07719413, -0.33214888, -0.0541927, 0.16506542, -0.032792456, 0.016834807, 0.1724155, 0.073768586, 0.002303886, -0.001382793, -0.0562648, -0.10167158, -0.19101655, 0.052783452, -0.1422853, 0.09653729), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.30030164, 0.11637444, -0.23238538, -0.27238008, -0.077208534, -0.027645003, 0.10369907, 0.20162316, -0.14428844, 0.1766293, 0.024419712, 0.11301171, 0.07772854, 0.18613201, 0.20721672, -0.1751799), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.1026615, -0.12484944, 0.15386428, 0.038676128, -0.119472496, -0.032417197, -0.14208497, -0.05254358, -0.0035079278, -0.011276316, 0.043117497, -0.010022288, 0.031624593, 0.014969992, -0.031410277, 0.15284787), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.018149922, -0.05906194, 0.054767277, 0.008161979, -0.076949194, 0.040888708, -0.006419542, -0.12897012, -0.0028229658, 0.20937827, 0.02741711, -0.04013348, -0.12731804, 0.008064522, 0.002870103, 0.027690327), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.023197446, -0.08888926, 0.15531142, 0.13745947, 0.054352283, -0.121785395, 0.16237587, 0.023567237, -0.36160588, 0.30499592, -0.033180915, -0.1515843, 0.04251452, -0.17903805, 0.03235283, -0.08062386), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.0072868476, -0.2010616, 0.13061914, 0.12846659, 0.11725315, 0.14589547, -0.05373261, -0.081606135, -0.07010131, -0.025378224, 0.10265872, 0.18658938, -0.12165338, 0.036297683, 0.03925332, 0.16576236), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.10300252, -0.11548347, -0.08691649, -0.014866044, -0.3213804, 0.47206497, -0.16032113, 0.026284516, 0.046302956, -0.052474245, -0.025335522, -0.10957576, -0.16872157, 0.19049212, -0.023881195, 0.061396897), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.16202278, 0.52128345, -0.2601511, 0.06116799, -0.21123995, 0.39389637, -0.350544, -0.16157438, -0.02823116, -0.39056876, -0.14267299, 0.03262984, 0.342303, -0.20556125, -0.0019219286, -0.1824844), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.23399737, -0.0912646, 0.11152403, -0.20945886, -0.053451832, -0.09786892, -0.059099484, 0.18103573, -0.117154315, -0.18342866, 0.12650815, 0.0067340015, -0.037984423, 0.17667364, 0.071636364, -0.011689163), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.099510275, -0.0925438, -0.009136904, -0.03774997, -0.13348748, 0.3605135, -0.078298144, -0.14712195, 0.22566219, 0.18659295, 0.05614545, 0.10792911, -0.12477693, -0.03587624, 0.08050775, -0.054740936), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.10312337, -0.063681684, 0.16496794, 0.09038492, -0.08903926, 0.41163155, -0.013669214, -0.21472235, -0.054991595, 0.0033639956, 0.18160143, 0.17240305, -0.039428882, 0.17087695, -0.1729076, 0.09871825), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.13123736, 0.0802573, 0.077981554, -0.101768315, 0.089998, -0.13781744, 0.122858986, 0.054121554, -0.02640825, 0.13577555, -0.037485655, -0.04179625, 0.000106130996, -0.100183845, 0.00046665114, 0.21791616), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.011894387, -0.030088445, 0.025817253, 0.08193235, 0.109322436, 0.10855583, -0.19661167, -0.09405307, 0.2073779, -0.33972177, 0.048635002, -0.14883177, 0.056954246, 0.3953476, 0.18765114, -0.014010224), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.22594279, -0.014942035, -0.1519647, 0.25367293, 0.16330296, 0.03317176, -0.32148597, -0.46503916, 0.19944623, -0.26229686, 0.019909514, -0.059794176, 0.12912126, 0.044948537, -0.08649492, 0.08024645), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.022943841, -0.068013534, 0.11032515, 0.011685601, 0.020096298, -0.3285243, 0.08196111, -0.089537136, -0.03976742, -0.1315977, -0.36306036, 0.24678081, 0.22115967, -0.017472323, -0.19451386, -0.035218123), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.020891193, -0.12721714, -0.15030408, 0.026523203, -0.12413139, -0.11235275, -0.21476477, -0.11326953, 0.028815055, -0.18552732, -0.0076828003, -0.14679903, 0.020509586, -0.18695217, 0.06696879, 0.103938386), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.057521313, 0.28509304, -0.2525733, 0.16745082, -0.26614547, 0.18545172, -0.27140215, 0.018639714, 0.19730581, 0.1659491, -0.058363054, -0.4048628, 0.024913948, -0.44124457, 0.13872208, -0.0371103), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.100904405, 0.06700356, -0.035322092, 0.21781014, 0.018047005, -0.21737386, -0.3734802, 0.13506944, 0.012760691, 0.06620756, -0.0253398, 0.0030280363, -0.044015452, -0.055860534, -0.3547194, -0.04230283), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.19012743, -0.34408915, 0.18940191, 0.13152952, 0.107553795, -0.00694412, -0.07930157, -0.30964044, 0.034710668, -0.031806916, 0.019838978, 0.017044948, 0.110688254, -0.0029772928, 0.09414367, -0.10760175), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.05745392, 0.29022983, 0.014998233, 0.27365527, 0.08169933, 0.0734232, -0.09404464, -0.26870936, 0.21171738, -0.19529793, -0.064401075, -0.18972695, -0.08024953, -0.027122354, -0.11661348, 0.010131282), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.07599435, -0.06851123, 0.06258365, 0.10296892, 0.15556085, -0.041609086, -0.11303363, 0.07082365, 0.013949174, -0.087201476, -0.0855705, -0.12979257, 0.04048528, 0.4211556, 0.04118289, -0.22093314), target2);\n\n\tMF3 target3 = tex6.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.050153337, 0.012563414, 0.014994658, 0.10498867, 0.07151875, 0.06761489, 0.061650798, -0.035183728, -0.050987806, 0.0017240314, 0.041055307, 0.020366805), target3);\n\ttarget3 = MulAdd(e2, MF4x3(0.110105395, -0.044468552, -0.072567016, -0.049364448, -0.015713394, -0.021540897, -0.01636263, -0.084110685, -0.08281401, -0.08940374, 0.047863875, 0.051104594), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(-0.081597924, 0.002422661, 0.01143175, -0.07504751, -0.09938017, -0.1063178, -0.10390281, 0.0262197, 0.060155805, -0.24289346, -0.0054961476, 0.045964316), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(-0.1829316, 0.047622137, 0.07963877, 0.048703995, -0.0026299425, -0.003712008, 0.029338706, 0.096882835, 0.102083966, 0.078538164, -0.07247937, -0.06820231), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex5[gxy] = MF4(target3, 1);\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2, tex5\n//!OUT tex3, tex4, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.05988374, -0.23198523, -0.058251306, -0.038808554 };\n\ttarget1 = MulAdd(a1, MF4x4(0.10883355, -0.14958352, 0.026701333, 0.090302855, 0.033934478, 0.120340124, 0.027125617, -0.16792692, -0.075757094, 0.28692973, 0.013230067, -0.040618937, 0.087148145, -0.05985753, -0.06352023, -0.05775848), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.18206549, -0.10363482, 0.097648725, -0.08801144, 0.31633568, 0.058347676, -0.009121898, 0.02594872, 0.14757825, 0.4730546, -0.008518203, -0.3090668, -0.004052835, -0.14166127, -0.010156037, 0.21191326), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.05735183, 0.039180398, -0.12357178, 0.04830351, 0.120369986, -0.052775342, 0.005902798, 0.07695394, 0.00602021, 0.16758691, 0.10287989, -0.1718468, -0.1319741, 0.16932078, -0.2055026, -0.31820264), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.05427556, -0.28392607, 0.08579091, -0.0015861926, 0.062348455, -0.27778792, -0.07450379, 0.01616914, -0.012357131, -0.056992117, -0.1896176, 0.018156245, 0.06499259, -0.076558664, 0.10341699, -0.08993959), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.05741742, -0.05414434, 0.18006511, 0.09840777, -0.11849741, 0.40419933, 0.21349974, 0.40268886, 0.23218039, -0.0680356, -0.3130592, -0.21271054, 0.13776754, 0.19114101, 0.17373541, 0.43457666), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.060757063, 0.11339545, -0.042958036, -0.06483378, -0.06681766, -0.056395415, 0.037868995, 0.033861663, -0.1041215, 0.0046828864, 0.14360638, 0.087886184, -0.26808187, 0.19876598, -0.05276215, -0.07073776), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.24029991, -0.14217372, -0.011767948, 0.011623913, 0.33820602, -0.24501325, -0.11444902, 0.14536968, 0.16780593, 0.0065867775, -0.074971735, 0.021472024, -0.10853042, 0.09527126, 0.009436061, -0.09688826), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.31893802, -0.0016892607, -0.105592966, -0.116694786, -0.007851739, 0.1429722, 0.0741952, 0.050125953, 0.07185179, 0.1900389, 0.030889044, 0.15422693, 0.12550323, 0.3556344, 0.108276874, -0.099125646), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.33620578, -0.11113713, -0.15881014, 0.028243937, -0.12028756, -0.028566968, -0.002682634, -0.15635195, -0.06869284, -0.03309234, 0.03086361, 0.050773233, -0.08939835, 0.15237434, -0.024076303, -0.13092752), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.31200737, 0.32207087, -0.068700634, -0.39202076, 0.0676771, 0.083766654, -0.05696634, 0.03088338, 0.046761762, 0.09732023, 0.030844063, -0.03369749, -0.12664944, -0.029924957, 0.10551989, 0.086157694), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.1919761, 0.17179352, -0.025805056, -0.05570367, -0.16736336, 0.07430868, -0.13228212, 0.10702857, -0.09723214, 0.1884809, 0.09422538, -0.16902041, -0.1964137, 0.17877853, 0.17453954, -0.11339361), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.11865004, 0.013131073, 0.17317963, -0.2077911, -0.1116894, 0.09672745, -0.023348883, -0.1176519, 0.15893579, 0.22941695, 0.18798698, 0.059098385, 0.09498779, 0.10118143, 0.08737761, -0.016268898), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.025380889, 0.17163627, -0.014800655, 0.12669696, 0.050048903, -0.06513837, 0.020915661, 0.2144372, -0.17799327, 0.0068409992, 0.06751171, -0.16618991, 0.14637277, 0.010591964, -0.15909241, 0.02660789), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.3178319, 0.15036377, -0.03386948, 0.13883169, -0.33842105, 0.061425313, -0.04195804, 0.22558802, 0.2250625, 0.060225345, -0.08467863, 0.0014776831, 0.080328, 0.03221249, 0.20838667, 0.11489719), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.0013924981, 0.28233197, -0.17997956, -0.10959627, -0.16253087, 0.016549526, -0.1571556, 0.017017027, -0.14697123, 0.0869202, 0.2104898, -0.15658243, 0.13424201, -0.022636503, -0.09512045, 0.0927298), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.038486905, -0.19215351, -0.2446516, -0.02958912, 0.06899297, 0.028667469, -0.05537665, 0.066711955, -0.0017354499, -0.07466053, 0.028587297, -0.042017035, 0.023596823, 0.0067433366, -0.14685915, 0.13400853), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.0573442, 0.1424536, 0.19606829, 0.07141616, -0.032276712, 0.20030099, 0.16644277, 0.10393295, 0.27240822, 0.0071844175, -0.023368603, -0.14067268, -0.20310283, 0.039528254, 0.103837095, 0.08236034), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.15616669, 0.3495403, -0.05678421, -0.069600284, -0.07361787, 0.079501756, 0.009530261, -0.032385882, 0.029831208, -0.095407076, 0.010261287, 0.15250465, -0.04868275, 0.058579214, 0.03779718, -0.10810775), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.06492073, 0.018667994, -0.004712761, -0.032692235, 0.04027288, -0.114499666, -0.04327484, 0.13778907, -0.09373396, -0.08822919, 0.04796151, -0.057756703, -0.26161298, 0.07182931, 0.12998815, -0.14389744), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.19001032, 0.13091461, -0.2551175, 0.013365716, -0.031779066, 0.002531366, -0.13807543, -0.14165778, -0.2701911, -0.0890182, 0.34704998, -0.008494185, 0.16179956, -0.060182545, 0.060827415, -0.17249492), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.10665868, 0.15999752, -0.042796712, -0.14010513, -0.014244899, 0.017433831, 0.053657144, -0.0965679, 0.23623326, 0.0690172, 0.1290121, -0.025523739, 0.122357905, -0.18172716, 0.02829383, 0.10042929), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.09273112, 0.09466892, -0.009225705, 0.16772579, 0.0813042, -0.16461512, 0.038097944, 0.19834967, -0.033650465, -0.12888893, 0.1414859, -0.021587005, -0.0047441716, 0.08880282, 0.020621201, 0.065779164), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.0051817205, 0.20322648, -0.077459775, 0.07461627, 0.1817634, -0.5371515, -0.29336745, -0.57652086, 0.035826538, 0.41058993, 0.21512514, -0.041881148, -0.2490056, -0.07172767, 0.20821427, -0.69866294), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.18961228, 0.027452804, -0.0075194626, -0.029665018, 0.28770384, -0.099777386, -0.12160496, 0.07690297, 0.30273837, 0.026466522, 0.18100439, -0.09078488, 0.2035407, -0.062081084, 0.06744994, -0.07512911), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.008473044, 0.07501521, -0.11242355, -0.039451122, -0.21818535, -0.07779562, 0.13194147, 0.084983595, 0.0770609, -0.034488454, 0.08823556, -0.07168295, 0.041894365, 0.0789253, 0.06191209, 0.013991105), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.10582237, 0.1514222, 0.10751824, 0.08231926, 0.23913008, -0.2673503, 0.036170945, 0.31463087, 0.026397424, -0.26629624, -0.07428361, -0.077513516, 0.0768238, -0.026638538, 0.12589583, -0.11521212), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.30389515, 0.18963532, 0.023015842, -0.10240883, 0.045651495, -0.036785256, -0.13346411, 0.16431254, -0.030950911, -0.03381929, 0.09413111, 0.03924852, 0.11044091, -0.10149653, 0.14114548, 0.07801978), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.029622428, 0.14528686, -0.034057826, 0.010664312, 0.059213262, -0.29354423, -0.08448559, 0.10569036, -0.02988314, -0.016480735, 0.042203777, -0.028342744, 0.36807576, 0.09301971, 0.123721026, 0.07806503), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.04849538, -0.09201287, 0.10069803, -0.031749677, 0.18774022, -0.27789372, 0.05288653, 0.08097265, 0.006918896, -0.060978457, -0.113319606, 0.008844536, 0.021804892, -0.0011744015, -0.35720357, -0.24996938), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.07147501, -0.09339197, 0.16154395, 0.3372506, -0.0004858638, -0.056553435, -0.12463908, -0.0047342298, -0.009141984, -0.13796125, -0.14035304, -0.104403175, -0.07054226, 0.12142519, -0.24971877, -0.1914648), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.008194284, -0.027617034, 0.004994261, -0.07672895, 0.25697777, -0.18313397, 0.03266311, -0.029157834, 0.010476624, 0.12394092, -0.059660904, 0.08561672, -0.0008583816, -0.044442356, 0.28336492, 0.065344445), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.3570137, -0.06802815, -0.10298613, -0.21256869, 0.3025278, -0.263425, 0.13547331, 0.038517762, 0.14951234, -0.16869017, 0.03293678, 0.21897063, -0.14688788, 0.21619378, -0.27550143, 0.048003722), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.15607022, -0.111073844, 0.2733694, 0.05423378, 0.25116092, -0.17350473, 0.13460433, 0.09602139, 0.17372625, -0.0024815476, -0.30154657, 0.0062206364, -0.0051755225, 0.04985103, -0.06310478, -0.30450678), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.057571005, -0.019051064, 0.054884393, 0.03993782, 2.6782007e-05, -0.05726912, 0.067192145, -0.08955987, -0.11937056, 0.15837386, -0.011670469, -0.06299701, -0.014917928, 0.23921679, 0.0054613873, -0.23099245), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.035849575, -0.06785954, -0.15053692, 0.011964653, 0.1975448, -0.1633047, -0.024539666, 0.03170174, -0.12585635, -0.021171011, 0.15862562, 0.10296358, 0.3114039, 0.10010659, -0.09519227, -0.12945092), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.044433746, -0.058466546, -0.13258536, -0.033972915, 0.0037206819, -0.057343487, 0.13798106, 0.044445634, -0.22623023, 0.2408462, 0.048287082, -0.30717465, -0.13402344, 0.20024839, -0.026932377, -0.034217034), target1);\n\t\n\tMF4 target2 = { 0.012253057, 0.13434875, -0.10318777, -0.074252345 };\n\ttarget2 = MulAdd(a1, MF4x4(0.045249436, -0.040327657, -0.2667367, 0.0913868, 0.14961123, 0.07253207, 0.29162952, -0.11320944, 0.017569833, 0.012350104, 0.22532712, 0.025312115, -0.12193993, 0.037391737, 0.03220835, 0.12102545), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.020587588, -0.07043244, -0.28093454, 0.18336722, 0.08153308, -0.05914772, -0.15255487, 0.079236075, -0.4269835, -0.11470208, -0.19043571, 0.2723162, 0.0066251885, -0.17115718, 0.022036036, 0.07349558), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.09441315, 0.042170826, 0.071251415, -0.13891962, 0.10236482, 0.05356262, 0.0291025, 0.063867815, -0.14530063, -0.08727925, -0.0048300857, 0.06766869, -0.3481536, -0.10943503, 0.014951926, 0.11993114), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.13420522, 0.095721036, -0.1756104, -0.09906728, 0.09808904, -0.27402034, -0.102161326, 0.40162942, 0.13465238, 0.20237032, 0.3192343, -0.061512157, -0.20711629, -0.09659007, 0.06838548, 0.30256763), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.025805298, -0.0322599, 0.23653145, -0.2760735, 0.11291006, -0.10836205, 0.20742846, 0.06974535, -0.4191803, -0.10882523, 0.038603242, 0.22662747, -0.08845715, -0.26151156, -0.16670766, 0.008536192), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.085842185, -0.21239999, -0.032774646, 0.088163696, 0.038300447, -0.09510875, 0.10113864, -0.14712982, 0.14264707, -0.10895432, 0.03051617, -0.06791873, -0.35589013, -0.12884575, -0.09460007, -0.0879575), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.19235751, -0.109611385, -0.037397474, -0.26632717, 0.07878826, 0.19749992, 0.0035685285, 0.11793927, 0.019899402, 0.085741036, 0.08433813, -0.018344546, -0.0901484, 0.08221562, 0.12735383, 0.12801875), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.19123435, 0.007882246, -0.018564796, -0.09904253, 0.28052533, 0.6360808, 0.25001726, -0.30590564, 0.07646281, -0.34298185, -0.33293694, -0.036753535, 0.18719083, 0.22131144, -0.1420962, -0.0014709529), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.23060241, -0.14145076, -0.113213465, 0.037221998, 0.22163334, 0.18520229, 0.2961799, -0.063605964, 0.022606356, 0.043340076, -0.3233993, -0.075055614, -0.0038865958, 0.19558622, -0.018503085, -0.22932632), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.11712158, -0.03590364, 0.38039652, -0.019910801, 0.13338004, -0.07078425, 0.09404417, -0.27607328, -0.02205519, -0.013522961, 0.2924021, -0.16088538, -0.034280356, -0.063614614, -0.061583273, -0.22479968), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.05624079, 0.32659104, 0.47335497, -0.14091404, 0.14739423, -0.07122778, -0.009384643, -0.058900848, 0.06260307, -0.17574102, 0.3538743, 0.2842822, -0.18150197, 0.26806462, 0.24673693, 0.19710627), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.24837571, -0.01663848, -0.13093965, 0.30109972, -0.09680959, 0.074526474, 0.024111765, -0.012781737, -0.08591349, -0.100348584, 0.02363011, -0.02687084, -0.27630556, 0.14074354, -0.016993485, 0.084373675), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.1543391, -0.2008408, -0.21885285, 0.2320177, 0.06669948, -0.05171086, -0.25833863, -0.14085051, -0.035878573, -0.1632403, 0.09782713, 0.22973235, -0.14022017, -0.018347954, -0.29652777, 0.10912002), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.050962634, -0.040519282, -0.04381614, 0.084133334, 0.21222316, -0.091010064, 0.13157965, -0.21375372, -0.021148674, -0.044127557, -0.11400533, 0.097688414, 0.31571037, -0.05167655, 0.27606225, 0.12169133), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.1329087, 0.14291021, 0.043337896, -0.25970098, -0.11379552, -0.040157612, 0.08379851, -0.24104865, 0.1593102, -0.031879216, -0.004603848, -0.019003935, -0.24769545, -0.17577063, 0.16019398, 0.04640235), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.11615644, 0.12189521, 0.12919527, -0.104224406, -0.10143574, 0.14024515, -0.02759362, -0.1467619, 0.09028311, -0.06510291, 0.061612967, 0.10227729, -0.08785846, 0.06464871, -0.05048917, 0.09055746), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.34443164, 0.013906371, -0.0595573, 0.09354196, 0.12184454, -0.02698316, -0.06208632, -0.11266858, 0.004904335, -0.33987018, -0.2494041, 0.127125, 0.040493876, 0.0280356, -0.037431944, 0.05823802), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.1762869, -0.20683959, -0.37788594, -0.1244979, -0.17202286, -0.038234763, 0.015924744, -0.014006752, 0.07097758, -0.25219876, -0.3164728, 0.022413896, -0.41423917, -0.03191542, 0.009464804, 0.0770316), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.12442388, 0.031095076, 0.18799834, -0.18449762, -0.11995044, 0.11634828, -0.0055850362, 0.08558657, -0.025694892, -0.2854381, -0.32876188, 0.14690274, -0.1835963, -0.1786755, -0.44678628, 0.1678422), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.031241562, -0.1265462, 0.081369035, -0.1184643, 0.0010021052, -0.10810683, -0.039572187, 0.13850863, -0.010703417, -0.057981443, 0.30309856, 0.13869847, -0.16935349, 0.16969836, 0.045642667, 0.26460654), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.28779998, 0.04767888, -0.011856489, 0.114210494, 0.034624737, 0.19084676, -0.02740287, 0.035041407, -0.049002927, 0.10928203, 0.17362499, -0.1280889, 0.00077811617, -0.17594084, -0.18379052, 0.22303762), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.0008487252, -0.060438234, 0.109334275, -0.18768874, 0.13844973, 0.09226474, 0.18361697, -0.19385563, -0.29241335, -0.1033556, -0.3289991, 0.10027422, -0.09454755, -0.22817631, -0.2964217, -0.19499257), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.057920385, 0.06342629, -0.048577324, 0.15952215, -0.061343953, 0.16471362, 0.1501856, 0.027373426, 0.01837245, -0.0732048, 0.09776471, 0.14817989, -0.112215854, 0.109101914, 0.058316242, 0.29969788), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.12411656, -0.033170763, -0.08715826, 0.110862456, 0.1871076, 0.14550175, 0.23373431, 0.19281025, -0.37016305, -0.11924462, 0.026793748, 0.092801645, 0.04318573, 0.20969667, -0.39267823, 0.1938874), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.15932916, 0.22217506, 0.007901788, -0.04037383, 0.09095982, -0.043115042, 0.098845564, -0.073432215, -0.14535685, 0.11504512, -0.07950504, -0.010718905, -0.050012022, -0.13089752, -0.3323894, -0.005423676), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.007320675, 0.21108273, 0.20758918, -0.04005568, -0.13234317, -0.15708306, 0.41804615, -0.09720499, -0.09623786, 0.2441289, 0.33276868, 0.17716111, -0.45670444, -0.026252905, -0.01958701, 0.24028622), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.14936383, -0.023504466, -0.028479185, -0.053541556, -0.060263615, -0.087681144, 0.2435555, 0.08470686, -0.17713271, -0.2303349, 0.09337386, 0.039068084, -0.16263027, 0.034289114, 0.16604292, 0.10550447), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.16556105, 0.12211341, -0.0036831333, 0.13802956, 0.065256506, 0.03395266, -0.2296282, 0.21284704, 0.017770419, -0.1722762, -0.1741687, 0.10708671, 0.331979, 0.11924846, -0.09410989, -0.123036265), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.096586555, -0.30475244, -0.24065268, 0.053860847, 0.19413544, 0.05542323, -0.06327867, 0.012265184, -0.08913778, 0.13779551, -0.099127166, 0.007493773, -0.07125554, -0.0011684593, -0.003005287, -0.094847135), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.21711998, -0.13086027, 0.07825239, -0.21121782, 0.055840425, -0.0019166623, -0.05480048, 0.019817038, 0.007626905, 0.14126389, 0.04515749, -0.029315706, 0.18555732, -0.114861906, -0.21993469, 0.031716693), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.06716353, -0.11964145, 0.09711908, -0.061763637, -0.0948045, 0.14189975, 0.2810092, 0.2505306, 0.08872909, 0.086749084, -0.17528322, -0.048835423, 0.124959685, -0.12602286, 0.065660164, -0.06783225), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.23066516, -0.0068310793, -0.0021060852, 0.09136854, 0.09919007, 0.2259628, -0.026603302, 0.1367709, -0.07940821, 0.14962214, 0.00652088, -0.3114987, -0.18900892, -0.20450105, 0.09329685, -0.19482759), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.095197074, 0.06346413, -0.05207484, -0.086378016, 0.19733003, 0.1448027, -0.02410627, 0.024829205, -0.20296144, -0.09551166, 0.022987023, 0.09035918, -0.15824226, 0.1350293, -0.06641893, 0.11739518), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.08381447, -0.13171835, -0.030271608, 0.14649504, 0.0007350431, 0.15303299, -0.001797464, 0.30294403, -0.07635094, -0.102541, -0.12176348, 0.053775523, 0.08070882, -0.035387367, -0.09521456, 0.22530125), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.04650126, 0.12029137, 0.009236626, -0.1371486, -0.119391896, 0.20490645, 0.17123316, -0.015455403, 0.05842872, 0.14354227, 0.37586045, 0.054906923, 0.062954046, 0.07285954, 0.12260665, -0.08675996), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.22510684, -0.010087092, 0.005660375, 0.05069907, 0.10297958, 0.1411009, 0.09538159, 0.00922383, -0.31313825, -0.06449414, 0.109746836, 0.30148697, 0.35861742, -0.045380104, 0.09908991, -0.1933117), target2);\n\n\tMF3 target3 = tex5.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(-0.02302231, -0.035528302, -0.030674051, 0.029780716, 0.031591274, 0.045867007, 0.01335752, 0.037001595, 0.04351411, -0.11126892, 0.038589563, 0.06444906), target3);\n\ttarget3 = MulAdd(e2, MF4x3(0.0047764573, -0.063372664, -0.065609895, 0.0478139, 0.025694113, 0.025097322, -0.1019169, 0.029989049, 0.050038517, 0.07504127, -0.017047737, -0.026222635), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(0.0024485083, 0.00640911, 0.008171829, -0.014622121, -0.06078096, -0.0800138, -0.0062360805, -0.014344496, -0.021332184, 0.117842786, -0.103745885, -0.13756834), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(-0.01942775, 0.08720701, 0.104858086, -0.05545872, -0.041375194, -0.035368554, 0.080331706, -0.021207837, -0.043905254, -0.12515299, 3.445463e-05, 0.018742712), target3);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n\ttex6[gxy] = MF4(target3, 1);\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4, tex6\n//!OUT tex1, tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.013113342, -0.2905848, -0.029724011, 0.1769613 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.04279202, -0.01698567, 0.18318103, -0.18172316, 0.04757184, 0.07232096, -0.054900512, 0.11956132, 0.048900753, 0.0006714882, -0.09200336, 0.16104606, 0.38940707, 0.2754208, -0.12735553, -0.30017206), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.2469705, 0.103162065, 0.10321547, -0.1292231, 0.3013039, -0.018333653, -0.19897339, 0.122247696, 0.14719778, 0.003909129, -0.19585025, 0.03670547, -0.2132921, 0.33642963, 0.17569672, 0.07414473), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.015335451, 0.15161209, 0.0447609, -0.042884503, 0.14257035, 0.07775234, -0.2064044, 0.03842874, -0.1660166, -0.19817057, -0.10740875, -0.123968095, 0.14156081, -0.2197906, -0.08622206, 0.4185408), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.33392438, -0.12483512, -0.062084857, 0.16336447, 0.09862199, 0.1659862, 0.034751434, -0.11968266, -0.017155796, 0.21001562, -0.053017724, 0.10386376, 0.07066254, 0.50014263, 0.31065208, -0.026068505), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.34320992, -0.030056434, -0.24118581, -0.024320357, 0.327435, -0.036838267, -0.19433706, 0.24561343, -0.1489437, 0.225435, 0.18421564, 0.021147838, 0.264245, 0.16846146, -0.51724315, 0.039252095), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.25945047, 0.12058094, 0.2889452, -0.061687145, -0.10309796, -0.19476385, -0.10393912, 0.16837607, -0.05198191, -0.036113493, -0.11847194, 0.16367626, 0.018113747, 0.059499823, 0.0062132217, 0.15846115), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.094601326, 0.053219795, 0.027610637, 0.12041253, 0.21425363, 0.15754686, 0.08518286, -0.00661778, -0.021661628, -0.17554528, -0.014842315, 0.22240937, 0.15908821, -0.20964032, 0.21754523, 0.30307937), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.13757955, 0.06684095, -0.03616685, -0.014618309, 0.04168136, -0.17148526, -0.16317028, 0.14210777, 0.102521434, -0.19108291, -0.14441934, 0.14435884, 0.24228935, -0.10589834, 0.24029285, 0.27317202), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.16239886, -0.073841535, 0.067964345, -0.11332664, 0.07695667, -0.047180675, -0.08260769, 0.09427637, 0.09471068, 0.012713836, 0.14605078, -0.062490974, -0.11498225, 0.04150893, 0.37402585, 0.21953487), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.07445113, -0.14220217, 0.09271495, -0.014715529, -0.37606132, -0.14938155, -0.024809113, 0.22279873, -0.011379667, -0.04545505, -0.033382278, 0.08971831, 0.016359061, -0.016230864, 0.052939463, -0.07754285), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.10961948, 0.09230085, 0.061259165, 0.0015837378, 0.053883027, -0.22557226, 0.018400123, 0.43234614, 0.08967873, 0.06687854, -0.4389578, -0.01658211, -0.040707946, 0.0048945122, 0.1433802, 0.049759727), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.027641231, 0.026085567, 0.109188825, -0.19011945, 0.19309571, 0.0084956605, 0.05034047, -0.08674781, -0.008124587, 0.031490494, -0.0744263, 0.084508896, -0.007835403, 0.13120581, 0.0021786217, -0.025225073), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.020191731, 0.24703082, -0.36845222, 0.0032569442, -0.1497622, 0.05968502, 0.09595371, 0.008410154, 0.119981945, -0.09983294, -0.19541258, -0.111814305, -0.25664008, 0.31031236, -0.23063917, -0.13823026), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.092747286, 0.23009373, -0.29804415, 0.05036082, 0.031480987, 0.18805481, 0.3676576, 0.06004687, 0.19841099, -0.058367446, -0.44229323, -0.19645047, 0.037667975, 0.12398346, -0.25753063, -0.26919344), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.019061154, 0.03841801, -0.28433323, 0.38128456, -0.059526864, 0.29960185, 0.014484517, -0.10234412, 0.05444907, -0.12615138, 0.14936689, -0.079120934, 0.028092088, 0.096715964, 0.0037780635, -0.12791039), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.26949528, 0.015951393, 0.15355164, -0.030336212, -0.100286454, -0.052609976, 0.03197625, -0.092190474, 0.06131517, 0.18291938, -0.15216532, -0.026021928, 0.18581273, -0.10659101, 0.14806952, 0.20509768), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.2205839, 0.11654808, 0.43800604, 0.03188946, 0.13840868, 0.020377772, 0.038510147, 0.03779825, -0.23494276, 0.08624197, 0.036650848, -0.115041405, -0.03776705, -0.32108167, 0.0094707385, 0.37881464), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.031778246, -0.38020673, 0.16956653, 0.33444092, -0.042172886, -0.03465591, -0.17585713, 0.025507452, 0.07595919, -0.06807453, -0.100295454, -0.019174794, 0.07763043, -0.09321411, -0.05212223, 0.112239085), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.048172995, -0.012284629, 0.12846173, -0.13459995, 0.25443402, -0.013064909, 0.15480834, 0.14016332, 0.036635883, -0.049085367, 0.0506487, 0.26623604, -0.023176057, 0.012088936, -0.1844897, 0.040488705), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.2147455, 0.17323543, -0.2943051, -0.053386763, -0.023367947, 0.090753146, -0.011997397, -0.0626111, -0.13558747, -0.035944186, -0.014752113, 0.25506687, 0.055502877, 0.31465453, -0.16283247, -0.08967175), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.033773236, -0.09510872, -0.09313707, 0.046486538, -0.1699796, -0.11685979, 0.22197925, -0.013884658, 0.12514, -0.12129843, -0.09695589, -0.075202964, -0.12321221, 0.18949097, -0.03694664, -0.2306249), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.08668444, -0.22983012, -0.30873656, 0.07371376, 0.082137264, -0.014844924, 0.2283955, 0.24782042, 0.31113505, 0.14810014, 0.32804835, -0.12014127, -0.17742543, -0.15872951, -0.080107674, -0.16898526), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.29746926, 0.19479977, 0.13996765, -0.4268552, -0.16478531, 0.0835479, 0.45685142, -0.05510062, -0.1282004, 0.12359051, 0.34026766, -0.26152933, -0.13128015, 0.329812, 0.27172327, -0.06600192), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.06552484, 0.19600633, 0.12407863, -0.13815112, 0.17426166, 0.040930413, 0.06495108, 0.034157254, -0.029772963, 0.015127817, 0.10718436, -0.13752984, -0.0205358, 0.1884735, 0.104591034, -0.020779913), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.053475305, -0.13616458, 0.05487909, 0.13256747, -0.10030239, -0.12376705, 0.062755466, 0.03264356, 0.068466686, 0.05019395, -0.034875803, -0.17806669, -0.21720818, 0.25592342, -0.2685692, -0.27576914), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.04562929, 0.04225299, -0.22311088, -0.09517893, -0.19886662, -0.11944208, 0.11044239, -0.10464355, 0.037634842, 0.124069214, 0.0927385, 0.108838566, -0.088783056, 0.17008123, -0.1007014, -0.23137446), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.10306672, 0.027472405, -0.069015354, -0.14412996, 0.24068132, -0.10624665, -0.25597134, 0.05208812, -0.10230778, 0.006520562, -0.11931577, 0.26738268, -0.09168354, 0.13557245, -0.008878644, -0.22292739), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.09403718, 0.11993688, -0.036254726, -0.053109076, 0.18422048, 0.25203657, 0.10025996, -0.11272799, -0.22040273, -0.05758331, -0.07059054, -0.054108664, -0.20009018, -0.22061199, 0.057880517, -0.26669186), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.08534496, 0.0027822452, -0.01112169, -0.13484463, -0.09446875, -0.057457812, -0.03910888, -0.2816038, -0.096015625, -0.03636662, 0.12532772, 0.092033, 0.038156748, -0.101240925, 0.024886698, -0.086328045), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.2349796, 0.19884427, -0.0734711, 0.08422328, -0.07201622, 0.020658491, 0.1331021, 0.039766714, 0.19280422, 0.13086005, -0.11339721, -0.14782044, 0.19341573, 0.16767374, -0.03593828, 0.18139753), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.040663462, -0.15233721, 0.524604, 0.26603413, 0.07202415, 0.053382196, 0.030758869, -0.06144292, -0.010495834, 0.13868876, -0.020688854, -0.15551737, -0.2958513, -0.32805985, -0.25359175, -0.036683984), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.06644081, -0.145321, 0.24945419, 0.031560224, 0.17245345, 0.23418438, 0.20341763, -0.2619872, 0.038787205, 0.16488725, 0.0019107185, 0.03820528, 0.04169643, -0.34155026, -0.11183654, 0.028614044), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.028469078, 0.010781976, 0.05263661, -0.15337946, -0.20491667, -0.13879907, 0.13934538, 0.061196275, 0.056804053, 0.063193604, -0.2389496, 0.037072126, -0.058510017, 0.036215063, 0.3074709, 0.10517675), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.028534278, 0.0022668538, 0.04492863, -0.060705435, 0.06349762, -0.016823182, -0.09148226, 0.03930522, -0.083295114, 0.14799853, -0.08089152, -0.21993661, -0.23298621, 0.05106244, -0.013708201, -0.16311577), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.05885827, 0.122300275, -0.16086812, -0.21892425, -0.07548077, 0.09286181, -0.027564062, -0.028723463, -0.0056181233, 0.23472206, -0.0049285595, -0.45054138, 0.07592325, -0.044704806, 0.019616256, -0.06956836), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.036423888, 0.20839189, -0.16420732, -0.15954947, -0.11311323, -0.24191359, 0.19845375, 0.084540576, -0.20946553, 0.09259613, 0.03234368, -0.056766506, -0.11992363, -0.06882079, -0.020428827, -0.093375795), target1);\n\t\n\tMF4 target2 = { 0.22705397, -0.029518934, -0.026397338, -0.08183741 };\n\ttarget2 = MulAdd(a1, MF4x4(0.093678355, -0.08574688, 0.007699401, -0.038818456, -0.10667588, 0.043627866, 0.23127791, 0.061317544, -0.32790044, 0.08618836, 0.009400048, -0.17129329, 0.23541448, -0.015561885, -0.11172365, -0.1190039), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.0052874424, 0.08136584, -0.12633958, -0.016064916, 0.14033778, 0.07755252, -0.26242834, 0.063312635, 0.06861756, 0.14867078, -0.2561066, 0.33325562, -0.106489345, -0.10068009, -0.039633382, -0.016305668), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.27784392, -0.14990395, -0.35981888, -0.2564094, -0.07480205, -0.026457628, 0.1027643, 0.19381845, -0.07160986, -0.15616457, -0.032070953, 0.32998616, 0.15383582, 0.16622585, -0.1435993, -0.02287804), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.09360053, 0.58019537, 0.02028909, 0.413114, 0.025173154, -0.030326266, -0.028177274, -0.12964654, -0.25432733, -0.06556034, 0.023097439, -0.09458851, -0.21772051, -0.10324596, -0.36674342, -0.14803977), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.1227467, 0.20252965, 0.2559927, 0.08719227, 0.030749539, -0.2526622, -0.25694713, -0.2960799, -0.34960067, -0.25393236, -0.28439638, 0.086787805, -0.34202877, 0.21933395, 0.23473133, 0.079260886), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.00147522, -0.16591258, -0.030617915, 0.10052425, -0.1822102, 0.038774874, -0.04285007, 0.07312042, 0.052175622, -0.33510515, 0.027545406, 0.2995306, -0.08535316, 0.11144203, 0.27999434, -0.09770663), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.04394928, -0.26842886, -0.08354109, 0.04077001, -0.009221606, 0.0328837, 0.006459338, 0.08984004, -0.13035133, 0.20004508, 0.21950854, -0.12742348, 0.32386312, 0.085903555, -0.29273173, -0.056370437), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.019171638, -0.1824711, -0.10899421, -0.16201603, 0.054712642, -0.020315547, -0.048609916, -0.068621606, -0.055706583, -0.25671515, -0.019494208, 0.08366393, 0.09531471, -0.05988052, -0.024995802, 0.019303525), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.08694609, 0.26762635, 0.10477892, -0.15392998, -0.059596587, -0.047562487, -0.25932398, -0.054960977, -0.00015596532, 0.07196634, -0.017385524, -0.18826845, -0.017969077, -0.27291682, -0.153906, -0.107691295), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.17340474, -0.1285696, -0.04484238, 0.15782213, -0.06190358, 0.27896214, 0.28475145, -0.042519942, -0.19862229, -0.1354097, 0.14344497, 0.015599392, 0.18698554, 0.035121564, -0.018465763, 0.0010143917), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.13428356, -0.06612225, 0.19397905, 0.14209093, 0.1526626, 0.2617573, -0.15316434, 0.35452205, 0.05003259, 0.07679617, -0.008399171, -0.0062716682, 0.11833864, 0.1331285, -0.006803729, 0.22615404), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.0020632436, -0.173174, -0.15404437, 0.05430569, 0.21100305, 0.39063898, -0.019479724, 0.17396629, -0.061121427, -0.13424753, -0.008459669, -0.04975768, 0.20599939, -0.11374013, -0.21116278, 0.063624285), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.0073831948, -0.12009769, -0.16402034, 0.054093774, 0.061061747, -0.009054565, -0.02815144, -0.17071937, -0.22791979, 0.073427565, 0.25161973, 0.1011713, -0.23804636, 0.13810354, 0.09063126, -0.23065178), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.31885087, 0.21730177, -0.20516786, 0.04075695, -0.2736768, -0.38779113, -0.19445951, -0.14024325, -0.11824961, -0.102919355, -0.17858729, -0.013441498, 0.16320607, -0.27105078, -0.00019549616, 0.024509901), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.16024838, -0.3132909, -0.15461555, 0.34874174, -0.0051668375, 0.1811257, 0.3384939, 0.16381103, 0.047184363, -0.20424844, -0.1330078, -0.13795874, 0.21890834, -0.08242861, 0.22677775, 0.031102268), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.19408257, 0.016361775, -0.202373, 0.2245766, -0.008954751, -0.047279913, -0.09170596, 0.01567793, -0.0019059096, -0.07785436, 0.0756357, 0.09683383, 0.034215495, -0.030802004, -0.077977195, -0.1101297), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.1060503, -0.0044663083, -0.14942732, -0.11696249, -0.04550482, 0.11463188, 0.17801443, 0.07229662, -0.14176941, 0.02773344, -0.10770335, -0.08745911, -0.023052111, -0.17474785, 0.016645849, -0.059080444), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.050500304, -0.14716387, 0.04525464, 0.23543595, 0.08411192, 0.16031684, 0.1659825, -0.03595111, -0.012943453, 0.13354135, -0.051425032, -0.0075654723, 0.11174184, 0.1266808, -0.18799087, 0.10571744), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.15583408, 0.09837484, 0.19239932, -0.03557196, -0.05406335, 0.096456856, -0.13921897, -0.2212671, 0.28973594, 0.04017474, -0.25423512, 0.1522156, -0.10563249, -0.033190794, 0.101713456, -0.08922746), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.0787607, -0.14545321, 0.099762656, -0.2824299, 0.10130184, 0.019948835, -0.1013831, 0.06604923, 0.089561954, 0.28344154, 0.05757009, 0.04981809, -0.15927236, 0.008129835, -0.04280382, 0.10653281), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.28149363, 0.019583186, 0.25983065, 0.30190885, 0.055435803, -0.01970755, 0.04546505, -0.027456624, 0.43886992, -0.032305803, -0.23557569, 0.12753153, -0.18509789, -0.073295385, 0.0083466545, -0.08271229), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.016040009, -0.20475672, -0.015803276, 0.18247975, 0.21178837, -0.041543446, -0.24716362, 0.10105528, 0.19479224, -0.06583694, -0.09192672, -0.037776746, 0.09636229, -0.12086331, 0.13989103, 0.014564729), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.19923596, -0.4132588, -0.4254784, -0.33433357, -0.16956097, -0.25086832, 0.23311833, -0.08976422, 0.06432824, -0.0071802614, 0.0033370545, -0.11073493, -0.46609998, -0.09332235, -0.27287352, 0.052513942), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.06954148, -0.06908355, -0.01875471, -0.35067585, 0.038715206, 0.08843527, 0.28899097, -0.024983376, 0.05879495, 0.110363334, 0.055481512, -0.0046147215, -0.035302363, -0.2722019, -0.0829261, 0.21088009), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.101971015, -0.18584369, 0.1469676, 0.025965, 0.07205807, 0.08838771, 0.08537094, 0.023344917, -0.106373414, -0.09254277, -0.25996596, 0.24570447, 0.00590166, -0.20074098, -0.05443169, -0.10562662), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.12980327, -0.16834956, -0.1635997, 0.23437372, -0.07374834, 0.0062907683, 0.17292136, 0.0018093853, 0.04122969, -0.025285576, 0.29646805, 0.13402736, -0.040267725, 0.0011441729, -0.18658921, 0.12006417), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.13221453, 0.15109141, 0.07707579, 0.05148666, -0.039716493, 0.12869143, -0.012840577, 0.10953536, -0.05721115, -0.120122276, -0.07632444, 0.32949027, 0.00022400127, 0.22217369, 0.2180494, -0.028773604), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.08405412, 0.11332542, 0.120847605, 0.00520135, -0.13689686, -0.1459117, -0.029643068, 0.16147274, 0.21844815, -0.036921967, -0.12862785, -0.15930249, -0.11265427, -0.17471205, 0.0026749703, 0.2048758), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.03768306, -0.07585988, 0.046583172, -0.35557657, 0.012359812, -0.05498573, 0.19581361, -0.08186999, -0.008727976, -0.16623624, -0.03647879, 0.22760212, 0.048297524, -0.12502927, 0.08636729, -0.26437047), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.19518375, 0.17423135, 0.19473018, -0.22721744, -0.25087392, -0.17043075, -0.021999557, -0.27388734, -0.096786864, -0.012226921, 0.16101876, 0.030362492, -0.017619403, -0.2494354, -0.07336028, 0.06842719), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.13816363, 0.14551367, -0.08497621, 0.15563537, -0.01600614, -0.010629245, 0.007773828, 0.2733634, 0.13066974, -0.2223056, -0.12664202, -0.19242655, -0.13211249, 0.065143794, 0.23912583, 0.19819915), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.001870705, -0.0028601827, 0.14014813, 0.14659253, -0.037523735, 0.3726274, 0.13139205, 0.0112125, -0.16308945, -0.17571904, 0.12799808, -0.032106552, 0.013872656, 0.432307, -0.14197885, 0.24013121), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.117900506, -0.08039036, -0.17504077, -0.08337764, -0.0068703834, -0.07430392, -0.17125578, -0.3470726, -0.20989974, -0.019394008, -0.027336912, 0.18668686, 0.052886557, -0.023217537, 0.004054446, 0.055974416), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.055653654, 0.08726097, 0.01206228, -0.25783783, -0.08736529, 0.19947968, -0.010166337, 0.36168414, 0.20298903, -0.15769973, -0.21389212, -0.19638214, -0.093130395, -0.067289785, 0.10245741, -0.14167903), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.04559992, -0.102125205, 0.21949212, -0.07308472, -0.15511832, 0.23785073, 0.04275021, 0.085007004, 0.079402514, 0.10851189, -0.151969, -0.29738536, -0.0776658, 0.1113102, -0.18987878, -0.045522977), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.073690206, -0.016468357, 0.122353435, -0.023995928, 0.095143944, 0.23051415, 0.17702249, 0.030164838, -0.09111423, -0.14219609, -0.19734482, -0.24854833, -0.0067356345, -0.1760497, 0.22637916, 0.119141534), target2);\n\n\tMF3 target3 = tex6.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.013106969, 0.010379314, 0.012753471, 0.07086715, -0.020893, -0.03968904, -0.06114372, 0.029510446, 0.035070244, 0.11180839, -0.087067656, -0.124039896), target3);\n\ttarget3 = MulAdd(e2, MF4x3(-0.056521703, -0.001166792, -2.3704073e-05, 0.011961608, 0.01848977, 0.019861937, 0.012167056, 0.018613879, 0.020505793, 0.009734187, -0.0308419, -0.035206888), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(0.0048758825, 0.018046578, 0.014597015, -0.061724614, 0.040989272, 0.05644141, 0.070315465, 0.008318584, 0.0028647361, -0.11316492, 0.043919202, 0.07653594), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(0.031487904, -0.010548384, -0.009984509, -0.0022647562, 0.0043304027, 0.0029451603, -0.0063251094, -0.013420807, -0.011919729, -0.022760967, 0.019141173, 0.01782793), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex5[gxy] = MF4(target3, 1);\n}\n\n//!PASS 8\n//!DESC Conv-4x3x3x16, Conv-3x1x1x112\n//!IN INPUT, tex1, tex2, tex5\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.20551574, 0.073114716, -0.21843387, -0.28057778 };\n\ttarget1 = MulAdd(a1, MF4x4(0.16737834, 0.35369134, 0.14049083, 0.017871622, 0.0058661173, -0.035960242, -0.039154284, -0.01920433, 0.0729212, -0.03617972, -0.42717552, -0.019914677, -0.30816802, -0.07726792, 0.2088459, -0.09198307), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.0991125, 0.11411345, 0.15300295, -0.09510225, 0.014268626, -0.42914182, -0.13365223, -0.19440699, -0.27214321, 0.085696176, 0.1527733, -0.21056797, -0.062475704, -0.023041902, -0.29080424, -0.54386055), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.30736786, -0.16801229, 0.07400606, -0.31128535, -0.11047924, 0.16556956, -0.33445996, -0.09190697, -0.06132585, -0.11021996, 0.014628762, -0.45183894, 0.08186993, 0.19378273, 0.113438204, 0.038364496), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.24129803, 0.29174972, -0.1250327, 0.14254767, 0.0026774528, 0.1742466, -0.021835174, 0.01668921, 0.13646975, 0.313305, -0.23293279, -0.16737306, -0.059818722, 0.06404477, 0.108172625, 0.22065729), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.3504013, 0.20759478, 0.28683922, 0.2771802, 0.13761812, -0.21180478, -0.17020214, -0.21419087, -0.031916566, -0.040439468, 0.39206958, 0.715565, 0.46198523, 0.05055317, -0.07409331, -0.050633535), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.122958206, 0.0071205017, -0.21314384, -0.22197853, 0.016202174, -0.15960938, -0.14601983, -0.023609173, -0.07586023, 0.099936776, -0.0480375, -0.08681468, -0.14976887, -0.38979456, 0.16078879, -0.12263952), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.1687149, 0.108331114, 0.10112296, 0.01738403, -0.06773097, -0.19410455, -0.09728116, 0.0013846151, -0.038603816, -0.05495021, 0.2453317, -0.40052003, -0.022453755, 0.045039784, 0.0474246, -0.2665161), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.06805519, -0.052276067, 0.052459523, -0.0033053474, 0.13439268, -0.06845637, -0.20462433, -0.09088968, -0.00096404477, -0.35103628, 0.15096465, 0.3285226, 0.018747555, -0.06623108, 0.1754265, 0.3211156), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.04583627, 0.122267574, -0.44002235, -0.20039988, 0.039372742, -0.16505809, -0.26659602, 0.12207268, 0.03337428, 0.23131758, -0.009866899, 0.010381569, 0.29676, -0.020599596, 0.17816995, 0.32852224), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.09469788, -0.12531966, -0.11786524, -0.3115985, -0.2213199, -0.012536277, -0.13176842, 0.14986996, 0.12069894, 0.2744789, 0.21674646, 0.46060535, -0.4101697, -0.55295914, 0.29993954, 0.114459395), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.18347421, -0.29010707, 0.29127017, 0.087738656, 0.17509815, 0.03982794, 0.1731455, 0.38041735, 0.110374, -0.25045586, 0.36446962, 0.016104888, -0.012112869, 0.10154983, -0.45384112, -0.11416608), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.033837743, -0.020894403, -0.287127, -0.21196121, -0.03255823, 0.2599821, -0.38386443, 0.30563655, 0.39044768, -0.112917066, -0.021323297, 0.12623324, 0.06885038, -0.20750642, 0.07642818, -0.103580445), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.1723114, -0.3726216, -0.21184283, 0.1761503, -0.24993578, -0.31068864, 0.19998416, -0.23127908, -0.052656204, -0.04243976, 0.4397144, 0.01863219, -0.04796025, -0.11009142, -0.0073631364, 0.2716381), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.04202001, 0.27142277, -0.027491128, 0.27428457, -0.11009916, 0.39839938, -0.7223327, -0.124673314, 0.08123618, -0.11884722, -0.20375855, -0.7179687, 0.30648115, -0.28195357, -0.3350774, -0.29778734), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.071278594, -0.09155223, 0.06417857, 0.08250104, -0.45117077, -0.023316784, 0.38917172, -0.19110887, -0.09265943, -0.2643835, -0.09707039, -0.33238646, -0.0818088, 0.17623149, -0.28457013, 0.13986786), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.019971045, -0.046649583, -0.03036858, 0.07944429, 0.26344573, 0.054998036, 0.07139812, 0.21139374, 0.08021858, -0.025791258, -0.0423707, 0.25174072, -0.021300986, 0.13209766, 0.19120613, 0.3840775), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.11456406, -0.33503455, 0.21409267, -0.056933913, -0.12204284, -0.37379473, 0.33474764, 0.38634798, 0.12618992, 0.1353635, -0.22651522, -0.3160159, 0.18621005, 0.024818055, -0.11935204, 0.014005666), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.1501391, 0.0014716414, -0.22049955, -0.10928345, -0.07085164, -0.08778668, 0.19251469, -0.4932493, 0.071784936, -0.06903646, -0.060333923, 0.020552203, -0.33637995, -0.22848415, 0.21518159, 0.23815839), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.04230713, -0.19312756, -0.0613665, 0.058912925, -0.17639293, -0.029920885, -0.027867602, -0.16602923, 0.10262268, -0.0743682, 0.15286638, 0.08042581, -0.042299524, 0.0022034592, 0.15304253, 0.049871147), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.004346093, -0.07895582, 0.02089975, 0.13429636, -0.1020282, 0.5270822, 0.017983409, 0.1531299, -0.02891241, -0.07050933, -0.18729019, 0.13855362, -0.11538968, 0.20733222, 0.1546878, 0.11550679), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.21800312, 0.20944421, -0.1817274, 0.022868395, -0.019241469, 0.038916696, 0.088702604, 0.1467791, 0.0048542274, 0.10344671, -0.0107803065, 0.23302868, 0.049728952, -0.016042534, -0.08694045, -0.0028224774), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.1570157, 0.08688841, 0.03926086, -0.040503077, -0.052700017, -0.1432353, -0.04516745, -0.09649034, -0.053716175, 0.07059194, -0.07360609, 0.26307717, 0.121471435, -0.13640986, -0.1113535, -0.38560814), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.014722592, -0.39773384, 0.28259715, -0.10905738, 0.07889424, 0.1415529, -0.15419348, -0.2064834, -0.15126482, -0.28288555, -0.0014232624, -0.26178944, -0.025823193, 0.008017357, -0.08547297, 0.26373458), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.2978961, -0.020236012, -0.101216674, 0.15498216, -0.0069343713, -0.088363856, 0.20511419, 0.23958007, 0.045810107, -0.19189738, -0.14137349, 0.04177724, -0.1394684, 0.0071990825, 0.06991723, -0.21052721), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.05615232, 0.22506002, -0.12479586, -0.0070057763, 0.092545755, 0.096306436, 0.041890718, 0.1226944, -0.07541768, -0.08369033, -0.15144373, 0.09310172, 0.28388003, 0.09935607, 0.11299509, 0.0014283776), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.005848455, 0.117699094, 0.23539856, 0.11006195, 0.10962903, 0.28139547, 0.18785141, -0.11635996, 0.057289902, 0.2370178, -0.29825503, -0.13706475, -0.3869794, 0.024066223, 0.36742347, 0.35919484), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.13744523, 0.09239356, 0.01173183, 0.119055405, -0.07841836, 0.0668925, 0.22598477, -0.016510552, 0.07971727, -0.17154713, 0.03333588, -0.13790733, 0.15421963, 0.2895701, -0.28440917, 0.015132756), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.054354303, 0.36663428, 0.02634933, 0.18688667, 0.0607547, 0.17321853, 0.086784445, -0.023283, 0.0027200899, 0.026914112, -0.07438439, 0.27042162, 0.09985293, 0.012430832, -0.20694605, -0.20363812), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.42759168, 0.15540305, -0.18979609, 0.0073875943, 0.034251947, -0.34551802, 0.53327596, 0.17446762, -0.25879666, 0.2780996, 0.11094055, 0.17597, 0.13790102, 0.2615357, 0.09666047, 0.36155468), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.052614138, -0.1880028, 0.361331, 0.07957976, 0.12552904, -0.0042941784, 0.096562445, -0.041199915, 0.07412456, 0.16379668, 0.05464284, 0.050022952, -0.028281605, 0.09332573, 0.21379845, 0.21396561), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.07546953, 0.16393837, -0.3060623, -0.64610606, -0.013715101, 0.18005042, 0.045286633, -0.21057944, -0.12779316, -0.10310629, 0.14360385, 0.011625261, 0.05597252, 0.023864657, -0.00018915108, -0.24224915), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.08550672, 0.2438917, -0.30383766, -0.2463794, 0.13835424, -0.079946786, -0.060197506, 0.051599402, -0.24983203, -0.06691107, -0.0041784844, 0.07539119, -0.030340329, -0.23565106, -0.17968354, -0.10262371), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.19315718, -0.045718513, 0.120446794, -0.225136, 0.22922774, -0.046026126, 0.11448238, 0.114267804, -0.22327735, -0.03368635, 0.29763463, 0.03673529, -0.0583939, -0.092253424, 0.045279544, 0.04475646), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.062286656, -0.06241419, -0.23600577, -0.24818502, -0.058666106, 0.17710151, -0.1751668, 0.05758226, 0.18278669, 0.033297777, 0.046349872, 0.09178792, -0.0745512, 0.20019765, 0.037281513, 0.22204825), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.24708512, -0.1318695, -0.24966322, -0.31206796, 0.079176836, 0.11837155, -0.12882641, -0.01013533, -0.009065797, 0.0789075, 0.016151598, 0.00020127615, 0.1450729, 0.10825556, 0.09322918, 0.07283566), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.2604332, 0.25550258, 0.07709474, 0.28426003, 0.10387355, 0.09152259, 0.18742633, -0.0073229484, -0.20327723, -0.26013616, 0.055792782, -0.1713302, 0.14862068, 0.06698207, 0.17608787, -0.11622757), target1);\n\t\n\tMF4 target2 = { 0.31939298, 0.03303962, -0.010749771, 0.084496394 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.18413043, -0.12355504, 0.2708789, 0.17259507, -0.069752574, 0.12640886, 0.01075919, -0.028221423, -0.020598855, -0.17259665, 0.16907778, -0.10040477, 0.017177016, 0.0176426, 0.23724149, 0.14657862), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.16921899, -0.33950835, 0.37508205, 0.09996622, 0.13377811, -0.036743056, -0.11633877, -0.23046862, -0.009307903, 0.027441062, 0.054166224, 0.011627087, -0.22831611, 0.043198805, -0.12695734, 0.0062862337), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.17216596, -0.15588646, -0.14179194, 0.12487524, 0.10507964, 0.124544986, -0.0046104924, -0.116668865, -0.006100901, -0.022074439, 0.03376759, 0.10498887, 0.109659016, -0.03567928, 0.29972833, -0.045950003), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.29127, 0.21912472, 0.16494286, 0.027708547, 0.043136686, 0.04409876, -0.07686145, -0.13180132, -0.16630307, 0.15650205, -0.005864527, 0.03916553, 0.15750135, 0.1705246, 0.21626697, 0.06906506), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.055395894, 0.28228188, 0.114794776, 0.020619212, -0.031812593, 0.11964309, -0.24317431, -0.36277202, 0.54564184, -0.032843567, -0.118973784, -0.40999004, -0.118530475, 0.09256661, 0.06583871, -0.36627474), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.17914769, 0.33976436, -0.11220768, 0.1325754, 0.40586957, 0.3064959, -0.19086123, 0.014164092, -0.17376979, -0.0037554938, 0.11771888, 0.44933778, -0.15937245, -0.10635065, 0.084963776, 0.14630255), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.3723194, 0.21509883, 0.020062352, 0.094394304, 0.030794155, -0.11394617, -0.09103134, -0.0042343247, -0.28981096, -0.061873477, -0.17772584, 0.36440176, 0.007828069, -0.012121627, 0.25862312, 0.24646287), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.10368119, -0.06185447, -0.022830853, 0.10918094, 0.18888599, -0.09235343, -0.055134308, -0.2210923, 0.15334128, -0.3084707, 0.31606838, 0.39931116, 0.29489174, -0.24794856, -0.4799932, -0.2617589), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.32550937, -0.17103608, 0.3257806, -0.23358762, 0.20370598, 0.13325407, -0.020303056, -0.105462655, -0.22264756, -0.034177396, 0.36885822, 0.20504399, 0.36375418, -0.26149705, 0.022433946, 0.15646128), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.007481421, 0.005642636, -0.170087, -0.08915849, 0.6329519, 0.06880098, -0.20856442, -0.1801066, -0.1342754, 0.13643123, 0.26994216, -0.27503812, 0.018052012, 0.058687408, -0.19784917, 0.021157453), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.1486918, 0.12212738, -0.03104796, 0.08664756, 0.3464865, 0.27309546, -0.022896903, -0.32080007, -0.28113958, 0.74847424, -0.33735126, -0.04616876, -0.23119605, 0.4214322, -0.16457441, 0.09162191), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.15863913, 0.1303683, -0.06339421, 0.06328312, -0.3100047, -0.33906308, 0.13805804, -0.14923394, 0.4997829, -0.14977637, 0.02265068, -0.04585939, 0.29802153, 0.3767994, -0.031849556, -0.051892217), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.04541847, -0.13645087, 0.14119779, 0.06409465, -0.29877988, -0.0009743694, 0.028256422, 0.14978185, -0.13014801, -0.24171488, -0.10782599, 0.010709664, 0.21880737, -0.34132662, 0.22972895, -0.07159475), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.1510528, 0.115773134, 0.036761034, -0.284284, -0.35684052, 0.16348189, -0.105475456, 0.08259931, -0.6489164, -0.033928663, -0.04243186, 0.25324553, -0.31829014, 0.066608824, -0.11131264, 0.51919967), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.06517726, 0.1933327, 0.044391852, -0.013346896, -0.3033368, 0.106350735, -0.1351003, -0.13414839, 0.11720078, -0.24844061, -0.2900742, -0.047861837, 0.42789885, -0.47915378, -0.09643217, -0.22915216), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.109821886, 0.31451595, 0.13300805, -0.08792569, -0.023928089, -0.038061168, 0.17821129, 0.003772247, 0.14684688, -0.12646271, 0.16072205, 0.011095222, 0.09209181, 0.005167038, -0.08823252, 0.079890974), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.20074554, 0.39979288, -0.007316405, -0.047838025, 0.10849111, -0.22469573, -0.059183244, -0.13663793, 0.07881898, 0.105663374, -0.3152222, 0.08104766, -0.22965154, 0.118780024, -0.07886757, 0.073527716), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.1304303, 0.023158893, -0.081089824, -0.15955788, 0.42183343, -0.12898655, -0.14028409, 0.011985, 0.3977131, -0.313598, -0.148818, -0.048350018, -0.13534498, -0.12760727, -0.014968193, 0.06646305), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.18085147, -0.11859402, 0.117530234, -0.10420847, 0.1848264, -0.12192718, -0.18729533, -0.10098887, 0.011134682, -0.23658146, 0.12963286, 0.117404245, 0.054487415, -0.030003065, -0.32175776, -0.08044254), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.07251758, 0.073430285, -0.22191651, 0.030512359, -0.029650904, -0.15816379, 0.0418705, 0.04776615, -0.014070836, -0.14669086, -0.009874937, -0.015444495, -0.2747725, -0.061624944, -0.11261252, 0.14757589), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.09274913, 0.046194065, 0.05642919, -0.07803342, 0.23578037, 0.01224276, 0.015608659, 0.05847865, -0.091819406, -0.14424564, -0.034869857, 0.019276984, -0.031180726, -0.21905676, 0.100375675, -0.13659117), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.072157644, -0.13294607, 0.24301524, 0.048643183, -0.04338094, -0.0021709928, -0.06530963, -0.22672611, 0.07479903, 0.08388352, -0.07460508, -0.14517406, -0.072923675, -0.26912874, -0.2769797, 0.054033212), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.5648679, -0.28059873, -0.039906785, -0.39112374, -0.3841447, -0.20383365, 0.12607281, 0.16049421, -0.34394273, -0.022326993, 0.16646549, -0.23433913, 0.071224056, 0.048073303, 0.122035526, 0.14941359), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.11803124, 0.114169255, 0.018188128, 0.0053847185, -0.07537228, -0.048262373, 0.073838905, -0.041833423, 0.044405136, -0.03813592, 0.076818384, -0.06015139, -0.085042655, -0.14306667, -0.21477652, 0.31548396), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.19307283, -0.014985916, -0.14332882, -0.05549754, 0.14551677, 0.11406769, 0.2744144, -0.031179624, 0.17578745, -0.11309805, 0.010072839, -0.07453384, -0.23163621, 0.19061968, 0.11016298, 0.108093746), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.23180474, -0.12522835, -0.03218773, -0.0031955864, -0.14057393, 0.07269213, -0.20883523, 0.09332164, -0.16037942, 0.25845763, -0.002303125, -0.014625506, 0.17063208, -0.11648214, 0.13988028, -0.024688654), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.043369994, 0.12473897, 0.108142346, 0.10268199, 0.16159926, -0.17804666, -0.007889351, 0.07232418, 0.26326916, 0.0474316, -0.41637155, -0.11879895, 0.14051722, 0.08747377, 0.1162202, -0.06443569), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.0041097966, 0.109841965, 0.097240336, 0.08123332, -0.081065506, 0.12650634, 0.23450434, 0.09631333, 0.21942414, -0.108897425, -0.033703003, 0.047280088, -0.017764917, -0.058596086, -0.15305139, 0.09055131), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.26824722, 0.014116421, 0.11844865, -0.156046, 0.057152968, 0.21287468, -0.3243975, -0.18181354, -0.07131152, -0.17860547, 0.18918999, 0.15399154, 0.20270234, 0.11524436, 0.05146645, -0.18196748), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.2745638, -0.026905773, 0.045458756, 0.22942849, -0.21052304, 0.20649272, -0.03713028, 0.33655703, -0.12467089, -0.015030098, 0.15504798, -0.05647672, 0.18751477, 0.08505986, 0.04756538, -0.058810517), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.1737789, 0.06552432, -0.34797582, -0.05370679, -0.036056817, 0.085242435, -0.12802805, 0.03710984, -0.09883285, 0.08946925, -0.0446528, 0.07734006, -0.10973603, 0.262812, 0.14010249, -0.1543792), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.316673, -0.16414417, -0.23147403, -0.3080756, -0.056620106, -0.11389848, 0.0948114, 0.13236332, -0.40048537, -0.090742044, 0.12090404, 0.024549136, -0.19124876, -0.3007761, 0.16159211, -0.28620452), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.032962102, -0.05481415, -0.1185786, 0.18153866, -0.2105442, -0.03802839, 0.14060515, 0.072460145, -0.1523761, -0.11426362, 0.02610123, -0.053477813, -0.20768824, 0.04533907, 0.14381588, -0.041578818), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.021694858, -0.028784249, -0.09928565, 0.07335764, 0.1315628, 0.11288982, 0.078681685, -0.1229723, -0.09618894, -0.07387309, 0.04340066, -0.036534667, 0.37295115, -0.08176548, -0.16579813, -0.13485877), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.45979, -0.289226, -0.15456465, 0.0117592, 0.22803205, 0.15497394, -0.38995707, 0.005227681, -0.20515667, 0.17184737, -0.069968715, -0.24724679, -0.048521046, 0.013277072, 0.049562644, -0.05522196), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.14561136, -0.18995416, 0.18104567, 0.063063085, -0.09728072, 0.018328888, -0.17258182, 0.069259025, 0.15187183, 0.16760696, -0.14086077, 0.013297849, -0.07579904, -0.09294852, -0.24227127, -0.048749007), target2);\n\n\tMF3 result = tex5.SampleLevel(sam, pos, 0).rgb;\n\tresult = MulAdd(e1, MF4x3(0.023055293, 0.028219413, 0.024810018, 0.031653803, 0.050207954, 0.04504577, 0.03877294, 0.0280465, 0.025589157, 0.0019387804, 0.023891818, 0.016049948), result);\n\tresult = MulAdd(e2, MF4x3(0.006562233, 0.03880659, 0.037682824, -0.021441424, -0.011277022, -0.012471097, -0.030526241, -0.013880651, -0.014213582, 0.0075785257, -0.0017350517, -0.0024610942), result);\n\tresult = MulAdd(ne1, MF4x3(0.015097556, 0.020325955, 0.015611413, -0.014755199, -0.034323387, -0.032325987, -0.008603291, 0.010346807, 0.011044969, -0.004739154, -0.026397636, -0.01995132), result);\n\tresult = MulAdd(ne2, MF4x3(0.0097906375, -0.015094543, -0.016887931, -0.0007786067, -0.0069163437, -0.008449091, 0.025534432, 0.018064791, 0.017047096, 0.00055667467, 0.001493328, 0.003636564), result);\n\tresult = MulAdd(max(target1, 0), MF4x3(-0.042251963, -0.042396102, -0.040224236, -0.004492444, -0.0069470624, -0.0065821502, 0.062203273, 0.06213223, 0.053592753, 0.06424337, 0.07964681, 0.07316769), result);\n\tresult = MulAdd(max(target2, 0), MF4x3(0.026366957, 0.02789826, 0.027239393, -0.006712127, -0.0035723334, -0.0032348586, -0.04960562, -0.062758155, -0.058574595, -0.02896146, -0.020999067, -0.021301663), result);\n\tresult = MulAdd(max(-target1, 0), MF4x3(-0.013106142, -0.017057793, -0.014653614, -0.04254173, -0.043040022, -0.041918345, -0.011146975, -0.0043820064, -0.003768677, -0.0027743059, -0.0114479, -0.0082087545), result);\n\tresult = MulAdd(max(-target2, 0), MF4x3(-0.10087762, -0.10447133, -0.1005168, -0.04165659, -0.04558967, -0.040086865, 0.0016493691, 0.0055392827, 0.0070476984, -0.018665023, -0.035552308, -0.03375731), result);\n\tresult += MF3(0.018580848, -0.022256816, -0.0266178);\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_UL.hlsl",
"content": "// Anime4K_Restore_CNN_UL\n// Ported from https://github.com/bloc97/Anime4K/blob/4ba94b179a144200cb6b3052e690fe2ca5c6914c/glsl/Restore/Anime4K_Restore_CNN_UL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_4\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex7;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex8;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2, tex3\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n uint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.02313247, 0.016216148, -0.053347506, -0.023317637 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.28293434, -0.10095658, -0.013867814, 0.08509398, -0.31489053, -0.26828897, 0.01152665, 0.18905516, -0.23013242, -0.18878274, -0.17923735, -0.32707638), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.3519405, -0.12639853, 0.0981044, -0.23800656, -0.1666394, 0.2548722, -0.09458217, 0.17642984, -0.0016840132, -0.12355663, -0.13711694, 0.25234836), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(-0.14581299, -0.060752276, 0.06813433, 0.32616982, -0.29410994, 0.28217724, -0.2221963, -0.051627193, 0.10754401, 0.31993762, 0.25542948, -0.4268778), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(0.2716687, -0.13160354, -0.056812827, -0.00881874, 0.3249303, 0.05037425, -0.117648534, -0.26370025, 0.032854702, -0.14214379, 0.10036965, 0.17808898), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(0.004323515, 0.37651265, -0.39865002, -0.18153298, 0.5224921, -0.11810103, 0.56151056, -0.063698344, -0.17272837, -0.053013492, 0.062254835, 0.28695017), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(0.2776938, 0.22578415, 0.110299006, 0.27424663, 0.012712999, -0.22353122, -0.0010140019, 0.08163494, 0.3611274, 0.014346184, -0.26426178, -0.26777005), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(-0.09010997, 0.19958799, 0.22421049, 0.054506898, -0.11822318, 0.23656984, 0.11197124, -0.4646639, 0.17118955, 0.33748102, 0.20479581, 0.6810799), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(0.2121316, -0.08664465, 0.2507115, -0.223455, 0.22042283, -0.20352642, 0.42714027, -0.5048447, -0.10270271, 0.11400399, -0.019575266, 0.40490857), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.091496244, -0.24679382, -0.3801941, -0.08482344, -0.17183328, -0.09308921, -0.059639163, 0.3321586, -0.19797249, -0.17941834, 0.015049101, -0.13793056), target1);\n\n\t\t\tMF4 target2 = { 0.42778614, 0.054881692, -0.23388587, -0.031204376 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(-0.44157687, 0.1715858, -0.11000502, 0.062367063, 0.21790773, 0.15507151, 0.14760862, -0.2598815, 0.14098467, 0.14019097, -0.26298222, 0.10975315), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.15774319, -0.16769339, -0.49734345, -0.3935963, 0.115124024, -0.08045373, 0.55867237, 0.48593813, 0.058544844, -0.2705686, 0.3303555, 0.4181385), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(0.16588609, -0.013389144, 0.06600297, -0.09309111, -0.36321074, -0.13877828, 0.4099233, 0.20805255, 0.31892648, 0.16856939, -0.23898357, 0.11751563), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.39999864, 0.46407622, -0.12249342, -0.09798957, 0.122675434, 0.18265116, 0.030651823, 0.14682484, -0.42969155, 0.2486042, 0.13566706, -0.13458017), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(-0.12757893, -0.19025628, -0.16728874, -0.10162156, -0.1577721, -0.174548, 0.29329458, 0.17963637, -0.43279588, 0.088979766, 0.06334896, -0.047701746), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(-0.14359929, -0.12800618, -0.15429202, 0.034745168, 0.15794043, -0.086441815, -0.06520017, 0.26176664, -0.022253495, -0.34480432, -0.009120493, 0.08706416), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.1994137, 0.070990525, 0.3388379, 0.37502727, -0.116911314, 0.2160554, -0.1831974, -0.04184975, 0.2545874, -0.083908126, -0.19057468, -0.13382773), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.46475947, -0.23414738, -0.036689937, 0.018558737, -0.32609373, 0.15265512, -0.055894423, -0.3676328, 0.24501368, 0.12390915, 0.13458043, -0.30162823), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(0.12621075, 0.046852987, 0.17333286, 0.18997045, 0.3245911, -0.28809196, -0.3660882, -0.5916272, -0.11456223, -0.030912774, 0.17037971, -0.12640971), target2);\n\n\t\t\tMF4 target3 = { -0.032911904, -0.0050934837, 0.021853646, -0.17256187 };\n target3 = MulAdd(src[i - 1][j - 1], MF3x4(0.18228084, 0.25933146, 0.1764313, 0.23183075, -0.061067093, 0.34710985, -0.1785006, -0.06471029, -0.23235676, -0.43409523, -0.06639704, 0.30396065), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j], MF3x4(0.31676784, 0.21897513, 0.06466065, 0.42289257, 0.12306216, -0.3928633, 0.09720577, -0.10426061, -0.030383142, 0.03775265, 0.34221298, 0.3827705), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j + 1], MF3x4(-0.13229136, 0.37214845, -0.07046923, -0.17644346, 0.5591967, -0.5409525, 0.08944645, -0.047717415, 0.3754216, 0.2979604, -0.14149979, -0.1743562), target3);\n\t\t\ttarget3 = MulAdd(src[i][j - 1], MF3x4(0.07603316, 0.10389099, 0.07042061, 0.24759614, 0.05822713, 0.29799607, -0.21219468, 0.3884128, -0.010661014, -0.5209726, 0.20311587, -0.39393), target3);\n\t\t\ttarget3 = MulAdd(src[i][j], MF3x4(-0.17486575, -0.22572622, -0.13514778, 0.12839775, -0.25754005, 0.13090849, -0.16364887, 0.37675568, -0.05928962, 0.049174402, -0.37935108, -0.14333783), target3);\n\t\t\ttarget3 = MulAdd(src[i][j + 1], MF3x4(0.15858985, -0.47485206, 0.4509964, 0.3877553, -0.04848657, 0.22396515, 0.33325925, -0.20703658, 0.14929648, 0.25580746, 0.2795224, -0.0158565), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j - 1], MF3x4(0.030926622, 0.16219522, -0.26666775, -0.27920142, -0.2693319, -0.29130983, -0.2795281, 0.22597994, 0.32512712, 0.16784063, -0.0113234315, -0.10118217), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j], MF3x4(-0.32426193, 0.0072339224, 0.08070994, -0.07735796, -0.09247539, 0.23327915, 0.09039661, -0.11836084, -0.2726992, -0.16031814, -0.28027415, -0.029263943), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j + 1], MF3x4(-0.20109104, -0.43383566, -0.33850962, -0.13422257, 0.040343326, -0.0819253, 0.26943803, -0.46652415, -0.3474102, 0.41198114, 0.14404535, 0.076806836), target3);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n tex3[destPos] = target3;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x24\n//!IN tex1, tex2, tex3\n//!OUT tex4, tex5, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.08736043, 0.2861529, -0.005863071, -0.004482026 };\n\ttarget1 = MulAdd(a1, MF4x4(0.08648221, 0.012940912, 0.0694797, 0.021795172, 0.19547985, 0.019256733, -0.099714816, 0.08773751, 0.06443286, 0.08462334, 0.02924696, -0.07673487, 0.061156925, 0.12037308, -0.04778231, 0.010492923), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.00033161003, -0.19050376, -0.14713565, -0.20729654, -0.122199036, 0.0044957534, 0.19240627, -0.1515226, 0.05051369, -0.08790857, -0.05331543, -0.13356556, -0.019020412, 0.06989371, -0.07270814, 0.06541199), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.086689815, 0.08965917, 0.38167384, 0.31010604, 0.04204608, 0.095588356, -0.22810745, 0.112243816, 0.016992478, -0.16491304, -0.08901814, -0.038421903, -0.00041658967, -0.03551529, 0.097966395, -0.06240607), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.13955353, -0.27422932, 0.14655617, -0.07651906, -0.07335902, -0.05214342, 0.35741827, 0.043639295, 0.041774176, -0.08277867, -0.028840896, -0.14434154, 0.029840615, -0.1444494, 0.0417388, -0.05095746), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.06985613, 0.036354948, -0.22372876, -0.268865, -0.07852222, -0.20930836, 0.06419149, 0.19363879, -0.00020227236, 0.04876036, 0.16503128, -0.05324255, 0.06806321, 0.2646995, -0.04032264, 0.06421368), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.16930926, 0.10122267, 0.0043684123, 0.14429477, -0.026909696, 0.028725943, 0.20114274, 0.09308162, -0.21070556, -0.13116634, 0.12419461, 0.29118228, -0.052020956, 0.18702126, 0.049802206, 0.09010561), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.08972355, -0.076947, 0.2612936, 0.1700236, 0.21013896, -0.033608798, -0.16835962, -0.17834496, 0.050899435, -0.031109938, 0.066931866, 0.20528825, -0.024127234, -0.23103325, -0.14034404, 0.036399297), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.058897257, 0.24295428, 0.5273254, -0.075384885, -0.03951092, 0.01945271, 0.2180824, -0.10192471, 0.04884028, 0.10811269, -0.056086104, -0.0177891, -0.15046783, -0.02886977, 0.012827891, -0.06317297), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.08919534, 0.0142748635, 0.010994716, -0.116783954, -0.04848956, 0.12802334, -0.42647192, -0.047026183, -0.105416335, 0.014229579, -0.16081032, -0.1652654, 0.04367904, -0.21464449, 0.019457433, -0.053815585), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.033339895, -0.30358142, 0.03728797, -0.019257398, 0.041582108, -0.042878296, -0.16212925, 0.015385118, 0.1854467, -0.14912623, -0.10073306, 0.029578004, 0.0026831278, -0.1968894, -0.1447477, 0.013980874), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.097215526, -0.27501073, 0.14077966, 0.07402363, 0.14528856, 0.26862413, -0.23837885, -0.19667485, 0.052117366, 0.012212545, 0.1311111, -0.05480854, 0.02206756, -0.09732581, -0.095444106, -0.12949228), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0737551, -0.35384682, 0.13346575, -0.12573321, 0.12401249, -0.19727409, -0.022039715, -0.36438647, -0.17826872, -0.097721264, 0.10780637, -0.06372213, 0.078226656, -0.2319627, 0.06871096, -0.35198233), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.016558306, -0.10755727, 0.07563601, 0.10631563, 0.006885377, 0.1507541, 0.028258704, 0.1609311, -0.026250815, 0.033572774, -0.0988431, 0.19565049, 0.024507977, 0.16839874, -0.19923483, 0.08130833), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.061187252, 0.09036177, -0.12626763, 0.036544666, 0.10568191, 0.087079406, 0.08745061, -0.10461285, 0.15552549, 0.25184712, -0.026420163, 0.028266618, 0.2387882, 0.20997152, -0.08588654, 0.19732232), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.057315756, 0.04398266, -0.203559, -0.10253955, -0.0009475058, -0.0786754, -0.051641934, -0.4047696, -0.057758473, -0.04819636, 0.053755116, -0.13864025, -0.165071, -0.14622927, 0.16270354, -0.11281594), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.023654325, 0.113905154, 0.0714336, 0.11184515, 0.12235184, 0.081852525, 0.2880535, 0.1926254, -0.01012154, 0.08924707, -0.06123374, 0.33078554, -0.14329071, 0.043857813, -0.09043615, 0.029145587), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.023949241, 0.10680816, -0.07771331, 0.0008638595, 0.00088304427, 0.00707631, -0.029150054, 0.20421802, -0.051493708, 0.3196773, -0.0046316544, -0.08402997, -0.0020283381, 0.092219375, -0.21898057, 0.043405924), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.10192696, 0.22852643, 0.024926228, 0.004321374, 0.1759848, -0.05959089, 0.03108929, -0.04175589, -0.032808244, -0.002723809, 0.11427024, -0.11884058, 0.085039005, -0.11861457, -0.041716687, 0.0049884217), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.08531041, 0.031572983, -0.010317835, -0.058514126, -0.028372116, 0.3587181, 0.07155074, -0.018486004, 0.11271158, 0.12346037, 0.14474016, -0.091422975, 0.046279423, -0.19440787, -0.040767148, -0.11089926), target1);\n\ttarget1 = MulAdd(b3, MF4x4(-0.118612625, 0.036904, 0.040823236, 0.0006029242, -0.055478334, 0.065328576, -0.26563334, 0.14299026, 0.039150115, 0.17624554, 0.085402936, -0.007749703, 0.045554906, -0.051315133, -0.0989155, 0.023874454), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.08904957, 0.13246936, -0.1362266, 0.075549126, 0.015976984, -0.078003414, 0.27895245, -0.1714908, 0.05061789, 0.05510105, -0.011142018, 0.13279557, 0.122630805, 0.12880847, 0.2334916, 0.450533), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.13635479, 0.12008325, 0.13332775, -0.1923403, 0.061475966, 0.12471921, 0.1438346, -0.30003113, 0.16227812, -0.011259031, -0.15664785, 0.082009956, 0.15664162, -0.14316271, 0.10871211, -0.23067066), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.17403863, -0.100490384, -0.056628566, 0.056505267, 0.03132433, 0.02990612, -0.023741463, -0.2221617, -0.023024872, -0.17946845, -0.014884968, 0.09488175, -0.08467482, -0.18569513, -0.08882533, -0.096383005), target1);\n\ttarget1 = MulAdd(f3, MF4x4(0.036448594, 0.008876679, 0.082974724, -0.07486944, -0.1466638, -0.17435108, -0.08396226, 0.05346215, -0.13232903, -0.07391497, 0.19908291, 0.059030067, -0.017662045, 0.020650625, -0.20734224, 0.20043914), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.03861711, 0.06406407, 0.05915599, -0.0029750194, 0.046107147, -0.23294666, 0.019285874, 0.11214502, -0.05762434, -0.043726444, 0.010243058, -0.013164875, 0.033796065, -0.027231356, 0.18135343, -0.06158567), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.0061139134, 0.08773726, 0.05263668, -0.017488463, -0.021532185, -0.06330985, 0.03339514, 0.29500782, 0.19531941, -0.0625388, -0.0988155, 0.029160276, -0.14122078, -0.18272889, 0.035498794, -0.09119196), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.21229745, -0.13745296, -0.02434639, 0.018458553, 0.1591066, 0.057361145, -0.034690984, -0.06146371, -0.2245296, -0.14576864, 0.053850707, -0.08887415, -0.17651638, 0.14863127, -0.07008009, 0.009406358), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.09558068, 0.08203744, 0.09736194, -0.08479601, -0.07671097, -0.13729817, 0.15081742, -0.107025385, -0.13094948, -0.11489214, 0.08040859, 0.18286897, -0.06001431, -0.16890974, -0.034702767, 0.06418509), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.057768498, 0.121774144, 0.09370627, 0.04913383, 0.07690142, 0.0735232, 0.22072591, 0.023539443, 0.05777623, 0.32322824, 0.3281115, 0.08541682, 0.027571213, 0.08204197, -0.036617927, -0.11496138), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.10667931, 0.060036145, 0.17550562, 0.0036066761, -0.1475781, -0.0125017725, 0.1585272, -0.30022824, 0.020694837, 0.041336745, 0.34374732, 0.11649956, 0.0702352, 0.10661717, -0.018115027, 0.066765435), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.031910367, 0.08394783, -0.12302906, 0.080788575, 0.056613773, 0.13485114, 0.14046827, -0.0015214924, -0.27299604, 0.043092493, 0.0110908365, 0.0120844785, 0.13837345, 0.14274547, -0.07037318, 0.073410094), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.11933822, -0.019749384, -0.14604573, 0.23067194, 0.07458434, 0.19018115, -0.09794594, -0.028165665, 0.34246337, -0.15636346, 0.2909177, 0.049812693, 0.002857417, -0.15300918, 0.28885588, -0.017372042), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.017289294, -0.034632802, 0.21390542, -0.010042412, -0.041615892, -0.08253338, -0.30123362, -0.19299945, 0.25370637, 0.093409844, -0.09362771, -0.17982802, -0.031628486, -0.09360746, 0.13314822, -0.034462616), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.106429726, 0.016680025, -0.0529926, -0.17085713, -0.22584449, -0.07722329, 0.30886117, 0.10528744, 0.010045352, 0.099818386, -0.1433606, -0.24887395, -0.04677741, 0.113051936, -0.062035765, -0.03359467), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.10257249, -0.16084161, -0.058020744, 0.096825816, 0.19502446, -0.12214713, 0.078723475, 0.124732524, -0.15987179, -0.110849984, 0.1198203, 0.018647604, 0.114340924, -0.027776286, -0.07801131, 0.022275787), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.20298952, -0.069290765, 0.018832127, -0.17501442, 0.32367796, -0.20510589, 0.15283914, 0.16110845, 0.23468657, 0.12490908, 0.0031354423, 0.33064207, -0.089915626, 0.16466871, -0.2302326, 0.008596628), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.07267445, 0.13096274, -0.22805755, -0.03723183, 0.055223588, -0.005618507, -0.022076515, -0.07149474, -0.121041514, 0.22917031, 0.066897914, -0.07756685, 0.024709817, 0.009276744, 0.014564059, 0.057168677), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.12088462, -0.21629183, -0.01628627, 0.13085558, 0.09959188, -0.26857927, 0.099242754, -0.014361698, -0.06972168, 0.01484912, -0.14507025, 0.036060054, 0.010170308, -0.038049888, -0.009749429, 0.02627631), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.014381424, -0.08200522, 0.016342247, -0.05138454, -0.048430134, 0.14594877, -0.3555319, 0.031946313, 0.10650339, 0.18046476, -0.24730566, 0.1373742, -0.119868465, 0.09006262, -0.043326948, 0.14803706), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.041357175, 0.018529125, -0.10729679, -0.048498925, -0.10630771, -0.1541114, -0.033143718, -0.22726057, -0.07868649, -0.13653874, 0.17372914, -0.12425049, 0.20172423, -0.13046068, 0.043416902, 0.022640392), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.0996741, -0.2517156, 0.19852571, -0.0021035601, 0.10721118, -0.05211148, -0.19747794, -0.09467657, -0.023530629, -0.3026388, 0.18776762, -0.083951, -0.23070371, -0.29687774, 0.19042933, 0.082099915), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.14246128, -0.11360154, 0.042512555, 0.050347224, 0.15101464, 0.096761174, -0.09809747, 0.18949512, 0.08265103, 0.10818854, -0.06522224, 0.20080575, 0.04467876, 0.16536511, -0.17993684, 0.00630444), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.06804489, -0.08932311, 0.11452633, -0.1371827, -0.038583722, -0.044566132, 0.11590918, 0.06928946, 0.09499521, -0.28891554, -0.039033752, -0.24065344, -0.008447823, -0.22869939, -0.1481265, -0.14827704), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.040538706, -0.16607454, 0.066053875, -0.13771453, -0.26502058, -0.090013534, 0.10899838, 0.035818875, -0.025965845, -0.38602746, 0.11832495, -0.05114795, -0.0024577992, -0.131609, 0.031598363, 0.03701916), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.058901474, -0.32447273, -0.009171959, 0.0660178, -0.060969505, 0.032002755, 0.1673554, 0.08129589, -0.027818324, 0.11499822, 0.047595307, 0.1351946, -0.10076986, 0.109632365, -0.15808961, -0.082471184), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.11876087, 0.01871506, -0.15440665, 0.030330261, 0.0027066949, -0.14246738, 0.07165973, 0.01423915, -0.06284659, -0.21748444, -0.09141415, 0.0077323355, 0.0007271684, 0.1327971, 0.021298295, 0.029493187), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.10310914, -0.07170663, -0.2685449, -0.15668112, 0.10965974, -0.027063346, 0.15944144, -0.16771634, -0.08454698, -0.12480185, 0.17647612, 0.17139068, -0.09694541, 0.14676706, 0.1353608, 0.11373892), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.0808586, -0.02986483, 0.23335268, -0.05220655, -0.21456684, 0.089947656, -0.2306551, 0.23438993, -0.26377395, -0.00432009, -0.002377239, -0.0024554976, -0.11019007, -0.0772975, -0.119338326, -0.42517295), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.10294163, -0.024664093, 0.019653833, 0.034689307, 0.05632113, -0.31289428, -0.08254052, 0.13217352, 0.15772913, -0.09128828, -0.012524978, -0.06561359, -0.13107683, 0.23463258, -0.18762761, 0.22209615), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.06301127, 0.12489633, 0.025658585, -0.09527329, 0.009095258, -0.2463554, -0.0047031543, 0.119088694, 0.14065374, 0.19576642, 0.26679346, 0.03845879, 0.13757762, 0.10764672, -0.046270162, -0.11690896), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(-0.04519331, 0.002319274, -0.0704514, 0.029526047, 0.13251334, 0.2868927, -0.06838931, 0.11092056, 0.15345666, 0.16911614, 0.06869024, -0.03073747, 0.065442406, 0.018865792, 0.081815384, -0.20803072), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.06323602, -0.010242011, 0.10209268, -0.04929, -0.006704608, 0.30939466, 0.1744392, -0.10929571, -0.493058, -0.13673118, -0.12486283, -0.41315997, -0.036514506, 0.0937269, -0.16995876, 0.15627468), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.13764359, -0.028645532, 0.006338959, 0.058005866, 0.08327983, 0.17576805, 0.17758359, -0.16738725, -0.26176876, 0.07402525, -0.02212828, 0.16919926, 0.3348425, 0.032946147, 0.09707724, 0.10009711), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.2091657, 0.068191156, 0.09357867, -0.05217846, -0.1104997, 0.05062617, 0.016883407, -0.053662494, 0.24314725, 0.19810323, -0.065943204, 0.25030002, 0.08373754, -0.16690144, 0.03141188, -0.101124324), target1);\n\t\n\tMF4 target2 = { 0.022030555, -0.05006568, 0.014002339, 0.023597209 };\n\ttarget2 = MulAdd(a1, MF4x4(0.04347682, -0.042527717, 0.057372455, 0.25276724, -0.057298373, 0.16023909, 0.21286428, -0.022668337, -0.21247427, -0.14335708, 0.19040126, 0.08368367, 0.0033008587, 0.03252031, -0.1777948, -0.082336985), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.12568378, -0.08425814, 0.004957988, -0.12844385, 0.055799566, 0.21515216, -0.20364483, -0.05265174, -0.011742827, -0.053792574, -0.15443824, 0.007910115, -0.045762774, 0.03763922, 0.014743974, -0.07495264), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.095623426, 0.118021496, -0.3646953, 0.22952312, -0.06988015, 0.07823983, 0.10331074, 0.18235193, 0.10575183, 0.017832384, 0.099051595, -0.16202737, -0.065919116, -0.027154202, 0.19286686, -0.41187564), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.18027067, -0.15459284, -0.5194294, 0.15895993, -0.19545266, 0.11350413, 0.08665067, 0.053280413, -0.07407145, -0.04798788, -0.13345626, 0.1258462, 0.047066033, -0.040642574, 0.08591159, -0.10039696), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.080157764, 0.22366004, 0.17739227, 0.033781976, -0.045201484, -0.047641475, -0.07896631, -0.08679443, 0.10642969, 0.06992287, 0.041175313, -0.16435929, 0.15798622, -0.004883945, 0.08247824, -0.056977544), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.05262759, 0.015417186, 0.108641304, 0.005705979, -0.013303744, -0.016400715, -0.24967128, -0.13471037, 0.07906222, 0.07200451, 0.12428817, -0.05694691, -0.022635266, -0.08490837, -0.01682493, 0.08025121), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.4013514, -0.09885115, -0.13964225, 0.0066076894, 0.035656366, -0.061563164, 0.005582264, 0.03445424, -0.0898461, 0.07694695, -0.06430643, 0.26156837, -0.045181878, -0.16155554, -0.008806556, 0.023297746), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.014314168, 0.03040408, 0.079562426, 0.104040965, 0.15035652, -0.11237077, -0.04587703, 0.0664186, 0.011188344, 0.27792045, 0.03491885, 0.047752786, -0.02133782, 0.19199622, 0.03265004, 0.112835735), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.22900657, 0.19636537, 0.024062308, 0.004805258, 0.19197865, -0.26876372, 0.22812407, -0.13273205, 0.1163973, -0.016603881, 0.11751584, 0.07571751, -0.016665185, -0.020726109, -0.15382238, -0.05721929), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.047688257, -0.04328092, 0.00020037305, -0.0030449564, 0.21016575, -0.3156827, 0.109759815, -0.012477153, -0.037765514, -0.19186607, 0.11098016, -0.122981705, 0.030443244, -0.27449754, 0.12108516, 0.14917934), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.015644934, 0.017102094, 0.068102054, 0.11661995, -0.13552219, 0.030102659, 0.14208834, 0.034298997, 0.06434777, -0.16380474, -0.10679716, -0.052865673, 0.03549326, -0.116048254, 0.16329505, 0.19959521), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.007844256, -0.033616025, 0.040885374, 0.0077286726, -0.057888485, 0.05796843, 0.0665138, -0.189592, -0.02662338, 0.022530284, 0.08647752, 0.054335136, 0.031057479, 0.03635868, 0.0933932, 0.064375274), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.15531783, -0.21395409, -0.124851726, 0.049151056, -0.17787859, 0.07594992, 0.048780512, 0.0029584337, 0.013994473, -0.34576252, -0.05831177, 0.030209891, 0.009173122, -0.32105917, 0.026620382, 0.27054143), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.031326182, 0.11699003, -0.1819442, -0.30510914, -0.21830374, 0.06375399, -0.11343298, 0.20248312, -0.032249533, 0.1300983, -0.23744828, -0.03899525, 0.095936954, 0.075583026, -0.18192224, 0.016086053), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.24321534, 0.1016422, 0.084550686, -0.007922614, -0.16052304, -0.09632171, 0.09476528, 0.03964334, -0.00061841257, 0.11085015, 0.16789092, 0.058375813, -0.021924267, 0.26049414, -0.04622306, 0.03622448), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.05655466, -0.10016316, -0.026551498, 0.12944251, 0.06387257, 0.08759442, -0.040214762, -0.05403373, -0.001911277, -0.045361456, -0.29783988, -0.11533991, 0.07864674, -0.03580795, 0.09282203, 0.18479614), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.019557253, -0.01953009, 0.1073159, -0.077327915, -0.3287939, 0.08561906, -0.16314861, -0.14830309, -0.031493217, -0.050918207, 0.13767132, -0.25257835, 0.029513458, 0.1548974, -0.048502877, 0.0022710229), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.0022606663, 0.048681643, -0.06014017, 0.23443368, -0.086114794, 0.017463014, -0.073657446, -0.0013138334, -0.053271778, 0.29075313, 0.07355574, 0.14009497, -0.15303768, 0.21335968, -0.17516625, 0.03268628), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.012742161, -0.041635115, 0.168062, -0.028525194, -0.030566072, -0.027266532, 0.0359287, -0.07139233, 0.061290823, -0.04036332, 0.04897623, 0.13846754, 0.039383594, 0.12339301, -0.026180696, -0.0051744552), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.03748404, -0.026544569, 0.11102617, -0.22780292, 0.06731992, -0.15827416, 0.09802122, 0.11640033, 0.00039111794, 0.072100006, -0.053455148, 0.06592366, -0.09381082, 0.13634324, -0.08554314, 0.016439624), target2);\n\ttarget2 = MulAdd(c3, MF4x4(0.10113021, 0.08261971, -0.16603, -0.009958334, 0.03756299, -0.004461027, 0.08559942, -0.012674885, -0.03848595, 0.002108679, 0.021565402, -0.046234082, 0.04603834, 0.09276165, -0.29686695, -0.015194743), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.053909358, 0.0835715, -0.116176985, 0.22114189, 0.17204702, -0.17098549, -0.08065474, -0.015051904, 0.14268506, -0.117853105, -0.0038547963, -0.099558994, -0.12031682, 0.11549271, 0.0201697, 0.093561895), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.056914307, 0.18547982, -0.09208387, -0.00943169, -0.024476565, 0.020612689, 0.04417863, 0.14231037, -0.05794176, 0.19624077, -0.10561953, -0.1312564, -0.09621997, -0.055228855, -0.06481115, 0.07939849), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.09013716, -0.12869088, -0.14419042, -0.021643816, -0.123301044, 0.1077149, -0.058566347, 0.010407963, 0.009403472, -0.07660888, 0.09947006, -0.07434618, -0.014246012, -0.24914171, 0.0034662948, -0.05013118), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.070962735, 0.06716404, -0.15136454, 0.02027541, -0.107001044, 0.50334495, -0.039790098, 0.08286825, -0.0010944081, 0.1031829, -0.011431386, -0.08257687, -0.18531963, -0.14856398, 0.024649108, 0.047142852), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.049574193, 0.07180735, 0.047850125, -0.051012892, -0.00040669146, 0.4140869, -0.088046245, -0.036824025, -0.03582775, 0.26769164, -0.06151275, -0.09666011, 0.2566442, -0.09799407, 0.097338095, -0.026725585), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.1490444, -0.06516709, 0.10439169, -0.034240134, -0.041965652, -0.2079741, -0.09079767, 0.15088585, 0.022063766, -0.07552733, 0.0012785956, -0.16747397, 0.10525993, -0.09890853, 0.10660105, 0.21784192), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.07042895, 0.16030453, 0.0030912263, -0.027933247, -0.3086125, -0.28822276, -0.400802, 0.2096595, 0.08857404, 0.34754908, -0.15951826, -0.35737038, -0.038460553, 0.007917597, 0.2774085, -0.08004489), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.038472448, -0.0174679, -0.107170366, -0.037775494, -0.054595813, -0.21341673, 0.21892805, 0.12125601, 0.058354914, -0.35335168, -0.21329384, -1.0650489, 0.059367847, -0.02849481, 0.001276761, -0.30784246), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.050561953, 0.0007092989, -0.13955325, -0.07106547, 0.12613517, -0.0822321, 0.14023048, -0.20781253, 0.0041748453, 0.157751, -0.14171253, -0.9330524, -0.0035482922, -0.17769572, -0.1528532, -0.32141888), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.040014382, 0.24272937, 0.12577556, -0.10304328, 0.12054429, -0.14819793, -0.46691173, 0.12551397, 0.21042542, 0.040414993, 0.2664476, -0.0624471, -0.10776527, 0.03234498, -0.14870068, -0.05700082), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.15521951, -0.099391945, -0.31356367, -0.006449893, 0.059501357, 0.16860132, 0.2637131, -0.035344128, -0.20164591, -0.0771766, 0.22611247, -0.40267792, -0.060890198, 0.060215253, 0.093219444, -0.3483), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.03416117, -0.1827499, -0.15668888, -0.10794011, -0.075220324, 0.12177839, -0.07486823, 0.21677534, -0.039297394, -0.14563735, 0.05120258, -0.00035666916, 0.12478138, 0.04741504, 0.2288785, -0.17462626), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.02980817, 0.087366745, 0.043035574, 0.040445086, 0.07882225, 0.030239558, -0.117186725, 0.19092828, -0.037465222, -0.10581845, -0.055081632, -0.15845117, 0.07946355, 0.14760616, -0.022140944, 0.11649563), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.19723393, 0.024121622, -0.27199838, 0.07334678, -0.07288629, 0.17650653, -0.22066317, -0.13322048, 0.0069257803, -0.24415702, 0.09925061, 0.33271804, 0.0033860113, -0.18174358, -0.13197216, -0.018403139), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.093481295, -0.28051332, -0.032411367, -0.14152545, 0.18546024, 0.26412115, 0.07146612, 0.036084935, -0.27073604, -0.010888752, -0.13251275, 0.052145492, -0.0332615, 0.06561024, -0.12152722, 0.25903332), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.14281613, 0.07859564, 0.0066864006, -0.15937181, -0.12278831, 0.311999, 0.025959859, 0.02308115, -0.03229773, 0.2645761, -0.13995989, 0.10817364, 0.07908819, 0.42388916, -0.17739546, 0.10429196), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.2201895, -0.2196956, 0.14305998, -0.3301203, 0.16685095, 0.09164033, 0.031294953, -0.05854433, -0.06691493, 0.1518185, 0.038523998, 0.05256842, -0.047954578, 0.1683237, 0.0048684916, -0.10664451), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.026817175, -0.029176721, 0.24391933, 0.017680334, 0.15134846, -0.15139282, 0.29651865, 0.12128057, 0.044055674, 0.023059618, -0.054705862, -0.025505943, -0.019943522, -0.032058105, -0.30078474, 0.28300348), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.15246257, 0.16519837, 0.030530507, 0.0019738604, -0.09898821, -0.10236442, -0.15473707, 0.1960111, 0.08083462, 0.1931143, 0.053789698, 0.063627414, -0.10000871, 0.1890801, -0.039166793, -0.035554815), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.008138058, -0.090632096, 0.09218409, -0.1870409, 0.006966406, -0.036867052, -0.1109265, 0.15594107, -0.06334745, -0.025499493, 0.16426682, 0.024393357, 0.0060975226, 0.08250694, -0.022282967, -0.09879987), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.06807879, 0.127161, -0.20435798, -0.11276813, -0.035021268, -0.019755092, -0.17415504, 0.060618974, 0.12325889, -0.12290322, -0.05086793, 0.14947659, 0.023935383, -0.032783996, -0.029157335, -0.006670329), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.14423427, 0.07715571, 0.06842541, -0.24895051, -0.06428334, -0.07863047, 0.23238844, 5.274231e-05, 0.048996497, 0.17647398, 0.413201, -0.31975266, -0.030216858, 0.04867342, -0.30262446, -0.15375552), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.23534048, 0.092139505, 0.012503786, 0.116008915, -0.0898572, -0.17778875, 0.16141091, 0.3644637, 0.043014687, -0.031378243, 0.11754703, -0.38509452, 0.1001422, 0.036844354, -0.0051652407, 0.036642574), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.08065526, -0.14093323, -0.027013494, -0.112644374, -0.019306205, -0.10695108, -0.21220952, -0.039872676, -0.09730943, -0.47728395, -0.28284085, -0.07133749, -0.04755162, -0.14241156, -0.01632541, -0.009647049), target2);\n\ttarget2 = MulAdd(na3, MF4x4(0.07490686, -0.06242466, 0.15567005, -0.16337247, -0.2887383, 0.2881797, -0.121348776, 0.060069725, -0.03536951, -0.24556357, -0.35177758, -0.11175104, -0.0073047564, -0.06645475, 0.014323825, 0.058212377), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.03256386, -0.05097925, 0.27179804, -0.09543428, 0.161455, 0.023938831, 0.10773267, -0.10486564, 0.076764554, 0.06358945, -0.18258472, 0.08324786, 0.06467844, -0.20269682, 0.046431858, -0.08359799), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.086718775, 0.029116197, -0.020623617, -0.010007143, -0.0062927944, 0.028177656, -0.07210879, 0.06786677, 0.023476062, 0.17860489, -0.06256401, 0.061757386, -0.046495005, -0.055532746, 0.15595034, 0.12336579), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.08569872, -0.03291618, 0.18875046, -0.080043204, 0.19672358, 0.0756269, 0.02688733, 0.16277955, -0.060868777, -0.037449554, 0.020366343, -0.28260133, 0.30251002, -0.08898951, 0.002503838, -0.031098645), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.09120409, -0.04983847, 0.07688438, 0.008763123, -0.09732479, 0.21332602, -0.13068666, -0.030675085, 0.31382635, 0.0012199014, -0.18128653, 0.30740625, -0.100602135, 0.08708379, 0.112137444, -0.03682313), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(0.0709511, -0.04224951, -0.05609049, -0.0006408909, -0.030565612, -0.012263292, -0.009747451, -0.07244236, 0.054749947, -0.01405017, 0.009567654, -0.074202195, -0.06860078, 0.13089342, -0.06874847, -0.03219275), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.1576853, -0.2683739, -0.025735255, -0.06460345, 0.075857066, -0.59675205, 0.11202596, 0.14385986, -0.06844365, -0.23115703, 0.12929395, -0.12881753, 0.009042129, 0.105781116, -0.055749435, -0.081277415), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.13527077, -0.03984972, 0.018804315, 0.12699783, -0.17789197, -0.30242765, 0.09397843, 0.090828404, -0.059823766, 0.044621762, 0.25259614, -0.19707985, -0.13368398, 0.20000716, -0.009788325, -0.20149179), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.041884087, -0.059512906, -0.0896845, 0.06103581, 0.110947184, 0.10910047, -0.0047273464, 0.079314105, -0.121069044, 0.10926088, 0.13192393, 0.13567427, 0.109372094, 0.06015443, 0.100631915, -0.224153), target2);\n\t\n\tMF4 target3 = { 0.07754665, -0.09230884, 0.019135362, 0.035482828 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.09202538, -0.081250995, 0.13399354, -0.09287109, 0.075870514, -0.046435528, 0.06888035, 0.07559372, 0.047911238, 0.1541559, 0.016089845, -0.020714905, 0.034469247, 0.09413617, -0.06726056, 0.04964387), target3);\n\ttarget3 = MulAdd(b1, MF4x4(0.22596729, 0.02889021, -0.048012562, 0.14605793, -0.086510226, 0.09049988, -0.0024043226, 0.07370351, -0.02844908, 0.056516882, -0.12932102, -0.080092, -0.014557861, 0.2417015, 0.24414025, -0.08637478), target3);\n\ttarget3 = MulAdd(c1, MF4x4(-0.08709868, -0.15894723, 0.051107977, -0.007953947, -0.005816434, 0.15406336, -0.08382943, 0.06931645, 0.10049424, -0.10653088, 0.2009932, 0.15972902, 0.02209797, -0.008090025, 0.058555678, 0.044184227), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.14687128, 0.08516212, -0.090116605, -0.053017177, -0.09254908, -0.043845087, -0.02666236, -0.12203544, -0.043807525, 0.14893356, -0.11529748, -0.06253818, -0.010695381, -0.10081673, -0.0314329, -0.044264063), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.021610646, -0.16695172, -0.31326374, 0.05392923, 0.12519042, 0.12159836, -0.07893999, -0.10245254, 0.10427483, -0.042931017, -0.18065664, 0.01107328, 0.110220656, -0.06329314, -0.044132728, -0.004572783), target3);\n\ttarget3 = MulAdd(f1, MF4x4(0.01665856, 0.121704906, -0.2353256, 0.16223833, 0.04024997, -0.01792505, 0.14950873, -0.06683434, 0.004776299, 0.011929818, 0.07254882, 0.03820532, 0.31055966, 0.08748786, 0.0073042163, 0.2684048), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.23074506, -0.06215829, 0.053791784, 0.22733828, -0.11443747, -0.15169612, 0.040388454, -0.007505497, 0.005672369, 0.0026797412, -0.001197972, 0.007488197, -0.0024618902, 0.10131061, -0.07500523, -0.013001146), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.0776098, -0.060467657, 0.063401155, -0.3178554, 0.046797205, -0.10740315, 0.02085142, 0.101416804, -0.1198098, -0.02295822, 0.039581314, -0.048711125, -0.06259446, -0.11206371, -0.0053890026, -0.070524804), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.12901165, 0.21051991, -0.1142095, 0.22749256, -0.023643937, -0.046942696, -0.060973406, -0.057919096, -0.22156318, -0.051061176, 0.0916328, 0.012217941, -0.17102586, -0.18390712, 0.006507473, -0.029991195), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.2522444, -0.03696223, -0.18561353, 0.13687257, 0.073648125, 0.13678576, 0.16931336, 0.00949838, -0.038437508, -0.059626862, 0.05821261, -0.07623236, -0.08685592, -0.17067757, 0.174131, -0.025060346), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.104338415, -0.096368395, -0.029887693, 0.032492615, 0.041827764, 0.24553889, 0.099045165, 0.059192423, 0.023159435, -0.043454442, 0.10354106, 0.17867453, -0.1752651, 0.16507833, -0.09264873, 0.038281262), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.06404952, 0.014349881, -0.08079635, -0.18684097, -0.021107968, 0.1474591, 0.02128032, 0.052345317, 0.19520657, -0.18109623, 0.12578261, 0.034501765, -0.1369868, -0.05843081, 0.16561405, -0.06775279), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.08673276, 0.14922544, 0.12579706, 0.12474029, -0.06912261, -0.104719676, 0.27239847, -0.13122962, -0.05688415, 0.1428628, 0.00895786, -0.032757584, 0.019906566, -0.17429581, -0.10528849, 0.13250664), target3);\n\ttarget3 = MulAdd(e2, MF4x4(0.1025883, 0.16903317, 0.24479683, 0.08272392, -0.12168113, 0.09135378, 0.06919754, -0.24658537, 0.014526622, 0.08442609, -0.30363482, -0.03433778, 0.037446275, 0.030086113, -0.07519447, -0.068841174), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.024311058, -0.08233637, -0.16022089, -0.1597245, 0.050970588, -0.10577119, -0.1112992, -0.052199256, -0.0849103, -0.3776085, -0.21930903, -0.20542654, -0.01871536, 0.10911211, 0.07675561, -0.024964388), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.12411877, -0.00519536, 0.0480481, -0.10641975, -0.0010129698, -0.049957395, 0.0066010677, -0.07925235, 0.1930976, 0.5361102, -0.056495357, -0.05665149, -0.1270014, 0.041294765, -0.15627688, 0.018746065), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.13720295, 0.085025266, 0.05471863, 0.038614765, -0.06960719, 0.16281144, -0.21186842, -0.1941425, 0.095628515, 0.084828205, 0.02530074, 0.11415585, 0.10537103, -0.0586968, 0.019073522, -0.055825945), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.21141429, 0.01108361, -0.14758278, 0.08792016, -0.0016714301, -0.0030396983, -0.12766738, -0.08827425, -0.07848207, -0.13752016, 0.013766901, 0.09635439, -0.079080686, -0.14922711, 0.06670641, -0.080326416), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.20643076, -0.00499668, 0.23666923, -0.17106888, 0.12709226, 0.00981184, 0.028967496, 0.016210513, 0.12393452, 0.0043048155, 0.05266705, -0.094970286, 0.005504978, -0.050391, 0.10117381, 0.09549521), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.04931849, -0.0065390305, 0.08863048, -0.0947855, 0.15617795, -0.17475569, 0.10392811, 0.035971895, 0.03656791, -0.12339292, 0.010653483, 0.08514984, 0.15630373, 0.15763232, -0.012078789, -0.026336702), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.13140163, 0.07304222, 0.03644733, 0.09648337, -0.017975705, -0.072331324, 0.0029975558, -0.021666657, -0.020042133, 0.044821594, 0.037660487, 0.09642576, 0.06416202, 0.014092053, -0.043693382, -0.051554378), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.23793697, -0.0014973939, -0.08946259, 0.067851745, -0.019646896, -0.19535433, 0.10289966, 0.0010244731, -0.20782173, 0.0020514326, -0.16879739, 0.17888409, -0.124513365, -0.07472942, -0.0588901, -0.2092017), target3);\n\ttarget3 = MulAdd(e3, MF4x4(0.060483094, 0.059208773, 0.08345, 0.0010649676, -0.23659356, 0.3603475, 0.0053207604, -0.03345199, 0.020284697, -0.01113311, 0.11211144, 0.053414755, 0.1895607, -0.15760773, -0.23431808, 0.043709636), target3);\n\ttarget3 = MulAdd(f3, MF4x4(0.080154695, -0.064768635, -0.12550141, -0.08824165, -0.07509624, -0.0713246, -0.22137038, 0.0921876, -0.025354594, -0.24898566, -0.028864942, -0.16679515, -0.08982522, 0.029950809, -0.06993633, 0.12565832), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.20841017, 0.06321075, -0.04099131, 0.07732559, -0.08110228, 0.20876545, -0.11388175, 0.27826598, -0.15344119, 0.09446656, 0.2735643, 0.079110265, -0.043845385, 0.029875547, 0.12783948, -0.10298459), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.08580364, -0.08134692, -0.085382804, -0.09634259, -0.07509618, -0.12689087, 0.05720452, -0.1819075, 0.11217614, -0.16592574, -0.101749554, -0.018963661, 0.14723873, 0.12904182, -0.052782595, 0.05793788), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.0056530046, 0.05674741, 0.014994733, 0.11958239, 0.16446747, -0.049534798, -0.016570516, -0.21063349, -0.07496503, 0.0055008507, 0.11419655, 0.048011355, -0.04684853, 0.042691138, 0.09421025, 0.12923399), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.083864704, 0.07605092, -0.047560036, 0.16445905, -0.029962407, 0.18134072, -0.22724763, 0.023675185, -0.03332916, -0.04249084, 0.15973917, 0.007322849, -0.087714255, -0.153021, 0.030236037, -0.100231044), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.17441258, -0.028744312, 0.05915575, -0.11824928, -0.04179886, -0.14449957, 0.04891911, -0.21351086, 0.3303812, 0.07433166, 0.503379, 0.2470829, 0.1322803, -0.04928455, -0.15583721, 0.106110215), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.08065278, -0.00050983805, 0.027161239, 0.12555373, 0.017745659, 0.0479513, 0.10691591, -0.13202804, 0.38873398, 0.046141643, 0.07307728, 0.13692193, 0.18681903, 0.11005239, 0.15744549, 0.21892804), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.03978365, -0.023494922, -0.039753728, 0.27451408, 0.02140033, -0.013376269, 0.028383363, 0.059702866, -0.0071658283, -0.13848262, -0.1019017, -0.16829433, -0.018539641, 0.013991451, 0.099338084, -0.05775615), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(-0.065350726, 0.11001335, 0.11902446, -0.21104746, 0.095098086, 0.02739781, -0.26015705, 0.22157612, -0.15288728, 0.2722011, 0.27105704, -0.24145271, -0.051725585, 0.06605028, -0.012332871, -0.17540309), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.2189158, -0.05287219, -0.04915249, -0.05357751, -0.12871711, -0.0061132344, -0.1406079, -0.18074436, -0.14702965, -0.22242828, 0.08177444, 0.3396842, -0.2632696, -0.06403873, -0.008123073, -0.030273361), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.11255844, -0.057998642, -0.07679987, 0.049385145, 0.13984528, -0.07007145, 0.11060764, 0.12331489, -0.05268373, -0.15397486, 0.054913905, -0.1393604, 0.020389834, -0.17137636, 0.067205, 0.084197655), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.27258077, -0.10924528, -0.1159478, 0.05647175, 0.13014089, 0.12746723, 0.0045503005, 0.07131271, 0.081193194, 0.018001271, -0.056847095, 0.19587554, -0.018607333, 0.1416207, -0.03856229, -0.0888815), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(0.0946241, 0.059010573, 0.013680293, -0.042248886, -0.2995221, -0.095081195, 0.06510416, 0.043059137, 0.10425443, -0.1222804, -0.16180466, -0.3628854, -0.01679748, 0.112195894, -0.004974211, -0.055885002), target3);\n\ttarget3 = MulAdd(na2, MF4x4(0.11798436, 0.1390635, 0.142733, -0.16162498, 0.034902234, -0.13497733, 0.097894885, 0.10681201, -0.047284793, 0.015005336, -0.09031815, 0.12383599, -0.091548845, -0.013705567, 0.049403854, 0.18155518), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(0.1806166, 0.08396095, -0.17600271, -0.029499372, 0.17163202, 0.18944095, -0.1755662, -0.008431973, -0.057935216, 0.1584788, -0.059633583, -0.1950766, -0.03091734, -0.045874756, -0.0051801866, -0.20533004), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.004201836, -0.15968263, 0.015041736, 0.17407048, -0.03530788, 0.09062685, 0.050316375, -0.058444653, -0.12015508, 0.11712405, -0.031137828, -0.049205493, 0.05515115, 0.06733773, 0.03607973, 0.05056488), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.006330765, -0.17457847, -0.021863922, -0.16448942, 0.059458453, 0.1486118, -0.22728927, 0.0058831032, -0.00180954, -0.34799471, -0.017039202, 0.03939159, -0.033589013, 0.32948977, 0.087067194, -0.113632225), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.042377464, -0.030939378, -0.08917448, 0.2585585, -0.28696018, -0.04419827, 0.0057377038, 0.08444518, -0.009464956, -0.03967168, 0.05095106, -0.04785119, -0.05805417, -0.07269471, -0.18795604, -0.23612237), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.026615486, 0.1219551, 0.17111751, 0.12014681, -0.10403522, 0.13139823, 0.28612077, -0.17874514, 0.030061528, 0.31433544, 0.16948178, 0.10126, 0.0582159, -0.13620348, -0.026327167, 0.11529438), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.10999408, -0.1642254, -0.09659326, -0.085699454, 0.05962901, -0.07562989, 0.042366143, -0.1533413, -0.09869005, -0.21281542, 0.020441674, 0.17866766, -0.26933256, 0.049314983, 0.10039448, -0.13316467), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(-0.22610307, -0.0013520997, 0.16817398, 0.037943725, -0.067527935, -0.15105802, -0.0973126, -0.05843863, 0.19214404, 0.092337616, -0.024034662, -0.007926626, -0.32222804, 0.082673185, 0.069847725, 0.027493093), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.0014049035, -0.058899652, 0.060463455, -0.052001078, 0.19716045, 0.12879235, -0.026990427, 0.23919769, 0.0034248075, -0.0157977, -0.06720619, -0.013757762, -0.101808615, 0.029667001, 0.07381132, 0.092393965), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.053514812, 0.14120969, -0.056737684, 0.017708244, -0.05407678, 0.103361025, -0.0924985, 0.053643283, -0.28559983, -0.12866977, -0.06750911, 0.027970003, 0.06481888, 0.06773354, -0.07627304, -0.07058017), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.10564813, 0.1891429, -0.085196435, 0.0073824013, 0.0039014777, 0.14679071, 0.09327677, -0.030248597, 0.18063113, -0.3115451, 0.06560229, -0.03190648, -0.1619295, -0.112393744, -0.10004008, 0.0023948452), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.033827845, -0.12089327, 0.042195093, 0.025078757, -0.044261515, 0.09103579, -0.19070679, -0.1600237, 0.13683122, -0.072529055, 0.062436976, -0.29964364, -0.114442796, -0.047068417, -0.07223064, 0.05781626), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(-0.04086473, 0.029395554, 0.05157983, 0.013322953, -0.001428512, -0.103283875, 0.15795463, 0.21691218, 0.23493949, -0.18836173, 0.28818855, -0.07839693, -0.043874815, -0.011829423, 0.0825803, 0.18832965), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.087384604, 0.2075869, 0.012306303, -0.06356627, -0.019742407, -0.256092, -0.089735925, 0.026248232, -0.22160976, -0.4420786, 0.033200428, -0.1376953, -0.3315224, 0.17343274, 0.3179911, 0.012785637), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.14358811, 0.052979786, 0.13841373, 0.07362653, 0.050186664, 0.11735455, 0.0032370305, -0.16536471, -0.005521641, 0.1040989, -0.07086791, 0.13729815, 0.0840539, 0.06547088, 0.22857827, -0.2079967), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.11850976, -0.026047882, 0.00785038, -0.19955018, 0.040088244, -0.10139797, 0.08621738, -0.26192454, 0.3888625, 0.33236128, 0.1412189, 0.10097289, 0.07574426, -0.15459102, -0.1557534, 0.03405655), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.15693793, -0.03326048, 0.110803954, 0.07044277, 0.1380442, -0.029729376, -0.26033366, 0.040598683, -0.23744181, 0.043091178, 0.18325818, 0.05989088, 0.099216335, -0.012825024, 0.20831011, -0.08420897), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.031240137, -0.034582928, 0.0022927374, -0.06525183, -0.15711913, -0.04604516, 0.0605175, 0.15128267, 0.072712876, -0.015489105, -0.20996843, -0.24177326, 0.053063773, -0.08747667, 0.24771367, 0.1244199), target3);\n\n\ttex4[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex6[gxy] = target3;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x24\n//!IN tex4, tex5, tex6\n//!OUT tex1, tex2, tex3\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { 0.004647682, -0.04675001, -0.041206088, 0.07870823 };\n\ttarget1 = MulAdd(a1, MF4x4(0.15677336, 0.18937011, -0.15614599, 0.15203404, 0.098624565, 0.023782162, -0.045496363, -0.014783688, 0.07303875, -0.075132, -0.019847363, -0.088889055, -0.11558432, -0.08860719, 0.16452459, -0.018188732), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.026749048, -0.0376324, -0.0994071, -0.00093872234, 0.014682955, 0.008369919, -0.046362195, -0.21044572, -0.013911088, -0.117338374, 0.14585997, -0.11355687, 0.04094843, -0.11326298, 0.08555518, 0.076577775), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.04918652, 0.10098061, -0.097193845, 0.011482707, -0.015221698, -0.06306758, 0.09985586, -0.0011515089, -0.09592504, 0.11805872, -0.053774815, 0.093555175, 0.11237289, -0.20694147, 0.255737, 0.0149322525), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.06269537, -0.28116295, 0.1405942, 0.00218229, -0.012810465, 0.11574089, 0.060055815, -0.14248852, 0.03755387, 0.03748404, 0.04481931, 0.086039774, -0.0707909, -0.053917676, -0.009349141, -0.06623982), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.002837983, -0.0649247, -0.14890024, 0.0011222209, 0.12083026, -0.16136795, -0.04910086, 0.060653802, 0.020444075, 0.0024171378, 0.06839313, -0.21157807, -0.1678213, -0.27503422, 0.0063047423, 0.03292154), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.14229529, -0.002042125, -0.022892606, 0.08743759, 0.035437252, -0.12997083, -0.1851374, 0.33951423, -0.037205234, 0.03710803, 0.018455725, -0.052581675, -0.16795224, -0.14008522, 0.011014682, 0.07038518), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.105874196, -0.21320704, -0.08445409, 0.052140422, -0.13498448, -0.0737051, -0.027274717, -0.06932614, -0.017584193, -0.13111684, -0.049095873, 0.08269069, -0.017520722, -0.08716905, 0.25897968, -0.1412353), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.016677873, -0.024665434, -0.11711789, 0.16085778, 0.017375777, 0.15644072, 0.11040864, 0.23371918, 0.10210983, 0.0039968346, -0.007850634, -0.026810693, 0.08863099, 0.094195805, 0.10420045, -0.19671428), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.016842589, -0.15904509, -0.038347725, 0.1279937, -0.00045717083, 0.13132372, -0.13027431, -0.058826704, -0.0029436084, 0.008283112, 0.10262298, -0.05013397, -0.02922706, 0.14453132, 0.18946488, -0.0966266), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.00050655927, 0.2318558, 0.025141997, -0.058849655, 0.05127902, -0.056867033, -0.06191942, -0.028451841, 0.038166817, -0.14328304, 0.06050816, -0.12157533, 0.058556214, -0.13964172, 0.026282474, 0.03329027), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.06520211, 0.21877246, 0.017677024, -0.053116243, -0.018621214, -0.0063418522, -0.10306368, -0.07627847, -0.0035643768, -0.05579889, 0.07386847, -0.0084178485, 0.005625732, 0.10204069, -0.08501438, -0.013451101), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.067369066, 0.17327416, 0.062035594, -0.1340041, 0.10289677, -0.0868232, 0.023330351, -0.072417624, -0.12027732, 0.11592929, 0.05090798, -0.06895359, -0.04391116, 0.18919718, 0.064172365, -0.051173057), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.022913774, -0.021000199, -0.01890946, -0.079307556, -0.16522343, -0.3152304, -0.21007383, 0.01858985, 0.003152245, -0.009094366, -0.023845399, -0.06635666, 0.041294664, 0.12883614, -0.06389087, 0.005710572), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.032583844, 0.16247992, 0.06764235, -0.2240413, -0.15760922, 0.20196813, 0.13201368, 0.106440805, -0.070570394, -0.19261852, 0.28010008, -0.0048360736, -0.14080645, -0.02105434, 0.023814693, -0.13861166), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.071627796, 0.20605852, -0.2676727, -0.39509574, 0.22782667, 0.13424493, 0.08930976, 0.13314968, 0.045536704, -0.06271722, 0.01703984, 0.13352728, -0.07089344, 0.14776441, 0.11804898, -0.027061034), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.011638248, -0.016760292, 0.0593982, -0.100421235, 0.030956578, 0.13813019, 0.022237146, -0.091211095, 0.010232882, 0.0010010025, 0.16789608, -0.030847551, 0.027778173, -0.005418129, -0.16441783, 0.07580936), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.08137598, -0.008976606, 0.00023393384, -0.19671111, -0.0068668523, 0.097364455, -0.0026000517, -0.11201763, 0.047109667, -0.043774106, 0.12344897, -0.13232613, 0.026984906, -0.13614078, 0.06604853, 0.10752554), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.00047561026, 0.12248177, 0.05146918, -0.3956014, -0.12263068, 0.22729336, 0.03597535, 0.09500604, 0.06894016, 0.061162107, 0.13561803, -0.047466908, -0.0013999783, -0.068306796, -0.031758398, -0.046261873), target1);\n\ttarget1 = MulAdd(a3, MF4x4(0.12310386, -0.046108138, -0.08357388, 0.02034243, 0.0024922634, 0.029359696, -0.04329755, -0.034257423, 0.08229037, -0.11810178, -0.1079754, 0.13327998, -0.09608102, -0.26294786, -0.056677792, -0.1958781), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.007982684, 0.020604203, -0.12702446, -0.02264998, -0.034644246, -0.00025684707, 0.037761245, -0.0041598473, -0.047972955, 0.039201785, -0.016598722, -0.044081174, 0.11861525, 0.01239671, -0.12192053, 0.08865015), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.0018564354, -0.07618631, -0.09212719, 0.092056714, -0.16783315, 0.08645543, 0.24669226, -0.023520375, -0.04045034, -0.0023428998, -0.01612943, 0.014919031, 0.16028026, -0.020104371, -0.16949941, 0.18713622), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.19490379, -0.07592651, -0.200843, 0.07704469, -0.02736559, -0.054601975, -0.07240532, -0.03120134, -0.038438305, -0.12783389, -0.057655185, -0.009752765, 0.07110615, 0.033978693, -0.023724876, 0.11998657), target1);\n\ttarget1 = MulAdd(e3, MF4x4(0.18834178, 0.23053586, -0.14430945, 0.32287082, -0.32185385, -0.15306619, -0.1573794, 0.005030648, 0.06912159, 0.009656687, -0.20743106, 0.03814172, 0.104378454, -0.07221508, -0.11348173, -0.019581677), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.017694198, 0.028853144, 0.1263284, 0.1820403, -0.05317991, -0.057951134, -0.04575081, 0.05769411, -0.11807033, 0.06413361, 0.06063185, 0.19433405, 0.0032539407, 0.021501997, -0.14744627, -0.095206425), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.0463219, -0.13988416, 0.07200895, -0.13444373, -0.2447483, -0.024709478, -0.08591721, -0.09281996, -0.046719797, -0.11321926, -0.061532497, -0.0044461554, -0.03174407, -0.0056026108, 0.0056006387, 0.08828445), target1);\n\ttarget1 = MulAdd(h3, MF4x4(0.060374547, 0.062058832, -0.0390557, -0.047456663, -0.2227052, -0.03193117, -0.025358196, 0.08565629, 0.03657194, 0.13427348, -0.09266081, 0.23655434, 0.024580589, 0.01999063, -0.038653534, -0.023600115), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.0522313, 0.079263784, 0.10858985, -0.031472187, 0.072964184, -0.065342486, -0.03705779, 0.12809205, 0.09141905, 0.042783994, -0.028724866, -0.08221137, 0.13597457, 0.029334683, -0.12261823, -0.0052482346), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.018523648, -0.21706165, -0.14580801, 0.038885653, -0.030849187, -0.06640324, 0.0011639405, 0.097421385, -0.10876752, 0.14631185, 0.014579094, 0.13907033, 0.1310694, -0.1287285, 0.03553917, 0.025316685), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.22148734, 0.01278849, -0.1596892, 0.17187239, -0.04219283, -0.064526156, 0.011610614, -0.0094766095, 0.028804665, 0.16347663, -0.09309108, 0.07097134, -0.014338763, 0.051742412, 0.059907336, -0.17768253), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.06295463, -0.118564956, -0.016017804, 0.050398786, -0.07136999, 0.25657415, -0.035830878, -0.084443375, 0.12151532, -0.089734256, -0.064030536, 0.048108097, -0.01340212, -0.16572993, -0.093480445, 0.088874646), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.059600584, -0.0052702287, 0.029479535, 0.20121074, -0.07113247, 0.1561413, 0.25110185, -0.060266465, -0.34369025, 0.14528714, 0.060928173, 0.008688357, 0.034280702, -0.004796254, 0.15269074, 0.056567237), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.05273782, -0.10539872, -0.07192354, -0.083380386, 0.097994, -0.20134969, -0.5062206, 0.30952695, -0.041553877, -0.055801403, -0.037597038, -0.13394146, 0.027271803, 0.17738731, 0.3336375, -0.0035211574), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.009962762, 0.11503034, 0.027571376, -0.018972939, 0.057955634, -0.039739445, -0.0676937, 0.09477686, 0.17910802, -0.28064108, -0.12184129, -0.028407406, 0.056930028, 0.024252843, 0.08959171, -0.027298026), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.010729545, -0.048747167, 0.03880723, -0.006755044, -0.011909068, 0.008659933, 0.0800407, -0.040333465, -0.25750905, 0.29087406, 0.04864783, 0.118413374, -0.03514928, -0.17206238, 0.2095635, 0.039926212), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.0073815766, -0.030507097, 0.13367772, 0.04863103, -0.067190245, 0.039960794, -0.013012274, 0.15617093, -0.33983988, -0.05671963, 0.22061184, -0.03684452, 0.06304772, -0.08322253, 0.1117871, -0.2006011), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.119437724, -0.009319272, -0.07218167, -0.20269917, 0.10248017, -0.009564983, -0.016272334, -0.042979773, 0.11264571, -0.15697405, 0.015802475, 0.11154868, -0.073011585, -0.07225136, 0.15061282, 0.027214698), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.03921657, -0.0154446345, -0.01855873, -0.15813923, 0.11489257, -0.10245685, 0.090572976, -0.072605945, -0.069270656, 0.05171411, 0.045471992, -0.028802622, -0.19419885, 0.18310049, 0.06882923, -0.0005851153), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.04575681, -0.020910552, 0.051311508, -0.0004904971, 0.04239284, 0.024153773, 0.030940467, -0.107036866, -0.099398546, 0.30524835, 0.03902779, -0.05217122, 0.14969619, 0.084496036, -0.14226931, -0.07463564), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.05297294, 0.15384737, -0.0069473814, 0.055046722, 0.11697162, 0.2424236, 0.021053674, -0.004738062, 0.014129249, -0.2909751, -0.048418947, 0.014277387, 0.053296436, -0.12475984, 0.07531274, -0.022512587), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.04752641, 0.0006545224, -0.00589135, -0.026285272, -0.043745905, 0.24044664, 0.027723765, -0.023630425, 0.00869218, 0.028710615, -0.013863237, 0.0809765, 0.06708566, 0.013517718, 0.0012386752, -0.022743834), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.12600644, 0.0116939265, 0.0491542, 0.06871389, -0.2096317, 0.050711762, -0.0455067, -0.11994795, -0.05030036, 0.20621927, 0.10951404, -0.05465143, 0.09614336, -0.22954291, 0.15239881, 0.04559428), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.020940155, 0.16499193, 0.17525958, -0.051628407, -0.3068143, -0.14576466, 0.00672593, -0.1308778, 0.00072586804, -0.067010164, -0.093788825, 0.005219908, -0.020126363, -0.083521724, -0.0650657, 0.01836861), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.072675996, 0.10010303, -0.1263988, -0.13888146, 0.13648619, 0.09535094, -0.0038582503, 0.10240531, -0.0014882578, -0.21053605, 0.16676606, -0.024605514, -0.06614438, 0.09575527, 0.116414934, -0.18538997), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.013467567, 0.11274834, 0.07675635, -0.054812886, -0.024862224, 0.044424616, -0.12858495, -0.120611496, -0.1295857, -0.029304063, -0.06629468, -0.22211547, 0.12577437, -0.015624684, -0.10307795, 0.09404936), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.11430831, 0.11486887, -0.06219608, -0.018371167, 0.091516815, 0.0041821343, -0.043150745, -0.11775014, 0.07794832, -0.01944774, -0.031383686, 0.077408955, -0.124252975, 0.062118705, 0.009199536, 0.06538969), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.22154011, -0.098727904, -0.08378975, -0.04167056, 0.019208338, -0.02245709, 0.13298267, -0.104098395, 0.053671844, 0.12845491, -0.003814564, 0.0665341, -0.07084713, 0.26803628, 0.09472736, 0.16825765), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.21349828, -0.14917591, 0.12592548, -0.12721801, 0.086323306, -0.15409322, 0.07365807, 0.00620922, -0.0280901, 0.0957864, 0.10711525, 0.1165179, -0.08383744, 0.14757137, 0.024865197, -0.17536579), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.044920437, -0.00016428503, 0.035227478, -0.026525848, -0.17628764, 0.044141084, 0.025941433, 0.18698089, 0.0069334265, 0.097304195, -0.08945912, -0.007168394, -0.054236215, -0.2604089, -0.14738831, -0.074961744), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.043119818, -0.012245711, 0.030121213, -0.0032237277, -0.033457555, 0.052158665, 0.046546284, -0.0047129868, -0.08133807, 0.037123546, 0.08634659, 0.120436855, -0.02609943, 0.11368193, -0.06750012, 0.0007624448), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(-0.20511842, 0.1999221, 0.099944666, -0.14691514, 0.012555328, -0.22190604, 0.12456348, 0.05391116, 0.031001683, -0.33920962, 0.13921735, 0.101068705, 0.28788915, 0.13809694, -0.10081831, -0.05679542), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(-0.019705083, 0.08693377, 0.06884471, 0.032386675, 0.10256849, 0.22142375, 0.07398588, 0.03336761, 0.19134827, 0.12654771, -0.39008364, -0.29602188, -0.04149512, 0.018968705, 0.080247656, 0.0480814), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.09539717, -0.10946926, -0.048939522, 0.030059233, -0.17243776, 0.021580435, 0.15642153, -0.10282692, -0.020257011, 0.060849674, 0.040640093, 0.05628088, -0.11358645, -0.16440971, 0.1787329, -0.02685428), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(0.14034219, 0.21827984, -0.16170599, 0.03681219, -0.051667843, 0.019152328, 0.033406716, -0.025032328, 0.13413768, -0.09349573, 0.10037219, -0.0105256345, -0.17372406, -0.07619186, 0.068273135, 0.088958755), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.015460073, -0.04781314, -0.008159705, 0.117226824, -0.20293492, 0.019126927, 0.1074034, -0.10307512, 0.1356002, 0.108166546, -0.1275016, -0.023100886, -0.09334954, -0.14509954, 0.1668647, 0.13371155), target1);\n\t\n\tMF4 target2 = { -0.06939391, 0.017302405, 0.023963664, -0.011060264 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.0116784945, -0.25090152, -0.17868316, 0.036498535, 0.015182224, 0.2023079, 0.011117134, 0.15237965, -0.015316299, 0.088544175, -0.06572522, -0.08057326, -0.22271864, -0.30610234, -0.12208543, -0.22944431), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.11143165, -0.077543005, -0.061455075, -0.037597977, -0.0023224957, -0.10979736, -0.034990564, -0.008420816, -0.094636045, -0.030254573, -0.06455877, -0.020989688, 0.018324712, -0.3669934, -0.350233, 0.037510827), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.104956195, 0.015602951, -0.051957965, 0.13510315, 0.010418954, -0.054195777, 0.018231759, 0.045083612, 0.09856977, -0.10220956, -0.029939203, 0.01315078, -0.29208857, 0.0017958464, 0.08760539, -0.09646556), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.046938017, 0.08242743, 0.13486576, -0.087577604, 0.1157099, 0.101392664, 0.14847688, 0.037801757, 0.018798033, -0.25906846, 0.097656235, -0.009259822, 0.10044328, 0.33434513, -0.15681681, -0.07497045), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.113606565, 0.15215175, 0.056206945, 0.03135906, -0.06457102, 0.028175417, -0.06261949, -0.015601963, -0.048961632, 0.07163545, 0.0147160115, 0.037389677, 0.092339285, 0.26372424, 0.1122662, -0.058904216), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.21457312, 0.1408831, -0.08713026, -0.06950515, 0.006483218, 0.028784987, -0.02613041, -0.06227427, 0.024932534, -0.02103815, 0.080908604, 0.078669965, 0.19956729, -0.035375793, -0.046653055, 0.07523847), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.11979529, -0.15300119, -0.06692378, 0.0982862, -0.05148871, -0.16330053, -0.045053672, 0.022939514, -0.013373179, 0.38319084, 0.11172139, -0.07044107, 0.09208871, -0.07254955, -0.03284103, 0.05421524), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.09024579, 0.022398917, -0.084611446, 0.1254619, -0.0028836168, -0.092541836, -0.06697658, -0.09709128, 0.10234711, -0.1247404, 0.031691026, 0.0087786, -0.09046125, 0.059536055, 0.2076767, 0.15046969), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.18603326, 0.0022851937, -0.10218833, 0.18102962, 0.030617537, -0.005931309, -0.06299933, -0.13356128, -0.03377612, -0.009710565, -0.10352098, -0.20960933, 0.10586698, 0.018833099, 0.16208176, -0.048466753), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.004165509, -0.112526424, -0.1481008, -0.09386717, 0.017359056, -0.16117403, 0.065114655, 0.15273894, 0.0850914, -0.6033039, -0.102531776, -0.09553129, 0.06812466, -0.17199127, 0.009345428, -0.117129266), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.19360402, -0.2172338, -0.025270093, 0.041762922, -0.06813442, -0.1315374, -0.03864256, -0.083543435, -0.14600715, -0.10248121, -0.039856248, 0.034162194, -0.06736031, 0.07872902, -0.06577812, -0.07003804), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.2596632, -0.06779467, -0.061247632, 0.09280383, 0.15697475, -0.06379218, 0.117600165, 0.19564915, -0.043823496, 0.2113048, 0.1236739, 0.05126704, 0.0036669953, 0.059754487, -0.031676155, 0.07585315), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.2750924, 0.07154958, -0.043717247, 0.11531165, 0.07236982, 0.112787254, 0.024018776, -0.0073595895, 0.037517104, -0.06963889, -0.13254988, -0.1347438, 0.08744426, 0.036659624, -0.010376286, -0.0011054546), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.21909392, -0.15014122, -0.1724268, -0.11459151, 0.07886104, -0.039391857, -0.086656936, -0.18109863, 0.13549148, 0.24947289, -0.11073447, -0.012388639, -0.06299071, 0.094953805, -0.018513478, 0.11858225), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.14019133, 0.289657, -0.13005698, 0.08418524, -0.15852125, 0.2049765, -0.18946235, -0.03330375, 0.057983503, 0.17226145, -0.16830897, -0.047264732, 0.027640691, -0.010081246, 0.14454436, 0.081710726), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.1674246, 0.28778687, 0.19290589, 0.086525135, 0.09838388, 0.1437797, 0.18871532, -0.31380877, -0.13105413, -0.15920939, -0.049839422, 0.025027066, -0.042670842, -0.07288023, -0.03385935, 0.03853164), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.26396382, -0.09383774, 0.10738164, 0.058519054, 0.01883401, 0.023963995, -0.09510717, 0.25038752, 0.004994643, 0.26613802, 0.11163109, -0.09746982, -0.08012294, 0.092731714, 0.024274494, 0.040725235), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.024282128, 0.07086445, 0.04124535, -0.04565769, -0.043728314, -0.15438943, 0.06610379, 0.07666126, -0.046235953, 0.04901646, -0.045347054, -0.0908177, 0.03715751, -0.09512116, 0.024934331, 0.019330366), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.0610446, -0.00039494174, 0.11040924, 0.09711379, -0.033694427, 0.042628422, 0.04497454, -0.08639888, -0.006714255, -0.1956921, -0.07696048, -0.1440855, -0.036684107, 0.08872227, -0.014518533, -0.081829615), target2);\n\ttarget2 = MulAdd(b3, MF4x4(0.03242377, 0.2742694, 0.15646815, 0.12491848, -0.097658925, 0.04652564, -0.20971832, -0.22238888, -0.045453016, -0.10306553, -0.14868681, -0.03697577, 0.037367497, 0.106009305, 0.0006840817, -0.06331295), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.09252423, -0.260707, 0.060529877, 0.1422387, 0.13040084, 0.060533516, -0.15988415, 0.093058884, -0.063219644, 0.16596133, -0.0858158, 0.0010563346, -0.05912638, -0.14902595, -0.0055698613, -0.19287406), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.050616026, 0.027293183, 0.1349355, 0.06430556, -0.0017233352, 0.05913591, 0.111860454, 0.05829484, -0.036098555, 0.065207146, -0.049812254, -0.14549483, -0.12424656, 0.1472102, 0.031858474, 0.017159335), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.018377563, 0.13093959, 0.15379103, 0.12314944, 0.040771928, -0.066829674, -0.05734121, 0.105038896, 0.29102528, -0.015173645, -0.004220056, -0.13141808, -0.20211789, 0.16278313, 0.09339586, -0.06485214), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.000521399, -0.3693901, 0.17483166, 0.16742888, -0.06343791, 0.042411476, 0.13772172, 0.064281724, -0.034507953, 0.03691756, 0.13490774, 0.10946845, 0.12370677, -0.03205938, -0.02645649, -0.15375873), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.023370143, 0.11848177, 0.005112462, 0.026092546, 0.034971926, -0.08103188, -0.20400497, 0.06226299, -0.060475063, 0.035214186, -0.13627078, 0.045491677, -0.07321337, -0.10956125, 0.056908336, -0.0032308386), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.076967224, 0.117254384, 0.03186256, 0.2218116, 0.05217254, -0.13943173, 0.058474854, 0.13177274, -0.019476373, 0.14138101, -0.012791203, 0.12705484, -0.013589421, -0.10622012, -0.0021916716, 0.015177393), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.061352234, -0.032728117, -0.16315818, 0.08222588, 0.013996033, 0.057500184, -0.11674498, -0.10170402, -0.03012877, -0.14447689, 0.032117244, 0.11841102, -0.0070680035, -0.15353645, 0.14097273, -0.12609388), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.1366668, 0.022588843, -0.06960645, -0.019482136, 0.008831277, 0.005849642, -0.042811397, -0.10104664, -0.21647254, -0.055100426, 0.10582604, 0.091224626, 0.16348936, -0.04480947, -0.08394584, 0.14027816), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.05215042, -0.22153285, -0.07402603, -0.1395589, -0.26351386, 0.060670085, 0.12676051, 0.0018233472, 0.09564221, -0.14353068, 0.23205271, -0.026433198, -0.04914892, 0.09260728, 0.016136972, -0.037016835), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.09228144, 0.028619789, -0.011197684, 0.043782573, 0.061469227, 0.019487167, 0.046048775, -0.060745444, -0.24178508, -0.11117579, 0.1313642, -0.20273723, 0.081280276, -0.015113924, -0.008701512, 0.038079187), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.092076614, -0.14906341, -0.013150191, -0.1445046, 0.023577487, -0.088496424, -0.03039066, -0.028063597, 0.033408202, 0.105900854, -0.098281376, 0.09988187, -0.04934366, 0.1647861, 0.15974896, 0.0484809), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.043313354, -0.079856, -0.29574707, -0.23970212, -0.23463657, -0.061711017, -0.12481534, 0.21037807, -0.010700073, 0.14672308, 0.15071099, -0.03755617, 0.072450034, 0.083081506, -0.001196162, -0.055120632), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.20737736, 0.008907195, -0.11623631, -0.038137514, 0.037122898, -0.10322798, -0.065684326, -0.010471773, -0.12765402, -0.117699586, -0.012870391, 0.071912766, -0.03260932, 0.12864828, -0.035069928, -0.08712889), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.05578123, 0.056912176, 0.01512389, -0.14807466, -0.012101421, 0.10860546, 0.034598228, 0.07160875, 0.15761101, -0.4777804, -0.24159615, -0.006523453, -0.28167522, -0.14714232, -0.1693888, -0.111417554), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.25981572, 0.1301148, -0.01769167, -0.10818973, 0.16135831, 0.024396034, -0.06722463, -0.032221332, -0.12383674, 0.038760092, 0.052030306, 0.077312715, -0.007761604, -0.12031171, 0.018808518, -0.103885494), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.048577465, 0.025990447, -0.07106119, 0.15832591, 0.019197416, 0.044232063, -0.030652093, 0.011447957, 0.18041368, -0.28076535, 0.022676598, -0.15350787, -0.1514482, -0.2362105, 0.14161605, 0.030001758), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.2541123, 0.050012548, 0.1707829, 0.025630053, 0.078972176, 0.17645672, -0.020095231, 0.03378738, -0.1328695, 0.04409738, -0.23381121, -0.013347802, -0.049448222, 0.07035769, 0.105488785, 0.08659344), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.10455444, 0.28242826, 0.16516706, -0.046555575, 0.13230863, 0.07463435, -0.14748469, 0.11881527, 0.2279376, 0.14795774, 0.21520549, -0.05650647, 0.11728158, 0.048864357, 0.040869843, 0.1442246), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.21203394, -0.06565692, 0.03824069, 0.011281014, -0.033808656, 0.12499576, -0.13186213, -0.043884885, 0.017813649, 0.18413112, 0.046354674, -0.05213395, -0.051737677, -0.07141214, 0.03402196, -0.06220277), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.05735565, -0.12864622, 0.051514987, 0.03940558, -0.08701596, -0.1948226, 0.034218855, -0.03742723, 0.15607446, 0.0327541, 0.04040029, 0.0028771486, -0.08412264, -0.016660625, -0.058885157, 0.09373861), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.069591254, 0.018901952, 0.008289076, 0.08653302, -0.009072406, -0.11095817, 0.20987292, 0.016384758, 0.05693833, -0.118542574, 0.11310585, 0.073924355, 0.10250452, -0.043420166, -0.07558694, -0.10898524), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.030319573, -0.3339516, -0.0689396, 0.01270701, 0.2504168, -0.08088952, 0.048351087, 0.013527536, -0.04373888, -0.27049688, 0.052563794, 0.010002367, 0.038096514, 0.0740455, -0.17847466, -0.1106183), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.041473575, 0.036192052, -0.20958827, 0.09255741, 0.043088675, -0.07332803, -0.1566315, 0.19757885, 0.04752265, 0.14642613, 0.021630943, -0.105035484, 0.015669389, 0.015701298, 0.124771506, 0.028875854), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.0017878636, 0.06815434, 0.03952396, 0.0008930589, 0.10052908, -0.010179957, 0.090537265, 0.26063922, -0.027913721, -0.27610707, -0.0935186, 0.103001356, -0.013015698, -0.13290603, -0.036786307, -0.120041944), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.008112194, 0.101246096, 0.10216113, 0.012162128, 0.16638301, 0.03442679, -0.013482703, 0.22639573, -0.106342115, 0.16007386, 0.1562559, 0.031520694, -0.04781568, 0.061812893, 0.063238494, -0.112484284), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.07636386, 0.02620731, -0.04784259, -0.0068134456, -0.098476306, -0.25026417, -0.26229498, 0.07999187, 0.08054805, -0.13999973, 0.038135037, -0.017274393, -0.07507948, -0.19170132, -0.111937724, -0.07482982), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(-0.102867655, 0.041831665, -0.26580745, 0.072875075, 0.122495115, -0.24738726, 0.01103763, 0.010455935, 0.10415628, 0.071636476, 0.24413374, 0.036024485, -0.14325532, -0.028743692, 0.09872556, 0.019074876), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.08356808, 0.031134086, -0.0018714333, 0.052166995, -0.050258227, 0.015659487, -0.010771479, -0.094513185, 0.120308846, -0.16520835, 0.24742663, 0.0097768335, -0.26430902, 0.00096495246, -0.010277926, -0.03203841), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(-0.08886612, 0.045868922, -0.23351108, -0.11945227, -0.08114231, 0.1866038, -0.014666174, 0.10560594, 0.23003237, -0.031111564, 0.08909732, -0.004926665, 0.14808343, 0.012070922, 0.26077467, -0.13846008), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.02067818, 0.010505095, 0.1236986, 0.004310499, -0.23058774, 0.4539795, -0.1107521, 0.2687594, -0.088774115, 0.08556259, -0.28480148, 0.16472621, 0.22381066, 0.04922506, 0.03720699, -0.019955777), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(0.02878623, 0.08478639, 0.2798358, 0.08889886, 0.094446555, 0.022878725, 0.04060367, 0.008747965, 0.074154414, -0.36745515, -0.22710432, -0.17041051, 0.16977836, 0.18033457, -0.1422643, -0.06097858), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.1882957, 0.07039768, 0.012633585, 0.0782871, 0.03383675, -0.07504364, -0.006248557, -0.0551174, 0.075581536, 0.091343425, 0.07753647, -0.0019186279, -0.016886314, 0.16758795, -0.060557626, -0.16569303), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(-0.13320294, -0.055567943, 0.05735829, 0.12787667, 0.04922832, -0.012577599, -0.13878204, -0.014323274, 0.06648109, -0.026210563, 0.019616883, -0.27789673, 0.051355522, -0.13060455, 0.039109703, 0.036932684), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.10139845, -0.22758122, 0.044597298, 0.07907936, -0.025654264, -0.10633203, 0.04071873, 0.22363085, 0.12398309, 0.36964926, 0.21903247, -0.3217227, 0.030226095, 0.07867376, 0.045920413, 0.102684624), target2);\n\t\n\tMF4 target3 = { -0.020202361, -0.0016936217, 0.023388062, 0.10373034 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.12172707, 0.08510432, 0.016999101, -0.03837886, -0.071940385, -0.028869554, -0.073142946, -0.018426571, -0.16583674, 0.02999741, -0.045404267, 0.07544135, -0.015742308, 0.051709145, 0.07165505, 0.15298915), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.18608806, -0.08503095, -0.05690552, 0.20230335, 0.03255425, -0.07374758, 0.02050966, -0.0322938, 0.029025763, 0.045261286, 0.040862788, 0.0007141505, -0.040648397, -0.09871272, 0.06639088, -0.10357326), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.1160622, -0.021342635, -0.039825406, -0.19480887, 0.13462403, -0.06567422, 0.04279539, -0.012501501, -0.06882412, 0.24730788, -0.11261373, 0.15826169, -0.1942516, -0.011018759, -0.006282914, 0.15791936), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.24771467, -0.029817501, -0.0072410326, 0.0049591805, 0.002406374, 0.06705227, 0.0746882, -0.021962378, 0.02235974, -0.09111428, 0.046035543, -0.05091351, 0.12882613, -0.0052345973, 0.20476472, -0.035007346), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.07206948, 0.007837054, 0.004716684, 0.032783184, -0.1640229, 0.09656901, -0.024538686, -0.13850725, 0.0020381159, -0.119971916, -0.03598378, 0.098396435, 0.11248338, 0.013638009, -0.13411912, -0.091735974), target3);\n\ttarget3 = MulAdd(f1, MF4x4(0.012680958, 0.0073848446, -0.15104567, -0.086190425, 0.017306415, -0.12165865, -0.030102974, -0.06412363, -0.048320986, 0.066044435, -0.037102707, -0.05550032, -0.022057295, -0.016380537, -0.023064991, 0.04324733), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.014645644, 0.029250145, -0.19020447, 0.06094981, 0.06021305, 0.033002753, -0.08270684, -0.13078806, -0.078915745, 0.03234919, 0.0033177685, 0.025673114, -0.10040817, -0.11726593, 0.26478398, -0.021515043), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.03930199, -0.007856709, -0.010699159, -0.03138408, -0.25258276, -0.051078923, -0.17284779, 0.115362965, 0.20981595, -0.12642711, -0.07527823, -0.21674243, -0.05171349, -0.032929346, -0.11959963, 0.021577986), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.12679584, -0.00971076, -0.2065375, -0.10207124, 0.1189984, 0.13061368, 0.048184898, 0.009846873, 0.08049477, -0.052818604, 0.024915429, -0.089877605, 0.028596658, -0.049394336, 0.15412825, -0.25427133), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.042340282, 0.15739791, -0.0058195787, 0.11638454, -0.29605922, 0.04940588, -0.12277728, 0.06556332, -0.15141304, -0.007342225, -0.015176599, 0.19668026, -0.029852653, 0.1131092, 0.06274694, 0.19488528), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.17317021, 0.12034029, 0.023154281, -0.035767153, 0.023895182, 0.08562897, 0.010849429, 0.15511833, -0.071655706, 0.06762927, 0.110938646, -0.11194944, 0.088547744, 0.01826857, 0.10635028, 0.00079735904), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.1724684, 0.072277844, -0.07157608, 0.014533819, 0.21083286, -0.10260293, -0.042641845, -0.022131564, 0.15609416, -0.012785209, 0.1689822, 0.08156936, -0.05814626, 0.12873544, 0.013016528, 0.07162671), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.10265145, -0.15034834, -0.020390334, 0.051008113, 0.13483785, -0.036995072, 0.10197256, 0.07332627, 0.24034818, 0.041877862, 0.101294585, -0.038894523, -0.036132984, -0.09265928, -0.056219723, -0.02888855), target3);\n\ttarget3 = MulAdd(e2, MF4x4(0.2652024, -0.01230703, 0.23594856, 0.0742723, 0.09739247, 0.0483161, 0.023852533, 0.17482124, -0.09551598, 0.07907358, 0.09280555, 0.27893403, -0.016893778, -0.15504459, 0.07111864, 0.17860727), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.009993413, -0.034769267, 0.06733924, -0.026964549, 0.30227652, 0.0139632225, 0.049200308, -0.07578955, 0.061411507, 0.1924837, -0.008919774, -0.02543576, 0.08537961, 0.01291466, 0.07587885, -0.19892685), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.079757795, -0.021056721, -0.119849935, -0.1829519, 0.25801504, 0.08255822, 0.09422877, -0.26859275, -0.17237917, 0.030880162, -0.073090166, 0.045552216, -0.15178613, 0.046667624, 0.05506945, 0.120318785), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.13899504, 0.2106589, 0.09166694, -0.06926149, 0.13418478, 0.017007234, 0.027100448, -0.062565625, -0.021934774, 0.067251615, -0.10328445, 0.033577222, -0.050557505, -0.035202354, -0.062489368, -0.02470738), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.15340589, 0.11806747, 0.20874004, 0.048173226, -0.05472843, 0.084544346, -0.043854542, -0.07571899, 0.036645986, 0.05016359, -0.074323095, -0.2529282, 0.13572234, -0.008771343, 0.11274458, 0.18037859), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.021645557, 0.08299124, -0.051362146, 0.09342637, 0.0665058, 0.09216755, -0.0164684, 0.07281118, -0.0053016874, 0.032470454, 0.004089323, 0.009884544, -0.0046753073, -0.037279285, 0.12613527, 0.022236153), target3);\n\ttarget3 = MulAdd(b3, MF4x4(-0.06745298, -0.15038055, 0.11176774, -0.06209666, 0.017843692, 0.09113945, 0.10990877, -0.021071523, -0.111020654, 0.066645324, 0.04690986, -0.011084726, -0.15171939, 0.084783286, 0.24798997, -0.042696327), target3);\n\ttarget3 = MulAdd(c3, MF4x4(-0.05915715, -0.22595185, 0.061333664, -0.0924661, -0.013238295, 0.12872066, 0.076126665, 0.18921073, 0.01155994, 0.092524104, 0.07423282, 0.09467482, 0.070056126, -0.06073076, 0.030242696, -7.544676e-05), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.110107556, 0.0036358358, -0.013859793, 0.008409858, -0.021337144, -0.2092404, 0.054274913, 0.013595842, 0.058993395, 0.029181428, 0.15061715, -0.046964824, 0.044353873, -0.036482453, 0.22763032, -0.018364066), target3);\n\ttarget3 = MulAdd(e3, MF4x4(0.20778932, -0.049483854, 0.24778971, -0.3266631, -0.11545233, -0.093305275, -0.4550674, 0.2352049, 0.0052719507, -0.045975342, -0.35826904, -0.058102172, -0.096291795, -0.11218896, 0.23879842, -0.03641578), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.109331824, 0.00814177, -0.08803353, 0.06688425, -0.09283131, 0.031705324, 0.040918272, 0.18237656, -0.07152109, 0.12277652, -0.059865803, -0.06869673, 0.11195339, -0.1325457, 0.1912906, -0.08553347), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.10984097, 0.15747224, -0.019459615, 0.24969575, -0.01159421, -0.027474519, -0.004108195, -0.062133413, -0.06384389, -0.08368246, 0.0023778875, 0.13171864, -0.05652675, 0.14332311, -0.15735596, 0.20150533), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.078031205, -0.12403856, 0.04191835, -0.16050112, 0.11339027, 0.074540265, -0.15324953, -0.093895815, -0.0614043, -0.013293006, -0.12348063, 0.026803058, -0.1773178, -0.083579265, -0.054864556, 0.296814), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.053263642, -0.048648115, -0.010281689, 0.20099847, 0.190146, -0.0023872026, -0.010445226, -0.04350378, -0.017980015, -0.04147092, -0.08261166, -0.031094978, -0.046422567, 0.120881446, -0.054973155, -0.058380593), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.16745642, 0.07924586, -0.16717474, 0.06620602, 0.16495655, 0.0293633, 0.07890249, -0.30954084, 0.03467237, -0.20190205, 0.0014116743, -0.32280523, -0.14156029, -0.06447037, -0.21021147, 0.0687274), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.04360317, 0.14327015, -0.06630513, -0.09011326, -0.0919624, -0.09085504, 0.024597472, 0.23315085, 0.039139662, -0.17370877, 0.048785537, -0.10094988, 0.010336257, -0.016844554, -0.05375775, -0.041789643), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.04296336, -0.093379766, 0.005651271, -0.090673715, 0.021506978, -0.08289978, 0.16281237, -0.0939677, -0.10273288, -0.22043118, 0.062697254, -0.027947478, -0.08711271, 0.0077892793, -0.10296665, 0.049631704), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(-0.09388834, -0.02609863, -0.043841925, -0.020223266, -0.023729876, 0.07854283, -0.19361661, -0.02297985, -0.003995974, 0.03295993, -0.07480908, -0.03279157, 0.20216386, -0.06685853, -0.22405225, -0.22138701), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(-0.041702025, 0.03686083, 0.051558632, 0.08093031, 0.0004725686, 0.0050831046, -0.31346506, 0.24020754, -0.012426937, 0.24121699, 0.0522848, 0.0524269, 0.0041041574, 0.20183508, 0.30658904, -0.099001035), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(0.0057143304, 0.07863334, 0.030834159, -0.20045337, -0.14132334, -0.019685036, -0.041891463, 0.04859716, -0.19865768, -0.16805026, -0.21894583, 0.08326542, 0.1381732, 0.06524222, 0.14627486, 0.105718866), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.06811638, -0.07022535, -0.08053529, -0.019539276, -0.0013508294, -0.067808755, 0.14990425, -0.020371182, 0.2161962, 0.012578056, -0.07941276, -0.29615018, -0.11092915, 0.10959083, -0.38344857, -0.04684961), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.05912716, -0.007058617, 0.0053731226, -0.20157285, -0.0039983774, 0.1626744, -0.15158534, -0.0880334, -0.095339596, -0.102986366, 0.16870484, 0.37301186, 0.046958193, -0.018308617, 0.2801249, -0.1583765), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(0.03710428, 0.12427524, -0.15491271, 0.0521613, -0.104145944, -0.11358381, -0.11450005, -0.03948202, -0.022532975, 0.013648349, -0.05297846, -0.05551, 0.012648896, 0.013729304, 0.004389595, 0.033111174), target3);\n\ttarget3 = MulAdd(na2, MF4x4(0.092548154, 0.12822087, 0.03935411, -0.03887123, 0.18817197, -0.010538254, -0.13670439, -0.073919185, 0.020497803, 0.030874884, 0.023953672, 0.0029225757, 0.1144403, -0.08691024, 0.05340699, -0.10702303), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(0.1613281, 0.05971506, 0.042405322, 0.005931725, -0.09373433, -0.06380234, -0.064201795, -0.014180793, 0.0671638, -0.01367733, 0.14260428, -0.11077721, -0.045686133, 0.056600757, -0.15297161, -0.005997308), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.24641256, 0.06483951, 0.060505014, -0.009762036, -0.04572455, 0.03593092, 0.03415938, -0.14721255, -0.107680336, 0.09697482, 0.016876915, 0.18656448, 0.016999245, -0.08490942, -0.040251363, -0.074220374), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.25207043, 0.11133333, 0.13421617, -0.10310646, -0.22712758, 0.11617119, 0.06397493, -0.011858522, -0.115762815, -0.050787542, 0.06386407, -0.1579078, -0.12903711, 0.084837236, 0.07354705, 0.02250288), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.14158289, 0.07666087, -0.20075443, -0.010602763, -0.02820616, 0.0944957, 0.15453936, -0.15856305, 0.1749605, -0.12841891, -0.017792901, -0.10751241, -0.059640024, 0.13478336, -0.35048804, -0.20975049), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.18300997, 0.0895379, 0.084789746, 0.092567876, -0.16524926, 0.1414963, -0.15058212, 0.13400394, -0.113864176, -0.05660036, -0.0001961134, 0.14347304, 0.16637255, -0.18054125, 0.009827294, 0.21254125), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.11330536, 0.020117162, 0.049111363, 0.059246156, -0.17288256, -0.07703511, -0.064532675, 0.10420442, 0.100950584, -0.11876045, 0.013643637, -0.060119864, 0.16402918, -0.0701684, 0.10797075, 0.15408994), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.034557853, -0.09076456, -0.06957025, 0.11215256, 0.09526117, -0.0033204784, -0.11551807, -0.03458551, -0.025462642, 0.0434891, 0.3050603, 0.053797644, 0.10751034, 0.060085565, 0.15370789, -0.2315563), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.046833776, -0.006102459, 0.1123578, 0.24187551, 0.03283197, -0.11041104, 0.20806998, 0.008368949, -0.1924367, 0.03361783, -0.045319956, -0.08859883, -0.2011492, 0.0912345, 0.048245467, -0.005335901), target3);\n\ttarget3 = MulAdd(na3, MF4x4(-0.18253306, -0.0011128648, -0.044692483, -0.057080504, -0.05725425, -0.19065356, -0.03155062, 0.06648306, -0.014216424, -0.0038765708, -0.017490484, -0.15456702, -0.010514629, -0.08982491, 0.10435141, 0.030280044), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.01791952, 0.1946834, 0.16822097, 0.18846266, -0.075084575, -0.10975577, -0.12906383, 0.20190994, 0.10143081, -0.2725471, -0.035883784, -0.22165625, -0.15959083, -0.34200552, 0.15872408, -0.021841785), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(0.029525736, 0.04896955, -0.011629367, 0.011558814, 0.00933636, -0.12728998, 0.0053133606, 0.019774856, 0.099030845, -0.27376446, -0.08325353, -0.20274483, -0.26426545, -0.17067485, -0.14366214, -0.21118636), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(-0.009527981, -0.033085525, -0.00047734487, -0.040472545, 0.071459636, 0.0954099, -0.060635693, 0.036283012, 0.1324083, 0.050335824, -0.2460094, -0.04979816, -0.09456389, 0.09053007, 0.11540641, -0.21168198), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.004067291, 0.1497142, 0.100381024, 0.083456755, 0.10807039, -0.05651095, 0.021606952, -0.005951023, -0.067543074, 0.21499002, -0.021271145, 0.20417792, 0.05860774, 0.20977509, -0.10931411, 0.16582364), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.05491801, 0.0055349297, 0.03950427, 0.007250093, -0.062947564, -0.14126986, -0.06730335, -0.034683496, -0.03981397, -0.21181524, 0.21769942, -0.103150204, -0.17016284, 0.048786215, -0.014319224, 0.17676318), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.14126709, -0.032334052, 0.05638739, 0.11381126, 0.30596843, -0.12634167, 0.23541147, 0.08096712, 0.09152563, 0.18567194, -0.25563926, -0.21220013, -0.10782045, -0.044764172, 0.14415121, 0.10968688), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.034708634, -0.037528913, -0.0846457, -0.24652602, -0.09284069, -0.103932016, 0.09996971, 0.04605858, 0.06597961, 0.06697364, -0.028432503, -0.032057744, 0.052634656, 0.02281619, 0.17896608, -0.1521084), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(-0.0043455027, -0.07276675, 0.03043292, 0.07712516, -0.20799218, -0.25933886, -0.11458076, -0.0025673904, 0.08385744, 0.33315855, -0.035151098, -0.19899674, -0.005009251, 0.056176793, 0.045722242, 0.17721124), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex3[gxy] = target3;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x24\n//!IN tex1, tex2, tex3\n//!OUT tex4, tex5, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { 0.00803133, -0.020707153, 0.0056995153, -0.052884795 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.2582688, 0.116867825, 0.009512264, -0.0022509228, 0.13270317, 0.019233711, 0.014508687, 0.01733284, -0.121534936, 0.2637504, -0.16833198, 0.08360115, 0.09262769, -0.09723933, -0.08402722, -0.06326682), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.32656944, 0.035490595, 0.014057071, 0.08615446, -0.001598092, 0.16362181, -0.10130158, 0.16792357, 0.03340437, 0.037359558, 0.09397945, 0.11016778, 0.08567979, 0.31809476, 0.085573055, -0.15427281), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.16257697, -0.03590016, -0.19049743, -0.13342945, 0.013655946, -0.11739747, -0.008941973, 0.015134444, -0.17258401, 0.17935902, 0.06434015, -0.06638789, 0.17013264, -0.171608, 0.07526482, 0.29814368), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.14037174, -0.060715932, 0.012513121, 0.05294183, -0.05479372, -0.13937469, 0.01836811, -0.133735, -0.29546124, -0.14349708, 0.14202882, -0.03247825, -0.054209106, 0.002391278, -0.024334526, -0.10866433), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.098666176, 0.009357217, 0.14404769, -0.03864725, -0.21861532, 0.24275939, 0.3084927, -0.17814654, -0.06785066, -0.20976599, -0.010328756, -0.0075252843, -0.1265569, -0.3896638, -0.07620251, -0.17581807), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.028447198, 0.088148355, -0.11362386, 0.032440383, -0.017401151, 0.2062452, -0.1613577, -0.07957526, 0.31136703, -0.06775296, -0.019393584, -0.063142054, -0.12292114, 0.010548703, 0.03203177, -0.053964596), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.108504035, -0.20656614, -0.04412517, -0.047383796, 0.038306333, -0.20189808, -0.07821153, -0.0229348, 0.10628414, -0.015934726, -0.08728048, -0.17359804, 0.17790003, 0.085666224, -0.11872538, -0.007298351), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.024346102, -0.0066076764, -0.011155871, -0.057157155, -0.04878886, 0.121565156, 0.094774745, -0.021847744, 0.04866778, 0.07184023, 0.26012063, -0.07480458, -0.29240155, 0.12562081, 0.01449463, -0.028680477), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.12557116, 0.034923933, -0.095903516, -0.03958003, 0.26028237, -0.017168928, -0.13332075, 0.15662631, 0.065815985, -0.035664845, 0.045483954, -0.015463682, -0.093050554, 0.17345443, 0.069853716, 0.012629484), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.06156731, 0.07782055, -0.10174533, -0.020296015, -0.11969389, -0.060097698, 0.13305716, 0.16102178, 0.024139002, -0.02605331, -0.07594407, 0.19671421, -0.12202574, 0.14988048, 0.015957702, -0.04196926), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.34706548, 0.043015823, 0.13185433, 0.10132207, 0.007556987, -0.043371882, -0.08854469, 0.1748955, -0.1481482, 0.031284038, 0.120617144, 0.21384451, -0.08435913, -0.049537454, 0.049118094, 0.01525446), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.09368386, -0.057292625, -0.17107973, 0.102038346, -0.21283975, 0.29275435, -0.039638165, -0.14761256, -0.0026279686, -0.1902631, -0.14120182, 0.26573882, 0.0017522989, -0.06337007, 0.14134108, -0.015992256), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.04090445, -0.15472308, 0.0086197965, -0.08812333, 0.079468906, -0.16199878, 0.15031399, -0.03220131, -0.08283918, 0.18892156, -0.11201425, 0.143803, 0.027449837, -0.15672483, -0.09222757, -0.0074415365), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.10325783, 0.01752857, 0.10529392, -0.04568797, 0.017125184, -0.18414256, 0.109236374, -0.05950773, -0.07963555, 0.22193272, 0.009846993, -0.028046092, -0.28534588, -0.040712982, -0.018419487, 0.040993705), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.07601499, 0.14913873, -0.11738921, -0.21686155, -0.09468833, -0.10593258, -0.13899745, -0.08376532, -0.21147677, 0.0016611695, -0.12994987, 0.06078483, 0.007183634, 0.22829083, 0.054238643, 0.025317933), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.020357948, -0.06775977, 0.04134854, -0.19611607, 0.21193837, 0.19103523, 0.1623303, -0.07516307, 0.09373488, -0.18499903, 0.122855246, 0.06162072, -0.06930552, 0.040520284, 0.066090606, 0.06882486), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.07091698, 0.027023822, 0.014318926, -0.096747, 0.2213003, -0.26515988, 0.027153777, -0.06498218, -0.1544758, -0.072314575, 0.060353238, 0.0008735325, 0.10359162, -0.040275127, 0.03365087, 0.067658685), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.010807538, -0.032808676, 0.0016953531, -0.07662512, 0.0726062, -0.018007128, -0.10622275, -0.25853804, 0.059124377, 0.1262254, -0.093686275, 0.013412181, 0.17268743, -0.0634091, -0.2380408, 0.061805595), target1);\n\ttarget1 = MulAdd(a3, MF4x4(0.0589103, -0.13791196, -0.054214116, -0.10432153, -0.009462091, -0.06466445, -0.10792851, 0.0046791825, 0.034062322, 0.0810174, 0.112342946, 0.14306374, 0.0536091, -0.056520145, -0.14358906, 0.1730281), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.102546036, -0.0005907261, 0.06815491, 0.054100085, 0.012063651, 0.13010375, 0.076584436, 0.10106609, 0.07464082, 0.12651648, -0.13567902, 0.12329812, 0.036417592, -0.030062713, -0.07439, -0.06734716), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.06956145, -0.0320128, 0.0069283135, 0.0010382348, -0.15168677, -0.07246775, -0.1870489, 0.081376776, -0.12240719, 0.040261835, -0.114711486, 0.11216043, 0.039739948, 0.064421944, -0.11448801, -0.11656052), target1);\n\ttarget1 = MulAdd(d3, MF4x4(-0.029262811, 0.07973898, 0.014937532, 0.17416446, -0.13320738, 0.09951435, -0.09681337, 0.24465284, 0.0027678797, 0.054772142, 0.11334623, -0.062660255, 0.06494805, -0.014957246, -0.016339006, 0.0065059843), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.19118161, 0.24356417, -0.17327957, 0.06050448, -0.097790115, -0.38453653, 0.045624297, 0.04574299, -0.15803054, -0.5270604, -0.04556698, -0.13112716, -0.026057608, 0.13840397, -0.04413626, -0.06273916), target1);\n\ttarget1 = MulAdd(f3, MF4x4(0.029510414, -0.005691187, 0.05228498, 0.028585492, 0.18082422, -0.032805815, 0.007563971, 0.08991763, 0.105824, 0.02457178, 0.055056915, -0.060770642, -0.011407322, -0.11525285, -0.04518266, -0.04449915), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.14025277, -0.18081227, 0.014395497, -0.09138814, -0.09448127, 0.2532618, 0.08094696, 0.050620202, 0.040627994, 0.17808948, 0.0933771, -0.04734779, -0.025526097, 0.0038422223, 0.05230542, -0.101145774), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.07215562, -0.058965042, 0.038303573, 0.0009963732, -0.059399143, 0.15957262, 0.035185594, 0.0719169, 0.08515627, 0.09775558, 0.13178122, -0.0837824, 0.014349278, 0.038491696, 0.071876876, 0.0345376), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.040965024, -0.030738113, -0.05919069, -0.14155431, 0.09109957, -0.099060595, -0.10192779, 0.033825647, 0.11551892, -0.04282345, 0.020072978, 0.035168435, 0.10797329, -0.0584945, -0.024158757, -0.03585887), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.11656172, -0.03488785, 0.090906724, -0.0032958854, 0.11268224, 0.070826046, 0.008982598, -0.14222313, 0.0025792273, -0.07585458, -0.021171344, -0.10144507, 0.24918565, 0.004032981, 0.032430686, -0.012328044), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.22021858, 0.06875914, 0.004574366, -0.0694593, 0.11509186, -0.25873652, -0.08872615, -0.024206636, 0.15076822, -0.14054653, -0.045519873, -0.04547437, -0.22077747, -0.054121707, 0.049612578, 0.10545096), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.069911204, 0.078573205, -0.073091984, 0.015637126, -0.23398215, 0.12185918, 0.08496631, -0.063231654, 0.14004779, 0.07965737, 0.14457273, -0.057528477, -0.0971965, 0.10445598, -0.054162677, -0.11529022), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.12595661, 0.16308525, 0.09465576, -0.05046868, 0.1799443, 0.115778774, -0.13534002, 0.09609113, 0.107355125, -0.07263705, -0.04365324, 0.10355821, -0.023942605, 0.026093582, 0.009621531, 0.06096017), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.1272364, -0.07220049, 0.041847665, 0.17912698, -0.03009012, 0.06394436, -0.03263169, -0.04573203, -0.07620046, 0.42576316, 0.042653862, 0.13744949, 0.23633486, 0.10078774, -0.121353894, 0.12101121), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.03558598, -0.1297437, -0.05971473, 0.17683595, 0.1725135, 0.052228056, 0.08043958, -0.09891566, 0.03620246, -0.07612062, 0.0671727, 0.037559096, -0.14037324, 0.021277385, -0.04257818, 0.17619017), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.11092632, -0.00013030393, 0.12967736, -0.22887622, -0.08721344, 0.054407217, 0.07632402, -0.08394438, -0.071129434, 0.11594225, -0.058196247, 0.020942273, -0.123769015, -0.114318974, 0.03252267, 0.07218774), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.11842664, -0.044281907, 0.07725646, -0.09330976, -0.028858917, -0.10954367, 0.04575166, -0.026068112, -0.06559436, -0.2284913, -0.19561197, -0.0016185943, 0.11867088, -0.038570896, 0.08526274, 0.019519364), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.0822196, -0.0037142867, 0.08382291, -0.013849318, -0.13749887, 0.044966772, 0.04564233, -0.00618037, -0.052107867, 0.033819627, -0.03494537, 0.024765901, -0.10504158, -0.028348709, -0.0089757275, 0.030026745), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.053351242, 0.056979094, -0.060212657, 0.14301975, 0.17891912, -0.032538075, 0.011639607, 0.035919394, 0.04533616, -0.12939154, -0.041703038, 0.0071665174, -0.19303554, 0.018363694, 0.08923668, 0.020215489), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.038452573, 0.1614918, -0.022068001, 0.0030016324, -0.2680856, 0.21928017, 0.085351996, 0.049881425, 0.058913168, -0.044736963, 0.016097903, 0.21123125, 0.079624146, -0.16535924, 0.06877731, 0.1305827), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.05783186, -0.219528, 0.0816723, 1.3595931e-05, -0.02902699, -0.12913156, -0.40516803, -0.028480045, 0.12000909, 0.081304125, 0.053406257, -0.08878543, 0.02251961, 0.12547138, -0.20464425, -0.05598181), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.15702735, 0.21000047, 0.08434562, 0.27938238, -0.03068116, -0.004006084, 0.19768693, 0.066732645, -0.055060755, -0.16314429, 0.028655436, 0.021063909, -0.028578848, -0.008238495, 0.12807982, -0.0071345936), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.17309058, -0.18169925, -0.14182782, 0.107684694, -0.1117235, 0.19443877, 0.101682656, 0.030993309, -0.12313995, -0.048883304, -0.11149261, 0.12847972, 0.28405818, 0.20219465, 0.015797788, 0.123306856), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.07962997, 0.06323938, 0.045708194, 0.0020409136, -0.0022456956, 0.010837137, 0.014872806, -0.060870074, 0.13772255, 0.005320253, 0.05848208, 0.14984395, -0.037590872, -0.07464743, -0.16873243, 0.019905593), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.13775061, 0.032707028, 0.13456069, 0.05904891, 0.046821773, -0.22715594, 0.056300808, -0.15724476, -0.07337338, 0.19666758, -0.013393664, 0.04086994, 0.12254266, -0.08695188, -0.11076954, -0.15678991), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.07177161, 0.01181348, -0.07497793, -0.085427515, 0.039396375, -0.0035293372, 0.20881353, -0.057439566, 0.15257393, 0.16040947, -0.027684899, 0.16330487, -0.054777898, 0.07572324, -0.03833461, -0.017093522), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.000963837, -0.00780663, -0.023343472, 0.18377425, 0.32722053, -0.08156815, -0.11247523, -0.12714005, 0.18326895, -0.16434003, 0.052783884, 0.2168339, 0.03372009, 0.024008008, -0.1949321, -0.11585071), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.07887302, -0.043003492, -0.16841368, 0.023287356, -0.15838705, 0.21706697, 0.16976407, 0.11461476, -0.062454503, 0.08966307, 0.10723603, -0.029792916, -0.03903073, -0.06255455, 0.025979951, -0.09530182), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.0917689, 0.12646815, -0.11529587, 0.06925059, -0.18619959, -0.05243984, 0.16720963, -0.07121025, -0.04476961, 0.0074207215, 0.16076323, -0.14866208, 0.042807475, -0.08767046, -0.005694572, -0.11727041), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.0062040854, -0.00097002264, -0.058491956, -0.035364915, 0.040115915, -0.10968144, 0.046607487, 0.23429875, -0.11210956, 0.034507494, -0.07195393, -0.16490693, 0.047223017, -0.044811487, -0.11060463, -0.14174072), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.14469296, 0.0862561, 0.027785733, 0.005940194, -0.0062618204, -0.015266768, -0.067160904, -0.17241345, -0.060631767, 0.024863401, 0.056833714, -0.063885145, -0.14061876, -0.042549785, 0.036430426, 0.14348027), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.3022943, -0.19899924, 0.19672908, -0.09840718, 0.14039348, 0.105976574, -0.14415087, -0.06547584, 0.3070416, 0.40989116, 0.009514016, 0.018336622, 0.08806178, 0.07710675, -0.03551256, -0.04064369), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.16016869, -0.12516344, -0.011240568, -0.1443897, -0.009084668, -0.1618983, 0.06672594, -0.30417737, -0.09547601, -0.09057253, 0.08657728, 0.036226142, -0.0022018533, 0.12780087, 0.0029589643, 0.12111095), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.1765741, 0.03653064, -0.03139237, 0.057462048, 0.16041194, -0.2303424, -0.11946362, -0.1788824, 0.098096356, -0.18419504, 0.021373387, -0.1157983, 0.079671614, -0.03361971, 0.06394305, -0.0101026185), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.01576709, 0.11476761, -0.041474868, 0.13242105, -0.056526344, 0.024517184, -0.21629438, -0.010624098, -0.0053918827, -0.19187245, -0.12927179, -0.08489797, 0.055730473, -0.043147404, -0.03800261, 0.048107833), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.0014053301, -0.046847776, 0.004571536, 0.18300104, -0.053145096, 0.057801194, 0.2322556, 0.22864385, 0.0040904162, -0.037985127, 0.041369, -0.065972395, 0.16685532, -0.091719486, -0.1425869, -0.10230388), target1);\n\t\n\tMF4 target2 = { -0.088215575, 0.02001751, -0.0013112888, -0.0031276105 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.12893085, -0.12928686, 0.12365234, -0.021265296, 0.15424967, -0.0063038417, -0.027432516, -0.10297197, 0.118751466, -0.058228746, -0.10025376, 0.0027489034, 0.0073948866, 0.040659092, 0.08120041, -0.12702137), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.02242042, 0.114516795, -0.042158883, -0.14150862, -0.18976203, 0.109531336, 0.03548168, -0.1681465, -0.13782959, 0.07437085, -0.045712702, -0.09431652, -0.0029079607, 0.05180383, 0.07098421, -0.2149384), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.3218102, 0.0013506162, 0.12795919, -0.10901241, -0.08859676, -0.06861104, -0.014102381, 0.0051467894, -0.16305672, 0.022653125, -0.019810826, -0.05701206, 0.1842382, -0.074959196, -0.07368022, -0.046023685), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.099247254, -0.2161521, -0.095611826, -0.0179061, -0.0067561218, 3.99846e-05, 0.01254028, -0.056954045, -0.0075805853, -0.082335606, -0.053469665, 0.25761604, -0.049429264, -0.08763215, 0.051362507, -0.030518934), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.13518652, 0.05463841, -0.07654066, 0.023629244, -0.23324661, 0.04781438, -0.20902736, 0.10330495, -0.16452856, 0.235407, -0.022236459, 0.036046103, -0.08613043, -0.012954787, 0.043111194, 0.021807853), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.11316856, -0.027803158, -0.026492868, -0.0030439082, 0.063926555, -0.09612654, -0.22492981, -0.13748476, 0.06954571, -0.008035041, -0.04846681, -0.23352449, -0.06676289, 0.13268302, 0.037954323, -0.0342029), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.18148762, -0.06975972, -0.21924862, -0.03831989, 0.09057307, -0.06784279, 0.05716139, 0.032582354, 0.32728904, 0.03561464, -0.06930132, 0.13582717, -0.04723415, 0.053298444, -0.1580453, 0.029922115), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.13381054, 0.06294187, 0.04273711, -0.089835554, -0.042215306, 0.04515037, -0.01970211, 0.07447383, -0.12915656, 0.087721184, 0.122159, 0.17817122, 0.05233303, 0.053456925, -0.22769327, 0.17450784), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.062324032, 0.056449406, 0.070776984, 0.070366256, 0.15072031, -0.20342071, 0.118405774, -0.11357599, 0.23603258, -0.17724364, 0.028237892, 0.07491812, 0.015638597, 0.20543055, -0.05863285, 0.06565301), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.07647028, 0.2292153, 0.019423103, -0.06965646, -0.107311614, -0.19989595, -0.06673964, -0.027954143, 0.0017375473, -0.048038438, 0.052211836, -0.042501964, -0.1372413, -0.2437919, -0.15933524, -0.07229055), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.023719285, 0.05654754, 0.09026341, 0.020072227, -0.12716366, -0.013687293, -0.1312343, -0.06847118, 0.016806766, -0.10526531, -0.011248162, 0.12535807, -0.12538499, -0.042496204, -0.076355785, -0.0017766576), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.039450683, -0.049502935, -0.009162741, 0.015372251, -0.14449993, -0.06564991, -0.093242005, -0.018039258, -0.2410318, 0.020259766, -0.040783074, -0.05092842, -0.023994599, -0.037968505, 0.052206438, -0.10967312), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.13721816, -0.1571525, 0.09432105, 0.023277072, -0.073701076, -0.13941942, -0.02705892, 0.06508469, -0.17687775, -0.07433723, -0.11237514, -0.015321937, -0.31670073, -0.09665636, -0.11843665, -0.030077526), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.09092922, 0.088340946, 0.1001261, 0.05962185, 0.07731374, -0.09623944, -0.03218285, 0.04484794, -0.10394964, 0.111483194, -0.07343945, 0.15182221, 0.27208853, 0.024986237, -0.058641106, -0.039870527), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.03685333, -0.014777545, -0.0064948527, 0.060336027, -0.04251398, -0.004589828, -0.025893224, -0.075040996, 0.007964778, 0.22512783, -0.033568367, 0.052608117, 0.2143682, 0.21318182, -0.06253117, -0.055562623), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.07906376, -0.015447189, -0.045265637, 0.066810004, 0.07202818, -0.07874254, -0.071680374, 0.009017687, 0.07042464, 0.016754108, 0.017237889, 0.0106343115, -0.042138606, -0.11085673, 0.14738452, -0.10718694), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.07745664, 0.16073377, -0.01899363, 0.07030874, 0.058903817, -0.065876774, 0.020186676, 0.09385477, 0.14517148, 0.053237557, -0.16942556, -0.04716224, 0.13748227, 0.17071299, 0.12176032, 0.07409275), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.09208682, 0.029487375, -0.057159107, 0.025398627, 0.12468226, 0.034707896, 0.010541767, -0.032418035, 0.11508723, 0.050812677, -0.08127881, 0.0052238777, 0.15403835, -0.17993934, 0.071115926, 0.0059663), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.053597223, -0.00758354, -0.011711322, 0.12876037, -0.022196915, 0.045487616, 0.02135921, 0.010447794, 0.063635394, 0.09686383, -0.05077074, 0.072695896, -0.02443565, -0.045984466, -0.025993166, -0.08304488), target2);\n\ttarget2 = MulAdd(b3, MF4x4(0.1321831, 0.017644621, 0.16513684, 0.0659792, 0.09676037, -0.07867503, 0.04669573, -0.04401741, 0.23034973, 0.10561144, -0.1184282, 0.13691261, -0.18894893, 0.21760973, 0.08807475, -0.19776659), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.053137053, -0.07991928, -0.09902317, 0.017081713, -0.021857716, 0.011578801, -0.0009752623, 0.043588534, 0.11997389, 0.0027668865, -0.09973271, 0.065404624, -0.07151649, -0.017840967, -0.0188252, -0.14957094), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.13721272, 0.04459704, -0.0069692475, 0.07410797, -0.13855937, 0.021286163, -0.04160423, -0.05980007, 0.027626112, 0.092742406, -0.032267787, -0.00358655, 0.12470872, 0.09738248, 0.06565896, -0.1076945), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.12965658, -0.110055126, -0.08762725, 0.031792786, 0.11524638, -0.09530289, 0.07955128, 0.0049232226, 0.07190261, -0.010207877, -0.26513076, 0.045152593, -0.16932993, 0.091321826, 0.11550899, -0.100929074), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.1674921, 0.0907835, -0.033396322, -0.03168371, 0.013580539, 0.047018647, 0.028963672, 0.04756761, -0.08714202, -0.2602012, -0.12279786, 0.18663418, -0.07781514, -0.013219039, 0.006731288, 0.005795019), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.01206949, -0.047031406, -0.060451232, 0.027200127, -0.1178311, 0.14014901, 0.25840858, -0.14889579, -0.11640469, -0.01811908, -0.09255012, -0.08351582, 0.086520575, -0.021090247, 0.08717082, 0.043429427), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.020278929, -0.15339202, 0.041678756, 0.07180138, -0.0635027, -0.088976234, -0.04092133, 0.07997308, -0.134963, -0.015960857, -0.060887713, -0.07916197, 0.20483045, -0.12640053, 0.10478231, 0.04803776), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.03549656, 0.033666074, 0.20228225, -0.096664, -0.00096604426, 0.20793179, 0.09613217, -0.053552672, 0.051677585, -0.018252494, 0.07543575, 0.006295734, 0.046456967, -0.16520908, 0.0120992735, -0.015491354), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.09486195, 0.0862073, 0.04189838, 0.0026638226, 0.09820532, 0.1007168, -0.022186898, -0.05491984, -0.13535279, 0.046514615, 0.09563633, 0.021364952, -0.23145446, 0.05070801, -0.022965223, -0.18874952), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.05885208, -0.022751214, -0.015712557, 0.157172, 0.05131988, -0.09524327, -0.045114886, 0.05928359, -0.001745961, -0.035245676, -0.010552595, -0.06321781, -0.15489094, 0.017822266, -0.06018634, 0.06429225), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.1243866, 0.014742004, -0.07896682, 0.2792386, -0.08055696, -0.0067778644, 0.0407617, 0.1389886, -0.02221008, 0.07494927, -0.11067403, 0.026464086, -0.009520921, 0.015791653, 0.021943323, 0.12500213), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.08929889, 0.09244356, 0.130978, -0.03720041, 0.07869226, 0.13067861, 0.104627624, -0.01922214, 0.03561331, -0.031736456, 0.15136853, 0.0128885005, -0.16457924, -0.028147755, 0.13005957, -0.07908654), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.020705838, 0.0936515, -0.026146421, 0.030703338, 0.032063864, 0.14091234, -0.021708539, -0.056303035, -0.007502981, -0.1276548, -0.15350288, -0.04722333, -0.049264792, -0.016106946, 0.035777904, 0.10648118), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.16387826, -0.059457906, 0.009808255, 0.030755969, 0.05709708, 0.0025975339, 0.021356652, -0.023887865, -0.15327913, -0.03702513, -0.041953377, 0.0049483287, 0.1434395, 0.08557114, -0.07722993, 0.22481233), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.20757784, -0.05194353, -0.17085314, -0.12557504, -0.056353815, 0.06583933, 0.005532102, -0.0040489454, 0.23847903, -0.08254601, -0.20940065, 0.1251241, 0.14838001, -0.12861559, -0.04664337, 0.07232125), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.010124613, -0.07096996, -0.1366236, 0.0018079067, -0.041023795, 0.12729517, 0.24600507, -0.07845422, 0.31226948, -0.023518091, -0.0023672595, 0.058046557, 0.1718256, -0.05916957, 0.0067618093, 0.08826252), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.0013852714, -0.02530485, 0.12499248, -0.047640886, 0.06515882, 0.009700978, -0.005210036, -0.0332508, -0.135034, 0.07050036, 0.06152617, 0.02243357, 0.20835938, 0.041327897, 0.047491845, -0.017284496), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.2511675, 0.2016235, -0.22534974, -0.29850873, -0.014898309, 0.034321953, -0.14487329, 0.029454721, 0.05068056, -0.09661999, 0.00070758525, 0.06925706, -0.19870853, -0.0871149, 0.13158658, -0.09995704), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.22352318, -0.073506966, -0.11625505, 0.0049028546, 0.029848805, -0.06952766, -0.043236732, 0.13255614, 0.093998544, 0.17581578, -0.0004033081, -0.12263665, -0.17329359, -0.11587317, 0.059647266, -0.02954624), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.057583325, 0.056015383, 0.11960743, 0.033696633, -0.14805156, -0.10933173, -0.08482661, 0.07473009, 0.040999115, -0.0995941, -0.005304712, 0.04729056, -0.09739792, 0.07000572, -0.12560466, 0.023240168), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.1967497, 0.093729794, -0.05857918, -0.12817049, -0.034558292, 0.016039368, -0.12012142, -0.017481307, 0.0391479, -0.10992257, 0.015143992, 0.01391454, 0.051010676, 0.012996939, 0.041216355, 0.08623047), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.21069938, -0.066038206, -0.015458416, -0.097732425, 0.051942978, -0.03459923, -0.05756448, 0.14080645, 0.055423364, -0.06490901, -0.07402898, -0.16263707, -0.07290088, -0.058713708, 0.06723124, 0.069584474), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.09618103, 0.055036288, 0.09001422, 0.027986465, -0.018399306, -0.07295329, 0.06687392, 0.06653489, -0.06524778, -0.11760177, -0.004764932, -0.10559294, 0.16195896, -0.22127731, -0.0060094665, -0.0073161777), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.006081162, 0.09074974, 0.1387847, -0.012516454, 0.040442165, 0.024901407, 0.019887343, -0.012545043, 0.040630046, 0.06390039, -0.088361576, -0.07775115, -0.016567666, -0.048221476, 0.00507668, 0.00015517596), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.27623588, -0.29454315, -0.09558771, 0.016047282, 0.12541397, 0.06766668, 0.012096932, -0.051367834, -0.20859776, -0.20424904, 0.1920475, -0.12987578, 0.08319857, -0.05495395, 0.043287907, -0.027431363), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.1666435, -0.10736637, -0.039772738, 0.06555994, 0.06329126, -0.004524732, 0.027252503, -0.018687485, -0.0827318, -0.17353283, -0.17264223, 0.0050896755, 0.08507919, -0.19379872, 0.14229794, -0.0837528), target2);\n\ttarget2 = MulAdd(na3, MF4x4(0.10103022, 0.2500691, 0.11863092, 0.04184915, 0.07104669, 0.11822421, 0.040399753, -0.05503637, -0.03777729, -0.0552892, -0.0367129, -0.07652974, -0.06387571, 0.09680754, 0.030113626, 0.07385613), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.21662953, -0.047714498, -0.100133225, 0.14122888, -0.053247962, -0.13878773, 0.043139406, 0.10316825, -0.050836936, -0.1023108, 0.07342308, -0.013418398, 0.1517183, -0.038232815, 0.16094449, 0.18475303), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(0.10745382, 0.14385694, 0.16242811, -0.022071859, -0.06788635, 0.09044915, -0.09642871, -0.032185104, -0.15011486, 0.06751199, -0.0030307414, 0.045759566, 0.17598514, 0.069681115, 0.18387364, 0.15741494), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.0355877, -0.01989782, -0.021107944, 0.1195755, 0.04636706, 0.15067361, -0.03446434, 0.091468826, -0.054333266, -0.091928974, 0.077975504, 0.051997006, -0.2611878, 0.012728117, 0.038493883, 0.062820844), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(-0.09769422, 0.0486323, -0.09317317, -0.09185559, -0.30752286, -0.11381268, -0.053577766, -0.17922285, -0.14485466, 0.10500625, 0.22108263, -0.12928547, 0.33743355, 0.13309081, 0.13873322, 0.05503852), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.19131194, -0.10878378, -0.04047478, -0.024106042, -0.25611252, 0.10455126, -0.0774767, -0.005242356, 0.14342257, 0.096795335, 0.11119688, -0.06816075, 0.045405596, 0.11205132, 0.22008072, 0.010171907), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.03641146, 0.025730135, 0.088947766, 0.09581084, 0.18514295, 0.05196274, -0.09955554, 0.043848306, 0.09665611, -0.05949442, -0.037989084, 0.043330964, -0.046047594, 0.090160884, 0.06574573, -0.018593606), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(-0.26031247, -0.05067085, -0.07451936, -0.01263683, 0.13966191, -0.25842324, -0.115060754, -0.08976801, 0.028517777, 0.045588367, 0.2297454, 0.023451945, -0.13475016, 0.048971854, 0.04935944, -0.10817461), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.044189412, 0.12302195, 0.05076291, -0.072933994, 0.22576593, 0.12513146, -0.020687684, -0.0017186786, 0.056137685, 0.07280331, -0.0060697175, 0.017558591, -0.19459185, -0.08931442, 0.03579924, -0.00051510497), target2);\n\t\n\tMF4 target3 = { 0.13923971, 0.015290389, 0.012198976, 0.04480318 };\n\ttarget3 = MulAdd(a1, MF4x4(0.055708, -0.15470836, -0.18314275, -0.018972168, 0.0008025653, -0.04802735, 0.0037216125, -0.008888557, -0.044309124, 0.1032128, -0.09535111, 0.1075431, -0.061698865, -0.136952, -0.08298975, -0.03202739), target3);\n\ttarget3 = MulAdd(b1, MF4x4(0.047130957, -0.13275343, 0.10046242, 0.14484632, -0.18798989, -0.01724291, -0.095696434, -0.06524662, -0.12395302, -0.057923865, 0.013821919, -0.19095008, -0.10312008, -0.067719445, 0.03039217, 0.002102062), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.07914871, 0.03840256, -0.11512143, -0.19842817, -0.17087726, -0.117287606, 0.26407588, -0.028159037, -0.16280699, -0.1019244, 0.026774779, -0.06759367, 0.0024644772, 0.033856, -0.007847236, 0.028765628), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.07034455, 0.076142974, -0.22090098, -0.0905723, -0.06417895, 0.119223125, -0.26432338, -0.04371924, 0.16288432, 0.026691884, -0.017952124, 0.08947346, -0.1286289, -0.01910609, 0.04351911, 0.0340226), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.14330725, 0.090986304, -0.1424256, 0.054584663, 0.043702085, -0.08414303, 0.001994348, -0.022233546, 0.03748274, 0.12121618, 0.26035795, 0.13496856, 0.3061306, 0.019047879, -0.043746773, 0.18116328), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.051031455, 0.0696392, 0.04753365, -0.20600007, 0.08226225, -0.055646114, 0.15932508, 0.0419586, -0.11326543, 0.027461074, -0.041595474, -0.10200617, 0.004414234, -0.085846625, 0.1470303, 0.15096648), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.101050586, 0.15982646, 0.008072791, -0.11342946, 0.08270196, 0.08548463, 0.042926773, 0.06380147, 0.11114159, 0.07615307, -0.01628438, -0.082144625, 0.029875848, -0.020052845, 0.014533401, -0.027843053), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.0279601, -0.09164763, 0.11475252, 0.04266532, 0.17664109, -0.044317525, 0.038787685, 0.00897195, -0.065523826, 0.013996353, -0.109297335, -0.029989313, -0.025986332, -0.09013683, 0.24884683, 0.06528543), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.09584907, -0.15118982, -0.015254367, -0.12179126, -0.12146391, 0.15733819, -0.033256296, -0.061760996, -0.036719803, 0.16471127, 0.18006523, -0.056930948, 0.03617248, 0.07113426, -0.069748655, -0.081067815), target3);\n\ttarget3 = MulAdd(a2, MF4x4(0.1271724, -0.082678355, 0.07997786, 0.06285082, 0.02332232, 0.05007377, -0.094914205, -0.06553253, -0.10122091, 0.012112823, -0.11796572, 0.021247976, 0.0654767, -0.091576956, 0.08175131, -0.010552305), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.12505153, -0.037628997, -0.022449989, 0.06686099, -0.25006896, 0.13324498, 0.041733105, 0.2241118, 0.024380242, 0.09950468, 0.078383565, 0.11634127, 0.077024244, -0.07780778, 0.07760342, 0.06282892), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.13915282, 0.16686817, 0.030251533, -0.0035493453, -0.13203144, 0.033648454, 0.0024875028, -0.0007983041, -0.105395414, 0.1536483, 0.050240528, 0.11495208, -0.026644144, -0.05793395, -0.12098678, -0.065910175), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.02292821, 0.030319002, -0.1293214, -0.0096194055, -0.01278381, -0.00087727525, 0.19325659, 0.025518872, -0.05107456, -0.14991362, -0.05873866, 0.12859605, -0.20932005, -0.11987684, -0.051870637, 0.001319446), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.022754941, 0.043839425, -0.08278873, -0.21222612, 0.0015371124, -0.010085336, 0.09510605, 0.07335702, -0.106798455, -0.12928678, 0.015216733, 0.031399984, -0.07811234, -0.119671986, 0.17570181, 0.029809073), target3);\n\ttarget3 = MulAdd(f2, MF4x4(-0.11764911, -0.16164766, 0.08784963, -0.019233093, -0.076887585, -0.058506478, 0.08077385, -0.16966046, -0.24188527, -0.07365656, 0.09544133, 0.19833234, 0.09107925, -0.020520048, -0.05825717, -0.09854415), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.03600886, -0.029253786, 0.048200432, 0.022130603, 0.13826382, -0.13885193, 0.20007242, 0.14829256, -0.017307537, 0.03851602, 0.020379594, 0.07832595, -0.07762187, 0.096413285, -0.079333976, -0.0061714468), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.0413019, -0.07368758, 0.13919644, -0.12122368, -0.029388634, 0.10483587, -0.051654328, 0.015226432, -0.04520832, -0.026331404, 0.20372365, 0.06359042, -0.013045257, -0.10666548, 0.08962036, 0.20432319), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.013157089, -0.034036867, 0.0819, 0.014009891, -0.03467534, -0.12812413, 0.18123335, -0.0781033, -0.2039025, -0.16503748, 0.02498213, 0.023839379, -0.13192852, -0.09351754, -0.045935795, -0.088439226), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.17598471, -0.16652712, 0.04906223, 0.07156945, -0.019004462, -0.07228772, -0.030515088, 0.12137358, 0.049442984, 0.003075852, 0.0820677, 0.09503947, 0.15167919, 0.03480622, 0.055544864, 0.108532205), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.06424813, 0.0047392054, -0.06604298, 0.065024786, -0.027760155, 0.013289014, -0.05930856, -0.22680816, -0.12812522, 0.046711236, 0.11081086, 0.12093126, 0.08999833, 0.09398781, -0.00391463, -0.013292052), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.078218855, -0.096875966, -0.1891451, -0.075190805, 0.045807663, 0.038455345, 0.1420045, 0.1738224, 0.06848118, 0.18028922, -0.07149378, -0.16228504, -0.15232347, -0.032611012, -0.07023075, -0.12920822), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.04663347, 0.0988432, 0.052362353, -0.112998225, -0.20248835, -0.19879234, 0.11022756, 0.10454231, -0.13743615, 0.047722638, 0.06637239, 0.016583467, 0.11989917, 0.0125074675, 0.053077225, -0.006272926), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.08468045, 0.047544964, 0.04363399, 0.086961746, 0.08489796, 0.12409043, -0.13015386, 0.10092822, 0.14706169, -0.102444105, -0.074901864, -0.11254591, 0.029065747, 0.14046147, 0.07324801, -0.015313643), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.0032504771, -0.025116406, -0.027151806, 0.04037948, -0.029422142, 0.053333733, 0.050427776, 0.2249123, -0.040938333, 0.05139012, -0.021061108, -0.21729107, 0.020586135, 0.04293995, 0.01888572, -0.15284136), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.050343722, -0.08038014, 0.033975042, -0.078313686, -0.025870735, -0.10589425, 0.11806239, 0.11905227, -0.030429581, -0.10916684, -0.08828011, -0.032881964, 0.005728985, -0.14882843, -0.058584355, 0.07463933), target3);\n\ttarget3 = MulAdd(h3, MF4x4(-0.16999933, -0.027314415, 0.07264002, -0.013310814, -0.12945375, 0.016093813, -0.09084507, -0.12522581, 0.075081155, -0.012983989, 0.11086466, -0.020709865, -0.034555092, -0.13049836, -0.069538176, 0.120410606), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.041815765, -0.1464541, -0.112602025, -0.17897187, 0.023695359, -0.007984221, -0.09087018, 0.03442271, 0.03562612, -0.022015946, -0.0067399153, 0.038907483, -0.11839428, -0.029512445, 0.032437507, -0.13424557), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.071081854, 0.064600624, 0.06933874, -0.00823228, -0.06739624, -0.05190142, -0.0063528903, -0.0056084343, -0.00883983, -0.1393001, 0.053884078, 0.024325706, 0.05893945, -0.075403966, 0.21418992, 0.099977955), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.08398666, 0.06117285, 0.018424282, 0.13809077, -0.07201819, 0.051259644, -0.04685134, -0.017006194, 0.05818578, -0.11379136, -0.07999673, 0.23295905, 0.007356084, -0.020284122, 0.01972096, -0.13002637), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.06733669, 0.13325273, -0.0074489512, -0.052333828, 0.10027424, 0.065753184, -0.14192791, 0.09388921, -0.01242138, -0.14718066, -0.014753866, -0.065210566, 0.0699064, 0.06399467, 0.022925656, 0.06504557), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.101876445, 0.060120665, -0.0039521665, 0.12171173, 0.08321828, -0.008348968, 0.21899523, 0.058748752, 0.05547674, 0.16084124, -0.30695668, -0.10121366, 0.038653154, -0.044442136, -0.13552639, -0.019972218), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(-0.07638072, 0.050575085, 0.07061123, -0.18657742, -0.012248586, 0.019414622, 0.03041808, 0.033964135, -0.17578666, -0.023182971, -0.08965867, -0.13880058, -0.16309536, 0.17266575, -0.17651099, -0.24348558), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.14318372, -0.002566858, -0.08960772, -0.025085822, -0.002079447, 0.010120887, -0.09830438, -0.11765062, 0.022343377, -0.025783114, -0.029105041, -0.1690584, 0.054205775, 0.02676286, 0.016028486, 0.120592885), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.14526334, 0.09275921, -0.12105369, -0.038859725, -0.10460921, -0.07294215, -0.15117784, -0.009182169, -0.0074104583, -0.12306472, 0.10073853, -0.08833498, 0.12785646, 0.0477829, -0.03402452, -0.07908741), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.025889793, 0.014548265, 0.029771648, -0.07727682, 0.041268997, 0.08237273, -0.07722456, -0.036970172, 0.09158823, 0.044813015, -0.019759692, -0.112869464, -0.04357199, -0.07405958, -0.124406114, 0.20240584), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.08556598, -0.01543713, 0.026491836, 0.018786263, 0.0418143, 0.0678302, -0.11946711, 0.09875955, 0.032350425, 0.007956311, -0.017798368, 0.1994804, -0.027886698, -0.17802258, 0.099619284, -0.011239122), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.36927477, 0.0397264, 0.14609286, 0.065389656, -0.017865075, 0.113564, 0.14015609, 0.054612216, -0.0342091, -0.030581282, -0.0124170035, 0.03166654, 0.0691441, 0.032685474, -0.16473754, -0.10027306), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.027898287, 0.037473463, -0.10177491, -0.15948737, -0.08981485, 0.0764328, -0.06419195, -0.085592985, -0.015740823, -0.052377183, 0.07003385, -0.065375, 0.051523235, 0.04340368, 0.10867685, -0.16211551), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.007090963, -0.02692243, 0.05383495, 0.14827509, -0.105507806, 0.17903765, 0.13615972, 0.0051062405, 0.08153507, 0.05720539, 0.08144471, 0.0929691, 0.09873174, 0.015049897, 0.23769383, 0.22297786), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(-0.08985236, -0.076104425, -0.01007519, 0.034048676, -0.0079994, -0.033355482, 0.16036998, -0.053786088, -0.093155414, 0.05777472, -0.13322827, -0.0813691, 0.24432959, 0.08388064, -0.04998493, -0.021753525), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(-0.016286949, -0.013190527, 0.053851254, 0.046217382, -0.21881466, 0.07689005, -0.12487547, -0.10310683, -0.02934103, -0.084740095, -0.054879915, -0.06519303, -0.15657778, 0.029417856, -0.13291313, -0.103854224), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.11695019, 0.0132304765, -0.07342763, 0.051626842, -0.115028076, 0.060695976, 0.030592902, 0.07832676, -0.033096768, -0.010105935, -0.0968592, -0.17071666, -0.10127668, -0.026590502, 0.05544078, -0.22503363), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.053587623, 0.013554916, 0.0018153706, 0.0050241053, 0.007109888, 0.049959134, -0.05311281, -0.09651782, -0.15021992, 0.041716605, 0.031055149, -0.04614386, 0.1668338, -0.15733725, 0.05505452, -0.04836756), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(-0.077188395, -0.058547955, 0.03399098, 0.09912107, -0.03275195, -0.13739568, -0.08232234, 0.06831293, -0.070714585, -0.046675168, -0.11615044, -0.119989395, -0.03131107, -0.09919153, 0.003835856, -0.014355857), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.036215, 0.018938174, -0.2277618, -0.13956094, -0.07911919, -0.063870676, 0.08332067, 0.061556723, 0.038459476, 0.15356061, 0.007937132, 0.049789228, -0.0977846, -0.06580731, -0.092308916, 0.12081035), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.2513099, 0.2640892, -0.073300436, 0.0054640956, 0.021276288, 0.117054164, -0.10756317, -0.10598032, -0.045152083, 0.08731703, -0.18050396, -0.047249332, -0.073264845, 0.2116926, -0.114557505, -0.037215512), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.050166927, -0.04862805, 0.12805791, 0.0045228424, 0.056160565, 0.16115089, -0.07979352, -0.13011862, 0.05441418, 0.05797822, -0.13112345, -0.025642958, 0.05028941, -0.03776722, -0.030840462, 0.1557417), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.13133498, 0.18729036, 0.09921492, 0.08116472, -0.045803983, 0.26691306, -0.074901216, 0.27606857, -0.008125972, 0.042414363, 0.13946676, 0.08842948, 0.08357318, -0.03671059, -0.16490772, 0.1321214), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(-0.065409325, -0.0521094, -0.16489594, 0.13398097, 0.059531994, 0.12008558, -0.3398136, 0.1359767, 0.19906406, -0.07998507, 0.030024389, 0.07742193, -0.17542136, -0.009348887, -0.07117329, 0.03772329), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(-0.058133047, -0.16653563, -0.0063957074, -0.095268235, -0.17482235, 0.059023783, 0.122984484, -0.34188032, -0.20109126, 0.18325296, 0.14055713, -0.10793852, 0.011646871, -0.061308336, -0.061341055, -0.021440659), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(0.078113094, -0.09492607, 0.08023962, -0.12604296, 0.109075874, -0.0154309245, 0.06649317, 0.06254269, 0.07463966, -0.073904, 0.05772617, 0.26408893, -0.006501864, -0.07582579, -0.10127933, -0.12402614), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.042008914, 0.09461804, -0.072341286, 0.080054514, 0.14365824, 0.04930919, -0.099516146, -0.008121477, -0.0093559455, 0.10470606, 0.02927817, 0.021877058, -0.054930143, 0.060183078, -0.0445749, -0.01106447), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.0011625461, -0.0009088538, -0.023627708, 0.027977956, -0.11017806, -0.26268825, -0.011429036, -0.03145088, 0.020097682, -0.029126195, -0.06067577, 0.069737315, -0.059665915, 0.0012559243, 0.010016551, -0.09414456), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.11869016, 0.20854239, 0.0059952354, -0.05854996, -0.019913383, 0.111083195, -0.110878445, -0.09330779, -0.09355048, -0.023232793, -0.028993065, -0.016969083, -0.046021197, 0.120301165, -0.016181333, 0.121419206), target3);\n\n\ttex4[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex6[gxy] = target3;\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x24\n//!IN tex4, tex5, tex6\n//!OUT tex1, tex2, tex3, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.10820368, 0.052109707, 0.02658453, -0.089495786 };\n\ttarget1 = MulAdd(a1, MF4x4(0.027190452, 0.0060910345, -0.008547152, 0.17320672, 0.06733503, -0.08989388, -0.11381129, -0.13119508, 0.17610823, 0.14008744, 0.11026499, -0.21357119, -0.12159518, 0.06601897, -0.034462526, -0.06805842), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.032029126, -0.17226543, -0.041954145, 0.0048979674, 0.07860925, 0.014572411, 0.028136868, 0.023380699, 0.08869984, 0.066781156, 0.054681987, -0.2045243, -0.08229035, 0.034414835, -0.059059203, 0.123423755), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.06395383, -0.17036091, -0.09632937, 0.012491044, 0.023212979, 0.0016467012, -0.14969939, -0.0054716296, -0.023756625, -0.17073572, 0.052645937, -0.046952818, -0.16187616, 0.016573654, -0.14689016, 0.01019834), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.08193712, -0.07631574, -0.034434203, -0.014776324, 0.042278692, -0.1091839, -0.10186231, -0.08016388, -0.036329824, -0.27691782, -0.060328513, -0.21892257, 0.039156485, -0.015808448, 0.063398294, -0.045008957), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.1413053, -0.04867498, -0.06696859, -0.19319332, 0.06924486, 0.10097274, 0.027635809, -0.25744498, 0.043045916, 0.0080625275, -0.078129664, 0.07637907, 0.08766779, 0.009869328, -0.04087825, -0.107835), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.03251173, -0.088434696, -0.17404701, -0.047607604, 0.19409397, -0.011666368, -0.055492543, -0.06779062, 0.18695107, 0.12933761, 0.009486838, 0.1311912, -0.115678646, -0.15206106, -0.0692949, -0.2093353), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.024145309, -0.049262546, -0.13907287, 0.079473436, -0.042634737, -0.08339864, 0.10169023, -0.035110317, -0.07373649, -0.013395292, 0.040008895, -0.10978444, -0.11845739, -0.037593327, -0.06392299, -0.16472307), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.004245749, -0.017990965, -0.16623773, 0.058491312, 0.09169293, 0.095187806, -0.13777736, -0.058859553, 0.12717004, -0.21097647, 0.022213815, -0.060391422, 0.24919353, 0.027743122, -0.046835132, 0.05116896), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.031152543, -0.006675389, -0.20609254, 0.059274126, 0.057716113, 0.010372987, -0.09142726, 0.21968524, 0.1961135, -0.123708576, 0.16263476, 0.0062686265, 0.014965539, -0.007153107, -0.11750436, -0.1819159), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.0060456856, 0.19447032, 0.020056425, 0.11960106, -0.32920054, 0.015612619, 0.26585084, 0.10356409, -0.14553185, 0.00058173627, 0.05271928, -0.1452066, -0.060218733, -0.020830099, -0.10317562, 0.052465137), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.27812362, 0.058981895, 0.08322605, -0.0032075725, -0.15221997, 0.09520731, 0.04914796, 0.11785509, 0.013318352, -0.10878859, -0.15916938, -0.18263555, -0.05563399, 0.014653972, 0.14075124, -0.057639994), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0041990946, 0.0977939, -0.10445638, 0.020671595, -0.051427394, -0.026315004, -0.17141542, -0.19342242, 0.18054874, -0.15474714, 0.13021101, 0.11164268, 0.09080831, 0.036626425, -0.082300276, 0.04107306), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.039793264, 0.14146407, 0.09102857, 0.03839708, 0.3213411, -0.037526935, 0.26050022, 0.05215784, 0.09104371, 0.1189446, 0.1516196, -0.06040828, 0.06444251, 0.03769561, -0.05992374, -0.09555435), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.3158521, -0.09743379, -0.16136461, 0.12563957, -0.047199205, 0.14175804, 0.26343465, 0.26441336, -0.08041752, 0.12452204, 0.00063982303, -0.13609244, 0.2354998, 0.00049649493, 0.015294863, -0.2654468), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.08709678, 0.15577738, 0.05169841, 0.07911614, -0.024321338, -0.015250634, -0.021416046, -0.081399545, 0.0089286, -0.2259574, -0.05061959, 0.065474294, -0.030742366, -0.03538435, -0.055524804, 0.15507819), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.045065995, 0.023564292, -0.037309248, 0.06847233, 0.056869928, 0.028326921, -0.17528678, 0.12857448, 0.035632227, -0.032293174, 0.104832776, 0.017997067, -0.114497125, 0.16921379, 0.12497218, 0.036903612), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.075956464, 0.09397675, 0.052031025, -0.105377, -0.12632053, 0.024217378, -0.07852874, 0.11461346, -0.04082505, -0.108691104, -0.04474934, -0.29607844, 0.034042932, 0.12287652, -0.052040536, 0.041936204), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.038337763, -0.018111536, 0.06151811, 0.05389662, -0.028443024, 0.08706589, -0.073154494, 0.05447222, 0.07653834, -0.19515261, -0.037622564, 0.08052142, -0.045269065, -0.0609327, -0.100833364, 0.10981602), target1);\n\ttarget1 = MulAdd(a3, MF4x4(0.094026454, -0.0031063687, -0.21620432, 0.13547292, 0.20105883, -0.025618935, 0.11542153, 0.10962974, 0.113429956, -0.14227262, 0.0060875076, -0.14874603, 0.09162232, -0.053849343, 0.04125156, 0.032826412), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.013978522, -0.13269992, -0.07810451, 0.070542224, -0.04335991, 0.13381198, -0.027735049, -0.15146035, 0.22838825, -0.064607605, 0.09653002, -0.12548994, 0.13875695, -0.07963269, 0.17691031, -0.09219512), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.3725075, -0.10551151, -0.015794966, 0.11881437, 0.032990977, -0.08120358, -0.028089223, 0.07270803, 0.09375988, -0.19002074, 0.042594276, -0.14296396, 0.058286652, 0.027516257, -0.06983339, -0.21678405), target1);\n\ttarget1 = MulAdd(d3, MF4x4(-0.07584593, -0.030345742, -0.102612115, -0.008622554, 0.19179675, -0.007445088, -0.0055725924, 0.045661647, 0.15045294, 0.05527889, -0.16074698, -0.11140143, -0.10332519, 0.0775829, 0.3479224, -0.09605363), target1);\n\ttarget1 = MulAdd(e3, MF4x4(0.24224567, -0.10463845, -0.004708288, -0.037463564, -0.174914, -0.12728058, -0.09033664, -0.07400692, -0.14376171, 0.047589123, 0.12197598, 0.10113545, 0.27015212, -0.034403134, 0.1424642, 0.160263), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.13663313, -0.1106191, 0.011357531, -0.22931215, -0.019929864, -0.10682277, -0.055398542, 0.066238664, -0.085308366, 0.04024022, 0.12161912, 0.08610841, 0.09498895, -0.06681962, 0.13027692, -0.0019338574), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.03641036, -0.011318962, 0.110239714, 0.11487314, -0.0893917, 0.15007862, 0.027590204, 0.09350642, 0.024954673, 0.12835681, 0.03920746, 0.09515919, -0.1465032, -0.030845147, -0.1298204, -0.13092597), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.053689882, -0.013590492, 0.14078104, -0.02906744, -0.028918952, -0.05751785, -0.15884842, -0.26478568, 0.13566354, 0.12888497, -0.07389985, -0.10991238, -0.04350177, 0.056619987, -0.007795586, 0.20150684), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.24407062, 0.21552294, -0.00949639, 0.06383184, -0.021686498, -0.3234789, 0.00095171423, 0.16604368, 0.21007693, -0.23288599, 0.14941412, -0.23804995, -0.041001838, 0.122981116, -0.08457904, 0.31631222), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.03347639, -0.11116802, -0.024119927, -0.13334364, -0.06425279, 0.034693595, -0.042770308, -0.17312396, -0.067923695, 0.016072923, -0.11040154, -0.17093144, 0.0015578474, -0.29394698, 0.107074894, 0.27303827), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.0611658, 0.019790849, 0.06787951, 0.10454345, -0.015665758, 0.0151002975, 0.03526049, -0.103849605, 0.18519226, 0.13797036, -0.061827153, 0.049401954, -0.14499283, -0.019294523, -0.059974186, 0.08248854), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.10331019, 0.013611227, 0.06224777, 0.051212363, 0.07831132, 0.10166972, 0.06203761, -0.18489413, 0.15709174, 0.10225166, -0.047563914, 0.07839388, 0.111176215, -0.17445758, -0.025798218, 0.039074145), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.0126109915, 0.1351571, -0.036555156, 0.010697993, -0.13778222, 0.03346138, -0.0049093324, -0.15003881, -0.03876987, 0.07914351, 0.047344975, 0.11449459, 0.063460924, -0.08697232, 0.10283146, 0.051968753), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.23186366, -0.06041623, -0.16257766, 0.24217394, -0.023535172, -0.101410136, -0.108250454, 0.107450925, 0.034496274, -0.028800279, 0.021022853, 0.03616355, 0.02028369, -0.08332956, 0.10570706, 0.09971033), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.04147743, 0.015145005, 0.120189026, -0.068185546, 0.046765327, 0.06456099, -0.1020187, 0.021370325, -0.040851895, -0.03208752, 0.048594363, -0.1198498, 0.068069115, 0.041555826, -0.17036118, -0.01932193), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.056585032, 0.08170861, 0.16936389, 0.12775362, -0.06250441, 0.003437123, -0.1626591, -0.044595372, 0.05609032, -0.013985337, 0.12408558, -0.023731874, 0.06669848, 0.015816472, 0.02028663, 0.15866788), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.08446122, 0.18007189, -0.029043732, -0.011163938, -0.07911146, -0.08956735, 0.01947308, -0.14794883, 0.006629651, 0.038349632, -0.00968828, -0.025770634, -0.0773972, 0.005243162, -0.024193848, 0.13965817), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.11081664, 0.014651672, 0.17688385, -0.105908446, 0.10568161, -0.0114132725, -0.07771328, -0.07368131, -0.08784887, 0.000283126, -0.062638454, 0.10225453, 0.03358641, 0.022887172, -0.05419985, 0.13735344), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.10541027, 0.020751795, -0.09398483, -0.005489149, -0.29769272, 0.23499025, -0.006691222, -0.053000394, 0.010389082, 0.17603737, -0.00460357, 0.022672169, 0.184428, -0.05348439, -0.056355994, -0.09495365), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.0008888126, -0.07352942, -0.115427524, 0.039416842, 0.035075482, 0.064889066, -0.0403974, -0.16294649, 0.15031078, 0.15975513, 0.050580446, 0.17225175, -0.15042374, 0.1044681, -0.020698681, 0.02006514), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.04267897, 0.013600698, -0.06688994, 0.06905151, 0.0050800233, 0.074999094, -0.013612523, 0.24658114, 0.09293767, -0.025656242, -0.12935342, -0.053077035, -0.10818674, 0.10712919, 0.10325497, 0.026742944), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.057898734, -0.079083994, -0.014326936, -0.012377722, -0.081788406, 0.15159677, 0.009859493, -0.17867896, -0.15591973, 0.052071776, 0.08789029, -0.07519902, -0.05066772, -0.062322497, 0.115281776, 0.036021948), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.18813054, 0.08132526, 0.13596503, -0.048313983, 0.38620186, 0.2359013, 0.037454955, -0.1447747, 0.067145094, -0.0005996448, 0.1840271, 0.05323988, -0.23532471, -0.0116497595, 0.2535536, 0.061556816), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.0129419975, -0.17229463, -0.09436541, 0.10180941, 0.11799404, 0.031389806, -0.07010608, 0.0046768254, 0.10469505, 0.17582805, -0.22139175, -0.14195564, -0.02746759, 0.1141511, -0.029968468, 0.07361169), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.0769514, 0.017098518, 0.082954735, 0.025435448, -0.21867949, -0.07731593, 0.031622138, -0.013084908, 0.053551342, 0.08035211, -0.06418101, -0.14921196, 0.18860011, 0.029326573, -0.0472363, -0.011997928), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.01178925, -0.07107687, -0.09878797, 0.1556755, -0.055202577, -0.040342607, -0.1087109, 0.22202995, -0.02957374, 0.063299805, -0.0226507, 0.09204488, 0.08155232, -0.022691648, 0.061842438, -0.003388257), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.0058287196, -0.013047009, -0.15424606, -0.056314673, -0.06388496, 0.0222499, -0.11188726, 0.2635107, -0.05954232, 0.1667741, -0.12295786, -0.15182652, 0.1224556, -0.1186777, -0.011522621, -0.09436076), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.07150499, -0.07419667, 0.16062357, -0.13254762, -0.010069923, 0.09393101, 0.035834856, -0.043301247, 0.059349176, 0.015473052, 0.06563933, -0.013041895, 0.029431, 0.11289305, 0.08899771, 0.16794808), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.113425404, 0.14999859, 0.06650979, 0.036482334, 0.018955054, -0.10026139, 0.11925662, 0.114249855, 0.06869671, 0.052254554, -0.004852112, 0.0565278, 0.078193806, 0.05062573, 0.03250799, 0.19846839), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(0.021927554, -0.1345216, -0.0016766218, -0.13956897, -0.045278247, -0.0069249924, 0.006003127, 0.07814754, 0.10342034, 0.06784387, -0.069491945, 0.19103162, 0.14311132, -0.022440588, -0.06932795, 0.030535521), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.04036147, 0.054757025, 0.017254664, -0.12124264, -0.1816484, 0.15580839, -0.09062968, -0.0048705437, -0.029410018, 0.038827926, 0.057098128, -0.018173074, -0.10805557, -0.14378877, -0.2585165, 0.172119), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(-0.1310388, 0.18337108, 0.19657819, -0.010367786, -0.04445844, -0.24680386, -0.04328972, -0.0399127, 0.12341645, -0.08352961, 0.011123786, -0.083505794, -0.09089909, 0.060027592, -0.23706149, 0.03521439), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.01557783, 0.010480741, 0.0434283, 0.16624042, -0.15881334, -0.04636994, -0.0038111496, 0.03575316, -0.08781109, 0.12979223, 0.06802427, 0.08255704, 0.37816545, -0.058951244, -0.102753684, 0.1256413), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.10425998, -0.071307346, -0.11617004, -0.13080333, 0.1492051, 0.054852143, 0.07140254, -0.064901225, 0.0023687668, 0.012650793, -0.1390397, -0.09889024, 0.19282119, -0.04274883, 0.1678261, 0.10092644), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(0.052412614, -0.016467815, -0.08627941, 0.21175376, -0.037298422, 0.009408156, 0.09253116, 0.22531977, -0.09862147, 0.012014097, -0.00088612316, 0.10639377, 0.21262354, -0.36476177, 0.1831788, -0.18416084), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(0.10780807, -0.049085826, -0.035806093, 0.089742415, -0.121957704, -0.07614303, 0.1122783, -0.1417334, -0.11307489, -0.099186234, -0.09983688, -0.08203866, 0.18696213, -0.10846918, 0.022843426, 0.17075616), target1);\n\t\n\tMF4 target2 = { -0.019858388, -0.049763262, 0.034831703, -0.12479427 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.06560893, -0.038288042, -0.0021071879, -0.030108955, 0.145761, 0.0029613946, 0.051950503, -0.015247062, 0.44679, 0.114423126, -0.006614156, -0.085114725, -0.17392384, -0.1525023, 0.00087433326, -0.0061209374), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.038765047, 0.023672441, 0.07686677, 0.1169065, 0.057648882, -0.04956052, 0.18272647, 0.074001, 0.0148019185, -0.17424357, -0.15635398, -0.11640745, -0.044930972, 0.17733482, -0.118420936, 0.0034517103), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.03843906, 0.14669247, -0.0016725688, -0.05404641, -0.010653548, -0.14568646, 0.01552742, 0.0075000613, -0.11138789, 0.12747082, -0.0019283098, 0.15637173, 0.17695609, 0.11176842, 0.037749417, 0.038456965), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.011113179, -0.033781096, 0.10000893, 0.09236021, 0.05682521, 0.047795758, 0.082160555, -0.06516607, 0.021327825, 0.123461336, 0.16531587, -0.017066834, -0.17193775, 0.0088722, 0.11325116, -0.008696895), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.1559535, -0.027437076, -0.06791055, 0.0076806503, -0.105000794, -0.013547857, 0.044852357, -0.072031856, 0.03666842, -0.09417821, 0.044465255, -0.021518283, 0.075612575, 0.12548204, 0.0053096185, -0.081135504), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.032854624, -0.04636654, 0.08900102, -0.006676651, -0.17161772, -0.11203611, -0.08199468, -0.09992361, 0.20184253, -0.1002281, -0.1186801, 0.07690125, 0.10468101, -0.034323484, 0.05079439, 0.05624683), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.098402895, 0.21312171, -0.09616754, -0.0022171456, 0.13993289, 0.020528518, 0.14474267, -0.10080646, -0.1283229, 0.1904186, -0.040573347, -0.14794436, 0.054999832, -0.11960501, -0.061369505, 0.09603712), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.10725682, 0.06215029, 0.089609645, 0.018108908, 0.021400819, 0.031146, -0.22904995, -0.01076689, -0.105205126, 0.012291847, -0.048588227, -0.049485933, 0.114158444, -0.091215335, -0.027073242, -0.11835295), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.102791235, -0.029520744, -0.19900851, -0.029541757, -0.031764254, -0.008002707, -0.017105635, -0.07239135, 0.14740342, 0.05648717, 0.077909015, -0.14993371, 0.120271415, -0.10764749, 0.024895139, -0.06620364), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.23614062, 0.17541821, -0.008834044, 0.18276002, 0.0081810225, 0.08408151, -0.13527961, -0.018539876, 0.014361589, -0.027012244, -0.17484863, -0.019362496, -0.037048925, 0.094974704, 0.018246485, 0.109574154), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.1533575, 0.19374342, -0.027817149, 0.16140993, -0.06192059, 0.045258347, -0.09625185, -0.026630063, -0.0050361003, 0.020038875, 0.17793919, 0.059639167, 0.079904884, 0.03772698, 0.07656081, 0.21176697), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.03496418, -0.07980854, -0.022122597, -0.15199453, -0.029270291, 0.02720027, 0.10541389, -0.020044396, 0.031097332, 0.00533792, -0.07936573, 0.0767852, -0.052802965, 0.044324324, 0.1331397, 0.09737042), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.09404921, -0.12238693, -0.15260863, -0.037168942, 0.101774864, -0.12818033, -0.19276977, 0.060901154, 0.3669953, -0.08837079, 0.09483071, 0.0039528203, 0.114874505, 0.11380748, -0.0675627, 0.099314205), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.18921007, 0.11088719, -0.03879293, 0.24393363, 0.024074616, -0.055593442, -0.038904842, 0.093477115, -0.074254654, 0.023504809, 0.0015475574, 0.06922074, -0.02201723, 0.04952918, -0.12691462, -0.04520855), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.015887981, 0.13304926, -0.006745367, 0.08113083, 0.14956935, -0.115906075, -0.14784655, 0.030012615, 0.031657662, -0.065392576, 0.26881677, 0.060661886, -0.022231037, -0.04828739, 0.09894193, -0.14562485), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.047161587, -0.017991489, -0.0075016962, -0.034034126, -0.061112147, 0.13156408, 0.16217458, 0.076580904, 0.1459869, 0.11071404, -0.043128885, 0.0338223, 0.21686563, 0.008266244, 0.058333807, 0.02561811), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.018609803, 0.0234848, 0.040451016, -0.08435358, -0.009784489, -0.008065147, -0.053126886, 0.011366649, -0.084467, -0.1788947, -0.12264094, -0.18014608, 0.059439298, 0.03542411, 0.078848965, -0.13048537), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.078216806, 0.013697004, -0.15663616, -0.049786724, -0.13391373, -0.08318028, 0.06794668, 0.09373982, -0.083461255, 0.061056722, -0.2251907, -0.06139379, -0.20027658, -0.09285312, 0.039336286, 0.09701935), target2);\n\ttarget2 = MulAdd(a3, MF4x4(-0.16103904, -0.102670334, 0.0012198326, -0.22724585, 0.23467462, 0.044629287, 0.0045051533, 0.08221795, 0.13965432, -0.025059564, 0.009324332, 0.17598952, 0.10017599, 0.043154277, 0.09106905, 0.004035487), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.044398602, -0.02080209, 0.07439402, -0.0837648, -0.09127961, -0.16654146, -0.028559506, 0.063172385, 0.02517883, -0.2839795, -0.011589502, -0.07898659, -0.013581755, -0.18534079, -0.0017158306, 0.105475046), target2);\n\ttarget2 = MulAdd(c3, MF4x4(0.104462, 0.27500334, -0.16876803, -0.067298174, -0.011149543, 0.026384255, -0.10175635, -0.2548854, -0.1283541, -0.16410558, 0.07503598, -0.02121285, -0.0064750114, -0.09670444, 0.08300398, 0.19831792), target2);\n\ttarget2 = MulAdd(d3, MF4x4(-0.009554492, -0.095104635, 0.08615534, -0.10154481, 0.11020224, -0.1011952, 0.061394565, 0.050413556, 0.19796023, 0.11560851, 0.033866078, 0.23405328, -0.0060241343, -0.050427623, -0.18293521, -0.031680096), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.058735132, 0.026442906, -0.23102848, -0.07569987, -0.26244682, -0.20584835, 0.2259608, 0.06885029, 0.035959512, 0.075910114, -0.17818634, 0.053924832, -0.0046540634, -0.02363428, -0.0501489, 0.07347372), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.0733894, 0.10715639, 0.28019708, 0.100572936, -0.07274408, 0.072782665, -0.056028996, 0.06478587, -0.031222489, 0.043191776, -0.10039772, -0.21392053, -0.04606884, -0.16641788, 0.0065926304, 0.055378567), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.118616246, -0.13528953, -0.19563872, 0.23483656, 0.02614144, 0.19605434, -0.05274385, -0.08863971, 0.16891058, 0.1366527, 0.09084148, 0.100328505, 0.034491546, 0.08647768, 0.21777217, -0.049174547), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.1357159, -0.012445991, 0.3096013, 0.181176, -0.010390439, 0.14459321, -0.10700577, -0.011389145, 0.09287424, 0.07787938, -0.096365124, 0.017783955, -0.09306514, 0.15694624, -0.14705794, -0.13922045), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.13941582, 0.19728883, -0.151456, 0.10526561, -0.09251345, 0.11684088, 0.1303061, 0.14257613, -0.20296581, 0.00048331724, 0.2851077, -0.20377511, -0.057946853, 0.031233812, -0.15364504, -0.009259494), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.098066, -0.08288004, -0.06673981, -0.06435033, 0.034342356, 0.015804073, 0.023787297, 0.10401755, -0.19141194, -0.16482951, -0.0056575392, 0.0093797995, -0.28313008, 0.0048112553, -0.017099613, 0.02518723), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.030270405, -0.038700357, -0.013410372, -0.004442315, -0.12467148, 0.08281559, -0.1605282, 0.069578275, 0.10012911, 0.01924674, -0.021857055, 0.07991313, 0.00801384, 0.13677774, 0.013247758, 0.03188123), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.17157516, -0.08176375, -0.089773096, -0.0405298, -0.085242964, -0.03426719, 0.054874644, 0.066589154, 0.04864499, -0.18212035, -0.11903994, 0.04277644, -0.24286698, 0.14560008, 0.1412366, -0.049351584), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.0020793858, 0.13244559, 0.022845006, -0.056293562, 0.025595138, 0.12697968, 0.0062493416, 0.10955782, -0.02731004, -0.04970028, 0.0558574, 0.013929665, -0.030912375, -0.07561133, -0.31270868, 0.027562078), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.072941735, 0.021501537, -0.0630067, -0.10351342, 0.0041823885, 0.13891226, -0.070387594, 0.052334826, -0.003547599, 0.19354597, -0.020180183, -0.037713047, 0.06751014, -0.17405544, -0.020440113, 0.25509283), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.005987273, -0.08264425, -0.019549685, -0.06343352, -0.005718748, 0.05226893, 0.07570872, -0.030717341, -0.18217428, -0.0039694863, 0.1455871, -0.0977504, -0.15671553, -0.006649227, -0.1283491, 0.100330345), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.057930637, -0.114826396, 0.06898038, -0.13852106, 0.024047598, 0.20633829, -0.12503678, 0.022534683, -0.18774416, -0.31502175, -0.10984795, -0.018557208, 0.17580375, 0.25652558, 0.22530238, -0.0028108188), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.023331782, -0.01088776, -0.0052380436, 0.00686383, 0.026780738, 0.03749848, 0.22947483, -0.103271484, 0.012644287, -0.0142970905, 0.098855376, 0.0055474946, 0.032439362, 0.027143423, -0.14876749, -0.06213873), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.03750828, 0.010431886, 0.17416674, -0.090744555, -0.17330858, 0.013979898, 0.03489776, -0.13337487, 0.00858403, -0.037750907, -0.17109399, 0.08273273, -0.14204618, -0.009869641, -0.013496473, 0.076338045), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.043562744, -0.18440323, 0.011339632, -0.14345059, -0.08992258, -0.10230683, -0.10468143, 0.34146136, 0.15978895, -0.0051261852, 0.061601657, 0.09483878, -0.007760578, -0.018336317, 0.044910427, -0.09316569), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.1253627, -0.12310892, 0.016166732, 0.027448155, 0.13965616, -0.13030767, 0.17542621, 0.061852284, 0.16997853, 0.0056183804, -0.18704928, -0.019231116, -0.08086044, 0.09974395, -0.01429541, 0.03184063), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.04526007, 0.030035531, 0.03181006, 0.22173904, -0.1355034, -0.1948648, 0.06783468, 0.038674995, -0.046629447, -0.03462297, 0.09421528, 0.048745953, 0.16898066, 0.13283801, -0.14163011, -0.23105736), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.07269096, -0.06190773, -0.038986176, 0.102121696, 0.14298806, 0.23800415, 0.1370508, 0.0034182875, 0.009464909, 0.073990576, -0.028228868, 0.047769118, -0.11799714, -0.07566264, -0.025975682, 0.06592005), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.1140849, 0.0011444123, 0.13536933, -0.045905575, 0.050907966, -0.065915674, 0.034910467, -0.2681743, 0.10803704, 0.12069119, -0.12347737, -0.06318596, -0.06862493, 0.014980036, 0.22914106, 0.0003237674), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.09530222, -0.11337397, 0.014516241, 0.0709293, -0.122670494, -0.17343688, -0.09817145, 0.0427696, -0.0035809735, 0.0970125, -0.35413933, -0.13195236, 0.07348421, 0.11037325, 0.056015544, -0.011848703), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.05069634, -0.032064505, -0.03238415, 0.1735258, 0.25210074, 0.10959535, -0.2741513, 0.13719772, 0.1066583, 0.20128429, -0.008766815, -0.11834798, 0.057237767, 0.017930366, 0.021861222, -0.025086008), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.000881232, -0.05960106, -0.08985197, 0.14067702, 0.018204128, 0.09699959, -0.05949243, 0.059911992, 0.027270103, 0.06743677, 0.38237867, -0.058599375, -0.047956746, 0.11374969, -0.14632292, -0.005532837), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.0312775, 0.0031963694, 0.08149806, 0.13988096, -0.0040519754, 0.035389222, 0.0864673, 0.18592173, 0.03735674, -0.054272953, 0.18598364, -0.13443853, 0.085672796, -0.049046505, 0.0057935636, 0.017542645), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.04916441, 0.015665755, 0.08576695, 0.17165792, -0.13008267, 0.04201376, -0.2670682, 0.119378634, -0.100484766, -0.0887232, 0.049034663, -0.039614394, 0.02695341, -0.04374321, -0.106656834, 0.023938615), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.03373819, 0.004977311, -0.0040103244, 0.13545765, 0.06599036, -0.09659661, 0.22132197, -0.116552144, 0.100918315, -0.022979576, 0.07052367, 0.04172229, 0.17585796, 0.05118707, -0.08703159, 0.055033304), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.18900026, 0.019988917, 0.07693406, 0.28435934, 0.12686001, -0.14701878, -0.09573673, -0.17312722, 0.15025325, 0.12911554, -0.09475629, 0.016428819, 0.082817025, -0.11946521, -0.0013731157, -0.09071587), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.0797976, 0.11099694, -0.05467964, 0.014629147, -0.09720358, 0.04712591, 0.015981004, -0.05535863, 0.03645818, 0.041274335, 0.10671675, -0.11314873, 0.036964905, 0.17811853, 0.08903187, 0.0095582185), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.11976107, 0.004657432, -0.06258394, -0.022577194, 0.17443101, 0.1387175, 0.059126876, 0.032149844, 0.1430801, 0.002375262, -0.12749809, 0.08837332, 0.06466934, 0.13617098, 0.04582338, 0.068308234), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(0.022942754, -0.09855706, 0.049297135, 0.096298546, 0.1906194, 0.11273925, -0.22720218, 0.003925555, 0.0028442615, -0.12138431, 0.09074982, -0.030113788, 0.00383381, -0.09112362, -0.27005482, 0.022827866), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.19426541, 0.009114653, 0.11889596, -0.057239886, -0.03998725, -0.1694043, -0.20197673, 0.041406937, 0.020746358, 0.22414313, -0.1622876, -0.11014813, -0.09325455, -0.08461812, -0.021865716, 0.008194336), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.021359676, -0.022532789, -0.10541426, -0.24901268, 0.030835157, -0.034806997, 0.10264721, -0.006528542, -0.03765987, 0.069545716, 0.25284502, 0.04730265, -0.012214816, -0.053018507, 0.13373806, -0.037745554), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.09582438, -0.18056035, -0.09869147, 0.11321111, -0.10706152, -0.037460733, 0.121544324, -0.11290087, 0.18490471, -0.06921383, -0.19518846, 0.10960292, -0.06263085, 0.13362981, -0.08682174, -0.053608853), target2);\n\t\n\tMF4 target3 = { -0.067701444, -0.05630008, 0.022760866, -0.034229018 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.1652761, 0.13780159, 0.09095229, -0.043444302, -0.06450598, 0.04212247, 0.069517806, 0.09327406, -0.033491675, -0.14936084, 0.009638944, 0.11837384, 0.02686685, 0.037584316, -0.09761867, -0.026200296), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.12561406, 0.12076126, 0.028275209, -0.08543192, -0.099475406, -0.0822321, 0.0920009, 0.06756713, -0.10781483, -0.12923865, 0.032576296, 0.3534597, 0.03224445, -0.015600879, -0.025559058, -0.027278373), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.07211016, 0.054111533, 0.13363571, -0.010288602, -0.20603329, 0.0047039236, -0.04776343, 0.25487995, -0.10845931, 0.0972547, -0.10519721, -0.0073581343, -0.10403583, -0.06662798, 0.041069936, -0.11237198), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.011475162, 0.062792905, 0.091312, 0.30339372, -0.11382581, 0.06737181, 0.07341503, 0.16007973, 0.001011511, -0.11274179, -0.006656744, -0.034754373, 0.08876155, 0.014858809, 0.08583179, 0.010586847), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.095108636, 0.0049300413, -0.15713759, -0.049208567, 0.14641964, -0.1558201, 0.115891516, -0.06733412, -0.07573838, 0.29731378, 0.108890355, 0.043476757, 0.06507369, 0.035861496, -0.03979463, 0.0009747037), target3);\n\ttarget3 = MulAdd(f1, MF4x4(0.04926235, -0.037529353, 0.079898834, -0.14147292, -0.08446753, -0.06169593, 0.047313344, 0.26457137, -0.035472378, -0.073560245, 0.14341679, -0.022741733, -0.1525431, -0.01243139, -0.011166588, -0.20521918), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.016135108, 0.011612018, 0.14412925, -0.02519369, 0.09124221, 0.05163101, -0.13721077, 0.028859738, -0.10101291, -0.14688651, 0.15746878, -0.124548726, -0.04213581, -0.01224665, 0.17707069, 0.012810498), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.17663126, -0.07370428, 0.043691028, -0.006832302, -0.050157465, -0.030904332, 0.061489057, -0.009296911, 0.03220379, -0.047700413, -0.029812776, 0.16822562, 0.041632306, 0.11511152, 0.09653043, -0.055198412), target3);\n\ttarget3 = MulAdd(i1, MF4x4(0.13367188, 0.03333002, 0.008851994, -0.012191224, -0.045508027, 0.08612423, 0.06786381, 0.15179649, -0.031041663, -0.059014346, 0.15675054, -0.08772905, 0.09033015, -0.08435604, 0.07550108, -0.14843665), target3);\n\ttarget3 = MulAdd(a2, MF4x4(0.14639384, 0.16561817, -0.03261034, -0.03337392, 0.14970617, -0.11748068, -0.12750028, -0.10566866, 0.16191705, -0.08984127, 0.06803522, 0.008120483, 0.10923837, 0.0364358, -0.13485567, 0.14291629), target3);\n\ttarget3 = MulAdd(b2, MF4x4(-0.02444568, 0.21520157, 0.05191823, 0.17272551, -0.047668163, -0.09192939, -0.020734387, -0.016689759, -0.21506861, -0.038079426, 0.099174924, 0.010456613, -0.20138906, -0.0112631135, 0.08758567, -0.045137912), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.060797717, 0.03514636, -0.05460338, -0.095668696, -0.08528851, -0.07811166, 0.12541622, -0.036730994, -0.14369172, -0.010652937, 0.0060692867, -0.1785254, 0.14972189, -0.13451393, -0.04655055, 0.16085984), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.05367569, 0.20912962, 0.018910028, -0.10154244, 0.03168856, 0.06779478, -0.088652916, 0.016729023, 0.10557536, -0.099209085, 0.14797546, -0.18952388, 0.07048445, 0.102708265, -0.14564602, 0.12568687), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.049337912, -0.12502758, -0.09065302, 0.19880529, 0.26680514, -0.003136209, -0.11733151, -0.11684242, -0.04335924, 0.30764192, 0.2855104, 0.04156867, -0.08121212, 0.23999381, -0.019614706, 0.027516816), target3);\n\ttarget3 = MulAdd(f2, MF4x4(-0.04837136, -0.0049304874, 0.006328469, 0.013705871, 0.067017764, -0.03406703, 0.053161882, 0.24689339, -0.02929922, 0.06797918, 0.015713276, -0.17147881, 0.04482974, 0.07526465, 0.019844312, -0.18729854), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.030257802, 0.010643463, -0.11703066, -0.015162744, -0.074236035, 0.01591241, 0.061938114, -0.08404092, 0.111995466, -0.13485448, 0.21688463, -0.110088274, 0.079335205, -0.2474801, -0.03824567, -0.018190503), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.11581714, -0.004117979, 0.033883266, -0.13720983, 0.029020213, -0.08154189, -0.0020539986, 0.11715364, 0.17582226, 0.0916048, 0.0750543, 0.06601126, 0.038681798, -0.03606899, 0.08065586, 0.0019443193), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.037615683, 0.12732984, 0.042441927, -0.008004603, 0.11336218, -0.042417236, 0.044717386, -0.13728632, 0.038264424, 0.17234874, -0.02492702, 0.120399185, 0.024329247, 0.024983741, -0.1845697, -0.07284304), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.2704137, 0.15812507, 0.060361683, -0.07266647, -0.15354276, -0.04938148, 0.11895455, -0.12520859, -0.07866695, 0.06199223, 0.02046756, 0.16162948, 0.037545823, -0.08195345, -0.02782581, -0.1247714), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.058098216, 0.1090351, 0.036994565, -0.14390574, -0.02314059, -0.067219526, -0.08998296, 0.12025692, -0.1035221, 0.05190676, -0.0240437, 0.06639121, -0.039624542, 0.002958745, 0.019561864, 0.12834862), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.2211613, -0.1103558, -0.0464588, 0.06874506, -0.32631674, 0.11210603, 0.051548798, -0.34436032, -0.11639206, 0.12327613, 0.051884107, -0.03575669, 0.035892785, -0.06696002, -0.15486757, 0.11983755), target3);\n\ttarget3 = MulAdd(d3, MF4x4(0.021447798, 0.010329525, 0.013789607, 0.119596116, -0.05871373, 0.055229582, 0.20033267, 0.03858596, -0.10166856, 0.0006909935, 0.0964782, 0.095391914, 0.013319357, -0.13142642, 0.1100771, 0.050889898), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.16984001, -0.16002657, -0.060783282, -0.17456883, 0.2011064, -0.14940733, -0.15602681, 0.14061591, 0.18068549, -0.00217099, -0.024712907, 0.037761874, -0.07138531, -0.0016056405, 0.11756802, 0.18380354), target3);\n\ttarget3 = MulAdd(f3, MF4x4(0.07733175, -0.17642827, 0.07976922, -0.051280692, 0.16156857, 0.032522928, -0.095040165, -0.0583928, 0.038923588, -0.043146443, -0.10355574, 0.1974055, 0.04354748, 0.09425934, 0.026754672, 0.23734866), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.13585593, 0.14902504, -0.27107853, 0.13296895, -0.2865579, -0.074112825, 0.1409574, -0.0003253808, 0.1733374, -0.16919981, 0.03372848, 0.21644552, -0.00050592434, -0.037268158, 0.1148079, -0.13287376), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.005142486, 0.0867682, -0.09227092, -0.10524167, 0.07520852, 0.015542765, 0.016817883, -0.0733789, 0.20560083, -0.1119311, 0.17374502, -0.107678846, -0.09381425, 0.14690572, 0.022286026, -0.19862098), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.20393431, -0.045187343, 0.0095105795, 0.052588273, -0.14538154, 0.18569797, -0.031874318, -0.15881945, -0.08170196, 0.052769475, -0.15122755, 0.090783544, 0.21360469, 0.04577172, 0.05163147, 0.07916663), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.14100257, -0.03398819, -0.052019518, -0.08121586, 0.008056087, -0.0931302, -0.19780545, 0.16904305, -0.13034676, 0.08930879, -0.0112331435, 0.029833045, 0.03981243, 0.12613662, -0.2159093, 0.035136405), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.09830958, 0.10535925, -0.08584078, -0.04632737, 0.0022527708, -0.031659063, -0.101096116, 0.063173816, -0.06613251, 0.118981436, -0.003423647, -0.105914734, -0.07703021, -0.07204621, -0.0748016, -0.11777416), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(0.053663094, 0.07884249, -0.17141959, -0.012647486, 0.08073693, -0.076323204, -0.17775054, 0.10244291, 0.14563464, 0.14345805, -0.18157926, 0.18835878, -0.026068632, 0.023138894, -0.0019046182, -0.00012485609), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.1348711, -0.04699952, 0.15993118, -0.23344111, 0.026501887, -0.14297141, -0.113242336, 0.080124736, -0.03513346, 0.10361922, -0.0922229, 0.07750678, 0.12542203, 0.12729637, -0.092106655, 0.055520497), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.083170444, -0.06302187, 0.0084091, -0.04599831, -0.035450544, -0.19657601, -0.07282212, 0.1447326, 0.11383889, -0.21189907, -0.045117173, -0.07391879, -0.11269967, -0.08903234, -0.032466423, 0.22887331), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(0.067729145, 0.06700018, -0.18447827, 0.03988203, 0.05277088, 0.033052627, -0.11088279, -0.02169712, 0.019287307, 0.06812, 0.04875055, 0.111010365, -0.14138764, 0.027063884, -0.05214136, 0.16399074), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.004932597, 0.1045028, -0.16486417, 0.010725656, 0.06950409, -0.121699296, 0.010512686, 0.14147647, 0.019202268, 0.17767008, 0.011134318, 0.063502066, -0.13067701, 0.108099535, -0.114125356, -0.046774942), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.15779556, 0.07332346, 0.063827224, 0.008358174, 0.0496721, -0.030757044, -0.050408855, 0.12898293, 0.023491597, 0.045543656, -0.07800668, 0.037886333, 0.17256846, 0.07125766, 0.029893918, -0.02450649), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.18544081, -0.033090588, -0.05919492, -0.0003458201, 0.14915435, -0.037259944, 0.011946766, -0.16243212, 0.0882922, 0.093222775, -0.11737426, -0.003943405, 0.019537527, 0.0077801496, 0.1317979, -0.09169945), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.091774754, 0.012059926, 0.03165443, 0.14858909, 0.3944464, -0.014972357, -0.12189733, 0.26198938, -0.27252647, -0.026880303, -0.06978548, -0.013632001, -0.0032966428, -0.18498091, -0.0004948639, -0.12478541), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.02833149, -0.050442036, -0.041132275, -0.07840716, 0.04005613, 0.17621154, -0.13607822, 0.1762098, 0.05282825, 0.0016353457, 0.006173704, -0.067321114, 0.13982886, -0.03623519, -0.087992206, -0.047710747), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.03881576, -0.08746933, -0.011487434, 0.12498892, -0.0017975342, 0.018888952, -0.18913451, 0.08337154, -0.090970725, 0.117090665, 0.1504768, -0.070024244, -0.019629575, -0.091753945, -0.0092930645, -0.15750532), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.017022166, -0.12516023, -0.12154394, 0.11974826, -0.09612418, -0.115943454, 0.24888757, 0.06153447, 0.056513205, -0.11116729, 0.029329464, 0.08975961, 0.10630068, -0.1328722, -0.06946471, -0.13333926), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(-0.034902636, 0.2483038, 0.14978237, -0.07164234, -0.012161076, 0.023050508, 0.06598259, -0.043513447, 0.10375706, -0.20177342, -0.123048, -0.035172284, -0.07363312, 0.18172532, 0.09612206, 0.19234397), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.029563665, -0.029694784, -0.101416424, -0.030606827, -0.070010245, 0.045257732, 0.05966623, 0.09107148, 0.03758803, 0.026623867, -0.071266346, 0.094123766, -0.059981044, 0.09513772, -0.08400028, 0.02511076), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.037089724, -0.06322222, 0.1061242, 0.008586227, 0.13214453, 0.035300348, -0.15787113, 0.07151468, -0.12539263, -0.09025181, 0.18832791, -0.033440433, -0.06625288, -0.1530654, -0.005935112, -0.18216603), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.027623197, -0.04890818, -0.061262466, 0.015195151, 0.32218042, 0.19153431, -0.08007639, -0.11445247, 0.00393679, -0.06705804, -0.12879996, -0.1423812, -0.06090306, 0.0036856222, 0.0069346135, 0.043838803), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.016647626, -0.08680245, -0.060714565, -0.06387184, 0.18913822, 0.10105815, -0.026422933, -0.039242256, -0.06503463, -0.03521194, 0.049169898, -0.06533137, -0.03167689, 0.015587601, -0.08370448, -0.021492135), target3);\n\ttarget3 = MulAdd(na3, MF4x4(-0.12721944, 0.028729077, 0.10713755, -0.09260985, -0.047840588, 0.022301238, 0.11309327, -0.06745379, -0.004154309, 0.10523564, -0.04239449, -0.017029425, 0.10899646, 0.1546228, -0.07669311, 0.2672058), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(-0.056850802, -0.05440277, 0.0018135635, 0.09396988, 0.14010292, 0.08741186, -0.12758048, -0.08599669, -0.018672993, 0.05172455, 0.008185248, 0.111759275, -0.06955318, 0.14772479, 0.008665618, 0.0352044), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.059702516, 0.058782764, -0.12532151, -0.096861176, 0.35831934, 0.0013884759, 0.30706376, -0.101967454, 0.095553055, 0.05883552, 0.06424327, 0.054175656, -0.1484007, 0.13297899, -0.01961164, 0.15321216), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.09578697, -0.20968121, 0.04902802, -0.030943176, -0.009951699, -0.05341875, -0.063387014, -0.0825744, -0.09769999, -0.075733155, 0.14749058, 0.12551898, 0.24074706, 0.16208081, -0.21561289, -0.062474046), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.0017662761, -0.088773146, 0.0043133483, 0.32119426, -0.13667256, 0.043542203, -0.045929775, -0.09663573, -0.136664, -0.19760157, -0.07579348, -0.04397654, 0.15027492, 0.08591492, -0.03781643, -0.1743205), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.12654322, 0.028860493, 0.12822515, 0.049503203, 0.30117163, -0.03055389, -0.0582901, 0.0019550966, -0.0038878717, 0.0043905065, -0.12589069, -0.22796634, -0.10635117, 0.16903181, 0.16951965, 0.027410017), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.059951358, -0.20652413, 0.056598257, -0.1811566, 0.2165428, -0.14381465, 0.20429386, 0.025329571, -0.19378977, -0.055971343, -0.0010970832, 0.08035063, 0.077368416, 0.078627735, 0.07322149, -0.14884202), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(0.041847393, -0.12735637, 0.014505967, 0.10192219, -0.13889207, -0.015992412, -0.17310154, 0.12131598, -0.13452062, -0.00036142246, -0.14270298, 0.14636193, 0.059705302, 0.051249746, 0.015804589, -0.11418885), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(-0.043562837, -8.029936e-05, -0.007859607, -0.08610097, -0.021267893, -0.011354754, -0.17890069, -0.0485164, -0.1679154, 0.11548207, -0.060171373, -0.24584498, 0.008396757, 0.1078782, 0.12012115, 0.07315681), target3);\n\n\tMF3 target4 = MulAdd(e1, MF4x3(0.068483055, 0.036389243, 0.04961808, 0.05059915, 0.033048775, 0.029426659, 0.07465462, -0.012659731, -0.024048671, 0.02224484, 0.012289658, 0.008910066), 0.0);\n\ttarget4 = MulAdd(e2, MF4x3(-0.10449372, 0.019832065, 0.035194747, 0.039656557, -0.028246421, -0.032626413, 0.10093569, 0.021039873, -0.0120673925, -0.047074273, -0.041248, -0.019464392), target4);\n\ttarget4 = MulAdd(e3, MF4x3(-0.05256942, 0.0127243735, 0.012813261, -0.03551604, 0.040801138, 0.04893271, -0.0016839011, -0.018044796, -0.027161835, -0.060873054, 0.012360936, 0.020700796), target4);\n\ttarget4 = MulAdd(ne1, MF4x3(-0.116182, -0.04271438, -0.046686683, -0.09575506, -0.030078743, -0.024359861, -0.04794246, 0.0044337297, 0.013972317, -0.023228236, 0.015726948, 0.0070847897), target4);\n\ttarget4 = MulAdd(ne2, MF4x3(0.13986528, -0.016787121, -0.015848925, -0.04900687, -0.027417973, -0.027077334, -0.047319725, -0.021533312, -0.018427303, -0.06136185, -0.0051562944, -0.032072), target4);\n\ttarget4 = MulAdd(ne3, MF4x3(0.070715815, 0.012814227, -0.0003389576, 0.012182037, -0.014952754, -0.019349998, -0.03254603, 0.012881403, 0.016392775, 0.059158217, 0.0055793705, -0.003696545), target4);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex3[gxy] = target3;\n\ttex7[gxy] = MF4(target4, 1);\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x24\n//!IN tex1, tex2, tex3, tex7\n//!OUT tex4, tex5, tex6, tex8\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.012342477, -0.20862316, 0.08788906, -0.0010707981 };\n\ttarget1 = MulAdd(a1, MF4x4(0.092447594, -0.10328636, -0.12202365, 0.27040935, 0.052717082, 0.018614411, -0.08485268, -0.07617377, -0.008931799, 0.051284462, 0.051496644, 0.026522819, 0.09565774, 0.18421015, 0.26325333, -0.12989432), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.03988519, 0.042028125, -0.07100362, 0.03045228, 0.068984345, 0.03516445, 0.05874817, -0.028063854, 0.5054902, -0.16185366, 0.12543231, 0.07206758, 0.31235528, 0.03843813, 0.1501265, -0.08274924), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.11169874, -0.06681513, -0.00651678, 0.0010351768, 0.051753096, 0.053674143, 0.11657592, 0.12309117, -0.040198836, -0.007768111, 0.10881242, -0.14587292, 0.17091802, -0.087406136, -0.057882708, 0.0078790905), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.26830226, -0.01915989, -0.18262567, 0.2194732, 0.13879527, -0.031352315, 0.15241407, 0.0994905, -0.057112038, 0.17008875, 0.037308767, 0.09374541, -0.3188967, 0.01450157, -0.18610804, -0.0793318), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.0060915435, 0.06979378, -0.046237, -0.27248916, 0.09547359, -0.07666023, 0.09364251, 0.026975514, 0.16541278, 0.042641494, -0.02498914, 0.15121445, -0.0013431904, -0.06427887, 0.18217684, 0.26087397), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.20825194, -0.11043138, 0.02976852, -0.105722494, 0.0008496603, -0.065933526, 0.06687892, 0.025230588, 0.18294227, -0.03581215, 0.14366323, 0.101520695, 0.25154486, 0.055622917, -0.012970234, 0.054395743), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.21373472, -0.030288193, 0.06773853, 0.07427125, -0.0103815105, 0.016129585, 0.038576525, 0.037529152, -0.20739938, -0.05778662, -0.05940614, 0.02449663, 0.23593283, -0.05812938, -0.039888572, -0.057957932), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.387659, 0.1274861, 0.28752464, -0.05272344, -0.014581121, 0.0040657013, -0.06632645, -0.107276425, 0.03762339, 0.2742528, 0.028725976, -0.054044764, -0.04273324, -0.06317463, 0.0060703703, 0.053600952), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.1596047, -0.1561146, 0.109226674, -0.0052362215, 0.16038993, 0.10755746, -0.030864978, -0.36270598, 0.17078364, 0.09184639, 0.23489448, 0.026559642, 0.04388386, -0.061411064, 0.028113337, -0.045337155), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.111932576, 0.0021055648, -0.12106931, 0.019196665, 0.033925258, -0.13593148, -0.068236336, 0.107576296, 0.0415075, -0.2336552, -0.052428674, 0.07777366, 0.00816918, 0.2065682, -0.08628869, 0.15342048), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.021824878, -0.04840494, -0.116642684, 0.045604706, 0.008168658, -0.04534853, 0.11214711, -0.10829524, -0.043486122, -0.24905528, -0.07315474, 0.14727196, -0.07264179, 0.065202385, -0.0019039236, -0.08028288), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.08439612, 0.008386524, -0.030988367, 0.09697018, -0.049302116, 0.20326442, -0.018234255, -0.20189443, 0.042629667, -0.1409463, -0.050773926, -0.29503027, -0.07123911, -0.046633366, 0.07981456, 0.10374346), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.03868367, -0.05526043, -0.106714435, -0.14639367, 0.038107764, 0.069904044, 0.0744559, 0.13862458, 0.09222159, -0.14277418, -0.19073294, -0.03296828, -0.10584655, 0.13311721, -0.24290293, -0.008493607), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.15074006, 0.094411716, -0.058070287, -0.10475867, 0.127535, 0.047796316, 0.033599593, 0.055493813, 0.17686792, -0.23935609, -0.27880296, -0.12433512, 0.049884334, 0.0651521, 0.009873332, -0.039633323), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.025122408, 0.16321969, -0.06588295, 0.09563756, -0.115063086, -0.061710395, 0.073383145, 0.09976373, 0.09290709, -0.042226892, -0.22798967, -0.14234817, -0.089538574, 0.022935519, 0.09885692, -0.050982323), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.09486296, 0.04397677, 0.04075486, 0.056717344, -0.04711896, 0.04990853, -0.16473778, 0.13175704, 0.12485286, -0.18850122, -0.13122937, -0.102840684, -0.16874318, 0.05348968, -0.017259317, 0.07717163), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.059502125, -0.13897286, -0.03801125, 0.17431264, 0.11680923, -0.12560965, -0.0911302, -0.19165933, -0.121053115, 0.06541917, -0.06419728, -0.19364956, -0.13833821, 0.03234477, -0.09979964, 0.17789067), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.067596145, 0.25704458, 0.19766523, 0.108859204, 0.09887382, 0.052284334, -0.07278858, 0.122003525, -0.030752266, -0.04871386, -0.05135825, -0.3072661, -0.033045944, -0.098459914, 0.10718348, -0.13164413), target1);\n\ttarget1 = MulAdd(a3, MF4x4(0.020737967, 0.24545951, -0.044812705, 0.03566297, 0.095929176, -0.07487561, 0.20496303, 0.037086472, 0.038242895, 0.088189796, 0.021153267, -0.09462902, 0.026548525, -0.21922965, 0.050257247, -0.048741706), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.040332116, 0.043284092, 0.24138524, -0.02451653, -0.13059705, 0.0343388, -0.07902276, -0.009631078, -0.0848101, 0.010842163, 0.086510465, -0.012446626, 0.005316944, -0.22108673, 0.14004333, 0.15579557), target1);\n\ttarget1 = MulAdd(c3, MF4x4(0.022010755, 0.004139463, -0.017926715, 0.04037725, 0.016520657, 0.009780203, -0.14736284, -0.014491211, 0.057596914, -0.23008622, 0.21133287, -0.053522564, -0.18740861, -0.106346205, 0.10276541, 0.043288257), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.10575789, 0.019061945, -0.026198203, 0.20347466, 0.07900247, 0.102640145, 0.08666188, -0.05840282, 0.058876745, 0.14216799, -0.11816214, 0.14975895, 0.09833406, -0.1061385, 0.08465644, 0.09426659), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.13777718, -0.28986838, 0.07906812, 0.059411187, 0.09088133, 0.23517007, -0.20900714, 0.011920497, 0.14009877, 0.19299953, -0.028272772, 0.06418091, 0.118590616, -0.111001015, -0.055573206, 0.085596696), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.124967046, -0.23403575, -0.085109934, 0.094934925, 0.15895598, 0.08125505, -0.2215677, 0.10778676, -0.12129276, -0.0019275933, 0.14121452, -0.07975474, -0.057002395, -0.052832086, -0.1850646, -0.100982465), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.0710814, 0.20992099, 0.07493418, -0.109678715, -0.18531376, -0.039698873, -0.110102035, 0.16468482, 0.08024999, -0.09387882, -0.13551506, 0.11087316, -0.10608426, -0.13655968, 0.01102362, -0.060193118), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.015583674, -0.06961451, 0.14489253, -0.27566335, -0.17987481, -0.027696218, -0.23948374, 0.028104413, 0.27821308, 0.08043316, -0.05241405, -0.0027138551, -0.13761862, 0.0038414828, 0.010716796, -0.21286957), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.22588563, 0.040290482, -0.13179918, -0.15576197, 0.058554877, 0.10720413, 0.11312613, -0.004625868, 0.03558514, -0.023398632, -0.2564193, -0.045098998, -0.0012908503, 0.01255389, -0.018089779, -0.1334803), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.040578995, 0.14333616, 0.023703935, -0.24532415, -0.017356034, 0.05467018, -0.13556047, -0.051645495, 0.08613384, -0.18583167, 0.023360416, -0.12590869, -0.06778763, -0.06438733, 0.025624113, 0.07671888), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.042797543, 0.076091446, 0.082091615, 0.014681128, -0.09378036, 0.062476482, 0.026251588, 0.16627216, -0.15255791, 0.17601879, 0.042653207, 0.039376315, 0.029179158, -0.0095602125, 0.0705857, 0.011434591), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.012922825, 0.13863216, -0.09220861, -0.005267679, 0.12863027, 0.08068719, -0.07179554, -0.13297969, 0.04991335, -0.01473723, -0.028486373, 0.26253343, -0.052293234, -0.16709994, 0.013800583, 0.060783714), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.17575453, -0.036046885, 0.17919157, -0.18988807, -0.18178074, -0.058441214, -0.07271548, -0.008791415, 0.18230358, 0.07766667, -0.066274896, -0.15386371, 0.06161233, 0.003612807, 0.20308098, -0.020216005), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.05010378, 0.018410517, -0.050254025, 0.012066753, -0.12485184, -0.1916662, -0.1278125, 0.06593962, 0.11824467, 0.07994578, 0.05962518, -0.20991555, -0.114382625, 0.07509197, -0.19671203, -0.4580128), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.17728399, -0.15649322, -0.15205286, 0.22968316, 0.037434835, 0.021075314, -0.090972036, -0.17058647, 0.19727467, -0.013115808, -0.08461909, 0.010409278, 0.04355671, 0.08082593, 0.013779581, -0.08425518), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.31590196, 0.107831545, -0.12198127, 0.00977694, -0.16240558, -0.038805872, 0.037051022, 0.10276969, 0.26788524, -0.072160736, 0.03843579, -0.08990598, -0.04897058, -0.019324914, 0.06016647, -0.015361721), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.16626236, -0.07336449, -0.11358449, 0.08885961, -0.044137727, 0.057762783, 0.08864482, 0.029383648, -0.08608859, -0.17586444, 0.094455965, -0.054391533, -0.18796252, 0.009314891, -0.014734876, -0.02058656), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.12067889, 0.3618014, -0.17719771, 0.2175122, 0.12890387, 0.20503749, 0.19662304, 0.17338246, 0.1733569, -0.057952117, -0.016951751, -0.057121612, -0.014850513, -0.05018768, 0.20244005, 0.016323887), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.13357711, 0.12105561, -0.030620668, 0.005170665, 0.044319738, 0.12768681, 0.15325043, 0.027631996, -0.080610365, 0.03741198, -0.017102083, -0.0035679936, -0.2243731, 0.16709204, 0.023224674, 0.11311707), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.02376095, 0.027235378, -0.009955967, -0.049886744, -0.08411108, 0.10339928, -0.02877354, 0.12704167, -0.13884954, 0.089170545, -0.0039057198, -0.16050623, -0.05318099, -0.10950255, -0.11412448, 0.042694647), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.20557326, -0.16362014, -0.090093814, 0.10406815, 0.08791842, 0.013667629, 0.099605836, -0.1062854, -0.07108554, -0.10362472, -0.0647173, 0.12420133, -0.082551, 0.07107792, -0.17423603, -0.048405636), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.1954154, -0.027208658, -0.03684051, 0.1338225, -0.084645554, 0.06871324, -0.0778811, 0.025083596, -0.19436808, -0.097009145, -0.036444522, -0.17200048, 0.013402397, -0.23984545, -0.018724974, -0.005078688), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.21297796, 0.023222866, -0.069507584, -0.07308915, -0.18444547, 0.016984317, -0.016325353, 0.11981142, -0.12647548, -0.074321784, 0.27461126, -0.111357704, 0.13917843, -0.035653792, 0.052209657, 0.2077564), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.13399822, 0.013458072, 0.031183472, 0.24100806, 0.025842719, -0.1878651, 0.14646488, -0.12074156, -0.15135823, -0.18367149, 0.14775206, 0.06404863, 0.06884799, 0.19008774, -0.094522566, 0.087253615), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.2991564, 0.15301964, -0.028454246, 0.10222737, -0.14888696, -0.021354329, -0.26517984, 0.17276473, 0.021648446, -0.17384106, 0.071495906, -0.16509262, -0.029774027, 0.17916657, -0.036435083, 0.1344122), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.043782394, -0.111460604, -0.094103605, -0.024549566, -0.09227317, 0.009563868, -0.11380084, 0.14710943, 0.1623694, -0.2684087, 0.08932176, -0.025791056, 0.10586864, -0.2849578, -0.049896624, -0.07046415), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.06390326, -0.16954753, -0.24643445, -0.06667138, 0.0153694395, 0.1391578, 0.033687413, -0.18783121, -0.061314933, -0.19441758, -0.033504955, 0.1402065, -0.082206115, 0.16466151, -0.07656087, 0.14898944), target1);\n\ttarget1 = MulAdd(na3, MF4x4(-0.1266701, 0.036555164, -0.4070397, -0.085509166, 0.045745134, -0.0494443, -0.07149184, -0.05286605, -0.022561546, -0.091546714, -0.12706481, 0.1923914, 0.26536146, -0.07096412, -0.16030753, -0.21569426), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.097307466, 0.15349665, 0.015644126, -0.22425117, 0.21123715, 0.022773454, 0.23383828, -0.07435915, 0.07146555, -0.02743282, 0.14647867, -0.0041729338, 0.12715502, 0.11781688, -0.061080795, 0.0026166402), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.010103422, -0.087011784, -0.12507296, -0.009202013, -0.0016642559, 0.12229101, 0.012257156, 0.09069687, 0.17266563, 0.04349975, 0.0065761553, -0.071280204, 0.03610506, 0.18303613, -0.02108923, -0.06867508), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.13150483, -0.060967755, 0.0055990918, 0.037484363, -0.02158257, -0.024784425, 0.23109616, -0.120935716, 0.20638125, -0.072126925, 0.062352557, -0.004980783, 0.19314887, 0.13248818, -0.23808232, 0.014506469), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.18638828, -0.065645434, -0.20713033, 0.09149545, -0.24210495, -0.06484725, 0.08750317, 0.1802478, 0.3541541, -0.06987437, -0.1159385, -0.028150197, -0.23300691, -0.09201996, -0.121867135, -0.13276023), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.09099928, -0.039182268, -0.1400286, 0.010247891, -0.010239972, -0.18701951, -0.1772805, 0.01631285, -0.09500139, 0.2590885, -0.09521566, 0.05752499, -0.1184693, 0.04186501, 0.27024126, 0.08569921), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.0729032, 0.10695013, -0.18894811, 0.06616699, 0.05852647, 0.03802247, 0.024427114, 0.022371208, 0.28009695, -0.022878911, 0.04645292, 0.060003202, 0.1053563, 0.027735699, 0.007826481, 0.14397411), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.15458257, 0.12910113, -0.11843165, 0.14065553, -0.19225205, 0.059665926, 0.2690873, -0.1308205, 0.071195096, 0.07672256, 0.1497483, 0.21867657, 0.15143347, -0.16467342, -0.13924904, 0.098136105), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(0.05049889, 0.069295354, 0.017172134, 0.048614368, -0.19597568, -0.029311683, -0.190372, -0.025514813, -0.24531111, -0.041956335, 0.24628574, 0.15919869, 0.051921643, 0.09549575, 0.025514983, 0.13909552), target1);\n\t\n\tMF4 target2 = { 0.06731381, -0.14791869, -0.15826754, -0.069372416 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.08156944, 0.10573189, 0.012908232, 0.1657589, -0.038043138, -0.2873211, -0.2046161, -0.09311608, 0.3097668, -0.08111585, -0.17932127, -0.02586952, 0.18931806, -0.13793743, -0.13352883, 0.06681123), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.02374499, 0.14342955, 0.2563405, -0.029666856, 0.17285998, -0.1035698, -0.11706357, 0.11584379, 0.21326663, 0.06683621, -0.11183301, 0.092254475, -0.1014067, 0.03412136, -0.040375732, 0.13439587), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.114404246, 0.05252966, 0.00047894646, -0.028747892, 0.0105511965, 0.078781754, 0.029926287, 0.14559107, -0.12780708, -0.08478812, -0.2247857, -0.19385272, -0.13657221, 0.18088628, 0.15612762, 0.037660476), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.05799563, 0.059148345, -0.09769129, 0.07772796, -0.09202486, -0.06425981, -0.016873274, 0.0030002298, 0.11275395, -0.08546416, -0.2876964, 0.023335997, -0.010972625, -0.032576468, -0.086281575, -0.070443906), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.32762548, -0.06770343, 0.03179402, -0.04613723, -0.06790421, 0.44522998, 0.119118124, -0.11980204, 0.038128957, 0.17468919, 0.076030836, 0.14512211, 0.17252928, -0.047734894, -0.06045679, -0.08920573), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.015262433, 0.15428601, 0.06972416, -0.16334222, -0.08347724, 0.18573803, -0.11517264, -0.0009774134, -0.16686407, -0.10733252, -0.12523252, 0.050293542, 0.11212284, -0.009658616, -0.058349714, -0.014115335), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.056932453, 0.18084419, 0.02166639, 0.13523088, 0.011073456, -0.045516286, 0.003297358, -0.057280444, -0.018760536, -0.15718092, -0.11770054, -0.03166016, -0.19774522, 0.0755463, -0.20558798, 0.15830164), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.19655597, 0.03901344, -0.051660974, 0.19494548, 0.034315336, -0.04597924, -0.056954715, -0.19345726, -0.11985197, 0.006047848, 0.12791121, -0.019705713, -0.01501477, 0.117168285, 0.025459006, 0.13246241), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.0023640324, 0.0349994, 0.009396353, 0.0936661, 0.100842424, -0.114130996, 0.038058087, 0.12808813, -0.054103322, 0.027919596, -0.10685234, -0.07498883, -0.06130471, -0.12066764, 0.0029782685, 0.059720848), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.098447025, -0.011071975, 0.16054775, -0.08671137, -0.13293275, 0.05532158, 0.14407343, 0.19340874, -0.20346253, 0.11525113, 0.1687311, 0.098785535, 0.03027443, -0.054430522, 0.022521, 0.19343728), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.084854074, 0.06853468, 0.06792569, 0.029366238, 0.06035099, -0.05761756, -0.033579275, -0.062136766, 0.1649456, 0.049637973, 0.2630636, -0.02261985, -0.18047638, -0.071598716, 0.14448155, -0.055889398), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.024849698, 0.088840574, 0.1503109, -0.004984663, -0.16879597, -0.26041916, -0.3362258, 0.20055196, -0.13901941, 0.042401403, 0.18325137, 0.1716765, -0.016100548, 0.11664664, -0.07838003, -0.16286951), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.16242248, 0.22381666, -0.017743299, 0.07717547, 0.048560552, -0.20423977, 0.30301192, 0.00976561, -0.2708939, -0.092156336, 0.038034424, 0.06372939, 0.06721783, -0.023243327, 0.119849995, 0.15898646), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.10859177, -0.05935216, -0.015591001, -0.053253412, 0.071014024, 0.43206415, 0.04865775, 0.069328085, -0.09695977, 0.19359045, 0.016935471, 0.0028954153, -0.08338698, 0.041919734, 0.032975465, 0.11067615), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.32948914, -0.04703423, -0.075494416, -0.06948022, -0.18574949, 0.15096106, 0.0067734853, -0.16238153, -0.21330655, 0.25306207, 0.08089956, 0.08108933, 0.056989696, 0.05212022, 0.15835905, 0.00077813526), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.011273352, 0.26307768, -0.04307922, 0.21710183, -0.3902529, -0.46155867, 0.015115735, -0.05384065, -0.07163729, 0.0793938, -0.0985122, 0.06594441, 0.09647775, 0.05617775, 0.07099344, -0.16353689), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.040731885, 0.14055543, -0.07012667, 0.07207971, -0.004641172, -0.06394655, 0.091212526, -0.00019208786, -0.07705868, 0.040352806, -0.07397878, 0.051934645, -0.010726301, 0.23407605, 0.12093579, -0.0406116), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.041406166, -0.22172481, 0.22162893, 0.02442143, 0.10592917, 0.1968317, -0.14774016, 0.011944242, -0.12373062, 0.114184484, -0.090167396, 0.022542128, -0.1554341, 0.1371109, 0.13077694, -0.020479746), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.123823315, -0.3012641, -0.2841784, 0.014021941, 0.10990905, 0.2764256, -0.075963184, -0.10125788, -0.007879674, -0.08643855, -0.038958456, 0.07453782, -0.48677143, -0.03276048, -0.03156215, -0.09289601), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.10992206, -0.05435893, 0.11743695, 0.17674956, 0.13509355, -0.17421335, -0.100946076, -0.10648024, 0.14750971, 0.21357685, -0.107157655, -0.017665314, 0.2106041, 0.124202386, 0.24976057, -0.09088304), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.26258346, -0.03037757, 0.13096122, 0.13691814, 0.11316644, -0.14852227, 0.008399919, 0.04381969, 0.030872608, 0.45056874, -0.04014858, -0.012530115, 0.21238118, -0.1332986, -0.101533614, 0.077671215), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.101686284, -0.21485107, -0.109051324, 0.047709018, 0.018496532, 0.030967599, -0.07855083, 0.05204436, 0.0077558183, 0.080045685, -0.09668984, 0.17999001, -0.15804431, -0.042034358, -0.21375516, 0.001163862), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.14624378, 0.42138338, 0.028315686, -0.20134708, -0.010074609, -0.046433613, -0.050019633, 0.08432513, -0.079346046, -0.27917975, -0.19784799, 0.25092122, 0.21972348, -0.0084989555, 0.11432945, -0.0727637), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.22297074, 0.20484488, 0.17720158, 0.0022023271, -0.034587737, 0.0004995375, -0.027270092, -0.08549106, -0.07970776, 0.14142907, -0.039514165, 0.08021129, 0.262039, 0.08684183, 0.08106768, -0.088322006), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.19230787, -0.019139988, 0.100881554, 0.0622476, -0.0073597133, -0.007861123, -0.09819001, -0.035048965, 0.1649283, 0.096261285, -0.0899776, -0.03930426, -0.044506907, 0.20075877, -0.049743377, -0.0076403967), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.0043743993, 0.20346396, 0.1655524, -0.025431981, -0.02454905, -0.04476991, 0.020741275, -0.12993908, 0.026805034, -0.0037405565, -0.17931041, 0.09257133, 0.13752705, 0.07889819, -0.037251562, -0.002646608), target2);\n\ttarget2 = MulAdd(i3, MF4x4(0.038870014, -0.37619725, 0.046597917, -0.15463144, 0.054383356, -0.2925491, 0.0640225, -0.00486844, -0.0016340262, 0.10840749, 0.0993287, 0.17394166, 0.08594391, -0.030945132, 0.025646068, -0.06640845), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.01649855, -0.068216905, -0.027988954, -0.12154563, 0.022097806, -0.1290429, 0.10954417, 0.13157494, -0.1745968, -0.04658394, -0.053029858, -0.0759596, -0.04430781, -0.041724976, -0.056713972, -0.14473973), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.06543556, 0.092009485, -0.08451462, 0.052707452, -0.06780165, -0.088456, -0.025358824, -0.12258837, -0.10129489, -0.059306916, -0.14748581, 0.014620428, -0.038939722, -0.10054172, 0.09494565, -0.07793254), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.05932573, 0.013406356, 0.26368266, 0.18454649, -0.03142332, -0.01590683, -0.06236948, 0.11061398, 0.025253339, -0.030919848, 0.064894855, 0.13248478, -0.030221257, -0.0986045, -0.034824356, -0.16913392), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.0015110603, 0.2025821, 0.004228453, 0.08477586, -0.03797453, -0.04194356, 0.18174535, -0.06626136, -0.13344109, -0.22612168, 0.02602776, 0.016666876, -0.027019914, 0.119900815, -0.06250115, -0.070262626), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.14976665, 0.03257234, -0.14965177, 0.073865525, 0.062913194, 0.05034122, 0.03676157, -0.018906, 0.04145618, -0.111236595, -0.20951095, -0.060131762, -0.16541055, -0.08913449, 0.044624332, -0.08443667), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.21176168, -0.015680272, 0.25104785, 0.28819278, 0.068234585, -0.067152865, 0.18975581, -0.024222756, 0.09343949, 0.107427366, -0.08206377, -0.07970111, -0.10268362, -0.02063304, 0.007915588, -0.1344096), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.061288554, -0.017783957, 0.1759008, -0.096834674, -0.17838398, 0.22331426, -0.027759569, -0.0883247, -0.05435304, -0.099557355, 0.026310958, 0.18467775, 0.07900235, -0.017400427, 0.1453773, 0.033763483), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.06601715, 0.19832757, 0.10341119, 0.015197309, -0.13140027, 0.06353335, -0.033154953, 0.14772332, 0.053612914, -0.018467115, -0.1992033, 0.17353232, 0.16321027, -0.09609656, -0.12580357, -0.052030507), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.09335505, 0.099851064, 0.12890811, 0.13102262, -0.07580953, -0.11255671, -0.18570407, -0.14529274, -0.05160979, 0.06461672, -0.038672008, -0.00841868, 0.0029629876, -0.13739161, -0.29193023, -0.081763566), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.23590541, 0.009043033, 0.06940084, 0.13891594, -0.010488754, 0.029098868, 0.07929391, -0.07250032, -0.13742201, -0.18533885, 0.2531767, -0.009061109, -0.027644258, 0.10404188, 0.012537389, 0.10293872), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.19354686, 0.15574348, 0.31874457, 0.024332082, 0.06383042, 0.048204664, -0.073850416, 0.032850295, -0.34514645, -0.054682292, -0.054835007, 0.012525943, -0.031569667, -0.093528986, 0.077636436, 0.080878824), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.061584793, 0.003138571, 0.25193092, 0.09340434, 0.17664844, 0.010498078, 0.18399622, -0.23279727, -0.12833218, 0.15312086, -0.10134878, -0.0025951387, 0.07395745, -0.059028395, 0.1285172, 0.13659331), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.1286127, -0.08862414, 0.123132095, -0.11186987, 0.04064812, 0.1295343, -0.08698302, -0.054833192, -0.06911518, 0.1468998, 0.14806904, 0.0002644252, -0.102448784, 0.0064156754, 0.111383334, -0.07292957), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.05504673, -0.076037504, 0.11776747, -0.07890708, 0.077408485, -0.117229365, 0.0197986, -0.12881358, -0.121706314, 0.008088911, -0.025189465, -0.06471935, 0.111992925, -0.08574453, -0.18029808, 0.057162132), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.09641628, -0.08636256, 0.07254762, -0.1108583, 0.06322016, 0.04606108, 0.015605975, -0.023462018, 0.077079624, 0.12611854, -0.026314614, -0.021778936, -0.080265954, -0.028592844, 0.1361638, 0.16848429), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.14155127, 0.013242842, 0.04764719, -0.12724996, -0.05762018, 4.4798093e-05, 0.31255975, -0.52083194, -0.18550456, 0.109841965, 0.1860627, 0.11478285, -0.36154944, -0.12439295, 0.3006208, 0.032344274), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.11564562, -0.034078646, 0.16126357, -0.1936752, -0.2330871, -0.13876866, 0.088089384, -0.021154383, -0.091547124, 0.091753796, 0.18144718, 0.1774146, 0.007724317, 0.097580045, -0.15106232, -0.04128832), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.071651496, 0.18003649, 0.10129018, -0.16904286, -0.2137536, -0.1308051, 0.13850693, 0.04569891, 0.09158717, 0.1749203, -0.032127034, 0.06019649, 0.12735014, -0.19949023, 0.003664079, -0.050514087), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.009363578, 0.083391, -0.08583937, -0.008416162, -0.024429835, 0.008918877, -0.15991227, -0.035743445, -0.040119864, 0.20200913, -0.09585724, 0.039848186, 0.2914714, -0.13199879, -0.04198891, 0.049873233), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.14203294, -0.12218405, -0.1336784, -0.011557518, -0.10419894, -0.047520764, 0.012323197, 0.01812075, -0.15906301, 0.057789516, -0.108339556, 0.035662923, 0.008705645, -0.017022535, -0.11589909, 0.030071909), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(-0.15126535, 0.116061516, 0.26665378, -0.11970062, -0.192801, 0.021354547, -0.253131, 0.12830788, -0.17019245, 0.06896555, -0.0015308838, -0.0076949615, 0.031619042, -0.14708556, -0.11876281, -0.053292263), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(-0.14085393, 0.15730241, 0.10422539, 0.025466066, 0.10541659, -0.0012975787, 0.041553672, 0.059082996, -0.154172, 0.08198402, 0.09771777, -0.068264395, 0.047784068, -0.11348507, 0.004380174, -0.089181446), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(0.04478754, -0.18557417, 0.13422509, 0.15747893, -0.009310171, -0.0116828615, -0.0116161555, -0.0065923473, -0.028874157, 0.17116025, -0.15008302, 0.0864679, -0.10439667, 0.09480786, -0.14620537, -0.12444), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.10271061, 0.037290677, 0.16068509, -0.0020577735, -0.26431653, 0.0316218, 0.13216278, 0.039026607, 0.114048995, -0.08055903, -0.25474527, 0.03769183, 0.11541464, -0.13846509, -0.23404308, 0.059910618), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.03207741, -0.057938, -0.083276935, -0.08009412, 0.11193717, -0.07672049, -0.16157848, -0.11298354, -0.17304356, 0.08984146, -0.050554533, 0.15308471, -0.05547862, -0.15691018, 0.07320868, -0.042120814), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.048134506, -0.10295267, 0.051832333, -0.13681562, 0.103027515, -0.06026332, 0.06881206, -0.015670486, 0.28807607, 0.03059088, 0.034055263, 0.017337816, 0.05512398, 0.075067505, -0.036354467, 0.06471895), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(-0.085566096, 0.014341178, -0.08384431, -0.051138613, -0.13172193, -0.10944131, 0.052603673, 0.10315314, 0.13149905, -0.10674123, -0.007911778, -0.028487006, 0.13898246, -0.018405652, 0.04242993, -0.10391517), target2);\n\t\n\tMF4 target3 = { 0.07341823, -0.019611815, -0.09007808, -0.022756629 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.0017213221, -0.15371315, -0.092273064, -0.10798677, 0.009334791, 0.22254497, -0.097098924, 0.029816378, 4.457267e-05, -0.1057864, 0.4134007, 0.14368671, -0.004629636, 0.17854625, 0.2903048, -0.06277739), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.046712447, 0.119774394, -0.117091574, 0.09618261, -0.10770648, 0.124485455, 0.075216, -0.28377417, -0.24061379, -0.09114137, 0.23112294, 0.12123567, 0.025058655, 0.093606554, 0.10327309, -0.024526346), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.019105028, 0.06630737, 0.032209937, 0.09685681, -0.018223759, 0.04791892, -0.008235882, -0.29300943, 0.25300565, -0.2488416, 0.08808891, 0.23057054, 0.07350692, -0.106139764, -0.063049704, -0.059718538), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.0455073, -0.051755026, -0.11883914, 0.20130287, -0.131154, 0.017220428, 0.12068244, 0.070289314, -0.12415149, -0.22242554, 0.08771896, 0.0035022376, 0.24336605, 0.08416074, 0.028170893, -0.03845105), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.03242001, 0.102102384, -0.17709577, -0.0109795965, 0.08089789, -0.021498924, 0.06255124, -0.042419348, 0.108601704, -0.05202687, -0.12712812, -0.17035247, 0.17001751, -0.045719698, 0.09703396, 0.037530866), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.09127368, 0.18729141, 0.11323561, 0.12806842, -0.058737166, 0.1974935, -0.1213344, 0.26005578, -0.041523788, -0.0029840702, 0.14748086, -0.10480214, -0.06823255, 0.045274846, 0.078861825, 0.088076524), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.10629749, -0.023263903, -0.082174115, -0.121970475, 0.21234329, 0.0262291, 0.1745219, 0.07722097, -0.12979622, -0.046668485, -0.0027060192, -0.07948489, -0.1455228, -0.1722979, -0.11220583, -0.15050055), target3);\n\ttarget3 = MulAdd(h1, MF4x4(0.04207767, -0.08237373, 0.07580429, -0.02124768, 0.12718296, 0.053528596, -0.09762217, -0.0045613465, -0.04504155, 0.18147692, -0.13206507, 0.118414916, 0.03825585, -0.23475614, -0.06268228, 0.086768724), target3);\n\ttarget3 = MulAdd(i1, MF4x4(0.034695115, 0.07061876, 0.04965704, 0.17847943, -0.1437011, 0.15886799, -0.201469, -0.063395016, -0.1750345, 0.11911144, -0.188721, 0.08700757, 0.14036323, -0.08573763, 0.10530263, -0.07726266), target3);\n\ttarget3 = MulAdd(a2, MF4x4(0.21503586, -0.18479058, 0.0074815084, 0.09756983, 0.037916277, -0.17987613, 0.11589862, -0.028243838, -0.20950282, 0.026752079, 0.10840585, 0.15400405, 0.08625402, -0.07633785, 0.0017439253, -0.072862245), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.008905137, 0.106612414, -0.07793345, 0.15220572, -0.0028391609, -0.10614796, -0.17509677, 0.09583197, 0.18518968, 0.005445739, 0.12949161, 0.07129458, 0.06554234, -0.1308029, -0.029664468, 0.010993508), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.054151967, -0.21677336, 0.17064962, 0.06138102, -0.06272079, -0.11186543, -0.02262431, 0.27793702, 0.019080682, 0.121934734, -0.08267019, -0.08607981, 0.10281368, -0.015739575, 0.07353178, 0.10465199), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.11974522, 0.044251468, -0.15450975, -0.075565055, -0.04790616, -0.031326365, 0.27381012, -0.094721034, -0.11900706, -0.06368458, 0.10776822, 0.18564561, 0.089738145, -0.0016327037, 0.18722743, 0.09222095), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.02468192, -0.16873443, -0.02480979, -0.13937175, -0.13027008, 0.15577625, -0.01477261, 0.07563496, -0.00062903174, 0.071869016, 0.17108877, 0.00066113746, -0.29290298, 0.07078572, -0.054790854, 0.09035019), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.066045515, -0.11800159, -0.0750722, -0.08316888, -0.08140103, -0.107804835, 0.1621138, 0.16997898, -0.04444603, 0.28161287, -0.28550264, -0.17914039, -0.15597315, 0.15387748, -0.047001313, -0.042532828), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.025888437, 0.13297214, -0.07546064, -0.06647902, 0.017062671, -0.2597112, 0.13725336, 0.10858415, -0.1160102, 0.13422437, 0.1592752, 0.15240288, 0.03929169, 0.2020017, 0.07010354, 0.028547695), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.0703738, 0.13582481, -0.036476467, -0.096972756, -0.12283295, 0.13071987, -0.056827262, -0.023500688, -0.0075902776, 0.06296815, -0.049109932, 0.16880427, 0.29702982, -0.01992682, 0.013997502, -0.070870094), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.108744465, -0.09422798, 0.13146311, -0.250233, 0.016463336, -0.12794453, 0.03931633, 0.17450981, 0.11661872, 0.12163951, -0.1192709, -0.05398837, -0.24910302, 0.19006594, -0.1857664, -0.1205357), target3);\n\ttarget3 = MulAdd(a3, MF4x4(-0.054634392, 0.052315067, 0.05044536, -0.05177968, 0.21537638, -0.014019764, -0.06632539, 0.030889641, -0.18629341, -0.04575244, -0.07509494, 0.09061459, -0.0686147, -0.1872925, -0.08178069, -0.17149752), target3);\n\ttarget3 = MulAdd(b3, MF4x4(-0.08697341, 0.15311632, 0.06298225, -0.17094718, -0.0854164, 0.037885193, -0.048915166, -0.010449174, 0.030081013, -0.02462675, -0.105993316, -0.100794375, -0.05364704, -0.120219246, 0.16426747, -0.016683623), target3);\n\ttarget3 = MulAdd(c3, MF4x4(0.1442815, -0.2285766, 0.14395493, -0.01616554, -0.054909255, -0.06734717, 0.044498604, -0.07669548, 0.06888753, 0.2329823, -0.2728349, -0.06917594, 0.049095903, 0.0144689595, -0.08170211, -0.21154584), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.0032911033, -0.30628094, 0.01655303, -0.12639484, -0.043794096, 0.12097294, 0.10301277, 0.0323829, -0.20977376, -0.2598986, -0.032757662, 0.062723145, 0.065447785, -0.10534467, -0.061504886, -0.25371954), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.062172186, -0.12031234, -0.05312447, -0.07274714, -0.044065587, 0.060389437, -0.011823414, 0.08889303, 0.010290733, -0.056499645, -0.012554047, 0.13659821, 0.062492277, -0.1463726, -0.30616954, -0.048617195), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.05244876, 0.056097146, -0.06787384, 0.09076766, -0.09579352, -0.0066260016, 0.15201993, 0.03254239, 0.021516487, 0.15981875, -0.1432654, 0.17569521, 0.12658277, -0.1530729, -0.14634636, -0.00258191), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.19284594, -0.24125227, -0.06610495, -0.22473419, 0.19109339, 0.20509472, 0.022192668, 0.13134679, -0.16711204, 0.03866372, 0.040778622, 0.004792002, 0.06713585, -0.11313002, -0.0494123, 0.16455573), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.08695826, 0.03544317, -0.22323117, 0.10693563, -0.060470764, 0.14525974, -0.12502834, -0.10161133, -0.29323998, -0.14850102, 0.0802706, 0.14540558, 0.07584563, -0.105335936, -0.10063164, -0.16825674), target3);\n\ttarget3 = MulAdd(i3, MF4x4(-0.09106831, -0.054964047, -0.0060697296, 0.1795092, -0.031979155, -0.17847598, 0.02053048, -0.09066955, -0.27984852, 0.11892948, 0.24315885, 0.18758732, 0.16902542, -0.21777025, -0.012130184, -0.060705084), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.059577208, 0.060833983, 0.10868721, 0.11276571, -0.2327309, -0.11088089, 0.20807125, -0.021718912, 0.030323144, -0.10312503, -0.22234069, 0.16634466, 0.19398251, -0.0545838, -0.13059108, 0.017868554), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(-0.07514213, 0.10887309, 0.1218314, -0.18563306, -0.008527813, -0.20459747, -0.030698426, 0.0844588, 0.23686919, 0.03104538, 0.08527714, -0.09642553, -0.08534072, 0.06419827, -0.12806654, -0.11365306), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.039864887, -0.25141066, 0.13011548, -0.13584746, -0.013512096, -0.17277367, 0.08957357, 0.24380256, -0.033397153, -0.012431397, 0.082527, 0.020838374, 0.016154792, -0.29341805, -0.015195005, 0.022471353), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(-0.11212281, 0.08150235, 0.0055854055, -0.28806004, -0.09078987, -0.05241604, -0.09806806, -0.2560824, 0.043018572, 0.013310293, -0.018843893, 0.049140453, 0.17483246, 0.12305487, -0.096557006, 0.0123909665), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.09532439, 0.15352365, 0.20087242, 0.08491758, -0.24605502, 0.16663635, -0.13709177, -0.12777333, 0.02181133, 0.036698326, -0.003161005, 0.05891433, -0.055862445, 0.29106724, -0.17064662, -0.14393678), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(0.0058135563, -0.22420937, 0.07235329, -0.124738544, 0.08238468, -0.2015809, -0.03386368, -0.17470017, 0.057452828, -0.06164105, -0.13776, -0.09869882, -0.0026272335, -0.20054811, 0.019651942, -0.2600821), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.17325936, -0.05762174, -0.06450132, 0.050736707, 0.045916766, 0.00402603, -0.08697255, 0.12957326, -0.17539512, 0.087370165, -0.004544662, -0.073203914, -0.010898469, 0.12600337, -0.012520381, 0.034228735), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.10941816, 0.0907973, -0.0004870752, -0.0067486484, -0.0726075, 0.2144327, -0.055393726, -0.023118004, -0.14722143, -0.15563087, -0.06595914, -0.048578046, -0.030177968, 0.20142747, 0.01779709, 0.01655237), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.08580983, -0.026037404, -0.077059925, -0.087288134, 0.004400565, -0.011133582, 0.17784919, 0.23502137, 0.047681976, -0.11357638, -0.0896771, 0.0067448434, -0.10454412, 0.17173828, 0.02538007, 0.012261617), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.1899917, 0.035758197, 0.09290593, -0.321715, 0.0062465663, 0.0014386866, 0.016894078, -0.115979955, -0.0027755008, 0.06348923, 0.03340955, -0.24005453, 0.049253695, -0.038937677, 0.11952727, 0.0399283), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.0768814, -0.070920505, 0.32928568, -0.09117129, -0.030737674, -0.10276032, 0.008501685, -0.092094645, -0.119966194, 0.08019844, 0.06642611, -0.061083883, 0.11307649, -0.031231074, -0.032001212, 0.13963008), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.07274599, 0.0010301028, 0.045785096, -0.010552021, -0.13573211, 0.271882, -0.22248295, -0.28493458, 0.024056, 0.14095017, 0.065386854, 0.06830046, 0.039510656, -0.09839122, 0.20431511, 0.09510801), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.015967855, -0.18058023, 0.18704537, 0.18511131, 0.08232382, 0.0142269125, -0.045059025, 0.09668988, 0.062527284, 0.15584159, -0.19181041, -0.09103482, 0.07462716, 0.08690921, -0.006602257, -0.048261993), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.06590294, 0.03255081, 0.27418908, 0.12957683, -0.056972653, -0.13130698, 0.116743594, -0.021665238, -0.049696703, 0.1355714, -0.034948308, 0.013496893, 0.08264742, -0.040836275, 0.066302836, -0.008282482), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.031672716, 0.062036, 0.0670039, 0.118378155, 0.16932462, 0.19176582, -0.14296779, -0.07521962, 0.08186631, 0.13872068, 0.2050204, 0.23874411, -0.05187021, -0.14518432, 0.17769787, 0.13543007), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.23216663, -0.07822891, 0.19363302, 0.14644198, 0.23314826, 0.16843605, 0.14231025, 0.39938375, 0.012976297, 0.04872197, -0.056092817, -0.06786196, -0.13020758, -0.16039686, -0.08942605, 0.06917485), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.13809198, -0.07787285, -0.0032761474, 0.08901838, 0.06670918, 0.23262213, 0.19812497, -0.29459605, -0.16106832, -0.089955695, 0.018862866, 0.027937569, -0.068481594, 0.0515106, 0.0076716254, -0.020717952), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.15160611, -0.056448795, -0.01282516, -0.060768176, -0.13858989, 0.070536785, -0.036451727, -0.007100553, -0.06416002, 0.1640014, -0.012680492, 0.089894645, 0.089873075, -0.12290447, 0.07415422, 0.051840447), target3);\n\ttarget3 = MulAdd(na3, MF4x4(0.049169756, 0.012065099, 0.044702023, 0.41471246, -0.22039439, 0.26710343, 0.03259032, -0.0010071819, 0.122387365, 0.016845915, -0.04162581, 0.16303158, -0.018624788, -0.018498175, 0.119111605, 0.066239804), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(0.1304685, -0.015543399, 0.09727904, 0.025493689, 0.11235736, -0.024798019, 0.24016461, 0.05678371, 0.29092878, 0.008495527, -0.08145035, 0.1277052, 0.09728953, -0.064336315, 0.018896975, -0.0052928496), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.22020516, 0.17298244, 0.08216116, 0.13081113, -0.058733664, 0.14459507, 0.1042437, 0.10113822, -0.012354008, 0.21633418, 0.059657548, 0.14173268, 0.026709042, -0.10159428, 0.14287837, 0.16256075), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(-0.03602925, 0.19763114, 0.14659521, 0.079257175, -0.048765395, -0.04763924, -0.023928326, -0.07900388, 0.13704984, 0.08109074, -0.017959716, 0.0065745655, -0.052421648, -0.03608805, 0.06062624, 0.11137132), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.10591948, 0.0052649123, 0.18899056, 0.0075388527, 0.035225954, -0.062119495, 0.022104654, -0.10452858, 0.03833499, 0.26919907, -0.078174464, 0.0016594962, 0.09164568, -0.05362235, 0.047250915, -0.031277195), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(0.0244364, -0.06794058, -0.021393122, -0.053156774, 0.15241314, -0.09962311, -0.03456499, -0.016867915, 0.1597494, -0.12681212, -0.010430228, 0.00086353114, 0.027244834, 0.08854933, 0.1284529, -0.05862663), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.12345045, -0.044616744, -0.04131162, 0.13541003, -0.047810026, -0.12005011, 0.010486988, -0.021923149, 0.11812008, 0.17721419, -0.032736443, -0.15231252, -0.13128845, 0.07795993, 0.047232933, -0.07249807), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(0.08612666, 0.02928595, 0.24572, 0.1079535, 0.06905186, -0.040503707, 0.08792316, 0.13987797, 0.14096849, -0.026072232, -0.024833977, -0.031660788, -0.07927557, 0.03298344, -0.08978443, 0.112841055), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.15270372, 0.07552049, 0.09564199, -0.13284975, 0.003842602, -0.029099604, 0.0003256477, -0.09769279, 0.12788263, -0.10107807, 0.10767, 0.23706906, -0.059877742, 0.09791839, 0.04538287, 0.16307582), target3);\n\n\tMF3 target4 = tex7.SampleLevel(sam, pos, 0).rgb;\n\ttarget4 = MulAdd(e1, MF4x3(0.022627862, -0.020713277, -0.009454221, -0.04352193, 0.058409747, 0.07186154, -0.009326966, 0.034919802, 0.04204233, 0.025182368, -0.039986387, -0.04990386), target4);\n\ttarget4 = MulAdd(e2, MF4x3(0.0116241425, -0.039915055, -0.050241623, -0.0076204035, 0.050215762, 0.059038218, -0.006659752, -0.0054298495, -0.003807067, 0.011085346, -0.009443587, -0.009128077), target4);\n\ttarget4 = MulAdd(e3, MF4x3(0.0453952, 0.004603456, 0.006256434, -0.104142666, 0.05726496, 0.069169044, -0.10102446, -0.034291938, -0.013720296, -0.035107866, -0.008388971, -0.0068969135), target4);\n\ttarget4 = MulAdd(ne1, MF4x3(-0.038070124, -0.015017457, -0.015852718, 0.0607464, -0.052079927, -0.07268223, 0.008773512, -0.026051786, -0.027285712, -0.022916751, 0.048140153, 0.064897746), target4);\n\ttarget4 = MulAdd(ne2, MF4x3(-0.01670857, 0.012646949, 0.03353705, 0.038032394, -0.044542246, -0.06310885, 0.002600519, -0.00824961, -0.008912322, 0.023435717, 0.021788329, 0.008603494), target4);\n\ttarget4 = MulAdd(ne3, MF4x3(-0.02889454, -0.0058613745, -0.010699256, 0.12959917, -0.046572708, -0.06832117, 0.028117642, 0.020422146, 0.00869695, 0.035915125, 0.009355984, 0.005175107), target4);\n\n\ttex4[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex6[gxy] = target3;\n\ttex8[gxy] = MF4(target4, 1);\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x24\n//!IN tex4, tex5, tex6, tex8\n//!OUT tex1, tex2, tex3, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex6.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.124429956, -0.023968874, -0.009741961, 0.000734556 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.053204395, 0.2134829, 0.12336964, -0.10227736, 0.13940702, -0.124413736, 0.3020443, -0.2065515, -0.004734049, 0.037971064, -0.17321284, 0.041885074, 0.077058956, 0.12063891, -0.010338445, 0.06337065), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.12816934, 0.14948028, -0.09161687, 0.009573578, 0.22003245, 0.044031654, 0.090882175, -0.14265673, 0.06734865, 0.05421324, 0.11106335, -0.020738617, 0.02484326, -0.059336618, -0.009157065, 0.0821956), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.02057381, -0.053952582, -0.05662845, 0.043356568, 0.2431925, -0.117109254, -0.03546069, 0.32747653, -0.0656724, -0.10274332, -0.026182862, 0.16777003, -0.038789105, -0.011600223, -0.06111373, -0.045530178), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.11627616, -0.2680533, 0.010153158, 0.04263144, -0.046353284, -0.05806104, 0.08532106, 0.02319678, -0.12570818, 0.0359389, 0.020782439, 0.10452313, 0.06330789, -0.0086953, -0.03920925, 0.06789389), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.08820413, -0.13917038, -0.049961973, 0.10507677, 0.25912637, 0.048801307, 0.13123387, 0.055866715, -0.055367444, 0.1428978, -0.040858068, 0.20058946, 0.0673469, -0.17162299, 0.15529002, 0.41366217), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.081712715, 0.04338456, -0.0368015, -0.0018422191, 0.16511263, -0.21779254, 0.065223925, 0.4804269, 0.26078546, -0.038037203, -0.2898542, 0.2068737, 0.101655796, -0.12456843, -0.11357212, -0.005879897), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.074044555, 0.07722422, 0.062057327, -0.039013617, 0.12760206, -0.18111233, -0.01114239, 0.1514668, -0.008963988, 0.23631106, 0.18362597, 0.14166053, -0.046458114, 0.16774492, 0.17774823, -0.008998563), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.09820194, -0.054974817, -0.015640004, -0.037923157, 0.22821093, -0.03986652, -0.0074655996, 0.04587354, 0.05650628, 0.112482674, 0.023865355, 0.24882393, -0.011221855, 0.13942584, 0.003652544, -0.06288897), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.31229278, -0.10419711, -0.004614452, -0.032103445, -0.00018427879, 0.027711036, 0.028399462, 0.082576215, -0.056645207, 0.038272534, -0.011554511, 0.33454514, -0.21628743, 0.11849716, -0.23067485, -0.087079175), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.14960206, 0.29916358, -0.36191732, -0.096665345, -0.08732554, -0.10081626, 0.10593716, -0.0143145975, 0.12768494, 0.3251397, 0.23868982, -0.08632128, -0.07138096, -0.029475177, 0.07199368, -0.0016260111), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.17022541, 0.19862384, 0.0029171365, 0.07225595, 0.08387519, -0.051419877, 0.16522466, -0.04951881, 0.07093068, 0.34544435, 0.08639415, -0.0077871718, 0.07875624, -0.10820802, 0.015711969, 0.1371948), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.11947513, 0.03204784, -0.22552966, 0.05517582, 0.13209006, -0.06262761, 0.0719108, -0.083935544, -0.17171475, 0.07105399, 0.013485666, -0.13865131, -0.20124301, -0.10171288, -0.17265166, -0.1650513), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.038657106, -0.11968214, -0.04953467, 0.03988426, 0.18497725, 0.00012608049, -0.014361117, 0.016538745, 0.053768195, 0.21468902, 0.22507563, 0.13274029, 0.09316226, 0.10554355, 0.13079438, -0.020738615), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.3934315, -0.14415179, 0.022628346, 0.067308314, 0.06434691, -0.09336087, -0.067665786, 0.05017148, -0.06534398, -0.048088152, -0.037155427, 0.1489594, -0.054163337, 0.2329102, -0.105613016, 0.0012456856), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.24050267, -0.0067265374, -0.0153115215, 0.06555275, 0.19129738, 0.0043795216, 0.063948326, -0.13967972, -0.40650475, 0.09109113, 0.07856194, -0.13390535, -0.08199262, 0.17485364, -0.090266995, -0.012882164), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.387764, -0.15284535, -0.269682, 0.063642666, 0.08651869, -0.23153405, -0.10131002, 0.0043905224, 0.220928, 0.17752749, -0.01569877, -0.0686579, 0.21019012, 0.20529252, 0.06952716, -0.058749653), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.293644, 0.036391325, -0.07392813, -0.086678274, 0.2078697, -0.11507264, 0.028548734, -0.16409987, 0.17409426, 0.1885014, 0.084329076, -0.15027794, 0.20641033, 0.06187141, -0.03875406, 0.0032009226), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.10790136, 0.1387389, -0.1781791, 0.21425287, 0.12715636, -0.063490026, 0.09555745, -0.10528784, 0.12758408, 0.29311177, 0.0432301, -0.021469813, 0.021922017, 0.082767464, 0.15348153, 0.12735313), target1);\n\ttarget1 = MulAdd(a3, MF4x4(0.0062385295, 0.11732651, 0.06049321, -0.07607647, 0.17820913, 0.06216857, 0.05036523, 0.008527562, -0.05745378, 0.065337434, -0.04389796, 0.032172143, -0.08650831, -0.13604137, 0.050570212, 0.011036989), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.016900355, 0.14422971, -0.106490955, -0.052399695, 0.13446756, 0.07712888, 0.0058913217, 0.07991085, 0.038670607, -0.25514704, 0.12148176, 0.17061579, 0.11421595, 0.022622943, 0.058726758, -0.17090438), target1);\n\ttarget1 = MulAdd(c3, MF4x4(0.055515286, -0.19921277, -0.0012379233, 0.064982586, 0.26003027, -0.026233593, 0.07716586, -0.025661616, -0.11324887, -0.0035626758, 0.017872687, -0.10889948, -0.09775516, 0.07376668, -0.07696171, -0.2438295), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.032405633, -0.05084789, -0.088054694, -0.10841894, -0.0075752116, 0.13531004, -0.1457409, 0.13204673, 0.0792082, 0.12976237, -0.07244278, -0.11369213, 0.06102383, -0.23130623, 0.0485402, 0.06685668), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.13683872, -0.053872824, -0.06719165, -0.070855714, 0.019770421, 0.18132222, 0.027324507, -0.04910738, 0.17011392, 0.057926424, 0.0857354, -0.14427422, -0.066373795, 0.09973484, 0.02194641, 0.17209244), target1);\n\ttarget1 = MulAdd(f3, MF4x4(-0.07172457, -0.09989123, 0.06346084, 0.007205204, -0.18027657, 0.007516025, -0.0042022206, -0.0091036465, 0.18030393, -0.009558301, 0.12717903, -0.02116024, 0.14172006, 0.012544988, -0.16633627, 0.13234323), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.026680972, 0.26901576, -0.053663265, 0.0021016174, 0.032445803, 0.037003934, 0.05414299, -0.035497934, -0.10569329, 0.050672166, -0.01144387, 0.05000742, -0.057444472, 0.0010797186, 0.018822541, -0.04636653), target1);\n\ttarget1 = MulAdd(h3, MF4x4(0.135361, -0.058395687, -0.033542126, 0.09484118, -0.07793999, 0.013546507, 0.11820586, 0.14490362, -0.016325314, -0.0062904614, 0.12631275, 0.1394393, -0.049356613, -0.02528993, 0.26334915, -0.032557055), target1);\n\ttarget1 = MulAdd(i3, MF4x4(0.077839315, -0.052373778, 0.036136296, -0.05023568, -0.07987715, 0.018897712, -0.17742547, 0.18015353, 0.2571155, 0.058656774, 0.013118142, 0.12145675, 0.14177194, 0.099529505, -0.028370513, 0.25136563), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.0747753, -0.15949982, 0.076973855, 0.080785476, 0.25431648, -0.120426156, 0.059631538, 0.13541599, -0.006538664, 0.06348775, -0.15413675, -0.011688718, -0.0877202, -0.07138076, -0.20553613, 0.17151853), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.24562076, -0.31801596, 0.2534939, -0.054888077, 0.23713852, -0.23484352, 0.015403321, 0.28927258, 0.02333135, 0.115237035, 0.051989716, -0.0774211, -0.17619006, -0.042421665, -0.17778155, -0.16379887), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.15642986, -0.0426825, 0.075349115, -0.13867629, 0.112977736, 0.06540842, 0.0059138774, 0.090976134, 0.102575876, -0.07702354, -0.060852207, -0.07358783, -0.030642396, -0.12437998, 0.19073227, -0.008556629), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.009600349, 0.19660307, 0.06310739, -0.091261774, 0.1383758, -0.10920792, 0.01987075, 0.10960847, -0.03973851, -0.05378361, -0.053934645, -0.062070217, 0.017768001, -0.109798394, -0.27830756, 0.14825441), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.2253333, 0.04887524, 0.007540527, -0.21392706, 0.28378952, -0.22518088, -0.09280502, 0.25905597, 0.1558124, -0.06532809, -0.052613363, -0.038770456, -0.09479437, 0.39384437, 0.09516288, -0.29169223), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.023066722, -0.20169239, 0.025786614, 0.12992494, -0.0011414116, -0.0023400988, 0.13305776, -0.017615285, -0.06834794, -0.06084079, -0.10924924, 0.039389268, -0.0040167933, 0.049587116, 0.07590412, 0.31464538), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.1917511, -0.008846332, 0.0914183, -0.06694468, 0.054535903, 0.19732447, 0.17194839, 0.12368525, -0.11447456, -0.10244315, -0.082908966, -0.103707045, 0.06248975, -0.14130668, -0.068753496, 0.23984621), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.10043509, 0.036193024, 0.017117409, 0.15630378, 0.29531795, -0.20785378, -0.17022829, 0.010861576, -0.052274987, -0.050172083, -0.09687743, 0.025382213, 0.1061047, -0.019923043, 0.1905993, 0.31907213), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.023860455, 0.013424604, -0.055340413, -0.006086705, 0.26867437, -0.18745743, 0.11919189, 0.05196282, -0.09836886, -0.10949307, -0.064731866, -0.14198364, 0.46431017, -0.14794265, 0.025133874, 0.38547024), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.06934901, -0.20738873, 0.14471452, 0.03087651, 0.18033424, 0.16282603, -0.050284263, -0.041595727, -0.11747435, -0.04275445, -0.20998137, -0.056565028, -0.050009515, 0.13573733, -0.08438032, -0.07363902), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.1109324, -0.08281566, 0.080020756, -0.07565862, 0.16276588, 0.13186535, 0.17810473, 0.051175643, -0.1470848, -0.08119655, 0.22341052, -0.14562707, -0.22091609, 0.08912351, 0.062519215, -0.17822169), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.02652961, -0.050731696, 0.06761707, -0.070221156, 0.11255305, 0.15729706, 0.18315557, -0.0030489026, 0.08721225, -0.04417, -0.044907395, -0.0631245, -0.010991895, 0.14397791, -0.016412318, -0.016923137), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.12462993, 0.14335859, 0.08130342, -0.16543365, 0.010432147, 0.019978197, -0.017498186, 0.03631899, 0.057306956, -0.06078837, -0.015008236, -0.24389061, -0.10250533, 0.31660014, 0.33440468, -0.12124798), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.27909592, 0.21149877, 0.050259847, -0.24782999, 0.07350583, -0.03168507, -0.0206597, 0.07860909, -0.07629377, 0.1713701, 0.24176298, -0.25509474, 0.002090829, 0.051905315, 0.25929084, -0.09076089), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.13923247, -0.083095506, -0.12958083, 0.008588576, 0.068224825, 0.094012275, 0.1395537, 0.0690222, 0.13958463, -0.02742012, 0.13905828, -0.04970139, -0.0629641, -0.15277445, 0.016491361, -0.13742869), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.0027394858, -0.07178526, 0.07668042, -0.16290356, 0.10704169, 0.27434343, -0.003009555, -0.0124241095, 0.031501733, -0.10345558, -0.12258338, -0.055458266, 0.08220533, 0.16282788, 0.22585614, -0.04099274), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.18252786, 0.032287426, 0.03831364, 0.03279567, -0.015436468, 0.16594371, -0.022859711, 0.014286839, -0.020073507, -0.06752274, 0.04850366, -0.03098202, 0.055985507, 0.030877378, -0.12457596, 0.012876079), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.2959125, 0.12508816, -0.05321822, -0.1051829, 0.16586393, 0.07608049, -0.042397983, -0.0069031697, 0.13237686, -0.07125681, 0.021239927, 0.17826323, -0.14433292, 0.013577087, -0.14554563, -0.2040924), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.33643177, -0.09343892, 0.05079197, -0.008774256, -0.002809458, -0.07406135, -0.33292174, 0.026698712, 0.3655136, 0.07260544, 0.3903461, -0.025114482, 0.038028333, 0.104210675, -0.4062275, -0.078964405), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(0.19767492, -0.1537188, 0.049587816, 0.23333088, -0.3893781, -0.011501175, -0.1826917, -0.12794746, -0.06709039, 0.015785962, -0.18090555, -0.11386157, -0.12038564, 0.011559484, -0.12779875, -0.14214684), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.15774208, 0.24946158, -0.040942013, -0.1251321, -0.3509982, 0.07450445, -0.14480934, -0.20172012, -0.11019966, -0.07905495, -0.1572328, 0.12654895, 0.119401105, -0.12334677, 0.10720092, -0.06545273), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(-0.037104636, 0.33563337, 0.20923309, 0.028749982, 0.13854796, -0.13161437, 0.038462456, -0.14479184, 0.15403077, -0.04880203, 0.13780783, 0.06471987, 0.2944117, 0.13432993, -0.31482598, -0.06599348), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(0.54742974, 0.121937156, -0.07866791, 0.07451098, -0.03663172, -0.1554786, 0.059384037, -0.004000904, -0.04610048, -0.10617931, -0.18522029, 0.03238723, -0.085027255, -0.07754074, 0.22321595, -0.22000736), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.34576082, 0.054670934, -0.006112889, 0.08788217, -0.11128527, 0.016721481, 0.0025457302, 0.10134559, -0.08420967, 0.077211045, 0.04456844, 0.15408081, 0.08043456, -0.03195054, 0.068368874, -0.0011692513), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.109538294, 0.035212234, -0.068712965, -0.09868468, -0.12186257, 0.122597136, -0.06546314, -0.024811305, -0.018210687, 0.09266877, -0.091002055, -0.05117649, 0.076985, 0.08579534, -0.14370322, -0.08178749), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.21291538, 0.03441726, -0.01899837, -0.15328759, -0.17070505, 0.151839, 0.15083382, -0.08944362, -0.3224203, 0.012464086, 0.08693216, 0.014108278, -0.13456593, 0.008793197, 0.14650744, -0.04115599), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(0.12686576, 0.033990897, -0.0039116694, -0.12522134, 0.066877596, 0.09016868, -0.05867825, 0.08331187, -0.018720012, 0.10592668, 0.050558716, 0.35772276, -0.09896201, 0.057353813, -0.106769, 0.028894106), target1);\n\t\n\tMF4 target2 = { 0.0570952, -0.011593155, 0.033286963, 0.00014048154 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.056590553, 0.03216381, -0.0666051, 0.19334152, -0.0050108447, -0.22589503, -0.057469424, -0.09344944, -0.1051364, -0.25752833, -0.035817955, -0.29675537, -0.1419535, -0.11206299, -0.005250591, -0.02839156), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.113020144, 0.028738707, 0.052538726, -0.039978653, 0.052219037, 0.057554238, 0.104583465, -0.03326389, 0.12732053, -0.09863676, -0.19774933, 0.10953924, 0.052640375, -0.2623868, -0.055126745, -0.12773202), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.17464705, -0.082161404, -0.18110912, 0.07796715, 0.04916518, 0.11231854, -0.086312726, -0.034675486, -0.19010356, 0.032855187, -0.013579661, 0.37123898, -0.014220876, -0.006728799, 0.08287457, -0.1138056), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.13857616, -0.09273926, 0.13864596, 0.18886924, -0.011879785, 0.32183805, -0.051207457, 0.037754197, -0.09221778, -0.02035246, -0.17649348, 0.020960717, -0.07177013, 0.09179843, 0.080085315, 0.122304566), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.16989891, -0.08335691, 0.084998704, 0.11291987, -0.3019433, 0.0076751867, 0.093596675, 0.06530408, 0.1206327, 0.091008104, 0.109547265, 0.25353962, 0.036133915, 0.093532056, 0.061501086, 0.0021566728), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.017881159, -0.13595797, 0.01136082, 0.16003034, 0.10847896, 0.19483434, 0.26643255, -0.13653097, -0.02909977, 0.0048497478, -0.07825304, 0.19495782, 0.051259015, 0.06378301, -0.25297102, 0.12415515), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.1937498, -0.054339543, 0.010112153, 0.1686902, -0.010859902, 0.017609913, 0.13538137, 0.21478494, -0.15561095, 0.03826493, 0.030638125, 0.15134248, 0.02018713, 0.09653892, 0.012655936, 0.12929274), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.10884013, -0.059027947, 0.09222052, 0.08509775, -0.23504566, 0.10800187, 0.35871732, -0.27244377, 0.1780951, -0.09118458, -0.08485235, 0.18791482, 0.12209446, 0.0061277915, -0.011919617, -0.258573), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.08261666, -0.107749484, -0.15589459, 0.23786806, -0.25947818, -0.07595851, 0.19160344, -0.024088206, -0.008799499, -0.17963524, -0.25323853, -0.026271267, 0.108688876, -0.21407057, -0.3583868, 0.09666366), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.13808286, -0.04138869, -0.16940956, 0.3419983, 0.055550236, -0.020949477, -0.0067749163, -0.19835842, 0.030675124, 0.075373225, 0.12566806, -0.04334421, -0.102529705, 0.04508018, 0.23232533, 0.0019694006), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.15215543, -0.016466457, -0.088040456, 0.17388342, 0.04182113, 0.18802759, 0.064585775, -0.14804406, -0.24339275, 0.17330259, 0.027834702, 0.058299657, -0.031298336, 0.31788856, 0.07080272, 0.24237408), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.16990338, 0.3701443, 0.12791218, 0.14076602, 0.20176111, 0.0302564, 0.24510148, -0.13427663, -0.38024938, 0.12371078, -0.01582557, -0.3158842, 0.20104642, 0.07178823, -0.1876278, 0.084532306), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.14377905, -0.058295894, 0.18250984, -0.09202952, 0.049288724, 0.06361697, 0.015274134, -0.009651323, -0.042051505, -0.012071234, 0.1326135, 0.019923072, -0.15128869, 0.25043762, -0.13259046, 0.00053170364), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.094158195, 0.12379144, 0.19022636, 0.18195347, 0.013914745, 0.061979804, 0.02451591, -0.11115476, -0.17788209, 0.13222231, -0.13186376, -0.1616039, -0.24425243, 0.1886775, 0.0112440875, -0.06601394), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.030136446, 0.2917132, -0.27445439, 0.17572524, 0.041303374, 0.023066396, 0.15800332, -0.2759435, -0.13819514, 0.15358543, -0.20889634, -0.015854366, -0.046221938, -0.029213084, -0.20027846, -0.096412785), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.0125947185, 0.0055787223, -0.09309416, 0.076822944, -0.093398675, 0.2956369, 0.06577939, -0.23052916, -0.07925194, -0.072308525, 0.024827626, -0.060508657, -0.12151571, 0.026541036, -0.12048794, -0.07427358), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.10964251, -0.17297563, 0.13372806, 0.049176272, -0.05832845, 0.017144928, -0.048461188, -0.15870371, 0.11398971, -0.107922345, 0.13167588, -0.14817321, -0.10338058, -0.31081274, 0.08330581, -0.29687402), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.16665904, -0.2640339, -0.29233927, 0.038875308, -0.05411785, 0.16937009, 0.12490365, -0.124583, -0.07552158, 0.11799862, -0.28171206, -0.00040758983, -0.19385974, -0.06890529, 0.14208162, -0.1088734), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.06168567, 0.08464485, 0.051727522, 0.0080752885, -0.024248002, -0.10022553, 0.16323335, 0.023631554, -0.05933269, -0.062205136, -0.18094447, 0.059799075, 0.21466024, 0.008523474, 0.26693302, 0.23969485), target2);\n\ttarget2 = MulAdd(b3, MF4x4(-0.15529208, -0.011878417, -0.18483245, 0.14569621, 0.063189425, -0.19457999, -0.030479494, -0.06388341, 0.059255358, 0.021795692, -0.18915053, 0.10549042, -0.14347872, 0.035095137, 0.5123671, -0.36842114), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.3129531, 0.18427932, 0.08967258, 0.030795548, -0.062971294, 0.13863337, 0.1719862, -0.12454022, -0.13502273, 0.09999501, -0.08539335, -0.009761404, 0.12899344, 0.13241018, 0.07476177, 0.088581234), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.060355544, -0.20497295, -0.056201037, 0.17441384, -0.07366008, 0.0031770081, 0.10340366, -0.065828614, -0.0135689005, 0.0018236408, -0.061976664, 0.2355626, 0.10771512, 0.077624, 0.13811535, -0.07868492), target2);\n\ttarget2 = MulAdd(e3, MF4x4(-0.17156444, -0.026765984, -0.10527619, 0.03830846, 0.09402895, -0.004862654, 0.076368734, -0.14964046, 0.043011688, -0.23503943, -0.0006939608, 0.14159496, -0.044676844, 0.173952, 0.110504664, 0.0019379692), target2);\n\ttarget2 = MulAdd(f3, MF4x4(-0.17247017, 0.08168303, 0.17221324, -0.06592961, 0.0044269604, 0.15659723, -0.055933986, -0.042620275, 0.06073025, 0.2532331, 0.10132909, -0.117701456, 0.12096025, 0.10205398, -0.18403697, 0.18307333), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.09575911, -0.05598526, -0.00019075947, -0.09576007, 0.20932649, -0.20390967, 0.039013285, -0.0673076, 0.10174375, -0.029520035, 0.08187042, 0.0113893915, 0.2773657, -0.14660437, -0.052826468, -0.066547535), target2);\n\ttarget2 = MulAdd(h3, MF4x4(0.073659964, 0.11016725, 0.03967363, -0.14039496, 0.14510235, -0.023440665, -0.14824589, 0.040890865, -0.17982483, -0.06410239, 0.1368475, 0.06049977, -0.04931566, 0.16838568, 0.032267325, -0.14558685), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.09795584, 0.042064235, -0.031120127, -0.14744717, 0.027100604, -0.24968515, -0.21389422, 0.04229415, -0.09014897, 0.12878452, 0.25642878, -0.08038266, 0.19971558, 0.11135897, -0.36821046, 0.1422662), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.1094647, -0.016677434, -0.028883765, 0.3192714, 0.09875388, 0.063245736, 0.14410317, 0.032648303, -0.06333742, 0.27168024, 0.022700999, -0.24260196, 0.2008466, 0.0035053317, 0.033708334, 0.08848844), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.14528061, -0.15028432, -0.12186915, 0.2541439, 0.10196279, -0.08628881, 0.013626965, 0.0865205, -0.06720443, -0.012042523, 0.2745774, -0.15612917, 0.052762404, -0.048645414, 0.2373206, 0.15480334), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.30316323, 0.13258561, 0.064958744, -0.006462185, -0.18336357, -0.042762443, 0.14428605, 0.0022340214, 0.126048, 0.080833666, 0.009115843, 0.03493862, 0.10809081, -0.16448757, 0.3997175, -0.110012166), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.02458684, -0.057449866, 0.030437991, 0.12050426, 0.09614844, -0.014490843, 0.028539594, 0.04805738, -0.09334032, -0.025414651, -0.08732445, -0.23192073, -0.17476203, -0.09348745, -0.08307593, -0.23019521), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.35522544, -0.079090506, 0.008817837, 0.2532623, 0.34887648, -0.06478506, -0.08268971, -0.01187354, -0.01297639, -0.1617383, -0.08950093, -0.27147245, -0.18539499, -0.025695372, 0.014795757, 0.070290186), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.10833107, -0.04752071, 0.0257186, 0.045938533, -0.17696926, -0.044409238, 0.013435127, -0.026669621, -0.039547954, -0.24273679, -0.11717763, 0.03446355, 0.20519058, 0.14973645, -0.06620626, 0.27608195), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.05178539, -0.052307468, -0.031603504, 0.087410286, -0.02714207, 0.19870313, -0.07222196, 0.016593033, 0.1256676, -0.0017593893, -0.09573438, 0.06781198, -0.21133266, 0.17265096, -0.18769167, -0.44435498), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.06497008, -0.036607113, -0.044402726, 0.2149976, 0.13416344, 0.042011082, -0.101590805, -0.020510921, -0.06912339, -0.054973233, -0.044747703, 0.14244531, -0.28504518, 0.3040643, -0.09546776, 0.31751406), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.084402256, 0.09284107, 0.035581376, -0.0062208944, -0.09883153, 0.10322051, 0.1348337, -0.31998435, -0.012351705, -0.1971895, 0.22683385, -0.12512599, -0.07051629, 0.2452453, 0.083472766, -0.20878734), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.20292963, 0.044648554, 0.15208347, -0.08012225, -0.12525047, 0.015525035, 0.09556482, -0.11069662, -0.085732915, 0.011575785, -0.025669998, -0.14913903, -0.04931291, 0.012865525, -0.12986338, -0.01954532), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.008896974, -0.039155565, 0.027794836, -0.117017545, -0.06935417, -0.026629506, 0.007301185, -0.46567324, 0.037060194, 0.09720974, 0.2845551, -0.3020958, -0.025294555, -0.30916882, 0.18453851, -0.18012975), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.030631881, -0.008507908, -0.09436097, 0.0311627, -0.20561115, 0.11587156, 0.09280758, -0.085967906, 0.3602613, -0.044544138, 0.1323068, -0.009463272, -0.0025823591, -0.15646757, -0.046626896, 0.16452411), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.0077203126, -0.100717455, -0.2011105, -0.14975028, -0.20319125, 0.10198259, -0.04371703, -0.27115488, 0.027433528, -0.09739682, -0.13802922, -0.26861516, -0.048793945, 0.06584455, 0.06585165, -0.008628782), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.10281875, 0.040024713, -0.2812408, -0.020755077, 0.013610964, -0.032100085, -0.019541265, 0.08268734, -0.03297649, -0.037923373, -0.18825053, 0.07058112, 0.08730599, 0.03063617, 0.02987196, -0.0043262425), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.040238652, -0.13039924, 0.14888343, 7.490741e-05, -0.2158812, 0.24641772, 0.006157586, -0.04499295, 0.144089, 0.07224167, 0.17486697, -0.035505384, 0.1524877, 0.14747557, 0.17406234, 0.11407642), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.016506152, -0.010222893, 0.13286552, -0.21776699, -0.09772777, 0.1287599, -0.03898535, -0.16048339, 0.16613074, 0.07386897, 0.010006783, -0.109998874, -0.44924134, -0.10780198, 0.20899624, 0.0225183), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.009322647, 0.037628874, -0.07781525, 0.096469015, -0.13213164, 0.112819366, -0.009472233, -0.2799395, -0.13030471, 0.15054065, -0.06948136, -0.15108407, 0.15611546, -0.033660483, -0.015103015, -0.11582756), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.1565792, -0.020967469, 0.18913873, -0.16583163, -0.1238118, 0.09852521, -0.22204556, -0.03933885, -0.0059996913, 0.26517454, 0.029015608, -0.0067967405, 0.12023722, 0.020479612, -0.11405568, 0.09855018), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.100906074, 0.1372623, -0.06694728, 0.24972913, -0.050774068, -0.040847532, -0.2658499, -0.055020068, 0.017677482, -0.10252552, 0.093889, -0.066453, -0.11749236, 0.117650375, -0.009431862, -0.13268448), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(0.0062916246, 0.11412136, -0.04665643, -0.05716979, -0.3630308, 0.056478713, 0.13907139, -0.46697688, -0.17572168, -0.032978512, -0.25377706, 0.2386579, 0.08279535, -0.078310356, 0.14829971, -0.22042938), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(0.032816015, -0.30565384, -0.16489638, -0.16715215, 0.19837156, 0.2794504, -0.056615926, -0.15358809, -0.040108953, -0.30223787, 0.23217356, 0.0056255152, -0.018384434, 0.151488, 0.1853468, 0.08032189), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(0.0664597, -0.20910838, 0.26195124, -0.07578308, 0.13466386, -0.040509395, -0.005630214, -0.10919593, 0.09764661, -0.099661686, 0.105231985, 0.18113208, -0.13830248, -0.16406676, -0.36873665, -0.110502236), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(-0.009745877, 0.050425317, 0.041368794, 0.34543577, 0.017489558, -0.1383922, 0.02555688, 0.08608152, 0.2675467, -0.14163154, -0.009072096, -0.04938327, 0.02321701, -0.23915094, -0.20346476, 0.02754088), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.0764608, -0.18401545, 0.18727265, -0.107619025, 0.02815041, 0.14077562, -0.05316665, 0.3057819, 0.033161953, -0.15832557, -0.13877237, 0.1657462, 0.01894343, 0.23329574, -0.14319004, 0.031079128), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.3142226, 0.09312817, 0.08794322, 0.2222839, -0.06945857, 0.14425695, -0.014134404, 0.005755717, 0.010266066, -0.26988292, 0.04765992, 0.24445806, -0.11784465, 0.028391482, -0.09065907, 0.13896856), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(-0.17636561, -0.056445003, 0.06597882, 0.020473091, -0.13026594, 0.12097649, -0.060047906, 0.30939278, 0.20875697, 0.074364014, -0.06563088, -0.052628025, -0.07981685, -0.054282684, 0.006551467, 0.08257015), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(0.1486522, 0.27273872, -0.16233566, 0.08857763, 0.034426562, 0.31791484, -0.11444188, 0.20239855, -0.17699686, 0.40953103, -0.19843663, 0.32758692, -0.017546277, 0.040539514, -0.13233976, 0.054549627), target2);\n\t\n\tMF4 target3 = { -0.109316595, 0.025873583, 0.05582306, 0.10272255 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.028246857, 0.09429872, 0.034600366, 0.022117741, -0.034094583, -0.1416488, 0.114190586, -0.19039942, -0.03329484, 0.054765828, 0.0518203, -0.20784369, -0.11068853, -0.03985197, -0.040889204, -0.15233918), target3);\n\ttarget3 = MulAdd(b1, MF4x4(0.0034295225, -0.0047144215, -0.13811362, 0.1063775, -0.042283904, -0.11053704, 0.031115215, -0.19094694, -0.07958675, 0.25251713, 0.27887833, 0.032974306, -0.007945948, 0.005038382, -0.018204618, -0.033514593), target3);\n\ttarget3 = MulAdd(c1, MF4x4(-0.021439308, 0.09934385, 0.06221231, 0.20019929, 0.031433582, 0.10136135, 0.03170799, 0.22528099, -0.13307518, 0.0042947256, 0.12888439, 0.057041943, -0.093636274, -0.098759346, -0.0013004189, -0.11623657), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.12425962, 0.06631687, 0.03538785, 0.12683366, 0.036875088, -0.388709, 0.021293538, -0.06568616, -0.022915881, -0.17667641, -0.21997124, -0.15674002, 0.12193349, 0.05480543, -0.028813047, -0.092471436), target3);\n\ttarget3 = MulAdd(e1, MF4x4(-0.23961155, -0.10273245, -0.08654801, 0.20536228, 0.15906096, -0.28645602, -0.20196053, -0.24955072, 0.030706927, 0.0390173, -0.18619792, 0.042841963, -0.021935288, 0.18055134, 0.056804277, 0.06829802), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.17750104, 0.060207605, -0.16278192, 0.10637904, 0.09263751, -0.15864064, -0.1921883, 0.15418245, -0.21325666, -0.060680047, -0.17831814, 0.08721947, 0.028428067, 0.110841654, -0.0018111315, -0.14204408), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.05341328, 0.022792514, 0.12271092, 0.10998399, -0.05194629, -0.0019651174, 0.096098036, 0.05388034, -0.09140511, -0.09375859, -0.033423815, -0.051705707, 0.40354738, -0.09664782, -0.16623749, -0.063937105), target3);\n\ttarget3 = MulAdd(h1, MF4x4(-0.036799524, -0.0768793, -0.13867554, 0.0018584719, -0.1217911, -0.24234816, 0.09708973, -0.011562908, -0.04658245, -0.0382149, -0.06386236, -0.18728544, -0.07053968, 0.022178814, -0.011753032, 0.09338199), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.040192164, -0.042503025, -0.10662553, 0.04789613, -0.14751524, -0.10168207, 0.09263359, -0.042696435, -0.32350782, 0.12660037, -0.004465994, -0.006698753, 0.11897201, -0.046830907, -0.13950327, 0.06639755), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.35137546, 0.16106302, -0.03942045, 0.20408326, -0.21793413, -0.19028474, 0.03843431, 0.16594443, 0.06715659, -0.12361966, 0.09516593, -0.07226092, -0.0021764247, 0.09041338, -0.042596035, 0.17071731), target3);\n\ttarget3 = MulAdd(b2, MF4x4(-0.1597755, -0.0058896556, -0.14055388, -0.1015749, 0.03897486, -0.14616072, 0.14914623, 0.04983836, 0.19837128, 0.031061351, -0.012111387, -0.14318599, 0.015185477, 0.015783781, 0.0806122, -0.029704068), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.039973997, -0.039424386, -0.00023192639, 0.08071814, 0.096021704, -0.20885538, -0.12213241, -0.023790348, 0.09664941, -0.10268222, 0.13096042, -0.05173415, -0.37291482, 0.07015618, -0.33403385, -0.083771), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.03271248, 0.30518225, -0.07270691, 0.028075088, -0.05705947, -0.15325841, 0.100330696, -0.025110118, -0.076902226, 0.14327222, 0.06624428, 0.13375239, 0.37281695, 0.07052823, -0.14584045, -0.21908635), target3);\n\ttarget3 = MulAdd(e2, MF4x4(0.120670766, 0.31895483, 0.025020262, -0.07187204, 0.12886079, -0.044927042, -0.016122498, -0.042634714, 0.13163976, -0.042178337, 0.1995516, 0.0356841, 0.15696648, 0.08892613, 0.21146311, -0.119200125), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.07862659, -0.04457566, 0.026738126, -0.21411496, 0.10438254, -0.18654525, -0.01533368, 0.13947518, 0.10588101, -0.028714191, 0.15771964, 0.121909015, -0.10983157, 0.2185668, -0.068225995, -0.12562555), target3);\n\ttarget3 = MulAdd(g2, MF4x4(-0.12062531, 0.0967178, 0.09571875, 0.23502766, 0.09096207, -0.21987092, 0.024857553, -0.048271395, 0.14787363, -0.033102654, 0.13895266, -0.04427544, 0.04914057, 0.048905186, -0.057733577, -0.26991108), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.06448222, 0.0056067007, 0.06258581, 0.16081811, 0.11269595, -0.120004445, -0.013984294, -0.13933693, -0.07139989, -0.052229576, 0.14940026, 0.023361623, -0.09279362, -0.18860416, 0.08875797, -0.007527515), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.074545845, 0.030673563, 0.15330285, 0.13776723, 0.10154421, -0.092071116, 0.04683676, -0.06964785, 0.10431926, 0.08699972, 0.23528512, -0.033892516, -0.14641368, 0.117580056, -0.004050138, -0.02582363), target3);\n\ttarget3 = MulAdd(a3, MF4x4(0.14190136, 0.077225044, 0.09930474, 0.007267315, 0.092006706, 0.037188467, -0.027249279, -0.054990012, -0.03665177, 0.12651706, -0.100975744, -0.09072935, 0.24675299, 0.06761549, -0.05267532, 0.10347854), target3);\n\ttarget3 = MulAdd(b3, MF4x4(0.10791531, -0.1370413, -0.08286376, 0.03607253, -0.0308955, 0.07522176, 0.018555947, -0.12568206, 0.112782314, 0.28888306, -0.003996075, 0.028732201, 0.25184667, -0.2680978, 0.02647103, -0.046891168), target3);\n\ttarget3 = MulAdd(c3, MF4x4(-0.016372435, 0.010370288, 0.048521012, 0.17552224, 0.12718126, -0.07016058, 0.07195029, -0.020361308, 0.12597205, 0.08013731, -3.848295e-05, 0.0050118286, -0.009566892, -0.20061424, -0.03470485, -0.006634675), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.014340514, -0.061068784, 0.073101744, -0.026097663, -0.060043298, 0.03856278, -0.06831028, 0.01917565, 0.0030782523, -0.27292702, 0.009022088, -0.0835327, 0.15536709, 0.19875537, -0.04220971, 0.12280315), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.05038896, -0.0450083, 0.11035315, 0.017889546, -0.04486168, 0.02630088, 0.076166764, 0.040405206, 0.101371124, 0.013579925, -0.14421356, 0.10385705, -0.040398728, 0.16730694, 0.21123065, 0.08927596), target3);\n\ttarget3 = MulAdd(f3, MF4x4(0.14247608, -0.020986153, 0.23048729, 0.016399987, 0.08749712, -0.042591766, 0.10078401, -0.235661, 0.16211063, 0.06193226, -0.074332505, -0.016298788, 0.045263976, 0.15765212, 0.07818007, -0.04620609), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.021306554, -0.09750117, 0.08551645, -0.04607957, 0.023408834, -0.023608467, -0.20876807, -0.059991024, 0.073818475, -0.011034656, 0.021592963, 0.2020669, 0.0658326, -0.037186112, -0.12142336, 0.024981985), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.14970483, -0.034374855, 0.059193425, -0.053641498, -0.012546929, 0.12899692, -0.14678986, 0.010604312, 0.06670342, -0.16510558, 0.008418653, -0.07479036, 0.18447658, -0.048377503, -0.09458383, 0.0069656954), target3);\n\ttarget3 = MulAdd(i3, MF4x4(0.058000036, -0.16915704, -0.019119963, -0.045525633, -0.037617203, 0.25589603, -0.25075126, 0.06523698, 0.17653236, -0.061193496, 0.06445885, 0.012287812, 0.102899276, 0.110979825, -0.22975717, 0.1812179), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.06707089, -0.20528378, 0.046027422, 0.09201046, -0.026794929, -0.14959913, -0.1530082, -0.11166134, -0.1543093, -0.018212209, 0.1530343, 0.16413027, -0.041838966, 0.10568013, 0.027219504, -0.045931514), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.0007681395, 0.027546167, -0.055535425, -0.16842778, 0.031941716, 0.10155229, -0.15778649, 0.20752658, -0.040377192, -0.30390355, -0.023281433, -0.030623253, -0.09503612, -0.17188235, 0.09639771, 0.006249103), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(0.06934318, -0.0011609821, -0.1791592, 0.03465803, -0.24253, 0.05893978, 0.13887544, -0.07227747, 0.01218867, 0.029141122, -0.05214466, -0.12778749, -0.1760804, -0.06785066, -0.007493355, 0.14466043), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.018881964, -0.05313997, 0.026167642, -0.11774113, 0.106899664, -0.04816693, -0.032971296, -0.2197493, -0.30351043, 0.41334164, 0.09371295, 0.117004104, -0.32039383, 0.21075623, 0.059145812, 0.22701162), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.15627995, -0.068059504, -0.025623176, -0.099454194, 0.053013522, -0.1204116, -0.019655226, 0.07376517, -0.25296777, -0.08185056, -0.055070046, -0.0901355, -0.11905481, -0.05469155, -0.017616548, -0.081166655), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(0.13076767, -0.05530982, -0.050112855, -0.12159198, -0.13501246, -0.003588778, -0.13545947, 0.11865785, -0.05613547, -0.068032116, -0.08055732, 0.21331398, 0.004210958, 0.0020068642, 0.028101314, -0.09094483), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.06359586, 0.13318597, -0.013024477, 0.108700395, 0.11144461, -0.20727357, -0.024350716, -0.22389533, -0.09566586, -0.0131226955, -0.11817035, 0.09054735, -0.27647895, 0.07672232, -0.047891885, 0.071800984), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.030071015, 0.1333995, 0.031153332, -0.086189225, -0.0019152679, -0.01622374, 0.040289503, -0.15809211, -0.12741992, 0.10740146, -0.051979292, -0.116695315, 0.320744, 0.0039460426, -0.0836046, -0.09634563), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.09536935, -0.052188914, 0.047246125, 0.015771315, 0.044488825, -0.08132813, -0.27927315, -0.13175185, 0.024771225, -0.24907906, -0.023289192, -0.04971131, 0.05681843, 0.07283831, 0.064641275, -0.26641592), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.027925663, -0.1507286, 0.1326965, 0.016842714, 0.008826637, -0.16630088, 0.057058703, -0.18538098, -0.023735443, 0.032016642, 0.12527052, 0.16732964, 0.086843535, 0.035672616, 0.2063971, 0.09174031), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.1374101, 0.0033208288, 0.10667102, 0.010594156, 0.046161152, -0.0973723, 0.038522966, 0.021097187, 0.016156282, -0.19751011, 0.28385642, 0.05756371, -0.05513193, -0.2048188, -0.21631682, 0.07647592), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(0.17377815, 0.15260585, 0.053718828, 0.05137225, -0.022358606, -0.1206224, 0.18654475, -0.36442846, 0.037749466, -0.1104878, -0.11404351, -0.06023782, 0.20938018, 0.07982189, 0.07250349, -0.07269494), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(-0.21727799, 0.060607027, 0.020804053, 0.18055809, 0.065868735, 0.027194923, 0.07823965, -0.0036479903, -0.00017318636, 0.08600115, -0.025587326, 0.07114245, -0.019529548, -0.13423847, 0.13471194, 0.09455981), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(-0.0054947184, 0.08912019, -0.0287804, 0.06010462, 0.01399159, 0.06061662, -0.11517458, -0.097311266, 0.050931722, 0.22020856, 0.1323814, -0.04628687, -0.11665284, -0.28899986, -0.24807844, -0.26831678), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.030188283, -0.03878683, -0.017246237, 0.06085806, -0.018588748, 0.022792742, 0.25868282, -0.07614454, 0.13609566, 0.048479818, 0.1144347, -0.11878534, -0.0087716095, -0.10999109, -0.052827284, 0.05120022), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.13541034, 0.01645716, -0.058492333, -0.038296085, 0.100599736, -0.116733365, 0.04200369, -0.025886245, 0.10077625, -0.16246797, -0.17139618, 0.1154542, 0.048264973, 0.28143618, 0.21083501, 0.1901906), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.17519377, 0.11165914, 0.06639653, 0.07394748, -0.007674659, 0.16630298, 0.19389485, -0.095608205, 0.08834474, -0.014449134, -0.1498579, 0.10741625, -0.15439212, 0.067960866, -0.037635356, -0.15552957), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.06438933, 0.014048397, 0.10090704, -0.113563396, 0.16256817, 0.05490672, 0.07492557, -0.117161274, 0.21595421, -0.043381806, -0.051558085, 0.1740199, 0.2152678, 0.2786416, 0.16830157, 0.2127052), target3);\n\ttarget3 = MulAdd(na3, MF4x4(-0.15677509, -0.43225375, 0.060302902, -0.25911507, 0.33240193, -0.042785197, 0.12322616, 0.060724694, 0.19070825, 0.06739152, -0.11829862, -0.29873747, 0.044883754, -0.02737334, 0.35752672, 0.027660733), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(-0.031477857, -0.061355617, 0.14307205, -0.27185053, 0.0042110113, -0.17895593, 0.18448347, 0.1663187, -0.027779656, -0.038476624, -0.20109327, 0.0049036117, -0.33461937, -0.11617029, 0.16388293, 0.08732086), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(-0.14116575, -0.2656471, 0.11648339, -0.0032394545, 0.1182878, -0.3112847, 0.022472465, 0.01861419, -0.17598355, 0.09062213, -0.078444645, 0.08435301, -0.076718464, -0.27557522, 0.2719488, -0.2709603), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.27406302, -0.038197294, 0.08674393, -0.1581159, 0.13235791, -0.2564229, 0.1109576, -0.0176378, 0.15548801, -0.0590908, -0.017661547, -0.2397164, -0.13061532, 0.23031203, 0.13042833, -0.1644423), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(-0.07506608, 0.038386136, -0.079568535, -0.14536263, -0.14519933, 0.049832735, -0.0716522, 0.08434604, -0.12847446, 0.0008543391, -0.14790097, 0.021308336, -0.28987315, 0.2929442, -0.057600517, 0.0779305), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.026810233, 0.11869411, -0.11281911, -0.14480188, -0.22689806, 0.28260702, 0.08524954, -0.016079135, -0.139977, 0.1590218, 0.24256052, 0.11876038, 0.1039834, 0.10720082, 0.15955658, -0.08241476), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.0018456473, -0.044888236, 0.2312576, -0.2259125, 0.1552541, -0.10646746, 0.25436193, -0.0140782725, -0.11281806, -0.045578834, 0.089749135, -0.14050213, 0.09813328, -0.5474639, 0.084324725, -0.13670866), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(-0.18577714, 0.0991832, 0.02898408, 0.04317898, 0.25488335, -0.30257443, 0.0083487155, 0.00078779995, -0.0014885734, -0.116033524, -0.12751958, 0.20800439, -0.13863127, -0.14012383, -0.082795866, 0.07694529), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(0.124679685, 0.012901697, 0.15855546, -0.031145798, 0.044944238, -0.1519666, -0.015208867, 0.029840399, 0.07195047, 0.17145973, 0.06601934, -0.03358433, 0.16031715, 0.16808309, -0.007914282, -0.19619752), target3);\n\n\tMF3 target4 = tex8.SampleLevel(sam, pos, 0).rgb;\n\ttarget4 = MulAdd(e1, MF4x3(0.037913825, -0.0099191405, -0.018130798, -0.0065440857, 0.004536478, -0.0019739012, -0.014918686, -0.00011652434, 0.0007071924, -0.0033633227, -0.018028691, -0.014883887), target4);\n\ttarget4 = MulAdd(e2, MF4x3(-0.021300001, -0.039009467, -0.043097164, -0.008222791, 0.057612088, 0.063239105, 0.023676023, -0.0119777955, -0.020785704, 0.03422571, -0.009187399, -0.016286165), target4);\n\ttarget4 = MulAdd(e3, MF4x3(0.031610258, -0.022373654, -0.04004249, 0.015456217, -0.014708875, -0.017118618, -0.0235428, 0.0103508085, 0.020143243, 0.0044788374, -0.017377898, -0.023227183), target4);\n\ttarget4 = MulAdd(ne1, MF4x3(-0.036366682, 0.007874863, 0.016618004, 0.0022973057, -0.010600425, -0.012978575, 0.0070587453, 0.005480104, 0.0052379463, -0.02330911, -0.002091681, -0.0004570695), target4);\n\ttarget4 = MulAdd(ne2, MF4x3(0.0011265673, 0.017461559, 0.01678395, 0.019458788, -0.032603145, -0.042017594, -0.026735391, 0.007520235, 0.01661426, -0.023014631, 0.027602635, 0.040214695), target4);\n\ttarget4 = MulAdd(ne3, MF4x3(-0.05236764, 0.007274719, 0.023289332, -0.033428065, 0.0054935357, 0.014490033, 0.016193395, -0.012767524, -0.022695007, -0.01161452, 0.015592775, 0.017280621), target4);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex3[gxy] = target3;\n\ttex7[gxy] = MF4(target4, 1);\n}\n\n//!PASS 8\n//!DESC Conv-4x3x3x24, Conv-3x1x1x120\n//!IN INPUT, tex1, tex2, tex3, tex7\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n MF4 a3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target1 = { -0.06673833, 0.01457202, -0.036676105, -0.06303146 };\n\ttarget1 = MulAdd(a1, MF4x4(0.03482331, -0.14944118, 0.046244163, -0.05941585, -0.07728179, 0.06265427, -0.045520462, 0.0871402, 0.0897178, -0.16006349, 0.008391846, -0.16923702, 0.25602654, 0.051176835, 0.011442495, -0.24914353), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.114224955, -0.048990358, 0.0317376, 0.19175068, -0.112552375, 0.037553445, -0.095972225, 0.123118624, 0.12175324, 0.030322522, 0.054718968, -0.39031324, 0.28009677, 0.07727779, 0.16123495, -0.2772586), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.06794576, 0.2141763, 0.1750928, 0.12166446, -0.13643269, 0.24814922, 0.037389282, 0.0035949312, -0.06241508, 0.041635923, -0.08047354, 0.010511207, 0.11825532, -0.28878912, 0.17174155, -0.25881785), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.0143542895, -0.010602584, -0.04226417, -0.04447678, -0.24656619, -0.053967457, -0.16034846, 0.04648599, 0.18855657, -0.20268312, 0.03610814, 0.022015022, -0.056165848, 0.17901546, -0.044555657, -0.089903764), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.05440948, 0.12527943, -0.08222082, -0.035428505, 0.2267783, 0.08257505, 0.056446668, -0.016560426, 0.17754072, -0.12249645, 0.15439054, -0.03524935, -0.481085, -0.0961953, -0.3649979, 0.17484458), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.04679537, 0.15213947, -0.018560365, -0.027304955, 0.012417035, 0.033497352, -0.09031395, -0.28588498, 0.15779394, -0.014294813, 0.13411845, 0.07399604, 0.05855495, -0.15351114, -0.06195114, -0.033846762), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.023053877, 0.09145102, -0.056014817, -0.103127845, -0.19463558, 0.009014216, 0.045743883, 0.105235375, 0.148088, -0.071407385, 0.1755759, 0.012725914, 0.04554227, -0.10347383, 0.23475589, -0.039336383), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.015826384, -0.042269874, 0.056471203, 0.009655403, 0.020275326, 0.33224702, 0.009298279, 0.17336445, -0.018828178, 0.10215806, 0.049400896, 0.17038062, 0.057019416, 0.07406004, 0.03215971, 0.12004367), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.04070164, 0.027889524, 0.02177609, -0.16229889, -0.062548086, -0.027596086, -0.12423675, 0.09836905, 0.059131406, -0.047028925, -0.057379283, -0.104133494, 0.14117907, 0.065780245, -0.023410192, 0.061447598), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.0021021653, 0.077328384, -0.06821109, -0.19499542, -0.20052336, 0.12387703, 0.055179324, 0.19800851, -0.120995775, 0.42741755, 0.091175236, 0.020587375, 0.0042481394, 0.12762432, -0.06114739, 0.32906154), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.019685917, -0.040947627, 0.18565354, -0.46952146, -0.05437026, -0.026286738, -0.07812705, -0.006736804, 0.008634472, 0.23204291, -0.11855498, -0.12303054, 0.38381273, 0.52490336, -0.3265505, 0.21160527), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.18054116, 0.0051548174, 0.4753756, 0.17605813, -0.073726274, 0.15002227, -0.1850507, 0.0990851, 0.00921903, 0.13224806, 0.2253796, -0.20556282, -0.109973975, 0.046794172, 0.16226935, 0.08110087), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.010205323, -0.09720397, 0.029996833, -0.10599145, -0.052096535, -0.053859178, -0.07132246, -0.040684257, -0.0064441697, 0.20659602, 0.26825082, 0.05841878, -0.102910444, -0.19080183, 0.0009101689, 0.31210572), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.10222517, -0.2537438, 0.17752838, -0.08470953, 0.06963046, -0.010764146, -0.033626176, 0.15240349, -0.20436993, -0.100720614, 0.0444932, 0.20770444, 0.031174636, -0.010206393, 0.09037244, -0.55185884), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.26993337, -0.020421378, 0.18469644, -0.21327373, 0.06911363, 0.014826783, 0.056256857, -0.06809406, -0.083685525, -0.0984942, -0.0171533, -0.22855683, -0.08748469, -0.1396983, -0.11391806, -0.072031595), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.058208484, -0.091674164, 0.12105436, 0.10939658, -0.031674437, -0.05118359, -0.22271338, 0.028467823, -0.17376278, -0.123112075, -0.071464434, 0.17473213, -0.3117644, -0.18276823, 0.07496323, 0.1509144), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.05188268, 0.15533312, 0.22820903, 0.17042106, -0.089846164, -0.005064528, 0.04796515, 0.026351674, 0.04572985, 0.09318132, -0.038517136, -0.074062705, -0.036520045, 0.10455916, 0.14278695, 0.14136232), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.14247061, 0.08110525, -0.075231634, 0.31358016, -0.18515967, 0.06256364, -0.0484006, -0.017976558, -0.02657821, -0.028635541, 0.012627999, 0.054765414, -0.0019829564, 0.15433973, -0.14973663, 0.12542003), target1);\n\ttarget1 = MulAdd(a3, MF4x4(-0.17475623, 0.073300175, -0.18943344, 0.13311169, -0.026332445, 0.14347847, 0.20637734, 0.19913399, 0.24245638, -0.01550613, -0.09732818, -0.3588367, -0.11411046, -0.15500076, -0.09746209, -0.14517665), target1);\n\ttarget1 = MulAdd(b3, MF4x4(0.17039534, -0.20694748, 0.07940825, -0.29572237, -0.26519805, 0.126274, -0.22870643, 0.064273715, -0.22092016, -0.03348832, -0.08794688, -0.006346166, -0.14190583, -0.16601795, 0.15920593, 0.097251594), target1);\n\ttarget1 = MulAdd(c3, MF4x4(-0.08191819, -0.010720725, -0.10248115, -0.066204295, 0.13338344, 0.1886245, -0.1326061, -0.107134834, -0.06729155, -0.1295641, -0.09283412, -0.1643324, 0.06636283, 0.35525218, 0.0003396009, 0.04252375), target1);\n\ttarget1 = MulAdd(d3, MF4x4(0.018834922, 0.09374041, -0.04844811, -0.086488485, 0.36477897, -0.035175197, 0.10250587, 0.009436049, 0.09109528, 0.25697815, 0.12989257, -0.10460797, 0.13357025, -0.15341914, -0.14009036, -0.27027166), target1);\n\ttarget1 = MulAdd(e3, MF4x4(-0.046186987, -0.04721098, -0.10386561, 0.042765476, 0.10490874, -0.14259604, 0.03565186, 0.11228278, -0.1333764, 0.111047596, -0.20885478, 0.19843856, -0.07459371, -0.054204836, 0.0895249, 0.053722855), target1);\n\ttarget1 = MulAdd(f3, MF4x4(0.057206515, -0.016081734, 0.04002097, 0.09536414, 0.27507696, 0.009611371, 0.2858957, 0.016278412, 0.091774575, -0.020857088, -0.1354684, -0.046553783, -0.10013868, 0.059088446, 0.1768699, 0.02272152), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.028798534, 0.21127033, 0.01716753, 0.020965017, -0.08091736, -0.15006042, -0.29822782, 0.019595081, -0.029534074, -0.0653482, 0.11786061, -0.047803946, 0.011680036, 0.010721205, -0.2639438, 0.15042429), target1);\n\ttarget1 = MulAdd(h3, MF4x4(-0.098251216, 0.050176363, -0.0426328, -0.037756715, -0.20687164, -0.3096553, -0.2210454, -0.03763596, -0.022159807, 0.044400796, 0.09344259, -0.05465652, -0.039273985, -0.096617654, -0.19118373, 0.1643556), target1);\n\ttarget1 = MulAdd(i3, MF4x4(-0.11874077, 0.021691876, 0.15513967, -0.012177898, -0.1298149, -0.08811524, 0.017105984, -0.047422726, -0.033107523, 0.0058112773, -0.08017183, -0.020971343, -0.41264817, 0.075800754, 0.1080831, -0.082354255), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.0032239188, -0.28178176, -0.19482347, 0.054150533, 0.40856144, -0.23284851, 0.020973913, -0.09307241, 0.4258893, -0.034946837, -0.043585345, 0.16226469, 0.045328375, 0.03566808, 0.0712809, 0.12283043), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.15139721, -0.2489635, 0.2122619, -0.08517609, 0.23784684, -0.070994906, 0.3132446, -0.36519074, -0.048850738, -0.36088645, 0.2145936, 0.19312155, -0.2579365, -0.12489612, -0.075510584, 0.16864875), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.01884723, -0.2775977, 0.0007072475, 0.30131263, 0.01366198, -0.18196137, 0.38918743, -0.03999786, -0.075060904, -0.12210868, 0.14701048, 0.18474291, -0.023507686, 0.13071437, -0.036284998, 0.26304045), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.08185283, -0.09152341, -0.13410091, -0.13518219, 0.10747411, 0.007974842, 0.11000113, 0.19898382, -0.18449086, 0.058887243, -0.02379909, -0.038734827, 0.041931048, 0.081884705, 0.015872778, 0.08416657), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.05272478, -0.06669923, 0.007233672, 0.039665744, 0.021820793, -0.14690521, -0.26392132, 0.007352069, -0.04682333, -0.028595299, -0.34463075, -0.14347489, 0.00084401644, -0.030389901, 0.022279145, 0.14215061), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.17942588, 0.27815622, 0.39199513, 0.17727011, -0.14894293, -0.1705316, 0.038263746, 0.025509953, -0.12031536, 0.15371376, -0.30855826, 0.2394013, -0.20185183, 0.121072985, 0.070580006, -0.12321835), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.043464154, -0.4329999, 0.12176987, 0.1863519, -0.14952634, -0.03741596, 0.3588594, 0.015720207, 0.07319453, 0.04202827, 0.19699398, -0.18537244, -0.040319767, 0.081377335, 0.045191478, -0.070804425), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.14033453, -0.13302796, -0.058896482, 0.14912021, 0.25856513, -0.10442178, 0.3958381, -0.08528721, 0.3291926, -0.0024321752, 0.017541584, -0.31020027, 0.13845283, -0.24636552, -0.07630463, -0.32314765), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.005189076, 0.20132092, 0.069775395, 0.086517565, 0.2727916, -0.079313666, 0.14164488, -0.16358389, -0.103817366, -0.11717267, 0.019068012, 0.016953465, 0.2551057, 0.14430785, 0.00088051375, -0.23318093), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.008894086, 0.03201216, -0.13398862, 0.06335705, 0.13424714, -0.06514535, -0.19045971, -0.23764557, 0.05714849, -0.30345356, 0.0092409095, 0.16878125, -0.07465451, -0.015541787, 0.033304304, -0.113849334), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.12612185, -0.0715257, 0.16217476, -0.024476554, 0.10614049, 0.03700835, 0.08482953, -0.08358318, 0.098786205, -0.009351742, -0.15457323, 0.113223985, -0.011500662, -0.13529003, -0.058090385, 0.11290306), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.050260257, -0.056368183, 0.21489042, 0.14299081, -0.113755986, -0.22816344, 0.27275258, -0.0015117057, 0.14195545, -0.16299947, 0.049762867, 0.22725838, 0.06814647, -0.049368583, -0.08577855, -0.097503126), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.0083364155, -0.052837223, -0.0846245, 0.053218696, 0.28152695, 0.19495425, -0.19180301, -0.26389152, -0.12953846, -0.102649055, -0.19722337, -0.15851225, 0.1725756, 0.056898903, 0.01023057, -0.033678), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.044510186, 0.033060472, 0.26517934, -0.25734264, 0.11998833, -0.05369093, 0.19721112, -0.15774135, 0.061851945, -0.03981009, -0.034191426, -0.23678938, -0.013630672, -0.114661574, 0.096060224, 0.17892191), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.14728574, -0.031724717, 0.13967156, 0.03676961, -0.09500629, -0.09584641, -0.3221665, 0.14028065, -0.09116274, -0.08160823, -0.03841335, 0.21315134, -0.025303967, -0.081841856, 0.024239374, 0.004911813), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.16211908, -0.07225985, -0.06955749, 0.025049562, 0.016382609, 0.20329225, 0.23490642, 0.04267578, -0.008350769, 0.0037089891, 0.09515623, -0.06105943, 0.13584909, 0.09705268, -0.062350716, -0.074614085), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.025970146, -0.14939465, -0.08123037, -0.008690572, 0.16139375, 0.052395687, -0.03863909, 0.0953437, -0.103880964, -0.04672169, -0.078161545, 0.04628746, -0.019205566, -0.006394265, -0.009116098, 0.024979865), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.15779239, 0.009630995, -0.06269132, -0.11111548, 0.11478004, -0.0780718, -0.24617292, 0.05763241, 0.02476824, 0.0631411, -0.2777113, -0.010855008, 0.10766442, 0.020561088, -0.029775767, -0.060535327), target1);\n\ttarget1 = MulAdd(na3, MF4x4(0.6058991, -0.29998928, -0.09883167, -0.36967963, 0.104703955, -0.1886391, 0.07915164, -0.02375336, 0.041111898, 0.09216705, 0.046296816, 0.24895348, -0.015484279, 0.06852782, 0.04170421, -0.008594877), target1);\n\ttarget1 = MulAdd(nb3, MF4x4(-0.29542375, -0.11578118, -0.047219444, -0.10781526, 0.13507344, 0.09601799, 0.08975014, 0.09067836, 0.1565405, 0.082328156, 0.09181261, 0.04524675, -0.08546339, 0.107942745, 0.057727177, 0.15223116), target1);\n\ttarget1 = MulAdd(nc3, MF4x4(-0.013349778, 0.15176241, -0.08432594, 0.10960892, 0.081638165, -0.13559791, -0.06557744, 0.01141079, 0.10179259, 0.35195625, 0.23831062, 0.13698545, -0.0073695974, -0.020154724, -0.2515228, 0.030157704), target1);\n\ttarget1 = MulAdd(nd3, MF4x4(0.20604958, -0.09164565, 0.049274493, -0.111016676, -0.046125744, -0.22138667, -0.10698992, 0.07003299, 0.09432274, 0.13457412, 0.08988733, 0.16862586, -0.16797546, -0.0130331, -0.009054985, -0.01443074), target1);\n\ttarget1 = MulAdd(ne3, MF4x4(-0.17840317, -0.079730295, 0.11214133, -0.015679857, 0.07462782, 0.1700189, -0.03588104, -0.055766776, 0.2527381, -0.040385213, 0.18867272, 0.15786001, -0.03973228, -0.053887095, -0.001591716, -0.050709404), target1);\n\ttarget1 = MulAdd(nf3, MF4x4(0.24581482, 0.09119475, 0.049080588, 0.25806418, -0.005062941, 0.10484669, 0.05778071, 0.23681131, -0.09603774, 0.009163983, 0.19752978, 0.104258336, 0.13455175, -0.0034275826, -0.080408186, 0.10462319), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.07782564, -0.2789083, -0.13887207, -0.019308591, 0.25710207, -0.21921843, 0.0015911289, 0.080053106, -0.014144128, 0.074144535, 0.043883692, 0.2513407, 0.10068346, -0.17853074, 0.20460746, 0.04092755), target1);\n\ttarget1 = MulAdd(nh3, MF4x4(-0.048100162, 0.042697787, -0.04842476, 0.18837112, 0.051532917, 0.088649124, -0.014739274, -0.023566334, 0.44025096, -0.10545216, -0.19667506, 0.097041525, 0.0008772463, -0.05555525, 0.069248185, 0.1176431), target1);\n\ttarget1 = MulAdd(ni3, MF4x4(-0.01590801, 0.016883895, -0.09720278, 0.14969985, -0.099172674, -0.04525934, 0.13815412, 0.024430253, 0.0247448, 0.015865842, -0.10956577, 0.22523156, 0.22455531, -0.100728914, -0.053454183, 0.13590883), target1);\n\t\n\tMF4 target2 = { 0.09436162, 0.053628888, -0.037304673, 0.07278107 };\n\ttarget2 = MulAdd(a1, MF4x4(0.23879923, 0.040317934, 0.22145784, -0.08336839, -0.16966912, 0.08528278, 0.2684323, 0.17057978, 0.1467542, -0.041414198, 0.03689633, 0.10483362, 0.04390369, 0.2617799, 0.13374175, 0.21909657), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.013090143, 0.010181773, -0.022144144, -0.038787983, 0.17343685, 0.06579225, 0.036516637, -0.18973681, 0.11963511, 0.111920275, 0.13276073, 0.04570385, -0.009538788, -0.028358553, 0.06043411, 0.14202546), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.2273523, 0.086418256, 0.058296323, -0.023292154, -0.016248869, 0.08703014, -0.14549017, 0.15725356, 0.26235282, 0.13655783, 0.06703612, -0.0746187, 0.18931058, -0.009649255, 0.27345505, 8.478176e-05), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.033401724, -0.064518325, -0.15034138, 0.05246805, 0.058772895, -0.176813, 0.078342214, -0.0020414025, 0.06217457, -0.20738979, -0.16368344, 0.03266785, 0.04921403, 0.112299785, -0.123247504, 0.0994201), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.2553642, 0.14918567, -0.14866059, -0.03617286, 0.032998353, -0.15592867, 0.087743975, -0.00049046543, -0.32823107, -0.107454315, 0.002674161, -0.01887908, 0.0833454, -0.03806806, -0.14595793, -0.20520253), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.02986423, 0.028604368, -0.011768948, 0.10195398, -0.102379754, 0.1362889, -0.041802816, -0.084387876, -0.008137814, 0.09726054, 0.10758101, 0.09259081, -0.07889878, -0.07312139, 0.17478421, -0.033481717), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.058965955, 0.024142284, 0.22129168, 0.04082889, 0.15887728, 0.103434056, -0.21192761, 0.06533756, 4.1846484e-05, -0.24297993, 0.17849778, -0.115734324, -0.11500629, 0.15694802, 0.04261307, 0.17415777), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.01345909, 0.017319864, -0.0520044, 0.06891368, 0.078165226, -0.07047419, -0.013746107, -0.058885146, -0.10569072, -0.032166608, -0.02835551, -0.09911323, -0.062442902, 0.13147296, 0.1815978, -0.0042537497), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.1606494, 0.05220283, 0.13166267, 0.10574164, -0.19102532, 0.03446111, -0.055919666, 0.057688963, 0.26081654, 0.03648174, 0.03616491, 0.046591155, 0.21643688, 0.052122388, 0.050889883, 0.29552755), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.024097791, -0.080628626, 0.12568358, 0.12252691, -0.16359662, 0.0051886803, -0.01954068, 0.02195983, -0.18788633, -0.030897139, -0.09377947, 0.15688346, -0.14129396, -0.11748491, -0.3835284, -0.022647042), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.11930519, 0.24957322, 0.015541883, -0.11232224, -0.058490105, -0.049757216, 0.075522415, 0.09442181, 0.076607205, 0.037432365, -0.08629132, 0.008422209, -0.013450555, 0.10305229, -0.04537291, -0.08230579), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.050578903, -0.20879799, -0.04393353, 0.0015126837, -0.23416555, 0.01141535, -0.009691543, 0.06217469, -0.10707423, 0.20022671, 0.15437399, -0.04760398, -0.14287886, 0.2682982, -0.2561911, 0.033707578), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.11812356, -0.29858422, 0.09146616, 0.052722417, -0.023986591, 0.0933364, 0.14801602, -0.10148, -0.15320316, -0.0028770058, -0.103183694, -0.006425709, 0.021735031, -0.47796893, -0.18304059, 0.084628224), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.09104168, 0.03286581, 0.04459324, -0.22438659, 0.12870388, -0.1360097, -0.15926069, 0.071017005, 0.074596204, -0.09715285, -0.07479851, -0.20799732, -0.29060403, -0.107118085, 0.25210482, 0.16397184), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.12460523, 0.16706169, 0.30230346, 0.054767944, -0.116781175, 0.19446343, -0.21735692, -0.026413433, 0.052394047, 0.020679068, -0.15584053, 0.061340448, 0.04663544, 0.27504724, 0.20286065, 0.3490867), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.21607491, -0.21738917, -0.009051781, -0.07276944, 0.3103053, 0.15334722, 0.28409463, -0.17096485, 0.031179685, 0.2009012, -0.26543948, -0.19882691, 0.032035686, -0.35383067, -0.17236927, -0.113232605), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.11165131, -0.2941282, -0.029304054, 0.106581636, 0.21548472, -0.21285897, -0.043579012, -0.047211695, 0.027249131, 0.28340155, 0.082085736, -0.04485162, -0.24723412, -0.0007002699, 0.19643609, 0.2518287), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.1854792, -0.008842361, -0.08581101, 0.16760491, -0.10669554, 0.21352866, 0.1252966, -0.04194005, -0.07666296, 0.07259658, 0.10786684, -0.03364238, 0.1547786, -0.018965635, -0.13252488, 0.23715465), target2);\n\ttarget2 = MulAdd(a3, MF4x4(0.1451508, 0.10011578, 0.07156718, 0.04740723, -0.19702536, 0.06286184, -0.29180148, -0.30204237, -0.07179627, 0.056043524, 0.27749023, -0.07051612, 0.1010544, -0.008737285, -0.13163415, -0.066848055), target2);\n\ttarget2 = MulAdd(b3, MF4x4(0.07561846, -0.14928432, 0.027951663, -0.07524044, 0.10025779, -0.21305043, 0.008214884, 0.16192347, 0.04002263, -0.10425787, 0.018522112, -0.08742078, 0.039168026, 0.010691633, 0.0025965972, -0.016103525), target2);\n\ttarget2 = MulAdd(c3, MF4x4(-0.045149434, 0.033272427, 0.06018518, -0.068993434, 0.017645787, 0.27027842, -0.25670657, 0.04577214, 0.002479582, -0.051434338, 0.25425145, -0.093131274, 0.09688695, 0.14416668, -0.1216349, 0.0229849), target2);\n\ttarget2 = MulAdd(d3, MF4x4(0.030369451, 0.020748299, 0.034542933, 0.09359397, -0.37202555, 0.2808392, -0.2659807, -0.01941035, -0.22399698, 0.08132304, -0.0014507625, -0.017793491, 0.037623137, -0.029477628, -0.0720025, -0.15816812), target2);\n\ttarget2 = MulAdd(e3, MF4x4(0.33115733, -0.013734702, 0.0101467, -0.12268663, 0.43017596, -0.32643738, -0.3273918, 0.1109477, 0.10758731, 0.070155494, -0.24037434, -0.0016639809, -0.06652544, 0.13758285, -0.072496586, -0.10106904), target2);\n\ttarget2 = MulAdd(f3, MF4x4(0.19126198, -0.14967397, -0.18345782, -0.08460439, 0.13229868, -0.21144699, -0.058821946, -0.5039749, 0.24892776, 0.20228972, -0.06919527, -0.15942183, 0.12435562, -0.012193792, -0.2627704, 0.13625085), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.10896958, 0.044015855, -0.0181369, 0.10650041, -0.24092299, 0.18979153, -0.26630878, 0.06806665, -0.17771733, -0.2699458, -0.1144395, 0.014184961, -0.288627, -0.19622655, 0.39838296, -0.11162213), target2);\n\ttarget2 = MulAdd(h3, MF4x4(-0.084831044, -0.02721028, 0.109261006, 0.087307416, -0.33783588, 0.08306577, -0.027817784, -0.10534335, -0.15593721, -0.013186225, -0.011052375, 0.10786937, -0.00060474424, 0.00431786, 0.38164118, 0.14728197), target2);\n\ttarget2 = MulAdd(i3, MF4x4(-0.26669395, -0.09910907, 0.03960142, -0.21382816, -0.5042419, -0.12542717, 0.07396011, -0.24485987, -0.1770452, -0.00011720843, 0.11425563, 0.07332528, -0.06640686, -0.11683248, 0.003071298, 0.05543171), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.16784829, -0.031949766, -0.043842897, -0.09577157, 0.16381639, -0.33382246, -0.10782627, 0.07903589, 0.04620696, -0.04180326, -0.09783348, 0.3095548, 0.06762379, 0.021955997, -0.14974354, -0.143973), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.14442697, -0.044818707, 0.025801856, 0.08461569, -0.20247138, 0.060513508, -0.1674155, 0.13058512, -0.08026784, -0.3141148, -0.04791329, -0.14586422, 0.16113773, -0.035697844, 0.21863447, -0.099939525), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.298011, -0.053686857, -0.31031471, 0.11162896, 0.22341007, -0.052881762, 0.13043529, 0.15810435, -0.37888956, -0.31480342, 0.33116004, 0.06646278, -0.05665705, -0.03861846, 0.083101824, 0.003781792), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.08649798, -0.1088245, 0.32511878, -0.16572024, 0.050254185, -0.252013, -0.040132295, 0.17312634, -0.016653338, -0.43009317, 0.5093538, 0.06922151, 0.08760091, -0.14250961, 0.4053319, -0.10107622), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.083406106, -0.16932109, 0.06787343, -0.05178522, -0.20603026, -0.09058593, 0.16128129, -0.22712888, 0.05429396, -0.15098302, 0.3041655, -0.07668127, -0.15419695, 0.4462755, 0.1874267, 0.17312653), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.19148338, 0.052311547, -0.13830717, 0.2996034, 0.05850986, 0.05484371, 0.0361025, 0.20699011, 0.0057291416, -0.12026241, 0.02678267, 0.12696257, -0.019684052, -0.09031823, 0.15297134, 0.13705085), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.20881316, 0.14526081, -0.41917932, -0.16191165, 0.1262819, -0.23026188, -0.2561112, 0.049415354, -0.1497713, -0.009612483, -0.070241526, -0.039475128, 0.093497746, -0.1318667, -0.105637155, -0.21147394), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.042843655, -0.11218648, 0.013391185, 0.06646476, -0.24418473, -0.037722886, 0.08446243, -0.0018849184, 0.030670485, 0.27686, -0.15015033, 0.21402857, 0.10094001, 0.3145764, -0.17310384, -0.10199286), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.14084649, 0.0033693435, -0.34370998, 0.1079324, 0.28795156, 0.14933614, 0.10669996, 0.12305359, -0.040551323, -0.07330404, -0.15179317, 0.069975436, 0.2920918, 0.020814283, -0.13944869, 0.09579582), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.10180969, -0.021659529, -0.13541374, 0.0908069, 0.11346961, -0.0011830843, -0.19612141, -0.11018402, 0.12915576, -0.095653616, -0.13800405, -0.18932076, 0.12277476, 0.09764832, 0.114954636, -0.1578187), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.07191152, -0.053082727, -0.067936264, 0.045203943, 0.13166252, 0.23256709, -0.288239, -0.08163785, -0.020897634, 0.15756424, -0.17083916, -0.13654962, -0.021136044, -0.14208466, -0.0040715886, 0.03707775), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.15754776, -0.042640373, -0.033360127, -0.06743833, -0.06533689, -0.16307046, -0.018182967, -0.060084824, -0.087093055, 0.036133945, -0.23553473, -0.40821072, -0.053628575, 0.026669571, 0.19045922, -0.035846557), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.07448724, 0.067469016, -0.066770956, 0.0030078532, -0.1173964, -0.012352791, -0.19451907, -0.021427047, 0.19994271, -0.0029543424, -0.034913633, 0.13859013, 0.048614684, 0.193721, -0.09548589, -0.026358109), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.3411652, 0.23141026, 0.10978134, 0.07787867, -0.18412182, 0.15478246, 0.25846902, -0.13144507, -0.28535685, 0.086631864, 0.12785226, 0.0033878016, 0.03504869, -0.034950025, -0.17758164, 0.024054492), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.019755604, -0.21744813, 0.14325249, 0.21274537, -0.04985571, -0.24407099, -0.02035735, 0.21803972, -0.16886176, -0.05224696, 0.20342873, -0.18543948, 0.0096319495, -0.1624773, 0.14216544, -0.081235185), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.20382723, -0.16942358, -0.15685835, 0.024889609, -0.3226424, -0.10469345, -0.46887016, 0.016228858, -0.1362387, -0.13054538, -0.0783913, -0.06385014, -0.08139782, 0.12035177, 0.21293128, -0.045476373), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.13462923, 0.1384135, -0.055161975, -0.099216595, -0.16864173, -0.15129986, -0.2535725, 0.22653887, -0.11102492, -0.09068262, -0.0044067153, -0.0603752, -0.095367156, -0.056415606, 0.0075126593, -0.009610249), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.1393697, 0.13611916, 0.090671785, 0.08593501, 0.07983876, -0.0068050954, -0.28696343, -0.17570612, -0.075322844, 0.06774856, -0.086022906, 0.09080408, 0.022836372, 0.018536389, 0.042727504, -0.043635663), target2);\n\ttarget2 = MulAdd(na3, MF4x4(-0.0050578844, -0.04774735, 0.004759578, 0.09087925, 0.16171533, 0.01599633, 0.08316812, -0.09584462, 0.119889505, 0.003919012, -0.21555036, 0.2426096, -0.12047291, 0.10978759, -0.33754483, 0.15740488), target2);\n\ttarget2 = MulAdd(nb3, MF4x4(-0.11716536, 0.08724526, -0.023726968, -0.12922543, -0.05567669, -0.021379862, -0.2031672, -0.023840401, -0.024058433, -0.081542544, -0.19171208, 0.051525865, -0.008789576, -0.16808029, -0.049115162, 0.052190997), target2);\n\ttarget2 = MulAdd(nc3, MF4x4(0.13842055, -0.13871577, 0.0954928, 0.19763501, -0.049218517, -0.21299022, -0.14797242, -0.0996971, 0.004526675, -0.107513115, -0.31193256, -0.13720018, 0.01550265, 0.017279146, -0.03583415, 0.053429827), target2);\n\ttarget2 = MulAdd(nd3, MF4x4(-0.0723815, 0.034265626, 0.20389315, -0.14053439, 0.18389022, 0.033574764, -0.039723963, -0.14978175, -0.084361784, -0.15831995, 0.49169922, -0.09837507, 0.0017199022, -0.09433373, 0.13506836, -0.06360633), target2);\n\ttarget2 = MulAdd(ne3, MF4x4(-0.1265364, 0.24196059, 0.21346883, -0.035202276, -0.16924065, -0.039915517, 0.15855956, -0.00046526943, -0.30319792, 0.47292793, 0.19538064, -0.046434846, 0.0041063935, 0.026737224, 0.14377008, -0.086429365), target2);\n\ttarget2 = MulAdd(nf3, MF4x4(-0.052318633, 0.01695744, 0.073576115, 0.2596724, -0.062066127, -0.051519766, -0.051504273, 0.05866547, -0.08328452, -0.28105405, 0.078826845, 0.18008032, 0.18682955, 0.0076535186, -0.05532054, -0.20601955), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.11029233, 0.16958456, 0.06657061, -0.019656291, 0.11484087, -0.044068743, 0.24364337, -0.0065622316, 0.28941217, 0.18499708, -0.19709894, -0.19475468, 0.03503256, -0.05113357, 0.10653205, 0.01789133), target2);\n\ttarget2 = MulAdd(nh3, MF4x4(0.23000862, 0.21053173, -0.18862817, 0.17935936, -0.15975583, -0.05371, -0.012876548, 0.16915809, 0.048503194, 0.16087084, 0.013947819, -0.2625692, -0.07422495, 0.12091095, -0.07861796, -0.10306009), target2);\n\ttarget2 = MulAdd(ni3, MF4x4(0.22752777, 0.25302207, -0.12559423, 0.32303494, 0.048354533, -0.09707823, -0.08385863, 0.14718369, 0.08453127, -0.12578502, 0.2255726, 0.28436616, 0.11673125, -0.109367356, -0.024817433, -0.061155386), target2);\n\n\tMF4 target3 = { -0.19256988, 0.07561771, 0.007950438, -0.050078563 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.06848254, 0.17351831, 0.08460523, -0.04292461, 0.16476814, 0.12880002, -0.2188432, -0.14287443, -0.03620956, 0.03190214, -0.048488446, 0.13175257, -0.03531708, 0.25060365, -0.06213195, 0.12620556), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.002136314, 0.14399742, 0.033703934, 0.04852668, 0.044694893, 0.044961825, -0.049827278, -0.043917865, 0.13977914, -0.08126432, -0.14917606, 0.04644499, -0.14825742, 0.14075856, 0.03092348, -0.093371935), target3);\n\ttarget3 = MulAdd(c1, MF4x4(-0.10156521, 0.17292573, 0.12147806, 0.058286913, 0.036107652, 0.11812006, -0.052188348, -0.018111996, -0.033433035, 0.13158733, 0.11174768, 0.3135695, -0.031843673, 0.14830989, 0.094200954, 0.046325628), target3);\n\ttarget3 = MulAdd(d1, MF4x4(-0.020032655, -0.07413829, 0.08400475, -0.096378304, 0.018955225, 0.022839474, 0.0059678215, -0.1027026, -0.028222635, -0.14191163, 0.1683382, 0.12842403, -0.0019999016, -0.10452298, -0.00084425067, 0.21517049), target3);\n\ttarget3 = MulAdd(e1, MF4x4(0.01772144, -0.055037472, -0.26999003, 0.08729775, -0.36895162, 0.011868349, 0.09449699, -0.098540016, -0.12167021, -0.14711088, 0.12771331, -0.23740645, 0.15759817, -0.19454266, 0.16208373, 0.24910314), target3);\n\ttarget3 = MulAdd(f1, MF4x4(-0.01581086, 0.055212107, 0.09454114, 0.04507513, 0.06458917, 0.07870699, 0.043557264, -0.057501283, 0.20402664, 0.22241214, 0.04460486, 0.08704935, 0.16451277, -0.13080528, 0.039666496, -0.026260905), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.052181657, 0.027077725, 0.06572071, 0.031183861, 0.10252249, -0.08605668, 0.041842632, -0.103617065, -0.10870241, 0.04929309, -0.036834683, 0.035595864, 0.05496096, -0.067191675, -0.021810448, 0.040137228), target3);\n\ttarget3 = MulAdd(h1, MF4x4(0.12943552, 0.027362846, -0.04002257, 0.06176385, 0.03362332, -0.10467882, 0.33771384, -0.002079538, -0.14528175, 0.14312474, 0.02974133, -0.06945553, -0.33208638, -0.1682957, 0.08194348, -0.072072215), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.10689992, 0.0904542, 0.13820268, 0.13239543, -0.15937562, -0.123537876, -0.33618236, -0.081022464, 0.024027856, 0.26380306, -0.09225592, 0.040485747, -0.01705172, -0.049895052, -0.07952754, 0.030036716), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.1259129, 0.018831972, -0.1832129, 0.01803401, 0.033666562, -0.17717862, 0.087922215, -0.10147714, 0.045267824, -0.25754488, -0.08662288, 0.10354607, 0.10469745, 0.19675997, -0.20195517, 0.24481302), target3);\n\ttarget3 = MulAdd(b2, MF4x4(-0.094946206, 0.015489291, -0.1777193, 0.037065975, 0.024963535, -0.3277457, -0.08534422, -0.08319194, -0.18495774, -0.09883332, -0.053772286, 0.08554662, -0.1215341, 0.15887743, -0.2965043, -0.11656119), target3);\n\ttarget3 = MulAdd(c2, MF4x4(-0.34576485, -0.14033535, 0.07531725, -0.14229001, 0.08308607, -0.31519765, -0.15306507, -0.072686926, -0.12345635, -0.08589443, 0.015977165, -0.0041419766, -0.49153492, 0.3021553, 0.16130814, -0.17035122), target3);\n\ttarget3 = MulAdd(d2, MF4x4(-0.08059237, -0.18008304, 0.23508278, -0.08894493, 0.11107956, 0.23715645, 0.091440715, -0.033679005, 0.23545177, 0.011845169, 0.0054449392, -0.30073527, 0.2796674, -0.1411897, -0.014096338, 0.115184374), target3);\n\ttarget3 = MulAdd(e2, MF4x4(0.19655375, 0.027063202, -0.3324798, 0.29343468, -0.10879405, 0.16780332, -0.019309124, 0.04614956, 0.15054315, 0.19951852, 0.14648122, 0.28885373, 0.037958838, -0.34874088, -0.025065463, -0.19422896), target3);\n\ttarget3 = MulAdd(f2, MF4x4(-0.18047136, 0.060818356, -0.13610844, -0.018481744, -0.09979387, 0.0477093, 0.032326147, -0.10137375, -0.059743475, 0.05039489, 0.17306165, -0.005998121, -0.009583858, -0.14829919, 0.24446519, -0.22378124), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.45342392, 0.19783214, -0.042264447, 0.11951815, 0.017209506, 0.119354434, -0.089858785, 0.03950267, -0.19266395, -0.07500372, -0.02151692, -0.008635288, -0.14962971, -0.00780355, 0.18662006, -0.0046807216), target3);\n\ttarget3 = MulAdd(h2, MF4x4(-0.13184623, -0.04977233, -0.08034406, -0.08663693, -0.06438305, -0.06699197, 0.15878884, 0.014209137, -0.018352475, -0.12698355, -0.18104841, -0.03212089, -0.31992742, 0.13199449, -0.039823674, -0.18864588), target3);\n\ttarget3 = MulAdd(i2, MF4x4(-0.22096959, -0.06594324, -0.093964286, -0.069787376, -0.05717438, 0.18509367, -0.19014412, -0.11233723, -0.043684576, -0.04049064, -0.015180749, 0.04026833, -0.09723803, -0.014410513, -0.14038773, -0.20472965), target3);\n\ttarget3 = MulAdd(a3, MF4x4(-0.020113828, 0.06306164, 0.1133604, -0.03264297, -0.019580074, -0.28136805, 0.046105113, -0.104369484, 0.047211405, -0.11510891, -0.2610411, -0.24363835, -0.15579234, 0.13080037, -0.2414289, -0.21552382), target3);\n\ttarget3 = MulAdd(b3, MF4x4(-0.030723298, 0.10005462, -0.046389453, -0.42023477, -0.0900144, -0.3300974, 0.2023873, 0.47113106, -0.10733436, 0.13536386, 0.11873528, 0.075008325, -0.092727005, 0.16694772, -0.12538053, -0.019201787), target3);\n\ttarget3 = MulAdd(c3, MF4x4(-0.020229753, 0.0050342986, -0.09015966, -0.23845413, 0.14204682, -0.24106354, 0.007471734, 0.21428482, -0.059586413, -0.07984075, 0.1474898, -0.12583902, -0.34393194, 0.08484377, -0.40459237, 0.32322514), target3);\n\ttarget3 = MulAdd(d3, MF4x4(-0.11741491, -0.083517544, 0.04531866, -0.048355322, 0.15782192, 0.07919051, -0.34528416, -0.17551522, -0.20325756, -0.13701133, -0.09564707, -0.03711687, 0.030484512, -0.107849605, -0.09412398, -0.28914952), target3);\n\ttarget3 = MulAdd(e3, MF4x4(-0.013266804, -0.035421904, 0.081956826, 0.15579522, 0.12775496, 0.1479336, 0.46652517, 0.21593826, -0.23207328, -0.13872643, 0.09056148, 0.1257084, 0.40673763, 0.14669922, 0.14093073, -0.31729355), target3);\n\ttarget3 = MulAdd(f3, MF4x4(-0.03632805, 0.06513459, -0.13029967, 0.24914533, 0.08398421, -0.12399063, 0.15374567, 0.003005163, -0.03301567, 0.010896424, -0.10409926, -0.031162843, -0.080630526, 0.313793, -0.04112272, 0.06908576), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.056705862, 0.04045318, -0.13523346, -0.12563162, 0.030291703, -0.22721136, -0.19567032, -0.22538094, -0.078549854, 0.16844983, -0.09419901, 0.1000363, -0.052691363, -0.14642943, -0.17214452, -0.23522456), target3);\n\ttarget3 = MulAdd(h3, MF4x4(0.09823313, -0.16931288, 0.2667816, 0.019992903, 0.09905936, -0.14416765, 0.022824166, -0.02994203, 0.05482313, 0.0073759295, -0.087138794, -0.10250613, 0.22704037, -0.33540174, 0.059272785, -0.08828277), target3);\n\ttarget3 = MulAdd(i3, MF4x4(0.05405852, 0.0015277737, 0.15057512, 0.008105634, 0.26466554, 0.021303358, 0.21576874, -0.055405084, 0.20417419, -0.1829464, 0.19177821, -0.10549947, -0.10019333, -0.04373452, 0.3086124, -0.030007664), target3);\n\ttarget3 = MulAdd(na1, MF4x4(0.18547705, 0.015533089, -0.17023557, -0.14218459, -0.109183766, -0.21892494, -0.08033779, 0.1279889, 0.21425895, 0.31563443, 0.055812337, 0.035239376, 0.04874699, -0.03926052, 0.25620237, 0.05620038), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.17809738, -0.090085454, 0.086938836, 0.21705364, 0.057283174, 0.022287775, -0.21651776, -0.0027429194, 0.04257827, 0.17341158, 0.32710707, -0.029889492, 0.23903793, -0.038499728, 0.208562, 0.18147011), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.02671488, -0.2577291, -0.101831675, -0.043231912, -0.08192727, -0.09351345, 0.10333126, 0.42192927, 0.11358276, 0.17070638, 0.11954223, -0.31113386, 0.21822956, 0.040758308, 0.18557602, -0.04927389), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.016825153, -0.16034372, 0.13393559, 0.0031862713, -0.07210358, 0.12088922, 0.18472868, 0.19526374, -0.098638535, -0.26882744, 0.01246303, -0.023679085, -0.07282684, 0.10335254, 0.11371582, -0.11949346), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(-0.0077989995, -0.06316807, -0.037497815, 0.010178734, -0.028329156, -0.109135084, -0.18357074, 0.40579423, -0.05144428, -0.28490487, -0.11653807, 0.22959495, -0.109780535, 0.22878933, -0.29027545, 0.17875119), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.15628323, -0.07819484, -0.22514449, 0.065008484, -0.0055398177, -0.07419974, 0.09902451, 0.35817552, -0.0862891, -0.2973468, -0.10211232, 0.09778022, -0.08562242, -0.08868644, 0.30707374, 0.16413328), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.004233512, 0.02434783, -0.12356794, 0.13752618, 0.21815947, 0.16979212, 0.3382205, 0.15363333, -0.14368188, 0.10208307, 0.16594398, -0.002474651, -0.25072917, 0.19654895, 0.15537341, -0.011402132), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(0.1492285, -0.102569796, -0.15423858, 0.03359016, 0.008948687, 0.11137203, -0.0753569, -0.15314926, -0.22925344, 0.1943656, -0.4934053, 0.42356676, -0.10820874, 0.23832525, -0.4461194, 0.19386442), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(0.30649734, 0.061961878, -0.17697462, -0.29313368, 0.19318691, 0.14972912, -0.04568052, 0.123596475, -0.018475438, 0.33577895, -0.17800568, 0.12502621, 0.032249834, 0.013487416, -0.019249933, 0.004653166), target3);\n\ttarget3 = MulAdd(na2, MF4x4(0.11560085, -0.030997908, 0.009219462, 0.05633901, -0.11158907, 0.09791856, -0.111877, -0.020388048, -0.25937706, -0.000673325, 0.106495194, 0.15643579, 0.022090284, -0.11573403, 0.123260945, -0.033783972), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.061418246, 0.13925532, 0.070662834, -0.10297572, -0.08535479, 0.31824788, 0.08315885, 0.012375857, 0.04241964, 0.21071856, -0.18567438, -0.26859924, 0.09607365, -0.19106552, 0.1222843, 0.20521446), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.1985242, 0.40886146, -0.03295415, 0.25985515, 0.00024564067, 0.22053646, 0.4425157, 0.030073104, 0.15870823, 0.3720021, -0.19778733, -0.11957699, 0.23951907, -0.022089735, 0.026504006, -0.1143626), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.07811988, 0.06360271, -0.18825488, 0.05489923, -0.316614, -0.2020329, -0.17215219, -0.1163882, 0.028907632, 0.13332835, 0.07710604, 0.15564129, -0.08207378, 0.2586524, -0.15368843, -0.026250634), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.1154507, 0.05374841, -0.35887244, -0.38684267, 0.024906285, -0.051356003, 0.06727699, -0.13258685, -0.04512674, -0.0630682, -0.016046045, -0.3630216, -0.10115332, 0.06723903, 0.10273197, 0.01658071), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(0.035411883, -0.10390069, 0.28300494, -0.030523226, 0.260309, -0.2897127, 0.17530721, 0.06502907, 0.10852879, 0.0101283565, 0.04377248, -0.14661616, 0.07372457, 0.029455552, -0.024029268, 0.019606834), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.06462741, -0.017584527, 0.05204551, 0.023974337, -0.09858389, -0.12002433, 0.051191356, -0.15688013, 0.1415572, -0.121506944, 0.4219788, -0.14832322, 0.09247079, -0.10846258, -0.030261837, -0.14657071), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(0.037952326, 0.05012869, 0.022779293, 0.0797289, 0.024931714, -0.050262492, -0.15463822, -0.023215678, 0.045349725, -0.0040035774, 0.22049266, -0.08079404, -0.0113567095, -0.00675084, 0.17475724, 0.025340058), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(-0.13610172, 0.14658909, 0.067050435, 0.12354151, 0.22096893, -0.06765668, -0.024593432, -0.03552899, 0.06936571, 0.10394856, 0.0048312224, -0.21034646, 0.037834894, -0.06692894, 0.009020093, -0.04065748), target3);\n\ttarget3 = MulAdd(na3, MF4x4(-0.08967367, -0.14398253, -0.19402455, -0.14434609, -0.027259551, 0.1226331, 0.012233069, 0.13677149, -0.1507801, 0.14510965, 0.24108039, 0.04916487, 0.042398036, 0.09403761, -0.03958092, 0.17673557), target3);\n\ttarget3 = MulAdd(nb3, MF4x4(-0.071569644, -0.19743139, -0.09648773, 0.038397867, 0.12506093, 0.24415006, 0.13810574, -0.23042768, 0.20971183, -0.14231962, 0.0963819, -0.07323753, -0.014360243, -0.099411555, 0.07815387, 0.09009336), target3);\n\ttarget3 = MulAdd(nc3, MF4x4(0.14625058, -0.15307125, 0.45122483, 0.10113701, -0.12264418, 0.09390506, -0.25706926, -0.082095854, 0.11812526, 0.14046957, -0.09704567, 0.21640895, 0.20999698, -0.19149756, 0.16977966, 0.034616202), target3);\n\ttarget3 = MulAdd(nd3, MF4x4(0.05720225, 0.0428485, -0.057531573, -0.111578174, 0.03538242, 0.033332366, -0.05961152, 0.13383748, -0.05669531, -0.047779217, 0.2760684, -0.23934118, 0.03728129, -0.15390043, 0.09151239, 0.016904302), target3);\n\ttarget3 = MulAdd(ne3, MF4x4(0.05711261, -0.009796642, 0.1827549, -0.23561665, 0.15747361, -0.15555665, -0.03771464, -0.15358609, 0.124769196, -0.00302323, -0.1930878, -0.3193505, -0.036671866, -0.21477285, -0.0015818535, -0.054916248), target3);\n\ttarget3 = MulAdd(nf3, MF4x4(-0.04039116, 0.022148842, 0.2527601, -0.08849551, -0.017892385, -0.01728494, -0.12817079, 0.112442665, 0.004877744, 0.08325303, 0.13601741, -0.12387854, -0.033808686, -0.07762037, -0.036944337, -0.016846744), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(0.025319673, 0.12447582, 0.06369372, 0.20814203, -0.062117852, 0.10390202, -0.030939216, 0.15888922, -0.0873872, 0.04641361, 0.13612288, -0.22024561, 0.15445144, -0.03273631, 0.18931653, 0.03979226), target3);\n\ttarget3 = MulAdd(nh3, MF4x4(0.01642648, 0.10919636, 0.118298925, -0.052648794, 0.046562076, 0.042576727, -0.119064495, -0.10575594, -0.023527319, 0.27507904, -0.24070077, 0.037794556, 0.026340371, 0.08496194, -0.2165465, -0.10772629), target3);\n\ttarget3 = MulAdd(ni3, MF4x4(-0.110290796, 0.23385854, 0.16042788, 0.041294437, -0.04052982, -0.030170577, 0.16566783, 0.18245162, -0.125454, 0.15547217, -0.02763223, -0.10694603, 0.12049954, -0.07608294, -0.06768503, 0.022071697), target3);\n\n\tMF3 result = tex7.SampleLevel(sam, pos, 0).rgb;\n\tresult = MulAdd(e1, MF4x3(0.0075503755, 0.014264192, 0.014350495, 0.013990636, -0.0011566521, -0.005510977, -0.021975616, -0.013216436, -0.012400287, 0.018202957, 0.010433842, 0.007529786), result);\n\tresult = MulAdd(e2, MF4x3(0.012649671, 0.016378459, 0.009756208, 0.0023225206, -0.0038671023, -0.005242471, 0.023699954, 0.015248626, 0.011651197, 0.014677953, 0.014319745, 0.012088228), result);\n\tresult = MulAdd(e3, MF4x3(-0.0030005479, 0.0052323043, 0.007744717, -0.0077438625, -0.00072459516, -0.001971826, -0.01263717, -0.009226968, -0.005661945, 0.0046659256, 0.0014185858, 0.0038442858), result);\n\tresult = MulAdd(ne1, MF4x3(-0.0053241113, -0.010728358, -0.013345879, -0.000893072, 0.015531841, 0.015812417, 0.021348871, 0.015751695, 0.016067913, 0.014817982, 0.03233685, 0.031598262), result);\n\tresult = MulAdd(ne2, MF4x3(0.0038391522, 0.0027406036, 0.0063517806, 0.0021543978, 0.0065204683, 0.009420363, -0.022383714, -0.012619449, -0.008763167, -0.009436604, -0.012201518, -0.0103548), result);\n\tresult = MulAdd(ne3, MF4x3(-0.005432008, -0.013701671, -0.021388102, -0.001045599, -0.0032160715, -0.0036216215, 0.031028647, 0.022415614, 0.01880324, -0.004328173, -0.004780637, -0.005459752), result);\n\tresult = MulAdd(max(target1, 0), MF4x3(-0.007300146, -0.0076159053, -0.0080059795, 0.005996225, 0.0057377047, 0.0059788194, -0.021563234, -0.020394823, -0.020401813, -0.030919729, -0.03150251, -0.029059272), result);\n\tresult = MulAdd(max(target2, 0), MF4x3(-0.002826552, -0.0042917025, -0.0025527687, -0.0074001094, -0.006878869, -0.0062073106, 0.010867636, 0.010852139, 0.008577537, -0.01606024, -0.0143771265, -0.013291837), result);\n\tresult = MulAdd(max(target3, 0), MF4x3(0.012113326, 0.014259359, 0.011284172, -3.851684e-05, -0.003696042, -0.0020337042, 0.003427011, 0.006911378, 0.008471347, 0.0063997298, 0.004651406, 0.0075980425), result);\n\tresult = MulAdd(max(-target1, 0), MF4x3(-0.026621016, -0.027831081, -0.025364956, 0.022336917, 0.023742557, 0.023516335, -0.01619396, -0.01820708, -0.015288538, 0.0045815264, 0.0022230193, 0.0017512285), result);\n\tresult = MulAdd(max(-target2, 0), MF4x3(0.043799683, 0.046862658, 0.041910093, -0.027854608, -0.02948632, -0.02927831, -0.051899213, -0.04971418, -0.04712937, -0.017539004, -0.0245854, -0.023040624), result);\n\tresult = MulAdd(max(-target3, 0), MF4x3(0.022317344, 0.021462968, 0.02187171, 0.0530127, 0.054741293, 0.052202478, 0.029963326, 0.0298772, 0.025601966, 0.027699472, 0.031187871, 0.02950236), result);\n\tresult += MF3(-0.0071146404, 0.005606682, 0.010180816);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Restore_VL.hlsl",
"content": "// Anime4K_Restore_CNN_VL\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Restore/Anime4K_Restore_CNN_VL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Restore_3\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.046043985, 0.055581126, -0.08791638, -0.13022089 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(0.1690102, -0.2560719, 0.39658326, -0.3679659, -0.27616683, -0.35619372, -0.3748396, 0.08430813, -0.29574734, -0.31511316, -0.09773105, 0.13616018), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.1326393, -0.259433, 0.025070239, 0.58914864, -0.036478516, 0.30723435, 0.007458902, 0.012962684, 0.2493056, 0.13007334, -0.08448256, -0.38414413), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(-0.11539356, 0.35253766, 0.26143202, 0.2760807, -0.09371543, -0.028165473, -0.028452158, -0.27050856, 0.06718067, -0.0056619495, -0.17654495, 0.17288211), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(-0.16145481, -0.3204927, -0.54317135, 0.11830119, 0.49315026, 0.12008072, 0.50857407, -0.30382085, 0.25807253, 0.020755528, 0.29388228, 0.106109895), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.22728722, 0.50484747, -0.07904469, 0.33114597, 0.50306976, -0.22760947, 0.14773269, 0.17628263, 0.14788547, -0.08223464, -0.10880935, -0.3151985), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(0.3414351, 0.057279214, -0.14419858, 0.09761111, -0.11794496, 0.021717256, -0.22750235, 0.13986664, -0.38932344, 0.28996095, 0.3773904, 0.13175532), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.1376552, -0.19587159, -0.35147396, -0.097646296, 0.1686707, -0.14385861, 0.031198, 0.12383533, -0.23089902, 0.08707301, 0.3362293, -0.100579016), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(-0.056774966, 0.047585852, -0.36395878, -0.20211312, 0.4077735, 0.12631284, 0.39813092, -0.033365678, 0.2307249, -0.09131807, 0.20823865, 0.31084216), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(-0.12456089, 0.09755632, 0.31490886, -0.06579996, -0.13386595, 0.07564795, -0.26605195, -0.075180635, -0.11182657, 0.06757017, -0.14351276, -0.16828312), target1);\n\n\t\t\tMF4 target2 = { -0.0022791293, -0.024132347, -0.57621074, 0.028573977 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(-0.15485518, -0.29363206, -0.22610365, -0.14291525, -0.45240572, -0.18319772, -0.12209436, 0.15031648, 0.09878383, 0.06711082, 0.25763842, -0.084633484), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(-0.10204406, 0.16167697, 0.22371867, -0.37947702, -0.24476196, -0.038824454, 0.060157117, 0.15764871, -0.08072927, -0.2210841, -0.31835055, 0.009979876), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(0.20506924, 0.21132155, -0.0922578, -0.07430473, 0.14529926, 0.20549752, 0.0077948375, 0.13246094, -0.32353187, 0.21074104, 0.092629515, 0.17590871), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.04125819, -0.44050243, 0.23729716, 0.3218237, 0.12943116, -0.011674174, 0.10390632, 0.027775545, -0.20308031, -0.16904089, -0.2121676, -0.022515794), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(0.09664124, 0.20127031, 0.60345304, 0.16697013, 0.23093723, -0.38116834, 0.109695725, 0.0007595324, 0.4092646, 0.009624758, 0.11229678, 0.25326383), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.014879592, 0.19204311, 0.07102085, -0.7312604, 0.34860876, 0.3429918, -0.027331594, 0.27636307, 0.1342437, 0.107820466, -0.12645108, 0.21081445), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.12687613, -0.09247973, -0.25973785, 0.4350873, -0.18987224, 0.028678741, -0.0903819, -0.63974863, 0.205591, 0.11308998, 0.18458389, -0.4149041), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(0.34691808, -0.025498383, 0.3428986, 0.21663484, 0.23404741, -0.1725327, -0.0036315925, -0.13299675, -0.1873967, 0.031331502, -0.08785591, -0.0013278709), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.35846514, 0.048703704, -0.104165934, 0.16529736, -0.15378916, 0.26030356, -0.07134151, 0.03692383, -0.15807101, -0.18885155, 0.044707954, -0.11444462), target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y),0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0),0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y),0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y),0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos,0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y),0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y),0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0),0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y),0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.018166734, -0.11002478, -0.05554318, -0.0988193 };\n\ttarget1 = MulAdd(a1, MF4x4(0.010346764, 0.07230188, -0.24734616, -0.09937907, 0.02228549, -0.19550583, -0.019540425, -0.1037373, 0.033996485, -0.075554, -0.20228972, 0.07090153, -0.09194035, -0.058972966, 0.1768268, 0.27517542), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.020078976, 0.12433655, -0.1620775, 0.036401592, 0.079748705, 0.11660013, 0.17917652, -0.017513236, -0.18936846, 0.24478136, -0.45726213, -0.045004416, -0.08295188, 0.067733586, -0.080548316, 0.2744211), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.024916803, 0.27562472, 0.043771956, -0.012240604, 0.0786355, 0.042651594, 0.16049327, -0.14577515, -0.032735053, 0.17658092, 0.16382934, -0.02337374, 0.11551492, 0.056343183, -0.17930213, 0.14259394), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.20010485, 0.06747722, -0.19026905, 0.11013709, 0.13062745, -0.044626113, -0.0062261797, 0.2189639, 0.1403497, -0.022713251, -0.19452858, -0.010305412, -0.06407589, 0.09836748, 0.025805516, 0.23430973), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.14664203, 0.034910418, 0.024714258, -0.066872925, -0.15717538, -0.14179383, -0.14091893, 0.05859166, 0.18919097, -0.18544437, -0.09068573, -0.08615929, -0.051434122, 0.2170678, 0.18409058, -0.17461225), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.11354446, 0.10745854, 0.2682663, 0.05949201, -0.10695986, 0.1407851, -0.03551388, 0.10691649, -0.17148238, -0.38287184, 0.2074456, 0.11828914, 0.048535194, 0.1464864, -0.18169662, -0.14074169), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.22160622, -0.1513045, -0.053284165, 0.033202525, 0.15574448, -0.043640967, -0.0093824165, -0.0019965349, -0.097964935, -0.08289824, 0.08239996, 0.07868361, 0.05731752, -0.20441617, -0.013016076, -0.253108), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.031249097, -0.2272863, 0.23573665, 0.03357689, 0.011395065, -0.10885564, -0.06287508, -0.031719524, 0.10331069, 0.17560169, 0.18303394, 0.022961004, -0.17011635, -0.24371737, 0.10678694, -0.3222825), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.1275465, -0.08844758, 0.10994917, -0.00910273, 0.09393154, 0.03894992, 0.14367905, -0.11811715, -0.09077633, -0.015776094, 0.27427456, -0.13283503, 0.18724327, -0.08139094, 0.04933602, -0.051852766), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.06764611, -0.27426586, 0.12045272, 0.09410856, -0.14258035, 0.11802992, -0.09093882, 0.0022018093, 0.4590643, 0.046258576, -0.07827223, 0.448011, -0.103631735, -0.016930219, -0.15421398, 0.11045997), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.17295076, 0.00151352, 0.14938255, 0.08336512, -0.07496541, -0.07561223, -0.0846474, 0.14979269, -0.09142163, 0.23925088, -0.015199518, -0.37749895, -0.20636298, -0.022585187, -0.20371509, 0.0745308), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.06458832, -0.009722021, -0.123604394, 0.06548835, -0.3039139, -0.022024399, 0.05297587, -0.0626883, 0.23556642, 0.1516464, -0.07004877, -0.1845364, -0.05918428, 0.19158973, -0.14983447, 0.030489758), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.36604697, 0.17516142, -0.10853731, -0.22694224, -0.107650936, 0.23013335, 0.094055794, -0.17047717, -0.3006048, -0.08621717, -0.18815655, -0.03570218, 0.09676118, -0.017718751, 0.059138596, 0.073388465), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.12791575, 0.101956226, 0.13091874, -0.046373338, 0.04955811, -0.04030444, 0.13869923, -0.046699073, -0.42611042, -0.7173929, 0.052184317, 0.6178025, -0.02929954, -0.07638965, -0.15000828, 0.030710017), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.057806686, 0.20842272, -0.20148766, 0.006666912, 0.13356528, -0.45265228, -0.07354092, 0.21447696, 0.019552143, -0.13645506, 0.14643854, -0.0071413796, -0.15487236, -0.002250615, 0.30622452, 0.0033902125), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.06896002, 0.24397352, -0.06479052, 0.20676947, -0.24259068, 0.055320013, -0.09032122, -0.11222854, -0.08982342, -0.114818625, -0.06399291, -0.3024516, -0.06302166, -0.1925528, 0.03458982, 0.028828239), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.09764086, 0.09599894, -0.0073313303, 0.14418933, -0.045712367, 0.12657364, 0.04620374, -0.069778584, 0.30047333, -0.012418192, 0.15516461, -0.18087754, 0.08178273, 0.14262857, -0.01741533, -0.12509112), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.04697884, -0.1506804, 0.031823065, 0.13397239, -0.18396698, 0.10681781, -0.29586303, -0.0039136545, 0.17560847, -0.12486726, -0.018646788, -0.20688744, -0.030614454, -0.0527634, 0.23593572, -0.10542146), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.19182229, -0.32615846, 0.26283535, -0.1371942, -0.071202695, 0.12056063, -0.11450658, -0.27711076, -0.42096004, 0.0014352369, 0.1559669, -0.14464542, -0.17973948, 0.079166576, -0.12501791, -0.20623216), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.12469872, 0.32190827, -0.059510354, 0.1393449, -0.12845798, -0.019571869, -0.22630808, -0.14031963, 0.36072046, 0.05858427, 0.19278921, 0.121090546, -0.067538865, -0.018770566, 0.14318037, -0.15561756), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.024663208, 0.21110268, -0.016415706, 0.060093414, -0.03739678, -0.107412934, -0.077527136, 0.30331334, 0.17196326, -0.15512557, -0.09499732, -0.15748607, -0.16680105, -0.015185634, 0.16114107, -0.21288376), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.17739037, -0.1190967, 0.13191372, -0.2527187, -0.14992718, -0.30511454, 0.19145966, 0.002194003, -0.12888977, 0.19152176, 0.27528167, 0.099714965, 0.12865707, -0.12051514, -0.055013947, 0.26231763), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.46433613, -0.11708138, -0.20157282, 0.32022122, 0.079468675, 0.029407484, 0.2559102, -0.15651533, 0.08644574, -0.09747344, -0.07528584, 0.17354868, 0.19167562, -0.17698488, -0.09896657, 0.17093097), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.20283653, -0.33680332, 0.2282385, 0.18832158, 0.20866042, 0.00076752366, 0.16471444, -0.21548858, 0.16193539, 0.17141372, 0.03140222, 0.03913644, -0.030161971, 0.00014570929, 0.08993654, -0.064823024), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.3075755, 0.19942546, 0.015526995, -0.120868504, -0.254515, -0.07791228, 0.03271691, 0.11794217, 0.11258601, 0.045204375, -0.061196107, -0.115958795, 0.3861869, 0.048215542, 0.07016682, -0.009975758), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.07623697, 0.16094944, -0.02283455, 0.14112763, -0.051149167, 0.20429814, 0.011314802, 0.18914083, -0.24240434, -0.08784008, -0.16763984, -0.08492233, 0.31062725, -0.11925119, -0.33195966, 0.2060798), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.016709225, -0.14472668, -0.3677625, -0.09832719, 0.030297454, -0.05775362, -0.1401375, 0.08119674, -0.01795042, 0.05183797, -0.24320887, 0.066842034, -0.22245285, -0.02740993, 0.06316751, 0.053399116), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.039214406, -0.08876633, 0.045552462, 0.19226661, 0.1355001, -0.13942362, 0.17398876, 0.2914014, -0.191809, 0.037143208, 0.013333581, -0.16632195, 0.113767646, -0.106692605, 0.1589787, 0.030107044), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.21997562, 0.13855208, -0.05783191, -0.033682413, -0.010961168, 0.10524961, 0.02177416, 0.18289444, 0.043692037, 0.07853899, -0.039936125, -0.1004449, 0.04494073, -0.020680292, 0.17578089, -0.106598996), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.026852835, -0.16037546, 0.11278316, 0.12656097, -0.006857894, -0.03400118, -0.051564034, 0.00085412664, -0.37556714, -0.05279987, 0.029383834, -0.14246808, -0.056380164, -0.002399925, 0.16025752, 0.036324855), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.022709966, 0.046350412, 0.03390721, 0.02810572, -0.14394265, 0.04215361, -0.3206118, 0.15034916, -0.0028448137, 0.1682989, -0.042686664, 0.020543462, -0.2786501, -0.007482015, -0.040313292, -0.20745736), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.05417556, 0.18728684, -0.046121832, -0.27939513, 0.05907976, -0.09191223, -0.16625418, -0.26038164, 0.39956605, -0.052594025, -0.0596556, 0.29517552, -0.015181923, -0.0763375, 0.25131205, 0.13038464), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.036903054, -0.0066989153, -0.062650286, 0.05614359, -0.0064960583, 0.028512698, -0.10906273, -0.010047654, 0.23030473, 0.049983572, 0.10439064, 0.26643834, 0.05041243, 0.09185424, -0.32352915, 0.11295159), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.09724027, -0.34962535, 0.06586686, 0.016635379, 0.13831381, 0.01707076, -0.04690347, 0.022350075, 0.018352794, 0.022000022, 0.070613205, 0.117735535, -0.025971051, 0.18832101, -0.09643588, -0.08512127), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.17324433, 0.06810613, -0.057295907, -0.05115964, -0.101570815, 0.12491774, 0.08762367, -0.005862404, -0.05342927, -0.031942457, -0.039624047, -0.04298937, -0.1303138, -0.11869282, -0.024832053, 0.070463404), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.010514842, 0.1376259, -0.11750346, -0.03786737, 0.03459249, 0.015408171, -0.031430878, -0.060825355, -0.072958425, -0.0037895301, 0.041686177, -0.12352204, -0.06261361, 0.054514423, -0.34072715, 0.13860728), target1);\n\t\n\tMF4 target2 = { 0.022609137, -0.028548084, 0.024431901, 0.010504478 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.040142782, 0.0288423, 0.07569487, -0.01490842, 0.14402796, -0.13682005, 0.027765118, 0.03907358, 0.07117706, 0.058157545, -0.23862502, -0.057674367, -0.19220531, 0.0147159435, -0.18028538, 0.0963821), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.1676744, -0.11937339, 0.12137117, 0.07119485, 0.14148116, -0.043578617, -0.029261118, -0.0016938087, -0.057269357, -0.080076694, 0.12193026, 0.07326153, -0.056278303, -0.01630716, -0.03792076, 0.1483611), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.3021578, 0.011601693, 0.11266048, 0.19086999, -0.0122412145, 0.08431291, 0.11615175, -0.008039614, -0.39987534, 0.07820729, 0.03509667, 0.1963505, -0.08839513, -0.21571854, 0.059425723, -0.06830175), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.23135209, -0.12452708, 0.0943565, 0.0028859286, -0.09836373, 0.10681712, -0.3535964, 0.08457615, 0.045332734, 0.16579892, -0.03809797, -0.021596594, 0.2937497, -0.028294371, 0.046484597, -0.037604347), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.072675414, -0.16431206, 0.28952035, 0.0076831076, -0.020242939, 0.029483542, -0.092415355, 0.08673106, 0.12109694, 0.14307201, 0.23134442, 0.11731775, 0.09981601, -0.16968462, 0.037470713, 0.14948717), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.0029752052, 0.06526503, 0.1866458, 0.07451277, -0.31836876, 0.17115082, -0.13969697, 0.23844297, -0.03244903, -0.08832665, 0.023691226, -0.18230624, -0.074933805, -0.00044301842, 0.050572682, 0.081511915), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.039502528, 0.051221415, -0.13968123, -0.091212444, -0.016925618, 0.15409444, -0.017455677, -0.11653652, 0.03539446, -0.00087720866, -0.12839639, 0.037198763, 0.03674469, -0.26444665, 0.019721227, -0.13013805), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.039229527, 0.25667152, 0.0032586441, -0.00718359, 0.1617932, 0.10409968, 0.07182867, -0.09810605, 0.07789241, -0.02014911, 0.025767172, -0.14604759, 0.07175764, 0.32513744, -0.20473222, -0.16266066), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.13418433, 0.061813723, -0.13927278, -0.2498272, 0.03468218, 0.29483125, 0.063289374, -0.04726235, 0.1898295, -0.33132064, 0.032045014, 0.02159535, -0.1148363, 0.31306976, 0.06456038, 0.048988886), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.07151646, 0.2799246, -0.107190795, -0.16431166, -0.28007045, 0.07206954, 0.06775463, 0.009758042, 0.07032184, -0.20843789, 0.087045245, 0.1360676, -0.25718534, 0.028249472, -0.12614648, 0.009949602), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.020241471, -0.23390484, -0.0083223935, 0.08344701, 0.08222297, 0.12026539, -0.08652223, -0.08228822, -0.039576706, -0.24677879, -0.1157289, 0.2590508, -0.23809408, 0.19911982, -0.116798095, -0.035870325), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.024991842, 0.050509237, -0.024134455, -0.12659028, 0.24089767, 0.122712664, -0.10482493, -0.19403952, -0.19177693, -0.06538376, -0.041478425, 0.32176673, -0.1534002, -0.18680622, 0.06763643, 0.020806564), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.03437814, -0.28067374, 0.2830681, 0.038812317, -0.021698112, -0.120865285, 0.22695538, -0.045419116, -0.030475847, -0.01977341, -0.1265364, -0.3109814, 0.012255813, 0.053917278, -0.018620957, -0.14599285), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.016204128, -0.04093018, 0.054571863, 0.02679643, 0.01756274, -0.057685968, 0.16148666, 0.17370272, -0.11065411, 0.06378157, -0.09331551, 0.22985275, 0.057905316, 0.12323568, 0.07748665, 0.09878629), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.018112244, 0.063234635, -0.013184602, 0.16241394, 0.08877139, 0.02145378, -0.02490027, -0.038920373, 0.13127136, 0.14391647, 0.020553736, 0.14401346, 0.06685973, -0.25398204, 0.10369067, -0.055949755), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.07710333, 0.047412727, 0.13813803, 0.18624061, 0.16907091, -0.039532468, 0.06234584, 0.06408178, -0.054543987, -0.045220226, -0.11093376, -0.37399602, 0.20372874, 0.004580967, -0.07742308, 0.017989937), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.003485311, -0.08897399, -0.013108594, -0.19473282, -0.27081844, -0.16812073, 0.0052992934, -0.055331517, 0.09446357, 0.019280333, 0.16560757, -0.3230032, 0.043096773, 0.059222896, -0.064184934, -0.059852477), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.06794279, -0.034135245, 0.083064295, 0.13506731, 0.13064219, -0.44978833, -0.03513717, 0.08999715, 0.1124541, 0.42208397, -0.0038724816, -0.014332087, -0.13751853, -0.04929869, 0.09134992, -0.17687531), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.100909084, -0.0131197255, 0.082274795, -0.2138443, -0.08515947, -0.021058358, 0.10951775, -0.06349191, -0.29129833, -0.029262653, 0.25235432, -0.11748315, 0.121980384, 0.062347785, 0.10916932, -0.15993518), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.28893283, -0.05677308, -0.2641288, -0.058937225, -0.16187571, 0.006647366, -0.063294955, 0.04766719, 0.60601914, -0.07831864, -0.15710756, -0.011491797, 0.15587467, -0.08105375, 0.07847514, -0.2803333), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.077989794, -0.09871811, -0.3516344, 0.15292728, 0.010889273, 0.0011189661, -0.16118282, -0.018821161, -0.039708678, -0.00060983415, -0.06367813, 0.009148068, 0.03919827, 0.18782744, 0.028040757, -0.10230145), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.4079609, 0.18640275, -0.12475227, 0.13891742, 0.25121725, 0.16942379, 0.14409852, 0.087600805, 0.045335658, -0.12683709, -0.0077387216, 0.06563413, -0.19857128, 0.106910795, -0.048285246, 0.10768945), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.5989075, 0.20941062, -0.20086494, 0.13344856, 0.073034994, 0.22358665, 0.101664364, -0.13463663, 0.18816395, -0.061176624, -0.14712185, 0.027320342, -0.09529667, 0.031148786, -0.28744993, 0.18698911), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.14799193, 0.39471942, -0.23340325, -0.4031061, 0.18926248, -0.11091216, 0.118981816, -0.09155061, 0.17049436, 0.19803695, -0.1513267, 0.023817873, 0.0090933135, -0.04134864, 0.060486555, 0.03536634), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.39094314, 0.01779997, 0.12710269, 0.0067333193, -0.31255835, -0.08206612, -0.048528638, 0.369439, -0.19351655, -0.03420455, 0.15831526, -0.052294146, -0.08481741, 0.0787108, 0.1312136, -0.108919285), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.16068119, -0.42190582, 0.19383872, -0.018445708, 0.09803051, -0.020769652, -0.022599563, -0.052448895, -0.20645833, -0.031432863, 0.0025441595, 0.03410379, -0.20268854, 0.04481527, 0.05191063, 0.42317194), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.12786235, -0.23936178, 0.116561726, 0.30756372, -0.09420156, -0.044529166, -0.03585749, 0.1829332, -0.23939075, 0.24030831, 0.019878127, -0.015069802, 0.24300557, -0.22558568, -0.104956664, -0.09393648), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.04607054, 0.012677649, -0.027597688, 0.1618836, 0.29210827, 0.014221155, -0.13591036, -0.06895336, -0.09559534, 0.07956421, -0.11112994, -0.13325493, 0.24562472, 0.11046177, 0.057847694, 0.0016315983), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.03365951, 0.027391057, 0.09653403, -0.14718771, -0.049631152, -0.06467214, -0.058545876, 0.1424002, -0.06320376, 0.181183, 0.10249362, -0.16052136, 0.3013475, -0.04156266, 0.08862033, 0.06888033), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.10045977, -0.004198456, -0.025856055, 0.05739418, -0.1328637, -0.025975171, 0.06553717, 0.11301186, 0.0704087, -0.083569765, 0.16066101, -0.24453588, 0.25370175, 0.037184533, 0.062386766, -0.20025635), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.017958941, 0.06417776, -0.1525265, 0.12451173, 0.14567685, -0.0049682115, -0.23973411, -0.0783304, -0.010629432, 0.08055161, 0.2028341, 0.17640644, -0.20445108, -0.055524793, -0.019326134, 0.081288636), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.007882519, -0.03722546, 0.053249408, 0.00071846246, -0.07053029, -0.21583866, 0.1415364, -0.19486657, 0.20685542, 0.17660026, -0.32156837, 0.1746825, -0.14957622, -0.09224378, -0.098153435, -0.13054638), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.10051427, -0.17398237, 0.09842799, -0.14187703, 0.116901085, -0.1229543, -0.0007776771, -0.20410055, -0.11373484, -0.111150615, -0.1974002, -0.11641459, 0.024105398, 0.24985977, 0.015871854, -0.10724633), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.18081793, 0.1209351, -0.12867971, -0.019415248, 0.062617876, -0.037130393, -0.07803658, -0.22862352, 0.2586428, -0.030090366, -0.11894069, 0.18087515, -0.40921417, 0.070013195, 0.030540073, 0.035120826), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.13185939, 0.12992652, 0.08125049, 0.075331174, 0.064219765, 0.056629725, -0.020012032, -0.0855444, -0.044063166, -0.05396545, -0.028002812, 0.21837157, -0.15206428, -0.12681007, 0.14895032, 0.12339962), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.08066341, -0.14773634, -0.0212227, -0.014011867, -0.048505764, 0.075407125, -0.020620076, 0.0003291325, -0.21815202, -0.23136546, 0.10853532, -0.036058456, 0.10952532, -0.052677035, -0.13005799, 0.18398996), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4\n//!OUT tex1, tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.022956269, 0.029688787, -0.070148066, -0.07163476 };\n\ttarget1 = MulAdd(a1 , MF4x4(-0.069641694, 0.104958326, 0.14786446, 0.027633663, -0.004279524, -0.020451711, 0.0883571, -0.016224537, 0.13585235, 0.11078269, 0.20198658, -0.042161036, 0.020466218, 0.20994963, 0.20072585, -0.028024657), target1);\n\ttarget1 = MulAdd(b1 , MF4x4(0.050872434, 0.12874635, 0.1298729, 0.115810685, 0.07087254, 0.09885682, 0.23018982, 0.19187538, 0.10953604, 0.0033836907, -0.13325337, 0.09830315, -0.06528767, 0.05096927, -0.016355392, -0.039334368), target1);\n\ttarget1 = MulAdd(c1 , MF4x4(0.027010268, 0.018263958, 0.0360758, 0.016791478, 0.2815702, 0.15517488, 0.43415815, 0.044976447, -0.0070842914, -0.12546758, 0.16874593, 0.077622116, 0.02252915, 0.1769774, 0.07181055, -0.1512869), target1);\n\ttarget1 = MulAdd(d1 , MF4x4(0.057129618, 0.118046716, 0.07237424, -0.07842637, -0.044214778, -0.12886304, 0.08603301, -0.10416606, -0.15852053, 0.3788151, 0.26181692, -0.09092249, 0.31635332, 0.064212754, 0.21923725, 0.07500004), target1);\n\ttarget1 = MulAdd(e1 , MF4x4(-0.16981383, 0.044409662, -0.3717617, -0.031610407, 0.03658662, -0.09459229, -0.09449437, -0.014000666, -0.19656453, 0.03934163, -0.16304104, -0.12761801, -0.06235523, 0.16438273, -0.036933117, -0.095564745), target1);\n\ttarget1 = MulAdd(f1 , MF4x4(0.09725091, 0.034022827, 0.17699842, 0.1079676, -0.13236652, 0.03718181, -0.06968635, -0.23288171, 0.10275666, 0.08464966, -0.37162134, -0.35782215, -0.11023659, 0.2519236, -0.035197742, -0.019324787), target1);\n\ttarget1 = MulAdd(g1 , MF4x4(-0.09968464, 0.01102193, 0.0073735216, 0.011999313, -0.004998707, 0.09518938, 0.045727003, -0.21544908, 0.006879454, -0.06398254, -0.12584935, -0.06759933, -0.0820037, -0.07775104, 0.021957919, -0.122708224), target1);\n\ttarget1 = MulAdd(h1 , MF4x4(-0.08869767, 0.031296413, -0.0034280645, 0.13778855, 0.10073061, -0.08393937, -0.032959275, -0.0500518, 0.010908757, -0.09189417, -0.057760105, 0.17652664, -0.08729078, -0.09639096, -0.25654703, 0.055152636), target1);\n\ttarget1 = MulAdd(i1 , MF4x4(0.0027847723, -0.12885433, 0.038065907, 0.17450769, 0.0864409, 0.04592345, -0.015443841, 0.077010944, 0.08967368, 0.06800111, -0.23636387, 0.35023567, 0.03165923, 0.03132063, 0.17964344, 0.035610788), target1);\n\ttarget1 = MulAdd(a2 , MF4x4(-0.032017227, -0.0022808525, -0.08470573, 0.05332408, -0.14674746, 0.025374275, -0.018281924, 0.041163016, 0.00096549373, 0.014724006, 0.004913065, 0.18494442, 0.034953076, -0.15731992, -0.13792977, 0.08041999), target1);\n\ttarget1 = MulAdd(b2 , MF4x4(0.08305006, 8.6318905e-05, -0.007895379, 0.02731387, -0.061324496, 0.050034665, 0.22662131, -0.013876427, -0.074468784, -0.008136604, -0.23337875, -0.1742574, 0.011753501, -0.11666686, -0.22541048, -0.14549944), target1);\n\ttarget1 = MulAdd(c2 , MF4x4(-0.028333234, 0.121047184, 0.06720256, -0.058930036, 0.030258363, 0.07292774, 0.06455556, 0.0019076486, 0.0073987027, 0.17144889, 0.06084024, -0.08762086, -0.114422195, -0.16595861, -0.08706028, -0.10736261), target1);\n\ttarget1 = MulAdd(d2 , MF4x4(-0.02519315, -0.14611271, 0.0388848, 0.19481422, -0.05970354, -0.08391417, 0.18982239, -0.10447052, 0.15587378, -0.023997072, 0.0781739, 0.2182389, -0.023886079, -0.1422596, -0.13352804, 0.005008043), target1);\n\ttarget1 = MulAdd(e2 , MF4x4(0.08842712, -0.100292705, 0.18925671, 0.12198875, 0.061771665, -0.04473232, 0.025053164, 0.039047796, -0.1672479, -0.08934517, 0.33099812, -0.20269585, -0.21640155, -0.22029749, 0.16539703, -0.2442679), target1);\n\ttarget1 = MulAdd(f2 , MF4x4(-0.16332205, -0.101898365, 0.02919932, -0.11900455, 0.14442924, 0.0916815, 0.037550304, 0.024123482, 0.02042624, 0.033472955, -0.059437107, -0.18735693, -0.013749093, -0.06199881, -0.08685079, 0.04252364), target1);\n\ttarget1 = MulAdd(g2 , MF4x4(-0.09047013, -0.055188328, -0.09106191, -0.048969727, 0.05114009, -0.12753403, 0.07116141, 0.060749624, -0.074034564, -0.21952136, -0.09479503, 0.2753584, -0.014141759, -0.14883812, -0.0673838, -0.012279045), target1);\n\ttarget1 = MulAdd(h2 , MF4x4(0.013816464, -0.0747162, -0.19202435, -0.064403646, 0.34980014, 0.04375546, 0.20264609, 0.006684355, 0.11523799, 0.024674915, -0.08697566, -0.04662527, -0.12743855, -0.39463726, 0.0057380227, 0.01286557), target1);\n\ttarget1 = MulAdd(i2 , MF4x4(-0.08146522, 0.074080914, -0.16856177, -0.183158, 0.19228102, 0.12373886, 0.017574452, -0.01753772, 0.045071773, 0.07725093, 0.023422163, -0.011545186, 0.20751388, -0.10795588, 0.07606346, 0.10282933), target1);\n\ttarget1 = MulAdd(na1 , MF4x4(0.12512013, -0.102208994, -0.09125398, 0.12043188, -0.066011876, 0.08831903, -0.017038671, -0.005541508, -0.049607087, 0.08654939, -0.02037085, 0.26887566, 0.005012545, 0.01869507, -0.013064982, -0.010649147), target1);\n\ttarget1 = MulAdd(nb1 , MF4x4(0.006824864, -0.05071593, -0.20786697, -0.07327317, 0.011382597, 0.030494886, -0.04754353, -0.018284699, 0.01305972, -0.036589053, 0.26637617, 0.021887446, -0.026669119, -0.037982125, -0.063445956, -0.009104248), target1);\n\ttarget1 = MulAdd(nc1 , MF4x4(0.032602567, 0.07094331, 0.052653246, 0.08342047, -0.085082285, -0.14674088, -0.23073354, -0.07915851, 0.0017120204, 0.032407638, -0.039819505, 0.16942178, 0.023192152, -0.0353237, 0.10930186, 0.22939779), target1);\n\ttarget1 = MulAdd(nd1 , MF4x4(0.0010455973, -0.11821993, -0.12639599, 0.12250084, -0.12756817, 0.11478416, -0.1862587, 0.016819192, 0.02110181, -0.25492984, -0.1766048, 0.22188173, -0.21305011, 0.113442205, 0.04599144, -0.15840286), target1);\n\ttarget1 = MulAdd(ne1 , MF4x4(-0.15086032, -0.17428935, 0.39080557, 0.07576757, 0.121703945, 0.17944208, -0.003140103, -0.11231332, 0.12102969, 0.15310267, 0.17578171, 0.40631834, -0.21299168, 0.024928993, 0.030104794, 0.020753227), target1);\n\ttarget1 = MulAdd(nf1 , MF4x4(-0.098734386, -0.020072265, -0.14308836, -0.08490801, 0.017175158, 0.02250534, 0.04060829, 0.033022214, 0.0046218676, 0.17923212, 0.0112105915, 0.09574084, 0.14819936, -0.14692923, 0.12634254, 0.060762513), target1);\n\ttarget1 = MulAdd(ng1 , MF4x4(0.030521613, -0.097913325, -0.016720278, 0.11273997, 0.013019863, -0.06557118, 0.0405774, 0.0915019, 0.022414956, -0.053254984, 0.18639986, 0.07820968, 0.06498986, 0.058922634, -0.02240318, -0.086019725), target1);\n\ttarget1 = MulAdd(nh1 , MF4x4(0.2058775, 0.01502064, 0.05847032, 0.007249146, 0.086483665, 0.19420148, 0.03892261, -0.013546935, -0.07980237, 0.04347281, -0.10376214, -0.1366535, 0.05285337, 0.07213318, 0.3642818, -0.11331124), target1);\n\ttarget1 = MulAdd(ni1 , MF4x4(-0.025740806, 0.14551482, -0.037410017, -0.17477523, -0.11853099, -0.060820814, -0.102599286, -0.13267937, -0.103053465, -0.014044828, -0.01888072, -0.06499249, 0.22311528, -0.051850274, -0.034120858, 0.044562567), target1);\n\ttarget1 = MulAdd(na2 , MF4x4(-0.21360217, 0.10093803, -0.0016407765, -0.1473997, 0.26524043, 0.02112132, 0.23173104, -0.013157391, 0.05945182, 0.044635538, 0.06031638, -0.21435826, -0.10147484, 0.069090195, 0.09641844, -0.09581093), target1);\n\ttarget1 = MulAdd(nb2 , MF4x4(-0.08576515, -0.122861005, 0.049567085, -0.085854456, 0.23809357, -0.024966082, -0.10294079, 0.046241313, 0.008621132, -0.08323767, 0.20277941, 0.163423, -0.07386535, -0.088738985, 0.05274358, -0.025479877), target1);\n\ttarget1 = MulAdd(nc2 , MF4x4(-0.041135542, -0.008365642, 0.17088248, 0.04025207, 0.13809255, -0.056895368, -0.01582834, 0.07361908, -0.00068995473, -0.09300962, 0.19117641, 0.24832036, -0.06572358, -0.026025, -0.019093119, -0.049720034), target1);\n\ttarget1 = MulAdd(nd2 , MF4x4(0.024900286, 0.11525501, 0.025882801, 0.037742402, 0.36976853, 0.052211333, -0.15143296, 0.1802276, -0.059080046, 0.017990451, 0.026395092, -0.12689115, -0.07705386, 0.1232379, 0.13273561, -0.12521964), target1);\n\ttarget1 = MulAdd(ne2 , MF4x4(-0.19788785, 0.044887315, 0.07663442, 0.16688696, -0.2842248, -0.15684547, 0.028387763, 0.0063470444, -0.012245601, -0.038382255, -0.8187406, -0.25245667, 0.23014604, 0.22746666, 0.1594356, 0.16469443), target1);\n\ttarget1 = MulAdd(nf2 , MF4x4(-0.12663333, 0.014730006, 0.03765697, 0.15704912, -0.106595434, -0.05317512, -0.081759915, -0.08797109, 0.064620756, -0.06341419, 0.16493447, 0.23102313, 0.068325415, -0.088058695, 0.16885915, 0.036382258), target1);\n\ttarget1 = MulAdd(ng2 , MF4x4(0.035389822, -0.11811836, -0.035656307, -0.0680554, 0.1338908, 0.065852076, 0.023307983, 0.0675308, 0.09690683, 0.18170924, 0.09862692, -0.20964378, -0.08601271, -0.20016764, -0.01879598, -0.14629345), target1);\n\ttarget1 = MulAdd(nh2 , MF4x4(-0.27183273, 0.013525998, -0.14995874, -0.23938845, -0.26218823, -0.0009874097, -0.13385512, -0.10664239, -0.048931994, 0.039898522, 0.047444753, 0.10934722, 0.10969629, 0.123539805, 0.11692802, 0.14172275), target1);\n\ttarget1 = MulAdd(ni2 , MF4x4(-0.1656506, 0.019683002, 0.0221048, 0.12596753, 0.20420644, -0.07930122, 0.04653823, 0.11492255, -0.0050175437, -0.03271697, 0.013389486, 0.034583613, -0.2196601, -0.1615663, -0.013763388, -0.056037936), target1);\n\n\tMF4 target2 = { 0.103826486, 0.045373913, 0.11565896, -0.06568643 };\n\ttarget2 = MulAdd(a1 , MF4x4(-0.15104648, 0.05522861, -0.0654341, -0.053517453, -0.08264124, -0.0062249107, -0.20364265, -0.05015117, -0.18837251, 0.030655831, 0.046844713, -0.20673253, -0.14042036, -0.05655449, 0.13994302, 0.011745607), target2);\n\ttarget2 = MulAdd(b1 , MF4x4(-0.16517559, 0.1489214, -0.09149559, 0.025003506, -0.124926426, 0.16974348, -0.020857265, 0.08017403, 0.21836148, 0.0025619378, 0.2331612, 0.085599184, -0.030934382, -0.055194855, 0.09527726, -0.10081552), target2);\n\ttarget2 = MulAdd(c1 , MF4x4(0.041800212, 0.028859638, 0.09395546, 0.05211183, -0.038541477, 0.021495212, 0.04862346, -0.007864793, 0.038407274, -0.13841268, -0.14963801, 0.26470762, 0.16691841, -0.07262008, 0.034374326, -0.14709206), target2);\n\ttarget2 = MulAdd(d1 , MF4x4(0.00094978884, -0.028974704, -0.0900548, -0.08401967, -0.08935931, -0.043606587, -0.14497143, -0.05226239, -0.21516493, 0.19410603, -0.089924194, -0.04335071, -0.012618276, -0.2671613, 0.020422975, -0.037739716), target2);\n\ttarget2 = MulAdd(e1 , MF4x4(-0.13403237, -0.02524383, -0.03474901, 0.054432765, 0.11946775, 0.107336655, -0.1431715, -0.13370377, 0.015087512, -0.1917613, 0.073493585, 0.2788855, -0.010510839, 0.06891479, -0.06741307, -0.05271205), target2);\n\ttarget2 = MulAdd(f1 , MF4x4(-0.15432046, 0.04021662, -0.16979513, 0.13660534, -0.10518303, -0.10095502, -0.13092068, 0.022805348, -0.16676381, -0.4273298, 0.020867536, 0.3506733, -0.29459694, -0.055828743, -0.069241956, 0.04106382), target2);\n\ttarget2 = MulAdd(g1 , MF4x4(-0.08890133, 0.07549666, -0.040735144, -0.1506932, -0.22227979, -0.0762723, -0.17766447, -0.05741318, -0.21885683, 0.2379157, -0.15525854, -0.07306285, 0.15580738, -0.04394069, -0.19175608, 0.018283797), target2);\n\ttarget2 = MulAdd(h1 , MF4x4(-0.08503275, -0.105500385, -0.114987396, -0.07166016, -0.2147138, 0.09378708, 0.24550334, -0.0834075, -0.033147786, -0.022304727, -0.31062204, 0.027651973, 0.109098755, 0.18889032, 0.1163026, 0.13863255), target2);\n\ttarget2 = MulAdd(i1 , MF4x4(0.15266588, -0.14901319, 0.033916786, 0.09381096, -0.08196443, -0.16194504, 0.035789456, 0.21234898, -0.48724765, 0.2619442, -0.11215393, 0.25061038, 0.022344576, 0.0116525125, 0.111661114, -0.15242295), target2);\n\ttarget2 = MulAdd(a2 , MF4x4(0.020475458, 0.0797404, -0.13576819, 0.009681671, 0.030504882, 0.049232908, 0.022025917, 0.16912088, -0.23914136, -0.084663324, 0.020925451, -0.1023938, 0.035916872, -0.07538111, -0.11470242, 0.15238516), target2);\n\ttarget2 = MulAdd(b2 , MF4x4(-0.12941381, 0.08509899, -0.029489802, -0.09148447, -0.089406274, -0.116145454, -0.08979843, 0.11908148, 0.15473351, -0.21687616, 0.12607013, -0.08244334, -0.079580925, -0.16613089, -0.09287793, -0.03412643), target2);\n\ttarget2 = MulAdd(c2 , MF4x4(-0.023578499, 0.07394217, -0.13069086, -0.1060499, -0.07559958, -0.21839201, 0.1090753, 0.0787872, 0.07677037, -0.25998843, 0.20039314, 0.046882212, 0.31871012, -0.3048051, 0.15118991, -0.00518087), target2);\n\ttarget2 = MulAdd(d2 , MF4x4(-0.15338503, -0.11057532, 0.075839415, -0.18592294, -0.0155324, 0.038140323, -0.10498194, 0.09070477, 0.05108992, -0.047939524, -0.091004305, 0.09649005, -0.10967152, -0.051909525, -0.05314551, 0.09661584), target2);\n\ttarget2 = MulAdd(e2 , MF4x4(-0.14458802, -0.053263694, -0.0010885567, 0.23342133, 0.01918937, 0.12026143, -0.15691495, 0.30480555, -0.08725869, 0.19082253, 0.3594973, 0.016653897, 0.045152336, -0.088590585, 0.0069655925, 0.1392425), target2);\n\ttarget2 = MulAdd(f2 , MF4x4(0.17944881, -0.17950764, 0.13282645, 0.030974053, 0.32233685, 0.18067117, -0.11472813, 0.097301506, -0.047649745, -0.1053861, -0.081039384, 0.035132434, 0.10204545, 0.085582554, -0.13153993, -0.021741152), target2);\n\ttarget2 = MulAdd(g2 , MF4x4(-0.15573682, 0.16409989, -0.22574787, -0.03877603, -0.18285516, 0.11638645, 0.18321282, -0.017770218, 0.18230622, 0.16433364, -0.12795393, -0.03805153, 0.14386104, -0.0891527, -0.056928284, -0.10961495), target2);\n\ttarget2 = MulAdd(h2 , MF4x4(0.257622, 0.052519716, -0.25421762, -0.1887382, -0.083568096, -0.0064690276, -0.029110614, 0.103327505, -0.17006217, 0.2254096, -0.29366904, 0.04302887, -0.10198446, -0.24423616, 0.16781262, -0.005019004), target2);\n\ttarget2 = MulAdd(i2 , MF4x4(0.103393994, -0.059044626, -0.18192382, 0.0990813, -0.26143607, 0.11036474, 0.04788275, -0.096738026, 0.12825653, 0.13631694, -0.077904984, -0.020790676, -0.25118098, 0.122588515, -0.049440473, -0.10758222), target2);\n\ttarget2 = MulAdd(na1 , MF4x4(0.06693113, -0.13647175, 0.131139, 0.13143918, 0.081720434, 0.117537096, 0.15387627, -0.008771362, 0.08513583, 0.023794742, -0.0661625, 0.115793936, 0.0023350024, 0.02215075, -0.0494433, -0.013404977), target2);\n\ttarget2 = MulAdd(nb1 , MF4x4(0.041419264, -0.17622781, 0.028418267, 0.12114493, -0.23587078, 0.08457395, 0.014364018, -0.103271864, -0.051572207, -0.026424447, 0.16755055, -0.10763651, -0.033440586, 0.068594255, -0.050668504, 0.1941505), target2);\n\ttarget2 = MulAdd(nc1 , MF4x4(-0.2780181, 0.037816502, -0.11516711, -0.09822884, 0.13762361, -0.14317706, 0.14350282, 0.000623895, -0.08601606, 0.08118504, 0.15497385, -0.04721711, -0.008936935, -0.014223618, -0.09641698, -0.013884213), target2);\n\ttarget2 = MulAdd(nd1 , MF4x4(0.14349665, -0.03144472, -0.057813704, 0.0667044, 0.09026094, 0.051366236, 0.11139983, -0.015782114, -0.18314016, -0.18774192, 0.0014838242, 0.15759028, 0.062388215, 0.13626057, 0.02576217, -0.06317815), target2);\n\ttarget2 = MulAdd(ne1 , MF4x4(0.07151769, 0.14508991, 0.1736844, -0.11487795, -0.07999805, -0.07797908, 0.037923355, -0.059138823, -0.23531209, -0.040207293, -0.068355694, -0.024296658, -0.114820175, 0.19726487, 0.21772414, 0.03659222), target2);\n\ttarget2 = MulAdd(nf1 , MF4x4(0.16858695, -0.12135113, 0.009391182, -0.081519485, 0.13340487, 0.07007004, 0.094124354, 0.035519842, -0.3320139, -0.06624027, -0.14716229, -0.09205287, 0.12664132, -0.05655441, 0.0123263765, 0.04641279), target2);\n\ttarget2 = MulAdd(ng1 , MF4x4(0.19018422, -0.15428329, -0.009354114, 0.04165953, 0.11024837, -0.107493006, -0.05807292, -0.048029456, 0.24319384, -0.10542357, -0.013699952, 0.06228662, -0.06808749, -0.023227982, 0.16528323, -0.05610251), target2);\n\ttarget2 = MulAdd(nh1 , MF4x4(-0.008616222, 0.077674195, -0.08638503, 0.09293109, 0.072474636, 0.05004233, -0.20591061, -0.005301386, -0.15486047, 0.15038474, 0.1262478, 0.021724822, 0.02274613, -0.3088281, -0.08437887, -0.10684698), target2);\n\ttarget2 = MulAdd(ni1 , MF4x4(-0.16960032, 0.09365251, -0.030414175, -0.010766254, 0.18181023, 0.12130318, 0.08913089, -0.06070321, 0.05200306, 0.092584535, 0.17694671, 0.033796314, -0.038107123, -0.04335955, -0.049443472, 0.30465958), target2);\n\ttarget2 = MulAdd(na2 , MF4x4(0.07661484, -0.009945252, 0.12866217, -0.07592757, -0.21030053, 0.014371748, -0.072458774, -0.04700072, 0.15534303, 0.2007125, -0.15699059, -0.032897495, 0.08110436, -0.11243608, 0.008632577, -0.10153441), target2);\n\ttarget2 = MulAdd(nb2 , MF4x4(-0.034697928, 0.06928288, -0.2796273, 0.14405379, 0.12248569, 0.036539096, 0.06607706, 0.077684596, -0.16473202, 0.1665916, -0.29977503, 0.21047153, 0.13114224, -0.091579035, -0.045458574, 0.03254245), target2);\n\ttarget2 = MulAdd(nc2 , MF4x4(0.053284872, 0.053366095, -0.26152626, -0.03123967, -0.031794485, 0.17670582, -0.07450994, 0.017521491, -0.040290453, 0.38342363, -0.25021288, -0.014660264, 0.1621895, 0.25041878, -0.12124821, 0.068036206), target2);\n\ttarget2 = MulAdd(nd2 , MF4x4(0.11366693, -0.030863572, -0.07411263, 0.12475283, -0.046070684, -0.09033321, 0.013222701, 0.06798592, -0.32814804, 0.057653826, -0.14082801, -0.00217398, -0.22856179, -0.19058353, -0.20992154, -0.03701372), target2);\n\ttarget2 = MulAdd(ne2 , MF4x4(0.20345633, -0.1332355, 0.27152926, -0.13477845, -0.25242096, -0.28281286, 0.31289554, 0.14284514, 0.53362453, -0.46766588, 0.4518293, -0.39291728, -0.3573227, -0.014670052, 0.0051881406, 0.16552156), target2);\n\ttarget2 = MulAdd(nf2 , MF4x4(-0.15017267, -0.07792945, -0.204405, 0.13964304, -0.13642666, -0.10228306, 0.03238279, -0.08689329, -0.072262034, -0.0258388, 0.05689183, 0.055701543, -0.19800112, 0.012217054, -0.033292748, -0.047611095), target2);\n\ttarget2 = MulAdd(ng2 , MF4x4(-0.014704416, -0.12203891, 0.066083655, -0.1409769, 0.0041513643, -0.087383606, -0.17498164, 0.11327789, -0.25947225, -0.0016027623, 0.08202566, 0.042270098, 0.006429511, -0.26576808, -0.08461341, 0.049376782), target2);\n\ttarget2 = MulAdd(nh2 , MF4x4(0.0695189, -0.14753938, 0.09578246, -0.16607563, -0.0105561055, 0.17166016, 0.027422488, -0.14175262, -0.009492696, -0.23449713, 0.018270867, 0.14635146, 0.33451268, 0.030959005, -0.46468422, 0.024256868), target2);\n\ttarget2 = MulAdd(ni2 , MF4x4(-0.16865666, -0.00015881563, -0.054488145, -0.06222717, -0.032101758, 0.06485387, -0.0028512608, 0.046645947, 0.017593225, -0.19447896, -0.024742266, 0.03970127, 0.29845607, -0.16168733, 0.035172883, 0.07924657), target2);\n\n\tMF3 target3 = MulAdd(e1, MF4x3(0.09689336, 0.06046458, 0.072598994, 0.11994565, 0.104477674, 0.09302802, -0.05718302, 0.050438102, 0.08814741, 0.0308889, 0.0033925986, -0.01715605), 0.0);\n\ttarget3 = MulAdd(e2, MF4x3(-0.028314235, 0.06597744, 0.0966897, 0.035656154, 0.07770106, 0.075551905, 0.0001793458, -0.000479495, -0.00297406, -0.053916585, -0.016807461, -0.0057141334), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(-0.047189303, -0.0207, -0.020910334, -0.07933196, -0.06961211, -0.086069845, 0.0943727, 0.008463375, 0.010755166, 0.062410597, 0.022625161, 0.04068433), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(0.10270994, -0.019080428, 0.0050091282, -0.004672948, -0.013966742, -0.0063746064, -2.5856789e-05, 0.03151499, -0.0023983798, 0.113539025, 0.12381699, 0.100360274), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex5[gxy] = MF4(target3, 1);\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2, tex5\n//!OUT tex3, tex4, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.0001705175, -0.031081453, 0.010100773, -0.027214011 };\n\ttarget1 = MulAdd(a1, MF4x4(0.1851775, 0.053705044, 0.033816848, -0.018555025, -0.21204336, -0.01706974, 0.088259794, -0.13126148, 0.10729598, -0.043457437, 0.08634712, 0.09220895, 0.062131613, -0.01995871, 0.05181067, 0.18520063), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.1662002, -0.14197104, -0.052809287, 0.025287712, -0.08330898, -0.08998097, -0.15642618, -0.14941245, -0.03481203, 0.061857622, 0.26051775, -0.0005498248, 0.086427025, 0.024108192, -0.12418039, 0.022286376), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.058200672, -0.3073398, 0.17150162, -0.13394679, -0.075118184, -0.14607768, -0.006172172, 0.007731589, -0.21818224, -0.06449433, -0.038958784, 0.037722416, 0.28699976, -0.027563032, 0.23295315, 0.028444216), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.12871371, 0.0064904913, 0.14985761, -0.10923005, 0.17413563, 0.1599109, -0.08457703, 0.108153716, -0.08871187, -0.06661137, 0.2754416, -0.009667768, 0.39819396, 0.12392097, 0.14145902, 0.0019376524), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.13893189, 0.12715353, 0.015191678, -0.21003054, -0.030412354, -0.01676613, -0.19799289, -0.006130075, 0.37676954, -0.14475077, -0.2065198, -0.30432892, -0.14944535, -0.09121536, -0.107600585, -0.24462196), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.11653076, -0.0068671284, -0.02249137, -0.17877012, -0.15063138, -0.13514869, 0.107643366, -0.03196477, -0.086422764, 0.3079287, 0.17584166, -0.032449376, -0.06917114, -0.2682637, -0.18978168, -0.037039287), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.12014731, -0.030360512, -0.12954475, -0.110275604, -0.077214256, 0.019689744, 0.22149551, -0.002266716, 0.09697784, -0.124532826, -0.16776511, -0.034212478, -0.36935154, 0.016926935, 0.1363609, 0.20415346), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.11199535, -0.001692563, -0.09058429, -0.08437503, 0.092625685, 0.06046257, 0.25509837, -0.011657033, -0.17949764, -0.10718947, -0.1180669, -0.24681842, -0.1747311, 0.0014518246, -0.042863015, 0.06103357), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.14979295, -0.037154514, 0.01957725, 0.012282435, 0.09168596, -0.05552286, 0.111671515, 0.0078630615, -0.10319766, -0.06416261, -0.23097566, -0.13931875, 0.2110811, 0.013095802, -0.2306504, -0.025639111), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.10091975, -0.10095426, -0.023449723, -0.022170888, 0.054953706, -0.13049407, 0.08289061, 0.023241632, 0.08735388, -0.0058387457, 0.17897247, 0.011434436, 0.008181139, -0.0034718404, -0.015372735, -0.07657766), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.023442164, 0.07535702, 0.024391165, -0.050532013, 0.044168636, 0.0062343236, -0.019756999, -0.009695123, 0.10102337, 0.0052776975, -0.14944167, -0.060957722, 0.24367364, -0.08069369, 0.12170072, -0.047048368), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.18376935, -0.08407229, -0.12943378, 0.0738419, -0.12404976, -0.13367929, 0.11265896, -0.021353, 0.003783386, 0.50088304, 0.14058582, 0.041053623, 0.038247623, -0.014179976, 0.007905778, -0.042492237), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.046272535, 0.052449115, 0.17190954, -0.004745371, -0.045572635, -0.09292636, 0.36309823, 0.16673928, -0.099154025, -0.109614775, 0.17803112, 0.19907133, -0.14306267, 0.06898593, 0.11493454, 0.06795014), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.26181114, -0.044014625, -0.21605036, -0.08646438, 0.21038742, -0.084986, 0.0504626, 0.17514943, -0.25218952, -0.18691514, 0.057650108, 0.08653614, -0.101205684, 0.03176334, 0.18569492, 0.17973189), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.0339215, 0.20112811, -0.12986277, 0.028961731, -0.056813832, 0.04451147, -0.07827432, -0.0860976, 0.096853435, 0.3483546, -0.35758162, -0.11749375, -0.035918653, 0.06140711, -0.08520154, 0.02418808), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.09643022, -0.10491069, 0.0068604187, 0.023679713, 0.096521445, -0.29323488, 0.33353668, 0.112864286, -0.1172182, -0.07233183, 0.06607239, 0.08589609, 0.055790007, 0.14396138, -0.14191268, 0.00034840964), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.15357164, -0.038462736, 0.08143956, 0.1744909, 0.40503287, -0.114508316, 0.003937322, 0.2536635, -0.042445306, -0.15622465, 0.09155284, 0.010992155, -0.20646071, 0.022801135, 0.08894491, 0.069300614), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.12663515, 0.023849454, -0.053604446, 0.12082873, -0.247968, -0.020969635, -0.03831894, -0.014617553, 0.22630337, 0.037801865, 0.052950703, 0.04285706, -0.14487264, 0.20786528, -0.08719664, 0.1752347), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.073527604, -0.050752833, 0.051830504, 0.32868716, 0.17474994, 0.016937364, -0.08792601, -0.024481766, -0.022229593, 0.030706186, 0.09213566, -0.076506205, 0.073404044, 0.10368055, -0.175889, -0.08453031), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.06838216, 0.007698341, 0.063972116, -0.015604406, 0.16135305, 0.18044342, 0.024137018, -0.23326185, 0.13235588, -0.009096587, -0.058368143, -0.077040404, 0.0011419816, -0.09246194, 0.061036937, 0.049564146), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.023225296, -0.00060856267, -0.07775185, 0.016958566, -0.2641349, -0.08263046, -0.15350416, -0.30203494, 0.113956556, -0.010813236, -0.017738314, -0.13689043, -0.10318342, 0.025793184, -0.010336172, 0.09733422), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.04462596, 0.052866418, -0.34754288, 0.05540498, -0.24492586, -0.32016864, 0.18145293, 0.24873725, 0.32388234, -0.034801524, -0.1347588, -0.07565546, 0.015183539, 0.05059595, 0.08090056, 0.05930932), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.045346696, -0.052527856, 0.052270077, 0.13417454, 0.05200045, 0.028119288, 0.005115497, 0.22952151, -0.2158375, 0.12241308, 0.3507457, 0.08616576, 0.07592416, 0.28470486, 0.3432788, 0.24857087), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.21311626, 0.052607164, 0.1248861, 0.20193806, 0.045226507, 0.14512901, -0.15103437, -0.17926466, 0.11657411, -0.32711068, -0.16332194, -0.07793982, -0.21802668, 0.5183869, -0.13567342, 0.07823041), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.00796368, 0.048073012, -0.14537893, -0.021708772, 0.036246423, 0.1062395, 0.12605369, 0.007073524, -0.1572743, 0.07439501, 0.089162275, -0.0039608316, 0.332032, -0.05461242, -0.17615359, -0.10240517), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.20636982, -0.0024615112, -0.10625786, 0.024270926, 0.061810836, -0.13585201, -0.16581286, 0.23549418, 0.01928842, 0.07404979, -0.054449487, 0.04096373, 0.046939734, 0.003980803, 0.02111498, 0.064925276), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.10485388, 0.06850885, -0.11292169, 0.16991565, -0.15282536, 0.124175504, -0.050431166, -0.06689582, -0.00059811946, 0.033696912, 0.11055047, 0.033060126, -0.17472714, 0.0048819613, -0.04478706, -0.1344572), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.20473132, 0.056477875, 0.059559986, 0.115130566, -0.058425788, -0.035971727, 0.08334707, -0.096510135, -0.23206294, 0.10635798, -0.21575621, -0.07063254, 0.03877511, -0.107549034, 0.22248401, 0.21702304), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.02557767, 0.09886609, -0.100499466, 0.16687396, -0.084830604, 0.03150401, -0.049512494, 0.05595696, -0.13193256, -0.08585273, 0.14247662, 0.12290477, -0.07168309, 0.14531752, -0.048359327, 0.27716598), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.13297586, 0.20674329, 0.14469388, 0.08981846, -0.004231366, -0.02819193, 0.15470329, 0.17299837, 0.113062344, -0.22716297, -0.21754944, -0.00083956274, -0.14160508, 0.1808253, 0.11268379, 0.27335623), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.07497518, -0.06799594, -0.018158078, -0.00038999433, -0.15169668, -0.06928238, -0.33672288, -0.105485775, 0.33106267, 0.06698315, 0.019718744, -0.06810211, -0.35186404, -0.29145968, -0.056863394, 0.21498048), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.013215512, -0.24763754, 0.20965266, 0.1068435, -0.13234195, 0.053566497, 0.05061848, -0.28645232, 0.15518288, 0.23247199, 0.017553907, -0.25181335, -0.048030723, -0.06663929, -0.111026704, -0.12663394), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.010501938, -0.17995767, 0.06010859, 0.050185587, 0.108627126, -0.101203434, 0.07558728, 0.060466755, -0.106942676, -0.35854608, 0.16015992, 0.16823332, -0.06543775, -0.37310675, 0.014043972, -0.18328045), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.09712849, 0.013983463, 0.07291423, 0.031715546, 0.030862397, 0.045510456, -0.22066842, 0.063464865, 0.11721659, -0.10596602, -0.20611264, 0.052158818, -0.3961766, -0.03781582, 0.17633812, 0.1316111), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.25029674, 0.07153423, -0.35125682, -0.18255402, -0.19569087, 0.00432772, -0.0969035, -0.24648514, -0.0040922165, 0.037500706, -0.038137026, 0.056214277, -0.048258524, 0.03567822, -0.05033007, -0.24696785), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.03465209, -0.012495964, 0.22782089, 0.012034795, 0.2916752, 0.08264436, 0.15387125, -0.1473455, -0.15614432, 0.05536727, -0.027079755, 0.010725311, -0.03325222, -0.089212805, -0.10559839, -0.19647683), target1);\n\n\tMF4 target2 = { 0.012053958, -4.6962363e-05, 0.0020099226, -0.033494607 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.026301445, -0.021575214, 0.22165509, 0.059994068, 0.03341161, 0.1831188, 0.20342293, 0.110160105, 0.03908121, 0.020673111, 0.07239561, 0.038754333, 0.15266368, 0.16526422, 0.062376205, -0.09759537), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.19817191, 0.10267733, 0.17744653, 0.23283184, 0.18810122, 0.2708428, -0.12651879, 0.020756349, 0.039632563, -0.22201295, 0.04873703, 0.09159713, 0.13838065, 0.21169297, 0.30816007, 0.044463675), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.27859214, 0.07277634, 0.0021458792, 0.0089682285, -0.069680706, 0.090415835, -0.057762265, 0.18703683, -0.03514389, -0.102816254, -0.036509827, 0.038066104, -0.0168311, 0.094478935, 0.04079697, -0.049064912), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.20913245, -0.110538535, -0.08584027, -0.1222067, 0.05414807, -0.045247085, 0.07351766, -0.002078549, -0.1270987, -0.10164512, -0.1857815, 0.08845066, -0.03743333, -0.098948084, 0.21244387, 0.10441866), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.015990427, 0.36396438, -0.24094687, 0.30236533, -0.13271736, 0.06057376, -0.19678196, -0.28577125, -0.25427434, -0.08400598, 0.07284403, -0.18552442, -0.16425897, 0.097259276, -0.32386774, -0.2190484), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.004581924, -0.13954072, -0.122360416, 0.14132866, -0.08529257, -0.013296556, 0.0848472, 0.09336581, 0.10332182, -0.016313016, 0.07103558, 0.032564916, -0.13478759, -0.20207484, 0.12986964, 0.1219679), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.09817874, -0.10573357, 0.100535244, 0.19608764, -0.13303067, 0.024192972, -0.030689823, 0.02574889, 0.051233094, 0.03489235, -0.18465245, -0.06943822, -0.031604882, 0.1519888, 0.09348508, 0.09187296), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.21365458, -0.23696984, 0.13097638, -0.09435498, 0.16467983, -0.066370346, 0.1269104, -0.095128186, 0.09954892, 0.12489504, -0.43418056, 0.106512725, -0.17860703, -0.07114084, -0.07630834, -0.26642478), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.009044342, 0.02711196, -0.14873673, 0.015405045, 0.0071443473, -0.025285944, 0.07409282, 0.06338527, 0.0149676185, 0.011741382, -0.2133069, -0.028912885, 0.19420496, 0.039629057, 0.057636812, 0.15214856), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.07629928, 0.25540486, -0.050925937, -0.18136702, 0.02261603, 0.22343902, 0.003270321, 0.10735731, -0.12541203, -0.10208828, 0.012832783, 0.2591262, 0.08122926, -0.009837677, 0.10308358, 0.19236866), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.0896358, 0.27571487, 0.04406029, -0.047453407, -0.08587119, 0.16366854, 0.20622262, 0.08347545, -0.3501584, -0.28434548, -0.07592983, 0.09098784, 0.07605388, 0.09677056, 0.0015295541, 0.05102585), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.18255898, 0.18618028, 0.0017002645, -0.013004655, -0.06436534, 0.13967068, 0.063077755, -0.10632303, -0.20803222, -0.028537111, -0.03144366, -0.08555215, 0.05154303, 0.02431626, 0.15246728, -0.013708507), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.020998938, -0.05026291, 0.03700117, 0.00830308, -0.1949294, 0.0026698054, -0.034649856, 0.19784226, -0.083901435, -0.069783084, -0.1504053, 0.16595264, -0.07480141, 0.16067508, 0.06010996, -0.021359695), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.040828142, -0.20158486, 0.034770954, -0.1894161, 0.11665004, 0.29729164, -0.10584386, 0.13165873, -0.18863006, -0.26719162, -0.047613148, -0.12728356, -0.2033613, 0.10550052, 0.20095508, -0.11275811), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.0785033, -0.1896073, -0.051492307, -0.1694358, 0.1368308, 0.049355216, -0.05707422, 0.079159185, 0.024578957, -0.0923136, 0.089215435, 0.28670043, 0.027932687, 0.06510816, 0.10810999, 0.05990052), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.08135192, 0.0001326522, -0.16098668, -0.18663193, -0.10280192, 0.078255914, 0.047648013, 0.08326376, 0.055962667, 0.06302574, -0.080121025, -0.031820554, -0.019117938, 0.12515336, 0.09794088, -0.03276838), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.280923, 0.24079335, 0.007883573, 0.06270414, 0.3055441, 0.19291803, -0.16041607, 0.14836526, 0.0013885222, 0.04538063, 0.10742898, -0.064491205, 0.048174977, 4.237692e-05, -0.15194727, 0.024381457), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.0009164131, -0.031949926, 0.0076425644, -0.036870714, -0.0031292974, 0.017726978, -0.20172147, -0.0770472, 0.26379177, 0.108997814, 0.08069395, 0.2126177, 0.012075376, -0.029457828, 0.062730506, -0.15754452), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.09167904, -0.2657421, -0.03443356, 0.03315832, -0.015365421, -0.1029612, -0.108251, 0.04261033, -0.097120754, -0.05616668, -0.09275983, 0.024902184, 0.050058514, -0.013761632, 0.07555132, -0.0046676896), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.10743835, -0.0007361781, -0.042085417, -0.08237517, -0.10094376, -0.24007876, 0.13924706, -0.07526801, 0.01158322, 0.15491122, 0.0069442675, -0.004242352, 0.11429785, 0.02994726, -0.11829945, -0.04108612), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.073622055, -0.064717196, -0.0025231615, 0.13256475, 0.20159899, 0.047977835, -0.10289233, -0.18419135, -0.00888952, 0.059428576, -0.053062655, -0.02730631, 0.14545685, -0.08686949, 0.17454128, 0.035443828), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.010146019, 0.06712568, 0.12614638, 0.023590917, 0.025756737, 0.06603747, -0.17108095, -0.06179699, 0.027241204, -0.13196802, 0.043475866, -0.0397495, 0.05306092, 0.035672903, 0.047219284, -0.16680142), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.079427816, -0.06716479, 0.19028603, -0.19694683, -0.061598092, -0.07471188, 0.21170339, 0.30140215, -0.0023369973, 0.04688297, -0.14154115, 0.19283508, 0.1339858, -0.09116279, 0.15305163, 0.029108394), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.14902157, -0.03339153, -0.08532003, -0.10736339, 0.08702709, 0.07607574, -0.09955836, -0.016585784, -0.030078214, -0.060374748, -0.2854279, 0.02441719, 0.034877967, 0.2099041, 0.11125731, -0.059071556), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.08436325, 0.06893047, -0.045362443, -0.02237741, -0.07583875, -0.034830183, -0.024008518, -0.2882329, -0.011109783, 0.101859994, 0.091137715, 0.0020565533, -0.044729806, -0.18168025, 0.069466636, 0.04994174), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.11915174, 0.089596465, -0.18965814, 0.015218237, 0.13500094, 0.19921367, -0.008298205, 0.29650384, -0.049439427, -0.27590424, 0.36169067, -0.030582754, 0.02151196, 0.019915426, 0.04543398, 0.16126189), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.1620274, -0.08264547, 0.082442135, -0.0034478644, 0.09888509, -0.0034957859, -0.107241705, -0.17729597, -0.05138647, 0.02052103, -0.019507123, 0.037574988, -0.1694345, 0.17871588, -0.22510391, 0.019049853), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.10962245, -0.1329873, -0.060855392, 0.025941676, -0.19536193, -0.120365486, -0.04313703, -0.052912965, 0.20854498, 0.08341353, 0.008687068, -0.20432276, 0.15677948, -0.19000018, 0.01821201, -0.041512605), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.012287526, -0.14180368, -0.098788455, 0.025949089, 0.09442778, 0.2247651, -0.12453263, 0.10435483, 0.274603, 0.06133054, 0.10506106, 0.14727746, -0.048299775, -0.082819685, 0.07319359, -0.047460355), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.070726536, -0.034744017, 0.07521428, 0.070649154, -0.05958955, -0.100232825, -0.010651838, 0.045392875, 0.2930271, -0.04952355, 0.3112155, 0.117203265, 0.025166962, 0.11176862, 0.06716659, 0.07175864), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.011560962, -0.14032063, -0.17424704, 0.07652749, -0.04220116, 0.052874275, -0.00225693, -0.031843517, -0.07520102, -0.13775803, 0.2449317, 0.069658786, 0.052280303, -0.105218224, 0.03574522, -0.020500354), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.08793712, 0.26712346, 0.08315631, 0.23813692, -0.04439029, 0.031587064, 0.09561177, -0.13380238, -0.24982157, 0.31701845, -0.3875432, 0.10487225, 0.09201869, -0.037252493, -0.006935219, -0.14650282), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.077635325, 0.13732299, -0.071563005, 0.096517466, -0.15051986, -0.111744404, 0.03996857, -0.052670125, -0.1819665, 0.054554947, -0.13774712, -0.20061246, -0.0023742192, 0.15647805, -0.024121126, 0.075497724), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.0073632775, -0.06535298, 0.039895996, 0.20666869, 0.13625242, 0.04823007, -0.07135618, 0.04787906, 0.01383074, 0.15382123, -0.15519714, 0.056721795, 0.061946746, -0.0586851, 0.028934354, -0.02264129), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.19791882, -0.111910924, -0.010451344, -0.30566537, -0.1416239, -0.14523096, 0.116883226, -0.18241516, 0.2680614, -0.18487626, 0.17472346, 0.08346682, -0.14510359, -0.029229192, -0.005879142, 0.050247498), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.030153519, -0.092469186, -0.022912916, 0.10200855, -0.04237032, -0.05917764, 0.10479645, -0.05619482, -0.18949397, -0.019547248, 0.013868889, -0.1524476, 0.14048979, -0.032521486, 0.1322921, 0.070972025), target2);\n\n\tMF3 target3 = tex5.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.07868885, -0.030913834, -0.009213676, 0.04870991, 0.021467991, 0.038739506, -0.042969644, -0.07122453, -0.08798675, -0.09784122, 0.021434791, 0.02510374), target3);\n\ttarget3 = MulAdd(e2, MF4x3(0.050420716, 0.0729716, 0.076532185, -0.019112485, -0.01037939, -0.026948035, -0.02591423, 0.008927897, -0.00042541025, 0.1043701, -0.0071186824, -0.041817162), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(-0.16143242, -0.0009298223, -0.01228508, 0.07744052, -0.018313263, -0.0488145, 0.09241393, 0.07128674, 0.055164956, 0.054884013, -0.04834418, -0.06281626), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(-0.049036566, -0.05979936, -0.05594288, -0.014564307, 0.031926468, 0.037857566, 0.015474487, -0.11385003, -0.11527764, -0.07076006, 0.057038613, 0.095983796), target3);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n\ttex6[gxy] = MF4(target3, 1);\n}\n\n\n//!PASS 5\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4, tex6\n//!OUT tex1, tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.034743138, 0.012946433, -0.082333155, 0.07721756 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.06738501, 0.034009207, -0.21538448, 0.14296548, 0.12896985, -0.23526315, -0.08848608, 0.019602662, 0.14937137, 0.11353096, 0.11884168, -0.016765572, 0.030985225, 0.046430565, 0.06614828, -0.19202724), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.10326068, 0.11014975, 0.17069744, -0.21474148, 0.16761585, 0.13434832, -0.101021074, 0.006307025, 0.07478008, -0.1060066, 0.035315692, 0.033488914, -0.24906659, 0.06269967, 0.11120735, -0.040928528), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.09334615, 0.057705753, 0.12213245, -0.06402275, 0.30694544, 0.034585163, 0.20345578, 0.07489286, 0.07483618, -0.14240396, 0.034846418, -0.03811241, 0.010882573, 0.13204294, 0.017563924, -0.047203008), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.21673942, -0.024010994, -0.10238504, -0.041160326, 0.06838163, -0.20950818, 0.06526309, -0.079094924, 0.02208821, -0.28130978, 0.086275116, -0.089067616, 0.12133826, -0.062600106, -0.020521903, -0.07654401), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.03055029, -0.15683146, -0.20331301, -0.06252028, 0.13350682, 0.20338707, 0.038425338, 0.1581342, -0.27322498, -0.14999662, -0.16681097, 0.0971585, -0.20014858, -0.081635274, -0.0781877, -0.20625232), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.38375977, -0.019825654, 0.1886721, 0.22616312, 0.3402173, 0.1825304, -0.05531195, 0.30973226, -0.2676023, 0.14413352, 0.021706983, 0.01732799, 0.23466855, -0.13805965, 0.22570935, 0.018103868), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.15169825, 0.0270689, -0.2503316, 0.17289825, -0.16437647, 0.039233048, -0.35572487, -0.048393793, 0.19270042, 0.24260359, 0.12041881, -0.0009793913, 0.11656858, 0.11007414, -0.0757491, 0.047933612), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.18657999, -0.11252566, -0.05237504, -0.07368097, 0.13882741, -0.13710637, -0.006996468, -0.062354874, 0.23452504, 0.15333645, -0.0022776406, -0.17910439, 0.03629509, -0.16264829, -0.010011833, -0.15313338), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.060544558, -0.04913478, -0.061717357, 0.02323648, 0.28739056, -0.07434013, 0.19110644, 0.100050166, 0.0073363045, 0.08185653, -0.024797903, -0.14424153, -0.20838726, 0.16154376, -0.048517212, -0.025453888), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.14975396, -0.13142908, 0.36210674, -0.054021083, -0.10632155, 0.045697935, -0.18946633, 0.02228141, -0.08919603, 0.09800842, -0.17634438, 0.09512711, -0.03425503, -0.12298555, -0.05354435, -0.17112055), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.09958265, -0.057276618, -0.16262266, -0.06415915, 0.14579074, -0.36784375, 0.08034197, -0.04537706, 0.005460582, 0.22313322, 0.07382161, 0.014990379, 0.044636846, -0.2811128, -0.22621547, -0.06044004), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.10569276, -0.03738662, 0.16100396, 0.058593616, -0.048862137, -0.08796426, 0.20101094, -0.11039573, 0.17196764, -0.04601554, 0.008571281, -0.073729075, 0.051433694, -0.051276565, 0.087334655, -0.0360379), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.011119538, -0.28781965, 0.28637868, -0.1742508, -0.07121849, 0.10379717, 0.012615981, -0.029563965, -0.18678424, 0.05291095, 0.039143506, -0.028248642, -0.014103922, 0.029155696, 0.10433492, 0.16305852), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.2231037, -0.13697462, -0.29124337, 0.08519773, 0.15893684, -0.17763218, 0.06950923, 0.34361118, -0.024844287, 0.044008408, -0.033844844, -0.086971916, -0.07884748, 0.2543499, 0.056884114, 0.10068364), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.07710048, -0.23218372, 0.04346047, 0.21769643, 0.06473219, -0.18066105, -0.2511205, 0.15309611, 0.04535977, 0.16450433, 0.10846344, 0.0016952346, -0.010874939, 0.28966382, -0.121990964, 0.12956186), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.007910202, 0.17766511, 0.14364475, 0.1016258, 0.0051045395, 0.18691733, 0.005813767, -0.0070582186, 0.019418601, -0.1604435, 0.016088275, -0.18265302, -0.15719391, -0.17369832, -0.036745597, -0.19647408), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.08938396, -0.0073808245, 0.11225727, -0.012303106, 0.096785046, 0.030483445, 0.027719889, -0.052584838, -0.14887555, -0.03422243, 0.12646855, -0.1722482, 0.010239037, 0.06406088, -0.20053658, 0.01964698), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.120734036, -0.12450362, -0.06582111, 0.1639675, -0.19787048, -0.08049789, -0.014257596, 0.058436662, -0.0009387449, -0.08698089, -0.017400503, 0.06295286, 0.09890349, -0.057190523, -0.103520766, -0.04207548), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.0118413875, -0.031288836, 0.09749554, -0.012266401, -0.07998591, 0.22615653, -0.06207416, 0.03257896, -0.076378696, -0.079426095, -0.13968349, -0.15423697, -0.1091681, -0.02893125, -0.032659534, -0.063735925), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.119372696, 0.013176554, -0.029381052, 0.21919228, 0.045041792, 0.24844484, 0.26363325, 0.08480674, 0.087083444, 0.11984778, -0.088715754, 0.06421046, 0.05225977, -0.05140334, -0.055052705, -0.049854077), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.0035781674, 0.0861361, -0.07675145, -0.056479637, 0.16973391, -0.12113791, 0.10729832, -0.03773517, 0.058618728, 0.12148276, 0.17260705, -0.06968724, 0.076358154, -0.15307103, 0.17700425, -0.13467014), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.02752418, -0.06366472, -0.025610954, 0.0013539721, -0.06465272, 0.0806373, -0.07336035, 0.10114861, 0.0041146413, 0.15878421, -0.044668555, -0.12150811, -0.1071482, -0.05086587, 0.18589285, 0.05065092), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.07200056, 0.021739854, 0.29476613, -0.08475931, 0.15018553, -0.07886365, 0.36336347, -0.020576432, 0.25866082, -0.059272554, 0.054249667, -0.17822553, 0.1755872, 0.3244387, -0.39173844, 0.33894604), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.11570926, 0.1342677, -0.19511898, 0.0075454637, -0.01890476, -0.14239742, 0.18921931, 0.033990458, 0.31306365, -0.006998358, 0.029190077, -0.005679954, -0.15341778, 0.07766778, -0.25691047, -0.0964161), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.019746238, 0.0021332854, -0.00879096, -0.1338671, -0.0001600663, -0.29465106, 0.0867611, -0.114963025, 0.07874301, -0.012734178, -0.11124061, -0.010926616, -0.04941506, -0.07516841, 0.116663, -0.29018974), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.01651721, 0.05955898, 0.023618208, 0.098695934, 0.018553663, -0.054378513, 0.1436929, 0.1693743, -0.27483663, 0.029127488, 0.09619316, -0.06109113, -0.08619361, 0.09315214, -0.02478657, 0.18544984), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.09570196, -0.016528936, -0.1559397, 0.14312246, 0.04029428, 0.08773151, -0.043646842, 0.17894371, -0.082413055, 0.0027082344, -0.100171275, 0.01547501, 0.18122818, -0.11933676, 0.26404107, -0.3169703), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.12073344, 0.08683522, -0.09249099, 0.058786053, -0.14480567, -0.121013954, 0.033335857, 0.009353379, -0.055087596, -0.13002734, 0.08890566, 0.05508963, -0.0075715426, -0.15936922, -0.03968994, -0.1690259), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.2011206, 0.23898427, 0.23656492, 0.1287573, 0.14850396, 0.40532517, -0.107408255, 0.40119782, 0.099813245, -0.03830304, 0.101520434, -0.026478073, -0.048469637, 0.106440455, 0.056632314, -0.17825997), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.076735444, 0.05965795, -0.0052469415, -0.21785147, 0.11887833, 0.067560315, 0.051149055, 0.23626682, -0.1297049, -0.035512198, 0.20352256, -0.025064934, 0.04958706, 0.0454198, 0.0113334535, 0.0417486), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.09055751, 0.033915352, -0.21836667, 0.22006813, -0.099022895, 0.11720966, -0.15686816, -0.13586599, -0.094427735, -0.08831514, -0.06182928, 0.09213704, -0.03642064, 0.18129414, -0.012926811, 0.12179882), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.19389409, 0.09512252, 0.14768016, -0.16623649, -0.031052284, -0.026814984, 0.106168024, -0.2026781, -0.04581419, -0.0016849053, -0.04101923, 0.038959503, -0.011938445, 0.20096186, -0.26666564, 0.4824324), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.17727576, 0.07309147, 0.12131863, -0.163096, 0.17225246, 0.26256254, 0.27685758, 0.09094053, 0.029605515, -0.20217367, 0.047564875, 0.043115832, 0.15089568, -0.09670934, 0.24131384, 0.03337442), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.34192136, 0.12063195, -0.31159517, 0.04170889, -0.30147067, -0.21330686, -0.1514457, -0.121126845, 0.04409098, 9.2206596e-05, 0.027680017, 0.03230512, -0.27993527, -0.093485355, 0.07568645, -0.23585452), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.0537712, -0.20847629, 0.1740093, -0.013894753, -0.32719997, -0.059484575, -0.006098233, -0.10336451, -0.14706188, -0.07424865, -0.07045905, 0.17093194, -0.22147557, 0.09086218, -0.11033544, -0.05306482), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.00489003, -0.11509064, -0.021005848, 0.16637677, -0.089347586, 0.17545725, -0.17313693, 0.13742085, -0.14577347, 0.07951095, -0.092139855, 0.017118992, -0.053472433, 0.079414465, 0.0330263, -0.11189824), target1);\n\t\n\tMF4 target2 = { 0.08895955, -0.027667087, 0.20500831, 0.00037762933 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.25835788, 0.050451655, -0.1845038, -0.07232528, 0.1323318, 0.26276684, 0.10842882, -0.083056524, 0.17426784, -0.3594826, 0.2728965, 0.08388844, -0.004007842, 0.020535901, -0.051425606, 0.07750436), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.11410436, 0.014572361, -0.27057216, -0.023974562, 0.05234827, 0.15328228, -0.17502303, -0.3199359, 0.12188045, -0.095813684, 0.024145132, 0.0856916, -0.027453909, -0.043129764, 0.16971985, 0.021623038), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.06611095, 0.038625732, -0.13717118, -0.04497733, 0.15213469, 0.04770935, 0.0729271, -0.062052976, 0.004571303, 0.035141192, -0.059409596, 0.044652313, 0.17520894, 0.09665589, -0.1479193, 0.06528058), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.1845968, 0.091479465, -0.09394898, -0.13545018, -0.029501775, -0.21426639, 0.09255898, 0.1257644, 0.20256902, 0.06267267, 0.10378081, 0.13494423, 0.058310498, 0.03642236, -0.16268995, -0.048100803), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.2155119, -0.3683131, 0.049449228, -0.20559964, -0.11761922, -0.2518804, -0.020712897, 0.12895772, -0.07543782, 0.5805017, -0.11301444, -0.038493153, -0.06710986, -0.09321189, 0.108671665, -0.03259695), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.035307787, 0.108389005, -0.27493554, 0.27029404, 0.25523573, -0.28636125, -0.20766719, -0.008661457, -0.004480811, -0.046390545, -0.16221444, 0.008979624, -0.061375532, 0.035076566, -0.018924266, 0.01380219), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.051922515, -0.12463486, -0.10383422, 0.02220095, -0.1573033, 0.13980615, 0.13248625, -0.16803266, -0.0692132, -0.21552645, 0.13744529, 0.23034313, 0.0052666534, 0.028977966, 0.07720251, -0.06477756), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.14097473, 0.2770271, -0.172289, -0.03000696, -0.028684044, 0.040578447, -0.2290285, 0.082329154, -0.042402364, -0.20926563, 0.08233207, 0.11862443, -0.07038536, -0.02273004, 0.091550544, -0.065856494), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.14879914, -0.023923844, -0.23569296, 0.20306346, 0.17502785, 0.28776234, -0.2788995, 0.10012439, -0.05635638, -0.025840463, 0.09222198, 0.118032, 0.08057015, 0.1286071, 0.060189806, -0.052669708), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.07076086, -0.15111323, -0.07427972, 0.008372168, -0.17791592, -0.16254742, 0.013961132, -0.0944912, -0.23380096, 0.17377278, -0.09683394, 0.019931393, -0.12042098, 0.0016406325, 0.09393333, -0.06882231), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.21465093, 0.04142968, 0.06840044, -0.37831602, -0.05549571, 0.044905066, -0.07873589, -0.026804, -0.34764197, 0.022487951, -0.077293746, 0.089457795, -0.110094436, 0.24233972, 0.06285107, -0.10851744), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.093270175, 0.084138945, 0.03938272, 0.063565865, -0.010733802, 0.13554469, -0.06650261, 0.033002816, 0.011187271, -0.12821455, 0.20785914, -0.030438649, -0.124710515, -0.022294303, 0.09732408, 0.057609864), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.12833868, 0.021577539, -0.02700365, 0.11799592, -0.03655647, -0.04225167, 0.11049353, -0.16036157, 0.049277548, -0.033842396, 0.10020137, 0.095509745, 0.08060231, -0.09237418, -0.035598125, -0.035926737), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.32829186, 0.3492363, 0.030671779, -0.12606762, 0.010437313, 0.2757115, -0.21517593, -0.15800527, -0.12592544, -0.20578934, 0.10444053, 0.12993255, -0.046079267, 0.03834173, -0.19277227, -0.22124454), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.052546192, 0.026082167, 0.13831234, 0.10982424, 0.012946818, -0.12439852, 0.10134106, -0.10050398, -0.04472338, -0.14325236, -0.20579574, 0.0044005127, 0.22013672, -0.32955512, 0.12404084, -0.008160738), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.10774314, -0.31650826, -0.06601711, 0.19635755, -0.12622592, -0.06396423, 0.13856032, 0.16540553, 0.021387719, 0.23377723, -0.053738154, -0.1000186, -0.08338395, -0.052813534, 0.008122962, 0.13732094), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.18270823, 0.06966014, -0.17788303, -0.27303055, -0.077971615, 0.013978423, -0.02039098, 0.12715338, -0.11924171, 0.18900296, -0.085199654, 0.215198, 0.18587974, -0.009749325, 0.0173584, -0.12018259), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.052129295, -0.107416354, 0.12711766, 0.03708665, -0.14369462, -0.055359814, -0.16639823, -0.045143317, -0.06925672, -0.040696755, 0.01999809, -0.016040625, -0.02484878, 0.07417094, 0.050875198, 0.2145528), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.055696912, -0.16680926, -0.021987487, 0.024941636, -0.0927883, 0.022136632, 0.033782948, -0.10646058, -0.14944647, 0.25457275, 0.046682496, -0.022462368, -0.07886781, 0.08165927, 0.06848105, 0.0063734027), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.037053242, 0.033215813, 0.18291366, 0.12340375, 0.08491059, -0.28442004, -0.0127422465, -0.039834313, -0.23321372, 0.26676926, -0.05636355, -0.15672484, -0.12891728, -0.15486577, -0.032004442, -0.092745155), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.015779478, -0.18457565, 0.24996394, 0.036197674, 0.15694007, 0.15863103, -0.07332398, 0.0016235278, -0.15536517, -0.056062788, 0.14102836, 0.16915025, -0.08001087, 0.07073164, 0.13796777, 0.123867124), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.045792986, -0.15135059, -0.1354885, -0.043678258, -0.35655212, 0.51232076, -0.12816145, -0.046569496, -0.014127674, -0.06282611, -0.098873, -0.06359104, -0.0919222, 0.11822437, 0.079254694, 0.00579688), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.15683417, 0.61610246, -0.3024612, 0.12917964, -0.09303367, 0.23612969, -0.40842506, -0.12374661, -0.07572449, -0.2613284, -0.09970177, -0.015227848, 0.106239066, -0.21411185, 0.051998455, -0.1364518), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.23850034, -0.14394449, -0.0031468747, -0.2380617, -0.027200876, -0.041352056, -0.01864445, 0.033848196, -0.12064239, -0.110480845, 0.08450956, -0.22328654, 0.17664163, 0.22268307, 0.050886698, -0.17475672), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.17808256, 0.010803805, 0.03315186, 0.033143792, -0.14205995, 0.25039625, -0.08784382, -0.13454252, 0.19576813, 0.10755282, 0.22821628, 0.019456752, -0.0422955, -0.016182603, -0.12066697, 0.0548465), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.11563777, -0.257929, 0.0010403778, 0.080267854, -0.0025255163, 0.2855168, -0.060352214, -0.07816255, -0.00090574916, 0.049510725, 0.03720483, 0.059250016, -0.08674136, 0.20522198, -0.28694284, 0.1299507), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.14638457, 0.04063328, 0.03139636, -0.007934521, 0.07689684, -0.09467145, 0.10607347, 0.054510128, 0.003306194, 0.05347124, 0.062762424, -0.041480847, -0.07677865, -0.139573, 0.010972524, 0.21957156), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.026845628, -0.043439507, 0.034738723, 0.07281683, 0.14474197, 0.031586993, -0.22767854, -0.0707655, 0.105201736, -0.28805482, 0.008668302, -0.16329518, 0.06157049, 0.3803886, 0.26345953, -0.011096537), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.23328833, 0.085731484, -0.07755016, 0.33559516, 0.07704345, 0.115106605, -0.24114038, -0.44630137, 0.2726737, -0.32170138, -0.009236524, -0.11666051, 0.0457048, 0.07876708, 0.13134004, -0.035318643), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.05140272, 0.011605703, 0.13899171, -0.05071015, 0.18413687, -0.31413674, -0.13043414, -0.15118152, -0.15326938, -0.10720126, -0.23738635, 0.13481396, 0.25115076, -0.009316611, -0.2584441, -0.14389823), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.039723795, -0.14869407, -0.1692942, 0.026501274, -0.10685166, -0.121267825, -0.08584318, -0.09580693, -0.10626739, -0.068417974, 0.11321909, -0.13664317, 0.061380867, -0.2587898, 0.14850819, 0.008178645), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.06912782, 0.24230564, -0.048150286, 0.2203717, -0.17417085, 0.105546735, -0.16648416, -0.0045053074, 0.09764028, 0.37122592, -0.1939995, -0.27899942, -0.088152565, -0.53869057, 0.21676709, -0.08056594), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.07651754, 0.03704878, -0.0197015, 0.1660726, 0.07002748, -0.11820414, -0.23360898, 0.1481592, 0.029847002, 0.054057185, 0.013176299, 0.06552942, -0.13865773, -0.20105527, -0.37550658, 0.005769631), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.22697811, -0.17426412, 0.10148018, 0.008134666, 0.10771455, 0.16943407, -0.016319012, -0.40176705, -0.06854668, -0.049045276, 0.20919096, 0.13240765, -0.050125647, 0.14902508, 0.052697595, -0.13817468), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.04301619, 0.23184754, -0.023551717, 0.3768405, 0.028999053, 0.06709736, -0.05993663, -0.059861984, 0.15499207, -0.22217415, 0.111131504, -0.09082529, -0.19389243, 0.024621522, -0.15305442, 0.010799284), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.035496738, 0.010802548, -0.028718363, 0.19263634, 0.16900502, -0.16661702, -0.027631328, 0.18309957, -0.015860107, -0.03309961, -0.091390446, 0.14000848, -0.0036591904, 0.47659522, -0.09373507, -0.29020965), target2);\n\n\tMF3 target3 = tex6.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.03094887, -0.008734403, 0.00042712069, 0.053891554, 0.05837673, 0.06200635, 0.09071558, -0.04202184, -0.046172567, -0.0425916, 0.04905093, 0.020835675), target3);\n\ttarget3 = MulAdd(e2, MF4x3(0.096628904, -0.037792254, -0.043241944, -0.011923947, -0.025950424, -0.031381752, -0.060941868, -0.07859433, -0.07535451, -0.026777223, 0.08604982, 0.07829908), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(-0.06435972, 0.0036599538, 0.00786578, -0.061972067, -0.05681472, -0.06667608, -0.106890626, 0.007406496, 0.029977169, -0.20519382, -0.044860814, 0.0021225857), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(-0.16876474, 0.012789643, 0.026692612, 0.017817136, 0.026935097, 0.02227043, 0.01690181, 0.07716103, 0.086527, 0.07923805, -0.10443151, -0.10859543), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex5[gxy] = MF4(target3, 1);\n}\n\n\n//!PASS 6\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2, tex5\n//!OUT tex3, tex4, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.043347504, -0.20504741, -0.037821215, -0.014486937 };\n\ttarget1 = MulAdd(a1, MF4x4(0.018134737, -0.2296755, -0.07276725, -0.029795367, 0.05382051, 0.092847414, -0.024469728, -0.1674685, 0.0017946451, 0.30074653, 0.0034195695, -0.04892261, 0.18229689, -0.20116119, -0.12702174, -0.08259108), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.1357695, -0.08149211, 0.09314453, -0.21966846, 0.34740716, 0.043606415, 0.04225903, 0.034449834, 0.17248215, 0.39148283, -0.13868807, -0.010550686, 0.044238456, -0.09693464, -0.005044985, 0.24383289), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.19959371, 0.098685324, 0.058746945, 0.010580748, 0.08051514, 0.031898864, 0.017556064, 0.13004355, -0.01727653, 0.11044019, 0.040673427, -0.20064595, -0.23321067, 0.06398686, -0.19126236, -0.2430858), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.12870286, -0.113455534, 0.23722827, 0.070718594, 0.19049989, -0.1927299, -0.06343845, 0.113127775, 0.082530305, -0.10972526, -0.090779535, 0.05731582, 0.11018802, -0.18049154, 0.09269507, -0.10304576), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.15513484, 0.06659583, 0.08125296, -0.012350324, -0.09492788, 0.5048303, 0.13206847, 0.39554298, 0.28953737, -0.20913891, -0.26781562, -0.17539899, 0.023778774, 0.29716817, 0.15768486, 0.37702608), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.0724462, 0.015571356, -0.032217246, 0.0050658924, -0.22708446, 0.03968809, 0.016753826, 0.0025668752, -0.055932112, 0.113931604, 0.19766758, -0.030027265, -0.17384295, 0.15013468, -0.0070017707, -0.09469028), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.078361556, -0.0954201, -0.006358101, 0.040500037, 0.4190454, -0.17622913, -0.07234791, 0.05462559, 0.18641087, 0.058313597, -0.0180785, 0.13818781, -0.14640772, 0.0699486, 0.0073663946, -0.076789856), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.21421191, 0.08736062, 0.09041226, 0.03608585, 0.02769972, 0.09641289, 0.11824623, 0.05653645, 0.16464607, 0.19839554, -0.13379547, 0.054417104, 0.067530684, 0.18971571, 0.13785432, -0.097639814), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.32658005, -0.14606023, -0.069448665, 0.032998275, -0.28331423, 0.0011900732, -0.020304207, -0.13535896, 0.08298347, 0.045509677, -0.030503955, -0.037504148, 0.049955815, 0.0925771, 0.00058534974, -0.12398032), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.2955836, 0.29059318, -0.018196672, -0.35866606, -0.01309431, 0.03540315, 0.010609202, 0.11956812, 0.10296229, 0.22536302, 0.015201129, -0.23797737, -0.16960852, -0.11414787, -0.034440614, 0.112644605), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.14952518, 0.07024436, -0.083184876, -0.0814617, -0.13303639, 0.016159372, -0.13521518, 0.2221334, -0.056617837, 0.12958299, 0.064461656, -0.20146395, -0.16023181, 0.2640758, 0.27528805, -0.1426518), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.04382363, 0.09856003, -0.08561442, -0.15699928, -0.121069774, 0.04685383, -0.009170197, -0.031489655, 0.18730178, 0.238442, 0.22497098, 0.032015145, -0.03709115, 0.1535079, 0.21674158, 0.10678019), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.12200952, 0.24224263, 0.034097504, -0.028179523, -0.011962496, -0.04489487, -0.05198827, 0.22194928, -0.045400873, -0.049828544, 0.111477956, -0.098361604, 0.12788995, -0.016093334, -0.19886433, -0.011161484), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.30563712, 0.013071727, -0.004799883, 0.12888052, -0.259498, -0.041566677, 0.07311124, 0.162324, 0.28371668, -0.004693743, -0.0019395344, 0.029358242, 0.08730285, 0.12184509, 0.05508437, 0.048439097), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.12760857, 0.115813166, -0.217695, -0.10629871, -0.227366, 0.09030426, -0.15313712, 0.020528946, -0.20743734, 0.088583544, 0.04594053, -0.22891994, 0.18949282, -0.042186577, -0.17330512, -0.010711361), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.029503195, 0.0063797613, -0.17004286, -0.096844055, 0.010218098, 0.04247233, 0.02362808, 0.14700809, -0.08082364, 0.11159672, -0.018505255, -0.15228583, 0.15693732, -0.025359154, 0.024829186, 0.1943192), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.03912932, -0.21989027, 0.12203028, 0.18702275, -0.118537985, 0.21039696, 0.09102061, 0.012288879, 0.031666897, 0.1318455, -0.04901404, -0.07516063, -0.44782668, 0.04884501, 0.047070876, 0.008728358), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.08669101, 0.3053463, -0.08963947, 0.0034188698, -0.070004664, 0.064788476, 0.093737036, 0.070050925, 0.12728429, -0.13179256, -0.014913502, 0.09308136, -0.027638942, 0.008638711, 0.08794172, -0.05531093), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.0728421, 0.07872358, 0.11454748, 0.08497922, 0.071820416, -0.11789207, -0.08184197, 0.1359588, -0.2143346, -0.05876081, 0.023172129, -0.08430511, -0.19276723, 0.14283359, 0.15604696, -0.055187486), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.068641685, 0.2732106, -0.2809107, 0.12736696, -0.08642367, 0.023898933, -0.17859498, -0.18299665, -0.06684587, -0.12204666, 0.45898953, -0.24240111, 0.25182098, -0.04395751, 0.10637211, -0.22135144), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.0852072, 0.051133018, 0.03333165, -0.0008938216, 0.10251267, 0.0550774, 0.041769378, -0.21259712, 0.286912, 0.123342015, 0.282759, -0.0730124, 0.14275575, -0.15580742, -0.15224406, 0.045376908), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.03328225, 0.11563978, -0.07451964, 0.030546209, -0.04698351, -0.18544962, 0.037350416, 0.13969816, 0.0556746, -0.06359919, 0.06478219, -0.031694926, 0.13396506, 0.09443612, -0.01922686, -0.06290365), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.07495407, 0.063429266, -0.106221214, -0.085107304, 0.2497817, -0.46598253, -0.18833177, -0.2731128, -0.13024822, 0.56053543, 0.055704467, -0.12331414, -0.031199086, 0.05061188, 0.22097112, -0.6611177), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.08276988, -0.044184342, -0.03562185, -0.06159881, 0.27694225, -0.07192965, -0.08663714, 0.020221777, 0.14095962, -0.06229397, 0.051374253, -0.038158998, 0.10664802, -0.041305423, 0.051260717, -0.054698635), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.12800686, 0.03485072, 0.039914366, 0.034041498, -0.08305794, -0.046292894, 0.22765331, 0.10904922, 0.0013937047, -0.08750301, 0.009126207, -0.065589435, 0.2837707, 0.08884436, -0.07234862, -0.093502745), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.113439895, 0.06081726, 0.1122302, -0.022936966, 0.10329637, -0.31816107, -0.051597945, 0.23846027, -0.083913095, -0.29872265, -0.040147282, -0.08981918, -0.04329814, -0.12339693, -0.034489952, 0.013393211), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.33091688, 0.1726297, 0.034332044, -0.091396205, 0.15434311, -0.0022870845, -0.15506189, 0.08710491, -0.16063525, 0.042252056, 0.017086457, 0.08134797, 0.08631321, 0.037843138, 0.088296555, 0.0064518084), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.09161051, 0.114355795, -0.15304486, -0.030537153, 0.1835368, -0.3287635, 0.031197926, 0.09717476, 0.04276852, 0.113250345, 0.05949038, -0.10599563, 0.43574792, -0.060788117, 0.18409383, 0.12678055), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.018356865, -0.0072578182, 0.12020777, -0.013127592, 0.20136636, -0.22984362, 0.06896224, 0.00044982752, 0.008428429, -0.123316936, -0.09989286, 0.078248784, -0.16313677, -0.003020313, -0.46285018, -0.08967125), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.03451497, -0.10864502, 0.13207638, 0.17194521, 0.0037514758, -0.20222199, -0.12535086, 0.001511977, 0.056294486, -0.2112898, 0.078261316, 0.10118746, -0.044742294, 0.21793383, -0.19927903, -0.21338293), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.034903776, -0.10167085, 0.031066334, 0.0379958, 0.20532596, -0.17457838, 0.16556816, -0.0021619152, 0.02682665, 0.03396325, -0.059273884, 0.1922813, -0.072151475, -0.010240544, 0.2302027, 0.12385962), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.20170145, -0.08203941, -0.028107846, -0.18003726, 0.44744352, -0.13190243, 0.13233365, 0.03626546, 0.085763134, -0.25613126, -0.11213388, 0.15529087, -0.271649, 0.050587676, -0.062583975, 0.057289865), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.040649455, -0.17949733, 0.35847965, -0.040587306, 0.24314344, -0.23811667, 0.13958354, 0.04961874, 0.09858903, -0.04202913, -0.21850993, 0.0700419, -0.09130745, -0.096835814, 0.0022782686, -0.25416258), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.08215545, -0.019647893, 0.055263475, 0.053733055, 0.098485716, -0.1041945, -0.06541415, -0.08868577, -0.07262986, 0.03513784, -0.110529095, -0.03369232, 0.056786604, 0.2569229, -0.05931065, -0.22081214), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.066926084, 0.029664058, -0.10779271, 0.11026963, 0.23927264, -0.16914488, 0.022947345, 0.12303853, -0.07066212, -0.013205378, 0.15348643, 0.035568032, 0.20966691, 0.010149819, -0.08814468, -0.064854674), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.11493852, -0.074924305, -0.14840698, -0.16956823, 0.056806292, -0.06387947, -0.06880271, -0.04637334, -0.1929893, 0.18226422, 0.064644486, -0.1594863, 0.027403917, 0.13951495, -0.06569123, -0.07700207), target1);\n\n\tMF4 target2 = { -0.011865144, 0.11717201, -0.13823777, -0.059450272 };\n\ttarget2 = MulAdd(a1, MF4x4(0.047881734, -0.09396414, -0.2839081, 0.3140853, 0.052613556, 0.09940423, 0.23960467, -0.022228222, -0.12065009, 0.07898222, 0.08657881, 0.010852739, -0.050450284, 0.01683982, 0.031813968, 0.053060856), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.10252411, -0.03116448, -0.30114275, -0.0316799, -0.017501019, -0.03006003, -0.2095696, 0.10134927, -0.3901916, -0.15335023, -0.11955071, 0.1337449, 0.101239376, -0.25044814, 0.2128469, 0.018979514), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.13392173, 0.052036732, 0.1682114, -0.026263753, 0.027221246, -0.15121374, 0.13723798, 0.08950682, -0.1182108, -0.07294226, 0.023392374, 0.052329235, -0.05632852, -0.07036173, 0.06872573, 0.05238042), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.18112028, 0.18242362, -0.06812871, 0.032463413, 0.124638766, -0.26765212, -0.07678663, 0.33806562, 0.09674393, 0.15574542, 0.23634006, -0.02873782, -0.1626769, -0.14760062, -0.007274849, 0.09866139), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.10726673, -0.10925056, 0.19967109, -0.19936769, 0.15942842, -0.14870064, 0.15493345, -0.08489036, -0.49053356, -0.17321263, 0.28426084, 0.18721215, -0.09898434, -0.2751838, -0.11833524, 0.028445128), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.11788817, -0.23724948, -0.046072144, 0.035621114, 0.04527003, -0.0073492974, 0.11097195, 0.06806836, 0.04814677, -0.1408476, -0.1325629, 0.00929532, -0.16699041, -0.03034791, 0.08320368, -0.15429299), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.2729515, 0.008244692, -0.17441982, -0.39026466, 0.17381759, 0.31194404, 0.055934936, 0.20744409, 0.20119062, 0.0734271, 0.0796807, 0.0031037466, -0.0016392237, 0.033733975, 0.07149338, 0.042083208), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.07985744, 0.10945015, 0.018472541, 0.1397503, 0.2005682, 0.42641, 0.23022486, -0.2916921, 0.028285174, -0.31885162, -0.27070364, -0.10390779, 0.0751492, 0.12752363, -0.2279459, 0.08998453), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.18450491, -0.140783, -0.008006845, 0.09029298, 0.12536179, 0.26949662, 0.09491545, 0.063907005, 0.11212244, 0.09778506, -0.1835966, -0.053119674, 0.0072294096, 0.25018227, 0.010868525, -0.22721334), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.028011927, -0.20073172, 0.5976166, -0.19494139, 0.17958745, -0.03838646, 0.058325976, -0.29409218, -0.12793432, 0.03245129, 0.35662368, -0.05048354, -0.13368197, -0.06151968, -0.012714591, -0.1763054), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.18468465, 0.31682113, 0.12818255, -0.117110476, 0.13709468, -0.10034022, -0.07994527, -0.1259309, 0.04067299, -0.1147398, 0.28361055, 0.27916273, 0.03696692, 0.16829546, 0.27819383, 0.08305029), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.28920117, -0.033877946, 0.01586206, 0.04681198, 0.024248574, -0.045777842, -0.03342128, 0.07525412, -0.063377544, -0.016737273, 0.11235511, -0.04325238, -0.24170023, -0.09993599, -0.03205371, 0.14339828), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.008357902, -0.11038377, 0.03709221, 0.26775306, 0.07963845, -0.25377446, -0.17630441, -0.10966474, 0.057311732, -0.083327, 0.044497233, 0.06903858, -0.26531395, -0.103399664, -0.14806591, 0.269314), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.05450808, -0.041993964, -0.07217651, 0.034468375, 0.2117634, 0.0075620585, 0.05825411, -0.2252478, -0.0527787, 0.049732126, -0.032040413, -0.09361454, 0.29585132, 0.018413153, 0.18384546, -0.024226356), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.031109914, 0.19351351, 0.07405522, -0.06313074, -0.09983541, -0.011495182, 0.11749038, -0.16775608, 0.2790974, -0.09338754, 0.07913264, 0.103792936, -0.18679164, -0.15639925, 0.112943865, 0.07930375), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.004106195, -0.036833283, 0.12908752, 0.12869535, -0.02472107, 0.17561707, -0.025890926, -0.18789047, 0.096218705, -0.16306408, -0.02198454, -0.010134957, -0.09710009, 0.002062143, -0.046785697, 0.0029441968), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.19648251, -0.015663045, -0.0730215, 0.028611008, 0.13529862, -0.015256192, -0.04119306, -0.24628192, 0.02601027, -0.21184283, -0.1962902, 0.09109358, -0.06792383, 0.092336476, 0.12215351, -0.08596062), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.17530201, -0.0351919, -0.31872514, -0.13933206, -0.07000922, -0.049807087, 0.0010997375, -0.033573963, 0.07442056, -0.33290103, -0.40381998, 0.09435, -0.3280128, -0.09953127, -0.11283648, 0.20685865), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.052573867, -0.035328753, -0.11132943, -0.17515652, 0.05021051, 0.058642425, -0.046640664, 0.0799107, -0.027398815, -0.33619994, -0.22135767, 0.07894002, -0.14941697, -0.0940996, -0.11655085, 0.049795926), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.039301276, 0.041062318, 0.20312686, -0.009338705, 0.013706282, -0.0245852, 0.03458311, 0.09601228, -0.18203016, -0.012260314, 0.17984508, -0.056576703, -0.102844186, 0.24047872, 0.05307189, 0.16066082), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.1478775, 0.0046362123, 0.05459521, 0.07162838, -0.01896149, 0.23700175, -0.14174299, 0.06988599, -0.32545477, -0.08065096, -0.061227743, -0.0010796773, 0.094327345, -0.20760082, -0.19523263, 0.19859222), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.049676366, -0.10381536, 0.02546116, -0.13127093, 0.10954914, 0.0048147943, 0.06962328, -0.30456528, -0.11956627, 0.0150488885, -0.10711722, 0.1684613, -0.1939089, -0.10577047, -0.11980919, -0.036988296), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.054795764, 0.09491116, -0.08494948, 0.059765853, 0.0131597435, 0.20786162, 0.11999637, 0.024381055, 0.22830428, 0.027053319, -0.011646274, -0.12145409, -0.07899559, -0.012688263, 0.10684157, 0.3824219), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.23994572, -0.0031532666, -0.0050638164, 0.14236279, 0.05690383, -0.06259682, 0.052624144, 0.20461404, -0.19230312, -0.11072268, 0.013023965, 0.08931543, -0.21997221, 0.11760443, -0.40943825, 0.28656834), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.06606179, 0.26007771, 0.033754125, 0.119690455, 0.024669139, -0.06752839, 0.12688096, -0.0063201943, -0.17123021, 0.07548857, -0.14213699, 0.034093797, -0.15632647, -0.123243414, -0.42634043, 0.1715022), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.046503466, 0.13876389, 0.17973013, -0.25938338, -0.18824704, -0.11876702, 0.31065792, -0.041042212, -0.061369427, 0.2057992, 0.17295738, 0.3836555, -0.21109799, -0.10167118, 0.16577047, 0.113483034), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.24534856, -0.014482421, 0.22515748, -0.12773542, 0.12794174, -0.02528619, 0.41710484, 0.09154934, -0.17805946, -0.25428918, 0.07294183, 0.047079418, -0.30949152, -0.08919157, 0.17888431, 0.17706038), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.1741826, 0.046225294, -0.10761791, 0.2619953, 0.007373745, 0.05104337, -0.22309966, 0.34529984, -0.034363825, -0.022187237, -0.08609555, 0.16842419, 0.28136057, 0.17843607, -0.11307746, -0.05668021), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.12310616, -0.29661375, -0.10581025, -0.049584012, 0.19651765, 0.08436489, -0.14533581, -0.029874112, -0.15422897, -0.062741704, -0.22694711, -0.15547274, -0.15181333, 0.0286061, 0.022438493, -0.062447168), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.3497046, -0.09455009, 0.060618952, -0.2134236, 0.054515295, 0.07451165, -0.09267233, -0.010513333, 0.13842636, 0.11563433, -0.054750167, 0.050432, 0.1514256, 0.04284002, -0.2095581, 0.07907657), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.11745651, -0.04717057, 0.085377194, -0.065956995, 0.07280491, 0.2730059, 0.11088276, 0.2437957, 0.14018989, 0.1164107, -0.09516929, 0.0022427947, 0.111544006, -0.0680495, 0.09324579, -0.12482022), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.07995795, -0.03387884, 0.019846136, 0.10231208, -0.07017192, 0.18659039, 0.035161644, 0.101182766, -0.14901665, 0.21307294, 0.063894205, -0.27546507, -0.24792959, -0.067731075, 0.13146006, -0.19333683), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.034206454, 0.1472648, -0.07406727, 0.014654025, 0.18703444, 0.1319857, -0.10610886, 0.08427947, -0.017536618, -0.06487879, -0.12095286, -0.050414838, 0.03260879, 0.1558894, -0.031887084, 0.11840288), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.114811294, -0.14574333, -0.09392587, 0.042283528, 0.08919092, 0.18259068, 0.0980717, 0.21024778, -0.1280008, -0.027260462, -0.1129027, 0.18722472, 0.13733985, 0.047153983, 0.030871978, 0.1998385), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.06783575, 0.004612595, 0.1153467, -0.11531557, -0.048889533, 0.07673577, -0.02041786, 0.22744459, -0.13092506, 0.13484807, 0.40003043, -0.053706612, -0.16985156, -0.04791236, -0.052443005, -0.08363625), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.18187882, 0.017893985, 0.17856054, 0.005413129, 0.014147176, 0.15102178, 0.12436294, -0.02176765, -0.16727823, -0.0364111, 0.17074408, 0.12899421, 0.31984514, -0.0072070034, 0.031895883, -0.1991405), target2);\n\n\tMF3 target3 = tex5.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.003730466, -0.024648283, -0.022169832, -0.0062762927, 0.022062732, 0.032966793, 0.016349113, 0.017197203, 0.020952817, -0.1763789, 0.035497356, 0.053835396), target3);\n\ttarget3 = MulAdd(e2, MF4x3(0.020886675, -0.07054202, -0.079142675, 0.06664387, 0.044960167, 0.042230908, -0.095019594, 0.012421141, 0.0142890485, 0.056814816, -0.012751135, -0.014684506), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(0.011765893, 0.0008920681, -0.0018258415, -0.010473814, -0.023085753, -0.028783914, -0.023034256, -0.0024786016, -0.0052162083, 0.1643386, -0.06132718, -0.09289065), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(0.016597198, 0.09389637, 0.10833379, -0.043163072, -0.04714812, -0.035274632, 0.09634976, -0.009292612, -0.022424143, -0.08765172, 0.0051558353, 0.010900356), target3);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n\ttex6[gxy] = MF4(target3, 1);\n}\n\n\n//!PASS 7\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4, tex6\n//!OUT tex1, tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.02981662, -0.26338395, -0.011632586, 0.15063232 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.082203194, 0.021720003, 0.03725474, -0.08048348, 0.2063248, -0.033020593, -0.17585336, 0.06476272, 0.012244563, 0.026554609, 0.014708393, 0.26606125, 0.14248778, 0.12817341, -0.039826933, -0.12751861), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.24573852, 0.19695967, -0.06257417, -0.04782871, 0.3511875, -0.018083302, -0.077342674, 0.15247667, 0.20321761, -0.07479984, -0.09548503, 0.08109568, -0.23808748, 0.07246303, -0.004242619, 0.16162953), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.13296306, 0.19495387, 0.009222276, 0.033592198, 0.20443891, 0.16063854, -0.2581601, -0.016132578, -0.2296461, -0.23647323, -0.15407176, -0.18265317, 0.2343241, -0.049697313, -0.09398783, 0.41931856), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.10866088, -0.40605694, -0.0042648134, 0.07943803, 0.26914695, 0.14816476, 0.037706107, -0.123223364, -0.19962949, -0.053534556, -0.08397409, -0.04244924, -0.075791344, 0.29629225, 0.2311928, 0.099177904), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.1748319, -0.2003186, -0.32659066, -0.21007413, 0.20122464, 0.032196607, -0.026299698, 0.33395135, 0.11411664, 0.05971959, 0.09001304, -0.15936212, 0.012322024, 0.19936106, -0.411186, -0.08319479), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.07349218, 0.006184436, 0.096199185, -0.050186496, 0.064047046, -0.03813128, -0.057007037, -0.025550695, -0.2863145, -0.008512981, -0.20615962, 0.18009211, 0.008298396, 0.22452813, 0.010843521, 0.20169461), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.2691149, 0.059546687, 0.08922005, 0.2252196, 0.30341956, -0.024489028, 0.087045394, -0.03856442, -0.14083561, -0.17683443, 0.14137806, 0.15520614, 0.2073925, -0.19525874, 0.23661858, 0.3098405), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.006530723, 0.04180736, -0.04762067, -0.064395495, 0.02396811, -0.13332283, 0.0037775645, 0.026309434, 0.0033065109, -0.08315753, 0.02917419, 0.12330464, 0.22819455, -0.07489677, 0.12829056, -0.097994626), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.09983759, 0.032783493, 0.11085758, 0.08993078, -0.057110567, -0.018973934, -0.14946178, -0.03921629, 0.039757587, 0.015860094, 0.04989561, -0.19634786, 0.04351146, 0.019315343, 0.25972188, 0.17989321), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.04111906, -0.165601, 0.0003682197, -0.056232415, -0.32716644, -0.24015541, -0.057547837, 0.05966729, 0.06854747, 0.03599213, -0.18798864, 0.1183447, 0.014268468, -0.1310834, 0.06415977, -0.19414157), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.00070661673, 0.17671427, 0.10584568, -0.060910843, -0.104282066, -0.22676118, -0.01907062, 0.24882245, -0.043454725, 0.07691623, -0.48371696, 0.013537671, -0.025488405, 0.061228953, 0.18548754, 0.028671112), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0121596735, 0.09595702, -0.08244918, -0.1176173, 0.26773354, -0.021729136, 0.075465776, -0.0928876, 0.12461298, 0.16830076, -0.15302569, 0.113850676, 0.09811088, 0.13006307, 0.24999009, 0.10261325), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.032246377, 0.038265374, -0.26476422, -0.1442876, -0.19866082, 0.08649541, 0.041478764, 0.11155026, 0.21576422, -0.09572912, -0.11174068, -0.19722937, -0.15801935, 0.29604745, -0.08606268, -0.15532136), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.06315591, 0.16151646, -0.009230362, -0.04341246, 0.09085519, 0.21924476, 0.38044852, 0.193819, 0.16622902, 0.0025134624, -0.22688466, -0.025276015, 0.07714917, 0.16302192, -0.11767101, -0.11086476), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.04170153, 0.001859292, -0.26352355, 0.10982333, -0.031867817, 0.15773517, -0.060263418, 0.11117763, -0.017359972, 0.0127261225, 0.0782802, -0.16908924, 0.080516845, -0.05691526, -0.07530135, -0.14553802), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.06112685, -0.032287434, 0.17445667, -0.044935808, -0.11449107, -0.051394563, -0.029589338, -0.14555557, 0.03440661, 0.11035615, -0.17175, -0.14851089, 0.037362, -0.18740481, 0.17278154, 0.18073405), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.27670652, 0.19484822, 0.2609349, 0.1455016, 0.04438468, 0.1449185, 0.11185832, -0.18598269, -0.019846648, 0.11886126, -0.098498635, 0.15737785, 0.011406795, -0.18860829, -0.13705735, 0.17535745), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.30244905, -0.28695273, 0.1146976, 0.21144345, -0.037980128, -0.027679864, -0.13992494, -0.04884521, -0.032023884, -0.07921183, -0.16042095, -0.06935386, -0.06570237, -0.1107404, -0.018163798, 0.22625941), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.07292955, -0.07321777, -0.045146503, -0.33291966, -0.096732594, -0.07203495, 0.33692798, 0.2870733, 0.122160144, -0.076574564, 0.042844944, 0.26448342, 0.07672146, -0.028775277, -0.12088313, 0.15583947), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.21589327, 0.05258274, 0.09705794, -0.024653846, -0.039402515, 0.28485695, 0.14711736, -0.10556087, -0.15140481, 0.09039498, 0.017308712, 0.11862922, 0.08230978, 0.21678248, -0.043815188, -0.226433), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.029258793, 0.26618922, 0.02564014, -0.23189862, -0.24074338, -0.18556763, 0.25973624, 0.04746873, 0.0137007125, -0.22239363, -0.12414957, 0.048228756, -0.22406264, 0.282667, -0.021001073, -0.17465611), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.32401654, -0.1495363, -0.20869227, 0.04271639, -0.0087802755, 0.031325378, 0.23834595, 0.039336167, 0.17265107, 0.20947595, 0.28737286, 0.0028783784, -0.057340365, -0.050347418, -0.11915604, -0.1831807), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.1811338, 0.07732653, 0.20975596, -0.47129005, 0.07121942, 0.08410583, 0.44170937, -0.19524159, -0.17807977, 0.12837476, 0.20816846, -0.1741958, -0.04411918, 0.06024972, 0.18159702, -0.052485272), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.15229738, 0.27513, 0.28150418, -0.19543962, -0.02045864, -0.07207227, 0.09589587, 0.09110817, 0.061413247, 0.0046052113, 0.11619411, -0.2988938, 0.065739445, 0.10205611, 0.12847126, -0.028355654), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.0657154, -0.047568597, -0.16148911, 0.16392621, -0.25281775, -0.061153214, 0.017480455, -0.026288848, 0.20319715, 0.04763355, 0.010444491, -0.26671803, -0.25821987, 0.32863674, -0.30734694, -0.18190521), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.042703815, 0.06633036, -0.048434302, -0.17176376, -0.12699759, -0.1124558, 0.083266065, 0.03354623, -0.13468939, 0.12706263, 0.053659134, -0.06930602, 0.008196115, 0.2034998, -0.06351442, -0.039730288), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.09614661, 0.22500272, 0.088511504, -0.16960482, 0.15364788, -0.18854137, -0.13163191, -0.07503735, -0.23177068, -0.0053305267, -0.041978605, 0.0971947, -0.049034655, 0.04486706, 0.09076307, -0.02310868), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.1304683, 0.17743458, -0.09817326, -0.0646786, 0.07886976, 0.20109388, -0.034114968, -0.2029261, -0.03348398, 0.029337432, -0.07302782, -0.02240758, 0.030242773, -0.30032325, 0.02085572, -0.027314361), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.037377544, 0.026350772, -0.07430488, -0.114671774, -0.126935, -0.046512567, -0.033628833, -0.19018382, -0.041053895, -0.031206857, 0.08562848, -0.01875709, 0.21099389, -0.092511, 0.0073047103, -0.009811013), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.11358029, 0.17468451, -0.12739041, -0.14332245, -0.22230148, 0.16862972, -0.04462456, 0.2469604, -0.008622369, 0.0081848325, -0.17032363, -0.16024362, 0.21178265, 0.037127133, 0.08559072, 0.11584694), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.008993893, -0.08037705, 0.4426555, 0.15593371, 0.15273719, -0.03249998, 0.055109, -0.1512612, -0.037183985, 0.20825677, -0.08516227, -0.06664223, -0.10011001, -0.3505215, -0.17941694, 0.052089088), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.109703645, -0.13505603, 0.1336451, 0.13118869, 0.010915504, 0.12748592, 0.21201555, -0.40841985, -0.11059143, 0.033772044, -0.039282143, 0.03095394, 0.10394723, -0.21343367, -0.10699851, -0.028351074), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.019704714, 0.06243651, 0.09896519, -0.17492259, 0.012675787, -0.004239029, 0.21319824, 0.069183126, -0.0071114586, 0.123431124, -0.24479835, 0.00723795, -0.045293927, 0.014101029, 0.15746681, 0.042405806), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.023828225, -0.0015190929, 0.1194638, 0.082163885, 0.10532113, 0.042044062, 0.02528007, 0.015175004, 0.026613194, 0.33525538, -0.1627064, -0.29887968, -0.197707, 0.038967777, -0.15811683, -0.106895216), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.044362027, -0.04946742, -0.14815849, -0.17660522, -0.034201477, -0.012243106, -0.050183997, 0.06407372, 0.039822515, 0.15880872, -0.0672721, -0.4081093, 0.019489579, -0.060278706, -0.015096743, -0.07799167), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.11861756, 0.27113584, -0.14107186, -0.10246008, -0.124051, -0.1627854, 0.10698585, 0.2846401, -0.061731786, 0.1724438, -0.12428688, -0.09986041, -0.034171514, -0.07100923, 0.041739646, -0.11308375), target1);\n\n\tMF4 target2 = { 0.18765923, -0.07697714, 0.028134674, -0.060966115 };\n\ttarget2 = MulAdd(a1, MF4x4(0.17082009, 0.031344634, -0.06131912, 0.00887183, -0.01528174, 0.12943709, 0.24537678, 0.008178781, -0.312396, -0.023583878, 0.07827866, -0.1231261, 0.15081584, -0.18161978, -0.25179705, -0.036934935), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.05768411, 0.16785417, -0.1788644, -0.0067257965, 0.021445744, 0.10066516, -0.23864186, 0.1450302, 0.12892793, 0.19856106, -0.24444748, 0.16531628, -0.044425935, -0.02775357, 0.009059946, -0.12958384), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.025798557, -0.17238182, -0.34056288, -0.20921059, -0.03576266, 0.1476854, -0.06264234, 0.14452787, -0.04130045, -0.07275762, 0.034578666, 0.2914669, 0.20879944, 0.21359251, -0.048695553, 0.2638088), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.022791177, 0.4204545, 0.116855636, 0.20241925, -0.010444933, -0.14462502, 0.022550104, -0.24423064, -0.09417524, 0.045358784, -0.11405829, 0.035979558, -0.2283092, -0.06670842, -0.23852053, -0.22417003), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.14526704, 0.040880535, 0.14076385, 0.07795045, -0.059177604, -0.13056375, -0.3373641, -0.19344307, -0.29891858, -0.32578763, -0.29061425, 0.1562214, -0.13578376, 0.36586633, 0.24936736, 0.054629393), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.025790233, -0.13020341, -0.10084969, 0.15767297, -0.09738769, 0.04034404, 0.0038675873, 0.043515608, 0.16899958, -0.29117966, 0.03420067, 0.14432564, -0.10473084, 0.21014084, 0.07775908, -0.09303797), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.07443987, -0.16225167, 0.036251917, 0.028432872, 0.03759333, 0.004027401, -0.033941846, 0.0019474924, 0.02357054, 0.30748722, 0.1652115, -0.17361522, 0.16905582, 0.08048018, -0.23639561, -0.029408466), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.0461233, -0.09346199, -0.07063276, -0.19447634, -0.049339604, -0.0032855074, -0.22661209, -0.0543389, 0.11924857, -0.21691081, -0.1645725, -0.0075736847, 0.018572787, -0.06552861, -0.01777661, -0.11651732), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.06425901, 0.123392984, -0.16395192, -0.093448035, -0.029316641, 0.0986573, -0.23135012, 0.011170849, 0.00023920486, 0.15296175, 0.35453254, -0.05189021, 0.20708887, -0.103900835, 0.081992395, -0.21829562), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.019074136, -0.1572586, 0.27919227, 0.09119617, 0.035954695, 0.2941489, 0.18262725, -0.055522963, -0.21364328, -0.1573611, 0.104966134, 0.08228523, 0.19945285, -0.0039229114, -0.1565048, 0.028975379), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.18501253, 0.006473006, 0.06637501, 0.04295065, 0.06411007, 0.1166344, -0.10060226, 0.46296063, -0.08600344, -0.03560105, 0.012215349, 0.017885283, 0.061346993, 0.17336361, 0.01935021, 0.20198092), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.04451627, -0.10372061, -0.13968691, 0.14479733, 0.1660607, 0.19334625, 0.0085214665, 0.28863636, -0.07600901, -0.014777084, 0.13209191, -0.09045013, 0.104893915, -0.04776884, -0.007936376, 0.104568765), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.023751335, -0.108048, -0.050531313, 0.15916029, 0.13246661, 0.04644228, -0.09586482, -0.17222965, -0.22898191, -0.033484615, 0.078883134, -0.052609313, -0.2721741, 0.045986425, 0.13972299, -0.28923607), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.23364568, -0.008875902, -0.40894926, 0.060443908, -0.2839635, -0.5270991, -0.2500865, 0.002020195, -0.24488612, -0.04982319, -0.009110353, -0.018023955, 0.06647274, -0.25225738, 0.26154432, -0.033934146), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.1535129, -0.21257545, -0.16553773, 0.17471452, -0.06203719, 0.15238857, 0.18702018, 0.18572305, 0.07740396, -0.074217625, -0.072156586, -0.2183728, 0.00403749, 0.13750519, 0.30362993, 0.06550286), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.37164542, -0.1980723, -0.15659203, 0.19498909, 0.01748114, 0.011807152, -0.05424202, 0.11926474, 0.050406165, -0.12925303, -0.020280985, 0.08429331, 0.14769496, -0.077555746, -0.15216178, -0.27070466), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.35804263, 0.08539285, -0.14785156, -0.13532467, 0.058254432, 0.20448379, -0.006173341, 0.058168225, -0.21714899, -0.13472849, -0.09392532, -0.12753737, -0.097461835, -0.11419082, 0.09384189, 0.06414768), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.023494452, -0.22187226, -0.16694295, 0.0204334, -0.26720086, 0.15916729, 0.3098874, -0.10292057, 0.008854983, 0.13375004, -0.04409455, 0.09286524, 0.095829524, 0.12427317, -0.048659876, 0.18300754), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.119153984, 0.10163183, 0.025017537, -0.40096784, 0.026778705, 0.15821172, -0.19947284, -0.33337715, 0.2952563, 0.16820388, -0.057061996, -0.029319009, -0.12184868, 0.09031512, 0.12028806, 0.021044692), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.086744264, -0.046958666, 0.2130253, -0.46672252, 0.07135636, 0.0100029735, -0.13828261, -0.012365689, -0.11374441, 0.21084632, -0.059631422, -0.013799735, -0.037889663, -0.10701892, -0.09493782, 0.15516634), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.031181194, -0.01535001, 0.029270316, 0.13128386, 0.11838377, -0.17051528, 0.12228499, -0.04841128, 0.33350074, -0.006144013, -0.09055018, 0.27470216, -0.26665646, -0.08703671, -0.01719071, -0.23449609), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.12856458, 0.005562174, -0.19517267, 0.13270985, 0.2776414, 0.032003902, -0.15778573, 0.15344355, 0.26930434, -0.13459459, 0.035019353, 0.08896612, 0.12847935, -0.122637205, 0.001815178, 0.08290523), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.33805037, -0.15318587, -0.20955376, -0.26121393, -0.026022578, -0.1617741, 0.1336867, 0.026223289, 0.012059392, -0.17295446, -0.060811974, 0.14027825, -0.21134059, -0.08408573, -0.23773228, 0.110836074), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.16176093, 0.15307428, -0.07711325, -0.3458805, 0.061291527, 0.023916256, 0.21370678, 0.0015756418, 0.10642374, 0.24807373, 0.11164451, 0.10780487, 0.087194376, -0.2718231, -0.008457387, 0.054078236), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.03259038, -0.20923306, 0.165477, 0.098864526, -0.02734457, 0.08871225, -0.01552188, 0.047712058, 0.055032052, -0.13044262, -0.2899521, 0.22230095, -0.029343741, -0.16427459, -0.005436118, -0.05111821), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.20065974, -0.1556366, -0.12620135, 0.44572976, -0.020925352, 0.12025185, 0.20588058, 0.06391864, 0.046870507, 0.16942503, -0.049370963, 0.008779016, 0.04954915, 0.090298936, -0.16466027, 0.011152038), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.13587528, 0.047841422, 0.19804007, -0.1672396, -0.072491, 0.04543739, 0.25287256, 0.015226213, 0.02007356, -0.049578942, -0.08796175, 0.1714897, -0.07819061, 0.1509537, 0.093094915, 0.031139288), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.013774682, 0.118201815, -0.009592314, -0.10837201, -0.0686881, -0.083380274, 0.107689425, 0.046642892, 0.119898744, -0.05502989, -0.19719897, 0.0005697584, -0.0921928, 0.032281205, 0.2568853, 0.2325449), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.02991112, -0.09898633, 0.06076172, -0.20906185, 0.0026118348, 0.06130956, 0.06760944, -0.16662054, 0.065741204, -0.13144116, 0.011419801, 0.22552124, 0.1465757, -0.07417319, -0.10788749, -0.24952699), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.19238451, -0.024058497, 0.19580396, -0.067399554, -0.18832864, -0.11752747, -0.078949094, -0.23762032, -0.04141864, 0.022530237, -0.02222157, 0.0054874527, 0.057746816, -0.34854797, 0.028730657, -0.08976777), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.16888975, 0.19949849, -0.08456147, -0.03619044, -0.019596824, 0.11214634, 0.13971676, 0.22926724, 0.03219445, -0.04566354, -0.14948955, -0.22817011, -0.08714846, -0.19684613, 0.15479128, 0.2433362), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.16050309, -0.102841675, 0.20855242, -0.011171905, -0.10309409, 0.22455123, 0.15892951, -0.06582373, 0.010079549, -0.2055006, -0.09385158, 0.006519388, 0.11838815, 0.37134558, -0.165772, 0.12704434), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.11643292, 0.03294274, -0.09800525, -0.13601723, -0.081318736, -0.059975546, -0.039105035, -0.2893635, -0.13024913, -0.058016162, -0.09961072, 0.10532414, 0.24250132, -0.35546342, -0.092634924, 0.093994915), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.18799333, 0.25611782, 0.014645917, -0.063751906, 0.06498416, 0.16619027, -0.14411639, 0.3914421, -0.07343631, -0.116468735, -0.10941946, -0.2553544, -0.37774643, -0.0018441634, 0.06827239, -0.0122299045), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.11884597, -0.2477297, 0.048488285, -0.06438257, -0.124703035, 0.25932777, 0.0650111, -0.0930877, 0.06463341, -0.000544085, 0.0147504965, -0.170097, -0.13241997, 0.20983136, -0.15956205, 0.03424298), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.034574904, 0.06755256, 0.09508443, -0.17162292, 0.046379335, 0.2178781, 0.08699012, -0.055380464, -0.2237568, -0.07427848, -0.028395249, -0.3225617, -0.084454566, -0.24776657, 0.254169, 0.13229847), target2);\n\n\tMF3 target3 = tex6.SampleLevel(sam, pos, 0).rgb;\n\ttarget3 = MulAdd(e1, MF4x3(0.030815786, 0.021069322, 0.01812191, 0.084839165, -0.0080813095, -0.029270556, -0.10456346, 0.062386703, 0.0665605, 0.11926609, -0.1104228, -0.13291118), target3);\n\ttarget3 = MulAdd(e2, MF4x3(-0.07159541, -0.007267032, -0.010134558, 0.008234213, 0.045609634, 0.040295456, 0.018416971, 0.01308482, 0.014649557, 0.035107512, -0.02140815, -0.030279048), target3);\n\ttarget3 = MulAdd(ne1, MF4x3(0.01918586, 0.03875863, 0.03229402, -0.07917104, 0.041135103, 0.057182517, 0.08609541, 0.0079662455, 0.004327576, -0.14332893, 0.03120354, 0.056732506), target3);\n\ttarget3 = MulAdd(ne2, MF4x3(0.03200192, -0.0035752193, -0.0031064528, -0.010902813, 0.014607456, 0.019431474, -0.016461229, -0.004938204, -0.004655488, -0.033470232, 0.0026075812, 0.005896968), target3);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n\ttex5[gxy] = MF4(target3, 1);\n}\n\n\n//!PASS 8\n//!DESC Conv-4x3x3x16, Conv-3x1x1x112\n//!IN INPUT, tex1, tex2, tex5\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.19233678, 0.016725872, -0.008011114, -0.1977463 };\n\ttarget1 = MulAdd(a1, MF4x4(0.21919365, 0.36627784, 0.12603314, 0.24306288, 0.06447028, 0.06472204, -0.05997039, -0.15651788, 0.017059859, -0.006497198, -0.4189735, 0.021636713, -0.23887977, -0.014220949, 0.031113686, -0.17342716), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.10818789, -0.03273837, 0.33918005, -0.19290088, 0.0955361, -0.34107623, -0.054906327, -0.18083344, -0.060723677, 0.24395694, 0.112975016, -0.07254578, -0.14389384, 0.13235968, -0.15054801, -0.26216486), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.23442148, -0.07857079, 0.022283873, -0.2656417, 0.037092753, -0.037313666, -0.5057047, 0.042533103, -0.120424, 0.00021930189, -0.0044566668, -0.45536995, 0.00040759926, 0.14597592, -0.094990164, -0.036161344), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.15024352, 0.19903262, -0.0734784, 0.092836305, -0.025753846, 0.024750374, -0.07550193, 0.035420835, 0.11084378, 0.26119822, -0.08443512, -0.0047807065, -0.042685136, 0.24889739, 0.098650105, 0.2088369), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.25551823, 0.14455976, 0.19886157, -0.23465924, 0.20711218, -0.20875362, -0.11320392, -0.30852005, -0.06795657, 0.008670962, 0.30601278, 0.6929064, 0.17079145, 0.15744895, 0.06441601, 0.06514001), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.03142604, -0.006410137, -0.023654792, -0.05708553, 0.062985405, -0.077010594, 0.078804865, 0.050882503, 0.010274228, -0.15558401, 0.09490256, 0.14964707, -0.11966925, -0.36176664, 0.27809814, -0.18862294), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.05609992, 0.0041612233, -0.08498908, 0.04479823, -0.080117956, -0.17423204, -0.22858045, 0.054569032, -0.050866384, -0.020000307, 0.027000953, -0.67724514, 0.16240878, -0.04641204, 0.0648367, -0.20613132), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.08542306, -0.08254248, -0.11090553, -0.14140448, -0.10788511, -0.13011602, -0.29319742, -0.26007155, 0.11033401, -0.31966573, 0.32668245, 0.19542319, 0.06329418, 0.20904626, 0.2724067, -0.009155685), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.007403411, 0.0012836396, -0.23446666, -0.03017208, 0.062420018, -0.13611084, -0.2975928, 0.13173148, -0.03679939, 0.13743873, -0.10121899, 0.074514665, 0.1497629, -0.09523838, 0.39018926, 0.37807035), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.11441487, -0.19565523, -0.25757137, -0.16148767, 0.15575317, -0.12657928, 0.10479676, 0.062919036, 0.010544159, 0.22931573, 0.20360178, 0.4637635, -0.3395036, -0.52467215, 0.08759308, 0.028030418), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.2699195, -0.34218305, 0.15259695, 0.03139074, -0.024053533, -0.029567484, 0.28480124, 0.20525953, 0.15452823, -0.217713, 0.15861876, -0.012275699, 0.21408023, 0.097508304, -0.57126766, -0.14679857), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0755847, -0.09751562, -0.29480466, -0.22285318, 0.14196442, 0.114573136, -0.22294767, 0.12463806, 0.3322209, -0.04631724, -0.11097061, -0.27986854, -0.16099304, -0.060079545, 0.00299308, 0.120776065), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.050933484, -0.13776319, -0.18809728, 0.24035202, -0.32528606, -0.41684148, -0.029342847, 0.28642926, -0.07963454, -0.12905268, 0.07606093, 0.24670005, -0.08815598, -0.23320907, -0.008099349, 0.21512873), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.19247563, 0.18083979, -0.09719762, 0.15314941, -0.22350982, 0.46515045, -0.3571128, 0.35953265, 0.06921985, -0.4482386, -0.18732521, -0.5043983, 0.35159567, -0.33315298, -0.21884166, -0.16283798), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.021124054, -0.007966742, 0.0052493825, 0.022550896, 0.030403977, 0.3377868, -0.47602004, -0.077664234, -0.07222509, -0.07486097, -0.37971064, -0.5107857, -0.06299477, 0.04930232, -0.3330487, 0.29845512), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.063705474, -0.07917637, -0.02026607, -0.05142568, 0.021577014, -0.07379867, 0.033937998, 0.08148773, -0.02717838, -0.03233838, 0.098000035, 0.036476444, -0.13366953, 0.014477577, 0.24064232, 0.39313284), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.16046515, -0.094624564, 0.35435164, 0.09942324, -0.07137174, -0.27999225, 0.124644354, -0.0062176553, 0.015016751, -0.05500243, -0.23249559, -0.4508382, 0.1860433, 0.10671491, -0.033345353, -0.06611453), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.21614046, -0.01307525, -0.18941112, -0.20533535, -0.14481686, -0.47801897, 0.22605121, -0.20298961, -0.06744227, -0.20377496, -0.11926173, 0.15645133, -0.31570885, -0.3495616, -0.024666889, 0.040965475), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.11748018, -0.039976366, -0.00084064255, -0.028653437, -0.16216733, -0.036768105, 0.018064514, -0.0928936, 0.14008482, -0.064511225, 0.24329947, -0.0268608, 0.050330248, 0.08540601, -0.07272679, -0.01187671), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.09459936, -0.011723822, -0.06952858, -0.07808506, -0.065588176, 0.332501, -0.0120042395, 0.07668016, 0.14735217, -0.14856043, -0.06702449, -0.020953184, -0.023006834, 0.06135422, 0.1491448, -0.028061569), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.25136968, 0.25146323, -0.108277924, -0.20407207, -0.0013780294, 0.16108194, 0.25143847, 0.06672421, -0.033905584, -0.021144686, -0.019152718, 0.34619498, 0.14560962, 0.034437314, 0.024790365, -0.049976267), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.24928351, 0.12637813, 0.23609994, 0.12722939, -0.036997862, -0.16554876, 0.11144095, -0.10040036, -0.020359103, -0.080701865, -0.3142192, 0.27257237, 0.13546956, -0.14416885, 0.028196262, -0.2886465), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.28524777, -0.4236231, 0.27420738, -0.21095508, 0.23475651, 0.115876295, -0.18837357, -0.0260708, 0.030670704, -0.11516913, -0.11365572, -0.2203149, -0.018612983, -0.10719593, -0.031727783, 0.1403327), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.07240512, 0.03139215, 0.12328737, -0.021201206, -0.13971715, 0.072742075, -0.0011289873, 0.0053133667, 0.035639685, -0.04322272, -0.19288473, -0.15812221, -0.19126481, 0.0698514, 0.17619178, -0.035605464), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.18552057, 0.07259671, 0.011667668, -0.15630563, 0.11414356, 0.14482655, -0.04021029, 0.18495587, -0.11386139, -0.09058561, -0.011265998, 0.23358451, 0.0521358, 0.12495261, 0.021644838, -0.048094347), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.09222373, 0.0533347, 0.055820454, 0.22382596, 0.18713981, 0.2668916, -0.019384036, 0.012698582, 0.13325234, 0.20361474, -0.33106443, -0.08571572, -0.21243028, -0.10996386, 0.123459645, 0.1534967), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.18133277, 0.18108074, -0.05638664, 0.29533157, -0.2108019, -0.033636626, 0.5015888, -0.15116066, -0.041320793, -0.14764231, 0.07314567, -0.18865979, 0.10276937, 0.094240844, -0.1364283, 0.27812913), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.06040915, 0.23753685, 0.19019844, 0.23948252, -0.07535012, 0.11848904, 0.14389765, 0.050067905, 0.16150077, -0.030053454, 0.12478255, 0.26020208, 0.111198805, 0.06787492, -0.12771018, 0.006687384), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.5421617, 0.10414128, -0.21526064, -0.08883624, 0.13145073, -0.29695904, 0.57386386, 0.073361695, -0.09538372, 0.27593842, 0.070922814, 0.21769938, 0.06214975, 0.11847816, 0.10033405, 0.29360098), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.16294672, -0.014815565, 0.22046989, 0.16858687, 0.058917344, 0.21384977, 0.18803519, 0.105688855, 0.0355118, 0.20571202, -0.07341922, 0.26624045, -0.0415102, 0.050942056, 0.19727907, 0.20122413), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.020470422, 0.15815964, -0.13437317, -0.1967045, 0.074902646, 0.08356444, 0.055913117, -0.12837863, -0.18647918, 0.07002247, 0.038864706, -0.07288784, 0.04135125, -0.016055549, -0.1340297, -0.15578008), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.07685624, 0.00079105416, -0.068755336, 0.110282525, -0.014170752, 0.041282844, -0.17035173, 0.19439398, -0.3036256, 0.024148455, -0.19566648, -0.06736254, 0.14203559, -0.13016985, -0.32845357, -0.14266774), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.0087252045, 0.098839566, -0.08770506, -0.08499465, 0.015245115, -0.110854514, 0.054458305, -0.018121868, -0.09666134, -0.08316006, 0.24617113, -0.17195955, 0.2574254, 0.06734342, -0.13792352, -0.07306126), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.0073954533, -0.20126835, -0.22545357, -0.29462856, 0.057408337, 0.11939119, -0.01846476, 0.12534486, 0.15751605, -0.14282645, -0.14219986, 0.14283386, 0.14090413, 0.10500912, 0.03039335, 0.17448832), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.043910783, -0.09140025, -0.21666165, 0.07616939, 0.104454786, 0.309926, -0.12906921, 0.1140117, 0.09372434, 0.049547072, -0.086615674, -0.034449168, 0.096705064, 0.26001686, 0.027063297, 0.12422948), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.1365422, 0.2679611, 0.12037257, 0.43346113, 0.08223084, -0.016788265, 0.13570398, -0.017974345, -0.17922844, -0.09475725, 0.073539585, -0.106947675, 0.08998511, 0.04133868, 0.16586913, -0.26291734), target1);\n\n\tMF4 target2 = { 0.26886886, 0.05874665, 0.10268232, 0.05833081 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.36016628, 0.019064043, 0.3073228, 0.16891135, 0.026739368, 0.31136194, 0.11260383, -0.26918694, 0.0419928, -0.3365078, 0.20189743, -0.04136312, 0.039564647, 0.033199426, 0.18768296, -0.017119858), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.28663483, -0.41716507, 0.059281543, 0.043736435, 0.0028875466, 0.13817391, -0.12543318, -0.2794053, -0.023528943, 0.10610115, 0.09100278, 0.040132936, -0.21949205, -0.027810011, -0.0301218, 0.084047124), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.39674807, -0.0040878756, -0.038235947, 0.11880838, 0.009898328, 0.19107847, -0.009313831, -0.1554276, -0.047341663, 0.18049581, -0.029317195, 0.0708909, 0.0708316, -0.110617444, 0.14584038, -0.022261223), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.20400241, 0.0896492, -0.010386381, -0.052133385, 0.005023956, -0.06628705, -0.16436209, -0.25345984, -0.05285192, 0.09706557, -0.03778914, -0.152546, 0.17023252, 0.063713826, 0.00743037, 0.056634087), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.080793336, 0.4204207, 0.19098237, 0.20028038, -0.054076545, 0.22064368, -0.25853387, -0.3643562, 0.2085573, -0.023731, -0.06727709, -0.18683033, -0.18032159, -0.06388348, 0.304463, -0.2517781), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.11940941, 0.10624008, 0.16120581, 0.2369602, 0.3321827, 0.4272075, -0.10403669, -0.31388018, -0.006372124, -0.00653671, 0.109810196, 0.2277172, 0.005771998, 0.086026914, -0.08934813, -0.094941735), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.13233568, 0.24112508, -0.0068006413, 0.12466225, 0.11396591, -0.07249253, -0.29090378, -0.12828146, -0.22001141, -0.08532405, -0.11932601, 0.29452974, 0.09572195, 0.017603843, 0.12454017, 0.16321751), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.042107448, -0.00807216, 0.06580674, -0.1289527, 0.13977426, -0.037159685, -0.21001346, -0.08698161, 0.22370502, -0.29170328, 0.2179206, 0.36621302, 0.0825477, -0.016513655, -0.11157249, 0.12861598), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.2246826, -0.13262233, 0.12131653, -0.15522355, 0.38104856, 0.030237729, 0.1286289, -0.19770473, -0.16175011, -0.13688888, 0.23505463, 0.21333031, 0.76352316, -0.17949077, -0.13124311, 0.1613879), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.050607495, 0.0846705, -0.06136092, -0.033436477, 0.41138348, 0.037043408, -0.02676336, -0.37771952, 0.22147503, 0.06490757, -0.04266158, -0.22606373, 0.045775007, -0.054498192, -0.21495876, -0.036050417), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.06242522, 0.2700824, -0.05602621, -0.12361551, 0.14477442, 0.19403581, 0.23505251, -0.072234035, -0.15831544, 0.4640447, -0.104754634, -0.004539681, -0.20246096, 0.23216484, -0.35886365, 0.11360777), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.14777757, 0.18951412, 0.027219458, 0.11216015, 0.02997997, -0.13466355, -0.0010830094, 0.021302953, 0.23441231, -0.14529245, 0.08068729, 0.10044398, 0.3972878, 0.26570204, 0.0046810666, -0.2863261), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.10385485, 0.1053724, 0.16961229, 0.20727012, -0.025148917, -0.011365095, 0.03899919, -0.030950211, 0.079080455, -0.32767853, 0.064670205, -0.035771385, 0.16833797, -0.21567492, 0.30871257, -0.19965471), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.23420888, -0.004894698, -0.18162623, -0.31107524, 0.11976508, 0.14924951, -0.08723316, 0.21401922, -0.58200324, -0.01177345, -0.049033508, 0.19593577, -0.21139073, 0.13016601, 0.08734843, 0.4158892), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.0009789813, 0.33274913, 0.017405733, -0.042906318, -0.26410276, -0.09291333, 0.019387102, 0.105381854, -0.009176527, 0.09483514, -0.28462934, -0.03644404, 0.285194, -0.4260311, 0.14902237, -0.115670316), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.09344311, 0.4463103, 0.19984834, -0.09733857, -0.118717775, -0.0708026, 0.24919955, -0.11234634, 0.1246395, -0.052909933, 0.1525815, 0.07724016, 0.0070534665, -0.06404165, -0.18149726, -0.014058336), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.17353044, 0.15376104, 0.004588994, -0.13554202, -0.19920237, -0.18918681, 0.11327512, -0.117296435, -0.0785251, 0.013677155, -0.2103214, 0.06843426, -0.27790928, 0.09837545, -0.00019213746, 0.09132539), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.01586651, 0.014929441, 0.2426186, -0.1889374, -0.0865462, -0.07454513, -0.20797268, -0.22366855, 0.19704159, 0.0048206006, -0.16707218, -0.14162683, 0.036798395, -0.1663155, -0.12009389, 0.09603803), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.041532192, 0.05753804, 0.17927068, -0.042112097, 0.12080969, -0.15052572, -0.34855765, -0.07356988, -0.28199884, -0.18958664, 0.15879883, 0.08511588, 0.0034213227, -0.05338495, -0.37285298, 0.06626709), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.20219134, 0.22150375, -0.29405454, 0.06597703, -0.018885285, -0.010551704, -0.010774283, 0.08758955, -0.2015349, -0.17006227, -0.24321876, -0.06864207, -0.118437864, -0.043977212, -0.029736811, 0.14040919), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.18709077, -0.09723938, 0.12783436, -0.15167634, 0.29039705, -0.11009911, 0.018371418, -0.060096707, -0.07256923, -0.25799567, -0.06276934, -0.035992302, -0.06729111, -0.059956793, -0.024079734, 0.011838878), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.010449175, -0.08212451, 0.1409803, 0.11861122, -0.18035835, 0.051930565, 0.01049551, -0.09447962, 0.12029649, 0.040604513, -0.059971705, -0.0044667358, -0.22080486, -0.11187681, 0.124374695, -0.004155485), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.28584236, -0.38480133, -0.13987814, -0.4463469, -0.3890419, -0.022498172, 0.17334452, 0.21895568, -0.15450422, -0.10905497, 0.15111905, -0.22554915, 0.106121585, -0.029144369, 0.36059046, 0.22140682), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.23780307, -0.023033705, 0.068205886, -0.110635854, -0.26720005, -0.1608183, 0.19523881, 0.07972837, -0.018495852, -0.2793956, 0.17668398, -0.12020479, -0.079556085, -0.02284952, 0.031480275, 0.31818348), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.22501226, -0.00829407, 0.059581667, 0.16512989, 0.18711442, 0.1200968, 0.11812652, -0.16091056, 0.15733972, 0.045156084, 0.20640492, -0.16852027, -0.11217177, 0.06746273, -0.050218176, 0.08643783), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.20715691, -0.1082907, 0.027892975, 0.19515261, -0.17838904, 0.1532257, -0.108409844, -0.06632365, -0.13805026, 0.23020233, 0.12416581, -0.14861803, 0.16650471, 0.08158386, -0.09051303, -0.06981649), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.04617126, 0.06579221, 0.25964734, 0.28500968, 0.07641255, -0.090885855, -0.0972522, 0.18298368, -0.06393334, 0.103463, -0.23062052, -0.15270731, 0.13633437, 0.074707486, 0.15065335, -0.024602572), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.118319295, 0.010410938, 0.044655934, -0.104725905, 0.030477569, 0.12867387, 0.039075315, 0.18922117, 0.13301082, -0.1601557, 0.038168408, -0.07372259, -0.09522213, -0.095107146, -0.16679631, 0.044673234), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.46229, -0.30780822, -0.09081465, 0.1433387, -0.0315039, 0.059409115, -0.24948491, -0.17146957, 0.060843736, -0.041989822, 0.054005735, 0.22835566, 0.12036598, -0.0070898845, 0.17276852, -0.17754094), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.35119572, 0.020034311, 0.08751943, 0.08193488, 0.041884877, 0.22649358, -0.07447533, 0.20845473, -0.04859846, -0.16206735, 0.06819576, -0.053000778, 0.18146423, 0.04694148, 0.045293212, 0.06783575), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.280914, -0.14998704, -0.23485807, -0.015608296, 0.1549556, -0.11992663, -0.094974115, 0.05887284, 0.053392075, 0.10322464, -0.075066686, 0.068358354, -0.18663338, 0.009901499, -0.123370335, -0.12502703), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.7748568, -0.17870626, -0.20770052, 0.024692526, -0.056430295, -0.06324113, -0.03660047, 0.29629672, -0.51896983, -0.027231261, 0.05903762, 0.077677645, -0.061675485, -0.20277846, 0.10352223, -0.08198446), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.06347568, 0.21643166, -0.09718546, 0.0372257, -0.029537952, -0.0357135, -0.09548363, 0.18225233, -0.29609334, -0.3496132, 0.18245913, -0.10162589, -0.18189451, -0.09077887, 0.117313184, -0.06863874), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.047373574, -0.020289376, -0.25748715, -0.13568166, 0.15656634, -0.06841899, 0.012100781, -0.13611819, 0.0016357322, -0.23870537, 0.14035743, -0.14700134, 0.2535575, -0.13697346, -0.13693139, -0.10365287), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.4283934, -0.316192, -0.012617617, 0.018468965, 0.21436644, 0.18408814, -0.42651537, 0.12504087, -0.13894933, 0.091662176, -0.20096369, -0.080727175, -0.005487846, 0.17046383, 0.1383948, -0.0054956395), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.20014295, -0.027282396, -0.06317007, 0.04452042, 0.064600386, 0.072222926, -0.33409226, 0.08063831, -0.022607977, 0.1308856, -0.39691743, -0.094889864, -0.1810531, 0.011367248, -0.2531222, -0.22468317), target2);\n\n\tMF3 result = tex5.SampleLevel(sam, pos, 0).rgb;\n\tresult = MulAdd(e1, MF4x3(0.037410006, 0.048742272, 0.04348088, 0.037719514, 0.030768529, 0.03127472, 0.056426726, 0.03066893, 0.016440205, -0.010599352, 0.022832409, 0.023211194), result);\n\tresult = MulAdd(e2, MF4x3(-0.005733291, 0.06365659, 0.06663611, -0.041917093, -0.016493445, -0.020438088, -0.0014357592, -0.0022506563, -0.0045095007, 0.029893145, -0.009129354, -0.015173116), result);\n\tresult = MulAdd(ne1, MF4x3(0.013052085, 0.005108175, 0.0025906067, -0.021950055, -0.036447693, -0.036141638, -0.036296472, 0.0068928464, 0.013102313, 0.0060471976, -0.024798103, -0.023548538), result);\n\tresult = MulAdd(ne2, MF4x3(0.0067743887, -0.06191211, -0.062355213, 0.0016080744, -0.020445071, -0.016840393, 0.028264903, 0.01852915, 0.015891539, -0.023877412, -0.013271666, -0.008158679), result);\n\tresult = MulAdd(max(target1, 0), MF4x3(-0.04317466, -0.018953001, -0.020452993, -0.009322576, -0.03022352, -0.030970376, 0.05653658, 0.05430553, 0.046692245, 0.05615359, 0.059338935, 0.056018773), result);\n\tresult = MulAdd(max(target2, 0), MF4x3(0.022878079, 0.03392234, 0.033057988, -0.017554542, -0.0141542535, -0.014122613, -0.048634093, -0.05316463, -0.047988772, -0.058002178, -0.040221967, -0.034025013), result);\n\tresult = MulAdd(max(-target1, 0), MF4x3(-0.018253656, -0.04197674, -0.040467236, -0.04358929, -0.028309818, -0.025425073, -0.008488672, -0.001727991, 0.00035808363, -0.0011709273, 0.0052514165, 0.0059479307), result);\n\tresult = MulAdd(max(-target2, 0), MF4x3(-0.08333935, -0.09818201, -0.09476284, -0.033692095, -0.046259012, -0.045797516, -0.007577072, 0.0022402718, 0.0016200038, 0.0029786075, -0.020728534, -0.018938033), result);\n\tresult += MF3(0.047567394, -0.02504617, -0.028163986);\n\n\tresult += INPUT.SampleLevel(sam, pos, 0).rgb;\n\tOUTPUT[gxy] = MF4(result, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Thin_HQ.hlsl",
"content": "// Anime4K_Thin_HQ\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Experimental-Effects/Anime4K_Thin_HQ.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Strength\n//!DEFAULT 0.6\n//!MIN 0.1\n//!MAX 10\n//!STEP 0.1\n\n// Strength of warping for each iteration\nfloat strength;\n\n//!PARAMETER\n//!LABEL Iterations\n//!DEFAULT 1\n//!MIN 1\n//!MAX 10\n//!STEP 1\n\n// Number of iterations for the forwards solver, decreasing strength and increasing iterations improves quality at the cost of speed.\nint iterations;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16_FLOAT\nTexture2D tex2;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!COMMON\n\n#ifdef MP_INLINE_PARAMS\n#pragma warning(disable: 3557) // X3557: loop only executes for 1 iteration(s), forcing loop to unroll\n#endif\n\n//!PASS 1\n//!DESC Sobel\n//!IN INPUT\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nfloat GetLuma(float3 rgb) {\n\treturn dot(float3(0.299, 0.587, 0.114), rgb);\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tfloat src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = GetLuma(float3(sr.w, sg.w, sb.w));\n\t\t\tsrc[i][j + 1] = GetLuma(float3(sr.x, sg.x, sb.x));\n\t\t\tsrc[i + 1][j] = GetLuma(float3(sr.z, sg.z, sb.z));\n\t\t\tsrc[i + 1][j + 1] = GetLuma(float3(sr.y, sg.y, sb.y));\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tfloat xgrad = (-src[i - 1][j - 1] + src[i + 1][j - 1] - src[i - 1][j] + src[i + 1][j] - src[i - 1][j] + src[i + 1][j] - src[i - 1][j + 1] + src[i + 1][j + 1]) / 8.0f;\n\t\t\tfloat ygrad = (-src[i - 1][j - 1] - src[i][j - 1] - src[i][j - 1] - src[i + 1][j - 1] + src[i - 1][j + 1] + src[i][j + 1] + src[i][j + 1] + src[i + 1][j + 1]) / 8.0f;\n\n\t\t\t// Computes the luminance's gradient\n\t\t\tfloat norm = sqrt(xgrad * xgrad + ygrad * ygrad);\n\t\t\ttex2[destPos] = float2(pow(norm, 0.7), 0);\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Gaussian-X\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nfloat gaussian(float x, float s, float m) {\n\tfloat scaled = (x - m) / s;\n\treturn exp(-0.5 * scaled * scaled);\n}\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tconst uint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tconst uint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tconst float2 inputPt = GetInputPt();\n\n\t// Spatial window size, must be a positive real number.\n\tconst float SPATIAL_SIGMA = 2.0f * GetInputSize().y / 1080.0f;\n\t// Kernel size, must be an positive odd integer.\n\tconst int KERNELSIZE = max(int(ceil(SPATIAL_SIGMA * 2.0)), 1) * 2 + 1;\n\t//Half of the kernel size without remainder. Must be equal to trunc(KERNELSIZE/2).\n\tconst int KERNELHALFSIZE = KERNELSIZE >> 1;\n\n\t[unroll]\n\tfor (uint i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tif (i != 0 || j != 0) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tconst float2 pos = (destPos + 0.5f) * inputPt;\n\n\t\t\tfloat g = 0.0;\n\t\t\tfloat gn = 0.0;\n\n\t\t\tfor (int k = 0; k < KERNELSIZE; ++k) {\n\t\t\t\tint di = k - KERNELHALFSIZE;\n\t\t\t\tfloat gf = gaussian(di, SPATIAL_SIGMA, 0.0);\n\t\t\t\tg = g + tex2.SampleLevel(sam, pos + float2(di * inputPt.x, 0.0), 0).x * gf;\n\t\t\t\tgn = gn + gf;\n\t\t\t}\n\n\t\t\ttex1[destPos] = float2(g / gn, 0);\n\t\t}\n\t}\n}\n\n\n//!PASS 3\n//!DESC Gaussian-Y\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nfloat gaussian(float x, float s, float m) {\n\tfloat scaled = (x - m) / s;\n\treturn exp(-0.5 * scaled * scaled);\n}\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tconst uint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tconst uint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tconst float2 inputPt = GetInputPt();\n\n\t// Spatial window size, must be a positive real number.\n\tconst float SPATIAL_SIGMA = 2.0f * GetInputSize().y / 1080.0f;\n\t// Kernel size, must be an positive odd integer.\n\tconst int KERNELSIZE = max(int(ceil(SPATIAL_SIGMA * 2.0)), 1) * 2 + 1;\n\t//Half of the kernel size without remainder. Must be equal to trunc(KERNELSIZE/2).\n\tconst int KERNELHALFSIZE = KERNELSIZE >> 1;\n\n\t[unroll]\n\tfor (uint i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tif (i != 0 || j != 0) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tconst float2 pos = (destPos + 0.5f) * inputPt;\n\n\t\t\tfloat g = 0.0;\n\t\t\tfloat gn = 0.0;\n\n\t\t\tfor (int k = 0; k < KERNELSIZE; ++k) {\n\t\t\t\tint di = k - KERNELHALFSIZE;\n\t\t\t\tfloat gf = gaussian(di, SPATIAL_SIGMA, 0.0);\n\n\t\t\t\tg = g + tex1.SampleLevel(sam, pos + float2(0, di * inputPt.y), 0).x * gf;\n\t\t\t\tgn = gn + gf;\n\t\t\t}\n\n\t\t\ttex2[destPos] = float2(g / gn, 0);\n\t\t}\n\t}\n}\n\n//!PASS 4\n//!DESC Kernel\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tconst uint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tconst uint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tconst float2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tfloat src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = tex2.GatherRed(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = sr.w;\n\t\t\tsrc[i][j + 1] = sr.x;\n\t\t\tsrc[i + 1][j] = sr.z;\n\t\t\tsrc[i + 1][j + 1] = sr.y;\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tfloat xgrad = -src[i - 1][j - 1] + src[i + 1][j - 1] - src[i - 1][j] + src[i + 1][j] - src[i - 1][j] + src[i + 1][j] - src[i - 1][j + 1] + src[i + 1][j + 1];\n\t\t\tfloat ygrad = -src[i - 1][j - 1] - src[i][j - 1] - src[i][j - 1] - src[i + 1][j - 1] + src[i - 1][j + 1] + src[i][j + 1] + src[i][j + 1] + src[i + 1][j + 1];\n\n\t\t\t// Computes the luminance's gradient\n\t\t\ttex1[destPos] = float2(xgrad, ygrad) / 8.0f;\n\t\t}\n\t}\n}\n\n\n//!PASS 5\n//!DESC Warp\n//!IN tex1, INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tconst uint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 inputPt = GetInputPt();\n\tconst float relstr = GetInputSize().y / 1080.0f * strength;\n\n\t[unroll]\n\tfor (uint i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tfloat2 pos = (destPos + 0.5f) * inputPt;\n\n\t\t\tfor (int i = 0; i < iterations; ++i) {\n\t\t\t\tfloat2 dn = tex1.SampleLevel(sam1, pos, 0).xy;\n\t\t\t\tfloat2 dd = (dn / (length(dn) + 0.01f)) * inputPt * relstr; //Quasi-normalization for large vectors, avoids divide by zero\n\t\t\t\tpos -= dd;\n\t\t\t}\n\n\t\t\tOUTPUT[destPos] = INPUT.SampleLevel(sam1, pos, 0);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_Denoise_L.hlsl",
"content": "// Anime4K_Upscale_Denoise_CNN_x2_L\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Upscale%2BDenoise/Anime4K_Upscale_Denoise_CNN_x2_L.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_Denoise_1\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { -0.012922576, -0.11982956, 0.021963459, 0.019259451 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.050913796, -0.05115213, -0.0205767, -0.26266688, -0.12883802, 0.107968464, 0.03389763, -0.70179373, 0.0030511466, 0.07718592, -0.06562523, -0.060305536), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(0.009235469, -0.018979615, 0.10033019, -0.20307243, 0.040932532, -0.10095427, 0.038843542, -0.28774044, -0.07829864, -0.04317961, 0.032555006, -0.05584433), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(0.23774138, 0.04701499, -0.16824278, 0.025335955, 0.30246395, -0.037289508, 0.070405066, 0.03094164, -0.0075012813, 0.06881163, -0.03157643, -0.032394916), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(-0.12524955, 0.18535072, -0.05323482, 0.004486272, 0.15295836, 0.3050709, 0.081431866, 0.09352846, -0.059866652, -0.029570978, 0.019920588, 0.121749535), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.2111615, -0.1268416, 0.45642895, 0.47401953, -0.7580866, 0.5514855, 0.96250856, 0.7827129, 0.0003978912, 0.17167407, -0.04423575, -0.04569368), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(0.17050457, -0.18697786, -0.11608587, -0.038065948, 0.26542, -0.7021022, -0.33751717, 0.053689335, 0.10030526, -0.19492362, 0.069387496, 0.07228368), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.15900351, -0.017636139, 0.01917807, 0.05584281, 0.28530255, 0.04795445, -0.104170926, 0.1192509, 0.09859251, 0.057123564, 0.025724344, -0.07723904), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(-0.06581913, 0.07548721, -0.054552317, -0.08317343, 0.32851526, -0.2362575, -0.39470714, -0.073999345, 0.07246812, -0.04103072, 0.06058696, 0.09532553), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(-0.12524493, 0.095179625, -0.0918538, 0.016793616, -0.48433152, 0.03702525, -0.100864686, -0.0018861603, -0.14784335, -0.048320837, -0.057494648, -0.024096634), target1);\n\n\t\t\tMF4 target2 = { -0.0018859988, 0.004285429, 0.5060845, -0.030093472 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(0.04816902, 0.030087546, 0.019183155, -0.08234757, 0.09378316, -0.047217257, -0.04757087, -0.16541782, -0.043394983, 0.05779227, 0.018105166, 0.03222583), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.13639967, -0.001877575, 0.049495522, 0.060094353, 0.015303669, 0.059043188, 0.090356335, -0.12654372, 0.06469071, -0.054733396, -0.013548386, -0.093697555), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(-0.13214277, 0.00062924915, -0.640379, -0.052121993, -0.022532608, 0.01077454, -0.057074178, -0.103670195, -0.0017062012, 0.0035225085, -0.044859786, -0.020764757), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.2553945, -0.08126201, 0.055215932, 0.10690791, 0.6771195, 0.09377514, -0.09488318, -0.43969935, 0.35444704, -0.10392259, 0.07595239, 0.021814484), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(-0.37628967, 0.026895085, 0.035044484, -0.16414654, -0.5694931, -0.20123884, 0.14891861, 1.1822934, -0.25648627, 0.14110301, -0.057699542, 0.17731132), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.023089241, 0.14888923, -0.2730167, 0.1330048, -0.039043408, 0.75768983, 0.07385114, 0.0138615575, -0.06565686, 0.10451973, 0.037489507, 0.021156311), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(0.03965048, 0.040422294, -0.0662493, -0.043219455, 0.00834316, -0.08315282, 0.13010995, -0.11822414, -0.06811034, 0.029744523, -0.098641835, -0.063671604), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.077282995, -0.29400682, 0.116103284, 0.096747644, -0.47398612, -0.77101594, -0.20683232, 0.111703634, -0.08370965, -0.24218678, 0.13780457, -0.017660126), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(0.08542605, 0.13080615, 0.081582755, -0.00024888176, 0.31160986, 0.17787197, -0.019935975, -0.09658498, 0.096656196, 0.064402744, -0.033331197, 0.027531069), target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.03144068, -0.027781913, 0.04483475, 0.037489943 };\n\ttarget1 = MulAdd(a1, MF4x4(0.34559122, 0.052896723, -0.27492252, -0.1604473, 0.4791457, 0.17956258, 0.0076199574, -0.16324736, -0.075430416, 0.019434236, -0.275363, -0.16502565, 0.05507322, -0.046572465, 0.08130956, 0.009380191), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.1754505, 0.10862336, -0.14956018, 0.20161937, 0.16598102, -0.0033441933, 0.19303258, 0.3278992, -0.31819978, 0.14614153, 0.08434212, 0.21208692, -0.0014794758, -0.06754758, -0.06314527, 0.023496931), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.13594365, -0.06382366, -0.40069854, -0.087743916, 0.022426397, -0.073364444, -0.19371308, 0.09916138, -0.044016927, 0.0018689828, -0.07705671, 0.15398589, -0.069929935, -0.01874144, 0.050793763, 0.06565281), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.56292456, 0.25537506, -0.16147509, 0.029484648, 0.11898947, 0.19103922, -0.2387553, 0.13659279, -0.044804625, -0.10285909, 0.12958583, 0.21526133, 0.02727471, 0.21990417, 0.0009558564, 0.12372512), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.10264466, -0.13103753, -0.069214605, 0.43234769, 0.25947884, -0.18333039, -0.15585582, -0.2406589, 0.33275372, -0.19497354, -0.09758474, -0.4531396, 0.41932744, -0.043746196, 0.08315102, -0.085604236), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.15380725, -0.06311845, -0.28896615, -0.059237756, -0.078456834, -0.11623796, 0.017248835, 0.098803006, -0.13643564, -0.0029720776, 0.425954, 0.36920592, -0.06980546, 0.05205535, -0.15787347, -0.094921984), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.009595518, -0.12598279, -0.04322495, -0.08838463, 0.11729769, -0.062454883, 0.19743776, -0.08590505, -0.022744715, 0.00457582, -0.06070008, 0.045312855, -0.010845991, -0.02241941, 0.07252932, 0.05525124), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.119069465, 0.08782395, 0.17878884, 0.0068233046, -0.36698806, -0.46077076, 0.37470114, 0.006550318, 0.08622002, -0.10081386, 0.1754186, 0.078841425, 0.060330488, 0.39436886, 0.1688179, -0.10113108), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.17160045, -0.18541232, -0.093926296, 0.0053854887, -0.07649591, -0.3053692, 0.15255369, 0.06183564, 0.105131835, 0.076607525, -0.17482935, -0.104579754, -0.4795174, 0.30223432, 0.4728322, 0.106419675), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.068794325, -0.019651407, 0.048906703, 0.10097784, 0.014003637, 0.08358555, -0.34008583, 0.1677446, 0.12863056, 0.010167976, 0.10771957, -0.14823496, -0.11855097, 0.024728613, -0.06394353, 0.07123295), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.1652107, -0.056815207, 0.26562792, -0.02586732, 0.13812682, 0.3791579, -0.40067768, 0.19901459, -0.055583958, 0.06673556, -0.16258197, 0.0014027074, 0.13844898, 0.17588624, 0.0061608437, 0.014889389), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.023591522, -0.06255483, -0.04512753, -0.07939918, 0.17603582, -0.06219873, -0.10907254, 0.012348696, -0.053350568, 0.023741387, 0.05215983, 0.117241465, 0.28173143, 0.11200327, -0.11672438, -0.13278063), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.15015969, -0.1145909, 0.08583166, 0.0386507, -0.17788467, 0.29311427, 0.03577728, -0.006737705, -0.020426478, 0.065881886, -0.10966947, -0.016716056, -0.0027577002, -0.20769168, 0.4357363, -0.13179652), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.44572783, 0.08870803, 0.42933974, -0.16602941, 0.23271243, 0.29478154, -0.53973556, -0.042550746, -0.13157314, -0.0413034, 0.12679552, 0.11579286, -0.5161936, -0.24292113, -0.10862491, 0.13528119), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.043000877, 0.08458555, 0.11260604, -0.5589381, -0.16010836, -0.019429926, 0.04731505, -0.12212733, 0.05655828, 0.0107375225, -0.10067243, -0.06904067, 0.07476142, -0.043922618, -0.13811466, 0.008697587), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.3281664, -0.104251154, 0.07188181, 0.06720938, 0.028879764, 0.07302547, 0.18261562, -0.08896491, 0.11240943, -0.1919612, -0.13059135, -0.07057044, 0.053953633, 0.17297988, -0.20344415, 0.050276734), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.41925356, 0.020309223, 0.2246313, -0.3418901, -0.20863962, 0.18653068, -0.04616101, 0.1236236, -0.062179156, 0.1437903, 0.1314142, 0.0699381, 0.029918872, 0.23033592, 0.09302733, -0.20570321), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.07847491, -0.18251555, 0.0678772, -0.29089385, -0.03632992, -0.17132603, -0.04896196, 0.09839614, -0.10377483, -0.11817732, 0.03477946, 0.050376516, 0.17791937, -0.34359503, 0.030756304, 0.025246387), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.12972409, 0.032459006, -0.20415276, 0.31407776, -0.1743501, -0.26177478, -0.07577315, -0.104599, -0.025548192, -0.23483936, 0.40139225, 0.12898883, 0.06533049, -0.09545806, -0.032093894, 0.0032956926), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.22749326, -0.20613275, -0.23030083, -0.29994026, -0.18482473, -0.038720988, -0.13339107, -0.1394514, 0.36952803, -0.2709558, -0.14104684, -0.17859542, 0.09873891, 0.04330318, 0.15205383, 0.115995236), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.07534328, -0.13592403, 0.2224819, -0.06818886, -0.11952144, 0.004714797, 0.18252324, -0.08729513, 0.17198865, -0.00082568696, 0.33769485, -0.0920225, 0.173712, -0.038548574, -0.016980015, -0.13799237), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.43659294, -0.19679698, -0.31969583, 0.24002865, -0.1064947, -0.08218358, -0.07990568, -0.028915526, -0.077836946, -0.012841249, -0.11685068, -0.2102985, 0.025435956, -0.21367492, 0.11001358, -0.09812692), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.28203383, 0.09570471, -0.14503846, -0.19898729, 0.18757457, 0.16626704, -0.009997161, 0.06738176, -0.18296066, 0.11583831, -0.0025225005, 0.373547, -0.24103725, 0.3553009, 0.11984093, 0.25370696), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.022194814, 0.02950222, -0.121312395, 0.0040648654, 0.06509207, 0.00084966415, 0.032229617, 0.0139804585, -0.23108627, -0.004511493, -0.28217104, 0.0828633, 0.17399071, 0.2137328, 0.4731738, -0.37666738), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.045961298, 0.0056297607, -0.08513672, 0.093939304, 0.07252928, -0.11458939, 0.11005008, -0.1132733, 0.10369599, 0.1636998, -0.11919379, -0.08949099, 0.080640145, 0.029493907, 0.24982096, -0.10234766), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.08474163, -0.24252129, -0.3065911, 0.11077523, 0.13397239, 0.14875948, -0.18212163, 0.006510455, -0.008477232, -0.3242149, 0.31507346, -0.19521071, -0.3610268, 0.25882444, -0.067812346, 0.20968717), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.05730163, 0.053821165, -0.10948745, 0.04090055, 0.0161064, 0.19475192, 0.09248433, -0.027268974, -0.031323943, -0.084304914, 0.28378648, 0.44910806, -0.052243132, 0.2999386, -0.26639074, -0.2529396), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.026707547, -0.006487042, -0.044127557, -0.016287267, 0.1417188, 0.24645403, -0.32444936, 0.20339565, 0.027596464, 0.03799474, -0.029943593, 0.058569513, -0.15013286, 0.25070968, 0.08954207, -0.14304538), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.22184753, -0.0732679, 0.042815078, 0.03770516, 0.22240163, -0.043244008, -0.14883384, -0.10682856, 0.16421252, 0.20890577, 0.000585579, -0.061031006, -0.551696, -0.17770186, 0.13795924, 0.101121314), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.047539327, 0.11826275, 0.458172, -0.023809819, -0.0154842585, -0.015466883, 0.03837829, -0.34703115, -0.03437818, 0.12705797, -0.042713646, -0.2518409, -0.27947584, -0.020104226, -0.022687877, 0.14169087), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.06269709, 0.06449363, -0.02793847, 0.04407663, -0.054694284, 0.69776016, -0.32850045, 0.19365972, -0.19002354, -0.038244195, -0.20433429, -0.34071165, 0.123992935, -0.22218247, -0.30181807, -0.03031556), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.06685185, -0.18313402, -0.03785641, 0.008412995, -0.017108139, 0.48937285, -0.035302214, 0.011338532, -0.08890957, 0.32343447, 0.088812076, -0.027280344, 0.40437454, -0.45940742, 0.118888274, 0.41054434), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.36049488, 0.100708134, 0.331516, 0.1078647, 0.12895954, 0.13425021, -0.18602797, -0.11423174, -0.10916294, 0.061013293, 0.08984191, 0.1835112, -0.10568929, -0.046648484, 0.2127872, 0.54582083), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.19040897, 0.08670264, 0.12393752, -0.003475547, -0.37210098, 0.035628326, -0.29302806, 0.10709011, -0.20405664, -0.9748058, 0.39254782, 0.44914797, 0.032028764, 0.04227575, -0.25056216, 0.063437305), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.07952942, -0.13263832, 0.037877183, 0.20845042, -0.026445981, -0.010450352, -0.043147005, -0.12033961, 0.20600243, -0.046332583, -0.47056386, 0.09566825, 0.18658772, -0.3381639, -0.042662457, 0.15197653), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.4996296, 0.019971728, 0.10017604, 0.052051116, 0.12145858, 0.106811635, -0.056665674, -0.11708303, 0.16642408, 0.22654046, -0.04731226, -0.039967895, -0.1434505, 0.3171998, -0.19033776, -0.29952875), target1);\n\t\n\tMF4 target2 = { 0.049680557, 0.01432493, 0.04349397, 0.040003702 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.031192884, -0.015032417, 0.25046152, 0.143142, 0.09429096, 0.2090414, -0.16252424, 0.42788, -0.005667558, 0.14787567, 0.23810932, -0.13502707, 0.0006289761, -0.014052179, -0.091041535, 0.059258565), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.09637771, 0.17332087, 0.123664804, 0.046110056, 0.25775972, 0.31647265, -0.1464598, 0.41624358, 0.032242253, -0.017219262, -0.35814875, 0.3348811, 0.05738627, 0.046910666, 0.014263179, -0.15797907), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.06782952, 0.049666278, 0.083296575, 0.19301543, -0.05964988, 0.18332662, 0.30906975, 0.03342819, 0.12226727, 0.1226969, -0.15035193, -0.003493911, -0.007647415, -0.051491078, -0.019189527, -0.009602449), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.08838342, -0.055376932, 0.13949814, -0.12728734, -0.17266448, 0.35102528, 0.018773714, 0.050504927, -0.10556112, -0.014422574, -0.25474203, 0.31192264, -0.09063805, 0.010115312, -0.08702192, 0.08573518), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.16521221, -0.01265248, -0.5292306, -0.17494588, -0.18994644, -0.41904125, -0.26261392, -0.42338082, 0.39478812, 0.20768805, 0.16483486, -0.22635488, 0.13576357, 0.17095351, 0.064293, 0.06416031), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.09107591, 0.1757355, 0.19841582, -0.25249094, 0.18083812, -0.12258315, 0.4074544, -0.17171176, -0.15881093, -0.22978021, -0.05622591, -0.09703007, -0.12538208, -0.06956953, -0.14475612, -0.066342294), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.029294115, -0.036292624, 0.19467807, -0.10223533, 0.086430565, -0.052809026, -0.23749635, 0.10364248, -0.22938702, 0.07210543, 0.03876035, -0.21014924, -0.11247329, -0.17755648, -0.05139757, -0.037780646), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.12605286, 0.16123274, -0.13924524, -0.109194726, 0.033486, -0.24847955, 0.1264379, 0.28880134, -0.17594175, -0.1888256, -0.04508948, 0.047563452, -0.5476752, -0.23573762, -0.17183748, 0.14331517), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.006482806, 0.2289281, -0.03872587, -0.027272481, -0.09913351, -0.09453464, -0.1426349, 0.055076513, -0.025217436, -0.08307176, 0.0797406, 0.10166401, -0.294337, -0.3567936, 0.054015454, 0.068333104), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.012300659, -0.040405195, 0.11190478, -0.07406065, -0.18364848, 0.035823543, -0.01621734, 0.07582391, 0.06704436, -0.0006620425, -0.022342965, 0.16496183, 0.11390146, 0.075079784, 0.13547076, -0.022227254), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.23038611, -0.29141426, 0.0984085, -0.20544642, -0.18859404, 0.3620387, -0.4136066, 0.32138887, -0.0047645094, 0.11271573, 0.15377328, 0.012071895, -0.029830804, 0.14384824, 0.04148142, 0.2286753), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.120368056, -0.0026308578, -0.027536837, -0.13022487, 0.19286355, 0.30597997, -0.121778116, 0.29960433, -0.06231281, -0.013746478, 0.10620681, -0.02362372, -0.10042793, 0.015861828, -0.06073457, 0.11589962), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.1148781, -0.24268909, 0.24827103, -0.17290637, -0.14397098, -0.16708367, 0.2130187, -0.18639165, -0.13702524, 0.107212365, 0.066469796, -0.14059094, 0.19621798, -0.036907773, -0.028576817, 0.19191594), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.061653305, -0.12716687, 0.17514701, 0.003910376, -0.00651784, 0.25642744, -0.17615528, -0.03584991, -0.051342323, -0.20178711, -0.4330863, 0.15785883, -0.14388351, 0.050646614, 0.15746376, -0.17228809), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.32631296, -0.020115409, -0.16132942, 0.29139966, -0.18642388, -0.15140165, 0.2106485, -0.025535548, 0.08296747, 0.037819803, 0.106129125, -0.095521644, 0.312119, -0.09383011, -0.023469942, -0.035990953), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.012878467, -0.1599543, 0.14487906, -0.083350256, 0.074949436, -0.09346481, 0.10122695, 0.08852621, 0.11138647, -0.0072039254, -0.00842464, 0.030785646, -0.04394235, 0.10987614, 0.15378197, -0.05989409), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.41359067, -0.04985946, 0.06845964, 0.12003392, 0.0803128, 0.2420856, -0.18877462, 0.058456603, -0.02516271, 0.010639022, -0.04928307, -0.023084244, 0.06001203, 0.06881964, -0.12117699, -0.2680374), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.09667388, 0.16247103, 0.105098106, 0.12871382, 0.063410334, 0.029997706, 0.048323907, -0.075631075, 0.034694012, -0.029085271, -0.003785678, -0.05397498, -0.1783155, -0.13680255, 0.024786513, -0.0041952017), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.23904142, -0.102619216, -0.21049559, -0.07428196, -0.046321787, -0.09432119, 0.08803711, -0.1660408, 0.31880215, 0.11605265, -0.086603194, 0.119239025, 0.06773056, 0.18591799, 0.0058458247, 0.05242187), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.12521484, -0.23739336, -0.16784379, -0.10277679, -0.18505791, 0.061825443, 0.12762548, -0.16664176, 0.20004764, -0.1400315, 0.35610282, -0.19706382, 0.046386316, -0.155162, -0.0425219, 0.0010560523), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.14500342, -0.0046809237, -0.1278097, 0.041527335, 0.11831141, -0.059155047, -0.17391829, 0.0059517594, -0.18033625, -0.379706, 0.11636179, -0.13310274, 0.047523372, 0.0029333998, -0.1512301, 0.1361489), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.23058943, -0.08937329, 0.07061336, 0.08555644, 0.09255573, -0.15303029, 0.08891002, -0.42177418, 0.0950346, 0.20212616, 0.3866544, 0.07922501, -0.04093803, -0.10997976, -0.07189613, -0.21220057), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.04484278, 0.2386453, 0.27855012, 0.011022442, 0.0409283, 0.1937425, 0.060258046, 0.2633126, -0.54181176, 0.19643608, -0.28907844, 0.04247623, -0.37548354, -0.24831985, -0.52362055, -0.4442409), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.014318134, 0.047169194, -0.07291308, 0.21408482, -0.01503884, 0.027093383, -0.11724912, -0.052458502, 0.1676504, 0.5505249, 0.22394833, -0.17126445, 0.13671164, -0.18371153, -0.456313, 0.14297491), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.00063476624, 0.16339731, -0.031160444, 0.18237135, 0.025692228, -0.04895109, 0.033651803, -0.002480504, 0.34582126, -0.039352335, -0.004698449, 0.12789944, -0.08318657, -0.007492543, -0.12888806, 0.03684109), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.06481498, 0.14330916, 0.17366715, -0.028045174, 0.080571376, 0.18343642, -0.11593154, -0.077227145, 0.1973531, 0.3085006, -0.28876102, 0.06434657, 0.16654246, -0.28144804, 0.3234261, -0.026636604), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.084783904, 0.03651458, 0.020044886, -0.10723048, 0.04165204, 0.04072967, 0.037039082, -0.09042298, 0.19693066, -0.21291414, -0.040890995, -0.15434273, -0.07450638, 0.27289733, 0.06332989, -0.037289053), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.004840926, 0.048929166, 0.015578959, 0.03571025, -0.2184971, 0.094020076, -0.17748803, 0.32877877, -0.035392962, -0.28398407, -0.13072185, -0.21858144, -0.24103665, -0.32654533, -0.063572675, -0.008728733), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.0060240547, 0.029166108, -0.023887299, 0.037508924, 0.04231956, 0.1503379, 0.17414866, -0.25778973, -0.14774446, -0.12541369, -0.32502824, 0.28957245, -0.030400498, 0.05351274, 0.13189505, -0.21329227), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.2198507, -0.49962172, -0.16456802, 0.08402717, -0.094403476, -0.1978019, -0.19233316, 0.055013265, 0.01668743, -0.117106654, -0.0745593, -0.09377295, 0.050370943, 0.07410238, 0.13543247, -0.23753798), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.008572295, 0.11890422, -0.047157902, -0.03717175, -0.35570037, 0.060663674, 0.109250925, -0.16135052, 0.030490266, 0.30335435, 0.38949126, 0.44852075, -0.09788441, 0.43574813, -0.30050707, 0.24572986), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.29497403, -0.30934516, 0.05756695, -0.15919119, -0.121505864, -0.028917443, -0.07419939, 0.13863774, -0.04398897, 0.32990414, 0.38306457, -0.030523712, 0.72267497, 0.33932966, 0.07839862, 0.11931982), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.26952964, -0.31019664, 0.07061176, -0.23266664, 0.14124376, 0.3597343, -0.17694736, 0.22935267, -0.12335108, -0.086614646, -0.10635, 0.22585274, -0.27139255, 0.05963002, 0.2852169, -0.3743854), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.0970178, -0.014084432, -0.0504985, 0.1570353, 0.091999866, 0.23429315, 0.12914294, 0.03267318, 0.5849793, 0.38205758, -0.31792474, -0.07992281, 0.022620765, 0.22215942, -0.23093775, 0.0026896205), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.06753083, -0.20358866, 0.173053, 0.13768815, 0.013206715, 0.06310567, 0.17349118, -0.12714109, 0.0405548, -0.18409975, 0.3441249, -0.24606577, -0.18814458, -0.039655812, -0.15961805, 0.08212082), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.06746224, -0.1595078, 0.15284725, -0.057313897, -0.1229526, 0.11482664, -0.0021675595, -0.00026835455, -0.0653958, -0.0967453, -0.09400396, -0.021233113, 0.23587836, 0.2982212, -0.039116163, 0.012201323), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.0052180276, 0.022526434, 0.022657124, 0.016289035 };\n\ttarget1 = MulAdd(a1 , MF4x4(-0.07314084, 0.08021976, -0.08299374, -0.21340942, -0.0088407695, 0.04742526, -0.038566757, -0.058931205, 0.0009213959, 0.19193986, -0.05906689, -0.0038934543, -0.12937409, 0.100754194, 0.1683601, 0.07552924), target1);\n\ttarget1 = MulAdd(b1 , MF4x4(-0.022257961, 0.08347593, -0.02279838, 0.10150892, -0.02083181, 0.07064587, 0.26308942, -0.13609628, 0.023648601, 0.1475858, 0.12856342, 0.2650287, -0.038316045, -0.35173503, 0.09157486, 0.16609442), target1);\n\ttarget1 = MulAdd(c1 , MF4x4(-0.13746555, 0.15315081, -0.032931942, 0.07487079, 0.09694968, 0.014459765, 0.06814075, -0.059461202, 0.25045857, -0.0071333316, 0.067206055, -0.21697883, 0.023228496, -0.13146883, 0.07486156, -0.030696157), target1);\n\ttarget1 = MulAdd(d1 , MF4x4(-0.0069204876, -0.18402638, 0.085326575, 0.18288516, 0.036785558, -0.019116882, 0.017438713, 0.029095992, 0.10944869, -0.09473364, 0.10444152, -0.028845368, 0.0909169, -0.10593229, 0.14518781, 0.05546837), target1);\n\ttarget1 = MulAdd(e1 , MF4x4(0.53389466, -0.018921841, -0.05050542, 0.21149407, 0.3041209, -0.2594824, -0.18464427, 0.20736529, 0.18971719, -0.05058395, -0.13514072, -0.009045264, 0.20910244, 0.29242986, 0.28958234, 0.2870443), target1);\n\ttarget1 = MulAdd(f1 , MF4x4(0.03259606, 0.2126493, 0.6004735, 0.14007168, -0.1424266, 0.04352873, 0.17071731, 0.10630275, -0.2755667, 0.27345222, -0.06420644, 0.032743722, 0.026045147, -0.23541754, 0.01393772, -0.1476582), target1);\n\ttarget1 = MulAdd(g1 , MF4x4(0.06258474, -0.040185593, -0.092409454, -0.095720276, 0.050550956, -0.026547447, 0.099580996, 0.04878719, 0.15659782, -0.007606541, -0.061156776, 0.11329769, -0.019249229, 0.028775204, -0.24508974, -0.052828208), target1);\n\ttarget1 = MulAdd(h1 , MF4x4(-0.16975857, -0.008542089, 0.30186546, 0.33199415, 0.03747256, 0.15057808, 0.017838268, -0.030345246, 0.019341556, 0.3217693, 0.24844399, 0.06951953, -0.10805396, -0.08874898, -0.068681985, -0.2677526), target1);\n\ttarget1 = MulAdd(i1 , MF4x4(-0.06813968, 0.087481484, -0.11338694, -0.08698839, -0.07585716, 0.079565816, -0.066336565, 0.050449606, 0.11338618, 0.38572344, 0.0024759274, 0.12706435, 0.16759671, 0.0254419, -0.06910047, -0.21917519), target1);\n\ttarget1 = MulAdd(a2 , MF4x4(0.0039553675, -0.17838223, 0.038052835, 0.027201787, 0.06518285, 0.08250212, -0.052679926, -0.021249574, -0.13604519, 0.12234797, -0.16008313, -0.07422232, -0.0930264, -0.07480355, -0.0067053377, 0.13964424), target1);\n\ttarget1 = MulAdd(b2 , MF4x4(-0.05491681, 0.16191071, -0.13063031, -0.2889149, -0.045188528, 0.29249623, -0.061093148, -0.083284624, -0.19250835, -0.103631295, -0.23577131, 0.108691126, 0.028907659, -0.2708106, 0.06986715, 0.22996326), target1);\n\ttarget1 = MulAdd(c2 , MF4x4(-0.07838976, -0.063634194, 0.06297176, -0.09969828, 0.10518915, 0.062185638, 0.033053298, 0.023406805, -0.2801067, -0.13414349, -0.02466297, -0.1110011, 0.040580552, 0.033576507, 0.07127022, -0.068416506), target1);\n\ttarget1 = MulAdd(d2 , MF4x4(-0.05786512, 0.17169164, -0.09276801, -0.1444394, 0.13971466, -0.168134, 0.012722911, 0.06788442, 0.02493809, 0.04105174, 0.09471395, 0.21363391, -0.12093948, 0.067423604, -0.054669242, 0.06764739), target1);\n\ttarget1 = MulAdd(e2 , MF4x4(0.2954526, 0.15885043, -0.05164922, 0.3646313, 0.013329013, 0.044056762, 0.01717495, -0.030439444, 0.32433322, -0.29044852, 0.32627285, 0.150364, 0.14502852, -0.22193567, -0.18879528, 0.018430077), target1);\n\ttarget1 = MulAdd(f2 , MF4x4(-0.2973998, -0.41863972, 0.0048396075, 0.06709588, -0.12029818, -0.05315725, -0.11457002, 0.0071458486, 0.26290894, 0.11030596, 0.082195595, -0.27480638, -0.011602335, 0.019122265, -0.18927693, -0.24246486), target1);\n\ttarget1 = MulAdd(g2 , MF4x4(0.09974451, 0.07223917, -0.09586719, -0.08288307, -0.06436462, -0.027324842, -0.0019976476, 0.19203754, 0.015929956, -0.12534836, -0.0038582094, 0.11275662, -0.031039666, 0.010430081, -0.023713758, -0.21801127), target1);\n\ttarget1 = MulAdd(h2 , MF4x4(0.054167796, 0.0634282, -0.047591783, -0.06402415, -0.0709014, 0.082054086, 0.28418478, 0.06584792, -0.18744822, -0.006312915, -0.0075474046, 0.0829434, -0.032414634, 0.19225785, -0.082302466, -0.3142319), target1);\n\ttarget1 = MulAdd(i2 , MF4x4(-0.0026932533, -0.110426664, 0.021643564, -0.14368293, -0.0048789545, 0.11043582, -0.040021945, 0.058764413, -0.009000321, 0.10833911, 0.05681704, -0.039960742, 0.0014395626, 0.022780152, -0.09172437, -0.085687816), target1);\n\ttarget1 = MulAdd(na1 , MF4x4(0.12509525, -0.18352552, -0.07638094, -0.00756009, 0.05407378, -0.14584734, -0.08163636, -0.13222884, 0.039648265, -0.15960212, 0.074228585, 0.009451507, 0.17933762, -0.17743796, 0.007834195, 0.0037116117), target1);\n\ttarget1 = MulAdd(nb1 , MF4x4(-0.10942205, 0.1585392, 0.040241007, 0.10526164, 0.16979292, 0.29029292, -0.009487742, 0.24926443, -0.1047842, 0.03604099, 0.19281772, 0.03798268, 0.17581491, 0.25031644, 0.055782937, -0.30455682), target1);\n\ttarget1 = MulAdd(nc1 , MF4x4(0.06714908, -0.09112766, -0.022286715, 0.09795178, -0.014092309, 0.26703134, 0.15334776, 0.33441234, 0.13753732, -0.13819148, 0.22796239, 0.16050872, 0.05523446, 0.082806356, -0.053028688, -0.0400533), target1);\n\ttarget1 = MulAdd(nd1 , MF4x4(-0.028462043, 0.18224953, 0.026658487, -0.15048791, 0.106156826, -0.07361365, 0.3529029, 0.06473894, -0.032005392, 0.037034214, 0.039220046, -0.012491292, -0.09503139, 0.0444902, -0.31978187, -0.2923563), target1);\n\ttarget1 = MulAdd(ne1 , MF4x4(-0.3674723, 0.22560489, 0.38837367, 0.17128418, -0.0948159, 0.6298207, 0.59135467, 0.3350841, -0.1859739, 0.31080073, 0.03317792, 0.20958795, -0.097624235, -0.07605166, 0.10135128, -0.08953993), target1);\n\ttarget1 = MulAdd(nf1 , MF4x4(0.320043, 0.002823138, -0.08849585, -0.06356955, 0.19898786, 0.272037, 0.1241285, 0.18131523, -0.05760319, -0.19315276, -0.033923294, 0.09981398, -0.07670874, -0.25949827, 0.062826484, 0.011877337), target1);\n\ttarget1 = MulAdd(ng1 , MF4x4(-0.019341033, -0.03938962, 0.10163529, 0.05033707, -0.03194324, -0.13427012, 0.16106506, -0.05596736, -0.04438277, 0.0045224032, 0.20575951, -0.10359912, 0.03423479, -0.17256664, 0.32534334, -0.09378658), target1);\n\ttarget1 = MulAdd(nh1 , MF4x4(0.19792143, 0.038506437, -0.21047395, -0.27926794, 0.23113485, -0.053830303, 0.4963027, 0.34639266, 0.108149074, -0.10592886, 0.09575202, 0.12385147, 0.08751849, -0.050622147, 0.033647005, 0.2588364), target1);\n\ttarget1 = MulAdd(ni1 , MF4x4(0.04931599, -0.14498134, 0.0073008477, -0.05298649, 0.29398152, 0.16829367, 0.089691155, -0.01749789, 0.20039341, -0.13137043, 0.1884996, -0.03018221, -0.06793498, -0.03220071, 0.06326444, 0.017898731), target1);\n\ttarget1 = MulAdd(na2 , MF4x4(0.011310341, 0.15556115, -0.08003895, -0.07396207, -0.06434896, -0.14684777, -0.019239893, 0.009520887, 0.013242985, -0.12733786, -0.040152796, 0.0064262203, 0.087119006, 0.08165867, 0.12353576, 0.002600503), target1);\n\ttarget1 = MulAdd(nb2 , MF4x4(0.14877501, -0.056240283, -0.11846124, 0.16736585, -0.0018247389, 0.0095979795, -0.07605829, 0.13583913, -0.008851887, 0.16578445, -0.04152669, -0.059164364, -0.021962654, 0.312347, 0.0129089225, -0.097307086), target1);\n\ttarget1 = MulAdd(nc2 , MF4x4(-0.122485265, 0.06891502, -0.1807204, 0.10579281, -0.0061903363, -0.025644284, 0.08879091, -0.09492319, -0.019361734, -0.10903786, -0.08949264, 0.055067465, -0.027095577, -0.06629012, -0.05580654, 0.045552503), target1);\n\ttarget1 = MulAdd(nd2 , MF4x4(-0.025895944, 0.18728323, 0.09764548, 0.49504116, -0.030123139, -0.012580951, 0.090377375, -0.18767111, -0.06874367, 0.11378584, 0.0127285635, -0.101479106, 0.07010412, -0.02272616, -0.03455195, 0.040611476), target1);\n\ttarget1 = MulAdd(ne2 , MF4x4(-0.58637494, -0.13186562, -0.26627728, -0.40135092, 0.19139144, 0.27310577, 0.07761293, 0.10058002, -0.3126869, -0.07982417, 0.04237517, 0.25126198, -0.17133251, 0.122523, -0.0053142905, -0.22283912), target1);\n\ttarget1 = MulAdd(nf2 , MF4x4(-0.0023953887, 0.30968156, -0.1303385, 0.046937056, 0.20530851, 0.07276076, -0.086923674, -0.17881633, 0.08715105, 0.25641996, -0.22557895, -0.0017721896, -0.2347971, -0.07164777, -0.103000194, 0.22468017), target1);\n\ttarget1 = MulAdd(ng2 , MF4x4(-0.12947787, -0.05199853, -0.0899567, 0.087013826, 0.018399805, 0.14997742, -0.20396905, -0.20554177, -0.014265392, 0.048660364, 0.07077151, -0.05911514, 0.003051989, 0.07242704, -0.16232954, 0.19634365), target1);\n\ttarget1 = MulAdd(nh2 , MF4x4(0.13121666, 0.03174777, 0.07853035, -0.04881682, 0.10043158, -0.036237933, -0.2178651, -0.06562213, 0.021113047, 0.0068006255, -0.16305129, -1.9600706e-05, -0.14886445, -0.17729987, -0.17907865, 0.21547341), target1);\n\ttarget1 = MulAdd(ni2 , MF4x4(-0.03263096, -0.064234234, 0.03990361, 0.09057224, -0.05704657, -0.107518636, 0.09328312, 0.014857798, -0.060736485, -0.033695858, -0.07943859, -0.0054049506, -0.072932534, -0.023306495, -0.06615389, 0.029145932), target1);\n\n\tMF4 target2 = { -0.034925383, -0.0010656221, -0.023427188, -0.021127155 };\n\ttarget2 = MulAdd(a1 , MF4x4(0.012031344, 0.0075636036, -0.033211436, 0.018453801, -0.23412584, -0.113123864, 0.068607934, -0.018517016, -0.19748597, -0.2571716, -0.026148321, -0.00019766031, 0.012040108, 0.12122093, 0.0714374, -0.10087335), target2);\n\ttarget2 = MulAdd(b1 , MF4x4(-0.029292978, -0.025254043, -0.034099232, 0.085234866, 0.24252516, 0.076297395, -0.12717746, -0.03457669, 0.033755753, -0.0531509, -0.04005856, -0.20840853, -0.0078028045, 0.12575904, -0.010887013, -0.046326064), target2);\n\ttarget2 = MulAdd(c1 , MF4x4(-0.003266499, -0.017687857, -0.012221699, -0.2251586, 0.00208294, 0.007880196, 0.09037794, 0.08328994, -0.0428717, 0.027112724, 0.08032711, 0.1513152, -0.043068174, 0.07987632, -0.008801098, 0.08133886), target2);\n\ttarget2 = MulAdd(d1 , MF4x4(-0.1827595, 0.18459928, -0.1918044, -0.05324067, -0.1705114, -0.01887987, -0.14486305, -0.17456877, -0.18964832, -0.07162095, -0.13871318, -0.046433818, -0.018604748, -0.11131921, -0.08050445, -0.08619502), target2);\n\ttarget2 = MulAdd(e1 , MF4x4(-0.0717377, -0.12163745, 0.18497953, -0.08643892, 0.0007879318, -0.050351888, 0.17640385, 0.17240365, -0.14958718, -0.056793597, 0.03742872, -0.1015922, 0.3117469, -0.39953762, 0.0152286505, -0.13784732), target2);\n\ttarget2 = MulAdd(f1 , MF4x4(0.07879097, -0.39204946, -0.07003556, -0.24708183, -0.058046583, -0.09865189, -0.048411854, -0.05027539, -0.12736927, -0.23946127, -0.08323304, 0.028160958, -0.059784077, -0.0064917994, 0.038013496, 0.08928725), target2);\n\ttarget2 = MulAdd(g1 , MF4x4(0.07403741, -0.004601062, 0.13563065, 0.054981887, -0.08022936, 0.022921488, -0.053264186, -0.016605966, -0.20883927, -0.19978985, -0.058101434, 0.15126002, 0.020758694, 0.12837122, 0.13368484, 0.1443778), target2);\n\ttarget2 = MulAdd(h1 , MF4x4(-0.08701922, -0.041025855, -0.03362371, -0.19846733, -0.009003309, 0.06708822, 0.06784735, 0.049892817, 0.123487085, -0.008921262, -0.0883188, -0.09103165, 0.070733, 0.1474191, -0.08228257, 0.12713781), target2);\n\ttarget2 = MulAdd(i1 , MF4x4(0.16015989, 0.19007389, -0.12680867, 0.056614764, -0.008470681, 0.099433914, 0.008811413, -0.09471121, -0.09722353, 0.0649324, 0.021527816, -0.21614286, 0.07569941, -0.16433574, -0.0069269636, 0.16142729), target2);\n\ttarget2 = MulAdd(a2 , MF4x4(-0.08708631, -0.017263759, 0.034016605, -0.009168008, -0.16427393, -0.11225274, -0.005249783, 0.13672975, -0.0844234, -0.022700429, 0.109927036, -0.041033685, -0.064794436, 0.015655773, -0.03411672, -0.12218549), target2);\n\ttarget2 = MulAdd(b2 , MF4x4(-0.016761513, -0.027447775, -0.01290059, 0.0007822344, 0.07433617, -0.035145793, -0.03797909, -0.16871531, -0.029095095, -0.2073536, 0.12309633, -0.16626619, -0.04203133, -0.018517911, -0.06946039, -0.11132114), target2);\n\ttarget2 = MulAdd(c2 , MF4x4(0.11052091, -0.030863507, -0.03229482, 0.11673996, -0.0455341, -0.00649463, 0.020642368, 0.04092308, 0.20173405, -0.012926573, -0.0244531, 0.055338163, -0.01835753, 0.024072325, -0.06893433, 0.048774183), target2);\n\ttarget2 = MulAdd(d2 , MF4x4(0.3568486, -0.14506009, -0.13730963, -0.027905643, -0.37042627, -0.016187102, 0.12948507, 0.016912838, -0.089135066, -0.15287507, -0.092210636, 0.043153215, 0.2077129, 0.04429632, -0.107345045, -0.015176141), target2);\n\ttarget2 = MulAdd(e2 , MF4x4(-0.33605802, -0.22235338, 0.1270437, -0.23185425, 0.29133183, -0.005394921, -0.07139614, -0.049961478, 0.017125877, 0.499106, -0.0048643304, -0.14794266, -0.06752325, 0.29848218, 0.11979753, 0.033426132), target2);\n\ttarget2 = MulAdd(f2 , MF4x4(0.11241839, -0.09014392, -0.011629057, 0.17028853, -0.100855775, 0.100789815, -0.05269513, 0.06573697, 0.27869916, -0.057539526, -0.04528007, 0.30135208, -0.02261679, 0.0688468, 0.059139624, 0.13873443), target2);\n\ttarget2 = MulAdd(g2 , MF4x4(0.04780322, -0.008265764, -0.014270074, 0.0834061, 0.055182222, -0.059819162, 0.010733226, -0.040952608, -0.14509161, 0.17645077, 0.05801798, -0.042507146, 0.24863482, 0.1040497, -0.045867782, 0.120007925), target2);\n\ttarget2 = MulAdd(h2 , MF4x4(0.12579694, 0.09167574, 0.21078496, 0.052945495, -0.05036728, -0.11384816, -0.07594621, -0.09991826, 0.010668207, -0.05676672, -0.06273805, -0.06883917, -0.2184931, -0.1647689, -0.056467786, 0.109850615), target2);\n\ttarget2 = MulAdd(i2 , MF4x4(-0.11352159, 0.026516005, 0.042277884, 0.14155892, -0.017015357, -0.03407179, 0.014961351, -0.13766216, 0.20035928, -0.038310144, 0.002857473, -0.04447413, 0.011375937, -0.07345281, 0.01680756, 0.0089689195), target2);\n\ttarget2 = MulAdd(na1 , MF4x4(0.18048844, 0.025165293, -0.013590799, 0.21590467, 0.026852742, -0.06107904, -0.0012434963, 0.047840245, -0.07294931, -0.011157553, 0.11376999, -0.0086454, -0.028179385, -0.11118097, -0.15483098, 0.19983171), target2);\n\ttarget2 = MulAdd(nb1 , MF4x4(-0.15175144, 0.2142459, 0.1478812, -0.14039889, -0.19821295, -0.37290373, 0.19691283, 0.115997985, 0.1284214, 0.19273835, -0.096292645, -0.022643294, 0.15401742, -0.2267051, -0.15150996, 0.099672556), target2);\n\ttarget2 = MulAdd(nc1 , MF4x4(-0.068340585, -0.017279925, 0.04846922, -0.034003776, 0.055793036, -0.25135002, -0.03544407, -0.56164503, -0.19032021, -0.009258663, 0.070812754, -0.08191077, 0.047685042, -0.020684654, -0.07035788, 0.0132855335), target2);\n\ttarget2 = MulAdd(nd1 , MF4x4(0.19441503, -0.15030424, 0.12302495, 0.047762766, -0.095896654, -0.15033515, 0.007605368, 0.0570889, -0.038431447, -0.08560695, -0.0029293734, -0.01375586, 0.047505997, 0.014071177, 0.1479392, 0.25642776), target2);\n\ttarget2 = MulAdd(ne1 , MF4x4(-0.28587586, -0.39141047, -0.3444917, -0.2408476, -0.64026415, -0.35294148, -0.1317, -0.21601357, 0.12164572, -0.48452628, 0.16729403, -0.21575572, 0.41301385, 0.017696327, 0.057344552, -0.27020162), target2);\n\ttarget2 = MulAdd(nf1 , MF4x4(-0.033119988, 0.0012006643, 0.08465847, 0.015564506, -0.124659166, -0.09455984, 0.0035544615, -0.35156307, -0.15252608, 0.016244112, 0.0138391815, -0.04670501, 0.1383293, -0.037926193, 0.025957817, 0.1730784), target2);\n\ttarget2 = MulAdd(ng1 , MF4x4(-0.012701927, -0.025511298, -0.06721094, -0.07040279, 0.06377799, 0.13967788, -0.14234799, -0.058825023, 0.041205924, -0.00032473358, -0.055379577, -0.033738375, 0.13665317, -0.02562686, -0.18523781, -0.06958092), target2);\n\ttarget2 = MulAdd(nh1 , MF4x4(0.17461562, 0.07647785, -0.02202248, 0.21096313, -0.22494456, 0.10868611, -0.33091828, -0.27529812, -0.25206757, 0.1884099, -0.17850949, -0.1006927, 0.045536183, -0.100012675, 0.061030168, -0.025509179), target2);\n\ttarget2 = MulAdd(ni1 , MF4x4(0.0337314, -0.052486207, -0.05584458, 0.0969859, 0.18508333, -0.04521821, -0.08331424, 0.076726556, 0.118076116, 0.019730117, 0.022492286, 0.09869008, -0.115276754, 0.097966135, 0.023186501, -0.060849246), target2);\n\ttarget2 = MulAdd(na2 , MF4x4(-0.09427026, 0.14057149, -0.07478311, 0.029171692, 0.14987083, -0.08649628, -0.01750609, 0.06958318, 0.085471064, -0.058146793, -0.029388946, 0.10720532, -0.030614216, 0.17328379, -0.03433174, -0.022483094), target2);\n\ttarget2 = MulAdd(nb2 , MF4x4(-0.085193954, -0.1348099, 0.07675298, -0.25627816, -0.07467235, -0.18559869, 0.100543626, -0.2201029, -0.015106581, -0.013150452, 0.10482805, -0.04446529, -0.15954255, 0.13659625, -0.10310867, -0.010787774), target2);\n\ttarget2 = MulAdd(nc2 , MF4x4(-0.13365999, 0.02036792, -0.09569852, -0.088586286, 0.18445042, -0.14354594, -0.09319419, 0.084703825, -0.018052364, 0.04344066, -0.0589665, -0.0065992875, 0.030960705, 0.08472253, -0.022175593, -0.020301547), target2);\n\ttarget2 = MulAdd(nd2 , MF4x4(-0.12315616, 0.05191162, 0.3044562, -0.066225395, 0.13523789, 0.24786936, -0.2531183, 0.008910162, 0.3662465, 0.2633546, -0.11816884, -0.108501054, -0.30446148, 0.094746254, 0.22515038, -0.048324294), target2);\n\ttarget2 = MulAdd(ne2 , MF4x4(0.34875512, 0.22885701, -0.22425419, 0.30605644, 0.13452671, 0.16655035, -0.10293953, 0.23753232, -0.5908745, -0.15148452, -0.3885865, 0.14085245, -0.12627047, -0.09645269, 0.101941, -0.062304396), target2);\n\ttarget2 = MulAdd(nf2 , MF4x4(-0.18468879, 0.11713357, 0.04766135, -0.25752118, 0.076471716, 0.06850848, -0.06427401, 0.028061042, 0.017875634, 0.09589284, -0.020327348, -0.1585817, 0.19669123, 0.10955879, -0.18545902, -0.074755065), target2);\n\ttarget2 = MulAdd(ng2 , MF4x4(0.1056897, 0.08521911, -0.017700022, -0.004319419, 0.15351436, -0.11358399, 0.065656774, 0.101860404, 0.08894655, -0.060075074, 0.14363492, -0.10447328, -0.27426496, -0.19959188, 0.16687778, -0.09456175), target2);\n\ttarget2 = MulAdd(nh2 , MF4x4(-0.05424188, -0.16305181, 0.028440254, -0.013702167, -0.010122417, -0.13160124, 0.08733208, 0.111403994, -0.13586052, 0.016545279, 0.12953275, -0.01298413, 0.19755821, 0.029597677, 0.004327247, 0.093656704), target2);\n\ttarget2 = MulAdd(ni2 , MF4x4(-0.016224308, -0.020333769, 0.015944391, -0.044774864, 0.09308092, -0.06174809, 0.009493231, 0.00109714, 0.030341865, 0.0085925255, 0.023199126, 0.029012285, 0.050746094, 0.15161276, 0.053011492, -0.022610705), target2);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x16, Depth-to-Space\n//!IN INPUT, tex1, tex2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.0037637148, 0.003693704, 0.0034614028, 0.0033483643 };\n\ttarget1 = MulAdd(a1, MF4x4(0.009722335, -5.8660436e-05, -0.0069387504, -0.0052446183, -0.040276118, 0.0041334885, -0.013106614, -0.0047898176, -0.008160448, 0.011272557, -0.008908942, -0.015969492, 0.036588583, -0.0069453213, 0.03697349, 0.024233166), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.07749142, -0.0112727145, 0.064222045, -0.015094554, 0.0032031287, 0.03247034, -0.016756386, 0.023846423, -0.028618578, 0.02300731, -0.015894018, 0.037608027, 0.014199439, -0.043177396, -0.004832348, -0.05518754), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.008171211, -0.016406616, 0.04668373, -0.0020393482, -0.008888379, 0.001380358, -0.008963435, 0.0012900458, -0.030172894, -0.0017824832, -0.037534058, 0.000615256, 0.030373376, 0.002216906, 0.04730168, -0.0028000386), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.060749017, 0.006499037, -0.03925888, -0.043421242, 0.0014141012, -0.040274277, 0.020051334, 0.02141008, -0.0046555796, -0.032477897, 0.02811765, 0.014327698, 0.008681297, 0.044408746, -0.028984996, 0.00985357), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.22245905, 0.2221309, 0.21369153, 0.17244695, -0.16802068, -0.09160697, -0.13712268, -0.104401335, -0.18699472, -0.117237985, -0.13240008, -0.121350996, 0.027870163, 0.09320937, 0.07950856, 0.08880132), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.002709059, -0.0070304363, 0.10570918, 0.08184527, -0.014383472, -0.020202143, -0.0810668, -0.054163996, -0.018711304, -0.035145987, -0.098869935, -0.06942387, -0.011235106, 0.008683168, -0.02585752, 0.024761796), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.017611317, 0.033189557, 0.0014886355, 0.0063918163, 0.0033280635, 0.00871624, 0.018652624, 0.0072240643, 0.028240945, 0.027274653, -0.0044101775, 0.012503479, -0.009022953, -0.0037992215, 0.007457012, -0.0075594983), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.042642962, 0.061122447, -0.0661494, 0.046923082, 0.014721836, -0.07878182, 0.013244828, -0.047850955, 0.016932828, -0.07947459, 0.05953852, -0.007192553, -0.022235982, -0.026965706, -0.034282424, -0.007242096), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.012262586, -0.014608243, -0.0039572082, 0.045586918, 0.011789637, 0.00811699, 0.004699602, -0.032348834, 0.017336411, 0.00069143757, 0.000303623, -0.061924953, -0.0064005707, -0.0043993946, -0.008697915, -0.012118654), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.0012260727, 0.006306051, -0.004919151, -0.014706935, 0.06893623, -0.03855539, 0.0025126948, -0.013461133, 0.051023327, -0.015535766, -0.0125827445, -0.059677888, -0.0021585734, -0.019920474, -0.025212945, 0.017173553), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.014818789, -0.004695369, 0.11874947, -0.025116654, -0.010446815, -0.015087738, 0.060040206, -0.053225394, -0.059700467, -0.0084348805, 0.11633143, 0.01912765, -0.046732634, 0.02437617, 0.014276953, -0.017528424), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.03403683, 0.035661116, -0.05422196, 0.00086722866, 0.0069361166, 0.0030528181, 0.0011153776, 0.0040823813, -0.052100085, 0.016703505, -0.16275159, 0.019807467, -0.0046826405, -0.01290693, -0.00867241, -0.0074261916), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.091117546, 0.050540023, -0.018510593, -0.007402161, -0.1193577, 0.018770888, -0.011340929, -0.02110343, -0.032088384, 0.010691935, 0.004420295, -0.025953075, 0.047472738, 0.108008265, 0.007997121, -0.03855365), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.21882823, -0.18101972, 0.13662423, 0.3109504, -0.101242945, 0.3064065, -0.22530204, 0.2612257, -0.07345098, 0.31937975, -0.15872811, 0.23400135, -0.04057178, -0.11676629, -0.34227282, -0.18310128), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.01088255, 0.026722692, -0.0071181543, -0.07676996, -0.054152276, -0.08521186, -0.029249348, 0.005593179, 0.012496848, -0.055432145, 0.06396825, 0.056608576, -0.006908986, 0.018192623, -0.027572934, 0.03749799), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.00788736, 0.032808263, -0.0034198891, -0.01124656, 0.014423269, 0.058434688, 0.0139339, 0.0024755867, 0.042650267, 0.01773591, 0.017099075, 0.00094137667, 0.033293027, 0.008411577, 0.018532667, 0.016402127), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.0013495176, -0.05906597, -0.011892358, -0.04260839, 0.0040078545, -0.12263263, -0.005952629, -0.031151159, 0.009523005, -0.04784067, 0.07216081, 0.007988283, -0.010771301, -0.019751243, 0.017268918, -0.1053882), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.021729292, -0.006699109, -0.017977247, -0.008347603, 0.030392287, -0.035512295, 0.047333952, -0.061986152, -0.00917743, -0.023669569, -0.051791556, -0.057909377, -0.008901611, -0.010565621, -0.022557132, -0.06957076), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.096115954, 0.013176027, -0.046984393, -0.0064583416, -0.13834997, -0.024369081, 0.049557988, -0.013092948, 0.10623086, -0.0071193436, 0.025198812, -0.00963305, -0.051104847, 0.009814798, 0.0050332784, 0.0058091953), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.03568169, 0.01623718, -0.0020163557, 0.043042913, 0.027783269, -0.06342661, 0.10441675, 0.031614527, -0.17076227, 0.07228563, 0.04167568, 0.022664918, 0.0002446228, 0.01977757, -0.14741875, 0.03596493), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.028803155, 0.02343672, -0.037556753, 0.004386295, 0.023776755, -0.0024816473, 0.0017886858, -0.005105568, 0.008360341, -0.008270227, -0.12140172, 0.047693867, -0.03565588, -0.0082427105, 0.012581843, 0.0018308035), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.17737128, -0.23239174, 0.14191973, 0.0083567705, 0.022397157, -0.20152177, 0.076320365, 0.11157701, 0.005601583, -0.06157629, -0.060806494, 0.03030779, -0.17968388, -0.2081318, 0.051927045, 0.075377926), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.28773892, -0.26089972, -0.13325682, -0.46006975, 0.35241324, 0.29463127, -0.16573308, 0.022810405, 0.388681, -0.036075145, 0.2998638, -0.15629162, 0.14321181, 0.10493886, -0.052218314, -0.27016288), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.03584634, 0.006315728, -0.08617273, -0.024391597, -0.016952977, 0.022077272, 0.12980743, 0.04512367, 0.003348057, 0.0946866, 0.16312122, 0.13436604, -0.011872978, -0.031965427, 0.0024880085, 0.033216927), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.016087456, 0.043138605, -0.028770814, 0.0061788377, 0.024897626, 0.10882443, -0.036830436, -0.009145524, -0.057872005, 0.08097352, -0.024710376, 0.0068731857, -0.018163942, -0.04771538, 0.027653048, 0.01914395), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.011542096, -0.073137596, 0.09102133, 0.049714323, -0.06767178, 0.070273116, -0.010473078, -0.120707616, -0.026583942, 0.0730171, -0.08226194, 0.105516605, 0.018596884, 0.05840729, 0.04693975, 0.0863541), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.0127724055, 0.02520005, -0.028792456, -0.06910211, -0.019357776, -0.026941938, 0.05015806, 0.12642363, -0.01354065, -0.015913904, 0.009398767, 0.034318734, -0.0034223567, -0.0146218045, -0.0067832484, -0.010091871), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.02916006, 0.014765165, 0.004575115, 0.0110705905, 0.024664888, 0.003658985, 0.0073659574, 0.0013673811, 0.02650946, 0.014014751, 0.026595473, 0.01877218, 0.016845545, -0.0031619575, -0.011036392, -0.014638798), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.012505482, 0.0023665216, -0.010882385, 0.009143886, -0.030671602, -0.004167823, 0.003649345, -0.00058618153, -0.038002256, -0.0061475867, -0.017000455, -0.015222981, 0.0066633034, 0.013324137, 0.022223728, 0.015254626), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.019684946, -0.011194834, -0.011896193, -0.009636412, 0.0064974707, -0.018297167, -0.01162353, -0.00998448, 0.022304865, -0.0044090357, -0.0013151226, 0.009721475, -0.0029337434, 0.004208434, -0.008193774, 0.005379128), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.012884837, -0.057319585, -0.002133779, -0.005586696, -0.03216661, 0.0015534499, -0.004120608, 0.0040779933, -0.044278033, 0.005608415, 0.009365155, 0.04694537, 0.024845028, 0.04563515, 0.018941263, 0.011450428), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.008597113, -0.010005085, -0.050961174, -0.07333081, 0.016683497, -0.056169543, -0.032008786, -0.037104256, -0.01117272, -0.011676191, -0.09071649, -0.049224474, 0.20027469, 0.06436799, 0.1351019, 0.069967836), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.022842692, 0.005048976, 0.05957191, 0.026581423, 0.03748738, 0.074060254, 0.053102568, 0.046449862, -0.013734466, -0.01722293, 0.030430514, -0.02180546, 0.007762467, -0.006432996, 0.08406507, 0.034061644), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.0048395037, 0.012762459, -0.0033284645, -0.0041399547, 0.01828778, 0.0043085683, 0.0019289661, -0.012415563, -0.023572162, -0.050695065, -0.013481175, -0.029202301, -0.03678883, -0.022862522, -0.025002036, -0.010764412), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.0075783907, 0.016249755, 0.0178703, 0.021285253, 0.013031193, 0.025416559, 0.043989707, 0.04750125, 0.0203218, 0.00335042, -0.024657877, -0.05417159, 0.0012374326, 0.115263805, -0.035001434, 0.049407292), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.0059729964, 0.017706383, 0.0004603757, 0.024557583, -0.014231813, 0.0022323965, -0.030447725, -0.005866556, 0.02305865, 0.02982909, 0.0549823, 0.06747715, -0.01014364, 0.0030060427, 0.01640388, 0.056874502), target1);\n\n\tMF4 target2 = { -0.0009249668, -0.0010178088, -0.00041991958, -0.0005421036 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.009785077, -0.007310227, 0.00081595866, -0.01268686, -0.014665477, -0.003956759, -0.0011089307, -0.011515727, 0.024502382, 0.025206817, 0.004246777, -0.0016346163, -0.016379429, -0.013535791, 0.01541915, 0.0095333215), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.017734146, 0.014389035, -0.0008451403, 0.013272096, 0.045607757, 0.01522117, 0.00904139, -0.001765619, 0.024920683, -0.012100507, 0.014870539, 0.0018603726, -0.030391455, 0.00632375, -0.055296343, -0.009885172), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.0056769922, 0.0012991864, -0.014343983, 0.0073196087, 0.0061439234, -0.0009862045, 0.0323433, 0.0018582975, -0.00815158, -0.008821831, 0.016262496, -0.014280032, 0.024239268, 0.015745653, 0.016698766, 0.014503724), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.039872967, -0.013257727, 0.055065673, 0.034231152, 0.086550154, 0.034081027, 0.045879394, 0.049891002, -0.011800151, -0.011743562, -0.015092318, -0.009334671, -0.017342495, -0.014658795, 0.014266523, 0.035314754), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.050990034, -0.06219798, -0.047669213, -0.07189862, -0.04856067, 0.031102043, 0.001354821, 0.01903025, 0.0037901315, 0.07694083, -0.016825065, 0.009997132, -0.18629807, -0.12768792, -0.104768254, -0.11861362), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.017904822, 0.0042992756, 0.016748125, -0.025035992, -0.003724865, -0.0031921281, -0.019930473, 0.017328225, 0.024588963, 0.010205262, 0.04149686, 0.06978651, -0.022708472, -0.0057800277, -0.11644439, -0.06476094), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.02426752, -0.0034115477, -0.0015359819, 0.026405398, -0.013942422, 0.034148987, -0.009329464, -0.005556865, 0.010035298, 0.0042479886, -0.0045719417, -0.007970587, 0.0048700697, -0.0031006113, 0.005171075, 0.0020327016), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.0015553721, -0.006999807, -0.027763836, -0.03493009, 0.0047000614, -0.034220867, 0.0021388065, 0.004188802, -0.007897541, -0.025793487, 0.017545879, 0.0013863312, 0.042826407, -0.050083816, 0.037378658, -0.011360738), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.007821516, -0.0034771548, 0.00051019643, 0.017586451, 0.01144453, 0.012032973, 0.0025295757, -0.011105711, 0.009102745, 0.015189803, -0.00083253905, -0.0025097867, -0.008002886, -0.020810502, -0.00023807488, -0.04825592), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.005066405, 0.017425792, -0.0004840731, -0.0009944261, 0.07663847, -0.04755453, 0.004607992, -0.020050947, 0.021402068, -0.034427766, -0.0130948955, -0.042138048, 0.015383988, -0.0085578235, -0.036823586, 0.001125214), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.024459356, -0.019538784, 0.13201334, -0.025238393, -0.009611914, -0.017932015, 0.06330252, -0.05036921, -0.09405187, 0.0016108088, 0.07035366, -0.026231728, -0.036375783, 0.047566332, 0.033421457, 0.011572374), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.03742729, 0.03181365, -0.05451164, -0.009032132, 0.017350135, -0.011311124, 0.0147211, -0.01298328, -0.011024085, 0.028534293, -0.12944345, 0.07152882, 0.005176979, -0.00048127733, -0.0063332263, -0.0034040876), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.06455105, 0.033970848, -0.04488856, -0.027959615, -0.094514206, 0.033421617, 0.031325165, 0.0088970335, -0.031805996, 0.007078957, 0.008114225, -0.017701747, 0.048437405, 0.12445195, 0.02138049, -0.017392302), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.21116845, -0.17855385, 0.12160961, 0.32197994, -0.14490715, 0.2886178, -0.28124997, 0.21847156, -0.04988429, 0.32125694, -0.118747145, 0.26057142, -0.045630034, -0.1453716, -0.3682217, -0.22081932), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.0057057277, 0.03872448, 0.020275556, -0.05959739, 0.0150841605, -0.02288727, 0.033048235, 0.08510421, 0.01309789, -0.050875448, 0.051518645, 0.041827686, -0.028529504, -0.0015568004, -0.023128182, 0.03178304), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.0016438053, 0.028251547, 0.0003874817, -0.021485088, 0.008020942, 0.052520994, 0.009027988, 0.004729575, 0.026685065, 0.008003427, 0.013078419, -0.008256319, 0.022743277, -0.001293671, 0.018562315, 0.016649859), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.013438089, -0.049052995, 0.0060880547, -0.044865325, 0.031890247, -0.102749884, 0.0047795745, -0.028551944, -0.018443404, -0.061510604, 0.031782348, -0.0005923042, 0.014257579, 0.010379952, 0.02929872, -0.090405114), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.009318741, -0.0061841, -0.02420737, 0.0018885462, 0.022010826, -0.023001686, 0.035959963, -0.057635445, 0.012495818, -0.008206369, -0.026234211, -0.04719263, 0.0057711657, -0.003004966, 0.0046920753, -0.041684203), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.050602015, 0.021741746, -0.059019636, -0.008416951, -0.1789153, -0.01835426, 0.03100039, -0.017736796, 0.09091737, -0.026542341, 0.010933376, -0.031898204, -0.015792761, 0.013789206, 0.031699985, 0.018964434), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.099863164, -0.01637541, 0.083744444, 0.011983074, 0.013478042, -0.04780451, 0.08646149, 0.050255097, -0.22476238, 0.11746969, 0.038574144, 0.069615066, 0.047265753, -0.03212485, -0.12651724, -0.0065722666), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.026888395, 0.0053314343, -0.0018114679, -0.007841625, 0.00037234774, -0.005450839, -0.03730409, -0.00441375, -0.014338566, 0.002887282, -0.19375902, 0.06374498, -0.033998128, -0.03480894, 0.061709825, -0.016935369), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.18882285, -0.19729713, 0.064650975, -0.07342598, -0.039107442, -0.28614163, 0.081506595, 0.111678764, -0.0019596675, -0.071805045, -0.019774346, 0.055490687, -0.1405711, -0.16753702, 0.031397972, 0.054546997), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.007561914, 0.0010002917, 0.12623467, -0.17501056, 0.22664371, 0.2080332, -0.3194733, -0.1065412, 0.21299458, -0.23856679, 0.17237303, -0.2863369, 0.35997602, 0.354653, 0.15091361, -0.07142766), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.02403396, 0.0037063402, -0.004992154, 0.047530055, -0.03227084, -0.0055595553, 0.06554937, -0.025955811, -0.03792351, 0.041418597, 0.04285587, -0.0118592, 0.00012291886, -0.013734975, 0.07748641, 0.14016038), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.015037119, 0.058259863, -0.020877289, -0.0059153647, 0.04133679, 0.108832926, -0.026314106, -0.0010898053, -0.057873078, 0.07802038, -0.029681025, 0.020011986, -0.03940851, -0.038397703, 0.013701823, 0.01657068), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.016823404, 0.007905321, 0.034658395, 0.09977579, -0.05916761, 0.004779212, 0.018820778, -0.15795219, -0.013125517, 0.021101758, -0.055992976, 0.08024182, -0.04333755, 0.070356764, -0.030624833, 0.09123745), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.007931201, 0.0069976873, -0.016831044, -0.027368804, -0.03332386, -0.041667387, 0.04094055, 0.095304705, -0.006027611, -0.019209528, -0.0008929939, -0.017201519, 0.005464988, 0.0038448595, -0.01248845, 0.008877873), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.042160366, 0.0036025376, -0.008628986, -0.005607383, 0.028637825, 0.005296032, -0.0004143198, 0.008265197, 0.033176135, 0.014727739, 0.0145593295, 0.011159069, 0.00833305, -0.0025515268, -0.00015546188, 0.002805437), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.016752163, 0.013423374, -0.018342504, 0.013459657, -0.038428728, -0.005804395, 0.019692563, -0.005745392, -0.030070104, 0.01058409, 0.003989377, 0.0074200635, -0.01936366, -0.01608809, 0.0071134195, -0.0038598357), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.018000437, -0.0121247275, -0.01288339, -0.0060898345, -0.006138964, -0.0035810755, -0.03902352, 0.002276941, 0.0032195079, -0.02730975, -0.011268412, -0.0036179612, -0.004836894, -0.0015986725, -0.019751905, -0.0071931942), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.014426659, -0.05161329, 0.019196855, 0.002317663, -0.055477437, -0.007086505, -0.04151144, -0.027518485, -0.027440753, 0.003857541, -0.002143262, 0.013090804, 0.015745236, 0.021075105, 7.93909e-06, -0.009694458), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.0025894733, -0.017304689, -0.03299281, -0.0754248, 0.03428733, -0.03397887, 0.0108591765, 0.021311574, -0.04203291, -0.019728655, -0.09826257, -0.046157785, 0.22522739, 0.086717755, 0.15654634, 0.08489247), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.008495083, 0.00074552774, 0.038054205, 0.013044046, -0.027891211, 0.003249458, -0.018353004, -0.035205863, -0.010195661, -0.008145831, 0.014239584, -0.019779535, 0.011452498, 0.004117014, 0.08403766, 0.04357078), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.00020427872, 0.026861027, -0.01047743, 0.0034385168, 0.015686916, 0.00038722693, 0.0017860534, -0.021630246, -0.0084784245, -0.022648407, -0.0050631054, -0.016437376, -0.026458954, -0.011239073, -0.01145464, -0.0058855377), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.0012052609, 0.009248192, 0.008875674, 0.03043022, 0.012489936, 0.019402692, 0.0378006, 0.05519605, 0.029059285, -0.0072894073, 0.0014154738, -0.03802288, -0.02321437, 0.09558396, -0.0550932, 0.036936663), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.010010094, 0.012796987, 0.0025080708, 0.013876455, -0.00536739, -0.016932324, -0.012128944, -0.0241354, 0.0077782627, 0.01584833, 0.033727348, 0.039302748, -0.026609577, -0.0062910756, -0.011042692, 0.031207075), target2);\n\n\tMF4 target3 = { -0.0021447246, -0.0025527438, -0.0016466968, -0.0020245572 };\n\ttarget3 = MulAdd(a1, MF4x4(-0.01766077, -0.017591428, -0.0038036762, -0.023304595, -0.012525157, -0.0058148014, -0.0030130956, -0.011804012, 0.030511979, 0.028687771, 0.007858589, 0.004475508, -0.02585795, -0.01785211, 0.0053741997, 0.00074623496), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.040601525, 0.016486213, -0.01966552, 0.014969501, 0.05400945, 0.019022502, 0.0149923405, -0.0017570893, 0.040684238, -0.009271634, 0.026908487, 0.002365157, -0.03371985, 0.00928091, -0.058665182, -0.0047038617), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.0034900296, 0.0028777388, -0.02543823, 0.005724228, 0.012073974, 0.0043754885, 0.04109826, 0.008040286, -0.00049979525, -0.0063444753, 0.030565983, -0.009352674, 0.01949427, 0.014168137, 0.009640578, 0.011481213), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.026645018, -0.02211462, 0.06119815, 0.039082125, 0.09945218, 0.042240527, 0.054267537, 0.04693634, -0.004510591, -0.0041247807, -0.012629442, -0.008053095, -0.025141539, -0.025081929, 0.011338651, 0.029372308), target3);\n\ttarget3 = MulAdd(e1, MF4x4(-0.102688424, -0.11533188, -0.09621349, -0.116714895, -0.025504943, 0.05013811, 0.024331303, 0.03946124, 0.026381869, 0.1011479, -0.0017481856, 0.027152762, -0.18783632, -0.13439077, -0.112003446, -0.12810163), target3);\n\ttarget3 = MulAdd(f1, MF4x4(0.010783576, -0.00025257064, -0.0075445045, -0.04681932, -0.0021722934, -0.005758047, -0.0110701695, 0.023468157, 0.036986902, 0.023351438, 0.063143626, 0.09269854, -0.025713218, -0.011750105, -0.11722637, -0.07038934), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.026961634, -0.015106367, -0.0034014166, 0.02482031, -0.013892242, 0.04203608, -0.008226002, 0.004619446, 0.012888606, 0.010721662, -1.3880494e-05, -0.0033224574, 0.006727405, -0.0035630877, 0.0021499102, -0.00091816986), target3);\n\ttarget3 = MulAdd(h1, MF4x4(0.0016877668, -0.02695227, -0.023388471, -0.053411417, 0.006777518, -0.024251794, 0.0015210172, 0.010034961, -0.00795588, -0.01645489, 0.012691467, 0.0061330614, 0.054507505, -0.041002143, 0.048495438, -0.004843492), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.0159168, -0.013163069, -0.0091357315, 0.0011109188, 0.022993349, 0.025777856, 0.013487494, 0.00304372, 0.014121591, 0.02415322, 0.006453722, 0.010679647, -0.00626483, -0.017908117, 0.0063728937, -0.04091484), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.0026799496, 0.0154166315, -0.0037383793, -0.002577431, 0.073905826, -0.043148544, 0.011774636, -0.016023275, 0.0099145975, -0.04718069, -0.013578048, -0.04220935, 0.018033838, -0.0025958812, -0.029762078, 0.0034059538), target3);\n\ttarget3 = MulAdd(b2, MF4x4(-0.03239311, -0.025743088, 0.1116615, -0.027325295, -0.014691433, -0.013614988, 0.05034416, -0.04294835, -0.11013415, -0.014086726, 0.048601545, -0.04762435, -0.01944709, 0.054276068, 0.04073586, 0.019288493), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.027851144, 0.014083208, -0.06432852, -0.024642657, 0.021185134, -0.015441491, 0.018058551, -0.017353412, -0.018814132, 0.026259383, -0.14238997, 0.06301044, 0.007324441, 0.00494394, 0.00020533071, 0.0024405916), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.06092095, 0.025730716, -0.042129956, -0.026382709, -0.08284398, 0.03344148, 0.038016047, 0.0137958275, -0.025555719, 0.008199355, 0.0070835026, -0.01420561, 0.0493976, 0.121205755, 0.026178997, -0.006300481), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.18660638, -0.1658202, 0.116562665, 0.29287666, -0.13814074, 0.2658047, -0.270531, 0.19597577, -0.04692207, 0.28904793, -0.09829146, 0.24158104, -0.03946344, -0.12598358, -0.3361825, -0.19800447), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.020092675, 0.049266458, 0.03696139, -0.046251137, 0.029122403, -0.008378672, 0.044602558, 0.092563495, -0.0036082428, -0.072675824, 0.030523287, 0.006169521, -0.031133244, -0.011250458, -0.026590217, 0.023079094), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.007384019, 0.031913586, 0.002072675, -0.019807052, 0.010384438, 0.050076224, 0.010438329, 0.009595051, 0.022497892, 0.012009176, 0.009222753, -0.008563874, 0.017106988, -0.003105622, 0.01070336, 0.011805944), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.017091183, -0.035133313, 0.012425838, -0.03395959, 0.03418688, -0.10616231, 0.0101681305, -0.03682252, -0.016497994, -0.05231084, 0.025178006, 0.008926557, 0.025942912, 0.019970346, 0.03534238, -0.07596637), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.007215777, -0.0006424821, -0.020822426, 0.011314772, 0.0183502, -0.015352454, 0.02972497, -0.053287935, 0.024020335, -0.006380922, -0.008620774, -0.041896872, 0.021631774, 0.013320375, 0.024711635, -0.020357909), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.033131246, 0.027936278, -0.047840517, 0.0019488486, -0.17501047, -0.0178374, 0.02549812, -0.019010937, 0.079489246, -0.027291514, 0.004313802, -0.03478066, -0.004887971, 0.019281879, 0.04073947, 0.022658588), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.110482916, -0.021340236, 0.09848104, 0.0034104201, 0.0032655075, -0.04557326, 0.07156056, 0.045965493, -0.22822224, 0.115162075, 0.027745042, 0.07251069, 0.05100454, -0.034554593, -0.11214564, -0.009064197), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.017621655, 0.01024623, 0.009554872, -0.00078690174, -0.0069463328, -0.014670676, -0.041410644, -0.007414249, -0.031177497, -0.007517117, -0.20814678, 0.049873244, -0.02482445, -0.031338003, 0.06920326, -0.015171424), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.18918292, -0.15450309, 0.05504167, -0.061840136, -0.057958793, -0.28908864, 0.06820344, 0.09923399, -0.008387437, -0.075379215, -0.01747373, 0.048925415, -0.13222353, -0.15354146, 0.022480693, 0.04943612), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.0469381, 0.05393423, 0.1681062, -0.10543653, 0.17948511, 0.16570628, -0.33344334, -0.13197891, 0.16509773, -0.26174626, 0.13757275, -0.29244694, 0.35424834, 0.35368237, 0.156861, -0.04775442), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(0.026892537, 0.0075510717, 0.015918663, 0.06070227, -0.02288592, 0.0027507204, 0.05279965, -0.03042772, -0.044760384, 0.0234673, 0.01604264, -0.04277388, 0.0011313064, -0.0052253264, 0.08374709, 0.14929597), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.016119812, 0.061383534, -0.013537205, -0.0017921093, 0.043676157, 0.09811408, -0.015655283, 0.0007943268, -0.053843908, 0.069290705, -0.028319253, 0.020141726, -0.038996387, -0.03628716, 0.012679114, 0.015012319), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.02019775, 0.022393003, 0.020688228, 0.10277296, -0.06365119, -0.015666502, 0.012721399, -0.16204305, -0.0037819904, 0.012113873, -0.040969223, 0.069086574, -0.052415807, 0.060331605, -0.04201384, 0.07953157), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.0019123453, 0.012750492, -0.007235785, -0.01268919, -0.038674437, -0.043993857, 0.028753003, 0.07664717, -0.015077012, -0.027486047, -0.011141094, -0.030269727, 0.0016567699, -0.003331901, -0.021631587, -0.00040226072), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.03769701, 0.0045639244, -0.0069983527, -0.0064906892, 0.03318896, 0.011733902, 0.0023203227, 0.013374876, 0.037507236, 0.018019466, 0.013330661, 0.009231364, 0.00018865235, -0.005706915, -0.00011657552, 0.0038968239), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(0.022072105, 0.019486066, -0.013029048, 0.017470635, -0.03662149, -0.011397823, 0.02397534, -0.008561204, -0.026196644, 0.01626692, 0.011886567, 0.021061733, -0.03310679, -0.025446283, -0.006469576, -0.010118362), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.014853227, -0.0062806485, -0.005624992, 0.0017175867, -0.007843849, 0.0008925535, -0.041000694, 0.0049381475, 0.0019743184, -0.035099152, -0.01074269, -0.0128827905, -0.010841019, -0.0093286475, -0.030476939, -0.018505717), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.016344415, -0.04647131, 0.021242643, 0.004836572, -0.061090752, -0.006488986, -0.050970413, -0.029668579, -0.015889898, 0.010811246, 0.0018357672, 0.012481409, 0.008317143, 0.009978102, -0.0015472731, -0.011174326), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(-0.004087798, -0.01634328, -0.031607483, -0.068488315, 0.038035624, -0.02797923, 0.017972443, 0.029961389, -0.029277585, -0.015558678, -0.08634699, -0.039436456, 0.19870138, 0.06507983, 0.130592, 0.059745777), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.0028183246, -0.008089249, 0.02188247, 0.0049699014, -0.03830487, -0.0079993615, -0.028960107, -0.045729056, 0.0021651732, 0.010072074, 0.031335246, 0.0012719089, 0.015795005, 0.011290197, 0.08071912, 0.04273827), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.0011167483, 0.024682038, -0.009224286, 0.005520499, 0.014198537, -0.0032909375, 0.0005767499, -0.02676088, -0.0019766665, -0.015222206, -0.00080782827, -0.011807755, -0.02560086, -0.015391911, -0.008948504, -0.0062184683), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(-0.009399661, -0.0019192873, 0.000261681, 0.020112153, 0.0077712294, 0.019477246, 0.030144244, 0.053777162, 0.030650103, 0.0021887033, 0.0092345085, -0.029658241, -0.03723785, 0.073152155, -0.058525253, 0.0230170564), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.012911211, 0.010375983, -0.00055489264, 0.005504194, -0.004187377, -0.02239082, -0.008734182, -0.027458502, -0.005602922, 0.009588401, 0.015889015, 0.036346428, -0.038325973, -0.018252429, -0.02944341, 0.01149068), target3);\n\n\tfloat2 outputPt = GetOutputPt();\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(MF3(target1.x, target2.x, target3.x) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.y, target2.y, target3.y) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(MF3(target1.w, target2.w, target3.w) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.z, target2.z, target3.z) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_Denoise_S.hlsl",
"content": "// Anime4K_Upscale_Denoise_CNN_x2_S\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Upscale%2BDenoise/Anime4K_Upscale_Denoise_CNN_x2_S.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_Denoise_0\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS1(MF3 src[4][4], int i, int j) {\n\tMF4 result = { -0.004601904, -0.0030944077, 0.14569537, -0.016794242 };\n\tresult = MulAdd(src[i - 1][j - 1], MF3x4(6.5515305e-05, 0.09565814, -0.0022499533, 0.14627136, -0.0065872427, 0.1441769, 0.17772098, 0.16298898, 0.03727593, 0.02010636, 0.013131043, 0.07891907), result);\n\tresult = MulAdd(src[i - 1][j], MF3x4(0.029612074, -0.01204274, 0.07698074, 0.3855172, 0.0045466167, -0.0859741, 0.26930287, 0.67549795, -0.036623597, 0.051749162, -0.04714053, 0.16092339), result);\n\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.030328937, -0.15884648, 0.0082092965, -0.05052196, 0.041409027, -0.23017453, 0.31568366, 0.05136558, -0.0106390705, -0.12503141, -0.07030922, -0.08512375), result);\n\tresult = MulAdd(src[i][j - 1], MF3x4(0.059616547, -0.12322959, 0.058520414, -0.039292034, 0.08059592, -0.22441447, 0.15380386, -0.17675085, -0.009270574, 0.034731936, -0.048767723, 0.025933916), result);\n\tresult = MulAdd(src[i][j], MF3x4(-0.4495482, 0.37551787, -0.4227873, -0.4890034, -0.9007091, 0.7524192, -1.271679, -0.68366605, -0.07302573, 0.09378561, 0.010367829, -0.24593607), result);\n\tresult = MulAdd(src[i][j + 1], MF3x4(0.12684742, -0.11042779, 0.01793761, 0.06982078, 0.12901784, -0.10123104, -0.2129385, -0.15062876, 0.019824497, -0.015181707, 0.070795976, 0.13549626), result);\n\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.036070887, -0.2733308, 0.05836442, -0.06817092, -0.08980838, -0.514616, 0.2965783, 0.103823625, -0.015213521, -0.16376303, 0.0017071419, -0.0922202), result);\n\tresult = MulAdd(src[i + 1][j], MF3x4(-0.053406045, 0.011273207, -0.05544644, 0.09432561, -0.04143601, -0.0783786, -0.39899537, 0.040322974, -0.046442945, 0.052499074, 0.03397099, 0.05516481), result);\n\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.35976252, 0.197882, 0.031213427, -0.02211337, 0.7940331, 0.327452, 0.30120966, 0.03181121, 0.13782893, 0.060073618, -0.00940469, -0.0358819), result);\n\treturn result;\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (uint i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\ttex1[gxy] = A4KS1(src, 1, 1);\n\t++gxy.x;\n\ttex1[gxy] = A4KS1(src, 2, 1);\n\t++gxy.y;\n\ttex1[gxy] = A4KS1(src, 2, 2);\n\t--gxy.x;\n\ttex1[gxy] = A4KS1(src, 1, 2);\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS2(MF4 src[4][4], int i, int j) {\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\n\tMF4 result = { 0.022899346, 0.033619333, 0.030674957, -0.017047008 };\n\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.103708945, -0.050891697, -0.2067834, -0.033582103, -0.08676132, 0.15528207, -0.10070597, -0.13641205, 0.030959459, 0.12798834, -0.058627255, -0.008511715, 0.023304658, -0.027084433, 0.120355256, -0.023104342), result);\n\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.0550643, -0.26851672, 0.11073926, 0.21989855, 0.012853378, 0.028077757, 0.073306665, -0.04551125, 0.16005373, -0.018154016, -0.12347146, -0.07590073, -0.10193998, 0.084696375, 0.04041413, -0.030883553), result);\n\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.04816972, 0.0804637, 0.0071406, -0.08482986, 0.11176785, 0.060121994, -0.047804814, -0.036170192, 0.01989302, -0.12537469, -0.16283676, 0.19132937, -0.052577138, -0.005143432, 0.045614418, 0.04198543), result);\n\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.33660156, 0.036350835, -0.4623589, -0.04140598, 0.2436438, -0.044735093, 0.20876355, -0.004252532, 0.81046224, -0.18550895, 0.32743093, 0.109012894, -0.34675312, -0.03464997, -0.09489919, -0.07961427), result);\n\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.08862038, -0.8168393, 0.03584266, 0.32159033, 0.06634099, 0.2985745, -0.18204363, -0.016070427, 0.35503992, 1.1388919, 0.16171643, -0.63834023, -0.0037699202, -0.27919513, -0.20949292, 0.03270466), result);\n\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.021701936, -0.04537874, -0.05514495, 0.23225744, 0.024968185, 0.1816845, 0.03485249, -0.28249854, -0.37759346, -0.3225813, 0.021595621, 0.17104608, -0.0044055753, 0.01621266, -0.015169225, 0.08956203), result);\n\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.033255238, -0.110517226, 0.10664505, 0.019566126, -0.0695305, 0.059743922, -0.19161415, -0.024217626, -0.08578889, -0.16358584, -0.23050265, -0.004697784, -0.060790297, 0.1174991, 0.08205285, -0.011846926), result);\n\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.6119327, 0.0791928, -0.118774265, 0.42233524, -0.16248553, -0.017692063, 0.13530938, -0.3207985, -0.147722, -0.24525681, 0.05243329, -0.38583818, 0.5147888, -0.072632834, -0.6014986, 0.26713687), result);\n\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.23735437, -0.032110002, 0.17445332, -0.3272264, 0.020623574, 0.26734766, -0.16806662, 0.0796467, -0.34921628, 0.016648084, -0.14200358, 0.59190625, 0.13177821, 0.11139572, -0.14972521, -0.16784541), result);\n\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.047283772, -0.003196778, 0.44890094, 0.14619343, -0.17113213, -0.068454474, 0.07681565, -0.04306807, -0.0022641511, -0.20954822, 0.0344229, 0.014815744, -0.010632933, 0.13355999, -0.0860752, -0.069001146), result);\n\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.11664345, 0.099102855, 0.1642523, 0.047408774, 0.038490184, 0.16064398, -0.08694127, -0.2149453, -0.1413128, -0.06531084, -0.10105762, 0.19743964, 0.10458527, -0.04133969, 0.1425028, -0.01328308), result);\n\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.0138432095, -0.20053013, 0.079355195, 0.273772, 0.05484276, 0.13891658, 0.16240036, -0.25245088, 0.011192391, 0.104164094, 0.08112111, -0.250435, -0.0559613, -0.031029798, -0.015725998, 0.09240792), result);\n\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.18754779, -0.33171803, 0.34917468, 0.29074225, -0.37954012, 0.20898043, -0.24973525, -0.13707505, -0.31585664, 0.13607393, -0.29118514, 0.015055187, 0.18549949, -0.06351915, 0.2823401, -0.00019733967), result);\n\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.10060476, 0.2883022, -0.15810104, -0.041112892, 0.31050095, 0.18517002, 0.020033397, -0.35919502, -0.17903808, -0.43506318, -0.14783014, 0.20092726, -0.002020754, 0.13320895, 0.040995706, 0.052643474), result);\n\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.014892139, 0.005828587, 0.044784732, -0.27272886, 0.21069369, 0.044396695, -0.03411123, 0.031441864, 0.17224072, 0.1708587, -0.00729118, -0.13070418, -0.19128975, -0.09342688, -0.051133234, -0.089075714), result);\n\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.08799108, 0.04157696, -0.15010124, 0.26832178, -0.0040120087, 0.040308744, 0.17632529, -0.09464763, 0.07786305, 0.038288828, 0.40799135, 0.037377868, -0.049877923, -0.25080636, 0.00068664295, 0.0013101585), result);\n\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.0353459, -0.21445732, 0.112647906, -0.3513759, 0.16887255, 0.3224789, -0.17073384, 0.10875396, 0.18919177, 0.14288992, 0.07364533, 0.20205943, -0.34363645, -0.3520186, 0.6763608, -0.19051236), result);\n\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(-0.032245517, 0.039594565, -0.11825768, 0.16509856, 0.11749939, -0.005166539, 0.10740687, -0.3794017, 0.12722437, 0.14066173, 0.08025407, -0.34773758, -0.027300838, -0.08963159, 0.29774833, 0.053532287), result);\n\treturn result;\n}\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (uint i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\ttex2[gxy] = A4KS2(src, 1, 1);\n\t++gxy.x;\n\ttex2[gxy] = A4KS2(src, 2, 1);\n\t++gxy.y;\n\ttex2[gxy] = A4KS2(src, 2, 2);\n\t--gxy.x;\n\ttex2[gxy] = A4KS2(src, 1, 2);\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x8\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS3(MF4 src[4][4], int i, int j) {\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\n\tMF4 result = { 0.04921464, -0.0011432811, 0.062071066, -0.06594219 };\n\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.0714004, -0.0545495, -0.050848898, 0.04724593, 0.2214181, 0.26353878, 0.07314053, -0.18771721, 0.06282607, -0.03720548, 0.020577375, -0.08951135, 0.40820515, 0.012179098, 0.52947706, -0.48448065), result);\n\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.10311368, -0.10970221, 0.07008208, -0.07143153, 0.073753305, 0.03786335, -0.4312538, -0.17680745, -0.15527713, -0.06711554, -0.21828765, 0.27252844, -0.0025433605, 0.31595528, -0.06065309, 0.059542265), result);\n\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.036736265, 0.08704119, -0.06530063, 0.04546563, 0.010335546, -0.040761005, -0.021500558, 0.104531065, 0.094652064, -0.05088704, 0.14768088, -0.08585825, 0.057680476, 0.09885713, 0.18074304, -0.14277679), result);\n\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.04810641, -0.01735864, -0.06405213, 0.04889552, -0.011552542, -0.04617259, 0.023976233, 0.27587202, -0.117965676, -0.07052052, -0.030583147, -0.036600694, -0.08542387, -0.053850796, 0.27242282, -0.73792183), result);\n\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.1340838, 0.1256252, -0.040528856, 0.13554344, -0.13733707, -0.14641404, 0.42666963, -0.4933124, -0.34908, 0.054332364, -0.2768947, 0.44689894, 0.42182985, -0.027279109, -0.17136064, -0.009496184), result);\n\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.075086355, -0.025501372, 0.02172236, -0.052761186, -0.055753034, -0.028023237, -0.08829973, 0.14333946, 0.062496934, 0.034493748, 0.17640088, -0.084869936, 0.21283653, 0.1184779, 0.0016387368, -0.1498814), result);\n\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(0.054841094, 0.040639404, -0.025044259, -0.071105786, -0.07473824, -0.04719771, 0.016553668, -0.10028357, 0.009365985, -0.0133521445, 0.022320358, -0.09318326, 0.17342545, 0.19281831, 0.16737404, -0.09583887), result);\n\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(-0.03950585, 0.091417804, -0.021395942, 0.08735149, -0.029363452, -0.04763804, -0.1430701, 0.15344201, -0.006604305, 0.05897304, -0.13595524, 0.083323576, 0.008187976, 0.12946083, 0.14983748, -0.08178542), result);\n\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.00046765045, -0.07914878, 0.03529457, -0.007752294, -0.10084779, -0.1531338, -0.1408283, 0.20638838, 0.01466853, -0.059309185, -0.11161097, 0.08481583, 0.090416916, 0.081118226, 0.08677104, -0.20095336), result);\n\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.3200496, -0.049090706, 0.11554867, -0.11949655, -0.18064958, 0.0012254696, -0.032284267, 0.00076361356, -0.13239916, -0.13838826, -0.20345089, 0.00692921, -0.2271236, -0.07132879, -0.097703665, 0.29881954), result);\n\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.4095371, 0.3008338, -0.43109173, -0.495734, 0.15016843, -0.3890023, 1.0669806, -0.20876339, -0.32241493, -0.10387533, -0.018227777, 0.1349976, -0.0019588785, -0.19263229, 0.38952798, 0.08135965), result);\n\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(0.01517036, -0.51562387, -0.13939962, -0.23287989, 0.09597558, 0.017624658, 0.16989397, -0.09395267, -0.29612765, 0.11843327, -0.07493133, 0.14523852, 0.040488124, 0.016568637, 0.10204776, -0.13137013), result);\n\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.1512155, -0.12732185, 0.08002965, 0.024762904, 0.05106389, 0.011125884, -0.043196492, -0.17617282, 0.09791206, 0.120643355, 0.075500526, 0.10948051, 0.04969893, -0.20776172, -0.06905779, -0.20245977), result);\n\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.41836104, -0.82896453, -0.20962712, 0.7804863, 0.17322528, 0.53994787, -0.18730208, -0.021233026, 0.7417944, -0.4544313, 0.23165174, -0.63969344, 0.09383021, -0.046137553, -0.07796646, 0.11413524), result);\n\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.32532063, 0.09456587, 0.43708017, -0.40595353, 0.061229162, 0.006663704, -0.19821976, 0.07661682, -0.21427135, 0.17748164, -0.31958643, 0.3883502, 0.068938896, 0.022886515, 0.022923468, -0.04269318), result);\n\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.23775512, 0.04026384, 0.12276414, -0.2545085, 0.0894177, 0.115443565, 0.029124375, 0.08887401, -0.0057824687, 0.017655179, -0.025270017, -0.06643964, 0.01316084, 0.024039604, 0.034566984, -0.12682836), result);\n\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.036596492, 0.22772355, -0.05508538, -0.18005793, -0.06432669, -0.037058707, 0.2718052, -0.10313161, 0.016055575, 0.051271006, -0.038919963, -0.036601298, -0.019457681, 0.03805731, 0.03252896, -0.07179724), result);\n\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.15046261, 0.13090402, -0.023847125, -0.039356075, 0.045424663, -0.20594294, 0.2154043, -0.18429665, -0.07969159, 0.08719893, -0.057626463, 0.08344988, -0.018651528, 0.047302175, 0.060727824, -0.035960387), result);\n\treturn result;\n}\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (uint i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\ttex1[gxy] = A4KS3(src, 1, 1);\n\t++gxy.x;\n\ttex1[gxy] = A4KS3(src, 2, 1);\n\t++gxy.y;\n\ttex1[gxy] = A4KS3(src, 2, 2);\n\t--gxy.x;\n\ttex1[gxy] = A4KS3(src, 1, 2);\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x8, Depth-to-Space\n//!IN INPUT, tex1\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS4(float2 pos) {\n\tfloat2 inputPt = GetInputPt();\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 result = { -0.0031417734, -0.002754766, -0.004053268, -0.003937834 };\n\tresult = MulAdd(max(a, 0), MF4x4(-0.04508749, 0.00222134, 0.013338363, -0.0067310617, 0.099346675, 0.05804196, 0.018694466, -0.008126048, 0.007771997, -0.0072556734, -0.008293339, 0.001518462, -0.06296499, -0.064195156, 0.0727399, 0.044078834), result);\n\tresult = MulAdd(max(b, 0), MF4x4(0.20800652, -0.016071903, -0.08095607, -0.03472411, -0.20690396, 0.061331827, -0.10627648, 0.12838624, 0.036534917, -0.006113497, 0.029266752, -0.002263159, 0.2937966, -0.05544609, 0.14546311, -0.01290958), result);\n\tresult = MulAdd(max(c, 0), MF4x4(0.07792222, -7.288649e-05, 0.2800036, 0.019709835, -0.010950291, 0.021879988, 0.037608813, 0.055267945, 0.018646395, -0.016691998, 0.03787624, -0.006547077, 0.03214097, -0.018541625, 0.12142825, -0.070806496), result);\n\tresult = MulAdd(max(d, 0), MF4x4(-0.009798109, -0.06606263, 0.0010101331, 0.009924258, -0.10272075, -0.07983353, 0.028398676, 0.04967719, 0.12467993, 0.06775066, 0.017111637, 0.012814711, 0.0031143876, -0.0902014, 0.11242646, 0.076476306), result);\n\tresult = MulAdd(max(e, 0), MF4x4(0.07650971, 0.35096344, 0.0612814, 0.06036218, 0.253547, -0.0460987, -0.11145313, -0.48844674, -0.050644107, 0.038706005, 0.19390784, 0.035322774, -0.010191005, 0.58071, -0.2856661, -0.009533105), result);\n\tresult = MulAdd(max(f, 0), MF4x4(-0.071486905, -0.036179904, -0.07303894, 0.19301178, -0.11499898, -0.024847068, -0.0027055284, 0.20373714, -0.09671404, -0.020897992, -0.25572056, -0.008931707, -0.13582602, -0.006546881, -0.16154496, 0.26454738), result);\n\tresult = MulAdd(max(g, 0), MF4x4(0.005463064, 0.006769753, 0.0039625713, 0.014121269, -0.068200685, -0.057850275, 0.008622973, 0.061149873, 0.017436448, 0.11660872, -0.02994459, 0.008590145, -0.03223439, 0.052557915, -0.011846354, 0.03523357), result);\n\tresult = MulAdd(max(h, 0), MF4x4(-0.00015264735, 0.0012872831, 0.021878848, 0.022240406, 0.01822283, -0.008284247, -0.018443186, -0.04997753, -0.111760505, -0.20911667, 0.006166832, 0.14597091, 0.02305932, -0.16312876, 0.023375351, -0.028755601), result);\n\tresult = MulAdd(max(i, 0), MF4x4(0.013701143, 0.010794129, 0.0024321147, -0.018976321, 0.0365032, -0.006783485, 0.01046472, -0.08473902, 0.057523903, 0.029831914, 0.0040916028, -0.2046352, 0.03542, -0.034598, 0.0031058635, -0.20746285), result);\n\tresult = MulAdd(max(-a, 0), MF4x4(0.09283864, -0.0035849356, 0.013190911, -0.035437535, 0.035798516, 0.022954805, -0.0029692063, -0.006633743, -0.13456796, -0.011448714, 0.011536131, 0.046695728, -0.0359048, -0.01144856, -0.0027279712, 0.0065755467), result);\n\tresult = MulAdd(max(-b, 0), MF4x4(-0.14295974, -0.0034393691, 0.0051469817, -0.021334402, -0.05882422, -0.003004241, 0.011182507, 0.0015169785, 0.08474255, 0.1255887, -0.23984577, 0.07119401, -0.12547183, 0.038449038, 0.007738907, 0.031506266), result);\n\tresult = MulAdd(max(-c, 0), MF4x4(-0.028237654, 0.010254326, -0.11843009, 0.03034298, -0.038323015, 0.0026470951, -0.060652684, 0.0022312272, -0.022539174, -0.01008126, 0.14868541, 0.02881852, -0.05327277, -0.012296453, -0.21280704, -0.021286633), result);\n\tresult = MulAdd(max(-d, 0), MF4x4(-0.034825645, 0.0877418, -0.009103147, 0.041650586, 0.0135769, -0.005229229, 0.00082947424, -0.0020421906, 0.12402267, 0.007698874, -0.056337915, -0.006580138, -0.018867968, -0.08487179, -0.020938644, -0.029210499), result);\n\tresult = MulAdd(max(-e, 0), MF4x4(-0.37082648, -0.30321857, -0.22912364, -0.07368761, 0.15169628, 0.0013253551, 0.09232649, 0.011408914, 0.06347244, -0.377988, 0.13980117, -0.41065913, -0.00040237256, -0.23220152, -0.03643865, -0.10101427), result);\n\tresult = MulAdd(max(-f, 0), MF4x4(0.10692653, 0.049867555, -0.011915118, -0.10688069, 0.042109665, -0.017163716, 0.10852331, -0.0088934945, 0.06780516, -0.017808875, 0.26564032, 0.0523693, 0.099033475, 0.042864073, 0.18299587, -0.13503626), result);\n\tresult = MulAdd(max(-g, 0), MF4x4(0.07014404, 0.08841395, 0.01895322, 0.0036451078, -0.00933168, 0.044764042, -0.0034986525, 0.010701783, -0.043601245, -0.1375109, 0.0039965697, -0.054331, 0.018830067, 0.040386382, 0.007759782, -0.012478715), result);\n\tresult = MulAdd(max(-h, 0), MF4x4(0.024152381, -0.11462646, 0.07005155, 0.0424638, -0.0048070764, 0.06089261, -0.036675487, 0.057459857, 0.02478629, 0.2926517, -0.08248396, -0.053960845, 0.013205341, 0.09851673, -0.04310949, -0.001428641), result);\n\tresult = MulAdd(max(-i, 0), MF4x4(0.016168298, 0.009701502, 0.0064305146, -0.068672284, -0.044653386, -0.016051823, -0.015055443, 0.032019246, -0.0829852, -0.011304939, 0.0023902296, 0.30322486, -0.023831543, -0.0046928846, 0.026961725, 0.16314326), result);\n\treturn result;\n}\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\tfloat4 c = A4KS4(pos);\n\t\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(c.x + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(c.y + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(c.w + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(c.z + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_Denoise_UL.hlsl",
"content": "// Anime4K_Upscale_Denoise_CNN_x2_UL\n// 移植自 https://github.com/bloc97/Anime4K/blob/78e4f78f65b772e94bae6e7db5c49af1e889f784/glsl/Upscale%2BDenoise/Anime4K_Upscale_Denoise_CNN_x2_UL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_Denoise_3\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf2;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT conv2d_tf, conv2d_tf1, conv2d_tf2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { 0.0366252, 0.028346894, 0.033923555, 0.00025824012 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.21481565, -0.0914136, -0.067639425, -0.13521406, 0.14386347, -0.007917821, -0.0018606511, -0.07272963, 0.09651574, 0.09874618, 0.06434639, 0.1787858), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.06402414, -0.014693245, -0.25395226, 0.2960157, -0.12494867, 0.17711689, 0.31812787, -0.22346497, -0.1172598, -0.17087954, -0.031076867, -0.26865217), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(-0.19254248, -0.049369957, 0.08171505, -0.12660322, 0.11544268, 0.15840095, -0.11473022, 0.144489, 0.07068809, 0.041438796, 0.10749463, -0.057156503), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(0.040826935, 0.0030781324, 0.094986334, -0.2573781, -0.11649985, 0.018165307, 0.039985053, -0.15652324, -0.014886749, -0.00988401, -0.15025067, -0.0031970344), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.15658751, 0.08227927, 0.23491348, 0.29900867, -0.45667845, 0.0438649, -0.39066258, 0.6590342, 0.009331404, 0.097770594, 0.21618316, 0.25005254), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(-0.16455166, 0.013149855, 0.21515559, 0.03110101, -0.008973558, 0.33310282, -0.03276024, -0.3356557, 0.007899698, 0.295166, -0.73289853, 0.16696596), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.2691608, 0.09478436, 0.006536417, -0.04095308, -0.10942356, -0.0481289, -0.039660163, -0.20591366, -0.08013109, -0.052268907, 0.046878606, -0.024840442), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(0.17120434, -0.06828329, -0.23515487, 0.11830264, 0.67815524, -0.10693793, 0.2392081, -0.3192851, 0.06719006, -0.03441811, 0.020009553, -0.21328516), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.30072933, 0.0348702, 0.15155697, -0.15580897, -0.12755825, -0.57249874, -0.10091004, 0.22914392, -0.017671, -0.26088336, -0.00079997425, -0.022365946), target1);\n\n\t\t\tMF4 target2 = { -0.043337345, 0.16099554, -0.030338328, 0.0074565704 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(0.042849753, -0.11642484, 0.073895186, 0.15186316, -0.024499241, 0.056690346, 0.05013788, -0.10182528, -0.024302427, 0.06578479, -0.028199008, -0.070577), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(-0.040659044, 0.22913207, -0.1847038, -0.11781796, 0.044752445, 0.009552658, -0.11374249, 0.12798874, 0.056919675, -0.20839268, 0.11021251, 0.044297826), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(-0.009999239, 0.1996945, -0.29797587, -0.4280957, -0.008521183, -0.10773894, 0.22186345, 0.254737, -0.003993275, -0.07186837, 0.16690473, 0.19043307), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(-0.16174923, 0.26882383, 0.50559163, 0.38955548, 0.14091976, -0.15637094, -0.11826545, -0.23424837, 0.01674066, -0.08578336, -0.16907434, -0.19845173), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(0.10735882, -0.016069679, 0.42237386, -0.19937111, 0.07271503, 0.07596921, -0.24035113, 0.12406044, 0.059160866, -0.051063746, -0.36897844, 0.061272774), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.015712388, -0.34878746, -0.66418105, -0.35441992, -0.12208571, 0.042238027, 0.30143425, 0.3610614, -0.09538538, 0.25334427, 0.24629802, 0.030739667), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.0035519397, 0.07191882, -0.20775351, -0.15425798, 0.07919461, 0.07578178, 0.12668823, 0.0011835548, 0.03245292, -0.105801836, 0.24585879, 0.13730717), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(0.2415042, -0.16800308, 0.48690978, 0.75166744, 0.3876131, 0.038878918, -0.3293806, -0.47433355, 0.057803743, 0.09533431, -0.1342232, -0.2982094), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.18697992, -0.60250723, -0.11149202, -0.015566043, -0.57483697, 0.07203411, 0.050863862, -0.078300595, -0.09433572, 0.27099958, -0.03195694, 0.10535165), target2);\n\n\t\t\tMF4 target3 = { -0.51499516, 0.026265146, 0.05636954, 0.03170462 };\n\t\t\ttarget3 = MulAdd(src[i - 1][j - 1], MF3x4(-0.05112635, -0.09334158, -0.031148188, -0.041258592, -0.04633252, 0.022155467, 0.16979018, 0.06819186, 0.094320215, 0.02111737, -0.15604521, -0.15083192), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j], MF3x4(0.10213034, 0.41852444, 0.32454407, -0.058512308, -0.054484565, -0.24399261, -0.26164648, -0.34274867, -0.06912002, 0.02257528, 0.2588075, 0.24375258), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j + 1], MF3x4(0.019957408, 0.06354756, 0.10109863, 0.16890836, 0.06791468, 0.1259216, 0.3096521, 0.07912831, -0.08293642, -0.16565439, -0.050881315, -0.0576009), target3);\n\t\t\ttarget3 = MulAdd(src[i][j - 1], MF3x4(0.19822149, 0.34747612, -0.20176221, 0.042434175, -0.029007072, -0.1637076, -0.09433387, 0.32732537, -0.12577844, -0.049755163, 0.091352955, 0.27023584), target3);\n\t\t\ttarget3 = MulAdd(src[i][j], MF3x4(-0.26348627, 0.52249527, -0.4091685, -0.41065818, 0.050318573, 0.06534145, -0.15470429, 0.52704567, 0.08808197, -0.37854514, -0.22827432, 0.1498618), target3);\n\t\t\ttarget3 = MulAdd(src[i][j + 1], MF3x4(-0.0865881, -0.8053624, 0.088793345, -0.22072543, -0.0141816195, 0.0049849018, 0.21256319, -0.327414, 0.1364984, 0.4927693, 0.1848864, -0.18559869), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j - 1], MF3x4(-0.11838837, 0.056446314, 0.08738398, 0.31899074, 0.056432292, -0.0008520313, 0.018734995, -0.33501405, -0.00918473, -0.040785775, 0.04093389, -0.19747448), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j], MF3x4(0.66065794, -0.5208613, -0.018835181, 0.26112127, 0.055486765, 0.113573246, -0.05028873, 0.05364108, 0.040549137, 0.28754827, -0.16565348, -0.37204087), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j + 1], MF3x4(0.06361742, 0.00907182, 0.06848412, 0.0057870117, -0.05289465, 0.068106346, -0.15660144, -0.20288356, -0.093512855, -0.17268412, 0.030761726, 0.36189792), target3);\n\n\t\t\tconv2d_tf[destPos] = target1;\n\t\t\tconv2d_tf1[destPos] = target2;\n\t\t\tconv2d_tf2[destPos] = target3;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x24\n//!IN conv2d_tf, conv2d_tf1, conv2d_tf2\n//!OUT conv2d_1_tf, conv2d_1_tf1, conv2d_1_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.117853574, 0.036960166, -0.0057268855, -0.032133963);\n\ttarget = MulAdd(a1, MF4x4(0.028563375, 0.075096495, 0.054740135, -0.097906366, -0.26889417, 0.0982474, 0.0013334368, 0.10432092, 0.2450199, -0.12516013, 0.11230964, 0.01147953, 0.085179225, 0.117808536, -0.123295836, 0.1002614), target);\n\ttarget = MulAdd(b1, MF4x4(0.19004358, 0.077133805, -0.42637873, -0.08600882, 0.041925456, -0.2716079, -0.1856413, 0.017397093, 0.037734076, 0.21233109, -0.2645201, 0.074807495, 0.047724582, -0.027935218, -0.003907437, -0.04731259), target);\n\ttarget = MulAdd(c1, MF4x4(0.09745319, 0.22767977, 0.37006328, 0.05020985, 0.039997175, -0.029447127, 0.1779581, -0.01620031, -0.010955076, 0.13874966, -0.053154904, 0.020808663, -0.11724862, -0.20081818, 0.047436096, -0.08110093), target);\n\ttarget = MulAdd(d1, MF4x4(0.18583415, -0.20435709, 0.01911209, -0.026401127, -0.12581685, 0.014082952, -0.2001187, -0.08042616, -0.10389668, -0.10207221, 0.04581297, -0.08704452, 0.09200634, -0.13755022, -0.007857635, 0.10011377), target);\n\ttarget = MulAdd(e1, MF4x4(0.21004692, 0.30619434, 0.10146727, -0.012386493, -0.093512, -0.22519337, 0.16826348, 0.14847179, -0.019215466, -0.18989901, 0.09468501, 0.26023552, -0.07841198, 0.23280892, 0.00941152, 0.16808987), target);\n\ttarget = MulAdd(f1, MF4x4(0.26988962, -0.022920275, -0.195991, 0.08438454, 0.12282865, -0.07083694, 0.07814293, -0.08369662, -0.05397518, 0.06164561, 0.070263356, -0.049779683, -0.12997615, -0.12259467, -0.29498726, -0.2244981), target);\n\ttarget = MulAdd(g1, MF4x4(0.22414525, -0.022969153, -0.063833915, -0.027190238, 0.13401125, 0.02098015, -0.22264218, -0.12177459, -0.12630488, 0.14246967, -0.06480293, -0.11353247, -0.12755829, -0.02848558, 0.006076032, 0.14054467), target);\n\ttarget = MulAdd(h1, MF4x4(0.13391276, 0.06295799, 0.31367007, -0.19527563, -0.040563866, 0.11965244, 0.27989656, -0.057327088, 0.035627916, -0.119488806, -0.24792899, 0.13612582, 0.029112214, -0.08201902, 0.17605872, -0.089963086), target);\n\ttarget = MulAdd(i1, MF4x4(-0.01927269, -0.034413125, -0.18000118, 0.042171028, 0.0791958, -0.1210223, -0.07674829, 0.02870783, 0.1884872, -0.012900881, 0.1311204, 0.06283302, 0.0027031084, -0.11157234, 0.06318397, -0.13527857), target);\n\ttarget = MulAdd(a2, MF4x4(0.1419255, -0.16276762, 0.00092816725, 0.0078547085, -0.48728654, -0.05630108, -0.33906484, 0.025995376, 0.07410779, -0.06377176, -0.038708985, -0.10480868, 0.096948944, -0.08378831, 0.08217461, 0.126169), target);\n\ttarget = MulAdd(b2, MF4x4(-0.07488089, -0.2994524, 0.23773918, -0.034476187, 0.0592535, 0.29324362, -0.030512415, -0.17258315, 0.08022449, -0.17212203, 0.17636995, 0.06854101, -0.029770015, -0.10313743, 0.46230134, 0.026522856), target);\n\ttarget = MulAdd(c2, MF4x4(-0.018750735, -0.032278806, -0.16665034, -0.05022533, 0.057606205, 0.13155009, 0.06575953, 0.10044875, -0.09888156, 0.263175, -0.3478382, -0.08823663, -0.081383094, -0.044876218, -0.47501948, -0.062558904), target);\n\ttarget = MulAdd(d2, MF4x4(-0.105735146, 0.30434787, -0.04748756, 0.13275737, 0.3215866, -0.097894445, 0.027429244, -0.2778113, 0.07703074, 0.0012649142, -0.54314685, 0.17256977, 0.16500366, -0.0060054287, 0.17721342, -0.37938938), target);\n\ttarget = MulAdd(e2, MF4x4(0.14780188, 0.2596772, 0.31135467, -0.02797583, -0.015622625, -0.006320702, -0.08333076, -0.018904723, 0.1389364, 0.19142458, 0.6817067, -0.054837633, 0.21896258, 0.036575202, -0.9033377, -0.25137353), target);\n\ttarget = MulAdd(f2, MF4x4(-0.12165315, 0.18358506, -0.1983472, 0.08618611, -0.1101336, -0.02491273, 0.36231366, 0.24619159, 0.07281212, 0.35466114, 0.32505757, 0.022900501, -0.25818315, -0.49635252, 0.2928282, 0.057359587), target);\n\ttarget = MulAdd(g2, MF4x4(-0.23839255, 0.1707951, 0.09135314, 0.1034047, -0.034727763, -0.1243241, 0.118879616, 0.06359015, -0.12569816, -0.116403826, 0.13372615, -0.04866488, -0.070711434, 0.21472852, 0.098126635, 0.16186984), target);\n\ttarget = MulAdd(h2, MF4x4(-0.0020077212, -0.1095719, -0.20081437, 0.028084867, -0.1479706, -0.028820625, -0.09085524, 0.118761584, -0.15923466, -0.32149267, -0.50690764, 0.040582787, 0.039979883, 0.026478326, -0.040531024, -0.13908122), target);\n\ttarget = MulAdd(i2, MF4x4(-0.085969776, 0.18301825, 0.11408605, 0.025418868, 0.11126661, -0.044224992, -0.061021794, -0.015779478, 0.10210226, -0.19080523, -0.14473902, 0.14097509, 0.14796504, 0.14814787, 0.11975678, -0.039735712), target);\n\ttarget = MulAdd(a3, MF4x4(0.27801284, 0.20288002, -1.2655782, 0.32888517, -0.02334678, 0.18978934, 0.23810555, 0.0074393786, 0.08552408, -0.1274367, -0.086998045, -0.024746515, 0.102745675, -0.086740054, -0.038129628, -0.0651254), target);\n\ttarget = MulAdd(b3, MF4x4(-1.190979, -0.19575417, -0.569518, -0.17817745, -0.059261408, 0.09253248, -0.27272785, 0.17687175, 0.12146025, -0.07960662, 0.15846346, -0.14022483, 0.007532498, -0.096234165, 0.2769003, -0.14700246), target);\n\ttarget = MulAdd(c3, MF4x4(-0.042687517, 0.022726525, -1.078912, -0.6248177, 0.11832816, -0.1086772, 0.1261872, 0.16775566, -0.05851938, -0.0732127, -0.01822243, -0.009363452, 0.015375079, 0.036912445, 0.11969059, -0.07526642), target);\n\ttarget = MulAdd(d3, MF4x4(0.31373152, 0.0693334, -0.07900261, 0.0070532965, -0.13916558, -0.08116685, -0.85886157, 0.18724924, 0.023858327, -0.2971659, -0.2337722, -0.17136115, 0.034164, 0.09053483, 0.28138685, -0.050052963), target);\n\ttarget = MulAdd(e3, MF4x4(0.69782144, -0.17773196, -1.8466626, -1.029225, -0.010800972, -0.0059786057, 0.7224214, 0.45541716, 0.09066342, -0.13732997, 0.009828377, 0.115971304, 0.13013129, 0.35331696, -0.633545, 0.23484547), target);\n\ttarget = MulAdd(f3, MF4x4(-0.24049048, 0.16627774, -0.020105539, -0.117568016, -0.0043368824, -0.20639539, 0.10247316, -0.037546206, 0.18750127, 0.12931745, -0.14076929, -0.08036072, 0.045171227, 0.19917291, -0.068400174, 0.17796516), target);\n\ttarget = MulAdd(g3, MF4x4(0.09404375, 0.049048338, 0.24326289, 0.17646226, -0.11654813, 0.2592855, 0.32776543, 0.4599728, -0.19997491, 0.11202324, 0.18054682, -0.005742288, -0.036823884, -0.042750888, 0.22441903, 0.038635597), target);\n\ttarget = MulAdd(h3, MF4x4(0.036728445, 0.08352167, 0.08909888, -0.02035385, 0.090846755, -0.14406498, -0.025689734, 0.057863228, -0.04390429, -0.25868183, 0.29578558, 0.30690736, -0.05475277, -0.10149075, -0.034297444, 0.10515887), target);\n\ttarget = MulAdd(i3, MF4x4(-0.062532455, -0.12673786, 0.16426907, -0.25397223, 0.051807977, 0.112844475, -0.496193, -0.2551257, 0.025220035, 0.15157217, -0.08517411, 0.07161397, -0.06691877, -0.13205263, -0.117163956, 0.065052904), target);\n\ttarget = MulAdd(na1, MF4x4(0.07364788, -0.05812666, -0.05958767, -0.027094465, 0.26366132, 0.07415391, 0.040515613, 0.039676376, -0.006552745, -0.012837193, -0.17393842, 0.02813939, -0.121285915, 0.0030941493, 0.16669592, -0.0712934), target);\n\ttarget = MulAdd(nb1, MF4x4(0.03629398, -0.3745122, 0.3940434, -0.06701516, 0.083452255, 0.03055438, 0.15637632, 0.0019212369, 0.019995827, -0.21137866, 0.2645297, -0.09081918, 0.025669578, -0.1560248, -0.10008925, -0.07828463), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.053625695, -0.10420973, -0.35323003, -0.022054465, -0.08156209, 0.008921794, -0.15391788, -0.03960033, 0.017107122, -0.13479686, 0.068978906, -0.12981713, 0.025973944, -0.09934198, -0.022112468, 0.020573085), target);\n\ttarget = MulAdd(nd1, MF4x4(0.0018295953, 0.13670065, 0.004993195, 0.059238344, -0.13972434, -0.13108826, 0.1942548, 0.18194143, -0.12335718, 0.024078835, -0.13328132, 0.06978434, -0.0107950205, 0.14398722, -0.022609226, -0.0041353432), target);\n\ttarget = MulAdd(ne1, MF4x4(0.27635157, 0.15513352, -0.12534688, 0.15107392, 0.22048512, -0.044253547, -0.1429736, -0.39647785, 0.029876633, 0.1842563, -0.06762048, -0.06029809, 0.07537981, -0.035769306, -0.0261646, -0.110136114), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.12261548, 0.22167495, 0.18503761, 0.02638229, -0.094690226, 0.061862398, -0.081829205, 0.15912767, 0.006990079, -0.010121606, -0.12535281, 0.024284743, 0.18360399, 0.16907142, 0.25744098, 0.24359013), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.14717774, -0.09528236, 0.054552622, 0.0036530807, -0.5273358, -0.03762757, 0.21280535, 0.25522852, 0.20926028, -0.022236722, 0.0377064, -0.07160359, 0.06345197, -0.046687063, 0.021401843, -0.14337662), target);\n\ttarget = MulAdd(nh1, MF4x4(0.17630331, 0.06953194, -0.26126865, 0.029734965, 0.13158317, -0.11239223, -0.2805452, 0.106054045, -0.053220887, 0.09541345, 0.26539528, 0.15052572, 0.042701412, -0.025114734, -0.22815101, 0.06797245), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.11562362, 0.037828114, 0.15033676, 0.006264337, -0.049709305, 0.13406959, 0.055033628, -0.11243884, -0.18540126, 0.04862983, -0.13387235, -0.13529298, -0.096242204, 0.16761206, -0.032110162, 0.24142851), target);\n\ttarget = MulAdd(na2, MF4x4(-0.21116647, 0.058380276, 0.080453075, -0.2679615, -0.28600135, 0.042669408, 0.17540424, -0.14219923, 0.017092299, 0.05328859, 0.0065248194, 0.02395608, 0.05216899, 0.12829328, -0.116384834, -0.2828383), target);\n\ttarget = MulAdd(nb2, MF4x4(0.009241691, 0.10957236, -0.22526564, 0.2957556, -0.025253482, -0.08254481, 0.09223265, -0.051697835, -0.071490794, 0.094247855, -0.32692534, -0.12678702, 0.052934665, -0.050429285, -0.18388982, -0.039230555), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.16137493, -0.04317478, 0.11681715, 0.16198912, -0.048432272, -0.22682366, -0.01725331, -0.04194597, 0.03203572, -0.16799524, 0.4784258, 0.086616606, 0.0017708768, -0.049688417, 0.064586475, -0.057059586), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.11059055, 0.0029538488, 0.038545247, 0.066895224, 0.011218007, -0.003137218, 0.021355668, -0.168016, -0.0026601932, -0.14172328, 0.51700294, -0.33690482, -0.18839404, 0.07191177, -0.05362303, 0.20618927), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.24159928, -0.1053597, -0.28113043, 0.007160803, -0.0974629, 0.020222154, 0.050444435, -0.11046227, 0.24656764, -0.24290104, -0.53290504, 0.07402318, -0.015612266, 0.123455755, 0.018084416, -0.019945476), target);\n\ttarget = MulAdd(nf2, MF4x4(0.09311286, -0.1032696, 0.19615465, 0.04846074, 0.029715529, 0.012683276, -0.38939312, -0.15030165, 0.0103463745, -0.3906085, -0.5047903, -0.1061866, 0.20654117, 0.32689643, 0.0086037805, -0.0681904), target);\n\ttarget = MulAdd(ng2, MF4x4(0.18691367, -0.046374205, -0.05107187, -0.017465474, 0.11804314, 0.090009406, -0.075490244, 0.0036797172, -0.09327475, 0.18428694, -0.17598015, -0.076990046, 0.03992913, -0.116993815, -0.24077141, -0.48880583), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.0056006587, 0.104048744, 0.19665402, 0.0032775581, 0.15130368, 0.04196182, 0.050959308, 0.02474336, 0.036360126, 0.2724413, 0.35197738, 0.04588593, -0.24590112, -0.08575977, 0.18552561, 0.16555585), target);\n\ttarget = MulAdd(ni2, MF4x4(0.09420384, -0.113198765, -0.13239664, 0.019001532, -0.0027163615, 0.078038216, 0.09880948, 0.15455763, -0.028529879, 0.20345445, 0.27439958, -0.094165966, -0.10702775, -0.18507981, -0.10240351, -0.02831745), target);\n\ttarget = MulAdd(na3, MF4x4(-0.05168434, 0.20330708, 0.10572813, 0.26246095, 0.021435333, -0.10574623, -0.1401922, 0.42713496, -0.030233249, 0.043342397, 0.11101976, 0.032030135, -0.12287885, 0.006734168, 0.024990475, -0.05208304), target);\n\ttarget = MulAdd(nb3, MF4x4(0.15237613, -0.15887943, -0.12718262, -0.06986501, 0.03136358, -0.0035889314, 0.2054987, -0.14852847, -0.22284113, -0.3410994, -0.2125513, 0.04496407, 0.094411716, -0.16842332, -0.25714603, 0.08910682), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.19709085, -0.10590203, 0.07929334, 0.09949157, -0.0808941, 0.17018095, -0.09984616, -0.03477169, 0.11511119, 0.016829535, 0.05470175, 0.000366129, -0.07609101, -0.10981034, -0.14416353, -0.012299061), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.12151653, -0.017303294, 0.055218883, 0.048941534, 0.1476368, 0.31801772, 0.68790305, 0.13284543, 0.11992122, -0.2362068, 0.20126005, 0.14724149, 0.01645638, 0.05896895, -0.30263412, 0.12367781), target);\n\ttarget = MulAdd(ne3, MF4x4(0.19272023, 0.09102746, 0.31454524, -0.27032062, 0.2674956, 0.040032856, -0.670905, -0.12510742, -0.02879305, 0.34733048, 0.055205155, -0.22118829, 0.18704127, -0.27267426, 0.59989405, -0.14810604), target);\n\ttarget = MulAdd(nf3, MF4x4(0.025540218, -0.07248532, -0.15664534, -0.19372375, 0.03556883, 0.03597721, -0.14901096, 0.27721658, -0.010668913, -0.29144233, 0.11746931, -0.13459797, 0.005971381, -0.08445966, 0.14954261, -0.11475002), target);\n\ttarget = MulAdd(ng3, MF4x4(0.08029168, -0.061888658, -0.14104845, -0.06396443, 0.15312983, -0.2487142, -0.26357505, -0.049171742, 0.11320337, -0.055089038, -0.145923, -0.44234648, 0.03747512, 0.09540022, -0.20250735, 0.03820108), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.0191974, -0.05480732, -0.1930927, 0.01147343, -0.15684529, 0.28367257, -0.15252224, 0.45261058, 0.13849851, 0.08685002, -0.33513635, -0.14976694, 0.07475008, 0.01998271, 0.066315226, -0.13143158), target);\n\ttarget = MulAdd(ni3, MF4x4(0.07728802, 0.14218356, 0.0850198, 0.09061631, -0.27746883, -0.18180014, 0.52573866, 0.19462089, 0.015337635, -0.3014013, 0.13493168, -0.055304635, 0.07148734, 0.10548237, 0.034149908, -0.12699014), target);\n\tconv2d_1_tf[gxy] = target;\n\t\n\ttarget = MF4(0.06651301, -0.00047524707, 0.04855725, -0.15500803);\n\ttarget = MulAdd(a1, MF4x4(0.04775777, 0.08222661, 0.061593954, 0.12055235, 0.008962983, -0.009267361, -0.53843796, 0.16952439, 0.016025536, 0.10542892, -0.042894494, 0.057321973, -0.055204723, -0.06992498, -0.00064485346, 0.007825405), target);\n\ttarget = MulAdd(b1, MF4x4(-0.09411942, -0.23469426, 0.35026586, -0.22138432, 0.045611277, -0.20210607, -0.24638987, 0.22675677, -0.14620386, 0.04001241, 0.06581148, -0.18093623, 0.08063868, 0.16085242, -0.28524494, -0.04407303), target);\n\ttarget = MulAdd(c1, MF4x4(0.016880078, 0.10823597, -0.0856685, 0.1394186, -0.035895467, 0.13400109, 0.08679763, 0.11814033, 0.06898399, 0.01606696, 0.01784015, 0.006547478, -0.042100497, 0.039176684, -0.09559512, -0.19490835), target);\n\ttarget = MulAdd(d1, MF4x4(-0.10115389, -0.11022993, -0.004623271, 0.12206448, -0.040075306, 0.013587107, -0.059400085, 0.18945488, -0.009945642, -0.4523725, 0.20760842, -0.3546684, 0.10930277, 0.14101993, 0.17574343, 0.005993813), target);\n\ttarget = MulAdd(e1, MF4x4(-0.31806734, 0.31059268, 0.0034255723, -0.23206042, 0.26745492, 0.19362858, 0.12183108, 0.29931548, 0.09186783, 0.4084161, 0.04199913, -0.23650031, -0.14427313, -0.036473513, 0.11935153, 0.113769025), target);\n\ttarget = MulAdd(f1, MF4x4(0.20892154, -0.08097856, -0.20722318, -0.18344022, -0.05412969, 0.16550343, 0.12085539, 0.10199144, 0.112941146, 0.08606901, -0.036151443, -0.036627453, -0.12987532, -0.28756067, -0.06838574, -0.23512506), target);\n\ttarget = MulAdd(g1, MF4x4(-0.052661214, -0.104233526, -0.08693217, -0.1819736, -0.052437317, -0.15960887, 0.056683555, -0.040860362, -0.13381086, 0.13378991, -0.073331766, 0.047169458, -0.0479799, -0.0043481477, 0.0048899767, 0.019455308), target);\n\ttarget = MulAdd(h1, MF4x4(-0.13005687, 0.11126603, 0.09237425, 0.07877169, -0.042795215, -0.0542181, -0.056731407, 0.08586777, 0.08175868, -0.019688416, -0.104517676, 0.16199689, 0.0044128234, 0.0475487, 0.12852396, 0.024199896), target);\n\ttarget = MulAdd(i1, MF4x4(0.16616863, -0.16998464, -0.19154428, -0.09432494, -0.037008844, -0.12210065, 0.0055908067, 0.010815051, 0.17710204, -0.12695597, -0.110427454, 0.13080561, 0.09322074, -0.0012365612, 0.026606066, -0.10843771), target);\n\ttarget = MulAdd(a2, MF4x4(-0.47415322, -0.07343328, -0.041209448, 0.08565837, -0.17691295, -0.26137534, 0.2907085, 0.0946057, -0.10768325, -0.10086646, 0.13768727, -0.1253546, 0.12256107, 0.092663676, 0.006136057, 0.10492505), target);\n\ttarget = MulAdd(b2, MF4x4(-0.36130214, 0.31970572, 0.01609707, 0.12488642, 0.09801414, 0.18358822, 0.08739752, 0.031744014, -0.07303357, -0.06802441, -0.05988708, -0.26767713, 0.08153729, 0.24952291, 0.12436414, -0.0748625), target);\n\ttarget = MulAdd(c2, MF4x4(-0.09533404, -0.14277202, 0.0020947633, 0.1547468, -0.009082152, 0.025103271, 0.032984417, -0.120028794, -0.045810502, -0.2012922, -0.02991531, -0.13404511, 0.08140658, 0.064424135, 0.104641765, 0.067367226), target);\n\ttarget = MulAdd(d2, MF4x4(0.053343832, -0.16905542, -0.05830104, -0.106561475, -0.078095205, -0.054910798, 0.061377183, 0.1524315, -0.16384287, -0.019450802, 0.13370255, -0.05160498, 0.15796599, 0.17254125, -0.12769255, 0.15248339), target);\n\ttarget = MulAdd(e2, MF4x4(-0.050160643, 0.005053776, -0.031104388, 0.09726363, -0.07693938, 0.102812484, -0.0756477, -0.048515156, 0.29591817, 0.35934618, 0.23326933, -0.23171274, -0.30232304, -0.43113515, -0.14196996, 0.28424993), target);\n\ttarget = MulAdd(f2, MF4x4(-0.10621949, -0.4280808, -0.08031358, -0.15168424, 0.26016018, 0.3142917, -0.11831494, -0.09303453, 0.10852745, -0.24068268, -0.037653822, -0.104800984, 0.0067478805, 0.14183025, -0.02230052, 0.2649731), target);\n\ttarget = MulAdd(g2, MF4x4(0.028874233, 0.12075906, 0.059678186, -9.616167e-05, -0.11149614, 0.122945406, -0.0767243, -0.040111836, 0.0735182, 0.21608177, 0.07806742, 0.0202061, -0.04776724, -0.11418923, -0.07523717, -0.12865649), target);\n\ttarget = MulAdd(h2, MF4x4(0.13507326, 0.06364227, 0.09873092, 0.038835276, 0.053677257, -0.036088385, -0.09081554, 0.02088773, 0.12252468, 0.15228558, 0.20928514, 0.09626035, -0.092850804, 0.12056272, -0.12500086, 0.14586885), target);\n\ttarget = MulAdd(i2, MF4x4(0.05855229, 0.11076543, 0.0058000707, -0.05286595, 0.06674972, -0.1913259, -0.04221818, 0.02681795, 0.18707529, -0.014904326, -0.1690741, 0.010544146, -0.07513052, -0.010648717, 0.15841635, 0.017503424), target);\n\ttarget = MulAdd(a3, MF4x4(0.09306208, -0.6048318, -0.16323692, -0.26322865, -0.064382344, 0.27984452, 0.0035378935, -0.0036242867, -0.08108908, 0.03801275, 0.09272382, 0.04653927, -0.09639203, 0.15146226, -0.022994163, -0.023005866), target);\n\ttarget = MulAdd(b3, MF4x4(0.03692586, -0.1367785, -0.051587723, 0.35746527, -0.05847086, -0.28233027, -0.31080168, 0.08979567, -0.057873387, -0.11724922, 0.11995725, -0.076051556, 0.12823316, 0.20808434, -0.07491586, -0.04471266), target);\n\ttarget = MulAdd(c3, MF4x4(0.17172146, -0.05962528, 0.10311508, -0.083008684, 0.017513666, 0.22941439, 0.08524968, -0.10340499, 0.047763754, 0.044772595, -0.087630406, -0.03647204, -0.043207247, -0.063256174, 0.14618406, 0.016736707), target);\n\ttarget = MulAdd(d3, MF4x4(0.014591894, -0.16730154, 0.019834492, -0.2323314, 0.2671534, -0.14437476, -0.10937011, -0.10888569, -0.16981846, -0.02661075, 0.011989267, 0.06811342, 0.084967375, 0.22203213, 0.05655957, -0.047086637), target);\n\ttarget = MulAdd(e3, MF4x4(-0.5673005, -0.54090023, 0.03939861, 0.008678989, -0.06290456, 0.2747319, -0.09248065, -0.06692429, -0.029515319, 0.08507081, -0.06997918, 0.16636486, 0.04376864, -0.606549, -0.16454232, 0.0572748), target);\n\ttarget = MulAdd(f3, MF4x4(-0.048000906, 0.3200884, -0.23506963, 0.15561248, -0.06658933, 0.18984286, 0.018985203, -0.018811712, 0.107549496, -0.24059664, 0.112164706, -0.14813146, 0.08943945, 0.030038312, 0.01712719, -0.06440537), target);\n\ttarget = MulAdd(g3, MF4x4(-0.04633894, 0.06511225, -0.006903819, 0.3651269, -0.05099921, 0.13553265, -0.07041649, 0.051354278, -0.026775079, 0.071171924, -0.10163997, 0.056618143, 0.121235944, 0.04077609, -0.006905747, 0.055543922), target);\n\ttarget = MulAdd(h3, MF4x4(-0.1529992, -0.07230882, 0.020437848, -0.15099072, 0.091357104, 0.10063594, 0.048747428, -0.07472622, 0.35976312, 0.110254094, -0.23728304, 0.32811522, 0.05135238, -0.124221064, 0.05848079, 0.0090888655), target);\n\ttarget = MulAdd(i3, MF4x4(0.10010241, -0.1336736, -0.0735869, 0.09731084, -0.23581249, -0.13519719, 0.2017027, 0.0660746, 0.073186494, 0.0008078537, 0.052478943, 0.031610224, 0.094252445, 0.14641911, -0.0314029, -0.070713595), target);\n\ttarget = MulAdd(na1, MF4x4(-0.001959657, -0.090372644, -0.1899317, -0.18170601, -0.015885344, -0.016746698, -0.17908786, 0.12600435, 0.13394068, -0.45021582, -0.059900366, -0.045920644, 0.0831188, 0.07898813, -0.058199428, 0.010207674), target);\n\ttarget = MulAdd(nb1, MF4x4(0.10158406, 0.34609744, -0.4304491, -0.039079092, -0.053127635, 0.32419643, 0.16021784, -0.02009982, 0.22342832, 0.25363946, -0.10637694, 0.084691174, 0.1643795, -0.11600526, 0.048834067, 0.007816396), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.030290471, -0.12146855, -0.098269686, -0.14657338, 0.024690658, -0.059267156, -0.04505794, -0.0884074, -0.048493493, -0.07872248, 0.024751894, 0.021942955, 0.026951233, -0.05689244, 0.1141836, 0.086177684), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.024428055, 0.1539053, 0.035455618, -0.11955061, -0.32286185, -0.046298236, -0.29223973, 0.3565024, 0.19302315, -0.35743472, -0.108984865, -0.041046027, -0.0797479, -0.11923923, -0.11282003, 0.048069157), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.0021274649, -0.24638395, -0.051017568, 0.07722604, -0.13842508, -0.14636074, -0.09374905, 0.08258244, -0.09629832, 0.16782042, 0.036874052, -0.0015951502, 0.036216017, 0.09414314, -0.066247694, -0.051199514), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.20425437, -0.08040027, -0.1613387, 0.06440151, 0.029663296, -0.20683208, -0.058772508, -0.0026178176, -0.15718235, -0.14013653, 0.005723365, 0.09514025, 0.07905292, 0.188446, 0.16387165, 0.1911544), target);\n\ttarget = MulAdd(ng1, MF4x4(0.07689394, 0.18216269, -0.02506441, 0.21607292, 0.14311059, 0.06318058, -0.081483, 0.28077206, 0.03948571, 0.17749293, 0.04567801, -0.07832511, 0.057806063, -0.0427108, 0.06306852, 0.0066801202), target);\n\ttarget = MulAdd(nh1, MF4x4(0.04399039, -0.07077558, -0.0015600047, -0.118459396, 0.060310606, 0.13951941, 0.2013669, -0.021006014, -0.15264805, 0.26732397, 0.035647463, -0.002574387, -0.065619715, -0.05531379, -0.048837233, -0.059936836), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.05266133, 0.1071349, -0.053710256, -0.016416542, 0.022659063, -0.029553248, 0.09507555, 0.028677419, -0.20630527, 0.0651505, 0.077009074, -0.096268155, -0.14078818, 0.032669708, -0.01846629, 0.028775593), target);\n\ttarget = MulAdd(na2, MF4x4(-0.30971712, 0.19178517, 0.10254193, -0.12659942, 0.17826228, -0.26435316, -0.16852173, 0.04514394, 0.08112456, 0.11184146, -0.028571317, -0.030222327, 0.026687294, 0.17175198, 0.017020982, 0.0100025395), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.1281852, -0.13685723, 0.046906084, -0.09659713, -0.02647301, 0.08286363, -0.19404687, -0.019731732, 0.12224579, -0.20480815, 0.08022694, 0.024619367, -0.040805798, -0.06307641, 0.07815454, 0.007009711), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.036796696, 0.118744195, 0.020730056, -0.12533775, 0.018716114, 0.0073301513, 0.036968995, 0.009758767, 0.124895856, 0.105648, 0.1285451, 0.14944635, -0.22190575, -0.13435498, -0.07461175, -0.055744182), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.41541776, 0.20976903, 0.089350834, 0.26153743, 0.050798908, 0.14616759, -0.06876315, -0.095800444, 0.21727456, -0.0044885483, -0.14532812, -0.03674323, -0.263549, 0.021403335, 0.090946734, 0.13801022), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.20373783, 0.23166335, 0.12597165, -0.041975934, -0.10023279, -0.08657454, 0.16618101, 0.079674155, 0.018388273, -0.5596407, -0.04870662, -0.23710895, 0.18640874, 0.57623607, -0.02575096, 0.28287143), target);\n\ttarget = MulAdd(nf2, MF4x4(0.1625267, 0.343577, -0.04365838, 0.052335635, -0.2559281, -0.27649525, 0.13431759, 0.03831019, -0.03469164, 0.12000331, 0.073944256, -0.0061821216, 0.012677158, -0.1627391, 0.06749103, -0.20975526), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.05379292, -0.10857011, 0.008266894, -0.012603182, 0.04662801, -0.070871636, 0.084626876, 0.16364849, -0.06294956, -0.06461058, -0.063480906, -0.044693593, 0.1537702, 0.079038486, 0.10722227, 0.16421016), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.13676143, -0.117330894, -0.03341758, 0.052417997, -0.069416024, -0.005539735, 0.027587742, -0.01569091, 0.031894185, 0.019352077, -0.14948286, -0.09691313, -0.10240472, -0.06529738, 0.20694919, 0.04939535), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.046459045, -0.2141496, -0.0023247367, 0.05856765, 0.0020768675, 0.19858378, 0.03415911, -0.021161001, -0.09474892, 0.09751605, 0.24057122, -0.085236825, 0.17543921, -0.09822015, -0.15396087, 0.024678698), target);\n\ttarget = MulAdd(na3, MF4x4(0.040772438, -0.025752101, -0.03428472, 0.061078012, -0.1637086, 0.019983971, -0.018367078, -0.08065508, -0.025617149, -0.041705422, -0.02537782, 0.103540875, 0.13783963, -0.056066163, 0.028678486, -0.025464006), target);\n\ttarget = MulAdd(nb3, MF4x4(0.16858733, -0.4178858, -0.30253845, -0.11040479, 0.0029255438, 0.44697702, 0.03196007, -0.02552841, 0.126962, -0.009455916, -0.04901387, 0.04048729, -0.07694209, -0.21343406, 0.02947534, -0.11690606), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.15951762, 0.34968317, 0.08819681, 0.15680845, -0.072727524, -0.26647118, -0.253673, 0.058939222, 0.05429744, 0.003959121, 0.051335268, -0.030295422, -0.0600908, 0.030300785, -0.13709414, -0.050647613), target);\n\ttarget = MulAdd(nd3, MF4x4(0.031981096, 0.056341853, 0.006849355, 0.10382841, -0.2824565, 0.4246147, -0.057729505, 0.058494158, 0.39074966, -0.017238816, -0.15450741, 0.087315544, -0.1110259, -0.1719534, -0.053078342, 0.009343979), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.041215084, 0.2654432, 0.1962931, 0.16274457, -0.08469727, -0.28789485, 0.05036308, -0.085442595, 0.12922712, -0.20311458, 0.38513032, -0.067850955, -0.025917724, 0.5953373, 0.12789808, 0.04950751), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.08700668, -0.2649261, -0.095573485, -0.07602774, 0.04200743, -0.23400396, -0.186786, -0.123978846, 0.022072228, 0.18627988, -0.0038654353, 0.18318067, 0.034251608, -0.008562812, -0.035015855, -0.043611784), target);\n\ttarget = MulAdd(ng3, MF4x4(0.10827922, -0.03552119, 0.06193929, -0.18593708, 0.047373053, -0.2638056, 0.10326646, -0.040205717, 0.24228886, -0.0551458, 0.15253973, -0.215037, -0.07719752, -0.09540623, 0.028147982, -0.06663598), target);\n\ttarget = MulAdd(nh3, MF4x4(0.033009805, -0.044830184, 0.050585333, 0.07272593, -0.057132445, -0.30405456, -0.14489187, 0.015766555, -0.096756496, -0.13879722, 0.16658057, -0.0430357, -0.06502151, 0.05498304, -0.10471709, 0.10994919), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.07091344, -0.01140124, -0.020643137, -0.067839414, -0.019193463, 0.07130566, -0.024614796, -0.09281402, -0.14832619, 0.18952662, 0.14351283, 0.11984917, 0.0012140581, -0.18912585, 0.07516603, -0.049291328), target);\n\tconv2d_1_tf1[gxy] = target;\n\n\ttarget = MF4(-0.062370587, 0.08095664, -0.05361836, 0.18749565);\n\ttarget = MulAdd(a1, MF4x4(0.046912298, 0.12213301, -0.05918361, 0.052398715, 0.117780685, -0.19340032, -0.26262107, 0.09843582, 0.16532594, 0.034989428, 0.118674256, -0.01665863, 0.01827071, 0.04668548, 0.022670027, -0.06799), target);\n\ttarget = MulAdd(b1, MF4x4(-0.40916896, 0.3377319, 0.029743252, 0.11290685, -0.07931422, -0.28883788, 0.3388208, -0.14807604, -0.33062622, 0.07752993, 0.049297906, -0.05600763, -0.14054057, 0.023377405, -0.0025995467, -0.14438824), target);\n\ttarget = MulAdd(c1, MF4x4(0.07433483, -0.20579776, 0.03441041, -0.039957307, 0.04162799, 0.07110215, -0.0790704, 0.08862456, 0.01354682, 0.008087094, -0.07781531, -0.0068795225, -0.27620977, 0.09188319, -0.0017635573, -0.057698507), target);\n\ttarget = MulAdd(d1, MF4x4(-0.18007079, 0.061591875, -0.06492421, 0.039863963, 0.09325244, -0.14426552, -0.13588732, 0.004743928, 0.12880403, 0.115125105, -0.01579009, -0.1262388, 0.23080756, 0.12070204, 0.11815605, -0.29426062), target);\n\ttarget = MulAdd(e1, MF4x4(0.1900564, 0.0071030534, 0.15973419, -0.30519736, -0.25476542, 0.0012610232, 0.09859447, -0.027793204, 0.11796082, 0.22148512, -0.02944728, -0.2323803, -0.072938465, 0.17895398, -0.2180017, 0.00051390607), target);\n\ttarget = MulAdd(f1, MF4x4(0.14343776, -0.18127762, -0.1516819, -0.18503034, 0.13295251, 0.16055906, 0.001688556, 0.15969595, 0.069709465, -0.096013926, -0.0023911218, -0.06369028, -0.0918679, 0.010184961, 0.32301244, -0.5343658), target);\n\ttarget = MulAdd(g1, MF4x4(-0.22987153, 0.013441173, -0.0016071151, 0.04102444, 0.23534702, 0.035319816, 0.0796226, 0.030342614, 0.111898474, 0.16501214, 0.06689771, 0.115711525, -0.12146473, 0.09451704, 0.019306619, 0.047459804), target);\n\ttarget = MulAdd(h1, MF4x4(0.09487664, -0.1618273, -0.008389976, -0.19419155, -0.26922193, -0.02975308, -0.0045531704, 0.05960872, -0.0601089, -0.14437221, 0.04238319, 0.15810688, -0.13148667, -0.15829994, -0.088278085, -0.21758209), target);\n\ttarget = MulAdd(i1, MF4x4(-0.14536136, -0.07484773, 0.037670642, 0.1888735, 0.0018068363, -0.059262045, -0.018976264, 0.027972398, -0.14075996, -0.109049946, -0.25289303, -0.016418003, -0.06421179, -0.15405136, -0.13614438, -0.20679462), target);\n\ttarget = MulAdd(a2, MF4x4(-0.24795865, -0.13466923, 0.1273892, 0.091988094, 0.22714299, 0.28389248, 0.10408641, -0.03565174, 0.10762112, 0.27623466, 0.025095293, -0.019155044, 0.022266177, -0.103916764, 0.02987535, -0.08026279), target);\n\ttarget = MulAdd(b2, MF4x4(-0.10837975, -0.21041337, 0.38324556, 0.34692577, -0.049697887, 0.1109414, 0.015196173, -0.13062784, -0.110540874, 0.085793406, 0.12470218, -0.034204576, 0.15388155, -0.10489124, -0.014710256, -0.024052056), target);\n\ttarget = MulAdd(c2, MF4x4(0.14277099, -0.08891012, 0.12166876, 0.005790089, 0.0022349167, -0.06719074, 0.0009688607, -0.06891284, -0.10870797, 0.031759914, 0.07620448, 0.025514454, 0.07622103, -0.017910544, -0.1925603, -0.020678718), target);\n\ttarget = MulAdd(d2, MF4x4(0.3488881, -0.3531885, -0.02848998, -0.105604745, 0.13216074, 0.059472002, 0.00468112, -0.003199541, -0.13952927, 0.12537865, 0.059789866, 0.047229134, 0.062295817, -0.20364402, -0.10756547, 0.010344998), target);\n\ttarget = MulAdd(e2, MF4x4(0.054537307, 0.003383981, -0.14703383, 0.23609836, 0.071702175, -0.03523012, -0.15024048, -0.15333411, -0.006573282, -0.17805523, 0.027630433, -0.10086782, -0.038341325, 0.16954458, -0.06587281, 0.061757658), target);\n\ttarget = MulAdd(f2, MF4x4(-0.14850424, -0.039801933, 0.091273226, 0.01890946, -0.074723765, -0.19870473, -0.10696538, 0.075856574, 0.18456846, -0.0575884, -0.19248867, 0.23468357, -0.06493671, 0.24994756, 0.2669619, -0.09178425), target);\n\ttarget = MulAdd(g2, MF4x4(0.05370938, -0.17381185, -0.06286066, -0.1121635, -0.124206446, 0.08903896, 0.01332919, 0.033238333, 0.10354104, 0.05441239, 0.093867265, -0.09941308, -0.13401549, -0.051170647, -0.05475329, 0.18579331), target);\n\ttarget = MulAdd(h2, MF4x4(0.17690988, 0.09592665, 0.0041792435, -0.012296416, -0.043736733, -0.19874738, -0.039244816, 0.093517475, 0.19160083, 0.0072470056, 0.20383999, -0.1518599, -0.056091193, -0.08362639, -0.13275301, 0.27358964), target);\n\ttarget = MulAdd(i2, MF4x4(0.03788787, 0.0504576, 0.011746947, -0.050620113, -0.13353047, 0.027618041, -0.015241799, 0.07525403, -0.016854452, -0.15185213, -0.23187985, 0.07745663, 0.019076057, 0.10091556, 0.22063738, -0.19460426), target);\n\ttarget = MulAdd(a3, MF4x4(0.4485975, -0.036630977, 0.08908842, -0.041333213, -0.33832982, -0.013137168, -0.12192155, 0.084681444, 0.05839531, 0.13613869, 0.01453744, -0.0015414358, 0.0554445, -0.0350119, 0.06942154, -0.09860217), target);\n\ttarget = MulAdd(b3, MF4x4(-0.6445962, -0.04228771, 0.018886134, 0.19037853, 0.18697917, 0.08801122, 0.023849122, 0.00056543655, -0.1744559, -0.039909426, -0.015196202, 0.09911629, -0.19838926, -0.20182554, 0.030066699, -0.061113726), target);\n\ttarget = MulAdd(c3, MF4x4(-0.28461948, -0.08841962, -0.03426622, 0.22100773, 0.10822605, 0.097787164, -0.035841815, 0.05503456, -0.038095083, -0.033080425, 0.059760638, -0.04379428, 0.016105307, 0.0015185064, -0.021058328, 0.07868167), target);\n\ttarget = MulAdd(d3, MF4x4(-0.09884352, 0.226838, 0.0069547887, -0.31872275, 0.051640913, -0.103925325, -0.033120554, -0.19772157, -0.33196652, 0.10513085, 0.008538118, -0.0693001, 0.3184994, -0.073985405, 0.0021704638, -0.20955746), target);\n\ttarget = MulAdd(e3, MF4x4(0.09394457, -0.37714124, -0.45972842, 0.11636775, 0.15764596, 0.14252996, -0.16795024, 0.04769986, 0.31756726, -0.0994127, 0.36237487, -0.12276988, 0.062678345, 0.11386392, -0.18050511, -0.029450653), target);\n\ttarget = MulAdd(f3, MF4x4(0.10891149, 0.23599482, 0.19260155, -0.01750993, -0.04561139, 0.040145233, 0.11951016, 0.008283346, -0.060648404, -0.1730897, -0.011636677, -0.2882733, 0.03563051, 0.15347542, -0.21334615, 0.17908043), target);\n\ttarget = MulAdd(g3, MF4x4(-0.04223735, -0.106301874, 0.101336, 0.047846835, -0.1828391, -0.1129037, -0.034007143, 0.106865816, 0.05654089, -0.02757468, -0.012872868, 0.07485427, 0.086521536, -0.009762037, 0.08281756, -0.015632132), target);\n\ttarget = MulAdd(h3, MF4x4(-0.2240338, 0.031013511, -0.09923691, -0.0038778447, -0.058668714, -0.01593757, 0.05261272, -0.016138611, -0.0143839605, 0.023330573, 0.024790224, 0.09925016, -0.08682536, 0.11822586, -0.055234805, -0.32288945), target);\n\ttarget = MulAdd(i3, MF4x4(0.27888787, -0.0025142857, -0.17712368, -0.067581266, 0.10133261, 0.1115825, 0.015883798, -0.24481313, -0.10126581, 0.06092374, -0.0786993, 0.16768995, 0.053283595, 0.08446579, -0.032040086, 0.046178747), target);\n\ttarget = MulAdd(na1, MF4x4(-0.04943332, -0.027568894, -0.017933179, -0.13208579, 0.16813855, -0.06046279, 0.03472982, 0.24612981, -0.03915912, -0.120075725, -0.08060205, 0.106469646, 0.103227176, 0.000895164, -0.028227922, -0.059619144), target);\n\ttarget = MulAdd(nb1, MF4x4(0.10014512, -0.11341153, 0.0827132, -0.10706114, 0.076696716, 0.383278, -0.08201294, 0.14486443, 0.036368996, -0.07771363, 0.008495598, 0.0022753903, -0.13788359, -0.038493663, -0.051340178, 0.06483918), target);\n\ttarget = MulAdd(nc1, MF4x4(0.12283316, 0.22500943, -0.20364822, 0.117888406, 0.052540295, -0.016513767, -0.008835836, -0.008336872, 0.008117048, -0.014924188, 0.070445575, -0.011796183, 0.120677724, -0.08490536, -0.040835287, 0.021124307), target);\n\ttarget = MulAdd(nd1, MF4x4(0.07237057, -0.07651541, -0.07781679, -0.046119276, -0.29511476, -0.15473935, 0.12942854, -0.037749447, 0.055873062, 0.081330314, -0.115750924, -0.1830763, -0.35462645, -0.11207306, -0.14393376, 0.18869524), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.05859993, 0.09575829, -0.10934191, 0.1593984, 0.014064624, 0.23580766, -0.12417294, -0.0774491, -0.23603149, -0.17111291, 0.20246223, 0.24380091, 0.3189054, -0.21762544, 0.053053148, -0.057418585), target);\n\ttarget = MulAdd(nf1, MF4x4(0.056782614, 0.2491224, 0.15162024, 0.25830385, -0.045144927, -0.067923054, -0.12930688, -0.049425337, 0.0071653076, 0.046733644, -0.013108831, 0.09266598, 0.095575206, 0.08086839, -0.14152451, 0.26396653), target);\n\ttarget = MulAdd(ng1, MF4x4(0.079944104, -0.05263471, 0.021151286, 0.017748618, -0.20886436, -0.06915706, -0.078341156, -0.034786303, 0.053623807, -0.0655836, -0.11273695, -0.15438432, 0.06902305, 0.01620085, -0.011239084, -0.12818597), target);\n\ttarget = MulAdd(nh1, MF4x4(0.0032226495, 0.12590717, -0.0031638641, 0.14866307, 0.21612068, 0.07715579, -0.105438486, -0.17400137, 0.04665547, 0.18666393, -0.127797, -0.19163142, -0.03993708, 0.16110541, 0.05756885, 0.13376385), target);\n\ttarget = MulAdd(ni1, MF4x4(0.1687002, 0.021816095, -0.038648866, -0.052668236, 0.01839634, 0.07918797, -0.002949174, -0.062981784, 0.10759527, 0.096810766, 0.26538077, 0.042877536, 0.030417666, 0.2126483, 0.090904295, 0.12819949), target);\n\ttarget = MulAdd(na2, MF4x4(0.2518047, -0.06681589, 0.04622388, -0.070787035, -0.15511023, -0.41387925, -0.1730613, 0.044104673, -0.07129825, -0.16490258, -0.008386942, 0.016624527, -0.08768237, -0.018135691, -0.010196062, -0.012061386), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.001268586, 0.061798558, 0.21913844, -0.044886224, 0.05442666, -0.16555135, 0.11374653, 0.035642505, 0.18183587, 0.08264069, -0.12153259, 0.11140945, -0.23343492, -0.11151265, 0.0064260047, 0.098349355), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.13696936, 0.03562409, -0.0101959305, 0.07757505, 0.0394099, 0.08446535, 0.005326397, 0.06953561, 0.26667434, 0.070835635, -0.013025369, -0.09135739, -0.19930726, -0.15466705, 0.068868525, 0.06432818), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.03636396, 0.082273535, 0.14712979, 0.00055138784, -0.29863998, -0.1502358, -0.10165026, -0.031016732, 0.017641982, -0.18515474, -0.13060197, -0.037918076, 0.0948058, 0.12216852, 0.1061389, 0.0049280017), target);\n\ttarget = MulAdd(ne2, MF4x4(0.0772463, -0.16946481, 0.43130034, -0.07500874, 0.11102152, -0.16219406, 0.095144905, 0.09938664, -0.103036284, 0.17237557, 0.03153515, 0.17011715, 0.04090995, -0.19434042, 0.034989282, -0.10372025), target);\n\ttarget = MulAdd(nf2, MF4x4(0.17383884, 0.00505153, -0.112281226, -0.034794528, 0.067649566, 0.20247048, 0.11118917, -0.10395416, -0.21711119, 0.032752357, 0.41753212, -0.16500826, 0.2285505, -0.10731952, -0.33513266, 0.17423174), target);\n\ttarget = MulAdd(ng2, MF4x4(0.13510819, 0.05318901, 0.06842423, 0.111380026, 0.032170407, -0.07004064, -0.004727209, -0.055246145, -0.041120853, -0.066667765, -0.12091067, 0.064465545, 0.30983046, 0.062509745, 0.13394639, -0.2320897), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.11820305, -0.13822947, 0.042539548, -0.033613026, -0.0246929, 0.22179885, -0.0126101235, -0.12915117, -0.13849965, 0.02132361, -0.08306424, 0.25891247, 0.18283567, 0.031577725, 0.09138907, -0.26405686), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.0025576213, -0.0058528413, -0.03972553, 0.016412497, 0.13415, 0.11366292, 0.06300578, -0.082534134, 0.035222337, 0.14385511, 0.34487328, -0.069680765, 0.06340447, -0.05378387, -0.27624515, 0.14444257), target);\n\ttarget = MulAdd(na3, MF4x4(0.015041839, -0.05496326, -0.077136815, 0.06463054, 0.3453119, 0.1475871, 0.0863952, -0.13123451, 0.13890652, -0.1339041, -0.070329, 0.0090441145, -0.10499933, -0.031464122, -0.087687746, 0.14039505), target);\n\ttarget = MulAdd(nb3, MF4x4(0.03533054, -0.17344387, 0.07036492, -0.14549953, -0.17900857, 0.13214236, -0.06371722, 0.08584117, 0.124349214, -0.05172205, 0.0056213615, 0.0025381348, -0.07292916, 0.15549947, -0.12606966, 0.008277057), target);\n\ttarget = MulAdd(nc3, MF4x4(0.088395566, 0.16676022, -0.014194714, 0.15820222, -0.12253527, 0.008114694, 0.04552204, -0.0402224, -0.044774655, 0.00047680718, -0.061174177, 0.004499639, 0.0028164221, 0.021954915, 0.007457284, -0.016612154), target);\n\ttarget = MulAdd(nd3, MF4x4(0.07245913, -0.12444683, 0.08628018, -0.013259242, -0.00566908, 0.23597822, 0.030804869, 0.1812487, -0.28520152, -0.12640676, -0.014197547, 0.17321649, -0.3233707, 0.015355323, -0.04023063, 0.134901), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.008877037, 0.11245896, 0.013970579, -0.010476636, 0.046391398, -0.040462412, 0.43888882, -0.0028177807, 0.11008175, 0.22642863, -0.1705455, 0.25688764, -0.00687498, -0.0091281, 0.29534963, -0.023319326), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.08283213, -0.2042435, -0.117713675, -0.11703066, -0.16029139, -0.26878926, -0.30223095, 0.052414846, 0.019514319, 0.16193534, 0.053438045, 0.13924578, 0.120410524, -0.07575857, 0.19710456, -0.103417814), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.07692482, 0.034123767, -0.039485577, -0.11130344, 0.18672933, 0.07824195, 0.084815666, -0.1272111, -0.02006524, 0.20917512, -0.01049663, -0.15457591, -0.008278168, 0.08425196, -0.028542537, 0.021139478), target);\n\ttarget = MulAdd(nh3, MF4x4(0.1287116, 0.08821239, 0.016782869, -0.042757493, -0.06598697, 0.0057867267, 0.0031201676, -0.09951182, -0.17255504, 0.037690736, 0.22092989, -0.14002815, -0.021178395, -0.05137917, -0.0183439, 0.12713785), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.12517771, 0.001307841, 0.102680914, -0.076987654, -0.063097425, -0.0044313464, -0.15392491, 0.18540211, 0.037581213, 0.0076559735, 0.064688995, -0.09571449, -0.079910435, 0.02357281, 0.102179624, 0.0054658144), target);\n\tconv2d_1_tf2[gxy] = target;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x24\n//!IN conv2d_1_tf, conv2d_1_tf1, conv2d_1_tf2\n//!OUT conv2d_2_tf, conv2d_2_tf1, conv2d_2_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_1_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_1_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_1_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-5.518393e-05, 0.0062874877, -0.02661609, 0.07653855);\n\ttarget = MulAdd(a1, MF4x4(0.06917031, -0.09608972, 0.012436778, -0.026526913, 0.06718373, 0.057737235, 0.05510206, -0.103320934, 0.032443568, 0.05391639, -0.051994696, -0.036722053, 0.07307222, 0.030999443, 0.28896815, 0.12696978), target);\n\ttarget = MulAdd(b1, MF4x4(-0.1135206, -0.0036884204, -0.067575626, -0.183155, 0.06799192, -0.040569484, 0.013326, -0.09218988, 0.027661508, 0.026157893, 0.07750759, 0.022186747, 0.034232542, -0.0006357425, -0.22527017, 0.09684553), target);\n\ttarget = MulAdd(c1, MF4x4(-0.02058118, -0.09091551, -0.020349659, 0.026089376, -0.0035277302, -0.025624726, 0.069313295, -0.0885836, 0.03267256, 0.0021243643, -0.02949528, -0.015609551, -0.014725211, -0.067495994, -0.013350565, -0.02226788), target);\n\ttarget = MulAdd(d1, MF4x4(-0.037397973, 0.031443134, 0.13686793, 0.033780698, -0.037809733, 0.14600267, -0.08467033, -0.062086526, -0.0037683318, -0.0025683658, -0.018997764, -0.032396015, 0.0760254, -0.06528604, 0.19034758, 0.25288334), target);\n\ttarget = MulAdd(e1, MF4x4(-0.01004077, 0.16253367, 0.02167237, -0.15804967, -0.07540531, -0.49940315, -0.08783108, -0.014712835, -0.0036181745, -0.13094778, 0.00012775385, -0.07735516, 0.00239906, 0.09345624, -0.44146279, 0.079626575), target);\n\ttarget = MulAdd(f1, MF4x4(0.018002989, 0.024756921, 0.08182335, -0.083457224, 0.033952054, 0.049469676, 0.06050263, -0.069849506, 0.0052918023, 0.06281211, 0.029289972, -0.033092137, -0.036357265, -0.10439873, 0.0023779173, 0.07888209), target);\n\ttarget = MulAdd(g1, MF4x4(-0.01730506, -0.022740714, 0.021063361, 0.082628556, -0.024639448, 0.023705823, -0.092249826, -0.0768989, -0.014783317, 0.0063639064, 0.0041929237, -0.015559529, 0.020817379, 0.065355465, -0.002106009, 0.04489612), target);\n\ttarget = MulAdd(h1, MF4x4(0.15640244, -0.016673775, 0.14370853, 0.0632943, -0.38425842, 0.106750414, 0.024923261, -0.31814602, -0.06830921, 0.028625946, 0.13381885, -0.022478523, -0.045712356, -0.045846578, -0.18020678, 0.09754457), target);\n\ttarget = MulAdd(i1, MF4x4(-0.08042041, -0.0629804, 0.00179941, 0.031233454, -0.031198358, 0.07125946, 0.13403404, -0.14895652, -0.007848355, 0.0073721707, 0.09500398, 0.008454506, 0.13026032, -0.067450196, -0.005805801, 0.028892282), target);\n\ttarget = MulAdd(a2, MF4x4(-0.08412081, 0.014766277, -0.020149631, 0.118712135, -0.04914816, -0.05792105, 0.29227188, 0.026034147, 0.1120047, 0.095002666, 0.00085259863, -0.048058935, 0.059555218, 0.016806047, -0.040286265, -0.013871916), target);\n\ttarget = MulAdd(b2, MF4x4(-0.029837646, -0.12694171, -0.091747016, 0.06701937, 0.03595908, -0.06499107, 0.07718667, 0.16839191, 0.060453057, -0.062339257, 0.06462464, -0.12997168, -0.012287718, 0.021051696, 0.036752645, -0.012775891), target);\n\ttarget = MulAdd(c2, MF4x4(0.020795425, 0.05475492, -0.05951276, -0.089259975, -0.016781978, -0.018492289, 0.037464686, 0.022631813, 0.04591149, -0.028302602, 0.021350577, -0.0019535497, 0.05372676, 0.0542445, -0.12681359, -0.16613637), target);\n\ttarget = MulAdd(d2, MF4x4(-0.06331373, 0.08271697, 0.0863126, -0.12388494, 0.032725193, -0.056309905, 0.23224412, 0.2616971, 0.09393073, 0.117842734, 0.24552049, 0.022186337, -0.100860044, 0.08032638, 0.08049447, -0.09940537), target);\n\ttarget = MulAdd(e2, MF4x4(0.3909181, -0.07477156, -0.36466175, -0.17175487, -0.055392284, 0.23718156, -0.34149098, -0.3924147, 0.07390285, -0.028201863, -0.2988869, -0.059178505, -0.035545774, -0.049048856, -0.18053558, -0.15981394), target);\n\ttarget = MulAdd(f2, MF4x4(0.12357816, 0.016537879, 0.08740827, -0.16022646, 0.03273305, -0.0133974645, -0.089761056, 0.044843633, -0.08129866, 0.06891703, 0.0075367647, -0.037070137, -0.12439461, -0.0033269753, -0.06834715, 0.08675626), target);\n\ttarget = MulAdd(g2, MF4x4(0.0064779734, 0.014426835, 0.035886277, 0.06754253, 0.02203813, -0.04712386, 0.023021698, 0.16410176, -0.0851561, 0.04949104, 0.23652297, -0.09268624, -0.04759872, 0.0015944376, 0.05121314, 0.03872179), target);\n\ttarget = MulAdd(h2, MF4x4(-0.03296315, -0.07756158, 0.011254165, 0.07215864, 0.05212682, -0.119309366, -0.10098557, 0.065113194, -0.6075043, 0.0944948, -0.0025391292, 0.07257945, -0.059234653, -0.02663308, -0.0056367065, 0.07748455), target);\n\ttarget = MulAdd(i2, MF4x4(0.1963255, -0.094376676, 0.077393346, -0.061023213, -0.023002017, 0.011871082, -0.035235405, -0.14450419, -0.010873058, -0.10108094, -0.026334947, -0.048716616, 0.15553881, -0.056554224, 0.07016727, 0.09666785), target);\n\ttarget = MulAdd(a3, MF4x4(-0.045733463, -0.07430657, 0.08238815, -0.123395115, -0.040635027, -0.059792377, 0.04978978, 0.14278086, -0.0541127, -0.10427179, -0.16961274, -0.1371796, -0.0011499986, 0.012152467, -0.0815682, -0.054046102), target);\n\ttarget = MulAdd(b3, MF4x4(0.0727944, 0.052526925, 0.009230718, -0.1476749, -0.09698198, -0.025520593, 0.02144377, 0.16131893, 0.0781747, -0.11812555, -0.035372186, -0.08136449, 0.05059057, 0.038647998, -0.037999127, -0.0015969436), target);\n\ttarget = MulAdd(c3, MF4x4(-0.018785287, 0.03944137, 0.11725696, -0.05008342, -0.10257986, 0.20005476, -0.06610143, 0.06656378, 0.006863046, -0.047056478, -0.093303435, 0.05993721, 0.020760732, 0.019373491, 0.062371906, -0.037439793), target);\n\ttarget = MulAdd(d3, MF4x4(-0.09267274, -0.098096795, 0.13675432, -0.06826833, -0.070104465, 0.099336594, -0.056031886, -0.089224756, -0.024747698, -0.0409895, -0.12682493, -0.2713339, -0.03058857, 0.074631155, 0.10274793, 0.0003064175), target);\n\ttarget = MulAdd(e3, MF4x4(-0.22578365, 0.35256356, -0.03433281, -0.16781186, 0.21457422, -0.028583825, 0.1498506, -0.17183648, -0.08763252, 0.12665057, 0.11524475, -0.122246034, 0.253632, -0.4412073, 0.1340533, 0.18091358), target);\n\ttarget = MulAdd(f3, MF4x4(-0.021586075, -0.13002236, 0.051525775, 0.018828293, -0.02971698, 0.1655956, -0.03223926, 0.097215585, -0.056743864, -0.029945962, 0.02934507, 0.03346959, 0.0409185, -0.0018111896, 0.04084656, -0.033254143), target);\n\ttarget = MulAdd(g3, MF4x4(0.029116312, 0.03399277, 0.05797433, -0.005187739, 0.051238127, 0.00043336756, -0.13381082, -0.11246873, 0.0627832, -0.1257258, 0.14857215, 0.08276562, -0.060543623, 0.066337794, 0.17844212, -0.039553978), target);\n\ttarget = MulAdd(h3, MF4x4(0.2723402, -0.08208666, -0.095256135, 0.097162515, -0.14603227, 0.098899886, -0.0382611, -0.13691731, 0.15835975, -0.11403104, 0.12741292, -0.0561908, -0.10390587, 0.1448454, -0.12705886, -0.08887692), target);\n\ttarget = MulAdd(i3, MF4x4(-0.07991212, -0.0016143702, -0.12167386, 0.07029745, -0.10117478, 0.02916672, -0.1567343, 0.037017304, 0.051464945, 0.040837154, -0.057838146, -0.043935794, -0.076173924, -0.0036469682, -0.16645731, 0.0867253), target);\n\ttarget = MulAdd(na1, MF4x4(-0.11595775, 0.1284538, -0.05438797, 0.0022007078, -0.029448986, -0.07199994, 0.08756202, -0.07034043, -0.025051784, -0.033049546, 0.042392526, -0.06789869, -0.02947519, -0.045615688, -0.04309908, 0.08332548), target);\n\ttarget = MulAdd(nb1, MF4x4(0.004717529, -0.103543915, -0.1741877, -0.22649112, -0.11224518, 0.03693626, 0.033321906, -0.10395231, 0.0022406306, 0.0030015993, -0.086861975, -0.08997641, -0.101462744, 0.018904945, 0.30255163, 0.18846805), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.025068762, 0.117842294, -0.019883728, -0.30935752, 0.054619815, -0.00034203878, 0.045184523, -0.05716641, -0.0042491746, -0.014026439, 0.032082856, -0.076196544, 0.022468993, -0.03835101, 0.048660267, 0.11286454), target);\n\ttarget = MulAdd(nd1, MF4x4(0.02735938, -0.014684669, -0.08023435, 0.026778111, -0.0005380734, -0.11492771, 0.33912078, -0.042256307, 0.014511671, -0.0021652458, -0.032238156, -0.031997375, 0.0039656083, -0.023291625, 0.004515741, -0.08897747), target);\n\ttarget = MulAdd(ne1, MF4x4(0.19014491, -0.016315972, -0.042010665, 0.09270843, 0.023101632, 0.47071022, 0.17964542, -0.077132106, -0.0037992029, 0.10508138, 0.06516077, -0.062698394, -0.09827762, -0.08044165, 0.04393759, -0.09197626), target);\n\ttarget = MulAdd(nf1, MF4x4(0.032177076, -0.013111677, 0.074961565, -0.11895858, -0.027409771, -0.0819813, 0.1690814, -0.10718659, -0.011605623, -0.03553455, 0.057705663, 0.015013183, 0.056808244, 0.0005760722, -0.112802945, -0.077581756), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.05866174, -0.007548838, 0.06423205, 0.1352578, 0.0021120945, 0.038740613, 0.17343003, -0.1917378, -0.0038229288, 0.0017887303, -0.007761856, -0.040798064, 0.014540869, -0.03441534, 0.04668393, 0.03392203), target);\n\ttarget = MulAdd(nh1, MF4x4(0.108784005, -0.032867312, 0.0037662825, 0.11089765, 0.29503173, -0.08232824, -0.034738302, 0.06927913, 0.013991651, -0.025746813, -0.020098314, -0.06911749, 0.030166877, 0.0090379, 0.009309999, -0.10990043), target);\n\ttarget = MulAdd(ni1, MF4x4(0.07052432, 0.0040574945, -0.051168878, 0.03484591, 0.07261664, -0.07470608, -0.024008736, -0.021155195, 0.020727258, -0.03774776, -0.07994904, 0.0009939631, -0.06001779, 0.09822139, 0.08215828, -0.20103115), target);\n\ttarget = MulAdd(na2, MF4x4(0.04484158, -0.09804021, 0.030515645, 0.14875132, 0.10324463, 0.024846723, -0.067153946, 0.21652295, 0.025289498, -0.02001657, -0.0704581, 0.03809796, 0.022647271, -0.005611969, -0.036561944, -0.113084584), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.05300202, 0.021789892, 0.059347153, 0.31309023, -0.051712107, 0.12630393, -0.08832499, 0.051365335, 0.040092044, 0.05133063, 0.0385234, 0.12962072, 0.17568372, -0.0060678395, -0.1781195, -0.14315312), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.023102503, -0.0285927, -0.10403815, 0.09859985, -0.02698703, 0.08473415, -0.104872644, 0.05867982, 0.017683612, -0.03389112, 0.0026875678, 0.12684359, -0.009682843, -0.06191043, 0.054384083, -0.06014585), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.02089963, -0.052726943, 0.07328917, 0.09252698, -0.027794342, 0.096590534, -0.059459552, -0.016572969, -0.079190515, -0.101752184, -0.21771683, -0.08526713, -0.10136575, -0.19844209, -0.00960798, 0.18323036), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.12765591, -0.118523166, 0.2949308, 0.3062008, 0.006089219, -0.19795562, 0.10176345, 0.5433496, -0.13549669, 0.18662079, 0.34634838, 0.15632492, -0.3137212, 0.09296755, 0.40942043, 0.35158914), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.044083003, 0.046661552, -0.29044914, 0.18718201, 0.019889789, -0.038973954, -0.13862126, 0.019615972, 0.06718448, -0.078045554, -0.15514913, 0.20315526, 0.12544951, -0.059773993, 0.011969989, -0.13825978), target);\n\ttarget = MulAdd(ng2, MF4x4(0.024059854, -0.036478736, -0.06911277, -0.06703136, 0.018607026, 0.03248238, -0.045660738, -0.020493727, 0.07143626, -0.057682987, -0.14735365, -0.050512917, 0.086959876, -0.09022049, 0.17235179, -0.12725815), target);\n\ttarget = MulAdd(nh2, MF4x4(0.13649525, 0.12862304, -0.17249407, 0.068115726, -0.038493074, 0.05827213, -0.1687499, 0.065070905, 0.27157575, -0.07905134, -0.087201245, -0.08858087, 0.034717344, 0.044884644, 0.08977019, 0.13647328), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.119835004, -0.02438879, -0.18067439, 0.20293695, 0.015848989, -0.04166136, 0.071957104, 0.124382295, -0.072059005, 0.071483135, -0.13201202, 0.0012418783, -0.10581831, 0.058075972, -0.17210579, 0.004112411), target);\n\ttarget = MulAdd(na3, MF4x4(0.00090041093, 0.0011212958, 0.031937573, -0.054099638, -0.017531581, 0.04035068, 0.037017923, 0.0010776994, 0.12191318, -0.007862255, 0.36464828, 0.21806385, 0.049670342, -0.011668101, 0.022543898, -0.025934925), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.02645012, 0.02542059, 0.061260298, -0.029378504, 0.086143106, 0.030658819, -0.102650695, -0.10079073, -0.13305493, 0.121691555, 0.17571746, 0.20150271, -0.0353368, 0.13240956, -0.11879112, -0.09438184), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.030693492, 0.023771469, -0.058636706, -0.08192801, 0.04515666, -0.18397073, -0.012662945, 0.0027336187, -0.036037542, -0.0677095, -0.030037174, 0.09132202, -0.042739432, 0.0677498, -0.0044881506, -0.08441004), target);\n\ttarget = MulAdd(nd3, MF4x4(0.10048813, 0.009793138, -0.041463297, 0.044800177, 0.04865773, -0.013068343, 0.11084613, -0.021099264, -0.16284342, 0.059396107, 0.34094337, -0.00569898, -0.013943217, 0.0776132, -0.2202739, 0.08115887), target);\n\ttarget = MulAdd(ne3, MF4x4(0.09100969, -0.30055302, 0.027439067, 0.14045873, -0.06795197, 0.02795258, -0.3790362, -0.0782406, -0.044285815, 0.060324147, -0.06306254, 0.048571646, -0.010744797, 0.09238931, -0.30406076, -0.034953397), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.08555992, 0.30496204, -0.10318121, -0.109611206, 0.009205826, -0.13284884, -0.034745734, 0.116899915, 0.020474067, 0.087303326, -0.15484655, 0.07619201, 0.048834864, 0.09276454, 0.21443385, -0.16547905), target);\n\ttarget = MulAdd(ng3, MF4x4(0.029452972, -0.029714083, -0.034528464, 0.092740804, 0.059716754, -0.036405306, 0.054758668, 0.20863086, -0.09970437, 0.021823952, -0.057097975, -0.31107625, -0.014428003, -0.055435028, -0.079654545, -0.014873982), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.30689985, 0.18918608, 0.08052377, 0.013860911, 0.07167599, 0.012683613, 0.09667366, 0.23917674, -0.092894726, 0.12865026, -0.23075777, -0.08828766, -0.19403586, -0.0040206606, 0.25459036, -0.09281851), target);\n\ttarget = MulAdd(ni3, MF4x4(0.038235266, -0.028659683, 0.009189875, 0.035079453, 0.066741906, -0.09272636, 0.15878148, 0.22836047, 0.024399906, -0.15650764, 0.030108603, -0.02879869, 0.06306548, 0.020737246, 0.17805946, -0.0968242), target);\n\tconv2d_2_tf[gxy] = target;\n\t\n\ttarget = MF4(-0.020544212, -0.052849937, -0.027093843, 0.018372845);\n\ttarget = MulAdd(a1, MF4x4(-0.11049855, -0.018907964, 0.10167619, -0.07320527, 0.16380642, 0.042582814, 0.15773618, -0.11309016, 0.030760022, 0.013475277, 0.034111183, -0.10673562, -0.06446281, 0.03170585, 0.065783545, -0.08132259), target);\n\ttarget = MulAdd(b1, MF4x4(-0.10073572, -0.038558394, -0.18257987, 0.09736078, 0.07116485, 0.10689451, 0.037241623, 0.06911952, 0.15752609, 0.025548095, 0.09447296, -0.16955513, 0.015093913, 0.026273884, 0.26519024, -0.3108458), target);\n\ttarget = MulAdd(c1, MF4x4(-0.07013285, 0.012493501, -0.03444474, 0.10600023, 0.031901475, -0.07758261, -0.036816508, -0.008185776, 0.04998539, 0.026604375, 0.08036296, -0.18479921, -0.098254114, 0.009431431, -0.056532584, 0.02986586), target);\n\ttarget = MulAdd(d1, MF4x4(-0.0944328, -0.016084116, 0.057588827, -0.03322943, -0.21524993, -0.0121686235, 0.14730252, -0.23106548, 0.038413823, 0.03569419, 0.14861591, -0.10776637, -0.052853543, -0.019915907, 0.11759964, 0.11250295), target);\n\ttarget = MulAdd(e1, MF4x4(0.06219863, 0.04539895, 0.04698554, -0.31864423, -0.012272204, 0.36264813, 0.068282306, 0.2822775, 0.012628343, 0.02692176, 0.09148334, -0.08816395, -0.16482702, -0.06446881, -0.18384305, -0.29771352), target);\n\ttarget = MulAdd(f1, MF4x4(0.100148946, -0.09134751, -0.063103884, 0.1403596, -0.016843816, -0.046195876, 0.030014044, -0.004548106, 0.048431028, -0.040574916, 0.014735356, -0.15846166, -0.2263108, 0.13999973, -0.0633166, 0.27665257), target);\n\ttarget = MulAdd(g1, MF4x4(-0.12594071, 0.0677989, -0.049229424, -0.15385626, -0.12750685, 0.020224968, 0.072655775, -0.37103048, -0.013367309, 0.017096536, 0.07398892, -0.16839914, 0.006098842, 0.018147936, 0.055607572, 0.0040595555), target);\n\ttarget = MulAdd(h1, MF4x4(0.12726252, -0.06711981, 0.11226904, -0.034675833, 0.13163973, 0.09057499, 0.15357189, -0.35910082, 0.0003699172, 0.01971659, -0.041180152, -0.12111229, 0.00043315487, -0.053538464, -0.076018356, 0.042511243), target);\n\ttarget = MulAdd(i1, MF4x4(0.14136468, 0.06641704, 0.046442796, -0.025372686, 0.100791246, 0.03306327, 0.07611193, -0.17730577, -0.027955538, -0.0078110253, 0.008712534, -0.087275945, 0.08230878, -0.0052679684, -0.103350714, 0.0865688), target);\n\ttarget = MulAdd(a2, MF4x4(0.13361642, -0.039004393, -0.023543444, 0.07136099, -0.12098764, -0.02865035, 0.092850566, -0.082029596, 0.036575377, 0.14037344, 0.09989788, -0.06525852, 0.10002514, -0.026618406, -0.12002266, 0.04573298), target);\n\ttarget = MulAdd(b2, MF4x4(-0.28081807, -0.08057377, -0.06789116, 0.019678107, -0.027069533, -0.016614377, -0.01618704, 0.24995302, -0.052341353, -0.07172657, 0.12574856, 0.1313798, -0.15072265, -0.09125269, 0.16099194, -0.13485655), target);\n\ttarget = MulAdd(c2, MF4x4(-0.19550133, -0.04183744, 0.024049545, -0.09530149, 0.100007616, -0.05702025, -0.013796386, 0.04444768, 0.1344129, 0.0993129, 0.10404407, 0.09173625, 0.012862574, 0.06720736, 0.06611082, -0.055998694), target);\n\ttarget = MulAdd(d2, MF4x4(0.16142978, -0.03735292, -0.043507334, -0.110913426, 0.10257733, -0.041712806, -0.18747051, 0.13936411, 0.020649113, -0.02688488, 0.21794553, -0.0689589, 0.16157758, -0.031158462, 0.13341765, -0.097379625), target);\n\ttarget = MulAdd(e2, MF4x4(-0.14022216, 0.15108277, -0.12174897, 0.034505684, -0.28282407, -0.0030200025, 0.06294236, -0.44982272, 0.09119184, 0.02005879, -0.09758412, -0.13265614, -0.21872388, 0.039521, -0.087356746, -0.20212357), target);\n\ttarget = MulAdd(f2, MF4x4(0.12638997, 0.5495008, 0.17717126, -0.08970275, 0.018967377, 0.04660826, 0.059454307, 0.17593576, -0.23507589, 0.12473919, -0.08162357, -0.06400482, -0.02973915, 0.009761158, 0.005129572, 0.051037535), target);\n\ttarget = MulAdd(g2, MF4x4(0.021429846, -0.034670793, 0.08353943, 0.02352908, 0.05054778, -0.019557012, -0.09459167, 0.2277268, 0.05714867, 0.075109184, 0.060369328, -0.10815987, 0.039977793, -0.058211602, -0.070377484, -0.0347485), target);\n\ttarget = MulAdd(h2, MF4x4(0.017368738, -0.015973292, 0.07625957, -0.08961148, 0.047681917, 0.050915856, 0.0910593, -0.0091246255, 0.14573355, 0.052380197, 0.15116148, -0.068882786, -0.0140725635, 0.02823435, -0.1579844, 0.07299422), target);\n\ttarget = MulAdd(i2, MF4x4(0.061255533, 0.03280513, 0.060110033, -0.036644097, -0.037236962, -0.026364978, 0.052616216, -0.13499284, 0.05801061, -0.0673201, -0.14684524, 0.23741283, -0.025241269, -0.1356566, -0.05841229, 0.1051435), target);\n\ttarget = MulAdd(a3, MF4x4(0.00022173181, 0.0643927, 0.028364835, 0.03683199, -0.031283405, -0.09468918, -0.29093724, 0.15719903, -0.021024697, 0.043887176, 0.0935728, 0.03710646, -0.0015930429, 0.1128033, 0.035463266, -0.017833339), target);\n\ttarget = MulAdd(b3, MF4x4(0.016239017, 0.033160247, -0.0012980856, 0.1643084, -0.068570554, -0.011817288, 0.07238526, 0.09016985, -0.037720326, 0.039096065, 0.18127714, 0.040145792, -0.072754, -0.010240024, 0.003931741, 0.1961971), target);\n\ttarget = MulAdd(c3, MF4x4(0.1582716, 0.059197184, -0.07311528, 0.15047154, 0.11910138, -0.16538778, -0.05161302, -0.13114272, 0.06918401, 0.09988292, -0.009128961, 0.022979198, -0.05816623, -0.0010521389, 0.049138065, 0.025934359), target);\n\ttarget = MulAdd(d3, MF4x4(0.005232625, 0.06572209, 0.08158597, -0.041485008, 0.10972084, -0.100233644, -0.08123889, 0.22106615, -0.15856642, -0.00089599646, -0.2508091, -0.18100697, 0.05062669, 0.015029212, 0.037986293, -0.042927373), target);\n\ttarget = MulAdd(e3, MF4x4(-0.059474643, 0.027163196, -0.2604915, -0.010336377, -0.12445887, 0.13566798, -0.30654848, -0.060082927, 0.23085387, -0.091465, 0.39375424, 0.042889137, -0.056025308, 0.032562573, -0.24045426, -0.066820875), target);\n\ttarget = MulAdd(f3, MF4x4(0.37940925, 0.059039116, -0.23255952, 0.13268405, 0.09298355, -0.3546018, 0.20099486, 0.110705115, 0.1028718, 0.15027377, -0.052708015, 0.077674516, -0.012042469, -0.24452698, -0.0897586, -0.05299548), target);\n\ttarget = MulAdd(g3, MF4x4(-0.08723447, -0.04039763, 0.06555755, -0.01244263, 0.0631391, -0.07041029, 0.09457601, -0.07120963, -0.006443017, 0.022470789, 0.083783925, -0.21022923, 0.09100827, 0.004317152, 0.14609122, -0.058026843), target);\n\ttarget = MulAdd(h3, MF4x4(-0.0845435, 0.117686994, -0.12543106, 0.12503773, -0.10377896, -0.0026920936, 0.1349612, -0.069376774, 0.084404066, 0.11193638, 0.09126277, -0.054743435, -0.0032069946, 0.06509136, 0.0048303395, 0.10628396), target);\n\ttarget = MulAdd(i3, MF4x4(-0.029292313, 0.007759757, 0.025865927, 0.056625884, -0.07793367, -0.04091509, -0.003351621, -0.033380255, 0.07060131, -0.036421955, 0.081770964, -0.043511044, 0.017399874, 0.043617025, 0.005139266, -0.021786831), target);\n\ttarget = MulAdd(na1, MF4x4(-0.022271145, 0.00039645372, 0.010613543, -0.11776198, -0.02635221, 0.11864236, -0.0024596716, 0.03923893, 0.0029042386, 0.005011855, 0.0018216589, 0.008130081, 0.011119617, 0.06787836, -0.066421315, 0.08031844), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.09813517, 0.06568305, -0.13860098, -0.0010828839, 0.14380379, -0.13478349, -0.022100717, 0.17066574, -0.029020214, -0.022638777, -0.0070202127, 0.030224288, 0.16366352, -0.06265367, -0.18798734, 0.011478987), target);\n\ttarget = MulAdd(nc1, MF4x4(0.05996043, -0.053815104, 0.11500831, -0.08236374, 0.044013776, -0.041716296, 0.041496664, 0.14121005, 0.08279138, 0.009773295, -0.010372792, 0.025527438, 0.014913059, -0.066181764, -0.011920773, 0.10358109), target);\n\ttarget = MulAdd(nd1, MF4x4(0.05652108, -0.004097921, -0.062982805, 0.1622035, 0.16812254, 0.03779725, 0.09811821, -0.30795518, -0.03712885, 0.014134829, -0.07531538, -0.0353742, -0.014039425, -0.011970228, 0.036651116, -0.0004495905), target);\n\ttarget = MulAdd(ne1, MF4x4(0.11922151, -0.17507777, -0.04528375, -0.07090318, 0.19573775, -0.11706877, 0.0641675, -0.3705396, 0.0054832795, -0.048944287, -0.09650737, 0.09810468, -0.18202507, -0.08735016, 0.082755096, -0.018619625), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.2286063, 0.06487897, 0.041627876, -0.112286136, 0.055056084, -0.024040936, -0.072515465, 0.095542595, 0.017591938, 0.037572965, 0.086499356, -0.044066917, 0.09246921, -0.14498484, 0.017450534, -0.0031692435), target);\n\ttarget = MulAdd(ng1, MF4x4(0.120006956, 0.029871983, -0.04091446, 0.1845348, 0.07152837, 0.0031324874, 0.3271476, -0.3842661, 0.015676577, 0.007722651, -0.01355098, 0.03852728, -0.036933925, -0.055561922, -0.08608098, 0.016633974), target);\n\ttarget = MulAdd(nh1, MF4x4(0.042973485, -0.016934913, -0.054753687, 0.0057244487, 0.080229886, 0.07153676, 0.121217705, -0.1422365, -0.022736007, -0.005441552, 0.059987642, -0.06661513, -0.008356551, 0.026571274, 0.014096615, -0.034175288), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.10869293, 0.020983249, 0.014934219, -0.048246913, -0.043031503, 0.014160269, 0.012524968, 9.1027774e-05, 0.06874907, 0.041440487, 0.04364499, -0.049117107, -0.11006862, -0.028361427, 0.0666895, -0.15525119), target);\n\ttarget = MulAdd(na2, MF4x4(-0.13360004, -0.040586635, -0.011065811, 0.07590281, -0.17862478, 0.03176052, -0.0060847234, 0.06482111, -0.10241082, -0.06991013, -0.04906971, 0.111663744, -0.20776138, -0.065589525, 0.16063885, -0.1169129), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.08239939, -0.016491726, -0.17447554, -0.17412238, -0.023073941, 0.024335802, 0.009998651, -0.2594834, 0.09212794, -0.047131993, 0.0023678474, -0.13931216, -0.093529895, 0.14654796, 0.2062498, -0.0979242), target);\n\ttarget = MulAdd(nc2, MF4x4(0.037110724, 0.16630705, -0.07703024, -0.09271235, -0.065290235, 0.011327393, 0.01392625, -0.08141591, -0.2544335, 0.11532231, -0.0038528284, -0.14333782, 0.052138682, 0.11441084, -0.13260897, 0.16820511), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.30918753, -0.024295764, -0.027942184, -0.0860215, -0.055746336, -0.016570807, 0.17202388, 0.035703283, -0.16252916, 0.058050476, -0.15769738, 0.15678713, -0.116991155, 0.043470733, -0.383855, 0.18544619), target);\n\ttarget = MulAdd(ne2, MF4x4(0.110480964, -0.0018562422, 0.11564728, -0.15973495, 0.28632364, 0.07150075, -0.02442135, 0.09562533, -0.031401016, -0.04514724, 0.31314585, -0.09337406, 0.108728535, 0.017531324, -0.024494028, -0.093123734), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.0803049, -0.23596147, -0.1215564, -0.07627238, -0.06644555, -0.02015921, -0.1534082, -0.0035896646, 0.20785846, -0.07450932, 0.083064035, 0.06505109, -0.06643723, -0.05675558, -0.06931419, -0.07988197), target);\n\ttarget = MulAdd(ng2, MF4x4(0.0042541623, 0.026418367, 0.06019002, -0.120204665, -0.041487366, 0.021887602, 0.060255744, -0.07371016, -0.12069726, -0.12678316, -0.049600363, -0.12936749, 0.23514399, 0.037363835, 0.014190557, 0.12650439), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.09167683, -0.04038391, -0.022526316, -0.009859018, 0.008543954, -0.021847846, -0.09823242, 0.100713, 0.090360984, 0.09792457, -0.20315544, -0.035371944, 0.1085808, -0.06695963, 0.02482221, 0.024650661), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.20332499, -0.07027695, -0.087853126, 0.18171547, -0.047613457, -0.024246145, -0.10522111, 0.23672101, 0.036521245, -0.08921485, -0.03288885, -0.031625647, -0.06543899, -0.069383, -0.00516059, -0.0017956651), target);\n\ttarget = MulAdd(na3, MF4x4(0.024934843, 0.03389753, -0.08901605, -0.037079386, -0.046384435, -0.02585016, 0.11197663, 0.00346106, -0.36492983, -0.093989864, -0.04062576, -0.026857732, -0.0070361346, -0.043496076, -0.015871098, 0.043276284), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.03606492, 0.004693198, 0.06704513, -0.06954089, -0.06506014, -0.037918013, -0.08111133, -0.009501841, 0.068508595, 0.08327213, -0.019518502, -0.022806957, 0.2190603, 0.17022887, 0.14800793, -0.08281432), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.064694725, -0.07497781, -0.04672195, 0.014982018, 0.043382764, 0.18891387, -0.038317963, 0.07969728, -0.063571155, 0.030154549, -0.08465413, 0.16925031, 0.12671013, -0.04915839, -0.096187495, -0.051536918), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.009621753, -0.0195934, -0.045811757, 0.13657679, -0.064056486, 0.038231816, -0.054827668, -0.12231228, 0.26552272, 0.12414302, 0.18624337, -0.046787616, -0.022237374, -0.053084116, 0.14358921, -0.042177454), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.07842658, 0.013456938, 0.032272052, 0.28887707, -0.10770709, -0.21856956, 0.37743518, 0.23959023, 0.37210184, 0.9503002, -0.025512097, -0.03633097, 0.022222593, 0.071377136, -0.20658484, 0.52729785), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.099430755, -0.24070781, 0.065863, -0.07808372, -0.16720702, 0.2676829, -0.27154264, -0.049355835, 0.19279453, 0.06852905, 0.06272968, 0.13116297, 0.07394523, 0.12975569, 0.26263225, 0.15205261), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.014191022, 0.018638015, -0.08631605, 0.061950725, -0.13144706, 0.084606856, -0.024304552, 0.0024966071, 0.021148616, 0.020798182, 0.13002335, -0.049378537, 0.017035907, -0.0116185695, -0.20568894, 0.2350694), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.013792852, -0.05215396, 0.06764889, -0.012962138, -0.11838281, -0.015625363, -0.12466692, 0.12504981, 0.14459728, 0.034634247, 0.14713274, -0.118111566, 0.18801935, -0.14544547, 0.04915958, -0.14483985), target);\n\ttarget = MulAdd(ni3, MF4x4(0.04480321, 0.029159583, -0.06726701, -0.065100566, 0.094168976, 0.012941809, -0.035608374, 0.086288646, 0.043504182, 0.057368, -0.054148387, 0.09442852, 0.07997, -0.050284415, 0.046459693, -0.11076571), target);\n\tconv2d_2_tf1[gxy] = target;\n\n\ttarget = MF4(0.057122286, 0.012267435, -0.008509618, -0.033430006);\n\ttarget = MulAdd(a1, MF4x4(0.039423067, 0.078436814, -0.069983914, -0.038171016, 0.14237583, -0.02642111, -0.20049703, 0.100611456, -0.029072462, -0.5085375, -0.018193128, 0.059373964, -0.030980011, -0.11949504, -0.06939915, -0.0759268), target);\n\ttarget = MulAdd(b1, MF4x4(0.059159596, 0.17550206, 0.05612233, 0.13204549, -0.0050658686, -0.21678181, 0.07797472, -0.09275905, -0.06803014, -0.65021074, -0.07766355, 0.018018546, -0.26769254, 0.16147457, -0.2786428, 0.117244564), target);\n\ttarget = MulAdd(c1, MF4x4(0.08737985, -0.10133755, -0.026567303, -0.03721374, 0.03300279, 0.15863386, 0.14206086, 0.10378439, -0.024067098, -0.41554677, -0.096829094, 0.037365302, 0.047267284, -0.014426036, 0.08224506, -0.02312597), target);\n\ttarget = MulAdd(d1, MF4x4(0.054744978, 0.0014223085, 0.107521415, 0.044979066, -0.039141048, 0.23803799, -0.19850029, 0.19078358, -0.053693853, -0.51473075, -0.026663598, -0.03709435, 0.068645775, -0.461768, 0.05462371, -0.034951005), target);\n\ttarget = MulAdd(e1, MF4x4(-0.29620552, -0.008875074, 0.07487369, -0.22165461, -0.19263655, 0.048992947, -0.19407378, -0.04266071, -0.0410519, -0.9824355, -0.04094819, 0.1591373, -0.003784664, -0.03243022, 0.18372828, -0.21720201), target);\n\ttarget = MulAdd(f1, MF4x4(0.009888709, 0.13686997, -0.094822176, 0.05202961, 0.07718702, -0.111160606, -0.008345299, -0.03728517, 0.08747702, -0.609868, -0.004057196, -0.044258054, 0.06356071, 0.25430042, 0.020177737, 0.0132764075), target);\n\ttarget = MulAdd(g1, MF4x4(0.11496065, 0.21552022, -0.04389089, -0.0086625945, 0.09537117, -0.13809446, 0.08995812, 0.112047695, 0.011121139, -0.5289336, -0.022189362, 0.038001932, -0.1164996, 0.23712026, 0.020787118, -0.0011653812), target);\n\ttarget = MulAdd(h1, MF4x4(-0.09048339, -0.39137346, 0.21572241, 0.051918186, 0.11814622, 0.3203632, 0.024965152, -0.04971828, 0.009413184, -0.27384368, -0.06055165, 0.011737885, 0.06622072, 0.004352992, -0.16232811, -0.04402811), target);\n\ttarget = MulAdd(i1, MF4x4(0.09248723, 0.0889905, 0.024224376, 0.030123342, 0.03877418, -0.08895352, -0.13702047, 0.108477026, 0.040580783, -0.38253292, -0.017656842, -0.02734635, -0.10592393, -0.078880526, 0.06576184, 0.08253187), target);\n\ttarget = MulAdd(a2, MF4x4(0.015141747, -0.1309331, -0.02695935, -0.17821482, 0.06992731, 0.008076907, 0.04242278, -0.041699618, -0.2879429, 0.19774953, 0.049024932, 0.2859851, 0.07940857, 0.119633004, -0.0559928, 0.030878706), target);\n\ttarget = MulAdd(b2, MF4x4(-0.24421887, 0.13531625, 0.16485777, -0.16606078, 0.013032199, 0.22538358, -0.08584098, -0.09070285, 0.2687854, 0.16989781, -0.032257568, -0.017058974, -0.009155003, 0.24833599, -0.037294723, -0.030808553), target);\n\ttarget = MulAdd(c2, MF4x4(0.02493932, 0.114831686, 0.033882387, 0.14481047, -0.01829352, 0.115675755, -0.03021338, -0.004733893, 0.015008595, -0.19344689, -0.12460783, 0.047182407, -0.1743983, -0.09997754, -0.27779073, 0.07800383), target);\n\ttarget = MulAdd(d2, MF4x4(-0.043531906, 0.07293452, -0.071971625, -0.0019219422, -0.04766082, -0.1400812, 0.025305094, 0.05111917, 0.08387639, -0.31426215, -0.004437485, 0.15080883, 0.046185132, -0.34772637, 0.1205064, -0.073153645), target);\n\ttarget = MulAdd(e2, MF4x4(-0.18307851, 0.09229181, -0.17735274, 0.50427365, 0.034740254, -0.13563888, 0.027704779, -0.10706108, 0.32057324, 0.1820803, -0.28548205, -0.20837711, 0.026674472, 0.015941067, -0.07913227, 0.10543624), target);\n\ttarget = MulAdd(f2, MF4x4(-0.19075814, -0.07901908, -0.09471109, 0.38521093, -0.051173307, 0.22712201, -0.0057217837, -0.008397543, -0.094950974, -0.07692618, 0.08312472, -0.1183983, 0.042578284, 0.055876415, 0.0013518286, -0.024476144), target);\n\ttarget = MulAdd(g2, MF4x4(0.07312584, -0.14143293, 0.039240487, -0.04388676, -0.040030226, 0.23504035, 0.049412448, 0.047472715, 0.01382807, -0.2750679, 0.21508247, 0.053023193, 0.029611293, -0.0056723547, -0.01997564, 0.03959638), target);\n\ttarget = MulAdd(h2, MF4x4(-0.15638126, -0.19253428, 0.10116556, 0.08715779, -0.11614563, 0.098930575, 0.087547146, -0.028423786, 0.21491656, 0.13664484, -0.24975125, -0.08325575, 0.032616112, -0.18295531, 0.065003626, 0.021616168), target);\n\ttarget = MulAdd(i2, MF4x4(-0.007087224, 0.3169042, 0.14880657, -0.18242247, 0.0064674197, 0.06109478, -0.059897806, -0.0011404125, 0.18070918, -0.08458671, -0.12923287, -0.08353918, -0.01897949, 0.06979917, 0.09025345, -0.017417897), target);\n\ttarget = MulAdd(a3, MF4x4(0.05179286, -0.034726117, 0.21951278, 0.082072996, 0.07295873, -0.08012756, 0.014272455, -0.056287043, -0.017637976, -0.013951062, 0.054536913, 0.017742792, -0.009336327, -0.03538978, 0.011911002, -0.11776655), target);\n\ttarget = MulAdd(b3, MF4x4(0.13707292, -0.023107344, -0.00069132133, -0.08294918, -0.23168655, -0.096478485, 0.08214384, -0.059408333, 0.18943588, -0.03707817, -0.08321206, -0.22239017, -0.15046118, 0.120259546, 0.07002098, -0.09866878), target);\n\ttarget = MulAdd(c3, MF4x4(-0.012951499, -0.27445596, -0.14348228, 0.0447087, 0.046177246, 0.017482923, 0.05994589, 0.015270621, 0.06457534, -0.05479883, 0.013528706, -0.12819076, -0.06994984, 0.07996559, -0.06996563, 0.054592125), target);\n\ttarget = MulAdd(d3, MF4x4(0.10614017, -0.053328507, 0.08286402, -0.10957647, -0.12656961, 0.040465187, 0.17095993, 0.051273175, 0.04530683, 0.18120332, -0.027397426, -0.08206453, 0.069643475, -0.12606093, -0.058229, 0.18432495), target);\n\ttarget = MulAdd(e3, MF4x4(0.17823172, 0.41447365, 0.11639968, -0.06486261, 0.19411229, -0.19174264, -0.038545858, -0.10247162, -0.019421054, -0.009120293, 0.13342139, 0.04569454, -0.11488296, 0.080402605, 0.13746685, 0.14873841), target);\n\ttarget = MulAdd(f3, MF4x4(-0.0829372, -0.30971724, 0.032577418, 0.07669426, 0.018960338, 0.1791047, -0.047290523, -0.008268177, -0.04843848, 0.06855169, -0.07592713, 0.04155206, 0.08097685, 0.051547952, 0.011747727, -0.033211578), target);\n\ttarget = MulAdd(g3, MF4x4(-0.1373094, 0.15334417, -0.06870011, -0.06123882, 0.00090525567, 0.1162759, -0.082836166, 0.11193168, -0.08798139, 0.035071023, 0.01123731, -0.05533123, -0.024120709, 0.050991498, -0.1336545, -0.043407314), target);\n\ttarget = MulAdd(h3, MF4x4(-0.06407508, -0.33745393, 0.23901443, 0.052661825, 0.10159286, 0.07630392, -0.15228964, -0.03295662, -0.0060571227, 0.0071413037, 0.17815827, -0.12300588, 0.1899591, -0.25670734, 0.0070533925, -0.043219138), target);\n\ttarget = MulAdd(i3, MF4x4(-0.1732961, 0.30729872, 0.2262359, -0.21156187, 0.06456767, 0.021306427, 0.05425214, -0.083489835, -0.044103798, 0.052490056, -0.0044859303, -0.02098116, -0.0504092, -0.00038908, 0.039689723, -0.07444564), target);\n\ttarget = MulAdd(na1, MF4x4(-0.033599377, -0.08571998, -0.10530651, -0.08143152, -0.12479356, -0.060760368, 0.121969484, 0.038539995, 0.013419648, -0.08396321, 0.05109183, 0.017426316, -0.07328041, 0.05684259, 0.070007846, 0.10744751), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.274972, 0.4282744, 0.22896598, -0.10019718, 0.16731918, 0.030695973, 0.041302808, 0.067710035, 0.023648342, -0.07225423, -0.038274363, 0.05649214, 0.2907932, -0.42040724, -0.012518357, -0.017642522), target);\n\ttarget = MulAdd(nc1, MF4x4(0.13465816, 0.25740397, 0.15255588, 0.095492624, 0.043392237, 0.020608524, 0.028149592, -0.02565965, 0.06586847, 0.0011866485, -0.037156094, 0.055193666, -0.04400515, 0.08791553, 0.010484813, -0.15319423), target);\n\ttarget = MulAdd(nd1, MF4x4(0.040082783, -0.06577737, -0.07995138, -0.16504121, 0.09325564, -0.22239633, 0.1648208, 0.028321613, 0.015860023, -0.08520523, -0.051657148, 0.061537597, 0.073225826, -0.14896914, 0.1299073, -0.006399767), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.09663643, -0.53566885, 0.025700806, 0.55880916, 0.2808175, 0.05318815, 0.062414836, 0.10828044, 0.05490069, -0.081015244, 0.09650798, -0.12189763, -0.07257968, 0.26949814, -0.012583941, 0.0008959956), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.011190751, 0.35855585, 0.1862791, 0.14002089, 0.027401952, 0.0042707003, -0.022745244, 0.10868378, -0.09141326, -0.17373067, 0.028805451, 0.017749606, 0.040033735, -0.011070057, -0.025801158, -0.13208073), target);\n\ttarget = MulAdd(ng1, MF4x4(0.024512364, 0.08858363, -0.18131207, -0.027412666, -0.04424581, 0.011799249, -0.082901396, 0.038419988, 0.024691217, 0.052292384, -0.009439586, -0.00092504063, 0.008878617, 0.025503607, 0.021490294, 0.056503642), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.12956679, -0.34502396, 0.2046284, 0.026422406, -0.051775485, -0.004565459, 0.033549815, 0.24834748, -0.014039569, -0.008843974, -0.024532126, -0.028356941, 0.086490355, 0.19347343, -0.06651103, 0.01359097), target);\n\ttarget = MulAdd(ni1, MF4x4(0.026218938, -0.071594626, 0.058404952, -0.0064054746, 0.021394106, 0.003737053, 0.013854575, 0.11512703, 0.041950155, -0.12979212, 0.029137189, -0.035896428, -0.052289136, 0.14120553, -0.069520056, 0.083379924), target);\n\ttarget = MulAdd(na2, MF4x4(0.10193102, -0.011678638, -0.08350273, -0.1182253, -0.15432937, 0.20543317, -0.20413567, -0.080253944, 0.07646635, -0.020952104, -0.0104566, -0.10925271, 0.055971812, 0.032747865, 0.04048261, 0.08953569), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.016132157, -0.08411032, -0.14439175, 0.056656662, -0.12841295, -0.051562544, -0.040920693, -0.027162159, -0.05479628, -0.13349691, -0.28604138, 0.053583436, 0.13565014, 0.11799203, -0.28183892, -0.14269474), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.062003274, -0.048884556, -0.20334347, 0.22376512, -0.089073546, 0.11118097, -0.009234466, -0.07418679, -0.14703932, 0.16732392, -0.07114778, -0.06633442, 0.04149066, 0.061250567, 0.18997967, 4.3616074e-05), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.013199228, 0.04439229, 0.022987943, 0.031648617, 0.028317936, -0.065302536, 0.12444893, -0.10333742, -0.055278953, 0.0026120062, 0.292226, -0.048765816, 0.094359584, 0.080392964, 0.04476662, -0.05632204), target);\n\ttarget = MulAdd(ne2, MF4x4(0.30331823, -0.13950066, 0.046152875, -0.049017597, -0.030433452, -0.098067395, 0.05823237, 0.23484923, -0.052533124, -0.17569515, 0.043904085, 0.34406292, 0.09246567, 0.44028738, -0.1541278, 0.10462374), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.053813357, -0.06074867, -0.08128881, -0.015421247, 0.1122167, 0.06750029, -0.07663203, 0.06962623, 0.016814634, -0.018121587, -0.17165172, 0.06247406, -0.061192635, -0.21323347, -0.20642947, 0.024856035), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.017261975, 0.001956938, 0.03585212, -0.051244717, -0.012848608, 0.060172677, -0.110458344, -0.14227545, 0.074150845, 0.122560345, 0.0022584137, 0.124024406, -0.0020875141, -0.44394484, 0.21422713, -0.04319881), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.034175355, -0.010641907, -0.035431314, 0.009394309, 0.06870524, -0.020846654, 0.0075500663, -0.10564474, 0.031213112, 0.32362583, -0.01739634, -0.080315515, -0.026090765, -0.2125432, 0.17748094, 0.08196893), target);\n\ttarget = MulAdd(ni2, MF4x4(0.023425572, 0.058883358, -0.08460052, -0.06000809, -0.07512468, 0.15626664, 0.007509836, 0.019525077, 0.054792758, -0.23570415, -0.05554373, -0.14720254, -0.022515034, 0.04687545, -0.09122355, -0.08824173), target);\n\ttarget = MulAdd(na3, MF4x4(0.03242358, 0.009580177, 0.020231772, 0.022309156, -0.12902056, 0.14806129, -0.027296314, 0.063802026, -0.039501395, -0.01489755, -0.19859995, -0.10364646, 0.09310042, -0.028172733, -0.08560778, -0.030869158), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.101350136, 0.05526243, 0.0035860895, 0.09896092, 0.19400865, 0.2449927, -0.18022242, 0.09199169, -0.0077618533, -0.18838565, -0.45503637, 0.20625886, 0.041608825, -0.114395924, -0.0850152, 0.0733077), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.08502301, 0.15609683, 0.017885443, -0.02539383, -0.026503822, -0.036420856, 0.0021276672, 0.06999657, -0.046073034, 0.16763787, -0.14055778, -0.0049013835, 0.009052177, -0.09790551, 0.117615454, 0.048404485), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.028804805, 0.004398154, 0.02801529, -0.0806873, -0.03933947, 0.12910266, -0.1326506, 0.08548417, -0.5164903, 0.07406561, 0.22457983, 0.14813408, -0.05975599, -0.019444315, 0.07565449, -0.23129421), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.2850856, -0.12607557, 0.014540369, -0.08426361, -0.027262088, 0.20371006, -0.12156548, 0.17130668, -0.31521708, 0.049210936, -0.35247996, 0.18296543, 0.42723244, 0.2039884, -0.035021685, 1.1381091), target);\n\ttarget = MulAdd(nf3, MF4x4(0.08956528, -0.00317981, -0.07248739, -0.055904776, -0.03996253, 0.025405107, 0.00059332704, -0.037291884, -0.09004787, -0.23186557, -0.16186874, 0.0020177872, 0.022994975, -0.20395516, -0.17148314, 0.14748491), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.0061345818, -0.16014275, 0.17222595, -0.07567761, -0.061348878, -0.1720377, 0.12391044, -0.1664243, 0.20054317, 0.053534795, 0.18869756, -0.15747075, 0.023294995, 0.19970472, 0.14656426, 0.033892497), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.0951606, 0.114271455, -0.035583224, -0.0395411, -0.324703, -0.3520329, 0.32128307, -0.05776112, -0.12950924, 0.10391318, -0.0319499, -0.050979655, -0.13066222, -0.25933158, 0.021341946, 0.09927698), target);\n\ttarget = MulAdd(ni3, MF4x4(0.18134786, -0.057574477, -0.1466477, -0.046258144, -0.024677455, 0.04083935, 0.14517285, -0.25801346, 0.18157719, -0.090125926, -0.0036604172, -0.20966503, -0.00015470991, -0.016252374, -0.03844368, 0.06726928), target);\n\tconv2d_2_tf2[gxy] = target;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x24\n//!IN conv2d_2_tf, conv2d_2_tf1, conv2d_2_tf2\n//!OUT conv2d_3_tf, conv2d_3_tf1, conv2d_3_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_2_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(0.06617475, 0.031411394, -0.08600086, -0.12331019);\n\ttarget = MulAdd(a1, MF4x4(0.04442572, -0.021079494, 0.08133416, -0.14203873, -0.07575563, -0.036278915, -0.02581178, 0.074260384, 0.110657595, 0.022575535, 0.14307183, 0.009784463, 0.0019734183, -0.022827094, -0.10990385, 0.018472824), target);\n\ttarget = MulAdd(b1, MF4x4(0.21470577, -0.102078706, -0.19685651, -0.10499778, -0.14538614, 0.12205785, -0.119196534, -0.12512656, -0.0157255, 0.06778767, 0.051144827, -0.061093763, -0.014912816, -0.10668368, 0.16782193, 0.04672345), target);\n\ttarget = MulAdd(c1, MF4x4(0.23532265, -0.06437796, -0.1636927, 0.096415624, -0.14463958, 0.07062449, -0.009412339, -0.053424593, -0.020204574, 0.048089918, -0.036215715, -0.140922, -0.11925414, -0.05972305, 0.0024522278, 0.09344713), target);\n\ttarget = MulAdd(d1, MF4x4(-0.007486091, -0.041294333, 0.03958969, 0.053319015, -0.0508917, -0.05159112, 0.11288304, 0.26939824, 0.024348699, 0.060014047, -0.034696687, 0.009803982, -0.019758658, -0.108922645, 0.14256927, -0.027265849), target);\n\ttarget = MulAdd(e1, MF4x4(0.08267747, 0.01354375, 0.33666995, 0.101669155, -0.110209286, 0.14248498, -0.16946654, -0.35839102, 0.20460105, 0.11426335, 0.11318654, -0.044304296, -0.076097116, 0.029738575, 0.15636109, -0.0552018), target);\n\ttarget = MulAdd(f1, MF4x4(0.14432563, 0.0046133446, -0.10694144, 0.022137064, -0.5636542, -0.13867012, -0.008164329, -0.12708999, 0.044234607, 0.115975946, -0.092227295, -0.07865807, 0.108110346, -0.017337924, 0.043074783, -0.041216116), target);\n\ttarget = MulAdd(g1, MF4x4(0.026432367, -0.06873426, 0.061831556, -0.00605308, -0.056780808, -0.07177329, -0.0057719476, 0.07050306, 0.027728474, 0.09348229, -0.09152759, -0.09133902, 0.024218138, 0.03562348, -0.018500235, 0.024786536), target);\n\ttarget = MulAdd(h1, MF4x4(-0.015634011, 0.00043256918, -0.08569041, 0.099786475, -0.13876541, 0.06958842, -0.21906306, 0.11165318, -0.09130837, 0.14580032, -0.102398746, 0.051243573, 0.059544906, 0.057559166, -0.033218343, 0.08339028), target);\n\ttarget = MulAdd(i1, MF4x4(0.006991434, -0.0743791, -0.088750206, -0.021417037, -0.29907656, 0.007902655, -0.036114752, -0.122924, -0.067659825, 0.029919846, 0.14793514, -0.097599104, 0.016503064, -0.1095046, -0.028360674, -0.058358364), target);\n\ttarget = MulAdd(a2, MF4x4(0.004909281, 0.071267895, 0.16850118, -0.054999575, -0.14304577, 0.02441106, 0.050973237, 0.009992714, -0.109278284, 0.07919291, 0.0077810627, 0.034462743, 0.047741413, 0.12163777, -0.12122584, 0.013382445), target);\n\ttarget = MulAdd(b2, MF4x4(0.0005590338, -0.015862202, -0.046375863, -0.091307804, -0.20246892, -0.059480507, 0.11874404, 0.17396803, -0.17960979, -0.034825385, 0.004660247, 0.1359996, 0.0032430585, 0.07977283, 0.148807, -0.05778742), target);\n\ttarget = MulAdd(c2, MF4x4(0.18160479, 0.043647032, -0.017925482, 0.017439943, 0.015033334, 0.011356719, 0.03396472, 0.004971239, -0.13910371, 0.044191893, -0.12855305, -0.056105338, 0.056831665, 0.133879, -0.063164115, 0.0071621994), target);\n\ttarget = MulAdd(d2, MF4x4(-0.113280386, 0.0025519284, 0.18671317, 0.08804424, 0.20677073, -0.0804015, -0.08834917, 0.09533873, 0.083148256, -0.048961774, -0.07908736, -0.02688625, 0.035848085, 0.10695606, -0.22634004, -0.13171262), target);\n\ttarget = MulAdd(e2, MF4x4(0.1707226, 0.08533742, 0.21622618, -0.21757056, -0.1274536, 0.08398028, 0.3202134, 0.022998685, 0.04880864, -0.34749946, 0.13356782, 0.054071113, 0.27817082, 0.082054846, 0.1917598, -0.028963286), target);\n\ttarget = MulAdd(f2, MF4x4(0.017651493, 0.026090013, -0.15366435, 0.04745487, -0.083071895, 0.04845406, 0.05552361, 0.096130624, -0.010397022, 0.053183064, -0.07440269, -0.027566215, -0.1770849, -0.02905562, 0.07577059, 0.01106056), target);\n\ttarget = MulAdd(g2, MF4x4(-0.09079958, 0.07023978, 0.013599515, 0.03719188, -0.029139029, -0.12541416, -0.1298324, -0.089526765, 0.026374, -0.03675827, -0.0664432, -0.10954637, -0.03706898, 0.07195458, 0.2083045, -0.13173243), target);\n\ttarget = MulAdd(h2, MF4x4(0.119648434, 0.085478894, 0.1322845, -0.217921, -0.0493358, 0.016056411, -0.008486342, 0.121576615, -0.15643454, 0.03276933, 0.096999034, -0.04267362, -0.0680802, 0.19929416, -0.09860732, -0.20886037), target);\n\ttarget = MulAdd(i2, MF4x4(-0.03567257, 0.09823424, 0.097885884, -0.0057406626, -0.007873974, -0.103281036, -0.013342071, -0.052842017, -0.15585557, -0.127313, -0.08575327, 0.012302473, 0.14850815, 0.1284913, -0.11507875, -0.053595018), target);\n\ttarget = MulAdd(a3, MF4x4(-0.054356705, 0.029001048, 0.017115368, 0.03151991, 0.18608244, 0.13901179, 0.57566303, 0.06494094, 0.028459521, 0.14781436, 0.06256118, 0.030419847, 0.07467109, -0.06440686, 0.053834237, -0.0071851187), target);\n\ttarget = MulAdd(b3, MF4x4(0.007199532, -0.121588215, 0.044833265, 0.27465758, 0.3438028, -0.023367146, 0.51061314, -0.238366, -0.2637815, 0.10414675, 0.23945883, 0.12390733, 0.23056524, -0.036144268, 0.029334458, -0.022119714), target);\n\ttarget = MulAdd(c3, MF4x4(-0.05376701, -0.06664099, 0.059821654, -0.0018416446, 0.2638233, 0.043670908, 0.3815553, -0.13832693, -0.0050786, 0.09253983, 0.23859836, 0.07963589, 0.07718028, -0.079752676, 0.11433723, 0.011501202), target);\n\ttarget = MulAdd(d3, MF4x4(0.1874364, -0.17093459, 0.010855328, 0.120664425, 0.111470625, 0.1484681, 0.5195336, -0.0069446685, 0.042319857, 0.05145161, -0.039009307, -0.01998825, -0.07303624, 0.09134541, 0.10079329, 0.030079208), target);\n\ttarget = MulAdd(e3, MF4x4(-0.2186243, -0.4428867, 0.092963874, 0.13073802, -0.019760692, 0.08763586, 0.34470505, -0.23975423, -0.49366876, 0.03650021, -0.26312304, -0.10178505, -0.19149905, 0.08961964, -0.03015555, -0.41838256), target);\n\ttarget = MulAdd(f3, MF4x4(-0.028188573, 0.031499006, -0.063600264, 0.24837458, 0.19443984, 0.058427423, 0.28769475, -0.08521067, -0.071029276, 0.14094949, 0.11166354, 0.049317956, -0.010624909, -0.06265303, 0.1114735, 0.02864904), target);\n\ttarget = MulAdd(g3, MF4x4(-0.052337993, -0.017547317, -0.03520667, 0.002673191, 0.1905491, 0.17264749, 0.32332307, 0.061626773, 0.136209, 0.19794804, 0.16509542, -0.04580146, 0.028514566, 0.041068107, 0.043710496, -0.13467996), target);\n\ttarget = MulAdd(h3, MF4x4(0.057524405, -0.0670017, 0.0016474138, 0.10262694, 0.036269784, 0.036402486, 0.44747186, 0.12797451, -0.047264162, 0.0766207, -0.23309897, -0.1266668, 0.074957475, 0.015929028, 0.2692563, 0.036415808), target);\n\ttarget = MulAdd(i3, MF4x4(0.17724822, -0.109371126, -0.0682871, 0.14675598, 0.054630626, 0.062969014, 0.36832303, -0.013787229, 0.024231227, 0.12613758, -0.055872746, -0.04053383, -0.006620505, 0.015584234, 0.035116877, 0.01693195), target);\n\ttarget = MulAdd(na1, MF4x4(0.19397566, 0.07098955, 0.18101004, 0.083367795, -0.070514366, -0.044412676, -0.062800385, 0.068795145, -0.19326128, -0.10733093, -0.1681797, 0.02347941, 0.09339788, 0.15950295, 0.057467394, 0.056237224), target);\n\ttarget = MulAdd(nb1, MF4x4(0.136637, -0.07271869, 0.26881287, 0.34395644, -0.04324773, 0.103202775, -0.16522674, -0.044781554, -0.086582124, 0.054414462, 0.065597564, 0.033376656, -0.111290336, -0.0014986617, -0.2212502, -0.25075877), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.06789657, -0.18068478, 0.09911924, -0.23166406, -0.044929348, -0.031290393, 0.13361748, 0.03413577, -0.040923, 0.049681865, -0.07380375, 0.08915985, 0.07288317, 0.06554518, -0.1643758, 0.055818856), target);\n\ttarget = MulAdd(nd1, MF4x4(0.2203703, -0.037368517, 0.09785233, -0.06491308, -0.092911914, -0.031082682, -0.104810245, 0.034624774, -0.023380022, 0.0052404683, 0.06841838, -0.023614911, -0.03593765, -0.046437703, -0.1844866, -0.14166127), target);\n\ttarget = MulAdd(ne1, MF4x4(0.05909365, -0.36332077, -0.2689632, 0.1739602, -0.45130134, 0.12989542, -0.005341447, -0.06824331, -0.15072067, -0.05676317, -0.13605535, -0.18169174, 0.07681412, 0.124912, -0.021684267, 0.0894891), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.035549298, -0.21778642, 0.097288795, -0.26111203, 0.10414918, 0.0061409012, -0.0556371, -0.032494467, 0.052588258, 0.06812076, -0.16265821, 0.118465446, -0.099786356, 0.0869041, -0.25942245, 0.009399633), target);\n\ttarget = MulAdd(ng1, MF4x4(0.11580169, -0.024714155, 0.010325179, 0.013701658, -0.076200895, 0.10303264, -0.094055474, -0.029318763, 0.07376417, 0.049632907, 0.032555673, 0.10790659, -0.101094194, 0.071630724, -0.109847575, 0.0077851396), target);\n\ttarget = MulAdd(nh1, MF4x4(0.1398949, -0.04883586, 0.23428173, -0.15378661, -0.100387186, 0.009293077, -0.008328632, -0.10520436, 0.035526622, 0.064958505, -0.1684589, -0.12430499, 0.13108692, 0.028732104, -0.0724291, -0.14364761), target);\n\ttarget = MulAdd(ni1, MF4x4(0.13408709, 0.037318103, 0.030060692, -0.02245396, -0.11561478, -0.07266053, -0.14419918, -0.15680459, 0.104011424, 0.0289589, -0.05245363, 0.02856205, -0.0973203, -0.009120509, 0.08775658, -0.08062229), target);\n\ttarget = MulAdd(na2, MF4x4(0.115849026, 0.06085271, -0.015712146, -0.035179697, 0.14623754, -0.027535545, 0.105676346, 0.28401312, 0.00610444, -0.18113948, 0.003972312, 0.022277411, 0.030053148, -0.06660701, -0.007032331, -0.026460487), target);\n\ttarget = MulAdd(nb2, MF4x4(0.105825655, 0.031863045, -0.011142612, -0.023293436, 0.0680703, 0.12657744, -0.31427047, -0.045503054, 0.019428464, 0.055280883, 0.033349436, -0.0824765, 0.04048357, -0.039309558, -0.13541335, -0.0711577), target);\n\ttarget = MulAdd(nc2, MF4x4(0.00587736, 0.066619515, -0.1982745, -0.12112423, -0.001499343, -0.06931127, -0.17176788, 0.030141942, -0.10718468, 0.07443775, -0.12964384, 0.122857764, -0.06771741, -0.07971639, -0.044493467, -0.0075695426), target);\n\ttarget = MulAdd(nd2, MF4x4(0.023990182, 0.052072257, -0.07704469, -0.05818583, 0.2703359, -0.1253082, 0.3321394, 0.51275367, -0.20541172, 0.087123945, -0.21254195, -0.21670723, 0.00083692186, -0.04276457, 0.10195174, 0.03721505), target);\n\ttarget = MulAdd(ne2, MF4x4(0.080449946, 0.18648995, -0.11595206, -0.15039912, -0.07889376, -0.31233358, -0.2996588, 0.551305, -0.20122233, 0.24880885, -0.04481761, -0.3973453, 0.10033973, 0.05511902, 0.029888729, 0.021694044), target);\n\ttarget = MulAdd(nf2, MF4x4(0.03702065, -0.088798195, 0.06667468, 0.044227604, 0.07188657, -0.04998249, 0.2439061, -0.1476103, -0.064125344, 0.034045372, -0.13339408, 0.109842144, 0.19029056, -0.029507356, -0.08236508, 0.07658855), target);\n\ttarget = MulAdd(ng2, MF4x4(0.028597932, -0.03854459, 0.047724374, 0.065792255, -0.09860975, -0.08000352, 0.10390718, 0.23593639, -0.11188388, 0.016842902, -0.11817977, 0.06368645, 0.055055078, 0.058349103, -0.08001618, -0.024517627), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.16921136, -0.04083932, -0.00835477, 0.2030543, -0.012638247, -0.27452287, 0.0956476, -0.04617994, 0.15653826, 0.06020273, -0.10202549, -0.06836085, 0.11841569, 0.048987422, -0.07977096, -0.012123196), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.0235341, -0.046976402, 0.032694343, -0.16520928, -0.017081633, -0.03708282, 0.07898976, -0.11212351, 0.11997062, 0.15722035, 0.06421537, 0.00097069755, 0.037570357, -0.040770754, -0.0743307, 0.0534563), target);\n\ttarget = MulAdd(na3, MF4x4(0.09699342, -0.09981163, -0.10912867, 0.10897145, -0.030223582, -0.014247349, -0.03482929, -0.01305651, -0.038396984, 0.009796579, -0.1132907, 0.077554524, 0.031296402, 0.014200385, 0.22940783, 0.13804206), target);\n\ttarget = MulAdd(nb3, MF4x4(0.1207108, -0.1887047, 0.15963583, 0.03816067, -0.017255, 0.008443818, -0.065400094, 0.044166937, 0.17263496, 0.14113733, 0.082817905, 0.082012236, 0.096803635, -0.06069386, -0.062445905, -0.04569513), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.03677858, 0.027012087, -0.20495425, 0.16764086, -0.025615353, -0.0020314269, 0.007159334, -0.0044264444, -0.04242938, -0.04116411, -0.063763745, -0.016643412, -0.022430163, -0.09297498, 0.0027288082, 0.09743419), target);\n\ttarget = MulAdd(nd3, MF4x4(0.098948084, -0.13285282, 0.19235732, 0.2794696, 0.004499766, -0.015963264, -0.0557736, 0.0024319638, -0.048159864, 0.029840004, -0.32350582, -0.21436322, 0.11063215, -0.07647232, -0.061627094, -0.09123133), target);\n\ttarget = MulAdd(ne3, MF4x4(0.13004114, -0.12624854, -0.1305723, -0.18789066, 0.041747153, 0.019262334, 0.17703997, 0.02054544, 0.16357894, 0.09787803, 0.07931654, 0.23711719, 0.07959038, -0.14655703, 0.19117653, 0.5182774), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.021226425, -0.15988874, -0.25700846, 0.08832854, 0.012499655, 0.011893902, 0.029938264, -0.0056565106, -0.047849346, -0.07041324, 0.1554268, -0.09428568, -0.057141136, 0.0027243465, 0.08234678, 0.028744241), target);\n\ttarget = MulAdd(ng3, MF4x4(0.011884608, -0.14763886, -0.021171318, 0.14934142, -0.018248998, -0.024268437, -0.014130621, -0.0027485457, -0.0809039, 0.05827554, -0.14076029, -0.1408414, 0.033655114, -0.113111265, 0.007957397, 0.024406865), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.03952874, -0.10756346, -0.21955557, 0.07950554, -0.05224832, -0.0015799722, 0.019645864, 0.046215426, 0.025174068, 0.05614136, -0.02355428, 0.12604117, -0.05630602, -0.104844145, 0.0040577715, 0.20292816), target);\n\ttarget = MulAdd(ni3, MF4x4(0.08337458, -0.04375854, 0.12814969, -0.0505745, -0.02162198, -0.022859862, -0.009827576, -0.06884463, -0.13378213, -0.024044786, -0.1587514, -0.09542159, -0.079674646, -0.118072495, -0.015328217, -0.034902822), target);\n\tconv2d_3_tf[gxy] = target;\n\t\n\ttarget = MF4(-0.06898461, -0.06177714, -0.06478548, 0.022993876);\n\ttarget = MulAdd(a1, MF4x4(0.104435995, 0.08523803, 0.13313451, 0.01485225, -0.067918435, 0.17933276, 0.021827344, 0.0296916, -0.07059249, 0.0037901546, 0.016877035, -0.029718481, 0.013821487, 0.0051245163, -0.009027754, -0.0703365), target);\n\ttarget = MulAdd(b1, MF4x4(-0.13151535, 0.05132924, 0.2739186, 0.48619145, 0.13476053, 0.3685631, -0.027353717, -0.07500873, -0.05480841, -0.014034983, -0.085864894, 0.08971871, 0.07406436, -0.01183941, 0.16449541, -0.06773314), target);\n\ttarget = MulAdd(c1, MF4x4(0.013538097, 0.1583598, -0.055277165, 0.07637614, 0.07473682, 0.22345996, 0.030919895, -0.06126728, 0.02978074, -0.10157281, -0.1264838, 0.00084818545, 0.10940815, -0.0269847, 0.063068226, -0.03479123), target);\n\ttarget = MulAdd(d1, MF4x4(0.043592498, 0.18918565, 0.21017411, -0.023375075, -0.021484343, -0.06985366, 0.21826547, -0.00875028, 0.07610231, -0.08861247, 0.03791508, 0.0031226536, -0.028661136, 0.060399413, 0.0592066, -0.06264682), target);\n\ttarget = MulAdd(e1, MF4x4(0.21633635, 0.22528979, 0.47684777, -0.058535807, 0.08307837, -0.19632038, 0.12323838, -0.02472063, 0.056115244, 0.07563149, -0.083180495, -0.07311292, 0.03583403, -0.2776853, -0.20366116, -0.022084663), target);\n\ttarget = MulAdd(f1, MF4x4(0.057834644, 0.19703801, -0.047718063, 0.079801254, 0.12549312, 0.026414996, 0.023341564, 0.082731344, 0.14167784, 0.048134133, -0.04772942, 0.09571532, -0.097056195, 0.007009441, 0.06857669, 0.026794193), target);\n\ttarget = MulAdd(g1, MF4x4(0.041096892, 0.006188847, 0.11750499, -0.13447829, 0.0017394158, 0.01783059, 0.15956202, -0.03767544, 0.02673659, -0.05342451, -0.14283001, 0.004724371, -0.024063434, 0.023162393, 0.054349884, -0.10900122), target);\n\ttarget = MulAdd(h1, MF4x4(0.07189023, 0.014259161, -0.028867813, -0.045834795, 0.14308538, 0.17444627, 0.17258337, 0.022358263, -0.05739824, 0.07874781, 0.00055093376, -0.12329737, -0.063672766, 0.025692929, -0.052464493, 0.17745042), target);\n\ttarget = MulAdd(i1, MF4x4(0.026802428, 0.13577338, -0.06985617, 0.074659124, 0.1569288, 0.08905961, 0.012837567, -0.052218303, -0.025591483, 0.119624466, 0.024393069, 0.19790728, -0.037801497, 0.05334152, 0.019320685, -0.012112278), target);\n\ttarget = MulAdd(a2, MF4x4(0.05892214, -0.032721363, -0.045643594, -0.030719811, -0.104445435, -0.1574105, -0.06973961, 0.0880568, -0.015203705, -0.13851601, -0.01675903, -0.025943246, 0.05482791, -0.08070468, 0.0048817545, -0.2195491), target);\n\ttarget = MulAdd(b2, MF4x4(0.21571757, -0.1806072, -0.010998025, 0.020393362, 0.021816706, -0.018158916, -0.11101471, 0.016325697, -0.12101562, -0.049236, -0.20187455, 0.1455995, 0.04611496, 0.08955074, -0.098323554, 0.009564463), target);\n\ttarget = MulAdd(c2, MF4x4(0.005143037, 0.031717982, -0.050139457, -0.1109613, 0.03775848, 0.00954106, -0.06293631, 0.0890101, -0.00040289984, -0.03748492, -0.06439364, 0.07678777, 0.08420904, -0.019876583, -0.122263946, -0.06204237), target);\n\ttarget = MulAdd(d2, MF4x4(-0.20215075, 0.050689973, -0.046013024, 0.0023596657, -0.15971628, -0.20731676, 0.12560777, 0.29917854, -0.111574054, -0.04077845, -0.11790463, 0.04522926, 0.18117487, -0.17887163, -0.09449106, -0.32954872), target);\n\ttarget = MulAdd(e2, MF4x4(-0.048394788, 0.0773854, 0.069474846, -0.15471548, -0.22533698, -0.03836189, 0.042107325, 0.07787484, -0.19023094, -0.31975862, 0.027023884, 0.22310641, -0.30156738, -0.18671185, 0.10680384, -0.17596984), target);\n\ttarget = MulAdd(f2, MF4x4(-0.049384125, -0.10053522, -0.02494229, 0.13089181, 0.12716612, -0.011930183, -0.055107582, -0.011396776, -0.037174955, -0.07332422, -0.037290994, -0.020584442, 0.12331001, -0.15849335, -0.11254808, -0.0070635113), target);\n\ttarget = MulAdd(g2, MF4x4(0.10335844, 0.014899349, -0.064154595, -0.0028669129, 0.034805696, -0.18495506, 0.005376811, 0.08496156, 0.013403576, -0.014818112, -0.01596864, -0.03724775, 0.07349724, -0.0763195, 0.0443468, -0.22289227), target);\n\ttarget = MulAdd(h2, MF4x4(0.121551886, 0.006529306, -0.013299677, -0.19693732, -0.0043474436, -0.19871178, -0.052884568, 0.074092165, -0.038850788, 0.033550348, -0.08163774, 0.06271596, 0.20859785, 0.0067883697, -0.046475146, -0.48063815), target);\n\ttarget = MulAdd(i2, MF4x4(0.083180554, 0.052318644, 0.03218632, 0.11313337, -0.031635284, -0.09441545, -0.004538136, 0.03766669, -0.15290408, 0.029063439, -0.08709602, 0.20032041, 0.10752559, -0.025936332, -0.16803461, -0.31867516), target);\n\ttarget = MulAdd(a3, MF4x4(-0.011112246, 0.05966688, 0.08825975, -0.06790863, -0.0754694, -0.19575286, 0.08554758, -0.18269138, -0.1280453, 0.18379766, -0.08955887, 0.17286651, -0.013172642, -0.0035751443, 0.055351105, -0.02254156), target);\n\ttarget = MulAdd(b3, MF4x4(-0.11329527, 0.181477, -0.054028887, 0.037797876, -0.14424248, -0.15426451, -0.0749264, -0.15829895, -0.09827482, 0.13866791, 0.013977896, 0.3066159, 0.03892076, 0.0022721966, 0.088637464, -0.18673263), target);\n\ttarget = MulAdd(c3, MF4x4(0.052434247, 0.1075718, 0.09951973, -0.026689908, -0.082213305, -0.068657055, -0.10954474, -0.36598998, 0.059983972, 0.071539626, 0.105706535, -0.014004922, -0.04493435, -0.00943364, 0.014306285, -0.086277805), target);\n\ttarget = MulAdd(d3, MF4x4(-0.07653824, -0.05569481, 0.12022612, -0.02960086, -0.0827238, -0.12082348, 0.018902717, -0.17416616, -0.03121552, 0.008206833, -0.10166017, 0.0037599066, -0.009543466, 0.0020527479, 0.050042894, -0.10293714), target);\n\ttarget = MulAdd(e3, MF4x4(0.14261888, -0.1898871, -0.15847605, 0.028050601, -0.016525509, -0.03094436, -0.19239494, -0.18140908, 0.14230183, -0.33403888, -0.39611194, 0.13778488, 0.1988197, -0.06581933, 0.002683303, -0.108148), target);\n\ttarget = MulAdd(f3, MF4x4(-0.037351307, -0.09952294, 0.024785696, -0.0168355, -0.07218153, -0.1065052, -0.081961505, -0.15091445, 0.18406965, 0.13677996, -0.14867578, 0.089149386, -0.05840212, -0.059798297, -0.0201243, -0.029525604), target);\n\ttarget = MulAdd(g3, MF4x4(-0.009857878, -0.087470345, 0.011972532, -0.13542594, 0.0354294, -0.20797616, -0.024621738, -0.08760984, 0.072218195, -0.13620329, -0.050354343, -0.17628804, 0.0071922955, 0.0018819867, -0.03858231, 0.018087402), target);\n\ttarget = MulAdd(h3, MF4x4(-0.1553403, -0.03627257, 0.004989727, -0.0921159, -0.05149391, -0.21778369, -0.06126919, -0.072652444, 0.22329745, -0.11201775, -0.122997835, 0.05540077, -0.07249663, 0.0042517297, -0.05706445, 0.017356722), target);\n\ttarget = MulAdd(i3, MF4x4(-0.05847665, -0.015685597, 0.14335254, -0.007372796, -0.0077773617, -0.08556339, 0.06739385, -0.04068274, 0.15799382, 0.038163103, 0.05265575, -0.08238097, 0.040807348, -0.07065019, 0.028166778, -0.15436243), target);\n\ttarget = MulAdd(na1, MF4x4(-0.16044334, 0.283655, -0.022656776, 0.08448171, -0.038254652, -0.044832315, 0.08454063, 0.007472126, -0.009800128, 0.18591672, 0.10872203, -0.058036473, -0.098420285, 0.023155827, -0.04196021, 0.09891162), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.17852576, 0.54625523, -0.081733584, 0.081366554, -0.069625385, -0.11218507, 0.028421586, 0.071588986, -0.014985082, -0.087979324, 0.3142317, -0.19760501, -0.16015647, 0.13895224, -0.2701074, 0.30648437), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.014566373, 0.02057931, 0.10014358, 0.06578205, -0.15359782, -0.11839336, 0.13061163, 0.076945096, -0.01413561, -0.013397205, 0.015244041, -0.10279087, 0.09975661, -0.023128696, -0.016278943, 0.18001132), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.06356644, 0.14646067, 0.016344864, -0.013904187, 0.064943634, -0.1281504, -0.06950529, -0.028252209, -0.011304186, 0.04061305, 0.09251525, -0.05251633, 0.09714447, -0.05430799, -0.17469239, 0.1850043), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.14378282, 0.22984904, 0.32252252, 0.26133427, 0.45289674, 0.14866802, -0.24101377, -0.18861331, -0.030501021, -0.1883431, -0.13604005, -0.15657176, 0.020317623, 0.23096721, 0.10420801, 0.15710264), target);\n\ttarget = MulAdd(nf1, MF4x4(0.06454669, -0.04189079, 0.056962494, -0.04948231, -0.2148223, -0.039649688, -0.0113121355, 0.20814565, 0.111416936, -0.035151463, -0.056465276, -0.080573045, -0.07819258, 0.018179936, -0.2283728, 0.12155499), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.02560027, 0.070398115, -0.02989104, 0.028688442, 0.04278315, 0.013474358, -0.07253673, 0.02276444, 0.12581308, -0.03901054, 0.08311041, -0.08153711, 0.02564736, -0.043852035, -0.028089473, -0.044236403), target);\n\ttarget = MulAdd(nh1, MF4x4(0.09625976, 0.005770156, 0.16631871, -0.1034893, -0.19147423, 0.004631949, -0.07540428, 0.015621006, 0.03929467, 0.04762953, -0.080173716, -0.10179307, 0.059833538, 0.05659006, -0.13382521, -0.0313998), target);\n\ttarget = MulAdd(ni1, MF4x4(0.07715199, -0.03317866, -0.024203375, -0.1298324, -0.09655965, -0.026206894, 0.18922973, 0.07624604, -0.007847103, -0.058786727, -0.049493928, 0.019805223, -0.008090047, -0.019503202, -0.064513676, 0.10351463), target);\n\ttarget = MulAdd(na2, MF4x4(0.022054255, -0.07858889, -0.10127163, -0.06832876, -0.07584891, 0.04215273, -0.0029053919, 0.08290376, -0.03475005, 0.08332925, 0.009553486, 0.07245685, -0.017920833, 0.015080806, -0.0002565289, 0.006093501), target);\n\ttarget = MulAdd(nb2, MF4x4(0.09178481, 0.013873079, -0.02395207, -0.133258, -0.08877421, -0.21369275, -0.11754095, 0.17205496, 0.012909828, 0.10264451, 0.23808923, 0.055029023, 0.034399036, -0.046347205, 0.0067525543, 0.0777463), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.02699122, 0.04746888, -0.113287434, -0.025223, -0.005920497, -0.21902934, -0.13731015, 0.014423957, 0.036004063, 0.05559045, -0.0655789, 0.13083544, -0.06181434, 0.042077873, 0.022695009, 0.043042142), target);\n\ttarget = MulAdd(nd2, MF4x4(0.05076442, -0.06772015, -0.044568565, -0.018430268, -0.046832457, 0.14489225, 0.118378006, 0.053310696, 0.117090195, 0.23086876, 0.058276806, -0.03198186, -0.026497893, 0.09645919, 0.08429416, -0.022437949), target);\n\ttarget = MulAdd(ne2, MF4x4(0.06788362, -0.071499035, -0.03412108, -0.1442882, -0.061426826, 0.15115702, 0.20443979, 0.42235458, 0.34301203, 0.15906362, -0.4573595, -0.38218448, 0.074763715, 0.03956433, -0.2741876, -0.045825735), target);\n\ttarget = MulAdd(nf2, MF4x4(0.042785604, 0.086842, 0.06526033, -0.26330376, -0.13392642, -0.09802622, -0.060285453, -0.04659627, 0.063904576, 0.030205727, -0.02990855, -0.03692373, 0.009259516, -0.033007562, -0.027945964, 0.12487634), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.04833785, 0.025812654, 0.09670586, -0.0398005, 0.084576905, 0.006827775, 0.21430464, -0.062337395, 0.01071662, 0.042277753, -0.07786652, 0.080589384, 0.050834, -0.018442666, -0.10043296, 0.0051965285), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.06940597, 0.0052362564, 0.11979121, 0.002420146, -0.014626038, -0.033247836, 0.07638099, 0.024731234, 0.13817027, -0.034607813, 0.069013715, -0.1591328, 0.017410269, 0.020814985, -0.071453065, 0.07467316), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.03586743, 0.0875829, 0.14604242, -0.08374493, -0.015870938, -0.037566822, -0.04257119, 0.013528102, 0.051471747, -0.00025074458, -0.043193746, -0.10538127, -0.0122199105, -0.0105835805, 0.096613646, -0.0008547738), target);\n\ttarget = MulAdd(na3, MF4x4(-0.09195929, -0.01251629, 0.1138194, -0.03152187, -0.027415436, 0.017695861, -0.05137721, -0.0006171527, 0.021749081, 0.070172004, 0.057883944, -0.031044329, -0.036268383, -0.17082807, -0.0331674, -0.03538632), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.27754265, -0.029477704, 0.34336638, -0.0011287191, -0.025141917, 0.034894004, 0.048627432, 0.053214233, -0.053281713, 0.03867139, -0.028029127, 0.09459172, 0.008080466, -0.122576915, -0.020655254, -0.1817124), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.1662597, -0.15292045, -0.0053951927, -0.067345075, 0.00020036062, -0.0026049272, -0.038856488, 0.00017393462, -0.03796784, -0.03248859, -0.024195418, 0.06486219, 0.09273242, -0.1581097, 0.03317699, -0.08153722), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.11341117, 0.036644243, 0.20370142, -0.12600902, 0.02261616, -0.033919003, 0.028898139, 0.019782161, 0.20895214, -0.09579635, -0.08383094, -0.04259736, 0.0101915635, -0.034835722, 0.05754228, 0.027356239), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.104123175, 0.122171596, 0.2642155, -0.08453785, 0.019124847, -0.03925304, 0.08668516, -0.16025878, -0.17377967, 0.3448709, 0.024630664, -0.080416046, -0.41245192, 0.062051725, 0.0105510065, -0.19370769), target);\n\ttarget = MulAdd(nf3, MF4x4(0.021447789, -0.06635468, 0.01480373, 0.04688862, 0.02536135, 0.031706117, 0.019310655, -0.045567643, -0.109611645, -0.11746073, 0.07113426, 0.16584454, 0.05936068, -0.027226295, 0.073482916, -0.12929685), target);\n\ttarget = MulAdd(ng3, MF4x4(0.0190673, 0.0045874445, 0.09324168, -0.13466571, 0.010220709, 0.037733227, -0.0111948475, 0.006582617, -0.027675852, 0.103390485, -0.15095036, 0.1242396, 0.04393306, -0.0034322627, 0.12748775, -0.08938276), target);\n\ttarget = MulAdd(nh3, MF4x4(0.05321518, 0.025193566, 0.17684115, -0.017202778, -0.019295435, -0.046254706, 0.055901498, 0.02723333, -0.1394657, 0.054581758, -0.0807223, -0.047655288, 0.048698746, -0.045940652, 0.19415994, 0.0033838819), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.017342623, 0.116635494, 0.012575626, 0.04339496, 0.0025065525, -0.004621888, -0.049964648, 0.0034235734, 0.04433295, 0.033285826, -0.11080989, 0.124883905, 0.06634157, -0.040422186, -0.04232008, 0.07501063), target);\n\tconv2d_3_tf1[gxy] = target;\n\n\ttarget = MF4(0.067609355, -0.057853002, -0.09608125, 0.087347224);\n\ttarget = MulAdd(a1, MF4x4(0.0349472, -0.09146782, -0.015455071, -0.02013195, -0.013576279, 0.1715199, -0.060827523, -0.060094133, -0.06020249, -0.02977466, -0.010053687, -0.0333128, 0.08293437, 0.08380394, -0.062162157, 0.09678952), target);\n\ttarget = MulAdd(b1, MF4x4(0.09930308, -0.07924828, 0.013899443, -0.44464898, -0.03707883, -0.006584696, -0.05389371, -0.060199857, -0.019344926, -0.01931973, -0.09749517, -0.0686553, -0.07339165, -0.048708685, 0.01131454, 0.1376503), target);\n\ttarget = MulAdd(c1, MF4x4(-0.26070634, 0.040811583, 0.116160385, 0.21038511, -0.27048224, 0.0031473516, 0.032511245, 0.121619865, 0.047579095, -0.114472836, 0.058695633, 0.019592037, -0.03866724, 0.15776725, -0.008668879, 0.05827778), target);\n\ttarget = MulAdd(d1, MF4x4(0.121598184, 0.08180447, -0.03398555, -0.063269034, 0.20604548, 0.0030689642, -0.009161656, -0.10142109, -0.09195833, -0.12376092, -0.05792068, 0.071478724, 0.055384632, 0.0047193686, -0.037130035, -0.04934333), target);\n\ttarget = MulAdd(e1, MF4x4(0.12193808, 0.1254089, 0.4908329, -0.21140434, 0.12811103, -0.15737641, -0.23926133, 0.43005112, 0.15134192, -0.08466868, 0.12739879, 0.0066337097, 0.16472779, -0.105588906, -0.22597887, 0.14652383), target);\n\ttarget = MulAdd(f1, MF4x4(-0.16729999, -0.03391507, 0.07358867, 0.060984816, -0.12153663, 0.06727532, 0.18193701, 0.08977565, 0.11250762, -0.018742424, -0.15230577, -0.14556353, 0.16327548, 0.095403135, -0.13089553, 0.072550654), target);\n\ttarget = MulAdd(g1, MF4x4(0.13752456, 0.03894747, 0.031068675, 0.023082117, 0.17917861, 0.07080096, -0.011008945, -0.09391019, -0.006836284, -0.015607849, 0.046196267, 0.015853055, -0.12630671, -0.081082314, -0.086036764, 0.1590758), target);\n\ttarget = MulAdd(h1, MF4x4(0.012728998, -0.09810741, 0.14294422, -0.059659157, 0.03056563, -0.024036996, -0.015403818, -0.118189946, -0.051906176, -0.17971419, -0.0959625, 0.08985921, 0.10979987, 0.10597462, -0.043452974, 0.03186385), target);\n\ttarget = MulAdd(i1, MF4x4(0.020659165, 0.049573228, 0.051704157, 0.028366942, 0.022190692, -0.051479015, 0.054295983, -0.017384693, 0.0026946815, 0.010077197, -0.012801315, 0.0016714733, 0.08869389, 0.05164402, 0.03406929, -0.037191015), target);\n\ttarget = MulAdd(a2, MF4x4(-0.10028344, -0.16634189, 0.019711684, 0.020383958, -0.084915325, 0.11053288, -0.07768085, -0.01981037, 0.107243344, -0.012217411, -0.023985125, -0.08483301, -0.19850655, -0.06305865, 0.03655547, 0.06864395), target);\n\ttarget = MulAdd(b2, MF4x4(0.20698719, -0.2885775, 0.059498087, -0.008909828, -0.08331985, 0.13849287, 0.032946825, 0.14271452, -0.104721665, 0.12004092, 0.14654724, -0.004502498, 0.006716589, -0.17328952, 0.014115839, -0.016801946), target);\n\ttarget = MulAdd(c2, MF4x4(0.041014872, -0.080156274, -0.043762606, 0.0528254, -0.04514068, -0.073835544, 0.04116111, -0.0028962197, 0.06113734, -0.00660851, 0.04496306, -0.19104107, 0.10144654, -0.19428198, -0.04189575, -0.027004357), target);\n\ttarget = MulAdd(d2, MF4x4(0.076202326, 0.031882156, -0.08089088, 0.02722187, -0.24690835, -0.035489604, 0.17377102, -0.046913855, 0.09538933, 0.13880032, 0.032495037, -0.053468306, 0.018272033, -0.13557187, -0.0016809801, 0.16564687), target);\n\ttarget = MulAdd(e2, MF4x4(-0.1318004, 0.0781202, 0.026608787, 0.2782413, -0.015252272, 0.06966941, 0.6830404, -0.21273687, 0.035827838, -0.013433616, -0.19725588, 0.115758345, 0.12179782, -0.1338549, -0.041967906, 0.3419551), target);\n\ttarget = MulAdd(f2, MF4x4(-0.06732849, -0.00047242, -0.09643446, -0.048419215, 0.030914927, -0.13920021, 0.08296221, 0.042942315, 0.18975921, 0.023672665, -0.08061805, -0.11823857, -0.055623423, -0.1345549, 0.1951731, 0.10466201), target);\n\ttarget = MulAdd(g2, MF4x4(-0.042122774, -0.14092919, 0.097806625, -0.16809812, -0.0017256415, 0.07320015, 0.02623979, 0.056631763, -0.059066445, 0.050315112, 0.022210397, 0.020917628, 0.07918204, -0.047513902, -0.022105288, 0.017238917), target);\n\ttarget = MulAdd(h2, MF4x4(-0.10645019, -0.2826466, 0.06739196, 0.09756199, 0.031106336, -0.08260654, -0.036933657, 0.050086416, 0.0987824, -0.033137392, 0.08894681, -0.23773453, 0.023050837, -0.23565383, -0.09519961, 0.09613443), target);\n\ttarget = MulAdd(i2, MF4x4(-0.05644008, -0.21541502, 0.11537729, -0.13721548, -0.020957267, 0.10175056, -0.052707233, 0.17628355, 0.028461214, 0.3014536, -0.038585383, -0.014727664, -0.044595238, -0.10416226, -0.04355546, 0.22365475), target);\n\ttarget = MulAdd(a3, MF4x4(-0.08733939, 0.08058479, -0.004023699, -0.025807053, -0.002117148, -0.23746334, 0.065963335, 0.020958645, -0.22460108, -0.009205423, -0.07651075, -0.15989082, 0.05807728, 0.023019457, -0.05400351, 0.075997986), target);\n\ttarget = MulAdd(b3, MF4x4(-0.18092917, 0.29806077, 0.024918934, 0.114404745, 0.049839694, -0.18546863, 0.12478854, 0.13304788, -0.15392973, 0.051560715, -0.06856269, -0.3036006, 0.08124072, -0.05298596, -0.030516481, 0.12273301), target);\n\ttarget = MulAdd(c3, MF4x4(-0.09820723, 0.08067553, 0.029639702, 0.03668786, -0.10049537, -0.19294576, 0.17826727, 0.1635976, -0.16384046, -0.1220917, 0.008744192, 0.012697882, -0.043205783, 0.10298051, 0.021135183, 0.15958472), target);\n\ttarget = MulAdd(d3, MF4x4(0.021761253, 0.1893263, -0.0020750812, 0.14222866, -0.103759706, -0.13740262, 0.08272797, -0.059319258, 0.13402042, -0.07973959, 0.08683529, -0.15174694, -0.1330933, -0.036825962, -0.0028282823, 0.021407785), target);\n\ttarget = MulAdd(e3, MF4x4(0.12504603, 0.2479715, -0.35803804, -0.026018003, 0.022745723, -0.07542199, 0.23766859, -0.056435704, 0.033115927, 0.22251359, 0.09025703, -0.39158693, 0.28631303, -0.13876301, -0.4956844, 0.55813307), target);\n\ttarget = MulAdd(f3, MF4x4(0.16973238, 0.107451506, -0.10936354, 0.025205612, -0.0154478075, -0.22515228, 0.0618484, -0.053435117, -0.1634102, -0.2720532, 0.22150621, 0.0012615388, 0.045661222, 0.028745374, 0.043213993, 0.014749005), target);\n\ttarget = MulAdd(g3, MF4x4(0.08600755, 0.11467286, -0.030524427, 0.025168872, -0.10489299, -0.37458676, 0.07771989, -0.0042441254, -0.11694848, -0.35681316, 0.04747507, -0.0027261428, -0.025253184, -0.08753649, -0.006478329, -0.027177837), target);\n\ttarget = MulAdd(h3, MF4x4(-0.0007465437, 0.28975293, -0.18405293, 0.119266, -0.10667221, -0.1802464, 0.19241495, 0.02650873, 0.010430683, -0.23149595, -0.031080026, -0.0006125235, 0.037027247, -0.09754189, 0.04630445, -0.018924896), target);\n\ttarget = MulAdd(i3, MF4x4(0.019050436, 0.17480409, -0.13520603, 0.09094483, -0.02445997, -0.21114577, 0.050991118, -0.029637761, -0.16994584, -0.2239252, 0.11126132, -0.06577722, 0.056996938, 0.006512977, -0.049459394, 0.07697084), target);\n\ttarget = MulAdd(na1, MF4x4(0.16364041, -0.058814153, -0.07960281, -0.22106613, 0.051421925, 0.13432528, 0.03029435, -0.053310465, -0.043934733, 0.28936264, -0.07070681, -0.04899224, -0.11805805, -0.028338438, 0.100599535, -0.048358817), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.14466347, 0.2542083, 0.114321895, 0.060320944, 1.432933e-05, -0.009625721, -0.037658967, -0.22428983, -0.0722048, 0.03882146, 0.17885631, 0.16377795, 0.112711646, -0.13564147, -0.022007236, -0.20185186), target);\n\ttarget = MulAdd(nc1, MF4x4(0.1199308, 0.065274626, 0.040273953, -0.029960137, 0.14304884, 0.059161276, -0.02586767, -0.19456553, -0.020681847, -0.03329421, 0.026978612, 0.06485361, 0.088268556, -0.0095202075, -0.1777034, -0.06573516), target);\n\ttarget = MulAdd(nd1, MF4x4(0.19750524, -0.124522515, 0.04549369, -0.14726287, -0.13690545, 0.06770214, 0.105929896, 0.10787474, 0.21234562, 0.15915224, 0.12821364, -0.10518945, -0.019162156, 0.060908437, 0.0070991656, -0.05853554), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.332194, -0.1090442, 0.11825454, 0.0843628, -0.03258615, 0.08459736, 0.11480732, -0.047636237, -0.095243596, 0.07337737, -0.11959047, 0.14512871, 0.034495726, -0.086968474, 0.19812642, -0.013120597), target);\n\ttarget = MulAdd(nf1, MF4x4(0.038461242, 0.03316589, 0.09561463, 0.18557192, -0.010941443, 0.0907286, -0.016086651, -0.23144832, -0.044253506, -0.058702238, -0.0011041966, -0.045634367, -0.09162548, -0.045157652, -0.021990022, 0.13162635), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.02456783, -0.03417151, 0.053517457, 0.0039862576, -0.005629444, -0.027595684, -0.09233445, -0.05521366, -0.028361535, -0.10314045, 0.05208228, -0.01962492, -0.096213296, -0.024513567, -0.05102384, 0.13520533), target);\n\ttarget = MulAdd(nh1, MF4x4(0.08790174, -0.1792104, 0.06702363, 0.036870077, -0.08648169, 0.2826172, -0.17046972, 0.019982012, -0.036582787, -0.055289216, -0.008255741, 0.004824183, 0.03871658, 0.032730278, -0.05807295, 0.06396422), target);\n\ttarget = MulAdd(ni1, MF4x4(0.032679293, -0.15864716, 0.06863736, 0.038946554, -0.009387644, 0.2248399, -0.022594031, -0.18380828, 0.08792525, -0.053283963, -0.112759285, 0.027726877, -0.086085774, -0.12300368, 0.05827494, -0.17386718), target);\n\ttarget = MulAdd(na2, MF4x4(0.08048039, -0.1314228, -0.037761286, 0.047317382, -0.08880487, 0.06179501, 0.07499687, 0.05924045, -0.045838207, 0.18014897, -0.025729936, 0.16530922, 0.06670338, 0.048252247, -0.012380218, 0.02654277), target);\n\ttarget = MulAdd(nb2, MF4x4(0.090738244, -0.07097098, 0.02538609, 0.025717502, -0.031697266, -0.09336655, -0.018525556, -0.18561147, 0.036027636, -0.044611387, -0.06725372, -0.183522, 0.0788194, -0.02451563, 0.034200825, -0.032755863), target);\n\ttarget = MulAdd(nc2, MF4x4(0.06220659, -0.042783756, -0.021792164, -0.0828951, -0.060966644, 0.0074828877, 0.10836738, 0.12144929, -0.07855744, -0.022806635, 0.02449449, -0.08472964, -0.00337497, 0.14822102, -0.0063337362, -0.022158459), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.015443758, -0.14636597, 0.092075996, -0.032396555, 0.57801515, -0.038087387, -0.002455976, -0.21212098, -0.25436863, -0.0014624707, -0.06944989, 0.041554075, 0.07314171, -0.031875722, -0.0898564, -0.009711315), target);\n\ttarget = MulAdd(ne2, MF4x4(0.39667594, -0.19510192, -0.15319824, 0.09397803, 0.11162815, 0.08910584, -0.17241088, -0.32170787, 0.099810265, -0.24704264, 0.3502755, 0.076993406, -0.011241086, -0.027046101, 0.24804646, -0.03629868), target);\n\ttarget = MulAdd(nf2, MF4x4(0.04532466, -0.025737574, 0.076878645, -0.022860521, -0.21166173, 0.0066573257, 0.11451736, 0.098494835, 0.054614626, 0.0324795, -0.07475363, -0.016862292, 0.12980871, -0.12060518, -0.078866445, -0.037514597), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.077329785, 0.20992881, -0.024529329, 0.032680444, 0.28252345, -0.053790633, 0.17370275, -0.14319752, -0.19114175, 0.012085368, 0.0410558, 0.08803704, -0.077949844, -0.15750417, 0.030377569, 0.0388851), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.063492425, 0.12690471, 0.008844376, -0.14553507, 0.17035894, 0.18411207, 0.21632117, -0.015488823, -0.02806988, -0.13371038, -0.12625034, 0.20475954, -0.059775293, -0.055161443, -0.05210265, 0.15280373), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.03649832, 0.09987268, 0.05120556, 0.025184184, -0.058899805, -0.07387821, 0.18710648, -0.10555811, -0.02759419, -0.19976474, -0.064043306, 0.030171674, 0.016179368, 0.04791283, -0.053911958, 0.050767425), target);\n\ttarget = MulAdd(na3, MF4x4(0.03843477, 0.25258064, 0.016070124, 0.028574495, -0.0068474114, 0.06865137, 0.022342455, -0.0075285095, -0.025927907, 0.029985406, 0.013440689, -0.012433278, 0.014569347, -0.11100144, 0.12033138, 0.010771042), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.015851736, 0.3167264, -0.0836191, -0.005717406, -0.064080216, 0.070136465, -0.06756247, -0.023658438, 0.011184833, -0.17086872, -0.01512278, -0.13807635, -0.077147275, 0.06359306, 0.044558518, 0.17371671), target);\n\ttarget = MulAdd(nc3, MF4x4(0.016337229, 0.2540961, -0.1538914, 0.05068191, 0.027084729, 0.00067840813, -0.00576344, -0.00596408, -0.011028981, 0.036047217, 0.03535427, -0.0008666505, -0.01604948, -0.035426773, 0.09279044, 0.16961862), target);\n\ttarget = MulAdd(nd3, MF4x4(0.26191124, 0.17618547, -0.060725193, -0.10107231, 0.028958656, 0.0012716176, 0.0041506914, -0.0021748038, -0.35696867, -0.09372129, 0.12742971, 0.23923989, 0.09219072, 0.024196591, 0.003192825, -0.041768644), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.17835465, 0.8621154, 0.32936049, -0.058551144, -0.021967549, -0.15256044, 0.07056792, -0.010208738, -0.25470692, -0.31490391, -0.16554967, 0.08553254, -0.14494352, 0.077428155, 0.29464936, -0.25275782), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.06149193, 0.16008708, 0.08229276, 0.027298545, -0.043383293, -0.025251184, 0.035522345, 0.043242358, -0.016117992, 0.0016717165, -0.011271885, -0.08116671, -0.06230632, -0.0059490846, 0.06996346, 0.087275974), target);\n\ttarget = MulAdd(ng3, MF4x4(0.2020623, 0.18089826, -0.052554823, 0.09357937, 0.007033659, 0.026354209, 0.013584589, -0.005457746, -0.22913294, 0.13770905, -0.056017175, 0.027802086, 0.18037985, 0.03405338, 0.006718533, 0.02469646), target);\n\ttarget = MulAdd(nh3, MF4x4(0.028112786, 0.16723098, 0.0066787126, 0.07016463, 0.046073828, 0.044055372, -0.047022585, -0.060435526, -0.041117955, 0.03657766, 0.0816698, -0.15707959, 0.22355783, 0.020610418, 0.0853779, -0.12445744), target);\n\ttarget = MulAdd(ni3, MF4x4(0.05012942, -0.045172162, 0.08681702, -0.06541369, -0.01762828, 0.011376011, 0.015611381, 0.027792938, 0.013394507, 0.034215946, 0.06960491, -0.064838886, 0.03150636, -0.038445942, 0.17026442, 0.023619778), target);\n\tconv2d_3_tf2[gxy] = target;\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x24\n//!IN conv2d_3_tf, conv2d_3_tf1, conv2d_3_tf2\n//!OUT conv2d_4_tf, conv2d_4_tf1, conv2d_4_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_3_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(0.07657865, -0.057940323, 0.09216576, 0.08710758);\n\ttarget = MulAdd(a1, MF4x4(0.0903666, 0.07326563, 0.12570351, -0.0861333, 0.08773195, 0.08107881, -0.23008522, 0.081658274, -0.080930784, 0.095189065, -0.09599475, -0.012844856, -0.057758823, -0.05387305, 0.035611577, 0.06831291), target);\n\ttarget = MulAdd(b1, MF4x4(0.10193587, 0.24297304, 0.052464593, -0.23271905, -0.051271625, -0.04671388, -0.41551715, 0.096072406, -0.08061266, 0.15575954, -0.02978901, 0.02782589, -0.12731546, 0.100969315, -0.036334585, 0.04111131), target);\n\ttarget = MulAdd(c1, MF4x4(-0.07986279, 0.06354848, 0.054493763, 0.02064465, 0.1899048, -0.23340854, -0.020978438, -0.11192701, 0.0894504, 0.10851951, 0.022597404, -0.093431845, 0.1323124, -0.037850555, -0.07144082, -0.11149757), target);\n\ttarget = MulAdd(d1, MF4x4(0.20984441, 0.1316296, 0.028271135, -0.3395805, -0.060018715, 0.09772287, 0.023952218, 0.09067281, -0.024634736, 0.11768398, 0.12226884, 0.11482385, 0.09000994, 0.17652623, 0.16630758, -0.11148413), target);\n\ttarget = MulAdd(e1, MF4x4(0.16063517, 0.05484425, -0.013026712, 0.09420388, -0.07708702, -0.15001677, -0.17628206, -0.29337302, -0.12929626, 0.19321969, -0.19692437, 0.18910687, -0.5376053, 0.0024577375, 0.18347259, -0.036233984), target);\n\ttarget = MulAdd(f1, MF4x4(-0.06877196, 0.057344403, -0.18521468, -0.26043263, -0.027829815, -0.3474636, 0.074399404, 0.02000891, 0.10101197, 0.18005812, 0.018405264, 0.16208377, 0.2572691, -0.061031613, 0.12526059, 0.015687834), target);\n\ttarget = MulAdd(g1, MF4x4(0.12139206, 0.10150127, 0.12223164, -0.0033110923, 0.025267506, 0.0043354593, 0.04014963, 0.054613993, 0.0041964273, 0.18711057, 0.1130988, -0.010105996, -0.11398717, 0.15550865, 0.011355651, 0.0013034486), target);\n\ttarget = MulAdd(h1, MF4x4(0.018920925, -0.1981446, -0.0015773224, 0.17280231, -0.1158759, 0.034413345, 0.18601055, -0.058082208, -0.05751512, -0.014871481, 0.026116839, 0.22214632, -0.109278515, -0.07075786, 0.14865029, 0.06923859), target);\n\ttarget = MulAdd(i1, MF4x4(-0.04858135, 0.06361807, 0.03608349, -0.35027486, -0.22905546, 0.228983, -0.080485426, -0.12832811, -0.08297812, 0.27370456, -0.040313505, 0.12175736, -0.0088722585, -0.027337799, 0.082081, 0.036823895), target);\n\ttarget = MulAdd(a2, MF4x4(-0.09081754, -0.121576175, -0.004420886, 0.03107195, -0.009208461, 0.093130514, -0.100094385, 0.07485617, 0.10638224, 0.10978887, 0.033434544, -0.0109705, 0.051747587, -0.04629124, 0.022032369, -0.061933544), target);\n\ttarget = MulAdd(b2, MF4x4(-0.026675375, 0.24803858, -0.3505403, 0.061843242, 0.22817075, -0.22713637, 0.030461052, -0.28470376, 0.021492813, 0.026554195, -0.014637818, 0.05059166, 0.26264945, 0.019178726, -0.084112, -0.11228049), target);\n\ttarget = MulAdd(c2, MF4x4(0.24368168, -0.09750266, -0.08355252, -0.19701716, -0.07022316, -0.021431576, -0.041753594, 0.097228795, 0.05831718, 0.046489198, -0.013535228, -0.1277287, -0.028432956, 0.11263107, -0.038870994, 0.052972272), target);\n\ttarget = MulAdd(d2, MF4x4(0.34507847, 0.16310076, 0.3261618, -0.08031221, -0.024778686, 0.030581996, -0.23252021, 0.07368026, -0.1457359, -0.05583193, -0.08619469, 0.025661029, 0.122622915, 0.107637696, 0.07717542, -0.0069369692), target);\n\ttarget = MulAdd(e2, MF4x4(-0.025063993, -0.32267594, 0.04222844, -0.6405562, 0.08737213, 0.05898279, -0.24921863, -0.37281784, 0.33026382, -0.037117995, -0.48083028, -0.1576151, 0.031603996, 0.13712752, 0.08525082, 0.13751547), target);\n\ttarget = MulAdd(f2, MF4x4(-0.1717367, 0.16379626, -0.080398574, 0.02730318, -0.08700865, 0.18012185, -0.039455075, 0.1875848, -0.058620475, 0.070274726, -0.07203947, -0.004408652, 0.11834384, -0.17019957, -0.1841911, -0.16539739), target);\n\ttarget = MulAdd(g2, MF4x4(-0.00306162, -0.009568686, 0.04615716, 0.29750574, -0.016171249, -0.22235759, -0.032884303, -0.09805467, -0.23468043, -0.03662323, -0.03754542, 0.031607516, 0.1192756, 0.037513345, 0.06270457, -0.010091852), target);\n\ttarget = MulAdd(h2, MF4x4(-0.03238403, 0.044085886, -0.15184736, -0.16677259, 0.21868308, 0.033742618, 0.12541051, -0.20726953, 0.21332125, 0.18820943, 0.11516147, -0.04046913, -0.099226944, 0.008198145, 0.0044930377, 0.10445432), target);\n\ttarget = MulAdd(i2, MF4x4(-0.04825399, -0.10125744, -0.016809255, -0.2170602, -0.008085673, -0.0055932486, -0.14474209, 0.12402969, -0.06304857, -0.058890864, -0.03977117, 0.08338651, 0.051681735, -0.046300244, -0.027098775, -0.07750968), target);\n\ttarget = MulAdd(a3, MF4x4(-0.110792324, -0.07082374, -0.07643967, 0.0007350921, 0.12548494, 0.027903408, 0.08646201, -0.060506143, -0.0042042546, -0.037406266, 0.13233368, -0.040573254, -0.011526989, 0.0017727965, -0.024684377, 0.023611743), target);\n\ttarget = MulAdd(b3, MF4x4(0.10507391, -0.11524923, -0.045419905, -0.018232401, 0.11517856, -0.017063787, -0.06844106, 0.01649028, 0.042487442, -0.0018217458, -0.048760284, -0.027432851, 0.0701538, -0.07122821, -0.040997203, -0.044356424), target);\n\ttarget = MulAdd(c3, MF4x4(-0.16667375, 0.08508152, -0.1130823, 0.10425934, 0.048882842, 0.0026840174, -0.03628384, 0.017808143, 0.06952142, 0.056811754, -0.06279424, -0.08361375, 0.02647836, 0.07310232, 0.077748105, -0.086376086), target);\n\ttarget = MulAdd(d3, MF4x4(-0.057241924, -0.0933121, -0.071363084, 0.04463695, 0.082285576, 0.11622887, 0.18159458, -0.109704174, -0.13580221, 0.07275989, 0.01771122, 0.05640307, 0.07454414, 0.14722411, 0.111302465, 0.07975774), target);\n\ttarget = MulAdd(e3, MF4x4(-0.1331026, -0.054009046, 0.12211443, 0.083527334, -0.13672769, -0.015313354, 0.13764748, -0.086164065, 0.12795652, -0.03282714, 0.1579073, 0.048787095, 0.012054846, -0.01882002, 0.13269778, -0.2241914), target);\n\ttarget = MulAdd(f3, MF4x4(-0.14854619, 0.11223546, -0.07340829, 0.17087477, -0.035288546, 0.073113, 0.031149026, 0.08732851, 0.11652912, 0.11133054, -0.011138846, -0.04347902, 0.22826026, -0.06315385, -0.083217576, -0.16983536), target);\n\ttarget = MulAdd(g3, MF4x4(6.0946622e-05, -0.1391396, -0.029762868, -0.07732276, 0.08408844, -0.0067310245, 0.018747361, 0.10870239, -0.14702435, 0.04659678, 0.049279176, -0.089539565, 0.008640545, -0.12693758, -0.012340728, -0.0010518627), target);\n\ttarget = MulAdd(h3, MF4x4(-0.031445112, -0.059538055, -0.10110316, -0.009243974, 0.07312848, -0.045987524, -0.07739988, -0.18289267, 0.19408458, 0.049652096, 0.1430416, 0.007823552, 0.12752487, 0.1404086, 0.014550228, -0.2000237), target);\n\ttarget = MulAdd(i3, MF4x4(-0.02328158, -0.055340275, -0.00890452, 0.05107875, 0.04028763, -0.033579618, -0.14551812, -0.07084914, 0.031724613, -0.11050497, 0.030539952, 0.017960407, 0.013022372, 0.048110507, -0.059791975, -0.069656074), target);\n\ttarget = MulAdd(na1, MF4x4(-0.011159195, 0.061231583, 0.023733439, 0.08318157, 0.051980533, -0.081164956, -0.12936994, 0.031314097, 0.038792897, -0.19316009, 0.012015963, 0.1274062, 0.007457571, -0.053334422, -0.06087007, -0.07500442), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.12612286, -0.059262786, 0.0013960898, 0.16076264, -0.02753848, -0.040280215, 0.11748305, -0.06767023, -0.08982183, -0.2259159, 0.021500308, -0.050233077, 0.0174376, 0.08059276, -0.011338266, -0.021669568), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.09231125, 0.05039252, 0.06589666, 0.0699502, -0.016866742, 0.16463608, 0.008424828, -0.044754602, 0.08277166, -0.26685247, -0.054916486, 0.035318345, 0.017051857, 0.004787585, 0.07064183, 0.08143896), target);\n\ttarget = MulAdd(nd1, MF4x4(0.040472284, 0.02196483, 0.019647326, -0.0042990106, -0.0111499615, 0.064750694, -0.1685468, 0.1236021, -0.14509638, -0.23636436, -0.03507012, -0.05882796, -0.003939107, -0.03427979, -0.15588285, 0.14955762), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.29209736, -0.056658156, 0.12503433, 0.059094626, 0.33155647, -0.31607324, -0.17409548, 0.28301534, -0.07269221, 0.31217432, -0.032151274, 0.13320662, 0.0067921844, 0.12724863, -0.079603665, -0.20445012), target);\n\ttarget = MulAdd(nf1, MF4x4(0.04944913, -0.24652547, 0.084156096, -0.044976614, 0.13094465, -0.041729383, -0.0043662624, -0.025976455, 0.10950043, -0.24576949, 0.07637044, -0.17560403, 0.03770707, -0.14604908, -0.13370425, -0.08169505), target);\n\ttarget = MulAdd(ng1, MF4x4(0.06215933, 0.014817449, -0.17584182, -0.119785294, 0.025916845, -0.0045085796, 0.051403407, -0.13932867, -0.029478246, -0.23803446, 0.026629616, -0.04838478, -0.05731936, -0.15141651, -0.014330421, 0.03173533), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.18867792, 0.1690159, 0.0077506024, -0.08768171, 0.13987596, -0.10401963, -0.00020402495, 0.095776096, -0.059084885, -0.15369008, 0.121360734, 0.11111317, -0.06857354, -0.24787377, -0.07358934, 0.05282127), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.05825966, 0.15936251, -0.009718466, 0.026246214, -0.054192465, 0.11259584, 0.106545866, 0.0037204623, 0.015858173, -0.2466447, -0.006608056, -0.08228397, 0.014153731, -0.024114707, -0.14019284, -0.008368259), target);\n\ttarget = MulAdd(na2, MF4x4(-0.12620875, -0.035311706, -0.017309954, 0.038676415, 0.010007554, 0.103891194, 0.2074349, -0.067182384, 0.04545331, 0.04189184, 0.04593296, 0.01145646, 0.027835514, 0.16188826, 0.12302215, 0.005847866), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.08673945, -0.03605757, 0.008751013, 0.006012169, -0.100793496, -0.06794951, 0.22445437, 0.16843331, -0.04668748, 0.15526527, 0.16405432, 0.08034733, 0.095660806, 0.13993011, 0.0714316, -0.2271875), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.051425643, -0.060941234, 0.014853939, -0.04170188, -0.040981892, 0.014460391, 0.06914827, -0.092892915, 0.011654809, -0.07164335, 0.05665548, -0.021757752, -0.15187486, 0.25099215, 0.06707618, 0.0014576896), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.21007836, -0.02975774, -0.17765106, 0.08210864, 0.04128445, -0.03473088, 0.13388512, -0.062689856, -0.024399463, 0.060575683, 0.016895741, 0.053625587, -0.16646849, 0.20665659, -0.097400986, -0.11676045), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.012981402, -0.0035834755, -0.19967668, -0.055962507, 0.05755364, 0.16290179, 0.16108987, 0.0443184, 0.022384012, -0.21550876, 0.1993019, 0.10249744, 0.027157044, -0.48223755, 0.14306773, -0.042821236), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.023187606, -0.0006282703, -0.030281521, -0.034422845, 0.1269488, -0.046393935, 0.056179423, -0.07986905, -0.08863301, 0.033617917, 0.28032312, -0.016831966, -0.09741306, 0.082168706, -0.07072508, 0.1714769), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.10699955, 0.004617793, -0.13971107, -0.08070923, -0.18738483, 0.37386385, 0.095100455, 0.057784997, -0.048351936, -0.19038375, -0.1161272, 0.088465944, 0.21603039, 0.14161706, -0.17377359, 0.053336773), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.1607158, 0.11756463, 0.050999135, -0.082914345, -0.13728271, -0.29792574, 0.28438056, 0.45129618, 0.024746796, 0.15315229, -0.117851384, 0.07257279, -0.108341694, 0.20533404, 0.026013765, -0.34590483), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.14288151, 0.040327024, -0.14112945, -0.08908226, 0.22330604, -0.015938131, 0.033910606, -0.16407411, -0.016470572, 0.09259821, 0.08344142, 0.014396606, -0.04143325, 0.10638457, 0.12549427, 0.016800882), target);\n\ttarget = MulAdd(na3, MF4x4(-0.07430705, -0.21602099, -0.02395794, 0.16806927, 0.18771775, 0.040755376, 0.2715868, -0.034169577, 0.00522744, -0.02654015, -0.020816373, 0.16446163, -0.087030225, 0.01551686, 0.0048509445, 0.022507116), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.024786156, 0.09243609, 0.09324701, 0.08799725, -0.03968033, -0.14894229, 0.0776629, -0.21654569, -0.099934116, -0.06997516, 0.10485336, 0.040500306, -0.25174686, -0.20299411, 0.13843295, 0.25696677), target);\n\ttarget = MulAdd(nc3, MF4x4(0.092044, -0.07171784, 0.23683146, -0.009319925, -0.08805518, 0.12598065, 0.06375242, 0.02844835, -0.029605612, -0.12549727, 0.022440229, 0.006380783, 0.1313304, 0.15739907, 0.08373962, 0.08992246), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.27224204, -0.26631516, -0.027027579, -0.030660763, 0.069010764, 0.00686249, -0.17444538, -0.05701314, -0.035538822, -0.26050144, -0.010451579, -0.061782375, 0.16745842, -0.108107746, 0.030468695, -0.16402762), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.07276476, -0.15297028, -0.25568548, 0.27668282, 0.09677458, 0.098981895, -0.0004217196, -0.00091525156, -0.3077419, 0.44434202, -0.09468051, -0.08462181, -0.26978543, 0.27369836, -0.03669818, 0.2912635), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.28734738, 0.14579459, 0.22083919, -0.2297294, 0.17505005, -0.04844878, 0.021834318, -0.16736999, 0.0016747294, -0.060896724, 0.028344678, -0.06341938, 0.43723574, -0.2615166, 0.05107712, -0.20119043), target);\n\ttarget = MulAdd(ng3, MF4x4(0.0272994, 0.22280678, 0.17716415, -0.093996234, -0.11316552, 0.18234952, -0.0010922098, -0.12163143, 0.04821719, 0.0022455743, -0.036408488, 0.022185026, -0.03437743, 0.022541165, -0.11003119, 0.14187692), target);\n\ttarget = MulAdd(nh3, MF4x4(0.00013664822, -0.34958616, 0.33965272, 0.4091369, 0.047315825, 0.18665253, -0.09821825, 0.070298485, -0.07052871, -0.2640913, -0.13192001, 0.017230166, -0.22303015, 0.0023083845, -0.1482968, 0.0031197562), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.053096205, -0.023291215, -0.038235445, -0.2354219, -0.012032332, 0.17776853, 0.03697497, -0.25305814, 0.043709055, -0.09948032, -0.08828663, -0.09534956, 0.036391728, 0.05996495, 0.038689792, 0.053753372), target);\n\tconv2d_4_tf[gxy] = target;\n\t\n\ttarget = MF4(0.050651863, 0.044697866, 0.016666446, -0.015238534);\n\ttarget = MulAdd(a1, MF4x4(0.12020708, 0.030450096, -0.022563199, 0.13941783, 0.42781577, 0.07196431, 0.03032568, -0.24368697, -0.12174075, 0.18298386, 0.09977972, 0.06440271, -0.021667495, -0.09582143, -0.02372221, -0.012161217), target);\n\ttarget = MulAdd(b1, MF4x4(-0.08614557, -0.16138618, 0.17409417, 0.06457713, 0.2130565, 0.3841125, -0.030690523, 0.014650334, -0.024490908, 0.09859328, -0.033240438, 0.21537182, -0.11260519, 0.3600062, -0.21786173, 0.29394957), target);\n\ttarget = MulAdd(c1, MF4x4(-0.065436006, 0.18217164, -0.009773951, 0.29613763, 0.15861033, 0.19769754, 0.026605047, -0.13012406, 0.049954694, -0.21985927, -0.114034064, -0.19775811, 0.15509593, -0.0096983, 0.04010453, -0.14786181), target);\n\ttarget = MulAdd(d1, MF4x4(-0.12755093, -0.15312608, -0.12672725, 0.14637707, -0.044712905, -0.018509148, 0.34769905, 0.094541386, 0.018899806, -0.068810396, 0.03567579, 0.010715141, 0.26642382, 0.021787789, -0.045413516, -0.0099886125), target);\n\ttarget = MulAdd(e1, MF4x4(0.09399624, -0.22073774, -0.03728268, -0.14593096, -0.14311165, 0.01572586, -0.043170083, 0.14196606, -0.0057723937, -0.22462656, 0.28189817, -0.27393398, -0.04240093, -0.22494912, 0.088402055, -0.15256752), target);\n\ttarget = MulAdd(f1, MF4x4(-0.054694295, 0.24343663, 0.042853344, 0.2742606, -0.16395031, 0.25720948, -0.12372541, 0.15020733, 0.07335946, 0.06307917, -0.0035989506, 0.045006167, 0.12430964, -0.20227802, 0.16280155, -0.060202613), target);\n\ttarget = MulAdd(g1, MF4x4(0.015143897, 0.21408756, -0.12505236, -0.21357507, -0.103595965, -0.074590206, 0.015860647, 0.16365165, 0.082501106, -0.015283817, -0.047005404, 0.048750408, 0.06636161, 0.2280071, 0.0033000826, 0.15148918), target);\n\ttarget = MulAdd(h1, MF4x4(0.051213, 0.121158004, -0.2882391, 0.048057787, -0.15921837, -0.04850743, -0.32060388, -0.11430066, 0.0148464935, -0.069417626, 0.11761673, -0.030637275, 0.0030618436, 0.2583576, -0.03774937, -0.23215541), target);\n\ttarget = MulAdd(i1, MF4x4(-0.06589957, -0.18402125, -0.1908057, -0.15999734, -0.20722501, -0.41220245, -0.08732743, -0.2800872, -0.11615179, 0.08338717, 0.070668146, 0.16140378, -0.07519341, 0.04610659, 0.025006918, 0.09886883), target);\n\ttarget = MulAdd(a2, MF4x4(-0.05963709, 0.021905743, 0.019461332, 0.30714118, 0.053338766, -0.0036449512, 0.051735114, 0.031359527, -0.055139918, -0.03070095, 0.035309043, 0.03333981, -0.028844094, 0.076006815, 0.05232068, -0.0012779629), target);\n\ttarget = MulAdd(b2, MF4x4(0.14548303, 0.08283497, 0.08181831, 0.015030586, 0.0053907307, -0.014007569, 0.051146433, 0.04916237, 0.15514989, 0.07423488, -0.08177836, 0.07886526, 0.05780981, 0.06978046, -0.015533511, 0.11043233), target);\n\ttarget = MulAdd(c2, MF4x4(0.2718494, -0.019822083, -0.0057829386, -0.22661845, -0.099374995, 0.009107718, -0.06340475, -0.0010754272, 0.028092189, -0.20054619, -0.051893793, -0.29571667, 0.093114756, 0.07853305, -0.100233726, -0.0047704247), target);\n\ttarget = MulAdd(d2, MF4x4(0.14986612, 0.0022451372, -0.062067125, -0.17486928, -0.0863647, 0.043254074, 0.2403272, 0.008611301, 0.022587517, -0.11991351, 0.021465946, -0.0043859156, 0.016005747, 0.15905066, -0.07992088, 0.0744741), target);\n\ttarget = MulAdd(e2, MF4x4(-0.28244218, 0.1579932, -0.53319496, -0.17382297, -0.015739711, -0.1284182, 0.14516716, 0.29700696, 0.11660257, 0.023022393, 0.07765215, -0.17613792, -0.0067801042, 0.103040695, 0.1726775, -0.05101466), target);\n\ttarget = MulAdd(f2, MF4x4(-0.07244159, 0.12475429, -0.15444236, 0.040789705, -0.12216188, 0.025828373, -0.15603372, 0.05882803, 0.18985634, -0.16016626, -0.068549834, -0.39872447, -0.018761588, 0.06250271, 0.16675957, -0.064201385), target);\n\ttarget = MulAdd(g2, MF4x4(0.11573142, 0.3193422, -0.07796038, 0.076522775, -0.17158118, -0.078293145, 0.100592226, 0.059703935, 0.12754959, -0.08411796, -0.18692641, -0.18266907, 0.06325651, -0.07590812, 0.16482389, 0.11334052), target);\n\ttarget = MulAdd(h2, MF4x4(0.043070253, -0.097845815, -0.16063489, 0.06901578, -0.12220174, 0.07733114, -0.057676736, -0.16375609, 0.14565262, 0.13176636, -0.16553006, 0.05554225, -0.09373497, -0.057028443, -0.23270036, -0.1320336), target);\n\ttarget = MulAdd(i2, MF4x4(0.004274229, -0.08707873, -0.07182644, -0.2983437, -0.04152557, 0.04764718, 0.18148302, 0.25483704, -0.079726525, 0.042573344, -0.108663455, -0.11411879, 0.04527909, -0.01938232, -0.0720563, -0.033436943), target);\n\ttarget = MulAdd(a3, MF4x4(-0.05914969, 0.03217603, 0.05620841, 0.11179769, 0.008934773, 0.13958941, -0.049832776, 0.011027975, 0.065970905, -0.0034222854, 0.03403987, 0.0469571, 0.046986744, 0.02688478, 0.10363807, -0.07991329), target);\n\ttarget = MulAdd(b3, MF4x4(-0.08938713, 0.10607981, -0.042589642, -0.15378094, 0.031732727, 0.066124596, 0.045595378, 0.0021127507, 0.054374907, 0.0107482, -0.10671928, 0.0074089314, 0.04903823, 0.09358932, -0.018505096, 0.07349409), target);\n\ttarget = MulAdd(c3, MF4x4(-0.010238883, 0.21940914, 0.007697137, 0.21205641, 0.06893976, 0.12995858, 0.057945974, 0.0840761, 0.08816238, 0.071576215, -0.042484447, 0.08113807, 0.08687212, -0.055440724, -0.08699462, -0.09570027), target);\n\ttarget = MulAdd(d3, MF4x4(-0.106894106, -0.2096638, 0.05298109, 0.010998865, -0.08867521, 0.12988189, 0.10647452, -0.097984925, 0.0915472, 0.20006137, 0.18479815, 0.16927278, 0.1631858, 0.008064966, 0.027587382, -0.03482675), target);\n\ttarget = MulAdd(e3, MF4x4(-0.19826272, -0.1342889, -0.26001906, 0.04669503, 0.010580549, 0.004505948, -0.01596666, 0.101886965, 0.51708573, 0.01397845, 0.26731327, 0.048002556, -0.41174927, 0.22574128, 0.117833406, -0.06960611), target);\n\ttarget = MulAdd(f3, MF4x4(-0.14917673, -0.13293903, -0.031218676, 0.049667537, -0.1060632, 0.10442213, -0.09595242, 0.12595569, -0.016390745, -0.14521241, -0.11187397, -0.09977547, 0.25035715, -0.16168214, 0.1920289, -0.15843187), target);\n\ttarget = MulAdd(g3, MF4x4(-0.02411851, -0.11056269, 0.055056043, 0.043598007, -0.0066189542, 0.04634859, 0.12737647, 0.06846502, 0.056652352, -0.10612263, 0.08477219, -0.13697919, -0.04940175, -0.04095268, -0.007203606, 0.16084097), target);\n\ttarget = MulAdd(h3, MF4x4(0.052976605, 0.04408607, 0.072765656, -0.08981313, -0.058496203, -0.13047524, 0.04112392, 0.10585218, -0.1758069, -0.015050289, 0.17501082, 0.042282905, -0.12833239, -0.16907021, 0.034734186, -0.117356636), target);\n\ttarget = MulAdd(i3, MF4x4(0.009886183, -0.1072079, 0.032444023, 0.008510553, -0.09062318, 0.087005824, 0.03727608, 0.009528718, -0.10054762, -0.10859511, -0.048893284, -0.07000767, 0.056854695, -0.10528974, 0.05492607, -0.07096842), target);\n\ttarget = MulAdd(na1, MF4x4(-0.17860578, -0.0105161, 0.029562278, 0.024690636, 0.33631963, -0.029712414, -0.005475538, -0.03374888, 0.11327619, -0.04078819, 0.0033871653, 0.02554949, -0.12539335, 0.043788597, -0.091408, 0.049923938), target);\n\ttarget = MulAdd(nb1, MF4x4(0.06232113, 0.12859604, -0.062801324, -0.054190084, 0.024198689, -0.03283934, -0.11320382, -0.17320402, -0.051317126, -0.05357262, 0.06503374, 0.010334861, 0.18220812, -0.23972702, 0.026034402, -0.094274506), target);\n\ttarget = MulAdd(nc1, MF4x4(0.0039012742, 0.03340159, 0.00041976577, -0.09593378, -0.08368581, -0.171641, -0.15441188, -0.05075565, 0.017398436, -0.15752153, 0.11208059, -0.07801636, -0.024276018, -0.14415129, 0.053215727, 0.05285977), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.0033036366, -0.0017531791, -0.06987429, 0.14468694, 0.32040435, -0.115356, -0.114271276, 0.08943164, -0.10405339, -0.08873277, -0.12369199, 0.10631109, 0.072591804, 0.07545677, 0.007450515, -0.062508635), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.32389352, 0.36626276, -0.24318767, 0.1114559, -0.041673217, 0.0123305125, 0.08265207, -0.089765444, 0.04077425, -0.10462959, 0.008208994, -0.24475563, 0.21966444, 0.4274681, 0.02538749, -0.072384804), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.060664598, -0.07931745, -0.04031839, 0.032503996, 0.09535501, 0.060271315, 0.050842766, -0.017118635, 0.20283295, 0.21311453, 0.048262708, 0.13562958, 0.09995353, 0.24902335, 0.166433, 0.1362172), target);\n\ttarget = MulAdd(ng1, MF4x4(0.09678776, -0.022411423, 0.031022416, 0.04797599, -0.038225997, -0.049748596, 0.0046548736, -0.1178436, -0.070659816, 0.11345608, -0.0496577, -0.04467185, -0.05449646, -0.13758712, 0.037184708, -0.050822448), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.14028446, -0.019469494, 0.065940395, -0.058915302, -0.044744235, 0.20379432, 0.19095756, 0.077816576, 0.17204207, 0.1072162, -0.1361738, 0.08552834, 0.18237999, 0.08205425, -0.040794145, 0.20306163), target);\n\ttarget = MulAdd(ni1, MF4x4(0.10820412, -0.0103201205, 0.11818202, 0.05081286, -0.034519948, -0.022716366, 0.012558799, -0.061788525, -0.019103106, -0.024869766, -0.01484149, -0.0041896743, 0.10513332, 0.0644455, -0.0060386304, 0.119789764), target);\n\ttarget = MulAdd(na2, MF4x4(-0.12900162, -0.024052832, 0.091144815, 0.042586617, 0.023100799, -0.008685231, -0.18520203, 0.04126034, 0.22155929, -0.053283233, 0.010883973, -0.23124413, 0.015983205, -0.16272338, -0.047610354, 0.09509212), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.043675106, -0.13593669, 0.15423402, 0.006204822, -0.20298089, -0.24486437, 0.0793193, -0.04431099, -0.10573373, 0.14105141, 0.008124834, 0.08031386, -0.02944676, -0.0324013, -0.21952143, -0.14495796), target);\n\ttarget = MulAdd(nc2, MF4x4(0.096100524, 0.0038778677, 0.08775855, -0.061556816, -0.18265049, 0.10941394, 0.054334268, 0.21996409, -0.050350484, -0.004098584, 0.04015653, -0.022499854, -0.14539535, 0.14758524, -0.34231094, 0.010245374), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.23592138, 0.108827986, 0.011998022, 0.08459366, 0.0366679, 0.17635424, -0.09780912, -0.0835654, 0.118454255, 0.035510838, -0.05113816, -0.14397779, 0.07003334, -0.012582954, -0.08026196, -0.07726739), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.065133855, -0.1601996, 0.30335194, -0.07679822, 0.0087142885, 0.36574212, -0.5694481, -0.0020462046, -0.08609347, -0.020676374, -0.13731648, 0.0025803284, -0.07613569, 0.011341814, -0.238015, 0.17618194), target);\n\ttarget = MulAdd(nf2, MF4x4(0.056766525, -0.13898206, 0.031484123, 0.037802573, -0.11768987, 0.043203767, -0.12557015, 0.21512888, -0.20422752, 0.0033964422, -0.1128001, 0.031649, -0.18963163, -0.06865018, -0.015203186, 0.017272811), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.22707051, -0.12006254, 0.047220945, 0.033206593, -0.11796534, 0.14222418, -0.17649753, -0.07965604, -0.08325816, -0.04103228, 0.122222394, 0.05513519, 0.03045633, -0.014383039, 0.2659631, -0.14282666), target);\n\ttarget = MulAdd(nh2, MF4x4(0.050211295, 0.106638566, -0.12575938, 0.042698536, 0.4065789, 0.48643333, -0.40594426, 0.23580477, -0.09891945, -0.27204368, 0.38514468, -0.17403792, -0.00021442943, 0.036901742, -0.07350521, -0.1137957), target);\n\ttarget = MulAdd(ni2, MF4x4(0.08275032, -0.10175439, 0.024990086, 0.09118366, 0.054295644, 0.07601656, -0.17207645, 0.071827434, -0.09406783, -0.29794717, 0.062402938, -0.19291654, 0.057635557, 0.10152742, -0.16145273, 0.078694634), target);\n\ttarget = MulAdd(na3, MF4x4(-0.14024283, -0.020712407, -0.0006742049, -0.07990848, -0.2780156, 0.01990348, -0.007274932, 0.01683584, 0.058766432, -0.011117602, -0.11561118, -0.085818544, -0.07759575, -0.06813459, -0.117720075, 0.117459066), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.11406997, 0.00070567254, 0.0015214743, -0.13617793, -0.1844734, 0.10463744, 0.042494643, 0.09081247, -0.1682752, -0.12013825, 0.15428415, 0.003604667, -0.04138629, -0.37951693, 0.18619955, -0.12595965), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.09695181, 0.29682228, 0.042676754, 0.16024598, -0.094654515, -0.10530867, 0.02741278, -0.054255832, -0.02117601, -0.03741268, 0.10694513, -0.04951851, -0.106426254, -0.33196932, -0.14139625, -0.13504466), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.1909862, -0.25864232, -0.050149377, -0.01613201, -0.27878955, 0.15964217, -0.16596937, 0.061238922, -0.21866739, -0.15153229, -0.27351984, -0.052200224, -0.04497165, 0.12572336, -0.08926984, -0.13085754), target);\n\ttarget = MulAdd(ne3, MF4x4(0.1186159, -0.44323534, 0.24520016, -0.17869183, 0.07235415, 0.2055049, -0.15923528, -0.012734702, -0.7115807, -0.0783967, -0.48488334, -0.06875676, 0.2530569, -0.036582347, 0.029272651, 0.16227534), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.20962486, 0.36621055, -0.2653163, -0.12183859, -0.05926225, 0.19594035, 0.17680155, 0.3601037, 0.08084663, 0.076976806, 0.06040379, 0.16425474, 0.033630535, 0.1259935, 0.15317655, 0.16241911), target);\n\ttarget = MulAdd(ng3, MF4x4(0.05553488, 0.13082667, 0.07025236, -0.16599798, -0.0755003, -0.06938985, -0.038283534, 0.010487185, -0.0030434306, 0.101001985, -0.09891444, -0.057115134, -0.10988094, 0.13917845, -0.16996992, -0.06362086), target);\n\ttarget = MulAdd(nh3, MF4x4(0.052476093, 0.2736097, -0.34467006, 0.08840096, -0.2191552, 0.19051385, 0.04366143, 0.084381446, 0.24772783, 0.24381915, -0.19055025, 0.06811196, -0.049013868, 0.0047574267, -0.17637779, 0.18330449), target);\n\ttarget = MulAdd(ni3, MF4x4(0.061494384, 0.19728619, 0.05241455, -0.12846167, -0.035130713, 0.20945111, 0.08781453, 0.3240593, 0.16286173, 0.028478097, 0.11730352, -0.057671197, 0.04265479, 0.053791273, -0.017982712, 0.0750495), target);\n\tconv2d_4_tf1[gxy] = target;\n\n\ttarget = MF4(-0.052461267, 0.15198341, -0.02276772, -0.03120894);\n\ttarget = MulAdd(a1, MF4x4(-0.024237188, -0.10422616, 0.06723804, 0.1826598, 0.012947932, 0.45517665, -0.44863597, -0.23032583, -0.13114794, 0.09810647, 0.058437135, -0.08195182, 0.08179358, -0.039700896, -0.039574802, -0.14186196), target);\n\ttarget = MulAdd(b1, MF4x4(0.1629186, -0.2774174, 0.06411593, 0.07094711, -0.3600775, 0.32915217, -0.32015067, -0.28613016, -0.1612731, 0.010733298, -0.05708089, -0.15946425, 0.082519636, 0.09780667, 0.056797463, -0.11305572), target);\n\ttarget = MulAdd(c1, MF4x4(-0.04339018, -0.05268632, 0.012107386, -0.050289553, 0.055016138, 0.09554764, -0.088567086, 0.07149162, 0.040378995, 0.18996446, -0.07771632, 0.13777791, 0.135759, 0.00097233645, -0.05469941, -0.0403182), target);\n\ttarget = MulAdd(d1, MF4x4(-0.0817291, 0.21801636, 0.21970823, 0.32005847, 0.064489774, 0.06965839, -0.30358747, -0.11341012, -0.14858796, 0.11928792, -0.021813538, 0.17499882, 0.12947294, -0.051210806, -0.058405858, -0.025849868), target);\n\ttarget = MulAdd(e1, MF4x4(-0.017480569, -0.07665342, 0.055402935, 0.024532886, -0.103406206, 0.052755862, -0.13945164, -0.023136819, -0.08034683, 0.0090520345, -0.10195203, -0.11921826, -0.23000433, 0.35529178, 0.043689124, -0.39272285), target);\n\ttarget = MulAdd(f1, MF4x4(0.18001455, -0.19694266, 0.041117262, -0.004510925, 0.23145959, -0.119057, -0.27721423, 0.24195382, -0.10873344, 0.120489694, 0.0634931, 0.010593836, 0.12439531, 0.024893748, -0.34153914, 0.117560826), target);\n\ttarget = MulAdd(g1, MF4x4(0.10838369, 0.09057026, 0.051982816, 0.16478422, 0.18629162, -0.103127524, -0.14309822, -0.033989307, 0.021934774, -0.008789755, -0.04308787, -0.06250701, 0.12962283, -0.16955297, -0.14072357, -0.1573379), target);\n\ttarget = MulAdd(h1, MF4x4(-0.05150477, 0.19018193, -0.0018513565, 0.049800653, -0.0072638886, -0.09453535, 0.086251326, 0.19729123, -0.0754909, 0.14370134, -0.053820826, -0.04315332, -0.028823897, 0.075814255, -0.06760011, 0.010474355), target);\n\ttarget = MulAdd(i1, MF4x4(0.13249592, -0.12863821, -0.098677255, -0.008903099, -0.00075161987, -0.1422283, 0.1321076, -0.016739735, -0.052078467, 0.10682752, 0.072102524, 0.044046365, 0.016139982, 0.06351777, -0.09472882, -0.017490232), target);\n\ttarget = MulAdd(a2, MF4x4(-0.024706522, 0.048243694, -0.013107904, -0.19985148, 0.14576256, 0.06643448, -0.063278124, -0.037488308, 0.096271195, -0.05229867, -0.012707279, 0.004028418, -0.06064612, 0.12454419, 0.035423573, 0.19192193), target);\n\ttarget = MulAdd(b2, MF4x4(0.058306698, 0.4169323, -0.2137428, 0.39399233, -0.018209185, -0.047926553, 0.0047757244, 0.18491194, -0.047317795, 0.027071197, 0.065773524, -0.16662115, 0.1758542, 0.040357858, -0.16389023, -0.08795879), target);\n\ttarget = MulAdd(c2, MF4x4(0.1123842, -0.030895762, -0.027667578, -0.07902935, -0.102031484, -0.0044085253, 0.13276444, 0.0027152307, 0.11011939, -0.022880847, 0.08871766, 0.11890982, -0.16875012, 0.0763821, -0.01840331, 0.02001359), target);\n\ttarget = MulAdd(d2, MF4x4(-0.02286322, 0.024675928, 0.10812478, 0.3268884, 0.18656765, -0.089817695, -0.045856882, -0.048997983, 0.09179813, -0.14574316, -0.05584585, 0.04601508, -0.04663327, 0.13533741, -0.027007475, 0.13568604), target);\n\ttarget = MulAdd(e2, MF4x4(0.3305947, 0.003312709, 0.38421127, 0.29569045, 0.27463832, -0.15641807, 0.27655235, 0.02949218, -0.049430016, 0.09262954, -0.05639441, -0.0015801551, -0.0867195, 0.01903508, -0.18103446, -0.13115436), target);\n\ttarget = MulAdd(f2, MF4x4(0.032399632, 0.035522558, 0.02029329, -0.15271226, -0.22600263, 0.018570898, 0.2614411, -0.043230906, -0.16090661, -0.03576041, 0.1163746, -0.12655982, 0.14196678, 0.043999534, -0.003735901, 0.041733805), target);\n\ttarget = MulAdd(g2, MF4x4(-0.17129399, 0.035248592, 0.03326124, 0.05614414, 0.08734728, 0.00025759568, -0.017390147, -0.018484343, -0.18716696, -0.11577566, -0.09411038, -0.0005942758, 0.20385277, -0.1574145, -0.13516964, -0.011578805), target);\n\ttarget = MulAdd(h2, MF4x4(0.10666493, 0.04735373, -0.0013807884, 0.0704135, -0.09550784, 0.12478301, 0.13349667, 0.11381725, 0.10344638, 0.036749367, -0.07850732, 0.067993365, -0.27189222, 0.12209588, 0.039368622, -0.11650519), target);\n\ttarget = MulAdd(i2, MF4x4(-0.048749734, -0.015611218, -0.058593888, -0.11054869, 0.15889384, -0.027153673, -0.15524355, -0.14243808, -0.078478426, -0.0005193828, 0.12036652, -0.10402722, -0.02370969, 0.13715413, 0.06436259, 0.06815996), target);\n\ttarget = MulAdd(a3, MF4x4(-0.018909978, 0.18138056, -0.10334352, -0.021526821, 0.010916664, -0.048124075, 0.06859281, -0.076912865, 0.09164643, 0.057818342, -0.17802145, -0.090189666, 0.03645826, 0.10256138, -0.0069766566, 0.036947094), target);\n\ttarget = MulAdd(b3, MF4x4(-0.20622449, 0.012804213, 0.015042242, 0.19055699, -0.08001165, 0.03541219, -0.12968656, -0.030422881, -0.14057401, 0.13156182, -0.13859963, 0.00040263348, 0.10254204, -0.014539082, -0.107229605, -0.17474675), target);\n\ttarget = MulAdd(c3, MF4x4(-0.107353106, 0.0014355447, 0.028790096, -0.0302504, -0.10989408, 0.038959417, -0.110921286, 0.0625821, -0.05460621, 0.002502421, 0.000936639, 0.048315868, 0.011345627, 0.08441578, -0.048639838, 0.09363101), target);\n\ttarget = MulAdd(d3, MF4x4(0.028981669, 0.099419065, -0.14213188, -0.022163093, -0.05122637, -0.0046859765, 0.09862167, 0.049731493, 0.07676605, 0.003952691, -0.04136734, -0.24915272, 0.008263169, -0.22285973, -0.0962458, 0.172863), target);\n\ttarget = MulAdd(e3, MF4x4(-0.37248972, 0.11385456, 0.2061119, 0.022263438, 0.019234778, 0.00025653432, -0.050672278, 0.055690683, -0.123369195, 0.23665325, -0.071705356, 0.28199664, 0.22527444, -0.2209345, 0.109758556, -0.09677416), target);\n\ttarget = MulAdd(f3, MF4x4(-0.040162217, -0.076559134, -0.16174191, 0.04257142, -0.06335363, -0.014538781, 0.031642947, 0.07644203, 0.0073738038, 0.035876762, -0.025717935, 0.07372835, 0.07390335, 0.021775434, -0.0935753, 0.17936146), target);\n\ttarget = MulAdd(g3, MF4x4(0.038021766, 0.02849221, -0.04236583, -0.013963447, 0.019651154, 0.05580235, -0.13790283, -0.060389396, 0.021969974, 0.0056073754, -0.018980214, -0.025460985, -0.045908038, -0.010549833, -0.09338662, -0.057856735), target);\n\ttarget = MulAdd(h3, MF4x4(-0.08452829, 0.042145252, -0.0141162975, -0.07190146, 0.15463473, -0.063039616, 0.008285841, 0.0198927, 0.15278462, 0.023722362, -0.035441626, 0.09403419, 0.07525972, -0.044377264, -0.041365236, 0.043310255), target);\n\ttarget = MulAdd(i3, MF4x4(-0.0011264209, -0.06592647, 0.0049777217, -0.0060350257, 0.07328435, -0.18793981, -0.08557498, -0.04078665, 0.03258842, 0.07107648, 0.041932624, 0.037395928, 0.13042633, -0.032260742, -0.012588843, 0.023788324), target);\n\ttarget = MulAdd(na1, MF4x4(0.07511876, 0.019309277, -0.02078693, -0.14132647, 0.070082344, 0.04199505, -0.15632215, -0.032079816, 0.118265875, -0.08141349, -0.050177153, 0.11479062, 0.013268761, 0.1936229, -0.055244733, 0.020521875), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.07828548, 0.018267812, 0.0028122417, 0.08941742, -0.019510742, -0.0045468058, 0.07431564, 0.24580373, 0.03412491, -0.21398748, 0.13018401, -0.01707844, 0.029651346, 0.020107506, -0.032851487, -0.10630331), target);\n\ttarget = MulAdd(nc1, MF4x4(0.049285315, -0.036977254, 0.15186474, -0.041290153, 0.036063142, -0.045490168, 0.046358738, -0.09886548, 0.08557266, -0.0694686, -0.068183534, 0.020261671, -0.026039243, -0.033528827, -0.07751181, -0.019434886), target);\n\ttarget = MulAdd(nd1, MF4x4(0.07950834, -0.0741639, 0.061423566, -0.15268423, 0.06533783, -0.03808615, -0.013910495, 0.020066373, -0.017489634, 0.050359994, 0.00039101843, 0.019134337, 0.16694714, -0.024450665, -0.065044865, -0.10637288), target);\n\ttarget = MulAdd(ne1, MF4x4(0.24476409, -0.2805558, 0.10909579, 0.13605182, -0.01699378, 0.0065869414, -0.14624152, 0.1877048, -0.067427725, 0.21585129, 0.0055718115, -0.14159104, 0.31355727, -0.30447352, -0.13559367, -0.03584342), target);\n\ttarget = MulAdd(nf1, MF4x4(0.01840529, 0.03616268, -0.062101822, -0.03462444, -0.09809899, 0.05688681, -0.06383556, 0.054451026, 0.046791434, -0.046537004, 0.0062966137, 0.036369126, 0.091391616, -0.06889375, -0.034196682, -0.09181384), target);\n\ttarget = MulAdd(ng1, MF4x4(0.08672015, -0.15510495, 0.04554155, -0.05996463, -0.00072026957, -0.09829958, 0.15477605, 0.01794818, -0.012825052, 0.11114408, -0.040433116, -0.00646929, -0.043805078, 0.012829818, -0.008625017, -0.021682253), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.053777024, -0.12807386, 0.20205054, -0.05613513, 0.08030871, 0.12273628, -0.19011892, -0.007974216, -0.111842796, 0.09764242, 0.072857365, 0.049412534, -0.1310995, 0.12386843, -0.16210727, -0.001777189), target);\n\ttarget = MulAdd(ni1, MF4x4(0.0018172731, 0.046203706, 0.16447084, -0.09419196, 0.0027008723, 0.037259165, 0.018473836, -0.007634073, -0.0017314702, -0.013679133, -0.061678763, 0.033567235, -0.073024705, 0.1608741, -0.093601726, 0.05785441), target);\n\ttarget = MulAdd(na2, MF4x4(-0.05863952, 0.07315827, 0.022440575, 0.035979047, 0.016238341, -0.24431372, 0.041630965, -0.0057747364, -0.10777149, -0.13047433, 0.070022196, 0.044547863, 0.13226376, -0.28246558, 0.062450863, -0.004404347), target);\n\ttarget = MulAdd(nb2, MF4x4(0.011212715, 0.05243611, -0.037797686, -0.15245487, 0.27008712, -0.40122086, 0.0011378871, 0.05367511, 0.07193383, -0.14046453, 0.12873498, 0.07182839, 0.1820151, 0.04283299, 0.11596543, 0.15673809), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.07652156, 0.02990215, -0.038398147, 0.04733479, -0.05695788, -0.04636123, -0.05849599, -0.05204433, 0.057833705, -0.18150161, -0.030429238, -0.06927262, -0.14094613, 0.046653654, 0.1901663, -0.12395862), target);\n\ttarget = MulAdd(nd2, MF4x4(0.14467525, -0.1326973, 0.10119535, -0.019431135, -0.06226663, -0.0053785043, 0.08981591, 0.07009579, -0.17320351, 0.023860384, 0.062086526, 0.053025734, 0.18955843, -0.22512685, 0.05108636, 0.022267245), target);\n\ttarget = MulAdd(ne2, MF4x4(0.10990955, 0.01449569, -0.17729793, -0.22559568, 0.011237511, -0.25115016, -0.24866548, -0.13571861, 0.072065, -0.10518834, 0.16031964, 0.33091673, 0.30525, -0.054976556, -0.051654782, 0.05343294), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.022414321, -0.03275696, 0.06263573, 0.0031694071, 0.08556633, -0.12222284, -0.01304348, -0.120147005, -0.04688651, -0.037210416, -0.072757326, 0.0537857, 0.08831744, -0.16069758, 0.07254542, -0.10207554), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.0033381188, -0.013647447, 0.05272343, 0.020168653, 0.064766616, 0.006531628, 0.08387307, 0.005267065, -0.1460191, 0.021020414, -0.012950353, -0.08051581, 0.11163487, -0.32247993, 0.04997282, 0.10706656), target);\n\ttarget = MulAdd(nh2, MF4x4(0.1307456, -0.044469688, 0.0073461267, 0.037865613, -0.37522125, 0.29075947, -0.14347716, -0.037057046, 0.08405833, -0.22944225, 0.048562963, 0.016957987, 0.3850271, -0.2642814, 0.24302341, -0.009866295), target);\n\ttarget = MulAdd(ni2, MF4x4(0.07751665, -0.07116216, -0.018697955, 0.013728456, 0.114070326, 0.082404934, -0.06866586, 0.0653056, -0.048189763, -0.094798714, 0.073528245, -0.09311469, 0.08910833, -0.0861494, -0.13601573, -0.03716929), target);\n\ttarget = MulAdd(na3, MF4x4(-0.3285286, -0.19887583, 0.22604318, -0.06683799, 0.07519015, -0.37451786, 0.341761, 0.47940642, -0.13582104, -0.0568941, 0.055691198, 0.077822134, -0.044976532, -0.16769643, 0.106551185, 0.06167237), target);\n\ttarget = MulAdd(nb3, MF4x4(0.2570433, -0.20537715, 0.057150505, 0.5306126, 0.23061736, -0.07200678, 0.23587582, -0.021194493, 0.0306967, -0.13228704, 0.05531426, 0.205256, -0.23213351, -0.32205653, 0.04496151, -0.114729114), target);\n\ttarget = MulAdd(nc3, MF4x4(0.08585821, -0.16611692, 0.19137008, 0.07955234, -0.07067079, -0.028957745, 0.116818264, 0.030655704, 0.044361178, 0.01137771, 0.13505548, -0.122196645, -0.120850466, 0.041478753, 0.1446364, 0.019547235), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.39282933, 0.15466502, 0.21281202, -0.10871069, 0.09141795, -0.047807757, 0.13347113, -0.0070413537, -0.30001637, 0.1590897, 0.13185735, 0.26315352, 0.060256246, 0.013501628, 0.21543017, 0.18577099), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.104001306, -0.5267066, -0.4119273, 0.08457817, -0.077629924, 0.16720273, 0.12549257, -0.1173481, 0.36272144, -0.7772537, 0.17534287, -0.23318143, -0.15383753, 0.095170036, 0.2495684, -0.122358866), target);\n\ttarget = MulAdd(nf3, MF4x4(0.12718932, -0.23085114, 0.44935048, -0.021294393, 0.005949905, 0.019026272, 0.075566776, 0.15591605, 0.115685046, -0.14728822, -0.05144243, 0.06136992, 0.13333684, -0.012480303, -0.088788785, 0.037873793), target);\n\ttarget = MulAdd(ng3, MF4x4(0.07020059, -0.06063198, 0.1457899, 0.0056248507, -0.008290764, -0.06342888, 0.18459271, 0.015399551, -0.11359522, 0.17675807, 0.069318, -0.040129766, -0.07564287, -0.026339471, 0.14574161, 0.23760302), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.4500806, 0.37602243, 0.13479808, -0.003117945, 0.063341856, 0.061276495, 0.1102818, 0.19250661, -0.25082627, 0.22803108, 0.08279026, -0.07739116, -0.05543028, -0.1009643, 0.28930148, -0.08104323), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.009021877, 0.16090877, -0.03602814, 0.1261343, 0.034350336, -0.052137982, 0.21462724, -0.02009136, -0.070031494, 0.03347469, -0.052788753, -0.05233215, -0.16940826, -0.09597297, 0.12662534, 0.019423395), target);\n\tconv2d_4_tf2[gxy] = target;\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x24\n//!IN conv2d_4_tf, conv2d_4_tf1, conv2d_4_tf2\n//!OUT conv2d_5_tf, conv2d_5_tf1, conv2d_5_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_4_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.05178692, 0.012992142, -0.09760262, -0.088807374);\n\ttarget = MulAdd(a1, MF4x4(0.091359325, -0.047575854, -0.0801013, 0.20167087, -0.09074628, 0.14914455, 0.06205747, 0.08365782, -0.07602618, 0.12077156, -0.14313725, -0.00097601005, 0.1820761, -0.24430461, 0.02867478, -0.115407124), target);\n\ttarget = MulAdd(b1, MF4x4(-0.017759264, -0.17924258, -0.0345519, 0.08500409, -0.07076207, 0.080482826, 0.022080237, -0.007573794, 0.34499946, 0.008354738, 0.14645022, -0.3155209, 0.41903394, 0.008933743, -0.26766288, 0.12653211), target);\n\ttarget = MulAdd(c1, MF4x4(-0.003709739, 0.027829988, 0.14320208, -0.011639459, -0.03870455, -0.06727105, -0.23741855, -0.04182651, 0.09618168, 0.06922006, -0.03409518, -0.038725164, -0.07008305, -0.09782443, 0.06599439, -0.055400725), target);\n\ttarget = MulAdd(d1, MF4x4(0.12684472, 0.42739755, 0.05868158, 0.07929677, 0.062750086, 0.122842215, -0.2262321, -0.057169817, -0.10190911, 0.06661454, -0.2044338, -0.058569092, 0.06513055, -0.38419202, -0.2889477, 0.00075288495), target);\n\ttarget = MulAdd(e1, MF4x4(0.15597402, 0.050789982, 0.4612256, -0.1232455, 0.09143189, -0.056280397, 0.21547496, -0.043968584, -0.017269861, 0.1459616, -0.23092718, 0.27603424, 0.070095435, 0.42628354, 0.09857772, 0.023654036), target);\n\ttarget = MulAdd(f1, MF4x4(0.03566403, -0.089161746, -0.06622656, -0.043728504, 0.012655346, 0.07107657, 0.15460275, 0.09053651, -0.07001083, -0.09635171, 0.030271877, -0.010034998, 0.090245664, 0.11612592, -0.18119843, 0.115030274), target);\n\ttarget = MulAdd(g1, MF4x4(-0.055906393, 0.020972524, 0.04405409, -0.08206327, -0.030148225, 0.015709205, 0.056204747, -0.104014955, 0.044074293, -0.3603162, 0.009822444, -0.12735473, 0.0067433324, 0.21345942, -0.16173074, 0.062634476), target);\n\ttarget = MulAdd(h1, MF4x4(-0.048287738, 0.04504366, -0.16253331, -0.06976707, -0.13551746, -0.0069742347, -0.11613854, 0.13235438, 0.07955257, 0.14578325, -0.3022118, 0.02631827, 0.3573758, 0.12363717, -0.039339956, -0.21598001), target);\n\ttarget = MulAdd(i1, MF4x4(-0.075250365, -0.023891231, 0.13229692, -0.022614656, 0.08825453, 0.061776746, -0.0993127, -0.10578799, -0.1690626, 0.03054397, -0.07695639, -0.079353474, 0.0615981, 0.0034620631, 0.08599167, -0.085487425), target);\n\ttarget = MulAdd(a2, MF4x4(-0.13306135, 0.070102595, 0.0018800788, -0.09813606, -0.03170419, 0.01839398, -0.05142857, -0.010052865, -0.11429524, -0.07586167, -0.060972217, -0.022728505, -0.037173454, -0.01240384, 0.1636404, -0.1259204), target);\n\ttarget = MulAdd(b2, MF4x4(0.21663728, -0.0165655, -0.19682632, 0.13902938, -0.081392035, 0.02523787, 0.1569057, -0.016838314, -0.20710535, 0.10089684, 0.2759473, -0.06408284, -0.17343125, -0.050983876, -0.09340315, 0.042417858), target);\n\ttarget = MulAdd(c2, MF4x4(-0.44453263, -0.10516173, -0.056139067, 0.24120103, 0.14092721, 0.09527867, -0.10289124, 0.07447457, -0.07255724, -0.07065093, -0.19831358, -0.03145072, 0.062462587, -0.13137348, 0.1398097, -0.08052687), target);\n\ttarget = MulAdd(d2, MF4x4(-0.20226036, -0.089287, -0.20396022, 0.16342834, -0.0715875, 0.030659283, -0.09019761, -0.050632484, -0.087833114, -0.4390073, 0.19481303, 0.03432329, 0.22792237, 0.023274168, 0.029200593, -0.018187294), target);\n\ttarget = MulAdd(e2, MF4x4(0.46787158, 0.17991507, 0.0023480568, -0.031941783, -0.060549572, -0.09330203, 0.055897802, 0.12673432, 0.4230312, -0.4516835, -0.00064001186, 0.109839454, 0.2836279, 0.07375687, 0.17711547, -0.34547985), target);\n\ttarget = MulAdd(f2, MF4x4(0.06408312, 0.009809225, 0.12017534, 0.12778811, 0.01949525, 0.00639294, -0.022816632, -0.20515566, -0.026015112, -0.088214, 0.09398295, 0.14219733, 0.021610592, -0.0133708725, 0.15716344, 0.15374821), target);\n\ttarget = MulAdd(g2, MF4x4(-0.38632336, 0.1055968, -0.16746776, 0.031227939, 0.048837874, 0.08812276, 0.08459655, 0.037026476, -0.012736664, -0.032292336, -0.043989874, 0.030728273, -0.117319904, 0.13062797, -0.17748901, 0.20819202), target);\n\ttarget = MulAdd(h2, MF4x4(0.02485017, -0.08059275, -0.14782152, 0.16193154, 0.038559932, 0.16653356, -0.01829594, -0.32613558, 0.09611959, -0.14201616, 0.19360055, -0.16462325, 0.110373735, -0.013233708, 0.06437815, 0.05023126), target);\n\ttarget = MulAdd(i2, MF4x4(-0.0939555, 0.08396099, -0.19401367, -0.072351895, 0.0011377602, -0.08304909, 0.18247987, -0.06868134, -0.13975257, -0.072047986, 0.13241461, -0.027208991, -0.13384572, -0.04257672, -0.19476503, 0.1448576), target);\n\ttarget = MulAdd(a3, MF4x4(-0.014496433, -0.08627452, 0.013479882, 0.08189796, -0.39928418, -0.23446554, 0.033236828, -0.073348634, 0.20772837, -0.12541759, 0.12547676, 0.15118147, 0.06343077, 0.13170359, 0.07456327, 0.037460607), target);\n\ttarget = MulAdd(b3, MF4x4(0.22783525, -0.062255867, -0.015669081, 0.18545356, -0.14074744, -0.0977361, -0.15016074, 0.12626553, 0.025569597, 0.05259659, -0.1401111, 0.07791122, -0.25046918, 0.14517197, 0.051306423, 0.10093671), target);\n\ttarget = MulAdd(c3, MF4x4(0.10963008, 0.10075975, -0.09315192, 0.03928484, -0.05507595, -0.027855752, -0.17043641, 0.013336898, -0.14907023, -0.098712295, -0.055508208, -0.017730046, -0.11934544, -0.10822632, -0.07726361, 0.070103206), target);\n\ttarget = MulAdd(d3, MF4x4(-0.1622651, -0.12376016, -0.048875168, 0.030344466, -0.104258224, -0.30643496, 0.0542774, -0.21803202, -0.14617568, 0.3079984, -0.3006482, -0.116233975, -0.034087032, -0.21282312, -0.08974353, -0.21706651), target);\n\ttarget = MulAdd(e3, MF4x4(-0.17512108, -0.015798012, -0.2049979, 0.16415326, -0.037209652, -0.148847, 0.6209044, 0.35860595, 0.18044792, -0.030519703, 0.053781435, -0.4150754, 0.025012434, -0.049011238, -0.09130766, -0.12138916), target);\n\ttarget = MulAdd(f3, MF4x4(-0.044045687, 0.025672063, -0.021289285, -0.12346778, -0.12262819, -0.11085004, 0.15677044, -0.18353437, 0.35993704, -0.060050707, 0.36173448, 0.12406324, -0.006029473, -0.038038015, 0.10273825, 0.004656042), target);\n\ttarget = MulAdd(g3, MF4x4(0.08824971, 0.055099364, -0.029784897, -0.14293, 0.21541874, -0.3471079, 0.19006546, -0.25032708, 0.17953677, 0.07634346, 0.0943904, -0.14774932, -0.038256116, -0.043757852, -0.18224706, -0.0767931), target);\n\ttarget = MulAdd(h3, MF4x4(-0.14115013, -0.027943728, 0.043077346, 0.16837053, -0.30298868, -0.0012479749, -0.21017027, 0.08538537, -0.18856743, -0.1644689, 0.106126145, -0.05934489, -0.23814213, 0.089396715, -0.042591337, 0.07807625), target);\n\ttarget = MulAdd(i3, MF4x4(0.1340491, 0.052864898, 0.030508095, -0.053534534, 0.0763844, -0.083921455, -0.007467296, 0.10813974, -0.13826096, 0.07286494, 0.017945437, 0.12293839, -0.14042178, -0.02947513, -0.031838633, 0.12082989), target);\n\ttarget = MulAdd(na1, MF4x4(0.1102285, 0.19918683, 0.040284276, -0.0514123, -0.047394637, -0.021792434, 0.012939052, -0.0023403286, 0.23044759, 0.21366574, -0.1535014, 0.15519466, -0.006563226, 0.07491919, 0.122444265, -0.093628265), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.23274226, 0.104155675, 0.1884381, 0.02142028, 0.11323431, 0.1554841, 0.123437695, -0.03776226, -0.45464247, -0.25061348, -0.032978028, -0.018654265, -0.024727726, 0.06470798, -0.122398995, -0.21492854), target);\n\ttarget = MulAdd(nc1, MF4x4(0.14285532, 0.0013011715, -0.06574208, 0.086654305, -0.048436016, -0.16197361, 0.008795141, -0.018098531, 0.3623435, 0.12052228, 0.21655083, -0.057346217, -0.08660433, 0.20646246, -0.145056, 0.009912266), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.120041594, -0.25241104, -0.6336183, -0.12418686, 0.008573801, -0.06827598, -0.09228199, -0.07655123, 0.07855638, 0.089592285, 0.15033577, -0.2273755, 0.06294413, -0.011506087, -0.2499483, -0.35493052), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.06940104, -0.06756523, -0.53161937, 0.12494837, -0.06503322, 0.11604297, -0.34153852, 0.04156643, -0.45669356, -0.044081815, 0.004695825, -0.072227545, -0.02530914, -0.17312789, -0.09068418, -0.09982657), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.29282403, -0.010049017, -0.024964066, 0.017599167, 0.078072265, -0.02860973, 0.19687887, 0.19570877, 0.0462925, 0.09549612, -0.1492184, -0.23970652, 0.1505322, 0.019254023, -0.042950142, -0.015978891), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.03936397, -0.16615695, 0.031633284, -0.15845262, 0.07402319, -0.10969973, 0.1627256, -0.082409754, 0.25605643, 0.12996247, 0.0026216798, 0.09912746, 0.05241615, -0.19865209, 0.16946888, 0.05068021), target);\n\ttarget = MulAdd(nh1, MF4x4(0.01114184, 0.084049165, 0.21976121, 0.2706964, -0.1294367, -0.06303496, -0.023219386, 0.077690855, 0.27775633, 0.00947329, -0.15350725, -0.33890706, -0.11828109, 0.09787361, -0.016221395, 0.016552113), target);\n\ttarget = MulAdd(ni1, MF4x4(0.06600668, -0.038050972, 0.05673705, -0.074460626, -0.033874847, 0.04394138, -0.09962254, 0.024659669, 0.22614685, 0.0010322065, 0.09654571, -0.06633969, -0.10417394, -0.026023693, -0.022211308, 0.07900881), target);\n\ttarget = MulAdd(na2, MF4x4(0.036456246, -0.2124808, -0.012558569, -0.005300579, -0.00047140988, 0.35318285, -0.06906561, 0.17434907, 0.062296104, 0.07322263, 0.07417871, 0.018067235, -0.08858221, -0.14630227, 0.029234141, -0.15545718), target);\n\ttarget = MulAdd(nb2, MF4x4(0.0863986, -0.040072814, -0.06980794, 0.2665523, -0.16316326, 0.110833816, 0.095236875, -0.2692474, 0.04447339, 0.06251346, 0.22095545, -0.041103855, 0.06609487, -0.019505464, -0.05033705, 0.22964026), target);\n\ttarget = MulAdd(nc2, MF4x4(0.29361203, 0.13948435, -0.04883785, -0.055638783, -0.21016635, 0.06452464, 0.2573405, 0.015132235, -0.20484985, -0.21653354, 0.21269105, 0.0118991295, -0.081802815, 0.105966985, -0.3921394, 0.20990291), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.08627829, 0.03343112, 0.31935173, 0.20275539, 0.069561645, 0.44631377, -0.16738373, -0.35273424, 0.1321877, 0.41263857, 0.15853775, 0.1095465, -0.14425585, 0.046967953, 0.052787095, 0.20420372), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.6400273, -0.02383611, 0.002919604, 0.20062971, 0.22101505, 0.13407028, -0.3607917, 0.097198665, -0.009687387, 0.20925479, -0.22717565, -0.077685565, -0.10238261, -0.30386773, -0.07093403, 0.3789904), target);\n\ttarget = MulAdd(nf2, MF4x4(0.19998863, 0.11971228, -0.12407401, -0.020293633, 0.17083226, 0.07682446, 0.017597012, 0.16630399, -0.044776015, 0.038629167, 0.09155888, 0.2775535, 0.17645419, 0.05448149, 0.26603785, -0.23594949), target);\n\ttarget = MulAdd(ng2, MF4x4(0.13560197, -0.12419031, -0.001434453, 0.096761554, -0.025025826, 0.23237492, -0.22578233, 0.39105797, -0.1521174, 0.012731402, -0.12703973, 0.17032094, -0.23923986, 0.15013756, -0.079769395, 0.21047747), target);\n\ttarget = MulAdd(nh2, MF4x4(0.023834813, 0.042676624, -0.043734103, -0.0489564, 0.2968653, 0.12845509, 0.26865506, -0.1339746, 0.1031858, 0.06713386, 0.035661936, -0.008399658, -0.023008743, 0.14043713, -0.10849628, -0.29047936), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.15448047, 0.018301843, -0.11298581, 0.0643367, 0.19861038, 0.054608114, 0.053602763, -0.12229704, 0.1838333, 0.060085677, -0.054444484, -0.03963665, -0.09128162, -0.002571187, -0.011031746, 0.013937809), target);\n\ttarget = MulAdd(na3, MF4x4(-0.19042498, -0.10742417, -0.009482582, -0.13710654, 0.07004467, 0.054024436, -0.079347484, -0.069204524, -0.066065274, 0.029851453, 0.057536937, -0.10738562, -0.0019049636, -0.05961882, 0.015954375, -0.046048168), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.30546746, 0.026462605, -0.16525201, -0.14865883, -0.22890806, -0.064678855, -0.07405687, -0.060555395, 0.19689551, -0.10453069, -0.13507089, 0.044260368, 0.3549059, -0.2059544, -0.017047137, -0.085279755), target);\n\ttarget = MulAdd(nc3, MF4x4(0.15902059, 0.27806246, -0.02470931, -0.071123265, -0.10959986, -0.061866783, 0.18073395, 0.027781103, 0.01899935, 0.0068895225, 0.09553635, 0.014020304, 0.48340565, 0.1568511, 0.18551165, -0.03941332), target);\n\ttarget = MulAdd(nd3, MF4x4(0.18007858, -0.18097854, -0.032877125, -0.13505274, 0.12229551, -0.19246832, 0.07324526, 0.16423881, -0.07985383, 0.102822796, 0.022348268, 0.20718963, 0.1657745, 0.09994554, -0.044875868, -0.04791159), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.1522259, -0.15503414, 0.5213648, 0.048220746, -0.03673415, -0.048296932, -0.0035913677, -0.33058712, -0.37347135, -0.107429914, -0.27443045, 0.1444104, -0.12858333, -0.0898987, 0.18059024, 0.2385074), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.17812404, 0.027946725, -0.15453176, -0.16888796, -0.1454275, -0.08521876, -0.09842795, 0.017285218, -0.15038043, 0.12944756, -0.0074227825, 0.049601924, -0.2942431, 0.3029513, 0.2346801, -0.010824461), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.13489157, -0.19739941, 0.19581558, -0.08267463, -0.16068561, 0.019075824, 0.0042642844, 0.1025828, 0.009590443, -0.042244606, 0.0069560697, 0.18787669, 0.08875559, 0.12666185, 0.27844438, -0.014087231), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.15345146, -0.088549316, -0.2007104, 0.08694364, 0.097901054, -0.09112625, 0.17398718, -0.08376772, 0.13471653, -0.11526493, 0.09551537, 0.000994288, 0.10547293, 0.027825898, 0.13316914, 0.27184469), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.2831289, -0.1077123, -0.015594004, -0.15530941, 0.030916838, -0.007725551, -0.0013768732, -0.0542834, 0.14217895, -0.019043038, -0.121255994, 0.1774951, -0.02571608, 0.08931403, -0.05238016, 0.49422094), target);\n\tconv2d_5_tf[gxy] = target;\n\t\n\ttarget = MF4(0.06121498, 0.024510587, -0.012219787, 0.074479066);\n\ttarget = MulAdd(a1, MF4x4(0.06822733, 0.047476072, 0.010553384, -0.06512182, -0.014951614, -0.023422068, 0.12602834, -0.06063965, 0.11658996, -0.0075021465, -0.015290296, -0.18518211, 0.06179118, 0.06263638, 0.2701791, 0.03897366), target);\n\ttarget = MulAdd(b1, MF4x4(-0.005936342, 0.0046865293, 0.1009514, 0.113875, -0.22882754, 0.06882264, 0.044918634, -0.15084246, 0.27190965, -0.09802474, -0.17399205, -0.28109655, 0.115927316, 0.065323986, -0.07905437, 0.31301168), target);\n\ttarget = MulAdd(c1, MF4x4(-0.058077507, 0.060739186, -0.047071032, 0.08625859, 0.18279932, -0.062378623, -0.020198788, -0.020209447, -0.03725052, -0.17194895, -0.009185631, -0.061395645, -0.10394699, 0.13250858, -0.02054919, 0.17315096), target);\n\ttarget = MulAdd(d1, MF4x4(0.14755291, -0.15426354, -0.038297612, -0.002863782, 0.014281958, -0.1430333, -0.15214095, -0.25977355, 0.055283524, -0.020698514, -0.031711206, 0.043652818, -0.011913896, -0.15935701, 0.30120242, -0.07141416), target);\n\ttarget = MulAdd(e1, MF4x4(-0.07511256, 0.097857445, 0.1280642, -0.23440666, 0.07341128, 0.025019338, 0.2676868, -0.6392872, -0.018604822, -0.41209763, 0.036267836, 0.048222575, -0.049899656, 0.12035686, -0.415035, 0.111109026), target);\n\ttarget = MulAdd(f1, MF4x4(0.06660235, 0.10465846, 0.03231821, -0.057176817, -0.33603838, -0.117789224, -0.08611003, -0.14391285, -0.07540102, -0.049893077, 0.06534853, 0.014703251, 0.1686735, 0.21635768, -0.0004174196, -0.06970894), target);\n\ttarget = MulAdd(g1, MF4x4(-0.09123483, -0.02650008, -0.26045164, 0.008752753, -0.038899194, 0.056095514, -0.15680234, -0.21681328, -0.1807998, -0.08361851, -0.20086065, 0.13148476, 0.009767108, -0.0006198602, 0.15239619, -0.07983563), target);\n\ttarget = MulAdd(h1, MF4x4(0.07919758, -0.10799586, -0.11674191, 0.07721418, -0.02489812, 0.013862152, 0.14324659, -0.19167677, 0.47860634, 0.016703675, -0.025147682, -0.13012366, 0.021707488, -0.049213693, -0.049455807, -0.122704044), target);\n\ttarget = MulAdd(i1, MF4x4(-0.1036183, -0.0016137742, -0.010286528, 0.03161724, 0.111006066, -0.010090895, -0.13061818, -0.12827039, -0.06817742, -0.08191259, -0.010029781, 0.0756146, -0.024297824, 0.08189767, 0.0012347228, -0.061834745), target);\n\ttarget = MulAdd(a2, MF4x4(0.074035384, -0.0054270145, -0.054232355, 0.052020255, 0.039064236, 0.07612554, -0.07112709, -0.041343223, -0.04877365, -0.081693694, -0.19036053, -0.07976283, -0.019394593, 0.11878604, -0.17398894, 0.066551484), target);\n\ttarget = MulAdd(b2, MF4x4(0.021499138, 0.11031255, 0.07942792, 0.19678888, -0.1660272, 0.12142711, 0.053864148, -0.09273723, -0.04266638, -0.092488594, 0.052425362, -0.13612169, 0.055963192, -0.08253813, -0.03933135, 0.01831182), target);\n\ttarget = MulAdd(c2, MF4x4(-0.009105146, 0.25351846, 0.021370875, 0.07980244, 0.08131595, 0.0045822896, 0.024319764, 0.13540691, 0.10949155, -0.036669955, -0.0440662, 0.031805526, 0.0076850317, 0.0050480044, 0.010493236, -0.20307945), target);\n\ttarget = MulAdd(d2, MF4x4(0.035208475, -0.016913606, 0.06748526, 0.28376573, -0.09829214, 0.03491954, -0.048616122, -0.022004133, 0.033356942, 0.041457683, -0.1141923, 0.053526472, 0.1301348, 0.032898832, 0.14776024, 0.11034088), target);\n\ttarget = MulAdd(e2, MF4x4(0.25044763, 0.1022549, 0.13824631, 0.15358314, -0.01792875, -0.023492826, -0.16425751, -0.04925489, -0.5415385, 0.22712392, 0.32446757, 0.061109796, -0.016136007, 0.09170503, -0.020712415, 0.22309552), target);\n\ttarget = MulAdd(f2, MF4x4(-0.16366409, -0.017794464, -0.12714142, -0.021118859, 0.03178183, 0.067133196, 0.105975136, 0.009305183, 0.08399536, 0.15291104, -0.029605338, 0.0134068895, -0.09861506, -0.059872147, -0.03844756, -0.12674972), target);\n\ttarget = MulAdd(g2, MF4x4(-0.07806115, 0.043562375, -0.009290437, 0.04422061, 0.044749737, 0.06424069, 0.026669348, 0.03424551, 0.024359688, -0.07599093, -0.037592914, 0.054648582, 0.06240557, 0.061408926, 0.030988218, 0.08729672), target);\n\ttarget = MulAdd(h2, MF4x4(-0.010351677, 0.028773759, 0.12303081, -0.046040278, -0.06785082, -0.24544333, -0.14512034, 0.028818216, -0.030756637, -0.070427775, 0.029058386, 0.11266564, -0.0126586575, -0.099691354, 0.23675011, 0.021924842), target);\n\ttarget = MulAdd(i2, MF4x4(0.29327697, 0.04030911, -0.10077885, -0.048846, -0.16350128, -0.054487552, 0.070820816, 0.047305796, -0.12812468, 0.007919711, -0.09975894, 0.06570609, 0.041386835, -0.027804038, 0.054338817, -0.09551541), target);\n\ttarget = MulAdd(a3, MF4x4(-0.08264294, 0.0022153752, 0.17625731, 0.108203925, -0.1994716, 0.13532871, 0.004684368, -0.068710595, 0.118159816, -0.07109689, 0.0926224, -0.24703208, -0.01173713, 0.033426084, -0.016495464, 0.12449714), target);\n\ttarget = MulAdd(b3, MF4x4(-0.0937873, -0.065207124, 0.1289635, 0.17735708, -0.07141622, -0.116392545, -0.012032065, 0.2256439, -0.16182312, -0.12979633, 0.13266288, -0.029406255, -0.11667275, 0.010681019, -0.03679369, 0.12324768), target);\n\ttarget = MulAdd(c3, MF4x4(-0.08298939, -0.04220063, 0.03483479, 0.13134407, 0.21608235, -0.034893714, -0.12628594, 0.16904697, 0.021075964, 0.1242292, 0.049865, 0.0012191305, 0.02183184, 0.106443465, -0.097153716, 0.10045028), target);\n\ttarget = MulAdd(d3, MF4x4(-0.15327847, -0.03231816, 0.048716772, 0.04888897, 0.042859055, 0.15434006, -0.20086974, -0.05871333, -0.06012798, -0.16594929, -0.41956443, 0.02897127, 0.10374121, 0.0979167, -0.06796184, -0.16530903), target);\n\ttarget = MulAdd(e3, MF4x4(0.4286096, -0.29660472, -0.16605186, 0.27494267, 0.026896525, 0.28659457, -0.03428165, 0.2044704, 0.48915815, -0.33265522, 0.21135275, 0.33785677, 0.18982616, 0.10604258, -0.064662024, 0.096615575), target);\n\ttarget = MulAdd(f3, MF4x4(0.016727265, 0.17198113, -0.05871693, 0.054799933, -0.02786635, 0.15011124, -0.23983961, 0.033867355, -0.19206874, -0.13592441, 0.07261021, -0.043166462, -0.12164969, -0.07333818, 0.037067372, 0.08996417), target);\n\ttarget = MulAdd(g3, MF4x4(-0.070286445, -0.10659555, -0.04422945, -0.053230558, 0.0013350527, -0.017993074, -0.049735866, 0.11409308, 0.04892686, -0.06817943, -0.12813167, 0.039810136, 0.05252391, -0.06560004, -0.063294955, -0.07105003), target);\n\ttarget = MulAdd(h3, MF4x4(-0.13546339, 0.14185336, 0.006366223, -0.28422508, -0.21820036, 0.039592113, -0.07649182, -0.27793187, -0.2901769, -0.046293516, 0.25072086, -0.1427351, -0.0032531293, 0.03191745, -0.029102972, 0.050067473), target);\n\ttarget = MulAdd(i3, MF4x4(0.07247183, -0.0060611004, -0.04357295, -0.10875274, 0.12985152, 0.08760643, -0.19915642, -0.014556378, 0.1215484, 0.25098228, -0.21922487, 0.021113032, 0.0839372, 0.055542022, 0.13710897, -0.027615722), target);\n\ttarget = MulAdd(na1, MF4x4(0.19114621, 0.099159814, 0.011108828, 0.029784255, 0.08460498, 0.015443031, -0.044587217, 0.09834142, 0.10807179, -0.05328408, 0.13301793, 0.11193144, 0.18251152, 0.083096996, -0.08564835, -0.15828381), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.28161234, 0.1756162, 0.17534174, -0.15757571, -0.08024952, 0.05677887, -0.1527151, -0.035949282, -0.16559522, -0.03176932, -0.15242305, 0.026554676, 0.07632302, -0.07731726, -0.17139448, -0.3687111), target);\n\ttarget = MulAdd(nc1, MF4x4(0.08050096, -0.0065235267, 0.064694345, -0.014644451, -0.079178736, 0.042656552, 0.09551645, 0.036842708, -0.03371497, -0.088755935, 0.07605894, -0.10299958, 0.08336513, -0.1338214, -0.051605105, -0.19725145), target);\n\ttarget = MulAdd(nd1, MF4x4(0.051400978, -0.02814356, -0.5582187, 0.05216139, -0.12328604, 0.07732251, -0.16055895, 0.14309604, 0.017186563, 0.08711397, -0.17381294, -0.011499491, -0.0481547, -0.04854952, -0.46566048, -0.3058923), target);\n\ttarget = MulAdd(ne1, MF4x4(0.5119618, -0.38263124, 0.15986086, 0.010742568, 0.38711935, -0.336849, 0.040117126, 0.4004001, 0.19877116, 0.47289473, 0.021661036, -0.015238145, 0.09152666, 0.038322717, 0.06817698, 0.049476456), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.10441812, 0.21133856, -0.057014488, 0.23972808, -0.24930222, -0.050501857, 0.032259904, 0.12751378, 0.27306128, 0.30964115, -0.11031131, 0.12801209, 0.178222, -0.062289014, 0.022079576, -0.11246125), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.03134103, -0.22539799, 0.06857922, -0.10189109, -0.05753412, -0.024686527, 0.013851189, 0.1957986, -0.020091414, 0.14719157, 0.11946867, -0.09724786, 0.0028783937, 0.060009662, 0.013492387, 0.11172315), target);\n\ttarget = MulAdd(nh1, MF4x4(0.025690198, 0.23751663, 0.12185973, -0.019141376, -0.084277906, 0.11608392, 0.16283877, 0.042005546, 0.072981484, -0.2306133, -0.071143106, -0.18201771, -0.031751275, -0.020903533, 0.12043939, 0.20526986), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.033504594, -0.09981515, 0.19222768, -0.00037204215, 0.07057902, 0.10403715, -0.03022699, 0.098804235, 0.18592818, 0.024603445, 0.11061402, -0.11533017, -0.12443965, 0.011813011, 0.07349946, 0.038668673), target);\n\ttarget = MulAdd(na2, MF4x4(-0.23181002, -0.17350966, 0.048837297, -0.08551675, 0.18603337, 0.058313303, 0.04316692, 0.058691278, -0.004881664, 0.0729517, -0.03626247, 0.15820287, -0.02682429, -0.0048006307, -0.094057836, -0.14746818), target);\n\ttarget = MulAdd(nb2, MF4x4(0.1383817, -0.1420967, 0.1424335, 0.22556119, -0.00086617674, 0.16489741, -0.26023895, -0.20425053, -0.034436412, 0.2758035, -0.059897684, -0.13402066, -0.16843258, -0.121999204, 0.3507855, 0.12512234), target);\n\ttarget = MulAdd(nc2, MF4x4(0.0632651, -0.025671296, -0.07224494, -0.037086867, -0.09273154, 0.0072819768, -0.049275056, -0.1953304, -0.17975083, 0.082679234, 0.053353265, -0.006074758, 0.20823684, 0.062092874, 0.11811291, 0.1815561), target);\n\ttarget = MulAdd(nd2, MF4x4(0.078111276, 0.25469536, 0.29218477, 0.004212939, -0.1232599, 0.021684207, -0.66154927, -0.343972, 0.010710011, -0.08535829, 0.18138462, 0.09095369, -0.103921935, 0.057450265, 0.25861067, -0.15153539), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.10782405, 0.18735452, -0.19443172, -0.15904504, 0.18990147, 0.48975512, 0.4310995, 0.1340281, 0.3089527, -0.10327674, -0.09608584, -0.123780966, -0.08807219, 0.14264533, -0.3084031, 0.02124611), target);\n\ttarget = MulAdd(nf2, MF4x4(0.15577073, -0.06495954, 0.060370963, -0.114554875, 0.0047810473, 0.3622068, -0.3659395, 0.15643036, -0.07608074, 0.04065042, -0.039538994, -0.02360629, -0.02197194, 0.0048276316, 0.110902175, -0.16704206), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.0020525095, -0.012990091, 0.094804876, -0.02951601, 0.24626282, 0.124219425, 0.0463335, 0.094997995, -0.048861977, -0.005314135, 0.0059577175, -0.105576694, 0.048093226, 0.09738743, 0.21545859, 0.054231316), target);\n\ttarget = MulAdd(nh2, MF4x4(0.07456489, 0.02194597, -0.20656359, -0.15409991, -0.04743203, -0.15427557, -0.24320696, 0.23521787, 0.016238466, -0.012914946, -0.05602358, 0.06522049, 0.102704614, -0.23755711, -0.08094957, 0.008219577), target);\n\ttarget = MulAdd(ni2, MF4x4(0.035681196, -0.033441707, -0.11075713, 0.055746105, 0.019134156, -0.049570475, 0.06607101, -0.0073855054, 0.07943337, -0.11261986, 0.0008748123, -0.10753691, -0.10877436, -0.0108197965, -0.04098305, 0.020095402), target);\n\ttarget = MulAdd(na3, MF4x4(0.027692698, -0.023028603, -0.100124516, -0.103564754, 0.039096612, -0.010974292, -0.02888593, 0.08225068, -0.022655668, -0.023619713, -0.04132294, 0.06264889, 0.11349463, 0.074886896, -0.026237458, -0.13935888), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.07625777, -0.02026929, -0.16509674, -0.07015678, 0.12159663, 0.11826456, -0.16222349, 0.02991282, 0.31014135, -0.18721381, 0.015715228, 0.013268594, -0.0226595, -0.086094275, 0.24472123, -0.10165225), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.0046345745, -0.08258393, -0.0949934, -0.18188646, -0.082375005, 0.07654353, 0.023176871, -0.020692138, 0.024534898, -0.115623355, -0.012813735, 0.06324557, 0.10770564, -0.08825215, 0.049195863, -0.076814786), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.038878765, -0.10554748, -0.03482947, -0.2024768, -0.09590611, -0.05518289, 0.17108603, 0.10745178, 0.14090835, 0.04451474, 0.33331943, -0.09338132, -0.13840568, -0.06591041, -0.13315365, 0.14895599), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.7184948, 0.20635058, -0.01087146, -0.25665486, 0.0694774, -0.08051657, -0.20419565, -0.29972658, -0.31587854, 0.26213837, -0.14282377, -0.14769338, -0.29376042, -0.24546684, 0.37429252, -0.01691138), target);\n\ttarget = MulAdd(nf3, MF4x4(0.010284815, -0.29481632, 0.18720046, 0.028168285, -0.025520338, -0.031638097, 0.07629401, 0.23760115, -0.06497784, -0.09899808, -0.025247818, -0.141932, 0.30421942, 0.0839128, 0.15210237, -0.2547937), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.11730973, 0.08676562, -0.12592962, 0.059735335, 0.036849916, 0.01789285, -0.02247672, 0.034570415, 0.069350585, -0.047193673, 0.06288105, -0.016742256, -0.06302216, 0.00919547, 0.12617198, -0.001655632), target);\n\ttarget = MulAdd(nh3, MF4x4(0.13489273, -0.05945722, 0.15636152, 0.10246266, -0.0492767, 0.13209876, -0.022542313, 0.1869006, 0.18273778, -0.009863488, 0.1475087, 0.009797511, 0.18775922, -0.08949364, 0.031399027, 0.16898693), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.17234778, -0.113925606, 0.0285368, 0.093877554, -0.010534175, 0.002686299, 0.033060588, -0.019788781, 0.12574218, 0.03520547, 0.0032812972, 0.04480523, 0.06951987, -0.25137702, 0.01562915, -0.02552195), target);\n\tconv2d_5_tf1[gxy] = target;\n\n\ttarget = MF4(0.06602671, 0.113320544, -0.04297089, 0.007400785);\n\ttarget = MulAdd(a1, MF4x4(-0.06058286, 0.2195084, 0.19780184, -0.05155375, 0.09216426, 0.03457752, -0.096646644, -0.015035897, -0.13803566, 0.025244685, 0.13735959, -0.009401512, -0.16166702, -0.1815502, 0.007993552, 0.0069571338), target);\n\ttarget = MulAdd(b1, MF4x4(0.047445912, 0.11488218, -0.17851587, -0.1392721, -0.038011838, 0.17368795, 0.106928326, -0.13197932, -0.2733485, -0.087136164, 0.07961574, 0.020573204, 0.029977003, -0.1667677, -0.17820576, 0.0118401665), target);\n\ttarget = MulAdd(c1, MF4x4(0.07106099, -0.00185452, -0.027270012, -0.09875212, 0.06354194, -0.16046102, -0.034993082, -0.053045254, 0.068700135, 0.09387552, -0.09717345, -0.06485704, 0.050274733, -0.015956623, -0.14531186, -0.023925254), target);\n\ttarget = MulAdd(d1, MF4x4(-0.020267177, 0.09845256, -0.22237779, -0.0704043, -0.03563008, 0.0058337585, -0.053230047, -0.0151015995, -0.004355268, -0.16663343, -0.022371203, 0.17783938, 0.27934113, 0.038911168, 0.053898126, 0.067584395), target);\n\ttarget = MulAdd(e1, MF4x4(-0.35373348, -0.04811985, -0.003069958, 0.22371289, 0.039519783, 0.08697823, 0.12242937, -0.05692152, 0.34154105, -0.30326834, -0.23093781, 0.060490705, -0.3779121, -0.12894416, 0.03531685, 0.27401015), target);\n\ttarget = MulAdd(f1, MF4x4(-0.27760014, 0.024816839, 0.16137716, 0.060659613, -0.0962453, -0.023302421, -0.0679713, 0.08072911, 0.10419372, -0.1286133, -0.06336595, -0.13529508, -0.033300906, 0.077698715, 0.13658288, -0.046092913), target);\n\ttarget = MulAdd(g1, MF4x4(0.004510119, -0.018816976, -0.023925988, -0.056694455, 0.021134097, 0.15678076, -0.034855466, -0.052143726, 0.11061209, -0.03679294, -0.15515395, 0.22478753, 0.030984117, 0.01664375, -0.010612448, -0.01799207), target);\n\ttarget = MulAdd(h1, MF4x4(0.18006827, 0.168574, 0.15232614, -0.1295002, -0.05264042, -0.12097018, -0.08624036, -0.20883065, 0.22397974, 0.041060217, -0.23898268, 0.09747489, 0.0005401559, -0.17116228, 0.03260164, 0.2373106), target);\n\ttarget = MulAdd(i1, MF4x4(0.0005155169, -0.10857663, -0.014398447, 0.004808808, -0.05587811, 0.1242163, 0.14578046, -0.09588132, 0.14351574, -0.10559421, -0.041078355, 0.0059864363, -0.061656762, -0.07678676, -0.10182491, -0.10634101), target);\n\ttarget = MulAdd(a2, MF4x4(-0.04443192, 0.13661186, -0.076222196, -0.081149, -0.041719135, -0.12614048, 0.018182557, 0.03125801, 0.06955725, 0.09229393, -0.0070879795, 0.038897008, 0.0052797156, 0.13088952, -0.073197, -0.11281815), target);\n\ttarget = MulAdd(b2, MF4x4(0.19961423, 0.13726334, 0.27169493, 0.05927113, 0.0028651909, -0.1287458, 0.026732842, -0.095184654, 0.016316563, -0.11783113, 0.2360606, -0.30774674, 0.108432285, 0.23025006, -0.085001394, 0.08807084), target);\n\ttarget = MulAdd(c2, MF4x4(-0.060046196, 0.15679826, 0.2430814, -0.13272808, 0.019943269, 0.015503196, -0.030504405, 0.06340887, 0.1670832, -0.13615952, -0.13015799, 0.042683575, -0.06566812, -0.062855676, 0.056155447, -0.13632087), target);\n\ttarget = MulAdd(d2, MF4x4(-0.04923022, 0.053739548, 0.23691703, 0.045897946, 0.08574055, 0.015698176, 0.30700058, 0.03893632, -0.09240451, 0.13776198, -0.01634878, 0.1086944, -0.10443478, -0.038250007, -0.16425894, 0.069837235), target);\n\ttarget = MulAdd(e2, MF4x4(-0.4527755, -0.16416265, 0.45300293, 0.11527787, 0.06872868, 0.03514386, -0.02678375, 0.04558898, -0.21735664, -0.38876057, 0.15125597, 0.20117617, -0.15160187, -0.2531804, 0.15049757, -0.018326014), target);\n\ttarget = MulAdd(f2, MF4x4(0.013021216, 0.07807231, -0.025769137, 0.13387477, -0.16259682, -0.054581523, 0.17289965, -0.08043052, 0.0063357623, 0.11866516, -0.13520378, 0.0152135575, 0.061740812, 0.052589882, -0.16574025, 0.024117855), target);\n\ttarget = MulAdd(g2, MF4x4(0.04268464, 0.06037914, 0.06682348, 0.054433875, -0.14284062, 0.007709387, 0.05249287, -0.008818238, 0.02744223, 0.026029283, -0.068422645, 0.104170494, 0.011463976, 0.10870952, 0.11592658, 0.07393047), target);\n\ttarget = MulAdd(h2, MF4x4(-0.03750191, 0.0014403146, 0.1580456, 0.1137993, 0.08569837, 0.0005632574, 0.08939288, -0.004063193, 0.03108807, -0.1707586, 0.06543877, -0.02108999, -0.044783764, -0.09259009, 0.0018684827, 0.10293258), target);\n\ttarget = MulAdd(i2, MF4x4(-0.072144635, 0.13235292, 0.13174231, 0.06512337, 0.061325137, -0.1140173, -0.10778849, -0.0933897, -0.0026419833, 0.031816084, -0.05882651, -0.05534951, 0.05234496, -0.03341018, -0.028817033, -0.034064483), target);\n\ttarget = MulAdd(a3, MF4x4(0.06916357, -0.11582247, -0.06554703, 0.09624395, 0.11644621, 0.019876527, -0.08696374, 0.017086076, -0.054255698, 0.28372917, -0.000972655, -0.06400794, 0.030290179, -0.08620439, -0.08410291, -0.012277875), target);\n\ttarget = MulAdd(b3, MF4x4(0.06226754, -0.040624045, -0.11270401, 0.10805481, 0.18899143, -0.1973884, -0.034787323, 0.05666152, -0.087144844, 0.032518808, -0.12266705, -0.12644689, 0.035625648, 0.13503525, 0.10947289, -0.02394309), target);\n\ttarget = MulAdd(c3, MF4x4(-0.022302793, 0.10360904, 0.016256806, -0.021677233, 0.12430526, 0.042963423, -0.18037538, -0.14628161, 0.016152794, -0.11254728, 0.06434654, -0.005073352, 0.016403137, -0.035858087, -0.06591741, 0.08597588), target);\n\ttarget = MulAdd(d3, MF4x4(0.004012092, -0.050453838, 0.07977573, 0.15305792, -0.05928047, -0.09349286, -0.14555392, 0.12337536, 0.16214384, -0.109313816, -0.044248413, -0.2963013, -0.14371789, -0.13369437, 0.07077758, 0.10006308), target);\n\ttarget = MulAdd(e3, MF4x4(0.06548829, -0.13058634, -0.26494655, -0.28315514, -0.45161557, -0.07177602, 0.10558368, 0.21007149, 0.45134485, 0.53428864, -0.24526665, -0.51175225, -0.16881745, 0.39553252, -0.059874248, -0.15100208), target);\n\ttarget = MulAdd(f3, MF4x4(-0.034883123, 0.09653819, 0.16275059, -0.10605186, -0.16961089, 0.15750273, -0.28543097, -0.12217311, 0.19074517, 0.00074714713, -0.07579063, 0.14993025, -0.013494211, 0.19434276, -0.038070716, 0.041972294), target);\n\ttarget = MulAdd(g3, MF4x4(0.077254616, 0.013449401, -0.068184, 0.10592368, 0.024376335, 0.0051301597, -0.13352032, 0.17067592, -0.07192257, 0.055784814, -0.12246667, 0.01487913, 0.116122164, 0.10971574, 0.026872944, -0.026666151), target);\n\ttarget = MulAdd(h3, MF4x4(0.05711798, -0.0010387006, -0.11265493, 0.27974793, 0.091452494, -0.20599814, -0.15438712, 0.32230932, -0.105436936, -0.35339028, -0.08469404, -0.03431861, -0.0006499669, -0.2701855, -0.011796139, -0.04423021), target);\n\ttarget = MulAdd(i3, MF4x4(-0.0829698, 0.06493657, -0.036546737, 0.024583373, 0.048521917, 0.1649191, -0.056993846, 0.08988572, -0.12735078, 0.3074979, 0.08563853, 0.119320676, 0.18576288, 0.14356904, -0.026636694, 0.05132804), target);\n\ttarget = MulAdd(na1, MF4x4(-0.0991048, -0.10884221, -0.12869547, 0.034603372, -0.06870907, -0.18230984, -0.021502903, 0.11301028, 0.18878941, -0.110253036, 0.040812176, -0.06389069, -0.15005918, 0.0037244866, 0.2132717, -0.013256287), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.08388061, -0.112235, 0.065214306, -0.13957025, -0.19478679, 0.11254506, 0.054630954, 0.053645436, -0.2522801, 0.15058047, -0.07061216, -0.096459135, -0.11855631, -0.056933407, 0.035139047, 0.068258055), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.06917721, 0.094096094, 0.07469013, 0.16470721, -0.11484115, -0.18424381, 0.016549148, 0.08468404, 0.04055001, -0.33645272, -0.0059957053, 0.08970189, 0.09028248, 0.04077987, -0.06547463, -0.006269863), target);\n\ttarget = MulAdd(nd1, MF4x4(0.21908568, 0.08401723, 0.0843042, 0.06545498, -0.08450129, -0.028926728, 0.19440761, 0.09694871, 0.07596912, 0.045503646, -0.006316475, -0.27986103, 0.06910375, -0.43196592, 0.03879253, 0.1638245), target);\n\ttarget = MulAdd(ne1, MF4x4(0.8879269, -0.02551214, -0.030510996, -0.36941388, 0.3126625, 0.21035604, -0.15371346, -0.2780625, 0.06461355, 0.18609639, -0.149495, -0.23149131, 0.46026996, 0.035948373, 0.18278143, -0.20113651), target);\n\ttarget = MulAdd(nf1, MF4x4(0.055903055, 0.08408526, 0.054170065, -0.2976025, 0.18558906, 0.029338092, -0.09893593, 0.059603147, -0.19218643, -0.008077081, 0.09550512, 0.051217057, -0.0276843, 0.33184877, -0.018644275, -0.11763111), target);\n\ttarget = MulAdd(ng1, MF4x4(0.23338239, 0.011580942, -0.0787839, 0.09754503, 0.009759483, -0.075707465, -0.10206689, 0.08720839, -0.3039172, -0.2001228, 0.30864987, -0.16379629, -0.03914539, -0.06503792, -0.03883409, -0.065077074), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.1440983, 0.2827839, -0.07015957, 0.11515792, -0.1266345, -0.06969393, -0.009006173, 0.12875685, 0.031837627, 0.09990079, -0.1656627, 0.13870959, -0.08637978, 0.024281958, 0.12342855, -0.08816514), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.015464915, -0.19240353, -0.01967364, -0.11796279, -0.06462456, 0.154628, 0.076811045, 0.098927125, -0.20375597, 0.023598116, -0.10710138, 0.08929812, 0.07584669, -0.11928781, 0.049687184, -0.06122156), target);\n\ttarget = MulAdd(na2, MF4x4(0.16479358, 0.19148158, 0.098467164, 0.0618447, 0.0751567, 0.010100359, 0.05155746, -0.0778876, 0.0011591897, -0.056076154, -0.041074045, 0.024008576, -0.017050695, -0.18685716, -0.08527556, 0.0037657958), target);\n\ttarget = MulAdd(nb2, MF4x4(0.16866666, -0.29083413, -0.18637179, 0.0018769886, -0.2018132, 0.46180528, 0.13246574, -0.23898588, -0.12212059, 0.3341523, 0.1091505, 0.08251535, 0.19041067, -0.16169062, 0.07583192, 0.050573617), target);\n\ttarget = MulAdd(nc2, MF4x4(0.0129842255, -0.008741855, -0.053530104, -0.03131398, -0.0020409364, -0.07680617, 0.33556506, -0.011717628, -0.13952619, -0.05453907, 0.10336836, -0.027125375, 0.1751553, -0.030947112, -0.025735123, 0.041072566), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.036542114, 0.10128076, -0.1880457, -0.17261198, 0.1431477, -0.18661828, 0.32769415, 0.0663247, 0.03365178, 0.19796737, -0.09132497, -0.21413301, 0.043885235, 0.20412171, 0.14644071, -0.06985309), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.2735308, 0.19792703, -0.21177524, 0.21988408, 0.32919964, 0.11183913, 0.2913821, 0.06404769, -0.004921694, 0.22249468, -0.010577357, -0.09632516, -0.15458032, -0.2982006, -0.041645106, 0.087833084), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.07113276, 0.07723143, -0.058266032, 0.08239994, -0.18380593, -0.09771933, 0.12499344, 0.031730324, 0.042094275, -0.010583603, 0.009981995, 0.107384935, -0.20355527, 0.017341057, 0.018268948, -0.15857501), target);\n\ttarget = MulAdd(ng2, MF4x4(0.0013823194, -0.044928502, 0.025921093, 0.0012451003, -0.30528855, 0.3374342, 0.34150144, -0.09229386, -0.08328619, -0.10615052, 0.16300991, -0.19953482, -0.10911166, -0.036731765, 0.098331414, -0.06403792), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.023653124, 0.04610296, -0.03044758, -0.025650993, -0.32529983, 0.062136825, 0.24734603, -0.019307928, 0.03787457, 0.34381005, 0.113464035, -0.02037722, 0.32398093, 0.05488551, 0.055344287, 0.017325766), target);\n\ttarget = MulAdd(ni2, MF4x4(0.0385026, 0.079174675, 0.059799727, -0.00725753, -0.0573653, -0.0420986, 0.16784842, 0.14938053, -0.009344561, -0.0778813, -0.017263457, -0.01132742, 0.077959225, -0.14751856, -0.20435876, -0.010041575), target);\n\ttarget = MulAdd(na3, MF4x4(-0.05931535, -0.08731735, 0.11970444, -0.09924397, 0.033911336, -0.0016364546, 0.0087679215, -0.076540634, 0.0077172252, 0.14911291, 0.11776904, -0.017065775, -0.059564207, 0.017132213, 0.06148217, -0.07582431), target);\n\ttarget = MulAdd(nb3, MF4x4(0.071270525, -0.24058339, -0.20233437, 0.001615171, 0.021383315, 0.09934347, -0.0011403296, -0.04854113, 0.12778723, 0.061408937, -0.071042776, 0.26612863, -0.10339047, -0.08749296, -0.04532682, -0.0615132), target);\n\ttarget = MulAdd(nc3, MF4x4(0.06391922, -0.016149543, -0.002464466, -0.00664347, -0.06338617, 0.04004229, 0.034720086, 0.054125533, 0.121965334, 0.2502773, -0.12270718, 0.011068944, -0.00047330794, 0.06449109, 0.17593135, 0.0040256707), target);\n\ttarget = MulAdd(nd3, MF4x4(0.03477346, -0.31120908, 0.28306037, 0.22833072, -0.017806482, -0.056919, 0.055360638, 0.020397838, -0.060393255, 0.02178207, -0.20644443, 0.088335134, 0.030195525, -0.19925289, -0.016580708, -0.007094466), target);\n\ttarget = MulAdd(ne3, MF4x4(0.028902626, 0.12521821, 0.29966938, 0.20124513, 0.11820484, 0.23270105, -0.27059364, 0.0034185604, -0.0808993, -0.21187486, 0.14866447, 0.2362522, 0.2997781, 0.25243583, -0.010675219, -0.21490887), target);\n\ttarget = MulAdd(nf3, MF4x4(0.017603166, -0.1354112, 0.07734325, -0.10108977, 0.095413536, -0.27478248, 0.15811092, 0.08514367, -0.0648521, -0.23040737, -0.015424236, -0.102597706, 0.018168293, 0.049426224, 0.24017967, -0.0076911957), target);\n\ttarget = MulAdd(ng3, MF4x4(0.040054902, 0.10045824, -0.00088240346, 0.10863258, 0.004609783, 0.08008685, 0.0008943593, 0.04380173, 0.04113014, 0.17802699, 0.19284193, -0.09775915, -0.082003035, -0.04828276, -0.2212439, -0.08810767), target);\n\ttarget = MulAdd(nh3, MF4x4(0.110144354, -0.17653003, -0.18453437, -0.13516864, -0.12592733, -0.031436298, 0.10997709, -0.26131755, 0.13670647, 0.33671942, 0.06641791, 0.022009498, -0.0843429, 0.2000657, 0.1431977, 0.23156545), target);\n\ttarget = MulAdd(ni3, MF4x4(0.18203191, -0.30493334, 0.0012451819, 0.040420715, -0.09400875, -0.058327, -0.092143685, 0.08411573, 0.06618551, 0.066164635, -0.08439327, 0.07001009, 0.22673227, -0.1294288, -0.46530777, 0.2499909), target);\n\tconv2d_5_tf2[gxy] = target;\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x24\n//!IN conv2d_5_tf, conv2d_5_tf1, conv2d_5_tf2\n//!OUT conv2d_6_tf, conv2d_6_tf1, conv2d_6_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_5_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.06036478, 0.0356493, -0.059101366, 0.0024990432);\n\ttarget = MulAdd(a1, MF4x4(0.19466089, -0.10927993, 0.09179887, 0.15121523, -0.037340622, 0.06053471, 0.038131684, -0.008113673, -0.18904036, -0.09559259, -0.17113, 0.03717301, -0.043611653, -0.16189677, 6.720818e-05, 0.087884724), target);\n\ttarget = MulAdd(b1, MF4x4(-0.2376871, 0.07507205, 0.08144118, 0.266135, -0.0016601613, -0.075726755, 0.1405083, 0.05794102, 0.082300104, 0.42289656, -0.21715559, 0.066831395, 0.31216174, -0.14317952, 0.1725695, -0.17751537), target);\n\ttarget = MulAdd(c1, MF4x4(0.037299458, -0.11762432, -0.011837041, 0.1465751, 0.039899126, -0.049513657, -0.0037649425, -0.17213967, 0.13214532, -0.035151232, 0.098905504, 0.25259635, -0.034471225, 0.22866723, 0.056768697, 0.04517098), target);\n\ttarget = MulAdd(d1, MF4x4(-0.032002304, 0.0033130902, -0.11396168, -0.24947542, -0.01432499, 0.059397, 0.011829774, -0.039037425, 0.2855777, 0.38178965, 0.061862387, -0.3191097, 0.0013762182, 0.10873268, 0.13221635, 0.11438935), target);\n\ttarget = MulAdd(e1, MF4x4(-0.444183, 0.07429998, -0.24415193, 0.20763457, 0.005403234, -0.09182405, -0.33746308, 0.23260857, 0.80383587, 0.42822048, 0.15259221, 0.08751457, -0.18719546, 0.3931829, -0.3559663, 0.1288945), target);\n\ttarget = MulAdd(f1, MF4x4(0.038999066, 0.20546576, 0.17918825, 0.06601807, -0.09185307, 0.08308848, 0.3533222, 0.20337574, 0.2909968, -0.25924757, -0.18089646, -0.0856463, 0.1436575, -0.20405407, 0.08083093, -0.13420194), target);\n\ttarget = MulAdd(g1, MF4x4(-0.08427221, 0.029255591, 0.016859733, -0.011943696, 0.13574867, 0.040940672, 0.013232511, 0.026956066, 0.071955554, -0.06337127, -0.15357494, -0.026208352, -0.04108415, -0.06945617, 0.018760698, -0.023912333), target);\n\ttarget = MulAdd(h1, MF4x4(0.07994412, -0.00968056, 0.08030741, 0.16342168, 0.04104326, 0.073546335, 0.10782922, -0.27047744, -0.027339334, 0.012742752, 0.07632864, 0.3130092, -0.026107019, 0.14022668, 0.0019065946, 0.050307225), target);\n\ttarget = MulAdd(i1, MF4x4(-0.064752, -0.114935696, -0.101320885, -0.13594441, -0.0035874723, -0.21959865, -0.20514846, 0.06435263, -0.07910371, 0.22121632, -0.027385276, 0.11370377, -0.087538995, 0.02242176, 0.05138211, -0.055027794), target);\n\ttarget = MulAdd(a2, MF4x4(-0.07418348, -0.013085453, -0.23711763, 0.13872914, 0.10102951, 0.034057204, 0.09149018, 0.060473535, -0.00067378976, 0.05151344, -0.038349435, 0.05791031, 0.0049775504, -0.0063300184, 0.11502679, 0.11189162), target);\n\ttarget = MulAdd(b2, MF4x4(-0.17575283, -0.026091507, -0.012820658, 0.02245792, 0.15239143, -0.12657113, 0.062418584, -0.12840585, 0.07613884, 0.12033655, -0.05695382, 0.03669604, -0.17113449, -0.15366605, 0.17787598, 0.06278569), target);\n\ttarget = MulAdd(c2, MF4x4(0.015337286, -0.050423414, -0.08879978, 0.04760555, 0.12424041, -0.03367427, -0.0459138, 0.22050953, 0.12919267, 0.26828563, -0.1061058, -0.10099044, -0.04658635, -0.016307753, 0.14689955, -0.14597629), target);\n\ttarget = MulAdd(d2, MF4x4(-0.01102339, 0.014672111, 0.13931917, -0.1345445, 0.031524513, -0.32458848, -0.056687858, 0.22222418, -0.056350503, 0.035747256, -0.10304222, -0.21285744, 0.25462946, 0.09982579, 0.09516444, -0.016217945), target);\n\ttarget = MulAdd(e2, MF4x4(-0.076081604, -0.23594818, 0.15077876, -0.21414931, 0.2282169, 0.59579784, -0.12744917, 0.35256362, -0.074862994, 0.16357085, 0.19566183, -0.05933472, 0.6046422, 0.17888334, -0.015507464, -0.08096589), target);\n\ttarget = MulAdd(f2, MF4x4(-0.07068054, -0.0079010865, 0.036364477, 0.14502864, -0.021085994, -0.07906985, 0.09793876, 0.07399657, 0.12093952, -0.18547052, -0.110405356, -0.10768624, 0.016976682, -0.030136436, 0.3050347, 0.25278243), target);\n\ttarget = MulAdd(g2, MF4x4(-0.010475713, -0.10232612, -0.108958706, -0.011528059, 0.11610843, -0.0014788646, 0.17262968, 0.031911, 0.08343287, -0.0021717772, -0.021841958, 0.0973525, -0.046819497, -0.05605018, 0.1291599, 0.09826176), target);\n\ttarget = MulAdd(h2, MF4x4(0.04663343, 0.04400759, -0.035258498, 0.00895981, -0.23123324, -0.055122357, 0.089720264, 0.09339213, 0.16230758, 0.01740431, 0.0010832906, 0.019101601, -0.28437567, -0.017914291, 0.06484634, -0.00661367), target);\n\ttarget = MulAdd(i2, MF4x4(0.08788325, 0.017547041, -0.12180048, -0.01287628, 0.014391497, 0.0098254625, -0.1297012, -0.08183671, 0.018999657, 0.09840126, 0.047082353, 0.24155243, 0.12269502, -0.08142539, 0.10323659, -0.033276822), target);\n\ttarget = MulAdd(a3, MF4x4(-0.14859885, -0.03888739, -0.15384491, -0.17175777, 0.04767615, 0.042373076, 0.013757687, -0.13237329, -0.04965534, 0.020163631, -0.11415436, -0.056286413, -0.16989873, 0.024179472, 0.037168648, -0.12176204), target);\n\ttarget = MulAdd(b3, MF4x4(-0.05709518, -0.09206574, 0.04486005, -0.033150986, -0.017180622, 0.06052779, 0.16889273, -0.15518297, -0.24440864, 0.12658344, -0.139649, 0.037917744, -0.14727007, 0.038368758, -0.05098604, 0.09547945), target);\n\ttarget = MulAdd(c3, MF4x4(-0.08096385, -0.010406064, -0.057036124, 0.13355646, -0.00612782, -0.0033356852, -0.06850302, 0.029461807, -0.17608377, -0.10943067, 0.030028753, 0.08070524, 0.022253908, -0.005548474, -0.045125946, 0.02093025), target);\n\ttarget = MulAdd(d3, MF4x4(0.10988742, 0.27972367, -0.04232453, -0.43071312, -0.08219865, -0.12530999, -0.0016445538, 0.05443371, -0.014415479, -0.08840511, 0.066499956, -0.01336885, -0.15110426, 0.062335182, 0.052890446, 0.1044874), target);\n\ttarget = MulAdd(e3, MF4x4(0.33606815, -0.17963116, 0.34632006, 0.3946198, -0.10691484, -0.1038113, -0.019460114, 0.06895735, 0.59190637, -0.10203456, 0.008359275, 0.06353352, -0.32418385, -0.12430192, 0.24380416, -0.23094086), target);\n\ttarget = MulAdd(f3, MF4x4(-0.020480068, -0.01640171, -0.09763355, -0.02580198, -0.041970506, -0.042252183, -0.09769974, -0.045537427, 0.14187063, 0.06059797, 0.033730645, 0.020378796, -0.033819746, 0.09553117, -0.05334098, -0.09202247), target);\n\ttarget = MulAdd(g3, MF4x4(0.0246489, -0.086129375, 0.05148198, 0.16396165, -0.042565763, 0.047137372, 0.08882997, -0.0076635084, 0.020555299, -0.0018504986, -0.093162216, -0.002001032, -0.09805734, -0.09600409, -0.0027830484, -0.12433019), target);\n\ttarget = MulAdd(h3, MF4x4(-0.016701702, 0.19712164, -0.13269165, -0.10036325, -0.008542912, -0.006157372, -0.09184331, -0.097038, -0.11304494, 0.27655166, 0.060221743, 0.096516214, -0.043898825, 0.010273238, -0.07468758, -0.21701947), target);\n\ttarget = MulAdd(i3, MF4x4(-0.11392737, -0.15646808, -0.16859137, -0.1773589, 0.062430523, 0.0633658, 0.1578782, -0.02552433, -0.09023146, -0.03037661, -0.050063506, -0.018076949, 0.021033524, -0.06344241, 0.08951326, 0.06231262), target);\n\ttarget = MulAdd(na1, MF4x4(-0.094271734, 0.0114940265, -0.04097972, -0.06457978, 0.20086573, 0.035297886, -0.03792428, -0.15497704, 0.12542814, 0.006359964, 0.049963623, 0.06472255, -0.14664528, 0.10833471, 0.03922276, -0.1675095), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.18032873, 0.011285189, -0.061522707, 0.008256017, 0.13692558, 0.15130165, 0.13422745, -0.22135267, 0.19946684, 0.24516532, 0.10290738, -0.2294601, -0.052056555, -0.13473587, 0.23919931, -0.042362213), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.025423648, 0.026715705, 0.0060757576, -0.06410553, -0.04461674, -0.3029843, 0.092734374, 0.04524039, 0.033247333, -0.02790855, 0.056930248, -0.15256552, 0.02607904, 0.09423549, -0.18153918, 0.13832009), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.049555343, 0.017360087, 0.057959676, 0.07956772, -0.075296454, -0.1470046, 0.021892669, 0.10043102, -0.024857812, -0.10644472, 0.09769508, 0.1249294, 0.007206734, -0.028977863, 0.10593961, 0.26716354), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.029734008, -0.3227415, 0.23771009, -0.19591968, -0.51607347, -0.25314853, -0.056235682, -0.07140848, 0.111049965, -0.06368735, -0.2866811, 0.013670416, 0.06847308, 0.30838242, -0.12282098, 0.0034061049), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.12762555, -0.04628489, -0.12804574, -0.040225446, 0.20549247, 0.40988892, 0.046733934, 0.0011979616, 0.060588628, 0.15362865, -0.022557247, -0.09853034, 0.06939786, -0.08854213, 0.0033144224, -0.20143713), target);\n\ttarget = MulAdd(ng1, MF4x4(0.05962723, 0.05745424, -0.094456606, -0.20003895, -0.070974536, 0.026771205, 0.02564145, -0.02845018, -0.035351314, -0.0117768, 0.113437235, 0.08942642, 0.058360267, 0.024181651, 0.024502836, -0.073039465), target);\n\ttarget = MulAdd(nh1, MF4x4(0.12510774, 0.045879837, -0.010349814, -0.019377183, -0.008772124, -0.16534139, -0.13212264, -0.21540141, 0.036527056, -0.10918482, 0.0049819928, -0.019343467, 0.13203917, -0.08569981, -0.061810624, -0.05108862), target);\n\ttarget = MulAdd(ni1, MF4x4(0.04002694, -0.055285487, 0.053127788, 0.10067933, -0.027899982, -0.0050923983, -0.039490424, -0.121817835, -0.09340064, -0.0429694, 0.18118261, 0.049474712, 0.038677018, 0.14249925, 0.09504422, 0.122608855), target);\n\ttarget = MulAdd(na2, MF4x4(-0.14135127, 0.09016643, 0.025633719, 0.000614705, 0.070762664, -0.030985976, 0.042064067, 0.057410795, 0.0660935, -0.05050625, -0.10755477, 0.039620418, -0.10203836, -0.07814099, -0.014446629, 0.18048128), target);\n\ttarget = MulAdd(nb2, MF4x4(0.43030277, 0.18589582, 0.256173, -0.2844, 0.13945708, 0.14931135, 0.22740678, -0.3956166, -0.0724625, -0.08001986, 0.081810005, 0.025289046, 0.06736611, -0.07330548, -0.29192784, 0.21637453), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.08737932, -0.1372706, 0.03159939, -0.21679185, -0.09027622, -0.041193455, 0.11512235, -0.24278319, -0.08837681, -0.018710367, 0.041880753, -0.014190375, 0.033047616, 0.06708754, -0.03391409, -0.07711031), target);\n\ttarget = MulAdd(nd2, MF4x4(0.12588775, 0.4317977, 0.077132806, -0.42811748, 0.031082593, 0.23937033, 0.08018833, -0.22718322, 0.060632102, 0.08067565, -0.042863563, -0.091845684, -0.04759955, 0.009588551, -0.17780636, -0.22400473), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.06745702, -0.0795159, -0.4350959, 0.35561585, -0.13962667, -0.5940183, -0.54777396, -0.68051004, -0.16509765, -0.34696493, 0.038297307, 0.13719557, -0.040833995, 0.031406473, -0.5174053, -0.08789825), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.12779349, 0.2936602, 0.13704172, 0.13110651, 0.10102365, 0.24163464, -0.069620885, -0.16209678, -0.07489114, -0.019360917, -0.070400774, -0.023681173, -0.1102226, -0.09275758, -0.31730032, 0.03576276), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.0986982, -0.14386573, 0.06295539, 0.2667051, 0.029192172, 0.028653674, -0.13940518, -0.022916485, -0.091007926, -0.062984526, 0.026765045, 0.058111303, 0.028423572, -0.016102828, -0.09699887, 0.118749924), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.40428874, 0.45658726, 0.20199502, 0.020573912, -0.08588765, 0.15927678, 0.29527012, 0.40756142, -0.15820621, 0.009576386, -0.009194596, -0.08242508, 0.0012625816, -0.03771835, -0.22807057, 0.035798464), target);\n\ttarget = MulAdd(ni2, MF4x4(0.13749583, -0.04876742, -0.0065646684, -0.28335539, 0.117720984, 0.087982565, 0.16954121, 0.2363482, -0.17796999, -0.106926255, 0.0060180747, -0.11523375, 0.038097225, 0.09647209, -0.06873753, -0.056800433), target);\n\ttarget = MulAdd(na3, MF4x4(0.1768557, 0.13145363, 0.12556404, 0.03251624, -0.02287178, 0.12941027, -0.2394559, -0.37159434, 0.14269918, 0.08204633, 0.20483865, 0.05722901, 0.06699899, -0.04848409, 0.12399497, 0.124153495), target);\n\ttarget = MulAdd(nb3, MF4x4(0.14586149, 0.09655288, 0.03812125, 0.052801564, 0.065902874, -0.043486778, 0.0657983, 0.14589024, 0.011490019, -0.0021060712, -0.18636304, 0.24038431, 0.2249946, 0.14451164, -0.13322833, 0.109084174), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.03467399, 0.076331206, -0.047301926, -0.10028459, -0.069450885, 0.103480145, -0.08315761, -0.00030933326, 0.04021727, 0.06693238, -0.02885415, 0.12737286, -0.042063054, -0.075277805, 0.21915779, 0.14529525), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.21753858, 0.13885236, -0.03733484, 0.070192896, -0.42111662, 0.2257056, -0.0020320695, -0.4404435, -0.011731456, -0.031235369, -0.17156643, -0.00023724366, 0.16697505, 0.19261077, 0.054627284, -0.2635247), target);\n\ttarget = MulAdd(ne3, MF4x4(0.4114966, -0.21771282, -0.30367702, -0.24675573, -0.41803458, 0.31936127, 0.13296337, 0.2682109, -0.035749484, 0.22223838, 0.012987173, -0.20490278, 0.013631246, -0.34068218, -0.60729563, -0.13018902), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.011740597, 0.07837384, 0.12748203, -0.013336406, -0.07607798, -0.39041027, 0.1939761, -0.08242594, -0.008299102, -0.23057082, 0.13972911, -0.21057422, 0.18126678, 0.004605364, 0.27230838, 0.04088039), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.0761628, 0.08201472, 0.00067113456, -0.000108762404, 0.119982824, 0.0067928904, -0.048988946, -0.007609898, 0.049381327, 0.010086041, 0.025384359, 0.002726633, -0.009928298, 0.05588474, 0.050830763, 0.17467195), target);\n\ttarget = MulAdd(nh3, MF4x4(0.074037455, -0.16637659, -0.017491426, 0.013344787, 0.054212473, -0.29519126, -0.2467157, -0.17357266, -0.13876535, -0.04991683, 0.1392161, 0.05660303, 0.03868982, 0.10992501, 0.13167763, 0.060129613), target);\n\ttarget = MulAdd(ni3, MF4x4(0.027297564, 0.069763646, 0.15132809, 0.11143169, -0.08621777, 0.23928702, 0.00017447853, 0.115308166, -0.061112467, 0.044474706, -0.02718813, 0.19822854, -0.057888303, 0.06540743, -0.051538624, -0.002416074), target);\n\tconv2d_6_tf[gxy] = target;\n\t\n\ttarget = MF4(0.07303222, -0.017307714, -0.017054217, -0.004928735);\n\ttarget = MulAdd(a1, MF4x4(0.0023940788, -0.2570281, 0.021624887, -0.14413927, -0.042929508, 0.024798246, 0.06039514, -0.0385923, 0.18157732, -0.18974024, 0.3197193, -0.086097986, -0.23871095, -0.085877284, -0.15280978, 0.054582383), target);\n\ttarget = MulAdd(b1, MF4x4(-0.2892671, -0.35989672, 0.14361507, 0.10109185, -0.008244152, -0.07610182, 0.016237438, 0.109711155, -0.03325961, 0.056557924, 0.093826056, 0.16487189, 0.12098654, 0.26959404, -0.32664284, -0.33652756), target);\n\ttarget = MulAdd(c1, MF4x4(0.20426908, 0.00921726, -0.131825, -0.30112436, -0.29350808, -0.0059835073, -0.20881179, -0.15929249, 0.14798939, -0.039377835, 0.0022686112, -0.31745487, 0.1383128, 0.095711716, 0.24649502, 0.3734734), target);\n\ttarget = MulAdd(d1, MF4x4(0.08007145, 0.059220374, -0.11955456, 0.02726716, -0.012340195, -3.9396626e-05, 0.23562932, 0.02603672, 0.0024148317, 0.48585725, -0.25960997, 0.12831855, 0.034503214, 0.26429248, 0.19966535, 0.34653723), target);\n\ttarget = MulAdd(e1, MF4x4(0.16401817, 0.05824359, 0.23210622, -0.4564646, 0.09790885, 0.0017682983, 0.12023501, -0.34214047, -0.3808189, -0.59095186, 0.3224012, 0.054841924, -0.14028488, -0.35759392, -0.012464827, -0.42101544), target);\n\ttarget = MulAdd(f1, MF4x4(0.18710142, -0.022806095, -0.03905798, 0.050422203, 0.21642984, -0.071577035, 0.165218, 0.10126085, 0.18105839, -0.09810516, -0.43905553, 0.5793889, -0.16706131, 0.13636151, 0.029069345, 0.28394657), target);\n\ttarget = MulAdd(g1, MF4x4(0.03242417, 0.03540981, 0.06596982, -0.11404851, -0.043041103, 0.118582286, -0.16384825, -0.021553654, -0.12775607, -0.055402167, -0.016003367, -0.06356131, -0.063166484, -0.09225374, 0.21487807, 0.18778628), target);\n\ttarget = MulAdd(h1, MF4x4(-0.29311153, -0.09822076, 0.1706967, -0.30188912, -0.11062667, -0.08119463, -0.13738254, -0.24389322, 0.2796491, 0.21054858, -0.08765812, 0.3177179, 0.10164016, 0.14627174, 0.15129958, -0.13566513), target);\n\ttarget = MulAdd(i1, MF4x4(-0.12295195, -0.12036253, -0.040527046, 0.10602722, -0.19854495, -0.05223541, -0.032363445, 0.122390084, 0.27342895, 0.09667149, 0.0423871, -0.17246284, -0.031107228, -0.005470437, 0.051434256, 0.07954733), target);\n\ttarget = MulAdd(a2, MF4x4(0.17945234, 0.051398605, 0.3032336, -0.36277965, -0.015693031, 0.0847029, -0.1128904, 0.04994005, 0.08276063, 0.07031328, 0.06770377, -0.1687264, -0.17490897, -0.09989766, -0.07715023, -0.010953815), target);\n\ttarget = MulAdd(b2, MF4x4(0.014114998, -0.06209966, 0.057450738, 0.21318321, -0.093205266, -0.15646473, -0.22241333, -0.08228401, -0.4973326, -0.12547962, -0.07989991, -0.06822309, -0.106437586, -0.19071254, 0.14178663, 0.10448926), target);\n\ttarget = MulAdd(c2, MF4x4(-0.005078645, -0.028730195, -0.04966596, -0.024377774, 0.0039325077, 0.10179092, -0.105298065, -0.1688019, -0.23554938, 0.058782354, 0.19999442, -0.027954772, -0.10502022, 0.016704066, -0.033541992, 0.1382609), target);\n\ttarget = MulAdd(d2, MF4x4(-0.30713797, -0.0631538, -0.17524256, 0.12141287, 0.18175098, -0.13446523, -0.15921354, -0.0050512427, -0.00880753, -0.24464725, 0.10351903, -0.122694805, 0.2637432, 0.10111337, -0.05550657, -0.024864933), target);\n\ttarget = MulAdd(e2, MF4x4(-0.4845733, -0.13332175, 0.007910284, 0.5203373, 0.72870463, 0.15518989, -0.12580696, 0.04916096, 0.6244038, 0.3593719, 0.16328047, -0.14490198, 0.07803236, 0.26987454, -0.02258877, -0.21130653), target);\n\ttarget = MulAdd(f2, MF4x4(0.20343359, -0.048075967, 0.17489576, -0.18971623, -0.14069648, -0.029665243, -0.24902415, 0.07167198, -0.6412736, -0.041664686, 0.58569616, 0.02399211, 0.12831652, -0.058278285, -0.07922422, -0.108734205), target);\n\ttarget = MulAdd(g2, MF4x4(-0.004269588, -0.11554386, -0.0022618338, 0.12235181, 0.07379002, 0.0548718, -0.040107626, -0.040337294, -0.060385335, 0.119979575, -0.27628905, -0.023228448, -0.04064614, 0.0047100694, 0.048138026, 0.0057798214), target);\n\ttarget = MulAdd(h2, MF4x4(0.15257028, -0.005850462, -0.1434922, 0.07164339, -0.062233947, -0.0156128965, -0.019673312, -0.0002651659, -0.19478518, 0.11921539, -0.2361836, -0.09110679, 0.02719977, 0.0033712897, 0.17245373, 0.2532936), target);\n\ttarget = MulAdd(i2, MF4x4(0.0030309292, 0.10147757, -0.31425565, -0.10256, -0.05862195, -0.08736711, 0.084856585, 0.016700774, 0.06286386, -0.07443701, 0.08754631, -0.18171762, 0.06868201, -0.09278428, -0.053383432, 0.03826822), target);\n\ttarget = MulAdd(a3, MF4x4(-0.10183099, 0.06891697, 0.056318853, 0.13647571, -0.03353045, 0.016239524, 0.005603497, 0.035521563, 0.18905343, 0.041940115, 0.10048305, -0.04986043, 0.04298795, 0.050817303, 0.17744416, -0.010589751), target);\n\ttarget = MulAdd(b3, MF4x4(-0.31862193, -0.13207828, -0.1375938, -0.23549932, -0.06217893, 0.0019514537, -0.005417935, 0.13736913, -0.10263318, -0.18941346, 0.15843, 0.27492487, 0.058868844, -0.1804736, 0.24544486, 0.10051148), target);\n\ttarget = MulAdd(c3, MF4x4(0.15876879, 0.07879244, 0.0513651, 0.07673734, 0.015635801, 0.048305415, 0.019661602, -0.0479435, 0.027511599, -0.065881185, 0.21485852, -0.010372607, -0.19896457, -0.05555933, -0.054646876, -0.09143982), target);\n\ttarget = MulAdd(d3, MF4x4(0.21596268, 0.21091351, 0.234315, -0.0006641688, 0.03455969, -0.12185912, -0.03052869, 0.15622592, -0.18506715, -0.24213594, -0.19364369, -0.07659142, 0.0379824, 0.0091246925, 0.1708395, 0.036304265), target);\n\ttarget = MulAdd(e3, MF4x4(-0.2730932, -0.23328209, 0.6977438, -0.2445981, 0.031650152, -0.004327604, -0.050584223, -0.07061773, -0.10755705, 0.30620542, -0.15688588, 0.16850896, -0.088513345, 0.2162286, -0.4329111, -0.52770174), target);\n\ttarget = MulAdd(f3, MF4x4(-0.068270594, 0.039348822, -0.08555022, 0.23533496, -0.062174525, 0.0193457, -0.13714077, 0.060169753, -0.06355557, -0.010862508, -0.17664193, -0.24809086, 0.032538615, 0.08074848, 0.20644335, 0.085532546), target);\n\ttarget = MulAdd(g3, MF4x4(-0.07677775, 0.0007320281, 0.0139939515, 0.19423772, 0.02928719, 0.05200053, 0.012181974, -0.005785729, 0.08011629, 0.03698694, 0.15808755, 0.04080324, -0.21732025, -0.10937562, -0.050028726, 0.088937156), target);\n\ttarget = MulAdd(h3, MF4x4(-0.06772194, 0.09471782, -0.0830642, -0.13875008, 0.003456362, 0.010889541, 0.08989434, 0.03261672, 0.19459227, 0.18803298, 0.16107602, 0.1490853, -0.22943772, 0.0005637327, 0.052380536, -0.06956663), target);\n\ttarget = MulAdd(i3, MF4x4(-0.15136889, -0.2523378, -0.037718855, 0.1728913, 0.067127876, -0.038833655, 0.14237632, -0.07256634, 0.0052903728, -0.11813482, -0.06309155, -0.015444354, 0.044696916, 0.0011587966, -0.008295438, 0.045684442), target);\n\ttarget = MulAdd(na1, MF4x4(0.029596262, 0.013380705, 0.19451803, -0.0217206, -0.03430266, 0.066089645, -0.22101538, 0.016455501, 0.122556984, -0.018319963, -0.06570934, -0.05489828, -0.13112561, 0.10740249, -0.07405227, 0.23262945), target);\n\ttarget = MulAdd(nb1, MF4x4(0.039601505, -0.0795478, 0.1524426, 0.22525507, -0.18371256, 0.009809418, -0.09180862, 0.03985826, -0.17215611, 0.104956195, -0.012817112, 0.12702619, -0.119846344, -0.1763627, -0.010298178, 0.059241127), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.0823085, -0.07456769, 0.054212615, 0.009188054, 0.0017495407, -0.07561583, -0.17030309, 0.007888594, -0.11013637, -0.08417068, 0.061450012, -0.081912406, 0.11603573, 0.0490229, 0.119570516, -0.111465424), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.21657833, -0.1643494, 0.19958968, -0.042039983, -0.0037797047, -0.13965121, -0.019386362, -0.024111586, 0.06518915, -0.15928997, -0.08175624, 0.050481785, 0.37915838, -0.09272705, 0.4887356, -0.13048859), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.3364342, -0.08892259, 0.2356529, 0.22063124, 0.31071013, 0.101701945, 0.25302443, 0.25084528, 0.22127245, 0.23771746, 0.35111645, -0.14120491, 0.09563979, 0.2781042, -0.17586009, -0.09176989), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.11986394, -0.093885854, 0.11733581, 0.05637956, 0.23623823, -0.007359601, 0.28527632, -0.16477823, 0.0035151376, 0.042055942, -0.0062996866, 0.021584665, -0.28436866, 0.1456055, -0.25843173, -0.07554441), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.03815117, 0.07561848, -0.07897604, -0.012987363, 0.02319023, 0.04150643, -0.019950474, 0.041954774, -0.07800387, -0.011202695, -0.11299979, -0.00864291, -0.114811376, 0.124991566, -0.46519995, 0.060762767), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.048102316, -0.04349749, -0.045696992, -0.06968446, -0.10201568, -0.10664441, -0.1271327, 0.014041653, -0.06944334, -0.024820644, 0.06449197, -0.118919216, -0.100525826, -0.081692286, -0.0036934754, -0.0950572), target);\n\ttarget = MulAdd(ni1, MF4x4(0.028598474, 0.101999335, -0.10409241, -0.0008725121, -0.24365604, 0.09376613, -0.10155709, -0.019243455, -0.08370451, -0.08886542, 0.15643747, 0.094012596, 0.0989398, -0.003263144, 0.24052359, -0.05086219), target);\n\ttarget = MulAdd(na2, MF4x4(0.22825857, -0.041577056, 0.3575971, -0.019246848, 0.09680159, 0.05570423, -0.20628895, -0.02993351, 0.05210484, -0.049776137, 0.005964223, -0.22305849, 0.030647328, -0.088792734, 0.0043907063, 0.08531383), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.30464846, -0.12842661, -0.3743522, 0.13156073, -0.32281575, 0.030088687, -0.09418602, 0.13464968, -0.0695602, 0.0936232, -0.038296524, 0.33601308, 0.17701761, 0.14289881, -0.047556065, -0.3338849), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.005924107, 0.043742385, -0.064937405, 0.15786234, -0.09955057, -0.082465865, -0.03392436, 0.21772122, 0.15173042, 0.10373368, 0.051570628, 0.11137272, 0.15423453, 0.09124828, -0.014710869, 0.030298932), target);\n\ttarget = MulAdd(nd2, MF4x4(0.043112267, 0.5992106, -0.32294464, 0.31510955, -0.25169763, 0.04839851, 0.16124408, -0.14096124, -0.097060055, 0.06045283, -0.27082244, -0.12048959, 0.009364686, 0.11915612, 0.008150039, 0.08678112), target);\n\ttarget = MulAdd(ne2, MF4x4(0.47620735, 0.6078475, -0.018170241, -0.50504035, -0.30020222, -0.24147978, 0.33480522, 0.43817788, -0.15983123, -0.19762735, 0.1549511, 0.292026, -0.31289634, -0.15204595, 0.3059814, 0.30576986), target);\n\ttarget = MulAdd(nf2, MF4x4(0.13746189, -0.039151277, 0.62028766, -0.19905351, 0.13143681, 0.1407726, 0.18850237, -0.057907805, 0.086882025, 0.107989915, -0.0065579475, 0.31578153, -0.15049165, -0.20889415, -0.13337761, -0.035084542), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.071805745, -0.18944815, 0.25147218, -0.03606807, 0.23967369, 0.02687493, 0.0513247, -0.18633473, 0.063457586, -0.08531119, 0.21456662, 0.07793248, -0.08192292, -0.11563025, -0.020568466, -0.15659434), target);\n\ttarget = MulAdd(nh2, MF4x4(0.17281517, 0.4232067, 0.32460606, -0.3712845, 0.41458213, 0.06034276, 0.2704778, 0.17323148, -0.06306892, -0.10192465, 0.17620242, -0.009122019, 0.1198333, 0.11001577, -0.3855991, 0.08933198), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.28324863, -0.041409206, 0.03248429, 0.24548076, 0.26409158, 0.24419361, -0.012711284, -0.30516157, -0.20289323, -0.13157755, 0.028014898, 0.16276212, 0.007050667, 0.08335203, 0.102254696, -0.11343822), target);\n\ttarget = MulAdd(na3, MF4x4(0.043687776, -0.004411872, -0.098016165, -0.055542797, 0.22615008, 0.13183828, 0.7488022, -0.33078304, 0.11318944, -0.047168892, 0.38564375, -0.030084245, 0.09062325, -0.16808534, -0.07371455, 0.20058438), target);\n\ttarget = MulAdd(nb3, MF4x4(0.19956557, -0.08747039, -0.029969914, 0.13122557, 0.049196698, -0.13465631, -0.22565748, -0.08703051, 0.26813537, 0.00821654, 0.032616418, -0.18458223, 0.17407443, 0.28091452, -0.16240835, -0.27060813), target);\n\ttarget = MulAdd(nc3, MF4x4(0.04535802, 0.037094936, 0.11686145, -0.002455908, 0.16012727, 0.14261092, -0.08348427, 0.18832053, 0.029025842, 0.054300968, 0.018998424, 0.014601349, 0.07728862, -0.034569506, 0.09937842, -0.076810405), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.42146468, -0.10226207, -0.03932444, -0.17184897, -0.21222934, 0.050341085, 0.19828026, -0.07519326, -0.016190661, 0.08705493, -0.14219207, -0.08652689, -0.095818594, 0.18254876, -0.29907924, 0.049119983), target);\n\ttarget = MulAdd(ne3, MF4x4(0.015439721, 0.24500765, -0.01930081, 0.24527666, -0.13847429, 0.5195186, 0.13352336, 0.12092768, -0.10859864, 0.043220174, -0.37466663, -0.0432489, -0.38647306, -0.33819455, 0.24641274, 0.6657115), target);\n\ttarget = MulAdd(nf3, MF4x4(0.15343782, -0.004420619, -0.047215153, -0.16960907, -0.0707756, -0.29501325, -0.09699802, -0.15991725, -0.19104993, -0.115666404, -0.3558544, -0.0149508845, -0.1138187, -0.07019453, -0.16961712, -0.1560539), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.0016192662, 0.041725244, 0.003358041, -0.027749699, -0.001091161, 0.06779037, -0.15775087, -0.04927482, 0.016525732, -0.061703153, -0.011079543, -0.04828491, 0.19724323, 0.11623055, 0.11814769, -0.08236815), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.009845684, -0.18635233, -0.09976992, 0.12431404, -0.34134167, -0.34342697, -0.026243573, 0.088327765, 0.056699544, 0.07774804, 0.062026564, 0.09743545, 0.14937103, 0.11164576, 0.11233316, -0.071940914), target);\n\ttarget = MulAdd(ni3, MF4x4(0.093613006, 0.08761063, 0.11849382, -0.06467931, 0.13939771, -0.05646352, -0.08747582, -0.3780521, 0.2270502, -0.042743817, 0.34419978, -0.11905452, 0.18841426, 0.044176128, 0.08761558, -0.0007557414), target);\n\tconv2d_6_tf1[gxy] = target;\n\n\ttarget = MF4(-0.003073506, -0.033630643, 0.028479056, -0.025402397);\n\ttarget = MulAdd(a1, MF4x4(0.07753503, 0.18257454, 0.16630161, 0.018181466, 0.032217313, -0.029755782, -0.09729085, 0.090185136, 0.036025215, -0.07385567, -0.11479112, -0.009775693, -0.09510068, 0.099653766, 0.12464123, 0.11700322), target);\n\ttarget = MulAdd(b1, MF4x4(0.63560385, 0.086338535, -0.13764763, 0.47561046, -0.124727264, 0.12672219, 0.070208505, -0.19783491, -0.17025535, -0.06808678, -0.020102726, -0.04832835, 0.036826584, -0.42171007, -0.06695269, 0.110764995), target);\n\ttarget = MulAdd(c1, MF4x4(-0.21227197, 0.007874801, 0.23701921, 0.1677161, -0.09035146, -0.078691766, -0.14215821, 0.124355234, 0.22710884, 0.033057146, -0.056999616, -0.23319073, 0.22966021, -0.06883101, 0.16328879, -0.06578935), target);\n\ttarget = MulAdd(d1, MF4x4(-0.054363396, -0.02026726, -0.3616366, 0.06780306, -0.04632169, 0.10096817, 0.0533077, -0.083695725, 0.23162244, 0.16473895, 0.19103514, 0.0071199746, 0.2165012, 0.04725686, 0.035206214, 0.022603447), target);\n\ttarget = MulAdd(e1, MF4x4(0.6271094, -0.09669194, 0.07382753, -0.30720463, 0.15260984, -0.36707088, -0.031697996, 0.01600927, -0.39879522, 0.101928055, -0.6943482, 0.14665292, -0.3587046, 0.021466898, -0.047919527, 0.2560715), target);\n\ttarget = MulAdd(f1, MF4x4(0.019088794, -0.0771604, -0.028177094, 0.088726945, -0.057697777, 0.2596943, 0.17144933, 0.058258526, 0.08891237, 0.106383145, 0.396072, 0.29374352, 0.06596987, -0.105576634, 0.055430118, -0.12292237), target);\n\ttarget = MulAdd(g1, MF4x4(-0.17208415, 0.12158739, 0.04662299, 0.21695717, 0.11738881, -0.067407556, -0.039283432, -0.1076609, 0.107738726, -0.121356055, -0.062349405, 0.048801728, 0.09052609, -0.11955365, 0.006165453, 0.06702327), target);\n\ttarget = MulAdd(h1, MF4x4(0.23194505, -0.2278423, -0.4579323, -0.4102899, -0.33038944, 0.10686308, 0.12578374, 0.14304528, -0.03290542, -0.22190952, -0.15582415, 0.10534921, 0.0939146, -0.04590803, -0.03591444, -0.030313203), target);\n\ttarget = MulAdd(i1, MF4x4(0.013647308, 0.16051029, 0.024319794, -0.10505089, 0.054013297, -0.06920784, -0.020672748, -0.08262819, 0.14681742, -0.07409691, -0.063802995, 0.05206, -0.041670747, -0.022410793, -0.034180272, 0.0044075833), target);\n\ttarget = MulAdd(a2, MF4x4(-0.16723743, -0.062276114, -0.06804346, -0.06663604, 0.14639418, -0.0013829652, 0.14537166, 0.08992991, 0.00034609268, -0.11339855, -0.24834645, -0.18017055, 0.08099037, -0.22302043, -0.1160269, 0.23041926), target);\n\ttarget = MulAdd(b2, MF4x4(0.19984062, 0.11262733, -0.021448923, 0.005645689, -0.22319363, 0.025013078, 0.050730385, 0.04427755, 0.10756255, 0.65996444, 0.17024773, -0.16237848, -0.032943483, 0.3259415, -0.08211643, -0.17815286), target);\n\ttarget = MulAdd(c2, MF4x4(0.022923036, 0.00817696, -0.024639564, -0.017746205, 0.08000752, -0.09480044, 0.049720343, -0.039725818, -0.07954878, -0.26012203, -0.053556137, 0.28696015, -0.145685, -0.12854065, -0.030942779, 0.15013586), target);\n\ttarget = MulAdd(d2, MF4x4(0.050982554, 0.067020066, -0.041660026, 0.07976747, -0.31219116, -0.1589965, -0.14711075, -0.2931567, -0.12886077, 0.108178794, 0.112790324, 0.18239829, 0.028661542, 0.066967815, 0.36810458, 0.07042916), target);\n\ttarget = MulAdd(e2, MF4x4(0.019871455, 0.13281262, -0.24303706, -0.053014435, 0.056483634, 0.2225138, 0.32238156, 0.09232671, 0.19425367, -0.96300596, 0.25233442, 0.34456885, 0.2688357, -0.14355205, 0.04201295, -0.09642235), target);\n\ttarget = MulAdd(f2, MF4x4(0.0021202683, 0.010281568, -0.009938761, 0.074630536, -0.23044111, 0.005154135, -0.04620688, -0.10301254, -0.17195332, -0.04863239, 0.07042225, -0.20654899, 0.029428456, 0.0045313304, 0.0051823566, 0.046590757), target);\n\ttarget = MulAdd(g2, MF4x4(0.061882593, -0.005337726, 0.10121195, 0.01023931, -0.1310065, 0.10085874, 0.13651021, -0.09158545, 0.09086723, -0.031106705, 0.03951561, 0.03958167, 0.00533062, -0.058091614, -0.11571378, -0.18051541), target);\n\ttarget = MulAdd(h2, MF4x4(0.012350476, 0.020112693, 0.0865518, 0.025516901, -0.2874268, 0.00638599, -0.3849406, 0.043449268, 0.27883583, -0.06104393, 0.17362429, 0.3229962, -0.18683271, -0.051683012, -0.14111629, 0.20863265), target);\n\ttarget = MulAdd(i2, MF4x4(0.06548792, -0.031812105, 0.032238998, 0.070259914, -0.0037810719, 0.106959336, 0.030661082, -0.11430295, 0.075470194, -0.035097398, -0.08884117, 0.15083537, -0.048511047, 0.09958945, 0.2043977, -0.14497246), target);\n\ttarget = MulAdd(a3, MF4x4(-0.025868082, 0.06237453, -0.034789152, -0.035199117, -0.021047676, -0.04558201, -0.0013141828, 0.033968918, -0.068529084, -0.06589172, -0.035473417, -0.03182408, 0.016299484, 0.07821524, -0.19162482, -0.06681627), target);\n\ttarget = MulAdd(b3, MF4x4(0.0052780746, 0.043558404, -0.24577554, 0.11166642, 0.016039649, 0.020174565, 0.0054034027, 0.023591455, 0.24817981, 0.08734375, -0.1477572, 0.1215117, -0.017666219, -0.012353692, -0.049153887, 0.0784066), target);\n\ttarget = MulAdd(c3, MF4x4(0.06988246, 0.06763118, 0.09934897, -0.042905882, -0.09801134, -0.033267114, 0.01741649, 0.059379116, -0.08127772, 0.010377487, -0.012631491, -0.077160686, -0.08947271, -0.067014046, -0.14255494, -0.03131322), target);\n\ttarget = MulAdd(d3, MF4x4(0.0059068906, 0.32045186, 0.3258453, 0.0071538044, -0.027888278, 0.0068888674, -0.0015216616, -0.050514743, -0.11685065, 0.02886966, -0.008737784, -0.09290019, -0.04111259, 0.0329059, -0.2584297, -0.07026411), target);\n\ttarget = MulAdd(e3, MF4x4(-0.25162768, -0.093273714, -0.029060591, 0.050672933, -0.025395831, 0.029609011, -0.13621128, -0.08097387, 0.39335665, -0.18867645, 0.8212168, 0.12602827, 0.5734114, 0.38603428, 0.23521046, 0.21041085), target);\n\ttarget = MulAdd(f3, MF4x4(0.020245805, -0.054311104, -0.0021298525, -0.08635577, 0.04203476, 0.054419816, 0.0032106396, 0.082799725, -0.03885507, -0.12756048, -0.19565445, -0.022734454, 0.10178226, 0.08269887, -0.0018781893, 0.11515606), target);\n\ttarget = MulAdd(g3, MF4x4(0.08051269, -0.25091916, -0.08014612, -0.29471904, -0.08183992, 0.02096263, -0.04595293, 0.053499684, -0.10576831, -0.01105415, 0.054239217, 0.05486181, -0.18503998, 0.06235187, -0.046460405, -0.072068095), target);\n\ttarget = MulAdd(h3, MF4x4(-0.14105208, 0.06913383, -0.129492, 0.18553926, 0.03405444, 0.0772168, 0.10576763, -0.04969428, 0.17356592, -0.10986026, -0.33151895, -0.11582152, -0.0016404261, -0.003514874, -0.2096539, 0.03649547), target);\n\ttarget = MulAdd(i3, MF4x4(0.020758089, 0.17374831, 0.039282177, -0.039052464, 0.050139774, -0.0005518581, -0.025435442, 0.023258803, -0.1458097, 0.090529695, 0.025673594, -0.026266405, 0.072392054, -0.055323754, 0.03383548, -0.033020195), target);\n\ttarget = MulAdd(na1, MF4x4(-0.09315446, -0.036772106, -0.09159718, -0.12479503, -0.018140549, -0.022523982, 0.047108658, -0.04837651, 0.007124631, -0.009751111, 0.055076525, -0.0057495553, 0.07268171, -0.054520987, -0.079869404, 0.28962412), target);\n\ttarget = MulAdd(nb1, MF4x4(0.040367916, 0.041719466, -0.07215196, -0.026521962, 0.23269388, 0.08115016, 0.10487475, 0.05837459, 0.09574069, 0.03150842, 0.12011107, 0.104198076, -0.25915185, 0.31970975, -0.053038772, -0.23452167), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.089933544, 0.00026363076, -0.037807353, -0.0067500956, -0.13427527, 0.11757816, 0.020407641, -0.15267986, -0.13672389, -0.07098531, -0.050623354, -0.04904697, 0.05156428, -0.07822598, 0.07232775, 0.12266631), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.050988704, -0.11840922, -0.06057243, -0.023974465, -0.047475163, -0.1388251, -0.052473098, 0.06360512, -0.016356083, -0.12530154, -0.044482324, -0.035020005, -0.02834032, -0.031647444, 0.07049413, -0.08899642), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.060299333, 0.2991397, 0.0035407627, -0.12897336, -0.39282677, 0.42156345, -0.22449674, -0.11054013, 0.04733773, -0.094842866, -0.11086912, 0.10083519, 0.13186517, 0.1557214, 0.11726571, -0.23863392), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.03155107, -0.002008898, -0.037107117, 0.04468562, 0.037719093, -0.10104318, -0.0021850376, -0.033998992, -0.033299964, -0.026892597, 0.012233978, -0.09816237, -0.15987061, -0.11821871, -0.11293413, 0.041385822), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.03189814, 0.028700352, 0.030834107, 0.008420813, -0.029382093, 0.10250884, 0.032190785, 0.042566366, -0.0066131293, 0.019135946, -0.06836444, -0.082475856, 0.0020301298, 0.06428329, 0.05401348, 0.10219137), target);\n\ttarget = MulAdd(nh1, MF4x4(0.09569376, -0.104563974, 0.04412079, 0.046004657, -0.179229, 0.07610759, 0.21264501, -0.03126616, -0.08888636, 0.049238402, 0.09623378, 0.08347852, 0.034179587, 0.04112591, 0.020796875, 0.016594669), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.022230666, -0.06919777, 0.0070929914, -0.040181976, 0.04288458, -0.057510544, -0.15865, -0.046124704, -0.06199105, -0.033739343, -0.12126394, -0.053888205, 0.003457772, -0.05709056, 0.009589608, 0.061582502), target);\n\ttarget = MulAdd(na2, MF4x4(-0.2261687, -0.010483538, 0.070508964, 0.16609758, -0.07575776, 0.07133805, 0.108534805, 0.016434515, -0.06777619, -0.053581562, -0.009408219, -0.0219316, -0.009917843, -0.056226153, 0.09495687, 0.103568204), target);\n\ttarget = MulAdd(nb2, MF4x4(0.26707995, 0.038988136, 0.15722616, -0.15202025, 0.011516332, -0.22326125, -0.21010138, 0.021120701, 0.052979603, -0.052226435, 0.03128543, -0.02211858, 0.16997981, 0.060853012, 0.17988598, -0.042057697), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.19020362, -0.0019182847, 0.11082178, 0.18037713, -0.086572066, 0.072597384, -0.08759872, -0.064898625, 0.0427911, 0.101790726, 0.035692267, -0.17279546, 0.049133815, 0.08832157, 0.03645548, 0.011682866), target);\n\ttarget = MulAdd(nd2, MF4x4(0.27870035, 0.06836818, 0.36847374, -0.38926098, 0.05053419, -0.2971805, -0.22622849, 0.1165501, 0.037631556, 0.1250731, 0.059861004, 0.1194484, -0.002153221, 0.28717375, 0.071283594, 0.0974051), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.040311184, 0.21025413, 0.32822168, -0.031298842, -0.06347585, 0.1510298, 0.00070645136, -0.34678075, -0.21172246, 0.05277019, -0.15126394, -0.33598784, -0.36668247, -0.36057234, -0.2734601, -0.2903695), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.28878236, 0.100743115, -0.012016584, -0.15287946, 0.1262014, 0.015991366, 0.07392021, 0.06277959, 0.07709602, 0.060382154, 0.013840257, -0.1493553, 0.12138542, -0.032591913, -0.002609394, 0.13922709), target);\n\ttarget = MulAdd(ng2, MF4x4(0.13982488, -0.034557592, -0.35006866, -0.2928353, 0.11529845, 0.23494898, 0.0991676, 0.32742763, -0.03035729, 0.016935157, -0.04650478, -0.039851867, 0.16783717, -0.065768905, -0.102848, -0.03003262), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.53978115, 0.026080003, 0.018700078, 0.077284, 0.2975522, -0.11212302, 0.118295476, 0.088821776, -0.22738294, 0.030945897, -0.1766137, -0.098558865, 0.039936017, 0.046374835, 0.19131522, 0.19770078), target);\n\ttarget = MulAdd(ni2, MF4x4(0.16857389, -0.020288788, 0.04038437, -0.25337628, -0.034605104, -0.094041236, -0.0049146856, -0.10170456, -0.14423485, 0.021705322, -0.09162893, -0.15423405, 0.08731724, 0.114831835, -0.028548159, -0.09497847), target);\n\ttarget = MulAdd(na3, MF4x4(-0.019900214, 0.17017384, -0.0002794323, -0.021626309, -0.5123191, -0.23828037, -0.10549822, -0.48781806, -0.12835194, -0.049513552, 0.08051828, -0.3390981, 0.21935092, 0.012243462, 0.13521184, 0.09005778), target);\n\ttarget = MulAdd(nb3, MF4x4(0.090306774, -0.31387252, -0.1616645, -0.063887075, 0.3674563, 0.19566801, 0.042223614, -0.38199827, -0.08814569, -0.14486119, 0.087531656, 0.18280624, -0.041397072, -0.025872236, -0.02853888, -0.047817115), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.07662397, 0.10808078, 0.08065922, 0.033938166, 0.09167725, 0.09102921, 0.10393655, 0.09121259, 0.15521088, 0.026846137, 0.033644184, -0.006811738, -0.110427104, 0.0722537, 0.014346524, 0.019231822), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.14094852, -0.21157825, 0.2149605, 0.28070143, -0.24665649, -0.16250402, -0.0730695, -0.1935525, 0.02327017, -0.13742846, -0.20341669, -0.19092573, 0.3781883, -0.14726567, 0.0033765805, -0.026217941), target);\n\ttarget = MulAdd(ne3, MF4x4(0.23381747, -0.21297243, -0.16462179, -0.4404414, 0.2630713, -0.06808036, 0.5769483, 0.13606368, -0.14412731, 0.17307961, 0.15431021, -0.06048075, -0.93423635, 0.2661323, -0.27400798, -0.71388435), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.057459023, -0.044256542, -0.14173234, 0.17559054, 0.009228982, -0.20965119, -0.23656605, 0.0805913, -0.18358104, 0.04514636, -0.09859629, -0.00032626695, -0.10969266, -0.171687, -0.085197695, 0.067852624), target);\n\ttarget = MulAdd(ng3, MF4x4(0.0783408, 0.0022921865, -0.20093176, -0.094298504, -0.031999376, 0.03923688, 0.088507205, 0.1756585, 0.0325784, 0.09271384, 0.08411006, -0.011803396, 0.060698293, -0.0653917, -0.02558477, -0.02075619), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.10503856, -0.058553405, 0.38081455, 0.13121964, 0.5770783, -0.10269853, -0.4627, -0.4232826, 0.11166562, -0.058157276, -0.15944225, 0.048007622, 0.06506096, -0.0067857644, -0.03218101, 0.08807966), target);\n\ttarget = MulAdd(ni3, MF4x4(0.032330092, -0.07843012, -0.037207145, 0.06599961, -0.28124368, 0.14263964, -0.0070453, 0.14530747, -0.05910883, 0.16203453, 0.064827256, -0.0043987543, -0.03808922, 0.102124214, 0.06162945, 0.103994325), target);\n\tconv2d_6_tf2[gxy] = target;\n}\n\n//!PASS 8\n//!DESC Conv-4x1x1x120, Depth-to-Space\n//!IN INPUT, conv2d_2_tf, conv2d_2_tf1, conv2d_2_tf2, conv2d_3_tf, conv2d_3_tf1, conv2d_3_tf2, conv2d_4_tf, conv2d_4_tf1, conv2d_4_tf2, conv2d_5_tf, conv2d_5_tf1, conv2d_5_tf2, conv2d_6_tf, conv2d_6_tf1, conv2d_6_tf2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\tMF4 g0 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 g1 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g2 = conv2d_2_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g3 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 g4 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g5 = conv2d_3_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g6 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 g7 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g8 = conv2d_4_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g9 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 g10 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g11 = conv2d_5_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g12 = conv2d_6_tf.SampleLevel(sam, pos, 0);\n\tMF4 g13 = conv2d_6_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g14 = conv2d_6_tf2.SampleLevel(sam, pos, 0);\n\n\tMF4 ng0 = max(-g0, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 ng4 = max(-g4, 0);\n\tMF4 ng5 = max(-g5, 0);\n\tMF4 ng6 = max(-g6, 0);\n\tMF4 ng7 = max(-g7, 0);\n\tMF4 ng8 = max(-g8, 0);\n\tMF4 ng9 = max(-g9, 0);\n\tMF4 ng10 = max(-g10, 0);\n\tMF4 ng11 = max(-g11, 0);\n\tMF4 ng12 = max(-g12, 0);\n\tMF4 ng13 = max(-g13, 0);\n\tMF4 ng14 = max(-g14, 0);\n\n\tg0 = max(g0, 0);\n\tg1 = max(g1, 0);\n\tg2 = max(g2, 0);\n\tg3 = max(g3, 0);\n\tg4 = max(g4, 0);\n\tg5 = max(g5, 0);\n\tg6 = max(g6, 0);\n\tg7 = max(g7, 0);\n\tg8 = max(g8, 0);\n\tg9 = max(g9, 0);\n\tg10 = max(g10, 0);\n\tg11 = max(g11, 0);\n\tg12 = max(g12, 0);\n\tg13 = max(g13, 0);\n\tg14 = max(g14, 0);\n\n\tMF4 target1 = MF4(-0.00339168, 0.022745693, -0.021186745, 0.007273877);\n\ttarget1 = MulAdd(g0, MF4x4(-0.06761509, 0.0010596798, 0.118115634, 0.14935187, -0.05466623, 0.091785856, -0.03665047, 0.076207176, -0.15206745, -0.074811794, -0.041557387, 0.020541618, -0.037649132, -0.07627772, -0.10156735, -0.07498991), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.0541389, 0.007155582, -0.06095953, -0.016313383, -0.13457695, -0.03827954, -0.034835886, 0.04974308, 0.008285558, -0.06611796, -0.067563675, -0.11533022, -0.08719109, 0.042913426, -0.083873115, 0.027492668), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.17322378, -0.07721062, 0.076297946, -0.1325289, 0.00692486, 0.019282155, 0.038707003, 0.056305885, -0.037604675, -0.17109787, 0.052209407, -0.11086336, 0.0052244705, 0.056766637, -0.017374612, 0.06740667), target1);\n\ttarget1 = MulAdd(ng0, MF4x4(0.053550255, 0.07344529, -0.10690144, -0.08243465, 0.028142922, -0.07358604, 0.070248306, 0.0053416835, 0.009705257, 0.09426246, 0.05850371, 0.08341002, 0.06166079, 0.102394834, 0.058707405, 0.19911417), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.009806288, 0.061949313, 0.011325549, 0.031676874, 0.113277406, 0.07123387, -0.0022331094, -0.05520811, -0.021068804, 0.0073448666, 0.031778157, 0.06381251, -0.022977686, -0.0044090333, -0.028826792, -0.005600321), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.13628425, -0.107186474, 0.010461016, 0.045646533, 0.010563035, 0.0005640543, 0.002957052, -0.01454462, 0.106655054, 0.13992403, -0.01641908, 0.0264948, 0.014378123, 0.024764376, -0.06435794, -0.076860085), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.031931117, 0.062713124, -0.049225837, -0.02620178, 0.20593183, 0.03311921, -0.02824421, -0.19422682, -0.017965427, 0.05093508, -0.07729694, -0.013976707, -0.054889455, -0.008431357, -0.00865999, 0.05323866), target1);\n\ttarget1 = MulAdd(g4, MF4x4(-0.07898102, 0.13033123, -0.24963257, -0.046712235, -0.017762529, -0.07267942, 0.039491024, -0.034781307, 0.02270499, -0.12520099, -0.02714401, -0.13284011, 0.014340563, -0.007257448, -0.07413879, -0.12837824), target1);\n\ttarget1 = MulAdd(g5, MF4x4(0.09598721, -0.006008832, 0.051995635, -0.07847789, 0.109905876, 0.18126504, -0.086034976, -0.0360382, 0.19074084, 0.054656357, 0.06871617, -0.041497722, 0.064660124, -0.10478427, 0.052080367, -0.1518587), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.044614766, -0.08404386, 0.06729217, 0.03758003, -0.23567544, -0.0450765, 0.014905518, 0.19749434, 0.0070031853, -0.068472505, 0.04280405, -0.009026482, 0.03368337, 0.037044305, 0.014582284, -0.015817456), target1);\n\ttarget1 = MulAdd(ng4, MF4x4(0.05070276, -0.13125883, 0.24694905, 0.049511425, 0.021699967, 0.080548055, -0.03720478, 0.032441437, -0.01215519, 0.09360713, 0.024676912, 0.11170701, -0.024200387, 0.0021200276, 0.06300166, 0.10979445), target1);\n\ttarget1 = MulAdd(ng5, MF4x4(-0.1055991, 0.007073368, -0.07666124, 0.06573558, -0.10762247, -0.16527167, 0.09825201, 0.051373113, -0.1926851, -0.046607103, -0.07601954, 0.05199459, -0.06756806, 0.092222616, -0.026166819, 0.1535803), target1);\n\ttarget1 = MulAdd(g6, MF4x4(0.0067429054, 0.014872415, -0.019792963, 0.0014269215, 0.041500363, 0.018643422, 0.04487991, 0.031431414, -0.0278133, -0.028131608, -0.019798402, -0.041768856, -0.0063227355, 0.007656633, 0.0019235855, 0.00076331315), target1);\n\ttarget1 = MulAdd(g7, MF4x4(0.025489544, 0.023983652, 0.029175067, 0.0075372118, -0.010194142, -0.014977182, 0.011589661, 0.00036903258, -0.012841702, -0.010945794, -0.012143497, -0.0069256728, 0.007313037, 0.007576904, -0.016960602, 0.009170305), target1);\n\ttarget1 = MulAdd(g8, MF4x4(0.004188971, 0.017998729, -0.0046976185, -0.0034182668, 0.021841675, 0.012860078, 0.009202975, -0.0071324864, -0.0037808695, 0.01139587, -0.016267903, 0.007991299, 0.008879691, 0.007677154, 0.016209174, 0.011406443), target1);\n\ttarget1 = MulAdd(ng6, MF4x4(-0.008698401, -0.017972758, 0.026514322, -0.0024080887, 0.00012845756, 0.021530064, 0.0014967524, 0.0060274163, 0.017589558, 0.031043446, 0.014386793, 0.051733218, -0.013435874, -0.020567564, 0.011874828, 0.0030195254), target1);\n\ttarget1 = MulAdd(ng7, MF4x4(0.008565417, 0.0073839244, -0.012248247, -0.019089373, -0.04383907, 0.01000193, -0.003246391, 0.0502051, 0.012343873, 0.027492827, -0.011591099, 0.010474208, -0.009317595, -0.009244615, -0.00889853, -0.015167559), target1);\n\ttarget1 = MulAdd(ng8, MF4x4(-0.0149119655, -0.05737016, 0.027463723, 0.0013402153, 0.0012228708, 4.653676e-05, 5.3374144e-05, 0.010701133, 0.011828213, -0.012499855, -0.009720743, -0.035716657, -0.06976149, -0.05596556, 0.0028440042, 0.013388718), target1);\n\ttarget1 = MulAdd(g9, MF4x4(-0.010236228, 0.08551208, -0.060067203, 0.012999882, -0.0060008806, 0.003534564, 0.009385839, 0.010742909, 0.02672157, -0.17606625, 0.13504161, -0.035290483, -0.014812689, -0.0236554, 0.031493064, 0.01800991), target1);\n\ttarget1 = MulAdd(g10, MF4x4(0.0005283657, -0.032297328, 0.023884023, 0.024165852, 0.0017424148, -0.015371204, 0.0058860597, -0.04624227, 0.04947679, 0.09081732, -0.04592456, -0.03128466, 0.00023743653, -0.032846384, -0.0013158394, 0.0037953698), target1);\n\ttarget1 = MulAdd(g11, MF4x4(0.0034766623, -0.006661828, 0.027227342, 0.033958994, -0.007990619, 0.0025515554, -0.016197672, -0.0010064896, 0.022598108, 0.014734878, 0.021482255, -0.0059315437, -0.038538814, 0.03478085, -0.05926627, 0.012918195), target1);\n\ttarget1 = MulAdd(ng9, MF4x4(-0.023291608, -0.013129155, 0.0032865414, 0.026531553, -0.004495095, 0.0043812403, -0.027177097, -0.009125319, -0.006041235, -0.0031154896, -0.030664662, 0.005782464, -0.008880747, 0.015690446, -0.0108247, -0.022403536), target1);\n\ttarget1 = MulAdd(ng10, MF4x4(-0.07639219, 0.05440532, 0.016447276, -0.055569574, 0.0014948049, -0.03464865, -0.006925237, 0.024131197, 0.009468209, -0.011771851, 0.013548103, 0.004704814, 0.063868396, 0.04857746, 0.08745972, 0.0690927), target1);\n\ttarget1 = MulAdd(ng11, MF4x4(0.021505289, -0.06289818, 0.031038022, -0.047952045, 0.014759762, 0.10819852, -0.044093642, -0.020913709, -0.017672667, 0.007322798, -0.0030338434, -0.015471056, 0.017840479, -0.052742675, 0.044256743, -0.014589662), target1);\n\ttarget1 = MulAdd(g12, MF4x4(0.037849434, 0.04017271, 0.01840757, -0.05590355, 0.041468013, -0.015397055, -0.059170194, 0.08708615, 0.021914955, -0.0045240326, 0.03308673, 0.0141805615, -0.045770008, 0.048188016, -0.08913234, 0.046581928), target1);\n\ttarget1 = MulAdd(g13, MF4x4(-0.09374169, 0.07681035, -0.032266654, 0.066911325, 0.0071584303, 0.06599442, -0.0031403983, -0.062489454, 0.013248783, 0.018261025, -0.00095267413, -0.026741864, -0.0059258267, 0.03542517, -0.033440042, -0.0007421821), target1);\n\ttarget1 = MulAdd(g14, MF4x4(0.06491965, 0.0354909, -0.035559855, -0.07943817, 0.028543673, 0.026842002, -0.0029009457, -0.0022229373, 0.045988, -0.08896797, -0.04740724, 0.002011393, -0.067833476, -0.048432026, 0.025755037, 0.042066928), target1);\n\ttarget1 = MulAdd(ng12, MF4x4(-0.0011515832, -0.067060925, 0.02632549, 0.019017957, -0.0021755556, 0.004405696, 0.03028079, -0.043944478, -0.06373467, -0.032911435, -0.07619137, -0.055402283, -0.014293524, -0.009286333, 0.032950103, 0.0020192636), target1);\n\ttarget1 = MulAdd(ng13, MF4x4(0.033251163, -0.012636667, -0.019736348, -0.02221555, -0.035174683, -0.0024467881, -0.0020635366, 0.021488743, 0.054788366, -0.085087426, 0.06572526, -0.037050918, -0.06467607, -0.1047945, 0.10937466, 0.058931317), target1);\n\ttarget1 = MulAdd(ng14, MF4x4(-0.0015108787, 0.016789518, -0.02054971, 0.014368727, -0.083879344, -0.0024550394, 0.047329154, 0.018185811, -0.008528356, 0.04782707, 0.0019893225, 0.0095295245, -0.0024202724, -0.022640519, 0.0033455987, 0.010862984), target1);\n\n\tMF4 target2 = MF4(0.015986905, 0.006547183, 0.017682848, 0.0020978956);\n\ttarget2 = MulAdd(g0, MF4x4(0.016521078, 0.02344092, -0.04535869, -0.02916889, -0.06936641, -0.1118498, -0.07784149, -0.10769916, 0.042465053, 0.023522044, 0.0057797814, -0.00933453, 0.0013065349, 0.006887965, 0.019049056, 0.00018660461), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.047062866, 0.030671, 0.018363738, 0.015970303, 0.03619224, 0.0009964193, 0.027005734, -0.010791107, -0.027404316, -0.017589977, 0.0027660786, 0.0064380392, 0.003131181, -0.03881711, 0.017278498, -0.026646316), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.09417044, -0.030767195, -0.07023792, -0.015087274, -0.0007041566, -0.007214834, -0.010352469, -0.0208777, -0.006043107, 0.041942447, -0.027989924, 0.02058792, -0.004574836, -0.030063841, 0.0009874715, -0.030957421), target2);\n\ttarget2 = MulAdd(ng0, MF4x4(0.008398759, -0.014724292, 0.05661028, 0.03329433, 0.06970151, 0.09905173, 0.045296658, 0.06785315, -0.0044002533, -0.033776686, -0.018678186, -0.029671727, -0.019401457, -0.018823013, -0.015008842, -0.06645454), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.012770869, -0.039806906, -0.020173356, -0.033546574, -0.01800492, 0.005292071, -0.0040793624, 0.028466543, -0.0059105135, -0.01909232, -0.008970177, -0.023610232, 0.015667727, 0.021344513, 0.008805983, 0.012206504), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.09997275, 0.08955608, 0.035512842, 0.028650196, -0.0030424239, -0.0024058563, 0.0016431157, 0.006236751, -0.036105607, -0.04603557, 0.009145427, -0.0048202197, -0.020911733, -0.02017906, 0.016494693, 0.026199821), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.038404938, -0.060263526, -6.756075e-05, -0.027351642, -0.088377364, -0.018328555, 0.0054546758, 0.080624446, 0.011837796, -0.020218652, 0.018197412, 0.0060563446, 0.025623528, 0.048627276, 0.023259064, 0.040498782), target2);\n\ttarget2 = MulAdd(g4, MF4x4(0.001184946, -0.010515342, 0.07386562, 0.059235208, 0.05555331, 0.062187005, 0.05260689, 0.053744275, -0.05839836, -0.037090734, -0.039248314, -0.020784492, -0.028018624, -0.019818485, 0.0076861596, 0.02911364), target2);\n\ttarget2 = MulAdd(g5, MF4x4(-0.00855134, 0.026217, 0.008748317, 0.044626243, -0.031007087, -0.040997487, 0.05034173, 0.048289847, -0.055651344, -0.0043054484, -0.022927478, 0.035169583, -0.008501671, 0.04446119, 0.011305084, 0.07596592), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.02517117, 0.04711998, 0.013574831, 0.035244223, 0.075724855, -0.0018857572, -0.01328286, -0.08398966, -0.018110974, 0.010837328, -0.040522598, -0.018411685, -0.059188075, -0.04547794, -0.029902466, -0.016604925), target2);\n\ttarget2 = MulAdd(ng4, MF4x4(-0.035855412, 0.046150643, -0.10446721, -0.026326178, -0.04509233, -0.059326984, -0.035487395, -0.047976315, 0.07541923, 0.014728924, 0.046932008, 0.015592031, 0.017363356, 0.009260565, -0.014755931, -0.04052638), target2);\n\ttarget2 = MulAdd(ng5, MF4x4(0.021554522, -0.011627397, -0.01343262, -0.04844844, 0.027149484, 0.05269421, -0.038861327, -0.034239817, 0.045947555, 0.0040015248, 0.007324502, -0.033051178, 0.0059830896, -0.069709964, 0.0073222807, -0.07108966), target2);\n\ttarget2 = MulAdd(g6, MF4x4(-0.009433482, 0.014257062, -0.034876116, -0.006570796, 0.01594308, 0.006663722, 0.025571914, 0.017348047, -0.00696648, 0.0012649806, -0.009151321, -0.016255042, -0.009809473, -0.0066239014, 0.013773972, 0.0009501933), target2);\n\ttarget2 = MulAdd(g7, MF4x4(0.026438858, 0.021545267, 0.028909115, -0.00084199436, -0.011350823, -0.010261177, 0.0064784726, 0.0028340816, 4.6254245e-05, 0.0022755957, 0.008798779, 0.010278017, -0.0011969887, 0.0035411653, -0.018417642, 0.0038709878), target2);\n\ttarget2 = MulAdd(g8, MF4x4(0.013238081, 6.1892446e-05, 0.002711564, -0.009014244, 0.03579594, 0.0009713739, 0.018199503, -0.010510502, -0.0019577555, -0.0035989769, -0.027621416, -0.000649344, 0.012450313, 0.005054388, 0.028295556, 0.016118951), target2);\n\ttarget2 = MulAdd(ng6, MF4x4(0.0014749946, -0.023122363, 0.03635473, 0.0058698757, -0.001502294, 0.0056668227, -0.00653508, -0.0045331884, 0.0019510906, -0.0004722523, 0.0015459604, 0.02002365, -0.012883676, -0.02313574, 0.0055781654, 0.00042050896), target2);\n\ttarget2 = MulAdd(ng7, MF4x4(0.010353148, 0.0061610388, -0.01620723, -0.025678562, -0.050585296, 0.0015720357, 0.006579174, 0.04645622, 0.0034451822, 0.01640892, -0.019171385, -0.002445667, 0.002142384, -0.00157746, -0.007453497, -0.012107003), target2);\n\ttarget2 = MulAdd(ng8, MF4x4(-0.023626367, -0.03362931, 0.02775251, 0.00854008, -0.00731221, 0.0058875666, -0.0042465483, 0.011091973, 0.01608576, 0.008776418, -0.005520655, -0.02189608, -0.07337467, -0.04255072, 0.008632718, 0.024232844), target2);\n\ttarget2 = MulAdd(g9, MF4x4(-0.012279061, 0.09683549, -0.058048066, 0.009577618, -0.007927522, 0.0030408904, 0.0026037316, 0.0097128665, 0.039862663, -0.18592681, 0.15766914, -0.02878756, -0.015735846, -0.025808172, 0.035324212, 0.025404148), target2);\n\ttarget2 = MulAdd(g10, MF4x4(0.006978013, -0.023965824, 0.04186123, 0.035988815, 0.009321329, -0.015712317, 0.0018002216, -0.052822754, 0.05654876, 0.111119345, -0.041984286, -0.029346094, -0.007712756, -0.034608763, -0.0036700158, 0.0038703915), target2);\n\ttarget2 = MulAdd(g11, MF4x4(0.010860362, 0.006824253, 0.03891404, 0.049122907, -0.008826647, -0.0010997625, -0.021827312, -0.007863293, 0.033063967, 0.022403365, 0.032778744, 0.007655028, -0.04496311, 0.041045222, -0.07040422, 0.004163393), target2);\n\ttarget2 = MulAdd(ng9, MF4x4(-0.024705354, -0.015902927, 0.0062216455, 0.032576248, -0.0073882695, 0.00312872, -0.034358293, -0.0108961025, -0.013837597, -0.01177598, -0.04495569, -0.0055595962, -0.01059331, 0.012361757, -0.014834784, -0.033682585), target2);\n\ttarget2 = MulAdd(ng10, MF4x4(-0.09480182, 0.03846278, -0.0028056598, -0.07323092, -0.005995085, -0.043553468, -0.005056617, 0.024003377, 0.004277762, -0.012972639, 0.012475677, 0.008617157, 0.10223809, 0.07649263, 0.12168736, 0.097682655), target2);\n\ttarget2 = MulAdd(ng11, MF4x4(0.015393864, -0.07291429, 0.02954706, -0.05294187, 0.013404429, 0.120944545, -0.042298347, -0.01288604, -0.019713184, 0.0020540208, -0.011201426, -0.02414191, 0.007575817, -0.07666445, 0.0432983, -0.026015261), target2);\n\ttarget2 = MulAdd(g12, MF4x4(0.03819905, 0.04372597, 0.01904637, -0.061578088, 0.040888324, -0.016588384, -0.064523876, 0.09287848, 0.01574791, -0.014614555, 0.02938285, 0.0042374404, -0.046039872, 0.056844704, -0.08844019, 0.052806962), target2);\n\ttarget2 = MulAdd(g13, MF4x4(-0.096315265, 0.07987954, -0.031859763, 0.072237074, 0.015652604, 0.07566605, -0.00032600394, -0.05746408, 0.014229001, 0.017113304, -0.0023968874, -0.03106284, -0.0069599864, 0.03968875, -0.038528994, -0.003121002), target2);\n\ttarget2 = MulAdd(g14, MF4x4(0.07314791, 0.03615158, -0.03678017, -0.0791755, 0.03634212, 0.039138626, 0.0035000257, 0.00436604, 0.044376615, -0.09974018, -0.051570408, -0.002901859, -0.06796205, -0.05585607, 0.02609314, 0.04431718), target2);\n\ttarget2 = MulAdd(ng12, MF4x4(0.0026970597, -0.07160132, 0.03102004, 0.022031954, 0.000259048, 0.004125086, 0.033309445, -0.04846637, -0.06566389, -0.029620873, -0.07882971, -0.053104673, -0.013712152, -0.015054757, 0.033180926, 0.00034900242), target2);\n\ttarget2 = MulAdd(ng13, MF4x4(0.034628514, -0.01001147, -0.021473913, -0.022840675, -0.045706123, -0.010280426, -0.0069577876, 0.01667532, 0.055181097, -0.087735586, 0.06744914, -0.034818206, -0.066513196, -0.10804274, 0.11681918, 0.06460058), target2);\n\ttarget2 = MulAdd(ng14, MF4x4(-0.005054911, 0.01865763, -0.021856284, 0.010207481, -0.090607546, -0.014940299, 0.04399175, 0.013478195, -0.0072319377, 0.057889264, 0.0061306353, 0.021376813, -0.00018109869, -0.022432365, 0.004136804, 0.011778294), target2);\n\n\tMF4 target3 = MF4(0.00428531, -0.011541925, 0.00898425, -0.01374321);\n\ttarget3 = MulAdd(g0, MF4x4(0.17312507, 0.18378204, 0.07926516, 0.1067288, 0.21052518, 0.13378853, 0.19536258, 0.14002354, 0.11711924, 0.08335183, 0.056983225, 0.028226014, 0.03449669, 0.044664416, 0.06761993, 0.044069722), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.049151406, 0.027747469, 0.013829845, 0.010793505, 0.16125697, 0.10510845, 0.13865222, 0.08505211, -0.20990449, -0.19430009, -0.15810025, -0.15454805, -0.035844944, -0.11059333, -0.018675208, -0.09188628), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.006685408, 0.11628241, 0.039672334, 0.1436817, 0.015559294, 0.009202889, 0.004621052, -0.006609141, 0.007991005, 0.08041883, -0.014427849, 0.057766948, -0.067192554, -0.10489045, -0.058118373, -0.10879217), target3);\n\ttarget3 = MulAdd(ng0, MF4x4(-0.13102308, -0.16938946, -0.049558997, -0.08738032, -0.15949999, -0.098247744, -0.21387893, -0.16764748, -0.036459852, -0.08977845, -0.063770026, -0.085683785, -0.04874994, -0.050357077, -0.040709995, -0.12104794), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.0016424131, -0.04231474, -0.008843509, -0.026220948, -0.13888876, -0.10844901, -0.10787409, -0.067019746, 0.1705322, 0.16687205, 0.16005264, 0.15010779, 0.084698394, 0.092028156, 0.07699169, 0.079460666), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.0075197075, -0.020141402, -0.1006905, -0.11359611, -0.0085215755, -0.005612361, -0.0018493677, 0.007426326, -0.06751104, -0.08159549, 0.0120629985, -0.012342098, 0.03995728, 0.036384724, 0.09553051, 0.09851564), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.029465627, -0.054333087, 0.02729686, -0.0045043076, -0.13339953, -0.032064863, 0.0070489575, 0.1158326, -0.0006455828, -0.05559491, 0.016300855, -0.016093824, 0.0035336027, 0.025718046, -0.002194457, 0.009156581), target3);\n\ttarget3 = MulAdd(g4, MF4x4(-0.03060067, -0.088183194, 0.08511207, 0.023555957, 0.030279126, 0.037585177, 0.016086163, 0.017970216, -0.05365472, 0.008709411, -0.022766082, 0.026308894, -0.026761275, -0.012835554, 0.02677239, 0.06120358), target3);\n\ttarget3 = MulAdd(g5, MF4x4(-0.030154163, 0.016827311, -0.0070917453, 0.049568735, -0.06463202, -0.095433265, 0.059520688, 0.039794426, -0.11667492, -0.040507805, -0.05257038, 0.025766404, -0.04885214, 0.042495333, -0.022887079, 0.08385772), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(0.024346549, 0.054313555, -0.005122175, 0.019812366, 0.13365328, 0.014708698, -0.010476813, -0.1185288, 0.0023148789, 0.052297566, -0.03189476, 0.005272433, -0.03835005, -0.026765257, -0.0094220815, 0.0047409064), target3);\n\ttarget3 = MulAdd(ng4, MF4x4(-0.007440264, 0.12066173, -0.12320844, 0.0016777752, -0.011408617, -0.029569637, 0.008827655, -0.007016294, 0.06650651, -0.031428255, 0.034667335, -0.023670185, 0.007218744, -0.004491109, -0.035605032, -0.07145819), target3);\n\ttarget3 = MulAdd(ng5, MF4x4(0.049787126, -0.0017957676, -0.006283968, -0.058967303, 0.05774073, 0.09960317, -0.059987612, -0.036502153, 0.07282059, 0.005348924, 0.013446346, -0.04757274, 0.045422055, -0.0634229, 0.024715338, -0.08555914), target3);\n\ttarget3 = MulAdd(g6, MF4x4(-0.005835691, 0.016965812, -0.028456861, -0.0033920892, 0.009836867, 0.0006767609, 0.01886044, 0.012588657, -0.00884555, -0.0037418597, -0.009430517, -0.019091168, -0.002798804, 0.0039561144, 0.017126411, 0.004825749), target3);\n\ttarget3 = MulAdd(g7, MF4x4(0.028191822, 0.029202491, 0.032901034, 0.011502915, -0.010819439, -0.0069572316, 0.006472295, 0.0053685335, 0.00079939753, 0.0037769184, 0.011775226, 0.01399779, 0.0033956952, 0.0052899374, -0.010259701, 0.0077763535), target3);\n\ttarget3 = MulAdd(g8, MF4x4(0.008361512, -0.0117131, -0.0049652294, -0.01998969, 0.022627737, -0.008692346, 0.0019018264, -0.023467707, -0.008756792, -0.017017934, -0.031440705, -0.008512948, 0.0054877545, -0.00070786494, 0.019616788, 0.00793716), target3);\n\ttarget3 = MulAdd(ng6, MF4x4(-0.013002159, -0.03813209, 0.026482832, -0.00023578315, -0.004977621, 0.0014138863, -0.0057627726, -0.0042974507, -0.007416917, -0.008726386, -0.011688116, 0.010687058, -0.011166254, -0.020983206, 0.0066195372, 0.003834876), target3);\n\ttarget3 = MulAdd(ng7, MF4x4(0.0048169903, 0.0076203775, -0.015507004, -0.023508213, -0.052957263, -0.0069484734, -0.0011737008, 0.03410549, 0.0030833874, 0.012800496, -0.019242208, -0.005873537, -0.005420416, -0.009030759, -0.01785444, -0.01966881), target3);\n\ttarget3 = MulAdd(ng8, MF4x4(-0.012387838, -0.014545728, 0.035943765, 0.024116462, 0.0008325086, 0.017050253, 0.0024911535, 0.019210132, 0.02221826, 0.020303903, 0.004521489, -0.009177796, -0.07020659, -0.040271588, 0.013064882, 0.028324096), target3);\n\ttarget3 = MulAdd(g9, MF4x4(-0.0069806273, 0.09828906, -0.049242873, 0.014799003, -0.008970328, 0.003844374, 0.0010211956, 0.008877965, 0.039977968, -0.17025097, 0.14956547, -0.02214056, -0.00973778, -0.018551195, 0.034893923, 0.027594449), target3);\n\ttarget3 = MulAdd(g10, MF4x4(0.011814281, -0.015895301, 0.04550156, 0.04049697, 0.0076704635, -0.018837227, 0.005477875, -0.04887477, 0.05526271, 0.11000575, -0.03529281, -0.023258513, -0.0022530397, -0.026560089, -0.0021712275, 0.0056000547), target3);\n\ttarget3 = MulAdd(g11, MF4x4(0.013357528, 0.014710138, 0.043349367, 0.053752452, -0.010020186, -0.0048438436, -0.023880936, -0.011357083, 0.033450976, 0.022771686, 0.0326334, 0.0068722614, -0.0512848, 0.026570365, -0.07270785, -0.006190101), target3);\n\ttarget3 = MulAdd(ng9, MF4x4(-0.025186045, -0.01740991, 0.003838567, 0.027091907, -0.0071685803, -0.00027341367, -0.02992052, -0.008542527, -0.013445479, -0.015780428, -0.042524435, -0.00881602, -0.011120149, 0.009015556, -0.013422532, -0.032560103), target3);\n\ttarget3 = MulAdd(ng10, MF4x4(-0.09606898, 0.025490688, -0.008527585, -0.075416856, -0.0028138838, -0.035580438, -0.006531162, 0.023687562, 0.0055310167, -0.010112962, 0.014539237, 0.01172912, 0.09965159, 0.075306684, 0.11886721, 0.095253), target3);\n\ttarget3 = MulAdd(ng11, MF4x4(0.011965668, -0.072057776, 0.024608271, -0.054251578, 0.012394993, 0.114785306, -0.0419942, -0.011279603, -0.021266261, -0.0042840955, -0.015289745, -0.029362924, 0.0103631085, -0.06942332, 0.042722963, -0.021691492), target3);\n\ttarget3 = MulAdd(g12, MF4x4(0.033176757, 0.04084371, 0.015103838, -0.057419725, 0.037109293, -0.016537853, -0.059167393, 0.08598897, 0.015969522, -0.010902342, 0.03118472, 0.008363948, -0.041729625, 0.057053857, -0.08161458, 0.052837733), target3);\n\ttarget3 = MulAdd(g13, MF4x4(-0.092430755, 0.07110693, -0.034382034, 0.062702626, 0.014907711, 0.07141848, -0.0019698131, -0.054372307, 0.0128283445, 0.013943152, -0.0034115645, -0.030608373, -0.005405216, 0.03866557, -0.034109335, -0.0013265307), target3);\n\ttarget3 = MulAdd(g14, MF4x4(0.06594738, 0.029660825, -0.037681, -0.07724883, 0.03563272, 0.041913237, 0.0042468007, 0.0069140824, 0.039035708, -0.09520566, -0.04894546, -0.0034723799, -0.06357319, -0.052821137, 0.022598358, 0.041650392), target3);\n\ttarget3 = MulAdd(ng12, MF4x4(0.004992455, -0.06508938, 0.030750059, 0.022826253, 0.002092941, 0.0037119875, 0.030300831, -0.0454966, -0.05877186, -0.024108075, -0.07177208, -0.047089674, -0.014241358, -0.015470063, 0.029174741, -0.0012050892), target3);\n\ttarget3 = MulAdd(ng13, MF4x4(0.033182934, -0.0073093693, -0.017909355, -0.018535342, -0.0415075, -0.010425076, -0.0039859596, 0.015540642, 0.05229552, -0.08504954, 0.06377993, -0.035305116, -0.06266023, -0.102613874, 0.10803333, 0.06006112), target3);\n\ttarget3 = MulAdd(ng14, MF4x4(-0.0026692066, 0.020269373, -0.018895708, 0.010902005, -0.084507205, -0.018323625, 0.03897616, 0.008709061, -0.005905961, 0.05540135, 0.0050392286, 0.019433267, -0.0011370446, -0.02185742, 0.004525434, 0.010520601), target3);\n\n\tfloat2 outputPt = GetOutputPt();\n\t\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(MF3(target1.x, target2.x, target3.x) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.y, target2.y, target3.y) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(MF3(target1.w, target2.w, target3.w) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.z, target2.z, target3.z) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_Denoise_VL.hlsl",
"content": "// Anime4K_Upscale_Denoise_CNN_x2_VL\n// 移植自 https://github.com/bloc97/Anime4K/blob/78e4f78f65b772e94bae6e7db5c49af1e889f784/glsl/Upscale%2BDenoise/Anime4K_Upscale_Denoise_CNN_x2_VL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_Denoise_2\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf1;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT conv2d_tf, conv2d_tf1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { 0.007907974, -0.035503313, 0.057224784, -0.19763541 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(0.28296316, -0.020139743, 0.1038232, 0.09352482, -0.16964972, 0.07910997, -0.049914766, -0.10661066, -0.121037185, -0.029087039, -0.02511847, -0.078911744), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.3927183, 0.01805193, -0.031168332, -0.13300525, 0.20814548, 0.118818566, 0.1655351, 0.095023684, 0.17600809, -0.03928444, -0.014350658, 0.08458312), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(0.079089314, -0.0421829, 0.05452305, -0.22055493, 0.013279097, -0.12875281, 0.02452735, -0.101503745, -0.085946664, 0.05539176, 0.022408713, 0.14837204), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(-0.102643915, -0.011254746, 0.1478563, 0.1030208, 0.12396588, 0.0016621432, 0.2551224, -0.10399001, -0.01068436, 0.07155532, -0.104522154, 0.026937222), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.8789423, 0.35707328, -0.29964274, -0.064913996, 0.4962815, 0.26001287, -0.9511284, 0.49574667, 0.39539725, 0.16308042, 0.119878456, -0.30259115), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(-0.08852938, -0.32612664, -0.006712046, 0.28693515, 0.06320871, -0.3322611, 0.04651086, -0.11020996, 0.01821082, -0.22851005, -0.07803438, 0.021527015), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.12295851, -0.011285535, 0.015859747, 0.04005441, -0.018136669, 0.03171969, -0.0406123, -0.10731229, -0.12117574, 0.005033036, 0.047838476, 0.026843475), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(0.4655988, 0.05519082, 0.039515793, 0.28410903, -0.36144528, 0.13039446, 0.11338478, -0.2141387, -0.10026682, -0.07903024, -0.09410254, 0.043833878), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.110124744, -0.024725702, 0.028102143, -0.09493807, -0.06455328, -0.15164614, 0.04425987, 0.15483347, -0.045039337, 0.07210396, -0.005390788, -0.03832707), target1);\n\n\t\t\tMF4 target2 = { 0.019286277, -0.033644073, 0.08196311, 0.0054393094 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(-0.012326053, 0.050769784, 0.1278702, -0.100782245, 0.14329414, -0.054558773, 0.023473471, 0.056829426, 0.048292916, 0.0046510273, -0.11478287, 0.0011030561), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.29542983, -0.55061895, -0.068554066, 0.1433222, -0.072878316, 0.30201668, -0.2223378, -0.06704077, 0.16955832, 0.3279914, 0.17619601, -0.1276919), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(0.09623417, 0.30559412, 0.094622105, -0.076706685, 0.07943858, -0.084815115, 0.12472551, 0.079850115, -0.13044213, -0.21300878, -0.095747225, 0.13412355), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.21291664, 0.17195296, -0.20080926, 0.1064855, 0.10228669, -0.09580175, -0.11217631, -0.09740562, -0.0033135475, -0.053094357, 0.2983595, 0.035281878), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(-0.08955812, -0.45707774, -0.4606922, -0.5754473, -0.11395895, 0.33530128, 0.29705846, -0.18877256, -0.43502945, 0.114171304, -0.3750776, -0.081597246), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(-0.26109028, 0.02662961, -0.10441071, 0.11199392, -0.12038989, -0.09642296, -0.061320662, -0.33058178, 0.20212512, 0.00840794, 0.14357455, -0.038080238), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.09533881, -0.13644339, 0.068756215, 0.079305276, -0.053370547, 0.19572955, 0.0682981, 0.14469264, 0.15582883, -0.057183057, -0.13919263, -0.016394936), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.041189935, 0.39878023, 0.028704925, 0.30194348, -0.04486593, -0.33899093, -0.103968106, 0.21802065, -0.077099144, -0.07389541, 0.18069103, 0.18894517), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.12399862, 0.19246885, 0.034825478, -0.0044787163, 0.13121822, -0.13573012, -0.030162754, 0.1899518, 0.102326415, -0.061512686, -0.005647928, -0.0937634), target2);\n\n\t\t\tconv2d_tf[destPos] = target1;\n\t\t\tconv2d_tf1[destPos] = target2;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN conv2d_tf, conv2d_tf1\n//!OUT conv2d_1_tf, conv2d_1_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.044073943, 0.12072677, -0.0022342638, -0.24414532 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.04088509, -0.06585775, -0.3094732, 0.12059048, 0.041417453, -0.06144871, -0.06655134, 0.03308842, 0.09287731, 0.010969216, 0.10343026, -0.11185897, 0.05685865, -0.09490512, 0.040908635, 0.03501189), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.04854754, -0.098667145, 0.67147833, -0.11299351, -0.022114437, -0.029202767, 0.014179382, 0.26027945, 0.22076549, -0.16490546, -0.0010764733, 0.08405975, 0.11849154, -0.19072372, -0.35719597, -0.059621073), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.079224996, 0.0669873, -0.1718969, -0.05002573, 0.044926763, -0.02904369, 0.017489236, 0.01144465, 0.059109706, 0.064998455, 0.14725484, -0.23879208, 0.039234288, -0.027365638, 0.26172164, -0.094598554), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.07159218, -0.03181544, 0.113837324, -0.053089984, -0.098298974, -0.29500297, 0.1608509, -0.044355504, 0.050882854, -0.19417204, -0.080487266, -0.00879743, 0.0007914453, 0.16640955, 0.21786706, 0.16398212), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.16324541, 0.19753313, -0.46597233, -0.2593132, -0.2781038, -0.21973547, -0.024623038, -0.16348499, 0.3628299, 0.044888914, 0.04054647, -0.63605887, 0.02099492, 0.060544077, -0.49359834, 0.36336297), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.16885692, 0.31907207, 0.020906802, 0.13290039, -0.037330728, -0.022859452, -0.020451576, -0.113437995, -0.085683934, 0.054102756, -0.044824492, 0.061346747, -0.038684413, 0.098444365, -0.06734984, -0.17084897), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.015821548, -0.119599186, 0.1614827, 0.08383641, -0.07933593, 0.12528986, -0.06300182, 0.09286327, -0.10199266, 0.02419403, 0.0028411683, -0.09028338, 0.07962534, -0.08676035, -0.19237737, -0.115502626), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.09471972, 0.21153462, -0.14393018, 0.055180002, 0.1817461, 0.016607309, -0.0771979, 0.11181317, -0.5491086, -0.102757886, -0.20952754, 0.022466583, -0.075119644, -0.14725658, 0.38451517, 0.12920731), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.0867803, 0.114654355, 0.21199988, -0.15367955, -0.01803536, 0.056378633, 0.0018388306, 0.024613786, -0.13306658, 0.017211098, 0.073351346, -0.12064064, -0.10484361, -0.067748636, 0.033206712, -0.13061953), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.002236411, -0.022144757, -0.04586377, 0.101181075, -0.03511624, 0.08440529, 0.18544284, -0.22786349, -0.042184375, 0.015734851, -0.038622506, 0.038529944, -0.09170703, 0.034527462, -0.07817406, 0.10547265), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.12135524, -0.07412039, -0.04979351, -0.082267545, 0.13343571, 0.29196215, -0.4364121, -0.10226428, 0.060835477, -0.23307934, -0.018231759, 0.15550235, 0.09095689, 0.18164484, 0.1322021, -0.022567045), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0054531163, -0.039762255, -0.030490747, 0.04779882, -0.15290286, 0.056712102, -0.0776974, 0.04114215, 0.15946816, -0.03882117, 0.16770308, -0.026126247, -0.027203865, -0.064107865, -0.13670811, 0.1556276), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.092548385, -0.027285473, 0.084179096, 0.014961629, 0.2564254, 0.07626849, 0.28534448, 0.2588713, -0.018600503, -0.2433456, 0.041392803, -0.045712482, 0.26388907, -0.053502295, 0.14522223, 0.032808404), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.0013780193, 0.3482449, 0.071003586, -0.30707207, -0.05122194, -0.2833618, 0.07910779, 0.051078696, 0.021535402, 0.13021478, 0.022049015, -0.533547, 0.57265025, -0.12843914, -0.14913581, -0.1433724), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.07382619, -0.12152924, 0.13364957, 0.181974, 0.15804219, -0.10126773, 0.3029618, -0.12874149, 0.13743348, -0.23245592, -0.20119278, 0.029547188, 0.042436857, 0.04213892, -0.07975374, 0.023821082), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.022782229, -0.08359311, -0.060623147, 0.06565042, 0.09828792, 0.044808697, -0.28872305, -0.00092168007, 0.021737702, -0.08698349, 0.1950025, 0.07931995, 0.040952396, -0.07443172, -0.021157127, 0.0056698937), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.09995892, -0.2047294, 0.1414849, 0.062335726, -0.22492298, 0.05269799, -0.029233055, -0.050517935, -0.12534393, -0.12194023, -0.07035469, -0.070764475, 0.18903446, 0.07691209, 0.06153371, 0.011280912), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.036189888, -0.07586571, -0.05888163, 0.010425367, -0.028375402, -0.18870986, -0.19146784, 0.19274063, -0.18856238, 0.0064240266, -0.14537223, -0.06971656, 0.0852742, -0.04866623, -0.031686075, 0.031702038), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.0618941, 0.100858234, 0.2628019, -0.048507668, -0.051001363, -0.03195978, 0.035452217, -0.001991919, -0.09649028, -0.047445696, -0.09221298, 0.07602656, -0.02382384, -0.119645916, 0.085616075, -0.07076033), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.019222878, -0.0491929, -0.4902266, 0.18501294, 0.014529614, -0.077125326, 0.011563931, -0.20236616, -0.101982154, -0.021150962, -0.07537948, -0.1540349, 0.028949164, -0.06827332, 0.0067634755, 0.09582376), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.05995539, -0.031138182, 0.01334257, 0.06827176, -0.030762246, 0.006615233, -0.03562788, 0.016249394, -0.14797118, 0.014671043, -0.09325859, 0.25653747, -0.11474991, 0.05436232, 0.031051394, 0.04179694), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.032279838, -0.030521005, 0.0029688699, 0.005165139, 0.15907808, -0.20421815, -0.07713175, 0.067530625, -0.08619395, 0.026114263, 0.08821273, 0.011591694, 0.018677557, 0.057708874, -0.25859246, -0.18693781), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.10823143, -0.31875235, -0.24394153, -0.0025489891, 0.016761065, -0.19857498, -0.07858479, -0.07811158, -0.38551694, -0.049090322, -0.050053325, 0.23398961, 0.014974165, 0.17498055, 0.29105362, -0.353647), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.05621677, -0.19492444, 0.460332, 0.055917628, -0.06404381, -0.06684098, 0.053624872, 0.057300456, -0.019248677, -0.15110065, 0.032379635, -0.12673225, 0.0068658157, -0.13001235, -0.017716292, 0.064182095), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.06764552, 0.004707433, -0.13827331, -0.21957871, -0.03789028, -0.04962028, 0.022955444, -0.058468018, 0.13735814, -0.031270552, -0.018490225, 0.0063876202, -0.052979283, -0.030049473, -0.004811771, -0.0044099926), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.028652798, -0.027029367, 0.62600744, 0.0900562, 0.03869923, -0.20111556, 0.095930666, -0.13164565, 0.5562579, 0.011937122, 0.22882107, 0.030288015, 0.09856272, 0.04736032, -0.077492185, -0.10207275), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.10581002, -0.16504957, -0.5688921, 0.0414545, 0.04749444, -0.052849945, -0.011017121, -0.025284614, 0.14316759, -0.08547362, -0.09654446, 0.08682504, 0.050776027, 0.0678741, -0.04913651, 0.07527552), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.04126091, 0.0048704315, 0.041699376, -0.05820725, -0.09664279, 0.07648305, -0.17979898, 0.11698985, -0.025436765, 0.023232851, 0.010656572, 0.08157569, 0.19584864, -0.022928072, 0.053339157, 0.0039929505), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.040733483, 0.12260473, 0.08071146, 0.07257762, -0.016945919, -0.31637576, -0.24281953, -0.0038469466, -0.10203634, 0.13631973, 0.06505259, -0.13119389, -0.09723076, -0.139551, -0.07504509, 0.08645985), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.017005404, 0.049066268, -0.007544932, -0.04884536, 0.09984347, -0.04447364, 0.4902235, -0.062780835, -0.18389583, 0.07305648, -0.22014385, 0.08004685, 0.0992568, -0.08569604, 0.093966395, -0.07047139), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.0017705248, 0.020553982, -0.09167042, 0.0036356782, -0.11867446, -0.07055574, 0.40252638, 0.09657129, 0.0888632, 0.1031708, -0.022127641, -0.023769693, -0.0861388, 0.13420185, -0.11774454, 0.038774434), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.15173717, -0.13590458, -0.0891863, 0.12289548, 0.13942605, 0.22152588, -0.19292432, 0.14169839, 0.010543665, 0.07648361, -0.057333756, 0.09535759, -0.053601623, -0.026824495, 0.09365424, 0.17476946), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.070416056, -0.061970036, -0.039723337, -0.18874651, -0.07098426, -0.019835865, -0.5612458, 0.060437083, -0.03774378, 0.18536821, 0.28587544, 0.035555754, 0.15771326, -0.13527197, 0.13342534, -0.06564073), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.10967661, 0.025388904, 0.09003177, -0.04087592, 0.09531671, -0.11809294, -0.41613623, 0.038198076, 0.01019813, -0.018864965, -0.18400626, -0.038704176, 0.0105671035, 0.024449013, -0.008989595, -0.027171193), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.16193569, -0.21445285, -0.20130903, -0.13498883, -0.008031679, 0.050757203, 0.78938776, -0.03749514, 0.11998137, 0.19368882, 0.12328945, 0.0058578993, -0.13852382, -0.033867255, -0.018267661, 0.036348555), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.06254118, 0.087295115, 0.031116437, 0.0416281, 0.061828617, 0.34479564, -0.15537797, -0.17144552, 0.13989387, -0.13792284, 0.056215156, 0.12714528, -0.0198865, 0.04927947, 0.013614583, -0.041810013), target1);\n\t\n\tMF4 target2 = { -0.07235962, -0.019149294, 0.05072898, 0.03962245 };\n\ttarget2 = MulAdd(a1, MF4x4(0.07115729, 0.01065505, 0.19167988, -0.02504489, -0.15064801, 0.079008736, 0.05437936, 0.027479589, -0.021383656, 0.032731537, -0.06657876, 0.022649521, -0.06501893, -0.02335689, 0.010445489, -0.05430297), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.1178601, 0.07425715, 0.063272275, -0.18308601, -0.13955134, 0.005166404, -0.022591779, -0.016827974, -0.024990188, -0.13372071, -0.056342285, 0.12489847, 0.081861794, -0.07083351, 0.021897513, 0.0629395), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.051357627, -0.13874975, -0.09887168, -0.011908862, 0.03639772, -0.13195883, -0.05321156, 0.03913229, -0.08160194, -0.07128151, 0.043625016, 0.11966009, 0.03162217, 0.018834392, -0.0625129, 0.10726711), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.15922394, -0.043482754, -0.22571066, 0.009280428, -0.3882705, 0.08418719, 0.15329506, -0.028419001, -0.011272379, 0.15897545, 0.041217074, -0.0143014155, 0.09451862, -0.056342427, -0.14568482, 0.05556279), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.13879324, -0.23339099, -0.24573983, -0.09575104, 0.03823306, 0.4752516, -0.1696623, -0.18472373, -0.1510259, 0.23040254, 0.4196143, 0.3462817, 0.035172507, 0.18228662, 0.22475636, -0.19945027), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.08876766, 0.19567333, 0.25174314, -0.09637879, -0.007957943, 0.13510521, 0.030193076, -0.0018362573, -0.006884444, -0.41804117, -0.1026309, -0.053339038, -0.1283198, -0.03033918, 0.055674326, 0.094377995), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.06780768, -0.07774435, -0.0616546, -0.046531744, -0.11723141, 0.10792474, 0.013314576, -0.031451598, -0.009870351, 0.10215877, -0.13101454, -0.19878799, -0.09712651, 0.10423937, 0.14170039, -0.03359521), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.020114673, -0.015194169, 0.03657608, 0.17162928, 0.070458665, -0.08041664, 0.14067306, 0.19699603, -0.28763783, -0.033556152, -0.6588468, -0.48221052, -0.123711474, -0.080758795, -0.3187303, 0.121004865), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.074900605, 0.09297913, -0.08621144, 0.116730206, -0.034766622, -0.10381484, 0.060793545, -0.014790814, -0.123858415, -0.0010626495, 0.20547503, -0.07206306, -0.17324795, 0.023932874, 0.017495958, -0.09924652), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.015568068, 0.005394868, 0.15463537, 0.06416607, -0.045670815, -0.013540727, -0.12960619, 0.0006581649, 0.09432853, 0.05575682, -0.022219105, 0.022416297, 0.0148129435, -0.067619696, 0.022989385, -0.09695771), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.107209, 0.07072438, -0.10235772, -0.12078849, -0.02751833, -0.043195058, -0.17197154, 0.120612316, -0.17310137, -0.09429793, 0.06511165, 0.18072544, -0.21168593, 0.16383737, 0.25012484, -0.089589044), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.005439779, 0.0028433986, -0.09885586, -0.06572956, -0.0061691296, 0.15485546, -0.23724958, 0.004232802, 0.07794742, -0.012552598, 0.07554404, 0.10843201, -0.013223918, -0.08705092, -0.23228747, 0.03599732), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.043396916, -0.10680695, -0.019935586, -0.06703658, -0.30075943, -0.010179525, 0.30197874, 0.04888297, 0.00779067, 0.22583807, 0.2039884, -0.0074303118, -0.19240093, -0.024718538, 0.057117213, 0.19431825), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.37633005, 0.043971814, -0.21423087, 0.118503235, -0.15058799, 0.115756795, -0.13719647, 0.020510519, 0.1123193, 0.14797291, 0.05467349, 0.2039607, -0.31973588, 0.1667847, -0.017739004, -0.11280262), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.0084394775, -0.1281101, -0.20841378, 0.01986435, -0.04122467, -0.21089631, -0.08062371, 0.11315133, 0.05693114, -0.23773515, 0.03792205, -0.008872407, 0.04554895, -0.10683658, 0.10683206, 0.06875721), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.103948504, -0.007483217, -0.12571928, 0.054868475, -0.030646881, -0.010098222, 0.019018777, -0.07072212, -0.10689893, 0.16498323, 0.048089568, -0.10912806, -0.027318537, -0.025491163, 0.012588013, 0.072701246), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.14094622, -0.028118243, 0.016804086, -0.18000692, 0.33351874, 0.14980756, -0.07135749, -0.16573106, -0.17243773, 0.054617904, -0.2933543, -0.12602285, 0.08480712, -0.05704333, 0.22336398, 0.026583148), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.046759557, -0.03100408, 0.40000245, -0.08521555, 0.19592628, -0.15150753, 0.25288078, -0.061794683, -0.047818147, -0.12249124, 0.020410215, -0.11503924, 0.046108168, 0.030459814, -0.14096366, 0.09120256), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.087491795, -0.024289595, -0.09060237, 0.020922959, 0.09557061, -0.08556962, -0.0503455, -0.010846053, 0.0030694185, -0.008256591, 0.08290225, -0.034981687, 0.07342003, -0.021816112, -0.13905519, -0.06265962), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.08126147, -0.05866924, -0.015698025, 0.093630895, -0.02379264, 0.115918085, 0.19431724, 0.041815966, -0.051647816, 0.15277039, -0.03721037, -0.085520886, 0.041766718, 0.104392216, 0.0559556, 0.0049254233), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.11176419, 0.112272635, 0.1367475, -0.010482275, -0.06719008, 0.064003386, -0.08132314, 0.015465676, 0.052741583, 0.06779717, 0.038533892, -0.16428822, 0.040990274, 0.002559234, 0.097567044, -0.058192518), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.17228632, 0.008296625, 0.009418271, 0.037103783, -0.0601486, 0.04531715, 0.19613501, 0.112170085, -0.02256726, -0.093685195, -0.1341531, -0.038480807, 0.109840475, 0.062418167, 0.15140085, 0.050787117), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.15433665, 0.2104034, 0.12395812, 0.13799714, 0.14945604, 0.67457545, 0.27575177, -0.047493283, 0.24992993, -0.5305435, 0.0131732905, -0.36911693, 0.14442082, -0.18583177, -0.2861722, 0.19419897), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.040242445, -0.13234852, 0.10056324, 0.055854917, 0.07447713, -0.023067042, 0.00021051937, -0.0495407, -0.22037992, 0.68047297, 0.05774606, -0.012461005, 0.104557075, 0.04832623, 0.010292581, -0.050617047), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.060079176, 0.086553656, 0.0060872175, -0.012576339, 0.025149338, -0.07379716, -0.18048704, -0.007130346, 0.007826557, -0.095655076, -0.0032888134, 0.21027069, -0.09868755, -0.1180311, 0.0081250835, -0.05078016), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.19124818, -0.05949092, -0.36762074, -0.08203597, -0.10276991, 0.111005515, -0.2845309, 0.113985784, 0.07206471, -0.026585411, 0.20032002, 0.5691625, -0.0460136, 0.03874166, 0.09858682, -0.15913802), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.00397842, -0.014763085, 0.080231026, -0.09142265, 0.03637215, 0.064106315, -0.030963007, 0.0557953, 0.04173885, -0.024534896, -0.2092259, 0.06913638, 0.08103145, -0.0033994897, -0.10903093, 0.062850125), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.01206918, 0.024855271, -0.051995132, 0.013999821, -0.021517826, 0.06216198, -0.050853133, -0.064136736, -0.047408275, -0.07858566, 0.074464396, -0.038218755, -0.13216262, 0.008905726, 0.10333, 0.03049554), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.027152343, -0.069046065, -0.013017797, 0.0763, -0.08611993, -0.020867927, 0.012807627, -0.11971997, 0.025972975, 0.095127404, -0.070044935, -0.21399231, -0.22536097, -0.028828809, 0.123399965, -0.15967365), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.038314234, -0.014114242, 0.012115026, 0.05505015, 0.11785298, -0.08772618, 0.034408223, 0.09134674, -0.04727011, 0.020709611, -0.01780165, -0.14374214, -0.30412516, -0.011123043, -0.024216317, -0.007538433), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.17673545, 0.077738725, 0.056153737, 0.028693894, 0.05688375, 0.021928595, 0.014585902, 0.019364892, 0.029056642, -0.2072201, -0.17548367, 0.085471265, 0.16439342, -0.0052957633, 0.22321554, -0.19246858), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.1914782, -0.15620962, -0.16686897, -0.04141303, 0.07696967, -0.013115313, -0.057627093, -0.13849305, 0.08699377, -0.07339016, -0.053074118, -0.059418138, 0.19988623, -0.23852244, -0.12574267, -0.29139704), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.017691063, 0.18901291, 0.16250716, -0.11039392, 0.056900974, 0.036662772, -0.13399602, -0.11378214, -0.10924602, 0.2130181, -0.042094063, -0.012445028, 0.013168919, 0.119448364, -0.014406005, 0.0054324497), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.11552786, 0.090796515, -0.11559005, -0.035706047, -0.044022456, -0.027642358, 0.08824298, 0.035067793, 0.18125483, -0.15502097, 0.094219126, 0.07493505, 0.022493582, 0.038250685, -0.076567575, -0.059311453), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.08612596, 0.016376335, -0.0023271537, 0.32511148, 0.03789289, 0.13106889, 0.22370385, 0.21145949, 0.1844514, -0.0766592, 0.093758754, 0.13821359, -0.062405586, 0.0028724174, -0.13588348, 0.00024406122), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.08991004, 0.074423954, -0.020964831, -0.070288494, -0.1192369, -0.015506713, -0.28136373, 0.042911243, 0.08215164, 0.11065419, -0.006201638, 0.057742044, 0.0014476188, -0.01443158, 0.22631277, -0.06787264), target2);\n\n\tconv2d_1_tf[gxy] = target1;\n\tconv2d_1_tf1[gxy] = target2;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN conv2d_1_tf, conv2d_1_tf1\n//!OUT conv2d_2_tf, conv2d_2_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_1_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_1_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.079253934, 0.001511763, 0.100159355, 0.01585197 };\n\ttarget1 = MulAdd(a1, MF4x4(0.14315613, -0.031299837, -0.011195234, 0.0073360316, 0.07264984, -0.110979274, 0.06560588, -0.040463638, 0.28964168, -0.05644335, -0.060729366, -0.15811591, 0.028339373, 0.027486937, 0.0360574, 0.05856459), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.16211128, 0.20672597, -0.30374205, -0.056202736, -0.10893948, 0.053066984, -0.18297112, 0.028844962, 0.22754766, -0.07141921, 0.07142953, -0.1357581, 0.008053467, 0.04668908, 0.17258649, 0.22506891), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.07014762, 0.032112304, 0.028849715, 0.09427007, 0.008323501, -0.085777245, 0.083501115, -0.16150802, 0.24127382, -0.1305689, -0.027557204, -0.15057805, 0.09748757, 0.08182083, -0.107643455, 0.020552907), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.04630706, -0.056070503, 0.058440026, -0.005662525, 0.08736355, 0.08821088, -0.049539115, 0.08171937, 0.28466523, -0.025859421, -0.0026971614, -0.15181617, -0.022231927, 0.3566104, -0.024887348, 0.12051598), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.20976813, -0.23778942, 0.28854275, -0.27583683, -0.27604774, -0.15861328, 0.09581984, 0.06572128, 0.092306405, -0.06962751, -0.042226445, 0.035234913, 0.084891975, -0.03846841, -0.1473667, 0.2810354), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.028011162, 0.08945262, 0.15859836, 0.18426442, 0.10649845, -0.0918649, -0.12257575, -0.00914911, 0.23701023, -0.030067213, -0.01938559, -0.11026175, -0.5953985, 0.28875506, -0.035278864, -0.05043055), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.14445779, -0.06907616, 0.13078876, -0.0089114, -0.110637166, -0.123719245, -0.094949, 0.046267383, 0.4727523, 0.0073195575, -0.014788787, -0.14922102, -0.021974785, -0.10706751, 0.00049029186, 0.09215345), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.20936993, -0.22377276, -0.07697398, 0.039161056, 0.044213686, 0.037542075, -0.06600642, 0.017124292, 0.3406197, 0.011907687, 0.019732054, -0.22745137, -0.22178015, 0.49051985, -0.03707166, 0.14849792), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.07833466, 0.10888627, 0.16015877, -0.049263358, 0.29002127, -0.010949114, 0.013081097, -0.071674205, 0.3532135, 0.013165473, -0.05282189, -0.16688257, 0.009552089, -0.2740816, 0.04927233, -0.37047002), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.23682123, -0.027914839, 0.02372468, -0.07127212, 0.053436097, 0.057737537, -0.008556659, -0.025973454, 0.06468388, 0.18805866, -0.08180048, 0.058999106, -0.3058321, -0.06642967, -0.092997625, 0.10527466), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.1353085, -0.016593851, 0.21518163, -0.10272456, 0.14382689, 0.05056661, -0.27799338, 0.11351653, 0.05838342, 0.28104934, -0.03777824, 0.003435516, 0.057915565, -0.17574134, -0.24437475, 0.13420977), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.13400255, -0.056437124, 0.11310834, 0.040429913, 0.098928474, -0.020769242, -0.079605736, 0.0494632, 0.0660877, 0.098982334, -0.055884495, -0.046533633, 0.17815505, 0.027310565, -0.24176653, -0.025550256), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.03637618, -0.012618673, 0.11865397, 0.19804053, -0.03522831, 0.24310908, -0.056454524, -0.44885796, 0.02212509, -0.20253624, 0.038810212, -0.17396528, 0.08970355, 0.005103078, 0.061075203, 0.44292897), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.25074747, -0.0015575301, -0.685015, 0.07345307, -0.08419402, 0.06640714, 0.43799296, -0.17571151, 0.0049855476, 0.09024738, 0.055744022, 0.018739637, 0.34734032, 0.114896655, 0.0404696, -0.11327049), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.12284062, -0.31131, -0.14712588, -0.18645866, 0.17581487, 0.1357234, 0.09913364, 0.005298711, -0.056155153, 0.042429443, 0.039454732, -0.04111384, 0.2623163, 0.09701166, 0.022825675, 0.050480727), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.058734808, 0.038528245, -0.042670116, -0.15190329, -0.028179986, -0.05362995, 0.017090468, -0.24449602, -0.08240927, -0.033122182, 0.009938243, -0.0052937623, 0.2171439, 0.06879817, -0.10361997, 0.018995138), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.027555468, 0.016337285, 0.19074728, 0.26690376, -0.088713005, -0.0021182299, -0.23062791, -0.32101163, -0.0040022335, 0.16835448, 0.05424022, -0.02156396, 0.24163729, 0.10243619, -0.04331782, -0.014350939), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.13836963, 0.053369813, 0.036432605, 0.062288612, -0.06264361, -0.049093347, -0.0315955, -0.11237456, -0.064744405, -0.0151798045, 0.044210885, 0.010166375, -0.038355727, -0.05203739, -0.075036794, 0.1664177), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.08583114, 0.08268218, -0.05771351, 0.10195048, -0.10128163, 0.10874855, -0.02580701, 0.028834302, 0.1950179, -0.0130183315, 0.0092119705, -0.060479227, 0.117747106, 0.061403573, -0.0028475628, -0.032362986), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.05310153, -0.061091065, 0.19438389, -0.10475873, 0.00045120303, -0.24876194, 0.017168125, -0.050173752, 0.012073283, 0.035660096, -0.017562328, -0.110271364, -0.015546384, 0.17965329, 0.10068208, -0.014481325), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.085558474, -0.0007109211, 0.20868625, 0.150163, -0.19283043, 0.025976779, 0.08384698, 0.031011146, 0.17268184, 0.008871077, -0.04097794, -0.12868725, 0.01336166, -0.038823843, 0.1703644, -0.067780636), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.06480841, -0.44256654, -0.19949587, -0.030677497, -0.27930573, -0.041867044, -0.15648738, 0.11573067, 0.28664824, 0.009770385, -0.058617204, -0.06607673, -0.038160402, 0.009497089, 0.03303058, -0.079379834), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.17752203, 0.10979527, -0.058749028, -0.30194217, 0.30484176, -0.20980492, -0.05234784, -0.2590473, 0.23003183, 0.21903595, -0.024891363, -0.14337292, -0.02971356, -0.29613075, -0.045642294, 0.23826689), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.018211683, -0.005840598, -0.19021381, -0.096696235, 0.39998052, -0.34746838, -0.039627917, 0.087701194, 0.15526368, -0.008095372, -0.044220537, -0.08634815, -0.121496454, -0.06792033, -0.14959472, 0.078917444), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.33109078, 0.012287281, -0.034155898, -0.04840956, 0.068748444, 0.006142039, 0.06598935, 0.024775596, 0.22379673, 0.056089353, -0.006119644, -0.018509025, 0.10084137, 0.15556572, -0.041211523, -0.21550669), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.058160853, 0.08899222, -0.17401625, -0.1449813, -0.015872562, -0.03780256, 0.15702572, 0.34013954, 0.1580772, 0.074823864, 0.035488904, -0.01627819, -0.15551315, -0.3638866, -0.09833458, 0.15037175), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.12707977, -0.19947061, -0.11524648, 0.09216174, -0.07161296, 0.05675567, 0.06843247, 0.2803306, 0.25222927, -0.044076066, 0.053775772, -0.09939824, 0.16903089, 0.11475717, -0.07015584, -0.036021322), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.12290332, -0.05469477, 0.02696626, 0.051133692, -0.05541504, -0.2811521, -0.13008943, 0.031793896, -0.32529324, -0.01663752, -0.0658181, 0.17300756, 0.22281154, -0.11001508, 0.09578194, -0.055437982), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.083753526, -0.048933715, -0.13912897, 0.10929772, -0.1789828, -0.1586524, -0.10964165, -0.08210391, -0.11568187, -0.04813496, -0.2417861, 0.24446528, 0.13570863, -0.26869404, 0.3013413, 0.11678686), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.21105368, 0.15749952, -0.18983693, -0.023642758, -0.1633653, 0.10107988, 0.052329395, -0.080253236, 0.15375629, -0.045091413, 0.05070866, 0.12416106, 0.16600485, -0.10412354, 0.061849747, -0.084013924), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.03863923, 0.03690167, -0.053106382, -0.07523278, -0.04214836, 0.53898096, 0.15308584, 0.22835171, -0.24771535, 0.1402687, 0.1000896, -0.08719167, 0.0886567, 0.15255097, 0.14695966, -0.06659865), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.110334344, -0.12696493, 0.24256139, 0.02536166, 0.08322421, 0.022147777, -0.35030407, 0.13734557, 0.053133942, 0.43650532, -0.30170345, 0.08751837, 0.012917502, 0.27496436, 0.11422729, 0.15508565), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.16684863, 0.26743406, 0.15951683, 0.033597723, -0.044719726, 0.1127182, 0.007923161, 0.06415458, -0.07269362, -0.07828715, 0.09216738, 0.11528897, -0.13371283, -0.124177165, 0.14804523, 0.14156726), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.041141883, 0.023617791, 0.11484465, 0.13131519, -0.14753738, 0.17067687, -0.017538434, 0.24042644, -0.058103643, 0.3143255, 0.02476919, -0.0024666793, -0.26759955, -0.06099211, 0.006415725, 0.10394301), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.04198037, 0.03277123, -0.25069895, -0.21043587, -0.27417016, 0.08047665, 0.29731026, 0.07629813, -0.15695353, -0.14299184, 0.026618432, 0.13265325, 0.07727133, 0.12872085, 0.13887435, 0.1347057), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.039232086, 0.117847264, -0.071643315, -0.040677182, -0.029160816, -0.06968689, 0.12880929, 0.037579957, -0.036671028, -0.022678757, -0.069731854, 0.10590314, 0.028034678, -0.015759282, 0.047180142, -0.16366881), target1);\n\t\n\tMF4 target2 = { 0.019374544, -0.050425697, -0.005817216, -0.0059976326 };\n\ttarget2 = MulAdd(a1, MF4x4(0.024126908, 0.01737047, 0.04563732, 0.08303721, -0.21339902, 0.00025652428, -0.09666459, -0.07654246, -0.01201168, 0.14373912, 0.22268519, 0.049181588, -0.0751725, 0.006847365, -0.025867194, 0.19233267), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.25251204, -0.34213448, -0.0022676045, 0.29270738, 0.08876456, 0.067294724, 0.2865476, -0.009144941, -0.074606106, 0.14566834, 0.14162645, 0.10980335, -0.7958991, -0.15410729, 0.038512416, -0.17033637), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.115404196, -0.11004134, 0.13174473, -0.0006875606, 0.0051814034, 0.058522645, -0.0795437, 0.0011465811, -0.019500278, 0.12752724, 0.16985136, -0.054932587, 0.16734739, -0.04686017, -0.072241016, 0.054562975), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.07528159, -0.113516726, 0.2081102, 0.009942251, 0.08256535, 0.050133914, 0.012745932, 0.13902397, 0.009369715, 0.083261885, 0.17366019, 0.069754004, 0.030654406, -0.045856245, -0.055254143, 0.16265897), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.14366727, 0.24948351, 0.12160293, 0.10929859, -0.116071545, -0.11725494, -0.13926856, -0.026759636, 0.12723772, 0.1938045, -0.02745115, -0.0644584, -0.23854719, 0.059308372, -0.446269, -0.06978486), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.21108554, -0.1717225, 0.066633105, 0.15418948, -0.08902029, 0.047925282, 0.15817304, -0.080941506, 0.007364865, 0.10506626, 0.20205018, -0.078695655, 0.14004812, -0.3195092, 0.19157887, -0.12697977), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.08145032, -0.14292753, 0.066565305, -0.061348185, -0.08738346, 0.011608093, -0.0024047727, -0.024741996, -0.11547277, 0.10013328, 0.21730538, 0.05598899, -0.17741105, 0.075944185, 0.027434295, -0.2550598), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.026223006, 0.11214396, -0.133987, 0.1303522, 9.32011e-05, -0.14755996, -0.14002979, -0.039624512, 0.045111652, 0.17618611, 0.17764348, 0.104528464, 0.20592515, 0.07240335, -0.27604735, 0.038880046), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.17734227, -0.002935363, 0.07505682, -0.029969893, -0.024536638, 0.11236127, 0.119374484, 0.08002781, -0.003541722, 0.1428466, 0.1729824, 0.055412393, -0.04790376, 0.18020035, 0.05376964, -0.1520942), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.11352182, -0.019249126, 0.10782615, 0.03079928, 0.020381734, -0.08998433, -0.09211494, -0.054406203, 0.1828849, -0.07692097, 0.004733955, -0.026685018, -0.08044814, -0.071961075, 0.029184176, -0.22562811), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.34489468, -0.07447471, 0.026422959, 0.33550653, 0.22130035, 0.059709545, -0.07646962, -0.18386386, 0.33911958, -0.07534871, 0.040870134, 0.051136248, 0.32681262, 0.20612194, -0.1609581, -0.70460784), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.27617922, 0.09758603, 0.05103887, -0.09281693, -0.007143339, 0.006635712, -0.055270564, -0.022629099, -0.13023081, -0.013819027, -0.038695697, 0.047280338, -0.13964762, 0.09852924, -0.10056262, -0.084967695), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.1370323, 0.030904075, -0.033860117, 0.08926374, -0.14616281, -0.29926816, -0.23738252, -0.21374625, -0.14039646, 0.11503669, 0.082101606, -0.061717354, 0.021357644, -0.10676707, 0.03214661, 0.029967157), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.29881296, -0.22195289, -0.3512607, -0.2277441, 0.033705913, -0.23267402, -0.119738854, -0.18925253, 0.068823405, -0.15160555, 0.2585695, 0.10484223, -0.012574211, 0.38808516, 0.2599094, -0.4991424), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.07474731, 0.22742131, 0.014462262, 0.08409484, 0.09579643, -0.0519534, 0.0007793075, -0.044820115, -0.010144471, -0.040506937, 0.0056340825, 0.057767954, -0.14988829, -0.05099549, 0.007204364, -0.07094934), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.05736621, 0.12072876, -0.02037183, 0.05012334, -0.1173538, -0.10062993, -0.0033958228, 0.0142556345, -0.011005385, -0.0066177617, -0.058390465, 0.048240293, 0.09835053, 0.17917523, -0.06466951, 0.017518612), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.1413101, -0.30268928, -0.17851736, -0.10797371, -0.01964573, 0.14356858, -0.06759965, 0.17416531, 0.13905385, -0.017476829, 0.06541924, -0.044690568, -0.080723755, -0.08610206, 0.095347285, -0.09233214), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.07254187, -0.091158785, 0.018472971, 0.03514051, 0.018888336, 0.107934274, -0.018830854, 0.10007211, -0.053966418, -0.035646267, -0.031214178, -0.05980228, -0.13045661, -0.011743741, -0.03325275, 0.071065165), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.037697386, 0.054388218, -0.010934479, 0.2266702, 0.049999133, 0.017648092, -0.044225454, 0.21611899, -0.03805845, 0.054236397, -0.018563407, -0.060588073, -0.031215845, 0.075081706, 0.07333242, -0.09651128), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.32236508, -0.0026381002, -0.30787975, 0.2963127, -0.13276175, 0.1058753, -0.12744896, 0.09749292, -0.02683677, -0.0041124597, 0.006103888, -0.09997201, 0.092101686, -0.08375288, 0.09641652, 0.053333007), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.027999232, -0.060004722, -0.009207874, -0.0952888, -0.038418446, -0.13316345, 0.099323496, 0.048450433, 0.0443969, 0.056023613, 0.1156147, 0.018980766, 0.040020484, 0.07555044, 0.0039174426, -0.044098593), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.101029314, 0.33333415, -0.22052327, -0.035329416, 0.17229559, 0.12564908, -0.07879576, -0.09248896, -0.03239869, 0.022611454, 0.05610472, -0.02181683, -0.06347532, -0.077292696, 0.02005389, -0.078899406), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.028139396, -0.04349171, -0.019393284, 0.42110333, 0.37065667, 0.5282552, 0.43816927, 0.19155908, 0.051832534, 0.02050813, 0.030795977, 0.023960136, -0.27617985, 0.19165507, -0.005492024, -0.13349663), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(5.0700226e-05, 0.21293098, -0.39902148, -0.058406413, -0.06766975, 0.1129277, -0.012398328, 0.025031524, 0.03519656, 0.06486415, 0.15710293, 0.014098051, 0.057754945, 0.116186336, -0.14429826, 0.051864166), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.012280755, 0.043744788, -0.06420968, 0.012739398, 0.043073926, 0.031230433, 0.00036492705, -0.039208546, -0.09329152, 0.06928111, 0.11622664, -0.009106846, 0.111528054, -0.020315262, 0.036427997, 0.15881014), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.066635534, 0.13901882, 0.0885122, 0.1030835, 0.08539728, -0.015466482, 0.0706688, -0.1611047, 0.02179479, -0.00048529037, 0.08708685, -0.00894464, -0.13046473, -0.21456988, -0.20666413, 0.049039323), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.100800075, -0.03772198, -0.095183305, -0.15150243, -0.08743059, -0.24299338, -0.019315414, -0.1574107, -0.013610722, 0.064871654, 0.058439128, 0.008972897, 0.10339555, -0.027356634, 0.07666196, 0.048524544), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.046309173, -0.03858991, -0.13260359, 0.0017626585, 0.1453724, 0.1402359, -0.079240486, 0.13017912, 0.0629575, -0.15448172, -0.1856442, -0.044694453, -0.17226808, -0.08065212, -0.008038736, -0.15994963), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.18369722, 0.03849556, -0.035185467, -0.20205377, 0.03879293, 0.02712859, -0.051278092, 0.14862835, 0.10261192, 0.18085574, -0.025982017, -0.029160796, 0.5301373, 0.09614058, 0.35518438, -0.014906588), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.31154996, -0.06868871, -0.012681131, 0.028093819, -0.37321633, -0.14738804, 0.06060776, 0.050054748, 0.013779029, -0.020390315, -0.12487434, -0.0029474346, -0.274524, -0.09142805, 0.0132142445, 0.1577639), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.02177336, -0.020817943, -0.0111796055, -0.0046033757, 0.45033064, 0.3573757, 0.55279994, 0.602122, -0.05536106, -0.33642644, -0.1851379, -0.052192084, 0.03683446, 0.13613251, 0.20098919, -0.090587094), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.1520822, 0.37173554, -0.061298244, 0.0019386727, 0.44656134, 0.13406622, 0.39018136, 0.5722051, -0.13074401, 0.012778576, -0.2837446, 0.16098566, 0.100189455, -0.40386122, 0.17464107, -0.17862785), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.01217905, -0.24295084, 0.08192982, -0.14160301, -0.05936872, -0.003312342, -0.07542139, 0.13488367, -0.21560493, -0.14342502, -0.19195864, -0.09448305, -0.1038431, -0.075766176, 0.03226791, 0.06455397), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.076916575, -0.10891301, 0.032635316, 0.03848802, 0.15750243, 0.48169684, 0.5410635, 0.017279895, 0.012730932, -0.0059071835, 0.030766146, -0.0225503, -0.030178519, -0.05866621, 0.033593398, -0.00033098995), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.10757409, 0.2644168, -0.025696747, -0.0077012815, 0.31728277, 0.29771668, 0.2443613, -0.047722775, -0.083712585, -0.12742844, -0.3138776, -0.059888497, 0.12291351, -0.14435866, 0.051414594, -0.11889901), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.063888945, 0.002844068, -0.06129518, 0.03381495, 0.10176077, -0.11625004, -0.10745763, -0.20636752, -0.03820934, 0.01926402, -0.20310643, 0.09767577, -0.00776684, 0.13453315, -0.036967937, 0.09780335), target2);\n\n\tconv2d_2_tf[gxy] = target1;\n\tconv2d_2_tf1[gxy] = target2;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x16\n//!IN conv2d_2_tf, conv2d_2_tf1\n//!OUT conv2d_3_tf, conv2d_3_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.052450567, 0.10404023, -0.059578225, 0.009724121 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.028328063, 0.038015317, 0.14893384, 0.10103896, 0.028176744, -0.02067147, -0.10970998, 0.015726602, -0.07402682, -0.075281784, -0.012586929, 0.053476278, 0.14823362, 0.20312984, 0.24213, 0.039118115), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.009731573, -0.019011121, 0.016360838, -0.0073153526, 0.14594506, -0.0427664, -0.094225354, -0.013891855, -0.037061375, 0.024959227, -0.12289382, -0.21792257, -0.33579424, 0.052678566, 0.04346115, 0.07943186), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.0022269129, 0.013298362, -0.045071404, -0.007918287, 0.010860651, -0.073057, -0.0042394064, 0.03340809, 0.04938919, -0.024218693, -0.008147567, 0.08848061, -0.06840333, 0.10077341, -0.272586, -0.06542769), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.15929016, -0.1415167, 0.057084452, 0.06830724, 0.0046992986, 0.068573505, 0.22142749, -0.18493174, -0.1006019, -0.11373546, 0.17520057, -0.12888812, 0.05176946, -0.14703397, -0.20610721, 0.16611591), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.0069309813, 0.22358349, -0.18569049, 0.13456121, -0.21528137, 0.04618922, -0.47261322, -0.09682613, 0.5402922, 0.15818685, 0.05288464, -0.09949312, 0.21833964, 0.06652228, -0.2694682, 0.58216536), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.040808782, 0.023110595, 0.12678777, -0.09057271, 0.03159572, 0.044006016, -0.10090222, 0.09940838, -0.08454473, -0.118349984, -0.053009644, 0.24352531, -0.103818566, 0.12536442, -0.17832974, 0.25161982), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.026323501, -0.14911288, -0.0073903934, 0.06902844, 0.07188603, -0.05006621, 0.06539817, -0.048083752, -0.08032579, -0.07449341, -0.015944218, 0.032426495, 0.069349505, -0.07441237, 0.055614363, 0.065174624), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.046432327, -0.051616143, 0.017791865, -0.047294978, 0.025944458, -0.0020909954, 0.083794415, -0.055740435, -0.3720184, 0.06654654, 0.1944378, 0.07806658, 0.00870193, 0.005404396, -0.059417505, -0.06270168), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.011699918, -0.03260685, 0.016413182, -0.02199741, -0.042898953, -0.018734168, -0.12387174, 0.06405199, -0.050764065, 0.07050078, 0.006969675, 0.05508108, -0.079687595, 0.12154926, 0.071177684, 0.046873443), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.2158498, 0.03612371, -0.05268691, -0.065594874, 0.06997431, -0.07327132, -0.03323361, -0.23306306, -0.00011140713, -0.1891967, -0.017328357, 0.15796778, -0.061359044, 0.008202449, -0.031317197, -0.020873578), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.022816254, -0.014594548, 0.0064240466, 0.07976367, -0.0070318123, -0.07651652, -0.111756384, -0.2788498, 0.16634429, -0.1583179, -0.10245271, 0.10480152, 0.345051, -0.07809675, 0.046080578, -0.32139245), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.020630263, 0.032152038, 0.0019161701, 0.05435833, 0.078139454, -0.10090956, 0.14244889, 0.017286595, 0.0039871824, -0.026395446, 0.14158171, 0.0010112645, 0.17055373, -0.08093189, -0.049234428, -0.33473247), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.10982378, 0.029386539, -0.15483, -0.04345961, -0.16869037, -0.30862433, 0.060743757, -0.032285906, 0.017884266, -0.09846199, -0.090971105, -0.1693697, -0.063690096, -0.08489718, 0.18247683, -0.19921213), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.1898742, 0.22187345, -0.28495324, -0.42578775, 0.12833633, -0.2251503, -0.025917793, 0.6011678, -0.36586264, 0.23302059, -0.072634645, 0.0064221635, 0.56792957, -0.4684677, 0.05015159, 0.30121225), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.10837159, 0.14743729, -0.03639783, -0.34797576, -0.18306817, -0.07957882, -0.111433275, 0.30104128, -0.102763996, -0.01020151, 0.016333267, -0.012390819, 0.11835027, -0.12597388, -0.006298998, 0.0513052), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.23662986, 0.23325302, -0.046104953, 0.36488137, 0.06990537, -0.06887873, -0.012611426, -0.02618366, -0.05296669, 0.195254, 0.016366778, 0.01693462, -0.08488424, -0.24656284, -0.035283253, -0.15318634), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.061704446, -0.26930714, -0.24598889, 0.27657726, 0.05046488, -0.341884, 0.10704377, -0.15971762, 0.072999336, -0.2005826, -0.05874223, -0.053938035, -0.08284583, -0.22792995, 0.1027033, -0.012932447), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.029079054, 0.14774945, 0.026151389, 0.12380946, 0.08926635, -0.08387116, -0.17018612, -0.09304499, 0.086990625, -0.27579373, 0.003823722, -0.024723161, 0.08762848, -0.10080674, -0.012214886, -0.30239874), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.25756493, 0.2537789, 0.21723714, 0.0017929028, -0.014724892, 0.086692676, 0.11934202, -0.025869334, 0.008618976, -0.0046638376, -0.06863114, -0.07598151, -0.17309345, 0.009138105, -0.099874064, 0.07377463), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.39971545, 0.16774859, 0.13102596, 0.30735064, -0.060374007, -0.036933452, 0.14408773, 0.06479284, 0.03806265, 0.045560133, 0.043136165, -0.019244662, 0.17573427, -0.11398941, -0.0751098, 0.041702736), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.074492976, 0.18349282, -0.009050458, 0.0869807, -0.23123743, -0.015426683, -0.14346392, 0.005445149, -0.05322614, 0.10287576, 0.16083732, -0.09557319, -0.13891783, -0.13752605, -0.023572346, 0.13608918), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.31140685, 0.40130782, 0.07704675, 0.27509958, 0.09711739, -0.18293281, -0.14500841, -0.15334702, 0.098314695, 0.22749798, 0.006017282, -0.013669673, 0.07147038, 0.022289474, -0.036797456, -0.0013958871), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.0547557, -0.03036202, 0.65113044, 0.10668893, 0.304707, -0.1456157, 0.27668485, 0.2279428, -0.42439902, -0.0073047588, 0.045635667, 0.271637, -0.19595222, -0.28107607, 0.3905438, -0.29898256), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.076843366, 0.037181348, 0.08652873, 0.1756985, 0.03728033, -0.22783624, 0.16810594, -0.022009399, 0.16058537, 0.24559903, 0.05266939, -0.13929726, 0.15964857, 0.0013167082, 0.015017631, 0.101646364), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.3022452, 0.20052882, 0.13433233, 0.04250016, -0.15248592, 0.014216527, -0.23489903, 0.13919333, 0.22891816, -0.0053335144, -0.05567782, -0.12769286, -0.05337762, -0.11429989, -0.00882089, -0.030790573), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.11763547, 0.1073185, 0.15810886, 0.013149736, -0.028268294, -0.24712053, 0.08592036, 0.075742744, 0.19626461, -0.10880887, -0.22599675, -0.37207767, -0.032548983, -0.011045266, -0.035218395, 0.099996395), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.05631665, 0.029538663, 0.043909863, 0.13720988, 0.10980592, -0.047748722, 0.080308706, -0.06828442, 0.1144396, -0.12510885, -0.067976676, 0.030742755, 0.07134681, -0.06652312, -0.0642328, -0.034490924), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.019588284, -0.15197967, -0.16797094, -0.026324488, 0.014429439, -0.028491383, 0.059453625, 0.23443304, 0.02504347, 0.08872467, 0.032782357, -0.085310735, 0.013040259, -0.09837991, 0.073533125, -0.03544458), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.02198588, -0.09614766, 0.024655875, 0.025384603, 0.012162857, 0.065071434, 0.018112874, 0.19828922, -0.33289856, 0.011323505, 0.13696423, 0.31772846, -0.06587399, -0.05569957, -0.16469179, -0.22545892), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.009093827, 0.086783886, 0.060070645, 0.049957857, 0.041628215, 0.082412794, 0.117729135, -0.178277, 0.08326062, -0.07120824, 0.1788718, 0.050748438, -0.08952197, -0.14609487, 0.05515471, 0.14784457), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.10823147, -0.05108019, 0.092807196, -0.13899301, 0.19123949, -0.044189975, 0.0030145745, 0.08935499, -0.10338727, 0.01996205, 0.15671325, -0.08229972, 0.05603653, 0.043324884, 0.13562247, -0.11487494), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.18872134, -0.07302765, 0.030137405, 0.30928415, -0.07689583, 0.045998566, 0.45554903, -0.1653404, 0.14705873, -0.10649596, 0.46833125, 0.17608039, -0.43967086, 0.056812476, -0.17908083, -0.40455228), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.08093384, 0.032636635, 0.124594346, 0.13655491, 0.16780408, -1.4671803e-05, 0.13044862, -0.397665, -0.013273644, 0.08253894, 0.16302188, -0.052874118, 0.04073075, -0.18063635, -0.00838661, -0.31084144), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.06804371, -0.14755388, -0.12055216, -0.00437858, -0.044694718, 0.22744909, 0.012434794, 0.06245207, 0.00560859, -0.15815294, -0.19711316, 0.07711764, 0.03078979, -0.09560189, 0.10509056, 0.010651465), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.026342146, 0.13919179, -0.0030414977, 0.06607403, 0.071292974, 0.065464914, -0.027091878, 0.10620255, -0.052090824, 0.06840278, -0.08457357, 0.08867469, 0.2976581, -0.6702739, -0.15472057, -0.3066263), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.00072869845, 0.046573937, -0.08363707, 0.07867379, 0.038065, 0.01228845, 0.031746328, -0.024448024, -0.065555945, 0.1220454, 0.032151606, -0.022336006, -0.0010816467, -0.026455112, 0.112422734, -0.10285581), target1);\n\t\n\tMF4 target2 = { 0.022815697, 0.012251767, 0.045309987, -0.0879881 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.037506457, -0.06573841, -0.087879084, -0.06359248, -0.0017873603, -0.009097742, 0.010108622, 0.026364084, 0.012306545, 0.12607974, -0.088268295, 0.14034338, 0.24951904, 0.0983314, 0.03635719, -0.047059253), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.05570699, 0.11044774, 0.04827364, -0.03185735, -0.032498132, -0.062959515, 0.2933071, 0.22244357, 0.061075654, 0.0064111133, 0.011452209, 0.11576761, 0.13969804, 0.20502032, 0.1114938, 0.022496287), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.054194342, 0.000389916, -0.039589155, -0.018707246, -0.036095835, -0.06873059, -0.077109694, 0.028726012, -0.08820959, -0.109247595, -0.05745309, 0.043230128, 0.033671502, 0.16398554, 0.030398889, -0.17000203), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.09218165, -0.12813722, -0.040984686, -0.016605416, 0.054269493, 0.12971285, -0.013961638, -0.17803082, -0.014683587, 0.2502267, -0.14249405, -0.025687713, -0.097426265, -0.30111355, -0.21776466, 0.008809217), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.21033873, 0.15221386, 0.18138756, -0.08248389, -0.10091519, -0.06940753, -0.014009188, -0.3009861, -0.02452202, -0.08800422, -0.36376888, 0.18485394, 0.35076657, -0.13293292, 0.24624826, 0.39373755), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.014170062, -0.029623963, 0.057001226, 0.09269898, -0.14630881, -0.16557585, 0.06735037, -0.015008042, -0.27238864, 0.081130914, -0.07869508, 0.098087415, 0.11217335, 0.48223323, 0.18613088, -0.035602476), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.21623239, -0.1125095, -0.09964635, 0.101452544, 0.11877652, 0.13471957, -0.10402355, 0.0077938605, 0.030518647, 0.22309083, -0.2115206, 0.017967062, -0.042780407, 0.099759325, -0.10465051, -0.033807248), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.059608232, 0.06684556, 0.00039066386, 0.08542961, 0.097183906, -0.1868667, 0.07778909, -0.06172202, 0.0021662437, -0.05387577, -0.4077133, -0.028940776, 0.110816136, -0.04154161, 0.030078325, 0.072834246), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.01881586, -0.06384429, -0.054874837, -0.016731417, -0.06570834, -0.13579571, 0.0033891131, -0.059161015, -0.11559389, 0.02149361, -0.08791608, -0.008113861, 0.08313892, -0.07327947, -0.013473171, 0.13254371), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.11458958, -0.08827364, -0.025030116, 0.12626298, 0.0070429775, 0.0337767, 0.051719055, -0.09654129, -0.04867615, -0.03609001, -0.06522421, -0.044131942, -0.048825134, 0.10652733, -0.015310965, -0.07341175), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.05782829, 0.014247012, 0.12126171, 0.100055166, 0.24079333, -0.20155986, 0.1640186, -0.12158374, -0.153708, -0.24445893, -0.10536192, 0.12758626, -0.19430119, -0.019024884, -0.080120996, -0.29866305), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.017357074, 0.04390695, 0.12889594, 0.11451521, 0.03333342, -0.16417275, 0.10196121, 0.13059081, 0.09948873, 0.15007107, 0.22664218, 0.35449567, -0.089776486, 0.025239054, 0.12463201, -0.13109131), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.064875744, 0.40551752, 0.11903257, 0.14822967, 0.14993542, -0.12758526, 0.23159283, -0.06080246, -0.084577255, 0.14307548, -0.02186462, 0.05793564, -0.050965074, 0.23895216, -0.07796932, -0.1624384), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.15942748, 0.07191155, 0.42204422, 0.35219797, 0.23286703, -0.283381, -0.2749432, 0.25922084, 0.10494953, 0.14575887, -0.19649154, -0.14563714, -0.03709703, 0.023375817, -0.05610175, -0.32548484), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.04872624, -0.3592348, -0.027413938, 0.0836858, 0.046842758, -0.35193914, 0.06154142, 0.05559191, -0.22538327, -0.097689696, -0.21317257, -0.033945527, -0.23628096, -0.016477302, 0.027297588, -0.04105733), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.11543502, -0.043297376, 0.118703, 0.15013209, 0.03191795, 0.014122794, 0.05156918, 0.023102578, 0.0808462, -0.06445798, 0.15860644, -0.062393136, -0.018691704, -0.00032888897, 0.01196705, -0.025045555), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.08301664, 0.12298539, 0.20151077, 0.2993159, 0.16968682, -0.18196446, -0.13322797, -0.13693243, -0.0048389523, -0.057406515, 0.21409932, -0.060822334, -0.08554752, -0.19363636, -0.35241908, -0.32256603), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.0523748, 0.17082025, 0.08556144, 0.19181536, -0.2445756, -0.3616732, -0.01641404, -0.078599006, 0.23907976, 0.025989126, 0.07574993, -0.06859337, -0.06667767, -0.022847861, -0.037942342, -0.21112117), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.15098672, 0.024212115, -0.19068481, -0.22606348, -0.15221487, -0.032165635, -0.06244531, -0.043535717, -0.07398802, -0.06088507, -0.013834592, -0.10145823, 0.06901983, -0.0862135, -0.05545454, 0.15514566), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.044767097, -0.07583697, -0.17739761, -0.25538698, 0.0966659, -0.0013492911, -0.23315248, -0.21652249, -0.14381947, 0.017784966, -0.15960035, -0.13297895, 0.009810349, -0.041348267, 0.05443229, 0.17781278), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.0052824756, 0.087268956, -0.022167318, -0.09450279, 0.1254372, 0.075806946, 0.028893303, -0.09019378, 0.03488572, 0.046265777, 0.026162563, 0.003914548, -0.0632334, -0.19494742, -0.03602023, 0.113897055), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.11311528, 0.2616239, 0.12303548, 0.13427438, -0.26537886, 0.015112677, -0.03641703, -0.014114427, -0.023280613, 0.03626403, 0.12833157, 0.19168468, 0.2119137, -0.02374797, 0.117919676, 0.07794395), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.13746078, 0.25739196, 0.008431936, -0.053867325, -0.13228695, -0.20661803, 0.026474724, 0.3205188, -0.41819036, 0.42812085, 0.17249924, -0.15810613, 0.39602605, -0.10873597, 0.1457145, -0.060503867), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.03706167, -0.036211733, 0.06519942, -0.2123978, 0.019934088, 0.17494182, -0.017252771, -0.067341134, -0.15416612, -0.114118524, -0.00028491023, -0.08172238, -0.11722721, -0.2647645, 0.13316637, 0.13562322), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.11832847, 0.22822993, 0.020318847, 0.0734738, -0.025950216, -0.072782144, 0.11133989, 0.18845533, -0.004584898, -0.10486471, 0.054522812, -0.14136603, 0.01940983, -0.039433163, 0.008390286, 0.013686628), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.042335663, 0.0035399816, -0.1813205, -0.25639042, 0.1042524, 0.07707001, -0.04922454, 0.18140413, -0.22322963, 0.030809738, -0.11041754, -0.040288754, 0.09431559, -0.08017892, -0.18317147, -0.019331435), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.061776266, 0.0069793356, 0.019964112, -0.14504445, -0.00070097746, -0.027107855, 0.030182542, -0.05625612, -0.04958449, 0.123165295, 0.0013953283, 0.017912487, 0.031161329, -0.31798717, 0.018331604, 0.030411277), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.0530594, -0.07933117, 0.024755973, 0.004785411, 0.045512546, 0.12833083, 0.023195961, -0.018028054, 0.014223835, 0.102213494, 0.052169293, -0.020509718, 0.017905682, 0.021354724, -0.0410789, -0.066523656), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.017061293, -0.08770806, -0.04889939, 0.01825556, -0.03228951, -0.06838898, -0.09249373, 0.18103507, 0.087000825, 0.04175679, -0.09305919, -0.2792485, 0.03405797, 0.062147446, -0.04757652, -0.021603985), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.04115162, 0.02547615, 0.07033616, 0.09814065, 0.2597489, -0.0335038, 0.14097647, 0.047022782, 0.1374654, -0.27390274, 0.02080897, -0.15251215, -0.025431091, 0.08871465, -0.22243279, -0.07792812), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.061674852, -0.051326606, -0.04885301, 0.08548189, -0.07100394, 0.044875987, -0.19810183, -0.09841128, -0.06628199, -0.041564234, 0.1111919, -0.044448826, 0.06980301, 0.00046094303, -0.045978926, -0.20736355), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.18405268, -0.28115878, -0.33536536, 0.0753763, 0.028309148, 0.0014874876, 0.28369543, -0.2133985, 0.16520546, 0.29562506, 0.109781906, 0.028433772, -0.02691105, -0.39038795, -0.12942268, -0.080103286), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.05387814, -0.04672615, 0.046064686, 0.2791977, 0.11359623, -0.204098, -0.018091407, 0.13550591, 0.04216003, -0.1631328, -0.043013666, -0.045698896, 0.032403514, 0.010206319, -0.25789943, -0.36328712), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.11280466, 0.11671405, -0.02122692, 0.021664057, -0.07836575, 0.014747725, 0.030007286, -0.10128616, -0.13695373, -0.10353946, -0.043571353, 0.05922437, -0.11293257, 0.0828006, -0.07322761, -0.08197273), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.0010509897, -0.1674067, 0.08191839, 0.056608744, 0.061343428, 0.19574693, 0.05302967, -0.006813754, -0.016064182, 0.22949885, -0.06631832, 0.034382205, 0.12674272, 0.06583508, 0.19319807, 0.011400221), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.032175347, -0.021227444, -0.027698517, 0.067299634, 0.23929007, 0.20669897, 0.004856941, 0.0009404045, 0.04919408, 0.020296812, 0.012571405, -0.16185577, -0.012276781, 0.16609742, -0.15718406, -0.20344186), target2);\n\n\tconv2d_3_tf[gxy] = target1;\n\tconv2d_3_tf1[gxy] = target2;\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x16\n//!IN conv2d_3_tf, conv2d_3_tf1\n//!OUT conv2d_4_tf, conv2d_4_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.08911729, -0.027969634, -0.010653148, -0.08001697 };\n\ttarget1 = MulAdd(a1, MF4x4(0.010501252, -0.046741538, -0.0017120431, -0.04840009, 0.20547974, 0.3366821, -0.10182207, 0.17451541, -0.03404171, -0.15138055, 0.16771653, -0.07168161, 0.102572344, 0.08266354, 0.20205829, 0.13429944), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.05584234, 0.06844309, 0.025430907, 0.124140054, 0.36385667, 0.12099467, -0.41671994, 0.085477844, 0.19748127, -0.21473993, 0.005037813, -0.3973761, 0.04669592, -0.100342326, -0.09403772, -0.034248166), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.17654696, 0.009085064, 0.028360577, 0.033909567, 0.09377573, 0.27896938, 0.103994116, 0.0008595595, 0.064523555, 0.040994007, -0.06337235, 0.05662917, 0.0037455747, 0.017608117, -0.14610702, 1.2175746e-05), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.04631749, -0.14251712, -0.16420849, -0.16259338, 0.46187812, 0.17576592, 0.00049142196, 0.029193122, -0.003925961, -0.11218227, 0.007026237, -0.20583045, -0.0010964901, 0.19355829, 0.2221649, 0.1187224), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.041567978, -0.31510913, 0.01618704, 0.04979329, 0.101294376, 0.16356954, 0.21361789, 0.20735294, 0.1900854, -0.4151726, -0.30471593, -0.59483325, 0.033624128, 0.11495109, -0.15194787, 0.4920959), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.18910064, -0.06516878, -0.20508374, -0.063928686, 0.7289614, 0.26674315, 0.2929481, 0.4026098, -0.033123735, -0.090371035, -0.029094126, -0.15197921, -0.08723726, -0.060160585, -0.07908409, -0.08826931), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.08321312, -0.09749648, -0.08783197, -0.23072585, 0.24343425, 0.10888949, 0.17419606, 0.04136083, 0.0066000987, -0.06112787, -0.12176007, -0.20907228, -0.0008522778, -0.054704696, -0.07197735, -0.0877179), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.40559706, -0.3801705, 0.05970925, -0.6157092, 0.28944594, 0.1252121, 0.403247, -0.122819394, -0.096336536, -0.2324694, 0.05980106, -0.19970767, -0.16646989, -0.10164633, -0.09282806, -0.08897996), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.14336498, -0.12967408, -0.016268672, -0.021431219, -0.0850116, 0.37105832, -0.04093888, 0.08540873, 0.035717323, -0.07282701, -0.009123291, -0.0036565473, -0.02508944, -0.087611906, 0.03604423, -0.00089080486), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.1373875, 0.05283984, -0.11992707, 0.102294855, 0.3305128, 0.044920854, 0.31622922, -0.04711731, 0.001336024, 0.022799017, -0.062343203, 0.017140022, -0.07556853, -0.12864219, -0.25721326, -0.20741239), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.22062224, 0.09266222, 0.22466063, 0.18527372, -0.06940306, 0.1317168, 0.019784274, -0.07422301, 0.04061616, 0.0022494853, 0.21723995, 0.24732308, 0.14088804, 0.0116154915, 0.102064446, 0.020701224), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.025154127, 0.045180723, -0.05877639, -0.099235624, 0.13630918, 0.24653725, -0.05723323, -0.022995364, -0.10826078, 0.049667366, 0.12618053, 0.1557369, 0.037487056, -0.22215757, 0.005912914, -0.20549043), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.09641055, 0.098845296, -0.08192096, -0.03691394, -0.18450394, 0.29955688, -0.082493715, -0.06268039, -0.0754319, 0.21018648, -0.016580105, -0.1810546, 0.13857666, -0.0327626, 0.03161804, -0.32589525), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.18272439, -0.17595461, 0.047229152, 0.14596708, 0.40453747, 0.5658558, -0.17969102, 0.21557859, -0.34232348, 0.40355968, 0.53874254, 0.0012561383, 0.28154096, -0.06745097, -0.13049632, 0.42997465), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.081179485, -0.0041369614, -0.12001932, -0.102107175, -0.050293338, 0.29165673, 0.08062538, 0.22925815, 0.19389379, 0.28463286, -0.057207666, 0.23133168, -0.07545728, 0.06729763, -0.103593476, 0.014468794), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.069821335, -0.010299579, 0.069458775, 0.03894593, -0.054688405, 0.32758355, 0.13935772, 0.37506017, 0.24083133, -0.06105339, 0.25636867, 0.09627044, 0.08939188, 0.006728639, 0.10629504, 0.07887502), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.10563019, 0.077379815, 0.045456886, 0.09303406, 0.11326298, 0.28762257, -0.35142374, 0.10285745, 0.28762287, 0.3592446, 0.23816557, 0.22676824, 0.030372012, -0.028023086, -0.30956736, -0.27588373), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.110499, 0.009828844, 0.086689755, 0.1839749, 0.16656482, 0.083707325, 0.19506347, -0.01547141, 0.13804145, 0.2206598, -0.16484791, -0.0021595939, -0.06844408, -0.07861768, 0.040771082, -0.13347322), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.02667995, 0.019265587, -0.18211095, -0.102116466, -0.042541366, -0.07700912, -0.020587347, -0.03532171, 0.14816427, -0.1672272, -0.17522137, -0.04657808, 0.013430233, -0.0021270285, 0.109880306, 0.004838907), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.14285165, -0.1364756, 0.017568532, -0.27690783, -0.015461915, 0.045437083, 0.018187419, 0.12473493, 0.17991658, -0.15642665, 0.10009151, -0.19040193, 0.1734127, -0.13817501, 0.0710856, -0.12921426), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.14114712, -0.18893671, 0.16121174, 0.035988737, 0.17872387, -0.106395856, -0.23183517, 0.012380416, 0.043066982, -0.28539032, -0.049011275, -0.21125022, -0.11976977, -0.015564958, 0.18880925, -0.0034812456), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.05894521, 0.17266215, -0.0458901, 0.08049924, 0.0156061025, -0.0047465423, 0.09714626, 0.045990974, -0.08786066, -0.37803304, -0.19629405, -0.08546443, 0.014874948, 0.16931784, 0.24799919, 0.06316819), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.28352743, 0.29973608, -0.014540065, 0.2865005, 0.048086923, 0.18976144, 0.22969759, 0.1643124, -0.11259408, -0.107592925, 0.184308, 0.30998367, -1.0860825, -0.29118305, -0.51242536, -0.38492215), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.17199941, -0.14274743, -0.14213641, -0.1691383, -0.17294803, -0.013992068, -0.12135059, 0.082377024, -0.11255549, -0.124990575, -0.32526177, -0.08199375, -0.25591666, 0.1882329, 0.07895415, 0.22012262), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.026025832, -0.07267515, 0.09738688, 0.074536435, -0.060470507, -0.037861936, 0.0507819, -0.054857653, 0.0043173633, -0.18107842, -0.02996759, 0.04072402, -0.012617744, 0.061665237, 0.0013981885, 0.08679919), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.27913737, 0.39656082, 0.1579819, 0.2774727, -0.007996453, 0.08704765, -0.016933938, 0.07066135, 0.12361742, -0.20802726, -0.13705719, -0.18794124, 0.037409827, -0.03351758, -0.2970392, -0.11001984), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.027419567, 0.043236237, -0.19843115, -0.056489736, -0.017010912, 0.070949584, -0.14881176, -0.0780235, 0.0039477753, -0.16772608, -0.009547604, -0.14060417, 0.0103197545, 0.07129672, 0.034949142, 0.014112084), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.06467971, 0.084101565, 0.26296136, 0.08878442, -0.11232121, -0.054373942, -0.17263442, 0.046408508, 0.032239515, 0.042490713, 0.036938053, -0.034339923, -0.07139367, 0.032505415, 0.0045828503, 0.24428385), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.053585388, -0.08175568, -0.04787236, 0.06061965, -0.0740297, 0.11113596, -0.12467945, 0.08229154, -0.01941305, 0.12903687, 0.09095716, -0.13062255, -0.0102068605, 0.107291475, 0.030279635, 0.07464777), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.11041978, -0.0123585425, 0.11147018, 0.07380536, 0.06632908, 0.011784447, 0.029638765, -0.01566135, 0.009105331, 0.05252663, -0.17972581, 0.01210126, -0.10749957, -0.028144639, -0.105761215, 0.083784826), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.058018316, 0.15083058, 0.2725673, 0.024263225, -0.067711554, 0.051117413, -0.31144425, -0.15761986, 0.017503206, -0.14361219, -0.38261738, -0.20354146, -0.04211545, 0.12921454, -0.01319619, 0.35809723), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.107978396, 0.3230084, -0.13806303, 0.12903036, 0.039864987, -0.006241628, 0.18701774, -0.10785807, 0.30056882, -0.3092082, -0.4273322, 0.3784662, -0.026107281, 0.23165871, 0.35258314, -0.06654702), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.15840323, 0.15210885, 0.04086692, 0.19169305, 0.11847602, 0.0009038581, 0.095951624, 0.043941673, 0.1512248, 0.0749449, -0.027045414, -0.19729601, 0.08265063, -0.045218006, -0.10732461, 0.05197371), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.13637526, 0.28841978, 0.10298119, -0.005948496, 0.020897362, -0.02186902, -0.16207378, -0.021084815, 0.029192554, 0.07076991, -0.07210881, -0.06752328, 0.0006557475, 0.08986717, -0.29430988, 0.21411087), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.18667863, 0.3117322, -0.0859705, -0.038189936, 0.10214859, -0.11244034, 0.2680223, -0.072901204, -0.07434324, -0.17855306, 0.23134363, -0.055360887, -0.020968167, 0.0858459, 0.078975916, 0.13254759), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.15676941, 0.03476677, -0.09922334, -0.15847856, -0.0033982224, 0.020932984, 0.12874377, 0.048792202, 0.06521213, 0.12456798, 0.15958112, 0.15981804, 0.07657683, 0.1759313, 0.012727211, 0.120304115), target1);\n\t\n\tMF4 target2 = { -0.04928105, -0.003357327, -0.03886671, 0.076106146 };\n\ttarget2 = MulAdd(a1, MF4x4(0.003206617, 0.04896987, 0.049652386, 0.10869342, 0.36313584, -0.070666805, 0.93581825, -0.52484274, -0.14278883, 0.064016834, -0.05534331, 0.02961736, -0.1319316, 0.05740655, 0.2405951, -0.12313382), target2);\n\ttarget2 = MulAdd(b1, MF4x4(0.014092832, 0.07058761, -0.07887866, -0.27478936, -0.31456405, -0.31036922, -0.18380909, -0.11277979, -0.034889866, -0.37914017, -0.056245584, 0.24008954, -0.03414483, -0.023189066, -0.010568316, -0.004604883), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.15443979, -0.050161768, -0.012300917, -0.08834887, 0.082193285, 0.06878423, 0.1478042, -0.3774468, -0.18659878, 0.14238152, 0.033605397, 0.13560006, -0.032682173, -0.024561955, 0.05656941, -0.034246165), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.04691462, 0.064624496, -0.15950382, 0.16081297, -0.1417951, -0.109690994, -0.021205869, 0.19361454, -0.006306647, 0.3401972, -0.00014070333, 0.11619607, -0.13437814, 0.05464789, 0.37712076, -0.12470751), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.40016884, 0.010666597, -0.005395378, 0.51084363, -0.009875391, 0.3969395, 0.47768033, -0.3392299, -0.1509509, -0.057620626, -0.1834601, -0.09998148, 0.10095897, -0.2213528, 0.02546703, -0.28506726), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.26652217, -0.106772706, -0.12609608, -0.0949661, -0.10869194, -0.55331933, -0.011515521, -0.27978876, -0.2124893, 0.03954004, 0.1691768, 0.05590268, 0.1539662, 0.10703386, -0.027286088, 0.2168544), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.04862511, 0.06919758, -0.12962708, 0.016036907, -0.030030789, -0.20159967, 0.0013158675, -0.07799172, -0.032236706, -0.0035921712, -0.085437834, -0.025374755, -0.06251374, -0.009269627, -0.07519051, -0.01884611), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.23940067, -0.19496065, -0.05494683, 0.11601073, -0.074225076, 0.24976431, 0.41665986, 0.12029472, 0.16815041, -0.115868434, 0.06333614, 0.032145746, 0.15990137, -0.14886795, 0.034102913, -0.07727595), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.14702639, -0.013711502, 0.011437429, -0.11201445, -0.2582659, 0.34539905, 0.058082145, -0.18346462, 0.0027891365, 0.072565466, 0.12716974, 0.050636146, 0.092657596, 0.08541754, -0.1266164, 0.027881607), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.043362036, 0.020758621, 0.09906072, -0.22401148, -0.19104514, -0.25774476, 0.074128486, 0.08558291, -0.075419895, 0.20380639, 0.06398196, 0.015925938, 0.089786015, -0.100721814, -0.1374862, 0.26110905), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.12547149, 0.08151811, -0.15953775, -0.33995447, -0.50784314, 0.46155545, 0.24986996, 0.03404644, -0.047789436, -0.12438347, -0.14143273, -0.17951359, -0.08057819, 0.023863006, -0.008539273, -0.06775414), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.1430169, 0.056971863, -0.021576611, -0.045342956, -0.22356391, -0.15344621, -0.0467977, -0.22970036, -0.0125351725, 0.16957329, -0.0069183917, -0.013949834, -0.048609708, 0.05261722, 0.023262242, 0.2123519), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.019523792, 0.008228363, -0.04616012, -0.14341992, -0.19307113, 0.005937241, 0.24048887, -0.04279845, 0.022574252, 0.15558265, -0.035000063, 0.18318397, -0.05392528, -0.26044658, -0.13493988, 0.056433514), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.28926027, -0.17381874, 0.07685766, -0.0061521684, -0.47455552, -0.49213487, 0.36924496, 0.29042044, 0.201094, -0.14280887, -0.4531411, -0.52902204, -0.28123, 0.1401882, 0.32054895, -0.11357518), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.14173324, -0.12069898, -0.07242415, 0.105665006, 0.017373435, -0.056042343, 0.07270201, 0.022111928, -0.01106541, 0.01666006, 0.013564169, -0.36628693, -0.25450787, -0.28179473, -0.04721874, -0.21912882), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.09464695, -0.027919646, 0.13088459, 0.17504032, -0.101641014, 0.29687008, 0.08832321, 0.020538324, -0.15108941, -0.21930224, -0.026915176, -0.07078217, 0.10723033, 0.034364715, 0.18183397, -0.119012214), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.21713468, -0.0846604, 0.046551514, -0.14989382, 0.08672032, -0.07933831, 0.08093595, -0.064147756, -0.15980323, 0.50000644, -0.091568656, 0.03201994, -0.1848647, -0.0646309, 0.03288009, 0.046442386), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.053532355, -0.054523747, -0.040242642, -0.31438905, 0.06452703, -0.18785381, -0.14987698, -0.067642935, -0.19892459, -0.057256676, 0.05943023, -0.17331842, 0.02588534, 0.13134238, -0.07121775, 0.23446162), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.20633182, 0.01686198, 0.17934167, -0.02063493, 0.042606052, -0.05289458, 0.031508356, 0.00082803797, 0.0756423, -0.047548845, 0.01456339, 0.15910533, -0.20119642, 0.029213727, 0.111036316, -0.047010012), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.09258436, -0.27904224, -0.086695746, 0.33095327, -0.20126075, -0.050745636, -0.048944805, -0.10536587, -0.012995092, 0.07926994, 0.15071853, -0.13644052, -0.05188447, -0.06750699, -0.14227037, 0.028751127), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.18562223, 0.10250865, -0.17573993, 0.20434102, -0.05187468, -0.06441594, -0.052127104, -0.01925564, 0.02927959, -0.12711872, 0.059629507, 0.15696885, -0.010168965, 0.09971862, -0.03177664, -0.022744441), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.21474063, -0.15679085, 0.09609374, 0.109079376, -0.049934637, -0.07393633, 0.16688468, -0.018888129, 0.04240162, -0.31895876, -0.106516436, 0.20008606, -0.054410245, 0.028970616, -0.18008347, -0.013362003), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.37891293, 0.042730846, -0.24735828, -0.5234527, -0.3681344, -0.06609157, -0.14993733, -0.020316398, 0.123008475, 0.29632482, 0.32149333, 0.35999274, -0.18967044, 0.46154186, -0.016041815, 0.097378336), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.14873263, 0.07600569, -0.051758345, 0.1803135, -0.23121934, 0.13574593, 0.043973465, -0.13992754, -0.061972607, -0.124083005, -0.049196843, -0.07700431, 0.21572952, -0.25241727, 0.1218322, -0.07773728), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.040287063, 0.024240922, 0.021917762, -0.050616946, -0.023174169, 0.05977014, 0.018892275, 0.04014965, 0.11715485, 0.062129, 0.024620812, 0.013617107, 0.075699426, 0.1858111, -0.11769179, -0.08085602), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.3194255, 0.08695645, -0.09453595, 0.2564516, 0.02192303, 0.08167247, -0.06257352, 0.043801844, 0.04392246, 0.2020571, 0.045180902, 0.18857521, 0.1835961, -0.043788187, -0.08768916, -0.14755538), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.22074097, 0.13768476, -0.16183749, 0.059949517, -0.011375954, 0.08581876, 0.004800447, 0.019403988, 0.014646056, 0.07363176, -0.058036458, 0.0706421, 0.08082624, 0.17740329, -0.05484784, 0.050796065), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.032330472, -0.067666024, 0.18980837, -0.19077848, 0.1111905, 0.03855666, -0.11272314, -0.00577739, 0.17697452, -0.053044144, -0.07510145, 0.061853852, -0.024240626, 0.14846492, 0.14804313, -0.20275854), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.17133904, -0.16356844, 0.1978664, 0.13877816, 0.28208038, 0.031539194, 0.11313891, -0.0014802719, 0.0033749861, 0.046372313, 0.054808807, -0.0024151779, 0.0068782056, -0.16414621, -0.07545907, -0.2521294), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.1746992, -0.037628956, -0.0044012754, -0.004390821, 0.0050341445, -0.112742625, 0.051241755, 0.01984483, 0.0003531837, 0.043500375, 0.030881992, 0.003503799, 0.13611782, -0.02509031, -0.007503557, -0.009321301), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.087250136, 0.12374122, 0.2959519, 0.11314702, 0.22080182, 0.106726184, -0.29768205, 0.14931595, 0.23356548, -0.008709153, -0.0797829, 0.046940215, -0.07027616, 0.20533602, 0.0723021, -0.1963585), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.00609982, 0.35277408, -0.22781096, -0.28912535, 0.42393112, -0.07654207, 0.12636793, 0.049337976, -0.0967726, -0.19349189, 0.36800626, 0.09745645, 0.47663373, 0.03876107, -0.042987954, 0.016161885), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.047490966, -0.05823166, 0.036158644, 0.025337253, -0.046618905, 0.108276576, -0.024148034, 0.0026794411, 0.1497962, -0.09328474, -0.03160641, 0.24351281, -0.05198027, 0.030720685, 0.00014528916, -0.2224931), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.007338369, 0.18710312, 0.14617369, -0.0070655346, 0.10464997, -0.029674934, -0.11842202, -0.09114357, 0.08524458, -0.08082762, 0.06479597, -0.023760766, 0.07523641, 0.0067315935, 0.101266846, -0.2780903), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.14181875, -0.19523518, 0.1068169, -0.10284853, 0.11634046, -0.117397435, 0.09113022, 0.009371062, -0.022120507, -0.1127032, 0.092574745, -0.021989716, -0.088107705, -0.13541982, 0.08130504, -0.0678927), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.09948295, 0.23699793, -0.042369924, 0.16744529, -0.10045506, -0.045623623, 0.04871897, -0.0023967526, 0.02602692, -0.089873284, -0.050681606, -0.09332558, -0.09596149, -0.06988313, 0.0007193808, -0.11936899), target2);\n\n\tconv2d_4_tf[gxy] = target1;\n\tconv2d_4_tf1[gxy] = target2;\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x16\n//!IN conv2d_4_tf, conv2d_4_tf1\n//!OUT conv2d_5_tf, conv2d_5_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.0095873345, 0.04959374, -0.15246227, 0.0044831373 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.13425097, -0.23487093, 0.2480183, -0.2806276, -0.041303713, 0.100773126, -0.110890545, 0.036205858, -0.331331, -0.12929262, 0.16300063, 0.3776673, -0.20316373, -0.011239426, 0.10650887, -0.027857736), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.09517376, -0.3004956, 0.05033304, -0.07464521, 0.009204248, -0.23034886, 0.30492118, -0.1215848, 0.15728685, -0.10430078, 0.04038878, 0.08034804, 0.04320418, -0.2929594, -0.018968396, 0.02542387), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.10651935, -0.2736715, 0.19267319, -0.033337504, -0.06697293, 0.028424729, 0.047814637, 0.44929537, 0.02565344, -0.253426, -0.040931404, -0.05018104, 0.032979824, -0.035349697, -0.039578713, -0.3116414), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.09176126, 0.031713437, 0.24861507, 0.31351718, 0.36284143, 0.3622709, 0.16165464, 0.07319267, -0.6303202, -0.21209712, -0.02169929, 0.037275597, -0.1295319, 0.033090707, -0.029330662, 0.054679472), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.15021572, -0.15177831, 0.1318225, 0.46864823, 0.059443284, 0.07404233, 0.22612074, 0.21105285, 0.319694, 0.09397257, 0.14277866, -0.0235649, -0.037205156, -0.40715128, -0.18572816, 0.058741573), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.122751735, -0.20926422, 0.2099333, -0.11627138, 0.04171681, 0.0669586, -0.03831368, 0.27334675, 0.0492008, 0.12854317, 0.03308622, 0.45236585, 0.03122829, 0.13853219, 0.05084764, -0.3965012), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.0019293908, -0.15562099, 0.12418126, 0.0045440597, 0.05442391, -0.15613738, 0.14828286, -0.17687118, -0.053517755, -0.33350968, -0.062314924, -0.31358472, -0.09670371, 0.043190923, 0.008150662, 0.09928506), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.06698031, -0.099411525, 0.24259582, -0.1073659, 0.06762824, 0.059605874, -0.20944163, -0.1598055, 0.32746908, -0.17759447, 0.2859796, -0.1274256, 0.30796206, -0.00791448, 0.114059694, 0.14775705), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.16291203, -0.14958477, 0.14716864, 0.2056065, -0.019337546, 0.032286238, 0.0030445335, -0.08208513, -0.14208078, 0.13601872, -0.23367858, -0.19092909, -0.20207883, -0.016950991, 0.009309007, 0.1376546), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.11093091, -0.32362202, -0.041845415, 0.029758021, -0.07261404, -0.048653398, 0.19167832, 0.09343212, 0.030472826, -0.15078579, -0.0056376588, 0.0045257527, -0.24521805, -0.10473077, 0.11163019, -0.1724187), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.08601668, 0.16612485, -0.07751539, 0.07261594, -0.19028407, 0.23896623, -0.10416726, 0.23500614, 0.1955228, 0.08699591, -0.049277775, 0.13447775, 0.19434914, -0.11481196, 0.088043146, 0.13352895), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.013221233, 0.07521129, 0.042819552, -0.11163175, 0.066080205, -0.25043094, -0.010348969, -0.013258202, 0.09444396, 0.29623637, 0.025016114, 0.050744686, -0.12219596, -0.0735393, -0.024817836, -0.06897588), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.25720942, 0.19861753, -0.18535058, 0.12190362, -0.33756095, -0.0038898317, 0.09739055, 0.41227046, -0.10030796, 0.025445882, -0.23542109, 0.08677691, 0.08140194, -0.22716106, 0.14016968, -0.0927231), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.58745646, -0.12533307, 0.30129984, 0.08898194, -0.07972344, -0.37581098, 0.06863413, -0.13185541, 0.21801205, 0.31779078, -0.3804784, -0.3200699, 0.14534226, 0.05912262, 0.07938948, -0.34869507), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.024675166, -0.067802526, 0.030065436, 0.06509131, 0.14367498, 0.022554757, 0.014991865, -0.029914752, 0.5123549, -0.012557206, -0.13014166, -0.34184244, -0.09080884, 0.13782553, -0.018931886, -0.35642785), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.37336427, -0.02705006, 0.14392053, 0.024049882, -0.024705589, 0.14556128, -0.12120506, -0.06275598, -0.1284325, 0.11409197, -0.08397436, -0.075944416, 0.056465942, 0.04016099, 0.096723564, -0.08359723), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.20243345, -0.09287934, -0.11676041, 0.005206654, -0.2879361, 0.41677123, -0.16924824, 0.22429213, 0.082279116, -0.1780833, 0.20209241, 0.12970525, -0.030272234, -0.19200714, 0.0015769673, -0.1389732), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.04211243, 0.07331798, -0.055724114, 0.04086206, -0.04635456, 0.027212424, 0.021861525, 0.12424812, 0.43009162, 0.021664696, 0.20828371, 0.11859106, 0.07390811, -0.1861182, 0.034559406, 0.18561925), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.22596797, 0.025346763, -0.056839246, 0.09137385, 0.07363095, -0.12382036, 0.08911783, -0.012355983, -0.07869761, 0.051298574, 0.00816572, -0.044984274, 0.07962154, -0.2254524, -0.007821531, -0.04936664), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.06265961, -0.17783198, 0.11678783, -0.12965304, 0.014506855, -0.17513473, -0.23593299, 0.14054537, 0.1580306, 0.31872272, -0.0042505316, -0.070422255, -0.01316396, 0.0058355615, 0.062464185, -0.06086727), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.079526044, 0.23932967, -0.1139716, 0.15888569, 0.06526993, -0.06958436, -0.04070066, -0.12081254, 0.026716579, 0.014887845, 0.0061467467, 0.127956, 0.040913627, -0.0032820841, 0.086145625, 0.22520025), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.25577608, 0.02553098, -0.14822578, -0.11907723, -0.09787419, -0.03544863, -0.08098151, -0.01305555, 0.20404844, 0.11294246, 0.10096346, 0.15795162, 0.2554626, 0.09361069, 0.001985862, -0.0051444587), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.24454486, -0.014714279, -0.2954907, -0.39995646, -0.15907967, 0.30107877, -0.34781745, 0.095281735, -0.12492393, -0.28375402, -0.16872306, 0.2531788, -0.52085644, 0.35986066, 0.07716912, 0.09565738), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.2493129, 0.06395661, -0.09491958, 0.19702488, 0.109871864, -0.051376317, 0.15404263, -0.21282886, 0.1188967, 0.07824094, -0.016752928, -0.14027214, 0.10949832, -0.27629098, 0.081909016, 0.1354018), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.18950915, -0.034574565, -0.10378051, -0.15800652, -0.06835184, -0.06987467, 0.035007782, 0.04686656, 0.054061133, 0.014833506, -0.0035361175, 0.016156103, 0.120767444, -0.10196722, 0.10668838, -0.09058739), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.032248627, 0.056413256, 0.042716432, 0.06681831, 0.047605485, -0.07629479, 0.14311917, -0.06909803, 0.10640394, 0.10701861, -0.0051839007, -0.15133362, -0.32146424, -0.039978918, -0.12280021, 0.0048507582), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.1954503, -0.09257865, 0.11023244, -0.01817947, -0.0035485283, -0.015536726, 0.0071826433, 0.042538714, -0.015454641, 0.079593316, -0.07242554, 0.031178504, 0.2319168, -0.10519467, 0.013837495, -0.040088437), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.12625901, 0.04531166, 0.038758352, -0.05790713, -0.10029771, -0.118265375, -0.23944628, 0.11955388, 0.070732996, 0.19404806, -0.019913414, 0.04609079, 0.06262817, 0.022330387, -0.029681094, 0.03719176), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.07737922, 0.0024623116, -0.037666153, -0.19271135, -0.015002153, -0.0059966356, 0.0024538909, -0.0401021, -0.18540399, -0.11140236, -0.11102473, -0.06390247, 0.016754225, 0.35000673, -0.19139731, 0.07363001), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.02150171, -0.2311761, -0.025124706, 0.16819553, -0.0013348719, 0.32091036, -0.061826598, 0.12579474, -0.036611024, -0.018266583, -0.11280143, 0.11073158, 0.050171874, -0.14706045, 0.029553955, 0.0052631944), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.19249865, -0.22854832, 0.09472751, 0.014705341, 0.059496958, 0.13427268, -0.06309558, -0.07153743, -0.31890163, -0.0657967, -0.040345218, 0.09544393, 0.07359761, 0.11245483, 0.00033233972, 0.031550154), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.24668917, -0.37181908, -0.50614715, -0.101197146, -0.1569055, 0.27734125, 0.17144768, -0.04336267, 0.03658949, 0.06747124, 0.30720958, 0.56301194, -0.11314631, -0.29258573, 0.16256689, 0.5221001), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.022761503, 0.13063031, 0.002526217, -0.03466151, -0.15225072, 0.40217137, -0.089131154, 0.19195192, -0.1379853, -0.04640692, 0.104670234, 0.12268618, -0.012009209, -0.20534724, 0.028777445, 0.22195113), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.23697586, 0.08793654, -0.10565018, 0.013993297, -0.025932996, -0.13859354, 0.14333159, -0.099132575, -0.049601994, -0.0917448, -0.0021633878, -0.009032609, -0.034750953, -0.30761167, 0.058994945, -0.19427797), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.26944515, 0.30523893, -0.17787015, 0.10827742, 0.06457236, -0.12202401, 0.15371302, 0.011699893, -0.06253491, -0.10976804, -0.37283847, -0.23996784, -0.2750512, -0.024101513, -0.094127975, -0.17462716), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.026286924, 0.06250577, 0.095423855, -0.02849258, -0.12916361, -0.10954709, -0.05825132, -0.102924265, -0.19550376, -0.11730307, 0.032346163, -0.17682706, 0.16651174, 0.031927045, -0.004800601, -0.06323844), target1);\n\t\n\tMF4 target2 = { -0.001935585, 0.05018077, -0.0154469935, -0.034524206 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.021453971, -0.108874515, 0.0005208881, -0.09774453, -0.0053757126, 0.20114918, 0.24454592, 0.04932251, -0.0037210248, -0.0240578, -0.07736935, 0.27604944, -0.12430849, -0.13093218, -0.014840212, 0.13450128), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.19143668, -0.23023333, -0.10232715, 0.24396868, 0.056112397, 0.14535592, -0.25882182, -0.26274678, -0.23119931, 0.07735849, -0.14785223, -0.21026523, -0.2064457, -0.34512606, -0.17808662, 0.30146623), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.0072161015, -0.013303738, 0.07591899, 0.027883789, 0.210858, 0.1422139, -0.027882019, 0.2618474, -0.048504543, 0.07377317, -0.05427271, -0.10014041, -0.12974857, -0.13140713, -0.02249253, 0.08203184), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.07855138, -0.13984342, 0.10037151, -0.056781758, 0.24686107, -0.0048190085, -0.2693424, 0.31722167, -0.28716075, -0.06422215, -0.06738793, -0.06723655, -0.08194382, -0.007975044, 0.20108353, -0.13338897), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.35129568, 0.27930936, 0.024239251, -0.10712293, 0.48684034, -0.04380574, -0.0064479653, 0.03754327, -0.13139078, -0.44939983, -1.0460628, -0.016004754, -0.14476573, -0.07113434, 0.515311, -0.400374), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.13104302, -0.23410062, 0.091530964, -0.003652217, 0.16696814, 0.16406855, -0.08138474, 0.047526445, 0.25358474, 0.37850454, 0.0362802, -0.046476766, -0.093869686, -0.4143772, 0.08641024, 0.115896136), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.04416574, -0.052188106, 0.05141859, -0.008132604, -0.013658864, 0.1021097, 0.19391364, -0.09257973, 0.15225394, -0.16920799, -0.16172324, 0.41466942, -0.07087308, 0.08632938, -0.07496043, -0.023530172), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.09337352, 0.062108494, -0.219173, -0.046151914, 0.22507025, -0.08966131, -0.123690315, 0.08666376, -0.10731867, -0.08518657, 0.024199447, 0.17898631, 0.120247275, 0.089923285, -0.08756211, 0.1775775), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.20326594, -0.060535498, -0.061659336, 0.113954924, -0.073462196, 0.15917051, 0.11728326, -0.072256014, -0.0752342, 0.06265616, -0.19494365, -0.25413772, -0.06641352, -0.015642308, 0.16825356, 0.0027654327), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.17029639, -0.05388927, -0.13159063, 0.0795609, 0.00501164, -0.0703107, -0.08229201, 0.07546247, 0.092942156, 0.059050936, -0.07987315, 0.010874322, 0.037708692, -0.0017377702, -0.030414931, 0.28946167), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.2692667, 0.2258295, 0.062060453, 0.1934921, -0.023051793, -0.038611185, 0.21473692, 0.33520013, 0.029885106, 0.103782356, 0.05217351, -0.13349791, -0.034186684, -0.3015818, 0.033423528, 0.21218027), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.013587494, 0.021273775, -0.022650799, -0.011939531, -0.11202949, 0.09365859, -0.042938907, -0.009910716, 0.27254924, 0.07752608, 0.029586637, 0.024899973, 0.04375618, 0.31453863, -0.006775175, 0.008228053), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.49562672, -0.12472124, -0.13618441, 0.09660054, -0.2275429, -0.0902811, 0.18311924, 0.11677185, -0.13325182, -0.061613016, -0.011462703, -0.12538978, 0.054934092, 0.06742866, 0.25515345, 0.35692096), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.5266911, -0.09655596, -0.41069564, -0.3174325, 0.1431904, -0.17732115, -0.36320353, 0.37975433, -0.5158582, -0.21019879, 0.06852925, -0.06648648, -0.18956456, -0.018139647, 0.35707653, 0.07378416), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.04151976, -0.037361674, 0.06936584, -0.10462262, -0.22264048, -0.043842267, -0.12742832, -0.21778631, 0.0715335, -0.17921853, -0.3856251, -0.16335362, 0.21045755, -0.5026229, 0.14405337, 0.23096423), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.32437655, 0.07860345, -0.0021187086, 0.123870686, -0.16616751, 0.11004699, 0.04754715, -0.0075211064, -0.08026408, 0.04284957, -0.018143758, 0.032623176, 0.06614686, -0.035856936, 0.13667971, -0.15696613), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.11260625, 0.03274457, -0.033769324, -0.11558525, -0.35377702, 0.0019119612, 0.24906515, -0.06853208, 0.0009843144, -0.0050376705, 0.063123666, 0.009872904, 0.19592324, 0.0028321196, -0.114693984, 0.16404222), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.03699667, 0.011842293, -0.12273219, 0.04081692, 0.008484447, -0.052331816, 0.07151068, 0.018538639, 0.077749036, 0.07189092, 0.22443593, -0.2436085, 0.023654116, -0.05127411, 0.27350748, 0.12180999), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.16090482, 0.059198547, 0.04856637, -0.19173436, 0.12747662, -0.079715036, -0.20203276, -0.13818277, -0.123076215, -0.07168488, 0.0644838, 0.03524764, 0.0005124138, -0.06789178, 0.048645556, -0.098922126), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.29220074, 0.25197285, 0.09825887, 0.030363245, -0.033246458, -0.08370418, -0.12231589, -0.023000835, 0.082732, -0.16907515, -0.052518822, 0.07991363, 0.06222654, -0.06747275, -0.18931144, -0.42009747), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.02667354, 0.03842717, -0.012755562, 0.061840586, 0.01060547, -0.29081437, 0.010907111, 0.07930905, 0.12273201, 0.017574295, 0.051024225, 0.019036688, 0.07671181, 0.049130872, -0.09734168, -0.070569195), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.08517651, 0.0767222, -0.15657257, 0.18501835, -0.13749431, -0.2833894, 0.109219365, 0.033763003, 0.18988928, 0.13461404, -0.036578514, -0.13256857, -0.097819485, -0.17316358, -0.06512401, 0.1937444), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.32173568, -0.072075866, 0.13004705, -0.15507852, -0.23741087, -0.29364398, 0.10723945, -0.11976219, 0.20620506, 0.17970093, 0.24463713, -0.12555319, -0.021192182, -0.1374317, 0.5359718, 0.59974134), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.01101575, 0.040466793, -0.009630791, 0.13422947, -0.13290837, -0.24789505, -0.061713737, -0.07838521, 0.05379315, -0.14643523, -0.09155805, -0.049997047, 0.06696885, 0.20043123, -0.07542329, -0.08041673), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.022160506, 0.01611432, -0.10189221, -0.022767285, -0.06682965, 0.047138248, 0.06860934, -0.012574086, 0.04010214, -0.041280016, -0.034621384, -0.018262599, 0.09731754, -0.059062295, 0.14786182, -0.15185094), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.052484483, 0.06899427, 0.18380043, -0.058414727, 0.07685985, -0.07206598, -0.101362616, -0.012002652, 0.008517392, 0.079471916, -0.30394664, 0.028600946, -0.03270232, -0.23564856, 0.045065008, -0.0034684737), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.049757, 0.07614825, 0.16394803, 0.027053174, 0.0451278, -0.09351286, -0.0042182617, 0.12332257, -0.025281021, -0.03843008, 0.12857373, -0.07611989, -0.0062898803, 0.022618141, -0.13122174, -0.03328411), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.12251631, 0.047008447, 0.027589995, -0.12207328, -0.1510795, 0.06724553, 0.17066906, 0.16992114, -0.0026905634, -0.035480864, 0.033738773, 0.018674552, 0.028614907, -0.019945908, -0.0156899, -0.09562145), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.116588935, 0.14205505, 0.099545434, -0.045527786, -0.049273346, 0.20760757, 0.053965498, -0.12198069, -0.14654607, 0.041820496, 0.038068503, 0.24565905, 0.09786504, 0.18309233, 0.23802327, -0.085740186), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.1262052, -0.011846116, -0.058820397, -0.019373653, -0.09569547, -0.08265971, -0.05178388, -0.020502446, -0.17525336, -0.22874829, 0.0075891856, -0.189923, 0.09809122, 0.109637566, -0.0005973885, -0.06477921), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.28209856, 0.11276813, 0.054377034, -0.00891202, -0.095922634, 0.071109876, -0.039932176, -0.047409832, -0.06504704, 0.11923986, 0.0013364811, -0.122095086, -0.20282102, -0.022717483, -0.115474045, 0.020858249), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.16130303, 0.072821185, -0.021358958, -0.11687897, -0.15543966, 0.05783285, 0.10317231, -0.12240756, 0.053357504, -0.090291016, -0.21943556, 0.46947235, 0.19072579, 0.017349033, -0.55443907, -0.10510661), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.4155687, 0.019206723, -0.20055711, 0.028732464, -0.1981807, 0.20637372, 0.03305817, -0.17949893, -0.21051097, 0.21483344, 0.0061496794, -0.48980987, -0.26750582, 0.09230394, -0.117223755, -0.07636286), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.20611528, -0.00095511036, -0.21555157, -0.07065484, 0.06880411, 0.068082534, -0.10104979, 0.16050354, -0.07437897, -0.13145325, -0.017651044, 0.055096775, -0.05443345, -0.018634815, -0.011232755, -0.10835), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.2637829, 0.07681072, 0.015995527, 0.004554211, 0.07495561, 0.18873464, -0.14303622, 0.25786543, -0.14117226, -0.008715274, -0.17176823, -0.0006595096, -0.06566383, -0.19184378, -0.18945406, 0.20968987), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.03293623, 0.003399063, 0.08051177, -0.0072856937, -0.07375858, 0.075319655, -0.10791501, -0.002204552, -0.093564905, -0.122712255, -0.10658267, -0.015067637, -0.033247817, 0.09952069, -0.13724248, 0.068189256), target2);\n\n\tconv2d_5_tf[gxy] = target1;\n\tconv2d_5_tf1[gxy] = target2;\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x16\n//!IN conv2d_5_tf, conv2d_5_tf1\n//!OUT conv2d_6_tf, conv2d_6_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.036374483, 0.029420665, 0.04437756, -0.04474691 };\n\ttarget1 = MulAdd(a1, MF4x4(0.0053346683, 0.010174534, -0.050979972, -0.06134544, -0.007238652, -0.012790015, 0.036398683, -0.09181499, 0.11328388, -0.14236617, -0.17519625, -0.34661606, 0.008069393, -0.028871074, -0.02980949, -0.0853359), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.05187267, -0.09381704, 0.035209883, 0.29482442, -0.0018002815, -0.029504262, 0.2609028, -0.09480671, -0.0737553, -0.070559524, 0.081991084, 0.1513024, 0.048344653, -0.09336617, 0.0034569732, 0.10530542), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.06749591, 0.0065624053, 0.013237342, 0.14225115, 0.27183163, -0.15656447, 0.031672053, 0.009592649, -0.0202286, 0.26220062, 0.19387855, -0.18505628, 0.040554795, 0.07295961, -0.13291295, -0.12600344), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.039192002, 0.0846215, -0.06593224, 0.28147796, 0.06301313, 0.26323164, -0.16742979, 0.22004774, -0.17470881, 0.060716614, 0.15430811, 0.18970133, 0.08858931, -0.027321626, -0.037833836, 0.07344837), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.0633813, 0.35046157, -0.101075254, 0.015974075, 0.19010352, -0.7135035, -0.24324696, -0.42072615, 0.06825536, -0.052808974, 0.28965715, -0.0015640302, -0.27062586, 0.4279925, 0.035623744, 0.46321228), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.02639867, 0.26469797, -0.09086266, 0.07440796, -0.192054, 0.1010368, -0.04398074, 0.056824226, -0.27057743, -0.20455118, 0.19338831, -0.21843775, 0.20736177, -0.26259273, -0.07667085, -0.19504389), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.007056104, 0.04284205, 0.01933733, 0.07267832, 0.0012616975, -0.30140647, -0.019223223, -0.046687007, -0.037844718, -0.014929125, 0.022630794, 0.046716493, 0.057279173, -0.08055539, -0.027891241, 0.019557232), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.035518404, -0.10087327, 0.0011048123, -0.123707846, 0.37190285, 0.43751532, -0.022599256, -0.041709043, 0.11357196, -0.029839104, -0.056960747, -0.17228557, 0.08558022, 0.046361133, 0.021548864, 0.24297418), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.043598346, -0.09812348, 0.056599542, -0.09833163, -0.07193007, 0.015760094, -0.053177495, -0.015448543, 0.035163186, -0.03889347, 0.121799015, 0.15738566, -0.115644835, 0.043310717, 0.060173217, -0.059635755), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.111604795, 0.1678389, 0.049967546, 0.045353863, -0.013896185, 0.035128903, 0.040686198, -0.16442506, 0.1149577, -0.14343217, -0.08858, 0.02656137, 0.059526477, -0.13914491, 0.12757027, 0.034920372), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.15849945, 0.12067003, -0.1579611, 0.30790725, -0.041249942, 0.03948043, -0.12535375, -0.02566875, 0.3150059, 0.027081972, -0.026308673, -0.25326517, 0.016824603, -0.13551097, 0.1412756, 0.037750524), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.1562541, -0.041948073, -0.14951487, 0.119380556, -0.21773878, -0.019281754, 0.08185942, 0.09982689, 0.017187534, -0.18181366, -0.09270861, 0.08527679, 0.051988564, 0.08686172, -0.12665209, -0.07205808), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.08860466, -0.17931758, 0.10191625, -0.47623265, 0.1562338, -0.2960855, 0.013664795, 0.29452285, 0.1463958, 0.17562817, -0.41623253, -0.196999, -0.049113005, 0.0556021, 0.054452494, 0.14073615), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.5345973, -0.069205046, 0.37001884, 0.6955835, 0.22635284, -0.09021557, -0.04693607, -0.4458824, 0.25049326, -0.06503396, 0.07584689, 0.5394811, 0.33387923, -0.010540017, 0.038980547, -0.13371105), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.04414677, -0.22056313, 0.05580458, 0.11914465, 0.19864987, -0.1025625, -0.010050287, 0.15919746, -0.40589634, 0.4966349, -0.47632688, -0.022637444, 0.17247641, -0.51093113, 0.21157944, -0.2890017), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.034673482, -0.0075900992, -0.061077584, -0.03859898, 0.32444152, -0.14619137, -0.1375446, -0.030322462, 0.029679669, 0.079344586, -0.03862258, -0.05766807, 0.104488336, 0.006179548, -0.1168102, 0.069729604), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.08504003, 0.042162962, -0.17509954, -0.06258286, -0.45796555, -0.061748773, 0.25438437, -0.02988987, -0.06897794, 0.105180845, -0.08879189, -0.120605074, -0.1478659, -0.13201937, -0.01755498, 0.020606143), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.08932581, 0.1453785, -0.12802933, 0.049442187, 0.045360584, 0.16079827, -0.14142223, 0.10168491, 0.20244479, -0.17981426, 0.19759466, 0.05217847, 0.04889828, 0.06941533, -0.111836776, -0.08046399), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.011953735, 0.11362504, -0.122588776, -0.10408559, 0.051712614, -0.05161036, -0.068698496, -0.015663281, -0.06346889, 0.06561636, 0.03783044, 0.02756004, -0.036310352, -0.16962235, -0.062494226, 0.0069608325), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.16857432, -0.17322211, 0.15971284, 0.19980437, -0.007965961, -0.015480705, 0.036090557, 0.07414387, -0.2941106, -0.24430539, 0.01070864, 0.22401866, -0.34321144, 0.09537491, -0.08020218, 0.45404655), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.021609096, -0.11348408, -0.01450652, -0.063170746, 0.06990935, -0.035983834, -0.038010992, -0.10578655, 0.29232737, 0.048835874, 0.054028947, -0.12924139, -0.03058583, 0.028469706, 0.09563202, 0.085674495), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.01894022, 0.037628658, -0.102314636, -0.28041583, 0.07495663, -0.058895253, 0.16422969, -0.07163792, 0.039416216, -0.13800906, -0.039811566, -0.10612402, -0.047593113, -0.28491783, 0.41632858, 0.15253194), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.26240867, -0.05335849, -0.014135048, 0.055749495, -0.020126658, 0.2952794, -0.015241771, 0.36143306, 0.43075684, 0.1921996, -0.4329065, 0.5114495, 0.7326109, -0.054901246, -0.076693356, -0.26104695), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.14548428, 0.14578429, 0.17193514, -0.07973242, 0.011952286, -0.047767498, 0.025101405, 0.0016503566, -0.26948047, -0.16503395, -0.061791085, 0.030557185, 0.15400517, -0.054951698, -0.14611247, 0.3550633), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.05926111, -0.083442695, 0.046579204, -0.017723244, 0.12846185, 0.018434443, -0.17914511, -0.077696435, 0.060048338, 0.02956987, -0.11914462, 0.057770032, -0.054673657, -0.005353606, -0.39014184, 0.08306877), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.07357362, 0.23051825, -0.22640751, 0.080715515, -0.14467078, 0.009734264, 0.054320686, 0.24534328, -0.16038458, 0.06575425, 0.058553413, 0.17755087, 0.08184439, 0.17078212, 0.148369, -0.09309279), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.11160211, -0.07590204, -0.01676188, -0.062253337, 0.016433533, 0.0146132, -0.040350936, 0.06749202, -0.031521842, 0.1441664, -0.09916073, 0.050578352, -0.06560962, -0.31174552, 0.056873083, -0.077912), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.09344025, 0.075936995, -0.1627903, -0.04781558, -0.01878236, 0.045879602, -0.11507387, -0.025356822, -0.09113391, 0.07263937, 0.08232447, 0.08727616, -0.024921807, 0.051639438, 0.006532631, -0.018751068), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.022455849, -0.12924309, 0.26318657, -0.32464805, -0.09627585, 0.04496843, -0.09630052, -0.025761643, -0.090804085, 0.24410398, -0.03162944, -0.1961483, 0.14065808, -0.064709485, -0.0040163463, 0.05445074), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.020935195, -0.1028065, 0.0012804621, 0.02302866, -0.00924972, -0.0041193594, 0.0060590385, -0.003394384, -0.23241943, -0.023235107, 0.08077456, 0.15720141, 0.06568382, -0.09971436, 0.09056065, 0.04271102), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.20997737, -0.12892777, 0.4658528, 0.13622813, -0.2867294, -0.09359254, 0.18821026, 0.25550604, -0.18562363, 0.080713026, 0.13463654, 0.045504905, -0.013133853, -0.1316404, 0.08379897, -0.00047142128), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.3276134, 0.21952826, -0.80777377, -0.69810224, 0.34190908, -0.09293263, 0.33313555, -0.27255502, -0.24287084, -0.07741488, 0.06090265, -0.10161252, -0.37684909, 0.4678029, 0.13506591, 0.42470258), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.080790855, -0.09707547, -0.05506975, 0.027011644, -0.1434346, 0.01363872, 0.12616752, 0.16789167, 0.1656414, -0.11586835, 0.059612263, -0.074029386, -0.19813071, 0.46032718, -0.03935981, 0.0067143585), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.10322512, 0.0822636, -0.16766444, 0.041008063, -0.027768405, 0.23103505, 0.06737122, 0.15258405, 0.04557388, -0.18179403, 0.12489025, -0.09759324, -0.05925805, 0.04869987, 0.07329833, -0.09738542), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.10823879, -0.403376, 0.3264802, -0.16503738, -0.057512645, -0.20902547, -0.14862378, -0.3192005, -0.046263676, 0.12744917, -0.019174274, -0.02318789, -0.085088454, -0.05723332, 0.0039772973, 0.07991316), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.10313916, 0.04410904, 0.03286652, 0.059946325, 0.019948404, 0.070217304, -0.017572487, 0.20332281, 0.06776308, 0.029285522, -0.14116238, -0.05864782, -0.18382367, -0.06568212, 0.11855615, 0.101256005), target1);\n\t\n\tMF4 target2 = { -0.010602045, 0.053976092, 0.008913503, 0.0011945717 };\n\ttarget2 = MulAdd(a1, MF4x4(0.059325468, 0.10884231, 0.018158086, 0.031802185, 0.10368743, -0.06776637, 0.048326045, -0.06312353, -0.0025675546, 0.09309577, -0.025533969, 0.029684044, 0.017237723, 0.062099144, 0.047039766, 0.050348036), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.04767078, -0.06409279, 0.112965874, 0.04621161, -0.28172916, -0.13897015, -0.022806352, 0.26966885, 0.02019569, -0.10707113, -0.43058416, -0.14103983, -0.13225646, -0.020053176, -0.17319782, -0.009653082), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.0031349238, -0.060933832, 0.107986666, -0.019791966, -0.23946726, -0.18045186, 0.18286318, -0.05431065, 0.11742379, -0.019123906, 0.33327517, 0.07455424, -0.035427105, 0.18659347, -0.050884776, 0.019193258), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.22954239, 0.011265787, -0.026520751, -0.12629737, -0.07009803, 0.44925988, -0.15938939, 0.11956771, 0.11535644, -0.1302371, 0.1235775, 0.16483483, 0.022965495, 0.110546246, 0.00064579415, -0.12753843), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.047553673, 0.16213869, 0.7510964, 0.21228868, 0.40994287, 0.61919236, 0.3982374, -0.016163021, 0.3291035, 0.1134356, 0.12384387, -0.31114763, 0.21338554, -0.04721641, 0.122114286, 0.2717476), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.06529201, -0.08936482, 0.031857736, -0.02372691, 0.0416097, 0.28484538, -0.38181338, -0.05129518, 0.40150553, -0.01970737, 0.1043854, 0.11986372, -0.2267319, 0.0014845231, -0.035269983, 0.11712099), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.079867415, -0.09982735, 0.10313241, 0.055490237, -0.42685422, -0.3431141, -0.06037366, 0.17539841, -0.010511819, -0.09743252, 0.050748866, 0.11064108, -0.09785722, -0.10230299, -0.04106169, -0.016831731), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.06847075, -0.026447225, -0.123430386, 0.063637204, -0.37617612, -0.09615662, -0.26226708, -0.008175561, -0.08101131, 0.11093525, -0.13149206, -0.06363292, -0.0482858, -0.2771799, 0.10528571, 0.119109035), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.09151277, 0.029019276, 0.041349206, -0.011239478, 0.035083957, 0.05281079, -0.0742173, -0.018509442, -0.17175299, -0.4226507, -0.118186444, -0.0771296, 0.107038856, 0.0819975, 0.12445646, 0.07091557), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.1275357, -0.097659886, -0.0114354445, 0.023900568, -0.02511702, 0.005830569, -0.010882143, -0.04046068, -0.08638482, 0.08664022, -0.15654318, 0.03333846, -0.12521335, -0.11987078, 0.028556254, -0.020760164), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.38474286, -0.15288061, 0.04925842, 0.050009686, 0.23555282, 0.054784663, -0.0971203, 0.017791113, -0.35539824, -0.08806168, 0.08992579, 0.22714761, -0.047685623, -0.17510797, 0.1137738, -0.069451034), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.16623408, -0.08202571, -0.03291826, 0.0016267949, 0.20682698, 0.08788948, 0.10241089, 0.019209227, -0.14802241, 0.091788374, -0.238735, -0.06633396, 0.02360112, 0.1521805, -0.022510838, -0.08931379), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.034280665, -0.12431295, 0.092791, 0.15279225, -0.43373865, 0.20077267, -0.15919733, -0.27969292, -0.26948065, 0.19652127, -0.27456176, 0.04137772, 0.006545539, 0.0031402514, 0.03849979, -0.10978278), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.62025917, -0.32462567, 0.2817292, -0.18380783, -0.3338593, -0.49056754, 0.32645953, 0.4146035, 0.3773462, 0.54346967, -0.032203436, -0.14506778, -0.30044907, 0.40134314, 0.24155408, 0.24397472), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.089335114, -0.05529855, -0.18364899, -0.153323, -0.18347202, -0.060125064, -0.29216367, -0.2717291, 0.10592963, 0.38889876, 0.25363386, 0.33723134, -0.103703365, 0.14922962, -0.21206948, -0.20289616), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.035760924, 0.18820894, -0.12723185, -0.018780319, 0.124459654, 0.28909087, -0.2763883, -0.45110545, 0.098143585, 0.16052029, -0.055098705, -0.14840914, -0.0019514654, 0.07090622, -0.055036955, -0.0035953245), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.124669634, 0.23131305, -0.05750295, -0.056296032, 0.35691026, 0.2640789, 0.49912274, 0.26795143, -0.26460487, -0.026896512, -0.07179325, 0.17373477, -0.13186656, 0.0021319336, -0.016407885, 0.3014283), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.09491939, 0.11503968, -0.14077829, -0.043197304, -0.061866064, -0.1574549, 0.0054375776, 0.066160634, -0.17686372, -0.26767558, -0.038844116, 0.122724466, -0.05043839, 0.063884266, 0.0064002997, -0.13583377), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.031301867, -0.02947819, -0.0016769855, 0.12952408, -0.025022922, 0.065425046, -0.072289295, -0.071249105, 0.14579567, -0.09058119, 0.12663712, 0.1515388, 0.44767743, 0.02971349, 0.015892735, -0.08058422), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.2868111, -0.10812653, -0.29182926, -0.38444322, -0.0875354, -0.07220258, 0.05978065, 0.093328245, 0.058548283, -0.013913258, -0.20954674, -0.16400063, 0.3185215, 0.068897314, 0.15869021, 0.022877626), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.116845705, -0.12729645, 0.056697316, -0.21263942, -0.07000074, 0.073977455, -0.09006404, -0.029770354, -0.20823102, -0.20088868, 0.15658094, 0.24306639, -0.0453592, -0.16011035, 0.08521533, -0.032264974), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.1114789, -0.1083731, 0.10465276, -0.08903837, -0.06455987, 0.040030345, -0.07937248, -0.20654759, -0.26873547, -0.19390975, -0.039021965, -0.025602374, -0.5575801, -0.08876011, -0.19116728, -0.2401055), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.37626424, -0.0912155, -0.6153361, -0.71465075, 0.018208932, -0.14997734, 0.23627761, 0.20832567, 0.07427123, -0.37869486, -0.26574427, 0.187582, -0.37201726, 0.17809474, -0.02568795, 0.23900814), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.085337594, -0.50634587, 0.30636734, -0.2760558, 0.01893911, -0.08425695, -0.023656169, 0.021421626, 0.16813251, -0.039550815, 0.21165498, -0.027628547, -0.123874225, 0.013802332, -0.2732087, -0.09419671), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.07190724, -0.019237598, 0.020249542, 0.07541295, -0.03817686, 0.09266451, -0.12214172, -0.01344174, 0.03281797, 0.057655178, -0.059896503, 0.014948791, -0.13952477, 0.18810949, -0.19016883, 0.06842416), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.13111524, 0.14539744, -0.10212538, -0.2169032, 0.13810973, -0.12576458, 0.124372825, 0.04992259, 0.21758182, -0.22160134, 0.24321079, 0.017698256, 0.39995426, 0.074034885, 0.120019354, -0.15522505), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.023914235, 0.1424257, 0.010302871, 0.15150794, -0.040021677, 0.015862139, 0.14459212, 0.08632827, 0.04257336, 0.055059638, 0.0030461506, 0.011985334, -0.049230937, 0.07851301, -0.05119983, -0.111701734), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.04485158, 0.116597414, 0.00014909732, -0.012128512, 0.15801767, 0.18273115, -0.033926453, 0.05170487, -0.040683754, -0.18606974, 0.08324687, 0.069539666, 0.07098698, -0.014132968, 0.029499048, -0.07263477), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.04309544, 0.089722805, -0.018306322, 0.29061043, 0.15191254, 0.15917647, 0.0073858183, 0.039199475, 0.42514518, -0.053955313, 0.10820046, -0.09134685, -0.3087313, -0.16339037, -0.05226669, 0.044995327), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.008636428, 0.029086163, -0.09151674, -0.36466715, -0.0128008155, 0.018820466, -0.02700147, -0.0064047636, 0.28287655, 0.02709404, -0.05233492, -0.08967187, -0.042183813, -0.13990502, -0.005085154, -0.028511493), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.00022532263, -0.09108507, 0.0089569865, 0.052016005, -0.19314727, -0.355347, 0.08082937, 0.2134498, 0.21036889, -0.10165983, 0.20334485, 0.14575538, 0.017676214, -0.13149881, -0.018741794, -0.019599862), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.20513605, 0.47578803, -0.18631598, 0.2535432, -0.049522053, -0.37224755, 0.11227206, -0.37000927, 0.19969453, -0.47287735, -0.07506754, -0.0957071, 0.82927394, -0.54057014, 0.5800732, 0.08937558), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.022189412, 0.14622113, -0.4772564, -0.31178755, 0.10667427, -0.07335338, 0.06144331, 0.00056827103, -0.08263861, -0.009126272, -0.22802618, -0.20760304, 0.12688845, -0.061324466, 0.33361357, 0.38350767), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.021188622, 0.1151918, -0.10654739, -0.03341855, 0.24870358, -0.06689332, 0.11881217, -0.0045951125, -0.039464932, -0.030190004, 0.014174111, -0.025356272, 0.07469406, -0.0059695644, 0.008267219, -0.0991054), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.009981438, -0.36484948, 0.04801225, 0.22368562, -0.055985868, 0.229039, -0.10823553, 0.1477355, -0.0091677625, 0.06279847, 0.034393013, 0.031901076, 0.28783056, 0.086422645, 0.20860936, 0.054018307), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.08720452, -0.07756267, 0.018853918, -0.014108689, -0.019337144, 0.021249043, -0.05633926, -0.109904505, -0.088990815, 0.16876367, -0.13149975, -0.054357648, 0.08588134, -0.10262266, 0.12052009, 0.05154292), target2);\n\n\tconv2d_6_tf[gxy] = target1;\n\tconv2d_6_tf1[gxy] = target2;\n}\n\n//!PASS 8\n//!DESC Conv-4x1x1x112, Depth-to-Space\n//!IN INPUT, conv2d_tf, conv2d_tf1, conv2d_1_tf, conv2d_1_tf1, conv2d_2_tf, conv2d_2_tf1, conv2d_3_tf, conv2d_3_tf1, conv2d_4_tf, conv2d_4_tf1, conv2d_5_tf, conv2d_5_tf1, conv2d_6_tf, conv2d_6_tf1\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\tMF4 g0 = conv2d_tf.SampleLevel(sam, pos, 0);\n\tMF4 g1 = conv2d_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g2 = conv2d_1_tf.SampleLevel(sam, pos, 0);\n\tMF4 g3 = conv2d_1_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g4 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 g5 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g6 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 g7 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g8 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 g9 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g10 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 g11 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g12 = conv2d_6_tf.SampleLevel(sam, pos, 0);\n\tMF4 g13 = conv2d_6_tf1.SampleLevel(sam, pos, 0);\n\n\tMF4 ng0 = max(-g0, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 ng4 = max(-g4, 0);\n\tMF4 ng5 = max(-g5, 0);\n\tMF4 ng6 = max(-g6, 0);\n\tMF4 ng7 = max(-g7, 0);\n\tMF4 ng8 = max(-g8, 0);\n\tMF4 ng9 = max(-g9, 0);\n\tMF4 ng10 = max(-g10, 0);\n\tMF4 ng11 = max(-g11, 0);\n\tMF4 ng12 = max(-g12, 0);\n\tMF4 ng13 = max(-g13, 0);\n\n\tg0 = max(g0, 0);\n\tg1 = max(g1, 0);\n\tg2 = max(g2, 0);\n\tg3 = max(g3, 0);\n\tg4 = max(g4, 0);\n\tg5 = max(g5, 0);\n\tg6 = max(g6, 0);\n\tg7 = max(g7, 0);\n\tg8 = max(g8, 0);\n\tg9 = max(g9, 0);\n\tg10 = max(g10, 0);\n\tg11 = max(g11, 0);\n\tg12 = max(g12, 0);\n\tg13 = max(g13, 0);\n\n\tMF4 target1 = { -0.11952045, -0.10779418, -0.0626279, -0.042614873 };\n\ttarget1 = MulAdd(g0, MF4x4(-0.105475314, -0.07022547, -0.16326137, -0.12503424, -0.004623021, -0.0143323885, 0.042996034, 0.03422294, -0.38310882, -0.4431925, -0.28772846, -0.3213578, -0.018014904, 0.02429277, -0.07177951, -0.04458822), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.0973233, -0.032439478, -0.08420249, -0.054693196, 0.012960555, 0.06929602, 0.004247494, 0.061315402, -0.09607745, -0.16862066, 0.01537482, -0.038459156, 0.019662246, 0.059920583, -0.1071646, -0.06478967), target1);\n\ttarget1 = MulAdd(ng0, MF4x4(0.15711947, 0.0754732, 0.17891979, 0.098270796, 0.14122486, 0.14893766, 0.12408279, 0.14845194, 0.16199848, 0.14090912, 0.13496809, 0.1119815, 0.03974558, -0.057513904, 0.09213575, -0.0012252429), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.011343602, -0.02488338, 0.07799659, 0.06503721, 0.06380687, 0.048929837, -0.05555838, -0.050519127, 0.14673206, 0.18085165, 0.07261422, 0.09738158, 0.07395791, 0.005573146, -0.05454926, -0.13565786), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.08591514, -0.05664865, 0.23980616, 0.24876402, 0.19052829, 0.011938714, 0.21487322, 0.058656186, 0.036630988, 0.14918756, 0.013127693, 0.13092093, -0.37889576, -0.4068804, -0.27258882, -0.30605716), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.25149816, -0.21979512, -0.24949454, -0.20483162, -0.10972783, -0.17315808, -0.08562763, -0.16086778, 0.044681527, 0.050807394, -0.019424994, -0.022418005, 0.10039492, -0.013666552, -0.22373566, -0.34493732), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.1419155, 0.081392206, -0.18103191, -0.2122926, -0.1445937, -0.015969204, -0.12368782, -0.0044421684, -0.09534078, -0.14815839, -0.1052107, -0.16341865, 0.3050403, 0.34488317, 0.16171226, 0.18700944), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.12444696, 0.08712589, 0.06266247, 0.031022022, 0.17707655, 0.24904409, 0.20961654, 0.2610619, -0.099262595, -0.06900819, -0.034567446, -0.020191457, -0.1468561, -0.04683958, 0.14910224, 0.244686), target1);\n\ttarget1 = MulAdd(g4, MF4x4(-0.002428158, -0.012889509, 0.0006541127, -0.0058380975, 0.096147396, 0.07791617, 0.119144954, 0.11699654, -0.024602454, -0.07894611, -0.00021709128, -0.03979557, 0.0028512406, -0.015790012, 0.0082511455, 0.029357092), target1);\n\ttarget1 = MulAdd(g5, MF4x4(-0.01410329, -0.004162405, -0.09005045, -0.07753674, 0.004509965, -0.024188736, 0.13799691, 0.10589621, -0.023018798, 0.0064198375, -0.103344224, -0.07463909, -0.060048997, -0.071094714, -0.13042289, -0.14482167), target1);\n\ttarget1 = MulAdd(ng4, MF4x4(-0.009015246, 0.01581748, -0.035448726, -0.012348933, -0.101627484, -0.05530413, -0.14063041, -0.121775225, 0.074719116, 0.033839386, 0.045573987, -0.006698053, 0.0015141299, 0.003634417, 0.017102007, 0.0074890694), target1);\n\ttarget1 = MulAdd(ng5, MF4x4(0.0042357175, 0.018735386, 0.058959343, 0.057424515, -0.021633089, -0.037194982, -0.14109972, -0.1506368, 0.004357002, -0.006871023, 0.05337361, 0.039684236, 0.087463334, 0.07772685, 0.12278512, 0.1224218), target1);\n\ttarget1 = MulAdd(g6, MF4x4(0.018359886, 0.046934873, -0.008225237, 0.020650858, -0.03961538, -0.014779162, -0.04161338, -0.00953579, 0.0017313146, 0.0068857935, -0.0024282748, 0.0047545764, 0.02635904, 0.027336216, 0.02701322, 0.029939381), target1);\n\ttarget1 = MulAdd(g7, MF4x4(-0.00067966996, 0.024480496, -0.015218739, -0.010472019, -0.03994461, -0.052318517, -0.04450191, -0.043226667, -0.03166469, -0.03799331, 0.015428865, -0.018422252, 0.00040845043, 0.03558268, -0.0099401595, -0.00054432114), target1);\n\ttarget1 = MulAdd(ng6, MF4x4(-0.0032104475, 0.019604867, -0.02486679, 0.002134673, 0.014368818, -0.0013395248, 0.017318068, 0.0021403218, -0.02198377, 0.010297547, -0.041619625, -0.02740482, -0.067249276, -0.03040953, -0.021304253, -0.009557115), target1);\n\ttarget1 = MulAdd(ng7, MF4x4(-0.019099236, -0.037010793, 0.013720462, 0.023708181, 0.016356282, -0.00028589502, -0.010570909, -0.009186907, 0.03493662, 0.055599142, -0.017043956, 0.004204044, -0.013573257, -0.013537684, 0.008151195, 0.0074913655), target1);\n\ttarget1 = MulAdd(g8, MF4x4(0.009309031, -0.0014795153, 0.025114728, -0.0066442797, -0.012085473, -0.0030560147, 0.002144206, 0.0009732741, 0.022301642, -0.0091133695, 0.0011837826, -0.020275833, -0.021349607, -0.011693419, -0.018912962, -0.022418445), target1);\n\ttarget1 = MulAdd(g9, MF4x4(-0.0045772395, 0.031085191, 0.01215795, 0.023887333, 0.023408212, 0.0005998807, 0.011254428, -0.004634461, 0.016601006, 0.046663348, 0.031117432, 0.04910873, -0.113230005, -0.035702843, -0.058746565, -0.053893737), target1);\n\ttarget1 = MulAdd(ng8, MF4x4(-0.020218112, 0.056803435, -0.0037077996, 0.05123925, -0.016713811, -0.05551032, -0.005916611, -0.037839632, -0.007671626, -0.009099201, -0.0010055836, 0.003332688, 0.020744357, 0.01957675, 0.057906736, 0.041446246), target1);\n\ttarget1 = MulAdd(ng9, MF4x4(0.022438819, 0.04616756, 0.035925094, 0.0639705, 0.0009332198, 0.020964272, -0.010805394, 0.031757344, 0.051255573, 0.032838948, 0.00055445684, -0.03195623, 0.04753827, 0.016436901, 0.04788274, 0.022093765), target1);\n\ttarget1 = MulAdd(g10, MF4x4(0.03479086, 0.035946105, 0.04343359, 0.04015664, 0.06081792, 0.061758887, 0.10128842, 0.007471392, -0.027261607, -0.01290544, -0.029938918, -0.050834358, -0.015550162, 0.0072828676, -0.04580556, -0.029642029), target1);\n\ttarget1 = MulAdd(g11, MF4x4(0.011150116, 0.029789668, -0.00354488, 0.045047592, -0.018265083, -0.020843878, 0.015457328, 0.0053232997, 0.0791804, -0.028661052, 0.079342775, -0.039631505, 0.14613943, 0.08323415, 0.049641483, 0.047863442), target1);\n\ttarget1 = MulAdd(ng10, MF4x4(-0.103034586, -0.107580125, 0.00044325445, 0.007830247, -0.017059505, 0.010152936, -0.02845979, -0.01841766, -0.10722863, -0.025262646, -0.07402096, -0.025055556, 0.0013303137, 0.12574737, -0.0161103, 0.06077798), target1);\n\ttarget1 = MulAdd(ng11, MF4x4(-0.0420636, -0.062703885, -0.06476972, -0.10516001, 0.018120673, 0.024305122, -0.013997766, 0.015815413, -0.06317691, -0.03968166, -0.054052643, -0.016300509, -0.08255892, -0.01612941, -0.04194852, -0.012637189), target1);\n\ttarget1 = MulAdd(g12, MF4x4(0.042659573, -0.10762496, -0.077143244, 0.12583935, -0.022020226, -0.0042312425, -0.016734738, 0.027007964, -0.06609771, -0.056038737, -0.0058528963, 0.035508137, -0.019722374, -0.055094264, 0.010977759, -0.009833099), target1);\n\ttarget1 = MulAdd(g13, MF4x4(0.063830875, -0.019885639, 0.055574782, 0.039456647, 0.01576898, -0.1389799, 0.063411795, -0.11600623, -0.013968303, -0.03318867, -0.06806915, -0.09373464, -0.022723546, -0.03329239, 0.014282872, 0.027576538), target1);\n\ttarget1 = MulAdd(ng12, MF4x4(-0.018100513, 0.06204485, 0.010761461, -0.045085587, 0.009286288, 0.02310671, 0.10633246, -0.090849996, 0.13112675, -0.01639808, 0.0022725316, -0.076779045, 0.11831251, 0.1460306, -0.10849466, -0.07749171), target1);\n\ttarget1 = MulAdd(ng13, MF4x4(-0.15850247, 0.118011266, -0.10121594, -0.007109052, 0.071873754, 0.06954878, 0.0377852, 0.044174008, -0.062925555, -0.01758927, 0.1416964, 0.17206357, -0.035632525, -0.04652215, 0.061932907, 0.034339), target1);\n\n\tMF4 target2 = { 0.05825913, 0.051491056, 0.038389463, 0.03321517 };\n\ttarget2 = MulAdd(g0, MF4x4(-0.009000901, -0.018048609, 0.013095594, 0.002321373, 0.0004716619, 0.00504148, -0.016826658, -0.014922383, 0.15059204, 0.16593806, 0.115392484, 0.12520894, 0.05049829, 0.060210057, 0.086421266, 0.07242362), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.06268658, 0.030466434, 0.07876877, 0.04129863, 0.04142328, 0.009963961, 0.051785357, 0.012811113, 0.1295883, 0.139931, 0.07733839, 0.08014211, 0.07156476, 0.0342396, 0.051614303, 0.043559864), target2);\n\ttarget2 = MulAdd(ng0, MF4x4(0.00041542648, 0.016051646, -0.011512418, 0.013076814, 0.03734479, 0.02791584, 0.012426691, 0.022044811, -0.034128398, -0.027107332, -0.021998279, -0.012139807, -0.033177473, -0.016310865, -0.078221664, -0.041203145), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.008398536, -0.010332053, -0.050231732, -0.039691273, -0.042082537, -0.030281143, -0.014039778, -0.0020190612, -0.11956351, -0.13638765, -0.09794402, -0.10228069, -0.08344795, -0.07944541, -0.004189214, -0.028206991), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.0002908945, -0.00831185, -0.06870294, -0.083311856, -0.024992501, 0.0038247898, -0.049389005, -0.020098582, -0.0135326125, -0.040408995, -0.012083491, -0.042174604, 0.16112538, 0.13720983, 0.13937058, 0.10870099), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.078961425, 0.082619205, 0.06910667, 0.06579004, -0.0077012256, -0.00038692637, 0.00015553503, -0.012561662, 0.00053048285, -0.01461681, 0.02600344, 0.024862211, -0.06958201, -0.048246548, 0.058762506, 0.036662634), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.023527982, -0.0028001352, 0.047800142, 0.09616409, 0.049143843, 0.030836122, 0.057244994, 0.025672587, 0.027565151, 0.039868724, 0.045296676, 0.04623187, -0.124759234, -0.14106254, -0.06337279, -0.076839216), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.0911771, -0.064436875, -0.05308137, -0.022082496, -0.0040269364, 0.0014464161, -0.0029555515, 0.016098293, -0.026650434, -0.014081368, -0.06747348, -0.05481826, 0.097423114, 0.08620988, -0.01607732, -0.015440677), target2);\n\ttarget2 = MulAdd(g4, MF4x4(-0.014001735, -0.015001655, -0.013250577, -0.009930805, 0.04885879, 0.07092224, 0.025783395, 0.03792237, -0.04332465, -0.06244993, -0.046748653, -0.07132349, -0.0053951666, -0.016514057, 0.023807624, 0.044013456), target2);\n\ttarget2 = MulAdd(g5, MF4x4(-0.009097996, -0.016898679, -0.05043909, -0.063178614, -0.016210863, -0.02157998, -0.02654472, -0.042961173, 0.012103852, 0.019015301, 0.02492281, 0.03389976, 0.015276502, 0.009577683, 0.04132527, -0.00070621347), target2);\n\ttarget2 = MulAdd(ng4, MF4x4(-0.0057500796, 0.00728164, -0.003422421, 0.0038979584, -0.03127353, -0.019125199, -0.012988815, -0.031890683, 0.09352588, 0.019210607, 0.09824038, 0.016637104, 0.010692808, 0.022393884, 0.008312123, 0.014120716), target2);\n\ttarget2 = MulAdd(ng5, MF4x4(0.013895599, 0.023097904, 0.009370535, 0.014099512, 0.0124661345, -0.015076684, 0.03287286, 0.005912471, -0.03944815, -0.020340785, -0.06822037, -0.059383288, 0.03634978, 0.007832939, -0.007142306, -0.0061968984), target2);\n\ttarget2 = MulAdd(g6, MF4x4(0.033002097, 0.0516016, -0.021056438, 0.005715988, -0.02223013, -0.007962324, -0.024417123, -0.0014790733, 0.002167189, 0.00043749413, -0.007284963, -0.0027283782, 0.026238248, 0.01756047, 0.008969755, 0.014201024), target2);\n\ttarget2 = MulAdd(g7, MF4x4(0.011576685, 0.02087598, 0.0026766327, -0.0041780816, -0.05277701, -0.05412841, -0.05958835, -0.050426245, -0.00662945, -0.021645393, 0.03423904, -0.0064581474, -0.030403355, 0.018391011, -0.026089542, -0.0051510665), target2);\n\ttarget2 = MulAdd(ng6, MF4x4(-0.046202097, -0.0066081425, -0.03698851, 0.0034165455, -0.011859245, -0.020945566, -0.0028196946, -0.010053285, -0.011400397, 0.030595876, -0.018915813, 0.006780077, -0.060040582, -0.009586898, -0.004477886, 0.011279908), target2);\n\ttarget2 = MulAdd(ng7, MF4x4(-0.028692413, -0.032535568, 0.0017473884, 0.02207169, 0.0192618, 0.008956797, -0.0033381556, 0.006326402, 0.0169569, 0.041449737, -0.02611751, 0.0006410355, 0.006233776, 0.0008467914, 0.011884985, 0.009222136), target2);\n\ttarget2 = MulAdd(g8, MF4x4(0.017076496, -0.0045380928, 0.03444613, -0.009804047, -0.004829834, -0.004889702, 0.0057807956, 0.0015014127, 0.03458368, -0.0035773432, -0.007769679, -0.032449644, -0.021396799, -0.017612215, -0.012764735, -0.025224172), target2);\n\ttarget2 = MulAdd(g9, MF4x4(-0.011824532, 0.02335273, 0.00764845, 0.019215155, 0.022186808, 0.0066053392, 0.0071694753, -0.0036117272, 0.032144524, 0.05025988, 0.03982363, 0.052400436, -0.10555114, -0.03809396, -0.05334183, -0.05524487), target2);\n\ttarget2 = MulAdd(ng8, MF4x4(-0.024599254, 0.058805298, 0.00069874676, 0.06263439, -0.018460508, -0.053566024, -0.0022889362, -0.035818785, -0.0135854995, -0.015712813, 0.0012080368, 0.005957637, 0.009450094, 0.03186346, 0.059969924, 0.057706963), target2);\n\ttarget2 = MulAdd(ng9, MF4x4(0.026783831, 0.05475865, 0.027565574, 0.06032707, -0.0015639095, 0.024381682, -0.010199071, 0.037544634, 0.039889377, 0.03318851, -0.016529158, -0.0343188, 0.045666486, 0.021665907, 0.042189375, 0.02444145), target2);\n\ttarget2 = MulAdd(g10, MF4x4(0.03791853, 0.043746054, 0.056224477, 0.05098111, 0.075256795, 0.074653305, 0.116220035, 0.01853866, -0.04133627, -0.009134169, -0.0420953, -0.05210053, -0.021748418, 0.004422131, -0.05422814, -0.035721727), target2);\n\ttarget2 = MulAdd(g11, MF4x4(0.013814317, 0.03149986, -0.004971173, 0.04782029, -0.01693027, -0.017984565, 0.019328078, 0.008521426, 0.0845641, -0.027555496, 0.08150416, -0.04623306, 0.16494128, 0.09300831, 0.074097835, 0.0627848), target2);\n\ttarget2 = MulAdd(ng10, MF4x4(-0.10307174, -0.112654425, -0.005589254, -0.0062108496, -0.012491583, 0.011512013, -0.03142282, -0.023683488, -0.099848576, -0.031290524, -0.07236223, -0.037460987, 0.008760208, 0.1473594, -0.009216949, 0.07251379), target2);\n\ttarget2 = MulAdd(ng11, MF4x4(-0.04915367, -0.07121096, -0.06572174, -0.10967046, 0.019548079, 0.023992533, -0.019842865, 0.012366459, -0.07207817, -0.04237792, -0.054463565, -0.015374731, -0.092071235, -0.020860313, -0.054475963, -0.02303954), target2);\n\ttarget2 = MulAdd(g12, MF4x4(0.04160816, -0.118427366, -0.08661791, 0.12787233, -0.01990174, 0.0012960634, -0.016121056, 0.031429946, -0.06830865, -0.057132352, -0.0022302791, 0.03845933, -0.026981276, -0.063532256, 0.011805961, -0.009616678), target2);\n\ttarget2 = MulAdd(g13, MF4x4(0.07094465, -0.022284096, 0.060676746, 0.042626668, 0.011207256, -0.14960343, 0.05866539, -0.12742221, -0.021092903, -0.039463162, -0.07879986, -0.10232898, -0.026127055, -0.038111385, 0.019167708, 0.032637425), target2);\n\ttarget2 = MulAdd(ng12, MF4x4(-0.014270794, 0.07157703, 0.013714203, -0.047801998, 0.0060221693, 0.022788104, 0.10630103, -0.09606649, 0.12690987, -0.017079826, -0.0077072172, -0.082584485, 0.13256006, 0.16012523, -0.10966099, -0.07927409), target2);\n\ttarget2 = MulAdd(ng13, MF4x4(-0.17171615, 0.12114435, -0.10746857, -0.0074188868, 0.07854815, 0.07759372, 0.04310874, 0.051465522, -0.05963588, -0.014506484, 0.15522978, 0.18746643, -0.03845241, -0.0489534, 0.05837339, 0.032978524), target2);\n\n\tMF4 target3 = { 0.06614842, 0.045779686, 0.032838725, 0.017085627 };\n\ttarget3 = MulAdd(g0, MF4x4(0.2006987, 0.17832398, 0.26342955, 0.23500517, -0.012297829, -0.009008417, -0.039950736, -0.039973143, 0.34800097, 0.32196492, 0.30505183, 0.29214156, -0.21410535, -0.21166423, -0.16437815, -0.19172792), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.008804151, -0.07085123, 0.013577994, -0.05192605, -0.08981402, -0.14702585, -0.09145975, -0.14835288, -0.15882517, -0.14785844, -0.2381482, -0.22867912, 0.010898514, 0.031957507, 0.040597558, 0.078252345), target3);\n\ttarget3 = MulAdd(ng0, MF4x4(-0.21658613, -0.1803885, -0.25954962, -0.20839214, -0.09597461, -0.09222647, -0.03909875, -0.03456191, -0.19723509, -0.16976605, -0.2041716, -0.1751425, 0.22901416, 0.24922715, 0.1800083, 0.23346905), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.110020064, 0.103858806, 0.052446555, 0.061105963, 0.032901537, 0.07140097, 0.11518793, 0.13860466, 0.13930707, 0.12712196, 0.19071707, 0.18399614, -0.08036458, -0.07349171, 0.021504594, 0.0024937368), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.059065036, 0.00698257, -0.099622436, -0.15676253, -0.10942482, -0.04869624, -0.13654554, -0.07341863, -0.014169851, -0.06390744, 0.016093008, -0.04540248, 0.29041344, 0.24451919, 0.26292154, 0.22136512), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.107946776, 0.097849295, 0.10266876, 0.09360328, 0.08931344, 0.08896482, 0.046495322, 0.044040844, -0.020361643, -0.030911373, 0.026598722, 0.019815676, -0.072677925, -0.042410247, 0.14127749, 0.13434973), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.08809133, -0.03476601, 0.06420393, 0.14691353, 0.09296839, 0.06162562, 0.10992992, 0.0615685, 0.0168736, 0.06520281, 0.020010693, 0.046929173, -0.2219495, -0.21249783, -0.14622301, -0.14599061), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.13251069, -0.08977477, -0.08930347, -0.045490693, -0.10980218, -0.09510885, -0.07299872, -0.064053826, 0.011365247, 0.014091111, -0.054976214, -0.056936122, 0.10148144, 0.07451642, -0.08138598, -0.10161657), target3);\n\ttarget3 = MulAdd(g4, MF4x4(-0.0075518745, -0.005738622, -0.007577811, -0.00032088626, 0.032614008, 0.04858922, 0.00054855715, 0.011565026, -0.022675224, -0.034442738, -0.03580643, -0.05069376, -0.0020376542, -0.01505518, 0.019388825, 0.03746554), target3);\n\ttarget3 = MulAdd(g5, MF4x4(-0.011413172, -0.016877454, -0.048923567, -0.055012885, -0.007709447, -0.016109072, -0.047132388, -0.07146396, 0.002604099, 0.00014681708, 0.03429465, 0.043265607, 0.029014807, 0.03337814, 0.07582056, 0.041660666), target3);\n\ttarget3 = MulAdd(ng4, MF4x4(-0.020768544, -0.014378527, -0.01999972, -0.01385916, -0.012264676, -0.009959511, 0.0119015165, -0.016787319, 0.07266734, -0.0029914333, 0.08549183, 0.004367342, 0.008236065, 0.020370748, 0.0043428927, 0.007301017), target3);\n\ttarget3 = MulAdd(ng5, MF4x4(0.011654731, 0.025318999, -0.0029306612, 0.007426217, -0.00010868774, -0.020845588, 0.041991003, 0.024147986, -0.030741083, -0.012328637, -0.06617428, -0.06103115, 0.010491518, -0.013338451, -0.04666634, -0.046481613), target3);\n\ttarget3 = MulAdd(g6, MF4x4(0.0268538, 0.043785956, -0.01799385, 0.008743307, -0.013197458, -0.015049436, -0.017189734, -0.0047999253, -0.00059730676, -0.0008936153, -0.016006093, -0.0073406673, 0.014875853, 0.011491735, 9.819833e-05, 0.0073417514), target3);\n\ttarget3 = MulAdd(g7, MF4x4(0.019930955, 0.027112626, 0.01307941, 0.005268897, -0.060213763, -0.050415818, -0.069006495, -0.051405095, 0.0036414433, -0.008606397, 0.037427194, -0.0018103109, -0.037434716, 0.010187546, -0.026227329, -0.0033639795), target3);\n\ttarget3 = MulAdd(ng6, MF4x4(-0.03634798, 0.0007093891, -0.026819145, 0.009025687, -0.01750318, -0.020098133, -0.0063864207, -0.006606755, 0.0008565766, 0.028647956, -0.0024974607, 0.015250743, -0.048884176, -0.004310685, -0.0010757383, 0.00974984), target3);\n\ttarget3 = MulAdd(ng7, MF4x4(-0.031253602, -0.031743724, -0.009083253, 0.0145388115, 0.02048611, 0.0058071036, -0.0038228377, 0.00049654936, 0.0059105973, 0.03437731, -0.025785418, 0.004187733, 0.009980489, -4.08268e-05, 0.009384428, 0.0019492983), target3);\n\ttarget3 = MulAdd(g8, MF4x4(0.012587245, -0.0032654977, 0.029739188, -0.009440694, -0.0018237908, -0.0080032, 0.010499013, 0.0012466761, 0.03461923, -0.0060207327, -0.008771263, -0.034545746, -0.015023473, -0.008901684, -0.011490296, -0.01976464), target3);\n\ttarget3 = MulAdd(g9, MF4x4(-0.009444331, 0.020809013, 0.009985801, 0.020350901, 0.013234775, 0.004382635, -0.0007761826, -0.005247294, 0.034115106, 0.05190378, 0.039124765, 0.050993033, -0.0898732, -0.030428126, -0.044204578, -0.052484997), target3);\n\ttarget3 = MulAdd(ng8, MF4x4(-0.020434443, 0.053520404, 0.0007571144, 0.05895061, -0.018991265, -0.043982152, -0.004035192, -0.025452444, -0.012197152, -0.013770753, 0.0012919102, 0.003996682, 0.0056104586, 0.025686186, 0.05128293, 0.05105745), target3);\n\ttarget3 = MulAdd(ng9, MF4x4(0.030201769, 0.052521482, 0.029641917, 0.05559941, 0.0018870027, 0.020112835, -0.0043867202, 0.035877172, 0.02961142, 0.02163634, -0.027972858, -0.040669747, 0.03393723, 0.013455979, 0.03313782, 0.01968004), target3);\n\ttarget3 = MulAdd(g10, MF4x4(0.034817442, 0.04045217, 0.054816365, 0.05092461, 0.06600807, 0.062576495, 0.09923777, 0.006663677, -0.039958935, -0.010009866, -0.041522443, -0.04959681, -0.020962957, 0.003845031, -0.04910384, -0.03233655), target3);\n\ttarget3 = MulAdd(g11, MF4x4(0.015433112, 0.028965838, -0.0055138534, 0.042267464, -0.012690953, -0.009424165, 0.017896382, 0.01186686, 0.07231686, -0.038834292, 0.07033086, -0.052548733, 0.15721905, 0.09334892, 0.07676042, 0.06701375), target3);\n\ttarget3 = MulAdd(ng10, MF4x4(-0.09797534, -0.11201098, -0.0037222446, -0.008105951, -0.01152357, 0.012165641, -0.029051905, -0.021293389, -0.09600697, -0.028819272, -0.069084235, -0.035421908, 0.0054322914, 0.14168966, -0.0200274, 0.06505187), target3);\n\ttarget3 = MulAdd(ng11, MF4x4(-0.05034882, -0.06622497, -0.062471002, -0.100628324, 0.018115615, 0.019867867, -0.018836644, 0.007562053, -0.06317378, -0.034458403, -0.047243826, -0.009989589, -0.08270121, -0.018645251, -0.05160367, -0.023690399), target3);\n\ttarget3 = MulAdd(g12, MF4x4(0.03897899, -0.10862529, -0.081805214, 0.1202324, -0.021866674, -0.00041882638, -0.018235246, 0.027227063, -0.0656312, -0.053432237, -0.0029235696, 0.03549672, -0.022848906, -0.057047505, 0.013400545, -0.0072439364), target3);\n\ttarget3 = MulAdd(g13, MF4x4(0.06879516, -0.018637763, 0.058062725, 0.041045032, 0.011702424, -0.13693465, 0.05674195, -0.11679955, -0.022940686, -0.03856922, -0.07531371, -0.09692582, -0.019870926, -0.032572743, 0.026138868, 0.037639033), target3);\n\ttarget3 = MulAdd(ng12, MF4x4(-0.015270301, 0.06478719, 0.011016518, -0.04533957, 0.00688319, 0.024815995, 0.10159924, -0.08467507, 0.11939162, -0.01939453, -0.0058689644, -0.077881604, 0.118726775, 0.14489114, -0.10831982, -0.07972515), target3);\n\ttarget3 = MulAdd(ng13, MF4x4(-0.16734359, 0.10685446, -0.102714166, -0.010225307, 0.07306756, 0.07014447, 0.040464073, 0.04688462, -0.05489714, -0.01525318, 0.14690581, 0.17514132, -0.03250648, -0.03688211, 0.05047889, 0.03078089), target3);\n\n\tfloat2 outputPt = GetOutputPt();\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(MF3(target1.x, target2.x, target3.x) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.y, target2.y, target3.y) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(MF3(target1.w, target2.w, target3.w) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.z, target2.z, target3.z) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_GAN_x2_M.hlsl",
"content": "// Anime4K_Upscale_GAN_x2_M\n// 移植自 https://github.com/bloc97/Anime4K/blob/8e39551ce96ed172605c89b7dd8be855b5502cc9/glsl/Upscale/Anime4K_Upscale_GAN_x2_M.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_GAN_x2_2\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n// 圆括号内的输入只被采样一次\n// INPUT -> tf, tf1\n// tf, tf1 -> 1_tf, 3_tf, 3_tf1\n// 3_tf, 3_tf1, (1_tf) -> 4_tf, 6_tf, 6_tf1\n// 6_tf, 6_tf1, (1_tf), (4_tf) -> 7_tf, 9_tf, 9_tf1\n// 9_tf, 9_tf1, (1_tf), (4_tf), 7_tf -> 11_tf, 10_tf, 12_tf, 12_tf1\n// 12_tf, 12_tf1, 11_tf, (1_tf), (4_tf), (7_tf), (10_tf) -> 0ups, 0ups1, 0ups2\n// (INPUT), 0ups, 0ups1, 0ups2 -> OUTPUT\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex7;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex8;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex9;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex10;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = MF4(0.010385515, 0.011541315, -0.002942497, -0.00020902864);\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.17498326, -0.14677401, -0.43065637, 0.10841958, 0.24096319, -0.008683959, -0.29844064, 0.3567803, 0.43360776, 0.11304715, -0.0802437, 0.190904), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(0.24688073, 0.086462855, 0.05716678, -0.1739644, 0.3236298, 0.23382919, 0.20481811, -0.022618154, -0.336325, -0.21624258, -0.18736486, -0.14936537), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.38230455, 0.410552, 0.34809712, 0.2510045, 0.30689523, 0.09889703, -0.26991332, 0.1108426, 0.5083409, 0.2854462, -0.1912902, 0.40354714), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(0.46870667, -0.03530456, 0.13705169, -0.11884997, -0.0772201, 0.17073877, 0.03287621, -0.14975251, -0.18155691, 0.14545092, -0.1584816, 0.051269397), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.5830986, -0.009166566, 0.54358304, -0.4545001, -0.27541155, 0.6697277, -0.29205534, -0.61038095, -0.64781004, 0.32052672, 0.14704794, -0.6479083), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(-0.04402336, 0.05461938, -0.18035333, 0.5464947, 0.21475682, -0.6899343, 0.49390903, 0.62440956, 0.75365967, -0.26500008, 0.59187347, 0.10037025), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.25319895, -0.1764162, -0.22574338, 0.03075524, -0.29618785, -0.491323, 0.008427114, -0.363144, -0.17214127, -0.11891048, -0.19321653, -0.13424487), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.17425235, 0.07049646, -0.1759216, 0.05697634, -0.39496303, 0.35450256, -0.09984144, 0.15470548, -0.03375828, 0.06442114, 0.14598753, 0.46114844), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(-0.19262458, -0.17141157, -0.11393742, -0.07778959, -0.006366565, -0.16713034, 0.2135569, 0.23494779, -0.37996295, -0.2767951, -0.1515432, -0.110363424), result);\n\t\t\ttex1[destPos] = result;\n\t\t\t\n\t\t\tresult = MF4(0.02648044, -0.0017647704, -0.016136197, 0.0011179475);\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(0.8031736, -0.1500194, -0.23398483, -0.060760673, 0.5049785, -0.099199474, -0.035531044, 0.0310586, -0.0310334, 0.15932913, 0.08973915, 0.08766925), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.2187303, 0.20974335, 0.016500302, 0.15386087, 0.2381243, -0.176845, -0.003643712, 0.08195259, 0.18417378, -0.18228108, 0.19170114, -0.3758241), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.4429508, -0.025832538, -0.021855514, 0.11322045, -0.08459551, -0.17815724, -0.19924322, -0.03736318, -0.22390507, -0.50430673, -0.13770194, 0.03014482), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(-0.15976174, 0.31052437, 0.2498092, -0.29137832, -0.10121105, 0.35164458, 0.4901633, -0.35297948, -0.2569739, -0.14258477, 0.12585007, -0.2552164), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.5260107, -0.8547037, 0.92173797, 0.37817466, -0.4162576, 0.10989847, 0.26875922, 0.8614761, 0.069195434, 0.045593478, 0.03790176, 0.7332446), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.14287843, -0.283008, -0.28487602, -0.13313514, -0.019538656, -0.02361782, 0.28037757, -0.10543745, 0.1586713, 0.12037641, 0.24249536, 0.2524637), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.037178896, 0.23858358, -0.18704462, -0.13747689, 0.07629898, 0.2710832, -0.71619016, -0.09074896, 0.30446374, -0.0052702115, -0.27990812, -0.1392364), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(-0.086045384, 0.695562, -0.23519892, -0.23438415, 0.16208446, 0.2172693, -0.16647956, -0.3718635, 0.024940055, 0.5650778, 0.20409326, -0.13530363), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(-0.19389555, -0.028506106, -0.35060602, 0.22244014, 0.055054635, -0.17651209, -0.19871834, -0.02667603, -0.1402023, -0.02455308, -0.57856905, -0.2174221), result);\n\t\t\ttex2[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x16, Conv-4x1x1x32\n//!IN tex1, tex2\n//!OUT tex3, tex4, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 conv2d_2_tf = MF4(0.051319666, 0.019196881, 0.0759832, 0.050857317);\n\tconv2d_2_tf = MulAdd(a1, MF4x4(-0.14656883, -0.044076134, -0.40314636, -0.08023388, 0.12564746, -0.21633625, -0.0210282, -0.19231434, -0.019945038, 0.020343186, -0.007134301, 0.013607319, 0.07334655, -0.050848506, 0.0011201366, 0.26975143), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(b1, MF4x4(-0.043205153, -0.13764456, -0.5368405, -0.04096279, 0.009450832, 0.23953767, -0.022408254, -0.124040656, 0.53450584, 0.02690831, 0.39857075, 0.42423433, 0.014167992, 0.055189077, -0.038074926, 0.12800713), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(c1, MF4x4(-0.05354771, -0.06626498, 0.0092389295, 0.100637995, 0.05051714, -0.0033487207, -0.0076860636, 0.013058279, 0.10727092, -0.31131467, 0.058990292, 0.46365786, 0.08736531, 0.038865663, -0.008022449, -0.067517675), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(d1, MF4x4(-0.25327486, -0.0041089035, 0.04877498, -0.36375836, 0.0003920389, -0.09273049, 0.016388323, 0.11530572, -0.14216854, 0.07370458, -0.27584067, -0.34536567, 0.0848517, -0.1954229, -0.22656868, -0.13531597), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(e1, MF4x4(0.7035245, 0.1131446, 0.1833189, 0.63726306, -0.20649737, 0.14149575, -0.084267326, 0.020898562, -0.026810758, -0.17932594, -0.08032681, 0.07790513, -0.01148237, -0.19930641, 0.33902612, -0.013703277), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(f1, MF4x4(-0.2862842, 0.01491211, -0.30474076, 0.19604082, 0.21565811, 0.29193363, 0.024934597, -0.17113955, 0.26136434, -0.12819171, 0.3874644, -0.30533502, 0.004006889, -0.07340657, -0.04817435, -0.013651047), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(g1, MF4x4(-0.14331155, -0.09605764, -0.06941299, -0.09740676, 0.0059936745, -0.27215815, -0.31393203, 0.17594862, 0.045626156, 0.060231503, 0.10607796, -0.030635068, 0.15021041, -0.19662435, -0.14648037, 0.028361326), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(h1, MF4x4(0.25090003, -0.2845429, -0.30109838, -0.070956856, -0.08051349, -0.07526823, 0.13524723, 0.14151429, -0.1232367, 0.08824123, 0.28804728, 0.31701297, 0.014839836, -0.09193038, 0.30188346, -0.07903937), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(i1, MF4x4(0.21150468, 0.13863595, -0.2624825, 0.1652623, -0.026336774, -0.45599234, 0.015901498, 0.23009071, 0.19700526, -0.11013044, 0.19850798, -0.19702299, 0.060643747, -0.03162518, -0.18272553, 0.24863112), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(a2, MF4x4(0.16361383, 0.0028921412, 0.18107067, 0.0720563, 0.06378758, -0.09442821, -0.3054202, 0.06843394, 0.20913927, -0.17700543, 0.14682317, 0.21683829, 0.02948067, -0.34866366, -0.04474257, -0.011365872), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(b2, MF4x4(0.008512374, 0.19717449, 0.4456541, -0.15356806, -0.24209222, 0.12543896, -0.18232138, 0.012759448, 0.052473016, 0.17268041, 0.25826934, -0.16848944, 0.10150518, -0.30244592, 0.38495708, -0.2090818), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(c2, MF4x4(-0.07227807, -0.10066125, -0.1090768, 0.13579647, 0.023154313, 0.079166815, -0.20014893, -0.21884407, 0.09634875, -0.22551452, 0.20771019, 0.16381831, -0.23455033, 0.12578821, -0.43342614, -0.23609087), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(d2, MF4x4(-0.11084086, -0.03875876, -0.17912252, -0.24158017, 0.070904315, 0.21862641, 0.02659038, -0.36572614, 0.06265698, 0.32029516, 0.12044166, 0.18424052, 0.050192874, 0.15095103, 0.13794746, -0.111053675), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(e2, MF4x4(-0.11362966, 0.5249116, 0.27814335, -0.023295242, 0.022581467, 0.3195408, -0.06865207, -0.13818301, 0.18826036, 0.21182717, -0.30241874, 0.02916674, -0.19999875, 0.8222055, -0.2981789, -0.31122693), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(f2, MF4x4(0.058648925, -0.39456168, -0.36158726, 0.4050607, 0.0609484, 0.01624418, -0.2699451, 0.25976416, 0.31131884, 0.18382475, 0.12856431, 0.3285595, 0.4798488, -0.26074353, 0.78901637, -0.071622506), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(g2, MF4x4(-0.038631868, -0.20723929, 0.045573164, 0.10398485, 0.20236868, 0.14958549, 0.18842755, -0.23352885, 0.18624173, 0.2800279, 0.23280786, -0.12909916, -0.037398554, 0.1557195, -0.04866289, -0.13633357), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(h2, MF4x4(-0.15441336, 0.0968205, -0.32649723, -0.021546176, -0.10667603, 0.18065608, 0.017242601, 0.027690934, -0.23079967, 0.093206555, -0.11170116, 0.19002458, -0.352287, 0.008375842, 0.2459501, -0.09389683), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(i2, MF4x4(0.2130623, -0.4781421, -0.53600657, 0.44947717, -0.018234696, -0.17257519, -0.063182175, 0.22729957, -0.037309792, 0.13939567, -0.013829814, -0.20586358, 0.052985236, -0.04452726, 0.1880475, 0.096934296), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(na1, MF4x4(0.026266143, -0.03171053, 0.2277772, 0.01093641, -0.007701242, 0.115488306, 0.029304042, 0.33619022, 0.14467055, 0.075788446, -0.076583475, -0.051929206, 0.02211152, 0.031270072, -0.075583085, -0.20198274), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nb1, MF4x4(-0.010648877, 0.21413183, 0.24339998, -0.22960022, -0.16156821, -0.45364898, -0.105244495, -0.07713787, -0.31945667, -0.097204186, -0.2457385, 0.04241939, -0.16228637, 0.13461526, 0.009693403, -0.13537757), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nc1, MF4x4(0.058250688, 0.007912516, -0.071061306, 0.01889538, -0.14592043, -0.10374761, 0.07840785, 0.008756123, -0.045008816, 0.05261628, -0.2615482, -0.01929421, -0.23048545, 0.010220507, -0.16385053, 0.031251106), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nd1, MF4x4(-0.03350765, 0.0737811, -0.09780837, -0.031780828, -0.1919008, 0.36382285, 0.19377235, -0.2797014, -0.12267188, 0.023496462, 0.38848102, -0.010005188, -0.09733866, 0.51535326, 0.47232744, 0.0073942994), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ne1, MF4x4(-0.27284998, 0.14916854, -0.25612846, -0.029941292, 0.18539569, -0.43832946, -0.119871736, 0.044226155, -0.106426276, 0.05740293, -0.046056107, -0.17616963, -0.52316684, 0.33400205, -0.08133327, 0.0948221), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nf1, MF4x4(0.32683802, -0.26026967, 0.19948171, -0.011760837, -0.30256173, -0.45944482, 0.051236197, 0.84710604, -0.08078167, 0.2675028, -0.27241448, 0.27764642, 0.13335843, 0.068502, -0.033614077, 0.19930291), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ng1, MF4x4(0.07075588, 0.029963106, 0.055358, 0.042518128, -0.1441339, 0.42236832, 0.1387107, -0.40421516, 0.02318193, -0.36765453, -0.21558793, 0.21393713, 0.31122518, -0.3358225, -0.4967671, 0.46344024), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nh1, MF4x4(-0.28364134, 0.19475235, 0.42310834, 0.060645495, -0.14013693, -0.049322303, -0.09870014, 0.23229486, -0.033104394, -0.37716264, -0.18488638, 0.17441164, -0.24427529, -0.26787207, -0.16721556, -0.10374529), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ni1, MF4x4(-0.3376618, -0.09682554, 0.3423445, 0.047880173, 0.3354013, -0.21854481, -0.40352795, 0.1841921, 0.008460585, -0.03459756, -0.22880521, 0.35112804, -0.01764322, -0.16448145, 0.107058726, -0.28482538), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(na2, MF4x4(-0.032480888, 0.0034003556, -0.032999255, 0.16414961, 0.098690405, 0.0887987, 0.32215804, -0.002440519, -0.16814353, 0.0029867117, -0.28380692, 0.060728613, 0.15944195, 0.16642234, 0.110365815, 0.22413619), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nb2, MF4x4(-0.088509634, 0.047311794, -0.30038288, -0.27227867, 0.41235012, 0.23889793, 0.7280631, 0.13555974, -0.08230139, 0.09955461, -0.13654864, 0.0314745, -0.275061, -0.10253638, -0.34706068, 0.03781376), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nc2, MF4x4(0.09819424, -0.017704371, -0.031446967, 0.061441656, -0.110502265, -0.19236599, 0.2783733, 0.12798637, -0.047672354, -0.018956421, -0.17555775, -0.018790504, 0.43967727, -0.62039405, 0.08790998, 0.4353703), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nd2, MF4x4(-0.019217307, 0.14623284, 0.015177701, 0.15983194, -0.106374666, -0.0131188845, 0.033161264, 0.41326195, 0.052029386, -0.11639186, -0.026856689, -0.020853983, -0.024652582, -0.12368135, -0.39344305, 0.17345576), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ne2, MF4x4(-0.047131967, -0.28568837, 0.4201909, -0.28901812, -0.13973507, 0.03312194, -0.16265458, -0.10710893, 0.21189946, -0.32837728, 0.12424836, -0.30587387, 0.036961686, -0.8623908, 0.3661179, -0.1692949), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nf2, MF4x4(0.1143412, 0.07707313, 0.3981437, -0.17059685, -0.094056316, -0.27234176, 0.12281097, -0.16966031, -0.1512859, -0.0524175, 0.1654043, 0.13700214, -0.3156236, -0.27636334, -0.52670264, 0.9250529), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ng2, MF4x4(0.16162306, -0.15842794, -0.06699449, 0.059618954, 0.06798694, -0.060685594, -0.14878511, 0.17194197, -0.05110082, -0.12152871, -0.2020905, 0.09337634, 0.0602552, -0.07327089, 0.07043988, 0.15926042), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nh2, MF4x4(-0.10312201, -0.13890414, -0.07694594, -0.29262447, 0.0597966, -0.228, -0.00046558332, 0.09373052, 0.2520174, -0.2992283, -0.01796473, -0.052195024, 0.09554047, -0.25678295, -0.38657847, 0.16130428), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ni2, MF4x4(0.21114396, -0.64854, -0.52819866, -0.67061704, 0.05760163, -0.121914886, 0.05448798, -0.1352843, 0.007051261, 0.065677196, -0.09763541, 0.032613076, -0.17908493, -0.7194699, -0.6342276, 0.031814635), conv2d_2_tf);\n\tMF4 nconv2d_2_tf = max(-conv2d_2_tf, 0);\n\tconv2d_2_tf = max(conv2d_2_tf, 0);\n\t\n\tMF4 conv2d_1_tf = MF4(-0.048558664, 0.11006767, -0.074099846, -0.016021004);\n\tconv2d_1_tf = MulAdd(a1, MF4x4(0.10187621, 0.11053595, 0.14810364, -0.18582201, 0.16617906, -0.011798966, 0.09280227, 0.13307849, -0.044728525, 0.10914104, 0.075626835, -0.10416733, -0.094498746, -0.06870642, -0.07571491, 0.04897303), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(b1, MF4x4(0.33485547, 0.03678466, -0.29866266, -0.048795477, -0.010474432, -0.10252797, 0.036609326, -0.013254512, -0.14475596, 0.011886287, 0.11828754, -0.13557065, -0.28870094, -0.17330378, 0.044048756, -0.019826433), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(c1, MF4x4(0.105582856, -0.039765045, 0.0818729, 0.09955303, 0.023201315, 0.09243788, 0.07389467, -0.012808492, 0.0492865, 0.19755632, -0.06548781, 0.08533675, -0.013952, 0.017339202, -0.20518751, -0.054678205), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(d1, MF4x4(-0.26653445, 0.04810761, -0.23108084, -0.19818014, 0.23671885, 0.016349426, 0.0045669116, 0.077428445, -0.140711, 0.11972277, 0.101062275, -0.18716832, -0.190941, -0.34035257, -0.09143259, 0.04359683), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(e1, MF4x4(-0.14573975, 0.23356283, -0.3772715, -0.22460096, -0.053278442, 0.069576025, 0.05169695, 0.17249753, 0.028048603, -0.25471392, -0.09931249, 0.2095619, 0.22173007, 0.38787642, -0.30738685, 0.01936576), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(f1, MF4x4(0.081078954, -0.16813248, 0.1542311, 0.17158946, -0.15383756, 0.025605323, 0.2360881, -0.14753577, -0.016537111, 0.048651446, -0.35849985, 0.01651406, 0.17044473, 0.13180882, 0.324054, -0.18812656), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(g1, MF4x4(-0.15537027, -0.08164218, 0.049979087, -0.31885874, -0.15126401, -0.14352658, 0.18948728, 0.020951044, 0.054829888, -0.18936221, -0.22699763, 0.14384085, 0.055476833, -0.011031805, -0.23653851, 0.02768591), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(h1, MF4x4(-0.34108123, -0.28492066, 0.50347435, 0.0034134283, 0.041766707, 0.12375689, -0.08600751, 0.22726676, 0.10521852, 0.16621545, 0.038216297, 0.029870255, 0.07065742, -0.03542451, 0.38924676, -0.117774665), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(i1, MF4x4(-0.19437145, -0.01827461, 0.15408134, -0.14991991, 0.13832837, 0.0668659, 0.092678316, 0.05341174, 0.21633142, 0.09575402, -0.111060366, -0.00874764, -0.21256353, -0.052944425, 0.16459747, 0.07091838), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(a2, MF4x4(0.022236984, 0.19067548, 0.049743406, 0.05148808, 0.23003219, 0.08688227, 0.030773275, -0.059972208, -0.039038613, 0.21701579, -0.11092254, -0.10850967, -0.17777155, -0.20399293, -0.006843039, 0.24139926), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(b2, MF4x4(-0.07928885, -0.011657496, -0.03982505, -0.031084592, -0.09403157, -0.13860224, 0.15166754, 0.1279725, -0.084909394, 0.18945958, 0.055481352, -0.24365151, -0.04130202, 0.105171725, -0.47306657, -0.2218246), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(c2, MF4x4(-0.06171395, 0.0029490888, 0.055825688, -0.01362009, 0.045571987, -0.04197536, -0.024671398, -0.11600467, 0.02611751, -0.06675449, 0.38841903, 0.109969236, 0.1846224, -0.22673915, -0.11488994, -0.18271959), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(d2, MF4x4(-0.08073766, -0.1512685, 0.09596278, 0.061552938, -0.23016383, 0.044725727, -0.1058148, -0.09081257, 0.25391936, 0.13075152, 0.1153331, 0.035533328, 0.14628118, 0.053434838, -0.061957166, -0.11092296), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(e2, MF4x4(0.004972408, 0.26720062, -0.0014180156, -0.15569477, 0.08964792, 0.39218047, -0.113748655, -0.20653862, -0.0182982, -0.009456181, 0.096566215, 0.19871894, -0.45192167, -0.19494532, 0.5282211, -0.033234302), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(f2, MF4x4(0.11633487, 0.055492207, -0.09550419, 0.019721292, 0.05191187, 0.110391244, 0.13541168, 0.108687185, -0.3231262, -0.071254596, 0.12103068, -0.063508354, 0.16086432, 0.22202429, -0.2793211, -0.059888415), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(g2, MF4x4(0.09845572, -0.11364447, -0.06817361, 0.20479278, 0.008171668, -0.10222864, -0.12512983, 0.11285637, 0.2092848, 0.12593135, -0.054839488, 0.1560058, 0.109415986, -0.04229047, -0.21525817, 0.10153635), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(h2, MF4x4(-0.26443723, 0.18267378, 0.2874903, -0.15007962, 0.23901714, -0.039331976, -0.4055973, 0.18869716, 0.060133275, -0.030050457, -0.16689767, -0.024223989, 0.43243858, -0.004281818, -0.5925553, 0.08473984), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(i2, MF4x4(-0.11769163, -0.6005158, -0.0700652, 0.0062212353, -0.022391787, 0.08070833, 0.10332995, 0.100591965, 0.1680161, 0.1209537, -0.11606606, -0.0032385625, -0.30508906, -0.11541758, 0.27825746, 0.18774803), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(na1, MF4x4(-0.06629365, -0.14032914, -0.2580204, 0.18303558, -0.1916567, 0.029803488, -0.12213443, -0.07165115, 0.012936617, -0.11358297, -0.19138688, 0.10422416, 0.18062063, 0.14369549, 0.10535131, -0.036331207), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nb1, MF4x4(-0.23739359, -0.14102252, 0.16535138, -0.055494435, 0.11510639, -0.02530117, 0.13571805, -0.11962709, 0.14311576, -0.11346015, -0.053082045, 0.23039193, 0.2412315, 0.34595123, -0.057626486, 0.1273758), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nc1, MF4x4(-0.031894613, 0.04056866, -0.14806709, -0.061261263, -0.05113628, -0.150074, -0.05885426, 0.025318084, -0.028839143, -0.14976048, -0.061418023, -0.10849576, 0.10669465, 0.025044547, 0.13002798, 0.033596892), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nd1, MF4x4(0.31830126, -0.109857574, 0.022382054, 0.19084917, -0.21992075, -0.06509279, 0.04586319, -0.10979886, 0.07565896, 0.008375114, -0.025531407, 0.112079956, 0.32532254, 0.39258766, 0.15983114, -0.047324624), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ne1, MF4x4(0.06333816, -0.43997836, 0.28480944, -0.037927028, -0.16247569, 0.14209846, -0.5309942, -0.23058164, -0.18387268, 0.3324917, 0.010288075, -0.2516956, -0.42476243, -0.19866063, 0.32058033, 0.052254338), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nf1, MF4x4(-0.019851776, 0.17185202, -0.14713249, -0.1373522, 0.23155597, -0.009191596, -0.15395427, 0.24423079, -0.11106813, -0.034888845, 0.17169674, -0.08786573, -0.08697707, -0.28842747, -0.25445274, 0.13578549), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ng1, MF4x4(0.2099323, 0.09262897, -0.08977398, 0.30791095, 0.12376861, 0.24654338, -0.097672515, 0.008614657, 0.006388779, 0.076170854, 0.25119394, -0.12392118, 0.3138793, -0.015998395, 0.15131904, -0.3009305), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nh1, MF4x4(0.33982292, 0.26557416, -0.3754559, -0.110353656, 0.08402225, -0.053171434, 0.051136248, -0.2696132, -0.14568366, -0.048726343, 0.06216166, 0.018804165, -0.084439, 0.15103953, -0.020082679, 0.15082058), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ni1, MF4x4(0.14522389, -0.0462971, -0.10824406, 0.14163211, -0.08392773, -0.22920173, -0.23795773, -0.2580316, -0.22207144, -0.15956368, 0.12665017, -0.08286834, 0.09581649, 0.12603259, -0.15513468, -0.010735423), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(na2, MF4x4(0.00818024, -0.15539199, -0.011369519, 0.05717366, -0.25330603, -0.018393422, 0.027386196, 0.121692196, 0.059138533, -0.1631142, 0.10282322, 0.08011751, 0.10027271, 0.255391, 0.010682224, -0.3095357), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nb2, MF4x4(0.117767766, 0.120644994, 0.09232613, -0.018057318, -0.038398392, 0.14537762, -0.016560853, -0.08958423, 0.06743331, -0.23562634, -0.123906426, 0.028323429, -0.09386831, -0.16833909, 0.019829117, -0.08108203), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nc2, MF4x4(0.05462869, -0.031615634, -0.121678494, 0.05315917, -0.012636353, -0.13374922, 0.18577711, 0.0005971412, -0.099537544, -0.060773082, -0.28754288, -0.20077203, -0.15873533, -0.11387871, -0.17841183, -0.120239034), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nd2, MF4x4(0.13845754, 0.223389, -0.20315485, -0.03479761, 0.1806296, 0.057029717, 0.010771242, 0.15245064, -0.0040082, 0.015283898, -0.34807077, 0.078581005, 0.026417086, -0.058825746, 0.07728649, 0.066044815), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ne2, MF4x4(-0.13820273, -0.050027788, 0.061389934, 0.11189863, 0.008062022, -0.17326912, 0.18159898, 0.08510656, 0.22065656, 0.3918094, -0.05124615, -0.22959533, 0.85480285, 0.5621734, -0.817405, 0.065126896), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nf2, MF4x4(-0.15309735, 0.1396192, 0.16662036, -0.10952867, -0.03473452, -0.08712044, -0.2422528, -0.19236326, 0.49887487, 0.2615184, -0.076631024, 0.16010238, -0.09836315, -0.27126545, 0.17968613, -0.21053861), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ng2, MF4x4(-0.18809205, 0.050410215, 0.1418759, -0.2876976, -0.13414268, 0.07458343, 0.096421175, -0.060676426, -0.17345451, -0.13678914, -0.06512698, -0.102106765, -0.12989639, 0.09089589, 0.07377932, -0.07263102), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nh2, MF4x4(0.45035192, 0.2393797, -0.045452517, -0.04553052, -0.26037264, -0.021321824, 0.24618645, -0.108074926, -0.030116243, 0.04612789, 0.2273845, -0.07468269, -0.48789972, 0.12628402, 1.0130231, -0.14672706), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ni2, MF4x4(0.5591947, -0.0326075, 0.12768768, -0.7916967, 0.023168698, -0.042015456, -0.12410894, -0.033611402, -0.14815444, -0.124497496, 0.08198418, -0.014488041, 0.4252749, -0.20253694, 0.042329047, -0.50953263), conv2d_1_tf);\n\ttex3[gxy] = conv2d_1_tf;\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\n\tMF4 target = MF4(-0.00089101185, -0.038285345, 0.023986168, -0.122330956);\n\ttarget = MulAdd(e1, MF4x4(-0.26519376, -0.45442572, -0.24128473, 0.56122154, 0.45048368, 0.32492852, -0.14123245, -0.027976234, -0.11764467, -0.47563952, -0.09401533, 0.024141679, -0.19278349, -0.5169275, -0.26203018, 0.04326379), target);\n\ttarget = MulAdd(e2, MF4x4(-0.14198317, 0.18704857, -0.20165806, 0.3868074, 0.26532957, 0.13556235, -0.5872983, 0.13357028, 0.48151335, -0.3750496, 0.020972235, -0.32213062, -0.46967435, 0.10506199, 0.24039303, -0.3906582), target);\n\ttarget = MulAdd(ne1, MF4x4(0.10981934, -0.0040414287, -0.0025180888, -0.23061854, -0.6781062, -0.27331296, -0.1538456, 0.31020573, -0.05341261, 0.45214307, 0.23456645, 0.3261386, -0.020520406, 0.46579385, 0.57791334, 0.441774), target);\n\ttarget = MulAdd(ne2, MF4x4(0.11475315, 0.18062253, 0.21255025, -0.1963313, -0.22190428, -0.19369084, 0.5878038, -0.051808596, -0.39728877, -0.044071846, 0.0066692936, -0.0066007506, 0.03501876, 0.27602142, 0.11396466, 0.81461775), target);\n\ttarget = MulAdd(conv2d_2_tf, MF4x4(-0.44411597, -0.11377309, 0.16160126, 0.47119814, 0.22932883, -0.43011594, 0.01986201, 0.01446102, -0.2783236, -0.07647468, -0.5016725, 0.4227215, 0.31808656, 0.23829709, -0.12855907, -0.15950239), target);\n\ttarget = MulAdd(nconv2d_2_tf, MF4x4(-0.4784548, -0.042179376, -0.4882858, -0.046462137, -0.21421364, -0.35029694, -0.15496174, 0.11386904, 0.22592051, 0.1590684, 0.49690887, -0.37077406, -0.48519966, -0.14407466, 0.24836525, 0.38462397), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.043213595, -0.004892144, 0.29046863, 0.57064444, 0.37136674, -0.5603234, -0.30733815, 0.26740906, 0.016959883, -0.26567596, 0.101653986, 0.34387913, -0.13222592, -0.34239995, 0.32046688, 0.023962379), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.2955613, 0.44671535, 0.056253802, -0.6011664, -0.30715483, 0.16890973, 0.041257784, -0.1544008, 0.4653661, -0.22183, -0.23155628, -0.063779, 0.10350268, 0.02045104, -0.22509801, 0.14633855), target);\n\ttex4[gxy] = target;\n\t\n\ttarget = MF4(-0.010642331, -0.050244823, -0.009665539, 0.26457447);\n\ttarget = MulAdd(e1, MF4x4(-0.6336626, -0.23328744, 0.054100014, -0.6572063, 0.22899812, 0.47125596, 0.087406546, 0.5788615, -0.24324284, -0.17465535, 0.23223022, -0.4417298, -0.1195797, -0.14119461, -0.2301777, -0.1748931), target);\n\ttarget = MulAdd(e2, MF4x4(0.2554768, -0.0835268, 0.13054265, 0.033940453, -0.22754695, 0.053536188, -0.10300488, -0.10146903, 0.3104604, -0.5024146, 0.089460805, -0.20216464, 0.6033507, 0.12908716, -0.29953086, 0.292064), target);\n\ttarget = MulAdd(ne1, MF4x4(0.09586759, -0.037499018, -0.23253569, 0.63889295, 0.18920106, -0.6646685, 0.07218118, -0.61459464, -0.16397415, 0.3131906, -0.39399612, 0.36777702, 0.39545253, 0.030677503, 0.29420745, -0.02527333), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.2464485, -0.117239855, -0.13390337, 0.43170166, 0.10044111, -0.13811369, -0.007668335, 0.06387773, -0.11786689, 0.23223364, 0.12805769, 0.06410502, -0.2818576, 0.21286973, 0.17026524, -0.22247931), target);\n\ttarget = MulAdd(conv2d_2_tf, MF4x4(0.12590794, 0.25101408, -0.014941272, -0.06091461, -0.106272854, -0.23196393, 0.64016813, 0.0025616125, 0.16706267, 0.008579063, 0.04476896, -0.5403641, -0.011274305, -0.014704461, -0.068788156, 0.47190762), target);\n\ttarget = MulAdd(nconv2d_2_tf, MF4x4(0.10427173, -0.11386145, -0.6048206, -0.20245847, -0.011730377, -0.0119483, 0.06255473, -0.5017671, -0.07181296, -0.08626898, -0.035322662, 0.42718327, 0.041101683, 0.017210655, -0.07089471, -0.6541289), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.43911383, -0.099413894, -0.22120018, -0.3121928, -0.32394376, 0.1159015, 0.04434728, 0.014404674, 0.040322874, 0.06727233, -0.046662346, -0.066591434, -0.004613069, -0.6566657, -0.13442427, -0.081967555), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.7393613, 0.059159152, 0.21900342, 0.26184326, 0.15656939, -0.05151207, -0.02730003, -0.055701576, -0.50296444, 0.09566756, -0.10248052, -0.39747316, 0.5877897, 0.83397114, -0.07968032, -0.3097048), target);\n\ttex5[gxy] = target;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x16, Conv-4x1x1x40\n//!IN tex4, tex5, tex3\n//!OUT tex6, tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex5.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\n\tMF4 conv2d_5_tf = MF4(0.19016464, 0.19431238, -0.073604904, 0.101166695);\n\tconv2d_5_tf = MulAdd(a1, MF4x4(-0.11527973, 0.18487021, 0.0010509634, -0.3687562, -0.012861112, -0.37319645, -0.31061935, -0.051598914, 0.061436053, -0.2643697, -0.032551475, 0.59398615, 0.17265628, 0.1634019, 0.026527049, -0.0040123775), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(b1, MF4x4(-0.19826698, -0.29437867, 0.15727736, 0.44590214, 0.27655315, 0.28220633, 0.12990361, -0.09000104, -0.26396993, -0.53520125, 0.40639028, 0.7958488, 0.043264065, -0.08110669, -0.28618547, 0.12722827), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(c1, MF4x4(0.26455724, -0.36315665, -0.22116943, 0.049996275, 0.28526706, -0.0045478707, -0.20538875, 0.03192557, 0.04443011, -0.48084733, -0.32755423, 0.0075373487, 0.34481105, 0.04272154, -0.11092845, -0.07401724), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(d1, MF4x4(0.28374255, 0.13204694, 0.041846596, -0.57726663, 1.0038753, 0.42640173, -0.045806255, 0.3795911, 0.52897507, -0.2522673, 0.37759414, 0.158503, 0.111165345, -0.033814687, -0.37906894, 0.14007671), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(e1, MF4x4(0.30553007, -0.032092307, 0.6779135, -0.32720757, 0.29837027, 0.13522549, 0.21653146, 0.4553826, -0.22200927, -0.20921928, 0.36475468, 0.27989116, 0.6222863, -0.37027213, 0.06746388, 0.16675332), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(f1, MF4x4(0.31677073, -0.37482786, 0.4029838, 0.43627468, 0.32849845, -0.3442297, 0.1752726, 0.37502408, -0.1561963, -0.17489041, 0.7141825, -0.13179696, 0.17682795, 0.052273672, 0.07300372, 0.20322469), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(g1, MF4x4(0.07722791, 0.51997215, 0.2052519, -0.6162976, 0.07318059, -0.16653596, -0.0609372, -0.13199529, -0.011298448, -0.066250905, 0.11658636, -0.07317175, -0.068134755, 0.032443475, -0.27242857, 0.26479205), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(h1, MF4x4(-0.46400046, 0.34256476, -0.074927844, -0.082626544, 0.38616362, 0.10320202, 0.7306549, -0.41960227, -0.33295953, -0.35537082, 0.040369444, 0.18173583, 0.36835003, -0.078561984, -0.13071333, -0.06847678), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(i1, MF4x4(0.0951899, -0.21144655, 0.12174552, 0.09496668, -0.17025085, -0.36465582, 0.20724316, 0.07027979, 0.17988989, -0.16671456, -0.15068638, 0.26715076, 0.022114933, 0.14284599, -0.06316286, 0.017598677), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(a2, MF4x4(0.22179046, -0.19104601, 0.10500515, 0.22017653, -0.065115064, -0.027006533, -0.21086605, 0.00932852, -0.6196575, 0.04396425, 0.52487534, 0.61164427, 0.15172893, 0.219877, 0.103516005, -0.103571504), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(b2, MF4x4(0.122733794, 0.19491453, 0.22410785, -0.17341182, -0.18816754, 0.22092234, -0.055087283, -0.14617631, 0.4338981, -0.45366564, -1.4062341, 0.19594707, 0.2178627, 0.016837195, -0.2226328, 0.079190396), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(c2, MF4x4(0.16418308, 0.14917587, 0.35162288, 0.04064204, -0.037038237, 0.06579139, -0.08464511, -0.2156906, 0.22791082, -1.1695892, 0.53665465, -0.77753544, 0.0065266103, 0.15857838, 0.010236925, 0.14953533), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(d2, MF4x4(0.64548135, -0.02291521, -0.14370848, 0.049308565, 0.13637903, 0.14568083, -0.1488358, -0.0038734428, 0.0809154, -0.15466721, -0.06614126, -0.047732286, 0.311668, 0.22075401, 0.26094854, -0.27763176), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(e2, MF4x4(0.12075334, -0.23920162, 0.19115442, -0.33920774, 0.15199614, 0.27974042, -0.05022236, -0.15280685, 0.37271795, -0.76389724, -0.56503266, 1.4975219, 0.24002175, -0.12661129, 0.045953903, 0.2102559), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(f2, MF4x4(-0.02855315, -0.16729961, -0.27380818, -0.08810453, 0.061245166, 0.27268958, 0.2282609, 0.072155826, -0.65736717, -0.46307757, -0.5473049, 0.50772667, -0.1581774, 0.28763455, -0.1870661, -0.16523343), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(g2, MF4x4(0.23464368, 0.25850806, -0.054024473, -0.13788947, -0.24835043, -0.028147692, -0.23022775, 0.11494646, 0.31069988, -0.21450949, 0.40749013, -0.073832974, -0.16241223, 0.15673774, 0.23648019, -0.34203738), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(h2, MF4x4(-0.10198349, -0.052500926, 0.02638934, 0.19718044, -0.09078705, 0.07717591, 0.44648582, -0.30146563, -0.10124157, 0.12145466, -0.2133955, 0.16855773, -0.12310728, 0.35327804, -0.44273457, 0.20639896), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(i2, MF4x4(0.08033835, 0.0977811, 0.007069267, -0.110171854, -0.008568571, -0.10922981, 0.12048108, -0.0835261, 0.019930357, -0.12652875, 0.02870121, 0.12214532, -0.024486745, 0.3588685, -0.16501926, 0.11914434), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(na1, MF4x4(0.24003507, -0.040643565, -0.4267142, 0.34356147, -0.2618635, -0.1550601, -0.18566506, 0.33267352, -0.17584917, -0.24971883, 0.167064, -0.20808934, 0.3197215, 0.19626021, -0.16993162, -0.16976681), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nb1, MF4x4(0.159248, -0.33713767, -0.37823528, 0.25286102, -0.6171255, 0.01159639, 0.08387377, -0.0796005, -0.18405017, -0.11881008, -0.03026552, 0.030733835, 0.17692643, 0.17118043, 0.23938146, -0.40504465), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nc1, MF4x4(0.11274836, -0.023647472, 0.083114825, 0.5222033, -0.07415273, -0.3251913, -0.034298245, -0.07125199, 0.09593269, -0.23062208, -0.3168607, -0.13040248, -0.41249517, 0.39030293, 0.47400078, -0.109306306), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nd1, MF4x4(-0.49999082, 0.012254524, -0.035179958, 0.212335, -0.10354367, -0.19730526, 0.092015326, -0.07317916, -0.21900047, -0.13948579, -0.3228226, -0.22363624, -0.06421761, 0.16125691, 0.38075948, -0.31371582), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ne1, MF4x4(-1.0006356, -0.13763155, -0.8414047, -0.051852856, -0.44105098, 0.526086, 0.23091859, -0.6621191, -0.015348964, 0.37972412, -0.24986422, 0.13964157, -0.03184678, 0.25394693, -0.051659737, -0.34171197), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nf1, MF4x4(0.14520285, 0.1346628, 0.047271203, 0.64346415, -0.25639483, 0.052174076, 0.28681588, -0.32156095, 0.014350296, 0.028580237, 0.33776954, 0.06681965, -0.27312553, 0.44097883, -0.16519593, -0.7293824), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ng1, MF4x4(-0.65626615, -0.20801732, -0.18783297, 0.27998376, -0.51550066, -0.23272751, -0.3744558, 0.11267917, -0.1879591, 0.043539204, -0.17665562, 0.28546363, -0.20627682, 0.33176526, 0.34412766, -0.4310386), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nh1, MF4x4(0.51410156, -0.08615402, -0.2396778, -0.027256064, 0.11491742, -0.20842157, 0.3855824, -0.19823207, 0.0062098945, -0.2629099, 0.13158852, -0.08746773, -0.46980307, 0.57169086, -0.13392213, 0.13375558), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ni1, MF4x4(0.09988252, 0.19396676, -0.011215926, 0.2714918, 0.07985461, 0.30587563, 0.21915142, -0.14004244, -0.336268, 0.023702772, 0.15740578, -0.06307948, 0.06453276, 0.26978606, 0.45891464, -0.35511568), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(na2, MF4x4(-0.33263445, -0.13086738, -0.30128893, 0.03720744, 0.46366304, -0.13430476, -0.26493385, 0.14521147, -0.025578065, -0.043376725, 0.055235144, -0.08467402, 0.12879072, 0.2621278, -0.030150373, -0.079033755), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nb2, MF4x4(-0.15686864, 0.06962337, -0.24032803, 0.05093969, 0.12118379, 0.2144539, 0.21314697, -0.15564163, -0.15193312, -0.15797225, 0.061610706, 0.06689548, 0.42354256, 0.24339569, 0.14413804, -0.08890708), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nc2, MF4x4(0.021830576, -0.0682399, -0.25052184, 0.035374403, -0.0022370394, 0.23796171, 0.40747103, -0.14309348, -0.22325014, 0.12337428, -0.0727028, 0.12374459, -0.24148722, 0.34091887, 0.5052561, -0.13712624), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nd2, MF4x4(-0.583754, -0.10253819, -0.26736188, -0.084894784, 0.7130811, 0.5888696, 0.24837445, 0.20670207, 0.08242887, -0.03090308, 0.24002716, -0.04146999, 0.33550006, -0.006085788, -0.2078999, 0.016955601), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ne2, MF4x4(-0.23921615, 1.0534316, -0.29723012, -0.06626253, 0.022887046, -0.6139072, 0.22857629, 0.4203786, -0.02951169, 0.0501039, -0.054740574, -0.15496075, 0.9533812, 0.21038955, 0.33969748, 0.18853404), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nf2, MF4x4(-0.13571729, -0.045776337, 0.23663524, 0.1457326, -0.23159564, -0.44608104, -0.35497522, -0.14684997, 0.042379193, 0.16966693, 0.2560789, -0.07091574, 0.010749883, -0.26966086, -0.16322245, 0.095426805), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ng2, MF4x4(-0.027934154, -0.25037688, 0.19623838, 0.16128206, 0.21479255, 0.4066385, -0.06756232, -0.19681008, 0.09168842, 0.46935177, -0.059632402, -0.3419115, 0.2789002, 0.012714867, 0.15322958, 0.05255599), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nh2, MF4x4(0.2074098, -0.19564646, 0.21713807, -0.29207307, -0.08546043, 0.122562535, -0.5150736, 0.5190804, -0.116998374, 0.17080544, -0.29132518, 0.47585255, -0.14625762, -0.026589578, -0.13111407, 0.03473621), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ni2, MF4x4(-0.3399405, 0.063775875, -0.0121724615, 0.13809827, -0.1575877, 0.13529225, -0.28708464, -0.063552216, 0.08623843, 0.034867074, 0.25082812, -0.038863987, 0.08048017, -0.43998414, -0.05038377, -0.20123458), conv2d_5_tf);\n\tMF4 nconv2d_5_tf = max(-conv2d_5_tf, 0);\n\tconv2d_5_tf = max(conv2d_5_tf, 0);\n\t\n\tMF4 conv2d_4_tf = MF4(-0.021330277, -0.09496422, -0.1339419, 0.012216251);\n\tconv2d_4_tf = MulAdd(a1, MF4x4(0.259803, 0.14121838, -0.3216694, 0.16912009, -0.24997918, -0.024859427, 0.07951931, -0.17898253, 0.14770418, -0.38608834, 0.7155576, -0.008749993, 0.106385805, -0.08190305, 0.06277034, 0.05247095), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(b1, MF4x4(-0.10331291, 0.29847905, -0.20864278, -0.34607938, -0.0629403, 0.24202278, 0.15617771, 0.09471163, 0.29827452, -0.5237911, 0.8446165, -0.038001515, 0.085504964, -0.012998129, -0.12903701, -0.068084855), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(c1, MF4x4(-0.028803846, 0.117718086, 0.11924323, -0.23554896, -0.31169716, 0.2164557, 0.054745417, -0.2886858, 0.34304592, -0.15872054, 0.21533915, 0.23624876, -0.02507208, 0.16001348, -0.14645866, -0.013143789), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(d1, MF4x4(0.12311184, 0.16843726, -0.5478087, 0.036556758, -0.0024939126, -0.12264501, 0.090127975, -0.14638199, -0.33366996, 0.1817309, 0.018728942, -0.025097579, -0.00233696, 0.15182042, -0.072947, -0.15065937), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(e1, MF4x4(0.3238381, 0.19316678, 0.23307748, -0.10455285, -0.35405514, -0.06559013, 0.4206979, 0.08059919, -0.26130152, -0.23416454, -0.21285532, 0.07799376, 0.12372864, -0.3774056, 0.022239799, 0.22356819), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(f1, MF4x4(0.066345, 0.20370135, -0.01601085, 0.014701113, 0.27098605, 0.25511372, -0.048403386, -0.014162313, 0.11301996, -0.09638182, 0.12047054, -0.010323633, 0.21627729, 0.18377618, -0.12752205, -0.0668105), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(g1, MF4x4(0.18890683, -0.21100806, -0.38314816, 0.12188494, -0.09069559, 0.1785706, -0.19502263, -0.22853898, -0.096488185, 0.18105212, -0.0045291157, -0.018952737, 0.14934972, -0.17416078, 0.05363704, -0.17642738), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(h1, MF4x4(-0.15392087, 0.13997103, -0.12765433, -0.054465868, 0.0061383434, 0.03424787, -0.08585949, -0.10249745, -0.055375032, -0.047258787, -0.10105776, 0.09468892, 0.32030013, -0.14938186, 0.18287018, 0.007592655), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(i1, MF4x4(0.109669484, 0.02212132, 0.038995523, -0.0041161263, -0.12115841, -0.048061926, 0.06674463, -0.33846095, 0.04251217, -0.05917749, 0.17834029, 0.010219928, 0.2690458, 0.09282476, 0.077470005, -0.07310091), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(a2, MF4x4(0.4314233, 0.035379685, 0.27331847, 0.19597715, -0.09619968, -0.055907905, 0.07898602, 0.031254813, -0.09366987, -0.37436283, 0.061305135, -0.32644534, -0.16999187, 0.06906536, -0.1228417, -0.09826574), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(b2, MF4x4(0.6059936, -0.10060162, -0.18080838, 0.26205355, 0.033052504, -0.10625297, -0.0038814575, 0.026052764, 0.19484659, -0.24242568, 0.8054419, -0.3437365, -0.010305425, -0.079504244, 0.11879563, -0.14375582), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(c2, MF4x4(0.23313539, -0.026485069, 0.13332158, 0.28462213, -0.19786534, 0.048259735, 0.024113638, 0.23403068, -1.0330093, 0.0059400625, 0.23721488, -1.379481, 0.12166913, -0.07133997, 0.060898513, 0.092720084), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(d2, MF4x4(0.16513251, 0.013819962, -0.009859532, -0.037474833, 0.25651336, -0.131653, 0.03145131, -0.27886832, 0.27808505, -0.099978246, -0.11189488, 0.053313572, 0.11455811, 0.10826371, 0.0017301271, -0.041959), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(e2, MF4x4(-0.037442397, 0.061722398, 0.099159, -0.18970016, -0.13042277, 0.16767356, -0.028342545, 0.18715699, 0.22246139, 0.3154743, -0.39717823, 0.26053482, -0.012097491, 0.1746896, 0.3899962, -0.13013846), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(f2, MF4x4(-0.14552362, -0.26800197, 0.09035887, 0.24266347, -0.14494316, 0.033814326, -0.06647855, -0.16609156, 0.30540654, 0.037082594, 0.14951941, 0.12753695, -0.045153987, -0.28476146, 0.37640104, -0.04667195), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(g2, MF4x4(0.2071077, -0.09297775, -0.04906301, -0.24280597, 0.15925987, -0.05631783, 0.08169953, -0.20124075, 0.23060048, -0.05786468, 0.23959383, 0.1620485, 0.14333409, -0.12757483, -0.1424963, 0.13118197), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(h2, MF4x4(-0.101942524, -0.02240319, 0.11718157, -0.13591368, 0.11223302, -0.042933583, -0.07766777, 0.01667011, 0.07462998, 0.020704709, -0.04329035, -0.01358702, 0.13569939, 0.015980164, -0.08001042, 0.13890027), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(i2, MF4x4(0.01755685, -0.047599614, 0.06456479, -0.08004052, 0.08108282, 0.06789228, -0.14048836, -0.020240005, 0.039701223, 0.023405846, 0.06305444, -0.046804685, 0.040620867, 0.013529182, -0.094961315, 0.02959053), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(na1, MF4x4(-0.053775985, -0.0060494044, 0.14724614, 0.07248909, -0.056616947, 0.0004714896, -0.18737504, -0.15240799, -0.030883765, -0.007487297, -0.0044565946, 0.15024893, -0.16870505, 0.09338804, -0.21873595, -0.14493267), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nb1, MF4x4(-0.045113027, -0.2153715, 0.04520989, 0.26561612, -0.12634845, -0.10975088, -0.3677834, -0.4343602, -0.34146985, 0.29135808, 0.026339425, -0.0995021, 0.012693227, 0.07312179, 0.21671581, 0.11961088), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nc1, MF4x4(0.19766524, -0.31538734, 0.35708517, 0.33092737, 0.027086282, 0.024219114, -0.15289012, -0.18128034, -0.16041638, 0.057314564, 0.079830885, -0.08828221, 0.11828446, -0.13336371, -0.078453206, 0.21232514), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nd1, MF4x4(-0.13100033, -0.24849984, 0.3087074, 0.017271562, -0.17455627, -0.014364008, 0.077686995, -0.015820628, 0.18584616, -0.16705278, -0.3169503, 0.09107534, -0.04958684, -0.008202742, 0.024148908, -0.04654239), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ne1, MF4x4(-0.16020702, -0.18623418, -0.29434547, 0.5008317, 0.23796988, -0.11154579, -0.5167728, -0.14195764, 0.15495163, -0.028505204, -0.2105556, 0.22491512, -0.11658545, 0.31665426, 0.35085753, -0.40148884), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nf1, MF4x4(0.24866697, -0.3752738, 0.8472619, 0.16663249, -0.25808626, -0.037561346, -0.1440471, -0.107407264, 0.016663626, 0.1599037, -0.31926402, 0.15272903, -0.14700623, -0.05275371, 0.061130624, 0.084672675), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ng1, MF4x4(-0.24184473, -0.016008917, 0.040023588, 0.1517675, -0.1339458, 0.009985992, 0.15634708, -0.07649679, 0.0021696684, -0.07027257, -0.07509208, -0.27060902, -0.21299353, 0.12154156, -0.3159698, 0.2511261), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nh1, MF4x4(0.19845779, 0.023986215, -0.073409855, 0.0812208, 0.013382121, -0.049414996, -0.12990347, 0.052681953, -0.12787153, -0.100129806, -0.036296804, -0.13915883, -0.24022135, 0.167096, -0.15128131, 0.17779276), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ni1, MF4x4(-0.05787442, -0.19698323, 0.13090582, 0.1501304, -0.09954089, -0.008470983, -0.095334776, 0.114635326, -0.16330223, -0.046815667, -0.086304545, -0.15729928, -0.1982723, 0.10607274, -0.25540838, 0.09633669), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(na2, MF4x4(-0.25680968, -0.18444876, 0.053333476, 0.10470261, 0.17798793, -0.108659215, 0.1787569, -0.027407814, 0.12637395, -0.038193744, -0.16185284, 0.14068736, 0.092281684, 0.022276353, 0.013779975, 0.026369803), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nb2, MF4x4(-0.17329752, 0.21632285, -0.036964342, 0.30856085, 0.015225849, 0.04158692, -0.010607313, 0.16295516, 0.18873654, 0.24728407, 0.09787, -0.14381099, -0.091119304, 0.12914585, -0.039659716, -0.10700463), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nc2, MF4x4(-0.037163302, 0.05201725, -0.149489, -0.05682234, -0.022634465, -0.074764505, -0.010783339, 0.028970495, -0.045976285, -0.1923207, -0.037494432, -0.13024884, -0.1957353, 0.013454359, -0.30236122, -0.078870796), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nd2, MF4x4(-0.17753989, -0.1549664, 0.08087595, 0.046868976, -0.09354348, 0.22648604, 0.002651186, 0.11890617, -0.0073132347, 0.05030891, -0.08128038, 0.14395374, -0.001108739, -0.030957213, -0.03568773, 0.055131156), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ne2, MF4x4(-0.029484594, -0.013036961, -0.31721568, 0.11611545, -0.24111903, -0.33007705, 0.5950326, -0.070911475, -0.04757172, -0.037676062, -0.14590797, 0.076822214, -0.1672743, -0.41848892, 0.39202756, -0.30958134), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nf2, MF4x4(0.17605461, 0.12216047, -0.02412872, -0.14132546, -0.052373543, 0.08169531, 0.18497281, 0.074685514, -0.055427983, 0.14018987, -0.11671619, 0.108945735, -0.032986425, 0.11385016, 0.05801377, -0.1457665), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ng2, MF4x4(-0.27222672, -0.0074164676, 0.35768685, 0.0074552484, 0.16729778, 0.14860032, -0.3657366, 0.24510175, -0.0621289, -0.0137252435, -0.26145887, 0.0556681, -0.07332952, 0.13122542, -0.020396946, 0.113705456), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nh2, MF4x4(0.08118381, -0.06442098, 0.00044297878, 0.13279027, -0.20708169, 0.11252618, -0.033728387, -0.0105973175, -0.2138218, 0.34612998, -0.15597765, 0.18179017, -0.007853463, -0.045547944, 0.22064093, 0.0548327), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ni2, MF4x4(-0.10656318, -0.014200068, 0.062040597, -0.037210476, -0.07271065, -0.027337732, -0.14988437, -0.14711551, -0.028843492, -0.0046596485, -0.15023676, 0.08530336, -0.016875269, -0.024734195, 0.055177588, 0.010381644), conv2d_4_tf);\n\ttex6[gxy] = conv2d_4_tf;\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\n\tMF4 target = MF4(0.07878663, -0.045328207, -0.07142425, -0.006036755);\n\ttarget = MulAdd(e1, MF4x4(-0.4756803, -0.16041027, 0.30747655, 0.27719444, 0.33626345, -0.093426555, -0.08751585, -0.025898175, 0.12469858, 0.162526, 0.071950376, 0.36727026, -0.26165214, 0.17652564, -0.081568465, 0.17669047), target);\n\ttarget = MulAdd(e2, MF4x4(0.10045615, -0.47277164, 0.13970673, -0.036603283, 0.10723418, -0.0733819, 0.07046736, 0.04479655, -0.5100679, 0.4051206, -0.3043826, 0.07709692, 0.25090587, -0.5827475, 0.27195984, 0.42297873), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.34415862, -0.056642354, -0.32332316, 0.049897127, 0.08399151, 0.683046, -0.16349371, -0.4878456, -0.097749546, 0.7214421, -0.2821467, -0.16691755, 0.3712332, -0.71557045, 0.40365914, 0.37325174), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.333854, 0.11971563, -0.26533902, -0.033346854, 0.09896302, -0.19311592, -0.006087015, -0.104003794, 0.05347405, -0.16057043, 0.15876219, 0.1538847, -0.07954591, 0.24062383, -0.025401022, -0.33599105), target);\n\ttarget = MulAdd(conv2d_5_tf, MF4x4(0.11794056, -0.0031797416, 0.08360105, 0.12222232, -0.16638078, 0.26014742, -0.047267277, -0.27900735, 0.17616066, -0.12788172, 0.22856903, -0.39034957, -0.36313176, 0.12272574, 0.2235959, -0.31102005), target);\n\ttarget = MulAdd(nconv2d_5_tf, MF4x4(0.03297161, 0.19597028, -0.068131894, -0.059938233, 0.18935929, -0.12004069, 0.08705267, 0.26411813, -0.021374375, 0.24630849, -0.08980925, 0.15982057, 0.3533297, -0.15414584, -0.19008748, 0.11310849), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.4622819, 0.31923467, -0.38989246, 0.5539857, -0.035433546, -0.12729715, -0.0669769, -0.048216928, -0.32078394, 0.26958883, 0.08897814, -0.31043166, 0.26743132, 0.38835636, -0.30535862, -0.22241123), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.47431698, -0.755935, -0.075302646, 0.27771655, 0.052087527, -0.17221431, 0.0008429987, 0.15527548, -0.04587466, -0.11802989, 0.39905685, -0.07758683, -0.11415051, 0.004637339, -0.19803126, 0.19956517), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.36277947, -0.13364364, 0.18459712, -0.1705512, -0.46083033, 0.43629453, 0.112646095, -0.18511245, 0.037818372, 0.1220617, -0.22268273, -0.11983507, -0.5432721, -0.2102279, -0.014456884, 0.16428374), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.22811654, 0.16262956, 0.18411161, 0.49102694, -0.15078211, -0.6144134, -0.11632199, 0.2740543, -0.11322067, -0.16751853, 0.18453367, 0.14305107, 0.36418238, -0.34248996, -0.055178564, 0.37168074), target);\n\ttex1[gxy] = target;\n\t\n\ttarget = MF4(-0.17363991, 0.071162574, -0.09289675, 0.013446863);\n\ttarget = MulAdd(e1, MF4x4(-0.35645446, -0.01804877, -0.53608185, 0.32968932, 0.13975728, -0.1716116, 0.09503091, -0.12088551, 0.30239868, 0.9217966, 0.016221086, -0.26894137, -0.0047026747, 0.54764843, -0.2826915, 0.0016894634), target);\n\ttarget = MulAdd(e2, MF4x4(-0.15123259, 0.2014175, 0.05961645, -0.32386652, -0.25275725, 0.3658508, -0.104193784, -0.02756655, 0.2696138, 0.17608197, 0.17685752, 0.6808081, -0.40293297, 0.48387393, 0.25278264, 0.28291366), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.18928573, -0.18908137, 0.47045723, 0.5454373, 0.31339395, -0.0064702537, -0.37307036, -0.37479213, 0.2235379, -0.370863, 0.02827034, 0.024350066, -0.32538193, -0.33686417, 0.8949382, 0.3324315), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.17215039, -0.14995, -0.4451278, 0.30758965, 0.21607, 0.08995007, 0.09553425, -0.21233945, -0.14442022, 0.09295349, -0.29228872, -0.3875935, 0.11704046, -0.4206096, 0.35226774, -0.08189522), target);\n\ttarget = MulAdd(conv2d_5_tf, MF4x4(-0.12517966, 0.060051568, -0.38888076, 0.08354471, 0.17010468, -0.34286287, -0.06961373, 0.032387406, -0.025718998, -0.1661844, -0.075671494, 0.10289619, -0.28309906, -0.14461538, 0.22726184, 0.4752376), target);\n\ttarget = MulAdd(nconv2d_5_tf, MF4x4(0.15411675, 0.17533994, 0.3406641, -0.0597274, -0.21072194, 0.1517182, 0.032032263, 0.18653658, 0.20970167, -0.10793765, -0.05335404, -0.095203936, 0.2917104, -0.1170929, -0.11652503, -0.46912733), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.272871, 0.07467413, 0.16981912, 0.57318956, 0.35038894, -0.06679483, 0.3777534, -0.01522816, 0.2588504, -0.008976239, 0.31769443, 0.07070477, 0.059302222, 0.28855336, -0.14700443, -0.08605704), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.27067363, -0.2191635, -0.2377148, -1.0028448, -0.25673935, 0.10997322, -0.39032057, 0.06524818, 0.5248202, 0.40049195, 0.6711809, 0.2878331, 0.19606547, -0.092196286, 0.27838528, 0.03120515), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.3029178, -0.027027214, 0.13855064, -0.16550988, 0.2354576, -0.1715326, 0.12981784, 0.5013446, 0.24411377, -0.13030572, -0.08595908, -0.104394995, 0.16794646, -0.044388745, 0.2807999, 0.39108425), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.05535261, -0.15662162, 0.14935054, 0.10706811, 0.026958441, -0.15323113, -0.19261432, -0.24361719, -0.2607876, 0.038486157, -0.04509224, 0.18722118, -0.14478058, 0.03614682, -0.12608361, -0.5203596), target);\n\ttex2[gxy] = target;\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x16, Conv-4x1x1x48\n//!IN tex1, tex2, tex3, tex6\n//!OUT tex7, tex4, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\t\n\tMF4 conv2d_4_tf = tex6.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\n\tMF4 conv2d_8_tf = MF4(-0.009278051, 0.62221414, 0.22868732, 0.14880095);\n\tconv2d_8_tf = MulAdd(a1, MF4x4(-0.162897, -0.21250516, -0.11219427, 0.30969706, 0.078927204, -0.14922144, 0.5486932, 0.2884913, 0.07018745, 0.45946357, -0.23759702, -0.18914284, 0.19762751, 0.56881535, -0.2141465, 0.27216902), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(b1, MF4x4(-0.17507325, -0.577772, -0.46351492, 0.09431303, 0.023881523, -0.068162896, -0.0029204858, -0.076631226, -0.07645065, 0.28997856, -0.0349899, 0.087704636, 0.29194608, 0.7767595, 0.17478088, -0.295144), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(c1, MF4x4(0.23039296, -0.000184939, -0.032427344, 0.0926983, -0.4264918, -0.44138262, 0.39098918, -0.0102598835, 0.066287994, 0.15478721, -0.062338993, 0.15079321, 0.120016515, 0.7005824, -0.12260436, 0.090042405), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(d1, MF4x4(0.014269367, 0.21645544, -0.4203915, 0.0077638677, -0.18618487, 0.30165052, 0.6985895, -0.014695781, -0.071353786, -0.49996287, -0.79902583, -0.06343025, 0.291085, 0.28801495, 0.46547806, 0.1311194), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(e1, MF4x4(0.17163453, 0.21760814, -0.67896426, 0.1487859, 0.05881719, -0.08391752, 0.44536906, 0.24853623, -0.7685656, 0.45705163, -1.0204223, 0.1884743, -0.3251896, -0.49221343, 0.38116506, -0.09428967), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(f1, MF4x4(0.2759429, 0.22141403, -0.13269989, 0.06833041, -0.29562923, -0.26589182, -0.34452415, 0.36388424, -0.3184807, 0.08254464, -0.15477169, 0.03237491, -0.34190834, -0.2777646, -0.15713428, -0.22231084), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(g1, MF4x4(-0.36887082, -0.34607458, 0.5719879, 0.09200919, 0.12724651, 0.20281908, 0.39280674, 0.09216231, 0.3126475, -0.0075341803, -0.046779484, 0.10883631, 0.20136468, 0.70330596, -0.024237871, -0.061087623), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(h1, MF4x4(-0.08114617, -0.02456657, 0.1287709, 0.5486885, -0.10143632, -0.39116892, 0.24008204, 5.8133483e-05, -0.36640543, -0.52113515, 0.3836287, 0.09541327, 0.01115865, -0.2044513, 0.07734024, -0.29509112), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(i1, MF4x4(0.25962162, -0.05327207, -0.28945914, 0.320823, 0.049143463, 0.011241379, 0.004193257, 0.3872085, -0.47137228, -0.44385332, -0.2591483, -0.20189615, 0.08729277, -0.14813553, -0.29911307, 0.0067013856), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(a2, MF4x4(0.13526323, 0.6637005, 0.09491454, -0.038491655, -0.5078187, -0.5782128, -1.0748478, 0.18678135, 0.16064858, 0.0795754, 0.116070546, 0.06408978, 0.085641995, -0.39126787, -0.16669247, -0.024058852), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(b2, MF4x4(-0.30658495, -0.08933112, 0.38358685, -0.048228927, 0.050148476, -0.08750905, -0.5015779, 0.4012965, -0.068299964, 0.08993712, 0.03617703, -0.030809006, 0.05144756, -0.7659615, -0.33359128, 0.0054376507), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(c2, MF4x4(-0.24894494, 0.08617524, -0.095747314, 0.14710969, -0.09528072, 0.19016005, 0.060339417, -0.059556015, 0.01127292, -0.021082405, 0.5204205, 0.23831797, -0.035384487, 0.001653611, -0.28902745, -0.0060615037), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(d2, MF4x4(0.2978602, 0.2580722, 0.11472323, -0.06937241, -0.45087403, -0.35747236, -0.38835877, 0.22520676, 0.09162963, 0.50932664, -0.41183934, -0.08526183, -0.043625794, -0.27782285, -0.4119391, -0.339948), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(e2, MF4x4(-0.005034612, 0.010024151, 0.55194247, -0.16040643, 0.0072234212, -0.047230296, 0.011222393, -0.017184192, 0.2156304, 0.02429907, 0.41669923, -0.06159069, -0.39241523, 0.009254305, 0.35784644, -0.45379582), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(f2, MF4x4(-0.18008694, -0.35366225, 0.12110043, -0.102665015, 0.2763678, -0.61502653, 0.3051717, -0.23991431, 0.6076138, -1.142571, 1.2579885, 0.15013893, -0.13282573, -0.16185799, -0.26278257, 0.044563264), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(g2, MF4x4(-0.043284204, -0.1374118, -0.6523209, -0.1682561, -0.002918912, 0.2768846, 0.045174655, -0.046218265, 0.10686049, -0.004872297, 0.04118156, -0.07015327, -0.3329307, 0.19972506, -0.38307762, 0.11627049), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(h2, MF4x4(0.09306764, -0.5036807, -0.25358048, -0.033543527, 0.07199686, -0.28982875, -0.022885432, -0.078454, -0.0836088, -0.08261633, 0.38759607, 0.021209864, 0.09516953, -0.1896164, -0.12284774, 0.16532375), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(i2, MF4x4(0.27196047, -0.6199637, 0.12209493, -0.0055379267, -0.08997175, -0.0025996822, -0.20710677, 0.15223576, -0.07073166, -0.20732503, -0.044538528, 0.35751408, 0.33849528, -0.14603287, 0.19472563, 0.20992133), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(na1, MF4x4(0.018979501, 0.030001618, 0.09530055, -0.22441792, -0.11513775, -0.05383842, 0.042144198, -0.2824055, 0.20338169, 0.9622458, -0.20780474, 0.5217952, 0.11518432, 0.24126045, -0.046675194, -0.07326568), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nb1, MF4x4(-0.13768856, 0.17157272, -0.32123035, -0.08968111, 0.011915078, -0.08129057, -0.71480066, 0.24239756, 0.5093838, 0.29058817, -0.07181868, -0.22533971, 0.24244072, -0.2716092, 0.03331018, 0.008624937), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nc1, MF4x4(0.21304299, 0.5180637, 0.40324917, -0.078679435, 0.17033757, -0.4813804, -0.47702515, -0.017285354, -0.054009005, -0.5853617, -0.5427995, 0.13533083, 0.12440328, -0.6455633, 0.0012186684, 0.031838413), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nd1, MF4x4(0.04057183, -0.27768528, -0.07563423, 0.13400203, -0.03429928, -0.32794374, -0.085426375, -0.3724642, -0.19195397, 0.1349262, -0.2909766, -0.43096116, 0.056601644, 0.5106557, -0.267059, -0.046354882), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ne1, MF4x4(0.14343774, -0.29267886, -0.2406526, -0.30307195, -0.10270894, 0.008828463, -1.5378821, 0.017785087, 0.48302534, -0.310974, 1.5381073, 0.08598342, 0.82111055, -0.0049781636, 0.4820726, 0.301231), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nf1, MF4x4(0.012052944, -0.090234, 0.52199095, -0.3329521, 0.110252894, 0.2897882, -0.37447298, 0.17326026, 0.18148576, -0.23976558, 0.1848407, 0.5042414, 0.33321953, 0.2712571, 0.18124644, 0.20849751), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ng1, MF4x4(0.066107936, 0.035174694, -0.1587501, -0.22672103, 0.012212267, -0.05451626, -0.6004301, 0.013387352, -0.04113352, 0.53583735, -0.15342614, -0.0018758774, 0.09947345, -0.18213694, 0.02965846, -0.044368513), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nh1, MF4x4(0.099831305, 0.2666737, -0.12301129, -0.113591194, 0.018106552, 0.290373, 0.1480011, 0.032558106, 0.0024403003, 0.11745559, 0.7669008, -0.18195944, 0.21291047, 0.49549788, -0.04361018, 0.6138144), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ni1, MF4x4(-0.24335642, -0.023037815, -0.22853605, -0.49450716, 0.04834612, 0.040727314, 0.36239302, -0.076259434, -0.08173315, 0.14689375, 0.3357786, 0.34003472, -0.11701219, -0.35594055, 0.55640507, 0.3573448), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(na2, MF4x4(0.039600838, -0.08580259, -0.25375724, -0.41294497, 0.052295998, 0.34286344, 0.23627926, 0.08080187, 0.0015981429, 0.37459275, -0.11763548, 0.027264152, 0.11372706, 0.34742436, 0.30963847, -0.2995273), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nb2, MF4x4(-0.035936117, -0.42153218, -0.40176156, 0.20363232, 0.22382015, 0.48679677, 0.07365761, -0.20890754, 0.22791456, -0.28418672, -0.17189962, 0.0968373, -0.70834696, -0.41918173, -0.13482817, 0.037949625), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nc2, MF4x4(0.11910686, 0.0473921, 0.37869528, 0.17928337, 0.17311068, 0.21572089, 0.34996882, -0.26002827, -0.014036688, -0.6574892, -0.14409806, -0.06467717, -0.33688435, -0.18185017, 0.04036214, 0.06086553), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nd2, MF4x4(-0.15657301, -0.05661294, -0.36640826, -0.13215317, 0.060342815, 0.19098124, 0.18715985, -0.40765548, 0.090474375, -0.07720432, -0.016231487, 0.0885778, 0.0272616, 0.22065723, 0.1691866, -0.19491237), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ne2, MF4x4(-0.13054666, 0.3278881, -1.3170725, -0.4575742, -0.061401486, 0.15868792, 0.2789515, 0.13829961, 0.09607008, -0.7175924, 0.01804374, 0.41284522, 0.044577077, 0.04847126, -0.25607756, -0.02249741), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nf2, MF4x4(0.22145797, 0.8114419, -0.17527157, 0.09274125, -0.25224185, 0.2955128, -0.37553602, -0.17377761, -0.9684024, 0.42457148, -0.64265996, 0.10394252, -0.11231096, 0.064703405, 0.42858216, -0.21214609), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ng2, MF4x4(0.1910386, -0.0065560606, 0.18119961, -0.026436953, 0.07887997, 0.15127628, -0.11523928, -0.0679343, 0.031198656, 0.16947536, 0.05943052, 0.060350783, 0.32215032, -0.1347014, 0.017390233, -0.06527528), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nh2, MF4x4(-0.19811153, -0.033103824, 0.0053317053, 0.008003428, -0.020805335, 0.17872533, -0.3161484, -0.11559199, -0.24902378, -0.2596549, 0.034520704, -0.006125487, 0.13173361, -0.10967251, -0.7860965, -0.035326626), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ni2, MF4x4(-0.124631934, 0.21335506, 0.375809, -0.13598146, 0.047685858, 0.14553228, -0.068173625, -0.117949426, 0.07296198, 0.08935096, -0.26368606, 0.29653412, -0.27378097, 0.060699224, -0.09753418, -0.08484599), conv2d_8_tf);\n\tMF4 nconv2d_8_tf = max(-conv2d_8_tf, 0);\n\tconv2d_8_tf = max(conv2d_8_tf, 0);\n\t\n\tMF4 conv2d_7_tf = MF4(0.039428633, 0.032666046, 0.16482623, -0.016402772);\n\tconv2d_7_tf = MulAdd(a1, MF4x4(0.018128054, -0.14104486, -0.027475944, 0.22669935, -2.7264505e-05, 0.14775783, 0.13441783, 0.11450963, -0.09942102, 0.29735768, 0.04839269, -0.14066552, -0.024448555, 0.3104163, -0.03636913, 0.002947356), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(b1, MF4x4(-0.20438337, 0.35419708, 0.037506625, 0.100693576, -0.074241616, -0.15304284, 0.0054191337, -0.12816934, 0.028913809, -0.098240785, 0.5653599, -0.38662913, 0.018716848, 0.0021957273, 0.061397206, -0.111899704), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(c1, MF4x4(-0.18681246, -0.23609419, 0.21475013, 0.051762715, 0.04889926, -0.033886652, 0.26262638, -0.27322114, 0.049140245, 0.3380464, -0.13617653, -0.05796957, 0.080669545, 0.21348572, -0.10067047, -0.0016244814), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(d1, MF4x4(0.025566151, -0.027286734, -0.10856872, 0.108885765, -0.07635088, 0.13037659, 0.2892404, -0.2160093, -0.30649704, 0.34650138, -0.021391464, 0.08717436, -0.02000013, 0.027722841, 0.43060175, -0.04844848), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(e1, MF4x4(0.09925131, -0.11167345, -0.14262813, -0.21267861, -0.15972298, -0.1823657, -0.073309824, 0.15542479, 0.005081145, -0.40594074, 0.24862696, 0.19943975, -0.36283687, -0.38990027, 0.4759463, 0.45561194), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(f1, MF4x4(-0.13126811, 0.24284562, 0.06109369, -0.15402594, 0.016967572, -0.08234942, -0.053873185, 0.026438333, 0.13412815, -0.10839792, -0.345438, 0.0720746, 0.21260333, -0.15989558, -0.012461376, 0.20363508), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(g1, MF4x4(0.09231617, 0.17787862, 0.22783166, 0.09095521, -0.0935426, -0.22921127, 0.2591894, -0.19451278, -0.0046325484, -0.60839254, 0.061737422, -0.024267042, -0.04048761, 0.2450175, 0.14390652, 0.07999217), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(h1, MF4x4(-0.09204067, -0.05434134, 0.32136026, -0.053413626, 0.044170942, 0.10284346, 0.10827547, -0.03207593, -0.036979157, -0.37019014, -0.07072617, 0.07745549, 0.026007036, 0.13402742, 0.22873925, -0.09879518), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(i1, MF4x4(-0.039409183, -0.15304323, 0.110744946, 0.04479048, 0.073402554, -0.31955537, 0.13518381, 0.09020946, 0.21437532, -0.08866372, 0.062359575, -0.08147204, -0.012339588, 0.038986444, -0.059496317, 0.04353628), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(a2, MF4x4(-0.029447578, 0.18052183, 0.026130654, -0.18024941, -0.2357611, 0.92272073, -0.40873498, 0.3829195, -0.049990416, -0.2626007, 0.07313907, -0.20231684, 0.23846717, 0.06304234, -0.072538964, 0.34895507), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(b2, MF4x4(-0.21427542, 0.33398184, 0.19135003, -0.079177245, -0.047564022, 0.25006044, 0.19287021, -0.07119212, -0.0064072064, 0.14020945, -0.15136649, -0.04587045, -0.113710366, 0.05126853, -0.084781885, 0.1418395), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(c2, MF4x4(0.04655672, -0.010115347, 0.18253572, 0.017085062, -0.04543099, 0.08404545, 0.07929449, 0.17069206, -0.045596916, 0.12133366, 0.12615037, -0.11942128, -0.07431312, -0.0975234, 0.17188828, -0.021951154), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(d2, MF4x4(0.013333504, -0.22424631, -0.25461286, -0.09366057, -0.24168679, -0.1413706, -0.084172204, 0.1557298, 0.023721283, 0.18159337, -0.029377997, -0.12690134, -0.07779016, 0.49728185, 0.060146395, 0.17318316), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(e2, MF4x4(0.08302447, 0.86936367, -0.17584775, -0.2508983, 0.16770333, 0.106514744, 0.056097895, -0.1516464, -0.04237734, 0.3350473, 0.08797126, 0.053822745, 0.36157215, -0.04365805, -0.20060433, -0.23983552), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(f2, MF4x4(0.09215062, 0.0729301, 0.2564446, -0.09456067, -0.04279617, 0.009632537, -0.067693666, 0.07115211, -0.58410543, 0.7954688, -0.6856004, -0.0039867237, 0.05259691, -0.19899113, 0.34015554, -0.1301164), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(g2, MF4x4(-0.08229732, 0.22852908, -0.17944984, -0.053203765, 0.01401186, -0.01731911, -0.017196467, 0.017660033, -0.06473575, 0.11841842, -0.09651762, 0.08812678, 0.15789783, 0.41068667, -0.17433365, 0.112683386), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(h2, MF4x4(0.19192256, -0.048173536, -0.27452058, -0.086614236, 0.03459962, -0.076093, -0.13129567, 0.10529364, -0.003243667, -0.11558274, 0.15014142, -0.11415493, -0.058378108, -0.23308878, 0.016655494, -0.06092205), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(i2, MF4x4(0.053656723, -0.2520498, -0.06450468, 0.14063323, -0.07785553, 0.06996582, 0.043691944, -0.09447727, -0.19854756, 0.08710172, 0.103271045, -0.20072943, -0.10393605, -0.19852036, -0.01656043, 0.19936512), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(na1, MF4x4(-0.043692272, -0.15573448, -0.07609012, -0.25906095, 0.042468645, 0.06499704, 0.021691361, -0.14418614, 0.007778065, -0.04098781, 0.16854198, 0.1880123, -0.0024735837, -0.38171276, 0.29813913, -0.13975172), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nb1, MF4x4(0.0786739, -0.13743922, -0.16762766, 0.0551441, -0.16237186, 0.47069517, -0.16434868, 0.38760075, 0.29262593, 0.21078295, 0.1564407, -0.19921672, -0.07819381, 0.045407712, 0.25388238, 0.12049804), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nc1, MF4x4(0.13686253, 0.15139718, -0.14193471, -0.037212268, 0.017021572, -0.13029522, -0.07875422, 0.22883393, -0.117323294, -0.11999564, 0.074406326, 0.029792523, 0.071242705, 0.04940517, 0.27540857, 0.094216466), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nd1, MF4x4(0.05651692, -0.09319446, -0.15223487, -0.16004439, 0.09602424, 0.114855476, 0.13851804, 0.11632249, -0.15697844, -0.03465572, -0.6334014, 0.0043645306, -0.13810518, -0.24692737, -0.13962403, -0.17288178), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ne1, MF4x4(-0.1125169, 0.2582768, 0.14571975, 0.3412717, 0.046649273, 0.053606547, -0.5402628, -0.14801335, -0.12299524, 0.79026186, -0.3587726, -0.040698707, 0.18239951, 0.18461016, -0.13213885, -0.6929199), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nf1, MF4x4(-0.009360833, 0.22758053, -0.334423, 0.35250792, 0.05025162, -0.1640276, 0.21909785, -0.12123492, -0.33830088, -0.26451996, 0.09280175, -0.18673559, -0.20446195, 0.13918248, 0.09164517, -0.20213476), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ng1, MF4x4(-0.03443797, -0.25032473, -0.0018426777, -0.065064386, 0.03455914, 0.022166712, -0.2954429, 0.012212829, -0.0223488, 0.1161553, -0.106024936, 0.028343895, 0.15230536, -0.5538007, -0.24089493, 0.06740007), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nh1, MF4x4(0.09501347, -0.0845406, -0.13952151, 0.031915456, 0.05118853, -0.25089842, -0.113984115, 0.08745874, 0.14493734, 0.17449388, 0.037183553, 0.060414817, 0.045083977, -0.50209135, -0.25451177, 0.23309624), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ni1, MF4x4(0.08991499, 0.14019197, -0.12056033, -0.05024532, -0.07585356, 0.073596515, 0.017992107, -0.0009288775, -0.17292187, 0.07525249, 0.14620323, -0.058494095, 0.09669742, -0.28342497, 0.10102461, 0.0075472025), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(na2, MF4x4(-0.059322756, 0.07296391, -0.22688308, 0.17183779, 0.0921908, -0.18311407, -0.10553935, -0.2998603, -0.05373476, -0.08882287, 0.009316159, -0.09303765, 0.08415284, -0.044707574, 0.07481887, 0.06931905), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nb2, MF4x4(-0.26374707, 0.17429374, -0.54841083, 0.23039351, 0.1550329, -0.0991982, -0.07031106, -0.23306605, -0.076208115, 0.058818877, 0.48602778, -0.116065495, 0.13632986, 0.5399192, -0.088733315, -0.04031161), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nc2, MF4x4(-0.118198454, -0.04607605, -0.10619185, 0.034395956, 0.0023600461, 0.1470174, -0.21100855, -0.024570175, -0.0016899678, 0.1612513, -0.03985272, 0.01355469, 0.30949214, -0.056687307, 0.1295898, 0.031099077), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nd2, MF4x4(-0.37869355, 0.06961967, 0.2779311, 0.3090361, 0.23564096, -0.014765556, -0.097406775, -0.08233581, -0.05444356, -0.056364074, -0.13940345, -0.1710778, 0.053456437, -0.5668305, -0.21371025, -0.11354647), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ne2, MF4x4(-0.2009931, -0.46823156, 0.04674297, -0.33720648, -0.48212242, -0.022402052, 0.4083246, 0.3498801, -0.12801081, 0.080993176, 0.12559398, 0.30281347, -0.36876208, -0.19425368, 0.040795308, 0.4358033), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nf2, MF4x4(-0.008429336, -0.007929484, -0.21348138, 0.19799937, -0.0032136212, -0.037011284, 0.060586747, -0.012355498, 0.37488303, -0.626778, 0.45391387, -0.030982537, 0.26613617, -0.027296683, -0.094556324, 0.03054091), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ng2, MF4x4(-0.0032568173, -0.3056237, 0.0007252052, 0.052250773, -0.05099108, 0.23182255, -0.044636346, 0.08786388, -0.12470104, -0.16238213, 0.16018245, -0.11313074, -0.044513255, -0.2792024, 0.13793966, -0.20955163), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nh2, MF4x4(-0.14750522, -0.022307748, -0.15649515, 0.15537989, -0.061475005, 0.19822353, 0.0671258, -0.06628393, -0.04068137, 0.22010179, 0.12955783, -0.0517817, 0.02655539, 0.17269138, -0.1296634, 0.030146338), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ni2, MF4x4(0.061146796, 0.31339607, 0.034430694, 0.10376425, 0.03029668, -0.0401898, -0.1825413, 0.06257798, 0.08390942, -0.31551626, 0.010347497, -0.0031549276, 0.21435012, -0.13221692, -0.021980911, -0.1482502), conv2d_7_tf);\n\ttex7[gxy] = conv2d_7_tf;\n\tMF4 nconv2d_7_tf = max(-conv2d_7_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\n\tMF4 target = MF4(-0.027689768, -0.16386859, -0.009289161, 0.09287236);\n\ttarget = MulAdd(e1, MF4x4(0.13591515, 0.21395922, 0.040862843, 0.3054825, -0.088837944, -0.6928339, -0.15643471, 0.13081591, 0.07604966, 0.37446347, -0.34723157, -0.17870799, -0.2037286, -0.106576756, 0.25523958, -0.13762575), target);\n\ttarget = MulAdd(e2, MF4x4(0.21503459, 0.0373132, -0.008046219, -0.18440363, -0.09729587, 0.043958187, 0.23459528, -0.044009138, 0.1686642, -0.1615934, -0.13173419, -0.079085656, -0.07647595, -0.37286422, -0.06148421, 0.015342882), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.14785692, -0.2707874, -0.017647093, -0.2908642, 0.5612585, 0.4271698, -0.48191005, 0.11905855, -0.21741737, -0.2821245, 0.29278705, -0.20538986, 0.03150152, 0.03138199, 0.10423793, -0.045527548), target);\n\ttarget = MulAdd(ne2, MF4x4(0.31277063, 0.07915742, -0.34087706, 0.39680582, -0.022496004, -0.33672526, -0.111507386, 0.025953399, -0.15757395, 0.11465282, 0.28329894, 0.12420795, -0.36261007, 0.46334505, 0.30303243, -0.03249052), target);\n\ttarget = MulAdd(conv2d_8_tf, MF4x4(0.57927984, 0.06878386, -0.24236098, 0.31338137, 0.10464923, -0.07153124, 0.13588428, -0.02373762, -0.19124955, -0.1138502, 0.17388438, 0.01707623, -0.24228282, 0.04736911, 0.6398566, -0.32334659), target);\n\ttarget = MulAdd(nconv2d_8_tf, MF4x4(-0.54402775, -0.24674532, 0.11212342, -0.09593871, -0.17339998, 0.1323692, -0.1680261, 0.025882099, -0.19121705, 0.1832492, -0.08548955, -0.14068407, 0.13255714, 0.10409962, -0.01394588, 0.22216345), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.2702694, -0.56255573, -0.5357781, 0.05541389, 0.070275396, -0.08012564, -0.13473864, -0.113696516, 0.06642909, 0.23810093, 0.0728827, -0.17656006, 0.48172018, -0.25749484, -0.1752313, 0.33768335), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.46950498, 0.059317388, -0.09860531, -0.006304164, -0.4128484, -0.049649406, 0.2954393, -0.190237, -0.20938443, 0.034176145, 0.063109055, 0.07802573, -0.20652357, -0.23180202, -0.11936575, 0.2589604), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.3843954, -0.08686217, 0.18839231, 0.01876761, -0.03335079, -0.12043262, -0.42323095, -0.02321388, -0.22252762, -0.049455926, 0.2268798, 0.082169, 0.2473631, 0.23347862, 0.002254042, 0.2757807), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.1020188, -0.037612554, -0.33062017, 0.1570476, 0.19851524, 0.35976177, -0.016449552, 0.22057539, 0.20401593, 0.07004227, -0.062413715, -0.10547836, 0.14671406, -0.3905135, -0.038352408, -0.28926837), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.4110517, 0.06280497, 0.16709873, -0.49500167, -0.10045096, -0.2238529, 0.012172345, 0.19666891, -0.16135901, 0.017100533, 0.35809904, 0.35188627, 0.20347194, -0.14602524, 0.71737736, 0.14195462), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(-0.5236819, 0.4352016, -0.4066126, -0.04252335, 0.1086945, 0.145471, 0.21984594, -0.24670586, -0.07109616, -0.2711473, -0.89353126, -0.3953869, 0.17096898, 0.12978637, -0.42527854, -0.019720567), target);\n\ttex4[gxy] = target;\n\t\n\ttarget = MF4(-0.012729538, -0.13335368, 0.14840336, 0.025965473);\n\ttarget = MulAdd(e1, MF4x4(0.19380243, 0.020101497, 0.021015864, 0.40521726, 0.038862754, -0.3473658, 0.22289194, -0.2075226, -0.15960178, 0.20686232, -0.19066268, -0.24524036, -0.19289994, -0.6356018, 0.040245753, -0.22887161), target);\n\ttarget = MulAdd(e2, MF4x4(-0.06837712, -0.59243137, 0.08107887, -0.18099897, 0.08890105, -0.20113088, 0.0076543097, -0.28404838, -0.39403212, 0.124420464, 0.07661543, -0.16511264, 0.440653, 0.17841326, -0.40957427, -0.055862557), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.052128255, -0.17906874, -0.0063690864, -0.3027001, -0.12118662, 0.5986499, -0.35075194, 0.11334461, -0.13089949, 0.48732534, 0.31238684, 0.0636065, 0.21470545, -0.12680373, 0.20702313, -0.14277203), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.13521394, 0.5266374, -0.4765612, 0.32102558, -0.07704129, -0.26604977, 0.36475307, 0.27245706, 0.16729634, -0.04975267, 0.18763311, 0.07594951, -0.20137721, 0.07614109, -0.056586545, 0.35838535), target);\n\ttarget = MulAdd(conv2d_8_tf, MF4x4(0.22150421, -0.023909386, -0.30742592, 0.54860467, 0.038963366, -0.47929683, 0.001491465, -0.2016597, 0.14891255, -0.12298715, 0.12770613, 0.16882578, 0.52988553, -0.34417477, -0.11196754, 0.038432673), target);\n\ttarget = MulAdd(nconv2d_8_tf, MF4x4(0.10892675, 0.15687913, 0.4061297, -0.2549851, -0.12231971, 0.7066191, -0.038577385, 0.1871752, -0.23520122, 0.6384404, -0.04857454, -0.23879313, -0.26810166, -0.08090798, 0.3287431, 0.15214305), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.16076286, 0.08942198, 0.79264593, -0.5107746, -0.10051664, -0.18325275, 0.31161344, 0.023725776, 0.09911152, 0.1552438, -0.22447744, -0.2995641, 0.27984253, -1.107023, 0.010454479, 0.6606262), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.041668475, 0.16935597, -0.11855577, 0.2013473, 0.2991738, -0.38238418, 0.17906274, -0.27559698, -0.4381387, 0.39814267, -0.40905684, 0.57992136, 0.2830281, 0.12482517, -0.30402762, 0.47808015), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.05201121, 0.3396993, -0.04965309, -0.25744373, -0.13495848, -0.120026626, 0.15645088, -0.20658544, 0.414069, -0.03110071, 0.070210315, 0.028046172, -0.17324251, 0.14329922, -0.14353131, 0.028436944), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.15607943, 0.98266315, -0.15506491, 0.34884667, -0.16584046, 0.07532187, 0.0062847883, 0.8719761, -0.30521882, -0.34961814, -0.055313803, 0.041199762, 0.2634066, 0.31106153, 0.029962108, -0.017541675), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.1285044, 0.41011113, 0.16163284, -0.40202442, 0.33554438, -0.2626098, 0.18437132, 0.06627138, 0.26390168, -0.23918642, -0.17191365, -0.16348109, 0.30074367, -0.99079835, 0.60264456, 0.050881945), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.3971443, -0.034655187, 0.11870823, 0.39984652, -0.45068088, -0.054210827, -0.27554438, -0.16074227, -0.14983663, 0.35434055, 0.42479035, 0.07799301, -0.4260275, 0.66214204, -0.095251344, 0.09080398), target);\n\ttex5[gxy] = target;\n}\n\n\n//!PASS 5\n//!DESC Conv-4x3x3x16, Conv-4x1x1x56\n//!IN tex4, tex5, tex3, tex6, tex7\n//!OUT tex8, tex9, tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex5.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\t\n\tMF4 conv2d_4_tf = tex6.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\t\n\tMF4 conv2d_7_tf = tex7.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_7_tf = max(-conv2d_7_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\n\tMF4 conv2d_11_tf = MF4(0.10656278, 0.12657918, 0.16990805, -0.12699938);\n\tconv2d_11_tf = MulAdd(a1, MF4x4(-0.22341304, 0.26908797, 0.04134543, 0.06961319, 0.32176727, 0.07702703, 0.03751845, -0.13761088, -0.09979559, 0.06891045, -0.01716057, -0.031486046, -0.016294012, 0.0262252, 0.012725462, -0.054174248), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(b1, MF4x4(0.0758998, 0.044578414, -0.058127478, -0.04941571, 0.1685694, 0.9547572, 0.3217995, 0.04913146, 0.08628588, -0.49687696, 0.05530926, -0.19010891, 0.0077229803, 0.3938303, 0.18076055, -0.048131783), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(c1, MF4x4(0.03656385, 0.23112705, 0.13059878, 0.16223684, -0.2766845, 0.053392846, 0.06446786, 0.19696166, -0.14884388, -0.23103243, -0.07006061, -0.021727445, 0.026394684, -0.31138313, -0.0976933, -0.062459927), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(d1, MF4x4(-0.36985022, -0.3396681, 0.035750575, 0.019713784, 0.10074354, -0.34114882, -0.01150834, -0.1436701, -0.36870074, -0.3272402, -0.03879516, -0.094077155, 0.016875539, 0.23895474, -0.14396004, -0.06785279), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(e1, MF4x4(0.057131216, -0.5966212, -0.13011967, -0.3684052, 0.6414469, 0.45823926, 0.043126952, -0.12702179, 0.029217511, 0.43957123, 0.06747733, 0.35508418, -0.13576074, 0.28117993, 0.1785782, 0.20060769), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(f1, MF4x4(0.112133466, 0.2773932, -0.047416527, -0.06561597, 0.093935706, 0.032524325, 0.02208551, 0.10400939, -0.0062363064, 0.20578235, 0.124429, 0.045867924, 0.024913216, -0.07508951, -0.1506746, -0.07368737), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(g1, MF4x4(0.029188056, 0.13675697, -0.10047892, -0.15162368, 0.11152231, 0.17758776, 0.04638467, -0.15375991, -0.08195171, -0.00092798605, -0.11137887, -0.20476487, -0.06701632, -0.38742077, 0.10833869, 0.07575963), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(h1, MF4x4(0.12579612, -0.13082299, 0.022704111, -0.049295194, 0.02813974, 0.06766161, 0.021488592, -0.22899324, -0.13967377, -0.42789128, -0.15561862, -0.13880157, -0.31957027, -0.051553562, -0.15501565, -0.17607704), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(i1, MF4x4(-0.014785312, -0.3358245, 0.09859993, 0.17852743, 0.06758491, 0.040827237, -0.014897847, -0.027630018, -0.041637477, -0.10967412, -0.10507281, 0.058183335, -0.01929858, 0.09047934, -0.19679205, -0.16896065), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(a2, MF4x4(-0.19059956, 0.059083544, -0.07367043, 0.10374235, -0.12928921, 0.16821185, 0.03542259, 0.07853399, -0.029948441, 0.045060057, 0.10522493, 0.15548709, 0.13417992, 0.12784965, 0.068737574, 0.024369959), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(b2, MF4x4(-0.2539489, -0.15361321, -0.024794202, 0.23387837, -0.021986792, 0.035640705, -0.053465687, 0.041275553, -0.12349385, 0.11599216, -0.12158652, -0.0016647653, 0.03552641, 0.15126309, 0.10521408, 0.022221778), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(c2, MF4x4(-0.09391041, 0.21640098, 0.06468435, 0.021124857, -0.017427467, 0.14731239, 0.0888631, 0.06669842, 0.16802992, -0.042000934, -0.007442969, -0.17762569, -0.106376246, -0.007006815, 0.048836768, 0.07634349), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(d2, MF4x4(-0.08242374, -0.35055616, 0.11752318, 0.06287576, -0.08078838, 0.015269983, 0.07802465, 0.036515962, -0.047435157, -0.23535018, 0.10882656, 0.00760307, 0.20816213, 0.16291322, -0.17480974, -0.09656055), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(e2, MF4x4(0.3776239, 0.48836887, 0.046571143, -0.0005301381, 0.111404456, -0.2056147, 0.0976322, -0.07087254, -0.23208277, 0.64508325, 0.029519977, -0.32163903, 0.12203931, 1.2488136, 0.0713469, -0.12589021), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(f2, MF4x4(-0.1458724, -0.2927259, -0.11825573, 0.050236594, 0.005908592, 0.009147886, 0.014676971, -0.09960781, -0.031219782, 0.0008116867, -0.16999915, -0.08393424, -0.017762119, 0.15271363, 0.17894958, 0.104973435), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(g2, MF4x4(0.15102111, -0.017580042, -0.009878415, 0.09603493, -0.14158034, 0.01766169, 0.026301328, 0.14016923, 0.07513633, 0.12250821, 0.14139763, 0.119470306, 0.056335848, 0.011718554, -0.051952817, -0.1087701), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(h2, MF4x4(0.12267096, 0.22258927, -0.23374331, -0.336529, -0.03149633, -0.26095635, 0.00365308, 0.048830956, 0.035902984, -0.04686918, -0.08079191, -0.17013429, 0.0254567, -0.05592242, 0.0968047, 0.07426071), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(i2, MF4x4(-0.16953564, 0.074455656, 0.0029755495, 0.20576377, -0.050961535, 0.060958825, 0.014226229, 0.104992926, 0.06942283, 0.29077423, 0.040234245, 0.12337425, -0.012045997, -0.11109262, 0.020255094, 0.08945579), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(na1, MF4x4(0.2978639, -0.24613461, -0.083074145, -0.2367985, -0.13995647, -0.21201506, -0.16809967, -0.08163256, 0.22451796, -0.21319884, 0.097241744, 0.17276905, 0.059754357, -0.21800114, 0.016986718, 0.059852242), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nb1, MF4x4(0.10399378, 0.016165858, 0.006949626, -0.00957426, -0.07206657, 0.85400176, -0.069736175, 0.11563255, -0.15550873, 0.21035826, -0.09730208, 0.21803263, -0.029731166, 0.07174115, -0.075019605, 0.06605764), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nc1, MF4x4(0.008660154, -0.1689362, -0.13275097, -0.14157207, -0.06571528, 0.2641335, 0.17738026, 0.016201235, -0.058384545, -0.089386165, -0.10691102, 0.03380599, 0.07696467, 0.010921241, -0.05858657, 0.044599395), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nd1, MF4x4(0.29438433, 0.39757052, -0.12448894, -0.14726874, 0.054101802, 0.19893955, 0.0081761405, -0.030686913, -0.09465847, -0.09517581, 0.0046200817, 0.2743172, 0.18768987, 0.2577441, 0.3185588, -0.0043636197), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ne1, MF4x4(0.30364004, 0.45719072, -0.002478791, -0.25550374, 0.044718135, 0.9974692, 0.27661783, 0.38724384, 0.20643012, -0.36335453, 0.04044719, -0.15773767, 0.019318745, -0.015368104, -0.13033883, -0.21446472), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nf1, MF4x4(0.17225221, -0.2870429, -0.11031537, -0.20985241, -0.1813215, 0.47034717, 0.19177493, 0.1565604, -0.22090979, -0.1778559, -0.15998572, 0.20591277, -0.27751637, -0.17734572, -0.22385214, 0.2001247), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ng1, MF4x4(0.09103924, 0.012440279, -0.11811386, -0.28955194, -0.024203198, -0.014690502, -0.041423846, 0.0062359073, 0.06732812, -0.040848043, -0.0807372, -0.06598595, -0.020464217, 0.35617942, 0.054869782, -0.06990699), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nh1, MF4x4(-0.22022852, -0.30250633, -0.008539953, -0.17535509, 0.048545327, -0.06961757, 0.1520779, 0.15551318, 0.145789, 0.41386685, 0.19608185, 0.02285933, 0.19650589, 0.1140758, 0.058065582, 0.06438903), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ni1, MF4x4(0.17500387, 0.009752107, -0.08735754, -0.40322778, -0.04718948, -0.1520063, 0.015334469, 0.055586398, -0.06315823, 0.01381341, 0.06333497, 0.20780154, -0.14789844, 0.008873181, 0.20424104, 0.18570045), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(na2, MF4x4(0.17809622, -0.054737452, 0.045792647, -0.05761767, 0.1530876, -0.058534857, -0.008100565, 0.036446143, 0.27693272, 0.3004126, -0.1283306, -0.50103384, -0.3350802, 0.09919993, -0.10481551, 0.059236333), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nb2, MF4x4(0.08178473, 0.01796507, 0.045470674, -0.1395204, -0.07053285, -0.15308544, -0.016434597, 0.09957456, 0.07303232, 0.5558379, 0.1058254, -0.12340164, -0.37540868, 0.20688659, 0.11254531, 0.08988308), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nc2, MF4x4(-0.115479395, -0.04145597, -0.02444945, -0.0012505532, -0.016777854, -0.21254961, -0.11969028, -0.10986302, 0.34061527, 0.35168666, 0.19457188, -0.25304377, 0.089430355, -0.13593785, -0.03715568, -0.07161111), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nd2, MF4x4(0.135465, 0.16024914, -0.16819438, -0.076060556, 0.14722055, -0.12402309, -0.091675736, -0.11345004, 0.3370019, 0.21161243, 0.08165217, 0.26650387, 0.11799823, 1.1248134, 0.031586587, 0.40626523), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ne2, MF4x4(-0.3881156, 0.075572714, -0.2955678, -0.04820779, -0.14431494, 0.17108414, -0.031334974, 0.14272547, 0.10431918, -0.92185026, -0.550305, -0.09849551, -0.19279402, 0.47034186, 0.38574138, 0.5469418), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nf2, MF4x4(0.07301299, -0.1655295, 0.0851716, 0.0349889, 0.037978686, -0.34476924, -0.09894407, -0.09279173, -0.017504893, 0.16626996, 0.23299451, -0.29538614, -0.035250418, 0.102075204, 0.014679606, 0.05283856), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ng2, MF4x4(0.082496785, -0.047353677, -0.1036778, -0.014507561, 0.091381975, -0.07229443, -0.03069601, -0.07463806, 0.2173226, 0.061551273, 0.01672064, 0.065622196, 0.1645865, 0.08651663, 0.18979368, 0.2012662), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nh2, MF4x4(-0.2116467, -0.26988897, -0.049475558, 0.18609211, -0.08837133, -0.219245, 0.05900789, -0.007832284, -0.028579885, 0.20587349, -0.07297767, -0.19551088, 0.052455146, -0.24630548, 0.12438646, -0.017073039), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ni2, MF4x4(0.15815273, -0.13286865, -0.036927793, -0.118895106, 0.06876401, -0.08193885, -0.073907554, -0.17851423, 0.025570622, -0.05206693, 0.0054880823, -0.14550385, 0.031355973, -0.0617539, -0.09522895, 0.007602468), conv2d_11_tf);\n\ttex8[gxy] = conv2d_11_tf;\n\tMF4 nconv2d_11_tf = max(-conv2d_11_tf, 0);\n\tconv2d_11_tf = max(conv2d_11_tf, 0);\n\t\n\tMF4 conv2d_10_tf = MF4(-0.11589812, -0.123082116, -0.003926807, -0.15363532);\n\tconv2d_10_tf = MulAdd(a1, MF4x4(-0.07384766, -0.027958225, 0.37361667, -0.082532816, 0.14156812, 0.02939518, 0.22737388, 0.19935979, -0.090212055, 0.04403584, 0.18456662, -0.026585983, 0.22868252, 0.09938934, -0.08726494, -0.115827106), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(b1, MF4x4(-0.09788985, -0.3116416, 0.35298944, -0.08990593, 0.16181462, -0.22193117, -0.5422943, 0.23932208, 0.15739329, -0.06103239, 0.7953177, -0.047183976, 0.21341586, 0.19858226, 0.0016054768, 0.054749873), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(c1, MF4x4(-0.026696216, 0.061291914, -0.35742328, 0.00082715444, 0.10632543, -0.09428293, -0.12645036, -0.043706786, 0.09915236, 0.13788143, 0.15950204, -0.089837976, 0.04461279, -0.054954246, 0.04740199, 0.07014664), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(d1, MF4x4(-0.12016896, 0.16669498, 0.26552972, -0.35876223, 0.045097463, -0.15016092, -0.0988156, -0.416339, -0.0101760905, 0.26459762, 0.31927487, -0.16307381, 0.12096833, -0.06770049, -0.017283063, 0.013299284), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(e1, MF4x4(0.15951112, 0.14506923, 0.6747884, -0.24716964, -0.3413045, -0.2017185, -0.9612693, 0.5421329, -0.16023788, 0.32216108, 0.062496744, 0.21633703, 0.004581572, 0.2359334, -0.35295007, 0.09726352), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(f1, MF4x4(0.13874753, -0.0063067, -0.14469895, 0.11554976, -0.019183924, -0.04544159, -0.29430693, -0.10431769, 0.15769906, 0.00601582, -0.454376, -0.11790236, 0.16000259, 0.29670846, -0.9759625, 0.31053123), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(g1, MF4x4(0.014491841, 0.0074491766, -0.09696308, -0.09127842, -0.03579932, -0.20163259, -0.21284793, -0.261139, 0.24359487, 0.14113441, 0.23983651, -0.16634561, -0.09547295, 0.10859189, 0.13468629, 0.33521304), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(h1, MF4x4(0.008276171, 0.12959969, 0.5093179, 0.002464717, 0.016199486, -0.03156574, -0.4428472, -0.10885838, -0.049632378, 0.2476587, 0.07033375, -0.20044556, 0.04982328, 0.19631135, -0.33776414, -0.6421577), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(i1, MF4x4(-0.04192616, 0.06393284, 0.07120974, 0.076716706, -0.09867013, -0.13239172, 0.012114291, -0.038557116, 0.029985918, 0.022090917, 0.07777519, 0.008410333, 0.0034299784, 0.062100925, -0.38884223, -0.01593217), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(a2, MF4x4(-0.013629574, -0.06545711, 0.14423661, -0.03981215, -0.052800525, -0.058425374, -0.05814048, -0.11337634, 0.05479856, -0.010584571, -0.22650285, 0.056241333, -0.1396656, -0.0010838923, -0.30166936, 0.040658727), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(b2, MF4x4(0.045267094, -0.086306006, -0.05226326, 0.1539859, -0.02723665, -0.13326567, 0.22143897, -0.018399606, 0.12181383, 0.1452545, -0.3973738, -0.10285705, -0.15147118, -0.28072536, 0.4379245, -0.06340889), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(c2, MF4x4(0.14590915, 0.034363795, -0.02217679, 0.15465777, -0.020056443, 0.06256286, 0.00068213895, -0.004845135, 0.10313473, 0.13895464, -0.0957288, 0.10452721, -0.06313026, -0.06739777, 0.16052145, -0.115432285), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(d2, MF4x4(-0.083468825, 0.15143521, 0.19880214, -0.0054416056, -0.1074472, 0.027439727, -0.16624895, -0.026701076, -0.046576414, -0.061388403, 0.34304553, -0.08921803, 0.09399348, -0.043658186, -1.3050584, -0.07285428), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(e2, MF4x4(-0.2544287, -0.38059148, 0.7181705, -0.44567156, 0.10387618, 0.06472145, 0.08178852, -0.016514499, -0.1630076, -0.16066378, -0.19193888, -0.24423774, -0.14821364, -0.28755048, -0.1322022, 0.25716448), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(f2, MF4x4(0.13228743, 0.24624044, 0.10462062, 0.26341802, 0.035913363, 0.09206641, 0.044785645, 0.010443224, 0.05206244, 0.008345797, -0.32408288, -0.2484674, -0.027154556, 0.0006338974, 0.09008037, 0.027416239), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(g2, MF4x4(-0.061936356, -0.07008738, -0.22344092, 0.20339371, 0.03216865, 0.103117235, 0.10232644, 0.10809929, 0.08320763, 0.058004253, -0.06520991, 0.038012277, -0.12916973, -0.1150849, -0.03713365, -0.0886423), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(h2, MF4x4(0.3213531, 0.1826207, 0.022152286, 0.025484305, -0.054090437, 0.08160166, 0.13491987, -0.06896833, 0.10781034, 0.08944192, -0.34036443, -0.018937334, -0.18917687, -0.13239872, 0.11581373, -0.038915917), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(i2, MF4x4(-0.20916902, 0.08310064, 0.19347866, 0.29880634, -0.007023385, 0.005319598, -0.06649972, 0.03248317, -0.04066817, -0.06176127, -0.41747397, 0.14132817, -0.021392342, -0.021360394, 0.101215124, -0.05375729), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(na1, MF4x4(-0.008702178, -0.03840238, 0.13321695, 0.065163925, -0.062342774, -0.030948557, 0.0069512874, -0.2634128, -0.09415655, 0.02985776, 0.021763485, 0.27137864, -0.21608604, -0.19126832, -0.37335086, -0.16941321), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nb1, MF4x4(0.04631249, 0.33492458, -0.6266605, 0.20180638, 0.039800193, -0.14341171, -0.8203481, 0.04878081, 0.008235832, 0.15065777, -0.32971388, 0.1828355, -0.1510293, -0.17637968, 0.125366, -0.06719769), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nc1, MF4x4(-0.014685718, -0.04156494, 0.2728874, -0.106735535, -0.1312142, -0.05991217, 0.15173748, -0.09276527, 0.027946949, 0.12980466, 0.017537035, 0.058945708, -0.11254791, -0.06708247, -0.28308856, -0.058375884), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nd1, MF4x4(0.2220684, -0.19030218, -0.1259754, 0.09647918, -0.20530927, -0.16737363, -0.055208467, -0.067288965, 0.1428622, 0.08903465, 0.494294, 0.28669015, -0.17464463, -0.2190753, 0.13515279, 0.24887499), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ne1, MF4x4(-0.24211104, -0.11129136, 0.03340221, 0.49835417, -0.11755811, -0.732711, -0.3876752, 0.6178176, 0.1437329, -0.05131951, -0.16705558, -0.3823752, -0.23198022, -0.27967533, 0.7223488, -0.5565778), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nf1, MF4x4(-0.04738433, -0.14606567, 0.22317784, 0.0055712103, -0.064653076, -0.16446865, -0.10802961, -0.10179589, 0.060855757, 0.22762765, -0.037358448, 0.24772792, -0.15458576, -0.0770241, 0.43480682, 0.008342627), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ng1, MF4x4(0.117756896, -0.06760757, 0.12629354, -0.13241243, -0.05329636, 0.031004142, 0.19809054, 0.1504123, -0.024029436, -0.011011192, -0.014698134, 0.12855798, 0.027526522, -0.102618076, -0.2597635, -0.23887417), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nh1, MF4x4(-0.012681944, 0.088339254, 0.58977854, 0.020116867, -0.30643263, -0.11593101, 0.2829653, -0.060883448, 0.027514484, -0.19997032, -0.12530403, 0.3302542, -0.10344085, -0.0644199, -0.11374762, 0.38778695), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ni1, MF4x4(0.073869206, -0.059440095, -0.016326021, -0.08571949, -0.04171866, 0.042949438, 0.13984677, -0.15829174, -0.025245706, 0.0059198164, -0.0432442, 0.20765327, -0.058762096, 0.11539401, 0.036120266, 0.24331446), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(na2, MF4x4(0.012567978, 0.07251118, -0.12190053, 0.10283353, 0.088345066, 0.0017397653, -0.2381744, 0.101314925, 0.022791719, -0.043069735, -0.15024713, -0.072577685, 0.19976862, -0.059844784, 0.38824072, 0.0020866133), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nb2, MF4x4(0.27314463, 0.0739519, 0.08960633, 0.03709254, 0.032681584, 0.22859, -0.41635752, -0.07382896, 0.13144481, -0.24017848, 0.07981319, 0.15370876, 0.059314378, 0.29214182, -0.39464346, -0.13867916), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nc2, MF4x4(-0.005685388, -0.039528795, -0.055917054, -0.06578973, 0.020702876, -0.00709528, 0.08486715, -0.0075865295, 0.05714374, -0.27417144, 0.4555885, 0.013780273, 0.05096835, 0.159233, -0.05228782, 0.15794256), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nd2, MF4x4(-0.0010807351, -0.022064442, 0.13078515, 0.11357431, 0.11269685, 0.029679844, 0.14385091, 0.10241993, 0.030162932, -0.016101424, 0.20761637, 0.4683215, 0.03091817, -0.58406824, -0.3438075, 0.3653469), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ne2, MF4x4(-0.016927537, 0.13944507, -0.38772225, -0.11645372, -0.1683389, -0.081295304, 0.271328, 0.14980802, 0.47266555, 0.04091753, 0.006903156, -0.00832747, -0.056511678, 0.06924621, -1.0780094, 0.1268596), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nf2, MF4x4(-0.21017683, -0.077091806, 0.28906518, 0.022843512, -0.062092084, -0.017447937, 0.25115407, -0.1367289, 0.0021664056, 0.0034106125, 0.5305142, -0.029012429, -0.014483031, 0.05575314, -0.35784876, -0.09252365), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ng2, MF4x4(0.008859689, 0.06481962, 0.09483335, 0.18473764, 0.0015982646, -0.06144117, 0.054042596, -0.19934553, -0.20250106, 0.096015476, 0.21697922, 0.6265738, -0.16049659, -0.33120447, 0.27775142, 0.14459921), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nh2, MF4x4(-0.11195867, 0.21663944, 0.5021048, 0.04712746, 0.08637696, 0.07792573, 0.23626573, -0.075164914, 0.06574307, -0.16795279, 0.06829719, -0.027584063, -0.015064924, -0.057976205, 0.14589287, -0.15683101), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ni2, MF4x4(0.07626267, -0.03523683, 0.106941625, -0.15825523, 0.032598946, 0.038718563, -0.016688785, -0.054390162, 0.05544311, 0.13933052, 0.078817375, -0.10183935, 0.041770034, 0.032732744, 0.062236354, 0.0068387473), conv2d_10_tf);\n\ttex9[gxy] = conv2d_10_tf;\n\tMF4 nconv2d_10_tf = max(-conv2d_10_tf, 0);\n\tconv2d_10_tf = max(conv2d_10_tf, 0);\n\n\tMF4 target = MF4(0.062238827, 0.069814906, -0.107347876, 0.64385885);\n\ttarget = MulAdd(e1, MF4x4(-0.25229862, 0.22394362, 0.0050771693, -0.07544911, -0.11078993, -0.14940143, 0.009394699, 0.0110528935, 0.044721916, 0.26324025, -0.046336185, 0.38099283, 0.053437576, -0.07238376, -0.090147175, 0.5568665), target);\n\ttarget = MulAdd(e2, MF4x4(0.036739275, -0.2334262, 0.032853063, 0.24364692, -0.122930475, 0.1975849, -0.01315444, -0.13528247, -0.014283123, 0.057573725, 0.058717266, 0.16260214, 0.03097313, -0.11750414, -0.18610783, -0.23006414), target);\n\ttarget = MulAdd(ne1, MF4x4(0.37318927, -0.26915783, 0.035015646, 0.2676218, 0.1748369, 0.094052985, -0.11020892, -0.14514406, 0.004877109, -0.26225975, 0.13958913, -0.16787122, 0.06908459, -0.10446216, -0.028498875, -0.28281447), target);\n\ttarget = MulAdd(ne2, MF4x4(0.1980342, 0.021963626, -0.03271427, 0.28889674, 0.043385092, -0.16916741, -0.008713317, 0.00013464666, 0.0819348, 0.0152427135, -0.14862345, -0.15659885, -0.050634, 0.04153691, 0.042288564, 0.00585241), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(-0.17560056, 0.3521319, 0.20137301, -0.25535235, 0.030570813, 0.2411823, 0.053508975, -0.34454364, 0.22279017, -0.41471666, -0.15029109, 0.22158626, -0.08751699, -0.09357398, 0.20704596, -0.20073438), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.15419295, 0.31318265, 0.004593545, 0.78029615, -0.16751337, -0.32214537, -0.44051525, 0.22405408, -0.0064655836, 0.36599794, -0.26032063, 0.1850997, 0.13661511, -0.49070612, -0.34533858, 0.16373816), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.09806042, 0.36764845, 0.11531638, 0.073847674, -0.16854957, -0.19408809, -0.16800502, -0.12827317, -0.5168489, 0.030958507, -0.03509507, 0.086487584, 0.01842899, -0.10123225, -0.17940263, -0.028054722), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.21619087, -0.05322262, -0.31423846, 0.37783054, 0.20402598, 0.53124064, -0.012658878, 0.20003271, -0.17958061, -0.37326333, -0.24583863, 0.057008818, -0.13031931, -0.031875104, -0.2130229, 0.44612458), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.25865164, -0.28258085, 0.09512834, 0.054259088, 0.25939894, 0.38799945, -0.33007956, 0.6692063, -0.22719514, 0.16910313, 0.056874167, 0.016987909, -0.19956954, -0.20683451, -0.19937307, -0.41771019), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.23592101, -0.15792374, -0.06965535, 0.30855724, -0.22757038, 0.12033792, 0.3199687, 0.2674324, 0.112318985, -0.14153072, -0.13629095, 0.13337436, 0.09185144, 0.24124412, 0.028630963, 0.22709718), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.44043523, 0.32490492, -0.117098905, 0.38431495, 0.07962198, 0.1517891, 0.22628377, 0.13990402, 0.38505656, -0.014830039, 0.20684186, 0.065970615, -0.054330014, -0.046108313, 0.49422976, 0.13082288), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(-0.08174229, -0.013488396, -0.09494761, 0.31210786, -0.14530393, -0.22510533, -0.30971226, -0.17040919, -0.64233893, -0.07164386, -0.20537859, -0.17981663, -0.0060102916, -0.10167985, -0.24380594, 0.36305648), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.23301682, -0.19649999, -0.0016176507, 0.7897105, -0.68460715, -0.06446943, -0.5841334, -0.17928797, 0.021772655, 0.46175778, 0.36450028, 0.27175686, -0.03546283, -0.19889158, -0.24603742, -0.090037055), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(0.1085313, 0.04249687, 0.13247591, 0.09551512, -0.37197208, 0.3261908, -0.13848339, -0.13538006, 0.13875476, -0.3748712, -0.21430004, 0.09772982, -0.35635203, 0.13196826, -0.09840773, -0.21841893), target);\n\ttex1[gxy] = target;\n\t\n\ttarget = MF4(0.01866206, -0.01430976, -0.04231479, 0.06331023);\n\ttarget = MulAdd(e1, MF4x4(0.22607668, 0.021170171, -0.06774968, -0.019062893, -0.029051676, 0.029224426, 0.097410545, 0.07505055, 0.17470665, -0.025774082, -0.041022647, 0.07615996, 0.031361237, -0.18075092, -0.01981288, 0.30251572), target);\n\ttarget = MulAdd(e2, MF4x4(-0.2228827, -0.18372375, 0.17952546, 0.031262513, 0.10978829, 0.095414534, -0.11202218, -0.017824037, 0.13419671, -0.056704585, 0.086960495, 0.089463, 0.0436869, 0.1987542, -0.24825421, -0.14668585), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.2848745, -0.09242928, 0.24002336, -0.06059541, -0.0066300016, 0.050746392, -0.26092768, -0.060129635, -0.2699064, -0.13927452, 0.3134039, -0.21668927, 0.0028670141, 0.044556674, 0.040246494, -0.26040232), target);\n\ttarget = MulAdd(ne2, MF4x4(0.08408219, -0.038882803, -0.08522774, 0.1714629, -0.03067602, -0.10863579, 0.072058044, -0.012343554, -0.0076697394, 0.17840211, -0.2823912, 0.11976201, -0.05657313, 0.092938855, -0.060931504, 0.06991858), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(0.09868284, 0.054261737, 0.13327791, -0.14897001, -0.06348394, 0.11385057, 0.09684055, -0.084950894, -0.3038146, -0.08645148, 0.035114545, -0.07148952, -0.15862693, 0.26620075, -0.018059343, 0.35772058), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(-0.4964452, -0.32340884, 0.5129584, -0.090460144, 0.28658384, -0.117274396, 0.25311428, 0.119918026, 0.27442876, -0.19332558, -0.40261742, -0.0627285, -0.36318043, -0.07865861, -0.11114984, -0.1290027), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.42158237, -0.032889403, 0.034080755, 0.25719455, -0.18799819, 0.0981468, 0.22785765, -0.07262642, 0.22532979, -0.09519116, -0.1005627, 0.1767603, -0.100850165, -0.06818755, 0.0059797456, -0.0718568), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.12787001, -0.20670003, 0.0034799385, -0.024907416, 0.04423561, -0.13276835, -0.102332935, 0.14673741, 0.08700579, 0.08124997, -0.009865786, 0.041748982, -0.076119795, 0.09744985, 0.13542135, 0.12240728), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(-0.1702021, 0.18497302, 0.06786661, -0.09040049, 0.15212716, 0.055503774, 0.020584844, 0.24927403, 0.23556694, -0.1571619, -0.02012801, 0.08423509, -0.114376806, -0.04171382, 0.040876187, -0.116261706), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.0854133, -0.023111762, 0.3320211, -0.21760856, -0.169973, 0.22671382, 0.4513697, 0.35962802, -0.1499719, 0.24696982, -0.29979527, 0.006662296, 0.20241787, -0.2276791, 0.059445832, 0.18853071), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.026398154, 0.124663144, 0.20381314, 0.2053697, 0.010302614, -0.050437275, 0.033807695, 0.014369258, -0.20720173, 0.05919782, 0.008449617, -0.31949872, 0.011598942, -0.0432789, 0.12732887, 0.049919438), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(-0.06617085, 0.023928246, 0.1698239, 0.19584818, 0.022199618, -0.0040151025, -0.14364237, -0.06734091, 0.49634683, 0.40206975, -0.023004102, 0.16953272, 0.13243976, -0.47359994, 0.18358715, -0.15007599), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(0.03754883, -0.84370553, -0.0057923268, -0.06449944, 0.09488198, -0.09577232, 0.31362334, -0.09768442, 0.15369056, -0.16346063, 0.41194627, 0.10364933, -0.2073915, -0.15944852, -0.57649344, 0.1580545), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(-0.3224099, -0.17332473, 0.12429976, -0.12284861, 0.32270268, 0.2888736, -0.20192772, 0.15415959, -0.10240418, 0.09524166, -0.14117688, -0.1239787, 0.0015336396, 0.10390812, 0.20461708, -0.12672688), target);\n\ttex2[gxy] = target;\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x16, Conv-4x1x1x64\n//!IN tex1, tex2, tex8, tex3, tex6, tex7, tex9\n//!OUT tex4, tex5, tex10\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 conv2d_11_tf = tex8.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_11_tf = max(-conv2d_11_tf, 0);\n\tconv2d_11_tf = max(conv2d_11_tf, 0);\n\t\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\t\n\tMF4 conv2d_4_tf = tex6.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\t\n\tMF4 conv2d_7_tf = tex7.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_7_tf = max(-conv2d_7_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\t\n\tMF4 conv2d_10_tf = tex9.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_10_tf = max(-conv2d_10_tf, 0);\n\tconv2d_10_tf = max(conv2d_10_tf, 0);\n\n\tMF4 conv2d_13_tf = MF4(-0.17614856, -0.14261112, 0.14600825, 0.20389698);\n\tconv2d_13_tf = MulAdd(a1, MF4x4(0.09638616, 0.041973136, 0.032690834, 0.0017506832, 0.035889357, 0.046528358, 0.06497702, 0.06353481, -0.07129311, -0.027845494, 0.003971696, 0.015161773, -0.016153565, -0.02228567, -0.011083082, 0.037676543), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(b1, MF4x4(0.2134379, 0.26289365, 0.1335757, 0.13036838, -0.08787389, -0.106764, -0.048054244, 0.17788094, -0.15528837, -0.11408854, -0.06642222, -0.07838564, -0.09646518, -0.116988175, -0.22729287, -0.11145718), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(c1, MF4x4(0.09568265, 0.006643416, 0.11656759, -0.049414653, 0.14153476, -0.04269765, 0.09150523, 0.26861703, 0.16641477, -0.1080059, 0.22390138, -0.08730618, -0.01928994, -0.06351, -0.0022028533, 0.04301657), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(d1, MF4x4(-0.11731019, -0.040432923, -0.1977298, -0.17696093, -0.09182833, 0.071209684, -0.120773874, 0.021507429, -0.016429326, 0.04448132, 0.0681032, 0.044070866, -0.14647268, 0.008662263, -0.06507026, -0.075289875), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(e1, MF4x4(0.5694518, -0.6138523, 0.28939885, -0.06047394, 0.11681902, -0.7026379, 0.20342608, 0.07128985, 0.06697409, 0.2678358, 1.1430641, 0.20436136, -1.6117494, 0.2799715, -0.01652429, -0.16711035), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(f1, MF4x4(0.15830286, 0.16772346, -0.03232187, 0.029600514, -0.18494213, -0.25623813, 0.15487063, 0.06255487, -0.058094956, 0.19903323, 0.4756497, 0.6381142, -0.036022857, -0.09470495, 0.046093524, 0.031300675), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(g1, MF4x4(-0.38466138, 0.16052443, -0.13819315, -0.059899956, 0.14069949, -0.1297194, 0.105595976, 0.13371274, 0.06298681, -0.038837492, 0.08675327, 0.1501906, 0.031129224, 0.029751344, -0.06775066, -0.047534525), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(h1, MF4x4(0.097809926, -0.14269543, -0.14661346, -0.1819761, -0.023082452, 0.19019675, -0.15678905, -0.07669464, -0.07322769, -0.30472377, 0.33603573, 0.22620338, 0.05328552, 0.030486144, -0.037603505, -0.081246674), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(i1, MF4x4(-0.15090303, -0.0650902, 0.11741429, -0.003369476, 0.043803368, 0.13717425, -0.038966697, -0.05230889, -0.0042353314, -0.017051768, 0.102879845, 0.044044945, -0.012893164, 0.0152335, 0.015073082, 0.08049258), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(a2, MF4x4(-0.07802851, -0.07544602, -0.0039040581, -0.03915584, 0.115673676, -0.024907975, -0.011459969, 0.026098263, 0.043594692, 0.10627707, 0.027093858, 0.051561285, 0.071452856, -0.1758179, 0.28485832, 0.28952092), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(b2, MF4x4(-0.052147392, 0.18546684, 0.19015399, -0.053752594, -0.29468048, 0.010600442, -0.09287294, -0.09246605, 0.17687573, -0.04858957, 0.06478161, -0.0035372626, 0.5927226, 0.38359696, 0.33155236, 0.13010578), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(c2, MF4x4(0.04136322, 0.11806175, 0.19966072, 0.07308716, -0.09563447, -0.064514905, -0.0077517326, 0.11964638, -0.1460613, 0.02240298, 0.014256963, -0.0123070385, 0.1897282, -0.0058207656, 0.040057864, -0.49406672), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(d2, MF4x4(-0.43775788, -0.25118434, -0.3468631, -0.30180287, -0.27033472, -0.0023914252, 0.053275872, -0.021835659, 0.02879347, 0.036559265, 0.044093054, 0.12771723, 0.2702892, -0.2581491, -0.059361164, -0.046974897), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(e2, MF4x4(-0.03310008, -0.5622936, 0.5419483, -0.3599514, 0.2634039, 0.3500813, 0.4152074, 0.24876466, -0.2629078, -0.18554081, -0.76194984, -0.54471385, 0.72921526, 0.3316481, -0.20936906, -0.16736485), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(f2, MF4x4(0.07884802, 0.16494922, 0.2734585, -0.09396988, -0.14178166, -0.105561115, 0.006780099, 0.063054875, 0.12384575, -0.163967, -0.19682601, -0.1647527, 0.59927565, 0.24755491, -0.29760644, -0.074884824), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(g2, MF4x4(-0.186745, 0.21136905, 0.027726538, 0.08498169, 0.009122279, 0.01566938, -0.051473126, 0.014151464, 0.04580383, 0.02071651, 0.14929157, 0.17253524, -0.034080226, 0.07048439, -0.11602547, -0.12655921), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(h2, MF4x4(-0.2831727, -0.21816732, -0.37266397, -0.26041594, -0.18912914, -0.13482115, -0.10902061, -0.110694066, -0.20758803, -0.07158453, 0.14401175, 0.1590672, 0.27700564, -0.3202948, -0.23177631, 0.060082316), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(i2, MF4x4(0.16861005, -0.13237478, -0.12109852, -0.16306286, 0.032467425, 0.009778175, -0.05084063, 0.02528882, -0.028993038, -0.06119019, 0.0124081755, -0.0819979, -0.2308113, -0.23910572, 0.3170529, 0.22742116), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(na1, MF4x4(-0.19654512, 0.037653327, -0.015190324, 0.038381096, 0.034783594, -0.16242851, 0.07052334, 0.0019672879, 0.08069976, 0.090035714, 0.12597767, -0.00065050717, -0.10528094, 0.015088367, -0.045706235, -0.14849594), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nb1, MF4x4(-0.0981129, -0.0044483114, 0.00918156, 0.28903985, 0.23872024, 0.11113565, 0.23359483, 0.21115206, 0.2144387, 0.106830046, 0.03875094, -0.14864162, 0.19366172, 0.21310017, 0.06280982, -0.0581721), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nc1, MF4x4(-0.22814496, -0.08812413, -0.25392863, -0.02752917, 0.05930787, 0.08304853, -0.04027662, -0.010756739, 0.034590207, 0.070662424, 0.15285444, 0.058270697, -0.022838322, 0.024096202, 0.01309858, -0.10489201), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nd1, MF4x4(0.17219496, -0.0066256993, 0.1442649, -0.07291206, 0.34312358, -0.24952441, 0.040031537, 0.18302973, 0.0015231773, 0.24825755, -0.01807878, -0.037405558, 0.21687117, 0.02481246, -0.08312088, -0.14397743), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ne1, MF4x4(0.2859165, 0.6145777, 0.060804237, 0.22117847, -0.25534254, 0.3753605, 0.4193899, 0.06387241, -0.13308842, 0.0012660836, -0.055252563, -0.2552111, 0.8831952, -0.16249466, 0.76958305, 0.3658401), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nf1, MF4x4(-0.14865848, -0.13086087, 0.17719927, 0.2801542, 0.3776111, 0.20903045, 0.1710449, 0.25524843, 0.11910105, 0.034738105, -0.12101939, -0.22116004, 0.11605619, 0.16838482, -0.07223086, -0.15225673), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ng1, MF4x4(0.101802975, -0.12683764, -0.21380596, -0.19243564, 0.017763488, 0.0076850834, -0.0107422285, 0.058099743, 0.03071978, 0.02958345, 0.09209252, -0.012379192, -0.058930825, -0.07321041, -0.09178575, -0.09764888), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nh1, MF4x4(0.2205578, -0.053928245, -0.14290524, -0.18790527, 0.002521159, -0.23389481, 0.11274272, 0.17174199, 0.2128134, 0.14586388, 0.08666812, 0.052028902, 0.024853414, -0.027658377, 0.033780072, -0.0045349374), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ni1, MF4x4(-0.053073518, 0.12716359, 0.008456044, 0.014315154, 0.01918925, -0.13495505, 0.08007481, 0.08627198, 0.024612406, 0.0021514448, 0.04478567, -0.034171678, 0.0027070146, 0.0149149615, -0.15999815, -0.1866448), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(na2, MF4x4(0.040357295, -0.12759757, 0.03543834, -0.029329961, -0.078925595, 0.07807751, 0.08971355, -0.05469623, -0.08630596, -0.11219292, -0.08082983, -0.020131797, -0.04191703, 0.22003745, -0.28878415, -0.132956), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nb2, MF4x4(0.021098461, 0.048261415, -0.121181525, -0.24724431, 0.32716268, 0.03046708, -0.28138334, -0.22871564, -0.15983087, 0.10721642, -0.14833531, -0.115366876, -0.393837, -0.62930757, -0.29534766, 0.02588463), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nc2, MF4x4(-0.03972534, -0.051577512, -0.04452277, -0.12650263, 0.15491997, -0.026459083, 0.009715449, -0.20551588, -0.042652152, 0.119186826, -0.13313279, -0.13183416, -0.20730016, 0.003008999, -0.19962612, 0.1760052), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nd2, MF4x4(0.1724579, -0.3179752, 0.18908302, 0.40730157, 0.44569418, -0.038390577, -0.13144472, -0.18369946, -0.1654486, -0.2106428, -0.084723935, 0.10262653, -0.26097777, 0.15257284, -0.36599034, -0.30871773), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ne2, MF4x4(-0.21338613, 0.680362, 0.079820015, 0.6081361, -0.9754953, -0.33735132, -1.2323227, -0.17950675, -0.31327835, 0.4732144, 0.22757599, 0.23051551, -0.8099572, -0.49106973, 0.96547806, 0.30975753), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nf2, MF4x4(0.16933723, 0.17994887, -0.38310486, -0.4208871, 0.373761, 0.20749316, -0.080664486, -0.26229286, -0.04797456, 0.28605196, -0.040223103, -0.034632236, -0.5650002, -0.38834664, 0.14565933, 0.1488285), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ng2, MF4x4(0.32558438, -0.18572666, 0.049500592, 0.2319145, -0.23547912, 0.2740939, 0.027905073, -0.022077003, 0.10860379, -0.15617043, -0.097419575, -0.11391895, -0.4266203, 0.060962453, -0.12154808, -0.19734453), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nh2, MF4x4(-0.07880791, -0.2247225, 0.445858, 0.3889803, 0.14111102, 0.378859, 0.040187526, -0.021096235, 0.04169405, -0.075737596, 0.046068836, 0.11624106, 0.08169536, 0.3022304, -0.24427707, -0.34422734), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ni2, MF4x4(0.13501012, -0.07389663, -0.010668981, -0.069029465, 0.06960202, -0.067375034, 0.08431378, 0.04207825, -0.121635035, -0.051126126, -0.1546829, 0.00073073455, -0.20674464, 0.27346626, -0.15771666, -0.024096), conv2d_13_tf);\n\tMF4 nconv2d_13_tf = max(-conv2d_13_tf, 0);\n\tconv2d_13_tf = max(conv2d_13_tf, 0);\n\n\tMF4 target = MF4(-0.24792486, -0.09899526, 0.3761066, 0.022595163);\n\ttarget = MulAdd(e1, MF4x4(-0.3378193, 0.013861057, 0.19208853, -0.05050854, 0.08691835, 0.16724123, 0.10351982, -0.40157926, -0.055889476, -0.040115904, -0.13351472, -0.7937818, 0.18700145, 0.109559685, -0.119053595, -0.12651901), target);\n\ttarget = MulAdd(e2, MF4x4(0.05863214, -0.011048432, 0.22007701, -0.21624403, -0.06139813, -0.06766812, 0.022506371, 0.17585056, -0.37994936, -0.018394569, 0.5127985, -0.19700864, -0.07880973, 0.15687309, -0.12574019, -0.19570859), target);\n\ttarget = MulAdd(ne1, MF4x4(0.5059051, -0.010676642, -0.47922808, -0.017590942, -0.20583269, -0.10777252, -0.33185184, -0.0025075034, -0.1518394, 0.14268444, 0.005011664, 0.09016961, -0.46011007, -0.09428751, 0.34915137, 0.13334215), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.15615676, 0.09427065, 0.006016912, -0.0003997069, 0.16170138, 0.09666374, 0.14158808, -0.23772424, 0.39373854, 0.004074768, -0.28073287, 0.0032489141, 0.23473479, -0.12678933, -0.24589436, -0.21988034), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(-0.12682347, 0.033012364, 0.18928578, 0.12523666, 0.12809147, 0.008567846, -0.10653368, -0.03712133, 0.075765386, -0.042196997, 0.039182812, 0.17273012, 0.21258987, 0.039698593, -0.0018848967, -0.07930902), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.013454855, -0.18023406, -0.49323913, -0.032017395, 0.11903338, -0.043025218, -0.46579728, 0.21894619, -0.21387324, -0.13455649, 0.30638975, 0.3472243, 0.09305909, -0.015791988, 0.071368046, -0.038680866), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.012506262, 0.09754124, -0.092920735, 0.23061672, 0.08051618, -0.38472125, 0.17626029, 0.009075537, -0.18316247, -0.1338181, 0.2650675, 0.0516641, 0.080453254, 0.22033659, -0.13004474, -0.07781194), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.12412428, -0.11978811, 0.06780084, -0.1710261, -0.09355731, 0.31283846, -0.022725523, -0.16437142, -0.11865966, 0.10907317, 0.22463441, 0.017325362, 0.02512185, -0.49577957, 0.2016018, 0.14196795), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.02570746, 0.22231244, -0.10168496, -0.21518417, -0.0054759895, -0.32655567, -0.34048972, 0.11826245, -0.002854444, -0.11257602, -0.09318273, -0.10332744, 0.078923725, -0.11612356, -0.030546617, -0.12474622), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.11420135, -0.24489257, 0.15446539, 0.12646616, -0.07092042, 0.110105604, 0.054362826, 0.07867222, -0.15557991, 0.071640015, 0.21894808, 0.24164975, 0.0062167975, 0.10681122, -0.32373384, 0.06931269), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.0769479, -0.09528171, -0.38724712, 0.010703831, -0.016925508, -0.018486671, 0.035855293, -0.17932071, -0.078450575, -0.036463127, 0.20942347, 0.060895607, -0.16549253, -0.008952913, 0.20420915, -0.009001661), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.074243605, 0.015648128, -0.05003613, 0.10121142, -0.0218682, 0.006933849, 0.101385176, 0.16132122, 0.0013466089, 0.14042993, -0.25816667, -0.040413387, -0.19570185, -0.08637437, 0.17934911, 0.24961887), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.40401492, -0.16131033, 0.454142, 0.56882274, -0.013024656, -0.04423676, -0.023137214, 0.36117804, -0.0901519, -0.03237353, 0.010538879, -0.033432953, 0.105834074, -0.0549062, 0.05576519, -0.092626475), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(-0.0017419134, -0.022569131, 0.027351622, -0.1289159, -0.0823291, -0.020735232, -0.28244564, -0.21001048, -0.048950948, 0.022033915, 0.14678808, -0.010097721, -0.06839686, 0.031720705, 0.11333891, 0.05049834), target);\n\ttarget = MulAdd(conv2d_13_tf, MF4x4(-0.2191025, -0.005935159, 0.24627906, 0.058490098, -0.011270337, -0.019233467, -0.17698613, -0.0052346545, 0.2288101, -2.5289672e-05, 0.267102, -0.026019678, -0.17386179, -0.017672652, -0.35420522, 0.2836498), target);\n\ttarget = MulAdd(nconv2d_13_tf, MF4x4(0.19294678, 0.011570707, -0.34666267, -0.09040537, 0.18127288, 0.10182209, 0.08549184, -0.48737645, -0.040560674, 0.20645715, -0.68665904, -1.3146902, 0.18629448, 0.09806124, 0.09953519, -0.5450951), target);\n\ttex4[gxy] = target;\n\t\n\ttarget = MF4(-0.14657217, -0.04252579, -0.24773599, 0.13271233);\n\ttarget = MulAdd(e1, MF4x4(0.15938057, -0.23559119, -0.28445953, 0.05912659, 0.5229142, -0.02843545, -0.004113748, -0.056947608, 0.1367782, -0.026573306, -0.0056468234, 0.2564603, 0.25593445, 0.08957574, 0.26139608, -0.053708326), target);\n\ttarget = MulAdd(e2, MF4x4(0.1382045, -0.103480555, 0.05831098, 0.000735441, 0.20176832, -0.087079, -0.07839967, -0.0750771, -0.31373122, -0.27509713, -0.23071732, -0.2560584, 0.110963896, -0.052200988, 0.0015331429, -0.30707568), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.056460302, 0.2147989, 0.40628514, -0.058157466, -0.17940372, -0.033689886, -0.022241283, -0.0018471872, 0.26578268, -0.098452985, -0.01501511, -0.35676336, -0.07152056, -0.07245194, -0.32194778, 0.03888747), target);\n\ttarget = MulAdd(ne2, MF4x4(0.09541087, 0.24680884, -0.045627397, -0.08557985, 0.08790337, 0.10179883, 0.3007415, 0.044102084, 0.1064372, 0.2994135, 0.15280741, 0.2683849, 0.24750276, -0.021364288, -0.004039902, 0.28266376), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(-0.26525706, -0.08389754, -0.10918147, -0.06878537, -0.080960914, 0.03737948, 0.107663736, -0.0025957434, -0.10748625, 0.03004828, 0.03505711, 0.075969726, 0.06360464, -0.02740913, 0.025467616, 0.017698402), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(-0.2370006, -0.07687027, 0.015225365, 0.17986605, 0.37507248, 0.2088343, 0.17946883, 0.2379337, -0.25194344, 0.035336476, -0.15362923, -0.008527836, 0.045963865, 0.025127884, 0.06973296, 0.063168526), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.09583503, 0.15350054, -0.15248272, 0.045916792, -0.18339546, -0.29747355, 0.027330166, -0.39461568, 0.095963046, -0.1775004, -0.19221638, -0.15368307, 0.056089737, 0.18232727, 0.03182419, 0.30851522), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.053062204, -0.0018095247, -0.04514637, 0.05689337, 0.07561519, 0.17035827, -0.0048587993, 0.38348997, -0.063476466, 0.09454219, 0.03969728, 0.11693653, -0.0012066896, -0.25955358, -0.14428577, -0.19967856), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.034378257, 0.16030714, 0.05160261, 0.21927983, -0.14469208, 0.041181874, 0.034202367, 0.07983977, 0.22149332, -0.08595994, -0.102985874, -0.07265774, -0.123233125, -0.12819915, 0.08662329, -0.12866889), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.1511104, -0.056531575, -0.023363205, -0.1909304, -0.15387732, 0.0671428, -0.15435332, 0.32735124, -0.3293996, 0.055349957, -0.043602336, 0.08102016, 0.200238, 0.13393362, 0.0044564987, 0.16932343), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.09768015, 0.09503259, 0.12768175, 0.109941825, 0.006567291, -0.102840215, -0.05611706, -0.06865725, -0.2605998, 0.00585688, -0.035119556, -0.06810342, -0.090756536, -0.079376444, -0.22370447, -0.05727839), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(-0.101120085, 0.028628688, 0.07296149, 0.15868604, 0.047761433, 0.07732842, -0.016735386, 0.049528413, 0.45619023, 0.062347047, -0.026208224, 0.046785966, -0.05715451, 0.04459997, -0.13676195, 0.07778552), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.051393595, -0.12524572, -0.36763692, 0.039426118, 0.0349489, 0.07154008, -0.12969223, 0.30249006, -0.15237582, -0.06685149, -0.042049125, -0.0065471376, 0.017375907, -0.07143284, -0.018227521, -0.02778629), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(-0.048270147, -0.07275859, 0.05502608, -0.034233145, 0.12822276, -0.02580663, -0.035358194, 0.05195595, 0.044340245, 0.04435722, 0.017985033, 0.007126749, -0.052825354, -0.059360538, -0.09412195, 0.060212586), target);\n\ttarget = MulAdd(conv2d_13_tf, MF4x4(-0.18645881, -0.04506676, -0.035483524, 0.0063163475, -0.13747677, -0.046985928, 0.0015511635, 0.019160518, -0.4315584, -0.06979354, -0.001936674, 0.0034739177, 0.3490474, 0.15375568, -0.0085117165, 0.017511753), target);\n\ttarget = MulAdd(nconv2d_13_tf, MF4x4(0.20412005, 0.017221482, 0.08719384, -0.016668927, 0.10308073, -0.1013255, 0.087567665, -0.1004404, 0.9800944, -0.25387812, 0.36526182, -0.21970014, 0.36388537, -0.111629054, 0.21855496, -0.10375334), target);\n\ttex5[gxy] = target;\n\t\n\ttarget = MF4(0.25545248, -0.112931795, -0.073284395, 0.29349956);\n\ttarget = MulAdd(e1, MF4x4(-0.22553514, -0.086349756, -0.07735866, 0.48776403, -0.33010843, 0.28214008, -0.2242988, -0.11439686, -0.14720698, 0.2391116, 0.017813087, 0.4352493, -0.16412133, -0.12791261, -0.019643517, 0.19420698), target);\n\ttarget = MulAdd(e2, MF4x4(-0.9178235, -0.6335296, 0.11146894, -0.0759723, -0.4519685, -0.3007054, 0.014501872, 0.49081457, 0.10673664, 0.035011876, 0.10259641, 0.106546804, 0.5186602, 0.44900152, 0.20597687, -0.39562696), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.11399027, -0.19542706, 0.087422565, -0.70140034, -0.41029623, -0.049330976, 0.19682989, 0.22516033, -0.22858454, -0.12200487, -0.14852463, -0.40852943, -0.035900578, 0.1886829, 0.019452838, -0.16703403), target);\n\ttarget = MulAdd(ne2, MF4x4(0.077843145, 0.7323388, -0.022324003, 0.09445821, 0.026166735, -0.1790519, 0.086004496, -0.40011314, 0.01210975, -0.053515363, -0.2501869, 0.06671936, -0.71530163, -0.57196116, -0.38604704, 0.5024949), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(0.30748057, 0.12223383, 0.059069566, 0.18568543, 0.008148904, 0.009438993, 0.053996127, -0.19665428, 0.38345802, 0.20945628, 0.01368962, -0.2834185, -0.15974379, -0.4628119, -0.18307796, 0.22361058), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.00833237, -0.10446639, -0.028896136, -0.18917766, -0.24016596, -0.034934085, -0.013062447, 0.079293504, -0.16635038, -0.11056953, 0.2618598, 0.07227063, 0.057050053, 0.013885738, 0.09385356, -0.27068567), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.5675842, 0.13328329, -0.0252242, 0.34746942, 0.34712863, 0.13635597, 0.02356317, -0.1617803, -0.16861948, -0.018621348, 0.02680753, 0.30408886, -0.034069773, 0.08948961, -0.057724215, 0.111602895), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.03835732, -0.11742271, 0.025922403, 0.24378933, -0.36450952, -0.15091905, 0.1214089, 0.21004228, 0.28717628, 0.17053549, 0.10836553, -0.08449643, 0.17507422, -0.03195037, -0.03947606, 0.050725944), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(-0.21257977, -0.0043600267, -0.12929972, -0.233982, -0.26728988, -0.21511734, 0.07835361, -0.24275993, -0.359975, -0.23956355, -0.07852281, 0.40282407, 0.17184453, 0.11672362, 0.0433819, -0.032416925), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.20235331, 0.16114245, 0.015931258, -0.17612378, 0.2449233, 0.0031623375, -0.2784109, 0.3347522, 0.46005112, 0.20291579, 0.13030154, -0.23390344, -0.39526668, -0.09738018, 0.013237711, 0.15512206), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.1434995, -0.12447443, 0.095140964, -0.08841888, -0.05424789, -0.11747197, -0.097216785, 0.12958516, 0.34194428, 0.111434594, -0.02794559, -0.22843723, -0.043816507, -0.16116165, -0.29044297, 0.33768278), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.39615574, 0.05410518, -0.07885892, -0.22024721, 0.011598219, 0.1446308, 0.11650995, -0.020602686, -0.51892537, 0.14221898, -0.01697185, 0.05188913, 0.07683384, 0.122416414, 0.02296055, 0.2932525), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.058334768, -0.12389275, -0.02024463, 0.46323973, 0.17553197, 0.35435143, 0.19796194, 0.06836581, 0.15947883, -0.056819815, -0.091066726, 0.22499265, -0.21629064, -0.22203816, 0.053594038, 0.09816408), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(-0.016514458, -0.14323495, 0.017527288, -0.19750872, -0.47891942, -0.073656894, -0.086305656, 0.38173944, 0.1016976, 0.15224999, 0.048396923, -0.19529565, 0.13985658, 0.07292602, 0.06549534, 0.210662), target);\n\ttarget = MulAdd(conv2d_13_tf, MF4x4(0.3459035, 0.0071707424, -0.019186711, 0.2527976, 0.29675815, 0.35949966, -0.06114439, -0.02610484, 0.5475115, -0.13828747, 0.019238133, 0.101953685, -0.52718824, 0.017254699, 0.08887026, -0.19507161), target);\n\ttarget = MulAdd(nconv2d_13_tf, MF4x4(-0.3064509, -0.031613164, 0.040971015, -0.24252266, -0.21725285, -0.35069898, 0.0951283, -0.065222666, -0.98867434, 0.08824426, 0.06094605, -0.21000125, -0.72066385, -0.34141323, 0.049487203, 0.0690126), target);\n\ttex10[gxy] = target;\n}\n\n//!PASS 7\n//!DESC Conv-3x3x3x24\n//!IN INPUT, tex4, tex5, tex10\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 outputPt = GetOutputPt();\n\tconst float2 pos = (gxy + 0.5f) * outputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex4.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b1 = tex4.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c1 = tex4.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d1 = tex4.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e1 = tex4.SampleLevel(sam1, pos, 0);\n\tMF4 f1 = tex4.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g1 = tex4.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h1 = tex4.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i1 = tex4.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex5.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b2 = tex5.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c2 = tex5.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d2 = tex5.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e2 = tex5.SampleLevel(sam1, pos, 0);\n\tMF4 f2 = tex5.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g2 = tex5.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h2 = tex5.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i2 = tex5.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex10.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b3 = tex10.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c3 = tex10.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d3 = tex10.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e3 = tex10.SampleLevel(sam1, pos, 0);\n\tMF4 f3 = tex10.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g3 = tex10.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h3 = tex10.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i3 = tex10.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF3 target = MF3(-0.008654677, -0.008960475, -0.009207461);\n\ttarget = MulAdd(a1, MF4x3(0.009331738, 0.018572107, 0.022010602, 0.0039357482, -0.016444422, -0.02944063, -0.03631314, -0.056094132, -0.050672945, 0.0077923858, -0.023002634, 0.021950275), target);\n\ttarget = MulAdd(b1, MF4x3(-0.015352033, -0.018134398, -0.031076321, 0.09254242, 0.07433854, 0.094745025, 0.09154548, 0.10833595, 0.084574744, -0.06755486, 0.022037052, -0.09424632), target);\n\ttarget = MulAdd(c1, MF4x3(0.019884977, 0.021337362, 0.026944455, 0.11712925, 0.021360623, -0.017487818, -0.14924358, -0.1149652, -0.12671575, 0.012104617, -0.039750118, -0.002691512), target);\n\ttarget = MulAdd(d1, MF4x3(0.00344861, -0.0071971808, -0.011530234, 0.039175995, 0.12297611, 0.15838134, 0.033669177, 0.018021118, -0.010552058, -0.048705686, 0.03920792, -0.00043378037), target);\n\ttarget = MulAdd(e1, MF4x3(-0.09026871, -0.09393277, -0.0849584, -0.16249315, -0.15300421, -0.1383744, -0.10384136, -0.04767781, 0.022754611, 0.14949107, 0.06619118, 0.016498014), target);\n\ttarget = MulAdd(f1, MF4x3(0.0138111375, 0.0033931104, 0.010171692, -0.037168514, -0.029690385, -0.045251988, 0.074186325, 0.056937214, 0.06968052, -0.057218343, -0.060974367, -0.030270662), target);\n\ttarget = MulAdd(g1, MF4x3(-0.0028436058, 0.010812401, 0.012844112, 0.050941236, -0.035253663, -0.061899442, -0.01614737, 0.01752726, -0.023620276, -0.04961744, -0.06673698, 0.039417736), target);\n\ttarget = MulAdd(h1, MF4x3(0.042587858, 0.03904053, 0.028782798, -0.09807107, -0.01929461, -0.034585416, 0.029584344, -0.053522006, 0.0068953806, -0.04451219, 0.018451538, -0.029895604), target);\n\ttarget = MulAdd(i1, MF4x3(-0.0041629653, 0.0070575047, 0.004515914, 0.043267716, 0.0020689464, 0.010954458, -0.0013374113, 0.009222025, -0.0272451, 0.00645634, -0.037133303, -0.03209227), target);\n\ttarget = MulAdd(a2, MF4x3(-0.010575585, -0.00065620174, -0.009598815, -0.068592854, -0.06461729, -0.05058234, 0.03790364, 0.044340994, 0.049410254, -0.009466368, 0.081484325, 0.07265021), target);\n\ttarget = MulAdd(b2, MF4x3(-0.01598744, -0.025267042, -0.010857686, 0.0771284, 0.081469566, 0.07138724, -0.00555409, -0.006099002, -0.02123016, -0.29761449, -0.10614364, -0.1027762), target);\n\ttarget = MulAdd(c2, MF4x3(0.02664693, 0.027294884, 0.019080907, 0.010511018, 0.01179118, 0.02403106, 0.05436632, 0.07234358, 0.08310484, 0.03146414, -0.02122628, -0.021377526), target);\n\ttarget = MulAdd(d2, MF4x3(0.027889153, 0.018621879, 0.025370836, -0.14017807, -0.14772555, -0.14436993, -0.017539013, -0.028932836, -0.06139342, 0.0007456944, -0.00086823467, -0.05282406), target);\n\ttarget = MulAdd(e2, MF4x3(-0.0017060362, 0.00777287, 0.003343087, 0.20926197, 0.21706305, 0.23307496, -0.16601992, -0.183019, -0.139133, 0.13933188, -0.013340946, -0.021960167), target);\n\ttarget = MulAdd(f2, MF4x3(-0.018459205, -0.023415336, -0.0173199, 0.08558963, 0.10207333, 0.06444232, -2.5721886e-06, -0.015806457, -0.036833573, -0.20488425, -0.009690944, 0.020323949), target);\n\ttarget = MulAdd(g2, MF4x3(0.010601256, 0.007344732, 0.0056538777, 0.021578439, 0.017345639, 0.0032158173, 0.031785835, 0.04436094, 0.05920955, 0.23948166, -0.06085234, -0.14597872), target);\n\ttarget = MulAdd(h2, MF4x3(0.00777581, 0.012557825, 0.0123206265, -0.0691877, -0.0861206, -0.077578135, -0.018104369, -0.024902673, -0.036656447, 0.10611258, 0.09515675, 0.118361965), target);\n\ttarget = MulAdd(i2, MF4x3(0.0021278602, 0.003906813, 0.0016891633, -0.06379228, -0.060215514, -0.051921096, 0.039505195, 0.052035928, 0.05059492, -0.047328927, -0.0066980706, 0.09447027), target);\n\ttarget = MulAdd(a3, MF4x3(0.18920127, -0.045531996, -0.044905778, 0.013732142, 0.019208554, 0.011500921, -0.0040531917, -0.02001873, -0.0023935249, -0.033091005, -0.017751431, -0.009764133), target);\n\ttarget = MulAdd(b3, MF4x3(0.15241088, -0.13676398, -0.01825122, -0.003517022, -0.004041717, 0.003177141, 0.011362495, 0.03685609, 0.008397426, -0.08597375, -0.111830845, -0.110682696), target);\n\ttarget = MulAdd(c3, MF4x3(-0.046171717, 0.23827009, -0.119844295, 0.005446854, 0.00826863, 0.002206898, -0.11165099, -0.14702465, -0.1203897, 0.12169146, 0.11585612, 0.10473949), target);\n\ttarget = MulAdd(d3, MF4x3(-0.18456058, 0.13293917, 0.06901046, 0.010084839, -0.0006403412, -0.011852079, -0.062180433, -0.06781299, -0.08111614, -0.02218764, -0.015271581, -0.019768957), target);\n\ttarget = MulAdd(e3, MF4x3(0.034135204, -0.20479187, 0.27587336, -0.058966126, -0.065613195, -0.056132246, 0.07697151, 0.0706985, 0.098771244, 0.06747748, 0.10971204, 0.13186967), target);\n\ttarget = MulAdd(f3, MF4x3(0.017322296, -0.06730298, 0.07034802, 0.013449086, 0.007968637, 0.012679429, 0.0902275, 0.11269024, 0.08805874, -0.06179092, -0.06705483, -0.13040404), target);\n\ttarget = MulAdd(g3, MF4x3(-0.052505482, -0.018989135, 0.03388015, -0.068704374, -0.05350174, -0.057223134, 0.011537428, 0.017847707, 0.0270268, -0.008713432, -0.02698126, -0.017463546), target);\n\ttarget = MulAdd(h3, MF4x3(0.15220639, -0.05387876, -0.08352881, 0.026893694, 0.027608246, 0.025959803, 0.035518423, 0.035180617, 0.01858579, -0.021064412, -0.014214504, -0.0051168953), target);\n\ttarget = MulAdd(i3, MF4x3(-0.11906418, 0.13103563, -0.06997703, 0.005664134, 0.0075536724, 0.009519002, -0.025366528, -0.013528652, -0.015087253, 0.0071858848, -0.027586544, 0.016723866), target);\n\ttarget = MulAdd(na1, MF4x3(0.015307254, 0.02070064, 0.012568325, 0.06845904, -0.033312738, -0.0058661965, -0.016281582, -0.01631146, -0.021667928, -0.012522515, -0.020992521, -0.015833912), target);\n\ttarget = MulAdd(nb1, MF4x3(0.04937768, 0.0405066, 0.041023023, 0.05503905, -0.13230717, -0.14439866, 0.01618014, 0.0122084245, 0.016226485, 0.0014116488, 0.011495032, 0.002382562), target);\n\ttarget = MulAdd(nc1, MF4x3(-0.04847043, -0.050508745, -0.041216835, -0.067119725, -0.0448592, -0.011477939, -0.035635237, -0.037191708, -0.034170575, -0.016549444, -0.027191242, -0.017883684), target);\n\ttarget = MulAdd(nd1, MF4x3(0.034498286, 0.026938718, 0.052970096, -0.10511612, -0.13200648, -0.09493861, -0.0018118658, -0.0072637545, 0.0043198126, -0.038338073, -0.031448375, -0.035546694), target);\n\ttarget = MulAdd(ne1, MF4x3(0.048043568, 0.057704087, 0.06386534, 0.04542113, 0.20604704, 0.2598609, 0.049180254, 0.064697154, 0.05789202, 0.08370016, 0.08105142, 0.08807082), target);\n\ttarget = MulAdd(nf1, MF4x3(-0.018156562, 0.008306473, -0.014604633, 0.18912326, 0.024388695, -0.08006485, 0.009333483, 0.011596536, 0.0056475243, 0.027749287, 0.039271932, 0.02655462), target);\n\ttarget = MulAdd(ng1, MF4x3(-0.030157864, -0.035259083, -0.05771176, -0.22293729, 0.0768592, 0.14670776, -0.013287718, -0.011300663, -0.01670879, -0.009928094, -0.016364388, -0.013879692), target);\n\ttarget = MulAdd(nh1, MF4x3(-0.013415757, -0.013257486, -0.01940959, 0.014077903, 0.05088362, 0.04006286, -0.0033998038, -0.0062313867, -0.00833104, 0.015246904, 0.017004015, 0.01802002), target);\n\ttarget = MulAdd(ni1, MF4x3(-0.0016801689, -0.022088053, 0.0031654288, 0.027371893, -0.007083684, -0.10904292, -0.015408179, -0.01793058, -0.010933266, -0.023707654, -0.026440954, -0.025527867), target);\n\ttarget = MulAdd(na2, MF4x3(0.009003153, 0.0078040734, 0.037757806, 0.054483943, 0.058831017, 0.060899608, -0.011133613, -0.01601666, -0.007977876, -0.07686641, -0.049250316, -0.045481566), target);\n\ttarget = MulAdd(nb2, MF4x3(0.04344093, 0.07054628, 0.037604738, -0.0914579, -0.105631486, -0.108511426, 0.04426105, 0.0492282, 0.048829302, 0.14961997, 0.16839094, 0.16053638), target);\n\ttarget = MulAdd(nc2, MF4x3(-0.0032967671, -0.019857304, -0.014145445, -0.013525817, 0.001614058, -0.009782301, -0.044629153, -0.07325184, -0.07655591, -0.08667146, 0.024955297, 0.04591592), target);\n\ttarget = MulAdd(nd2, MF4x3(0.04816059, 0.030722216, 0.032487474, 0.09684092, 0.10024655, 0.101904154, 0.08137448, 0.092595905, 0.1118598, 0.0796932, 0.009548236, 0.0013610915), target);\n\ttarget = MulAdd(ne2, MF4x3(-0.17208904, -0.19137467, -0.17717223, -0.10827683, -0.11960323, -0.1204814, -0.030430049, -0.019306151, -0.05230355, -0.021787236, -0.015395303, -0.093210146), target);\n\ttarget = MulAdd(nf2, MF4x3(0.04527227, 0.057978027, 0.10569097, -0.1015645, -0.12595437, -0.097537845, 0.060087565, 0.09157804, 0.060251515, 0.05170573, 0.042533275, 0.08233745), target);\n\ttarget = MulAdd(ng2, MF4x3(-0.01908824, 0.0039797956, -0.015060464, 0.008187719, 0.013936167, 0.008152853, -0.02618239, -0.056918032, -0.0504624, -0.083657, 0.02122987, 0.022906482), target);\n\ttarget = MulAdd(nh2, MF4x3(0.058020473, 0.08750743, 0.032107625, 0.021999976, 0.030119067, 0.03513493, 0.06583862, 0.08137626, 0.09867312, -0.0021064964, -0.1227668, -0.0912879), target);\n\ttarget = MulAdd(ni2, MF4x3(0.022279112, -0.012710205, -0.0011416139, 0.05606448, 0.066590145, 0.061043978, -0.008292685, -0.019583363, -0.006212003, -0.053282585, -0.029954918, -0.021437356), target);\n\ttarget = MulAdd(na3, MF4x3(0.019198919, 0.020138288, 0.02048463, -0.012281223, -0.01964347, -0.010557296, 0.00830553, 0.02714052, 0.016606145, -0.0047117253, -0.0060619717, 0.0015284229), target);\n\ttarget = MulAdd(nb3, MF4x3(-0.01620369, -0.018634152, -0.018486649, -0.0037721654, -0.005256878, -0.0032221128, 0.048627518, 0.033200823, 0.05459796, 0.0064762663, 0.005607537, 0.0014544157), target);\n\ttarget = MulAdd(nc3, MF4x3(-0.0049319286, -0.003757374, -0.008033526, -0.009529666, -0.01023788, -0.011724289, 0.08779079, 0.11368912, 0.10699827, 0.014564745, 0.017019482, 0.018130492), target);\n\ttarget = MulAdd(nd3, MF4x3(-0.018128838, -0.020529313, -0.021291668, 0.022232227, 0.032956265, 0.030233478, 0.057042982, 0.052126013, 0.039634123, 0.04395578, 0.042147905, 0.047779605), target);\n\ttarget = MulAdd(ne3, MF4x3(-0.008916549, -0.011398656, -0.006473247, 0.07594334, 0.07910866, 0.0726948, -0.1670962, -0.17030263, -0.18856722, 0.0067814733, 0.01550948, 0.002108076), target);\n\ttarget = MulAdd(nf3, MF4x3(-0.0020052418, -0.0015789939, 0.0024248413, -0.018381692, -0.012541983, -0.016114611, -0.054943718, -0.08546223, -0.045788202, -0.02116913, -0.02479526, -0.02281286), target);\n\ttarget = MulAdd(ng3, MF4x3(0.004089441, 0.004577225, 0.009165186, -0.023352642, -0.03344756, -0.03359231, 0.051127084, 0.055484984, 0.06788994, -0.009284511, -0.0026670755, -0.011205212), target);\n\ttarget = MulAdd(nh3, MF4x3(-0.008048874, -0.003658728, -0.011127851, 0.0034879802, 0.014905489, 0.016252292, -0.07353042, -0.0754597, -0.09509333, 0.009990113, -0.0003871956, 0.0049740863), target);\n\ttarget = MulAdd(ni3, MF4x3(0.009073377, 0.006138898, 0.006741848, -0.009877169, -0.019738095, -0.015525384, 0.057441086, 0.06538757, 0.053950094, -0.0011834118, 0.0010558038, 0.004649949), target);\n\t\n\tOUTPUT[gxy] = MF4(target + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_GAN_x2_S.hlsl",
"content": "// Anime4K_Upscale_GAN_x2_S\n// 移植自 https://github.com/bloc97/Anime4K/blob/8e39551ce96ed172605c89b7dd8be855b5502cc9/glsl/Upscale/Anime4K_Upscale_GAN_x2_S.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_GAN_x2_1\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex7;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex8;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = { -0.035786826, -3.2876174e-05, -0.029245647, 0.0141837 };\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(0.21797048, -0.212819, 0.04459435, -0.04423212, 0.33138385, -0.17247623, -0.120917134, 0.23732775, 0.19597639, -0.33451796, -0.021611832, -0.017377583), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.12904494, -0.01359655, -0.40096298, 0.32336384, 0.25585845, 0.23335338, -0.4461792, 0.6704216, -0.13310009, 0.05402756, -0.5437191, 0.32286412), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.062060427, 0.07804567, -0.016457668, 0.25662076, -0.1567372, -0.04152728, 0.15387323, -0.12621297, 0.097600766, 0.023655256, 0.052513056, 0.30542207), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(-0.18701962, -0.4233291, -0.086120665, -0.16739355, -0.63525766, -0.6932253, -0.1777197, -0.5140771, -0.19856504, -0.4475936, 0.12013144, -0.11179723), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.21761869, 0.65340257, 0.25189772, -0.20664653, 0.05614669, 0.81569123, 0.26439375, -0.22282092, -0.20241423, 0.71137106, 0.041106064, -0.558707), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.014729233, -0.09996152, 0.22300848, -0.04927536, -0.08988005, -0.12005097, -0.04899431, -0.18048033, -0.17237821, -0.03483246, 0.33783346, 0.22711775), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.010091276, -0.11388358, 0.15959989, 0.16021152, 0.353214, -0.3420636, 0.39659426, 0.14725044, 0.048077144, -0.06667417, 0.047712438, 0.1991372), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(-0.17764397, 0.014430492, -0.009073561, 0.052957222, -0.26687172, 0.21589288, 0.29830712, 0.15975259, -0.3100123, -0.03535766, 0.18167259, 0.07284526), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.22984034, 0.11556983, -0.26964244, -0.31616172, 0.059412085, 0.10849835, -0.3704685, -0.16312528, 0.3656624, 0.11611945, -0.3790553, -0.4223729), result);\n\n\t\t\ttex1[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8, Conv-4x1x1x24\n//!IN tex1\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na = max(-a, 0);\n\tMF4 nb = max(-b, 0);\n\tMF4 nc = max(-c, 0);\n\tMF4 nd = max(-d, 0);\n\tMF4 ne = max(-e, 0);\n\tMF4 nf = max(-f, 0);\n\tMF4 ng = max(-g, 0);\n\tMF4 nh = max(-h, 0);\n\tMF4 ni = max(-i, 0);\n\n\ta = max(a, 0);\n\tb = max(b, 0);\n\tc = max(c, 0);\n\td = max(d, 0);\n\te = max(e, 0);\n\tf = max(f, 0);\n\tg = max(g, 0);\n\th = max(h, 0);\n\ti = max(i, 0);\n\n\tMF4 conv2d_2_tf = { -0.041068032, 0.02181786, -0.02366552, 0.07215206 };\n\tconv2d_2_tf = MulAdd(a, MF4x4(0.02899383, 0.12331602, 0.1755303, 0.14228395, -0.23719487, 0.28783783, -0.15755224, 0.16501419, 0.09971766, -0.112085044, 0.15989542, 0.013457646, -0.21386063, -0.10184436, 0.2920392, 0.11544854), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(b, MF4x4(-0.09577094, 0.052495796, 0.5072853, -0.16720837, -0.030821526, -0.13200149, 0.061197, 0.09785798, 0.097248554, -0.056709435, -0.12684566, 0.25153175, 0.12550084, 0.5723225, -0.061046973, 0.2737185), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(c, MF4x4(0.14275773, 0.3116807, 0.020866666, -0.029567914, 0.054051064, -0.018836629, 0.16237853, 0.23302408, 0.23014219, -0.20245266, -0.040263597, 0.10550008, -0.1419676, -0.07544839, -0.04724355, 0.06713984), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(d, MF4x4(-0.36056906, 0.21647012, -0.21559654, -0.1321654, 0.26311335, -0.35098836, 0.08977303, -0.2912846, -0.03221502, -0.33539286, 0.55078757, 0.14826211, 0.12334663, 0.031169238, 0.0626983, 0.13543329), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(e, MF4x4(0.032711882, 0.53162986, 0.1736962, 0.22126123, 0.13229683, 0.12998195, -0.08843839, 0.3830243, -0.29015037, -0.13158421, 0.2987182, 0.0039998284, -0.4924434, -0.34931743, 0.3501415, -0.015819922), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(f, MF4x4(0.039777573, -0.039639533, -0.27015024, -0.33144557, -0.11338446, -0.19242573, 0.48813564, -0.24602202, 0.120988116, -0.12362437, 0.23984735, -0.33717445, 0.14359151, -0.09583342, -0.015998919, -0.19725454), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(g, MF4x4(0.17751572, -0.14914338, -0.24518701, 0.22713365, 0.10613938, 0.12027283, 0.1582502, 0.011725502, -0.02418084, 0.106176965, 0.10111444, 0.07009088, 0.017611375, 0.369643, -0.21788761, -0.15093188), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(h, MF4x4(0.0863035, -0.43148708, 0.0994751, 0.17801163, -0.42566994, -0.2744198, -0.028655952, -0.2481176, -0.26144302, -0.26753834, 0.11043684, -0.48341632, 0.41320416, 0.25118062, -0.31461874, 0.36563694), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(i, MF4x4(-0.04845539, -0.2790916, -0.1626853, 0.18036526, 0.2368911, -0.5688802, 0.05240968, -0.034105603, -0.14011742, -0.37861058, -0.096871816, -0.27824572, 0.41195226, 0.23514003, 0.12282304, 0.28447765), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(na, MF4x4(-0.13261828, -0.13148594, 0.05470859, -0.114724025, 0.17642413, -0.05585294, 0.44086194, -0.10915775, -0.23456413, -0.18385538, -0.4193869, 0.2708079, 0.03720121, 0.15744475, 0.092449814, -0.0922205), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nb, MF4x4(-0.14146912, 0.386554, -0.15197717, 0.1682067, -0.33229175, 0.18661757, 0.142476, -0.05811066, -0.12433686, 0.20817612, 0.17710523, 0.24227881, -0.3699883, -0.14644128, -0.066485085, -0.010829679), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nc, MF4x4(-0.02267665, -0.21349631, 0.05916224, 0.07111888, -0.3317847, -0.044436328, -0.08067249, -0.13602455, -0.2652356, -0.13666181, 0.022768881, -0.21616152, 0.10042784, 0.13159652, -0.062913835, -0.12882891), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nd, MF4x4(-0.21270499, 0.14776433, 0.26771793, 0.41242316, -0.22445452, 0.3885536, -0.36809587, 0.09838256, 0.030300573, -0.016225152, -0.41985163, -0.32797396, 0.3021247, -0.2566993, 0.24282119, 0.071926266), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ne, MF4x4(-0.14173156, 0.10360139, 0.03603846, 0.23004, -0.37078354, -0.7556456, 0.43359467, -0.42839774, -0.08143208, -0.061868757, -0.017048405, -0.1806454, 0.07700074, -0.028751602, -0.49057922, -0.07150736), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nf, MF4x4(-0.21411006, -0.039522924, -0.11006789, 0.30172586, -0.019509817, 0.34646508, 0.03348711, 0.3949624, 0.09367525, 0.11841692, 0.064099714, 0.30587056, 0.00071666663, 0.09569139, 0.07905173, -0.043038815), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ng, MF4x4(-0.1082019, -0.081530154, 0.1997084, 0.0064345463, -0.002075576, 0.0122295255, -0.21594198, -0.20039533, 0.023058774, 0.061136324, -0.043233447, 0.018114857, -0.12538326, -0.008044748, 0.08879177, 0.29855737), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nh, MF4x4(0.06425974, -0.162355, -0.07716668, -0.1783711, 0.08560717, 0.42500424, 0.15796345, 0.25115898, 0.39673963, 0.24484198, -0.16364126, 0.45589596, -0.54474986, -0.41130677, 0.15731613, -0.13945425), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ni, MF4x4(-0.4015527, -0.22220162, 0.088239804, -0.16343592, -0.05973259, -0.053600565, -0.11719207, 0.340347, 0.07810557, 0.06943392, 0.07088433, 0.36863637, -0.16925047, -0.09059371, -0.086145744, -0.26417965), conv2d_2_tf);\n\n\tMF4 target1 = { 0.022193057, 0.0031918385, 0.04232464, -0.0056721596 };\n\ttarget1 = MulAdd(a, MF4x4(-0.016554115, 0.41586095, -0.11134646, 0.041401796, -0.032285847, 0.07744446, 0.012422875, 0.08027069, -0.11944374, -0.4644861, -0.1625419, 0.09757052, 0.08459575, -0.32677624, -0.15526624, 0.13285875), target1);\n\ttarget1 = MulAdd(b, MF4x4(-0.05147117, -0.31841335, -0.07968151, -0.037866592, -0.1438723, 0.21164599, 0.042448167, 0.1660907, -0.03240849, 0.2866945, -0.123190455, -0.2005157, -0.100519955, -0.04109891, -0.14908177, -0.20055951), target1);\n\ttarget1 = MulAdd(c, MF4x4(-0.33594802, 0.17970876, -0.08458461, 0.22198248, 0.041744266, 0.053618595, -0.64927346, 0.43071616, -0.042823542, 0.36384553, 0.13817975, -0.23117469, -0.009722301, 0.043797005, -0.006320899, -0.056160737), target1);\n\ttarget1 = MulAdd(d, MF4x4(0.020939048, 0.15744017, -0.18557346, 0.2221421, 0.13683408, -0.17577636, -0.1028824, -0.05909411, -0.11116942, -0.23898265, 0.013275228, -0.10834194, -0.23541391, -0.045599524, 0.13663499, -0.061863456), target1);\n\ttarget1 = MulAdd(e, MF4x4(-0.9347821, -1.0879762, 0.029261602, 0.0058627487, 0.37568024, 0.07800278, 0.22918043, -0.22581682, -0.24621771, 0.0565432, -0.01175261, 0.20289935, -0.18791674, -0.34127015, -0.20261073, 0.24382167), target1);\n\ttarget1 = MulAdd(f, MF4x4(-0.42576772, -0.9465751, 0.36503372, 0.047452617, -0.03021601, 0.19896118, -0.9916106, 0.68441176, -0.097055614, -0.039465737, -0.3072724, 0.3834049, 0.044579748, 0.10185175, -0.07127564, 0.053964186), target1);\n\ttarget1 = MulAdd(g, MF4x4(-0.12718496, -0.20010719, -0.13560185, -0.28841987, -0.18198563, 0.06924996, 0.15375975, 0.007953754, -0.03143177, 0.24778824, -0.41971257, -0.15984616, 0.06914517, -0.15320878, -0.058414314, -0.1829401), target1);\n\ttarget1 = MulAdd(h, MF4x4(-0.05676951, -0.39852038, -0.0008664457, 0.073233515, -0.110736564, -0.12950265, -0.32641715, 0.05254214, -0.0013476483, 0.04590487, -0.6886247, -0.029103741, 0.13570555, -0.06356145, 0.26564398, 0.16304392), target1);\n\ttarget1 = MulAdd(i, MF4x4(-0.14373688, 0.2627747, 0.19523594, -0.04094942, -0.027800431, 0.080428846, -0.21676755, 0.22764, -0.08686052, -0.14352795, 0.012905041, 0.12002593, 0.096998215, -0.0822731, 0.25796455, 0.3244333), target1);\n\ttarget1 = MulAdd(na, MF4x4(0.13717347, -0.2534293, -0.08265135, 0.02238695, 0.061414074, -0.12315743, -0.105848454, -0.0324352, -0.019163579, 0.5106144, 0.111571215, -0.17051223, 0.14541212, 0.26512033, 0.17036803, -0.05180038), target1);\n\ttarget1 = MulAdd(nb, MF4x4(0.10731618, -0.011980742, -0.06125307, -0.043496255, 0.06382452, -0.53873694, -0.21860467, 0.076045096, 0.014617647, -0.12188417, -0.23983037, 0.20181973, -0.03130421, -0.23090406, 0.07917799, 0.11006313), target1);\n\ttarget1 = MulAdd(nc, MF4x4(-0.07749841, -0.17617406, -0.2105074, 0.20204528, 0.31133667, 0.045247886, 0.38000366, -0.23678038, 0.14622565, -0.077519946, 0.04709938, 0.28799757, -0.02295692, 0.021911716, 0.037108235, -0.050266817), target1);\n\ttarget1 = MulAdd(nd, MF4x4(-0.04620016, -0.053893, 0.07671593, -0.08702991, -0.31122503, 0.08491399, 0.39734617, 0.10588835, 0.1706988, -0.0030106953, -0.23740743, 0.119870976, 0.04136371, -0.08475979, -0.26021543, -0.26772037), target1);\n\ttarget1 = MulAdd(ne, MF4x4(0.013240527, 0.27298495, 0.061895885, -0.1766251, -0.35479823, -0.5952594, -0.2486822, 0.40527418, 0.017724868, -0.64586586, -0.056991536, -0.22597985, 0.1953091, -0.09300436, 0.28394333, -0.17164071), target1);\n\ttarget1 = MulAdd(nf, MF4x4(-0.0437722, 0.20237646, 0.1734046, 0.12661959, 0.3563361, 0.20119205, 0.49104276, -0.62781703, 0.10580526, 0.09021795, 0.2986983, 0.05439145, -0.030656314, -0.06551242, 0.06034035, 0.24646781), target1);\n\ttarget1 = MulAdd(ng, MF4x4(0.07150872, 0.2634299, -0.15512806, 0.032365914, -0.04214553, -0.32488832, -0.029638838, -0.11298656, 0.016363487, -0.20394005, 0.13789146, -0.1160082, -0.29543686, 0.056006238, 0.022565948, -0.0209169), target1);\n\ttarget1 = MulAdd(nh, MF4x4(-0.08222271, 0.1397535, 0.18386504, -0.029725704, 0.19525485, -0.26657727, 0.3193575, 0.39357802, 0.13274485, 0.063030235, 0.5509124, 0.076320685, -0.24871972, -0.23029849, -0.29287627, 0.0009975942), target1);\n\ttarget1 = MulAdd(ni, MF4x4(-0.11978757, -0.115064315, -0.32878634, -0.091591395, 0.011527068, -0.07584138, 0.20703748, -0.16326526, -0.07295838, -0.088844456, 0.0057264403, 0.08162376, -0.17551814, 0.10645812, -0.1522622, -0.18409562), target1);\n\n\tMF4 target2 = { 0.08279582, -0.12997188, 0.08899629, 0.018068794 };\n\ttarget2 = MulAdd(e, MF4x4(-0.5713254, 0.59251165, -0.14328027, 0.3463698, -0.6896771, -0.14296922, -0.3860265, 0.4501756, -0.39508528, 0.40213254, -0.16835114, -0.0029681697, 0.06473641, 0.18837942, 0.18787977, -0.14020114), target2);\n\ttarget2 = MulAdd(ne, MF4x4(0.08934268, -0.28500432, 0.45083842, 0.16448207, 0.10745752, -0.07937402, 0.17439699, -0.4361477, 0.35800517, -0.16299683, -0.112771064, 0.46456474, -0.016184373, -0.2676676, -0.09250065, 0.30093423), target2);\n\ttarget2 = MulAdd(max(conv2d_2_tf, 0), MF4x4(-0.23437534, 0.30892932, -0.3382499, -0.11436098, -0.09584061, 0.010766669, -0.6745943, 0.19373886, 0.19484869, 0.0063928245, 0.20636424, -0.6427624, 0.22710505, 0.580292, -0.56174964, -0.15055792), target2);\n\ttarget2 = MulAdd(max(-conv2d_2_tf, 0), MF4x4(-0.4264334, -0.43369257, 0.29302827, -0.2763896, 0.20638986, 0.066474296, 0.18825729, 0.14629841, -0.70805573, 0.3601201, -0.49326342, 0.4604217, -0.3331877, -0.30442527, 0.33416224, 0.08233912), target2);\n\ttarget2 = MulAdd(max(target1, 0), MF4x4(-0.043108743, 0.32130125, -0.13206981, 0.56653565, -0.069573626, -0.32312635, 0.17708589, 0.12717012, -0.39452434, 0.7504042, -0.563233, -0.38678297, -0.20246895, 0.399379, -0.1829332, -0.4856879), target2);\n\ttarget2 = MulAdd(max(-target1, 0), MF4x4(0.46322855, -0.14412759, 0.26863632, -0.37377957, 0.18703142, 0.12013766, -0.010468053, 0.36067548, 0.29069972, -0.5482968, 0.1952737, 0.42751312, 0.47847852, -0.13346007, 0.35286024, 0.23347002), target2);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x8, Conv-4x1x1x32\n//!IN tex4, tex3\n//!OUT tex2, tex5\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na = max(-a, 0);\n\tMF4 nb = max(-b, 0);\n\tMF4 nc = max(-c, 0);\n\tMF4 nd = max(-d, 0);\n\tMF4 ne = max(-e, 0);\n\tMF4 nf = max(-f, 0);\n\tMF4 ng = max(-g, 0);\n\tMF4 nh = max(-h, 0);\n\tMF4 ni = max(-i, 0);\n\n\ta = max(a, 0);\n\tb = max(b, 0);\n\tc = max(c, 0);\n\td = max(d, 0);\n\te = max(e, 0);\n\tf = max(f, 0);\n\tg = max(g, 0);\n\th = max(h, 0);\n\ti = max(i, 0);\n\n\tMF4 conv2d_5_tf = { -0.0375635, -0.08823075, 0.0025748173, 0.014370204 };\n\tconv2d_5_tf = MulAdd(a, MF4x4(0.014682038, -0.12901896, -0.16721351, -0.14512789, 0.1975804, 0.31713018, -0.13655594, -0.07817547, -0.1379136, 0.012892589, 0.23835693, 0.18214643, 0.15153849, -0.16835038, 0.2145134, -0.10536737), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(b, MF4x4(0.020937767, 0.19783083, -0.54175997, 0.037820112, 0.2667656, 0.22040194, 0.37909588, 0.18100308, 0.020120522, -0.60052997, -0.043528315, -0.25213948, -0.15584327, 0.27506578, -0.092381746, 0.32063565), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(c, MF4x4(0.122979, -0.16768639, -0.31459492, -0.0615338, 0.2467096, 0.39879864, 0.30217072, 0.05501944, -0.036550965, 0.30801496, -0.21168339, -0.13092734, -0.10309731, 0.02561574, -0.28071794, 0.111772805), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(d, MF4x4(0.30419037, -0.27610013, -0.20951773, -0.4682423, 0.013910727, 0.45360255, 0.26947716, -0.28788614, -0.3465049, -0.027093071, 0.19358, -0.0759516, 0.05402844, 0.23829742, 0.14955573, 0.10131891), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(e, MF4x4(-0.18213613, 0.1460758, -0.13212326, -0.33431244, -0.038493834, -0.399577, 0.29018825, 0.046454914, 0.5486579, -0.37918556, -0.09230001, -0.06452045, -0.27307686, 0.16817085, -0.3927623, 0.4070809), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(f, MF4x4(0.3655112, 0.42978507, -0.20408633, -0.17724891, 0.018163562, 0.16742137, -0.20677765, -0.18758915, 0.08664044, 0.15635273, 0.04482592, -0.10135638, -0.042055663, 0.0120497495, -0.061840538, -0.23626032), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(g, MF4x4(0.29038852, -0.14159334, -0.07436412, -0.13352816, -0.3326411, 0.31299374, 0.2287002, 0.2508818, 0.26760912, -0.0037750339, 0.0058190194, -0.024687344, -0.1777058, -0.015039313, -0.07848877, -0.2052551), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(h, MF4x4(0.33255517, 0.45893422, 0.20505154, -0.11818784, -0.0353625, -0.2725971, 0.15468855, 0.14384854, -0.01441209, 0.12198328, -0.07893593, 0.0810518, 0.323934, -0.29967225, -0.24283892, -0.11573156), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(i, MF4x4(0.17880976, -0.20802346, 0.028815132, 0.22950941, 0.22764732, 0.32852155, -0.16896188, -0.22661959, 0.06486004, 0.00723564, -0.022966828, -0.05319699, 0.03109079, -0.00031444168, -0.16299056, -0.120937996), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(na, MF4x4(0.023376284, 0.029397544, -0.23599954, 0.15093243, -0.058068898, -0.022674788, 0.016787661, -0.100131355, -0.06670702, -0.0654595, 0.060609553, -0.24878198, 0.1184957, 0.12865701, -0.110585764, 0.027937055), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nb, MF4x4(-0.21986784, -0.044010285, 0.07705757, -0.06578579, -0.34479773, -0.27297345, 0.07099886, 0.043877546, -0.3284597, 0.60647607, -0.13495111, 0.39562428, 0.12766926, -0.26691958, -0.13183068, 0.19720052), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nc, MF4x4(-0.15688242, 0.02787055, 0.11245185, 0.010610981, 0.31926978, 0.6880586, -0.08503132, 0.2515481, -0.24620119, -0.3889153, 0.07599151, -0.04537119, -0.55283034, -0.170027, -0.14118128, -0.30742723), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nd, MF4x4(0.037949517, 0.0026801233, 0.013419875, -0.07403992, -0.17499912, 0.012353954, 0.15956756, -0.14248073, -0.0017226954, 0.052071165, -0.19224213, 0.00033604537, -0.1924897, -0.21002872, -0.23516886, -0.09922695), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ne, MF4x4(-0.21850063, -0.22287996, -0.046637002, -0.28330007, -0.106190234, 0.027529838, 0.5553775, 0.3273539, 0.0110251075, 0.0067749587, 0.18001638, 0.18281236, 0.19831169, -0.03785556, 0.06003045, -0.12625378), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nf, MF4x4(-0.44703564, -0.2896555, 0.72527117, 0.29206118, -0.004199225, 0.46381885, 0.049183566, 0.14319502, -0.3226642, -0.39931563, 0.23164241, 0.10428929, -0.598285, -0.21007223, -0.36386037, 0.09704366), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ng, MF4x4(0.0462183, -0.063166276, 0.14364852, 0.212176, 0.17403619, -0.09878261, 0.0017970221, -0.31676117, -0.1104441, -0.073732674, -0.12653485, -0.20641124, 0.024175802, 0.005339486, -0.08178427, -0.2761102), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nh, MF4x4(-0.19256714, -0.246452, 0.3358081, -0.16956173, -0.2549593, 0.21122634, -0.06487135, -0.051329695, 0.110607915, -0.09860077, 0.1355533, -0.1489809, 0.023808947, 0.29945812, -0.056281622, 0.0020249223), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ni, MF4x4(-0.34458768, -0.074856885, -0.01856148, 0.06707525, -0.3314005, -0.16196185, 0.33313355, 0.20943385, -0.266928, -0.27552158, 0.018665945, 0.013205852, -0.33579, -0.16876023, -0.031895302, -0.13143763), conv2d_5_tf);\n\n\tMF4 target1 = { 0.09810561, 0.044599928, -0.0019709724, 0.064204566 };\n\ttarget1 = MulAdd(a, MF4x4(0.23653865, 0.034179572, 0.2680533, 0.03070888, -0.34707117, 0.05323393, 0.20052955, -0.09135351, 0.031460114, -0.23158966, 0.08698448, -0.120006196, -0.11532645, -0.08093671, 0.0037868635, 0.10042472), target1);\n\ttarget1 = MulAdd(b, MF4x4(-0.018171439, -0.12269748, 0.09214298, 0.07735124, -0.38116398, 0.2625897, 0.045807257, 0.06052568, 0.15468815, -0.40968472, 0.37565818, 0.032876365, 0.058758568, 0.17787455, 0.11352259, 0.23624317), target1);\n\ttarget1 = MulAdd(c, MF4x4(-0.094512895, 0.15499377, -0.15345438, -0.18841587, -0.07849487, 0.037030153, -0.17632313, 0.10438565, -0.18453433, -0.079957336, 0.10274841, 0.07198532, -0.04770108, 0.16846456, 0.31273615, -0.13635644), target1);\n\ttarget1 = MulAdd(d, MF4x4(0.13088372, -0.008759914, 0.1716414, 0.082108594, -0.51469034, 0.18175006, -0.16164891, 0.1918173, 0.21287642, -0.094005, 0.20578988, 0.13113159, 0.07577773, 0.09737444, -0.08676422, -0.059179075), target1);\n\ttarget1 = MulAdd(e, MF4x4(-0.28462783, 0.42669204, 0.3224737, -0.29510942, -0.12424295, -0.16050552, -0.12770653, 0.0930919, -0.22179118, 0.33128613, -0.42117682, -0.14691186, 0.41048542, -0.040950067, -0.13896315, -0.24155742), target1);\n\ttarget1 = MulAdd(f, MF4x4(0.15060697, -0.088174045, 0.27417374, 0.0397946, 0.0078119785, 0.091031335, 0.008468849, -0.04850853, 0.03755719, -0.005380725, 0.13488528, -0.21345685, 0.12456556, 0.17801593, -0.21285392, -0.2111536), target1);\n\ttarget1 = MulAdd(g, MF4x4(0.13265789, 0.0058933417, -0.35399312, -0.10547572, 0.014682838, 0.03247095, -0.046823166, -0.086899005, 0.022227641, -0.10579067, 0.13096501, -0.020894872, 0.08426519, 0.068370126, -0.051551163, -0.02995364), target1);\n\ttarget1 = MulAdd(h, MF4x4(-0.19551872, 0.16199462, 0.31150326, 0.082667254, 0.20023693, -0.22914512, -0.29721177, -0.2741043, 0.08894789, -0.06843645, -0.019058365, -0.06370645, 0.11551113, 0.011740334, -0.17567629, -0.05505456), target1);\n\ttarget1 = MulAdd(i, MF4x4(0.043439314, 0.19573408, -0.17608817, 0.043509595, 0.22829561, 0.059223037, 0.05529666, -0.16555707, 0.2754871, 0.042527672, 0.09646824, 0.07046857, 0.10173791, 0.04030276, -0.0544029, -0.26882443), target1);\n\ttarget1 = MulAdd(na, MF4x4(0.022059897, -0.04408266, -0.18699357, -0.09142074, 0.044572234, -0.14162005, 0.108728774, -0.08984615, -0.14737117, 0.12838708, -0.0019777226, 0.21070306, -0.111902215, 0.23080471, 0.0134878885, 0.07111553), target1);\n\ttarget1 = MulAdd(nb, MF4x4(0.12182694, 0.063630685, 0.110018775, -0.03879438, 0.333222, -0.45207745, 0.3209222, 0.123050354, -0.40609705, 0.48236838, 0.14323111, -0.12578699, 0.0015041681, -0.019454073, 0.07013497, 0.093687624), target1);\n\ttarget1 = MulAdd(nc, MF4x4(0.07142873, -0.32094324, 0.3302099, -0.3693182, 0.15444939, -0.14791024, 0.07907135, -0.111387216, 0.045319714, -0.12518585, 0.13145387, 0.09406553, 0.038564056, -0.3085204, 0.39396307, 0.12083835), target1);\n\ttarget1 = MulAdd(nd, MF4x4(0.16042647, -0.16409212, 0.105187505, 0.14153793, 0.269689, -0.14337258, 0.0915773, -0.26669213, -0.059172913, 0.1121628, -0.06627627, -0.29320538, -0.038348313, 0.060661227, -0.09798249, -0.027975965), target1);\n\ttarget1 = MulAdd(ne, MF4x4(-0.4110324, -0.06847458, -0.22187959, -0.17196147, -0.2673298, 0.15388274, -0.20157869, 0.45323396, 0.419686, -0.15836199, -0.08358049, 0.2121381, -0.33858112, 0.06060976, -0.0400928, 0.047277283), target1);\n\ttarget1 = MulAdd(nf, MF4x4(0.040201366, 0.12845124, 0.6901938, -0.009195482, 0.014911491, -0.06885409, -0.08029354, 0.1280681, 0.13877457, 0.0048243836, -0.13357066, 0.02874182, -0.07086705, -0.08369575, 0.070227675, 0.1674778), target1);\n\ttarget1 = MulAdd(ng, MF4x4(-0.009859274, -0.06701725, 0.25491804, -0.035013054, 0.15333284, -0.055876795, -0.22912641, -0.30044466, 0.05092424, 0.15086575, -0.062285095, 0.05064704, 0.02725196, 0.0008295126, -0.24010411, -0.0076930025), target1);\n\ttarget1 = MulAdd(nh, MF4x4(-0.033275966, -0.25090593, 0.2981365, 0.12117296, -0.04844607, 0.12529893, 0.041575357, -0.10317985, 0.048691675, 0.13610789, -0.15120777, -0.21308705, -0.019387634, 0.20519307, -0.09056782, -0.04757386), target1);\n\ttarget1 = MulAdd(ni, MF4x4(-0.010075166, -0.08621876, -0.19569752, 0.1553574, -0.115346536, -0.009765705, -0.37459797, -0.017294222, -0.18065308, 0.052127127, 0.045157496, 0.11466202, 0.036598917, 0.1750653, -0.18558112, 0.13441156), target1);\n\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\n\tMF4 target2 = { -0.04242169, -0.0033301958, -0.016717333, -0.0006306486 };\n\ttarget2 = MulAdd(e, MF4x4(0.16594207, 0.47900248, 0.15186168, -0.38448718, -0.33396608, -0.12204449, -0.21397614, 0.22567725, 0.2399077, 0.16945037, 0.072409995, -0.015192162, -0.5004075, -0.10852234, 0.14456534, 0.36797065), target2);\n\ttarget2 = MulAdd(ne, MF4x4(-0.03527082, -0.13062008, 0.2529196, 0.16799021, 0.2743078, 0.22924475, 0.4391596, -0.34473032, -0.08008852, 0.14463465, -0.30243787, 0.0352092, 0.49160767, 0.18479864, -0.13473135, -0.40414095), target2);\n\ttarget2 = MulAdd(max(conv2d_5_tf, 0), MF4x4(0.14367065, 0.058683306, 0.091011606, 0.15336677, -0.119622074, 0.04199915, -0.19148684, -0.103310175, 0.116265774, -0.105254985, 0.6245667, -0.26108894, 0.18143174, -0.1839799, 0.048575178, -0.55331755), target2);\n\ttarget2 = MulAdd(max(-conv2d_5_tf, 0), MF4x4(0.35027766, 0.03997352, -0.023643266, -0.3330187, -0.10459313, -0.4023968, 0.07325048, -0.09424643, 0.06866858, 0.53465986, -0.44508684, 0.18428375, -0.23138772, 0.027757954, 0.17421234, 0.026670102), target2);\n\ttarget2 = MulAdd(max(conv2d_1_tf, 0), MF4x4(-0.4365351, 0.22217907, -0.6871689, 0.045348447, 0.15043557, -0.48645085, -0.29547492, 0.057184387, -0.03682008, 0.3751258, -0.3201267, -0.17569698, 0.3118066, -0.3671979, 0.41987854, -0.122571744), target2);\n\ttarget2 = MulAdd(max(-conv2d_1_tf, 0), MF4x4(0.44111615, -0.40698248, 0.0016049108, -0.25277275, -0.28967234, 0.016609022, 0.5386827, 0.069790244, -0.51845384, 0.024502689, -0.026591584, 0.17351557, 0.12391694, 0.08250939, -0.08813545, 0.43510008), target2);\n\ttarget2 = MulAdd(max(target1, 0), MF4x4(-0.15770161, -0.27004284, -0.56035084, 0.15914616, 0.22454856, 0.3096621, 0.45845222, -0.008859915, 0.10483775, 0.14181131, 0.026368458, -0.0063670245, 0.24472655, -0.038785648, -0.14339298, -0.10899222), target2);\n\ttarget2 = MulAdd(max(-target1, 0), MF4x4(-0.034405068, -0.2823658, 0.050728954, -0.08360402, -0.11867297, -0.20057304, -0.011291816, 0.08128843, 0.07198962, 0.41366118, -0.40760013, -0.05193347, -0.31802976, 0.11970909, 0.09838232, -0.08124989), target2);\n\n\ttex2[gxy] = target1;\n\ttex5[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x8, Conv-4x1x1x40\n//!IN tex5, tex2, tex3\n//!OUT tex4, tex6\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex5.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex5.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na = max(-a, 0);\n\tMF4 nb = max(-b, 0);\n\tMF4 nc = max(-c, 0);\n\tMF4 nd = max(-d, 0);\n\tMF4 ne = max(-e, 0);\n\tMF4 nf = max(-f, 0);\n\tMF4 ng = max(-g, 0);\n\tMF4 nh = max(-h, 0);\n\tMF4 ni = max(-i, 0);\n\n\ta = max(a, 0);\n\tb = max(b, 0);\n\tc = max(c, 0);\n\td = max(d, 0);\n\te = max(e, 0);\n\tf = max(f, 0);\n\tg = max(g, 0);\n\th = max(h, 0);\n\ti = max(i, 0);\n\n\tMF4 conv2d_8_tf = { 0.017177593, -0.03303642, 0.018293152, -0.0153594585 };\n\tconv2d_8_tf = MulAdd(a, MF4x4(-0.43036512, 0.052133385, 0.1917228, -0.0080327755, -0.13650647, 0.23129214, -0.03926996, -0.07268268, -0.039649602, -0.04959827, 0.04222682, 0.00578327, -0.6177682, -0.5984116, -0.055091057, -0.41249448), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(b, MF4x4(-0.41248822, 0.42497736, 0.3476831, 0.11943562, 0.071097784, 0.1390214, 0.05519766, -0.13476476, -0.36376685, 0.058813993, -0.05142066, 0.059006505, -0.17129485, 0.18402734, 0.412061, -0.38983205), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(c, MF4x4(-0.19183454, -0.11911039, 0.20892574, 0.1218832, -0.23423564, 0.10342528, 0.09782025, 0.027760351, -0.08676245, 0.07389133, 0.009934853, 0.015378812, 0.28361297, -0.23730409, -0.10037592, -0.24095006), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(d, MF4x4(0.035607535, -0.3156877, -0.013944192, 0.22095163, 0.20762561, -0.26094976, 0.049627785, -0.20424393, 0.07220507, 0.14855692, -0.04763761, 0.09102831, -0.6707187, 0.044909656, 0.73606086, 0.3112647), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(e, MF4x4(0.28717026, -0.027964758, 0.19860156, -0.18898363, -0.10064204, 0.05297523, 0.014720102, -0.10856063, -0.517343, -0.17088185, 0.21192405, 0.040609106, 0.07515164, -0.22581428, 0.54721195, 0.40544033), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(f, MF4x4(-0.021332845, -0.28534392, -0.053418603, -0.5890941, 0.3246433, 0.255651, 0.07088422, -0.10737213, -0.116894506, 0.13120323, 0.09616092, -0.0067616547, 0.085571416, 0.14623387, -0.26895332, -0.12028506), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(g, MF4x4(-0.052351072, -0.73936135, -0.07819111, -0.35983723, 0.13252614, -0.3479261, -0.07381629, 0.008948218, 0.0053645126, -0.039163757, -0.061387096, 0.0041966103, -0.22976315, -0.10269704, 0.5676015, -0.2502383), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(h, MF4x4(0.09443165, 0.13924311, 0.15899155, -0.029454758, 0.002642519, 0.4178081, -0.19227526, 0.25177202, -0.26731998, -0.14999937, -0.15141752, -0.16183105, -0.4617529, -0.43337283, 0.2787283, -0.72364557), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(i, MF4x4(0.18768649, -0.33622888, 0.10795176, -0.3965141, -0.1887279, 0.2281405, -0.45963305, -0.16073631, -0.015594818, 0.07035953, -0.16940016, -0.28909472, -0.017725285, -0.35240498, 0.30173686, 0.20117418), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(na, MF4x4(0.03129677, -0.04133618, -0.011259672, 0.03561297, 0.0852418, 0.04584553, 0.19103919, 0.09809102, -0.14594959, -0.4438363, 0.16297287, -0.20317835, 0.115456745, -0.06761671, 0.15409957, 0.04450018), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nb, MF4x4(0.039826628, -0.45614466, 0.0642495, 0.05919764, -0.44811794, 0.30939403, -0.09915154, 0.1356114, 0.24242148, -0.5744648, 0.051002555, 0.2401494, -0.24656531, -0.025525048, 0.0022000005, 0.16019441), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nc, MF4x4(-0.30609047, -0.44622147, -0.1323853, 0.27586594, 0.28131932, -0.1788347, -0.13601942, -0.056978267, 0.1390773, 0.023616405, 0.23695482, 0.014369665, 0.1065836, 0.2862605, 0.12936947, -0.08392774), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nd, MF4x4(-0.21285766, -0.19791842, -0.08064578, -0.15698087, -0.6196114, -0.30824217, -0.048959345, 0.30395007, -0.41899, -0.3358852, -0.097170554, 0.28982377, 0.087944746, 0.15887393, 0.12179637, -0.33221152), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ne, MF4x4(-0.13241346, 0.035703655, -0.4474765, 0.110112734, -0.27055773, 0.41301596, -0.6500781, -0.15217184, -0.2048386, 0.011350564, -0.45242086, 0.4019483, -0.13381444, -0.34816414, -0.5594909, 0.06767518), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nf, MF4x4(-0.16038893, 0.035530727, -0.029575568, 0.4231352, 0.024787677, 0.63239074, -0.039876997, -0.025136393, -0.51243687, 0.05607693, -0.26631242, 0.089419514, -0.051774174, 0.08727033, -0.055868924, -0.0934304), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ng, MF4x4(0.08607903, 0.10347359, -0.08568057, -0.04361689, -0.09244961, 0.032459106, 0.07126668, 0.40926656, -0.17473985, -0.2854381, -0.07475363, -0.16183083, 0.22286943, 0.068349905, -0.07890174, -0.18732166), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nh, MF4x4(0.17825048, -0.31030193, -0.21215369, 0.015413245, -0.0980228, -0.3963089, -0.09465454, -0.39197174, 0.22134416, -0.10105557, 0.3249675, -0.027290137, -0.10875647, -0.2393993, -0.015305307, 0.21288091), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ni, MF4x4(0.26367134, -0.11709682, 0.10634492, -0.13768406, 0.5535611, 0.6967819, -0.31092402, -0.5262172, 0.14721805, -0.05149995, 0.22435789, -0.21493623, 0.27388602, -0.14029293, -0.1060113, 0.083680965), conv2d_8_tf);\n\n\tMF4 target1 = { 0.034884464, 0.055267137, 0.03452981, 0.012002485 };\n\ttarget1 = MulAdd(a, MF4x4(0.43671334, -0.16534646, -0.13688485, -0.008512402, -0.10336664, -0.08822921, -0.116312236, -0.038849946, -0.035221335, 0.019403309, 0.060067646, -0.025432155, 0.090118125, -0.117073216, 0.16502255, 0.034231257), target1);\n\ttarget1 = MulAdd(b, MF4x4(0.17112842, -0.023511292, -0.2592198, -0.07303919, 0.048081987, -0.054403186, -0.060226068, -0.2663483, 0.16908844, -0.11529753, -0.036192283, 0.05631556, -0.12996213, 0.32429552, -0.17090482, 0.37093237), target1);\n\ttarget1 = MulAdd(c, MF4x4(-0.0398796, -0.21753207, -0.014232783, 0.04652695, 0.06361906, 0.11714849, -0.116917215, -0.0088206185, -0.15661797, 0.11036933, 0.043800946, 0.0088503305, 0.15252474, -0.21677117, -0.26665527, 0.11332868), target1);\n\ttarget1 = MulAdd(d, MF4x4(0.14935064, 0.03734691, 0.08192101, -0.28615516, 0.19225292, 0.09485945, -0.018961852, -0.04503368, -0.14962928, 0.14281853, 0.015293623, -0.0051231394, 0.31510183, 0.28869596, 0.1890055, -0.07833456), target1);\n\ttarget1 = MulAdd(e, MF4x4(0.2734724, 0.37409434, -0.2611236, 0.06528365, -0.1886752, 0.045421556, 0.25771844, 0.14760634, -0.02859129, -0.071093805, -0.1635561, 0.06800318, 0.44370538, 0.43510497, 0.15145455, -0.029246451), target1);\n\ttarget1 = MulAdd(f, MF4x4(0.17102292, 0.33519942, 0.2755555, -0.24724208, 0.042192735, -0.6907692, -0.10582406, 0.2008313, 0.04859614, -0.24115612, 0.015256011, -0.029317714, -0.057466604, -0.1004556, 0.24814546, -0.22135083), target1);\n\ttarget1 = MulAdd(g, MF4x4(0.20959556, 0.113371, -0.021680012, -0.054057337, -0.017139604, -0.082443535, -0.03216185, 0.13644056, -0.105473205, -0.033690784, 0.030838218, 0.013347346, 0.49752173, -0.14028637, -0.23801191, 0.059374087), target1);\n\ttarget1 = MulAdd(h, MF4x4(0.054281052, 0.04908332, 0.065993994, -0.09818599, 0.17124225, -0.22669722, -0.090717405, 0.20086871, 0.05861675, 0.09584638, 0.18013628, 0.026234226, 0.32684898, 0.28582916, -0.03517119, -0.21534745), target1);\n\ttarget1 = MulAdd(i, MF4x4(0.2143339, -0.009243758, -0.043321237, -0.18695052, 0.0707111, -0.052678097, 0.04782485, 0.06970353, -0.029827276, 0.10827879, 0.049044352, -0.09452859, -0.08516196, 0.11786405, -0.18170272, -0.117841594), target1);\n\ttarget1 = MulAdd(na, MF4x4(-0.23180094, 0.079831, -0.17606014, -0.06691572, 0.13079396, -0.054930445, 0.025274629, 0.059386294, 0.18818773, 0.071563244, -0.19136675, 0.031156426, 0.12569802, 0.057418842, -0.022066243, 0.09572557), target1);\n\ttarget1 = MulAdd(nb, MF4x4(0.13405065, -0.038109858, 0.19447789, -0.121862344, -0.5014013, 0.030394621, -0.11468341, 0.24658446, -0.2861801, 0.11453208, 0.17080295, 0.32403797, 0.01776269, 0.21879151, -0.1487332, -0.13659461), target1);\n\ttarget1 = MulAdd(nc, MF4x4(-0.16852567, 0.37488598, 0.103131816, 0.15805401, -0.5529941, -0.0106922565, 0.14309406, 0.018851891, 0.18253598, -0.18453355, -0.14344332, 0.14581451, 0.00017439971, -0.22823274, -0.02480218, -0.28830686), target1);\n\ttarget1 = MulAdd(nd, MF4x4(-0.036933262, -0.105577976, 0.02778643, 0.21757011, -0.0051288083, 0.036500473, 0.12934865, -0.18750058, 0.05384686, -0.14823805, 0.12996665, -0.0717687, 0.15035072, 0.00028661545, -0.4272515, 0.102082215), target1);\n\ttarget1 = MulAdd(ne, MF4x4(0.3707243, -0.34236187, -0.037726954, 0.19196671, 0.101593964, 0.3211922, -0.30584693, -0.09473774, -0.012873282, -0.26314828, -0.3015266, -0.05155332, -0.23810461, -0.17289765, 0.16493215, 0.07951415), target1);\n\ttarget1 = MulAdd(nf, MF4x4(-0.054548983, 0.20742553, -0.17368966, -0.11417929, -0.14998713, 0.14250377, 0.08688373, -0.39742398, -0.29795423, 0.3917638, -0.24611169, -0.007993072, -0.052766692, -0.05993209, -0.017495412, 0.2881331), target1);\n\ttarget1 = MulAdd(ng, MF4x4(-0.05283335, 0.081839375, 0.013510656, -0.097930856, -0.09817993, -0.10169309, -0.024573473, -0.061191153, 0.14742163, 0.12549889, 0.21033141, -0.11116201, -0.046900082, 0.052657153, -0.10784069, 0.0005640972), target1);\n\ttarget1 = MulAdd(nh, MF4x4(0.036850937, -0.004740191, -0.105057694, 0.16894996, -0.39845806, -0.11454543, 0.044997875, 0.10780206, -0.15164936, -0.030377366, -0.015979659, -0.16242398, -0.045865484, 0.04037505, -0.03663904, 0.24529697), target1);\n\ttarget1 = MulAdd(ni, MF4x4(0.0041185757, 0.0843081, 0.07231875, 0.100667596, -0.31684703, -0.2574812, -0.03461963, 0.11267055, -0.22542828, -0.104221806, -0.095156625, -0.08219916, 0.18497708, -0.08431334, -0.074380755, 0.07518058), target1);\n\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_4_tf = tex2.SampleLevel(sam, pos, 0);\n\n\tMF4 target2 = { -0.048349448, -0.027946962, -0.014499015, -0.017825816 };\n\ttarget2 = MulAdd(e, MF4x4(0.09644354, -0.12061228, -0.15139145, 0.010084075, 0.19283041, -0.15289722, 0.0028078665, 0.15971705, -0.03884288, -0.06906346, -0.04772131, 0.32280502, -0.42069855, 0.21643022, -0.8389786, -0.50325495), target2);\n\ttarget2 = MulAdd(ne, MF4x4(0.18034904, 0.037142154, 0.41413367, 0.08413125, -0.14397736, -0.4820656, 0.32794252, 0.2589487, 0.46948192, 0.26964813, -0.07420985, -0.16767345, 0.086358115, -0.10306444, 0.36070088, 0.1681583), target2);\n\ttarget2 = MulAdd(max(conv2d_8_tf, 0), MF4x4(0.35362276, 0.012461055, -0.77784586, 0.09078976, 0.19976044, 0.17758635, -0.37238386, -0.03503108, 0.13998942, -0.37809366, 0.016560063, 0.3934089, -0.25227416, -0.123653956, -0.05106222, 0.005900442), target2);\n\ttarget2 = MulAdd(max(-conv2d_8_tf, 0), MF4x4(0.057956465, -0.049570814, 0.0606723, -0.20321843, -0.26415482, -0.27723017, 0.116116256, 0.091267794, -0.14814565, 0.25946814, 0.17341542, 0.14638402, 0.2880723, 0.10809813, 0.025261842, -0.34984475), target2);\n\ttarget2 = MulAdd(max(conv2d_1_tf, 0), MF4x4(0.05510083, 0.17530598, -0.20630372, -0.027601322, 0.017287979, 0.1857018, -0.41756013, -0.14747128, 0.36301833, 0.13361412, 0.021245379, 0.08700895, -0.15968269, -0.32113054, 0.019964505, -0.15953153), target2);\n\ttarget2 = MulAdd(max(-conv2d_1_tf, 0), MF4x4(-0.12913038, -0.21853726, -0.14845535, -0.2878481, 0.060428645, -0.12468173, -0.0068141054, 0.044517014, -0.3603185, -0.21329117, -0.029232644, 0.033500195, 0.4367195, -0.048263986, 0.36913735, -0.015526651), target2);\n\ttarget2 = MulAdd(max(conv2d_4_tf, 0), MF4x4(0.15424874, 0.09803074, -0.4081566, -0.24807191, -0.21617292, -0.26116055, -0.19488858, 0.13665622, -0.23223704, 0.13516016, -0.19990326, -0.09589857, 0.2877168, -0.18335378, -0.12726076, -0.01706245), target2);\n\ttarget2 = MulAdd(max(-conv2d_4_tf, 0), MF4x4(0.17850566, 0.11283147, 0.0941847, 0.07064274, 0.23485339, 0.053585358, 0.038221374, -0.052291602, -0.085393615, -0.43200582, -0.3899717, -3.6526293e-05, -0.1805902, 0.15160961, -0.25388122, -0.10506431), target2);\n\ttarget2 = MulAdd(max(target1, 0), MF4x4(0.10518986, 0.4441116, -0.16333202, -0.15620118, -0.025791602, -0.2971725, 0.27621722, 0.15761738, 0.008179799, 0.4354704, 0.8792617, 0.98227674, 0.27862114, -0.28962052, 0.08527341, 0.06820025), target2);\n\ttarget2 = MulAdd(max(-target1, 0), MF4x4(-0.002976883, -0.220515, -0.2764896, 0.03840775, 0.09852327, 0.09890841, 0.6333531, 0.05949176, -0.12757486, 0.12711844, -0.103355624, -0.2612116, -0.92972547, 0.20546664, 0.43557793, 0.14573197), target2);\n\n\ttex4[gxy] = target1;\n\ttex6[gxy] = target2;\n}\n\n\n//!PASS 5\n//!DESC Conv-4x3x3x8, Conv-4x1x1x48\n//!IN tex6, tex3, tex2, tex4\n//!OUT tex1, tex5, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex6.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex6.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na = max(-a, 0);\n\tMF4 nb = max(-b, 0);\n\tMF4 nc = max(-c, 0);\n\tMF4 nd = max(-d, 0);\n\tMF4 ne = max(-e, 0);\n\tMF4 nf = max(-f, 0);\n\tMF4 ng = max(-g, 0);\n\tMF4 nh = max(-h, 0);\n\tMF4 ni = max(-i, 0);\n\n\ta = max(a, 0);\n\tb = max(b, 0);\n\tc = max(c, 0);\n\td = max(d, 0);\n\te = max(e, 0);\n\tf = max(f, 0);\n\tg = max(g, 0);\n\th = max(h, 0);\n\ti = max(i, 0);\n\n\tMF4 target1 = { -0.10319947, 0.010868113, 0.0143356435, -0.007343647 };\n\ttarget1 = MulAdd(a, MF4x4(0.099030726, -0.06836123, 0.08793171, -0.08440806, 0.1367897, -0.18130925, -0.061028607, -0.0036578078, -0.2664728, 0.11683366, -0.106817886, 0.054352235, -0.037010342, -0.04099114, -0.024939198, 0.17543977), target1);\n\ttarget1 = MulAdd(b, MF4x4(-0.005120602, 0.033574037, 0.15293613, 0.14662915, 0.16131143, 0.14048538, -0.07979977, -0.09974233, 0.12065904, -0.027316207, 0.05308134, -0.39921048, -0.11916608, 0.05068417, -0.064156584, 0.0906338), target1);\n\ttarget1 = MulAdd(c, MF4x4(0.19719984, 0.031454016, 0.057130553, -0.08133089, -0.48387995, -0.20429122, -0.2968695, 0.17029694, 0.2686546, -0.32400158, 0.23564363, -0.12357238, -0.039444853, -0.25260264, -0.045210194, 0.009996893), target1);\n\ttarget1 = MulAdd(d, MF4x4(0.24888185, -0.16971394, 0.23991539, -0.20469886, -0.05449719, -0.22697294, -0.19475369, -0.14052935, 0.15595771, 0.09519395, -0.18674417, -0.19258659, -0.18656066, -0.07679601, 0.04305061, -0.052698307), target1);\n\ttarget1 = MulAdd(e, MF4x4(0.26016366, 0.37886587, 0.29538265, 0.13591415, 0.08657945, 0.2248858, 0.13191143, -0.27878642, 0.38287383, -0.24528888, 0.16275367, -0.4445379, -0.15009366, 0.21030647, 0.04707718, -0.36865705), target1);\n\ttarget1 = MulAdd(f, MF4x4(0.00060599507, -0.063061595, 0.09708327, 0.18096425, -0.18803552, -0.15204777, -0.21307996, 0.25915486, 0.180343, 0.15965502, 0.4193544, 0.11587751, -0.01724538, -0.0003311443, 0.118263096, 0.3388005), target1);\n\ttarget1 = MulAdd(g, MF4x4(-0.11013732, -0.24454343, 0.11523979, 0.16267157, 0.037852544, -0.018723588, -0.044225607, 0.010824283, -0.09449054, -0.43009904, 0.17163227, 0.058022983, 0.3704038, -0.124312826, -0.04090871, -0.41738933), target1);\n\ttarget1 = MulAdd(h, MF4x4(-0.08466185, -0.032986447, -0.12251885, -0.061746452, -0.28120902, -0.03351265, -0.07977477, 0.035497896, -0.40911916, -0.265343, 0.18400514, 0.18039864, 0.2885377, 0.17138512, -0.2672905, -0.17658347), target1);\n\ttarget1 = MulAdd(i, MF4x4(0.14892288, 0.054083705, 0.074718416, 0.011234817, -0.1644216, 0.10958687, 0.016626561, 0.13260235, 0.15622494, 0.028492622, 0.16308293, 0.0817191, 0.004302441, -0.03425889, 0.019733155, 0.20729025), target1);\n\ttarget1 = MulAdd(na, MF4x4(-0.10912273, 0.18627015, -0.12923245, -0.007432667, -0.15062776, 0.1132029, -0.039932206, -0.048926212, -0.19350322, -0.052288085, -0.062460408, 0.06341913, -0.22352171, 0.12735958, -0.030772611, 0.10314876), target1);\n\ttarget1 = MulAdd(nb, MF4x4(0.055571638, -0.29345444, -0.05150461, 0.038981512, -0.20368473, -0.1620652, 0.2212063, 0.16812243, -0.25869122, -0.055914585, 0.1699279, 0.09515419, -0.051229157, 0.029384349, 0.2958992, 0.33411613), target1);\n\ttarget1 = MulAdd(nc, MF4x4(-0.16893966, -0.11777383, -0.1890183, 0.3100362, 0.32964075, 0.1503138, 0.23687156, -0.1966872, -0.34989685, 0.018697567, -0.054476835, 0.2467992, 0.1404086, 0.042806204, 0.22713056, -0.07194008), target1);\n\ttarget1 = MulAdd(nd, MF4x4(0.1294499, 0.08734431, -0.27748963, -0.30450672, 0.347131, 0.10832939, 0.094416045, -0.021583052, -0.03705905, 0.13216147, 0.060019907, 0.17617045, -0.31731188, 0.055844136, -0.32436728, 0.09127553), target1);\n\ttarget1 = MulAdd(ne, MF4x4(-0.37301856, -0.59706587, 0.14188358, -0.11759082, -0.123990245, 0.17104799, -0.22897844, 0.044174567, 0.08194783, 0.5041956, 0.080176726, 0.30695775, 0.14737315, 0.06887362, -0.14944588, 0.041438155), target1);\n\ttarget1 = MulAdd(nf, MF4x4(0.028311472, -0.12458831, 0.09180698, 0.21692544, 0.26750755, -0.095768556, 0.37605208, -0.09700436, -0.43799365, -0.2001086, -0.22588708, 0.21119161, 0.017415013, 0.15119827, -0.015756091, -0.097044095), target1);\n\ttarget1 = MulAdd(ng, MF4x4(0.07018085, 0.07628864, 0.03961951, 0.032012466, 0.09119677, -0.11489552, 0.086640276, -0.10799725, -0.09006475, 0.18994014, 0.015971951, 0.025477583, 0.034011904, -0.07448855, -0.090691224, -0.08970111), target1);\n\ttarget1 = MulAdd(nh, MF4x4(-0.036299143, 0.14122474, -0.1863209, 0.1802412, 0.25498003, 0.12084085, -0.15148233, -0.15718026, 0.00034174722, 0.13090368, -0.17938401, -0.064941354, -0.42650834, -0.24431564, 0.1735792, -0.08763975), target1);\n\ttarget1 = MulAdd(ni, MF4x4(-0.018800588, -0.09828807, 0.022626605, 0.19307971, 0.2295834, 0.021806285, 0.17869954, -0.089709155, 0.039047185, 0.1444108, -0.058205944, -0.0141449645, 0.10705844, 0.17592433, -0.017586943, 0.100735694), target1);\n\n\tMF4 target2 = { -0.0891901, 0.05071113, -0.026449949, -0.0051819966 };\n\ttarget2 = MulAdd(a, MF4x4(-0.034931988, -0.10314893, 0.050731838, 0.008667428, 0.093605734, 0.18763398, 0.1329972, 0.32109565, 0.018679736, 0.16050446, -0.21393016, -0.5850818, -0.03595686, -0.06816087, 0.058053996, 0.14945738), target2);\n\ttarget2 = MulAdd(b, MF4x4(0.13086358, 0.1037956, 0.024482725, 0.28596595, 0.03427747, 0.03360277, -0.08412939, -0.09863662, -0.14649919, 0.049508557, -0.040583454, -0.3193693, 0.09898459, -0.055807225, -0.13826977, -0.24508655), target2);\n\ttarget2 = MulAdd(c, MF4x4(0.022690594, -0.049172435, -0.043048073, 0.28297383, -0.12327597, 0.12841734, 0.19118458, -0.14444864, 0.25481266, -0.1530131, -0.32560238, 0.28813502, 0.07987849, -0.081693284, 0.023993304, 0.051493756), target2);\n\ttarget2 = MulAdd(d, MF4x4(-0.21383128, 0.10948106, 0.29768178, 0.5630563, -0.097254336, 0.3000293, 0.27545682, -0.10354583, 0.064267136, -0.0722382, 0.16716443, -0.29272497, 0.124174535, -0.09405645, -0.07759505, -0.63239044), target2);\n\ttarget2 = MulAdd(e, MF4x4(-0.049770556, -0.2611922, -0.11767422, -0.056895554, -0.10655438, 0.15822971, -0.15873717, -0.034663625, -0.22618848, -0.037567407, 0.8648974, 0.15630767, 0.24981938, 0.15488663, -0.01769864, -0.05102535), target2);\n\ttarget2 = MulAdd(f, MF4x4(0.021745246, -0.019828277, -0.2533036, 0.08191131, 0.21484213, 0.07265768, 0.13022637, 0.12640825, 0.3097948, 0.1656624, 0.29834095, 0.26926345, 0.1445516, -0.096134044, 0.23720652, 0.104119554), target2);\n\ttarget2 = MulAdd(g, MF4x4(-0.0026226363, -0.11969785, -0.07630252, 0.48163646, 0.020707106, 0.098053664, 0.15194124, -0.067455925, -0.0072260266, -0.063311785, -0.13165388, -0.2720021, 0.056918275, -0.46139827, 0.062053606, -0.2062505), target2);\n\ttarget2 = MulAdd(h, MF4x4(0.18370466, -0.21412961, -0.08481129, 0.012198226, -0.08129054, 0.5550795, 0.047955874, 0.2502166, -0.07373375, 0.28914857, -0.0046189106, -0.014052611, -0.1366542, -0.4555943, -0.053266894, 0.4447608), target2);\n\ttarget2 = MulAdd(i, MF4x4(-0.028673984, -0.05453405, -0.118545935, -0.069395766, 0.17180833, 0.17611517, 0.13780451, 0.28597325, -0.07254466, 0.05339366, 0.0095731495, 0.17107281, 0.08671597, -0.06200009, -0.06297748, 0.08674916), target2);\n\ttarget2 = MulAdd(na, MF4x4(-0.040299665, 0.095958404, 0.052906267, -0.48397818, -0.1331588, -0.0012678325, -0.042020816, -0.33833674, -0.012395556, 0.07671447, -0.15005252, -0.083733305, 0.12279073, 0.13883469, -0.10359484, -0.31333458), target2);\n\ttarget2 = MulAdd(nb, MF4x4(0.14495945, -0.12174993, -0.11281622, -0.018538697, -0.14329918, 0.12817283, -0.046540275, -0.1030246, -0.1832771, -0.30401602, -0.33390167, -0.052471336, 0.12632851, 0.23514742, 0.0011784412, -0.49560672), target2);\n\ttarget2 = MulAdd(nc, MF4x4(0.08295849, 0.044828687, 0.27639604, 0.039427668, 0.02818349, -0.06210292, -0.27352595, 0.19817229, -0.18440844, -0.06898423, 0.0017214341, -0.18130824, -0.0071537187, 0.03517007, -0.2113949, 0.025240164), target2);\n\ttarget2 = MulAdd(nd, MF4x4(-0.2006673, -0.041704424, 0.16268894, -0.25376207, 0.07905478, -0.17365594, 0.10044552, -0.20418073, 0.085226685, -0.16344517, -0.11064805, -0.2824042, 0.00095205643, 0.31177342, -0.3084233, -0.0908839), target2);\n\ttarget2 = MulAdd(ne, MF4x4(0.26129997, 0.3127755, 0.06982181, 0.23317924, -0.05344337, 0.008762884, 0.20765801, 0.13311344, -0.021598162, 0.0038430444, -0.40633947, 0.09444498, -0.097569115, 0.1161639, 0.051482536, -0.13007577), target2);\n\ttarget2 = MulAdd(nf, MF4x4(0.1168701, 0.10319956, -0.26231092, 0.13755418, -0.31545812, 0.21018027, -0.2570223, 0.11072984, 0.169098, -0.092338, 0.19418359, -0.24841106, 0.2179265, 0.26306525, -0.030364338, 0.011455713), target2);\n\ttarget2 = MulAdd(ng, MF4x4(0.013165953, -0.027480505, 0.019355817, -0.22797722, 0.10252238, -0.13104701, 0.043106645, -0.113860615, 0.077017605, 0.16079858, -0.13723075, 0.08403468, 0.07229952, -0.07288171, 0.153157, -0.30485252), target2);\n\ttarget2 = MulAdd(nh, MF4x4(-0.18590495, -0.02694476, 0.14553905, 0.135362, 0.033088487, -0.49798432, -0.11869643, 0.15896079, 0.09456545, -0.14991766, -0.15788183, -0.13954063, -0.1400199, 0.47176227, 0.1710854, 0.24664737), target2);\n\ttarget2 = MulAdd(ni, MF4x4(0.15082799, -0.1990422, -0.07347236, 0.106623515, -0.054368034, -0.10389193, -0.0711653, -0.022524087, -0.056636613, -0.07881972, 0.09727487, -0.16494693, 0.13156064, 0.176482, 0.11008391, 0.16038191), target2);\n\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_4_tf = tex2.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_7_tf = tex4.SampleLevel(sam, pos, 0);\n\n\tMF4 target3 = { 0.06043013, -0.057747327, -0.0260778, 0.034383494 };\n\ttarget3 = MulAdd(e, MF4x4(-0.2967133, -0.18581349, -0.03749059, 0.30880052, -0.11064016, -0.23309472, 0.05572459, 0.04502667, -0.12098995, 0.1875494, 0.17095889, 0.008563628, -0.16092524, 0.03845401, 0.1908294, 0.10556762), target3);\n\ttarget3 = MulAdd(ne, MF4x4(0.23697758, 0.11629349, 0.19466121, -0.41413772, -0.20402254, 0.0062864223, -0.13700421, -0.10543815, -0.03498975, 0.02710536, -0.32383642, 0.12299909, -0.06849518, -0.005379719, 0.15714374, -0.15514039), target3);\n\ttarget3 = MulAdd(max(target1, 0), MF4x4(-0.17502604, -0.24644612, -0.13557185, -0.16728596, -0.024457034, -0.28457522, 0.13460088, -0.21639405, 0.057475664, 0.1473123, 0.19220911, -0.12668033, 0.67518485, -0.36505973, -0.16904399, -0.010216019), target3);\n\ttarget3 = MulAdd(max(-target1, 0), MF4x4(-0.15164074, 0.2532923, -0.13278177, -0.11557631, -0.23019886, 0.115244605, 0.010407434, 0.044481948, -0.36745974, 0.6252675, -0.7489445, 0.31991, 0.04725299, 0.32507753, 0.3035176, -0.18355042), target3);\n\ttarget3 = MulAdd(max(conv2d_1_tf, 0), MF4x4(0.11328097, -0.09094802, -0.03745151, 0.12965176, 0.0051720524, 0.028558291, -0.047848992, 0.23055501, 0.18047509, -0.07151716, 0.05670166, -0.008592144, -0.092078224, -0.013172229, -0.017855234, -0.07338865), target3);\n\ttarget3 = MulAdd(max(-conv2d_1_tf, 0), MF4x4(0.123723745, -0.06312486, 0.0427355, -0.11981472, 0.028110307, 0.2275076, -0.019800344, -0.10352946, -0.23628815, 0.24896589, -0.07624697, -0.21491022, -0.13148311, 0.27282125, -0.053250857, -0.15992334), target3);\n\ttarget3 = MulAdd(max(conv2d_4_tf, 0), MF4x4(-0.23408101, 0.20139061, 0.0035646914, 0.16009186, -0.1912387, -0.0066828816, -0.13681525, -0.22325766, -0.056139376, -0.0638933, 0.0681208, 0.041838214, -0.016192758, 0.19360517, -0.21080317, 0.113634475), target3);\n\ttarget3 = MulAdd(max(-conv2d_4_tf, 0), MF4x4(0.1369719, 0.18950021, 0.019468868, -0.08180063, -0.31615034, 0.028354429, -0.1489749, -0.096815735, 0.22448029, 0.16501611, -0.11709639, -0.047612794, 0.10514418, -0.07882259, 0.2664075, 0.19011621), target3);\n\ttarget3 = MulAdd(max(conv2d_7_tf, 0), MF4x4(0.13804765, 0.01748137, 0.18502045, 0.058146507, -0.5661739, 0.14128609, -0.25875592, -0.6150388, -0.031642724, 0.3204696, -0.021026978, -0.3983191, 0.08609409, 0.0042772954, -0.3754959, -0.19454613), target3);\n\ttarget3 = MulAdd(max(-conv2d_7_tf, 0), MF4x4(0.09550674, 0.26413566, -0.15292425, -0.13285659, 0.14078279, 0.08191184, 0.066060774, -0.02605145, -0.08946464, 0.11715431, 0.05521046, -0.03218011, -0.31606913, -0.011917866, 0.11926112, 0.145299), target3);\n\ttarget3 = MulAdd(max(target2, 0), MF4x4(0.71071726, -0.8614542, -0.050295915, 0.41341305, -0.38318273, 0.1269644, 0.46467987, -0.15950991, -0.75483114, 0.6358254, -0.19257315, -0.5991311, 0.10807353, 0.083646335, 0.032484207, -0.20280145), target3);\n\ttarget3 = MulAdd(max(-target2, 0), MF4x4(-0.21395132, 0.37320906, 0.30284703, 0.054482624, 0.10859697, 0.21301107, -0.09715497, -0.047609363, 0.40013343, -0.22015318, 0.09944949, 0.4283713, 0.1767619, 0.15653327, -0.01787549, 0.22862214), target3);\n\n\ttex1[gxy] = target1;\n\ttex5[gxy] = target2;\n\ttex7[gxy] = target3;\n}\n\n\n//!PASS 6\n//!DESC Conv-4x3x3x8, Conv-4x1x1x56\n//!IN tex7, tex1, tex3, tex2, tex4, tex5\n//!OUT tex6, tex8\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex7.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex7.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c = tex7.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex7.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e = tex7.SampleLevel(sam, pos, 0);\n\tMF4 f = tex7.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g = tex7.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex7.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i = tex7.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na = max(-a, 0);\n\tMF4 nb = max(-b, 0);\n\tMF4 nc = max(-c, 0);\n\tMF4 nd = max(-d, 0);\n\tMF4 ne = max(-e, 0);\n\tMF4 nf = max(-f, 0);\n\tMF4 ng = max(-g, 0);\n\tMF4 nh = max(-h, 0);\n\tMF4 ni = max(-i, 0);\n\n\ta = max(a, 0);\n\tb = max(b, 0);\n\tc = max(c, 0);\n\td = max(d, 0);\n\te = max(e, 0);\n\tf = max(f, 0);\n\tg = max(g, 0);\n\th = max(h, 0);\n\ti = max(i, 0);\n\n\tMF4 conv2d_13_tf = { -0.03207076, 0.045260444, 0.040100798, -0.014172305 };\n\tconv2d_13_tf = MulAdd(a, MF4x4(0.122954965, 0.18889557, -0.050585095, -0.09285047, 0.041825704, -0.10147826, -0.0524878, 0.042394586, 0.26654795, -0.052367304, 0.32582784, 0.23248254, -0.18429202, -0.036516707, 0.034441825, 0.13747402), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(b, MF4x4(0.39325443, 0.12691088, -0.14018032, 0.2601387, -0.0128762275, 0.09533191, -0.15545139, -0.064879976, 0.4752176, -0.46358192, -0.048625924, 0.07356933, -0.030162415, -0.09837143, -0.34081137, 0.09620003), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(c, MF4x4(0.11647179, 0.020975508, -0.06064534, -0.1789612, 0.057696175, 0.11116113, -0.015037568, -0.024370348, -0.03656938, -0.2899815, -0.10285936, 0.055147626, 0.19246738, 0.30268162, -0.4149779, -0.0402745), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(d, MF4x4(-0.009147066, -0.17453548, 0.23320405, -0.009745345, 0.080975994, 0.07396582, -0.13413322, 0.17224005, -0.19477916, 0.16737588, 0.5310824, -0.48741058, 0.3713329, -0.061815146, -0.19980642, 0.25318542), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(e, MF4x4(0.34857947, 0.09298978, 0.20253287, 1.0750674, 0.074417695, 0.15859176, 0.17113946, 0.3587233, -0.3720992, 0.5499863, -0.3334931, -0.7303378, 0.28977355, -0.40827954, -0.15625797, 0.44504634), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(f, MF4x4(0.00963027, -0.103650935, -0.15111534, -0.054710496, 0.068436116, -0.04733752, -0.014022155, -0.06435892, 0.46522453, 0.06746723, -0.13256127, -0.354952, 0.036626723, -0.2881872, -0.20110025, 0.18387023), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(g, MF4x4(-0.042692482, -0.08184722, 0.29142103, 0.10918554, 0.022569105, -0.03967552, -0.029662814, 0.16549924, -0.06727612, 0.49291298, 0.12881728, -0.02918886, -0.01579875, -0.12708642, -0.21163678, -0.24313599), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(h, MF4x4(-0.044082023, -0.047357306, -0.044077095, 0.20591871, -0.015887344, 0.05115381, -0.19811073, -0.035676513, 0.019275555, 0.4578326, 0.5141636, 0.0702626, 0.13119744, -0.17745942, -0.1892288, -0.062224492), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(i, MF4x4(0.06651709, -0.016656881, -0.0052546742, 0.014599082, -0.032204926, 0.09341175, -0.010483702, -0.04786155, 0.23358113, 0.13316281, 0.21748747, 0.04741849, -0.11040673, 0.06230487, 0.16795471, -0.104242735), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(na, MF4x4(-0.06844235, -0.01974277, 0.03758873, 0.0437811, -0.057502225, -0.076013766, 0.05226354, 0.16626364, -0.15094693, -0.06513261, -0.07178063, -0.25390542, -0.046331745, 0.048600584, -0.09498597, -0.029823082), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nb, MF4x4(0.055906143, -0.09671702, -0.022703249, -0.074096285, -0.18490121, -0.14549334, 0.42093202, 0.087242134, -0.29526195, 0.31182536, 0.044069793, -0.17393354, -0.17096926, -0.15162584, 0.25237793, 0.047123164), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nc, MF4x4(-0.0007076463, 0.0037513115, -0.044519257, 0.05986656, -0.12090617, 0.17659539, -0.07153321, 0.043799683, -0.050228495, -0.04225425, 0.24785443, 0.19911547, -0.05966556, -0.19790268, 0.20703633, 0.0048266468), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nd, MF4x4(0.21739465, -0.046017647, -0.17681813, 0.21452186, 0.230653, -0.47062522, -0.23921433, 0.39329913, -0.036690675, 0.3303968, -0.47879925, -0.16289225, -0.1494594, 0.27207994, 0.1856394, -0.47609702), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ne, MF4x4(0.3214577, -0.023753606, 0.21297608, -0.7130707, 0.050221473, 0.9629573, 0.5004743, 0.10413513, 0.10723351, -0.07022509, 0.23218232, -0.5185978, -0.6921137, 0.0619471, 0.16877905, -0.60311705), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nf, MF4x4(0.0079998905, -0.066334635, 0.24110058, 0.06277327, -0.099571265, 0.28088686, 0.089555554, 0.049777288, -0.12143259, 0.19382764, 0.028673613, 0.14329565, -0.10053404, -0.07129261, -0.06196109, -0.54130787), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ng, MF4x4(0.0602462, -0.21520244, -0.17295553, 0.01296868, 0.09711833, 0.051904213, -0.20535164, -0.17658444, 0.27075645, 0.0784139, 0.13146368, -1.7129825e-05, -0.06117924, 0.24631894, -0.01026257, 0.0030612787), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nh, MF4x4(0.19062799, 0.122910775, 0.09640838, 0.06539721, 0.057701044, -0.20118104, -0.06261069, 0.107874714, 0.0973878, -0.20830666, -0.108459, -0.10059624, -0.08533175, -0.025608283, -0.07584223, -0.26741856), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ni, MF4x4(-0.1459836, -0.092159286, 0.05037609, 0.07709965, -0.18563168, -0.017586546, -0.16244653, -0.017426869, -0.20880185, -0.26068223, 0.037480514, 0.056800563, 0.14884543, 0.13592677, -0.1492276, 0.023280073), conv2d_13_tf);\n\n\tMF4 conv2d_11_tf = tex1.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_1_tf = tex3.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_4_tf = tex2.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_7_tf = tex4.SampleLevel(sam, pos, 0);\n\tMF4 conv2d_10_tf = tex5.SampleLevel(sam, pos, 0);\n\n\tMF4 n_conv2d_11_tf = max(-conv2d_11_tf, 0);\n\tMF4 n_conv2d_1_tf = max(-conv2d_1_tf, 0);\n\tMF4 n_conv2d_4_tf = max(-conv2d_4_tf, 0);\n\tMF4 n_conv2d_7_tf = max(-conv2d_7_tf, 0);\n\tMF4 n_conv2d_10_tf = max(-conv2d_10_tf, 0);\n\tMF4 n_conv2d_13_tf = max(-conv2d_13_tf, 0);\n\n\tconv2d_11_tf = max(conv2d_11_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\tconv2d_10_tf = max(conv2d_10_tf, 0);\n\tconv2d_13_tf = max(conv2d_13_tf, 0);\n\n\tMF4 target1 = { -0.022439916, 0.020257013, 0.041364692, 0.0141367195 };\n\ttarget1 = MulAdd(e, MF4x4(0.06499131, -0.18188648, -0.3129073, 0.46508536, 0.12730247, -0.0048228996, -0.29037076, -0.040671512, -0.37960687, -0.014975028, 0.051478356, -0.17510629, 0.24467152, -0.3726265, -0.05205153, 0.29063764), target1);\n\ttarget1 = MulAdd(ne, MF4x4(-0.036466975, -0.021365412, 0.19166216, 0.2391551, 0.38419026, 0.16602032, 0.06468244, 0.7733659, 0.004007756, 0.03079535, -0.0030497843, -0.2033753, -0.3095698, 0.40909737, 0.067926906, -0.16948561), target1);\n\ttarget1 = MulAdd(conv2d_11_tf, MF4x4(-0.07662823, 0.021806711, 0.05107831, 0.09089961, -0.051882017, -0.00308805, -0.08946813, -0.085923605, 0.13135786, -0.040860962, -0.12652986, -0.17011258, -0.23838595, 0.16027555, -0.27720237, 0.3512776), target1);\n\ttarget1 = MulAdd(n_conv2d_11_tf, MF4x4(0.054664467, -0.012412156, -0.11934643, -0.20614244, 0.005247195, -0.07548066, 0.1898925, -0.08086777, -0.27888495, 0.08055913, 0.2733805, 0.05444851, 0.22015096, -0.15712278, 0.070828624, -0.12955543), target1);\n\ttarget1 = MulAdd(conv2d_1_tf, MF4x4(-0.19064794, 0.10234088, -0.07635815, 0.15928909, 0.25309163, -0.0055202493, -0.04807871, 0.1251584, -0.19122045, 0.050241888, 0.020203145, 0.12914757, 0.20982412, -0.042472344, 0.12709813, -0.10014193), target1);\n\ttarget1 = MulAdd(n_conv2d_1_tf, MF4x4(-0.025030518, -0.077239156, 0.12003885, -0.07962912, -0.17808792, -0.027223784, 0.13286914, -0.026946044, 0.044607714, -0.045288526, 0.12821364, -0.19116278, 0.053770527, -0.05832497, -0.14832996, -0.08657012), target1);\n\ttarget1 = MulAdd(conv2d_4_tf, MF4x4(0.17286317, -0.029046731, -0.06853154, -0.080361344, -0.14082976, -0.076902896, 0.08296736, -0.17621617, 0.10048785, -0.01766402, -0.06414528, -0.012933831, 0.13066664, -0.05233094, 0.09176876, 0.0053013414), target1);\n\ttarget1 = MulAdd(n_conv2d_4_tf, MF4x4(0.09860572, 0.0578288, 0.05035504, 0.017596964, 0.055266783, -0.084020205, 0.1214565, -0.04180339, -0.16650584, 0.02645373, 0.08516016, 0.123672284, -0.11207144, 0.03805417, 0.017909998, 0.08631275), target1);\n\ttarget1 = MulAdd(conv2d_7_tf, MF4x4(0.08567236, 0.11860556, -0.2603184, 0.04399533, -0.13169551, -0.14144541, 0.11864987, -0.19813964, -0.14435594, 0.0943669, 0.318387, -0.039731313, -0.05394642, 0.018096905, 0.11445131, -0.07224858), target1);\n\ttarget1 = MulAdd(n_conv2d_7_tf, MF4x4(-0.066673055, -0.0079072425, 0.15320915, 0.1241549, -0.03786454, 0.02686796, 0.062339537, 0.0921351, 0.24909046, -0.13677734, -0.08606315, -0.1311618, -0.11268947, 0.017006561, -0.010060483, -0.016905207), target1);\n\ttarget1 = MulAdd(conv2d_10_tf, MF4x4(0.11682704, -0.06385352, 0.048959445, 0.2103904, -0.24271931, -0.114691064, 0.106675364, -0.16527846, 0.20034032, -0.19069487, 0.13964948, -0.2999216, -0.05324707, 0.03835898, 0.002079623, -0.042824514), target1);\n\ttarget1 = MulAdd(n_conv2d_10_tf, MF4x4(0.021089941, 0.058709584, -0.026687654, 0.061108842, 0.13278545, 0.0154480925, -0.1858288, 0.07775379, -0.013820952, 0.04138522, 0.040989578, 0.19044249, -0.05938495, 0.049729984, 0.022488212, 0.13883443), target1);\n\ttarget1 = MulAdd(conv2d_13_tf, MF4x4(-0.12241166, 0.24528268, -0.5302565, 0.045535725, -0.054705787, -0.038350295, -0.0833044, 0.18413262, -0.16520579, 0.087780885, -0.42400438, 0.30506396, -0.05254002, 0.0068022306, -0.6969388, 1.901328), target1);\n\ttarget1 = MulAdd(n_conv2d_13_tf, MF4x4(-0.12879479, -0.13513997, -0.068150125, 0.34132335, 0.08568371, 0.086309135, -0.10726202, 0.053040955, -0.007894386, 0.0694188, 0.13861355, -0.06504751, 0.1669743, -0.06529014, -0.048758753, -0.10337064), target1);\n\n\tMF4 target2 = { -0.032370187, 0.008661155, 0.020123083, 0.04574251 };\n\ttarget2 = MulAdd(e, MF4x4(0.10813235, 0.05466766, -0.20426773, 0.03014769, -0.23742639, -0.18808678, -0.08507936, 0.11070251, -0.24421449, -0.047370236, -0.034263644, -0.36471045, 0.022079159, -0.13425855, -0.43840396, 0.14318791), target2);\n\ttarget2 = MulAdd(ne, MF4x4(0.006743051, 0.07216438, 0.14125177, 0.06620228, 0.42031923, 0.2496421, -0.07731219, -0.013831615, 0.15525927, 0.090886295, 0.019504324, -0.048566148, -0.21346657, 0.022109412, 0.26717573, -0.11774596), target2);\n\ttarget2 = MulAdd(conv2d_11_tf, MF4x4(-0.28528357, -0.17186452, -0.20616518, 0.034786828, -0.10506841, -0.12335915, 0.07619831, -0.23998813, 0.19965814, 0.103892386, 0.04367025, -0.19183081, -0.16918147, -0.056264214, 0.20310691, 0.3341895), target2);\n\ttarget2 = MulAdd(n_conv2d_11_tf, MF4x4(0.20581162, 0.02040467, 0.35530564, -0.15494272, -0.010262163, 0.07301455, -0.074129246, 0.17339204, -0.00919498, -0.11473048, 0.042003002, -0.050515488, 0.24150477, 0.14734265, -0.102072336, -0.03404688), target2);\n\ttarget2 = MulAdd(conv2d_1_tf, MF4x4(-0.022791447, -0.005725081, 0.057149626, 0.013613261, 0.017012713, 0.0022030922, 0.06826359, -0.1473429, -0.055662345, 0.015804563, 0.07033723, 0.0380571, -0.030761583, -0.06867299, -0.0004780991, -0.10686876), target2);\n\ttarget2 = MulAdd(n_conv2d_1_tf, MF4x4(0.11448204, 0.08165584, 0.56496936, 0.2275344, 0.050801918, 0.115319155, 0.11518415, 0.05895198, 0.06831797, 0.08119943, 0.34825838, -0.048232127, 0.028284775, -0.03452888, 0.1979006, -0.041894354), target2);\n\ttarget2 = MulAdd(conv2d_4_tf, MF4x4(0.11946663, 0.03388757, -0.13882776, -0.14631757, -0.07182763, -0.08768853, 0.14146432, 0.10330784, -0.012143934, -0.022009725, -0.15579993, -0.050503176, -0.016312446, -0.054338187, -0.07755307, -0.07889432), target2);\n\ttarget2 = MulAdd(n_conv2d_4_tf, MF4x4(-0.02631465, 0.05617023, 0.13298586, 0.045326687, -0.11627329, -0.087329924, -0.05144727, -0.13488398, 0.06281482, 0.054220017, 0.25243595, 0.002556835, -0.03581036, 0.10341262, 0.10574532, 0.15461436), target2);\n\ttarget2 = MulAdd(conv2d_7_tf, MF4x4(0.07718563, 0.038919166, -0.06910819, -0.059710544, -0.09481636, -0.1109951, 0.5187051, 0.045543563, -0.048131686, 0.072409846, 0.4892963, -0.086976275, -0.07343929, -0.12501429, 0.26566443, 0.08579102), target2);\n\ttarget2 = MulAdd(n_conv2d_7_tf, MF4x4(0.005692247, 0.042074066, 0.13430944, 0.10093059, 0.023651319, 0.019474167, -0.13077211, -0.07782639, 0.072300054, 0.011820138, -0.1379879, -0.033925157, 0.012152839, 0.005247593, 0.15555158, -0.10433893), target2);\n\ttarget2 = MulAdd(conv2d_10_tf, MF4x4(-0.14903626, -0.0649052, 0.103872776, 0.18057188, 0.02891697, 0.13026263, 0.45847327, 0.09324349, -0.039312128, -0.05299939, 0.4332103, -0.25727344, 0.006733611, 0.05955007, 0.24531682, 0.053989712), target2);\n\ttarget2 = MulAdd(n_conv2d_10_tf, MF4x4(0.111072116, 0.11529407, -0.26600304, -0.032266896, 0.09633932, 0.0094333775, 0.060893714, -0.08118885, -0.03830528, 0.0037902966, -0.11128639, 0.13511918, 0.06553124, 0.054722965, 0.08178846, 0.06025588), target2);\n\ttarget2 = MulAdd(conv2d_13_tf, MF4x4(0.095904954, 0.0008960944, 0.35145932, 0.28108585, -0.011538731, -0.09239871, -0.21972048, -0.0820484, 0.112448506, -0.10381135, 0.09701949, 0.023723679, 0.04458077, 0.04700858, -0.056815177, 0.33785793), target2);\n\ttarget2 = MulAdd(n_conv2d_13_tf, MF4x4(0.08533725, 0.05978557, -0.40020186, -0.13684823, -0.0074113654, 0.1310689, 0.12906975, 0.11596462, 0.007170312, 0.13460107, 0.08450185, -0.019635776, 0.0966497, 0.021586724, -0.06784809, 0.12102399), target2);\n\n\ttex6[gxy] = target1;\n\ttex8[gxy] = target2;\n}\n\n\n//!PASS 7\n//!DESC Conv-3x3x3x16\n//!IN tex6, tex8, INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 outputPt = GetOutputPt();\n\tfloat2 pos = (gxy + 0.5f) * outputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex6.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b1 = tex6.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c1 = tex6.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d1 = tex6.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e1 = tex6.SampleLevel(sam1, pos, 0);\n\tMF4 f1 = tex6.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g1 = tex6.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h1 = tex6.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i1 = tex6.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex8.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b2 = tex8.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c2 = tex8.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d2 = tex8.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e2 = tex8.SampleLevel(sam1, pos, 0);\n\tMF4 f2 = tex8.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g2 = tex8.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h2 = tex8.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i2 = tex8.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF3 result = { 0.00016753975, -0.00019302216, -0.0001663917 };\n\tresult = MulAdd(a1, MF4x3(0.03277269, -0.005261106, 0.017171703, 0.07399743, 0.06816794, 0.09821277, -0.013628815, -0.09454006, -0.2801339, -0.020518344, -0.008617738, -0.010507532), result);\n\tresult = MulAdd(b1, MF4x3(-0.0728787, -0.05837346, -0.06754399, -0.14260155, -0.11570593, -0.156841, -0.0050546993, 0.22888114, 0.21504444, 9.040898e-05, -0.023274591, -0.013553191), result);\n\tresult = MulAdd(c1, MF4x3(0.051917054, 0.05906303, 0.06952429, 0.0525386, 0.088182524, 0.058972485, -0.089566976, -0.11995993, -0.060805317, -0.0016516607, 0.014582383, 0.0018667864), result);\n\tresult = MulAdd(d1, MF4x3(-0.010195044, -0.0016970673, -0.007473783, 0.0048292056, 0.00090277405, -0.018349117, 0.33494812, 0.21826924, 0.07975424, 0.0313906, 0.023605483, 0.019729096), result);\n\tresult = MulAdd(e1, MF4x3(-0.04102709, -0.057343815, -0.053828835, -0.20089269, -0.14614193, -0.16869506, -0.48148197, -0.112935685, 0.15368614, 0.013808743, 0.019406663, 0.016180169), result);\n\tresult = MulAdd(f1, MF4x3(-0.06643282, -0.06502517, -0.07856252, 0.018638078, -0.022319186, -0.0067943106, 0.036783714, -0.05270904, -0.0070206574, 0.016395729, -0.004902533, 0.008296518), result);\n\tresult = MulAdd(g1, MF4x3(0.12068605, 0.15490896, 0.16064006, 0.065336704, 0.053270113, 0.041463483, -0.070910245, -0.16710983, -0.100286275, -0.00765049, 0.002855491, 0.005510328), result);\n\tresult = MulAdd(h1, MF4x3(0.020581165, 0.009990014, 0.020439452, 0.053358912, 0.019578407, 0.07360501, -0.01833616, 0.024298528, 0.09730532, 0.007911377, -0.0008312725, 0.0012658008), result);\n\tresult = MulAdd(i1, MF4x3(-0.029880082, -0.048992317, -0.06480165, 0.057186406, 0.02767247, 0.02632289, 0.3017522, 0.107764654, -0.082682736, -0.018429814, -0.0037222179, -0.008986925), result);\n\tresult = MulAdd(a2, MF4x3(0.05568391, 0.07143306, 0.11425685, 0.09023551, 0.07943949, 0.09341015, -0.006964977, 0.005051686, -0.0066025057, 0.016425984, 0.016140617, 0.017426701), result);\n\tresult = MulAdd(b2, MF4x3(-0.05428328, -0.05257552, -0.055414293, 0.07355084, 0.02099847, 0.02532324, -0.0059588687, 0.0026828237, 0.012020099, -0.02094392, -0.008076426, -0.004007557), result);\n\tresult = MulAdd(c2, MF4x3(0.078949526, 0.060797416, 0.06175456, 0.038563624, 0.1133258, 0.097543724, 0.009481104, 0.010644464, 0.017376821, -0.025299812, -0.034176692, -0.024242869), result);\n\tresult = MulAdd(d2, MF4x3(0.097633384, 0.08206449, 0.07688493, -0.13658656, -0.07185774, -0.046447344, 0.023979248, 0.007561647, 0.013846933, -0.05918984, -0.061709706, -0.05624362), result);\n\tresult = MulAdd(e2, MF4x3(-0.06739334, -0.08787811, -0.11320143, -0.21294294, -0.20553987, -0.212303, 0.03569362, 0.005086715, -0.008558981, -0.029743299, -0.01592082, -0.023579126), result);\n\tresult = MulAdd(f2, MF4x3(-0.06479095, -0.07233743, -0.0707415, 0.042067222, 0.020530105, -0.013605897, -0.024686582, -0.019044759, -0.028663088, -0.02459999, -0.022106387, -0.037910707), result);\n\tresult = MulAdd(g2, MF4x3(0.00047730867, 0.0074251383, -0.019326044, -0.0079797115, -0.028213829, -0.04960014, -0.007960453, 0.006997611, 0.008396939, 0.06343004, 0.049828995, 0.03993323), result);\n\tresult = MulAdd(h2, MF4x3(0.041342042, 0.04802731, 0.05910926, -0.06663181, -0.017722478, -0.063366435, -0.0066454113, -0.007623568, -0.0052808253, 0.019400312, 0.023122162, 0.014149712), result);\n\tresult = MulAdd(i2, MF4x3(-0.02667231, 0.00326689, 0.028842116, 0.1206443, 0.059932612, 0.11402581, -0.019962605, -0.012744165, -0.0043374747, 0.0076787886, -0.0029834688, 0.016930124), result);\n\tresult = MulAdd(na1, MF4x3(-0.048204165, -0.040773313, -0.048701975, -0.10603768, -0.0444273, -0.05195404, 0.0075067757, -0.018593295, -0.021308444, -0.03957737, -0.009982081, 0.010517069), result);\n\tresult = MulAdd(nb1, MF4x3(0.04416329, 0.0061665634, 0.006213014, 0.08318984, 0.10827006, 0.066440694, 0.020778455, 0.039835304, 0.043959253, 0.21019539, 0.20858723, 0.17247656), result);\n\tresult = MulAdd(nc1, MF4x3(-0.023037061, -0.040597446, -0.03936031, 0.038322993, -0.006460271, 0.008364464, 0.0013878595, -0.017040763, -0.008046535, 0.04411088, 0.0034189504, -0.00865711), result);\n\tresult = MulAdd(nd1, MF4x3(-0.04620107, -0.010026264, -0.018166702, -0.13721117, -0.13748127, -0.15809298, -0.015785996, -0.005124028, -0.02296112, 0.14735141, 0.17641969, 0.18629177), result);\n\tresult = MulAdd(ne1, MF4x3(0.06815282, 0.12910986, 0.1348522, 0.3159465, 0.39939725, 0.35339746, -0.003487101, 0.01400649, 0.03802699, -0.61086726, -0.60257083, -0.57637924), result);\n\tresult = MulAdd(nf1, MF4x3(0.051779903, 0.040781803, 0.057703253, 0.08762279, 0.058650948, 0.14592434, -0.0027639035, 0.019435523, 0.007374421, 0.14841707, 0.15387256, 0.18617661), result);\n\tresult = MulAdd(ng1, MF4x3(0.0061518056, -0.036338966, -0.01811052, -0.0409911, -0.10952732, -0.06394289, -0.03781909, -0.036061246, -0.017401218, 0.036531474, -0.009453272, -0.0205337), result);\n\tresult = MulAdd(nh1, MF4x3(0.011860616, -0.01409049, -0.0038651319, -0.026641136, 0.052935697, 0.024065036, -0.00801134, -0.021182325, -0.03668359, 0.17521855, 0.1884243, 0.21842308), result);\n\tresult = MulAdd(ni1, MF4x3(-0.04098353, -0.010698699, -0.042900108, -0.3209868, -0.37843677, -0.40212557, 0.016307857, 0.010040624, 0.0025999267, -0.008670373, 0.0011820213, -0.021262378), result);\n\tresult = MulAdd(na2, MF4x3(0.109322615, 0.072824165, 0.111781776, 0.056546386, -0.00393398, 0.004904314, 0.18162459, 0.1963156, 0.18083604, -0.11325025, 0.03739349, -0.034167226), result);\n\tresult = MulAdd(nb2, MF4x3(-0.16535625, -0.19053574, -0.19740228, -0.09285224, -0.18288574, -0.16264571, -0.15362014, -0.11303279, 0.023057505, -0.019013347, 0.025035419, 0.046823245), result);\n\tresult = MulAdd(nc2, MF4x3(0.051271398, 0.06677435, 0.071102865, -0.24909541, -0.24379867, -0.26372898, -0.051355038, 0.16958164, 0.12556365, -0.078110464, -0.09428601, -0.12403035), result);\n\tresult = MulAdd(nd2, MF4x3(-0.20382409, -0.21728146, -0.25310788, 0.0863418, 0.16670556, 0.13722113, 0.09728048, -0.05204764, -0.13571848, 0.011384012, -0.12616627, -0.121069506), result);\n\tresult = MulAdd(ne2, MF4x3(0.048272748, 0.056282464, 0.053991128, 0.24383838, 0.30037045, 0.2993122, -0.10345337, -0.28334868, -0.36417452, 0.289455, 0.26967737, 0.30849114), result);\n\tresult = MulAdd(nf2, MF4x3(0.08048932, 0.10012804, 0.13864101, 0.028471693, -0.10722793, -0.110060275, -0.09971538, -0.011243501, 0.17263469, 0.0536668, 0.08396721, 0.058851402), result);\n\tresult = MulAdd(ng2, MF4x3(-0.02470257, -0.0099621, 0.0018576515, -0.07751234, -0.0431258, -0.03958112, 0.07120911, 0.05517916, 0.18740316, -0.043790314, -0.0959628, -0.070550814), result);\n\tresult = MulAdd(nh2, MF4x3(0.10409344, 0.08135716, 0.04320299, 0.09303134, 0.073921256, 0.07716563, 0.09312593, 0.03623192, 0.06660019, -0.12193945, -0.16342056, -0.15565647), result);\n\tresult = MulAdd(ni2, MF4x3(0.068098865, 0.07742245, 0.04117883, -0.07239023, -0.0048315763, -0.0029638975, -0.053049978, 0.121163346, 0.048760712, -0.033619802, -0.010043663, -0.012648383), result);\n\n\tOUTPUT[gxy] = MF4(result + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_GAN_x3_L.hlsl",
"content": "// Anime4K_Upscale_GAN_x3_L\n// 移植自 https://github.com/bloc97/Anime4K/blob/8e39551ce96ed172605c89b7dd8be855b5502cc9/glsl/Upscale/Anime4K_Upscale_GAN_x3_L.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n// 圆括号内的输入只被采样一次\n// INPUT -> tf, tf1, tf2\n// tf, tf1, tf2 -> 1_tf, 3_tf, 3_tf1, 3_tf2\n// 3_tf, 3_tf1, 3_tf2, (1_tf) -> 4_tf, 6_tf, 6_tf1, 6_tf2\n// 6_tf, 6_tf1, 6_tf2, (1_tf), (4_tf) -> 7_tf, 9_tf, 9_tf1, 9_tf2\n// 9_tf, 9_tf1, 9_tf2, (1_tf), (4_tf), (7_tf) -> 11_tf, 10_tf, 12_tf, 12_tf1, 12_tf2\n// 12_tf, 12_tf1, 12_tf2, 11_tf, (1_tf), (4_tf), (7_tf), (10_tf) -> 0ups, 0ups1, 0ups2\n// 0ups, 0ups1, 0ups2 -> 1ups, 1ups1\n// (INPUT), 1ups, 1ups1 -> OUTPUT\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 3\n//!HEIGHT INPUT_HEIGHT * 3\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex5;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex6;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex7;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex8;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex9;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex10;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex11;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 3\n//!HEIGHT INPUT_HEIGHT * 3\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv1ups;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 3\n//!HEIGHT INPUT_HEIGHT * 3\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv1ups1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2, tex3\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 result = MF4(0.034235504, 0.039522275, -0.032817896, -0.0031068379);\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.26345107, 0.18636681, 0.068192646, 0.06335259, -0.5026903, -0.39884016, -0.14562744, -0.24653248, -0.44533378, 0.52169526, -0.35453957, 0.25303423), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.22396083, 0.1324318, 0.47152156, -0.3061965, -0.06026671, -0.26795772, 0.0081171375, -0.32897332, -0.16401465, -0.1018444, 0.48241594, -0.09054633), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.25090155, -0.15917313, 0.028407926, -0.24014995, 0.4114972, -0.45535553, 0.08742311, 0.16796699, 0.0995656, -0.4009339, 0.21471445, 0.2708967), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(-0.16269766, 0.16389379, -0.12857921, -0.1602467, -0.16460834, 0.15754342, 0.46217716, 0.20442651, 0.0548621, -0.018400457, 0.38643107, -0.29171357), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.24035631, -0.33344224, -0.3904698, -0.4168555, -0.42237657, 0.36649242, 0.41396108, -0.38945103, -0.5806718, 0.035621256, 0.09171773, -0.54301006), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.15957133, -0.035278857, 0.1318051, 0.6896821, 0.18556473, 0.16378926, 0.32670698, 0.2675555, 0.08802092, 0.41140598, 0.05322177, 0.5030955), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.082798496, 0.24381381, -0.30908522, 0.04553323, 0.25664318, 0.4123797, -0.29377607, 0.15920162, 0.13717672, 0.027625162, 0.25476956, 0.21843456), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.14534818, -0.239681, 0.22961527, 0.3814783, 0.1233398, 0.2449555, 0.015051085, 0.1661234, -0.27740797, -0.29109767, -0.19438179, -0.027439274), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.0011904882, -0.01287622, -0.1573707, -0.13167281, -0.12803882, -0.079415865, -0.04034391, -0.09625339, 0.23190106, -0.26743674, -0.48981485, -0.2063946), result);\n\t\t\ttex1[destPos] = result;\n\t\t\t\n\t\t\tresult = MF4(0.014904483, -0.009271063, 0.04884906, 0.0106121525);\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.17155029, -0.084075995, 0.2281505, 0.38326037, 0.18672232, -0.2562305, 0.30811027, 0.30188802, -0.24588907, 0.088734694, 0.14092724, -0.18793459), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(-0.47514066, 0.51882815, 0.1561294, -0.043147214, -0.19554369, 0.19514531, -0.14636773, 0.11425865, -0.2772368, 0.5388449, 0.54875004, -0.4526634), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(0.11270131, 0.44642356, -0.066219814, 0.15781905, 0.056682296, 0.026522577, 0.05600635, -0.13799536, 0.15637676, -0.15661198, 0.53794587, 0.09693692), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(-0.23679815, 0.16397353, 0.37343305, 0.07477207, -0.36061585, 0.24027273, 0.3222875, 0.05577238, -0.17547923, 0.11737104, 0.10193468, -0.056727592), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(0.2335428, -0.5571976, 0.13586389, -0.3443148, 0.4537042, -0.59349614, -0.24114902, 0.08669349, 0.2881981, -0.29106617, -0.47775048, 0.22723311), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.006350133, -0.28196353, 0.22710627, 0.30080464, -0.3500525, 0.09254133, -0.48047104, -0.30452347, -0.077637784, -0.11856046, 0.07377078, 0.44280833), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(0.2200762, 0.3665277, 0.043291833, 0.21484855, 0.15553318, -0.035003938, 0.14891839, -0.29007155, 0.23154758, -0.2348225, 0.48130423, 0.00733271), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.28228128, 0.054867495, 0.08010268, -0.2980908, 0.15146615, -0.058449056, -0.43990552, -0.5963296, 0.09321943, 0.20146254, -0.08043876, 0.017381484), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.076894, 0.16354772, 0.25471574, 0.24382424, -0.15274979, -0.19706573, -0.30667382, 0.523845, 0.023073493, 0.34462887, -0.3384359, 0.18867111), result);\n\t\t\ttex2[destPos] = result;\n\t\t\t\n\t\t\tresult = MF4(-0.017981518, -0.012223751, -0.0033700857, 0.013441364);\n\t\t\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.34360278, -0.28731042, -0.017787619, 0.36802426, 0.33655256, -0.24784079, 0.29148427, 0.28857, -0.3111454, 0.0030706236, -0.25914, 0.5528963), result);\n\t\t\tresult = MulAdd(src[i - 1][j], MF3x4(0.12459981, -0.17094392, -0.18776429, 0.37819883, 0.1320519, 0.21927781, -0.16188109, 0.050895408, -0.06871313, 0.16754176, 0.29934305, 0.052247107), result);\n\t\t\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.016753385, -0.0935026, -0.3025131, 0.029084548, -0.17713268, 0.23525053, 0.015773006, 0.5464473, 0.49457568, 0.03073306, 0.18685353, 0.28700578), result);\n\t\t\tresult = MulAdd(src[i][j - 1], MF3x4(0.135332, 0.07585244, 0.05262212, -0.15484884, -0.13468477, 0.5161883, 0.10347934, -0.37127933, 0.12426171, 0.48973167, 0.19040361, -0.24403319), result);\n\t\t\tresult = MulAdd(src[i][j], MF3x4(-0.54557467, 0.07250278, 0.37912187, 0.0044768555, -0.47080016, -0.4050018, 0.64416456, -0.58235925, -0.28048036, -0.32962233, -0.28131053, 0.022653949), result);\n\t\t\tresult = MulAdd(src[i][j + 1], MF3x4(0.17059836, 0.016603703, 0.34638256, 0.028987328, 0.43271738, -0.15030707, 0.072848, 0.1422675, -0.23391044, -0.12179815, 0.37569857, -0.056668952), result);\n\t\t\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.0428437, 0.15237094, -0.26750615, 0.053740855, -0.04772152, -0.13561963, -0.20043467, -0.018060924, 0.29031327, -0.17592178, -0.5016104, -0.36639994), result);\n\t\t\tresult = MulAdd(src[i + 1][j], MF3x4(0.39091983, -0.257284, -0.39293087, -0.1182859, -0.46328986, -0.1585645, -0.32158652, 0.41519204, 0.21179573, -0.3613411, -0.032484483, -0.03755994), result);\n\t\t\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.42772895, 0.11436431, -0.115817815, -0.29173127, 0.57807744, -0.21997264, -0.49362126, 0.021626333, 0.1258072, -0.062251803, -0.16541855, 0.061321106), result);\n\t\t\ttex3[destPos] = result;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x24, Conv-4x1x1x40\n//!IN tex1, tex2, tex3\n//!OUT tex4, tex5, tex6, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 conv2d_2_tf = MF4(-0.077597156, 0.024995416, 0.0048880246, -0.06210122);\n\tconv2d_2_tf = MulAdd(a1, MF4x4(0.1881249, -0.14544061, -0.022969106, 0.088232316, 0.0058642747, -0.049336948, -0.039974928, 0.06410949, -0.09211665, -0.034005307, -0.1095955, 0.10930763, -0.26397142, 0.1384094, 0.017342392, -0.21376696), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(b1, MF4x4(-0.14526816, -0.0639951, 0.11742242, -0.006982521, -0.05208895, 0.089485295, -0.19564004, -0.08121572, -0.11621622, 0.15375662, -0.15378582, 0.0596373, 0.14132364, -0.06385903, 0.05449634, -0.047440365), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(c1, MF4x4(-0.082622305, -0.23856479, 0.06367865, -0.019509695, 0.094882965, -0.04511791, 0.16706854, 0.20536391, 0.1409632, -0.10635743, 0.038904104, -0.0039008786, 0.16198882, -0.17409256, 0.13213669, 0.08329318), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(d1, MF4x4(-0.1186756, 0.2009846, -0.086417995, 0.20491274, -0.13763973, -0.0800847, 0.16069777, 0.10931271, 0.14152408, 0.047218926, 0.041168302, -0.054257084, -0.08315953, -0.1573787, 0.20787828, 0.118524544), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(e1, MF4x4(-0.19046788, 0.10213364, -0.112078644, -0.16287695, 0.011410189, -0.016858546, -0.09383451, -0.063516155, -0.17561492, -0.15199865, -0.112707786, -0.18099716, 0.19017689, -0.20048961, -0.5382596, -0.24332014), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(f1, MF4x4(-0.1465597, 0.044423096, 0.04632811, -0.015121401, -0.051081203, -0.09574356, -0.10018257, -0.019390205, -0.1562855, 0.041693382, -0.012624074, 0.057703923, 0.09825134, 0.1544577, 0.1683734, 0.018580355), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(g1, MF4x4(-0.22240564, -0.051839057, 0.12950379, 0.0048653902, 0.0144696245, -0.10698864, -0.08654499, -0.131132, 0.15429983, 0.025204081, -0.09136411, -0.053068906, -0.005858075, -0.02560129, 0.0469077, 0.018962694), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(h1, MF4x4(-0.4698737, -0.053354982, 0.27541625, -0.020424731, 0.06935965, 0.008045162, -0.11538889, -0.038876567, -0.049084928, 0.1629101, -0.012742019, 0.12038333, -0.0705842, 0.12735052, 0.17640172, 0.050716672), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(i1, MF4x4(-0.10064598, 0.016594354, -0.14633141, -0.09175336, -0.12889755, -0.1671076, 0.22031903, 0.0759859, 0.102435045, -0.072596334, -0.17714, 0.03531571, -0.022843607, 0.047148425, 0.105391234, 0.05260699), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(a2, MF4x4(-0.1057386, 0.020954097, -0.022159133, 0.064248964, -0.031145383, -0.008180922, -0.023611609, 0.05197287, -0.017418958, 0.02461813, 0.0584847, -0.10087345, -0.16315617, 0.15651843, 0.10478647, 0.08347392), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(b2, MF4x4(-0.01323452, 0.044956483, -0.007983463, 0.10643116, -0.030048033, -0.11766427, -0.101889476, 0.015120098, 0.031690307, 0.014470776, -0.10197176, -0.10045749, -0.065616645, -0.15230782, -0.26183948, -0.071056716), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(c2, MF4x4(0.026220636, -0.044518135, 0.17167594, 0.3016424, 0.12054841, 0.042369425, 0.04208856, 0.14938886, -0.07018442, -0.008244587, 0.14260693, -0.094418734, -0.032693435, 0.042990524, -0.053002246, -0.003936231), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(d2, MF4x4(-0.10141095, 0.17178011, -0.10951717, -0.28119737, 0.008288983, 0.14197187, 0.10903869, 0.017220182, 0.041842293, -0.03106527, -0.05892881, 0.02668739, 0.072505936, -0.060759444, 0.00032896115, -0.03440771), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(e2, MF4x4(0.13831837, -0.13864368, 0.15232176, 0.31198958, 0.033965178, 0.053397447, -0.30352455, -0.17199865, -0.06429645, 0.013913047, 0.10764071, -0.12238359, -0.04544379, 0.17074125, 0.024108075, -0.14521888), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(f2, MF4x4(-0.11011318, -0.0102100335, -0.37701187, -0.36465186, 0.16052358, -0.06683314, 0.16916892, 0.23348652, -0.17332914, 0.007918098, -0.055450343, 0.12134491, 0.002598775, 0.050541576, 0.16586582, -0.08609246), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(g2, MF4x4(0.055008903, -0.038048673, 0.12065314, -0.034293417, 0.026340824, 0.0635937, 0.0072025824, 0.1099919, -0.022833373, 0.06988719, 0.098066956, 0.09838032, 0.027212605, -0.10769643, 0.025036965, 0.07822364), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(h2, MF4x4(0.12550583, -0.015590264, -0.20009072, -0.2595937, -0.040573828, -0.07032441, 0.13428123, 0.0024277875, -0.103335135, -0.08461066, 0.05634581, -0.113169014, 0.05591198, -0.16420694, -0.06915715, -0.19497992), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(i2, MF4x4(0.088232726, -0.05118527, 0.119473234, 0.23262945, 0.06746001, 0.14686997, -0.25685823, 0.08349066, 0.120035954, 0.11132579, 0.1024914, 0.008478224, -0.054700002, -0.029634893, 0.050064556, -0.08939752), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(a3, MF4x4(0.022236016, -0.14602192, -0.011037687, 0.09127931, 0.14263593, 0.2303995, -0.07378528, 0.07426219, -0.25500375, 0.18845809, -0.065374866, 0.016772734, 0.02813176, 0.15021992, -0.032982655, 0.0046127643), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(b3, MF4x4(0.110158965, 0.02073459, 0.1380525, 0.017634321, -0.3546499, -0.099760525, -0.1195462, 0.057210118, -0.53130746, 0.23352407, -0.18252264, -0.19651698, -0.10013627, -0.006907238, -0.022171183, 0.023419948), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(c3, MF4x4(-0.009217382, 0.00943576, 0.005295363, 0.010542551, -0.21079898, -0.14469005, -0.19105618, 0.2098414, 0.18261504, 0.19765937, 0.044775106, -0.25939676, 0.072466746, -0.08828442, 0.066161856, 0.05692894), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(d3, MF4x4(-0.051633067, 0.019243274, 0.28932014, -0.029704608, -0.06255436, -0.4573925, -0.10963281, 0.121834375, 0.10874706, -0.093909726, 0.06983889, 0.048236616, -0.15379356, -0.06354611, -0.10668147, -0.02901699), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(e3, MF4x4(-0.044167574, 0.022249546, -0.3618917, -0.054136246, -0.105739385, -0.22325896, -0.070169605, -0.19650152, 0.07689512, -0.17047665, -0.07742679, 0.031095566, -0.01903123, -0.033752028, -0.2286711, 0.044381924), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(f3, MF4x4(-0.05709193, 0.15251294, -0.16776492, 0.09025173, 0.18235344, 0.3685535, -0.053927444, 0.10351524, -0.0938133, -0.26824594, -0.036424845, -0.106756285, -0.13051414, -0.07613318, -0.10721611, -0.13445549), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(g3, MF4x4(-0.0268394, 0.017245602, 0.1185864, 0.031915247, -0.037321728, 0.037805032, 0.13701047, 0.025731707, 0.03791209, -0.16549957, 0.08953334, -0.13901101, -0.1287722, 0.072961085, 0.06859001, 0.18934746), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(h3, MF4x4(-0.11152981, 0.13712928, -0.05714947, 0.05542204, -0.32208005, -0.015176284, 0.10014709, -0.030125491, -0.04422843, 0.12897238, 0.108573034, -0.025267191, 0.02247499, -0.058167085, -0.15205052, 0.043249656), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(i3, MF4x4(-0.12951276, -0.14417744, 0.012708804, -0.0040302873, 0.09192804, -0.092346616, -0.09659876, -0.13512622, -0.0737095, 0.002481852, 0.048459593, 0.05455724, -0.14035852, 0.07777282, 0.07471883, 0.107781895), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(na1, MF4x4(0.028793033, -0.039604917, -0.0045903274, -0.05023892, 0.04976248, -0.026074547, 0.1733191, -0.06694405, -0.12434122, 0.12477937, -0.105804294, 0.06170465, 0.33725888, -0.15944988, 0.09790923, 0.030690596), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nb1, MF4x4(0.005191585, 0.08373177, -0.018288689, 0.020527333, -0.055718876, -0.12754384, 0.17755422, 0.1597085, 0.17601304, -0.0258804, 0.16454586, 0.106551126, -0.20891763, -0.05360957, -0.24229631, -0.15886526), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nc1, MF4x4(0.03740399, -0.0043318006, -0.010840595, -0.01674406, -0.17876416, 0.09188681, -0.12203759, -0.09808559, 0.1243873, -0.184597, 0.07484877, 0.14448164, -0.15161137, 0.033237204, -0.054772068, -0.085399576), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nd1, MF4x4(0.071139924, 0.025827989, 0.021663137, -0.12484576, -0.07799051, 0.20053016, 0.014714873, -0.041652568, 0.046397317, -0.07650734, 0.06753141, 0.080667324, 0.4557549, -0.029605106, -0.25674006, -0.27842438), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ne1, MF4x4(0.16805562, -0.03722638, 0.021958483, -0.04969856, -0.15340807, -0.22158863, -0.25280216, -0.024268134, 0.085401855, 0.22427009, -0.04698029, -0.071075134, -0.10739174, 0.030285811, 0.31068414, 0.2882289), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nf1, MF4x4(-0.010069354, -0.045132317, -0.08054911, 0.19212297, -0.11246117, 0.203382, 0.10145021, 0.1476792, -0.022835081, 0.16916804, -0.018178321, 0.076025024, -0.29570428, -0.007177177, -0.1047155, -0.0178633), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ng1, MF4x4(0.076137505, 0.117270656, -0.077183075, -0.052782975, -0.08236995, 0.053947527, 0.13501388, 0.17139077, -0.2424162, -0.15007298, 0.123724684, 0.09327283, 0.19777925, 0.07314544, -0.18668725, -0.010371631), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nh1, MF4x4(0.15866037, 0.053233996, -0.026709981, -0.1574147, -0.012303242, 0.06893102, 0.031804018, 0.10116885, -0.016902728, -0.082480945, 0.05133729, -0.20160739, -0.012635841, 0.032104325, 0.00968726, -0.018941477), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ni1, MF4x4(-0.02683365, 0.14024723, 0.0020279875, 0.035137076, -0.019948762, 0.3120297, -0.018649966, -0.17814124, -0.14863688, -0.12977526, -0.09194036, 0.19637106, 0.12040974, 0.09383599, 0.10559805, -0.0319509), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(na2, MF4x4(-0.07015076, -0.07818044, 0.12413185, -0.0018199648, -0.015275738, -0.21548629, 0.046161238, -0.10475311, 0.082367115, 0.0053079966, 0.09559984, 0.039583992, -0.1681236, -0.23862287, -0.09229484, -0.12317666), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nb2, MF4x4(-0.17587087, -0.097817905, 0.08857801, 0.14012139, -0.20023742, 0.029083535, 0.056073546, -0.06810832, 0.08625035, 0.023427716, 0.1797412, 0.048568305, -0.09278378, -0.09250215, -0.12440772, 0.2587798), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nc2, MF4x4(-0.24181388, -0.016290328, -0.026988767, -0.005399553, -0.061761368, -0.0013004051, -0.1990831, -0.07799404, 0.03282008, 0.079514205, -0.07474829, -0.36701006, 0.078521594, -0.156468, 0.09041213, 0.1292482), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nd2, MF4x4(-0.21960634, 0.041841425, 0.122728646, 0.06800145, 0.07355482, 0.26123464, -0.13518283, -0.05085496, -0.099832244, 0.04960356, 0.066544525, 0.09741243, -0.10965899, -0.16163626, 0.09816793, -0.014595947), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ne2, MF4x4(0.07614604, -0.062298786, -0.07941662, -0.22525579, -0.29955792, 0.11145522, 0.123146005, 0.13863817, 0.15309983, 0.025902487, -0.08610474, -0.07598799, -0.26134565, -0.2818921, 0.0046356185, 0.007307074), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nf2, MF4x4(-0.15936229, -0.10145381, 0.058567517, 0.21258314, -0.18010478, -0.22477242, -0.039975245, -0.34447697, -0.21647838, 0.31467855, -0.0674453, -0.5146147, 0.05382176, -0.026282668, -0.24090777, 0.10222359), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ng2, MF4x4(-0.1045028, -0.027515164, 0.013251722, 0.108239084, 0.03163253, -0.030052185, 0.10836872, 0.15349132, 0.09593661, 0.0062710177, -0.19837233, -0.098303355, -0.23947543, -0.04082913, 0.16908304, -0.031784274), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nh2, MF4x4(-0.07773699, 0.30408737, 0.10054892, 0.36721498, 0.51369953, -0.11931886, -0.17019019, -0.3288588, 0.11095048, -0.29225063, -0.075574756, -0.18392691, -0.10289336, 0.06882282, 0.20403436, 0.12073833), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ni2, MF4x4(0.024539007, 0.053005982, -0.099204265, -0.084534295, -0.2587164, -0.31929657, 0.07193254, 0.18271501, -0.043669797, 0.062497724, -0.055462, 0.057130013, -0.015285072, -0.030743862, -0.07051513, -0.13783172), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(na3, MF4x4(-0.4343681, 0.35928357, -0.004770178, -0.079942055, 0.014088603, -0.20866469, -0.1378781, -0.06831558, 0.21436058, -0.08427488, 0.2455502, -0.065596916, -0.06559933, -0.027101375, 0.023555819, -0.20939256), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nb3, MF4x4(-0.37720296, -0.111260146, -0.25392932, -0.33377793, -0.17806955, -0.008747484, 0.17404033, 0.058826912, 0.0039355545, -0.18436235, 0.15803719, 0.15143508, 0.11155828, 0.09333553, -0.17960371, -0.036842924), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nc3, MF4x4(-0.087490946, 0.0959697, -0.08301798, -0.19364063, -0.00996324, 0.014655412, 0.021732382, 0.07269497, 0.012744119, 0.01542146, 0.109438084, 0.18674947, -0.05728511, 0.017406877, 0.036412247, -0.044986803), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nd3, MF4x4(0.30902067, 0.25019556, -0.079495244, -0.26099077, 0.08450634, -0.08346094, 0.004498276, -0.119334444, -0.08587327, -0.019446453, -0.1811446, -0.16136086, 0.006683898, 0.0005228834, -0.11937812, -0.2045503), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ne3, MF4x4(0.19326456, -0.052496854, 0.12926556, 0.10167019, 0.090374604, 0.07595169, -0.0048561483, 0.12414255, 0.19320521, -0.027459998, 0.08993327, -0.035830285, 0.006461366, 0.023297347, 0.0691706, -0.00831113), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nf3, MF4x4(0.13971736, 0.0788502, 0.12267767, 0.004433991, -0.053574555, -0.08087108, -0.26019198, -0.04175351, -0.13934188, 0.04144695, -0.070562504, -0.068388134, -0.1347503, -0.02173245, -0.1099242, -0.020897312), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ng3, MF4x4(0.07843604, 0.04441641, -0.016214373, -0.15351163, -0.021339556, 0.023823377, -0.01442564, -0.09113205, -0.02552644, 0.14885889, -0.16178642, 0.14472331, 0.14082494, 0.05760455, -0.11503234, -0.16907685), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(nh3, MF4x4(-0.042953692, -0.3268466, 0.13181087, -0.06399399, 0.17543526, 0.111214496, 0.07369484, -0.003378238, 0.040965978, -0.0073295045, 0.07711077, -0.033094298, -0.08758825, -0.01715938, 0.056862406, -0.010732023), conv2d_2_tf);\n\tconv2d_2_tf = MulAdd(ni3, MF4x4(-0.039256442, -0.07153648, 0.10314899, -0.1192048, -0.033410206, 0.13077301, 0.19343375, -0.07479033, 0.10759806, -0.037313893, 0.06156247, 0.021744521, -0.18148352, -0.15683053, 0.017884498, -0.11338723), conv2d_2_tf);\n\tMF4 nconv2d_2_tf = max(-conv2d_2_tf, 0);\n\tconv2d_2_tf = max(conv2d_2_tf, 0);\n\t\n\tMF4 conv2d_1_tf = MF4(-0.062293675, 0.09216847, 0.010529031, 0.03100192);\n\tconv2d_1_tf = MulAdd(a1, MF4x4(0.10368956, 0.09174666, 0.07265347, 0.009965846, 0.04307676, 0.018726716, 0.064217605, -0.024381645, 0.013237381, 0.039251406, 0.13164084, -0.05265028, -0.08619517, 0.015469731, 0.10171868, -0.11194108), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(b1, MF4x4(-0.055484463, 0.1386706, -0.22939423, -0.2222723, 0.04815343, 0.05425625, 0.08234074, 0.12962975, 0.030559294, -0.07823733, 0.12347866, -0.13917705, -0.031347297, 0.010592373, -0.38942683, -0.302033), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(c1, MF4x4(0.06968848, -0.03574659, 0.11817242, 0.044270225, 0.0481696, 0.045347195, -0.14479072, 0.06971279, 0.012434736, 0.03927546, 0.13076504, 0.032268204, 0.040274065, 0.053418823, -0.05195065, 0.1341056), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(d1, MF4x4(0.1314648, 0.08953099, -0.058160458, -0.098807305, -0.08652445, -0.19136623, -0.012327089, 0.14297265, 0.11436408, 0.031837817, -0.0038611747, 0.08295747, 0.19534546, -0.033664998, -0.51042134, -0.21606028), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(e1, MF4x4(-0.332711, -0.2260786, 0.35732532, 0.026584813, 0.16421017, 0.21153966, -0.112725854, -0.048803244, 0.059562314, -0.010458478, 0.0063304375, -0.007279937, -0.41918445, 0.10137393, -0.0989079, -0.17768846), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(f1, MF4x4(-0.22947264, 0.008074958, -0.03876367, 0.28019628, -0.18640186, 0.072562195, -0.001338717, 0.17349707, 0.13131878, 0.05085823, -0.11547487, -0.084437385, -0.18131672, 0.026830718, 0.0960529, -0.014084568), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(g1, MF4x4(0.13153158, 0.079937235, -0.14291838, -0.062477887, -0.0690248, 0.15090927, 0.060723048, -0.044703092, 0.005483621, -0.113471694, 0.048640195, -0.024538955, -0.01751092, 0.19206041, -0.1859277, -0.22007878), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(h1, MF4x4(-0.04971548, -0.38541326, -0.080354154, -0.1132633, -0.13348146, 0.11406493, 0.05543971, 0.022810424, -0.09030199, -0.053045455, -0.084034644, 0.0014670533, 0.0007018557, -0.24078067, 0.047226585, 0.08619653), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(i1, MF4x4(-0.08993396, -0.09246378, 0.11467184, 0.060891952, -0.022887891, -0.008537377, 0.13542707, 0.08030356, -0.06174077, -0.07314582, -0.111782126, -0.08939319, -0.09756803, -0.15771574, 0.073002145, 0.035939205), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(a2, MF4x4(-0.09398606, -0.118093155, 0.024832802, 0.049131367, 0.06665196, -0.039545495, -0.107865654, -0.043897964, -0.03278348, -0.111089505, 0.12056342, -0.10977613, -0.05880801, -0.08684503, -0.15480064, -0.09669209), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(b2, MF4x4(-0.12028866, -0.0130571015, 0.010480521, 0.28919983, 0.050575808, -0.07968808, -0.15499628, -0.13613448, 0.030993043, 0.13226634, -0.12666325, -0.010337325, -0.025353834, 0.017561335, -0.08171704, -0.17280379), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(c2, MF4x4(-0.0008190666, 0.017923795, -0.13926646, -0.00083633314, -0.14120303, 0.109396234, 0.026602108, 0.2108425, 0.15093753, -0.0016773659, 0.028220268, 0.09914804, -0.045055833, 0.040082425, 0.007756443, -0.04522211), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(d2, MF4x4(0.059589684, 0.04780217, 0.30785602, 0.25626636, 0.08686253, 0.11348654, 0.042249523, -0.2264382, -0.058502045, 0.05044742, 0.0031711252, -0.021721566, -0.011926813, 0.042892855, -0.08586602, -0.029168598), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(e2, MF4x4(0.09367661, -0.019030625, -0.34638473, -0.10968469, -0.16300671, 0.21311292, 0.11657136, -0.044009518, 0.10225506, -0.044505168, 0.20920436, -0.018161744, -0.018144146, 0.026626088, -0.056913715, 0.15370414), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(f2, MF4x4(-0.28757727, 0.14743091, -0.021321807, -0.048045393, -0.109708, -0.14760888, 0.15246773, -0.028329216, 0.009206364, -0.06396112, 0.12593451, 0.052947026, 0.066429235, -0.08044728, 0.0070432564, -0.057647638), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(g2, MF4x4(-0.023919886, -0.20876022, 0.05590491, 0.12671952, -0.07277091, 0.024939056, 0.03633482, -0.10239475, -0.12012349, -0.17192347, 0.014865882, 0.1858935, -0.013352806, -0.04451544, 0.0032296637, 0.09310079), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(h2, MF4x4(-0.29340369, 0.1377685, -0.018134177, -0.0819466, 0.2541578, -0.1270915, -0.12300359, 0.114513785, 0.21511158, -0.060876742, 0.07682154, 0.09775888, -0.09133818, 0.04477866, 0.058042303, -0.027626123), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(i2, MF4x4(-0.098641984, -0.09568759, 0.27307647, 0.044102278, -0.03640084, -0.10440432, -0.011212675, -0.22568303, -0.008232321, 0.14870772, -0.17107275, -0.023316732, 0.03395947, 0.14223643, -0.08063479, 0.14301774), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(a3, MF4x4(-0.08714423, -0.12230681, -0.22175795, -0.10298021, 0.0009175108, 0.19820437, 0.04215484, 0.2772454, 0.046766162, 0.023245906, 0.36313313, -0.29657102, 0.0010776661, 0.047935788, 0.113361314, -0.05614472), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(b3, MF4x4(0.15069975, 0.06458973, 0.08984772, -0.08219822, -0.37328726, -0.03008995, 0.31162828, 0.07075847, -0.13914284, -0.10216768, 0.22251949, -0.30631062, 0.17172062, 0.058428258, -0.11345689, 0.08461611), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(c3, MF4x4(0.007734305, 0.042484675, -0.15685312, -0.048171967, 0.10970874, 0.061090663, -0.08464978, 0.08347133, -0.17933917, 0.2308347, -0.053314723, 0.09323812, -0.04228206, 0.055042125, -0.046495847, -0.032692812), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(d3, MF4x4(-0.09439761, 0.03567186, -0.17220385, -0.103939146, -0.064900115, -0.16004047, 0.004621011, -0.014501001, -0.14071538, -0.05238438, -0.04519603, 0.21972013, -0.007383857, -0.07692677, -0.14034486, 0.08030412), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(e3, MF4x4(-0.22748968, 0.12067121, -0.05225513, 0.04308743, -0.081648685, 0.28658885, 0.37694585, -0.018508147, -0.019247225, 0.095557846, 0.015747357, 0.12365868, -0.076417744, -0.03912286, 0.18391648, -0.09244896), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(f3, MF4x4(-0.00221828, -0.0894836, 0.038467363, -0.019945016, 0.13546647, 0.17713489, -0.17275713, 0.08575425, -0.019129591, 0.16340882, -0.16357088, -0.0033604207, -0.06446814, -0.15712759, 0.18558913, -0.115558594), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(g3, MF4x4(-0.09995351, 0.18885328, -0.057601925, 0.01172547, -0.031203317, -0.1181948, 0.006120215, 0.25098777, -0.06316651, 0.047607217, -0.056073133, -0.029685916, 0.12195799, -0.056664392, -0.054523658, 0.03753435), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(h3, MF4x4(0.007936505, -0.021070726, 0.040594626, 0.061293513, -0.074233375, 0.10112329, -0.19424592, -0.14433385, -0.04661142, -0.09192385, 0.034151867, -0.11941847, 0.046759605, -0.15323174, 0.09908571, 0.18290807), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(i3, MF4x4(-0.012291647, 0.114136524, 0.10576901, -0.012061901, 0.2356885, 0.048024837, 0.18102467, -0.034004245, -0.06746709, 0.09405117, 0.12362687, 0.0254422, 0.22654915, 0.04224264, -0.049588405, 0.11478716), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(na1, MF4x4(-0.021690933, 0.13663062, -0.161411, 0.06806553, -0.1773275, -0.0940566, -0.18002738, 0.047475196, 0.0072157113, -0.008688586, -0.15493456, 0.022294179, 0.041401867, -0.10311516, -0.006603416, 0.059536614), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nb1, MF4x4(-0.13541889, 0.047185, -0.027699882, 0.060225613, -0.035152074, 0.05752177, -0.026204573, 0.11251955, -0.0049166707, 0.17533402, -0.15755837, 0.16124752, 0.04805776, -0.10309488, 0.15945134, 0.025226792), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nc1, MF4x4(-0.015074193, -0.094979845, 0.027753184, -0.071142055, -0.17082961, -0.06833402, 0.13620014, -0.24564765, 0.036582932, 0.13075556, 0.036705326, 0.03863992, -0.018921472, -0.0016482361, 0.13597268, -0.038188133), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nd1, MF4x4(-0.14212462, -0.1483275, 0.05649678, 0.05684924, -0.11407954, 0.13978885, 0.070467845, -0.07458527, -0.19702937, 0.23950967, -0.15242746, -0.26435548, -0.14437793, 0.21487178, 0.4991241, 0.18331984), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ne1, MF4x4(0.20045248, 0.066468574, -0.015601024, 0.012849705, -0.14952832, -0.06828453, 0.16009094, -0.09515789, -0.1071139, -0.021629127, -0.012993768, -0.022518635, 0.19255438, -0.09875012, 0.07555782, 0.0780372), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nf1, MF4x4(-0.028311213, -0.025465565, 0.020059558, -0.116105095, -0.042490575, 0.020179577, 0.010893176, -0.11184776, -0.1702318, -0.025035636, 0.008381181, 0.0586714, 0.03539251, -0.0448198, -0.056921933, -0.029987138), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ng1, MF4x4(0.049813945, 0.08434948, 0.09337763, 0.06701621, -0.061224304, -0.24754077, -0.017353527, -0.042758185, 0.013161995, -0.22947139, 0.019135898, 0.11039477, 0.16954716, -0.25619635, 0.18368678, 0.03542052), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nh1, MF4x4(-0.15430786, 0.07348774, 0.15545642, 0.20969617, 0.1067826, 0.15255202, 0.020220853, 0.09658389, -0.088782035, -0.19119574, 0.13885954, 0.15108526, -0.07552868, -0.11574438, -0.034102093, -0.031383175), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ni1, MF4x4(0.061409608, -0.00082869077, -0.08336049, -0.01866603, 0.07322213, -0.1152386, -0.004205211, -0.18793713, 0.091782115, 0.05387527, 0.069104694, 0.25387684, -0.101916246, 0.065856785, -0.020407397, 0.035098225), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(na2, MF4x4(0.06225989, -0.039721318, 0.19908188, 0.08382035, -0.024357362, 0.014932128, -0.060558856, -0.049815435, -0.03166011, 0.0339055, -0.12810327, 0.008812703, 0.06120202, 0.085533425, 0.21571258, -0.20605975), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nb2, MF4x4(-0.045329664, 0.02261115, -0.0335033, -0.058562186, -0.0099387, 0.0046313554, 0.21475597, 0.04558062, 0.17891279, 0.005057579, 0.22518916, 0.1998231, 0.09627137, -0.2318303, -0.08868813, -0.27863982), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nc2, MF4x4(-0.15865076, 0.077262044, 0.036153752, 0.07885703, 0.13166751, -0.12820594, -0.05823962, -0.2583444, -0.2245552, -0.04434666, -0.13453422, -0.27865237, 0.014107271, 0.045582164, 0.0064884513, -0.019007552), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nd2, MF4x4(0.0643133, 0.06440001, -0.14517003, -0.101694606, 0.058990445, 0.11955667, 0.45094532, 0.20261864, 0.07944409, -0.061399437, 0.022036074, 0.046660237, -0.17064287, -0.076766625, 0.25972953, 0.29821205), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ne2, MF4x4(-0.11031386, -0.05850727, 0.055557184, 0.11549242, 0.12120408, -0.33330265, 0.095613986, 0.09242419, -0.011835885, -0.19384164, -0.01893125, 0.27290896, -0.18104021, 0.044360142, 0.06759539, -0.0027218745), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nf2, MF4x4(0.19390257, -0.13378039, 0.07428329, 0.016053686, -0.18574655, 0.055462763, -0.2527128, -0.47279125, -0.17490762, 0.21626428, -0.1473371, -0.35594228, 0.054865763, -0.04086486, -0.061911695, 0.051812805), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ng2, MF4x4(-0.029701848, 0.24927482, 0.00581731, -0.10748679, -0.07500632, 0.033424605, 0.14734372, -0.18966366, 0.031880617, 0.17622112, -0.031867832, -0.10119831, -0.15391265, -0.14308685, 0.093484215, 0.18867014), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nh2, MF4x4(0.19035357, -0.19525306, -0.025621792, 0.09154427, -0.07798503, -0.22271548, 0.11034287, -0.04197031, -0.24772005, 0.43681505, -0.19703668, -0.2614237, 0.05807699, -0.2631317, -0.020604266, -0.048005704), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ni2, MF4x4(-0.08587588, 0.13374045, -0.09263761, -0.13216262, -0.11242246, -0.12541875, -0.09835177, 0.1586739, -0.21013282, 0.087373346, 0.107112356, 0.47657737, 0.0459955, -0.07181196, 0.07818155, -0.10435423), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(na3, MF4x4(-0.091803394, -0.32280564, 0.28972253, 0.12908047, 0.06683764, -0.039376236, 0.024078066, 0.18940936, -0.055246543, 0.12222864, -0.0177199, 0.09346665, 0.07164098, 0.065791056, -0.08516637, -0.10187257), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nb3, MF4x4(-0.12561126, -0.28730518, 0.190799, -0.17922764, 0.04376582, -0.08152354, -0.0690038, -0.10861494, -0.03100546, 0.10962334, -0.20492296, 0.12868984, 0.06536495, 0.08559974, 0.033028, -0.07235402), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nc3, MF4x4(-0.012734173, -0.12211726, 0.057524282, 0.015053666, -0.052275516, 0.11774483, 0.08221696, -0.024205929, 0.122006595, 0.054565493, -0.049608365, 0.02801238, 0.07593017, 0.074450806, 0.097137615, -0.008985974), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nd3, MF4x4(-0.32826158, -0.022971062, 0.37642807, 0.38614145, -0.06932448, 0.0641898, -0.09011684, -0.019884817, -0.004897904, 0.07661578, -0.050405186, -0.24849766, 0.04642452, 0.09120379, 0.26060387, -0.2533109), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ne3, MF4x4(0.09669597, -0.045555357, -0.24132517, -0.28401875, 0.11226361, 0.08378312, -0.07415474, -0.036874313, -0.001286788, 0.14013582, 0.14750466, -0.048925027, 0.13374946, 0.10844033, 0.123459235, -0.10933974), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nf3, MF4x4(-0.03275827, 0.27429518, -0.0983686, -0.010947437, -0.18409865, 0.12616666, -0.05766888, 0.07149005, -0.13777009, 0.022123039, 0.084938325, 0.015972659, 0.20145003, -0.09534558, -0.0082679195, -0.1515079), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ng3, MF4x4(0.13148536, -0.3421452, 0.08851102, 0.012056574, -0.1525749, 0.09364548, -0.02235517, -0.1775178, 0.18052714, -0.14639667, 0.07453223, 0.03912742, -0.284782, 0.023833552, 0.09671063, -0.168578), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(nh3, MF4x4(-0.24303597, -0.05585747, -0.21645154, -0.084838174, -0.15413773, -0.15403214, -0.021544017, 0.15751824, -0.027032627, -0.18457665, -0.02174098, -0.0070916233, -0.1609649, -0.32226282, -0.18423033, -0.29629233), conv2d_1_tf);\n\tconv2d_1_tf = MulAdd(ni3, MF4x4(0.1602529, 0.026087781, 0.01551678, 0.07093837, -0.007075046, -0.0061597642, -0.0057887356, -0.08935906, 0.0028665168, -0.1038671, -0.093715765, -0.035213456, -0.041290607, -0.15825188, 0.11327359, -0.20286629), conv2d_1_tf);\n\ttex4[gxy] = conv2d_1_tf;\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\n\tMF4 target = MF4(-0.049604952, -0.039514415, -0.06137416, -0.0015509313);\n\ttarget = MulAdd(e1, MF4x4(-0.02357968, 0.13800439, 0.054744735, -0.32328397, -0.2263118, -0.3222542, -0.15286992, -0.3053175, -0.20046607, 0.025345843, 0.032755207, 0.40165102, 0.03166696, 0.29110438, 0.28861988, 0.05585125), target);\n\ttarget = MulAdd(e2, MF4x4(0.11055126, -0.33034575, 0.039494887, -0.17843343, 0.35742196, 0.00032650787, 0.21049741, 0.18823248, -0.1741954, 0.27586365, -0.043366615, 0.02092058, -0.082515135, -0.15504313, 0.13261497, 0.14650741), target);\n\ttarget = MulAdd(e3, MF4x4(0.39276633, -0.031067554, -0.08830738, -0.23975314, -0.20294978, 0.030291535, 0.4623106, 0.06494191, 0.042467684, -0.28105733, -0.053258326, -0.17269841, 0.09479501, 0.11930515, 0.1258843, 0.11058792), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.18343425, -0.4381688, -0.08248827, -0.42846557, -0.08277779, 0.45192116, 0.21961756, 0.23076119, -0.2093829, -0.29050866, 0.26212537, -0.25469857, -0.4832557, -0.45126852, -0.35072148, -0.18368497), target);\n\ttarget = MulAdd(ne2, MF4x4(0.10529696, 0.5964488, 0.13258573, -0.07494986, -0.3341919, 0.19418421, -0.18307082, 0.34982273, -0.0430461, 0.21097268, 0.03212202, -0.015623122, 0.43791813, 0.16207397, 0.123477034, -0.087993294), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.01878982, 0.007308694, 0.25769314, 0.18407181, 0.00095180905, -0.2600526, -0.31043288, -0.24622385, 0.07832029, 0.05502411, 0.37793204, -0.07329948, -0.28405467, -0.15038961, 0.19259417, 0.105486296), target);\n\ttarget = MulAdd(conv2d_2_tf, MF4x4(0.047820415, 0.3303589, 0.035807017, -0.41168606, -0.2118325, -0.045765184, -0.15234827, 0.28021428, -0.2084036, -0.40200952, -0.3261011, -0.13480914, -0.06876906, -0.19167677, -0.20444186, -0.44851676), target);\n\ttarget = MulAdd(nconv2d_2_tf, MF4x4(-0.24726203, -0.0097923195, -0.23193192, 0.31947026, 0.4274281, -0.36929542, 0.10095328, -0.19663717, 0.3244895, 0.49458218, 0.24745567, 0.15722558, 0.43052208, 0.377559, 0.22543637, 0.13009055), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.01817998, 0.111477636, -0.12727399, 0.27395004, 0.19770023, -0.1636959, 0.25407487, -0.24871433, -0.08552937, 0.3223687, 0.30668882, 0.40221208, -0.20192504, 0.14656074, 0.5100356, -0.0948956), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.40383592, -0.043663148, 0.4813348, 0.10317451, -0.049076255, -0.022925228, 0.0872564, 0.21741754, 0.23656987, -0.22309794, -0.2260013, 0.20823886, -0.055542476, 0.016604664, -0.1964831, 0.11962174), target);\n\ttex5[gxy] = target;\n\t\n\ttarget = MF4(0.10388342, 0.00828351, 0.14884935, 0.034392886);\n\ttarget = MulAdd(e1, MF4x4(0.029635962, 0.08045753, 0.03622311, 0.06677362, 0.14780864, -0.087087184, 0.22309896, -0.1772139, -0.08716722, 0.1075154, 0.044472143, 0.021324798, 0.10346262, -0.24718447, -0.2489118, 0.4517737), target);\n\ttarget = MulAdd(e2, MF4x4(0.20637918, -0.11695054, 0.27656725, 0.009858572, -0.62555677, 0.12796827, -0.057749186, -0.02636826, 0.11764726, -0.034879886, -0.062285252, -0.048256125, 0.37146622, -0.17392562, 0.24782267, 0.3184173), target);\n\ttarget = MulAdd(e3, MF4x4(0.2624149, 0.007052751, 0.1595428, 0.26269603, -0.33775207, -0.66331345, 0.18036188, -0.25012106, -0.15003558, 0.12337829, -0.3230818, 0.06187628, 0.096601635, 0.24300486, -0.13784438, 0.27110842), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.180413, 0.039972585, 0.48966697, -0.4130023, -0.03654654, -0.27514896, -0.025462124, 0.06652415, 0.28900522, 0.035381883, 0.20655172, 0.0073647103, -0.5028713, -0.0061578755, -0.09185675, -0.52771837), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.3205473, -0.23172325, -0.20749244, 0.058195353, 0.20280065, -0.106998004, 0.08968707, 0.10981961, -0.13291806, 0.0028465164, 0.11793527, 0.11942547, 0.100123264, -0.14852245, -0.032194547, -0.118260525), target);\n\ttarget = MulAdd(ne3, MF4x4(0.004620961, -0.13271236, 0.110130526, -0.075169735, 0.35998157, -0.046072174, 0.02044828, -0.1019322, -0.038753018, -0.12328749, -0.28227237, 0.18373057, -0.23704045, 0.20384738, 0.097455874, -0.23102747), target);\n\ttarget = MulAdd(conv2d_2_tf, MF4x4(0.30397, -0.007688397, -0.2519374, -0.14401323, -0.031671453, 0.10171321, -0.18295656, -0.029794114, 0.19171898, 0.23662621, 0.09319509, -0.3479054, 0.036986895, 0.13572362, 0.1142681, -0.17851138), target);\n\ttarget = MulAdd(nconv2d_2_tf, MF4x4(-0.19525734, 0.36855492, 0.05751295, -0.12524441, 0.06309533, 0.20228319, -0.07533531, 0.26733333, -0.21407285, -0.2900094, -0.28743416, 0.18039729, -0.27968687, -0.23786859, -0.21049118, -0.006130187), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.34406897, -0.14967814, 0.56049985, -0.18166065, -0.061995413, 0.117799215, 0.3054206, 0.4034068, -0.2116504, -0.6017806, 0.004660423, 0.051566444, 0.4380975, -0.3172436, -0.09930328, -0.16182126), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.09316841, 0.036305115, -0.30209473, 0.098138526, -0.012532953, -0.050068337, -0.22571203, -0.30636647, -0.124337815, 0.07323685, -0.15504828, 0.19263308, -0.017216058, 0.34484297, -0.1460544, -0.24951003), target);\n\ttex6[gxy] = target;\n\t\n\ttarget = MF4(-0.022106458, -0.012578552, 0.016203664, 0.026009269);\n\ttarget = MulAdd(e1, MF4x4(-0.15275823, 0.31693572, 0.03429309, -0.06982273, 0.08535909, 0.019838037, -0.03189405, 0.3190016, 0.16633914, 0.48730284, -0.27923077, 0.31791112, 0.43154097, 0.005003616, -0.26277873, -0.009333685), target);\n\ttarget = MulAdd(e2, MF4x4(0.23504019, -0.12419379, 0.07217815, -0.090434305, -0.0380588, -0.14686479, -0.33812302, -0.20242776, -0.20776805, 0.24741934, -0.16489775, 0.07052134, -0.08030772, 0.23784883, -0.28709608, -0.17689173), target);\n\ttarget = MulAdd(e3, MF4x4(-0.05109775, -0.40860242, -0.003464472, -0.19893257, 0.23186824, -0.12760048, -0.22718583, 0.02299852, 0.27083093, 0.073904194, -0.056870755, -0.35324985, -0.023004858, -0.29591596, -0.020298446, -0.05753052), target);\n\ttarget = MulAdd(ne1, MF4x4(0.0035456547, -0.37682405, 0.047876693, 0.1168026, 0.015805494, -0.04388269, 0.12970346, 0.2497829, -0.009891778, 0.116980106, 0.13058232, 0.22570355, 0.13866597, 0.036246244, 0.10916998, -0.040503114), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.25300103, -0.065156855, 0.063345924, 0.11406543, -0.1902478, 0.16440767, 0.043949526, 0.43318078, -0.03932035, -0.08510957, 0.19621156, -0.045045726, -0.08339006, -0.04335483, 0.37129655, -0.22328225), target);\n\ttarget = MulAdd(ne3, MF4x4(0.16169593, 0.2758587, 0.38249364, 0.12606645, 0.4582731, 0.09374545, -0.10988087, -0.21678255, -0.004099455, -0.09436347, 0.33964127, 0.20880581, -0.06742301, -0.025149476, 0.12146305, 0.5012377), target);\n\ttarget = MulAdd(conv2d_2_tf, MF4x4(0.11523535, 0.31662583, -0.0709322, -0.066175185, 0.08868106, -0.042457394, 0.32469732, -0.1987238, 0.41399983, 0.015568244, 0.14037918, 0.2879998, -0.32157704, 0.22491854, -0.07769691, 0.2052648), target);\n\ttarget = MulAdd(nconv2d_2_tf, MF4x4(-0.299831, -0.247278, -0.2011737, -0.3759366, -0.14935663, -0.095033385, 0.06259881, -0.23891686, -0.4340098, 0.07340212, -0.0012697511, -0.16527005, 0.0814454, -0.43962866, -0.3040046, 0.06242604), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.11802704, 0.2323739, 0.13466287, -0.25053164, -0.08020803, 0.1628004, -0.030645542, -0.40872335, -0.24624921, 0.15931502, 0.40752286, -0.07906199, 0.4286516, -0.1651973, -0.07021073, 0.0867332), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.23617363, 0.053548977, -0.14130518, -0.37744048, -0.11805406, -0.13757266, -0.026939899, 0.028020354, 0.24626125, -0.06998214, -0.02793638, 0.10509643, 0.06577935, -0.17211749, -0.12747282, -0.16999653), target);\n\ttex7[gxy] = target;\n}\n\n\n//!PASS 3\n//!DESC Conv-4x3x3x24, Conv-4x1x1x48\n//!IN tex5, tex6, tex7, tex4\n//!OUT tex8, tex1, tex2, tex3\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex5.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex5.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex6.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex6.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex7.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b3 = tex7.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex7.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex7.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex7.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex7.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex7.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex7.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex7.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\t\n\tMF4 conv2d_1_tf = tex4.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\n\tMF4 conv2d_5_tf = MF4(0.028852103, -0.003142654, 0.019121574, 0.026819304);\n\tconv2d_5_tf = MulAdd(a1, MF4x4(0.001049049, 0.017747996, -0.067229465, -0.020442853, -0.04868684, 0.09733606, -0.07313501, 0.02070675, 0.01012683, -0.034293324, -0.026002094, 0.008298949, -0.045532364, -0.069049254, 0.109774776, -0.092840426), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(b1, MF4x4(0.3071666, 0.108723, -0.018787129, 0.17321438, -0.07934712, 0.11855833, -0.032467257, -0.048425578, -0.091413595, -0.08235019, -0.050003942, -0.007800964, -0.07821158, 0.120108165, -0.15341766, -0.04518874), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(c1, MF4x4(-0.0038995466, 0.059817232, -0.13333397, 0.022390908, -0.054531172, -0.12521502, 0.061349645, 0.08832908, 0.015541151, -0.005833245, -0.103023596, -0.031728514, -0.1393958, 0.12932369, -0.024058655, -0.02949061), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(d1, MF4x4(0.10676212, -0.0919305, -0.045313094, 0.036725752, -0.2360789, 0.08090541, 0.08044168, -0.088691026, 0.05462964, -0.047420587, 0.011766264, -0.044065233, -0.09330811, -0.04302891, -0.09276843, 0.01615573), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(e1, MF4x4(0.14728056, 0.014297587, 0.20523176, -0.016391741, -0.25267518, -0.09126818, 0.14681858, 0.0720258, -0.034471154, -0.103409246, 0.029827712, 0.09607032, -0.12944661, -0.09812552, 0.19399726, 0.18891408), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(f1, MF4x4(0.0793041, -0.18886381, -0.08229493, -0.13476922, -0.034637094, -0.06667868, 0.09988945, -0.08209682, -0.07416632, 0.10529841, -0.14161663, -0.088301264, 0.0029876695, 0.11381751, 0.083498895, 0.15414985), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(g1, MF4x4(0.20285544, -0.16456522, 0.06494461, -0.013555718, -0.07797077, -0.13418226, -0.0014035929, 0.056061633, -0.024789125, -0.053674392, 0.048963223, 0.121051155, 0.064334966, -0.0482476, 0.068401285, -0.07039275), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(h1, MF4x4(0.098433256, -0.3636959, 0.2678772, -0.046356395, -0.1771877, -0.017444499, -0.06527938, 0.073921666, -0.1880833, 0.1873346, 0.10331725, -0.05711381, 0.049431477, -0.047258172, 0.13095368, -0.35352108), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(i1, MF4x4(0.10444254, -0.16424808, -0.00615067, 0.1023235, -0.122729294, -0.2563471, 0.00030699265, 0.09230543, 0.07732433, -0.03397466, -0.03141724, 0.2431111, 0.009742008, -0.07286298, -0.015188814, 0.025636861), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(a2, MF4x4(-0.06326144, -0.045018848, -0.130233, -0.015639791, -0.015171213, -0.009451374, 0.06830251, 0.07718799, 0.009820809, -0.10778585, 0.011396909, -0.067577444, 0.16482629, 0.099055305, 0.0517957, 0.008594935), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(b2, MF4x4(-0.037354734, 0.09272911, -0.11168438, 0.1708543, -0.12653585, -0.042765, 0.008014873, 0.22469266, 0.019282004, 0.0041092015, -0.029787902, 0.025127187, -0.05086034, 0.0077483514, 0.010261478, 0.07023893), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(c2, MF4x4(0.055195954, 0.004654069, -0.02118881, -0.05352797, -0.021830624, -0.010750989, -0.032053873, 0.18029462, -0.0703946, 0.06940036, 0.011578795, 0.049051903, 0.12236165, 0.1469314, -0.04752202, -0.02873477), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(d2, MF4x4(0.11799468, -0.022473548, 0.0045530205, 0.0870364, 0.1895775, -0.041058388, 0.079169616, -0.08769193, -0.012526104, 0.03904729, 0.016011083, -0.010498281, 0.08499936, -0.050380737, 0.14939919, 0.009984251), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(e2, MF4x4(0.10477428, 0.16810521, -0.1314053, 0.084377944, 0.17922944, -0.304226, 0.25293878, -0.15422472, 0.20214307, 0.10322054, -0.13431601, 0.04898287, 0.09717359, -0.07664543, 0.14711176, 0.15777126), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(f2, MF4x4(-0.027849296, -0.107415505, -0.048003152, -0.14503942, 0.16935585, -0.11120448, 0.19879252, 0.25992575, 0.10300595, 0.044460453, 0.095423825, -0.0006854256, 0.04321415, -0.042708825, 0.02633511, -0.06220348), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(g2, MF4x4(-0.004024937, 0.05021026, -0.00765448, 0.18315202, -0.078596614, -0.022813313, 0.09930163, 0.08525698, -0.0024254897, -0.06150155, 0.12159309, 0.056743085, -0.19437842, 0.02563038, -0.14668292, -0.0805431), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(h2, MF4x4(0.037370156, -0.13586049, -0.11521326, -0.07453397, -0.025900846, -0.0823091, -0.14436729, 0.14114335, 0.055820756, 0.05531836, -0.1474026, 0.10203739, 0.053665128, 0.00896543, 0.13431323, -0.12663968), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(i2, MF4x4(-0.20144333, 0.05849729, 0.06303023, -0.17678042, 0.03238696, -0.19829398, 0.12956308, -0.20013878, -0.1353999, -0.001031907, 0.10556917, -0.14760506, 0.03315909, -0.10838441, 0.16175537, -0.001477876), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(a3, MF4x4(0.087629505, -0.05908092, 0.16011593, -0.11285914, -0.4358247, 0.18938082, -0.31105244, -0.3638732, -0.0069619874, 0.029419519, -0.2156866, -0.13693112, -0.113110565, -0.09906378, -0.11164287, -0.084068194), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(b3, MF4x4(0.072181284, 0.035425037, 0.028820323, 0.12786204, 0.37121117, -0.076626934, 0.058864776, -0.20865935, -0.0014984896, 0.05978116, 0.117927864, 0.013273026, 0.088378325, 0.13492325, 0.018144222, 0.22580223), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(c3, MF4x4(0.045780275, 0.13346507, 0.056960598, -0.0019664192, -0.24231891, -0.13189796, 0.11114239, -0.07587297, 0.03099761, 0.10284658, 0.094186746, 0.04669001, -0.20374449, -0.12047404, -0.10640337, -0.03541381), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(d3, MF4x4(0.14384045, 0.12343541, -0.029074568, 0.13204664, 0.18878254, 0.115503244, -0.20217639, 0.16410889, -0.79949176, 0.5460196, -0.09889672, 0.27109572, 0.10628155, 0.13510233, -0.20859608, -0.07706875), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(e3, MF4x4(-0.11215904, 0.08981538, -0.10094039, -0.054024383, 0.2652237, -0.2002571, -0.15960355, 0.032049023, 0.007806114, 0.10592316, -0.3487021, 0.048408728, 0.10263737, -0.026020324, 0.072276175, -0.1190967), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(f3, MF4x4(-0.03184955, -0.00798831, -0.028087616, -0.010780139, -0.05444991, 0.09402867, 0.30834422, 0.14518146, -0.010965188, 0.14643683, -0.02568113, 0.068982124, 0.044459574, -0.05092265, -0.0028792082, 0.17158687), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(g3, MF4x4(0.0869746, 0.15908171, -0.0033584125, 0.049515188, -0.15995023, 0.20953654, -0.16041277, -0.08435643, 0.42034048, 0.096904315, -0.1927207, -0.0792477, 0.078221194, -0.10053459, -0.17969237, 0.08374661), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(h3, MF4x4(0.10612468, -0.23303585, -0.08996894, 0.10191982, 0.10724305, 0.1258089, -0.08111434, 0.103680536, 0.00824538, 0.2173516, -0.601468, -0.17365147, -0.09311857, -0.045947216, 0.20118287, 0.00016345571), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(i3, MF4x4(-0.07453406, 0.02476293, -0.089717, -0.14455949, -0.1427004, -0.21921235, 0.1878364, -0.023677701, -0.29442346, 0.13739492, -0.10435927, -0.35067815, 0.00956389, 0.049088918, -0.055482347, 0.1527778), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(na1, MF4x4(-0.20727113, 0.23718962, 0.17435564, -0.017858913, -0.042935595, 0.1996666, -0.059547734, 0.09735509, 0.019539079, -0.012399102, 0.057370137, 0.027493393, -0.10042333, -0.07915818, 0.07218426, 0.1309558), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nb1, MF4x4(-0.032295313, 0.07833535, 0.22808518, 0.012292011, 0.09856554, -0.01996994, -0.028461069, 0.029348027, -0.25023523, 0.21794361, 0.14906348, 0.039845698, -0.004544177, -0.031246802, 0.019103816, 0.07738693), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nc1, MF4x4(-0.15647748, -0.048666175, -0.03838509, 0.22003315, 0.048363995, -0.077338494, 0.109276325, -0.000109877525, -0.10441263, 0.18494262, -0.08754767, 0.12850273, 0.03408794, 0.15086798, -0.19896401, 0.048397515), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nd1, MF4x4(0.011858143, -0.121841036, 0.0048841173, -0.062427614, 0.14153655, 0.011297287, 0.12778129, 0.004588582, 0.021572713, 0.15850346, 0.06464319, 0.06260356, 0.0838926, 0.04272777, 0.0733926, -0.08732838), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ne1, MF4x4(0.20364462, 0.15701732, 0.053049877, -0.46085536, -0.037331745, -0.05813282, 0.036300424, 0.05660442, 0.14007641, 0.12849629, 0.08266283, -0.07872285, 0.07497584, -0.102409676, -0.12487048, -0.06305082), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nf1, MF4x4(0.26158065, -0.090300985, 0.3522249, 0.18087223, -0.06095069, -0.10725335, 0.285748, 0.15195337, -0.19382374, -0.11163994, -0.10937165, -0.05908017, 0.0042464877, -0.14594594, -0.16316739, -0.17099144), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ng1, MF4x4(-0.10028552, -0.18077525, 0.29705408, 0.12354066, 0.0198171, -0.08987044, 0.26377577, 0.075702764, 0.06952089, 0.0049671913, -0.3116211, 0.017268507, 0.37579817, -0.037516277, -0.09738986, 0.0917646), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nh1, MF4x4(0.17661515, -0.17850937, -0.0018308868, 0.18318558, -0.0013081668, -0.113424055, -0.22193146, 0.15262845, -0.13412614, -0.13704826, -0.22099695, 0.24989522, 0.0740908, -0.3789193, -0.05141985, 0.14818457), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ni1, MF4x4(0.31471825, 0.16524819, 0.03326876, -0.14611365, -0.1191457, -0.06510173, -0.13893965, -0.33106923, 0.13048746, -0.527816, 0.01877066, 0.26005507, -0.06294366, -0.24761125, -0.102864824, 0.094261676), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(na2, MF4x4(0.023637002, -0.07186282, 0.0946568, 0.13016573, 0.27244806, -0.08329611, 0.049762517, 0.14729369, 0.15868294, 0.07715838, -0.039478883, -0.06753388, 0.13460182, -0.092146814, -0.11814287, 0.12007007), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nb2, MF4x4(0.06190745, -0.023566067, 0.239366, -0.0068376404, -0.15343493, 0.043685004, -0.047154866, 0.06527902, 0.11998191, -0.2565534, -0.091910206, -0.24104144, -0.12814765, 0.18195467, 0.11766466, 0.06181653), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nc2, MF4x4(-0.06866098, 0.11969287, 0.00997188, 0.09261804, -0.14177154, -0.0052282973, 0.008734555, -0.20822202, 0.0068409014, -0.00470473, 0.031823143, -0.0601048, 0.05632819, 0.01690721, 0.01305342, -0.05824624), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nd2, MF4x4(0.20557542, -0.10924632, 0.012821291, -0.11472336, -0.012862975, -0.09720539, 0.016499901, 0.053605244, 0.2183789, -0.014083709, -0.052786104, -0.075659566, -0.15531872, -0.1454758, 0.032142643, 0.28776056), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ne2, MF4x4(-0.09832725, 0.3388722, -0.092447765, -0.16408351, -0.2557467, 0.031259898, 0.12057204, -0.018744074, -0.46363798, 0.042668946, 0.06506717, -0.25751963, 0.043604825, 0.11740889, 0.07365291, -0.027296776), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nf2, MF4x4(-0.060943104, -0.00371101, 0.13572243, 0.013030143, 0.01196217, -0.14187267, -0.016784329, -0.048273906, 0.2050283, -0.02000498, -0.069050424, -0.09851947, 0.028769497, 0.1289265, -0.0022706073, -0.00296877), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ng2, MF4x4(-0.015049836, 0.01153945, -0.006021933, -0.022156725, -0.030286482, 0.24230544, 0.040056467, -0.021735856, 0.20740065, -0.08999259, 0.006861033, -0.104062624, 0.26829463, 0.051726963, -0.12235904, 0.19572715), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nh2, MF4x4(0.12676726, 0.17367609, -0.03689342, -0.034580305, -0.006836569, -0.06386566, 0.30929026, 0.09361281, -0.06405332, 0.26401913, -0.33314535, -0.06335476, -0.10960964, 0.13062708, 0.058030583, -0.1269144), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ni2, MF4x4(0.03625719, 0.07449099, 0.021113826, 0.008309737, -0.09200202, -0.13108951, -0.0054502958, 0.19819209, -0.24836262, 0.22340319, -0.06844758, -0.22940424, -0.03410828, 0.03854127, -0.050844472, 0.019776637), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(na3, MF4x4(0.014228765, -0.013087027, -0.18055649, 0.001141047, 0.14329694, -0.008534367, 0.006927009, -0.058499523, -0.030727612, -0.07256724, 0.0025644915, 0.007111054, 0.036673337, -0.026148604, 0.120233335, 0.110904366), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nb3, MF4x4(-0.008129229, 0.047908727, -0.1769762, 0.013220415, 0.066762984, 0.06523022, -0.016525066, -0.014394631, -0.008272182, -0.029847749, -0.10351308, 0.036801845, 0.11523106, -0.055156656, 0.11873017, -0.128935), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nc3, MF4x4(0.21848068, -0.002019241, -0.06304477, 0.026670042, 0.039536465, -0.14145948, -0.06304873, 0.023532849, -0.122648045, 0.036414735, -0.037745856, -7.688992e-06, 0.059370764, -0.015019475, -0.029084614, 0.015826277), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nd3, MF4x4(-0.09427522, -0.001972529, -0.09509679, -0.104867265, 0.05705236, 0.00031401246, 0.096889675, 0.15868911, -0.033721585, 0.08299121, -0.095194876, -0.1062834, -0.029866459, -0.041780088, -0.023895228, -0.0026728562), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ne3, MF4x4(-0.27093527, -0.026471421, 0.09702481, 0.036061123, -0.1268649, 0.099340335, 0.15685195, -0.070615016, -0.13991052, -0.04212775, 0.096722156, 0.056507673, 0.02626438, 0.030435594, -0.00033173471, -0.024930432), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nf3, MF4x4(-0.21608484, 0.038410295, -0.10975598, 0.12944944, -0.034110125, 0.03908566, -0.030190451, 0.031670973, -0.018954927, 0.0726848, 0.023156218, 0.017966276, -0.09825987, 0.023912448, 0.07257811, -0.008502145), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ng3, MF4x4(0.044695053, -0.046481512, -0.098602146, -0.13273694, -0.09406325, -0.0062411693, 0.10242225, 0.025881069, 0.061662897, 0.019632077, -0.069696225, -0.14693011, 0.034227923, 0.037439592, -0.17188378, -0.19963826), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(nh3, MF4x4(-0.25531536, -0.050288115, 0.11258405, -0.24783169, -0.034263797, 0.054084245, 0.119918555, -0.027509615, 0.10056127, -0.09610037, 0.16208062, 0.005269051, 0.08660796, 0.11050934, -0.012584769, -0.0040703616), conv2d_5_tf);\n\tconv2d_5_tf = MulAdd(ni3, MF4x4(0.07649277, 0.13011539, -0.052341804, 0.07836859, 0.18562089, 0.07701519, -0.15669914, 0.007145429, 0.018427812, -0.12513049, -0.03395353, 0.14632194, -0.108091615, -0.01585824, 0.0602756, -0.11572579), conv2d_5_tf);\n\tMF4 nconv2d_5_tf = max(-conv2d_5_tf, 0);\n\tconv2d_5_tf = max(conv2d_5_tf, 0);\n\t\n\tMF4 conv2d_4_tf = MF4(-0.0542914, -0.045369092, 0.029350873, -0.018128533);\n\tconv2d_4_tf = MulAdd(a1, MF4x4(-0.032557677, 0.15826401, -0.11499422, -0.08640765, -0.09198991, -0.007192731, 0.010252954, 0.023780089, 0.15372203, -0.0009684923, 0.051660325, 0.011104123, 0.023871671, 0.005045307, 0.10722681, 0.065446004), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(b1, MF4x4(0.04723326, 0.21495502, -0.4453857, -0.020825233, 0.021379868, 0.04798187, 0.11383445, 0.08597329, 0.05730255, -0.046370696, -0.105095126, -0.03220056, -0.10122536, 0.06955123, -0.023051325, -0.04296927), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(c1, MF4x4(-0.02551809, 0.16179861, -0.15771814, -0.00045056897, 0.05842655, 0.11279471, 0.08018674, 0.05973765, 0.044070918, 0.08054599, -0.070336945, 0.05499731, -0.039118823, 0.003635353, -0.019759493, -0.040480837), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(d1, MF4x4(-0.04707628, 0.040738698, -0.013698143, -0.047391538, 0.031729057, -0.01837267, -0.10985463, -0.0028168112, -0.03167109, 0.0007989082, 0.011234699, 0.06895626, -0.12226361, 0.016290974, -0.055669673, -0.17432979), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(e1, MF4x4(-0.05069543, 0.15450205, 0.06981913, -0.377529, -0.14111535, 0.124757245, 0.021858096, 0.044034548, -0.16741593, 0.09746289, -0.045757677, -0.11644043, -0.09906484, 0.19128124, 0.061969943, -0.14589702), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(f1, MF4x4(0.12177423, 0.077437244, 0.059054222, 0.14925033, 0.016682645, -0.004765056, -0.2194741, 0.11314126, 0.2384071, -0.12049565, 0.12753354, 0.19679058, 0.03558123, 0.018636368, -0.11018761, -0.027520377), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(g1, MF4x4(-0.03618456, -0.030103968, 0.02968891, -0.00393875, -0.07128213, 0.022181263, -0.08430743, -0.027601235, -0.09228556, 0.04661313, 0.054729965, 0.052708175, 0.050483003, -0.022951633, 0.099321984, -0.043519083), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(h1, MF4x4(0.034695346, 0.10380181, -0.043013666, 0.037639238, 0.118943654, 0.027931944, 0.07628075, -0.12427217, 0.14970858, -0.065848, 0.0030750742, 0.011039123, 0.27721024, -0.055808693, 0.25105593, -0.1825985), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(i1, MF4x4(0.03627934, -0.17293514, 0.09188732, 0.11569783, -0.035355445, -0.10536353, -0.0068529076, -0.0929389, 0.09053234, 0.05907859, 0.049182277, 0.15194432, -0.09835422, 0.00061943196, 0.066343345, -0.06307589), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(a2, MF4x4(0.10120336, -0.10855617, 0.13412404, -0.018874792, 0.037988223, 0.0957435, 0.015402347, -0.08589699, -0.07694196, -0.03258571, 0.064437136, -0.0495422, 0.24836332, -0.0041739377, 0.093993485, -0.0076778256), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(b2, MF4x4(-0.20205948, 0.035698004, 0.0120531265, 0.03971649, 0.07550046, 0.047750015, -0.049045984, 0.04001014, -0.030263485, -0.0030697742, 0.05283423, -0.00014085052, -0.062447365, -0.0503476, -0.085151225, -0.04436882), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(c2, MF4x4(0.1516312, -0.073820546, -0.01047401, 0.0002717457, -0.17057727, 0.20856272, -0.09357496, -0.17346743, -0.068092465, -0.023344085, -0.03279074, -0.077289, -0.09844614, -0.035491887, 0.048796505, -0.03633584), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(d2, MF4x4(0.0073127835, 0.041834716, 0.015633723, -0.042742077, 0.08359733, -0.13898548, 0.1343008, 0.04692816, 0.051663343, -0.1277769, 0.029269615, 0.021745533, 0.09920264, 0.032076713, -0.05319438, 0.040574815), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(e2, MF4x4(0.052737534, -0.02136074, -0.18437223, 0.030766862, 0.23291707, -0.010449272, 0.032748792, 0.1304141, 0.27302903, 0.008562884, 0.13475919, 0.044446316, -0.17819557, 0.08270108, 0.06075267, -0.112788476), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(f2, MF4x4(-0.093748294, -0.004655885, -0.044859763, -0.11719146, -0.4701752, 0.09076277, -0.2283514, -0.34524822, -0.11999304, -0.010338027, 0.026785752, 0.029790966, -0.0635327, -0.024085084, -0.12074973, 0.080456585), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(g2, MF4x4(-0.023425102, -0.105786875, 0.1220016, 0.017974272, -0.12736784, -0.050550908, -0.1985566, 0.09139255, -0.18943925, -0.0067088404, -0.15007311, -0.015332959, 0.16430685, 0.006736225, -0.009263825, -0.08230126), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(h2, MF4x4(-0.15165123, 0.057155497, -0.09756418, 0.0475568, -0.14430566, 0.05169595, -0.24240975, 0.061147846, 0.0017831615, 0.028189357, -0.12519005, 0.03604646, -0.0460214, 0.05936097, -0.0213775, -0.28192145), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(i2, MF4x4(-0.019390648, 0.005514995, -0.0024649797, 0.056670878, -0.10385216, -0.05531206, 0.23233996, -0.16394126, 0.1718211, -0.08723329, 0.08580946, -0.028214762, -0.060853615, 0.0458013, 0.106201656, 0.031685878), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(a3, MF4x4(-0.105268896, 0.0106684705, -0.10355101, -0.07401398, 0.12425712, -0.21308881, 0.05200582, -0.024954682, -0.1120292, 0.07799603, -0.031506516, 0.0031533986, -0.05264893, -0.11141642, 0.107277475, 0.049987797), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(b3, MF4x4(0.08439962, -0.14181082, -0.20358182, 0.09080642, -0.061622817, 0.24017061, -0.12030436, 0.17224449, -0.0220505, 0.20025904, 0.1032571, 0.032335218, -0.09232964, -0.06172056, -0.1011141, -0.07322099), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(c3, MF4x4(-0.10896482, 0.06107763, -0.100641444, -0.018832406, 0.020139545, -0.0037260412, -0.10512619, -0.24599148, 0.014342631, 0.056689363, -0.06662091, 0.03999069, 0.00824376, 0.030449467, 0.027041748, -0.056902107), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(d3, MF4x4(-0.18174766, 0.040627997, 0.1140224, -0.20088135, 0.07404639, 0.01215843, -0.050341435, -0.0011868333, -0.5206288, 0.53214884, -0.60289955, 0.25364086, -0.05814184, 0.21600877, 0.07475344, 0.0624221), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(e3, MF4x4(-0.07710521, 0.030054979, -0.28164682, -0.13994755, 0.028757188, 0.04356096, -0.14357159, 0.2761477, -0.5300268, 0.44994202, -0.15364286, -0.18580483, 0.084563375, -0.13093601, 0.08291044, 0.017790407), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(f3, MF4x4(0.013963807, 0.0032885068, 0.0069646467, 0.03777879, -0.30103573, -0.047965538, 0.057550967, -0.3402889, 0.0026557294, 0.2289777, 0.01937088, 0.18484715, 0.083694465, -0.056240357, -0.0023172104, -0.13328342), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(g3, MF4x4(-0.05847699, 0.06990862, -0.0076244893, 0.03992696, 0.088809974, -0.059422277, -0.10557949, 0.058280375, -0.37764055, -0.19777957, -0.86350954, -0.21546844, 0.21863134, -0.074350335, 0.039010234, -0.021216504), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(h3, MF4x4(-0.18698102, -0.024641648, -0.16558538, -0.06499548, 0.10435924, 0.0030438402, -0.021636335, 0.046050593, -0.22217542, -0.14033853, -0.21516539, -0.4834089, 0.061894827, -0.024107188, 0.045805957, 0.20019397), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(i3, MF4x4(-0.0657418, 0.074276686, -0.07074239, -0.0101531055, -0.17146541, -0.016556345, -0.16196094, -0.13551502, -0.017605018, 0.065230414, 0.10717515, 0.41153327, 0.07095331, -0.05611257, -0.09297768, -0.054604497), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(na1, MF4x4(-0.051999312, 0.28559515, -0.09147715, 0.04536181, 0.077552326, 0.052161235, 0.006652824, 0.12593806, -0.07654755, 0.056134425, 0.029163264, -0.05461885, 0.04772557, 0.14073811, 0.07795857, -0.0397234), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nb1, MF4x4(-0.0698435, 0.17774913, -0.07301677, -0.14336437, -0.104051985, 0.14831689, 0.045199208, -0.1867252, 0.07530157, 0.12153924, 0.1397731, -0.026905237, 0.056165505, 0.21213025, 0.073159344, 0.03143804), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nc1, MF4x4(0.029820994, -0.079599164, 0.12901585, 0.014192698, -0.0816397, 0.02425821, 0.10938256, 0.0077257096, -0.009784561, 0.20602871, -0.07226973, -0.16234052, 0.0064664064, -0.023469927, 0.0037447219, 0.015258041), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nd1, MF4x4(-0.028296372, 0.23841251, 0.04076168, 0.061052933, -0.082375534, 0.11200519, 0.025308013, 0.1736187, 0.23024227, -0.004161287, 0.16408522, -0.0141539015, 0.01496407, -0.037708607, 0.15057993, 0.14573294), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ne1, MF4x4(0.22485349, -0.2217838, -0.011602474, 0.22668324, 0.2172098, -0.21826234, -0.09506227, -0.06592076, 0.14401191, 0.014868243, 0.41509256, 0.2799861, 0.04998898, -0.121938676, -0.29612163, 0.16926381), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nf1, MF4x4(0.009154201, -0.14300221, 0.0121250935, -0.049595118, -0.3256411, -0.07036471, -0.066481166, -0.32643607, 0.13287841, -0.096211806, -0.24969384, -0.36735064, -0.14625767, 0.07217462, 0.06205977, 0.13962744), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ng1, MF4x4(0.10122661, -0.042678952, 0.08920629, -0.022906423, -0.048781462, 0.008094098, 0.16410494, 0.01511925, 0.009355741, -0.034123767, 0.06522056, -0.04114966, 0.025140515, -0.046565775, 0.18292467, 0.009392873), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nh1, MF4x4(-0.06604219, -0.10034091, 0.10934946, 0.18707348, -0.19358878, 0.11417287, -0.024397675, 0.04772407, -0.10278711, -0.03847901, -0.025120566, 0.047323767, -0.26464674, 0.15394583, -0.042590924, -0.09511779), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ni1, MF4x4(-0.13339657, 0.13506593, 0.011463314, 0.077461444, -0.022262955, 0.06132727, -0.113292165, -0.1987806, 0.0027555283, -0.016475892, 0.14219329, -0.211625, 0.11405046, -0.12044097, -0.088240534, 0.17436995), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(na2, MF4x4(-0.08783496, 0.06564822, -0.10796846, -0.13460107, 0.10140343, 0.08105866, 0.0040176474, -0.045305755, -0.09299188, -0.18928377, -0.099694185, 0.11314726, -0.018881949, 0.04591721, 0.117965475, -0.00035760578), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nb2, MF4x4(0.043456256, 0.10901491, 0.010485461, -0.061420415, -0.04018357, 0.1689085, 0.015425885, 0.061508525, 0.069377325, -0.18156749, 0.19194232, -0.25884745, -0.036184482, -0.0069973134, 0.021037813, -0.08046543), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nc2, MF4x4(-0.044377886, 0.18098527, -0.07314578, -0.00287104, 0.038114406, -0.044841792, -0.063126855, 0.19896339, -0.09739791, -0.24212237, 0.19623765, -0.06326722, 0.062247403, 0.054567214, 0.10500492, 0.04231698), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nd2, MF4x4(0.12399143, -0.09728722, 0.06730315, -0.011540306, -0.116925925, 0.0074092527, 0.21276267, 0.068349704, -0.05713399, 0.17656437, -0.10295556, -0.12709019, 0.102335855, 0.2679535, -0.06597912, -0.022839248), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ne2, MF4x4(0.1265364, 0.16177331, -0.075765, -0.06347739, -0.056721687, 0.18794554, 0.006572088, -0.00011200755, 0.05219661, 0.21530084, -0.101604566, 0.04750483, -0.09394214, -0.11256657, 0.11389309, -0.011598962), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nf2, MF4x4(0.015922887, -0.046698473, 0.0130271325, -0.052948795, 0.16426764, 0.09934194, -0.07745314, 0.038738497, -0.040967297, 0.06423774, 0.034312535, -0.013723525, -0.0030767843, 0.041221425, 0.041528914, 0.027097305), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ng2, MF4x4(-0.13077654, 0.046842843, 0.034140635, 0.10109363, 0.20840693, -0.012975956, -0.041564208, 0.009877259, -0.033334266, -0.106034294, 0.2507187, -0.01512933, -0.008589095, 0.1849223, -0.06436464, 0.087347835), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nh2, MF4x4(0.13326278, -0.035467118, 0.12698379, -0.034838732, 0.023856519, 0.05274121, -0.09120117, 0.070493534, -0.14804247, 0.08772896, -0.1343374, -0.058013596, -0.1194792, -0.07288297, 0.074856065, 0.021033823), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ni2, MF4x4(0.023594514, -0.018284807, -0.037060708, -0.06051526, 0.13681069, 0.09436225, -0.044987947, 0.21031074, -0.14567234, 0.04987286, -0.24576813, -0.091558464, 0.0040201824, -0.045261826, 0.050834723, 0.04080285), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(na3, MF4x4(-0.12843935, 0.11059404, 0.035774253, 0.016019672, 0.13419932, -0.082884714, 0.086934, -0.027470622, -0.0055711996, 0.14726739, 0.00025540774, -0.082832016, 0.015134819, -0.1869738, -0.15580305, 0.118347436), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nb3, MF4x4(-0.03210018, -0.07439424, 0.09171389, 0.0061248797, -0.122092225, -0.0055175424, 0.060848907, 0.05447007, -0.1005626, -0.13843839, -0.11508479, 0.034595586, 0.16528612, 0.07630222, 0.10175574, -0.034656286), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nc3, MF4x4(0.05687666, -0.1130296, -0.038044114, 0.1376985, 0.02434624, -0.21984427, -0.0038558878, -0.10872551, 0.00807944, 0.019718373, 0.07016335, 0.001672884, -0.051990695, -0.04958167, -0.036594924, -0.0008506928), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nd3, MF4x4(-0.07842389, -0.0907049, 0.10945533, -0.14496571, 0.03524454, -0.12881151, -0.13281278, -0.023060825, -0.037150636, -0.0001619192, 0.07462792, 0.19251943, -0.048907887, -0.09152158, 0.077018015, -0.0076050037), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ne3, MF4x4(-0.06379491, 0.22390717, -0.044009656, -0.19816853, -0.14713046, 0.114638254, -0.008227305, -0.014490413, 0.04359834, 0.10032826, -0.17928778, -0.13981889, -0.07729277, 0.11685862, 0.21970165, -0.09117455), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nf3, MF4x4(0.21068226, 0.030921075, 0.109845765, 0.058498275, 0.015876649, -0.0067828237, -0.10064077, 0.13756661, 0.017506564, 0.041748323, 0.17195722, 0.012285508, -0.023290245, 0.07060226, 0.069730066, -0.018874977), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ng3, MF4x4(0.19153018, -0.07691863, -0.03687873, -0.069982305, -0.097453654, 0.060358603, -0.030159682, -0.048520114, 0.12498585, -0.07376571, -0.01039302, -0.099845245, 0.00042995642, 0.035783857, -0.12854497, -0.024975097), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(nh3, MF4x4(0.11177764, -0.02895167, 0.09053559, -0.24130683, -0.09276382, 0.04739869, -0.005453787, 0.031923447, 0.089385964, -0.048109047, 0.061177306, 0.117845595, 0.014615613, 0.1153759, -0.0007218852, -0.10042441), conv2d_4_tf);\n\tconv2d_4_tf = MulAdd(ni3, MF4x4(0.041179586, 0.00042151578, 0.07818137, 0.06354339, 0.0049364083, -0.055836283, -0.0073542926, 0.047470722, -0.15328479, 0.03497268, -0.17375292, 0.0006636334, -0.043640774, -0.007737031, 0.10040319, -0.09145891), conv2d_4_tf);\n\ttex8[gxy] = conv2d_4_tf;\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\n\tMF4 target = MF4(-0.02423156, 0.015124756, -0.02608139, 0.030428935);\n\ttarget = MulAdd(e1, MF4x4(0.15610647, -0.15150696, -0.076018915, 0.030773202, -0.13935511, 0.17644633, 0.028819937, 0.30125114, 0.38625193, 0.35517895, 0.0975343, 0.114022225, 0.25494647, -0.23291643, 0.29096943, 0.15063812), target);\n\ttarget = MulAdd(e2, MF4x4(-0.22949804, -0.1368772, -0.07729264, 0.08470473, -0.06426131, -0.0064847367, 0.08241476, -0.1476949, -0.13712044, -0.36110023, -0.081719294, 0.19409889, 0.05562042, 0.26609465, 0.020447321, 0.2567414), target);\n\ttarget = MulAdd(e3, MF4x4(0.03337578, 0.2905731, 0.21772428, -0.074480034, 0.071880735, 0.27764675, -0.17273173, -0.0037474795, -0.1842544, 0.21896398, -0.30134472, 0.1711769, 0.23913746, -0.0435854, -0.12745531, -0.050227556), target);\n\ttarget = MulAdd(ne1, MF4x4(0.34923258, -0.5455803, -0.2904644, -0.5446842, -0.040965725, -0.055288248, -0.50672686, -0.10309429, 0.045286313, -0.04284262, -0.19785875, -0.16594213, -0.10000842, 0.47245356, -0.32767087, 0.32854807), target);\n\ttarget = MulAdd(ne2, MF4x4(0.05952625, -0.062991776, 0.3438396, -0.08141334, -0.2488028, -0.04746144, 0.06563561, 0.45020792, -0.19996788, 0.015523991, -0.19214569, -0.24849077, -0.022107737, 0.28190804, 0.13384444, -0.12800638), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.37812218, 0.09970516, 0.015231938, 0.07226164, -0.33720142, -0.05899804, -0.0025790115, -0.17770731, 0.111127384, 0.008749534, -0.09077738, -0.060420215, -0.10196339, 0.09641038, 0.25222716, 0.12781976), target);\n\ttarget = MulAdd(conv2d_5_tf, MF4x4(0.24168618, 0.18625724, -0.012904225, -0.011732107, 0.085045695, -0.4754185, 0.10896487, 0.09179793, -0.31662637, -0.117563, 0.5133052, -0.09457646, -0.15872721, -0.09779008, 0.56810176, 0.3339073), target);\n\ttarget = MulAdd(nconv2d_5_tf, MF4x4(-0.09105348, -0.17617023, -0.21897802, -0.14157395, 0.16165406, -0.46579927, 0.24905841, 0.11579037, 0.09073764, 0.36771873, -0.29340085, -0.04271419, -0.11684365, -0.17138094, 0.12188604, -0.14749436), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.10943254, -0.17193961, -0.07027378, -0.26047203, 0.04288517, 0.21311204, 0.03997142, -0.17006959, 0.16181368, 0.28361118, 0.26655135, -0.097007245, -0.15998597, -0.09568138, -0.27558687, -0.11706871), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.365517, 0.5422966, -0.0013869518, 0.3447622, -0.25885904, -0.098901175, -0.048043057, 0.15867509, -0.12303401, -0.15362008, 0.270228, -0.2756776, -0.44207478, -0.0419657, 0.09387863, -0.07240854), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.15073416, -0.032387026, -0.039117433, -0.50999755, 0.073477276, -0.14495571, 0.15120687, -0.3443857, -0.29039595, -0.16189122, 0.14190345, -0.10934344, -0.21965231, -0.45768484, 0.11907852, 0.5091087), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.23260471, 0.16441877, 0.16760987, 0.10740154, -0.21663232, -0.10124566, -0.20843595, 0.066555224, 0.24608357, 0.16345865, -0.11965141, 0.18451719, 0.41683537, -0.044497896, 0.39102596, -0.11944608), target);\n\ttex1[gxy] = target;\n\t\n\ttarget = MF4(-0.0038817346, -0.052502215, 0.008882693, -0.017785465);\n\ttarget = MulAdd(e1, MF4x4(-0.12407633, -0.027812717, 0.23094666, 0.060302667, -0.16624144, -0.0007371851, -0.28186718, 0.22369424, 0.022404855, 0.09096415, 0.0017822908, 0.336001, -0.09130467, 0.034111694, 0.19113103, -0.14513424), target);\n\ttarget = MulAdd(e2, MF4x4(-0.014768806, -0.31290373, 0.015769936, -0.13507901, -0.010203078, 0.4945444, -0.01088852, -0.1582938, -0.14903755, -0.1840089, -0.009966903, -0.19425109, -0.21303283, 0.26285252, -0.046254523, -0.15465552), target);\n\ttarget = MulAdd(e3, MF4x4(0.07533467, 0.26080438, 0.024856985, 0.34277654, -0.3129344, 0.30575162, 0.06931557, -0.044698272, 0.18042412, 0.45999247, -0.5192437, 0.022618707, -0.020097036, -0.27706465, -0.0050434433, -0.12770803), target);\n\ttarget = MulAdd(ne1, MF4x4(0.098648146, -0.21701503, 0.10266521, -0.085537605, 0.02402345, -0.28643832, 0.19378376, -0.12658586, 0.115897186, 0.01580828, 0.11827048, 0.29019687, -0.19341177, 0.09564265, 0.03476779, 0.11699004), target);\n\ttarget = MulAdd(ne2, MF4x4(0.058346223, 0.25530934, -0.026972264, 0.3190419, 0.12263199, 0.124316074, 0.04734691, 0.011293402, -0.17419139, -0.15893947, 0.093723476, 0.23282392, 0.19400646, -0.0533148, 0.026266033, 0.19663234), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.06663804, 0.20435949, 0.044924624, -0.24982749, 0.20327586, 0.12442739, -0.3155765, -0.18541007, 0.18991531, -0.19276267, 0.21697456, 0.03178544, -0.3381796, -0.15325621, -0.25820518, -0.07297032), target);\n\ttarget = MulAdd(conv2d_5_tf, MF4x4(0.098007046, -0.17018083, 0.3390076, -0.2280134, 0.12989196, -0.044336785, -0.10702673, -0.37464848, 0.028437488, 0.24224928, -0.107826136, 0.0031239046, -0.34256136, -0.17936559, 0.091159485, -0.054418396), target);\n\ttarget = MulAdd(nconv2d_5_tf, MF4x4(0.053965975, -0.17428857, -0.43524495, -0.15119378, -0.25487635, 0.16371927, 0.1467712, -0.08216164, -0.5624722, -0.11886804, -0.058240388, 0.17669299, -0.15173754, 0.13094892, 0.39045286, -0.017048221), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.15798661, -0.36355045, 0.1957264, -0.05392931, 0.098283805, 0.14677107, 0.16887192, -0.11125151, -0.113571666, 0.15960959, -0.09331763, -0.032195523, 0.17286941, 0.33965907, 0.09051416, -0.25542957), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.16866244, 0.05636189, -0.100324616, 0.20495924, -0.102705345, -0.08387417, -0.09328024, 0.21541446, 0.1430065, 0.0308464, -0.0793588, -0.029477509, -0.28854427, -0.29555637, 0.33754608, -0.18144317), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(-0.11338383, 0.019528843, -0.24414338, -0.36290777, 0.54908705, -0.083018646, 0.007534378, -0.1406417, 0.37853354, 0.09911941, -0.047861155, -0.3186758, 0.2125856, -0.114667036, -0.07411896, 0.050717812), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.2961511, 0.28937215, -0.36593223, -0.16141813, -0.087650776, -0.47516292, 0.0052091824, 0.033959586, -0.06072628, -0.0012637508, -0.037578013, -0.35235298, 0.11726439, 0.6064031, 0.34058803, 0.45300734), target);\n\ttex2[gxy] = target;\n\t\n\ttarget = MF4(-0.013587518, 0.049618572, -0.065549955, -0.007242324);\n\ttarget = MulAdd(e1, MF4x4(-0.21563801, -0.12204513, 0.31932783, 0.28290224, -0.17011476, -0.06448831, 0.004365267, -0.07169507, 0.21165244, -0.07712424, 0.14979824, 0.2240992, 0.48357385, -0.015724417, -0.3836641, 0.07599027), target);\n\ttarget = MulAdd(e2, MF4x4(-0.20743755, -0.119118474, 0.1009234, -0.2842955, -0.24531132, 0.062108602, 0.11733637, 0.06687575, -0.065953426, 0.15715389, 0.21475503, -0.1019138, 0.08085453, -0.24522887, -0.108375534, 0.29179853), target);\n\ttarget = MulAdd(e3, MF4x4(0.16713834, 0.030504826, -0.2423963, -0.41885766, -0.20249867, -0.061683156, -0.14999944, 0.54505223, 0.16486095, -0.023248592, -0.17566164, 0.089543514, -0.1884646, 0.15263423, 0.14438081, -0.21730141), target);\n\ttarget = MulAdd(ne1, MF4x4(0.37399703, 0.2731133, 0.11279373, 0.004775496, -0.19443156, -0.071899086, 0.17512012, -0.11265631, 0.01926881, -0.31321192, -0.32160205, -0.23714963, 0.097321026, 0.13937393, -0.28038052, -0.046872586), target);\n\ttarget = MulAdd(ne2, MF4x4(0.124041334, 0.083966166, 0.13945055, 0.087915726, 0.11154068, -0.09223973, -0.012948238, 0.16114026, 0.13717382, 0.11968761, 0.076536775, -0.15866219, -0.19017774, -0.11172013, 0.024816172, 0.096302085), target);\n\ttarget = MulAdd(ne3, MF4x4(0.081017025, -0.1537902, 0.193927, 0.22226687, 0.441012, 0.18478638, 0.30040395, 0.032401927, -0.13839063, 0.017778423, -0.42750338, -0.19760555, -0.21953818, -0.2148397, -0.084683254, 0.20916465), target);\n\ttarget = MulAdd(conv2d_5_tf, MF4x4(-0.3921892, 0.2123992, 0.14027761, 0.10175143, -0.11134986, -0.16432697, -0.1097465, -0.21807413, -0.09732297, -0.11108596, -0.39636138, -0.06654249, 0.18766358, -0.0061503067, 0.1286225, 0.2418667), target);\n\ttarget = MulAdd(nconv2d_5_tf, MF4x4(-0.0039234986, 0.17088562, 0.12906016, -0.13476452, -0.09124947, 0.3098052, 0.09895542, 0.18631962, -0.06776231, 0.19485205, 0.14722902, 0.32147923, -0.1811334, 0.15313488, 0.0796922, 0.0012897709), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.032229863, 0.025498863, 0.06695979, 0.019412167, -0.16543043, -0.12314033, 0.112201385, 0.16554663, 0.13644108, 0.3098045, 0.081390016, -0.006008416, -0.016406069, 0.22883923, 0.22282913, -0.13947442), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.010251363, 0.08210024, -0.33465254, -0.012109372, 0.027115503, 0.1481351, -0.081793204, -0.20716506, 0.0056828605, -0.30995828, 0.11498873, 0.15678942, -0.061227474, -0.14681229, 0.1498136, 0.11219651), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.21796124, -0.12195326, 0.44734144, -0.124715045, -0.05986958, -0.25252253, -0.13802508, 0.16756216, 0.28327593, 0.38355786, -0.27178785, -0.19969118, -0.26010805, -0.074593216, 0.10679648, 0.15610766), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.07648412, -0.18866923, -0.2592641, 0.32486007, -0.6200149, 0.09312683, 0.42827863, -0.2703639, 0.08144911, -0.054994784, -0.24911343, 0.41974616, 0.036914464, -0.32325324, 0.012920313, -0.48379797), target);\n\ttex3[gxy] = target;\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x24, Conv-4x1x1x56\n//!IN tex1, tex2, tex3, tex4, tex8\n//!OUT tex9, tex5, tex6, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\t\n\tMF4 conv2d_1_tf = tex4.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\t\n\tMF4 conv2d_4_tf = tex8.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\n\tMF4 conv2d_8_tf = MF4(-0.020329567, 0.07771538, 0.06740593, -0.00038238944);\n\tconv2d_8_tf = MulAdd(a1, MF4x4(-0.11553467, -0.14921814, -0.085377395, 0.10231987, 0.08155549, 0.07075523, 0.012124212, 0.013545821, 0.103393115, -0.007523045, 0.060739517, -0.05890024, 0.21902815, 0.020522034, -0.1402768, 0.1280077), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(b1, MF4x4(0.051253397, -0.040904667, 0.1898603, -0.11879134, 0.069219105, -0.04280286, -0.022459755, 0.14305754, -0.063906856, 0.21501009, 0.0023572869, 0.09840124, -0.072510734, 0.057598237, 0.06159614, -0.13078417), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(c1, MF4x4(0.09612547, -0.11506342, -0.0017697238, 0.082210004, 0.14244868, -0.018724512, 0.12827, -0.011984352, 0.08484893, 0.0534688, 0.06480922, 0.14134778, 0.0876346, -0.010892883, 0.15595037, -0.040623467), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(d1, MF4x4(-0.15201004, 0.0093916925, 0.25506935, 0.003084567, -0.06869725, -0.27494308, 0.12937209, -0.12043822, -0.1918611, -0.09398222, 0.045312967, -0.1111442, -0.1376949, 0.0053297062, -0.28389412, -0.1396928), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(e1, MF4x4(-0.12742004, -0.23415208, 0.12804613, -0.1406368, 0.09349193, -0.12212758, -0.05245734, -0.39274624, 0.23036338, 0.04170077, -0.12391477, -0.00871988, 0.012228075, 0.31633002, -0.17377669, -0.124939), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(f1, MF4x4(-0.01582657, 0.018224325, -0.01147676, -0.09984998, -0.026615107, -0.21468964, 0.21078119, 0.19190042, -0.096901044, -0.041285027, -0.014912263, 0.17798825, 0.06570931, 0.09232608, -0.1068993, 0.089612365), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(g1, MF4x4(0.051225413, -0.07643113, 0.058832865, 0.083958775, 0.11160564, -0.14167392, -0.021870648, 0.10238029, 0.047018003, 0.11449065, 0.08001371, -0.06804109, 0.033969186, 0.10051381, -0.0008517809, -0.07459736), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(h1, MF4x4(0.09263853, -0.09833199, 0.042132426, -0.13103375, -0.03731804, -0.039324153, 0.10190401, 0.024146391, 0.110644914, -0.12685625, -0.12852249, 0.021824492, 0.0784485, 0.11471671, -0.09116125, 0.010305502), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(i1, MF4x4(0.005317984, -0.055282168, 0.09082919, -0.10774655, 0.21394931, 0.0045357225, -0.06699662, 0.2507622, 0.15671767, 0.11952803, -0.06123182, 0.13399701, 0.046645127, 0.0026899239, 0.022635492, 0.07161002), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(a2, MF4x4(-0.017425103, 0.12552156, -0.093341894, -0.071356304, 0.15947455, 0.24979044, -0.03843421, 0.14001197, 0.15455416, -0.05550835, -0.011375887, -0.07661705, -0.12418336, 0.056913756, 0.16633298, 0.11513766), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(b2, MF4x4(-0.08778774, 0.057353538, -0.092138395, 0.002837398, 0.22633068, 0.120333284, 0.09834124, 0.05738123, 0.059130516, 0.22035405, -0.024255643, 0.02477418, 0.04645929, 0.39426094, 0.276884, -0.01479481), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(c2, MF4x4(0.18796739, 0.083501674, 0.07283311, 0.06415875, -0.024382524, 0.04679669, -0.15093789, -0.22831221, 0.058881074, 0.16446854, -0.028955745, 0.1956661, 0.0516941, 0.16135721, 0.11951658, 0.10451706), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(d2, MF4x4(0.008279574, 0.23456147, -0.12539841, -0.17107405, 0.12736088, -0.028486755, -0.18606788, -0.15545112, -0.025036227, 0.028735701, 0.17332946, -0.1413287, 0.050435208, -0.07583189, 0.14276801, 0.08007638), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(e2, MF4x4(0.23048489, -0.045157567, -0.014840823, 0.041994587, -0.0002087858, -0.01711496, -0.08994919, -0.05393212, -0.048546836, 0.18694918, -0.014523763, -0.14133967, 0.02896907, 0.08478857, 0.020594146, -0.0013243662), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(f2, MF4x4(-0.1141037, -0.11394802, 0.11164606, 0.12330282, -0.044497687, -0.06207866, 0.08016056, 0.16055691, -0.062488995, 0.051081542, 0.086364634, 0.10802774, 0.16742289, -0.08850773, 0.26072827, -0.34441397), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(g2, MF4x4(0.06775539, -0.19385163, 0.12488108, 0.11025669, 0.028568348, 0.051090416, -0.15175076, -0.17447716, -0.14535129, -0.15599817, -0.10742375, 0.23767987, -0.071634814, -0.19241351, -0.052424364, 0.105806515), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(h2, MF4x4(-0.044398658, 0.0027700714, -0.22429284, 0.11238373, -0.081747256, -0.016608216, 0.012278578, 0.036800906, 0.015081323, 0.12504977, -0.05880422, -0.05670147, -0.051358018, 0.03139849, -0.0058919964, -0.029613987), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(i2, MF4x4(-0.05326926, -0.06667389, -0.15082167, 0.011100974, -0.17428419, 0.06436674, 0.12850241, 0.07432186, 0.08191501, 0.24600182, -0.085727975, -0.22370532, 0.15681425, -0.112885654, 0.10803866, 0.09235784), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(a3, MF4x4(-0.15705872, -0.1011224, 0.11024848, 0.100342564, -0.112648144, -0.18259776, -0.0134320175, -0.19909476, 0.09715426, 0.015931793, -0.13415024, -0.1476672, -0.07625902, 0.11680044, -0.02269237, 0.013758246), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(b3, MF4x4(-0.24389952, 0.1949585, -0.08155146, -0.14432955, 0.061777957, 0.0053770593, 0.11755161, -0.053200334, -0.18301581, -0.015372121, -0.10212801, 0.27215135, 0.089837484, 0.011281987, -0.1765269, 0.060139008), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(c3, MF4x4(0.1613523, -0.051561244, -0.08003759, -0.15677674, -0.010480271, -0.05442542, 0.03414788, -0.054194316, -0.087549254, 0.22978279, -0.0047125067, 0.16779551, 0.0654713, 0.055772237, -0.009877759, 0.04076752), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(d3, MF4x4(-0.018052207, -0.07168355, -0.1447087, 0.2920458, 0.1345294, -0.0847823, 0.0014948811, -0.10205125, -0.044011697, -0.16249846, -0.052916005, -0.0181699, -0.08360677, -0.06418388, -0.036664434, -0.15985154), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(e3, MF4x4(-0.0043584667, 0.1973149, 0.07195116, 0.07608803, -0.10798404, 0.11076036, 0.23318382, -0.23839737, -0.29880977, -0.03647466, -0.13977784, -0.27129006, 0.14539374, 0.003516734, -0.17389128, -0.14548092), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(f3, MF4x4(-0.039712217, -0.14402422, 0.115726, 0.026172435, 0.088555016, 0.07606563, 0.047167692, -0.048009936, -0.19357018, 0.01590195, -0.08144182, 0.11633417, 0.044445038, -0.038849603, 0.02644488, 0.12953997), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(g3, MF4x4(-0.2535649, -0.09789916, -0.059466388, -0.17749946, -0.024909042, 0.07494422, -0.0817595, 0.20722246, 0.049061295, -0.26182574, 0.11551785, -0.11284367, -0.19183765, -0.075118415, 0.023913708, -0.13905819), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(h3, MF4x4(-0.009345336, 0.06655174, -0.002273717, -0.06538255, -0.015212964, 0.039716627, -0.08802585, -0.112940565, 0.018324325, 0.24168438, -0.2545027, 0.025853468, -0.11133557, -0.028638441, 0.026320668, -0.09357033), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(i3, MF4x4(-0.23745783, -0.032814, 0.2784286, -0.04626241, -0.02654139, -0.018567635, -0.0013748549, -0.064650096, 0.08974625, 0.04735343, -0.027304498, 0.14134395, 0.009515457, -0.0011779714, -0.001755572, 0.008599811), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(na1, MF4x4(-0.053202473, -0.17543721, 0.03065013, -0.11342283, 0.13609491, 0.15735649, 0.040357295, -0.062337715, 0.060803644, -0.0032487542, -0.13659185, -0.09013045, -0.058906827, -0.116660595, 0.03664988, 0.059270184), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nb1, MF4x4(0.21752366, -0.06447607, -0.083456226, -0.06617954, -0.013684511, -0.1191609, -0.2506009, -0.08164425, 0.1306491, 0.19933657, 0.13410534, 0.09191758, -0.039843913, -0.06834293, 0.08471115, -0.09353382), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nc1, MF4x4(-0.027393917, -0.08497713, 0.26017472, 0.2136785, -0.1488196, -0.07492567, 0.14468898, 0.16119008, 0.0121641755, 0.22242029, -0.06302512, 0.062499605, 0.06213177, -0.09802615, -0.30932772, 0.011748043), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nd1, MF4x4(0.1187535, 0.04582557, -0.12194581, -0.039476555, 0.20283094, -0.10453671, 0.09578921, -0.22217935, 0.2739068, 0.09089512, -0.3268319, 0.17347647, -0.08915248, -0.13531092, 0.14857613, -0.07792796), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ne1, MF4x4(-0.082583435, 0.16037074, 0.034193352, -0.07133332, -0.0669728, -0.24518156, 0.11620159, -0.10171298, -0.03303509, -0.0028717325, 0.0760564, -0.07741538, 0.046745025, -0.25254723, -0.01662034, 0.055250034), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nf1, MF4x4(0.12526712, -0.0023898773, -0.3012884, -0.047304068, -0.09815741, 0.013686822, -0.050375015, 0.14987841, -0.038195454, 0.040165856, 0.014663741, 0.16414583, -0.15489048, 0.0926139, -0.21309514, -0.1200608), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ng1, MF4x4(-0.09133431, -0.16783749, -0.062135316, 0.018470682, 0.022288319, -0.02211177, 0.13391319, -0.18012549, 0.49915206, 0.13974468, -0.08988157, 0.12178317, 0.0401673, 0.053748768, 0.019889776, 0.03453906), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nh1, MF4x4(0.14379664, 0.08435809, 0.036211815, 0.07440852, -0.06631962, -0.12839338, 0.14946012, -0.21335278, 0.34956563, 0.5433695, -0.2727362, -0.086059555, 0.15091617, -0.1394221, 0.19740397, 0.14155756), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ni1, MF4x4(-0.020419724, 0.07860248, -0.25041556, 0.043661647, -0.018286234, -0.059268583, -0.018467212, 0.04894847, -0.06933085, 0.31178948, -0.11954371, -0.0636989, 0.07150373, -0.04530066, -0.0018285213, 0.019425247), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(na2, MF4x4(0.09962638, -0.17088315, -0.06602017, -0.06087763, -0.1418266, -0.13101861, -0.13441323, -0.246784, -0.11813881, -0.28987116, 0.0533919, 0.058272794, -0.005445841, 0.015091582, 0.20249642, -0.105762914), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nb2, MF4x4(-0.21612363, -0.1450863, -0.23284402, 0.006895393, -0.017744822, -0.20156701, 0.012746878, 0.018686332, 0.07711055, -0.10632525, -0.12213612, 0.051344417, -0.0141962785, -0.08607468, -0.05173791, -0.012742015), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nc2, MF4x4(-0.35659614, 0.06504701, 0.0072779786, 0.3384698, -0.14741105, -0.107767306, -0.14098823, 0.22308472, -0.08386747, 0.09358457, 0.052461777, 0.16237038, -0.0059022917, -0.088671595, 0.14027567, -0.04549793), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nd2, MF4x4(-0.23274305, 0.087585405, -0.006931044, -0.23876844, 0.08388762, -0.3022666, -0.16896221, 0.06452799, 0.2715658, -0.10732195, -0.057401773, 0.11985068, -0.06397641, -0.04235397, -0.026778454, 0.21212392), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ne2, MF4x4(0.0082654, 0.28741485, -0.14546123, 0.20393674, -0.02755474, -0.120006405, 0.3581759, 0.12956442, 0.009266114, 0.012998164, 0.032407217, 0.06048391, 0.041528724, -0.13716324, 0.10482829, 0.084386185), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nf2, MF4x4(-0.11990044, 0.092382684, -0.27219963, 0.15899557, -0.001977273, 0.120091155, 0.046375066, -0.21674563, 0.055842437, 0.07407933, 0.123498544, -0.08587901, 0.06925744, -0.07803027, -0.18120557, -0.0013798468), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ng2, MF4x4(-0.025172636, 0.0014970741, -0.12216828, -0.07777998, -0.11570999, -0.2672482, -0.04927161, 0.047932815, 0.017598571, 0.06150582, -0.006943665, 0.06608355, 0.09816235, -0.02132959, 0.022629065, -0.11914383), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nh2, MF4x4(-0.03462315, 0.0662906, 0.043817297, -0.09336832, -0.02393236, 0.12857129, -0.08293834, -0.079446144, 0.07298153, -0.22665861, 0.19360217, -0.027094053, 0.067512356, 0.054872043, 0.07353051, -0.019753326), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ni2, MF4x4(0.052837294, 0.122079946, 0.10026166, -0.16611442, -0.20202795, 0.10773466, 0.016957153, -0.06257964, 0.065463126, -0.0070094382, 0.0057103466, 0.0263681, -0.083057486, 0.011921135, 0.18715331, -0.009138652), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(na3, MF4x4(-0.039395697, 0.047360536, 0.08876623, -0.051131938, 0.079491556, -0.062068135, -0.11143306, -0.1600982, 0.1182525, 0.0990501, 0.032290936, 0.16515383, 0.048210137, 0.27581617, 0.2143776, -0.26727012), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nb3, MF4x4(0.009885355, -0.10188308, 0.014354376, -0.07466153, -0.09686006, 0.03712243, -0.07547052, -0.2513815, -0.1224751, 0.28383356, -0.11245158, -0.0022227417, 0.10997654, -0.12797359, -0.026750803, -0.15781246), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nc3, MF4x4(-0.03825075, 0.0119200265, 0.13641061, 0.08023444, -0.05399191, -0.029703232, 0.11449091, 0.104263976, 0.13190906, 0.03559845, 0.00035285854, -0.24578363, -0.030404888, 0.03632663, 0.2665158, 0.287037), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nd3, MF4x4(0.19444078, 0.04411847, 0.10453107, 0.16204067, -0.10203096, -0.1057438, -0.10478279, -0.10320498, 0.0060342676, 0.20314808, -0.080608025, -0.13728383, 0.23798111, 0.03982377, 0.0018392511, -0.17587116), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ne3, MF4x4(0.093861975, -0.037806403, -0.023811158, 0.08989214, 0.16903597, -0.11738837, 0.057141513, 0.03039443, 0.07186046, -0.16815007, 0.041725967, 0.023349155, -0.21743254, -0.054814734, 0.21988024, -0.19913116), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nf3, MF4x4(-0.098907694, 0.12669978, -0.022410035, -0.09411821, -0.037412155, 0.04395231, -0.15797623, -0.14484851, -0.036790654, -0.038002916, 0.16846262, 0.21878582, -0.053109415, -0.03769754, -0.24775061, -0.010048842), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ng3, MF4x4(-0.12894969, 0.0033566963, 0.030691003, 0.033040218, -0.08500356, -0.043196633, 0.06903723, -0.17297482, -0.102706455, 0.13380836, 0.20812829, -0.054975122, -0.058504406, -0.08924625, 0.0967954, -0.12462231), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(nh3, MF4x4(-0.020506827, 0.040906876, 0.15277289, -0.11496513, 0.19803853, 0.011656168, 0.0041951393, 0.16394733, -0.052599292, -0.2028797, -0.012671829, 0.12447954, -0.042609632, 0.18015629, -0.047704864, -0.20819715), conv2d_8_tf);\n\tconv2d_8_tf = MulAdd(ni3, MF4x4(-0.04611932, -0.04080319, 0.1732811, -0.16310379, -0.0759677, -0.012633483, -0.12658887, -0.10228954, 0.11699648, 0.020952728, -0.1922721, 0.079663426, -0.017287953, 0.050658427, -0.061943304, -0.26140955), conv2d_8_tf);\n\tMF4 nconv2d_8_tf = max(-conv2d_8_tf, 0);\n\tconv2d_8_tf = max(conv2d_8_tf, 0);\n\t\n\tMF4 conv2d_7_tf = MF4(-0.034254678, 0.047492404, -0.00038721046, -0.00072104816);\n\tconv2d_7_tf = MulAdd(a1, MF4x4(0.09670644, -0.04566203, -0.10664036, -0.11654977, 0.10353238, -0.026668113, -0.06772906, -0.058057647, -0.04721855, -0.019877478, -0.16225834, -0.18661498, -0.1137224, 0.01452415, 0.09002202, -0.07991262), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(b1, MF4x4(0.12247382, 0.10237518, 0.04044118, -0.04867563, 0.106729075, 0.19503647, -0.01294371, 0.12316606, 0.08497549, -0.01606401, 0.031219587, 0.1474753, -0.14370713, -0.24351072, -0.17444824, 0.12567697), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(c1, MF4x4(-0.05373204, -0.11406721, -0.04307548, -0.0011615923, 0.09172633, -0.034839034, 0.12179155, -0.032049768, -0.036665026, 0.02375685, 0.01977139, -0.115673535, -0.065757565, 0.12521514, 0.03739438, -0.012122441), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(d1, MF4x4(0.0037090098, -0.09165263, -0.22216173, -0.09436383, -0.018459387, 0.15764487, 0.106846556, -0.15703869, -0.1056327, 0.100443825, 0.15728104, -0.07118126, -0.071113996, 0.07175751, 0.1066827, 0.015554562), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(e1, MF4x4(-0.08138076, -0.005017353, 0.0024575114, -0.0280491, -0.1689416, -0.24320668, -0.07413122, -0.026848925, -0.17659375, 0.095876895, 0.1875987, -0.0052445224, 0.0041429237, -0.13173698, -0.21236134, 0.14331093), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(f1, MF4x4(-0.023982342, -0.028810123, -0.1591679, -0.02026218, -0.16651444, 0.050990265, -0.1640659, -0.109770395, -0.06517823, 0.06647583, 0.09519326, -0.14313333, 0.061294477, 0.066543005, 0.12260083, -0.1436599), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(g1, MF4x4(0.07363797, -0.07069135, -0.01332299, -0.1166729, -0.17299873, 0.10319499, 0.17256232, -0.15059224, 0.12490272, 0.03816397, -0.07081764, -0.0005555199, 0.009463498, -0.080442056, 0.05372971, -0.01984048), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(h1, MF4x4(0.07747191, 0.038767997, -0.042611655, -0.025650622, -0.20976418, 0.11478602, 0.05521954, 0.03552756, 0.012396808, 0.10836491, 0.01147957, 0.17223893, -0.09354668, -0.061399113, 0.03731426, -0.095968515), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(i1, MF4x4(0.0029518164, -0.07522048, -0.30731654, 0.14996396, -0.09563301, -0.1635997, 0.16482228, -0.33490175, 0.034455117, -0.124511935, 0.003454064, -0.011791387, -0.08124914, -0.020552732, 0.14202276, -0.053646516), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(a2, MF4x4(0.029005067, -0.019747132, 0.041804817, 0.10725602, 0.09535564, 0.17670439, 0.18999198, 0.06499296, 0.09519827, -0.09794806, 0.10868586, -0.038871128, -0.092565574, -0.018548176, 0.028203959, -0.050549477), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(b2, MF4x4(0.10629401, -0.01204608, -0.0766338, 0.112705976, -0.103695825, 0.10200874, 0.008448839, 0.017780313, -0.024469525, 0.1860687, 0.14225325, 0.15677285, -0.14190355, -0.22543404, 0.024092557, -0.2790124), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(c2, MF4x4(0.08649951, 0.040031336, -0.010628009, -0.04257323, 0.052871518, 0.06654039, -0.07866483, 0.09136843, -0.10960993, -0.029104995, 0.18752916, 0.022354944, -0.15167497, -0.04915799, -0.03720373, 0.18194139), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(d2, MF4x4(-0.029030664, 0.063362755, 0.010331715, 0.034228537, -0.010749333, 0.026652085, -0.06266523, -0.047827587, 0.19567958, -0.07156196, 0.080418445, 0.040099807, 0.06901692, -0.10262759, 0.10190994, 0.1662688), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(e2, MF4x4(-0.04938947, 0.20808902, -0.012551209, 0.13833791, -0.08467056, -0.06768094, -0.0035055066, 0.2141383, 0.011813273, -0.094283104, -0.11627318, 0.0035407832, -0.16360888, -0.04307167, 0.18481791, 0.07308102), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(f2, MF4x4(0.058353335, 0.09541393, 0.013101275, -0.081891365, 0.08742119, -0.005137093, 0.025961146, -0.037318625, -0.14933549, 0.06090928, 0.12738119, -0.10817076, -0.13165309, 0.16108744, -0.13503371, 0.15482368), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(g2, MF4x4(-0.034848627, -0.0430948, -0.048124265, -0.04486795, -0.035008915, 0.08321689, -0.04977505, 0.048597503, 0.020555262, -0.07508485, 0.20037362, 0.06753769, 0.058704067, -0.009009662, -0.05421176, 0.20524938), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(h2, MF4x4(-0.12115005, 0.045643892, 0.112293474, 0.022908293, 0.073470674, -0.067966096, -0.017103313, -0.13648018, -0.07021163, 0.031020392, -0.048876107, 0.10397969, -0.005251243, -0.2611716, -0.07903786, 0.3444416), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(i2, MF4x4(0.10680049, -0.09858707, -0.0010306702, 0.10842332, -0.09013634, 0.02091661, 0.22192872, -0.15876925, 0.035971455, -0.04786045, 0.009500665, 0.09247623, 0.013221849, 0.1912487, -0.12753724, -0.061068386), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(a3, MF4x4(-0.03980972, -0.1474463, 0.22852057, -0.030534718, 0.103116564, -0.024893943, 0.023735823, -0.19768827, -0.088497065, -0.20338957, -0.022078201, -0.058560856, 0.16291575, 0.014483492, -0.093514696, 0.14760342), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(b3, MF4x4(-0.09319041, 0.08757541, 0.024344994, -0.004351115, 0.0023287807, 0.036806494, -0.02552934, -0.06227957, -0.1354203, 0.0283256, 0.2185213, -0.087060206, -0.022696337, -0.16076073, -0.20330715, 0.036380492), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(c3, MF4x4(-0.041115735, -0.023528732, -0.10124798, 0.21328308, -0.009342506, 0.07328608, 0.009285847, -0.23402044, 0.13117228, 0.1009154, 0.18027642, 0.074597865, 0.09881346, -0.00081656995, -0.002189424, -0.105243), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(d3, MF4x4(0.11213601, -0.23114498, 0.10217712, -0.083360896, 0.07913656, -0.039601568, 0.11367716, -0.034739245, -0.14472133, -0.035573903, -0.35375246, 0.040547356, -0.1504422, -0.15183373, -0.08146184, -0.015926573), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(e3, MF4x4(0.007678496, 0.045396518, 0.067442104, 0.357935, 0.1795549, -0.028398065, 0.26147032, -0.22306849, -0.028738718, -0.10074325, -0.08521542, -0.020190565, -0.175108, -0.26179528, -0.1149573, 0.05406529), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(f3, MF4x4(0.030697253, 0.06005289, 0.024412693, -0.013535843, 0.030500244, 0.14023077, -0.047582973, 0.07610684, 0.0571624, 0.19386198, 0.021660715, 0.03154867, -0.03788935, -0.08817162, 0.0053847465, -0.015165054), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(g3, MF4x4(-0.26646808, -0.2275448, -0.0619738, 0.104571655, 0.024079306, 0.033514917, 0.016844772, -0.14415953, -0.01694689, -0.0072623887, -0.12263149, 0.030444223, -0.03220662, 0.022894913, 0.03112325, -0.036533017), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(h3, MF4x4(-0.15611476, -0.19298914, -0.17546865, -0.080604054, 0.07597506, 0.097353615, 0.029924694, -0.078176685, -0.12268953, -0.05687716, -0.05294087, -0.18172315, -0.0773961, 0.084935166, -0.009803619, 0.040560953), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(i3, MF4x4(-0.10773278, -0.0012994999, 0.004722267, -0.057820093, -0.10506255, 0.029771779, 0.015667265, 0.14186347, -0.108355746, -0.11185942, 0.022062123, -0.123649485, -0.0666645, -0.0107138315, -0.0130763, -0.046252076), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(na1, MF4x4(-0.031815648, -0.0084208995, -0.072824255, -0.1508182, -0.064399414, 0.021369422, -0.18965991, 0.03649226, 0.15370539, -0.117377125, 0.15578026, 0.15059558, 0.1423233, 0.013444947, -0.16911474, -0.21899599), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nb1, MF4x4(-0.050074972, 0.06591971, -0.20185336, -0.19894198, -0.045794237, -0.09582899, 0.019117232, 0.054774716, 0.00469303, 0.08466791, -0.10310348, 0.03430011, -0.05189703, 0.08612288, -0.09612641, 0.15337339), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nc1, MF4x4(-0.058103696, -0.13447452, -0.06501768, -0.08269111, -0.043869898, 0.0398948, 0.033771295, -0.021524182, 0.0027115596, -0.030671224, 0.045388903, 0.04590158, -0.26087472, -0.16301683, 0.03324832, 0.024285218), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nd1, MF4x4(-0.051421262, 0.15028518, 0.06384462, -0.08590671, 0.101886876, -0.012882116, -0.051741008, 0.11888618, -0.15590154, -0.38625813, 0.042900138, 0.22492291, -0.09111901, -0.005388837, 0.051056426, 0.043860577), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ne1, MF4x4(-0.079883516, 0.05735032, 0.10719803, 0.16519663, -0.11724404, 0.25990528, 0.012375103, -0.010302452, 0.49185735, 0.1696493, 0.060474537, 0.3722603, 0.014323083, -0.16412182, -0.059749532, -0.24289557), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nf1, MF4x4(-0.034733526, -0.084441185, -0.04596736, -0.0042962483, -0.0392975, -0.11149175, 0.14051792, 0.0702665, 0.117540844, -0.102869704, 0.27858627, 0.069043316, 0.04871729, -0.24745311, -0.058776632, -0.0017110928), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ng1, MF4x4(-0.06277427, 0.16004023, -0.11507597, 0.15097888, 0.027060283, 0.1953599, -0.0031669976, -0.0005737168, -0.19876455, -0.23691651, 0.17741823, -0.12453466, -0.040428206, -0.0018632353, 0.023173677, -0.076046385), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nh1, MF4x4(0.13513252, 0.0295901, -0.006554118, 0.06786791, 0.15473233, 0.012762339, 0.1927368, -0.06255987, -0.30587965, -0.44131213, -0.086936355, 0.011615333, 0.097696826, 0.02502633, 0.08837973, -0.07914361), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ni1, MF4x4(-0.013541286, -0.034861088, 0.052821327, 0.037984103, 0.04338181, -0.0133451065, 0.041617934, -0.034278907, -0.053211715, -0.16200064, 0.11068738, -0.0867221, 0.04498939, 0.045188803, -0.05908562, 0.081477076), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(na2, MF4x4(-0.15266198, 0.22576767, 0.030019565, -0.045541495, 0.04881405, 0.0142783765, -0.1529103, 0.18320109, -0.00480197, 0.094124764, -0.010995377, 0.01641767, -0.010706163, 0.100903675, 0.19038767, -0.18477328), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nb2, MF4x4(0.008087569, 0.13434748, -0.32156894, 0.07736676, 0.10494717, -0.11782738, -0.0029439328, -0.09557844, 0.015514035, -0.089648925, -0.17554814, -0.14883392, -0.04063905, 0.050346915, -0.08932905, -0.010719376), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nc2, MF4x4(-0.11777635, -0.33014166, 0.34624732, 0.11740032, 0.1543961, -0.019076902, -0.12216481, -0.017081184, -0.00078788324, 0.031078909, -0.028584918, -0.026835786, 0.091864, 0.05272115, -0.12571204, 0.008416047), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nd2, MF4x4(-0.043549653, 0.1039711, -0.20336658, -0.010299696, -0.27827185, 0.019381372, -0.1632188, 0.077465065, 0.20229691, -0.069236994, 0.014810417, 0.22877559, 0.02143673, 0.17381601, 0.09082899, -0.053508762), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ne2, MF4x4(0.2391153, -0.19723871, -0.25610062, 0.07108974, -0.03182384, 0.2192639, -0.09241812, 0.048452295, -0.021405702, -0.2554734, -0.1965786, 0.20361422, -0.14465299, 0.058985952, -0.025833346, -0.10550291), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nf2, MF4x4(-0.39593056, -0.4537898, 0.023792682, 0.37393433, 0.041772638, -0.020854915, 0.050651625, 0.0766088, 0.23962118, -0.06411897, -0.106468715, 0.17854762, 0.03402648, 0.0236968, -0.033498786, -0.12094796), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ng2, MF4x4(-0.2517486, -0.011749091, -0.08157814, 0.1392019, 0.042420883, -0.23219018, 0.05053571, 0.13250825, -0.050171047, 0.15462638, -0.043420136, -0.014093825, 0.16176236, -0.14638837, -0.0071619265, -0.055462677), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nh2, MF4x4(-0.3264325, -0.30403548, -0.15088049, -0.010203428, -0.018360123, -0.060466267, -0.090672255, -0.13885537, -0.038393795, 0.20886149, -0.10593147, 0.017991208, 0.08373391, 0.20925963, 0.028997745, 0.06881825), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ni2, MF4x4(0.19107129, -0.16896184, -0.12929466, 0.07562441, 0.064231046, 0.0864716, -0.03966105, 0.09153016, -0.0628452, -0.015886426, -0.07048391, -0.24076262, 0.011216516, 0.07708032, -0.03814493, 0.13395755), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(na3, MF4x4(-0.05879415, -0.019550052, -0.023919582, -0.11289196, -0.0064408537, 0.07402445, 0.058795378, 0.15885338, -0.043667927, 0.10769252, 0.030309072, 0.048533317, -0.2524471, 0.059829284, 0.0797783, -0.019442867), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nb3, MF4x4(-0.0038486274, -0.04580634, 0.07400007, -0.031162377, 0.10273923, 0.008071164, 0.11991736, 0.026728682, 0.026876984, -0.07799812, 0.1297364, 0.14695424, -0.06859438, -0.10330936, -0.07446633, 0.02616857), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nc3, MF4x4(-0.16036308, 0.04957999, 0.01030331, -0.1962486, 0.103015296, -0.007340536, -0.049429756, 0.07165493, 0.008103339, 0.083655335, 0.098038, -0.1358248, -0.25885662, 0.029940864, -0.008321852, 0.2294651), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nd3, MF4x4(-0.06087098, 0.00019651231, 0.03534409, 0.03318348, -0.0879954, 0.034764756, -0.30367124, -0.09713905, -0.026543869, -0.089636214, 0.12096616, -0.034594636, 0.054902434, -0.09290082, -0.07779638, -0.0821119), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ne3, MF4x4(0.13779263, 0.18896884, -0.076830864, -0.09442952, -0.23735744, -0.014474691, 0.009051341, 0.10342686, 0.041046456, -0.10701024, -0.18442988, 0.02789949, -0.00074035715, -0.025513707, -0.040514592, 0.036068246), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nf3, MF4x4(-0.048401676, 0.20745294, 0.0070508514, -0.0705337, -0.022934115, -0.043547787, 0.04628692, -0.07658743, -0.10154497, -0.13417569, -0.0013773212, 0.14263885, -0.07437275, -0.13121726, 0.12632057, 0.034687687), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ng3, MF4x4(-0.027830327, -0.030560987, 0.12718935, -0.102934904, -0.02562363, 0.008175067, -0.0028858446, -0.015783066, 0.15272577, 0.10772941, 0.043485314, 0.014232708, 0.08577555, -0.16121073, 0.026591625, -0.055126593), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(nh3, MF4x4(-0.06485661, -0.11781964, -0.1421969, -0.16376711, 0.18121801, 0.123108625, -0.15428194, -0.06915854, 0.05089843, 0.08377868, 0.09607435, -0.02494757, -0.076740764, -0.19782536, -0.3470603, 0.037040427), conv2d_7_tf);\n\tconv2d_7_tf = MulAdd(ni3, MF4x4(0.10614744, 0.09086957, -0.02948694, 0.017862784, 0.027194018, 0.069870904, -0.021802098, 0.21401364, 0.11846571, -0.056183722, -0.071595654, 0.029162262, -0.124404505, -0.072095454, 0.040073395, -0.02816261), conv2d_7_tf);\n\ttex9[gxy] = conv2d_7_tf;\n\tMF4 nconv2d_7_tf = max(-conv2d_7_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\n\tMF4 target = MF4(-0.004266169, -0.020547107, -0.0031655694, 0.0643683);\n\ttarget = MulAdd(e1, MF4x4(-0.20878315, 0.073090814, 0.34913197, 0.04554434, -0.3036766, 0.04255219, 0.060676616, 0.24025755, -0.019680336, -0.15252031, -0.03416314, -0.072506554, 0.013241457, -0.10496547, 0.050562985, -0.033250205), target);\n\ttarget = MulAdd(e2, MF4x4(-0.18049034, 0.09664636, 0.41482204, 0.23575203, -0.05704124, -0.044852983, 0.1783455, -0.017561441, -0.06852369, 0.014129533, -0.21115111, -0.22699773, 0.38242704, 0.01165174, 0.04190493, -0.2141891), target);\n\ttarget = MulAdd(e3, MF4x4(-0.011946614, -0.16289592, 0.041371312, 0.40975794, 0.0041022287, -0.23657559, 0.10817027, -0.26924378, -0.12006245, 0.26678962, 0.072988346, -0.2085322, 0.0048250603, 0.12894252, 0.07966851, 0.24471562), target);\n\ttarget = MulAdd(ne1, MF4x4(0.18590502, 0.0845459, -0.12875262, 0.26096, 0.029233042, 0.36381075, 0.117661506, 0.006412487, 0.20946807, 0.07426911, 0.029169528, 0.0654646, 0.16450708, 0.12593012, -0.109644994, 0.14572893), target);\n\ttarget = MulAdd(ne2, MF4x4(0.1973355, -0.2275125, -0.28223652, 0.31719315, 0.3813502, 0.2693579, -0.037815563, -0.16148391, 0.12829015, -0.0030689894, 0.022164742, 0.035949815, -0.3378249, -0.13235879, 0.15883659, -0.17731927), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.2885664, 0.14904943, -0.19845994, 0.23251331, -0.30293494, 0.02003626, 0.20378608, 0.27291408, -0.16427508, -0.1587996, -0.22501752, -0.04937006, -0.115756296, 0.09290222, -0.26140857, -0.014537909), target);\n\ttarget = MulAdd(conv2d_8_tf, MF4x4(-0.1513065, -0.31879196, -0.2727547, -0.4583672, 0.3103975, -0.09158548, 0.009788355, -0.09834531, 0.011489709, 0.042706747, 0.37254226, 0.15954055, 0.2172001, 0.09373807, 0.29088458, -0.35286763), target);\n\ttarget = MulAdd(nconv2d_8_tf, MF4x4(0.23374696, 0.33407655, 0.23616461, -0.09521148, -0.14927168, 0.11939751, 0.42869845, -0.16612507, -0.2706815, 0.16172597, -0.5814591, -0.11577833, 0.065650895, -0.3334003, -0.41168052, 0.32357255), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.3248823, -0.27207342, -0.048840526, -0.217887, -0.018053366, -0.24292938, 0.1603505, 0.06505262, -0.010766065, 0.07076721, 0.22251016, -0.041497335, -0.09878612, 0.2061045, 0.080330074, -0.029014835), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.26376098, -0.04971863, -0.03045489, 0.009807002, 0.11108562, 0.0693266, 0.15279642, -0.1372833, 0.18326105, -0.059612468, -0.005589879, 0.021735538, -0.027800532, -0.14984077, -0.116767704, -0.06531209), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.19206688, 0.21824414, 0.03791829, 0.22117318, 0.01257811, -0.044042267, 0.25616458, 0.082941554, -0.1181948, -0.17940602, -0.20808466, -0.06987383, 0.0019713745, -0.1609917, 0.153718, -0.32214788), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.19472712, -0.007020553, -0.36049378, -0.24589752, -0.011828978, 0.38882232, -0.3257698, 0.08382738, -0.09556564, -0.20949766, -0.32732338, 0.08303877, -0.107999764, 0.2836336, -0.0661124, 0.24043255), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.1972939, 0.12734106, -0.09953153, -0.45152718, -0.15855458, 0.08746372, 0.11452114, 0.030538268, 0.11946308, 0.17044471, -0.24375156, -0.10093911, 0.19120134, -0.14312318, -0.14860255, -0.1223525), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.14979935, -0.3136038, -0.25878516, 0.12995318, -0.075706124, -0.104598634, 0.1455947, -0.6167443, 0.06843719, -0.16347055, 0.04413483, 0.08870554, -0.29839858, 0.07214889, 0.049274225, -0.15555117), target);\n\ttex5[gxy] = target;\n\t\n\ttarget = MF4(-0.07107039, 0.0061239223, 0.0013546069, 0.02994767);\n\ttarget = MulAdd(e1, MF4x4(0.06760422, 0.16268754, -0.14517367, -0.023386402, -0.23272006, 0.48739922, 0.06399116, -0.032946702, -0.17306012, 0.334446, 0.17779559, -0.2660973, -0.3468709, 0.51220256, -0.010311926, -0.040047005), target);\n\ttarget = MulAdd(e2, MF4x4(-0.0538168, -0.048309397, 0.064760834, 0.09675621, 0.20269404, -0.2615111, -0.27282992, -0.12584937, 0.10904846, -0.15973651, -0.076846495, -0.09462694, 0.12722874, 0.21629119, -0.35314724, -0.086036965), target);\n\ttarget = MulAdd(e3, MF4x4(-0.049174394, -0.05765949, 0.21250841, 0.17151582, 0.15764381, 0.040890984, 0.05118504, -0.14658877, 0.05469671, 0.13701054, 0.20377803, -0.39008877, -0.0016028697, 0.13317284, -0.11653242, 0.12591232), target);\n\ttarget = MulAdd(ne1, MF4x4(0.21234287, -0.3048995, -0.12653783, -0.109162085, -0.050768167, -0.17156011, 0.05592974, 0.27197394, -0.19419932, -0.046344608, -0.05445905, -0.13253787, 0.05778321, 0.16979085, -0.04466505, -0.06867837), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.18974759, 0.22814974, -0.007522141, -0.10096491, -0.26759568, 0.32048568, 0.2660603, 0.112091035, 0.41875598, -0.1051111, 0.06525224, 0.27191457, 0.017352497, -0.31743342, 0.29108858, 0.26573792), target);\n\ttarget = MulAdd(ne3, MF4x4(0.031855166, -0.122523904, -0.28207538, 0.12833035, -0.025733596, 0.008542537, -0.1891138, 0.16361842, 0.058317598, -0.007289248, 0.03349703, -0.038986582, 0.18147361, -0.3912238, 0.024964351, 0.14339498), target);\n\ttarget = MulAdd(conv2d_8_tf, MF4x4(0.37369347, -0.012460246, -0.037854888, 0.067713045, -0.06288331, 0.26436228, -0.058873445, 0.04463945, -0.04286497, -0.04824939, 0.17835206, -0.036378298, 0.33058742, -0.14685723, 0.1025378, 0.051385757), target);\n\ttarget = MulAdd(nconv2d_8_tf, MF4x4(-0.131484, -0.040644694, -0.14443769, 0.1950223, 0.09507341, 0.48859578, -0.26267928, 0.24538381, -0.063596986, -0.18749404, -0.031884808, -0.07132067, -0.04606875, 0.03708701, -0.26145473, 0.2371378), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.094301306, -0.08795415, -0.035933804, 0.21765485, -0.29858732, 0.11440603, 0.14095801, 0.18262209, -0.08135902, -0.45404965, 0.20399955, -0.06393024, 0.023793167, 0.16001467, -0.11817577, -0.16322103), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.07168084, 0.0879652, -0.083207026, -0.045181375, 0.07845201, -0.15828066, 0.05710845, 0.05699917, -0.061211787, 0.039662443, 0.036026876, 0.14224064, -0.23701179, 0.01259322, -0.091701694, 0.42408752), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.017442457, -0.1311232, -0.22520894, -0.049517628, -0.20945188, -0.035541452, -0.13055338, -0.04001523, -0.09402065, -0.19641486, -0.10066238, 0.115912616, -0.10684873, 0.02787531, 0.28450257, 0.02690632), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.2659566, 0.43625832, -0.0695883, -0.2624756, -0.2827253, -0.22893822, 0.26025924, 0.24121284, 0.2272709, 0.2178127, -0.15199527, 0.32607552, 0.005909836, 0.056527212, 0.19446251, -0.010751997), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.1273358, -0.28996274, -0.19322409, 0.018734567, 0.48555133, -0.17389202, 0.13595583, 0.46163267, -0.08973322, -0.30239192, 0.49897516, 0.021815563, -0.2589829, 0.0039008032, 0.056682784, 0.048075546), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.415353, 0.112207405, 0.20997275, 0.033321556, -0.1327579, 0.12338585, 0.61820966, -0.3411527, 0.018252999, 0.05708125, -0.24571265, 0.11019793, 0.24145919, 0.20340635, -0.0693869, 0.16271423), target);\n\ttex6[gxy] = target;\n\t\n\ttarget = MF4(-0.07283617, -0.09245546, -0.006695486, -0.013076421);\n\ttarget = MulAdd(e1, MF4x4(0.0014731521, -0.15165007, 0.04889816, -0.23228844, 0.11362322, 0.07071926, -0.23770805, -0.04347728, -0.16787082, -0.008313435, -0.42370048, 0.08681679, 0.10611205, -0.012660734, 0.10022364, 0.027629996), target);\n\ttarget = MulAdd(e2, MF4x4(-0.35393402, 0.018436229, 0.10629333, 0.029471794, -0.21129252, -0.301571, 0.0045201713, -0.15636055, 0.298371, 0.11426107, 0.018450111, -0.13657977, 0.22216578, 0.009629214, 0.5373198, 0.30699998), target);\n\ttarget = MulAdd(e3, MF4x4(-0.1504586, -0.16447587, -0.2739809, -0.14074785, 0.39510623, -0.08384201, 0.14561974, -0.43195033, -0.055713434, 0.12800978, 0.2829296, -0.23494978, 0.14326042, -0.09509476, -0.3169162, 0.124649614), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.23705968, 0.15959233, 0.11467344, 0.15141489, -0.096755706, 0.023953263, 0.13856179, 0.024189185, 0.13272291, 0.46271062, 0.55494446, -0.14286532, 0.1501738, 0.28827608, 0.058801714, 0.029045105), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.002308931, 0.07281086, -0.5197955, 0.079986535, 0.38919175, 0.3164044, 0.35857818, 0.09364757, 0.17373051, -0.1447216, -0.05244769, 0.15533692, 0.046295535, -0.19459103, -0.33215967, -0.15369573), target);\n\ttarget = MulAdd(ne3, MF4x4(0.11478203, -0.29375935, -0.19501545, -0.081721894, -0.103483915, 0.041965716, 0.056954723, 0.19596405, -0.13819647, 0.010641367, -0.11124998, -0.08675409, 0.036859434, 0.23720297, 0.14129876, -0.044769786), target);\n\ttarget = MulAdd(conv2d_8_tf, MF4x4(0.08397742, -0.12651941, 0.17676216, -0.084249385, 0.36716628, 0.039452277, -0.27606088, -0.36796048, 0.31680533, 0.14186403, 0.4466997, 0.13315229, 0.011085958, -0.17513317, 0.13940759, 0.27495402), target);\n\ttarget = MulAdd(nconv2d_8_tf, MF4x4(-0.1870658, 0.18817395, 0.010469263, -0.39973256, -0.57167524, -0.38714117, -0.26255277, 0.14361858, 0.018649995, 0.15935089, -0.21745402, -0.0056655053, -0.15408997, -0.03154883, -0.29631105, 0.27472818), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.07735958, 0.042861674, 0.36729267, -0.2362879, -0.15516327, -0.009109079, 0.063800156, -0.253287, 0.4471074, 0.0944695, -0.26948866, -0.07759066, 0.045151226, -0.13749917, 0.14566323, -0.13593693), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(0.28955856, 0.09293573, 0.07423561, 0.1616493, 0.22285056, 0.01639275, 0.026332684, -0.14958683, -0.32087958, -0.3138252, -0.17335242, -0.38171476, -0.25562596, -0.022701526, 0.17425084, -0.042576227), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.24964347, -0.07078707, 0.18416835, -0.054758202, -0.061644293, -0.0964391, 0.14583856, -0.34874785, -0.3402768, 0.14743538, 0.36047265, 0.04471611, 0.015971184, 0.25227246, -0.011749087, -0.18359871), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.059328917, -0.07904788, -0.23883855, -0.06956805, -0.040810965, 0.09536262, 0.0018617791, -0.1898438, 0.1794419, 0.11382087, -0.16192305, 0.22020166, 0.03995484, -0.19086155, -0.2970539, 0.14597812), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.034995254, 0.060782332, -0.0519364, 0.41303346, -0.06989344, 0.21384521, 0.31474474, 0.12592849, 0.17633408, -0.2764535, 0.36884397, -0.015302021, 0.02951528, 0.094452016, 0.13392285, 0.14435606), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.13522784, 0.101011604, 0.04657966, -0.043399148, 0.008192044, 0.0027336285, 0.011269824, 0.09976881, -0.026473437, -0.124423906, -0.19602631, -0.09871594, -0.10603456, 0.057509303, -0.09007557, -0.14438893), target);\n\ttex7[gxy] = target;\n}\n\n\n//!PASS 5\n//!DESC Conv-4x3x3x24, Conv-4x1x1x64\n//!IN tex5, tex6, tex7, tex4, tex8, tex9\n//!OUT tex10, tex11, tex1, tex2, tex3\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex5.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex5.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex5.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex5.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex5.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex5.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex5.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex5.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex6.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex6.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex6.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex6.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex6.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex6.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex6.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex6.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex7.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b3 = tex7.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex7.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex7.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex7.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex7.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex7.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex7.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex7.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\t\n\tMF4 conv2d_1_tf = tex4.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\t\n\tMF4 conv2d_4_tf = tex8.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\t\n\tMF4 conv2d_7_tf = tex9.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_7_tf = max(-conv2d_7_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\n\tMF4 conv2d_11_tf = MF4(-0.022754392, 0.009821446, 0.06426939, -0.052443504);\n\tconv2d_11_tf = MulAdd(a1, MF4x4(-0.47819614, -0.0145807015, -0.14235033, -0.06459091, 0.051679384, -0.24727756, 0.16531977, 0.23668537, -0.044610042, -0.03163047, -0.024059737, 0.21251118, -0.02900184, -0.11218355, 0.085020125, -0.08413842), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(b1, MF4x4(-0.083133794, 0.08406656, 0.20940667, 0.21155417, -0.12855776, -0.061865382, 0.2486309, 0.13191856, -0.028019775, 0.11366226, 0.13459402, 0.18391807, -0.09688631, 0.011591497, -0.2466206, -0.02237942), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(c1, MF4x4(0.0037495645, 0.019915475, 0.07625364, 0.07119373, 0.18423386, 0.07686032, -0.013689673, -0.11513128, -0.12845139, 0.273121, 0.077030145, 0.13114497, 0.04543684, 0.09308563, 0.19357756, 0.24509594), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(d1, MF4x4(0.03458686, -0.42040396, -0.104271114, 0.1918791, -0.25708342, 0.03583752, 0.2589993, -0.050576445, 0.0043004244, 0.19324894, 0.080590524, 0.14723596, 0.041485116, 0.13033897, 0.28028202, -0.058933), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(e1, MF4x4(-0.09480703, -0.13742156, -0.30406207, -0.03582789, 0.12367775, 0.064455606, -0.061555192, 0.06453598, 0.0917327, 0.04270991, 0.21958654, 0.13570474, -0.12048236, -0.024039079, 0.11226094, 0.050419748), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(f1, MF4x4(0.02062305, -0.10862912, 0.12883052, 0.18951532, -0.03850205, 0.11498875, 0.16137509, 0.009759631, -0.09211893, 0.0708826, 0.15651149, 0.19246778, 0.056577608, -0.0871854, 0.090261444, -0.019027064), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(g1, MF4x4(0.2780629, -0.054287303, -0.13351089, 0.021154758, -0.12753387, 0.031183334, 0.29430825, -0.06750467, -0.044209514, -0.042159047, -0.12532234, 0.006239919, -0.1961551, 0.099502094, 0.11470277, 0.10832906), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(h1, MF4x4(-0.2063426, -0.24898255, -0.28594568, 0.15958025, 0.03609107, 0.06394462, 0.022269696, -0.058725126, -0.104284525, 0.16744058, -0.14197277, -0.0051877275, -0.14164501, 0.021519974, -0.12835859, -0.12090698), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(i1, MF4x4(-0.45966595, 0.015630098, -0.3182287, 0.10282032, 0.14680836, -0.23460387, 0.15356645, 0.017346757, 0.05120857, -0.035891768, -0.092325106, 0.005394217, -0.09328155, -0.012819384, 0.14028293, 0.012717323), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(a2, MF4x4(0.06736054, -0.0044496846, -0.061849196, -0.04067691, -0.06897966, 0.12449442, -0.2508966, -0.090206414, -0.0938398, 0.013633642, 0.1409954, -0.08719504, -0.06788997, 0.098299906, 0.06095718, -0.071988545), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(b2, MF4x4(-0.036788728, 0.0037640312, 0.0037646547, -0.021026969, 0.09899778, -0.054118365, 0.08308994, 0.10520542, -0.2592658, 0.113168575, -0.15985844, -0.15588784, -0.114530176, 0.0118468655, -0.08904175, -0.106764145), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(c2, MF4x4(-0.027948795, 0.004584627, -0.03517112, -0.0007581547, -0.025537577, -0.035759352, 0.0973176, 0.03644148, -0.16327894, -0.12705119, -0.028998915, 0.123633325, -0.19453679, 0.113648765, 0.012692621, 0.057508085), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(d2, MF4x4(-0.010877041, -0.03980561, 0.013339347, 0.061969575, 0.2810196, 0.058558464, -0.1776418, 0.16630451, 0.05817873, 0.07262613, -0.03700459, -0.04399585, -0.16587572, 0.08260915, -0.009857085, 0.04391152), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(e2, MF4x4(0.13224548, -0.074267186, 0.03054752, -0.07024831, 0.074185595, -0.02313642, 0.065747924, -0.004960654, 0.14500527, 0.04731656, -0.117002204, -0.08217113, -0.07336124, -0.084052, 0.12326484, 0.09011222), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(f2, MF4x4(-0.16047195, 0.076803066, -0.2786948, 0.1176941, -0.0131406775, 0.009936233, 0.1374073, -0.09565009, 0.10070214, 0.11528786, -0.0730813, -0.13431457, -0.21621323, -0.013119195, -0.18385343, -0.058667593), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(g2, MF4x4(0.0040132185, 0.134705, -0.011815555, -0.094924495, -0.05727005, 0.0950522, 0.04084158, 0.016365912, -0.02917897, -0.03862751, 0.012003192, 0.03835569, -0.096041076, 0.004406702, -0.10389978, -0.0009610953), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(h2, MF4x4(-0.10157398, -0.10319637, -0.012073916, -0.19039184, -0.02369365, -0.021698838, 0.015538155, -0.051231697, 0.041044284, -0.02691978, -0.1713024, -0.12904704, -0.03471921, 0.037977315, 0.064845525, 0.1264632), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(i2, MF4x4(-0.08406344, 0.044064984, 0.056877784, -0.13283873, -0.0058603142, 0.075482026, -0.09246969, -0.065718174, -0.025745329, 0.015633717, -0.06059284, 0.08149079, -0.022848418, 0.061127402, 0.047879003, 0.04544503), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(a3, MF4x4(-0.21875143, 0.053516608, 0.04243476, -0.08509983, 0.406294, -0.060116358, -0.13793904, -0.1559247, -0.017128536, 0.021633752, 0.08865264, -0.032922007, 0.08250139, -0.17353764, -0.16137601, 0.12943612), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(b3, MF4x4(-0.27127337, -0.057137657, 0.005031509, 0.10027777, 0.20500132, 0.0073007634, -0.09760265, -0.2428409, -0.16160156, 0.32289484, -0.096351616, -0.15562637, -0.24892123, 0.13368145, 0.31498823, 0.09549184), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(c3, MF4x4(0.01444343, 0.07115736, -0.17920075, -0.024846312, 0.057884447, 0.14358939, 0.043788955, -0.013016863, 0.087220736, -0.0060180086, 0.19609165, -0.025888423, -0.06294847, 0.03406598, -0.04250465, -0.04808649), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(d3, MF4x4(-0.02662509, 0.24295834, -0.07612864, -0.20615683, 0.16377121, -0.05186765, -0.1750536, -0.04726876, 0.29443663, 0.0983683, -0.18610948, -0.1949004, -0.1446201, 0.11045659, 0.013536009, 0.18919495), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(e3, MF4x4(-0.080005094, -0.29404542, 0.14548069, 0.013500291, -0.011395713, -0.048017073, -0.053436857, -0.13627477, 0.041908856, -0.30820572, 0.17044339, 0.22999896, -0.32405153, 0.12114645, -0.080108374, -0.06520369), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(f3, MF4x4(0.062350888, 0.170049, 0.04211445, 0.12288375, 0.010835714, -0.17722476, -0.18930283, 0.11607083, -0.054421842, -0.004191082, 0.14655825, -0.1229237, -0.058039404, 0.09008831, -0.017603457, 0.027497675), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(g3, MF4x4(0.24208143, 0.04073837, -0.014191606, -0.069054805, 0.33024073, 0.25458166, -0.062864356, 0.028975246, 0.17692459, 0.22093695, -0.17666881, -0.03709188, -0.2001521, -0.06491504, 0.199202, 0.08666711), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(h3, MF4x4(0.053933676, -0.058177974, 0.006558046, -0.018798346, -0.05610966, 0.21288905, -0.06513558, -0.012686734, 0.11635233, -0.039428618, 0.21562201, -0.07206132, 0.065123, -0.056875434, 0.08877115, -0.10216625), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(i3, MF4x4(-0.03294463, 0.011720216, 0.056083966, -0.05530083, -0.16838011, -0.0026962461, -0.17402422, -0.009680605, -0.0064969915, 0.14410603, 0.090527765, 0.048180934, -0.06482277, -0.17573984, 0.36281663, 0.14240478), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(na1, MF4x4(0.026252843, 0.01621395, -0.03018171, 0.20843759, -0.05987382, -0.13891932, 0.008612968, -0.03674587, 0.055803657, -0.020272622, -0.12338887, -0.21429133, -0.026188683, -0.08283737, -0.07952566, 0.11333926), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nb1, MF4x4(-0.03251504, -0.04554576, 0.012727539, 0.06115098, -0.23113467, -0.21784578, 0.10390341, -0.028863542, 0.1405748, -0.092941806, 0.04094931, 0.26037696, 0.014778488, -0.0012763811, 0.120576814, 0.017626097), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nc1, MF4x4(-0.18005073, 0.08914073, -0.19792715, 0.07666369, -0.040389247, 0.06043132, -0.068735644, 0.006061951, -0.09742132, -0.015570641, -0.05810036, -0.06305046, 0.06286483, -0.1669205, -0.15426171, 0.046022687), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nd1, MF4x4(-0.045976873, 0.028456753, 0.037186757, 0.05231241, -0.12909305, -0.16277504, -0.0035813665, -0.06294949, -0.04205357, -0.15816367, -0.021810539, -0.108161986, -0.08399507, -0.12965044, -0.00611913, -0.029711436), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ne1, MF4x4(0.2537032, -0.018604688, 0.16584206, -0.20883793, -0.10245589, -0.06570063, -0.16321684, 0.02899805, -0.1427425, 0.20915249, -0.1761724, -0.09594, -0.10995607, -0.11155546, 0.037878104, 0.028106442), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nf1, MF4x4(-0.1628865, -0.17466225, -0.14372015, 0.05667306, 0.10472602, -0.018716356, 0.087850116, -0.056246866, 0.083403885, -0.082255535, -0.10299376, -0.1840543, -0.35220358, -0.059505656, -0.21391232, 0.16591822), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ng1, MF4x4(0.040541083, -0.1146205, -0.021495365, -0.033008795, 0.007970957, 0.007984478, 0.02606323, 0.012668774, 0.12771203, -0.09947922, -0.14149466, -0.1890857, -0.14682727, 0.033072542, -0.11833484, -0.038956877), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nh1, MF4x4(-0.14274059, 0.08827524, 0.011712704, 0.10902492, 0.060481314, 0.003578728, 0.029129535, 0.08889746, -0.09685511, -0.095264345, -0.13920794, -0.11014531, -0.05436568, 0.060371455, 0.07251505, 0.20626338), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ni1, MF4x4(-0.07604635, -0.035359483, 0.010230144, 0.030468917, -0.008423673, 0.0273416, -0.10538517, 0.10806335, 0.03605524, -0.082360476, -0.06390322, -0.19094782, -0.10980772, 0.13070256, -0.009116851, 0.094997086), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(na2, MF4x4(0.06696349, 0.02884076, -0.21400648, 0.10645195, -0.15960447, 0.07844191, 0.09057932, -0.022310507, -0.20641366, -0.20897295, 0.05159085, -0.042257026, 0.16398512, -0.22846761, -0.033591952, 0.3359712), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nb2, MF4x4(-0.024236226, -0.13937415, 0.29392216, 0.075087205, 0.07763272, 0.27571923, -0.28625518, -0.37574485, -0.0041614594, 0.051519327, -0.1727601, -0.002199689, -0.32436445, 0.059740037, 0.006543187, 0.11488307), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nc2, MF4x4(-0.025740145, 0.10688955, 0.3432225, 0.04467087, 0.033870216, 0.16714002, 0.20819634, -0.11762629, 0.19059974, 0.0661928, 0.022394795, -0.14459209, -0.16684553, 0.08020461, -0.37147745, 0.04065124), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nd2, MF4x4(-0.006134667, -0.0031798254, -0.101459935, 0.15463492, 0.039860703, 0.077067874, 0.17671694, -0.06597644, -0.12203232, -0.058787927, 0.008942991, 0.0570718, -0.043793175, -0.06388724, 0.0247615, -0.09814649), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ne2, MF4x4(0.009333359, -0.10666345, 0.19417302, -0.08021104, 0.071850464, 0.18651992, 0.1487532, 0.03132098, -0.21202543, 0.02972519, 0.028346745, 0.17178747, -0.24139602, -0.18386513, -0.03009887, -0.17363264), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nf2, MF4x4(0.006349671, -0.0199598, 0.14889078, -0.14921328, -0.08713048, 0.14722322, 0.041971955, -0.019181551, 0.07069949, -0.12362262, 0.08554868, 0.16224997, -0.11218193, 0.3132043, -0.18114331, -0.104602315), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ng2, MF4x4(0.047690846, -0.26872492, 0.2183612, 0.19340567, -0.06084255, 0.04798949, 0.19492827, 0.14699973, -0.07016259, 0.14654481, -0.06714773, 0.07936776, 0.073397264, -0.10646918, -0.13238135, 0.07208961), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nh2, MF4x4(0.07382223, -0.044347115, -0.032497067, -0.02002406, 0.18200569, -0.09839878, -0.0027670355, -0.032592446, -0.05297432, 0.11200702, -0.019955616, 0.112369545, -0.2748285, -0.139697, -0.26332188, -0.303972), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ni2, MF4x4(-0.23713836, -0.003925555, 0.16436225, 0.15221255, 0.1077621, -0.027760457, 0.0059113647, -0.11066059, -0.0980858, 0.011830199, 0.040253483, 0.06447465, -0.0827841, 0.04048125, 0.04551489, -0.12471252), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(na3, MF4x4(0.010833946, -0.058524415, -0.19618602, -0.11400699, -0.088038966, -0.08249501, 0.025192872, -0.04508469, -0.017629553, 0.10654934, 0.007814974, 0.041299284, 0.054442752, 0.14059617, 0.09760092, -0.060198124), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nb3, MF4x4(-0.16173755, 0.14454803, -0.036523324, 0.016083395, -0.04597214, 0.019925527, 0.10551423, 0.07915449, -0.09191786, 0.040694106, 0.079085656, 0.04860138, -0.00920608, 0.015785221, 0.08149557, -0.070038155), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nc3, MF4x4(0.09396598, -0.27780503, 0.057351794, 0.17856738, 0.06403465, -0.019479418, 0.13132542, 0.09766009, -0.13038878, 0.106342256, 0.19923963, -0.107940085, -0.11207263, 0.07427199, 0.122141175, -0.17083314), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nd3, MF4x4(-0.0129763335, 0.029884486, -0.1591489, 0.05743726, -0.10154112, -0.05951815, 0.038755298, 0.31987077, 0.041023176, 0.15760195, 0.020455543, 0.117823385, 0.008611401, 0.10392111, -0.029049959, -0.00561999), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ne3, MF4x4(0.11115114, 0.13910228, -0.15370879, 0.14353245, -0.106912665, 0.16457058, -0.0007093892, -0.16065751, 0.12172275, -0.0071658283, -0.13790236, -0.05790294, 0.0258849, 0.047155324, 0.028826248, 0.077854194), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nf3, MF4x4(0.04222945, 0.016645031, -0.22052032, -0.108474314, -0.037527397, 0.1508435, 0.13960642, 0.051745985, 0.17182018, -0.0071819094, 0.13896792, 0.12522686, 0.1307583, 0.09315921, 0.031736225, -0.24318463), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ng3, MF4x4(0.12233872, 0.16193391, -0.045825243, -0.021991767, -0.06857775, 0.019997157, 0.26207915, 0.017674582, 0.14816906, -0.011254348, 0.11932189, -0.06385669, -0.08113471, 0.13287768, -0.008416972, -0.039866585), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(nh3, MF4x4(0.15459004, -0.029546147, -0.20761466, -0.12011381, -0.09814943, -0.12983616, 0.0019625768, 0.086729765, 0.22380745, 0.112912305, -0.073421806, -0.061414655, -0.00015528004, -0.10514693, 0.0449276, 0.1197672), conv2d_11_tf);\n\tconv2d_11_tf = MulAdd(ni3, MF4x4(0.031599533, -0.0699447, 0.10802751, -0.011152619, 0.08078543, 0.10828058, 0.10941837, -0.07911565, 0.16324246, -0.034676578, 0.04017893, 0.01809475, -0.0054880627, 0.027349245, -0.041267768, 0.041391887), conv2d_11_tf);\n\ttex10[gxy] = conv2d_11_tf;\n\tMF4 nconv2d_11_tf = max(-conv2d_11_tf, 0);\n\tconv2d_11_tf = max(conv2d_11_tf, 0);\n\t\n\tMF4 conv2d_10_tf = MF4(0.03802586, 0.06033134, 0.0405485, 0.00039835402);\n\tconv2d_10_tf = MulAdd(a1, MF4x4(0.31697825, -0.38101152, 0.26027805, 0.19195847, -0.15098146, 0.17915927, 0.263392, -0.108211316, 0.004631585, -0.06989657, 0.057514362, 0.013759571, -0.06416892, 0.033370133, -0.04808954, -0.1563251), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(b1, MF4x4(0.15827416, -0.17950794, 0.16834997, 0.13073751, 0.030396005, 0.040662624, 0.16062944, 0.041357074, -0.13926722, -0.06929913, 0.10808029, -0.06798461, 0.10745701, -0.102971874, -0.06641405, 0.0885879), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(c1, MF4x4(0.017569518, -0.074986644, -0.0381504, -0.108356364, -0.028105393, 0.107422166, 0.010693419, -0.03790183, -0.056355134, -0.17228265, 0.19153535, 0.014339309, -0.072250925, 0.25570604, 0.06766601, 0.10274542), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(d1, MF4x4(0.11808023, 0.03209569, -0.047605, 0.10232121, -0.089450955, 0.22296266, -0.031239472, 0.12547736, -0.13355453, 0.09658202, 0.14639929, 0.1722445, -0.16578807, -0.01587181, -0.06775275, 0.106690586), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(e1, MF4x4(-0.08015724, -0.09917064, 0.17005561, -0.11093009, -0.033904083, -0.18723048, -0.42410555, -0.34870258, -0.024956835, -0.057636626, -0.17249386, 0.3452565, -0.0781917, 0.048283495, -0.1849922, 0.10712763), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(f1, MF4x4(-0.19845031, 0.018594265, 0.11669769, 0.04427017, -0.13347605, 0.14735079, -0.20751207, -0.08490434, -0.077883884, -0.17200643, 0.03127422, 0.11106135, -0.04682848, -0.04392586, 0.11629085, -0.03191463), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(g1, MF4x4(-0.035416074, 0.032688126, -0.034218192, -0.35819814, -0.07167647, -0.032766674, -0.09849224, 0.27033108, -0.040135793, 0.11793038, 0.024326177, 0.056732934, 0.0072507905, -0.15076852, -0.007368895, -0.07758195), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(h1, MF4x4(0.03677586, 0.088763975, 0.04954433, -0.047844727, -0.07487822, -0.06698103, 0.12568145, -0.22909173, 0.1671084, -0.17893419, 0.09722236, 0.20345661, 0.057767022, 0.044742733, 0.06905004, -0.010992711), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(i1, MF4x4(0.0028451576, -0.27325574, 0.14329389, -0.07025869, -0.09781529, 0.0151023185, 0.08696752, -0.056844577, -0.19665222, 0.09358589, 0.16416575, 0.06988374, 0.16515698, 0.09760437, 0.023626767, 0.16473217), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(a2, MF4x4(-0.01080354, 0.014449004, 0.11467091, -0.07119837, 0.18900962, -0.06401898, -0.025841001, 0.13663737, -0.04860565, 0.15505394, 0.11083383, -0.06831929, -0.12395706, 0.04564376, -0.132784, 0.095948376), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(b2, MF4x4(-0.009644828, 0.05351468, -0.086626254, -0.07883177, 0.12082235, 0.16186416, 0.20026602, -0.12537873, -0.02765183, -0.19664048, -0.14943156, 0.17649364, -0.15099925, -0.16448402, 0.04770359, 0.08525748), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(c2, MF4x4(-0.07529481, 0.057762332, 0.02256763, 0.0037007954, 0.052606575, 0.008619477, 0.035252705, -0.060551647, 0.03680644, 0.1457205, 0.0970469, 0.00867666, -0.0931654, -0.046189044, -0.118787736, 0.059376143), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(d2, MF4x4(0.024567254, -0.07128407, -0.02618071, -0.16522972, 0.02537496, 0.09393943, -0.018046979, -0.12497053, 0.041589152, 0.028847594, 0.072174646, -0.12484334, -0.096903354, 0.07245438, -0.03219862, 0.037360255), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(e2, MF4x4(0.05599119, -0.0027604182, -0.004961665, -0.1297362, 0.10879746, 0.14088875, -0.031004267, -0.016735828, 0.07093551, 0.024946349, 0.16840066, -0.10094298, -0.04150052, 0.09933387, 0.09332617, -0.121228844), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(f2, MF4x4(0.099246845, -0.17000747, -0.17089754, 0.0021521626, 0.046584304, -0.037944607, 0.1009471, 0.110904016, 0.17920195, -0.00022254961, 0.07443117, 0.07490046, 0.1700909, -0.18371364, -0.15320961, -0.0344897), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(g2, MF4x4(0.10543544, 0.04469465, 0.14627467, -0.07649682, -0.082381524, 0.12919065, 0.090079635, -0.07820535, -0.06769879, -0.12625079, -0.06946243, -0.19333136, 0.02998107, 0.01594043, 0.12332583, 0.015775004), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(h2, MF4x4(0.025815854, 0.015107419, -0.045278236, 0.13242702, -0.059958965, 0.031560495, 0.047686167, 0.064922616, 0.09818797, -0.07938157, -0.08586279, 0.079509474, -0.031728156, 0.052335043, 0.046583798, 0.17072229), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(i2, MF4x4(-0.07827454, -0.033509843, 0.054832056, -0.011652403, -0.029872715, -0.13623856, 0.013034195, -0.009600983, -0.08374398, 0.0022505643, 0.042340405, 0.050227124, -0.072084844, -0.044353593, 0.06991293, -0.024949703), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(a3, MF4x4(0.08938938, -0.092218116, -0.016011834, 0.038319822, 0.12462916, 0.30430344, -0.2225195, 0.23016618, 0.16917962, -0.10025298, 0.03197825, -0.0028935818, -0.20949106, 0.16084236, 0.02389285, -0.07628905), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(b3, MF4x4(0.008811933, -0.07407284, 0.06164061, -0.08511243, 0.23705618, -0.04852394, -0.09615244, -0.14999956, 0.14771207, -0.31061637, 0.053693004, 0.12648372, 0.13281338, -0.052495755, -0.10527891, 0.055210527), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(c3, MF4x4(-0.002706158, -0.08600029, 0.067195736, 0.11638961, 0.22492133, 0.21856707, -0.07640264, -0.06916772, 0.06080084, 0.11333604, 0.06812178, -0.033994764, 0.18698989, -0.0062931813, -0.07839693, -0.19759217), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(d3, MF4x4(0.016470285, -0.08823432, 0.22680223, 0.09997554, 0.23114151, 0.19813643, -0.35361916, 0.2194339, 0.11047473, 0.068083756, 0.067214124, 0.43412095, -0.012517998, 0.15817562, 0.041793827, -0.12873247), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(e3, MF4x4(0.072530076, 0.13730067, 0.2244758, -0.07199118, -0.052385315, 0.10464238, 0.26556495, -0.2717685, -0.11540168, -0.018752037, 0.025696546, -0.12900795, -0.010386023, -0.020768933, 0.24903738, -0.14111607), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(f3, MF4x4(-0.24632111, -0.015176092, -0.02656606, 0.009465184, -0.0051622107, 0.14365524, 0.110313326, 0.075529456, -0.041912608, -0.012926297, 0.099115536, -0.043660834, 0.14709431, 0.069978856, 0.19860862, 0.30215213), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(g3, MF4x4(0.003388868, 0.000683922, 0.025133248, 0.004995937, -0.06642034, 0.028584523, -0.14691937, -0.2014579, 0.15427552, -0.027058927, 0.04456965, 0.084938034, -0.24065961, -0.014348999, -0.093859546, -0.032467082), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(h3, MF4x4(-0.067999065, -0.061825316, -0.056987073, 0.0009880592, -0.014163033, -0.30605268, 0.22628185, 0.01192761, -0.08495571, 0.17559315, -0.17546391, -0.0027795131, -0.289151, -0.41655365, 0.11138813, -0.18327911), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(i3, MF4x4(-0.032702215, 0.072819114, -0.06573772, -0.023648093, -0.28138083, 0.0492584, 0.17402509, -0.04257587, 0.109756455, 0.086533375, -0.017961387, 0.02175586, -0.12014975, 0.0101643065, 0.34295502, -0.04737776), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(na1, MF4x4(-0.043654937, 0.030818325, 0.009349365, 0.0058960635, 0.075968295, 0.10992966, -0.056467474, -0.053309787, -0.020969287, 0.13869311, 0.118167736, 0.20124547, -0.071703844, 0.16065824, 0.0333816, 0.16069882), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nb1, MF4x4(-0.00913058, 0.11581215, -0.08088577, 0.048499383, -0.002100561, 0.14013395, -0.021854091, 0.022357881, -0.007194664, 0.2258521, 0.28041685, 0.035750967, -0.17555529, -0.06302401, 0.006144002, 0.073763065), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nc1, MF4x4(0.13105561, 0.033134516, -0.123544686, 0.036164157, 0.081316054, -0.09048299, -0.034898795, -0.04975392, -0.118228555, 0.0013148085, -0.024866905, -0.07593515, -0.058713235, 0.081549294, 0.09502267, -0.06489622), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nd1, MF4x4(-0.013302538, 0.14520672, -0.041146558, 0.08169293, 0.1506187, 0.062507726, 0.19582897, 0.05240332, 0.015582799, 0.08783006, 0.016972601, -0.23824452, -0.056192238, -0.087197326, 0.0045260703, -0.012997719), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ne1, MF4x4(-0.074937195, -0.018988643, -0.07370074, 0.048774365, 0.07236563, 0.0904083, -0.10467449, 0.10507359, 0.12723474, -0.1263123, -0.17705469, -0.15779553, -0.23850663, -0.119912334, 0.21794695, 0.19370297), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nf1, MF4x4(-0.04097957, -0.0038975494, 0.11273524, -0.049562607, -0.041399803, 0.013795214, -0.07912852, 0.06913985, -0.039762158, 0.031136844, -0.22443683, -0.07978295, 0.15926225, -0.021239735, 0.02987538, 0.0073201153), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ng1, MF4x4(-0.00022499492, 0.07021377, 0.10080298, -0.049646243, 0.08742822, -0.05083212, 0.11067444, 0.0028296155, -0.06948983, -0.032108277, -0.17148562, 0.031176677, 0.028853005, 0.06482861, 0.0068417406, 0.20317557), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nh1, MF4x4(0.11648821, -0.17146581, 0.067954056, 0.08905258, -0.08075704, 0.019719714, -0.11522013, 0.07268729, 0.0639498, 0.19816676, 0.014075983, -0.032495353, -0.017302783, 0.001971279, -0.03852454, 0.13213885), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ni1, MF4x4(-0.043073803, 0.013491542, -0.0071037943, 0.104073495, 0.02311169, 0.058454588, -0.036697295, -0.048574958, -0.02161516, 0.10554709, 0.07252144, 0.013570617, -0.08058747, -0.050845098, 0.11659161, 0.12994757), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(na2, MF4x4(-0.065163076, 0.19974495, -0.4120684, 0.07145881, 0.113002166, 0.23591681, 0.09600776, -0.12980238, -0.032298863, -0.09617708, -0.09807077, -0.019956803, -0.0144692, -0.11556348, -0.080140986, -0.088292986), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nb2, MF4x4(-0.012835261, -0.04646276, 0.072318554, -0.08490823, 0.1648558, -0.15578964, 0.07145768, 0.12143512, 0.007787767, 0.07922046, -0.10203864, -0.15637778, 0.17195338, -0.16184372, -0.01940918, -0.0037627215), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nc2, MF4x4(-0.118128635, -0.06761304, 0.20045926, -0.11828058, 0.022446023, -0.09117082, 0.11077834, 0.12605691, -0.094919816, -0.016070768, -0.025274863, 0.13070245, 0.14234897, -0.080053166, -0.14352201, 0.24688406), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nd2, MF4x4(-0.038446598, 0.06076558, 0.011793446, -0.027539631, 0.12532312, 0.12770405, 0.05115926, 0.07202868, 0.00048553053, -0.20094085, 0.14294891, 0.27486032, 0.09690127, -0.19488129, -0.010087613, -0.32277402), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ne2, MF4x4(-0.03640304, -0.03347442, -0.14699876, 0.084367014, -0.0931957, 0.0046109143, -0.10012045, -0.21788213, -0.22289619, -0.15080798, 0.053079627, 0.058909237, 0.0033036254, -0.266638, 0.15794982, 0.15606833), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nf2, MF4x4(-0.16570765, -0.19292961, -0.040884703, 0.0350054, 0.044223823, -0.05094823, -0.10369617, -0.026184212, -0.07026344, 0.08071905, -0.05532503, -0.105882615, 0.11906692, -0.12926123, 0.18500324, 0.09285109), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ng2, MF4x4(-0.30376035, -0.015966324, -0.080935225, -0.054857124, 0.008181847, -0.051866602, 0.086870745, -0.205586, -0.13184556, -0.03217006, 0.029946566, -0.10589564, 0.045322973, -0.1656244, -0.08579307, -0.121582575), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nh2, MF4x4(-0.06772616, -0.14879958, -0.17823575, 0.020676576, -0.04157187, -0.019993478, -0.026832247, -0.22187601, -0.12282354, -0.101527624, 0.10540906, -0.09816911, 0.01171376, -0.35307917, -0.21599512, -0.12673624), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ni2, MF4x4(0.13506149, -0.12476234, -0.23067783, 0.0016245812, 0.27068454, 0.085986294, 0.08674341, 0.07736311, 0.04183122, 0.09630597, 0.005955931, -0.033355173, -0.19212, -0.2707448, -0.18517534, -0.035879433), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(na3, MF4x4(-0.0151614295, 0.047397353, 0.0923022, 0.08485078, 0.15618569, -0.11042138, 0.12418296, -0.07967247, 0.053651772, 0.015027734, 0.048835948, 0.07711154, 0.020557769, 0.023958597, 0.04587901, -0.0014006038), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nb3, MF4x4(0.038551513, -0.10045045, 0.06231501, 0.043190606, 0.011727592, 0.10791629, 0.022111481, -0.053163722, 0.11845128, -0.102105886, 0.08789077, -0.0027942352, -0.08893058, 0.008466707, 0.011015023, -0.047280762), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nc3, MF4x4(0.013820725, 0.1256963, 0.041195784, -0.057415746, -0.07633132, -0.025274424, 0.029755162, -0.046797376, -0.037444938, -0.09385259, 0.14993298, 0.040402364, 0.057619866, 0.0044342144, 0.044209216, 0.13005155), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nd3, MF4x4(0.07646884, 0.18639803, -0.021711063, 0.021434348, 0.11517055, 0.010340496, -0.0018932755, -0.3739696, 0.1309672, 0.08240308, 0.08870368, 0.09622062, -0.07567563, -0.08575518, 0.12712875, 0.16571298), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ne3, MF4x4(-0.028878238, -0.06821328, -0.048233025, 0.010556409, 0.08252249, 0.12659778, 0.10306397, 0.041443437, -0.008534995, -0.08196783, -0.13689299, 0.048229158, 0.12889823, 0.12517701, -0.06344265, 0.11288182), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nf3, MF4x4(0.20085302, 0.024324976, 0.012985146, 0.045487225, -0.14292689, 0.091915675, 0.030304266, -0.007919423, -0.09057523, -0.13942213, 0.22375956, -0.15821122, 0.13392857, 0.06950518, -0.009899817, -0.19455001), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ng3, MF4x4(-0.18937646, 0.13056205, -0.09389302, -0.06861626, 0.030355467, -0.07237441, 0.079272114, -0.018099891, -0.057733692, 0.14460595, -0.068894215, 0.073404275, -0.005731954, -0.16851021, 0.029365558, 0.04029561), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(nh3, MF4x4(-0.11247864, -0.026352342, -0.26439467, 0.021711655, -0.17112786, 0.09201832, 0.058435153, -0.18282679, -0.058647767, -0.0882594, -0.09513095, 0.046603747, 0.118426494, -0.06860188, 0.14646193, -0.10118678), conv2d_10_tf);\n\tconv2d_10_tf = MulAdd(ni3, MF4x4(-0.08203177, 0.049650684, 0.11541628, 0.07473622, -0.06572682, -0.018375592, -0.0739239, -0.08190655, -0.012673694, 0.0003337712, 0.041397918, -0.047579113, -0.13510825, 0.025625594, -0.035801806, -0.045355853), conv2d_10_tf);\n\ttex11[gxy] = conv2d_10_tf;\n\tMF4 nconv2d_10_tf = max(-conv2d_10_tf, 0);\n\tconv2d_10_tf = max(conv2d_10_tf, 0);\n\n\tMF4 target = MF4(0.011156243, 0.004168819, 0.082229175, 0.043994825);\n\ttarget = MulAdd(e1, MF4x4(0.2216899, -0.006199309, -0.14865121, 0.06256912, 0.082141966, 0.069441915, -0.064958416, -0.014999604, -0.017270254, 0.054063573, -0.30066323, 0.09460075, 0.17069338, -0.26000282, 0.026078973, -0.0024098607), target);\n\ttarget = MulAdd(e2, MF4x4(0.22918217, 0.2753827, -0.2260137, 0.0074888375, 0.007864308, 0.01738929, 0.036404576, 0.15125586, 0.12692557, -0.1064573, -0.105954304, 0.17095445, -0.295937, 0.2284073, -0.28089303, 0.17836742), target);\n\ttarget = MulAdd(e3, MF4x4(-0.23949356, -0.20830329, 0.043005105, 0.11848222, 0.26292896, 0.13052817, 0.14105777, -0.14028162, 0.033770017, -0.12098709, -0.19063175, -0.020637099, 0.032703582, -0.31454226, 0.07559202, 0.067997165), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.26934767, 0.25418487, 0.2089665, -0.15689164, 0.068669625, -0.19087234, 0.034052055, -0.038685646, 0.037284948, 0.14673525, -0.001882231, 0.07179596, -0.054052413, 0.2954734, 0.108455196, 0.21742904), target);\n\ttarget = MulAdd(ne2, MF4x4(0.24180835, 0.012385412, -0.017178789, 0.032714315, -0.26524556, 0.024244266, -0.226589, -0.0358992, -0.2241718, 0.08004254, -0.017615836, -0.2492002, 0.09387765, 0.18154638, -0.034240507, 0.3605678), target);\n\ttarget = MulAdd(ne3, MF4x4(0.24151021, -0.014141217, -0.1259467, -0.19366209, -0.07166293, 0.08856931, -0.08999051, 0.31848234, -0.07388433, -0.16038652, 0.28902727, 0.2382835, -0.15296587, -0.12924191, 0.16233487, 0.05408346), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(-0.18532315, 0.116318375, -0.043276392, -0.20643523, -0.1317004, -0.025412546, -0.32449946, 0.08039049, -0.18457016, -0.015615943, -0.01645252, 0.21732457, 0.082662076, 0.1900878, -0.11705433, 0.14767131), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.052993804, -0.11595191, 0.32436988, -0.003765943, 0.2296748, 0.119828835, -0.019125028, -0.3126433, -0.039699726, -0.24760635, 0.08949547, -0.012501165, 0.33296522, -0.349697, -0.081094205, 0.061596226), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.033869196, 0.12660468, 0.12152309, -0.18401411, 0.1442463, 0.18430543, 0.22487932, 0.29795903, 0.17951487, -0.24413475, -0.13472381, 0.3147198, -0.22021247, -0.15316834, 0.013162168, -0.20238425), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.0015613904, -0.09523476, 0.024224702, -0.17930624, -0.061623972, 0.06495367, 0.3776854, -0.17299566, -0.36212873, 0.13202415, 0.07052771, -0.1219512, 0.29942214, -0.011110212, 0.36104754, 0.0010065075), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.16467105, 0.29388088, 0.13385788, 0.118168965, 0.15695275, -0.2269201, 0.097460486, -0.04286567, 0.020316202, -0.07753041, -0.18018067, -0.111885116, -0.17371373, 0.04722513, 0.2188871, 0.1295067), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.2567296, 0.0027146419, -0.18108767, -0.10636566, -0.04075492, 0.08977396, 0.27601838, 0.041642547, -0.29131287, -0.0026349663, 0.16847563, 0.29684088, 0.23944439, -0.12667872, -0.31902757, -0.023768846), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.12111429, 0.046077378, 0.07920395, -0.3619861, 0.0030046673, -0.21324079, -0.14134064, 0.07692796, 0.2308601, 0.050601542, -0.20067136, 0.1312576, 0.078878105, -0.07905382, 0.04887801, 0.11589316), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.18035689, 0.022012187, -0.05441432, -0.13895841, 0.1792498, 0.06579118, -0.3518265, 0.19284686, -0.36724597, -0.19384578, 0.052024953, 0.069351286, -0.17106277, 0.01428955, -0.022695465, -0.03882866), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(0.12341931, 0.21374431, 0.14095145, 0.11081035, -0.1377048, 0.2957615, 0.2647214, -0.21324296, 0.18657272, -0.16867872, 0.13558641, -0.14022234, -0.00384067, -0.19601567, -0.20603377, 0.006892211), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(0.05891213, 0.17766091, -0.11099863, -0.10597074, 0.4759035, -0.20892517, -0.35479382, -0.057822235, -0.10161365, -0.11828349, -0.021581944, 0.057930104, -0.46801752, -0.25330284, 0.30126703, -0.31744412), target);\n\ttex1[gxy] = target;\n\t\n\ttarget = MF4(-0.01212462, -0.018702446, -0.0063916473, -0.015887083);\n\ttarget = MulAdd(e1, MF4x4(0.137003, -0.06089221, -0.108805895, 0.27130327, -0.3015222, -0.26373127, 0.019133324, 0.035202216, 0.040255867, 0.09030984, -0.46218738, -0.3097094, -0.057662863, 0.123317555, 0.037645355, 0.010423522), target);\n\ttarget = MulAdd(e2, MF4x4(0.29102653, -0.17060617, 0.31592718, -0.15487169, -0.09719322, 0.08212171, -0.24112037, -0.5323616, 0.050776903, 0.26745227, -0.0123307025, -0.0076298076, -0.044822518, -0.15961778, 0.26758936, 0.019300641), target);\n\ttarget = MulAdd(e3, MF4x4(0.19517086, -0.2878986, 0.12765801, -0.12057966, 0.27521843, 0.028182628, 0.32267106, 0.035355434, -0.065272234, -0.015919037, 0.38220987, 0.14314096, 0.052418232, 0.07207548, -0.41493666, -0.03195114), target);\n\ttarget = MulAdd(ne1, MF4x4(0.18309553, -0.11183888, -0.052814357, -0.08971906, -0.14353213, -0.20144752, -0.20325397, -0.16143575, 0.028960846, -0.16557908, 0.266044, -0.2373641, 0.12750591, -0.11190832, 0.35028338, 0.17638433), target);\n\ttarget = MulAdd(ne2, MF4x4(0.058721025, 0.21000905, -0.2719825, -0.16923684, 0.2887994, 0.08877727, -0.1274528, 0.12557751, -0.09804875, -0.37839252, -0.1465434, -0.1059692, 0.07212408, -0.101579584, -0.16375211, -0.09519384), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.145749, -0.15073515, -0.2661711, -0.21265043, -0.3345085, -0.16820145, 0.07732321, 0.13837157, 0.014605319, -0.14113256, -0.3269443, -0.100293055, 0.114504874, -0.4271041, -0.17389913, 0.0033216716), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(0.022264633, -0.19477129, 0.050657783, -0.08318149, -0.5125155, 0.030831251, 0.110084355, -0.25779435, 0.08368584, 0.48425493, -0.28335044, 0.23433922, 0.31263804, -0.12789254, -0.14072786, 0.10106589), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.007650675, -0.082783565, -0.1599306, 0.22329025, -0.01190027, 0.09498623, -0.06526687, -0.074669816, 0.13880949, -0.0060707824, -0.044009406, 0.15161307, -0.121638715, 0.012903123, 0.047266923, -0.41495043), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.1315474, 0.2878135, -0.03521026, 0.31479505, 0.4425801, 0.22921802, -0.19864602, -0.0049938424, -0.39346734, 0.09232505, 0.20387846, 0.08173493, -0.2582244, -0.23351125, 0.04481434, -0.105453715), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.10668876, -0.026544912, 0.19446668, 0.0045490777, -0.024656052, -0.11874863, 0.21377616, 0.16957945, 0.36561254, -0.19234993, -0.16987774, 0.05442733, -0.13925838, -0.09912278, -0.06849117, 0.2862709), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.33045495, -0.13048914, -0.023560356, -0.21611182, 0.031752963, 0.14722162, -0.18900181, -0.214494, -0.014231522, 0.23605579, 0.04047805, 0.4060913, -0.13969432, -0.20286381, -0.29891747, -0.043839972), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(0.12433207, 0.20156589, -0.16986352, 0.07386095, -0.08681933, -0.055620465, -0.043641977, 0.25392216, -0.19010517, -0.018021587, -0.040169913, 0.3845108, -0.18094495, -0.07285529, 0.1848976, -0.24628341), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.038218584, 0.1562106, -0.14935517, 0.14979756, -0.24085392, -0.32680586, -0.015209841, 0.31288582, 0.15819284, -0.084411524, -0.18117775, 0.16964395, 0.29338664, -0.020204993, 0.011733066, -0.03798886), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(-0.020065956, -0.043856975, 0.016091857, 0.19466555, 0.16528654, 0.049655683, -0.3676622, -0.14080617, -0.094320625, 0.27908608, -0.084430434, -0.07656003, 0.19461128, 0.11947404, -0.05046522, -0.12625407), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.013265381, -0.015804514, -0.12068759, -0.06364535, -0.040848896, -0.07602193, -0.04744431, 0.29088646, 0.1358165, 0.010972456, -0.04270195, -0.091147564, -0.2690454, 0.23030208, -0.39135924, -0.22463588), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(0.20590256, 0.098045684, 0.3285928, 0.04094028, 0.12415101, 0.244203, 0.048238404, 0.17298737, 0.22513592, 0.048016686, -0.11171281, 0.12644528, -0.40468216, -0.02186692, -0.09637657, -0.20869099), target);\n\ttex2[gxy] = target;\n\t\n\ttarget = MF4(0.019361967, -0.009793055, 0.03647491, -0.010136049);\n\ttarget = MulAdd(e1, MF4x4(0.06816948, 0.34817252, -0.046539452, 0.0051957658, -0.1393289, -0.123660676, -0.28295487, -0.09683893, -0.3166085, 0.112649016, 0.016630042, 0.12213537, 0.048850413, 0.10865108, 0.36645818, -0.1570077), target);\n\ttarget = MulAdd(e2, MF4x4(0.16992034, 0.15695556, 0.23111318, -0.07952356, 0.008467285, -0.11592582, -0.18852152, 0.11257074, 0.24210866, 0.1062648, -0.101493195, 0.04611632, -0.13289067, -0.07632904, 0.012860103, -0.08678244), target);\n\ttarget = MulAdd(e3, MF4x4(0.19332299, -0.06392618, -0.18013911, 0.23211008, -0.0025107847, 0.4468814, -0.15807462, -0.27148855, 0.24238719, 0.16024797, -0.22240195, 0.2425211, 0.008685379, -0.43995225, 0.28782377, -0.04508348), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.038411126, -0.0034189979, -0.10616163, -0.22397435, 0.005768774, 0.13181472, 0.091235116, 0.07068676, 0.08932033, 0.025967117, -0.053367026, -0.22340903, -0.13413511, 0.24192514, -0.011392121, -0.09885669), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.13691483, 0.058308467, 0.14866434, 0.005773672, -0.16254735, -0.03150588, 0.16304344, 0.31798756, -0.22399272, 0.033883456, -0.09658691, -0.12437203, -0.117079385, 0.21686973, -0.037619635, -0.085622996), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.24666454, -0.06097481, -0.08042751, -0.09151835, -0.09213628, 0.06706758, -0.12596707, 0.05328458, 0.25016794, -0.21868211, 0.22890028, -0.16557315, 0.036212686, 0.13603954, -0.20226133, -0.22868301), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(0.022882584, -0.023618432, 0.08065757, 0.33173925, 0.07162631, -0.010860303, 0.15222527, -0.21064946, 0.023574507, 0.06347729, -0.2955436, 0.31633475, -0.3643237, -0.087610714, -0.089636534, 0.13809934), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(-0.22458415, -0.01961852, -0.014363966, -0.2820657, -0.20567393, 0.106780864, -0.43547606, 0.3259588, 0.42431846, -0.30789465, -0.053756483, 0.18392731, -0.43784657, 0.23359884, 0.25319567, -0.1464313), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.06667747, 0.011182004, 0.26176485, -0.15575507, -0.017922953, 0.0014675539, -0.13763407, -0.086996995, -0.00082739035, 0.03939667, -0.09286956, 0.29952076, 0.014103506, 0.10058367, 0.16165632, 0.23478027), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.1966405, 0.11404606, -0.12005759, -0.22895505, -0.0848272, 0.021871557, 0.044186037, -0.111861885, -0.16986093, -0.24633476, 0.07282808, -0.26975635, 0.34241816, 0.030470898, -0.09903839, -0.22579415), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.10059369, 0.010142443, 0.061046213, 0.6807189, 0.005402132, -0.21700516, 0.16900781, -0.09973772, -0.025505878, 0.14216411, 0.14366129, -0.02743741, 0.09240224, 0.055595424, -0.22342968, 0.32391673), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.24940865, -0.042881966, -0.19815244, -0.05011009, 0.32227826, 0.07563262, -0.22649106, 0.10700333, -0.14117172, 0.1359497, -0.14451554, 0.34859756, 0.060239617, 0.09917812, 0.13169186, 0.077682465), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(-0.0714192, 0.12607583, -0.3341241, 0.18375745, -0.18943295, 0.11634349, 0.06633747, -0.13485552, 0.045528308, 0.2432545, 0.26417813, 0.0074096527, 0.004411052, -0.5647283, 0.021793056, -0.1910634), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.04678379, 0.15781826, -0.14137928, -0.065010436, 0.1379615, -0.07252597, -0.05457498, 0.049137864, 0.054244712, -0.24069838, -0.11444052, 0.27642834, 0.19889133, 0.31845504, -0.102143094, 0.088378325), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.1163185, 0.19226453, -0.1896929, -0.30681732, -0.013604632, -0.12468549, 0.018667353, 0.09807849, 0.030277459, 0.18578297, 0.14520812, 0.43598676, 0.24981564, 0.22188906, -0.12707953, 0.35956743), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(-0.1817424, 0.27081814, -0.16284765, 0.033412658, -0.29831278, -0.1345311, 0.27491164, 0.14552177, -0.054520354, -0.2996891, -0.1279112, -0.64904505, 0.049450837, -0.021562194, -0.6366078, 0.15545636), target);\n\ttex3[gxy] = target;\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x24, Conv-4x1x1x72\n//!IN tex1, tex2, tex3, tex10, tex4, tex8, tex9, tex11\n//!OUT tex5, tex6, tex7\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f3 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\t\n\tMF4 conv2d_11_tf = tex10.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_11_tf = max(-conv2d_11_tf, 0);\n\tconv2d_11_tf = max(conv2d_11_tf, 0);\n\t\n\tMF4 conv2d_1_tf = tex4.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_1_tf = max(-conv2d_1_tf, 0);\n\tconv2d_1_tf = max(conv2d_1_tf, 0);\n\t\n\tMF4 conv2d_4_tf = tex8.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_4_tf = max(-conv2d_4_tf, 0);\n\tconv2d_4_tf = max(conv2d_4_tf, 0);\n\t\n\tMF4 conv2d_7_tf = tex9.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_7_tf = max(-conv2d_7_tf, 0);\n\tconv2d_7_tf = max(conv2d_7_tf, 0);\n\t\n\tMF4 conv2d_10_tf = tex11.SampleLevel(sam, pos, 0);\n\tMF4 nconv2d_10_tf = max(-conv2d_10_tf, 0);\n\tconv2d_10_tf = max(conv2d_10_tf, 0);\n\n\tMF4 conv2d_13_tf = MF4(-0.0258258, -0.014007201, -0.0051976936, 0.023554644);\n\tconv2d_13_tf = MulAdd(a1, MF4x4(0.18203236, 0.08024887, -0.036568414, 0.13316368, -0.04578262, -0.06611782, -0.006320991, 0.19218548, 0.21009454, -0.08195536, 0.02459481, 0.037244156, -0.09028578, 0.025431598, 0.118399516, -0.11004066), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(b1, MF4x4(-0.057694096, 0.016725041, 0.09517554, -0.063389495, -0.15092854, -0.17499524, -0.023841592, -0.0021040211, -0.15481879, 0.058758404, -0.11097904, -0.026721174, 0.0025346193, 0.05679149, 0.0072498247, -0.13605994), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(c1, MF4x4(-0.029078262, 0.009836967, 0.07132015, 0.06620542, -0.21533649, 0.13504961, -0.026253965, 0.15687846, -0.041120164, -0.11824143, -0.03505001, -0.069189556, -0.020444538, -0.040636882, 0.104192354, 0.02525567), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(d1, MF4x4(-0.0033649271, 0.11870954, -0.29426005, 0.06678275, -0.21843383, -0.06478074, 0.055388454, 0.03360907, 0.15619075, 0.03552764, -0.004492958, -0.11098848, 0.0945473, -0.12231036, 0.060498584, -0.017200515), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(e1, MF4x4(0.11771511, 0.19074214, 0.2556847, -0.00011035888, -0.06266651, -0.18949944, -0.08458407, -0.4617736, 0.049839392, 0.0028800126, 0.112179466, -0.23129073, 0.07304365, 0.08169297, 0.010470617, -0.10990468), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(f1, MF4x4(0.2365061, -0.011560716, 0.040669534, 0.05682574, -0.108832434, 0.108204864, -0.016406072, -0.35809964, 0.19385669, 0.011194286, 0.022534747, -0.18770002, 0.040628985, -0.106064685, -0.12965748, -0.11940811), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(g1, MF4x4(-0.07578536, 0.055741407, -0.07985701, -0.08520933, -0.119309366, -0.001639899, -0.045735355, 0.060324576, -0.04602573, -0.067629695, -0.024497611, 0.11022731, 0.0866483, 0.023369456, 0.092412636, -0.15647933), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(h1, MF4x4(0.1151201, -0.06150153, -0.007215896, -0.027420595, -0.27713504, -0.30414173, -0.25002155, 0.04579516, 0.07746921, -0.039378557, -0.0007037489, 0.05171079, 0.04729991, -0.24362347, -0.03316277, -0.029248973), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(i1, MF4x4(0.08882578, -0.089215234, -0.027231896, 0.09565371, -0.040585488, -0.0666667, -0.10971792, -0.18664278, 0.08676577, 0.011609924, -0.11474831, -0.0032087977, -0.14733344, -0.013885521, -0.0600112, -0.028661741), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(a2, MF4x4(-0.16421804, 0.13640842, -0.053869005, -0.105430946, 0.33498198, -0.19186987, -0.044760693, 0.12338264, 0.04087762, 0.35624924, 0.16211961, -0.16837841, -0.21358813, 0.07136877, 0.09507147, 0.15890902), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(b2, MF4x4(-0.3021354, -0.3319794, 0.070228204, 0.1157857, -0.23864768, -0.124694765, -0.035166927, -0.2196196, 0.11144565, 0.15449396, 0.31777796, 0.23201036, 0.36269313, 0.0791044, -0.14027423, -0.10298774), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(c2, MF4x4(0.0045441133, 0.14908041, -0.04037237, 0.012396483, -0.41045487, -0.049013153, -0.25163352, -0.18674599, -0.020136787, -0.04309944, 0.16324212, 0.20724443, 0.0013537789, 0.10984782, -0.050586786, 0.07564281), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(d2, MF4x4(-0.35524195, -0.08884062, -0.061092835, 0.0016606712, -0.18841584, -0.28330895, 0.110710636, -0.20210983, 0.01599891, -0.019640112, -0.06881855, -0.2822387, 0.16723692, 0.42387784, 0.17316435, 0.014779502), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(e2, MF4x4(-0.14352255, 0.2557878, 0.14022757, -0.09769558, -0.08192019, 0.4160667, 0.20182422, -0.29740554, -0.16924635, 0.044684824, -0.21592674, -0.04393559, -0.44846448, -0.2268265, -0.15033214, -0.1552571), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(f2, MF4x4(-0.46804324, -0.05876729, 0.0023225946, -0.1399195, -0.12917824, 0.12800436, 0.5672086, 0.42298177, -0.25502345, -0.15043756, -0.010454711, -0.16799574, 0.1695203, 0.31919575, 0.090758204, -0.03608345), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(g2, MF4x4(-0.20859653, -0.025662629, 0.11013811, 0.021071844, -0.21565554, -0.08014497, -0.041803278, 0.15999684, -0.09659372, -0.2930284, 0.22263159, -0.058361106, -0.06474458, -0.18948506, -0.22297342, 0.002085207), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(h2, MF4x4(-0.25466987, 0.07562997, -0.046997566, 0.01815494, 0.015587753, 0.19885786, 0.17028151, -0.20973559, -0.13089986, 0.056037027, -0.16056974, -0.09570157, 0.36515233, 0.2177508, -0.19389395, 0.042368103), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(i2, MF4x4(-0.09177028, 0.029719152, 0.035980605, -0.111842036, -0.14203559, -0.0016779151, -0.23984708, -0.24259119, -0.32218066, -0.16303101, -0.042665064, 0.018674236, 0.132396, -0.07117317, -0.11266681, -0.25140917), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(a3, MF4x4(-0.2254921, -0.089444794, -0.03250626, -0.002422312, -0.07599525, 0.06057337, 0.09297158, -0.13625564, -0.05718329, 0.1393445, -0.14238319, -0.035561938, 0.10357985, 0.14509755, -0.05125032, 0.071264446), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(b3, MF4x4(0.14345558, -0.13649228, 0.07141237, -0.31665677, -0.106410414, -0.024022767, 0.022847228, -0.066274576, 0.27855787, 0.27377915, 0.100737795, 0.2585287, 0.065262236, 0.3338305, 0.013705893, 0.15107758), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(c3, MF4x4(0.24887003, 0.27924842, 0.011750549, 0.02100809, -0.060978264, 0.09022114, 0.10060977, -0.117189266, -0.064989, 0.050291102, 0.02154075, 0.07428455, 0.0128874695, -0.0824151, -0.0955003, 0.1240542), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(d3, MF4x4(0.09787086, -0.038460266, -0.012216873, 0.020269781, -0.14274825, -0.10365878, 0.107120685, 0.005830931, 0.18160833, -0.039512586, 0.054537058, -0.10175313, 0.2583083, 0.12110453, 0.11164319, -0.097267024), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(e3, MF4x4(0.04403219, -0.06616097, -0.1881836, -0.17728293, -0.30001318, 0.14179994, 0.077847786, 0.009201645, 0.2055038, 0.10847946, 0.034566265, 0.0823046, 0.016860636, -0.029249087, -0.16692844, 0.15714505), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(f3, MF4x4(0.01654197, -0.005030059, 0.15659711, 0.029457249, -0.10084003, -0.17541635, 0.20056525, 0.11890777, 0.041007854, -0.021843065, -0.047474306, 0.02461869, 0.09578964, -0.054728534, -0.022951778, 0.1384323), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(g3, MF4x4(-0.17401876, 0.0050307186, -0.14960738, -0.06744025, -0.026341015, -0.015185451, 0.097973764, 0.01230041, 0.043848213, -0.022325305, -0.01173514, -0.12744233, -0.1192904, -0.019170178, 0.16593695, -0.11961721), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(h3, MF4x4(0.16905174, -0.05465901, -0.10304148, 0.06422409, -0.06595216, 0.032311443, 0.06506821, 0.06866468, 0.12749052, 0.2812222, 0.10223055, -0.009964554, 0.10145132, 0.05452548, 0.21845295, 0.060436632), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(i3, MF4x4(0.009076048, -0.075771615, -0.010236168, -0.049228482, -0.009111011, 0.0032872239, 0.030809326, -0.021389242, -0.13207865, -0.20758687, 0.06795314, 0.16716966, 0.022448925, 0.005127875, 0.14822717, 0.1543517), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(na1, MF4x4(0.15177163, -0.059483033, -0.061815593, -0.048359588, 0.08666249, 0.01303385, -0.0797276, 0.00045918894, 0.044986565, -0.16032507, 0.001627205, -0.11240742, 0.36031052, 0.3453977, 0.20082399, -0.0872419), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nb1, MF4x4(0.20732729, 0.29925603, -0.027490204, -0.07813189, -0.16492629, 0.13322815, 0.0031292376, 0.041497275, -0.08320837, 0.10200068, -0.17992872, -0.06903506, 0.12075557, 0.10240156, 0.17685287, -0.07302424), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nc1, MF4x4(0.09832397, 0.072229534, -0.038651302, 0.23663157, -0.049382553, -0.11816951, -0.095177956, -0.0063895187, -0.22133054, 0.027618079, -0.010867105, 0.20221426, -0.055768233, 0.123813964, -0.04770652, 0.031318672), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nd1, MF4x4(0.19019139, -0.0055707553, 0.26110023, 0.053353935, -0.09224678, 0.103274055, 0.054068115, -0.028470352, -0.050636273, 0.044128064, -0.1790452, -0.01937518, -0.22987902, 0.13224003, 0.06837358, -0.21524249), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ne1, MF4x4(-0.06441057, -0.14875272, 0.1966193, -0.19311902, 0.116319604, -0.015221862, 0.22331011, -0.12665007, 0.1492529, -0.060963593, -0.13987945, -0.00267954, 0.17791282, -0.017524656, 0.009128157, -0.19969128), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nf1, MF4x4(-0.15118724, -0.02174076, 0.18955654, 0.004134554, -0.074481554, -0.022116778, -0.23729491, -0.21471047, -0.17819612, 0.13824348, -0.0189012, 0.2410327, 0.122907236, 0.115833536, 0.07078602, 0.1497625), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ng1, MF4x4(-0.0030512493, -0.004724951, 0.13259876, 0.009409425, -0.09696517, -0.12920079, -0.13467522, -0.05229473, -0.03711706, -0.038291495, -0.1493357, 0.09193146, -0.11654958, -0.1384159, -0.0809269, 0.12138653), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nh1, MF4x4(-0.111716144, -0.033208963, 0.19639781, -0.28904846, 0.043729085, 0.016957026, -0.078926295, -0.19079417, 0.06363828, -0.019629745, 0.058766138, -0.120303996, -0.15203112, -0.16788657, -0.15019903, -0.20598294), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ni1, MF4x4(0.09737031, 0.19906493, 0.31577814, 0.09887659, -0.10737645, 0.03927124, 0.008865094, 0.030515334, -0.03767332, 0.19419806, 0.052343797, -0.12595782, 0.018560758, -0.004252203, 0.12685028, -0.19064935), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(na2, MF4x4(-0.107926846, 0.05654491, 0.039178263, -0.022938857, -0.055884767, 0.01403891, 0.040060706, -0.0876108, -0.08530536, 0.035486717, -0.1397322, -0.111439094, 0.3098693, 0.031957068, -0.1323169, 0.036736827), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nb2, MF4x4(-0.042637993, -0.13947937, -0.06313642, -0.013281999, -0.07746704, -0.0033614477, 0.062081654, -0.028974544, -0.09252038, 0.23787987, -0.03051402, 0.08857487, -0.10345242, 0.08111023, 0.012858327, 0.025468932), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nc2, MF4x4(-0.057991188, 0.06572571, -0.17195612, -0.18226011, 0.13167764, -0.029910656, 0.07416073, 0.011874738, 0.020921603, 0.1790944, -0.02713754, -0.04678265, 0.0025504003, -0.07831189, 0.0022889362, 0.17452945), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nd2, MF4x4(-0.08273035, -0.06628758, 0.09288723, 0.17525311, -0.015099176, -0.02920585, 0.01664239, 0.16360165, -0.058821842, 0.023668878, 0.13803177, 0.05805197, -0.033553623, -0.020296576, -0.2126249, 0.054712847), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ne2, MF4x4(0.11607657, 0.09721635, 0.076664194, 0.107737765, -0.18090104, -0.09323497, 0.1018825, 0.025112988, -0.037965916, 0.07314205, 0.16523585, -0.16451308, 0.011332593, 0.05381852, 0.053742763, -0.051402804), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nf2, MF4x4(0.08998201, -0.09690652, -0.090980336, 0.21645999, -0.1421605, 0.017344419, -0.080088496, -0.1686495, 0.13406368, 0.004237983, 0.028970357, -0.015848784, -0.07229926, -0.08199748, 0.14972275, 0.11688227), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ng2, MF4x4(-0.10923993, -0.006186229, -0.0059918985, -0.056261536, 0.12305135, 0.07601222, 0.015556293, 0.039497726, 0.004694121, 0.03006972, -0.11686323, -0.1083031, -0.053210545, 0.06765771, 0.1847543, 0.12722884), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nh2, MF4x4(-0.15110816, -0.114151604, 0.06755774, 0.1535812, -0.0055134855, 0.124444366, 0.116650686, 0.015837835, -0.13255565, -0.023659749, 0.012672263, -0.014328633, -0.25721112, 0.03517644, 0.07895924, 0.017762167), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ni2, MF4x4(-0.0048434106, -0.15848884, 0.07007013, -0.0040173456, 0.12461628, -0.006840197, 0.054776177, 0.030113375, 0.011075732, -0.12137928, 0.039907288, 0.041261338, -0.03539033, -0.010571816, 0.17591824, 0.07626049), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(na3, MF4x4(-0.09215494, -0.047397707, 0.020372266, -0.03961589, -0.2969749, -0.23441714, 0.041512486, -0.23838238, 0.15105574, 0.030688843, 0.10364508, -0.037372112, 0.24514282, 0.11799978, -0.25672802, -0.05064504), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nb3, MF4x4(-0.22321941, -0.22637981, 0.12784286, -0.15949993, -0.1747607, 0.019964136, -0.101212226, -0.14332725, -0.0040852833, 0.13991846, -0.121760346, -0.074741244, -0.14598946, 0.017030315, -0.21471639, 0.023562988), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nc3, MF4x4(-0.025941253, -0.085331805, 0.006736805, 0.080889955, -0.06974209, -0.20366986, -0.2243817, -0.18153073, -0.0024152526, 0.047323234, 0.03407195, 0.016644841, -0.0060426793, -0.1146607, 0.11816627, -0.09477427), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nd3, MF4x4(-0.11221949, -0.016993113, -0.028873868, 0.30510077, -0.10090775, -0.56358117, -0.2178131, -0.3253011, 0.05903533, 0.23069671, -0.040006876, -0.2242038, -0.10916342, -0.038909998, -0.081489064, 0.06539624), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ne3, MF4x4(-0.059550002, -0.07048971, 0.08075795, 0.07341893, 0.08720143, -0.08745607, -0.28628471, 0.004085622, -0.059510656, -0.07080941, -0.17805275, 0.010445313, 0.08262345, 0.14971328, 0.086313516, 0.4270992), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nf3, MF4x4(-0.25829327, -0.25821465, -0.025910528, -0.1256417, -0.32173184, -0.012251011, -0.31182033, -0.17723739, 0.05439974, -0.0018167618, 0.06974409, -0.024687098, 0.05163715, 0.011181801, 0.060559656, 0.18320788), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ng3, MF4x4(0.048055783, 0.030901788, 0.00014199098, -0.015663194, -0.27395675, -0.1374474, 0.055429243, 0.09942114, -0.037852254, -0.033255827, 0.022523645, 0.04666904, 0.16599222, -0.02004086, 0.21397619, -0.11373404), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(nh3, MF4x4(-0.23445702, -0.06371413, -0.08418856, 0.06907252, 0.20780656, -0.13808912, 0.018577656, -0.0046262434, 0.09724245, -0.114031695, 0.022883652, 0.107561804, -0.010228, 0.0033352477, 0.12142382, -0.035946723), conv2d_13_tf);\n\tconv2d_13_tf = MulAdd(ni3, MF4x4(0.058773417, -0.06617424, -0.13876313, -0.007238876, -0.17449926, 0.14130935, -0.17021981, 0.09241347, 0.018518088, 0.085447155, -0.14430992, 0.035074715, -0.02784563, 0.15934117, -0.00036379634, -0.040411446), conv2d_13_tf);\n\tMF4 nconv2d_13_tf = max(-conv2d_13_tf, 0);\n\tconv2d_13_tf = max(conv2d_13_tf, 0);\n\n\tMF4 target = MF4(0.0053140894, -0.030208405, 0.04287835, -0.059097543);\n\ttarget = MulAdd(e1, MF4x4(0.13381699, 0.17966591, -0.0866034, -0.15282217, -0.2567282, -0.38080183, 0.10091161, 0.32172382, -0.064547606, -0.08161712, -0.033353675, -0.0019234467, 0.027740227, 0.2277078, 0.06759129, -0.22699283), target);\n\ttarget = MulAdd(e2, MF4x4(-0.122093834, 0.20621717, -0.08142724, 0.16477586, 0.4863212, -0.24032472, 0.00055996195, 0.50562304, 0.028121283, 0.56215876, 0.014577866, 0.06960302, -0.15964645, 0.14526807, -0.026474794, -0.02554081), target);\n\ttarget = MulAdd(e3, MF4x4(-0.101622745, 0.022395104, -0.14208415, 0.09508211, 0.20496333, 0.11371943, -0.024784304, 0.09519364, 0.09233463, 0.03117482, -0.15262024, -0.16956648, -0.2432608, -0.12877996, -0.13148616, 0.043081667), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.28086182, -0.15846887, -0.058738094, -0.181707, -0.018847898, 0.05197007, 0.09753647, -0.19714034, -0.062462445, -0.17604835, 0.1268098, 0.15334699, 0.05568127, 0.16867611, -0.1686486, 0.28579247), target);\n\ttarget = MulAdd(ne2, MF4x4(0.20252296, -0.27393097, 0.06578763, -0.12628423, -0.10547165, 0.030740904, -0.19412865, -0.034658667, -0.09081653, -0.19958268, 0.16915733, 0.056093715, 0.10596871, -0.1742866, 0.004890009, 0.19515324), target);\n\ttarget = MulAdd(ne3, MF4x4(0.32077652, -0.004434404, -0.12717858, -0.13544025, -0.450333, 0.04072708, 0.04316467, -0.2578049, -0.011932833, 0.18828999, 0.12326536, -0.016795376, -0.0054118615, 0.061453808, 0.28015187, 0.13463841), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(0.08942177, -0.0021343376, 0.23693596, -0.15413974, -0.32839566, -0.010874302, 0.033822935, 0.038676813, 0.18920816, 0.019961799, -0.055697896, -0.042120066, 0.10387084, 0.047366753, 0.17899887, -0.071130194), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.0010777018, -0.071475126, -0.16156957, -0.08781234, -0.08701292, 0.29084647, -0.34587428, 0.06969663, 0.036580127, 0.106745, -0.1534462, 0.106189206, -0.22758242, 0.20691736, -0.018554503, -0.056773946), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(0.14826776, -0.03700497, 0.066144, 0.023859248, -0.16708666, -0.23908418, 0.062023632, -0.16278005, 0.06265635, -0.039846748, -0.13978398, -0.027952245, 0.099891245, 0.18235108, 0.00991435, 0.0423486), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.17948383, -0.082759954, 0.10543674, -0.18660031, 0.0664088, -0.06837087, 0.04300318, 0.011699623, -0.017162412, -0.030628186, 0.07547453, 0.20060332, -0.19182351, 0.04914753, 0.040280227, -0.12417484), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.04074336, -0.041421015, -0.0372822, 0.1647266, -0.13993263, 0.0029407872, -0.39398977, -0.1778468, 0.21322449, 0.19134948, -0.02818874, 0.226251, 0.06352273, 0.12620094, 0.24221466, 0.20657893), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.094572894, -0.046852108, 0.21210444, -0.14082888, -0.050984625, -0.13443558, 0.24309658, 0.1573335, 0.21941295, 0.11642813, 0.09684106, -0.08597462, 0.15502413, -0.018070435, 0.1292023, -0.1557655), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.025215387, 0.16676718, -0.068287216, 0.017648363, 0.2779579, 0.059142746, -0.096408874, 0.22609432, 0.20962398, 0.24879578, 0.023621194, -0.29692242, 0.02272032, -0.33367038, 0.15799981, -0.1699598), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.08816878, 0.076234445, -0.06670541, 0.024926793, -0.12045598, 0.07443171, 0.22081238, -0.044906516, -0.02448027, -0.22067828, -0.016471038, 0.21801811, 0.16276583, 0.34590468, -0.18487914, 0.0554853), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.085593045, -0.002904318, 0.049969394, -0.06931361, -0.10722648, -0.08499641, -0.25997344, 0.22650665, 0.069008924, -0.23179024, 0.20058884, -0.20237185, -0.1606995, 0.0758858, -0.09946377, -0.21032207), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(0.11210572, 0.055658836, 0.041539114, 0.078087114, -0.060435783, 0.08331363, 0.07356019, 0.0842336, -0.38098484, 0.020591227, -0.45916042, 0.06386686, -0.19348675, 0.041925576, -0.23489946, -0.06711732), target);\n\ttarget = MulAdd(conv2d_13_tf, MF4x4(-0.13721304, 0.15404533, 0.102312036, -0.090253755, 0.08690545, 0.034154307, 0.07618604, -0.15844443, -0.10604342, 0.2646684, -0.08719668, 0.19331944, 0.10569642, -0.058054388, -0.0110980645, -0.08710107), target);\n\ttarget = MulAdd(nconv2d_13_tf, MF4x4(0.15567884, -0.11589786, 0.031855986, 0.005064268, 0.37850487, 0.30044487, -0.2604449, 0.061879188, -0.015081224, -0.30759993, -0.07571204, -0.0077929585, -0.08748009, 0.22546281, -0.06377379, 0.435342), target);\n\ttex5[gxy] = target;\n\t\n\ttarget = MF4(-0.015380624, 0.018387195, 0.052286647, 0.055403516);\n\ttarget = MulAdd(e1, MF4x4(0.0029025443, 0.021165721, 0.0070854356, 0.065646365, 0.024636142, 0.20825955, -0.0917655, -0.1706138, -0.1827491, 0.13347003, 0.12910214, 0.06828513, -0.026193604, -0.11451178, 0.0356333, -0.08071165), target);\n\ttarget = MulAdd(e2, MF4x4(-0.027241195, 0.032633994, -0.17490302, -0.5352789, -0.15734912, 0.24714436, 0.029301014, 0.212763, -0.051665317, -0.06783505, -0.040298667, 0.041179724, 0.49683514, -0.35600296, -0.2518442, -0.22965558), target);\n\ttarget = MulAdd(e3, MF4x4(-0.061614696, -0.10463926, 0.1594845, 0.036565617, 0.09095015, -0.15100475, -0.09242749, 0.08335822, -0.027257469, 0.4156707, 0.03322028, 0.19685929, 0.07034635, 0.10204465, 0.03657313, 0.30920812), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.20980133, -0.054115582, 0.031674277, -0.040077273, -0.21693806, 0.016596884, -0.029177245, -0.16924128, 0.121823296, -0.0004884774, 0.10644538, 0.068388954, 0.16517027, -0.12152921, -0.18299894, -0.17595083), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.0006413291, -0.09444853, 0.15260176, 0.23014128, 0.09366626, 0.06947763, 0.04956597, -0.07001088, -0.075523324, 0.16111156, -0.11700089, 0.14528704, -0.096407495, 0.027310526, -0.03946532, 0.15302157), target);\n\ttarget = MulAdd(ne3, MF4x4(0.086061105, -0.0070365844, -0.25230658, 0.18741103, -0.36380208, -0.058444727, 0.25284684, -0.26617825, -0.08817363, -0.12209333, 0.011920746, -0.031505488, -0.21880315, 0.16762236, 0.14518112, 0.13803998), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(-0.17088315, -0.06812898, -0.085912764, 0.25550255, -0.26439053, 0.23305506, 0.18186118, -0.06186191, 0.0075220955, 0.10316868, 0.04271979, -0.008083033, -0.19474187, -0.06700431, 0.15485007, -0.11886802), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.06597312, -0.31435877, -0.08179224, -0.2568261, 0.29904976, 0.21664406, -0.15343861, -0.11589945, 0.12654455, -0.042093027, -0.17231914, -0.26832506, -0.12008876, 0.11483079, 0.10222754, 0.12562539), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.09949413, 0.01479024, -0.16933955, 0.025359191, -0.2210058, -0.19663176, 0.19453603, -0.111461386, -0.12529027, 0.14243664, 0.122677036, -0.101476125, 0.011010597, -0.014422488, -0.048979994, 0.03657997), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.06923051, -0.1223873, 0.021781938, 0.1323696, -0.11582021, -0.018292433, 0.07495496, 0.043008957, 0.0070410958, -0.14431225, -0.06380941, -0.17411429, 0.052226365, 0.021460915, 0.097367965, 0.37138346), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(0.16420697, 0.008790036, 0.17185563, -0.025144322, -0.108827055, -0.13030754, -0.14254087, 0.05208047, 0.03751449, 0.06774824, -0.07746288, 0.2250457, 0.039049506, 0.101244815, -0.18138403, -0.12212992), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.05138809, 0.19150224, 0.05698308, 0.015970863, 0.23931703, -0.085039265, -0.18294281, 0.03647365, -0.041568805, -0.2920049, 0.013272974, -0.41181135, -0.08101046, 0.028989056, 0.2952233, 0.16312017), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.093839854, -0.038790308, -0.086285874, -0.17890124, -0.2598202, 0.069419555, -0.0065180454, 0.01453452, -0.090191156, 0.012278203, -0.13148692, -0.025104592, 0.09296121, -0.1833281, 0.074660525, -0.031280298), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(-0.05336347, 0.08608969, -0.074649446, 0.014608438, 0.22511393, 0.18610351, -0.0029040743, 0.096127085, -0.20254624, 0.14036441, -0.005226189, 0.055212848, 0.20482111, 0.06645607, -0.12018032, 0.062814355), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(0.13722958, -0.077169575, 0.07269382, 0.20902501, -0.103985704, -0.21184038, -0.12424109, -0.3059887, -0.185413, -0.1964241, -0.14370187, 0.07646031, -0.057924826, 0.28884047, -0.06701312, -0.14548934), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(0.14129579, 0.12990993, -0.08791828, 0.07986884, -0.006362554, 0.005971629, 0.016816271, 0.075642705, -0.060138028, 0.13658188, 0.0020529197, -0.38745758, -0.16191563, 0.20532359, 0.34441018, 0.0071060034), target);\n\ttarget = MulAdd(conv2d_13_tf, MF4x4(-0.03236983, -0.08242242, 0.065607354, -0.072457135, 0.024461512, 0.15522943, 0.120296456, 0.052112654, 0.21442589, 0.19565494, 0.06760742, 0.37604833, 0.097620994, -0.002347599, 0.09269131, -0.34238556), target);\n\ttarget = MulAdd(nconv2d_13_tf, MF4x4(0.3276042, -0.17974046, -0.095954694, -0.123248585, 0.08306674, -0.3486506, -0.4620704, -0.40518835, -0.17438394, 0.24350463, 0.05616052, -0.14715664, 0.2078043, -0.007834002, -0.21199054, 0.026597755), target);\n\ttex6[gxy] = target;\n\t\n\ttarget = MF4(-0.0011628491, -0.0046341973, 0.0007886035, -0.04435556);\n\ttarget = MulAdd(e1, MF4x4(0.029018598, -0.09923186, -0.1346201, -0.084818475, 0.013764684, 0.054601744, -0.023713779, -0.16826102, 0.038605224, -0.17664196, -0.16562279, 0.14602208, -0.046339583, 0.08062112, 0.20166601, -0.15399997), target);\n\ttarget = MulAdd(e2, MF4x4(-0.022488657, 0.28881705, 0.22283012, -0.1935156, 0.22948948, -0.26604095, 0.12130448, 0.35176682, -0.044228308, -0.14734231, 0.07643742, -0.008511517, 0.04313213, -0.03179344, 0.048205808, -0.046295088), target);\n\ttarget = MulAdd(e3, MF4x4(-0.2531207, 0.10446124, 0.12730333, -0.13316457, 0.2988587, 0.025091104, -0.00482534, 0.037484948, -0.04006528, 0.14588606, -0.2078635, -0.18636562, 0.112230495, 0.15386717, -0.11122423, 0.1115416), target);\n\ttarget = MulAdd(ne1, MF4x4(0.058421213, 0.086035125, -0.042249937, -0.22377387, -0.055913106, 0.020280339, 0.10572877, 0.124147646, -0.16199678, 0.25662583, 0.051422223, -0.11681551, 0.3789257, -0.21530285, -0.18586366, -0.2222266), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.11123776, 0.056422785, -0.20566264, -0.07211227, -0.011873865, 0.30742383, 0.1306618, 0.06808572, 0.068643585, -0.045474447, -0.11596973, 0.0069175013, 0.0331586, -0.013221628, -0.089815594, -0.17750767), target);\n\ttarget = MulAdd(ne3, MF4x4(0.45630908, 0.11607409, -0.05464286, 0.013246808, -0.28643015, 0.025237702, -0.1445959, 0.05237954, -0.07100623, -0.34417382, 0.13903524, 0.21305767, -0.17371523, -0.13203263, -0.09479281, 0.018392125), target);\n\ttarget = MulAdd(conv2d_11_tf, MF4x4(-0.018931253, -0.14936836, -0.06770882, 0.10720343, -0.10476732, 0.1157603, -0.2245781, 0.23242487, -0.21631289, 0.12723672, 0.4190526, 0.38829032, -0.192142, 0.034754496, -0.1103798, -0.17207326), target);\n\ttarget = MulAdd(nconv2d_11_tf, MF4x4(0.10311498, 0.08424212, -0.048713315, -0.2784966, 0.034522116, -0.13184515, -0.22852737, 0.003882436, 0.36972147, -0.21263883, -0.3308556, 0.10331102, 0.2462766, -0.12618823, -0.040451203, 0.03362719), target);\n\ttarget = MulAdd(conv2d_1_tf, MF4x4(-0.0150432745, 0.11757923, 0.23359092, -0.19003578, -0.22206408, 0.15738077, -0.14019541, -0.14201044, 0.19273758, -0.003298494, -0.16530107, 0.17979017, 0.24293105, -0.049160067, -0.14296743, -0.12812854), target);\n\ttarget = MulAdd(nconv2d_1_tf, MF4x4(-0.0020534277, 0.016410163, -0.012038507, -0.0028629426, 0.016464395, 0.0755886, 0.20384903, -0.029324949, -0.13087441, 0.2138074, 0.03701677, -0.1671415, -0.10499825, -0.042930905, -0.007613907, -0.05984843), target);\n\ttarget = MulAdd(conv2d_4_tf, MF4x4(-0.07029106, 0.05386552, 0.101365924, -0.008048512, -0.090149835, 0.024272785, -0.16436198, 0.2721913, 0.17460534, 0.0034964401, -0.023265982, -0.0120567605, -0.10151709, 0.059922412, -0.13204409, -0.36116782), target);\n\ttarget = MulAdd(nconv2d_4_tf, MF4x4(-0.12569033, 0.08523279, -0.047763485, -0.0025170774, -0.108375974, -0.032045245, 0.232404, -0.24801816, -0.09875204, -0.14990453, -0.10958757, -0.23116525, 0.015989894, -0.09210713, 0.19653663, 0.14138049), target);\n\ttarget = MulAdd(conv2d_7_tf, MF4x4(0.17831743, 0.04722249, 0.22804007, -0.29099363, 0.29851902, 0.2542661, 0.0067702304, 0.17606215, 0.25847578, -0.3118978, 0.122089565, -0.07010249, 0.014281751, 0.16585219, -0.1659864, -0.30643156), target);\n\ttarget = MulAdd(nconv2d_7_tf, MF4x4(0.19042191, -0.028259574, -0.009187334, 0.21004388, -0.08070036, -0.07838277, -0.023598602, 0.13891627, -0.10481482, 0.05874796, -0.256131, 0.19640857, 0.19515458, -0.07920633, 0.020810237, 0.11040215), target);\n\ttarget = MulAdd(conv2d_10_tf, MF4x4(-0.093089096, -0.09344762, 0.24232084, 0.21563776, -0.23910145, 0.09092736, 0.12202717, 0.27240792, -0.008079913, 0.07417433, -0.11870247, -0.35385913, 0.107840456, 0.033915944, 0.16016287, 0.023731219), target);\n\ttarget = MulAdd(nconv2d_10_tf, MF4x4(0.21967673, 0.09896617, 0.04236673, -0.20100762, 0.02077549, -0.075936705, 0.008608214, -0.09693712, 0.44249, -0.31763947, -0.027664369, 0.6166134, -0.43993565, -0.025720617, -0.3275949, 0.041507874), target);\n\ttarget = MulAdd(conv2d_13_tf, MF4x4(0.20305479, -0.06975863, -0.18130508, -0.11641104, 0.119906515, -0.27588886, -0.15420493, -0.1399163, 0.075970694, -0.16776691, 0.05045285, 0.44775927, -0.036058784, -0.28161573, 0.1877619, 0.10209392), target);\n\ttarget = MulAdd(nconv2d_13_tf, MF4x4(-0.4250348, -0.007887921, 0.307136, -0.18842702, 0.30411714, 0.05816079, 0.26664746, -0.007951849, -0.18454021, 0.30914694, -0.34967366, -0.18838291, 0.06042888, 0.1902336, -0.062413342, 0.015706044), target);\n\ttex7[gxy] = target;\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x24\n//!IN tex5, tex6, tex7\n//!OUT conv1ups, conv1ups1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 outputPt = GetOutputPt();\n\tconst float2 pos = (gxy + 0.5f) * outputPt;\n\t\n\toutputPt *= 2;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex5.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b1 = tex5.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c1 = tex5.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d1 = tex5.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e1 = tex5.SampleLevel(sam1, pos, 0);\n\tMF4 f1 = tex5.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g1 = tex5.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h1 = tex5.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i1 = tex5.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = tex6.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b2 = tex6.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c2 = tex6.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d2 = tex6.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e2 = tex6.SampleLevel(sam1, pos, 0);\n\tMF4 f2 = tex6.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g2 = tex6.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h2 = tex6.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i2 = tex6.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\t\n\tMF4 a3 = tex7.SampleLevel(sam1, pos - outputPt, 0);\n\tMF4 b3 = tex7.SampleLevel(sam1, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c3 = tex7.SampleLevel(sam1, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d3 = tex7.SampleLevel(sam1, pos + float2(0, -outputPt.y), 0);\n\tMF4 e3 = tex7.SampleLevel(sam1, pos, 0);\n\tMF4 f3 = tex7.SampleLevel(sam1, pos + float2(0, outputPt.y), 0);\n\tMF4 g3 = tex7.SampleLevel(sam1, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h3 = tex7.SampleLevel(sam1, pos + float2(outputPt.x, 0), 0);\n\tMF4 i3 = tex7.SampleLevel(sam1, pos + outputPt, 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.01824226, 0.05140684, 0.010533643, 0.017739987);\n\ttarget = MulAdd(a1, MF4x4(-0.04461327, 0.026094772, -0.04326873, -0.022564206, 0.041758694, -0.13209347, -0.022546854, 0.004888482, 0.041229382, 0.078778535, -0.09928822, 0.045134705, 0.07555903, 0.095968306, 0.017260674, -0.16633268), target);\n\ttarget = MulAdd(b1, MF4x4(0.074613005, -0.024822153, 0.006285665, 0.064223155, 0.08983999, -0.04401517, 0.0021585347, -0.05762909, -0.04529031, -0.081778474, -0.006732511, -0.11184791, 0.10299652, -0.23328288, 0.15988354, 0.100146465), target);\n\ttarget = MulAdd(c1, MF4x4(0.035105877, -0.0018613822, -0.10513717, -0.033936206, -0.015839642, 0.036846053, 0.057443213, 0.0151035935, 0.073372714, -0.032272663, -0.10095864, 0.11976275, 0.019719468, -0.03309878, -0.09841568, 0.02204194), target);\n\ttarget = MulAdd(d1, MF4x4(0.030945469, -0.17030734, -0.012849732, 0.015892556, 0.056250833, 0.24895169, -0.13764419, 0.16325791, -0.01160465, 0.006647464, -0.026491588, -0.17801395, -0.02435574, -0.2039599, -0.02686966, -0.026576484), target);\n\ttarget = MulAdd(e1, MF4x4(-0.037470777, 0.019415256, 0.09230313, 0.018368619, 0.12947397, 0.055918667, 0.03108532, -0.112716034, -0.18622373, 0.13083778, 0.11290179, 0.02457941, -0.055062827, 0.2621282, -0.47111708, 0.14229195), target);\n\ttarget = MulAdd(f1, MF4x4(-0.028525796, -0.044668507, 0.0581049, -0.05924212, -0.16126277, 0.02257456, -0.08723546, 0.0291216, 0.08648604, 0.1816661, -0.10166446, 0.054426763, -0.049978323, -0.014283805, 0.08187003, -0.33347195), target);\n\ttarget = MulAdd(g1, MF4x4(0.0660737, 0.07962152, -0.08272859, 0.06791631, -0.055610694, -0.04899803, 0.001302826, 0.034116816, 0.055754438, -0.090739936, -0.058503445, -0.21402411, 0.08279316, -0.017558504, -0.06069706, -0.009158945), target);\n\ttarget = MulAdd(h1, MF4x4(0.004801658, 0.19979613, -0.12919085, -0.08680655, -0.07869315, 0.13493058, 0.09466464, -0.06683993, 0.45278597, -0.031217117, -0.36346734, 0.007986247, -0.034918886, -0.06899428, -0.17898467, 0.048572816), target);\n\ttarget = MulAdd(i1, MF4x4(-0.058319356, -0.11041357, -0.038064227, 0.008961388, 0.059284043, -0.006377162, -0.08503998, 0.08246113, -0.042524133, -0.009021081, -0.06406861, -0.036977306, 0.015088326, 0.007376721, 0.045255665, -0.048585415), target);\n\ttarget = MulAdd(a2, MF4x4(-0.04103631, -0.041285936, 0.032812588, 0.0030869239, 0.04834749, -0.0023517366, 0.01230978, 0.09776701, 0.08415344, 0.20653047, -0.19338459, -0.04812796, -0.084704414, 0.038988277, 0.075450994, -0.08053876), target);\n\ttarget = MulAdd(b2, MF4x4(0.13506958, -0.2392332, 0.07425533, -0.05262753, -0.06849319, -0.0686977, 0.09134643, 0.032770213, 0.0725978, -0.12106999, 0.068602145, 0.0030026592, -0.0808173, 0.06421806, -0.08257931, 0.21460927), target);\n\ttarget = MulAdd(c2, MF4x4(-0.008367152, 0.0035576785, -0.012087096, -0.08389121, -0.01598755, 0.12065467, 0.099018045, -0.14851409, 0.030730573, 0.028257858, -0.08153201, -0.08644078, -0.114632666, -0.03989634, 0.005787138, -0.080551155), target);\n\ttarget = MulAdd(d2, MF4x4(0.063049294, -0.13418451, -0.020768259, -0.12566003, -0.038050238, 0.024393935, 0.040856704, -0.10639481, -0.0021406382, 0.12272091, 0.039621927, 0.009142157, -0.12273027, 0.06595554, 0.03680899, -0.045653462), target);\n\ttarget = MulAdd(e2, MF4x4(0.14783141, 0.062921695, -0.2287169, 0.17810576, 0.12781417, -0.23455006, 0.08652726, -0.05671725, -0.0154688135, -0.0757278, 0.028468473, -0.055354204, 0.3387407, 0.06741395, -0.21965146, 0.28021505), target);\n\ttarget = MulAdd(f2, MF4x4(0.12927511, -0.083112024, -0.026347974, 0.11680802, -0.046030812, 0.04145888, 0.029390097, 0.07615963, 0.21023202, 0.015840504, -0.03812723, -0.03267151, -0.03871269, -0.009839764, 0.09856007, -0.07423972), target);\n\ttarget = MulAdd(g2, MF4x4(0.017651597, 0.020432748, 0.1884304, -0.004845205, 0.009974344, -0.022273665, 0.03930962, -0.035542846, 0.036834106, 0.14699532, -0.099249355, 0.10607033, -0.027745333, -0.0970868, 0.114169724, -0.023726419), target);\n\ttarget = MulAdd(h2, MF4x4(-0.028299367, -0.15123722, -0.00423565, 0.06813279, 0.00024022427, -0.025944803, 0.022504266, -0.08420193, -0.20596851, -0.1337249, 0.1062062, -0.01428787, 0.014752737, -0.012875446, 0.030165028, 0.035561644), target);\n\ttarget = MulAdd(i2, MF4x4(-0.09437882, 0.088986255, -0.019357264, -0.07609514, -0.11045937, -0.09335526, 0.0051609105, 0.046330493, -0.102482855, 0.16320266, -0.07661479, 0.033833966, -0.06805305, 0.051780142, -0.015298791, 0.010972507), target);\n\ttarget = MulAdd(a3, MF4x4(0.0022961323, 0.10782266, -0.06649802, -0.006361161, -0.13554603, 0.032311134, 0.01145253, -0.018523335, -0.051428523, -0.0073554716, -0.11821805, -0.0227195, -0.06375, 0.029970335, -0.038386237, -0.046592798), target);\n\ttarget = MulAdd(b3, MF4x4(-0.0839258, -0.0200528, 0.004925492, -0.035113, 0.08860089, 0.052822098, -0.16518101, -0.052028593, 0.042811155, 0.13656183, 0.06579406, -0.26585788, -0.00531827, -0.12001242, -0.07681884, -0.021055153), target);\n\ttarget = MulAdd(c3, MF4x4(0.0678669, 0.038901877, -0.096601896, -0.081621505, 0.0028282998, -0.04645044, 0.04284913, 0.015117329, 0.104568556, 0.006391826, -0.021010842, -0.036205173, 0.06698969, 0.08495347, 0.065073915, 0.07002784), target);\n\ttarget = MulAdd(d3, MF4x4(-0.041274223, -0.065267585, 0.0070607257, -0.067357324, 0.056948107, 0.04808867, 0.07966329, -0.017361488, 0.030913807, -0.119355716, -0.004582609, 0.050158955, 0.03867934, -0.13543603, -0.0011923639, -0.06866172), target);\n\ttarget = MulAdd(e3, MF4x4(0.11586327, -0.047302328, 0.062475067, 0.018575871, 0.12420718, -0.03602303, 0.021922488, 0.16011192, -0.16549775, 0.123044305, 0.065160766, -0.30708137, 0.07341779, -0.12929793, 0.08692529, 0.0007729847), target);\n\ttarget = MulAdd(f3, MF4x4(-0.013340411, 0.058056828, -0.028747091, -0.0020311237, -0.1070798, 0.13726988, 0.017587787, -0.06898856, 0.03802266, 0.13165978, -0.035371024, 0.098588474, -0.036178526, -0.1068027, -0.03172579, 0.0816444), target);\n\ttarget = MulAdd(g3, MF4x4(0.025470722, -0.010980958, -0.08286821, -0.031260632, -0.0134636145, 0.041295316, -0.09980376, 0.07899825, 0.046056226, 0.17291167, -0.066611394, 0.03685817, -0.020917175, 0.11551815, -0.016370535, -0.003991822), target);\n\ttarget = MulAdd(h3, MF4x4(-0.039056864, 0.011015572, 0.014014594, -0.08614736, -0.08130745, 0.045282196, -0.04879853, -0.07139807, 0.09670427, -0.07834781, -0.022022815, 0.053423326, -0.055300128, 0.23542596, -0.11442394, -0.05190056), target);\n\ttarget = MulAdd(i3, MF4x4(0.12978806, -0.020104066, -0.032463916, -0.04754379, 0.05811374, 0.029061198, -0.013163837, 0.051058855, 0.04294865, -0.12551701, 0.17822845, -0.16549106, 0.12024249, -0.0790749, 0.035424378, 0.0062358896), target);\n\ttarget = MulAdd(na1, MF4x4(0.030824278, 0.06636776, -0.047206167, 0.02480193, 0.071935624, -0.18845995, -0.028480597, -0.10213147, -0.03973547, 0.025171004, 0.016600806, -0.10615915, -0.07395773, -0.050147526, -0.011541545, -0.027081985), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.035749037, -0.052818663, -0.020621216, -0.023525307, -0.02461827, 0.3019646, -0.024478583, -0.1398278, 0.17499511, 0.22476715, -0.13090259, -0.05484457, -0.023759075, 0.002843161, 0.014099166, -0.011660793), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.008461302, 0.14787683, 0.07476249, -0.035538696, 0.007945418, 0.04992842, -0.2388183, 0.0061813896, 0.016805701, 0.019992555, 0.034271393, -0.040170603, -0.039961495, 0.009210595, 0.07606321, 0.05323195), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.017007355, -0.01304119, -0.011782462, 0.043480955, 0.041575707, 0.20513225, -0.16858323, 0.019438695, -0.02795952, -0.032667078, 0.08400571, 0.012488913, -0.025382128, 0.06756553, 0.14349163, -0.012960532), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.015847925, 0.035881996, 0.09946923, -0.2583748, -0.11036338, 0.02174868, 0.023047017, -0.023119839, 0.0014623358, -0.05400468, 0.1088209, 0.056070726, 0.09849772, 0.106276534, -0.2869582, 0.122843154), target);\n\ttarget = MulAdd(nf1, MF4x4(0.120457835, 0.0030220735, 0.011593652, 0.04870485, 0.051817082, -0.12444271, -0.0030080245, 0.03186695, -0.119991936, -0.03661239, 0.0462927, 0.047734156, 0.035473768, -0.050326344, 0.048162602, 0.0044394233), target);\n\ttarget = MulAdd(ng1, MF4x4(0.004526382, -0.040592365, 0.038592715, 0.06312635, -0.012543924, -0.03860053, 0.013131243, -0.11894808, -0.05983815, -0.09653036, 0.14409515, -0.022803063, 0.02864931, 0.014170389, 0.091406494, 0.08613508), target);\n\ttarget = MulAdd(nh1, MF4x4(0.12344745, -0.034350697, 0.10549495, -0.11843059, -0.041916244, -0.035728436, -0.052881684, -0.07620879, 0.06760638, -0.039527662, -0.006650022, -0.05049626, 0.12109734, -0.005554175, 0.17754045, -0.098896034), target);\n\ttarget = MulAdd(ni1, MF4x4(0.017840233, -0.0118570635, -0.080244206, -0.14309776, -0.03778345, 0.12812364, -0.011180574, -0.03749929, -0.013458457, 0.028993722, 0.03479446, -0.11635739, -0.01636896, -0.010422004, -0.022923285, 0.013722603), target);\n\ttarget = MulAdd(na2, MF4x4(0.0022784397, -0.026745517, 0.07457438, -0.023941608, -0.056146793, -0.012885049, 0.010106243, -0.13570426, -0.055139925, -0.0553148, 0.037558038, -0.015558114, 0.055840485, -0.08124391, -0.013017814, 0.18931141), target);\n\ttarget = MulAdd(nb2, MF4x4(0.10672792, 0.129464, 0.1233261, -0.062469885, -0.08835128, 0.17588028, -0.02560139, -0.07349341, -0.08052734, 0.03086464, 0.12930822, 0.107045054, 0.03136081, -0.11335949, 0.09541032, -0.015009924), target);\n\ttarget = MulAdd(nc2, MF4x4(0.023294786, -0.17904189, -0.036457974, -0.060965557, 0.088545635, 0.001061151, -0.016771115, 0.082081355, -0.0030623788, -0.05096391, 0.022067994, -0.078540295, -0.12912196, -0.045786213, 0.05568379, -0.16344398), target);\n\ttarget = MulAdd(nd2, MF4x4(0.043200932, 0.006267473, -0.081682056, 0.044593308, 0.03179784, 0.20806344, -0.038468197, 0.06644582, 0.01704569, -0.029287282, -0.0036700617, 0.018897371, -0.075105995, 0.09612947, -0.06442493, 0.012179776), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.21926114, 0.18097721, -0.037700515, 0.016763914, -0.057943042, -0.06129067, 0.04456528, -0.2304425, 0.013301696, 0.11028081, -0.18095498, 0.14712757, 0.2271199, -0.3185643, -0.19932592, -0.08554962), target);\n\ttarget = MulAdd(nf2, MF4x4(0.0117652705, -0.041661818, 0.029219367, -0.046232816, 0.047820047, 0.068789035, -0.113418594, 0.1141295, -0.027060978, 0.07267708, 0.093252845, -0.049717877, -0.087836266, 0.14460698, 0.10277318, -0.04977497), target);\n\ttarget = MulAdd(ng2, MF4x4(0.022564596, -0.037228584, -0.065915406, -0.011077084, 0.030235467, -0.04677627, -0.06419004, -0.018991074, 0.034164365, -0.019168181, 0.022525655, -0.029373096, -0.079060145, 0.13279332, -0.08545939, -0.045388315), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.14000517, -0.08309406, 0.13520917, -0.10369978, -0.016325317, 0.00970006, -0.048059512, 0.1412818, 0.040955327, 0.030759163, -0.108052924, 0.005294165, -0.10046129, 0.16592641, -0.035368618, -0.29051507), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.09455044, 0.0005962807, 0.0006215668, -0.038142636, -0.03929331, -0.01591621, 0.0056410446, -0.036902174, -0.056509133, -0.10841171, 0.07702632, -0.08160013, 0.040747657, -0.08348532, 0.019081287, 0.020851197), target);\n\ttarget = MulAdd(na3, MF4x4(-0.03399592, 0.10141488, -0.0077629937, -0.17129703, -0.025233645, 0.052428465, -0.019579021, -0.072962284, 0.022322712, -0.18443614, -0.00848578, 0.0376278, 0.055581484, 0.06439001, -0.026564457, 0.015072123), target);\n\ttarget = MulAdd(nb3, MF4x4(0.11295866, -0.1541795, 0.11074539, -0.12757398, -0.11353885, 0.12023232, -0.07913168, 0.25957996, -0.0064171744, 0.08077023, 0.09673833, 0.008732368, 0.03630595, 0.059769, 0.028521406, 0.029331883), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.081345834, -0.06722959, -0.13713932, 0.03613845, -0.084334835, 0.046838246, -0.004890033, -0.08524675, 0.15460378, -0.09410546, -0.058240023, 0.11844812, 0.00092362246, 0.028734036, 0.0028451593, 0.03558664), target);\n\ttarget = MulAdd(nd3, MF4x4(0.067000724, 0.08689177, 0.003695697, 0.08341895, -0.08124141, -0.20499983, 0.09505712, -0.07436812, -0.028131844, 0.050506454, -0.107579716, 0.058785282, 0.031196257, 0.021408495, -0.100359544, 0.07999305), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.16514844, 0.117525734, 0.24123909, 0.09518423, 0.17757961, -0.28094006, 0.081966326, 0.0802129, 0.0011662474, 0.06366135, 0.07578068, -0.08616794, 0.19857462, -0.10196374, -0.13831666, -0.18653043), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.06649859, 0.0935902, -0.19097336, 0.16118656, 0.2938468, -0.10315292, 0.08256489, -0.06169784, -0.05889727, -0.018046174, -0.17596339, 0.20343648, -0.08962845, -0.027532624, 0.059598826, -0.14278376), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.0070921015, -0.07634683, -0.066166356, -0.06432544, 0.050059035, 0.20213397, -0.071587585, 0.031234715, 0.10629024, 0.044645656, -0.023101477, -0.022136679, 0.009119783, -0.10172394, 0.024746796, -0.1161207), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.046572298, -0.06981039, 0.08314394, 0.043344617, 0.1914716, 0.0046652057, -0.0683364, 0.086023554, 0.06213587, -0.0077511827, -0.03336288, 0.1474879, -0.032717533, 0.078666836, -0.001740435, 0.048321523), target);\n\ttarget = MulAdd(ni3, MF4x4(0.18346673, -0.20763724, 0.05431475, -0.08291483, -0.0073792376, -0.053458065, 0.08561732, -0.103502, -0.06856406, 0.05193988, -0.009717332, 0.06446446, 0.050632656, 0.013681985, -0.02556495, 0.05056843), target);\n\tconv1ups[gxy] = target;\n\n\ttarget = MF4(0.003290131, -0.0154397, 0.04528908, -0.04218369);\n\ttarget = MulAdd(a1, MF4x4(0.070670135, -0.026429666, 0.09446684, -0.04920855, -0.08720965, -0.022478819, -0.15962029, 0.29240617, -0.10499224, 0.10415364, 0.11922523, -0.08293139, 0.07846739, -0.15612845, -0.19753109, -0.033664245), target);\n\ttarget = MulAdd(b1, MF4x4(-0.10003188, 0.088794544, -0.028137686, -0.1375475, 0.079632774, -0.012540568, -0.092962824, 0.10438857, -0.12865996, -0.040098958, -0.030862473, 0.009116932, -0.14513193, 0.13843827, -0.14862274, 0.27156416), target);\n\ttarget = MulAdd(c1, MF4x4(0.03148634, -0.13966283, -0.022684515, 0.080294125, -0.013548243, -0.01112399, 0.021930493, -0.24562296, -0.029252343, -0.0053704586, 0.088651545, -0.10468119, 0.0077052945, 0.027455118, -0.008439029, -0.08633876), target);\n\ttarget = MulAdd(d1, MF4x4(-0.073491044, 0.11097277, -0.02937573, 0.045977436, -0.015563786, 0.04763272, -0.17349051, 0.02479734, 0.12201058, -0.09606755, -0.064500526, -0.068423286, -0.10828311, 0.0025430934, 0.060595006, 0.10702606), target);\n\ttarget = MulAdd(e1, MF4x4(-0.10012673, -0.026187293, 0.039673958, 0.25377232, 0.16539277, 0.015475691, -0.017826023, -0.037547242, 0.27426562, 0.039105, -0.29495236, -0.20741108, 0.3893781, -0.00018520994, 0.18736628, 0.016120607), target);\n\ttarget = MulAdd(f1, MF4x4(-0.0902328, -0.035078812, 0.0423949, 0.10428684, -0.012309703, -0.0022217801, 0.12843162, 0.008824024, 0.10457806, -0.13958204, 0.042961385, -0.17798209, 0.13051195, -0.2078117, 0.014258071, 0.27743495), target);\n\ttarget = MulAdd(g1, MF4x4(0.0037268966, -0.002057136, -0.086700045, -0.04034686, -0.039582066, -0.05536445, -0.013854305, 0.13898304, 0.08383669, -0.1389377, 0.09724791, 0.27256468, 0.0012985421, 0.026786802, -0.09553305, -0.08505046), target);\n\ttarget = MulAdd(h1, MF4x4(0.047094945, -0.15165734, -0.16622189, 0.27696493, 0.04804586, 0.017589863, -0.048407666, -0.1423487, -0.18051605, -0.037678123, -0.083375834, 0.21356659, 0.056051373, 0.058305956, 0.020808164, 0.20114677), target);\n\ttarget = MulAdd(i1, MF4x4(-0.06873173, 0.056631878, -0.09389161, -0.026553899, -0.005246827, 0.011163956, 0.0807366, 0.018891184, 0.037806395, -0.08414753, -0.29572666, 0.12225136, 0.028108165, -0.12746434, -0.1242189, 0.06427617), target);\n\ttarget = MulAdd(a2, MF4x4(-0.054436807, 0.0463667, -0.3160585, -0.26496625, -0.0016307884, 0.0027304688, 0.13524249, 0.14023106, 0.15203272, -0.0055950717, -0.047067486, -0.1299749, -0.023347244, -0.011924935, 0.04708069, 0.14064), target);\n\ttarget = MulAdd(b2, MF4x4(-0.15567084, -0.03462954, 0.014766895, 0.28104082, -0.015955932, 0.048590813, 0.14149605, 0.016979203, 0.15654798, -0.124170296, -0.000571697, 0.18732761, -0.15969957, 0.036891263, -0.08222836, 0.007162299), target);\n\ttarget = MulAdd(c2, MF4x4(-0.027358167, -0.05515796, -0.21783291, -0.061588667, 0.14288566, 0.034540724, -0.0779948, -0.004935965, 0.087642424, -0.03457867, 0.26657468, -0.08798545, 0.06278833, 0.01650169, -0.15035287, 0.043133624), target);\n\ttarget = MulAdd(d2, MF4x4(0.05577383, 0.058146708, 0.0057744626, -0.043521628, 0.14279243, -0.22507532, 0.0896487, -0.03373711, -0.29882178, 0.12674153, 0.21856095, -0.03654502, 0.09770278, 0.011492664, 0.01397184, 0.11037485), target);\n\ttarget = MulAdd(e2, MF4x4(0.14057921, -0.18916433, -0.10062621, -0.19464967, -0.19286343, -0.08279728, 0.0062218676, -0.15246014, 0.0960211, -0.3964747, -0.016336296, 0.028859172, -0.047788087, 0.032031618, 0.054299697, -0.11431765), target);\n\ttarget = MulAdd(f2, MF4x4(-0.15350376, 0.1362609, -0.011803502, 0.2660655, -0.037387744, 0.18536955, -0.0015025261, -0.011900626, -0.023042146, -0.15995252, 0.060023192, 0.08954088, 0.07074839, 0.059100557, -0.08593189, -0.045180846), target);\n\ttarget = MulAdd(g2, MF4x4(-0.031948235, 0.07176401, -0.007034352, -0.12552954, 0.049458012, -0.07971771, 0.0093457, -0.10731874, 0.07024961, 0.27386668, 0.07679444, -0.28798524, -0.06428793, -0.0057761013, 0.014161652, -0.0065095956), target);\n\ttarget = MulAdd(h2, MF4x4(-0.1427731, 0.0833077, 0.13927783, 0.016691789, -0.16832228, 0.10298729, 0.1446675, -0.2656778, 0.0788247, 0.13420862, 0.050337754, -0.08008961, 0.07605825, 0.04659439, -0.054331373, 0.074493684), target);\n\ttarget = MulAdd(i2, MF4x4(0.07614274, -0.050090652, -0.066727035, 0.055715825, -0.07636078, 0.08155946, -0.061731443, -0.022193443, 0.057011697, -0.009381379, 0.176684, -0.05981099, -0.04690691, 0.051825907, -0.019666756, 0.0017494732), target);\n\ttarget = MulAdd(a3, MF4x4(0.12878093, -0.091072194, 0.03426444, -0.0014821129, 0.04648442, -0.056241687, 0.12965083, -0.2177644, 0.03271057, 0.013664906, -0.27382636, 0.009116637, -0.020398485, 0.026515692, 0.0059792865, -0.10869647), target);\n\ttarget = MulAdd(b3, MF4x4(0.017064014, 0.012380988, 0.015886486, 0.041969348, -0.056818817, 0.057386417, -0.19103225, 0.02042478, 0.022307403, -0.16955635, -0.25923833, -0.19144051, 0.044084065, 0.09931404, 0.08665806, -0.17140177), target);\n\ttarget = MulAdd(c3, MF4x4(-0.034919903, -0.00735085, -0.0040107057, 0.013110185, 0.008756165, -0.11104751, -0.03863784, 0.20081028, 0.008359515, 0.056265604, 0.0035791632, 0.14127707, 0.008306366, -0.061028276, -0.01180833, 0.11239347), target);\n\ttarget = MulAdd(d3, MF4x4(-0.055210557, -0.0047766017, -0.040911432, 0.04214669, 0.015301695, 0.035733294, -0.09534393, 0.3189227, -0.043539703, 0.10847848, 0.052175194, 0.25319937, -0.075755194, 0.07450996, -0.2392008, 0.17029741), target);\n\ttarget = MulAdd(e3, MF4x4(0.008697264, -0.062783785, 0.23503996, 0.06680282, -0.10700762, -0.05921618, 0.12575574, 0.12539467, 0.21779932, -0.27365687, -0.08419621, -0.23255387, -0.097952545, -0.33015022, -0.27839977, 0.54275817), target);\n\ttarget = MulAdd(f3, MF4x4(0.043178167, -0.07644931, -0.002126049, -0.0041748723, 0.12747553, 0.05624526, 0.08894693, 0.1273868, 0.13564228, -0.029284991, -0.1010155, 0.0144336475, -0.067769796, 0.12993337, 0.23458317, -0.1404509), target);\n\ttarget = MulAdd(g3, MF4x4(0.037086505, 0.04712714, 0.00080463936, 0.026554452, -0.032055024, -0.0346718, 0.14792679, 0.025423491, 0.045839246, 0.040022433, -0.010968567, -0.03638554, 0.03469138, -0.048995998, -0.080627054, -0.15703341), target);\n\ttarget = MulAdd(h3, MF4x4(0.0022719046, -0.11156194, -0.1660571, 0.07095863, 0.06325309, 0.03638195, 0.011129683, -0.16795434, 0.05859281, -0.050576515, 0.025492875, 0.14741158, 0.16042823, -0.021238782, -0.10693587, 0.062508605), target);\n\ttarget = MulAdd(i3, MF4x4(0.04699144, -0.06268154, -0.032550193, 0.1368816, -0.046266492, -0.09626834, 0.035877157, -0.017621659, -0.025884021, 0.016501589, -0.033517126, -0.16266182, 0.0063534426, -0.034565207, 0.107733876, -0.19080792), target);\n\ttarget = MulAdd(na1, MF4x4(-0.01089889, -0.046437796, -0.2864276, -0.059123863, 0.010273228, 0.035363402, -0.18365921, 0.002496715, 0.010531512, -0.044639286, -0.14159343, -0.04712995, 0.031355694, 0.041651487, 0.04172989, -0.072659165), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.29903612, 0.016968794, 0.2026591, 0.14354537, 0.210121, -0.1271222, 0.11928214, 0.075612746, 0.07222206, -0.113600664, -0.031380497, -0.04970697, -0.040690526, -0.024844045, -0.14514743, 0.10170265), target);\n\ttarget = MulAdd(nc1, MF4x4(0.00901007, -0.0077540767, -0.16780637, -0.0772044, -0.08349278, 0.035623573, -0.0036132522, -0.1559422, 0.079474956, -0.024358552, 0.05147624, -0.095216155, -0.001963766, 0.026185913, 0.041633602, -0.068779185), target);\n\ttarget = MulAdd(nd1, MF4x4(0.11536367, 0.06698426, -0.019352471, -0.027348887, 0.12543406, -0.017715944, -0.22333942, -0.07524913, -0.023550004, 0.09020137, 0.15082505, -0.019156344, 0.014714152, -0.100751296, -0.10988814, 0.013269792), target);\n\ttarget = MulAdd(ne1, MF4x4(0.23938964, -0.015321653, -0.085038215, -0.21858668, -0.15793826, -0.1725926, 0.16878416, -0.15579711, -0.21086636, -0.023652412, -0.10312092, 0.047774162, 0.11063097, 0.02804365, -0.049057744, -0.20330532), target);\n\ttarget = MulAdd(nf1, MF4x4(0.058630574, 0.10365072, -0.112122595, -0.10462442, -0.04204145, 0.0060419035, -0.038622607, -0.22971797, -0.081746876, 0.110261, -0.03279762, 0.10083948, -0.07525642, 0.096350044, -0.15403591, 0.01831559), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.013126955, 0.11560779, 0.06401061, -0.014257845, -0.078378044, 0.07452937, 0.030035159, 0.07133207, -0.072352365, -0.049404953, -0.2006817, -0.04745451, -0.0645119, 0.0849615, 0.053003483, 0.07766129), target);\n\ttarget = MulAdd(nh1, MF4x4(0.07683494, -0.47826648, 0.05708172, 0.12041683, 0.18084203, -0.08476069, 0.093064874, 0.016264802, 0.06801874, -0.01283242, -0.13347803, -0.035351828, -0.0011718989, -0.12699558, -0.0240836, -0.08060763), target);\n\ttarget = MulAdd(ni1, MF4x4(0.0521042, -0.062541164, 0.05483789, 0.14211908, 0.08606814, 0.06433033, -0.23270494, 0.05307593, 0.09299324, 0.04586578, -0.1193637, 0.12056507, -0.06442679, 0.06762315, -0.010547303, 0.031680685), target);\n\ttarget = MulAdd(na2, MF4x4(-0.09215318, -0.115724616, -0.061507307, 0.08273653, 0.0265886, -0.092683844, -0.22037667, -0.023114366, 0.028223295, -0.029118685, -0.088996224, 0.1023557, -0.089898214, 0.15436162, 0.16985597, 0.1431367), target);\n\ttarget = MulAdd(nb2, MF4x4(0.10560199, 0.13460231, 0.024534458, 0.1370791, 0.16920403, 0.013769043, -0.004941373, -0.22188903, -0.1193022, 0.07823969, -0.097713776, 0.044269208, 0.036816355, -0.11568587, -0.07947363, 0.022213666), target);\n\ttarget = MulAdd(nc2, MF4x4(0.002128253, 0.014331295, 0.09004623, -0.12958615, 0.0048723617, -0.072075516, 0.024190098, 0.011900665, 0.038696863, 0.07110043, -0.10347002, 0.082676366, 0.017796163, 0.004747536, 0.11188511, -0.21652836), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.051317807, 0.13453357, 0.05310306, -0.033790052, -0.06231268, 0.11130248, -0.075370945, 0.2774124, 0.04305133, -0.045057327, -0.04373203, -0.10055409, 0.042824138, -0.021799369, -0.08762204, -0.16729161), target);\n\ttarget = MulAdd(ne2, MF4x4(0.08727262, -0.074025065, -0.113067836, -0.07882044, 0.04476854, -0.14519121, -0.0434838, -0.010525559, -0.0425304, 0.106957085, -0.28644025, -0.105096966, 0.12650728, -0.15108573, 0.013723224, 0.5163331), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.021519013, -0.05317946, 0.0036545463, 0.0003156711, 0.12984163, -0.11362556, 0.061670557, -0.030158816, 0.04674806, 0.16352096, -0.23135264, 0.074876174, 0.0047455966, -0.120593436, 0.032926966, -0.20865184), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.029197322, -0.09204084, -0.13026133, -0.020570219, 0.043402288, -0.016610064, 0.08961119, -0.09460752, -0.057213686, -0.14044005, 0.080606215, 0.12573113, 0.094055034, 0.06523493, -0.16264567, -0.0716556), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.020557933, 0.077145614, 0.04620034, 0.22271551, 0.114781894, 0.11590448, -0.03233266, 0.13224865, -0.054499403, -0.01435028, -0.09684464, 0.022300925, 0.16768926, -0.019053463, 0.08804071, -0.14398381), target);\n\ttarget = MulAdd(ni2, MF4x4(0.0025323853, -0.016476262, 0.12608051, 0.016324151, -0.0035798363, 0.020308342, 0.06474364, -0.042083416, -0.08742628, 0.016960703, -0.120870225, 0.07373239, -0.06463355, -0.018745359, -0.02229239, -0.1039809), target);\n\ttarget = MulAdd(na3, MF4x4(-0.008440462, -0.15268475, -0.09420959, -0.07718843, 0.35601637, -0.0010803771, 0.050411247, -0.09859693, -0.008227993, 0.06407621, -0.19121973, -0.15547852, -0.033705134, 0.023920614, -0.12611681, 0.021967601), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.24474435, 0.07716706, -0.24876165, -0.18184067, -0.020811914, 0.07414089, -0.21809489, 0.015727887, 0.12278457, -0.08471355, -0.06071567, -0.07017344, -0.064291485, -0.07627711, 0.076017715, 0.2072293), target);\n\ttarget = MulAdd(nc3, MF4x4(0.013676314, -0.04966636, 0.06895822, 0.15210962, 0.07330876, -0.034188077, -0.0173066, 0.11160374, -0.12326202, -0.002551885, 0.0015338673, 0.1079974, 0.03733164, 0.077835836, -0.07733004, -0.0058571417), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.1854433, 0.02924247, -0.14843488, 0.18941449, -0.17652206, -0.13730201, -0.29041716, -0.12161381, -0.04599312, 0.16662349, 0.045855995, -0.005569671, -0.050993398, 0.019462017, -0.10552683, -0.19930908), target);\n\ttarget = MulAdd(ne3, MF4x4(0.08246259, 0.2602547, 0.16599776, -0.12149122, -0.048151806, 0.12042248, -0.16163243, 0.00087805535, 0.0536958, 0.05350576, 0.08406917, -0.060227945, 0.19056156, -0.2276745, -0.13755281, 0.39423308), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.0775391, 0.105803244, 0.08474868, -0.019011196, 0.026801828, -0.036453005, -0.018443616, -0.03005072, -0.10748735, 0.080679856, 0.07718584, 0.07871323, 0.030023575, 0.022230582, -0.090973295, -0.1363233), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.14770739, -0.09530047, 0.10400556, -0.115337685, 0.14459239, 0.1432794, -0.070606485, -0.053847175, 0.09378594, -0.09445331, 0.088633865, 0.071158156, 0.04437499, -0.04694172, -0.059354205, -0.00041449978), target);\n\ttarget = MulAdd(nh3, MF4x4(0.016041227, -0.2313572, -0.011389983, 0.030348316, 0.07260269, 0.009828401, -0.06116872, 0.026138552, -0.15607156, 0.042709354, 0.079162516, -0.16348995, -0.019872159, 0.13251646, 0.020712351, -0.16324571), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.08813695, 0.093021385, 0.019460218, 0.096429825, -0.010391231, 0.0216966, -0.1490125, -0.04100963, -0.024641959, 0.044109546, 0.08043847, -0.03676336, -0.026315603, 0.025947884, -0.10771212, 0.0010732685), target);\n\tconv1ups1[gxy] = target;\n}\n\n//!PASS 8\n//!DESC Conv-3x3x3x16\n//!IN INPUT, conv1ups, conv1ups1\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 outputPt = GetOutputPt();\n\tconst float2 pos = (gxy + 0.5f) * outputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv1ups.SampleLevel(sam, pos - outputPt, 0);\n\tMF4 b1 = conv1ups.SampleLevel(sam, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c1 = conv1ups.SampleLevel(sam, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d1 = conv1ups.SampleLevel(sam, pos + float2(0, -outputPt.y), 0);\n\tMF4 e1 = conv1ups.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv1ups.SampleLevel(sam, pos + float2(0, outputPt.y), 0);\n\tMF4 g1 = conv1ups.SampleLevel(sam, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h1 = conv1ups.SampleLevel(sam, pos + float2(outputPt.x, 0), 0);\n\tMF4 i1 = conv1ups.SampleLevel(sam, pos + outputPt, 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\t\n\tMF4 a2 = conv1ups1.SampleLevel(sam, pos - outputPt, 0);\n\tMF4 b2 = conv1ups1.SampleLevel(sam, pos + float2(-outputPt.x, 0), 0);\n\tMF4 c2 = conv1ups1.SampleLevel(sam, pos + float2(-outputPt.x, outputPt.y), 0);\n\tMF4 d2 = conv1ups1.SampleLevel(sam, pos + float2(0, -outputPt.y), 0);\n\tMF4 e2 = conv1ups1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv1ups1.SampleLevel(sam, pos + float2(0, outputPt.y), 0);\n\tMF4 g2 = conv1ups1.SampleLevel(sam, pos + float2(outputPt.x, -outputPt.y), 0);\n\tMF4 h2 = conv1ups1.SampleLevel(sam, pos + float2(outputPt.x, 0), 0);\n\tMF4 i2 = conv1ups1.SampleLevel(sam, pos + outputPt, 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF3 target = MF3(-0.0007544955, -0.0007692414, 0.00032997545);\n\ttarget = MulAdd(a1, MF4x3(-0.009692998, -0.008524317, 0.0010432196, 0.00057165127, -0.011818117, 0.0014487396, 0.0049518407, -0.001888361, -0.013262905, 0.05004511, 0.023134997, -0.016969386), target);\n\ttarget = MulAdd(b1, MF4x3(0.008501838, -0.001176035, -0.0035942376, 0.009015378, 0.011752493, 0.0061198603, -0.056669727, -0.035067406, -0.040517025, -0.039194923, 0.007251104, -0.0124227265), target);\n\ttarget = MulAdd(c1, MF4x3(0.010942934, 0.0100984, 0.0133265015, -0.019482462, -0.014820488, -0.021098822, -0.02860967, -0.10633767, -0.03296336, -0.011277147, -0.007915212, 0.008589044), target);\n\ttarget = MulAdd(d1, MF4x3(-0.004447993, -0.0019008318, 0.0054705385, -0.008042658, -0.0007432871, -0.0091506895, 0.010537624, 0.047716837, 0.01504048, -0.108882375, -0.06776622, -0.04354868), target);\n\ttarget = MulAdd(e1, MF4x3(-0.0030183722, 0.007729766, -0.007144855, 0.029383881, 0.024865916, 0.028182652, 0.16122057, 0.16675095, 0.18204775, 0.12284804, 0.031072017, 0.042543165), target);\n\ttarget = MulAdd(f1, MF4x3(0.0012941018, -0.00043673834, 0.009252594, 0.009156994, 0.0138289975, 0.015774839, -0.051840767, -0.07687406, -0.069361895, 0.017338578, 0.022834148, -0.0025963243), target);\n\ttarget = MulAdd(g1, MF4x3(0.01646397, 0.0028061832, 0.007990534, -0.0073729097, -0.011168949, -0.0024975399, -0.0066431006, -0.014508122, -0.005740217, -0.06746655, -0.02083968, -0.05371696), target);\n\ttarget = MulAdd(h1, MF4x3(-0.013606154, 0.0062064505, 0.008410423, 0.0038487792, 0.012054022, 0.007878108, 0.034913104, -0.008084116, 0.014990575, -0.005912989, 0.021872269, 0.055241022), target);\n\ttarget = MulAdd(i1, MF4x3(0.014251287, 0.0016604483, -0.006772879, 0.0028646574, 0.0015996173, -0.002210879, -0.0323296, 0.015729006, -0.017242312, -0.03718726, -0.03889927, -0.041001298), target);\n\ttarget = MulAdd(a2, MF4x3(0.007536155, 0.009848646, 0.007846354, 0.019176869, 0.019928271, 0.031777207, 0.026086887, 0.01971131, -0.017595863, 0.012899679, 0.0026994154, 0.008934449), target);\n\ttarget = MulAdd(b2, MF4x3(0.017639438, 0.01536491, 0.011161806, 0.034244597, 0.025257796, 0.031185368, -0.18240982, 0.038758054, 0.13050976, -0.0075258785, -0.0034674285, 0.008525112), target);\n\ttarget = MulAdd(c2, MF4x3(0.01788933, 0.017623115, 0.020215526, 0.0045994874, -0.0031487814, 0.003752946, -0.06494309, -0.07747321, 0.06544584, -0.004555707, -0.001776991, -0.017493976), target);\n\ttarget = MulAdd(d2, MF4x3(0.01359033, 0.02045422, 0.008234278, -0.008073938, -0.036093507, -0.0027978886, -0.37033105, 0.009709281, 0.28951523, 0.003258166, 0.0044517294, -0.003740991), target);\n\ttarget = MulAdd(e2, MF4x3(-0.036449786, -0.03035285, -0.025356997, 0.097153045, 0.10745537, 0.08421458, 0.043944303, -0.004867672, -0.15142196, 0.007044417, -0.00785739, 0.007504869), target);\n\ttarget = MulAdd(f2, MF4x3(-0.007951127, -0.008863303, -0.012213915, 0.007273406, 0.00944796, -0.002621692, 0.2919848, 0.06830943, -0.16119143, -0.0033908382, 0.007383878, 0.007847461), target);\n\ttarget = MulAdd(g2, MF4x3(0.011670784, 0.00805604, 0.013980011, -0.032067183, -0.045659855, -0.03957935, 0.14678614, 0.014678316, -0.11203954, -0.002894618, 0.008089503, 0.0056759617), target);\n\ttarget = MulAdd(h2, MF4x3(0.008941132, -0.008732514, -0.004122878, -0.01872218, 0.0058594598, -0.014218105, 0.15922345, -0.00061763515, -0.10605325, 0.0059564817, 0.0062196897, -0.0031137357), target);\n\ttarget = MulAdd(i2, MF4x3(-0.027044835, -0.0113663385, -0.018061407, -0.01064461, 0.0004394501, 0.0068360637, 0.12218274, -0.025980305, 0.060082816, 0.002298275, -0.005121948, -0.0018933173), target);\n\ttarget = MulAdd(na1, MF4x3(-0.014044151, -0.0055593867, -0.0091519095, 0.018282808, -0.054974634, -0.02104256, 0.004737865, 0.009833153, 0.0050819647, 0.009256364, 0.004517343, -0.0012567915), target);\n\ttarget = MulAdd(nb1, MF4x3(0.035084303, 0.019331766, -0.006399992, -0.08042094, -0.14020248, -0.13438301, -0.0014871466, -0.0071605383, -0.0070841024, 0.001705956, -0.010914731, -0.0022737188), target);\n\ttarget = MulAdd(nc1, MF4x3(-0.024562238, -0.025555398, 0.00043982622, 0.04687896, 0.062265635, 0.06194832, 0.016357735, 0.0056735775, 0.01868422, 0.0035063815, 0.0050708377, 0.009102912), target);\n\ttarget = MulAdd(nd1, MF4x3(0.024276884, 0.031309772, 0.053946678, 0.027081756, 0.023922514, 0.051302873, -0.005081098, -0.013981954, -0.007141123, -0.017242068, -0.00036468913, 0.0071311933), target);\n\ttarget = MulAdd(ne1, MF4x3(0.096000426, 0.12978247, 0.089689955, 0.03013154, 0.09065384, 0.010782777, -0.009774296, -0.010487119, -0.018002238, 0.027585275, 0.018800229, 0.007482455), target);\n\ttarget = MulAdd(nf1, MF4x3(-0.031725004, -0.05638542, -0.06471826, -0.038512804, -0.036520924, -0.026658544, 0.0019714478, 0.004168433, 0.0036675548, 0.009312959, -0.009726487, 0.003937418), target);\n\ttarget = MulAdd(ng1, MF4x3(0.008056586, -0.03609238, -0.0035044104, -0.0052967947, 0.010446542, 0.010737699, -0.00941154, -0.005599727, -0.0071648047, 0.0028106347, 0.0063315486, 0.0005620387), target);\n\ttarget = MulAdd(nh1, MF4x3(-0.10104362, -0.06228799, -0.057575073, -0.0008651546, -0.010849562, -0.0066441186, -0.016244762, -0.0053532585, -0.012414173, -0.012507298, 0.005470365, 0.0032063425), target);\n\ttarget = MulAdd(ni1, MF4x3(-0.019126823, -0.022827078, -0.01918732, -0.0049576303, -0.010899637, -0.01990915, 0.019013962, 0.007385637, 0.015615745, 0.025586424, 0.02317941, 0.019631773), target);\n\ttarget = MulAdd(na2, MF4x3(-0.011578009, -0.0037521352, -0.0044622095, -0.0022668878, 0.0022691146, -0.00570573, 0.0052153515, 0.005547525, 0.0033032992, 0.009927488, -0.0061824876, -0.016856432), target);\n\ttarget = MulAdd(nb2, MF4x3(-0.07627339, -0.0595728, -0.08247348, -0.016201988, -0.019643232, -0.021891698, -0.0033560628, 0.0056153075, 0.005510208, -0.0061155884, 0.004726241, 0.03613314), target);\n\ttarget = MulAdd(nc2, MF4x3(-0.026918657, -0.017315133, -0.021586075, -0.021625597, -0.008547036, -0.011233614, -0.0047514364, -0.0029167454, -0.00583421, 0.012949899, 0.0035817428, -0.0045735473), target);\n\ttarget = MulAdd(nd2, MF4x3(-0.08581085, -0.07063111, -0.06381294, -0.0040735947, -0.012934923, -0.0057904166, -0.0077691195, -0.00034605907, 0.0023017807, -0.00029635165, -0.042357627, -0.057994146), target);\n\ttarget = MulAdd(ne2, MF4x3(0.05193261, 0.047533646, 0.071092665, -0.015042884, -0.023481138, -0.020945435, 0.008216166, 0.004034294, 0.0030410702, 0.10532969, 0.13052966, 0.11042539), target);\n\ttarget = MulAdd(nf2, MF4x3(0.052652936, 0.045103617, 0.036393207, 0.0018712351, -0.009865708, -0.00591473, -0.0008652197, 7.966737e-05, -0.004292879, -0.013765752, -0.0603564, 0.032057546), target);\n\ttarget = MulAdd(ng2, MF4x3(0.0020095943, -0.014555452, -0.008721001, 0.00085926603, -0.0012287357, 0.007974135, 0.004697991, -1.4738258e-05, -0.0048043244, 0.047545042, 0.099660076, 0.09649951), target);\n\ttarget = MulAdd(nh2, MF4x3(0.024352267, 0.03303334, 0.02903438, 0.0062978864, 0.014672455, 0.0043003284, -0.0017531263, -0.0032476797, 0.001345206, -0.20736417, -0.1745426, -0.32957983), target);\n\ttarget = MulAdd(ni2, MF4x3(0.027512033, 0.029760962, 0.033007182, 9.0356014e-05, 0.0061743665, 0.0036443318, -0.016802983, -0.019364875, -0.014311061, 0.021530075, 0.059616566, 0.07120056), target);\n\t\n\tOUTPUT[gxy] = MF4(target + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_L.hlsl",
"content": "// Anime4K_Upscale_CNN_x2_L\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Upscale/Anime4K_Upscale_CNN_x2_L.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_1\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1, tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = MF4(-0.0054077627, -0.15644358, 0.06612042, 0.014728144);\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.01802505, -0.06508559, 0.0017542128, -0.25521114, -0.024155967, 0.07601142, 0.07508073, -0.69212615, 0.06438325, 0.07916419, -0.07266247, -0.17089996), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.18881685, 0.063188724, 0.08637344, -0.20066689, -0.22774473, -0.10913083, -0.048009537, -0.27475306, -0.15950447, -0.027433012, 0.030303264, 0.018863251), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(0.19171959, 0.028070524, -0.09780952, 0.057611514, 0.26147488, 0.07180017, 0.09667393, 0.008605127, 0.011190245, 0.040944707, -0.025871381, -0.011468774), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(-0.08601777, 0.2180965, -0.052060187, -0.08091977, 0.3995336, 0.21213862, 0.105202965, 0.010929526, -0.080743685, -0.040439352, -0.07998862, 0.08096829), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.08608087, -0.10902571, 0.5245411, 0.53331816, -0.5507893, 0.6141555, 0.9744618, 0.89056116, 0.081408836, 0.28096125, 0.13647869, 0.026274862), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(0.13985278, -0.29691598, -0.26792645, -0.042485088, 0.27941233, -0.65306807, -0.360506, 0.03810829, 0.09663724, -0.26655033, 0.04372338, 0.063264176), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.18246013, -0.070464276, 0.04686214, 0.059332885, 0.16861221, 0.022623831, -0.09161491, 0.07130491, 0.15691474, 0.095743366, 0.059467375, -0.009469478), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(-0.07830576, 0.17082681, -0.013175545, -0.035535168, 0.1573564, -0.16532823, -0.49614525, -0.050994795, 0.027053844, -0.20359018, 0.08111269, 0.018715343), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(-0.060515754, 0.13169582, -0.15245132, -0.045724656, -0.50778043, -0.11690067, -0.08320143, 0.01093529, -0.1954136, 0.07388989, -0.1360143, -0.023233788), target1);\n\n\t\t\tMF4 target2 = MF4(-0.001029383, 0.0058537456, 0.38202196, -0.028818231);\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(0.12039797, 0.04008252, 0.073074624, -0.11763173, 0.091902, -0.040129073, 0.009170759, -0.10760076, -0.032387916, 0.07807673, -6.477932e-05, 0.040181372), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.11585734, -0.0078019407, 0.063107856, 0.09835168, -0.029397847, 0.12520139, 0.078661725, -0.12675259, 0.05563671, -0.058422342, 0.01478436, -0.08239175), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(-0.14991632, -0.0134848505, -0.38663143, -0.10859369, -0.012961176, -0.09099144, -0.19593886, -0.08396245, -0.02676463, -0.0066295485, 0.026225863, -0.014788537), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.20830092, -0.07655779, 0.04518565, 0.16015635, 0.5536684, 0.09759215, -0.101477005, -0.5042874, 0.35608026, -0.15335238, 0.0796228, -0.05107349), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(-0.3968312, 0.091579735, -0.085623756, -0.16367513, -0.48967922, -0.08557767, 0.34444988, 1.0766053, -0.2158915, 0.22244956, -0.033804208, 0.25898156), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.026278365, 0.1678205, -0.38981274, 0.16932413, -0.0146527905, 0.65131354, -0.08886725, 0.07017853, 0.012986331, 0.029087646, -0.034898676, 0.040925268), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(0.07614263, 0.015624113, -0.054716587, -0.04951801, 0.016731577, -0.08749623, 0.07815944, -0.015630174, -0.08723511, 0.077201165, -0.12674089, -0.08418575), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(-0.07938198, -0.4056014, 0.26949093, 0.067213245, -0.47538033, -0.7786735, -0.25821188, 0.029314762, -0.1799233, -0.31132734, 0.17210929, -0.018579468), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(0.06732179, 0.18373649, -0.00039802346, 0.006567155, 0.36993378, 0.20254396, 0.12314272, -0.07356931, 0.12402926, 0.122744165, -0.07482636, 0.011531308), target2);\n\n\t\t\ttex1[destPos] = target1;\n\t\t\ttex2[destPos] = target2;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = MF4(-0.021096209, -0.016017085, 0.009604813, -0.023907887);\n\ttarget1 = MulAdd(a1, MF4x4(0.29632062, 0.029882489, -0.14098296, -0.18291497, 0.2815667, -0.053558454, 0.10369031, -0.080831036, 0.06955536, -0.020830285, -0.2950748, -0.12086926, -0.023612294, -0.08531449, 0.0390424, 0.011767062), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.094862625, 0.10448947, -0.11741873, 0.18871774, 0.15733057, 0.029140847, 0.16012338, 0.24601823, -0.2918398, 0.09956984, 0.04739516, 0.24494317, -0.021442452, 0.014309354, -0.04935703, 0.13617574), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.1303212, -0.06284708, -0.23948738, -0.05782472, -0.024363542, -0.11251477, -0.07354371, -0.023819327, 0.13228065, 0.05485702, -0.068491034, 0.1938021, -0.046649717, -0.07752723, 0.031408865, 0.026424367), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.4484274, 0.10068111, -0.122855306, -0.0649749, 0.09444103, 0.119198084, -0.22159275, 0.08555494, -0.18764949, -0.16276829, 0.20377621, 0.13764401, -0.027324807, 0.1294057, 0.035147414, 0.010751216), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.23321865, -0.029401073, 0.064655, 0.28420436, 0.051707894, -0.27915454, 0.0037779005, -0.18335588, 0.2275033, -0.25828046, -0.005339017, -0.4358691, 0.30487007, -0.044198595, 0.08767978, -0.04610031), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.044556934, -0.06692216, -0.21124081, -0.1394273, -0.24693833, -0.11292927, -0.026020816, 0.08460799, -0.11183761, -0.020012703, 0.29486617, 0.3726646, -0.054298244, 0.0045891847, -0.23693855, -0.02848257), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.04877764, -0.011964396, -0.08024895, -0.12175299, -0.015131821, -0.048996765, 0.10887477, -0.053192, 0.09514728, 0.00918332, -0.08621957, -0.04674572, -0.06000914, -0.060330987, 0.20702218, -0.015094036), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.1651207, -0.024862131, 0.37494823, 0.10404018, -0.2891288, -0.38082635, 0.3194514, -0.055852838, -0.073994, -0.1566444, 0.08473525, 0.15672058, -0.08205729, 0.33623922, 0.2524126, 0.022668727), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.083043605, -0.2989435, -0.14887308, 0.008989406, 0.01214123, -0.29387334, 0.015363028, -0.027485376, 0.13046521, 0.12814927, -0.05615426, -0.08612421, -0.3833321, 0.30930206, 0.3397905, 0.095533006), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.24895187, 0.033672538, 0.024642626, 0.049984645, 0.09217451, 0.14135426, -0.36297384, 0.10239864, 0.14611131, -0.022452299, 0.009058074, -0.18909958, -0.0049156225, 0.10530887, -0.06942197, -0.06450979), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.14025575, 0.030043123, 0.07131405, -0.0675702, 0.17274232, 0.17896765, -0.4741036, 0.35670453, 0.03911085, 0.079387054, 0.04420335, -0.040182803, 0.078871965, 0.16641952, -0.101532914, -0.07683543), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.09527535, -0.014889733, 0.003928801, -0.0144131305, 0.16238941, -0.073573746, -0.18349837, 0.057071213, -0.056580186, -0.048254594, -0.02551881, 0.13056543, 0.15681924, 0.11329136, 0.026496707, -0.15252273), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.20110673, -0.17727304, 0.16747122, -0.060028642, -0.03426759, 0.34928, -0.16542526, -0.03665969, -0.11838656, 0.050624777, -0.11309917, 0.17241085, 0.07320429, -0.19349192, 0.36426768, -0.09952723), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.44797856, 0.13166381, 0.19358242, -0.17328072, 0.277866, 0.2704677, -0.3897292, -0.09388379, -0.11871803, 0.059352446, 0.02593061, 0.1112078, -0.44574997, -0.20000082, -0.06038736, 0.11825317), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.035831098, 0.03203473, 0.007270905, -0.2803515, -0.07803025, -0.044999845, 0.05503914, 0.02849373, -0.019534718, 0.109557584, -0.057618562, -0.22376212, 0.037630744, 0.07285683, -0.10327242, 0.15022281), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.22891119, -0.07055901, -0.06924297, 0.091851085, 0.079149276, 0.072282575, 0.1054971, -0.055115294, 0.15652373, -0.18508117, -0.044487055, -0.09513059, -0.007512581, 0.04595113, -0.16729085, -0.038352273), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.33190495, 0.024579005, 0.3356564, -0.24311046, -0.12634008, 0.08820384, -0.028739989, 0.0871991, -0.011547642, 0.07184339, 0.098442815, 0.13700496, -0.0665544, 0.18513693, 0.0956979, -0.15374076), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.18756114, -0.21920492, 0.06407122, -0.24816798, -0.061943263, -0.054488074, -0.081633896, 0.0920547, -0.08880129, -0.18094197, 0.006789256, 0.094598, 0.17799775, -0.26764068, -0.02588948, 0.17095666), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.17086025, -0.035769157, -0.11523461, 0.20404252, -0.0398533, -0.19902702, 0.0072308285, -0.099984154, -0.1378846, -0.14236672, 0.40502122, 0.13498029, 0.057273205, -0.06250679, 0.035283897, 0.01703995), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.12786144, -0.23442458, -0.047862124, -0.12505807, -0.23584808, -0.064344, 0.07848756, 0.08764069, 0.34468293, -0.29927257, -0.18664125, -0.20938, 0.07196786, -0.0116679, 0.16299239, -0.076479614), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.08299449, -0.065809734, 0.12079292, -0.14469329, -0.0102624465, 0.04364353, 0.080220595, -0.025435027, 0.010015513, -0.03863331, 0.28750968, -0.07637218, 0.049731467, -0.062238537, 0.04295189, -0.028037619), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.3443906, -0.04198392, -0.1612832, 0.2218389, -0.01519015, 0.093942635, -0.15996122, -0.00093763386, 0.024008257, 0.035953972, -0.15771267, -0.07148778, 0.044501238, -0.14950006, 0.087219894, -0.05831199), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.22099696, 0.117263354, -0.09403858, -0.20318906, 0.18389364, 0.13026148, 0.08169665, -0.014347075, -0.16660765, 0.026503418, 0.058967166, 0.26847002, -0.39771244, 0.36704144, 0.18202503, 0.15385705), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.015089774, 0.120200686, 0.114723265, 0.12578037, 0.16593805, 0.040399004, 0.11654924, 0.0025250788, -0.2342627, 0.05865, -0.16680475, -0.06301523, 0.07027856, 0.18853764, 0.5213158, -0.3325365), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.046818264, 0.04336355, 0.020795586, 0.09917639, -0.028305013, -0.14843199, 0.16168857, -0.18567303, 0.010514865, 0.06331522, 0.064430796, 0.034681283, 0.041065965, 0.06522019, 0.055882502, -0.015027999), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.18064371, -0.17903666, -0.24589087, 0.072444126, 0.13745096, -0.011904026, -0.19597653, 0.023044739, 0.01585197, -0.1759934, 0.2287553, -0.20533411, -0.2898527, 0.42946577, -0.07443011, 0.052736074), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.043961097, 0.10761276, -0.0034299751, 0.10491056, 0.004527805, 0.077598244, 0.077725716, 0.030323742, -0.20945124, -0.2235839, 0.05397613, 0.2072019, 0.008769854, 0.30513015, -0.104206346, -0.20982127), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.0858221, -0.013858144, 0.11189161, -0.005996965, 0.13058044, 0.23954146, -0.29756296, 0.1801562, -0.034966737, 0.16073282, -0.06920962, 0.16596314, -0.06746436, 0.18948093, -0.17374122, 0.035474796), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.23172139, -0.062111232, 0.028210253, -0.022090558, 0.2854972, 0.015097004, -0.2057132, -0.19835956, 0.14960685, 0.09755452, -0.17077617, -0.10259408, -0.11695073, 0.071428165, 0.18146773, 0.22237262), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.008571818, 0.2160462, 0.20442474, 0.008256999, -0.0054347264, -0.036963176, -0.023052184, -0.27406418, 0.0155730015, 0.13230084, 0.028925262, -0.22739749, -0.07608481, -0.059095357, -0.17677523, 0.020464322), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.09186881, 0.10612606, -0.29759738, 0.04590405, 0.042567376, 0.77174157, -0.3156031, 0.22815126, -0.0745266, -0.08352131, -0.03825007, -0.14752272, 0.14866033, -0.07303083, 0.01180863, 0.12170875), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.033268124, -0.08281718, 0.040441882, -0.05514993, 0.07650108, 0.5294327, -0.22229794, 0.049523506, 0.021545604, 0.03359928, 0.032059934, -0.0082821995, 0.036441952, -0.5097175, 0.38215104, 0.33496317), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.18900043, 0.3539563, 0.25134736, 0.21487151, 0.22043267, 0.13304482, -0.17353508, -0.15632114, -0.067851126, -0.08173108, 0.0035601144, 0.16791934, -0.07563204, -0.07128694, 0.10757592, 0.26915342), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.1761959, 0.025833737, 0.09164757, -0.030622564, -0.22870748, 0.11929823, -0.24930833, 0.07446655, -0.17372188, -0.66051316, 0.15344264, 0.20571554, 0.0620721, 0.08122408, -0.0952373, 0.04144613), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.053072393, -0.15877937, -0.065579735, 0.09932804, 0.06803561, 0.11719737, -0.0639249, -0.14433555, 0.1210262, 0.057197437, -0.19896421, 0.2387559, 0.35206345, -0.36237878, -0.12187686, 0.24411117), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.44384086, -0.063816145, 0.14313193, 0.042119484, 0.13939157, 0.02742546, -0.010837158, -0.11953808, 0.083049394, 0.22100104, 0.12818006, -0.27883413, -0.22672728, 0.28484213, 0.053133663, -0.2364556), target1);\n\t\n\tMF4 target2 = MF4(-0.010434646, -0.007589305, 0.03614506, 0.017320616);\n\ttarget2 = MulAdd(a1, MF4x4(-0.0028523596, -0.03346185, 0.30194005, 0.26316985, -0.108354695, 0.19872186, -0.14200853, 0.28833616, 0.009908957, 0.049258288, 0.18224198, -0.10260487, -0.011250263, -0.027236924, -0.03667901, 0.035038423), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.10311966, -0.07219459, 0.13850203, -0.07606934, 0.16186213, 0.20828444, -0.113131486, 0.21757083, -0.14668499, -0.015719058, -0.24257174, 0.33343476, 0.042950086, 0.014013289, -0.095338345, -0.10305408), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.054802764, -0.03977167, 0.058000274, 0.06520257, -0.06657145, 0.09240672, 0.18538313, -0.057592865, 0.11657067, 0.1435708, -0.10273095, -0.12743765, 0.031955425, -0.032504886, -0.043181136, -0.033146795), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.17017461, 0.023741657, 0.12772968, 0.054186005, -0.06654799, 0.13280976, -0.08608028, -0.18274061, -0.14409089, -0.07336282, -0.21611233, 0.3030394, -0.22331606, -0.04621103, 0.008330136, 0.13817237), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.12490482, -0.15037048, -0.308773, 0.015911192, -0.23533738, -0.3296806, -0.16643348, -0.18637176, 0.3725922, 0.22720487, 0.101118185, -0.1130553, 0.14583476, 0.25240546, 0.07148758, -0.023047412), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.21086755, 0.10873368, 0.23762812, -0.12715688, 0.07081291, -0.13914634, 0.23084821, -0.027778924, -0.011987815, -0.27076182, -0.037216157, -0.028230239, -0.055693954, -0.1835301, -0.19994727, -0.05208119), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.0063535348, -0.047104187, 0.16425404, -0.003719743, -0.048529398, -0.17317753, -0.048431315, 0.12659106, -0.10488035, 0.14231968, -0.042716738, -0.20889871, -0.17258343, -0.1703121, -0.08134935, -0.08982632), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.047956906, 0.02809404, -0.23035078, 0.017211597, 0.056016855, -0.16766964, 0.024528379, 0.15064329, -0.20351112, -0.16514936, -0.013601919, 0.056769293, -0.4962774, -0.315249, -0.11879433, 0.24711494), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.11659998, 0.23360188, -0.037019785, 0.01478414, -0.0056206854, -0.058505666, 0.05248197, 0.048921894, 0.014286839, -0.05282425, 0.12870628, 0.12335835, -0.2298834, -0.34117943, 0.07997886, 0.026714392), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.061862264, -0.024006715, 0.1239327, -0.06400159, -0.1736359, -0.13043079, -0.047287256, 0.092979684, -0.052144498, 0.046599787, 0.03391796, 0.10504723, 0.12802011, 0.05123276, 0.15974, 0.052002482), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.22270438, -0.15555483, 0.10334453, -0.033303298, -0.13101499, 0.37030843, -0.6013731, 0.22835553, 0.17596579, -0.0012125646, 0.000731955, -0.03726906, -0.033959538, 0.10808315, 0.043731548, 0.12308547), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.02969512, 0.029882276, -0.04630252, -0.029674841, 0.15309821, 0.35859957, -0.15453109, 0.12228518, -0.062312573, -0.030289005, 0.10737798, 0.01659783, -0.07855408, 0.090425, -0.07134876, 0.10678761), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.068100914, -0.16862309, 0.2094642, -0.02229975, -0.1045019, -0.043305863, 0.18030378, -0.085608065, -0.13514027, 0.11298315, -0.009570404, -0.03180812, 0.19233464, -0.058786966, -0.06211013, 0.1411384), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.025985425, 0.08034115, 0.14352584, 0.039992746, -0.034363434, 0.27888498, -0.21407174, -0.15813926, -0.10999899, -0.15183197, -0.23127002, 0.10193841, 0.029217485, 0.069463246, 0.093416885, -0.17118438), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.34840858, 0.18985972, 0.1336286, 0.11525281, -0.12827359, -0.14426456, 0.13312757, -0.06653705, 0.050836112, 0.06430556, 0.14759327, 0.043341596, 0.17556888, -0.14065917, 0.046736937, -0.01075016), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.13843128, -0.07928894, 0.09180436, -0.17497942, -0.0075141867, -0.13388832, 0.07851216, 0.16109377, 0.190535, -0.05877419, -0.010671232, 0.056779247, 0.005048462, 0.084110186, 0.053035934, -0.18244119), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.2849969, -0.045472432, -0.007433944, 0.1180168, 0.060636494, 0.13299662, -0.14055575, 0.045158602, -0.08960926, 0.013875276, -0.01840017, -0.06518111, -0.062131494, 0.13034189, -0.086812675, -0.302895), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.116545, 0.19018339, 0.015378095, 0.11349383, 0.097009905, 0.08176944, 0.033653412, -0.08137759, 0.03190533, 0.0014444767, -0.110253245, -0.075649016, -0.19349468, -0.22105742, -0.026897507, 0.11604942), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.1504224, -0.17498577, -0.111215115, -0.18127528, 0.01749777, 0.02000031, 0.10482995, 0.0281041, 0.14524435, 0.032341465, -0.1431526, 0.035199255, 0.07964384, 0.12253888, -0.04288506, 0.08354433), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.12756018, -0.09853538, -0.14765038, -0.14513035, -0.1674001, 0.041217312, 0.1293034, -0.14122911, 0.22340834, 0.026480576, 0.30324772, -0.14868121, -0.007565819, -0.118748344, 0.13285564, 0.00254272), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.049038395, -0.053402808, -0.20165808, -0.023086373, 0.11763773, -0.06335101, -0.033782937, 0.04164607, -0.18420623, -0.19549052, 0.046879902, 0.009774202, 0.01943834, 0.0056786705, -0.076153725, 0.02122122), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.26325268, -0.031591017, -0.009897877, 0.1264021, 0.17001875, -0.0703141, 0.09623203, -0.3370359, 0.18430787, 0.27577603, 0.24643779, -0.0070356624, 0.14593714, -0.0370321, -0.09890827, -0.2308416), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.07015072, 0.096860155, 0.237449, 0.02297801, 0.055075265, 0.27420217, 0.020077437, 0.18272734, -0.33312458, 0.10344985, -0.2324171, 0.065973476, -0.20755117, -0.27599007, -0.5285744, -0.4155286), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.07746828, -0.05007699, -0.0768586, 0.20854229, -0.03390625, 0.030966418, -0.019005757, -0.044068232, 0.107805826, 0.27990255, 0.20861949, -0.13380727, 0.11099171, -0.24434194, -0.44939178, 0.09977314), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.025078122, 0.1578438, -0.087854326, 0.20194288, 0.09858984, 0.05664248, 0.007542862, -0.08403176, 0.1984592, -0.18137619, 0.008725761, 0.1726853, -0.05140944, 0.011235891, -0.043068934, 0.0055390405), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.11204605, 0.12672849, 0.21329713, 0.022434214, 0.18346484, 0.15253071, -0.07683229, -0.023870528, 0.15187134, 0.16080903, -0.20011483, -0.055256322, 0.2351501, -0.10940274, 0.3296904, -0.08561938), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.116775244, -0.034662195, 0.09385859, 0.015938438, 0.04321025, 0.07417467, -0.020254206, -0.021971289, 0.082221195, -0.17118677, -0.0803086, -0.04383127, -0.040375095, 0.19555633, -0.02246454, -0.039880734), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.091371894, 0.07079164, -0.061235007, -0.074043915, -0.07527448, 0.20644194, -0.025892835, 0.288527, -0.0681896, -0.18799694, -0.02397431, -0.20931835, -0.23740639, -0.21364078, -0.066721395, 0.046312522), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.028192231, -0.076668344, -0.048378978, 0.08975191, 0.11627764, 0.1206538, 0.13604914, -0.32365093, -0.3457084, 0.038705852, -0.11968679, -0.03261415, -0.08069945, 0.06448551, -0.04925646, -0.112106614), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.02704155, -0.38007632, -0.12648691, 0.0065948786, -0.107972704, -0.07776103, -0.09248745, -0.034419768, 0.08890347, 0.005535876, -0.17764446, 0.01000324, 0.09786164, 0.0046856827, 0.071132, -0.07665281), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.084308736, 0.12159227, 0.09618809, -0.095442675, -0.19964129, 0.12708808, 0.13591234, -0.08824806, 0.13553478, 0.116799936, 0.2792844, 0.3961157, -0.21412137, 0.35075518, -0.4579121, 0.13404456), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.14321525, -0.2190369, -0.0017736118, 0.04966717, -0.21058443, 0.03795149, 0.024490742, 0.16852312, 0.23549259, 0.098397486, 0.39796385, -0.17331013, 0.57935876, 0.14168213, 0.10026468, 0.12272344), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.23204985, -0.13793765, -0.09148106, -0.24824184, 0.03669933, 0.40166143, -0.26450562, 0.1297136, -0.0033718192, -0.14882618, -0.027010696, 0.15510502, -0.13116877, 0.13243876, 0.29493085, -0.159246), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.14412704, -0.043252222, 0.038036022, 0.21720204, 0.16157351, 0.25108346, 0.05750981, -0.11665398, 0.15858066, 0.13024889, -0.30726764, -0.017599456, -0.13654993, 0.16810633, -0.22028227, 0.054728623), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.04761309, -0.1425047, 0.121673144, -0.0067104516, 0.13617267, 0.11343255, 0.14773287, -0.111807466, 0.29447448, 0.043634728, 0.040583152, -0.22446026, -0.17453341, -0.1746306, -0.27435815, 0.1823859), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.0914674, -0.1296898, 0.081237026, -0.03182429, -0.082685776, 0.08469174, -0.014075701, 0.043630067, -0.02028655, 0.043165345, 0.14293486, 0.03086512, 0.16910627, 0.32537475, -0.022409504, -0.15651123), target2);\n\t\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = MF4(0.0012513401, 0.026057906, 0.010539876, 0.009830541);\n\ttarget1 = MulAdd(a1, MF4x4(-0.13837793, -0.05485083, -0.11455316, -0.23340753, -0.0019060506, 0.014073009, -0.006939684, 0.013028122, 0.0070730825, 0.07576272, -0.046580516, -0.10440529, -0.14514132, 0.118322305, 0.15771718, -0.10368211), target1);\n\ttarget1 = MulAdd(b1 , MF4x4(0.0033887655, 0.105515614, -0.022994144, 0.20720185, 0.014884114, 0.04068789, 0.14153919, -0.20556916, -0.106429465, 0.15578473, 0.17493904, 0.27673894, 0.068228535, -0.17600566, 0.117449455, 0.1464803), target1);\n\ttarget1 = MulAdd(c1 , MF4x4(-0.13132714, 0.057890475, -0.15540479, -0.05904855, 0.10353088, -0.014439668, 0.10086415, -0.035871122, 0.15052663, -0.017041713, 0.039761867, -0.20937371, 0.034573525, -0.10553617, 0.054362305, -0.1131222), target1);\n\ttarget1 = MulAdd(d1 , MF4x4(0.043574177, -0.12957309, 0.06257102, 0.059841774, 0.025344899, -0.08974694, -0.02106646, -0.083086155, 0.044729084, 0.07391884, 0.026620472, 0.029281206, 0.0439835, -0.040075477, 0.20127645, 0.08995277), target1);\n\ttarget1 = MulAdd(e1 , MF4x4(0.4999535, -0.16519144, -0.082569085, 0.08618579, 0.20361039, -0.16703975, 0.013153, 0.19670624, 0.2853662, -0.11533776, -0.109247334, 0.06345074, 0.0635587, 0.104548655, 0.31481677, 0.2264137), target1);\n\ttarget1 = MulAdd(f1 , MF4x4(0.029020509, 0.24992752, 0.5356852, 0.16753946, -0.057788625, 0.02481026, 0.2059601, 0.16616577, -0.078577444, 0.307072, -0.08813778, 0.09565001, 0.02336261, -0.1928066, -0.0876608, -0.15015014), target1);\n\ttarget1 = MulAdd(g1 , MF4x4(0.079325944, 0.062302455, -0.10960886, -0.0025239969, 0.02924214, 0.026142644, 0.0821952, 0.008034841, 0.121127814, 0.109858714, -0.053383715, 0.22161359, 0.03572371, 0.013655175, -0.27442926, 0.038870957), target1);\n\ttarget1 = MulAdd(h1 , MF4x4(-0.057337154, 0.03110442, 0.07781571, 0.17697155, 0.10287903, 0.10192227, -0.036485553, -0.07374302, 0.081604324, 0.1566476, 0.23592737, 0.09747013, -0.095862515, -0.1456753, 0.057745866, -0.17291927), target1);\n\ttarget1 = MulAdd(i1 , MF4x4(-0.070838295, 0.15307118, -0.16363588, 0.08716062, -0.012117197, 0.09717453, -0.057428412, 0.019387208, -0.011734471, 0.28442237, -0.0138647, 0.1619097, 0.046210334, -0.06327717, 0.035489302, -0.055681925), target1);\n\ttarget1 = MulAdd(a2 , MF4x4(0.03013589, -0.16602181, 0.00417107, -0.022452664, 0.03615902, 0.09972378, -0.043409757, -0.028448848, -0.055032104, 0.08841848, -0.12667881, -0.06865927, -0.020555131, -0.09292043, 0.03676055, 0.1469838), target1);\n\ttarget1 = MulAdd(b2 , MF4x4(-0.03413294, 0.1853497, -0.21196875, -0.2122292, -0.046451584, 0.33640862, 0.11074589, 0.0038315703, -0.32845765, -0.018679257, -0.24653831, 0.15887207, 0.018353334, -0.32828686, 0.070055164, 0.22649562), target1);\n\ttarget1 = MulAdd(c2 , MF4x4(-0.11916958, -0.11415976, 0.10442459, 0.026471134, 0.15098315, 0.030927312, 0.08758737, 0.04333666, -0.40113255, -0.22881064, -0.18026584, 0.010727328, 0.04185913, -0.033592816, 0.019705769, -0.09931264), target1);\n\ttarget1 = MulAdd(d2 , MF4x4(-0.024548884, 0.070657834, 0.04315053, -0.09292352, -0.023722034, -0.06946775, -0.017095754, 0.14835307, -0.030104019, 0.13317905, 0.052319784, 0.18717423, 0.024163181, 0.04198584, 0.024550296, 0.09124823), target1);\n\ttarget1 = MulAdd(e2 , MF4x4(0.36571705, 0.28200173, -0.031241365, 0.32836193, 0.15685938, 0.14499408, -0.03710283, -0.105348445, 0.2111411, -0.14371765, 0.22234774, 0.12241296, 0.12288187, -0.29133305, -0.23992771, 0.102442585), target1);\n\ttarget1 = MulAdd(f2 , MF4x4(-0.30764952, -0.38244587, -0.021552043, 0.02371933, -0.043024007, -0.09969857, -0.08754052, -0.05584622, 0.32374346, 0.21340463, 0.110945925, -0.19904156, -0.1425847, -0.16605812, -0.14231746, -0.14958249), target1);\n\ttarget1 = MulAdd(g2 , MF4x4(0.07996341, 0.036993798, 0.013508032, 0.015037227, -0.05188829, -0.08953449, 0.024801137, 0.20462893, -0.013199976, -0.19138044, -0.056084607, 0.14518543, -0.029846137, 0.033994604, 0.006321045, -0.19919403), target1);\n\ttarget1 = MulAdd(h2 , MF4x4(0.09230355, 0.17356168, -0.057000663, -0.10861382, 0.038658872, 0.01218888, 0.19109936, 0.021123217, 0.042241503, 0.008514072, 0.031998653, 0.014464009, -0.036506813, 0.27310863, -0.052563597, -0.21396813), target1);\n\ttarget1 = MulAdd(i2 , MF4x4(-0.036255296, -0.11269877, -0.07659167, -0.09690911, -0.027218975, 0.105712906, 0.05750272, 0.14222133, 0.016676722, 0.0962918, 0.05514509, -0.023851087, -0.07117767, -0.020666543, -0.23072378, -0.043072045), target1);\n\ttarget1 = MulAdd(na1 , MF4x4(0.1542571, -0.13077767, -0.0881844, -0.00536349, 0.019526271, -0.1529528, -0.11660246, -0.1698449, 0.019345785, -0.039716557, 0.14421196, 0.08003151, 0.15334103, -0.16667187, 0.006088769, 0.13378714), target1);\n\ttarget1 = MulAdd(nb1 , MF4x4(-0.08746076, 0.060209457, 0.051582757, 0.02863364, 0.1454257, 0.42194176, 0.09892967, 0.26043537, -0.06934357, -0.1020657, 0.23833197, 0.15991127, 0.09294198, 0.017690487, 0.11748737, -0.2849694), target1);\n\ttarget1 = MulAdd(nc1 , MF4x4(0.12285264, 0.073884204, -0.027040116, 0.03438263, -0.060739577, 0.17927702, 0.16900496, 0.3545027, 0.1545223, -0.09951323, 0.42339948, 0.14226453, 0.10644413, 0.15645456, -0.03346077, -0.009488195), target1);\n\ttarget1 = MulAdd(nd1 , MF4x4(-0.080912456, 0.16929491, 0.027275667, -0.020797532, 0.05746718, -0.071174294, 0.3193612, 0.055932105, 0.031726856, -0.03390961, 0.13757136, -0.017296424, -0.041106436, 0.02487556, -0.29788992, -0.29300368), target1);\n\ttarget1 = MulAdd(ne1 , MF4x4(-0.32740706, 0.4221705, 0.35447162, 0.13970987, 0.07307587, 0.65598255, 0.7267268, 0.35669217, -0.24410655, 0.30564576, -0.033510603, 0.20394838, -0.012135275, -0.12212605, 0.00741055, -0.12938774), target1);\n\ttarget1 = MulAdd(nf1 , MF4x4(0.17577599, -0.075835876, -0.06821395, -0.19289997, 0.048764437, 0.11093425, 0.15844633, 0.21540429, -0.14261006, -0.12678951, -0.05380409, 0.21502183, -0.053737447, -0.23268248, 0.077271536, -0.11794149), target1);\n\ttarget1 = MulAdd(ng1 , MF4x4(-0.06283879, -0.11581014, -0.0077474653, -0.051150266, 0.017263902, -0.12403667, 0.13689952, -0.13955206, -0.036969677, 0.04593233, 0.31484202, -0.021023672, 0.006109164, -0.022175733, 0.32699695, -0.26805824), target1);\n\ttarget1 = MulAdd(nh1 , MF4x4(0.07529928, -0.020912366, -0.14532542, -0.13928838, 0.07875855, -0.18651104, 0.47042093, 0.342289, -0.06575549, -0.13776249, 0.21936299, 0.124723375, 0.05280059, -0.07600857, 0.0027616988, 0.11619774), target1);\n\ttarget1 = MulAdd(ni1 , MF4x4(0.06760704, -0.11735106, 0.07262433, -0.040624633, 0.35947633, 0.29390943, 0.025136888, -0.12812558, 0.17102966, -0.15462054, 0.37353945, 0.030337518, -0.01959842, -0.07917661, 0.036980435, -0.008516924), target1);\n\ttarget1 = MulAdd(na2 , MF4x4(-0.07072042, 0.19770962, -0.039348952, 0.06489617, -0.03382829, -0.11054973, -0.035438936, 0.011020459, -0.050599303, -0.07308136, -0.029521624, 0.0694216, 0.021597218, 0.07275136, 0.1196986, -0.021191286), target1);\n\ttarget1 = MulAdd(nb2 , MF4x4(0.027155813, -0.024280313, -0.1322834, 0.219577, 0.013412778, 0.027934693, -0.10113296, 0.16649272, 0.029343246, 0.08333487, -0.09067474, -0.06318277, 0.016611677, 0.22737436, 0.11019619, -0.11105013), target1);\n\ttarget1 = MulAdd(nc2 , MF4x4(-0.10233781, 0.04936236, -0.12536384, 0.1270058, -0.07842266, 0.0018531404, 0.021235077, -0.13014361, -0.06192502, -0.07054751, -0.05475905, 0.053059015, 0.15269022, 0.11485296, -0.09188326, -0.13495958), target1);\n\ttarget1 = MulAdd(nd2 , MF4x4(-0.038748156, 0.17470013, 0.008070423, 0.47245374, 0.14041074, 0.0029743444, 0.09280988, -0.16300924, 0.025588343, 0.042092193, 0.021749513, -0.07912978, -0.08887605, -0.06223286, -0.017056612, 0.11412155), target1);\n\ttarget1 = MulAdd(ne2 , MF4x4(-0.62907135, -0.054125126, -0.3091851, -0.2599738, 0.24917828, 0.36420155, 0.07772076, 0.039711658, -0.25157338, -0.023638945, -0.054642107, 0.25950512, -0.26855794, 0.16737756, -0.011335203, -0.383141), target1);\n\ttarget1 = MulAdd(nf2 , MF4x4(0.019852921, 0.2599611, -0.17794183, 0.086149536, 0.27634904, 0.21865687, -0.047085866, -0.08818839, 0.013813605, 0.21364933, -0.22009525, -0.030338509, -0.1512191, 0.042633552, -0.17577383, 0.0662118), target1);\n\ttarget1 = MulAdd(ng2 , MF4x4(-0.15513746, -0.07846239, -0.13220623, 0.106471166, 0.05573645, 0.16334842, -0.07945537, -0.19104981, -0.013032576, 0.08952008, 0.055789266, -0.035824023, -0.017594192, -0.04652965, -0.30483812, 0.054347165), target1);\n\ttarget1 = MulAdd(nh2 , MF4x4(0.054959666, -0.055990525, 0.142193, 0.09890494, 0.047798425, 0.15105279, -0.16933344, -0.08214855, -0.11551477, 0.06605292, -0.20606443, -0.04266445, 0.01709317, -0.097884715, -0.21919689, 0.024738865), target1);\n\ttarget1 = MulAdd(ni2 , MF4x4(0.009435747, -0.0011143036, 0.08239794, 0.06413721, -0.09412612, -0.07816752, 0.0070877066, -0.054295234, -0.02152047, -0.057394918, -0.02919309, 0.020081067, -0.03086805, -0.056924064, 0.026491363, 0.015115628), target1);\n\t\n\tMF4 target2 = MF4(-0.03782637, -0.0035752894, -0.010155095, -0.025359483);\n\ttarget2 = MulAdd(a1, MF4x4(0.057580933, 0.01911187, -0.008719538, -0.017969212, -0.24201718, -0.058988657, -0.0025294814, -0.011815471, -0.10723921, -0.19644037, 0.020027963, 0.035667516, 0.08559372, 0.27885816, 0.064953476, -0.05350714), target2);\n\ttarget2 = MulAdd(b1 , MF4x4(0.045166798, -0.10751055, 0.053228382, 0.12519331, 0.25117958, 0.06537292, -0.15587787, -0.07206778, 0.06837826, -0.043205425, -0.12318706, -0.15438488, 0.03246428, 0.074852064, 0.062248066, -0.009753593), target2);\n\ttarget2 = MulAdd(c1 , MF4x4(0.09432274, 0.011490796, -0.04061421, -0.16661306, 0.05983951, -0.020288106, 0.029864697, 0.013547436, 0.021477815, -0.07964464, 0.045970913, 0.16307391, -0.04462305, 0.046968628, 0.029862186, 0.11649774), target2);\n\ttarget2 = MulAdd(d1 , MF4x4(-0.14416671, 0.12803924, -0.18187119, -0.15840115, -0.10262368, 0.043705128, -0.10072281, -0.06468493, -0.043781534, -0.015372785, -0.16681372, 0.05544772, 0.03745967, -0.30812827, 0.007939141, -0.14296778), target2);\n\ttarget2 = MulAdd(e1 , MF4x4(-0.10959357, -0.23731256, 0.17797269, 0.1566764, -0.04658083, -0.08226227, 0.065335095, 0.12799698, -0.04347693, 0.07439239, 0.124068074, -0.12433461, 0.39953944, -0.4547675, -0.15020098, 0.029323136), target2);\n\ttarget2 = MulAdd(f1 , MF4x4(0.008521254, -0.42012635, -0.103437595, -0.14140712, -0.13161388, -0.04296955, -0.03418078, -0.11619488, -0.113280736, -0.04337926, -0.15152383, -0.025833655, -0.037376937, 0.028724195, 0.035038933, 0.07584188), target2);\n\ttarget2 = MulAdd(g1 , MF4x4(-0.0015208189, 0.02739281, 0.07880385, -0.05264596, 0.0006570586, -0.053559244, -0.060818747, 0.0014127572, -0.12706065, -0.22151639, 0.0050813453, 0.03868026, 0.017800469, 0.08653453, 0.12580872, 0.10975057), target2);\n\ttarget2 = MulAdd(h1 , MF4x4(-0.016247116, 0.060199317, 0.08806292, -0.0053588278, -0.036467995, 0.14757904, 0.010754306, 0.060899615, -0.1110678, -0.050623085, -0.021320427, -0.1970179, 0.1138183, 0.02913883, 0.011708719, -0.0031000238), target2);\n\ttarget2 = MulAdd(i1 , MF4x4(-0.07490824, 0.26012638, 0.023562372, -0.04637545, 0.015996248, -0.02646302, 0.0035619289, 0.009863964, 0.004463742, -0.13282667, 0.04664953, -0.07782132, 0.026051573, -0.13182716, -0.03470513, 0.082064465), target2);\n\ttarget2 = MulAdd(a2 , MF4x4(-0.04953172, 0.055778302, -0.007956572, 0.06453463, -0.112365015, 0.031204617, -0.031123973, 0.13237885, -0.08588153, -0.15947914, 0.25160727, -0.0101198545, -0.09021632, 0.0047894586, -0.008986191, -0.11622616), target2);\n\ttarget2 = MulAdd(b2 , MF4x4(-0.07868324, -0.03463213, 0.011006695, 0.0033356217, 0.032993857, -0.10459223, -0.11331984, -0.17686851, -0.13263261, -0.22213052, 0.10728409, -0.1332059, -0.0019830016, -0.062202223, -0.12468388, -0.102955), target2);\n\ttarget2 = MulAdd(c2 , MF4x4(0.06774758, -0.019607622, -0.054707706, -0.032572657, -0.056999106, 0.0063034142, -0.0040720105, 0.04574635, 0.21903323, 0.13402393, -0.07107346, -0.08973124, 0.020255536, -0.021238161, -0.104306765, -0.009237116), target2);\n\ttarget2 = MulAdd(d2 , MF4x4(0.10643413, -0.116414584, -0.097003944, -0.07626372, -0.28920346, 0.023803055, 0.07691808, 0.015008518, -0.1373578, 0.01935071, -0.07574301, 0.052712873, 0.09657614, -0.02497193, -0.0043158466, -0.09333523), target2);\n\ttarget2 = MulAdd(e2 , MF4x4(-0.25414145, -0.26243624, 0.12937985, -0.17944777, 0.3664257, -0.06487048, -0.10509681, -0.10630014, 0.075283855, 0.4662916, -0.0014712083, -0.29535007, -0.13022043, 0.25766194, 0.14769283, 0.10512634), target2);\n\ttarget2 = MulAdd(f2 , MF4x4(0.0689302, 0.022661772, -0.043984957, 0.13596754, -0.06885858, 0.059424106, 0.017230453, 0.08873089, 0.32940426, -0.12071059, -0.08323642, 0.23238598, -0.06291085, 0.09859973, -0.00700876, 0.12986307), target2);\n\ttarget2 = MulAdd(g2 , MF4x4(-0.060717613, 0.030503884, -0.06323549, 0.0059739, 0.08190414, 0.047006775, -0.0023143853, -0.027005509, -0.17168896, 0.20450558, 0.047933526, -0.03124133, 0.14688456, 0.044616744, -0.07474459, 0.13730273), target2);\n\ttarget2 = MulAdd(h2 , MF4x4(0.16486372, 0.13952915, 0.1093748, -0.031850196, -0.14090009, -0.120079, 0.023628023, -0.077027865, 0.09811187, -0.033171307, -0.03331771, -0.038893215, 0.011286584, -0.15111947, -0.017341943, 0.0015878569), target2);\n\ttarget2 = MulAdd(i2 , MF4x4(-0.09481133, 0.107053526, 0.047643233, 0.16805217, -0.0678524, -0.07519125, -0.02258995, -0.13705339, 0.16563395, -0.16972524, 0.04326224, 0.024816778, 0.010601283, -0.041156873, 0.062542215, 0.047571044), target2);\n\ttarget2 = MulAdd(na1 , MF4x4(0.12500185, -0.006936863, 0.024489427, 0.1740798, -0.036525737, -0.12511401, 0.07990025, 0.02839474, -0.12753619, -0.06010621, 0.08279232, -0.081194244, -0.09039855, -0.18112564, -0.26476932, -0.031485114), target2);\n\ttarget2 = MulAdd(nb1 , MF4x4(-0.100102335, 0.22857793, 0.14938287, -0.014803003, -0.17217094, -0.62685734, 0.095959224, 0.17851897, 0.06559054, 0.10896349, 0.0067452556, -0.07877991, 0.15820199, -0.19860643, -0.23554341, 0.108216554), target2);\n\ttarget2 = MulAdd(nc1 , MF4x4(-0.06440183, -0.086768515, 0.06501931, -0.013325654, 0.048092242, -0.2516782, -0.07378936, -0.5093634, -0.21180914, 0.028729467, 0.097722694, -0.10443471, 0.087278105, -0.13554108, -0.07925715, 0.025918096), target2);\n\ttarget2 = MulAdd(nd1 , MF4x4(0.101379745, -0.098901495, 0.088425554, 0.10312074, -0.06832467, -0.14247051, -0.06577163, 0.038505282, -0.058837283, -0.041290045, 0.024700344, -0.03952513, 0.050091445, 0.20111398, -0.12729187, 0.17162229), target2);\n\ttarget2 = MulAdd(ne1 , MF4x4(-0.14357474, -0.52516335, -0.28848764, -0.25948864, -0.6469683, -0.25461218, -0.12740892, -0.23631012, -0.14096075, -0.28670883, 0.12026559, -0.17575467, 0.40593022, 0.09236864, 0.11895183, -0.21580887), target2);\n\ttarget2 = MulAdd(nf1 , MF4x4(-0.027686533, -0.014736693, 0.11776454, 0.104835264, -0.1122669, -0.10067572, 0.054669123, -0.3256272, -0.1618158, 0.24705333, 0.07530265, -0.16693603, 0.11981224, -0.01764311, 0.035309367, 0.18991415), target2);\n\ttarget2 = MulAdd(ng1 , MF4x4(0.075753845, 0.030512655, -0.033218108, -0.0020751022, -0.059813447, 0.13577273, -0.17669228, -0.015658198, -0.03524086, -0.027248759, 0.011696296, -0.13176118, 0.13976848, -0.11381985, -0.069327734, -0.04551793), target2);\n\ttarget2 = MulAdd(nh1 , MF4x4(0.025345126, -0.017192554, -0.10062235, 0.19348828, -0.1404843, 0.19161314, -0.266943, -0.30460906, -0.25685784, 0.023311002, -0.21997964, -0.04452797, 0.039271735, -0.0077815196, 0.05758964, 0.08804478), target2);\n\ttarget2 = MulAdd(ni1 , MF4x4(0.04886391, -0.017406208, -0.038027596, 0.012643386, 0.14007851, 0.0012767792, -0.115759425, 0.097489856, 0.17599659, -0.050711423, -0.084151536, -0.15770845, -0.08287477, 0.120081306, 0.015947923, -0.06668065), target2);\n\ttarget2 = MulAdd(na2 , MF4x4(-0.10980535, 0.12270783, 0.063907675, -0.07847296, 0.10355225, -0.31747913, -0.10403689, 0.005290646, 0.07667107, -0.10277437, -0.08069292, -0.02559804, -0.047999926, 0.29834297, -0.036717292, -0.05650061), target2);\n\ttarget2 = MulAdd(nb2 , MF4x4(-0.103821196, -0.009593053, 0.066295676, -0.38370672, -0.037927628, -0.2711836, 0.1377398, -0.08418159, -0.0737972, -0.039782777, 0.13933297, 0.04516865, -0.06268818, 0.337236, -0.121655226, -0.008400626), target2);\n\ttarget2 = MulAdd(nc2 , MF4x4(-0.15113829, 0.0017028727, -0.02523152, 0.020020628, 0.14301538, -0.20421621, -0.07266804, 0.04835691, -0.03385325, 0.06579219, -0.026479365, -0.037032843, 0.038153037, 0.014210751, -0.03542229, 0.0710242), target2);\n\ttarget2 = MulAdd(nd2 , MF4x4(0.0054667736, 0.01744876, 0.3065127, 0.049586684, 0.18856415, 0.2730343, -0.2333077, 0.0068653813, 0.3263104, 0.1581569, -0.067741506, -0.10893117, -0.23163976, 0.0029724934, 0.21427019, -0.05729933), target2);\n\ttarget2 = MulAdd(ne2 , MF4x4(0.2783585, 0.17852917, -0.1389073, 0.1369532, -0.10491301, 0.3753245, -0.2739856, 0.18703647, -0.64889586, 0.06298504, -0.29364008, 0.17944366, 0.09733316, -0.21755181, 0.090409346, -0.022404745), target2);\n\ttarget2 = MulAdd(nf2 , MF4x4(-0.08643692, 0.043516237, 0.07125337, -0.23520306, 0.042653214, 0.058355685, -0.13027787, -0.0015239809, 0.06168663, 0.04952333, 0.03217504, -0.094814256, 0.25104445, 0.06959146, -0.14522897, -0.034003105), target2);\n\ttarget2 = MulAdd(ng2 , MF4x4(0.10193368, 0.109207876, 0.06922978, -0.035177775, 0.08234648, -0.24269609, 0.05216447, 0.07194904, 0.08424774, -0.023948545, 0.1292036, -0.16073976, -0.11004149, -0.14011864, 0.05699544, 0.08603814), target2);\n\ttarget2 = MulAdd(nh2 , MF4x4(-0.159505, 0.011439578, 0.031358175, -0.074699186, 0.16425711, -0.29734048, 0.06415531, 0.09782104, -0.047154855, -0.053923853, 0.13791925, 0.01920221, 0.2510621, 0.011180524, -0.02389365, 0.22188987), target2);\n\ttarget2 = MulAdd(ni2 , MF4x4(-0.052833233, -0.0011790307, 0.01832988, -0.087143995, 0.16383314, -0.018386772, 0.018473852, 0.022136362, 0.00095872144, 0.059976995, 0.00461632, 0.006194564, -0.05576084, 0.19239509, 0.07017777, -0.0542914), target2);\n\t\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x16, Depth-to-Space\n//!IN INPUT, tex1, tex2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 f2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = MF4(-0.0010649486, -0.00016483334, -0.0012494534, -0.00068970193);\n\ttarget1 = MulAdd(a1, MF4x4(0.02066797, -0.013601862, -0.007048889, -0.010436224, -0.013475746, 0.017484829, 0.003569871, 0.010704422, -0.013622159, 0.0051929723, -0.01672668, -0.011980923, 0.03233822, -0.008870257, 0.024951939, 0.011703474), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.09294306, 0.0014346406, 0.08119577, -0.008968148, -0.003100696, 0.026659792, -0.012744048, 0.02888033, -0.032950055, 0.016204342, -0.017369213, 0.022491494, 0.049124617, -0.027378289, 0.02111168, -0.037705775), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.008216952, -0.021160914, 0.040945128, -0.010472813, -0.005768232, 0.0016923469, -0.0061864546, 0.0007168136, -0.014967856, -0.0013775446, -0.03696006, -0.0011331941, 0.006405253, 0.0030893548, 0.052975312, -0.0077081146), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.1026977, 0.06607977, -0.025372373, -0.03354179, -0.034359697, -0.046674587, -0.012842571, 0.0041260347, 0.0189941, -0.029389031, 0.028211223, 0.010089593, -0.0057367194, 0.053311557, -0.037211698, 0.0035831304), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.21819879, 0.24159485, 0.25479653, 0.22689046, -0.14693534, -0.101709016, -0.12968269, -0.11193918, -0.17564386, -0.09321151, -0.1088182, -0.098540194, 0.016255755, 0.11983511, 0.07260058, 0.11377339), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.0065045636, -0.014916138, 0.08657154, 0.08976987, -0.013105138, -0.014341284, -0.07822386, -0.05141758, -0.008127414, -0.023220202, -0.07729052, -0.05847569, -0.014462153, -0.008247349, -0.029479884, 0.053986717), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.05111642, 0.013267287, -0.010962933, -0.0062592067, 0.031603336, 0.017792836, 0.040512457, 0.021096494, 0.025952626, 0.03858803, 0.009819873, 0.014087486, -0.016874991, -0.021088999, 0.0048008533, -0.014261808), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.054689944, 0.019172559, -0.10202758, 0.01563535, 0.024953881, -0.042438734, 0.03068713, -0.019600231, 0.0026854384, -0.08990359, 0.038635172, -0.0014791996, -0.045267813, -0.06297795, -0.050205074, -0.036708377), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.009820029, -0.007953665, -0.0030171487, 0.025994476, 0.0055633057, 0.0023106632, -0.0011157666, -0.032652337, 0.02231576, 0.0150678335, -0.00035031908, -0.049004823, -0.0048957765, -0.007189859, -0.022652647, -0.039600767), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.025157524, 0.005564745, 0.0077270563, -0.007929144, 0.07835409, -0.03961485, 0.0042581395, -0.012796515, 0.018968092, 0.0065416014, -0.018439304, -0.031132344, -0.008802365, -0.019820224, -0.053818177, 0.019140625), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.024769353, -0.016378574, 0.11481205, -0.026075391, -0.028652724, -0.008835214, 0.06427986, -0.04859151, -0.014552956, -0.028410029, 0.111585446, 0.009804185, -0.042241797, 0.0019805022, 0.03361954, -0.017370641), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.034053475, 0.038674638, -0.04696516, -0.0045251776, -0.0039383816, -0.0021523088, -0.021408198, -0.0003014931, -0.023644248, 0.020932276, -0.108067356, 0.030942762, -0.026552102, -0.0056460355, 0.008178258, -0.0009253607), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.078304745, 0.011302627, -0.036976036, -0.013908656, -0.10690595, 0.016818136, 0.015758326, -0.016121918, -0.037873853, 0.00037048876, -0.009456388, -0.016097274, 0.057774395, 0.15647416, 0.00012419945, -0.085859895), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.2873381, -0.16951321, 0.14959157, 0.36375824, -0.16162755, 0.30172205, -0.28958184, 0.2487593, -0.10533105, 0.42946494, -0.20263031, 0.23740861, 0.023840647, -0.06442918, -0.29647085, -0.12943329), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.0029997546, 0.023317888, -0.023340696, -0.09114311, -0.05119816, -0.08453361, -0.041490365, 0.006037165, 0.016185664, -0.08495001, 0.08690409, 0.10635855, -0.0121372985, -0.0061607, -0.03049874, 0.03893408), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.010922993, 0.03413124, -0.011615248, -0.016528865, 0.015621528, 0.08856427, 0.01220382, 0.0052098404, 0.04833281, 0.037831176, 0.026502393, 0.0107578635, 0.029293455, -0.0051649977, 0.007572071, 0.010101437), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.0016892543, -0.086751014, -0.0041350387, -0.06005637, 0.041606825, -0.19200447, 0.028292444, -0.017876074, 0.0101423515, -0.08625792, 0.09077659, 0.024676733, -0.046471898, -0.021680003, 0.007921834, -0.079603985), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.017057033, -0.008013634, -0.018102577, -0.01345755, 0.0620006, -0.025968201, 0.07138734, -0.09975251, -0.005465781, -0.011184834, -0.0651285, -0.079556055, -0.00055764546, -0.007492052, -0.029603545, -0.07078825), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.10589389, 0.021210285, -0.028930133, 0.016055413, -0.18338472, -0.051082015, 0.1020663, 0.014365114, 0.11688869, -0.039388333, 0.009866559, -0.03795289, 0.013310502, 0.023231732, 0.007659133, -0.0027602138), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.0025395593, 0.0073232944, -0.04352944, 0.019918712, 0.020041449, -0.073162615, 0.096950345, 0.021914015, -0.17350666, 0.12829295, 0.07900105, 0.03115375, -0.012729986, 0.025017815, -0.19016227, 0.03532046), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.004561337, 0.018127436, -0.03147566, 0.014196702, 0.016791651, -0.0021540376, -0.021546744, -0.006671925, -0.008601794, 0.0384946, -0.16477007, 0.122372, -0.03592093, -0.016040638, 0.025269061, 0.023783052), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.17777547, -0.29313773, 0.15184408, -0.026345825, 0.046505112, -0.2121665, 0.08373203, 0.1717021, -0.028687157, -0.07293457, -0.062076677, 0.056581914, -0.19576493, -0.1566389, 0.11269683, 0.12300568), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.2722888, -0.23436427, -0.1575821, -0.48185775, 0.38314724, 0.34028763, -0.22216766, 0.007053101, 0.43936196, -0.106232345, 0.3447898, -0.23145236, 0.17801034, 0.107395455, -0.10301275, -0.37671486), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.027849002, 0.005493108, -0.07151169, -0.037706394, -0.030193258, 0.010484296, 0.12785462, 0.013065869, -0.02244137, 0.07738321, 0.1428445, 0.113706514, -0.016278854, -0.042375315, -0.014864632, 0.009536567), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.016663784, 0.05133444, -0.036621124, -0.008492059, 0.006291255, 0.11044035, -0.06309081, -0.069970004, -0.080658376, 0.09237095, -0.034645274, 0.008006193, 0.0027648888, -0.055031255, 0.03726407, 0.04109432), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.020757113, -0.037167564, 0.10940448, 0.10017512, -0.0557746, 0.068767264, 0.004170172, -0.13714421, -0.03749213, 0.06711421, -0.106826246, 0.11498757, 0.04753172, 0.10241908, 0.029435748, 0.07990668), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(0.006560853, 0.023810847, -0.024475241, -0.058117945, -0.035195846, -0.04271988, 0.049571864, 0.15042038, -0.007620832, -0.025544636, 0.008050735, 0.01056782, 0.003100258, 0.004679245, 0.006587324, 0.018110644), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.02249566, 0.007422409, 0.012279647, 0.010022545, 0.009818794, -0.0038862806, 0.0011564652, -0.0012341562, 0.025019286, -0.0007220492, 0.0124062635, -0.0023235283, 0.007858289, 0.005228454, -0.012827192, -0.007885503), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.006161589, -0.00088863634, -0.023869669, 0.0018966346, -0.029431801, -0.02086368, -0.0028806294, -0.018974712, -0.061033156, 0.0062700063, -0.013323617, -0.002422788, 0.006092313, 0.023675537, 0.024895974, 0.028143935), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.01571405, -0.011126691, -0.023274293, -0.011942278, 0.008145339, 0.002989056, -0.009912996, 0.003355017, 0.027048714, -0.0027421801, -0.017191814, 0.011846277, -0.0014130942, -0.007118815, -0.006929838, 0.0016808703), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.008867632, -0.054621387, 0.00521757, -0.001299046, -0.011991457, 0.01253288, 0.007283377, 0.008240456, -0.0328741, 0.030364394, 0.020916186, 0.046377357, -0.0025963385, 0.01801948, 0.017200526, 0.00594781), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.049747035, -0.019024936, -0.037307423, -0.08635432, 0.06362242, -0.031690367, 0.0065028532, -0.008046128, -0.05511954, -0.10017574, -0.105036125, -0.07040073, 0.17360815, 0.01423494, 0.08344793, 0.034444667), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.017059349, 0.018542623, 0.08186985, 0.032335408, 0.025869634, 0.05591529, 0.06690499, 0.03575357, -0.012014303, 0.0105476575, 5.6129655e-05, -0.048691276, 0.018272987, 0.006864036, 0.07919666, 0.011271695), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.0083691375, 0.019432282, -0.0020216214, 0.010078488, -0.010552234, -0.018613037, -0.01894401, -0.019692581, -0.018510802, -0.05016945, -0.019306058, -0.026060628, -0.022509305, -0.026064832, -0.022758938, -0.0126465075), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.014892795, 0.05182727, 0.029640755, 0.042491425, 0.002331018, 0.049497634, 0.023474293, 0.03618418, 0.042020023, 0.022141129, -0.01769678, -0.05579617, 0.01911445, 0.12306055, -0.01590528, 0.034323514), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.006270243, 0.007303163, 0.00036148846, 0.03448912, -0.012123668, -0.009662251, -0.024768578, 0.011880113, 0.022290664, 0.020946119, 0.080712624, 0.07576267, -0.019421795, -0.0020419061, 0.018644858, 0.06175357), target1);\n\t\n\tMF4 target2 = MF4(-0.0009943815, -0.0009860148, -0.0010532598, -0.0012024855);\n\ttarget2 = MulAdd(a1, MF4x4(0.0035857174, 0.0015660138, 0.020620639, 0.005492695, 0.001423522, -0.0054458505, 0.012705879, -0.0034037326, 0.0149765, 0.013593896, -0.010144564, -0.0033618324, -0.025044372, -0.015873099, 0.004778018, 0.0032093422), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.048154887, 0.0020999224, -0.025491469, 0.006954485, 0.033840816, -0.004235974, -0.0017972046, -0.016532846, 0.021911, -0.019167153, 0.028508998, -0.009081471, -0.007042987, 0.01162185, -0.04339448, 0.0007982697), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.00692694, 0.0055899867, -0.023532946, -0.005534464, 0.0065109115, -0.0013627014, 0.030455293, -0.0042733895, 0.003067062, -0.0019513131, 0.006832627, -0.009393006, -0.000787669, 0.0077676126, 0.017214414, 0.0005746928), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.04131343, 0.0061334246, 0.04663622, 0.034750223, 0.08184925, 0.054405987, 0.024695259, 0.049768113, 0.018208977, -0.008268458, -0.0025095541, -0.008479898, -0.024029268, -0.010577515, -0.005219355, 0.018835438), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.06885562, -0.093354285, -0.048095718, -0.09125787, 0.010425496, 0.05662435, 0.063850805, 0.052370857, 0.005560605, 0.10203871, 0.011031155, 0.0477262, -0.18752532, -0.11192383, -0.101294495, -0.109485805), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.036398027, 0.014735432, 0.016239874, -0.01584611, -0.01778564, -0.004402638, -0.023574408, 0.02128348, -0.0046439893, -0.009485744, 0.0150541775, 0.042738233, 0.002258786, -0.0077040903, -0.10126805, -0.032423664), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.017738108, -0.005236546, 0.017476387, 0.024146654, -0.008857861, 0.030536365, 0.00078645826, -0.0040980624, 0.011337365, 0.02425144, 0.00035175736, -0.006825428, 0.0052930177, -0.0023696972, 0.005261922, -0.005584412), target2);\n\ttarget2 = MulAdd(h1, MF4x4(9.1015834e-05, -0.025756188, -0.03374904, -0.04208741, -0.0063595036, -0.013884236, -0.01298973, 0.017781528, 0.00026187245, -0.03274113, 0.02486941, 0.028255679, 0.035963513, -0.0581295, 0.035199746, -0.0104088895), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.01260853, 0.0062392578, -0.003071281, 0.01035934, 0.0057190065, -0.0017513676, -0.0026357982, -0.017834812, 0.00678827, 0.008202837, -0.009278475, -0.020972013, 0.010203599, 0.001279875, 0.011321498, -0.041021187), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.016318664, 0.010274144, 0.0058704168, -0.0003722195, 0.08622261, -0.056748323, 0.012796814, -0.015498583, -0.014841128, -0.013023518, -0.017376468, -0.011344732, -0.0011321327, -0.004839438, -0.065831445, 0.0170905), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.029771782, -0.029376734, 0.12636128, -0.041424155, -0.037272833, -0.028138392, 0.05147389, -0.071253724, -0.058589596, -0.0038131222, 0.07219576, -0.018886834, -0.03175935, 0.022464748, 0.04460918, 0.007712493), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.031791184, 0.03750064, -0.04815924, -0.0037787687, 0.027883058, 0.0017699281, 0.00868531, -0.00061983714, 0.014328159, 0.011008469, -0.1027948, 0.061321545, -0.0232413, -0.0036074712, 0.013003957, 0.005047646), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.061875354, 0.013966958, -0.057976823, -0.027396917, -0.07729206, 0.037510768, 0.05148819, 0.013505393, -0.009836167, 0.017979803, 0.014434765, 0.011236566, 0.038901612, 0.14647634, 0.023550952, -0.05943926), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.2863236, -0.16270663, 0.13858683, 0.38562158, -0.18246396, 0.30728486, -0.30314833, 0.23621106, -0.09020211, 0.39363787, -0.14761628, 0.27088004, 0.023005886, -0.10956146, -0.33344752, -0.20269877), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.032677263, 0.04735152, 0.013321085, -0.07145408, -0.0017462671, -0.02075628, -0.005706266, 0.07966981, 0.003467664, -0.07971056, 0.053607278, 0.04101255, -0.035280924, -0.01813141, -0.044000223, 0.025542235), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.008210569, 0.019704876, -0.015133452, -0.03008762, 0.0049174884, 0.08061308, 0.0038117717, -0.002029503, 0.042190753, 0.032804105, 0.014783755, -0.002336826, 0.054137956, 0.005509952, 0.008481185, 0.009885271), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.013837548, -0.07767153, 0.022879202, -0.056488827, 0.065868095, -0.18863344, 0.03467011, -0.010413688, 0.021961903, -0.081908144, 0.088906504, 0.03597804, -0.00019099779, 0.031379074, 0.058308717, -0.026305178), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.0014572622, -0.011619552, -0.026434032, -0.0043500545, 0.047792483, -0.024726411, 0.06545127, -0.11275325, 0.013236977, -0.00022499474, -0.029280944, -0.06866851, 0.006890194, -0.011312297, 0.0012165548, -0.04664351), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.047752246, 0.0029728701, -0.05373465, -0.005998469, -0.22396794, -0.029485608, 0.09026242, 0.02158353, 0.109403, -0.05481592, 0.010041409, -0.04743197, 0.055757776, 0.02585569, 0.02746905, -0.0030442658), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.099528484, -0.015010706, 0.100571565, -0.0034939381, 0.012570407, -0.043869816, 0.086886376, 0.05987024, -0.22607432, 0.16655043, 0.061426442, 0.05697152, 0.064990446, -0.005531908, -0.14511855, 0.0076572066), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.012711154, -0.003635479, -0.0075224554, -0.0052927425, 0.0028822776, 0.0072370963, -0.056621686, 0.0026998962, -0.03712505, 0.042426053, -0.22980946, 0.14261132, -0.03626141, -0.039392795, 0.085727766, 0.012577211), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.2062136, -0.19833934, 0.07369608, -0.09740325, -0.034611486, -0.32579082, 0.07641666, 0.15784128, -0.039162353, -0.07734512, -0.033959284, 0.084764875, -0.1607926, -0.11135721, 0.10387057, 0.1112244), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.042789772, 0.07384808, 0.13794817, -0.10090421, 0.22263366, 0.2233975, -0.42347354, -0.17161362, 0.277786, -0.30926275, 0.22161394, -0.37332773, 0.3831451, 0.37317204, 0.079320274, -0.17581266), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.008462805, -0.017743077, 0.006631768, 0.02413771, -0.03139262, -0.016224122, 0.08141759, -0.057388183, -0.031753678, 0.048525933, 0.058724694, -0.0065176883, -0.022200955, -0.042803597, 0.038398843, 0.10740149), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.02273882, 0.02042988, -0.04352726, -0.04365105, 0.031618606, 0.12397989, -0.0446275, -0.047745094, -0.07272708, 0.087981805, -0.022883464, 0.021518158, -0.033805974, -0.061570108, 0.029978301, 0.047310177), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.024014544, 0.03312975, 0.013067503, 0.11282178, -0.024482794, 0.008091268, 0.06432778, -0.15766713, -0.048687667, 0.0051038596, -0.10650007, 0.074438654, -0.031920508, 0.07880885, -0.063074075, 0.053531222), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.007602651, 0.003247358, -0.010531292, -0.014522784, -0.045127477, -0.04641428, 0.034592852, 0.11708857, 0.016080456, -0.010862374, 0.012204836, -0.019624028, -0.005596978, 0.002570303, -0.01718452, 0.007036096), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.03400744, 0.0074553913, 0.0043038665, 7.957602e-05, 0.014352309, -0.003674803, -0.014835324, -0.0055977562, 0.033462152, 0.0068732416, 0.0065420493, -0.0026703794, 0.011938421, 0.001983706, -0.0049862997, 0.00021165576), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.0033091118, 0.018994803, -0.026634768, 0.020428555, -0.020792423, 0.009742637, 0.032050136, 0.0071278135, -0.052302815, 0.013190179, -0.004127084, 0.009925822, -0.009661492, -0.0073792427, 0.019004244, 0.00037218904), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.009932352, -0.00995933, -0.02146786, -0.0038179306, -0.016922737, -0.000982855, -0.03880165, 0.0100428425, 0.018592497, -0.011936452, -0.00839573, 0.012914954, -0.0023291495, 0.0014392055, -0.013602821, -0.00075313775), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.005934442, -0.067556374, 0.022733796, -0.00048716593, -0.03944287, -0.0031405275, -0.021329157, -0.023225859, -0.048807576, 0.013591428, -0.0012470218, 0.012172492, -0.01362018, 0.01908229, -0.009989492, -0.013456593), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.0331533, -0.038016763, -0.024796762, -0.097570956, 0.040756926, -0.038999844, 0.004969716, 0.02203622, -0.07773537, -0.095957406, -0.13685504, -0.08225932, 0.21070166, 0.06672545, 0.12035284, 0.0874353), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.011405352, 0.008514039, 0.04049351, 0.003270972, -0.01190376, -0.00082049094, 0.011982737, -0.03732464, -0.008393462, 0.019479843, -0.0030869786, -0.028394854, 0.008670484, 0.0026366632, 0.07985739, 0.020958235), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.009845008, 0.039659, -0.0024999548, 0.025727686, -0.008037673, -0.020821366, -0.016814344, -0.023053886, -0.0108242845, -0.03981645, -0.0041943905, -0.0074299327, -0.040454514, -0.05054933, -0.0098485295, -0.015317222), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.0010468375, 0.035403077, 0.008057769, 0.041717537, 0.01396972, 0.04731576, 0.025122687, 0.038469587, 0.0198318, -0.012237324, -0.030784154, -0.08214199, -0.0328875, 0.080247246, -0.06950492, -0.015201896), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.011373379, 0.00011919624, 0.0068450207, 0.0220856, 0.0008673803, -0.011897817, -0.0020893042, 0.0056429924, 0.021536274, 0.017342292, 0.06635433, 0.056875907, -0.03351322, -0.008332283, -0.015365816, 0.037228417), target2);\n\t\n\tMF4 target3 = MF4(-0.00052569207, -0.0009582512, -0.00071018364, -0.0011515211);\n\ttarget3 = MulAdd(a1, MF4x4(-0.009554673, -0.0051532127, 0.016102737, 0.0012649148, 0.0077584987, -0.0057105157, 0.014400071, -0.003925339, 0.017135408, 0.013764417, -0.009086141, -0.0025339578, -0.03264511, -0.016280945, 0.00085838477, 0.0019880894), target3);\n\ttarget3 = MulAdd(b1, MF4x4(-0.076804005, -0.0037365195, -0.050517682, 0.0020104242, 0.043787587, -0.0023654283, 0.008199321, -0.016990408, 0.042490408, -0.010710564, 0.040960148, -0.0044487948, -0.019470902, 0.010283459, -0.05382899, 0.0012054538), target3);\n\ttarget3 = MulAdd(c1, MF4x4(0.005319574, 0.008546302, -0.037447132, -0.006825204, 0.012196145, 0.0007432002, 0.03959715, -0.00010419698, 0.010211025, -0.00066449976, 0.023840206, -0.0033524157, -0.003079352, 0.010155542, 0.008363695, 0.00091413554), target3);\n\ttarget3 = MulAdd(d1, MF4x4(0.020189503, -0.01584555, 0.048491407, 0.03190471, 0.09146135, 0.066083826, 0.026668968, 0.0508916, 0.025873413, 9.346497e-05, -0.0008600848, -0.0056697717, -0.02856373, -0.023208767, -0.0029442043, 0.015996031), target3);\n\ttarget3 = MulAdd(e1, MF4x4(-0.1150775, -0.14330095, -0.09502353, -0.13884564, 0.03178533, 0.07732762, 0.08540057, 0.07563651, 0.024709824, 0.122676425, 0.025598785, 0.062055748, -0.19433355, -0.13121647, -0.1121546, -0.12868516), target3);\n\ttarget3 = MulAdd(f1, MF4x4(0.029061472, 0.0073350146, -0.009606754, -0.043715715, -0.018559197, -0.0032290102, -0.01473082, 0.030312086, 0.0055792383, 0.0023610878, 0.03392709, 0.0651179, -0.004296543, -0.016898727, -0.1092547, -0.05084782), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.016137538, -0.012792734, 0.017391363, 0.026128957, -0.010817838, 0.032218445, -0.0013944196, -0.004525187, 0.009840227, 0.027271513, -0.0024920607, -0.007501888, 0.009476934, 0.00032995836, 0.0041257427, -0.005625152), target3);\n\ttarget3 = MulAdd(h1, MF4x4(0.0126353195, -0.03399586, -0.016907396, -0.04899062, -0.007695538, -0.00612431, -0.017332746, 0.021991903, -0.00045945324, -0.02436651, 0.022777557, 0.032261726, 0.050632916, -0.04296159, 0.049930036, 0.0025758578), target3);\n\ttarget3 = MulAdd(i1, MF4x4(-0.017934766, 0.0015081838, -0.007909493, -0.00010294505, 0.014974485, 0.0058351695, 0.0057603214, -0.0069939885, 0.00735945, 0.011284126, -0.008253157, -0.013189189, 0.011712553, 0.004176325, 0.019821197, -0.031529877), target3);\n\ttarget3 = MulAdd(a2, MF4x4(-0.01832641, 0.011409, 0.0062228036, 0.0012198171, 0.087020114, -0.048004452, 0.019594414, -0.008977235, -0.021853259, -0.025875412, -0.015291018, -0.017832348, -0.0019894738, -0.003139117, -0.05734562, 0.019568626), target3);\n\ttarget3 = MulAdd(b2, MF4x4(0.019767432, -0.032121878, 0.10731837, -0.04160946, -0.038930662, -0.023509357, 0.04353874, -0.06393884, -0.07079979, -0.011297704, 0.055680044, -0.031674873, -0.02432217, 0.022975061, 0.044791207, 0.008831304), target3);\n\ttarget3 = MulAdd(c2, MF4x4(0.026333796, 0.027133184, -0.05641698, -0.015003387, 0.036531202, 0.001104644, 0.017913498, 0.00035784056, 0.010045828, 0.009374881, -0.112320945, 0.055523388, -0.017043058, -0.0012098805, 0.01718199, 0.0069912164), target3);\n\ttarget3 = MulAdd(d2, MF4x4(0.05305516, 0.0041708737, -0.05804445, -0.028278397, -0.07342492, 0.038176447, 0.045486677, 0.014904428, -0.0017618206, 0.02097501, 0.019868117, 0.019373845, 0.052739795, 0.14912929, 0.037314087, -0.041035987), target3);\n\ttarget3 = MulAdd(e2, MF4x4(-0.2646953, -0.15668106, 0.12151133, 0.34568876, -0.16625103, 0.28626326, -0.2804781, 0.22248842, -0.09251715, 0.35097396, -0.13397448, 0.244039, 0.02513416, -0.09538499, -0.29833388, -0.17769372), target3);\n\ttarget3 = MulAdd(f2, MF4x4(0.04070677, 0.052483205, 0.024028141, -0.06267387, 0.010479897, -0.006137579, 0.005726815, 0.084615536, 0.0029081039, -0.08204673, 0.040788963, 0.018049795, -0.031891953, -0.019043325, -0.041718785, 0.021308724), target3);\n\ttarget3 = MulAdd(g2, MF4x4(-0.001575907, 0.022952983, -0.012997063, -0.02844319, 0.0009266049, 0.06976445, -0.0020330409, -0.008372886, 0.028383447, 0.028487694, 0.0039281887, -0.0070809238, 0.041292112, 0.0025322342, -0.002103223, 0.0054210713), target3);\n\ttarget3 = MulAdd(h2, MF4x4(0.024716897, -0.05894056, 0.033999596, -0.044356048, 0.063092224, -0.18046258, 0.033589583, -0.014151911, 0.015899418, -0.07901728, 0.073378325, 0.03326658, 0.0032687644, 0.035330176, 0.05457883, -0.017820554), target3);\n\ttarget3 = MulAdd(i2, MF4x4(0.001996882, -0.004963775, -0.020151457, 0.0057843816, 0.040995013, -0.019961083, 0.05682041, -0.10547617, 0.02503235, 0.0036294905, -0.013947642, -0.060715917, 0.01876786, 0.0032777768, 0.01927007, -0.025088508), target3);\n\ttarget3 = MulAdd(na1, MF4x4(-0.029518202, 0.0065702717, -0.04704605, -0.0048227045, -0.22110744, -0.029372428, 0.08053116, 0.018663822, 0.105733156, -0.04344413, 0.012286602, -0.038484503, 0.060564645, 0.02851022, 0.032352086, -0.001444222), target3);\n\ttarget3 = MulAdd(nb1, MF4x4(0.11888213, -0.007396298, 0.12236374, 0.0014036719, 0.006478195, -0.039041974, 0.07476124, 0.05907462, -0.2318871, 0.15429306, 0.048975263, 0.058071293, 0.07446568, -0.0038836622, -0.12506978, 0.006849885), target3);\n\ttarget3 = MulAdd(nc1, MF4x4(-0.007815376, -0.0046987617, 0.0045718704, -0.00088239316, -0.006927552, -0.0014817615, -0.060644537, -0.001377785, -0.052053373, 0.030922025, -0.24218674, 0.121679045, -0.025974795, -0.033550926, 0.09225413, 0.015534639), target3);\n\ttarget3 = MulAdd(nd1, MF4x4(0.21073256, -0.14790624, 0.06557328, -0.07896083, -0.048564, -0.32713607, 0.070434004, 0.1443138, -0.046067085, -0.08069691, -0.030934528, 0.0787659, -0.1532774, -0.10070167, 0.088510044, 0.10279543), target3);\n\ttarget3 = MulAdd(ne1, MF4x4(0.08564646, 0.11520261, 0.17513204, -0.039576255, 0.17702763, 0.18044637, -0.434279, -0.1977341, 0.22995597, -0.3259109, 0.17992231, -0.37692067, 0.376483, 0.3755724, 0.09422753, -0.13918276), target3);\n\ttarget3 = MulAdd(nf1, MF4x4(-0.0013641209, -0.0061978037, 0.030735753, 0.04674489, -0.01888518, -0.0114997085, 0.072051995, -0.059909277, -0.029514287, 0.037226655, 0.03950886, -0.030156244, -0.017026234, -0.029231733, 0.049310546, 0.12158501), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(-0.01796674, 0.021739075, -0.035811454, -0.04138176, 0.032448296, 0.11651916, -0.03788447, -0.03756297, -0.06638623, 0.07866896, -0.020593246, 0.021115394, -0.03838543, -0.065531924, 0.024438148, 0.038348224), target3);\n\ttarget3 = MulAdd(nh1, MF4x4(-0.032326736, 0.041176587, -0.0014080614, 0.110470615, -0.030802252, -0.012258527, 0.059453994, -0.16016562, -0.03715787, -0.0005157213, -0.08924785, 0.06535089, -0.043620374, 0.06014967, -0.07529656, 0.03737166), target3);\n\ttarget3 = MulAdd(ni1, MF4x4(-0.005197623, 0.0025410433, -0.0057371682, -0.005702406, -0.047433604, -0.045016363, 0.022881668, 0.097284265, 0.0050103525, -0.017835459, 0.002082661, -0.031085419, -0.0127113415, -0.010034892, -0.029547364, -0.008159356), target3);\n\ttarget3 = MulAdd(na2, MF4x4(-0.030834803, 0.0057913456, 0.0045642396, -0.0023247486, 0.013091116, -0.0019978182, -0.016291631, -0.0063495245, 0.03679821, 0.0111187175, 0.006293907, -0.00159841, 0.008976987, 0.0016699543, -0.002045872, 0.0021225133), target3);\n\ttarget3 = MulAdd(nb2, MF4x4(-0.0015449662, 0.018941572, -0.0231217, 0.019913983, -0.02159856, 0.011715352, 0.03145841, 0.011557888, -0.04381463, 0.016269097, 0.003801907, 0.017497942, -0.01846834, -0.011969666, 0.0077923136, -0.00425442), target3);\n\ttarget3 = MulAdd(nc2, MF4x4(-0.006369402, -0.0054975, -0.016373185, 0.0015303852, -0.018976817, -0.0020408076, -0.04186448, 0.00862744, 0.013957444, -0.016489068, -0.00876064, 0.0072258003, -0.0065470496, -0.002731135, -0.01953136, -0.0069286725), target3);\n\ttarget3 = MulAdd(nd2, MF4x4(0.01150196, -0.057684112, 0.025627816, 0.0045186444, -0.043896675, -0.0073078806, -0.024036214, -0.025075085, -0.041793358, 0.014898103, -0.0012467141, 0.009073226, -0.025522837, 0.0077871215, -0.016588857, -0.016728807), target3);\n\ttarget3 = MulAdd(ne2, MF4x4(0.03427146, -0.03154995, -0.014622754, -0.083448716, 0.037077904, -0.042196143, 0.0002654827, 0.016835919, -0.05883882, -0.07723022, -0.12151369, -0.06892644, 0.18169776, 0.04656827, 0.09332061, 0.06265968), target3);\n\ttarget3 = MulAdd(nf2, MF4x4(-0.020037629, 0.0017381558, 0.028106472, -0.0037192027, -0.015639286, -0.0048114993, 0.006957652, -0.04234011, -0.0035926187, 0.02475383, 0.009671758, -0.013367782, 0.009844827, 0.004127156, 0.072107606, 0.018165117), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(0.0024197982, 0.034167156, -0.00615297, 0.022378683, -0.005956443, -0.0206202, -0.014193571, -0.0220195, -0.004417834, -0.030854845, 0.0032532495, -0.0012370368, -0.031531993, -0.049196836, -0.0011905541, -0.011573349), target3);\n\ttarget3 = MulAdd(nh2, MF4x4(-0.012435409, 0.023669207, -0.007541224, 0.030453008, 0.009036608, 0.04195238, 0.019962423, 0.033735633, 0.017467575, -0.008318013, -0.0268461, -0.07455821, -0.035670403, 0.06528855, -0.064557284, -0.022101114), target3);\n\ttarget3 = MulAdd(ni2, MF4x4(0.011575822, -0.0029453707, 0.0029919853, 0.014933897, -0.00034664775, -0.015719024, -0.002594161, 0.0012937526, 0.006969654, 0.008678383, 0.04876611, 0.049061276, -0.037455864, -0.013019295, -0.02504076, 0.024031559), target3);\n\t\n\tfloat2 outputPt = GetOutputPt();\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(MF3(target1.x, target2.x, target3.x) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.y, target2.y, target3.y) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(MF3(target1.w, target2.w, target3.w) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.z, target2.z, target3.z) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_S.hlsl",
"content": "// Anime4K_Upscale_CNN_x2_S\n// 移植自 https://github.com/bloc97/Anime4K/blob/master/glsl/Upscale/Anime4K_Upscale_CNN_x2_S.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_0\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS1(MF3 src[4][4], int i, int j) {\n\tMF4 result = { -0.01050964, -0.00939481, 0.17684458, 0.027366742 };\n\tresult = MulAdd(src[i - 1][j - 1], MF3x4(-0.0057322932, 0.12928207, -0.056848746, 0.18680117, -0.0306273, 0.25602463, 0.053723164, 0.20419341, 0.0018709862, 0.022848232, -0.04105527, 0.101690340), result);\n\tresult = MulAdd(src[i - 1][j], MF3x4(0.009471417, -0.12957802, 0.096014425, 0.21836184, 0.00021601951, -0.22997683, 0.23666254, 0.41192335, 0.021762101, 0.0047863554, 0.008233427, 0.108514786), result);\n\tresult = MulAdd(src[i - 1][j + 1], MF3x4(-0.01156376, -0.18988979, 0.04614705, -0.044767227, 0.01050636, -0.26426336, 0.23741047, 0.0027636609, -0.027718676, -0.14202335, -0.016650287, -0.06637125), result);\n\tresult = MulAdd(src[i][j - 1], MF3x4(0.057809234, -0.11033858, 0.056533534, -0.06292466, 0.13880666, -0.18710336, 0.2441031, -0.25326246, 0.0032683122, -0.026437074, 0.0023248852, 7.640766e-05), result);\n\tresult = MulAdd(src[i][j], MF3x4(-0.49110603, 0.4429004, -0.44015464, -0.41174838, -0.87738293, 0.7808468, -1.0929365, -0.59699076, -0.18409836, 0.185138, -0.11773224, -0.17097276), result);\n\tresult = MulAdd(src[i][j + 1], MF3x4(0.10580959, -0.055947904, -0.03431237, -0.080236495, 0.14862584, -0.15393938, -0.18872876, -0.3170681, 0.03559387, -0.003990826, 0.021298569, 0.012844483), result);\n\tresult = MulAdd(src[i + 1][j - 1], MF3x4(-0.040715586, -0.25781113, 0.08896714, -0.1225879, -0.15790503, -0.54010904, 0.29588607, 0.10401059, 0.003413123, -0.108357325, 0.0112870345, -0.11888622), result);\n\tresult = MulAdd(src[i + 1][j], MF3x4(0.0049315444, 0.02376202, -0.08224771, 0.121118225, -0.041512914, -0.027994309, -0.585988, -0.069672115, -0.017247835, 0.0056576864, 0.04319012, 0.055003505), result);\n\tresult = MulAdd(src[i + 1][j + 1], MF3x4(0.37521392, 0.15916082, 0.059708964, 0.19046007, 0.8120325, 0.38343868, 0.3436578, 0.5287958, 0.16570656, 0.06957687, 0.014022592, 0.074799836), result);\n\treturn result;\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (uint i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\t\n\ttex1[gxy] = A4KS1(src, 1, 1);\n\t++gxy.x;\n\ttex1[gxy] = A4KS1(src, 2, 1);\n\t++gxy.y;\n\ttex1[gxy] = A4KS1(src, 2, 2);\n\t--gxy.x;\n\ttex1[gxy] = A4KS1(src, 1, 2);\n}\n\n\n//!PASS 2\n//!DESC Conv-4x3x3x8\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS2(MF4 src[4][4], int i, int j) {\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\n\tMF4 result = { 0.012077211, 0.013045883, 0.0380778, -0.02908858 };\n\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.011029496, 0.05866063, -0.09460646, -0.017664742, -0.022488879, 0.18384217, -0.00397663, -0.064733066, 0.08466802, 0.10667488, 8.0212536e-05, 0.0908869, 0.13580276, 0.00097438256, 0.12176522, -0.08218466), result);\n\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(0.16062798, -0.10190268, 0.03280682, 0.05621916, -0.009684231, -0.08464307, 0.17058301, -0.096469186, 0.1967505, -0.1450099, 0.093607284, -0.28240147, -0.21377413, 0.10079291, -0.1741522, 0.17330575), result);\n\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.060160473, 0.06316997, 0.0046929033, -0.049405966, 0.13851729, 0.06830702, -0.0586872, -0.040827133, 0.007052838, -0.03576886, -0.111261636, 0.039155316, -0.07380389, -0.09369825, 0.04471156, 0.09678487), result);\n\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(-0.36683616, -0.035950605, -0.24414362, -0.009159744, 0.19335322, -0.099253505, 0.075083904, -0.00076695543, 0.65291303, -0.25599423, 0.19827642, 0.065899536, -0.07423247, -0.068967685, 0.0050554527, -0.060272824), result);\n\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.020688485, -0.83178276, 0.11104878, 0.26454413, 0.13655476, 0.37675047, -0.22219229, -0.01751935, 0.44552696, 0.92510307, 0.16063261, -0.62011045, 0.19366647, -0.06996067, -0.2504841, 0.00803723), result);\n\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.0051537007, -0.057168536, -0.16110587, 0.25232598, -0.04447099, 0.11997351, 0.14808103, -0.34443566, -0.26212573, -0.21970181, 0.2724405, 0.21050811, -0.07949061, -0.064808235, -0.21208277, -0.0042361654), result);\n\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.0888952, -0.20169449, 0.19144905, -0.016882861, -0.013283103, 0.07552998, -0.24686803, 0.012453213, -0.065454446, -0.016123284, -0.47316182, 0.070926026, 0.09219782, 0.13118166, 0.074736096, 0.0077910526), result);\n\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.5832154, 0.1138069, -0.039765622, 0.3182784, -0.25497997, 0.0013993139, 0.39285088, -0.48511526, -0.39891505, -0.19094779, -0.082146175, -0.20826934, 0.020590555, -0.0012490178, -0.4398621, 0.14377014), result);\n\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(0.21917395, 3.4314657e-05, 0.25734863, -0.3433305, 0.015720673, 0.2676127, -0.06807297, 0.15040149, -0.23638041, -0.0050233034, -0.13666134, 0.4542111, -0.033572577, -0.08450588, -0.23341487, 0.053490847), result);\n\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(-0.17482175, 0.057647135, 0.33135444, 0.0850751, -0.1718849, -0.0854123, 0.036795795, -0.13874969, -0.10903869, -0.19007301, -0.06064334, -0.03786032, -0.036696054, 0.07844446, 0.012523185, -0.01562906), result);\n\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(-0.04411997, -0.10331819, 0.10050193, 0.12406485, 0.07431592, 0.30109692, -0.17511666, -0.13263564, -0.10192587, 0.07821255, -0.22415096, 0.25552443, 0.17881326, -0.13914281, 0.109979235, -0.0016463579), result);\n\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.01911644, -0.15412527, 0.028903123, 0.20831817, 0.00375175, 0.08110953, 0.074919395, -0.17581624, -0.015677985, 0.06504228, 0.08817818, -0.12518327, -0.09537373, 0.028905088, -0.051288474, 0.054334078), result);\n\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(0.2852779, -0.28924024, 0.36805123, 0.21079305, -0.28336474, 0.1679663, -0.08641141, -0.10699407, -0.16090055, 0.1287612, -0.15910125, 0.05734755, 0.15883245, 0.0053026294, 0.080674745, 0.0505137), result);\n\tresult = MulAdd(max(-src[i][j], 0), MF4x4(0.17639062, 0.3790122, -0.19588692, -0.020314282, 0.26197383, 0.09014768, 0.19696823, -0.41025418, -0.08308115, -0.33279485, -0.22528782, 0.06172439, -0.1365661, -0.13094363, -0.005086559, 0.089024484), result);\n\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(0.05262993, 0.0006296959, 0.1657725, -0.32591924, 0.12126701, 0.061543245, -0.10526848, 0.041583937, 0.094976954, 0.09416157, -0.22019257, -0.058390073, -0.2073888, 0.057273377, 0.19558284, 0.004208022), result);\n\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.30005738, 0.18478931, -0.23342943, 0.22455733, -0.016488122, 0.099634305, 0.31620836, -0.15731157, 0.09595808, 0.0013774688, 0.48273298, -0.07027936, -0.18764344, -0.26194447, -0.11794225, -0.012173601), result);\n\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(0.117986746, -0.13846518, -0.019614812, -0.3011192, 0.5501164, 0.3408611, -0.40090847, 0.15706886, 0.13050972, 0.051776595, 0.20792943, 0.23389706, -0.22965533, -0.053367328, 0.3911586, -0.032988597), result);\n\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.054753624, -0.008485731, -0.2451672, 0.17528129, 0.13657846, 0.010480436, 0.07651423, -0.43316832, 0.12736236, 0.13804524, 0.12529011, -0.30946237, -0.14423579, 0.08403089, 0.24335162, 0.057288036), result);\n\treturn result;\n}\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (uint i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex1.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex1.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex1.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\ttex2[gxy] = A4KS2(src, 1, 1);\n\t++gxy.x;\n\ttex2[gxy] = A4KS2(src, 2, 1);\n\t++gxy.y;\n\ttex2[gxy] = A4KS2(src, 2, 2);\n\t--gxy.x;\n\ttex2[gxy] = A4KS2(src, 1, 2);\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x8\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS3(MF4 src[4][4], int i, int j) {\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\n\tMF4 result = { 0.018736731, -0.0026039074, 0.050130025, -0.055364225 };\n\tresult = MulAdd(max(src[i - 1][j - 1], 0), MF4x4(-0.036115196, -0.06971895, -0.07508942, 0.016036168, 0.12120111, 0.24536026, 0.044755507, -0.20663576, 0.029635755, -0.15427187, 0.027148994, -0.20795093, 0.10170582, 0.077919215, 0.66063017, -0.4632968), result);\n\tresult = MulAdd(max(src[i - 1][j], 0), MF4x4(-0.0052889925, -0.019060908, -0.08660142, -0.022095207, -0.08097976, -0.015142803, -0.18552722, -0.078493506, -0.16293915, -0.20099808, -0.08370822, 0.3701389, 0.09094984, 0.2487225, 0.24338846, 0.044003833), result);\n\tresult = MulAdd(max(src[i - 1][j + 1], 0), MF4x4(-0.061406493, -0.017232792, -0.10917424, 0.11203319, 0.040699825, -0.019294346, 0.084953666, -0.018133596, 0.07209552, 0.016069936, 0.17805555, -0.089537814, 0.15809004, 0.1027023, 0.15044671, -0.15530108), result);\n\tresult = MulAdd(max(src[i][j - 1], 0), MF4x4(0.0948676, -0.040305693, -0.005591629, -0.048048403, -0.07547777, 0.056606572, 0.021390207, 0.32600567, -0.20805131, -0.099587254, 0.029613169, 0.0092129605, -0.29429698, -0.09898621, 0.44470885, -0.89487344), result);\n\tresult = MulAdd(max(src[i][j], 0), MF4x4(-0.122259885, 0.11445877, 0.06666907, 0.1869428, -0.1553992, -0.1658741, 0.2988138, -0.57746625, -0.34609964, 0.11169158, -0.41877756, 0.38075635, 0.21293911, 0.09640372, -0.12754214, -0.08026104), result);\n\tresult = MulAdd(max(src[i][j + 1], 0), MF4x4(0.15128808, 0.050087795, 0.09219755, -0.18080945, 0.0044571217, -0.046019405, -0.1289922, 0.20305426, 0.19601224, 0.04667917, 0.17465587, 0.027672665, 0.18441725, 0.06845396, 0.11288585, -0.23283863), result);\n\tresult = MulAdd(max(src[i + 1][j - 1], 0), MF4x4(-0.072962, -0.06639447, 0.049347494, -0.1386401, 0.10396071, 0.08187777, -0.04280746, 0.07390891, 0.06628344, 0.037797406, 0.021885803, -0.013147403, 0.22376558, 0.36243078, 0.12874891, -0.0023783944), result);\n\tresult = MulAdd(max(src[i + 1][j], 0), MF4x4(0.074945286, 0.16045591, -0.11798349, 0.12910712, 0.054760084, -0.095626175, -0.047832094, 0.03493912, 0.11817307, 0.037452437, -0.14301221, -0.027356789, -0.052390423, 0.11373512, 0.07686775, 0.010008694), result);\n\tresult = MulAdd(max(src[i + 1][j + 1], 0), MF4x4(-0.023999173, -0.091900624, 0.02388157, 0.03173873, 0.0065633506, -0.033716757, -0.1198324, 0.12057766, 0.026465805, -0.07517131, -0.07760598, 0.060463097, 0.07345541, 0.046037503, 0.21101558, -0.26785463), result);\n\tresult = MulAdd(max(-src[i - 1][j - 1], 0), MF4x4(0.15544604, -0.03902825, 0.04630384, -0.25173616, -0.0691359, 0.07476507, 0.009071253, 0.089964196, -0.26539803, -0.3958477, -0.22155671, 0.20735882, -0.105860494, -0.003996804, -0.044815883, 0.39544627), result);\n\tresult = MulAdd(max(-src[i - 1][j], 0), MF4x4(0.6169709, 0.23717614, -0.37884676, -0.7484867, 0.020169826, -0.30718836, 1.0965588, -0.20711036, -0.39149985, -0.06843563, -0.06522909, 0.103805855, 0.03265825, -0.15137726, 0.12837899, -0.01294922), result);\n\tresult = MulAdd(max(-src[i - 1][j + 1], 0), MF4x4(-0.23638196, -0.4560866, -0.11948684, -0.1464144, 0.10690008, 0.007835961, 0.11864342, -0.13101323, -0.16509797, 0.075027354, 0.08122998, 0.13451207, 0.0011890623, 0.052157886, 0.08372405, -0.07085038), result);\n\tresult = MulAdd(max(-src[i][j - 1], 0), MF4x4(-0.21997726, -0.16488647, -0.0291317, 0.17997476, 0.1493211, 0.027494298, 0.0034613227, -0.3207727, 0.18699001, 0.14728633, -0.042895135, -0.07612043, 0.125076, -0.14714554, -0.03480009, -0.22753975), result);\n\tresult = MulAdd(max(-src[i][j], 0), MF4x4(-0.5342686, -0.7426105, -0.38294584, 0.42549992, 0.46053204, 0.7867879, 0.106234804, -0.041163098, 0.5198579, -0.5219404, 0.14809476, -0.41802374, 0.06810794, -0.15122683, -0.047409, 0.13178343), result);\n\tresult = MulAdd(max(-src[i][j + 1], 0), MF4x4(-0.50428164, 0.18220626, 0.35510704, -0.081787474, 0.03155813, 0.019284263, 0.0032388573, -0.20513348, -0.05385551, 0.17803182, -0.26206362, 0.2870375, 0.008557827, 0.08401449, -0.027598893, -0.010791235), result);\n\tresult = MulAdd(max(-src[i + 1][j - 1], 0), MF4x4(0.16657415, 0.067647465, 0.093076974, -0.14438486, -0.10017002, 0.0022367141, 0.03250936, -0.052794546, -0.009178676, -0.019673595, -0.0016697067, -0.15424626, -0.112123474, -0.11079971, 0.011987111, -0.11747758), result);\n\tresult = MulAdd(max(-src[i + 1][j], 0), MF4x4(-0.023021797, -0.058703423, -0.037978355, -0.062433913, -0.13130441, 0.048656322, 0.056839373, 0.109036915, -0.07823158, 0.14785293, 0.058555078, -0.11679035, -0.14002073, 0.07395252, 0.098268874, -0.06710464), result);\n\tresult = MulAdd(max(-src[i + 1][j + 1], 0), MF4x4(0.14906375, 0.030001195, -0.10338215, 0.0662968, -0.161953, -0.13682815, 0.09563142, 0.009514228, -0.009491218, 0.06737101, -0.1393389, 0.15231515, -0.073147796, 0.00767062, 0.028675212, 0.014213088), result);\n\treturn result;\n}\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\tfloat2 inputPt = GetInputPt();\n\n\tMF4 src[4][4];\n\t[unroll]\n\tfor (uint i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = tex2.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = tex2.GatherBlue(sam, tpos);\n\t\t\tconst MF4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc[i][j + 1] = MF4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc[i + 1][j] = MF4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc[i + 1][j + 1] = MF4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\ttex1[gxy] = A4KS3(src, 1, 1);\n\t++gxy.x;\n\ttex1[gxy] = A4KS3(src, 2, 1);\n\t++gxy.y;\n\ttex1[gxy] = A4KS3(src, 2, 2);\n\t--gxy.x;\n\ttex1[gxy] = A4KS3(src, 1, 2);\n}\n\n\n//!PASS 4\n//!DESC Conv-4x3x3x8, Depth-to-Space\n//!IN INPUT, tex1\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nMF4 A4KS4(float2 pos) {\n\tfloat2 inputPt = GetInputPt();\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 b = tex1.SampleLevel(sam, pos + MF2(-inputPt.x, 0), 0);\n\tMF4 c = tex1.SampleLevel(sam, pos + MF2(-inputPt.x, inputPt.y), 0);\n\tMF4 d = tex1.SampleLevel(sam, pos + MF2(0, -inputPt.y), 0);\n\tMF4 e = tex1.SampleLevel(sam, pos, 0);\n\tMF4 f = tex1.SampleLevel(sam, pos + MF2(0, inputPt.y), 0);\n\tMF4 g = tex1.SampleLevel(sam, pos + MF2(inputPt.x, -inputPt.y), 0);\n\tMF4 h = tex1.SampleLevel(sam, pos + MF2(inputPt.x, 0), 0);\n\tMF4 i = tex1.SampleLevel(sam, pos + MF2(inputPt.x, inputPt.y), 0);\n\n\tMF4 result = { -0.00346731, -0.0046263863, -0.004627155, -0.0057769152 };\n\tresult = MulAdd(max(a, 0), MF4x4(0.019100675, -0.014241565, 0.004667036, -0.03865062, 0.106731094, 0.026099661, 0.014594411, -0.011881356, 0.0040967264, -0.004626336, 0.006469508, 0.010875305, -0.033909045, -0.085905954, 0.07861378, 0.019452631), result);\n\tresult = MulAdd(max(b, 0), MF4x4(0.20777655, -0.060354974, 0.0023840065, -0.064121604, -0.17397617, 0.019293457, -0.09707183, 0.080641985, 0.01025124, -0.017382381, 0.008661793, -0.010995665, 0.21943407, -0.115574986, 0.14471593, -0.068836235), result);\n\tresult = MulAdd(max(c, 0), MF4x4(0.057942886, -0.06311754, 0.2253396, -0.04159292, -0.020731755, 0.007877151, 0.041525815, 0.025278691, 0.03041967, -0.025137542, 0.024364179, -0.024543528, 0.029438615, -0.015506873, 0.081686, -0.07812221), result);\n\tresult = MulAdd(max(d, 0), MF4x4(0.054237515, 0.0676094, -0.0047708177, 0.0043467237, -0.10032304, -0.020498628, 0.04240586, 0.07272254, 0.0784221, 0.017945962, -0.022310399, -0.013134622, 0.015638694, -0.10001543, 0.1043031, 0.05898838), result);\n\tresult = MulAdd(max(e, 0), MF4x4(-0.021652509, 0.35796642, 0.059497777, 0.23948468, 0.15454951, -0.10017235, -0.19072174, -0.44812536, -0.03974552, 0.04529369, 0.22207436, 0.026222564, -0.09705454, 0.5623026, -0.3354105, -0.017278556), result);\n\tresult = MulAdd(max(f, 0), MF4x4(-0.053682446, -0.03411237, -0.09399936, 0.15128824, -0.07463, -0.042020727, 0.0031783928, 0.13481957, -0.07731454, 0.044114403, -0.23085599, 0.060444202, -0.15015422, 0.0018040676, -0.18684982, 0.2812511), result);\n\tresult = MulAdd(max(g, 0), MF4x4(0.0029329916, 0.001596018, 0.0007512241, 0.016544111, -0.04876942, -0.05272409, 0.037884697, 0.049948208, 0.015518177, 0.11368592, -0.03815777, -0.013149978, -0.027638039, 0.107719295, -0.04115787, 0.02745414), result);\n\tresult = MulAdd(max(h, 0), MF4x4(0.016691081, 0.010204119, 0.04078854, 0.01613337, 0.03325829, 0.0114824055, -0.017286912, -0.07284126, -0.110984206, -0.21041764, 0.0089543555, 0.18986733, 0.01537506, -0.2059135, 0.029074017, 0.013117443), result);\n\tresult = MulAdd(max(i, 0), MF4x4(0.013965926, 0.029871881, 0.0034499036, -0.011343668, 0.022120327, -0.0068748263, 0.009324342, -0.039081004, 0.08032371, 0.050809264, 0.035050742, -0.2032847, 0.06305391, -0.021958945, 0.038569167, -0.22465245), result);\n\tresult = MulAdd(max(-a, 0), MF4x4(0.046307724, -0.012419472, 0.007673863, -0.042344846, 0.011042414, 0.016994251, -0.018166406, -0.016955731, -0.13240299, 0.01768431, -0.027607648, 0.0699927, -0.02840628, 0.004414203, 0.0049618417, 0.011084679), result);\n\tresult = MulAdd(max(-b, 0), MF4x4(-0.119954154, -0.007455482, -0.031108133, -0.009946449, 0.0077065965, 0.01660345, 0.032943666, 0.016376585, 0.10273124, 0.1556573, -0.24643841, 0.107307844, -0.068235755, 0.0561896, -0.0104672015, 0.042693343), result);\n\tresult = MulAdd(max(-c, 0), MF4x4(-0.01634601, 0.04195375, -0.10401894, 0.047641944, -0.034602515, -0.0034419263, -0.010457858, 0.015194475, -0.03962551, -0.030031368, 0.16036317, 0.019283568, -0.05877721, 0.016504882, -0.15523468, 0.018161612), result);\n\tresult = MulAdd(max(-d, 0), MF4x4(-0.08083991, 0.0024665035, -0.049373373, 0.030371357, 0.0113322195, -0.014676956, 0.011646689, -0.01142667, 0.124930486, 0.06625774, -0.045840867, -0.009693036, -0.012649251, -0.07388084, 0.008790075, 0.0013844534), result);\n\tresult = MulAdd(max(-e, 0), MF4x4(-0.33941835, -0.2763476, -0.118311435, -0.063535266, 0.20936015, 0.13731301, 0.13443594, 0.07464433, 0.059650812, -0.36973104, 0.16444235, -0.37082872, 0.06432777, -0.18283032, -0.044489607, -0.13895285), result);\n\tresult = MulAdd(max(-f, 0), MF4x4(0.13533665, 0.08268915, -0.03675727, -0.14348659, 0.0186255, -0.05051692, 0.056702953, 0.0061717895, 0.047663026, -0.088188455, 0.23254345, -0.014015464, 0.08400204, -0.0073777726, 0.2202068, -0.12366078), result);\n\tresult = MulAdd(max(-g, 0), MF4x4(0.04361004, 0.046543695, 0.0064863074, -0.03358146, -0.022602187, 0.018138997, -0.011071864, 0.010244091, -0.019814799, -0.17250171, 0.040823266, -0.040131986, 0.010125854, 0.020660749, 0.0020435036, -0.010819304), result);\n\tresult = MulAdd(max(-h, 0), MF4x4(-0.004810193, -0.11286074, 0.051985834, 0.04788631, -0.023950428, 0.036145125, -0.038203828, 0.052401308, 0.022986965, 0.26420745, -0.06076917, -0.09252999, 0.03164547, 0.15652153, -0.037934, -0.0035418556), result);\n\tresult = MulAdd(max(-i, 0), MF4x4(0.03358366, -0.005219482, 0.007060882, -0.06569114, -0.02941682, 0.00966056, -0.0153679885, 0.019905418, -0.107232265, -0.03405676, -0.044340115, 0.26892832, -0.04723829, -0.02589829, 0.004563232, 0.19318114), result);\n\treturn result;\n}\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\tMF4 c = A4KS4(pos);\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(c.x + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(c.y + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(c.w + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(c.z + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_UL.hlsl",
"content": "// Anime4K_Upscale_CNN_x2_UL\n// 移植自 https://github.com/bloc97/Anime4K/blob/78e4f78f65b772e94bae6e7db5c49af1e889f784/glsl/Upscale/Anime4K_Upscale_CNN_x2_UL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_3\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf2;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT conv2d_tf, conv2d_tf1, conv2d_tf2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { 0.0357343, 0.024812812, 0.040654864, -0.002103711 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(-0.27576035, -0.07072761, -0.1630093, -0.11306897, 0.14765891, -0.039999995, 0.04671886, -0.06138944, 0.11445724, 0.10989976, 0.12772457, 0.19654717), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.076798744, -0.026944768, -0.24994318, 0.2515569, -0.16839856, 0.17563075, 0.30983326, -0.26057217, -0.07267306, -0.16690817, -0.028771983, -0.32779765), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(-0.22670166, -0.08031973, 0.1576897, -0.09411961, 0.10889907, 0.09876773, -0.12708376, 0.20890583, 0.13792023, 0.046159253, 0.008415701, 0.028718324), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(0.123937644, -0.0040695923, 0.1577942, -0.25086892, -0.11906424, 0.024612824, 0.04019426, -0.20309904, -0.001790695, -0.022292957, -0.24705121, -0.020513516), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.12275696, 0.087533146, 0.22975677, 0.3249744, -0.46705425, 0.049937986, -0.3746097, 0.6908184, -0.02694045, 0.10467642, 0.24765752, 0.29053956), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(-0.085650265, 0.06399875, 0.16803174, -0.000924935, -0.012419805, 0.3505107, -0.013437306, -0.37681264, -0.06174721, 0.3525594, -0.7133205, 0.16013019), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.2400495, 0.08462758, 0.025238732, -0.019882765, -0.09665332, -0.030001955, -0.10374011, -0.2661804, -0.1017717, -0.04910443, 0.102630705, -0.01290848), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(0.13510828, -0.09396734, -0.30896646, 0.13402982, 0.7047196, -0.09083812, 0.29420912, -0.30652946, 0.089854665, -0.04834406, 0.017005004, -0.22518355), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.28510967, 0.04660653, 0.24457681, -0.21047631, -0.12409636, -0.5526988, -0.1340479, 0.2336875, -0.048938934, -0.31569406, -0.021553513, -0.084858574), target1);\n\n\t\t\tMF4 target2 = { -0.041260406, 0.20480168, -0.016556341, 0.021896001 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(0.058698863, -0.07291426, 0.04927266, 0.09258057, -0.048297565, 0.05610951, 0.07047442, -0.07120319, -0.03516866, 0.0076037147, 0.07701455, -0.059423756), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(-0.0055849426, 0.26572028, -0.21616961, -0.042883366, 0.04323887, 0.04128688, -0.1975783, 0.15745145, 0.017314252, -0.26768935, 0.080519766, 0.021246549), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(-0.045365453, 0.16887768, -0.21514243, -0.49443442, 0.016238604, -0.12318089, 0.21210986, 0.29339197, 0.008509125, -0.0120522, 0.14660002, 0.16444208), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(-0.18049234, 0.27750164, 0.48953623, 0.32381085, 0.13180427, -0.19170003, -0.042992454, -0.24161138, 0.02187773, -0.052547548, -0.23762631, -0.17446616), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(0.10295366, -0.06758289, 0.3209139, -0.089126036, 0.045649666, 0.061549887, -0.22704688, 0.08373262, 0.062346827, -0.012463345, -0.2679532, -0.033193), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(0.028882261, -0.41653237, -0.55437064, -0.23836315, -0.10729088, 0.056782994, 0.2587744, 0.3095401, -0.057483524, 0.2876223, 0.21580297, 0.07463114), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(0.014345448, 0.05962805, -0.2022189, -0.08993287, 0.070023656, 0.08089038, 0.114226155, 0.0025734142, -0.010230871, -0.0990795, 0.17906278, 0.048965868), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(0.26569575, -0.20329566, 0.40301713, 0.5406432, 0.4320893, 0.09291447, -0.24186778, -0.40646008, 0.08337033, 0.114029825, -0.17575161, -0.21976136), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.23839538, -0.5789523, -0.0655242, -0.0007585647, -0.58420926, -0.0028022572, 0.040551513, -0.14223239, -0.08617295, 0.22481681, -0.015953997, 0.18862534), target2);\n\n\t\t\tMF4 target3 = { -0.32573584, 0.02118458, 0.06321103, 0.01701115 };\n\t\t\ttarget3 = MulAdd(src[i - 1][j - 1], MF3x4(0.07228457, 0.007666297, 0.0023270524, -0.13672906, -0.06545506, -0.049757745, 0.16956232, 0.048654493, 0.05838961, 0.02529347, -0.21557869, -0.12801598), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j], MF3x4(0.14399123, 0.33404213, 0.30544546, -0.024566652, -0.07515048, -0.18194102, -0.3067775, -0.3386222, -0.06924871, 0.08277239, 0.30782035, 0.1812733), target3);\n\t\t\ttarget3 = MulAdd(src[i - 1][j + 1], MF3x4(-0.0034141026, 0.03465326, 0.13170029, 0.19363083, 0.07877697, 0.12887354, 0.31288412, 0.039260264, -0.14135145, -0.21657607, -0.08192631, -0.016260598), target3);\n\t\t\ttarget3 = MulAdd(src[i][j - 1], MF3x4(0.2796338, 0.3380564, -0.2591034, 0.053368755, 0.017104708, -0.18027966, -0.083344355, 0.29481766, -0.088741906, -0.03886714, 0.15531075, 0.34214082), target3);\n\t\t\ttarget3 = MulAdd(src[i][j], MF3x4(-0.35849893, 0.39669302, -0.4743166, -0.30070198, -0.04679741, 0.029014967, -0.11585943, 0.547813, 0.037943944, -0.3137137, -0.16505164, 0.1461349), target3);\n\t\t\ttarget3 = MulAdd(src[i][j + 1], MF3x4(-0.19912307, -0.69915354, 0.12588218, -0.25780293, 0.06785873, -0.06666295, 0.21257555, -0.30608517, 0.22777, 0.47556394, 0.12453673, -0.23966943), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j - 1], MF3x4(-0.066451795, 0.036735266, 0.0883064, 0.2535588, 0.111621, 0.026139118, 0.02632312, -0.37550557, -0.026438652, -0.042137396, 0.026273955, -0.24945815), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j], MF3x4(0.550942, -0.4508381, 0.0018671635, 0.21252398, -0.10602345, 0.13596801, -0.0023862422, 0.029529708, -0.06045382, 0.22975087, -0.1594863, -0.33607775), target3);\n\t\t\ttarget3 = MulAdd(src[i + 1][j + 1], MF3x4(-0.0114465775, 0.011813566, 0.09969644, 0.055403743, 0.02460606, 0.13673273, -0.22494976, -0.24256726, 0.024602994, -0.1862818, 0.015388349, 0.39983493), target3);\n\n\t\t\tconv2d_tf[destPos] = target1;\n\t\t\tconv2d_tf1[destPos] = target2;\n\t\t\tconv2d_tf2[destPos] = target3;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x24\n//!IN conv2d_tf, conv2d_tf1, conv2d_tf2\n//!OUT conv2d_1_tf, conv2d_1_tf1, conv2d_1_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.09062037, 0.013100331, -0.030562, -0.0064230394);\n\ttarget = MulAdd(a1, MF4x4(-0.009462198, 0.067644134, 0.09776196, -0.06859017, -0.1816813, 0.053423163, -0.02265236, 0.06604943, 0.15899086, -0.15651219, 0.2919677, 0.00591133, 0.09306437, 0.047243804, -0.1389423, -0.0076663005), target);\n\ttarget = MulAdd(b1, MF4x4(0.23136483, 0.20969442, -0.25250545, -0.038510673, 0.06916893, -0.19306515, -0.07070081, 0.016512204, 0.05914443, 0.31841832, -0.15109769, 0.058795422, 0.0418041, -0.13008581, 0.15338552, 0.037921127), target);\n\ttarget = MulAdd(c1, MF4x4(0.023348259, 0.15947549, 0.16773324, 0.04159353, 0.113954544, -0.071491666, 0.12837915, -0.043326825, 0.058823302, 0.09453112, 0.017051624, 0.048308555, -0.10970718, -0.25019458, 0.074912935, -0.04076737), target);\n\ttarget = MulAdd(d1, MF4x4(0.036305163, -0.22121401, 0.120393604, -0.05099148, -0.10198376, -0.04498367, -0.08815256, 0.024565894, -0.04884751, -0.036884382, -0.24040928, -0.112012394, 0.005314592, -0.14346673, 0.04090868, 0.040303618), target);\n\ttarget = MulAdd(e1, MF4x4(0.32364944, 0.2346947, 0.13479401, -0.071001865, -0.092296354, -0.13325988, 0.18273465, 0.16443633, -0.138694, -0.1538144, 0.0001256584, 0.23658273, -0.055330865, 0.18081205, -0.14958258, 0.18050644), target);\n\ttarget = MulAdd(f1, MF4x4(0.30818513, -0.10282234, -0.14460294, 0.11525818, 0.15799633, -0.038440127, 0.07736027, -0.113209635, -0.03558696, 0.0027641046, 0.09750022, -0.035741746, -0.06724116, -0.11298426, -0.23708679, -0.08182236), target);\n\ttarget = MulAdd(g1, MF4x4(0.16450825, 0.014239063, -0.15482663, 0.011389393, 0.121237025, -0.056966547, -0.23891398, -0.07385608, -0.0919129, 0.1384911, 0.10602064, -0.08549364, -0.117471084, 0.045140628, -0.055791426, 0.11584021), target);\n\ttarget = MulAdd(h1, MF4x4(0.053284578, 0.084236816, 0.16935693, -0.16279462, -0.060930096, 0.13849908, 0.16018802, -0.007871505, 0.12076791, -0.06930294, -0.16473438, 0.12876272, -0.039502293, -0.064467184, 0.13885021, -0.09353176), target);\n\ttarget = MulAdd(i1, MF4x4(0.04007251, -0.0423664, -0.20841573, 0.025270352, 0.051647697, -0.086622365, -0.108722195, 0.03807204, 0.059649065, -0.0070362207, 0.04048331, 0.06589983, -0.014079206, -0.10045001, 0.09532272, -0.12775785), target);\n\ttarget = MulAdd(a2, MF4x4(0.15776722, -0.1468444, -0.026526975, -0.038875956, -0.36817524, -0.09478588, -0.27826226, 0.016944334, 0.009886105, -0.061800323, 0.0800291, -0.081642725, 0.051763505, -0.14510322, -0.12901913, 0.06997819), target);\n\ttarget = MulAdd(b2, MF4x4(-0.17539172, -0.29509535, 0.14361212, -0.09461951, 0.02858693, 0.1989715, 0.05904459, -0.09012477, 0.03901393, -0.09044802, 0.08358012, 0.052188553, -0.05505933, -0.048021372, 0.27836508, -0.035614084), target);\n\ttarget = MulAdd(c2, MF4x4(0.034031298, -0.034978155, -0.038415093, -0.09294941, 0.049487505, 0.15056923, -0.010052316, 0.08712324, 0.07430246, 0.17897835, -0.060980003, -0.08634773, -0.07403975, -0.026423855, -0.18169394, 0.007463145), target);\n\ttarget = MulAdd(d2, MF4x4(0.048213437, 0.16104779, 0.038785655, -0.033407986, 0.22063074, -0.053561423, 0.13353224, -0.26674026, 0.04884891, 0.030459542, -0.22288404, 0.06640239, 0.12854575, 0.029917246, 0.24786973, -0.1690474), target);\n\ttarget = MulAdd(e2, MF4x4(0.14981748, 0.17726701, 0.3075169, -0.0061602336, 0.070802234, 0.012225174, -0.11732834, -0.04439886, 0.062125243, 0.09351938, 0.4337808, -0.08277167, 0.25400677, -0.08523749, -0.3210451, -0.17889985), target);\n\ttarget = MulAdd(f2, MF4x4(-0.013666365, 0.09298701, -0.22515774, 0.06844796, -0.056414075, -0.04622639, 0.2661024, 0.16837521, -0.060347248, 0.42006207, 0.31325382, 0.040558435, -0.23408552, -0.3959543, 0.08528746, 0.04711839), target);\n\ttarget = MulAdd(g2, MF4x4(-0.21203883, 0.14807487, 0.10670431, 0.09823839, -0.0029566926, -0.14064936, -0.0062036305, 0.058999464, -0.119635604, -0.017831627, -0.024394974, -0.09484209, -0.05494034, 0.2234736, -0.18613186, 0.10272367), target);\n\ttarget = MulAdd(h2, MF4x4(-0.026449624, -0.07470873, -0.103021905, 0.036553413, -0.16811648, 0.010706488, -0.11658722, 0.16098383, -0.118867725, -0.30606326, -0.38222322, 0.08585665, 0.07455366, -0.083553374, 0.11151869, -0.19190635), target);\n\ttarget = MulAdd(i2, MF4x4(-0.113795616, 0.1331456, 0.114444636, 0.0071249725, 0.12230587, -0.017298486, -0.005261545, 0.01930602, 0.19144222, -0.0868461, -0.13227822, 0.18046889, 0.12061947, 0.107320294, -0.07637172, -0.034593552), target);\n\ttarget = MulAdd(a3, MF4x4(0.049325835, 0.020729464, -0.23382401, 0.15919043, -0.008479369, 0.15347077, 0.41359872, -0.061457418, 0.024845408, -0.15185645, -0.057010442, -0.09998088, 0.10153512, -0.09882405, 0.039735407, -0.077833496), target);\n\ttarget = MulAdd(b3, MF4x4(-0.36701423, 0.12649989, 0.018880492, -0.23008151, -0.052118823, 0.15917695, -0.11396803, 0.21387778, 0.08706439, -0.0038190812, 0.12580395, -0.18743886, 0.005943777, -0.055926796, 0.22107217, -0.15519042), target);\n\ttarget = MulAdd(c3, MF4x4(-0.117441535, 0.11953572, -0.15477178, -0.21330307, 0.033542704, -0.086117126, 0.040748667, 0.113893, -0.039779708, 0.06455176, -0.033797383, 0.045687508, 0.06263807, 0.040957358, -0.0007738094, -0.053097825), target);\n\ttarget = MulAdd(d3, MF4x4(0.14710459, -0.06704273, -0.021150973, -0.15517733, -0.011780557, -0.123433016, -0.5554903, 0.07073845, 0.037211616, -0.14225942, -0.13862026, -0.12025682, 0.09802159, 0.045993954, 0.21416502, -0.12655829), target);\n\ttarget = MulAdd(e3, MF4x4(0.33932889, -0.10832225, -0.10277331, -0.043458294, -0.080375, 0.07122225, 0.5117161, 0.45102793, 0.08851493, -0.19836949, 0.1128087, 0.14412156, 0.15872803, 0.35519516, -0.36955422, 0.22665614), target);\n\ttarget = MulAdd(f3, MF4x4(-0.2083875, 0.005418101, 0.1154246, 0.16369523, 0.0066285534, -0.15079136, -0.0024386873, -0.006123944, 0.1329886, 0.007733818, -0.078484625, 0.0073881904, 0.045415893, 0.13548672, -0.04421294, 0.17557195), target);\n\ttarget = MulAdd(g3, MF4x4(-0.06733927, 0.061143715, 0.11623754, 0.035660855, -0.16833517, 0.25015733, 0.16666088, 0.3536397, -0.17156921, 0.14590204, 0.0319748, -0.022740254, -0.081528045, -0.029098801, 0.106823295, 0.05240602), target);\n\ttarget = MulAdd(h3, MF4x4(-0.030105693, 0.07486713, 0.07255324, 0.26833382, 0.13944457, -0.12094807, -0.119364485, 0.008746426, -0.0543321, -0.23814397, 0.21626633, 0.19788063, -0.060222488, 0.013993159, -0.044926863, 0.10624144), target);\n\ttarget = MulAdd(i3, MF4x4(0.04872421, -0.1731085, 0.120799415, -0.262767, -0.01584661, 0.066874966, -0.23661989, -0.18333362, 0.04360596, 0.16124529, -0.024604535, -0.02463142, -0.051435392, -0.015720569, -0.08187193, 0.048288688), target);\n\ttarget = MulAdd(na1, MF4x4(0.049077168, -0.07886619, -0.061759558, -0.04904181, 0.39755592, -0.030000389, 0.13741177, 0.035482008, -0.0356009, 0.031532627, -0.2654997, 0.022695553, -0.12488769, 0.015674936, 0.10053729, -0.016251108), target);\n\ttarget = MulAdd(nb1, MF4x4(0.034757115, -0.22141235, 0.34255457, -0.01785397, 0.13844466, -0.17758907, 0.06551371, -0.054463834, 0.03203843, -0.13669081, 0.13089286, -0.08061962, 0.015957424, -0.0024440098, -0.10206851, -0.089845166), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.0511128, -0.10826102, -0.28195792, 0.0077595203, -0.1147427, -0.0022921658, -0.07577954, -0.02045415, -0.060518377, -0.11451084, 0.018158037, -0.0758857, -0.04422985, 0.012489414, -0.016101263, 0.061439708), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.03760036, 0.13497229, -0.13668093, 0.07768455, -0.15663894, -0.015719853, 0.21031374, 0.1781295, -0.14109309, -0.03143449, -0.020708034, 0.082145125, 0.029068671, 0.16775839, -0.060003906, 0.071289144), target);\n\ttarget = MulAdd(ne1, MF4x4(0.33949512, 0.11439767, -0.030989401, 0.048677433, 0.21668954, -0.09781232, -0.14430745, -0.34149325, 0.04961082, 0.13556859, -0.02967883, -0.019534707, 0.112177946, -0.0950136, 0.02612632, -0.1142915), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.16193709, 0.12953411, 0.12638013, 0.07118955, -0.09868655, 0.05682677, -0.03974761, 0.14830436, 0.016494498, 0.04290563, -0.107214145, -0.0006455558, 0.15607493, 0.22610466, 0.23997377, 0.21541154), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.13969646, -0.03359856, 0.12332616, 0.024957852, -0.264063, -0.027087519, 0.16026239, 0.18871038, 0.12738967, -0.070992924, 0.058890942, -0.055569854, 0.07901736, -0.10643202, 0.08499172, -0.07838089), target);\n\ttarget = MulAdd(nh1, MF4x4(0.124158695, 0.04502674, -0.080311716, 0.013808018, 0.0370118, -0.16594483, -0.16791067, 0.05448626, -0.03551704, 0.006355477, 0.26084647, 0.12521335, -0.004537222, -0.017335514, -0.12183743, 0.021074474), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.022497809, 0.04964908, 0.14643028, -0.04685759, -0.06790267, 0.11746793, 0.12926494, -0.082243346, -0.053480923, 0.06610809, -0.04575657, -0.14319976, -0.09223617, 0.10878509, -0.05621081, 0.16550247), target);\n\ttarget = MulAdd(na2, MF4x4(-0.28332457, 0.05198234, 0.021976635, -0.1545899, -0.26678282, -0.047813956, -0.023821756, -0.101214804, 0.07505883, 0.05556278, 0.017566912, 0.00901856, -0.022323653, 0.1653073, 0.08053188, -0.18955535), target);\n\ttarget = MulAdd(nb2, MF4x4(0.084919475, 0.03962379, -0.13510302, 0.24873632, -0.06863436, 0.029294679, 0.016317705, -0.043712415, -0.028959788, 0.017755143, -0.05474792, -0.055838227, 0.08769533, -0.09412337, -0.023203408, -0.0640265), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.110101126, -0.032489337, 0.02593033, 0.15959314, -0.044097103, -0.18824866, 0.08125642, -0.0077189617, -0.054190274, -0.14331457, 0.1452974, 0.07808066, 0.0021549438, -0.03174141, 0.017612346, -0.15539496), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.088953294, -0.029799841, 0.11556197, 0.04862062, 0.066503406, -0.114064194, 0.09255826, -0.1833335, -0.01641819, -0.119497, 0.2961799, -0.2780695, -0.12567733, 0.0024600243, -0.11751205, 0.085669436), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.21532503, -0.06343075, -0.27015615, 0.068540476, -0.06858675, -0.062484156, 0.03682217, -0.1015083, 0.107420795, 0.012092155, -0.22166798, 0.028644597, -0.10172646, 0.19677241, 0.37931946, -0.11699309), target);\n\ttarget = MulAdd(nf2, MF4x4(0.07044547, -0.03793531, 0.17182013, 0.008134154, 0.0050753267, 0.058524463, -0.29959077, -0.079782486, 0.06422465, -0.44226143, -0.27561387, -0.14839257, 0.24578299, 0.24039108, -0.07351824, 0.034930374), target);\n\ttarget = MulAdd(ng2, MF4x4(0.1892026, -0.054502696, -0.05670299, -0.03181167, 0.035967033, 0.18241122, 0.00743329, 0.015681073, -0.056629453, 0.11829241, -0.07440575, -0.023615826, -0.009568993, -0.03544514, -0.05925388, -0.40062532), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.012591867, 0.069327325, 0.20525102, -0.0013599707, 0.20637867, 0.053142715, 0.08542395, 0.0015770206, 0.0006431645, 0.21245757, 0.16769366, -0.0030028354, -0.19049928, -0.07689201, -0.031236758, 0.22773638), target);\n\ttarget = MulAdd(ni2, MF4x4(0.08173383, -0.095775105, -0.08555914, -6.735811e-05, -0.038772196, 0.021698473, 0.04046729, 0.07664872, -0.00024131182, 0.20962766, 0.18627205, -0.035633747, -0.13656121, -0.050837196, 0.07260766, -0.019978348), target);\n\ttarget = MulAdd(na3, MF4x4(-0.16073698, 0.14160293, 0.12324934, 0.20341478, -0.0019186502, -0.095708326, -0.2297202, 0.35728905, -0.09427626, 0.062210754, -0.012826292, 0.118804015, -0.08991538, 0.06391433, -0.023036718, -0.017481891), target);\n\ttarget = MulAdd(nb3, MF4x4(0.21371883, -0.16740565, -0.10288582, -0.061600383, 0.020964885, -0.023439301, 0.18262915, -0.31056783, -0.093428515, -0.30865392, -0.040038906, 0.069449544, 0.07479101, -0.07418401, -0.2324029, 0.1234252), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.24855302, -0.12967765, 0.02631683, 0.08294003, -0.016402971, 0.14255002, 0.0048186355, -0.0011596545, 0.06271189, -0.026687965, 0.020020025, -0.05608053, -0.04504705, -0.10878176, 0.0013364048, 0.006674377), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.05265867, 0.039263245, 0.08444624, 0.025635105, 0.080403246, 0.3593395, 0.3254258, 0.043744642, 0.049711503, -0.17298554, 0.076980025, 0.08564068, 0.055967227, -0.025387138, -0.12774122, 0.06460898), target);\n\ttarget = MulAdd(ne3, MF4x4(0.10153962, 0.1773, 0.39640376, -0.19406912, 0.21126994, 0.082484245, -0.49809954, -0.026066823, -0.069782086, 0.24188274, -0.13548844, -0.29941857, 0.06539237, -0.2640235, 0.34804615, -0.12240826), target);\n\ttarget = MulAdd(nf3, MF4x4(0.0077373167, -0.1192639, -0.11340615, -0.22332144, 0.024052242, 0.07247779, 0.01824934, 0.27204347, -0.12280574, -0.15037231, 0.095412664, -0.09667618, -0.045748595, -0.069017254, 0.04676958, -0.11994603), target);\n\ttarget = MulAdd(ng3, MF4x4(0.11430846, -0.07280232, -0.12316846, -0.076348506, 0.14808905, -0.29144016, -0.24595666, 0.18917578, 0.12346525, 0.06044025, -0.2605574, -0.2944082, 0.029403422, 0.10978217, -0.14474128, 0.016708253), target);\n\ttarget = MulAdd(nh3, MF4x4(0.05979043, -0.07152787, -0.19449393, 0.003888642, -0.07616637, 0.18699367, -0.028180948, 0.29517344, 0.09553033, 0.07179247, -0.30424592, -0.13225375, 0.028066052, 0.012709331, 0.006618433, -0.1427098), target);\n\ttarget = MulAdd(ni3, MF4x4(0.041162595, 0.18586132, -0.009566293, 0.029985288, -0.13142577, -0.18026744, 0.20692593, -0.03168997, -0.032814153, -0.18140802, 0.10108317, -0.004236778, 0.035565984, 0.0060556303, -0.0098911915, -0.08988839), target);\n\tconv2d_1_tf[gxy] = target;\n\t\n\ttarget = MF4(0.07955021, -0.009849892, 0.05029401, -0.12505546);\n\ttarget = MulAdd(a1, MF4x4(0.064515434, 0.07896172, 0.056155425, 0.044425253, 0.03319016, -0.054605387, -0.4591473, 0.15511878, 0.034813322, 0.0672562, 0.05701353, 0.040412407, -0.038797975, -0.111860834, 0.053084996, -0.09889108), target);\n\ttarget = MulAdd(b1, MF4x4(-0.19500382, -0.38966596, 0.27081028, -0.20423058, -0.035951976, -0.22931336, -0.094351776, 0.07632106, -0.16903882, -0.09205736, -0.0133898435, -0.025871782, 0.026594864, 0.09540177, -0.19411358, -0.019835787), target);\n\ttarget = MulAdd(c1, MF4x4(0.033789452, 0.070497066, -0.072486654, 0.15952013, 0.005707006, 0.099570274, 0.10225775, 0.14358646, 0.030362945, 0.04101203, 0.041384347, -0.07857492, 0.0101447, -0.13572751, -0.0014982093, -0.21828102), target);\n\ttarget = MulAdd(d1, MF4x4(-0.06541299, -0.065143906, 0.070729114, 0.16001381, 0.03785971, 0.10330557, -0.12786262, 0.23345129, -0.079743266, -0.19548073, 0.06546381, -0.3466734, 0.052256253, 0.17547274, 0.08082544, -0.002740424), target);\n\ttarget = MulAdd(e1, MF4x4(-0.25474778, 0.3409222, -0.16752993, -0.2593963, 0.22428669, 0.12370032, 0.201332, 0.2880896, 0.05886888, 0.28148982, -0.078226954, -0.10041725, -0.046689507, 0.0326885, 0.10199703, 0.13900283), target);\n\ttarget = MulAdd(f1, MF4x4(0.13756008, -0.007290373, -0.3277049, -0.081920624, -0.13261138, 0.10012489, 0.16701259, 0.095596135, 0.11018003, 0.08671664, 0.007405438, -0.069064125, -0.06399627, -0.20199764, -0.14141648, -0.18114863), target);\n\ttarget = MulAdd(g1, MF4x4(-0.06398666, -0.14905818, -0.08662983, -0.14592336, -0.019165145, -0.16002633, 0.02595079, -0.032384723, -0.06226262, 0.11195063, -0.059623078, 0.08347643, -0.07747154, -0.05067411, -0.011761259, 0.04478109), target);\n\ttarget = MulAdd(h1, MF4x4(-0.110994905, 0.16579364, 0.05735814, 0.08335136, 0.0023429485, -0.035295088, -0.00767387, 0.039022036, 0.045022078, -0.14819291, -0.11657396, 0.114125244, -0.112737395, 0.03421371, 0.123605475, -0.094038226), target);\n\ttarget = MulAdd(i1, MF4x4(0.14619811, -0.13335696, -0.09799096, -0.015030551, -0.027455918, -0.052438136, -0.014773566, -0.06363389, 0.12765555, -0.060070448, -0.05204619, 0.20176068, 0.020521173, 0.0805951, 0.064473, -0.0071453564), target);\n\ttarget = MulAdd(a2, MF4x4(-0.5381485, 0.016816406, 0.03575291, 0.15307717, -0.18513149, -0.029921992, 0.2622421, 0.17963228, -0.002844402, -0.058329333, 0.072945744, -0.11042211, 0.006249197, 0.11601606, 0.058575515, 0.064850174), target);\n\ttarget = MulAdd(b2, MF4x4(-0.42793107, 0.36473498, 0.11899247, 0.26988775, 0.11106695, 0.08952316, 0.014755224, -0.08844807, -0.08071252, -0.043227013, -0.043939825, -0.18867648, 0.051046275, 0.21520744, 0.005522403, -0.054136444), target);\n\ttarget = MulAdd(c2, MF4x4(-0.09239439, -0.12671697, -0.02282582, 0.1047466, -0.043446694, 0.024044901, -0.0021552334, -0.15775962, 0.028607333, -0.097138464, -0.043680545, -0.07058451, 0.11537684, 0.113663144, 0.18539715, -0.02583076), target);\n\ttarget = MulAdd(d2, MF4x4(0.06783846, -0.030368762, -0.032593627, -0.115257286, -0.14801481, -0.08790775, 0.15180242, 0.09927532, -0.13861379, 0.02403033, 0.07966528, -0.02592995, 0.18966958, 0.13048325, -0.07206841, 0.07954041), target);\n\ttarget = MulAdd(e2, MF4x4(0.01556961, -0.025707101, -0.035667323, 0.019550703, -0.06561516, 0.029371614, -0.04590116, 0.004590475, 0.3857005, 0.15660062, 0.2047054, -0.22268668, -0.15727302, -0.24878927, -0.13349286, 0.09746729), target);\n\ttarget = MulAdd(f2, MF4x4(-0.06613807, -0.35448387, -0.03103906, -0.14949797, 0.2575997, 0.24856186, -0.12529412, -0.096302986, 0.077257074, -0.24450381, 0.115296856, -0.15376714, 0.02283929, 0.020484464, -0.057252582, 0.07690077), target);\n\ttarget = MulAdd(g2, MF4x4(0.03167533, 0.14044689, 0.03394118, 0.02033927, -0.058176804, 0.09426579, -0.047503363, 0.050972216, 0.08332001, 0.13845564, 0.0054333988, 0.0060199215, -0.041817743, -0.055159353, -0.033139117, -0.06767), target);\n\ttarget = MulAdd(h2, MF4x4(0.13912874, 0.042053323, 0.14049628, -0.05678915, 0.096634954, -0.026468944, -0.05657413, -0.018260032, 0.2512966, 0.12660152, 0.11393381, 0.16540478, -0.1303705, 0.13751519, -0.069556914, 0.0981919), target);\n\ttarget = MulAdd(i2, MF4x4(0.02321638, 0.10667205, 0.027153758, 0.009282765, 0.07528545, -0.17536609, -0.030338852, 0.07694229, 0.058190364, -0.052485015, -0.16589753, 0.0053109983, -0.062089816, 0.016174713, 0.1266296, 0.16837646), target);\n\ttarget = MulAdd(a3, MF4x4(-0.065759346, 0.06169766, -0.00085500855, -0.008405182, -0.0017208391, 0.0891801, -0.002727633, -0.09190625, -0.055329803, -0.078719944, 0.13154171, 0.022970447, -0.032412775, 0.06774816, -0.08766216, 0.005649683), target);\n\ttarget = MulAdd(b3, MF4x4(-0.05727856, 0.41547912, 0.09231337, 0.21398218, -0.04456715, -0.16443647, -0.33590144, 0.054098953, 0.0049725566, -0.1778281, 0.14938372, -0.13269553, 0.103052735, 0.09907562, -0.09025013, 0.071525946), target);\n\ttarget = MulAdd(c3, MF4x4(0.06079739, -0.15564673, 0.017866762, -0.17732425, -0.01921053, 0.20981815, 0.07016076, 0.012785, 0.039263856, 0.071297675, -0.031223306, 0.0012242222, 0.008279209, -0.11378741, 0.14638698, 0.015245047), target);\n\ttarget = MulAdd(d3, MF4x4(0.07295158, 0.14406429, -0.009283162, -0.08257508, 0.24989437, -0.101510875, -0.20831217, -0.14678863, -0.20545089, -0.03671918, -0.024620444, 0.0022859722, 0.16560118, 0.10648521, 0.01309449, -0.16882543), target);\n\ttarget = MulAdd(e3, MF4x4(-0.3688647, -0.06613055, -0.118553065, 0.066723585, -0.05839009, -0.05345417, -0.025808314, -0.051553134, 0.013860212, 0.1380767, -0.15950254, 0.039316524, 0.004648086, -0.49201876, -0.086399294, 0.067151815), target);\n\ttarget = MulAdd(f3, MF4x4(0.00816185, -0.094140545, -0.03045964, 0.005748951, -0.10508545, 0.06579157, -0.03133883, -0.036670756, 0.0965362, -0.059619486, 0.011463898, -0.13590227, -0.007581943, 0.014755039, 0.009631372, 0.05379326), target);\n\ttarget = MulAdd(g3, MF4x4(-0.16141598, 0.09554762, 0.033254117, 0.16967952, 0.035996404, -0.013887896, -0.06629002, 0.0038405391, 0.056517866, 0.024495421, -0.09365325, 0.08944311, 0.08264677, 0.05784231, -0.0544246, 0.034719754), target);\n\ttarget = MulAdd(h3, MF4x4(0.16916971, -0.04140406, -0.17009412, -0.057115063, -0.052563947, 0.12703355, 0.13672756, 0.055926114, 0.2646138, 0.08260617, -0.06438002, 0.34781212, 0.09432193, 0.002425348, 0.108481385, -0.011278688), target);\n\ttarget = MulAdd(i3, MF4x4(0.044969093, -0.048657022, 0.06174559, -0.00028727736, -0.20242731, -0.0149739245, 0.14471562, 0.06956492, -0.008388136, -0.059729554, 0.063841276, 0.04924184, 0.025793945, 0.06710163, -0.033776682, -0.035713058), target);\n\ttarget = MulAdd(na1, MF4x4(0.076875985, -0.101878025, -0.15802802, -0.124973774, -0.009670392, 0.013886556, -0.17401616, 0.13792926, 0.10774549, -0.30876774, -0.11229718, 0.010819886, 0.1175339, 0.08548831, -0.045388985, 0.05727834), target);\n\ttarget = MulAdd(nb1, MF4x4(0.11111217, 0.46312273, -0.4471567, 0.019250406, -0.040287044, 0.24528493, 0.21994363, -0.070748396, 0.20804761, 0.24140677, -0.07676276, 0.07941381, 0.1852395, -0.083701044, 0.04119184, -0.034684047), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.11130858, -0.15563098, -0.16141221, -0.014236188, -0.0009617971, -0.11093832, -0.088078424, -0.1321414, -0.056676403, -0.09986668, -0.013136506, 0.064173006, -0.02908289, 0.028941281, 0.1568584, 0.13180308), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.07680166, 0.147653, -0.029404428, -0.07403926, -0.3100197, 0.055024274, -0.1506152, 0.48132184, 0.11450713, -0.18744734, -0.092221424, -0.035802577, -0.060549777, -0.14425454, -0.08181204, 0.03446898), target);\n\ttarget = MulAdd(ne1, MF4x4(0.102829054, -0.19427535, -0.038133133, -0.0026712175, -0.1435574, -0.15067317, 0.1119409, 0.1685437, -0.10200671, 0.13222018, 0.08152995, 0.0024931647, 0.0691679, 0.048254304, -0.17357215, -0.13524754), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.14587823, -0.15835984, -0.11198749, 0.0052520167, 0.1467123, -0.2707834, -0.072800644, -0.055191144, -0.10704317, -0.086199924, -0.014983923, 0.14019626, 0.017186088, 0.11358031, 0.15477349, 0.15759338), target);\n\ttarget = MulAdd(ng1, MF4x4(0.083639115, 0.14501223, -0.0065951888, 0.13890846, 0.09335459, 0.042398855, -0.09189259, 0.24306288, 0.020636987, 0.04164843, 0.04502632, -0.13329937, 0.058893397, 0.049639706, 0.071825825, -0.049217906), target);\n\ttarget = MulAdd(nh1, MF4x4(0.07009161, -0.03437479, -0.013031761, -0.093077734, 0.08663319, 0.085103504, 0.16337705, -0.027592715, -0.12227255, 0.14818181, 0.040996075, -0.055277664, -0.040362116, -0.030087778, -0.003645583, 0.056727875), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.11545688, 0.060049064, -0.093949065, 0.02338161, 0.026170302, 0.026379922, 0.069043785, 0.05519452, -0.16188988, 0.04973363, 0.06749572, -0.14809126, -0.14064413, -0.041582227, -0.023158424, -0.039642867), target);\n\ttarget = MulAdd(na2, MF4x4(-0.28626567, 0.29348546, 0.07102445, -0.050440844, 0.15740375, -0.17452855, -0.16708957, 0.06744935, 0.06025843, 0.06482132, -0.034723394, -0.017227422, 0.12390885, 0.04888057, 0.006409584, -0.010196381), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.07097389, -0.15076311, 0.13472012, -0.13246837, -0.064360276, 0.16760628, -0.12776206, 0.015533123, 0.13487455, -0.20071363, 0.0923309, 0.08138427, -0.009274919, -0.15565452, 0.17644402, -0.024042914), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.023358675, 0.10211017, -0.036640793, -0.108112216, 0.06913507, -0.09594437, 0.036107562, 0.05066462, 0.08739385, 0.0011691673, 0.09453315, -0.02394334, -0.14005467, -0.016525272, -0.0994038, 0.06565737), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.371338, 0.19144624, 0.095799066, 0.093133144, 0.09130418, 0.03945617, -0.018656345, -0.12886268, 0.20124264, 0.029764706, -0.13751945, -0.026953662, -0.1874983, -0.040866558, 0.05003749, 0.17660773), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.051123757, 0.21025416, 0.0123157445, -0.069181696, -0.091609724, -0.079943225, 0.130711, 0.14694354, -0.12574539, -0.30329394, -0.10366516, -0.22330226, 0.24131827, 0.45112535, 0.07089889, 0.13600409), target);\n\ttarget = MulAdd(nf2, MF4x4(0.15595976, 0.24464798, 0.002488955, 0.050141588, -0.29219496, -0.17198776, 0.123318285, 0.054613084, 0.0036146704, 0.1652407, 0.0265562, 0.093859114, -0.08342194, -0.18661366, 0.07525819, -0.13866663), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.12563816, -0.08927056, 0.025488816, -0.062464394, 0.038224597, -0.057591602, 0.016130082, 0.004603661, -0.105193645, -0.116210036, -0.0005738929, 0.03006333, 0.15265524, 0.157916, 0.009369363, 0.00011561189), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.1587168, -0.06610889, -0.11454969, 0.09324059, -0.073291466, 0.011250312, -0.0021259703, 0.03251535, -0.021842942, 0.031610303, -0.08053953, -0.17813778, -0.01840217, 0.019417001, 0.12612307, 0.0890873), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.0463806, -0.13481244, 0.022312263, -0.0063249297, -0.00767204, 0.1365426, 0.041454747, -0.077865794, 0.037678037, 0.09067563, 0.12991777, -0.03874696, 0.13317509, -0.019026265, -0.14676699, -0.13473623), target);\n\ttarget = MulAdd(na3, MF4x4(0.037564214, -0.0032738533, -0.03767511, 0.03820596, -0.14136639, 0.17992534, 0.058318965, -0.063095406, -0.006603518, 0.0120609235, -0.025056547, 0.032933716, 0.12113113, -0.10462842, 0.063647404, -0.04450857), target);\n\ttarget = MulAdd(nb3, MF4x4(0.24578053, -0.3156469, -0.35252848, -0.1055502, 0.036395214, 0.27580422, 0.036550306, -0.006894677, 0.10412757, 0.08568412, -0.022747902, -0.008680229, -0.05400555, -0.11050038, 0.051955782, -0.114774995), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.15854524, 0.23624359, 0.07096151, 0.15719925, -0.0011587485, -0.30296972, -0.1931699, -0.08979758, 0.0246722, -0.028834311, 0.06220738, -0.01632116, -0.008921576, 0.033888046, -0.09395318, -0.011260361), target);\n\ttarget = MulAdd(nd3, MF4x4(0.018795056, -0.02822718, 0.009791691, 0.06166571, -0.20967379, 0.34762847, 0.077140674, 0.086514324, 0.28947103, -0.14330834, -0.078796394, 0.09474662, -0.092306405, -0.14832185, -0.050533596, 0.049030673), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.045679964, 0.23489015, 0.15668613, 0.1235559, -0.22028416, -0.13657422, -0.033590022, -0.15810567, 0.18728013, -0.18127815, 0.36396962, -0.053243574, -0.06456213, 0.49338925, 0.026941797, -0.009633453), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.16466625, -0.24371772, -0.03436447, -0.07062408, 0.059187494, -0.26871908, -0.12203007, -0.05496175, 0.057084855, 0.1304957, 0.08178971, 0.15224245, 0.023345131, -0.019234858, -0.034386877, 0.03538095), target);\n\ttarget = MulAdd(ng3, MF4x4(0.114277564, -0.008035584, 0.023078745, -0.14307536, -0.038258925, -0.122582935, 0.0015441746, 0.030634085, 0.2552187, -0.11622358, 0.025188513, -0.30211052, -0.048941914, -0.060030323, 0.019205015, -0.056735426), target);\n\ttarget = MulAdd(nh3, MF4x4(0.038009048, -0.025127387, 0.053799044, 0.09742052, -0.039442886, -0.2847006, -0.14175558, -0.06777446, -0.103426784, -0.18430014, 0.047908068, -0.11819306, -0.09634806, -0.020778535, -0.09947065, 0.057285), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.11968771, -0.02741084, -0.006469873, -0.028502962, 0.05344909, -0.0045341062, -0.06826778, -0.10911563, 0.004165804, 0.18168798, 0.06862181, 0.041413423, -0.015367704, -0.08168733, 0.031232912, -0.00019088654), target);\n\tconv2d_1_tf1[gxy] = target;\n\n\ttarget = MF4(-0.02066643, 0.05799956, -0.04733981, 0.08521742);\n\ttarget = MulAdd(a1, MF4x4(0.051907405, 0.16668987, -0.041336834, 0.05314295, 0.10121027, -0.14798506, -0.19019037, 0.043592982, 0.12040883, 0.09233267, 0.11772148, -0.041334935, -0.07539924, 0.09756673, 0.052319244, -0.10528184), target);\n\ttarget = MulAdd(b1, MF4x4(-0.31250992, 0.30685386, -0.055270895, 0.06475109, -0.08800503, -0.26494658, 0.31591013, -0.11202835, -0.15133889, 0.10488629, 0.078151636, -0.043050244, -0.060199156, 0.044168193, -0.001986329, -0.1915024), target);\n\ttarget = MulAdd(c1, MF4x4(0.068178676, -0.10042213, 0.010896375, -0.08526234, 0.091550335, 0.03174787, -0.098797485, 0.0638641, 0.0039022998, -0.078803785, -0.08426419, -0.06165455, -0.17049576, 0.056151845, 0.05997152, -0.117358774), target);\n\ttarget = MulAdd(d1, MF4x4(-0.15624808, 0.1027479, -0.067923464, 0.0570026, 0.107332714, -0.14162563, -0.17560329, 0.063346066, 0.09616241, 0.15213029, 0.024794457, -0.16448957, 0.21509686, 0.084382094, 0.102330364, -0.21816911), target);\n\ttarget = MulAdd(e1, MF4x4(0.11183052, -0.00036459934, 0.09746083, -0.1979322, -0.32267392, -0.084034644, 0.051167414, -0.029009778, -0.03322436, 0.13016255, -0.048553534, -0.20068704, -0.16644834, 0.24280354, -0.14127132, -0.05889483), target);\n\ttarget = MulAdd(f1, MF4x4(0.116823174, -0.2189612, -0.18030761, -0.14347109, 0.09478377, 0.15303472, 0.020818545, 0.15843435, 0.17000113, -0.047443952, 0.023488792, -0.060115594, 0.04487726, 0.04284613, 0.28725752, -0.47257307), target);\n\ttarget = MulAdd(g1, MF4x4(-0.15223634, 0.060410198, 0.0061263107, 0.0069172834, 0.13158661, -0.0036422606, 0.051183105, 0.04613147, -0.00075578305, 0.08267924, -0.010239358, 0.12761061, -0.07420807, 0.073114, 0.0007402298, 0.1350364), target);\n\ttarget = MulAdd(h1, MF4x4(0.13506427, -0.10019588, 0.009954305, -0.177603, -0.2014582, 0.019459682, 0.05640779, 0.047030263, -0.05054245, -0.104332894, 0.0075405543, 0.1964969, -0.017293537, -0.19851471, -0.06654235, -0.20962352), target);\n\ttarget = MulAdd(i1, MF4x4(-0.038729187, -0.01076603, 0.004724392, 0.122694254, 0.04339784, -0.029253284, -0.014725128, -0.0014454263, -0.100780874, -0.14574462, -0.2107873, 0.042566143, 0.052845504, -0.12460765, -0.12877604, -0.165259), target);\n\ttarget = MulAdd(a2, MF4x4(-0.30916938, -0.21853267, 0.074507885, 0.06950878, 0.15405503, 0.19704042, 0.07762092, -0.0027483252, -0.047830105, 0.19999562, 0.06641897, -0.07683977, -0.04574573, -0.026720403, 0.06741639, -0.040291373), target);\n\ttarget = MulAdd(b2, MF4x4(-0.1436382, -0.14481016, 0.3962691, 0.4429137, -0.14254951, 0.1000112, 0.044832285, -0.11440693, -0.05707115, 0.036592014, 0.16755657, -0.106351, 0.06614667, -0.022506362, -0.020292178, -0.057136156), target);\n\ttarget = MulAdd(c2, MF4x4(0.073906116, -0.10937066, 0.086583436, 0.08275346, 0.02353698, -0.0046872413, -0.03486367, -0.08950485, -0.08803857, 0.056406617, 0.031082897, 0.06083862, 0.045077324, -0.061910506, -0.11063123, -0.01527173), target);\n\ttarget = MulAdd(d2, MF4x4(0.2718467, -0.21935192, -0.062664755, -0.1255679, 0.10553025, -0.006460559, -0.027146982, -0.015253822, -0.07748728, 0.073824674, 0.06018315, 0.1002592, 0.08035026, -0.15977937, -0.055322386, -0.040088616), target);\n\ttarget = MulAdd(e2, MF4x4(0.028033856, -0.016236208, -0.12429306, 0.13901961, 0.04981061, -0.05739222, -0.13064933, -0.16948193, -0.008593147, -0.031754505, 0.10665931, -0.13934475, 0.01627173, 0.072957866, -0.087536804, 0.12674862), target);\n\ttarget = MulAdd(f2, MF4x4(-0.1523727, -0.00082214887, 0.14283441, -0.031603288, -0.045878753, -0.19672535, -0.05026138, 0.042562414, 0.14194039, 0.04421849, -0.20919429, 0.18679811, -0.10887334, -0.032573055, 0.22349553, -0.065408655), target);\n\ttarget = MulAdd(g2, MF4x4(0.027553588, -0.122095294, -0.046353463, -0.111806914, -0.08844832, 0.13921359, -0.0010978511, 0.008194451, 0.13961516, 0.046672624, 0.10129705, -0.09637145, -0.08699736, 0.0083460985, -0.044584583, 0.14229134), target);\n\ttarget = MulAdd(h2, MF4x4(0.07393346, 0.1147128, -0.02851608, 0.021714512, 0.025452064, -0.17753085, 0.0027432854, 0.040008847, 0.16259173, -0.08370451, 0.13976301, -0.07063936, -0.24262139, -0.07672828, -0.2021094, 0.29102072), target);\n\ttarget = MulAdd(i2, MF4x4(0.009530462, 0.04909453, 0.018228829, -0.005528198, -0.04922174, -0.024972908, -0.07065127, 0.04544319, -0.025519563, -0.13601463, -0.18582825, 0.035100814, -0.03548451, 0.061287835, 0.20247467, -0.15797156), target);\n\ttarget = MulAdd(a3, MF4x4(0.32211515, -0.080116086, 0.021152286, -0.08237667, -0.23303492, 0.008709412, -0.1473173, 0.07000086, 0.03955907, 0.14984958, -0.0121722715, -0.055429686, -0.016413981, -0.08430293, 0.025234051, -0.062006578), target);\n\ttarget = MulAdd(b3, MF4x4(-0.42957792, 0.006551594, -0.022962485, 0.1400893, 0.28009745, 0.11802908, 0.015169489, 0.0024414742, -0.22848248, -0.020315299, -0.010993182, 0.0418814, -0.13582, -0.17743196, -0.018863266, -0.12331709), target);\n\ttarget = MulAdd(c3, MF4x4(-0.08963217, -0.07752845, -0.019306721, 0.061603975, 0.112303145, 0.09211919, -0.08167867, 0.05052119, 0.020961992, -0.037811935, 0.016923647, -0.026790423, 0.10175015, -0.006385778, -0.063822776, 0.028055048), target);\n\ttarget = MulAdd(d3, MF4x4(-0.10889496, 0.2475616, -0.023258686, -0.14437376, 0.049249854, -0.063944146, -0.0240011, -0.17432576, -0.18791446, 0.11263927, 0.0078009875, -0.080485724, 0.26911402, -0.12907211, -0.01755262, -0.16863008), target);\n\ttarget = MulAdd(e3, MF4x4(0.35460088, -0.17767274, -0.16858551, -0.23729539, 0.18419053, 0.20926027, -0.088426255, 0.023356354, 0.26511818, -0.0020759383, 0.2859238, -0.07675482, 0.12014907, 0.14443012, -0.12332029, -0.11205155), target);\n\ttarget = MulAdd(f3, MF4x4(0.19667232, 0.07352294, -0.014793962, 0.063952744, -0.01725952, 0.071818754, 0.064658605, -0.0009676536, -0.029578352, -0.18851563, -0.037685324, -0.26275456, -0.123520866, 0.12790628, -0.1469099, 0.12465433), target);\n\ttarget = MulAdd(g3, MF4x4(0.05387382, -0.030488258, 0.04638846, 0.20085673, -0.11875065, -0.029343707, -0.022595167, 0.06786304, 0.23092568, 0.018377172, -0.010349685, 0.14835137, -0.0047257696, -0.027649017, 0.0489728, -0.031893965), target);\n\ttarget = MulAdd(h3, MF4x4(-0.25763837, -0.075889885, 0.17264624, 0.035472356, -0.124957025, 0.00060394197, 0.022995198, 0.05463222, 0.0093447, 0.060911383, 0.07876506, 0.10564838, -0.05013418, 0.06583616, -0.025807798, -0.2883304), target);\n\ttarget = MulAdd(i3, MF4x4(0.043661144, -0.1159315, -0.1831051, 0.07473963, 0.07783108, 0.1876957, 0.01314648, -0.10861117, -0.088689655, 0.07296666, -0.026898766, 0.12702313, 0.032419875, 0.051234853, -0.06522966, 0.014740134), target);\n\ttarget = MulAdd(na1, MF4x4(-0.023981575, 0.0260433, 0.008456327, -0.041390125, 0.23708202, 0.027028535, 0.011300614, 0.25251132, -0.041091874, -0.113069616, -0.1017581, 0.12629594, 0.19936833, -0.044576302, -0.03986123, -0.045146126), target);\n\ttarget = MulAdd(nb1, MF4x4(0.04021637, -0.23936734, 0.089715995, -0.09695566, 0.05547677, 0.18304437, -0.07833711, 0.112606, 0.0744301, -0.121345356, -0.027121276, -0.039470885, -0.17090486, -0.08291478, -0.06501107, 0.06060779), target);\n\ttarget = MulAdd(nc1, MF4x4(0.06427166, 0.17954405, -0.24260868, 0.18583788, -0.03080801, 0.011544634, 0.021221055, -0.019622765, -0.022112694, 0.0568264, 0.117274575, 0.041028306, 0.093058385, -0.023635406, -0.04134845, 0.00012594834), target);\n\ttarget = MulAdd(nd1, MF4x4(0.01102109, -0.07289346, 0.0040596994, -0.07953831, -0.1976572, -0.11829853, 0.11517921, -0.051805526, 0.0055726753, 0.06592285, -0.16681968, -0.08300715, -0.28577968, -0.08173121, -0.13457035, 0.1885804), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.043770324, 0.048198868, -0.18608971, 0.17838612, -0.046778083, 0.19665273, -0.16118616, -0.057293214, -0.10633619, -0.09953019, 0.1862994, 0.18493782, 0.25938433, -0.149985, 0.04676386, -0.014036956), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.0003725085, 0.1989401, 0.16909252, 0.22780822, -0.015987061, -0.054565016, -0.05243573, -0.09775517, -0.120326936, 0.032995265, -0.0036331255, 0.13726561, 0.010277991, 0.06425755, -0.19020142, 0.23083436), target);\n\ttarget = MulAdd(ng1, MF4x4(0.010936359, -0.02849875, 0.026482444, 0.047691442, -0.19206773, -0.044349756, -0.054649103, -0.07385235, 0.05956405, -0.053711556, -0.07337501, -0.119425744, 0.076072186, -0.049311332, 0.03184111, -0.17484605), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.04350626, 0.1328187, -0.003457409, 0.19061741, 0.09211707, 0.035870664, -0.09363488, -0.01568525, 0.05562321, 0.14633514, -0.04855048, -0.24370678, 0.0069594583, 0.14880905, 0.06160373, 0.1566208), target);\n\ttarget = MulAdd(ni1, MF4x4(0.08560771, -0.031726982, 0.005994847, -0.115577385, -0.045169592, 0.034692086, 0.0039135055, -0.008828711, 0.08696738, 0.08552442, 0.21965103, 0.0065012877, -0.017958874, 0.15068494, 0.07910082, 0.09843224), target);\n\ttarget = MulAdd(na2, MF4x4(0.2618397, -0.113963105, 0.06466962, -0.09055511, 0.007243974, -0.37684396, -0.18955688, 0.100891486, 0.062019303, -0.06868768, 0.0066693923, 0.09453199, -0.11875178, -0.09406968, -0.009971733, -0.057884283), target);\n\ttarget = MulAdd(nb2, MF4x4(0.016240982, 0.045132026, 0.2496788, 0.0119000245, 0.019433737, -0.11958368, 0.07371615, -0.022081666, 0.23179133, 0.10534677, -0.13151011, 0.139116, -0.17987, -0.11249553, 0.097996086, 0.054070864), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.057584394, 0.11625342, -0.06034331, 0.063899584, 0.0044478853, 0.048200164, 0.055355098, 0.10972887, 0.16012698, -0.006732891, 0.015804278, -0.14185822, -0.19013652, -0.062766224, 0.045399975, 0.14899541), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.077381015, 0.11935363, 0.12262458, 0.018346768, -0.2634294, -0.2107294, -0.048516907, -0.09564381, -0.10719365, -0.115967, -0.13483748, -0.036267295, -0.012578293, 0.069732994, 0.017012898, 0.097437724), target);\n\ttarget = MulAdd(ne2, MF4x4(0.081788, -0.11083114, 0.4005737, -0.055207055, 0.1418393, -0.06587734, 0.088737585, 0.08120421, -0.16296746, 0.17222044, 0.046313863, 0.10915246, 0.05388926, -0.19152795, 0.03076327, -0.14683272), target);\n\ttarget = MulAdd(nf2, MF4x4(0.11940256, -0.033606835, -0.11385313, -0.012965868, 0.0049813213, 0.20263551, 0.029295778, 0.002276154, -0.1504537, 0.0381973, 0.3823588, -0.1798354, 0.17070186, 0.02357347, -0.2709012, 0.105102755), target);\n\ttarget = MulAdd(ng2, MF4x4(0.041491576, 0.07074733, 0.029625034, 0.102119364, 0.023521155, -0.05969154, -0.00814052, 0.032964356, 0.055066362, -0.07298709, -0.121119626, 0.016125243, 0.2734818, -0.028699303, 0.09567124, -0.1437524), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.09484942, -0.15358907, 0.09471094, -0.114015654, -0.051614996, 0.19810407, -0.011734439, -0.057111017, -0.17113343, 0.06991598, -0.16437295, 0.2067726, 0.23162523, -0.036471117, 0.22033283, -0.29183832), target);\n\ttarget = MulAdd(ni2, MF4x4(0.009506645, -0.041623287, -0.03679158, -0.010971644, 0.08336135, 0.11131871, 0.1109166, -0.08703141, 0.056035098, 0.124049544, 0.2795689, -0.019536458, 0.03888329, -0.0442052, -0.23853621, 0.13220637), target);\n\ttarget = MulAdd(na3, MF4x4(-0.14223816, -0.05481326, -0.106896244, 0.07581965, 0.26316708, 0.15500818, 0.14914538, -0.087868035, 0.15062201, -0.12426363, -0.04299309, 0.040522538, 0.04150885, 0.073053494, -0.041965067, 0.04128295), target);\n\ttarget = MulAdd(nb3, MF4x4(0.051048342, -0.21921599, 0.058443762, -0.055652432, -0.24098797, 0.092578836, -0.17062624, 0.09491869, 0.13260794, -0.024925478, 0.056296505, 0.019934958, 0.003565539, 0.09137244, -0.061169084, 0.04022485), target);\n\ttarget = MulAdd(nc3, MF4x4(0.115069486, 0.16206908, 0.004882299, 0.12614444, -0.03246297, -0.039095636, 0.09410652, -0.039889894, -0.08477494, 0.013032491, -0.055409547, -0.0090540685, -0.035735607, 0.057657916, 0.05354303, 0.0075290967), target);\n\ttarget = MulAdd(nd3, MF4x4(0.004056719, -0.15240185, 0.09084391, 0.037376285, -0.044079285, 0.31589335, 0.026515607, 0.14028117, -0.19225578, -0.002587953, 0.0090361675, 0.14138633, -0.38758466, 0.102398396, -0.07574637, 0.11732128), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.030521149, 0.09753763, 0.052158583, 0.048188724, 0.011470252, -0.110833496, 0.32450467, 0.04464802, -0.0646964, 0.045225292, -0.25168836, 0.20104809, -0.15454476, -0.083546594, 0.21034841, -0.0058077993), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.07213084, -0.17950292, -0.051891763, -0.067120604, -0.02192382, -0.11469988, -0.1409072, 0.006448966, -0.00049237284, 0.13916697, 0.0894537, 0.16725081, 0.18191423, -0.06112781, 0.19929808, -0.10002286), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.02475302, -0.010589183, -0.015627548, -0.16213211, 0.123653755, 0.0245485, 0.0997649, -0.09865162, -0.07168899, 0.15398216, -0.07207907, -0.07172799, 0.028756795, 0.07118634, -0.0511127, -0.0056653675), target);\n\ttarget = MulAdd(nh3, MF4x4(0.21074565, 0.086340725, -0.06073654, -0.04343985, -0.02840264, -0.053368784, 0.037268292, -0.008291989, -0.045832828, 0.023931399, 0.1709933, -0.13587636, 0.051735718, -0.06827666, -0.051731657, 0.17399976), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.13356943, 0.086585164, 0.13944262, -0.026031096, -0.16735698, -0.08396402, -0.12688719, 0.12656367, 0.14114396, 0.018382069, 0.05972302, -0.08622411, -0.062958784, -0.056109, 0.045292944, -0.008465162), target);\n\tconv2d_1_tf2[gxy] = target;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x24\n//!IN conv2d_1_tf, conv2d_1_tf1, conv2d_1_tf2\n//!OUT conv2d_2_tf, conv2d_2_tf1, conv2d_2_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_1_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_1_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_1_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_1_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.0010391332, 0.00068204466, -0.030266605, 0.058793433);\n\ttarget = MulAdd(a1, MF4x4(-0.037910778, -0.035500437, -0.021893462, 0.054371376, 0.09471609, -0.013197591, 0.07086438, -0.11686955, 0.022289908, 0.0025881499, 0.08467518, -0.057070434, 0.03195129, 0.06176325, 0.27392688, 0.10100888), target);\n\ttarget = MulAdd(b1, MF4x4(-0.004817188, -0.11114106, -0.03836096, -0.16221185, 0.08728879, -0.05551734, 0.09426232, -0.08904898, -0.075777575, 0.0001265835, 0.25881302, 0.22047207, 0.026294703, -0.07252985, -0.056022674, 0.25379947), target);\n\ttarget = MulAdd(c1, MF4x4(-0.0013540969, 0.013188547, 0.060211327, 0.041778293, 0.0012638031, 0.022573406, 0.015312594, -0.08047488, -0.029625304, -0.10852883, 0.108838476, 0.13623391, -0.0051957406, -0.034240637, -0.032037422, 0.0045633493), target);\n\ttarget = MulAdd(d1, MF4x4(0.041612104, 0.027505638, 0.025826843, 0.04501326, -0.062472913, 0.1431332, -0.012212282, -0.07516733, -0.08864002, -0.07006836, 0.046692412, -0.124091975, 0.06427506, -0.051631026, 0.12263653, 0.27044338), target);\n\ttarget = MulAdd(e1, MF4x4(0.034103375, 0.08673059, 0.0459527, -0.23862843, -0.055772513, -0.41714105, -0.08171965, -0.14642227, 0.04656934, -0.18259554, -0.13177022, -0.28559983, 0.0552958, -0.016403524, -0.5513842, 0.0053697815), target);\n\ttarget = MulAdd(f1, MF4x4(-0.11872737, -0.028105678, 0.049640797, -0.037546065, -0.010099046, 0.008806696, 0.006435101, -0.10383732, -0.0073283147, 0.08962551, -0.07394422, 0.108856045, -0.014820589, 0.023872554, -0.08112636, 0.10347607), target);\n\ttarget = MulAdd(g1, MF4x4(0.0022989328, 0.046885073, 0.011864779, 0.10420016, -0.0077429335, 0.048106942, 0.032495916, -0.062273387, -0.016874082, -0.06954098, -0.10819509, -0.056219935, -0.020670906, 0.0021182857, -0.009832249, 0.18701169), target);\n\ttarget = MulAdd(h1, MF4x4(0.105950266, 0.040404048, 0.19594736, 0.06012987, -0.3698849, 0.10401502, 0.12703699, -0.23428011, 0.083823904, -0.03521832, -0.006525461, 0.009951793, -0.074361816, -0.035402164, -0.3206954, 0.110812664), target);\n\ttarget = MulAdd(i1, MF4x4(-0.12013042, -0.06367559, 0.021684205, 0.0130499415, 0.009942601, 0.047442563, 0.08855212, -0.10024017, 0.056777865, 0.0051039625, 0.048569407, -0.04560259, 0.19188851, -0.039756753, 0.042021576, -0.09870584), target);\n\ttarget = MulAdd(a2, MF4x4(-0.03247849, -0.02753363, 0.071279705, 0.09104136, -0.0641851, -0.01594897, 0.232652, 0.003967937, 0.0111541925, 0.07306814, -0.0010335519, -0.04429391, 0.031370234, -0.026928704, -0.07516576, -0.055082712), target);\n\ttarget = MulAdd(b2, MF4x4(-0.006180861, -0.10843575, -0.10045209, 0.067148104, 0.057421815, -0.068374164, -0.025756257, 0.1257984, 0.013264953, -0.0018182937, 0.05816216, -0.053461242, -0.085824065, -0.090526566, 0.09129818, 0.01570347), target);\n\ttarget = MulAdd(c2, MF4x4(-0.0017998819, 0.022640059, 0.023404252, 0.03338553, 0.044353716, -0.014139882, -0.07758573, 0.021012677, 0.005980595, 0.04550881, 0.029285448, 0.091678455, 0.053803694, 0.05237155, -0.10997527, -0.10318552), target);\n\ttarget = MulAdd(d2, MF4x4(-0.061029036, 0.0993827, 0.06381772, -0.089550115, 0.03308348, -0.03782301, 0.24164158, 0.31569025, 0.113647655, 0.15545848, 0.11519764, 0.0094105825, -0.11816621, 0.0978243, 0.10073588, -0.1117752), target);\n\ttarget = MulAdd(e2, MF4x4(0.3734672, -0.11816779, -0.23627514, -0.14588231, -0.12371406, 0.2616982, -0.29942805, -0.31744456, 0.12686929, -0.10511419, -0.33209988, 0.0784947, -0.09980473, -0.08277972, -0.119013116, -0.1052021), target);\n\ttarget = MulAdd(f2, MF4x4(0.11694942, -0.009177821, 0.16751128, -0.058083236, -0.029300451, 0.0151769, -0.10590713, 0.006317685, -0.07721141, -0.037264653, -0.09573406, 0.082819514, -0.15364629, 0.07974328, 0.05129384, 0.021289254), target);\n\ttarget = MulAdd(g2, MF4x4(0.026528852, -0.018197816, 0.06862055, -0.025078347, 0.06341248, -0.022047924, 0.16852759, 0.20795865, -0.12899017, 0.11940279, 0.049954895, -0.106641375, 0.003286302, 0.04101139, -0.014838044, -0.038886186), target);\n\ttarget = MulAdd(h2, MF4x4(-0.043906186, -0.09395722, 0.15171658, -0.060511537, -0.012321243, -0.23226517, -0.06977063, 0.021510785, -0.5478768, 0.17448187, -0.05923425, -0.028172622, -0.051738627, 0.06815423, 0.029064734, 0.044883635), target);\n\ttarget = MulAdd(i2, MF4x4(0.17660363, -0.09060859, 0.05569762, -0.034592126, -0.068783976, -0.039074708, -0.04003811, -0.08994642, 0.00041321313, -0.032173786, 0.004815178, -0.044516895, 0.1984147, -0.056799933, 0.051942617, 0.0849639), target);\n\ttarget = MulAdd(a3, MF4x4(-0.029470835, 0.0010429046, 0.09949836, -0.057022177, -0.001196081, -0.017638477, 0.054664012, 0.06374254, 0.005238237, -0.17255385, -0.042707976, -0.0863512, 0.00061518815, 0.054800972, -0.05120795, -0.047205627), target);\n\ttarget = MulAdd(b3, MF4x4(0.04392789, 0.046026394, 0.11252635, -0.124906264, -0.08496978, -0.03472233, -0.05066398, 0.08292728, 0.0370577, -0.15259257, 0.0023178253, -0.017130997, 0.052111663, 0.059383318, -0.0734842, -0.052565083), target);\n\ttarget = MulAdd(c3, MF4x4(-0.0148467785, 0.025143752, 0.17002934, -0.019566009, -0.12469424, 0.111287884, 0.030433882, 0.045797966, 0.0013495206, -0.04792389, 0.01556216, 0.047324177, 0.05905737, -0.053480197, 0.033480287, -0.060852114), target);\n\ttarget = MulAdd(d3, MF4x4(-0.09745605, 0.009108342, 0.058276523, -0.09670028, 0.008513788, 0.0774033, 0.038419556, -0.012280158, -0.027220225, -0.19755986, -0.10123508, -0.24532557, 0.002611559, 0.058633193, 0.08722474, 0.019499615), target);\n\ttarget = MulAdd(e3, MF4x4(-0.097140476, 0.36332083, -0.12693818, -0.26086056, 0.18138097, -0.063169576, 0.09627784, -0.29556775, -0.010828089, 0.016550604, 0.19736116, -0.14276053, 0.2359206, -0.308187, 0.17120488, 0.17035627), target);\n\ttarget = MulAdd(f3, MF4x4(0.06563522, -0.00202452, 0.08656298, -0.068018384, 0.01052145, 0.12411763, -0.027613457, 0.046576608, -0.028641906, 0.030090526, 0.014531246, 0.028142689, -0.019974183, -0.015619782, 0.0913814, -0.07086511), target);\n\ttarget = MulAdd(g3, MF4x4(-0.021320846, 0.0272274, -0.079895236, 0.00012995047, -0.0070819, -0.028833998, -0.022662425, -0.07660687, 0.046270683, -0.11193344, 0.09937696, -0.006931022, -0.03781205, 0.011890765, 0.07618696, -0.004474331), target);\n\ttarget = MulAdd(h3, MF4x4(0.2012585, 0.05607582, -0.13407731, -0.0008222547, -0.10648238, 0.13230269, -0.0038185061, -0.058967687, 0.21021713, -0.12308194, 0.18324743, -0.045672223, -0.07443494, 0.061296284, -0.10310777, -0.03480636), target);\n\ttarget = MulAdd(i3, MF4x4(-0.042971224, 0.03137188, -0.029815951, -0.035710253, -0.17403825, 0.040264893, -0.18175416, 0.13371879, 0.004413511, -0.0062794136, -0.020018531, -0.009863606, -0.08686421, -0.0011867149, -0.13477059, 0.09668236), target);\n\ttarget = MulAdd(na1, MF4x4(-0.08406905, 0.017502543, -0.13238557, -0.06540308, -0.030992452, -0.027247543, 0.1152638, -0.027957149, -0.020494465, -0.016736055, 0.011691886, -0.07697167, -0.031962387, 0.03275166, 0.009455422, 0.00013493745), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.003264767, -0.006133971, -0.14870334, -0.22470197, -0.12281174, 0.0477529, -0.039383784, -0.16171986, 0.049935117, 0.040750828, -0.11027704, -0.18039477, -0.042500887, 0.021469388, 0.19601227, 0.061283164), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.14063793, 0.12379436, -0.091903225, -0.19485305, 0.030889416, 0.023173934, 0.06269456, -0.017552888, 0.042706978, 0.008942839, 0.007431359, -0.08055777, -0.024079857, -0.050207764, 0.03883315, 0.054677337), target);\n\ttarget = MulAdd(nd1, MF4x4(0.043164276, -0.06845965, -0.022847408, 0.026803896, 0.077586755, -0.18144956, 0.24237816, -0.062269997, 0.03350464, 0.022612114, -0.20257936, -0.049737748, 0.0026508393, -0.04457029, 0.08698817, -0.0057848943), target);\n\ttarget = MulAdd(ne1, MF4x4(0.19637893, -0.041842524, 0.08093373, 0.061292946, 0.025697658, 0.43139693, 0.12997067, -0.14218695, 0.06652134, 0.16816506, 0.1798584, 0.19504555, -0.18834472, 0.11258412, 0.07003108, -0.0691332), target);\n\ttarget = MulAdd(nf1, MF4x4(0.0864983, -0.0044556237, 0.1519761, -0.13158719, 0.01852619, -0.045526046, 0.09956223, -0.11713047, -0.024078155, -0.060722336, -0.057925105, 0.073217146, 0.06373482, -0.024553156, -0.14688796, -0.13317719), target);\n\ttarget = MulAdd(ng1, MF4x4(0.035958245, -0.04845082, 0.087631844, 0.040034134, -0.026027406, -0.036821436, 0.06533815, -0.080381244, 0.07234854, -0.001883384, -0.07122587, 0.08832016, 0.036729597, 0.021539502, 0.027530821, -0.010070853), target);\n\ttarget = MulAdd(nh1, MF4x4(0.08983327, 0.01506289, 0.028762873, 0.13285533, 0.2895279, -0.06620886, -0.12341643, 0.005919442, -0.06404377, -0.030869035, -0.040210303, -0.13364644, 0.03067747, -0.0035035561, -0.0012897043, -0.120404474), target);\n\ttarget = MulAdd(ni1, MF4x4(0.12848322, -0.016383486, -0.09702801, 0.056479152, 0.066560045, -0.048578385, -0.031433776, -0.024350693, -0.03682033, -0.07085884, -0.03814125, -0.0005977634, -0.119241685, 0.027776804, 0.07646508, -0.079195194), target);\n\ttarget = MulAdd(na2, MF4x4(0.024724264, 0.0015230086, -0.05821472, 0.10433403, 0.078276865, 0.0020044958, -0.07082553, 0.21335958, -0.0192252, -0.046226356, -0.02576458, -0.005851255, 0.0061004073, -0.011763933, 0.052182812, -0.0148038035), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.090289906, 0.07818745, 0.005133399, 0.2921895, -0.028104218, 0.010640733, -0.16721979, 0.11722157, 0.026559753, 0.06893593, -0.05803866, 0.10257745, 0.16412877, 0.08355433, -0.16449857, -0.19565444), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.01625647, 0.014653339, -0.19772816, 0.035248496, -0.06315719, 0.053839743, -0.19860831, 0.060684476, 0.036236748, -0.06486933, -0.00240829, 0.049791906, 0.012847281, -0.12640457, 0.03785943, -0.066897415), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.04193157, -0.043217663, 0.028713515, 0.034761403, -0.08618379, 0.07707441, 0.051029418, 0.042290796, -0.020135805, -0.1441393, -0.17698085, 0.011781508, -0.047712356, -0.09853696, 0.044760805, 0.07639903), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.04970899, -0.06206872, 0.32036147, 0.38422447, 0.02741357, -0.14773113, 0.026606748, 0.42104495, -0.16836561, 0.2612918, 0.32872567, 0.23574458, -0.48027223, 0.19769326, 0.40519443, 0.28430668), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.119522125, 0.045909975, -0.32532844, 0.16027172, 0.05406689, -0.0002717805, -0.10895223, -0.06700742, 0.11265451, -0.009777009, -0.054376923, 0.15653811, 0.07952248, -0.07323665, -0.030681474, -0.14271308), target);\n\ttarget = MulAdd(ng2, MF4x4(0.021888081, -0.015081948, -0.08500391, -0.0566363, -0.02412306, 0.024970217, -0.08783075, -0.144119, 0.15955818, -0.09113594, -0.09460523, -0.013640705, 0.048579562, -0.051078796, 0.12259883, -0.12369713), target);\n\ttarget = MulAdd(nh2, MF4x4(0.061307143, 0.12150064, -0.16097173, 0.054234862, 0.038454264, 0.19086266, -0.20866115, 0.17528693, 0.23780084, -0.085481875, -0.09336333, -0.03828183, 0.08448641, -0.01021121, 0.108555876, 0.10073375), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.07457479, 0.03767845, -0.04527163, 0.10312832, 0.018638285, 0.012303309, 0.068570994, 0.10636223, -0.046746258, -0.019519145, -0.09643553, 0.08668433, -0.08180716, -0.020997278, -0.19613801, 0.01197474), target);\n\ttarget = MulAdd(na3, MF4x4(0.038627718, -0.037348352, -0.0016635836, -0.029068137, -0.0026173298, 0.04695015, 0.011762658, 0.06046751, 0.03098801, 0.111461185, 0.196085, 0.087878406, 0.075701654, -0.09116793, -0.017858198, 0.019194437), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.033022836, 0.00017579814, -0.04213397, -0.003223962, 0.109210424, 0.047623046, 0.036035728, 0.017458893, -0.01845847, 0.024312373, 0.15710357, 0.05525064, -0.011054537, 0.02045055, -0.059532605, -0.007326871), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.027690193, 0.06131419, -0.17661297, -0.13770969, 0.10287112, -0.07097745, 0.004205589, 0.028562127, -0.047289394, -0.04858619, -0.029686142, 0.025106741, 0.0023360238, 0.09964466, -0.061582137, 0.03198441), target);\n\ttarget = MulAdd(nd3, MF4x4(0.10689288, 0.008829629, 0.016441079, 0.036601987, -0.054011513, -0.009619861, -0.087633766, -0.0066380203, -0.12721415, 0.0904403, 0.33278695, -0.07447129, -0.03637649, 0.0784043, -0.20029514, 0.04795142), target);\n\ttarget = MulAdd(ne3, MF4x4(0.073388234, -0.18476517, 0.06697527, 0.15738879, -0.11097766, 0.0031603684, -0.46672878, 0.055933684, -0.13741222, 0.10608221, -0.09634478, 0.12178066, 0.20948799, 0.32808498, -0.30967075, 0.002408044), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.1276311, 0.2165364, -0.20479621, -0.04220272, -0.11207731, -0.07808082, 0.024846211, 0.1822824, 0.055696778, 0.04820076, -0.09683677, 0.10400354, -0.017928122, 0.13301387, 0.18256992, -0.12553082), target);\n\ttarget = MulAdd(ng3, MF4x4(0.043751966, -0.021505235, 0.07481632, 0.07004997, 0.09292071, -0.06297265, 0.010273411, 0.14864413, -0.06774047, -0.046168163, -0.007962312, -0.25100794, -0.037582185, 0.05529135, -0.028888226, -0.08730092), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.27975065, 0.06358462, 0.037314422, 0.008414804, 0.09947835, -0.05693826, 0.035390552, 0.16577837, -0.117649436, -0.035677984, -0.23139963, -0.11336497, -0.26102057, 0.16566856, 0.19760732, -0.1030265), target);\n\ttarget = MulAdd(ni3, MF4x4(0.06606493, -0.004958344, 0.012705852, 0.003391442, 0.15169266, -0.087174624, 0.17418364, 0.114550345, 0.017576916, -0.076570995, 0.014861571, -0.056111492, 0.08879636, 0.05000804, 0.08393709, -0.05148531), target);\n\tconv2d_2_tf[gxy] = target;\n\t\n\ttarget = MF4(-0.031869058, -0.049291052, -0.05604242, 0.01975563);\n\ttarget = MulAdd(a1, MF4x4(0.07575434, -0.040653445, 0.007225497, -0.043918904, 0.119574465, 0.011380923, 0.16722572, -0.013146596, 0.024970967, -0.028010864, 0.007539211, 0.009367542, 0.0053172954, 0.003149008, -0.06781401, 0.022353206), target);\n\ttarget = MulAdd(b1, MF4x4(-0.24854389, -0.013649374, -0.17061508, 0.04292164, -0.005861008, 0.03951371, -0.0047152913, 0.015763909, 0.076025434, 0.0020614571, 0.035092413, -0.15013616, 0.07448282, -0.06402445, 0.2066371, -0.15285529), target);\n\ttarget = MulAdd(c1, MF4x4(0.020919988, -0.023931077, -0.0026673493, 0.08726077, 0.08519901, 0.038367324, 0.012967744, -0.014597907, 0.03273228, 0.03425027, 0.11657879, -0.10561241, -0.10698567, 0.08750399, -0.029988581, 0.055827994), target);\n\ttarget = MulAdd(d1, MF4x4(-0.05367477, -0.078411445, 0.107682705, -0.05179454, -0.101149, -0.016185397, 0.2755446, -0.2408976, 0.015464319, 0.042289484, 0.1908763, -0.15750426, -0.06516995, 0.072354965, 0.06715771, 0.26282984), target);\n\ttarget = MulAdd(e1, MF4x4(0.062333807, 0.06013844, -0.040104974, -0.33716065, 0.06652305, 0.3144661, -0.08150677, 0.17847258, 0.025293501, 0.085246235, 0.1500923, -0.028793348, -0.008922378, -0.023754073, -0.15999489, -0.10776248), target);\n\ttarget = MulAdd(f1, MF4x4(0.013679765, -0.0068315254, -0.0063317283, 0.04092541, -0.024292475, -0.08490433, 0.052840695, -0.056294404, 0.1751175, -0.03373209, 0.031306665, -0.14522974, -0.1688535, 0.09737534, -0.06616412, 0.2202574), target);\n\ttarget = MulAdd(g1, MF4x4(0.019336289, 0.054557003, -0.08372398, 0.013064762, 0.014936632, 0.031539556, 0.046100393, -0.14767817, -0.03333652, 0.020777406, 0.070448704, -0.009688919, -0.090416685, -0.025141802, 0.030440604, -0.11709335), target);\n\ttarget = MulAdd(h1, MF4x4(-0.019530639, -0.017071763, 0.16344751, -0.09003354, 0.049499974, 0.066197686, 0.17537111, -0.10965739, 0.027256027, -0.04720143, 0.03044248, -0.10484599, -0.051237702, 0.038487937, -0.072922744, 0.023582684), target);\n\ttarget = MulAdd(i1, MF4x4(0.06786746, 0.08613347, 0.058307048, -0.02357511, 0.14101249, 0.05510837, 0.082233034, -0.011995293, 0.022474831, 0.010892606, -0.01492494, -0.11511058, 0.055903982, 0.02207162, -0.098973624, 0.040012434), target);\n\ttarget = MulAdd(a2, MF4x4(-0.064766414, -0.051125515, 0.03402284, 0.057396293, -0.117072344, -0.019163232, 0.037863698, -0.052369513, -0.0061165625, 0.061819155, 0.028041245, -0.09490486, 0.1093347, -0.00664147, -0.08768312, 0.0070511065), target);\n\ttarget = MulAdd(b2, MF4x4(-0.29905078, -0.09995567, -0.08120736, -0.03129106, -0.098326, 0.011130474, 0.036129285, 0.17871866, -0.084457494, -0.012659195, -0.02691152, 0.14104512, -0.21426772, -0.07243515, 0.11658849, -0.002852482), target);\n\ttarget = MulAdd(c2, MF4x4(-0.17713405, 0.06941797, -0.062077515, -0.030658305, 0.08999236, -0.06921259, -0.095924884, 0.07375469, 0.11921843, 0.03554809, 0.058501836, 0.061609276, 0.21009676, 0.0685857, 0.04634768, -0.011610212), target);\n\ttarget = MulAdd(d2, MF4x4(0.23054165, -0.039558277, -0.08045203, 0.06898775, -0.029158285, -0.037750367, -0.24264999, 0.05567059, 0.033564106, 0.03715445, 0.21824217, -0.043530416, 0.14731471, -0.07235384, 0.089611664, 0.026031008), target);\n\ttarget = MulAdd(e2, MF4x4(-0.098505996, 0.076161414, -0.09749997, 0.08872072, -0.12537481, 0.004141966, -0.067040585, -0.39046898, 0.055973317, 0.042723298, -0.13534929, -0.04335705, -0.09676344, -0.030532371, -0.07493259, -0.204519), target);\n\ttarget = MulAdd(f2, MF4x4(0.092057995, 0.56036115, 0.035873197, 0.057625197, -0.027210712, 0.06758173, 0.03869267, 0.058112122, -0.17431425, 0.06694562, -0.023299959, -0.036024995, -0.08311603, -0.13028675, 0.030961594, -0.09352405), target);\n\ttarget = MulAdd(g2, MF4x4(-0.04974338, -0.018803855, 0.10142671, -0.011776798, 0.06506589, -0.028476488, -0.019591449, -0.009582206, -0.039581254, 0.08912891, 0.15407297, -0.1111981, 0.018480325, -0.020779947, 0.031039927, -0.028463457), target);\n\ttarget = MulAdd(h2, MF4x4(0.03755804, -0.03275704, 0.05746246, -0.20568763, -0.043458223, 0.101914786, 0.09678074, 0.020130953, 0.14230555, -0.059717167, 0.16945612, -0.037695907, 0.005530407, 0.03836577, -0.13570379, 0.07553547), target);\n\ttarget = MulAdd(i2, MF4x4(0.1345541, -0.060120266, 0.053173084, -0.049932115, -0.064288326, -0.04958125, -0.0018103139, -0.006733389, 0.09001299, -0.04224858, -0.029498586, 0.18575308, -0.04561738, -0.07796082, -0.053623714, 0.10945586), target);\n\ttarget = MulAdd(a3, MF4x4(0.038186714, -0.012922114, -0.019606752, 0.10890265, -0.026697423, -0.031865556, -0.15932839, -0.026640827, -0.04705261, 0.037437834, 0.10179085, -0.0104858745, 0.07226553, 0.086646274, 0.101131245, -0.013259711), target);\n\ttarget = MulAdd(b3, MF4x4(-0.023795605, -0.03550652, -0.107414104, 0.24193193, -0.14496972, -0.0053217285, 0.07148466, 0.12643136, -0.028414654, -0.022065196, 0.22527543, 0.03852106, -0.06697379, 0.022275146, -0.04764777, 0.120496206), target);\n\ttarget = MulAdd(c3, MF4x4(0.23702599, 0.0025132557, -0.09258897, 0.19450943, 0.16891776, -0.13970126, -0.011847789, -0.11160886, -0.027799755, 0.044170912, -0.01895572, -0.031032356, 0.050352756, 0.021191083, 0.020041477, 0.043741606), target);\n\ttarget = MulAdd(d3, MF4x4(-0.009787904, -0.0031327195, 0.13239524, -0.02248145, 0.017299512, -0.081802346, -0.026019929, 0.18054922, -0.14968066, 0.008379352, -0.13506816, -0.39034408, -0.01510947, 0.050189696, 0.037722163, -0.0402762), target);\n\ttarget = MulAdd(e3, MF4x4(-0.009644101, -0.07043924, -0.21935566, -0.12265316, -0.10996126, 0.106311634, -0.23956922, -0.015151155, 0.305456, -0.012311232, 0.3604329, 0.042090364, -0.07823785, 0.0045187594, -0.14659731, -0.13044918), target);\n\ttarget = MulAdd(f3, MF4x4(0.056163978, 0.08190758, -0.21001509, -0.033524346, 0.06273405, -0.2997634, 0.17979006, 0.056670144, 0.17271192, 0.18963227, 0.014150318, 0.06472095, 0.011062292, -0.18754636, -0.11784225, -0.03410013), target);\n\ttarget = MulAdd(g3, MF4x4(-0.0030782006, -0.039169632, -0.012148773, 0.007969146, 0.08711546, -0.037726182, 0.083651684, -0.08435948, -0.019397778, -0.0052067027, 0.08074589, -0.30207992, 0.047031336, 0.002789317, 0.15840194, -0.015054001), target);\n\ttarget = MulAdd(h3, MF4x4(-0.09078356, 0.12796444, -0.18432406, 0.16723672, -0.05772405, -0.030571923, 0.116594106, 0.06573904, 0.09887476, 0.09740928, 0.106751874, -0.00070329773, 0.010173095, -0.01197216, -0.06333568, 0.09718661), target);\n\ttarget = MulAdd(i3, MF4x4(-0.110290706, -0.005412752, 0.003918915, 0.0149365235, -0.12237922, -0.0941654, -0.034798037, 0.015760876, 0.04696292, -0.029291628, 0.045765277, -0.015127902, -0.09263057, 0.05402446, -0.0015908936, -0.033567302), target);\n\ttarget = MulAdd(na1, MF4x4(-0.1546162, -0.046554644, -0.0391521, -0.09454174, -0.0145587865, 0.07268975, -0.02036403, 0.015187209, 0.026502129, 0.032875117, 0.12548845, -0.19535835, 0.010370751, 0.030553613, -0.042921092, 0.11908), target);\n\ttarget = MulAdd(nb1, MF4x4(0.008709621, 0.12762955, 0.02271395, -0.031447556, 0.2041771, -0.029859964, -0.015839372, 0.10484876, 0.09285942, -0.020085273, 0.2329937, -0.29332286, 0.08294215, 0.011051319, -0.04993451, 0.042096935), target);\n\ttarget = MulAdd(nc1, MF4x4(0.18800123, -0.03135053, 0.039468758, -0.1393591, -0.055419687, -0.06350931, 0.017772222, 0.05357081, 0.10056033, 0.017571677, 0.05918185, -0.18371263, 0.0045149303, -0.077885784, -0.00043915678, -0.008647403), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.011838485, 0.07350019, 0.0420831, 0.16229297, 0.009401042, 0.063198246, 0.060701136, -0.24234499, -0.098218255, 0.0034951624, -0.010836201, -0.07096872, -0.066027485, -0.008603827, -0.0023365172, 0.036595766), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.007935683, -0.26162764, 0.04059723, -0.059729014, 0.13929102, -0.09995081, 0.26922408, -0.29116368, -0.091238625, -0.07413519, -0.08951079, -0.030239927, -0.1368917, -0.11178951, -0.028913764, 0.15466857), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.1720602, 0.049961366, -0.035956968, 0.01072738, 0.093655944, -0.028308686, -0.07628571, 0.09549064, -0.002988198, 0.06946468, 0.17164339, -0.16626763, 0.11002801, -0.13791496, -0.05334689, 0.050957866), target);\n\ttarget = MulAdd(ng1, MF4x4(0.067476556, 0.018401565, 0.02231447, 0.14312652, 0.14491569, 0.03304159, 0.2667232, -0.23096946, 0.011412218, -0.033295278, 0.006336338, 0.054895587, 0.031594772, -0.03772589, -0.08373306, 0.040909506), target);\n\ttarget = MulAdd(nh1, MF4x4(0.03497658, -0.025716685, -0.16338083, 0.028354604, 0.13035797, 0.0010428666, 0.13506557, -0.23274136, 0.016426807, 0.005891126, -0.030560384, 0.054110117, 0.012959187, -0.033846233, 0.079321414, -0.08366125), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.17821713, 0.0037684473, 0.057483234, 0.038107146, -0.10401292, 0.020576356, -0.012016484, 0.010923387, 0.028446645, -0.027637433, 0.11687413, -0.07261914, -0.049263023, -0.06475644, -0.024119789, -0.029610662), target);\n\ttarget = MulAdd(na2, MF4x4(-0.022396808, -0.048420932, -0.02559588, 0.064104095, -0.2238012, -0.041249584, -0.09579613, 0.07697319, -0.058794957, -0.0134507725, -0.037161227, 0.08851301, -0.06766741, -0.036019377, 0.13610823, -0.063773625), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.111936666, 0.0015700395, -0.18472138, -0.09797969, 0.010897245, 0.036488175, -0.08795422, -0.07408578, 0.1483729, -0.06495232, 0.080542035, -0.10570226, -0.01910507, 0.083303586, 0.15487678, 0.09761835), target);\n\ttarget = MulAdd(nc2, MF4x4(0.013546343, 0.12007825, -0.08906977, -0.032903753, -0.07735022, 0.074112795, 0.019404477, 0.012522555, -0.23720813, 0.03610346, -0.011151242, -0.09428033, -0.04208847, 0.08472888, -0.0941527, 0.1656356), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.25968832, 0.023167782, -0.03399193, -0.025605416, 0.101124994, -0.03928416, 0.046708047, 0.0940108, -0.25001726, 0.06509968, -0.13399917, 0.14300269, 0.020019464, 0.09823798, -0.2859548, 0.15752983), target);\n\ttarget = MulAdd(ne2, MF4x4(0.06779552, -0.048957087, 0.14341845, 0.008796376, 0.30520636, 0.085243754, 0.09708159, 0.120880716, -0.082815446, -0.10173312, 0.21042523, -0.0104252035, 0.012946593, 0.048153225, -0.023779962, -0.22626428), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.045614652, -0.1368418, -0.07421652, 0.010353576, 0.022773737, -0.034736004, -0.030603807, 0.0408453, 0.16829208, -0.028303532, 0.115394354, 0.0016284953, 0.06252144, 0.0025463477, -0.035674695, -0.09269994), target);\n\ttarget = MulAdd(ng2, MF4x4(0.029739881, 0.010787098, 0.0037744232, -0.031569265, -0.040358283, 0.031814087, 0.018036583, -0.035894874, -0.063151926, -0.109803386, -0.07274231, 0.0032429527, 0.0074872132, 0.05725981, 0.060606975, 0.061117698), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.090809055, -0.03279648, -0.039354723, 0.14036313, -0.013013246, -0.07712587, -0.05239944, 0.03066829, 0.10737496, 0.076186314, -0.19699359, -0.036594667, 0.21938333, -0.04839966, 0.1286612, 0.013338615), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.1429745, -0.07955227, -0.115608715, 0.14228356, -0.05602207, 0.02558927, -0.11061171, 0.06673638, -0.049651172, -0.021392899, -0.06468659, 0.039141133, -0.039755132, -0.050199732, 0.011340825, -0.00960286), target);\n\ttarget = MulAdd(na3, MF4x4(-0.065777004, 0.025236372, -0.098756045, -0.0066504143, -0.0832726, -0.040675264, 0.04911827, 0.033635136, -0.28793526, -0.10226347, 0.068537354, -0.2860185, -0.0550898, -0.033459336, -0.04448749, 0.11041132), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.00013023219, 0.007373967, 0.04127884, -0.04456252, 0.06467729, -0.023159763, -0.098877944, 0.015409203, 0.15005386, 0.17018975, -0.047596633, -0.08832008, 0.261034, 0.14298894, 0.10107278, 0.0667279), target);\n\ttarget = MulAdd(nc3, MF4x4(0.07939445, -0.08513146, -0.056983568, 0.040726192, 0.020092426, 0.18478346, 0.025876757, 0.030642727, -0.12265552, 0.002464858, -0.020372186, 0.070551656, -0.016353855, -0.11511243, -0.09484669, -0.08860525), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.08422405, 0.022759112, -0.12475361, 0.15862978, 0.111085795, 0.07579316, -0.007671498, -0.2048156, 0.17000435, 0.05883048, 0.18549366, -0.228149, -0.14611648, -0.1293601, 0.12878643, -0.07917457), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.08697763, 0.0049046283, 0.06277697, 0.25657007, -0.037057158, -0.13358995, 0.2738289, 0.23121043, 0.32146227, 0.9468732, -0.09779261, -0.009769717, 0.0027131666, 0.118656114, 0.0898452, 0.22487496), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.009855616, -0.26240128, 0.0801256, 0.05871007, -0.21371177, 0.18926387, -0.23380044, -0.09474009, 0.06469363, -0.011632477, 0.025565358, 0.07108313, 0.10727917, -0.00026592708, 0.10903209, -0.03030383), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.0053380155, 0.033946496, -0.06860304, 0.0837713, -0.19269274, 0.08148278, -0.024386114, 0.022558022, -0.10444353, -0.042082686, 0.1903784, -0.077984534, -0.0065324833, 0.014674045, -0.18835127, 0.0013458942), target);\n\ttarget = MulAdd(nh3, MF4x4(0.003491147, -0.0619422, 0.038574003, 0.059497047, -0.15528834, -0.007080539, -0.16295113, -0.044733614, -0.0067163864, 0.08186305, 0.11124116, -0.12240357, 0.12911586, -0.020327786, 0.084354304, 0.0617812), target);\n\ttarget = MulAdd(ni3, MF4x4(0.07007616, 0.011843434, -0.029149607, -0.0033018868, 0.027770158, 0.13727912, -0.12729046, 0.2015703, 0.096229255, 0.013653448, 0.053937647, -0.029171295, 0.034246232, -0.09088042, 0.080427885, -0.114031985), target);\n\tconv2d_2_tf1[gxy] = target;\n\n\ttarget = MF4(0.016709281, 0.012619587, -0.017232165, -0.04396106);\n\ttarget = MulAdd(a1, MF4x4(0.036752462, 0.029649748, -0.09748701, 0.059650358, 0.13616882, 0.013703124, -0.14998761, 0.009004554, 0.07992881, 0.022163173, -0.018146321, -0.08414139, -0.10911252, -0.016669272, 0.056696363, -0.08302073), target);\n\ttarget = MulAdd(b1, MF4x4(0.12478577, 0.028158983, 0.07586349, 0.12842986, -0.006957239, -0.1160528, 0.023359532, -0.0074758576, -0.15942998, -0.06529529, -0.153319, -0.078501165, -0.18118988, 0.2001499, -0.31065115, -0.055492736), target);\n\ttarget = MulAdd(c1, MF4x4(0.03806193, 0.00058707164, -0.06611409, -0.045297977, 0.024692483, 0.09514936, 0.12853955, 0.11280573, -0.023200573, -0.1503142, -0.19710632, -0.033298586, 0.00087093137, 0.061145596, -0.004629127, -0.014288893), target);\n\ttarget = MulAdd(d1, MF4x4(0.01509754, 0.000975345, 0.043960508, 0.022261515, -0.07704468, 0.086596936, -0.13879523, 0.26205274, -0.014519523, -0.12089183, 0.0046606623, -0.028361473, 0.034736868, -0.12085262, -0.019312797, -0.1901168), target);\n\ttarget = MulAdd(e1, MF4x4(-0.22042033, -0.067241855, -0.0011751472, -0.3089443, -0.17684302, -0.07348887, -0.037950914, 0.07932659, -0.13587996, -0.19734861, 0.27510792, 0.15798965, 0.070934966, -0.24996722, 0.22142075, -0.1549704), target);\n\ttarget = MulAdd(f1, MF4x4(-0.06863547, 0.12449067, 0.00033030356, -0.07413546, 0.124544054, 0.049810465, 0.012467352, -0.040705148, 0.2043941, -0.1648197, 0.047376834, -0.072514415, 0.051701315, 0.22315136, 0.24103536, 0.042497516), target);\n\ttarget = MulAdd(g1, MF4x4(0.123373166, 0.16414459, -0.08505689, -0.052690018, 0.11099723, -0.008846635, 0.03483504, 0.03459058, 0.036431137, -0.022281377, -0.0747196, -0.06604844, 0.0034591674, 0.10690525, -0.01045302, -0.036992412), target);\n\ttarget = MulAdd(h1, MF4x4(-0.19597553, -0.32721582, 0.20590895, 0.07775533, 0.1393974, 0.10618747, 0.034401745, -0.0008929772, 0.014548279, -0.066054046, -0.051273774, 0.043616574, -0.10099313, 0.021435626, -0.021498548, -0.09212177), target);\n\ttarget = MulAdd(i1, MF4x4(0.15320238, 0.16471805, 0.032097213, 0.020770807, 0.025557829, -0.10821472, -0.13672188, 0.07703349, -0.013789304, 0.07158349, 0.07591088, 0.017019821, -0.14680074, -0.14204682, -0.0040901196, 0.04855082), target);\n\ttarget = MulAdd(a2, MF4x4(0.092040926, -0.1696223, 0.0035175297, -0.1266837, -0.017807435, -0.05324885, 0.052235745, 0.0053132256, -0.26360056, 0.044413272, -0.07820576, 0.09869417, 0.05975259, 0.058592863, -0.03391289, -0.0463601), target);\n\ttarget = MulAdd(b2, MF4x4(-0.17156146, -0.06575004, 0.18721104, -0.028241588, 0.09805437, 0.15232502, -0.09398395, -0.14233524, 0.07775248, 0.14465685, 0.045949064, -0.03276368, -0.0028104451, 0.15150578, -0.04324162, -0.054190543), target);\n\ttarget = MulAdd(c2, MF4x4(-0.025806474, 0.122085676, 0.06087487, 0.10123448, -0.021339104, -0.082396485, -0.049415596, 0.016665734, -0.01075966, -0.18270788, -0.21377993, 0.0107189575, -0.14957522, -0.23296382, -0.20353965, 0.12026796), target);\n\ttarget = MulAdd(d2, MF4x4(-0.03165497, 0.20380338, 0.03153878, 0.08439275, 0.010899999, 0.031973626, 0.05603482, -0.050522227, -0.08342698, -0.23481508, -0.042175133, 0.008809877, 0.06622943, -0.08636996, 0.072220184, -0.06921989), target);\n\ttarget = MulAdd(e2, MF4x4(-0.07053526, 0.061910875, 0.0023930974, 0.28627953, 0.14615639, 0.058881626, -0.14786066, -0.06661333, 0.30343568, 0.3641429, -0.18411386, -0.16842756, 0.17510016, 0.05421069, -0.10123317, 0.06964223), target);\n\ttarget = MulAdd(f2, MF4x4(-0.21576017, -0.06363907, -0.18081437, 0.24664907, -0.09735165, 0.057592265, -0.083031796, 0.01964763, -0.031470213, -0.18838522, 0.05072108, -0.10001062, -0.008070019, -0.111055255, -0.07987868, -0.00753598), target);\n\ttarget = MulAdd(g2, MF4x4(0.061441302, -0.078763954, 0.005878039, 0.00055347115, -0.09499128, 0.09156834, 0.13328615, 0.043168213, -0.029688388, -0.36990175, 0.1696049, -0.034198307, -0.019164128, -0.09315934, -0.0028499612, 0.043170534), target);\n\ttarget = MulAdd(h2, MF4x4(-0.1382709, -0.24728169, 0.06712876, 0.08034291, -0.091681674, 0.007854249, 0.23301663, -0.055606913, 0.28568286, 0.2942446, -0.059362978, -0.074468486, 0.11220201, 0.1190768, -0.025883239, 0.05220736), target);\n\ttarget = MulAdd(i2, MF4x4(0.11531199, 0.3396637, 0.0085975, 0.013585601, 0.080540046, 0.049160656, -0.05710246, 0.005991695, 0.1438699, -0.3402577, -0.07053711, -0.16263331, -0.09119706, 0.0076426715, 0.08115436, -0.04297937), target);\n\ttarget = MulAdd(a3, MF4x4(0.052113753, 0.026635656, 0.10596492, 0.022013694, -0.010665535, -0.077066846, 0.06217549, -0.05517532, -0.056953914, -0.08185771, -0.020402161, -0.043208323, -0.012995452, -0.019643994, 0.006990098, -0.045173813), target);\n\ttarget = MulAdd(b3, MF4x4(0.17718889, 0.0038756612, -0.11827346, -0.2329743, -0.1793552, -0.08469043, 0.13127111, 0.051736213, 0.2438145, -0.12342349, -0.11737657, -0.20728126, -0.1685289, 0.11266314, 0.076692104, -0.1616657), target);\n\ttarget = MulAdd(c3, MF4x4(-0.020399734, -0.23063114, -0.21987145, -0.082217745, 0.116614126, 0.10273191, 0.101865344, 0.011308658, 0.056851316, -0.050016683, -0.009367647, -0.09125666, -0.07041454, 0.051433813, -0.006439021, 0.014740233), target);\n\ttarget = MulAdd(d3, MF4x4(0.051031563, -0.03535238, -0.080701895, -0.055633444, -0.03865236, 0.04696362, -0.016610028, -0.031190962, -0.06230007, 0.11438899, 0.002950869, 0.056986533, 0.06503178, -0.07315137, -0.108793534, 0.1280907), target);\n\ttarget = MulAdd(e3, MF4x4(0.13356781, 0.0902099, 0.0018598923, 0.054726165, 0.13937949, -0.14195664, -0.09394637, -0.23538189, 0.15451878, 0.07872618, 0.12278696, 0.07883152, -0.079190545, 0.0060577407, 0.12348955, 0.1273284), target);\n\ttarget = MulAdd(f3, MF4x4(-0.2844292, -0.043685716, 0.16975491, -0.03931876, -0.045410622, -0.043887924, -0.06207469, -0.095141575, -0.01910207, 0.036241893, -0.099487804, 0.006061581, 0.058822997, -0.0017064888, 0.04472078, 0.10879998), target);\n\ttarget = MulAdd(g3, MF4x4(-0.0531857, 0.20407021, -0.048386984, 0.02700043, -0.024223981, -0.075209916, 0.022038897, 0.14877595, -0.13606672, -0.12767786, 0.06151931, -0.05388265, -0.013327909, 0.03979459, -0.065765746, -0.07282832), target);\n\ttarget = MulAdd(h3, MF4x4(-0.037340526, -0.21573111, 0.1269642, 0.04037458, 0.12398714, 0.2021396, -0.17674391, 0.0147291655, 0.058955196, -0.0015507584, 0.23541385, -0.145222, 0.20797801, -0.13098398, 0.003790887, -0.037615184), target);\n\ttarget = MulAdd(i3, MF4x4(-0.09600365, 0.22067653, 0.09930907, -0.07818997, 0.08789531, -0.011831723, -0.07886167, -0.020031728, 0.00084014103, 0.081453785, -0.007063985, -0.007725119, -0.054167047, 0.041189484, 0.007090602, -0.037227746), target);\n\ttarget = MulAdd(na1, MF4x4(-0.017512068, -0.22621062, -0.011807716, -0.064745784, -0.06731377, -0.05784807, 0.050968435, 0.0674237, -0.10051867, -0.08823096, 0.015287385, 0.057430997, -0.08142708, 0.06392106, 0.062179778, 0.02986153), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.23300487, 0.0051065637, 0.23627552, 0.053352736, 0.15926725, 0.088776834, 0.06346916, 0.10811631, -0.05167443, -0.0029013795, -0.14792533, 0.0027736027, 0.31416926, -0.083981514, -0.051183276, -0.07321588), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.008830604, 0.2482698, 0.14781001, 0.096101865, -0.021321455, 0.060337346, 0.015929816, -0.039313477, 0.09857251, -0.04800572, -0.101969965, 0.09313578, 0.048235282, 0.05253759, 0.04893083, -0.1115041), target);\n\ttarget = MulAdd(nd1, MF4x4(0.14629705, 0.10310787, 0.07421539, -0.2541191, 0.061346315, -0.12419151, 0.08524945, -0.029404115, 0.022251071, -0.12156319, -0.011553011, -0.012188503, 0.10256824, -0.010299354, 0.06765391, -0.08820727), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.21080357, -0.4021113, 0.035816908, 0.7000948, 0.21632199, 0.111284, -0.012059465, 0.023438603, 0.25428426, -0.15475942, 0.09260869, 0.14866553, -0.14576761, 0.22147575, 0.023831703, 0.074204154), target);\n\ttarget = MulAdd(nf1, MF4x4(0.049143, 0.2896474, 0.18784785, 0.036332216, -0.019188514, -0.0049673393, -0.012528154, 0.13640659, -0.16241746, -0.09813068, 0.019516123, -0.0084478175, 0.058226462, -0.22123648, -0.14045192, -0.023666197), target);\n\ttarget = MulAdd(ng1, MF4x4(0.05800501, 0.060431264, -0.04097961, 0.03453522, -0.06560738, -0.092472866, -0.06397347, 0.14444739, 0.025983555, -0.030899955, -0.042766206, -0.06060983, -0.01918705, -0.040768683, 0.052782744, 0.09638819), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.10073037, -0.22703889, -0.0010382081, 0.05074596, 0.03396179, -0.068848714, 0.0861629, 0.26089123, 0.022775311, -0.014949607, -0.094047025, -0.0027702095, 0.1917307, 0.11404618, -0.10283004, 0.025103435), target);\n\ttarget = MulAdd(ni1, MF4x4(0.030860173, 0.13404387, 0.05976607, -0.093795955, 0.016835473, -0.020731337, 0.037207656, 0.126881, 0.0074429302, -0.10216514, -0.031499624, -0.083616905, -0.023030072, 0.014815519, -0.08937133, 0.11519909), target);\n\ttarget = MulAdd(na2, MF4x4(0.13568272, 0.122503586, -0.04963004, -0.0010412488, -0.10429815, 0.068515815, -0.2886607, -0.09816482, 0.051498115, 0.0017436935, -0.03835064, -0.13563691, 0.035978988, 0.06407808, 0.035696708, 0.10724592), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.01266009, -0.0073259426, 0.006877496, 0.054289263, -0.07651681, -0.1118919, -0.012793396, -0.07368392, -0.01061065, -0.10134513, -0.1434462, 0.04688037, 0.19463971, 0.15506972, -0.23626265, 0.023359938), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.09461492, -0.036462337, -0.16172805, 0.15837577, -0.08643621, 0.035166703, 0.061290734, -0.108064786, -0.12176273, 0.026083494, 0.06523428, -0.053249013, 0.12905678, -0.11907856, 0.015970876, -0.064191975), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.042738717, -0.022231134, -0.03853537, -0.08111096, 0.040522724, 0.1349429, 0.1058772, -0.13941672, -0.04256023, -0.05742218, 0.19752051, -0.0942069, 0.0080565745, 0.06621899, -0.0018314277, -0.10499731), target);\n\ttarget = MulAdd(ne2, MF4x4(0.30080974, -0.053357773, -0.054159783, -0.13733824, -0.22567864, 0.0092003625, 0.055152208, 0.1307246, -0.05244466, 0.041202605, 0.04831643, 0.33047366, 0.11396535, 0.42621002, 0.03459549, 0.0347411), target);\n\ttarget = MulAdd(nf2, MF4x4(0.05305111, 0.076122396, -0.08781792, -0.0069180895, 0.050885174, -0.0042734225, -0.04444145, 0.012016987, 0.122985676, -0.048455186, -0.17231132, -0.013408545, -0.12154411, -0.39617026, -0.13028972, 0.075709775), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.0041923127, 0.027921822, 0.026247777, -0.020477489, 0.042308033, 0.01580411, -0.066128924, -0.058847815, 0.00095708045, 0.061050877, 0.042081635, 0.09856459, -0.038021386, -0.18332537, 0.12586181, -0.085686505), target);\n\ttarget = MulAdd(nh2, MF4x4(0.02818681, 0.2021728, -0.059565738, -0.02425082, 0.12646812, -0.02011973, -0.0052335905, -0.13634421, -0.036117353, 0.102945946, -0.025090111, 0.06759408, 0.08294928, 0.06963724, 0.07145511, 0.061311223), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.04572639, -0.1857778, -0.020896941, -0.1320479, -0.08060074, 0.15807647, 0.08087496, 0.09661483, 0.068133175, -0.03192162, -0.059143748, -0.023069799, 0.06820739, -0.10254724, -0.08489362, -0.12950915), target);\n\ttarget = MulAdd(na3, MF4x4(-0.0701631, -0.06492232, 0.07158485, -0.0474961, -0.08277424, -0.0046874695, -0.036980134, 0.032411482, -0.040205367, -0.11806291, -0.12003579, 0.09404628, 0.13509527, -0.07151287, -0.17165148, -0.082828976), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.23416395, -0.005059655, 0.03932381, 0.15610525, 0.1310776, 0.10495845, -0.23422901, -0.017912678, 0.010918836, -0.18813089, -0.287215, 0.21294762, 0.10265387, -0.06561, -0.11778113, 0.06950684), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.0028815586, 0.07538225, -0.03291754, 0.047160495, -0.07666219, -0.15290219, -0.17513353, 0.04385531, 0.005002826, -0.01648364, -0.11297704, -0.03472268, -3.882572e-05, -0.16454723, -0.023212174, 0.15911958), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.08348401, 0.029882649, 0.21708311, -0.05323357, -0.07704958, -0.016631678, -0.060494706, 0.10649385, -0.29307103, 0.052837957, 0.120730795, 0.034656238, -0.0004268264, 0.20290168, 0.10882499, -0.04060937), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.27893996, -0.18981667, 0.15798293, -0.030922053, -0.09654163, 0.27498308, -0.019050546, 0.16028336, -0.09720187, 0.10653666, -0.23317258, 0.20285597, 0.38110915, 0.022553165, 0.1321882, 1.1575677), target);\n\ttarget = MulAdd(nf3, MF4x4(0.124580376, 0.067915864, -0.060147874, 0.053467464, -0.0038043377, 0.0289266, 0.118544504, -0.13358372, -0.076356836, -0.09143476, -0.0685938, -0.067568906, -0.0121121425, 0.040102568, -0.2717469, 0.16300786), target);\n\ttarget = MulAdd(ng3, MF4x4(0.002691588, -0.12474235, 0.12467866, -0.09753572, -0.010205263, -0.0006359913, 0.015651824, -0.24048246, 0.1586161, 0.004588076, 0.04444844, -0.01231289, -0.06640105, -0.063054025, 0.102068566, 0.1259912), target);\n\ttarget = MulAdd(nh3, MF4x4(0.0028770883, 0.16986279, 0.060900114, -0.08368565, -0.26938817, -0.24303895, 0.29375112, -0.059524175, -0.13170256, 0.11625376, -0.1326183, -0.0012333714, -0.13267988, -0.0071024853, -0.031031137, 0.07532496), target);\n\ttarget = MulAdd(ni3, MF4x4(0.12214155, -0.041841783, -0.052751888, 0.062362764, -0.04766777, 0.0540806, 0.3322733, -0.3677417, 0.12217059, 0.05566961, -0.012429841, -0.10585391, -0.056920152, 0.14918473, -0.0054139746, 0.04940436), target);\n\tconv2d_2_tf2[gxy] = target;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x24\n//!IN conv2d_2_tf, conv2d_2_tf1, conv2d_2_tf2\n//!OUT conv2d_3_tf, conv2d_3_tf1, conv2d_3_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_2_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_2_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(0.15373076, 0.023519197, -0.049319107, -0.08283358);\n\ttarget = MulAdd(a1, MF4x4(0.060878627, -0.041988216, 0.104058675, -0.088971175, 0.037815195, -0.033195835, 0.014279358, 0.06304454, 0.02948025, 0.006056027, -0.02087268, -0.1090193, -0.0034371826, -0.03975976, -0.06009851, 0.12365947), target);\n\ttarget = MulAdd(b1, MF4x4(0.079548575, -0.16905668, -0.13728581, -0.03805935, 0.050417993, 0.04001516, -0.045917254, 0.043337673, -0.07575137, 0.017724466, -0.023716906, 0.012353904, -0.0853222, -0.09868139, 0.044824444, -0.0141505785), target);\n\ttarget = MulAdd(c1, MF4x4(0.09399756, -0.14398341, -0.2721442, 0.016207851, -0.10623493, 0.057902634, 0.10767521, 0.0003635082, 0.014634943, 0.09112885, 0.11872027, 0.036644384, -0.046260875, -0.0743102, -0.19018789, 0.036393598), target);\n\ttarget = MulAdd(d1, MF4x4(0.09814595, 0.0044509294, 0.13141516, 0.091252774, -0.09662514, -0.033599697, 0.12196037, 0.21599433, 0.1194499, 0.04127431, 0.039627396, -0.031521305, -0.14756238, -0.09555712, -0.010698389, -0.09642848), target);\n\ttarget = MulAdd(e1, MF4x4(-0.008813449, 0.015096444, 0.23331937, 0.097849704, -0.0094626965, 0.09468486, -0.14536959, -0.48678625, 0.11508988, 0.13658337, 0.07481205, -0.14646451, -0.056061424, -0.013553051, 0.1893297, -0.07424693), target);\n\ttarget = MulAdd(f1, MF4x4(0.092239104, -0.079855025, -0.12919873, -0.006577375, -0.4529186, 0.08633541, -0.027304357, -0.21013555, -0.03914936, 0.074918106, -0.009362854, -0.015590051, 0.23523058, 0.075767435, -0.042212676, -0.0037648496), target);\n\ttarget = MulAdd(g1, MF4x4(0.06423107, -0.080711946, 0.014235396, 0.017949343, 0.048689805, -0.10082265, 0.04964177, 0.103560664, 0.056355603, 0.09673206, -0.062948905, -0.036618367, -0.07845171, -0.010790115, -0.13978757, -0.025738737), target);\n\ttarget = MulAdd(h1, MF4x4(0.064559884, -0.042264454, -0.110668264, 0.124921605, 0.0047526294, 0.044878427, -0.15133426, -0.050278753, 0.08540561, 0.10420466, -0.021862527, 0.06804833, 0.094847456, 0.14177199, 0.04205903, 0.027875852), target);\n\ttarget = MulAdd(i1, MF4x4(-0.025060967, -0.04341538, -0.005267881, -0.06606841, -0.06347963, 0.062125452, 0.024389729, -0.08982404, -0.0062638335, 0.11981404, 0.054283164, -0.084352404, 0.0069115954, -0.064623505, 0.028570656, -0.069944404), target);\n\ttarget = MulAdd(a2, MF4x4(-0.026635213, -0.031471547, 0.12941289, 0.014990064, -0.06946961, 0.034871764, -0.0023429494, 0.039788067, -0.014846336, 0.07696896, 0.009524336, 0.06702693, 0.06922799, 0.15218733, -0.108957425, 0.02397873), target);\n\ttarget = MulAdd(b2, MF4x4(0.04425317, -0.019614218, 0.020195834, -0.06853279, -0.10681463, -0.038610324, 0.1985278, 0.1917614, -0.15072219, 0.019215003, -0.07190246, -0.0710555, 0.06319588, 0.123843595, 0.037890248, -0.10028418), target);\n\ttarget = MulAdd(c2, MF4x4(0.059803672, 0.08516648, 0.03677657, -0.010275112, -0.047332514, 0.0123374835, 0.06696025, -0.016793806, -0.086841464, 0.016270785, -0.12735787, -0.12676108, 0.16822693, 0.15760474, -0.07559359, -0.07678976), target);\n\ttarget = MulAdd(d2, MF4x4(-0.104641154, 0.07192061, 0.23210934, 0.11417999, 0.04492395, -0.118827716, -0.12041658, 0.19749922, 0.09203569, 0.019726515, -0.055105124, 0.05295804, -0.005788939, 0.056638427, 0.065282024, -0.09013673), target);\n\ttarget = MulAdd(e2, MF4x4(0.028824141, 0.27045545, 0.073205985, -0.082846776, -0.2143439, -0.026223134, 0.16712476, 0.07194315, -0.019990921, -0.28113925, 0.13138968, 0.053820554, 0.3113366, 0.20013627, 0.010963992, 0.07630061), target);\n\ttarget = MulAdd(f2, MF4x4(0.15658687, 0.07025806, -0.09104068, 0.07163445, -0.03478211, 0.015337765, 0.083114274, 0.010839639, -0.0542002, 0.0768983, 0.074233785, -0.10077115, -0.12870364, -0.08656189, -0.04770647, -0.025078414), target);\n\ttarget = MulAdd(g2, MF4x4(-0.08102263, -0.07714586, -0.042745892, 0.0374993, -0.09478303, -0.07571532, -0.062317267, -0.034587506, -0.01396296, -0.053482197, -0.04521547, -0.116828814, -0.07759964, 0.07154679, 0.06632562, -0.069989264), target);\n\ttarget = MulAdd(h2, MF4x4(0.0066547785, 0.13140622, 0.08087736, -0.25154832, -0.039879136, -0.010373583, -0.05184014, 0.012249648, -0.096870914, -0.020647451, 0.087357886, 0.042756695, 0.09706797, 0.16477491, 0.12650236, -0.0839691), target);\n\ttarget = MulAdd(i2, MF4x4(-0.010547578, -0.013264216, 0.07298194, -0.06801917, -0.020884428, -0.071191095, 0.0041795867, -0.03743981, -0.19142745, -0.023131248, 0.0381656, -0.014476577, 0.076137036, 0.08133924, -0.085573785, 0.01067451), target);\n\ttarget = MulAdd(a3, MF4x4(-0.15004109, -0.04713592, -0.05823828, -0.03564525, -0.18593709, 0.11510138, 0.10260254, 0.10952684, -0.056938007, 0.11468128, -0.07422465, 0.013310582, 0.03276255, -0.08601149, 0.074078046, 0.06268768), target);\n\ttarget = MulAdd(b3, MF4x4(-0.03183145, -0.080839306, 0.0077147027, 0.2783979, -0.020172173, 0.11772608, 0.19941199, 0.089674905, -0.1645803, 0.09871185, 0.103870094, -0.02221705, 0.18880293, -0.02838061, 0.1329911, 0.110804334), target);\n\ttarget = MulAdd(c3, MF4x4(-0.0727793, -0.15429437, 0.07309872, 0.052409347, 0.07621416, 0.014342246, 0.09742559, -0.006178975, -0.00049866503, 0.01627198, 0.1749332, -0.023455271, 0.084430106, -0.074995294, 0.024229486, 0.006074203), target);\n\ttarget = MulAdd(d3, MF4x4(0.096733555, -0.04178045, -0.016891489, 0.06953366, 0.005025407, 0.13799861, 0.003864609, -0.0056246608, 0.04448754, 0.14127962, -0.08169796, 0.049868934, -0.07307801, 0.0970107, 0.042104065, 0.012651146), target);\n\ttarget = MulAdd(e3, MF4x4(-0.17528427, -0.42639711, 0.11246585, 0.26789048, -0.045942087, 0.23083447, 0.2616979, 0.0051987628, -0.3405826, -0.02898998, -0.12387437, -0.06811704, -0.13623591, 0.085379034, 0.1163564, -0.3684051), target);\n\ttarget = MulAdd(f3, MF4x4(0.105229065, -0.009456556, -0.09346365, 0.16764155, 0.053806845, 0.032471523, 0.22268786, -0.00045551482, -0.038868275, 0.09682891, -0.072218366, -0.15059048, -0.06828941, -0.08986867, 0.009097031, 0.1784724), target);\n\ttarget = MulAdd(g3, MF4x4(0.015004372, 0.0059916377, 0.06578616, -0.03323271, -0.016655194, -0.0037565026, -0.016965717, 0.123583436, 0.05276917, 0.07713196, -0.08393188, -0.06575901, -0.026482249, 0.07345747, -0.029773988, -0.098376736), target);\n\ttarget = MulAdd(h3, MF4x4(0.0015305893, -0.09495176, 0.038808357, 0.0035307724, -0.08659931, 0.12207447, 0.08526738, 0.19026709, 0.05297383, 0.02768884, -0.1678504, -0.30386385, 0.025181111, 0.03945659, 0.17099062, 0.029333467), target);\n\ttarget = MulAdd(i3, MF4x4(0.21933754, -0.10313659, -0.04901954, 0.10964564, -0.13104112, -0.020108605, 0.027046354, -0.07801803, 0.12369789, 0.1183686, -0.2176958, -0.041832034, 0.047641497, -0.04469799, -0.010872767, 0.046445683), target);\n\ttarget = MulAdd(na1, MF4x4(0.148908, 0.119546995, 0.09599242, 0.026430191, 0.004287343, -0.01410569, -0.026667995, -0.0033883103, -0.114997216, -0.117683105, -0.083241284, 0.0925183, 0.04929814, 0.1384929, 0.067604244, -0.010090262), target);\n\ttarget = MulAdd(nb1, MF4x4(0.17913392, -0.027995758, 0.25155705, 0.38675678, -0.0084490245, 0.11703253, -0.13717517, 0.024913544, -0.022265881, 0.029341036, -0.021509588, 0.021925684, -0.06447644, 0.055588942, -0.23970391, -0.24156545), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.09896528, -0.17248964, 0.20294617, -0.16814777, 0.014902548, -0.032280933, 0.04340094, 0.016689163, -0.04480586, 0.04256907, -0.18132643, -0.0063551413, 0.061819937, 0.04628381, 0.006767698, 0.0061162747), target);\n\ttarget = MulAdd(nd1, MF4x4(0.15260129, -0.06680908, 0.032037478, -0.11269483, 0.02655564, -0.021874784, -0.06829202, -0.06577833, -0.009562943, 0.0015011907, 0.0124588655, 0.06603201, 0.011123314, 0.027462086, 0.057987396, -0.18905073), target);\n\ttarget = MulAdd(ne1, MF4x4(0.16752581, -0.48974037, -0.23990577, 0.27223033, -0.3773399, 0.08863033, -0.008062138, -0.077350825, -0.35848886, -0.053652804, 0.028900446, -0.06633484, 0.08034644, 0.10832985, 0.11753572, 0.09361), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.070450164, -0.25812992, 0.11410226, -0.21115066, 0.21403445, 0.077668846, -0.11741976, 0.011133417, 0.120277226, -0.08427091, -0.057168204, 0.1925855, -0.11746336, 0.10269434, -0.07322618, -0.10409009), target);\n\ttarget = MulAdd(ng1, MF4x4(0.03575297, 0.047510248, -0.007979737, 0.031025993, -0.03234521, 0.08676478, 0.0035725946, -0.057138126, 0.022418533, 0.0050477074, -0.07923602, 0.030552208, -0.006946033, 0.013259726, -0.066337876, -0.01595059), target);\n\ttarget = MulAdd(nh1, MF4x4(0.022808606, -0.08600189, -0.0021296823, -0.12722832, -0.061637733, 0.03429111, 0.1716912, 0.012061466, -0.037751373, -0.043379158, 0.004443852, 0.006374207, 0.04551323, 0.13964722, 0.011221888, -0.058265697), target);\n\ttarget = MulAdd(ni1, MF4x4(0.1531455, -0.030335607, -0.00045989535, 0.016067028, 0.0050904215, -0.088213325, -0.09847688, -0.061282493, 0.040786967, 0.049954005, -0.015633572, 0.020150138, -0.086479515, -0.04847328, 0.008594881, -0.06341954), target);\n\ttarget = MulAdd(na2, MF4x4(0.022407485, 0.051172994, -0.07005926, 0.0029726303, 0.11993554, -0.027608547, 0.06194104, 0.19056575, -0.04243877, -0.114722855, 0.06236797, -0.06036638, -0.089428924, -0.07503292, -0.0024683257, 0.060040735), target);\n\ttarget = MulAdd(nb2, MF4x4(0.06874307, 0.029475406, -0.05025358, -0.04228223, 0.08292351, 0.0686724, -0.4738799, -0.041531645, 0.0615269, 0.03603044, -0.009950976, -0.030149357, 0.06910009, -0.016899468, -0.16924357, -0.066745326), target);\n\ttarget = MulAdd(nc2, MF4x4(0.012021045, -0.0028476904, -0.23050983, -0.11764533, 0.033747047, -0.0668547, -0.17645846, 0.058430642, 0.025553009, 0.11809977, -0.34416163, 0.029323732, -0.054547835, -0.0160696, 0.03192446, -0.11135748), target);\n\ttarget = MulAdd(nd2, MF4x4(0.19059187, 0.11761485, 0.06828622, -0.071383595, 0.17573558, -0.07326583, 0.29549947, 0.5370607, -0.1592557, 0.012467725, -0.02284002, -0.15567715, -0.022485673, -0.075606614, 0.02638997, 0.06499531), target);\n\ttarget = MulAdd(ne2, MF4x4(0.061065406, 0.034856595, 0.121818274, -0.28799838, -0.0054412605, -0.25181246, -0.3095022, 0.59951264, -0.14887947, 0.310832, 0.42532226, -0.50458944, 0.09077006, 0.0012851865, -0.049090795, -0.018807344), target);\n\ttarget = MulAdd(nf2, MF4x4(0.08625662, -0.08079708, 0.03560689, 0.021092743, 0.03330426, -0.10841074, 0.03042436, -0.10980985, -0.056732696, -0.02562971, -0.1828409, 0.25399944, 0.2152503, -0.019375121, -0.073344804, 0.04161207), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.021478724, 0.015574761, 0.092981905, 0.04195265, -0.050123077, -0.13362321, 0.14641477, 0.22193475, -0.112343, 0.02624443, -0.13018239, 0.00833514, -0.0092335045, 0.015253402, -0.013441764, 0.028822897), target);\n\ttarget = MulAdd(nh2, MF4x4(0.025862357, -0.021355819, 0.10295669, 0.0615911, -0.102607384, -0.21350992, -0.0051344573, 0.062845446, -0.068726346, 0.10714023, -0.016227763, -0.055759374, 0.10889699, 0.07502395, -0.09149433, -0.00020285786), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.0676785, -0.11517699, 0.012390956, -0.120551035, -0.1695143, -0.027560102, -0.04481715, -0.06955313, 0.03983824, 0.097748354, -0.02457515, -0.025119185, -0.003987165, -0.034221396, -0.004371428, 0.045199845), target);\n\ttarget = MulAdd(na3, MF4x4(0.1732521, -0.022186914, 0.023095943, 0.034811586, 0.05579798, 0.030366201, 0.050261993, 0.029239386, 0.012046298, 0.024326274, -0.06705734, -0.028883696, 0.019890117, 0.018180113, 0.15856597, 0.18605316), target);\n\ttarget = MulAdd(nb3, MF4x4(0.14001346, -0.21155912, -0.04503595, 0.053345755, -0.090209134, 0.023596361, 0.109940544, 0.04495405, 0.1154255, 0.08557325, 0.028999878, 0.06572874, -0.06701647, -0.059574578, -0.035772696, -0.25112775), target);\n\ttarget = MulAdd(nc3, MF4x4(0.06629787, 0.08039307, -0.13807642, 0.07134196, -0.04295903, -0.006060854, 0.08699088, 0.018854614, 0.024055403, 0.024039935, -0.08500348, -0.03041994, -0.12469508, -0.06752729, 0.023455527, 0.06100103), target);\n\ttarget = MulAdd(nd3, MF4x4(0.06566045, -0.19818264, 0.13119479, 0.25947747, -0.17939506, 0.005642733, 0.09516572, -0.015004266, -0.048418473, -0.0120703075, -0.18966949, -0.23252305, 0.04602659, -0.07620238, -0.08963158, -0.082796745), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.01332639, -0.20567879, -0.027533831, -0.055890594, -0.06562438, 0.05992528, 0.15381408, -0.015261545, 0.14442064, 0.100258596, -0.0497336, 0.00076529477, 0.08915382, -0.25916958, 0.11629673, 0.50717276), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.09708679, -0.17440423, -0.06424349, 0.024765793, -0.068865195, -0.030870711, -0.019785484, -0.09489355, 0.0029501836, -0.030186258, -0.059128, 0.02353537, -0.056624137, -0.03159645, -0.016295215, -0.07160536), target);\n\ttarget = MulAdd(ng3, MF4x4(0.006727234, -0.21366745, -0.07577386, -0.007462938, -0.17185695, -0.034567107, 0.15243205, 0.033333488, -0.08533551, 0.10143909, 0.02578666, -0.09097233, 0.026171222, -0.18809001, -0.03344314, 0.075811416), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.007549739, -0.18698569, -0.12967056, 0.23008282, -0.21573843, -0.034550514, 0.13685697, -0.11938899, 0.14835912, 0.1284512, 0.034902997, 0.086076915, 0.016294781, -0.068496056, -0.01920739, 0.14567302), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.04698844, 0.011898311, 0.1046441, 0.01991676, -0.042640552, -0.0012635426, 0.019563822, -0.16339815, -0.15451749, 0.0122954445, -0.15720376, -0.047094855, -0.047507558, -0.021503676, -0.04172817, -0.040319066), target);\n\tconv2d_3_tf[gxy] = target;\n\t\n\ttarget = MF4(-0.089817494, -0.046376515, -0.016165316, 0.0076574814);\n\ttarget = MulAdd(a1, MF4x4(0.051532425, 0.091096826, 0.14191705, 0.021257475, -0.043796312, 0.093881994, -0.005066956, -0.0023505734, -0.05945693, 0.009556036, -0.085642494, -0.0014123443, -0.0058722594, -0.024343085, 0.061728872, -0.0039950665), target);\n\ttarget = MulAdd(b1, MF4x4(-0.26865405, 0.009443461, 0.16867341, 0.622584, 0.058818102, 0.35006693, -0.059381735, -0.06257525, 0.09936295, -0.00443078, -0.10469712, 0.028571106, -0.040493533, 0.064946294, 0.06706766, -0.09373991), target);\n\ttarget = MulAdd(c1, MF4x4(0.06543985, 0.09986878, -0.19543362, 0.09373655, 0.0541375, 0.16537385, 0.026011372, -0.03605416, 0.019205978, -0.07212895, 0.024384554, -0.007675373, 0.12836097, -0.04166636, 0.055825308, -0.020801648), target);\n\ttarget = MulAdd(d1, MF4x4(-0.0015450468, 0.13572882, 0.12091456, 0.1166015, -0.009230995, -0.02709468, 0.24357562, -0.041073736, 0.10431756, -0.09081733, 0.024183141, -0.12385413, 0.009050871, 0.04241893, -0.07000264, -0.045027476), target);\n\ttarget = MulAdd(e1, MF4x4(0.1844817, 0.26336753, 0.3737102, -0.06259004, 0.1617452, -0.25852692, 0.09539696, 0.077052556, -0.1127802, -0.04362702, -0.07532252, 0.01843211, 0.20906034, -0.22169475, -0.3050946, 0.005795682), target);\n\ttarget = MulAdd(f1, MF4x4(0.050782137, 0.09285482, 0.013463424, 0.09382983, 0.15679222, 0.097184785, -0.102737166, 0.010083802, 0.25101736, -0.057440706, -0.0068231933, 0.031670235, -0.15177655, 0.06184211, 0.035385065, 0.094532885), target);\n\ttarget = MulAdd(g1, MF4x4(-0.021981591, -0.010338387, 0.0173951, 0.011672829, -0.07322482, 0.026766973, 0.19942865, -0.054371774, -0.039344914, -0.031175368, -0.104145624, -0.033964705, 0.059924334, 0.10030723, 0.05287642, -0.011525114), target);\n\ttarget = MulAdd(h1, MF4x4(0.010477996, -0.027564188, -0.07299184, 0.0031628401, 0.053592954, 0.14721608, 0.050443165, 0.054701533, -0.05194661, 0.10187985, 0.0841449, -0.16591024, -0.120705724, 0.04835826, 0.022117713, 0.14320303), target);\n\ttarget = MulAdd(i1, MF4x4(0.05366802, 0.04450724, -0.07116873, 0.018092519, 0.12960574, 0.010524704, 0.021397214, -0.10124951, 0.021492062, 0.15726486, 0.018809538, 0.16718598, -0.079331905, 0.014389413, -0.043786433, -0.031617466), target);\n\ttarget = MulAdd(a2, MF4x4(0.061123163, -0.008527182, 0.056948926, -0.10627774, -0.051381204, -0.098056376, -0.07355251, 0.058251213, 0.03027771, -0.059726343, -0.004039657, -0.060454708, 0.03326807, -0.017245874, -0.018002514, -0.19221961), target);\n\ttarget = MulAdd(b2, MF4x4(0.13269426, -0.14521386, 0.07024693, -0.044345845, 0.064260505, -0.08186043, -0.018553255, 0.013000457, -0.034331907, 0.0110434955, -0.15152079, 0.062666364, 0.0064793793, 0.03943717, -0.07121982, -0.0122420695), target);\n\ttarget = MulAdd(c2, MF4x4(0.0022909308, -0.027821459, 0.007666231, -0.09402207, 0.06378703, 0.0025306912, -0.011908118, 0.052943528, 0.03777223, 0.015253876, -0.0911553, 0.020581577, 0.04024302, -0.059131015, -0.12878624, -0.14937729), target);\n\ttarget = MulAdd(d2, MF4x4(-0.20060766, 0.10550035, 0.040319964, 0.02203861, -0.21334945, -0.09129617, 0.14950722, 0.27330917, -0.13043684, -0.011455554, -0.059163526, 0.061363168, 0.07198159, -0.14392267, -0.049279723, -0.16368888), target);\n\ttarget = MulAdd(e2, MF4x4(-0.005726934, 0.061809737, 0.26571175, -0.0508786, -0.13768773, 0.0084726615, 0.064867355, 0.24021354, -0.16612366, -0.32611376, -0.0056967433, 0.058649994, -0.14098184, -0.13195637, 0.17463897, -0.072706945), target);\n\ttarget = MulAdd(f2, MF4x4(-0.004255773, 0.050221432, 0.03511493, 0.13059683, 0.090276234, -0.014923911, -0.0297545, -0.047384452, -0.017452974, -0.014603175, -0.040555496, -0.040129393, 0.15767246, -0.12933423, -0.10411603, -0.059705585), target);\n\ttarget = MulAdd(g2, MF4x4(0.01499572, 0.038021356, -0.038655262, 0.10332636, 0.06107952, -0.124987125, 0.00839781, 0.026839726, 0.05667281, -0.06502034, -0.04158296, 0.020352334, 0.012855494, -0.16884436, 0.07456417, -0.27250993), target);\n\ttarget = MulAdd(h2, MF4x4(0.16625583, 0.111739345, -0.14115168, 0.07775498, 0.07964054, -0.19943264, -0.076579675, 0.114146315, -0.06924165, -0.008523757, -0.012369684, 0.084825546, 0.077360824, 0.015640896, -0.09014757, -0.2562427), target);\n\ttarget = MulAdd(i2, MF4x4(0.043598585, -1.7944143e-05, 0.020020347, 0.163202, -0.009320151, -0.060290903, -0.08029752, 0.00470786, -0.052253775, 0.0523158, -0.048120454, 0.027237004, 0.19543527, -0.053322367, -0.07795532, -0.26097637), target);\n\ttarget = MulAdd(a3, MF4x4(0.040829513, 0.027344912, 0.039350614, -0.018052671, 0.047116775, -0.21742846, 0.021800093, 0.04727935, 0.006476431, 0.109050065, -0.15855633, 0.06528196, 0.01749025, 0.0801408, 0.050908446, 0.025161307), target);\n\ttarget = MulAdd(b3, MF4x4(0.0039109145, 0.20262106, 0.010640377, 0.00073508086, 0.035609048, -0.3178805, -0.114064306, -0.08717052, 0.041919455, 0.100822195, 0.052280337, 0.14264041, -0.019835107, -0.01742497, 0.069859706, -0.136094), target);\n\ttarget = MulAdd(c3, MF4x4(-0.016050965, 0.0017023965, 0.07463478, 0.029397288, 0.012884667, -0.15340297, -0.12145311, -0.084504604, 0.031719554, 0.10176259, 0.17917578, -0.081466235, -0.070475176, -0.036569543, 0.030817369, 0.00093004206), target);\n\ttarget = MulAdd(d3, MF4x4(0.005175143, 0.038541757, -0.04611391, 0.012687734, -0.08482585, -0.13420677, -0.022602718, -0.023248335, -0.009379305, -0.024914416, -0.1556873, 0.07716233, 0.040030897, 0.019588439, -0.00020326633, -0.035921823), target);\n\ttarget = MulAdd(e3, MF4x4(0.09277081, -0.14604849, -0.10315272, -0.10218238, -0.019299058, 0.039892927, -0.12305097, 0.08282308, 0.20785542, -0.25430942, -0.5786373, 0.08361619, 0.29766968, -0.13651149, 0.05433396, -0.002326487), target);\n\ttarget = MulAdd(f3, MF4x4(0.0022918757, -0.13288023, 0.03507073, -0.1270022, -0.08303009, -0.11835682, -0.043386355, -0.049939554, 0.17220426, 0.20690584, -0.12607607, 0.01630364, -0.12909384, -0.015639398, 0.008538845, 0.011814694), target);\n\ttarget = MulAdd(g3, MF4x4(-0.07323993, 0.0038193578, -0.04499547, -0.028330965, 0.09958232, -0.19099899, 0.11461582, 0.034137066, 0.11563113, -0.080109045, -0.046825726, -0.076518156, 0.02142076, 0.023689395, -0.06716457, 0.055380866), target);\n\ttarget = MulAdd(h3, MF4x4(-0.16992791, -0.11073775, 0.030314503, -0.040741265, 0.14471209, -0.08543357, 0.03936064, 0.08363683, 0.25784957, -0.013240934, -0.2611622, 0.058637217, -0.054403603, 0.07538569, -0.01460606, 0.0033586712), target);\n\ttarget = MulAdd(i3, MF4x4(-0.030334603, -0.06705014, 0.115312725, -0.088085726, 0.06702929, -0.0011495374, -0.034704637, 0.1343799, 0.09259208, -0.015164439, -0.07946157, -0.08280861, 0.05221832, -0.020103397, 0.07027518, -0.06577655), target);\n\ttarget = MulAdd(na1, MF4x4(-0.15953599, 0.19717984, -0.068774864, -0.013231801, -0.0049428963, 0.035260137, 0.06719697, 0.053744193, -0.0061586886, 0.12468824, 0.082771085, -0.06338266, -0.11161943, 0.020903619, -0.06662881, 0.106410764), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.12648551, 0.59016633, -0.058449466, 0.05027184, -0.1268186, -0.16503315, 0.06283211, 0.15491466, -0.030275421, -0.017137839, 0.35572198, -0.20102905, -0.13933317, 0.064168975, -0.25148913, 0.19831786), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.020623447, 0.10436603, 0.032505494, 0.10330747, -0.13537021, -0.12852004, 0.043470673, 0.15594596, -0.04079206, -0.006578484, 0.014639443, -0.1305668, 0.12742941, 0.035377916, -0.020666048, 0.12913902), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.093957245, 0.14227086, -0.052876893, -0.017023886, 0.02895226, -0.049363572, -0.103803545, -0.020201692, -0.017122371, 0.020107223, 0.17466359, -0.045727585, 0.008829902, -0.090555556, -0.15374495, 0.038008567), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.12761056, 0.28135148, 0.27574867, 0.382931, 0.37396768, 0.16042046, -0.21978071, -0.09570819, -0.03657776, -0.14994064, -0.21335132, -0.14469749, -0.008334839, 0.076127745, 0.12596962, 0.044469625), target);\n\ttarget = MulAdd(nf1, MF4x4(0.062693655, -0.0020995673, -0.03578003, -0.008693218, -0.20448913, -0.0012052114, -0.05517855, 0.07709973, 0.00019773244, -0.033441383, 0.10124644, -0.029133243, 0.011188245, 0.049480632, -0.15774047, 0.026462583), target);\n\ttarget = MulAdd(ng1, MF4x4(0.07708541, 0.032094687, -0.06590399, -0.044917103, 0.030699087, 0.013791041, -0.027715903, 0.034989886, 0.12644286, -0.053212583, 0.030144867, 0.03191328, -0.0022030976, -0.03517952, -0.031239145, -0.011541516), target);\n\ttarget = MulAdd(nh1, MF4x4(0.13605243, -0.0036643173, 0.054759923, -0.0874578, -0.095541336, -0.07717009, -0.0044404124, -0.07789377, 0.022223033, 0.042040557, 0.03963188, -0.06923746, 0.050515573, 0.021173706, -0.1588929, -0.016566718), target);\n\ttarget = MulAdd(ni1, MF4x4(0.03642868, 0.0019571134, -0.06462001, -0.025783904, -0.092446275, 0.07034372, 0.13513735, 0.049418043, 0.0469767, -0.034647983, -0.028358156, 0.029821971, -0.0012547448, -0.0215142, -0.00575001, -0.015822617), target);\n\ttarget = MulAdd(na2, MF4x4(0.05991972, -0.07097606, -0.0021673026, -0.057737365, -0.07414523, 0.0848901, -0.010813947, 0.098590545, -0.053975012, -0.01418897, -0.003842304, -0.08890115, -0.036108535, -0.028888565, 0.083571434, 0.031539794), target);\n\ttarget = MulAdd(nb2, MF4x4(0.06793972, -0.04307121, -0.06749134, -0.2220419, -0.027158843, -0.12549289, -0.12074319, 0.15725835, 0.031145409, 0.029780883, 0.1666359, -0.19247383, 0.049615867, 0.007585922, 0.043383103, 0.059999026), target);\n\ttarget = MulAdd(nc2, MF4x4(0.049211416, 0.017562263, -0.16941698, 0.020431092, 0.03291002, -0.16847964, -0.13768122, 0.023552107, 0.066443734, 0.04457845, -0.06422816, 0.026246335, -0.068408854, -0.005691881, -0.016129443, -0.04373907), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.05238576, 0.0040802117, -0.048386503, -0.091417626, -0.12426567, 0.057714116, 0.13877256, 0.07984798, 0.1273961, 0.053779654, 0.005539249, -0.15763973, 0.01229652, 0.028854318, 0.03565122, 0.008969873), target);\n\ttarget = MulAdd(ne2, MF4x4(0.0557266, -0.08987834, 0.084733, -0.092816025, -0.11559604, 0.078937136, 0.2510453, 0.43310538, 0.25558868, 0.11473004, -0.38432416, -0.5493848, 0.11698362, 0.0031592897, -0.25226787, -0.16275169), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.057126086, 0.02864368, 0.03450892, -0.21388105, -0.09301064, -0.08352118, -0.03985245, 0.03851764, 0.052544933, -0.11187719, 0.1202711, -0.025741827, -0.049562898, 0.030661782, -0.13272884, 0.11825087), target);\n\ttarget = MulAdd(ng2, MF4x4(0.00022974834, 0.009710421, 0.017583983, -0.033309694, -0.0051363627, -0.04150162, 0.14076383, -0.02493734, 0.03662216, 0.013816948, -0.093910635, -0.016845183, -0.005615691, 0.057093993, -0.04766084, 0.02399329), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.105166085, 0.043123998, -0.0127380835, 0.002625806, 0.015331415, -0.06932662, 0.12627512, -0.007400604, 0.0795737, -0.06656376, 0.10450256, -0.21649025, 0.018006608, 0.023881756, 0.017293494, 0.028394276), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.02119481, 0.08968183, 0.05052849, -0.12967895, -0.040222317, -0.05005715, -0.03269384, 0.12692185, -0.026795395, -0.010976929, 0.09932758, -0.10000184, -0.029375391, -0.0059517818, 0.11153912, -0.021110825), target);\n\ttarget = MulAdd(na3, MF4x4(-0.18823478, -0.07471848, 0.10086466, -0.0802164, -0.08827184, 0.120874256, -0.10013822, -0.041975964, 0.03392259, 0.02487604, 0.0055046408, -0.031607714, -0.046583664, -0.08023409, 0.01050265, 0.018952131), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.27866688, 0.01744233, 0.22286561, -0.12082279, -0.09129484, 0.18733421, 0.13702172, 0.11011228, -0.102656946, 0.008688805, 0.017221048, 0.05698448, 0.047090173, -0.11221888, -0.011405661, -0.0803902), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.015040312, -0.06936747, -0.051856115, -0.23413056, 0.038837086, -0.05748699, 0.008432868, 0.013003123, 0.015453204, -0.025663814, -0.14024237, 0.05792928, 0.16071676, -0.06444115, -0.025555203, -0.0329603), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.17098702, -0.03307113, 0.39276683, -0.2675735, 0.11513026, 0.022623973, 0.09215052, -0.035489403, 0.15498714, -0.033512514, -0.12328384, 0.06450136, -0.0857012, -0.05533978, 0.084712565, 0.060517173), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.22476391, 0.043400906, 0.27170894, -0.08536195, 0.081583224, -0.12228048, 0.11090993, -0.17015494, -0.2305381, 0.3388885, 0.04737424, -0.039380115, -0.4384285, 0.108392686, -0.04265109, -0.076380804), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.005365885, 0.019079542, 0.101035826, 0.019317945, 0.090604626, 0.060402036, 0.03897374, -0.013627864, -0.06286203, -0.10721233, -0.04124434, 0.15492818, 0.08468363, 0.02096242, 0.16306227, -0.121712595), target);\n\ttarget = MulAdd(ng3, MF4x4(0.076783404, -0.10820704, 0.1928273, -0.26549062, -0.019718567, 0.014522923, 0.03307578, 0.05146496, -0.037891667, 0.06871848, -0.040733065, -0.06625803, 0.044294454, -0.03430605, 0.17273937, -0.097373515), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.01684758, 0.11004352, 0.18195264, 0.021141363, -0.06384991, -0.046188932, 0.14583582, -0.042456772, -0.19739406, 0.0716079, -0.14497757, -0.11471601, -0.05790205, -0.031198889, 0.16930245, -0.050601408), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.0004969313, 0.052198816, 0.044516873, -0.0004902391, -0.01417575, 0.007150018, -0.058823355, -0.10758816, 0.11552376, -0.009542674, -0.02952017, 0.057716407, 0.036378585, -0.014639986, -0.102228165, 0.014733783), target);\n\tconv2d_3_tf1[gxy] = target;\n\n\ttarget = MF4(0.05188569, -0.059999112, -0.083425395, 0.082997724);\n\ttarget = MulAdd(a1, MF4x4(0.030038383, -0.021750828, -0.05673787, -0.020782128, -0.09773039, 0.039174426, 0.06708796, -0.049333632, -0.04537355, 0.0038014427, 0.03591195, -0.044637557, 0.050968885, 0.09330693, -0.031212635, 0.07429358), target);\n\ttarget = MulAdd(b1, MF4x4(0.12775251, 0.040986136, -0.04009791, -0.46938616, -0.019962156, 0.020210423, 0.006611632, -0.12218599, -0.034447394, -0.042804014, 0.03643364, 0.008767333, 0.011725782, 0.12548617, -0.04463093, -0.0003086673), target);\n\ttarget = MulAdd(c1, MF4x4(-0.17495006, 0.09364223, 0.21191445, 0.3689361, -0.17039227, 0.046119362, 0.0004103469, 0.005220074, -0.030711368, -0.16689484, -0.0033276859, 0.0019133807, 0.039146427, 0.24162926, -0.06682649, 0.015280382), target);\n\ttarget = MulAdd(d1, MF4x4(0.14416052, -0.04350349, -0.05997498, -0.033882197, 0.094997644, -0.074338906, -0.018996352, -0.11358834, -0.056317985, -0.09744033, -0.0649357, 0.13987495, -0.11759386, 0.04025934, 0.014363531, 0.04545393), target);\n\ttarget = MulAdd(e1, MF4x4(-0.025082601, 0.15925029, 0.26535234, -0.11123376, 0.2440576, -0.22252248, -0.33604595, 0.41823947, 0.041226815, -0.018212054, 0.029909294, -0.18397939, -0.008992709, -0.053265553, -0.33006796, 0.1679767), target);\n\ttarget = MulAdd(f1, MF4x4(-0.15396369, 0.047922403, 0.081095986, 0.113559745, -0.15644477, -0.053599257, 0.13369486, -0.042834673, 0.053572267, 0.008784489, -0.07328086, -0.09134024, 0.13616152, 0.07166517, -0.13828607, 0.03351486), target);\n\ttarget = MulAdd(g1, MF4x4(0.14226072, 0.03835179, 0.037692476, 0.028272923, 0.1739552, 0.060204353, 0.025946103, -0.11801499, -0.013297981, 0.017026937, 0.03560745, 0.013458226, -0.13805607, -0.0465596, -0.10789218, 0.05573865), target);\n\ttarget = MulAdd(h1, MF4x4(0.086809635, -0.079763696, 0.09985947, -0.005514354, 0.03096031, -0.11669026, -0.022280462, -0.13622472, -0.14020382, -0.19116089, -0.19539164, 0.19047521, 0.052646037, 0.16117837, -0.03884808, 0.00616069), target);\n\ttarget = MulAdd(i1, MF4x4(0.0559758, 0.034724902, 0.0734068, 0.05364228, 0.038033064, -0.17287946, 0.079264306, -0.108767435, 0.061889466, 0.008698587, -0.09496613, 0.005716793, 0.016187228, 0.029243872, 0.0018449439, -0.049501143), target);\n\ttarget = MulAdd(a2, MF4x4(-0.07022979, -0.048978336, -0.03554127, 0.059115365, -0.044639688, 0.09438233, -0.08497962, 0.0090867905, 0.10578026, -0.05330054, -0.096712135, -0.066838026, -0.14796714, -0.068573944, -0.062214892, -0.041214455), target);\n\ttarget = MulAdd(b2, MF4x4(0.1073234, -0.18741827, -0.11151789, 0.015686441, -0.051570714, 0.11938432, -0.10913929, 0.19924664, 0.004670323, 0.12700799, 0.10854721, 0.011548006, 0.027806178, -0.056173198, -0.0735823, -0.032703802), target);\n\ttarget = MulAdd(c2, MF4x4(0.021739235, -0.0762548, -0.07841973, -0.026117647, -0.020196462, -0.032511126, -0.013573442, -0.0064681806, -0.001557182, -0.025993003, 0.042057555, -0.07787966, -0.0032753355, -0.20890261, -0.11667297, 0.014360282), target);\n\ttarget = MulAdd(d2, MF4x4(0.112155125, 0.08103959, -0.16235179, -0.044133063, -0.22261354, 0.08284279, 0.18919945, -0.12323681, 0.07951254, 0.07377466, 0.040439017, -0.085686415, -0.05438964, -0.0856376, -0.03426205, 0.16813913), target);\n\ttarget = MulAdd(e2, MF4x4(-0.07694995, -0.14575966, 0.16244434, 0.069700025, -0.09374663, 0.20785992, 0.6321536, -0.14662765, 0.049012557, -0.11849355, -0.17823172, 0.12648977, 0.23761982, -0.27029783, -0.25868917, 0.3413623), target);\n\ttarget = MulAdd(f2, MF4x4(-0.054794446, -0.07828729, -0.09556604, -0.07134157, 0.036704887, -0.10364276, 0.06125657, 0.09165867, 0.118566066, -0.049238298, -0.047849175, -0.111805685, -0.12598202, -0.059178207, 0.19201007, 0.23574536), target);\n\ttarget = MulAdd(g2, MF4x4(0.08980732, 0.02026105, 0.0129340505, -0.09411272, 0.050741844, 0.08491761, -0.0047545866, 0.08226705, -0.043336462, -0.031396918, 0.067547105, 0.062342398, -0.17352124, 0.023412999, -0.040013775, 0.1298339), target);\n\ttarget = MulAdd(h2, MF4x4(-0.14172035, -0.24607244, 0.047379315, 0.07706968, 0.021247461, -0.052120127, -0.059468146, 0.119869955, 0.053620726, 0.004084994, 0.13461955, -0.18420613, -0.08815453, -0.2254551, -0.12617877, 0.08785496), target);\n\ttarget = MulAdd(i2, MF4x4(-0.077065945, -0.2423904, 0.1552825, -0.03647555, 0.06480191, 0.1330156, -0.0269433, 0.15451622, 0.035751514, 0.20464808, -0.025265023, 0.020420134, 0.083485104, -0.21048307, 0.02272924, 0.08510558), target);\n\ttarget = MulAdd(a3, MF4x4(0.060760673, 0.09824782, -0.021633951, -0.01997114, -0.057572138, -0.09888247, 0.028583184, -0.07609289, -0.15944918, -0.068560906, 0.0012401744, -0.1439598, 0.062566355, 0.038748585, -0.049428593, 0.06488477), target);\n\ttarget = MulAdd(b3, MF4x4(-0.14030106, 0.3072454, 0.06573317, 0.11125419, -0.056651082, -0.38036165, 0.14607264, 0.025300123, -0.21910849, 0.086184375, -0.07718454, -0.22798067, 0.06774617, -0.030094463, -0.061885186, 0.17065558), target);\n\ttarget = MulAdd(c3, MF4x4(-0.010125824, 0.103072144, 0.1279997, 0.050760243, -0.044088285, -0.22203995, 0.14531416, 0.14237681, -0.09475585, -0.031036694, -0.06487942, -0.06685459, 0.044411752, 0.102043316, -0.02298463, 0.13894531), target);\n\ttarget = MulAdd(d3, MF4x4(0.078136265, 0.09181613, -0.0738238, 0.11729893, -0.0353268, -0.045860678, 0.015761107, -0.2393765, 0.16983439, -0.19721702, -0.04424538, -0.19921613, -0.15987086, -0.053151198, -0.021123309, 0.017046373), target);\n\ttarget = MulAdd(e3, MF4x4(0.12818108, 0.110156946, -0.312964, -0.039435193, -0.013887782, 0.023616536, -0.10395611, -0.10312674, 0.16714245, -0.011764259, 0.013490144, -0.27647623, 0.2815708, -0.077260576, -0.48344976, 0.45566863), target);\n\ttarget = MulAdd(f3, MF4x4(0.13948695, 0.16520035, -0.10736998, 0.11894474, 0.04268327, -0.06891544, -0.12176657, -0.010123764, -0.12706108, -0.09380579, 0.20031494, 0.013033486, 0.045285974, 0.24856701, 0.017390171, 0.008171071), target);\n\ttarget = MulAdd(g3, MF4x4(0.10275033, 0.044178646, -0.07312131, 0.032645803, 0.06477659, -0.23516645, 0.067890026, -0.10182108, -0.06428725, -0.30921656, 0.0689789, -0.12003374, -0.0762646, -0.054030195, -0.032199256, -0.01721715), target);\n\ttarget = MulAdd(h3, MF4x4(0.030139906, 0.34553978, -0.10791494, 0.10865321, -0.027569076, -0.3618259, 0.08197652, -0.18512005, -0.052365016, -0.2031043, 0.022174975, 0.112072885, -0.010841792, -0.056213304, -0.01889174, -0.021815313), target);\n\ttarget = MulAdd(i3, MF4x4(0.07941464, 0.10613619, -0.17120236, 0.11736614, -0.067713745, -0.04955237, 0.07884793, 0.028317591, -0.08577812, -0.23818578, 0.028565563, -0.09763123, 0.021688502, -0.014520022, -0.0022332326, 0.06084232), target);\n\ttarget = MulAdd(na1, MF4x4(0.17416538, -0.055337753, -0.086784735, -0.19203298, -0.022859348, 0.052769832, 0.01801499, 0.021157248, -0.003430855, 0.28804642, -0.12915777, -0.007967927, -0.062051505, -0.035990898, 0.14486398, -0.045551952), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.06697477, 0.21398899, 0.15626886, 0.09518566, -0.04784873, -0.043016933, 0.028028524, -0.2202801, 0.009475978, 0.023302117, 0.086636774, 0.08466187, 0.027134296, -0.12477319, -0.0066038263, -0.13377169), target);\n\ttarget = MulAdd(nc1, MF4x4(0.073002495, 0.019882409, 0.13465437, 0.095742665, 0.02877812, -0.07978304, 0.04799434, -0.08633761, 0.053829532, 0.028266488, 0.016496865, -0.017649772, 0.007504453, -0.08132136, -0.032084428, -0.06213031), target);\n\ttarget = MulAdd(nd1, MF4x4(0.22638816, 0.021791125, -0.05373062, -0.11881955, -0.16027248, 0.1248117, 0.09711232, 0.12850693, 0.1430744, 0.016074827, 0.28289175, -0.02841633, -0.071616, 0.123623274, 0.034697633, -0.04540337), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.32847854, 0.03362345, 0.1570183, -0.03396035, 0.010754796, 0.050622255, 0.1397359, -0.0694123, -0.08154277, 0.07327178, -0.19398023, 0.19549695, 0.016365696, -0.094511, 0.1962987, -0.1624034), target);\n\ttarget = MulAdd(nf1, MF4x4(0.058889385, -7.546345e-05, 0.24408817, 0.2477949, -0.09436003, 0.012569106, -0.008978321, -0.24843621, -0.05341815, 0.042606987, -0.034251466, -0.032898013, 0.024249421, -0.13529354, -0.009598037, -0.010006772), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.008468843, -0.096458435, -0.03669067, 0.07894181, -0.05088269, -0.02165748, -0.092161335, 0.027510274, -0.063793465, -0.016722348, 0.04017869, -0.08391233, -0.02473415, -0.002307846, -0.050660677, 0.13024652), target);\n\ttarget = MulAdd(nh1, MF4x4(0.106820665, -0.079599075, 0.119992964, 0.052486505, -0.13353048, 0.17465922, -0.06353679, 0.08188179, -0.06733727, -0.076294705, 0.06284326, 0.03576611, -0.07740004, -0.022198483, -0.02510401, 0.013377264), target);\n\ttarget = MulAdd(ni1, MF4x4(0.05380906, -0.13063669, 0.0502729, 0.08910364, -0.063234136, 0.12828088, -0.018460963, -0.075440355, 0.009794487, -0.06512296, -0.06974687, 0.055644996, -0.06760934, -0.051190425, 0.015056534, -0.076578766), target);\n\ttarget = MulAdd(na2, MF4x4(0.11306755, -0.14152966, 0.017199567, -0.07927823, -0.07652898, 0.049704805, 0.08694966, 0.023250965, -0.0097414795, 0.18923178, -0.009095949, 0.19534774, 0.07291539, 0.08211279, -0.03250076, -0.004571515), target);\n\ttarget = MulAdd(nb2, MF4x4(0.054340266, -0.06225541, 0.079742216, 0.08922402, 0.038130082, 0.03440285, -0.09214123, -0.079534784, -0.056612004, -0.11120479, -0.022306368, -0.12771012, -0.03189213, -0.06106299, 0.07653171, -0.017988201), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.01483085, -0.07492041, 0.09557763, 0.018514846, -0.063029274, -0.0042385045, 0.095838405, 0.25916252, 0.007743448, -0.03838592, -0.0017389939, -0.21538797, 0.030113945, 0.052143387, 0.042328425, -0.021920057), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.054446265, -0.15103836, 0.0337641, -0.17766273, 0.59812796, 0.16621551, -0.1396398, -0.10765044, -0.20137207, -0.058399063, 0.015214646, 0.08948676, 0.10885861, -0.07048783, -0.036039792, -0.0139106875), target);\n\ttarget = MulAdd(ne2, MF4x4(0.44016132, -0.15730812, -0.18961212, 0.054028135, 0.20437379, 0.22306874, -0.16968171, -0.3039991, 0.16289267, -0.13677506, 0.393345, 0.14750478, 0.030973857, -0.15711813, 0.29814583, -0.079453215), target);\n\ttarget = MulAdd(nf2, MF4x4(0.111330524, 0.034477763, -0.035662375, 0.0040829857, -0.21120815, -0.0015638896, 0.16000211, 0.11780304, 0.117233016, 0.027888954, -0.11743133, -0.10117133, 0.09182776, -0.15051128, -0.050599564, -0.07859627), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.07528831, 0.07377095, -0.012035711, 0.14641845, 0.19885515, -0.027350847, 0.15891771, -0.032186788, -0.18568198, 0.08516914, 0.0194725, 0.113679186, -0.07321446, -0.006814611, 0.024363022, -0.041401975), target);\n\ttarget = MulAdd(nh2, MF4x4(0.03670741, -0.05319249, 0.051785614, -0.16903248, 0.17325033, 0.1144905, 0.20689905, -0.018909017, 0.05619651, -0.01838476, -0.18826057, 0.04974103, -0.048423767, -0.038877293, -0.07345023, 0.112472065), target);\n\ttarget = MulAdd(ni2, MF4x4(0.010864774, 0.16668274, 0.068780385, 0.08308156, -0.034339216, 0.011294274, 0.14058082, -0.13272302, -0.049348705, -0.043334674, -0.055829912, -0.08535909, 0.0064629056, 0.023997806, -0.016735112, -0.011942476), target);\n\ttarget = MulAdd(na3, MF4x4(0.086142346, 0.2292178, -0.010219403, 0.0593476, -0.083634034, 0.12259535, -0.07327748, 0.024673425, -0.045079265, -0.02530776, 0.02248951, 0.008393773, 0.077611506, -0.11509985, 0.059175193, -0.042087976), target);\n\ttarget = MulAdd(nb3, MF4x4(0.04044624, 0.26444176, 0.01946967, 0.11972864, -0.17220415, 0.2603537, -0.14230311, -0.12086888, -0.0016741497, -0.15089966, 0.024180984, -0.15758742, 0.008668386, 0.031713035, 0.005303394, 0.12022453), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.010897276, 0.11987153, -0.13000685, 0.19799784, 0.078611284, -0.03090101, -0.053625334, -0.004184015, 0.010114269, -0.116182365, 0.0914601, 0.018809833, -0.06429345, -0.038116198, 0.07993482, 0.1780351), target);\n\ttarget = MulAdd(nd3, MF4x4(0.31573543, 0.27823564, -0.044864718, -0.06798315, -0.028597904, -0.12924606, 0.011233994, 0.014880406, -0.2519176, -0.013868341, 0.079987615, 0.24702698, 0.18798052, 0.12141515, -0.07526576, -0.09506396), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.11081675, 0.8964764, 0.23946989, 0.2148404, 0.021539357, -0.28177392, 0.11052179, -0.20627522, -0.17099018, -0.18601313, -0.14564027, -0.009660313, -0.074333444, 0.16385522, 0.2510857, -0.18929671), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.099951014, 0.15615578, 0.0872118, 0.085872896, -0.050993633, -0.034744546, 0.11654366, 0.099523395, -0.026343498, -0.06509954, -0.036859628, -0.064830914, -0.04815342, -0.045304768, 0.09685562, 0.034938518), target);\n\ttarget = MulAdd(ng3, MF4x4(0.38825148, 0.22435588, -0.038768243, 0.12891662, -0.020507365, 0.02433332, 0.10165365, -0.06321467, -0.27405342, 0.21058224, -0.056151077, 0.0893715, 0.2074139, 0.075082846, 0.05353601, 0.07657649), target);\n\ttarget = MulAdd(nh3, MF4x4(0.1015844, 0.17984828, 0.09339243, 0.03871665, 0.0317625, 0.09201323, 0.025318913, -0.14218892, -0.0707927, -0.08178308, 0.027679168, -0.0876631, 0.10087377, 0.120364726, 0.04277295, -0.045731667), target);\n\ttarget = MulAdd(ni3, MF4x4(0.028319372, -0.071746595, 0.06251333, -0.01576269, -0.010277642, 0.0071051405, 0.05409803, -0.031315167, -0.029280229, 0.062258944, 0.011841519, -0.035734437, -0.04741583, -0.03989569, 0.09797028, 0.015404385), target);\n\tconv2d_3_tf2[gxy] = target;\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x24\n//!IN conv2d_3_tf, conv2d_3_tf1, conv2d_3_tf2\n//!OUT conv2d_4_tf, conv2d_4_tf1, conv2d_4_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_3_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_3_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(0.059486926, -0.04431698, 0.13264082, 0.054302923);\n\ttarget = MulAdd(a1, MF4x4(0.24241452, -0.100528784, 0.084611595, -0.08080715, -0.080256924, 0.32367775, -0.08305123, 0.14469719, -0.12750244, 0.011761777, -0.032910027, -0.09281193, -0.08873951, -0.048546325, 0.074183516, 0.045072023), target);\n\ttarget = MulAdd(b1, MF4x4(0.010939742, 0.098544136, 0.049292147, -0.22430013, -0.08015333, -0.031508088, -0.36106005, 0.12460627, 6.643176e-05, 0.018857447, 0.031020487, 0.12757821, -0.19238578, 0.30933842, -0.0045448663, 0.06171628), target);\n\ttarget = MulAdd(c1, MF4x4(-0.108574405, 0.09914063, -0.041833777, -0.039154854, 0.23846108, -0.1906441, -0.039134666, -0.25513512, -0.0050513004, 0.01407854, -0.022056133, -0.1184478, 0.066072665, 0.0785561, -0.020216426, -0.18292157), target);\n\ttarget = MulAdd(d1, MF4x4(0.12959838, 0.026440006, -0.0011596913, -0.31726244, -0.07676252, 0.027959237, 0.05895619, 0.12172022, -0.024327997, 0.21279183, 0.13060385, 0.13505119, -0.031498447, 0.16705142, 0.09434212, -0.023264466), target);\n\ttarget = MulAdd(e1, MF4x4(0.03360758, 0.31829336, 0.097372435, 0.066172324, -0.0873371, -0.07164736, -0.116273776, -0.15921108, -0.024977256, -0.11765985, -0.049553525, -0.032468632, -0.44380078, -0.08507502, 0.0327261, 0.019686563), target);\n\ttarget = MulAdd(f1, MF4x4(-0.25682133, 0.22201401, -0.18396896, -0.2420858, -0.09842399, 0.055608753, 0.25748596, 0.23556975, 0.026250778, 0.040285446, -0.07382262, 0.046680715, 0.18008539, -0.09701798, 0.19753018, -0.1137251), target);\n\ttarget = MulAdd(g1, MF4x4(0.11319255, -0.03126501, 0.07208281, 0.07807037, 0.004573684, -0.06784475, 0.1179848, 0.020895153, -0.06185304, 0.14311057, 0.046281323, 0.008271052, 0.026759004, 0.08469016, 0.028041905, -0.03963556), target);\n\ttarget = MulAdd(h1, MF4x4(-0.07507896, -0.11879082, -0.10246563, 0.035149485, -0.06570499, 0.1419997, 0.12152748, -0.12301691, 0.1762615, -0.23543337, -0.02367177, 0.09385406, -0.09039412, -0.009186869, 0.14061865, 0.034911305), target);\n\ttarget = MulAdd(i1, MF4x4(-0.090208784, 0.032296423, -0.027498133, -0.20286347, -0.23917037, 0.121174216, -0.17504627, -0.07068821, -0.023061762, 0.19171213, 0.08966504, 0.026315464, -0.01362642, -0.06647785, 0.013971816, 0.0012104128), target);\n\ttarget = MulAdd(a2, MF4x4(-0.161861, 0.014416416, -0.15422133, -0.038345456, -0.01926263, 0.05678733, -0.08679306, 0.12459709, 0.09292243, 0.086677715, 0.02556416, 0.00951428, 0.044389777, -0.098340936, -0.0022571671, -0.11948745), target);\n\ttarget = MulAdd(b2, MF4x4(-0.03355483, 0.18284513, -0.40516412, -0.08310888, 0.072258465, -0.031982094, -0.08194034, -0.20847136, 0.053745344, 0.14951777, -0.09529998, -0.02916081, 0.3393585, -0.05936077, -0.052002147, -0.09378778), target);\n\ttarget = MulAdd(c2, MF4x4(0.022535978, -0.013279629, -0.18767136, -0.1950165, -0.08899123, 0.06262896, -0.03814574, 0.06236617, 0.020036899, 0.11593139, -0.07205022, -0.07774045, -0.03650935, 0.123902336, -0.013660339, 0.0100182695), target);\n\ttarget = MulAdd(d2, MF4x4(0.41049683, -0.13173875, 0.30123588, -0.114987805, -0.032382715, 0.010663058, -0.160782, 0.080483064, -0.15371633, -0.13527736, -0.007258104, 0.038761474, 0.13176364, 0.03947656, 0.19999593, 0.017623467), target);\n\ttarget = MulAdd(e2, MF4x4(-0.36690325, -0.11513609, -0.07545344, -0.48683265, -0.06626628, -0.1879703, -0.26255432, -0.27202544, 0.23177272, 0.22095495, -0.48685974, -0.15628079, 0.034569174, 0.11856782, 0.09302504, 0.058153495), target);\n\ttarget = MulAdd(f2, MF4x4(-0.11159616, 0.3598168, -0.040168233, -0.017913736, 0.05656028, 0.080021836, -0.0057910853, 0.09907919, -0.018118931, 0.104529314, -0.06623353, -0.05187142, 0.042655, -0.06037208, -0.13814276, -0.13877125), target);\n\ttarget = MulAdd(g2, MF4x4(0.07689434, -0.02957611, 0.059183944, 0.18732947, -0.012570976, -0.050425645, -0.04667911, -0.01714018, -0.1811952, -0.10611838, -0.06517356, 0.042284686, 0.14040054, -0.0044124937, 0.088569656, -0.09631004), target);\n\ttarget = MulAdd(h2, MF4x4(-0.041964065, -0.03648969, -0.06585285, -0.14997002, 0.14896095, 0.10991836, 0.035850056, -0.20629084, 0.20721185, 0.009481607, 0.059676703, 0.029152349, 0.048996776, 0.013181292, 0.012264018, 0.11202655), target);\n\ttarget = MulAdd(i2, MF4x4(-0.0025412547, 0.17166725, -0.029921697, -0.095596656, -0.01471627, -0.073273055, -0.07374642, 0.12182166, -0.032026254, 0.026899092, 0.010827608, 0.025221692, -0.023959257, 0.029916659, -0.082857594, -0.08647804), target);\n\ttarget = MulAdd(a3, MF4x4(0.0033231457, 0.025150223, -0.03726759, 0.00018312124, 0.07642118, 0.014045985, 0.12287268, -0.004507867, 0.020656586, -0.047215212, 0.06898793, -0.07950119, -0.012468573, -0.048340544, -0.018446337, 0.027170202), target);\n\ttarget = MulAdd(b3, MF4x4(0.10788957, -0.12736209, -0.013289646, -0.022522524, 0.021718934, 0.020739023, -0.036677744, -0.020026676, 0.02461253, -0.092075236, 0.020083528, 0.082641564, 0.075953014, -0.27012607, 0.008537513, -0.014810857), target);\n\ttarget = MulAdd(c3, MF4x4(-0.08193019, 0.12357896, -0.06672417, -0.0010150888, 0.04195979, 0.0720302, -0.04809725, 0.055789728, 0.029061116, 0.10846966, -0.04579666, -0.01037483, 0.12933455, -0.053652834, 0.016493477, -0.0990554), target);\n\ttarget = MulAdd(d3, MF4x4(-0.09004879, -0.07116469, -0.06171522, 0.03694901, 0.13067593, 0.014719711, 0.120604895, -0.16505042, -0.13472416, 0.21027507, -0.022027668, 0.07578348, 0.14807276, -0.08320662, 0.0676947, 0.015872132), target);\n\ttarget = MulAdd(e3, MF4x4(-0.013147318, -0.13990307, 0.1424338, 0.115681306, -0.096111625, -0.044169232, 0.11619919, -0.12927286, 0.2216329, -0.3785249, 0.11881006, 0.05548364, 0.042547792, 0.01991183, 0.18072614, -0.12253586), target);\n\ttarget = MulAdd(f3, MF4x4(0.00507553, 0.06520682, -0.046696853, 0.09873781, -0.007926131, -0.046024855, 0.007177778, 0.067222506, 0.061948813, -0.049535032, -0.12687485, -0.07812312, 0.10864703, -0.005380493, -0.015591806, -0.12866366), target);\n\ttarget = MulAdd(g3, MF4x4(0.019687995, -0.08136337, -0.023699999, -0.0323895, 0.12587894, 0.08024744, 0.08909513, -0.0005001073, -0.11161824, -0.016753444, 0.044748716, -0.11397051, 0.06295226, -0.0628124, 0.009678967, -0.1027119), target);\n\ttarget = MulAdd(h3, MF4x4(-0.032145683, -0.008628118, -0.06487987, -0.010637064, -0.09447084, -0.20124236, -0.122117415, -0.12410895, 0.10209157, 0.068115994, 0.19661677, 0.043781675, 0.11948784, 0.15049894, 0.021160888, -0.21148479), target);\n\ttarget = MulAdd(i3, MF4x4(-0.0033451298, 0.062234465, -0.03359657, 0.077990666, -0.011020787, 0.050606657, -0.11445393, -0.057500027, -0.10895705, -0.05061424, -0.0075792223, 0.0826572, 0.03529453, -0.04615097, -0.049622457, -0.02728514), target);\n\ttarget = MulAdd(na1, MF4x4(-0.047170192, -0.063528895, 0.02639375, 0.06133726, 0.07981049, 0.034422956, -0.13669443, -0.027895411, -0.010747354, -0.0295917, 0.023415035, 0.104463466, -0.011863274, 0.12199949, -0.056722328, -0.0074905828), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.16876027, 0.042861532, -0.042729948, 0.13059488, -0.009925716, -0.16374534, 0.1027359, -0.0023175783, -0.08118241, -0.18233776, 0.003640569, -0.04086481, -0.07530675, 0.046155393, -0.09668895, -0.040498324), target);\n\ttarget = MulAdd(nc1, MF4x4(0.0208792, -0.041296285, 0.06495765, -0.014825306, -0.09760564, 0.143414, -0.013952, 0.012976426, 0.07446454, -0.069237985, -0.002300383, 0.039793592, 0.10446527, -0.15101886, 0.041385327, 0.045380514), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.12573302, 0.26293075, 0.021182856, 0.02212639, -0.00491492, -0.09508161, -0.17054123, 0.0334656, -0.14494689, -0.13223654, -0.16647294, -0.20494382, 0.035838082, -0.02903287, -0.07826274, 0.10065476), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.19727297, -0.2761233, 0.052405518, 0.060891774, 0.35287574, -0.112983346, -0.1780347, 0.29627487, 0.15366785, -0.0058370745, -0.12529264, 0.290549, -0.0019844156, 0.10950049, -0.11683605, -0.31868842), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.065610245, 0.11033488, 0.0847139, 0.08285523, 0.12131332, 0.03140868, 0.019243333, -0.023314001, 0.12372892, -0.048462555, 0.07601431, -0.21340725, 0.094367005, -0.17915425, -0.16658746, -0.113485895), target);\n\ttarget = MulAdd(ng1, MF4x4(0.033004273, -0.070222795, -0.22679015, -0.11107499, -0.02167688, 0.039476246, 0.023125345, -0.06782998, 0.039133113, -0.093893945, -0.0107462, 0.013814576, -0.050011426, 0.04277595, -0.011378756, 0.0350182), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.086395636, 0.2250359, 0.0071665626, -0.14477696, 0.08346748, -0.104350545, 0.066446565, 0.07878673, -0.09608493, 0.034221467, 0.056161933, 0.1631777, -0.04652218, -0.16019695, -0.14100033, 0.0012826526), target);\n\ttarget = MulAdd(ni1, MF4x4(0.010050049, 0.069934174, -0.019675957, -0.08841736, -0.084199436, 0.038151644, 0.08524713, -0.010469705, 0.08203982, -0.16461739, 0.0085432455, -0.018949067, -0.03917674, -0.06079645, -0.08174396, -0.06611958), target);\n\ttarget = MulAdd(na2, MF4x4(-0.11630934, 0.06403295, -0.015545311, 0.04184985, -0.010742663, 0.09900252, 0.16177145, -0.08190314, 0.026068239, -0.11228535, 0.07040219, 0.026017435, 0.027691854, 0.05901074, 0.063722596, 0.061167255), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.079639085, -0.073422454, 0.022079231, 0.099202864, -0.0395308, -0.22311744, 0.2558813, 0.1212435, 0.015039178, 0.22544971, 0.18809341, 0.023819689, 0.031049373, 0.14752339, 0.021717936, -0.07462568), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.04292503, -0.049489103, 0.005655617, -0.072831966, -0.13834368, 0.096430235, 0.11431599, 0.034313705, -0.081960544, -0.05398357, 0.17004605, 0.018943321, -0.057367492, 0.109905675, 0.03622088, 0.10881282), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.10108816, 0.022445837, -0.16971505, 0.15245505, -0.049302544, -0.038824387, 0.1386521, -0.02240345, 0.08463246, 0.03382031, 0.029146284, -0.022780763, -0.10378809, 0.12192778, -0.10930472, -0.13424326), target);\n\ttarget = MulAdd(ne2, MF4x4(0.011400255, 0.1136756, -0.12854446, -0.02158332, 0.041146938, 0.23310283, 0.20242867, 0.13700607, 0.06842123, -0.2627286, 0.15257023, 0.109742284, -0.06880218, -0.12513116, 0.36323714, -0.08309059), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.06563699, -0.19518705, -0.16528322, 0.0077345036, 0.07426379, 0.01273623, -0.02538561, -0.13874102, -0.17633066, -0.011773621, 0.11594737, 0.036010545, -0.100552164, 0.17657241, 0.008071872, 0.15612179), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.092973836, 0.082076035, -0.10813946, 0.020986248, -0.0980453, 0.088257805, 0.12294689, 0.06353175, -0.0555235, -0.07203055, 0.0012230835, 0.031788144, 0.09232316, 0.07080032, -0.13878204, 0.1324983), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.09405708, 0.08027049, -0.029044298, 0.004413014, -0.031831603, -0.10639057, 0.22791572, 0.29128549, -0.019287571, -0.07344137, -0.06703681, 0.06482271, -0.16929443, 0.18714571, 0.0076980256, -0.3553443), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.08177233, -0.03985184, -0.05898491, -0.084218055, 0.13517176, -0.064535744, 0.023212295, -0.104104936, 0.06286191, -0.0183956, -0.014526215, 0.022721317, 0.13015802, -0.012955069, 0.04760935, -0.024741875), target);\n\ttarget = MulAdd(na3, MF4x4(-0.11811978, -0.258122, -0.0524529, 0.013679023, 0.3381383, -0.15303107, 0.15624695, -0.041717052, -0.09521123, -0.02555037, -0.055241242, 0.1292656, -0.053962484, 0.061827328, 0.007066458, -0.030455371), target);\n\ttarget = MulAdd(nb3, MF4x4(0.011406645, 0.03625852, 0.17662852, 0.22849263, 0.008301044, -0.06586813, 0.06535347, -0.1422378, -0.21197955, 0.09594126, -0.019065345, 0.07993183, -0.18870543, -0.100329205, 0.106410205, 0.19904357), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.010716086, 0.019676654, 0.14609855, 0.023858106, -0.09101523, 0.04618942, 0.019114424, 0.063025944, 0.017177893, -0.17157322, 0.041316323, 0.008979556, -0.012944043, 0.00247818, 0.06370907, 0.21294525), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.35886058, -0.21411636, -0.102139756, -0.091692075, 0.06896005, 0.031774938, -0.11289269, 0.018020328, -0.07621171, -0.20134668, -0.03170399, -0.15741387, 0.21397352, 0.020581603, 0.058037966, -0.060088705), target);\n\ttarget = MulAdd(ne3, MF4x4(0.08237236, -0.40777692, -0.30334964, 0.17960687, 0.15861799, 0.38422614, 0.07123272, -0.14411296, -0.18338335, 0.20555314, -0.24229437, 0.11125418, -0.25821567, 0.21951115, -0.0689347, 0.30991623), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.1809837, 0.2020823, 0.18093042, -0.28097653, 0.04832372, 0.05197796, 0.0411827, -0.038122583, -0.12748396, 0.2147528, 0.03581702, -0.06162546, 0.35705167, -0.17073934, 0.05283743, -0.1553281), target);\n\ttarget = MulAdd(ng3, MF4x4(0.049231995, 0.104612015, 0.13789916, 0.11476952, -0.08613189, 0.12533712, -0.11062187, -0.06180441, 0.0076576895, -0.07606035, -0.13825357, 0.05541409, -0.11110464, 0.027096856, -0.059329435, 0.07901976), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.07326118, -0.05398769, 0.3154168, 0.25846845, 0.20782405, 0.157769, -0.02310168, 0.017850745, -0.08339611, 0.14059362, -0.12403927, 0.023322403, -0.19284059, 0.0866216, -0.06948787, 0.019149296), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.035457414, -0.22270168, 0.16388698, -0.103444144, -0.18057363, 0.2918497, 0.10467282, -0.0905526, 0.13966475, -0.098633334, -0.01834713, -0.035242856, -0.05306878, 0.02205429, 0.07744791, 0.10596783), target);\n\tconv2d_4_tf[gxy] = target;\n\t\n\ttarget = MF4(0.045264397, 0.05760936, 0.027744984, -0.03773891);\n\ttarget = MulAdd(a1, MF4x4(0.19755663, 0.0316557, -0.026239445, -0.02093631, 0.34920403, 0.089713775, 0.15791516, -0.07875456, -0.10947356, 0.0650924, -0.018307874, 0.10422799, -0.06709603, -0.11965746, 0.02718723, 0.011129028), target);\n\ttarget = MulAdd(b1, MF4x4(-0.11617485, -0.031335115, 0.19744423, 0.10993791, 0.019927517, 0.3689939, -0.09384358, 0.15150148, -0.08009817, 0.0921147, -0.010306458, 0.10003431, -0.041360963, 0.29798675, -0.1715826, 0.19668113), target);\n\ttarget = MulAdd(c1, MF4x4(-0.053691022, 0.18052101, -0.046081945, 0.19882767, 0.22020999, 0.34823263, 0.106327124, -0.022915896, 0.01570857, -0.007507703, -0.012257527, 0.036691625, 0.086023636, 0.050882597, -0.05192003, -0.05078049), target);\n\ttarget = MulAdd(d1, MF4x4(-0.07258528, -0.19264953, 0.0077820197, 0.15891895, -0.02311384, -0.008074125, 0.3110597, 0.049998533, 0.02290246, 0.03217235, 0.15498875, -0.03103216, 0.24216467, 0.13539337, -0.051235467, -0.06826195), target);\n\ttarget = MulAdd(e1, MF4x4(-0.110576056, -0.3145707, -0.13334544, -0.005337209, -0.038422424, 0.13821185, -0.15107699, 0.14623423, -0.08636853, 0.107583255, 0.17422204, 0.18080167, 0.050008878, -0.12324271, 0.2247043, -0.27508256), target);\n\ttarget = MulAdd(f1, MF4x4(-0.05137364, 0.16223, -0.03729107, 0.31266937, -0.17589277, 0.21317652, -0.33287808, 0.21178558, -0.045284536, 0.07560065, 0.05269868, 0.14920329, 0.16866954, -0.1268599, 0.20590475, -0.011014125), target);\n\ttarget = MulAdd(g1, MF4x4(0.034846842, 0.2524156, 0.03403225, -0.11323429, -0.14184852, 0.017702477, -0.02463918, 0.10044771, 0.19502714, -0.0025532132, 0.053394504, 0.26317486, -0.027531786, 0.17660192, -0.0288518, 0.10305002), target);\n\ttarget = MulAdd(h1, MF4x4(0.0015593453, 0.080029555, -0.1503097, 0.18303742, -0.20101264, -0.21629538, -0.22573662, 0.083415814, -0.17538182, -0.14721964, 0.14281827, 0.059842914, 0.011950429, 0.24764334, -0.1454325, -0.30143398), target);\n\ttarget = MulAdd(i1, MF4x4(-0.035138246, -0.21716589, -0.16935606, -0.10491116, -0.2616234, -0.65694314, -0.055407632, -0.37251663, -0.15059815, -0.070271164, 0.041637342, 0.012102054, -0.1284768, -0.045593116, 0.053494472, -0.046751507), target);\n\ttarget = MulAdd(a2, MF4x4(-0.12646478, -0.119142495, 0.0041090506, 0.16849291, 0.00027152186, 0.0060362555, -0.055415455, -0.010880626, -0.017593162, -0.012767872, 0.017386466, -0.07673884, -0.12813187, -0.06382475, -0.017622227, -0.030992843), target);\n\ttarget = MulAdd(b2, MF4x4(0.2330042, 0.23233213, -0.064918295, -0.028516663, 0.0043700417, -0.009412538, 0.020097204, 0.078027494, 0.22039704, 0.09681993, -0.1377131, 0.04463947, 0.053339735, -0.015651379, 0.013501266, 0.108578116), target);\n\ttarget = MulAdd(c2, MF4x4(0.23399013, 0.055069428, 0.0113888625, 0.0061372546, -0.07836111, -0.034460228, 0.0017155824, -0.088409096, 0.03733338, -0.17709526, -0.09718914, -0.25720972, 0.0175349, 0.15622771, -0.1188024, 0.018442187), target);\n\ttarget = MulAdd(d2, MF4x4(0.06318714, 0.061475955, 0.060729396, -0.2142427, -0.10224866, 0.034940694, 0.19492944, 0.018143132, 0.07064079, -0.22845416, 0.010652238, -0.0011233883, 0.029130183, 0.17482844, -0.009811812, 0.019755777), target);\n\ttarget = MulAdd(e2, MF4x4(-0.21866481, 0.21452273, -0.5259575, -0.039219536, 0.15874244, -0.057900973, 0.10559354, 0.23824032, 0.108966984, -0.098509155, 0.007014109, -0.19821534, -0.05215934, 0.10909223, 0.100663096, -0.06883611), target);\n\ttarget = MulAdd(f2, MF4x4(-0.12868437, 0.006826078, -0.21385023, 0.069496915, -0.06559356, 0.090547845, -0.07395987, -0.06983689, 0.06552238, -0.12867814, -0.08192026, -0.33435416, -0.051290937, -0.02937074, 0.090245195, -0.026612237), target);\n\ttarget = MulAdd(g2, MF4x4(0.23456517, 0.27903032, -0.039212193, -0.012552891, -0.19781788, -0.035103757, -0.009250316, 0.10727226, 0.19742231, -0.079642996, -0.2613758, -0.15201536, 0.102801695, -0.0107969325, 0.16421579, 0.12108303), target);\n\ttarget = MulAdd(h2, MF4x4(-0.081254065, -0.088084355, -0.091935016, 0.24067412, -0.020433908, -0.01316852, -0.06662833, -0.2533817, 0.14042647, -0.02623474, 0.05427906, 0.041403648, -0.13581693, -0.08902222, -0.15670143, 0.013441458), target);\n\ttarget = MulAdd(i2, MF4x4(-0.015764505, -0.113010205, -0.15281607, -0.077271774, 0.0904112, 0.09933737, 0.067184925, 0.2099568, -0.101301536, 0.06434189, -0.0758522, -0.12554163, 0.06781772, 0.007166253, -0.085833766, 0.06006488), target);\n\ttarget = MulAdd(a3, MF4x4(-0.0008048365, 0.0912284, -0.0055085155, 0.023269827, -0.022154478, 0.08539601, 0.035023473, -0.0037330675, 0.11452262, 0.047892746, 0.008300871, -0.01195116, 0.047538597, -0.10830887, 0.05510819, -0.08836116), target);\n\ttarget = MulAdd(b3, MF4x4(-0.038602248, 0.023333155, 0.017770592, -0.1674776, 0.06629619, 0.083431914, 0.026809458, 0.08592056, 0.14014852, -0.14666164, 0.019641537, -0.0573306, -0.020499265, 0.007868977, -0.04190651, 0.020347582), target);\n\ttarget = MulAdd(c3, MF4x4(-0.1610257, 0.21653429, 0.10658098, 0.15106596, 0.029077698, 0.16445225, 0.15524676, 0.09390834, 0.096011646, -0.032807898, -0.09418951, -0.0093525015, 0.06159448, -0.009395444, -0.10014662, -0.030301452), target);\n\ttarget = MulAdd(d3, MF4x4(-0.022683617, -0.23651919, -0.031805664, 0.023116864, -0.07386424, 0.20458803, 0.08983447, -0.08244156, 0.08310062, 0.14591648, 0.17395934, 0.0062589166, 0.22174175, 0.14258352, -0.028493408, -0.115363955), target);\n\ttarget = MulAdd(e3, MF4x4(-0.08310355, -0.17647965, -0.19287375, 0.10848365, 0.120546475, -0.1464013, -0.038455628, 0.10530652, 0.49538115, 0.023421936, 0.3173384, 0.058539134, -0.27795956, 0.08117526, 0.033342082, -0.12135774), target);\n\ttarget = MulAdd(f3, MF4x4(-0.08346938, -0.034818605, 0.06265251, 0.09470142, -0.014027538, 0.013816392, -0.047068585, -0.007864913, -0.073640525, -0.1490151, -0.09421087, -0.07231172, 0.21453248, -0.053285554, 0.09661593, -0.07566676), target);\n\ttarget = MulAdd(g3, MF4x4(-0.08119892, -0.011698777, -0.0014542739, -0.0031197777, -0.093343884, 0.07836053, 0.14061041, 0.032417424, 0.032266736, -0.039402176, 0.0857551, -0.14606103, -0.106497854, -0.021479463, -0.036599685, 0.04007321), target);\n\ttarget = MulAdd(h3, MF4x4(0.011121453, -0.020399215, 0.016996361, 0.048273075, -0.07153608, -0.044302233, -0.0035937368, 0.16915803, -0.014105862, 0.1021961, 0.15072922, 0.015028268, -0.009132996, -0.06612329, -0.034465823, -0.142786), target);\n\ttarget = MulAdd(i3, MF4x4(-0.020469163, -0.117958315, 0.0012601769, 0.007204419, 0.009460007, -0.021850191, -0.014184652, 0.06922846, -0.1432164, -0.02172806, -0.0671699, -0.039830353, 0.011462847, -0.021253375, 0.084333375, 0.026236529), target);\n\ttarget = MulAdd(na1, MF4x4(-0.32116294, 0.022814747, 0.053154226, 0.08573102, 0.24082868, -0.11634813, -0.12103037, -0.072189964, 0.07916793, 0.005124598, -0.038430523, -0.020428248, -0.074155636, 0.0026447256, -0.12052403, -0.0008143328), target);\n\ttarget = MulAdd(nb1, MF4x4(0.15720156, 0.12637223, -0.014097743, -0.1463337, -0.11050782, -0.1272711, -0.14383449, -0.18176568, 0.016586874, -0.07671649, 0.061175086, -0.011885735, 0.16967547, -0.19338857, 0.033413097, -0.15828142), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.04272862, 0.08448119, 0.03642693, 0.013086318, -0.18102542, -0.13177295, -0.12725672, 0.033150475, -0.022273265, -0.1913372, 0.12102487, -0.06349284, 0.02544458, -0.17942795, 0.13517797, -0.03200014), target);\n\ttarget = MulAdd(nd1, MF4x4(0.037924215, 0.18611626, -0.17951478, 0.13935459, 0.27325365, -0.083892785, -0.022289941, 0.14084025, -0.106356315, 0.046254314, -0.17703468, 0.116976924, -0.08896167, -0.0025314027, 0.010913456, -0.070031345), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.28527796, 0.19547825, -0.30854046, -0.033967514, 0.060653128, -0.019419098, -0.0060284995, -0.0987247, 0.07500941, -0.023585685, -0.03395071, -0.17988594, 0.21953014, 0.4072299, -0.031897858, -0.18284276), target);\n\ttarget = MulAdd(nf1, MF4x4(0.06912873, -0.05407648, 0.008376532, 0.020522904, -0.026434029, 0.09916825, 0.030747496, 0.022514053, 0.25722584, 0.115966186, 0.08143656, 0.015693888, 0.1200375, 0.11970545, 0.19118182, 0.05830196), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.03685362, -0.12470895, -0.0010968394, 0.021243107, 0.054362122, 0.00057743577, -0.016307356, -0.124212846, -0.1504553, 0.18175974, -0.14346407, -0.1288348, 0.004379253, -0.09421467, 0.07276572, 0.01464248), target);\n\ttarget = MulAdd(nh1, MF4x4(-0.0058593387, -0.009850785, 0.08837556, -0.13175677, -0.02959981, 0.22543302, 0.08877934, 0.10847382, 0.105746165, 0.07286193, -0.1591772, -0.07605538, 0.16931008, 0.12505956, -0.02318999, 0.3341336), target);\n\ttarget = MulAdd(ni1, MF4x4(0.07958676, 0.019705648, 0.17511873, -0.027326066, -0.049889054, -0.08413224, -0.0232099, -0.16867599, 0.010381808, -0.015460935, 0.04096288, -0.013190291, 0.12450602, 0.065210946, 0.015979856, 0.15937561), target);\n\ttarget = MulAdd(na2, MF4x4(-0.10023914, -0.05083627, 0.09159179, 0.104829505, 0.08269442, 0.055139758, -0.060481716, -0.040459175, 0.16207811, -0.1342935, 0.0010139308, -0.13080461, 0.04637847, -0.111120075, -0.017309861, 0.021282183), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.0018206073, -0.13991879, 0.08375063, -0.003037848, -0.17680502, -0.20550339, 0.16136415, -0.06376335, -0.0617298, 0.15906328, -0.057181396, -0.028893461, 0.04224926, -0.0398277, -0.19131757, -0.16473022), target);\n\ttarget = MulAdd(nc2, MF4x4(0.093972325, 0.0698625, 0.07116559, 0.014768529, -0.097781256, 0.15581349, 0.03573931, 0.22741152, -0.091118366, 0.028577322, -0.026862804, 0.0152023, -0.23760842, 0.14840253, -0.14937884, 0.042642627), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.2281663, 0.22290257, 0.017739927, 0.12094125, 0.03124976, -0.00534154, -0.24323007, -0.088304035, 0.2465856, 0.16869143, -0.06888532, -0.09435835, 0.049901593, 0.12926158, 0.022874845, -0.02944982), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.066828735, -0.04649895, 0.28869498, -0.09773703, -0.056571167, 0.48939937, -0.56230384, -0.034113284, -0.13833, 0.039226096, -0.12087815, 0.032742836, 0.040849674, -0.017160047, -0.11052594, 0.246754), target);\n\ttarget = MulAdd(nf2, MF4x4(0.04952853, -0.090852216, 0.034561165, 0.038246352, -0.19297872, 0.054810636, 0.019495303, 0.2522964, -0.19981322, -0.07192788, -0.12085502, -0.028823836, -0.19763254, -0.20398128, -0.14728573, -0.11571746), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.22692326, -0.050723083, 0.052394703, 0.061108653, 0.086359546, 0.25432214, -0.1922104, 0.07316734, -0.12277421, -0.0070557455, 0.021929247, 0.09811275, -0.10974717, -0.1871087, 0.1836082, -0.101442546), target);\n\ttarget = MulAdd(nh2, MF4x4(0.12952654, 0.126504, -0.07590766, -0.022820955, 0.40705776, 0.6374981, -0.5181212, 0.38906044, -0.10114032, -0.24955663, 0.30309865, -0.13581154, 0.048173904, -0.061500076, 0.014717425, -0.13521792), target);\n\ttarget = MulAdd(ni2, MF4x4(0.06257947, -0.06779901, 0.043823577, 0.13284041, 0.020754592, 0.042710133, -0.1584648, 0.049175818, 0.022709293, -0.1911205, 0.030108612, -0.15437542, 0.05411346, 0.12631242, -0.017832479, 0.0029719612), target);\n\ttarget = MulAdd(na3, MF4x4(-0.30879283, -0.13608143, 0.051477402, -0.0146274315, -0.17261262, 0.014548273, 0.013784603, -0.082064405, -0.054273766, 0.050572615, -0.08670705, 0.048421264, 0.0028941107, -0.049762383, -0.08087372, 0.03134621), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.12345668, -0.0679132, -0.06099901, -0.09764733, -0.1938452, 0.007824728, 0.21290497, 0.07214579, -0.11728738, -0.01631362, 0.18290576, 0.11172875, 0.0070077768, -0.31685776, 0.20877774, -0.068262406), target);\n\ttarget = MulAdd(nc3, MF4x4(0.023581397, 0.21787596, 0.24790402, 0.1827894, -0.12552118, -0.15526615, -0.049397513, -0.09088568, 0.02361005, -0.1624447, 0.10663829, -0.08762141, -0.089876376, -0.23469001, -0.22833428, -0.08547564), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.20836076, -0.38739493, -0.08088587, 0.056517366, -0.19016425, 0.18150248, -0.20127869, -0.0034698115, -0.12240914, -0.16373073, -0.23683731, 0.08775501, -0.115361534, 0.058962952, 0.03591275, -0.12650393), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.12940276, -0.20929182, 0.1972825, -0.09083828, -0.062463745, 0.18738677, -0.12602556, -0.102121696, -0.71687216, 0.005637694, -0.51085055, -0.182672, 0.21876547, 0.032868937, 0.12119801, -0.034960978), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.2834514, 0.5645042, -0.40262035, -0.050943233, -0.06192488, 0.27314487, 0.2216658, 0.241159, 0.19821955, 0.07347663, 0.12771457, 0.09401408, 0.0923556, 0.037260618, 0.14539954, 0.20723365), target);\n\ttarget = MulAdd(ng3, MF4x4(0.17254238, 0.17086907, 0.1689637, -0.12215918, 0.019369515, -0.101492874, -0.0068981387, -0.052212972, -0.09072614, 0.06295019, -0.03507004, 0.020812936, 0.049310055, 0.041793864, -0.1676009, -0.020666601), target);\n\ttarget = MulAdd(nh3, MF4x4(0.12045707, 0.34878096, -0.42983723, 0.00031615017, -0.1935727, 0.04406262, 0.14843978, -0.09603145, 0.27862465, 0.1575749, -0.19306137, 0.2065606, -0.09507491, -0.008450778, -0.18955202, 0.099690795), target);\n\ttarget = MulAdd(ni3, MF4x4(0.039927684, 0.074257486, 0.034648035, -0.05261268, -0.09017409, 0.20786566, 0.06129257, 0.1432679, 0.13264295, -0.08895135, 0.09662802, -0.06903006, 0.12193372, 0.059526477, 0.059548043, -0.03190614), target);\n\tconv2d_4_tf1[gxy] = target;\n\n\ttarget = MF4(-0.05222755, 0.09198729, -0.07302347, 0.0022074024);\n\ttarget = MulAdd(a1, MF4x4(0.07583615, -0.048960842, 0.013508587, 0.2201662, 0.0375764, 0.27756596, -0.33754793, -0.38809955, -0.21281771, 0.15472671, 0.02073204, -0.050901294, 0.090472914, -0.047557913, -0.017766517, -0.20457055), target);\n\ttarget = MulAdd(b1, MF4x4(0.17282517, -0.18378912, 0.13851488, 0.021213405, -0.36854526, 0.37494987, -0.22338714, -0.17190737, -0.13889556, 0.16321859, 0.009137597, -0.16061524, 0.10725205, 0.047671694, 0.00692477, -0.20811509), target);\n\ttarget = MulAdd(c1, MF4x4(-0.15370452, 0.03701021, -0.055506952, -0.07852536, 0.09814061, 0.15283902, -0.048923336, 0.10439438, 0.05341204, -0.04028067, -0.050656542, 0.08114064, 0.1721227, -0.064678125, -0.07158856, 0.04002012), target);\n\ttarget = MulAdd(d1, MF4x4(-0.02824745, 0.29039058, 0.25719696, 0.33553144, 0.07964746, -0.08963374, -0.26119536, -0.1704102, 0.114965275, 0.0677081, 0.027690304, 0.0298201, 0.10237492, -0.18169363, -0.12240578, -0.067747764), target);\n\ttarget = MulAdd(e1, MF4x4(-0.05635207, -0.013902026, 0.15410937, -0.07788553, 0.09099828, -0.018942324, 0.03290936, -0.0029388326, 0.018940244, 0.011952412, 0.011450913, -0.07999776, -0.21413402, 0.39397267, -0.09774473, -0.2009581), target);\n\ttarget = MulAdd(f1, MF4x4(0.10084101, -0.086656086, 0.13495307, -0.028954845, 0.05104348, -0.046465315, -0.037925158, 0.10368827, -0.14589089, 0.12413491, -0.007988239, -0.02158783, 0.10073373, -0.0029589783, -0.3387392, 0.19062865), target);\n\ttarget = MulAdd(g1, MF4x4(0.076070085, 0.12063033, -0.07693161, 0.13905032, -0.07355619, -0.23172334, 0.05373458, -0.06742532, 0.01403963, -0.021842232, 0.101363756, -0.0811199, 0.088289686, -0.10678228, -0.08785652, -0.08524422), target);\n\ttarget = MulAdd(h1, MF4x4(-0.063252464, 0.122554146, -0.08701854, -0.013642947, 0.25842702, -0.113629796, 0.18287642, 0.2543394, -0.008996402, 0.14150178, -0.018443773, -0.037387278, 0.01677981, 0.09373098, -0.03942739, 0.020894075), target);\n\ttarget = MulAdd(i1, MF4x4(0.06455971, -0.060106214, -0.07037024, -0.051795334, 0.033154495, -0.25538102, 0.20138124, -0.15417135, -0.11027817, 0.027104143, 0.075549774, 0.021436706, 0.04445013, 0.12956707, -0.13284694, 0.03516967), target);\n\ttarget = MulAdd(a2, MF4x4(0.009175639, 0.25271195, -0.0853253, -0.036355734, 0.10765164, 0.0524366, -0.038031954, -0.012370962, 0.038269047, -0.0074043465, -0.055629972, -0.028956192, -0.10555365, 0.053293, 0.04761788, 0.19511466), target);\n\ttarget = MulAdd(b2, MF4x4(-0.026226144, 0.45355338, -0.2787842, 0.40786192, 0.0040905946, -0.01837184, -0.009942586, 0.2053553, -0.0030270698, 0.069373004, 0.07934941, -0.03093551, 0.16749686, 0.050042853, -0.11040056, -0.073083684), target);\n\ttarget = MulAdd(c2, MF4x4(0.05996956, -0.016178278, 0.039540496, -0.027844483, -0.06289786, -0.046466228, 0.19139567, -0.073992915, 0.06776269, -0.019077418, 0.14830731, 0.095275655, -0.14347468, 0.1072097, 0.005600533, 0.04901071), target);\n\ttarget = MulAdd(d2, MF4x4(-0.16952017, -0.032340128, 0.19480783, 0.2601324, 0.29126725, -0.0715444, -0.009702548, 0.0042752293, 0.024718119, -0.08628732, -0.064047016, -0.116904415, -0.06644218, 0.09953292, -0.033268385, 0.17125584), target);\n\ttarget = MulAdd(e2, MF4x4(0.3325542, -0.03779118, 0.33856392, 0.3304049, 0.104141004, -0.053430308, 0.31669936, 0.0130112395, 0.09034627, -0.02017166, -0.025744867, 0.026532227, 0.0200407, -0.08722534, -0.30203685, -0.14907038), target);\n\ttarget = MulAdd(f2, MF4x4(-0.01891194, 0.093512826, 0.026973069, -0.24845296, -0.072510146, 0.025618952, 0.19024812, -0.07557172, -0.027113652, -0.03626637, 0.2683275, -0.10471766, -0.008031393, 0.13384898, 0.00395866, 0.020902868), target);\n\ttarget = MulAdd(g2, MF4x4(-0.041550912, 0.08089579, 0.026400283, 0.017546514, 0.10747152, 0.07966492, 0.02695042, 0.014157312, -0.13807489, -0.12708282, -0.10057461, 0.014437817, 0.26250824, -0.16103023, -0.13342577, 0.05060978), target);\n\ttarget = MulAdd(h2, MF4x4(0.06584065, -0.035929736, 0.0042849337, -0.10942049, -0.16394515, 0.08045988, 0.13154416, -0.0028894013, 0.0023928252, 0.04469802, -0.10695226, 0.05558777, -0.25354344, 0.14010456, 0.05542217, -0.114946045), target);\n\ttarget = MulAdd(i2, MF4x4(0.050993685, 0.13932824, 0.0033797733, -0.035310924, 0.022385782, 0.017365059, -0.17256701, -0.07757648, -0.0912558, 0.01864556, 0.13062927, -0.07577928, -0.07418382, 0.19597183, 0.03150399, 0.023021322), target);\n\ttarget = MulAdd(a3, MF4x4(0.052010637, 0.050168213, -0.07215345, 0.05805453, -0.0041914587, 0.022057746, 0.12245675, -0.014609538, 0.05546434, 0.03802747, -0.10866313, 0.00012593597, 0.025002997, 0.03302225, -0.10627746, -0.022926291), target);\n\ttarget = MulAdd(b3, MF4x4(-0.17316228, 0.0423441, 0.038386445, 0.15334567, -0.11682614, 0.04387397, -0.034430787, 0.05456901, -0.10287161, 0.09251676, -0.15516847, 0.01151086, 0.062166303, -0.06404339, -0.1341287, -0.11250874), target);\n\ttarget = MulAdd(c3, MF4x4(0.0041548237, -0.05339408, 0.12976702, -0.091956094, -0.07106556, 0.1537892, -0.14351088, 0.049248494, 0.0017415709, -0.03980619, 0.022205863, 0.07874843, 0.0486586, 0.07449563, -0.07935637, 0.035376832), target);\n\ttarget = MulAdd(d3, MF4x4(-0.032703526, 0.049651176, -0.14031135, -0.03314136, -0.05597869, 0.10001647, 0.134734, -0.050313897, 0.096650064, 0.06294751, -0.064859584, -0.1544743, 0.0041159303, -0.21177946, -0.08641454, 0.20853557), target);\n\ttarget = MulAdd(e3, MF4x4(-0.26784652, 0.045316227, 0.24048522, 0.0205891, -0.0044153836, -0.00084845145, -0.13039418, 0.008880892, -0.022925006, 0.25047663, -0.10610026, 0.26862314, 0.1495082, -0.30531225, 0.17336509, -0.095686845), target);\n\ttarget = MulAdd(f3, MF4x4(0.16892208, -0.04892237, -0.12343488, 0.076279886, -0.088687725, -0.031417985, 0.036753975, -0.02488052, -0.020715091, 0.037822228, 0.017967682, 0.09978998, 0.10307546, 0.021783398, -0.03838329, 0.16863413), target);\n\ttarget = MulAdd(g3, MF4x4(0.0030781403, 0.046299078, 0.021687783, 0.0070031965, 0.06806685, 0.08483792, -0.078655794, 0.046040457, 0.037727088, -0.07263033, -0.036312647, 0.055449635, -0.038422115, 0.0009298235, 0.024799686, 0.05429828), target);\n\ttarget = MulAdd(h3, MF4x4(-0.018482856, -0.035400447, 0.06548978, -0.116905235, 0.103153236, -0.020226527, -0.04428763, -0.0505854, 0.13939099, 0.06169983, 0.07293202, 0.1059522, 0.05596004, 0.022870086, 0.06962978, -0.024740675), target);\n\ttarget = MulAdd(i3, MF4x4(0.0098381555, -0.110539526, -0.0029312337, 0.051618274, -0.040557995, -0.11799748, -0.09392277, -0.04956917, -0.05159161, 0.030810604, 0.04230067, -0.04746804, 0.080403574, 0.012429489, -0.029210133, 0.05341304), target);\n\ttarget = MulAdd(na1, MF4x4(0.06609526, -0.18755382, -0.03701953, -0.1743458, 0.069703676, 0.0006303799, -0.15638213, 0.10318732, 0.08893642, -0.1195937, -0.055782318, -0.0185906, 0.012925918, 0.123628914, 0.04870321, 0.116520494), target);\n\ttarget = MulAdd(nb1, MF4x4(0.04936669, -0.14093854, 0.0012639028, 0.10475395, -0.096697986, 0.019948844, 0.05699649, 0.09687703, 0.016553551, -0.17477356, 0.0358826, 0.003379147, 0.0027950767, 0.061992507, -0.038799245, -0.029348955), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.0073947236, -0.016064813, 0.17795284, -0.081998095, -0.07971293, -0.021884581, 0.07818178, -0.1183752, 0.041862104, -0.049028065, 0.06426883, 0.047562487, 0.03306496, 0.024669351, -0.102706164, 0.06250834), target);\n\ttarget = MulAdd(nd1, MF4x4(0.03841001, -0.121903636, 0.009876164, -0.20964918, 0.16115156, -0.03041022, 0.024465065, 0.06145637, -0.096132785, 0.073770344, 0.030677194, 0.012882628, 0.1854335, 0.051307946, -0.05652639, -0.017714364), target);\n\ttarget = MulAdd(ne1, MF4x4(0.14671369, -0.21775708, 0.037446484, 0.19568916, -0.08120511, 0.009589117, -0.26862335, 0.10114162, -0.280923, 0.40576807, 0.07634094, -0.022802232, 0.26644167, -0.29799074, -0.07520144, -0.09298707), target);\n\ttarget = MulAdd(nf1, MF4x4(0.12787306, -0.03597792, -0.0501856, 0.0003554054, -0.016662559, 0.01793402, 0.036731128, 0.057142165, 0.14208297, -0.07816983, -0.06547921, 0.12818106, 0.03593736, -0.15703554, -0.039033424, -0.0044069514), target);\n\ttarget = MulAdd(ng1, MF4x4(0.058662556, -0.080323815, -0.02522527, -0.1580162, 0.034481227, -0.0857634, 0.040548056, 0.089334026, -0.3016336, 0.15299423, -0.04793492, 0.0012853529, 0.05151393, 0.03197434, 0.05723357, -0.06894418), target);\n\ttarget = MulAdd(nh1, MF4x4(0.12040549, -0.2529116, 0.10356855, -0.04598697, 0.0062763286, 0.11428357, -0.16604745, -0.037279624, 0.018803852, 0.17792255, 0.059715357, -0.011601418, -0.17485033, 0.1352793, -0.09469166, -0.009272873), target);\n\ttarget = MulAdd(ni1, MF4x4(0.07145802, -0.048490215, 0.14784634, -0.052574188, -0.023536265, -0.03715718, 0.02188599, -0.009487062, 0.095758304, -0.05260447, -0.04488383, -0.0022170001, -0.010753989, 0.1285623, -0.078049324, 0.07791392), target);\n\ttarget = MulAdd(na2, MF4x4(-0.08608365, 0.024032418, 0.03376676, -0.06672097, 0.14239122, -0.20172556, 0.059492715, 0.039168652, -0.05975819, -0.14009707, 0.06505314, 0.005366894, 0.023043798, -0.14035852, 0.06564292, -0.01975755), target);\n\ttarget = MulAdd(nb2, MF4x4(0.06098348, 0.020505348, -0.071457036, -0.088892065, 0.25814053, -0.4024066, 0.04613967, -0.009115204, 0.053136446, -0.10263362, 0.08311103, 0.010236834, 0.06737908, 0.13245155, 0.036181718, 0.21113388), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.013562919, -0.008662602, -0.10824871, -0.005553834, -0.10970149, 0.013045041, -0.07641659, -0.06609716, 0.08249468, -0.21136107, -0.08410633, -0.020448437, -0.25199074, 0.0641994, 0.07502806, -0.19701128), target);\n\ttarget = MulAdd(nd2, MF4x4(0.18910834, -0.15423289, 0.023417983, 0.005038285, -0.059044287, 0.077326454, 0.042352542, 0.06904583, -0.118472, -0.025113037, 0.008691595, 0.04278817, 0.1968958, -0.23562303, 0.0124163935, -0.011455441), target);\n\ttarget = MulAdd(ne2, MF4x4(0.033834323, -0.08521952, -0.164473, -0.18196565, 0.056635767, -0.22095878, -0.21966869, -0.24707489, 0.055047844, -0.0854704, 0.044351656, 0.31924927, 0.3393569, -0.09816152, -0.024666212, 0.12658896), target);\n\ttarget = MulAdd(nf2, MF4x4(0.03546097, -0.084772296, -0.017927025, -0.03168567, 0.018861301, -0.19742817, -0.023542268, -0.11313523, 0.013870798, -0.057313353, -0.048428833, -0.011003569, 0.060736526, -0.16871192, 0.12989289, -0.13272311), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.067924276, 0.042576067, 0.08058409, -0.05704767, 0.047355015, -0.009834332, -0.021743877, -0.09313564, -0.23810904, 0.071954355, 0.026877925, -0.06419035, 0.11408852, -0.094918594, -0.015347595, 0.15758565), target);\n\ttarget = MulAdd(nh2, MF4x4(0.016378017, 0.04923884, 0.042090666, -0.020616362, -0.3205589, 0.29866445, -0.09028968, 0.17835416, 0.069200985, -0.19676962, -0.038767412, 0.0066911504, 0.23217689, -0.32092544, 0.21888864, -0.031248417), target);\n\ttarget = MulAdd(ni2, MF4x4(0.1240904, -0.057505004, 0.008518463, -0.0013766377, 0.13912258, 0.25812533, -0.10721238, 0.041414622, -0.014356129, -0.11711117, -0.07339878, -0.042370543, 0.030094689, -0.083110586, -0.15375537, 0.008313004), target);\n\ttarget = MulAdd(na3, MF4x4(-0.42602807, -0.14819323, 0.24997748, -0.07033313, 0.053972986, -0.2672035, 0.16919206, 0.5153194, -0.12283088, -0.007163936, 0.050310373, -0.005151009, -0.0050212573, -0.07570248, 0.12484032, 0.028931405), target);\n\ttarget = MulAdd(nb3, MF4x4(0.21234803, -0.17263128, 0.108827524, 0.36454353, 0.15589741, -0.09056867, 0.18670312, -0.0886985, 0.09418289, -0.1530667, 0.07014518, 0.05093901, -0.314724, -0.09647151, 0.10014826, -0.05449102), target);\n\ttarget = MulAdd(nc3, MF4x4(0.083997354, -0.19228217, 0.17081402, 0.07869603, -0.07707866, -0.1114649, 0.14544345, -0.04913886, 0.114071324, 0.039774146, 0.026449671, -0.0046011102, -0.26660243, 0.06624741, 0.04318286, 0.025324916), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.34038183, 0.3126945, 0.25694248, -0.0694824, 0.09484312, -0.08968785, 0.07317779, 0.1351912, -0.3336016, 0.16971526, 0.09233206, 0.16124597, 0.01231051, -0.021199688, 0.1954184, 0.11741164), target);\n\ttarget = MulAdd(ne3, MF4x4(0.07364691, -0.46501446, -0.3260576, 0.019369395, 0.12856261, 0.01518898, 0.18648395, -0.06153823, 0.1424968, -0.4844148, 0.06327706, -0.23134615, -0.21754341, 0.16389093, 0.1828624, -0.16564755), target);\n\ttarget = MulAdd(nf3, MF4x4(0.13003388, -0.33331057, 0.5363979, -0.067382425, 0.0024128144, 0.10726199, 0.120562315, 0.027075078, 0.044253387, -0.22810216, -0.14027081, 0.05570364, -0.0012832935, 0.0066472166, -0.09584242, 0.038570657), target);\n\ttarget = MulAdd(ng3, MF4x4(0.15075065, -0.14929996, 0.12013421, -0.053535018, -0.059225604, 0.04993067, 0.12190514, -0.07199992, -0.12612323, 0.08610025, 0.0055669006, -0.01092246, -0.12504235, 0.071841165, 0.04702684, 0.04890323), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.59378284, 0.28029972, 0.041228425, 0.088731185, 0.10143785, -0.0147893205, 0.043729015, 0.22425093, -0.27061638, 0.23045406, 0.025149027, -0.09266012, -0.10645805, -0.021057274, 0.20209946, -0.07459568), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.003925717, 0.19509377, -0.0011443064, -0.07948601, 0.0008185968, -0.072344884, 0.2925546, -0.14168583, -0.04355419, 0.048995577, -0.090038754, -0.020567076, -0.1507524, 0.0033320382, 0.11161536, 0.048364066), target);\n\tconv2d_4_tf2[gxy] = target;\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x24\n//!IN conv2d_4_tf, conv2d_4_tf1, conv2d_4_tf2\n//!OUT conv2d_5_tf, conv2d_5_tf1, conv2d_5_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_4_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_4_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.08908616, -0.020727161, -0.10065884, -0.042632345);\n\ttarget = MulAdd(a1, MF4x4(0.10303006, -0.024129005, -0.006376188, 0.08361518, -0.030736713, 0.059527945, -0.05874042, 0.04269124, -0.09319534, 0.09713511, -0.08360228, 0.022383748, 0.27456298, -0.10364148, 0.011523791, 0.0006774627), target);\n\ttarget = MulAdd(b1, MF4x4(-0.05541989, -0.08698082, 0.055311147, 0.013819714, 0.10675169, -0.046272285, 0.0027710905, 0.097424075, 0.40062046, 0.012139614, 0.06539418, -0.26190186, 0.26748738, 0.010693152, -0.26337343, 0.1396046), target);\n\ttarget = MulAdd(c1, MF4x4(-0.0038561742, 0.06331599, 0.07280889, 0.0049921786, 0.046265908, 0.1273493, -0.0657387, -0.039872307, 0.036709707, 0.040611606, 0.10370152, -0.07017421, -0.15158589, -0.0944041, 0.16055441, 0.026905995), target);\n\ttarget = MulAdd(d1, MF4x4(0.13568372, 0.42744243, 0.03610402, 0.13057254, -0.15189639, 0.3270829, 0.07523759, -0.03377655, -0.11991776, 0.043995053, -0.04695395, 0.057843372, 0.123827286, -0.5117275, -0.27580252, -0.06490049), target);\n\ttarget = MulAdd(e1, MF4x4(0.20916292, 0.14519285, 0.29285586, -0.14002982, -0.02903087, 0.07725845, 0.42922875, 0.22422947, -0.006809662, 0.25789696, -0.23387176, 0.18227082, 0.1949605, 0.39381132, 0.13233, -0.03979206), target);\n\ttarget = MulAdd(f1, MF4x4(0.050690006, -0.016765494, -0.06890609, -0.06165983, -0.1547756, 0.030649774, -0.10065935, -0.123401724, -0.2001527, -0.14910932, -0.030470714, -0.036002573, 0.13485923, 0.09405768, -0.14694588, 0.12113117), target);\n\ttarget = MulAdd(g1, MF4x4(-0.09391889, 0.13889499, 0.0544932, -0.06221289, -0.13378021, 0.18230891, -0.04311924, 0.09056919, -0.00071865856, -0.1485109, -0.18140738, -0.22380811, -0.052037843, 0.07200541, -0.08552131, 0.039394405), target);\n\ttarget = MulAdd(h1, MF4x4(-0.1129644, -0.08789729, -0.20112263, -0.14140582, 0.13343073, 0.15928635, -0.0004416807, -0.08655255, 0.11923446, 0.14782757, -0.2526453, 0.06534483, 0.28670022, 0.08661807, -0.05939282, -0.1264073), target);\n\ttarget = MulAdd(i1, MF4x4(-0.069123454, -0.024052331, 0.08405668, 0.0024100337, -0.0091934, 0.06140827, 0.07263404, -0.09847185, -0.15793528, -0.043271005, -0.051817372, -0.060237445, -0.0066771735, 0.12329388, 0.061106086, 0.036974255), target);\n\ttarget = MulAdd(a2, MF4x4(-0.05637151, -0.10100362, 0.03314885, -0.10366338, 0.030021148, 0.03372163, -0.032138795, 0.01293222, -0.11080214, 0.010572153, -0.01362632, 0.010574912, -0.16158684, -0.08245153, 0.118470125, -0.13403644), target);\n\ttarget = MulAdd(b2, MF4x4(0.1868926, -0.01747845, -0.18130527, 0.13928702, -0.05539085, 0.032680083, 0.074883655, 0.018892298, -0.17280246, -0.047390517, 0.27345997, -0.022709364, -0.08344301, -0.014933963, -0.09545577, -0.033305403), target);\n\ttarget = MulAdd(c2, MF4x4(-0.30393317, -0.05171247, 0.00841183, 0.14072971, 0.08149488, 0.018601093, 0.021672362, 0.060667925, -0.0843176, -0.10364707, -0.21641973, -0.042780574, 0.08775126, -0.1777216, 0.13253935, -0.06866668), target);\n\ttarget = MulAdd(d2, MF4x4(-0.09160829, -0.026550675, -0.2643876, 0.23035419, -0.092297986, -0.0631223, -0.094887145, -0.04810445, -0.17819802, -0.36207268, 0.21447507, -0.055772606, 0.15652925, -0.045815215, 0.026055578, -0.08619429), target);\n\ttarget = MulAdd(e2, MF4x4(0.31203738, 0.1421051, 0.047671713, 0.043899603, -0.0063436944, -0.05302037, 0.10466757, 0.055510703, 0.26608247, -0.5555844, 0.1569081, 0.06456405, 0.3684636, 0.25736332, 0.074449226, -0.44859105), target);\n\ttarget = MulAdd(f2, MF4x4(0.17698939, -0.022741819, 0.060476527, 0.25612378, 0.020842008, 0.06931272, -0.019117761, -0.087975, -0.13561797, -0.1362288, 0.29442817, 0.13402307, -0.039556194, -0.019829288, 0.17118609, 0.1278197), target);\n\ttarget = MulAdd(g2, MF4x4(-0.31739852, 0.14773282, -0.24623321, 0.108611636, 0.14553224, -0.011245446, 0.12459254, 0.010767416, -0.03386007, -0.21067396, -0.07546396, 0.04937681, -0.1519659, 0.012008841, -0.115991235, 0.10733518), target);\n\ttarget = MulAdd(h2, MF4x4(0.03970365, -0.024820864, -0.20029032, 0.29602152, 0.09690361, 0.08654618, -0.012617663, -0.12546124, 0.20103471, 0.00038131204, 0.1211002, -0.1292234, 0.11913651, -0.11322767, -0.01288022, -0.041910112), target);\n\ttarget = MulAdd(i2, MF4x4(-0.009281656, 0.1297087, -0.05293133, -0.1246988, -0.022248892, -0.034976568, 0.08893194, -0.11639006, -0.17021456, -0.069115035, 0.17411986, -0.0622714, -0.13591176, -0.052181553, -0.3032676, 0.19398004), target);\n\ttarget = MulAdd(a3, MF4x4(0.0135761835, -0.03810734, 0.046213724, 0.010946248, -0.21182157, -0.18424067, 0.0072398814, -0.06510514, 0.25013617, 0.021596389, 0.20208448, 0.06570989, 0.040997196, 0.11164517, 0.0758064, 0.055730976), target);\n\ttarget = MulAdd(b3, MF4x4(0.27164775, -0.02738497, -0.07753674, 0.14808752, 0.035788253, -0.1008786, -0.21798207, 0.12514383, 0.12547313, -0.046524163, -0.069985755, -0.05973989, -0.12339831, 0.09729143, 0.062413983, 0.054448497), target);\n\ttarget = MulAdd(c3, MF4x4(0.12982179, 0.121222205, -0.012715672, 0.026885295, 0.06398589, -0.050220918, 0.011918637, 0.02942106, -0.049117237, -0.091542035, -0.08816891, 0.014023178, -0.22852097, -0.06725802, -0.058409374, 0.0413034), target);\n\ttarget = MulAdd(d3, MF4x4(-0.028438574, -0.17127529, -0.1611554, 0.020367429, -0.10448821, -0.44258052, 0.055850565, -0.1832564, -0.055781726, 0.1632947, -0.3766877, -0.14964445, -0.022300515, -0.15305346, -0.109381065, -0.115521505), target);\n\ttarget = MulAdd(e3, MF4x4(-0.26233345, 0.016659187, -0.16647589, 0.187565, 0.012088588, -0.07336387, 0.5486782, 0.3620359, 0.033402268, 0.009075903, -0.11902273, -0.37233996, -0.013799898, -0.008520962, -0.007579324, -0.018678436), target);\n\ttarget = MulAdd(f3, MF4x4(0.043346863, 0.10735683, -0.13174124, -0.121098995, -0.0044274325, -0.01888604, 0.12524483, -0.15453935, 0.10062332, -0.039168928, 0.34596562, 0.10575704, -0.04829014, -0.07308859, 0.17704462, 0.009876651), target);\n\ttarget = MulAdd(g3, MF4x4(0.16003962, -0.048122417, 0.04131919, -0.14133601, 0.11822638, -0.151548, 0.07274908, -0.253861, 0.11097183, -0.020288134, 0.06425395, -0.046268225, -0.07545768, -0.034767404, -0.111868136, 0.04605878), target);\n\ttarget = MulAdd(h3, MF4x4(-0.15711343, -0.04597314, -0.054248903, 0.10960686, -0.197342, 0.017807756, -0.17929378, 0.0669755, -0.14432156, -0.15553066, 0.1257169, -0.10205468, -0.11606485, 0.10992325, -0.026786113, 0.07244239), target);\n\ttarget = MulAdd(i3, MF4x4(0.24323255, 0.062938176, -0.10080858, 0.023388771, 0.08971783, -0.121303156, 0.030533563, 0.034501072, -0.070121005, -0.015707897, -0.008001506, 0.089416444, 0.08043049, 0.0414907, -0.051737808, 0.16745205), target);\n\ttarget = MulAdd(na1, MF4x4(0.045207355, 0.17343028, 0.038214743, 0.0124091925, 0.06772331, 0.16741976, -0.069976054, -0.09214925, 0.26161152, 0.21708632, -0.074641965, 0.10069592, -0.007335202, 0.0023308273, 0.102324076, -0.04463461), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.029115323, 0.09462037, 0.12704706, -0.0028017738, -0.20877443, 0.14758751, 0.11664195, -0.14800303, -0.42558858, -0.18685985, 0.019180436, -0.14385854, 0.13955534, 0.04206586, -0.1564317, -0.14350334), target);\n\ttarget = MulAdd(nc1, MF4x4(0.18595266, -0.038219437, 0.04847514, 0.093401335, 0.01025365, -0.009859873, -0.068309866, -0.025273895, 0.38261253, 0.097571604, 0.15044056, 0.012236991, -0.050778836, 0.01948223, -0.09681198, -0.0725782), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.15834534, -0.13884525, -0.41221318, -0.14256534, 0.14789878, -0.41153955, -0.10059337, -0.11296314, 0.067884445, 0.08605005, 0.05261639, -0.082988836, -0.121354714, 0.0412593, -0.22355177, -0.33940288), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.09894384, 0.011797632, -0.37582433, 0.13686092, -0.114456564, 0.10519318, -0.531876, 0.20149896, -0.40502954, -0.18473613, -0.027613513, -0.1229287, -0.15272947, -0.19752924, -0.009277203, -0.13704798), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.16676758, 0.06472998, -0.02979381, 0.028654594, 0.013178715, 0.0011208704, -0.14250684, 0.024595363, -0.0024331086, 0.15876009, -0.18146951, -0.21787827, -0.039896637, 0.022137187, 0.096943565, 0.1463433), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.020311443, -0.11862785, 0.024973717, -0.19604981, -0.07155344, -0.21432653, -0.032866854, -0.009850146, 0.20013084, 0.124072924, 0.09021492, 0.13809857, 0.21196319, -0.039707713, 0.18131028, 0.022565559), target);\n\ttarget = MulAdd(nh1, MF4x4(0.015458234, 0.19860977, 0.25325814, 0.32606927, -0.10935829, -0.10354393, -0.069758624, 0.016730295, 0.13970691, -0.026566936, -0.055172898, -0.39109713, -0.15070316, 0.07282636, 0.059083372, 0.01492328), target);\n\ttarget = MulAdd(ni1, MF4x4(0.016830033, -0.024868606, 0.05206643, -0.09652772, 0.0023192533, 0.008338291, -0.092116445, -0.05736829, 0.18136622, 0.046195503, 0.07144144, -0.0051190723, -0.0750335, -0.06531934, -0.011301411, 0.048583686), target);\n\ttarget = MulAdd(na2, MF4x4(0.04040649, -0.14777681, -0.0367592, 0.025550898, 0.0519472, 0.25573796, -0.041682925, 0.092338845, 0.025231685, 0.06609314, 0.020205751, 0.010512631, -0.12048031, -0.063682325, -0.017069822, 0.0103084585), target);\n\ttarget = MulAdd(nb2, MF4x4(0.09606588, 0.004819853, -0.010837633, 0.24923539, -0.1006792, 0.13619965, 0.15648063, -0.15472235, 0.074816, 0.061060935, 0.12031998, -0.07962363, -0.019762445, -0.08738595, 0.035822686, 0.19986363), target);\n\ttarget = MulAdd(nc2, MF4x4(0.25893176, 0.08258401, -0.08531076, -0.023176214, -0.13755056, 0.14691706, 0.17879073, -0.025577985, -0.28195706, -0.10409214, 0.06793316, -0.06837923, -0.122581184, 0.038157687, -0.265953, 0.19280349), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.113429695, 0.057516146, 0.3503902, 0.2084302, 0.095209785, 0.4323637, 0.036503337, -0.37528926, 0.17068225, 0.28902432, 0.08930841, 0.11777051, -0.11170577, -0.030996192, -0.050521877, 0.18092346), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.36534205, 0.0657259, -0.036097083, 0.1666858, 0.16353793, -0.055323638, -0.2819786, -0.049529333, -0.06722856, 0.07748645, -0.34818858, -0.15242954, -0.11060249, -0.27319375, 0.15099055, 0.4111536), target);\n\ttarget = MulAdd(nf2, MF4x4(0.19415127, 0.17859334, -0.043898348, -0.050272048, 0.16689122, 0.012172907, -0.15645516, 0.14623365, -0.0016135718, -0.0029198902, -0.07367009, 0.18115741, 0.095786035, 0.083239935, 0.12505479, -0.009228445), target);\n\ttarget = MulAdd(ng2, MF4x4(0.04141629, -0.09798292, -0.02985331, 0.13288854, 0.0029625932, 0.29050517, -0.14383948, 0.33147556, -0.19490755, -0.08341335, -0.049894527, 0.110408075, -0.185923, 0.12881704, -0.04483314, 0.13530989), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.025660308, -0.04277649, -0.044980843, -0.057717774, 0.48945707, 0.16011417, 0.35871124, -0.39541483, -0.0025785516, -0.055724356, 0.119274266, 0.009319305, -0.055367954, 0.07492857, -0.078998685, -0.10131247), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.16801779, -0.04895317, -0.21586019, 0.04615353, 0.09740849, 0.030762976, 0.17467776, 0.0120422365, 0.19799858, 0.049733654, -0.024367984, -0.008110729, -0.14235103, 0.03514316, 0.041790742, -0.09109183), target);\n\ttarget = MulAdd(na3, MF4x4(-0.26878524, -0.19208838, 0.0124758, -0.13010885, -0.0144377565, -0.015653338, -0.11066211, -0.05679906, -0.114442214, -0.04127417, 0.036079098, -0.04462267, 0.05359463, 0.021078862, -0.017311526, -0.05955371), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.42738852, 0.08011972, -0.120668575, -0.11827848, -0.16975085, -0.08911275, -0.076764226, -0.0891852, 0.19799769, -0.068180755, -0.109158665, 0.033777766, 0.23276065, -0.14431503, -0.011219252, -0.04819201), target);\n\ttarget = MulAdd(nc3, MF4x4(0.20798479, 0.20048247, -0.056686644, -0.12528493, -0.10292887, 0.008766131, 0.22832678, 0.009819724, 0.014666803, -0.032819923, 0.061416402, -0.052261874, 0.3986435, 0.2218756, 0.04587176, -0.056256443), target);\n\ttarget = MulAdd(nd3, MF4x4(0.006675663, -0.2561866, -0.013982697, -0.08625728, 0.12800391, -0.030867307, 0.104720816, 0.14650136, -0.100959726, 0.19566104, 0.057220545, 0.24033053, 0.08719554, 0.018098617, -0.07996598, -0.015701583), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.0354034, -0.06831094, 0.42055416, 0.11949096, -0.05344659, -0.1860165, -0.07301184, -0.30869538, -0.1953362, -0.13361058, -0.19827844, 0.078833625, -0.18285057, -0.116519555, 0.029914267, 0.21471292), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.12320904, -0.06025351, -0.12828222, -0.11336264, -0.15036534, -0.13378584, -0.18584451, 0.045040403, -0.0675013, 0.04541515, 0.028214835, 0.06800308, -0.21156439, 0.24866186, 0.21416123, -0.040026035), target);\n\ttarget = MulAdd(ng3, MF4x4(0.0753877, -0.04430112, 0.15395011, -0.07991276, -0.08305846, 0.055565085, -0.031790998, 0.10893703, -0.057524715, 0.012498553, 0.010330039, 0.12658505, 0.09117975, -0.08158854, 0.26708308, -0.16074498), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.29645425, -0.039365437, -0.18364744, 0.16236888, 0.04460683, -0.12283852, 0.23568133, -0.08579463, 0.08793187, -0.057041798, 0.1710201, 0.07482411, -0.13072757, 0.0841477, 0.13957432, 0.1679739), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.29222, -0.12256286, 0.02170915, -0.21209532, 0.024504298, 0.02795105, 0.07216779, -0.032558184, 0.14820465, 0.025545621, -0.054377284, 0.071698785, 0.017161021, 0.07144609, 0.11378573, 0.3110773), target);\n\tconv2d_5_tf[gxy] = target;\n\t\n\ttarget = MF4(0.046015948, 0.05442024, -0.016241902, 0.020935621);\n\ttarget = MulAdd(a1, MF4x4(0.064056724, -0.07093631, 0.04779868, -0.02587647, -0.071125306, -0.074813634, -0.068414815, -0.08501005, 0.063606724, 0.034935262, -0.03552888, -0.24985667, 0.11153104, 0.0071351845, 0.19171661, -0.029433867), target);\n\ttarget = MulAdd(b1, MF4x4(-0.09995801, -0.09326525, 0.06775157, -0.038214244, -0.10054348, -0.16220573, 0.102754906, 0.071962886, 0.23763078, 0.013961893, 0.015597981, -0.2632074, 0.22045082, 0.071685486, -0.08206874, 0.13892207), target);\n\ttarget = MulAdd(c1, MF4x4(-0.01934266, -0.006904077, -0.10715261, 0.17485306, 0.013713242, -0.12410888, -0.007832815, -0.03868287, -0.15776807, -0.2635318, 0.003962659, -0.18496422, -0.11876284, -0.039445885, 0.06629498, 0.22338709), target);\n\ttarget = MulAdd(d1, MF4x4(-0.034078594, -0.1805506, -0.025518876, 0.014371885, 0.030084224, -0.014354998, -0.0109806815, -0.20827125, 0.042328708, -0.018653959, 0.059650034, 0.029813247, 0.19455545, -0.113774136, 0.26678622, 0.11695122), target);\n\ttarget = MulAdd(e1, MF4x4(-0.023987826, -0.023700913, 0.08644919, -0.1750627, -0.26300937, 0.29743475, 0.1503612, -0.42041445, -0.011562484, -0.3249365, 0.01101664, -0.09328339, -0.09930711, 0.14022289, -0.32576883, 0.026680376), target);\n\ttarget = MulAdd(f1, MF4x4(0.06988121, 0.109367564, 0.03402709, -0.17185646, -0.058330853, 0.04632417, -0.010930606, -0.107686765, 0.022882087, -0.08536933, 0.10469813, -0.0737954, 0.16710569, 0.18354355, -0.06688489, -0.019448377), target);\n\ttarget = MulAdd(g1, MF4x4(0.019293351, 0.0123047, -0.15684208, 0.054855164, -0.09483187, 0.007899257, -0.07996407, 0.06905782, -0.014882362, -0.17087294, -0.17222148, -0.018799115, 0.042367876, 0.15077937, 0.08865754, -0.10869854), target);\n\ttarget = MulAdd(h1, MF4x4(-0.002714694, -0.1375695, -0.1394463, 0.035844512, 0.0085730525, -0.14237584, 0.10053908, 0.07594752, 0.26822913, -0.07813585, 0.10951651, 0.036110748, -0.008980184, -0.018826121, -0.027037399, -0.010021858), target);\n\ttarget = MulAdd(i1, MF4x4(-0.028075742, 0.069354035, -0.00936207, -0.07844518, -0.022958742, -0.014102934, 0.031117663, -0.009953486, -0.078456596, -0.0880605, 0.063174024, 0.018579911, -0.0015331954, 0.15179089, 0.003745209, -0.029687254), target);\n\ttarget = MulAdd(a2, MF4x4(0.018290054, -0.014245797, -0.17358118, -0.056127924, 0.07084526, 0.03571643, 0.02986269, -0.106873244, -0.048314985, 0.025376959, -0.09932602, 0.011822442, -0.038084786, 0.018717794, -0.18553552, 0.025297863), target);\n\ttarget = MulAdd(b2, MF4x4(0.07225246, -0.029364137, 0.011361293, 0.093667194, -0.10645156, 0.0865526, -0.008865539, -0.011799614, -0.21514468, -0.06500061, 0.08485134, 0.23484601, 0.18280883, 0.0598522, -0.13781232, -0.03465513), target);\n\ttarget = MulAdd(c2, MF4x4(0.060355596, 0.22477956, 0.01595966, 0.094911985, 0.047214787, 0.042830862, 0.029644348, 0.08143906, 0.02341161, -0.053311694, 0.005260219, 0.04425682, -0.04813383, -0.062679216, 0.019290956, -0.05866764), target);\n\ttarget = MulAdd(d2, MF4x4(0.09550533, -0.0281284, 0.18278416, 0.15003324, -0.06580779, 0.041769683, -0.08509133, 0.11734207, 0.049989708, 0.08702604, -0.06486799, 0.063569345, 0.11966632, -0.026014533, 0.03127322, -0.12456593), target);\n\ttarget = MulAdd(e2, MF4x4(0.31493753, 0.21239288, 0.23353736, 0.023554513, -0.052986618, -0.0902623, -0.2293566, 0.021443173, -0.5114285, 0.19488071, 0.27000505, -0.1988818, 0.065105505, 0.04904789, -0.0014040003, -0.057719957), target);\n\ttarget = MulAdd(f2, MF4x4(-0.1556567, 0.03353479, -0.13394126, -0.017714672, 0.057949618, 0.013137359, 0.058261257, -0.07417554, -0.115135044, 0.17160247, -0.006379533, 0.1885825, -0.22129406, -0.043042038, 0.024051858, 0.17637861), target);\n\ttarget = MulAdd(g2, MF4x4(-0.035570182, 0.06328232, 0.016843708, -0.06668748, -0.0056720893, 0.08904317, 0.052788604, -0.0017134451, -0.018143848, 0.040248383, 0.015489914, -0.028669124, 0.008654496, 0.046033252, 0.1050059, 0.0273359), target);\n\ttarget = MulAdd(h2, MF4x4(0.022325872, 0.019782262, 0.13855061, -0.095333435, -0.017554015, -0.2036992, -0.17955759, 0.051069602, 0.06197425, -0.1524745, 0.06332084, 0.16367467, 0.012856071, -0.067313105, 0.26188868, 0.014297151), target);\n\ttarget = MulAdd(i2, MF4x4(0.24847886, 0.037001565, 0.02012791, -0.08560085, -0.07295144, -0.09001876, 0.09916956, -0.056165274, -0.13455103, 0.025426334, -0.040519975, 0.10362695, 0.1720182, -0.003640278, 0.0108676655, -0.006747253), target);\n\ttarget = MulAdd(a3, MF4x4(0.035146076, 0.0751456, 0.074510865, -0.009687164, -0.059647426, 0.11068295, 0.005034347, -0.0094476575, 0.15726817, 0.06547935, -0.003077329, -0.095212325, -0.033507027, 0.044296283, -0.053546224, 0.0667459), target);\n\ttarget = MulAdd(b3, MF4x4(0.026525194, -0.10907353, 0.17279102, -0.057787284, 0.0054999366, -0.104058325, 0.04222895, 0.2964297, -0.123814896, -0.12381756, 0.08017246, -0.41211042, -0.09396297, 0.006370269, -0.051667687, 0.1595841), target);\n\ttarget = MulAdd(c3, MF4x4(-0.057249974, -0.11224924, 0.04510644, 0.031252895, 0.13152118, -0.061255917, -0.1275758, 0.24736635, 0.15261558, -0.02695863, -0.04368786, 0.077176146, -0.07857015, 0.10112319, -0.09226026, 0.096964024), target);\n\ttarget = MulAdd(d3, MF4x4(-0.17078993, 0.007348804, -0.005015552, 0.05306818, 0.055224724, 0.11567237, -0.20675188, -0.003248449, -0.112982295, -0.1578056, -0.46721724, 0.10590234, 0.20476797, 0.10101496, -0.04983351, -0.2430514), target);\n\ttarget = MulAdd(e3, MF4x4(0.41511732, -0.14909638, -0.20466527, 0.32993126, 0.034264483, 0.35299808, 0.047212206, 0.22853905, 0.44917694, -0.26854274, 0.28782642, 0.28775322, 0.10682206, -0.036426, -0.05926136, -0.09808791), target);\n\ttarget = MulAdd(f3, MF4x4(0.1623692, 0.04208961, -0.12735078, 0.119587936, -0.018460283, 0.01926331, -0.16922039, -0.020692306, -0.23654786, -0.09682156, 0.02356279, 0.292154, -0.12550685, -0.039114326, -0.010045899, 0.009884463), target);\n\ttarget = MulAdd(g3, MF4x4(-0.024572646, -0.04915667, -0.0891658, -0.101300426, 0.09721007, -0.027222471, -0.08186617, -0.08800145, 0.16128908, 0.017369738, -0.17755122, 0.030553974, -0.04786194, -0.033306226, -0.11137265, 0.097252734), target);\n\ttarget = MulAdd(h3, MF4x4(-0.13219555, 0.14680044, -0.020835813, -0.19928418, -0.17540939, 0.08884416, -0.16007939, -0.2782367, -0.26362786, -0.053185944, 0.21527831, -0.12771867, 0.09537403, 0.06372314, 0.07092338, 0.016300872), target);\n\ttarget = MulAdd(i3, MF4x4(0.06020855, -0.027582346, -0.060386427, -0.16418251, 0.13412488, 0.0635046, -0.16844325, -0.031885087, 0.19441758, 0.21037033, -0.21288314, 0.0033019097, 0.07076219, 0.1341822, 0.07913143, 0.025000073), target);\n\ttarget = MulAdd(na1, MF4x4(0.1165525, 0.1224346, -0.049421676, -0.09238292, -0.009945548, 0.095751256, -0.09618111, -0.031556837, 0.08579153, -0.11566272, 0.1746714, 0.2033271, 0.21790707, 0.11779413, -0.024555488, -0.06705437), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.17143509, 0.076514326, 0.18922825, -0.2367472, -0.0980002, 0.28013328, -0.12218669, -0.043787587, 0.0058879694, -0.024139067, -0.26422662, -0.11571965, 0.14444259, 0.017443683, -0.08909287, -0.2847621), target);\n\ttarget = MulAdd(nc1, MF4x4(0.025492875, -0.079289034, 0.08755382, 0.032952707, 0.066548645, 0.047626834, -0.022007272, -0.053937066, -0.005625632, -0.20218278, 0.081909254, 0.10763452, 0.025432698, -0.008357586, 0.052571986, -0.13281691), target);\n\ttarget = MulAdd(nd1, MF4x4(0.19026323, -0.03131676, -0.6082668, 0.18015681, -0.08726318, -0.10005449, -0.12227455, 0.09603944, -0.10222641, -0.04765289, -0.25651884, 0.09121576, -0.13599087, 0.004900871, -0.37133986, -0.17672789), target);\n\ttarget = MulAdd(ne1, MF4x4(0.45967895, -0.39018512, 0.050611064, 0.03249431, 0.30238965, -0.3105947, 0.06669453, 0.32732725, 0.066052265, 0.49977377, -0.050907653, -0.03348076, 0.029122408, 0.0600764, -0.07822951, 0.20902982), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.08013542, 0.10021573, -0.11628576, 0.14346479, 0.057000324, -0.108649634, 0.019887695, 0.103890195, 0.1409188, 0.20089024, -0.102009736, 0.1325033, 0.044806838, -0.05788581, 0.048131753, -0.06652887), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.16966644, -0.24639672, 0.019028572, -0.06812002, 0.03262217, 0.09131447, 0.013230795, -0.11368682, -0.06550434, 0.13262247, 0.08878271, -0.08202508, 0.015975898, -0.060910717, 0.06115912, 0.15341121), target);\n\ttarget = MulAdd(nh1, MF4x4(0.15634352, 0.17069998, 0.14901571, 0.009626357, -0.06694675, 0.17337729, -0.19245732, -0.053627927, 0.1267725, -0.21431756, -0.07327218, -0.05756576, -0.032537382, -0.02760317, 0.13781238, 0.13548511), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.028399123, -0.1360119, 0.2317893, -0.025993945, 0.03924595, -0.042272273, -0.116523296, -0.09528808, 0.1524186, 0.055862464, 0.03739477, -0.09871636, -0.07834257, -0.041219592, 0.04540839, 0.1291419), target);\n\ttarget = MulAdd(na2, MF4x4(-0.19614807, -0.09363595, 0.056008626, 0.005871811, 0.16565295, -0.0842474, 0.11023916, 0.13774084, -0.042277314, -0.021777004, -0.03129473, 0.1514441, -0.039998986, 0.071076415, 0.01945138, -0.12146891), target);\n\ttarget = MulAdd(nb2, MF4x4(0.06687245, -0.1199503, 0.21189997, 0.35098252, 0.033946924, 0.3198622, -0.22240919, -0.1667172, -0.036933, 0.229118, -0.11569919, -0.16484495, -0.11610055, 0.015235093, 0.3831026, 0.1465072), target);\n\ttarget = MulAdd(nc2, MF4x4(0.03791039, 0.018180382, -0.042332668, 0.013624834, -0.18835816, -0.0509036, -0.021141365, -0.004950831, -0.08342777, 0.1390103, 0.015515743, -0.19880094, 0.11614853, 0.06523873, 0.13055101, 0.1372081), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.0018500675, 0.18703233, 0.30595052, -0.016893126, -0.22149622, 0.15263912, -0.66434824, -0.02816733, -0.046903886, -0.111711785, 0.24890791, 0.045937214, -0.17543675, 0.0062527983, 0.19804789, 0.017593222), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.04760463, 0.05421001, -0.28332436, -0.025446368, 0.21688665, 0.5815682, 0.46906602, -0.05001719, 0.23411441, -0.07280948, -0.13070935, -0.015438214, -0.13005666, 0.1889405, -0.2580563, -0.15314907), target);\n\ttarget = MulAdd(nf2, MF4x4(0.12959057, -0.0948774, 0.06675651, -0.17425562, 0.10021383, 0.33856025, -0.31008336, -0.025042048, -0.052502744, 0.029178401, -0.0048839073, 0.038400315, -0.018125525, -0.0767934, 0.094993874, -0.18367463), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.022678657, -0.0065315845, 0.06314526, -0.054645326, 0.13771887, 0.046705935, -0.04636017, 0.14018759, -0.04231133, -0.021541214, 0.017565796, 0.003035773, 0.08540473, 0.08129922, 0.11075298, 0.013874024), target);\n\ttarget = MulAdd(nh2, MF4x4(0.08197226, -0.0058128256, -0.18930762, -0.036673985, 0.02281235, -0.08467056, -0.2223147, 0.2896992, 0.05395775, 0.11151909, -0.06499754, 0.1251099, -0.03142789, -0.030318923, -0.007785477, -0.04529621), target);\n\ttarget = MulAdd(ni2, MF4x4(0.080762245, -0.018930724, -0.20362908, 0.056379218, -0.11373313, -0.12011991, 0.16567366, 0.08657685, 0.044468362, -0.08876271, -0.029667072, 0.035950437, -0.14428492, 0.029389331, 0.05124434, 0.0045285597), target);\n\ttarget = MulAdd(na3, MF4x4(-0.02969669, -0.008931901, -0.100618705, -0.052917536, 0.020904265, -0.13654597, -0.06518564, 0.10012143, -0.02225236, -0.0429339, -0.048810348, -0.05469844, 0.08333708, 0.030906782, -0.018940724, -0.026514838), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.08655406, 0.114238694, -0.16437472, -0.08736896, 0.127443, 0.06291038, -0.2604087, 0.12457613, 0.24516857, -0.13755949, -0.0030577497, 0.10744015, 0.04641038, 0.05981727, 0.31352815, -0.18235594), target);\n\ttarget = MulAdd(nc3, MF4x4(0.008475862, 0.017425679, -0.08991029, -0.12069009, -0.08269583, 0.10742468, -0.014932612, -0.02626661, -0.016236676, -0.005973882, -0.027453009, -0.11351438, 0.047109496, -0.145119, 0.07747088, -0.07215372), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.034174602, -0.060812023, -0.0006432491, -0.20983042, 0.046102066, 0.008952892, 0.15442203, -0.10698656, 0.17119479, -0.004389315, 0.3144101, -0.110222265, -0.14246719, 0.045711346, -0.13565831, 0.26117173), target);\n\ttarget = MulAdd(ne3, MF4x4(-0.6470008, 0.04084706, -0.051462423, -0.06546568, -0.014792661, -0.15924191, -0.18878494, -0.23083107, -0.24585818, 0.2259637, -0.10123358, -0.19765808, -0.20856747, -0.228083, 0.37406453, 0.08601305), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.064584635, -0.21230863, 0.14970647, -0.11542264, 0.036966026, 0.029235318, 0.10329525, 0.044501476, -0.0177942, -0.109035276, 0.043533962, 0.028927831, 0.1558056, 0.10556724, 0.10270152, -0.14039369), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.066995785, 0.06306309, -0.13572344, 0.11198968, -0.0037865653, 0.015525267, 0.03302228, 0.11591493, -0.0528039, -0.059212606, 0.082170166, 0.0794709, -0.03251824, -0.026491115, 0.0763021, -0.13832395), target);\n\ttarget = MulAdd(nh3, MF4x4(0.006861719, -0.07674664, 0.19552138, 0.041278, -0.04972735, 0.028953623, -0.05129196, 0.102604896, 0.09264856, 0.08714556, 0.14463316, 0.016883003, 0.26475173, -0.089217745, -0.10327653, 0.23053643), target);\n\ttarget = MulAdd(ni3, MF4x4(-0.13946633, -0.07468852, 0.00806054, 0.075793736, 0.0094534205, 0.053835806, 0.053700656, -0.09649038, 0.011497834, -0.004986816, -0.019868635, 0.065568306, -0.026551232, -0.35115397, 0.015588715, 0.0713471), target);\n\tconv2d_5_tf1[gxy] = target;\n\n\ttarget = MF4(0.0016613394, 0.059301294, -0.038810123, 0.10673296);\n\ttarget = MulAdd(a1, MF4x4(0.06520908, 0.11980297, 0.017079262, -0.0644185, 0.058950376, 0.31555367, -0.026817605, -0.07509471, -0.12542972, 0.17405558, 0.03727982, -0.116224065, -0.062435534, -0.19364153, -0.026986435, -0.03134909), target);\n\ttarget = MulAdd(b1, MF4x4(0.038656387, 0.13447802, -0.16709015, -0.14351036, 0.103892356, 0.016569376, -0.07983408, -0.16095364, -0.11789444, -0.03072205, 0.123185664, -0.10082752, 0.21694018, -0.1617907, -0.011660872, 0.13927431), target);\n\ttarget = MulAdd(c1, MF4x4(0.008439822, 0.122972764, -0.016326487, -0.078567974, 0.059017945, 0.06353737, 0.082813956, -0.0949065, -0.08315884, 0.021347238, -0.08931161, -0.16035163, 0.037683185, 0.06533404, -0.028883474, -0.09627357), target);\n\ttarget = MulAdd(d1, MF4x4(0.08366899, 0.21790943, -0.22688796, -0.12604184, -0.043983214, 0.1403515, -0.36661214, -0.06573482, -0.0013522038, -0.06833309, -0.01641999, 0.069110356, 0.37018904, 0.10410086, 0.061855968, -0.1666379), target);\n\ttarget = MulAdd(e1, MF4x4(-0.2989202, -0.117328055, -0.050487056, -0.061127234, 0.1033415, 0.16767837, 0.18385236, 0.02724901, 0.35696694, -0.25828066, -0.074384004, -0.042253643, -0.41383776, -0.050653316, 0.14413886, 0.32937947), target);\n\ttarget = MulAdd(f1, MF4x4(-0.15808704, -0.106030256, 0.28908083, 0.008596225, -0.110294454, -0.08877176, 0.08842803, -0.039414957, 0.20766397, -0.17327146, -0.19335231, -0.061150387, -0.000814753, 0.1034041, -0.009765378, -0.07323427), target);\n\ttarget = MulAdd(g1, MF4x4(-0.01879742, -0.044466518, -0.09159235, -0.1501768, -0.0056229457, 0.18997125, 0.08428035, -0.13449019, 0.18263818, -0.10028305, -0.09866498, 0.117869616, -0.012634524, -0.029524704, -0.07730064, 0.00546821), target);\n\ttarget = MulAdd(h1, MF4x4(0.15762568, 0.105768956, 0.13892855, 0.00044988963, 0.12257598, -0.01147673, 0.006341714, -0.26212972, 0.40007222, 0.08705139, -0.2118067, 0.026638128, 0.03797633, -0.11589773, 0.0049106814, 0.12900658), target);\n\ttarget = MulAdd(i1, MF4x4(-0.121532075, -0.10590698, -0.03897105, -0.0071686152, 0.0033759288, -0.1396647, -0.028675696, -0.015227962, 0.18511333, -0.102051884, -0.016090686, 0.059021857, -0.11331271, -0.11874948, 0.018710922, 0.017408015), target);\n\ttarget = MulAdd(a2, MF4x4(-0.12550953, 0.16510391, 0.10619754, -0.016266964, -0.019227408, -0.18954511, -0.109888494, 0.016605422, -0.0005352285, 0.044191238, -0.088420294, 0.009006945, -0.022495952, 0.048431057, -0.020784441, 0.010173064), target);\n\ttarget = MulAdd(b2, MF4x4(0.16963533, 0.18744309, 0.21297795, 0.08332983, -0.023056686, -0.07087108, -0.036333352, -0.015268741, -0.07492767, -0.045910314, 0.21631542, -0.16564575, 0.02388003, 0.13383305, -0.039016947, 0.0631532), target);\n\ttarget = MulAdd(c2, MF4x4(0.02557174, 0.08842321, 0.16087292, -0.023776071, 0.031170124, 0.066140614, 0.05342162, -0.013030745, 0.124961995, -0.22359067, -0.036988057, 0.13611913, -0.1263602, -0.16664241, 0.01858248, 0.0013771311), target);\n\ttarget = MulAdd(d2, MF4x4(0.015695665, 0.015101046, 0.17278792, -0.03986969, 0.14098491, -0.024497505, 0.21574442, 0.04450794, -0.10986037, 0.16416681, -0.09933916, 0.14197138, 0.0015567777, -0.0047904793, -0.21008217, 0.14554296), target);\n\ttarget = MulAdd(e2, MF4x4(-0.31723288, -0.11801757, 0.54204303, 0.21924974, -0.063086554, 0.031983662, -0.044489764, -0.044983335, -0.19877149, -0.34737584, 0.14496867, 0.24102491, -0.12645286, -0.12267188, 0.108755745, -0.042033415), target);\n\ttarget = MulAdd(f2, MF4x4(-0.12381552, 0.21796867, 0.047182925, 0.13479555, -0.07008901, 0.030664185, 0.10611406, -0.109855235, -0.035448074, 0.11677155, -0.21266608, 0.13169904, 0.031983715, 0.023444392, -0.17469533, 0.17422527), target);\n\ttarget = MulAdd(g2, MF4x4(0.022972934, -0.00795407, 0.05136999, 0.035493083, -0.17333633, -0.027870687, 0.02908348, 0.053750556, -0.014127204, 0.03970615, 0.04342455, 0.124589466, 0.16470553, 0.06732464, 0.043155663, -0.03983377), target);\n\ttarget = MulAdd(h2, MF4x4(-0.032124814, 0.032697737, 0.14967397, 0.0065929573, 0.1047251, 0.039273106, 0.08134817, -0.003973153, 0.040370148, -0.18200004, 0.089256786, -0.09854591, -0.0060806563, -0.1029578, -0.091431744, 0.10011842), target);\n\ttarget = MulAdd(i2, MF4x4(-0.037540972, 0.02491563, 0.18000527, -0.05821429, 0.05302547, -0.104025975, -0.10679022, -0.030143606, 0.0072812764, 0.06054551, -0.1211288, 0.04456214, 0.023387795, -0.003822218, 0.0058639925, -0.022066886), target);\n\ttarget = MulAdd(a3, MF4x4(0.06184228, -0.056854323, -0.040505715, 0.06577085, 0.09438042, 0.08642222, -0.070353776, 0.053747497, -0.1001193, 0.1620346, 0.0022546488, -0.084673025, -0.063821726, -0.06516542, 0.021665785, -0.01931425), target);\n\ttarget = MulAdd(b3, MF4x4(0.07393532, -0.030919692, -0.05093964, 0.041760188, 0.20542595, -0.14245859, -0.08730749, 0.066625066, -0.030148488, 0.04094324, -0.17595454, -0.16575092, -0.015094979, 0.08206526, 0.1878202, 0.030275505), target);\n\ttarget = MulAdd(c3, MF4x4(0.04596692, 0.24388434, 0.075821444, -0.11463937, 0.04743361, 0.073697835, -0.12414068, -0.13001998, -0.016750317, -0.115090236, 0.029251577, -0.00256914, 0.01848034, 0.020216811, -0.050685663, 0.15878099), target);\n\ttarget = MulAdd(d3, MF4x4(-0.07033339, -0.10033772, 0.13496423, 0.05642528, -0.035572313, -0.17283621, -0.116152726, 0.05493664, 0.09753486, -0.03360219, -0.0357413, -0.18149517, -0.121751696, -0.07030741, 0.013601298, 0.033133104), target);\n\ttarget = MulAdd(e3, MF4x4(0.09432236, -0.09759138, -0.119828485, -0.14183357, -0.5797675, -0.07471831, 0.04211549, 0.26251101, 0.5751412, 0.5531362, -0.20901033, -0.44464877, -0.1050692, 0.35440886, -0.06443669, -0.27186042), target);\n\ttarget = MulAdd(f3, MF4x4(-0.069436476, 0.10357919, 0.09300722, -0.0992018, -0.15164262, 0.12421031, -0.20876148, -0.18715572, 0.020070476, -0.06525974, 0.0032806133, -0.007204605, -0.047449, 0.23941353, 0.074678384, 0.059585877), target);\n\ttarget = MulAdd(g3, MF4x4(0.01769955, -0.010905215, -0.048443984, 0.07100768, 0.037357494, -0.014723261, -0.15591852, 0.10612296, -0.13143727, -0.029275576, 0.021462034, 0.011848447, 0.08220801, 0.15958358, -0.022226475, -0.06178906), target);\n\ttarget = MulAdd(h3, MF4x4(-0.043331016, -0.060601693, -0.13266426, 0.2410773, -0.09411715, -0.054481134, -0.010012133, 0.07868362, -0.03723713, -0.32002482, -0.19103771, 0.024575114, 0.12048997, -0.33372483, -0.13358098, -0.11907925), target);\n\ttarget = MulAdd(i3, MF4x4(-0.06852358, -0.025769785, 0.16419932, 0.028622756, 0.07738885, 0.19097409, 0.030017732, 0.08942453, -0.103945315, 0.27710587, 0.07438472, 0.04317445, 0.07197963, 0.23000222, -0.025056513, 0.09491253), target);\n\ttarget = MulAdd(na1, MF4x4(-0.14467122, -0.010201622, 0.0076316656, -0.07795532, -0.062397595, -0.20432428, -0.008252111, 0.0849895, 0.16180839, -0.12278075, -0.011521546, 0.03288935, -0.14986265, 0.06768003, 0.18093173, 0.036510453), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.13757493, -0.022130862, -0.14063741, -0.15224035, -0.16418923, 0.02701367, 0.034051962, -0.02580273, -0.21267697, 0.1778992, -0.11384793, -0.14056513, -0.12628116, -0.119479865, -0.08586524, -0.042770755), target);\n\ttarget = MulAdd(nc1, MF4x4(0.034048863, 0.043504484, 0.14368454, 0.0682472, -0.1318885, -0.09097908, -0.022142543, 0.045874257, -0.00010490822, -0.35216293, 0.04821174, 0.1037435, 0.11491783, -0.03074008, -0.15504418, 0.002481289), target);\n\ttarget = MulAdd(nd1, MF4x4(0.15464644, 0.13155764, -0.025967255, -0.122360244, 0.0050367275, -0.030188441, 0.26694667, 0.09298438, 0.12436595, 0.1894544, 0.097955175, -0.1976165, 0.17701727, -0.39169946, 0.07254687, 0.18344238), target);\n\ttarget = MulAdd(ne1, MF4x4(0.7450363, -0.021375138, 0.1908325, -0.43873882, 0.32581338, 0.06003156, -0.16481178, -0.097786136, 0.07664747, 0.083530955, -0.19303781, -0.2208752, 0.2954345, -0.020337705, 0.14045238, -0.19992891), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.13618276, 0.1301855, 0.07342773, -0.28985927, 0.1162901, -0.20089008, -0.036014035, 0.13122658, -0.121863954, 0.012138018, 0.17843567, 0.03828356, 0.048146408, 0.2968513, 0.069999285, -0.130018), target);\n\ttarget = MulAdd(ng1, MF4x4(0.21915652, 0.05540849, 0.10738131, 0.07626957, -0.13932791, -0.26324788, -0.024981115, 0.100521, -0.3060648, -0.21207786, 0.1482194, -0.114556216, -0.09286606, 0.01816721, 0.018395979, -0.03223082), target);\n\ttarget = MulAdd(nh1, MF4x4(0.007953473, 0.41586113, -0.12301476, -0.0714516, -0.18429835, 0.05822646, 0.003684946, 0.18452546, 0.07199102, -0.038058747, -0.11968186, 0.057275392, 0.018090919, 0.15575454, 0.14568369, -0.008162466), target);\n\ttarget = MulAdd(ni1, MF4x4(0.0046069925, -0.14948042, -0.06077474, -0.18606511, -0.046001855, 0.072694264, 0.0853064, -0.07509439, -0.16638888, 0.008207148, -0.06407435, 0.0832239, 0.11806991, 0.08564391, -0.09793387, -0.009962631), target);\n\ttarget = MulAdd(na2, MF4x4(0.17163257, 0.17926122, 0.08094341, 0.01562118, 0.08006863, 0.16360049, 0.061501157, 0.015167974, 0.038785663, -0.024147237, 0.04187129, 0.020464495, 0.0043754554, -0.12979902, -0.116078086, 0.02519678), target);\n\ttarget = MulAdd(nb2, MF4x4(0.1390449, -0.31678367, -0.05487266, 0.028750261, -0.2432485, 0.4501461, 0.16770184, -0.21504217, -0.113885716, 0.24819264, 0.10844277, 0.16599967, 0.07485992, -0.15028708, -0.050178476, 0.058082305), target);\n\ttarget = MulAdd(nc2, MF4x4(0.025873372, 0.0873282, -0.00070206827, 0.038967356, -0.12720318, -0.036212232, 0.37016478, 0.08430346, -0.18743254, -0.075341664, -0.027113464, 0.0478065, 0.30386332, 0.03854462, -0.08687961, 0.043612193), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.1514979, 0.20321548, -0.12928946, -0.08803361, 0.062216565, -0.26570085, 0.26420683, -0.0777953, 0.008385508, 0.112346895, -0.09958432, -0.1247562, 0.114825696, 0.12035607, 0.06491033, -0.036797147), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.24817157, 0.12276732, -0.21231028, 0.23803027, 0.43308944, 0.39496094, 0.15699469, 0.12618075, -0.037870817, 0.13224195, 0.007822175, -0.13612692, -0.07763684, -0.33213237, -0.0121766785, 0.16685596), target);\n\ttarget = MulAdd(nf2, MF4x4(0.038585283, 0.04452951, 0.050363973, 0.027282275, -0.08253728, -0.06062145, 0.25581127, 0.04032097, 0.05333845, 0.023140023, -0.009572385, 0.16059966, -0.11572228, 0.044278048, 0.09749187, -0.15032573), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.03934602, -0.02766789, 0.026940307, 0.012599063, -0.31656685, 0.23716804, 0.44959545, -0.22446568, -0.054772135, -0.12735057, 0.057908695, -0.13251308, -0.08269784, 0.11659682, 0.098460965, 0.026333362), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.034531243, -0.034659956, 0.05089446, -0.039471556, -0.30950317, 0.10350312, 0.11603813, 0.08672152, -0.07706643, 0.29062438, 0.16422673, 0.074333824, 0.15247595, 0.068041846, -0.05291157, -0.15924777), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.008430657, 0.1884767, 0.15917906, 0.0063428413, -0.07987644, -0.04325211, -0.011584678, -0.010605869, -0.061187085, -0.09864619, -0.003040298, -0.08468758, 0.07886262, -0.14624445, -0.16320829, -0.01452985), target);\n\ttarget = MulAdd(na3, MF4x4(-0.08527653, -0.23416738, 0.06975244, 0.05253521, 0.061039444, -0.00083986257, 0.030380005, -0.023494298, -0.043048684, 0.14088461, 0.2651013, -0.069660574, -0.016013842, -0.051780187, -0.012583422, -0.033116736), target);\n\ttarget = MulAdd(nb3, MF4x4(-0.0006501486, -0.30294704, -0.22532716, 0.05011193, 0.065113634, 0.016704703, -0.045390636, 0.04377115, 0.11699081, 0.08135687, 0.020165889, 0.19826801, -0.018285288, -0.08564773, -0.26595154, -0.038110998), target);\n\ttarget = MulAdd(nc3, MF4x4(0.039095376, -0.0013404419, 0.012190645, 0.09428582, -0.11419318, 0.06917013, 0.034134097, 0.06616537, 0.03412512, 0.19301844, -0.055202305, 0.04042837, 0.04970565, -0.038846236, 0.13749482, -0.10204081), target);\n\ttarget = MulAdd(nd3, MF4x4(0.11721501, -0.12578778, 0.3620872, 0.21225488, -0.016926143, 0.006788099, -0.098553024, 0.07850037, 0.011090844, 0.029607147, -0.10133182, 0.09209217, -0.022987554, -0.20880799, 0.11736945, 0.051316652), target);\n\ttarget = MulAdd(ne3, MF4x4(0.07336128, 0.12248782, 0.15166189, 0.19264354, 0.04438999, 0.14751169, -0.20144647, -0.13824841, -0.007747583, -0.16739956, 0.06877802, 0.35830194, 0.26836118, 0.16978757, 0.020257233, -0.13465263), target);\n\ttarget = MulAdd(nf3, MF4x4(0.13214944, -0.06876062, 0.23750784, -0.021269983, 0.024918383, -0.26376384, 0.045127794, 0.13623215, 0.006213376, -0.08169226, -0.073229134, -0.007930807, -0.044477753, -0.0316362, 0.18907334, 0.11666457), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.043125346, 0.11734928, -0.075487934, 0.045608267, 0.0019688043, 0.050239112, 0.04037272, -0.05889949, 0.06669761, 0.12751873, 0.05863783, 0.0125279, -0.089946836, -0.12018046, -0.18921909, 0.023329671), target);\n\ttarget = MulAdd(nh3, MF4x4(0.2132003, -0.31702018, -0.13358426, -0.08583953, 0.0059259925, -0.094208315, -0.11922049, -0.099796474, 0.09348341, 0.32579756, 0.1124768, -0.049808096, -0.23310517, 0.26437998, 0.11376541, 0.13568696), target);\n\ttarget = MulAdd(ni3, MF4x4(0.20872836, -0.18229747, -0.24334186, 0.055828214, -0.05096774, -0.038215697, -0.15330918, 0.010210672, 0.018509107, 0.06662855, 0.029773839, 0.050827213, 0.18775174, -0.24382128, -0.28635338, 0.019148426), target);\n\tconv2d_5_tf2[gxy] = target;\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x24\n//!IN conv2d_5_tf, conv2d_5_tf1, conv2d_5_tf2\n//!OUT conv2d_6_tf, conv2d_6_tf1, conv2d_6_tf2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 a3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e3 = conv2d_5_tf2.SampleLevel(sam, pos, 0);\n\tMF4 f3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i3 = conv2d_5_tf2.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na3 = max(-a3, 0);\n\tMF4 nb3 = max(-b3, 0);\n\tMF4 nc3 = max(-c3, 0);\n\tMF4 nd3 = max(-d3, 0);\n\tMF4 ne3 = max(-e3, 0);\n\tMF4 nf3 = max(-f3, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 nh3 = max(-h3, 0);\n\tMF4 ni3 = max(-i3, 0);\n\n\ta3 = max(a3, 0);\n\tb3 = max(b3, 0);\n\tc3 = max(c3, 0);\n\td3 = max(d3, 0);\n\te3 = max(e3, 0);\n\tf3 = max(f3, 0);\n\tg3 = max(g3, 0);\n\th3 = max(h3, 0);\n\ti3 = max(i3, 0);\n\n\tMF4 target = MF4(-0.12422661, 0.036567487, -0.031888038, -0.011536189);\n\ttarget = MulAdd(a1, MF4x4(0.063551076, -0.16613434, 0.12519288, 0.2613413, 0.026815815, 0.07070773, -0.021043811, -0.0669755, -0.19316983, -0.19476847, -0.15389214, -0.009875319, -0.0604898, -0.114369385, 0.027538, 0.13774374), target);\n\ttarget = MulAdd(b1, MF4x4(-0.37544233, 0.12914102, 0.1366593, 0.31378758, 0.013987432, -0.06746779, -0.0083432635, 0.18277366, 0.09763598, 0.37610903, -0.04690116, -0.012697733, 0.26701328, -0.28395116, 0.20111044, -0.14729187), target);\n\ttarget = MulAdd(c1, MF4x4(-0.11672882, -0.07698176, 0.128088, 0.04008766, 0.10915507, -0.06849285, 0.10052956, -0.043884028, 0.07211199, -0.10226781, -0.022282045, 0.23409745, -0.12000992, 0.24038276, -0.09234301, 0.0005270855), target);\n\ttarget = MulAdd(d1, MF4x4(-0.09490642, -0.015582241, -0.19492888, -0.32142976, -0.08206514, -0.015905589, -0.058852483, 0.07062659, 0.26403823, 0.3431253, -0.026066927, -0.3181394, 0.08491617, 0.119145595, -0.13182211, 0.11299775), target);\n\ttarget = MulAdd(e1, MF4x4(-0.46511695, 0.041131947, -0.033913054, -0.02365193, -0.05553107, -0.07035273, -0.054731946, 0.14872038, 0.6574225, 0.43335545, -0.104082294, 0.07509184, -0.17075175, 0.45012367, -0.23016582, 0.11691375), target);\n\ttarget = MulAdd(f1, MF4x4(-0.11270771, 0.16805078, 0.06826135, 0.0033254998, -0.024538545, 0.09819631, 0.1497868, 0.07361046, 0.44126564, -0.08262802, -0.093892835, -0.017575772, 0.201439, -0.16137156, 0.020603918, -0.11584951), target);\n\ttarget = MulAdd(g1, MF4x4(-0.05802347, -0.008502925, 0.040704407, -0.018153232, 0.13748057, -0.01657812, 0.051693555, 0.049377594, 0.055863917, 0.033657834, -0.07277932, -0.090057924, -0.020979507, 0.045863025, -0.07975761, -0.051979877), target);\n\ttarget = MulAdd(h1, MF4x4(0.04014975, -0.08892218, 0.010484573, 0.10302432, 0.15378693, 0.08408517, 0.2501461, -0.24654758, 0.098134525, 0.02121331, -0.12720452, 0.18055904, -0.095695384, 0.07188886, -0.06675107, 0.024970558), target);\n\ttarget = MulAdd(i1, MF4x4(0.0036642263, -0.06313773, -0.037577838, -0.08352694, 0.015351579, -0.26856104, 0.006624689, 0.13869932, -0.17476316, 0.18687174, -0.10394873, 0.13418272, -0.079220034, 0.022169832, -0.031236127, -0.0339237), target);\n\ttarget = MulAdd(a2, MF4x4(-0.08630612, -0.0337143, -0.23126788, 0.06343892, 0.033023622, -0.03573692, 0.038431164, 0.13653663, -0.038872983, 0.0037933413, -0.04555905, 0.08925922, -0.13711931, -0.09402758, -0.010433323, 0.063199304), target);\n\ttarget = MulAdd(b2, MF4x4(-0.097609736, -0.078787506, -0.08567856, 0.013807229, 0.07355257, -0.06374568, 0.14115064, -0.044682432, 0.14670128, 0.18986551, -0.15207475, 0.06219552, 0.06450654, 0.124214396, 0.009615842, 0.10263959), target);\n\ttarget = MulAdd(c2, MF4x4(0.055290207, -0.040181328, -0.04919303, 0.020920292, 0.012198339, -0.06364409, -0.07055407, 0.036359143, 0.05182031, 0.23724687, 0.08679922, -0.18439333, 0.033763815, -0.011830226, 0.032295715, -0.07224721), target);\n\ttarget = MulAdd(d2, MF4x4(-0.018177355, 0.05537294, 0.09365121, -0.11162771, 0.032960154, -0.3631022, 0.020872682, 0.026997598, 0.008251562, 0.0121242, 0.08893235, -0.2972536, 0.31769535, 0.21222967, 0.26210263, -0.07804949), target);\n\ttarget = MulAdd(e2, MF4x4(-0.09234649, -0.2313192, 0.2007695, -0.16570407, 0.4998518, 0.5021211, -0.23046456, 0.4675977, -0.04418793, 0.15888585, 0.634594, 0.08088828, 0.72703683, -0.10338289, 0.39535734, 0.08798907), target);\n\ttarget = MulAdd(f2, MF4x4(-0.07732275, 0.03470451, -0.0053107208, 0.12719902, 0.059666194, -0.09585871, 0.1990709, 0.071376435, 0.3475797, -0.22143288, -0.20879894, -0.07166567, 0.12787548, -0.02100069, 0.19628522, 0.30982283), target);\n\ttarget = MulAdd(g2, MF4x4(-0.0066751963, -0.10570687, -0.040173814, -0.111826494, 0.12028746, -0.011818079, 0.100319766, 0.050529975, -0.031993337, -0.0011481771, 0.028475156, 0.035728168, -0.104264215, -0.1322591, -0.0906199, 0.18882063), target);\n\ttarget = MulAdd(h2, MF4x4(0.08835854, 0.07846953, -0.00819189, 0.016579857, -0.12914272, 0.07969864, -0.11249944, 0.09885958, 0.05813271, 0.034933876, -0.10564021, 0.039766613, -0.34965426, 0.22660616, -0.37486964, -0.12369291), target);\n\ttarget = MulAdd(i2, MF4x4(0.11392956, 0.030622995, -0.04730621, -0.015045563, 0.085018255, -0.007865196, -0.025682064, -0.133319, -0.054862365, 0.062044714, 0.05505255, 0.16293961, 0.016092334, -0.02829063, 0.022702925, -0.12809299), target);\n\ttarget = MulAdd(a3, MF4x4(0.02367039, -0.10482778, -0.08608669, -0.062093236, 0.011747762, 0.022175042, 0.0071996297, -0.11276182, 0.028712617, 0.04126311, -0.0038132998, -0.1115989, -0.083056234, -0.009934547, -0.040698178, -0.12683636), target);\n\ttarget = MulAdd(b3, MF4x4(-0.03936176, 0.013684187, -0.010472024, -0.10460055, 0.023214165, -0.010684623, 0.1418631, -0.09054893, -0.12086315, 0.17628363, -0.09017983, 0.058750905, -0.017493812, -0.017450733, 0.026728105, 0.00935395), target);\n\ttarget = MulAdd(c3, MF4x4(-0.027332857, 0.0099790655, -0.08163504, 0.17689545, 0.0068078213, -0.023418542, 0.008682474, 0.02548335, -0.094120994, -0.06916872, -0.010798773, 0.08256571, 0.054553654, -0.06724611, 0.10275257, -0.03569369), target);\n\ttarget = MulAdd(d3, MF4x4(0.08478009, 0.24308196, -0.05788887, -0.30866814, -0.01677214, -0.13036685, 0.114544466, 0.13763347, -0.1287353, -0.106372125, 0.06294474, -0.017131003, -0.036178716, 0.042261317, -0.04916793, 0.22008154), target);\n\ttarget = MulAdd(e3, MF4x4(0.113098085, -0.16627797, 0.2243724, 0.39611307, -0.14763622, -0.08843169, -0.041247193, 0.02559566, 0.26896805, -0.05941676, 0.081289455, -0.03463428, -0.32648194, -0.01743883, 0.14692393, -0.1419451), target);\n\ttarget = MulAdd(f3, MF4x4(-0.08624417, 0.039859742, -0.1319016, -0.13784388, -0.037280608, 0.04094322, -0.09264864, -0.14406647, 0.08943151, -0.012913666, 0.07797073, -0.011788144, 0.00781559, 0.09687341, -0.075485185, 0.029234888), target);\n\ttarget = MulAdd(g3, MF4x4(-0.03461818, -0.0578239, -0.11940533, 0.19817612, -0.06190108, 0.009414874, 0.00055699307, -0.032922342, 0.09611396, 0.017270042, 0.031782333, 0.053475976, -0.06507406, -0.11098162, 0.021986434, -0.15281019), target);\n\ttarget = MulAdd(h3, MF4x4(0.03300026, 0.14729956, -0.11484497, -0.09993908, 0.049616348, -0.075125255, 0.0945234, -0.071549594, -0.12840901, 0.17766954, -0.19627832, 0.115563445, 0.021435678, -0.13213344, 0.106521055, -0.045743156), target);\n\ttarget = MulAdd(i3, MF4x4(-0.07923801, -0.10016722, -0.15136302, -0.09258758, 0.041234676, 0.03441316, 0.112843126, 0.06979639, -0.10960315, 0.024976972, -0.11591057, 0.0046735895, 0.043591797, -0.1226487, 0.06454461, 0.1111232), target);\n\ttarget = MulAdd(na1, MF4x4(-0.029166799, 0.024781128, -0.04604433, -0.17043193, 0.04155139, -0.024739308, -0.00026802288, -0.07082753, 0.0899422, 0.09071587, 0.06616202, 0.06050842, -0.05764436, 0.10596236, 0.02040071, -0.17497559), target);\n\ttarget = MulAdd(nb1, MF4x4(-0.09035089, 0.0659, -0.14361084, -0.021721302, 0.016794743, 0.09347604, 0.1380016, -0.25160387, 0.17140736, 0.29569083, 0.121337526, -0.26241425, 0.06574208, -0.08532672, 0.09675172, 0.061919414), target);\n\ttarget = MulAdd(nc1, MF4x4(0.0777134, 0.021917641, 0.08300268, 0.025749028, -0.109934434, -0.25188968, -0.0045595216, -0.05616794, 0.028348224, -0.020761484, 0.06998775, -0.21368878, 0.03502115, 0.084822185, -0.053608585, 0.0076402165), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.019782236, -0.02927372, 0.08717013, 0.073102064, 0.00052576384, -0.015302635, 0.0621273, -0.00017607084, -0.029963085, -0.13835284, 0.11283739, 0.112313755, -0.01647687, -0.07729588, 0.04615463, 0.24352066), target);\n\ttarget = MulAdd(ne1, MF4x4(0.021634975, -0.23471251, 0.2007633, -0.07243054, -0.34169427, -0.3459408, -0.49702102, 0.062072285, 0.29644236, 0.0050523616, -0.27118742, -0.06865384, 0.101680025, 0.38019192, 0.13146457, 0.027077101), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.013608211, -0.077774465, -0.045174483, -0.023265246, 0.1321979, 0.3753417, 0.16121203, 0.019047128, 0.064994924, 0.052409865, 0.10563419, -0.00085220096, 0.11251547, -0.10566402, 0.0028090205, -0.10063887), target);\n\ttarget = MulAdd(ng1, MF4x4(0.046679504, 0.058594946, -0.06533285, -0.15811534, -0.07416471, 0.06988486, -0.04314425, 0.009497584, -0.009757547, -0.038767483, 0.17787239, 0.077745095, -0.0020354164, -0.058167685, 0.105233066, -0.06689146), target);\n\ttarget = MulAdd(nh1, MF4x4(0.12626402, 0.039072312, 0.10418004, -0.07277218, -0.02922791, -0.19852047, 0.24927165, -0.18751998, -0.08083378, -0.14444499, -0.058351975, -0.02419644, 0.12217534, -0.048507757, -0.08333956, 0.00162865), target);\n\ttarget = MulAdd(ni1, MF4x4(-0.029149413, -0.023871707, 0.022741226, 0.10378588, -0.0073062726, 0.036854163, -0.1929113, -0.12620242, -0.03716381, -0.018090466, 0.10779782, -0.019924738, 0.068666615, 0.07481716, 0.10826988, 0.14435701), target);\n\ttarget = MulAdd(na2, MF4x4(-0.107568674, 0.12906614, -0.11304603, -0.07186676, 0.12917557, 0.04622498, 0.052623924, 0.027181726, 0.03726036, -0.05536048, -0.056134712, 0.0692713, -0.0931205, -0.013530341, -0.079496436, 0.07122584), target);\n\ttarget = MulAdd(nb2, MF4x4(0.21643913, 0.008973324, 0.2473282, -0.22151545, 0.10534174, 0.014311179, 0.12648374, -0.33117563, -0.115273096, -0.07306515, -0.019514188, 0.03442445, 0.02174929, 0.15782723, -0.15441503, -0.024714287), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.09689197, 0.019095143, -0.034944948, -0.20796263, 0.06224929, -0.0023227853, 0.07867864, -0.046337705, -0.097502016, -0.0011326018, -0.047669414, 0.07279011, -0.04423047, 0.014121719, -0.026950205, 0.14154369), target);\n\ttarget = MulAdd(nd2, MF4x4(0.11617495, 0.46741408, 0.07166562, -0.3171231, -0.06699714, 0.12959749, 0.10611542, -0.08962664, -0.055559576, 0.08383856, -0.07885361, -0.076587684, -0.0048291516, -0.04309975, 0.045905527, 0.036698442), target);\n\ttarget = MulAdd(ne2, MF4x4(0.0036613978, -0.03133137, -0.09741661, 0.4476952, -0.05623356, -0.5347433, -0.15121926, -0.62327516, -0.34650013, -0.3848976, -0.1020635, 0.12372888, -0.17733924, -0.3116026, -0.26149738, -0.12756832), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.18341129, 0.27638572, 0.18640736, 0.07301684, 0.0031105333, 0.10374691, -0.118262894, -0.12854561, -0.07307097, -0.0043694526, -0.103828765, 0.0033327888, -0.11450939, -0.036062073, -0.08388783, -0.18569045), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.06513565, -0.0906451, -0.07992863, 0.1555351, 0.053517826, 0.059623975, -0.04589495, -0.06759139, 0.041854616, -0.022462321, -0.03875089, 0.099266365, -0.04334954, -0.011625454, -0.03120097, -0.028311051), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.2698161, 0.4855855, 0.29649052, 0.08579708, -0.17665233, 0.11236429, 0.17814405, 0.2936427, 0.0014580752, -0.01460852, 0.12992013, -0.06554696, 0.08688421, 0.016707266, -0.035805132, -0.21390212), target);\n\ttarget = MulAdd(ni2, MF4x4(0.087546945, -0.08082606, 0.026020724, -0.22158769, 0.079808585, 0.008027633, 0.17506911, 0.24715161, -0.089454755, -0.12723146, -0.014873311, -0.080931105, -0.037702024, 0.069683395, 0.03398877, 0.050660603), target);\n\ttarget = MulAdd(na3, MF4x4(0.18083133, 0.072747, 0.026843961, 0.060125593, -0.0028814252, 0.055027924, -0.23592432, -0.3128924, 0.07353004, -0.040734287, 0.063891344, 0.12827826, 0.035035152, -0.07543958, 0.084599234, 0.13021721), target);\n\ttarget = MulAdd(nb3, MF4x4(0.063158885, 0.08223479, 0.069820456, 0.021643702, 0.07788084, -0.078388534, 0.13722488, 0.25833505, -0.10396639, 0.0041446807, 0.023278937, 0.22537926, 0.17745169, 0.22081025, -0.09535902, -0.12220001), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.05432123, 0.087425314, 0.018276695, -0.124169916, -0.00543602, 0.12574154, -0.06011572, 0.04701218, -0.10479224, 0.032153737, -0.06034692, 0.16422245, -0.13862014, -0.06484846, -0.064395554, 0.20665741), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.11319914, 0.18695734, 0.3806953, -0.069110036, -0.24979821, 0.26608357, 0.45578855, -0.37055442, 0.08747221, 0.11386838, -0.09471413, -0.17466134, 0.20953615, 0.20999484, 0.12287149, -0.41018328), target);\n\ttarget = MulAdd(ne3, MF4x4(0.5564517, -0.2048937, -0.3816632, -0.06279082, -0.38774204, 0.21217284, -0.18890436, 0.14043479, 0.024926476, 0.17045365, 0.048644193, -0.17100555, -0.15697347, -0.35342333, 0.068213716, -0.41174227), target);\n\ttarget = MulAdd(nf3, MF4x4(0.045869917, -0.0015854153, 0.08683202, 0.09068768, -0.083463475, -0.31756514, 0.1342369, -0.088171095, 0.056276016, -0.23685989, 0.014580776, -0.2547697, 0.0940006, -0.043395106, 0.2034087, -0.022825241), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.103751905, 0.069453366, -0.109700166, 0.042392224, 0.080248766, 0.094016075, -0.17143534, 0.05994925, -0.018760482, -0.04515021, 0.014608747, 0.06235974, -0.04300025, 0.093254045, -0.048682634, 0.28064325), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.014232481, -0.08903044, 0.019999523, -0.020324621, -0.24016748, -0.2474486, -0.40321103, -0.15829015, -0.13566887, -0.041250605, -0.04751285, 0.057329945, 0.10219304, 0.05605011, -0.025595296, -0.01614233), target);\n\ttarget = MulAdd(ni3, MF4x4(0.025537677, 0.12660079, 0.051864993, 0.075601384, -0.021362955, 0.19969231, 0.123610884, 0.07575372, -0.061927922, 0.06550312, -0.05508335, 0.11704227, -0.13762979, 0.1817394, -0.18983638, -0.049257904), target);\n\tconv2d_6_tf[gxy] = target;\n\t\n\ttarget = MF4(0.07794292, -0.028107546, -0.059174247, 0.018621715);\n\ttarget = MulAdd(a1, MF4x4(-0.031695515, -0.31290495, 0.17557557, -0.10072623, 0.037879907, 0.07773684, 0.015941558, -0.1166975, 0.19065462, -0.18290205, 0.233234, 0.028230593, -0.16707195, -0.10103979, -0.1561307, 0.09858236), target);\n\ttarget = MulAdd(b1, MF4x4(-0.37433225, -0.37697765, 0.15590142, 0.3016965, 0.014981114, -0.07988245, 0.014191019, -0.0011213939, -0.11375956, -0.052503657, -0.013733191, 0.15110013, 0.009139605, 0.1890766, -0.29809618, -0.31938305), target);\n\ttarget = MulAdd(c1, MF4x4(0.043140218, -0.1566104, -0.002536191, -0.16493355, -0.211366, -0.021915436, -0.28728947, -0.14439434, 0.095511094, 0.056860972, -0.08280981, -0.21611294, 0.13561454, 0.0033129812, 0.14235094, 0.3003919), target);\n\ttarget = MulAdd(d1, MF4x4(0.010960085, 0.00600542, -0.2367317, 0.021453537, -0.03856116, -0.034778543, 0.164726, 0.13019681, -0.07757383, 0.33985314, -0.23832978, 0.095343575, 0.022204291, 0.20711215, 0.15877703, 0.2751253), target);\n\ttarget = MulAdd(e1, MF4x4(0.19641247, 0.032707132, 0.04379372, -0.21997298, -0.035852924, 0.06185132, 0.1484587, -0.36117685, -0.46992078, -0.41587535, 0.37467077, 0.09044606, -0.06615961, -0.4794214, 0.039470922, -0.3396352), target);\n\ttarget = MulAdd(f1, MF4x4(0.16657054, -0.039237928, 0.03857829, 0.049146365, 0.0401756, -0.03342998, 0.20032202, 0.05834436, 0.088986784, -0.16494772, -0.33883873, 0.18655993, -0.15986481, 0.091252044, 0.041209027, 0.15528268), target);\n\ttarget = MulAdd(g1, MF4x4(0.048688952, -0.009118804, 0.02290845, -0.17133589, -0.17210291, -0.027337966, -0.13893692, -0.07628787, -0.011510589, -0.04428704, 0.0015265835, -0.1197242, -0.011102018, -0.012120708, 0.06624063, 0.009720241), target);\n\ttarget = MulAdd(h1, MF4x4(-0.27416044, -0.120502286, 0.17721373, -0.16811286, -0.014482372, 0.02126685, -0.091303095, -0.16043608, 0.27898774, 0.17883328, -0.2844939, 0.21557346, 0.090356916, 0.10218719, 0.011249428, -0.10255321), target);\n\ttarget = MulAdd(i1, MF4x4(-0.12067477, -0.07217142, -0.04221149, 0.019745756, -0.26648012, -0.19199371, 0.029601155, 0.13147698, 0.23245896, 0.11450761, 0.1694102, -0.2318312, 0.0016206031, -0.0178794, 0.11511889, 0.04575681), target);\n\ttarget = MulAdd(a2, MF4x4(0.18695508, 0.045567334, 0.17440668, -0.42288253, -0.02287028, 0.05679073, -0.05641905, 0.12937486, 0.08140183, 0.013775387, 0.085393906, -0.124689564, 0.02426034, -0.08368493, -0.03149937, 0.12990832), target);\n\ttarget = MulAdd(b2, MF4x4(-0.10630359, -0.05139905, -0.14252634, 0.12539144, -0.07805999, -0.16011941, -0.12794735, 0.0023225932, -0.29767594, -0.0324489, -0.08008453, -0.10285779, 0.10714244, 0.07701981, 0.0861595, 0.032702547), target);\n\ttarget = MulAdd(c2, MF4x4(-0.011266752, 0.032032244, -0.16621222, 0.025718216, -0.13606001, 0.049900856, -0.12395804, -0.023709433, -0.019833436, 0.05525729, 0.043920193, 0.07480689, -0.06805129, -0.050729908, 0.015684852, -0.07608439), target);\n\ttarget = MulAdd(d2, MF4x4(-0.2432357, -0.08149558, -0.0954787, 0.13050736, 0.0658002, -0.15775995, -0.26192164, 0.07967364, -0.050966308, -0.15967421, -0.09035987, -0.19794956, 0.040908057, 0.1914722, -0.1416288, 0.20905873), target);\n\ttarget = MulAdd(e2, MF4x4(-0.31780317, -0.0037020883, 0.057150707, 0.4200519, 0.5618687, -0.047172155, -0.12254693, -0.014847399, 0.37398118, 0.3375763, 0.16677848, -0.06745357, 0.17024885, -0.22058573, -0.30246857, -0.5453735), target);\n\ttarget = MulAdd(f2, MF4x4(0.30349696, 0.009769963, 0.28675693, -0.118276045, 0.0057877507, 0.10974996, -0.072690375, 0.030470189, -0.6150014, 0.17645302, 0.2928011, 0.07855985, 0.17192386, 0.12024906, -0.07183019, 0.10537094), target);\n\ttarget = MulAdd(g2, MF4x4(-0.088262424, -0.14806455, 0.08148428, 0.10594823, 0.049873143, -0.013990187, 0.07425902, -0.030937834, 0.016817184, 0.08583546, -0.111037634, 0.09831576, 0.052983984, 0.024797885, 0.15503147, -0.052295715), target);\n\ttarget = MulAdd(h2, MF4x4(0.09108395, 0.025693672, -0.17206948, -0.02877885, 0.008410392, -0.08324596, -0.05451186, 0.10528576, -0.09902025, 0.20654637, -0.15849939, -0.022103371, 0.06444531, -0.12143805, 0.20113671, 0.14274625), target);\n\ttarget = MulAdd(i2, MF4x4(0.005467573, 0.16239832, -0.28808126, -0.21795005, -0.06378709, -0.0672865, -0.052615914, -0.08036216, 0.10728027, -0.09125139, -0.0835933, -0.08187764, 0.05370785, -0.019258037, -0.23184206, 0.2632737), target);\n\ttarget = MulAdd(a3, MF4x4(-0.05926071, 0.07018913, -0.021344975, 0.054756, -0.052149706, 0.0037597087, 0.0025042086, -0.04395278, 0.12245118, 0.04250789, 0.082335964, -0.014749995, -0.08621224, -0.023798082, 0.06332712, -0.11675374), target);\n\ttarget = MulAdd(b3, MF4x4(-0.32227162, -0.14337637, -0.23739144, -0.19812642, -0.09722166, 0.009280866, 0.04054724, 0.15704393, 0.07489584, -0.11492752, 0.09819001, 0.15120374, -0.14586051, -0.16354702, 0.23314816, -0.0022859343), target);\n\ttarget = MulAdd(c3, MF4x4(0.16142578, 0.075490505, -0.021885784, 0.06261672, 0.041199893, 0.03871687, 0.023842737, -0.011376236, 0.0767961, -0.045730814, 0.22563088, -0.09038255, -0.18399398, -0.04494118, -0.095894225, 0.030498588), target);\n\ttarget = MulAdd(d3, MF4x4(0.12479204, 0.101474956, 0.36386368, -0.050215095, 0.07824311, -0.10407957, -0.04313255, 0.32900745, -0.192804, -0.19723284, -0.06199248, 0.024969265, 0.22347516, 0.0065552266, 0.16316769, -0.03117915), target);\n\ttarget = MulAdd(e3, MF4x4(-0.41610017, -0.26189142, 0.9749233, -0.2030862, -0.018032711, 0.010767388, 0.021800261, -0.0042601344, -0.23240276, 0.3338158, -0.17494468, 0.17937262, 0.07974937, 0.33006057, -0.1869896, -0.37869284), target);\n\ttarget = MulAdd(f3, MF4x4(-0.071573325, 0.007554784, -0.102258176, 0.10642047, -0.09556476, -0.017912954, -0.14906247, 0.026633078, -0.08621331, 0.0017594047, -0.19624764, -0.115420476, 0.080624446, 0.05765888, 0.13215272, -0.035700615), target);\n\ttarget = MulAdd(g3, MF4x4(-0.0699439, -0.031065576, -0.1347926, 0.04561651, 0.026325148, 0.04517171, 0.027460657, 0.07887253, 0.09662138, -0.032300167, 0.18762928, 0.017682185, -0.21272552, -0.120953396, 0.07463968, 0.16759431), target);\n\ttarget = MulAdd(h3, MF4x4(0.031983048, 0.091939285, -0.29471913, -0.17392102, -0.029960087, -0.045441393, 0.11517783, 0.043017738, 0.19772391, 0.18100426, -0.023260262, 0.047123328, -0.34043354, -0.14247705, 0.2169891, -0.022246636), target);\n\ttarget = MulAdd(i3, MF4x4(-0.17198563, -0.23428284, 0.004200898, -0.024755895, 0.08732965, -0.0014298835, 0.14354117, -0.04866547, 0.040317383, -0.06782393, -0.098272204, 0.0007879826, -0.09150929, -0.013316801, 0.001446828, 0.017795574), target);\n\ttarget = MulAdd(na1, MF4x4(0.047712177, 0.050632354, 0.16054401, 0.043701835, -0.0639787, -0.027759142, -0.1216413, 0.06168221, 0.09751688, -0.0066430112, -0.06975059, -0.10249115, -0.12326384, -0.0046392973, -0.03523632, 0.11676963), target);\n\ttarget = MulAdd(nb1, MF4x4(0.0820976, -0.011279764, 0.06630965, 0.09390872, -0.24890396, -9.822562e-05, -0.114006236, 0.16826034, -0.082640596, 0.019303065, 0.14685081, 0.07503404, -0.17926271, -0.07983414, -0.04422908, 0.11301981), target);\n\ttarget = MulAdd(nc1, MF4x4(0.03553145, 0.0047965297, 0.08901363, 0.004263101, -0.15945294, -0.114194945, -0.059667293, 0.049415316, -0.09466441, -0.05142749, 0.15767507, -0.11340187, 0.10369652, 0.085223176, -0.06318044, -0.11618208), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.17031148, -0.11489388, 0.24808751, 0.030365555, 0.054884836, -0.041506488, 0.038115, -0.064155854, 0.120106734, -0.100374915, -0.2048057, 0.09855774, 0.34214836, 0.01592769, 0.3974824, -0.009733501), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.37295908, 0.05345721, 0.24855454, 0.18375815, 0.41732857, 0.059994586, 0.14148045, 0.15674202, 0.2914617, 0.28635538, 0.21487242, -0.16498509, 0.26191583, 0.34904888, -0.001136933, -0.047465373), target);\n\ttarget = MulAdd(nf1, MF4x4(-0.12775165, -0.13414834, 0.035279494, 0.0065703453, 0.21533409, -0.025021361, 0.3468732, -0.08434002, -0.0125741605, 0.0472579, -0.006702024, 0.03674878, -0.1543125, 0.12252382, -0.15259196, -0.10377763), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.05423773, 0.076934956, -0.03817735, -0.0006111581, 0.017648958, 0.061248343, -0.01635863, 0.015901048, -0.14749493, -0.041009318, 0.030646784, 0.021186778, -0.15973417, 0.032205433, -0.36817935, 0.17054902), target);\n\ttarget = MulAdd(nh1, MF4x4(0.009821799, 0.023463782, -0.04574981, -0.03205052, -0.11479379, -0.1499543, -0.10254226, 0.14878044, -0.18908015, -0.057776958, 0.22117394, -0.008997101, -0.10566478, 0.029807804, 0.06296724, -0.09863535), target);\n\ttarget = MulAdd(ni1, MF4x4(0.012764414, 0.08003188, -0.079312325, 0.10915366, -0.14269702, 0.15378389, -0.11343741, -0.07815755, -0.028972412, -0.07575102, 0.104069054, 0.16929798, 0.08356986, -0.008557804, 0.1077067, -0.104730316), target);\n\ttarget = MulAdd(na2, MF4x4(0.14354274, 0.027146077, 0.06354999, -0.15823694, 0.11064279, 0.05926018, -0.09556645, -0.13623793, 0.064755484, -0.009504007, -0.04298976, -0.22026266, 0.19957776, -0.009840124, 0.08703728, 0.07162153), target);\n\ttarget = MulAdd(nb2, MF4x4(-0.2091648, -0.0857283, -0.30748418, 0.21271354, -0.18100224, -0.0055695246, -0.06332844, 0.17306994, 0.0077473186, 0.037243642, 0.012746569, 0.37735906, 0.23314455, 0.19154081, 0.05688001, -0.23929437), target);\n\ttarget = MulAdd(nc2, MF4x4(0.063928135, 0.058101837, -0.07964053, 0.09656037, 0.06193066, 0.052388765, 0.019220868, 0.09141577, 0.07279361, 0.03293571, 0.04207099, 0.100502975, 0.07098165, -0.03792573, 0.029752802, 0.00073165854), target);\n\ttarget = MulAdd(nd2, MF4x4(-0.061411377, 0.44493172, -0.2499116, 0.16028905, -0.24095571, -0.09098111, 0.2505775, -0.20317478, -0.046060897, 0.026942013, -0.1443618, -0.09946402, -0.2845509, 0.02574587, -0.10171842, 0.32726362), target);\n\ttarget = MulAdd(ne2, MF4x4(0.41548893, 0.55772763, 0.21224521, -0.2974941, -0.1518538, -0.096886665, 0.25241733, 0.48857507, -0.23768853, -0.24405806, 0.04989141, 0.18301181, -0.39112365, -0.29253578, 0.059537925, -0.01779737), target);\n\ttarget = MulAdd(nf2, MF4x4(0.038118728, 0.02858742, 0.6223735, -0.2673519, -0.0107285725, -0.05190993, 0.009639665, -0.01759551, 0.056182634, 0.0017370619, 0.015566999, 0.37397447, -0.18057133, -0.16243981, -0.06748175, 0.057786137), target);\n\ttarget = MulAdd(ng2, MF4x4(-0.011669291, -0.110343516, 0.28674936, -0.04969038, 0.32003263, 0.064857155, 0.013674471, -0.039692417, 0.040436286, -0.06889466, 0.037186123, -0.05564364, -0.025551032, -0.11479799, -0.12857372, -0.052941844), target);\n\ttarget = MulAdd(nh2, MF4x4(0.28328392, 0.39322296, 0.36961278, -0.3133618, 0.4632272, 0.11075263, 0.14776857, 0.29629925, -0.106794536, -0.17243811, 0.06743955, -0.06816463, 0.19705069, 0.16638671, -0.47120842, 0.15028188), target);\n\ttarget = MulAdd(ni2, MF4x4(-0.24694128, -0.13387236, 0.013511744, 0.23480985, 0.15844229, 0.15348844, 0.08692795, -0.026089827, -0.18550861, -0.105919205, 0.13584319, 0.14189197, 0.098633386, 0.03923177, 0.17303325, 0.0035986274), target);\n\ttarget = MulAdd(na3, MF4x4(0.07525532, -0.049425937, -0.045742936, -0.34401855, 0.23614922, 0.1365458, 0.5367143, -0.34322664, 0.08580669, -0.021081364, 0.32258797, 0.054717902, 0.011307636, -0.13174307, 0.10635861, 0.15759683), target);\n\ttarget = MulAdd(nb3, MF4x4(0.2053648, 0.11536576, 0.06543424, 0.273532, 0.004836322, -0.1135091, -0.13175261, -0.010553481, 0.26788777, 0.0052754665, 0.21684328, -0.038834624, 0.15681003, 0.2551737, -0.08061695, -0.2621798), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.0026197245, -0.04237014, 0.15965913, 0.011015912, 0.13959743, 0.0613557, -0.057478882, 0.04333705, 0.02150156, 0.02613718, 0.029849462, 0.04144389, 0.060642015, -0.055863846, 0.07513707, -0.030098947), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.25804156, 0.07992937, -0.2194363, -0.07638968, -0.31182626, 0.06877212, 0.26326504, -0.07852368, 0.005371965, 0.13532336, -0.27899355, -0.21762428, -0.11019938, 0.3272873, -0.18966602, 0.13429517), target);\n\ttarget = MulAdd(ne3, MF4x4(0.13235348, 0.19412184, -0.14834474, 0.045169294, -0.12562896, 0.42018193, -0.111528605, 0.14010738, -0.19459967, 0.013526394, -0.41562226, 0.0028783067, -0.62609005, -0.3033415, 0.4712338, 0.8222809), target);\n\ttarget = MulAdd(nf3, MF4x4(0.09286205, 0.09806087, -0.07340961, -0.17533489, 0.027318375, -0.10870942, -0.038293675, -0.16472916, -0.1825589, -0.052559845, -0.30276018, -0.14359148, -0.21606436, -0.110118784, 0.016834917, -0.17742018), target);\n\ttarget = MulAdd(ng3, MF4x4(-0.020260928, 0.087848864, 0.047859445, -0.047904506, 0.048111416, 0.1583765, -0.20442098, -0.100690275, -0.0013411752, -0.07799378, 0.15336171, -0.10123076, 0.17678842, 0.17897983, -0.09674411, -0.011004586), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.018577576, -0.06431042, 0.09155964, 0.015572989, -0.2997381, -0.27266306, -0.038626052, 0.049783256, -0.0104627805, -0.00770176, 0.11773571, 0.1784294, 0.09392711, 0.034571096, 0.11028318, -0.09109526), target);\n\ttarget = MulAdd(ni3, MF4x4(0.16055113, 0.090300724, -0.03638531, -0.04085534, 0.08429917, 0.020470984, -0.19414762, -0.3244146, 0.14926222, -0.04275537, 0.3243775, -0.27660474, 0.21811403, 0.00095158996, -0.029139725, -0.14773428), target);\n\tconv2d_6_tf1[gxy] = target;\n\n\ttarget = MF4(-0.024488186, -0.041086167, 0.026466459, -0.025512012);\n\ttarget = MulAdd(a1, MF4x4(0.24537118, 0.17905983, 0.07789307, 0.016952513, 0.0141091775, -0.011334478, -0.031922385, -0.002754333, -0.09490796, 0.056371696, -0.011801579, -0.13965698, -0.035000853, -0.004262493, 0.07772451, 0.08179461), target);\n\ttarget = MulAdd(b1, MF4x4(0.49467468, 0.0060151266, -0.16210476, 0.44510034, 0.032212194, 0.028270312, -0.002976181, -0.0750645, -0.120187126, -0.3223084, -0.036695287, -0.27901456, 0.026024181, -0.38380507, -0.107403666, 0.106261775), target);\n\ttarget = MulAdd(c1, MF4x4(-0.27276495, 0.07816642, 0.16584107, 0.3256445, -0.003785352, -0.05884198, -0.028097598, 0.09085398, 0.18065354, 0.12995216, -0.012668798, -0.18628691, 0.14217433, 0.060047373, 0.13106324, 0.002042596), target);\n\ttarget = MulAdd(d1, MF4x4(-0.086455494, -0.14862305, -0.525558, 0.16174366, -0.07319531, 0.15502526, -0.010380826, -0.07271152, 0.19700976, 0.046370283, 0.11651438, 0.081478894, 0.19148621, 0.03100971, 0.1023476, 0.07874108), target);\n\ttarget = MulAdd(e1, MF4x4(0.6140143, -0.027726987, -0.009253838, -0.2904735, -0.0004950705, -0.17041264, -0.16776061, 0.0082762465, -0.3594797, 0.2532505, -0.6598625, 0.19527398, -0.2580451, -0.047699004, -0.19487855, 0.26656064), target);\n\ttarget = MulAdd(f1, MF4x4(-0.05993486, 0.05261301, -0.11092236, -0.07093469, -0.12740676, 0.28895375, -0.024522636, 0.10566457, 0.25105092, -0.19367103, 0.31918752, -0.08284367, 0.010306112, -0.16058734, 0.025336768, -0.1421889), target);\n\ttarget = MulAdd(g1, MF4x4(-0.30034626, 0.20041251, 0.038978297, 0.24891369, 0.16952564, -0.08357092, 0.0041356883, -0.11644513, 0.09228839, -0.112779655, 0.026311902, 0.06545678, 0.0698254, -0.112796366, 0.0029497906, 0.03857845), target);\n\ttarget = MulAdd(h1, MF4x4(0.16609864, -0.22584435, -0.24474208, -0.27484784, -0.31675163, 0.07935485, 0.18763326, 0.13037825, 0.11668147, -0.2776588, -0.11885876, -0.051946215, 0.0821847, 0.012703901, -0.0351841, -0.10732197), target);\n\ttarget = MulAdd(i1, MF4x4(0.14786936, 0.04071705, 0.030221082, -0.120953605, -0.013662891, -0.14799207, -0.028566806, -0.13245614, 0.09371325, 0.0018758543, -0.075789824, 0.021227634, -0.0687209, 0.04126068, 0.01861056, 0.00038673988), target);\n\ttarget = MulAdd(a2, MF4x4(-0.2150947, 0.019924847, -0.057041053, -0.055024747, 0.04864997, -0.010266812, 0.12674728, 0.0916339, 0.02709077, -0.042510916, -0.15185884, -0.1128658, 0.054390796, -0.12276366, -0.07853503, 0.16050841), target);\n\ttarget = MulAdd(b2, MF4x4(0.14254624, 0.09403803, -0.077061795, -0.040265787, -0.1851944, 0.03568108, -0.064231634, 0.057467405, 0.10839864, 0.67165095, 0.31980324, -0.22381754, -0.094957665, 0.081498906, 0.061563525, -0.061372254), target);\n\ttarget = MulAdd(c2, MF4x4(-0.026212232, -0.016600188, -0.032421675, -0.018441828, -0.0039220974, -0.092276715, -0.05251956, -0.0014283194, -0.07582186, -0.34406552, 0.012223887, 0.16421928, 0.067920506, -0.04867461, -0.025583208, -0.02245058), target);\n\ttarget = MulAdd(d2, MF4x4(0.06561416, 0.08525047, -0.06454739, 0.03325223, -0.2756252, -0.07606139, -0.16622546, -0.19015047, -0.0942788, 0.055729307, 0.08911129, 0.036073096, 0.2819285, 0.27803645, 0.41541302, -0.46012112), target);\n\ttarget = MulAdd(e2, MF4x4(0.116886355, 0.25485554, -0.08467562, 0.015698416, 0.120505005, 0.14997847, 0.35307086, 0.06391821, 0.2480685, -0.91017604, 0.30765083, 0.41334546, -0.2484761, 0.0036243596, -0.17822865, -0.0688765), target);\n\ttarget = MulAdd(f2, MF4x4(-0.018610235, 0.10026272, 0.09050735, 0.09349237, -0.32725444, -0.04461541, -0.08524241, -0.07169624, -0.17375232, -0.04668291, 0.1105147, -0.21981657, 0.14551818, -0.09236485, 0.22311887, 0.22838955), target);\n\ttarget = MulAdd(g2, MF4x4(-0.046239845, 0.092623316, 0.06968011, -0.07118946, -0.112399414, 0.12900421, 0.1622531, -0.06568552, -0.0046933675, -0.015529387, -0.035191614, 0.01626195, -0.081475765, -0.05045334, -0.087063916, -0.2726226), target);\n\ttarget = MulAdd(h2, MF4x4(0.20086902, -0.105082855, 0.064632416, 0.032850675, -0.14514364, -0.08420714, -0.49481058, 0.20139864, 0.17293651, -0.013185847, 0.061619177, 0.3313921, -0.3385868, 0.23518777, -0.33251905, 0.17975967), target);\n\ttarget = MulAdd(i2, MF4x4(0.06966267, -0.06778524, -0.013489221, 0.08452447, -0.06677413, 0.024880748, 0.0966029, -0.14441288, 0.117813595, -0.021073775, -0.10008402, 0.16905701, 0.1681992, 0.023752017, 0.10749209, 0.12432793), target);\n\ttarget = MulAdd(a3, MF4x4(-0.1513078, -0.093761355, -0.0030828249, -0.110072024, -0.055719357, -0.009922474, -0.043953415, 0.050671145, -0.060472284, 0.028386949, -0.013459928, -0.081548885, -0.0835807, 0.02647864, -0.20652756, -0.0060736574), target);\n\ttarget = MulAdd(b3, MF4x4(0.028220167, -0.028944401, -0.19519375, 0.13515931, -0.00042262973, 0.08360426, 0.010636624, -0.030487528, 0.27422678, -0.045074224, 0.07301797, 0.006780949, -0.08468292, -0.04887693, -0.09148827, 0.018867895), target);\n\ttarget = MulAdd(c3, MF4x4(0.1262579, 0.018898701, 0.13322218, 0.035301305, -0.07070634, -0.0078546405, 0.027999826, 0.048316766, -0.15131034, 0.0023264016, 0.013600765, -0.034428634, -0.07507105, -0.08255354, -0.08881507, -0.071658276), target);\n\ttarget = MulAdd(d3, MF4x4(-0.02041055, 0.22154346, 0.26627985, 0.0605345, -0.058928274, -0.06632422, 0.009541804, 0.030693937, -0.11625062, 0.050398614, -0.08913635, -0.048804708, 0.05243602, 0.07607664, -0.11982216, -0.030418042), target);\n\ttarget = MulAdd(e3, MF4x4(-0.17171955, -0.1251785, -0.03278011, -0.027012454, -0.14810622, 0.011841085, -0.17640975, -0.15179725, 0.28515115, -0.14059372, 0.7398977, 0.016162258, 0.39136347, 0.39292285, 0.1379987, 0.3367675), target);\n\ttarget = MulAdd(f3, MF4x4(-0.010929663, -0.06879933, -0.08348263, 0.03733299, 0.062476087, 0.01568991, -0.05271144, 0.04062246, 0.032427862, -0.113407016, -0.12636085, -0.016191803, 0.17277598, 0.08344308, 0.038378276, 0.073893026), target);\n\ttarget = MulAdd(g3, MF4x4(0.17167374, -0.121874295, -0.088408865, -0.235186, -0.13921842, 0.07555293, -0.041501705, 0.050021265, -0.087886505, -0.08035099, 0.09180792, 0.05183994, -0.26203418, 0.04711709, -0.10731481, -0.14843997), target);\n\ttarget = MulAdd(h3, MF4x4(-0.036347087, 0.01029584, -0.056132622, 0.0878486, -0.064945646, 0.07907602, 0.12751542, 0.02885936, 0.23358488, -0.029665042, -0.29615182, -0.10431463, 0.023203064, 0.069443814, -0.1002703, -0.096389264), target);\n\ttarget = MulAdd(i3, MF4x4(0.035990857, 0.10344318, 0.022896135, -0.07152821, 0.05887347, -0.015482111, -0.014297709, 0.055369038, -0.02750558, 0.08424956, 0.04510472, 0.017769516, 0.04108422, -0.07342653, -0.08320298, 0.066610456), target);\n\ttarget = MulAdd(na1, MF4x4(-0.066317484, 0.04255107, -0.07966337, -0.124135956, -0.018745063, -0.010161496, -0.011399174, 0.039982356, 0.15349951, 0.062997095, 0.045578636, 0.107150234, -0.032815512, -0.13440657, -0.040952615, 0.18263227), target);\n\ttarget = MulAdd(nb1, MF4x4(0.10633369, -0.018656015, -0.016764622, -0.04388912, 0.08758304, 0.19932802, 0.046600826, 0.016901758, 0.21165867, -0.025475888, 0.07850137, 0.06617148, -0.16846764, 0.40805286, -0.06401491, -0.080602095), target);\n\ttarget = MulAdd(nc1, MF4x4(-0.123656854, -0.014010881, 0.028575048, -0.069250524, -0.15018106, 0.103246264, -0.11777147, -0.05850124, -0.1353436, -0.0013566307, -0.015963338, -0.023948817, 0.095956124, -0.039555125, 0.076399274, 0.07427479), target);\n\ttarget = MulAdd(nd1, MF4x4(-0.015483045, -0.12661438, 0.04873668, -0.08844129, -0.011324154, -0.109799534, -0.023892801, 0.05610018, -0.05156818, -0.046244036, -0.119778745, -0.072065085, -0.106656425, 0.088378794, 0.011626502, -0.11913755), target);\n\ttarget = MulAdd(ne1, MF4x4(-0.04775599, 0.16536692, 0.07654365, -0.180473, -0.2773871, 0.16781096, -0.15096998, -0.15038413, 0.09663952, -0.12574138, -0.079353325, 0.15394118, 0.19871943, 0.1274317, -0.015473073, -0.13977093), target);\n\ttarget = MulAdd(nf1, MF4x4(0.046030425, -0.0035080586, 0.00019108523, -0.061198276, 0.10959022, -0.08084982, 0.17658228, -0.077856205, -0.06706116, -0.021110784, -0.014351807, -0.13647127, -0.15924501, -0.045259945, -0.08266116, 0.18638277), target);\n\ttarget = MulAdd(ng1, MF4x4(-0.016468504, -0.0060328534, -0.027133752, -0.011417157, -0.0060868333, 0.14410168, -0.02163876, 0.02426387, -0.045196433, -0.050631806, -0.03250163, -0.05960187, -0.032833368, 0.07025108, -0.008574312, 0.04666302), target);\n\ttarget = MulAdd(nh1, MF4x4(0.16550453, -0.12357287, 0.10894651, 0.061207913, -0.26402593, 0.05317881, 0.17066815, 0.035360787, -0.2500221, 0.0465414, -0.07445082, 0.08822553, 0.09093388, 0.026007025, 0.02103897, -0.008406647), target);\n\ttarget = MulAdd(ni1, MF4x4(0.008951011, -0.011805461, -0.041415952, -0.004712088, 0.107074626, -0.040568706, -0.09944574, -0.06400702, -0.033343032, 0.013737211, -0.0889104, -0.013806611, -0.0331564, 0.0051299958, 0.015190706, 0.02362979), target);\n\ttarget = MulAdd(na2, MF4x4(-0.122751765, 0.1503006, -0.08277906, 0.18938261, 0.004363168, 0.07933008, 0.07121668, -0.0833466, -0.014839421, -0.066141434, 0.015289756, -0.040877122, -0.028999893, 0.1169574, 0.043211922, -0.05808607), target);\n\ttarget = MulAdd(nb2, MF4x4(0.18331528, 0.39588076, 0.20556965, -0.10883933, -0.0004949832, -0.15585636, -0.040524032, -0.057982635, -0.028523464, -0.06929509, -0.058184557, 0.025949743, 0.027700417, -0.22790357, 0.06694592, -0.020108582), target);\n\ttarget = MulAdd(nc2, MF4x4(-0.11836253, -0.04298726, 0.032929875, 0.2242861, -0.11389548, 0.068775766, 0.019789936, -0.03006107, 0.08794808, 0.12770821, 0.0149423, -0.091368824, 0.015293162, 0.019910589, 0.035969447, 0.04707816), target);\n\ttarget = MulAdd(nd2, MF4x4(0.26466385, 0.136147, 0.21548775, -0.3231222, 0.004888472, -0.3866182, -0.20606667, 0.15087834, 0.02862634, 0.0817037, 6.5014992e-06, 0.2008316, 0.09526983, 0.042665128, -0.040663883, 0.003764197), target);\n\ttarget = MulAdd(ne2, MF4x4(-0.2112101, 0.088516004, 0.558493, 0.06698759, -0.10676672, 0.15699397, -0.043309934, -0.52478033, -0.17806827, 0.017635964, -0.082869515, -0.5656354, -0.18426882, -0.12042118, -0.01596299, -0.06495108), target);\n\ttarget = MulAdd(nf2, MF4x4(-0.21135955, 0.05781414, -0.09844541, 0.022916462, 0.14397569, 0.022936279, 0.097970665, 0.042522192, -0.00126595, 0.0038257148, 0.07008256, -0.1824468, 0.048791062, -0.07465642, -0.046671294, 0.03230469), target);\n\ttarget = MulAdd(ng2, MF4x4(0.19789836, -0.116786405, -0.1616968, -0.22459605, -0.024078539, 0.17570955, 0.16125445, 0.3992117, 0.052064337, 0.036609706, 0.05254302, -0.050398353, 0.036562983, 0.049556475, 0.08297576, 0.2054982), target);\n\ttarget = MulAdd(nh2, MF4x4(-0.5742053, 0.098297775, 0.0633016, 0.14853445, 0.16893868, 0.11639841, 0.07855964, 0.15836205, -0.16521858, -0.09322673, -0.005118043, -0.05021679, 0.22580391, 0.07365953, 0.1695237, 0.031488914), target);\n\ttarget = MulAdd(ni2, MF4x4(0.16460675, -0.03634353, 0.073270105, -0.19762266, 0.0013135028, -0.096437894, 0.06374399, -0.024057448, -0.16969606, 0.036301896, -0.06406477, -0.16757035, -0.038686167, -0.024916979, 0.03403845, -0.05160279), target);\n\ttarget = MulAdd(na3, MF4x4(0.050821684, 0.105403356, -0.022229152, 0.023213169, -0.46897453, -0.16244169, -0.082473665, -0.27779078, -0.033359285, 0.12679179, 0.12876998, -0.24077201, 0.10091285, 0.02276067, 0.25290954, 0.010847028), target);\n\ttarget = MulAdd(nb3, MF4x4(0.112502374, -0.3518416, -0.079604715, -0.039383356, 0.312556, 0.25550213, 0.13873889, -0.37628496, -0.14580576, -0.1397425, -0.02574422, 0.12305562, 0.1102169, -0.052005965, -0.1393713, -0.037981503), target);\n\ttarget = MulAdd(nc3, MF4x4(-0.084098294, 0.14593758, 0.011593753, -0.07939934, 0.10820567, -0.036130577, 0.114290334, 0.083149664, 0.036933735, 0.08104934, -0.05769655, 0.027683796, 0.05024431, 0.07313829, -0.010789726, 0.12981457), target);\n\ttarget = MulAdd(nd3, MF4x4(-0.11338103, -0.150482, 0.20733237, 0.29369837, -0.102634065, -0.15092887, -0.014666432, -0.091397986, 0.0947413, -0.12863293, -0.027620759, 0.005695903, 0.31916696, 0.035850845, -0.031173147, -0.022860976), target);\n\ttarget = MulAdd(ne3, MF4x4(0.23157911, -0.2946123, -0.16097677, -0.45535967, 0.36959732, -0.026627757, 0.6321515, 0.105474636, -0.053087663, 0.096396655, 0.12052069, -0.06778611, -1.0060586, 0.3678515, -0.17115732, -0.581296), target);\n\ttarget = MulAdd(nf3, MF4x4(-0.08702807, 0.0025244744, -0.057799466, 0.045048367, -0.068116546, -0.08659905, -0.13093567, 0.16046713, -0.29240185, 0.2164886, -0.20268321, 0.018693617, -0.15281823, -0.17188364, -0.25272366, 0.026025953), target);\n\ttarget = MulAdd(ng3, MF4x4(0.15970327, -0.011031381, -0.20033363, -0.04695719, 0.048352227, -0.0016179485, -0.057843156, 0.08184532, 0.029011851, 0.12288869, -0.0007196704, -0.12196297, 0.25427872, -0.09587006, -0.07603035, 0.0067141145), target);\n\ttarget = MulAdd(nh3, MF4x4(-0.18811099, -0.0076463297, 0.17162384, 0.001552174, 0.5296002, 0.012637236, -0.4305403, -0.44700608, 0.024435172, -0.023834689, -0.17837442, 0.030023761, 0.025391584, -0.10389408, 0.028054329, -0.069815405), target);\n\ttarget = MulAdd(ni3, MF4x4(0.10198799, -0.017247394, -0.102331705, 0.13685812, -0.27715954, 0.10640225, 0.033743538, 0.045423724, -0.13994834, 0.055460025, -0.009399727, 0.015256073, 0.05103997, 0.120834984, 0.0033520947, 0.053223636), target);\n\tconv2d_6_tf2[gxy] = target;\n}\n\n//!PASS 8\n//!DESC Conv-4x1x1x120, Depth-to-Space\n//!IN INPUT, conv2d_2_tf, conv2d_2_tf1, conv2d_2_tf2, conv2d_3_tf, conv2d_3_tf1, conv2d_3_tf2, conv2d_4_tf, conv2d_4_tf1, conv2d_4_tf2, conv2d_5_tf, conv2d_5_tf1, conv2d_5_tf2, conv2d_6_tf, conv2d_6_tf1, conv2d_6_tf2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\tMF4 g0 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 g1 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g2 = conv2d_2_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g3 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 g4 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g5 = conv2d_3_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g6 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 g7 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g8 = conv2d_4_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g9 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 g10 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g11 = conv2d_5_tf2.SampleLevel(sam, pos, 0);\n\tMF4 g12 = conv2d_6_tf.SampleLevel(sam, pos, 0);\n\tMF4 g13 = conv2d_6_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g14 = conv2d_6_tf2.SampleLevel(sam, pos, 0);\n\n\tMF4 ng0 = max(-g0, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 ng4 = max(-g4, 0);\n\tMF4 ng5 = max(-g5, 0);\n\tMF4 ng6 = max(-g6, 0);\n\tMF4 ng7 = max(-g7, 0);\n\tMF4 ng8 = max(-g8, 0);\n\tMF4 ng9 = max(-g9, 0);\n\tMF4 ng10 = max(-g10, 0);\n\tMF4 ng11 = max(-g11, 0);\n\tMF4 ng12 = max(-g12, 0);\n\tMF4 ng13 = max(-g13, 0);\n\tMF4 ng14 = max(-g14, 0);\n\n\tg0 = max(g0, 0);\n\tg1 = max(g1, 0);\n\tg2 = max(g2, 0);\n\tg3 = max(g3, 0);\n\tg4 = max(g4, 0);\n\tg5 = max(g5, 0);\n\tg6 = max(g6, 0);\n\tg7 = max(g7, 0);\n\tg8 = max(g8, 0);\n\tg9 = max(g9, 0);\n\tg10 = max(g10, 0);\n\tg11 = max(g11, 0);\n\tg12 = max(g12, 0);\n\tg13 = max(g13, 0);\n\tg14 = max(g14, 0);\n\n\tMF4 target1 = MF4(0.00032424182, 0.027523492, -0.021710647, 0.0054222327);\n\ttarget1 = MulAdd(g0, MF4x4(-0.01801902, 0.016983684, 0.14704974, 0.13775583, -0.06568407, 0.031903602, -0.057818945, 0.03639395, -0.16158727, -0.11652214, -0.0512031, -0.017740106, 0.0073386175, -0.12396601, -0.08410588, -0.13822778), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.14072196, 0.013641312, -0.110022426, 0.022624938, -0.053968057, -0.07968724, 0.036026128, 0.034548678, -0.006345876, -0.04177406, -0.10516601, -0.14248538, -0.10635475, 0.032888547, -0.07574279, 0.037366178), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.20902354, -0.03131852, 0.053658944, -0.13953559, -0.0022027926, 0.022661211, 0.02766268, 0.051950134, 0.022593375, -0.16854303, -0.00068382383, -0.15171093, -0.0011307014, 0.03237067, 0.0022356252, 0.05513321), target1);\n\ttarget1 = MulAdd(ng0, MF4x4(0.057087313, 0.030007327, -0.04517254, -0.10142689, 0.049131192, -0.009568129, 0.07815266, 0.07463051, 0.061763447, 0.15247895, 0.06213266, 0.08260832, 0.08928647, 0.08173359, 0.078985415, 0.20306781), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.024888368, 0.050323978, 0.019135669, 0.042805452, 0.021970041, 0.06761805, -0.021047724, -0.029622229, -0.024018591, -0.013619991, 0.050196014, 0.094873905, 6.3763815e-05, 0.022800315, -0.038917273, -0.023665745), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.10751045, -0.08052679, 0.0021425171, 0.018060567, 0.0002820803, -0.042460952, -0.0037310636, -0.048854582, 0.07688915, 0.1803434, -0.021755088, 0.076342724, 0.006899015, 0.010482747, -0.04608032, -0.07149793), target1);\n\ttarget1 = MulAdd(g3, MF4x4(0.017074876, 0.080092184, -0.096824504, -0.030697478, 0.19260724, 0.031606834, -0.001376051, -0.19222017, -0.029233975, 0.07513273, -0.061539974, 0.004413319, -0.011706104, 0.037078228, 0.0053027975, 0.079575956), target1);\n\ttarget1 = MulAdd(g4, MF4x4(-0.08378676, 0.1326312, -0.2575891, -0.055032767, -0.0205247, -0.11107971, 0.048341025, -0.048915315, 0.059188437, -0.111718066, -0.039619286, -0.165657, 0.018990505, 0.0017499351, -0.038804792, -0.086953335), target1);\n\ttarget1 = MulAdd(g5, MF4x4(0.08722738, -0.005039459, 0.07542034, -0.061049137, 0.025591044, 0.16946335, -0.114563115, -0.034830607, 0.17842476, 0.11199776, 0.008686021, -0.04142143, 0.09293036, -0.08505899, 0.087229416, -0.102381825), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(-0.05071452, -0.11384357, 0.11169348, 0.05153077, -0.24056591, -0.056497227, -0.022856226, 0.19383447, 0.02966522, -0.08128601, 0.07467419, -0.019276833, 0.0020969608, 0.029036064, -0.018299947, -0.043434255), target1);\n\ttarget1 = MulAdd(ng4, MF4x4(0.043311678, -0.102582484, 0.24798667, 0.06873956, 0.0067927428, 0.098214865, -0.04124763, 0.04490437, -0.06492586, 0.07359665, 0.033324532, 0.120802104, -0.02277019, 0.0021284765, 0.028036185, 0.0687184), target1);\n\ttarget1 = MulAdd(ng5, MF4x4(-0.090083234, -0.0073258677, -0.089089446, 0.04679012, -0.025320487, -0.14760749, 0.13109742, 0.039976012, -0.19494978, -0.10603485, -0.02347976, 0.050328556, -0.098470725, 0.05546942, -0.0589479, 0.09333735), target1);\n\ttarget1 = MulAdd(g6, MF4x4(0.011967837, 0.043009043, -0.031999476, 0.022178393, -0.0044910796, -0.023010693, -0.0062060836, -0.031039031, -0.06364646, -0.06365887, -0.029040523, -0.06675782, 0.042098384, 0.032490075, 0.014491912, -0.0011224645), target1);\n\ttarget1 = MulAdd(g7, MF4x4(0.018761864, 0.040258046, 0.015349441, 0.018706307, 0.00089981244, -0.02443291, 0.015173669, -0.008663882, -0.028121095, -0.026123954, -0.011663427, 0.007668493, 0.014926302, 0.03380763, -0.031567805, 0.018132508), target1);\n\ttarget1 = MulAdd(g8, MF4x4(0.011394552, 0.0090883775, 0.011154194, -0.0044680317, 0.0067254594, -0.013079778, 0.019036228, -0.0028701108, -0.014439092, 0.009564524, -0.0135836145, 0.038879603, 0.009461635, -0.014671546, 0.019386383, -0.007752184), target1);\n\ttarget1 = MulAdd(ng6, MF4x4(-0.025151528, -0.044746082, 0.030572962, -0.02323665, 0.00077518023, 0.01415367, 0.0053574373, 0.022526693, 0.013129106, 0.03534322, 0.004773132, 0.077551566, -0.04895647, -0.03762353, -5.172888e-05, 0.012251733), target1);\n\ttarget1 = MulAdd(ng7, MF4x4(0.03152615, 0.018333036, -1.679869e-05, -0.021737477, -0.076627344, 0.014928358, -0.010456622, 0.07781939, 0.027225398, 0.04659384, -0.0070413146, 0.026454208, -0.017691148, -0.045554973, 0.006093557, -0.03178835), target1);\n\ttarget1 = MulAdd(ng8, MF4x4(-0.018481147, -0.05547381, 0.013941934, -0.024416983, 0.027262108, 0.024724096, 0.0063773487, 0.017461762, 0.027166976, -0.02301659, -0.0051281936, -0.0556913, -0.08051738, -0.04638631, 0.015620527, 0.05266176), target1);\n\ttarget1 = MulAdd(g9, MF4x4(0.009157959, 0.08455516, -0.0602788, -0.002439282, -0.02327793, -0.021213762, 0.005698031, 0.002378188, 0.005837403, -0.17286417, 0.13316536, -0.03154805, -0.022410449, -0.047884528, 0.043882124, 0.047745265), target1);\n\ttarget1 = MulAdd(g10, MF4x4(-0.008956661, -0.010137066, -0.007736993, 0.012567491, 0.017111477, -0.050893363, 0.001874233, -0.059543177, 0.043244537, 0.07476611, -0.045336626, -0.05902348, 0.006996905, -0.0718768, -0.004126288, -0.0642003), target1);\n\ttarget1 = MulAdd(g11, MF4x4(0.015879916, 0.040725194, 0.013168297, 0.045075603, -0.01297648, -0.0059797773, -0.015060089, -0.010935342, 0.02049647, 0.034105264, 0.014809084, 0.008366516, -0.051084228, 0.008029285, -0.04545378, 0.023945345), target1);\n\ttarget1 = MulAdd(ng9, MF4x4(-0.019541753, 0.0043494124, -0.0001693803, 0.025214057, 0.018182391, 0.027842158, -0.024553766, 0.006766178, -0.029599829, -0.040605135, -0.048153292, -0.018185124, -0.011694039, -0.01453888, -0.022709226, -0.057430573), target1);\n\ttarget1 = MulAdd(ng10, MF4x4(-0.08764812, 0.075131916, 0.020414736, -0.050893847, -0.004293497, -0.021197274, -0.0018027405, 0.038802553, 0.021213993, 0.04283625, 0.016089795, 0.03304562, 0.028084677, 0.029016564, 0.03612216, 0.057901673), target1);\n\ttarget1 = MulAdd(ng11, MF4x4(0.0057912855, -0.098451905, 0.036739763, -0.06572119, 0.033765186, 0.12279821, -0.025154155, 0.013806011, -0.024162477, -0.009859432, -0.0021075422, -0.02089062, -0.0021298097, 0.0015791449, -0.020502191, -0.033028405), target1);\n\ttarget1 = MulAdd(g12, MF4x4(0.056495182, 0.054205123, 0.032467738, -0.038979713, 0.051377665, -0.0017128112, -0.08553907, 0.08154442, 0.005708859, -0.030467357, 0.056872, 0.033040885, -0.044282306, 0.06320046, -0.077476226, 0.057799205), target1);\n\ttarget1 = MulAdd(g13, MF4x4(-0.10876674, 0.08259616, -0.051354583, 0.08138756, 0.012491528, 0.05439006, 0.030529, -0.058732726, 0.018389955, 0.008327744, 0.013216314, -0.017489955, 0.004981595, 0.023339638, -0.019406691, -0.0027005207), target1);\n\ttarget1 = MulAdd(g14, MF4x4(0.070612185, 0.053251043, -0.045872025, -0.08984753, 0.02582859, 0.011240578, 0.019407703, 0.006788904, 0.036534656, -0.07338343, -0.06434088, -0.023382546, -0.052568957, -0.065474, 0.047638886, 0.050624263), target1);\n\ttarget1 = MulAdd(ng12, MF4x4(-0.018035047, -0.078713804, 0.01140521, 0.00012953136, -0.014339465, -0.018948816, 0.04643105, -0.04246953, -0.026791897, 0.02513823, -0.045333434, -0.06504635, -0.024868866, -0.017653162, 0.01686154, -0.007936053), target1);\n\ttarget1 = MulAdd(ng13, MF4x4(0.042380203, -0.007992952, -0.012940898, -0.018271092, -0.036340363, 0.02297692, -0.0260716, 0.011647489, 0.055189207, -0.089658745, 0.05829902, -0.05787894, -0.08049513, -0.091856234, 0.09487785, 0.060702115), target1);\n\ttarget1 = MulAdd(ng14, MF4x4(0.0022311446, 0.0078554, -0.021208685, 0.009572731, -0.09023339, 0.016889412, 0.029632647, -0.0034283176, 0.00453538, 0.040616557, 0.023657676, 0.03687379, -0.021128353, -0.020249786, -0.006316465, 0.017151888), target1);\n\n\tMF4 target2 = MF4(0.026287671, 0.015689341, 0.021467328, 0.0052872337);\n\ttarget2 = MulAdd(g0, MF4x4(-0.016576298, -0.013039568, -0.07158028, -0.056509558, -0.06965122, -0.1272158, -0.07288651, -0.10423224, 0.048223313, 0.03172697, 0.014178331, 0.002855858, 0.004538786, 0.034928907, 0.03173054, 0.03412037), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.09168274, 0.056355372, 0.023804985, 0.009515965, 0.024203284, 0.01641063, 0.016683895, -0.012702561, -0.038824845, -0.037673414, -0.010391583, -0.014636746, 0.03192526, -0.02340906, 0.027524544, -0.015568387), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.0966996, -0.041418746, -0.055650715, 0.002117608, 0.00031688716, -0.008733063, -0.024573568, -0.03425321, -0.036262326, 0.04404278, -0.014729649, 0.05618371, 0.008530102, -0.015607405, 0.015309457, -0.013621667), target2);\n\ttarget2 = MulAdd(ng0, MF4x4(0.0361472, 0.025806008, 0.0583716, 0.06861344, 0.06315231, 0.10136267, 0.050169814, 0.07334672, -0.029601635, -0.06431154, -0.030672554, -0.042512666, -0.051434014, -0.039382752, -0.050772913, -0.08629934), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.02201249, -0.03920109, -0.030633967, -0.0530296, -0.016168922, 0.0019067918, -0.014961821, 0.017761061, 0.012465623, 0.01857369, 0.009440995, -0.014336409, 0.0056113736, 0.012547043, 0.019320931, 0.025894852), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.079413086, 0.055332463, 0.023716403, 0.005429431, 0.0043804864, 0.026764238, 0.011610661, 0.03245363, -0.032408644, -0.056873523, -0.0019144824, -0.026196169, -0.03347332, -0.0174185, -0.00020654689, 0.023554688), target2);\n\ttarget2 = MulAdd(g3, MF4x4(-0.055310458, -0.079070315, 0.0066684894, -0.034588877, -0.07334732, -0.000985991, -0.011984627, 0.08308032, 0.011794159, -0.0144758625, 0.03586815, 0.009038553, -0.0016798767, 0.045218308, 0.016524237, 0.045677744), target2);\n\ttarget2 = MulAdd(g4, MF4x4(0.0083010085, 0.028407311, 0.06600332, 0.07460616, 0.071611166, 0.09643883, 0.034676284, 0.05824412, -0.07973774, -0.030707551, -0.03709346, 0.012161441, -0.02977386, -0.018077906, 0.0017052453, 0.012292145), target2);\n\ttarget2 = MulAdd(g5, MF4x4(0.01893072, 0.032129273, 0.010857875, 0.037224095, -0.01413747, -0.047471486, 0.05192984, 0.03202811, -0.05082615, -0.027038824, -0.008331923, 0.03062506, -0.01725524, 0.039917417, -0.010607958, 0.04724454), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(0.03497211, 0.07911703, 0.016746478, 0.057458322, 0.06088827, -0.0053583174, -0.013933355, -0.10673472, -0.005456845, 0.020259444, -0.03139623, -0.008973998, -0.054345034, -0.035464175, -0.025964592, -0.0021018258), target2);\n\ttarget2 = MulAdd(ng4, MF4x4(-0.047960743, 0.021779433, -0.11492737, -0.033511925, -0.067273304, -0.07730279, -0.04037016, -0.045080706, 0.09207083, 0.009399112, 0.03178142, -0.011313022, 0.021366931, 0.0051248465, -0.008097426, -0.018301165), target2);\n\ttarget2 = MulAdd(ng5, MF4x4(0.014282785, -0.01572224, -0.027472818, -0.050844453, 0.0054380163, 0.052591007, -0.04270195, -0.02309884, 0.05152891, 0.03629938, -0.004667278, -0.024925238, 0.010567401, -0.07481508, 0.037315298, -0.04241005), target2);\n\ttarget2 = MulAdd(g6, MF4x4(-0.0013873621, 0.028364213, -0.031026626, 0.015620681, 0.004142558, -0.004863661, -0.013809934, -0.021330781, -0.0016021075, -0.002762517, -0.024034528, -0.03442779, -0.0013054899, -0.0042632925, 0.020974873, -0.0022553254), target2);\n\ttarget2 = MulAdd(g7, MF4x4(0.018562179, 0.034197688, 0.015277717, -0.01111744, -0.0032272537, -0.013426753, 0.017978273, -0.0015077988, -0.0051653306, 0.012690824, 0.001157489, 0.021362923, -0.01262595, 0.0054670637, -0.03031384, 0.012800636), target2);\n\ttarget2 = MulAdd(g8, MF4x4(0.012069964, -0.016048005, 0.01373877, -0.013298124, 0.03194061, -0.013332437, 0.016943898, -0.0058277305, -0.009428097, -0.023061408, -0.013659186, 0.015731167, -0.001986914, -0.019521309, 0.014714155, -0.00522106), target2);\n\ttarget2 = MulAdd(ng6, MF4x4(0.0007342483, -0.026249036, 0.030117435, -0.015873922, -0.008929299, -0.0023522351, 0.0164302, 0.023790896, -0.03889036, -0.024644645, 0.006634364, 0.046513416, -0.013473101, -0.0140229, 0.0019859916, 0.011869367), target2);\n\ttarget2 = MulAdd(ng7, MF4x4(0.02573362, 0.02375676, 0.00059617084, -0.016921667, -0.0671785, 0.008825013, -0.0013130646, 0.07261784, 0.010327604, 0.019814448, -0.008936156, 0.013669365, 0.020260049, -0.013921513, 0.018746642, -0.02843792), target2);\n\ttarget2 = MulAdd(ng8, MF4x4(-0.023912461, -0.02845122, 0.017157353, -0.0075884, 0.00036027908, 0.012657872, 0.0061078435, 0.014107368, 0.032003447, 0.020891502, -0.0067286897, -0.030822601, -0.06574523, -0.028198881, 0.032242246, 0.061325297), target2);\n\ttarget2 = MulAdd(g9, MF4x4(0.0074854135, 0.085437536, -0.06426021, -0.011461227, -0.023055596, -0.025802588, 0.005154878, 0.0056105317, 0.0058093905, -0.1922738, 0.14643134, -0.035682995, -0.026076004, -0.053763065, 0.04269994, 0.05141156), target2);\n\ttarget2 = MulAdd(g10, MF4x4(-0.011764035, -0.011518187, -0.010223651, 0.015880484, 0.023317069, -0.05618372, 0.0059863995, -0.059199195, 0.04408538, 0.084830545, -0.042056326, -0.057687927, 0.0037303802, -0.082143255, -0.0018375175, -0.071053974), target2);\n\ttarget2 = MulAdd(g11, MF4x4(0.0044008377, 0.03906328, 0.010832349, 0.046560295, -0.011535675, -0.004254791, -0.011572009, -0.008665021, 0.021482797, 0.0338495, 0.019407712, 0.010986841, -0.05098764, 0.009778762, -0.05300968, 0.021800417), target2);\n\ttarget2 = MulAdd(ng9, MF4x4(-0.021229895, 0.003305197, 0.0024396733, 0.02508984, 0.012702334, 0.033208802, -0.03008867, 0.0046940153, -0.030033346, -0.03792949, -0.05176272, -0.022788247, -0.012390274, -0.0135713285, -0.021557398, -0.06371822), target2);\n\ttarget2 = MulAdd(ng10, MF4x4(-0.08850463, 0.0793453, 0.020550407, -0.05461798, -0.009402199, -0.027972376, -0.005156784, 0.02965216, 0.017268548, 0.04429356, 0.009809255, 0.031682562, 0.031172305, 0.03379402, 0.04395453, 0.062268186), target2);\n\ttarget2 = MulAdd(ng11, MF4x4(0.01247631, -0.100407876, 0.042796645, -0.06502109, 0.032900713, 0.13428093, -0.033733122, 0.016222714, -0.0178732, -0.002501202, 0.0035485916, -0.015802957, -0.012150594, -0.0022097295, -0.023347225, -0.038795106), target2);\n\ttarget2 = MulAdd(g12, MF4x4(0.05938152, 0.059704512, 0.030237982, -0.04353414, 0.055702258, -0.0029182534, -0.09416582, 0.08440017, 0.008828504, -0.03065552, 0.0646233, 0.03629834, -0.04788823, 0.071730554, -0.084519096, 0.05947715), target2);\n\ttarget2 = MulAdd(g13, MF4x4(-0.109025195, 0.08866299, -0.047770992, 0.08894294, 0.014965939, 0.059702646, 0.032068793, -0.053778123, 0.019529643, 0.008203253, 0.014628202, -0.017464165, 0.0060448833, 0.027196955, -0.018907491, -0.0026503608), target2);\n\ttarget2 = MulAdd(g14, MF4x4(0.081304245, 0.06199502, -0.045204166, -0.08596196, 0.028582547, 0.011568329, 0.024607504, 0.007910688, 0.035362624, -0.08241612, -0.06848065, -0.026512494, -0.04969066, -0.065509185, 0.050000466, 0.05400427), target2);\n\ttarget2 = MulAdd(ng12, MF4x4(-0.015837632, -0.087357126, 0.015269297, 0.00058823347, -0.01621553, -0.020170743, 0.049107697, -0.043301217, -0.025253763, 0.021026319, -0.047297694, -0.06751796, -0.020940255, -0.019703854, 0.020391362, -0.0049682967), target2);\n\ttarget2 = MulAdd(ng13, MF4x4(0.042480465, -0.010125742, -0.016281988, -0.023186147, -0.040653005, 0.022371864, -0.028837234, 0.009938319, 0.0576169, -0.09105783, 0.06033278, -0.057518024, -0.08265035, -0.094854854, 0.10116602, 0.06394465), target2);\n\ttarget2 = MulAdd(ng14, MF4x4(-0.0027242866, 0.007224464, -0.026375424, 0.0052841473, -0.09330453, 0.010634226, 0.024063759, -0.005130613, 0.0070950384, 0.048039638, 0.029983977, 0.042704105, -0.018214077, -0.020184115, -0.0073092347, 0.01891303), target2);\n\n\tMF4 target3 = MF4(0.0113136405, -0.0063769994, 0.010973808, -0.011560247);\n\ttarget3 = MulAdd(g0, MF4x4(0.20584391, 0.22176251, 0.12817344, 0.16349226, 0.24339934, 0.17479841, 0.23518398, 0.19196586, 0.10900553, 0.080384456, 0.049235467, 0.027794728, -0.05141681, 0.0007015638, -0.010815038, 0.0042753317), target3);\n\ttarget3 = MulAdd(g1, MF4x4(0.0714463, 0.026722606, -0.01580307, -0.036710627, 0.13722661, 0.1325067, 0.12155393, 0.092651665, -0.21974826, -0.22233371, -0.16056158, -0.16607761, -0.10291634, -0.19475317, -0.117747545, -0.18824245), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.0385657, 0.12090414, 0.09484494, 0.18811698, 0.015320313, 0.0051719607, -0.016927784, -0.03450855, -0.06506198, 0.05625437, -0.02982918, 0.06270707, -0.13614634, -0.16412087, -0.1319045, -0.1733402), target3);\n\ttarget3 = MulAdd(ng0, MF4x4(-0.2033194, -0.2067332, -0.16234529, -0.13661149, -0.22975448, -0.1841141, -0.26185742, -0.23617432, -0.058616254, -0.11470092, -0.064833924, -0.082624085, 0.0018012474, 0.010971402, -0.0015926235, -0.056720145), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.012773226, -0.013976976, 0.007706423, -0.022663448, -0.13764867, -0.121803656, -0.12158649, -0.090470046, 0.22548035, 0.22929274, 0.19819829, 0.16713546, 0.15709636, 0.16574621, 0.17671035, 0.18283793), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.042175665, -0.07863977, -0.1209475, -0.14067635, 0.0041970555, 0.03598768, 0.009632853, 0.040009186, -0.014479617, -0.060088724, 0.041292075, -0.004627034, 0.09958161, 0.120460846, 0.15672928, 0.18279101), target3);\n\ttarget3 = MulAdd(g3, MF4x4(-0.03370265, -0.07010845, 0.04648067, -0.007877368, -0.11963536, -0.014810524, -0.01556151, 0.11850641, -0.0021221144, -0.050126694, 0.03193186, -0.012815193, -0.019450104, 0.017504638, -0.007544723, 0.0028710878), target3);\n\ttarget3 = MulAdd(g4, MF4x4(-0.018643383, -0.04445287, 0.07541755, 0.043240048, 0.027209729, 0.06499946, -0.018240616, 0.014570308, -0.058010563, 0.019799259, 0.0030194358, 0.06929909, -0.0056114118, 0.009093819, 0.03223382, 0.053046633), target3);\n\ttarget3 = MulAdd(g5, MF4x4(-0.0133113945, 0.019222038, -0.019711712, 0.03676041, -0.040668692, -0.09569124, 0.053240422, 0.02388429, -0.12218938, -0.08086858, -0.043406986, 0.009516919, -0.04289723, 0.056066234, -0.035658766, 0.061961327), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(0.023964832, 0.07624368, -0.020873679, 0.0256053, 0.12444348, 0.017517762, 0.0049669463, -0.13534403, 0.0061981925, 0.052108612, -0.02908856, 0.0135363275, -0.030678025, -0.015180554, -0.003328521, 0.021289025), target3);\n\ttarget3 = MulAdd(ng4, MF4x4(-0.02231607, 0.09188703, -0.13311718, -0.009214322, -0.021628553, -0.047853045, 0.014602204, 0.00086198986, 0.06729613, -0.04228859, -0.0030271288, -0.066696614, -0.0071333526, -0.019973027, -0.036203787, -0.056756962), target3);\n\ttarget3 = MulAdd(ng5, MF4x4(0.05850421, -0.0047896104, -0.0036014696, -0.05261781, 0.020924669, 0.093680315, -0.061118666, -0.020405825, 0.100053616, 0.061513033, 0.018219335, -0.02082051, 0.039510462, -0.08404035, 0.050883695, -0.052642383), target3);\n\ttarget3 = MulAdd(g6, MF4x4(0.0018722751, 0.020684525, -0.02356179, 0.009360695, 0.0036660347, -0.006931955, -0.015446396, -0.02027952, 0.006836204, 0.00341897, -0.020235445, -0.029695021, -0.0053638928, -0.003108307, 0.016338514, -0.0058539147), target3);\n\ttarget3 = MulAdd(g7, MF4x4(0.021255454, 0.036906153, 0.019704418, -0.009486708, -0.009084271, -0.012694315, 0.012314602, -0.002121502, -0.0047310013, 0.0051953527, 0.005284111, 0.019026738, -0.0082058, 0.0032704875, -0.02295881, 0.009902225), target3);\n\ttarget3 = MulAdd(g8, MF4x4(0.01866446, -0.012482591, 0.011301323, -0.011294572, 0.035305023, -0.002237504, 0.010679519, -0.000508338, 8.54808e-05, -0.02033275, -0.008063064, 0.013109392, 0.0002144853, -0.007573196, 0.015446864, 0.0023629267), target3);\n\ttarget3 = MulAdd(ng6, MF4x4(-0.00978586, -0.025148384, 0.024103062, -0.009535831, -0.002879648, 0.0012579657, 0.018271701, 0.02113783, -0.03735869, -0.02581921, 0.005823926, 0.04087479, -0.0077521144, -0.012728182, 0.0067631016, 0.012669306), target3);\n\ttarget3 = MulAdd(ng7, MF4x4(0.018013993, 0.026847519, 0.0021338093, -0.010125906, -0.07225123, -0.0025745684, -0.012799456, 0.056836564, 0.011377961, 0.017062144, -0.007494936, 0.010489539, 0.012431433, -0.019703059, 0.007082196, -0.031403106), target3);\n\ttarget3 = MulAdd(ng8, MF4x4(-0.027560756, -0.030534893, 0.019047359, -0.0068690516, -0.0069791237, 0.0081298705, 0.0028945836, 0.009644792, 0.023117492, 0.020431874, -0.0056545194, -0.02480413, -0.07047867, -0.037890248, 0.025276575, 0.049277883), target3);\n\ttarget3 = MulAdd(g9, MF4x4(0.015748044, 0.086017504, -0.051286206, -0.003599236, -0.023193073, -0.023733998, 0.002799065, 0.005258185, 0.010922322, -0.17615142, 0.14165695, -0.029909663, -0.017889502, -0.046552524, 0.03964598, 0.049426638), target3);\n\ttarget3 = MulAdd(g10, MF4x4(-0.0073433192, -0.011656557, -0.0068763834, 0.014078096, 0.018000547, -0.053453963, 0.00786442, -0.050999343, 0.04133596, 0.079854034, -0.038685665, -0.053702615, -0.0019746814, -0.07859513, -0.0076702842, -0.067455895), target3);\n\ttarget3 = MulAdd(g11, MF4x4(0.009444058, 0.043747634, 0.018948376, 0.05009854, -0.011580162, -0.0065071583, -0.013997229, -0.011439345, 0.023656886, 0.030394329, 0.02134696, 0.009440647, -0.048070773, 0.007841886, -0.05323206, 0.013742174), target3);\n\ttarget3 = MulAdd(ng9, MF4x4(-0.019898156, 0.000818382, 0.0010332671, 0.01928002, 0.013191405, 0.029638033, -0.02320344, 0.007421591, -0.02833562, -0.033782348, -0.04978492, -0.020176657, -0.0138621945, -0.013926801, -0.021230116, -0.058447562), target3);\n\ttarget3 = MulAdd(ng10, MF4x4(-0.08644919, 0.073316105, 0.017838318, -0.049475558, -0.007295481, -0.025924034, -0.0068463665, 0.024905838, 0.016891189, 0.041490942, 0.011466327, 0.029829478, 0.034047317, 0.036229853, 0.04733451, 0.062059373), target3);\n\ttarget3 = MulAdd(ng11, MF4x4(0.008540078, -0.09782984, 0.037032314, -0.063398704, 0.028395759, 0.12369336, -0.03458798, 0.012534729, -0.02110072, -0.007954169, -0.002136603, -0.019739889, -0.01087704, -0.004243762, -0.019832188, -0.03347458), target3);\n\ttarget3 = MulAdd(g12, MF4x4(0.054272063, 0.053247515, 0.025393743, -0.043571323, 0.05035569, -0.0042993715, -0.08645438, 0.07723826, 0.009475109, -0.026420964, 0.06111581, 0.03551816, -0.040812302, 0.07295332, -0.07636345, 0.059867676), target3);\n\ttarget3 = MulAdd(g13, MF4x4(-0.103165455, 0.07943813, -0.04935193, 0.0776962, 0.0149123045, 0.056066703, 0.028792242, -0.051936194, 0.015754307, 0.004817783, 0.011213326, -0.018288456, 0.004715879, 0.02536934, -0.015915168, -0.0008426239), target3);\n\ttarget3 = MulAdd(g14, MF4x4(0.0723322, 0.054040924, -0.0476729, -0.08399067, 0.024805048, 0.0118207345, 0.022066418, 0.006886721, 0.031156952, -0.07442044, -0.06636254, -0.023382878, -0.051537152, -0.06360144, 0.045075376, 0.050795015), target3);\n\ttarget3 = MulAdd(ng12, MF4x4(-0.013090917, -0.0783513, 0.014832963, 0.0033018794, -0.014636453, -0.020164138, 0.043610837, -0.04028102, -0.024922965, 0.017962486, -0.045353472, -0.065985985, -0.020156763, -0.019561546, 0.01627726, -0.0065625296), target3);\n\ttarget3 = MulAdd(ng13, MF4x4(0.038890418, -0.007016582, -0.01374995, -0.01861392, -0.03940205, 0.019309007, -0.026372327, 0.0079260105, 0.05348645, -0.087648585, 0.057326347, -0.055338904, -0.07803935, -0.09048593, 0.09173596, 0.05747143), target3);\n\ttarget3 = MulAdd(ng14, MF4x4(0.001742558, 0.010703091, -0.021057613, 0.006859906, -0.086059436, 0.008977797, 0.021366948, -0.0043655075, 0.005885378, 0.042646274, 0.028150525, 0.037941158, -0.014817959, -0.016695084, -0.0056764153, 0.019049013), target3);\n\n\tfloat2 outputPt = GetOutputPt();\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(MF3(target1.x, target2.x, target3.x) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.y, target2.y, target3.y) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(MF3(target1.w, target2.w, target3.w) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.z, target2.z, target3.z) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Anime4K/Anime4K_Upscale_VL.hlsl",
"content": "// Anime4K_Upscale_CNN_x2_VL\n// 移植自 https://github.com/bloc97/Anime4K/blob/78e4f78f65b772e94bae6e7db5c49af1e889f784/glsl/Upscale/Anime4K_Upscale_CNN_x2_VL.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME Anime4K_Upscale_2\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_1_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_2_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_3_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_4_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_5_tf1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D conv2d_6_tf1;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC Conv-4x3x3x3\n//!IN INPUT\n//!OUT conv2d_tf, conv2d_tf1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\t\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\n\t\t\tif (i != 1 || j != 1) {\n\t\t\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tMF4 target1 = { 0.0072128535, -0.05658625, 0.052939568, -0.1760861 };\n\t\t\ttarget1 = MulAdd(src[i - 1][j - 1], MF3x4(0.3053028, -0.037464816, 0.113983095, 0.12537485, -0.18630321, 0.084269725, -0.01351514, -0.20190673, -0.12298384, -0.037622184, -0.070214555, -0.19367279), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j], MF3x4(-0.41849324, 0.099702746, -0.04276645, -0.047299717, 0.20074473, 0.14217933, 0.15571699, 0.19553481, 0.21868695, -0.053848714, 0.016413521, 0.14117444), target1);\n\t\t\ttarget1 = MulAdd(src[i - 1][j + 1], MF3x4(0.030540446, -0.052293833, 0.0715466, -0.31160545, 0.07808315, -0.16860045, 0.032828577, -0.2955024, -0.110374965, 0.04043687, -0.014024628, 0.058699366), target1);\n\t\t\ttarget1 = MulAdd(src[i][j - 1], MF3x4(-0.10727635, 0.054200135, 0.20853694, 0.21086875, 0.122690216, -0.091823794, 0.310609, -0.01738923, -0.0013488946, 0.10835534, -0.077265196, 0.086751856), target1);\n\t\t\ttarget1 = MulAdd(src[i][j], MF3x4(-0.77150255, 0.40530515, -0.41257596, -0.14367618, 0.46888494, 0.2650122, -0.934199, 0.40476102, 0.32293493, 0.20251967, 0.19891106, -0.29698747), target1);\n\t\t\ttarget1 = MulAdd(src[i][j + 1], MF3x4(-0.12505147, -0.41904053, -0.065798186, 0.34075752, 0.026240354, -0.2977496, 0.032647505, -0.003566783, 0.10290523, -0.23417123, -0.06014203, 0.094735645), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j - 1], MF3x4(0.11207838, -0.04062474, 0.023897955, 0.08605987, -0.020888371, 0.045541205, -0.07231824, -0.25884083, -0.11796847, -0.002691391, 0.0050435597, 0.02756291), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j], MF3x4(0.4615728, 0.041790638, 0.08971143, 0.20213957, -0.38537467, 0.19938901, 0.08594364, -0.08621994, -0.08163473, -0.133266, -0.09561729, -0.014209637), target1);\n\t\t\ttarget1 = MulAdd(src[i + 1][j + 1], MF3x4(0.0787417, -0.0483673, 0.07621572, -0.060169693, -0.013465177, -0.17152289, 0.02515561, 0.17675288, -0.05173998, 0.10768042, -0.029858522, -0.013957215), target1);\n\n\t\t\tMF4 target2 = { 0.007717166, -0.027800834, 0.0795002, 0.0053199283 };\n\t\t\ttarget2 = MulAdd(src[i - 1][j - 1], MF3x4(-0.112743355, 0.0422517, 0.21350034, -0.0967133, 0.16265953, 0.0022497, 0.015078242, 0.08204187, 0.035236806, -0.0468228, -0.09464228, -0.001864949), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j], MF3x4(0.25631642, -0.41485596, -0.16662048, 0.13201024, 0.057921384, 0.2240005, -0.30038536, -0.08305622, 0.2228756, 0.32263795, 0.10608189, -0.18616734), target2);\n\t\t\ttarget2 = MulAdd(src[i - 1][j + 1], MF3x4(0.08997524, 0.11516871, 0.19212262, -0.035154644, 0.11612274, -0.04056247, 0.14974374, 0.029173585, -0.07629641, -0.14353512, 0.041081246, 0.20230265), target2);\n\t\t\ttarget2 = MulAdd(src[i][j - 1], MF3x4(0.2262286, 0.055954933, -0.14499907, 0.17314723, 0.16590612, -0.06688698, -0.11118816, -0.012938116, -0.043101817, 0.026133137, 0.2958395, 0.06543993), target2);\n\t\t\ttarget2 = MulAdd(src[i][j], MF3x4(-0.07311521, -0.3041244, -0.47978505, -0.6350967, -0.17432262, 0.34965977, 0.25399777, -0.16590433, -0.49957857, 0.0549526, -0.40869385, -0.08780993), target2);\n\t\t\ttarget2 = MulAdd(src[i][j + 1], MF3x4(-0.3014447, -0.00021343959, -0.14953177, 0.028001398, -0.14931908, -0.14910097, -0.13287953, -0.45026535, 0.17378895, 0.024704922, -0.027308129, -0.10292025), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j - 1], MF3x4(-0.06732655, -0.13119644, 0.066014715, 0.081011154, -0.15154321, 0.2407805, 0.07733481, 0.12312706, 0.1741804, 0.008495716, -0.14125362, -0.043644864), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j], MF3x4(0.11465958, 0.42001364, 0.011069392, 0.3203028, -0.058801666, -0.37830314, -0.030540617, 0.2245139, -0.11310525, -0.14845212, 0.19957744, 0.25789997), target2);\n\t\t\ttarget2 = MulAdd(src[i + 1][j + 1], MF3x4(-0.16037206, 0.21326372, 0.020099448, 0.018666709, 0.122083254, -0.16033986, -0.10725163, 0.2556128, 0.1650688, -0.10475823, 0.048623525, -0.103755645), target2);\n\n\t\t\tconv2d_tf[destPos] = target1;\n\t\t\tconv2d_tf1[destPos] = target2;\n\t\t}\n\t}\n}\n\n//!PASS 2\n//!DESC Conv-4x3x3x16\n//!IN conv2d_tf, conv2d_tf1\n//!OUT conv2d_1_tf, conv2d_1_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.0216415, 0.09015036, -0.030761974, -0.26541537 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.0056740534, -0.21186607, -0.18014967, 0.118979976, -0.0015611284, -0.07708486, 0.060131397, 0.11653345, 0.027150517, 0.10837246, 0.08583816, -0.14032431, 0.017552888, 0.0035846964, 0.03980114, 0.064649396), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.03289318, -0.12004539, 0.26514888, -0.15079662, 0.04214227, -0.027273783, -0.027950313, 0.19614808, 0.18510003, -0.10346252, -0.029836183, 0.09174428, -0.0088710375, -0.18273513, 0.06601674, 0.009983851), target1);\n\ttarget1 = MulAdd(c1, MF4x4(0.08476211, 0.043996535, 0.056711517, 0.009976895, 0.07039107, -0.024862664, -0.059921104, 0.046850603, 0.04983447, 0.04863198, 0.21777405, -0.0576961, 0.045321796, -0.0060038245, 0.096396215, -0.10842004), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.15746164, 0.041757874, 0.035169285, -0.1734288, -0.24219254, -0.13318908, 0.2272079, -0.02902605, 0.07750601, -0.1467191, -0.12296749, -0.07533314, -0.07073083, 0.17909113, 0.04789308, 0.17245363), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.057547905, 0.1464685, -0.33115456, -0.26956198, -0.26298407, -0.059824817, 0.022509675, -0.09251868, 0.36277944, -0.2072429, 0.21095088, -0.45492023, 0.07428653, 0.1593302, -0.2945834, 0.12825087), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.1318458, 0.27804148, 0.037600737, 0.12047866, 0.0065036337, 0.0017241207, 0.060497303, -0.14786585, -0.15149063, 0.02731698, 0.048886403, -0.0025970868, -0.026979815, 0.07348884, 0.015636757, -0.107966796), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.079988025, -0.01626299, 0.06517438, 0.086406484, -0.1484504, 0.070595, 0.20620634, 0.09713373, -0.13620836, 0.012067949, -0.00068703433, -0.038030174, 0.22300471, -0.0012400965, -0.014827909, -0.08927486), target1);\n\ttarget1 = MulAdd(h1, MF4x4(0.15634936, 0.052028038, 0.038081627, 0.12720168, 0.07342066, -0.04318368, -0.0065998454, 0.12109317, -0.45398173, 0.03666754, -0.17773737, 0.038516667, -0.13009632, -0.007457001, -0.013938809, 0.09776142), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.029636936, 0.12864171, 0.11347291, -0.11812842, -0.0870342, 0.035678383, 0.050338242, 0.045754932, -0.07072752, 0.010447726, 0.039642975, -0.08795004, -0.1191525, 0.00967509, 0.13485421, -0.053204738), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.011072695, -0.09613245, -0.09094804, 0.028029291, -0.04031162, 0.15690295, 0.25094184, -0.21776834, 0.06524669, 0.06412185, -0.052852992, -0.08097702, -0.039127756, 0.036357917, 0.104585476, 0.25095442), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.08328618, -0.006246033, 0.099708706, -0.014916097, 0.17727195, 0.4369228, 0.14760216, 0.06707674, 0.025167737, -0.022487842, -0.038962565, 0.15380669, 0.08125089, 0.09844594, 0.33538374, -0.003161368), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0128195705, -0.05475118, -0.037705053, -0.0012077648, -0.17425515, 0.091487505, -0.12909423, 0.0074876705, 0.13438368, 5.778033e-05, 0.04563314, -0.12185897, -0.053612474, -0.049824294, -0.12851205, 0.12856449), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.025741795, 0.01867236, -0.00027440622, 0.10502768, 0.27042285, -0.14947751, 0.11143123, 0.2575913, -0.07414089, -0.33919522, -0.13194235, -0.20088726, 0.23121537, -0.08197353, 0.06693911, 0.015411386), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.09143717, 0.22842278, 0.06501074, -0.20009698, -0.042117566, -0.23452093, -0.074082755, -0.10612558, 0.077631965, 0.08343657, -0.07657599, -0.43297377, 0.7092466, -0.16272525, 0.17222248, -0.056038965), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.081200436, 0.046752565, 0.028254949, 0.18820632, 0.096592255, 0.05896745, 0.14845169, 0.034777895, 0.07195204, -0.1908046, -0.015341971, 0.02606145, -0.010377239, 0.0755547, -0.15285216, 0.047916733), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.06825636, -0.049540907, -0.024328846, 0.03506251, 0.2060094, 0.054119263, -0.06671269, 0.052428722, 0.055792283, -0.14336903, -0.03180757, 0.013760968, -0.037398104, -0.06880077, -0.023608573, 0.0360965), target1);\n\ttarget1 = MulAdd(h2, MF4x4(-0.16937497, -0.30156836, 0.0021435453, 0.025772978, -0.17990975, 0.046133514, -0.32447076, -0.083382785, -0.081322014, -0.022132374, -0.05319431, 0.11794733, 0.08943906, 0.12927428, 0.105764806, -0.051034793), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.011012306, 0.047636557, 0.050260928, 0.051847618, 0.010985655, -0.13752967, 0.023869954, 0.07011459, -0.18244945, 0.07239806, -0.013638856, -0.026982805, 0.11395993, -0.031304818, -0.08714153, 0.077115685), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.08707592, 0.2265186, 0.13363098, -0.039588258, -0.029561255, 0.019238092, 0.024606103, -0.0019022018, -0.062285982, -0.0629511, -0.03753033, 0.109805316, 0.016018672, -0.08284564, -0.04092752, -0.030386891), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.0016500859, 0.01616536, -0.099148355, 0.24161765, 0.028064307, -0.028680569, 0.054400917, -0.1978921, -0.08584302, -0.096797146, -0.06546965, -0.09342837, 0.030265866, 0.07057579, -0.02080932, 0.053178705), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.030304352, 0.047440585, -0.04248429, 0.08568772, -0.051317703, 0.036739342, 0.00865767, -0.018183297, -0.07335176, 0.025001721, -0.068509035, 0.1814819, -0.09756565, -0.024179723, -0.05959287, 0.0352454), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.023015196, -0.022870664, -0.12028372, -0.111095205, 0.11065281, -0.19900022, -0.24012049, -0.017028643, -0.13484617, 0.050107025, 0.10741765, 0.037951697, 0.013090438, -0.0010045726, -0.029447839, -0.1859787), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.17922719, -0.24138594, -0.44595388, -0.032014426, 0.06897096, 0.07125395, 0.1944457, -0.035794795, -0.24022278, -0.13230884, -0.1277025, 0.21229011, -0.12249393, 0.06141907, 0.2687936, -0.26896995), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.0397242, -0.30710965, 0.28815824, -0.06642567, -0.07588877, -0.019552408, 0.0057806037, 0.11465521, 0.03560534, -0.10640553, 0.023589289, -0.16667193, 0.02066607, -0.01026633, -0.02655378, 0.082493655), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.007902949, -0.08501038, -0.029395591, -0.07072227, -0.01800967, -0.14564751, -0.08372804, -0.049974415, 0.1756957, -0.02042449, -0.04413007, -0.016873527, -0.2385717, -0.001741017, 0.08298281, -0.019873247), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.01803727, 0.0642893, 0.21513617, 0.066888265, -0.042107955, -0.123470366, 0.045296013, -0.11958806, 0.48208967, -0.027188249, 0.12136116, 0.05246265, 0.13522038, -0.016297493, 0.028486907, -0.059840377), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.1373251, -0.11281026, -0.06418318, 0.08444032, 0.062874556, -0.009133875, -0.049571835, -0.042995855, 0.12483249, -0.025967957, -0.11202483, 0.09862257, 0.099986054, 0.009230306, -0.09042664, 0.046612263), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.03203309, 0.106030256, 0.045741174, -0.020529225, -0.028610658, -0.055219248, -0.21404657, 0.07746393, -0.059359375, 0.0033258004, -0.0054513607, 0.06856653, 0.18043655, -0.119936846, -0.05639265, -0.10240379), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.0004331875, 0.10426754, -0.008130048, 0.012795991, -0.14372933, -0.40797862, 0.105197415, -0.0041354536, -0.079792455, 0.0914027, 0.012418237, -0.11449173, 0.020261409, -0.14681602, -0.13355242, 0.18290488), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.052306626, 0.010864275, -0.072627716, -0.009773121, 0.09484167, -0.09631301, 0.14896165, -0.21220942, -0.11994051, -0.002957136, -0.118194886, 0.08661347, 0.10005298, -0.029620873, 0.101668894, 0.0242806), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.055188183, -0.06322889, 0.12994595, 0.03140751, -0.092755616, 0.04239107, 0.18460171, 0.08471877, 0.014203371, 0.13608724, 0.035351243, -0.07883493, -0.10067456, 0.14417742, 0.0054235114, 0.100745104), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.043811034, -0.16055201, -0.11927185, 0.20517266, 0.16734722, 0.27720267, 0.1205665, 0.045803893, -0.07874647, 0.06764307, -0.11157022, 0.080770165, -0.044105835, -0.03276538, -0.10945451, 0.100562036), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.044731796, -0.12854387, -0.061937924, -0.21604767, -0.036132332, -0.024353411, -0.16718283, 0.14903957, -0.11620588, 0.14563644, 0.23363836, 0.08400659, 0.15248756, -0.1424437, 0.112882614, -0.04096889), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.0486021, -0.05714939, 0.042517707, -0.06106919, -0.12970918, -0.071898215, -0.044727243, -0.026308542, 0.05687118, -0.0394057, -0.109454155, -0.0021216893, 0.018588595, 0.08061093, 0.0500373, -0.0034918839), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.11269324, -0.17924047, -0.12965205, -0.07287767, -0.015830642, -0.044497102, 0.20014328, -0.14054494, 0.1232692, 0.2395109, 0.14093149, 0.03518561, -0.14088139, -0.09045081, -0.07283352, 0.053434785), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.020512339, 0.026349569, -0.06666101, 0.05554806, -0.03044066, 0.26656216, 0.019155584, -0.12118906, 0.087923005, -0.1716557, 0.050843164, 0.037432503, -0.030232614, 0.030457936, 0.04232163, -0.066400655), target1);\n\t\n\tMF4 target2 = { -0.060742114, -0.037577342, 0.055704296, 0.03134311 };\n\ttarget2 = MulAdd(a1, MF4x4(0.04688368, 0.13853125, 0.1714716, -0.03034447, -0.08090605, 0.1225867, 0.17535992, 0.012508419, -0.0010665918, -0.07481546, -0.15541986, 0.0671128, -0.029307734, -0.076674186, 0.03925896, -0.07140553), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.13273083, 0.062933214, 0.04200143, -0.0080243945, -0.120439716, -0.090192355, -0.022639645, 0.00020024918, -0.11211478, -0.12949537, 0.025783822, 0.009155746, 0.01004339, -0.0661901, 0.10630156, 0.053137038), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.07113487, -0.16011865, -0.10838903, -0.0034704183, 0.110606894, -0.14915739, 0.036511585, -0.003103608, -0.0551775, -0.13140677, 0.05270299, 0.12139221, 0.02226174, 0.008415268, -0.06647426, 0.118130066), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.045172617, -0.0020388453, -0.27287582, 0.002428232, -0.2833772, 0.13788106, 0.073339015, 0.10666715, 0.08455194, 0.16499293, 0.089058325, 0.008815447, 0.034657538, -0.109856166, -0.11499077, -0.02918854), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.07910854, -0.26334837, -0.3246593, -0.08246522, 0.09211476, 0.40793833, -0.09658794, -0.14430091, -0.50632644, 0.087234974, 0.26298127, 0.3687086, 0.06492316, 0.23082961, 0.18233871, -0.09283792), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.022744032, 0.21690565, 0.2694824, -0.12230013, -0.07969618, 0.21595429, -0.034979805, 0.008938489, 0.21289209, -0.446482, -0.042927746, -0.13587558, -0.032581557, -0.07182814, -0.054092336, -0.009542036), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.0034912943, -0.080354184, -0.08577375, -0.1521193, 0.09809233, 0.034529503, -0.100664355, 0.008191219, -0.014303411, -0.02862216, -0.18669915, -0.12384598, 0.046499267, 0.093707144, 0.10661308, 0.15079576), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.031025652, -0.0384342, 0.14258307, 0.25531343, 0.0075049917, -0.03966595, 0.062381975, 0.19593526, -0.2868182, 0.03162008, -0.4391041, -0.524017, -0.034463473, -0.0066741486, -0.24586639, 0.10521736), target2);\n\ttarget2 = MulAdd(i1, MF4x4(-0.07452321, -0.0227877, -0.025402244, 0.115727395, -0.039511252, -0.07785703, -0.013689458, 0.0066024344, -0.052957747, 0.011206241, -0.0021671024, 0.077190824, -0.11709912, 0.046635598, 0.123751156, -0.03712064), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.055411004, -0.0020031065, 0.06685547, -0.018829947, -0.06378933, -0.18389674, -0.0023551763, 0.0670314, 0.13038594, 0.0601923, -0.03035789, -0.019537423, -0.014483204, -0.056800704, 0.08663347, -0.106859975), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.06603686, 0.07360526, -0.0072026253, -0.06778907, -0.039178446, 0.012397263, -0.13482279, 0.05745685, -0.055182382, -0.10545766, 0.003857615, 0.041947857, -0.15239377, 0.041826613, 0.058879383, -0.0042669442), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.0697229, -0.010702144, -0.032265816, 0.013317131, 0.105028264, 0.21032134, 0.06845646, -0.018358687, 0.064568676, 0.08437135, -0.000723181, 0.1324007, 0.05527932, -0.049871888, -0.10125047, -0.005040889), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.006467578, -0.05120533, -0.011780779, -0.011742203, -0.34242442, -0.020819988, 0.17381702, -0.059836414, -0.028882682, 0.23210457, 0.16579404, -0.03708216, -0.23541835, -0.03290251, 0.029319672, 0.26189178), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.30955994, -0.06408282, -0.16872866, 0.10767772, -0.041430887, 0.051697977, 0.12523535, -0.060389146, 0.026289431, 0.06359533, 0.13526368, 0.2479901, -0.3263977, 0.10216362, -0.0030894123, 0.046437826), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.10061438, -0.17047118, -0.21593021, -0.023389054, -0.17507865, -0.30822313, -0.22044766, 0.16078933, 0.07099252, -0.11573018, 0.24712858, -0.0659458, -0.037504572, -0.12297423, 0.03342632, -0.058119852), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.020957774, -0.0224927, 0.04069268, -0.07911167, 0.074009344, 0.065916434, 0.008222278, 0.11625076, -0.25299504, 0.03357169, -0.021988, 0.015821831, -0.0021187372, -0.030700417, -0.004374924, 0.027358979), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.06549052, -0.048067164, 0.05489091, -0.28851983, 0.13378961, 0.026875904, -0.09877994, -0.19947459, -0.1274035, -0.022928834, -0.26344195, -0.025870804, 0.022505255, 0.0070861108, 0.121051334, -0.025964163), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.059426542, -0.0327433, 0.2313695, -0.07046268, 0.20479666, 0.027021704, 0.2564928, -0.11689885, -0.07407976, -0.019611249, 0.093463086, -0.121553615, 0.035009407, -0.008135333, -0.075931996, 0.047803063), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.059434246, -0.1652242, -0.124611154, 0.04743711, 0.10530296, -0.13869187, -0.036534663, -0.035206333, 0.06067593, 0.06126907, 0.120151915, -0.06722673, 0.008103894, 0.037225723, -0.007520425, 0.065720856), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-3.6759695e-05, -0.036789574, 0.013370567, -0.037871476, -0.013454664, 0.15086569, 0.10164699, 0.057703357, -0.12871023, 0.12827681, -0.055057358, -0.040753044, -0.0142621, 0.08563361, -0.04615499, -0.03130452), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.117965914, 0.09056485, 0.07272314, 0.009695964, -0.11331058, 0.07467256, -0.08291521, 0.00937355, -0.04097737, 0.07752905, -0.017335521, -0.12539999, 0.039462104, -0.0007037007, 0.06034812, -0.09497377), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.20828065, 0.0400099, 0.047638226, -0.046423353, -0.026133502, 0.098207295, 0.056742374, 0.017029466, -0.058164768, -0.046973787, -0.17328712, -0.0012984811, 0.050085854, 0.11296557, 0.12639083, 0.058543045), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.098907426, 0.22031747, 0.101559944, 0.06616554, 0.026110496, 0.56487054, 0.23754556, -0.07540935, 0.31768414, -0.47653618, 0.015073956, -0.33731326, 0.087285936, -0.24593173, -0.26141426, 0.15003823), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.046026446, -0.13767281, 0.064847544, 0.07717139, 0.08544123, -0.11092969, 0.072325274, 0.010849038, -0.3055905, 0.66436774, 0.1434729, 0.0494463, 0.07115603, 0.083811216, 0.020431712, 0.06537088), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.15532711, 0.030139687, 0.040853374, 0.11089222, -0.08150315, -0.015851755, -0.06787692, 0.096075505, -0.011956207, -0.0017758606, 0.1277494, 0.16156575, -0.038588695, -0.0626418, -0.041797023, -0.19467135), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.12917455, 0.017410474, -0.20125067, -0.08040003, -0.13494664, 0.17789102, -0.19909395, 0.08441434, 0.078570575, -0.06330619, 0.23767303, 0.5442659, -0.009227878, -0.021818208, 0.14318731, -0.09042824), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(0.097801, 0.09345441, 0.17846581, -0.14773296, 0.06536365, 0.07642184, -0.011880635, 0.02086135, 0.013336972, -0.053295113, -0.13410404, 0.027241753, 0.087728985, -0.044033397, -0.13098569, 0.009423933), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.02488427, 0.0134966355, -0.0075000813, 0.07272353, 0.015842725, 0.13765687, 0.028079558, -0.08384948, -0.06666623, -0.023220664, 0.025091043, -0.055167805, -0.18826278, 0.04423603, 0.13499942, 0.059128854), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.01935146, -0.030980906, -0.031569187, -0.0036869382, 0.036753897, 0.118464164, 0.15871695, -0.09842428, 0.023324292, 0.071796335, -0.07869346, -0.10751301, -0.2588698, 0.064011686, 0.17386378, -0.039197855), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(0.08590827, 0.005497696, -0.026512025, 0.015661815, 0.1102415, -0.08268483, -0.0032903247, 0.10049029, -0.008157236, -0.035823178, -0.017570151, -0.081716835, -0.3531045, 0.010005245, 0.017141227, -0.016376914), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.16617337, -0.007689783, 0.00954665, 0.07117733, -0.001669262, -0.012331606, 0.051613946, 0.062780835, 0.06123557, -0.20243123, -0.19181818, 0.032895602, 0.19760677, 0.004464939, 0.12754539, -0.27360034), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(0.15006685, -0.083587274, -0.03215495, -0.16992462, -0.011944293, 0.058361508, -0.088097006, 0.023880545, -0.04168166, -0.06960282, -0.092672385, -0.057278465, 0.23540072, -0.1721208, -0.018213503, -0.23494521), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.124885194, 0.1905868, 0.11108704, 0.03163991, 0.11383064, 0.101223364, 0.069428995, -0.14298953, -0.07609092, 0.13704266, -0.07749446, -0.0005389336, -0.04617235, 0.18011934, 0.08350316, 0.09416366), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.073356606, 0.067966126, -0.21285574, 0.0782625, -0.0034364646, -0.032581426, -0.05538558, -0.1317288, 0.14552782, -0.1132393, 0.13063973, -0.00833602, 0.0026844777, 0.028135289, -0.02536825, -0.028372496), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.318728, 0.07862527, -0.12176221, 0.35010242, -0.029198067, 0.016302662, 0.17667587, 0.12605923, 0.1556697, -0.06061443, 0.05843511, 0.10891248, 0.01267106, -0.018492714, -0.15945031, -0.050723754), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.21555941, -0.016813517, -0.084676236, -0.07545412, -0.14518794, -0.014592766, -0.2446481, 0.0530632, 0.0847341, 0.12342537, -0.028644923, 0.083479315, -0.04179012, 0.0025225023, 0.16006976, -0.026940256), target2);\n\n\tconv2d_1_tf[gxy] = target1;\n\tconv2d_1_tf1[gxy] = target2;\n}\n\n//!PASS 3\n//!DESC Conv-4x3x3x16\n//!IN conv2d_1_tf, conv2d_1_tf1\n//!OUT conv2d_2_tf, conv2d_2_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_1_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_1_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_1_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_1_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_1_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_1_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { -0.06427697, -0.00039365015, 0.011889719, 0.060232002 };\n\ttarget1 = MulAdd(a1, MF4x4(0.13129333, -0.022117995, -0.009753253, 0.020439912, 0.044090994, -0.0916335, 0.0036765633, -0.11719207, -0.06413809, 0.04079378, -0.00085516454, -0.06306388, -0.12660664, -0.054126263, -0.005513979, 0.06364538), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.028422508, 0.23270117, -0.28674677, -0.10820166, 0.024321957, -0.0811145, -0.07290707, -0.02125165, -0.064260505, 0.052076746, -0.009654081, 0.08363882, -0.02037171, 0.15006389, 0.121593125, -0.011237004), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.14672333, 0.015381624, 0.1028172, -0.041823238, 0.0072677187, -0.042953942, 0.06426537, -0.0938381, -0.05990813, -0.04599802, -0.11264726, -0.027826328, -0.058160868, 0.10747306, -0.07327458, 0.07998872), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.08702181, -0.03750975, -0.045659006, 0.04488332, 0.09102003, 0.066556975, -0.04353586, 0.08994567, -0.13561495, -0.10653702, 0.006989605, 0.028230097, 0.07177144, 0.2938447, -0.00943923, 0.022120917), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.1801194, -0.11119162, 0.1977298, -0.247902, -0.16654298, -0.07423158, 0.114130594, 0.0014401592, 0.006954727, -0.09810646, -0.051310766, 0.19487657, 0.2545855, -0.06328558, -0.04617056, 0.09444692), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.011378825, 0.16044368, 0.017211074, 0.14472178, 0.032992378, -0.008925819, 0.035120245, -0.012409223, 0.074333005, 0.1178002, -0.128956, -0.13624239, -0.2791275, 0.21457297, -0.1476131, 0.04874687), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.03491764, -0.061763793, 0.05779039, 0.0054837577, -0.023937583, 0.08281698, 0.032306053, -0.014566218, 0.12738499, -0.0132100545, -0.051833414, 0.0057818824, 0.012158851, -0.20231532, -0.0043795826, 0.10285843), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.22269921, -0.15135509, -0.039143335, 0.033390045, 0.06770212, -0.14538582, -0.08011057, 0.03796648, -0.025913516, 0.13925864, 0.18309896, 0.012709204, -0.24912506, 0.3217706, 0.0394195, 0.017977878), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.00080196525, 0.059145816, 0.05720508, 0.0056548906, 0.005168018, 0.09938438, 0.0200503, -0.05516137, 0.061309986, -0.019621318, -0.1541441, 0.019540716, 0.030571707, -0.09054893, 0.032851614, -0.27210873), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.27061436, -0.114008114, -0.0020118617, -0.1656827, 0.09770587, 0.029897455, -0.03307522, -0.04661818, 0.033011347, 0.18498488, -0.05162084, 0.087471776, -0.24665618, -0.12538423, -0.08123797, -0.010210389), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.075188264, 0.0020608555, 0.18558815, 0.041179713, 0.11232638, 0.05507779, -0.19599183, 0.027942855, 0.06199144, 0.22141005, -0.06121163, 0.014993597, 0.24105869, -0.019737717, -0.112485714, 0.0157406), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.09425698, 0.0207658, 0.12074599, 0.009430481, 0.11889248, -0.025782838, 0.0034711843, 0.05113582, 0.012531833, -0.0018606635, -0.09137569, 0.018120576, 0.4051155, 0.02222076, -0.16001017, 0.10981527), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.03582557, 0.014994796, -6.4688604e-05, 0.24618183, -0.11697727, 0.24388117, 0.038502026, -0.3511993, 0.101741396, -0.10748137, 0.035059888, -0.017535849, 0.09450039, 0.06541661, 0.12149035, 0.28798738), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.27143848, 0.017990451, -0.69144464, 0.037944376, -0.04551905, 0.09263134, 0.4259611, -0.14107811, -0.10641847, 0.23065196, 0.040813655, -0.07789163, 0.3087666, 0.08190437, 0.16409059, -0.06455426), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.08290655, -0.35286915, -0.18082355, -0.32229406, 0.1608227, 0.030915622, 0.09207708, 0.02655054, 0.039464593, 0.026095424, 0.052584656, 0.033881903, -0.01751319, -0.0011676399, 0.04002607, 0.1630013), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.012021132, 0.12163766, -0.07410629, -0.06879096, 0.017859738, -0.039261997, -0.028677614, -0.23610398, -0.15963873, -0.0006119958, 0.11275506, 0.0082659265, 0.05677582, 0.08676638, -0.08669759, -0.10475464), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.12792721, 0.06888765, 0.31803077, 0.26002547, -0.067599155, -0.011822328, -0.2589909, -0.30024147, 0.11076704, 0.15200609, -0.018180368, -0.19146141, 0.22298847, 0.059484895, 0.034478076, 0.15610938), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.0870121, -0.016420847, -0.011579898, 0.097182855, -0.120095566, -0.06843338, -0.043460473, -0.060684606, -0.027540063, -0.008499213, 0.033570655, -0.06866259, 0.01429712, -0.07424434, 0.0009466247, 0.09142678), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.03781424, 0.04587032, 0.03744051, 0.02712279, -0.051038064, 0.0669144, -0.02640278, 0.12384894, -0.0022533627, -0.010022036, 0.07536463, -0.030489929, 0.09418577, 0.155089, -0.011290433, -0.02102941), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.0053278613, -0.07160643, 0.039028414, 0.04123311, -0.10693177, -0.1170874, 0.07230816, -0.033255517, -0.119176835, 0.0786526, -0.11880206, -0.11354601, -0.037539184, 0.14404313, 0.069760695, 0.024738638), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(0.03413808, -0.006487654, 0.10006853, 0.22228058, -0.13796462, -0.14042488, 0.04017443, -0.031790894, -0.06673143, 0.009888688, 0.08831443, -0.0045771743, -0.028375361, -0.04704813, 0.07128581, -0.07012518), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.06954315, -0.23728988, -0.14192343, -0.08236467, -0.2552115, 0.04102959, -0.06355397, -0.08340241, 0.17617856, 0.20281969, -0.16249381, 0.10843737, -0.04392261, -0.08587206, 0.053069845, -0.15482199), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.124981806, 0.12828638, -0.061472785, -0.20108232, -0.14905351, -0.40766275, -0.35427195, -0.13183996, 0.09307428, -0.07697028, 0.06702549, -0.22656697, 0.019868268, -0.19361132, 0.08784669, 0.20249842), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.004661343, -0.09333453, -0.24876262, -0.07906779, 0.110697776, -0.37069768, -0.042212646, -0.0046135853, -0.2254257, -0.023392014, 0.031476703, -0.045574382, -0.12675518, -0.076056994, -0.08228006, -0.040303517), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.16182694, 0.0512523, 0.051189836, 0.048962783, -0.05156489, -0.17987493, -0.012037288, 0.06953726, -0.09458492, 0.1610021, -0.004063283, -0.032922342, 0.08995396, 0.1939926, -0.018710036, -0.08153231), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.064830944, 0.06121252, -0.18886387, -0.12976822, -0.031117212, 0.12219633, 0.19070715, 0.12495262, -0.11994464, -0.24687837, -0.08425294, -0.016920334, -0.13286817, -0.3260188, -0.11776061, 0.1651019), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.17652592, 0.002499805, -0.030541016, -0.01393431, 0.031418208, 0.08209422, 0.12430871, 0.4387016, -0.108871914, -0.09041422, 0.031226631, -0.1638517, 0.20756467, 0.014476537, -0.012701195, -0.03440563), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.005320072, -0.0032291536, -0.017209187, 0.031944863, -0.2479921, -0.24433962, -0.13832912, 0.07835928, -0.17707248, 0.028202811, -0.19121435, 0.164587, 0.123152815, 0.0050288937, 0.084104605, -0.0380019), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.16008669, -0.018608516, -0.013778938, 0.033447385, -0.01242472, -0.070916265, 0.026909694, -0.07318777, 0.15158044, 0.12047607, -0.1709358, 0.2031767, 0.0025611701, -0.21457459, 0.2791286, 0.10159932), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.14320926, 0.020023825, -0.0484187, 0.011563084, -0.2640472, -0.013056275, 0.004234292, -0.095376395, 0.28363484, -0.0058227647, -0.0777649, 0.05238444, 0.41757923, -0.07081097, 0.012567031, -0.13029522), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.07266207, 0.042793367, -0.08212271, -0.23401663, -0.19457819, 0.4191269, -0.03095442, 0.15339781, -0.28451788, 0.09316364, 0.10231693, -0.22844811, 0.111623526, 0.120017685, 0.18777381, 0.014420896), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.15037206, -0.29763284, 0.2601235, 0.0193363, 0.13686465, 0.009907918, -0.37781665, 0.04916627, 0.14114739, 0.5043813, 0.0447959, -0.029427614, 0.041768756, 0.27211213, 0.14163221, 0.086162075), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.19159287, 0.21363218, 0.15053211, 0.08992885, 0.100828275, 0.09379921, 0.030783929, 0.11664482, -0.059145752, -0.19400764, -0.09351283, -0.016430443, -0.12910964, -0.067078374, 0.11760082, 0.121194765), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.055059325, 0.09299572, 0.06848913, 0.06334532, -0.1476285, 0.111801244, -0.033960916, 0.06474366, -0.04952303, 0.27885208, -0.052447475, 0.09226763, -0.15024844, -0.0033919013, 0.013498364, 0.09135676), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.017010042, -0.122343406, -0.19097193, -0.27957183, -0.18206005, 0.102321096, 0.22794476, 0.0439245, -0.23710132, -0.08070259, 0.17377135, 0.23811814, 0.17799385, 0.049567625, 0.1470908, 0.07329385), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.0038071256, 0.19454515, -0.01222965, -0.07390379, -0.0532754, 0.03942833, 0.123840906, 0.023459576, -0.0658742, -0.023957543, -0.14682837, 0.1221027, -0.010986398, -0.066184506, 0.03026491, -0.0638446), target1);\n\t\n\tMF4 target2 = { -0.0063728676, -0.029053684, -0.052831043, 0.006475641 };\n\ttarget2 = MulAdd(a1, MF4x4(-0.012110923, 0.07818654, 0.07964548, 0.11885079, -0.07694473, -0.01378252, 0.006632789, -0.12876098, 0.0069211307, 0.022278586, 0.069553085, 0.16569804, -0.11123615, 0.06125189, -0.11232848, 0.1559266), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.3261174, -0.25586754, 0.21129315, 0.3135101, 0.1509055, 0.0044283345, 0.024674175, -0.08000473, 0.01213029, 0.09093019, 0.04942677, 0.09806723, -0.16454464, -0.14433062, -0.058094524, -0.060819894), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.023174008, 0.02858724, 0.07685972, 0.036857616, -0.10415571, 0.10241035, -0.01893166, 0.02065923, 0.058356714, 0.096426114, -0.03772327, -0.1529002, 0.13740575, -0.048291504, -0.06152548, -0.15199897), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.029300174, -0.13222043, 0.0139825605, -0.02274408, 0.062944874, 0.028447356, 0.05960515, 0.034447193, 0.03133432, -0.019283533, -0.024591971, -0.0043914663, 0.15245225, 0.006851478, -0.051783554, 0.17453748), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.09125915, 0.081739366, 0.01196335, 0.23130219, -0.22557035, -0.13537665, 0.0022028848, -0.043430023, 0.22759882, 0.07920754, -0.027986467, -0.14051494, -0.19557038, -0.03585936, -0.4258294, -0.03856216), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.18511422, -0.09368415, 0.1551229, 0.04322566, -0.023400841, -0.02261204, 0.15129441, -0.007954805, -0.10739125, 0.019459398, 0.013128325, 0.018073296, 0.20886365, -0.20662378, -0.03814699, -0.09272838), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.027352437, -0.039882626, 0.12598103, -0.093930446, 0.030846786, -0.09325075, -0.009084744, -0.024584265, 0.07159868, 0.14162529, 0.19019091, 0.058855128, -0.09880401, -0.01843218, 0.14753596, -0.2449532), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.06565521, 0.09150168, -0.08654865, 0.0829788, -0.07596146, -0.01815166, -0.08786775, -0.03477514, 0.20538878, -0.012766377, 0.020719538, 0.088188395, -0.034300096, 0.29972988, -0.20005241, 0.018425167), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.11713916, 0.024167519, 0.05167596, -0.0027117804, -0.016994188, 0.048177514, -0.012556207, 0.010979094, 0.09098878, 0.028514355, 0.06063336, -0.06624107, 0.012754856, 0.013208708, -0.061374772, -0.0025992664), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.09053513, 0.03183455, 0.017340872, 0.12934409, -0.022161964, -0.0015361432, -0.049972344, -0.12763855, 0.12779881, -0.04697911, 0.018968226, -0.119873665, 0.05462772, -0.13919477, -0.10226718, -0.2540179), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.29912186, -0.09291771, 0.050926663, 0.49361777, 0.21372582, 0.076717265, -0.058968987, -0.1572678, 0.3194591, -0.120582424, 0.03942037, 0.023128232, 0.24321598, 0.07046334, -0.21204855, -0.648296), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.05366883, -0.020366706, 0.020979457, -0.06893884, 0.04837168, 0.017253762, 0.008874203, -0.020785445, -0.20425391, 0.060179923, 0.046167206, 0.09863377, -0.14381303, 0.038928367, -0.06590863, -0.18408588), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.07099762, 0.2029403, -0.033945918, 0.15202214, 0.0901113, -0.27336198, -0.17693861, -0.16206753, -0.17642029, 0.09400492, -0.11165698, -0.07863893, -0.16306102, -0.056210615, 0.22173557, 0.013508989), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.08541511, -0.27093616, -0.35273993, -0.48919773, 0.038383547, -0.16013749, 0.012996215, -0.03434873, 0.07024113, -0.28971404, 0.10623425, -0.0019642068, -0.062374946, 0.3291145, 0.22468035, -0.42971882), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.020427933, 0.15062793, 0.08308975, -0.025095072, 0.030093266, -0.09649862, -0.03382388, -0.0016017791, 0.105402954, 0.020693144, -0.051065, 0.07704679, 0.02864139, -0.00135146, 0.03762216, 0.029277142), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.01700994, 0.12214317, 0.06749582, 0.07354159, -0.093085855, -0.065021954, 0.010773045, -0.00095128635, -0.045384295, -0.072611265, -0.043900184, 0.049471326, 0.029131187, 0.03180158, -0.13313527, 0.05280797), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.14751251, -0.15087761, 0.09932281, -0.099232934, -0.062390897, 0.112391844, -0.09159478, 0.15856399, 0.034708973, 0.01819943, -0.02730164, -0.13562973, -0.05687333, -0.0114601655, 0.07025971, 0.02496533), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.0117268525, -0.026162883, 0.07481553, 0.13420302, 0.029870516, 0.07405776, -0.06379041, 0.09631234, -0.07754842, 0.035888605, 0.0034764851, -0.040771756, -0.092022054, -0.034230903, -0.02281844, -0.0028173258), target2);\n\ttarget2 = MulAdd(na1, MF4x4(-0.059846643, 0.016772347, -0.02287152, 0.07036337, -0.024946844, 0.09826078, -0.068491876, 0.20852126, 0.073890835, -0.058288682, 0.013093785, -0.05776076, 0.0516503, 0.052794468, 0.10837015, 0.038539834), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.16391893, -0.008062687, -0.35022175, 0.2510062, -0.15820411, 0.048403125, 0.024878092, 0.037888516, -0.035924178, -0.068953894, -0.025386479, 0.24405715, -0.018495679, -0.051277515, 0.14754932, -0.031538483), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.038429607, -0.047140498, -0.018157095, -0.029318782, -0.04094171, -0.11870087, 0.11214255, 0.07142628, 0.021007229, -0.005681072, 0.1662777, 0.10829575, 0.112268396, 0.03567479, -0.06738845, 0.0032037434), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.032217573, 0.2102397, -0.20617546, -0.07920811, 0.12918773, 0.054486286, -0.13656865, 0.05806265, 0.01963165, 0.049910642, 0.15538268, 0.10724465, -0.09697837, -0.03070673, -0.0071386313, -0.11899626), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.130827, 0.0051715383, -0.07212691, 0.45726067, 0.2773031, 0.2973666, 0.3951691, 0.01333662, -0.14561643, 0.04508669, 0.121690124, 0.13326228, -0.22579186, 0.058161184, 0.09281702, -0.00079749606), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.00771113, 0.09912341, -0.41895548, -0.06705759, 0.029148718, 0.052991726, 0.18665347, -0.031787418, 0.23053595, 0.09444956, 0.10691037, -0.06325714, -0.05335701, 0.1917427, -0.0065284846, 0.032622546), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.056801565, -0.019131258, -0.0939022, -0.08130343, -0.11051993, 0.0035269214, -0.047361933, -0.0543875, 0.10854369, 0.06445185, 0.016828364, -0.022595318, 0.1450623, 0.033027507, -0.020425137, 0.16169788), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.08747717, 0.07770065, 0.018155783, 0.07160794, 0.09860347, -0.04329888, -0.0043579484, -0.2014418, -0.060260013, 0.0036374568, -0.17566042, -0.2268221, 0.001273691, -0.2609373, -0.19417606, -0.04102927), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.086845055, -0.114253804, -0.13433142, -0.025941795, -0.0155711295, -0.13578776, 0.12059696, -0.08760523, -0.0057348222, 0.12164273, 0.07270617, -0.06352636, 0.08894258, 0.04140841, 0.1230304, -0.030357126), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.03320213, 0.015911903, -0.06288296, -0.121976145, 0.2713457, 0.13913193, -0.092420585, 0.105714336, 0.10294281, -0.04591945, -0.11767934, 0.032249406, -0.06506192, -0.04639334, 0.08137017, -0.031746846), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.13717805, 0.0071242675, -0.077256985, -0.14974317, -0.08467893, -0.20126395, -0.06240603, 0.09554399, -0.075844854, 0.28380412, 0.046030026, 0.053188596, 0.50943077, 0.1179795, 0.32203588, -0.06712207), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.18528835, 0.0016975187, -0.0041140947, 0.11234392, -0.34049067, -0.056880493, -0.04325441, 0.09905571, 0.10978758, 0.009608353, -0.10801905, -0.04071131, -0.09096832, -0.12350487, 0.011801418, 0.22521795), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.040283076, -0.034117915, -0.026142653, -0.06058959, 0.12511659, 0.4131219, 0.59190845, 0.39758852, 0.16032091, -0.5975032, -0.14516282, 0.115154505, 0.03874097, 0.18462797, 0.22934213, 0.05285643), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.17804009, 0.33769128, -0.14572927, -0.029545018, 0.3897, -0.055615567, 0.15232995, 0.48788264, -0.21422523, 0.03397293, 0.0337794, -0.19830915, -0.022457365, -0.35096076, 0.42616987, -0.19268763), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.13191561, -0.18337126, 0.017879983, -0.070472844, -0.09409196, -0.025770849, -0.060219247, 0.10869267, -0.17341033, -0.09199785, -0.0667796, -0.093538545, -0.21300837, 0.030474098, -0.04540468, 0.041321553), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.0998177, -0.08669185, -0.0090886615, 0.0021083376, 0.08900095, 0.5062186, 0.45537788, 0.029077586, -0.1001008, -0.0077697043, -0.0096318, 0.11706454, 0.07401959, -0.00650215, 0.06092762, 0.037442297), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.18500404, 0.0024998419, -0.11761331, -0.026825588, 0.27255726, 0.093010515, 0.3281413, -0.051473666, -0.050259475, -0.17258662, -0.23394547, 0.104795866, 0.035074063, -0.061560635, 0.05975411, -0.094255395), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.023440497, -0.021479638, 0.0036277648, 0.004972212, 0.02416659, -0.09856867, -0.03971455, -0.27094853, 0.026615402, -0.0047890246, -0.13755885, 0.16591635, -0.0016293586, 0.133207, 0.047790572, 0.029041538), target2);\n\n\tconv2d_2_tf[gxy] = target1;\n\tconv2d_2_tf1[gxy] = target2;\n}\n\n//!PASS 4\n//!DESC Conv-4x3x3x16\n//!IN conv2d_2_tf, conv2d_2_tf1\n//!OUT conv2d_3_tf, conv2d_3_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_2_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_2_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_2_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_2_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.056541316, 0.041788545, -0.036094554, -0.021763096 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.0431447, 0.047972627, 0.09522898, 0.19048582, 0.0015511789, 0.1182684, -0.065335006, 0.061233886, -0.02451869, 0.065670215, -0.015341636, 0.06836347, 0.10215459, 0.17516296, 0.0857072, 0.072732896), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.10117189, 0.049022958, -0.016017418, -0.12119866, 0.089112304, 0.016286526, -0.025251161, 0.03239003, -0.0783818, -0.086096615, -0.13673106, -0.15934734, -0.51308054, -0.061430074, -0.16208844, 0.2227776), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.011567444, 0.025550444, -0.018439503, -0.015003767, 0.11606929, -0.11613111, -0.040906087, -0.015202219, 0.03932618, -0.1106059, 0.03703376, 0.018548314, -0.12761284, -0.038109995, -0.23577367, 0.20272344), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.025444161, -0.075270735, 0.10999789, 0.16305386, 0.016178958, -0.074034974, 0.1177035, -0.077481024, -0.047774278, -0.029782977, 0.23137823, -0.2389453, 0.033015423, -0.10381626, -0.16437943, 0.20906886), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.098473966, 0.11013442, -0.18486807, 0.1907086, -0.17564997, -0.08509439, -0.42472756, -0.17446618, 0.3440862, 0.12719585, -0.12213955, -0.02246555, 0.18982963, 0.20809166, -0.36067408, 0.51116616), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.019805575, 0.07812505, 0.061653323, -0.08379226, 0.026396899, 0.009063019, -0.10845824, 0.0827647, 0.045301896, -0.07748021, -0.07435832, 0.14860612, -0.077515624, 0.010588131, -0.22704287, 0.26849246), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.02884339, -0.09512523, -0.038564682, 0.08862835, 0.041666254, -0.10532901, 0.040582962, -0.10063983, -0.15736029, -0.03644334, -0.005061672, 0.04302295, -0.046482194, -0.05262547, 0.05110866, 0.03204655), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.005932702, 0.033263832, 0.0044865874, -0.02328917, 0.056534443, -0.14084046, 0.022353357, 0.015087431, -0.2734596, -0.026544483, 0.06297078, 0.11277746, 0.06127936, 0.02466357, -0.04970561, 0.02098484), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.013603583, 0.036264602, 0.10985147, 0.01532773, -0.09012781, 0.1132652, -0.17016481, 0.025332611, -0.077462606, 0.02990799, -0.10627784, -0.006231141, -0.089164406, -0.051507175, -0.043900985, 0.09049239), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.15391691, 0.1915742, 0.014101639, -0.022153432, 0.06291936, -0.017871676, -0.016763045, -0.14741553, -0.011252563, -0.20720159, -0.030648025, -0.0142307645, 0.010291614, -0.09243969, -0.052940153, 0.0061574522), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.032283742, 0.030768922, 0.1070225, -0.027818602, 0.10032608, 0.0061178426, -0.03561339, -0.26687133, 0.14369439, -0.11362691, -0.08980895, 0.066520914, 0.33414948, 0.006998835, 0.09193012, -0.2857383), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.059588976, -0.02046844, -0.042585023, 0.031939838, 0.12796514, -0.06155685, 0.03540324, 0.009929082, -0.0039611827, 0.10790477, 0.049435645, -0.083034374, 0.23874004, -0.07460337, -0.020173345, -0.2006587), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.13217632, 0.052319963, -0.026713084, -0.0051368694, -0.10380872, -0.28659084, 0.0044393227, 0.005174543, -0.05092618, -0.07092548, -0.027397033, -0.01609789, 0.13699281, -0.14706929, 0.17737861, -0.23746766), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.19268502, 0.14133929, -0.1305119, -0.4034132, 0.057504695, -0.24550998, -0.081932545, 0.45489246, -0.29331785, 0.19625074, 0.063166246, 0.15158689, 0.6715147, -0.4610189, 0.08921431, 0.17761138), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.044718128, -0.011809122, 0.024131307, -0.30093196, -0.05607289, 0.047759805, 0.004210022, 0.098192796, 0.030430846, 0.008207501, 0.12266905, -0.10549182, 0.11584339, -0.091016166, -0.08635591, -0.13889709), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.19226642, 0.07147627, -0.14759602, 0.4041079, 0.0744628, -0.19612685, 0.1498252, -0.06273549, 0.017959936, 0.10858338, -0.14985329, 0.062042814, -0.13240446, -0.24362786, 0.113626175, -0.15332204), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.08383099, -0.13935047, -0.25981048, 0.16491203, 0.07513876, -0.28346774, 0.19722275, -0.044425573, 0.020889329, -0.22140723, 0.025403097, -0.09183192, 0.014202567, -0.18666178, 0.062913105, -0.047674105), target1);\n\ttarget1 = MulAdd(i2, MF4x4(-0.1862771, 0.25878942, -0.043018065, 0.22144824, 0.016088247, 0.12113542, -0.11965952, -0.01587184, 0.07830932, -0.16069177, 0.13421321, 0.018718706, 0.09548377, 0.018543294, 0.013614677, -0.1054485), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.2121733, -0.015635416, 0.027564054, -0.085904464, 0.064805664, -0.070543915, 0.08966146, -0.06359783, 0.01131311, 0.046913184, -0.09809833, -0.092063695, -0.087217696, 0.012411829, 0.0045399712, 0.027389864), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.19307798, 0.09449126, 0.084036835, 0.30262446, 0.011706106, 0.029800637, 0.04612629, 0.006186647, 0.11228541, 0.055147965, 0.17659879, -0.023410015, 0.19965266, -0.06684007, -0.081968054, -0.052410994), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.058564443, 0.08252549, 0.058217794, 0.0864448, -0.25663558, 0.080260284, -0.0010294432, 0.05830051, -0.07684524, 0.1820709, 0.04438993, 0.019178499, -0.12425012, -0.04596089, -0.010032888, -0.0012803525), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.43352658, 0.15262963, 0.25620222, 0.22428556, 0.09667152, 0.0037820593, -0.07951691, -0.11553085, 0.12982155, 0.17988266, -0.14283511, 0.074744284, 0.03604327, 0.00452661, -0.12865154, -0.020020623), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.06850602, -0.18057181, 0.2093389, -0.07333886, 0.28406742, -0.048766967, 0.18114483, 0.47292945, -0.2340266, -0.06862712, 0.28263155, 0.3150323, -0.054724697, -0.16958356, 0.27928987, -0.19666018), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.03281329, 0.0038649621, -0.07108877, 0.10791149, 0.15235375, -0.3083721, 0.168294, 0.10379698, 0.029038485, 0.16282903, 0.04483725, -0.018684763, 0.108186625, 0.027885616, -0.019351846, 0.1623065), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.110499054, 0.31347123, 0.030852, 0.01631416, -0.1466389, 0.080429435, -0.18689284, 0.10667815, 0.20645237, -0.18004708, -0.10570413, -0.15435064, -0.019000605, -3.126077e-06, 0.037761535, -0.015040956), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.023364332, -0.023399066, 0.2712722, 0.049637552, -0.10222765, -0.2698945, 0.20991959, 0.04921932, 0.21510898, -0.0751939, -0.19781734, -0.28162366, -0.041881047, 0.0065111094, -0.04102195, 0.0982682), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.032176614, 0.019144032, -0.08985387, 0.091637276, 0.1012352, 0.0003583357, 0.07897295, -0.09531175, -0.001155058, 0.074372366, -0.026186578, 0.07283374, 0.06052053, 0.009307753, -0.03874333, -0.06228009), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.022224072, -0.15717922, -0.1406057, -0.05941157, -0.028769474, -0.21226564, -0.036570027, 0.22266355, 0.14120889, 0.014577123, 0.10216447, 0.018429281, 0.056729726, -0.055834044, 0.058146577, -0.11999068), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.009995364, -0.020045493, -0.0057422677, 0.0643022, 0.016475432, -0.030856136, 0.042140726, 0.15077904, -0.32955253, 0.0694449, 0.17931722, 0.3439302, -0.12484157, -0.10958869, -0.15755124, -0.09755644), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.008314924, 0.07704758, 0.043228816, -0.08110893, 0.099286236, -0.053224478, 0.22877018, -0.189486, -0.00798416, 0.018341504, 0.10734141, 0.0752633, -0.042524844, -0.086395286, 0.14299925, 0.026488977), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.052531082, 0.19139186, 0.12205995, -0.2573172, 0.15157184, 0.0073150825, 0.089774385, 0.06604469, -0.16528498, -0.002511137, 0.14287429, -0.07819732, 0.025014274, 0.15338829, 0.0761692, -0.02803716), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.21000335, 0.15277153, 0.08546171, 0.2816124, -0.16559112, -0.11068559, 0.47053605, -0.009787771, -0.0013089112, -0.06985127, 0.44743782, 0.25142467, -0.32670796, 0.044035822, -0.12545367, -0.2996084), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(-0.11526387, 0.15654811, 0.099616654, 0.15473685, 0.21278231, 0.046207245, 0.117993094, -0.26825273, -0.12539764, 0.14013724, 0.17357737, -0.05387817, 0.076738276, -0.13339446, 0.15005626, -0.2108176), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(-0.0008846504, -0.05998622, -0.028892396, 0.04784136, 0.0104263965, 0.10899508, -0.073364735, 0.077516064, -0.074248806, -0.21749993, -0.26203, 0.041161157, 0.09366407, -0.026498007, 0.0122177545, 0.03892727), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(0.04349908, 0.13671173, 0.2242545, -0.028021423, -0.03802222, 0.0052366396, -0.010709643, 0.031290106, 0.06291333, -0.024909683, -0.15439379, -0.04502091, 0.2062182, -0.5983536, -0.09670497, -0.38446042), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.008962513, 0.13044207, 0.04964221, 0.012250417, 0.012129821, 0.019985713, -0.06421885, 0.009168735, -0.044516414, 0.071368866, -0.006634213, 0.06497366, 0.08578495, -0.10586125, 0.06628038, -0.14006054), target1);\n\t\n\tMF4 target2 = { 0.07722432, -0.025165567, 0.034291282, -0.09902708 };\n\ttarget2 = MulAdd(a1, MF4x4(0.0647927, 0.053666476, -0.14723225, 0.027874574, -0.0003166473, 0.07337155, -0.061972085, -0.012667777, -0.17071614, 0.091927536, -0.051160213, 0.21336353, 0.13854574, 0.09582817, 0.032316446, 0.13838023), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.0398984, 0.108049214, 0.093780346, -0.022015186, -0.15188989, -0.1381083, 0.2998843, 0.21623154, -0.08862326, 0.025862623, 0.06895634, 0.13529755, 0.06957801, -0.0011681129, 0.105972745, -0.04722446), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.026321493, -0.04828038, -0.012545767, -0.005490858, -0.054038163, 0.075943105, -0.11526662, 0.022242405, -0.03543104, -0.12451852, -0.14911178, 0.013503498, 0.08773292, 0.09695139, -0.013498657, -0.27424073), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.018575635, -0.11321618, -0.07853153, 0.04104883, 0.0018416744, 0.11579002, 0.03685964, -0.031546146, -0.1755398, 0.23517849, -0.08095411, 0.031999595, -0.18542038, -0.26171613, -0.20567231, -0.05683613), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.1538556, 0.21723682, 0.12131733, -0.15308167, 0.103326, -0.006956118, 0.043583486, -0.23811384, -0.103285454, 0.05543916, -0.37894246, 0.32072112, 0.22651967, 0.03516268, 0.34612176, 0.23688535), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.040021293, 0.0029912095, 0.04885362, 0.061496444, 0.016926387, -0.118446946, 0.038948335, -0.0934512, -0.25194243, -0.054018084, -0.07149527, 0.017903058, 0.0845516, 0.33802906, 0.11953944, -0.081294954), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.09558082, -0.36974236, -0.07524102, 0.11131445, 0.047626104, 0.12854609, -0.10264962, -0.044669047, -0.05572307, 0.34475142, -0.16806377, -0.0037204176, 0.03400533, -0.04047774, 0.024379745, 0.09056291), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.039392482, 0.2553437, 0.11705501, 0.03219211, 0.073977776, -0.16610906, -0.032796364, -0.054669864, -0.07123178, 0.00079619256, -0.36920992, -0.029054813, 0.12830003, 0.004987549, 0.08724278, -0.029499404), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.021272454, -0.063295126, 0.011779576, 0.103093, -0.011095461, 0.027948728, -0.014605259, -0.04723974, -0.05334346, -0.044831257, -0.07296399, -0.03314197, -0.01687865, -0.09261895, -0.06128567, 0.092708185), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.0077418387, 0.00871427, 0.060824487, 0.1093608, -0.021077013, -0.057341542, -0.04769576, -0.08144089, 0.0212823, -0.06731425, -0.04134463, -0.0016761447, -0.03402026, 0.036424547, 0.11689576, -0.14946719), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.18536687, 0.020073935, 0.17041959, 0.024790209, 0.08397728, -0.13884324, 0.013950321, -0.055075396, -0.09317963, -0.05723721, -0.060491834, 0.0017911601, -0.109154835, 0.010338362, -0.1982491, -0.21752335), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.031852514, 0.031424347, 0.07817056, 0.07770759, 0.019805199, -0.091223724, 0.11914662, 0.1673029, -0.018734453, 0.16275099, 0.23245652, 0.36139074, -0.1396047, -0.14774057, 0.13756078, -0.123794965), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.034937833, 0.20777488, 0.10104809, -0.035140667, 0.2536575, 0.010970045, 0.16896339, -0.081219964, -0.062478427, -0.0010431948, -0.027980985, 0.11446318, -0.127309, 0.21002083, 0.044436257, -0.16986957), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.06309646, -0.042341243, 0.36642808, 0.18653205, 0.06973023, 0.06315932, -0.323688, 0.25672218, 0.042820994, 0.13792914, -0.12892757, -0.09220378, -0.18939693, 0.03862022, -0.17376114, -0.24673308), target2);\n\ttarget2 = MulAdd(f2, MF4x4(-0.02130602, -0.35428852, -0.011634983, -3.9823462e-05, 0.110818714, -0.2981158, 0.060209107, 0.012538829, -0.0744833, -0.050204318, -0.12676497, -0.031484153, -0.28799182, 0.22338839, -0.070876874, -0.02102363), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.07929991, 0.014598492, 0.23034762, 0.024872296, 0.07480494, -0.17139243, -0.014421178, 0.056448363, -0.028626937, -0.022152562, 0.044871796, -0.048653606, 0.009350802, 0.019022083, -0.08554845, -0.0922645), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.027405115, 0.1831188, 0.28516722, 0.19882526, 0.27299204, -0.06910511, 0.03244419, -0.0031333128, 0.061055277, -0.114398144, 0.03729459, -0.07840815, -0.37776002, -0.24129418, -0.54815483, -0.2702045), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.053723935, 0.13472083, 0.09563273, 0.19009806, -0.18722993, -0.25939655, -0.016197463, -0.067061596, 0.1647598, 0.061905228, 0.06191816, -0.018582113, -0.07218153, 0.11278394, 0.05478068, -0.104871586), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.0036616288, -0.045782693, -0.226954, -0.05043515, -0.078096785, -0.036197383, 0.09269631, 0.016823346, -0.0060579977, -0.041455746, 0.09032774, -0.09217121, 0.058089796, 0.060311552, 0.033079024, 0.022586476), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.0436363, -0.079482526, 0.0027447809, 0.039558932, 0.13275702, 6.898711e-05, -0.21961488, -0.11315821, 0.0076181027, -0.025279062, -0.15829584, -0.063141204, 0.062049046, 0.13117202, -0.02435016, 0.109555416), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.010148116, 0.056620967, -0.015910713, -0.07370375, 0.1529919, 0.005792597, 0.02771225, -0.17027487, 0.096740395, 0.063347995, 0.17823112, 0.054105148, 0.04995114, -0.28613812, 0.06369567, 0.15978208), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(-0.13688345, 0.16967694, -0.061759472, 0.013682004, -0.1290496, 0.07167547, -0.065592445, -0.17897636, 0.057080988, 0.035630587, 0.09140394, -0.08695068, 0.16807681, 0.014749346, 0.07875138, 0.034913708), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.098915346, -0.31459075, -0.10892429, 0.1557498, -0.19764107, -0.26881596, -0.03589311, 0.45288458, -0.34171388, 0.12675741, 0.18415868, -0.19770056, 0.29025507, -0.15812592, 0.09685835, 0.0027761247), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(0.06425249, -0.01169722, 0.06379363, 0.053835012, -0.07356561, -0.06367294, 0.108630784, -0.14137438, 0.08536725, -0.03209748, 0.07250959, -0.014214082, 0.07170588, -0.25647813, 0.1092683, 0.18791042), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.023783233, 0.14261739, 0.102011986, -0.03633555, -0.05032627, 0.09378387, 0.11764051, 0.1353335, 0.032817088, -0.1352964, -0.00667997, -0.13388929, 0.022861317, 0.0037358075, 0.018605746, -0.0009892831), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(0.22419162, -0.23105696, -0.09900454, -0.15831396, 0.12398773, 0.097933106, -0.13189293, 0.1330756, -0.19673057, -0.037342317, -0.13462654, -0.08974021, 0.030326528, -0.0815862, -0.118352115, 0.009187904), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.012130391, -0.06408448, 0.13710785, -0.06678414, -0.09970725, -0.14895032, -0.02366641, 0.029581001, -0.07101809, 0.09414698, 0.018300869, 0.009139046, -0.0027311493, -0.2359952, -0.011602826, -0.007582444), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.15473361, -0.06868751, -0.030721204, -0.08650113, 0.071349874, -0.08177769, 0.1611948, 0.18305337, -0.0144878505, 0.10975452, -0.026968453, -0.04909913, -0.059665974, 0.056036238, -0.11623168, -0.10584912), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.096973225, 0.054132458, -0.010600018, 0.089397885, -0.0031138035, 0.037452973, 0.041115325, 0.1924831, 0.14759748, 0.032560788, -0.082884625, 0.0324635, -0.083511285, -0.050381303, 0.025589975, -0.0981257), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.09183111, 0.034952193, -0.048511654, 0.020719057, 0.1863456, 0.01902738, 0.14455654, -0.008500172, 0.16385981, -0.07806569, -0.031216217, -0.17002788, -0.08882952, 0.07335293, -0.2223089, 0.01706056), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.08361569, 0.046698716, -0.016646344, 0.09351987, 0.0054158634, -0.13641126, -0.12396605, 0.011380122, 0.040951792, -0.11222528, -0.0031548145, -0.0022303525, 0.0350846, -0.03280425, -0.09972476, -0.113325305), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.19961461, -0.27561286, -0.12783135, -0.062596925, 0.005870981, -0.24796526, 0.18717633, -0.16945636, -0.076396205, -0.08411448, 0.13751988, 0.21014418, -0.008655945, -0.09848541, -0.14536901, -0.2132181), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(0.14118621, 0.20831147, -0.020545695, 0.008340737, 0.016840864, -0.16912372, -0.121718146, 0.15108089, -0.19803092, -0.07827729, -0.047639225, -0.12277847, 0.04974115, -0.09349339, -0.2756667, -0.19581003), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.0036992705, 0.16539848, 0.022026122, 0.07740234, -0.035687633, -0.004568715, 0.017408118, -0.09757294, -0.094941914, -0.3381112, -0.12724453, 0.025583982, -0.18571027, 0.047607586, -0.0704089, -0.055323426), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.13821335, 0.028168043, 0.09990671, -0.032266147, -0.067236245, 0.11512147, -0.112986445, -0.10818019, -0.10062181, 0.21276556, 0.01681818, 0.069806606, 0.09628121, 0.06456379, 0.10394843, -0.02343886), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.041937463, 0.072631165, 0.045366894, -0.0046993676, 0.03946691, 0.121010706, -0.030089365, -0.007266469, 0.0092267515, 0.14853416, -0.033248078, -0.027284347, -0.10031526, 0.15864117, -0.16782752, -0.18466589), target2);\n\n\tconv2d_3_tf[gxy] = target1;\n\tconv2d_3_tf1[gxy] = target2;\n}\n\n//!PASS 5\n//!DESC Conv-4x3x3x16\n//!IN conv2d_3_tf, conv2d_3_tf1\n//!OUT conv2d_4_tf, conv2d_4_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_3_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_3_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_3_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_3_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.04244928, -0.014280219, 0.017129054, -0.08807801 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.004729794, -0.0124398535, -0.08538641, -0.058604605, 0.008671952, 0.25604513, 0.020800482, 0.24144122, -0.028920606, -0.04705229, 0.030192787, 0.0010597534, 0.017666103, 0.0041322373, 0.20027764, 0.08919112), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.0001626656, 0.05816014, -0.0060765734, 0.08811165, 0.35835367, -0.016291425, -0.56892496, 0.083845764, 0.15026698, -0.15916558, 0.08069463, -0.3931291, -0.0123534845, -0.111639686, -0.14637001, -0.08171439), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.114976816, 0.023376396, 0.13855027, 0.07438716, -0.069991484, 0.20377779, 0.23929878, -0.040769435, 0.018832395, 0.005638609, -0.091848075, 0.027843866, 0.023744943, -0.06620523, -0.11678267, 0.0844119), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.0035854098, -0.08432094, -0.17799544, -0.10041983, 0.25605857, 0.021009786, 0.030499447, -0.09928291, 0.052178737, -0.08286175, -0.057888374, 0.024606042, 0.046342995, 0.13875343, 0.11279266, 0.19826262), target1);\n\ttarget1 = MulAdd(e1, MF4x4(-0.016232021, -0.21539623, 0.0936961, 0.021143785, 0.094262615, 0.049040064, 0.40978724, 0.15347758, 0.08884813, -0.24887115, -0.14756748, -0.5020875, 0.112477, 0.1466549, -0.33418837, 0.5769466), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.16832942, -0.07354198, -0.12081261, -0.055348314, 0.39716053, 0.25583258, 0.09870877, 0.2151021, -0.025700683, -0.1801462, -0.04616654, -0.02782245, -0.054461803, -0.00042802413, -0.00163228, -0.004240747), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.05193433, -0.0018198475, -0.17647028, -0.19462106, 0.1538165, 0.054894235, 0.12183955, 0.07340974, -0.0019901982, 0.0357373, -0.07597063, -0.06681543, -0.00090057997, -0.053894397, -0.010301875, -0.16553953), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.30873474, -0.2836045, 0.057037193, -0.5016378, 0.11952749, 0.102353275, 0.2351629, -0.14635189, -0.019398788, -0.08776502, 0.021669978, -0.089918956, -0.2187901, -0.1180891, -0.049789533, -0.16109149), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.078335494, -0.08867304, 0.03349591, -0.1000293, -0.20235832, 0.22917585, -0.09905303, 0.08381748, 0.014350217, -0.14478815, -0.027479894, -0.026432173, -0.10309177, -0.09860884, -0.019177807, -0.06963025), target1);\n\ttarget1 = MulAdd(a2, MF4x4(0.008169383, 0.12532842, -0.23369955, 0.077973194, 0.09076616, -0.021277165, 0.1721421, -0.26914293, -0.014729218, -0.023279984, -0.057670787, 0.003598546, -0.015225789, -0.0115396585, -0.26196182, -0.10724508), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.16542235, 0.06589374, 0.07410237, 0.26753154, -0.3356288, 0.3096256, 0.07112498, -0.0992165, 0.15020338, -0.11021673, 0.18803611, 0.12918204, 0.109007336, -0.031968266, 0.057093572, 0.035949256), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.065006174, 0.031055925, 0.0390232, -0.01678507, -0.21553491, 0.14171642, -0.19541772, -0.033691674, -0.06241631, 0.07497651, 0.024557155, 0.056778047, -0.060191352, -0.0261998, 0.07493729, -0.0699132), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.008541382, 0.020270415, -0.027760057, -0.040962905, -0.26732433, 0.34379438, -0.23012447, 0.0051356517, -0.04059567, 0.0972959, 0.039965224, -0.14796777, -0.0016924662, -0.116963714, -0.026353523, -0.29799464), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.03329303, -0.12663862, -0.0004959157, -0.11162377, 0.26238343, 0.43260252, -0.16504994, 0.10727678, -0.22505566, 0.43474057, 0.43304008, 0.05143919, 0.40494493, 0.08689636, -0.035733614, 0.25727916), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.12175736, -0.014467151, -0.17461288, -0.18480565, -0.26439998, 0.307935, -0.058916792, -0.014292711, -0.0569471, 0.10751278, -0.04134206, 0.1847734, -0.07519831, -0.033909313, -0.05001451, -0.136606), target1);\n\ttarget1 = MulAdd(g2, MF4x4(0.1424893, -0.026820501, 0.19645774, -0.0011315406, -0.14680974, 0.07662838, 0.21108222, 0.13260938, 0.17923595, -0.085527614, 0.08217639, 0.06579479, 0.05985784, -0.09016323, 0.11172888, 0.111903176), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.19842595, 0.0093640275, 0.10433465, 0.13341904, -0.082806975, 0.22555825, -0.1315717, 0.11907785, 0.24012424, 0.47776055, 0.1835734, 0.17483878, 0.079803735, 0.01155073, -0.21146573, -0.16484722), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.15064004, 0.021381427, 0.18301587, 0.21225913, 0.054995645, 0.03212186, 0.052798916, -0.048424408, 0.03609021, 0.0964704, -0.059469886, -0.05133066, -0.08157349, 0.051145166, -0.09107608, -0.1362262), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.090521574, -0.014747857, -0.081675015, -0.118686825, 0.04848682, -0.033071827, 0.008534588, 0.023765508, 0.16849907, -0.21797262, -0.17049783, -0.07824179, -0.033794608, 0.052612655, 0.095820345, -0.07262317), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.22816367, -0.13772108, -0.036353834, -0.47638395, -0.0530902, 0.14089061, 0.076203234, 0.18006112, 0.121814854, -0.20750527, 0.08266107, -0.28634354, 0.14301859, -0.13458411, 0.00501663, -0.039783802), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.103384845, -0.14389835, 0.08275834, -0.068423435, 0.22643796, -0.02966374, -0.2847584, 0.037081387, 0.02349005, -0.19353923, -0.00095957273, -0.13623689, -0.073120415, 0.03941467, 0.21864155, -0.014019576), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(-0.082576886, 0.17085212, 0.08971252, -0.04213377, -0.032548156, 0.022137715, 0.08399252, -0.0011743539, -0.09410863, -0.41728264, -0.20709297, -0.18933547, 0.027059928, 0.09743364, 0.2504647, -0.041173562), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.20924084, 0.291118, 0.029851688, 0.16953468, 0.02936709, 0.12213576, 0.22944322, 0.108747594, 0.0001881129, -0.27398208, -0.009702691, 0.15449248, -0.9472944, -0.26114875, -0.28161275, -0.3495961), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(-0.12994622, -0.2758638, -0.1091727, -0.0968308, -0.14323105, 0.035175014, -0.08023811, 0.006023802, -0.031529594, -0.1486306, -0.3398172, -0.23240276, -0.29163983, 0.173475, 0.18809283, 0.22197202), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.048254848, -0.083444916, -0.014334202, 0.060992356, -0.023099286, -0.09492961, 0.05592045, 0.0026059286, 0.08998117, -0.108810075, -0.053304546, 0.045926623, 0.068255246, 0.099023566, 0.01595483, 0.1336309), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.21916585, 0.2837387, 0.14624594, 0.18843961, -0.06747584, 0.054924384, -0.082568415, 0.05011459, 0.014297759, -0.3884833, -0.054417178, -0.18970548, 0.088336475, -0.030646667, -0.2980552, -0.030035203), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.02748568, -0.011897529, -0.2370837, -0.016740574, -0.0282112, 0.050353892, -0.10761107, -0.00036999505, 0.037646662, -0.17742962, 0.06489219, -0.158852, -0.08016933, 0.07808515, -0.105895035, 0.079869986), target1);\n\ttarget1 = MulAdd(na2, MF4x4(-0.0058994526, -0.037170693, 0.2574696, 0.06199102, -0.04497728, -0.10667442, -0.15183865, 0.0212881, -0.030842574, 0.073473394, 0.010764398, -0.00084518327, -0.03893014, -0.009649613, 0.07443129, 0.15108284), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.11325495, -0.096435815, -0.097331434, -0.049700152, -0.17231967, 0.047090057, -0.019111065, 0.104790315, -0.15004838, 0.13950798, 0.055996202, -0.070548095, 0.047154237, -0.007650949, -0.053611025, -0.012242293), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.12787002, -0.04958212, 0.053988468, 0.0017896162, 0.049493514, -0.009475431, -0.0022641935, 0.03933694, -0.005174597, 0.043754533, -0.1432976, 0.037084177, -0.04601288, -0.032077815, -0.059897035, 0.12584484), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.019409029, 0.10492923, 0.268368, 0.12597778, -0.17733063, -0.0085961, -0.27136415, -0.049664587, 0.012515404, -0.21444482, -0.39275557, -0.12297177, 0.06800057, 0.19228315, 0.06245887, 0.35772634), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.16317715, 0.2288402, -0.23235172, 0.22230752, -0.1646375, 0.13366091, 0.16681044, -0.17399235, 0.33997267, -0.3179832, -0.34756508, 0.39843196, -0.10748536, 0.322923, 0.23339489, 0.08684083), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.02835275, 0.12314228, 0.24030593, 0.30856124, 0.055735108, -0.044914473, 0.0031432225, 0.07469899, 0.1778018, 0.107083894, -0.023706734, -0.15501897, 0.0943098, -0.034707237, -0.18622099, 0.05257965), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.042839274, 0.12597966, 0.08979042, -0.0647561, -0.050434645, 0.049438696, -0.20008127, -0.05572608, 0.046238814, 0.12622325, -0.019017145, -0.13960391, -0.040050175, 0.14298008, -0.20270552, 0.13391526), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.0073277587, 0.10606624, -0.08940439, -0.09656414, 0.12387374, -0.0013147948, 0.23607181, -0.00037969893, 0.050353236, -0.17266603, 0.27796733, -0.09877832, 0.02711225, 0.096394345, 0.07457944, 0.21541388), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.18612787, -0.00027517386, -0.17136407, -0.06413671, 0.025629476, -0.04570916, 0.0008431566, -0.03419168, 0.08123608, 0.09465922, 0.11975521, 0.1269741, 0.08413221, 0.12125001, 0.04727287, 0.072378494), target1);\n\t\n\tMF4 target2 = MF4(-0.14375664, -0.0056876075, 0.052177623, 0.07152566);\n\ttarget2 = MulAdd(a1, MF4x4(0.01973856, -0.05053795, 0.015545361, 0.10867395, 0.33441806, 0.14731607, 0.6793983, -0.21394718, -0.00846322, 0.09146322, -0.07427475, -0.078477465, -0.090998545, 0.133366, 0.105515696, -0.13784988), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.05404873, 0.09784018, -0.1337389, -0.18082313, 0.13461179, -0.3816801, 0.12209786, 0.08176651, 0.10461896, -0.43315184, 0.017470734, 0.20423968, -0.03941875, -0.101959296, -0.09440259, 0.09154717), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.17229515, -0.06907825, -0.008382803, -0.16671611, -0.01576541, 0.03985307, 0.08209482, -0.11707446, -0.11793074, 0.13702396, -0.02013158, 0.07302033, -0.022301994, -0.11464677, 0.036753565, -0.093276784), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.017650167, 0.009475923, -0.17856382, 0.15925962, 0.06434641, -0.15568036, 0.038135886, 0.18855911, -0.04427734, 0.1878215, 0.10856261, 0.0041275816, -0.12046199, 0.13610138, 0.3741596, -0.12934728), target2);\n\ttarget2 = MulAdd(e1, MF4x4(-0.24631616, 0.0169485, -0.035534818, 0.37795424, -0.08546174, 0.07817259, 0.42897213, -0.47965595, -0.0146556785, -0.20510523, -0.18889453, 0.06476019, 0.1021008, -0.35398817, -0.031071864, -0.21416448), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.32810766, 0.050585747, -0.17658374, -0.13881154, 0.16417882, -0.21286008, -0.106835455, -0.1722344, -0.14151084, 0.08962986, 0.057395387, -0.01623662, 0.02570415, 0.15626897, -0.12687978, 0.080729105), target2);\n\ttarget2 = MulAdd(g1, MF4x4(-0.050597478, -0.018753758, -0.036346875, -0.017908493, 0.058593344, 0.008303028, 0.05254987, -0.06635018, -0.022532012, 0.029511122, 0.026682215, -0.054647952, 0.069466785, -0.08892492, 0.025351115, -0.023130694), target2);\n\ttarget2 = MulAdd(h1, MF4x4(0.2412473, -0.16138165, -0.15117447, 0.11851003, -0.096868426, 0.082690425, 0.27923304, 0.11590443, 0.19363573, -0.15770023, -0.066793665, 0.011681678, 0.14037277, -0.112065665, -0.048159517, 0.009453693), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.1580054, -0.0060506654, 0.05267837, -0.09178131, -0.09107123, 0.23191126, 0.21108283, -0.070422985, 0.024321035, 0.06131459, 0.066626504, 0.032481454, 0.044402298, 0.1390604, -0.14432502, 0.040869843), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.10264861, 0.013504324, 0.012482852, -0.1781206, -0.12799414, -0.27026084, -0.123830505, 0.098105, -0.039127555, 0.09367889, 0.122323096, 0.1416734, 0.044763107, -0.21801683, -0.14018978, 0.17646866), target2);\n\ttarget2 = MulAdd(b2, MF4x4(0.017453065, 0.11498537, -0.10998983, -0.3116098, -0.3099762, 0.5024706, 0.051817298, 0.03170681, -0.18937826, 0.07946567, -0.11978771, -0.09523745, -0.0033551592, -0.11768945, 0.08932359, -0.06689581), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.1507582, -0.013266159, -0.073085934, -0.07252967, -0.06301927, -0.13218755, 0.12984878, -0.13678701, 0.023422396, 0.082123175, 0.006906731, -0.004018426, -0.15813835, 0.13711788, 0.016018609, 0.13443229), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.06960673, 0.16156524, -0.1374069, -0.05803206, -0.077960715, -0.10676749, 0.26282015, 0.03521529, 0.058099385, -0.014738148, 0.0011174522, 0.24279532, -0.023991548, -0.108812414, -0.08886019, 0.20584475), target2);\n\ttarget2 = MulAdd(e2, MF4x4(-0.08043308, 0.063343, 0.055290066, -0.15991378, -0.08096304, -0.23888679, 0.019161629, 0.38381267, 0.3672934, -0.119608454, -0.43623593, -0.46014485, -0.5323366, 0.1318621, 0.087373205, -0.05535459), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.20640239, -0.1369444, -0.21677823, 0.08202178, 0.10515278, 0.06810837, 0.073207974, 0.23623931, 0.102422275, -0.05016664, -0.0039228587, -0.1810343, -0.2235563, -0.1246854, 0.1428113, -0.10609135), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.031941894, -0.08905056, 0.21501167, 0.11244667, -0.011811734, 0.21630247, 0.07589472, -0.040489636, -0.11824066, -0.11520391, -0.10075633, -0.035642453, 0.062144946, 0.0073282206, 0.14119269, -0.060479023), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.29382935, -0.056808118, 0.051812876, -0.061358813, -0.08344258, 0.124203674, 0.037964176, -0.01961274, -0.000951725, 0.50005037, -0.24176972, 0.06487161, -0.15469861, 0.04336187, 0.17826353, 0.040010225), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.02044482, -0.0879271, -0.01053958, -0.31148303, 0.07497373, -0.11548258, -0.1666126, 0.02369657, -0.058044076, 0.010801491, -0.005933901, -0.08910467, 0.007953008, 0.03761974, -0.029501524, 0.16816042), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.1779597, -0.10213089, 0.29942423, -0.016642543, -0.015537001, -0.04676146, 0.09585872, -0.0055750017, -0.014361908, -0.20667697, -0.11348746, 0.13081487, -0.10437329, 0.14328459, 0.11648822, -0.09163837), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.019033967, -0.12420627, -0.07748253, 0.43203858, -0.109799065, 0.07605535, 0.060791396, -0.24517195, -0.15674245, 0.21267459, 0.10665515, -0.073150024, -0.1358355, 0.0054066703, -0.16434059, -0.06031853), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(-0.18834068, 0.26840356, -0.12937617, 0.16103932, -0.0062331813, -0.13630053, -0.013911821, 0.022389365, -0.044232946, -0.056454606, 0.022426741, 0.18010215, 0.041900013, 0.03375041, -0.11376866, -0.010313381), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.12497669, -0.31161824, 0.097568035, 0.19443443, -0.05056519, -0.0031457904, 0.1055554, -0.083650924, 0.07630523, -0.34177595, -0.093093194, 0.20701368, -0.030962149, -0.054470222, -0.23853977, 0.004326528), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.34370202, 0.085750066, -0.16071722, -0.54335934, -0.35595295, -0.050744478, -0.17405547, 0.008628697, -0.007086256, 0.23164117, 0.340156, 0.5475976, -0.15292351, 0.28019544, 0.038059216, 0.0044727), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.08231968, -0.0052294536, 0.07451547, 0.22278999, -0.3305531, 0.0017458396, 0.10818422, -0.21325395, -0.08807993, -0.110342845, 0.10082142, -0.051594347, 0.24192205, -0.18042035, -0.0095462985, -0.08757798), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.096379586, 0.021887815, -0.05097233, -0.06797989, -0.026171045, 0.022944937, -0.015915364, 0.037667938, 0.17216732, -0.014889412, 0.07343887, 0.028236505, 0.0015047621, 0.1355103, -0.09918284, -0.07673695), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.25385055, 0.15163356, 0.0030003798, 0.18464413, 0.05611221, 0.099498056, -0.07128191, 0.042955168, 0.027493173, 0.07440157, 0.07814497, 0.096160784, 0.13571084, 0.056412842, -0.031997006, -0.16073681), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.21634746, 0.025153082, -0.064477116, 0.0005679147, -0.0029436245, 0.12794618, 0.024849026, 0.03018052, 0.11723976, 0.059955597, -0.013594654, 0.09091745, 0.04775348, 0.21260159, -0.07463213, -0.06727042), target2);\n\ttarget2 = MulAdd(na2, MF4x4(-0.12166018, 0.024545137, 0.08611618, -0.17627168, 0.09042604, -0.14157623, -0.22147785, 0.09100581, 0.11078359, 0.031410985, -0.17170976, 0.09532806, -0.059569277, 0.09392676, 0.11784347, -0.21471368), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.1483187, -0.2217563, 0.12032977, 0.14932398, 0.27428308, -0.04568031, 0.12670338, 0.09586169, 0.06700745, 0.005126449, 0.0027694793, -0.033667028, 0.06447861, -0.08585174, -0.05509812, -0.11358761), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.22750492, 0.032906335, -0.029479047, 0.11580199, -0.05812372, -0.032269973, 0.05219915, 0.041658226, 0.010897959, 0.065550454, 0.0076911976, -0.045743827, 0.11614996, -0.10393113, -0.0012606392, -0.034367524), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.09350742, 0.09561609, 0.3735968, 0.031685118, -0.042026598, 0.17006761, -0.3910107, 0.16984761, 0.25679177, 0.036610503, -0.13772772, 0.11101589, -0.1137049, 0.07211461, 0.18065079, -0.12324793), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.020749722, 0.14413361, -0.061903823, -0.21550268, 0.31306142, -0.11532895, 0.029482557, 0.03282164, -0.09800627, -0.20765196, 0.33030233, 0.075725295, 0.49252015, 0.042455837, -0.07264194, -0.10401895), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.22697076, -0.15738785, 0.09740376, -0.072098814, -0.06638972, 0.12336611, 0.0073687397, 0.048267826, 0.06717852, -0.027047804, -0.123397194, 0.17829034, 0.04215185, 0.066311836, -0.061742183, -0.046373066), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.041311592, 0.2813485, 0.055084586, -0.01823069, 0.08105147, -0.087944716, -0.10135052, -0.02653456, 0.063169874, -0.1351186, 0.06722432, -0.016406318, 0.08666922, 0.0555909, 0.12086502, -0.17224412), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(0.26026788, -0.18303715, 0.029279215, -0.12858874, 0.027197823, 0.0919464, 0.00849638, 0.10547888, -0.12952055, -0.14414985, 0.1903315, 0.05004528, -0.12657289, 0.038008716, -0.036606666, -0.054025438), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.069167465, 0.2699947, -0.11137602, -0.05888806, -0.107324794, -0.07598601, 0.06042177, 0.0064530694, -0.039780665, -0.076666445, -0.00846108, -0.06165907, -0.06978219, -0.19108103, -0.040026028, -0.120319635), target2);\n\n\tconv2d_4_tf[gxy] = target1;\n\tconv2d_4_tf1[gxy] = target2;\n}\n\n//!PASS 6\n//!DESC Conv-4x3x3x16\n//!IN conv2d_4_tf, conv2d_4_tf1\n//!OUT conv2d_5_tf, conv2d_5_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_4_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_4_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_4_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_4_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.024455175, 0.01669877, -0.066231176, 0.036848705 };\n\ttarget1 = MulAdd(a1, MF4x4(-0.15667982, -0.31441393, 0.29112124, -0.15737213, 0.022372838, 0.10690639, -0.12019085, -0.051941186, -0.30367845, 0.02612279, 0.2372532, 0.2021648, -0.20481086, -0.003770439, 0.14981231, 0.066780254), target1);\n\ttarget1 = MulAdd(b1, MF4x4(0.03270688, -0.42270073, 0.044317324, 0.15907793, 0.14681059, -0.2934784, 0.24933252, -0.067273855, 0.07752533, -0.23194817, 0.0686707, 0.08999225, 0.121678345, -0.12916678, 0.012397381, 0.012315053), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.10090412, -0.20792678, 0.11076032, -0.02938975, -0.1944187, -0.2003259, 0.04438032, 0.36946484, -0.019868722, -0.15830222, 0.042811528, 0.015641417, 0.113098525, 0.080257006, 0.011135628, -0.2877629), target1);\n\ttarget1 = MulAdd(d1, MF4x4(0.15482685, 0.06579119, 0.28301102, 0.23729764, 0.15990537, 0.4529694, 0.107880585, 0.10668121, -0.42430598, -0.2631025, 0.10513542, -0.036242936, -0.09827965, -0.0069260495, -0.11689201, -0.041436482), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.08472191, -0.13051608, 0.047930017, 0.36831668, 0.1164478, 0.21384816, 0.22062506, 0.2094167, 0.48668453, 0.32302913, 0.36268055, -0.091801375, -0.079141125, -0.26613805, -0.16608004, 0.03810683), target1);\n\ttarget1 = MulAdd(f1, MF4x4(-0.13474251, -0.04824603, 0.23303726, -0.116136365, 0.0056330245, 0.15829784, 0.0012259148, 0.12648389, 0.038680512, 0.05131116, 0.024099711, 0.4555406, 0.0035716395, 0.11633299, 0.094744846, -0.2457627), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.0576871, -0.04037522, 0.16857862, 0.0031084458, -0.027274646, -0.18154246, 0.13337846, 0.035422433, -0.0030749738, -0.17288287, 0.019983152, -0.31871706, -0.03280405, 0.06825421, -0.1563798, 0.05031885), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.066631876, 0.012560506, 0.1690693, -0.018248236, 0.0450104, 0.016296914, -0.14910112, -0.16191053, 0.5078224, -0.017615631, 0.15226597, -0.13373777, 0.20148668, 0.060258996, 0.13215344, 0.18430072), target1);\n\ttarget1 = MulAdd(i1, MF4x4(0.12976126, -0.072738245, 0.053067926, 0.09752956, -0.04716214, 0.04136464, 0.014162617, -0.06621296, -0.09617736, 0.057469178, 0.01280261, -0.042976785, -0.12570308, 0.006027807, 0.031038594, 0.06569918), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.12655424, -0.41563693, -0.030971345, -0.06357555, -0.14121394, -0.15667427, 0.14398985, 0.05995984, 0.0821605, 0.12462943, 0.007492498, -0.0030187522, -0.22804567, -0.10487421, 0.13180672, -0.13978589), target1);\n\ttarget1 = MulAdd(b2, MF4x4(-0.075991526, 0.12352044, -0.17844258, 0.010614991, -0.18293494, 0.25009897, -0.080779895, 0.21548378, 0.22215544, 0.048670914, -0.057372037, 0.078176, 0.17490411, 0.004919551, 0.059619516, 0.12660357), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.06282951, 0.10929357, 0.026720649, -0.15939257, 0.17107709, -0.04334904, -0.03047162, -0.101681694, 0.03118431, 0.19994627, 0.025729552, 0.035035726, -0.0012207883, -0.08618888, 0.061205562, 0.009940555), target1);\n\ttarget1 = MulAdd(d2, MF4x4(-0.23581573, 0.08002133, -0.15170844, 0.08872338, -0.25767094, -0.09273545, 0.18153891, 0.2544269, -0.084598936, -0.089766875, -0.14610913, 0.002247754, 0.1802837, -0.019625561, 0.30239686, -0.032793984), target1);\n\ttarget1 = MulAdd(e2, MF4x4(0.5223286, 0.10347663, 0.4000593, 0.25440502, -0.07646958, -0.31940606, 0.053407036, -0.09356492, 0.2738851, 0.23945184, -0.2907089, -0.45822915, 0.13415676, 0.17187089, 0.08731114, -0.27670014), target1);\n\ttarget1 = MulAdd(f2, MF4x4(0.059273496, -0.107137166, 0.12087539, 0.179237, -0.021209063, -0.02548005, 0.061256204, 0.033822674, 0.54491127, -0.2475085, 0.08055858, -0.4071213, -0.045093834, 0.07161349, 0.08219979, -0.31735933), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.29527053, 0.021469543, 0.07202354, -0.07103959, 0.03990857, 0.2490762, -0.19419849, -0.13916986, -0.05325315, 0.12922864, -0.041463424, -0.031249814, 0.073991664, -0.09723187, 0.35132217, 0.024760868), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.09606787, -0.0951808, -0.0059865676, -0.052033573, -0.3118038, 0.4432636, -0.12943317, 0.09484738, 0.10621756, -0.10550469, 0.11264014, 0.1402276, -0.012679125, -0.08809835, 0.029994955, -0.15121669), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.123397775, 0.048338536, -0.00975707, -0.103767075, -0.041053303, -0.07228534, 0.046792876, 0.0668788, 0.29554394, 0.012451002, 0.19568972, 0.112091154, 0.10882395, -0.0995439, 0.051324263, 0.24967718), target1);\n\ttarget1 = MulAdd(na1, MF4x4(0.2699648, 0.17300771, -0.16056584, 0.1099392, 0.11674778, -0.19811755, 0.111880325, -0.06075038, -0.095849104, -0.04510651, -0.04180761, -0.0052786698, 0.11037549, -0.24115366, 0.018509468, -0.07819484), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(0.10981622, 0.044488225, 0.050722387, -0.3146652, -0.0013019707, -0.24084032, -0.10475088, 0.026944289, 0.1592903, 0.33087498, 0.061839584, -0.043863457, -0.06904603, -0.08635262, 0.088630445, -0.15485142), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.06810522, 0.19927117, -0.08130387, 0.11612667, -0.015104349, -7.738651e-05, -0.06419643, -0.14813533, 0.026650215, 0.015038833, 0.08161237, 0.058321163, 0.015005185, -0.16189656, 0.024501886, 0.1927279), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.31858218, 0.11962043, -0.20560326, -0.13190113, 0.02138715, -0.057066392, -0.085771754, -0.124566585, 0.044749223, 0.13687828, 0.1195792, 0.14021616, 0.26204133, 0.05119197, -0.13980037, 0.050747477), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(-0.21238558, -0.0734057, -0.2036023, -0.34308743, -0.29370925, 0.2393742, -0.37877437, 0.036869828, -0.17053255, -0.26900926, -0.23330869, 0.32902205, -0.4882585, 0.27430108, -0.033711653, 0.15501487), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.23487025, 0.085289046, -0.14281847, 0.12543266, 0.15871634, -0.13858907, 0.14810285, -0.0239261, 0.1286852, 0.07754033, 0.01072327, -0.14313328, 0.05480442, -0.12195059, 0.11341822, 0.08224607), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.19490337, 0.023521842, -0.24548791, 0.0035114093, -0.07937166, -0.07674376, 0.08365873, -0.003286068, 0.023862893, 0.009626835, 0.032829892, 0.0078141205, 0.053484406, -0.08297165, 0.09303188, 0.004273738), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(-0.0032906602, 0.13636959, 0.027821168, 0.06270053, 0.024775786, -0.077529594, 0.03799126, 0.030000908, 0.031749167, 0.04360487, 0.004448846, -0.17835903, -0.30834544, 0.013150946, -0.13758293, -0.03296242), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.14166978, 0.034131095, 0.049779188, 0.09453289, -0.011406557, -0.07020709, -0.0031981543, -0.03443845, -0.00010218944, 0.0855161, -0.10951453, 0.042758763, 0.1718446, -0.1577923, 0.0410027, -0.04992991), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.1219178, 0.105126485, -0.041097324, -0.08110963, -0.04857337, -0.11544925, -0.14572923, 0.092435546, 0.091857366, 0.15425235, -0.020324683, -0.05764375, -0.020458939, -0.10527823, -0.085554086, 0.16358297), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(-0.12372687, -0.009976829, 0.14252265, -0.1321053, -0.05965866, -0.1393898, -0.017603246, -0.02714342, -0.16824952, -0.23083204, -0.012299022, -0.06689838, -0.015830487, 0.21299921, -0.11637202, 0.0074968333), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(-0.01979935, -0.182785, -0.015397454, 0.14175794, -0.011465284, 0.11285164, -0.036115747, 0.07150463, -0.083641894, -0.10221778, -0.13871445, 0.099696055, 0.04603662, -0.06463785, -0.007984529, -0.0032940735), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(0.072830334, -0.057334073, 0.09086239, 0.13039105, 0.06350303, 0.17130788, -0.2181585, -0.09137403, -0.31397742, -0.019071499, -0.017274613, 0.13762084, 0.10195637, -0.021455176, 0.04011394, -0.08029658), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(-0.26982597, -0.40265098, -0.4151411, 0.038557775, -0.095602125, 0.3503172, -0.029988842, -0.03484708, 0.095536314, -0.0030311556, 0.31589827, 0.52763534, -0.12629713, -0.24356791, 0.0059487303, 0.42298427), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.054166105, 0.18827972, -0.081673265, -0.06720384, 0.09375001, 0.22173035, -0.14050071, 0.108400136, -0.15553835, -0.08716729, -0.037366748, 0.10971073, -0.02560103, -0.26702073, -0.05201882, 0.2432563), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.16196893, 0.0889265, -0.09887943, -0.042956755, -0.054403376, -0.123823255, 0.045847844, 0.017027669, 0.00539936, -0.112265736, 0.050549984, -0.104931094, -0.06883012, -0.25745714, 0.11155538, -0.15363649), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.22157209, 0.18200903, -0.13290548, 0.026721261, -0.06066069, -0.18150693, 0.08768983, 0.037362453, -0.1073367, -0.070236765, -0.41223463, -0.168915, -0.15517351, -0.13949952, -0.13307643, -0.15935421), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(-0.026589906, 0.0930502, 0.05195435, 0.06301585, -0.01107014, -0.019382332, 0.027223695, -0.004045145, -0.15238355, -0.0345132, 0.06355168, 0.0011230056, 0.16690113, 0.0017829507, -0.0023939044, -0.09471834), target1);\n\t\n\tMF4 target2 = { -0.023832673, 0.03702965, -0.04749135, -0.10982549 };\n\ttarget2 = MulAdd(a1, MF4x4(0.01763509, -0.17156707, -0.06841296, -0.026132878, -0.10600523, 0.11245994, 0.121395074, -0.09331501, 0.12764473, 0.0428028, -0.11837395, 0.2092563, -0.04357652, -0.0490096, 0.024701532, 0.10518723), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.17130826, -0.31987694, -0.07639005, 0.21362033, 0.058639023, 0.066175915, -0.25344703, -0.07923442, -0.14766373, 0.040518284, -0.031103026, -0.040075514, -0.051108997, -0.28214613, -0.18504949, 0.27544948), target2);\n\ttarget2 = MulAdd(c1, MF4x4(0.030991005, -0.011353306, 0.15237464, 0.15458584, 0.1250524, 0.19959912, 0.14049476, 0.38410887, 0.07378578, -0.017728366, 0.0963528, -0.043756213, -0.039577194, -0.11800575, -0.08392266, -0.07599512), target2);\n\ttarget2 = MulAdd(d1, MF4x4(0.022089608, -0.027317125, 0.051330008, -0.0075439885, 0.021650828, -0.0009390209, -0.12043464, 0.049332134, -0.055557396, -0.053297505, -0.0918705, -0.13089466, -0.10994107, 0.072746456, 0.11496739, -0.05225977), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.29730305, 0.26317745, 0.052159555, -0.32006654, 0.48288685, -0.049926184, -0.08091092, -0.13825637, -0.1485706, -0.288657, -0.41443697, 0.06856032, -0.23809211, -0.12953928, 0.4783034, -0.47557938), target2);\n\ttarget2 = MulAdd(f1, MF4x4(0.026139118, -0.23031352, 0.04861487, 0.033556074, 0.2702056, 0.22802536, -0.15385233, 0.1664119, 0.18749923, 0.36927548, -0.011473684, -0.11771165, -0.16859052, -0.4513202, 0.12863952, 0.02482837), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.0073229345, -0.061915245, 0.06710329, 0.0062416573, -0.00555983, 0.14592186, 0.11201052, -0.123630054, 0.32611257, -0.11279885, -0.059449438, 0.2891043, -0.10519016, 0.040108994, -0.012468261, 0.02083298), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.057483062, 0.08454755, -0.15529329, -0.12572923, 0.2600099, -0.02319978, -0.04037675, 0.11496361, 0.07728194, -0.12908956, -0.025529336, 0.112581626, 0.02971823, 0.11659056, -0.01298622, 0.017061908), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.22417091, -0.00222947, 0.04980858, 0.12260437, -0.025507605, 0.042577885, 0.120813504, -0.048522256, -0.038494784, -0.0072195013, -0.23012944, -0.020850847, -0.078296244, -0.014830018, 0.19759563, -0.10000253), target2);\n\ttarget2 = MulAdd(a2, MF4x4(-0.032090195, 0.023757193, -0.08989734, 0.14419042, 0.0112194475, -0.093776144, -0.020197887, 0.29295877, 0.06872183, 0.09511462, -0.03245769, -0.06504889, 0.05132126, 0.00399527, 0.075911656, 0.250893), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.3418496, 0.25525784, 0.0018161442, 0.028484365, -0.17573346, -0.12457501, 0.18466166, 0.20209278, 0.10282706, 0.16353399, 0.025052028, -0.059714165, -0.055806916, -0.28651386, 0.112798095, 0.11624314), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.018793896, 0.07500149, -0.01728254, -0.1726998, -0.13333, 0.09590344, -0.036537904, -0.11522523, 0.19445558, 0.22680458, 0.12061006, -0.06225618, 0.1127748, 0.28380096, -0.07099846, -0.007440302), target2);\n\ttarget2 = MulAdd(d2, MF4x4(-0.43887648, -0.10018577, -0.29267642, 0.12149727, -0.14333835, 0.04161915, 0.19442867, 0.16506511, 0.09655387, -0.0014398015, 0.13189743, -0.14068556, 0.049408, 0.0829072, 0.2950336, 0.36965907), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.41486958, -0.023498302, -0.37900022, -0.31752598, 0.13758768, -0.18782206, -0.31358528, 0.3330786, -0.4039293, -0.06539036, 0.032599606, 0.10663507, -0.26369813, -0.17365438, 0.20723309, 0.1801556), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.004117444, -0.14894462, 0.14915143, -0.047375835, -0.2609916, -0.10172324, -0.14925237, -0.33830285, 0.12131607, -0.18156646, -0.42382464, -0.052582145, 0.2329045, -0.4576963, 0.13756892, 0.055571318), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.31689477, 0.017058033, -0.01904924, -0.016893756, -0.011479519, 0.07316262, -0.07086077, 0.08923511, -0.08190091, -0.025866933, -0.06909204, -0.028601022, 0.023224542, 0.03082087, 0.2230426, -0.16713654), target2);\n\ttarget2 = MulAdd(h2, MF4x4(0.13457374, 0.110913865, -0.1130815, -0.031438913, -0.55201167, 0.04831016, 0.25107765, -0.014003224, 0.19532952, 0.02062346, 0.04839241, 0.088673405, 0.30325848, -0.20222804, -0.085780576, 0.22512968), target2);\n\ttarget2 = MulAdd(i2, MF4x4(0.076354, 0.021940092, -0.16170324, 0.0025543426, -0.0032400405, -0.0046705627, 0.06241069, -0.031247333, 0.098353796, 0.03723474, 0.22971998, -0.017877292, 0.119858086, 0.008041448, 0.2140585, 0.10343376), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.08627595, 0.04532834, 0.027579082, -0.16222088, 0.15583228, -0.14371829, -0.07243855, -0.111895435, -0.14438897, -0.10250594, 0.0034202964, -0.066547595, -0.034390844, -0.021545287, 0.014540157, -0.10215731), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(0.19720152, 0.21534947, 0.1130938, -0.011730973, 0.013247983, -0.10344174, -0.1906514, -0.015767017, -0.020093633, -0.26487067, -0.005960781, -0.057149183, 0.030110173, 0.047692046, -0.19308545, -0.25292158), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.039498243, 0.053682897, -0.01844695, -0.017540915, 0.039454967, -0.27696076, 0.09503274, -0.038958035, 0.17321438, -0.036311295, 0.03123055, 0.02310311, 0.040591653, 0.0054627894, -0.03520426, -0.026101988), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.055991564, 0.06512919, -0.12532505, 0.024075158, -0.04926237, -0.11701171, 0.026792146, 0.013033238, -0.052847516, -0.01550091, -0.008442071, -0.077945165, -0.033220004, -0.13678443, -0.07040586, 0.121846326), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(-0.19537796, -0.016634773, 0.10707109, -0.024361614, -0.16002733, -0.44066608, 0.16488662, 0.013152995, 0.22407806, 0.12854017, 0.19028598, -0.08379244, -0.05594235, -0.15909895, 0.511962, 0.39027596), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.032652248, 0.06004893, 0.011166194, 0.102761306, -0.035113614, -0.29961765, -0.013817978, 0.20938557, 0.08488225, -0.1118558, -0.0375328, -0.035511103, 0.0046933405, 0.20203683, -0.13552529, -0.12685429), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(0.03054923, 0.08224908, -0.059128158, -0.02583655, -0.02133876, 0.0048713544, 0.10848829, 0.06324404, 0.028332822, -0.011002306, -0.027557913, -0.06072362, 0.1019048, -0.02587316, 0.08563405, -0.08119947), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.10568117, 0.1075248, 0.19379964, -0.14337265, 0.019374132, -0.0907804, -0.13827625, -0.03628561, 0.014735499, -0.026882607, -0.25948793, 0.034926686, -0.05988073, -0.22735636, 0.053511668, 0.04765336), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.029848114, 0.09183966, 0.084713496, 0.09422864, 0.069713995, -0.10584984, -0.020899031, 0.059645247, -0.075805016, -0.01828552, 0.06689195, -0.13804196, -0.023465823, -0.034038994, -0.12946706, 0.058709413), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.061918218, 0.038984764, 0.013660938, -0.19340219, -0.014949839, 0.12946278, 0.12725051, 0.13429146, 0.05993008, -0.015394284, 0.011232483, 0.0344157, 0.022161875, -0.023923954, 0.061736204, 0.025963215), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(0.048136763, 0.03162042, -0.01967249, 0.06374493, 0.034645267, 0.22403605, 0.036197048, -0.06903216, -0.1024706, -0.0005459356, 0.049185563, 0.16309108, 0.07394778, 0.10351343, 0.28430694, -0.13531347), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.14705071, -0.09458433, 0.03063114, 0.07901115, -0.11911086, -0.06428132, -0.013549552, -0.041342866, -0.20770676, -0.15104479, 0.054365363, -0.11652907, 0.05639815, 0.070518605, 0.0017846811, -0.00056205114), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(0.27148908, 0.07358356, 0.13644488, -0.13824654, 0.0112991175, -0.021521023, -0.10197379, 0.007816017, -0.13314332, 0.12318473, -0.043214846, -0.15759036, -0.19744353, -0.10267182, -0.28249928, 0.11233295), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.096474804, 0.17893109, 0.014679829, -0.21218887, -0.24170275, 0.10603527, 0.05375366, -0.059315052, 0.17087384, 0.13633691, -0.37958893, 0.43264794, 0.17829923, 0.06485103, -0.37551817, -0.22082718), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.30536333, -0.033212308, -0.25232, 0.11730442, -0.11176368, 0.26223183, -0.049025323, -0.01375941, -0.29028055, 0.16842811, -0.035684332, -0.4180911, -0.1611732, 0.07683385, -0.14263596, 0.17508087), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.23580009, 0.025621435, -0.15757325, 0.008123166, -0.021905439, -0.02162503, -0.059497356, -0.01636353, 0.047654126, -0.084423855, -0.033733923, 0.0127116265, -0.059593942, -0.053935718, -0.050729543, 0.013887048), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.19232626, 0.07915767, -0.05909752, 0.007695347, 0.058876406, 0.057521783, -0.080253534, 0.2011056, -0.27965516, -0.08033169, -0.13025513, 0.12854645, 0.053400308, -0.18445957, -0.18463044, 0.27920377), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(-0.061806213, -0.020037206, 0.003183183, -0.029844081, -0.039553937, 0.028905323, -0.11367984, -0.097321615, -0.10112643, 0.0039709485, -0.06020118, -0.23871279, -0.077974856, 0.05806996, -0.21440302, 0.11898043), target2);\n\n\tconv2d_5_tf[gxy] = target1;\n\tconv2d_5_tf1[gxy] = target2;\n}\n\n//!PASS 7\n//!DESC Conv-4x3x3x16\n//!IN conv2d_5_tf, conv2d_5_tf1\n//!OUT conv2d_6_tf, conv2d_6_tf1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass7(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [ a, d, g ]\n\t// [ b, e, h ]\n\t// [ c, f, i ]\n\tMF4 a1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c1 = conv2d_5_tf.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e1 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 f1 = conv2d_5_tf.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i1 = conv2d_5_tf.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na1 = max(-a1, 0);\n\tMF4 nb1 = max(-b1, 0);\n\tMF4 nc1 = max(-c1, 0);\n\tMF4 nd1 = max(-d1, 0);\n\tMF4 ne1 = max(-e1, 0);\n\tMF4 nf1 = max(-f1, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 nh1 = max(-h1, 0);\n\tMF4 ni1 = max(-i1, 0);\n\n\ta1 = max(a1, 0);\n\tb1 = max(b1, 0);\n\tc1 = max(c1, 0);\n\td1 = max(d1, 0);\n\te1 = max(e1, 0);\n\tf1 = max(f1, 0);\n\tg1 = max(g1, 0);\n\th1 = max(h1, 0);\n\ti1 = max(i1, 0);\n\n\tMF4 a2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0);\n\tMF4 b2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 c2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 d2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 e2 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 f2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 g2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 h2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 i2 = conv2d_5_tf1.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0);\n\n\tMF4 na2 = max(-a2, 0);\n\tMF4 nb2 = max(-b2, 0);\n\tMF4 nc2 = max(-c2, 0);\n\tMF4 nd2 = max(-d2, 0);\n\tMF4 ne2 = max(-e2, 0);\n\tMF4 nf2 = max(-f2, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 nh2 = max(-h2, 0);\n\tMF4 ni2 = max(-i2, 0);\n\n\ta2 = max(a2, 0);\n\tb2 = max(b2, 0);\n\tc2 = max(c2, 0);\n\td2 = max(d2, 0);\n\te2 = max(e2, 0);\n\tf2 = max(f2, 0);\n\tg2 = max(g2, 0);\n\th2 = max(h2, 0);\n\ti2 = max(i2, 0);\n\n\tMF4 target1 = { 0.00590038, 0.03082865, 0.002111702, -0.03330112 };\n\ttarget1 = MulAdd(a1, MF4x4(0.030931145, 0.013683292, -0.0650242, -0.028732346, 0.120067924, -0.029404473, 0.0038229884, -0.14631765, 0.041900825, -0.076596744, -0.11096378, -0.27100095, 0.0052598766, -0.05929686, -0.06816563, -0.086864315), target1);\n\ttarget1 = MulAdd(b1, MF4x4(-0.043620087, -0.16360405, 0.006527374, 0.15706524, 0.08338088, -0.19027525, 0.22595987, -0.054963548, 0.01825031, -0.03149212, 0.025471251, 0.06429379, -0.011633275, -0.079389006, -0.0030728737, 0.17345747), target1);\n\ttarget1 = MulAdd(c1, MF4x4(-0.011275288, -0.10668036, 0.05718997, 0.010336089, 0.33393976, -0.2029354, 0.075444475, -0.092244044, 0.07605498, 0.20125951, 0.10493973, -0.12306946, 0.03658231, 0.08233366, -0.12205888, -0.116969004), target1);\n\ttarget1 = MulAdd(d1, MF4x4(-0.0070305974, 0.105127215, 0.006041873, 0.26743913, 0.028119443, 0.14823505, -0.28344348, 0.12362866, -0.1215781, 0.08104382, 0.102011785, 0.085380934, 0.061244503, -0.06230063, -0.05353345, 0.1166729), target1);\n\ttarget1 = MulAdd(e1, MF4x4(0.08945733, 0.4101902, -0.06404005, 0.040728435, 0.13076581, -0.20805469, -0.10897316, -0.14924604, 0.10090762, 0.015475414, 0.26346552, 0.12096677, -0.20199244, 0.2780031, 0.18515368, 0.35105625), target1);\n\ttarget1 = MulAdd(f1, MF4x4(0.07463155, 0.26932517, -0.06768551, 0.10470878, -0.1423996, 0.013550665, -0.06167201, -0.1022994, -0.3107166, -0.15609552, 0.1695213, -0.1277181, 0.12582655, -0.1596128, 0.015612055, -0.19826376), target1);\n\ttarget1 = MulAdd(g1, MF4x4(0.011745468, 0.006471601, 0.008110513, 0.025831396, 0.1272883, -0.221959, 0.11993834, -0.007903633, 0.009993582, -0.10170755, 0.026594637, -0.027883623, 0.030666083, -0.036415886, 0.007469573, 0.0674783), target1);\n\ttarget1 = MulAdd(h1, MF4x4(-0.022760388, -0.10911659, -0.012589904, -0.046462692, 0.36987287, 0.71668935, -0.04466556, 0.12082762, 0.0026539841, 0.07070946, -0.00020439121, -0.13925348, 0.08672072, 0.20075354, -0.066352285, 0.14655356), target1);\n\ttarget1 = MulAdd(i1, MF4x4(-0.081081845, -0.21956222, 0.06781787, -0.106362104, -0.03016425, -0.010460211, -0.009725996, -0.009805538, 0.07037355, 0.19254607, 0.038890257, 0.29580075, -0.10355764, 0.12613009, 0.02485986, -0.031927988), target1);\n\ttarget1 = MulAdd(a2, MF4x4(-0.13882205, 0.21770848, 0.015392157, 0.010310204, 0.008225721, 0.07457836, 0.09984027, -0.25452816, 0.2193511, -0.22262146, -0.12950355, 0.026151875, 0.022114651, -0.030566849, 0.034688126, 0.03047327), target1);\n\ttarget1 = MulAdd(b2, MF4x4(0.0363441, 0.19290726, -0.1143055, 0.30871987, -0.05780708, 0.082128406, -0.115280904, 0.07636388, 0.48947453, -0.29715258, 0.146737, -0.3275992, -0.055972476, -0.09991753, 0.17435446, 0.10917291), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.026389305, 0.054523308, -0.028950177, 0.06913328, -0.18626037, 0.08829993, 0.10407121, 0.001246911, 0.103938825, -0.3117343, -0.045564886, 0.07316613, 0.0027089121, 0.099437356, -0.046500806, -0.0927284), target1);\n\ttarget1 = MulAdd(d2, MF4x4(0.051037624, -0.2068234, 0.061572235, -0.3345198, 0.16960172, -0.30289862, -0.002583443, 0.39312238, 0.08246557, 0.16374862, -0.31902805, -0.13205275, -0.032050006, 0.01670186, 0.13852347, 0.120012194), target1);\n\ttarget1 = MulAdd(e2, MF4x4(-0.67096996, -0.06274476, 0.18575665, 0.80282855, 0.23201196, -0.0054729837, 0.050396994, -0.42014772, 0.34904522, 0.26281372, 0.24697208, 0.55475426, 0.49850988, -0.06581312, -0.0068906257, -0.15741143), target1);\n\ttarget1 = MulAdd(f2, MF4x4(-0.04252036, -0.28224963, 0.009723064, 0.116357096, 0.2992567, -0.26702902, -0.05648925, 0.12729199, -0.37574205, 0.54211813, -0.25248805, -0.13023548, 0.18903324, -0.5182459, 0.0141203115, -0.19444294), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.0017735233, -0.010132458, -0.040924776, -0.13767008, 0.20757031, -0.06509882, -0.09756446, 0.018974079, 0.090851985, -0.010158765, -0.03999607, -0.12055641, 0.03629025, -0.018645551, -0.05506811, -0.014202848), target1);\n\ttarget1 = MulAdd(h2, MF4x4(0.16203491, 0.011118734, -0.18486023, -0.024290733, -0.3673846, -0.20295864, 0.23055002, -0.1555852, -0.02706522, 0.03262891, 0.008724611, -0.03760652, -0.20946771, -0.01951837, 0.16955496, 0.11690098), target1);\n\ttarget1 = MulAdd(i2, MF4x4(0.0783421, 0.22656651, -0.15715368, -0.024174158, 0.020260733, 0.032390315, -0.029133298, 0.086601086, 0.13871798, -0.12525433, 0.16097449, 0.058946393, 0.029865682, 0.08508385, 0.040569812, -0.09402932), target1);\n\ttarget1 = MulAdd(na1, MF4x4(-0.05063873, 0.11269313, -0.057484943, -0.13579641, 0.047973365, -0.07103839, -0.07838756, -0.0028928046, -0.019466015, 0.018428024, 0.010016324, -0.057396665, -0.19495595, 0.034307264, -0.022888038, 0.08112259), target1);\n\ttarget1 = MulAdd(nb1, MF4x4(-0.09790086, 0.10613111, 0.06611674, 0.19356097, -0.00073371036, -0.019078335, 0.076719105, -0.016212497, -0.3283475, -0.07547389, -0.08140701, 0.3185625, -0.25060275, 0.16820994, -0.123497784, 0.43272668), target1);\n\ttarget1 = MulAdd(nc1, MF4x4(-0.06365342, 0.11186735, -0.17493224, -0.04207358, 0.0003117533, 0.034089327, -3.067692e-05, -0.03422754, 0.16267666, 0.054771993, 0.048384454, -0.041866794, 0.0036008756, 0.0021496525, 0.20258942, -0.06297619), target1);\n\ttarget1 = MulAdd(nd1, MF4x4(0.03578836, 0.08763908, -0.22370125, -0.32465744, 0.019142643, 0.011316954, 0.17920344, 0.031633645, 0.03766343, -0.116487674, -0.05281752, -0.018965483, 0.049297336, -0.34511214, 0.42598158, 0.051361635), target1);\n\ttarget1 = MulAdd(ne1, MF4x4(0.26638633, -0.33628765, 0.04437907, 0.09616201, -0.020049393, 0.2560829, -0.027108455, 0.255752, 0.3666511, 0.052277412, -0.46667686, 0.48482272, 0.51302284, -0.06941614, -0.17967525, -0.07889891), target1);\n\ttarget1 = MulAdd(nf1, MF4x4(0.18503937, 0.088710256, 0.2083147, -0.20758459, -0.036416974, 0.018303726, 0.03729963, -0.035969947, -0.2685231, -0.42169708, -0.039593916, -0.02642618, 0.29050872, -0.25723743, -0.111259766, 0.15001127), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(-0.026473878, -0.07241443, 0.022400148, -0.03214132, 0.0859297, -0.0036677981, -0.07039137, 0.03703108, 0.042322673, -0.01222808, -0.08151938, 0.033109214, -0.048737407, 0.25929528, -0.40535828, -0.123594694), target1);\n\ttarget1 = MulAdd(nh1, MF4x4(0.10233285, 0.22455986, -0.13368733, 0.033236265, -0.052114893, -0.11709317, 0.009709581, 0.19201641, -0.02973698, 0.032114245, -0.09771862, 0.085680574, 0.15827927, -0.15042172, 0.21833214, -0.13262676), target1);\n\ttarget1 = MulAdd(ni1, MF4x4(-0.08460587, -0.09473209, 0.019323658, -0.057233352, 0.0019434267, -0.14437936, 0.034232683, 0.0030602294, -0.023598112, 0.10692026, -0.09960999, 0.005887181, 0.014738836, -0.32473162, -0.10886747, -0.08365826), target1);\n\ttarget1 = MulAdd(na2, MF4x4(0.10900178, 0.00080280803, -0.14009437, -0.053074867, -0.07811151, -0.03456029, -0.104943685, 0.016918905, -0.11335709, 0.079421654, 0.13481963, 0.037818357, -0.027339859, 0.05856774, -0.044562265, 0.03908084), target1);\n\ttarget1 = MulAdd(nb2, MF4x4(0.07628258, -0.23815769, 0.2840278, -0.3541637, -0.044292126, -0.09310441, -0.1335055, -0.031899665, -0.11981227, 0.24012394, -0.041896038, -0.10168982, 0.20248915, -0.10036763, -0.044115108, 0.08520525), target1);\n\ttarget1 = MulAdd(nc2, MF4x4(0.07234102, -0.119480744, -0.01401321, -0.025182616, -0.031284854, -0.050089385, 0.014808948, 0.038662236, -0.18539418, 0.017342187, 0.023812262, 0.13428104, 0.020824855, -0.07433546, 0.054307282, 0.08511016), target1);\n\ttarget1 = MulAdd(nd2, MF4x4(-0.11046813, -0.04663274, 0.33497185, 0.023273284, -0.24681108, 0.116665915, 0.12045893, 0.13306482, -0.039098527, 0.04747061, 0.042796664, 0.053514794, 0.011861975, -0.048702, 0.008408589, -0.09497112), target1);\n\ttarget1 = MulAdd(ne2, MF4x4(0.34634927, 0.37973458, -0.79267627, -0.7362719, 0.35489878, -0.07635863, 0.24082923, -0.27480397, -0.3236968, -0.25523046, 0.05118527, -0.040529836, -0.6000509, 0.39020586, 0.27632973, 0.5141453), target1);\n\ttarget1 = MulAdd(nf2, MF4x4(0.16761221, -0.033125393, 0.00561569, 0.083019435, -0.101278506, 0.07810264, 0.12060661, 0.16048536, 0.14257826, -0.15996903, 0.018831912, -0.094429865, -0.22227801, 0.426937, -0.054677445, 0.05067348), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.02233958, 0.02608942, -0.045318656, 0.06509929, 0.035911568, 0.025316885, 0.0840986, 0.08326237, 0.048455603, -0.13630742, 0.07230253, -0.047261715, -0.092630014, 0.04786565, 0.10354939, -0.07094341), target1);\n\ttarget1 = MulAdd(nh2, MF4x4(-0.1463382, -0.14900577, 0.2835977, -0.106733374, -0.11554754, -0.168429, -0.1411373, -0.20654152, -0.06388508, 0.039648015, 0.08543832, -0.13253337, 0.017264463, -0.06346233, -0.10823598, 0.067361064), target1);\n\ttarget1 = MulAdd(ni2, MF4x4(0.04419582, 0.039152585, 0.06222691, 0.05757103, 0.012084537, 0.051425997, -0.061130576, 0.16752882, 0.07497411, 0.13495837, -0.15585983, -0.02050144, -0.08555421, -0.09147339, 0.025115604, 0.05948922), target1);\n\t\n\tMF4 target2 = { -0.03573331, 0.032919675, 0.011109369, 0.008329268 };\n\ttarget2 = MulAdd(a1, MF4x4(0.009029573, 0.029218858, 0.029705316, -0.019268971, -0.0023235187, -0.072589695, 0.1424836, 0.09049359, 0.04342995, 0.18134294, 0.018145641, 0.14789368, 0.050923645, 0.06524081, 0.036812488, 0.11108108), target2);\n\ttarget2 = MulAdd(b1, MF4x4(-0.026506428, 0.016968496, 0.015961196, 0.010030791, -0.3141888, -0.06769598, -0.23920257, -0.031002127, -0.07351358, -0.19290134, -0.24282931, -0.18831016, -0.0928966, 0.075177215, -0.19699521, -0.05810917), target2);\n\ttarget2 = MulAdd(c1, MF4x4(-0.017991852, -0.079427645, 0.035970494, -0.017095685, -0.27197137, -0.20046075, 0.2616644, 0.021876303, -0.077394076, -0.04978692, 0.20363241, -0.013741705, -0.032103598, 0.14403099, 0.01442474, 0.048115995), target2);\n\ttarget2 = MulAdd(d1, MF4x4(-0.16939245, -0.001777, 0.026244136, -0.14122388, -0.056853324, 0.54357284, -0.19769607, -0.03187079, 0.04559263, -0.16048127, 0.12830622, 0.1442168, 0.006611398, -0.01618195, 0.012860053, -0.16539487), target2);\n\ttarget2 = MulAdd(e1, MF4x4(0.13116026, -0.006161343, 0.7209969, 0.18338475, 0.3099777, 0.6500026, 0.3883795, -0.021434233, 0.31667513, 0.008917659, 0.14124091, -0.22335114, 0.12198921, -0.16449445, 0.08773425, 0.30054978), target2);\n\ttarget2 = MulAdd(f1, MF4x4(-0.10413989, -0.10316161, 0.04342709, -0.021252686, 0.120892406, 0.37798002, -0.35963747, 0.021069285, 0.37587845, -0.08159587, 0.011139747, 0.2501104, -0.094568014, 0.037900843, -0.025109999, -0.030106556), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.09680291, -0.040868275, 0.051731605, 0.089064725, -0.56098557, -0.38148618, -0.017037416, 0.08508287, -0.019247344, 0.019857002, -0.03512887, 0.031057188, -0.09648583, -0.04474188, 0.028748507, -0.11880965), target2);\n\ttarget2 = MulAdd(h1, MF4x4(-0.010236943, 0.04257042, -0.08202597, -0.004203426, -0.26801527, -0.11716526, -0.017402772, -0.05819106, -0.13394608, 0.0234606, -0.15404865, -0.06801164, -0.0047627664, -0.1975249, 0.09420144, 0.23249897), target2);\n\ttarget2 = MulAdd(i1, MF4x4(0.107361935, 0.07373787, 0.06242962, 0.05236332, -0.028867323, 0.025924044, -0.042526353, -0.0015729597, -0.1323144, -0.4040712, 0.023919407, -0.09535502, 0.049100045, 0.081110805, 0.08946112, 0.058505684), target2);\n\ttarget2 = MulAdd(a2, MF4x4(0.13236825, -0.04468476, -0.04426802, 0.031087106, -0.09093992, -0.07470971, -0.01591504, 0.05924266, -0.21910913, 0.065537, -0.18358919, -0.02533145, -0.1512009, -0.04953928, 0.015540006, -0.0043442883), target2);\n\ttarget2 = MulAdd(b2, MF4x4(-0.14016777, -0.1086958, 0.16316028, 0.050777458, 0.23148167, 0.04944809, -0.10599886, -0.10447021, -0.40729257, -0.10926556, 0.069055155, 0.110635415, 0.108922414, -0.1716362, 0.10743909, -0.102534756), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.017795928, -0.066930935, 0.09396082, 0.092585504, 0.14223933, 0.059458215, 0.072033696, -0.04507726, -0.19956456, 0.1251282, -0.31733638, -0.10465904, 0.08546377, 0.048638333, 0.031372465, -0.08720661), target2);\n\ttarget2 = MulAdd(d2, MF4x4(0.108719654, -0.092161916, -0.014724377, 0.20068261, -0.24350016, 0.2113636, -0.07483714, -0.45665312, -0.25134233, 0.2753893, -0.11324696, -0.04472, 0.1576102, -0.045395147, 0.06013951, -0.12507361), target2);\n\ttarget2 = MulAdd(e2, MF4x4(0.546225, -0.281897, 0.19477816, -0.116612464, -0.3145171, -0.41660902, 0.333625, 0.35902345, 0.48333502, 0.4662005, 0.10222491, -0.15314859, -0.3036888, 0.22849742, 0.20740797, 0.41399437), target2);\n\ttarget2 = MulAdd(f2, MF4x4(0.007284074, 0.0393942, -0.31192186, -0.15687793, -0.289214, -0.015956698, -0.24718472, -0.1637855, -0.00765037, 0.26677555, 0.20215511, 0.37790874, -0.22096673, 0.25287116, -0.2446764, -0.13610223), target2);\n\ttarget2 = MulAdd(g2, MF4x4(-0.16734968, 0.16721225, -0.053508647, -0.041097626, 0.062356673, 0.07812319, -0.263546, -0.39739034, 0.003389846, 0.12676363, -0.13175991, -0.19019242, -0.011847587, -0.007580052, -0.023946386, 0.046034034), target2);\n\ttarget2 = MulAdd(h2, MF4x4(-0.17047611, 0.13298693, -0.07506747, -0.045542978, 0.33571973, 0.20192616, 0.30674616, 0.25668672, -0.24134545, 0.031693842, -0.009647641, 0.040534843, 0.03159419, -0.1100516, 0.11371316, 0.06098735), target2);\n\ttarget2 = MulAdd(i2, MF4x4(-0.05518961, 0.19402988, -0.09646874, -0.059196774, -0.0073436056, -0.1381309, 0.06868669, 0.061328378, -0.1480867, -0.15774113, -0.022572191, 0.122521356, -0.04067007, -0.10145177, 0.13006335, -0.099452734), target2);\n\ttarget2 = MulAdd(na1, MF4x4(0.06962972, 0.07768411, 0.021085173, 0.108355984, -0.03132525, 0.10220273, -0.11626593, -0.14104277, 0.018778645, -0.024237925, 0.048783034, 0.09074447, 0.4120426, -0.01948466, 0.073218934, 0.055681944), target2);\n\ttarget2 = MulAdd(nb1, MF4x4(-0.22553118, -0.12923603, -0.22068842, -0.35037905, 0.005709937, -0.09528472, 0.08718399, 0.13200706, 0.17220478, 0.096844435, -0.30439013, -0.14122063, 0.15733318, -0.1014675, 0.33836862, 0.042193163), target2);\n\ttarget2 = MulAdd(nc1, MF4x4(0.15826897, -0.034870047, 0.09295099, -0.17674965, -0.042326324, 0.06680338, -0.074267656, -0.0631393, -0.11267909, -0.19795708, 0.22005288, 0.35703793, 0.033995766, -0.12663686, -0.02449896, -0.123250045), target2);\n\ttarget2 = MulAdd(nd1, MF4x4(0.021434195, 0.058398597, 0.04828315, -0.0016824572, -0.04291545, -0.0744907, -0.07698706, -0.15937585, -0.18852457, -0.17966963, 0.023800725, 0.025979731, -0.51412296, -0.018316887, -0.23076254, -0.12298674), target2);\n\ttarget2 = MulAdd(ne1, MF4x4(0.16054317, -0.0002730893, -0.54173076, -0.62443435, 0.04300197, -0.08529622, 0.15392275, 0.15742144, 0.025834514, -0.2800517, -0.17600477, 0.0020806703, -0.3010582, 0.45233512, 0.25595665, 0.103661336), target2);\n\ttarget2 = MulAdd(nf1, MF4x4(-0.024034392, -0.43800178, 0.28606912, -0.20908915, 0.078471914, -0.030501373, -0.059055753, 0.050494444, 0.063274644, -0.025071034, 0.17561312, -0.100698635, -0.25631955, 0.039981876, -0.18506624, 0.08366402), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.1413656, 0.03589635, -0.020917566, 0.017598262, 0.020156413, -0.018854238, 0.027228508, -0.03806087, -0.021715842, 0.071974196, -0.040065665, 0.08459291, -0.23530225, 0.16599682, -0.2772327, 0.10041177), target2);\n\ttarget2 = MulAdd(nh1, MF4x4(-0.055056706, 0.1286236, -0.11890451, -0.1790546, 0.16517544, -0.040448934, 0.12548013, 0.017075695, 0.07185459, -0.13236302, 0.19354409, 0.12767012, 0.31120765, 0.16378082, -0.036915366, -0.19724306), target2);\n\ttarget2 = MulAdd(ni1, MF4x4(-0.02225051, 0.033263147, 0.003279449, 0.08826271, -0.047833472, 6.574577e-05, 0.13721916, 0.04801998, -0.014958419, 0.08791209, -0.08076282, 0.024002168, -0.18028922, 0.23835851, -0.23309888, -0.119310364), target2);\n\ttarget2 = MulAdd(na2, MF4x4(0.044960875, 0.18821983, 0.027640678, 0.013462449, 0.19011214, 0.21559924, -0.03329638, 0.07234414, 0.030880248, -0.11273214, 0.102028474, 0.12203351, 0.035855662, 0.008828778, 0.007218363, -0.012421797), target2);\n\ttarget2 = MulAdd(nb2, MF4x4(-0.09450626, 0.025191775, -0.10738468, 0.16237053, 0.073676676, 0.12488881, -0.048748355, 0.007877263, 0.3572506, -0.07911043, 0.14684045, 0.0015310893, -0.33411503, -0.1151223, 0.004201752, 0.017775744), target2);\n\ttarget2 = MulAdd(nc2, MF4x4(-0.10607509, -0.008143826, -0.08448629, -0.27557802, 0.0046665915, 0.008158659, 0.030826218, 0.020516023, 0.2333065, -0.017463414, -0.041772116, -0.03027809, -0.028166672, -0.080471426, 0.048199337, 0.08341059), target2);\n\ttarget2 = MulAdd(nd2, MF4x4(-0.14640257, -0.18334304, -0.061674733, 0.0008892598, -0.2374775, -0.2721524, -0.040371176, 0.26362613, 0.19872928, -0.11246391, 0.0842288, 0.11188515, 0.0045209546, -0.04250933, -0.0738212, -0.069005966), target2);\n\ttarget2 = MulAdd(ne2, MF4x4(-0.08760266, 0.4816288, -0.21241407, 0.22734411, -0.1783721, -0.26842996, 0.099888, -0.2867675, 0.085521065, -0.3780281, -0.018543908, -0.039699722, 0.75688565, -0.5333645, 0.47567275, 0.09518891), target2);\n\ttarget2 = MulAdd(nf2, MF4x4(-0.04072665, 0.05998423, -0.48314768, -0.29495844, 0.10358383, -0.09816629, 0.028586809, -0.047708735, 0.008320228, 0.04089551, -0.18359782, -0.27615002, 0.12414414, -0.072417594, 0.25932562, 0.30268723), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(0.14481631, 0.06484443, -0.09898657, -0.06553556, 0.25750044, -0.07265585, 0.12903488, -0.022347894, -0.04693863, -0.000107379274, 0.030295763, -0.0325354, 0.086214684, -0.021326948, 0.039682828, -0.034843277), target2);\n\ttarget2 = MulAdd(nh2, MF4x4(-0.031971477, -0.25145087, 0.03931631, 0.14262606, -0.06044626, 0.22820354, -0.10506207, 0.18064679, 0.0069641788, 0.01477993, -0.003626875, 0.118767865, 0.109416224, -0.002998205, 0.035680585, 0.07843882), target2);\n\ttarget2 = MulAdd(ni2, MF4x4(0.03375426, -0.059815384, 0.11632834, -0.12411481, 0.022583738, 0.02544465, -0.054889992, -0.07031964, -0.10140042, 0.16750422, -0.1448294, -0.09316004, 0.035582513, -0.026138382, -0.031955894, 0.040148776), target2);\n\n\tconv2d_6_tf[gxy] = target1;\n\tconv2d_6_tf1[gxy] = target2;\n}\n\n//!PASS 8\n//!DESC Conv-4x1x1x112, Depth-to-Space\n//!IN INPUT, conv2d_tf, conv2d_tf1, conv2d_1_tf, conv2d_1_tf1, conv2d_2_tf, conv2d_2_tf1, conv2d_3_tf, conv2d_3_tf1, conv2d_4_tf, conv2d_4_tf1, conv2d_5_tf, conv2d_5_tf1, conv2d_6_tf, conv2d_6_tf1\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nvoid Pass8(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\tMF4 g0 = conv2d_tf.SampleLevel(sam, pos, 0);\n\tMF4 g1 = conv2d_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g2 = conv2d_1_tf.SampleLevel(sam, pos, 0);\n\tMF4 g3 = conv2d_1_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g4 = conv2d_2_tf.SampleLevel(sam, pos, 0);\n\tMF4 g5 = conv2d_2_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g6 = conv2d_3_tf.SampleLevel(sam, pos, 0);\n\tMF4 g7 = conv2d_3_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g8 = conv2d_4_tf.SampleLevel(sam, pos, 0);\n\tMF4 g9 = conv2d_4_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g10 = conv2d_5_tf.SampleLevel(sam, pos, 0);\n\tMF4 g11 = conv2d_5_tf1.SampleLevel(sam, pos, 0);\n\tMF4 g12 = conv2d_6_tf.SampleLevel(sam, pos, 0);\n\tMF4 g13 = conv2d_6_tf1.SampleLevel(sam, pos, 0);\n\n\tMF4 ng0 = max(-g0, 0);\n\tMF4 ng1 = max(-g1, 0);\n\tMF4 ng2 = max(-g2, 0);\n\tMF4 ng3 = max(-g3, 0);\n\tMF4 ng4 = max(-g4, 0);\n\tMF4 ng5 = max(-g5, 0);\n\tMF4 ng6 = max(-g6, 0);\n\tMF4 ng7 = max(-g7, 0);\n\tMF4 ng8 = max(-g8, 0);\n\tMF4 ng9 = max(-g9, 0);\n\tMF4 ng10 = max(-g10, 0);\n\tMF4 ng11 = max(-g11, 0);\n\tMF4 ng12 = max(-g12, 0);\n\tMF4 ng13 = max(-g13, 0);\n\n\tg0 = max(g0, 0);\n\tg1 = max(g1, 0);\n\tg2 = max(g2, 0);\n\tg3 = max(g3, 0);\n\tg4 = max(g4, 0);\n\tg5 = max(g5, 0);\n\tg6 = max(g6, 0);\n\tg7 = max(g7, 0);\n\tg8 = max(g8, 0);\n\tg9 = max(g9, 0);\n\tg10 = max(g10, 0);\n\tg11 = max(g11, 0);\n\tg12 = max(g12, 0);\n\tg13 = max(g13, 0);\n\n\tMF4 target1 = { -0.10795144, -0.09953324, -0.055413827, -0.03875493 };\n\ttarget1 = MulAdd(g0, MF4x4(-0.11498094, -0.053904895, -0.11520678, -0.05479549, 0.028396055, 0.032767884, 0.052479446, 0.05257866, -0.25706592, -0.3454966, -0.24713765, -0.2854201, -0.10287636, 0.0023146886, -0.09190338, -0.011193905), target1);\n\ttarget1 = MulAdd(g1, MF4x4(-0.05461422, 0.008780496, -0.07738697, -0.032230727, -0.047554165, -0.025061952, -0.051897213, -0.009545297, -0.14548294, -0.15184018, -0.01313442, -0.015299784, -0.0007883845, -0.12866738, -0.15260352, -0.27081275), target1);\n\ttarget1 = MulAdd(ng0, MF4x4(0.11007706, 0.035344437, 0.11020841, 0.0425353, 0.1613199, 0.18417408, 0.09274313, 0.11943135, 0.106862, 0.079875536, 0.0937752, 0.068030775, 0.029093558, -0.06441164, 0.06467169, -0.021989612), target1);\n\ttarget1 = MulAdd(ng1, MF4x4(0.049548414, -0.012455486, 0.07185561, 0.021865537, 0.020969186, -0.03374196, -0.024260623, -0.07739141, 0.07164591, 0.12741035, 0.0379913, 0.076403245, 0.07049977, 0.0744538, 0.0062989634, 0.01818882), target1);\n\ttarget1 = MulAdd(g2, MF4x4(-0.12511204, -0.010836819, 0.13709816, 0.22472954, 0.21280868, -0.006484726, 0.17554289, -0.009977173, 0.078398876, 0.20698707, 0.13432744, 0.29740283, -0.24750128, -0.32757792, -0.19807857, -0.2537023), target1);\n\ttarget1 = MulAdd(g3, MF4x4(-0.27207088, -0.1385644, -0.2166476, -0.07687419, -0.20300622, -0.29678395, -0.13135734, -0.20851587, 0.0361364, 0.011243289, -0.06845459, -0.11796941, 0.11575868, 0.070215136, -0.10295678, -0.12281369), target1);\n\ttarget1 = MulAdd(ng2, MF4x4(0.13619795, -0.0019436983, -0.12701888, -0.25933513, -0.20134166, 0.00062823144, -0.076756015, 0.11002947, 0.0059049693, -0.18756741, -0.0718802, -0.2589954, 0.23413423, 0.30107784, 0.14445266, 0.18920745), target1);\n\ttarget1 = MulAdd(ng3, MF4x4(0.1494216, 0.0587532, 0.05478662, -0.039123338, 0.23322394, 0.29950607, 0.24384268, 0.27843767, -0.16094431, -0.04705998, -0.016345032, 0.028868208, -0.102872886, -0.04659664, 0.104105346, 0.14305067), target1);\n\ttarget1 = MulAdd(g4, MF4x4(-0.001037014, 0.010001526, -0.0052278573, 0.024779709, 0.06857274, 0.067640975, 0.085439384, 0.09242789, -0.066597246, -0.055928994, 0.0015658981, 0.016131008, -0.03524695, -0.018364554, -0.047754433, -0.014295886), target1);\n\ttarget1 = MulAdd(g5, MF4x4(-0.042207, 0.02835915, -0.1404656, -0.08563323, -0.030979915, -0.0673764, 0.10733943, 0.057902794, 0.00022424995, -0.0023634837, -0.10778953, -0.10202357, -0.020368295, -0.019088887, -0.06875738, -0.08504131), target1);\n\ttarget1 = MulAdd(ng4, MF4x4(-0.00043458896, 0.00045652856, -0.02016843, -0.020062413, -0.08740103, -0.042085808, -0.10644177, -0.09226477, 0.11212161, -0.00048174805, 0.021872435, -0.05868698, 0.0333954, 0.058184672, 0.05532576, 0.07621587), target1);\n\ttarget1 = MulAdd(ng5, MF4x4(0.054245148, 0.001020329, 0.09106849, 0.05303779, 0.009889632, 0.01309413, -0.09187347, -0.08618193, -0.011621187, 0.016222361, 0.061095525, 0.060885344, 0.078050986, 0.0111776795, 0.08829944, 0.032022282), target1);\n\ttarget1 = MulAdd(g6, MF4x4(0.01643529, 0.02285545, -0.03498564, 0.00769657, -0.0042474116, 0.015836312, -0.025771018, -0.0016368, -0.008897948, -0.012588166, -0.01416411, -0.003578984, 0.025991246, 0.021237152, 0.017450012, 0.025172485), target1);\n\ttarget1 = MulAdd(g7, MF4x4(0.014568868, 0.017796224, -0.036679734, -0.03138748, 0.019457601, -0.027607411, -0.004529679, -0.038048342, -0.054055385, -0.03876025, 0.041948095, 0.005869784, 0.02439633, 0.05177997, 0.016000897, 0.0057169925), target1);\n\ttarget1 = MulAdd(ng6, MF4x4(-0.03021866, 0.017678728, -0.01371109, 0.013548159, -0.0038099394, -0.014066414, 0.028093752, 0.0027308422, -0.010615999, 0.012673458, -0.03028171, -0.016818244, -0.06530097, -0.018845048, -0.0072947564, -0.0038243714), target1);\n\ttarget1 = MulAdd(ng7, MF4x4(-0.019006258, -0.007847591, 0.03690709, 0.06714211, 0.0073993434, -0.009766907, -0.0021441753, -0.01308625, 0.06658726, 0.06701995, -0.027305668, -0.016032105, -0.028976806, -0.0036668575, -0.0027825525, 0.0105632655), target1);\n\ttarget1 = MulAdd(g8, MF4x4(0.028945107, -0.0014701135, 0.048950657, -0.01923516, -0.0014054152, 0.002650635, -0.005300331, 0.004860559, 0.011158468, 0.005940625, -0.012095051, 0.0041518128, -0.020433836, -0.025870577, -0.0007547932, -0.026509356), target1);\n\ttarget1 = MulAdd(g9, MF4x4(-0.004545374, 0.04264545, 0.021741537, 0.029115127, 0.04225599, -0.0055392785, 0.026570829, -0.031795148, -0.008307126, 0.020176455, 0.010904648, 0.017765503, -0.10806103, -0.01776947, 0.00070428237, -0.06356262), target1);\n\ttarget1 = MulAdd(ng8, MF4x4(-0.05663172, 0.05908046, -0.03837452, 0.06636983, -0.007960516, -0.06384041, 0.023125881, -0.030108837, 0.0038054318, -0.023263922, 0.020264054, -0.0062937695, 0.031630237, 0.020909082, 0.03594235, 0.035879835), target1);\n\ttarget1 = MulAdd(ng9, MF4x4(-0.0050448794, 0.033650696, -0.002830413, 0.035174295, -0.024521282, 0.013054315, -0.020833842, 0.037953895, 0.08249671, 0.024239466, -0.012758333, -0.027316988, 0.051040914, 0.0005025873, 0.039778862, 0.0024668393), target1);\n\ttarget1 = MulAdd(g10, MF4x4(0.017232442, 0.022482058, 0.020233413, 0.024337437, 0.07986929, 0.06234036, 0.12662584, -0.05271183, -0.009718745, -0.0046989853, -0.0030333172, -0.04034237, -0.0113442, 0.022746231, -0.035293855, -0.009433693), target1);\n\ttarget1 = MulAdd(g11, MF4x4(0.015766997, 0.013647276, -0.029327558, 0.039106004, -0.010398323, -0.032851525, 0.02908329, -0.003789618, 0.12963496, 0.010851003, 0.1126276, -0.049255487, 0.06867432, 0.07970792, 0.017840397, -0.026481882), target1);\n\ttarget1 = MulAdd(ng10, MF4x4(-0.058729574, -0.07886952, 0.033267397, 0.02755372, -0.0172006, 0.012404398, -0.0230168, -0.015059758, -0.09239916, -0.029533267, -0.043251917, 0.0035152994, 0.022931995, 0.101714484, -0.044946067, 0.094993), target1);\n\ttarget1 = MulAdd(ng11, MF4x4(-0.04708704, -0.032475296, -0.03228093, -0.08810475, 0.013745045, 0.027828002, -0.031922746, 0.022986397, -0.061620213, -0.03694645, -0.055026993, 0.0031291894, -0.028799903, -0.0025357977, -0.03441407, 0.0028600092), target1);\n\ttarget1 = MulAdd(g12, MF4x4(0.058981724, -0.10447273, -0.088705614, 0.16546178, -0.023549391, -0.008831522, -0.018411588, 0.029640056, -0.068086684, -0.05414636, -0.029401174, 0.036180343, -0.031988926, -0.047249753, 0.008162177, 0.00548062), target1);\n\ttarget1 = MulAdd(g13, MF4x4(0.05287462, -0.030657746, 0.02821435, 0.037005343, 0.03534311, -0.15614955, 0.07085459, -0.11997641, -0.009156166, -0.021968868, -0.054147746, -0.07307657, -0.006428544, -0.017528288, 0.012614676, 0.037840024), target1);\n\ttarget1 = MulAdd(ng12, MF4x4(-0.021977803, 0.047799855, 0.02660416, -0.07292106, 0.045195807, -0.0056674764, 0.10824326, -0.112114795, 0.1447127, -0.0119616175, 0.0011661504, -0.04553905, 0.13048342, 0.14574122, -0.105522245, -0.102792375), target1);\n\ttarget1 = MulAdd(ng13, MF4x4(-0.16397473, 0.15785863, -0.06666504, -0.01682913, 0.06070918, 0.070222184, 0.037701584, 0.026657054, -0.0835267, -0.009457008, 0.13232987, 0.13508691, -0.056414206, -0.06818828, 0.079076104, 0.032249212), target1);\n\n\tMF4 target2 = { 0.06026231, 0.040204916, 0.037672628, 0.023496555 };\n\ttarget2 = MulAdd(g0, MF4x4(0.024905335, -0.0020974763, 0.02695263, 0.00016802056, -0.024053082, -0.02133723, -0.031614035, -0.031826317, 0.120421864, 0.10555479, 0.08609448, 0.116875134, 0.046175968, 0.04224941, 0.059216674, 0.035143953), target2);\n\ttarget2 = MulAdd(g1, MF4x4(0.059397914, 0.016519934, 0.07189327, 0.047407165, 0.04808963, 0.02792908, 0.057017103, 0.034324065, 0.14228246, 0.11275426, 0.088058695, 0.059600517, 0.02063494, 0.052596953, 0.047207687, 0.08789091), target2);\n\ttarget2 = MulAdd(ng0, MF4x4(-0.013453174, 0.008474715, -0.017593835, 0.009218917, 0.070580654, 0.040542338, 0.08812338, 0.074653216, -0.016356857, 0.015809007, -0.008739107, 0.0097674895, -0.018381525, -0.007775341, -0.040571664, -0.011188163), target2);\n\ttarget2 = MulAdd(ng1, MF4x4(-0.026196122, -0.034825727, -0.042998232, -0.033436514, -0.01678153, -0.004592797, -0.010311677, 0.0008815291, -0.08899181, -0.10274026, -0.066960976, -0.082430154, -0.057137426, -0.07554528, -0.030993424, -0.050372377), target2);\n\ttarget2 = MulAdd(g2, MF4x4(0.022921838, -0.010479244, -0.050794605, -0.073633075, -0.053708922, 0.009594084, -0.071259, -0.01054356, 0.005165821, -0.08024963, -0.049251772, -0.09581235, 0.17995799, 0.09743011, 0.13533138, 0.11643848), target2);\n\ttarget2 = MulAdd(g3, MF4x4(0.09727046, 0.07292666, 0.06820908, 0.041535784, -0.0049705, 0.0048759184, -0.035702795, -0.015944308, -0.010730028, 0.018847652, 0.06466244, 0.086318985, -0.05661574, -0.040698618, 0.010839972, 0.0027009705), target2);\n\ttarget2 = MulAdd(ng2, MF4x4(-0.04628466, 0.010060396, 0.02609333, 0.08664702, 0.057045907, 0.033591177, 0.02186063, -0.024303377, 0.006569828, 0.08025825, 0.016128821, 0.10180713, -0.12228169, -0.112990454, -0.078443415, -0.09126021), target2);\n\ttarget2 = MulAdd(ng3, MF4x4(-0.12733299, -0.087755, -0.07374111, -0.044979006, -0.025347412, -0.004083168, 0.023782173, 0.02900392, -0.017815407, -0.041119996, -0.057978686, -0.13521095, 0.08364004, 0.06950181, 0.023554614, 0.008043734), target2);\n\ttarget2 = MulAdd(g4, MF4x4(0.009062775, -0.003570175, -0.007378757, -0.0018487388, 0.01145638, 0.05217187, -0.008250244, 0.008433307, -0.056756936, -0.044681005, -0.08096105, -0.08033185, -0.023784965, -0.01859799, 0.013042476, 0.021188647), target2);\n\ttarget2 = MulAdd(g5, MF4x4(-0.0071619656, -0.012498299, -0.05144986, -0.078112476, -0.034992415, -0.017038302, -0.04464615, -0.044504963, 0.024249, -0.004297534, 0.03674578, 0.03090718, 0.04698553, 0.008344952, 0.057619847, -0.0338724), target2);\n\ttarget2 = MulAdd(ng4, MF4x4(-0.011845145, -0.0045043705, -1.6646482e-06, -0.0038495932, -0.01992515, 0.004827126, 0.019493148, 0.00862289, 0.10151322, 0.0021909082, 0.09940764, 0.03728846, 0.027824005, 0.04358071, 0.014909185, 0.036326095), target2);\n\ttarget2 = MulAdd(ng5, MF4x4(0.022513246, 0.028257169, 0.0102195935, 0.03301329, 0.052253865, -0.0021944977, 0.08247392, 0.03256867, -0.040685873, -0.0052207555, -0.0451257, -0.054165114, 0.01647699, 0.0028809097, -0.015233776, -0.0008741886), target2);\n\ttarget2 = MulAdd(g6, MF4x4(0.017371105, 0.01597189, -0.052552313, -0.008554715, -0.0023150423, 0.006076517, -0.012868931, 0.0039361073, -0.007524978, -0.004284313, -0.021520883, -0.010327569, 0.02543678, 0.008725823, -0.0073885336, 0.005528395), target2);\n\ttarget2 = MulAdd(g7, MF4x4(0.019192757, 0.016561812, 0.0027538154, 0.0013078215, 0.007916496, -0.042525183, -0.013173432, -0.05265476, -0.062195376, -0.011255499, 0.020898128, 0.021532273, -0.001524097, 0.034835674, -0.004051403, -0.0292426), target2);\n\ttarget2 = MulAdd(ng6, MF4x4(-0.049191684, -9.43322e-06, -0.009106849, 0.012845289, -0.019482708, -0.011163468, 0.0034011535, -0.007062845, -0.006469714, 0.03177786, -0.033006195, -0.0006813464, -0.053963087, 0.00085209147, 0.02734121, 0.034086403), target2);\n\ttarget2 = MulAdd(ng7, MF4x4(-0.03232248, -0.004037002, -0.010319106, 0.030889064, 0.019604538, 0.0020888883, 0.010277864, 0.000661223, 0.057915937, 0.030683514, 0.00042533095, -0.013019287, -0.015896408, 0.0038484468, -0.0042103594, 0.02174542), target2);\n\ttarget2 = MulAdd(g8, MF4x4(0.032975145, 0.0011456647, 0.04913679, -0.017063798, 0.0117176045, 0.007440557, 0.0020480808, 0.009415731, 0.027573857, 0.015140836, -0.01679426, -0.006124731, -0.03206279, -0.029842237, -0.010428016, -0.028513178), target2);\n\ttarget2 = MulAdd(g9, MF4x4(-0.00506859, 0.055869613, 0.010164368, 0.027031485, 0.042289548, -0.0054258504, 0.032214936, -0.029970925, -0.0058315448, 0.022889478, 0.01681123, 0.02985076, -0.111186065, -0.02202099, 0.0030994313, -0.062343158), target2);\n\ttarget2 = MulAdd(ng8, MF4x4(-0.060951103, 0.06079555, -0.0396464, 0.070911355, -0.011480358, -0.06803282, 0.01637355, -0.043100975, -0.00423709, -0.028337711, 0.021635853, 0.0014857082, 0.030084312, 0.018155476, 0.043694943, 0.038795974), target2);\n\ttarget2 = MulAdd(ng9, MF4x4(-0.0060662925, 0.029721662, -0.008117774, 0.034551267, -0.024477571, 0.018841071, -0.027095588, 0.034495078, 0.082398005, 0.008998768, -0.016399248, -0.043801688, 0.05936684, 0.006066549, 0.045399766, 3.5319943e-05), target2);\n\ttarget2 = MulAdd(g10, MF4x4(0.019259382, 0.02494012, 0.029301709, 0.028329274, 0.09122267, 0.06900443, 0.1412115, -0.043169618, -0.01627418, -0.004989528, -0.0042651827, -0.04556752, -0.023623291, 0.013007996, -0.04483056, -0.015727345), target2);\n\ttarget2 = MulAdd(g11, MF4x4(0.016332543, 0.016384754, -0.030676385, 0.045312885, -0.0100853555, -0.032632045, 0.031514473, -0.0070776115, 0.13642761, 0.0023589598, 0.12214136, -0.062155515, 0.08240989, 0.08894205, 0.03325406, -0.016589595), target2);\n\ttarget2 = MulAdd(ng10, MF4x4(-0.06494277, -0.08158925, 0.030425413, 0.019835634, -0.012624623, 0.013942616, -0.030527417, -0.021668324, -0.09444672, -0.033064254, -0.044167448, 0.0011024752, 0.03210801, 0.12662941, -0.03912534, 0.1112649), target2);\n\ttarget2 = MulAdd(ng11, MF4x4(-0.04716062, -0.03751481, -0.031030515, -0.09067383, 0.0077815712, 0.02169541, -0.035285182, 0.02290573, -0.0704085, -0.03916127, -0.058103334, 0.004915147, -0.0333844, -0.011548617, -0.031151932, -0.00043817286), target2);\n\ttarget2 = MulAdd(g12, MF4x4(0.05976319, -0.107285, -0.097245865, 0.17706421, -0.021453341, -0.0047738464, -0.017621001, 0.033400454, -0.07225561, -0.05599672, -0.027600193, 0.038664024, -0.03762786, -0.052429967, 0.0104017975, 0.007116869), target2);\n\ttarget2 = MulAdd(g13, MF4x4(0.06014114, -0.029824806, 0.03209269, 0.04392036, 0.031300627, -0.16249833, 0.06878509, -0.12658615, -0.012383169, -0.025043553, -0.06527381, -0.08149099, -0.014006842, -0.018669648, 0.014510818, 0.042045828), target2);\n\ttarget2 = MulAdd(ng12, MF4x4(-0.023342922, 0.047104675, 0.029629575, -0.082307704, 0.04035797, -0.0013049254, 0.11085582, -0.11031226, 0.14778149, -0.016699014, -0.00634342, -0.055320874, 0.14306462, 0.15896587, -0.110229075, -0.1069649), target2);\n\ttarget2 = MulAdd(ng13, MF4x4(-0.17449625, 0.15787153, -0.06711028, -0.023110518, 0.06862914, 0.074063435, 0.042682912, 0.029800726, -0.08768606, -0.009814701, 0.14180017, 0.14780663, -0.05672417, -0.074305914, 0.07873489, 0.028458012), target2);\n\n\tMF4 target3 = { 0.069033325, 0.040207114, 0.027286075, 0.0065334598 };\n\ttarget3 = MulAdd(g0, MF4x4(0.1765669, 0.14268716, 0.19186598, 0.15799578, 0.016374417, 0.018578433, 0.0039475, 0.0046772263, 0.39840183, 0.36909792, 0.35409746, 0.37422222, -0.108508386, -0.1331279, -0.10336035, -0.14776541), target3);\n\ttarget3 = MulAdd(g1, MF4x4(-0.057757027, -0.14071062, -0.025283009, -0.09397916, -0.09031894, -0.14219165, -0.08299535, -0.13970287, -0.12259208, -0.14382727, -0.22002274, -0.25016093, -0.048906635, 0.06620249, 0.016965045, 0.1295978), target3);\n\ttarget3 = MulAdd(ng0, MF4x4(-0.16748372, -0.13718611, -0.18565705, -0.15029612, -0.080749065, -0.09955825, 0.032431383, 0.023855643, -0.2748885, -0.23232168, -0.29121292, -0.26405892, 0.16556135, 0.18657646, 0.1424068, 0.18855052), target3);\n\ttarget3 = MulAdd(ng1, MF4x4(0.10960496, 0.10851629, 0.095003806, 0.11053746, 0.09885307, 0.14437789, 0.13191165, 0.17365928, 0.16558935, 0.15473324, 0.21136154, 0.19976667, -0.07267957, -0.11469687, -0.029134216, -0.06817615), target3);\n\ttarget3 = MulAdd(g2, MF4x4(0.10202856, 0.04216857, -0.03959349, -0.09849683, -0.1576996, -0.049997438, -0.1579918, -0.058789205, 0.029792828, -0.07311781, -0.045432188, -0.11312683, 0.24257647, 0.16204113, 0.17869382, 0.16024388), target3);\n\ttarget3 = MulAdd(g3, MF4x4(0.17193612, 0.12692013, 0.13177487, 0.0796725, 0.0797928, 0.08952722, -0.012468046, 0.011071511, -0.068559825, -0.024852324, 0.0526428, 0.07917346, -0.085534215, -0.09591339, 0.04615827, 0.024577664), target3);\n\ttarget3 = MulAdd(ng2, MF4x4(-0.14653449, -0.067267366, -0.002524394, 0.086243175, 0.13660401, 0.08039592, 0.09179008, 0.022573143, -0.024744196, 0.09120211, 0.017654825, 0.14114714, -0.16093308, -0.14538004, -0.09950235, -0.111152865), target3);\n\ttarget3 = MulAdd(ng3, MF4x4(-0.188637, -0.12968326, -0.1200479, -0.06537649, -0.12589337, -0.106242515, -0.02788782, -0.025949068, 0.04948153, 0.02222735, -0.025291357, -0.12379292, 0.11074645, 0.11902375, -0.00056989543, -0.0024386419), target3);\n\ttarget3 = MulAdd(g4, MF4x4(0.018286629, 0.0072215167, 0.00037828335, 0.0047001047, 0.011478272, 0.041745186, -0.015742473, -0.002282524, -0.03440817, -0.02196847, -0.07838253, -0.07993771, -0.010155526, -0.017590692, 0.027141469, 0.029741213), target3);\n\ttarget3 = MulAdd(g5, MF4x4(0.016512005, 0.004950637, -0.0238836, -0.05587327, -0.03164328, -0.009499985, -0.059880238, -0.061794154, 0.023154303, -0.013266373, 0.04701534, 0.0415862, 0.06357814, 0.033057794, 0.08389772, 0.00035060212), target3);\n\ttarget3 = MulAdd(ng4, MF4x4(-0.016403968, -0.012538788, -0.0015746636, -0.004771009, -0.021361275, -0.009695242, 0.020548422, -0.0024130535, 0.07796766, -0.01516671, 0.09961382, 0.042754963, 0.017363647, 0.03729065, -0.004795824, 0.01550197), target3);\n\ttarget3 = MulAdd(ng5, MF4x4(-0.0028093113, 0.011869523, -0.02216933, 0.011177349, 0.033342455, -0.021146454, 0.07830085, 0.032490104, -0.03281833, 0.0060484232, -0.04081057, -0.04945058, -0.0056189033, -0.010636801, -0.041949317, -0.025739705), target3);\n\ttarget3 = MulAdd(g6, MF4x4(0.012979897, 0.016758928, -0.049062215, -0.0035748442, 0.0085972, 0.0036381132, -0.0055621094, 0.0041307937, -0.0008907763, -0.0034079372, -0.025680453, -0.015531803, 0.012816766, 0.009977763, -0.016416566, 0.0034859509), target3);\n\ttarget3 = MulAdd(g7, MF4x4(0.021753248, 0.016452711, 0.009833835, 0.0065052663, 0.0014061348, -0.046160888, -0.0132271005, -0.05051269, -0.05746351, -0.0012690664, 0.017191738, 0.018192926, -0.008879476, 0.026354216, -0.012801991, -0.029587373), target3);\n\ttarget3 = MulAdd(ng6, MF4x4(-0.04220692, -0.0015560482, -0.0019648245, 0.013402305, -0.018259782, -0.0036008905, 0.0035650074, -0.0019178417, 0.00051580026, 0.027355857, -0.017914988, 0.004937948, -0.046335887, 0.00013612259, 0.030293299, 0.030688645), target3);\n\ttarget3 = MulAdd(ng7, MF4x4(-0.036683388, -0.0031274238, -0.026074665, 0.021684237, 0.022639066, 0.0022493738, 0.011508554, -0.0006385944, 0.04890418, 0.020119468, 0.004167364, -0.008356099, -0.008598796, 0.0089028, -0.0029575853, 0.016687104), target3);\n\ttarget3 = MulAdd(g8, MF4x4(0.027207986, 0.0011099194, 0.042383645, -0.015179333, 0.014744431, 0.006148344, 0.005165422, 0.0070196544, 0.030286826, 0.016620956, -0.01611366, -0.00667594, -0.029524863, -0.024751091, -0.013321004, -0.025199674), target3);\n\ttarget3 = MulAdd(g9, MF4x4(0.0027477827, 0.054622147, 0.010154094, 0.025437292, 0.031773083, -0.01055473, 0.022864206, -0.029010754, -0.0029999653, 0.025018329, 0.015316208, 0.027188798, -0.10096525, -0.017268656, 0.0012529213, -0.062078856), target3);\n\ttarget3 = MulAdd(ng8, MF4x4(-0.053670805, 0.057336535, -0.037418038, 0.06443577, -0.016027879, -0.058168363, 0.007034215, -0.03390141, -0.0019346164, -0.027947908, 0.021723913, -0.0018286633, 0.030507812, 0.018293543, 0.042917266, 0.033528328), target3);\n\ttarget3 = MulAdd(ng9, MF4x4(-0.004559579, 0.029667616, -0.001870353, 0.0378995, -0.017147437, 0.020192018, -0.021574946, 0.031568103, 0.07487145, 0.0032376775, -0.018893708, -0.041981626, 0.054478757, 0.0061423797, 0.041280247, 0.000878061), target3);\n\ttarget3 = MulAdd(g10, MF4x4(0.017076394, 0.023647636, 0.029403262, 0.029923365, 0.08866472, 0.060613394, 0.1314274, -0.04490231, -0.016304834, -0.0062647443, -0.0031828512, -0.03989252, -0.024330825, 0.00741213, -0.04075287, -0.01615817), target3);\n\ttarget3 = MulAdd(g11, MF4x4(0.017866978, 0.017720113, -0.02846163, 0.040761847, -0.0063438355, -0.02347501, 0.029564403, -0.0029562064, 0.12505588, -0.0073986333, 0.11250363, -0.06179967, 0.07854423, 0.08546533, 0.034743227, -0.010757377), target3);\n\ttarget3 = MulAdd(ng10, MF4x4(-0.06416677, -0.08344284, 0.030138884, 0.017635904, -0.012087523, 0.014205202, -0.03221233, -0.023834767, -0.091186255, -0.028958676, -0.04724334, 0.00013161585, 0.027391518, 0.1249978, -0.045047652, 0.10737729), target3);\n\ttarget3 = MulAdd(ng11, MF4x4(-0.04326348, -0.03543181, -0.029558217, -0.08582413, 0.007812453, 0.014296562, -0.028779754, 0.018517692, -0.063755795, -0.036619596, -0.050809663, 0.005431336, -0.029205568, -0.011827915, -0.031110523, -0.005648626), target3);\n\ttarget3 = MulAdd(g12, MF4x4(0.05499293, -0.10000709, -0.0943537, 0.16143042, -0.019952895, -0.0039807972, -0.014841254, 0.0320363, -0.065173544, -0.049425576, -0.023904482, 0.03759679, -0.03207411, -0.047782745, 0.01352581, 0.008140566), target3);\n\ttarget3 = MulAdd(g13, MF4x4(0.055923894, -0.025134467, 0.029583648, 0.04096879, 0.027551858, -0.14995384, 0.06467113, -0.11633077, -0.01563784, -0.026909819, -0.06292879, -0.078409635, -0.009081105, -0.015533088, 0.019585673, 0.04334208), target3);\n\ttarget3 = MulAdd(ng12, MF4x4(-0.021717606, 0.042464726, 0.02743202, -0.07388838, 0.03460472, 0.0038285658, 0.099842004, -0.098247, 0.13276267, -0.020793032, -0.008603039, -0.051913783, 0.12959045, 0.14735717, -0.10888226, -0.10263746), target3);\n\ttarget3 = MulAdd(ng13, MF4x4(-0.16819532, 0.141579, -0.062480718, -0.021918943, 0.06348125, 0.06849444, 0.03888676, 0.027375204, -0.08194279, -0.012574497, 0.13523251, 0.13739482, -0.047547445, -0.058767617, 0.07009549, 0.028136581), target3);\n\n\tfloat2 outputPt = GetOutputPt();\n\n\tpos -= 0.5f * outputPt;\n\tOUTPUT[gxy] = MF4(MF3(target1.x, target2.x, target3.x) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t++gxy.x;\n\tpos.x += outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.y, target2.y, target3.y) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\t\n\t++gxy.y;\n\tpos.y += outputPt.y;\n\tOUTPUT[gxy] = MF4(MF3(target1.w, target2.w, target3.w) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n\n\t--gxy.x;\n\tpos.x -= outputPt.x;\n\tOUTPUT[gxy] = MF4(MF3(target1.z, target2.z, target3.z) + INPUT.SampleLevel(sam1, pos, 0).rgb, 1);\n}\n"
},
{
"path": "src/Effects/Bicubic.hlsl",
"content": "// Bicubic 插值算法\n// 移植自 https://github.com/ActualMandM/cemu_graphic_packs/blob/468d165cf27dae13a06e8bdc3d588d0af775ad91/Filters/Bicubic/output.glsl\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n#include \"StubDefs.hlsli\"\n\n//!PARAMETER\n//!LABEL B\n//!DEFAULT 0.33\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\n\nfloat paramB;\n\n//!PARAMETER\n//!LABEL C\n//!DEFAULT 0.33\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\n\nfloat paramC;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\nfloat weight(float x) {\n\tconst float B = paramB;\n\tconst float C = paramC;\n\n\tfloat ax = abs(x);\n\n\tif (ax < 1.0) {\n\t\treturn (x * x * ((12.0 - 9.0 * B - 6.0 * C) * ax + (-18.0 + 12.0 * B + 6.0 * C)) + (6.0 - 2.0 * B)) / 6.0;\n\t} else if (ax >= 1.0 && ax < 2.0) {\n\t\treturn (x * x * ((-B - 6.0 * C) * ax + (6.0 * B + 30.0 * C)) + (-12.0 * B - 48.0 * C) * ax + (8.0 * B + 24.0 * C)) / 6.0;\n\t} else {\n\t\treturn 0.0;\n\t}\n}\n\nfloat4 weight4(float x) {\n\treturn float4(\n\t\tweight(x - 2.0),\n\t\tweight(x - 1.0),\n\t\tweight(x),\n\t\tweight(x + 1.0)\n\t);\n}\n\n\nfloat4 Pass1(float2 pos) {\n\tconst float2 inputPt = GetInputPt();\n\tconst float2 inputSize = GetInputSize();\n\n\tpos *= inputSize;\n\tfloat2 pos1 = floor(pos - 0.5) + 0.5;\n\tfloat2 f = pos - pos1;\n\n\tfloat4 rowtaps = weight4(1 - f.x);\n\tfloat4 coltaps = weight4(1 - f.y);\n\n\t// make sure all taps added together is exactly 1.0, otherwise some (very small) distortion can occur\n\trowtaps /= rowtaps.r + rowtaps.g + rowtaps.b + rowtaps.a;\n\tcoltaps /= coltaps.r + coltaps.g + coltaps.b + coltaps.a;\n\n\tfloat2 uv1 = pos1 * inputPt;\n\tfloat2 uv0 = uv1 - inputPt;\n\tfloat2 uv2 = uv1 + inputPt;\n\tfloat2 uv3 = uv2 + inputPt;\n\n\tfloat u_weight_sum = rowtaps.y + rowtaps.z;\n\tfloat u_middle_offset = rowtaps.z * inputPt.x / u_weight_sum;\n\tfloat u_middle = uv1.x + u_middle_offset;\n\n\tfloat v_weight_sum = coltaps.y + coltaps.z;\n\tfloat v_middle_offset = coltaps.z * inputPt.y / v_weight_sum;\n\tfloat v_middle = uv1.y + v_middle_offset;\n\n\tint2 coord_top_left = int2(max(uv0 * inputSize, 0.5));\n\tint2 coord_bottom_right = int2(min(uv3 * inputSize, inputSize - 0.5));\n\n\tfloat3 top = INPUT.Load(int3(coord_top_left, 0)).rgb * rowtaps.x;\n\ttop += INPUT.SampleLevel(sam, float2(u_middle, uv0.y), 0).rgb * u_weight_sum;\n\ttop += INPUT.Load(int3(coord_bottom_right.x, coord_top_left.y, 0)).rgb * rowtaps.w;\n\tfloat3 total = top * coltaps.x;\n\n\tfloat3 middle = INPUT.SampleLevel(sam, float2(uv0.x, v_middle), 0).rgb * rowtaps.x;\n\tmiddle += INPUT.SampleLevel(sam, float2(u_middle, v_middle), 0).rgb * u_weight_sum;\n\tmiddle += INPUT.SampleLevel(sam, float2(uv3.x, v_middle), 0).rgb * rowtaps.w;\n\ttotal += middle * v_weight_sum;\n\n\tfloat3 bottom = INPUT.Load(int3(coord_top_left.x, coord_bottom_right.y, 0)).rgb * rowtaps.x;\n\tbottom += INPUT.SampleLevel(sam, float2(u_middle, uv3.y), 0).rgb * u_weight_sum;\n\tbottom += INPUT.Load(int3(coord_bottom_right, 0)).rgb * rowtaps.w;\n\ttotal += bottom * coltaps.w;\n\n\treturn float4(total, 1);\n}\n"
},
{
"path": "src/Effects/Bilinear.hlsl",
"content": "//!MAGPIE EFFECT\n//!VERSION 4\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\nfloat4 Pass1(float2 pos) {\n\treturn INPUT.SampleLevel(sam, pos, 0);\n}\n"
},
{
"path": "src/Effects/CAS/CAS.hlsl",
"content": "// 移植自 https://github.com/GPUOpen-Effects/FidelityFX-CAS/blob/master/ffx-cas/ffx_cas.h\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.4\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpness;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n// 取消注释此行将降低速度并提高输出质量\n// #define CAS_BETTER_DIAGONALS\n\n#define min3(x, y, z) (min(x, min(y, z)))\n#define max3(x, y, z) (max(x, max(y, z)))\n\n#ifdef MP_FP16\n\nvoid CasFilterH(\n\t// Output values are for 2 8x8 tiles in a 16x8 region.\n\t// pix.x = right 8x8 tile\n\t// pix.y = left 8x8 tile\n\t// This enables later processing to easily be packed as well.\n\tout MF2 pixR,\n\tout MF2 pixG,\n\tout MF2 pixB,\n\tMF3 src[4][4],\n\tuint pos,\n\tMF peak\n) {\n\t// AOS to SOA conversion.\n\tMF2 aR = MF2(src[0][pos + 0].r, src[1][pos + 0].r);\n\tMF2 aG = MF2(src[0][pos + 0].g, src[1][pos + 0].g);\n\tMF2 aB = MF2(src[0][pos + 0].b, src[1][pos + 0].b);\n\tMF2 bR = MF2(src[1][pos + 0].r, src[2][pos + 0].r);\n\tMF2 bG = MF2(src[1][pos + 0].g, src[2][pos + 0].g);\n\tMF2 bB = MF2(src[1][pos + 0].b, src[2][pos + 0].b);\n\tMF2 cR = MF2(src[2][pos + 0].r, src[3][pos + 0].r);\n\tMF2 cG = MF2(src[2][pos + 0].g, src[3][pos + 0].g);\n\tMF2 cB = MF2(src[2][pos + 0].b, src[3][pos + 0].b);\n\tMF2 dR = MF2(src[0][pos + 1].r, src[1][pos + 1].r);\n\tMF2 dG = MF2(src[0][pos + 1].g, src[1][pos + 1].g);\n\tMF2 dB = MF2(src[0][pos + 1].b, src[1][pos + 1].b);\n\tMF2 eR = MF2(src[1][pos + 1].r, src[2][pos + 1].r);\n\tMF2 eG = MF2(src[1][pos + 1].g, src[2][pos + 1].g);\n\tMF2 eB = MF2(src[1][pos + 1].b, src[2][pos + 1].b);\n\tMF2 fR = MF2(src[2][pos + 1].r, src[3][pos + 1].r);\n\tMF2 fG = MF2(src[2][pos + 1].g, src[3][pos + 1].g);\n\tMF2 fB = MF2(src[2][pos + 1].b, src[3][pos + 1].b);\n\tMF2 gR = MF2(src[0][pos + 2].r, src[1][pos + 2].r);\n\tMF2 gG = MF2(src[0][pos + 2].g, src[1][pos + 2].g);\n\tMF2 gB = MF2(src[0][pos + 2].b, src[1][pos + 2].b);\n\tMF2 hR = MF2(src[1][pos + 2].r, src[2][pos + 2].r);\n\tMF2 hG = MF2(src[1][pos + 2].g, src[2][pos + 2].g);\n\tMF2 hB = MF2(src[1][pos + 2].b, src[2][pos + 2].b);\n\tMF2 iR = MF2(src[2][pos + 2].r, src[3][pos + 2].r);\n\tMF2 iG = MF2(src[2][pos + 2].g, src[3][pos + 2].g);\n\tMF2 iB = MF2(src[2][pos + 2].b, src[3][pos + 2].b);\n\n\t// Soft min and max.\n\tMF2 mnR = min(min(fR, hR), min(min(bR, dR), eR));\n\tMF2 mnG = min(min(fG, hG), min(min(bG, dG), eG));\n\tMF2 mnB = min(min(fB, hB), min(min(bB, dB), eB));\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mnR2 = min(min(gR, iR), min(min(aR, cR), mnR));\n\tMF2 mnG2 = min(min(gG, iG), min(min(aG, cG), mnG));\n\tMF2 mnB2 = min(min(gB, iB), min(min(aB, cB), mnB));\n\tmnR = mnR + mnR2;\n\tmnG = mnG + mnG2;\n\tmnB = mnB + mnB2;\n#endif\n\tMF2 mxR = max(max(fR, hR), max(max(bR, dR), eR));\n\tMF2 mxG = max(max(fG, hG), max(max(bG, dG), eG));\n\tMF2 mxB = max(max(fB, hB), max(max(bB, dB), eB));\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mxR2 = max(max(gR, iR), max(max(aR, cR), mxR));\n\tMF2 mxG2 = max(max(gG, iG), max(max(aG, cG), mxG));\n\tMF2 mxB2 = max(max(gB, iB), max(max(aB, cB), mxB));\n\tmxR = mxR + mxR2;\n\tmxG = mxG + mxG2;\n\tmxB = mxB + mxB2;\n#endif\n\t// Smooth minimum distance to signal limit divided by smooth max.\n\tMF2 rcpMR = rcp(mxR);\n\tMF2 rcpMG = rcp(mxG);\n\tMF2 rcpMB = rcp(mxB);\n\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 ampR = saturate(min(mnR, 2.0 - mxR) * rcpMR);\n\tMF2 ampG = saturate(min(mnG, 2.0 - mxG) * rcpMG);\n\tMF2 ampB = saturate(min(mnB, 2.0 - mxB) * rcpMB);\n#else\n\tMF2 ampR = saturate(min(mnR, 1.0 - mxR) * rcpMR);\n\tMF2 ampG = saturate(min(mnG, 1.0 - mxG) * rcpMG);\n\tMF2 ampB = saturate(min(mnB, 1.0 - mxB) * rcpMB);\n#endif\n\t// Shaping amount of sharpening.\n\n\tampR = sqrt(ampR);\n\tampG = sqrt(ampG);\n\tampB = sqrt(ampB);\n\n\t// Filter shape.\n\tMF2 wR = ampR * peak;\n\tMF2 wG = ampG * peak;\n\tMF2 wB = ampB * peak;\n\t// Filter.\n\n\tMF2 rcpWeight = rcp(1.0 + 4.0 * wG);\n\n\tpixR = saturate((bR * wG + dR * wG + fR * wG + hR * wG + eR) * rcpWeight);\n\tpixG = saturate((bG * wG + dG * wG + fG * wG + hG * wG + eG) * rcpWeight);\n\tpixB = saturate((bB * wG + dB * wG + fB * wG + hB * wG + eB) * rcpWeight);\n}\n\n#else\n\nMF3 CasFilter(MF3 src[4][4], uint2 pos, MF peak) {\n\t// a b c \n\t// d e f\n\t// g h i\n\tMF3 a = src[pos.x - 1][pos.y - 1];\n\tMF3 b = src[pos.x][pos.y - 1];\n\tMF3 c = src[pos.x + 1][pos.y - 1];\n\tMF3 d = src[pos.x - 1][pos.y];\n\tMF3 e = src[pos.x][pos.y];\n\tMF3 f = src[pos.x + 1][pos.y];\n\tMF3 g = src[pos.x - 1][pos.y + 1];\n\tMF3 h = src[pos.x][pos.y + 1];\n\tMF3 i = src[pos.x + 1][pos.y + 1];\n\n\t// Soft min and max.\n\t// a b c b\n\t// d e f * 0.5 + d e f * 0.5\n\t// g h i h\n\t// These are 2.0x bigger (factored out the extra multiply).\n\tMF mnR = min3(min3(d.r, e.r, f.r), b.r, h.r);\n\tMF mnG = min3(min3(d.g, e.g, f.g), b.g, h.g);\n\tMF mnB = min3(min3(d.b, e.b, f.b), b.b, h.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF mnR2 = min3(min3(mnR, a.r, c.r), g.r, i.r);\n\tMF mnG2 = min3(min3(mnG, a.g, c.g), g.g, i.g);\n\tMF mnB2 = min3(min3(mnB, a.b, c.b), g.b, i.b);\n\tmnR = mnR + mnR2;\n\tmnG = mnG + mnG2;\n\tmnB = mnB + mnB2;\n#endif\n\tMF mxR = max3(max3(d.r, e.r, f.r), b.r, h.r);\n\tMF mxG = max3(max3(d.g, e.g, f.g), b.g, h.g);\n\tMF mxB = max3(max3(d.b, e.b, f.b), b.b, h.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF mxR2 = max3(max3(mxR, a.r, c.r), g.r, i.r);\n\tMF mxG2 = max3(max3(mxG, a.g, c.g), g.g, i.g);\n\tMF mxB2 = max3(max3(mxB, a.b, c.b), g.b, i.b);\n\tmxR = mxR + mxR2;\n\tmxG = mxG + mxG2;\n\tmxB = mxB + mxB2;\n#endif\n\t// Smooth minimum distance to signal limit divided by smooth max.\n\n\tMF rcpMR = rcp(mxR);\n\tMF rcpMG = rcp(mxG);\n\tMF rcpMB = rcp(mxB);\n\n#ifdef CAS_BETTER_DIAGONALS\n\tMF ampR = saturate(min(mnR, 2.0 - mxR) * rcpMR);\n\tMF ampG = saturate(min(mnG, 2.0 - mxG) * rcpMG);\n\tMF ampB = saturate(min(mnB, 2.0 - mxB) * rcpMB);\n#else\n\tMF ampR = saturate(min(mnR, 1.0 - mxR) * rcpMR);\n\tMF ampG = saturate(min(mnG, 1.0 - mxG) * rcpMG);\n\tMF ampB = saturate(min(mnB, 1.0 - mxB) * rcpMB);\n#endif\n\t// Shaping amount of sharpening.\n\tampR = sqrt(ampR);\n\tampG = sqrt(ampG);\n\tampB = sqrt(ampB);\n\n\t// Filter shape.\n\t// 0 w 0\n\t// w 1 w\n\t// 0 w 0\n\tMF wR = ampR * peak;\n\tMF wG = ampG * peak;\n\tMF wB = ampB * peak;\n\t// Filter.\n\t// Using green coef only, depending on dead code removal to strip out the extra overhead.\n\tMF rcpWeight = rcp(1.0 + 4.0 * wG);\n\n\treturn MF3(\n\t\tsaturate((b.r * wG + d.r * wG + f.r * wG + h.r * wG + e.r) * rcpWeight),\n\t\tsaturate((b.g * wG + d.g * wG + f.g * wG + h.g * wG + e.g) * rcpWeight),\n\t\tsaturate((b.b * wG + d.b * wG + f.b * wG + h.b * wG + e.b) * rcpWeight)\n\t);\n}\n\n#endif\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = blockStart + (Rmp8x8(threadId.x) << 1);\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tMF3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = MF3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = MF3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = MF3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = MF3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\tconst MF peak = -rcp(lerp(8.0, 5.0, (MF)sharpness));\n\n#ifdef MP_FP16\n\tMF2 pixR, pixG, pixB;\n\tCasFilterH(pixR, pixG, pixB, src, 0, peak);\n\n\tOUTPUT[gxy] = MF4(pixR.x, pixG.x, pixB.x, 1);\n\n\t++gxy.x;\n\tOUTPUT[gxy] = MF4(pixR.y, pixG.y, pixB.y, 1);\n\n\tCasFilterH(pixR, pixG, pixB, src, 1, peak);\n\n\t++gxy.y;\n\tOUTPUT[gxy] = MF4(pixR.y, pixG.y, pixB.y, 1);\n\n\t--gxy.x;\n\tOUTPUT[gxy] = MF4(pixR.x, pixG.x, pixB.x, 1);\n#else\n\tOUTPUT[gxy] = MF4(CasFilter(src, uint2(1, 1), peak), 1);\n\n\t++gxy.x;\n\tOUTPUT[gxy] = MF4(CasFilter(src, uint2(2, 1), peak), 1);\n\t\n\t++gxy.y;\n\tOUTPUT[gxy] = MF4(CasFilter(src, uint2(2, 2), peak), 1);\n\n\t--gxy.x;\n\tOUTPUT[gxy] = MF4(CasFilter(src, uint2(1, 2), peak), 1);\n#endif\n}\n"
},
{
"path": "src/Effects/CAS/CAS_Scaling.hlsl",
"content": "// 移植自 https://github.com/GPUOpen-Effects/FidelityFX-CAS/blob/9fabcc9a2c45f958aff55ddfda337e74ef894b7f/ffx-cas/ffx_cas.h\n\n//!MAGPIE EFFECT\n//!VERSION 4\n// FP16 会使性能下降\n\n#include \"../StubDefs.hlsli\"\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.4\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpness;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n// 取消注释此行将降低速度并提高输出质量\n// #define CAS_BETTER_DIAGONALS\n\n#define min3(x, y, z) (min(x, min(y, z)))\n#define max3(x, y, z) (max(x, max(y, z)))\n\n#ifdef MP_FP16\n\nMF2 MF2_x(MF1 a) { return MF2(a, a); }\n#define MF2_(a) MF2_x(MF1(a))\n\nvoid CasFilterH(\n\t// Output values are for 2 8x8 tiles in a 16x8 region.\n\t// pix.x = right 8x8 tile\n\t// pix.y = left 8x8 tile\n\t// This enables later processing to easily be packed as well.\n\tout MF2 pixR,\n\tout MF2 pixG,\n\tout MF2 pixB,\n\tuint2 ip,\n\tfloat4 const0,\n\tfloat offset,\n\tMF peak\n) {\n\t// Scaling algorithm adaptively interpolates between nearest 4 results of the non-scaling algorithm.\n\tfloat2 pp = float2(ip) * const0.xy + const0.zw;\n\t// Tile 0.\n\t// Fractional position is needed in high precision here.\n\tfloat2 fp0 = floor(pp);\n\tMF2 ppX;\n\tppX.x = MF1(pp.x - fp0.x);\n\tMF1 ppY = MF1(pp.y - fp0.y);\n\tint2 sp0 = int2(fp0);\n\tMF3 a0 = INPUT.Load(int3(sp0 + int2(-1, -1), 0)).rgb;\n\tMF3 b0 = INPUT.Load(int3(sp0 + int2(0, -1), 0)).rgb;\n\tMF3 e0 = INPUT.Load(int3(sp0 + int2(-1, 0), 0)).rgb;\n\tMF3 f0 = INPUT.Load(int3(sp0, 0)).rgb;\n\tMF3 c0 = INPUT.Load(int3(sp0 + int2(1, -1), 0)).rgb;\n\tMF3 d0 = INPUT.Load(int3(sp0 + int2(2, -1), 0)).rgb;\n\tMF3 g0 = INPUT.Load(int3(sp0 + int2(1, 0), 0)).rgb;\n\tMF3 h0 = INPUT.Load(int3(sp0 + int2(2, 0), 0)).rgb;\n\tMF3 i0 = INPUT.Load(int3(sp0 + int2(-1, 1), 0)).rgb;\n\tMF3 j0 = INPUT.Load(int3(sp0 + int2(0, 1), 0)).rgb;\n\tMF3 m0 = INPUT.Load(int3(sp0 + int2(-1, 2), 0)).rgb;\n\tMF3 n0 = INPUT.Load(int3(sp0 + int2(0, 2), 0)).rgb;\n\tMF3 k0 = INPUT.Load(int3(sp0 + int2(1, 1), 0)).rgb;\n\tMF3 l0 = INPUT.Load(int3(sp0 + int2(2, 1), 0)).rgb;\n\tMF3 o0 = INPUT.Load(int3(sp0 + int2(1, 2), 0)).rgb;\n\tMF3 p0 = INPUT.Load(int3(sp0 + int2(2, 2), 0)).rgb;\n\t// Tile 1 (offset only in x).\n\tfloat1 pp1 = pp.x + offset;\n\tfloat1 fp1 = floor(pp1);\n\tppX.y = MF1(pp1 - fp1);\n\tint2 sp1 = int2(fp1, sp0.y);\n\tMF3 a1 = INPUT.Load(int3(sp1 + int2(-1, -1), 0)).rgb;\n\tMF3 b1 = INPUT.Load(int3(sp1 + int2(0, -1), 0)).rgb;\n\tMF3 e1 = INPUT.Load(int3(sp1 + int2(-1, 0), 0)).rgb;\n\tMF3 f1 = INPUT.Load(int3(sp1, 0)).rgb;\n\tMF3 c1 = INPUT.Load(int3(sp1 + int2(1, -1), 0)).rgb;\n\tMF3 d1 = INPUT.Load(int3(sp1 + int2(2, -1), 0)).rgb;\n\tMF3 g1 = INPUT.Load(int3(sp1 + int2(1, 0), 0)).rgb;\n\tMF3 h1 = INPUT.Load(int3(sp1 + int2(2, 0), 0)).rgb;\n\tMF3 i1 = INPUT.Load(int3(sp1 + int2(-1, 1), 0)).rgb;\n\tMF3 j1 = INPUT.Load(int3(sp1 + int2(0, 1), 0)).rgb;\n\tMF3 m1 = INPUT.Load(int3(sp1 + int2(-1, 2), 0)).rgb;\n\tMF3 n1 = INPUT.Load(int3(sp1 + int2(0, 2), 0)).rgb;\n\tMF3 k1 = INPUT.Load(int3(sp1 + int2(1, 1), 0)).rgb;\n\tMF3 l1 = INPUT.Load(int3(sp1 + int2(2, 1), 0)).rgb;\n\tMF3 o1 = INPUT.Load(int3(sp1 + int2(1, 2), 0)).rgb;\n\tMF3 p1 = INPUT.Load(int3(sp1 + int2(2, 2), 0)).rgb;\n\t// AOS to SOA conversion.\n\tMF2 aR = MF2(a0.r, a1.r);\n\tMF2 aG = MF2(a0.g, a1.g);\n\tMF2 aB = MF2(a0.b, a1.b);\n\tMF2 bR = MF2(b0.r, b1.r);\n\tMF2 bG = MF2(b0.g, b1.g);\n\tMF2 bB = MF2(b0.b, b1.b);\n\tMF2 cR = MF2(c0.r, c1.r);\n\tMF2 cG = MF2(c0.g, c1.g);\n\tMF2 cB = MF2(c0.b, c1.b);\n\tMF2 dR = MF2(d0.r, d1.r);\n\tMF2 dG = MF2(d0.g, d1.g);\n\tMF2 dB = MF2(d0.b, d1.b);\n\tMF2 eR = MF2(e0.r, e1.r);\n\tMF2 eG = MF2(e0.g, e1.g);\n\tMF2 eB = MF2(e0.b, e1.b);\n\tMF2 fR = MF2(f0.r, f1.r);\n\tMF2 fG = MF2(f0.g, f1.g);\n\tMF2 fB = MF2(f0.b, f1.b);\n\tMF2 gR = MF2(g0.r, g1.r);\n\tMF2 gG = MF2(g0.g, g1.g);\n\tMF2 gB = MF2(g0.b, g1.b);\n\tMF2 hR = MF2(h0.r, h1.r);\n\tMF2 hG = MF2(h0.g, h1.g);\n\tMF2 hB = MF2(h0.b, h1.b);\n\tMF2 iR = MF2(i0.r, i1.r);\n\tMF2 iG = MF2(i0.g, i1.g);\n\tMF2 iB = MF2(i0.b, i1.b);\n\tMF2 jR = MF2(j0.r, j1.r);\n\tMF2 jG = MF2(j0.g, j1.g);\n\tMF2 jB = MF2(j0.b, j1.b);\n\tMF2 kR = MF2(k0.r, k1.r);\n\tMF2 kG = MF2(k0.g, k1.g);\n\tMF2 kB = MF2(k0.b, k1.b);\n\tMF2 lR = MF2(l0.r, l1.r);\n\tMF2 lG = MF2(l0.g, l1.g);\n\tMF2 lB = MF2(l0.b, l1.b);\n\tMF2 mR = MF2(m0.r, m1.r);\n\tMF2 mG = MF2(m0.g, m1.g);\n\tMF2 mB = MF2(m0.b, m1.b);\n\tMF2 nR = MF2(n0.r, n1.r);\n\tMF2 nG = MF2(n0.g, n1.g);\n\tMF2 nB = MF2(n0.b, n1.b);\n\tMF2 oR = MF2(o0.r, o1.r);\n\tMF2 oG = MF2(o0.g, o1.g);\n\tMF2 oB = MF2(o0.b, o1.b);\n\tMF2 pR = MF2(p0.r, p1.r);\n\tMF2 pG = MF2(p0.g, p1.g);\n\tMF2 pB = MF2(p0.b, p1.b);\n\t// Soft min and max.\n\t// These are 2.0x bigger (factored out the extra multiply).\n\t// a b c b\n\t// e f g * 0.5 + e f g * 0.5 [F]\n\t// i j k j\n\tMF2 mnfR = min3(min3(bR, eR, fR), gR, jR);\n\tMF2 mnfG = min3(min3(bG, eG, fG), gG, jG);\n\tMF2 mnfB = min3(min3(bB, eB, fB), gB, jB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mnfR2 = min3(min3(mnfR, aR, cR), iR, kR);\n\tMF2 mnfG2 = min3(min3(mnfG, aG, cG), iG, kG);\n\tMF2 mnfB2 = min3(min3(mnfB, aB, cB), iB, kB);\n\tmnfR = mnfR + mnfR2;\n\tmnfG = mnfG + mnfG2;\n\tmnfB = mnfB + mnfB2;\n#endif\n\tMF2 mxfR = max3(max3(bR, eR, fR), gR, jR);\n\tMF2 mxfG = max3(max3(bG, eG, fG), gG, jG);\n\tMF2 mxfB = max3(max3(bB, eB, fB), gB, jB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mxfR2 = max3(max3(mxfR, aR, cR), iR, kR);\n\tMF2 mxfG2 = max3(max3(mxfG, aG, cG), iG, kG);\n\tMF2 mxfB2 = max3(max3(mxfB, aB, cB), iB, kB);\n\tmxfR = mxfR + mxfR2;\n\tmxfG = mxfG + mxfG2;\n\tmxfB = mxfB + mxfB2;\n#endif\n\t// b c d c\n\t// f g h * 0.5 + f g h * 0.5 [G]\n\t// j k l k\n\tMF2 mngR = min3(min3(cR, fR, gR), hR, kR);\n\tMF2 mngG = min3(min3(cG, fG, gG), hG, kG);\n\tMF2 mngB = min3(min3(cB, fB, gB), hB, kB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mngR2 = min3(min3(mngR, bR, dR), jR, lR);\n\tMF2 mngG2 = min3(min3(mngG, bG, dG), jG, lG);\n\tMF2 mngB2 = min3(min3(mngB, bB, dB), jB, lB);\n\tmngR = mngR + mngR2;\n\tmngG = mngG + mngG2;\n\tmngB = mngB + mngB2;\n#endif\n\tMF2 mxgR = max3(max3(cR, fR, gR), hR, kR);\n\tMF2 mxgG = max3(max3(cG, fG, gG), hG, kG);\n\tMF2 mxgB = max3(max3(cB, fB, gB), hB, kB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mxgR2 = max3(max3(mxgR, bR, dR), jR, lR);\n\tMF2 mxgG2 = max3(max3(mxgG, bG, dG), jG, lG);\n\tMF2 mxgB2 = max3(max3(mxgB, bB, dB), jB, lB);\n\tmxgR = mxgR + mxgR2;\n\tmxgG = mxgG + mxgG2;\n\tmxgB = mxgB + mxgB2;\n#endif\n\t// e f g f\n\t// i j k * 0.5 + i j k * 0.5 [J]\n\t// m n o n\n\tMF2 mnjR = min3(min3(fR, iR, jR), kR, nR);\n\tMF2 mnjG = min3(min3(fG, iG, jG), kG, nG);\n\tMF2 mnjB = min3(min3(fB, iB, jB), kB, nB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mnjR2 = min3(min3(mnjR, eR, gR), mR, oR);\n\tMF2 mnjG2 = min3(min3(mnjG, eG, gG), mG, oG);\n\tMF2 mnjB2 = min3(min3(mnjB, eB, gB), mB, oB);\n\tmnjR = mnjR + mnjR2;\n\tmnjG = mnjG + mnjG2;\n\tmnjB = mnjB + mnjB2;\n#endif\n\tMF2 mxjR = max3(max3(fR, iR, jR), kR, nR);\n\tMF2 mxjG = max3(max3(fG, iG, jG), kG, nG);\n\tMF2 mxjB = max3(max3(fB, iB, jB), kB, nB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mxjR2 = max3(max3(mxjR, eR, gR), mR, oR);\n\tMF2 mxjG2 = max3(max3(mxjG, eG, gG), mG, oG);\n\tMF2 mxjB2 = max3(max3(mxjB, eB, gB), mB, oB);\n\tmxjR = mxjR + mxjR2;\n\tmxjG = mxjG + mxjG2;\n\tmxjB = mxjB + mxjB2;\n#endif\n\t// f g h g\n\t// j k l * 0.5 + j k l * 0.5 [K]\n\t// n o p o\n\tMF2 mnkR = min3(min3(gR, jR, kR), lR, oR);\n\tMF2 mnkG = min3(min3(gG, jG, kG), lG, oG);\n\tMF2 mnkB = min3(min3(gB, jB, kB), lB, oB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mnkR2 = min3(min3(mnkR, fR, hR), nR, pR);\n\tMF2 mnkG2 = min3(min3(mnkG, fG, hG), nG, pG);\n\tMF2 mnkB2 = min3(min3(mnkB, fB, hB), nB, pB);\n\tmnkR = mnkR + mnkR2;\n\tmnkG = mnkG + mnkG2;\n\tmnkB = mnkB + mnkB2;\n#endif\n\tMF2 mxkR = max3(max3(gR, jR, kR), lR, oR);\n\tMF2 mxkG = max3(max3(gG, jG, kG), lG, oG);\n\tMF2 mxkB = max3(max3(gB, jB, kB), lB, oB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 mxkR2 = max3(max3(mxkR, fR, hR), nR, pR);\n\tMF2 mxkG2 = max3(max3(mxkG, fG, hG), nG, pG);\n\tMF2 mxkB2 = max3(max3(mxkB, fB, hB), nB, pB);\n\tmxkR = mxkR + mxkR2;\n\tmxkG = mxkG + mxkG2;\n\tmxkB = mxkB + mxkB2;\n#endif\n\t// Smooth minimum distance to signal limit divided by smooth max.\n\tMF2 rcpMfR = rcp(mxfR);\n\tMF2 rcpMfG = rcp(mxfG);\n\tMF2 rcpMfB = rcp(mxfB);\n\tMF2 rcpMgR = rcp(mxgR);\n\tMF2 rcpMgG = rcp(mxgG);\n\tMF2 rcpMgB = rcp(mxgB);\n\tMF2 rcpMjR = rcp(mxjR);\n\tMF2 rcpMjG = rcp(mxjG);\n\tMF2 rcpMjB = rcp(mxjB);\n\tMF2 rcpMkR = rcp(mxkR);\n\tMF2 rcpMkG = rcp(mxkG);\n\tMF2 rcpMkB = rcp(mxkB);\n#ifdef CAS_BETTER_DIAGONALS\n\tMF2 ampfR = saturate(min(mnfR, MF2_(2.0) - mxfR) * rcpMfR);\n\tMF2 ampfG = saturate(min(mnfG, MF2_(2.0) - mxfG) * rcpMfG);\n\tMF2 ampfB = saturate(min(mnfB, MF2_(2.0) - mxfB) * rcpMfB);\n\tMF2 ampgR = saturate(min(mngR, MF2_(2.0) - mxgR) * rcpMgR);\n\tMF2 ampgG = saturate(min(mngG, MF2_(2.0) - mxgG) * rcpMgG);\n\tMF2 ampgB = saturate(min(mngB, MF2_(2.0) - mxgB) * rcpMgB);\n\tMF2 ampjR = saturate(min(mnjR, MF2_(2.0) - mxjR) * rcpMjR);\n\tMF2 ampjG = saturate(min(mnjG, MF2_(2.0) - mxjG) * rcpMjG);\n\tMF2 ampjB = saturate(min(mnjB, MF2_(2.0) - mxjB) * rcpMjB);\n\tMF2 ampkR = saturate(min(mnkR, MF2_(2.0) - mxkR) * rcpMkR);\n\tMF2 ampkG = saturate(min(mnkG, MF2_(2.0) - mxkG) * rcpMkG);\n\tMF2 ampkB = saturate(min(mnkB, MF2_(2.0) - mxkB) * rcpMkB);\n#else\n\tMF2 ampfR = saturate(min(mnfR, MF2_(1.0) - mxfR) * rcpMfR);\n\tMF2 ampfG = saturate(min(mnfG, MF2_(1.0) - mxfG) * rcpMfG);\n\tMF2 ampfB = saturate(min(mnfB, MF2_(1.0) - mxfB) * rcpMfB);\n\tMF2 ampgR = saturate(min(mngR, MF2_(1.0) - mxgR) * rcpMgR);\n\tMF2 ampgG = saturate(min(mngG, MF2_(1.0) - mxgG) * rcpMgG);\n\tMF2 ampgB = saturate(min(mngB, MF2_(1.0) - mxgB) * rcpMgB);\n\tMF2 ampjR = saturate(min(mnjR, MF2_(1.0) - mxjR) * rcpMjR);\n\tMF2 ampjG = saturate(min(mnjG, MF2_(1.0) - mxjG) * rcpMjG);\n\tMF2 ampjB = saturate(min(mnjB, MF2_(1.0) - mxjB) * rcpMjB);\n\tMF2 ampkR = saturate(min(mnkR, MF2_(1.0) - mxkR) * rcpMkR);\n\tMF2 ampkG = saturate(min(mnkG, MF2_(1.0) - mxkG) * rcpMkG);\n\tMF2 ampkB = saturate(min(mnkB, MF2_(1.0) - mxkB) * rcpMkB);\n#endif\n\t// Shaping amount of sharpening.\n\tampfR = sqrt(ampfR);\n\tampfG = sqrt(ampfG);\n\tampfB = sqrt(ampfB);\n\tampgR = sqrt(ampgR);\n\tampgG = sqrt(ampgG);\n\tampgB = sqrt(ampgB);\n\tampjR = sqrt(ampjR);\n\tampjG = sqrt(ampjG);\n\tampjB = sqrt(ampjB);\n\tampkR = sqrt(ampkR);\n\tampkG = sqrt(ampkG);\n\tampkB = sqrt(ampkB);\n\t// Filter shape.\n\tMF2 wfR = ampfR * peak;\n\tMF2 wfG = ampfG * peak;\n\tMF2 wfB = ampfB * peak;\n\tMF2 wgR = ampgR * peak;\n\tMF2 wgG = ampgG * peak;\n\tMF2 wgB = ampgB * peak;\n\tMF2 wjR = ampjR * peak;\n\tMF2 wjG = ampjG * peak;\n\tMF2 wjB = ampjB * peak;\n\tMF2 wkR = ampkR * peak;\n\tMF2 wkG = ampkG * peak;\n\tMF2 wkB = ampkB * peak;\n\t// Blend between 4 results.\n\tMF2 s = (MF2_(1.0) - ppX) * (MF2_(1.0) - MF2_(ppY));\n\tMF2 t = ppX * (MF2_(1.0) - MF2_(ppY));\n\tMF2 u = (MF2_(1.0) - ppX) * MF2_(ppY);\n\tMF2 v = ppX * MF2_(ppY);\n\t// Thin edges to hide bilinear interpolation (helps diagonals).\n\tMF2 thinB = MF2_(1.0 / 32.0);\n\ts *= rcp(thinB + (mxfG - mnfG));\n\tt *= rcp(thinB + (mxgG - mngG));\n\tu *= rcp(thinB + (mxjG - mnjG));\n\tv *= rcp(thinB + (mxkG - mnkG));\n\t// Final weighting.\n\tMF2 qbeR = wfR * s;\n\tMF2 qbeG = wfG * s;\n\tMF2 qbeB = wfB * s;\n\tMF2 qchR = wgR * t;\n\tMF2 qchG = wgG * t;\n\tMF2 qchB = wgB * t;\n\tMF2 qfR = wgR * t + wjR * u + s;\n\tMF2 qfG = wgG * t + wjG * u + s;\n\tMF2 qfB = wgB * t + wjB * u + s;\n\tMF2 qgR = wfR * s + wkR * v + t;\n\tMF2 qgG = wfG * s + wkG * v + t;\n\tMF2 qgB = wfB * s + wkB * v + t;\n\tMF2 qjR = wfR * s + wkR * v + u;\n\tMF2 qjG = wfG * s + wkG * v + u;\n\tMF2 qjB = wfB * s + wkB * v + u;\n\tMF2 qkR = wgR * t + wjR * u + v;\n\tMF2 qkG = wgG * t + wjG * u + v;\n\tMF2 qkB = wgB * t + wjB * u + v;\n\tMF2 qinR = wjR * u;\n\tMF2 qinG = wjG * u;\n\tMF2 qinB = wjB * u;\n\tMF2 qloR = wkR * v;\n\tMF2 qloG = wkG * v;\n\tMF2 qloB = wkB * v;\n\t// Filter.\n\tMF2 rcpWG = rcp(MF2_(2.0) * qbeG + MF2_(2.0) * qchG + MF2_(2.0) * qinG + MF2_(2.0) * qloG + qfG + qgG + qjG + qkG);\n\tpixR = saturate((bR * qbeG + eR * qbeG + cR * qchG + hR * qchG + iR * qinG + nR * qinG + lR * qloG + oR * qloG + fR * qfG + gR * qgG + jR * qjG + kR * qkG) * rcpWG);\n\tpixG = saturate((bG * qbeG + eG * qbeG + cG * qchG + hG * qchG + iG * qinG + nG * qinG + lG * qloG + oG * qloG + fG * qfG + gG * qgG + jG * qjG + kG * qkG) * rcpWG);\n\tpixB = saturate((bB * qbeG + eB * qbeG + cB * qchG + hB * qchG + iB * qinG + nB * qinG + lB * qloG + oB * qloG + fB * qfG + gB * qgG + jB * qjG + kB * qkG) * rcpWG);\n}\n\n#else\n\nfloat3 CasFilter(uint2 ip, float4 const0, float peak) {\n\t// Scaling algorithm adaptively interpolates between nearest 4 results of the non-scaling algorithm.\n\t// a b c d\n\t// e f g h\n\t// i j k l\n\t// m n o p\n\t// Working these 4 results.\n\t// +-----+-----+\n\t// | | |\n\t// | f..|..g |\n\t// | . | . |\n\t// +-----+-----+\n\t// | . | . |\n\t// | j..|..k |\n\t// | | |\n\t// +-----+-----+\n\tfloat2 pp = float2(ip) * const0.xy + const0.zw;\n\tfloat2 fp = floor(pp);\n\tpp -= fp;\n\tint2 sp = int2(fp);\n\tfloat3 a = INPUT.Load(int3(sp + int2(-1, -1), 0)).rgb;\n\tfloat3 b = INPUT.Load(int3(sp + int2(0, -1), 0)).rgb;\n\tfloat3 e = INPUT.Load(int3(sp + int2(-1, 0), 0)).rgb;\n\tfloat3 f = INPUT.Load(int3(sp, 0)).rgb;\n\tfloat3 c = INPUT.Load(int3(sp + int2(1, -1), 0)).rgb;\n\tfloat3 d = INPUT.Load(int3(sp + int2(2, -1), 0)).rgb;\n\tfloat3 g = INPUT.Load(int3(sp + int2(1, 0), 0)).rgb;\n\tfloat3 h = INPUT.Load(int3(sp + int2(2, 0), 0)).rgb;\n\tfloat3 i = INPUT.Load(int3(sp + int2(-1, 1), 0)).rgb;\n\tfloat3 j = INPUT.Load(int3(sp + int2(0, 1), 0)).rgb;\n\tfloat3 m = INPUT.Load(int3(sp + int2(-1, 2), 0)).rgb;\n\tfloat3 n = INPUT.Load(int3(sp + int2(0, 2), 0)).rgb;\n\tfloat3 k = INPUT.Load(int3(sp + int2(1, 1), 0)).rgb;\n\tfloat3 l = INPUT.Load(int3(sp + int2(2, 1), 0)).rgb;\n\tfloat3 o = INPUT.Load(int3(sp + int2(1, 2), 0)).rgb;\n\tfloat3 p = INPUT.Load(int3(sp + int2(2, 2), 0)).rgb;\n\n\t// Soft min and max.\n\t// These are 2.0x bigger (factored out the extra multiply).\n\t// a b c b\n\t// e f g * 0.5 + e f g * 0.5 [F]\n\t// i j k j\n\tfloat mnfR = min3(min3(b.r, e.r, f.r), g.r, j.r);\n\tfloat mnfG = min3(min3(b.g, e.g, f.g), g.g, j.g);\n\tfloat mnfB = min3(min3(b.b, e.b, f.b), g.b, j.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mnfR2 = min3(min3(mnfR, a.r, c.r), i.r, k.r);\n\tfloat mnfG2 = min3(min3(mnfG, a.g, c.g), i.g, k.g);\n\tfloat mnfB2 = min3(min3(mnfB, a.b, c.b), i.b, k.b);\n\tmnfR = mnfR + mnfR2;\n\tmnfG = mnfG + mnfG2;\n\tmnfB = mnfB + mnfB2;\n#endif\n\tfloat mxfR = max3(max3(b.r, e.r, f.r), g.r, j.r);\n\tfloat mxfG = max3(max3(b.g, e.g, f.g), g.g, j.g);\n\tfloat mxfB = max3(max3(b.b, e.b, f.b), g.b, j.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mxfR2 = max3(max3(mxfR, a.r, c.r), i.r, k.r);\n\tfloat mxfG2 = max3(max3(mxfG, a.g, c.g), i.g, k.g);\n\tfloat mxfB2 = max3(max3(mxfB, a.b, c.b), i.b, k.b);\n\tmxfR = mxfR + mxfR2;\n\tmxfG = mxfG + mxfG2;\n\tmxfB = mxfB + mxfB2;\n#endif\n\t// b c d c\n\t// f g h * 0.5 + f g h * 0.5 [G]\n\t// j k l k\n\tfloat mngR = min3(min3(c.r, f.r, g.r), h.r, k.r);\n\tfloat mngG = min3(min3(c.g, f.g, g.g), h.g, k.g);\n\tfloat mngB = min3(min3(c.b, f.b, g.b), h.b, k.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mngR2 = min3(min3(mngR, b.r, d.r), j.r, l.r);\n\tfloat mngG2 = min3(min3(mngG, b.g, d.g), j.g, l.g);\n\tfloat mngB2 = min3(min3(mngB, b.b, d.b), j.b, l.b);\n\tmngR = mngR + mngR2;\n\tmngG = mngG + mngG2;\n\tmngB = mngB + mngB2;\n#endif\n\tfloat mxgR = max3(max3(c.r, f.r, g.r), h.r, k.r);\n\tfloat mxgG = max3(max3(c.g, f.g, g.g), h.g, k.g);\n\tfloat mxgB = max3(max3(c.b, f.b, g.b), h.b, k.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mxgR2 = max3(max3(mxgR, b.r, d.r), j.r, l.r);\n\tfloat mxgG2 = max3(max3(mxgG, b.g, d.g), j.g, l.g);\n\tfloat mxgB2 = max3(max3(mxgB, b.b, d.b), j.b, l.b);\n\tmxgR = mxgR + mxgR2;\n\tmxgG = mxgG + mxgG2;\n\tmxgB = mxgB + mxgB2;\n#endif\n\t// e f g f\n\t// i j k * 0.5 + i j k * 0.5 [J]\n\t// m n o n\n\tfloat mnjR = min3(min3(f.r, i.r, j.r), k.r, n.r);\n\tfloat mnjG = min3(min3(f.g, i.g, j.g), k.g, n.g);\n\tfloat mnjB = min3(min3(f.b, i.b, j.b), k.b, n.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mnjR2 = min3(min3(mnjR, e.r, g.r), m.r, o.r);\n\tfloat mnjG2 = min3(min3(mnjG, e.g, g.g), m.g, o.g);\n\tfloat mnjB2 = min3(min3(mnjB, e.b, g.b), m.b, o.b);\n\tmnjR = mnjR + mnjR2;\n\tmnjG = mnjG + mnjG2;\n\tmnjB = mnjB + mnjB2;\n#endif\n\tfloat mxjR = max3(max3(f.r, i.r, j.r), k.r, n.r);\n\tfloat mxjG = max3(max3(f.g, i.g, j.g), k.g, n.g);\n\tfloat mxjB = max3(max3(f.b, i.b, j.b), k.b, n.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mxjR2 = max3(max3(mxjR, e.r, g.r), m.r, o.r);\n\tfloat mxjG2 = max3(max3(mxjG, e.g, g.g), m.g, o.g);\n\tfloat mxjB2 = max3(max3(mxjB, e.b, g.b), m.b, o.b);\n\tmxjR = mxjR + mxjR2;\n\tmxjG = mxjG + mxjG2;\n\tmxjB = mxjB + mxjB2;\n#endif\n\t// f g h g\n\t// j k l * 0.5 + j k l * 0.5 [K]\n\t// n o p o\n\tfloat mnkR = min3(min3(g.r, j.r, k.r), l.r, o.r);\n\tfloat mnkG = min3(min3(g.g, j.g, k.g), l.g, o.g);\n\tfloat mnkB = min3(min3(g.b, j.b, k.b), l.b, o.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mnkR2 = min3(min3(mnkR, f.r, h.r), n.r, p.r);\n\tfloat mnkG2 = min3(min3(mnkG, f.g, h.g), n.g, p.g);\n\tfloat mnkB2 = min3(min3(mnkB, f.b, h.b), n.b, p.b);\n\tmnkR = mnkR + mnkR2;\n\tmnkG = mnkG + mnkG2;\n\tmnkB = mnkB + mnkB2;\n#endif\n\tfloat mxkR = max3(max3(g.r, j.r, k.r), l.r, o.r);\n\tfloat mxkG = max3(max3(g.g, j.g, k.g), l.g, o.g);\n\tfloat mxkB = max3(max3(g.b, j.b, k.b), l.b, o.b);\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat mxkR2 = max3(max3(mxkR, f.r, h.r), n.r, p.r);\n\tfloat mxkG2 = max3(max3(mxkG, f.g, h.g), n.g, p.g);\n\tfloat mxkB2 = max3(max3(mxkB, f.b, h.b), n.b, p.b);\n\tmxkR = mxkR + mxkR2;\n\tmxkG = mxkG + mxkG2;\n\tmxkB = mxkB + mxkB2;\n#endif\n\t// Smooth minimum distance to signal limit divided by smooth max.\n\tfloat rcpMfR = rcp(mxfR);\n\tfloat rcpMfG = rcp(mxfG);\n\tfloat rcpMfB = rcp(mxfB);\n\tfloat rcpMgR = rcp(mxgR);\n\tfloat rcpMgG = rcp(mxgG);\n\tfloat rcpMgB = rcp(mxgB);\n\tfloat rcpMjR = rcp(mxjR);\n\tfloat rcpMjG = rcp(mxjG);\n\tfloat rcpMjB = rcp(mxjB);\n\tfloat rcpMkR = rcp(mxkR);\n\tfloat rcpMkG = rcp(mxkG);\n\tfloat rcpMkB = rcp(mxkB);\n\n#ifdef CAS_BETTER_DIAGONALS\n\tfloat ampfR = saturate(min(mnfR, 2.0 - mxfR) * rcpMfR);\n\tfloat ampfG = saturate(min(mnfG, 2.0 - mxfG) * rcpMfG);\n\tfloat ampfB = saturate(min(mnfB, 2.0 - mxfB) * rcpMfB);\n\tfloat ampgR = saturate(min(mngR, 2.0 - mxgR) * rcpMgR);\n\tfloat ampgG = saturate(min(mngG, 2.0 - mxgG) * rcpMgG);\n\tfloat ampgB = saturate(min(mngB, 2.0 - mxgB) * rcpMgB);\n\tfloat ampjR = saturate(min(mnjR, 2.0 - mxjR) * rcpMjR);\n\tfloat ampjG = saturate(min(mnjG, 2.0 - mxjG) * rcpMjG);\n\tfloat ampjB = saturate(min(mnjB, 2.0 - mxjB) * rcpMjB);\n\tfloat ampkR = saturate(min(mnkR, 2.0 - mxkR) * rcpMkR);\n\tfloat ampkG = saturate(min(mnkG, 2.0 - mxkG) * rcpMkG);\n\tfloat ampkB = saturate(min(mnkB, 2.0 - mxkB) * rcpMkB);\n#else\n\tfloat ampfR = saturate(min(mnfR, 1.0 - mxfR) * rcpMfR);\n\tfloat ampfG = saturate(min(mnfG, 1.0 - mxfG) * rcpMfG);\n\tfloat ampfB = saturate(min(mnfB, 1.0 - mxfB) * rcpMfB);\n\tfloat ampgR = saturate(min(mngR, 1.0 - mxgR) * rcpMgR);\n\tfloat ampgG = saturate(min(mngG, 1.0 - mxgG) * rcpMgG);\n\tfloat ampgB = saturate(min(mngB, 1.0 - mxgB) * rcpMgB);\n\tfloat ampjR = saturate(min(mnjR, 1.0 - mxjR) * rcpMjR);\n\tfloat ampjG = saturate(min(mnjG, 1.0 - mxjG) * rcpMjG);\n\tfloat ampjB = saturate(min(mnjB, 1.0 - mxjB) * rcpMjB);\n\tfloat ampkR = saturate(min(mnkR, 1.0 - mxkR) * rcpMkR);\n\tfloat ampkG = saturate(min(mnkG, 1.0 - mxkG) * rcpMkG);\n\tfloat ampkB = saturate(min(mnkB, 1.0 - mxkB) * rcpMkB);\n#endif\n\t// Shaping amount of sharpening.\n\tampfR = sqrt(ampfR);\n\tampfG = sqrt(ampfG);\n\tampfB = sqrt(ampfB);\n\tampgR = sqrt(ampgR);\n\tampgG = sqrt(ampgG);\n\tampgB = sqrt(ampgB);\n\tampjR = sqrt(ampjR);\n\tampjG = sqrt(ampjG);\n\tampjB = sqrt(ampjB);\n\tampkR = sqrt(ampkR);\n\tampkG = sqrt(ampkG);\n\tampkB = sqrt(ampkB);\n\n\t// Filter shape.\n\t// 0 w 0\n\t// w 1 w\n\t// 0 w 0\n\tfloat wfR = ampfR * peak;\n\tfloat wfG = ampfG * peak;\n\tfloat wfB = ampfB * peak;\n\tfloat wgR = ampgR * peak;\n\tfloat wgG = ampgG * peak;\n\tfloat wgB = ampgB * peak;\n\tfloat wjR = ampjR * peak;\n\tfloat wjG = ampjG * peak;\n\tfloat wjB = ampjB * peak;\n\tfloat wkR = ampkR * peak;\n\tfloat wkG = ampkG * peak;\n\tfloat wkB = ampkB * peak;\n\t// Blend between 4 results.\n\t// s t\n\t// u v\n\tfloat s = (1.0 - pp.x) * (1.0 - pp.y);\n\tfloat t = pp.x * (1.0 - pp.y);\n\tfloat u = (1.0 - pp.x) * pp.y;\n\tfloat v = pp.x * pp.y;\n\t// Thin edges to hide bilinear interpolation (helps diagonals).\n\tfloat thinB = 1.0 / 32.0;\n\n\ts *= rcp(thinB + (mxfG - mnfG));\n\tt *= rcp(thinB + (mxgG - mngG));\n\tu *= rcp(thinB + (mxjG - mnjG));\n\tv *= rcp(thinB + (mxkG - mnkG));\n\n\t// Final weighting.\n\t// b c\n\t// e f g h\n\t// i j k l\n\t// n o\n\t// _____ _____ _____ _____\n\t// fs gt \n\t//\n\t// _____ _____ _____ _____\n\t// fs s gt fs t gt\n\t// ju kv\n\t// _____ _____ _____ _____\n\t// fs gt\n\t// ju u kv ju v kv\n\t// _____ _____ _____ _____\n\t//\n\t// ju kv\n\tfloat qbeR = wfR * s;\n\tfloat qbeG = wfG * s;\n\tfloat qbeB = wfB * s;\n\tfloat qchR = wgR * t;\n\tfloat qchG = wgG * t;\n\tfloat qchB = wgB * t;\n\tfloat qfR = wgR * t + wjR * u + s;\n\tfloat qfG = wgG * t + wjG * u + s;\n\tfloat qfB = wgB * t + wjB * u + s;\n\tfloat qgR = wfR * s + wkR * v + t;\n\tfloat qgG = wfG * s + wkG * v + t;\n\tfloat qgB = wfB * s + wkB * v + t;\n\tfloat qjR = wfR * s + wkR * v + u;\n\tfloat qjG = wfG * s + wkG * v + u;\n\tfloat qjB = wfB * s + wkB * v + u;\n\tfloat qkR = wgR * t + wjR * u + v;\n\tfloat qkG = wgG * t + wjG * u + v;\n\tfloat qkB = wgB * t + wjB * u + v;\n\tfloat qinR = wjR * u;\n\tfloat qinG = wjG * u;\n\tfloat qinB = wjB * u;\n\tfloat qloR = wkR * v;\n\tfloat qloG = wkG * v;\n\tfloat qloB = wkB * v;\n\t// Filter.\n\t// Using green coef only, depending on dead code removal to strip out the extra overhead.\n\tfloat rcpWG = rcp(2.0 * qbeG + 2.0 * qchG + 2.0 * qinG + 2.0 * qloG + qfG + qgG + qjG + qkG);\n\n\treturn float3(\n\t\tsaturate((b.r * qbeG + e.r * qbeG + c.r * qchG + h.r * qchG + i.r * qinG + n.r * qinG + l.r * qloG + o.r * qloG + f.r * qfG + g.r * qgG + j.r * qjG + k.r * qkG) * rcpWG),\n\t\tsaturate((b.g * qbeG + e.g * qbeG + c.g * qchG + h.g * qchG + i.g * qinG + n.g * qinG + l.g * qloG + o.g * qloG + f.g * qfG + g.g * qgG + j.g * qjG + k.g * qkG) * rcpWG),\n\t\tsaturate((b.b * qbeG + e.b * qbeG + c.b * qchG + h.b * qchG + i.b * qinG + n.b * qinG + l.b * qloG + o.b * qloG + f.b * qfG + g.b * qgG + j.b * qjG + k.b * qkG) * rcpWG)\n\t);\n}\n\n#endif\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = blockStart + Rmp8x8(threadId.x);\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat4 const0;\n\tconst0.xy = GetInputSize() * GetOutputPt();\n\tconst0.zw = 0.5 * const0.xy - 0.5;\n\n\tconst MF peak = MF(-rcp(lerp(8.0, 5.0, sharpness)));\n\n#ifdef MP_FP16\n\tconst float offset = 8 / GetScale().x;\n\n\tMF2 pixR, pixG, pixB;\n\tCasFilterH(pixR, pixG, pixB, gxy, const0, offset, peak);\n\n\tOUTPUT[gxy] = MF4(pixR.x, pixG.x, pixB.x, 1);\n\n\tgxy.x += 8u;\n\tOUTPUT[gxy] = MF4(pixR.y, pixG.y, pixB.y, 1);\n\n\tgxy += int2(-8, 8);\n\tCasFilterH(pixR, pixG, pixB, gxy, const0, offset, peak);\n\n\tOUTPUT[gxy] = MF4(pixR.x, pixG.x, pixB.x, 1);\n\n\tgxy.x += 8u;\n\tOUTPUT[gxy] = MF4(pixR.y, pixG.y, pixB.y, 1);\n#else\n\tOUTPUT[gxy] = float4(CasFilter(gxy, const0, peak), 1);\n\n\tgxy.x += 8u;\n\tOUTPUT[gxy] = float4(CasFilter(gxy, const0, peak), 1);\n\n\tgxy.y += 8u;\n\tOUTPUT[gxy] = float4(CasFilter(gxy, const0, peak), 1);\n\n\tgxy.x -= 8u;\n\tOUTPUT[gxy] = float4(CasFilter(gxy, const0, peak), 1);\n#endif\n}\n"
},
{
"path": "src/Effects/CRT/CRT_Easymode.hlsl",
"content": "// CRT-Easymode\n// 移植自 https://github.com/libretro/common-shaders/blob/master/crt/shaders/crt-easymode.cg\n\n/*\n\tCRT Shader by EasyMode\n\tLicense: GPL\n\n\tA flat CRT shader ideally for 1080p or higher displays.\n\n\tRecommended Settings:\n\n\tVideo\n\t- Aspect Ratio: 4:3\n\t- Integer Scale: Off\n\n\tShader\n\t- Filter: Nearest\n\t- Scale: Don't Care\n\n\tExample RGB Mask Parameter Settings:\n\n\tAperture Grille (Default)\n\t- Dot Width: 1\n\t- Dot Height: 1\n\t- Stagger: 0\n\n\tLottes' Shadow Mask\n\t- Dot Width: 2\n\t- Dot Height: 1\n\t- Stagger: 3\n*/\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Sharpness Horizontal\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpnessH;\n\n//!PARAMETER\n//!LABEL Sharpness Vertical\n//!DEFAULT 1\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpnessV;\n\n//!PARAMETER\n//!LABEL Mask Strength\n//!DEFAULT 0.3\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat maskStrength;\n\n//!PARAMETER\n//!LABEL Mask Dot Width\n//!DEFAULT 1\n//!MIN 1\n//!MAX 100\n//!STEP 1\nint maskDotWidth;\n\n//!PARAMETER\n//!LABEL Mask Dot Height\n//!DEFAULT 1\n//!MIN 1\n//!MAX 100\n//!STEP 1\nint maskDotHeight;\n\n//!PARAMETER\n//!LABEL Mask Stagger\n//!DEFAULT 0\n//!MIN 0\n//!MAX 100\n//!STEP 1\nint maskStagger;\n\n//!PARAMETER\n//!LABEL Mask Size\n//!DEFAULT 1\n//!MIN 1\n//!MAX 100\n//!STEP 1\nint maskSize;\n\n//!PARAMETER\n//!LABEL Scanline Strength\n//!DEFAULT 1\n//!MIN 0\n//!MAX 1\n//!STEP 1\nfloat scanlineStrength;\n\n//!PARAMETER\n//!LABEL Scanline Beam Width Min\n//!DEFAULT 1.5\n//!MIN 0.5\n//!MAX 5\n//!STEP 0.1\nfloat scanlineBeamWidthMin;\n\n//!PARAMETER\n//!LABEL Scanline Beam Width Max\n//!DEFAULT 1.5\n//!MIN 0.5\n//!MAX 5\n//!STEP 0.1\nfloat scanlineBeamWidthMax;\n\n//!PARAMETER\n//!LABEL Scanline Brightness Min\n//!DEFAULT 0.35\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat scanlineBrightMin;\n\n//!PARAMETER\n//!LABEL Scanline Brightness Max\n//!DEFAULT 0.65\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat scanlineBrightMax;\n\n//!PARAMETER\n//!LABEL Scanline Cutoff\n//!DEFAULT 400\n//!MIN 1\n//!MAX 1000\n//!STEP 1\nint scanlineCutoff;\n\n//!PARAMETER\n//!LABEL Gamma Input\n//!DEFAULT 2\n//!MIN 0.1\n//!MAX 5\n//!STEP 0.01\nfloat gammaInput;\n\n//!PARAMETER\n//!LABEL Gamma Output\n//!DEFAULT 1.8\n//!MIN 0.1\n//!MAX 5\n//!STEP 0.01\nfloat gammaOutput;\n\n//!PARAMETER\n//!LABEL Brightness Boost\n//!DEFAULT 1.2\n//!MIN 1\n//!MAX 2\n//!STEP 0.01\nfloat brightBoost;\n\n//!PARAMETER\n//!LABEL Dilation\n//!DEFAULT 1\n//!MIN 0\n//!MAX 1\n//!STEP 1\nint dilation;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\n#pragma warning(disable: 3571) // X3571: pow(f, e) will not work for negative f, use abs(f) or conditionally handle negative values if you expect them\n\n#define FIX(c) max(abs(c), 1e-5)\n#define PI 3.141592653589\n#define TEX2D(c) dilate(INPUT.SampleLevel(sam, c, 0))\n#define mod(x,y) (x - y * trunc(x/y))\n\n// Set to 0 to use linear filter and gain speed\n#define ENABLE_LANCZOS 1\n\nfloat4 dilate(float4 col) {\n\tfloat4 x = lerp(float4(1, 1, 1, 1), col, dilation);\n\n\treturn col * x;\n}\n\nfloat curve_distance(float x, float sharp) {\n\t/*\n\t\tapply half-circle s-curve to distance for sharper (more pixelated) interpolation\n\t\tsingle line formula for Graph Toy:\n\t\t0.5 - sqrt(0.25 - (x - step(0.5, x)) * (x - step(0.5, x))) * sign(0.5 - x)\n\t*/\n\n\tfloat x_step = step(0.5, x);\n\tfloat curve = 0.5 - sqrt(0.25 - (x - x_step) * (x - x_step)) * sign(0.5 - x);\n\n\treturn lerp(x, curve, sharp);\n}\n\nfloat4x4 get_color_matrix(float2 co) {\n\tfloat2 inputPt = GetInputPt();\n\treturn float4x4(TEX2D(co - float2(inputPt.x, 0)), TEX2D(co), TEX2D(co + float2(inputPt.x, 0)), TEX2D(co + float2(2.0 * inputPt.x, 0)));\n}\n\nfloat3 filter_lanczos(float4 coeffs, float4x4 color_matrix) {\n\tfloat4 col = mul(coeffs, color_matrix);\n\tfloat4 sample_min = min(color_matrix[1], color_matrix[2]);\n\tfloat4 sample_max = max(color_matrix[1], color_matrix[2]);\n\n\tcol = clamp(col, sample_min, sample_max);\n\n\treturn col.rgb;\n}\n\nfloat4 Pass1(float2 pos) {\n\tfloat2 inputPt = GetInputPt();\n\tint2 inputSize = GetInputSize();\n\tint2 outputSize = GetOutputSize();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pix_co = pos * inputSize - 0.5f;\n\t\n\tfloat2 tex_co = (floor(pix_co) + 0.5) * inputPt;\n\tfloat2 dist = frac(pix_co);\n\tfloat curve_x;\n\tfloat3 col, col2;\n\n#if ENABLE_LANCZOS\n\tcurve_x = curve_distance(dist.x, sharpnessH * sharpnessH);\n\n\tfloat4 coeffs = PI * float4(1.0 + curve_x, curve_x, 1.0 - curve_x, 2.0 - curve_x);\n\n\tcoeffs = FIX(coeffs);\n\tcoeffs = 2.0 * sin(coeffs) * sin(coeffs / 2.0) / (coeffs * coeffs);\n\tcoeffs /= dot(coeffs, 1.0);\n\n\tcol = filter_lanczos(coeffs, get_color_matrix(tex_co));\n\tcol2 = filter_lanczos(coeffs, get_color_matrix(tex_co + float2(0, inputPt.y)));\n#else\n\tcurve_x = curve_distance(dist.x, sharpnessH);\n\n\tcol = lerp(TEX2D(tex_co).rgb, TEX2D(tex_co + float2(inputPt.x, 0)).rgb, curve_x);\n\tcol2 = lerp(TEX2D(tex_co + float2(0, inputPt.y)).rgb, TEX2D(tex_co + float2(inputPt.x, inputPt.y)).rgb, curve_x);\n#endif\n\n\tcol = lerp(col, col2, curve_distance(dist.y, sharpnessV));\n\tcol = pow(col, gammaInput / (dilation + 1.0));\n\n\tfloat luma = dot(float3(0.2126, 0.7152, 0.0722), col);\n\tfloat bright = (max(col.r, max(col.g, col.b)) + luma) / 2.0;\n\tfloat scan_bright = clamp(bright, scanlineBrightMin, scanlineBrightMax);\n\tfloat scan_beam = clamp(bright * scanlineBeamWidthMax, scanlineBeamWidthMin, scanlineBeamWidthMax);\n\tfloat scan_weight = 1.0 - pow(cos(pos.y * 2.0 * PI * inputSize.y) * 0.5 + 0.5, scan_beam) * scanlineStrength;\n\n\tfloat mask = 1.0 - maskStrength;\n\tfloat2 mod_fac = floor(pos * outputSize / float2(maskSize, maskDotHeight * maskSize));\n\tint dot_no = int(mod((mod_fac.x + mod(mod_fac.y, 2.0) * maskStagger) / maskDotWidth, 3.0));\n\tfloat3 mask_weight;\n\n\tif (dot_no == 0) mask_weight = float3(1.0, mask, mask);\n\telse if (dot_no == 1) mask_weight = float3(mask, 1.0, mask);\n\telse mask_weight = float3(mask, mask, 1.0);\n\n\tif (inputSize.y >= scanlineCutoff) scan_weight = 1.0;\n\n\tcol2 = col.rgb;\n\tcol *= scan_weight;\n\tcol = lerp(col, col2, scan_bright);\n\tcol *= mask_weight;\n\tcol = pow(col, 1.0 / gammaOutput);\n\n\treturn float4(col * brightBoost, 1);\n}\n"
},
{
"path": "src/Effects/CRT/CRT_Geom.hlsl",
"content": "// CRT-Geom\n// 移植自 https://github.com/libretro/common-shaders/blob/master/crt/shaders/crt-geom.cg\n\n/*\n\tCRT-interlaced\n\n\tCopyright (C) 2010-2012 cgwg, Themaister and DOLLS\n\n\tThis program is free software; you can redistribute it and/or modify it\n\tunder the terms of the GNU General Public License as published by the Free\n\tSoftware Foundation; either version 2 of the License, or (at your option)\n\tany later version.\n\n\t(cgwg gave their consent to have the original version of this shader\n\tdistributed under the GPL in this message:\n\n\t\thttp://board.byuu.org/viewtopic.php?p=26075#p26075\n\n\t\t\"Feel free to distribute my shaders under the GPL. After all, the\n\t\tbarrel distortion code was taken from the Curvature shader, which is\n\t\tunder the GPL.\"\n\t)\n\tThis shader variant is pre-configured with screen curvature\n*/\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Target Gamma\n//!DEFAULT 2.4\n//!MIN 0.1\n//!MAX 5\n//!STEP 0.01\nfloat CRTGamma;\n\n//!PARAMETER\n//!LABEL Monitor Gamma\n//!DEFAULT 2.2\n//!MIN 0.1\n//!MAX 5\n//!STEP 0.01\nfloat monitorGamma;\n\n//!PARAMETER\n//!LABEL Distance\n//!DEFAULT 1.5\n//!MIN 0.1\n//!MAX 3.0\n//!STEP 0.01\nfloat distance;\n\n//!PARAMETER\n//!LABEL Curvature\n//!DEFAULT 1\n//!MIN 0\n//!MAX 1\n//!STEP 1\nint curvature;\n\n//!PARAMETER\n//!LABEL Curvature Radius\n//!DEFAULT 2\n//!MIN 0.1\n//!MAX 10\n//!STEP 0.1\nfloat radius;\n\n//!PARAMETER\n//!LABEL Corner Size\n//!DEFAULT 0.03\n//!MIN 0\n//!MAX 1.0\n//!STEP 0.01\nfloat cornerSize;\n\n//!PARAMETER\n//!LABEL Corner Smoothness\n//!DEFAULT 1000\n//!MIN 80\n//!MAX 2000\n//!STEP 1\nint cornerSmooth;\n\n//!PARAMETER\n//!LABEL Horizontal Tilt\n//!DEFAULT 0\n//!MIN -0.5\n//!MAX 0.5\n//!STEP 0.01\nfloat xTilt;\n\n//!PARAMETER\n//!LABEL Vertical Tilt\n//!DEFAULT 0\n//!MIN -0.5\n//!MAX 0.5\n//!STEP 0.01\nfloat yTilt;\n\n//!PARAMETER\n//!LABEL Horizontal Overscan\n//!DEFAULT 100\n//!MIN -125\n//!MAX 125\n//!STEP 1\nint overScanX;\n\n//!PARAMETER\n//!LABEL Vertical Overscan\n//!DEFAULT 100\n//!MIN -125\n//!MAX 125\n//!STEP 1\nint overScanY;\n\n//!PARAMETER\n//!LABEL Dot Mask\n//!DEFAULT 0.3\n//!MIN 0\n//!MAX 0.3\n//!STEP 0.01\nfloat dotMask;\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 1\n//!MIN 1\n//!MAX 3\n//!STEP 1\nint sharper;\n\n//!PARAMETER\n//!LABEL Scanline Weight\n//!DEFAULT 0.3\n//!MIN 0.1\n//!MAX 0.5\n//!STEP 0.01\nfloat scanlineWeight;\n\n//!PARAMETER\n//!LABEL Luminance Boost\n//!DEFAULT 0\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat lum;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\n#pragma warning(disable: 3571) // X3571: pow(f, e) will not work for negative f, use abs(f) or conditionally handle negative values if you expect them\n\n// Use the older, purely gaussian beam profile; uncomment for speed\n// #define USEGAUSSIAN\n\n// Macros.\n#define FIX(c) max(abs(c), 1e-5)\n#define PI 3.141592653589\n\n#define TEX2D(c) pow(INPUT.SampleLevel(sam, (c), 0), CRTGamma)\n\n// aspect ratio\n#define aspect float2(1.0, 0.75)\n\nfloat intersect(float2 xy, float4 sin_cos_angle) {\n\tfloat A = dot(xy, xy) + distance * distance;\n\tfloat B = 2.0 * (radius * (dot(xy, sin_cos_angle.xy) - distance * sin_cos_angle.zw.x * sin_cos_angle.zw.y) - distance * distance);\n\tfloat C = distance * distance + 2.0 * radius * distance * sin_cos_angle.zw.x * sin_cos_angle.zw.y;\n\treturn (-B - sqrt(B * B - 4.0 * A * C)) / (2.0 * A);\n}\n\nfloat2 bkwtrans(float2 xy, float4 sin_cos_angle) {\n\tfloat c = intersect(xy, sin_cos_angle);\n\tfloat2 point_ = c * xy;\n\tpoint_ += radius * sin_cos_angle.xy;\n\tpoint_ /= radius;\n\tfloat2 tang = sin_cos_angle.xy / sin_cos_angle.zw;\n\tfloat2 poc = point_ / sin_cos_angle.zw;\n\tfloat A = dot(tang, tang) + 1.0;\n\tfloat B = -2.0 * dot(poc, tang);\n\tfloat C = dot(poc, poc) - 1.0;\n\tfloat a = (-B + sqrt(B * B - 4.0 * A * C)) / (2.0 * A);\n\tfloat2 uv = (point_ - a * sin_cos_angle.xy) / sin_cos_angle.zw;\n\tfloat r = FIX(radius * acos(a));\n\treturn uv * r / sin(r / radius);\n}\n\nfloat2 fwtrans(float2 uv, float4 sin_cos_angle) {\n\tfloat r = FIX(sqrt(dot(uv, uv)));\n\tuv *= sin(r / radius) / r;\n\tfloat x = 1.0 - cos(r / radius);\n\tfloat D = distance / radius + x * sin_cos_angle.z * sin_cos_angle.w + dot(uv, sin_cos_angle.xy);\n\treturn distance * (uv * sin_cos_angle.zw - x * sin_cos_angle.xy) / D;\n}\n\nfloat3 maxscale(float4 sin_cos_angle) {\n\tfloat2 c = bkwtrans(-radius * sin_cos_angle.xy / (1.0 + radius / distance * sin_cos_angle.z * sin_cos_angle.w), sin_cos_angle);\n\tfloat2 a = 0.5 * aspect;\n\tfloat2 lo = float2(fwtrans(float2(-a.x, c.y), sin_cos_angle).x,\n\t\tfwtrans(float2(c.x, -a.y), sin_cos_angle).y) / aspect;\n\tfloat2 hi = float2(fwtrans(float2(+a.x, c.y), sin_cos_angle).x,\n\t\tfwtrans(float2(c.x, +a.y), sin_cos_angle).y) / aspect;\n\treturn float3((hi + lo) * aspect * 0.5, max(hi.x - lo.x, hi.y - lo.y));\n}\n\n// Calculate the influence of a scanline on the current pixel.\n//\n// 'distance' is the distance in texture coordinates from the current\n// pixel to the scanline in question.\n// 'color' is the colour of the scanline at the horizontal location of\n// the current pixel.\nfloat4 scanlineWeights(float distance1, float4 color) {\n\t// \"wid\" controls the width of the scanline beam, for each RGB\n\t// channel The \"weights\" lines basically specify the formula\n\t// that gives you the profile of the beam, i.e. the intensity as\n\t// a function of distance from the vertical center of the\n\t// scanline. In this case, it is gaussian if width=2, and\n\t// becomes nongaussian for larger widths. Ideally this should\n\t// be normalized so that the integral across the beam is\n\t// independent of its width. That is, for a narrower beam\n\t// \"weights\" should have a higher peak at the center of the\n\t// scanline than for a wider beam.\n#ifdef USEGAUSSIAN\n\tfloat4 wid = 0.3 + 0.1 * pow(color, 3.0);\n\tfloat v = distance1 / (wid * scanline_weight / 0.3);\n\tfloat4 weights = { v, v, v, v };\n\treturn (lum + 0.4) * exp(-weights * weights) / wid;\n#else\n\tfloat4 wid = 2.0 + 2.0 * pow(color, 4.0);\n\tfloat v = distance1 / scanlineWeight;\n\tfloat4 weights = float4(v, v, v, v);\n\treturn (lum + 1.4) * exp(-pow(weights * rsqrt(0.5 * wid), wid)) / (0.6 + 0.2 * wid);\n#endif\n}\n\nfloat4 Pass1(float2 pos) {\n\tconst uint2 outputSize = GetOutputSize();\n\tconst uint2 inputSize = GetInputSize();\n\n\tfloat4 sin_cos_angle = { sin(float2(xTilt, yTilt)), cos(float2(xTilt, yTilt)) };\n\tfloat3 stretch = maxscale(sin_cos_angle);\n\tfloat2 TextureSize = float2(sharper * inputSize.x, inputSize.y);\n\t// Resulting X pixel-coordinate of the pixel we're drawing.\n\tfloat mod_factor = pos.x * outputSize.x;\n\tfloat2 ilfac = { 1.0, clamp(floor(inputSize.y / 1000.0), 1.0, 2.0)};\n\tfloat2 one = ilfac / TextureSize;\n\n\t// Here's a helpful diagram to keep in mind while trying to\n\t// understand the code:\n\t//\n\t// | | | | |\n\t// -------------------------------\n\t// | | | | |\n\t// | 01 | 11 | 21 | 31 | <-- current scanline\n\t// | | @ | | |\n\t// -------------------------------\n\t// | | | | |\n\t// | 02 | 12 | 22 | 32 | <-- next scanline\n\t// | | | | |\n\t// -------------------------------\n\t// | | | | |\n\t//\n\t// Each character-cell represents a pixel on the output\n\t// surface, \"@\" represents the current pixel (always somewhere\n\t// in the bottom half of the current scan-line, or the top-half\n\t// of the next scanline). The grid of lines represents the\n\t// edges of the texels of the underlying texture.\n\n\t// Texture coordinates of the texel containing the active pixel.\n\tfloat2 xy = 0.0;\n\tif (curvature > 0) {\n\t\tfloat2 cd = pos;\n\t\tcd = (cd - 0.5) * aspect * stretch.z + stretch.xy;\n\t\txy = bkwtrans(cd, sin_cos_angle) / float2(overScanX / 100.0, overScanY / 100.0) / aspect + float2(0.5, 0.5);\n\t} else {\n\t\txy = pos;\n\t}\n\n\tfloat2 cd2 = xy;\n\tcd2 = (cd2 - 0.5) * float2(overScanX, overScanY) / 100.0 + 0.5;\n\tcd2 = min(cd2, 1.0 - cd2) * aspect;\n\tfloat2 cdist = float2(cornerSize, cornerSize);\n\tcd2 = (cdist - min(cd2, cdist));\n\tfloat dist = sqrt(dot(cd2, cd2));\n\tfloat cval = clamp((cdist.x - dist) * cornerSmooth, 0.0, 1.0);\n\n\tfloat2 ratio_scale = (xy * TextureSize - 0.5) / ilfac;\n\n\tfloat filter = rcp(GetScale().y);\n\tfloat2 uv_ratio = frac(ratio_scale);\n\n\t// Snap to the center of the underlying texel.\n\n\txy = (floor(ratio_scale) * ilfac + 0.5) / TextureSize;\n\n\t// Calculate Lanczos scaling coefficients describing the effect\n\t// of various neighbour texels in a scanline on the current\n\t// pixel.\n\tfloat4 coeffs = PI * float4(1.0 + uv_ratio.x, uv_ratio.x, 1.0 - uv_ratio.x, 2.0 - uv_ratio.x);\n\n\t// Prevent division by zero.\n\tcoeffs = FIX(coeffs);\n\n\t// Lanczos2 kernel.\n\tcoeffs = 2.0 * sin(coeffs) * sin(coeffs / 2.0) / (coeffs * coeffs);\n\n\t// Normalize.\n\tcoeffs /= dot(coeffs, float4(1.0, 1.0, 1.0, 1.0));\n\n\t// Calculate the effective colour of the current and next\n\t// scanlines at the horizontal location of the current pixel,\n\t// using the Lanczos coefficients above.\n\tfloat4 col = clamp(mul(coeffs, float4x4(\n\t\tTEX2D(xy + float2(-one.x, 0.0)),\n\t\tTEX2D(xy),\n\t\tTEX2D(xy + float2(one.x, 0.0)),\n\t\tTEX2D(xy + float2(2.0 * one.x, 0.0)))),\n\t\t0.0, 1.0);\n\tfloat4 col2 = clamp(mul(coeffs, float4x4(\n\t\tTEX2D(xy + float2(-one.x, one.y)),\n\t\tTEX2D(xy + float2(0.0, one.y)),\n\t\tTEX2D(xy + one),\n\t\tTEX2D(xy + float2(2.0 * one.x, one.y)))),\n\t\t0.0, 1.0);\n\n\tcol = pow(col, CRTGamma);\n\tcol2 = pow(col2, CRTGamma);\n\n\t// Calculate the influence of the current and next scanlines on\n\t// the current pixel.\n\tfloat4 weights = scanlineWeights(uv_ratio.y, col);\n\tfloat4 weights2 = scanlineWeights(1.0 - uv_ratio.y, col2);\n\n\tuv_ratio.y = uv_ratio.y + 1.0 / 3.0 * filter;\n\tweights = (weights + scanlineWeights(uv_ratio.y, col)) / 3.0;\n\tweights2 = (weights2 + scanlineWeights(abs(1.0 - uv_ratio.y), col2)) / 3.0;\n\tuv_ratio.y = uv_ratio.y - 2.0 / 3.0 * filter;\n\tweights = weights + scanlineWeights(abs(uv_ratio.y), col) / 3.0;\n\tweights2 = weights2 + scanlineWeights(abs(1.0 - uv_ratio.y), col2) / 3.0;\n\n\tfloat3 mul_res = (col * weights + col2 * weights2).rgb;\n\tmul_res *= float3(cval, cval, cval);\n\n\t// dot-mask emulation:\n\t// Output pixels are alternately tinted green and magenta.\n\tfloat3 dotMaskWeights = lerp(\n\t\tfloat3(1.0, 1.0 - dotMask, 1.0),\n\t\tfloat3(1.0 - dotMask, 1.0, 1.0 - dotMask),\n\t\tfloor(fmod(mod_factor, 2.0))\n\t);\n\tmul_res *= dotMaskWeights;\n\n\t// Convert the image gamma for display on our output device.\n\tmul_res = pow(mul_res, 1.0 / monitorGamma);\n\n\t// Color the texel.\n\treturn float4(mul_res, 1.0);\n}\n"
},
{
"path": "src/Effects/CRT/CRT_Hyllian.hlsl",
"content": "// CRT-Hyllian\n// 移植自 https://github.com/libretro/common-shaders/blob/master/crt/shaders/crt-hyllian.cg\n// 要求整数倍缩放\n\n/*\n Hyllian's CRT Shader\n\n Copyright (C) 2011-2016 Hyllian - sergiogdb@gmail.com\n\n Permission is hereby granted, free of charge, to any person obtaining a copy\n of this software and associated documentation files (the \"Software\"), to deal\n in the Software without restriction, including without limitation the rights\n to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n copies of the Software, and to permit persons to whom the Software is\n furnished to do so, subject to the following conditions:\n\n The above copyright notice and this permission notice shall be included in\n all copies or substantial portions of the Software.\n\n THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\n THE SOFTWARE.\n\n*/\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Phosphor\n//!DEFAULT 1\n//!MIN 0\n//!MAX 1\n//!STEP 1\nint phosphor;\n\n//!PARAMETER\n//!LABEL Vertical Scanlines\n//!DEFAULT 0\n//!MIN 0\n//!MAX 1\n//!STEP 1\nint vScanlines;\n\n//!PARAMETER\n//!LABEL Input Gamma\n//!DEFAULT 2.5\n//!MIN 0\n//!MAX 5\n//!STEP 0.01\nfloat inputGamma;\n\n//!PARAMETER\n//!LABEL Output Gamma\n//!DEFAULT 2.2\n//!MIN 0\n//!MAX 5\n//!STEP 0.01\nfloat outputGamma;\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 1\n//!MIN 1\n//!MAX 5\n//!STEP 1\nint sharpness;\n\n//!PARAMETER\n//!LABEL Color Boost\n//!DEFAULT 1.5\n//!MIN 1\n//!MAX 2\n//!STEP 0.01\nfloat colorBoost;\n\n//!PARAMETER\n//!LABEL Red Boost\n//!DEFAULT 1\n//!MIN 1\n//!MAX 2\n//!STEP 0.01\nfloat redBoost;\n\n//!PARAMETER\n//!LABEL Green Boost\n//!DEFAULT 1\n//!MIN 1\n//!MAX 2\n//!STEP 0.01\nfloat greenBoost;\n\n//!PARAMETER\n//!LABEL Blue Boost\n//!DEFAULT 1\n//!MIN 1\n//!MAX 2\n//!STEP 0.01\nfloat blueBoost;\n\n//!PARAMETER\n//!LABEL Scanline Strength\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat scanlinesStrength;\n\n//!PARAMETER\n//!LABEL Min Beam Width\n//!DEFAULT 0.86\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat beamMinWidth;\n\n//!PARAMETER\n//!LABEL Max Beam Width\n//!DEFAULT 1\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat beamMaxWidth;\n\n//!PARAMETER\n//!LABEL Anti-Ringing\n//!DEFAULT 0.8\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat crtAntiRinging;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\n#pragma warning(disable: 3571) // X3571: pow(f, e) will not work for negative f, use abs(f) or conditionally handle negative values if you expect them\n\n#define GAMMA_IN(color) pow(color, float3(inputGamma, inputGamma, inputGamma))\n#define GAMMA_OUT(color) pow(color, float3(1.0 / outputGamma, 1.0 / outputGamma, 1.0 / outputGamma))\n\n// Horizontal cubic filter.\n\n// Some known filters use these values:\n\n// B = 0.0, C = 0.0 => Hermite cubic filter.\n// B = 1.0, C = 0.0 => Cubic B-Spline filter.\n// B = 0.0, C = 0.5 => Catmull-Rom Spline filter. This is the default used in this shader.\n// B = C = 1.0/3.0 => Mitchell-Netravali cubic filter.\n// B = 0.3782, C = 0.3109 => Robidoux filter.\n// B = 0.2620, C = 0.3690 => Robidoux Sharp filter.\n// B = 0.36, C = 0.28 => My best config for ringing elimination in pixel art (Hyllian).\n\n\n// For more info, see: http://www.imagemagick.org/Usage/img_diagrams/cubic_survey.gif\n\n// Change these params to configure the horizontal filter.\nconst static float B = 0.0;\nconst static float C = 0.5;\n\nconst static float4x4 invX = float4x4((-B - 6.0 * C) / 6.0, (3.0 * B + 12.0 * C) / 6.0, (-3.0 * B - 6.0 * C) / 6.0, B / 6.0,\n (12.0 - 9.0 * B - 6.0 * C) / 6.0, (-18.0 + 12.0 * B + 6.0 * C) / 6.0, 0.0, (6.0 - 2.0 * B) / 6.0,\n -(12.0 - 9.0 * B - 6.0 * C) / 6.0, (18.0 - 15.0 * B - 12.0 * C) / 6.0, (3.0 * B + 6.0 * C) / 6.0, B / 6.0,\n (B + 6.0 * C) / 6.0, -C, 0.0, 0.0);\n\nfloat4 Pass1(float2 pos) {\n uint2 inputSize = GetInputSize();\n uint2 outputSize = GetOutputSize();\n float3 color;\n\n float2 TextureSize = float2(sharpness * inputSize.x, inputSize.y);\n\n float2 dx = lerp(float2(1.0 / TextureSize.x, 0.0), float2(0.0, 1.0 / TextureSize.y), vScanlines);\n float2 dy = lerp(float2(0.0, 1.0 / TextureSize.y), float2(1.0 / TextureSize.x, 0.0), vScanlines);\n\n float2 pix_coord = pos * TextureSize + float2(-0.5, 0.5);\n\n float2 tc = lerp((floor(pix_coord) + float2(0.5, 0.5)) / TextureSize, (floor(pix_coord) + float2(1.0, -0.5)) / TextureSize, vScanlines);\n\n float2 fp = lerp(frac(pix_coord), frac(pix_coord.yx), vScanlines);\n\n float3 c00 = GAMMA_IN(INPUT.SampleLevel(sam, tc - dx - dy, 0).xyz);\n float3 c01 = GAMMA_IN(INPUT.SampleLevel(sam, tc - dy, 0).xyz);\n float3 c02 = GAMMA_IN(INPUT.SampleLevel(sam, tc + dx - dy, 0).xyz);\n float3 c03 = GAMMA_IN(INPUT.SampleLevel(sam, tc + 2.0 * dx - dy, 0).xyz);\n float3 c10 = GAMMA_IN(INPUT.SampleLevel(sam, tc - dx, 0).xyz);\n float3 c11 = GAMMA_IN(INPUT.SampleLevel(sam, tc, 0).xyz);\n float3 c12 = GAMMA_IN(INPUT.SampleLevel(sam, tc + dx, 0).xyz);\n float3 c13 = GAMMA_IN(INPUT.SampleLevel(sam, tc + 2.0 * dx, 0).xyz);\n\n // Get min/max samples\n float3 min_sample = min(min(c01, c11), min(c02, c12));\n float3 max_sample = max(max(c01, c11), max(c02, c12));\n\n float4x3 color_matrix0 = float4x3(c00, c01, c02, c03);\n float4x3 color_matrix1 = float4x3(c10, c11, c12, c13);\n\n float4 invX_Px = mul(invX, float4(fp.x * fp.x * fp.x, fp.x * fp.x, fp.x, 1.0));\n float3 color0 = mul(invX_Px, color_matrix0);\n float3 color1 = mul(invX_Px, color_matrix1);\n\n // Anti-ringing\n float3 aux = color0;\n color0 = clamp(color0, min_sample, max_sample);\n color0 = lerp(aux, color0, crtAntiRinging);\n aux = color1;\n color1 = clamp(color1, min_sample, max_sample);\n color1 = lerp(aux, color1, crtAntiRinging);\n\n float pos0 = fp.y;\n float pos1 = 1 - fp.y;\n\n float3 lum0 = lerp(beamMinWidth, beamMaxWidth, color0);\n float3 lum1 = lerp(beamMinWidth, beamMaxWidth, color1);\n\n float3 d0 = clamp(pos0 / (lum0 + 0.0000001), 0.0, 1.0);\n float3 d1 = clamp(pos1 / (lum1 + 0.0000001), 0.0, 1.0);\n\n d0 = exp(-10.0 * scanlinesStrength * d0 * d0);\n d1 = exp(-10.0 * scanlinesStrength * d1 * d1);\n\n color = clamp(color0 * d0 + color1 * d1, 0.0, 1.0);\n\n color *= colorBoost * float3(redBoost, greenBoost, blueBoost);\n\n float mod_factor = lerp(pos.x * outputSize.x, pos.y * outputSize.y, vScanlines);\n\n float3 dotMaskWeights = lerp(\n float3(1.0, 0.7, 1.0),\n float3(0.7, 1.0, 0.7),\n floor(fmod(mod_factor, 2.0))\n );\n\n color.rgb *= lerp(1.0, dotMaskWeights, phosphor);\n\n color = GAMMA_OUT(color);\n\n return float4(color, 1.0);\n}\n"
},
{
"path": "src/Effects/CRT/CRT_Lottes.hlsl",
"content": "// CRT-Lottes\n// 移植自 https://github.com/libretro/common-shaders/blob/master/crt/shaders/crt-lottes.cg\n\n\n// PUBLIC DOMAIN CRT STYLED SCAN-LINE SHADER\n//\n// by Timothy Lottes\n//\n// This is more along the style of a really good CGA arcade monitor.\n// With RGB inputs instead of NTSC.\n// The shadow mask example has the mask rotated 90 degrees for less chromatic aberration.\n//\n// Left it unoptimized to show the theory behind the algorithm.\n//\n// It is an example what I personally would want as a display option for pixel art games.\n// Please take and use, change, or whatever.\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n//!PARAMETER\n//!LABEL Scanline Hardness\n//!DEFAULT -8\n//!MIN -20\n//!MAX 0\n//!STEP 1\nint hardScan;\n\n//!PARAMETER\n//!LABEL Pixel Hardness\n//!DEFAULT -3\n//!MIN -20\n//!MAX 0\n//!STEP 1\nint hardPix;\n\n//!PARAMETER\n//!LABEL Horizontal Display Warp\n//!DEFAULT 0.031\n//!MIN 0\n//!MAX 0.125\n//!STEP 0.001\nfloat warpX;\n\n//!PARAMETER\n//!LABEL Vertical Display Warp\n//!DEFAULT 0.041\n//!MIN 0\n//!MAX 0.125\n//!STEP 0.001\nfloat warpY;\n\n//!PARAMETER\n//!LABEL Mask Dark\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat maskDark;\n\n//!PARAMETER\n//!LABEL Mask Light\n//!DEFAULT 1.5\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat maskLight;\n\n//!PARAMETER\n//!LABEL Shadow Mask\n//!DEFAULT 3\n//!MIN 0\n//!MAX 4\n//!STEP 1\nint shadowMask;\n\n//!PARAMETER\n//!LABEL Brightness Boost\n//!DEFAULT 1\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat brightBoost;\n\n//!PARAMETER\n//!LABEL Bloom-X Soft\n//!DEFAULT -1.5\n//!MIN -2\n//!MAX -0.5\n//!STEP 0.01\nfloat hardBloomPix;\n\n//!PARAMETER\n//!LABEL Bloom-Y Soft\n//!DEFAULT -2\n//!MIN -4\n//!MAX -1\n//!STEP 0.01\nfloat hardBloomScan;\n\n//!PARAMETER\n//!LABEL Bloom Amount\n//!DEFAULT 0.15\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat bloomAmount;\n\n//!PARAMETER\n//!LABEL Filter Kernel Shape\n//!DEFAULT 2\n//!MIN 0\n//!MAX 10\n//!STEP 0.01\nfloat shape;\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\n#pragma warning(disable: 3571) // X3571: pow(f, e) will not work for negative f, use abs(f) or conditionally handle negative values if you expect them\n\n#define DO_BLOOM 1\n#define warp float2(warpX, warpY)\n\n\n// Nearest emulated sample given floating point position and texel offset.\n// Also zero's off screen.\nfloat3 Fetch(float2 pos, float2 off, float2 texture_size) {\n\tpos = (floor(pos * texture_size.xy + off) + float2(0.5, 0.5)) / texture_size.xy;\n\treturn brightBoost * pow(INPUT.SampleLevel(sam, pos, 0).rgb, 2.2f);\n}\n\n// Distance in emulated pixels to nearest texel.\nfloat2 Dist(float2 pos, float2 texture_size) { pos = pos * texture_size.xy; return -((pos - floor(pos)) - float2(0.5, 0.5)); }\n\n// 1D Gaussian.\nfloat Gaus(float pos, float scale) { return exp2(scale * pow(abs(pos), shape)); }\n\n// 3-tap Gaussian filter along horz line.\nfloat3 Horz3(float2 pos, float off, float2 texture_size) {\n\tfloat3 b = Fetch(pos, float2(-1.0, off), texture_size);\n\tfloat3 c = Fetch(pos, float2(0.0, off), texture_size);\n\tfloat3 d = Fetch(pos, float2(1.0, off), texture_size);\n\tfloat dst = Dist(pos, texture_size).x;\n\t// Convert distance to weight.\n\tfloat scale = hardPix;\n\tfloat wb = Gaus(dst - 1.0, scale);\n\tfloat wc = Gaus(dst + 0.0, scale);\n\tfloat wd = Gaus(dst + 1.0, scale);\n\t// Return filtered sample.\n\treturn (b * wb + c * wc + d * wd) / (wb + wc + wd);\n}\n\n// 5-tap Gaussian filter along horz line.\nfloat3 Horz5(float2 pos, float off, float2 texture_size) {\n\tfloat3 a = Fetch(pos, float2(-2.0, off), texture_size);\n\tfloat3 b = Fetch(pos, float2(-1.0, off), texture_size);\n\tfloat3 c = Fetch(pos, float2(0.0, off), texture_size);\n\tfloat3 d = Fetch(pos, float2(1.0, off), texture_size);\n\tfloat3 e = Fetch(pos, float2(2.0, off), texture_size);\n\tfloat dst = Dist(pos, texture_size).x;\n\t// Convert distance to weight.\n\tfloat scale = hardPix;\n\tfloat wa = Gaus(dst - 2.0, scale);\n\tfloat wb = Gaus(dst - 1.0, scale);\n\tfloat wc = Gaus(dst + 0.0, scale);\n\tfloat wd = Gaus(dst + 1.0, scale);\n\tfloat we = Gaus(dst + 2.0, scale);\n\t// Return filtered sample.\n\treturn (a * wa + b * wb + c * wc + d * wd + e * we) / (wa + wb + wc + wd + we);\n}\n\n// 7-tap Gaussian filter along horz line.\nfloat3 Horz7(float2 pos, float off, float2 texture_size) {\n\tfloat3 a = Fetch(pos, float2(-3.0, off), texture_size);\n\tfloat3 b = Fetch(pos, float2(-2.0, off), texture_size);\n\tfloat3 c = Fetch(pos, float2(-1.0, off), texture_size);\n\tfloat3 d = Fetch(pos, float2(0.0, off), texture_size);\n\tfloat3 e = Fetch(pos, float2(1.0, off), texture_size);\n\tfloat3 f = Fetch(pos, float2(2.0, off), texture_size);\n\tfloat3 g = Fetch(pos, float2(3.0, off), texture_size);\n\tfloat dst = Dist(pos, texture_size).x;\n\t// Convert distance to weight.\n\tfloat scale = hardBloomPix;\n\tfloat wa = Gaus(dst - 3.0, scale);\n\tfloat wb = Gaus(dst - 2.0, scale);\n\tfloat wc = Gaus(dst - 1.0, scale);\n\tfloat wd = Gaus(dst + 0.0, scale);\n\tfloat we = Gaus(dst + 1.0, scale);\n\tfloat wf = Gaus(dst + 2.0, scale);\n\tfloat wg = Gaus(dst + 3.0, scale);\n\t// Return filtered sample.\n\treturn (a * wa + b * wb + c * wc + d * wd + e * we + f * wf + g * wg) / (wa + wb + wc + wd + we + wf + wg);\n}\n\n// Return scanline weight.\nfloat Scan(float2 pos, float off, float2 texture_size) {\n\tfloat dst = Dist(pos, texture_size).y;\n\treturn Gaus(dst + off, hardScan);\n}\n\n// Return scanline weight for bloom.\nfloat BloomScan(float2 pos, float off, float2 texture_size) {\n\tfloat dst = Dist(pos, texture_size).y;\n\treturn Gaus(dst + off, hardBloomScan);\n}\n\n// Allow nearest three lines to effect pixel.\nfloat3 Tri(float2 pos, float2 texture_size) {\n\tfloat3 a = Horz3(pos, -1.0, texture_size);\n\tfloat3 b = Horz5(pos, 0.0, texture_size);\n\tfloat3 c = Horz3(pos, 1.0, texture_size);\n\tfloat wa = Scan(pos, -1.0, texture_size);\n\tfloat wb = Scan(pos, 0.0, texture_size);\n\tfloat wc = Scan(pos, 1.0, texture_size);\n\treturn a * wa + b * wb + c * wc;\n}\n\n// Small bloom.\nfloat3 Bloom(float2 pos, float2 texture_size) {\n\tfloat3 a = Horz5(pos, -2.0, texture_size);\n\tfloat3 b = Horz7(pos, -1.0, texture_size);\n\tfloat3 c = Horz7(pos, 0.0, texture_size);\n\tfloat3 d = Horz7(pos, 1.0, texture_size);\n\tfloat3 e = Horz5(pos, 2.0, texture_size);\n\tfloat wa = BloomScan(pos, -2.0, texture_size);\n\tfloat wb = BloomScan(pos, -1.0, texture_size);\n\tfloat wc = BloomScan(pos, 0.0, texture_size);\n\tfloat wd = BloomScan(pos, 1.0, texture_size);\n\tfloat we = BloomScan(pos, 2.0, texture_size);\n\treturn a * wa + b * wb + c * wc + d * wd + e * we;\n}\n\n// Distortion of scanlines, and end of screen alpha.\nfloat2 Warp(float2 pos) {\n\tpos = pos * 2.0 - 1.0;\n\tpos *= float2(1.0 + (pos.y * pos.y) * warp.x, 1.0 + (pos.x * pos.x) * warp.y);\n\treturn pos * 0.5 + 0.5;\n}\n\n// Shadow mask \nfloat3 Mask(float2 pos) {\n\tfloat3 mask = float3(maskDark, maskDark, maskDark);\n\n\t// Very compressed TV style shadow mask.\n\tif (shadowMask == 1) {\n\t\tfloat mask_line = maskLight;\n\t\tfloat odd = 0.0;\n\t\tif (frac(pos.x / 6.0) < 0.5) odd = 1.0;\n\t\tif (frac((pos.y + odd) / 2.0) < 0.5) mask_line = maskDark;\n\t\tpos.x = frac(pos.x / 3.0);\n\n\t\tif (pos.x < 0.333)mask.r = maskLight;\n\t\telse if (pos.x < 0.666)mask.g = maskLight;\n\t\telse mask.b = maskLight;\n\t\tmask *= mask_line;\n\t}\n\n\t// Aperture-grille.\n\telse if (shadowMask == 2) {\n\t\tpos.x = frac(pos.x / 3.0);\n\n\t\tif (pos.x < 0.333)mask.r = maskLight;\n\t\telse if (pos.x < 0.666)mask.g = maskLight;\n\t\telse mask.b = maskLight;\n\t}\n\n\t// Stretched VGA style shadow mask (same as prior shaders).\n\telse if (shadowMask == 3) {\n\t\tpos.x += pos.y * 3.0;\n\t\tpos.x = frac(pos.x / 6.0);\n\n\t\tif (pos.x < 0.333)mask.r = maskLight;\n\t\telse if (pos.x < 0.666)mask.g = maskLight;\n\t\telse mask.b = maskLight;\n\t}\n\n\t// VGA style shadow mask.\n\telse if (shadowMask == 4) {\n\t\tpos.xy = floor(pos.xy * float2(1.0, 0.5));\n\t\tpos.x += pos.y * 3.0;\n\t\tpos.x = frac(pos.x / 6.0);\n\n\t\tif (pos.x < 0.333)mask.r = maskLight;\n\t\telse if (pos.x < 0.666)mask.g = maskLight;\n\t\telse mask.b = maskLight;\n\t}\n\n\treturn mask;\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 pos = (gxy + 0.5f) * GetOutputPt();\n\n\tuint2 inputSize = GetInputSize();\n\tfloat2 pos1 = Warp(pos);\n\tfloat3 outColor = Tri(pos1, inputSize);\n\n#ifdef DO_BLOOM\n\t//Add Bloom\n\toutColor.rgb += Bloom(pos1, inputSize) * bloomAmount;\n#endif\n\n\tif (shadowMask) {\n\t\toutColor.rgb *= Mask(gxy + 0.5f);\n\t}\n\n\tOUTPUT[gxy] = float4(pow(outColor.rgb, 1.0f / 2.2f), 1);\n}\n"
},
{
"path": "src/Effects/CRT/GTU_v050.hlsl",
"content": "// GTU-v050\n// 移植自 https://github.com/libretro/common-shaders/tree/master/crt/shaders/gtu-v050\n\n////////////////////////////////////////////////////////\n// GTU version 0.50\n// Author: aliaspider - aliaspider@gmail.com\n// License: GPLv3\n////////////////////////////////////////////////////////\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Composite Connection\n//!DEFAULT 0\n//!MIN 0\n//!MAX 1\n//!STEP 1\nint compositeConnection;\n\n//!PARAMETER\n//!LABEL No Scanlines\n//!DEFAULT 0\n//!MIN 0\n//!MAX 1\n//!STEP 1\nint noScanlines;\n\n//!PARAMETER\n//!LABEL Signal Resolution Y\n//!DEFAULT 256\n//!MIN 16\n//!MAX 1024\n//!STEP 16\nint signalResolution;\n\n//!PARAMETER\n//!LABEL Signal Resolution I\n//!DEFAULT 83\n//!MIN 1\n//!MAX 350\n//!STEP 1\nint signalResolutionI;\n\n//!PARAMETER\n//!LABEL Signal Resolution Q\n//!DEFAULT 25\n//!MIN 1\n//!MAX 350\n//!STEP 1\nint signalResolutionQ;\n\n//!PARAMETER\n//!LABEL TV Vertical Resolution\n//!DEFAULT 250\n//!MIN 20\n//!MAX 1000\n//!STEP 10\nint tvVerticalResolution;\n\n//!PARAMETER\n//!LABEL Black Level\n//!DEFAULT 0.07\n//!MIN -0.3\n//!MAX 0.3\n//!STEP 0.01\nfloat blackLevel;\n\n//!PARAMETER\n//!LABEL Contrast\n//!DEFAULT 1\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat contrast;\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH OUTPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT tex1\n\n#define RGB_to_YIQ transpose(float3x3( 0.299 , 0.595716 , 0.211456 , 0.587 , -0.274453 , -0.522591 , 0.114 , -0.321263 , 0.311135 ))\n#define YIQ_to_RGB transpose(float3x3( 1.0 , 1.0 , 1.0 , 0.9563 , -0.2721 , -1.1070 , 0.6210 , -0.6474 , 1.7046 ))\n#define pi 3.14159265358\n\nfloat d(float x, float b) {\n\treturn pi * b * min(abs(x) + 0.5, 1.0 / b);\n}\n\nfloat e(float x, float b) {\n\treturn (pi * b * min(max(abs(x) - 0.5, -1.0 / b), 1.0 / b));\n}\n\nfloat STU(float x, float b) {\n\treturn ((d(x, b) + sin(d(x, b)) - e(x, b) - sin(e(x, b))) / (2.0 * pi));\n}\n\nfloat4 Pass1(float2 pos) {\n\tfloat2 inputSize = GetInputSize();\n\tfloat2 inputPt = GetInputPt();\n\n\tfloat offset = frac((pos.x * inputSize.x) - 0.5);\n\tfloat3 tempColor = 0;\n\tfloat X;\n\tfloat3 c;\n\tfloat range;\n\tfloat i;\n\n\tif (compositeConnection) {\n\t\trange = ceil(0.5 + inputSize.x / min(min(signalResolution, signalResolutionI), signalResolutionQ));\n\n\t\tfor (i = -range; i < range + 2.0; i++) {\n\t\t\tX = (offset - (i));\n\t\t\tc = INPUT.SampleLevel(sam, float2(pos.x - X * inputPt.x, pos.y), 0).rgb;\n\t\t\tc = mul(RGB_to_YIQ, c);\n\t\t\ttempColor += float3((c.x * STU(X, (signalResolution * inputPt.x))), (c.y * STU(X, (signalResolutionI * inputPt.x))), (c.z * STU(X, (signalResolutionQ * inputPt.x))));\n\t\t}\n\n\t\ttempColor = clamp(mul(YIQ_to_RGB, tempColor), 0.0, 1.0);\n\t} else {\n\t\trange = ceil(0.5 + inputSize.x / signalResolution);\n\n\t\tfor (i = -range; i < range + 2.0; i++) {\n\t\t\tX = (offset - (i));\n\t\t\tc = INPUT.SampleLevel(sam, float2(pos.x - X * inputPt.x, pos.y), 0).rgb;\n\t\t\ttempColor += (c * STU(X, (signalResolution * inputPt.x)));\n\t\t}\n\n\t\ttempColor = clamp(tempColor, 0.0, 1.0);\n\t}\n\n\treturn float4(tempColor, 1.0);\n}\n\n\n//!PASS 2\n//!STYLE PS\n//!IN tex1\n//!OUT OUTPUT\n\n#define pi 3.14159265358\n#define normalGauss(x) ((exp(-(x)*(x)*0.5))/sqrt(2.0*pi))\n\nfloat normalGaussIntegral(float x) {\n\tfloat a1 = 0.4361836;\n\tfloat a2 = -0.1201676;\n\tfloat a3 = 0.9372980;\n\tfloat p = 0.3326700;\n\tfloat t = 1.0 / (1.0 + p * abs(x));\n\treturn (0.5 - normalGauss(x) * (t * (a1 + t * (a2 + a3 * t)))) * sign(x);\n}\n\nfloat3 scanlines(float x, float3 c) {\n\tfloat inputHeight = GetInputSize().y;\n\tfloat inputPtY = GetInputPt().y;\n\tfloat outputHeight = GetOutputSize().y;\n\tfloat outputPtY = GetOutputPt().y;\n\n\tfloat temp = sqrt(2 * pi) * (tvVerticalResolution * inputPtY);\n\n\tfloat rrr = 0.5 * (inputHeight * outputPtY);\n\tfloat x1 = (x + rrr) * temp;\n\tfloat x2 = (x - rrr) * temp;\n\tc.r = (c.r * (normalGaussIntegral(x1) - normalGaussIntegral(x2)));\n\tc.g = (c.g * (normalGaussIntegral(x1) - normalGaussIntegral(x2)));\n\tc.b = (c.b * (normalGaussIntegral(x1) - normalGaussIntegral(x2)));\n\tc *= GetScale().y;\n\treturn c;\n}\n\n\nfloat d(float x, float b) {\n\treturn pi * b * min(abs(x) + 0.5, 1.0 / b);\n}\n\nfloat e(float x, float b) {\n\treturn (pi * b * min(max(abs(x) - 0.5, -1.0 / b), 1.0 / b));\n}\n\nfloat STU(float x, float b) {\n\treturn ((d(x, b) + sin(d(x, b)) - e(x, b) - sin(e(x, b))) / (2.0 * pi));\n}\n\nfloat4 Pass2(float2 pos) {\n\tuint2 inputSize = GetInputSize();\n\tfloat2 inputPt = GetInputPt();\n\n\tfloat2 offset = frac((pos * uint2(GetOutputSize().x, inputSize.y)) - 0.5);\n\tfloat3 tempColor = 0;\n\tfloat3\tCj;\n\n\tfloat range = ceil(0.5 + inputSize.y / tvVerticalResolution);\n\n\tfloat i;\n\n\tif (noScanlines) {\n\t\tfor (i = -range; i < range + 2.0; i++) {\n\t\t\tCj = tex1.SampleLevel(sam, float2(pos.x, pos.y - (offset.y - (i)) * inputPt.y), 0).xyz;\n\t\t\ttempColor += Cj * STU(offset.y - (i), (tvVerticalResolution * inputPt.y));\n\t\t}\n\t} else {\n\t\tfor (i = -range; i < range + 2.0; i++) {\n\t\t\tCj = tex1.SampleLevel(sam, float2(pos.x, pos.y - (offset.y - (i)) * inputPt.y), 0).xyz;\n\t\t\ttempColor += scanlines(offset.y - (i), Cj);\n\t\t}\n\t}\n\n\ttempColor -= blackLevel;\n\ttempColor *= contrast / (1.0 - blackLevel);\n\treturn float4(tempColor, 1.0);\n}\n"
},
{
"path": "src/Effects/CuNNy/CuNNy-16x16C-NVL-DN.hlsl",
"content": "// CuNNy 16x16C BILINEAR RGB NVL DN - https://github.com/funnyplanter/CuNNy\n\n// This program is free software: you can redistribute it and/or modify\n// it under the terms of the GNU General Public License as published by\n// the Free Software Foundation, either version 3 of the License, or\n// (at your option) any later version.\n// \n// This program is distributed in the hope that it will be useful,\n// but WITHOUT ANY WARRANTY; without even the implied warranty of\n// \n// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n// GNU General Public License for more details.\n// \n// You should have received a copy of the GNU General Public License\n// along with this program. If not, see \n \n Win32Proj \n {62503530-b84b-4cc2-80b6-3f89618172b7} \n 10.0.26100.0 \n $(SolutionDir)\\obj\\$(Platform)\\$(Configuration)\\$(MSBuildProjectName)\\ \n $(SolutionDir)\\bin\\$(Platform)\\$(Configuration)\\ \n \n \n Utility \n \n \n \n \n \n $(OutDir)\\effects \n %(RelativeDir)%(Filename)%(Extension) \n \n \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n Document \n \n \n "
},
{
"path": "src/Effects/Effects.vcxproj.filters",
"content": "\n\n \n \n SMAA \n \n \n SMAA \n \n \n SMAA \n \n \n SMAA \n \n \n SMAA \n \n \n FSR \n \n \n FSR \n \n \n SMAA \n \n \n SMAA \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n Anime4K \n \n \n CRT \n \n \n CRT \n \n \n CRT \n \n \n CRT \n \n \n CRT \n \n \n xBRZ \n \n \n xBRZ \n \n \n xBRZ \n \n \n xBRZ \n \n \n xBRZ \n \n \n xBRZ \n \n \n FXAA \n \n \n FXAA \n \n \n FXAA \n \n \n FXAA \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n RAVU \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NNEDI3 \n \n \n NIS \n \n \n NIS \n \n \n NIS \n \n \n NIS \n \n \n CAS \n \n \n CAS \n \n \n FSRCNNX \n \n \n FSRCNNX \n \n \n Sharpen \n \n \n Sharpen \n \n \n Sharpen \n \n \n Sharpen \n \n \n Pixel Art \n \n \n Pixel Art \n \n \n Pixel Art \n \n \n Anime4K \n \n \n Anime4K \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n CuNNy \n \n \n NIS \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n CuNNy2 \n \n \n \n \n {698d22a6-2a44-4262-a38e-76581d788a99} \n \n \n {74cb8e62-d411-4b32-b9b9-cc83bd4a58da} \n \n \n {13943e28-4fe6-492b-bee1-1e5458d41763} \n \n \n {dc735dd3-2692-4ab7-a861-792e2c2f8e5d} \n \n \n {6e798d9a-5bc2-47b6-aaf0-80862e290378} \n \n \n {cd0d6b91-fff1-4731-9198-d3c818fbbcd3} \n \n \n {265c81d9-3ccf-442d-86f5-e256d4ef55fc} \n \n \n {47ebe4ed-6766-4781-8ba2-a9115b518ac3} \n \n \n {2a9bfdf6-4953-44ee-a989-ecb9c21f15bf} \n \n \n {604c2f86-a219-4941-9cc6-775f434f1351} \n \n \n {962f3a4e-e086-4ba0-86a5-7355d5af7a4a} \n \n \n {3e769cea-6a90-4904-ba66-0b0e993f7a91} \n \n \n {0b58f073-84cb-4c38-919d-80176ae408bc} \n \n \n {9157745b-aa96-42ce-bdc6-1230dffa326b} \n \n \n {52055d56-41dc-409a-a878-3c1278082f6d} \n \n \n \n \n "
},
{
"path": "src/Effects/FSR/FSR_EASU.hlsl",
"content": "// FidelityFX-FSR 中 EASU 通道\n// 移植自 https://github.com/GPUOpen-Effects/FidelityFX-FSR/blob/a21ffb8f6c13233ba336352bdff293894c706575/ffx-fsr/ffx_fsr1.h\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define min3(a, b, c) min(a, min(b, c))\n#define max3(a, b, c) max(a, max(b, c))\n\n#ifdef MP_FP16\n\nMF2 MF2_x(MF1 a) { return MF2(a, a); }\n#define MF2_(a) MF2_x(MF1(a))\n\n// This runs 2 taps in parallel.\nvoid FsrEasuTapH(\n\tinout MF2 aCR,\n\tinout MF2 aCG,\n\tinout MF2 aCB,\n\tinout MF2 aW,\n\tMF2 offX,\n\tMF2 offY,\n\tMF2 dir,\n\tMF2 len,\n\tMF1 lob,\n\tMF1 clp,\n\tMF2 cR,\n\tMF2 cG,\n\tMF2 cB\n) {\n\tMF2 vX, vY;\n\tvX = offX * dir.xx + offY * dir.yy;\n\tvY = offX * (-dir.yy) + offY * dir.xx;\n\tvX *= len.x; vY *= len.y;\n\tMF2 d2 = vX * vX + vY * vY;\n\td2 = min(d2, MF2_(clp));\n\tMF2 wB = MF2_(2.0 / 5.0) * d2 + MF2_(-1.0);\n\tMF2 wA = MF2_(lob) * d2 + MF2_(-1.0);\n\twB *= wB;\n\twA *= wA;\n\twB = MF2_(25.0 / 16.0) * wB + MF2_(-(25.0 / 16.0 - 1.0));\n\tMF2 w = wB * wA;\n\taCR += cR * w;\n\taCG += cG * w;\n\taCB += cB * w;\n\taW += w;\n}\n\n// This runs 2 taps in parallel.\nvoid FsrEasuSetH(\n\tinout MF2 dirPX,\n\tinout MF2 dirPY,\n\tinout MF2 lenP,\n\tMF2 pp,\n\tbool biST,\n\tbool biUV,\n\tMF2 lA,\n\tMF2 lB,\n\tMF2 lC,\n\tMF2 lD,\n\tMF2 lE\n) {\n\tMF2 w = MF2_(0.0);\n\tif (biST)w = (MF2(1.0, 0.0) + MF2(-pp.x, pp.x)) * MF(MF(1.0) - pp.y);\n\tif (biUV)w = (MF2(1.0, 0.0) + MF2(-pp.x, pp.x)) * MF(pp.y);\n\t// ABS is not free in the packed FP16 path.\n\tMF2 dc = lD - lC;\n\tMF2 cb = lC - lB;\n\tMF2 lenX = max(abs(dc), abs(cb));\n\tlenX = rcp(lenX);\n\tMF2 dirX = lD - lB;\n\tdirPX += dirX * w;\n\tlenX = saturate(abs(dirX) * lenX);\n\tlenX *= lenX;\n\tlenP += lenX * w;\n\tMF2 ec = lE - lC;\n\tMF2 ca = lC - lA;\n\tMF2 lenY = max(abs(ec), abs(ca));\n\tlenY = rcp(lenY);\n\tMF2 dirY = lE - lA;\n\tdirPY += dirY * w;\n\tlenY = saturate(abs(dirY) * lenY);\n\tlenY *= lenY;\n\tlenP += lenY * w;\n}\n\nMF3 FsrEasu(\n\tuint2 ip,\n\tfloat4 con0,\n\tfloat4 con1,\n\tfloat4 con2,\n\tfloat2 con3\n) {\n\t//------------------------------------------------------------------------------------------------------------------------------\n\tfloat2 pp = float2(ip) * con0.xy + con0.zw;\n\tfloat2 fp = floor(pp);\n\tpp -= fp;\n\tMF2 ppp = MF2(pp);\n\t//------------------------------------------------------------------------------------------------------------------------------\n\tfloat2 p0 = fp * con1.xy + con1.zw;\n\tfloat2 p1 = p0 + con2.xy;\n\tfloat2 p2 = p0 + con2.zw;\n\tfloat2 p3 = p0 + con3.xy;\n\tMF4 bczzR = INPUT.GatherRed(sam, p0);\n\tMF4 bczzG = INPUT.GatherGreen(sam, p0);\n\tMF4 bczzB = INPUT.GatherBlue(sam, p0);\n\tMF4 ijfeR = INPUT.GatherRed(sam, p1);\n\tMF4 ijfeG = INPUT.GatherGreen(sam, p1);\n\tMF4 ijfeB = INPUT.GatherBlue(sam, p1);\n\tMF4 klhgR = INPUT.GatherRed(sam, p2);\n\tMF4 klhgG = INPUT.GatherGreen(sam, p2);\n\tMF4 klhgB = INPUT.GatherBlue(sam, p2);\n\tMF4 zzonR = INPUT.GatherRed(sam, p3);\n\tMF4 zzonG = INPUT.GatherGreen(sam, p3);\n\tMF4 zzonB = INPUT.GatherBlue(sam, p3);\n\t//------------------------------------------------------------------------------------------------------------------------------\n\tMF4 bczzL = bczzB * MF(0.5) + (bczzR * MF(0.5) + bczzG);\n\tMF4 ijfeL = ijfeB * MF(0.5) + (ijfeR * MF(0.5) + ijfeG);\n\tMF4 klhgL = klhgB * MF(0.5) + (klhgR * MF(0.5) + klhgG);\n\tMF4 zzonL = zzonB * MF(0.5) + (zzonR * MF(0.5) + zzonG);\n\tMF1 bL = bczzL.x;\n\tMF1 cL = bczzL.y;\n\tMF1 iL = ijfeL.x;\n\tMF1 jL = ijfeL.y;\n\tMF1 fL = ijfeL.z;\n\tMF1 eL = ijfeL.w;\n\tMF1 kL = klhgL.x;\n\tMF1 lL = klhgL.y;\n\tMF1 hL = klhgL.z;\n\tMF1 gL = klhgL.w;\n\tMF1 oL = zzonL.z;\n\tMF1 nL = zzonL.w;\n\t// This part is different, accumulating 2 taps in parallel.\n\tMF2 dirPX = MF2_(0.0);\n\tMF2 dirPY = MF2_(0.0);\n\tMF2 lenP = MF2_(0.0);\n\tFsrEasuSetH(dirPX, dirPY, lenP, ppp, true, false, MF2(bL, cL), MF2(eL, fL), MF2(fL, gL), MF2(gL, hL), MF2(jL, kL));\n\tFsrEasuSetH(dirPX, dirPY, lenP, ppp, false, true, MF2(fL, gL), MF2(iL, jL), MF2(jL, kL), MF2(kL, lL), MF2(nL, oL));\n\tMF2 dir = MF2(dirPX.r + dirPX.g, dirPY.r + dirPY.g);\n\tMF1 len = lenP.r + lenP.g;\n\t//------------------------------------------------------------------------------------------------------------------------------\n\tMF2 dir2 = dir * dir;\n\tMF1 dirR = dir2.x + dir2.y;\n\tbool zro = dirR < MF1(1.0 / 32768.0);\n\tdirR = rsqrt(dirR);\n\tdirR = zro ? MF(1.0) : dirR;\n\tdir.x = zro ? MF(1.0) : dir.x;\n\tdir *= MF2_(dirR);\n\tlen = len * MF(0.5);\n\tlen *= len;\n\tMF1 stretch = (dir.x * dir.x + dir.y * dir.y) * rcp(max(abs(dir.x), abs(dir.y)));\n\tMF2 len2 = MF2(MF(1.0) + (stretch - MF(1.0)) * len, MF(1.0) + MF(-0.5) * len);\n\tMF1 lob = MF(0.5) + MF((1.0 / 4.0 - 0.04) - 0.5) * len;\n\tMF1 clp = rcp(lob);\n\t//------------------------------------------------------------------------------------------------------------------------------\n\t // FP16 is different, using packed trick to do min and max in same operation.\n\tMF2 bothR = max(max(MF2(-ijfeR.z, ijfeR.z), MF2(-klhgR.w, klhgR.w)), max(MF2(-ijfeR.y, ijfeR.y), MF2(-klhgR.x, klhgR.x)));\n\tMF2 bothG = max(max(MF2(-ijfeG.z, ijfeG.z), MF2(-klhgG.w, klhgG.w)), max(MF2(-ijfeG.y, ijfeG.y), MF2(-klhgG.x, klhgG.x)));\n\tMF2 bothB = max(max(MF2(-ijfeB.z, ijfeB.z), MF2(-klhgB.w, klhgB.w)), max(MF2(-ijfeB.y, ijfeB.y), MF2(-klhgB.x, klhgB.x)));\n\t// This part is different for FP16, working pairs of taps at a time.\n\tMF2 pR = MF2_(0.0);\n\tMF2 pG = MF2_(0.0);\n\tMF2 pB = MF2_(0.0);\n\tMF2 pW = MF2_(0.0);\n\tFsrEasuTapH(pR, pG, pB, pW, MF2(0.0, 1.0) - ppp.xx, MF2(-1.0, -1.0) - ppp.yy, dir, len2, lob, clp, bczzR.xy, bczzG.xy, bczzB.xy);\n\tFsrEasuTapH(pR, pG, pB, pW, MF2(-1.0, 0.0) - ppp.xx, MF2(1.0, 1.0) - ppp.yy, dir, len2, lob, clp, ijfeR.xy, ijfeG.xy, ijfeB.xy);\n\tFsrEasuTapH(pR, pG, pB, pW, MF2(0.0, -1.0) - ppp.xx, MF2(0.0, 0.0) - ppp.yy, dir, len2, lob, clp, ijfeR.zw, ijfeG.zw, ijfeB.zw);\n\tFsrEasuTapH(pR, pG, pB, pW, MF2(1.0, 2.0) - ppp.xx, MF2(1.0, 1.0) - ppp.yy, dir, len2, lob, clp, klhgR.xy, klhgG.xy, klhgB.xy);\n\tFsrEasuTapH(pR, pG, pB, pW, MF2(2.0, 1.0) - ppp.xx, MF2(0.0, 0.0) - ppp.yy, dir, len2, lob, clp, klhgR.zw, klhgG.zw, klhgB.zw);\n\tFsrEasuTapH(pR, pG, pB, pW, MF2(1.0, 0.0) - ppp.xx, MF2(2.0, 2.0) - ppp.yy, dir, len2, lob, clp, zzonR.zw, zzonG.zw, zzonB.zw);\n\tMF3 aC = MF3(pR.x + pR.y, pG.x + pG.y, pB.x + pB.y);\n\tMF aW = pW.x + pW.y;\n\t//------------------------------------------------------------------------------------------------------------------------------\n\t // Slightly different for FP16 version due to combined min and max.\n\treturn min(MF3(bothR.y, bothG.y, bothB.y), max(-MF3(bothR.x, bothG.x, bothB.x), aC * rcp(aW)));\n}\n\n#else\n\n// Filtering for a given tap for the scalar.\nvoid FsrEasuTapF(\n\tinout float3 aC, // Accumulated color, with negative lobe.\n\tinout float aW, // Accumulated weight.\n\tfloat2 off, // Pixel offset from resolve position to tap.\n\tfloat2 dir, // Gradient direction.\n\tfloat2 len, // Length.\n\tfloat lob, // Negative lobe strength.\n\tfloat clp, // Clipping point.\n\tfloat3 c // Tap color.\n) {\n\t// Rotate offset by direction.\n\tfloat2 v;\n\tv.x = (off.x * (dir.x)) + (off.y * dir.y);\n\tv.y = (off.x * (-dir.y)) + (off.y * dir.x);\n\t// Anisotropy.\n\tv *= len;\n\t// Compute distance^2.\n\tfloat d2 = v.x * v.x + v.y * v.y;\n\t// Limit to the window as at corner, 2 taps can easily be outside.\n\td2 = min(d2, clp);\n\t// Approximation of lanczos2 without sin() or rcp(), or sqrt() to get x.\n\t// (25/16 * (2/5 * x^2 - 1)^2 - (25/16 - 1)) * (1/4 * x^2 - 1)^2\n\t// |_______________________________________| |_______________|\n\t// base window\n\t// The general form of the 'base' is,\n\t// (a*(b*x^2-1)^2-(a-1))\n\t// Where 'a=1/(2*b-b^2)' and 'b' moves around the negative lobe.\n\tfloat wB = 2.0f / 5.0f * d2 - 1;\n\tfloat wA = lob * d2 - 1;\n\twB *= wB;\n\twA *= wA;\n\twB = 25.0f / 16.0f * wB - (25.0f / 16.0f - 1.0f);\n\tfloat w = wB * wA;\n\t// Do weighted average.\n\taC += c * w;\n\taW += w;\n}\n\n// Accumulate direction and length.\nvoid FsrEasuSetF(\n\tinout float2 dir,\n\tinout float len,\n\tfloat2 pp,\n\tbool biS,\n\tbool biT,\n\tbool biU,\n\tbool biV,\n\tfloat lA,\n\tfloat lB,\n\tfloat lC,\n\tfloat lD,\n\tfloat lE\n) {\n\t// Compute bilinear weight, branches factor out as predicates are compiler time immediates.\n\t// s t\n\t// u v\n\tfloat w = 0;\n\tif (biS)\n\t\tw = (1 - pp.x) * (1 - pp.y);\n\tif (biT)\n\t\tw = pp.x * (1 - pp.y);\n\tif (biU)\n\t\tw = (1.0 - pp.x) * pp.y;\n\tif (biV)\n\t\tw = pp.x * pp.y;\n\t// Direction is the '+' diff.\n\t// a\n\t// b c d\n\t// e\n\t// Then takes magnitude from abs average of both sides of 'c'.\n\t// Length converts gradient reversal to 0, smoothly to non-reversal at 1, shaped, then adding horz and vert terms.\n\tfloat dc = lD - lC;\n\tfloat cb = lC - lB;\n\tfloat lenX = max(abs(dc), abs(cb));\n\tlenX = rcp(lenX);\n\tfloat dirX = lD - lB;\n\tdir.x += dirX * w;\n\tlenX = saturate(abs(dirX) * lenX);\n\tlenX *= lenX;\n\tlen += lenX * w;\n\t// Repeat for the y axis.\n\tfloat ec = lE - lC;\n\tfloat ca = lC - lA;\n\tfloat lenY = max(abs(ec), abs(ca));\n\tlenY = rcp(lenY);\n\tfloat dirY = lE - lA;\n\tdir.y += dirY * w;\n\tlenY = saturate(abs(dirY) * lenY);\n\tlenY *= lenY;\n\tlen += lenY * w;\n}\n\nfloat3 FsrEasu(uint2 ip, float4 con0, float4 con1, float4 con2, float2 con3) {\n//------------------------------------------------------------------------------------------------------------------------------\n\t// Get position of 'f'.\n\tfloat2 pp = ip * con0.xy + con0.zw;\n\tfloat2 fp = floor(pp);\n\tpp -= fp;\n//------------------------------------------------------------------------------------------------------------------------------\n\t// 12-tap kernel.\n\t// b c\n\t// e f g h\n\t// i j k l\n\t// n o\n\t// Gather 4 ordering.\n\t// a b\n\t// r g\n\t// For packed FP16, need either {rg} or {ab} so using the following setup for gather in all versions,\n\t// a b <- unused (z)\n\t// r g\n\t// a b a b\n\t// r g r g\n\t// a b\n\t// r g <- unused (z)\n\t// Allowing dead-code removal to remove the 'z's.\n\tfloat2 p0 = fp * con1.xy + con1.zw;\n\t// These are from p0 to avoid pulling two constants on pre-Navi hardware.\n\tfloat2 p1 = p0 + con2.xy;\n\tfloat2 p2 = p0 + con2.zw;\n\tfloat2 p3 = p0 + con3;\n\n\tfloat4 bczzR = INPUT.GatherRed(sam, p0);\n\tfloat4 bczzG = INPUT.GatherGreen(sam, p0);\n\tfloat4 bczzB = INPUT.GatherBlue(sam, p0);\n\tfloat4 ijfeR = INPUT.GatherRed(sam, p1);\n\tfloat4 ijfeG = INPUT.GatherGreen(sam, p1);\n\tfloat4 ijfeB = INPUT.GatherBlue(sam, p1);\n\tfloat4 klhgR = INPUT.GatherRed(sam, p2);\n\tfloat4 klhgG = INPUT.GatherGreen(sam, p2);\n\tfloat4 klhgB = INPUT.GatherBlue(sam, p2);\n\tfloat4 zzonR = INPUT.GatherRed(sam, p3);\n\tfloat4 zzonG = INPUT.GatherGreen(sam, p3);\n\tfloat4 zzonB = INPUT.GatherBlue(sam, p3);\n//------------------------------------------------------------------------------------------------------------------------------\n\t// Simplest multi-channel approximate luma possible (luma times 2, in 2 FMA/MAD).\n\tfloat4 bczzL = bczzB * 0.5 + (bczzR * 0.5 + bczzG);\n\tfloat4 ijfeL = ijfeB * 0.5 + (ijfeR * 0.5 + ijfeG);\n\tfloat4 klhgL = klhgB * 0.5 + (klhgR * 0.5 + klhgG);\n\tfloat4 zzonL = zzonB * 0.5 + (zzonR * 0.5 + zzonG);\n\t// Rename.\n\tfloat bL = bczzL.x;\n\tfloat cL = bczzL.y;\n\tfloat iL = ijfeL.x;\n\tfloat jL = ijfeL.y;\n\tfloat fL = ijfeL.z;\n\tfloat eL = ijfeL.w;\n\tfloat kL = klhgL.x;\n\tfloat lL = klhgL.y;\n\tfloat hL = klhgL.z;\n\tfloat gL = klhgL.w;\n\tfloat oL = zzonL.z;\n\tfloat nL = zzonL.w;\n\t// Accumulate for bilinear interpolation.\n\tfloat2 dir = 0;\n\tfloat len = 0;\n\tFsrEasuSetF(dir, len, pp, true, false, false, false, bL, eL, fL, gL, jL);\n\tFsrEasuSetF(dir, len, pp, false, true, false, false, cL, fL, gL, hL, kL);\n\tFsrEasuSetF(dir, len, pp, false, false, true, false, fL, iL, jL, kL, nL);\n\tFsrEasuSetF(dir, len, pp, false, false, false, true, gL, jL, kL, lL, oL);\n//------------------------------------------------------------------------------------------------------------------------------\n\t// Normalize with approximation, and cleanup close to zero.\n\tfloat2 dir2 = dir * dir;\n\tfloat dirR = dir2.x + dir2.y;\n\tbool zro = dirR < 1.0f / 32768.0f;\n\tdirR = rsqrt(dirR);\n\tdirR = zro ? 1 : dirR;\n\tdir.x = zro ? 1 : dir.x;\n\tdir *= dirR;\n\t// Transform from {0 to 2} to {0 to 1} range, and shape with square.\n\tlen = len * 0.5;\n\tlen *= len;\n\t// Stretch kernel {1.0 vert|horz, to sqrt(2.0) on diagonal}.\n\tfloat stretch = (dir.x * dir.x + dir.y * dir.y) * rcp(max(abs(dir.x), abs(dir.y)));\n\t// Anisotropic length after rotation,\n\t// x := 1.0 lerp to 'stretch' on edges\n\t// y := 1.0 lerp to 2x on edges\n\tfloat2 len2 = { 1 + (stretch - 1) * len, 1 - 0.5 * len };\n\t// Based on the amount of 'edge',\n\t// the window shifts from +/-{sqrt(2.0) to slightly beyond 2.0}.\n\tfloat lob = 0.5 + ((1.0 / 4.0 - 0.04) - 0.5) * len;\n\t// Set distance^2 clipping point to the end of the adjustable window.\n\tfloat clp = rcp(lob);\n//------------------------------------------------------------------------------------------------------------------------------\n\t// Accumulation mixed with min/max of 4 nearest.\n\t// b c\n\t// e f g h\n\t// i j k l\n\t// n o\n\tfloat3 min4 = min(min3(float3(ijfeR.z, ijfeG.z, ijfeB.z), float3(klhgR.w, klhgG.w, klhgB.w), float3(ijfeR.y, ijfeG.y, ijfeB.y)),\n\t\tfloat3(klhgR.x, klhgG.x, klhgB.x));\n\tfloat3 max4 = max(max3(float3(ijfeR.z, ijfeG.z, ijfeB.z), float3(klhgR.w, klhgG.w, klhgB.w), float3(ijfeR.y, ijfeG.y, ijfeB.y)),\n\t\tfloat3(klhgR.x, klhgG.x, klhgB.x));\n\t// Accumulation.\n\tfloat3 aC = 0;\n\tfloat aW = 0;\n\tFsrEasuTapF(aC, aW, float2(0.0, -1.0) - pp, dir, len2, lob, clp, float3(bczzR.x, bczzG.x, bczzB.x)); // b\n\tFsrEasuTapF(aC, aW, float2(1.0, -1.0) - pp, dir, len2, lob, clp, float3(bczzR.y, bczzG.y, bczzB.y)); // c\n\tFsrEasuTapF(aC, aW, float2(-1.0, 1.0) - pp, dir, len2, lob, clp, float3(ijfeR.x, ijfeG.x, ijfeB.x)); // i\n\tFsrEasuTapF(aC, aW, float2(0.0, 1.0) - pp, dir, len2, lob, clp, float3(ijfeR.y, ijfeG.y, ijfeB.y)); // j\n\tFsrEasuTapF(aC, aW, float2(0.0, 0.0) - pp, dir, len2, lob, clp, float3(ijfeR.z, ijfeG.z, ijfeB.z)); // f\n\tFsrEasuTapF(aC, aW, float2(-1.0, 0.0) - pp, dir, len2, lob, clp, float3(ijfeR.w, ijfeG.w, ijfeB.w)); // e\n\tFsrEasuTapF(aC, aW, float2(1.0, 1.0) - pp, dir, len2, lob, clp, float3(klhgR.x, klhgG.x, klhgB.x)); // k\n\tFsrEasuTapF(aC, aW, float2(2.0, 1.0) - pp, dir, len2, lob, clp, float3(klhgR.y, klhgG.y, klhgB.y)); // l\n\tFsrEasuTapF(aC, aW, float2(2.0, 0.0) - pp, dir, len2, lob, clp, float3(klhgR.z, klhgG.z, klhgB.z)); // h\n\tFsrEasuTapF(aC, aW, float2(1.0, 0.0) - pp, dir, len2, lob, clp, float3(klhgR.w, klhgG.w, klhgB.w)); // g\n\tFsrEasuTapF(aC, aW, float2(1.0, 2.0) - pp, dir, len2, lob, clp, float3(zzonR.z, zzonG.z, zzonB.z)); // o\n\tFsrEasuTapF(aC, aW, float2(0.0, 2.0) - pp, dir, len2, lob, clp, float3(zzonR.w, zzonG.w, zzonB.w)); // n\n//------------------------------------------------------------------------------------------------------------------------------\n\t// Normalize and dering.\n\treturn min(max4, max(min4, aC * rcp(aW)));\n}\n\n#endif\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = blockStart + Rmp8x8(threadId.x);\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tuint2 inputSize = GetInputSize();\n\tfloat2 inputPt = GetInputPt();\n\n\tfloat4 con0, con1, con2;\n\tfloat2 con3;\n\t// Output integer position to a pixel position in viewport.\n\tcon0[0] = (float)inputSize.x / (float)outputSize.x;\n\tcon0[1] = (float)inputSize.y / (float)outputSize.y;\n\tcon0[2] = 0.5f * con0[0] - 0.5f;\n\tcon0[3] = 0.5f * con0[1] - 0.5f;\n\t// Viewport pixel position to normalized image space.\n\t// This is used to get upper-left of 'F' tap.\n\tcon1[0] = inputPt.x;\n\tcon1[1] = inputPt.y;\n\t// Centers of gather4, first offset from upper-left of 'F'.\n\t// +---+---+\n\t// | | |\n\t// +--(0)--+\n\t// | b | c |\n\t// +---F---+---+---+\n\t// | e | f | g | h |\n\t// +--(1)--+--(2)--+\n\t// | i | j | k | l |\n\t// +---+---+---+---+\n\t// | n | o |\n\t// +--(3)--+\n\t// | | |\n\t// +---+---+\n\tcon1[2] = inputPt.x;\n\tcon1[3] = -inputPt.y;\n\t// These are from (0) instead of 'F'.\n\tcon2[0] = -inputPt.x;\n\tcon2[1] = 2.0f * inputPt.y;\n\tcon2[2] = inputPt.x;\n\tcon2[3] = 2.0f * inputPt.y;\n\tcon3[0] = 0;\n\tcon3[1] = 4.0f * inputPt.y;\n\n\tOUTPUT[gxy] = MF4(FsrEasu(gxy, con0, con1, con2, con3), 1);\n\n\tgxy.x += 8u;\n\tif (gxy.x < outputSize.x && gxy.y < outputSize.y) {\n\t\tOUTPUT[gxy] = MF4(FsrEasu(gxy, con0, con1, con2, con3), 1);\n\t}\n\n\tgxy.y += 8u;\n\tif (gxy.x < outputSize.x && gxy.y < outputSize.y) {\n\t\tOUTPUT[gxy] = MF4(FsrEasu(gxy, con0, con1, con2, con3), 1);\n\t}\n\n\tgxy.x -= 8u;\n\tif (gxy.x < outputSize.x && gxy.y < outputSize.y) {\n\t\tOUTPUT[gxy] = MF4(FsrEasu(gxy, con0, con1, con2, con3), 1);\n\t}\n}\n"
},
{
"path": "src/Effects/FSR/FSR_RCAS.hlsl",
"content": "// FidelityFX-FSR 中 RCAS 通道\n// 移植自 https://github.com/GPUOpen-Effects/FidelityFX-FSR/blob/a21ffb8f6c13233ba336352bdff293894c706575/ffx-fsr/ffx_fsr1.h\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.87\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpness;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define min3(a, b, c) min(a, min(b, c))\n#define max3(a, b, c) max(a, max(b, c))\n\n// This is set at the limit of providing unnatural results for sharpening.\n#define FSR_RCAS_LIMIT (0.25-(1.0/16.0))\n\n#ifdef MP_FP16\n\nvoid FsrRcasHx2(\n\tout MF2 pixR,\n\tout MF2 pixG,\n\tout MF2 pixB,\n\tfloat3 b0, float3 d0, float3 e0, float3 f0, float3 h0,\n\tfloat3 b1, float3 d1, float3 e1, float3 f1, float3 h1,\n\tMF s\n) {\n\t// Arrays of Structures to Structures of Arrays conversion.\n\tMF2 bR = MF2(b0.r, b1.r);\n\tMF2 bG = MF2(b0.g, b1.g);\n\tMF2 bB = MF2(b0.b, b1.b);\n\tMF2 dR = MF2(d0.r, d1.r);\n\tMF2 dG = MF2(d0.g, d1.g);\n\tMF2 dB = MF2(d0.b, d1.b);\n\tMF2 eR = MF2(e0.r, e1.r);\n\tMF2 eG = MF2(e0.g, e1.g);\n\tMF2 eB = MF2(e0.b, e1.b);\n\tMF2 fR = MF2(f0.r, f1.r);\n\tMF2 fG = MF2(f0.g, f1.g);\n\tMF2 fB = MF2(f0.b, f1.b);\n\tMF2 hR = MF2(h0.r, h1.r);\n\tMF2 hG = MF2(h0.g, h1.g);\n\tMF2 hB = MF2(h0.b, h1.b);\n\t// Luma times 2.\n\tMF2 bL = bB * 0.5 + (bR * 0.5 + bG);\n\tMF2 dL = dB * 0.5 + (dR * 0.5 + dG);\n\tMF2 eL = eB * 0.5 + (eR * 0.5 + eG);\n\tMF2 fL = fB * 0.5 + (fR * 0.5 + fG);\n\tMF2 hL = hB * 0.5 + (hR * 0.5 + hG);\n\t// Noise detection.\n\tMF2 nz = 0.25 * bL + 0.25 * dL + 0.25 * fL + 0.25 * hL - eL;\n\tnz = saturate(abs(nz) * rcp(max3(max3(bL, dL, eL), fL, hL) - min3(min3(bL, dL, eL), fL, hL)));\n\tnz = -0.5 * nz + 1.0;\n\t// Min and max of ring.\n\tMF2 mn4R = min(min3(bR, dR, fR), hR);\n\tMF2 mn4G = min(min3(bG, dG, fG), hG);\n\tMF2 mn4B = min(min3(bB, dB, fB), hB);\n\tMF2 mx4R = max(min3(bR, dR, fR), hR);\n\tMF2 mx4G = max(min3(bG, dG, fG), hG);\n\tMF2 mx4B = max(min3(bB, dB, fB), hB);\n\t// Immediate constants for peak range.\n\tMF2 peakC = MF2(1.0, -1.0 * 4.0);\n\t// Limiters, these need to be high precision RCPs.\n\tMF2 hitMinR = min(mn4R, eR) * rcp(4.0 * mx4R);\n\tMF2 hitMinG = min(mn4G, eG) * rcp(4.0 * mx4G);\n\tMF2 hitMinB = min(mn4B, eB) * rcp(4.0 * mx4B);\n\tMF2 hitMaxR = (peakC.x - max(mx4R, eR)) * rcp(4.0 * mn4R + peakC.y);\n\tMF2 hitMaxG = (peakC.x - max(mx4G, eG)) * rcp(4.0 * mn4G + peakC.y);\n\tMF2 hitMaxB = (peakC.x - max(mx4B, eB)) * rcp(4.0 * mn4B + peakC.y);\n\tMF2 lobeR = max(-hitMinR, hitMaxR);\n\tMF2 lobeG = max(-hitMinG, hitMaxG);\n\tMF2 lobeB = max(-hitMinB, hitMaxB);\n\tMF2 lobe = max(-FSR_RCAS_LIMIT, min(max3(lobeR, lobeG, lobeB), 0.0)) * s;\n\t// Apply noise removal.\n\tlobe*=nz;\n\t// Resolve, which needs the medium precision rcp approximation to avoid visible tonality changes.\n\tMF2 rcpL = rcp(4.0 * lobe + 1.0);\n\tpixR = (lobe * bR + lobe * dR + lobe * hR + lobe * fR + eR) * rcpL;\n\tpixG = (lobe * bG + lobe * dG + lobe * hG + lobe * fG + eG) * rcpL;\n\tpixB = (lobe * bB + lobe * dB + lobe * hB + lobe * fB + eB) * rcpL;\n}\n\n#else\n\nfloat3 FsrRcasF(float3 b, float3 d, float3 e, float3 f, float3 h) {\n\t// Algorithm uses minimal 3x3 pixel neighborhood.\n\t// b \n\t// d e f\n\t// h\n\n\t// Rename (32-bit) or regroup (16-bit).\n\tfloat bR = b.r;\n\tfloat bG = b.g;\n\tfloat bB = b.b;\n\tfloat dR = d.r;\n\tfloat dG = d.g;\n\tfloat dB = d.b;\n\tfloat eR = e.r;\n\tfloat eG = e.g;\n\tfloat eB = e.b;\n\tfloat fR = f.r;\n\tfloat fG = f.g;\n\tfloat fB = f.b;\n\tfloat hR = h.r;\n\tfloat hG = h.g;\n\tfloat hB = h.b;\n\n\tfloat nz;\n\n\t// Luma times 2.\n\tfloat bL = bB * 0.5 + (bR * 0.5 + bG);\n\tfloat dL = dB * 0.5 + (dR * 0.5 + dG);\n\tfloat eL = eB * 0.5 + (eR * 0.5 + eG);\n\tfloat fL = fB * 0.5 + (fR * 0.5 + fG);\n\tfloat hL = hB * 0.5 + (hR * 0.5 + hG);\n\n\t// Noise detection.\n\tnz = 0.25 * bL + 0.25 * dL + 0.25 * fL + 0.25 * hL - eL;\n\tnz = saturate(abs(nz) * rcp(max3(max3(bL, dL, eL), fL, hL) - min3(min3(bL, dL, eL), fL, hL)));\n\tnz = -0.5 * nz + 1.0;\n\n\t// Min and max of ring.\n\tfloat mn4R = min(min3(bR, dR, fR), hR);\n\tfloat mn4G = min(min3(bG, dG, fG), hG);\n\tfloat mn4B = min(min3(bB, dB, fB), hB);\n\tfloat mx4R = max(max3(bR, dR, fR), hR);\n\tfloat mx4G = max(max3(bG, dG, fG), hG);\n\tfloat mx4B = max(max3(bB, dB, fB), hB);\n\t// Immediate constants for peak range.\n\tfloat2 peakC = { 1.0, -1.0 * 4.0 };\n\t// Limiters, these need to be high precision RCPs.\n\tfloat hitMinR = min(mn4R, eR) * rcp(4.0 * mx4R);\n\tfloat hitMinG = min(mn4G, eG) * rcp(4.0 * mx4G);\n\tfloat hitMinB = min(mn4B, eB) * rcp(4.0 * mx4B);\n\tfloat hitMaxR = (peakC.x - max(mx4R, eR)) * rcp(4.0 * mn4R + peakC.y);\n\tfloat hitMaxG = (peakC.x - max(mx4G, eG)) * rcp(4.0 * mn4G + peakC.y);\n\tfloat hitMaxB = (peakC.x - max(mx4B, eB)) * rcp(4.0 * mn4B + peakC.y);\n\tfloat lobeR = max(-hitMinR, hitMaxR);\n\tfloat lobeG = max(-hitMinG, hitMaxG);\n\tfloat lobeB = max(-hitMinB, hitMaxB);\n\tfloat lobe = max(-FSR_RCAS_LIMIT, min(max3(lobeR, lobeG, lobeB), 0)) * sharpness;\n\n\t// Apply noise removal.\n\tlobe *= nz;\n\n\t// Resolve, which needs the medium precision rcp approximation to avoid visible tonality changes.\n\tfloat rcpL = rcp(4.0 * lobe + 1.0);\n\tfloat3 c = {\n\t\t(lobe * bR + lobe * dR + lobe * hR + lobe * fR + eR) * rcpL,\n\t\t(lobe * bG + lobe * dG + lobe * hG + lobe * fG + eG) * rcpL,\n\t\t(lobe * bB + lobe * dB + lobe * hB + lobe * fB + eB) * rcpL\n\t};\n\n\treturn c;\n}\n\n#endif\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = blockStart + (Rmp8x8(threadId.x) << 1);\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat3 src[4][4];\n\t[unroll]\n\tfor (uint i = 1; i < 3; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 4; ++j) {\n\t\t\tsrc[i][j] = INPUT.Load(int3(gxy.x + i - 1, gxy.y + j - 1, 0)).rgb;\n\t\t}\n\t}\n\n\tsrc[0][1] = INPUT.Load(int3(gxy.x - 1, gxy.y, 0)).rgb;\n\tsrc[0][2] = INPUT.Load(int3(gxy.x - 1, gxy.y + 1, 0)).rgb;\n\tsrc[3][1] = INPUT.Load(int3(gxy.x + 2, gxy.y, 0)).rgb;\n\tsrc[3][2] = INPUT.Load(int3(gxy.x + 2, gxy.y + 1, 0)).rgb;\n\n#ifdef MP_FP16\n\tMF2 pixR, pixG, pixB;\n\tconst MF s = (MF)sharpness;\n\tFsrRcasHx2(pixR, pixG, pixB, src[1][0], src[0][1], src[1][1], src[2][1], src[1][2], src[2][0], src[1][1], src[2][1], src[3][1], src[2][2], s);\n\tOUTPUT[gxy] = MF4(pixR.x, pixG.x, pixB.x, 1);\n\t++gxy.x;\n\tOUTPUT[gxy] = MF4(pixR.y, pixG.y, pixB.y, 1);\n\t\n\tFsrRcasHx2(pixR, pixG, pixB, src[2][1], src[1][2], src[2][2], src[3][2], src[2][3], src[1][1], src[0][2], src[1][2], src[2][2], src[1][3], s);\n\t++gxy.y;\n\tOUTPUT[gxy] = MF4(pixR.x, pixG.x, pixB.x, 1);\n\t--gxy.x;\n\tOUTPUT[gxy] = MF4(pixR.y, pixG.y, pixB.y, 1);\n#else\n\tOUTPUT[gxy] = float4(FsrRcasF(src[1][0], src[0][1], src[1][1], src[2][1], src[1][2]), 1);\n\n\t++gxy.x;\n\tif (gxy.x < outputSize.x && gxy.y < outputSize.y) {\n\t\tOUTPUT[gxy] = float4(FsrRcasF(src[2][0], src[1][1], src[2][1], src[3][1], src[2][2]), 1);\n\t}\n\n\t++gxy.y;\n\tif (gxy.x < outputSize.x && gxy.y < outputSize.y) {\n\t\tOUTPUT[gxy] = float4(FsrRcasF(src[2][1], src[1][2], src[2][2], src[3][2], src[2][3]), 1);\n\t}\n\n\t--gxy.x;\n\tif (gxy.x < outputSize.x && gxy.y < outputSize.y) {\n\t\tOUTPUT[gxy] = float4(FsrRcasF(src[1][1], src[0][2], src[1][2], src[2][2], src[1][3]), 1);\n\t}\n#endif\n}\n"
},
{
"path": "src/Effects/FSRCNNX/FSRCNNX.hlsl",
"content": "// FSRCNNX_x2_8-0-4-1\n// 移植自 https://github.com/igv/FSRCNN-TensorFlow\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D featureMap1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D featureMap2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC feature map\n//!IN INPUT\n//!OUT featureMap1, featureMap2\n//!BLOCK_SIZE 32, 24\n//!NUM_THREADS 128\n\n#define SH_PIXELS_X (MP_BLOCK_WIDTH + 4)\n#define SH_PIXELS_Y (MP_BLOCK_HEIGHT + 4)\n\ngroupshared MF shPixelsY[SH_PIXELS_Y][SH_PIXELS_X];\n\nMF GetLuma(MF3 rgb) {\n\treturn dot(MF3(0.299, 0.587, 0.114), rgb);\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tfloat2 inputPt = GetInputPt();\n\tuint2 inputSize = GetInputSize();\n\tuint i;\n\n\tfor (i = threadId.x * 2; i < SH_PIXELS_X * SH_PIXELS_Y / 2; i += MP_NUM_THREADS_X * 2) {\n\t\tuint2 pos = uint2(i % SH_PIXELS_X, i / SH_PIXELS_X * 2);\n\t\tconst float2 tpos = (blockStart + pos - 1.5f) * inputPt;\n\n\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\tshPixelsY[pos.y][pos.x] = GetLuma(MF3(sr.w, sg.w, sb.w));\n\t\tshPixelsY[pos.y][pos.x + 1] = GetLuma(MF3(sr.z, sg.z, sb.z));\n\t\tshPixelsY[pos.y + 1][pos.x] = GetLuma(MF3(sr.x, sg.x, sb.x));\n\t\tshPixelsY[pos.y + 1][pos.x + 1] = GetLuma(MF3(sr.y, sg.y, sb.y));\n\t}\n\n\tGroupMemoryBarrierWithGroupSync();\n\n\tfor (i = threadId.x; i < MP_BLOCK_WIDTH * MP_BLOCK_HEIGHT; i += MP_NUM_THREADS_X) {\n\t\tconst uint2 pos = uint2(i % MP_BLOCK_WIDTH, i / MP_BLOCK_WIDTH);\n\t\tconst uint2 destPos = blockStart + pos;\n\n\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\tcontinue;\n\t\t}\n\n\t\tMF src[5][5];\n\t\t[unroll]\n\t\tfor (int i = 0; i < 5; ++i) {\n\t\t\t[unroll]\n\t\t\tfor (int j = 0; j < 5; ++j) {\n\t\t\t\tsrc[j][i] = shPixelsY[pos.y + i][pos.x + j];\n\t\t\t}\n\t\t}\n\n\t\tMF4 target1 = MF4(-0.1572492271661758, -0.0120896836742759, 0.0061487639322877, -0.2852848768234253);\n\t\ttarget1 = mad(src[0][0], MF4(-0.0047900392673910, 0.0537447109818459, -0.0000247144635068, 0.0066653941757977), target1);\n\t\ttarget1 = mad(src[0][1], MF4(0.0073144687339664, -0.0309004038572311, -0.0109181385487318, -0.0092840325087309), target1);\n\t\ttarget1 = mad(src[0][2], MF4(0.0591700896620750, 0.1974907070398331, -0.0197357516735792, -0.0546554848551750), target1);\n\t\ttarget1 = mad(src[0][3], MF4(-0.0011764382943511, -0.0299451071768999, 0.0229587312787771, 0.0021908886265010), target1);\n\t\ttarget1 = mad(src[0][4], MF4(0.0098101310431957, 0.0080995410680771, -0.0030452020000666, -0.0132035519927740), target1);\n\t\ttarget1 = mad(src[1][0], MF4(-0.0168330334126949, -0.0743711441755295, -0.0259261634200811, 0.0234480481594801), target1);\n\t\ttarget1 = mad(src[1][1], MF4(0.0239933785051107, 0.1896541714668274, 0.0207756329327822, -0.0370332375168800), target1);\n\t\ttarget1 = mad(src[1][2], MF4(0.0094799501821399, -0.0652511194348335, -0.0004292793164495, -0.0726212188601494), target1);\n\t\ttarget1 = mad(src[1][3], MF4(0.0297284796833992, -0.1210186630487442, -0.0202929321676493, -0.0574462898075581), target1);\n\t\ttarget1 = mad(src[1][4], MF4(-0.0318185277283192, 0.0840775370597839, 0.0110451309010386, 0.0415569432079792), target1);\n\t\ttarget1 = mad(src[2][0], MF4(-0.0253141783177853, 0.1168256178498268, 0.1159729585051537, 0.0963164269924164), target1);\n\t\ttarget1 = mad(src[2][1], MF4(-0.1103615835309029, -0.0276833958923817, -0.4999594092369080, 0.1053867191076279), target1);\n\t\ttarget1 = mad(src[2][2], MF4(1.1100435256958008, 0.0646764487028122, 0.0154005717486143, 0.8891586661338806), target1);\n\t\ttarget1 = mad(src[2][3], MF4(0.1229330673813820, 0.1719468832015991, 0.5730338096618652, -0.1645544171333313), target1);\n\t\ttarget1 = mad(src[2][4], MF4(-0.0090442728251219, -0.3023961782455444, -0.1589493155479431, 0.0418574027717113), target1);\n\t\ttarget1 = mad(src[3][0], MF4(0.0031942036002874, -0.1310926079750061, 0.0075543406419456, -0.0016449346439913), target1);\n\t\ttarget1 = mad(src[3][1], MF4(-0.0995150282979012, -0.0701921209692955, -0.0130895879119635, 0.1344170123338699), target1);\n\t\ttarget1 = mad(src[3][2], MF4(0.0060519003309309, -0.1533465683460236, 0.0114194005727768, 0.0264683905988932), target1);\n\t\ttarget1 = mad(src[3][3], MF4(0.0244008023291826, 0.1881769001483917, -0.0206351149827242, -0.0628309547901154), target1);\n\t\ttarget1 = mad(src[3][4], MF4(0.0075713125988841, 0.0508594363927841, 0.0430423170328140, -0.0124188791960478), target1);\n\t\ttarget1 = mad(src[4][0], MF4(-0.0166875869035721, -0.0047865519300103, 0.0006719123339280, 0.0316803231835365), target1);\n\t\ttarget1 = mad(src[4][1], MF4(-0.0058461269363761, 0.0990798473358154, -0.0177743826061487, -0.0066122291609645), target1);\n\t\ttarget1 = mad(src[4][2], MF4(-0.0972401946783066, -0.0225446373224258, -0.0037693574558944, 0.1953062713146210), target1);\n\t\ttarget1 = mad(src[4][3], MF4(-0.0216837190091610, -0.1824268400669098, 0.0069816261529922, 0.0283037684857845), target1);\n\t\ttarget1 = mad(src[4][4], MF4(-0.0025767991319299, 0.0459827110171318, -0.0080216089263558, 0.0084134787321091), target1);\n\n\t\tMF4 target2 = MF4(0.0541447550058365, 0.0088306749239564, -0.0112389577552676, -0.0127860950306058);\n\t\ttarget2 = mad(src[0][0], MF4(0.0142660010606050, 0.0137931071221828, 0.0061188107356429, -0.0104134222492576), target2);\n\t\ttarget2 = mad(src[0][1], MF4(0.0147292809560895, -0.0289912857115269, 0.0266769435256720, 0.0933856964111328), target2);\n\t\ttarget2 = mad(src[0][2], MF4(-0.1734338253736496, 0.1116316691040993, -0.1973157376050949, -0.0581855811178684), target2);\n\t\ttarget2 = mad(src[0][3], MF4(0.0347507223486900, -0.0341566652059555, 0.0061667622067034, 0.0075258882716298), target2);\n\t\ttarget2 = mad(src[0][4], MF4(0.0069884369149804, -0.0194250214844942, 0.0080830128863454, -0.0036874092184007), target2);\n\t\ttarget2 = mad(src[1][0], MF4(0.0233764201402664, 0.0344744995236397, 0.0162145942449570, 0.0979529991745949), target2);\n\t\ttarget2 = mad(src[1][1], MF4(0.1280796974897385, -0.1018339172005653, -0.0132977198809385, -0.0019474622095004), target2);\n\t\ttarget2 = mad(src[1][2], MF4(0.4286882579326630, 0.1222677752375603, 0.7046694159507751, 0.0945475697517395), target2);\n\t\ttarget2 = mad(src[1][3], MF4(0.1107441782951355, -0.0134433070197701, -0.0174900908023119, -0.1686445474624634), target2);\n\t\ttarget2 = mad(src[1][4], MF4(0.0321478620171547, 0.0065357843413949, 0.0300805997103453, 0.0420113280415535), target2);\n\t\ttarget2 = mad(src[2][0], MF4(-0.1240341588854790, 0.0950303301215172, -0.0129648456349969, -0.2681856453418732), target2);\n\t\ttarget2 = mad(src[2][1], MF4(0.4846960902214050, 0.0351924635469913, 0.0223043337464333, -0.1273630708456039), target2);\n\t\ttarget2 = mad(src[2][2], MF4(-1.9379507303237915, -0.2444442063570023, 0.0291962660849094, -0.3835578560829163), target2);\n\t\ttarget2 = mad(src[2][3], MF4(0.6396278142929077, -0.0765938311815262, -0.0552659817039967, 0.4393545985221863), target2);\n\t\ttarget2 = mad(src[2][4], MF4(-0.1969728022813797, -0.0607173256576061, 0.0131113547831774, 0.0542017817497253), target2);\n\t\ttarget2 = mad(src[3][0], MF4(0.0091696009039879, -0.0031533432193100, -0.0368777588009834, -0.0459998287260532), target2);\n\t\ttarget2 = mad(src[3][1], MF4(0.1096992492675781, 0.2597902715206146, 0.0304869692772627, -0.0195200722664595), target2);\n\t\ttarget2 = mad(src[3][2], MF4(0.2889648377895355, -0.4275591969490051, -0.7414156794548035, 0.2695442438125610), target2);\n\t\ttarget2 = mad(src[3][3], MF4(0.0892018377780914, -0.0229137558490038, 0.0244414471089840, -0.1926898956298828), target2);\n\t\ttarget2 = mad(src[3][4], MF4(0.0576358586549759, 0.0027846973389387, -0.0036861505359411, -0.0253547113388777), target2);\n\t\ttarget2 = mad(src[4][0], MF4(0.0159624069929123, 0.0319602824747562, 0.0019470085389912, 0.0089780492708087), target2);\n\t\ttarget2 = mad(src[4][1], MF4(0.0552792511880398, 0.0543054342269897, 0.0134062822908163, 0.0545728243887424), target2);\n\t\ttarget2 = mad(src[4][2], MF4(-0.1170092225074768, 0.1963327825069427, 0.1503890156745911, 0.1891828328371048), target2);\n\t\ttarget2 = mad(src[4][3], MF4(-0.0084421783685684, 0.1297017931938171, -0.0330600887537003, -0.0942063704133034), target2);\n\t\ttarget2 = mad(src[4][4], MF4(0.0118440408259630, -0.0337875857949257, 0.0055063469335437, 0.0254479162395000), target2);\n\n\t\tfeatureMap1[destPos] = target1;\n\t\tfeatureMap2[destPos] = target2;\n\t}\n}\n\n\n//!PASS 2\n//!DESC mapping 1\n//!IN featureMap1, featureMap2\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = featureMap1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = featureMap1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = featureMap1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = featureMap1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = featureMap1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = featureMap1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = featureMap1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = featureMap1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = featureMap1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = featureMap2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = featureMap2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = featureMap2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = featureMap2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = featureMap2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = featureMap2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = featureMap2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = featureMap2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = featureMap2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 target1 = MF4(-0.0445119962096214, -0.7632357478141785, 0.0156328510493040, -0.2424548566341400);\n\ttarget1 = MulAdd(tl1, MF4x4(0.1279004216194153, -0.0275541823357344, 0.2275633513927460, 0.2241709381341934, 0.0197204202413559, -0.0456816256046295, -0.1296672523021698, 0.0564568229019642, -0.0241488646715879, -0.0237508192658424, -0.1899632662534714, 0.4177669584751129, -0.1814560592174530, -0.0526473335921764, 0.1154382973909378, -0.0715614855289459), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(-0.0660311505198479, 0.0416736751794815, 0.3146112561225891, 0.1472041457891464, -0.3456672728061676, -0.0055983816273510, 0.0022350433282554, 0.0819796621799469, 0.0057485047727823, 0.1532524228096008, 0.0204557459801435, -0.2500547170639038, -0.0524359568953514, -0.1911625266075134, -0.1078366711735725, -0.1296254843473434), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(0.0904538556933403, -0.0150672039017081, 0.3322310745716095, 0.0638923197984695, 0.5975797176361084, -0.2452044337987900, -0.4947478473186493, -0.0783191770315170, 0.5771877169609070, -0.0870653912425041, -0.8966570496559143, -0.2140965163707733, -0.0493861362338066, -0.0380848757922649, -0.1345319598913193, -0.0186063013970852), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(-0.2523841261863708, 0.1387074738740921, 0.7878478765487671, -0.2251627445220947, 0.2277439534664154, 0.5417668819427490, 0.0866540968418121, -0.1707777529954910, -0.0598246827721596, -0.4717158675193787, -1.2242834568023682, 0.0454643070697784, -0.3503442704677582, 0.0573085807263851, 0.2530198395252228, -0.0207283068448305), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(0.0168380383402109, -0.2142438590526581, -0.0207892972975969, 0.3628533780574799, 0.2431225180625916, 0.3098322153091431, 0.4073205888271332, -0.2762102782726288, -0.0197229012846947, 0.1305596232414246, -0.5697882771492004, -0.2976251542568207, -0.0551432967185974, 0.2614036500453949, -0.1410341411828995, -0.2906406223773956), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(-0.0498303361237049, 0.0224859956651926, 0.1952174901962280, -0.0311204437166452, 0.2501715123653412, -0.5893352627754211, -1.0793941020965576, 0.0160885509103537, 0.5081620812416077, 0.0482814386487007, 0.0546359121799469, -0.0501569248735905, 0.1400523334741592, -0.0106841633096337, -0.0940591320395470, -0.1791856139898300), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(0.0393299944698811, 0.2232691347599030, -0.1055066883563995, -0.1607919186353683, -0.1567825973033905, -0.0042221010662615, -0.0548228211700916, 0.2352052628993988, 0.1483389288187027, 0.7503526806831360, 0.0797731876373291, -0.0049001369625330, -0.0242983382195234, -0.0308702979236841, 0.0828925222158432, 0.0561857633292675), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(0.0926392748951912, -0.0418718457221985, -0.3060409128665924, -0.1883587390184402, 0.0284292586147785, -0.3584854304790497, -0.7909982800483704, -0.0187337957322598, -0.2496993243694305, -0.7520986795425415, 0.3771523833274841, -0.0259053874760866, 0.0337998159229755, 0.2209153026342392, 0.0708771497011185, -0.2814430892467499), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(-0.5287809371948242, 0.5777525901794434, 0.0880500450730324, -0.8452472090721130, -0.3393408954143524, -0.2273543328046799, -0.1298527419567108, 0.4990308582782745, 1.2613251209259033, -0.7636719942092896, 1.5694186687469482, -0.4087363779544830, 0.0874531939625740, 0.7067158818244934, -0.3419588804244995, -0.3265531957149506), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(0.8229957222938538, -0.1236215904355049, -0.1859253048896790, 1.6684840917587280, 0.2000777721405029, -0.1239093989133835, 1.5623438358306885, 0.1779983490705490, 0.1017884835600853, -0.3707404434680939, 1.0626678466796875, -0.3124029338359833, 0.0659058541059494, -0.3585464656352997, -0.1866402775049210, 0.6733445525169373), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(-0.5544115900993347, -0.1892931908369064, 0.2460739761590958, -0.1056193932890892, -0.4318082630634308, 0.1257930994033813, -0.2672747671604156, -0.1690235435962677, 0.0018221997888759, -0.4397548139095306, -0.3007801771163940, 0.1068472340703011, 0.3506655991077423, 0.1143834441900253, 0.1363849341869354, -0.1417382210493088), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(-0.0505668744444847, 0.1831464916467667, 0.3957343697547913, -0.2295413911342621, -0.3892803490161896, 0.5436951518058777, 0.1217770799994469, 0.0223295800387859, -0.4462866187095642, -0.4055982232093811, -0.3771279454231262, 0.0807068347930908, 0.2116729617118835, 0.0281026475131512, -0.0229265503585339, 0.2868605256080627), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(0.1962712109088898, -0.2373334914445877, -2.5208437442779541, -0.1988540291786194, 0.2224564403295517, -0.1783192902803421, -0.3962321281433105, -0.1685980409383774, 0.1910390257835388, 0.2554391324520111, 0.4586416482925415, 0.2779130041599274, -0.2002453953027725, -0.0061091855168343, 1.3808131217956543, 0.0434907525777817), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(-0.0307611189782619, -0.0524470545351505, -0.5897512435913086, -0.0816674903035164, 0.4052906930446625, 0.2542210817337036, -1.9041002988815308, 0.0835462361574173, -0.2484460622072220, -0.0184739269316196, 0.4510098397731781, 0.2587619423866272, 0.1537084281444550, 0.1503131389617920, -0.0742949545383453, 0.0613216012716293), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(0.1772638261318207, 0.0948876664042473, 0.0083848545327783, -0.2919732332229614, 0.2566950321197510, 0.0288751143962145, -0.4624863862991333, -0.0608786940574646, 0.3310996592044830, -0.0104284398257732, 0.6334818005561829, -0.0027201652992517, -0.0342350602149963, 0.1938806027173996, -0.2464301586151123, 0.0125883584842086), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(0.4839433431625366, -0.0502159744501114, -1.1114163398742676, -0.3965759575366974, 0.2117286175489426, 0.0414481423795223, -0.1332397013902664, -0.0549883767962456, -0.1275007277727127, 0.7844302654266357, -0.0095163453370333, 0.0961041301488876, -0.4759134948253632, -0.4284025132656097, -0.2072399407625198, -0.3953579664230347), target1);\n\ttarget1 = MulAdd(br1, MF4x4(0.1605869531631470, -0.1715892106294632, 0.0865620598196983, -0.0464400537312031, -0.2688548862934113, 0.1722514480352402, 0.0167612321674824, -0.0032994034700096, -0.3451044559478760, -0.2280300110578537, -0.0029796555172652, -0.1597652435302734, 0.0500137843191624, 0.1023071259260178, -0.0407028235495090, 0.2228624969720840), target1);\n\ttarget1 = MulAdd(br2, MF4x4(0.6999920010566711, 0.0839441940188408, 0.0815469548106194, -0.1509176045656204, -0.0690853074193001, -0.3200871348381042, 0.0780162736773491, -0.1449639797210693, 0.2868815064430237, 0.3962450027465820, -0.3439113497734070, 0.2657423913478851, 0.0988137871026993, 0.3471299111843109, -0.2186402678489685, -0.0648017078638077), target1);\n\ttarget1 = max(target1, 0) + MF4(1.0311057567596436, 0.1051208898425102, 0.1158760935068130, 0.0466635078191757) * min(target1, 0);\n\n\tMF4 target2 = MF4(0.0713458731770515, -0.1403961777687073, -0.0019562745001167, 0.0153338573873043);\n\ttarget2 = MulAdd(tl1, MF4x4(-0.0950641855597496, -0.1496641039848328, -0.0653550028800964, 0.0655386000871658, -0.0118882004171610, 0.2012491524219513, -0.2844599783420563, -0.4794720113277435, 0.1128025799989700, -0.0173030979931355, -0.0558849945664406, -0.2957552075386047, 0.0128202112391591, 0.0199047476053238, -0.0091027505695820, -0.0789640173316002), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(0.1597457975149155, -0.0476507246494293, 0.1466529071331024, 0.0859163030982018, 0.0797316282987595, -0.3380981683731079, 0.2370245009660721, -0.1145931258797646, -0.0352988094091415, -0.0444888733327389, -0.2100716233253479, 0.1305520236492157, -0.1359029710292816, 0.1097442805767059, 0.0449938289821148, -0.1155664771795273), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(-0.0333916284143925, 0.2415594160556793, 0.0520512908697128, 0.1228107511997223, -0.0491011217236519, 0.4408806562423706, 0.4631956815719604, 0.2014560103416443, -0.3688595592975616, 0.0367180295288563, 0.2484581321477890, -0.1113442853093147, 0.1283355057239532, 0.0418004281818867, -0.0171243026852608, -0.1231943219900131), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(0.3493446409702301, 0.4550022482872009, 0.0368724688887596, 0.0748724937438965, 0.5001406073570251, 0.0145555436611176, 0.1236629858613014, 0.3143120706081390, -0.1951988488435745, -0.0157914645969868, 0.0937998965382576, -0.2233840376138687, 0.5033411383628845, -0.3183194100856781, -0.2259195148944855, 0.3639536798000336), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(-0.0742707476019859, -0.1287801116704941, -0.2533137500286102, 0.0666435658931732, -0.0185621567070484, 0.1427449285984039, -0.0724751204252243, -0.0781485065817833, -0.2270648330450058, -0.2314778864383698, 0.3814929425716400, -0.1655400246381760, 0.0408568829298019, -0.1139645278453827, 0.1797397136688232, -0.0245632305741310), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(0.1184135973453522, 0.0439366139471531, 0.0225226897746325, -0.0038526873104274, 0.1292685419321060, 0.0629177838563919, 0.3455114960670471, -0.1857204884290695, -0.4921502172946930, -0.1171003505587578, 0.0188624169677496, -0.1101682260632515, 0.0676844567060471, 0.5154085755348206, -0.0898379907011986, 0.3413280248641968), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(-0.2631838321685791, 0.0215514600276947, 0.3092688918113708, -0.0200904365628958, 0.0678770467638969, 0.1769931465387344, -0.3653681278228760, -0.3274513185024261, 0.4608019888401031, -0.1544784456491470, 0.1189439669251442, 0.7015876173973083, 0.2732816934585571, -0.0545057803392410, -0.3474545478820801, -0.0253226496279240), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(0.0994316861033440, 0.0642566010355949, 0.2031503319740295, 0.2276959568262100, -0.1094077304005623, 0.4463521838188171, 0.0921792611479759, -0.3033096492290497, -0.0953373983502388, -0.1331395804882050, 0.2615413069725037, -0.2874414622783661, -0.0389687754213810, 0.0338272154331207, 0.2804331183433533, -0.3443813025951385), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(-0.1806042939424515, -0.4840798676013947, 0.4222546219825745, 0.1238701492547989, 0.0117481639608741, -0.5986865758895874, 0.3057619929313660, 0.1934896260499954, -0.7086342573165894, -0.8567376136779785, 0.6944998502731323, -1.4599204063415527, 0.0886754393577576, -0.4293498098850250, -0.1524195969104767, 0.2418079674243927), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(2.1706113815307617, 0.3525652289390564, -0.7008359432220459, -0.4825965166091919, -0.3203429281711578, 0.8500943183898926, -0.7993509769439697, 0.4329842329025269, 0.2106771767139435, 1.1103280782699585, 1.2092385292053223, 1.4814503192901611, -0.4147390127182007, -0.7046836614608765, -0.1443170011043549, -0.6811133027076721), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(-0.1489356607198715, 0.1400019824504852, 0.2425604313611984, -0.2098473459482193, -0.1580564379692078, 0.1463224738836288, -0.2187854647636414, 0.5174596905708313, -0.0143817225471139, -0.0362622961401939, -0.0068237944506109, 0.4749472737312317, 0.2914732992649078, -0.3306328952312469, -0.2444777786731720, -0.1171946674585342), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(0.0455239675939083, 0.3496046066284180, 0.1297491937875748, -0.2541095912456512, 0.3605501055717468, 0.2339573651552200, -0.0188565086573362, -0.0526181310415268, 0.1471424549818039, 0.8212822079658508, 0.0819099843502045, -0.0851665437221527, 0.3739568293094635, 0.1304695755243301, 0.1481167376041412, -0.2134698331356049), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(-0.2076720446348190, -0.0932599306106567, 0.0648527294397354, -0.2374770641326904, -0.0927826911211014, 0.1848200261592865, 0.4131188094615936, 0.3280069231987000, -0.2099185734987259, 0.2130926996469498, -0.0362745784223080, 0.0191331822425127, 0.1590368449687958, 0.0303016249090433, 0.1207325309514999, 0.2451425045728683), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(-0.0135009605437517, -0.0101303057745099, 0.0752487555146217, 0.0533373840153217, -0.0253537259995937, 0.1318614929914474, -0.1263181120157242, 0.0249524712562561, -0.1477261483669281, 0.3236559033393860, 0.0773291289806366, -0.1439673304557800, -0.2005890905857086, 0.0892757251858711, 0.0398719944059849, 0.3675192892551422), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(-0.0193535499274731, -0.2256918102502823, 0.0341436080634594, 0.0795947611331940, 0.1496857404708862, -0.2784725725650787, -0.0582313314080238, -0.2786065340042114, -0.1666128039360046, -0.6534121036529541, 0.2695854306221008, -0.0179719906300306, 0.0015976354479790, 0.0139929885044694, -0.1706486046314240, -0.3274765610694885), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(-0.7170836329460144, 0.0868831276893616, 0.1829078495502472, -0.0076045366004109, 0.1525912433862686, -0.2558896839618683, 0.0893209800124168, -0.3426039516925812, -0.2871107757091522, -0.2445062994956970, 0.1676304638385773, 0.2116415053606033, 0.0883995518088341, -0.3880331516265869, 0.2636835277080536, -0.2514505982398987), target2);\n\ttarget2 = MulAdd(br1, MF4x4(-0.1861270815134048, 0.2000686377286911, -0.1501186788082123, 0.1525203883647919, 0.1969228833913803, 0.1174068301916122, -0.1281060427427292, -0.0854888409376144, 0.0290613435208797, -0.0538076497614384, -0.0251582786440849, 0.0692845508456230, 0.0384319014847279, 0.2888138592243195, 0.1151804402470589, 0.0990421250462532), target2);\n\ttarget2 = MulAdd(br2, MF4x4(-0.0344385802745819, 0.1270371377468109, 0.0922426953911781, -0.0426749102771282, -0.1656492203474045, -0.3273328542709351, -0.0282224025577307, 0.1099396124482155, -0.1113230437040329, 0.2943290174007416, -0.2181112915277481, -0.3177657723426819, -0.1096536740660667, -0.0508293099701405, -0.0256164856255054, -0.0388228967785835), target2);\n\ttarget2 = max(target2, 0) + MF4(0.7142407894134521, 0.0686190053820610, 0.3999933302402496, -1.0247212648391724) * min(target2, 0);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC mapping 2\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 target1 = MF4(0.0203563515096903, 0.1902436912059784, -0.0757935121655464, 0.0393617525696754);\n\ttarget1 = MulAdd(tl1, MF4x4(-0.1080558672547340, -0.0400269515812397, 0.1042881682515144, -0.1994346678256989, 0.0172465778887272, -0.0829331055283546, -0.1278677284717560, -0.0762506872415543, -0.0593080408871174, -0.0305212251842022, 0.1326192617416382, -0.3380933105945587, -0.0722763314843178, -0.1975518912076950, -0.0223602931946516, 0.2251029163599014), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(0.1747678220272064, 0.0297168865799904, 0.1054855734109879, 0.0803295820951462, -0.0338115766644478, -0.3885377943515778, -0.3540246784687042, -0.0719623491168022, -0.0656022280454636, -0.0469004511833191, 0.1379419565200806, 0.0319863893091679, 0.0799935683608055, -0.0099127553403378, 0.1698455959558487, -0.0108015276491642), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(0.1587898135185242, 0.3995443880558014, -0.0333226583898067, 0.2373267263174057, -0.1616930961608887, 0.0659186244010925, 0.0141129801049829, -0.0541022196412086, -0.5743742585182190, 0.1121487766504288, 0.4259817600250244, 0.0280795227736235, -0.3721714317798615, -0.3496374189853668, 0.0997273251414299, -0.0079920450225472), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(0.0928084030747414, 0.3107658624649048, 0.1375299990177155, 0.1550617516040802, -0.0780353918671608, -0.0102957757189870, -0.2056752145290375, -0.3927979469299316, -1.2112152576446533, 0.0213295854628086, 0.1396545022726059, 0.0492016039788723, -0.0569122135639191, -0.1691886335611343, -0.1535325646400452, 0.2800904810428619), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(0.2494744062423706, -0.0363066755235195, 0.0959179550409317, -0.0048101749271154, -0.0195793900638819, 0.0451166369020939, 0.1470773071050644, -0.0050059854984283, 0.2886958122253418, -0.3221147954463959, -0.7062104344367981, 0.1646659970283508, -0.0092520527541637, -0.1254461258649826, 0.0217506736516953, -0.0678806379437447), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(-0.0686557441949844, -0.0414490625262260, -0.1855954080820084, 0.0264346338808537, -0.0296857114881277, -0.0431593284010887, 0.0669397041201591, -0.0946076661348343, -0.2036914378404617, -0.1336101740598679, -0.2099903970956802, -0.1327936947345734, -0.1002155169844627, -0.0368575826287270, -0.1660962998867035, 0.0728288888931274), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(0.5504320859909058, 0.2939232587814331, 0.4704743027687073, 0.2129514217376709, 0.0843106731772423, -0.1978624463081360, -0.3298224806785583, 0.1919094175100327, 0.1980742365121841, -0.0644423812627792, 0.0091170109808445, -0.2124856859445572, 0.0804558470845222, -0.1130188927054405, -0.6276652812957764, 0.1861163526773453), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(-0.3357668519020081, 0.2093413323163986, 0.4355416595935822, 0.1550502777099609, -0.6510964035987854, -0.1751857399940491, -0.2060168534517288, -0.1710205078125000, -0.1202360317111015, -0.2500316798686981, 0.1074745431542397, -0.2418434321880341, 0.0133954072371125, -0.0555886104702950, 0.1514673978090286, 0.2739115655422211), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(-0.3006273508071899, -0.2699472010135651, -0.1982013583183289, -0.0032952548936009, 0.0307833012193441, 0.3671586215496063, -0.0966020002961159, -0.2836556434631348, 0.4297264218330383, 0.6171903610229492, 0.6723483800888062, 0.2705117464065552, -0.1438141316175461, -0.0873940736055374, -0.7001031041145325, -0.2052250355482101), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(-0.2875024676322937, -1.6230558156967163, -0.6733398437500000, -0.9642448425292969, -0.1964960694313049, 0.2485812455415726, 0.1236900389194489, -1.1423941850662231, -0.0412602946162224, 0.3412002623081207, 0.3962794244289398, -0.2490761876106262, -0.0058065578341484, -0.4578708708286285, -0.2418260127305984, 0.5357795953750610), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(0.0062361713498831, 0.1925230026245117, 0.0824977159500122, 0.0561275146901608, 0.0929671525955200, 0.0698546022176743, 0.3816939592361450, 0.0395248420536518, -0.0719512030482292, 0.0564917400479317, -0.1297784000635147, 0.1245511695742607, 0.0012355837970972, -0.0990515723824501, 0.4213519692420959, -0.1645816713571548), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(-0.0611936338245869, -0.0220258161425591, -0.0040935277938843, -0.1060328409075737, -0.0583154149353504, -0.0171997752040625, 0.1058546081185341, 0.2793170809745789, -0.2339317053556442, -0.1972009539604187, -0.0600687190890312, -0.0684379041194916, 0.0243016034364700, -0.2111079394817352, -0.2042971849441528, 0.0724857896566391), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(-0.0833447948098183, -0.0533220991492271, 0.0767802372574806, 0.1182348504662514, -0.0223299078643322, -0.0479344800114632, -0.0119727496057749, 0.0524821877479553, -0.0334780365228653, 0.0719002187252045, 0.0439689308404922, 0.0475181229412556, 0.0764308497309685, 0.0086713796481490, -0.1700707823038101, 0.06573542952537547), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(0.1391696482896805, 0.0739523395895958, 0.0565792545676231, -0.0430364646017551, 0.0943084582686424, 0.0102064209058881, 0.0120795257389545, -0.0841303989291191, 0.1573246121406555, 0.0164279472082853, 0.0988841354846954, -0.1430613398551941, -0.0572808869183064, -0.0844292491674423, 0.0621565617620945, 0.0923799052834511), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(-0.1223107874393463, -0.2441930323839188, -0.2410650849342346, -0.0162935722619295, 0.0695567727088928, -0.0028583710081875, -0.0059417244046926, 0.0715164169669151, -0.0668491795659065, -0.1499572396278381, 0.0869924053549767, 0.0553652904927731, 0.2729566097259521, 0.1370039582252502, -0.1282183527946472, -0.1451860070228577), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(0.1331952214241028, 0.0021079662255943, -0.1116734445095062, -0.4168601930141449, 0.0534659475088120, 0.0037860786542296, -0.0366065911948681, 0.1047701835632324, 0.1491260826587677, 0.0782341659069061, 0.0949895009398460, -0.1160908639431000, -0.1057133302092552, -0.2699718773365021, -0.1193305626511574, 0.2142304331064224), target1);\n\ttarget1 = MulAdd(br1, MF4x4(0.0041565205901861, -0.1065499857068062, -0.0629659667611122, -0.1144768893718719, 0.0318886637687683, -0.0562519319355488, 0.0043422472663224, 0.0226082988083363, -0.1456198990345001, -0.2398656159639359, -0.2625046670436859, -0.0710547044873238, 0.0067904205061495, 0.0018544088816270, 0.1019348874688148, -0.0186133962124586), target1);\n\ttarget1 = MulAdd(br2, MF4x4(0.0732532218098640, 0.1516859829425812, 0.0580205544829369, 0.1968977004289627, -0.0066619524732232, -0.1597842127084732, -0.0990600511431694, -0.1059188917279243, 0.0718481168150902, -0.2222738713026047, -0.1675696671009064, -0.1500017195940018, -0.0568779110908508, -0.0582777932286263, -0.0844587534666061, -0.0263266414403915), target1);\n\ttarget1 = max(target1, 0) + MF4(-0.2459529191255569, 0.7563464641571045, -0.0705636814236641, -0.0094820559024811) * min(target1, 0);\n\n\tMF4 target2 = MF4(-0.0448397286236286, -0.1649267971515656, -0.1192543581128120, -0.0061073559336364);\n\ttarget2 = MulAdd(tl1, MF4x4(0.0724840760231018, -0.0480341166257858, -0.1082391515374184, -0.1447021961212158, 0.0723197236657143, 0.0481830574572086, 0.0009448126656935, 0.0353565886616707, -0.0653375908732414, 0.0029647622723132, -0.0016588598955423, -0.2075651884078979, 0.0403469167649746, 0.3929971158504486, 0.0342363268136978, 0.1427230089902878), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(-0.0743464827537537, 0.1844420731067657, 0.0256296340376139, -0.2808582782745361, 0.0351609662175179, 0.3277008235454559, -0.0205841138958931, -0.5355809330940247, 0.0681906566023827, 0.2058052271604538, -0.0479847639799118, -0.3735262751579285, -0.0261550359427929, -0.1148884072899818, -0.2329017966985703, 0.0728458985686302), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(-0.1236097738146782, 0.1251334398984909, -0.1339431256055832, 0.0198749266564846, -0.1325920224189758, -2.2431972026824951, -0.0680834427475929, -0.5671764612197876, -0.3431925177574158, -0.0983135104179382, -0.2207138091325760, -0.2374879121780396, 0.0127309206873178, 1.3076044321060181, 0.0848151743412018, -0.1928595900535583), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(-0.0471093133091927, -0.1513628512620926, -0.0134263765066862, -0.1519252359867096, -0.5260242223739624, 0.2291621714830399, 0.4088975787162781, -0.4315340518951416, 0.0933236032724380, -1.0386694669723511, 0.0015958193689585, -0.2737887501716614, -0.0246253963559866, -0.2722961604595184, -0.1770633459091187, -0.2291279733181000), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(-0.0017552347853780, 0.1903935521841049, -0.0740704238414764, -0.0917679518461227, 0.0323882810771465, -0.3029108047485352, 0.0532565414905548, -0.0651542618870735, 0.4868686199188232, 0.8539272546768188, 0.4151960313320160, 0.2619662582874298, -0.0413270294666290, 0.1404227763414383, 0.1027320474386215, 0.3274228572845459), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(0.1828346252441406, 0.0274682324379683, -0.1169882863759995, 0.0327291004359722, 0.1786244213581085, -0.6569546461105347, -0.0609031207859516, -0.1676601022481918, -0.1481092721223831, 0.2889067530632019, 0.1246089115738869, 0.2203597426414490, -0.0366856977343559, 0.1539470851421356, 0.0069492300972342, -0.1544002443552017), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(0.2073992937803268, -0.0717074573040009, -0.0196173377335072, -0.0956910699605942, 0.0728898122906685, 0.0484567955136299, 0.3063069283962250, -0.3200540542602539, 0.0291527546942234, -0.0265460256487131, 0.1168476045131683, -0.2479970753192902, 0.1224220171570778, 0.0745823010802269, 0.1868897676467896, -0.1958049237728119), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(0.0019954447634518, -0.0225235987454653, 0.0812198966741562, 0.0295672398060560, -0.2016931176185608, -0.2239151000976562, -0.2481262385845184, -0.2381946444511414, -0.0520484372973442, -0.1200495883822441, 0.2121954560279846, -0.1573531329631805, -0.0198472067713737, 0.1001087054610252, -0.1084884032607079, -0.3126969039440155), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(0.3838330209255219, 0.1678779572248459, 0.6496244072914124, 0.3783606290817261, -0.2198582738637924, -0.2351343184709549, -0.2852248847484589, 0.6310021877288818, 0.8083020448684692, 0.0039323624223471, -0.0901831910014153, 0.0797894075512886, -0.2271467447280884, 0.7082978487014771, 0.1513756662607193, 0.2188975960016251), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(-0.2871031761169434, 0.2316448241472244, 0.4947948157787323, 0.3308620452880859, -0.0623455122113228, -0.1314185708761215, -0.2664661705493927, 0.8725078701972961, 0.4541083276271820, 0.1433589160442352, -1.1269453763961792, 0.6427971124649048, -0.1016561388969421, 0.3418317139148712, -0.0991155728697777, -1.0508837699890137), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(-0.2179604172706604, 0.1258949041366577, -0.1155700981616974, -0.0536149404942989, -0.0140614463016391, -0.0091438721865416, -0.0501774959266186, -0.3570724725723267, -0.5832386016845703, 0.2004123181104660, 0.2986239194869995, -0.8139168024063110, 0.0142666567116976, 0.0681498944759369, 0.1293468028306961, -0.1001938357949257), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(0.1952836811542511, -0.3092494010925293, 0.3063779771327972, 0.1934849917888641, 0.0746696740388870, -0.3533902466297150, -0.1269576102495193, -0.2237875163555145, 0.2470717132091522, -0.2640363574028015, -0.2862776815891266, 0.1740108281373978, -0.0963631942868233, 0.2631850540637970, 0.0400718413293362, -0.3590607047080994), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(-0.5299927592277527, 0.0979989692568779, 0.1666737496852875, -0.1547524333000183, -0.0043443185277283, 0.1540203243494034, 0.0594348423182964, -0.0167275425046682, -0.1043610796332359, 0.0504250898957253, 0.0456700921058655, 0.2525034546852112, 0.2241353541612625, -0.1678503304719925, 0.1532667279243469, 0.2901742458343506), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(0.0998796448111534, 0.0385462641716003, -0.0762400180101395, -0.1255892217159271, 0.0281430184841156, -0.0304958485066891, -0.1440480053424835, -0.1001605167984962, -0.2257689833641052, 0.2056092917919159, 0.0248535349965096, -0.1383949518203735, -0.0951708629727364, 0.0997417271137238, 0.0275330394506454, -0.5728432536125183), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(0.4256163835525513, 0.1745115518569946, -0.2409395426511765, 0.3139856457710266, -0.0036795330233872, 0.1819283962249756, -0.0864531323313713, 0.0102691333740950, -0.3397279977798462, 0.1107075437903404, -0.0035228815395385, -0.2207705229520798, -0.1779139339923859, -0.2106117755174637, 0.0352664291858673, 0.3615589439868927), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(-0.0345224253833294, -0.0669926702976227, 0.0907212942838669, -0.3758732676506042, -0.0452554710209370, -0.1134464666247368, -0.0358871109783649, -0.1858227252960205, -0.0233245138078928, -0.0495684742927551, 0.1976234614849091, -0.1165761798620224, -0.0340447537600994, 0.1095624342560768, 0.0110175255686045, -0.8269239664077759), target2);\n\ttarget2 = MulAdd(br1, MF4x4(-0.1379280686378479, 0.1004267781972885, 0.0723998174071312, -0.1510958224534988, 0.0610648579895496, 0.0451720170676708, -0.0231927260756493, -0.0251553766429424, 0.2306085377931595, 0.1033207178115845, -0.1316205114126205, 0.1130664870142937, -0.0458516106009483, -0.1152514070272446, -0.0088650323450565, -0.0214479379355907), target2);\n\ttarget2 = MulAdd(br2, MF4x4(-0.0545783303678036, -0.0620098188519478, 0.0347074456512928, 0.1096799224615097, 0.0036664425861090, -0.0413107499480247, 0.1443250179290771, -0.1161036714911461, -0.0061624986119568, -0.0252977479249239, 0.3230019211769104, -0.2536626160144806, -0.0565439648926258, 0.0827583819627762, -0.0071726376190782, -0.1983329951763153), target2);\n\ttarget2 = max(target2, 0) + MF4(-0.6312188506126404, -0.1215368881821632, 0.2487443536520004, 0.4051703512668610) * min(target2, 0);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC mapping 3\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 target1 = MF4(-0.0410279631614685, -0.1111723631620407, -0.0406232848763466, -0.0939496159553528);\n\ttarget1 = MulAdd(tl1, MF4x4(0.1221675798296928, 0.0083215842023492, -0.0162804014980793, 0.0316714197397232, -0.2205813378095627, 0.1500435769557953, 0.2109555304050446, 0.2741867899894714, 0.0956874340772629, -0.0896854698657990, -0.1657065600156784, -0.1349759399890900, 0.0601499564945698, -0.1523845940828323, -0.1828087568283081, -0.2727653682231903), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(-0.0918163508176804, 0.1564485579729080, 0.1133174449205399, 0.2215953171253204, -0.0623677000403404, -0.0497728772461414, -0.0372809022665024, -0.0258478187024593, -0.1364922970533371, 0.1053884625434875, 0.3292874991893768, 0.2693256139755249, -0.0347631797194481, -0.1470523178577423, 0.0096792401745915, -0.0542853325605392), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(0.1331177949905396, -0.0964357852935791, -0.0706946700811386, 0.1593225002288818, -0.4815943241119385, 0.1224092170596123, -0.0870430991053581, 0.0005010276800022, -0.0242684502154589, -0.2256436049938202, 0.1367238312959671, 0.0474774017930031, 0.6886650323867798, -0.0065326127223670, 0.1841574758291245, -0.1354993879795074), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(-0.1049591675400734, 0.0515934228897095, 0.1128631457686424, 0.1688040047883987, -0.0084041170775890, -0.0006375144002959, -0.0598374009132385, 0.1424416452646255, -0.0048398924991488, 0.1832167655229568, 0.0231959503144026, 0.0816788375377655, -0.1321710795164108, 0.0397678017616272, -0.0058345394209027, 0.5784573554992676), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(0.1438693851232529, -0.0694608166813850, -0.0428275354206562, 0.1599996536970139, -0.1651254445314407, 0.1388883888721466, -0.0895452573895454, 0.2569831907749176, 0.3150432109832764, -0.0910519883036613, 0.0367441214621067, 0.1903669685125351, 0.2805841267108917, -0.0444608181715012, 0.0059385276399553, -0.2585869431495667), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(-0.1217494234442711, 0.0191769022494555, -0.0065453462302685, 0.1391217857599258, 0.0998920649290085, -0.0162798929959536, 0.0502282194793224, 0.0370145924389362, 0.0290782172232866, -0.0099554909393191, 0.0142515478655696, 0.1248661577701569, -0.0076912571676075, 0.0251651499420404, 0.2190572917461395, 0.0020069130696356), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(0.2666685581207275, -0.1625511497259140, -0.3938800692558289, -0.0253848694264889, 0.0987015441060066, 0.2033616453409195, 0.3128099143505096, 0.4608893990516663, 0.0620003379881382, -0.1389972567558289, -0.3095863461494446, -0.4023511111736298, -0.1105777546763420, 0.1115406602621078, 0.3639950752258301, 0.0645622834563255), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(-0.2135885655879974, -0.1035343706607819, 0.1795026361942291, 0.1828210204839706, 0.0780984908342361, 0.0656728670001030, 0.0033678691834211, 0.1361345648765564, 0.1712654232978821, -0.0172833092510700, -0.0502183400094509, 0.2910411655902863, 0.0691247656941414, 0.1935720741748810, 0.0652214139699936, 0.1608240753412247), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(0.8243460655212402, -0.0979344248771667, -0.0366373993456364, 0.1692261099815369, 0.5517869591712952, 0.3282494544982910, -0.7905511856079102, -0.4462923705577850, -0.0803156569600105, 0.1172509342432022, 0.1864327639341354, 0.1471016854047775, 0.1296005547046661, -0.1004103720188141, 0.3174172043800354, -0.1181766316294670), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(0.0259374529123306, -0.0934808850288391, 0.3008874654769897, 0.3957927823066711, -0.4048821926116943, 0.1461934000253677, -0.1819096356630325, -0.1908810287714005, 0.3193186521530151, -0.7438099980354309, 0.1919509470462799, -0.2065188735723495, 0.1752236187458038, -0.6840037107467651, 0.1588519066572189, -0.3956064879894257), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(0.1574442386627197, -0.0114925103262067, -0.1208277940750122, 0.2058266401290894, 0.2879209220409393, -0.0419875606894493, -0.1902059614658356, -0.2723863720893860, -0.1086223348975182, -0.0870924964547157, 0.8605937957763672, 0.2656622231006622, -0.1653763055801392, 0.0816384851932526, -0.0137870563194156, 0.1433854848146439), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(-0.1565909236669540, -0.0307490080595016, -0.1055604666471481, 0.2573592662811279, -0.1186821162700653, 0.1141471788287163, -0.0272745657712221, -0.1049114838242531, 0.2445316016674042, -0.0027864547446370, -0.1759569346904755, -0.1556979566812515, 0.0550616309046745, 0.1704383641481400, 0.0853662937879562, 0.3280856907367706), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(0.1460669338703156, 0.4202052652835846, -0.3638312816619873, -0.0958623066544533, -0.0492525361478329, -0.3664234280586243, 0.0794373303651810, 0.0399017669260502, 0.0629198029637337, 0.1662959158420563, -0.1001493930816650, -0.0587460733950138, -0.0396478697657585, 0.0017320754704997, 0.0314909480512142, -0.0202700830996037), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(-0.0964399129152298, 0.0380319654941559, 0.0396055467426777, 0.0265473183244467, -0.0161637403070927, -0.1872924566268921, 0.1670000404119492, 0.0029466480482370, -0.1093841269612312, -0.3629201948642731, -0.0562992505729198, 0.1792684197425842, -0.0203859098255634, 0.0983991250395775, 0.0058611719869077, 0.1627455651760101), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(-0.1117974221706390, 0.7562329173088074, -0.2046248912811279, 0.1677842289209366, -0.2063486129045486, -0.6023545265197754, -0.5739209651947021, 0.5110496878623962, -0.0715268924832344, -0.1373793482780457, 0.1251420378684998, -0.0477442294359207, 0.4961377978324890, 0.2688887119293213, 0.3146316707134247, -0.5197153687477112), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(-0.1314805448055267, 0.0746279135346413, 0.3457699418067932, 0.2564856410026550, 0.0839370116591454, -0.6136511564254761, -0.4646295011043549, 0.0612256154417992, -0.1910563558340073, -0.0935136750340462, -0.2426030039787292, 0.2102959007024765, 0.1575350016355515, 0.6145061254501343, 0.3368154168128967, -0.0974092856049538), target1);\n\ttarget1 = MulAdd(br1, MF4x4(0.0565315335988998, 0.2393359094858170, -0.0932938233017921, 0.1555283814668655, 0.0123879108577967, -0.1247719228267670, -0.0564610138535500, -0.1125799044966698, -0.0104600470513105, 0.0482629500329494, 0.2316472232341766, 0.1083717569708824, -0.0525921434164047, 0.0643989592790604, -0.0525734610855579, -0.0503251366317272), target1);\n\ttarget1 = MulAdd(br2, MF4x4(-0.1835366338491440, 0.0978360474109650, -0.1111819595098495, 0.2109299153089523, 0.0509372949600220, -0.1992686837911606, 0.0677929744124413, -0.0870024710893631, -0.0412262082099915, -0.0697719156742096, -0.0967373847961426, 0.0137308547273278, 0.0195730421692133, 0.0410240143537521, 0.1157210171222687, 0.2283479571342468), target1);\n\ttarget1 = max(target1, 0) + MF4(0.1991519331932068, -0.1275756657123566, -0.0622864030301571, 0.1586369574069977) * min(target1, 0);\n\n\tMF4 target2 = MF4(-0.0089084329083562, -0.0336172059178352, 0.0177190825343132, 0.0529975406825542);\n\ttarget2 = MulAdd(tl1, MF4x4(-0.0275970958173275, 0.0141968233510852, 0.1181544512510300, -0.0572245270013809, 0.1161347925662994, -0.1156444773077965, -0.2549640238285065, 0.0882879272103310, -0.0715355500578880, 0.0151285668835044, 0.1079384386539459, 0.0650847703218460, -0.1597152203321457, 0.0669793561100960, 0.2084401696920395, -0.0951152443885803), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(0.0404323227703571, -0.0206144321709871, -0.1080420613288879, -0.2038477361202240, 0.0248847268521786, -0.0064681121148169, 0.0389525443315506, 0.0011026862775907, 0.0885242074728012, 0.0295896343886852, -0.3323790132999420, 0.1935138553380966, -0.0466548874974251, 0.1023886054754257, 0.1257870644330978, -0.1541756242513657), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(-0.0076520540751517, 0.0361139886081219, 0.1749804913997650, -0.2051989138126373, 0.0022692133206874, -0.0282937753945589, -0.2039019316434860, -0.2343468815088272, -0.0357327871024609, -0.0570764988660812, 0.2925858795642853, -0.1988349705934525, -0.0584560707211494, -0.0341510921716690, 0.1300961822271347, 0.5184492468833923), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(0.0884973928332329, 0.0333527140319347, 0.0180535931140184, -0.2655122876167297, 0.0433661043643951, 0.0104369185864925, 0.0010909073753282, -0.0705273598432541, -0.0602585524320602, 0.2420269846916199, -0.4731841087341309, -0.8040290474891663, 0.3066828548908234, -0.2466925680637360, 0.0938910692930222, -0.2002603262662888), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(0.0549152903258801, 0.0291299298405647, 0.0946277007460594, -0.0581608228385448, 0.0669180899858475, -0.0635575056076050, -0.2427970170974731, -0.2677550315856934, 0.2226776182651520, 0.1301570236682892, -0.1519709974527359, 0.0671724304556847, -0.0526433289051056, 0.1898351758718491, 0.2383745312690735, 0.21917118132114417), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(-0.0234222635626793, 0.0238620284944773, 0.0427630320191383, -0.1080563366413116, 0.0332126952707767, -0.0039051575586200, 0.0293126031756401, 0.0161924213171005, 0.0453971028327942, 0.0131999952718616, -0.0689036697149277, 0.2349009960889816, 0.1013344153761864, 0.2706570029258728, 0.1191426888108253, -0.2830821871757507), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(0.0181465242058039, -0.0571886636316776, 0.4875229001045227, -0.4244020283222198, 0.4331104159355164, 0.1066712513566017, -0.5277034044265747, 0.1110567077994347, -0.1179447323083878, -0.0273578558117151, 0.1798476576805115, -0.2829602360725403, 0.1012385115027428, -0.2528488039970398, 0.1697608679533005, 0.1121710017323494), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(-0.1404130905866623, -0.0984055623412132, -0.0279541295021772, -0.1321212500333786, -0.0841855704784393, 0.1336171030998230, -0.1458790600299835, -0.0044095455668867, 0.2203754037618637, 0.1455714553594589, -0.2362042963504791, -0.0329121425747871, -0.1683547794818878, 0.0289597529917955, 0.3424547612667084, 0.0143845872953534), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(0.0287246014922857, 0.1948280781507492, 0.5998955368995667, 0.1192114129662514, -0.6269109249114990, 0.8724324703216553, -0.6399638652801514, -0.4201497733592987, -0.3355066180229187, -0.1566904038190842, -0.4396412074565887, 0.1525828838348389, 0.5573399066925049, 0.2324324846267700, 0.2762884795665741, 0.0406046211719513), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(0.3890096545219421, -0.0574061162769794, -0.1468243300914764, -0.5953360199928284, -0.1363215148448944, -0.2224670499563217, -0.2237723320722580, 0.2738097012042999, -0.4868114292621613, -0.5029351711273193, -0.3570256233215332, -0.1776263266801834, -0.0176672954112291, -0.4318660795688629, 1.0395888090133667, 0.1728395074605942), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(0.1337304115295410, -0.0809440389275551, 0.1600498855113983, -0.1108811497688293, -0.2376178801059723, -0.1532768607139587, -0.0447455830872059, 0.2515332102775574, 0.4848278462886810, -0.0915748402476311, -0.0336527302861214, -0.2141884714365005, 0.2125129699707031, 0.3237875998020172, 0.0022272330243140, -0.0167857185006142), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(0.0457934997975826, 0.0510537698864937, -0.0519523508846760, -0.4506326615810394, -0.1029204949736595, 0.0116113182157278, -0.1750748157501221, -0.0048758201301098, 0.1506977379322052, 0.0633068457245827, -0.1628549993038177, -0.0144928665831685, 0.1408756822347641, 0.2896180152893066, 0.0803691521286964, -0.4930096566677094), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(-0.0484248884022236, 0.1371297985315323, -0.1235475391149521, -0.2618594765663147, -0.0280395895242691, 0.0248795989900827, 0.1204105168581009, 0.3246576189994812, 0.0426272377371788, -0.0520061068236828, 0.0575957447290421, -0.2613646090030670, 0.1165295541286469, -0.0390013493597507, -0.0470846109092236, -0.0014663023175672), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(-0.1066762879490852, -0.0869804695248604, -0.0099332248792052, -0.1355892717838287, -0.0760413780808449, 0.1377770304679871, -0.0263407956808805, 0.0880135521292686, 0.1496269851922989, -0.0487459264695644, 0.1286851912736893, 0.2218491584062576, 0.1723349541425705, -0.0165541302412748, -0.0690477639436722, -0.2388458102941513), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(-0.4236431121826172, 0.0465179122984409, -0.1526456624269485, 0.1426440477371216, 0.5913932919502258, -0.1082349196076393, 0.2731275856494904, -0.2687640488147736, -0.4628683030605316, -0.0537119321525097, -0.1597615629434586, 0.0528527684509754, -0.3485085070133209, 0.1395110934972763, 0.0642972290515900, 0.0323829315602779), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(0.0066713397391140, -0.0482029877603054, -0.1707276403903961, -0.1001396998763084, 0.0539822019636631, -0.1624453216791153, 0.4913550019264221, 0.3687861263751984, 0.0491421781480312, 0.1311376541852951, 0.0992425829172134, -0.4636098444461823, -0.3415873646736145, -0.0153833786025643, -0.0270162131637335, -0.0935514941811562), target2);\n\ttarget2 = MulAdd(br1, MF4x4(-0.1738258153200150, 0.0458541549742222, -0.0653749182820320, -0.0156540926545858, -0.0357586294412613, -0.1486178338527679, 0.1798035055398941, -0.1310307979583740, 0.0783249065279961, -0.0261360015720129, -0.1047066971659660, 0.3385537564754486, -0.0339452810585499, 0.2299628853797913, -0.1408322304487228, -0.0352708548307419), target2);\n\ttarget2 = MulAdd(br2, MF4x4(0.0463018082082272, 0.0565674640238285, -0.0538956597447395, -0.2354862987995148, 0.0297824125736952, 0.0307939313352108, 0.1271791011095047, -0.1025698855519295, 0.1060482114553452, -0.0703211054205894, -0.0083062350749969, 0.0474255047738552, 0.0442508421838284, 0.1569559425115585, -0.0442709513008595, -0.1188704669475555), target2);\n\ttarget2 = max(target2, 0) + MF4(0.7366524934768677, 1.0013850927352905, -0.0276311747729778, 0.0734841898083687) * min(target2, 0);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 5\n//!DESC mapping 4, sub-band residuals\n//!IN tex1, tex2, featureMap1, featureMap2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 c1 = { -0.1306160986423492,-0.0808217376470566,-0.2880123555660248,0.0099629526957870 };\n\tc1 = MulAdd(tl1, MF4x4(-0.1033539846539497, 0.0541300140321255, -0.0804840475320816, -0.0334571413695812, -0.0264753755182028, 0.1118840202689171, 0.1186013221740723, -0.0127575425431132, 0.2236593365669250, 0.0025286162272096, 0.0985530614852905, 0.0685181617736816, -0.1884875595569611, 0.0530862808227539, -0.0482063069939613, 0.0375233069062233), c1);\n\tc1 = MulAdd(tl2, MF4x4(0.1837068796157837, -0.0632847175002098, 0.0016613919287920, 0.0392861217260361, 0.2923883199691772, -0.1713902205228806, 0.1907587945461273, 0.0550456829369068, 0.0644215345382690, -0.1046456992626190, 0.0187383033335209, 0.0770180150866508, 0.1933846622705460, -0.0455715768039227, 0.0375007353723049, -0.1053109914064407), c1);\n\tc1 = MulAdd(ml1, MF4x4(-0.0972480997443199, 0.2820451855659485, 0.0114549007266760, -0.0954328626394272, 0.0706252008676529, 0.4829064607620239, -0.6371517181396484, 0.0005180989392102, 0.3280143439769745, 0.0665246024727821, -0.0503116399049759, -0.1261110603809357, 0.1114177703857422, -0.2053108513355255, 0.1428771317005157, 0.3926100134849548), c1);\n\tc1 = MulAdd(ml2, MF4x4(-0.2571723163127899, 0.1627264618873596, -0.4940335154533386, -0.1361546218395233, 0.0804422944784164, -0.4231885373592377, 0.0650202706456184, 0.0518481098115444, -0.0502478554844856, -0.1305799931287766, 0.1814480125904083, 0.0090866927057505, -0.0510044656693935, -0.1691461503505707, 0.0922467112541199, -0.0314207412302494), c1);\n\tc1 = MulAdd(bl1, MF4x4(0.1270498335361481, 0.0563284493982792, -0.0435525141656399, 0.1569847911596298, 0.0576847903430462, 0.3461692929267883, -0.0325655154883862, -0.2688976824283600, -0.1341977864503860, -0.1382253766059875, 0.2293784171342850, -0.1111817285418510, -0.1402447521686554, -0.3257531225681305, 0.0598510466516018, 0.1008039116859436), c1);\n\tc1 = MulAdd(bl2, MF4x4(0.1698816716670990, 0.3491003513336182, -0.1367681026458740, -0.1165873408317566, -0.2091718912124634, -0.1487034261226654, -0.0569749698042870, -0.2100717276334763, 0.0404917001724243, -0.1372035890817642, 0.0689046755433083, -0.0367818064987659, -0.0325474888086319, -0.0114965448155999, -0.0137249026447535, -0.0279692262411118), c1);\n\tc1 = MulAdd(tc1, MF4x4(-0.0563433989882469, 0.0132494345307350, -0.2434540390968323, 0.0796563774347305, -0.2109155058860779, 0.0387088693678379, -0.0591037571430206, 0.0955820381641388, 0.4660535752773285, -0.1204202473163605, 0.1332369595766068, -0.0285425651818514, -0.3886952698230743, -0.0434980578720570, -0.0849134400486946, 0.0802380964159966), c1);\n\tc1 = MulAdd(tc2, MF4x4(0.0412235632538795, 0.1571959257125854, 0.2050069272518158, -0.1138664111495018, 0.1962715685367584, 0.0594439841806889, 0.0351715497672558, -0.0129811102524400, 0.2055217623710632, -0.0647534057497978, 0.0373471938073635, 0.0877277255058289, -0.5734645724296570, 0.1188675239682198, -0.1145943328738213, -0.1182733029127121), c1);\n\tc1 = MulAdd(mc1, MF4x4(-0.2004909217357635, -0.4817073047161102, 0.5596802830696106, -0.0327854752540588, 0.0989314392209053, 0.4127818942070007, 0.7265836596488953, -0.2692042589187622, 0.5195841789245605, -0.2357539832592010, -0.3819393217563629, 0.1755530238151550, 0.6578183770179749, 0.1075539961457253, -0.2688144743442535, 0.3242723941802979), c1);\n\tc1 = MulAdd(mc2, MF4x4(-0.3221310675144196, 0.2978510260581970, 0.2269985526800156, -0.3184116482734680, 0.4845580160617828, 0.4407236874103546, 0.0099756307899952, -0.3121858239173889, -0.3810067176818848, -0.0553649961948395, 0.0202834140509367, 0.0409953594207764, 0.2532750964164734, 0.2731618583202362, 0.1237529441714287, 0.0134243080392480), c1);\n\tc1 = MulAdd(bc1, MF4x4(0.1835541725158691, 0.0549701862037182, -0.1749316602945328, -0.2030028849840164, 0.0263462308794260, 0.2781440317630768, 0.0372458845376968, 0.3643021881580353, -0.4047883749008179, 0.0660117194056511, 0.4863115549087524, -0.2024163603782654, -0.6403482556343079, 0.2765505611896515, 0.1417075097560883, 0.5064445734024048), c1);\n\tc1 = MulAdd(bc2, MF4x4(0.6106975078582764, -0.1570862233638763, -0.3223383128643036, -0.2497926801443100, -0.4854303300380707, 0.0132978223264217, -0.0609334111213684, 0.1285556703805923, -0.1412864029407501, -0.1379042416810989, -0.0258826259523630, 0.1357705891132355, -0.1285902857780457, -0.0577826797962189, 0.0550044551491737, 0.1717510819435120), c1);\n\tc1 = MulAdd(tr1, MF4x4(0.1389609426259995, 0.0835867226123810, 0.0309768319129944, -0.0278116948902607, -0.0390677824616432, -0.0111810686066747, -0.0025318188127130, 0.0069569633342326, 0.0347319357097149, 0.0191543344408274, 0.0314339138567448, -0.0228427499532700, 0.0416300334036350, 0.0249234102666378, 0.1210031509399414, 0.1142473593354225), c1);\n\tc1 = MulAdd(tr2, MF4x4(0.0607251487672329, 0.0386395826935768, -0.0219341218471527, -0.1102298423647881, 0.1487188935279846, 0.0602982006967068, -0.0280748903751373, -0.0211924221366644, 0.0042894422076643, -0.0269144997000694, 0.0814756453037262, -0.0314031280577183, -0.0213186051696539, -0.1362965404987335, 0.0382767543196678, -0.0669511556625366), c1);\n\tc1 = MulAdd(mr1, MF4x4(-0.2397561967372894, 0.3023172020912170, -0.2398054003715515, 0.0041919997893274, -0.1016605198383331, -0.1521034836769104, -0.1526568531990051, 0.0272433310747147, 0.0741761848330498, 0.1116370111703873, 0.1149727106094360, -0.0809784531593323, -0.1448147594928741, -0.0943927690386772, -0.0086280042305589, 0.1243222951889038), c1);\n\tc1 = MulAdd(mr2, MF4x4(-0.0469366572797298, -0.1655988991260529, -0.1029584184288979, -0.1347874104976654, 0.2064601778984070, 0.0521226711571217, -0.1366733759641647, -0.0041872998699546, 0.1077186539769173, 0.0184442866593599, -0.2309073060750961, -0.1637075096368790, -0.0417953692376614, -0.3190860450267792, -0.1593534499406815, 0.0136412177234888), c1);\n\tc1 = MulAdd(br1, MF4x4(0.1698798984289169, 0.0232755411416292, -0.0876034423708916, -0.3008348643779755, 0.0789884999394417, 0.0034748215693980, -0.0064704762771726, 0.0057828431017697, -0.0190630126744509, -0.0334153175354004, -0.0195646341890097, 0.0105131156742573, 0.0995147302746773, -0.3130289018154144, -0.0724022984504700, 0.0113303456455469), c1);\n\tc1 = MulAdd(br2, MF4x4(-0.0027791252359748, -0.0193455871194601, -0.0415000133216381, 0.0568981170654297, -0.2745247483253479, 0.1222846284508705, 0.1899162530899048, 0.1067754998803139, -0.0561975166201591, -0.1500336527824402, 0.0526139959692955, -0.3491798937320709, -0.0692384615540504, -0.0307095069438219, 0.0498757846653461, 0.0019003645284101), c1);\n\tc1 = max(c1, 0) + MF4(0.1552927196025848, 0.0782765746116638, 0.7966942191123962, -1.1619627475738525) * min(c1, 0);\n\n\tMF4 c2 = { -0.1443098634481430,-0.1343899369239807,-0.0624338127672672,-0.1094277128577232 };\n\tc2 = MulAdd(tl1, MF4x4(-0.0689977407455444, -0.1693786680698395, 0.0109281269833446, 0.0609922930598259, 0.0296908002346754, 0.1195700988173485, -0.0694077461957932, 0.0971287414431572, 0.0253518298268318, 0.1213042959570885, 0.0703809782862663, 0.0055739870294929, -0.1595942378044128, -0.1336689442396164, -0.0622441768646240, -0.0428023114800453), c2);\n\tc2 = MulAdd(tl2, MF4x4(0.0860001668334007, -0.0226618759334087, 0.1602241247892380, 0.0431661494076252, 0.1526461094617844, 0.2752982378005981, 0.0960300788283348, -0.0536719262599945, -0.0171773489564657, 0.0457364916801453, -0.0360932648181915, -0.0397153608500957, -0.0277090407907963, 0.0729821547865868, -0.0145150292664766, 0.0252893269062042), c2);\n\tc2 = MulAdd(ml1, MF4x4(-0.1407091915607452, -0.4007499516010284, -0.0302001200616360, -0.0606933943927288, -0.2960600554943085, -0.2263117432594299, 0.0721478462219238, -0.4578711986541748, 0.0960150733590126, -0.1606502830982208, 0.2444226741790771, 0.0000882153908606, 0.1472496986389160, 0.3256779909133911, -0.2132861614227295, 0.0339313484728336), c2);\n\tc2 = MulAdd(ml2, MF4x4(-0.1477648764848709, -0.1487885862588882, -0.1973863691091537, 0.0717295333743095, 0.0843430235981941, 0.6259996294975281, -0.1214931011199951, -0.1274987608194351, 0.2359549105167389, 0.3002171218395233, -0.0825233608484268, -0.0157950688153505, 0.0706149637699127, 0.1762917637825012, -0.0611497573554516, -0.0859689489006996), c2);\n\tc2 = MulAdd(bl1, MF4x4(0.0174895934760571, -0.0567042417824268, 0.0409146919846535, 0.0258173532783985, 0.1421577036380768, 0.1234543323516846, -0.1721662431955338, 0.1492216140031815, 0.1100751459598541, 0.0501539446413517, 0.1100447699427605, -0.1086079254746437, -0.0608497932553291, 0.0087817469611764, 0.0714464113116264, -0.1285197436809540), c2);\n\tc2 = MulAdd(bl2, MF4x4(-0.0017177806003019, -0.1463395059108734, -0.1085453778505325, 0.1650195866823196, 0.0813829153776169, 0.1102061793208122, -0.0578421875834465, -0.0232036896049976, -0.1239888817071915, 0.0155465165153146, 0.1079114526510239, -0.0420837886631489, -0.0775837749242783, 0.0148941157385707, -0.0502299368381500, -0.0654754191637039), c2);\n\tc2 = MulAdd(tc1, MF4x4(0.0918162539601326, 0.0440697595477104, -0.0515748932957649, 0.0417411290109158, 0.0353216230869293, 0.1535954177379608, 0.0439723692834377, -0.1288845241069794, 0.1076577678322792, -0.1306740194559097, 0.0715952813625336, -0.0681907683610916, -0.3798767924308777, 0.1023928597569466, -0.0970670804381371, 0.0077168666757643), c2);\n\tc2 = MulAdd(tc2, MF4x4(0.0634560957551003, -0.0550306066870689, 0.2073986232280731, 0.0520241297781467, 0.1162287592887878, -0.2218665480613708, 0.3199682831764221, 0.0606246069073677, -0.0058511858806014, -0.0667045339941978, -0.0449917949736118, 0.0707788690924644, -0.3323366343975067, -0.0763893201947212, -0.0997853428125381, -0.1181001588702202), c2);\n\tc2 = MulAdd(mc1, MF4x4(-0.3101258873939514, 0.2616009712219238, 0.0584651045501232, 0.1656491309404373, -0.0069236233830452, 0.2573371529579163, -0.1793291717767715, -0.2718756198883057, 0.0953581258654594, 0.0524105131626129, 0.1183085516095161, 0.0583294369280338, 0.5036848187446594, -0.5763167142868042, -0.2119628041982651, -0.3140562772750854), c2);\n\tc2 = MulAdd(mc2, MF4x4(-0.2497755438089371, -0.0146329319104552, -0.2741575539112091, 0.2459975033998489, 0.3562706708908081, -0.6528629064559937, -0.4287456274032593, 0.2055913358926773, 0.1739019453525543, -0.3855968713760376, -0.0958273336291313, -0.7066691517829895, 0.2365748286247253, -0.3046728968620300, -0.2590373754501343, -0.0496727414429188), c2);\n\tc2 = MulAdd(bc1, MF4x4(-0.0844531357288361, -0.0321611948311329, -0.0951840654015541, 0.0577518045902252, -0.1606003493070602, 0.2776086628437042, -0.1355003118515015, -0.0880064144730568, -0.1277643740177155, -0.0514567233622074, 0.1522682905197144, -0.1040910631418228, -0.2767944037914276, -0.1452194601297379, 0.0089118303731084, 0.0231996178627014), c2);\n\tc2 = MulAdd(bc2, MF4x4(0.2603267133235931, 0.0167464651167393, -0.2064073234796524, 0.1782064288854599, 0.4890212416648865, 0.0559245310723782, 0.1221160590648651, -0.0202587731182575, -0.4056585729122162, -0.1839511841535568, 0.2775998413562775, 0.0024275144096464, -0.2624500989913940, -0.0619418807327747, 0.0153478365391493, 0.0123427547514439), c2);\n\tc2 = MulAdd(tr1, MF4x4(0.0816635638475418, -0.0134946266189218, 0.0594766475260258, -0.0551253929734230, 0.0134431896731257, -0.0652195811271667, -0.0563635528087616, -0.0066532371565700, -0.0004114551993553, 0.0105680683627725, 0.1324467360973358, 0.0467248968780041, 0.0301312971860170, -0.1073397025465965, -0.0363437235355377, -0.0474153012037277), c2);\n\tc2 = MulAdd(tr2, MF4x4(0.0199097190052271, 0.0901319086551666, 0.0448978282511234, 0.0505443066358566, 0.0438878424465656, -0.0494784042239189, 0.0724927335977554, -0.0070675504393876, -0.0012125011999160, 0.0295279901474714, 0.0705125033855438, 0.0555334389209747, -0.0403393507003784, -0.1271172016859055, 0.0017914215568453, 0.1462216079235077), c2);\n\tc2 = MulAdd(mr1, MF4x4(-0.2827299833297729, 0.2052399665117264, 0.0042732120491564, -0.3969024717807770, -0.0782120972871780, 0.1960176974534988, -0.0675340741872787, 0.0027962317690253, 0.0516129024326801, -0.0352642722427845, 0.0546326488256454, 0.0065340655855834, -0.1062376946210861, 0.1364430636167526, -0.0536947809159756, 0.2098117172718048), c2);\n\tc2 = MulAdd(mr2, MF4x4(0.0045875865034759, 0.2162927240133286, -0.2158576399087906, -0.0047327815555036, 0.1251590698957443, 0.1279677897691727, -0.1188964918255806, 0.0328494384884834, 0.0076038073748350, -0.0561547242105007, 0.0335608273744583, 0.4332321286201477, 0.0021786799188703, 0.0844521671533585, -0.2102309316396713, -0.0189208015799522), c2);\n\tc2 = MulAdd(br1, MF4x4(0.0933093801140785, 0.1548244059085846, -0.0598701611161232, 0.0357220247387886, -0.1141726672649384, 0.0536412484943867, -0.0159156844019890, -0.0445508137345314, 0.1883231997489929, -0.1547038406133652, 0.0530619807541370, 0.0059371814131737, 0.0602529086172581, -0.0435577929019928, 0.0083390390500426, 0.0191930737346411), c2);\n\tc2 = MulAdd(br2, MF4x4(-0.0351041629910469, 0.2119503468275070, -0.0841927304863930, 0.0079463515430689, 0.0683520361781120, -0.1657009869813919, 0.0611055232584476, -0.0063667562790215, 0.0330024957656860, -0.1810818463563919, 0.0872574150562286, 0.1485669612884521, -0.1305806934833527, 0.0041402997449040, 0.0223289318382740, -0.0141495745629072), c2);\n\tc2 = max(c2, 0) + MF4(0.5769761204719543, 0.1716064810752869, -0.0821026712656021, 0.2092144042253494) * min(c2, 0);\n\n\tMF4 target1 = MF4(0.0245648548007011, -0.4467784762382507, 0.0197526942938566, -0.0110000418499112);\n\ttarget1 = MulAdd(c1, MF4x4(0.0302665308117867, -0.9262221455574036, -0.1161134764552116, -0.0506900474429131, 0.2716045379638672, -0.0485871583223343, 0.0044713355600834, -0.4274623394012451, 0.0749531090259552, -0.3700785338878632, 0.0350039415061474, -0.0540786534547806, -0.0607390031218529, -0.8019900321960449, 0.0923245251178741, 0.1258827745914459), target1);\n\ttarget1 = MulAdd(c2, MF4x4(-0.0649135261774063, 0.0815236791968346, 0.0067334296181798, 0.1277425885200500, -0.0051357815973461, -0.1485908329486847, 0.0074226572178304, 0.0050623500719666, 0.0588018335402012, -0.0692552924156189, 0.1288725286722183, -0.0989386290311813, 0.0427936837077141, 0.0967708528041840, -0.0455632135272026, -0.0711275041103363), target1);\n\ttarget1 += featureMap1.SampleLevel(sam, pos, 0);\n\ttarget1 = max(target1, 0) + MF4(0.9927186965942383, 0.0570580027997494, 1.3226752281188965, 1.0069466829299927) * min(target1, 0);\n\n\tMF4 target2 = MF4(-0.0425243787467480, -0.3715015351772308, -0.0256227850914001, -0.2774516046047211);\n\ttarget2 = MulAdd(c1, MF4x4(0.0238118842244148, 0.0295480657368898, -0.0066418983042240, 0.1021223962306976, -0.0568209178745747, -0.4355100393295288, -0.2700522541999817, -0.2060186564922333, -0.0689613372087479, -0.1689691990613937, -0.0306748505681753, -0.2461252212524414, -0.0057375836186111, -0.1892303228378296, -0.0285871494561434, -0.5032613277435303), target2);\n\ttarget2 = MulAdd(c2, MF4x4(0.5463213324546814, 0.0972800329327583, 0.0307560767978430, 0.0678058937191963, -0.0356063023209572, -0.7013865113258362, 0.1890443563461304, -0.1036657467484474, -0.1745826154947281, -0.2942218780517578, -0.0485423319041729, -0.2983124554157257, -0.0524431839585304, -0.3261034786701202, 0.3217246532440186, 0.1958018541336060), target2);\n\ttarget2 += featureMap2.SampleLevel(sam, pos, 0);\n\ttarget2 = max(target2, 0) + MF4(0.1391339898109436, 0.0960328355431557, 0.6235341429710388, 0.1177272796630859) * min(target2, 0);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 6\n//!DESC sub-pixel convolution, aggregation \n//!IN tex3, tex4, INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nconst static MF2x3 rgb2uv = {\n\t-0.169, -0.331, 0.5,\n\t0.5, -0.419, -0.081\n};\n\nconst static MF3x3 yuv2rgb = {\n\t1, -0.00093, 1.401687,\n\t1, -0.3437, -0.71417,\n\t1, 1.77216, 0.00099\n};\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 result = { 0.2010385394096375,0.2058132737874985,0.1918809115886688,0.1961363703012466 };\n\tresult = MulAdd(tl1, MF4x4(-0.0005980331334285, -0.0095877395942807, -0.0149448839947581, -0.0026380482595414, 0.0320665836334229, -0.0706205591559410, -0.0054677254520357, 0.0215112231671810, -0.0025710910558701, -0.0000433265340689, 0.0044494951143861, -0.0034823501482606, -0.0050858515314758, 0.0109513988718390, 0.0208286065608263, -0.0032168829347938), result);\n\tresult = MulAdd(tl2, MF4x4(-0.0145305208861828, 0.0246876608580351, -0.0038286084309220, -0.0033089490607381, -0.0920709222555161, -0.0767898634076118, 0.0012083095498383, -0.0751532614231110, 0.0001302754972130, -0.0107085108757019, -0.0010383903281763, -0.0059571005403996, 0.0809685289859772, 0.0414833538234234, 0.0227938480675220, -0.0211347509175539), result);\n\tresult = MulAdd(ml1, MF4x4(0.0160999298095703, 0.0364215746521950, -0.0377063788473606, -0.0449111759662628, -0.0476365163922310, 0.1522845029830933, -0.0131391752511263, -0.0476671792566776, -0.0378389135003090, 0.0235454943031073, 0.0224007442593575, -0.0010372076649219, -0.0089435689151287, -0.0293026417493820, 0.0274190884083509, 0.0469092652201653), result);\n\tresult = MulAdd(ml2, MF4x4(0.0297575183212757, -0.0132508194074035, -0.0044682323932648, -0.0096222748979926, 0.2525918781757355, 0.1873829364776611, -0.5599535703659058, -0.2372044622898102, 0.0033207221422344, 0.0256173480302095, 0.0294605866074562, 0.0323960892856121, -0.1679904460906982, -0.1278967708349228, 0.3168168365955353, 0.1978507637977600), result);\n\tresult = MulAdd(bl1, MF4x4(-0.0047590560279787, -0.0149335600435734, 0.0033453819341958, -0.0012247267877683, 0.1112466752529144, 0.0147760482504964, 0.0031189601868391, 0.0391573049128056, -0.0028154491446912, -0.0036881719715893, -0.0116015253588557, -0.0037573333829641, 0.0047581391409039, 0.0071071563288569, -0.0033221673220396, 0.0004882142529823), result);\n\tresult = MulAdd(bl2, MF4x4(-0.0025197160430253, -0.0018677815096453, 0.0038254233077168, 0.0041981274262071, -0.1321131736040115, -0.0494364202022552, 0.0760654658079147, -0.1386690139770508, -0.0016222692793235, -0.0060105528682470, 0.0010201989207417, 0.0092753591015935, -0.0194614846259356, 0.0087382243946195, -0.0606758072972298, 0.0156162241473794), result);\n\tresult = MulAdd(tc1, MF4x4(-0.0073722628876567, 0.0012844242155552, 0.0241398401558399, -0.0075527969747782, -0.0865194946527481, -0.0610522404313087, 0.0289319511502981, -0.0994452014565468, 0.0281447004526854, -0.0250582899898291, 0.0044891634024680, -0.0246205236762762, 0.0112307453528047, -0.0010844616917893, -0.0223584957420826, 0.0177635718137026), result);\n\tresult = MulAdd(tc2, MF4x4(-0.0585863515734673, 0.0953190475702286, -0.0555586628615856, 0.1033507287502289, 0.1560877263545990, -0.0690897777676582, -0.0341389514505863, -0.0661668032407761, 0.0531073249876499, -0.0266165956854820, -0.0203275382518768, 0.0017760475166142, -0.1300747394561768, 0.1810652017593384, 0.0381597876548767, 0.1397419273853302), result);\n\tresult = MulAdd(mc1, MF4x4(0.6259804368019104, 0.6062518954277039, 0.5450409054756165, 0.5966195464134216, -0.0423948727548122, 0.0760537460446358, -0.0113651463761926, 0.3007817566394806, -0.3218322694301605, 0.2713021934032440, -0.3143473267555237, 0.2303840517997742, 0.3493050038814545, 0.3590726852416992, 0.4138027429580688, 0.3391666412353516), result);\n\tresult = MulAdd(mc2, MF4x4(0.0790478289127350, -0.0978994593024254, 0.0779844969511032, -0.0823706611990929, 0.0094470111653209, 0.1671760678291321, 0.1201528310775757, -0.2016288936138153, 0.3667598366737366, 0.3651430010795593, -0.3612343966960907, -0.2978236973285675, -0.4231655597686768, 0.0091423410922289, -0.1918412446975708, 0.4224558770656586), result);\n\tresult = MulAdd(bc1, MF4x4(-0.0186564289033413, 0.0274957418441772, -0.0064405309967697, 0.0056951809674501, 0.4864942431449890, -0.2563461959362030, 0.4357284605503082, -0.2976118028163910, 0.0374982468783855, 0.0167757049202919, 0.0305800959467888, 0.0232830215245485, 0.0138373551890254, -0.0191283021122217, 0.0032355054281652, 0.0055057541467249), result);\n\tresult = MulAdd(bc2, MF4x4(-0.0276355985552073, 0.0048149987123907, -0.0251619722694159, -0.0057246969081461, 0.0271473955363035, -0.0042668608948588, -0.0594691745936871, 0.2255926281213760, -0.0203660242259502, 0.0721646770834923, 0.0137230781838298, -0.0650938376784325, -0.3049557507038116, 0.2035628110170364, -0.2509683668613434, 0.1962853819131851), result);\n\tresult = MulAdd(tr1, MF4x4(0.0109980758279562, -0.0053752651438117, -0.0112550277262926, 0.0024017230607569, 0.0362104885280132, 0.0084348218515515, -0.0106990104541183, -0.0207723993808031, -0.0014961160486564, 0.0066790678538382, 0.0028113177977502, 0.0025022011250257, -0.0093937022611499, 0.0016421369509771, 0.0035362334456295, -0.0058064293116331), result);\n\tresult = MulAdd(tr2, MF4x4(0.0138889988884330, -0.0078343702480197, 0.0061464929021895, 0.0202130675315857, -0.0257590841501951, -0.0366640128195286, 0.0250097587704659, -0.0498071312904358, -0.0103149358183146, -0.0001786737266229, -0.0099909817799926, 0.0062733208760619, 0.0131437368690968, -0.0005469865864143, -0.0388854071497917, 0.0612070746719837), result);\n\tresult = MulAdd(mr1, MF4x4(0.0052813654765487, 0.0215748809278011, 0.0107395220547915, -0.0079439217224717, 0.0382786765694618, 0.0697424262762070, -0.0415962152183056, 0.0657853558659554, 0.0209470037370920, -0.0218399092555046, -0.0447359494864941, 0.0407319553196430, -0.0040902681648731, -0.0196106657385826, -0.0018554026028141, 0.0203906055539846), result);\n\tresult = MulAdd(mr2, MF4x4(-0.0106181986629963, 0.0084018819034100, 0.0131329754367471, -0.0198754761368036, 0.1117177084088326, 0.0990846082568169, -0.0732304081320763, 0.0163581725209951, -0.0648830309510231, -0.0451613292098045, 0.0206844564527273, 0.0031441387254745, -0.0106161693111062, -0.0567689687013626, 0.0782861113548279, -0.0306094046682119), result);\n\tresult = MulAdd(br1, MF4x4(0.0012452082009986, -0.0026056850329041, -0.0096226977184415, -0.0037850935477763, -0.0190967041999102, 0.0534373670816422, 0.1599360853433609, 0.0834670960903168, -0.0070255175232887, 0.0012873009545729, 0.0030876772943884, -0.0093916896730661, -0.0033529615029693, 0.0043485122732818, 0.0089034689590335, -0.0067489291541278), result);\n\tresult = MulAdd(br2, MF4x4(0.0004713654634543, -0.0034161377698183, -0.0026913962792605, 0.0053522582165897, -0.0040974905714393, 0.0273330621421337, -0.0333138220012188, -0.0701237097382545, 0.0082997502759099, -0.0183656588196754, -0.0122841577976942, -0.0052855615504086, -0.0023795007728040, -0.0438593104481697, -0.1101513057947159, -0.0182559806853533), result);\n\n\t[unroll]\n\tfor (uint i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tMF2 originUV = mul(rgb2uv, INPUT.SampleLevel(sam1, (destPos + 0.5f) * outputPt, 0).rgb);\n\t\t\tconst uint index = i * 2 + j;\n\t\t\tOUTPUT[destPos] = MF4(mul(yuv2rgb, MF3(result[index], originUV)), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/FSRCNNX/FSRCNNX_LineArt.hlsl",
"content": "// FSRCNNX_x2_8-0-4-1_LineArt\n// 移植自 https://github.com/igv/FSRCNN-TensorFlow\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!USE MulAdd\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D featureMap1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D featureMap2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex3;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex4;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n//!PASS 1\n//!DESC feature map\n//!IN INPUT\n//!OUT featureMap1, featureMap2\n//!BLOCK_SIZE 32, 24\n//!NUM_THREADS 128\n\n#define SH_PIXELS_X (MP_BLOCK_WIDTH + 4)\n#define SH_PIXELS_Y (MP_BLOCK_HEIGHT + 4)\n\ngroupshared MF shPixelsY[SH_PIXELS_Y][SH_PIXELS_X];\n\nMF GetLuma(MF3 rgb) {\n\treturn dot(MF3(0.299f, 0.587f, 0.114f), rgb);\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tfloat2 inputPt = GetInputPt();\n\tuint2 inputSize = GetInputSize();\n\tuint i;\n\n\tfor (i = threadId.x * 2; i < SH_PIXELS_X * SH_PIXELS_Y / 2; i += MP_NUM_THREADS_X * 2) {\n\t\tuint2 pos = uint2(i % SH_PIXELS_X, i / SH_PIXELS_X * 2);\n\t\tconst float2 tpos = (blockStart + pos - 1.5f) * inputPt;\n\n\t\tconst MF4 sr = INPUT.GatherRed(sam, tpos);\n\t\tconst MF4 sg = INPUT.GatherGreen(sam, tpos);\n\t\tconst MF4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\tshPixelsY[pos.y][pos.x] = GetLuma(MF3(sr.w, sg.w, sb.w));\n\t\tshPixelsY[pos.y][pos.x + 1] = GetLuma(MF3(sr.z, sg.z, sb.z));\n\t\tshPixelsY[pos.y + 1][pos.x] = GetLuma(MF3(sr.x, sg.x, sb.x));\n\t\tshPixelsY[pos.y + 1][pos.x + 1] = GetLuma(MF3(sr.y, sg.y, sb.y));\n\t}\n\n\tGroupMemoryBarrierWithGroupSync();\n\n\tfor (i = threadId.x; i < MP_BLOCK_WIDTH * MP_BLOCK_HEIGHT; i += MP_NUM_THREADS_X) {\n\t\tconst uint2 pos = uint2(i % MP_BLOCK_WIDTH, i / MP_BLOCK_WIDTH);\n\t\tconst uint2 destPos = blockStart + pos;\n\n\t\tif (destPos.x >= inputSize.x || destPos.y >= inputSize.y) {\n\t\t\tcontinue;\n\t\t}\n\n\t\tMF src[5][5];\n\t\t[unroll]\n\t\tfor (int i = 0; i < 5; ++i) {\n\t\t\t[unroll]\n\t\t\tfor (int j = 0; j < 5; ++j) {\n\t\t\t\tsrc[j][i] = shPixelsY[pos.y + i][pos.x + j];\n\t\t\t}\n\t\t}\n\n\t\tMF4 target1 = MF4(-0.3117050230503082, 0.1817725896835327, 0.0011673698900267, -0.0044658286496997);\n\t\ttarget1 = mad(src[0][0], MF4(-0.0187959559261799, -0.0206312909722328, 0.0226501729339361, 0.0111862262710929), target1);\n\t\ttarget1 = mad(src[0][1], MF4(0.0469042696058750, 0.0428658165037632, -0.0208927169442177, -0.0053485808894038), target1);\n\t\ttarget1 = mad(src[0][2], MF4(0.0486242026090622, 0.0268428903073072, -0.1095351055264473, -0.0197027549147606), target1);\n\t\ttarget1 = mad(src[0][3], MF4(-0.0301427692174911, -0.0444439016282558, 0.0803908482193947, -0.0072240661829710), target1);\n\t\ttarget1 = mad(src[0][4], MF4(0.0097448397427797, 0.0132117131724954, -0.0087575586512685, 0.0003270092420280), target1);\n\t\ttarget1 = mad(src[1][0], MF4(0.0227436870336533, 0.0284603293985128, -0.0899902656674385, 0.0174379274249077), target1);\n\t\ttarget1 = mad(src[1][1], MF4(-0.0880827009677887, -0.0890802741050720, 0.3386772871017456, -0.0749290063977242), target1);\n\t\ttarget1 = mad(src[1][2], MF4(-0.0832799598574638, -0.1518420130014420, 0.1693033277988434, 0.1514045447111130), target1);\n\t\ttarget1 = mad(src[1][3], MF4(0.0490957386791706, 0.0839962288737297, 0.0323486365377903, -0.0491475425660610), target1);\n\t\ttarget1 = mad(src[1][4], MF4(0.0281097982078791, 0.0267692077904940, -0.0460123419761658, 0.0137899341061711), target1);\n\t\ttarget1 = mad(src[2][0], MF4(0.0592067055404186, -0.0008030450553633, 0.1280025541782379, -0.0270480886101723), target1);\n\t\ttarget1 = mad(src[2][1], MF4(-0.0784756019711494, -0.0078630214557052, -0.1963789612054825, 0.2132134586572647), target1);\n\t\ttarget1 = mad(src[2][2], MF4(0.9478371739387512, -0.7432878613471985, -0.4691794812679291, -0.4196422100067139), target1);\n\t\ttarget1 = mad(src[2][3], MF4(0.1578149050474167, -0.0874812081456184, 0.1223142221570015, 0.2514914274215698), target1);\n\t\ttarget1 = mad(src[2][4], MF4(0.0576529577374458, 0.0775778889656067, 0.0526014007627964, -0.1151828765869141), target1);\n\t\ttarget1 = mad(src[3][0], MF4(-0.0459806136786938, -0.0550342053174973, -0.0553226508200169, -0.0042642662301660), target1);\n\t\ttarget1 = mad(src[3][1], MF4(0.1346504986286163, 0.1795998811721802, -0.0741422399878502, -0.0004661275597755), target1);\n\t\ttarget1 = mad(src[3][2], MF4(-0.0344312079250813, -0.0998986735939980, 0.2834288179874420, 0.1789152175188065), target1);\n\t\ttarget1 = mad(src[3][3], MF4(-0.0376542955636978, -0.0137260686606169, -0.2183600962162018, -0.0829529240727425), target1);\n\t\ttarget1 = mad(src[3][4], MF4(0.0143303163349628, 0.0085790483281016, 0.0312815308570862, 0.0557830408215523), target1);\n\t\ttarget1 = mad(src[4][0], MF4(0.0196402054280043, 0.0245775021612644, 0.0333996489644051, 0.0064323167316616), target1);\n\t\ttarget1 = mad(src[4][1], MF4(-0.0247105974704027, -0.0139399459585547, 0.0039188005030155, 0.0138866743072867), target1);\n\t\ttarget1 = mad(src[4][2], MF4(0.0688862130045891, 0.0629303157329559, -0.0323157459497452, -0.1300792843103409), target1);\n\t\ttarget1 = mad(src[4][3], MF4(0.0111092608422041, 0.0116711426526308, 0.0460555553436279, 0.0563828162848949), target1);\n\t\ttarget1 = mad(src[4][4], MF4(-0.0043270774185658, -0.0096766958013177, -0.0235258601605892, -0.0409700050950050), target1);\n\n\t\tMF4 target2 = MF4(0.0165165197104216, 0.0061719734221697, -0.0008248710073531, -0.0774794667959213);\n\t\ttarget2 = mad(src[0][0], MF4(-0.0127812735736370, -0.0146999256685376, 0.0025963818188757, 0.0008133125957102), target2);\n\t\ttarget2 = mad(src[0][1], MF4(0.0192508958280087, 0.0089628640562296, 0.0046624913811684, -0.0005601323791780), target2);\n\t\ttarget2 = mad(src[0][2], MF4(-0.1021092385053635, -0.0491660982370377, -0.0818324312567711, -0.0719010531902313), target2);\n\t\ttarget2 = mad(src[0][3], MF4(0.0166876111179590, -0.0046075899153948, 0.0258100070059299, -0.0235325042158365), target2);\n\t\ttarget2 = mad(src[0][4], MF4(-0.0028500237967819, -0.0020616643596441, -0.0073093594983220, -0.0034190006554127), target2);\n\t\ttarget2 = mad(src[1][0], MF4(0.0024815262295306, 0.0222324915230274, -0.0080765523016453, 0.0105959763750434), target2);\n\t\ttarget2 = mad(src[1][1], MF4(0.1017390340566635, 0.0138921840116382, 0.0559288635849953, -0.0168517548590899), target2);\n\t\ttarget2 = mad(src[1][2], MF4(0.1267367750406265, -0.2365809977054596, 0.4724994897842407, -0.0154752098023891), target2);\n\t\ttarget2 = mad(src[1][3], MF4(0.0847241580486298, 0.1127829849720001, -0.0643212646245956, 0.0177757386118174), target2);\n\t\ttarget2 = mad(src[1][4], MF4(-0.0354492329061031, -0.0234994646161795, 0.0336676724255085, 0.0153558924794197), target2);\n\t\ttarget2 = mad(src[2][0], MF4(-0.1001686528325081, 0.0175829399377108, -0.0146998856216669, -0.0897502079606056), target2);\n\t\ttarget2 = mad(src[2][1], MF4(0.0973328053951263, -0.5987607836723328, -0.0770601108670235, 0.2343221157789230), target2);\n\t\ttarget2 = mad(src[2][2], MF4(-1.0639246702194214, 0.5335622429847717, -0.2365868240594864, 0.6484431028366089), target2);\n\t\ttarget2 = mad(src[2][3], MF4(-0.0258918590843678, 0.1439655423164368, 0.2597847878932953, -0.5380389094352722), target2);\n\t\ttarget2 = mad(src[2][4], MF4(0.0333042629063129, -0.0408495217561722, 0.0026879014912993, 0.0496195442974567), target2);\n\t\ttarget2 = mad(src[3][0], MF4(0.0017764334334061, 0.0032939016819000, -0.0121603077277541, -0.0066827093251050), target2);\n\t\ttarget2 = mad(src[3][1], MF4(0.0497846752405167, 0.0766935721039772, 0.0505562871694565, 0.0058483541943133), target2);\n\t\ttarget2 = mad(src[3][2], MF4(0.6903248429298401, 0.0658241882920265, -0.4562527537345886, -0.0117225451394916), target2);\n\t\ttarget2 = mad(src[3][3], MF4(0.1896255612373352, -0.0459045991301537, -0.0380226671695709, -0.0333303771913052), target2);\n\t\ttarget2 = mad(src[3][4], MF4(-0.0868696048855782, 0.0157926902174950, 0.0011628456413746, 0.0207170285284519), target2);\n\t\ttarget2 = mad(src[4][0], MF4(0.0130701754242182, -0.0067251212894917, -0.0007082104566507, -0.0017002354143187), target2);\n\t\ttarget2 = mad(src[4][1], MF4(0.0029672298114747, -0.0060487915761769, 0.0191176552325487, 0.0520425662398338), target2);\n\t\ttarget2 = mad(src[4][2], MF4(-0.0253955777734518, -0.0159530192613602, 0.0304108783602715, -0.0263646803796291), target2);\n\t\ttarget2 = mad(src[4][3], MF4(-0.0708072409033775, 0.0109798992052674, 0.0285820439457893, 0.0188453849405050), target2);\n\t\ttarget2 = mad(src[4][4], MF4(0.0698847994208336, -0.0164128411561251, 0.0043246182613075, -0.0244176983833313), target2);\n\n\t\tfeatureMap1[destPos] = target1;\n\t\tfeatureMap2[destPos] = target2;\n\t}\n}\n\n\n//!PASS 2\n//!DESC mapping 1\n//!IN featureMap1, featureMap2\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = featureMap1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = featureMap1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = featureMap1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = featureMap1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = featureMap1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = featureMap1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = featureMap1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = featureMap1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = featureMap1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = featureMap2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = featureMap2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = featureMap2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = featureMap2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = featureMap2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = featureMap2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = featureMap2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = featureMap2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = featureMap2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 target1 = MF4(-0.0031195033807307, -0.0977938771247864, 0.0337169878184795, 0.0840695425868034);\n\ttarget1 = MulAdd(tl1, MF4x4(0.0028950418345630, 0.2153117954730988, -0.1120878234505653, 0.1065240651369095, -0.0902118757367134, 0.2227627933025360, -0.1268638819456100, 0.0378417931497097, 0.0262128096073866, 0.1100647151470184, -0.0224360711872578, -0.2487984448671341, 0.3278627693653107, 0.3930607438087463, -0.3361104130744934, -0.2318559885025024), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(-0.1388952732086182, -0.0210590325295925, -0.0107318097725511, 0.1340505480766296, -0.2403931617736816, 0.4324082732200623, -0.1229069381952286, -0.1129430904984474, -0.2194076776504517, -0.2529417872428894, 0.2493167072534561, 0.1228863969445229, -0.6289532780647278, 0.2511698901653290, -0.1145481690764427, -0.1931190490722656), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(0.0802633240818977, -0.2823207676410675, -0.0453533977270126, 0.2149281948804855, 0.2391699999570847, -0.3012505769729614, -0.0672336667776108, 0.1134754717350006, -0.1874532252550125, 0.2426864057779312, 0.0001024203302222, -0.2685940861701965, -0.2393693625926971, -0.0148733090609312, 0.4815890491008759, -0.5666245818138123), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(0.2353847920894623, 0.7481728792190552, 0.0613395981490612, -0.3136185705661774, -0.6453479528427124, 0.2987860739231110, -0.1935778856277466, -0.4407877624034882, -0.1155721992254257, -0.8143445253372192, -0.1829861551523209, 0.0808847546577454, 0.3689287006855011, -0.1318729221820831, 0.1494798213243484, -0.7250000834465027), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(-0.2325237691402435, -0.0383906811475754, -0.0762876123189926, 0.0158057715743780, -0.3222318589687347, -0.0946261659264565, -0.1157991588115692, 0.2080847620964050, -0.1521182358264923, 0.4038263857364655, -0.2508496940135956, 0.0620750486850739, 0.1382832378149033, -0.1788915544748306, -0.1054779291152954, -0.1079574525356293), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(0.0441149584949017, -0.1473216116428375, 0.1350974887609482, -0.2101743519306183, 0.4860914349555969, -0.0438372306525707, 0.1496813595294952, 0.1337997019290924, 0.2939592599868774, -0.2875731289386749, 0.3024089336395264, 0.2730985283851624, 0.3860357403755188, -0.2070714235305786, 0.0471001267433167, 0.0515876151621342), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(-0.0282726809382439, -0.0808876901865005, -0.1294671446084976, 0.0327957235276699, 0.2005466669797897, 0.0710152760148048, -0.2951858937740326, 0.1284866034984589, -0.3245949447154999, -0.2784474790096283, -0.0651488602161407, 0.2024642229080200, -0.1790685206651688, -0.1523464322090149, 0.0683958381414413, -0.0721997469663620), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(0.2084605693817139, 0.2224501073360443, 0.2990169227123260, -0.0822417438030243, 0.1661120802164078, 0.2242873460054398, 0.3008987009525299, -0.0589924007654190, 1.0089585781097412, 0.3364263474941254, 0.3114744126796722, -0.4205997586250305, 0.2149223387241364, -0.2686808407306671, 0.6869788169860840, 0.0397010855376720), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(-0.1719545274972916, 0.2342357635498047, -0.1108281537890434, 0.0051285717636347, -0.5348495244979858, -0.0063809715211391, -0.2947000265121460, 0.0092384787276387, 0.1788431107997894, -0.8757466077804565, -0.0199933666735888, -0.0933040529489517, -1.1017562150955200, -1.1397477388381958, -0.8490890264511108, 2.0844755172729492), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(-0.7517850399017334, -0.6626257300376892, -1.7181873321533203, 1.3924138545989990, 0.3148886561393738, 1.2373961210250854, 0.8413697481155396, 0.2569177746772766, 0.1905626207590103, -0.8806108832359314, 0.7340399026870728, 1.8838906288146973, -0.1782593727111816, 0.3429502546787262, -0.3488911390304565, -0.6653195619583130), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(0.1612574905157089, -0.0092199165374041, -0.2294603884220123, 0.2070839852094650, 0.1995067894458771, -0.1586991697549820, -0.1423671096563339, 0.1524601876735687, 0.6368640661239624, -0.1302748024463654, 0.2046667486429214, 0.4024843573570251, 0.3522947132587433, 1.0427794456481934, -0.4195784628391266, -0.7421376705169678), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(-0.0139375794678926, 0.0099870329722762, 0.1957603991031647, 0.2892707288265228, -0.0361699834465981, 0.5173625946044922, -0.0569337680935860, 0.1873179972171783, -1.0557887554168701, 0.2226557582616806, 0.0604930445551872, 0.3329092264175415, -0.1138753890991211, 0.3199435174465179, 0.0987524166703224, 0.1584812700748444), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(-0.1148171499371529, 0.0505522675812244, -0.1067250370979309, 0.0587497279047966, -0.3531772792339325, -0.0130594912916422, -0.0051763984374702, 0.0720054879784584, -0.2512235343456268, 0.5235862731933594, 0.1203625276684761, 0.0220968686044216, 0.5066124200820923, -0.2726359069347382, 0.3687904477119446, -0.3189409077167511), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(0.2119312435388565, -0.0852348133921623, 0.1512662768363953, 0.0316264666616917, 0.2671527862548828, 0.2980401515960693, -0.1022484675049782, -0.1188400015234947, 0.1485718190670013, 0.2684609889984131, 0.1905853003263474, -0.1392537802457809, 0.4225537180900574, 0.0611033178865910, -0.0134558668360114, -0.2009256333112717), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(-0.0571580827236176, -0.0214836131781340, -0.2749050855636597, 0.0790889635682106, -0.0811165198683739, -0.2081381976604462, -0.3047288656234741, 0.0027117941062897, -0.2009213417768478, -0.7622461318969727, -0.4736055433750153, 0.2779547572135925, 0.4795901477336884, 0.7571166157722473, 1.2372496128082275, -0.7046401500701904), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(-0.1537595987319946, 0.3831464648246765, -0.1571276187896729, -0.1867597997188568, 0.6104238033294678, 0.0229409243911505, 0.2101978808641434, -0.1350114792585373, 0.4454170167446136, 0.3683053851127625, -0.3370352983474731, -0.3944822549819946, -0.4503754675388336, -0.4261152446269989, 0.5954129695892334, 0.0479046516120434), target1);\n\ttarget1 = MulAdd(br1, MF4x4(0.2166123390197754, 0.0542660057544708, 0.1477318406105042, 0.1632562726736069, 0.4279211461544037, 0.2100527286529541, -0.0213893372565508, 0.3388189971446991, 0.2154107838869095, -0.2220560610294342, -0.0808312967419624, 0.1158433631062508, -0.1609301865100861, 0.4950682818889618, 0.4356543123722076, -0.0398453846573830), target1);\n\ttarget1 = MulAdd(br2, MF4x4(0.0525114983320236, 0.1031088456511497, -0.2437869310379028, -0.1797652095556259, -0.2139296382665634, -0.0230520907789469, 0.0188236199319363, 0.2274840623140335, 0.2199348062276840, -0.0977248921990395, 0.0661730542778969, -0.1618098169565201, -0.1215345263481140, -0.2456843554973602, -0.1434712260961533, -0.1226665675640106), target1);\n\ttarget1 = max(target1, 0) + MF4(-0.9874631166458130, 0.2700935602188110, 1.0154639482498169, 0.7301973104476929) * min(target1, 0);\n\n\tMF4 target2 = MF4(0.0170604288578033, -0.0097856530919671, 0.0882583037018776, 0.0158541873097420);\n\ttarget2 = MulAdd(tl1, MF4x4(0.1967887729406357, -0.0514578297734261, 0.0351365692913532, -0.0027727256529033, 0.0978068783879280, -0.3902593851089478, 0.0123964082449675, -0.1210777312517166, 0.3820665776729584, -0.5003674030303955, 0.0546922460198402, -0.0777103230357170, 0.9743819236755371, -0.3239430189132690, -0.2496883124113083, 0.1733392328023911), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(-0.1924884468317032, 0.5075340867042542, -0.0542841143906116, 0.0434595011174679, 0.1881206482648849, -0.1774751842021942, -0.1752865165472031, 0.0315622761845589, -0.4268247485160828, 0.3984751403331757, -0.0704891532659531, -0.0969574451446533, 0.1777588576078415, 0.2743588685989380, -0.0317226983606815, -0.1993683725595474), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(-0.1353080570697784, -0.0161478724330664, 0.0713945776224136, 0.1482806354761124, -0.0025943452492356, -0.0296892002224922, 0.1426411569118500, 0.3263220191001892, 0.3354269266128540, -0.0851829424500465, 0.1781585812568665, -0.0421005003154278, -0.5350970029830933, -1.3111218214035034, 0.2340501397848129, -0.9513134956359863), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(-0.0965117588639259, -0.3247327506542206, 0.1102668121457100, -0.1604842394590378, 0.4602060914039612, 0.0756718367338181, -0.3309438228607178, -0.3001569509506226, 0.2267884165048599, 0.1377216577529907, -0.0426548905670643, 0.1272846758365631, -0.1080727055668831, -0.4640344679355621, -0.3294694125652313, -0.2043451815843582), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(0.0720937326550484, -0.1846759617328644, -0.1708657741546631, -0.0725364983081818, 0.1260499358177185, -0.1162428930401802, -0.2501497566699982, -0.1012131050229073, 0.2760527133941650, -0.0939920768141747, 0.2875119149684906, 0.0406376719474792, 0.1008657962083817, -0.1240409687161446, -0.4121425449848175, 0.3269978761672974), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(0.0125542022287846, 0.2582587003707886, 0.1726561784744263, 0.0180624593049288, 0.0579377673566341, -0.0663961246609688, -0.0078865075483918, -0.0506187379360199, -0.0882500410079956, -0.0282228980213404, -0.1616529822349548, -0.1816279888153076, 0.1482390761375427, -0.3260181546211243, 0.1757252663373947, 0.1394872069358826), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(-0.0768914818763733, -0.1610976904630661, -0.0581125281751156, 0.1043644994497299, -0.0832794085144997, 0.1854220479726791, -0.0097211552783847, 0.2851990759372711, -0.6227292418479919, -0.2649715840816498, 0.4023403823375702, -0.2051993161439896, 0.4956052303314209, 0.8367735743522644, 0.2145122885704041, 0.3317213356494904), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(0.9697892665863037, -0.2038540095090866, -0.3166446983814240, -0.0504710040986538, 0.1532189846038818, 0.3050784170627594, -0.1300316900014877, -0.2059933692216873, 0.4894859492778778, -0.3882815837860107, -0.7273328304290771, 0.3463444113731384, -0.8791087865829468, -0.2762917280197144, -0.2789021134376526, -0.1907687485218048), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(0.1201086342334747, 0.1047629937529564, -0.3030976653099060, 0.0362001918256283, -0.2728919386863708, -0.5267004966735840, 0.1090360283851624, -0.2792145609855652, -0.3083780109882355, 0.2616442143917084, 0.4801669716835022, 0.1518263220787048, -1.6350433826446533, 0.7567611336708069, -1.9801075458526611, 1.1116229295730591), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(-0.6893532276153564, -0.3531652688980103, -0.1891958266496658, 1.7840391397476196, 1.4943064451217651, 0.7292221188545227, -1.7417374849319458, 0.0550648272037506, -0.1120251268148422, 0.8250336647033691, 1.1355321407318115, -1.1124770641326904, -0.2689424455165863, 0.9269363284111023, 1.9637582302093506, -0.3709079027175903), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(-0.0544882826507092, -0.1718381494283676, -0.1280352175235748, 0.1454906165599823, -0.1176344379782677, 0.0151336872950196, -0.2567785680294037, 0.2511477768421173, 0.3610197603702545, 0.5843607783317566, 0.0848828330636024, 0.1415835469961166, 0.4969498217105865, 0.5772764682769775, 0.5247990489006042, -0.0598939247429371), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(0.0529166162014008, -0.1535185724496841, -0.1523050367832184, -0.0501741841435432, -0.0633302107453346, -0.3949260413646698, 0.1972121149301529, -0.2604303061962128, -0.1828030794858932, 0.2246686667203903, -0.6004081368446350, 0.0432657450437546, -0.2086566388607025, 0.2799777686595917, 0.2933793962001801, -0.0253354366868734), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(-0.0009011612855829, -0.0231834072619677, -0.0538895800709724, -0.0315926298499107, -0.1181581020355225, -0.2161513417959213, -0.2679739892482758, -0.0537310577929020, 0.3116895258426666, -0.1043426766991615, -0.4458046257495880, 0.0201701205223799, -0.8122410774230957, -0.5180496573448181, -0.1277437359094620, -0.1671603769063950), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(0.2782520055770874, 0.2888738214969635, 0.2265798002481461, 0.0807978361845016, -0.1869603991508484, -0.2283953428268433, -0.4374879896640778, 0.2510242760181427, 0.4857149720191956, -0.1796883046627045, 0.2519723176956177, 0.1950220316648483, -0.0102280136197805, -0.4034306704998016, -0.2963733077049255, 0.4622495174407959), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(0.0423482730984688, -0.2923308312892914, -0.0082442639395595, 0.2373020350933075, 0.1710588335990906, 0.0392467305064201, 0.0116449045017362, 0.3267012536525726, -0.8832122683525085, 0.7230877280235291, -0.2364437282085419, -0.5563997030258179, 0.2307662665843964, -1.0188170671463013, 0.3680693507194519, -0.8103905916213989), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(-0.1161488518118858, -0.6775091290473938, -0.0844684988260269, -0.3587656021118164, -0.0190705843269825, -0.5557464957237244, 0.3721883893013000, 0.1322396695613861, -0.1157554760575294, -0.1545359939336777, 0.4236145615577698, -0.9936751127243042, -0.0805041715502739, -0.2628504335880280, 0.1407603323459625, -0.4183281958103180), target2);\n\ttarget2 = MulAdd(br1, MF4x4(-0.0447837486863136, 0.0488513521850109, -0.1358503550291061, 0.0202376656234264, -0.0258089359849691, -0.2975459396839142, -0.1580457836389542, 0.1025377139449120, -0.0301857776939869, -0.1071514338254929, -0.0150549048557878, 0.0794499814510345, 0.4558653235435486, 0.8186704516410828, 0.2287982851266861, -0.1438317447900772), target2);\n\ttarget2 = MulAdd(br2, MF4x4(0.1536326855421066, 0.2366072386503220, 0.0591898001730442, -0.0547822229564190, 0.1068296432495117, -0.0342746265232563, -0.1388098448514938, 0.3756637275218964, 0.2406303733587265, 0.1881252676248550, -0.1518276780843735, 0.1872117221355438, 0.1484777033329010, 0.1825126409530640, -0.1781855672597885, 0.1650572419166565), target2);\n\ttarget2 = max(target2, 0) + MF4(-0.5060276985168457, -1.3971502780914307, 0.7606850862503052, -0.5118398666381836) * min(target2, 0);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 3\n//!DESC mapping 2\n//!IN tex1, tex2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 target1 = MF4(0.2456959486007690, 0.1773831695318222, -0.0800321474671364, -0.1356369554996490);\n\ttarget1 = MulAdd(tl1, MF4x4(0.0867862403392792, -0.0188770499080420, -0.1502736657857895, -0.1099725291132927, -0.3013791441917419, 0.0430033504962921, 0.0345034115016460, -0.0400283746421337, 0.0455053038895130, -0.0785564482212067, -0.1695308536291122, 0.0467130616307259, -0.0208115540444851, 0.0026763146743178, -0.1338489353656769, -0.1844547539949417), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(0.1620235443115234, 0.0102646192535758, -0.0163768343627453, 0.0822434723377228, 0.1546859890222549, 0.0250307265669107, 0.0373145006597042, -0.0117816952988505, 0.0517709590494633, -0.0252467226237059, -0.1536794751882553, -0.0202652048319578, -0.3231309056282043, 0.1350613087415695, 0.1932685226202011, 0.1793868690729141), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(-0.5794479846954346, 0.1861644536256790, 0.1153499931097031, 0.1069827228784561, 0.4245908558368683, 0.1373304873704910, -0.1780052036046982, 0.0466761402785778, -1.1490619182586670, 0.8257195353507996, 0.0008257642621174, 0.0699498802423477, 0.3857855796813965, 0.1599738448858261, -0.0160159282386303, -0.1072350814938545), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(-0.0448461174964905, -0.1027067080140114, 0.1546361148357391, -0.1321994811296463, 0.3319362998008728, 0.0670638754963875, -0.0980701223015785, -0.1242648735642433, 0.0487120002508163, 0.1034812107682228, -0.3318608701229095, -0.0663819089531898, -0.7049940824508667, -0.2681597173213959, 0.5434955358505249, 0.3798713982105255), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(-0.1650677323341370, -0.1774029582738876, -0.0693891644477844, 0.0644233599305153, 0.0096654882654548, 0.0590313524007797, -0.0626199543476105, -0.1101114749908447, -0.0919653624296188, -0.2198607474565506, -0.3686812222003937, -0.0030939118005335, -0.0286871381103992, -0.0267137177288532, -0.2114386558532715, -0.1006813868880272), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(-0.1621828079223633, -0.3327856957912445, -0.3447196483612061, -0.0941574051976204, 0.1980617940425873, -0.0039776018820703, 0.0631400719285011, -0.0371704883873463, 0.0801121518015862, -0.2228745818138123, -0.1361533999443054, -0.0061448244377971, -0.2867666780948639, -0.0285903755575418, -0.2431204020977020, 0.0123175233602524), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(-0.0213332772254944, 0.0521896183490753, 0.1267389953136444, 0.0592065081000328, 0.2370698899030685, -0.0788677260279655, -0.0918647274374962, 0.0576282069087029, -0.0021516692359000, -0.1609319597482681, 0.1739181131124496, 0.4105915725231171, -0.0331462696194649, 0.0667985677719116, 0.0239557847380638, 0.2053552418947220), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(0.0452669933438301, -0.0624216794967651, -0.2210896909236908, -0.2319414317607880, 0.0553048253059387, -0.0195244718343019, -0.0948461145162582, -0.1411011815071106, 0.1357870846986771, -0.0044978843070567, 0.0117386765778065, 0.2855076789855957, 0.0721756964921951, 0.0725790113210678, 0.0879172906279564, 0.2261598110198975), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(0.1625189036130905, 0.2556113302707672, 0.0096751591190696, 0.4720825850963593, 0.1724947541952133, 0.7794855833053589, -0.5798769593238831, -0.5527915954589844, -0.2930226027965546, -0.1513507068157196, -0.1671935617923737, 0.1259696036577225, -1.5636392831802368, -0.6248261332511902, -0.7778694629669189, 0.7258287668228149), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(-0.2203702777624130, -0.2413295805454254, 0.5873484611511230, 0.8019542694091797, 0.2896324992179871, -0.0073753874748945, -0.4705016911029816, -0.4037020802497864, -0.5916352272033691, 0.8720123767852783, 1.4509203433990479, -0.4347604215145111, 0.1296572685241699, -0.0382503382861614, 1.0146147012710571, 0.6662492156028748), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(0.1450282633304596, 0.1838535815477371, -0.2957614958286285, -0.1175402477383614, 0.0455737337470055, -0.1042275950312614, 0.2409446090459824, 0.2161487638950348, 0.2523523867130280, -0.1657318323850632, 0.3264083266258240, 0.0015554791316390, 0.0756938308477402, 0.6486120820045471, 0.2910028994083405, 0.0061267162673175), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(0.1902535557746887, -1.9667011499404907, 0.5702443718910217, 0.1346294432878494, -0.1391871571540833, 0.0248745214194059, -0.0059022656641901, -0.1015660688281059, -0.0244528464972973, 0.6021597385406494, 0.1408251225948334, 0.1453502923250198, 0.1481679081916809, -0.0782008916139603, 0.1340244859457016, 0.2094520628452301), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(0.0108401505276561, 0.0073569868691266, 0.0448315776884556, 0.0920599550008774, -0.0208782758563757, -0.0072226687334478, 0.1590231209993362, 0.0974729061126709, -0.0504082255065441, -0.1492372304201126, -0.0240942239761353, -0.3387995064258575, -0.0284501910209656, -0.0475567393004894, -0.1351375281810760, -0.0968868359923363), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(-0.0175144840031862, 0.0215768050402403, -0.2070538252592087, -0.1020313948392868, -0.0632536634802818, 0.0187655575573444, 0.0033090459182858, 0.0483726076781750, 0.0874270573258400, 0.0391933582723141, -0.0733725428581238, 0.0455813333392143, 0.0519542098045349, -0.0167136136442423, 0.0001770213857526, -0.0226714108139277), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(0.0230981707572937, 0.0211336743086576, -0.0202524177730083, 0.0004777485737577, -0.3133100867271423, -0.2222708314657211, -0.3225338459014893, 0.0252504348754883, -0.1565012782812119, -0.1223759651184082, -0.1677924543619156, 0.1436173915863037, -0.1002913638949394, -0.4352810978889465, -0.1214068830013275, 0.1200122535228729), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(0.2746300697326660, 0.0240563396364450, 0.2214205712080002, -0.0140676703304052, -0.1697816103696823, 0.0239461977034807, -0.2184012532234192, -0.1122284159064293, -0.0025032388512045, -0.1982196122407913, -0.0088773546740413, -0.0592936985194683, 0.0981788560748100, 0.0590783730149269, 0.1699221283197403, 0.1146017014980316), target1);\n\ttarget1 = MulAdd(br1, MF4x4(-0.1190557554364204, 0.0139884017407894, -0.3765408396720886, -0.1967576593160629, -0.0013050300767645, 0.0838785469532013, 0.0467342510819435, 0.0197970345616341, 0.0199079178273678, 0.1127095147967339, -0.0382974669337273, -0.0808331072330475, 0.0045804185792804, 0.1423084437847137, 0.0275978501886129, 0.0051016276702285), target1);\n\ttarget1 = MulAdd(br2, MF4x4(0.0694821104407310, -0.1185832619667053, 0.1340767890214920, -0.0096760904416442, -0.0057105780579150, -0.0358094684779644, -0.0208928529173136, -0.0422658622264862, -0.1662766784429550, 0.0397685728967190, -0.0169682707637548, 0.1427496373653412, 0.1324639916419983, 0.0579542480409145, 0.1712465286254883, 0.1062873229384422), target1);\n\ttarget1 = max(target1, 0) + MF4(0.0476732961833477, -0.0824369415640831, 1.4746414422988892, 1.6789640188217163) * min(target1, 0);\n\n\tMF4 target2 = MF4(-0.0375947281718254, 0.2783663868904114, 0.0855874642729759, -0.0183580406010151);\n\ttarget2 = MulAdd(tl1, MF4x4(-0.3375159502029419, -0.0481248162686825, 0.0022695809602737, -0.1379150450229645, 0.2087368816137314, -0.1413425505161285, 0.0311671234667301, 0.2090687304735184, -0.1255441159009933, -0.3856352567672729, 0.0592494457960129, -0.2192105948925018, 0.0635740235447884, -0.0259831510484219, 0.1284605711698532, 0.1543060839176178), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(0.0265662875026464, 0.1603409945964813, -0.0106395082548261, 0.0252655427902937, 0.0633112043142319, 0.1634869277477264, 0.0606260225176811, -0.0386067330837250, 0.1025275588035583, -0.0086877709254622, 0.0572752207517624, 0.2958410382270813, 0.2315495908260345, -0.0511345490813255, -0.0684579163789749, 0.2366850525140762), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(-0.6637977361679077, 0.1115299314260483, 0.0334465689957142, -0.0595322623848915, 0.0194256473332644, 0.1154914125800133, -0.0093330284580588, -0.2107555270195007, 0.2593949139118195, -0.2310725152492523, -0.0191440880298615, 0.0831847414374352, 0.0869263112545013, 0.1271044909954071, -0.0199039578437805, 0.0421413294970989), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(0.1171221211552620, -0.2125719487667084, -0.0189515724778175, 0.2465390264987946, 0.1773879528045654, 0.2518055438995361, 0.0552976131439209, -0.1894477456808090, 0.1769066900014877, -0.1464872211217880, -0.0573948174715042, -0.4012156426906586, 0.2111275196075439, -0.5377770662307739, -0.2866773009300232, 0.1336809694766998), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(-0.6472494006156921, -0.0555078461766243, 0.0564644038677216, 0.0711399838328362, -0.0228650532662868, -0.0755083113908768, 0.0132119813933969, 0.1565485745668411, 0.0769101306796074, -0.4400988519191742, -0.0369989611208439, -0.0459617786109447, 0.1246264874935150, -0.2121030986309052, 0.0351070538163185, 0.1162980273365974), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(-0.0239488855004311, -0.4389697015285492, -0.0041466108523309, 0.2026203870773315, 0.0299914367496967, 0.0214463528245687, -0.0340079553425312, -0.0866646468639374, -0.1258078664541245, 0.0335666500031948, 0.0279387012124062, 0.0377361401915550, -0.0037173877935857, -0.1970001310110092, 0.0554011650383472, 0.0747631862759590), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(-0.5669959783554077, -0.0150139974430203, -0.0079386057332158, -0.1156958788633347, -0.0749717876315117, 0.1512815952301025, -0.0340143367648125, -0.1504366695880890, -0.1540268361568451, -0.0089722918346524, -0.0974140912294388, -0.4191842377185822, 0.0414282791316509, -0.0518460534512997, -0.1025082096457481, -0.1974052190780640), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(0.1328157931566238, -0.0447603911161423, 0.0625142455101013, 0.1125901266932487, 0.1033857688307762, 0.0811788439750671, 0.1270843595266342, -0.0564684942364693, 0.0797754079103470, 0.1379490494728088, -0.2863929569721222, -0.0602805763483047, 0.2699469923973083, 0.1226278319954872, -0.2505964636802673, 0.0639543756842613), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(-1.5813068151473999, 0.5872991085052490, -0.2429279834032059, -0.4303708970546722, 0.2854560911655426, 1.0167927742004395, 0.8617131114006042, 0.2191447615623474, 0.9627910852432251, 0.7867327332496643, 1.2628984451293945, 0.8908280134201050, -0.4586973786354065, -0.7981753349304199, 0.4780183732509613, -0.9264264106750488), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(0.2435170710086823, -0.0829131007194519, -0.3455205559730530, 0.4117922484874725, 0.2749316394329071, 0.1895177811384201, 0.4110289216041565, -0.1298204958438873, 0.1637304723262787, 0.8604004383087158, 1.0940867662429810, -0.3959148228168488, 0.3289682567119598, -0.0633709058165550, -2.0705056190490723, 0.1684481352567673), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(-0.8055392503738403, 0.2874773740768433, -0.1400482803583145, -0.1834644526243210, 0.0150187248364091, 0.0192099008709192, -0.0783268958330154, -0.2944276928901672, 0.0451190918684006, 0.1181604787707329, 0.1095703318715096, -0.2282790690660477, 0.1960140317678452, 0.3371279239654541, 0.0243086088448763, -0.0463834926486015), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(0.2196981906890869, -0.0534196794033051, -0.0839012116193771, 0.2049407809972763, 0.0194450635462999, -0.0593264624476433, 0.1640597432851791, 0.0274629276245832, -0.1243807971477509, 0.0611803941428661, -0.1799024045467377, -0.1864561140537262, 0.2465235143899918, -0.0211831126362085, -0.2282803803682327, -0.1430586874485016), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(-0.3611976802349091, 0.0288475938141346, -0.0297703798860312, -0.0418547466397285, -0.3251218497753143, -0.0134126413613558, -0.0686949566006660, -0.0233805924654007, -0.2749838531017303, -0.2486374378204346, 0.0724888965487480, 0.1193816959857941, -0.2721751034259796, -0.2033173292875290, 0.0248280912637711, 0.0589503161609173), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(0.1689156740903854, 0.0712056383490562, 0.1930764019489288, 0.0722641199827194, 0.0640723854303360, 0.0566449724137783, 0.0815568938851357, -0.0213705692440271, -0.1826065927743912, 0.0393006950616837, -0.1493768393993378, 0.0386883616447449, -0.0130320172756910, -0.0327960774302483, -0.0204591657966375, 0.0134796360507607), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(-0.5736998319625854, -0.0392777882516384, 0.1370634734630585, -0.0484432727098465, 0.1308025121688843, -0.2323654592037201, -0.2625242173671722, -0.2956316471099854, -0.1103305667638779, -0.0551420338451862, 0.0006514643318951, 0.0022458140738308, 0.2859890162944794, -0.0839410424232483, 0.5223253369331360, 0.0280438754707575), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(0.0556896403431892, 0.0735942423343658, -0.2387326955795288, 0.1338670998811722, 0.0996377170085907, 0.0365633517503738, 0.3044275343418121, -0.0164738632738590, 0.1139278411865234, 0.1249758303165436, 0.2395293861627579, -0.0708516016602516, 0.1228865459561348, 0.0634353235363960, -0.3463226258754730, -0.0362484715878963), target2);\n\ttarget2 = MulAdd(br1, MF4x4(-0.4082182049751282, -0.1144043654203415, 0.0233679264783859, 0.0130491442978382, 0.0237790253013372, 0.0709472149610519, 0.1275831013917923, -0.0888639837503433, -0.0140889342874289, -0.1301848441362381, -0.1709596514701843, 0.0314525589346886, 0.0293366052210331, 0.0934117212891579, 0.0720594301819801, 0.0094668027013540), target2);\n\ttarget2 = MulAdd(br2, MF4x4(0.1782542318105698, -0.1532294601202011, -0.2839424610137939, 0.0435897931456566, 0.0621095262467861, -0.0348550342023373, 0.0461588650941849, 0.0183234252035618, 0.2204841077327728, 0.1267120093107224, 0.1979495882987976, -0.2149147540330887, 0.2110942006111145, 0.0718472301959991, -0.1063910648226738, -0.0493422709405422), target2);\n\ttarget2 = max(target2, 0) + MF4(-0.0162308197468519, 0.4942881166934967, 0.1156802847981453, 1.4069133996963501) * min(target2, 0);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 4\n//!DESC mapping 3\n//!IN tex3, tex4\n//!OUT tex1, tex2\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 target1 = MF4(0.1563357263803482, -0.0187121629714966, -0.0126413907855749, 0.1197946891188622);\n\ttarget1 = MulAdd(tl1, MF4x4(0.0248779058456421, 0.0970748737454414, -0.0710923895239830, -0.0502988137304783, -0.1513994187116623, 0.2118151038885117, -0.1060286536812782, -0.0017144688172266, -0.0556356199085712, -0.0478693507611752, 0.1046469956636429, 0.0019442490302026, -0.1099060326814651, 0.0196554642170668, -0.0393092185258865, -0.0131395589560270), target1);\n\ttarget1 = MulAdd(tl2, MF4x4(0.4478245079517365, -0.0910880789160728, -0.2786923944950104, -0.0162817053496838, 0.0112394141033292, -0.1194593086838722, 0.0425493344664574, -0.0044937161728740, -0.1628813296556473, -0.2678257226943970, 0.2309084981679916, 0.0530976355075836, -0.1750707328319550, -0.0064609451219440, -0.0241944380104542, 0.0247293189167976), target1);\n\ttarget1 = MulAdd(ml1, MF4x4(-0.0999718829989433, 0.2529200315475464, -0.2410994917154312, -0.0778252258896828, -0.1284751892089844, 0.0736103430390358, -0.0542359724640846, -0.0292810052633286, 0.0842959657311440, 0.1324738860130310, -0.1200775727629662, 0.0923810601234436, -0.3018241524696350, -0.0444923602044582, -0.2015913128852844, -0.0204973872750998), target1);\n\ttarget1 = MulAdd(ml2, MF4x4(-0.3240330517292023, -0.5515946745872498, -0.0859212949872017, 0.0462087914347649, -0.0053406502120197, -0.0506816878914833, 0.1402591317892075, 0.0343847945332527, -0.1610218435525894, 0.7799831628799438, -0.4482840299606323, 0.4723005294799805, -0.2119023054838181, 0.1128389388322830, -0.1832690685987473, -0.0362148694694042), target1);\n\ttarget1 = MulAdd(bl1, MF4x4(-0.0930702313780785, -0.0642902702093124, -0.0367766097187996, -0.0020038220100105, 0.0453414916992188, 0.0075245667248964, -0.0119760576635599, 0.0035134663339704, 0.1123304143548012, 0.1128236204385757, 0.0063381437212229, -0.0171416625380516, -0.1588087528944016, -0.2571538090705872, 0.2774460315704346, 0.0171892605721951), target1);\n\ttarget1 = MulAdd(bl2, MF4x4(-0.0579603239893913, 0.3495539724826813, -0.4717904627323151, -0.0042169657535851, -0.0763773098587990, -0.1721021682024002, 0.1467801630496979, -0.0172323398292065, -0.0802723765373230, -0.0116639221087098, 0.0178409330546856, -0.0121179902926087, -0.0710472315549850, -0.1480658054351807, 0.1912731230258942, 0.0008336952887475), target1);\n\ttarget1 = MulAdd(tc1, MF4x4(0.0445428267121315, -0.1481070518493652, 0.1304957717657089, -0.1157935336232185, -0.1166803613305092, -0.3920064568519592, 0.8788923621177673, 0.3384790122509003, -0.0278418567031622, -0.1011456921696663, -0.0513025075197220, -0.0748791247606277, -0.0502855703234673, -0.1696091145277023, -0.0049756630323827, -0.0209914986044168), target1);\n\ttarget1 = MulAdd(tc2, MF4x4(-0.1725586950778961, 0.1313660293817520, -0.3432282805442810, -0.0246748421341181, -0.0593904331326485, 0.1949618458747864, -0.2589366734027863, 0.0379127524793148, -0.0550928115844727, -0.0913493037223816, 0.1150950565934181, -0.1235521435737610, -0.0625528916716576, -0.3131158649921417, 0.4109992682933807, 0.0410865694284439), target1);\n\ttarget1 = MulAdd(mc1, MF4x4(0.8893174529075623, -0.0700975209474564, 0.7708584070205688, -0.2465052455663681, -0.1121069490909576, -0.5598245263099670, 0.7997139692306519, -0.5694547295570374, -0.1351616084575653, 0.1108073145151138, 0.7269443273544312, 0.1369582563638687, 0.6071134805679321, 0.8817817568778992, 0.0194139964878559, -0.2244683355093002), target1);\n\ttarget1 = MulAdd(mc2, MF4x4(-0.2949840426445007, -0.3180212676525116, -0.5362266302108765, 0.0656562000513077, -0.6400785446166992, -0.4476518630981445, -0.6344851851463318, 0.7187259793281555, -0.3846258223056793, 1.0990517139434814, -0.7282652258872986, -0.6530264616012573, 0.8294114470481873, 0.6079595088958740, 0.3271140158176422, 0.4062923491001129), target1);\n\ttarget1 = MulAdd(bc1, MF4x4(-0.0373790934681892, -0.1651912927627563, 0.0589407421648502, 0.0622759014368057, 0.0095487469807267, 0.0824478641152382, -0.0216544214636087, 0.1070290282368660, -0.0805450007319450, -0.0367405600845814, 0.0055392896756530, 0.0046677836216986, 0.1806629896163940, 0.2809534966945648, 0.0341635458171368, 0.1274557113647461), target1);\n\ttarget1 = MulAdd(bc2, MF4x4(0.3259792327880859, -0.3150677680969238, -0.2272015213966370, 0.0287732314318419, 0.0530966222286224, 0.3310768604278564, -0.2079527378082275, -0.1340134441852570, 0.0769909769296646, -0.2229669988155365, 0.1012685745954514, 0.0622584670782089, 0.1539722383022308, 0.2163516432046890, -0.1021269038319588, -0.0561319366097450), target1);\n\ttarget1 = MulAdd(tr1, MF4x4(-0.1077229678630829, -0.2074016332626343, 0.0913541764020920, 0.0391069389879704, 0.0848263725638390, -0.0416730083525181, 0.0603712275624275, 0.0457836911082268, 0.0035252417437732, 0.0004963557003066, 0.0027605029754341, 0.0254582706838846, -0.0146415829658508, 0.0273043140769005, 0.0692857503890991, 0.0091926595196128), target1);\n\ttarget1 = MulAdd(tr2, MF4x4(0.0692942291498184, -0.4098799824714661, 0.3745719194412231, -0.0331038050353527, -0.0513759665191174, 0.0989063531160355, -0.1431623697280884, -0.0274865441024303, 0.0244991369545460, -0.0112041812390089, 0.0523535087704659, 0.0222812052816153, -0.0314176008105278, 0.2347036451101303, -0.0928338095545769, -0.0338262394070625), target1);\n\ttarget1 = MulAdd(mr1, MF4x4(0.3805117309093475, -0.1917886883020401, 0.2292910665273666, 0.3065188527107239, -0.2231798321008682, 0.2646720707416534, -0.1371945887804031, -0.0272636637091637, 0.1435333937406540, -0.0137438504025340, 0.0088603384792805, -0.0633594989776611, -0.1662645787000656, 0.2498313635587692, -0.2899549007415771, 0.0460192002356052), target1);\n\ttarget1 = MulAdd(mr2, MF4x4(0.1833423078060150, 0.0624732412397861, -0.3103306889533997, -0.0102488445118070, 0.0073305973783135, -0.2617286443710327, 0.2580088973045349, -0.0416168905794621, 0.1506632268428802, -0.0574487410485744, 0.0778761878609657, 0.1702914088964462, -0.0307608898729086, 0.0848424360156059, -0.1303439885377884, -0.0837477520108223), target1);\n\ttarget1 = MulAdd(br1, MF4x4(0.0605936460196972, -0.0835580825805664, 0.0067690783180296, 0.0539834238588810, 0.0881687626242638, -0.0001589829771547, -0.0706917122006416, 0.0060382266528904, 0.1218314692378044, 0.0132934488356113, 0.0503435060381889, -0.0386124141514301, -0.1492055207490921, -0.0103553524240851, -0.0697906538844109, -0.0208332743495703), target1);\n\ttarget1 = MulAdd(br2, MF4x4(-0.2907077968120575, -0.1428615152835846, -0.1178332567214966, 0.0093302968889475, -0.0501379445195198, 0.1940260678529739, -0.0139665808528662, 0.0440400391817093, 0.0546711236238480, -0.0606320053339005, 0.0891899466514587, -0.0187927689403296, -0.0581561885774136, -0.0785671249032021, -0.0746953785419464, -0.0350385755300522), target1);\n\ttarget1 = max(target1, 0) + MF4(0.0636819079518318, -0.0394099690020084, 0.0154740391299129, 1.4728027582168579) * min(target1, 0);\n\n\tMF4 target2 = MF4(0.0120743932202458, -0.0392544493079185, 0.0073779639787972, 0.0674902275204659);\n\ttarget2 = MulAdd(tl1, MF4x4(-0.0253207311034203, -0.0178817976266146, -0.0941111445426941, -0.0096205184236169, -0.0948953703045845, -0.1085971817374229, -0.1137845888733864, -0.1022860705852509, 0.0362259782850742, 0.0741802081465721, -0.0426849052309990, 0.1004608497023582, -0.0553506910800934, -0.0631089508533478, 0.0144856451079249, -0.0129664530977607), target2);\n\ttarget2 = MulAdd(tl2, MF4x4(0.1779767572879791, 0.0777176544070244, 0.3302779793739319, -0.0630711168050766, 0.0130759663879871, -0.0583435148000717, 0.0534219592809677, -0.0205510091036558, -0.1502479761838913, 0.0436260215938091, -0.3180699944496155, 0.1497740298509598, -0.0714024156332016, -0.0304171387106180, -0.1271478682756424, -0.0160594787448645), target2);\n\ttarget2 = MulAdd(ml1, MF4x4(-0.2060592919588089, 0.0177838709205389, 0.2679423391819000, 0.0484818480908871, -0.1020416766405106, -0.0875749215483665, 0.2993223369121552, 0.0260893367230892, -0.0320936217904091, -0.0193585660308599, 0.1074631884694099, -0.0031519578769803, -0.1419622153043747, -0.0621272362768650, -0.2517412602901459, -0.1112222597002983), target2);\n\ttarget2 = MulAdd(ml2, MF4x4(0.0975706353783607, -0.1846135258674622, -0.2201799452304840, -0.0123737258836627, 0.0554487742483616, -0.0255174264311790, -0.2444359511137009, -0.1069484427571297, -0.0487980805337429, -0.0570272766053677, 0.1149747893214226, -0.0176141038537025, -0.1059966161847115, 0.1263166964054108, 0.1091895326972008, 0.0400139950215816), target2);\n\ttarget2 = MulAdd(bl1, MF4x4(-0.0971131697297096, 0.1365687996149063, -0.1780374944210052, 0.2879253029823303, -0.0652871504426003, -0.0537611208856106, -0.0763697773218155, 0.0455291420221329, 0.0246813204139471, -0.0074042826890945, 0.2309278100728989, 0.0046464367769659, -0.0692639946937561, 0.0042336005717516, -0.2525716722011566, 0.3263924717903137), target2);\n\ttarget2 = MulAdd(bl2, MF4x4(-0.0798230320215225, -0.1135407239198685, -0.4427868127822876, 0.0395730547606945, 0.0537165030837059, 0.0225568320602179, -0.1189213171601295, -0.0707803219556808, -0.0074193109758198, -0.0493272021412849, 0.1401828378438950, 0.1580671072006226, -0.0574450828135014, 0.0058684512041509, -0.1626979410648346, 0.0857749953866005), target2);\n\ttarget2 = MulAdd(tc1, MF4x4(-0.0715018808841705, 0.0310761369764805, -0.3861580789089203, 0.0770959705114365, 0.1908793896436691, 0.2067244797945023, 0.1176377162337303, 0.0705406218767166, -0.0944501385092735, 0.1110353469848633, -0.2772715091705322, -0.0079436022788286, 0.1045550853013992, 0.0076957782730460, 0.0220303647220135, 0.0434708297252655), target2);\n\ttarget2 = MulAdd(tc2, MF4x4(-0.4399432241916656, -0.0885980203747749, 0.2042984664440155, 0.0499991811811924, 0.0443918742239475, -0.0322260186076164, 0.0960535407066345, 0.0173596814274788, 0.0851852819323540, -0.0549903102219105, -0.2807548046112061, -0.1112457811832428, 0.0906120762228966, 0.1066406965255737, -0.3857226073741913, 0.1345559209585190), target2);\n\ttarget2 = MulAdd(mc1, MF4x4(0.2723454833030701, -0.1252564936876297, 0.3694194555282593, 0.0895726680755615, 0.2200681418180466, 0.3019879162311554, 0.4471587240695953, 0.2883224189281464, 0.0264542233198881, 0.3020884990692139, 0.2432236075401306, 0.5683830380439758, -0.0914180725812912, -0.1473430246114731, -0.5914288163185120, -0.1922498643398285), target2);\n\ttarget2 = MulAdd(mc2, MF4x4(0.2161763310432434, -0.0415927544236183, -0.0378856658935547, -0.0317508913576603, -0.2287719398736954, -0.4885228574275970, -0.2818722724914551, -0.3797133862972260, 0.4456195533275604, 0.7929218411445618, -0.1307591795921326, 0.2016224861145020, 0.2801168859004974, -0.0006753758061677, 0.5686879754066467, 0.0415142513811588), target2);\n\ttarget2 = MulAdd(bc1, MF4x4(0.0530648417770863, -0.2444190829992294, 0.0235249921679497, 0.0224611610174179, 0.0651976913213730, -0.0449720136821270, 0.1208736971020699, -0.0743656828999519, 0.1318923383951187, 0.1823218315839767, 0.5197241306304932, 0.1862808614969254, 0.2317387014627457, -0.2857755720615387, 0.1650039553642273, -0.1755792349576950), target2);\n\ttarget2 = MulAdd(bc2, MF4x4(-0.0835669562220573, 0.0129750147461891, -0.4473843872547150, -0.5028023719787598, -0.0481940247118473, -0.0905050709843636, -0.6921447515487671, -0.2693449556827545, 0.2342379540205002, 0.0392520241439342, 0.4797120690345764, 0.1215118318796158, 0.1369755119085312, -0.1010836884379387, -0.0070533878169954, -0.2589581906795502), target2);\n\ttarget2 = MulAdd(tr1, MF4x4(0.1088275387883186, 0.0839678123593330, -0.3048903048038483, -0.0084876483306289, 0.3669581115245819, 0.0472131110727787, -0.1243446245789528, -0.1012610718607903, 0.1622449755668640, -0.1317851245403290, -0.0711368247866631, -0.1593778431415558, -0.0104977218434215, -0.0608197152614594, 0.0286014154553413, 0.0388568006455898), target2);\n\ttarget2 = MulAdd(tr2, MF4x4(0.0885753333568573, 0.1340429484844208, -0.0027331225574017, -0.0736069232225418, -0.1520483642816544, 0.1104429140686989, 0.1728315353393555, 0.1210049912333488, 0.0688045620918274, -0.1218316256999969, -0.0629790797829628, -0.1348981261253357, 0.0943875387310982, -0.0730865821242332, -0.2342475503683090, -0.0808216184377670), target2);\n\ttarget2 = MulAdd(mr1, MF4x4(-0.1263358592987061, -0.7069915533065796, 0.1411920040845871, -0.2682386934757233, 0.2957956194877625, 0.1127238497138023, 0.3032427430152893, 0.2759581208229065, 0.8320354819297791, -0.0136295817792416, 0.0530097521841526, -0.0727380812168121, 0.0614950619637966, 0.0339637212455273, -0.0386842861771584, -0.0550391897559166), target2);\n\ttarget2 = MulAdd(mr2, MF4x4(-0.0998953506350517, -0.2231116443872452, 0.0948988571763039, 0.1258799731731415, -0.6855500936508179, -0.4546283185482025, -0.3335786461830139, 0.0718025788664818, 0.6456025242805481, -0.2023779749870300, 0.1325027197599411, -0.1078727394342422, 0.3024467229843140, 0.1703380942344666, 0.2321108430624008, 0.2143797874450684), target2);\n\ttarget2 = MulAdd(br1, MF4x4(0.0542521663010120, -0.2265717238187790, -0.0289179943501949, 0.0697252005338669, -0.1518151611089706, 0.0225123148411512, 0.0370684377849102, -0.1546901017427444, 0.0753403753042221, -0.0465561784803867, 0.1635994315147400, 0.1127668544650078, 0.0738654434680939, 0.1077028661966324, -0.1282461881637573, -0.0510208979249001), target2);\n\ttarget2 = MulAdd(br2, MF4x4(-0.1740311384201050, 0.0542572811245918, 0.0551791004836559, 0.1728909015655518, -0.0078740902245045, 0.0999085083603859, -0.0136023676022887, 0.0501077920198441, 0.0529310964047909, -0.0859082415699959, -0.0285708475857973, -0.0186515673995018, -0.0793913751840591, 0.0688859447836876, -0.1684362143278122, 0.0473327860236168), target2);\n\ttarget2 = max(target2, 0) + MF4(-0.1339675635099411, 0.3599768280982971, -0.1313954293727875, 0.8648772835731506) * min(target2, 0);\n\n\ttex1[gxy] = target1;\n\ttex2[gxy] = target2;\n}\n\n\n//!PASS 5\n//!DESC mapping 4, sub-band residuals\n//!IN tex1, tex2, featureMap1, featureMap2\n//!OUT tex3, tex4\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex1.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex1.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex1.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex1.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex1.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex1.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex1.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex2.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex2.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex2.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex2.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex2.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex2.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex2.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 c1 = { -0.0466146245598793,0.0514914207160473,-0.1174036413431168,0.1775186359882355 };\n\tc1 = MulAdd(tl1, MF4x4(0.0403013713657856, -0.0201274380087852, -0.0814156234264374, -0.0156530365347862, -0.1377502679824829, -0.0417905971407890, 0.0382207930088043, -0.1200272291898727, 0.0445257574319839, -0.0034040021710098, -0.1461200863122940, -0.0280020851641893, -0.0284179765731096, -0.0257030930370092, -0.0306571796536446, 0.0027001383714378), c1);\n\tc1 = MulAdd(tl2, MF4x4(0.0474935993552208, -0.1903701126575470, -0.5459222793579102, 0.0117317456752062, 0.1298255324363708, -0.1852943897247314, 0.0912317335605621, 0.0597700774669647, 0.0291008763015270, -0.0133294332772493, 0.2249753177165985, -0.1039957106113434, -0.0360252261161804, 0.0713268965482712, -0.1684121936559677, 0.0038015090394765), c1);\n\tc1 = MulAdd(ml1, MF4x4(0.1707874685525894, -0.0190297029912472, 0.0620337612926960, 0.1826018989086151, -0.0537132881581783, 0.0105489455163479, 0.0954312533140182, -0.0787296965718269, 0.1069839373230934, 0.1045138239860535, 0.1288910657167435, 0.0561389364302158, -0.0446831695735455, 0.0814650580286980, 0.0968160405755043, -0.0053927232511342), c1);\n\tc1 = MulAdd(ml2, MF4x4(-0.4036456644535065, 0.5173328518867493, 0.2669098377227783, 0.1405677497386932, 0.7028214335441589, 0.4912839531898499, 0.6029286384582520, 0.5650771260261536, 0.0271350406110287, 0.0700132623314857, -0.0723611563444138, -0.1151952818036079, -0.1905510127544403, -0.1715065985918045, 0.2840125858783722, -0.0591109022498131), c1);\n\tc1 = MulAdd(bl1, MF4x4(-0.0454136617481709, 0.0026271974202245, 0.0717174336314201, -0.0211183167994022, -0.0145919620990753, -0.0671255514025688, -0.0502023696899414, 0.0087185343727469, -0.0288616847246885, -0.0113478675484657, -0.2463355064392090, 0.0117223775014281, -0.0308947954326868, -0.0319634601473808, 0.0732206851243973, -0.0482302159070969), c1);\n\tc1 = MulAdd(bl2, MF4x4(0.1823509633541107, -0.0050594508647919, -0.3849277794361115, 0.0906973257660866, -0.2269264608621597, -0.1660439521074295, -0.0572436749935150, -0.2200210094451904, -0.0326488390564919, -0.0223822314292192, 0.2504203319549561, -0.0020041887182742, 0.0842133983969688, 0.0320363529026508, -0.2134571075439453, 0.0419851355254650), c1);\n\tc1 = MulAdd(tc1, MF4x4(-0.1438133865594864, 0.0348416790366173, 0.0934710800647736, 0.0492126196622849, -0.2420855760574341, 0.0501662716269493, 0.1352647244930267, -0.0790266394615173, 0.2533731162548065, 0.0078659672290087, -0.6405819058418274, 0.0266417451202869, 0.1385341882705688, 0.2193202823400497, -0.0242960918694735, 0.0509849824011326), c1);\n\tc1 = MulAdd(tc2, MF4x4(-0.1021846532821655, 0.0409118719398975, -0.0411306917667389, -0.0381408408284187, 0.3855873942375183, 0.0598353408277035, -0.0579320192337036, 0.0582632422447205, 0.1651727408170700, 0.1139431521296501, 0.3897903859615326, -0.2790665924549103, -0.2033874839544296, 0.0795733034610748, 0.1354800611734390, 0.0271498821675777), c1);\n\tc1 = MulAdd(mc1, MF4x4(0.5974506139755249, 0.2842084765434265, 0.2237064242362976, -0.1201776340603828, 0.4645690321922302, -0.4258180558681488, 0.2686293423175812, -0.5262981653213501, -0.6491079330444336, -0.1924646943807602, 0.5328685045242310, -0.2459655404090881, -0.0878667980432510, -0.5910828113555908, 0.5153566598892212, 0.1743167340755463), c1);\n\tc1 = MulAdd(mc2, MF4x4(-0.0390859283506870, 0.1246269494295120, 0.0820790305733681, -0.0892064496874809, 0.2791964113712311, -0.0395625308156013, 0.8821132779121399, 0.0838626548647881, 0.0933722704648972, -0.3405517935752869, -0.6993819475173950, -0.2844510078430176, 0.0422397889196873, -0.0712213888764381, 0.4871867001056671, 0.1554806381464005), c1);\n\tc1 = MulAdd(bc1, MF4x4(-0.2699566185474396, 0.0006965834181756, 0.2727784812450409, -0.0620054267346859, -0.3147658407688141, -0.0038526458665729, 0.3236006200313568, -0.0877058431506157, 0.2106281071901321, 0.0453009121119976, -0.5439859628677368, 0.0184146761894226, -0.0296773612499237, -0.0038715677801520, 0.1077574864029884, 0.0138774076476693), c1);\n\tc1 = MulAdd(bc2, MF4x4(-0.0886235535144806, -0.0839715227484703, -0.1154380440711975, -0.0073053352534771, 0.0023921213578433, -0.0275820419192314, 0.0455723628401756, 0.0129091050475836, -0.0887900739908218, -0.0148513885214925, 0.0876928195357323, -0.0784894824028015, -0.0062762177549303, -0.0526834838092327, 0.0037576633039862, 0.0319633670151234), c1);\n\tc1 = MulAdd(tr1, MF4x4(-0.0464110672473907, 0.0236346330493689, 0.0669583231210709, -0.0472575165331364, 0.0208626259118319, -0.0271043106913567, -0.0606599785387516, -0.0139442197978497, -0.0014815550530329, 0.0122182741761208, 0.0004507199628279, 0.0158279109746218, 0.0385761559009552, 0.0296174921095371, -0.0291853323578835, 0.0165338683873415), c1);\n\tc1 = MulAdd(tr2, MF4x4(-0.0233153514564037, 0.0219305511564016, -0.0743728205561638, -0.0093567697331309, 0.0286262184381485, 0.0774424001574516, 0.1148394867777824, -0.0301702339202166, 0.0024869549088180, -0.0374004244804382, 0.4192572534084320, -0.0790813118219376, -0.0493366643786430, -0.0104152699932456, -0.0490021072328091, -0.0024766430724412), c1);\n\tc1 = MulAdd(mr1, MF4x4(0.0144469039514661, -0.1078102141618729, 0.1059413179755211, -0.1089596152305603, 0.0470409952104092, 0.0500787831842899, -0.0514846295118332, 0.0626327991485596, -0.0882258489727974, 0.0321751609444618, 0.2398201376199722, -0.2443147897720337, 0.0259658545255661, -0.0396602302789688, 0.2174025326967239, 0.0715249925851822), c1);\n\tc1 = MulAdd(mr2, MF4x4(-0.0154824554920197, 0.0291374288499355, 0.0039887567982078, -0.0431501194834709, 0.0593536123633385, -0.0845754146575928, 0.2000104188919067, 0.0186260938644409, 0.0547599084675312, 0.0526885949075222, -0.1233010515570641, -0.0432526804506779, 0.0357321202754974, 0.0021650493144989, 0.0814491733908653, 0.0971980616450310), c1);\n\tc1 = MulAdd(br1, MF4x4(0.0287933535873890, 0.0494442507624626, 0.0210838094353676, -0.0483787320554256, -0.0759167149662971, -0.0253081526607275, 0.1219362914562225, -0.0418672412633896, -0.0189503412693739, 0.0143473483622074, -0.1790502667427063, -0.0662427768111229, 0.0324281528592110, 0.0148597611114383, 0.0266743116080761, 0.0377049185335636), c1);\n\tc1 = MulAdd(br2, MF4x4(-0.0054656565189362, -0.0150196319445968, -0.0463149808347225, -0.0104772448539734, 0.0347928367555141, 0.0091987038031220, 0.0037015024572611, 0.0577751062810421, 0.0232732165604830, 0.0034828644711524, 0.0977631732821465, -0.0051266341470182, -0.0189268663525581, -0.0049852686934173, 0.0438088737428188, -0.0025434335693717), c1);\n\tc1 = max(c1, 0) + MF4(0.2930726408958435, -0.7832366824150085, 0.0082256151363254, 1.0583437681198120) * min(c1, 0);\n\n\tMF4 c2 = { -0.0836324766278267,0.0299216359853745,0.0159619841724634,-0.1379968672990799 };\n\tc2 = MulAdd(tl1, MF4x4(-0.0837135538458824, 0.0536015741527081, -0.0739900916814804, 0.0180259179323912, 0.0306078922003508, 0.0638481751084328, -0.0674207285046577, -0.0308991391211748, -0.0134472101926804, -0.0455930270254612, 0.0009395828237757, -0.0776428431272507, -0.0028933393768966, -0.0612038075923920, -0.0162172410637140, -0.0327735245227814), c2);\n\tc2 = MulAdd(tl2, MF4x4(-0.1481152623891830, 0.1160185635089874, -0.1463897079229355, 0.0038319902960211, -0.1815536171197891, 0.0099428771063685, -0.1647379845380783, 0.0335076004266739, -0.0302220620214939, -0.1180571690201759, -0.0232424903661013, -0.0164348836988211, -0.0015188503311947, 0.1787684559822083, 0.0413909815251827, 0.0699580833315849), c2);\n\tc2 = MulAdd(ml1, MF4x4(0.0381213910877705, -1.8747351169586182, 0.0916024073958397, -0.1057635396718979, -0.1335459649562836, 0.0378836020827293, -0.0848037749528885, 0.1720509082078934, 0.1115766093134880, 0.0519676357507706, 0.1311796754598618, -0.2338305413722992, -0.0886595770716667, 0.1390771120786667, 0.0120587171986699, 0.0929709225893021), c2);\n\tc2 = MulAdd(ml2, MF4x4(-0.0403309725224972, 0.1023108437657356, -0.0249778237193823, -0.2056589871644974, 0.0864044427871704, 0.7677633166313171, 0.6112527251243591, -0.0935023576021194, 0.0358289442956448, -0.0510838404297829, 0.0531301461160183, -0.1200713515281677, -0.0281702410429716, 0.3054289221763611, -0.1970508396625519, 0.1440129280090332), c2);\n\tc2 = MulAdd(bl1, MF4x4(0.0137230604887009, 0.1833357512950897, -0.0056075016036630, -0.1050542071461678, 0.0367035493254662, 0.0896537080407143, -0.0109558179974556, -0.0221142154186964, -0.0462382063269615, -0.1151964291930199, -0.0042086942121387, 0.0297981910407543, 0.0043998458422720, 0.0687817037105560, -0.0601253211498260, 0.0031949516851455), c2);\n\tc2 = MulAdd(bl2, MF4x4(0.0760864540934563, 0.1863034367561340, 0.0503818355500698, -0.0258647575974464, -0.0760487392544746, 0.2433954179286957, -0.1973436474800110, 0.0079258847981691, -0.0294476337730885, -0.0404389686882496, -0.0294238775968552, 0.0358795709908009, 0.0298653114587069, 0.0783578902482986, 0.0419599078595638, 0.0248970054090023), c2);\n\tc2 = MulAdd(tc1, MF4x4(0.0907182395458221, 0.0576495565474033, 0.0530257523059845, 0.0549531430006027, 0.0915074944496155, -0.0465312339365482, -0.0230909585952759, -0.1178105399012566, -0.1995413154363632, -0.0433083362877369, -0.0418573357164860, 0.0866744294762611, -0.0793146342039108, 0.0074148247949779, 0.1731810569763184, 0.0715740397572517), c2);\n\tc2 = MulAdd(tc2, MF4x4(0.0023458630312234, 0.0404974594712257, -0.1356777399778366, 0.0418198816478252, -0.0675975754857063, 0.0050714882090688, 0.1104314029216766, -0.1206769123673439, -0.1913090348243713, 0.0773992761969566, 0.0560133233666420, -0.2490582764148712, 0.0971352458000183, 0.0728188008069992, 0.0192280132323503, 0.0784228071570396), c2);\n\tc2 = MulAdd(mc1, MF4x4(-0.0261659007519484, 0.1157309040427208, -0.3534074723720551, 0.5200188755989075, 0.1345363408327103, -0.1973183751106262, 0.1199645772576332, -1.1136766672134399, 0.1412540972232819, 0.1534357517957687, 0.2593606412410736, 0.3824510574340820, 0.5013928413391113, -0.1928857117891312, -0.2875523269176483, -0.0354673676192760), c2);\n\tc2 = MulAdd(mc2, MF4x4(0.1194906458258629, 0.1256935596466064, 0.0932049900293350, 0.1464174836874008, 0.0670514181256294, -0.1400509625673294, 0.1003381684422493, -0.1169824004173279, 0.2452844530344009, -0.0348181650042534, -0.3607256710529327, -0.3338264226913452, -0.0456272326409817, -0.0939910858869553, -0.1304696053266525, 0.0402086712419987), c2);\n\tc2 = MulAdd(bc1, MF4x4(-0.0869473740458488, -0.1211445480585098, 0.0065225088037550, 0.0068075512535870, -0.1304764598608017, -0.0536689385771751, -0.1490984708070755, -0.0136555638164282, 0.1024399474263191, 0.0315260104835033, 0.0369606800377369, -0.0167442485690117, 0.0501606240868568, -0.0476666353642941, 0.0291139576584101, -0.0997947081923485), c2);\n\tc2 = MulAdd(bc2, MF4x4(-0.0373449698090553, -0.0382255539298058, -0.1446493864059448, 0.0054460307583213, 0.0428361445665359, -0.2411493360996246, 0.0281034875661135, -0.1959404051303864, -0.0147660700604320, -0.0115446811541915, -0.0435077212750912, -0.0445765219628811, 0.0025869212113321, -0.0454641655087471, -0.0552970357239246, 0.0636689588427544), c2);\n\tc2 = MulAdd(tr1, MF4x4(0.0051982915028930, -0.0825250744819641, 0.0167135465890169, -0.1018612906336784, -0.0686964690685272, 0.0087886471301317, -0.0206265803426504, -0.0206072553992271, 0.0498707666993141, -0.0364030301570892, 0.0309015773236752, 0.0090340757742524, -0.0129618886858225, 0.0051486417651176, 0.0260841641575098, 0.0167939160019159), c2);\n\tc2 = MulAdd(tr2, MF4x4(0.0010780893499032, -0.0352349840104580, -0.0192162413150072, -0.0381371527910233, 0.0282760411500931, -0.0559629201889038, 0.0619673281908035, -0.0514238551259041, 0.0122259482741356, 0.0608348101377487, -0.0754647627472878, -0.1400517821311951, -0.0136043848469853, 0.0550616234540939, -0.0093750739470124, 0.0393888689577579), c2);\n\tc2 = MulAdd(mr1, MF4x4(-0.1028572022914886, -0.0257119275629520, -0.0871436968445778, -0.2802977561950684, 0.1279940754175186, 0.0694741085171700, 0.0366430617868900, 0.1782210469245911, -0.0931140556931496, -0.1249292492866516, -0.0775476619601250, -0.3643486201763153, -0.1307956129312515, -0.0392269045114517, -0.0212084632366896, 0.0024634231813252), c2);\n\tc2 = MulAdd(mr2, MF4x4(-0.0036887160968035, -0.0489760562777519, -0.0022769547067583, -0.0936355590820312, -0.0981694832444191, -0.0402673967182636, -0.0764046013355255, 0.0067043504677713, 0.0426195561885834, -0.0056512621231377, 0.0814872384071350, -0.0765113532543182, 0.0027868365868926, 0.0623648613691330, 0.0598746836185455, 0.1226531565189362), c2);\n\tc2 = MulAdd(br1, MF4x4(0.0350537523627281, 0.0229270569980145, 0.0465267412364483, -0.0452729463577271, 0.0256041418761015, 0.0215708781033754, -0.0193957649171352, -0.0173931997269392, 0.0231500957161188, -0.0499401167035103, 0.0173991154879332, -0.0804103761911392, -0.0232445765286684, -0.0107213268056512, 0.0450597628951073, 0.0691299363970757), c2);\n\tc2 = MulAdd(br2, MF4x4(0.0023379696067423, -0.0239015202969313, -0.0137971211224794, -0.0529763884842396, 0.0394022278487682, 0.0184435173869133, 0.0855478867888451, 0.0777183994650841, -0.0052624838426709, -0.0031146518886089, 0.0387042500078678, 0.0015482418239117, -0.0088084554299712, 0.0233839545398951, -0.0151950558647513, 0.0070519605651498), c2);\n\tc2 = max(c2, 0) + MF4(0.7931001186370850, -0.0506631620228291, 0.3833878636360168, 0.3061273992061615) * min(c2, 0);\n\n\tMF4 target1 = MF4(0.0313877351582050, -0.0325053185224533, -0.0413495972752571, 0.0357267409563065);\n\ttarget1 = MulAdd(c1, MF4x4(0.1461677402257919, -0.1208343803882599, 0.0125428512692451, -0.1319324076175690, -0.3387282788753510, -0.3393035829067230, -0.2043240815401077, 0.0048940703272820, -0.0343158058822155, 0.0995195582509041, -0.0571033284068108, -0.0356303341686726, 0.1097832918167114, 0.1462953090667725, 0.0575199872255325, -0.1682354062795639), target1);\n\ttarget1 = MulAdd(c2, MF4x4(0.1110563054680824, 0.0068465564399958, -0.0098551185801625, -0.1380221396684647, -0.3268660008907318, -0.2625139057636261, 0.5479852557182312, -0.0188483651727438, -0.7557058334350586, -0.6716431379318237, 0.0680231377482414, 1.0786534547805786, -0.0519768036901951, -0.0483648441731930, 0.1052823588252068, 0.0570317767560482), target1);\n\ttarget1 += featureMap1.SampleLevel(sam, pos, 0);\n\ttarget1 = max(target1, 0) + MF4(0.9962985515594482, 0.9851159453392029, 0.2272046357393265, -0.1116774082183838) * min(target1, 0);\n\n\tMF4 target2 = MF4(-0.0820835754275322, -0.0049459170550108, -0.1635029017925262, 0.0367167443037033);\n\ttarget2 = MulAdd(c1, MF4x4(-0.1730685681104660, -0.1758024245500565, -0.0673282966017723, -0.7883995175361633, -0.0092403469607234, 0.1237237676978111, -0.0802010595798492, 0.1532886922359467, -0.0256615914404392, 0.0783618539571762, -0.0216845069080591, 0.4360575079917908, 0.2488089799880981, -0.0421040952205658, 0.4070311486721039, 0.1112201139330864), target2);\n\ttarget2 = MulAdd(c2, MF4x4(-0.1360913068056107, -0.0307455379515886, -0.1545475125312805, -0.0465389303863049, -0.1308580189943314, 0.2625028789043427, -0.2567890584468842, 0.3363034725189209, 0.1148972064256668, 0.3114618360996246, -0.1600875705480576, 0.6157666444778442, 0.0422471873462200, 0.0509155690670013, -1.1255714893341064, 0.0219085998833179), target2);\n\ttarget2 += featureMap2.SampleLevel(sam, pos, 0);\n\ttarget2 = max(target2, 0) + MF4(-0.3776825070381165, 1.2568452358245850, 0.3147132694721222, 1.0953333377838135) * min(target2, 0);\n\n\ttex3[gxy] = target1;\n\ttex4[gxy] = target2;\n}\n\n\n//!PASS 6\n//!DESC sub-pixel convolution, aggregation\n//!IN tex3, tex4, INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nconst static MF2x3 rgb2uv = {\n\t-0.169, -0.331, 0.5,\n\t0.5, -0.419, -0.081\n};\n\nconst static MF3x3 yuv2rgb = {\n\t1, -0.00093, 1.401687,\n\t1, -0.3437, -0.71417,\n\t1, 1.77216, 0.00099\n};\n\nvoid Pass6(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\n\tfloat2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// [tl, tc, tr]\n\t// [ml, mc, mr]\n\t// [bl, bc, br]\n\tMF4 tl1 = tex3.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl1 = tex3.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc1 = tex3.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc1 = tex3.SampleLevel(sam, pos, 0);\n\tMF4 bc1 = tex3.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr1 = tex3.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br1 = tex3.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 tl2 = tex4.SampleLevel(sam, pos - inputPt, 0);\n\tMF4 ml2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0);\n\tMF4 bl2 = tex4.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0);\n\tMF4 tc2 = tex4.SampleLevel(sam, pos + float2(0, -inputPt.y), 0);\n\tMF4 mc2 = tex4.SampleLevel(sam, pos, 0);\n\tMF4 bc2 = tex4.SampleLevel(sam, pos + float2(0, inputPt.y), 0);\n\tMF4 tr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0);\n\tMF4 mr2 = tex4.SampleLevel(sam, pos + float2(inputPt.x, 0), 0);\n\tMF4 br2 = tex4.SampleLevel(sam, pos + inputPt, 0);\n\n\tMF4 result = { 0.2160381823778152,0.2298326790332794,0.2062894254922867,0.2233859002590179 };\n\tresult = MulAdd(tl1, MF4x4(-0.0031023439951241, 0.0059619112871587, 0.0058020050637424, 0.0062482208013535, 0.0052765505388379, -0.0022552218288183, -0.0065842187032104, -0.0008604917675257, 0.0003460258303676, -0.0022195784840733, -0.0074996319599450, -0.0015739878872409, 0.0056171459145844, 0.0002592361997813, 0.0019835520070046, 0.0018105609342456), result);\n\tresult = MulAdd(tl2, MF4x4(0.0275507327169180, 0.0051669259555638, -0.0139658711850643, 0.0030883529689163, 0.0089544747024775, 0.0085759535431862, -0.0002981633588206, -0.0054096584208310, -0.0125233745202422, 0.0065056309103966, 0.0073427790775895, 0.0003864165919367, -0.0041021117940545, 0.0030372787732631, 0.0006185144884512, 0.0062267151661217), result);\n\tresult = MulAdd(ml1, MF4x4(0.0105074141174555, -0.0004502697847784, -0.0009122507181019, 0.0026426143012941, 0.0040101194754243, -0.0023395312018692, 0.0017362632788718, 0.0091658774763346, 0.0205013062804937, -0.0020239499863237, -0.0114130824804306, -0.0075353132560849, 0.0225470513105392, -0.0366680622100830, -0.0000535918843525, 0.0050146644935012), result);\n\tresult = MulAdd(ml2, MF4x4(0.0625989288091660, 0.1151928976178169, -0.0027104590553790, -0.0123298475518823, -0.0099824573844671, 0.0108926137909293, 0.0334197729825974, 0.0193741749972105, 0.0490560680627823, 0.0152345551177859, 0.0405332818627357, 0.0399475656449795, 0.0105373272672296, -0.0020778691396117, -0.0097913276404142, 0.0004653275245801), result);\n\tresult = MulAdd(bl1, MF4x4(-0.0080901645123959, -0.0073888520710170, -0.0015905323671177, 0.0006022278103046, -0.0082205599173903, -0.0010853469138965, 0.0055166282691061, 0.0084898881614208, 0.0071090045385063, 0.0003273489419371, -0.0063129402697086, -0.0121429329738021, -0.0069875395856798, -0.0045646210201085, 0.0015905641485006, 0.0037552448920906), result);\n\tresult = MulAdd(bl2, MF4x4(-0.0046724923886359, 0.0016644159331918, 0.0062663913704455, 0.0014710600953549, -0.0338839665055275, -0.0083738788962364, 0.0060393707826734, 0.0241303537040949, -0.0034021178726107, 0.0056042689830065, -0.0083823651075363, 0.0026392592117190, 0.0026657863054425, 0.0020144139416516, -0.0042312326841056, -0.0035609540063888), result);\n\tresult = MulAdd(tc1, MF4x4(0.0009882192825899, 0.0002152582601411, -0.0123004913330078, -0.0005484037101269, -0.0111524788662791, 0.0119459852576256, -0.0154546750709414, 0.0188625976443291, 0.0204733721911907, -0.0079483250156045, -0.0007576426141895, -0.0042714662849903, 0.0307108033448458, -0.0069440440274775, 0.0000003838358680, 0.0070015545934439), result);\n\tresult = MulAdd(tc2, MF4x4(-0.0063984976150095, -0.0027606852818280, -0.0355033427476883, 0.0163108259439468, -0.0317453853785992, 0.0353556163609028, -0.0016268522012979, 0.0312290452420712, 0.0149499354884028, -0.0139254443347454, 0.0109228380024433, 0.0234404578804970, 0.0088780215010047, 0.0083913588896394, 0.0070422240532935, 0.0086190626025200), result);\n\tresult = MulAdd(mc1, MF4x4(0.4668360948562622, 0.5502970218658447, 0.5616708993911743, 0.4827409684658051, -0.4825374484062195, -0.4473012387752533, -0.3305214643478394, -0.5241096019744873, -0.1466400325298309, 0.0804405659437180, 0.0349484048783779, 0.0052239256910980, -0.1175492331385612, 0.0954673886299133, 0.1326161473989487, -0.1377900093793869), result);\n\tresult = MulAdd(mc2, MF4x4(0.0407393611967564, 0.0987918972969055, -0.0807525441050529, -0.1235820129513741, -0.0658119991421700, 0.0621846020221710, -0.0816140249371529, 0.0406704805791378, 0.3287288248538971, 0.3512411415576935, -0.3979234397411346, -0.3275865316390991, 0.2961717247962952, 0.0169802401214838, 0.2695185840129852, 0.0150923738256097), result);\n\tresult = MulAdd(bc1, MF4x4(-0.0050105354748666, -0.0008035619393922, -0.0079824347048998, 0.0376648232340813, -0.0048509594053030, -0.0067090289667249, -0.0259696990251541, 0.0086074192076921, 0.0126011213287711, -0.0174850821495056, 0.0156697910279036, 0.0028463243506849, 0.0099161649122834, -0.0114374589174986, -0.0169337950646877, 0.0257211104035378), result);\n\tresult = MulAdd(bc2, MF4x4(0.0043578865006566, -0.0106186466291547, 0.0165964700281620, 0.0014091627672315, 0.0037815889809281, 0.0364324115216732, -0.0395258180797100, 0.0625703483819962, -0.0144113656133413, 0.0321297869086266, 0.0208382532000542, -0.0383783876895905, -0.0258011315017939, -0.0143258580937982, -0.0092717679217458, -0.0178859047591686), result);\n\tresult = MulAdd(tr1, MF4x4(-0.0050332350656390, -0.0001488960406277, -0.0115145305171609, 0.0045622875913978, -0.0021374952048063, 0.0015796425286680, -0.0077072884887457, 0.0015828146133572, 0.0171351470053196, 0.0024297721683979, -0.0374940223991871, 0.0058337682858109, -0.0027352231554687, 0.0007051698048599, -0.0002820930676535, -0.0036236173473299), result);\n\tresult = MulAdd(tr2, MF4x4(0.0016052227001637, 0.0049667325802147, -0.0081164520233870, -0.0035548578016460, -0.0131295239552855, 0.0158293209969997, -0.0340857952833176, 0.0222462061792612, -0.0019779701251537, -0.0012918257853016, 0.0048964750021696, 0.0049310824833810, 0.0011332486756146, -0.0004788591759279, -0.0017202866729349, 0.0012215448077768), result);\n\tresult = MulAdd(mr1, MF4x4(-0.0057867411524057, -0.0133802210912108, 0.0158019792288542, 0.0344623439013958, -0.0040443707257509, -0.0037790425121784, 0.0045541841536760, 0.0198037009686232, 0.1110823750495911, 0.0822209641337395, -0.0382958762347698, -0.1459431499242783, 0.0010219293180853, -0.0161874033510685, -0.0285891294479370, 0.0300961043685675), result);\n\tresult = MulAdd(mr2, MF4x4(-0.0089390166103840, -0.0105021111667156, -0.0130960196256638, -0.0257005076855421, 0.0099271116778255, -0.0267942640930414, 0.0677764937281609, 0.0239320658147335, -0.0469516664743423, -0.0230019800364971, -0.0446235798299313, -0.0338921397924423, -0.0061601125635207, 0.0139691382646561, -0.0029954034835100, -0.0108477231115103), result);\n\tresult = MulAdd(br1, MF4x4(-0.0002513871586416, 0.0017334159929305, -0.0072467559948564, -0.0149013847112656, -0.0091025009751320, -0.0054195052944124, -0.0053499941714108, 0.0118143679574132, -0.0134334927424788, 0.0106377983465791, -0.0072384304367006, 0.0483081750571728, -0.0011459409724921, -0.0010465533705428, 0.0040362793952227, -0.0004637696838472), result);\n\tresult = MulAdd(br2, MF4x4(0.0037248437292874, 0.0041816406883299, -0.0139264371246099, 0.0035959482192993, -0.0390684641897678, -0.0257617402821779, -0.0298785082995892, -0.0066674682311714, -0.0151000469923019, -0.0176323894411325, 0.0045121158473194, 0.0077007445506752, 0.0051746177487075, 0.0075236861594021, 0.0008582049049437, 0.0010294843232259), result);\n\n\t[unroll]\n\tfor (uint i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tMF2 originUV = mul(rgb2uv, INPUT.SampleLevel(sam1, (destPos + 0.5f) * outputPt, 0).rgb);\n\t\t\tconst uint index = i * 2 + j;\n\t\t\tOUTPUT[destPos] = MF4(mul(yuv2rgb, MF3(result[index], originUV)), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/FXAA/FXAA.hlsli",
"content": "// 移植自 https://github.com/libretro/slang-shaders/blob/master/anti-aliasing/shaders/fxaa.slang\n\n\n/*\nFXAA_PRESET - Choose compile-in knob preset 0-5.\n------------------------------------------------------------------------------\nFXAA_EDGE_THRESHOLD - The minimum amount of local contrast required\n\t\t\t\t\t to apply algorithm.\n\t\t\t\t\t 1.0/3.0 - too little\n\t\t\t\t\t 1.0/4.0 - good start\n\t\t\t\t\t 1.0/8.0 - applies to more edges\n\t\t\t\t\t 1.0/16.0 - overkill\n------------------------------------------------------------------------------\nFXAA_EDGE_THRESHOLD_MIN - Trims the algorithm from processing darks.\n\t\t\t\t\t\t Perf optimization.\n\t\t\t\t\t\t 1.0/32.0 - visible limit (smaller isn't visible)\n\t\t\t\t\t\t 1.0/16.0 - good compromise\n\t\t\t\t\t\t 1.0/12.0 - upper limit (seeing artifacts)\n------------------------------------------------------------------------------\nFXAA_SEARCH_STEPS - Maximum number of search steps for end of span.\n------------------------------------------------------------------------------\nFXAA_SEARCH_THRESHOLD - Controls when to stop searching.\n\t\t\t\t\t\t1.0/4.0 - seems to be the best quality wise\n------------------------------------------------------------------------------\nFXAA_SUBPIX_TRIM - Controls sub-pixel aliasing removal.\n\t\t\t\t 1.0/2.0 - low removal\n\t\t\t\t 1.0/3.0 - medium removal\n\t\t\t\t 1.0/4.0 - default removal\n\t\t\t\t 1.0/8.0 - high removal\n\t\t\t\t 0.0 - complete removal\n------------------------------------------------------------------------------\nFXAA_SUBPIX_CAP - Insures fine detail is not completely removed.\n\t\t\t\t This is important for the transition of sub-pixel detail,\n\t\t\t\t like fences and wires.\n\t\t\t\t 3.0/4.0 - default (medium amount of filtering)\n\t\t\t\t 7.0/8.0 - high amount of filtering\n\t\t\t\t 1.0 - no capping of sub-pixel aliasing removal\n*/\n\n#ifndef FXAA_PRESET\n#define FXAA_PRESET 5\n#endif\n#if (FXAA_PRESET == 3)\n#define FXAA_EDGE_THRESHOLD (1.0/8.0)\n#define FXAA_EDGE_THRESHOLD_MIN (1.0/16.0)\n#define FXAA_SEARCH_STEPS 16\n#define FXAA_SEARCH_THRESHOLD (1.0/4.0)\n#define FXAA_SUBPIX_CAP (3.0/4.0)\n#define FXAA_SUBPIX_TRIM (1.0/4.0)\n#endif\n#if (FXAA_PRESET == 4)\n#define FXAA_EDGE_THRESHOLD (1.0/8.0)\n#define FXAA_EDGE_THRESHOLD_MIN (1.0/24.0)\n#define FXAA_SEARCH_STEPS 24\n#define FXAA_SEARCH_THRESHOLD (1.0/4.0)\n#define FXAA_SUBPIX_CAP (3.0/4.0)\n#define FXAA_SUBPIX_TRIM (1.0/4.0)\n#endif\n#if (FXAA_PRESET == 5)\n#define FXAA_EDGE_THRESHOLD (1.0/8.0)\n#define FXAA_EDGE_THRESHOLD_MIN (1.0/24.0)\n#define FXAA_SEARCH_STEPS 32\n#define FXAA_SEARCH_THRESHOLD (1.0/4.0)\n#define FXAA_SUBPIX_CAP (3.0/4.0)\n#define FXAA_SUBPIX_TRIM (1.0/4.0)\n#endif\n\n#define FXAA_SUBPIX_TRIM_SCALE (1.0/(1.0 - FXAA_SUBPIX_TRIM))\n\n// Return the luma, the estimation of luminance from rgb inputs.\n// This approximates luma using one FMA instruction,\n// skipping normalization and tossing out blue.\n// FxaaLuma() will range 0.0 to 2.963210702.\nfloat FxaaLuma(float3 rgb) {\n\treturn rgb.y * (0.587 / 0.299) + rgb.x;\n}\n\nfloat3 FxaaLerp3(float3 a, float3 b, float amountOfA) {\n\treturn (a - b) * amountOfA + b;\n}\n\n\nfloat3 FXAA(float3 src[4][4], uint i, uint j, Texture2D INPUT, SamplerState sam, float2 pos, float2 inputPt) {\n\tfloat lumaN = FxaaLuma(src[i][j - 1]);\n\tfloat lumaW = FxaaLuma(src[i - 1][j]);\n\tfloat lumaM = FxaaLuma(src[i][j]);\n\tfloat lumaE = FxaaLuma(src[i + 1][j]);\n\tfloat lumaS = FxaaLuma(src[i][j + 1]);\n\tfloat rangeMin = min(lumaM, min(min(lumaN, lumaW), min(lumaS, lumaE)));\n\tfloat rangeMax = max(lumaM, max(max(lumaN, lumaW), max(lumaS, lumaE)));\n\n\tfloat range = rangeMax - rangeMin;\n\tif (range < max(FXAA_EDGE_THRESHOLD_MIN, rangeMax * FXAA_EDGE_THRESHOLD)) {\n\t\treturn src[i][j];\n\t} else {\n\t\tfloat3 rgbL = src[i][j - 1] + src[i - 1][j] + src[i][j] + src[i + 1][j] + src[i][j + 1];\n\n\t\tfloat lumaL = (lumaN + lumaW + lumaE + lumaS) * 0.25;\n\t\tfloat rangeL = abs(lumaL - lumaM);\n\t\tfloat blendL = max(0.0, (rangeL / range) - FXAA_SUBPIX_TRIM) * FXAA_SUBPIX_TRIM_SCALE;\n\t\tblendL = min(FXAA_SUBPIX_CAP, blendL);\n\n\t\trgbL += (src[i - 1][j - 1] + src[i + 1][j - 1] + src[i - 1][j + 1] + src[i + 1][j + 1]);\n\t\trgbL *= 1.0 / 9.0;\n\n\t\tfloat lumaNW = FxaaLuma(src[i - 1][j - 1]);\n\t\tfloat lumaNE = FxaaLuma(src[i + 1][j - 1]);\n\t\tfloat lumaSW = FxaaLuma(src[i - 1][j + 1]);\n\t\tfloat lumaSE = FxaaLuma(src[i + 1][j + 1]);\n\n\t\tfloat edgeVert =\n\t\t\tabs((0.25 * lumaNW) + (-0.5 * lumaN) + (0.25 * lumaNE)) +\n\t\t\tabs((0.50 * lumaW) + (-1.0 * lumaM) + (0.50 * lumaE)) +\n\t\t\tabs((0.25 * lumaSW) + (-0.5 * lumaS) + (0.25 * lumaSE));\n\t\tfloat edgeHorz =\n\t\t\tabs((0.25 * lumaNW) + (-0.5 * lumaW) + (0.25 * lumaSW)) +\n\t\t\tabs((0.50 * lumaN) + (-1.0 * lumaM) + (0.50 * lumaS)) +\n\t\t\tabs((0.25 * lumaNE) + (-0.5 * lumaE) + (0.25 * lumaSE));\n\n\t\tbool horzSpan = edgeHorz >= edgeVert;\n\t\tfloat lengthSign = horzSpan ? -inputPt.y : -inputPt.x;\n\n\t\tif (!horzSpan) {\n\t\t\tlumaN = lumaW;\n\t\t\tlumaS = lumaE;\n\t\t}\n\n\t\tfloat gradientN = abs(lumaN - lumaM);\n\t\tfloat gradientS = abs(lumaS - lumaM);\n\t\tlumaN = (lumaN + lumaM) * 0.5;\n\t\tlumaS = (lumaS + lumaM) * 0.5;\n\n\t\tif (gradientN < gradientS) {\n\t\t\tlumaN = lumaS;\n\t\t\tlumaN = lumaS;\n\t\t\tgradientN = gradientS;\n\t\t\tlengthSign *= -1.0;\n\t\t}\n\n\t\tfloat2 posN;\n\t\tposN.x = pos.x + (horzSpan ? 0.0 : lengthSign * 0.5);\n\t\tposN.y = pos.y + (horzSpan ? lengthSign * 0.5 : 0.0);\n\n\t\tgradientN *= FXAA_SEARCH_THRESHOLD;\n\n\t\tfloat2 posP = posN;\n\t\tfloat2 offNP = horzSpan ? float2(inputPt.x, 0.0) : float2(0.0, inputPt.y);\n\t\tfloat lumaEndN = lumaN;\n\t\tfloat lumaEndP = lumaN;\n\t\tbool doneN = false;\n\t\tbool doneP = false;\n\t\tposN += offNP * float2(-1.0, -1.0);\n\t\tposP += offNP * float2(1.0, 1.0);\n\n\t\tfor (int i = 0; i < FXAA_SEARCH_STEPS; i++) {\n\t\t\tif (!doneN) {\n\t\t\t\tlumaEndN = FxaaLuma(INPUT.SampleLevel(sam, posN.xy, 0).xyz);\n\t\t\t}\n\t\t\tif (!doneP) {\n\t\t\t\tlumaEndP = FxaaLuma(INPUT.SampleLevel(sam, posP.xy, 0).xyz);\n\t\t\t}\n\n\t\t\tdoneN = doneN || (abs(lumaEndN - lumaN) >= gradientN);\n\t\t\tdoneP = doneP || (abs(lumaEndP - lumaN) >= gradientN);\n\n\t\t\tif (doneN && doneP) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif (!doneN) {\n\t\t\t\tposN -= offNP;\n\t\t\t}\n\t\t\tif (!doneP) {\n\t\t\t\tposP += offNP;\n\t\t\t}\n\t\t}\n\n\t\tfloat dstN = horzSpan ? pos.x - posN.x : pos.y - posN.y;\n\t\tfloat dstP = horzSpan ? posP.x - pos.x : posP.y - pos.y;\n\t\tbool directionN = dstN < dstP;\n\t\tlumaEndN = directionN ? lumaEndN : lumaEndP;\n\n\t\tif (((lumaM - lumaN) < 0.0) == ((lumaEndN - lumaN) < 0.0)) {\n\t\t\tlengthSign = 0.0;\n\t\t}\n\n\t\tfloat spanLength = (dstP + dstN);\n\t\tdstN = directionN ? dstN : dstP;\n\t\tfloat subPixelOffset = (0.5 + (dstN * (-1.0 / spanLength))) * lengthSign;\n\t\tfloat3 rgbF = INPUT.SampleLevel(sam, float2(\n\t\t\tpos.x + (horzSpan ? 0.0 : subPixelOffset),\n\t\t\tpos.y + (horzSpan ? subPixelOffset : 0.0)), 0).xyz;\n\t\treturn FxaaLerp3(rgbL, rgbF, blendL);\n\t}\n}\n"
},
{
"path": "src/Effects/FXAA/FXAA_High.hlsl",
"content": "// 移植自 https://github.com/libretro/slang-shaders/blob/master/anti-aliasing/shaders/fxaa.slang\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME FXAA_1\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define FXAA_PRESET 4\n#include \"FXAA.hlsli\"\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\t\t\tOUTPUT[destPos] = float4(FXAA(src, i + 1, j + 1, INPUT, sam, (destPos + 0.5f) * inputPt, inputPt), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/FXAA/FXAA_Medium.hlsl",
"content": "// 移植自 https://github.com/libretro/slang-shaders/blob/master/anti-aliasing/shaders/fxaa.slang\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME FXAA_0\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define FXAA_PRESET 3\n#include \"FXAA.hlsli\"\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\t\t\tOUTPUT[destPos] = float4(FXAA(src, i + 1, j + 1, INPUT, sam, (destPos + 0.5f) * inputPt, inputPt), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/FXAA/FXAA_Ultra.hlsl",
"content": "// 移植自 https://github.com/libretro/slang-shaders/blob/master/anti-aliasing/shaders/fxaa.slang\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME FXAA_2\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define FXAA_PRESET 5\n#include \"FXAA.hlsli\"\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\t\t\tOUTPUT[destPos] = float4(FXAA(src, i + 1, j + 1, INPUT, sam, (destPos + 0.5f) * inputPt, inputPt), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/ImageAdjustment.hlsl",
"content": "// 移植自 https://github.com/libretro/slang-shaders/blob/3f67e1870dbd5be74ae2f09eaed0eeadce6abd15/misc/image-adjustment.slang\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Target Gamma\n//!DEFAULT 2.2\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat targetGamma;\n\n//!PARAMETER\n//!LABEL Monitor Gamma\n//!DEFAULT 2.2\n//!MIN 0.01\n//!MAX 5\n//!STEP 0.01\nfloat monitorGamma;\n\n//!PARAMETER\n//!LABEL Saturation\n//!DEFAULT 1\n//!MIN 0\n//!MAX 5\n//!STEP 0.01\nfloat saturation;\n\n//!PARAMETER\n//!LABEL Luminance\n//!DEFAULT 1\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat luminance;\n\n//!PARAMETER\n//!LABEL Contrast\n//!DEFAULT 1\n//!MIN 0\n//!MAX 10\n//!STEP 0.1\nfloat contrast;\n\n//!PARAMETER\n//!LABEL Brightness Boost\n//!DEFAULT 0\n//!MIN -1\n//!MAX 1\n//!STEP 0.01\nfloat brightBoost;\n\n//!PARAMETER\n//!LABEL Black Level\n//!DEFAULT 0\n//!MIN -1\n//!MAX 1\n//!STEP 0.01\nfloat blackLevel;\n\n//!PARAMETER\n//!LABEL Red Channel\n//!DEFAULT 1\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat r;\n\n//!PARAMETER\n//!LABEL Green Channel\n//!DEFAULT 1\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat g;\n\n//!PARAMETER\n//!LABEL Blue Channel\n//!DEFAULT 1\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\nfloat b;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\nfloat3 RGBtoHSV(float3 c) {\n float4 K = float4(0.0, -1.0 / 3.0, 2.0 / 3.0, -1.0);\n float4 p = c.y < c.z ? float4(c.bg, K.wz) : float4(c.gb, K.xy);\n float4 q = c.x < p.x ? float4(p.xyw, c.x) : float4(c.x, p.yzx);\n\n float d = q.x - min(q.w, q.y);\n float e = 1.0e-10;\n return float3(abs(q.z + (q.w - q.y) / (6.0 * d + e)), d / (q.x + e), q.x);\n}\n\nfloat3 HSVtoRGB(float3 c) {\n float4 K = float4(1.0, 2.0 / 3.0, 1.0 / 3.0, 3.0);\n float3 p = abs(frac(c.xxx + K.xyz) * 6.0 - K.www);\n return c.z * lerp(K.xxx, saturate(p - K.xxx), c.y);\n}\n\nfloat4 Pass1(float2 pos) {\n\tfloat3 color = INPUT.SampleLevel(sam, pos, 0).rgb;\n\n // saturation and luminance\n\tcolor = saturate(HSVtoRGB(RGBtoHSV(color) * float3(1.0, saturation, luminance)));\n\n // contrast and brightness\n color = saturate((color - 0.5) * contrast + 0.5 + brightBoost);\n\n // black level\n color -= blackLevel;\n color = saturate(color / (1 - blackLevel));\n\n\t// gamma correction\n\tcolor = pow(color, targetGamma / monitorGamma);\n\n color *= float3(r, g, b);\n\n\treturn float4(color, 1);\n}\n"
},
{
"path": "src/Effects/Jinc.hlsl",
"content": "// Jinc2 插值算法\n// 移植自 https://github.com/libretro/common-shaders/blob/master/windowed/shaders/jinc2.cg\n//\n// This is an approximation of Jinc(x)*Jinc(x*r1/r2) for x < 2.5,\n// where r1 and r2 are the first two zeros of jinc function.\n// For a jinc 2-lobe best approximation, use A=0.5 and B=0.825.\n\n// A=0.5, B=0.825 is the best jinc approximation for x<2.5. if B=1.0, it's a lanczos filter.\n// Increase A to get more blur. Decrease it to get a sharper picture. \n// B = 0.825 to get rid of dithering. Increase B to get a fine sharpness, though dithering returns.\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!USE MulAdd\n\n#include \"StubDefs.hlsli\"\n\n\n//!PARAMETER\n//!LABEL Window Sinc Param\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat windowSinc;\n\n//!PARAMETER\n//!LABEL Sinc Param\n//!DEFAULT 0.825\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sinc;\n\n//!PARAMETER\n//!LABEL Anti-ringing Strength\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.1\nfloat ARStrength;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\n#define PI 3.1415926535897932384626433832795\n\n#define min4(a, b, c, d) min(min(a, b), min(c, d))\n#define max4(a, b, c, d) max(max(a, b), max(c, d))\n\n\nfloat d(float2 pt1, float2 pt2) {\n\tfloat2 v = pt2 - pt1;\n\treturn sqrt(dot(v, v));\n}\n\nfloat4 resampler(float4 x, float wa, float wb) {\n\treturn (x == float4(0.0, 0.0, 0.0, 0.0))\n\t\t? float4(wa * wb, wa * wb, wa * wb, wa * wb)\n\t\t: sin(x * wa) * sin(x * wb) * rcp(x * x);\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\n\tfloat2 dx = float2(1.0, 0.0);\n\tfloat2 dy = float2(0.0, 1.0);\n\n\tfloat2 pc = (gxy + 0.5f) * GetOutputPt() * GetInputSize();\n\tfloat2 tc = floor(pc - 0.5f) + 0.5f;\n\n\tfloat wa = windowSinc * PI;\n\tfloat wb = sinc * PI;\n\tfloat4x4 weights = {\n\t\tresampler(float4(d(pc, tc - dx - dy), d(pc, tc - dy), d(pc, tc + dx - dy), d(pc, tc + 2.0 * dx - dy)), wa, wb),\n\t\tresampler(float4(d(pc, tc - dx), d(pc, tc), d(pc, tc + dx), d(pc, tc + 2.0 * dx)), wa, wb),\n\t\tresampler(float4(d(pc, tc - dx + dy), d(pc, tc + dy), d(pc, tc + dx + dy), d(pc, tc + 2.0 * dx + dy)), wa, wb),\n\t\tresampler(float4(d(pc, tc - dx + 2.0 * dy), d(pc, tc + 2.0 * dy), d(pc, tc + dx + 2.0 * dy), d(pc, tc + 2.0 * dx + 2.0 * dy)), wa, wb)\n\t};\n\n\ttc -= 0.5f;\n\n\tfloat3 src[4][4];\n\n\t[unroll]\n\tfor (uint i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = (tc + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\tfloat3 color = MulAdd(weights[0], float4x3(src[0][0], src[1][0], src[2][0], src[3][0]), 0.0);\n\tcolor = MulAdd(weights[1], float4x3(src[0][1], src[1][1], src[2][1], src[3][1]), color);\n\tcolor = MulAdd(weights[2], float4x3(src[0][2], src[1][2], src[2][2], src[3][2]), color);\n\tcolor = MulAdd(weights[3], float4x3(src[0][3], src[2][3], src[2][3], src[3][3]), color);\n\tcolor *= rcp(dot(mul(weights, float4(1, 1, 1, 1)), 1));\n\n\t// 抗振铃\n\t// Get min/max samples\n\tfloat3 min_sample = min4(src[1][1], src[2][1], src[1][2], src[2][2]);\n\tfloat3 max_sample = max4(src[1][1], src[2][1], src[1][2], src[2][2]);\n\tcolor = lerp(color, clamp(color, min_sample, max_sample), ARStrength);\n\n\t// final sum and weight normalization\n\tOUTPUT[gxy] = float4(color, 1);\n}\n"
},
{
"path": "src/Effects/Lanczos.hlsl",
"content": "// Lanczos6 插值算法\n// 移植自 https://github.com/libretro/common-shaders/blob/master/windowed/shaders/lanczos6.cg\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Anti-ringing Strength\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat ARStrength;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\n#define FIX(c) max(abs(c), 1e-5)\n#define PI 3.14159265359\n#define min4(a, b, c, d) min(min(a, b), min(c, d))\n#define max4(a, b, c, d) max(max(a, b), max(c, d))\n\nfloat3 weight3(float x) {\n\tconst float rcpRadius = 1.0f / 3.0f;\n\tfloat3 s = FIX(2.0 * PI * float3(x - 1.5, x - 0.5, x + 0.5));\n\t// Lanczos3. Note: we normalize outside this function, so no point in multiplying by radius.\n\treturn /*radius **/ sin(s) * sin(s * rcpRadius) * rcp(s * s);\n}\n\nfloat4 Pass1(float2 pos) {\n\tpos *= GetInputSize();\n\tfloat2 inputPt = GetInputPt();\n\n\tuint i, j;\n\n\tfloat2 f = frac(pos.xy + 0.5f);\n\tfloat3 linetaps1 = weight3(0.5f - f.x * 0.5f);\n\tfloat3 linetaps2 = weight3(1.0f - f.x * 0.5f);\n\tfloat3 columntaps1 = weight3(0.5f - f.y * 0.5f);\n\tfloat3 columntaps2 = weight3(1.0f - f.y * 0.5f);\n\n\t// make sure all taps added together is exactly 1.0, otherwise some\n\t// (very small) distortion can occur\n\tfloat suml = dot(linetaps1, float3(1, 1, 1)) + dot(linetaps2, float3(1, 1, 1));\n\tfloat sumc = dot(columntaps1, float3(1, 1, 1)) + dot(columntaps2, float3(1, 1, 1));\n\tlinetaps1 /= suml;\n\tlinetaps2 /= suml;\n\tcolumntaps1 /= sumc;\n\tcolumntaps2 /= sumc;\n\n\tpos -= f + 1.5f;\n\n\tfloat3 src[6][6];\n\n\t[unroll]\n\tfor (i = 0; i <= 4; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 4; j += 2) {\n\t\t\tfloat2 tpos = (pos + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t// final sum and weight normalization\n\n\tfloat3 color = float3(0, 0, 0);\n\t[unroll]\n\tfor (i = 0; i <= 4; i += 2) {\n\t\tcolor += (mul(linetaps1, float3x3(src[0][i], src[2][i], src[4][i])) + mul(linetaps2, float3x3(src[1][i], src[3][i], src[5][i]))) * columntaps1[i / 2] + (mul(linetaps1, float3x3(src[0][i + 1], src[2][i + 1], src[4][i + 1])) + mul(linetaps2, float3x3(src[1][i + 1], src[3][i + 1], src[5][i + 1]))) * columntaps2[i / 2];\n\t}\n\n\t// 抗振铃\n\tfloat3 min_sample = min4(src[2][2], src[3][2], src[2][3], src[3][3]);\n\tfloat3 max_sample = max4(src[2][2], src[3][2], src[2][3], src[3][3]);\n\tcolor = lerp(color, clamp(color, min_sample, max_sample), ARStrength);\n\n\treturn float4(color, 1);\n}\n"
},
{
"path": "src/Effects/NIS/NIS.hlsl",
"content": "//!MAGPIE EFFECT\n//!VERSION 4\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpness;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!SOURCE Coef_Scale.dds\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D coef_scaler;\n\n//!TEXTURE\n//!SOURCE Coef_USM.dds\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D coef_usm;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState samplerLinearClamp;\n\n\n//!PASS 1\n//!IN INPUT, coef_scaler, coef_usm\n//!OUT OUTPUT\n//!BLOCK_SIZE 32,32\n//!NUM_THREADS 256\n\n#ifdef MP_DEBUG\n#pragma warning(disable: 4000)\t// X4000: use of potentially uninitialized variable (GetEdgeMap)\n#pragma warning(disable: 4714)\t// X4714: sum of temp registers and indexable temp registers times 256 threads exceeds the recommended total 16384. Performance may be reduced\n#endif\n\n#define NIS_SCALER 1\n#define NIS_HLSL 1\n#define NIS_TEXTURE_GATHER 1\n\n#ifdef MP_FP16\n#define NIS_USE_HALF_PRECISION 1\n#else\n#define NIS_USE_HALF_PRECISION 0\n#endif\n\nstatic const float kDetectRatio = 2.0f * 1127.f / 1024.f;\nstatic const float kDetectThres = 64.0f / 1024.0f;\nstatic const float kEps = 1.0f / 255.0f;\nstatic const float kMinContrastRatio = 2.0f;\nstatic const float kMaxContrastRatio = 10.0f;\nstatic const float kRatioNorm = 1.0f / (kMaxContrastRatio - kMinContrastRatio);\nstatic const float kContrastBoost = 1.0f;\nstatic const float kSharpStartY = 0.45f;\nstatic const float kSharpEndY = 0.9f;\nstatic const float kSharpScaleY = 1.0f / (kSharpEndY - kSharpStartY);\nstatic const float sharpen_slider = sharpness - 0.5f;\nstatic const float MinScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.0f;\nstatic const float MaxScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.75f;\nstatic const float kSharpStrengthMin = max(0.0f, 0.4f + sharpen_slider * MinScale * 1.2f);\nstatic const float kSharpStrengthMax = 1.6f + sharpen_slider * MaxScale * 1.8f;\nstatic const float kSharpStrengthScale = kSharpStrengthMax - kSharpStrengthMin;\nstatic const float LimitScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.0f;\nstatic const float kSharpLimitMin = max(0.1f, 0.14f + sharpen_slider * LimitScale * 0.32f);\nstatic const float kSharpLimitMax = 0.5f + sharpen_slider * LimitScale * 0.6f;\nstatic const float kSharpLimitScale = kSharpLimitMax - kSharpLimitMin;\n\n#define NIS_BLOCK_WIDTH MP_BLOCK_WIDTH\n#define NIS_BLOCK_HEIGHT MP_BLOCK_HEIGHT\n#define NIS_THREAD_GROUP_SIZE MP_NUM_THREADS_X\n\n#define in_texture INPUT\n#define out_texture OUTPUT\n\nstatic const float kScaleX = 1 / GetScale().x;\nstatic const float kScaleY = 1 / GetScale().y;\nstatic const float kSrcNormX = GetInputPt().x;\nstatic const float kSrcNormY = GetInputPt().y;\n\n#include \"NIS_Scaler.hlsli\"\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tNVScaler(blockStart / uint2(MP_BLOCK_WIDTH, MP_BLOCK_HEIGHT), threadId.x);\n}\n"
},
{
"path": "src/Effects/NIS/NIS_Scaler.hlsli",
"content": "// 取自 https://github.com/NVIDIAGameWorks/NVIDIAImageScaling/blob/35e13ba316c98eeecf16f37eae70ce88019911f6/NIS/NIS_Scaler.h\n\n// The MIT License(MIT)\n//\n// Copyright(c) 2022 NVIDIA CORPORATION & AFFILIATES. All rights reserved.\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy of\n// this software and associated documentation files(the \"Software\"), to deal in\n// the Software without restriction, including without limitation the rights to\n// use, copy, modify, merge, publish, distribute, sublicense, and / or sell copies of\n// the Software, and to permit persons to whom the Software is furnished to do so,\n// subject to the following conditions :\n//\n// The above copyright notice and this permission notice shall be included in all\n// copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS\n// FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.IN NO EVENT SHALL THE AUTHORS OR\n// COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER\n// IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN\n// CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\n//---------------------------------------------------------------------------------\n// NVIDIA Image Scaling SDK - v1.0.3\n//---------------------------------------------------------------------------------\n// The NVIDIA Image Scaling SDK provides a single spatial scaling and sharpening algorithm\n// for cross-platform support. The scaling algorithm uses a 6-tap scaling filter combined\n// with 4 directional scaling and adaptive sharpening filters, which creates nice smooth images\n// and sharp edges. In addition, the SDK provides a state-of-the-art adaptive directional sharpening algorithm\n// for use in applications where no scaling is required.\n//\n// The directional scaling and sharpening algorithm is named NVScaler while the adaptive-directional-sharpening-only\n// algorithm is named NVSharpen. Both algorithms are provided as compute shaders and\n// developers are free to integrate them in their applications. Note that if you integrate NVScaler, you\n// should NOT integrate NVSharpen, as NVScaler already includes a sharpening pass\n//\n// Pipeline Placement\n// ------------------\n// The call into the NVIDIA Image Scaling shaders must occur during the post-processing phase after tone-mapping.\n// Applying the scaling in linear HDR in-game color-space may result in a sharpening effect that is\n// either not visible or too strong. Since sharpening algorithms can enhance noisy or grainy regions, it is recommended\n// that certain effects such as film grain should occur after NVScaler or NVSharpen. Low-pass filters such as motion blur or\n// light bloom are recommended to be applied before NVScaler or NVSharpen to avoid sharpening attenuation.\n//\n// Color Space and Ranges\n// ----------------------\n// NVIDIA Image Scaling shaders can process color textures stored as either LDR or HDR with the following\n// restrictions:\n// 1) LDR\n// - The range of color values must be in the [0, 1] range\n// - The input color texture must be in display-referred color-space after tone mapping and OETF (gamma-correction)\n// has been applied\n// 2) HDR PQ\n// - The range of color values must be in the [0, 1] range\n// - The input color texture must be in display-referred color-space after tone mapping with Rec.2020 PQ OETF applied\n// 3) HDR Linear\n// - The recommended range of color values is [0, 12.5], where luminance value (as per BT. 709) of\n// 1.0 maps to brightness value of 80nits (sRGB peak) and 12.5 maps to 1000nits\n// - The input color texture may have luminance values that are either linear and scene-referred or\n// linear and display-referred (after tone mapping)\n//\n// If the input color texture sent to NVScaler/NVSharpen is in HDR format set NIS_HDR_MODE define to either\n// NIS_HDR_MODE_LINEAR (1) or NIS_HDR_MODE_PQ (2).\n//\n// Supported Texture Formats\n// -------------------------\n// Input and output formats:\n// Input and output formats are expected to be in the rages defined in previous section and should be\n// specified using non-integer data types such as DXGI_FORMAT_R8G8B8A8_UNORM.\n//\n// Coefficients formats:\n// The scaler coefficients and USM coefficients format should be specified using float4 type such as\n// DXGI_FORMAT_R32G32B32A32_FLOAT or DXGI_FORMAT_R16G16B16A16_FLOAT.\n//\n// Resource States, Buffers, and Sampler:\n// The game or application calling NVIDIA Image Scaling SDK shaders must ensure that the textures are in\n// the correct state.\n// - Input color textures must be in pixel shader read state. Shader Resource View (SRV) in DirectX\n// - The output texture must be in read/write state. Unordered Access View (UAV) in DirectX\n// - The coefficients texture for NVScaler must be in read state. Shader Resource View (SRV) in DirectX\n// - The configuration variables must be passed as constant buffer. Constant Buffer View (CBV) in DirectX\n// - The sampler for texture pixel sampling. Linear clamp SamplerState in Direct\n//\n// Adding NVIDIA Image Scaling SDK to a Project\n// --------------------------------------------\n// Include NIS_Scaler.h directly in your application or alternative use the provided NIS_Main.hlsl shader file.\n// Use NIS_Config.h to get the ideal shader dispatch values for your platform, to configure the algorithm constant\n// values (NVScalerUpdateConfig, and NVSharpenUpdateConfig), and to access the algorithm coefficients (coef_scale and coef_USM).\n//\n// Defines:\n// NIS_SCALER: default (1) NVScaler, (0) fast NVSharpen only, no upscaling\n// NIS_HDR_MODE: default (0) disabled, (1) Linear, (2) PQ\n// NIS_BLOCK_WIDTH: pixels per block width. Use GetOptimalBlockWidth query for your platform\n// NIS_BLOCK_HEIGHT: pixels per block height. Use GetOptimalBlockHeight query for your platform\n// NIS_THREAD_GROUP_SIZE: number of threads per group. Use GetOptimalThreadGroupSize query for your platform\n// NIS_USE_HALF_PRECISION: default (0) disabled, (1) enable half pression computation\n// NIS_HLSL: (1) enabled, (0) disabled\n// NIS_HLSL_6_2: default (0) HLSL v5, (1) HLSL v6.2 forces NIS_HLSL=1\n// NIS_GLSL: (1) enabled, (0) disabled\n// NIS_VIEWPORT_SUPPORT: default(0) disabled, (1) enable input/output viewport support\n// NIS_NV12_SUPPORT: default(0) disabled, (1) enable NV12 input\n// NIS_CLAMP_OUTPUT: default(0) disabled, (1) enable output clamp\n//\n// Default NVScaler shader constants:\n// [NIS_BLOCK_WIDTH, NIS_BLOCK_HEIGHT, NIS_THREAD_GROUP_SIZE] = [32, 24, 256]\n//\n// Default NVSharpen shader constants:\n// [NIS_BLOCK_WIDTH, NIS_BLOCK_HEIGHT, NIS_THREAD_GROUP_SIZE] = [32, 32, 256]\n// \n// NIS_UNROLL: default [unroll]\n// NIS_UNROLL_INNER: default NIS_UNROLL, define in case of a compiler error for inner nested loops\n//---------------------------------------------------------------------------------\n\n// NVScaler enable by default. Set to 0 for NVSharpen only\n#ifndef NIS_SCALER\n#define NIS_SCALER 1\n#endif\n\n// HDR Modes\n#define NIS_HDR_MODE_NONE 0\n#define NIS_HDR_MODE_LINEAR 1\n#define NIS_HDR_MODE_PQ 2\n#ifndef NIS_HDR_MODE\n#define NIS_HDR_MODE NIS_HDR_MODE_NONE\n#endif\n#define kHDRCompressionFactor 0.282842712f\n\n// Viewport support\n#ifndef NIS_VIEWPORT_SUPPORT\n#define NIS_VIEWPORT_SUPPORT 0\n#endif\n\n// HLSL, GLSL\n#if NIS_HLSL==0 && !defined(NIS_GLSL)\n#define NIS_GLSL 1\n#endif\n#if NIS_HLSL_6_2 || (!NIS_GLSL && !NIS_HLSL)\n#if defined(NIS_HLSL)\n#undef NIS_HLSL\n#endif\n#define NIS_HLSL 1\n#endif\n#if NIS_HLSL && NIS_GLSL\n#undef NIS_GLSL\n#define NIS_GLSL 0\n#endif\n\n// Half precision\n#ifndef NIS_USE_HALF_PRECISION\n#define NIS_USE_HALF_PRECISION 0\n#endif\n\n#if NIS_HLSL\n// Generic type and function aliases for HLSL\n#define NVF float\n#define NVF2 float2\n#define NVF3 float3\n#define NVF4 float4\n#define NVI int\n#define NVI2 int2\n#define NVU uint\n#define NVU2 uint2\n#define NVB bool\n#if NIS_USE_HALF_PRECISION\n#if NIS_HLSL_6_2\n#define NVH float16_t\n#define NVH2 float16_t2\n#define NVH3 float16_t3\n#define NVH4 float16_t4\n#else\n#define NVH min16float\n#define NVH2 min16float2\n#define NVH3 min16float3\n#define NVH4 min16float4\n#endif // NIS_HLSL_6_2\n#else // FP32 types\n#define NVH NVF\n#define NVH2 NVF2\n#define NVH3 NVF3\n#define NVH4 NVF4\n#endif // NIS_USE_HALF_PRECISION\n#define NVSHARED groupshared\n#define NVTEX_LOAD(x, pos) x[pos]\n#define NVTEX_SAMPLE(x, sampler, pos) x.SampleLevel(sampler, pos, 0)\n#define NVTEX_SAMPLE_RED(x, sampler, pos) x.GatherRed(sampler, pos)\n#define NVTEX_SAMPLE_GREEN(x, sampler, pos) x.GatherGreen(sampler, pos)\n#define NVTEX_SAMPLE_BLUE(x, sampler, pos) x.GatherBlue(sampler, pos)\n#define NVTEX_STORE(x, pos, v) x[pos] = v\n#ifndef NIS_UNROLL\n#define NIS_UNROLL [unroll]\n#endif\n#endif // NIS_HLSL\n\n// Generic type and function aliases for GLSL\n#if NIS_GLSL\n#define NVF float\n#define NVF2 vec2\n#define NVF3 vec3\n#define NVF4 vec4\n#define NVI int\n#define NVI2 ivec2\n#define NVU uint\n#define NVU2 uvec2\n#define NVB bool\n#if NIS_USE_HALF_PRECISION\n#define NVH float16_t\n#define NVH2 f16vec2\n#define NVH3 f16vec3\n#define NVH4 f16vec4\n#else // FP32 types\n#define NVH NVF\n#define NVH2 NVF2\n#define NVH3 NVF3\n#define NVH4 NVF4\n#endif // NIS_USE_HALF_PRECISION\n#define NVSHARED shared\n#define NVTEX_LOAD(x, pos) texelFetch(sampler2D(x, samplerLinearClamp), pos, 0)\n#define NVTEX_SAMPLE(x, sampler, pos) textureLod(sampler2D(x, sampler), pos, 0)\n#define NVTEX_SAMPLE_RED(x, sampler, pos) textureGather(sampler2D(x, sampler), pos, 0)\n#define NVTEX_SAMPLE_GREEN(x, sampler, pos) textureGather(sampler2D(x, sampler), pos, 1)\n#define NVTEX_SAMPLE_BLUE(x, sampler, pos) textureGather(sampler2D(x, sampler), pos, 2)\n#define NVTEX_STORE(x, pos, v) imageStore(x, NVI2(pos), v)\n#define saturate(x) clamp(x, 0, 1)\n#define lerp(a, b, x) mix(a, b, x)\n#define GroupMemoryBarrierWithGroupSync() groupMemoryBarrier(); barrier()\n#ifndef NIS_UNROLL\n#define NIS_UNROLL\n#endif\n#endif // NIS_GLSL\n\n#ifndef NIS_UNROLL_INNER\n#define NIS_UNROLL_INNER NIS_UNROLL\n#endif\n\n// Texture gather\n#ifndef NIS_TEXTURE_GATHER\n#define NIS_TEXTURE_GATHER 0\n#endif\n\n// NIS Scaling\n#define NIS_SCALE_INT 1\n#define NIS_SCALE_FLOAT NVF(1.f)\n\n// NIS output clamp\n#if NIS_CLAMP_OUTPUT\n#if NIS_HDR_MODE == NIS_HDR_MODE_LINEAR\n#define NVCLAMP(x) ( clamp(x, 0.0f, 12.5f) )\n#else\n#define NVCLAMP(x) ( saturate(x) )\n#endif\n#else\n#define NVCLAMP(x) (x)\n#endif\n\nNVF getY(NVF3 rgba)\n{\n#if NIS_HDR_MODE == NIS_HDR_MODE_PQ\n return NVF(0.262f) * rgba.x + NVF(0.678f) * rgba.y + NVF(0.0593f) * rgba.z;\n#elif NIS_HDR_MODE == NIS_HDR_MODE_LINEAR\n return sqrt(NVF(0.2126f) * rgba.x + NVF(0.7152f) * rgba.y + NVF(0.0722f) * rgba.z) * kHDRCompressionFactor;\n#else\n return NVF(0.2126f) * rgba.x + NVF(0.7152f) * rgba.y + NVF(0.0722f) * rgba.z;\n#endif\n}\n\nNVF getYLinear(NVF3 rgba)\n{\n return NVF(0.2126f) * rgba.x + NVF(0.7152f) * rgba.y + NVF(0.0722f) * rgba.z;\n}\n\nNVF3 YUVtoRGB(NVF3 yuv)\n{\n float y = yuv.x - 16.0f / 255.0f;\n float u = yuv.y - 128.0f / 255.0f;\n float v = yuv.z - 128.0f / 255.0f;\n NVF3 rgb;\n rgb.x = saturate(1.164f * y + 1.596f * v);\n rgb.y = saturate(1.164f * y - 0.392f * u - 0.813f * v);\n rgb.z = saturate(1.164f * y + 2.017f * u);\n return rgb;\n}\n\n#if NIS_SCALER\nNVF4 GetEdgeMap(NVF p[4][4], NVI i, NVI j)\n#else\nNVF4 GetEdgeMap(NVF p[5][5], NVI i, NVI j)\n#endif\n{\n const NVF g_0 = abs(p[0 + i][0 + j] + p[0 + i][1 + j] + p[0 + i][2 + j] - p[2 + i][0 + j] - p[2 + i][1 + j] - p[2 + i][2 + j]);\n const NVF g_45 = abs(p[1 + i][0 + j] + p[0 + i][0 + j] + p[0 + i][1 + j] - p[2 + i][1 + j] - p[2 + i][2 + j] - p[1 + i][2 + j]);\n const NVF g_90 = abs(p[0 + i][0 + j] + p[1 + i][0 + j] + p[2 + i][0 + j] - p[0 + i][2 + j] - p[1 + i][2 + j] - p[2 + i][2 + j]);\n const NVF g_135 = abs(p[1 + i][0 + j] + p[2 + i][0 + j] + p[2 + i][1 + j] - p[0 + i][1 + j] - p[0 + i][2 + j] - p[1 + i][2 + j]);\n\n const NVF g_0_90_max = max(g_0, g_90);\n const NVF g_0_90_min = min(g_0, g_90);\n const NVF g_45_135_max = max(g_45, g_135);\n const NVF g_45_135_min = min(g_45, g_135);\n\n NVF e_0_90 = 0;\n NVF e_45_135 = 0;\n\n if (g_0_90_max + g_45_135_max == 0)\n {\n return NVF4(0, 0, 0, 0);\n }\n\n e_0_90 = min(g_0_90_max / (g_0_90_max + g_45_135_max), 1.0f);\n e_45_135 = 1.0f - e_0_90;\n\n NVB c_0_90 = (g_0_90_max > (g_0_90_min * kDetectRatio)) && (g_0_90_max > kDetectThres) && (g_0_90_max > g_45_135_min);\n NVB c_45_135 = (g_45_135_max > (g_45_135_min * kDetectRatio)) && (g_45_135_max > kDetectThres) && (g_45_135_max > g_0_90_min);\n NVB c_g_0_90 = g_0_90_max == g_0;\n NVB c_g_45_135 = g_45_135_max == g_45;\n\n NVF f_e_0_90 = (c_0_90 && c_45_135) ? e_0_90 : 1.0f;\n NVF f_e_45_135 = (c_0_90 && c_45_135) ? e_45_135 : 1.0f;\n\n NVF weight_0 = (c_0_90 && c_g_0_90) ? f_e_0_90 : 0.0f;\n NVF weight_90 = (c_0_90 && !c_g_0_90) ? f_e_0_90 : 0.0f;\n NVF weight_45 = (c_45_135 && c_g_45_135) ? f_e_45_135 : 0.0f;\n NVF weight_135 = (c_45_135 && !c_g_45_135) ? f_e_45_135 : 0.0f;\n\n return NVF4(weight_0, weight_90, weight_45, weight_135);\n}\n\n#if NIS_SCALER\n\n#ifndef NIS_BLOCK_WIDTH\n#define NIS_BLOCK_WIDTH 32\n#endif\n#ifndef NIS_BLOCK_HEIGHT\n#define NIS_BLOCK_HEIGHT 24\n#endif\n#ifndef NIS_THREAD_GROUP_SIZE\n#define NIS_THREAD_GROUP_SIZE 256\n#endif\n#define kPhaseCount 64\n#define kFilterSize 6\n#define kSupportSize 6\n#define kPadSize kSupportSize\n// 'Tile' is the region of source luminance values that we load into shPixelsY.\n// It is the area of source pixels covered by the destination 'Block' plus a\n// 3 pixel border of support pixels.\n#define kTilePitch (NIS_BLOCK_WIDTH + kPadSize)\n#define kTileSize (kTilePitch * (NIS_BLOCK_HEIGHT + kPadSize))\n// 'EdgeMap' is the region of source pixels for which edge map vectors are derived.\n// It is the area of source pixels covered by the destination 'Block' plus a\n// 1 pixel border.\n#define kEdgeMapPitch (NIS_BLOCK_WIDTH + 2)\n#define kEdgeMapSize (kEdgeMapPitch * (NIS_BLOCK_HEIGHT + 2))\n\nNVSHARED NVF shPixelsY[kTileSize];\nNVSHARED NVH shCoefScaler[kPhaseCount][kFilterSize];\nNVSHARED NVH shCoefUSM[kPhaseCount][kFilterSize];\nNVSHARED NVH4 shEdgeMap[kEdgeMapSize];\n\nvoid LoadFilterBanksSh(NVI i0) {\n // Load up filter banks to shared memory\n // The work is spread over (kPhaseCount * 2) threads\n NVI i = i0;\n#if( kPhaseCount * 2 > NIS_THREAD_GROUP_SIZE )\n for (; i < kPhaseCount * 2; i += NIS_THREAD_GROUP_SIZE)\n#else\n if (i < kPhaseCount * 2)\n#endif\n {\n NVI phase = i >> 1;\n NVI vIdx = i & 1;\n\n NVH4 v = NVH4(NVTEX_LOAD(coef_scaler, NVI2(vIdx, phase)));\n NVI filterOffset = vIdx * 4;\n shCoefScaler[phase][filterOffset + 0] = v.x;\n shCoefScaler[phase][filterOffset + 1] = v.y;\n if (vIdx == 0)\n {\n shCoefScaler[phase][2] = v.z;\n shCoefScaler[phase][3] = v.w;\n }\n\n v = NVH4(NVTEX_LOAD(coef_usm, NVI2(vIdx, phase)));\n shCoefUSM[phase][filterOffset + 0] = v.x;\n shCoefUSM[phase][filterOffset + 1] = v.y;\n if (vIdx == 0)\n {\n shCoefUSM[phase][2] = v.z;\n shCoefUSM[phase][3] = v.w;\n }\n }\n}\n\n\nNVF CalcLTI(NVF p0, NVF p1, NVF p2, NVF p3, NVF p4, NVF p5, NVI phase_index)\n{\n const NVB selector = (phase_index <= kPhaseCount / 2);\n NVF sel = selector ? p0 : p3;\n const NVF a_min = min(min(p1, p2), sel);\n const NVF a_max = max(max(p1, p2), sel);\n sel = selector ? p2 : p5;\n const NVF b_min = min(min(p3, p4), sel);\n const NVF b_max = max(max(p3, p4), sel);\n\n const NVF a_cont = a_max - a_min;\n const NVF b_cont = b_max - b_min;\n\n const NVF cont_ratio = max(a_cont, b_cont) / (min(a_cont, b_cont) + kEps);\n return (1.0f - saturate((cont_ratio - kMinContrastRatio) * kRatioNorm)) * kContrastBoost;\n}\n\nNVF4 GetInterpEdgeMap(const NVF4 edge[2][2], NVF phase_frac_x, NVF phase_frac_y)\n{\n NVF4 h0 = lerp(edge[0][0], edge[0][1], phase_frac_x);\n NVF4 h1 = lerp(edge[1][0], edge[1][1], phase_frac_x);\n return lerp(h0, h1, phase_frac_y);\n}\n\nNVF EvalPoly6(const NVF pxl[6], NVI phase_int)\n{\n NVF y = 0.f;\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n y += shCoefScaler[phase_int][i] * pxl[i];\n }\n }\n NVF y_usm = 0.f;\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n y_usm += shCoefUSM[phase_int][i] * pxl[i];\n }\n }\n\n // let's compute a piece-wise ramp based on luma\n const NVF y_scale = 1.0f - saturate((y * (1.0f / NIS_SCALE_FLOAT) - kSharpStartY) * kSharpScaleY);\n\n // scale the ramp to sharpen as a function of luma\n const NVF y_sharpness = y_scale * kSharpStrengthScale + kSharpStrengthMin;\n\n y_usm *= y_sharpness;\n\n // scale the ramp to limit USM as a function of luma\n const NVF y_sharpness_limit = (y_scale * kSharpLimitScale + kSharpLimitMin) * y;\n\n y_usm = min(y_sharpness_limit, max(-y_sharpness_limit, y_usm));\n // reduce ringing\n y_usm *= CalcLTI(pxl[0], pxl[1], pxl[2], pxl[3], pxl[4], pxl[5], phase_int);\n\n return y + y_usm;\n}\n\nNVF FilterNormal(const NVF p[6][6], NVI phase_x_frac_int, NVI phase_y_frac_int)\n{\n NVF h_acc = 0.0f;\n NIS_UNROLL\n for (NVI j = 0; j < 6; ++j)\n {\n NVF v_acc = 0.0f;\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n v_acc += p[i][j] * shCoefScaler[phase_y_frac_int][i];\n }\n h_acc += v_acc * shCoefScaler[phase_x_frac_int][j];\n }\n\n // let's return the sum unpacked -> we can accumulate it later\n return h_acc;\n}\n\nNVF AddDirFilters(NVF p[6][6], NVF phase_x_frac, NVF phase_y_frac, NVI phase_x_frac_int, NVI phase_y_frac_int, NVF4 w)\n{\n NVF f = 0;\n if (w.x > 0.0f)\n {\n // 0 deg filter\n NVF interp0Deg[6];\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n interp0Deg[i] = lerp(p[i][2], p[i][3], phase_x_frac);\n }\n }\n f += EvalPoly6(interp0Deg, phase_y_frac_int) * w.x;\n }\n if (w.y > 0.0f)\n {\n // 90 deg filter\n NVF interp90Deg[6];\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n interp90Deg[i] = lerp(p[2][i], p[3][i], phase_y_frac);\n }\n }\n\n f += EvalPoly6(interp90Deg, phase_x_frac_int) * w.y;\n }\n if (w.z > 0.0f)\n {\n //45 deg filter\n NVF pphase_b45 = 0.5f + 0.5f * (phase_x_frac - phase_y_frac);\n\n NVF temp_interp45Deg[7];\n temp_interp45Deg[1] = lerp(p[2][1], p[1][2], pphase_b45);\n temp_interp45Deg[3] = lerp(p[3][2], p[2][3], pphase_b45);\n temp_interp45Deg[5] = lerp(p[4][3], p[3][4], pphase_b45);\n {\n pphase_b45 = pphase_b45 - 0.5f;\n NVF a = (pphase_b45 >= 0.f) ? p[0][2] : p[2][0];\n NVF b = (pphase_b45 >= 0.f) ? p[1][3] : p[3][1];\n NVF c = (pphase_b45 >= 0.f) ? p[2][4] : p[4][2];\n NVF d = (pphase_b45 >= 0.f) ? p[3][5] : p[5][3];\n temp_interp45Deg[0] = lerp(p[1][1], a, abs(pphase_b45));\n temp_interp45Deg[2] = lerp(p[2][2], b, abs(pphase_b45));\n temp_interp45Deg[4] = lerp(p[3][3], c, abs(pphase_b45));\n temp_interp45Deg[6] = lerp(p[4][4], d, abs(pphase_b45));\n }\n\n NVF interp45Deg[6];\n NVF pphase_p45 = phase_x_frac + phase_y_frac;\n if (pphase_p45 >= 1)\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; i++)\n {\n interp45Deg[i] = temp_interp45Deg[i + 1];\n }\n pphase_p45 = pphase_p45 - 1;\n }\n else\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; i++)\n {\n interp45Deg[i] = temp_interp45Deg[i];\n }\n }\n\n f += EvalPoly6(interp45Deg, NVI(pphase_p45 * 64)) * w.z;\n }\n if (w.w > 0.0f)\n {\n //135 deg filter\n NVF pphase_b135 = 0.5f * (phase_x_frac + phase_y_frac);\n\n NVF temp_interp135Deg[7];\n temp_interp135Deg[1] = lerp(p[3][1], p[4][2], pphase_b135);\n temp_interp135Deg[3] = lerp(p[2][2], p[3][3], pphase_b135);\n temp_interp135Deg[5] = lerp(p[1][3], p[2][4], pphase_b135);\n {\n pphase_b135 = pphase_b135 - 0.5f;\n NVF a = (pphase_b135 >= 0.f) ? p[5][2] : p[3][0];\n NVF b = (pphase_b135 >= 0.f) ? p[4][3] : p[2][1];\n NVF c = (pphase_b135 >= 0.f) ? p[3][4] : p[1][2];\n NVF d = (pphase_b135 >= 0.f) ? p[2][5] : p[0][3];\n temp_interp135Deg[0] = lerp(p[4][1], a, abs(pphase_b135));\n temp_interp135Deg[2] = lerp(p[3][2], b, abs(pphase_b135));\n temp_interp135Deg[4] = lerp(p[2][3], c, abs(pphase_b135));\n temp_interp135Deg[6] = lerp(p[1][4], d, abs(pphase_b135));\n }\n\n NVF interp135Deg[6];\n NVF pphase_p135 = 1 + (phase_x_frac - phase_y_frac);\n if (pphase_p135 >= 1)\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n interp135Deg[i] = temp_interp135Deg[i + 1];\n }\n pphase_p135 = pphase_p135 - 1;\n }\n else\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n interp135Deg[i] = temp_interp135Deg[i];\n }\n }\n\n f += EvalPoly6(interp135Deg, NVI(pphase_p135 * 64)) * w.w;\n }\n return f;\n}\n\n\n//-----------------------------------------------------------------------------------------------\n// NVScaler\n//-----------------------------------------------------------------------------------------------\nvoid NVScaler(NVU2 blockIdx, NVU threadIdx)\n{\n // Figure out the range of pixels from input image that would be needed to be loaded for this thread-block\n NVI dstBlockX = NVI(NIS_BLOCK_WIDTH * blockIdx.x);\n NVI dstBlockY = NVI(NIS_BLOCK_HEIGHT * blockIdx.y);\n\n const NVI srcBlockStartX = NVI(floor((dstBlockX + 0.5f) * kScaleX - 0.5f));\n const NVI srcBlockStartY = NVI(floor((dstBlockY + 0.5f) * kScaleY - 0.5f));\n const NVI srcBlockEndX = NVI(ceil((dstBlockX + NIS_BLOCK_WIDTH + 0.5f) * kScaleX - 0.5f));\n const NVI srcBlockEndY = NVI(ceil((dstBlockY + NIS_BLOCK_HEIGHT + 0.5f) * kScaleY - 0.5f));\n\n NVI numTilePixelsX = srcBlockEndX - srcBlockStartX + kSupportSize - 1;\n NVI numTilePixelsY = srcBlockEndY - srcBlockStartY + kSupportSize - 1;\n\n // round-up load region to even size since we're loading in 2x2 batches\n numTilePixelsX += numTilePixelsX & 0x1;\n numTilePixelsY += numTilePixelsY & 0x1;\n const NVI numTilePixels = numTilePixelsX * numTilePixelsY;\n\n // calculate the equivalent values for the edge map\n const NVI numEdgeMapPixelsX = numTilePixelsX - kSupportSize + 2;\n const NVI numEdgeMapPixelsY = numTilePixelsY - kSupportSize + 2;\n const NVI numEdgeMapPixels = numEdgeMapPixelsX * numEdgeMapPixelsY;\n\n // fill in input luma tile (shPixelsY) in batches of 2x2 pixels\n // we use texture gather to get extra support necessary\n // to compute 2x2 edge map outputs too\n {\n for (NVU i = threadIdx * 2; i < NVU(numTilePixels) >> 1; i += NIS_THREAD_GROUP_SIZE * 2)\n {\n NVU py = (i / numTilePixelsX) * 2;\n NVU px = i % numTilePixelsX;\n\n // 0.5 to be in the center of texel\n // - (kSupportSize - 1) / 2 to shift by the kernel support size\n NVF kShift = 0.5f - (kSupportSize - 1) / 2;\n#if NIS_VIEWPORT_SUPPORT\n const NVF tx = (srcBlockStartX + px + kInputViewportOriginX + kShift) * kSrcNormX;\n const NVF ty = (srcBlockStartY + py + kInputViewportOriginY + kShift) * kSrcNormY;\n#else\n const NVF tx = (srcBlockStartX + px + kShift) * kSrcNormX;\n const NVF ty = (srcBlockStartY + py + kShift) * kSrcNormY;\n#endif\n NVF p[2][2];\n#if NIS_TEXTURE_GATHER\n {\n const NVF4 sr = NVTEX_SAMPLE_RED(in_texture, samplerLinearClamp, NVF2(tx, ty));\n const NVF4 sg = NVTEX_SAMPLE_GREEN(in_texture, samplerLinearClamp, NVF2(tx, ty));\n const NVF4 sb = NVTEX_SAMPLE_BLUE(in_texture, samplerLinearClamp, NVF2(tx, ty));\n\n p[0][0] = getY(NVF3(sr.w, sg.w, sb.w));\n p[0][1] = getY(NVF3(sr.z, sg.z, sb.z));\n p[1][0] = getY(NVF3(sr.x, sg.x, sb.x));\n p[1][1] = getY(NVF3(sr.y, sg.y, sb.y));\n }\n#else\n NIS_UNROLL_INNER\n for (NVI j = 0; j < 2; j++)\n {\n NIS_UNROLL_INNER\n for (NVI k = 0; k < 2; k++)\n {\n#if NIS_NV12_SUPPORT\n p[j][k] = NVTEX_SAMPLE(in_texture_y, samplerLinearClamp, NVF2(tx + k * kSrcNormX, ty + j * kSrcNormY));\n#else\n const NVF4 px = NVTEX_SAMPLE(in_texture, samplerLinearClamp, NVF2(tx + k * kSrcNormX, ty + j * kSrcNormY));\n p[j][k] = getY(px.xyz);\n#endif\n }\n }\n#endif\n const NVU idx = py * kTilePitch + px;\n shPixelsY[idx] = NVH(p[0][0]);\n shPixelsY[idx + 1] = NVH(p[0][1]);\n shPixelsY[idx + kTilePitch] = NVH(p[1][0]);\n shPixelsY[idx + kTilePitch + 1] = NVH(p[1][1]);\n }\n }\n GroupMemoryBarrierWithGroupSync();\n {\n // fill in the edge map of 2x2 pixels\n for (NVU i = threadIdx * 2; i < NVU(numEdgeMapPixels) >> 1; i += NIS_THREAD_GROUP_SIZE * 2)\n {\n NVU py = (i / numEdgeMapPixelsX) * 2;\n NVU px = i % numEdgeMapPixelsX;\n\n const NVU edgeMapIdx = py * kEdgeMapPitch + px;\n\n NVU tileCornerIdx = (py + 1) * kTilePitch + px + 1;\n NVF p[4][4];\n NIS_UNROLL_INNER\n for (NVI j = 0; j < 4; j++)\n {\n NIS_UNROLL_INNER\n for (NVI k = 0; k < 4; k++)\n {\n p[j][k] = shPixelsY[tileCornerIdx + j * kTilePitch + k];\n }\n }\n\n shEdgeMap[edgeMapIdx] = NVH4(GetEdgeMap(p, 0, 0));\n shEdgeMap[edgeMapIdx + 1] = NVH4(GetEdgeMap(p, 0, 1));\n shEdgeMap[edgeMapIdx + kEdgeMapPitch] = NVH4(GetEdgeMap(p, 1, 0));\n shEdgeMap[edgeMapIdx + kEdgeMapPitch + 1] = NVH4(GetEdgeMap(p, 1, 1));\n }\n }\n LoadFilterBanksSh(NVI(threadIdx));\n GroupMemoryBarrierWithGroupSync();\n\n // output coord within a tile\n const NVI2 pos = NVI2(NVU(threadIdx) % NVU(NIS_BLOCK_WIDTH), NVU(threadIdx) / NVU(NIS_BLOCK_WIDTH));\n // x coord inside the output image\n const NVI dstX = dstBlockX + pos.x;\n // x coord inside the input image\n const NVF srcX = (0.5f + dstX) * kScaleX - 0.5f;\n // nearest integer part\n const NVI px = NVI(floor(srcX) - srcBlockStartX);\n // fractional part\n const NVF fx = srcX - floor(srcX);\n // discretized phase\n const NVI fx_int = NVI(fx * kPhaseCount);\n#if NIS_VIEWPORT_SUPPORT\n if (NVU(srcX) > kInputViewportWidth || NVU(dstX) > kOutputViewportWidth)\n {\n return;\n }\n#endif\n for (NVI k = 0; k < NIS_BLOCK_WIDTH * NIS_BLOCK_HEIGHT / NIS_THREAD_GROUP_SIZE; ++k)\n {\n // y coord inside the output image\n const NVI dstY = dstBlockY + pos.y + k * (NIS_THREAD_GROUP_SIZE / NIS_BLOCK_WIDTH);\n // y coord inside the input image\n const NVF srcY = (0.5f + dstY) * kScaleY - 0.5f;\n#if NIS_VIEWPORT_SUPPORT\n if (!(NVU(srcY) > kInputViewportHeight || NVU(dstY) > kOutputViewportHeight))\n#endif\n {\n // nearest integer part\n const NVI py = NVI(floor(srcY) - srcBlockStartY);\n // fractional part\n const NVF fy = srcY - floor(srcY);\n // discretized phase\n const NVI fy_int = NVI(fy * kPhaseCount);\n\n // generate weights for directional filters\n const NVI startEdgeMapIdx = py * kEdgeMapPitch + px;\n NVF4 edge[2][2];\n NIS_UNROLL\n for (NVI i = 0; i < 2; i++)\n {\n NIS_UNROLL\n for (NVI j = 0; j < 2; j++)\n {\n // need to shift edge map sampling since it's a 2x2 centered inside 6x6 grid\n edge[i][j] = shEdgeMap[startEdgeMapIdx + (i * kEdgeMapPitch) + j];\n }\n }\n const NVF4 w = GetInterpEdgeMap(edge, fx, fy) * NIS_SCALE_INT;\n\n // load 6x6 support to regs\n const NVI startTileIdx = py * kTilePitch + px;\n NVF p[6][6];\n {\n NIS_UNROLL\n for (NVI i = 0; i < 6; ++i)\n {\n NIS_UNROLL\n for (NVI j = 0; j < 6; ++j)\n {\n p[i][j] = shPixelsY[startTileIdx + i * kTilePitch + j];\n }\n }\n }\n\n // weigth for luma\n const NVF baseWeight = NIS_SCALE_FLOAT - w.x - w.y - w.z - w.w;\n\n // final luma is a weighted product of directional & normal filters\n NVF opY = 0;\n\n // get traditional scaler filter output\n opY += FilterNormal(p, fx_int, fy_int) * baseWeight;\n\n // get directional filter bank output\n opY += AddDirFilters(p, fx, fy, fx_int, fy_int, w);\n\n#if NIS_VIEWPORT_SUPPORT\n NVF2 coord = NVF2((srcX + kInputViewportOriginX + 0.5f) * kSrcNormX, (srcY + kInputViewportOriginY + 0.5f) * kSrcNormY);\n NVF2 dstCoord = NVF2(dstX + kOutputViewportOriginX, dstY + kOutputViewportOriginY);\n#else\n NVF2 coord = NVF2((srcX + 0.5f) * kSrcNormX, (srcY + 0.5f) * kSrcNormY);\n NVF2 dstCoord = NVF2(dstX, dstY);\n#endif\n // do bilinear tap for chroma upscaling\n#if NIS_NV12_SUPPORT\n NVF y = NVTEX_SAMPLE(in_texture_y, samplerLinearClamp, coord);\n NVF2 uv = NVTEX_SAMPLE(in_texture_uv, samplerLinearClamp, coord);\n NVF4 op = NVF4(YUVtoRGB(NVF3(y, uv)), 1.0f);\n#else\n NVF4 op = NVTEX_SAMPLE(in_texture, samplerLinearClamp, coord);\n NVF y = getY(NVF3(op.x, op.y, op.z));\n#endif\n\n#if NIS_HDR_MODE == NIS_HDR_MODE_LINEAR\n const NVF kEps = 1e-4f;\n const NVF kNorm = 1.0f / (NIS_SCALE_FLOAT * kHDRCompressionFactor);\n const NVF opYN = max(opY, 0.0f) * kNorm;\n const NVF corr = (opYN * opYN + kEps) / (max(getYLinear(NVF3(op.x, op.y, op.z)), 0.0f) + kEps);\n op.x *= corr;\n op.y *= corr;\n op.z *= corr;\n#else\n const NVF corr = opY * (1.0f / NIS_SCALE_FLOAT) - y;\n op.x += corr;\n op.y += corr;\n op.z += corr;\n#endif\n NVTEX_STORE(out_texture, dstCoord, MF4(NVCLAMP(op)));\n\t\t}\n }\n}\n#else\n\n#ifndef NIS_BLOCK_WIDTH\n#define NIS_BLOCK_WIDTH 32\n#endif\n#ifndef NIS_BLOCK_HEIGHT\n#define NIS_BLOCK_HEIGHT 32\n#endif\n#ifndef NIS_THREAD_GROUP_SIZE\n#define NIS_THREAD_GROUP_SIZE 256\n#endif\n\n#define kSupportSize 5\n#define kNumPixelsX (NIS_BLOCK_WIDTH + kSupportSize + 1)\n#define kNumPixelsY (NIS_BLOCK_HEIGHT + kSupportSize + 1)\n\nNVSHARED NVF shPixelsY[kNumPixelsY][kNumPixelsX];\n\nNVF CalcLTIFast(const NVF y[5])\n{\n const NVF a_min = min(min(y[0], y[1]), y[2]);\n const NVF a_max = max(max(y[0], y[1]), y[2]);\n\n const NVF b_min = min(min(y[2], y[3]), y[4]);\n const NVF b_max = max(max(y[2], y[3]), y[4]);\n\n const NVF a_cont = a_max - a_min;\n const NVF b_cont = b_max - b_min;\n\n const NVF cont_ratio = max(a_cont, b_cont) / (min(a_cont, b_cont) + kEps);\n return (1.0f - saturate((cont_ratio - kMinContrastRatio) * kRatioNorm)) * kContrastBoost;\n}\n\nNVF EvalUSM(const NVF pxl[5], const NVF sharpnessStrength, const NVF sharpnessLimit)\n{\n // USM profile\n NVF y_usm = -0.6001f * pxl[1] + 1.2002f * pxl[2] - 0.6001f * pxl[3];\n // boost USM profile\n y_usm *= sharpnessStrength;\n // clamp to the limit\n y_usm = min(sharpnessLimit, max(-sharpnessLimit, y_usm));\n // reduce ringing\n y_usm *= CalcLTIFast(pxl);\n\n return y_usm;\n}\n\nNVF4 GetDirUSM(const NVF p[5][5])\n{\n // sharpness boost & limit are the same for all directions\n const NVF scaleY = 1.0f - saturate((p[2][2] - kSharpStartY) * kSharpScaleY);\n // scale the ramp to sharpen as a function of luma\n const NVF sharpnessStrength = scaleY * kSharpStrengthScale + kSharpStrengthMin;\n // scale the ramp to limit USM as a function of luma\n const NVF sharpnessLimit = (scaleY * kSharpLimitScale + kSharpLimitMin) * p[2][2];\n\n NVF4 rval;\n // 0 deg filter\n NVF interp0Deg[5];\n {\n for (NVI i = 0; i < 5; ++i)\n {\n interp0Deg[i] = p[i][2];\n }\n }\n\n rval.x = EvalUSM(interp0Deg, sharpnessStrength, sharpnessLimit);\n\n // 90 deg filter\n NVF interp90Deg[5];\n {\n for (NVI i = 0; i < 5; ++i)\n {\n interp90Deg[i] = p[2][i];\n }\n }\n\n rval.y = EvalUSM(interp90Deg, sharpnessStrength, sharpnessLimit);\n\n //45 deg filter\n NVF interp45Deg[5];\n interp45Deg[0] = p[1][1];\n interp45Deg[1] = lerp(p[2][1], p[1][2], 0.5f);\n interp45Deg[2] = p[2][2];\n interp45Deg[3] = lerp(p[3][2], p[2][3], 0.5f);\n interp45Deg[4] = p[3][3];\n\n rval.z = EvalUSM(interp45Deg, sharpnessStrength, sharpnessLimit);\n\n //135 deg filter\n NVF interp135Deg[5];\n interp135Deg[0] = p[3][1];\n interp135Deg[1] = lerp(p[3][2], p[2][1], 0.5f);\n interp135Deg[2] = p[2][2];\n interp135Deg[3] = lerp(p[2][3], p[1][2], 0.5f);\n interp135Deg[4] = p[1][3];\n\n rval.w = EvalUSM(interp135Deg, sharpnessStrength, sharpnessLimit);\n return rval;\n}\n\n//-----------------------------------------------------------------------------------------------\n// NVSharpen\n//-----------------------------------------------------------------------------------------------\nvoid NVSharpen(NVU2 blockIdx, NVU threadIdx)\n{\n const NVI dstBlockX = NVI(NIS_BLOCK_WIDTH * blockIdx.x);\n const NVI dstBlockY = NVI(NIS_BLOCK_HEIGHT * blockIdx.y);\n\n // fill in input luma tile in batches of 2x2 pixels\n // we use texture gather to get extra support necessary\n // to compute 2x2 edge map outputs too\n const NVF kShift = 0.5f - kSupportSize / 2;\n\n for (NVI i = NVI(threadIdx) * 2; i < kNumPixelsX * kNumPixelsY / 2; i += NIS_THREAD_GROUP_SIZE * 2)\n {\n NVU2 pos = NVU2(NVU(i) % NVU(kNumPixelsX), NVU(i) / NVU(kNumPixelsX) * 2);\n NIS_UNROLL\n for (NVI dy = 0; dy < 2; dy++)\n {\n NIS_UNROLL\n for (NVI dx = 0; dx < 2; dx++)\n {\n#if NIS_VIEWPORT_SUPPORT\n const NVF tx = (dstBlockX + pos.x + kInputViewportOriginX + dx + kShift) * kSrcNormX;\n const NVF ty = (dstBlockY + pos.y + kInputViewportOriginY + dy + kShift) * kSrcNormY;\n#else\n const NVF tx = (dstBlockX + pos.x + dx + kShift) * kSrcNormX;\n const NVF ty = (dstBlockY + pos.y + dy + kShift) * kSrcNormY;\n#endif\n#if NIS_NV12_SUPPORT\n shPixelsY[pos.y + dy][pos.x + dx] = NVTEX_SAMPLE(in_texture_y, samplerLinearClamp, NVF2(tx, ty));\n#else\n const NVF4 px = NVTEX_SAMPLE(in_texture, samplerLinearClamp, NVF2(tx, ty));\n shPixelsY[pos.y + dy][pos.x + dx] = getY(px.xyz);\n#endif\n }\n }\n }\n\n GroupMemoryBarrierWithGroupSync();\n\n for (NVI k = NVI(threadIdx); k < NIS_BLOCK_WIDTH * NIS_BLOCK_HEIGHT; k += NIS_THREAD_GROUP_SIZE)\n {\n const NVI2 pos = NVI2(NVU(k) % NVU(NIS_BLOCK_WIDTH), NVU(k) / NVU(NIS_BLOCK_WIDTH));\n\n // load 5x5 support to regs\n NVF p[5][5];\n NIS_UNROLL\n for (NVI i = 0; i < 5; ++i)\n {\n NIS_UNROLL\n for (NVI j = 0; j < 5; ++j)\n {\n p[i][j] = shPixelsY[pos.y + i][pos.x + j];\n }\n }\n\n // get directional filter bank output\n NVF4 dirUSM = GetDirUSM(p);\n\n // generate weights for directional filters\n NVF4 w = GetEdgeMap(p, kSupportSize / 2 - 1, kSupportSize / 2 - 1);\n\n // final USM is a weighted sum filter outputs\n const NVF usmY = (dirUSM.x * w.x + dirUSM.y * w.y + dirUSM.z * w.z + dirUSM.w * w.w);\n\n // do bilinear tap and correct rgb texel so it produces new sharpened luma\n const NVI dstX = dstBlockX + pos.x;\n const NVI dstY = dstBlockY + pos.y;\n\n#if NIS_VIEWPORT_SUPPORT\n NVF2 coord = NVF2((dstX + kInputViewportOriginX + 0.5f) * kSrcNormX, (dstY + kInputViewportOriginY + 0.5f) * kSrcNormY);\n NVF2 dstCoord = NVF2(dstX + kOutputViewportOriginX, dstY + kOutputViewportOriginY);\n if (!(NVU(dstX) > kOutputViewportWidth || NVU(dstY) > kOutputViewportHeight))\n#else\n NVF2 coord = NVF2((dstX + 0.5f) * kSrcNormX, (dstY + 0.5f) * kSrcNormY);\n NVF2 dstCoord = NVF2(dstX, dstY);\n#endif\n {\n#if NIS_NV12_SUPPORT\n NVF y = NVTEX_SAMPLE(in_texture_y, samplerLinearClamp, coord);\n NVF2 uv = NVTEX_SAMPLE(in_texture_uv, samplerLinearClamp, coord);\n NVF4 op = NVF4(YUVtoRGB(NVF3(y, uv)), 1.0f);\n#else\n NVF4 op = NVTEX_SAMPLE(in_texture, samplerLinearClamp, coord);\n#endif\n#if NIS_HDR_MODE == NIS_HDR_MODE_LINEAR\n const NVF kEps = 1e-4f * kHDRCompressionFactor * kHDRCompressionFactor;\n NVF newY = p[2][2] + usmY;\n newY = max(newY, 0.0f);\n const NVF oldY = p[2][2];\n const NVF corr = (newY * newY + kEps) / (oldY * oldY + kEps);\n op.x *= corr;\n op.y *= corr;\n op.z *= corr;\n#else\n op.x += usmY;\n op.y += usmY;\n op.z += usmY;\n#endif\n NVTEX_STORE(out_texture, dstCoord, (MF4)NVCLAMP(op));\n }\n }\n}\n#endif"
},
{
"path": "src/Effects/NIS/NVSharpen.hlsl",
"content": "// 移植自 https://github.com/NVIDIAGameWorks/NVIDIAImageScaling/blob/main/NIS/NIS_Scaler.h\n\n//!MAGPIE EFFECT\n//!VERSION 4\n//!CAPABILITY FP16\n\n#include \"../StubDefs.hlsli\"\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpness;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState samplerLinearClamp;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 32, 32\n//!NUM_THREADS 256\n\n#ifdef MP_DEBUG\n#pragma warning(disable: 4000)\t// X4000: use of potentially uninitialized variable (GetEdgeMap)\n#pragma warning(disable: 4714)\t// X4714: sum of temp registers and indexable temp registers times 256 threads exceeds the recommended total 16384. Performance may be reduced\n#endif\n\n#define NIS_SCALER 0\n#define NIS_HLSL 1\n\n#ifdef MP_FP16\n#define NIS_USE_HALF_PRECISION 1\n#else\n#define NIS_USE_HALF_PRECISION 0\n#endif\n\nstatic const float kDetectRatio = 2.0f * 1127.f / 1024.f;\nstatic const float kDetectThres = 64.0f / 1024.0f;\nstatic const float kEps = 1.0f / 255.0f;\nstatic const float kMinContrastRatio = 2.0f;\nstatic const float kMaxContrastRatio = 10.0f;\nstatic const float kRatioNorm = 1.0f / (kMaxContrastRatio - kMinContrastRatio);\nstatic const float kContrastBoost = 1.0f;\nstatic const float kSharpStartY = 0.45f;\nstatic const float kSharpEndY = 0.9f;\nstatic const float kSharpScaleY = 1.0f / (kSharpEndY - kSharpStartY);\nstatic const float sharpen_slider = sharpness - 0.5f;\nstatic const float MinScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.0f;\nstatic const float MaxScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.75f;\nstatic const float kSharpStrengthMin = max(0.0f, 0.4f + sharpen_slider * MinScale * 1.2f);\nstatic const float kSharpStrengthMax = 1.6f + sharpen_slider * MaxScale * 1.8f;\nstatic const float kSharpStrengthScale = kSharpStrengthMax - kSharpStrengthMin;\nstatic const float LimitScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.0f;\nstatic const float kSharpLimitMin = max(0.1f, 0.14f + sharpen_slider * LimitScale * 0.32f);\nstatic const float kSharpLimitMax = 0.5f + sharpen_slider * LimitScale * 0.6f;\nstatic const float kSharpLimitScale = kSharpLimitMax - kSharpLimitMin;\n\n#define NIS_BLOCK_WIDTH MP_BLOCK_WIDTH\n#define NIS_BLOCK_HEIGHT MP_BLOCK_HEIGHT\n#define NIS_THREAD_GROUP_SIZE MP_NUM_THREADS_X\n\n#define in_texture INPUT\n#define out_texture OUTPUT\n\nstatic const float kSrcNormX = GetInputPt().x;\nstatic const float kSrcNormY = GetInputPt().y;\n\n#include \"NIS_Scaler.hlsli\"\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tNVSharpen(blockStart / uint2(MP_BLOCK_WIDTH, MP_BLOCK_HEIGHT), threadId.x);\n}\n"
},
{
"path": "src/Effects/NNEDI3/NNEDI3_nns128_win8x4.hlsl",
"content": "// This file is generated by the scripts available at https://github.com/hauuau/magpie-prescalers\n// Please don't edit this file directly.\n// Generated by: nnedi3.py --nns 128 --win 8x4 --use-compute-shader --use-magpie\n//\n// This program is free software: you can redistribute it and/or modify\n// it under the terms of the GNU General Public License as published by\n// the Free Software Foundation, either version 3 of the License, or\n// (at your option) any later version.\n//\n// This program is distributed in the hope that it will be useful,\n// but WITHOUT ANY WARRANTY; without even the implied warranty of\n// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n// GNU General Public License for more details.\n//\n// You should have received a copy of the GNU General Public License\n// along with this program. If not, see colorTex) {\n\tfloat4 offset[3];\n\toffset[0] = mad(SMAA_RT_METRICS.xyxy, float4(-1.0, 0.0, 0.0, -1.0), texcoord.xyxy);\n\toffset[1] = mad(SMAA_RT_METRICS.xyxy, float4(1.0, 0.0, 0.0, 1.0), texcoord.xyxy);\n\toffset[2] = mad(SMAA_RT_METRICS.xyxy, float4(-2.0, 0.0, 0.0, -2.0), texcoord.xyxy);\n\n\t// Calculate the threshold:\n\tfloat2 threshold = float2(SMAA_THRESHOLD, SMAA_THRESHOLD);\n\n\t// Calculate lumas:\n\tfloat3 weights = float3(0.2126, 0.7152, 0.0722);\n\tfloat L = dot(SMAASamplePoint(colorTex, texcoord).rgb, weights);\n\n\tfloat Lleft = dot(SMAASamplePoint(colorTex, offset[0].xy).rgb, weights);\n\tfloat Ltop = dot(SMAASamplePoint(colorTex, offset[0].zw).rgb, weights);\n\n\t// We do the usual threshold:\n\tfloat4 delta;\n\tdelta.xy = abs(L - float2(Lleft, Ltop));\n\tfloat2 edges = step(threshold, delta.xy);\n\n\t// Then discard if there is no edge:\n\tif (dot(edges, float2(1.0, 1.0)) == 0.0) {\n\t\treturn float2(0, 0);\t// 不使用 discard\n\t} else {\n\t\t// Calculate right and bottom deltas:\n\t\tfloat Lright = dot(SMAASamplePoint(colorTex, offset[1].xy).rgb, weights);\n\t\tfloat Lbottom = dot(SMAASamplePoint(colorTex, offset[1].zw).rgb, weights);\n\t\tdelta.zw = abs(L - float2(Lright, Lbottom));\n\n\t\t// Calculate the maximum delta in the direct neighborhood:\n\t\tfloat2 maxDelta = max(delta.xy, delta.zw);\n\n\t\t// Calculate left-left and top-top deltas:\n\t\tfloat Lleftleft = dot(SMAASamplePoint(colorTex, offset[2].xy).rgb, weights);\n\t\tfloat Ltoptop = dot(SMAASamplePoint(colorTex, offset[2].zw).rgb, weights);\n\t\tdelta.zw = abs(float2(Lleft, Ltop) - float2(Lleftleft, Ltoptop));\n\n\t\t// Calculate the final maximum delta:\n\t\tmaxDelta = max(maxDelta.xy, delta.zw);\n\t\tfloat finalDelta = max(maxDelta.x, maxDelta.y);\n\n\t\t// Local contrast adaptation:\n\t\tedges.xy *= step(finalDelta, SMAA_LOCAL_CONTRAST_ADAPTATION_FACTOR * delta.xy);\n\n\t\treturn edges;\n\t}\n}\n\n\n//-----------------------------------------------------------------------------\n// Diagonal Search Functions\n\n#if !defined(SMAA_DISABLE_DIAG_DETECTION)\n\n/**\n * Allows to decode two binary values from a bilinear-filtered access.\n */\nfloat2 SMAADecodeDiagBilinearAccess(float2 e) {\n\t// Bilinear access for fetching 'e' have a 0.25 offset, and we are\n\t// interested in the R and G edges:\n\t//\n\t// +---G---+-------+\n\t// | x o R x |\n\t// +-------+-------+\n\t//\n\t// Then, if one of these edge is enabled:\n\t// Red: (0.75 * X + 0.25 * 1) => 0.25 or 1.0\n\t// Green: (0.75 * 1 + 0.25 * X) => 0.75 or 1.0\n\t//\n\t// This function will unpack the values (mad + mul + round):\n\t// wolframalpha.com: round(x * abs(5 * x - 5 * 0.75)) plot 0 to 1\n\te.r = e.r * abs(5.0 * e.r - 5.0 * 0.75);\n\treturn round(e);\n}\n\nfloat4 SMAADecodeDiagBilinearAccess(float4 e) {\n\te.rb = e.rb * abs(5.0 * e.rb - 5.0 * 0.75);\n\treturn round(e);\n}\n\n/**\n * These functions allows to perform diagonal pattern searches.\n */\nfloat2 SMAASearchDiag1(Texture2D edgesTex, float2 texcoord, float2 dir, out float2 e) {\n\tfloat4 coord = float4(texcoord, -1.0, 1.0);\n\tfloat3 t = float3(SMAA_RT_METRICS.xy, 1.0);\n\twhile (coord.z < float(SMAA_MAX_SEARCH_STEPS_DIAG - 1) &&\n\t\tcoord.w > 0.9) {\n\t\tcoord.xyz = mad(t, float3(dir, 1.0), coord.xyz);\n\t\te = SMAASampleLevelZero(edgesTex, coord.xy).rg;\n\t\tcoord.w = dot(e, float2(0.5, 0.5));\n\t}\n\treturn coord.zw;\n}\n\nfloat2 SMAASearchDiag2(Texture2D edgesTex, float2 texcoord, float2 dir, out float2 e) {\n\tfloat4 coord = float4(texcoord, -1.0, 1.0);\n\tcoord.x += 0.25 * SMAA_RT_METRICS.x; // See @SearchDiag2Optimization\n\tfloat3 t = float3(SMAA_RT_METRICS.xy, 1.0);\n\twhile (coord.z < float(SMAA_MAX_SEARCH_STEPS_DIAG - 1) &&\n\t\tcoord.w > 0.9) {\n\t\tcoord.xyz = mad(t, float3(dir, 1.0), coord.xyz);\n\n\t\t// @SearchDiag2Optimization\n\t\t// Fetch both edges at once using bilinear filtering:\n\t\te = SMAASampleLevelZero(edgesTex, coord.xy).rg;\n\t\te = SMAADecodeDiagBilinearAccess(e);\n\n\t\t// Non-optimized version:\n\t\t// e.g = SMAASampleLevelZero(edgesTex, coord.xy).g;\n\t\t// e.r = SMAASampleLevelZeroOffset(edgesTex, coord.xy, int2(1, 0)).r;\n\n\t\tcoord.w = dot(e, float2(0.5, 0.5));\n\t}\n\treturn coord.zw;\n}\n\n/**\n * Similar to SMAAArea, this calculates the area corresponding to a certain\n * diagonal distance and crossing edges 'e'.\n */\nfloat2 SMAAAreaDiag(Texture2D areaTex, float2 dist, float2 e, float offset) {\n\tfloat2 texcoord = mad(float2(SMAA_AREATEX_MAX_DISTANCE_DIAG, SMAA_AREATEX_MAX_DISTANCE_DIAG), e, dist);\n\n\t// We do a scale and bias for mapping to texel space:\n\ttexcoord = mad(SMAA_AREATEX_PIXEL_SIZE, texcoord, 0.5 * SMAA_AREATEX_PIXEL_SIZE);\n\n\t// Diagonal areas are on the second half of the texture:\n\ttexcoord.x += 0.5;\n\n\t// Move to proper place, according to the subpixel offset:\n\ttexcoord.y += SMAA_AREATEX_SUBTEX_SIZE * offset;\n\n\t// Do it!\n\treturn SMAA_AREATEX_SELECT(SMAASampleLevelZero(areaTex, texcoord));\n}\n\n/**\n * This searches for diagonal patterns and returns the corresponding weights.\n */\nfloat2 SMAACalculateDiagWeights(Texture2D edgesTex, Texture2D areaTex, float2 texcoord, float2 e, float4 subsampleIndices) {\n\tfloat2 weights = float2(0.0, 0.0);\n\n\t// Search for the line ends:\n\tfloat4 d;\n\tfloat2 end;\n\tif (e.r > 0.0) {\n\t\td.xz = SMAASearchDiag1(SMAATexturePass2D(edgesTex), texcoord, float2(-1.0, 1.0), end);\n\t\td.x += float(end.y > 0.9);\n\t} else\n\t\td.xz = float2(0.0, 0.0);\n\td.yw = SMAASearchDiag1(SMAATexturePass2D(edgesTex), texcoord, float2(1.0, -1.0), end);\n\n\tSMAA_BRANCH\n\t\tif (d.x + d.y > 2.0) { // d.x + d.y + 1 > 3\n\t\t\t// Fetch the crossing edges:\n\t\t\tfloat4 coords = mad(float4(-d.x + 0.25, d.x, d.y, -d.y - 0.25), SMAA_RT_METRICS.xyxy, texcoord.xyxy);\n\t\t\tfloat4 c;\n\t\t\tc.xy = SMAASampleLevelZeroOffset(edgesTex, coords.xy, int2(-1, 0)).rg;\n\t\t\tc.zw = SMAASampleLevelZeroOffset(edgesTex, coords.zw, int2(1, 0)).rg;\n\t\t\tc.yxwz = SMAADecodeDiagBilinearAccess(c.xyzw);\n\n\t\t\t// Non-optimized version:\n\t\t\t// float4 coords = mad(float4(-d.x, d.x, d.y, -d.y), SMAA_RT_METRICS.xyxy, texcoord.xyxy);\n\t\t\t// float4 c;\n\t\t\t// c.x = SMAASampleLevelZeroOffset(edgesTex, coords.xy, int2(-1, 0)).g;\n\t\t\t// c.y = SMAASampleLevelZeroOffset(edgesTex, coords.xy, int2( 0, 0)).r;\n\t\t\t// c.z = SMAASampleLevelZeroOffset(edgesTex, coords.zw, int2( 1, 0)).g;\n\t\t\t// c.w = SMAASampleLevelZeroOffset(edgesTex, coords.zw, int2( 1, -1)).r;\n\n\t\t\t// Merge crossing edges at each side into a single value:\n\t\t\tfloat2 cc = mad(float2(2.0, 2.0), c.xz, c.yw);\n\n\t\t\t// Remove the crossing edge if we didn't found the end of the line:\n\t\t\tSMAAMovc(bool2(step(0.9, d.zw)), cc, float2(0.0, 0.0));\n\n\t\t\t// Fetch the areas for this line:\n\t\t\tweights += SMAAAreaDiag(SMAATexturePass2D(areaTex), d.xy, cc, subsampleIndices.z);\n\t\t}\n\n\t// Search for the line ends:\n\td.xz = SMAASearchDiag2(SMAATexturePass2D(edgesTex), texcoord, float2(-1.0, -1.0), end);\n\tif (SMAASampleLevelZeroOffset(edgesTex, texcoord, int2(1, 0)).r > 0.0) {\n\t\td.yw = SMAASearchDiag2(SMAATexturePass2D(edgesTex), texcoord, float2(1.0, 1.0), end);\n\t\td.y += float(end.y > 0.9);\n\t} else\n\t\td.yw = float2(0.0, 0.0);\n\n\tSMAA_BRANCH\n\t\tif (d.x + d.y > 2.0) { // d.x + d.y + 1 > 3\n\t\t\t// Fetch the crossing edges:\n\t\t\tfloat4 coords = mad(float4(-d.x, -d.x, d.y, d.y), SMAA_RT_METRICS.xyxy, texcoord.xyxy);\n\t\t\tfloat4 c;\n\t\t\tc.x = SMAASampleLevelZeroOffset(edgesTex, coords.xy, int2(-1, 0)).g;\n\t\t\tc.y = SMAASampleLevelZeroOffset(edgesTex, coords.xy, int2(0, -1)).r;\n\t\t\tc.zw = SMAASampleLevelZeroOffset(edgesTex, coords.zw, int2(1, 0)).gr;\n\t\t\tfloat2 cc = mad(float2(2.0, 2.0), c.xz, c.yw);\n\n\t\t\t// Remove the crossing edge if we didn't found the end of the line:\n\t\t\tSMAAMovc(bool2(step(0.9, d.zw)), cc, float2(0.0, 0.0));\n\n\t\t\t// Fetch the areas for this line:\n\t\t\tweights += SMAAAreaDiag(SMAATexturePass2D(areaTex), d.xy, cc, subsampleIndices.w).gr;\n\t\t}\n\n\treturn weights;\n}\n#endif\n\n//-----------------------------------------------------------------------------\n// Horizontal/Vertical Search Functions\n\n/**\n * This allows to determine how much length should we add in the last step\n * of the searches. It takes the bilinearly interpolated edge (see\n * @PSEUDO_GATHER4), and adds 0, 1 or 2, depending on which edges and\n * crossing edges are active.\n */\nfloat SMAASearchLength(Texture2D searchTex, float2 e, float offset) {\n\t// The texture is flipped vertically, with left and right cases taking half\n\t// of the space horizontally:\n\tfloat2 scale = SMAA_SEARCHTEX_SIZE * float2(0.5, -1.0);\n\tfloat2 bias = SMAA_SEARCHTEX_SIZE * float2(offset, 1.0);\n\n\t// Scale and bias to access texel centers:\n\tscale += float2(-1.0, 1.0);\n\tbias += float2(0.5, -0.5);\n\n\t// Convert from pixel coordinates to texcoords:\n\t// (We use SMAA_SEARCHTEX_PACKED_SIZE because the texture is cropped)\n\tscale *= 1.0 / SMAA_SEARCHTEX_PACKED_SIZE;\n\tbias *= 1.0 / SMAA_SEARCHTEX_PACKED_SIZE;\n\n\t// Lookup the search texture:\n\treturn SMAA_SEARCHTEX_SELECT(SMAASampleLevelZero(searchTex, mad(scale, e, bias)));\n}\n\n/**\n * Horizontal/vertical search functions for the 2nd pass.\n */\nfloat SMAASearchXLeft(Texture2D edgesTex, Texture2D searchTex, float2 texcoord, float end) {\n\t/**\n\t * @PSEUDO_GATHER4\n\t * This texcoord has been offset by (-0.25, -0.125) in the vertex shader to\n\t * sample between edge, thus fetching four edges in a row.\n\t * Sampling with different offsets in each direction allows to disambiguate\n\t * which edges are active from the four fetched ones.\n\t */\n\tfloat2 e = float2(0.0, 1.0);\n\twhile (texcoord.x > end &&\n\t\te.g > 0.8281 && // Is there some edge not activated?\n\t\te.r == 0.0) { // Or is there a crossing edge that breaks the line?\n\t\te = SMAASampleLevelZero(edgesTex, texcoord).rg;\n\t\ttexcoord = mad(-float2(2.0, 0.0), SMAA_RT_METRICS.xy, texcoord);\n\t}\n\n\tfloat offset = mad(-(255.0 / 127.0), SMAASearchLength(SMAATexturePass2D(searchTex), e, 0.0), 3.25);\n\treturn mad(SMAA_RT_METRICS.x, offset, texcoord.x);\n\n\t// Non-optimized version:\n\t// We correct the previous (-0.25, -0.125) offset we applied:\n\t// texcoord.x += 0.25 * SMAA_RT_METRICS.x;\n\n\t// The searches are bias by 1, so adjust the coords accordingly:\n\t// texcoord.x += SMAA_RT_METRICS.x;\n\n\t// Disambiguate the length added by the last step:\n\t// texcoord.x += 2.0 * SMAA_RT_METRICS.x; // Undo last step\n\t// texcoord.x -= SMAA_RT_METRICS.x * (255.0 / 127.0) * SMAASearchLength(SMAATexturePass2D(searchTex), e, 0.0);\n\t// return mad(SMAA_RT_METRICS.x, offset, texcoord.x);\n}\n\nfloat SMAASearchXRight(Texture2D edgesTex, Texture2D searchTex, float2 texcoord, float end) {\n\tfloat2 e = float2(0.0, 1.0);\n\twhile (texcoord.x < end &&\n\t\te.g > 0.8281 && // Is there some edge not activated?\n\t\te.r == 0.0) { // Or is there a crossing edge that breaks the line?\n\t\te = SMAASampleLevelZero(edgesTex, texcoord).rg;\n\t\ttexcoord = mad(float2(2.0, 0.0), SMAA_RT_METRICS.xy, texcoord);\n\t}\n\tfloat offset = mad(-(255.0 / 127.0), SMAASearchLength(SMAATexturePass2D(searchTex), e, 0.5), 3.25);\n\treturn mad(-SMAA_RT_METRICS.x, offset, texcoord.x);\n}\n\nfloat SMAASearchYUp(Texture2D edgesTex, Texture2D searchTex, float2 texcoord, float end) {\n\tfloat2 e = float2(1.0, 0.0);\n\twhile (texcoord.y > end &&\n\t\te.r > 0.8281 && // Is there some edge not activated?\n\t\te.g == 0.0) { // Or is there a crossing edge that breaks the line?\n\t\te = SMAASampleLevelZero(edgesTex, texcoord).rg;\n\t\ttexcoord = mad(-float2(0.0, 2.0), SMAA_RT_METRICS.xy, texcoord);\n\t}\n\tfloat offset = mad(-(255.0 / 127.0), SMAASearchLength(SMAATexturePass2D(searchTex), e.gr, 0.0), 3.25);\n\treturn mad(SMAA_RT_METRICS.y, offset, texcoord.y);\n}\n\nfloat SMAASearchYDown(Texture2D edgesTex, Texture2D searchTex, float2 texcoord, float end) {\n\tfloat2 e = float2(1.0, 0.0);\n\twhile (texcoord.y < end &&\n\t\te.r > 0.8281 && // Is there some edge not activated?\n\t\te.g == 0.0) { // Or is there a crossing edge that breaks the line?\n\t\te = SMAASampleLevelZero(edgesTex, texcoord).rg;\n\t\ttexcoord = mad(float2(0.0, 2.0), SMAA_RT_METRICS.xy, texcoord);\n\t}\n\tfloat offset = mad(-(255.0 / 127.0), SMAASearchLength(SMAATexturePass2D(searchTex), e.gr, 0.5), 3.25);\n\treturn mad(-SMAA_RT_METRICS.y, offset, texcoord.y);\n}\n\n/**\n * Ok, we have the distance and both crossing edges. So, what are the areas\n * at each side of current edge?\n */\nfloat2 SMAAArea(Texture2D areaTex, float2 dist, float e1, float e2, float offset) {\n\t// Rounding prevents precision errors of bilinear filtering:\n\tfloat2 texcoord = mad(float2(SMAA_AREATEX_MAX_DISTANCE, SMAA_AREATEX_MAX_DISTANCE), round(4.0 * float2(e1, e2)), dist);\n\n\t// We do a scale and bias for mapping to texel space:\n\ttexcoord = mad(SMAA_AREATEX_PIXEL_SIZE, texcoord, 0.5 * SMAA_AREATEX_PIXEL_SIZE);\n\n\t// Move to proper place, according to the subpixel offset:\n\ttexcoord.y = mad(SMAA_AREATEX_SUBTEX_SIZE, offset, texcoord.y);\n\n\t// Do it!\n\treturn SMAA_AREATEX_SELECT(SMAASampleLevelZero(areaTex, texcoord));\n}\n\n//-----------------------------------------------------------------------------\n// Corner Detection Functions\n\nvoid SMAADetectHorizontalCornerPattern(Texture2D edgesTex, inout float2 weights, float4 texcoord, float2 d) {\n#if !defined(SMAA_DISABLE_CORNER_DETECTION)\n\tfloat2 leftRight = step(d.xy, d.yx);\n\tfloat2 rounding = (1.0 - SMAA_CORNER_ROUNDING_NORM) * leftRight;\n\n\trounding /= leftRight.x + leftRight.y; // Reduce blending for pixels in the center of a line.\n\n\tfloat2 factor = float2(1.0, 1.0);\n\tfactor.x -= rounding.x * SMAASampleLevelZeroOffset(edgesTex, texcoord.xy, int2(0, 1)).r;\n\tfactor.x -= rounding.y * SMAASampleLevelZeroOffset(edgesTex, texcoord.zw, int2(1, 1)).r;\n\tfactor.y -= rounding.x * SMAASampleLevelZeroOffset(edgesTex, texcoord.xy, int2(0, -2)).r;\n\tfactor.y -= rounding.y * SMAASampleLevelZeroOffset(edgesTex, texcoord.zw, int2(1, -2)).r;\n\n\tweights *= saturate(factor);\n#endif\n}\n\nvoid SMAADetectVerticalCornerPattern(Texture2D edgesTex, inout float2 weights, float4 texcoord, float2 d) {\n#if !defined(SMAA_DISABLE_CORNER_DETECTION)\n\tfloat2 leftRight = step(d.xy, d.yx);\n\tfloat2 rounding = (1.0 - SMAA_CORNER_ROUNDING_NORM) * leftRight;\n\n\trounding /= leftRight.x + leftRight.y;\n\n\tfloat2 factor = float2(1.0, 1.0);\n\tfactor.x -= rounding.x * SMAASampleLevelZeroOffset(edgesTex, texcoord.xy, int2(1, 0)).g;\n\tfactor.x -= rounding.y * SMAASampleLevelZeroOffset(edgesTex, texcoord.zw, int2(1, 1)).g;\n\tfactor.y -= rounding.x * SMAASampleLevelZeroOffset(edgesTex, texcoord.xy, int2(-2, 0)).g;\n\tfactor.y -= rounding.y * SMAASampleLevelZeroOffset(edgesTex, texcoord.zw, int2(-2, 1)).g;\n\n\tweights *= saturate(factor);\n#endif\n}\n\n//-----------------------------------------------------------------------------\n// Blending Weight Calculation Pixel Shader (Second Pass)\n\nfloat4 SMAABlendingWeightCalculationPS(\n\tfloat2 texcoord,\n\tTexture2D edgesTex,\n\tTexture2D areaTex,\n\tTexture2D searchTex,\n\tfloat4 subsampleIndices\t// Just pass zero for SMAA 1x, see @SUBSAMPLE_INDICES.\n) {\n\tfloat2 pixcoord = texcoord * SMAA_RT_METRICS.zw;\n\n\tfloat4 offset[3];\n\t// We will use these offsets for the searches later on (see @PSEUDO_GATHER4):\n\toffset[0] = mad(SMAA_RT_METRICS.xyxy, float4(-0.25, -0.125, 1.25, -0.125), texcoord.xyxy);\n\toffset[1] = mad(SMAA_RT_METRICS.xyxy, float4(-0.125, -0.25, -0.125, 1.25), texcoord.xyxy);\n\n\t// And these for the searches, they indicate the ends of the loops:\n\toffset[2] = mad(SMAA_RT_METRICS.xxyy,\n\t\tfloat4(-2.0, 2.0, -2.0, 2.0) * float(SMAA_MAX_SEARCH_STEPS),\n\t\tfloat4(offset[0].xz, offset[1].yw));\n\n\tfloat4 weights = float4(0.0, 0.0, 0.0, 0.0);\n\n\tfloat2 e = SMAASample(edgesTex, texcoord).rg;\n\n\tSMAA_BRANCH\n\t\tif (e.g > 0.0) { // Edge at north\n#if !defined(SMAA_DISABLE_DIAG_DETECTION)\n// Diagonals have both north and west edges, so searching for them in\n// one of the boundaries is enough.\n\t\t\tweights.rg = SMAACalculateDiagWeights(SMAATexturePass2D(edgesTex), SMAATexturePass2D(areaTex), texcoord, e, subsampleIndices);\n\n\t\t\t// We give priority to diagonals, so if we find a diagonal we skip \n\t\t\t// horizontal/vertical processing.\n\t\t\tSMAA_BRANCH\n\t\t\t\tif (weights.r == -weights.g) { // weights.r + weights.g == 0.0\n#endif\n\n\t\t\t\t\tfloat2 d;\n\n\t\t\t\t\t// Find the distance to the left:\n\t\t\t\t\tfloat3 coords;\n\t\t\t\t\tcoords.x = SMAASearchXLeft(SMAATexturePass2D(edgesTex), SMAATexturePass2D(searchTex), offset[0].xy, offset[2].x);\n\t\t\t\t\tcoords.y = offset[1].y; // offset[1].y = texcoord.y - 0.25 * SMAA_RT_METRICS.y (@CROSSING_OFFSET)\n\t\t\t\t\td.x = coords.x;\n\n\t\t\t\t\t// Now fetch the left crossing edges, two at a time using bilinear\n\t\t\t\t\t// filtering. Sampling at -0.25 (see @CROSSING_OFFSET) enables to\n\t\t\t\t\t// discern what value each edge has:\n\t\t\t\t\tfloat e1 = SMAASampleLevelZero(edgesTex, coords.xy).r;\n\n\t\t\t\t\t// Find the distance to the right:\n\t\t\t\t\tcoords.z = SMAASearchXRight(SMAATexturePass2D(edgesTex), SMAATexturePass2D(searchTex), offset[0].zw, offset[2].y);\n\t\t\t\t\td.y = coords.z;\n\n\t\t\t\t\t// We want the distances to be in pixel units (doing this here allow to\n\t\t\t\t\t// better interleave arithmetic and memory accesses):\n\t\t\t\t\td = abs(round(mad(SMAA_RT_METRICS.zz, d, -pixcoord.xx)));\n\n\t\t\t\t\t// SMAAArea below needs a sqrt, as the areas texture is compressed\n\t\t\t\t\t// quadratically:\n\t\t\t\t\tfloat2 sqrt_d = sqrt(d);\n\n\t\t\t\t\t// Fetch the right crossing edges:\n\t\t\t\t\tfloat e2 = SMAASampleLevelZeroOffset(edgesTex, coords.zy, int2(1, 0)).r;\n\n\t\t\t\t\t// Ok, we know how this pattern looks like, now it is time for getting\n\t\t\t\t\t// the actual area:\n\t\t\t\t\tweights.rg = SMAAArea(SMAATexturePass2D(areaTex), sqrt_d, e1, e2, subsampleIndices.y);\n\n\t\t\t\t\t// Fix corners:\n\t\t\t\t\tcoords.y = texcoord.y;\n\t\t\t\t\tSMAADetectHorizontalCornerPattern(SMAATexturePass2D(edgesTex), weights.rg, coords.xyzy, d);\n\n#if !defined(SMAA_DISABLE_DIAG_DETECTION)\n\t\t\t\t} else\n\t\t\t\t\te.r = 0.0; // Skip vertical processing.\n#endif\n\t\t}\n\n\tSMAA_BRANCH\n\t\tif (e.r > 0.0) { // Edge at west\n\t\t\tfloat2 d;\n\n\t\t\t// Find the distance to the top:\n\t\t\tfloat3 coords;\n\t\t\tcoords.y = SMAASearchYUp(SMAATexturePass2D(edgesTex), SMAATexturePass2D(searchTex), offset[1].xy, offset[2].z);\n\t\t\tcoords.x = offset[0].x; // offset[1].x = texcoord.x - 0.25 * SMAA_RT_METRICS.x;\n\t\t\td.x = coords.y;\n\n\t\t\t// Fetch the top crossing edges:\n\t\t\tfloat e1 = SMAASampleLevelZero(edgesTex, coords.xy).g;\n\n\t\t\t// Find the distance to the bottom:\n\t\t\tcoords.z = SMAASearchYDown(SMAATexturePass2D(edgesTex), SMAATexturePass2D(searchTex), offset[1].zw, offset[2].w);\n\t\t\td.y = coords.z;\n\n\t\t\t// We want the distances to be in pixel units:\n\t\t\td = abs(round(mad(SMAA_RT_METRICS.ww, d, -pixcoord.yy)));\n\n\t\t\t// SMAAArea below needs a sqrt, as the areas texture is compressed \n\t\t\t// quadratically:\n\t\t\tfloat2 sqrt_d = sqrt(d);\n\n\t\t\t// Fetch the bottom crossing edges:\n\t\t\tfloat e2 = SMAASampleLevelZeroOffset(edgesTex, coords.xz, int2(0, 1)).g;\n\n\t\t\t// Get the area for this direction:\n\t\t\tweights.ba = SMAAArea(SMAATexturePass2D(areaTex), sqrt_d, e1, e2, subsampleIndices.x);\n\n\t\t\t// Fix corners:\n\t\t\tcoords.x = texcoord.x;\n\t\t\tSMAADetectVerticalCornerPattern(SMAATexturePass2D(edgesTex), weights.ba, coords.xyxz, d);\n\t\t}\n\n\treturn weights;\n}\n\n//-----------------------------------------------------------------------------\n// Neighborhood Blending Pixel Shader (Third Pass)\n\nfloat4 SMAANeighborhoodBlendingPS(\n\tfloat2 texcoord,\n\tTexture2D colorTex,\n\tTexture2D blendTex\n) {\n\tfloat4 offset = mad(SMAA_RT_METRICS.xyxy, float4(1.0, 0.0, 0.0, 1.0), texcoord.xyxy);\n\n\t// Fetch the blending weights for current pixel:\n\tfloat4 a;\n\ta.x = SMAASample(blendTex, offset.xy).a; // Right\n\ta.y = SMAASample(blendTex, offset.zw).g; // Top\n\ta.wz = SMAASample(blendTex, texcoord).xz; // Bottom / Left\n\n\t// Is there any blending weight with a value greater than 0.0?\n\tSMAA_BRANCH\n\t\tif (dot(a, float4(1.0, 1.0, 1.0, 1.0)) < 1e-5) {\n\t\t\tfloat4 color = SMAASampleLevelZero(colorTex, texcoord);\n\n\t\t\treturn color;\n\t\t} else {\n\t\t\tbool h = max(a.x, a.z) > max(a.y, a.w); // max(horizontal) > max(vertical)\n\n\t\t\t// Calculate the blending offsets:\n\t\t\tfloat4 blendingOffset = float4(0.0, a.y, 0.0, a.w);\n\t\t\tfloat2 blendingWeight = a.yw;\n\t\t\tSMAAMovc(bool4(h, h, h, h), blendingOffset, float4(a.x, 0.0, a.z, 0.0));\n\t\t\tSMAAMovc(bool2(h, h), blendingWeight, a.xz);\n\t\t\tblendingWeight /= dot(blendingWeight, float2(1.0, 1.0));\n\n\t\t\t// Calculate the texture coordinates:\n\t\t\tfloat4 blendingCoord = mad(blendingOffset, float4(SMAA_RT_METRICS.xy, -SMAA_RT_METRICS.xy), texcoord.xyxy);\n\n\t\t\t// We exploit bilinear filtering to mix current pixel with the chosen\n\t\t\t// neighbor:\n\t\t\tfloat4 color = blendingWeight.x * SMAASampleLevelZero(colorTex, blendingCoord.xy);\n\t\t\tcolor += blendingWeight.y * SMAASampleLevelZero(colorTex, blendingCoord.zw);\n\n\t\t\treturn color;\n\t\t}\n}\n"
},
{
"path": "src/Effects/SMAA/SMAA_High.hlsl",
"content": "//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME SMAA_2\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16_FLOAT\nTexture2D edgesTex;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D blendTex;\n\n//!TEXTURE\n//!SOURCE AreaTex.dds\n//!FORMAT R8G8B8A8_UNORM\nTexture2D areaTex;\n\n//!TEXTURE\n//!SOURCE SearchTex.dds\n//!FORMAT R8_UNORM\nTexture2D searchTex;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState PointSampler;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState LinearSampler;\n\n\n//!COMMON\n\n#define SMAA_RT_METRICS float4(GetInputPt(), GetInputSize())\n#define SMAA_LINEAR_SAMPLER LinearSampler\n#define SMAA_POINT_SAMPLER PointSampler\n#define SMAA_PRESET_HIGH\n#include \"SMAA.hlsli\"\n\n//!PASS 1\n//!DESC Luma Edge Detection\n//!STYLE PS\n//!IN INPUT\n//!OUT edgesTex\n\nfloat2 Pass1(float2 pos) {\n\treturn SMAALumaEdgeDetectionPS(pos, INPUT);\n}\n\n//!PASS 2\n//!DESC Blending Weight Calculation\n//!STYLE PS\n//!IN edgesTex, areaTex, searchTex\n//!OUT blendTex\n\nfloat4 Pass2(float2 pos) {\n\treturn SMAABlendingWeightCalculationPS(pos, edgesTex, areaTex, searchTex, 0);\n}\n\n//!PASS 3\n//!DESC Neighborhood Blending\n//!STYLE PS\n//!IN INPUT, blendTex\n//!OUT OUTPUT\n\nfloat4 Pass3(float2 pos) {\n\treturn SMAANeighborhoodBlendingPS(pos, INPUT, blendTex);\n}\n"
},
{
"path": "src/Effects/SMAA/SMAA_Low.hlsl",
"content": "//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME SMAA_0\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R8G8_UNORM\nTexture2D edgesTex;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R8G8B8A8_UNORM\nTexture2D blendTex;\n\n//!TEXTURE\n//!SOURCE AreaTex.dds\n//!FORMAT R8G8B8A8_UNORM\nTexture2D areaTex;\n\n//!TEXTURE\n//!SOURCE SearchTex.dds\n//!FORMAT R8_UNORM\nTexture2D searchTex;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState PointSampler;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState LinearSampler;\n\n\n//!COMMON\n\n#define SMAA_RT_METRICS float4(GetInputPt(), GetInputSize())\n#define SMAA_LINEAR_SAMPLER LinearSampler\n#define SMAA_POINT_SAMPLER PointSampler\n#define SMAA_PRESET_LOW\n#include \"SMAA.hlsli\"\n\n//!PASS 1\n//!DESC Luma Edge Detection\n//!STYLE PS\n//!IN INPUT\n//!OUT edgesTex\n\nfloat2 Pass1(float2 pos) {\n\treturn SMAALumaEdgeDetectionPS(pos, INPUT);\n}\n\n//!PASS 2\n//!DESC Blending Weight Calculation\n//!STYLE PS\n//!IN edgesTex, areaTex, searchTex\n//!OUT blendTex\n\nfloat4 Pass2(float2 pos) {\n\treturn SMAABlendingWeightCalculationPS(pos, edgesTex, areaTex, searchTex, 0);\n}\n\n//!PASS 3\n//!DESC Neighborhood Blending\n//!STYLE PS\n//!IN INPUT, blendTex\n//!OUT OUTPUT\n\nfloat4 Pass3(float2 pos) {\n\treturn SMAANeighborhoodBlendingPS(pos, INPUT, blendTex);\n}\n"
},
{
"path": "src/Effects/SMAA/SMAA_Medium.hlsl",
"content": "//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME SMAA_1\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R8G8_UNORM\nTexture2D edgesTex;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R8G8B8A8_UNORM\nTexture2D blendTex;\n\n//!TEXTURE\n//!SOURCE AreaTex.dds\n//!FORMAT R8G8B8A8_UNORM\nTexture2D areaTex;\n\n//!TEXTURE\n//!SOURCE SearchTex.dds\n//!FORMAT R8_UNORM\nTexture2D searchTex;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState PointSampler;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState LinearSampler;\n\n\n//!COMMON\n\n#define SMAA_RT_METRICS float4(GetInputPt(), GetInputSize())\n#define SMAA_LINEAR_SAMPLER LinearSampler\n#define SMAA_POINT_SAMPLER PointSampler\n#define SMAA_PRESET_MEDIUM\n#include \"SMAA.hlsli\"\n\n//!PASS 1\n//!DESC Luma Edge Detection\n//!STYLE PS\n//!IN INPUT\n//!OUT edgesTex\n\nfloat2 Pass1(float2 pos) {\n\treturn SMAALumaEdgeDetectionPS(pos, INPUT);\n}\n\n//!PASS 2\n//!DESC Blending Weight Calculation\n//!STYLE PS\n//!IN edgesTex, areaTex, searchTex\n//!OUT blendTex\n\nfloat4 Pass2(float2 pos) {\n\treturn SMAABlendingWeightCalculationPS(pos, edgesTex, areaTex, searchTex, 0);\n}\n\n//!PASS 3\n//!DESC Neighborhood Blending\n//!STYLE PS\n//!IN INPUT, blendTex\n//!OUT OUTPUT\n\nfloat4 Pass3(float2 pos) {\n\treturn SMAANeighborhoodBlendingPS(pos, INPUT, blendTex);\n}\n"
},
{
"path": "src/Effects/SMAA/SMAA_Ultra.hlsl",
"content": "//!MAGPIE EFFECT\n//!VERSION 4\n//!SORT_NAME SMAA_3\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16_FLOAT\nTexture2D edgesTex;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D blendTex;\n\n//!TEXTURE\n//!SOURCE AreaTex.dds\n//!FORMAT R8G8B8A8_UNORM\nTexture2D areaTex;\n\n//!TEXTURE\n//!SOURCE SearchTex.dds\n//!FORMAT R8_UNORM\nTexture2D searchTex;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState PointSampler;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState LinearSampler;\n\n\n//!COMMON\n\n#define SMAA_RT_METRICS float4(GetInputPt(), GetInputSize())\n#define SMAA_LINEAR_SAMPLER LinearSampler\n#define SMAA_POINT_SAMPLER PointSampler\n#define SMAA_PRESET_ULTRA\n#include \"SMAA.hlsli\"\n\n//!PASS 1\n//!DESC Luma Edge Detection\n//!STYLE PS\n//!IN INPUT\n//!OUT edgesTex\n\nfloat2 Pass1(float2 pos) {\n\treturn SMAALumaEdgeDetectionPS(pos, INPUT);\n}\n\n//!PASS 2\n//!DESC Blending Weight Calculation\n//!STYLE PS\n//!IN edgesTex, areaTex, searchTex\n//!OUT blendTex\n\nfloat4 Pass2(float2 pos) {\n\treturn SMAABlendingWeightCalculationPS(pos, edgesTex, areaTex, searchTex, 0);\n}\n\n//!PASS 3\n//!DESC Neighborhood Blending\n//!STYLE PS\n//!IN INPUT, blendTex\n//!OUT OUTPUT\n\nfloat4 Pass3(float2 pos) {\n\treturn SMAANeighborhoodBlendingPS(pos, INPUT, blendTex);\n}\n"
},
{
"path": "src/Effects/SSimDownscaler.hlsl",
"content": "// 基于感知的图像缩小算法\n// 移植自 https://gist.github.com/igv/36508af3ffc84410fe39761d6969be10\n// 原始文件使用了大量 mpv 的“特性”，因此可能存在移植错误。如果你熟悉 mpv hook，请帮助我们改进\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n//!PARAMETER\n//!LABEL Oversharp\n//!DEFAULT 1\n//!MIN 1\n//!MAX 3\n//!STEP 0.1\nfloat oversharp;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT OUTPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D L2;\n\n//!TEXTURE\n//!WIDTH OUTPUT_WIDTH\n//!HEIGHT OUTPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D L2_2;\n\n//!TEXTURE\n//!WIDTH OUTPUT_WIDTH\n//!HEIGHT OUTPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D MR;\n\n//!TEXTURE\n//!WIDTH OUTPUT_WIDTH\n//!HEIGHT OUTPUT_HEIGHT\n//!FORMAT R8G8B8A8_UNORM\nTexture2D POSTKERNEL;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam1;\n\n\n//!PASS 1\n//!DESC CatumllRom\n//!STYLE PS\n//!IN INPUT\n//!OUT POSTKERNEL\n\n// 模拟 mpv 的内置缩放（CatmullRom）\n// Samples a texture with Catmull-Rom filtering, using 9 texture fetches instead of 16.\n// See http://vec3.ca/bicubic-filtering-in-fewer-taps/ for more details\nfloat4 Pass1(float2 pos) {\n\tfloat2 inputSize = GetInputSize();\n\tfloat2 inputPt = GetInputPt();\n\n // We're going to sample a a 4x4 grid of texels surrounding the target UV coordinate. We'll do this by rounding\n // down the sample location to get the exact center of our \"starting\" texel. The starting texel will be at\n // location [1, 1] in the grid, where [0, 0] is the top left corner.\n\tfloat2 samplePos = pos * inputSize;\n\tfloat2 texPos1 = floor(samplePos - 0.5f) + 0.5f;\n\n // Compute the fractional offset from our starting texel to our original sample location, which we'll\n // feed into the Catmull-Rom spline function to get our filter weights.\n\tfloat2 f = samplePos - texPos1;\n\n // Compute the Catmull-Rom weights using the fractional offset that we calculated earlier.\n // These equations are pre-expanded based on our knowledge of where the texels will be located,\n // which lets us avoid having to evaluate a piece-wise function.\n\tfloat2 w0 = f * (-0.5f + f * (1.0f - 0.5f * f));\n\tfloat2 w1 = 1.0f + f * f * (-2.5f + 1.5f * f);\n\tfloat2 w2 = f * (0.5f + f * (2.0f - 1.5f * f));\n\tfloat2 w3 = f * f * (-0.5f + 0.5f * f);\n\n // Work out weighting factors and sampling offsets that will let us use bilinear filtering to\n // simultaneously evaluate the middle 2 samples from the 4x4 grid.\n\tfloat2 w12 = w1 + w2;\n\tfloat2 offset12 = w2 / (w1 + w2);\n\n // Compute the final UV coordinates we'll use for sampling the texture\n\tfloat2 texPos0 = texPos1 - 1;\n\tfloat2 texPos3 = texPos1 + 2;\n\tfloat2 texPos12 = texPos1 + offset12;\n\n\ttexPos0 *= inputPt;\n\ttexPos3 *= inputPt;\n\ttexPos12 *= inputPt;\n\n\tfloat4 result = 0.0f;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos0.x, texPos0.y), 0) * w0.x * w0.y;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos12.x, texPos0.y), 0) * w12.x * w0.y;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos3.x, texPos0.y), 0) * w3.x * w0.y;\n\n\tresult += INPUT.SampleLevel(sam1, float2(texPos0.x, texPos12.y), 0) * w0.x * w12.y;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos12.x, texPos12.y), 0) * w12.x * w12.y;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos3.x, texPos12.y), 0) * w3.x * w12.y;\n\n\tresult += INPUT.SampleLevel(sam1, float2(texPos0.x, texPos3.y), 0) * w0.x * w3.y;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos12.x, texPos3.y), 0) * w12.x * w3.y;\n\tresult += INPUT.SampleLevel(sam1, float2(texPos3.x, texPos3.y), 0) * w3.x * w3.y;\n\n\treturn result;\n}\n\n//!PASS 2\n//!DESC L2 pass 1\n//!STYLE PS\n//!IN INPUT\n//!OUT L2\n\n#define MN(B,C,x) (x < 1.0 ? ((2.-1.5*B-(C))*x + (-3.+2.*B+C))*x*x + (1.-(B)/3.) : (((-(B)/6.-(C))*x + (B+5.*C))*x + (-2.*B-8.*C))*x+((4./3.)*B+4.*C))\n#define Kernel(x) MN(0.0f, 0.5f, abs(x))\n#define taps 2.0f\n\n\nfloat4 Pass2(float2 pos) {\n\tconst float inputPtY = GetInputPt().y;\n\tconst uint inputHeight = GetInputSize().y;\n\tconst float outputPtY = GetOutputPt().y;\n\tconst uint outputHeight = GetOutputSize().y;\n\n\tconst int low = (int)ceil((pos.y - taps * outputPtY) * inputHeight - 0.5f);\n\tconst int high = (int)floor((pos.y + taps * outputPtY) * inputHeight - 0.5f);\n\n\tfloat W = 0;\n\tfloat3 avg = 0;\n\tconst float baseY = pos.y;\n\n\tfor (int k = low; k <= high; k++) {\n\t\tpos.y = inputPtY * (k + 0.5f);\n\t\tfloat rel = (pos.y - baseY) * outputHeight;\n\t\tfloat w = Kernel(rel);\n\n\t\tfloat3 tex = INPUT.SampleLevel(sam, pos, 0).rgb;\n\t\tavg += w * tex * tex;\n\t\tW += w;\n\t}\n\tavg /= W;\n\n\treturn float4(avg, 1);\n}\n\n\n//!PASS 3\n//!DESC L2 pass 2\n//!STYLE PS\n//!IN L2\n//!OUT L2_2\n\n#define MN(B,C,x) (x < 1.0 ? ((2.-1.5*B-(C))*x + (-3.+2.*B+C))*x*x + (1.-(B)/3.) : (((-(B)/6.-(C))*x + (B+5.*C))*x + (-2.*B-8.*C))*x+((4./3.)*B+4.*C))\n#define Kernel(x) MN(0.0, 0.5, abs(x))\n#define taps 2.0\n\n\nfloat4 Pass3(float2 pos) {\n\tconst float inputPtX = GetInputPt().x;\n\tconst uint inputWidth = GetInputSize().x;\n\tconst float outputPtX = GetOutputPt().x;\n\tconst uint outputWidth = GetOutputSize().x;\n\n\tconst int low = (int)ceil((pos.x - taps * outputPtX) * inputWidth - 0.5f);\n\tconst int high = (int)floor((pos.x + taps * outputPtX) * inputWidth - 0.5f);\n\n\tfloat W = 0;\n\tfloat3 avg = 0;\n\tconst float baseX = pos.x;\n\n\tfor (int k = low; k <= high; k++) {\n\t\tpos.x = inputPtX * (k + 0.5f);\n\t\tfloat rel = (pos.x - baseX) * outputWidth;\n\t\tfloat w = Kernel(rel);\n\n\t\tavg += w * L2.SampleLevel(sam, pos, 0).rgb;\n\t\tW += w;\n\t}\n\tavg /= W;\n\n\treturn float4(avg, 1);\n}\n\n\n//!PASS 4\n//!DESC mean & R\n//!IN L2_2, POSTKERNEL\n//!OUT MR\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define sigma_nsq 10. / (255.*255.)\n#define locality 2.0\n\n#define Kernel(x) pow(1.0 / locality, abs(x))\n// taps 需为奇数\n#define taps 3\n\n#define Luma(rgb) ( dot(rgb, float3(0.2126, 0.7152, 0.0722)) )\n\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 outputPt = GetOutputPt();\n\tuint i, j;\n\n\tfloat3 src1[taps + 1][taps + 1];\n\tfloat3 src2[taps + 1][taps + 1];\n\t[unroll]\n\tfor (i = 0; i < taps; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < taps; j += 2) {\n\t\t\tconst float2 tpos = (int2(gxy + uint2(i, j)) - taps / 2 + 1) * outputPt;\n\t\t\tfloat4 sr = POSTKERNEL.GatherRed(sam, tpos);\n\t\t\tfloat4 sg = POSTKERNEL.GatherGreen(sam, tpos);\n\t\t\tfloat4 sb = POSTKERNEL.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc1[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc1[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc1[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc1[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\n\t\t\tsr = L2_2.GatherRed(sam, tpos);\n\t\t\tsg = L2_2.GatherGreen(sam, tpos);\n\t\t\tsb = L2_2.GatherBlue(sam, tpos);\n\n\t\t\tsrc2[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc2[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc2[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc2[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\tfloat kernels[taps];\n\t[unroll]\n\tfor (i = 0; i < taps; ++i) {\n\t\tkernels[i] = Kernel((int)i - taps / 2);\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\n\t\t\tif (i != 0 || j != 0) {\n\t\t\t\tif (destPos.x >= outputSize.x || destPos.y >= outputSize.y) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tfloat W = 0.0;\n\t\t\tfloat3x3 avg = 0;\n\n\t\t\t[unroll]\n\t\t\tfor (int i1 = 0; i1 < taps; ++i1) {\n\t\t\t\tfloat W1 = 0;\n\t\t\t\tfloat3x3 avg1 = 0;\n\n\t\t\t\t[unroll]\n\t\t\t\tfor (int j1 = 0; j1 < taps; ++j1) {\n\t\t\t\t\tfloat3 L = src1[j1 + i][i1 + j];\n\t\t\t\t\tavg1 += kernels[j1] * float3x3(L, L * L, src2[j1 + i][i1 + j]);\n\t\t\t\t\tW1 += kernels[j1];\n\t\t\t\t}\n\t\t\t\tavg1 /= W1;\n\n\t\t\t\tavg += kernels[i1] * avg1;\n\t\t\t\tW += kernels[i1];\n\t\t\t}\n\t\t\tavg /= W;\n\n\t\t\tfloat Sl = Luma(max(avg[1] - avg[0] * avg[0], 0.));\n\t\t\tfloat Sh = Luma(max(avg[2] - avg[0] * avg[0], 0.));\n\t\t\tMR[destPos] = float4(avg[0], lerp(sqrt((Sh + sigma_nsq) / (Sl + sigma_nsq)) * oversharp, clamp(Sh / Sl, 0., 1.), int(Sl > Sh)));\n\t\t}\n\t}\n}\n\n\n//!PASS 5\n//!DESC final pass\n//!IN MR, POSTKERNEL\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define locality 2.0f\n\n#define Kernel(x) pow(1.0f / locality, abs(x))\n// taps 需为奇数\n#define taps 3\n\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tconst uint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\t\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 outputPt = GetOutputPt();\n\tuint i, j;\n\n\tfloat4 src1[taps + 1][taps + 1];\n\t[unroll]\n\tfor (i = 0; i < taps; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < taps; j += 2) {\n\t\t\tconst float2 tpos = (int2(gxy + uint2(i, j)) - taps / 2 + 1) * outputPt;\n\t\t\tconst float4 sr = MR.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = MR.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = MR.GatherBlue(sam, tpos);\n\t\t\tconst float4 sa = MR.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc1[i][j] = float4(sr.w, sg.w, sb.w, sa.w);\n\t\t\tsrc1[i][j + 1] = float4(sr.x, sg.x, sb.x, sa.x);\n\t\t\tsrc1[i + 1][j] = float4(sr.z, sg.z, sb.z, sa.z);\n\t\t\tsrc1[i + 1][j + 1] = float4(sr.y, sg.y, sb.y, sa.y);\n\t\t}\n\t}\n\n\tfloat3 src2[2][2];\n\tconst float2 tpos = (gxy + 1) * outputPt;\n\tconst float4 sr = POSTKERNEL.GatherRed(sam, tpos);\n\tconst float4 sg = POSTKERNEL.GatherGreen(sam, tpos);\n\tconst float4 sb = POSTKERNEL.GatherBlue(sam, tpos);\n\n\t// w z\n\t// x y\n\tsrc2[0][0] = float3(sr.w, sg.w, sb.w);\n\tsrc2[0][1] = float3(sr.x, sg.x, sb.x);\n\tsrc2[1][0] = float3(sr.z, sg.z, sb.z);\n\tsrc2[1][1] = float3(sr.y, sg.y, sb.y);\n\n\tfloat kernels[taps];\n\t[unroll]\n\tfor (i = 0; i < taps; ++i) {\n\t\tkernels[i] = Kernel((int)i - taps / 2);\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i, j);\n\n\t\t\tfloat W = 0;\n\t\t\tfloat3x3 avg = 0;\n\n\t\t\t[unroll]\n\t\t\tfor (int i1 = 0; i1 < taps; ++i1) {\n\t\t\t\tfloat W1 = 0;\n\t\t\t\tfloat3x3 avg1 = 0;\n\n\t\t\t\t[unroll]\n\t\t\t\tfor (int j1 = 0; j1 < taps; ++j1) {\n\t\t\t\t\tfloat4 MRc = src1[j1 + i][i1 + j];\n\t\t\t\t\tavg1 += kernels[j1] * float3x3(MRc.a * MRc.rgb, MRc.rgb, MRc.aaa);\n\t\t\t\t\tW1 += kernels[j1];\n\t\t\t\t}\n\t\t\t\tavg1 /= W1;\n\n\t\t\t\tavg += kernels[i1] * avg1;\n\t\t\t\tW += kernels[i1];\n\t\t\t}\n\t\t\tavg /= W;\n\n\t\t\tOUTPUT[destPos] = float4(avg[1] + avg[2] * src2[i][j] - avg[0], 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Sharpen/AdaptiveSharpen.hlsl",
"content": "// 自适应锐化算法\n// 移植自 https://github.com/libretro/slang-shaders/blob/master/sharpen/shaders/adaptive-sharpen.slang\n// \n// Adaptive sharpen - version 2015-05-15 - (requires ps >= 3.0)\n// Tuned for use post resize, EXPECTS FULL RANGE GAMMA LIGHT\n\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.8\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\n\n// Main control of sharpening strength [>0]\n// 0.3 <-> 2.0 is a reasonable range of values\nfloat curveHeight;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n// Defined values under this row are \"optimal\" DO NOT CHANGE IF YOU DO NOT KNOW WHAT YOU ARE DOING!\n\n#define curveslope (curveHeight*1.5f) // Sharpening curve slope, edge region\n#define D_overshoot 0.016f // Max dark overshoot before max compression\n#define D_comp_ratio 0.250f // Max compression ratio, dark overshoot (1/0.25=4x)\n#define L_overshoot 0.004f // Max light overshoot before max compression\n#define L_comp_ratio 0.167f // Max compression ratio, light overshoot (1/0.167=6x)\n#define max_scale_lim 10.0f // Abs change before max compression (1/10=±10%)\n\n// Colour to greyscale, fast approx gamma\nfloat CtG(float3 RGB) { return sqrt((1.0f / 3.0f) * ((RGB * RGB).r + (RGB * RGB).g + (RGB * RGB).b)); }\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tint i, j;\n\n\tfloat4 src[8][8];\n\t[unroll]\n\tfor (i = 0; i <= 6; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 6; j += 2) {\n\t\t\t// 四角共 16 个纹素无需采样\n\t\t\tif ((i == 0 && j == 0) || (i == 6 && j == 0) || (i == 0 && j == 6) || (i == 6 && j == 6)) {\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tfloat2 tpos = ((int2)gxy + int2(i, j) - 2) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j].rgb = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j].w = CtG(src[i][j].rgb);\n\t\t\tsrc[i][j + 1].rgb = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i][j + 1].w = CtG(src[i][j + 1].rgb);\n\t\t\tsrc[i + 1][j].rgb = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j].w = CtG(src[i + 1][j].rgb);\n\t\t\tsrc[i + 1][j + 1].rgb = float3(sr.y, sg.y, sb.y);\n\t\t\tsrc[i + 1][j + 1].w = CtG(src[i + 1][j + 1].rgb);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i <= 1; ++i) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 1; ++j) {\n\t\t\tconst uint2 destPos = gxy + uint2(i, j);\n\n\t\t\tfloat2 pos = (destPos + 0.5f) * inputPt;\n\n\t\t\t// Get points and saturate out of range values (BTB & WTW)\n\t\t\t// [ c22 ]\n\t\t\t// [ c24, c9, c23 ]\n\t\t\t// [ c21, c1, c2, c3, c18 ]\n\t\t\t// [ c19, c10, c4, c0, c5, c11, c16 ]\n\t\t\t// [ c20, c6, c7, c8, c17 ]\n\t\t\t// [ c15, c12, c14 ]\n\t\t\t// [ c13 ]\n\n\t\t\t// Blur, gauss 3x3\n\t\t\tfloat3\tblur = (2 * (src[i + 3][j + 2].rgb + src[i + 2][j + 3].rgb + src[i + 4][j + 3].rgb + src[i + 3][j + 4].rgb) + (src[i + 2][j + 2].rgb + src[i + 4][j + 2].rgb + src[i + 2][j + 4].rgb + src[i + 4][j + 4].rgb) + 4 * src[i + 3][j + 3].rgb) / 16;\n\t\t\tfloat\tblur_Y = (blur.r * (1.0 / 3.0) + blur.g * (1.0 / 3.0) + blur.b * (1.0 / 3.0));\n\n\t\t\t// Edge detection\n\t\t\t// Matrix, relative weights\n\t\t\t// [ 1 ]\n\t\t\t// [ 4, 4, 4 ]\n\t\t\t// [ 1, 4, 4, 4, 1 ]\n\t\t\t// [ 4, 4, 4 ]\n\t\t\t// [ 1 ]\n\t\t\tfloat\tedge = length(abs(blur - src[i + 3][j + 3].rgb) + abs(blur - src[i + 2][j + 2].rgb) + abs(blur - src[i + 3][j + 2].rgb) + abs(blur - src[i + 4][j + 2].rgb)\n\t\t\t\t+ abs(blur - src[i + 2][j + 3].rgb) + abs(blur - src[i + 4][j + 3].rgb) + abs(blur - src[i + 2][j + 4].rgb) + abs(blur - src[i + 3][j + 4].rgb) + abs(blur - src[i + 4][j + 4].rgb)\n\t\t\t\t+ 0.25 * (abs(blur - src[i + 3][j + 1].rgb) + abs(blur - src[i + 1][j + 3].rgb) + abs(blur - src[i + 5][j + 3].rgb) + abs(blur - src[i + 3][j + 5].rgb))) * (1.0 / 3.0);\n\n\t\t\t// Edge detect contrast compression, center = 0.5\n\t\t\tedge *= min((0.8 + 2.7 * pow(2, (-7.4 * blur_Y))), 3.2);\n\n\t\t\t// RGB to greyscale\n\t\t\tfloat\tc0_Y = src[i + 3][j + 3].w;\n\n\t\t\tfloat\tkernel[25] = { c0_Y, src[i + 2][j + 2].w, src[i + 3][j + 2].w, src[i + 4][j + 2].w,src[i + 2][j + 3].w, src[i + 4][j + 3].w, src[i + 2][j + 4].w, src[i + 3][j + 4].w, src[i + 4][j + 4].w,\n\t\t\t\t\t\t\t\t\tsrc[i + 3][j + 1].w, src[i + 1][j + 3].w, src[i + 5][j + 3].w, src[i + 3][j + 5].w, src[i + 3][j + 6].w, src[i + 4][j + 5].w, src[i + 2][j + 5].w, src[i + 6][j + 3].w,\n\t\t\t\t\t\t\t\t\tsrc[i + 5][j + 4].w, src[i + 5][j + 2].w, src[i][j + 3].w, src[i + 1][j + 4].w, src[i + 1][j + 2].w, src[i + 3][j].w, src[i + 4][j + 1].w, src[i + 2][j + 1].w };\n\n\t\t\t// Partial laplacian outer pixel weighting scheme\n\t\t\tfloat\tmdiff_c0 = 0.03 + 4 * (abs(kernel[0] - kernel[2]) + abs(kernel[0] - kernel[4])\n\t\t\t\t+ abs(kernel[0] - kernel[5]) + abs(kernel[0] - kernel[7])\n\t\t\t\t+ 0.25 * (abs(kernel[0] - kernel[1]) + abs(kernel[0] - kernel[3])\n\t\t\t\t\t+ abs(kernel[0] - kernel[6]) + abs(kernel[0] - kernel[8])));\n\n\t\t\tfloat\tmdiff_c9 = (abs(kernel[9] - kernel[2]) + abs(kernel[9] - kernel[24])\n\t\t\t\t+ abs(kernel[9] - kernel[23]) + abs(kernel[9] - kernel[22])\n\t\t\t\t+ 0.5 * (abs(kernel[9] - kernel[1]) + abs(kernel[9] - kernel[3])));\n\n\t\t\tfloat\tmdiff_c10 = (abs(kernel[10] - kernel[20]) + abs(kernel[10] - kernel[19])\n\t\t\t\t+ abs(kernel[10] - kernel[21]) + abs(kernel[10] - kernel[4])\n\t\t\t\t+ 0.5 * (abs(kernel[10] - kernel[1]) + abs(kernel[10] - kernel[6])));\n\n\t\t\tfloat\tmdiff_c11 = (abs(kernel[11] - kernel[17]) + abs(kernel[11] - kernel[5])\n\t\t\t\t+ abs(kernel[11] - kernel[18]) + abs(kernel[11] - kernel[16])\n\t\t\t\t+ 0.5 * (abs(kernel[11] - kernel[3]) + abs(kernel[11] - kernel[8])));\n\n\t\t\tfloat\tmdiff_c12 = (abs(kernel[12] - kernel[13]) + abs(kernel[12] - kernel[15])\n\t\t\t\t+ abs(kernel[12] - kernel[7]) + abs(kernel[12] - kernel[14])\n\t\t\t\t+ 0.5 * (abs(kernel[12] - kernel[6]) + abs(kernel[12] - kernel[8])));\n\n\t\t\tfloat4\tweights = float4((min((mdiff_c0 / mdiff_c9), 2.0)), (min((mdiff_c0 / mdiff_c10), 2.0)),\n\t\t\t\t(min((mdiff_c0 / mdiff_c11), 2.0)), (min((mdiff_c0 / mdiff_c12), 2.0)));\n\n\t\t\t// Negative laplace matrix\n\t\t\t // Matrix, relative weights, *Varying 0<->8\n\t\t\t // [ 8* ]\n\t\t\t // [ 4, 1, 4 ]\n\t\t\t // [ 8*, 1, 1, 8* ]\n\t\t\t // [ 4, 1, 4 ]\n\t\t\t // [ 8* ]\n\t\t\tfloat\tneg_laplace = (0.25 * (kernel[2] + kernel[4] + kernel[5] + kernel[7])\n\t\t\t\t+ (kernel[1] + kernel[3] + kernel[6] + kernel[8])\n\t\t\t\t+ ((kernel[9] * weights.x) + (kernel[10] * weights.y)\n\t\t\t\t\t+ (kernel[11] * weights.z) + (kernel[12] * weights.w)))\n\t\t\t\t/ (5 + weights.x + weights.y + weights.z + weights.w);\n\n\t\t\t// Compute sharpening magnitude function, x = edge mag, y = laplace operator mag\n\t\t\tfloat\tsharpen_val = 0.01 + (curveHeight / (curveslope * pow(edge, 3.5) + 0.5))\n\t\t\t\t- (curveHeight / (8192 * pow((edge * 2.2), 4.5) + 0.5));\n\n\t\t\t// Calculate sharpening diff and scale\n\t\t\tfloat\tsharpdiff = (c0_Y - neg_laplace) * (sharpen_val * 0.8);\n\n\t\t\t// Calculate local near min & max, partial cocktail sort (No branching!)\n\t\t\t[unroll]\n\t\t\tfor (int k = 0; k < 2; ++k) {\n\t\t\t\t[unroll]\n\t\t\t\tfor (int i1 = 1 + k; i1 < 25 - k; ++i1) {\n\t\t\t\t\tfloat temp = kernel[i1 - 1];\n\t\t\t\t\tkernel[i1 - 1] = min(kernel[i1 - 1], kernel[i1]);\n\t\t\t\t\tkernel[i1] = max(temp, kernel[i1]);\n\t\t\t\t}\n\n\t\t\t\t[unroll]\n\t\t\t\tfor (int i2 = 23 - k; i2 > k; --i2) {\n\t\t\t\t\tfloat temp = kernel[i2 - 1];\n\t\t\t\t\tkernel[i2 - 1] = min(kernel[i2 - 1], kernel[i2]);\n\t\t\t\t\tkernel[i2] = max(temp, kernel[i2]);\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tfloat\tnmax = max(((kernel[23] + kernel[24]) / 2), c0_Y);\n\t\t\tfloat\tnmin = min(((kernel[0] + kernel[1]) / 2), c0_Y);\n\n\t\t\t// Calculate tanh scale factor, pos/neg\n\t\t\tfloat\tnmax_scale = max((1 / ((nmax - c0_Y) + L_overshoot)), max_scale_lim);\n\t\t\tfloat\tnmin_scale = max((1 / ((c0_Y - nmin) + D_overshoot)), max_scale_lim);\n\n\t\t\t// Soft limit sharpening with tanh, mix to control maximum compression\n\t\t\tsharpdiff = lerp((tanh((max(sharpdiff, 0.0)) * nmax_scale) / nmax_scale), (max(sharpdiff, 0.0)), L_comp_ratio)\n\t\t\t\t+ lerp((tanh((min(sharpdiff, 0.0)) * nmin_scale) / nmin_scale), (min(sharpdiff, 0.0)), D_comp_ratio);\n\n\t\t\tOUTPUT[destPos] = float4(src[i + 3][j + 3].rgb + sharpdiff, 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Sharpen/FineSharp.hlsl",
"content": "// FineSharp\n// 移植自 https://forum.doom9.org/showthread.php?t=171346\n\n// This is the FineSharp avisynth script by Didée converted to MPC - HC shaders.It was written for madVR(need the 16 - bit accuracy in the shader chain), but also works in MPDN.\n//\n// The sharpener makes no attempt to filter noise or source artefacts and will sharpen those too.So denoise / clean your source first if necessary.Probably won't work very well on a really old GPU, the weakest I have tried is a GTX 560 at 1080p 60fps with no problems.\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!DEFAULT 2.0\n//!MIN 0\n//!MAX 8\n//!STEP 0.01\n\n// Strength of sharpening, 0.0 up to 8.0 or more. If you change this, then alter cstr below\nfloat sstr;\n\n//!PARAMETER\n//!DEFAULT 0.9\n//!MIN 0\n//!MAX 2\n//!STEP 0.01\n\n// Strength of equalisation, 0.0 to 2.0 or more. Suggested settings for cstr based on sstr value: \n// sstr=0->cstr=0, sstr=0.5->cstr=0.1, 1.0->0.6, 2.0->0.9, 2.5->1.00, 3.0->1.09, 3.5->1.15, 4.0->1.19, 8.0->1.249, 255.0->1.5\nfloat cstr;\n\n//!PARAMETER\n//!DEFAULT 0.19\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\n\n// Strength of XSharpen-style final sharpening, 0.0 to 1.0 (but, better don't go beyond 0.249 ...)\nfloat xstr;\n\n//!PARAMETER\n//!DEFAULT 0.25\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\n\n// Repair artefacts from final sharpening, 0.0 to 1.0 or more (-Vit- addition to original script)\nfloat xrep;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH OUTPUT_WIDTH\n//!HEIGHT OUTPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex1;\n\n//!TEXTURE\n//!WIDTH OUTPUT_WIDTH\n//!HEIGHT OUTPUT_HEIGHT\n//!FORMAT R16G16B16A16_FLOAT\nTexture2D tex2;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!DESC RemoveGrain11\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n\n#define RGBtoYUV(Kb,Kr) float3x3(float3(Kr, 1 - Kr - Kb, Kb), float3(-Kr, Kr + Kb - 1, 1 - Kb) / (2*(1 - Kb)), float3(1 - Kr, Kr + Kb - 1, -Kb) / (2*(1 - Kr)))\nstatic const float3x3 RGBtoYUV = GetInputSize().y <= 576 ? RGBtoYUV(0.114, 0.299) : RGBtoYUV(0.0722, 0.2126);\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat3 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = mul(RGBtoYUV, float3(sr.w, sg.w, sb.w)) + float3(0, 0.5, 0.5);\n\t\t\tsrc[i][j + 1] = mul(RGBtoYUV, float3(sr.x, sg.x, sb.x)) + float3(0, 0.5, 0.5);\n\t\t\tsrc[i + 1][j] = mul(RGBtoYUV, float3(sr.z, sg.z, sb.z)) + float3(0, 0.5, 0.5);\n\t\t\tsrc[i + 1][j + 1] = mul(RGBtoYUV, float3(sr.y, sg.y, sb.y)) + float3(0, 0.5, 0.5);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tfloat4 o = src[i][j].rgbr;\n\n\t\t\to.x += o.x;\n\t\t\to.x += src[i][j - 1].x + src[i - 1][j].x + src[i + 1][j].x + src[i][j + 1].x;\n\t\t\to.x += o.x;\n\t\t\to.x += src[i - 1][j - 1].x + src[i + 1][j - 1].x + src[i - 1][j + 1].x + src[i + 1][j + 1].x;\n\t\t\to.x *= 0.0625f;\n\n\t\t\ttex1[gxy + uint2(i - 1, j - 1)] = o;\n\t\t}\n\t}\n}\n\n\n//!PASS 2\n//!DESC RemoveGrain4\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n// The variables passed to these median macros will be swapped around as part of the process. A temporary variable t of the same type is also required.\n#define sort(a1,a2) (t=min(a1,a2),a2=max(a1,a2),a1=t)\n#define median3(a1,a2,a3) (sort(a2,a3),sort(a1,a2),min(a2,a3))\n#define median5(a1,a2,a3,a4,a5) (sort(a1,a2),sort(a3,a4),sort(a1,a3),sort(a2,a4),median3(a2,a3,a5))\n#define median9(a1,a2,a3,a4,a5,a6,a7,a8,a9) (sort(a1,a2),sort(a3,a4),sort(a5,a6),sort(a7,a8),\\\n\t\t\t\t\t\t\t\t\t\t\t sort(a1,a3),sort(a5,a7),sort(a1,a5),sort(a3,a5),sort(a3,a7),\\\n\t\t\t\t\t\t\t\t\t\t\t sort(a2,a4),sort(a6,a8),sort(a4,a8),sort(a4,a6),sort(a2,a6),median5(a2,a4,a5,a7,a9))\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = tex1.GatherRed(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j].r = sr.w;\n\t\t\tsrc[i][j + 1].r = sr.x;\n\t\t\tsrc[i + 1][j].r = sr.z;\n\t\t\tsrc[i + 1][j + 1].r = sr.y;\n\t\t}\n\t}\n\n\tfloat2 tpos = (gxy + 1) * inputPt;\n\tconst float4 sg = tex1.GatherGreen(sam, tpos);\n\tconst float4 sb = tex1.GatherBlue(sam, tpos);\n\tconst float4 sa = tex1.GatherAlpha(sam, tpos);\n\tsrc[1][1].gba = float3(sg.w, sb.w, sa.w);\n\tsrc[1][2].gba = float3(sg.x, sb.x, sa.x);\n\tsrc[2][1].gba = float3(sg.z, sb.z, sa.z);\n\tsrc[2][2].gba = float3(sg.y, sb.y, sa.y);\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tfloat4 o = src[i][j];\n\n\t\t\to.x += o.x;\n\t\t\to.x += src[i][j - 1].x + src[i - 1][j].x + src[i + 1][j].x + src[i][j + 1].x;\n\t\t\to.x += o.x;\n\t\t\to.x += src[i - 1][j - 1].x + src[i + 1][j - 1].x + src[i - 1][j + 1].x + src[i + 1][j + 1].x;\n\t\t\to.x *= 0.0625f;\n\n\t\t\tfloat t;\n\t\t\tfloat t1 = src[i - 1][j - 1].x;\n\t\t\tfloat t2 = src[i][j - 1].x;\n\t\t\tfloat t3 = src[i + 1][j - 1].x;\n\t\t\tfloat t4 = src[i - 1][j].x;\n\t\t\tfloat t5 = o.x;\n\t\t\tfloat t6 = src[i + 1][j].x;\n\t\t\tfloat t7 = src[i - 1][j + 1].x;\n\t\t\tfloat t8 = src[i][j + 1].x;\n\t\t\tfloat t9 = src[i + 1][j + 1].x;\n\t\t\to.x = median9(t1, t2, t3, t4, t5, t6, t7, t8, t9);\n\n\t\t\ttex2[gxy + uint2(i - 1, j - 1)] = o;\n\t\t}\n\t}\n}\n\n//!PASS 3\n//!DESC Part A\n//!IN tex2\n//!OUT tex1\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define lstr 1.49 // Modifier for non-linear sharpening\n#define pstr 1.272 // Exponent for non-linear sharpening\n#define ldmp (sstr+0.1f) // \"Low damp\", to not over-enhance very small differences (noise coming out of flat areas)\n\n// To use the \"mode\" setting in original you must change shaders earlier in chain: mode=1->RG11 RG4, mode=2->RG4 RG11, mode=3->RG4 RG11 RG4\n// Negative modes are not supported\n// XSharpen settings are in Part C\n\nfloat SharpDiff(float4 c) {\n\tfloat t = c.a - c.x;\n\treturn sign(t) * (sstr / 255.0f) * pow(abs(t) / (lstr / 255.0f), 1.0f / pstr) * ((t * t) / (t * t + ldmp / (255.0f * 255.0f)));\n}\n\nvoid Pass3(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat4 src[4][4];\n\tfloat sharpDiffs[4][4];\n\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = tex2.GatherRed(sam, tpos);\n\t\t\tconst float4 sa = tex2.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j].ra = float2(sr.w, sa.w);\n\t\t\tsrc[i][j + 1].ra = float2(sr.x, sa.x);\n\t\t\tsrc[i + 1][j].ra = float2(sr.z, sa.z);\n\t\t\tsrc[i + 1][j + 1].ra = float2(sr.y, sa.y);\n\n\t\t\tsharpDiffs[i][j] = SharpDiff(src[i][j]);\n\t\t\tsharpDiffs[i][j + 1] = SharpDiff(src[i][j + 1]);\n\t\t\tsharpDiffs[i + 1][j] = SharpDiff(src[i + 1][j]);\n\t\t\tsharpDiffs[i + 1][j + 1] = SharpDiff(src[i + 1][j + 1]);\n\t\t}\n\t}\n\n\tfloat2 tpos = (gxy + 1) * inputPt;\n\tconst float4 sg = tex2.GatherGreen(sam, tpos);\n\tconst float4 sb = tex2.GatherBlue(sam, tpos);\n\tsrc[1][1].gb = float2(sg.w, sb.w);\n\tsrc[1][2].gb = float2(sg.x, sb.x);\n\tsrc[2][1].gb = float2(sg.z, sb.z);\n\tsrc[2][2].gb = float2(sg.y, sb.y);\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tfloat4 o = src[i][j];\n\n\t\t\tfloat sd = sharpDiffs[i][j];\n\t\t\to.x = o.a + sd;\n\t\t\tsd += sd;\n\t\t\tsd += sharpDiffs[i][j - 1] + sharpDiffs[i - 1][j] + sharpDiffs[i + 1][j] + sharpDiffs[i][j + 1];\n\t\t\tsd += sd;\n\t\t\tsd += sharpDiffs[i - 1][j - 1] + sharpDiffs[i + 1][j - 1] + sharpDiffs[i - 1][j + 1] + sharpDiffs[i + 1][j + 1];\n\t\t\tsd *= 0.0625f;\n\t\t\to.x -= cstr * sd;\n\t\t\to.a = o.x;\n\n\t\t\ttex1[gxy + uint2(i - 1, j - 1)] = o;\n\t\t}\n\t}\n}\n\n\n//!PASS 4\n//!DESC Part B\n//!IN tex1\n//!OUT tex2\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n// The variables passed to these sorting macros will be swapped around as part of the process. A temporary variable t of the same type is also required.\n#define sort(a1,a2) (t=min(a1,a2),a2=max(a1,a2),a1=t)\n#define sort_min_max3(a1,a2,a3) (sort(a1,a2),sort(a1,a3),sort(a2,a3))\n#define sort_min_max5(a1,a2,a3,a4,a5) (sort(a1,a2),sort(a3,a4),sort(a1,a3),sort(a2,a4),sort(a1,a5),sort(a4,a5))\n#define sort_min_max7(a1,a2,a3,a4,a5,a6,a7) (sort(a1,a2),sort(a3,a4),sort(a5,a6),sort(a1,a3),sort(a1,a5),sort(a2,a6),sort(a4,a5),sort(a1,a7),sort(a6,a7))\n#define sort_min_max9(a1,a2,a3,a4,a5,a6,a7,a8,a9) (sort(a1,a2),sort(a3,a4),sort(a5,a6),sort(a7,a8),sort(a1,a3),sort(a5,a7),sort(a1,a5),sort(a2,a4),sort(a6,a7),sort(a4,a8),sort(a1,a9),sort(a8,a9))\n// sort9_partial1 only sorts the min and max into place (at the ends), sort9_partial2 sorts the top two max and min values, etc. Used for avisynth \"Repair\" script equivalent \n#define sort9_partial1(a1,a2,a3,a4,a5,a6,a7,a8,a9) (sort_min_max9(a1,a2,a3,a4,a5,a6,a7,a8,a9))\n#define sort9_partial2(a1,a2,a3,a4,a5,a6,a7,a8,a9) (sort_min_max9(a1,a2,a3,a4,a5,a6,a7,a8,a9),sort_min_max7(a2,a3,a4,a5,a6,a7,a8))\n#define sort9_partial3(a1,a2,a3,a4,a5,a6,a7,a8,a9) (sort_min_max9(a1,a2,a3,a4,a5,a6,a7,a8,a9),sort_min_max7(a2,a3,a4,a5,a6,a7,a8),sort_min_max5(a3,a4,a5,a6,a7))\n#define sort9(a1,a2,a3,a4,a5,a6,a7,a8,a9) (sort_min_max9(a1,a2,a3,a4,a5,a6,a7,a8,a9),sort_min_max7(a2,a3,a4,a5,a6,a7,a8),sort_min_max5(a3,a4,a5,a6,a7),sort_min_max3(a4,a5,a6))\n\n\nvoid Pass4(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sa = tex1.GatherAlpha(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j].a = sa.w;\n\t\t\tsrc[i][j + 1].a = sa.x;\n\t\t\tsrc[i + 1][j].a = sa.z;\n\t\t\tsrc[i + 1][j + 1].a = sa.y;\n\t\t}\n\t}\n\n\tfloat2 tpos = (gxy + 1) * inputPt;\n\tconst float4 sr = tex1.GatherRed(sam, tpos);\n\tconst float4 sg = tex1.GatherGreen(sam, tpos);\n\tconst float4 sb = tex1.GatherBlue(sam, tpos);\n\tsrc[1][1].rgb = float3(sr.w, sg.w, sb.w);\n\tsrc[1][2].rgb = float3(sr.x, sg.x, sb.x);\n\tsrc[2][1].rgb = float3(sr.z, sg.z, sb.z);\n\tsrc[2][2].rgb = float3(sr.y, sg.y, sb.y);\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tfloat4 o = src[i][j];\n\n\t\t\tfloat t;\n\t\t\tfloat t1 = src[i - 1][j - 1].a;\n\t\t\tfloat t2 = src[i][j - 1].a;\n\t\t\tfloat t3 = src[i + 1][j - 1].a;\n\t\t\tfloat t4 = src[i - 1][j].a;\n\t\t\tfloat t5 = o.a;\n\t\t\tfloat t6 = src[i + 1][j].a;\n\t\t\tfloat t7 = src[i - 1][j + 1].a;\n\t\t\tfloat t8 = src[i][j + 1].a;\n\t\t\tfloat t9 = src[i + 1][j + 1].a;\n\n\t\t\to.x += t1 + t2 + t3 + t4 + t6 + t7 + t8 + t9;\n\t\t\to.x /= 9.0f;\n\t\t\to.x = o.a + 9.9f * (o.a - o.x);\n\n\t\t\tsort9_partial2(t1, t2, t3, t4, t5, t6, t7, t8, t9);\n\t\t\to.x = max(o.x, min(t2, o.a));\n\t\t\to.x = min(o.x, max(t8, o.a));\n\n\t\t\ttex2[gxy + uint2(i - 1, j - 1)] = o;\n\t\t}\n\t}\n}\n\n\n//!PASS 5\n//!DESC Part C\n//!IN tex2\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n\n#define YUVtoRGB(Kb,Kr) float3x3(float3(1, 0, 2*(1 - Kr)), float3(Kb + Kr - 1, 2*(1 - Kb)*Kb, 2*Kr*(1 - Kr)) / (Kb + Kr - 1), float3(1, 2*(1 - Kb),0))\nstatic const float3x3 YUVtoRGB = GetInputSize().y <= 576 ? YUVtoRGB(0.114, 0.299) : YUVtoRGB(0.0722, 0.2126);\n\n\nvoid Pass5(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tuint i, j;\n\n\tfloat4 src[4][4];\n\t[unroll]\n\tfor (i = 0; i < 3; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j < 3; j += 2) {\n\t\t\tfloat2 tpos = (gxy + uint2(i, j)) * inputPt;\n\t\t\tconst float4 sr = tex2.GatherRed(sam, tpos);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j].r = sr.w;\n\t\t\tsrc[i][j + 1].r = sr.x;\n\t\t\tsrc[i + 1][j].r = sr.z;\n\t\t\tsrc[i + 1][j + 1].r = sr.y;\n\t\t}\n\t}\n\n\tfloat2 tpos = (gxy + 1) * inputPt;\n\tconst float4 sg = tex2.GatherGreen(sam, tpos);\n\tconst float4 sb = tex2.GatherBlue(sam, tpos);\n\tconst float4 sa = tex2.GatherAlpha(sam, tpos);\n\tsrc[1][1].gba = float3(sg.w, sb.w, sa.w);\n\tsrc[1][2].gba = float3(sg.x, sb.x, sa.x);\n\tsrc[2][1].gba = float3(sg.z, sb.z, sa.z);\n\tsrc[2][2].gba = float3(sg.y, sb.y, sa.y);\n\n\t[unroll]\n\tfor (i = 1; i <= 2; ++i) {\n\t\t[unroll]\n\t\tfor (j = 1; j <= 2; ++j) {\n\t\t\tuint2 destPos = gxy + uint2(i - 1, j - 1);\n\t\t\t\n\t\t\tfloat4 o = src[i][j];\n\n\t\t\tfloat edge = abs(src[i][j - 1].x + src[i - 1][j].x + src[i + 1][j].x + src[i][j + 1].x - 4 * o.x);\n\t\t\to.x = lerp(o.a, o.x, xstr * (1 - saturate(edge * xrep)));\n\n\t\t\tOUTPUT[destPos] = float4(mul(YUVtoRGB, o.xyz - float3(0.0, 0.5, 0.5)), 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/Sharpen/LCAS.hlsl",
"content": "// This is a combination of linear interpolation and light version of cas\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n//!PARAMETER\n//!LABEL Sharpness\n//!DEFAULT 0.5\n//!MIN 0\n//!MAX 1\n//!STEP 0.01\nfloat sharpness;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\nfloat3 LCAS(uint2 ip, float peak) {\n\n\tfloat2 pos = (ip + 0.5f) * GetOutputPt();\n\tfloat2 inputPt = GetInputPt();\n\n\t// fetch a 3x3 neighborhood around the pixel 'e',\n\t//\ta b c\n\t//\td(e)f\n\t//\tg h i\n\tfloat3 a = INPUT.SampleLevel(sam, pos + float2(-inputPt.x, -inputPt.y), 0).rgb;\n\tfloat3 b = INPUT.SampleLevel(sam, pos + float2(0, -inputPt.y), 0).rgb;\n\tfloat3 c = INPUT.SampleLevel(sam, pos + float2(inputPt.x, -inputPt.y), 0).rgb;\n\tfloat3 d = INPUT.SampleLevel(sam, pos + float2(-inputPt.x, 0), 0).rgb;\n\tfloat3 f = INPUT.SampleLevel(sam, pos + float2(inputPt.x, 0), 0).rgb;\n\tfloat3 g = INPUT.SampleLevel(sam, pos + float2(-inputPt.x, inputPt.y), 0).rgb;\n\tfloat3 h = INPUT.SampleLevel(sam, pos + float2(0, inputPt.y), 0).rgb;\n\tfloat3 i = INPUT.SampleLevel(sam, pos + float2(inputPt.x, inputPt.y), 0).rgb;\n\n\tfloat3 x = a + c + g + i;\n\tfloat3 y = b + d + f + h;\n\t\n\tfloat3 e = INPUT.SampleLevel(sam, pos + float2(inputPt.x * 0.25, inputPt.y * 0.5), 0).rgb;\n\te += INPUT.SampleLevel(sam, pos + float2(-inputPt.x * 0.25, -inputPt.y * 0.5), 0).rgb;\n\te += INPUT.SampleLevel(sam, pos + float2(inputPt.x * 0.5, -inputPt.y * 0.25), 0).rgb;\n\te += INPUT.SampleLevel(sam, pos + float2(-inputPt.x * 0.5, inputPt.y * 0.25), 0).rgb;\n\te /= 4;\n\n\t// Soft min and max.\n\t// a b c\n\t// d e f\n\t// g h i\n\tfloat3 mnRGB = min(min(min(min(d, e), min(f, b)), h), min(min(a, i), min(c, g)));\n\n\tfloat3 mxRGB = max(max(max(max(d, e), max(f, b)), h), max(max(a, i), max(c, g)));\n\n\t// Shaping amount of sharpening.\n\tfloat3 wRGB = sqrt(min(mnRGB, 1.0 - mxRGB) / mxRGB) * peak;\n\n\t// Filter shape.\n\t// w w w \n\t// w 1 w\n\t// w w w \n\tfloat3 color = ((x + y) * wRGB + (e * 5.0 - (x + y * 2.0 + e * 4.0) / 4.0)) / (1.0 + 8.0 * wRGB);\n\treturn (color + clamp(color, mnRGB, mxRGB) * 4.0) / 5.0;\n}\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = blockStart + Rmp8x8(threadId.x);\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float peak = lerp(0, -0.1111111111111111, sharpness);\n\n\tOUTPUT[gxy] = float4(LCAS(gxy, peak), 1);\n\n\tgxy.x += 8u;\n\tOUTPUT[gxy] = float4(LCAS(gxy, peak), 1);\n\n\tgxy.y += 8u;\n\tOUTPUT[gxy] = float4(LCAS(gxy, peak), 1);\n\n\tgxy.x -= 8u;\n\tOUTPUT[gxy] = float4(LCAS(gxy, peak), 1);\n}\n"
},
{
"path": "src/Effects/Sharpen/LumaSharpen.hlsl",
"content": "// LumaSharpen\n// 移植自 https://github.com/CeeJayDK/SweetFX/blob/master/Shaders/LumaSharpen.fx\n\n/**\n LumaSharpen version 1.5.0\n by Christian Cann Schuldt Jensen ~ CeeJay.dk\n\n It blurs the original pixel with the surrounding pixels and then subtracts this blur to sharpen the image.\n It does this in luma to avoid color artifacts and allows limiting the maximum sharpning to avoid or lessen halo artifacts.\n This is similar to using Unsharp Mask in Photoshop.\n Version 1.5.1\n - UI improvements for Reshade 3.x\n */\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!PARAMETER\n//!LABEL Sharpening Strength\n//!DEFAULT 0.65\n//!MIN 0\n//!MAX 3\n//!STEP 0.01\nfloat sharpStrength;\n\n//!PARAMETER\n//!LABEL Sharpening Limit\n//!DEFAULT 0.035\n//!MIN 0\n//!MAX 1\n//!STEP 0.005\n\n// Limits maximum amount of sharpening a pixel receives\n// This helps avoid \"haloing\" artifacts which would otherwise occur when you raised the strength too much.\nfloat sharpClamp;\n\n//!PARAMETER\n//!LABEL Sample Pattern\n//!DEFAULT 1\n//!MIN 0\n//!MAX 3\n//!STEP 1\n\n// 0 : Fast\n// 1 : Normal\n// 2 : Wider\n// 3 : Pyramid shaped\n\nint pattern;\n\n//!PARAMETER\n//!LABEL Offset Bias\n//!DEFAULT 1\n//!MIN 0\n//!MAX 6\n//!STEP 0.01\n\n// Offset bias adjusts the radius of the sampling pattern.I designed the pattern for an offset bias of 1.0, but feel free to experiment.\nfloat offsetBias;\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER LINEAR\nSamplerState sam;\n\n\n//!PASS 1\n//!STYLE PS\n//!IN INPUT\n//!OUT OUTPUT\n\n /*-----------------------------------------------------------.\n / Developer settings /\n '-----------------------------------------------------------*/\n#define CoefLuma float3(0.2126, 0.7152, 0.0722) // BT.709 & sRBG luma coefficient (Monitors and HD Television)\n //#define CoefLuma float3(0.299, 0.587, 0.114) // BT.601 luma coefficient (SD Television)\n //#define CoefLuma float3(1.0/3.0, 1.0/3.0, 1.0/3.0) // Equal weight coefficient\n\nfloat4 Pass1(float2 pos) {\n\tfloat2 BUFFER_PIXEL_SIZE = GetInputPt();\n\n\t// -- Get the original pixel --\n\tfloat3 ori = INPUT.SampleLevel(sam, pos, 0).rgb; // ori = original pixel\n\n\t// -- Combining the strength and luma multipliers --\n\tfloat3 sharp_strength_luma = (CoefLuma * sharpStrength); //I'll be combining even more multipliers with it later on\n\n\t/*-----------------------------------------------------------.\n\t/ Sampling patterns /\n\t'-----------------------------------------------------------*/\n\tfloat3 blur_ori = { 0,0,0 };\n\n\t// [ NW, , NE ] Each texture lookup (except ori)\n\t// [ ,ori, ] samples 4 pixels\n\t// [ SW, , SE ]\n\n\t// -- Pattern 1 -- A (fast) 7 tap gaussian using only 2+1 texture fetches.\n\tif (pattern == 0) {\n\t\t// -- Gaussian filter --\n\t\t// [ 1/9, 2/9, ] [ 1 , 2 , ]\n\t\t// [ 2/9, 8/9, 2/9] = [ 2 , 8 , 2 ]\n\t\t// [ , 2/9, 1/9] [ , 2 , 1 ]\n\n\t\tblur_ori = INPUT.SampleLevel(sam, pos + (BUFFER_PIXEL_SIZE / 3.0) * offsetBias, 0).rgb; // North West\n\t\tblur_ori += INPUT.SampleLevel(sam, pos + (-BUFFER_PIXEL_SIZE / 3.0) * offsetBias, 0).rgb; // South East\n\n\t\t//blur_ori += tex2D(ReShade::BackBuffer, tex + (BUFFER_PIXEL_SIZE / 3.0) * offsetBias); // North East\n\t\t//blur_ori += tex2D(ReShade::BackBuffer, tex + (-BUFFER_PIXEL_SIZE / 3.0) * offsetBias); // South West\n\n\t\tblur_ori /= 2; //Divide by the number of texture fetches\n\n\t\tsharp_strength_luma *= 1.5; // Adjust strength to aproximate the strength of pattern 2\n\t}\n\n\t// -- Pattern 2 -- A 9 tap gaussian using 4+1 texture fetches.\n\tif (pattern == 1) {\n\t\t// -- Gaussian filter --\n\t\t// [ .25, .50, .25] [ 1 , 2 , 1 ]\n\t\t// [ .50, 1, .50] = [ 2 , 4 , 2 ]\n\t\t// [ .25, .50, .25] [ 1 , 2 , 1 ]\n\n\t\tblur_ori = INPUT.SampleLevel(sam, pos + float2(BUFFER_PIXEL_SIZE.x, -BUFFER_PIXEL_SIZE.y) * 0.5 * offsetBias, 0).rgb; // South East\n\t\tblur_ori += INPUT.SampleLevel(sam, pos - BUFFER_PIXEL_SIZE * 0.5 * offsetBias, 0).rgb; // South West\n\t\tblur_ori += INPUT.SampleLevel(sam, pos + BUFFER_PIXEL_SIZE * 0.5 * offsetBias, 0).rgb; // North East\n\t\tblur_ori += INPUT.SampleLevel(sam, pos - float2(BUFFER_PIXEL_SIZE.x, -BUFFER_PIXEL_SIZE.y) * 0.5 * offsetBias, 0).rgb; // North West\n\n\t\tblur_ori *= 0.25; // ( /= 4) Divide by the number of texture fetches\n\t}\n\n\t// -- Pattern 3 -- An experimental 17 tap gaussian using 4+1 texture fetches.\n\tif (pattern == 2) {\n\t\t// -- Gaussian filter --\n\t\t// [ , 4 , 6 , , ]\n\t\t// [ ,16 ,24 ,16 , 4 ]\n\t\t// [ 6 ,24 , ,24 , 6 ]\n\t\t// [ 4 ,16 ,24 ,16 , ]\n\t\t// [ , , 6 , 4 , ]\n\n\t\tblur_ori = INPUT.SampleLevel(sam, pos + BUFFER_PIXEL_SIZE * float2(0.4, -1.2) * offsetBias, 0).rgb; // South South East\n\t\tblur_ori += INPUT.SampleLevel(sam, pos - BUFFER_PIXEL_SIZE * float2(1.2, 0.4) * offsetBias, 0).rgb; // West South West\n\t\tblur_ori += INPUT.SampleLevel(sam, pos + BUFFER_PIXEL_SIZE * float2(1.2, 0.4) * offsetBias, 0).rgb; // East North East\n\t\tblur_ori += INPUT.SampleLevel(sam, pos - BUFFER_PIXEL_SIZE * float2(0.4, -1.2) * offsetBias, 0).rgb; // North North West\n\n\t\tblur_ori *= 0.25; // ( /= 4) Divide by the number of texture fetches\n\n\t\tsharp_strength_luma *= 0.51;\n\t}\n\n\t// -- Pattern 4 -- A 9 tap high pass (pyramid filter) using 4+1 texture fetches.\n\tif (pattern == 3) {\n\t\t// -- Gaussian filter --\n\t\t// [ .50, .50, .50] [ 1 , 1 , 1 ]\n\t\t// [ .50, , .50] = [ 1 , , 1 ]\n\t\t// [ .50, .50, .50] [ 1 , 1 , 1 ]\n\n\t\tblur_ori = INPUT.SampleLevel(sam, pos + float2(0.5 * BUFFER_PIXEL_SIZE.x, -BUFFER_PIXEL_SIZE.y * offsetBias), 0).rgb; // South South East\n\t\tblur_ori += INPUT.SampleLevel(sam, pos + float2(offsetBias * -BUFFER_PIXEL_SIZE.x, 0.5 * -BUFFER_PIXEL_SIZE.y), 0).rgb; // West South West\n\t\tblur_ori += INPUT.SampleLevel(sam, pos + float2(offsetBias * BUFFER_PIXEL_SIZE.x, 0.5 * BUFFER_PIXEL_SIZE.y), 0).rgb; // East North East\n\t\tblur_ori += INPUT.SampleLevel(sam, pos + float2(0.5 * -BUFFER_PIXEL_SIZE.x, BUFFER_PIXEL_SIZE.y * offsetBias), 0).rgb; // North North West\n\n\t\t//blur_ori += (2 * ori); // Probably not needed. Only serves to lessen the effect.\n\n\t\tblur_ori /= 4.0; //Divide by the number of texture fetches\n\n\t\tsharp_strength_luma *= 0.666; // Adjust strength to aproximate the strength of pattern 2\n\t}\n\n\t/*-----------------------------------------------------------.\n / Sharpen /\n '-----------------------------------------------------------*/\n\n // -- Calculate the sharpening --\n\tfloat3 sharp = ori - blur_ori; //Subtracting the blurred image from the original image\n\n#if 0 //older 1.4 code (included here because the new code while faster can be difficult to understand)\n\t// -- Adjust strength of the sharpening --\n\tfloat sharp_luma = dot(sharp, sharp_strength_luma); //Calculate the luma and adjust the strength\n\n\t// -- Clamping the maximum amount of sharpening to prevent halo artifacts --\n\tsharp_luma = clamp(sharp_luma, -sharpClamp, sharpClamp); //TODO Try a curve function instead of a clamp\n\n#else //new code\n\t// -- Adjust strength of the sharpening and clamp it--\n\tfloat4 sharp_strength_luma_clamp = float4(sharp_strength_luma * (0.5 / sharpClamp), 0.5); //Roll part of the clamp into the dot\n\n\t//sharp_luma = saturate((0.5 / sharpClamp) * sharp_luma + 0.5); //scale up and clamp\n\tfloat sharp_luma = saturate(dot(float4(sharp, 1.0), sharp_strength_luma_clamp)); //Calculate the luma, adjust the strength, scale up and clamp\n\tsharp_luma = (sharpClamp * 2.0) * sharp_luma - sharpClamp; //scale down\n#endif\n\n\t// -- Combining the values to get the final sharpened pixel\t--\n\tfloat3 outputcolor = ori + sharp_luma; // Add the sharpening to the the original.\n\n\t /*-----------------------------------------------------------.\n\t/ Returning the output /\n\t'-----------------------------------------------------------*/\n\n\t//if (show_sharpen) {\n\t//\t//outputcolor = abs(sharp * 4.0);\n\t//\toutputcolor = saturate(0.5 + (sharp_luma * 4.0)).rrr;\n\t//}\n\n\treturn float4(saturate(outputcolor), 1);\n}\n"
},
{
"path": "src/Effects/StubDefs.hlsli",
"content": "#define MP_BLOCK_WIDTH 8\n#define MP_BLOCK_HEIGHT 8\n#define MP_NUM_THREADS_X 64\n#define MP_NUM_THREADS_Y 1\n#define MP_NUM_THREADS_Z 1\n\n#define MF float\n#define MF1 float1\n#define MF2 float2\n#define MF3 float3\n#define MF4 float4\n#define MF1x1 float1x1\n#define MF1x2 float1x2\n#define MF1x3 float1x3\n#define MF1x4 float1x4\n#define MF2x1 float2x1\n#define MF2x2 float2x2\n#define MF2x3 float2x3\n#define MF2x4 float2x4\n#define MF3x1 float3x1\n#define MF3x2 float3x2\n#define MF3x3 float3x3\n#define MF3x4 float3x4\n#define MF4x1 float4x1\n#define MF4x2 float4x2\n#define MF4x3 float4x3\n#define MF4x4 float4x4\n\nuint2 Rmp8x8(uint a) { return uint2(a / 8, a % 8); }\nuint2 GetInputSize() { return uint2(0, 0); }\nfloat2 GetInputPt() { return float2(0, 0); }\nuint2 GetOutputSize() { return float2(0, 0); }\nfloat2 GetOutputPt() { return float2(0, 0); }\nfloat2 GetScale() { return float2(0, 0); }\nMF2 MulAdd(MF2 x, MF2x2 y, MF2 a) { return mul(x, y) + a; }\nMF3 MulAdd(MF2 x, MF2x3 y, MF3 a) { return mul(x, y) + a; }\nMF4 MulAdd(MF2 x, MF2x4 y, MF4 a) { return mul(x, y) + a; }\nMF2 MulAdd(MF3 x, MF3x2 y, MF2 a) { return mul(x, y) + a; }\nMF3 MulAdd(MF3 x, MF3x3 y, MF3 a) { return mul(x, y) + a; }\nMF4 MulAdd(MF3 x, MF3x4 y, MF4 a) { return mul(x, y) + a; }\nMF2 MulAdd(MF4 x, MF4x2 y, MF2 a) { return mul(x, y) + a; }\nMF3 MulAdd(MF4 x, MF4x3 y, MF3 a) { return mul(x, y) + a; }\nMF4 MulAdd(MF4 x, MF4x4 y, MF4 a) { return mul(x, y) + a; }\nuint GetFrameCount() { return 0; }\n"
},
{
"path": "src/Effects/xBRZ/xBRZ_2x.hlsl",
"content": "// 移植自 https://github.com/libretro/common-shaders/blob/master/xbrz/shaders/2xbrz.cg\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 2\n//!HEIGHT INPUT_HEIGHT * 2\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 16\n//!NUM_THREADS 64\n\n#define BLEND_NONE 0\n#define BLEND_NORMAL 1\n#define BLEND_DOMINANT 2\n#define LUMINANCE_WEIGHT 1.0\n#define EQUAL_COLOR_TOLERANCE 30.0/255.0\n#define STEEP_DIRECTION_THRESHOLD 2.2\n#define DOMINANT_DIRECTION_THRESHOLD 3.6\n#define M_PI 3.1415926535897932384626433832795\n\nfloat reduce(const float3 color) {\n\treturn dot(color, float3(65536.0, 256.0, 1.0));\n}\n\nfloat DistYCbCr(const float3 pixA, const float3 pixB) {\n\tconst float3 w = float3(0.2627, 0.6780, 0.0593);\n\tconst float scaleB = 0.5 / (1.0 - w.b);\n\tconst float scaleR = 0.5 / (1.0 - w.r);\n\tfloat3 diff = pixA - pixB;\n\tfloat Y = dot(diff, w);\n\tfloat Cb = scaleB * (diff.b - Y);\n\tfloat Cr = scaleR * (diff.r - Y);\n\n\treturn sqrt(((LUMINANCE_WEIGHT * Y) * (LUMINANCE_WEIGHT * Y)) + (Cb * Cb) + (Cr * Cr));\n}\n\nbool IsPixEqual(const float3 pixA, const float3 pixB) {\n\treturn (DistYCbCr(pixA, pixB) < EQUAL_COLOR_TOLERANCE);\n}\n\nbool IsBlendingNeeded(const int4 blend) {\n\treturn any(!(blend == int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE)));\n}\n\nvoid ScalePixel(const int4 blend, const float3 k[9], inout float3 dst[4]) {\n\tfloat v0 = reduce(k[0]);\n\tfloat v4 = reduce(k[4]);\n\tfloat v5 = reduce(k[5]);\n\tfloat v7 = reduce(k[7]);\n\tfloat v8 = reduce(k[8]);\n\n\tfloat dist_01_04 = DistYCbCr(k[1], k[4]);\n\tfloat dist_03_08 = DistYCbCr(k[3], k[8]);\n\tbool haveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v0 != v4) && (v5 != v4);\n\tbool haveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v0 != v8) && (v7 != v8);\n\tbool needBlend = (blend[2] != BLEND_NONE);\n\tbool doLineBlend = (blend[2] >= BLEND_DOMINANT ||\n\t\t!((blend[1] != BLEND_NONE && !IsPixEqual(k[0], k[4])) ||\n\t\t\t(blend[3] != BLEND_NONE && !IsPixEqual(k[0], k[8])) ||\n\t\t\t(IsPixEqual(k[4], k[3]) && IsPixEqual(k[3], k[2]) && IsPixEqual(k[2], k[1]) && IsPixEqual(k[1], k[8]) && !IsPixEqual(k[0], k[2]))));\n\n\tfloat3 blendPix = (DistYCbCr(k[0], k[1]) <= DistYCbCr(k[0], k[3])) ? k[1] : k[3];\n\tdst[1] = lerp(dst[1], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.25 : 0.00);\n\tdst[2] = lerp(dst[2], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 5.0 / 6.0 : 0.75) : ((haveSteepLine) ? 0.75 : 0.50)) : 1.0 - (M_PI / 4.0)) : 0.00);\n\tdst[3] = lerp(dst[3], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.25 : 0.00);\n}\n\n//---------------------------------------\n// Input Pixel Mapping: --|21|22|23|--\n// 19|06|07|08|09\n// 18|05|00|01|10\n// 17|04|03|02|11\n// --|15|14|13|--\n//\n// Output Pixel Mapping: 00|01\n// 03|02\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 1) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 inputPt = GetInputPt();\n\tconst float2 pos = ((gxy >> 1) + 0.5f) * inputPt;\n\n\t// A1 B1 C1\n\t// A0 A B C C4\n\t// D0 D E F F4\n\t// G0 G H I I4\n\t// G5 H5 I5\n\n\tconst float4 t1 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -2.0 * inputPt.y); // A1 B1 C1\n\tconst float4 t2 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -inputPt.y);\t\t// A B C\n\tconst float4 t3 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 0);\t\t\t\t// D E F\n\tconst float4 t4 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, inputPt.y);\t\t// G H I\n\tconst float4 t5 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 2.0 * inputPt.y);\t// G5 H5 I5\n\tconst float4 t6 = pos.xyyy + float4(-2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// A0 D0 G0\n\tconst float4 t7 = pos.xyyy + float4(2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// C4 F4 I4\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat3 src[25];\n\n\tsrc[21] = INPUT.SampleLevel(sam, t1.xw, 0).rgb;\n\tsrc[22] = INPUT.SampleLevel(sam, t1.yw, 0).rgb;\n\tsrc[23] = INPUT.SampleLevel(sam, t1.zw, 0).rgb;\n\tsrc[6] = INPUT.SampleLevel(sam, t2.xw, 0).rgb;\n\tsrc[7] = INPUT.SampleLevel(sam, t2.yw, 0).rgb;\n\tsrc[8] = INPUT.SampleLevel(sam, t2.zw, 0).rgb;\n\tsrc[5] = INPUT.SampleLevel(sam, t3.xw, 0).rgb;\n\tsrc[0] = INPUT.SampleLevel(sam, t3.yw, 0).rgb;\n\tsrc[1] = INPUT.SampleLevel(sam, t3.zw, 0).rgb;\n\tsrc[4] = INPUT.SampleLevel(sam, t4.xw, 0).rgb;\n\tsrc[3] = INPUT.SampleLevel(sam, t4.yw, 0).rgb;\n\tsrc[2] = INPUT.SampleLevel(sam, t4.zw, 0).rgb;\n\tsrc[15] = INPUT.SampleLevel(sam, t5.xw, 0).rgb;\n\tsrc[14] = INPUT.SampleLevel(sam, t5.yw, 0).rgb;\n\tsrc[13] = INPUT.SampleLevel(sam, t5.zw, 0).rgb;\n\tsrc[19] = INPUT.SampleLevel(sam, t6.xy, 0).rgb;\n\tsrc[18] = INPUT.SampleLevel(sam, t6.xz, 0).rgb;\n\tsrc[17] = INPUT.SampleLevel(sam, t6.xw, 0).rgb;\n\tsrc[9] = INPUT.SampleLevel(sam, t7.xy, 0).rgb;\n\tsrc[10] = INPUT.SampleLevel(sam, t7.xz, 0).rgb;\n\tsrc[11] = INPUT.SampleLevel(sam, t7.xw, 0).rgb;\n\n\tfloat v[9];\n\tv[0] = reduce(src[0]);\n\tv[1] = reduce(src[1]);\n\tv[2] = reduce(src[2]);\n\tv[3] = reduce(src[3]);\n\tv[4] = reduce(src[4]);\n\tv[5] = reduce(src[5]);\n\tv[6] = reduce(src[6]);\n\tv[7] = reduce(src[7]);\n\tv[8] = reduce(src[8]);\n\n\tint4 blendResult = int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE);\n\n\t// Preprocess corners\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|--|07|08|--\n\t// --|05|00|01|10\n\t// --|04|03|02|11\n\t// --|--|14|13|--\n\n\t// Corner (1, 1)\n\tif (!((v[0] == v[1] && v[3] == v[2]) || (v[0] == v[3] && v[1] == v[2]))) {\n\t\tfloat dist_03_01 = DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + DistYCbCr(src[14], src[2]) + DistYCbCr(src[2], src[10]) + (4.0 * DistYCbCr(src[3], src[1]));\n\t\tfloat dist_00_02 = DistYCbCr(src[5], src[3]) + DistYCbCr(src[3], src[13]) + DistYCbCr(src[7], src[1]) + DistYCbCr(src[1], src[11]) + (4.0 * DistYCbCr(src[0], src[2]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_03_01) < dist_00_02;\n\t\tblendResult[2] = ((dist_03_01 < dist_00_02) && (v[0] != v[1]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|06|07|--|--\n\t// 18|05|00|01|--\n\t// 17|04|03|02|--\n\t// --|15|14|--|--\n\t// Corner (0, 1)\n\tif (!((v[5] == v[0] && v[4] == v[3]) || (v[5] == v[4] && v[0] == v[3]))) {\n\t\tfloat dist_04_00 = DistYCbCr(src[17], src[5]) + DistYCbCr(src[5], src[7]) + DistYCbCr(src[15], src[3]) + DistYCbCr(src[3], src[1]) + (4.0 * DistYCbCr(src[4], src[0]));\n\t\tfloat dist_05_03 = DistYCbCr(src[18], src[4]) + DistYCbCr(src[4], src[14]) + DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + (4.0 * DistYCbCr(src[5], src[3]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_03) < dist_04_00;\n\t\tblendResult[3] = ((dist_04_00 > dist_05_03) && (v[0] != v[5]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|--|22|23|--\n\t// --|06|07|08|09\n\t// --|05|00|01|10\n\t// --|--|03|02|--\n\t// --|--|--|--|--\n\t// Corner (1, 0)\n\tif (!((v[7] == v[8] && v[0] == v[1]) || (v[7] == v[0] && v[8] == v[1]))) {\n\t\tfloat dist_00_08 = DistYCbCr(src[5], src[7]) + DistYCbCr(src[7], src[23]) + DistYCbCr(src[3], src[1]) + DistYCbCr(src[1], src[9]) + (4.0 * DistYCbCr(src[0], src[8]));\n\t\tfloat dist_07_01 = DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + DistYCbCr(src[22], src[8]) + DistYCbCr(src[8], src[10]) + (4.0 * DistYCbCr(src[7], src[1]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_07_01) < dist_00_08;\n\t\tblendResult[1] = ((dist_00_08 > dist_07_01) && (v[0] != v[7]) && (v[0] != v[1])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|21|22|--|--\n\t// 19|06|07|08|--\n\t// 18|05|00|01|--\n\t// --|04|03|--|--\n\t// --|--|--|--|--\n\t// Corner (0, 0)\n\tif (!((v[6] == v[7] && v[5] == v[0]) || (v[6] == v[5] && v[7] == v[0]))) {\n\t\tfloat dist_05_07 = DistYCbCr(src[18], src[6]) + DistYCbCr(src[6], src[22]) + DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + (4.0 * DistYCbCr(src[5], src[7]));\n\t\tfloat dist_06_00 = DistYCbCr(src[19], src[5]) + DistYCbCr(src[5], src[3]) + DistYCbCr(src[21], src[7]) + DistYCbCr(src[7], src[1]) + (4.0 * DistYCbCr(src[6], src[0]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_07) < dist_06_00;\n\t\tblendResult[0] = ((dist_05_07 < dist_06_00) && (v[0] != v[5]) && (v[0] != v[7])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\tfloat3 dst[4];\n\tdst[0] = src[0];\n\tdst[1] = src[0];\n\tdst[2] = src[0];\n\tdst[3] = src[0];\n\n\t// Scale pixel\n\tif (IsBlendingNeeded(blendResult)) {\n\t\tfloat3 k[9];\n\t\tfloat3 tempDst3;\n\n\t\tk[0] = src[0];\n\t\tk[1] = src[1];\n\t\tk[2] = src[2];\n\t\tk[3] = src[3];\n\t\tk[4] = src[4];\n\t\tk[5] = src[5];\n\t\tk[6] = src[6];\n\t\tk[7] = src[7];\n\t\tk[8] = src[8];\n\t\tScalePixel(blendResult.xyzw, k, dst);\n\n\t\tk[1] = src[7];\n\t\tk[2] = src[8];\n\t\tk[3] = src[1];\n\t\tk[4] = src[2];\n\t\tk[5] = src[3];\n\t\tk[6] = src[4];\n\t\tk[7] = src[5];\n\t\tk[8] = src[6];\n\t\ttempDst3 = dst[3];\n\t\tdst[3] = dst[2];\n\t\tdst[2] = dst[1];\n\t\tdst[1] = dst[0];\n\t\tdst[0] = tempDst3;\n\t\tScalePixel(blendResult.wxyz, k, dst);\n\n\t\tk[1] = src[5];\n\t\tk[2] = src[6];\n\t\tk[3] = src[7];\n\t\tk[4] = src[8];\n\t\tk[5] = src[1];\n\t\tk[6] = src[2];\n\t\tk[7] = src[3];\n\t\tk[8] = src[4];\n\t\ttempDst3 = dst[3];\n\t\tdst[3] = dst[2];\n\t\tdst[2] = dst[1];\n\t\tdst[1] = dst[0];\n\t\tdst[0] = tempDst3;\n\t\tScalePixel(blendResult.zwxy, k, dst);\n\n\t\tk[1] = src[3];\n\t\tk[2] = src[4];\n\t\tk[3] = src[5];\n\t\tk[4] = src[6];\n\t\tk[5] = src[7];\n\t\tk[6] = src[8];\n\t\tk[7] = src[1];\n\t\tk[8] = src[2];\n\t\ttempDst3 = dst[3];\n\t\tdst[3] = dst[2];\n\t\tdst[2] = dst[1];\n\t\tdst[1] = dst[0];\n\t\tdst[0] = tempDst3;\n\t\tScalePixel(blendResult.yzwx, k, dst);\n\n\t\t// Rotate the destination pixels back to 0 degrees.\n\t\ttempDst3 = dst[3];\n\t\tdst[3] = dst[2];\n\t\tdst[2] = dst[1];\n\t\tdst[1] = dst[0];\n\t\tdst[0] = tempDst3;\n\t}\n\n\tOUTPUT[gxy] = float4(dst[0], 1);\n\n\t++gxy.x;\n\tOUTPUT[gxy] = float4(dst[1], 1);\n\n\t++gxy.y;\n\tOUTPUT[gxy] = float4(dst[2], 1);\n\n\t--gxy.x;\n\tOUTPUT[gxy] = float4(dst[3], 1);\n}\n"
},
{
"path": "src/Effects/xBRZ/xBRZ_3x.hlsl",
"content": "// 移植自 https://github.com/libretro/common-shaders/blob/master/xbrz/shaders/3xbrz.cg\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 3\n//!HEIGHT INPUT_HEIGHT * 3\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 24\n//!NUM_THREADS 64\n\n#define BLEND_NONE 0\n#define BLEND_NORMAL 1\n#define BLEND_DOMINANT 2\n#define LUMINANCE_WEIGHT 1.0\n#define EQUAL_COLOR_TOLERANCE 30.0/255.0\n#define STEEP_DIRECTION_THRESHOLD 2.2\n#define DOMINANT_DIRECTION_THRESHOLD 3.6\n\nstatic const float one_third = 1.0 / 3.0;\nstatic const float two_third = 2.0 / 3.0;\n\nfloat reduce(const float3 color) {\n\treturn dot(color, float3(65536.0, 256.0, 1.0));\n}\n\nfloat DistYCbCr(const float3 pixA, const float3 pixB) {\n\tconst float3 w = float3(0.2627, 0.6780, 0.0593);\n\tconst float scaleB = 0.5 / (1.0 - w.b);\n\tconst float scaleR = 0.5 / (1.0 - w.r);\n\tfloat3 diff = pixA - pixB;\n\tfloat Y = dot(diff, w);\n\tfloat Cb = scaleB * (diff.b - Y);\n\tfloat Cr = scaleR * (diff.r - Y);\n\n\treturn sqrt(((LUMINANCE_WEIGHT * Y) * (LUMINANCE_WEIGHT * Y)) + (Cb * Cb) + (Cr * Cr));\n}\n\nbool IsPixEqual(const float3 pixA, const float3 pixB) {\n\treturn (DistYCbCr(pixA, pixB) < EQUAL_COLOR_TOLERANCE);\n}\n\nbool IsBlendingNeeded(const int4 blend) {\n\treturn any(!(blend == int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE)));\n}\n\nvoid ScalePixel(const int4 blend, const float3 k[9], inout float3 dst[9]) {\n\tfloat v0 = reduce(k[0]);\n\tfloat v4 = reduce(k[4]);\n\tfloat v5 = reduce(k[5]);\n\tfloat v7 = reduce(k[7]);\n\tfloat v8 = reduce(k[8]);\n\n\tfloat dist_01_04 = DistYCbCr(k[1], k[4]);\n\tfloat dist_03_08 = DistYCbCr(k[3], k[8]);\n\tbool haveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v0 != v4) && (v5 != v4);\n\tbool haveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v0 != v8) && (v7 != v8);\n\tbool needBlend = (blend[2] != BLEND_NONE);\n\tbool doLineBlend = (blend[2] >= BLEND_DOMINANT ||\n\t\t!((blend[1] != BLEND_NONE && !IsPixEqual(k[0], k[4])) ||\n\t\t\t(blend[3] != BLEND_NONE && !IsPixEqual(k[0], k[8])) ||\n\t\t\t(IsPixEqual(k[4], k[3]) && IsPixEqual(k[3], k[2]) && IsPixEqual(k[2], k[1]) && IsPixEqual(k[1], k[8]) && !IsPixEqual(k[0], k[2]))));\n\n\tfloat3 blendPix = (DistYCbCr(k[0], k[1]) <= DistYCbCr(k[0], k[3])) ? k[1] : k[3];\n\tdst[1] = lerp(dst[1], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 0.750 : ((haveShallowLine) ? 0.250 : 0.125)) : 0.000);\n\tdst[2] = lerp(dst[2], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.4545939598) : 0.000);\n\tdst[3] = lerp(dst[3], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 0.750 : ((haveSteepLine) ? 0.250 : 0.125)) : 0.000);\n\tdst[4] = lerp(dst[4], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\tdst[8] = lerp(dst[8], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n}\n\nconst static uint destIdx[3][3] = {\n\t{6, 7, 8},\n\t{5, 0, 1},\n\t{4, 3, 2}\n};\n\n//---------------------------------------\n// Input Pixel Mapping: --|21|22|23|--\n// 19|06|07|08|09\n// 18|05|00|01|10\n// 17|04|03|02|11\n// --|15|14|13|--\n//\n// Output Pixel Mapping: 06|07|08\n// 05|00|01\n// 04|03|02\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tconst uint2 gxy = (Rmp8x8(threadId.x) * 3) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 inputPt = GetInputPt();\n\tconst float2 pos = ((gxy / 3) + 0.5f) * inputPt;\n\n\t// A1 B1 C1\n\t// A0 A B C C4\n\t// D0 D E F F4\n\t// G0 G H I I4\n\t// G5 H5 I5\n\n\tconst float4 t1 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -2.0 * inputPt.y);\t// A1 B1 C1\n\tconst float4 t2 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -inputPt.y);\t\t// A B C\n\tconst float4 t3 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 0);\t\t\t\t\t// D E F\n\tconst float4 t4 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, inputPt.y);\t\t\t// G H I\n\tconst float4 t5 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 2.0 * inputPt.y);\t// G5 H5 I5\n\tconst float4 t6 = pos.xyyy + float4(-2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// A0 D0 G0\n\tconst float4 t7 = pos.xyyy + float4(2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// C4 F4 I4\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat3 src[25];\n\n\tsrc[21] = INPUT.SampleLevel(sam, t1.xw, 0).rgb;\n\tsrc[22] = INPUT.SampleLevel(sam, t1.yw, 0).rgb;\n\tsrc[23] = INPUT.SampleLevel(sam, t1.zw, 0).rgb;\n\tsrc[6] = INPUT.SampleLevel(sam, t2.xw, 0).rgb;\n\tsrc[7] = INPUT.SampleLevel(sam, t2.yw, 0).rgb;\n\tsrc[8] = INPUT.SampleLevel(sam, t2.zw, 0).rgb;\n\tsrc[5] = INPUT.SampleLevel(sam, t3.xw, 0).rgb;\n\tsrc[0] = INPUT.SampleLevel(sam, t3.yw, 0).rgb;\n\tsrc[1] = INPUT.SampleLevel(sam, t3.zw, 0).rgb;\n\tsrc[4] = INPUT.SampleLevel(sam, t4.xw, 0).rgb;\n\tsrc[3] = INPUT.SampleLevel(sam, t4.yw, 0).rgb;\n\tsrc[2] = INPUT.SampleLevel(sam, t4.zw, 0).rgb;\n\tsrc[15] = INPUT.SampleLevel(sam, t5.xw, 0).rgb;\n\tsrc[14] = INPUT.SampleLevel(sam, t5.yw, 0).rgb;\n\tsrc[13] = INPUT.SampleLevel(sam, t5.zw, 0).rgb;\n\tsrc[19] = INPUT.SampleLevel(sam, t6.xy, 0).rgb;\n\tsrc[18] = INPUT.SampleLevel(sam, t6.xz, 0).rgb;\n\tsrc[17] = INPUT.SampleLevel(sam, t6.xw, 0).rgb;\n\tsrc[9] = INPUT.SampleLevel(sam, t7.xy, 0).rgb;\n\tsrc[10] = INPUT.SampleLevel(sam, t7.xz, 0).rgb;\n\tsrc[11] = INPUT.SampleLevel(sam, t7.xw, 0).rgb;\n\n\tfloat v[9];\n\tv[0] = reduce(src[0]);\n\tv[1] = reduce(src[1]);\n\tv[2] = reduce(src[2]);\n\tv[3] = reduce(src[3]);\n\tv[4] = reduce(src[4]);\n\tv[5] = reduce(src[5]);\n\tv[6] = reduce(src[6]);\n\tv[7] = reduce(src[7]);\n\tv[8] = reduce(src[8]);\n\n\tint4 blendResult = int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE);\n\n\t// Preprocess corners\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|--|07|08|--\n\t// --|05|00|01|10\n\t// --|04|03|02|11\n\t// --|--|14|13|--\n\n\t// Corner (1, 1)\n\tif (!((v[0] == v[1] && v[3] == v[2]) || (v[0] == v[3] && v[1] == v[2]))) {\n\t\tfloat dist_03_01 = DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + DistYCbCr(src[14], src[2]) + DistYCbCr(src[2], src[10]) + (4.0 * DistYCbCr(src[3], src[1]));\n\t\tfloat dist_00_02 = DistYCbCr(src[5], src[3]) + DistYCbCr(src[3], src[13]) + DistYCbCr(src[7], src[1]) + DistYCbCr(src[1], src[11]) + (4.0 * DistYCbCr(src[0], src[2]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_03_01) < dist_00_02;\n\t\tblendResult[2] = ((dist_03_01 < dist_00_02) && (v[0] != v[1]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|06|07|--|--\n\t// 18|05|00|01|--\n\t// 17|04|03|02|--\n\t// --|15|14|--|--\n\t// Corner (0, 1)\n\tif (!((v[5] == v[0] && v[4] == v[3]) || (v[5] == v[4] && v[0] == v[3]))) {\n\t\tfloat dist_04_00 = DistYCbCr(src[17], src[5]) + DistYCbCr(src[5], src[7]) + DistYCbCr(src[15], src[3]) + DistYCbCr(src[3], src[1]) + (4.0 * DistYCbCr(src[4], src[0]));\n\t\tfloat dist_05_03 = DistYCbCr(src[18], src[4]) + DistYCbCr(src[4], src[14]) + DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + (4.0 * DistYCbCr(src[5], src[3]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_03) < dist_04_00;\n\t\tblendResult[3] = ((dist_04_00 > dist_05_03) && (v[0] != v[5]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|--|22|23|--\n\t// --|06|07|08|09\n\t// --|05|00|01|10\n\t// --|--|03|02|--\n\t// --|--|--|--|--\n\t// Corner (1, 0)\n\tif (!((v[7] == v[8] && v[0] == v[1]) || (v[7] == v[0] && v[8] == v[1]))) {\n\t\tfloat dist_00_08 = DistYCbCr(src[5], src[7]) + DistYCbCr(src[7], src[23]) + DistYCbCr(src[3], src[1]) + DistYCbCr(src[1], src[9]) + (4.0 * DistYCbCr(src[0], src[8]));\n\t\tfloat dist_07_01 = DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + DistYCbCr(src[22], src[8]) + DistYCbCr(src[8], src[10]) + (4.0 * DistYCbCr(src[7], src[1]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_07_01) < dist_00_08;\n\t\tblendResult[1] = ((dist_00_08 > dist_07_01) && (v[0] != v[7]) && (v[0] != v[1])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|21|22|--|--\n\t// 19|06|07|08|--\n\t// 18|05|00|01|--\n\t// --|04|03|--|--\n\t// --|--|--|--|--\n\t// Corner (0, 0)\n\tif (!((v[6] == v[7] && v[5] == v[0]) || (v[6] == v[5] && v[7] == v[0]))) {\n\t\tfloat dist_05_07 = DistYCbCr(src[18], src[6]) + DistYCbCr(src[6], src[22]) + DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + (4.0 * DistYCbCr(src[5], src[7]));\n\t\tfloat dist_06_00 = DistYCbCr(src[19], src[5]) + DistYCbCr(src[5], src[3]) + DistYCbCr(src[21], src[7]) + DistYCbCr(src[7], src[1]) + (4.0 * DistYCbCr(src[6], src[0]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_07) < dist_06_00;\n\t\tblendResult[0] = ((dist_05_07 < dist_06_00) && (v[0] != v[5]) && (v[0] != v[7])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\tfloat3 dst[9];\n\tdst[0] = src[0];\n\tdst[1] = src[0];\n\tdst[2] = src[0];\n\tdst[3] = src[0];\n\tdst[4] = src[0];\n\tdst[5] = src[0];\n\tdst[6] = src[0];\n\tdst[7] = src[0];\n\tdst[8] = src[0];\n\n\t// Scale pixel\n\tif (IsBlendingNeeded(blendResult)) {\n\t\tfloat3 k[9];\n\t\tfloat3 tempDst8;\n\t\tfloat3 tempDst7;\n\n\t\tk[8] = src[8];\n\t\tk[7] = src[7];\n\t\tk[6] = src[6];\n\t\tk[5] = src[5];\n\t\tk[4] = src[4];\n\t\tk[3] = src[3];\n\t\tk[2] = src[2];\n\t\tk[1] = src[1];\n\t\tk[0] = src[0];\n\t\tScalePixel(blendResult.xyzw, k, dst);\n\n\t\tk[8] = src[6];\n\t\tk[7] = src[5];\n\t\tk[6] = src[4];\n\t\tk[5] = src[3];\n\t\tk[4] = src[2];\n\t\tk[3] = src[1];\n\t\tk[2] = src[8];\n\t\tk[1] = src[7];\n\t\ttempDst8 = dst[8];\n\t\ttempDst7 = dst[7];\n\t\tdst[8] = dst[6];\n\t\tdst[7] = dst[5];\n\t\tdst[6] = dst[4];\n\t\tdst[5] = dst[3];\n\t\tdst[4] = dst[2];\n\t\tdst[3] = dst[1];\n\t\tdst[2] = tempDst8;\n\t\tdst[1] = tempDst7;\n\t\tScalePixel(blendResult.wxyz, k, dst);\n\n\t\tk[8] = src[4];\n\t\tk[7] = src[3];\n\t\tk[6] = src[2];\n\t\tk[5] = src[1];\n\t\tk[4] = src[8];\n\t\tk[3] = src[7];\n\t\tk[2] = src[6];\n\t\tk[1] = src[5];\n\t\ttempDst8 = dst[8];\n\t\ttempDst7 = dst[7];\n\t\tdst[8] = dst[6];\n\t\tdst[7] = dst[5];\n\t\tdst[6] = dst[4];\n\t\tdst[5] = dst[3];\n\t\tdst[4] = dst[2];\n\t\tdst[3] = dst[1];\n\t\tdst[2] = tempDst8;\n\t\tdst[1] = tempDst7;\n\t\tScalePixel(blendResult.zwxy, k, dst);\n\n\t\tk[8] = src[2];\n\t\tk[7] = src[1];\n\t\tk[6] = src[8];\n\t\tk[5] = src[7];\n\t\tk[4] = src[6];\n\t\tk[3] = src[5];\n\t\tk[2] = src[4];\n\t\tk[1] = src[3];\n\t\ttempDst8 = dst[8];\n\t\ttempDst7 = dst[7];\n\t\tdst[8] = dst[6];\n\t\tdst[7] = dst[5];\n\t\tdst[6] = dst[4];\n\t\tdst[5] = dst[3];\n\t\tdst[4] = dst[2];\n\t\tdst[3] = dst[1];\n\t\tdst[2] = tempDst8;\n\t\tdst[1] = tempDst7;\n\t\tScalePixel(blendResult.yzwx, k, dst);\n\n\t\t// Rotate the destination pixels back to 0 degrees.\n\t\ttempDst8 = dst[8];\n\t\ttempDst7 = dst[7];\n\t\tdst[8] = dst[6];\n\t\tdst[7] = dst[5];\n\t\tdst[6] = dst[4];\n\t\tdst[5] = dst[3];\n\t\tdst[4] = dst[2];\n\t\tdst[3] = dst[1];\n\t\tdst[2] = tempDst8;\n\t\tdst[1] = tempDst7;\n\t}\n\n\t[unroll]\n\tfor (uint i = 0; i < 3; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 3; ++j) {\n\t\t\tOUTPUT[gxy + uint2(i, j)] = float4(dst[destIdx[j][i]], 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/xBRZ/xBRZ_4x.hlsl",
"content": "// 移植自 https://github.com/libretro/common-shaders/blob/master/xbrz/shaders/4xbrz.cg\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 4\n//!HEIGHT INPUT_HEIGHT * 4\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 32\n//!NUM_THREADS 64\n\n#define BLEND_NONE 0\n#define BLEND_NORMAL 1\n#define BLEND_DOMINANT 2\n#define LUMINANCE_WEIGHT 1.0\n#define EQUAL_COLOR_TOLERANCE 30.0/255.0\n#define STEEP_DIRECTION_THRESHOLD 2.2\n#define DOMINANT_DIRECTION_THRESHOLD 3.6\n\nfloat reduce(const float3 color) {\n\treturn dot(color, float3(65536.0, 256.0, 1.0));\n}\n\nfloat DistYCbCr(const float3 pixA, const float3 pixB) {\n\tconst float3 w = float3(0.2627, 0.6780, 0.0593);\n\tconst float scaleB = 0.5 / (1.0 - w.b);\n\tconst float scaleR = 0.5 / (1.0 - w.r);\n\tfloat3 diff = pixA - pixB;\n\tfloat Y = dot(diff, w);\n\tfloat Cb = scaleB * (diff.b - Y);\n\tfloat Cr = scaleR * (diff.r - Y);\n\n\treturn sqrt(((LUMINANCE_WEIGHT * Y) * (LUMINANCE_WEIGHT * Y)) + (Cb * Cb) + (Cr * Cr));\n}\n\nbool IsPixEqual(const float3 pixA, const float3 pixB) {\n\treturn (DistYCbCr(pixA, pixB) < EQUAL_COLOR_TOLERANCE);\n}\n\nbool IsBlendingNeeded(const int4 blend) {\n\treturn any(!(blend == int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE)));\n}\n\nconst static uint destIdx[4][4] = {\n\t{ 6, 7, 8, 9},\n\t{ 5, 0, 1, 10},\n\t{ 4, 3, 2, 11},\n\t{15, 14, 13, 12}\n};\n\n//---------------------------------------\n// Input Pixel Mapping: --|21|22|23|--\n// 19|06|07|08|09\n// 18|05|00|01|10\n// 17|04|03|02|11\n// --|15|14|13|--\n//\n// Output Pixel Mapping: 06|07|08|09\n// 05|00|01|10\n// 04|03|02|11\n// 15|14|13|12\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) << 2) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 inputPt = GetInputPt();\n\tconst float2 pos = ((gxy >> 2) + 0.5f) * inputPt;\n\n\t// A1 B1 C1\n\t// A0 A B C C4\n\t// D0 D E F F4\n\t// G0 G H I I4\n\t// G5 H5 I5\n\n\tfloat4 t1 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -2.0 * inputPt.y); // A1 B1 C1\n\tfloat4 t2 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -inputPt.y);\t\t// A B C\n\tfloat4 t3 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 0);\t\t\t\t// D E F\n\tfloat4 t4 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, inputPt.y);\t\t// G H I\n\tfloat4 t5 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 2.0 * inputPt.y);\t// G5 H5 I5\n\tfloat4 t6 = pos.xyyy + float4(-2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// A0 D0 G0\n\tfloat4 t7 = pos.xyyy + float4(2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// C4 F4 I4\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat3 src[25];\n\n\tsrc[21] = INPUT.SampleLevel(sam, t1.xw, 0).rgb;\n\tsrc[22] = INPUT.SampleLevel(sam, t1.yw, 0).rgb;\n\tsrc[23] = INPUT.SampleLevel(sam, t1.zw, 0).rgb;\n\tsrc[6] = INPUT.SampleLevel(sam, t2.xw, 0).rgb;\n\tsrc[7] = INPUT.SampleLevel(sam, t2.yw, 0).rgb;\n\tsrc[8] = INPUT.SampleLevel(sam, t2.zw, 0).rgb;\n\tsrc[5] = INPUT.SampleLevel(sam, t3.xw, 0).rgb;\n\tsrc[0] = INPUT.SampleLevel(sam, t3.yw, 0).rgb;\n\tsrc[1] = INPUT.SampleLevel(sam, t3.zw, 0).rgb;\n\tsrc[4] = INPUT.SampleLevel(sam, t4.xw, 0).rgb;\n\tsrc[3] = INPUT.SampleLevel(sam, t4.yw, 0).rgb;\n\tsrc[2] = INPUT.SampleLevel(sam, t4.zw, 0).rgb;\n\tsrc[15] = INPUT.SampleLevel(sam, t5.xw, 0).rgb;\n\tsrc[14] = INPUT.SampleLevel(sam, t5.yw, 0).rgb;\n\tsrc[13] = INPUT.SampleLevel(sam, t5.zw, 0).rgb;\n\tsrc[19] = INPUT.SampleLevel(sam, t6.xy, 0).rgb;\n\tsrc[18] = INPUT.SampleLevel(sam, t6.xz, 0).rgb;\n\tsrc[17] = INPUT.SampleLevel(sam, t6.xw, 0).rgb;\n\tsrc[9] = INPUT.SampleLevel(sam, t7.xy, 0).rgb;\n\tsrc[10] = INPUT.SampleLevel(sam, t7.xz, 0).rgb;\n\tsrc[11] = INPUT.SampleLevel(sam, t7.xw, 0).rgb;\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat v[9];\n\tv[0] = reduce(src[0]);\n\tv[1] = reduce(src[1]);\n\tv[2] = reduce(src[2]);\n\tv[3] = reduce(src[3]);\n\tv[4] = reduce(src[4]);\n\tv[5] = reduce(src[5]);\n\tv[6] = reduce(src[6]);\n\tv[7] = reduce(src[7]);\n\tv[8] = reduce(src[8]);\n\n\tint4 blendResult = int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE);\n\n\t// Preprocess corners\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|--|07|08|--\n\t// --|05|00|01|10\n\t// --|04|03|02|11\n\t// --|--|14|13|--\n\n\t// Corner (1, 1)\n\tif (!((v[0] == v[1] && v[3] == v[2]) || (v[0] == v[3] && v[1] == v[2]))) {\n\t\tfloat dist_03_01 = DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + DistYCbCr(src[14], src[2]) + DistYCbCr(src[2], src[10]) + (4.0 * DistYCbCr(src[3], src[1]));\n\t\tfloat dist_00_02 = DistYCbCr(src[5], src[3]) + DistYCbCr(src[3], src[13]) + DistYCbCr(src[7], src[1]) + DistYCbCr(src[1], src[11]) + (4.0 * DistYCbCr(src[0], src[2]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_03_01) < dist_00_02;\n\t\tblendResult[2] = ((dist_03_01 < dist_00_02) && (v[0] != v[1]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|06|07|--|--\n\t// 18|05|00|01|--\n\t// 17|04|03|02|--\n\t// --|15|14|--|--\n\t// Corner (0, 1)\n\tif (!((v[5] == v[0] && v[4] == v[3]) || (v[5] == v[4] && v[0] == v[3]))) {\n\t\tfloat dist_04_00 = DistYCbCr(src[17], src[5]) + DistYCbCr(src[5], src[7]) + DistYCbCr(src[15], src[3]) + DistYCbCr(src[3], src[1]) + (4.0 * DistYCbCr(src[4], src[0]));\n\t\tfloat dist_05_03 = DistYCbCr(src[18], src[4]) + DistYCbCr(src[4], src[14]) + DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + (4.0 * DistYCbCr(src[5], src[3]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_03) < dist_04_00;\n\t\tblendResult[3] = ((dist_04_00 > dist_05_03) && (v[0] != v[5]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|--|22|23|--\n\t// --|06|07|08|09\n\t// --|05|00|01|10\n\t// --|--|03|02|--\n\t// --|--|--|--|--\n\t// Corner (1, 0)\n\tif (!((v[7] == v[8] && v[0] == v[1]) || (v[7] == v[0] && v[8] == v[1]))) {\n\t\tfloat dist_00_08 = DistYCbCr(src[5], src[7]) + DistYCbCr(src[7], src[23]) + DistYCbCr(src[3], src[1]) + DistYCbCr(src[1], src[9]) + (4.0 * DistYCbCr(src[0], src[8]));\n\t\tfloat dist_07_01 = DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + DistYCbCr(src[22], src[8]) + DistYCbCr(src[8], src[10]) + (4.0 * DistYCbCr(src[7], src[1]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_07_01) < dist_00_08;\n\t\tblendResult[1] = ((dist_00_08 > dist_07_01) && (v[0] != v[7]) && (v[0] != v[1])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|21|22|--|--\n\t// 19|06|07|08|--\n\t// 18|05|00|01|--\n\t// --|04|03|--|--\n\t// --|--|--|--|--\n\t// Corner (0, 0)\n\tif (!((v[6] == v[7] && v[5] == v[0]) || (v[6] == v[5] && v[7] == v[0]))) {\n\t\tfloat dist_05_07 = DistYCbCr(src[18], src[6]) + DistYCbCr(src[6], src[22]) + DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + (4.0 * DistYCbCr(src[5], src[7]));\n\t\tfloat dist_06_00 = DistYCbCr(src[19], src[5]) + DistYCbCr(src[5], src[3]) + DistYCbCr(src[21], src[7]) + DistYCbCr(src[7], src[1]) + (4.0 * DistYCbCr(src[6], src[0]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_07) < dist_06_00;\n\t\tblendResult[0] = ((dist_05_07 < dist_06_00) && (v[0] != v[5]) && (v[0] != v[7])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\tfloat3 dst[16];\n\tdst[0] = src[0];\n\tdst[1] = src[0];\n\tdst[2] = src[0];\n\tdst[3] = src[0];\n\tdst[4] = src[0];\n\tdst[5] = src[0];\n\tdst[6] = src[0];\n\tdst[7] = src[0];\n\tdst[8] = src[0];\n\tdst[9] = src[0];\n\tdst[10] = src[0];\n\tdst[11] = src[0];\n\tdst[12] = src[0];\n\tdst[13] = src[0];\n\tdst[14] = src[0];\n\tdst[15] = src[0];\n\n\t// Scale pixel\n\tif (IsBlendingNeeded(blendResult)) {\n\t\tfloat dist_01_04 = DistYCbCr(src[1], src[4]);\n\t\tfloat dist_03_08 = DistYCbCr(src[3], src[8]);\n\t\tbool haveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[4]) && (v[5] != v[4]);\n\t\tbool haveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[8]) && (v[7] != v[8]);\n\t\tbool needBlend = (blendResult[2] != BLEND_NONE);\n\t\tbool doLineBlend = (blendResult[2] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[1] != BLEND_NONE && !IsPixEqual(src[0], src[4])) ||\n\t\t\t\t(blendResult[3] != BLEND_NONE && !IsPixEqual(src[0], src[8])) ||\n\t\t\t\t(IsPixEqual(src[4], src[3]) && IsPixEqual(src[3], src[2]) && IsPixEqual(src[2], src[1]) && IsPixEqual(src[1], src[8]) && !IsPixEqual(src[0], src[2]))));\n\n\t\tfloat3 blendPix = (DistYCbCr(src[0], src[1]) <= DistYCbCr(src[0], src[3])) ? src[1] : src[3];\n\t\tdst[2] = lerp(dst[2], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 1.0 / 3.0 : 0.25) : ((haveSteepLine) ? 0.25 : 0.00)) : 0.00);\n\t\tdst[9] = lerp(dst[9], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.25 : 0.00);\n\t\tdst[10] = lerp(dst[10], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.75 : 0.00);\n\t\tdst[11] = lerp(dst[11], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.00 : ((haveShallowLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend) ? ((doLineBlend) ? 1.00 : 0.6848532563) : 0.00);\n\t\tdst[13] = lerp(dst[13], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.00 : ((haveSteepLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[14] = lerp(dst[14], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.75 : 0.00);\n\t\tdst[15] = lerp(dst[15], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.25 : 0.00);\n\n\n\t\tdist_01_04 = DistYCbCr(src[7], src[2]);\n\t\tdist_03_08 = DistYCbCr(src[1], src[6]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[2]) && (v[3] != v[2]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[6]) && (v[5] != v[6]);\n\t\tneedBlend = (blendResult[1] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[1] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[0] != BLEND_NONE && !IsPixEqual(src[0], src[2])) ||\n\t\t\t\t(blendResult[2] != BLEND_NONE && !IsPixEqual(src[0], src[6])) ||\n\t\t\t\t(IsPixEqual(src[2], src[1]) && IsPixEqual(src[1], src[8]) && IsPixEqual(src[8], src[7]) && IsPixEqual(src[7], src[6]) && !IsPixEqual(src[0], src[8]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[7]) <= DistYCbCr(src[0], src[1])) ? src[7] : src[1];\n\t\tdst[1] = lerp(dst[1], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 1.0 / 3.0 : 0.25) : ((haveSteepLine) ? 0.25 : 0.00)) : 0.00);\n\t\tdst[6] = lerp(dst[6], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.25 : 0.00);\n\t\tdst[7] = lerp(dst[7], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.75 : 0.00);\n\t\tdst[8] = lerp(dst[8], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.00 : ((haveShallowLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[9] = lerp(dst[9], blendPix, (needBlend) ? ((doLineBlend) ? 1.00 : 0.6848532563) : 0.00);\n\t\tdst[10] = lerp(dst[10], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.00 : ((haveSteepLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[11] = lerp(dst[11], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.75 : 0.00);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.25 : 0.00);\n\n\n\t\tdist_01_04 = DistYCbCr(src[5], src[8]);\n\t\tdist_03_08 = DistYCbCr(src[7], src[4]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[8]) && (v[1] != v[8]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[4]) && (v[3] != v[4]);\n\t\tneedBlend = (blendResult[0] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[0] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[3] != BLEND_NONE && !IsPixEqual(src[0], src[8])) ||\n\t\t\t\t(blendResult[1] != BLEND_NONE && !IsPixEqual(src[0], src[4])) ||\n\t\t\t\t(IsPixEqual(src[8], src[7]) && IsPixEqual(src[7], src[6]) && IsPixEqual(src[6], src[5]) && IsPixEqual(src[5], src[4]) && !IsPixEqual(src[0], src[6]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[5]) <= DistYCbCr(src[0], src[7])) ? src[5] : src[7];\n\t\tdst[0] = lerp(dst[0], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 1.0 / 3.0 : 0.25) : ((haveSteepLine) ? 0.25 : 0.00)) : 0.00);\n\t\tdst[15] = lerp(dst[15], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.25 : 0.00);\n\t\tdst[4] = lerp(dst[4], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.75 : 0.00);\n\t\tdst[5] = lerp(dst[5], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.00 : ((haveShallowLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[6] = lerp(dst[6], blendPix, (needBlend) ? ((doLineBlend) ? 1.00 : 0.6848532563) : 0.00);\n\t\tdst[7] = lerp(dst[7], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.00 : ((haveSteepLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[8] = lerp(dst[8], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.75 : 0.00);\n\t\tdst[9] = lerp(dst[9], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.25 : 0.00);\n\n\n\t\tdist_01_04 = DistYCbCr(src[3], src[6]);\n\t\tdist_03_08 = DistYCbCr(src[5], src[2]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[6]) && (v[7] != v[6]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[2]) && (v[1] != v[2]);\n\t\tneedBlend = (blendResult[3] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[3] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[2] != BLEND_NONE && !IsPixEqual(src[0], src[6])) ||\n\t\t\t\t(blendResult[0] != BLEND_NONE && !IsPixEqual(src[0], src[2])) ||\n\t\t\t\t(IsPixEqual(src[6], src[5]) && IsPixEqual(src[5], src[4]) && IsPixEqual(src[4], src[3]) && IsPixEqual(src[3], src[2]) && !IsPixEqual(src[0], src[4]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[3]) <= DistYCbCr(src[0], src[5])) ? src[3] : src[5];\n\t\tdst[3] = lerp(dst[3], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 1.0 / 3.0 : 0.25) : ((haveSteepLine) ? 0.25 : 0.00)) : 0.00);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.25 : 0.00);\n\t\tdst[13] = lerp(dst[13], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.75 : 0.00);\n\t\tdst[14] = lerp(dst[14], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.00 : ((haveShallowLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[15] = lerp(dst[15], blendPix, (needBlend) ? ((doLineBlend) ? 1.00 : 0.6848532563) : 0.00);\n\t\tdst[4] = lerp(dst[4], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.00 : ((haveSteepLine) ? 0.75 : 0.50)) : 0.08677704501) : 0.00);\n\t\tdst[5] = lerp(dst[5], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.75 : 0.00);\n\t\tdst[6] = lerp(dst[6], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.25 : 0.00);\n\t}\n\n\t[unroll]\n\tfor (uint i = 0; i < 4; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 4; ++j) {\n\t\t\tOUTPUT[gxy + uint2(i, j)] = float4(dst[destIdx[j][i]], 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/xBRZ/xBRZ_5x.hlsl",
"content": "// 移植自 https://github.com/libretro/common-shaders/blob/master/xbrz/shaders/5xbrz.cg\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 5\n//!HEIGHT INPUT_HEIGHT * 5\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 40\n//!NUM_THREADS 64\n\n#define BLEND_NONE 0\n#define BLEND_NORMAL 1\n#define BLEND_DOMINANT 2\n#define LUMINANCE_WEIGHT 1.0\n#define EQUAL_COLOR_TOLERANCE 30.0/255.0\n#define STEEP_DIRECTION_THRESHOLD 2.2\n#define DOMINANT_DIRECTION_THRESHOLD 3.6\n\nfloat reduce(const float3 color) {\n\treturn dot(color, float3(65536.0, 256.0, 1.0));\n}\n\nfloat DistYCbCr(const float3 pixA, const float3 pixB) {\n\tconst float3 w = float3(0.2627, 0.6780, 0.0593);\n\tconst float scaleB = 0.5 / (1.0 - w.b);\n\tconst float scaleR = 0.5 / (1.0 - w.r);\n\tfloat3 diff = pixA - pixB;\n\tfloat Y = dot(diff, w);\n\tfloat Cb = scaleB * (diff.b - Y);\n\tfloat Cr = scaleR * (diff.r - Y);\n\n\treturn sqrt(((LUMINANCE_WEIGHT * Y) * (LUMINANCE_WEIGHT * Y)) + (Cb * Cb) + (Cr * Cr));\n}\n\nbool IsPixEqual(const float3 pixA, const float3 pixB) {\n\treturn (DistYCbCr(pixA, pixB) < EQUAL_COLOR_TOLERANCE);\n}\n\nbool IsBlendingNeeded(const int4 blend) {\n\treturn any(!(blend == int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE)));\n}\n\nconst static uint destIdx[5][5] = {\n\t{20, 21, 22, 23, 24},\n\t{19, 6, 7, 8, 9},\n\t{18, 5, 0, 1, 10},\n\t{17, 4, 3, 2, 11},\n\t{16, 15, 14, 13, 12}\n};\n\n//---------------------------------------\n// Input Pixel Mapping: --|21|22|23|--\n// 19|06|07|08|09\n// 18|05|00|01|10\n// 17|04|03|02|11\n// --|15|14|13|--\n//\n// Output Pixel Mapping: 20|21|22|23|24\n// 19|06|07|08|09\n// 18|05|00|01|10\n// 17|04|03|02|11\n// 16|15|14|13|12\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) * 5) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 inputPt = GetInputPt();\n\tconst float2 pos = ((gxy / 5) + 0.5f) * inputPt;\n\n\t// A1 B1 C1\n\t// A0 A B C C4\n\t// D0 D E F F4\n\t// G0 G H I I4\n\t// G5 H5 I5\n\n\tfloat4 t1 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -2.0 * inputPt.y); // A1 B1 C1\n\tfloat4 t2 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -inputPt.y);\t\t// A B C\n\tfloat4 t3 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 0);\t\t\t\t// D E F\n\tfloat4 t4 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, inputPt.y);\t\t// G H I\n\tfloat4 t5 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 2.0 * inputPt.y);\t// G5 H5 I5\n\tfloat4 t6 = pos.xyyy + float4(-2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// A0 D0 G0\n\tfloat4 t7 = pos.xyyy + float4(2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// C4 F4 I4\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat3 src[25];\n\n\tsrc[21] = INPUT.SampleLevel(sam, t1.xw, 0).rgb;\n\tsrc[22] = INPUT.SampleLevel(sam, t1.yw, 0).rgb;\n\tsrc[23] = INPUT.SampleLevel(sam, t1.zw, 0).rgb;\n\tsrc[6] = INPUT.SampleLevel(sam, t2.xw, 0).rgb;\n\tsrc[7] = INPUT.SampleLevel(sam, t2.yw, 0).rgb;\n\tsrc[8] = INPUT.SampleLevel(sam, t2.zw, 0).rgb;\n\tsrc[5] = INPUT.SampleLevel(sam, t3.xw, 0).rgb;\n\tsrc[0] = INPUT.SampleLevel(sam, t3.yw, 0).rgb;\n\tsrc[1] = INPUT.SampleLevel(sam, t3.zw, 0).rgb;\n\tsrc[4] = INPUT.SampleLevel(sam, t4.xw, 0).rgb;\n\tsrc[3] = INPUT.SampleLevel(sam, t4.yw, 0).rgb;\n\tsrc[2] = INPUT.SampleLevel(sam, t4.zw, 0).rgb;\n\tsrc[15] = INPUT.SampleLevel(sam, t5.xw, 0).rgb;\n\tsrc[14] = INPUT.SampleLevel(sam, t5.yw, 0).rgb;\n\tsrc[13] = INPUT.SampleLevel(sam, t5.zw, 0).rgb;\n\tsrc[19] = INPUT.SampleLevel(sam, t6.xy, 0).rgb;\n\tsrc[18] = INPUT.SampleLevel(sam, t6.xz, 0).rgb;\n\tsrc[17] = INPUT.SampleLevel(sam, t6.xw, 0).rgb;\n\tsrc[9] = INPUT.SampleLevel(sam, t7.xy, 0).rgb;\n\tsrc[10] = INPUT.SampleLevel(sam, t7.xz, 0).rgb;\n\tsrc[11] = INPUT.SampleLevel(sam, t7.xw, 0).rgb;\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat v[9];\n\tv[0] = reduce(src[0]);\n\tv[1] = reduce(src[1]);\n\tv[2] = reduce(src[2]);\n\tv[3] = reduce(src[3]);\n\tv[4] = reduce(src[4]);\n\tv[5] = reduce(src[5]);\n\tv[6] = reduce(src[6]);\n\tv[7] = reduce(src[7]);\n\tv[8] = reduce(src[8]);\n\n\tint4 blendResult = int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE);\n\n\t// Preprocess corners\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|--|07|08|--\n\t// --|05|00|01|10\n\t// --|04|03|02|11\n\t// --|--|14|13|--\n\n\t// Corner (1, 1)\n\tif (!((v[0] == v[1] && v[3] == v[2]) || (v[0] == v[3] && v[1] == v[2]))) {\n\t\tfloat dist_03_01 = DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + DistYCbCr(src[14], src[2]) + DistYCbCr(src[2], src[10]) + (4.0 * DistYCbCr(src[3], src[1]));\n\t\tfloat dist_00_02 = DistYCbCr(src[5], src[3]) + DistYCbCr(src[3], src[13]) + DistYCbCr(src[7], src[1]) + DistYCbCr(src[1], src[11]) + (4.0 * DistYCbCr(src[0], src[2]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_03_01) < dist_00_02;\n\t\tblendResult[2] = ((dist_03_01 < dist_00_02) && (v[0] != v[1]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|06|07|--|--\n\t// 18|05|00|01|--\n\t// 17|04|03|02|--\n\t// --|15|14|--|--\n\t// Corner (0, 1)\n\tif (!((v[5] == v[0] && v[4] == v[3]) || (v[5] == v[4] && v[0] == v[3]))) {\n\t\tfloat dist_04_00 = DistYCbCr(src[17], src[5]) + DistYCbCr(src[5], src[7]) + DistYCbCr(src[15], src[3]) + DistYCbCr(src[3], src[1]) + (4.0 * DistYCbCr(src[4], src[0]));\n\t\tfloat dist_05_03 = DistYCbCr(src[18], src[4]) + DistYCbCr(src[4], src[14]) + DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + (4.0 * DistYCbCr(src[5], src[3]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_03) < dist_04_00;\n\t\tblendResult[3] = ((dist_04_00 > dist_05_03) && (v[0] != v[5]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|--|22|23|--\n\t// --|06|07|08|09\n\t// --|05|00|01|10\n\t// --|--|03|02|--\n\t// --|--|--|--|--\n\t// Corner (1, 0)\n\tif (!((v[7] == v[8] && v[0] == v[1]) || (v[7] == v[0] && v[8] == v[1]))) {\n\t\tfloat dist_00_08 = DistYCbCr(src[5], src[7]) + DistYCbCr(src[7], src[23]) + DistYCbCr(src[3], src[1]) + DistYCbCr(src[1], src[9]) + (4.0 * DistYCbCr(src[0], src[8]));\n\t\tfloat dist_07_01 = DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + DistYCbCr(src[22], src[8]) + DistYCbCr(src[8], src[10]) + (4.0 * DistYCbCr(src[7], src[1]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_07_01) < dist_00_08;\n\t\tblendResult[1] = ((dist_00_08 > dist_07_01) && (v[0] != v[7]) && (v[0] != v[1])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|21|22|--|--\n\t// 19|06|07|08|--\n\t// 18|05|00|01|--\n\t// --|04|03|--|--\n\t// --|--|--|--|--\n\t// Corner (0, 0)\n\tif (!((v[6] == v[7] && v[5] == v[0]) || (v[6] == v[5] && v[7] == v[0]))) {\n\t\tfloat dist_05_07 = DistYCbCr(src[18], src[6]) + DistYCbCr(src[6], src[22]) + DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + (4.0 * DistYCbCr(src[5], src[7]));\n\t\tfloat dist_06_00 = DistYCbCr(src[19], src[5]) + DistYCbCr(src[5], src[3]) + DistYCbCr(src[21], src[7]) + DistYCbCr(src[7], src[1]) + (4.0 * DistYCbCr(src[6], src[0]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_07) < dist_06_00;\n\t\tblendResult[0] = ((dist_05_07 < dist_06_00) && (v[0] != v[5]) && (v[0] != v[7])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\tfloat3 dst[25];\n\tdst[0] = src[0];\n\tdst[1] = src[0];\n\tdst[2] = src[0];\n\tdst[3] = src[0];\n\tdst[4] = src[0];\n\tdst[5] = src[0];\n\tdst[6] = src[0];\n\tdst[7] = src[0];\n\tdst[8] = src[0];\n\tdst[9] = src[0];\n\tdst[10] = src[0];\n\tdst[11] = src[0];\n\tdst[12] = src[0];\n\tdst[13] = src[0];\n\tdst[14] = src[0];\n\tdst[15] = src[0];\n\tdst[16] = src[0];\n\tdst[17] = src[0];\n\tdst[18] = src[0];\n\tdst[19] = src[0];\n\tdst[20] = src[0];\n\tdst[21] = src[0];\n\tdst[22] = src[0];\n\tdst[23] = src[0];\n\tdst[24] = src[0];\n\n\t// Scale pixel\n\tif (IsBlendingNeeded(blendResult)) {\n\t\tfloat dist_01_04 = DistYCbCr(src[1], src[4]);\n\t\tfloat dist_03_08 = DistYCbCr(src[3], src[8]);\n\t\tbool haveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[4]) && (v[5] != v[4]);\n\t\tbool haveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[8]) && (v[7] != v[8]);\n\t\tbool needBlend = (blendResult[2] != BLEND_NONE);\n\t\tbool doLineBlend = (blendResult[2] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[1] != BLEND_NONE && !IsPixEqual(src[0], src[4])) ||\n\t\t\t\t(blendResult[3] != BLEND_NONE && !IsPixEqual(src[0], src[8])) ||\n\t\t\t\t(IsPixEqual(src[4], src[3]) && IsPixEqual(src[3], src[2]) && IsPixEqual(src[2], src[1]) && IsPixEqual(src[1], src[8]) && !IsPixEqual(src[0], src[2]))));\n\n\t\tfloat3 blendPix = (DistYCbCr(src[0], src[1]) <= DistYCbCr(src[0], src[3])) ? src[1] : src[3];\n\t\tdst[1] = lerp(dst[1], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[2] = lerp(dst[2], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 2.0 / 3.0 : 0.750) : ((haveSteepLine) ? 0.750 : 0.125)) : 0.000);\n\t\tdst[3] = lerp(dst[3], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[9] = lerp(dst[9], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[10] = lerp(dst[10], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[11] = lerp(dst[11], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.8631434088) : 0.000);\n\t\tdst[13] = lerp(dst[13], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[14] = lerp(dst[14], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[15] = lerp(dst[15], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[16] = lerp(dst[16], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[24] = lerp(dst[24], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\n\n\t\tdist_01_04 = DistYCbCr(src[7], src[2]);\n\t\tdist_03_08 = DistYCbCr(src[1], src[6]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[2]) && (v[3] != v[2]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[6]) && (v[5] != v[6]);\n\t\tneedBlend = (blendResult[1] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[1] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[0] != BLEND_NONE && !IsPixEqual(src[0], src[2])) ||\n\t\t\t\t(blendResult[2] != BLEND_NONE && !IsPixEqual(src[0], src[6])) ||\n\t\t\t\t(IsPixEqual(src[2], src[1]) && IsPixEqual(src[1], src[8]) && IsPixEqual(src[8], src[7]) && IsPixEqual(src[7], src[6]) && !IsPixEqual(src[0], src[8]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[7]) <= DistYCbCr(src[0], src[1])) ? src[7] : src[1];\n\t\tdst[7] = lerp(dst[7], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[8] = lerp(dst[8], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 2.0 / 3.0 : 0.750) : ((haveSteepLine) ? 0.750 : 0.125)) : 0.000);\n\t\tdst[1] = lerp(dst[1], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[21] = lerp(dst[21], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[22] = lerp(dst[22], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[23] = lerp(dst[23], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[24] = lerp(dst[24], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.8631434088) : 0.000);\n\t\tdst[9] = lerp(dst[9], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[10] = lerp(dst[10], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[11] = lerp(dst[11], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[20] = lerp(dst[20], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\n\n\t\tdist_01_04 = DistYCbCr(src[5], src[8]);\n\t\tdist_03_08 = DistYCbCr(src[7], src[4]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[8]) && (v[1] != v[8]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[4]) && (v[3] != v[4]);\n\t\tneedBlend = (blendResult[0] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[0] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[3] != BLEND_NONE && !IsPixEqual(src[0], src[8])) ||\n\t\t\t\t(blendResult[1] != BLEND_NONE && !IsPixEqual(src[0], src[4])) ||\n\t\t\t\t(IsPixEqual(src[8], src[7]) && IsPixEqual(src[7], src[6]) && IsPixEqual(src[6], src[5]) && IsPixEqual(src[5], src[4]) && !IsPixEqual(src[0], src[6]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[5]) <= DistYCbCr(src[0], src[7])) ? src[5] : src[7];\n\t\tdst[5] = lerp(dst[5], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[6] = lerp(dst[6], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 2.0 / 3.0 : 0.750) : ((haveSteepLine) ? 0.750 : 0.125)) : 0.000);\n\t\tdst[7] = lerp(dst[7], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[17] = lerp(dst[17], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[18] = lerp(dst[18], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[19] = lerp(dst[19], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[20] = lerp(dst[20], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.8631434088) : 0.000);\n\t\tdst[21] = lerp(dst[21], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[22] = lerp(dst[22], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[23] = lerp(dst[23], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[24] = lerp(dst[24], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[16] = lerp(dst[16], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\n\n\t\tdist_01_04 = DistYCbCr(src[3], src[6]);\n\t\tdist_03_08 = DistYCbCr(src[5], src[2]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[6]) && (v[7] != v[6]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[2]) && (v[1] != v[2]);\n\t\tneedBlend = (blendResult[3] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[3] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[2] != BLEND_NONE && !IsPixEqual(src[0], src[6])) ||\n\t\t\t\t(blendResult[0] != BLEND_NONE && !IsPixEqual(src[0], src[2])) ||\n\t\t\t\t(IsPixEqual(src[6], src[5]) && IsPixEqual(src[5], src[4]) && IsPixEqual(src[4], src[3]) && IsPixEqual(src[3], src[2]) && !IsPixEqual(src[0], src[4]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[3]) <= DistYCbCr(src[0], src[5])) ? src[3] : src[5];\n\t\tdst[3] = lerp(dst[3], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[4] = lerp(dst[4], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? ((haveSteepLine) ? 2.0 / 3.0 : 0.750) : ((haveSteepLine) ? 0.750 : 0.125)) : 0.000);\n\t\tdst[5] = lerp(dst[5], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[13] = lerp(dst[13], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[14] = lerp(dst[14], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[15] = lerp(dst[15], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[16] = lerp(dst[16], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.8631434088) : 0.000);\n\t\tdst[17] = lerp(dst[17], blendPix, (needBlend) ? ((doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.875 : 1.000) : 0.2306749731) : 0.000);\n\t\tdst[18] = lerp(dst[18], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.250 : 0.125)) : 0.000);\n\t\tdst[19] = lerp(dst[19], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[20] = lerp(dst[20], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t}\n\n\t[unroll]\n\tfor (uint i = 0; i < 5; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 5; ++j) {\n\t\t\tOUTPUT[gxy + uint2(i, j)] = float4(dst[destIdx[j][i]], 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/xBRZ/xBRZ_6x.hlsl",
"content": "// 移植自 https://github.com/libretro/common-shaders/blob/master/xbrz/shaders/6xbrz.cg\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH * 6\n//!HEIGHT INPUT_HEIGHT * 6\nTexture2D OUTPUT;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT OUTPUT\n//!BLOCK_SIZE 48\n//!NUM_THREADS 64\n\n#define BLEND_NONE 0\n#define BLEND_NORMAL 1\n#define BLEND_DOMINANT 2\n#define LUMINANCE_WEIGHT 1.0\n#define EQUAL_COLOR_TOLERANCE 30.0/255.0\n#define STEEP_DIRECTION_THRESHOLD 2.2\n#define DOMINANT_DIRECTION_THRESHOLD 3.6\n\nstatic const float one_sixth = 1.0 / 6.0;\nstatic const float two_sixth = 2.0 / 6.0;\nstatic const float four_sixth = 4.0 / 6.0;\nstatic const float five_sixth = 5.0 / 6.0;\nfloat reduce(const float3 color) {\n\treturn dot(color, float3(65536.0, 256.0, 1.0));\n}\n\nfloat DistYCbCr(const float3 pixA, const float3 pixB) {\n\tconst float3 w = float3(0.2627, 0.6780, 0.0593);\n\tconst float scaleB = 0.5 / (1.0 - w.b);\n\tconst float scaleR = 0.5 / (1.0 - w.r);\n\tfloat3 diff = pixA - pixB;\n\tfloat Y = dot(diff, w);\n\tfloat Cb = scaleB * (diff.b - Y);\n\tfloat Cr = scaleR * (diff.r - Y);\n\n\treturn sqrt(((LUMINANCE_WEIGHT * Y) * (LUMINANCE_WEIGHT * Y)) + (Cb * Cb) + (Cr * Cr));\n}\n\nbool IsPixEqual(const float3 pixA, const float3 pixB) {\n\treturn (DistYCbCr(pixA, pixB) < EQUAL_COLOR_TOLERANCE);\n}\n\nbool IsBlendingNeeded(const int4 blend) {\n\treturn any(!(blend == int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE)));\n}\n\nconst static uint destIdx[6][6] = {\n\t{20, 21, 22, 23, 24, 25},\n\t{19, 6, 7, 8, 9, 26},\n\t{18, 5, 0, 1, 10, 27},\n\t{17, 4, 3, 2, 11, 28},\n\t{16, 15, 14, 13, 12, 29},\n\t{35, 34, 33, 32, 31, 30}\n};\n\n//---------------------------------------\n// Input Pixel Mapping: --|21|22|23|--\n// 19|06|07|08|09\n// 18|05|00|01|10\n// 17|04|03|02|11\n// --|15|14|13|--\n//\n// Output Pixel Mapping: 20|21|22|23|24|25\n// 19|06|07|08|09|26\n// 18|05|00|01|10|27\n// 17|04|03|02|11|28\n// 16|15|14|13|12|29\n// 35|34|33|32|31|30\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = (Rmp8x8(threadId.x) * 6) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tconst float2 inputPt = GetInputPt();\n\tconst float2 pos = ((gxy / 6) + 0.5f) * inputPt;\n\n\t// A1 B1 C1\n\t// A0 A B C C4\n\t// D0 D E F F4\n\t// G0 G H I I4\n\t// G5 H5 I5\n\n\tfloat4 t1 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -2.0 * inputPt.y); // A1 B1 C1\n\tfloat4 t2 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, -inputPt.y);\t\t// A B C\n\tfloat4 t3 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 0);\t\t\t\t// D E F\n\tfloat4 t4 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, inputPt.y);\t\t// G H I\n\tfloat4 t5 = pos.xxxy + float4(-inputPt.x, 0, inputPt.x, 2.0 * inputPt.y);\t// G5 H5 I5\n\tfloat4 t6 = pos.xyyy + float4(-2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// A0 D0 G0\n\tfloat4 t7 = pos.xyyy + float4(2.0 * inputPt.x, -inputPt.y, 0, inputPt.y);\t// C4 F4 I4\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat3 src[25];\n\n\tsrc[21] = INPUT.SampleLevel(sam, t1.xw, 0).rgb;\n\tsrc[22] = INPUT.SampleLevel(sam, t1.yw, 0).rgb;\n\tsrc[23] = INPUT.SampleLevel(sam, t1.zw, 0).rgb;\n\tsrc[6] = INPUT.SampleLevel(sam, t2.xw, 0).rgb;\n\tsrc[7] = INPUT.SampleLevel(sam, t2.yw, 0).rgb;\n\tsrc[8] = INPUT.SampleLevel(sam, t2.zw, 0).rgb;\n\tsrc[5] = INPUT.SampleLevel(sam, t3.xw, 0).rgb;\n\tsrc[0] = INPUT.SampleLevel(sam, t3.yw, 0).rgb;\n\tsrc[1] = INPUT.SampleLevel(sam, t3.zw, 0).rgb;\n\tsrc[4] = INPUT.SampleLevel(sam, t4.xw, 0).rgb;\n\tsrc[3] = INPUT.SampleLevel(sam, t4.yw, 0).rgb;\n\tsrc[2] = INPUT.SampleLevel(sam, t4.zw, 0).rgb;\n\tsrc[15] = INPUT.SampleLevel(sam, t5.xw, 0).rgb;\n\tsrc[14] = INPUT.SampleLevel(sam, t5.yw, 0).rgb;\n\tsrc[13] = INPUT.SampleLevel(sam, t5.zw, 0).rgb;\n\tsrc[19] = INPUT.SampleLevel(sam, t6.xy, 0).rgb;\n\tsrc[18] = INPUT.SampleLevel(sam, t6.xz, 0).rgb;\n\tsrc[17] = INPUT.SampleLevel(sam, t6.xw, 0).rgb;\n\tsrc[9] = INPUT.SampleLevel(sam, t7.xy, 0).rgb;\n\tsrc[10] = INPUT.SampleLevel(sam, t7.xz, 0).rgb;\n\tsrc[11] = INPUT.SampleLevel(sam, t7.xw, 0).rgb;\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: 20|21|22|23|24\n\t// 19|06|07|08|09\n\t// 18|05|00|01|10\n\t// 17|04|03|02|11\n\t// 16|15|14|13|12\n\n\tfloat v[9];\n\tv[0] = reduce(src[0]);\n\tv[1] = reduce(src[1]);\n\tv[2] = reduce(src[2]);\n\tv[3] = reduce(src[3]);\n\tv[4] = reduce(src[4]);\n\tv[5] = reduce(src[5]);\n\tv[6] = reduce(src[6]);\n\tv[7] = reduce(src[7]);\n\tv[8] = reduce(src[8]);\n\n\tint4 blendResult = int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE);\n\n\t// Preprocess corners\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|--|07|08|--\n\t// --|05|00|01|10\n\t// --|04|03|02|11\n\t// --|--|14|13|--\n\t// Corner (1, 1)\n\tif (!((v[0] == v[1] && v[3] == v[2]) || (v[0] == v[3] && v[1] == v[2]))) {\n\t\tfloat dist_03_01 = DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + DistYCbCr(src[14], src[2]) + DistYCbCr(src[2], src[10]) + (4.0 * DistYCbCr(src[3], src[1]));\n\t\tfloat dist_00_02 = DistYCbCr(src[5], src[3]) + DistYCbCr(src[3], src[13]) + DistYCbCr(src[7], src[1]) + DistYCbCr(src[1], src[11]) + (4.0 * DistYCbCr(src[0], src[2]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_03_01) < dist_00_02;\n\t\tblendResult[2] = ((dist_03_01 < dist_00_02) && (v[0] != v[1]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\n\t// Pixel Tap Mapping: --|--|--|--|--\n\t// --|06|07|--|--\n\t// 18|05|00|01|--\n\t// 17|04|03|02|--\n\t// --|15|14|--|--\n\t// Corner (0, 1)\n\tif (!((v[5] == v[0] && v[4] == v[3]) || (v[5] == v[4] && v[0] == v[3]))) {\n\t\tfloat dist_04_00 = DistYCbCr(src[17], src[5]) + DistYCbCr(src[5], src[7]) + DistYCbCr(src[15], src[3]) + DistYCbCr(src[3], src[1]) + (4.0 * DistYCbCr(src[4], src[0]));\n\t\tfloat dist_05_03 = DistYCbCr(src[18], src[4]) + DistYCbCr(src[4], src[14]) + DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + (4.0 * DistYCbCr(src[5], src[3]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_03) < dist_04_00;\n\t\tblendResult[3] = ((dist_04_00 > dist_05_03) && (v[0] != v[5]) && (v[0] != v[3])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|--|22|23|--\n\t// --|06|07|08|09\n\t// --|05|00|01|10\n\t// --|--|03|02|--\n\t// --|--|--|--|--\n\t// Corner (1, 0)\n\tif (!((v[7] == v[8] && v[0] == v[1]) || (v[7] == v[0] && v[8] == v[1]))) {\n\t\tfloat dist_00_08 = DistYCbCr(src[5], src[7]) + DistYCbCr(src[7], src[23]) + DistYCbCr(src[3], src[1]) + DistYCbCr(src[1], src[9]) + (4.0 * DistYCbCr(src[0], src[8]));\n\t\tfloat dist_07_01 = DistYCbCr(src[6], src[0]) + DistYCbCr(src[0], src[2]) + DistYCbCr(src[22], src[8]) + DistYCbCr(src[8], src[10]) + (4.0 * DistYCbCr(src[7], src[1]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_07_01) < dist_00_08;\n\t\tblendResult[1] = ((dist_00_08 > dist_07_01) && (v[0] != v[7]) && (v[0] != v[1])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: --|21|22|--|--\n\t// 19|06|07|08|--\n\t// 18|05|00|01|--\n\t// --|04|03|--|--\n\t// --|--|--|--|--\n\t// Corner (0, 0)\n\tif (!((v[6] == v[7] && v[5] == v[0]) || (v[6] == v[5] && v[7] == v[0]))) {\n\t\tfloat dist_05_07 = DistYCbCr(src[18], src[6]) + DistYCbCr(src[6], src[22]) + DistYCbCr(src[4], src[0]) + DistYCbCr(src[0], src[8]) + (4.0 * DistYCbCr(src[5], src[7]));\n\t\tfloat dist_06_00 = DistYCbCr(src[19], src[5]) + DistYCbCr(src[5], src[3]) + DistYCbCr(src[21], src[7]) + DistYCbCr(src[7], src[1]) + (4.0 * DistYCbCr(src[6], src[0]));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_05_07) < dist_06_00;\n\t\tblendResult[0] = ((dist_05_07 < dist_06_00) && (v[0] != v[5]) && (v[0] != v[7])) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\tfloat3 dst[36];\n\tdst[0] = src[0];\n\tdst[1] = src[0];\n\tdst[2] = src[0];\n\tdst[3] = src[0];\n\tdst[4] = src[0];\n\tdst[5] = src[0];\n\tdst[6] = src[0];\n\tdst[7] = src[0];\n\tdst[8] = src[0];\n\tdst[9] = src[0];\n\tdst[10] = src[0];\n\tdst[11] = src[0];\n\tdst[12] = src[0];\n\tdst[13] = src[0];\n\tdst[14] = src[0];\n\tdst[15] = src[0];\n\tdst[16] = src[0];\n\tdst[17] = src[0];\n\tdst[18] = src[0];\n\tdst[19] = src[0];\n\tdst[20] = src[0];\n\tdst[21] = src[0];\n\tdst[22] = src[0];\n\tdst[23] = src[0];\n\tdst[24] = src[0];\n\tdst[25] = src[0];\n\tdst[26] = src[0];\n\tdst[27] = src[0];\n\tdst[28] = src[0];\n\tdst[29] = src[0];\n\tdst[30] = src[0];\n\tdst[31] = src[0];\n\tdst[32] = src[0];\n\tdst[33] = src[0];\n\tdst[34] = src[0];\n\tdst[35] = src[0];\n\n\t// Scale pixel\n\tif (IsBlendingNeeded(blendResult)) {\n\t\tfloat dist_01_04 = DistYCbCr(src[1], src[4]);\n\t\tfloat dist_03_08 = DistYCbCr(src[3], src[8]);\n\t\tbool haveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[4]) && (v[5] != v[4]);\n\t\tbool haveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[8]) && (v[7] != v[8]);\n\t\tbool needBlend = (blendResult[2] != BLEND_NONE);\n\t\tbool doLineBlend = (blendResult[2] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[1] != BLEND_NONE && !IsPixEqual(src[0], src[4])) ||\n\t\t\t\t(blendResult[3] != BLEND_NONE && !IsPixEqual(src[0], src[8])) ||\n\t\t\t\t(IsPixEqual(src[4], src[3]) && IsPixEqual(src[3], src[2]) && IsPixEqual(src[2], src[1]) && IsPixEqual(src[1], src[8]) && !IsPixEqual(src[0], src[2]))));\n\n\t\tfloat3 blendPix = (DistYCbCr(src[0], src[1]) <= DistYCbCr(src[0], src[3])) ? src[1] : src[3];\n\t\tdst[10] = lerp(dst[10], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[11] = lerp(dst[11], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 0.750 : ((haveShallowLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[12] = lerp(dst[12], blendPix, (needBlend && doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.500 : 1.000) : 0.000);\n\t\tdst[13] = lerp(dst[13], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 0.750 : ((haveSteepLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[14] = lerp(dst[14], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[25] = lerp(dst[25], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[26] = lerp(dst[26], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[27] = lerp(dst[27], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 1.000 : 0.000);\n\t\tdst[28] = lerp(dst[28], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[29] = lerp(dst[29], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[30] = lerp(dst[30], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.9711013910) : 0.000);\n\t\tdst[31] = lerp(dst[31], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[32] = lerp(dst[32], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[33] = lerp(dst[33], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 1.000 : 0.000);\n\t\tdst[34] = lerp(dst[34], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[35] = lerp(dst[35], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\n\n\t\tdist_01_04 = DistYCbCr(src[7], src[2]);\n\t\tdist_03_08 = DistYCbCr(src[1], src[6]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[2]) && (v[3] != v[2]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[6]) && (v[5] != v[6]);\n\t\tneedBlend = (blendResult[1] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[1] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[0] != BLEND_NONE && !IsPixEqual(src[0], src[2])) ||\n\t\t\t\t(blendResult[2] != BLEND_NONE && !IsPixEqual(src[0], src[6])) ||\n\t\t\t\t(IsPixEqual(src[2], src[1]) && IsPixEqual(src[1], src[8]) && IsPixEqual(src[8], src[7]) && IsPixEqual(src[7], src[6]) && !IsPixEqual(src[0], src[8]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[7]) <= DistYCbCr(src[0], src[1])) ? src[7] : src[1];\n\t\tdst[7] = lerp(dst[7], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[8] = lerp(dst[8], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 0.750 : ((haveShallowLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[9] = lerp(dst[9], blendPix, (needBlend && doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.500 : 1.000) : 0.000);\n\t\tdst[10] = lerp(dst[10], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 0.750 : ((haveSteepLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[11] = lerp(dst[11], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[20] = lerp(dst[20], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[21] = lerp(dst[21], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[22] = lerp(dst[22], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 1.000 : 0.000);\n\t\tdst[23] = lerp(dst[23], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[24] = lerp(dst[24], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[25] = lerp(dst[25], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.9711013910) : 0.000);\n\t\tdst[26] = lerp(dst[26], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[27] = lerp(dst[27], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[28] = lerp(dst[28], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 1.000 : 0.000);\n\t\tdst[29] = lerp(dst[29], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[30] = lerp(dst[30], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\n\n\t\tdist_01_04 = DistYCbCr(src[5], src[8]);\n\t\tdist_03_08 = DistYCbCr(src[7], src[4]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[8]) && (v[1] != v[8]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[4]) && (v[3] != v[4]);\n\t\tneedBlend = (blendResult[0] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[0] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[3] != BLEND_NONE && !IsPixEqual(src[0], src[8])) ||\n\t\t\t\t(blendResult[1] != BLEND_NONE && !IsPixEqual(src[0], src[4])) ||\n\t\t\t\t(IsPixEqual(src[8], src[7]) && IsPixEqual(src[7], src[6]) && IsPixEqual(src[6], src[5]) && IsPixEqual(src[5], src[4]) && !IsPixEqual(src[0], src[6]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[5]) <= DistYCbCr(src[0], src[7])) ? src[5] : src[7];\n\t\tdst[4] = lerp(dst[4], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[5] = lerp(dst[5], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 0.750 : ((haveShallowLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[6] = lerp(dst[6], blendPix, (needBlend && doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.500 : 1.000) : 0.000);\n\t\tdst[7] = lerp(dst[7], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 0.750 : ((haveSteepLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[8] = lerp(dst[8], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[35] = lerp(dst[35], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[16] = lerp(dst[16], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[17] = lerp(dst[17], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 1.000 : 0.000);\n\t\tdst[18] = lerp(dst[18], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[19] = lerp(dst[19], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[20] = lerp(dst[20], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.9711013910) : 0.000);\n\t\tdst[21] = lerp(dst[21], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[22] = lerp(dst[22], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[23] = lerp(dst[23], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 1.000 : 0.000);\n\t\tdst[24] = lerp(dst[24], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[25] = lerp(dst[25], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\n\n\t\tdist_01_04 = DistYCbCr(src[3], src[6]);\n\t\tdist_03_08 = DistYCbCr(src[5], src[2]);\n\t\thaveShallowLine = (STEEP_DIRECTION_THRESHOLD * dist_01_04 <= dist_03_08) && (v[0] != v[6]) && (v[7] != v[6]);\n\t\thaveSteepLine = (STEEP_DIRECTION_THRESHOLD * dist_03_08 <= dist_01_04) && (v[0] != v[2]) && (v[1] != v[2]);\n\t\tneedBlend = (blendResult[3] != BLEND_NONE);\n\t\tdoLineBlend = (blendResult[3] >= BLEND_DOMINANT ||\n\t\t\t!((blendResult[2] != BLEND_NONE && !IsPixEqual(src[0], src[6])) ||\n\t\t\t\t(blendResult[0] != BLEND_NONE && !IsPixEqual(src[0], src[2])) ||\n\t\t\t\t(IsPixEqual(src[6], src[5]) && IsPixEqual(src[5], src[4]) && IsPixEqual(src[4], src[3]) && IsPixEqual(src[3], src[2]) && !IsPixEqual(src[0], src[4]))));\n\n\t\tblendPix = (DistYCbCr(src[0], src[3]) <= DistYCbCr(src[0], src[5])) ? src[3] : src[5];\n\t\tdst[13] = lerp(dst[13], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[14] = lerp(dst[14], blendPix, (needBlend && doLineBlend) ? ((haveSteepLine) ? 0.750 : ((haveShallowLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[15] = lerp(dst[15], blendPix, (needBlend && doLineBlend) ? ((!haveShallowLine && !haveSteepLine) ? 0.500 : 1.000) : 0.000);\n\t\tdst[4] = lerp(dst[4], blendPix, (needBlend && doLineBlend) ? ((haveShallowLine) ? 0.750 : ((haveSteepLine) ? 0.250 : 0.000)) : 0.000);\n\t\tdst[5] = lerp(dst[5], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t\tdst[30] = lerp(dst[30], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.250 : 0.000);\n\t\tdst[31] = lerp(dst[31], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 0.750 : 0.000);\n\t\tdst[32] = lerp(dst[32], blendPix, (needBlend && doLineBlend && haveSteepLine) ? 1.000 : 0.000);\n\t\tdst[33] = lerp(dst[33], blendPix, (needBlend) ? ((doLineBlend) ? ((haveSteepLine) ? 1.000 : ((haveShallowLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[34] = lerp(dst[34], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[35] = lerp(dst[35], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.9711013910) : 0.000);\n\t\tdst[16] = lerp(dst[16], blendPix, (needBlend) ? ((doLineBlend) ? 1.000 : 0.4236372243) : 0.000);\n\t\tdst[17] = lerp(dst[17], blendPix, (needBlend) ? ((doLineBlend) ? ((haveShallowLine) ? 1.000 : ((haveSteepLine) ? 0.750 : 0.500)) : 0.05652034508) : 0.000);\n\t\tdst[18] = lerp(dst[18], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 1.000 : 0.000);\n\t\tdst[19] = lerp(dst[19], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.750 : 0.000);\n\t\tdst[20] = lerp(dst[20], blendPix, (needBlend && doLineBlend && haveShallowLine) ? 0.250 : 0.000);\n\t}\n\n\t[unroll]\n\tfor (uint i = 0; i < 6; ++i) {\n\t\t[unroll]\n\t\tfor (uint j = 0; j < 6; ++j) {\n\t\t\tOUTPUT[gxy + uint2(i, j)] = float4(dst[destIdx[j][i]], 1);\n\t\t}\n\t}\n}\n"
},
{
"path": "src/Effects/xBRZ/xBRZ_Freescale.hlsl",
"content": "// 移植自 https://github.com/libretro/common-shaders/tree/master/xbrz/shaders/xbrz-freescale-multipass\n\n//!MAGPIE EFFECT\n//!VERSION 4\n\n\n//!TEXTURE\nTexture2D INPUT;\n\n//!TEXTURE\nTexture2D OUTPUT;\n\n//!TEXTURE\n//!WIDTH INPUT_WIDTH\n//!HEIGHT INPUT_HEIGHT\n//!FORMAT R8G8B8A8_UNORM\nTexture2D tex1;\n\n//!SAMPLER\n//!FILTER POINT\nSamplerState sam;\n\n\n//!COMMON\n\n#define BLEND_NONE 0\n#define BLEND_NORMAL 1\n#define BLEND_DOMINANT 2\n#define LUMINANCE_WEIGHT 1.0\n#define EQUAL_COLOR_TOLERANCE 30.0/255.0\n#define STEEP_DIRECTION_THRESHOLD 2.2\n#define DOMINANT_DIRECTION_THRESHOLD 3.6\n\nfloat DistYCbCr(float3 pixA, float3 pixB) {\n\tconst float3 w = float3(0.2627, 0.6780, 0.0593);\n\tconst float scaleB = 0.5 / (1.0 - w.b);\n\tconst float scaleR = 0.5 / (1.0 - w.r);\n\tfloat3 diff = pixA - pixB;\n\tfloat Y = dot(diff.rgb, w);\n\tfloat Cb = scaleB * (diff.b - Y);\n\tfloat Cr = scaleR * (diff.r - Y);\n\n\treturn sqrt(((LUMINANCE_WEIGHT * Y) * (LUMINANCE_WEIGHT * Y)) + (Cb * Cb) + (Cr * Cr));\n}\n\nbool IsPixEqual(const float3 pixA, const float3 pixB) {\n\treturn (DistYCbCr(pixA, pixB) < EQUAL_COLOR_TOLERANCE);\n}\n\nfloat get_left_ratio(float2 center, float2 origin, float2 direction, float2 scale) {\n\tfloat2 P0 = center - origin;\n\tfloat2 proj = direction * (dot(P0, direction) / dot(direction, direction));\n\tfloat2 distv = P0 - proj;\n\tfloat2 orth = float2(-direction.y, direction.x);\n\tfloat side = sign(dot(P0, orth));\n\tfloat v = side * length(distv * scale);\n\n\t// return step(0, v);\n\treturn smoothstep(-sqrt(2.0) / 2.0, sqrt(2.0) / 2.0, v);\n}\n\n//#define eq(a,b) (a == b)\nbool eq(float3 a, float3 b) {\n\treturn ((a.x == b.x) && (a.y == b.y) && (a.z == b.z));\n}\n//#define neq(a,b) (a != b)\nbool neq(float3 a, float3 b) {\n\treturn !((a.x == b.x) && (a.y == b.y) && (a.z == b.z));\n}\n\n\n//!PASS 1\n//!IN INPUT\n//!OUT tex1\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\n\nvoid Pass1(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\tuint2 inputSize = GetInputSize();\n\tif (gxy.x >= inputSize.x || gxy.y >= inputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 pos = (gxy + 0.5f) * inputPt;\n\tint i, j;\n\n\tfloat3 src[5][5];\n\n\t[unroll]\n\tfor (i = 0; i <= 2; i += 2) {\n\t\t[unroll]\n\t\tfor (j = 0; j <= 2; j += 2) {\n\t\t\tfloat2 tpos = ((int2)gxy + int2(i, j) - 1) * inputPt;\n\t\t\tconst float4 sr = INPUT.GatherRed(sam, tpos, 0);\n\t\t\tconst float4 sg = INPUT.GatherGreen(sam, tpos, 0);\n\t\t\tconst float4 sb = INPUT.GatherBlue(sam, tpos, 0);\n\n\t\t\t// w z\n\t\t\t// x y\n\t\t\tsrc[i][j] = float3(sr.w, sg.w, sb.w);\n\t\t\tsrc[i][j + 1] = float3(sr.x, sg.x, sb.x);\n\t\t\tsrc[i + 1][j] = float3(sr.z, sg.z, sb.z);\n\t\t\tsrc[i + 1][j + 1] = float3(sr.y, sg.y, sb.y);\n\t\t}\n\t}\n\n\t[unroll]\n\tfor (i = 0; i < 5; ++i) {\n\t\tsrc[i][4] = INPUT.SampleLevel(sam, pos + (int2(i - 2, 2)) * inputPt, 0).rgb;\n\t}\n\t[unroll]\n\tfor (j = 0; j < 4; ++j) {\n\t\tsrc[4][j] = INPUT.SampleLevel(sam, pos + (int2(2, j - 2)) * inputPt, 0).rgb;\n\t}\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: -|x|x|x|-\n\t// x|A|B|C|x\n\t// x|D|E|F|x\n\t// x|G|H|I|x\n\t// -|x|x|x|-\n\n\tfloat3 A = src[1][1];\n\tfloat3 B = src[2][1];\n\tfloat3 C = src[3][1];\n\tfloat3 D = src[1][2];\n\tfloat3 E = src[2][2];\n\tfloat3 F = src[3][2];\n\tfloat3 G = src[1][3];\n\tfloat3 H = src[2][3];\n\tfloat3 I = src[3][3];\n\n\t// blendResult Mapping: x|y|\n\t// w|z|\n\tint4 blendResult = int4(BLEND_NONE, BLEND_NONE, BLEND_NONE, BLEND_NONE);\n\n\t// Preprocess corners\n\t// Pixel Tap Mapping: -|-|-|-|-\n\t// -|-|B|C|-\n\t// -|D|E|F|x\n\t// -|G|H|I|x\n\t// -|-|x|x|-\n\tif (!((eq(E, F) && eq(H, I)) || (eq(E, H) && eq(F, I)))) {\n\t\tfloat dist_H_F = DistYCbCr(G, E) + DistYCbCr(E, C) + DistYCbCr(src[2][4], I) + DistYCbCr(I, src[4][2]) + (4.0 * DistYCbCr(H, F));\n\t\tfloat dist_E_I = DistYCbCr(D, H) + DistYCbCr(H, src[3][4]) + DistYCbCr(B, F) + DistYCbCr(F, src[4][3]) + (4.0 * DistYCbCr(E, I));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_H_F) < dist_E_I;\n\t\tblendResult.z = ((dist_H_F < dist_E_I) && neq(E, F) && neq(E, H)) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\n\t// Pixel Tap Mapping: -|-|-|-|-\n\t// -|A|B|-|-\n\t// x|D|E|F|-\n\t// x|G|H|I|-\n\t// -|x|x|-|-\n\tif (!((eq(D, E) && eq(G, H)) || (eq(D, G) && eq(E, H)))) {\n\t\tfloat dist_G_E = DistYCbCr(src[0][3], D) + DistYCbCr(D, B) + DistYCbCr(src[1][4], H) + DistYCbCr(H, F) + (4.0 * DistYCbCr(G, E));\n\t\tfloat dist_D_H = DistYCbCr(src[0][2], G) + DistYCbCr(G, src[2][4]) + DistYCbCr(A, E) + DistYCbCr(E, I) + (4.0 * DistYCbCr(D, H));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_D_H) < dist_G_E;\n\t\tblendResult.w = ((dist_G_E > dist_D_H) && neq(E, D) && neq(E, H)) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: -|-|x|x|-\n\t// -|A|B|C|x\n\t// -|D|E|F|x\n\t// -|-|H|I|-\n\t// -|-|-|-|-\n\tif (!((eq(B, C) && eq(E, F)) || (eq(B, E) && eq(C, F)))) {\n\t\tfloat dist_E_C = DistYCbCr(D, B) + DistYCbCr(B, src[3][0]) + DistYCbCr(H, F) + DistYCbCr(F, src[4][1]) + (4.0 * DistYCbCr(E, C));\n\t\tfloat dist_B_F = DistYCbCr(A, E) + DistYCbCr(E, I) + DistYCbCr(src[2][0], C) + DistYCbCr(C, src[4][2]) + (4.0 * DistYCbCr(B, F));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_B_F) < dist_E_C;\n\t\tblendResult.y = ((dist_E_C > dist_B_F) && neq(E, B) && neq(E, F)) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\t// Pixel Tap Mapping: -|x|x|-|-\n\t// x|A|B|C|-\n\t// x|D|E|F|-\n\t// -|G|H|-|-\n\t// -|-|-|-|-\n\tif (!((eq(A, B) && eq(D, E)) || (eq(A, D) && eq(B, E)))) {\n\t\tfloat dist_D_B = DistYCbCr(src[0][2], A) + DistYCbCr(A, src[2][0]) + DistYCbCr(G, E) + DistYCbCr(E, C) + (4.0 * DistYCbCr(D, B));\n\t\tfloat dist_A_E = DistYCbCr(src[0][1], D) + DistYCbCr(D, H) + DistYCbCr(src[1][0], B) + DistYCbCr(B, F) + (4.0 * DistYCbCr(A, E));\n\t\tbool dominantGradient = (DOMINANT_DIRECTION_THRESHOLD * dist_D_B) < dist_A_E;\n\t\tblendResult.x = ((dist_D_B < dist_A_E) && neq(E, D) && neq(E, B)) ? ((dominantGradient) ? BLEND_DOMINANT : BLEND_NORMAL) : BLEND_NONE;\n\t}\n\n\tfloat4 FragColor = float4(blendResult);\n\n\t// Pixel Tap Mapping: -|-|-|-|-\n\t// -|-|B|C|-\n\t// -|D|E|F|x\n\t// -|G|H|I|x\n\t// -|-|x|x|-\n\tif (blendResult.z == BLEND_DOMINANT || (blendResult.z == BLEND_NORMAL &&\n\t\t!((blendResult.y != BLEND_NONE && !IsPixEqual(E, G)) || (blendResult.w != BLEND_NONE && !IsPixEqual(E, C)) ||\n\t\t\t(IsPixEqual(G, H) && IsPixEqual(H, I) && IsPixEqual(I, F) && IsPixEqual(F, C) && !IsPixEqual(E, I))))) {\n\t\tFragColor.z += 4.0;\n\n\t\tfloat dist_F_G = DistYCbCr(F, G);\n\t\tfloat dist_H_C = DistYCbCr(H, C);\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_F_G <= dist_H_C) && neq(E, G) && neq(D, G))\n\t\t\tFragColor.z += 16.0;\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_H_C <= dist_F_G) && neq(E, C) && neq(B, C))\n\t\t\tFragColor.z += 64.0;\n\t}\n\n\t// Pixel Tap Mapping: -|-|-|-|-\n\t// -|A|B|-|-\n\t// x|D|E|F|-\n\t// x|G|H|I|-\n\t// -|x|x|-|-\n\tif (blendResult.w == BLEND_DOMINANT || (blendResult.w == BLEND_NORMAL &&\n\t\t!((blendResult.z != BLEND_NONE && !IsPixEqual(E, A)) || (blendResult.x != BLEND_NONE && !IsPixEqual(E, I)) ||\n\t\t\t(IsPixEqual(A, D) && IsPixEqual(D, G) && IsPixEqual(G, H) && IsPixEqual(H, I) && !IsPixEqual(E, G))))) {\n\t\tFragColor.w += 4.0;\n\n\t\tfloat dist_H_A = DistYCbCr(H, A);\n\t\tfloat dist_D_I = DistYCbCr(D, I);\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_H_A <= dist_D_I) && neq(E, A) && neq(B, A))\n\t\t\tFragColor.w += 16.0;\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_D_I <= dist_H_A) && neq(E, I) && neq(F, I))\n\t\t\tFragColor.w += 64.0;\n\t}\n\n\t// Pixel Tap Mapping: -|-|x|x|-\n\t// -|A|B|C|x\n\t// -|D|E|F|x\n\t// -|-|H|I|-\n\t// -|-|-|-|-\n\tif (blendResult.y == BLEND_DOMINANT || (blendResult.y == BLEND_NORMAL &&\n\t\t!((blendResult.x != BLEND_NONE && !IsPixEqual(E, I)) || (blendResult.z != BLEND_NONE && !IsPixEqual(E, A)) ||\n\t\t\t(IsPixEqual(I, F) && IsPixEqual(F, C) && IsPixEqual(C, B) && IsPixEqual(B, A) && !IsPixEqual(E, C))))) {\n\t\tFragColor.y += 4.0;\n\n\t\tfloat dist_B_I = DistYCbCr(B, I);\n\t\tfloat dist_F_A = DistYCbCr(F, A);\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_B_I <= dist_F_A) && neq(E, I) && neq(H, I))\n\t\t\tFragColor.y += 16.0;\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_F_A <= dist_B_I) && neq(E, A) && neq(D, A))\n\t\t\tFragColor.y += 64.0;\n\t}\n\n\t// Pixel Tap Mapping: -|x|x|-|-\n\t// x|A|B|C|-\n\t// x|D|E|F|-\n\t// -|G|H|-|-\n\t// -|-|-|-|-\n\tif (blendResult.x == BLEND_DOMINANT || (blendResult.x == BLEND_NORMAL &&\n\t\t!((blendResult.w != BLEND_NONE && !IsPixEqual(E, C)) || (blendResult.y != BLEND_NONE && !IsPixEqual(E, G)) ||\n\t\t\t(IsPixEqual(C, B) && IsPixEqual(B, A) && IsPixEqual(A, D) && IsPixEqual(D, G) && !IsPixEqual(E, A))))) {\n\t\tFragColor.x += 4.0;\n\n\t\tfloat dist_D_C = DistYCbCr(D, C);\n\t\tfloat dist_B_G = DistYCbCr(B, G);\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_D_C <= dist_B_G) && neq(E, C) && neq(F, C))\n\t\t\tFragColor.x += 16.0;\n\n\t\tif ((STEEP_DIRECTION_THRESHOLD * dist_B_G <= dist_D_C) && neq(E, G) && neq(H, G))\n\t\t\tFragColor.x += 64.0;\n\t}\n\t\n\ttex1[gxy] = FragColor / 255.0;\n}\n\n\n//!PASS 2\n//!IN INPUT, tex1\n//!OUT OUTPUT\n//!BLOCK_SIZE 8\n//!NUM_THREADS 64\n\n#define P(x,y) INPUT.SampleLevel(sam, pos + inputPt * float2(x, y), 0).rgb\n\nvoid Pass2(uint2 blockStart, uint3 threadId) {\n\tuint2 gxy = Rmp8x8(threadId.x) + blockStart;\n\n\tconst uint2 outputSize = GetOutputSize();\n\tif (gxy.x >= outputSize.x || gxy.y >= outputSize.y) {\n\t\treturn;\n\t}\n\n\tfloat2 inputPt = GetInputPt();\n\tfloat2 outputPt = GetOutputPt();\n\tfloat2 pos = (gxy + 0.5f) * outputPt;\n\n\t//---------------------------------------\n\t// Input Pixel Mapping: -|B|-\n\t// D|E|F\n\t// -|H|-\n\n\tfloat2 scale = GetScale();\n\tfloat2 f = frac(pos * GetInputSize()) - 0.5f;\n\n\tfloat3 B = P(0., -1.);\n\tfloat3 D = P(-1., 0.);\n\tfloat3 E = P(0., 0.);\n\tfloat3 F = P(1., 0.);\n\tfloat3 H = P(0., 1.);\n\n\tfloat4 info = floor(tex1.SampleLevel(sam, pos, 0) * 255 + 0.5);\n\n\t// info Mapping: x|y|\n\t// w|z|\n\n\tfloat4 blendResult = floor(fmod(info, 4.0));\n\tfloat4 doLineBlend = floor(fmod(info / 4.0, 4.0));\n\tfloat4 haveShallowLine = floor(fmod(info / 16.0, 4.0));\n\tfloat4 haveSteepLine = floor(fmod(info / 64.0, 4.0));\n\n\tfloat3 res = E;\n\n\t// Pixel Tap Mapping: -|-|-\n\t// -|E|F\n\t// -|H|-\n\n\tif (blendResult.z > BLEND_NONE) {\n\t\tfloat2 origin = float2(0.0, 1.0 / sqrt(2.0));\n\t\tfloat2 direction = float2(1.0, -1.0);\n\t\tif (doLineBlend.z > 0.0) {\n\t\t\torigin = haveShallowLine.z > 0.0 ? float2(0.0, 0.25) : float2(0.0, 0.5);\n\t\t\tdirection.x += haveShallowLine.z;\n\t\t\tdirection.y -= haveSteepLine.z;\n\t\t}\n\n\t\tfloat3 blendPix = lerp(H, F, step(DistYCbCr(E, F), DistYCbCr(E, H)));\n\t\tres = lerp(res, blendPix, get_left_ratio(f, origin, direction, scale));\n\t}\n\n\t// Pixel Tap Mapping: -|-|-\n\t// D|E|-\n\t// -|H|-\n\tif (blendResult.w > BLEND_NONE) {\n\t\tfloat2 origin = float2(-1.0 / sqrt(2.0), 0.0);\n\t\tfloat2 direction = float2(1.0, 1.0);\n\t\tif (doLineBlend.w > 0.0) {\n\t\t\torigin = haveShallowLine.w > 0.0 ? float2(-0.25, 0.0) : float2(-0.5, 0.0);\n\t\t\tdirection.y += haveShallowLine.w;\n\t\t\tdirection.x += haveSteepLine.w;\n\t\t}\n\n\t\tfloat3 blendPix = lerp(H, D, step(DistYCbCr(E, D), DistYCbCr(E, H)));\n\t\tres = lerp(res, blendPix, get_left_ratio(f, origin, direction, scale));\n\t}\n\n\t// Pixel Tap Mapping: -|B|-\n\t// -|E|F\n\t// -|-|-\n\tif (blendResult.y > BLEND_NONE) {\n\t\tfloat2 origin = float2(1.0 / sqrt(2.0), 0.0);\n\t\tfloat2 direction = float2(-1.0, -1.0);\n\n\t\tif (doLineBlend.y > 0.0) {\n\t\t\torigin = haveShallowLine.y > 0.0 ? float2(0.25, 0.0) : float2(0.5, 0.0);\n\t\t\tdirection.y -= haveShallowLine.y;\n\t\t\tdirection.x -= haveSteepLine.y;\n\t\t}\n\n\t\tfloat3 blendPix = lerp(F, B, step(DistYCbCr(E, B), DistYCbCr(E, F)));\n\t\tres = lerp(res, blendPix, get_left_ratio(f, origin, direction, scale));\n\t}\n\n\t// Pixel Tap Mapping: -|B|-\n\t// D|E|-\n\t// -|-|-\n\tif (blendResult.x > BLEND_NONE) {\n\t\tfloat2 origin = float2(0.0, -1.0 / sqrt(2.0));\n\t\tfloat2 direction = float2(-1.0, 1.0);\n\t\tif (doLineBlend.x > 0.0) {\n\t\t\torigin = haveShallowLine.x > 0.0 ? float2(0.0, -0.25) : float2(0.0, -0.5);\n\t\t\tdirection.x -= haveShallowLine.x;\n\t\t\tdirection.y += haveSteepLine.x;\n\t\t}\n\n\t\tfloat3 blendPix = lerp(D, B, step(DistYCbCr(E, B), DistYCbCr(E, D)));\n\t\tres = lerp(res, blendPix, get_left_ratio(f, origin, direction, scale));\n\t}\n\n\tOUTPUT[gxy] = float4(res, 1);\n}\n"
},
{
"path": "src/HybridCRT.props",
"content": "\n\n\n\n\n \n \n \n MultiThreadedDebug \n \n %(IgnoreSpecificDefaultLibraries);libucrtd.lib \n %(AdditionalOptions) /defaultlib:ucrtd.lib \n \n \n \n \n \n MultiThreaded \n \n %(IgnoreSpecificDefaultLibraries);libucrt.lib \n %(AdditionalOptions) /defaultlib:ucrt.lib \n \n \n \n"
},
{
"path": "src/Magpie/AboutPage.cpp",
"content": "#include \"pch.h\"\n#include \"AboutPage.h\"\n#if __has_include(\"AboutPage.g.cpp\")\n#include \"AboutPage.g.cpp\"\n#endif\n#include \"CommonSharedConstants.h\"\n#include \"ToastService.h\"\n#include \"Win32Helper.h\"\n#include \"XamlHelper.h\"\n\nusing namespace Magpie;\n\nnamespace winrt::Magpie::implementation {\n\nvoid AboutPage::VersionTextBlock_DoubleTapped(IInspectable const&, Input::DoubleTappedRoutedEventArgs const&) {\n\t// 按住 Alt 键双击版本号即可启用开发者模式\n\tif (!_viewModel->IsDeveloperMode() && (GetAsyncKeyState(VK_MENU) & 0x8000)) {\n\t\t_viewModel->IsDeveloperMode(true);\n\t\t\n\t\tconst hstring message = ResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID)\n\t\t\t.GetString(L\"About_DeveloperModeEnabled\");\n\t\tToastService::Get().ShowMessageInApp({}, message);\n\t}\n}\n\nvoid AboutPage::BugReport_Click(IInspectable const&, RoutedEventArgs const&) {\n\tWin32Helper::ShellOpen(L\"https://github.com/Blinue/Magpie/issues/new?assignees=&labels=bug&template=01_bug.yaml\");\n}\n\nvoid AboutPage::FeatureRequest_Click(IInspectable const&, RoutedEventArgs const&) {\n\tWin32Helper::ShellOpen(L\"https://github.com/Blinue/Magpie/issues/new?assignees=&labels=enhancement&template=03_request.yaml\");\n}\n\nvoid AboutPage::Discussions_Click(IInspectable const&, RoutedEventArgs const&) {\n\tWin32Helper::ShellOpen(L\"https://github.com/Blinue/Magpie/discussions\");\n}\n\nvoid AboutPage::InfoBar_SizeChanged(IInspectable const& sender, SizeChangedEventArgs const&) const {\n\t// 修复 InfoBar 中 Tooltip 的主题\n\tXamlHelper::UpdateThemeOfTooltips(sender.try_as(), ActualTheme());\n}\n\n}\n"
},
{
"path": "src/Magpie/AboutPage.h",
"content": "#pragma once\n#include \"AboutPage.g.h\"\n#include \"AboutViewModel.h\"\n\nnamespace winrt::Magpie::implementation {\n\nstruct AboutPage : AboutPageT {\n\twinrt::Magpie::AboutViewModel ViewModel() const noexcept {\n\t\treturn *_viewModel;\n\t}\n\n\tvoid VersionTextBlock_DoubleTapped(IInspectable const&, Input::DoubleTappedRoutedEventArgs const&);\n\n\tvoid BugReport_Click(IInspectable const&, RoutedEventArgs const&);\n\tvoid FeatureRequest_Click(IInspectable const&, RoutedEventArgs const&);\n\tvoid Discussions_Click(IInspectable const&, RoutedEventArgs const&);\n\n\tvoid InfoBar_SizeChanged(IInspectable const& sender, SizeChangedEventArgs const&) const;\n\nprivate:\n\twinrt::com_ptr _viewModel = make_self();\n};\n\n}\n\nBASIC_FACTORY(AboutPage)\n"
},
{
"path": "src/Magpie/AboutPage.idl",
"content": "namespace Magpie {\n\truntimeclass AboutPage : Windows.UI.Xaml.Controls.Page {\n\t\tAboutPage();\n\n\t\tAboutViewModel ViewModel { get; };\n\n\t\t// https://github.com/microsoft/microsoft-ui-xaml/issues/7579\n\t\tvoid UnloadObject(Windows.UI.Xaml.DependencyObject object);\n\t}\n}\n"
},
{
"path": "src/Magpie/AboutPage.xaml",
"content": "\n\t\n\t\t\n\t\t\t\n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t \n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t\n\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t \n\t\t\t\t\t\t \n\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t\n\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\t\t \n\t\t\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\t\t \n\t\t\t\t\t\t\t\t \n\t\t\t\t\t\t\t\t\n\t\t\t\t\t\t\t\t\t \n\t\t\t\t\t\t\t \n\t\t\t\t\t\t \n\t\t\t\t\t \n\t\t\t\t \n\t\t\t \n\t\t\t\n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t \n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t \n\t\t\t \n\t\t\t\n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t \n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t \n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t \n\t\t\t \n\t\t\t\n\t\t\t\t\n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t\t\n\t\t\t\t\t\t \n\t\t\t\t \n\t\t\t \n\t\t \n\t \n \n"
},
{
"path": "src/Magpie/AboutViewModel.cpp",
"content": "#include \"pch.h\"\n#include \"AboutViewModel.h\"\n#if __has_include(\"AboutViewModel.g.cpp\")\n#include \"AboutViewModel.g.cpp\"\n#endif\n#include \"UpdateService.h\"\n#include \"AppSettings.h\"\n#include \"StrHelper.h\"\n#include \"IconHelper.h\"\n#include \"CommonSharedConstants.h\"\n\nusing namespace ::Magpie;\nusing namespace winrt;\nusing namespace Windows::UI::Xaml::Media::Imaging;\n\nnamespace winrt::Magpie::implementation {\n\nAboutViewModel::AboutViewModel() {\n\tUpdateService& service = UpdateService::Get();\n\tservice.EnteringAboutPage();\n\n\t_updateStatusChangedRevoker = service.StatusChanged(\n\t\tauto_revoke, std::bind_front(&AboutViewModel::_UpdateService_StatusChanged, this));\n\t\n\tif (service.Status() == UpdateStatus::Downloading) {\n\t\t_downloadProgressChangedRevoker = UpdateService::Get().DownloadProgressChanged(\n\t\t\tauto_revoke,\n\t\t\tstd::bind_front(&AboutViewModel::_UpdateService_DownloadProgressChanged, this)\n\t\t);\n\t}\n\n\t// 用户查看了关于页面，主页无需再显示更新提示\n\tservice.IsShowOnHomePage(false);\n\t_showOnHomePageChangedRevoker = service.IsShowOnHomePageChanged(auto_revoke, [](bool value) {\n\t\tif (value) {\n\t\t\t// 在关于页面触发自动更新时主页不需要显示更新提示\n\t\t\tUpdateService::Get().IsShowOnHomePage(false);\n\t\t}\n\t});\n\n\t// 异步加载 Logo\n\t([](AboutViewModel* that)->fire_and_forget {\n\t\tauto weakThis = that->get_weak();\n\t\tSoftwareBitmapSource bitmap;\n\t\tco_await bitmap.SetBitmapAsync(IconHelper::ExtractAppIcon(256));\n\n\t\tif (!weakThis.get()) {\n\t\t\tco_return;\n\t\t}\n\n\t\tthat->_logo = std::move(bitmap);\n\t\tthat->RaisePropertyChanged(L\"Logo\");\n\t})(this);\n}\n\nhstring AboutViewModel::Version() const noexcept {\n\tResourceLoader resourceLoader =\n\t\tResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID);\n\treturn hstring(StrHelper::Concat(\n\t\tresourceLoader.GetString(L\"About_Version_Version\"),\n#ifdef MP_VERSION_STRING\n\t\tL\" \" WIDEN_STRINGIFY(MP_VERSION_STRING),\n#else\n\t\tL\" dev\",\n#endif\n#ifdef MP_COMMIT_ID\n\t\tL\" | \",\n\t\tresourceLoader.GetString(L\"About_Version_CommitId\"),\n\t\tL\" \" WIDEN_STRINGIFY(MP_COMMIT_ID),\n#endif\n\t\tL\" | \"\n#ifdef _M_X64\n\t\tL\"x64\"\n#elif defined(_M_ARM64)\n\t\tL\"ARM64\"\n#else\n\t\tstatic_assert(false, \"不支持的架构\")\n#endif\n\t));\n}\n\nbool AboutViewModel::IsDeveloperMode() const noexcept {\n\treturn AppSettings::Get().IsDeveloperMode();\n}\n\nvoid AboutViewModel::IsDeveloperMode(bool value) {\n\tAppSettings::Get().IsDeveloperMode(value);\n}\n\nfire_and_forget AboutViewModel::CheckForUpdates() {\n\treturn UpdateService::Get().CheckForUpdatesAsync(false);\n}\n\nbool AboutViewModel::IsCheckForPreviewUpdates() const noexcept {\n\treturn AppSettings::Get().IsCheckForPreviewUpdates();\n}\n\nvoid AboutViewModel::IsCheckForPreviewUpdates(bool value) {\n\tAppSettings::Get().IsCheckForPreviewUpdates(value);\n\tRaisePropertyChanged(L\"IsCheckForPreviewUpdates\");\n}\n\nbool AboutViewModel::IsCheckForUpdatesButtonEnabled() const noexcept {\n\t// 只有发布版本能检查更新\n#ifdef MP_VERSION_STRING\n\treturn !IsCheckingForUpdates() && !IsDownloadingOrLater();\n#else\n\treturn false;\n#endif\n}\n\nbool AboutViewModel::IsAutoCheckForUpdates() const noexcept {\n\treturn AppSettings::Get().IsAutoCheckForUpdates();\n}\n\nvoid AboutViewModel::IsAutoCheckForUpdates(bool value) {\n\tAppSettings::Get().IsAutoCheckForUpdates(value);\n\tRaisePropertyChanged(L\"IsAutoCheckForUpdates\");\n}\n\nbool AboutViewModel::IsAnyUpdateStatus() const noexcept {\n\treturn UpdateService::Get().Status() > UpdateStatus::Checking;\n}\n\nbool AboutViewModel::IsCheckingForUpdates() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::Checking;\n}\n\nbool AboutViewModel::IsErrorWhileChecking() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::ErrorWhileChecking;\n}\n\nvoid AboutViewModel::IsErrorWhileChecking(bool value) {\n\tif (!value) {\n\t\tUpdateService& service = UpdateService::Get();\n\t\tif (service.Status() == UpdateStatus::ErrorWhileChecking) {\n\t\t\tservice.Cancel();\n\t\t}\n\t}\n\n\tRaisePropertyChanged(L\"IsErrorWhileChecking\");\n}\n\nbool AboutViewModel::IsNoUpdate() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::NoUpdate;\n}\n\nvoid AboutViewModel::IsNoUpdate(bool value) const noexcept {\n\tif (!value) {\n\t\tUpdateService& service = UpdateService::Get();\n\t\tif (service.Status() == UpdateStatus::NoUpdate) {\n\t\t\tservice.Cancel();\n\t\t}\n\t}\n}\n\nbool AboutViewModel::IsAvailable() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::Available;\n}\n\nbool AboutViewModel::IsDownloading() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::Downloading;\n}\n\nbool AboutViewModel::IsErrorWhileDownloading() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::ErrorWhileDownloading;\n}\n\nbool AboutViewModel::IsDownloadingOrLater() const noexcept {\n\treturn UpdateService::Get().Status() >= UpdateStatus::Downloading;\n}\n\nbool AboutViewModel::IsInstalling() const noexcept {\n\treturn UpdateService::Get().Status() == UpdateStatus::Installing;\n}\n\nbool AboutViewModel::IsUpdateCardOpen() const noexcept {\n\treturn UpdateService::Get().Status() >= UpdateStatus::Available;\n}\n\nvoid AboutViewModel::IsUpdateCardOpen(bool value) {\n\tif (!value) {\n\t\tUpdateService& service = UpdateService::Get();\n\t\tUpdateStatus status = service.Status();\n\t\tif (status == UpdateStatus::Available || status == UpdateStatus::ErrorWhileDownloading) {\n\t\t\tservice.Cancel();\n\t\t}\n\t}\n\n\tRaisePropertyChanged(L\"IsUpdateCardOpen\");\n}\n\nbool AboutViewModel::IsUpdateCardClosable() const noexcept {\n\tUpdateStatus status = UpdateService::Get().Status();\n\treturn status == UpdateStatus::Available || status == UpdateStatus::ErrorWhileDownloading;\n}\n\nbool AboutViewModel::IsCancelButtonVisible() const noexcept {\n\tUpdateStatus status = UpdateService::Get().Status();\n\treturn status == UpdateStatus::Downloading || status == UpdateStatus::Installing;\n}\n\nhstring AboutViewModel::UpdateCardTitle() const noexcept {\n\tUpdateService& updateService = UpdateService::Get();\n\tif (updateService.Status() < UpdateStatus::Available) {\n\t\treturn {};\n\t}\n\n\tResourceLoader resourceLoader =\n\t\tResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID);\n\thstring titleFmt = resourceLoader.GetString(L\"Home_UpdateCard_Title\");\n\treturn hstring(fmt::format(fmt::runtime(std::wstring_view(titleFmt)), updateService.Tag()));\n}\n\nbool AboutViewModel::IsNoDownloadProgress() const noexcept {\n\tUpdateService& service = UpdateService::Get();\n\tswitch (service.Status()) {\n\tcase UpdateStatus::Downloading:\n\t\treturn service.DownloadProgress() < FLOAT_EPSILON;\n\tdefault:\n\t\treturn true;\n\t}\n}\n\ndouble AboutViewModel::DownloadProgress() const noexcept {\n\tswitch (UpdateService::Get().Status()) {\n\tcase UpdateStatus::Downloading:\n\t\treturn UpdateService::Get().DownloadProgress();\n\tcase UpdateStatus::Installing:\n\t\treturn 1.0;\n\tdefault:\n\t\treturn 0.0;\n\t}\n}\n\nUri AboutViewModel::UpdateReleaseNotesLink() const noexcept {\n\tif (!IsUpdateCardOpen()) {\n\t\treturn nullptr;\n\t}\n\n\treturn Uri(StrHelper::Concat(L\"https://github.com/Blinue/Magpie/releases/tag/\",\n\t\tUpdateService::Get().Tag()));\n}\n\nfire_and_forget AboutViewModel::DownloadAndInstall() {\n\treturn UpdateService::Get().DownloadAndInstall();\n}\n\nvoid AboutViewModel::Cancel() {\n\tassert(UpdateService::Get().Status() == UpdateStatus::Downloading);\n\tUpdateService::Get().Cancel();\n}\n\nvoid AboutViewModel::Retry() {\n\tassert(UpdateService::Get().Status() == UpdateStatus::ErrorWhileDownloading);\n\tUpdateService::Get().DownloadAndInstall();\n}\n\nvoid AboutViewModel::_UpdateService_StatusChanged(UpdateStatus status) {\n\tRaisePropertyChanged(L\"IsCheckingForUpdates\");\n\tRaisePropertyChanged(L\"IsCheckForUpdatesButtonEnabled\");\n\tRaisePropertyChanged(L\"IsAnyUpdateStatus\");\n\tRaisePropertyChanged(L\"IsErrorWhileChecking\");\n\tRaisePropertyChanged(L\"IsNoUpdate\");\n\tRaisePropertyChanged(L\"IsAvailable\");\n\tRaisePropertyChanged(L\"IsDownloading\");\n\tRaisePropertyChanged(L\"IsErrorWhileDownloading\");\n\tRaisePropertyChanged(L\"IsInstalling\");\n\tRaisePropertyChanged(L\"IsDownloadingOrLater\");\n\tRaisePropertyChanged(L\"IsUpdateCardOpen\");\n\tRaisePropertyChanged(L\"IsUpdateCardClosable\");\n\tRaisePropertyChanged(L\"IsCancelButtonVisible\");\n\n\tif (status >= UpdateStatus::Available) {\n\t\tRaisePropertyChanged(L\"UpdateCardTitle\");\n\t\tRaisePropertyChanged(L\"UpdateReleaseNotesLink\");\n\n\t\tif (status == UpdateStatus::Downloading) {\n\t\t\t_downloadProgressChangedRevoker = UpdateService::Get().DownloadProgressChanged(\n\t\t\t\tauto_revoke,\n\t\t\t\tstd::bind_front(&AboutViewModel::_UpdateService_DownloadProgressChanged, this)\n\t\t\t);\n\t\t} else {\n\t\t\t_downloadProgressChangedRevoker.Revoke();\n\n\t\t\tif (status >= UpdateStatus::ErrorWhileDownloading) {\n\t\t\t\tRaisePropertyChanged(L\"IsNoDownloadProgress\");\n\t\t\t}\n\t\t}\n\t}\n}\n\nvoid AboutViewModel::_UpdateService_DownloadProgressChanged(double) {\n\tRaisePropertyChanged(L\"IsNoDownloadProgress\");\n\tRaisePropertyChanged(L\"DownloadProgress\");\n}\n\n}\n"
},
{
"path": "src/Magpie/AboutViewModel.h",
"content": "#pragma once\n#include \"AboutViewModel.g.h\"\n#include \"UpdateService.h\"\n\nnamespace winrt::Magpie::implementation {\n\nstruct AboutViewModel : AboutViewModelT,\n wil::notify_property_changed_base {\n\tAboutViewModel();\n\n\tImaging::SoftwareBitmapSource Logo() const noexcept {\n\t\treturn _logo;\n\t}\n\n\thstring Version() const noexcept;\n\n\tbool IsDeveloperMode() const noexcept;\n\tvoid IsDeveloperMode(bool value);\n\n\tfire_and_forget CheckForUpdates();\n\n\tbool IsCheckForPreviewUpdates() const noexcept;\n\tvoid IsCheckForPreviewUpdates(bool value);\n\n\tbool IsCheckForUpdatesButtonEnabled() const noexcept;\n\n\tbool IsAutoCheckForUpdates() const noexcept;\n\tvoid IsAutoCheckForUpdates(bool value);\n\n\tbool IsAnyUpdateStatus() const noexcept;\n\n\tbool IsCheckingForUpdates() const noexcept;\n\n\tbool IsErrorWhileChecking() const noexcept;\n\tvoid IsErrorWhileChecking(bool value);\n\n\tbool IsNoUpdate() const noexcept;\n\tvoid IsNoUpdate(bool value) const noexcept;\n\n\tbool IsAvailable() const noexcept;\n\n\tbool IsDownloading() const noexcept;\n\tbool IsErrorWhileDownloading() const noexcept;\n\tbool IsDownloadingOrLater() const noexcept;\n\tbool IsInstalling() const noexcept;\n\n\tbool IsUpdateCardOpen() const noexcept;\n\tvoid IsUpdateCardOpen(bool value);\n\n\tbool IsUpdateCardClosable() const noexcept;\n\tbool IsCancelButtonVisible() const noexcept;\n\n\thstring UpdateCardTitle() const noexcept;\n\n\tbool IsNoDownloadProgress() const noexcept;\n\tdouble DownloadProgress() const noexcept;\n\n\tUri UpdateReleaseNotesLink() const noexcept;\n\n\tfire_and_forget DownloadAndInstall();\n\n\tvoid Cancel();\n\tvoid Retry();\n\nprivate:\n\tvoid _UpdateService_StatusChanged(::Magpie::UpdateStatus status);\n\tvoid _UpdateService_DownloadProgressChanged(double);\n\n\t::Magpie::Event<::Magpie::UpdateStatus>::EventRevoker _updateStatusChangedRevoker;\n\t::Magpie::Event::EventRevoker _downloadProgressChangedRevoker;\n\t::Magpie::Event::EventRevoker _showOnHomePageChangedRevoker;\n\n\tImaging::SoftwareBitmapSource _logo{ nullptr };\n};\n\n}\n"
},
{
"path": "src/Magpie/AboutViewModel.idl",
"content": "namespace Magpie {\n\truntimeclass AboutViewModel : Windows.UI.Xaml.Data.INotifyPropertyChanged {\n\t\tWindows.UI.Xaml.Media.Imaging.SoftwareBitmapSource Logo { get; };\n\n\t\tString Version { get; };\n\n\t\tBoolean IsDeveloperMode;\n\n\t\tvoid CheckForUpdates();\n\t\tBoolean IsCheckingForUpdates { get; };\n\t\tBoolean IsCheckForUpdatesButtonEnabled { get; };\n\n\t\tBoolean IsAutoCheckForUpdates;\n\t\tBoolean IsCheckForPreviewUpdates;\n\n\t\tBoolean IsAnyUpdateStatus { get; };\n\n\t\tBoolean IsErrorWhileChecking;\n\t\tBoolean IsNoUpdate;\n\t\tBoolean IsAvailable { get; };\n\t\tBoolean IsDownloading { get; };\n\t\tBoolean IsErrorWhileDownloading { get; };\n\t\tBoolean IsInstalling { get; };\n\t\tBoolean IsDownloadingOrLater { get; };\n\n\t\tBoolean IsUpdateCardOpen;\n\t\tBoolean IsUpdateCardClosable { get; };\n\t\tBoolean IsCancelButtonVisible { get; };\n\n\t\tString UpdateCardTitle { get; };\n\n\t\tBoolean IsNoDownloadProgress { get; };\n\t\tDouble DownloadProgress { get; };\n\n\t\tWindows.Foundation.Uri UpdateReleaseNotesLink { get; };\n\n\t\tvoid DownloadAndInstall();\n\t\tvoid Cancel();\n\t\tvoid Retry();\n\t}\n}\n"
},
{
"path": "src/Magpie/AdaptersService.cpp",
"content": "#include \"pch.h\"\n#include \"AdaptersService.h\"\n#include \"App.h\"\n#include \"DirectXHelper.h\"\n#include \"Logger.h\"\n#include \"Win32Helper.h\"\n#include \n\nusing namespace winrt::Magpie::implementation;\nusing namespace winrt;\n\nnamespace Magpie {\n\nbool AdaptersService::Initialize() noexcept {\n\tcom_ptr dxgiFactory;\n\n\tHRESULT hr = CreateDXGIFactory1(IID_PPV_ARGS(&dxgiFactory));\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"CreateDXGIFactory1 失败\", hr);\n\t\treturn false;\n\t}\n\n\tcom_ptr curAdapter;\n\tfor (UINT adapterIdx = 0;\n\t\tSUCCEEDED(dxgiFactory->EnumAdapters1(adapterIdx, curAdapter.put()));\n\t\t++adapterIdx\n\t) {\n\t\tDXGI_ADAPTER_DESC1 desc;\n\t\thr = curAdapter->GetDesc1(&desc);\n\t\tif (FAILED(hr) || DirectXHelper::IsWARP(desc)) {\n\t\t\tcontinue;\n\t\t}\n\n\t\t// 初始化时不检查是否支持 FL11，有些设备上 D3D11CreateDevice 相当慢\n\t\t_adapterInfos.push_back({\n\t\t\t.idx = adapterIdx,\n\t\t\t.vendorId = desc.VendorId,\n\t\t\t.deviceId = desc.DeviceId,\n\t\t\t.description = desc.Description\n\t\t});\n\t}\n\n\t_UpdateProfiles();\n\n return true;\n}\n\nvoid AdaptersService::Uninitialize() noexcept {\n\tif (!_monitorThread.joinable()) {\n\t\treturn;\n\t}\n\n\tconst HANDLE hMonitorThread = _monitorThread.native_handle();\n\tif (!wil::handle_wait(hMonitorThread, 0)) {\n\t\tconst DWORD threadId = GetThreadId(hMonitorThread);\n\n\t\t// 持续尝试直到 _monitorThread 创建了消息队列\n\t\twhile (!PostThreadMessage(threadId, WM_QUIT, 0, 0)) {\n\t\t\tif (wil::handle_wait(hMonitorThread, 1)) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\n\t_monitorThread.join();\n}\n\nvoid AdaptersService::StartMonitor() noexcept {\n\t_monitorThread = std::thread(&AdaptersService::_MonitorThreadProc, this);\n}\n\nbool AdaptersService::_GatherAdapterInfos(\n\tcom_ptr& dxgiFactory,\n\twil::unique_event_nothrow& adaptersChangedEvent,\n\tDWORD& adaptersChangedCookie\n) noexcept {\n\t// 显卡变化后需要重新创建 DXGI 工厂\n\tHRESULT hr = CreateDXGIFactory1(IID_PPV_ARGS(&dxgiFactory));\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"CreateDXGIFactory1 失败\", hr);\n\t\treturn false;\n\t}\n\n\thr = dxgiFactory->RegisterAdaptersChangedEvent(\n\t\tadaptersChangedEvent.get(), &adaptersChangedCookie);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"RegisterAdaptersChangedEvent 失败\", hr);\n\t\treturn false;\n\t}\n\n\tstd::vector adapterInfos;\n\tSmallVector> adapters;\n\n\tcom_ptr curAdapter;\n\tfor (UINT adapterIdx = 0;\n\t\tSUCCEEDED(dxgiFactory->EnumAdapters1(adapterIdx, curAdapter.put()));\n\t\t++adapterIdx\n\t) {\n\t\tDXGI_ADAPTER_DESC1 desc;\n\t\thr = curAdapter->GetDesc1(&desc);\n\t\tif (FAILED(hr) || DirectXHelper::IsWARP(desc)) {\n\t\t\tcontinue;\n\t\t}\n\n\t\tadapterInfos.push_back({\n\t\t\t.idx = adapterIdx,\n\t\t\t.vendorId = desc.VendorId,\n\t\t\t.deviceId = desc.DeviceId,\n\t\t\t.description = desc.Description\n\t\t});\n\n\t\tadapters.push_back(std::move(curAdapter));\n\t}\n\n\t// 删除不支持功能级别 11 的显卡\n\twil::srwlock writeLock;\n\tWin32Helper::RunParallel([&](uint32_t i) {\n\t\tD3D_FEATURE_LEVEL fl = D3D_FEATURE_LEVEL_11_0;\n\t\tif (FAILED(D3D11CreateDevice(adapters[i].get(), D3D_DRIVER_TYPE_UNKNOWN,\n\t\t\tNULL, 0, &fl, 1, D3D11_SDK_VERSION, nullptr, nullptr, nullptr))) {\n\t\t\tauto lock = writeLock.lock_exclusive();\n\t\t\tadapterInfos[i].idx = std::numeric_limits::max();\n\t\t}\n\t}, (uint32_t)adapters.size());\n\n\tstd::erase_if(adapterInfos, [](const AdapterInfo& info) {\n\t\treturn info.idx == std::numeric_limits::max();\n\t});\n\n\tApp::Get().Dispatcher().TryEnqueue([this, adapterInfos(std::move(adapterInfos))]() {\n\t\t_adapterInfos = std::move(adapterInfos);\n\t\t_UpdateProfiles();\n\t\tAdaptersChanged.Invoke();\n\t});\n\n\treturn true;\n}\n\nvoid AdaptersService::_MonitorThreadProc() noexcept {\n#ifdef _DEBUG\n\tSetThreadDescription(GetCurrentThread(), L\"Magpie-AdaptersService 线程\");\n#endif\n\n\twinrt::init_apartment(winrt::apartment_type::single_threaded);\n\n\twil::unique_event_nothrow adaptersChangedEvent;\n\tHRESULT hr = adaptersChangedEvent.create();\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"创建 event 失败\", hr);\n\t\treturn;\n\t}\n\n\tcom_ptr dxgiFactory;\n\tDWORD adaptersChangedCookie = 0;\n\tif (!_GatherAdapterInfos(dxgiFactory, adaptersChangedEvent, adaptersChangedCookie)) {\n\t\treturn;\n\t}\n\n\twhile (true) {\n\t\tMSG msg;\n\t\twhile (PeekMessage(&msg, nullptr, 0, 0, PM_REMOVE)) {\n\t\t\tif (msg.message == WM_QUIT) {\n\t\t\t\tbreak;\n\t\t\t}\n\n\t\t\tTranslateMessage(&msg);\n\t\t\tDispatchMessage(&msg);\n\t\t}\n\n\t\tif (msg.message == WM_QUIT) {\n\t\t\tbreak;\n\t\t}\n\n\t\tHANDLE hAdaptersChangedEvent = adaptersChangedEvent.get();\n\t\tif (MsgWaitForMultipleObjectsEx(1, &hAdaptersChangedEvent,\n\t\t\tINFINITE, QS_ALLINPUT, MWMO_INPUTAVAILABLE) == WAIT_OBJECT_0) {\n\t\t\t// WAIT_OBJECT_0 表示显卡变化\n\t\t\t// WAIT_OBJECT_0 + 1 表示有新消息\n\t\t\tif (!_GatherAdapterInfos(dxgiFactory, adaptersChangedEvent, adaptersChangedCookie)) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\n\tdxgiFactory->UnregisterAdaptersChangedEvent(adaptersChangedCookie);\n}\n\n// 有更改返回 true\nbool AdaptersService::_UpdateProfileGraphicsCardId(Profile& profile) noexcept {\n\tGraphicsCardId& gcid = profile.graphicsCardId;\n\t\n\tif (gcid.vendorId == 0 && gcid.deviceId == 0) {\n\t\tif (gcid.idx < 0) {\n\t\t\t// 使用默认显卡\n\t\t\treturn false;\n\t\t}\n\n\t\t// 来自旧版本的配置文件不存在 vendorId 和 deviceId，更新为新版本\n\t\tauto it = std::find_if(_adapterInfos.begin(), _adapterInfos.end(),\n\t\t\t[&](const AdapterInfo& ai) { return (int)ai.idx == gcid.idx; });\n\t\tif (it == _adapterInfos.end()) {\n\t\t\t// 未找到序号则改为使用默认显卡，无论如何原始配置已经丢失\n\t\t\tgcid.idx = -1;\n\t\t} else {\n\t\t\tgcid.vendorId = it->vendorId;\n\t\t\tgcid.deviceId = it->deviceId;\n\t\t}\n\n\t\treturn true;\n\t}\n\n\tauto it = std::find_if(_adapterInfos.begin(), _adapterInfos.end(), [&](const AdapterInfo& ai) {\n\t\treturn (int)ai.idx == gcid.idx && ai.vendorId == gcid.vendorId && ai.deviceId == gcid.deviceId;\n\t});\n\tif (it != _adapterInfos.end()) {\n\t\t// 全部匹配\n\t\treturn false;\n\t}\n\n\t// 序号指定的显卡不匹配则查找新序号\n\tit = std::find_if(_adapterInfos.begin(), _adapterInfos.end(), [&](const AdapterInfo& ai) {\n\t\treturn ai.vendorId == gcid.vendorId && ai.deviceId == gcid.deviceId;\n\t});\n\tif (it == _adapterInfos.end()) {\n\t\t// 找不到则将 idx 置为 -1 表示使用默认显卡，不改变 vendorId 和 deviceId，\n\t\t// 这样当指定的显卡再次可用时将自动使用。\n\t\tif (gcid.idx == -1) {\n\t\t\treturn false;\n\t\t} else {\n\t\t\tgcid.idx = -1;\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\tgcid.idx = it->idx;\n\t\treturn true;\n\t}\n}\n\nvoid AdaptersService::_UpdateProfiles() noexcept {\n\tbool needSave = false;\n\n\t// 更新所有配置文件的显卡配置\n\tif (_UpdateProfileGraphicsCardId(AppSettings::Get().DefaultProfile())) {\n\t\tneedSave = true;\n\t}\n\n\tfor (Profile& profile : AppSettings::Get().Profiles()) {\n\t\tif (_UpdateProfileGraphicsCardId(profile)) {\n\t\t\tneedSave = true;\n\t\t}\n\t}\n\n\tif (needSave) {\n\t\tAppSettings::Get().SaveAsync();\n\t}\n}\n\n}\n"
},
{
"path": "src/Magpie/AdaptersService.h",
"content": "#pragma once\n#include \"Event.h\"\n#include \n\nnamespace Magpie {\n\nstruct Profile;\n\nstruct AdapterInfo {\n\tuint32_t idx = 0;\n\tuint32_t vendorId = 0;\n\tuint32_t deviceId = 0;\n\tstd::wstring description;\n};\n\nclass AdaptersService {\npublic:\n\tstatic AdaptersService& Get() noexcept {\n\t\tstatic AdaptersService instance;\n\t\treturn instance;\n\t}\n\n\tAdaptersService(const AdaptersService&) = delete;\n\tAdaptersService(AdaptersService&&) = delete;\n\n\tbool Initialize() noexcept;\n\n\tvoid Uninitialize() noexcept;\n\n\tvoid StartMonitor() noexcept;\n\n\tconst std::vector& AdapterInfos() const noexcept {\n\t\treturn _adapterInfos;\n\t}\n\n\tEvent<> AdaptersChanged;\n\nprivate:\n\tAdaptersService() = default;\n\n\tbool _GatherAdapterInfos(\n\t\twinrt::com_ptr& dxgiFactory,\n\t\twil::unique_event_nothrow& adaptersChangedEvent,\n\t\tDWORD& adaptersChangedCookie\n\t) noexcept;\n\n\tvoid _MonitorThreadProc() noexcept;\n\n\tbool _UpdateProfileGraphicsCardId(Profile& profile) noexcept;\n\n\tvoid _UpdateProfiles() noexcept;\n\n\tstd::thread _monitorThread;\n\tstd::vector _adapterInfos;\n};\n\n}\n"
},
{
"path": "src/Magpie/App.cpp",
"content": "// Copyright (c) Xu\n//\n// This program is free software: you can redistribute it and/or modify\n// it under the terms of the GNU General Public License as published by\n// the Free Software Foundation, either version 3 of the License, or\n// (at your option) any later version.\n//\n// This program is distributed in the hope that it will be useful,\n// but WITHOUT ANY WARRANTY; without even the implied warranty of\n// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n// GNU General Public License for more details.\n//\n// You should have received a copy of the GNU General Public License\n// along with this program. If not, see \n\nusing namespace ::Magpie;\nusing namespace winrt;\nusing namespace Windows::Globalization::NumberFormatting;\nusing namespace Windows::UI::ViewManagement;\n\nnamespace winrt::Magpie::implementation {\n\nstatic UINT WM_MAGPIE_SHOWME;\nstatic UINT WM_MAGPIE_QUIT;\n\nstatic void InitMessages() noexcept {\n\tWM_MAGPIE_SHOWME = RegisterWindowMessage(CommonSharedConstants::WM_MAGPIE_SHOWME);\n\tWM_MAGPIE_QUIT = RegisterWindowMessage(CommonSharedConstants::WM_MAGPIE_QUIT);\n\n\t// 允许被权限更低的实例唤醒\n\tif (!ChangeWindowMessageFilter(WM_MAGPIE_SHOWME, MSGFLT_ADD)) {\n\t\tLogger::Get().Win32Error(\"ChangeWindowMessageFilter 失败\");\n\t}\n}\n\n// 我们需要尽可能高的时钟分辨率来提高渲染帧率。\n// 通常 Magpie 被 OS 认为是后台进程，下面的调用避免 OS 自动降低时钟分辨率。\n// 见 https://learn.microsoft.com/en-us/windows/win32/api/processthreadsapi/nf-processthreadsapi-setprocessinformation\nstatic void IncreaseTimerResolution() noexcept {\n\tPROCESS_POWER_THROTTLING_STATE powerThrottling{\n\t\t.Version = PROCESS_POWER_THROTTLING_CURRENT_VERSION,\n\t\t.ControlMask = PROCESS_POWER_THROTTLING_EXECUTION_SPEED |\n\t\t\t\t\t PROCESS_POWER_THROTTLING_IGNORE_TIMER_RESOLUTION,\n\t\t.StateMask = 0\n\t};\n\tSetProcessInformation(\n\t\tGetCurrentProcess(),\n\t\tProcessPowerThrottling,\n\t\t&powerThrottling,\n\t\tsizeof(powerThrottling)\n\t);\n}\n\n// 提前加载 twinapi.appcore.dll 和 threadpoolwinrt.dll 以避免退出时崩溃。应在 Windows.UI.Xaml.dll\n// 被加载前调用，注意避免初始化全局变量时意外加载这个 dll，尤其是为了注册 DependencyProperty。\n// 来自 https://github.com/CommunityToolkit/Microsoft.Toolkit.Win32/blob/6fb2c3e00803ea563af20f6bc9363091b685d81f/Microsoft.Toolkit.Win32.UI.XamlApplication/XamlApplication.cpp#L140\n// 参见 https://github.com/microsoft/microsoft-ui-xaml/issues/7260#issuecomment-1231314776\nstatic void FixThreadPoolCrash() noexcept {\n\tassert(!GetModuleHandle(L\"Windows.UI.Xaml.dll\"));\n\tLoadLibraryEx(L\"twinapi.appcore.dll\", nullptr, LOAD_LIBRARY_SEARCH_SYSTEM32);\n\tLoadLibraryEx(L\"threadpoolwinrt.dll\", nullptr, LOAD_LIBRARY_SEARCH_SYSTEM32);\n}\n\nApp& App::Get() {\n\tstatic com_ptr instance = [] {\n\t\tFixThreadPoolCrash();\n\t\treturn make_self();\n\t}();\n\n\treturn *instance;\n}\n\nApp::App() {\n\tUnhandledException([](IInspectable const&, UnhandledExceptionEventArgs const& e) {\n\t\tLogger::Get().ComCritical(\"未处理的异常\", e.Exception().value);\n\n\t\tif (IsDebuggerPresent()) {\n\t\t\thstring errorMessage = e.Message();\n\t\t\t__debugbreak();\n\t\t}\n\t});\n}\n\nbool App::Initialize(const wchar_t* arguments) {\n\t// 提高时钟分辨率\n\tIncreaseTimerResolution();\n\n\tInitMessages();\n\n\tif (!_CheckSingleInstance()) {\n\t\tLogger::Get().Info(\"已经有一个实例正在运行\");\n\t\tLogger::Get().Flush();\n\t\treturn false;\n\t}\n\n\t_mainWindow = std::make_unique();\n\n\tEffectsService::Get().Initialize();\n\n\t// 初始化 XAML 框架。退出时也不要关闭，如果正在播放动画会崩溃。文档中的清空消息队列的做法无用。\n\t_windowsXamlManager = Hosting::WindowsXamlManager::InitializeForCurrentThread();\n\n\t// Win10 中 CoreDispatcher.RunAsync 存在内存泄露，因此我们始终使用 DispatcherQueue。\n\t// 初始化 WindowsXamlManager 时已经创建 DispatcherQueue。\n\t_dispatcher = winrt::DispatcherQueue::GetForCurrentThread();\n\n\t// Win10 中隐藏 DesktopWindowXamlSource 窗口\n\tif (Win32Helper::GetOSVersion().IsWin10()) {\n\t\tif (CoreWindow coreWindow = CoreWindow::GetForCurrentThread()) {\n\t\t\tHWND hwndDWXS;\n\t\t\tcoreWindow.try_as()->get_WindowHandle(&hwndDWXS);\n\t\t\tShowWindow(hwndDWXS, SW_HIDE);\n\t\t}\n\t}\n\n\tLocalizationService::Get().EarlyInitialize();\n\n\tAppSettings& settings = AppSettings::Get();\n\tif (!settings.Initialize()) {\n\t\tLogger::Get().Error(\"初始化 AppSettings 失败\");\n\t\treturn false;\n\t}\n\n\tif (settings.IsAlwaysRunAsAdmin() && !Win32Helper::IsProcessElevated()) {\n\t\tRestart(true, arguments);\n\t\t_Uninitialize();\n\t\treturn false;\n\t}\n\n\t// 延迟注册 DependencyProperty，见 FixThreadPoolCrash\n\tSettingsCard::RegisterDependencyProperties();\n\tSettingsExpander::RegisterDependencyProperties();\n\tSettingsGroup::RegisterDependencyProperties();\n\tControlSizeTrigger::RegisterDependencyProperties();\n\tIsEqualStateTrigger::RegisterDependencyProperties();\n\tIsNullStateTrigger::RegisterDependencyProperties();\n\tTextBlockHelper::RegisterDependencyProperties();\n\n\t_themeChangedRevoker = AppSettings::Get().ThemeChanged(\n\t\tauto_revoke, std::bind_front(&App::_AppSettings_ThemeChanged, this));\n\t_AppSettings_ThemeChanged(AppSettings::Get().Theme());\n\n\tLocalizationService::Get().Initialize();\n\tToastService::Get().Initialize();\n\tif (!AdaptersService::Get().Initialize()) {\n\t\t_Uninitialize();\n\t\treturn false;\n\t}\n\tShortcutService::Get().Initialize();\n\tScalingService::Get().Initialize();\n\tUpdateService::Get().Initialize();\n\tThemeHelper::Initialize();\n\n\tNotifyIconService& notifyIconService = NotifyIconService::Get();\n\tnotifyIconService.Initialize();\n\tnotifyIconService.IsShow(AppSettings::Get().IsShowNotifyIcon());\n\t_isShowNotifyIconChangedRevoker = AppSettings::Get().IsShowNotifyIconChanged(\n\t\tauto_revoke, [](bool value) { NotifyIconService::Get().IsShow(value); });\n\n\t// 不显示托盘图标时忽略 -t 参数\n\tif (!notifyIconService.IsShow() || arguments != L\"-t\"sv) {\n\t\tif (!_mainWindow->Create()) {\n\t\t\t_Uninitialize();\n\t\t\treturn false;\n\t\t}\n\n\t\t// 有的设备上后台调用 D3D11CreateDevice 会拖累主窗口显示速度，因此应在主窗口显示后\n\t\t// 再检查显卡的功能级别。\n\t\t_mainWindow->Content()->Loaded([](const auto&, const auto&) {\n\t\t\t// 低优先级回调确保在初始化完毕后执行\n\t\t\tApp::Get().Dispatcher().TryEnqueue(DispatcherQueuePriority::Low, []() {\n\t\t\t\tAdaptersService::Get().StartMonitor();\n\t\t\t});\n\t\t});\n\t} else {\n\t\tAdaptersService::Get().StartMonitor();\n\t}\n\n\treturn true;\n}\n\nint App::Run() {\n\tMSG msg;\n\twhile (GetMessage(&msg, nullptr, 0, 0)) {\n\t\tif (msg.message == WM_MAGPIE_SHOWME) [[unlikely]] {\n\t\t\tShowMainWindow();\n\t\t} else if (msg.message == WM_MAGPIE_QUIT) [[unlikely]] {\n\t\t\tQuit();\n\t\t} else {\n\t\t\t_mainWindow->HandleMessage(msg);\n\t\t}\n\t}\n\n\t_Uninitialize();\n\n\tLogger::Get().Info(\"程序退出\");\n\tLogger::Get().Flush();\n\n\treturn (int)msg.wParam;\n}\n\nvoid App::ShowMainWindow() noexcept {\n\tif (*_mainWindow) {\n\t\t_mainWindow->Show();\n\t} else {\n\t\t_mainWindow->Create();\n\t}\n}\n\nvoid App::Quit() {\n\t_mainWindow->Destroy();\n\tPostQuitMessage(0);\n}\n\nvoid App::Restart(bool asElevated, const wchar_t* arguments) noexcept {\n\tQuit();\n\n\t// 提前释放锁\n\t_ReleaseMutexes();\n\n\t// 调用 ShellExecuteEx 后立即退出，因此应该指定 SEE_MASK_NOASYNC\n\tSHELLEXECUTEINFO execInfo = {\n\t\t.cbSize = sizeof(execInfo),\n\t\t.fMask = SEE_MASK_NOASYNC,\n\t\t.lpVerb = asElevated ? L\"runas\" : L\"open\",\n\t\t.lpFile = Win32Helper::GetExePath().c_str(),\n\t\t.lpParameters = arguments,\n\t\t.nShow = SW_SHOWNORMAL\n\t};\n\n\tif (!ShellExecuteEx(&execInfo)) {\n\t\tLogger::Get().Win32Error(\"ShellExecuteEx 失败\");\n\t\tLogger::Get().Flush();\n\t}\n}\n\nconst com_ptr& App::RootPage() const noexcept {\n\tassert(_mainWindow && *_mainWindow);\n\treturn _mainWindow->Content();\n}\n\nINumberFormatter2 App::DoubleFormatter() {\n\tstatic DecimalFormatter numberFormatter = []() {\n\t\tDecimalFormatter result;\n\t\tIncrementNumberRounder rounder;\n\t\t// 保留五位小数\n\t\trounder.Increment(0.00001);\n\t\tresult.NumberRounder(rounder);\n\t\tresult.FractionDigits(0);\n\t\treturn result;\n\t}();\n\n\treturn numberFormatter;\n}\n\nvoid App::_Uninitialize() {\n\tNotifyIconService::Get().Uninitialize();\n\tUpdateService::Get().Uninitialize();\n\tScalingService::Get().Uninitialize();\n\t// 提前取消热键注册，这样关闭 Magpie 后立即重新打开不会注册热键失败\n\tShortcutService::Get().Uninitialize();\n\tAdaptersService::Get().Uninitialize();\n\tToastService::Get().Uninitialize();\n\tEffectsService::Get().Uninitialize();\n\n\t_colorValuesChangedRevoker.revoke();\n\t_isShowNotifyIconChangedRevoker.Revoke();\n\t_themeChangedRevoker.Revoke();\n\n\t// 确保退出时所有事件回调都已撤销，既保持整洁又能防止析构全局变量时崩溃\n\tassert(_DEBUG_DELEGATE_COUNT == 0);\n\n\t_ReleaseMutexes();\n}\n\nbool App::_CheckSingleInstance() noexcept {\n\tstatic constexpr const wchar_t* ELEVATED_MUTEX_NAME = L\"{E494C456-F587-4DAF-B68F-366278D31C45}\";\n\n\tif (Win32Helper::IsProcessElevated()) {\n\t\tbool alreadyExists = false;\n\t\tif (!_hElevatedMutex.try_create(\n\t\t\tELEVATED_MUTEX_NAME,\n\t\t\tCREATE_MUTEX_INITIAL_OWNER,\n\t\t\tMUTEX_ALL_ACCESS,\n\t\t\tnullptr,\n\t\t\t&alreadyExists) || alreadyExists) {\n\t\t\t// 通知已有实例显示主窗口\n\t\t\tPostMessage(HWND_BROADCAST, WM_MAGPIE_SHOWME, 0, 0);\n\t\t\treturn false;\n\t\t}\n\t}\n\n\tbool alreadyExists = false;\n\tif (!_hSingleInstanceMutex.try_create(\n\t\tCommonSharedConstants::SINGLE_INSTANCE_MUTEX_NAME,\n\t\tCREATE_MUTEX_INITIAL_OWNER,\n\t\tMUTEX_ALL_ACCESS,\n\t\tnullptr,\n\t\t&alreadyExists) || alreadyExists) {\n\t\tif (_hElevatedMutex) {\n\t\t\tif (!_hSingleInstanceMutex) {\n\t\t\t\treturn false;\n\t\t\t}\n\n\t\t\t// 本实例是管理员身份，而已有实例不是。通知已有实例退出\n\t\t\tPostMessage(HWND_BROADCAST, WM_MAGPIE_QUIT, 0, 0);\n\n\t\t\t// 等待退出完成\n\t\t\tif (!wil::handle_wait(_hSingleInstanceMutex.get(), 10000)) {\n\t\t\t\tLogger::Get().Error(\"等待超时\");\n\t\t\t\treturn false;\n\t\t\t}\n\t\t} else {\n\t\t\t// 通知已有实例显示主窗口\n\t\t\tPostMessage(HWND_BROADCAST, WM_MAGPIE_SHOWME, 0, 0);\n\t\t\treturn false;\n\t\t}\n\t}\n\n\treturn true;\n}\n\nvoid App::_AppSettings_ThemeChanged(AppTheme) {\n\t_UpdateColorValuesChangedRevoker();\n\t_UpdateTheme();\n}\n\nvoid App::_UpdateColorValuesChangedRevoker() {\n\tif (AppSettings::Get().Theme() == AppTheme::System) {\n\t\t_colorValuesChangedRevoker = _uiSettings.ColorValuesChanged(\n\t\t\tauto_revoke,\n\t\t\t[this](const auto&, const auto&) {\n\t\t\t\t_dispatcher.TryEnqueue([this] { _UpdateTheme(); });\n\t\t\t}\n\t\t);\n\t} else {\n\t\t_colorValuesChangedRevoker.revoke();\n\t}\n}\n\n// 来自 https://learn.microsoft.com/en-us/windows/apps/desktop/modernize/apply-windows-themes#know-when-dark-mode-is-enabled\nstatic bool IsColorLight(const winrt::Windows::UI::Color& clr) noexcept {\n\treturn 5 * clr.G + 2 * clr.R + clr.B > 8 * 128;\n}\n\nvoid App::_UpdateTheme() {\n\tAppTheme theme = AppSettings::Get().Theme();\n\n\tbool isLightTheme = false;\n\tif (theme == AppTheme::System) {\n\t\t// 前景色是亮色表示当前是深色主题\n\t\tisLightTheme = !IsColorLight(_uiSettings.GetColorValue(UIColorType::Foreground));\n\t} else {\n\t\tisLightTheme = theme == AppTheme::Light;\n\t}\n\n\tbool expected = !isLightTheme;\n\tif (_isLightTheme.compare_exchange_strong(expected, isLightTheme, std::memory_order_relaxed)) {\n\t\tThemeChanged.Invoke(isLightTheme);\n\t}\n}\n\nvoid App::_ReleaseMutexes() noexcept {\n\tif (_hSingleInstanceMutex) {\n\t\t_hSingleInstanceMutex.ReleaseMutex();\n\t\t_hSingleInstanceMutex.reset();\n\t}\n\tif (_hElevatedMutex) {\n\t\t_hElevatedMutex.ReleaseMutex();\n\t\t_hElevatedMutex.reset();\n\t}\n}\n\n}\n"
},
{
"path": "src/Magpie/App.h",
"content": "#pragma once\n#include \"App.g.h\"\n#include \"AppSettings.h\"\n#include \"Event.h\"\n#include \n#include \n\nnamespace Magpie {\nclass MainWindow;\n}\n\nnamespace winrt::Magpie::implementation {\n\nstruct RootPage;\n\nclass App : public App_base {\npublic:\n\tstatic App& Get();\n\n\tApp();\n\tApp(const App&) = delete;\n\tApp(App&&) = delete;\n\n\tbool Initialize(const wchar_t* arguments);\n\n\tint Run();\n\n\tconst DispatcherQueue& Dispatcher() const noexcept {\n\t\treturn _dispatcher;\n\t}\n\n\tvoid ShowMainWindow() noexcept;\n\n\tvoid Quit();\n\n\tvoid Restart(bool asElevated = false, const wchar_t* arguments = nullptr) noexcept;\n\n\tconst com_ptr& RootPage() const noexcept;\n\n\tconst ::Magpie::MainWindow& MainWindow() const noexcept {\n\t\treturn *_mainWindow;\n\t}\n\n\t::Magpie::MainWindow& MainWindow() noexcept {\n\t\treturn *_mainWindow;\n\t}\n\n\tbool IsLightTheme() const noexcept {\n\t\treturn _isLightTheme.load(std::memory_order_relaxed);\n\t}\n\n\tstatic Windows::Globalization::NumberFormatting::INumberFormatter2 DoubleFormatter();\n\n\t::Magpie::MultithreadEvent ThemeChanged;\n\nprivate:\n\tvoid _Uninitialize();\n\n\tbool _CheckSingleInstance() noexcept;\n\n\tvoid _AppSettings_ThemeChanged(::Magpie::AppTheme theme);\n\n\tvoid _UpdateColorValuesChangedRevoker();\n\n\tvoid _UpdateTheme();\n\n\tvoid _ReleaseMutexes() noexcept;\n\n\twil::unique_mutex_nothrow _hSingleInstanceMutex;\n\t// 以管理员身份运行时持有此锁\n\twil::unique_mutex_nothrow _hElevatedMutex;\n\n\tHosting::WindowsXamlManager _windowsXamlManager{ nullptr };\n\n\tstd::unique_ptr<::Magpie::MainWindow> _mainWindow;\n\n\tDispatcherQueue _dispatcher{ nullptr };\n\n\t::Magpie::Event<::Magpie::AppTheme>::EventRevoker _themeChangedRevoker;\n\tWindows::UI::ViewManagement::UISettings _uiSettings;\n\tWindows::UI::ViewManagement::UISettings::ColorValuesChanged_revoker _colorValuesChangedRevoker;\n\tstd::atomic _isLightTheme = true;\n\n\t::Magpie::Event::EventRevoker _isShowNotifyIconChangedRevoker;\n\n\t////////////////////////////////////////////////////\n\t// \n\t// IXamlMetadataProvider 相关\n\t// \n\t/////////////////////////////////////////////////////\npublic:\n\tMarkup::IXamlType GetXamlType(Interop::TypeName const& type) {\n\t\treturn _AppProvider()->GetXamlType(type);\n\t}\n\n\tMarkup::IXamlType GetXamlType(hstring const& fullName) {\n\t\treturn _AppProvider()->GetXamlType(fullName);\n\t}\n\n\tcom_array GetXmlnsDefinitions() {\n\t\treturn _AppProvider()->GetXmlnsDefinitions();\n\t}\n\nprivate:\n\tcom_ptr _AppProvider() {\n\t\tif (!_appProvider) {\n\t\t\t_appProvider = make_self();\n\t\t}\n\t\treturn _appProvider;\n\t}\n\n\tcom_ptr _appProvider;\n};\n\n}\n\nBASIC_FACTORY(App)\n"
},
{
"path": "src/Magpie/App.idl",
"content": "namespace Magpie {\n\tdelegate void SignalDelegate();\n}\n\n#include \"BoolNegationConverter.idl\"\n#include \"BoolToNegativeVisibilityConverter.idl\"\n#include \"SettingsExpanderCornerRadiusConverter.idl\"\n#include \"ControlSizeTrigger.idl\"\n#include \"IsEqualStateTrigger.idl\"\n#include \"IsNullStateTrigger.idl\"\n#include \"TextBlockHelper.idl\"\n#include \"TextMenuFlyout.idl\"\n#include \"SimpleStackPanel.idl\"\n#include \"WrapPanel.idl\"\n#include \"CaptionButtonsControl.idl\"\n#include \"TitleBarControl.idl\"\n#include \"PageFrame.idl\"\n#include \"SettingsCard.idl\"\n#include \"SettingsExpander.idl\"\n#include \"SettingsGroup.idl\"\n#include \"KeyVisual.idl\"\n#include \"KeyVisualState.idl\"\n#include \"ShortcutControl.idl\"\n#include \"ShortcutDialog.idl\"\n#include \"HomeViewModel.idl\"\n#include \"EffectParametersViewModel.idl\"\n#include \"ScalingModeEffectItem.idl\"\n#include \"ScalingModeItem.idl\"\n#include \"ScalingModesViewModel.idl\"\n#include \"ProfileViewModel.idl\"\n#include \"SettingsViewModel.idl\"\n#include \"CandidateWindowItem.idl\"\n#include \"NewProfileViewModel.idl\"\n#include \"AboutViewModel.idl\"\n#include \"ToastPage.idl\"\n#include \"RootPage.idl\"\n#include \"AboutPage.idl\"\n#include \"HomePage.idl\"\n#include \"ScalingModesPage.idl\"\n#include \"ProfilePage.idl\"\n#include \"SettingsPage.idl\"\n#include \"BlueInfoBarStyle.idl\"\n\nnamespace Magpie {\n\t[default_interface]\n\truntimeclass App : Windows.UI.Xaml.Application {\n\t\tstatic Windows.Globalization.NumberFormatting.INumberFormatter2 DoubleFormatter { get; };\n\t}\n}\n"
},
{
"path": "src/Magpie/App.xaml",
"content": "\n\t\n\t\t\n\t\t\t\n\t\t\t\t \n\n\t\t\t12 \n\n\t\t\t\n\t\t\t\t \n\n\t\t\t2 \n\t\t\t32 \n\n\t\t\t14 \n\n\t\t\t\n\t\t\t0,16,22,16 \n\t\t\t20,0,0,0 \n\n\t\t\tFirebrick \n\t\t\t20 \n\t\t\t400 \n\n\t\t\t\n\t\t\t\n\t\t\tF1 M 6.25 8.125 C 6.25 7.975262 6.293945 7.848309 6.381836 7.744141 C 6.469727 7.639975 6.585286 7.565104 6.728516 7.519531 C 7.014974 7.428386 7.283528 7.338867 7.53418 7.250977 C 7.78483 7.163086 8.027344 7.063803 8.261719 6.953125 C 8.496094 6.842449 8.727213 6.717123 8.955078 6.577148 C 9.182942 6.437175 9.414062 6.269531 9.648438 6.074219 C 10.026041 5.761719 10.379231 5.42155 10.708008 5.053711 C 11.036783 4.685873 11.324869 4.290365 11.572266 3.867188 C 11.682942 3.684896 11.782227 3.507488 11.870117 3.334961 C 11.958008 3.162436 12.039388 2.98991 12.114258 2.817383 C 12.189127 2.644857 12.259114 2.469076 12.324219 2.290039 C 12.389322 2.111004 12.454426 1.920574 12.519531 1.71875 C 12.617188 1.438803 12.81901 1.298828 13.125 1.298828 C 13.430989 1.298828 13.632812 1.438803 13.730469 1.71875 C 13.860677 2.109375 13.997396 2.475586 14.140625 2.817383 C 14.283854 3.15918 14.459635 3.509115 14.667969 3.867188 C 14.915364 4.277344 15.206705 4.669597 15.541992 5.043945 C 15.877278 5.418295 16.230469 5.761719 16.601562 6.074219 C 16.842447 6.276043 17.076822 6.446941 17.304688 6.586914 C 17.532551 6.726889 17.762043 6.850586 17.993164 6.958008 C 18.224283 7.06543 18.465168 7.163086 18.71582 7.250977 C 18.966471 7.338867 19.238281 7.428386 19.53125 7.519531 C 19.667969 7.565104 19.780273 7.639975 19.868164 7.744141 C 19.956055 7.848309 20 7.975262 20 8.125 C 20 8.27474 19.956055 8.401693 19.868164 8.505859 C 19.780273 8.610026 19.667969 8.684896 19.53125 8.730469 C 19.23177 8.828125 18.956705 8.919271 18.706055 9.003906 C 18.455402 9.088542 18.216145 9.18457 17.988281 9.291992 C 17.760416 9.399414 17.53418 9.52474 17.30957 9.667969 C 17.084961 9.811198 16.848957 9.983725 16.601562 10.185547 C 16.236979 10.491537 15.90983 10.804037 15.620117 11.123047 C 15.330403 11.442058 15.069986 11.778972 14.838867 12.133789 C 14.607747 12.488607 14.401041 12.862956 14.21875 13.256836 C 14.036457 13.650717 13.873697 14.072266 13.730469 14.521484 C 13.684896 14.664714 13.611653 14.780273 13.510742 14.868164 C 13.40983 14.956055 13.281249 15 13.125 15 C 12.968749 15 12.840168 14.956055 12.739258 14.868164 C 12.638346 14.780273 12.565104 14.664714 12.519531 14.521484 C 12.233072 13.636068 11.861979 12.841797 11.40625 12.138672 C 10.950521 11.435547 10.364583 10.784506 9.648438 10.185547 C 9.414062 9.983725 9.18457 9.811198 8.959961 9.667969 C 8.735352 9.52474 8.505859 9.399414 8.271484 9.291992 C 8.037109 9.18457 7.794596 9.086914 7.543945 8.999023 C 7.293294 8.911133 7.021484 8.821615 6.728516 8.730469 C 6.585286 8.684896 6.469727 8.610026 6.381836 8.505859 C 6.293945 8.401693 6.25 8.27474 6.25 8.125 Z M 17.548828 8.125 C 16.559244 7.64974 15.696614 7.026367 14.960938 6.254883 C 14.22526 5.483398 13.61328 4.60612 13.125 3.623047 C 12.643229 4.5931 12.03125 5.467123 11.289062 6.245117 C 10.546875 7.023112 9.6875 7.64974 8.710938 8.125 C 9.6875 8.600261 10.546875 9.226889 11.289062 10.004883 C 12.03125 10.782878 12.643229 11.656901 13.125 12.626953 C 13.61328 11.643881 14.22526 10.766602 14.960938 9.995117 C 15.696614 9.223633 16.559244 8.600261 17.548828 8.125 Z M 0 14.375 C 0 14.225261 0.043945 14.098308 0.131836 13.994141 C 0.219727 13.889975 0.332031 13.815104 0.46875 13.769531 C 0.78125 13.678386 1.074219 13.569336 1.347656 13.442383 C 1.621094 13.31543 1.884766 13.147787 2.138672 12.939453 C 2.548828 12.594401 2.882487 12.223308 3.139648 11.826172 C 3.39681 11.429037 3.606771 10.976562 3.769531 10.46875 C 3.815104 10.332031 3.891601 10.229492 3.999023 10.161133 C 4.106445 10.092773 4.231771 10.058594 4.375 10.058594 C 4.518229 10.058594 4.643555 10.092773 4.750977 10.161133 C 4.858398 10.229492 4.934896 10.332031 4.980469 10.46875 C 5.058594 10.729167 5.148112 10.97168 5.249023 11.196289 C 5.349935 11.420898 5.467122 11.632487 5.600586 11.831055 C 5.734049 12.029623 5.883789 12.220053 6.049805 12.402344 C 6.21582 12.584636 6.402994 12.763672 6.611328 12.939453 C 6.865234 13.147787 7.128906 13.31543 7.402344 13.442383 C 7.675781 13.569336 7.96875 13.678386 8.28125 13.769531 C 8.417969 13.815104 8.530273 13.889975 8.618164 13.994141 C 8.706055 14.098308 8.75 14.225261 8.75 14.375 C 8.75 14.52474 8.706055 14.65332 8.618164 14.760742 C 8.530273 14.868164 8.417969 14.941406 8.28125 14.980469 C 7.96875 15.071615 7.675781 15.179037 7.402344 15.302734 C 7.128906 15.426433 6.865234 15.592448 6.611328 15.800781 C 6.207682 16.139324 5.872396 16.512045 5.605469 16.918945 C 5.338542 17.325846 5.130208 17.776693 4.980469 18.271484 C 4.934896 18.414713 4.860026 18.530273 4.755859 18.618164 C 4.651692 18.706055 4.524739 18.75 4.375 18.75 C 4.22526 18.75 4.098307 18.706055 3.994141 18.618164 C 3.889974 18.530273 3.815104 18.414713 3.769531 18.271484 C 3.704427 18.050131 3.62793 17.841797 3.540039 17.646484 C 3.452148 17.451172 3.349609 17.255859 3.232422 17.060547 C 2.906901 16.513672 2.516276 16.075846 2.060547 15.74707 C 1.604818 15.418295 1.074219 15.162761 0.46875 14.980469 C 0.332031 14.941406 0.219727 14.868164 0.131836 14.760742 C 0.043945 14.65332 0 14.52474 0 14.375 Z M 6.503906 14.375 C 6.054688 14.108073 5.652669 13.79069 5.297852 13.422852 C 4.943034 13.055014 4.635417 12.646484 4.375 12.197266 C 4.114583 12.646484 3.806966 13.055014 3.452148 13.422852 C 3.097331 13.79069 2.695312 14.108073 2.246094 14.375 C 2.695312 14.641928 3.097331 14.959311 3.452148 15.327148 C 3.806966 15.694987 4.114583 16.103516 4.375 16.552734 C 4.635417 16.103516 4.943034 15.694987 5.297852 15.327148 C 5.652669 14.959311 6.054688 14.641928 6.503906 14.375 Z \n\t\t\t\n\t\t\tF1 M 8.75 2.128906 L 6.689453 4.189453 C 6.565755 4.313151 6.419271 4.375 6.25 4.375 C 6.080729 4.375 5.934245 4.313151 5.810547 4.189453 C 5.686849 4.065756 5.625 3.919271 5.625 3.75 C 5.625 3.58073 5.686849 3.434246 5.810547 3.310547 L 8.935547 0.185547 C 9.059244 0.06185 9.205729 0 9.375 0 C 9.544271 0 9.690755 0.06185 9.814453 0.185547 L 12.939453 3.310547 C 13.06315 3.434246 13.124999 3.58073 13.125 3.75 C 13.124999 3.919271 13.06315 4.065756 12.939453 4.189453 C 12.815755 4.313151 12.669271 4.375 12.5 4.375 C 12.330729 4.375 12.184244 4.313151 12.060547 4.189453 L 10 2.128906 L 10 6.875 C 10 7.044271 9.93815 7.190756 9.814453 7.314453 C 9.690755 7.438151 9.544271 7.5 9.375 7.5 C 9.205729 7.5 9.059244 7.438151 8.935547 7.314453 C 8.811849 7.190756 8.75 7.044271 8.75 6.875 Z M 0 9.375 C 0 9.205729 0.061849 9.059245 0.185547 8.935547 L 3.310547 5.810547 C 3.434245 5.68685 3.580729 5.625 3.75 5.625 C 3.919271 5.625 4.065755 5.68685 4.189453 5.810547 C 4.313151 5.934246 4.375 6.08073 4.375 6.25 C 4.375 6.419271 4.313151 6.565756 4.189453 6.689453 L 2.138672 8.75 L 6.875 8.75 C 7.044271 8.75 7.190755 8.81185 7.314453 8.935547 C 7.43815 9.059245 7.5 9.205729 7.5 9.375 C 7.5 9.544271 7.43815 9.690756 7.314453 9.814453 C 7.190755 9.938151 7.044271 10 6.875 10 L 2.138672 10 L 4.189453 12.060547 C 4.313151 12.184245 4.375 12.330729 4.375 12.5 C 4.375 12.669271 4.313151 12.815756 4.189453 12.939453 C 4.065755 13.063151 3.919271 13.125 3.75 13.125 C 3.580729 13.125 3.434245 13.063151 3.310547 12.939453 L 0.185547 9.814453 C 0.061849 9.690756 0 9.544271 0 9.375 Z M 14.375 12.5 C 14.375 12.330729 14.436849 12.184245 14.560547 12.060547 L 16.621094 10 L 11.875 10 C 11.705729 10 11.559244 9.938151 11.435547 9.814453 C 11.311849 9.690756 11.25 9.544271 11.25 9.375 C 11.25 9.205729 11.311849 9.059245 11.435547 8.935547 C 11.559244 8.81185 11.705729 8.75 11.875 8.75 L 16.621094 8.75 L 14.560547 6.689453 C 14.436849 6.565756 14.375 6.419271 14.375 6.25 C 14.375 6.08073 14.436849 5.934246 14.560547 5.810547 C 14.684244 5.68685 14.830729 5.625 15 5.625 C 15.169271 5.625 15.315755 5.68685 15.439453 5.810547 L 18.564453 8.935547 C 18.68815 9.059245 18.75 9.205729 18.75 9.375 C 18.75 9.544271 18.68815 9.690756 18.564453 9.814453 L 15.439453 12.939453 C 15.315755 13.063151 15.169271 13.125 15 13.125 C 14.830729 13.125 14.684244 13.063151 14.560547 12.939453 C 14.436849 12.815756 14.375 12.669271 14.375 12.5 Z M 5.625 15 C 5.625 14.830729 5.686849 14.684245 5.810547 14.560547 C 5.934245 14.43685 6.080729 14.375 6.25 14.375 C 6.419271 14.375 6.565755 14.43685 6.689453 14.560547 L 8.75 16.611328 L 8.75 11.875 C 8.75 11.705729 8.811849 11.559245 8.935547 11.435547 C 9.059244 11.31185 9.205729 11.25 9.375 11.25 C 9.544271 11.25 9.690755 11.31185 9.814453 11.435547 C 9.93815 11.559245 10 11.705729 10 11.875 L 10 16.611328 L 12.060547 14.560547 C 12.184244 14.43685 12.330729 14.375 12.5 14.375 C 12.669271 14.375 12.815755 14.43685 12.939453 14.560547 C 13.06315 14.684245 13.124999 14.830729 13.125 15 C 13.124999 15.169271 13.06315 15.315756 12.939453 15.439453 L 9.814453 18.564453 C 9.690755 18.68815 9.544271 18.75 9.375 18.75 C 9.205729 18.75 9.059244 18.68815 8.935547 18.564453 L 5.810547 15.439453 C 5.686849 15.315756 5.625 15.169271 5.625 15 Z \n\t\t \n\t \n \n"
},
{
"path": "src/Magpie/AppSettings.cpp",
"content": "#include \"pch.h\"\n#include \"AppSettings.h\"\n#include \"App.h\"\n#include \"AutoStartHelper.h\"\n#include \"CommonSharedConstants.h\"\n#include \"JsonHelper.h\"\n#include \"LocalizationService.h\"\n#include \"Logger.h\"\n#include \"MainWindow.h\"\n#include \"Profile.h\"\n#include \"resource.h\"\n#include \"ScalingMode.h\"\n#include \"ScalingModesService.h\"\n#include \"ShortcutHelper.h\"\n#include \"StrHelper.h\"\n#include \"Win32Helper.h\"\n#include \n#include \n#include \n\nusing namespace winrt;\nusing namespace winrt::Magpie;\n\nnamespace Magpie {\n\n// 如果配置文件和已发布的正式版本不再兼容，应提高此版本号\nstatic constexpr uint32_t CONFIG_VERSION = 4;\n\n_AppSettingsData::_AppSettingsData() {}\n\n_AppSettingsData::~_AppSettingsData() {}\n\n// 将热键存储为 uint32_t\n// 不能存储为字符串，因为某些键的字符相同，如句号和小键盘的点\nstatic uint32_t EncodeShortcut(const Shortcut& shortcut) noexcept {\n\tuint32_t value = shortcut.code;\n\tif (shortcut.win) {\n\t\tvalue |= 0x100;\n\t}\n\tif (shortcut.ctrl) {\n\t\tvalue |= 0x200;\n\t}\n\tif (shortcut.alt) {\n\t\tvalue |= 0x400;\n\t}\n\tif (shortcut.shift) {\n\t\tvalue |= 0x800;\n\t}\n\treturn value;\n}\n\nstatic void DecodeShortcut(uint32_t value, Shortcut& shortcut) noexcept {\n\tif (value > 0xfff) {\n\t\treturn;\n\t}\n\n\tshortcut.code = value & 0xff;\n\tshortcut.win = value & 0x100;\n\tshortcut.ctrl = value & 0x200;\n\tshortcut.alt = value & 0x400;\n\tshortcut.shift = value & 0x800;\n}\n\nstatic void WriteProfile(rapidjson::PrettyWriter& writer, const Profile& profile) noexcept {\n\twriter.StartObject();\n\tif (!profile.name.empty()) {\n\t\twriter.Key(\"name\");\n\t\twriter.String(StrHelper::UTF16ToUTF8(profile.name).c_str());\n\t\twriter.Key(\"packaged\");\n\t\twriter.Bool(profile.isPackaged);\n\t\twriter.Key(\"pathRule\");\n\t\twriter.String(StrHelper::UTF16ToUTF8(profile.pathRule).c_str());\n\t\twriter.Key(\"classNameRule\");\n\t\twriter.String(StrHelper::UTF16ToUTF8(profile.classNameRule).c_str());\n\t\twriter.Key(\"launcherPath\");\n\t\twriter.String(StrHelper::UTF16ToUTF8(profile.launcherPath.native()).c_str());\n\t\twriter.Key(\"autoScale\");\n\t\twriter.Uint((uint32_t)profile.autoScale);\n\t\twriter.Key(\"launchParameters\");\n\t\twriter.String(StrHelper::UTF16ToUTF8(profile.launchParameters).c_str());\n\t}\n\n\twriter.Key(\"scalingMode\");\n\twriter.Int(profile.scalingMode);\n\twriter.Key(\"captureMethod\");\n\twriter.Uint((uint32_t)profile.captureMethod);\n\twriter.Key(\"multiMonitorUsage\");\n\twriter.Uint((uint32_t)profile.multiMonitorUsage);\n\n\twriter.Key(\"initialWindowedScaleFactor\");\n\twriter.Uint((uint32_t)profile.initialWindowedScaleFactor);\n\twriter.Key(\"customInitialWindowedScaleFactor\");\n\twriter.Double(profile.customInitialWindowedScaleFactor);\n\n\twriter.Key(\"graphicsCardId\");\n\twriter.StartObject();\n\twriter.Key(\"idx\");\n\twriter.Int(profile.graphicsCardId.idx);\n\twriter.Key(\"vendorId\");\n\twriter.Uint(profile.graphicsCardId.vendorId);\n\twriter.Key(\"deviceId\");\n\twriter.Uint(profile.graphicsCardId.deviceId);\n\twriter.EndObject();\n\twriter.Key(\"frameRateLimiterEnabled\");\n\twriter.Bool(profile.isFrameRateLimiterEnabled);\n\twriter.Key(\"maxFrameRate\");\n\twriter.Double(profile.maxFrameRate);\n\n\twriter.Key(\"3DGameMode\");\n\twriter.Bool(profile.Is3DGameMode());\n\twriter.Key(\"captureTitleBar\");\n\twriter.Bool(profile.IsCaptureTitleBar());\n\twriter.Key(\"adjustCursorSpeed\");\n\twriter.Bool(profile.IsAdjustCursorSpeed());\n\twriter.Key(\"disableDirectFlip\");\n\twriter.Bool(profile.IsDirectFlipDisabled());\n\n\twriter.Key(\"cursorScaling\");\n\twriter.Uint((uint32_t)profile.cursorScaling);\n\twriter.Key(\"customCursorScaling\");\n\twriter.Double(profile.customCursorScaling);\n\twriter.Key(\"cursorInterpolationMode\");\n\twriter.Uint((uint32_t)profile.cursorInterpolationMode);\n\twriter.Key(\"autoHideCursorEnabled\");\n\twriter.Bool(profile.isAutoHideCursorEnabled);\n\twriter.Key(\"autoHideCursorDelay\");\n\twriter.Double(profile.autoHideCursorDelay);\n\n\twriter.Key(\"croppingEnabled\");\n\twriter.Bool(profile.isCroppingEnabled);\n\twriter.Key(\"cropping\");\n\twriter.StartObject();\n\twriter.Key(\"left\");\n\twriter.Double(profile.cropping.Left);\n\twriter.Key(\"top\");\n\twriter.Double(profile.cropping.Top);\n\twriter.Key(\"right\");\n\twriter.Double(profile.cropping.Right);\n\twriter.Key(\"bottom\");\n\twriter.Double(profile.cropping.Bottom);\n\twriter.EndObject();\n\n\twriter.Key(\"destAlignment\");\n\twriter.Uint((uint32_t)profile.destAlignment);\n\n\twriter.EndObject();\n}\n\nstatic void ReplaceIcon(HINSTANCE hInst, HWND hWnd, bool large) noexcept {\n\tHICON hIconApp = NULL;\n\tLoadIconMetric(hInst, MAKEINTRESOURCE(IDI_APP), large ? LIM_LARGE : LIM_SMALL, &hIconApp);\n\tHICON hIconOld = (HICON)SendMessage(hWnd, WM_SETICON, large ? ICON_BIG : ICON_SMALL, (LPARAM)hIconApp);\n\tif (hIconOld) {\n\t\tDestroyIcon(hIconOld);\n\t}\n}\n\nstatic HRESULT CALLBACK TaskDialogCallback(\n\tHWND hWnd,\n\tUINT msg,\n\tWPARAM /*wParam*/,\n\tLPARAM /*lParam*/,\n\tLONG_PTR /*lpRefData*/\n) {\n\tif (msg == TDN_CREATED) {\n\t\t// 将任务栏图标替换为 Magpie 的图标\n\t\t// GetModuleHandle 获取 exe 文件的句柄\n\t\tHINSTANCE hInst = GetModuleHandle(nullptr);\n\t\tReplaceIcon(hInst, hWnd, true);\n\t\tReplaceIcon(hInst, hWnd, false);\n\n\t\t// 删除标题栏中的图标\n\t\tINT_PTR style = GetWindowLongPtr(hWnd, GWL_STYLE);\n\t\tSetWindowLongPtr(hWnd, GWL_STYLE, style & ~WS_SYSMENU);\n\t}\n\n\treturn S_OK;\n}\n\nstatic void ShowErrorMessage(const wchar_t* mainInstruction, const wchar_t* content) noexcept {\n\tResourceLoader resourceLoader =\n\t\tResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID);\n\tconst hstring errorStr = resourceLoader.GetString(L\"AppSettings_Dialog_Error\");\n\tconst hstring exitStr = resourceLoader.GetString(L\"AppSettings_Dialog_Exit\");\n\n\tTASKDIALOG_BUTTON button{ IDCANCEL, exitStr.c_str() };\n\tTASKDIALOGCONFIG tdc{\n\t\t.cbSize = sizeof(TASKDIALOGCONFIG),\n\t\t.dwFlags = TDF_SIZE_TO_CONTENT,\n\t\t.pszWindowTitle = errorStr.c_str(),\n\t\t.pszMainIcon = TD_ERROR_ICON,\n\t\t.pszMainInstruction = mainInstruction,\n\t\t.pszContent = content,\n\t\t.cButtons = 1,\n\t\t.pButtons = &button,\n\t\t.pfCallback = TaskDialogCallback\n\t};\n\tTaskDialogIndirect(&tdc, nullptr, nullptr, nullptr);\n}\n\nAppSettings::~AppSettings() {}\n\nbool AppSettings::Initialize() noexcept {\n\tLogger& logger = Logger::Get();\n\n\t// 若程序所在目录存在配置文件则为便携模式\n\t_isPortableMode = Win32Helper::FileExists(StrHelper::Concat(\n\t\tCommonSharedConstants::CONFIG_DIR, L\"\\\\\", CommonSharedConstants::CONFIG_FILENAME).c_str());\n\n\tstd::filesystem::path existingConfigPath;\n\tif (!_UpdateConfigPath(&existingConfigPath)) {\n\t\tlogger.Error(\"_UpdateConfigPath 失败\");\n\t\treturn false;\n\t}\n\n\tlogger.Info(StrHelper::Concat(\"便携模式: \", _isPortableMode ? \"是\" : \"否\"));\n\n\tif (existingConfigPath.empty()) {\n\t\tlogger.Info(\"不存在配置文件\");\n\t\t_SetDefaultScalingModes();\n\t\t_SetDefaultShortcuts();\n\t\tSaveAsync();\n\t\treturn true;\n\t}\n\n\t// 此时 ResourceLoader 使用“首选语言”\n\t\n\tstd::string configText;\n\tif (!Win32Helper::ReadTextFile(existingConfigPath.c_str(), configText)) {\n\t\tlogger.Error(\"读取配置文件失败\");\n\t\tResourceLoader resourceLoader =\n\t\t\tResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID);\n\t\thstring title = resourceLoader.GetString(L\"AppSettings_ErrorDialog_ReadFailed\");\n\t\thstring content = resourceLoader.GetString(L\"AppSettings_ErrorDialog_ConfigLocation\");\n\t\tShowErrorMessage(title.c_str(),\n\t\t\tfmt::format(fmt::runtime(std::wstring_view(content)), existingConfigPath.native()).c_str());\n\t\treturn false;\n\t}\n\n\tif (configText.empty()) {\n\t\tLogger::Get().Info(\"配置文件为空\");\n\t\t_SetDefaultScalingModes();\n\t\t_SetDefaultShortcuts();\n\t\tSaveAsync();\n\t\treturn true;\n\t}\n\n\trapidjson::Document doc;\n\tdoc.ParseInsitu(configText.data());\n\tif (doc.HasParseError()) {\n\t\tLogger::Get().Error(fmt::format(\"解析配置失败\\n\\t错误码: {}\", (int)doc.GetParseError()));\n\t\tResourceLoader resourceLoader =\n\t\t\tResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID);\n\t\thstring title = resourceLoader.GetString(L\"AppSettings_ErrorDialog_NotValidJson\");\n\t\thstring content = resourceLoader.GetString(L\"AppSettings_ErrorDialog_ConfigLocation\");\n\t\tShowErrorMessage(title.c_str(),\n\t\t\tfmt::format(fmt::runtime(std::wstring_view(content)), existingConfigPath.native()).c_str());\n\t\treturn false;\n\t}\n\n\tif (!doc.IsObject()) {\n\t\tLogger::Get().Error(\"配置文件根元素不是 Object\");\n\t\tResourceLoader resourceLoader =\n\t\t\tResourceLoader::GetForCurrentView(CommonSharedConstants::APP_RESOURCE_MAP_ID);\n\t\thstring title = resourceLoader.GetString(L\"AppSettings_ErrorDialog_ParseFailed\");\n\t\thstring content = resourceLoader.GetString(L\"AppSettings_ErrorDialog_ConfigLocation\");\n\t\tShowErrorMessage(title.c_str(),\n\t\t\tfmt::format(fmt::runtime(std::wstring_view(content)), existingConfigPath.native()).c_str());\n\t\treturn false;\n\t}\n\n\t_LoadSettings(((const rapidjson::Document&)doc).GetObj());\n\n\t// 迁移旧版配置后立刻保存，_SetDefaultShortcuts 用于确保快捷键不为空\n\tif (_SetDefaultShortcuts() || !Win32Helper::FileExists(_configPath.c_str())) {\n\t\tSaveAsync();\n\t}\n\n\treturn true;\n}\n\nbool AppSettings::Save() noexcept {\n\t_UpdateWindowPlacement();\n\treturn _Save(*this);\n}\n\nfire_and_forget AppSettings::SaveAsync() noexcept {\n\t_UpdateWindowPlacement();\n\n\t// 拷贝当前配置\n\t_AppSettingsData data = *this;\n\tco_await resume_background();\n\n\t_Save(data);\n}\n\nvoid AppSettings::IsPortableMode(bool value) noexcept {\n\tif (_isPortableMode == value) {\n\t\treturn;\n\t}\n\n\tif (!value) {\n\t\t// 关闭便携模式需删除本地配置文件\n\t\tif (!DeleteFile((_configDir / CommonSharedConstants::CONFIG_FILENAME).c_str())) {\n\t\t\tif (GetLastError() != ERROR_FILE_NOT_FOUND) {\n\t\t\t\tLogger::Get().Win32Error(\"删除本地配置文件失败\");\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n\n\t_isPortableMode = value;\n\n\tif (_UpdateConfigPath()) {\n\t\tLogger::Get().Info(value ? \"已开启便携模式\" : \"已关闭便携模式\");\n\t\tSaveAsync();\n\t} else {\n\t\tLogger::Get().Error(value ? \"开启便携模式失败\" : \"关闭便携模式失败\");\n\t\t_isPortableMode = !value;\n\t}\n}\n\nvoid AppSettings::Language(int value) {\n\tif (_language == value) {\n\t\treturn;\n\t}\n\n\t_language = value;\n\tSaveAsync();\n}\n\nvoid AppSettings::Theme(AppTheme value) {\n\tif (_theme == value) {\n\t\treturn;\n\t}\n\n\t_theme = value;\n\tThemeChanged.Invoke(value);\n\n\tSaveAsync();\n}\n\nvoid AppSettings::SetShortcut(ShortcutAction action, const Shortcut& value) {\n\tif (_shortcuts[(size_t)action] == value) {\n\t\treturn;\n\t}\n\n\t_shortcuts[(size_t)action] = value;\n\tLogger::Get().Info(fmt::format(\"热键 {} 已更改为 {}\", ShortcutHelper::ToString(action), StrHelper::UTF16ToUTF8(value.ToString())));\n\tShortcutChanged.Invoke(action);\n\n\tSaveAsync();\n}\n\nvoid AppSettings::CountdownSeconds(uint32_t value) noexcept {\n\tif (_countdownSeconds == value) {\n\t\treturn;\n\t}\n\n\t_countdownSeconds = value;\n\tCountdownSecondsChanged.Invoke(value);\n\n\tSaveAsync();\n}\n\nvoid AppSettings::IsDeveloperMode(bool value) noexcept {\n\t_isDeveloperMode = value;\n\tif (!value) {\n\t\t// 关闭开发者模式则禁用所有开发者选项\n\t\t_isDebugMode = false;\n\t\t_isBenchmarkMode = false;\n\t\t_isEffectCacheDisabled = false;\n\t\t_isFontCacheDisabled = false;\n\t\t_isSaveEffectSources = false;\n\t\t_isWarningsAreErrors = false;\n\t\t_duplicateFrameDetectionMode = DuplicateFrameDetectionMode::Dynamic;\n\t\t_isStatisticsForDynamicDetectionEnabled = false;\n\t\t_isFP16Disabled = false;\n\t}\n\n\tSaveAsync();\n}\n\nvoid AppSettings::IsAlwaysRunAsAdmin(bool value) noexcept {\n\tif (_isAlwaysRunAsAdmin == value) {\n\t\treturn;\n\t}\n\n\t_isAlwaysRunAsAdmin = value;\n\tSaveAsync();\n\n\t// 更新启动任务\n\tif (AutoStartHelper::IsAutoStartEnabled()) {\n\t\tAutoStartHelper::EnableAutoStart(value);\n\t}\n}\n\nvoid AppSettings::IsShowNotifyIcon(bool value) noexcept {\n\tif (_isShowNotifyIcon == value) {\n\t\treturn;\n\t}\n\n\t_isShowNotifyIcon = value;\n\tIsShowNotifyIconChanged.Invoke(value);\n\n\tSaveAsync();\n}\n\nstatic std::filesystem::path GetSystemScreenshotsDir() noexcept {\n\t// 如果 Screenshots 文件夹不存在将失败\n\twil::unique_cotaskmem_string folder;\n\tHRESULT hr = SHGetKnownFolderPath(\n\t\tFOLDERID_Screenshots, KF_FLAG_DEFAULT, NULL, folder.put());\n\tif (SUCCEEDED(hr)) {\n\t\treturn folder.get();\n\t}\n\n\t// 屏幕截图文件夹默认路径是 %USERPROFILE%\\Pictures\\Screenshots\n\n\thr = SHGetKnownFolderPath(\n\t\tFOLDERID_Pictures, KF_FLAG_DEFAULT, NULL, folder.put());\n\tif (SUCCEEDED(hr)) {\n\t\treturn StrHelper::Concat(folder.get(), L\"\\\\Screenshots\");\n\t}\n\n\thr = SHGetKnownFolderPath(\n\t\tFOLDERID_Profile, KF_FLAG_DEFAULT, NULL, folder.put());\n\tif (SUCCEEDED(hr)) {\n\t\treturn StrHelper::Concat(folder.get(), L\"\\\\Pictures\\\\Screenshots\");\n\t}\n\t\n\tLogger::Get().ComError(\"SHGetKnownFolderPath 失败\", hr);\n\treturn {};\n}\n\nstatic bool IsSubfolder(const std::wstring& sub, const std::wstring& parent) noexcept {\n\tif (!sub.starts_with(parent)) {\n\t\treturn false;\n\t}\n\n\tif (parent.size() == sub.size()) {\n\t\treturn true;\n\t}\n\n\treturn sub[parent.size()] == L'\\\\';\n}\n\n// 失败时返回空字符串\nstd::filesystem::path AppSettings::ScreenshotsDir() const noexcept {\n\tif (_screenshotsDir.empty()) {\n\t\t// 系统“屏幕截图”文件夹\n\t\treturn GetSystemScreenshotsDir();\n\t} else if (_screenshotsDir.is_relative()) {\n\t\t// 相对路径\n\t\tstd::wstring workingDir;\n\t\tHRESULT hr = wil::GetCurrentDirectoryW(workingDir);\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"wil::GetCurrentDirectoryW 失败\", hr);\n\t\t\treturn {};\n\t\t}\n\n\t\tif (_screenshotsDir == L\".\") {\n\t\t\treturn std::filesystem::path(std::move(workingDir));\n\t\t} else {\n\t\t\treturn (std::filesystem::path(std::move(workingDir)) / _screenshotsDir).lexically_normal();\n\t\t}\n\t} else {\n\t\t// 绝对路径\n\t\treturn _screenshotsDir;\n\t}\n}\n\nvoid AppSettings::ScreenshotsDir(const std::filesystem::path& value) noexcept {\n\tassert(!value.empty());\n\n\tif (value == GetSystemScreenshotsDir()) {\n\t\t// 系统“屏幕截图”文件夹\n\t\t_screenshotsDir.clear();\n\t} else {\n\t\tstd::wstring workingDir;\n\t\tHRESULT hr = wil::GetCurrentDirectoryW(workingDir);\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"wil::GetCurrentDirectoryW 失败\", hr);\n\t\t\treturn;\n\t\t}\n\n\t\tif (IsSubfolder(value, workingDir)) {\n\t\t\t// 保存位置在工作文件夹内则转换为相对路径\n\t\t\tif (value.native().size() == workingDir.size()) {\n\t\t\t\t_screenshotsDir = L\".\";\n\t\t\t} else {\n\t\t\t\t_screenshotsDir = StrHelper::Concat(\n\t\t\t\t\tL\".\",\n\t\t\t\t\tstd::wstring(value.native().begin() + workingDir.size(), value.native().end())\n\t\t\t\t);\n\t\t\t}\n\t\t} else {\n\t\t\t// 绝对路径\n\t\t\t_screenshotsDir = value;\n\t\t}\n\t}\n\n\tSaveAsync();\n}\n\nvoid AppSettings::_UpdateWindowPlacement() noexcept {\n\tconst HWND hwndMain = implementation::App::Get().MainWindow().Handle();;\n\tif (!hwndMain) {\n\t\treturn;\n\t}\n\n\tWINDOWPLACEMENT wp{ sizeof(wp) };\n\tif (!GetWindowPlacement(hwndMain, &wp)) {\n\t\tLogger::Get().Win32Error(\"GetWindowPlacement 失败\");\n\t\treturn;\n\t}\n\n\t// rcNormalPosition 使用工作区坐标，应转换为屏幕坐标。\n\t// 见 https://github.com/Blinue/nt5src/blob/daad8a087a4e75422ec96b7911f1df4669989611/Source/XPSP1/NT/windows/core/ntuser/kernel/winmgr.c#L752\n\tHMONITOR hMon = MonitorFromWindow(hwndMain, MONITOR_DEFAULTTOPRIMARY);\n\tMONITORINFO mi{ sizeof(mi) };\n\tif (!GetMonitorInfo(hMon, &mi)) {\n\t\tLogger::Get().Win32Error(\"GetMonitorInfo 失败\");\n\t\treturn;\n\t}\n\n\tconst LONG workingAreaOffsetX = mi.rcWork.left - mi.rcMonitor.left;\n\tconst LONG workingAreaOffsetY = mi.rcWork.top - mi.rcMonitor.top;\n\t_mainWindowCenter = {\n\t\t(wp.rcNormalPosition.left + wp.rcNormalPosition.right) / 2.0f + workingAreaOffsetX,\n\t\t(wp.rcNormalPosition.top + wp.rcNormalPosition.bottom) / 2.0f + workingAreaOffsetY,\n\t};\n\n\tconst float dpiFactor = GetDpiForWindow(hwndMain) / float(USER_DEFAULT_SCREEN_DPI);\n\t_mainWindowSizeInDips = {\n\t\t(wp.rcNormalPosition.right - wp.rcNormalPosition.left) / dpiFactor,\n\t\t(wp.rcNormalPosition.bottom - wp.rcNormalPosition.top) / dpiFactor,\n\t};\n\n\t_isMainWindowMaximized = wp.showCmd == SW_MAXIMIZE;\n}\n\nbool AppSettings::_Save(const _AppSettingsData& data) noexcept {\n\tif (!Win32Helper::CreateDir(data._configDir.native(), true)) {\n\t\tLogger::Get().Win32Error(\"创建配置文件夹失败\");\n\t\treturn false;\n\t}\n\n\trapidjson::StringBuffer json;\n\trapidjson::PrettyWriter writer(json);\n\twriter.StartObject();\n\n\twriter.Key(\"language\");\n\tif (_language < 0) {\n\t\twriter.String(\"\");\n\t} else {\n\t\tconst wchar_t* language = LocalizationService::SupportedLanguages()[_language];\n\t\twriter.String(StrHelper::UTF16ToUTF8(language).c_str());\n\t}\n\n\twriter.Key(\"theme\");\n\twriter.Uint((uint32_t)data._theme);\n\n\twriter.Key(\"windowPos\");\n\twriter.StartObject();\n\twriter.Key(\"centerX\");\n\twriter.Double(data._mainWindowCenter.X);\n\twriter.Key(\"centerY\");\n\twriter.Double(data._mainWindowCenter.Y);\n\twriter.Key(\"width\");\n\twriter.Double(data._mainWindowSizeInDips.Width);\n\twriter.Key(\"height\");\n\twriter.Double(data._mainWindowSizeInDips.Height);\n\twriter.Key(\"maximized\");\n\twriter.Bool(data._isMainWindowMaximized);\n\twriter.EndObject();\n\n\twriter.Key(\"shortcuts\");\n\twriter.StartObject();\n\twriter.Key(\"scale\");\n\twriter.Uint(EncodeShortcut(data._shortcuts[(size_t)ShortcutAction::Scale]));\n\twriter.Key(\"windowedModeScale\");\n\twriter.Uint(EncodeShortcut(data._shortcuts[(size_t)ShortcutAction::WindowedModeScale]));\n\twriter.Key(\"toolbar\");\n\twriter.Uint(EncodeShortcut(data._shortcuts[(size_t)ShortcutAction::Toolbar]));\n\twriter.EndObject();\n\n\twriter.Key(\"countdownSeconds\");\n\twriter.Uint(data._countdownSeconds);\n\twriter.Key(\"developerMode\");\n\twriter.Bool(data._isDeveloperMode);\n\twriter.Key(\"debugMode\");\n\twriter.Bool(data._isDebugMode);\n\twriter.Key(\"benchmarkMode\");\n\twriter.Bool(data._isBenchmarkMode);\n\twriter.Key(\"disableTopmost\");\n\twriter.Bool(data._isTopmostDisabled);\n\twriter.Key(\"disableEffectCache\");\n\twriter.Bool(data._isEffectCacheDisabled);\n\twriter.Key(\"disableFontCache\");\n\twriter.Bool(data._isFontCacheDisabled);\n\twriter.Key(\"saveEffectSources\");\n\twriter.Bool(data._isSaveEffectSources);\n\twriter.Key(\"warningsAreErrors\");\n\twriter.Bool(data._isWarningsAreErrors);\n\twriter.Key(\"allowScalingMaximized\");\n\twriter.Bool(data._isAllowScalingMaximized);\n\twriter.Key(\"simulateExclusiveFullscreen\");\n\twriter.Bool(data._isSimulateExclusiveFullscreen);\n\twriter.Key(\"alwaysRunAsAdmin\");\n\twriter.Bool(data._isAlwaysRunAsAdmin);\n\twriter.Key(\"showNotifyIcon\");\n\twriter.Bool(data._isShowNotifyIcon);\n\twriter.Key(\"inlineParams\");\n\twriter.Bool(data._isInlineParams);\n\twriter.Key(\"autoCheckForUpdates\");\n\twriter.Bool(data._isAutoCheckForUpdates);\n\twriter.Key(\"checkForPreviewUpdates\");\n\twriter.Bool(data._isCheckForPreviewUpdates);\n\twriter.Key(\"updateCheckDate\");\n\twriter.Int64(data._updateCheckDate.time_since_epoch().count());\n\twriter.Key(\"duplicateFrameDetectionMode\");\n\twriter.Uint((uint32_t)data._duplicateFrameDetectionMode);\n\twriter.Key(\"enableStatisticsForDynamicDetection\");\n\twriter.Bool(data._isStatisticsForDynamicDetectionEnabled);\n\twriter.Key(\"minFrameRate\");\n\twriter.Double(data._minFrameRate);\n\twriter.Key(\"disableFP16\");\n\twriter.Bool(data._isFP16Disabled);\n\n\tScalingModesService::Get().Export(writer);\n\n\twriter.Key(\"profiles\");\n\twriter.StartArray();\n\tWriteProfile(writer, data._defaultProfile);\n\tfor (const Profile& rule : data._profiles) {\n\t\tWriteProfile(writer, rule);\n\t}\n\twriter.EndArray();\n\n\twriter.Key(\"overlay\");\n\twriter.StartObject();\n\twriter.Key(\"fullscreenInitialToolbarState\");\n\twriter.Uint((uint32_t)_fullscreenInitialToolbarState);\n\twriter.Key(\"windowedInitialToolbarState\");\n\twriter.Uint((uint32_t)_windowedInitialToolbarState);\n\twriter.Key(\"screenshotsDir\");\n\twriter.String(StrHelper::UTF16ToUTF8(_screenshotsDir.native()).c_str());\n\twriter.Key(\"windows\");\n\twriter.StartObject();\n\tfor (const auto& [name, windowOption] : _overlayOptions.windows) {\n\t\twriter.Key(name.c_str());\n\t\twriter.StartObject();\n\t\twriter.Key(\"hArea\");\n\t\twriter.Uint(windowOption.hArea);\n\t\twriter.Key(\"vArea\");\n\t\twriter.Uint(windowOption.vArea);\n\t\twriter.Key(\"hPos\");\n\t\twriter.Double(windowOption.hPos);\n\t\twriter.Key(\"vPos\");\n\t\twriter.Double(windowOption.vPos);\n\t\twriter.EndObject();\n\t}\n\twriter.EndObject();\n\twriter.EndObject();\n\n\twriter.EndObject();\n\n\t// 防止并行写入\n\tauto lock = _saveLock.lock_exclusive();\n\tif (!Win32Helper::WriteTextFile(data._configPath.c_str(), { json.GetString(), json.GetLength() })) {\n\t\tLogger::Get().Error(\"保存配置失败\");\n\t\treturn false;\n\t}\n\n\treturn true;\n}\n\n// 永远不会失败，遇到不合法的配置项时静默忽略\nvoid AppSettings::_LoadSettings(const rapidjson::GenericObject& root) noexcept {\n\t{\n\t\tstd::wstring language;\n\t\tJsonHelper::ReadString(root, \"language\", language);\n\t\tif (language.empty()) {\n\t\t\t_language = -1;\n\t\t} else {\n\t\t\tStrHelper::ToLowerCase(language);\n\t\t\tstd::span languages = LocalizationService::SupportedLanguages();\n\t\t\tauto it = std::find(languages.begin(), languages.end(), language);\n\t\t\tif (it == languages.end()) {\n\t\t\t\t// 未知的语言设置，重置为使用系统设置\n\t\t\t\t_language = -1;\n\t\t\t} else {\n\t\t\t\t_language = int(it - languages.begin());\n\t\t\t}\n\t\t}\n\t}\n\n\t{\n\t\tuint32_t theme = (uint32_t)AppTheme::System;\n\t\tJsonHelper::ReadUInt(root, \"theme\", theme);\n\t\tif (theme <= 2) {\n\t\t\t_theme = (AppTheme)theme;\n\t\t} else {\n\t\t\t_theme = AppTheme::System;\n\t\t}\n\t}\n\n\tauto windowPosNode = root.FindMember(\"windowPos\");\n\tif (windowPosNode != root.MemberEnd() && windowPosNode->value.IsObject()) {\n\t\tauto windowPosObj = windowPosNode->value.GetObj();\n\n\t\tPoint center{};\n\t\tSize size{};\n\t\tif (JsonHelper::ReadFloat(windowPosObj, \"centerX\", center.X, true) &&\n\t\t\tJsonHelper::ReadFloat(windowPosObj, \"centerY\", center.Y, true) &&\n\t\t\tJsonHelper::ReadFloat(windowPosObj, \"width\", size.Width, true) &&\n\t\t\tJsonHelper::ReadFloat(windowPosObj, \"height\", size.Height, true)) {\n\t\t\t_mainWindowCenter = center;\n\t\t\t_mainWindowSizeInDips = size;\n\t\t} else {\n\t\t\t// 尽最大努力和旧版本兼容\n\t\t\tint x = 0;\n\t\t\tint y = 0;\n\t\t\tuint32_t width = 0;\n\t\t\tuint32_t height = 0;\n\t\t\tif (JsonHelper::ReadInt(windowPosObj, \"x\", x, true) &&\n\t\t\t\tJsonHelper::ReadInt(windowPosObj, \"y\", y, true) &&\n\t\t\t\tJsonHelper::ReadUInt(windowPosObj, \"width\", width, true) &&\n\t\t\t\tJsonHelper::ReadUInt(windowPosObj, \"height\", height, true)) {\n\t\t\t\t_mainWindowCenter = {\n\t\t\t\t\tx + width / 2.0f,\n\t\t\t\t\ty + height / 2.0f\n\t\t\t\t};\n\n\t\t\t\t// 如果窗口位置不存在屏幕则使用主屏幕的缩放，猜错的后果仅是窗口尺寸错误，\n\t\t\t\t// 无论如何原始缩放信息已经丢失。\n\t\t\t\tconst HMONITOR hMon = MonitorFromPoint(\n\t\t\t\t\t{ std::lroundf(_mainWindowCenter.X), std::lroundf(_mainWindowCenter.Y) },\n\t\t\t\t\tMONITOR_DEFAULTTOPRIMARY\n\t\t\t\t);\n\n\t\t\t\tUINT dpi = USER_DEFAULT_SCREEN_DPI;\n\t\t\t\tGetDpiForMonitor(hMon, MDT_EFFECTIVE_DPI, &dpi, &dpi);\n\t\t\t\tconst float dpiFactor = dpi / float(USER_DEFAULT_SCREEN_DPI);\n\t\t\t\t_mainWindowSizeInDips = {\n\t\t\t\t\twidth / dpiFactor,\n\t\t\t\t\theight / dpiFactor\n\t\t\t\t};\n\t\t\t}\n\t\t}\n\n\t\tJsonHelper::ReadBool(windowPosObj, \"maximized\", _isMainWindowMaximized);\n\t}\n\n\tauto shortcutsNode = root.FindMember(\"shortcuts\");\n\tif (shortcutsNode == root.MemberEnd()) {\n\t\t// v0.10.0-preview1 使用 hotkeys\n\t\tshortcutsNode= root.FindMember(\"hotkeys\");\n\t}\n\tif (shortcutsNode != root.MemberEnd() && shortcutsNode->value.IsObject()) {\n\t\tauto shortcutsObj = shortcutsNode->value.GetObj();\n\n\t\tauto scaleNode = shortcutsObj.FindMember(\"scale\");\n\t\tif (scaleNode != shortcutsObj.MemberEnd() && scaleNode->value.IsUint()) {\n\t\t\tDecodeShortcut(scaleNode->value.GetUint(), _shortcuts[(size_t)ShortcutAction::Scale]);\n\t\t}\n\n\t\tauto windowedModeScaleNode = shortcutsObj.FindMember(\"windowedModeScale\");\n\t\tif (windowedModeScaleNode != shortcutsObj.MemberEnd() && windowedModeScaleNode->value.IsUint()) {\n\t\t\tDecodeShortcut(windowedModeScaleNode->value.GetUint(), _shortcuts[(size_t)ShortcutAction::WindowedModeScale]);\n\t\t}\n\n\t\tauto toolbarNode = shortcutsObj.FindMember(\"toolbar\");\n\t\tif (toolbarNode == shortcutsObj.MemberEnd()) {\n\t\t\t// v0.12 前使用 overlay\n\t\t\ttoolbarNode = shortcutsObj.FindMember(\"overlay\");\n\t\t}\n\t\t\n\t\tif (toolbarNode != shortcutsObj.MemberEnd() && toolbarNode->value.IsUint()) {\n\t\t\tDecodeShortcut(toolbarNode->value.GetUint(), _shortcuts[(size_t)ShortcutAction::Toolbar]);\n\t\t}\n\t}\n\n\tif (!JsonHelper::ReadUInt(root, \"countdownSeconds\", _countdownSeconds, true)) {\n\t\t// v0.10.0-preview1 使用 downCount\n\t\tJsonHelper::ReadUInt(root, \"downCount\", _countdownSeconds);\n\t}\n\tif (_countdownSeconds == 0 || _countdownSeconds > 5) {\n\t\t_countdownSeconds = 3;\n\t}\n\tJsonHelper::ReadBool(root, \"developerMode\", _isDeveloperMode);\n\tJsonHelper::ReadBool(root, \"debugMode\", _isDebugMode);\n\tJsonHelper::ReadBool(root, \"benchmarkMode\", _isBenchmarkMode);\n\tJsonHelper::ReadBool(root, \"disableTopmost\", _isTopmostDisabled);\n\tJsonHelper::ReadBool(root, \"disableEffectCache\", _isEffectCacheDisabled);\n\tJsonHelper::ReadBool(root, \"disableFontCache\", _isFontCacheDisabled);\n\tJsonHelper::ReadBool(root, \"saveEffectSources\", _isSaveEffectSources);\n\tJsonHelper::ReadBool(root, \"warningsAreErrors\", _isWarningsAreErrors);\n\tJsonHelper::ReadBool(root, \"allowScalingMaximized\", _isAllowScalingMaximized);\n\tJsonHelper::ReadBool(root, \"simulateExclusiveFullscreen\", _isSimulateExclusiveFullscreen);\n\tif (!JsonHelper::ReadBool(root, \"alwaysRunAsAdmin\", _isAlwaysRunAsAdmin, true)) {\n\t\t// v0.10.0-preview1 使用 alwaysRunAsElevated\n\t\tJsonHelper::ReadBool(root, \"alwaysRunAsElevated\", _isAlwaysRunAsAdmin);\n\t}\n\tif (!JsonHelper::ReadBool(root, \"showNotifyIcon\", _isShowNotifyIcon, true)) {\n\t\t// v0.10 使用 showTrayIcon\n\t\tJsonHelper::ReadBool(root, \"showTrayIcon\", _isShowNotifyIcon);\n\t}\n\tJsonHelper::ReadBool(root, \"inlineParams\", _isInlineParams);\n\tJsonHelper::ReadBool(root, \"autoCheckForUpdates\", _isAutoCheckForUpdates);\n\tJsonHelper::ReadBool(root, \"checkForPreviewUpdates\", _isCheckForPreviewUpdates);\n\t{\n\t\tint64_t d = 0;\n\t\tJsonHelper::ReadInt64(root, \"updateCheckDate\", d);\n\n\t\tusing std::chrono::system_clock;\n\t\t_updateCheckDate = system_clock::time_point(system_clock::duration(d));\n\t}\n\t{\n\t\tuint32_t duplicateFrameDetectionMode = (uint32_t)DuplicateFrameDetectionMode::Dynamic;\n\t\tJsonHelper::ReadUInt(root, \"duplicateFrameDetectionMode\", duplicateFrameDetectionMode);\n\t\tif (duplicateFrameDetectionMode > 2) {\n\t\t\tduplicateFrameDetectionMode = (uint32_t)DuplicateFrameDetectionMode::Dynamic;\n\t\t}\n\t\t_duplicateFrameDetectionMode = (::Magpie::DuplicateFrameDetectionMode)duplicateFrameDetectionMode;\n\t}\n\tJsonHelper::ReadBool(root, \"enableStatisticsForDynamicDetection\", _isStatisticsForDynamicDetectionEnabled);\n\tJsonHelper::ReadFloat(root, \"minFrameRate\", _minFrameRate);\n\tJsonHelper::ReadBool(root, \"disableFP16\", _isFP16Disabled);\n\n\t[[maybe_unused]] bool result = ScalingModesService::Get().Import(root, true);\n\tassert(result);\n\n\tauto scaleProfilesNode = root.FindMember(\"profiles\");\n\tif (scaleProfilesNode == root.MemberEnd()) {\n\t\t// v0.10.0-preview1 使用 scalingProfiles\n\t\tscaleProfilesNode = root.FindMember(\"scalingProfiles\");\n\t}\n\tif (scaleProfilesNode != root.MemberEnd() && scaleProfilesNode->value.IsArray()) {\n\t\tauto scaleProfilesArray = scaleProfilesNode->value.GetArray();\n\n\t\tconst rapidjson::SizeType size = scaleProfilesArray.Size();\n\t\tif (size > 0) {\n\t\t\tif (scaleProfilesArray[0].IsObject()) {\n\t\t\t\t// 解析默认缩放配置不会失败\n\t\t\t\t_LoadProfile(scaleProfilesArray[0].GetObj(), _defaultProfile, true);\n\t\t\t}\n\n\t\t\tif (size > 1) {\n\t\t\t\t_profiles.reserve((size_t)size - 1);\n\t\t\t\tfor (rapidjson::SizeType i = 1; i < size; ++i) {\n\t\t\t\t\tif (!scaleProfilesArray[i].IsObject()) {\n\t\t\t\t\t\tcontinue;\n\t\t\t\t\t}\n\n\t\t\t\t\tProfile& rule = _profiles.emplace_back();\n\t\t\t\t\tif (!_LoadProfile(scaleProfilesArray[i].GetObj(), rule)) {\n\t\t\t\t\t\t_profiles.pop_back();\n\t\t\t\t\t\tcontinue;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tauto overlayNode = root.FindMember(\"overlay\");\n\tif (overlayNode != root.MemberEnd() && overlayNode->value.IsObject()) {\n\t\tauto overlayObj = overlayNode->value.GetObj();\n\n\t\tuint32_t initialToolbarState = (uint32_t)ToolbarState::AutoHide;\n\t\tif (JsonHelper::ReadUInt(overlayObj, \"fullscreenInitialToolbarState\", initialToolbarState, true)) {\n\t\t\tif (initialToolbarState >= (uint32_t)ToolbarState::COUNT) {\n\t\t\t\tinitialToolbarState = (uint32_t)ToolbarState::AutoHide;\n\t\t\t}\n\t\t\t_fullscreenInitialToolbarState = (ToolbarState)initialToolbarState;\n\n\t\t\tinitialToolbarState = (uint32_t)ToolbarState::AutoHide;\n\t\t\tJsonHelper::ReadUInt(overlayObj, \"windowedInitialToolbarState\", initialToolbarState);\n\t\t\tif (initialToolbarState >= (uint32_t)ToolbarState::COUNT) {\n\t\t\t\tinitialToolbarState = (uint32_t)ToolbarState::AutoHide;\n\t\t\t}\n\t\t\t_windowedInitialToolbarState = (ToolbarState)initialToolbarState;\n\t\t} else {\n\t\t\t// v0.12.0-preview1 中工具栏初始状态不区分全屏和窗口模式缩放\n\t\t\tJsonHelper::ReadUInt(overlayObj, \"initialToolbarState\", initialToolbarState);\n\t\t\tif (initialToolbarState >= (uint32_t)ToolbarState::COUNT) {\n\t\t\t\tinitialToolbarState = (uint32_t)ToolbarState::AutoHide;\n\t\t\t}\n\t\t\t_fullscreenInitialToolbarState = (ToolbarState)initialToolbarState;\n\t\t\t_windowedInitialToolbarState = (ToolbarState)initialToolbarState;\n\t\t}\n\n\t\t{\n\t\t\tstd::wstring value;\n\t\t\tJsonHelper::ReadString(overlayObj, \"screenshotsDir\", value);\n\t\t\t_screenshotsDir = std::move(value);\n\t\t}\n\n\t\tauto windowsNode = overlayObj.FindMember(\"windows\");\n\t\tif (windowsNode != overlayObj.MemberEnd() && windowsNode->value.IsObject()) {\n\t\t\tauto windowsObj = windowsNode->value.GetObj();\n\n\t\t\tconst rapidjson::SizeType size = windowsObj.MemberCount();\n\t\t\tif (size > 0) {\n\t\t\t\t_overlayOptions.windows.reserve(size);\n\n\t\t\t\tfor (const auto& windowOptionPair : windowsObj) {\n\t\t\t\t\tif (!windowOptionPair.value.IsObject()) {\n\t\t\t\t\t\tcontinue;\n\t\t\t\t\t}\n\n\t\t\t\t\tauto windowOptionObj = windowOptionPair.value.GetObj();\n\n\t\t\t\t\tOverlayWindowOption& windowOption = _overlayOptions.windows[windowOptionPair.name.GetString()];\n\t\t\t\t\tJsonHelper::ReadUInt16(windowOptionObj, \"hArea\", windowOption.hArea);\n\t\t\t\t\tJsonHelper::ReadUInt16(windowOptionObj, \"vArea\", windowOption.vArea);\n\t\t\t\t\tJsonHelper::ReadFloat(windowOptionObj, \"hPos\", windowOption.hPos);\n\t\t\t\t\tJsonHelper::ReadFloat(windowOptionObj, \"vPos\", windowOption.vPos);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n}\n\nbool AppSettings::_LoadProfile(\n\tconst rapidjson::GenericObject& profileObj,\n\tProfile& profile,\n\tbool isDefault\n) const noexcept {\n\tif (!isDefault) {\n\t\tif (!JsonHelper::ReadString(profileObj, \"name\", profile.name, true)) {\n\t\t\treturn false;\n\t\t}\n\n\t\t{\n\t\t\tstd::wstring_view nameView(profile.name);\n\t\t\tStrHelper::Trim(nameView);\n\t\t\tif (nameView.empty()) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\n\t\tif (!JsonHelper::ReadBool(profileObj, \"packaged\", profile.isPackaged, true)) {\n\t\t\treturn false;\n\t\t}\n\n\t\tif (!JsonHelper::ReadString(profileObj, \"pathRule\", profile.pathRule, true)\n\t\t\t|| profile.pathRule.empty()) {\n\t\t\treturn false;\n\t\t}\n\n\t\tif (!JsonHelper::ReadString(profileObj, \"classNameRule\", profile.classNameRule, true)\n\t\t\t|| profile.classNameRule.empty()) {\n\t\t\treturn false;\n\t\t}\n\n\t\t{\n\t\t\tstd::wstring value;\n\t\t\tJsonHelper::ReadString(profileObj, \"launcherPath\", value);\n\t\t\tprofile.launcherPath = std::move(value);\n\t\t}\n\t\t\n\t\t// 将旧版本的相对路径转换为绝对路径\n\t\tif (!profile.launcherPath.empty() && profile.launcherPath.is_relative()) {\n\t\t\tstd::filesystem::path exePath(profile.pathRule);\n\t\t\tprofile.launcherPath = (exePath.parent_path() / profile.launcherPath).lexically_normal();\n\t\t}\n\n\t\t{\n\t\t\tauto autoScaleNode = profileObj.FindMember(\"autoScale\");\n\t\t\tif (autoScaleNode != profileObj.MemberEnd()) {\n\t\t\t\tif (autoScaleNode->value.IsUint()) {\n\t\t\t\t\tuint32_t value = autoScaleNode->value.GetUint();\n\t\t\t\t\tif (value >= (uint32_t)AutoScale::COUNT) {\n\t\t\t\t\t\tvalue = (uint32_t)AutoScale::Disabled;\n\t\t\t\t\t}\n\t\t\t\t\tprofile.autoScale = (AutoScale)value;\n\t\t\t\t} else if (autoScaleNode->value.IsBool()) {\n\t\t\t\t\t// v0.12 前为布尔值\n\t\t\t\t\tprofile.autoScale = autoScaleNode->value.GetBool() ?\n\t\t\t\t\t\tAutoScale::Fullscreen : AutoScale::Disabled;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t\n\t\tJsonHelper::ReadString(profileObj, \"launchParameters\", profile.launchParameters);\n\t}\n\n\tJsonHelper::ReadInt(profileObj, \"scalingMode\", profile.scalingMode);\n\tif (profile.scalingMode < -1 || profile.scalingMode >= (int)_scalingModes.size()) {\n\t\tprofile.scalingMode = -1;\n\t}\n\n\t{\n\t\tuint32_t captureMethod = (uint32_t)CaptureMethod::GraphicsCapture;\n\t\tif (!JsonHelper::ReadUInt(profileObj, \"captureMethod\", captureMethod, true)) {\n\t\t\t// v0.10.0-preview1 使用 captureMode\n\t\t\tJsonHelper::ReadUInt(profileObj, \"captureMode\", captureMethod);\n\t\t}\n\t\t\n\t\tif (captureMethod >= (uint32_t)CaptureMethod::COUNT) {\n\t\t\tcaptureMethod = (uint32_t)CaptureMethod::GraphicsCapture;\n\t\t} else if (captureMethod == (uint32_t)CaptureMethod::DesktopDuplication) {\n\t\t\t// Desktop Duplication 捕获模式要求 Win10 20H1+\n\t\t\tif (!Win32Helper::GetOSVersion().Is20H1OrNewer()) {\n\t\t\t\tcaptureMethod = (uint32_t)CaptureMethod::GraphicsCapture;\n\t\t\t}\n\t\t}\n\t\tprofile.captureMethod = (CaptureMethod)captureMethod;\n\t}\n\n\t{\n\t\tuint32_t multiMonitorUsage = (uint32_t)MultiMonitorUsage::Closest;\n\t\tJsonHelper::ReadUInt(profileObj, \"multiMonitorUsage\", multiMonitorUsage);\n\t\tif (multiMonitorUsage >= (uint32_t)MultiMonitorUsage::COUNT) {\n\t\t\tmultiMonitorUsage = (uint32_t)MultiMonitorUsage::Closest;\n\t\t}\n\t\tprofile.multiMonitorUsage = (MultiMonitorUsage)multiMonitorUsage;\n\t}\n\n\t{\n\t\tuint32_t factor = (uint32_t)InitialWindowedScaleFactor::Auto;\n\t\tJsonHelper::ReadUInt(profileObj, \"initialWindowedScaleFactor\", factor);\n\t\tif (factor >= (uint32_t)InitialWindowedScaleFactor::COUNT) {\n\t\t\tfactor = (uint32_t)InitialWindowedScaleFactor::Auto;\n\t\t}\n\t\tprofile.initialWindowedScaleFactor = (InitialWindowedScaleFactor)factor;\n\t}\n\n\tJsonHelper::ReadFloat(profileObj, \"customInitialWindowedScaleFactor\",\n\t\tprofile.customInitialWindowedScaleFactor);\n\tif (profile.customInitialWindowedScaleFactor < 1.0f) {\n\t\tprofile.customInitialWindowedScaleFactor = 1.0f;\n\t}\n\t\n\t{\n\t\tauto graphicsCardIdNode = profileObj.FindMember(\"graphicsCardId\");\n\t\tif (graphicsCardIdNode == profileObj.end()) {\n\t\t\t// v0.10 和 v0.11 只使用索引\n\t\t\tint graphicsCardIdx = -1;\n\t\t\tif (!JsonHelper::ReadInt(profileObj, \"graphicsCard\", graphicsCardIdx, true)) {\n\t\t\t\t// v0.10.0-preview1 使用 graphicsAdapter\n\t\t\t\tuint32_t graphicsAdater = 0;\n\t\t\t\tJsonHelper::ReadUInt(profileObj, \"graphicsAdapter\", graphicsAdater);\n\t\t\t\tgraphicsCardIdx = (int)graphicsAdater - 1;\n\t\t\t}\n\n\t\t\t// 稍后由 ProfileService 设置 vendorId 和 deviceId\n\t\t\tprofile.graphicsCardId.idx = graphicsCardIdx;\n\t\t} else if (graphicsCardIdNode->value.IsObject()) {\n\t\t\tauto graphicsCardIdObj = graphicsCardIdNode->value.GetObj();\n\n\t\t\tauto idxNode = graphicsCardIdObj.FindMember(\"idx\");\n\t\t\tif (idxNode != graphicsCardIdObj.end() && idxNode->value.IsInt()) {\n\t\t\t\tprofile.graphicsCardId.idx = idxNode->value.GetInt();\n\t\t\t}\n\n\t\t\tauto vendorIdNode = graphicsCardIdObj.FindMember(\"vendorId\");\n\t\t\tif (vendorIdNode != graphicsCardIdObj.end() && vendorIdNode->value.IsUint()) {\n\t\t\t\tprofile.graphicsCardId.vendorId = vendorIdNode->value.GetUint();\n\t\t\t}\n\n\t\t\tauto deviceIdNode = graphicsCardIdObj.FindMember(\"deviceId\");\n\t\t\tif (deviceIdNode != graphicsCardIdObj.end() && deviceIdNode->value.IsUint()) {\n\t\t\t\tprofile.graphicsCardId.deviceId = deviceIdNode->value.GetUint();\n\t\t\t}\n\t\t}\n\t}\n\n\tJsonHelper::ReadBool(profileObj, \"frameRateLimiterEnabled\", profile.isFrameRateLimiterEnabled);\n\tJsonHelper::ReadFloat(profileObj, \"maxFrameRate\", profile.maxFrameRate);\n\tif (profile.maxFrameRate <= 10.0f - FLOAT_EPSILON ||\n\t\tprofile.maxFrameRate >= 1000.0f + FLOAT_EPSILON)\n\t{\n\t\tprofile.maxFrameRate = 60.0f;\n\t}\n\n\tJsonHelper::ReadBoolFlag(profileObj, \"3DGameMode\", ScalingFlags::Is3DGameMode, profile.scalingFlags);\n\tif (!JsonHelper::ReadBoolFlag(profileObj, \"captureTitleBar\", ScalingFlags::CaptureTitleBar, profile.scalingFlags, true)) {\n\t\t// v0.10.0-preview1 使用 reserveTitleBar\n\t\tJsonHelper::ReadBoolFlag(profileObj, \"reserveTitleBar\", ScalingFlags::CaptureTitleBar, profile.scalingFlags);\n\t}\n\tJsonHelper::ReadBoolFlag(profileObj, \"adjustCursorSpeed\", ScalingFlags::AdjustCursorSpeed, profile.scalingFlags);\n\tJsonHelper::ReadBoolFlag(profileObj, \"disableDirectFlip\", ScalingFlags::DisableDirectFlip, profile.scalingFlags);\n\n\t{\n\t\tuint32_t cursorScaling = (uint32_t)CursorScaling::NoScaling;\n\t\tJsonHelper::ReadUInt(profileObj, \"cursorScaling\", cursorScaling);\n\t\tif (cursorScaling >= (uint32_t)CursorScaling::COUNT) {\n\t\t\tcursorScaling = (uint32_t)CursorScaling::NoScaling;\n\t\t}\n\t\tprofile.cursorScaling = (CursorScaling)cursorScaling;\n\t}\n\t\n\tJsonHelper::ReadFloat(profileObj, \"customCursorScaling\", profile.customCursorScaling);\n\tif (profile.customCursorScaling < 0) {\n\t\tprofile.customCursorScaling = 1.0f;\n\t}\n\n\t{\n\t\tuint32_t cursorInterpolationMode = (uint32_t)CursorInterpolationMode::NearestNeighbor;\n\t\tJsonHelper::ReadUInt(profileObj, \"cursorInterpolationMode\", cursorInterpolationMode);\n\t\tif (cursorInterpolationMode >= (uint32_t)CursorInterpolationMode::COUNT) {\n\t\t\tcursorInterpolationMode = (uint32_t)CursorInterpolationMode::NearestNeighbor;\n\t\t}\n\t\tprofile.cursorInterpolationMode = (CursorInterpolationMode)cursorInterpolationMode;\n\t}\n\n\tJsonHelper::ReadBool(profileObj, \"autoHideCursorEnabled\", profile.isAutoHideCursorEnabled);\n\tJsonHelper::ReadFloat(profileObj, \"autoHideCursorDelay\", profile.autoHideCursorDelay);\n\tif (profile.autoHideCursorDelay <= 0.1f - FLOAT_EPSILON ||\n\t\tprofile.autoHideCursorDelay >= 5.0f + FLOAT_EPSILON)\n\t{\n\t\tprofile.autoHideCursorDelay = 3.0f;\n\t}\n\n\tJsonHelper::ReadBool(profileObj, \"croppingEnabled\", profile.isCroppingEnabled);\n\n\tauto croppingNode = profileObj.FindMember(\"cropping\");\n\tif (croppingNode != profileObj.MemberEnd() && croppingNode->value.IsObject()) {\n\t\tauto croppingObj = croppingNode->value.GetObj();\n\n\t\tif (!JsonHelper::ReadFloat(croppingObj, \"left\", profile.cropping.Left, true)\n\t\t\t|| profile.cropping.Left < 0\n\t\t\t|| !JsonHelper::ReadFloat(croppingObj, \"top\", profile.cropping.Top, true)\n\t\t\t|| profile.cropping.Top < 0\n\t\t\t|| !JsonHelper::ReadFloat(croppingObj, \"right\", profile.cropping.Right, true)\n\t\t\t|| profile.cropping.Right < 0\n\t\t\t|| !JsonHelper::ReadFloat(croppingObj, \"bottom\", profile.cropping.Bottom, true)\n\t\t\t|| profile.cropping.Bottom < 0\n\t\t) {\n\t\t\tprofile.cropping = {};\n\t\t}\n\t}\n\n\t{\n\t\tuint32_t destAlignment = (uint32_t)DestAlignment::Center;\n\t\tJsonHelper::ReadUInt(profileObj, \"destAlignment\", destAlignment);\n\t\tif (destAlignment >= (uint32_t)DestAlignment::COUNT) {\n\t\t\tdestAlignment = (uint32_t)DestAlignment::Center;\n\t\t}\n\t\tprofile.destAlignment = (DestAlignment)destAlignment;\n\t}\n\n\treturn true;\n}\n\nbool AppSettings::_SetDefaultShortcuts() noexcept {\n\tbool changed = false;\n\n\tShortcut& scaleShortcut = _shortcuts[(size_t)ShortcutAction::Scale];\n\tif (scaleShortcut.IsEmpty()) {\n\t\tscaleShortcut.alt = true;\n\t\tscaleShortcut.shift = true;\n\t\tscaleShortcut.code = 'A';\n\n\t\tchanged = true;\n\t}\n\n\tShortcut& windowedModeScaleShortcut = _shortcuts[(size_t)ShortcutAction::WindowedModeScale];\n\tif (windowedModeScaleShortcut.IsEmpty()) {\n\t\twindowedModeScaleShortcut.alt = true;\n\t\twindowedModeScaleShortcut.shift = true;\n\t\twindowedModeScaleShortcut.code = 'Q';\n\n\t\tchanged = true;\n\t}\n\n\tShortcut& overlayShortcut = _shortcuts[(size_t)ShortcutAction::Toolbar];\n\tif (overlayShortcut.IsEmpty()) {\n\t\toverlayShortcut.alt = true;\n\t\toverlayShortcut.shift = true;\n\t\toverlayShortcut.code = 'D';\n\n\t\tchanged = true;\n\t}\n\n\treturn changed;\n}\n\nvoid AppSettings::_SetDefaultScalingModes() noexcept {\n\t_scalingModes.resize(7);\n\n\t// Lanczos\n\t{\n\t\tauto& lanczos = _scalingModes[0];\n\t\tlanczos.name = L\"Lanczos\";\n\n\t\tauto& lanczosEffect = lanczos.effects.emplace_back();\n\t\tlanczosEffect.name = L\"Lanczos\";\n\t\tlanczosEffect.scalingType = ::Magpie::ScalingType::Fit;\n\t}\n\t// FSR\n\t{\n\t\tauto& fsr = _scalingModes[1];\n\t\tfsr.name = L\"FSR\";\n\n\t\tfsr.effects.resize(2);\n\t\tauto& easu = fsr.effects[0];\n\t\teasu.name = L\"FSR\\\\FSR_EASU\";\n\t\teasu.scalingType = ::Magpie::ScalingType::Fit;\n\t\tauto& rcas = fsr.effects[1];\n\t\trcas.name = L\"FSR\\\\FSR_RCAS\";\n\t\trcas.parameters[L\"sharpness\"] = 0.87f;\n\t}\n\t// FSRCNNX\n\t{\n\t\tauto& fsrcnnx = _scalingModes[2];\n\t\tfsrcnnx.name = L\"FSRCNNX\";\n\t\tfsrcnnx.effects.emplace_back().name = L\"FSRCNNX\\\\FSRCNNX\";\n\t}\n\t// CuNNy\n\t{\n\t\tauto& acnet = _scalingModes[3];\n\t\tacnet.name = L\"CuNNy\";\n\t\tacnet.effects.emplace_back().name = L\"CuNNy2\\\\CuNNy-4x12-NVL\";\n\t}\n\t// Anime4K\n\t{\n\t\tauto& anime4k = _scalingModes[4];\n\t\tanime4k.name = L\"Anime4K\";\n\t\tanime4k.effects.emplace_back().name = L\"Anime4K\\\\Anime4K_Upscale_Denoise_L\";\n\t}\n\t// CRT-Geom\n\t{\n\t\tauto& crtGeom = _scalingModes[5];\n\t\tcrtGeom.name = L\"CRT-Geom\";\n\n\t\tauto& crtGeomEffect = crtGeom.effects.emplace_back();\n\t\tcrtGeomEffect.name = L\"CRT\\\\CRT_Geom\";\n\t\tcrtGeomEffect.scalingType = ::Magpie::ScalingType::Fit;\n\t\tcrtGeomEffect.parameters[L\"curvature\"] = 0.0f;\n\t\tcrtGeomEffect.parameters[L\"cornerSize\"] = 0.001f;\n\t\tcrtGeomEffect.parameters[L\"CRTGamma\"] = 1.5f;\n\t\tcrtGeomEffect.parameters[L\"monitorGamma\"] = 2.2f;\n\t\tcrtGeomEffect.parameters[L\"interlace\"] = 0.0f;\n\t}\n\t// Integer Scale 2x\n\t{\n\t\tauto& integer2x = _scalingModes[6];\n\t\tinteger2x.name = L\"Integer Scale 2x\";\n\n\t\tauto& nearest = integer2x.effects.emplace_back();\n\t\tnearest.name = L\"Nearest\";\n\t\tnearest.scalingType = ::Magpie::ScalingType::Normal;\n\t\tnearest.scale = { 2.0f,2.0f };\n\t}\n\n\t// 全局缩放模式默认为 Lanczos\n\t_defaultProfile.scalingMode = 0;\n}\n\nstatic std::wstring FindOldConfig(const wchar_t* localAppDataDir) noexcept {\n\tfor (uint32_t version = CONFIG_VERSION - 1; version >= 2; --version) {\n\t\tstd::wstring oldConfigPath = fmt::format(\n\t\t\tL\"{}\\\\Magpie\\\\{}\\\\v{}\\\\{}\",\n\t\t\tlocalAppDataDir,\n\t\t\tCommonSharedConstants::CONFIG_DIR,\n\t\t\tversion,\n\t\t\tCommonSharedConstants::CONFIG_FILENAME\n\t\t);\n\n\t\tif (Win32Helper::FileExists(oldConfigPath.c_str())) {\n\t\t\treturn oldConfigPath;\n\t\t}\n\t}\n\n\t// v1 版本的配置文件不在子目录中\n\tstd::wstring v1ConfigPath = StrHelper::Concat(\n\t\tlocalAppDataDir,\n\t\tL\"\\\\Magpie\\\\\",\n\t\tCommonSharedConstants::CONFIG_DIR,\n\t\tL\"\\\\\",\n\t\tCommonSharedConstants::CONFIG_FILENAME\n\t);\n\n\tif (Win32Helper::FileExists(v1ConfigPath.c_str())) {\n\t\treturn v1ConfigPath;\n\t}\n\n\treturn {};\n}\n\nbool AppSettings::_UpdateConfigPath(std::filesystem::path* existingConfigPath) noexcept {\n\tif (_isPortableMode) {\n\t\tstd::wstring value;\n\t\tHRESULT hr = wil::GetFullPathNameW(CommonSharedConstants::CONFIG_DIR, value);\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"GetFullPathNameW 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\t\t_configDir = std::move(value);\n\n\t\t_configPath = _configDir / CommonSharedConstants::CONFIG_FILENAME;\n\n\t\tif (existingConfigPath) {\n\t\t\tif (Win32Helper::FileExists(_configPath.c_str())) {\n\t\t\t\t*existingConfigPath = _configPath;\n\t\t\t}\n\t\t}\n\t} else {\n\t\twil::unique_cotaskmem_string localAppDataDir;\n\t\tHRESULT hr = SHGetKnownFolderPath(\n\t\t\tFOLDERID_LocalAppData, KF_FLAG_DEFAULT, NULL, localAppDataDir.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"SHGetKnownFolderPath 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\t_configDir = fmt::format(L\"{}\\\\Magpie\\\\{}\\\\v{}\\\\\",\n\t\t\tlocalAppDataDir.get(), CommonSharedConstants::CONFIG_DIR, CONFIG_VERSION);\n\t\t_configPath = _configDir / CommonSharedConstants::CONFIG_FILENAME;\n\n\t\tif (existingConfigPath) {\n\t\t\tif (Win32Helper::FileExists(_configPath.c_str())) {\n\t\t\t\t*existingConfigPath = _configPath;\n\t\t\t} else {\n\t\t\t\t// 查找旧版本配置文件\n\t\t\t\t*existingConfigPath = FindOldConfig(localAppDataDir.get());\n\t\t\t}\n\t\t}\n\t}\n\n\t// 确保配置文件夹存在\n\tif (!Win32Helper::CreateDir(_configDir.native(), true)) {\n\t\tLogger::Get().Win32Error(\"创建配置文件夹失败\");\n\t\treturn false;\n\t}\n\n\treturn true;\n}\n\n}\n"
},
{
"path": "src/Magpie/AppSettings.h",
"content": "#pragma once\n#include \n#include \"Event.h\"\n#include \"Shortcut.h\"\n#include \"Profile.h\"\n#include \n\nnamespace Magpie {\n\nstruct ScalingMode;\n\nenum class AppTheme {\n\tLight,\n\tDark,\n\tSystem\n};\n\nstruct _AppSettingsData {\n\t_AppSettingsData();\n\tvirtual ~_AppSettingsData();\n\n\tstd::array _shortcuts;\n\n\tstd::vector _scalingModes;\n\n\tProfile _defaultProfile;\n\tstd::vector _profiles;\n\n\tstd::filesystem::path _configDir;\n\tstd::filesystem::path _configPath;\n\n\t// LocalizationService::SupportedLanguages 索引\n\t// -1 表示使用系统设置\n\tint _language = -1;\n\n\t// 保存窗口中心点和 DPI 无关的窗口尺寸\n\twinrt::Point _mainWindowCenter{};\n\t// 小于零表示默认位置和尺寸\n\twinrt::Size _mainWindowSizeInDips{ -1.0f,-1.0f };\n\t\n\tAppTheme _theme = AppTheme::System;\n\t// 必须在 1~5 之间\n\tuint32_t _countdownSeconds = 3;\n\n\t// 上一次自动检查更新的日期\n\tstd::chrono::system_clock::time_point _updateCheckDate;\n\n\tDuplicateFrameDetectionMode _duplicateFrameDetectionMode =\n\t\tDuplicateFrameDetectionMode::Dynamic;\n\n\tfloat _minFrameRate = 10.0f;\n\n\tToolbarState _fullscreenInitialToolbarState = ToolbarState::AutoHide;\n\tToolbarState _windowedInitialToolbarState = ToolbarState::AutoHide;\n\t// 为空表示 FOLDERID_Screenshots，支持绝对路径和相对路径\n\tstd::filesystem::path _screenshotsDir;\n\n\tOverlayOptions _overlayOptions;\n\t\n\tbool _isPortableMode = false;\n\tbool _isAlwaysRunAsAdmin = false;\n\tbool _isDeveloperMode = false;\n\tbool _isDebugMode = false;\n\tbool _isBenchmarkMode = false;\n\tbool _isTopmostDisabled = false;\n\tbool _isEffectCacheDisabled = false;\n\tbool _isFontCacheDisabled = false;\n\tbool _isSaveEffectSources = false;\n\tbool _isWarningsAreErrors = false;\n\tbool _isAllowScalingMaximized = false;\n\tbool _isSimulateExclusiveFullscreen = false;\n\tbool _isInlineParams = false;\n\tbool _isShowNotifyIcon = true;\n\tbool _isMainWindowMaximized = false;\n\tbool _isAutoCheckForUpdates = true;\n\tbool _isCheckForPreviewUpdates = false;\n\tbool _isStatisticsForDynamicDetectionEnabled = false;\n\tbool _isFP16Disabled = false;\n};\n\nclass AppSettings : private _AppSettingsData {\npublic:\n\tstatic AppSettings& Get() noexcept {\n\t\tstatic AppSettings instance;\n\t\treturn instance;\n\t}\n\n\tvirtual ~AppSettings();\n\n\tbool Initialize() noexcept;\n\n\tbool Save() noexcept;\n\n\twinrt::fire_and_forget SaveAsync() noexcept;\n\n\tconst std::filesystem::path& ConfigDir() const noexcept {\n\t\treturn _configDir;\n\t}\n\n\tbool IsPortableMode() const noexcept {\n\t\treturn _isPortableMode;\n\t}\n\n\tvoid IsPortableMode(bool value) noexcept;\n\n\tint Language() const noexcept {\n\t\treturn _language;\n\t}\n\n\tvoid Language(int);\n\n\tAppTheme Theme() const noexcept {\n\t\treturn _theme;\n\t}\n\tvoid Theme(AppTheme value);\n\n\twinrt::Point MainWindowCenter() const noexcept {\n\t\treturn _mainWindowCenter;\n\t}\n\n\twinrt::Size MainWindowSizeInDips() const noexcept {\n\t\treturn _mainWindowSizeInDips;\n\t}\n\n\tbool IsMainWindowMaximized() const noexcept {\n\t\treturn _isMainWindowMaximized;\n\t}\n\n\tconst Shortcut& GetShortcut(winrt::Magpie::ShortcutAction action) const {\n\t\treturn _shortcuts[(size_t)action];\n\t}\n\n\tvoid SetShortcut(winrt::Magpie::ShortcutAction action, const Shortcut& value);\n\n\tuint32_t CountdownSeconds() const noexcept {\n\t\treturn _countdownSeconds;\n\t}\n\n\tvoid CountdownSeconds(uint32_t value) noexcept;\n\n\tbool IsDeveloperMode() const noexcept {\n\t\treturn _isDeveloperMode;\n\t}\n\n\tvoid IsDeveloperMode(bool value) noexcept;\n\n\tbool IsDebugMode() const noexcept {\n\t\treturn _isDebugMode;\n\t}\n\n\tvoid IsDebugMode(bool value) noexcept {\n\t\t_isDebugMode = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsBenchmarkMode() const noexcept {\n\t\treturn _isBenchmarkMode;\n\t}\n\n\tvoid IsBenchmarkMode(bool value) noexcept {\n\t\t_isBenchmarkMode = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsTopmostDisabled() const noexcept {\n\t\treturn _isTopmostDisabled;\n\t}\n\n\tvoid IsTopmostDisabled(bool value) noexcept {\n\t\t_isTopmostDisabled = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsEffectCacheDisabled() const noexcept {\n\t\treturn _isEffectCacheDisabled;\n\t}\n\n\tvoid IsEffectCacheDisabled(bool value) noexcept {\n\t\t_isEffectCacheDisabled = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsFontCacheDisabled() const noexcept {\n\t\treturn _isFontCacheDisabled;\n\t}\n\n\tvoid IsFontCacheDisabled(bool value) noexcept {\n\t\t_isFontCacheDisabled = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsSaveEffectSources() const noexcept {\n\t\treturn _isSaveEffectSources;\n\t}\n\n\tvoid IsSaveEffectSources(bool value) noexcept {\n\t\t_isSaveEffectSources = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsWarningsAreErrors() const noexcept {\n\t\treturn _isWarningsAreErrors;\n\t}\n\n\tvoid IsWarningsAreErrors(bool value) noexcept {\n\t\t_isWarningsAreErrors = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsFP16Disabled() const noexcept {\n\t\treturn _isFP16Disabled;\n\t}\n\n\tvoid IsFP16Disabled(bool value) noexcept {\n\t\t_isFP16Disabled = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsAllowScalingMaximized() const noexcept {\n\t\treturn _isAllowScalingMaximized;\n\t}\n\n\tvoid IsAllowScalingMaximized(bool value) noexcept {\n\t\t_isAllowScalingMaximized = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsSimulateExclusiveFullscreen() const noexcept {\n\t\treturn _isSimulateExclusiveFullscreen;\n\t}\n\n\tvoid IsSimulateExclusiveFullscreen(bool value) noexcept {\n\t\t_isSimulateExclusiveFullscreen = value;\n\t\tSaveAsync();\n\t}\n\n\tProfile& DefaultProfile() noexcept {\n\t\treturn _defaultProfile;\n\t}\n\n\tstd::vector& Profiles() noexcept {\n\t\treturn _profiles;\n\t}\n\n\tbool IsAlwaysRunAsAdmin() const noexcept {\n\t\treturn _isAlwaysRunAsAdmin;\n\t}\n\n\tvoid IsAlwaysRunAsAdmin(bool value) noexcept;\n\n\tbool IsShowNotifyIcon() const noexcept {\n\t\treturn _isShowNotifyIcon;\n\t}\n\n\tvoid IsShowNotifyIcon(bool value) noexcept;\n\n\tbool IsInlineParams() const noexcept {\n\t\treturn _isInlineParams;\n\t}\n\n\tvoid IsInlineParams(bool value) noexcept {\n\t\t_isInlineParams = value;\n\t\tSaveAsync();\n\t}\n\n\tstd::vector& ScalingModes() noexcept {\n\t\treturn _scalingModes;\n\t}\n\n\tbool IsAutoCheckForUpdates() const noexcept {\n\t\treturn _isAutoCheckForUpdates;\n\t}\n\n\tvoid IsAutoCheckForUpdates(bool value) noexcept {\n\t\t_isAutoCheckForUpdates = value;\n\t\tIsAutoCheckForUpdatesChanged.Invoke(value);\n\t\tSaveAsync();\n\t}\n\n\tbool IsCheckForPreviewUpdates() const noexcept {\n\t\treturn _isCheckForPreviewUpdates;\n\t}\n\n\tvoid IsCheckForPreviewUpdates(bool value) noexcept {\n\t\t_isCheckForPreviewUpdates = value;\n\t\tSaveAsync();\n\t}\n\n\tstd::chrono::system_clock::time_point UpdateCheckDate() const noexcept {\n\t\treturn _updateCheckDate;\n\t}\n\n\tvoid UpdateCheckDate(std::chrono::system_clock::time_point value) noexcept {\n\t\t_updateCheckDate = value;\n\t}\n\n\tDuplicateFrameDetectionMode DuplicateFrameDetectionMode() const noexcept {\n\t\treturn _duplicateFrameDetectionMode;\n\t}\n\n\tvoid DuplicateFrameDetectionMode(enum DuplicateFrameDetectionMode value) noexcept {\n\t\t_duplicateFrameDetectionMode = value;\n\t\tSaveAsync();\n\t}\n\n\tbool IsStatisticsForDynamicDetectionEnabled() const noexcept {\n\t\treturn _isStatisticsForDynamicDetectionEnabled;\n\t}\n\n\tvoid IsStatisticsForDynamicDetectionEnabled(bool value) noexcept {\n\t\t_isStatisticsForDynamicDetectionEnabled = value;\n\t\tSaveAsync();\n\t}\n\n\tfloat MinFrameRate() const noexcept {\n\t\treturn _minFrameRate;\n\t}\n\n\tvoid MinFrameRate(float value) noexcept {\n\t\t_minFrameRate = value;\n\t\tSaveAsync();\n\t}\n\n\tToolbarState FullscreenInitialToolbarState() const noexcept {\n\t\treturn _fullscreenInitialToolbarState;\n\t}\n\n\tvoid FullscreenInitialToolbarState(ToolbarState value) noexcept {\n\t\t_fullscreenInitialToolbarState = value;\n\t\tSaveAsync();\n\t}\n\n\tToolbarState WindowedInitialToolbarState() const noexcept {\n\t\treturn _windowedInitialToolbarState;\n\t}\n\n\tvoid WindowedInitialToolbarState(ToolbarState value) noexcept {\n\t\t_windowedInitialToolbarState = value;\n\t\tSaveAsync();\n\t}\n\n\tstd::filesystem::path ScreenshotsDir() const noexcept;\n\n\tvoid ScreenshotsDir(const std::filesystem::path& value) noexcept;\n\n\tOverlayOptions& OverlayOptions() noexcept {\n\t\treturn _overlayOptions;\n\t}\n\n\tEvent ThemeChanged;\n\tEvent ShortcutChanged;\n\tEvent CountdownSecondsChanged;\n\tEvent IsShowNotifyIconChanged;\n\tEvent IsAutoCheckForUpdatesChanged;\n\nprivate:\n\tAppSettings() = default;\n\n\tAppSettings(const AppSettings&) = delete;\n\tAppSettings(AppSettings&&) = delete;\n\n\tvoid _UpdateWindowPlacement() noexcept;\n\tbool _Save(const _AppSettingsData& data) noexcept;\n\n\tvoid _LoadSettings(const rapidjson::GenericObject& root) noexcept;\n\tbool _LoadProfile(\n\t\tconst rapidjson::GenericObject& profileObj,\n\t\tProfile& profile,\n\t\tbool isDefault = false\n\t) const noexcept;\n\tbool _SetDefaultShortcuts() noexcept;\n\tvoid _SetDefaultScalingModes() noexcept;\n\n\tbool _UpdateConfigPath(std::filesystem::path* existingConfigPath = nullptr) noexcept;\n\n\t// 用于同步保存\n\twil::srwlock _saveLock;\n};\n\n}\n"
},
{
"path": "src/Magpie/AppXReader.cpp",
"content": "#include \"pch.h\"\n#include \"AppXReader.h\"\n#include \"Logger.h\"\n#include \"StrHelper.h\"\n#include \"Win32Helper.h\"\n#include \n#include \n#include \n#include \n#include \n#include \n#include \n#include \n#include \n#include \n\nusing namespace winrt;\nusing namespace Windows::Graphics::Imaging;\nusing namespace Windows::UI;\nusing namespace Windows::UI::Xaml::Media::Imaging;\nusing namespace Windows::UI::ViewManagement;\n\nnamespace Magpie {\n\nstruct AppxCacheData {\n\tstd::wstring praid;\n\tstd::wstring packageFullName;\n\tstd::wstring packagePath;\n\tstd::wstring displayName;\n\tstd::wstring executable;\n\tstd::wstring square44x44Logo;\n};\nstatic phmap::flat_hash_map appxCache;\n// 用于同步对 appxCache 的访问\nstatic wil::srwlock appxCacheLock;\n\n\nstatic std::wstring ResourceFromPri(std::wstring_view packageFullName, std::wstring_view resourceReference) {\n\t// 移植自 https://github.com/microsoft/PowerToys/blob/c36a80dad571db26d6cf9e40e70099815ed56049/src/modules/launcher/Plugins/Microsoft.Plugin.Program/Programs/UWPApplication.cs#L299\n\n\tstd::wstring_view prefix = L\"ms-resource:\";\n\n\tStrHelper::Trim(resourceReference);\n\n\tstd::wstring lowerCaseResourceReference = StrHelper::ToLowerCase(resourceReference);\n\t\n\t// Using OrdinalIgnoreCase since this is used internally\n\tif (!lowerCaseResourceReference.starts_with(prefix)) {\n\t\treturn std::wstring(resourceReference);\n\t}\n\t\n\t// magic comes from @talynone\n\t// https://github.com/talynone/Wox.Plugin.WindowsUniversalAppLauncher/blob/master/StoreAppLauncher/Helpers/NativeApiHelper.cs#L139-L153\n\tstd::wstring_view key = resourceReference.substr(prefix.size());\n\t\n\tstd::wstring parsed;\n\tstd::wstring parsedFallback;\n\n\t// Using Ordinal/OrdinalIgnoreCase since these are used internally\n\tif (key.starts_with(L\"//\")) {\n\t\tparsed = StrHelper::Concat(prefix, key);\n\t} else if (key.starts_with(L'/')) {\n\t\tparsed = StrHelper::Concat(prefix, L\"//\", key);\n\t} else {\n\t\tstd::wstring_view lowerCaseKey(\n\t\t\tlowerCaseResourceReference.begin() + prefix.size(),\n\t\t\tlowerCaseResourceReference.end()\n\t\t);\n\n\t\tif (lowerCaseKey.starts_with(L\"resources\")) {\n\t\t\tparsed = StrHelper::Concat(prefix, key);\n\t\t} else {\n\t\t\tparsed = StrHelper::Concat(prefix, L\"///resources/\", key);\n\n\t\t\t// e.g. for Windows Terminal version >= 1.12 DisplayName and Description resources are not in the 'resources' subtree\n\t\t\tparsedFallback = StrHelper::Concat(prefix, L\"///\", key);\n\t\t}\n\t}\n\t\n\tstd::wstring source = fmt::format(L\"@{{{}? {}}}\", packageFullName, parsed);\n\t\n\tstd::wstring result(128, 0);\n\tHRESULT hr = SHLoadIndirectString(source.c_str(), result.data(), (UINT)result.size() + 1, nullptr);\n\tif (FAILED(hr)) {\n\t\tif (parsedFallback.empty()) {\n\t\t\treturn {};\n\t\t}\n\n\t\tsource = fmt::format(L\"@{{{}? {}}}\", packageFullName, parsedFallback);\n\t\thr = SHLoadIndirectString(source.c_str(), result.data(), (UINT)result.size() + 1, nullptr);\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"SHLoadIndirectString 失败\", hr);\n\t\t\treturn {};\n\t\t}\n\t}\n\n\tresult.resize(StrHelper::StrLen(result.c_str()));\n\treturn result;\n}\n\nbool AppXReader::Initialize(HWND hWnd) noexcept {\n\tif (Win32Helper::GetWindowClassName(hWnd) == L\"ApplicationFrameWindow\") {\n\t\t// UWP 应用被托管在 ApplicationFrameHost 进程中\n\t\tHWND childHwnd = NULL;\n\t\tEnumChildWindows(\n\t\t\thWnd,\n\t\t\t[](HWND hWnd, LPARAM lParam) {\n\t\t\t\tif (Win32Helper::GetWindowClassName(hWnd) != L\"Windows.UI.Core.CoreWindow\") {\n\t\t\t\t\treturn TRUE;\n\t\t\t\t}\n\n\t\t\t\t*(HWND*)lParam = hWnd;\n\t\t\t\treturn FALSE;\n\t\t\t},\n\t\t\t(LPARAM)&childHwnd\n\t\t);\n\t\t\n\t\tif (childHwnd) {\n\t\t\thWnd = childHwnd;\n\t\t} else {\n\t\t\t// 被最小化（挂起）或尚未完成初始化时 UWP 进程无法通过子窗口找到，\n\t\t\t// 回落到从窗口的 PropertyStore 中检索 AUMID。\n\t\t\t// 来自 https://github.com/valinet/sws/blob/bc8b04e451649964ee3d74255f9e9eda13ef24c3/SimpleWindowSwitcher/sws_IconPainter.c#L257\n\t\t\tcom_ptr propStore;\n\t\t\tHRESULT hr = SHGetPropertyStoreForWindow(hWnd, IID_PPV_ARGS(&propStore));\n\t\t\tif (FAILED(hr)) {\n\t\t\t\tLogger::Get().ComError(\"SHGetPropertyStoreForWindow 失败\", hr);\n\t\t\t\treturn false;\n\t\t\t}\n\n\t\t\twil::unique_prop_variant prop;\n\t\t\thr = propStore->GetValue(PKEY_AppUserModel_ID, &prop);\n\t\t\tif (FAILED(hr) || prop.vt != VT_LPWSTR || !prop.pwszVal) {\n\t\t\t\treturn false;\n\t\t\t}\n\n\t\t\treturn Initialize(prop.pwszVal);\n\t\t}\n\t}\n\n\t// 使用 GetApplicationUserModelId 获取 AUMID\n\tDWORD dwProcId = 0;\n\tif (!GetWindowThreadProcessId(hWnd, &dwProcId)) {\n\t\tLogger::Get().Win32Error(\"GetWindowThreadProcessId 失败\");\n\t\treturn false;\n\t}\n\n\twil::unique_process_handle hProc(OpenProcess(PROCESS_QUERY_LIMITED_INFORMATION, FALSE, dwProcId));\n\tif (!hProc) {\n\t\tLogger::Get().Win32Error(\"OpenProcess 失败\");\n\t\treturn false;\n\t}\n\n\tstd::wstring aumid;\n\tHRESULT hr = wil::AdaptFixedSizeToAllocatedResult(\n\t\taumid, [&](_Out_writes_(valueLength) PWSTR value, size_t valueLength, _Out_ size_t* valueLengthNeededWithNul) -> HRESULT {\n\t\t\tUINT32 length = (UINT32)valueLength;\n\t\t\tLONG rc = GetApplicationUserModelId(hProc.get(), &length, value);\n\t\t\tif (rc != ERROR_SUCCESS && rc != ERROR_INSUFFICIENT_BUFFER) {\n\t\t\t\treturn HRESULT_FROM_WIN32(rc);\n\t\t\t}\n\n\t\t\t*valueLengthNeededWithNul = length;\n\t\t\treturn S_OK;\n\t\t}\n\t);\n\tif (FAILED(hr)) {\n\t\treturn false;\n\t}\n\n\treturn Initialize(aumid);\n}\n\nbool AppXReader::Initialize(std::wstring_view aumid) noexcept {\n\t{\n\t\tauto lock = appxCacheLock.lock_exclusive();\n\n\t\tauto it = appxCache.find(aumid);\n\t\tif (it != appxCache.end()) {\n\t\t\tif (it->second.packagePath.empty()) {\n\t\t\t\t// 之前的解析失败\n\t\t\t\treturn false;\n\t\t\t}\n\n\t\t\t_aumid = aumid;\n\t\t\t_praid = it->second.praid;\n\t\t\t_packageFullName = it->second.packageFullName;\n\t\t\t_packagePath = it->second.packagePath;\n\t\t\t_displayName = it->second.displayName;\n\t\t\t_executable = it->second.executable;\n\t\t\t_square44x44Logo = it->second.square44x44Logo;\n\t\t\treturn true;\n\t\t}\n\t\t\n\t\tappxCache.emplace(aumid, AppxCacheData());\n\t}\n\n\t_aumid = aumid;\n\n\tif (!_ResolvePackagePath()) {\n\t\tLogger::Get().Error(\"_ResolvePackagePath 失败\");\n\t\treturn false;\n\t}\n\n\tcom_ptr factory = try_create_instance(CLSID_AppxFactory);\n\tif (!factory) {\n\t\tLogger::Get().Error(\"创建 AppxFactory 失败\");\n\t\treturn false;\n\t}\n\n\tcom_ptr inputStream;\n\tHRESULT hr = SHCreateStreamOnFileEx(\n\t\t(_packagePath + L\"AppXManifest.xml\").c_str(),\n\t\tSTGM_READ | STGM_SHARE_DENY_WRITE,\n\t\t0,\n\t\tFALSE,\n\t\tnullptr,\n\t\tinputStream.put()\n\t);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"打开 AppXManifest.xml 失败\", hr);\n\t\treturn false;\n\t}\n\n\tcom_ptr manifestReader;\n\thr = factory->CreateManifestReader(\n\t\tinputStream.get(),\n\t\tmanifestReader.put()\n\t);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"CreateManifestReader 失败\", hr);\n\t\treturn false;\n\t}\n\n\tcom_ptr appEnumerator;\n\thr = manifestReader->GetApplications(appEnumerator.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"GetApplications 失败\", hr);\n\t\treturn false;\n\t}\n\n\t// 枚举所有应用查找 praid\n\tBOOL hasCurrent = FALSE;\n\thr = appEnumerator->GetHasCurrent(&hasCurrent);\n\n\twhile (SUCCEEDED(hr) && hasCurrent) {\n\t\tcom_ptr appxApp;\n\t\tif (FAILED(appEnumerator->GetCurrent(appxApp.put()))) {\n\t\t\tbreak;\n\t\t}\n\n\t\twil::unique_cotaskmem_string curPraid;\n\t\tif (FAILED(appxApp->GetStringValue(L\"Id\", curPraid.put()))) {\n\t\t\tbreak;\n\t\t}\n\n\t\tif (curPraid && _praid == curPraid.get()) {\n\t\t\twil::unique_cotaskmem_string value;\n\t\t\tif (SUCCEEDED(appxApp->GetStringValue(L\"DisplayName\", value.put())) && value) {\n\t\t\t\t_displayName = value.get();\n\t\t\t}\n\n\t\t\tvalue = nullptr;\n\t\t\tif (SUCCEEDED(appxApp->GetStringValue(L\"Executable\", value.put())) && value) {\n\t\t\t\t_executable = value.get();\n\t\t\t}\n\n\t\t\tvalue = nullptr;\n\t\t\tif (SUCCEEDED(appxApp->GetStringValue(L\"Square44x44Logo\", value.put())) && value) {\n\t\t\t\t_square44x44Logo = value.get();\n\t\t\t}\n\n\t\t\tauto lock = appxCacheLock.lock_exclusive();\n\t\t\tAppxCacheData& cacheData = appxCache[aumid];\n\t\t\tcacheData.praid = _praid;\n\t\t\tcacheData.packageFullName = _packageFullName;\n\t\t\tcacheData.packagePath = _packagePath;\n\t\t\tcacheData.displayName = _displayName;\n\t\t\tcacheData.executable = _executable;\n\t\t\tcacheData.square44x44Logo = _square44x44Logo;\n\t\t\treturn true;\n\t\t}\n\n\t\thr = appEnumerator->MoveNext(&hasCurrent);\n\t}\n\n\t// 未找到 Id 为 praid 的应用\n\treturn false;\n}\n\nstd::wstring AppXReader::GetDisplayName() noexcept {\n\tassert(!_packagePath.empty());\n\n\tif (_displayName.empty()) {\n\t\treturn {};\n\t}\n\n\treturn ResourceFromPri(_packageFullName, _displayName);\n}\n\nconst std::wstring& AppXReader::GetPackagePath() noexcept {\n\tassert(!_packagePath.empty());\n\treturn _packagePath;\n}\n\nstd::wstring AppXReader::GetExecutablePath() noexcept {\n\tassert(!_packagePath.empty());\n\n\tif (_executable.empty()) {\n\t\treturn {};\n\t}\n\n\treturn _packagePath + _executable;\n}\n\nclass CandidateIcon {\npublic:\n\tCandidateIcon(const wchar_t* fileName) : _fileName(fileName) {\n\t\tsize_t firstPointPos = _fileName.find_first_of(L'.');\n\t\tif (firstPointPos == std::wstring::npos) {\n\t\t\t_isValid = false;\n\t\t\treturn;\n\t\t}\n\n\t\tsize_t secondPointPos = _fileName.find_last_of(L'.');\n\t\tif (secondPointPos == firstPointPos) {\n\t\t\t_size = 44;\n\t\t\treturn;\n\t\t} else if (secondPointPos == std::wstring::npos || secondPointPos <= firstPointPos + 1) {\n\t\t\t_isValid = false;\n\t\t\treturn;\n\t\t}\n\n\t\tstd::wstring_view suffix(_fileName.begin() + firstPointPos + 1, _fileName.begin() + secondPointPos);\n\t\tassert(suffix.find(L'.') == std::wstring_view::npos);\n\n\t\tfor (std::wstring_view qualifier : StrHelper::Split(suffix, L'_')) {\n\t\t\tsize_t delimPos = qualifier.find_first_of(L'-');\n\t\t\tif (delimPos == std::wstring_view::npos) {\n\t\t\t\t_isValid = false;\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t\n\t\t\tstd::wstring_view name(qualifier.begin(), qualifier.begin() + delimPos);\n\t\t\tstd::wstring_view value(qualifier.begin() + delimPos + 1, qualifier.end());\n\n\t\t\tif (name == L\"targetsize\") {\n\t\t\t\t_isTargetSize = true;\n\n\t\t\t\tif (value == L\"16\") {\n\t\t\t\t\t_size = 16;\n\t\t\t\t} else if (value == L\"24\") {\n\t\t\t\t\t_size = 24;\n\t\t\t\t} else if (value == L\"30\") {\n\t\t\t\t\t_size = 30;\n\t\t\t\t} else if (value == L\"32\") {\n\t\t\t\t\t_size = 32;\n\t\t\t\t} else if (value == L\"36\") {\n\t\t\t\t\t_size = 36;\n\t\t\t\t} else if (value == L\"44\") {\n\t\t\t\t\t_size = 44;\n\t\t\t\t} else if (value == L\"48\") {\n\t\t\t\t\t_size = 48;\n\t\t\t\t} else if (value == L\"60\") {\n\t\t\t\t\t_size = 60;\n\t\t\t\t} else if (value == L\"72\") {\n\t\t\t\t\t_size = 72;\n\t\t\t\t} else if (value == L\"96\") {\n\t\t\t\t\t_size = 96;\n\t\t\t\t} else if (value == L\"128\") {\n\t\t\t\t\t_size = 128;\n\t\t\t\t} else if (value == L\"180\") {\n\t\t\t\t\t_size = 180;\n\t\t\t\t} else if (value == L\"256\") {\n\t\t\t\t\t_size = 256;\n\t\t\t\t} else {\n\t\t\t\t\t_isValid = false;\n\t\t\t\t}\n\t\t\t} else if (name == L\"scale\") {\n\t\t\t\t_isScale = true;\n\n\t\t\t\tif (value == L\"100\") {\n\t\t\t\t\t_size = 44;\n\t\t\t\t} else if (value == L\"125\") {\n\t\t\t\t\t_size = 55;\n\t\t\t\t} else if (value == L\"150\") {\n\t\t\t\t\t_size = 66; \n\t\t\t\t} else if (value == L\"200\") {\n\t\t\t\t\t_size = 88;\n\t\t\t\t} else if (value == L\"400\") {\n\t\t\t\t\t_size = 176;\n\t\t\t\t} else {\n\t\t\t\t\t_isValid = false;\n\t\t\t\t}\n\t\t\t} else if (name == L\"altform\") {\n\t\t\t\tif (value == L\"lightunplated\") {\n\t\t\t\t\t_isLightTheme = true;\n\t\t\t\t\t_isUnplated = true;\n\t\t\t\t} else if (value == L\"unplated\") {\n\t\t\t\t\t_isUnplated = true;\n\t\t\t\t}\n\t\t\t} else if (name == L\"theme\") {\n\t\t\t\tif (value == L\"light\") {\n\t\t\t\t\t_isLightTheme = true;\n\t\t\t\t}\n\t\t\t} else if (name == L\"contrast\") {\n\t\t\t\t_isValid = false;\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n\n\tconst std::wstring& FileName() const noexcept {\n\t\treturn _fileName;\n\t}\n\n\tbool IsValid() const noexcept {\n\t\treturn _isValid;\n\t}\n\n\t// 用以选择更合适的图标。规则:\n\t// 1. 匹配当前主题的优先\n\t// 2. 没有边框的优先\n\t// 3. 和 preferredSize 相同的优先\n\t// 4. 如果一个过大，另一个过小，取大的\n\t// 5. 如果都过大或过小，取更接近 preferredSize 的\n\t// 6. 优先选择 targetsize 前缀，然后是 scale 前缀\n\tstatic bool Compare(const CandidateIcon& l, const CandidateIcon& r, uint32_t preferredSize, bool isLightTheme) {\n\t\tif (l._isLightTheme != r._isLightTheme) {\n\t\t\treturn l._isLightTheme == isLightTheme;\n\t\t}\n\n\t\t// 优先选择没有边框的图标\n\t\tif (l._isUnplated != r._isUnplated) {\n\t\t\treturn l._isUnplated;\n\t\t}\n\n\t\tif (l._size != r._size) {\n\t\t\tif (l._size == preferredSize) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif (r._size == preferredSize) {\n\t\t\t\treturn false;\n\t\t\t}\n\n\t\t\tif (l._size > preferredSize) {\n\t\t\t\tif (r._size > preferredSize) {\n\t\t\t\t\treturn l._size < r._size;\n\t\t\t\t} else {\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif (r._size > preferredSize) {\n\t\t\t\t\treturn false;\n\t\t\t\t} else {\n\t\t\t\t\treturn l._size > r._size;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\tif (l._isTargetSize != r._isTargetSize) {\n\t\t\treturn l._isTargetSize;\n\t\t}\n\n\t\tif (l._isScale != r._isScale) {\n\t\t\treturn l._isScale;\n\t\t}\n\n\t\treturn false;\n\t}\n\nprivate:\n\tbool _isTargetSize = false;\n\tbool _isScale = false;\n\tbool _isValid = true;\n\tstd::wstring _fileName;\n\tuint32_t _size = 0;\n\tbool _isLightTheme = false;\n\tbool _isUnplated = false;\n};\n\n// 如果图标和背景的对比度太低，使用主题色填充背景\nstatic SoftwareBitmap AutoFillBackground(const std::wstring& iconPath, bool isLightTheme, bool noPath) {\n\tcom_ptr wicImgFactory = try_create_instance(CLSID_WICImagingFactory);\n\tif (!wicImgFactory) {\n\t\tLogger::Get().Error(\"创建 WICImagingFactory2 失败\");\n\t\treturn nullptr;\n\t}\n\n\t// 读取图像文件\n\twinrt::com_ptr decoder;\n\tHRESULT hr = wicImgFactory->CreateDecoderFromFilename(\n\t\ticonPath.c_str(), nullptr, GENERIC_READ, WICDecodeMetadataCacheOnDemand, decoder.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"CreateDecoderFromFilename 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\twinrt::com_ptr frame;\n\thr = decoder->GetFrame(0, frame.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"IWICBitmapFrameDecode::GetFrame 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\t// 转换格式\n\twinrt::com_ptr formatConverter;\n\thr = wicImgFactory->CreateFormatConverter(formatConverter.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"CreateFormatConverter 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\thr = formatConverter->Initialize(frame.get(),\n\t\tGUID_WICPixelFormat32bppBGRA, WICBitmapDitherTypeNone, nullptr, 0, WICBitmapPaletteTypeCustom);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"IWICFormatConverter::Initialize 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\tUINT width, height;\n\thr = formatConverter->GetSize(&width, &height);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"GetSize 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\tUINT stride = width * 4;\n\tUINT size = stride * height;\n\tstd::unique_ptr buf(new uint8_t[size]);\n\n\thr = formatConverter->CopyPixels(nullptr, stride, size, buf.get());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"CopyPixels 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\t// 计算平均亮度\n\tfloat lumaTotal = 0;\n\tuint32_t lumaCount = 0;\n\tfor (uint32_t i = 0, len = width * height; i < len; ++i) {\n\t\tuint8_t* pixel = &buf.get()[i * 4];\n\n\t\tuint8_t alpha = pixel[3];\n\t\tif (alpha == 0) {\n\t\t\tcontinue;\n\t\t}\n\n\t\tfloat luma = 0.299f * pixel[0] + 0.587f * pixel[1] + 0.114f * pixel[2];\n\t\tif (alpha != 255) {\n\t\t\tfloat alphaNorm = alpha / 255.0f;\n\t\t\tluma = luma * alphaNorm + (isLightTheme ? 255 : 0) * (1 - alphaNorm);\n\t\t}\n\n\t\tlumaTotal += luma;\n\t\t++lumaCount;\n\t}\n\n\tconst float lumaAvg = lumaTotal / lumaCount;\n\tif (isLightTheme ? lumaAvg <= 220 : lumaAvg >= 30) {\n\t\tif (!noPath) {\n\t\t\treturn nullptr;\n\t\t}\n\n\t\tSoftwareBitmap bitmap(BitmapPixelFormat::Bgra8, width, height, BitmapAlphaMode::Premultiplied);\n\t\t{\n\t\t\tBitmapBuffer buffer = bitmap.LockBuffer(BitmapBufferAccessMode::Write);\n\t\t\tuint8_t* pixels = buffer.CreateReference().data();\n\n\t\t\tconst uint8_t* origin = buf.get();\n\t\t\tfor (size_t i = 0, pixelsSize = static_cast(width) * height * 4; i < pixelsSize; i += 4) {\n\t\t\t\t// 预乘 Alpha 通道\n\t\t\t\tconst float alpha = origin[i + 3] / 255.0f;\n\n\t\t\t\tpixels[i] = (BYTE)std::lround(origin[i] * alpha);\n\t\t\t\tpixels[i + 1] = (BYTE)std::lround(origin[i + 1] * alpha);\n\t\t\t\tpixels[i + 2] = (BYTE)std::lround(origin[i + 2] * alpha);\n\t\t\t\tpixels[i + 3] = origin[i + 3];\n\t\t\t}\n\t\t}\n\t\treturn bitmap;\n\t}\n\n\t// 和背景的对比度太低，需要填充背景\n\tconst uint32_t borderWidth = width / 6;\n\tconst uint32_t borderHeight = height / 6;\n\tconst uint32_t totalWidth = width + borderWidth * 2;\n\tconst uint32_t totalHeight = height + borderHeight * 2;\n\n\tconst Color accentColor = UISettings().GetColorValue(UIColorType::Accent);\n\n\tSoftwareBitmap bitmap(BitmapPixelFormat::Bgra8, totalWidth, totalHeight, BitmapAlphaMode::Premultiplied);\n\t{\n\t\tBitmapBuffer buffer = bitmap.LockBuffer(BitmapBufferAccessMode::Write);\n\t\tuint8_t* pixels = buffer.CreateReference().data();\n\n\t\tconst uint32_t fillColor = (0xff << 24) | (accentColor.R << 16) | (accentColor.G << 8) | accentColor.B;\n\t\tstd::fill_n((uint32_t*)pixels, totalWidth * totalHeight, fillColor);\n\n\t\tpixels += (borderHeight * totalWidth + borderWidth) * 4;\n\t\tconst uint8_t* origin = buf.get();\n\t\tfor (UINT i = 0; i < height; ++i) {\n\t\t\tfor (UINT j = 0; j < width; ++j, origin += 4, pixels += 4) {\n\t\t\t\tconst float alpha = origin[3] / 255.0f;\n\t\t\t\tif (alpha < FLOAT_EPSILON) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\n\t\t\t\tconst float reverseAlpha = 1 - alpha;\n\t\t\t\tif (reverseAlpha < FLOAT_EPSILON) {\n\t\t\t\t\tpixels[0] = origin[0];\n\t\t\t\t\tpixels[1] = origin[1];\n\t\t\t\t\tpixels[2] = origin[2];\n\t\t\t\t\tpixels[3] = 255;\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\n\t\t\t\tpixels[0] = (uint8_t)std::lroundf(origin[0] * alpha + accentColor.B * reverseAlpha);\n\t\t\t\tpixels[1] = (uint8_t)std::lroundf(origin[1] * alpha + accentColor.G * reverseAlpha);\n\t\t\t\tpixels[2] = (uint8_t)std::lroundf(origin[2] * alpha + accentColor.R * reverseAlpha);\n\t\t\t\tpixels[3] = 255;\n\t\t\t}\n\n\t\t\tpixels += borderWidth * 2 * 4;\n\t\t}\n\t}\n\treturn bitmap;\n}\n\nstd::variant AppXReader::GetIcon(\n\tuint32_t preferredSize,\n\tbool isLightTheme,\n\tbool noPath\n) noexcept {\n\tassert(!_packagePath.empty());\n\n\tif (_square44x44Logo.empty()) {\n\t\treturn {};\n\t}\n\n\tstd::wstring iconFileName;\n\tif (_square44x44Logo.find(L'\\\\') != std::wstring_view::npos) {\n\t\ticonFileName = _packagePath + _square44x44Logo;\n\t} else {\n\t\ticonFileName = StrHelper::Concat(_packagePath, L\"Assets\\\\\", _square44x44Logo);;\n\t}\n\n\tsize_t delimPos = iconFileName.find_last_of(L'\\\\');\n\tif (delimPos == std::wstring::npos) {\n\t\treturn {};\n\t}\n\tsize_t extensionPointPos = iconFileName.find_last_of(L'.');\n\tif (extensionPointPos == std::wstring::npos || extensionPointPos <= delimPos) {\n\t\treturn {};\n\t}\n\n\tstd::wstring_view prefix(iconFileName.begin(), iconFileName.begin() + extensionPointPos);\n\tstd::wstring_view extension(iconFileName.begin() + extensionPointPos, iconFileName.end());\n\n\tstd::wstring_view iconName(iconFileName.begin() + delimPos + 1, iconFileName.begin() + extensionPointPos);\n\tstd::wstring iconNameExt = StrHelper::Concat(iconName, extension);\n\n\tstd::wregex regex(fmt::format(L\"^{}\\\\.[^\\\\.]+\\\\{}$\", iconName, extension), std::wregex::nosubs);\n\n\tstd::vector candidateIcons;\n\n\tWIN32_FIND_DATA findData{};\n\twil::unique_hfind hFind(FindFirstFileEx(StrHelper::Concat(prefix, L\"*\").c_str(),\n\t\tFindExInfoBasic, &findData, FindExSearchNameMatch, nullptr, FIND_FIRST_EX_LARGE_FETCH));\n\tif (hFind) {\n\t\tdo {\n\t\t\tif (findData.cFileName != iconNameExt && !std::regex_match(findData.cFileName, regex)) {\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tCandidateIcon ci(findData.cFileName);\n\t\t\tif (!ci.IsValid()) {\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tcandidateIcons.emplace_back(std::move(ci));\n\t\t} while (FindNextFile(hFind.get(), &findData));\n\t}\n\n\tif (candidateIcons.empty()) {\n\t\treturn {};\n\t}\n\n\tauto it = std::min_element(\n\t\tcandidateIcons.begin(),\n\t\tcandidateIcons.end(),\n\t\t[=](const CandidateIcon& l, const CandidateIcon& r) {\n\t\t\treturn CandidateIcon::Compare(l, r, preferredSize, isLightTheme);\n\t\t}\n\t);\n\n\tstd::wstring iconPath = StrHelper::Concat(\n\t\tstd::wstring_view(iconFileName.begin(), iconFileName.begin() + delimPos + 1),\n\t\tit->FileName()\n\t);\n\tSoftwareBitmap bkgIcon = AutoFillBackground(iconPath, isLightTheme, noPath);\n\tif (bkgIcon || noPath) {\n\t\treturn std::move(bkgIcon);\n\t} else {\n\t\treturn std::move(iconPath);\n\t}\n}\n\nvoid AppXReader::ClearCache() noexcept {\n\tauto lock = appxCacheLock.lock_exclusive();\n\tappxCache.clear();\n}\n\nbool AppXReader::_ResolvePackagePath() {\n\tif (!_packagePath.empty()) {\n\t\treturn true;\n\t}\n\n\tuint32_t pfnLen = 0, praidLen = 0;\n\tstd::ignore = ParseApplicationUserModelId(_aumid.c_str(), &pfnLen, nullptr, &praidLen, nullptr);\n\tif (pfnLen == 0 || praidLen == 0) {\n\t\tLogger::Get().Error(\"ParseApplicationUserModelId 失败\");\n\t\treturn false;\n\t}\n\n\tstd::wstring packageFamilyName(pfnLen - 1, 0);\n\t_praid.assign((size_t)praidLen - 1, 0);\n\tif (ParseApplicationUserModelId(_aumid.c_str(), &pfnLen, packageFamilyName.data(),\n\t\t&praidLen, _praid.data()) != ERROR_SUCCESS)\n\t{\n\t\tLogger::Get().Error(\"ParseApplicationUserModelId 失败\");\n\t\treturn false;\n\t}\n\n\t//使用 PackageFamilyName 检索 PackageFullName\n\tuint32_t packageCount = 0;\n\tuint32_t bufferLength = 0;\n\tstd::ignore = FindPackagesByPackageFamily(packageFamilyName.c_str(), PACKAGE_FILTER_HEAD,\n\t\t&packageCount, nullptr, &bufferLength, nullptr, nullptr);\n\tif (packageCount == 0 || bufferLength == 0) {\n\t\tLogger::Get().Error(\"FindPackagesByPackageFamily 失败\");\n\t\treturn false;\n\t}\n\n\tstd::unique_ptr packageFullNames(new wchar_t* [packageCount]);\n\tstd::unique_ptr buffer(new wchar_t[bufferLength]);\n\tif (FindPackagesByPackageFamily(packageFamilyName.c_str(), PACKAGE_FILTER_HEAD,\n\t\t&packageCount, packageFullNames.get(), &bufferLength, buffer.get(), nullptr) != ERROR_SUCCESS) \n\t{\n\t\tLogger::Get().Error(\"FindPackagesByPackageFamily 失败\");\n\t\treturn false;\n\t}\n\n\t// 只使用第一个包，一般也只有一个\n\t_packageFullName = packageFullNames[0];\n\n\tHRESULT hr = wil::AdaptFixedSizeToAllocatedResult(\n\t\t_packagePath, [&](_Out_writes_(valueLength) PWSTR value, size_t valueLength, _Out_ size_t* valueLengthNeededWithNul) -> HRESULT {\n\t\t\tUINT32 length = (UINT32)valueLength;\n\t\t\tLONG rc = GetPackagePathByFullName(_packageFullName.c_str(), &length, value);\n\t\t\tif (rc != ERROR_SUCCESS && rc != ERROR_INSUFFICIENT_BUFFER) {\n\t\t\t\treturn HRESULT_FROM_WIN32(rc);\n\t\t\t}\n\n\t\t\t*valueLengthNeededWithNul = length;\n\t\t\treturn S_OK;\n\t\t}\n\t);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"GetPackagePathByFullName 失败\", hr);\n\t\treturn false;\n\t}\n\n\tif (_packagePath.back() != L'\\\\') {\n\t\t_packagePath.push_back(L'\\\\');\n\t}\n\n\treturn true;\n}\n\n}\n"
},
{
"path": "src/Magpie/AppXReader.h",
"content": "#pragma once\n#include \n\nnamespace Magpie {\n\n// 用于解析打包应用\n// 通常较为耗时（50 ms 左右），应在后台执行\nclass AppXReader {\npublic:\n\tbool Initialize(HWND hWnd) noexcept;\n\n\tbool Initialize(std::wstring_view aumid) noexcept;\n\n\tconst std::wstring& AUMID() const noexcept {\n\t\treturn _aumid;\n\t}\n\n\tstd::wstring GetDisplayName() noexcept;\n\n\tconst std::wstring& GetPackagePath() noexcept;\n\n\tstd::wstring GetExecutablePath() noexcept;\n\t\n\tstd::variant GetIcon(\n\t\tuint32_t preferredSize,\n\t\tbool isLightTheme,\n\t\tbool noPath = false\n\t) noexcept;\n\n\tstatic void ClearCache() noexcept;\n\nprivate:\n\tbool _ResolvePackagePath();\n\n\tstd::wstring _aumid;\n\tstd::wstring _praid;\n\tstd::wstring _packageFullName;\n\tstd::wstring _packagePath;\n\tstd::wstring _displayName;\n\tstd::wstring _executable;\n\tstd::wstring _square44x44Logo;\n};\n\n}\n"
},
{
"path": "src/Magpie/AutoStartHelper.cpp",
"content": "#include \"pch.h\"\n#include \"AutoStartHelper.h\"\n#include \"CommonSharedConstants.h\"\n#include \"Logger.h\"\n#include \"StrHelper.h\"\n#include \"Win32Helper.h\"\n#include \n#include \n#include \n\n////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////\n//\n// 实现开机启动\n//\n// 首先尝试使用任务计划程序，此方案的优点是以管理员身份启动时不会显示 UAC。\n// 如果创建任务失败，则回落到在当前用户的启动文件夹中创建快捷方式。\n//\n// 任务计划程序的使用参考自\n// https://github.com/microsoft/PowerToys/blob/3d54cb838504c12f59516afaf1a00fde2dd5d01b/src/runner/auto_start_helper.cpp\n//\n/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////\n\nusing namespace winrt;\n\nnamespace Magpie {\n\nstatic constexpr DWORD USERNAME_DOMAIN_LEN = DNLEN + UNLEN + 2; // Domain Name + '\\' + User Name + '\\0'\nstatic constexpr DWORD USERNAME_LEN = UNLEN + 1; // User Name + '\\0'\n\n\nstatic std::wstring GetTaskName(std::wstring_view userName) noexcept {\n\treturn StrHelper::Concat(L\"Autorun for \", userName);\n}\n\nstatic com_ptr CreateTaskService() noexcept {\n\tcom_ptr taskService = try_create_instance(CLSID_TaskScheduler);\n\tif (!taskService) {\n\t\tLogger::Get().Error(\"创建 TaskService 失败\");\n\t\treturn nullptr;\n\t}\n\n\tHRESULT hr = taskService->Connect(Win32Helper::Variant(), Win32Helper::Variant(),\n\t\tWin32Helper::Variant(), Win32Helper::Variant());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"ITaskService::Connect 失败\", hr);\n\t\treturn nullptr;\n\t}\n\n\treturn taskService;\n}\n\nstatic bool CreateAutoStartTask(bool runElevated) noexcept {\n\tWCHAR usernameDomain[USERNAME_DOMAIN_LEN];\n\tWCHAR username[USERNAME_LEN];\n\n\t// 检索用户域和用户名\n\tif (!GetEnvironmentVariable(L\"USERNAME\", username, USERNAME_LEN)) {\n\t\tLogger::Get().Win32Error(\"获取用户名失败\");\n\t\treturn false;\n\t}\n\tif (!GetEnvironmentVariable(L\"USERDOMAIN\", usernameDomain, USERNAME_DOMAIN_LEN)) {\n\t\tLogger::Get().Win32Error(\"获取用户域失败\");\n\t\treturn false;\n\t}\n\n\twcscat_s(usernameDomain, L\"\\\\\");\n\twcscat_s(usernameDomain, username);\n\n\tcom_ptr taskService = CreateTaskService();\n\tif (!taskService) {\n\t\treturn false;\n\t}\n\n\t// 获取/创建 Magpie 文件夹\n\tcom_ptr taskFolder;\n\tHRESULT hr = taskService->GetFolder(wil::make_bstr_nothrow(L\"\\\\Magpie\").get(), taskFolder.put());\n\tif (FAILED(hr)) {\n\t\tcom_ptr rootFolder = NULL;\n\t\thr = taskService->GetFolder(wil::make_bstr_nothrow(L\"\\\\\").get(), rootFolder.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"获取根目录失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\thr = rootFolder->CreateFolder(wil::make_bstr_nothrow(L\"\\\\Magpie\").get(), Win32Helper::Variant(L\"\"), taskFolder.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"创建 Magpie 任务文件夹失败\", hr);\n\t\t\treturn false;\n\t\t}\n\t}\n\n\t// Create the task builder object to create the task.\n\tcom_ptr task;\n\thr = taskService->NewTask(0, task.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"创建 ITaskDefinition 失败\", hr);\n\t\treturn false;\n\t}\n\n\t// ------------------------------------------------------\n\t// Get the registration info for setting the identification.\n\tcom_ptr regInfo;\n\thr = task->get_RegistrationInfo(regInfo.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"获取 IRegistrationInfo 失败\", hr);\n\t\treturn false;\n\t}\n\n\thr = regInfo->put_Author(wil::make_bstr_nothrow(usernameDomain).get());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"IRegistrationInfo::put_Author 失败\", hr);\n\t\treturn false;\n\t}\n\n\t // ------------------------------------------------------\n\t// Create the settings for the task\n\tcom_ptr taskSettings;\n\thr = task->get_Settings(taskSettings.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"获取 ITaskSettings 失败\", hr);\n\t\treturn false;\n\t}\n\n\thr = taskSettings->put_StartWhenAvailable(VARIANT_FALSE);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"ITaskSettings::put_StartWhenAvailable 失败\", hr);\n\t\treturn false;\n\t}\n\thr = taskSettings->put_StopIfGoingOnBatteries(VARIANT_FALSE);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"ITaskSettings::put_StopIfGoingOnBatteries 失败\", hr);\n\t\treturn false;\n\t}\n\t// 不限制执行时间\n\thr = taskSettings->put_ExecutionTimeLimit(wil::make_bstr_nothrow(L\"PT0S\").get());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"ITaskSettings::put_ExecutionTimeLimit 失败\", hr);\n\t\treturn false;\n\t}\n\thr = taskSettings->put_DisallowStartIfOnBatteries(VARIANT_FALSE);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"ITaskSettings::put_DisallowStartIfOnBatteries 失败\", hr);\n\t\treturn false;\n\t}\n\n\t// ------------------------------------------------------\n\t// Get the trigger collection to insert the logon trigger.\n\tcom_ptr triggerCollection;\n\thr = task->get_Triggers(triggerCollection.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"获取 ITriggerCollection 失败\", hr);\n\t\treturn false;\n\t}\n\n\t// Add the logon trigger to the task.\n\t{\n\t\tcom_ptr trigger;\n\t\thr = triggerCollection->Create(TASK_TRIGGER_LOGON, trigger.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"创建 ITrigger 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\tcom_ptr logonTrigger = trigger.try_as();\n\t\tif (!logonTrigger) {\n\t\t\tLogger::Get().Error(\"获取 ILogonTrigger 失败\");\n\t\t\treturn false;\n\t\t}\n\n\t\tlogonTrigger->put_Id(wil::make_bstr_nothrow(L\"Trigger1\").get());\n\n\t\t// Timing issues may make explorer not be started when the task runs.\n\t\t// Add a little delay to mitigate this.\n\t\tlogonTrigger->put_Delay(wil::make_bstr_nothrow(L\"PT03S\").get());\n\n\t\t// Define the user. The task will execute when the user logs on.\n\t\t// The specified user must be a user on this computer.\n\t\thr = logonTrigger->put_UserId(wil::make_bstr_nothrow(usernameDomain).get());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"ILogonTrigger::put_UserId 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\t}\n\n\t// ------------------------------------------------------\n\t// Add an Action to the task. This task will execute the path passed to this custom action.\n\t{\n\t\tcom_ptr actionCollection;\n\n\t\t// Get the task action collection pointer.\n\t\thr = task->get_Actions(actionCollection.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"获取 IActionCollection 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\t// Create the action, specifying that it is an executable action.\n\t\tcom_ptr action;\n\t\thr = actionCollection->Create(TASK_ACTION_EXEC, action.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"创建 IAction 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\t// QI for the executable task pointer.\n\t\tcom_ptr execAction = action.try_as();\n\t\tif (!execAction) {\n\t\t\tLogger::Get().Error(\"获取 IExecAction 失败\");\n\t\t\treturn false;\n\t\t}\n\n\t\t// Set the path of the executable to Magpie (passed as CustomActionData).\n\t\tconst std::filesystem::path& exePath = Win32Helper::GetExePath();\n\t\thr = execAction->put_Path(wil::make_bstr_nothrow(exePath.c_str()).get());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"设置可执行文件路径失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\texecAction->put_Arguments(wil::make_bstr_nothrow(\n\t\t\tCommonSharedConstants::OPTION_LAUNCH_WITHOUT_WINDOW).get());\n\t}\n\n\t// ------------------------------------------------------\n\t// Create the principal for the task\n\t{\n\t\tcom_ptr principal;\n\t\thr = task->get_Principal(principal.put());\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"获取 IPrincipal 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\t// Set up principal information:\n\t\tprincipal->put_Id(wil::make_bstr_nothrow(L\"Principal1\").get());\n\t\tprincipal->put_UserId(wil::make_bstr_nothrow(usernameDomain).get());\n\t\tprincipal->put_LogonType(TASK_LOGON_INTERACTIVE_TOKEN);\n\n\t\tif (runElevated) {\n\t\t\thr = principal->put_RunLevel(TASK_RUNLEVEL_HIGHEST);\n\t\t} else {\n\t\t\thr = principal->put_RunLevel(TASK_RUNLEVEL_LUA);\n\t\t}\n\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"IPrincipal::put_RunLevel 失败\", hr);\n\t\t\treturn false;\n\t\t}\n\t}\n\n\t// ------------------------------------------------------\n\t// Save the task in the Magpie folder.\n\t{\n\t\tcom_ptr registeredTask;\n\t\tstatic constexpr const wchar_t* SDDL_FULL_ACCESS_FOR_EVERYONE = L\"D:(A;;FA;;;WD)\";\n\n\t\t// 如果用户是 Administrator 账户，但 Magpie 不是以提升权限运行的，此调用会因权限问题失败\n\t\tstd::wstring taskName = GetTaskName(username);\n\t\thr = taskFolder->RegisterTaskDefinition(\n\t\t\twil::make_bstr_nothrow(taskName.c_str()).get(),\n\t\t\ttask.get(),\n\t\t\tTASK_CREATE_OR_UPDATE,\n\t\t\tWin32Helper::Variant(usernameDomain),\n\t\t\tWin32Helper::Variant(),\n\t\t\tTASK_LOGON_INTERACTIVE_TOKEN,\n\t\t\tWin32Helper::Variant(SDDL_FULL_ACCESS_FOR_EVERYONE),\n\t\t\tregisteredTask.put()\n\t\t);\n\t\tif (FAILED(hr)) {\n\t\t\tLogger::Get().ComError(\"注册任务失败\", hr);\n\t\t\treturn false;\n\t\t}\n\n\t\tregisteredTask->put_Enabled(VARIANT_TRUE);\n\t}\n\n\treturn true;\n}\n\nstatic bool DeleteAutoStartTask() noexcept {\n\tWCHAR username[USERNAME_LEN];\n\tif (!GetEnvironmentVariable(L\"USERNAME\", username, USERNAME_LEN)) {\n\t\tLogger::Get().Win32Error(\"获取用户名失败\");\n\t\treturn false;\n\t}\n\n\tcom_ptr taskService = CreateTaskService();\n\tif (!taskService) {\n\t\treturn false;\n\t}\n\n\tcom_ptr taskFolder;\n\tHRESULT hr = taskService->GetFolder(wil::make_bstr_nothrow(L\"\\\\Magpie\").get(), taskFolder.put());\n\tif (FAILED(hr)) {\n\t\treturn true;\n\t}\n\n\twil::unique_bstr taskName = wil::make_bstr_nothrow(GetTaskName(username).c_str());\n\n\t{\n\t\tcom_ptr existingRegisteredTask;\n\t\thr = taskFolder->GetTask(taskName.get(), existingRegisteredTask.put());\n\t\tif (FAILED(hr)) {\n\t\t\t// 不存在任务\n\t\t\treturn true;\n\t\t}\n\t}\n\n\thr = taskFolder->DeleteTask(taskName.get(), 0);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"删除任务失败\", hr);\n\t\treturn false;\n\t}\n\n\treturn true;\n}\n\nstatic bool IsAutoStartTaskActive() noexcept {\n\tWCHAR username[USERNAME_LEN];\n\tif (!GetEnvironmentVariable(L\"USERNAME\", username, USERNAME_LEN)) {\n\t\tLogger::Get().Win32Error(\"获取用户名失败\");\n\t\treturn false;\n\t}\n\n\tcom_ptr taskService = CreateTaskService();\n\tif (!taskService) {\n\t\treturn false;\n\t}\n\n\tcom_ptr taskFolder;\n\tHRESULT hr = taskService->GetFolder(wil::make_bstr_nothrow(L\"\\\\Magpie\").get(), taskFolder.put());\n\tif (FAILED(hr)) {\n\t\treturn false;\n\t}\n\n\tcom_ptr existingRegisteredTask;\n\thr = taskFolder->GetTask(wil::make_bstr_nothrow(GetTaskName(username).c_str()).get(), existingRegisteredTask.put());\n\tif (FAILED(hr)) {\n\t\treturn false;\n\t}\n\n\tVARIANT_BOOL isEnabled;\n\thr = existingRegisteredTask->get_Enabled(&isEnabled);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"IRegisteredTask::get_Enabled 失败\", hr);\n\t\treturn false;\n\t}\n\n\treturn isEnabled == VARIANT_TRUE;\n}\n\nstatic std::wstring GetShortcutPath() noexcept {\n\t// 获取用户的启动文件夹路径\n\twil::unique_cotaskmem_string startupDir;\n\tHRESULT hr = SHGetKnownFolderPath(FOLDERID_Startup, 0, NULL, startupDir.put());\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"获取启动文件夹失败\", hr);\n\t\treturn {};\n\t}\n\n\treturn StrHelper::Concat(startupDir.get(), L\"\\\\Magpie.lnk\");\n}\n\nstatic bool CreateAutoStartShortcut() noexcept {\n\tcom_ptr shellLink = try_create_instance(CLSID_ShellLink);\n\tif (!shellLink) {\n\t\tLogger::Get().Error(\"创建 ShellLink 失败\");\n\t\treturn false;\n\t}\n\n\tshellLink->SetPath(Win32Helper::GetExePath().c_str());\n\tshellLink->SetArguments(CommonSharedConstants::OPTION_LAUNCH_WITHOUT_WINDOW);\n\n\tcom_ptr persistFile = shellLink.try_as();\n\tif (!persistFile) {\n\t\tLogger::Get().Error(\"获取 IPersistFile 失败\");\n\t\treturn false;\n\t}\n\n\tHRESULT hr = persistFile->Save(GetShortcutPath().c_str(), TRUE);\n\tif (FAILED(hr)) {\n\t\tLogger::Get().ComError(\"保存快捷方式失败\", hr);\n\t\treturn false;\n\t}\n\n\treturn true;\n}\n\nstatic bool DeleteAutoStartShortcut() noexcept {\n\tstd::wstring shortcutPath = GetShortcutPath();\n\tif (shortcutPath.empty()) {\n\t\treturn false;\n\t}\n\n\tif (!DeleteFile(shortcutPath.c_str()) && GetLastError() != ERROR_FILE_NOT_FOUND) {\n\t\tLogger::Get().Win32Error(\"删除快捷方式失败\");\n\t\treturn false;\n\t}\n\n\treturn true;\n}\n\nstatic bool IsAutoStartShortcutExist() noexcept {\n\tstd::wstring shortcutPath = GetShortcutPath();\n\treturn !shortcutPath.empty() && Win32Helper::FileExists(shortcutPath.c_str());\n}\n\nbool AutoStartHelper::EnableAutoStart(bool runElevated) noexcept {\n\tif (CreateAutoStartTask(runElevated)) {\n\t\tDeleteAutoStartShortcut();\n\t\treturn true;\n\t}\n\n\treturn CreateAutoStartShortcut();\n}\n\nbool AutoStartHelper::DisableAutoStart() noexcept {\n\t// 避免或运算符的短路，确保两者都被删除\n\tbool result1 = DeleteAutoStartTask();\n\tbool result2 = DeleteAutoStartShortcut();\n\treturn result1 || result2;\n}\n\nbool AutoStartHelper::IsAutoStartEnabled() noexcept {\n\treturn IsAutoStartTaskActive() || IsAutoStartShortcutExist();\n}\n\n}\n"
},
{
"path": "src/Magpie/AutoStartHelper.h",
"content": "#pragma once\n\nnamespace Magpie {\n\nstruct AutoStartHelper {\n\tstatic bool EnableAutoStart(bool runElevated) noexcept;\n\tstatic bool DisableAutoStart() noexcept;\n\tstatic bool IsAutoStartEnabled() noexcept;\n};\n\n}\n"
},
{
"path": "src/Magpie/BlueInfoBarStyle.cpp",
"content": "#include \"pch.h\"\n#include \"BlueInfoBarStyle.h\"\n#if __has_include(\"BlueInfoBarStyle.g.cpp\")\n#include \"BlueInfoBarStyle.g.cpp\"\n#endif\n"
},
{
"path": "src/Magpie/BlueInfoBarStyle.h",
"content": "#pragma once\n#include \"BlueInfoBarStyle.g.h\"\n\nnamespace winrt::Magpie::implementation {\nstruct BlueInfoBarStyle : BlueInfoBarStyleT {};\n}\n\nBASIC_FACTORY(BlueInfoBarStyle)\n"
},
{
"path": "src/Magpie/BlueInfoBarStyle.idl",
"content": "namespace Magpie {\n [default_interface]\n runtimeclass BlueInfoBarStyle : Windows.UI.Xaml.ResourceDictionary {\n BlueInfoBarStyle();\n }\n}\n"
},
{
"path": "src/Magpie/BlueInfoBarStyle.xaml",
"content": "\n\n\n\n\t\n\t\t\n\t\t\t#FF5fb2f2 \n\t\t \n\n\t\t\n\t\t\t#FF0063b1 \n\t\t \n\t \n \n"
},
{
"path": "src/Magpie/BoolNegationConverter.cpp",
"content": "#include \"pch.h\"\n#include \"BoolNegationConverter.h\"\n#if __has_include(\"BoolNegationConverter.g.cpp\")\n#include \"BoolNegationConverter.g.cpp\"\n#endif\n\nusing namespace winrt;\nusing namespace Windows::UI::Xaml::Interop;\n\nnamespace winrt::Magpie::implementation {\n\nIInspectable BoolNegationConverter::Convert(IInspectable const& value, TypeName const&, IInspectable const&, hstring const&) {\n\treturn box_value(!unbox_value(value));\n}\n\nIInspectable BoolNegationConverter::ConvertBack(IInspectable const& value, TypeName const&, IInspectable const&, hstring const&) {\n\treturn box_value(!unbox_value(value));\n}\n\n}\n"
},
{
"path": "src/Magpie/BoolNegationConverter.h",
"content": "#pragma once\n#include \"BoolNegationConverter.g.h\"\n\nnamespace winrt::Magpie::implementation {\n\nstruct BoolNegationConverter : BoolNegationConverterT {\n IInspectable Convert(IInspectable const& value, Interop::TypeName const&, IInspectable const&, hstring const&);\n IInspectable ConvertBack(IInspectable const& value, Interop::TypeName const&, IInspectable const&, hstring const&);\n};\n\n}\n\nBASIC_FACTORY(BoolNegationConverter)\n"
},
{
"path": "src/Magpie/BoolNegationConverter.idl",
"content": "namespace Magpie {\n runtimeclass BoolNegationConverter : [default] Windows.UI.Xaml.Data.IValueConverter {\n BoolNegationConverter();\n }\n}\n"
},
{
"path": "src/Magpie/BoolToNegativeVisibilityConverter.cpp",
"content": "#include \"pch.h\"\n#include \"BoolToNegativeVisibilityConverter.h\"\n#if __has_include(\"BoolToNegativeVisibilityConverter.g.cpp\")\n#include \"BoolToNegativeVisibilityConverter.g.cpp\"\n#endif\n\nusing namespace winrt;\nusing namespace Windows::UI::Xaml::Interop;\n\nnamespace winrt::Magpie::implementation {\n\nIInspectable BoolToNegativeVisibilityConverter::Convert(IInspectable const& value, TypeName const&, IInspectable const&, hstring const&) {\n return box_value(unbox_value(value) ? Visibility::Collapsed : Visibility::Visible);\n}\n\nIInspectable BoolToNegativeVisibilityConverter::ConvertBack(IInspectable const& value, TypeName const&, IInspectable const&, hstring const&) {\n return box_value(unbox_value(value) == Visibility::Collapsed);\n}\n\n}\n"
},
{
"path": "src/Magpie/BoolToNegativeVisibilityConverter.h",
"content": "#pragma once\n#include \"BoolToNegativeVisibilityConverter.g.h\"\n\nnamespace winrt::Magpie::implementation {\n\nstruct BoolToNegativeVisibilityConverter : BoolToNegativeVisibilityConverterT {\n IInspectable Convert(IInspectable const& value, Interop::TypeName const&, IInspectable const&, hstring const&);\n IInspectable ConvertBack(IInspectable const& value, Interop::TypeName const&, IInspectable const&, hstring const&);\n};\n\n}\n\nBASIC_FACTORY(BoolToNegativeVisibilityConverter)\n"
},
{
"path": "src/Magpie/BoolToNegativeVisibilityConverter.idl",
"content": "namespace Magpie {\n // true -> Visibility::Collapsed\n // false -> Visibility::Visible\n runtimeclass BoolToNegativeVisibilityConverter : [default] Windows.UI.Xaml.Data.IValueConverter {\n BoolToNegativeVisibilityConverter();\n }\n}\n"
},
{
"path": "src/Magpie/CandidateWindowItem.cpp",
"content": "#include \"pch.h\"\n#include \"CandidateWindowItem.h\"\n#if __has_include(\"CandidateWindowItem.g.cpp\")\n#include \"CandidateWindowItem.g.cpp\"\n#endif\n#include \"Win32Helper.h\"\n#include \"AppXReader.h\"\n#include \"IconHelper.h\"\n#include \"StrHelper.h\"\n#include \"App.h\"\n#include \"MainWindow.h\"\n\nusing namespace ::Magpie;\nusing namespace winrt;\nusing namespace Windows::UI::ViewManagement;\nusing namespace Windows::UI::Xaml::Controls;\nusing namespace Windows::UI::Xaml::Media::Imaging;\nusing namespace Windows::Graphics::Imaging;\nusing namespace Windows::Graphics::Display;\n\nnamespace winrt::Magpie::implementation {\n\nstatic std::wstring GetProcessDesc(HWND hWnd) {\n\tif (Win32Helper::GetWindowClassName(hWnd) == L\"ApplicationFrameWindow\") {\n\t\t// 跳过 UWP 窗口\n\t\treturn {};\n\t}\n\n\t// 移植自 https://github.com/dotnet/runtime/blob/4a63cb28b69e1c48bccf592150be7ba297b67950/src/libraries/System.Diagnostics.FileVersionInfo/src/System/Diagnostics/FileVersionInfo.Windows.cs\n\tstd::wstring fileName = Win32Helper::GetWindowPath(hWnd);\n\tif (fileName.empty()) {\n\t\treturn {};\n\t}\n\n\tDWORD dummy;\n\tDWORD infoSize = GetFileVersionInfoSizeEx(FILE_VER_GET_LOCALISED, fileName.c_str(), &dummy);\n\tif (infoSize == 0) {\n\t\treturn {};\n\t}\n\n\tstd::unique_ptr infoData = std::make_unique(infoSize);\n\tif (!GetFileVersionInfoEx(FILE_VER_GET_LOCALISED, fileName.c_str(), 0, infoSize, infoData.get())) {\n\t\treturn {};\n\t}\n\n\tstd::wstring codePage;\n\tuint8_t* langId = nullptr;\n\tuint32_t len;\n\tif (VerQueryValue(infoData.get(), L\"\\\\VarFileInfo\\\\Translation\", (void**)&langId, &len)) {\n\t\tcodePage = fmt::format(L\"{:08X}\", uint32_t((*(uint16_t*)langId << 16) | *(uint16_t*)(langId + 2)));\n\t} else {\n\t\tcodePage = L\"040904E4\";\n\t}\n\n\twchar_t* description = nullptr;\n\tstd::wstring descPath = fmt::format(L\"\\\\StringFileInfo\\\\{}\\\\FileDescription\", codePage);\n\tif (!VerQueryValue(infoData.get(), descPath.c_str(), (void**)&description, &len)) {\n\t\treturn {};\n\t}\n\n\treturn description;\n}\n\nCandidateWindowItem::CandidateWindowItem(HWND hWnd) {\n\t_title = Win32Helper::GetWindowTitle(hWnd);\n\t_defaultProfileName = _title;\n\n\t_className = Win32Helper::GetWindowClassName(hWnd);\n\t_path = Win32Helper::GetWindowPath(hWnd);\n\n\tMUXC::ImageIcon placeholder;\n\tplaceholder.Width(16);\n\tplaceholder.Height(16);\n\t_icon = std::move(placeholder);\n\n\t_ResolveWindow(true, true, hWnd);\n}\n\nIconElement CandidateWindowItem::Icon() const noexcept {\n\t// 返回副本，否则在 ComboBox 中绑定会导致崩溃\n\tif (MUXC::ImageIcon imageIcon = _icon.try_as()) {\n\t\tMUXC::ImageIcon icon;\n\t\ticon.Source(imageIcon.Source());\n\t\ticon.Width(imageIcon.Width());\n\t\ticon.Height(imageIcon.Height());\n\t\treturn std::move(icon);\n\t} else if (FontIcon fontIcon = _icon.try_as()) {\n\t\tFontIcon icon;\n\t\ticon.Glyph(fontIcon.Glyph());\n\t\ticon.FontSize(fontIcon.FontSize());\n\t\treturn std::move(icon);\n\t}\n\n\treturn nullptr;\n}\n\nfire_and_forget CandidateWindowItem::_ResolveWindow(bool resolveIcon, bool resolveName, HWND hWnd) {\n\tassert(resolveIcon || resolveName);\n\n\tauto weakThis = get_weak();\n\n\t// 解析名称和图标非常耗时，转到后台进行\n\tco_await resume_background();\n\n\tAppXReader reader;\n\tconst bool isPackaged = reader.Initialize(hWnd);\n\tif (resolveName) {\n\t\tstd::wstring defaultProfileName = isPackaged ? reader.GetDisplayName() : GetProcessDesc(hWnd);\n\t\tStrHelper::Trim(defaultProfileName);\n\n\t\tauto strongThis = weakThis.get();\n\t\tif (!strongThis) {\n\t\t\tco_return;\n\t\t}\n\n\t\tApp::Get().Dispatcher().TryEnqueue(\n\t\t\t[this, defaultProfileName(std::move(defaultProfileName)), aumid(reader.AUMID())]() {\n\t\t\t\tif (!defaultProfileName.empty()) {\n\t\t\t\t\t_defaultProfileName = defaultProfileName;\n\t\t\t\t}\n\t\t\t\t// 即使 defaultProfileName 为空也通知 DefaultProfileName 已更改，\n\t\t\t\t// 这是为了正确设置 CandidateWindowIndex。\n\t\t\t\tRaisePropertyChanged(L\"DefaultProfileName\");\n\n\t\t\t\t_aumid = aumid;\n\t\t\t}\n\t\t);\n\t}\n\n\tif (!resolveIcon) {\n\t\tco_return;\n\t}\n\n\tSoftwareBitmap iconBitmap{ nullptr };\n\tconst uint32_t iconSize = (uint32_t)std::lround(\n\t\t16 * App::Get().MainWindow().CurrentDpi() / double(USER_DEFAULT_SCREEN_DPI));\n\n\tif (isPackaged) {\n\t\tstd::variant uwpIcon =\n\t\t\treader.GetIcon(iconSize, App::Get().IsLightTheme(), true);\n\t\tif (uwpIcon.index() == 1) {\n\t\t\ticonBitmap = std::get<1>(uwpIcon);\n\t\t}\n\t} else {\n\t\ticonBitmap = IconHelper::ExtractIconFormWnd(hWnd, iconSize);\n\t}\n\n\t// 切换到主线程\n\tco_await App::Get().Dispatcher();\n\n\tif (auto strongThis = weakThis.get()) {\n\t\tif (iconBitmap) {\n\t\t\tSoftwareBitmapSource imageSource;\n\t\t\tco_await imageSource.SetBitmapAsync(iconBitmap);\n\n\t\t\tMUXC::ImageIcon imageIcon;\n\t\t\timageIcon.Width(16);\n\t\t\timageIcon.Height(16);\n\t\t\timageIcon.Source(imageSource);\n\n\t\t\tstrongThis->_icon = std::move(imageIcon);\n\t\t} else {\n\t\t\tFontIcon fontIcon;\n\t\t\tfontIcon.Glyph(L\"\\uE737\");\n\t\t\tfontIcon.FontSize(16);\n\n\t\t\tstrongThis->_icon = std::move(fontIcon);\n\t\t}\n\n\t\tstrongThis->RaisePropertyChanged(L\"Icon\");\n\t}\n}\n\n}\n"
},
{
"path": "src/Magpie/CandidateWindowItem.h",
"content": "#pragma once\n#include \"CandidateWindowItem.g.h\"\n\nnamespace winrt::Magpie::implementation {\n\nstruct CandidateWindowItem : CandidateWindowItemT,\n wil::notify_property_changed_base {\n CandidateWindowItem(HWND hWnd);\n\n\thstring Title() const noexcept {\n\t\treturn _title;\n\t}\n\n\tIconElement Icon() const noexcept;\n\n\thstring DefaultProfileName() const noexcept {\n\t\treturn _defaultProfileName;\n\t}\n\n\thstring AUMID() const noexcept {\n\t\treturn _aumid;\n\t}\n\n\thstring Path() const noexcept {\n\t\treturn _path;\n\t}\n\n\thstring ClassName() const noexcept {\n\t\treturn _className;\n\t}\n\nprivate:\n\tfire_and_forget _ResolveWindow(bool resolveIcon, bool resolveName, HWND hWnd);\n\n\thstring _title;\n\tIconElement _icon{ nullptr };\n\thstring _defaultProfileName;\n\n\thstring _aumid;\n\thstring _path;\n\thstring _className;\n};\n\n}\n"
},
{
"path": "src/Magpie/CandidateWindowItem.idl",
"content": "namespace Magpie {\n runtimeclass CandidateWindowItem : Windows.UI.Xaml.Data.INotifyPropertyChanged {\n String Title { get; };\n Windows.UI.Xaml.Controls.IconElement Icon { get; };\n String DefaultProfileName { get; };\n\n String AUMID { get; };\n String Path { get; };\n String ClassName { get; };\n }\n}\n"
},
{
"path": "src/Magpie/CaptionButtonsControl.cpp",
"content": "#include \"pch.h\"\n#include \"CaptionButtonsControl.h\"\n#if __has_include(\"CaptionButtonsControl.g.cpp\")\n#include \"CaptionButtonsControl.g.cpp\"\n#endif\n#include \"App.h\"\n#include \"MainWindow.h\"\n\nnamespace winrt::Magpie::implementation {\n\nSize CaptionButtonsControl::CaptionButtonSize() const {\n\tResourceDictionary resources = Resources();\n\treturn {\n\t\t(float)unbox_value(resources.Lookup(box_value(L\"CaptionButtonWidth\"))),\n\t\t(float)unbox_value(resources.Lookup(box_value(L\"CaptionButtonHeight\")))\n\t};\n}\n\n// 鼠标移动到某个按钮上时调用\nvoid CaptionButtonsControl::HoverButton(CaptionButton button) {\n\tif (_pressedButton) {\n\t\tbool hoveringOnPressedButton = _pressedButton.value() == button;\n\t\t_allInNormal = !hoveringOnPressedButton;\n\n\t\tVisualStateManager::GoToState(MinimizeButton(),\n\t\t\thoveringOnPressedButton && button == CaptionButton::Minimize ? L\"Pressed\" : L\"Normal\", false);\n\t\tVisualStateManager::GoToState(MaximizeButton(),\n\t\t\thoveringOnPressedButton && button == CaptionButton::Maximize ? L\"Pressed\" : L\"Normal\", false);\n\t\tVisualStateManager::GoToState(CloseButton(),\n\t\t\thoveringOnPressedButton && button == CaptionButton::Close ? L\"Pressed\" : L\"Normal\", false);\n\t} else {\n\t\t_allInNormal = false;\n\n\t\tconst wchar_t* activeState = _isWindowActive ? L\"Normal\" : L\"NotActive\";\n\t\tVisualStateManager::GoToState(MinimizeButton(),\n\t\t\tbutton == CaptionButton::Minimize ? L\"PointerOver\" : activeState, false);\n\t\tVisualStateManager::GoToState(MaximizeButton(),\n\t\t\tbutton == CaptionButton::Maximize ? L\"PointerOver\" : activeState, false);\n\t\t\tVisualStateManager::GoToState(CloseButton(),\n\t\t\t\tbutton == CaptionButton::Close ? L\"PointerOver\" : activeState, false);\n\t}\n}\n\n// 在某个按钮上按下鼠标时调用\nvoid CaptionButtonsControl::PressButton(CaptionButton button) {\n\t_allInNormal = false;\n\t_pressedButton = button;\n\n\tVisualStateManager::GoToState(MinimizeButton(),\n\t\tbutton == CaptionButton::Minimize ? L\"Pressed\" : L\"Normal\", false);\n\tVisualStateManager::GoToState(MaximizeButton(),\n\t\tbutton == CaptionButton::Maximize ? L\"Pressed\" : L\"Normal\", false);\n\tVisualStateManager::GoToState(CloseButton(),\n\t\tbutton == CaptionButton::Close ? L\"Pressed\" : L\"Normal\", false);\n}\n\n// 在标题栏按钮上释放鼠标时调用\nvoid CaptionButtonsControl::ReleaseButton(CaptionButton button) {\n\t// 在某个按钮上按下然后释放视为点击，即使中途离开过也是如此，因为 HoverButton 和\n\t// LeaveButtons 都不改变 _pressedButton\n\tconst bool clicked = _pressedButton && _pressedButton.value() == button;\n\n\tif (clicked) {\n\t\t// 用户点击了某个按钮\n\t\tconst HWND hwndMain = App::Get().MainWindow().Handle();\n\n\t\tswitch (_pressedButton.value()) {\n\t\tcase CaptionButton::Minimize:\n\t\t{\n\t\t\tPostMessage(hwndMain, WM_SYSCOMMAND, SC_MINIMIZE, 0);\n\t\t\tbreak;\n\t\t}\n\t\tcase CaptionButton::Maximize:\n\t\t{\n\t\t\tPOINT cursorPos;\n\t\t\tGetCursorPos(&cursorPos);\n\n\t\t\tPostMessage(\n\t\t\t\thwndMain,\n\t\t\t\tWM_SYSCOMMAND,\n\t\t\t\t_isWindowMaximized ? SC_RESTORE : SC_MAXIMIZE,\n\t\t\t\tMAKELPARAM(cursorPos.x, cursorPos.y)\n\t\t\t);\n\t\t\tbreak;\n\t\t}\n\t\tcase CaptionButton::Close:\n\t\t{\n\t\t\tPostMessage(hwndMain, WM_SYSCOMMAND, SC_CLOSE, 0);\n\t\t\tbreak;\n\t\t}\n\t\t}\n\t}\n\n\t_pressedButton.reset();\n\n\t// 如果点击了某个按钮则清空状态，因为此时窗口状态已改变。如果在某个按钮上按下然后在\n\t// 其他按钮上释放，不视为点击，则将当前鼠标所在的按钮状态置为 PointerOver\n\t_allInNormal = clicked;\n\tVisualStateManager::GoToState(MinimizeButton(),\n\t\t!clicked && button == CaptionButton::Minimize ? L\"PointerOver\" : L\"Normal\", false);\n\tVisualStateManager::GoToState(MaximizeButton(),\n\t\t!clicked && button == CaptionButton::Maximize ? L\"PointerOver\" : L\"Normal\", false);\n\tVisualStateManager::GoToState(CloseButton(),\n\t\t!clicked && button == CaptionButton::Close ? L\"PointerOver\" : L\"Normal\", false);\n}\n\n// 在非标题按钮上释放鼠标时调用\nvoid CaptionButtonsControl::ReleaseButtons() {\n\tif (!_pressedButton) {\n\t\treturn;\n\t}\n\t_pressedButton.reset();\n\n\tLeaveButtons();\n}\n\n// 离开标题按钮时调用，不更改 _pressedButton\nvoid CaptionButtonsControl::LeaveButtons() {\n\tif (_allInNormal) {\n\t\treturn;\n\t}\n\t_allInNormal = true;\n\n\tconst wchar_t* activeState = _isWindowActive ? L\"Normal\" : L\"NotActive\";\n\tVisualStateManager::GoToState(MinimizeButton(), activeState, true);\n\tVisualStateManager::GoToState(MaximizeButton(), activeState, true);\n\tVisualStateManager::GoToState(CloseButton(), activeState, true);\n}\n\nvoid CaptionButtonsControl::IsWindowMaximized(bool value) {\n\tif (_isWindowMaximized == value) {\n\t\treturn;\n\t}\n\n\tif (VisualStateManager::GoToState(MaximizeButton(),\n\t\tvalue ? L\"WindowStateMaximized\" : L\"WindowStateNormal\", false)) {\n\t\t_isWindowMaximized = value;\n\t}\n}\n\nvoid CaptionButtonsControl::IsWindowActive(bool value) {\n\t_isWindowActive = value;\n\n\tconst wchar_t* activeState = value ? L\"Normal\" : L\"NotActive\";\n\tVisualStateManager::GoToState(MinimizeButton(), activeState, false);\n\tVisualStateManager::GoToState(MaximizeButton(), activeState, false);\n\tVisualStateManager::GoToState(CloseButton(), activeState, false);\n}\n\n}\n"
},
{
"path": "src/Magpie/CaptionButtonsControl.h",
"content": "#pragma once\n#include \"CaptionButtonsControl.g.h\"\n\nnamespace winrt::Magpie::implementation {\n\nenum class CaptionButton {\n\tMinimize = HTMINBUTTON,\n\tMaximize = HTMAXBUTTON,\n\tClose = HTCLOSE\n};\n\nstruct CaptionButtonsControl : CaptionButtonsControlT {\n\tSize CaptionButtonSize() const;\n\n\tvoid HoverButton(CaptionButton button);\n\n\tvoid PressButton(CaptionButton button);\n\n\tvoid ReleaseButton(CaptionButton button);\n\n\tvoid ReleaseButtons();\n\n\tvoid LeaveButtons();\n\n\tvoid IsWindowMaximized(bool value);\n\tvoid IsWindowActive(bool value);\n\nprivate:\n\tstd::optional _pressedButton;\n\t// 用于避免重复设置状态\n\tbool _allInNormal = true;\n\tbool _isWindowMaximized = false;\n\tbool _isWindowActive = true;\n};\n\n}\n\nBASIC_FACTORY(CaptionButtonsControl)\n"
},
{
"path": "src/Magpie/CaptionButtonsControl.idl",
"content": "namespace Magpie {\n\t[default_interface]\n\truntimeclass CaptionButtonsControl : Windows.UI.Xaml.Controls.UserControl {\n\t\tCaptionButtonsControl();\n\t}\n}\n"
},
{
"path": "src/Magpie/CaptionButtonsControl.xaml",
"content": "\n\t\n\t\t\n\t\t\t\n\t\t\t\t\n\t\t\t\t\tBlack \n\n\t\t\t\t\t \n\t\t\t\t\n\t\t\t\t\tWhite \n\n\t\t\t\t\t \n\t\t\t \n\n\t\t\tTransparent \n\t\t\t46 \n\t\t\t32 \n\n\t\t\t\n\t\t\t \n\n\t\t\t\n\t\t \n\t \n\n\t\n\t\t\n\t\t\t\n\t\t\t\t \n\t\t\t \n\t\t \n\t\t\n\t\t\t\n\t\t\t\t \n\t\t\t \n\t\t \n\t\t\n\t\t\t\n\t\t\t\t\n\t\t\t\t\t \n\n\t\t\t\t\t#C42B1C \n\t\t\t\t\t \n\t\t\t \n\t\t \n\t \n \n"
},
{
"path": "src/Magpie/ContentDialogHelper.cpp",
"content": "#include \"pch.h\"\n#include \"ContentDialogHelper.h\"\n\nusing namespace winrt;\nusing namespace Windows::UI::Xaml::Controls;\n\nnamespace Magpie {\n\nstatic weak_ref activeDialog{ nullptr };\n\nIAsyncOperation ContentDialogHelper::ShowAsync(ContentDialog dialog) {\n\tassert(activeDialog == nullptr);\n\n\tactiveDialog = dialog;\n\tContentDialogResult result = co_await dialog.ShowAsync();\n\tactiveDialog = nullptr;\n\tco_return result;\n}\n\nbool ContentDialogHelper::IsAnyDialogOpen() noexcept {\n\treturn activeDialog != nullptr;\n}\n\nvoid ContentDialogHelper::CloseActiveDialog() {\n\tif (activeDialog == nullptr) {\n\t\treturn;\n\t}\n\n\tif (auto dialog = activeDialog.get()) {\n\t\tdialog.Hide();\n\t}\n}\n\n}\n"
},
{
"path": "src/Magpie/ContentDialogHelper.h",
"content": "#pragma once\n\nnamespace Magpie {\n\nstruct ContentDialogHelper {\n\tstatic winrt::IAsyncOperation ShowAsync(winrt::ContentDialog dialog);\n\tstatic bool IsAnyDialogOpen() noexcept;\n\tstatic void CloseActiveDialog();\n};\n\n}\n"
},
{
"path": "src/Magpie/ControlHelper.cpp",
"content": "#include \"pch.h\"\n#include \"ControlHelper.h\"\n#include \"App.h\"\n#include \"RootPage.h\"\n\nusing namespace winrt;\nusing namespace winrt::Magpie::implementation;\nusing namespace Windows::UI::Xaml::Controls;\n\nnamespace Magpie {\n\nvoid ControlHelper::ComboBox_DropDownOpened(const IInspectable& sender) {\n\t// 修复下拉框不适配主题的问题\n\t// https://github.com/microsoft/microsoft-ui-xaml/issues/6622\n\tconst auto& rootPage = App::Get().RootPage();\n\tXamlHelper::UpdateThemeOfXamlPopups(rootPage->XamlRoot(), rootPage->ActualTheme());\n\n\t// 修复下拉框位置不正确的问题\n\t// https://github.com/microsoft/microsoft-ui-xaml/issues/4551\n\tComboBox comboBox = sender.try_as();\n\tIInspectable selectedItem = comboBox.SelectedItem();\n\tif (!selectedItem) {\n\t\treturn;\n\t}\n\n\tif (std::optional str = selectedItem.try_as()) {\n\t\tcomboBox.PlaceholderText(*str);\n\t} else if (ContentControl container = selectedItem.try_as()) {\n\t\tif (std::optional strContent = container.Content().try_as()) {\n\t\t\tcomboBox.PlaceholderText(*strContent);\n\t\t}\n\t}\n}\n\nvoid ControlHelper::NumberBox_Loaded(const IInspectable& sender) {\n\t// 确保模板已应用\n\tsender.try_as().ApplyTemplate();\n\n\t// 设置内部 TextBox 的右键菜单\n\tsender.try_as()\n\t\t.GetTemplateChild(L\"InputBox\")\n\t\t.try_as()\n\t\t.ContextFlyout(winrt::Magpie::TextMenuFlyout());\n}\n\n}\n"
},
{
"path": "src/Magpie/ControlHelper.h",
"content": "#pragma once\n#include \"XamlHelper.h\"\n\nnamespace Magpie {\n\n// 用于修复 WinUI 控件存在的问题。因为官方毫无作为，我不得不使用这些 hack\nstruct ControlHelper {\n\t// 修复 ComboBox 下拉框的主题和位置\n\tstatic void ComboBox_DropDownOpened(const winrt::IInspectable& sender);\n\n\t// 设置 NumberBox 内部 TextBox 的右键菜单\n\tstatic void NumberBox_Loaded(const winrt::IInspectable& sender);\n};\n\n}\n"
},
{
"path": "src/Magpie/ControlSizeTrigger.cpp",
"content": "// 移植自 https://github.com/CommunityToolkit/Windows/blob/bef863ca70bb1edf8c940198dd5cc74afa5d2aab/components/Triggers/src/ControlSizeTrigger.cs\n\n#include \"pch.h\"\n#include \"ControlSizeTrigger.h\"\n#if __has_include(\"ControlSizeTrigger.g.cpp\")\n#include \"ControlSizeTrigger.g.cpp\"\n#endif\n\nnamespace winrt::Magpie::implementation {\n\nDependencyProperty ControlSizeTrigger::_canTriggerProperty{ nullptr };\nDependencyProperty ControlSizeTrigger::_maxWidthProperty{ nullptr };\nDependencyProperty ControlSizeTrigger::_minWidthProperty{ nullptr };\nDependencyProperty ControlSizeTrigger::_maxHeightProperty{ nullptr };\nDependencyProperty ControlSizeTrigger::_minHeightProperty{ nullptr };\nDependencyProperty ControlSizeTrigger::_targetElementProperty{ nullptr };\n\nvoid ControlSizeTrigger::RegisterDependencyProperties() {\n\t_canTriggerProperty = DependencyProperty::Register(\n\t\tL\"CanTrigger\",\n\t\txaml_typename(),\n\t\txaml_typename(),\n\t\tPropertyMetadata(box_value(true), &ControlSizeTrigger::_OnPropertyChanged)\n\t);\n\n\t_maxWidthProperty = DependencyProperty::Register(\n\t\tL\"MaxWidth\",\n\t\txaml_typename(),\n\t\txaml_typename(),\n\t\tPropertyMetadata(box_value(std::numeric_limits::infinity()), &ControlSizeTrigger::_OnPropertyChanged)\n\t);\n\n\t_minWidthProperty = DependencyProperty::Register(\n\t\tL\"MinWidth\",\n\t\txaml_typename(),\n\t\txaml_typename(),\n\t\tPropertyMetadata(box_value(0.0), &ControlSizeTrigger::_OnPropertyChanged)\n\t);\n\n\t_maxHeightProperty = DependencyProperty::Register(\n\t\tL\"MaxHeight\",\n\t\txaml_typename(),\n\t\txaml_typename(),\n\t\tPropertyMetadata(box_value(std::numeric_limits::infinity()), &ControlSizeTrigger::_OnPropertyChanged)\n\t);\n\n\t_minHeightProperty = DependencyProperty::Register(\n\t\tL\"MinHeight\",\n\t\txaml_typename(),\n\t\txaml_typename(),\n\t\tPropertyMetadata(box_value(0.0), &ControlSizeTrigger::_OnPropertyChanged)\n\t);\n\n\t_targetElementProperty = DependencyProperty::Register(\n\t\tL\"TargetElement\",\n\t\txaml_typename(),\n\t\txaml_typename(),\n\t\tPropertyMetadata(nullptr, &ControlSizeTrigger::_OnTargetElementChanged)\n\t);\n}\n\nvoid ControlSizeTrigger::_OnPropertyChanged(DependencyObject const& sender, DependencyPropertyChangedEventArgs const&) {\n\tget_self(sender.try_as())->_UpdateTrigger();\n}\n\nvoid ControlSizeTrigger::_OnTargetElementChanged(DependencyObject const& sender, DependencyPropertyChangedEventArgs const& e) {\n\tControlSizeTrigger* that = get_self(sender.try_as());\n\n\tthat->_targetElementSizeChangedRevoker.revoke();\n\n\tif (IInspectable newValue = e.NewValue()) {\n\t\tthat->_targetElementSizeChangedRevoker = newValue.try_as().SizeChanged(auto_revoke,\n\t\t\t[that](IInspectable const&, SizeChangedEventArgs const&) {\n\t\t\t\tthat->_UpdateTrigger();\n\t\t\t}\n\t\t);\n\t}\n\n\tthat->_UpdateTrigger();\n}\n\nvoid ControlSizeTrigger::_UpdateTrigger() {\n\tconst FrameworkElement targetElement = TargetElement();\n\n\tif (!targetElement || !CanTrigger()) {\n\t\tSetActive(false);\n\t\treturn;\n\t}\n\n\tconst double actualWidth = targetElement.ActualWidth();\n\tconst double actualHeight = targetElement.ActualHeight();\n\tSetActive(\n\t\tactualWidth >= MinWidth() &&\n\t\tactualWidth < MaxWidth() &&\n\t\tactualHeight >= MinHeight() &&\n\t\tactualHeight < MaxHeight()\n\t);\n}\n\n}\n"
},
{
"path": "src/Magpie/ControlSizeTrigger.h",
"content": "#pragma once\n#include \"ControlSizeTrigger.g.h\"\n\nnamespace winrt::Magpie::implementation {\n\nstruct ControlSizeTrigger : ControlSizeTriggerT {\n static void RegisterDependencyProperties();\n static DependencyProperty CanTriggerProperty() { return _canTriggerProperty; }\n static DependencyProperty MaxWidthProperty() { return _maxWidthProperty; }\n static DependencyProperty MinWidthProperty() { return _minWidthProperty; }\n static DependencyProperty MaxHeightProperty() { return _maxHeightProperty; }\n static DependencyProperty MinHeightProperty() { return _minHeightProperty; }\n static DependencyProperty TargetElementProperty() { return _targetElementProperty; }\n\n bool CanTrigger() { return GetValue(_canTriggerProperty).try_as().value(); }\n void CanTrigger(bool value) { SetValue(_canTriggerProperty, box_value(value)); }\n\n double MaxWidth() { return GetValue(_maxWidthProperty).try_as().value(); }\n void MaxWidth(double value) { SetValue(_maxWidthProperty, box_value(value)); }\n\n double MinWidth() { return GetValue(_minWidthProperty).try_as().value(); }\n void MinWidth(double value) { SetValue(_minWidthProperty, box_value(value)); }\n\n double MaxHeight() { return GetValue(_maxHeightProperty).try_as().value(); }\n void MaxHeight(double value) { SetValue(_maxHeightProperty, box_value(value)); }\n\n double MinHeight() { return GetValue(_minHeightProperty).try_as().value(); }\n void MinHeight(double value) { SetValue(_minHeightProperty, box_value(value)); }\n\n FrameworkElement TargetElement() { return GetValue(_targetElementProperty).try_as(); }\n void TargetElement(FrameworkElement const& value) { SetValue(_targetElementProperty, box_value(value)); }\n\nprivate:\n static DependencyProperty _canTriggerProperty;\n static DependencyProperty _maxWidthProperty;\n static DependencyProperty _minWidthProperty;\n static DependencyProperty _maxHeightProperty;\n static DependencyProperty _minHeightProperty;\n static DependencyProperty _targetElementProperty;\n\n static void _OnPropertyChanged(DependencyObject const& sender, DependencyPropertyChangedEventArgs const&);\n static void _OnTargetElementChanged(DependencyObject const& sender, DependencyPropertyChangedEventArgs const& );\n\n void _UpdateTrigger();\n\n FrameworkElement::SizeChanged_revoker _targetElementSizeChangedRevoker;\n};\n\n}\n\nBASIC_FACTORY(ControlSizeTrigger)\n"
},
{
"path": "src/Magpie/ControlSizeTrigger.idl",
"content": "namespace Magpie {\n runtimeclass ControlSizeTrigger : Windows.UI.Xaml.StateTriggerBase {\n ControlSizeTrigger();\n\n Boolean CanTrigger;\n Double MaxWidth;\n Double MinWidth;\n Double MaxHeight;\n Double MinHeight;\n Windows.UI.Xaml.FrameworkElement TargetElement;\n\n static Windows.UI.Xaml.DependencyProperty CanTriggerProperty { get; };\n static Windows.UI.Xaml.DependencyProperty MaxWidthProperty { get; };\n static Windows.UI.Xaml.DependencyProperty MinWidthProperty { get; };\n static Windows.UI.Xaml.DependencyProperty MaxHeightProperty { get; };\n static Windows.UI.Xaml.DependencyProperty MinHeightProperty { get; };\n static Windows.UI.Xaml.DependencyProperty TargetElementProperty{ get; };\n }\n}\n"
},
{
"path": "src/Magpie/EffectHelper.h",
"content": "#pragma once\n\nnamespace Magpie {\n\nstruct EffectHelper {\n\tstatic std::wstring_view GetDisplayName(std::wstring_view fullName) noexcept {\n\t\tsize_t delimPos = fullName.find_last_of(L'\\\\');\n\t\treturn delimPos != std::wstring::npos ? fullName.substr(delimPos + 1) : fullName;\n\t}\n};\n\n}\n"
},
{
"path": "src/Magpie/EffectParametersViewModel.cpp",
"content": "#include \"pch.h\"\n#include \"EffectParametersViewModel.h\"\n#if __has_include(\"ScalingModeBoolParameter.g.cpp\")\n#include \"ScalingModeBoolParameter.g.cpp\"\n#endif\n#if __has_include(\"ScalingModeFloatParameter.g.cpp\")\n#include \"ScalingModeFloatParameter.g.cpp\"\n#endif\n#if __has_include(\"EffectParametersViewModel.g.cpp\")\n#include \"EffectParametersViewModel.g.cpp\"\n#endif\n#include \"StrHelper.h\"\n#include \"AppSettings.h\"\n#include \"ScalingModesService.h\"\n#include \"ScalingMode.h\"\n#include \"EffectsService.h\"\n#include \"EffectDesc.h\"\n#include \"App.h\"\n\nusing namespace Magpie;\n\nnamespace winrt::Magpie::implementation {\n\n// 限制保存频率\n// 1 秒内没有新的调用才执行保存\nstatic fire_and_forget LazySaveAppSettings() {\n\tusing namespace std::chrono;\n\n\tstatic steady_clock::time_point lastInvokeTime;\n\tstatic bool sleeping = false;\n\n\tlastInvokeTime = steady_clock::now();\n\n\tif (sleeping) {\n\t\tco_return;\n\t}\n\n\tsleeping = true;\n\t\n\tco_await 1s;\n\n\twhile (true) {\n\t\tint duration = (int)duration_cast(steady_clock::now() - lastInvokeTime).count();\n\t\tif (duration >= 999) {\n\t\t\tbreak;\n\t\t}\n\n\t\t// 如果与 lastInvokeTime 相差不到 1s，则继续等待\n\t\tco_await milliseconds(1000 - duration);\n\t}\n\n\t// 回到主线程\n\tco_await App::Get().Dispatcher();\n\n\tsleeping = false;\n\tAppSettings::Get().SaveAsync();\n}\n\nEffectParametersViewModel::EffectParametersViewModel(uint32_t scalingModeIdx, uint32_t effectIdx)\n\t: _scalingModeIdx(scalingModeIdx), _effectIdx(effectIdx)\n{\n\tScalingMode& scalingMode = ScalingModesService::Get().GetScalingMode(_scalingModeIdx);\n\t_effectInfo = EffectsService::Get().GetEffect(scalingMode.effects[_effectIdx].name);\n\n\tphmap::flat_hash_map& params = _Data();\n\n\tstd::vector boolParams;\n\tstd::vector floatParams;\n\tfor (uint32_t i = 0, size = (uint32_t)_effectInfo->params.size(); i < size; ++i) {\n\t\tconst EffectParameterDesc& param = _effectInfo->params[i];\n\n\t\tstd::optional paramValue;\n\t\t{\n\t\t\tauto it = params.find(StrHelper::UTF8ToUTF16(param.name));\n\t\t\tif (it != params.end()) {\n\t\t\t\tparamValue = it->second;\n\t\t\t}\n\t\t}\n\t\t\n\t\tif (param.constant.index() == 0) {\n\t\t\tconst EffectConstant& constant = std::get<0>(param.constant);\n\t\t\tauto floatParamItem = make_self(\n\t\t\t\ti,\n\t\t\t\thstring(StrHelper::UTF8ToUTF16(param.label.empty() ? param.name : param.label)),\n\t\t\t\tparamValue.has_value() ? *paramValue : constant.defaultValue,\n\t\t\t\tconstant.minValue,\n\t\t\t\tconstant.maxValue,\n\t\t\t\tconstant.step\n\t\t\t);\n\t\t\tfloatParamItem->PropertyChanged({ this, &EffectParametersViewModel::_ScalingModeFloatParameter_PropertyChanged });\n\t\t\tfloatParams.push_back(*floatParamItem);\n\t\t} else {\n\t\t\tconst EffectConstant& constant = std::get<1>(param.constant);\n\t\t\tif (constant.minValue == 0 && constant.maxValue == 1 && constant.step == 1) {\n\t\t\t\tauto boolParamItem = make_self(\n\t\t\t\t\ti,\n\t\t\t\t\thstring(StrHelper::UTF8ToUTF16(param.label.empty() ? param.name : param.label)),\n\t\t\t\t\tparamValue.has_value() ? std::abs(*paramValue) > FLOAT_EPSILON : (bool)constant.defaultValue\n\t\t\t\t);\n\t\t\t\tboolParamItem->PropertyChanged({ this, &EffectParametersViewModel::_ScalingModeBoolParameter_PropertyChanged });\n\t\t\t\tboolParams.push_back(*boolParamItem);\n\t\t\t} else {\n\t\t\t\tauto floatParamItem = make_self(\n\t\t\t\t\ti,\n\t\t\t\t\thstring(StrHelper::UTF8ToUTF16(param.label.empty() ? param.name : param.label)),\n\t\t\t\t\tparamValue.has_value() ? *paramValue : (float)constant.defaultValue,\n\t\t\t\t\t(float)constant.minValue,\n\t\t\t\t\t(float)constant.maxValue,\n\t\t\t\t\t(float)constant.step\n\t\t\t\t);\n\t\t\t\tfloatParamItem->PropertyChanged({ this, &EffectParametersViewModel::_ScalingModeFloatParameter_PropertyChanged });\n\t\t\t\tfloatParams.push_back(*floatParamItem);\n\t\t\t}\n\t\t}\n\t}\n\tif (!boolParams.empty()) {\n\t\t_boolParams = single_threaded_vector(std::move(boolParams));\n\t}\n\tif (!floatParams.empty()) {\n\t\t_floatParams = single_threaded_vector(std::move(floatParams));\n\t}\n}\n\n// 应确保被删除后依然处于合法的状态，调用任何方法都不会崩溃，见 ScalingModeItem::_IsRemoved\nbool EffectParametersViewModel::_IsRemoved() const noexcept {\n\treturn _scalingModeIdx == std::numeric_limits::max() ||\n\t\t_effectIdx == std::numeric_limits::max();\n}\n\nvoid EffectParametersViewModel::_ScalingModeBoolParameter_PropertyChanged(\n\tIInspectable const& sender,\n\tPropertyChangedEventArgs const& args\n) {\n\tif (_IsRemoved() || args.PropertyName() != L\"Value\") {\n\t\treturn;\n\t}\n\n\tScalingModeBoolParameter* boolParamImpl =\n\t\tget_self(sender.try_as());\n\tconst std::string& effectName = _effectInfo->params[boolParamImpl->Index()].name;\n\t_Data()[StrHelper::UTF8ToUTF16(effectName)] = (float)boolParamImpl->Value();\n\n\tLazySaveAppSettings();\n}\n\nvoid EffectParametersViewModel::_ScalingModeFloatParameter_PropertyChanged(\n\tIInspectable const& sender,\n\tPropertyChangedEventArgs const& args\n) {\n\tif (_IsRemoved() || args.PropertyName() != L\"Value\") {\n\t\treturn;\n\t}\n\n\tScalingModeFloatParameter* floatParamImpl =\n\t\tget_self(sender.try_as());\n\tconst std::string& effectName = _effectInfo->params[floatParamImpl->Index()].name;\n\t_Data()[StrHelper::UTF8ToUTF16(effectName)] = (float)floatParamImpl->Value();\n\n\tLazySaveAppSettings();\n}\n\nphmap::flat_hash_map& EffectParametersViewModel::_Data() const {\n\tScalingMode& scalingMode = ScalingModesService::Get().GetScalingMode(_scalingModeIdx);\n\treturn scalingMode.effects[_effectIdx].parameters;\n}\n\nhstring ScalingModeFloatParameter::ValueText() const noexcept {\n\treturn App::DoubleFormatter().FormatDouble(_value);\n}\n\n}\n"
},
{
"path": "src/Magpie/EffectParametersViewModel.h",
"content": "#pragma once\n#include \"EffectParametersViewModel.g.h\"\n#include \"ScalingModeBoolParameter.g.h\"\n#include \"ScalingModeFloatParameter.g.h\"\n#include \n\nnamespace Magpie {\nstruct EffectInfo;\n}\n\nnamespace winrt::Magpie::implementation {\n\nstruct ScalingModeBoolParameter : ScalingModeBoolParameterT ![\"Main](\"img/main-window.png\")
\n ![\"Main](\"img/screenshot.png\")
\n![\"Xu\"/](\"https://avatars.githubusercontent.com/u/34770031?v=4?s=100\")
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![\"WluhWluh\"/](\"https://avatars.githubusercontent.com/u/52004526?v=4?s=100\")
![\"Serdar](\"https://avatars.githubusercontent.com/u/42881121?v=4?s=100\")
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![\"Erich](\"https://avatars.githubusercontent.com/u/8393109?v=4?s=100\")
![\"தமிழ்](\"https://avatars.githubusercontent.com/u/67970539?v=4?s=100\")
![\"mhtvsSFrpHdE\"/](\"https://avatars.githubusercontent.com/u/10773245?v=4?s=100\")
![\"Krzysztof\"/](\"https://avatars.githubusercontent.com/u/116571935?v=4?s=100\")
![\"Howard](\"https://avatars.githubusercontent.com/u/40033067?v=4?s=100\")
![\"Arif](\"https://avatars.githubusercontent.com/u/4081293?v=4?s=100\")
![\"Main](\"img/main-window-zh.png\")
\n