clone and file layers as well. Animation From version 3.0 onwards, Krita got raster animation support. You can use the timeline, animation and onionskin dockers, plus Krita’s amazing variety of brushes change the exposure on the view, Krita allows you to paint with HDR colors, and has native OpenEXR support! Painting with HDR colors What Krita Does Not Have Again, Krita is a digital paint application call this functionality “Color Management”. Color Management is necessary for CMYK (subtractive) support, but outside of that, not many drawing or painting programs offer the feature, as some developers

clone and file layers as well. Animation From version 3.0 onwards, Krita got raster animation support. You can use the timeline, animation and onionskin dockers, plus Krita’s amazing variety of brushes change the exposure on the view, Krita allows you to paint with HDR colors, and has native OpenEXR support! Painting with HDR colors What Krita Does Not Have Again, Krita is a digital paint application call this functionality “Color Management”. Color Management is necessary for CMYK (subtractive) support, but outside of that, not many drawing or painting programs offer the feature, as some developers

to give a certain look to an image. Krita doesn't deliver Look profiles for ICC, nor does it yet support Look spaces for OCIO. Color managed workflow Knowing this about these spaces of course doesn't describing a color space, hence why a lot of programs that don't care for color management much don't support these. cLUT profiles work by holding tables of each color in a color space and their respective defaults to V2, and we recommend using V2 when you aren't certain if the other programs you are using support V4. LUT docker and HDR imaging The LUT 管理 is the second important bit of color management in Krita

如 下： Linux $HOME/.local/share/krita/ Windows %APPDATA%\krita\ macOS ~/Library/Application Support/Krita/ Windows (Microsoft Store 版) 的自定义资源文件夹 %LOCALAPPDATA%\Packages\49800Krita_RANDOM STRING\ Selection Functions (选择函数) 一般数学常量和函数 Trigonometry Functions (三角函数) Vector Functions (矢量函数) Vector Support (矢量功能支持) Curve Functions (曲线函数) 自定义插件 Variables (变量) External variables (外部变量) 这些变量由宿主程序 (Krita) 按照给定的角度 angle (弧度数值)，绕轴旋转矢量 v 。 vector up ( vector v, vector up ) 旋转矢量 v ，使其 Y 轴指向给定的 up 方向。 Vector Support (矢量功能支持) ** Vectors (矢量)** 包括矢量点、颜色矢量和三维矢量，有时也和 scalars (标 量) (simple floating point values / 简单浮点数值)

认位置如下： Linux $HOME/.local/share/krita/ Windows %APPDATA%\krita\ macOS ~/Library/Application Support/Krita/ Windows (Microsoft Store 版) 的自定义资源文件夹 %LOCALAPPDATA%\Packages\49800Krita_RANDOM STRING\ Selection Functions (选择函数) 一般数学常量和函数 Trigonometry Functions (三角函数) Vector Functions (矢量函数) Vector Support (矢量功能支持) Curve Functions (曲线函数) 自定义插件 Variables (变量) External variables (外部变量) 这些变量由宿主程序 (Krita) 按照给定的角度 angle (弧度数值)，绕轴旋转矢量 v 。 vector up ( vector v, vector up ) 旋转矢量 v ，使其 Y 轴指向给定的 up 方向。 Vector Support (矢量功能支持) ** Vectors (矢量)** 包括矢量点、颜色矢量和三维矢量，有时也和 scalars (标量) (simple floating point values / 简单浮点数值)

如 下： Linux $HOME/.local/share/krita/ Windows %APPDATA%\krita\ macOS ~/Library/Application Support/Krita/ Windows (Microsoft Store 版) 的自定义资源文件夹 %LOCALAPPDATA%\Packages\49800Krita_RANDOM STRING\ Selection Functions (选择函数) 一般数学常量和函数 Trigonometry Functions (三角函数) Vector Functions (矢量函数) Vector Support (矢量功能支持) Curve Functions (曲线函数) 自定义插件 Variables (变量) External variables (外部变量) 这些变量由宿主程序 (Krita) 按照给定的角度 angle (弧度数值)，绕轴旋转矢量 v 。 vector up ( vector v, vector up ) 旋转矢量 v ，使其 Y 轴指向给定的 up 方向。 Vector Support (矢量功能支持) ** Vectors (矢量)** 包括矢量点、颜色矢量和三维矢量，有时也和 scalars (标 量) (simple floating point values / 简单浮点数值)

如 下： Linux $HOME/.local/share/krita/ Windows %APPDATA%\krita\ macOS ~/Library/Application Support/Krita/ Windows (Microsoft Store 版) 的自定义资源文件夹 %LOCALAPPDATA%\Packages\49800Krita_RANDOM STRING\ Selection Functions (选择函数) 一般数学常量和函数 Trigonometry Functions (三角函数) Vector Functions (矢量函数) Vector Support (矢量功能支持) Curve Functions (曲线函数) 自定义插件 Variables (变量) External variables (外部变量) 这些变量由宿主程序 (Krita) 按照给定的角度 angle (弧度数值)，绕轴旋转矢量 v 。 vector up ( vector v, vector up ) 旋转矢量 v ，使其 Y 轴指向给定的 up 方向。 Vector Support (矢量功能支持) ** Vectors (矢量)** 包括矢量点、颜色矢量和三维矢量，有时也和 scalars (标 量) (simple floating point values / 简单浮点数值)

Selection Functions (选择函数) ⼀般数学常量和函数 Trigonometry Functions (三⻆函数) Vector Functions (⽮量函数) Vector Support (⽮量功能⽀持) Curve Functions (曲线函数) ⾃定义插件 Variables (变量) External variables (外部变量) 这些变量由宿主程序 (Krita) 按照给定的⻆度 angle (弧度数值)，绕轴旋转⽮量 v 。 vector up ( vector v, vector up ) 旋转⽮量 v ，使其 Y 轴指向给定的 up ⽅向。 Vector Support (⽮量功能⽀持) ** Vectors (⽮量)** 包括⽮量点、颜⾊⽮量和三维⽮量，有时也和 scalars (标量) (simple floating point values / 简单浮点数值) $HOME/.local/share/krita.log Windows %LOCALAPPDATA%\krita.log macOS $HOME/Library/Application Support/krita.log 注解 在 Windows 下你可以复制上⾯的路径到⽂件资源管理器的搜索 框，系统会⾃动为你找到该⽂件。 获取与 Krita 有关的系统信息 通过 Krita 的界⾯获取

Selection Functions (选择函数) 一般数学常量和函数 Trigonometry Functions (三角函数) Vector Functions (矢量函数) Vector Support (矢量功能支持) Curve Functions (曲线函数) 自定义插件 Variables (变量) External variables (外部变量) 这些变量由宿主程序 (Krita) 按照给定的角度 angle (弧度数值)，绕轴旋转矢量 v 。 vector up ( vector v, vector up ) 旋转矢量 v ，使其 Y 轴指向给定的 up 方向。 Vector Support (矢量功能支持) ** Vectors (矢量)** 包括矢量点、颜色矢量和三维矢量，有时也和 scalars (标 量) (simple floating point values / 简单浮点数值) $HOME/.local/share/krita.log Windows %LOCALAPPDATA%\krita.log macOS $HOME/Library/Application Support/krita.log 注解 在 Windows 下你可以复制上面的路径到文件资源管理器的搜索框，系统会自 动为你找到该文件。 获取与 Krita 有关的系统信息 通过 Krita 的界面获取