layers. In fact, you can make Krita do all sorts of little operations on layers. We call these operations Filters. Examples of such operations are: Desaturate This makes all the pixels turn gray. Blur more filters available: you can read about them here. Filter Brush Engine Because many of these operations are per pixel, Krita allows you to use the filter as part of the Filter Brush Engine. In most selecting ‘layer style’. Transformations Transformations are kind of like filters, in that these are operations done on the pixels of an image. We have a regular image and layer wide transformations in the image

features that are not part of PS. Krita Basics This chapter covers how you use Krita in the basic operations compared to PS. View and Display 탐색 In Krita you can navigate your document using all these A single layer file will usually only contain raster data. Vector Data These are mathematical operations that tell the computer to draw pixels on a spot. This makes them much more scalable, because you color spaces, which, in turn, are all sorts of sizes and shapes as well. Krita allows you to do operations in different models and spaces, and we call this functionality “Color Management”. Color Management

the crash and wait longer until the crash dialog appears. Filters Filters are little scripts or operations you can run on your drawing. You can visualize them as real-world camera filters that can make Lens Blur Algorithm. Color Similar to the Adjust filters, the color filters are image wide color operations. Color to Alpha This filter allows you to make one single color transparent (alpha). By default Stroke.html#Attributes-Fill-Rule]. Linux コマンドライン As a native Linux program, Krita allows you to do operations on images without opening the program when using the Terminal. This option was disabled on Windows

transducers. Transducer is a special form of a lambda expression that allows combining multiple operations into a single C++ entity, which can be manipulated later. Standard transducers for Lager are provided // Define the scatter-specific options in a separate mixin class that // implements all standard operations: equality comparison, read and write struct KisScatterOptionMixIn : boost::equality_compa Template-based approach Explicit scalar implementation of the code XSIMD Library Arithmetic operations Conditionals Gather-scatter Mixed-style Useful projects for Krita About SIMD SIMD (Single

transducers. Transducer is a special form of a lambda expression that allows combining multiple operations into a single C++ entity, which can be manipulated later. Standard transducers for Lager are provided �� Define the scatter-specific options in a separate mixin class that �� implements all standard operations: equality comparison, read and write struct KisScatterOptionMixIn : boost��equality_comp targets Multiarch builds 1. DLL-based approach 2. Template-based approach XSIMD Library Arithmetic operations Conditionals Gather-scatter Mixed-style Useful projects for Krita About SIMD SIMD (Single instruction

transducers. Transducer is a special form of a lambda expression that allows combining multiple operations into a single C++ entity, which can be manipulated later. Standard transducers for Lager are provided // Define the scatter-specific options in a separate mixin class that // implements all standard operations: equality comparison, read and write struct KisScatterOptionMixIn : boost::equality_comp targets Multiarch builds 1. DLL-based approach 2. Template-based approach XSIMD Library Arithmetic operations Conditionals Gather-scatter Mixed-style Useful projects for Krita About SIMD SIMD (Single instruction

transducers. Transducer is a special form of a lambda expression that allows combining multiple operations into a single C++ entity, which can be manipulated later. Standard transducers for Lager are provided // Define the scatter-specific options in a separate mixin class that // implements all standard operations: equality comparison, read and write struct KisScatterOptionMixIn : boost::equality_comp targets Multiarch builds 1. DLL-based approach 2. Template-based approach XSIMD Library Arithmetic operations Conditionals Gather-scatter Mixed-style Useful projects for Krita About SIMD SIMD (Single instruction

that puts them into the stack without calling redo() and controls their threaded undo() and redo() operations. See information about KisPostExecutionUndoAdapter in a separate document. Queues balancing So of for such strokes should be performed with the same sequentiality properties (read “undo/redo operations should be threaded as well”). It follows that the undo commands generated by the stroke should than that, you should pay attention to the fact that all these actions should support undo/redo operations. And the last two phases cannot be implemented as usual qt- commands inside a usual macro, because

that puts them into the stack without calling redo() and controls their threaded undo() and redo() operations. See information about KisPostExecutionUndoAdapter in a separate document. Queues balancing So of for such strokes should be performed with the same sequentiality properties (read “undo/redo operations should be threaded as well”). It follows that the undo commands generated by the stroke should than that, you should pay attention to the fact that all these actions should support undo/redo operations. And the last two phases cannot be implemented as usual qt-commands inside a usual macro, because