/* * Our Paint: A light weight GPU powered painting program. * Copyright (C) 2022-2023 Wu Yiming * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see . */ #include "la_5.h" #ifndef OURPAINT_GIT_BRANCH #define OURPAINT_GIT_BRANCH "Release 1" #endif // No need to show hash when not compiled from git repo. //#ifndef OURPAINT_GIT_HASH //#define OURPAINT_GIT_HASH "?" //#endif extern unsigned char DATA_SPLASH[]; extern unsigned char DATA_SPLASH_HIGHDPI[]; #ifdef __cplusplus extern "C" { #endif extern const char OUR_SHADER_VERSION_430[]; extern const char OUR_SHADER_VERSION_320ES[]; extern const char OUR_CANVAS_SHADER[]; extern const char OUR_COMPOSITION_SHADER[]; extern const char OUR_MIME[]; extern const char OUR_THUMBNAILER[]; extern const char OUR_DESKTOP[]; #ifdef __cplusplus } // extern "C" #endif #define OUR_AT_CROP_CENTER 0 #define OUR_AT_CROP_L 1 #define OUR_AT_CROP_R 2 #define OUR_AT_CROP_U 3 #define OUR_AT_CROP_B 4 #define OUR_AT_CROP_UL 5 #define OUR_AT_CROP_UR 6 #define OUR_AT_CROP_BL 7 #define OUR_AT_CROP_BR 8 #define OUR_VERSION_MAJOR 0 #define OUR_VERSION_MINOR 3 #define OUR_VERSION_SUB 0 #define OUR_PAINT_NAME_STRING "Our Paint v0.3" #define OUR_SIGNAL_PICK 1 #define OUR_SIGNAL_MOVE 2 #define OUR_SIGNAL_PICK 3 #define OUR_SIGNAL_TOGGLE_ERASING 4 #define OUR_SIGNAL_ZOOM_IN 5 #define OUR_SIGNAL_ZOOM_OUT 6 #define OUR_SIGNAL_BRUSH_BIGGER 7 #define OUR_SIGNAL_BRUSH_SMALLER 8 #define OUR_SIGNAL_TOGGLE_SKETCH 9 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_0 10 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_1 11 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_2 12 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_3 13 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_4 14 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_5 15 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_6 16 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_7 17 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_8 18 #define OUR_SIGNAL_SELECT_BRUSH_NUMBER_9 19 #define OUR_SIGNAL_SELECT_BRUSH_FREE 20 STRUCTURE(OurCanvasDraw){ laCanvasExtra Base; int HideBrushCircle; int AtCrop; real CanvasLastX,CanvasLastY; real CanvasDownX,CanvasDownY; real PointerX,PointerY,DownTilt; real LastPressure; real LastTilt[2]; real LastTwist; int MovedX,MovedY; }; #define OUR_DPC (600*0.3937007874) #define OUR_TILE_W 1024 #define OUR_TILES_PER_ROW 100 #define OUR_TILE_CTR (OUR_TILES_PER_ROW/2) #define OUR_TILE_SEAM 12 #define OUR_TILE_W_USE (OUR_TILE_W-OUR_TILE_SEAM*2) #define OUR_BRUSH_ACTUAL_SIZE(b) (Our->BrushNumber?Our->BrushBaseSize*pow(2,(real)Our->BrushNumber/2+(b?b->SizeOffset:0)):pow(2,Our->BrushSize+(b?b->SizeOffset:0))) #ifdef LA_USE_GLES #define OUR_PIX_COMPACT uint8_t #else #define OUR_PIX_COMPACT uint16_t #endif STRUCTURE(OurTexTile){ tnsTexture* Texture; OUR_PIX_COMPACT* Data; int l,r,u,b; OUR_PIX_COMPACT* FullData; OUR_PIX_COMPACT* CopyBuffer; int cl,cr,cu,cb; }; #define OUR_BLEND_NORMAL 0 #define OUR_BLEND_ADD 1 typedef struct OurLayerImageSegmented{ uint32_t Sizes[32]; int H[32]; int Count; int Width,Height; }OurLayerImageSegmented; STRUCTURE(OurLayer){ laListItem Item; laSafeString* Name; int OffsetX,OffsetY; real Transparency; int Lock; int Hide; int BlendMode; int AsSketch; OurTexTile** TexTiles[OUR_TILES_PER_ROW]; OurLayerImageSegmented ReadSegmented; }; STRUCTURE(OurLayerWrite){ unsigned char* data; size_t NextData, MaxData; }; STRUCTURE(OurLayerRead){ unsigned char* data; size_t NextData; }; STRUCTURE(OurBrushSettingsNode){ laBaseNode Base; laNodeOutSocket* CanvasScale; real rCanvasScale; laNodeOutSocket* Size; real rSize; laNodeOutSocket* Transparency; real rTransparency; laNodeOutSocket* Hardness; real rHardness; laNodeOutSocket* Smudge; real rSmudge; laNodeOutSocket* DabsPerSize; real rDabsPerSize; laNodeOutSocket* SmudgeLength; real rSmudgeLength; laNodeOutSocket* Slender; real rSlender; laNodeOutSocket* Angle; real rAngle; laNodeOutSocket* Gunkyness; real rGunkyness; laNodeOutSocket* Force; real rForce; laNodeOutSocket* Color; laNodeOutSocket* Iteration; int rIteration; laNodeOutSocket* Custom1; real rCustom1; laNodeOutSocket* Custom2; real rCustom2; }; STRUCTURE(OurBrushOutputsNode){ laBaseNode Base; laNodeInSocket* Offset; laNodeInSocket* Size; laNodeInSocket* Transparency; laNodeInSocket* Hardness; laNodeInSocket* Smudge; laNodeInSocket* DabsPerSize; laNodeInSocket* SmudgeLength; laNodeInSocket* Slender; laNodeInSocket* Angle; laNodeInSocket* Color; laNodeInSocket* Gunkyness; laNodeInSocket* Force; laNodeInSocket* Repeats; laNodeInSocket* Discard; }; STRUCTURE(OurBrushDeviceNode){ laBaseNode Base; laNodeOutSocket* Pressure; real rPressure; laNodeOutSocket* Position; real rPosition[2]; laNodeOutSocket* Tilt; real rTilt[2]; laNodeOutSocket* Twist; real rTwist; laNodeOutSocket* IsEraser; int rIsEraser; laNodeOutSocket* Speed; real rSpeed; laNodeOutSocket* Angle; real rAngle; laNodeOutSocket* Length; real rLength; laNodeOutSocket* LengthAccum; real rLengthAccum; }; STRUCTURE(OurBrush){ laListItem Item; laSafeString* Name; real SizeOffset; real DabsPerSize; real Hardness; real Transparency; real Smudge; real SmudgeResampleLength; real SmudgeAccum; int SmudgeRestart; real BrushRemainingDist; real Slender; real Angle; real Force, Gunkyness; real Smoothness; real MaxStrokeLength; real Custom1,Custom2; laSafeString *Custom1Name,*Custom2Name; int Iteration; int PressureSize,PressureHardness,PressureTransparency,PressureSmudge,PressureForce,TwistAngle; // the simple way int Binding,DefaultAsEraser; int ShowInPages; real VisualOffset; real VisualOffsetAngle; int16_t OffsetFollowPenTilt; int16_t UseNodes; // the flexible way laRackPage* Rack; real LastX,LastY,LastAngle; real EvalColor[3]; real EvalOffset[2]; real EvalSize; real EvalDabsPerSize; real EvalHardness; real EvalTransparency; real EvalSmudge; real EvalSmudgeLength; real EvalSlender; real EvalAngle; real EvalForce, EvalGunkyness; real EvalSpeed; real EvalStrokeLength; real EvalStrokeLengthAccum; real EvalPressure; real EvalPosition[2]; real EvalTilt[2]; real EvalTwist; real EvalStrokeAngle; int EvalIsEraser; int EvalRepeats; int EvalDiscard; }; STRUCTURE(OurDab){ float X,Y; float Size; float Hardness; float Smudge; int ResampleSmudge; float Color[4]; float Slender; float Angle; float Direction[2]; float Force; float Gunkyness; float Recentness; }; NEED_STRUCTURE(OurColorPallette); STRUCTURE(OurColorItem){ laListItem Item; tnsVector3d Color; OurColorPallette* Parent; }; STRUCTURE(OurColorPallette){ laListItem Item; laSafeString* Name; laListHandle Colors; }; STRUCTURE(OurUndoTile){ laListItem Item; int col,row; OUR_PIX_COMPACT* CopyData; int l,r,u,b; }; STRUCTURE(OurUndo){ OurLayer* Layer; laListHandle Tiles; }; STRUCTURE(OurMoveUndo){ OurLayer* Layer; int dx,dy; }; #define OUR_TOOL_PAINT 0 #define OUR_TOOL_CROP 1 #define OUR_TOOL_MOVE 2 #define OUR_PNG_READ_INPUT_FLAT 0 #define OUR_PNG_READ_INPUT_ICC 1 #define OUR_PNG_READ_INPUT_SRGB 2 #define OUR_PNG_READ_INPUT_LINEAR_SRGB 3 #define OUR_PNG_READ_INPUT_CLAY 4 #define OUR_PNG_READ_INPUT_LINEAR_CLAY 5 #define OUR_PNG_READ_OUTPUT_CANVAS 0 #define OUR_PNG_READ_OUTPUT_LINEAR_SRGB OUR_PNG_READ_INPUT_LINEAR_SRGB #define OUR_PNG_READ_OUTPUT_LINEAR_CLAY OUR_PNG_READ_INPUT_LINEAR_CLAY #define OUR_CANVAS_INTERPRETATION_SRGB 0 #define OUR_CANVAS_INTERPRETATION_CLAY 1 #define OUR_EXPORT_BIT_DEPTH_8 0 #define OUR_EXPORT_BIT_DEPTH_16 1 #define OUR_EXPORT_COLOR_MODE_SRGB 0 #define OUR_EXPORT_COLOR_MODE_CLAY 1 #define OUR_EXPORT_COLOR_MODE_FLAT 2 #define OUR_BRUSH_PAGE_LIST 128 STRUCTURE(OurPNGReadExtra){ int Confirming; laSafeString* FilePath; laSafeString* iccName; int HassRGB; int HasProfile; int InputMode; int OutputMode; int Offsets[2]; }; STRUCTURE(OurPNGWriteExtra){ int Confirming; laSafeString* FilePath; int BitDepth; int ColorProfile; int Transparent; }; STRUCTURE(OurThreadExportPNGData){ uint32_t* r_sizes; void** pointers; int i; int segy,h; int fail; }; NEED_STRUCTURE(OurThreadImportPNGDataMain); STRUCTURE(OurThreadImportPNGData){ OurThreadImportPNGDataMain* main; void* data; OurLayer* l; int starty; }; STRUCTURE(OurThreadImportPNGDataMain){ OurThreadImportPNGData* data; int next,max; SYSLOCK lock; }; STRUCTURE(OurPaint){ real pad; laListHandle CanvasSaverDummyList; laProp* CanvasSaverDummyProp; laListHandle BadEvents; tnsImage* SplashImage; tnsImage* SplashImageHigh; laListHandle Pallettes; OurColorPallette* CurrentPallette; laListHandle Layers; OurLayer* CurrentLayer; laListHandle Brushes; OurBrush* CurrentBrush; real SaveBrushSize,SaveEraserSize; OurDab* Dabs; int NextDab,MaxDab; float LastBrushCenter[2]; int CanvasVersion; laSafeString* Notes; real Smoothness,Hardness; real LastX, LastY; real CurrentScale; real DefaultScale; int BrushNumber; real BrushNumberedThicknesses[10]; real BrushBaseSize; real BrushSize; int BrushPage; int Tool,ActiveTool,Erasing,EventErasing,BrushMix; int LockBackground; int BackgroundType; int BackgroundRandom; real BackgroundFactor; int PenID,EraserID; int X,Y,W,H; //border real BorderFadeWidth; int ColorInterpretation; int ShowBorder,UseBorder; int ShowTiles; int BrushCircleTiltMode; int AllowNonPressure,PaintProcessedEvents; int BadEventsLimit,BadEventCount,BadEventsGiveUp; int EnableBrushCircle,ShowBrushName,ShowBrushNumber; int EventHasTwist; real EventTwistAngle; real EventTiltOrientation; int DefaultBitDepth; int DefaultColorProfile; int PaintUndoLimit; int SpectralMode; int BrushNumbersOnHeader; int SketchMode; int SegmentedWrite; tnsTexture* SmudgeTexture; GLuint CanvasShader; GLuint CanvasProgram; GLuint CompositionShader; GLuint CompositionProgram; GLint uCanvasType; GLint uCanvasRandom; GLint uCanvasFactor; GLint uImageOffset; GLint uBrushCorner; GLint uBrushCenter; GLint uBrushSize; GLint uBrushHardness; GLint uBrushSmudge; GLint uBrushRecentness; GLint uBrushColor; GLint uBrushSlender; GLint uBrushAngle; GLint uBrushDirection; GLint uBrushForce; GLint uBrushGunkyness; GLint uBrushRoutineSelection; GLint uBrushRoutineSelectionES; GLint uMixRoutineSelection; GLint uMixRoutineSelectionES; GLint uBrushErasing; GLint uBrushMix; GLint RoutineDoDabs; GLint RoutineDoSample; GLint RoutineDoMixNormal; GLint RoutineDoMixSpectral; GLint uBlendMode; GLint uAlphaTop; GLint uAlphaBottom; real CurrentColor[3]; real BackgroundColor[3]; uint16_t BColorU16[4]; uint8_t BColorU8[4]; real BorderAlpha; int ShowStripes; int ShowGrid; int ShowRef; int RefSize; int RefCategory; int RefOrientation; int RefCutHalf; real RefMargins[3],RefPaddings[2]; int RefBiases[2]; real RefAlpha; real xmin,xmax,ymin,ymax; // stroke bbox for undo region int ResetBrush; int SaveFailed; int FileRegistered; uint16_t *ImageBuffer; int ImageW,ImageH,ImageX,ImageY,LoadX,LoadY,TempLoadX,TempLoadY; uint8_t* ThumbnailBuffer; void* icc_LinearsRGB; int iccsize_LinearsRGB; void* icc_LinearClay; int iccsize_LinearClay; void* icc_sRGB; int iccsize_sRGB; void* icc_Clay; int iccsize_Clay; }; int ourProcessInitArgs(int argc, char* argv[]); int ourInit(); void ourRegisterNodes(); int ourRebuildBrushEval(); int ourEvalBrush(); void ourMakeTranslations_zh_hans(); void ourMakeTranslations_es_ES(); void our_EnableSplashPanel();