// Processing_api.h // Included in Sketch_run.cpp to make Processing API available to user-defined // classes inside sketches (which don't inherit from PApplet). #pragma once #include "Processing.h" // ── Math (static, no instance needed) ──────────────────────────────────────── inline float radians(float d) { return PApplet::radians(d); } inline float degrees(float r) { return PApplet::degrees(r); } inline float sq(float x) { return PApplet::sq(x); } inline float lerp(float a,float b,float t) { return PApplet::lerp(a,b,t); } inline bool* getKeysDown() { return PApplet::g_papplet ? PApplet::g_papplet->keysDown : nullptr; } inline bool* getMouseDown() { return PApplet::g_papplet ? PApplet::g_papplet->mouseDown : nullptr; } inline float map(float v,float i0,float i1,float o0,float o1) { return PApplet::map(v,i0,i1,o0,o1); } inline float constrain(float v,float lo,float hi) { return PApplet::constrain(v,lo,hi); } inline float max(float a,float b) { return PApplet::max(a,b); } inline float min(float a,float b) { return PApplet::min(a,b); } inline float max(float a,float b,float c) { return PApplet::max(a,b,c); } inline float min(float a,float b,float c) { return PApplet::min(a,b,c); } inline float dist(float x1,float y1,float x2,float y2) { return PApplet::dist(x1,y1,x2,y2); } inline float dist(float x1,float y1,float z1,float x2,float y2,float z2) { return PApplet::dist(x1,y1,z1,x2,y2,z2); } inline float mag(float x,float y) { return PApplet::mag(x,y); } inline float mag(float x,float y,float z) { return PApplet::mag(x,y,z); } inline float norm(float v,float lo,float hi){ return PApplet::norm(v,lo,hi); } // ── Drawing forwarders ──────────────────────────────────────────────────────── inline void background(float g) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->background(g); } inline void background(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->background(r,g,b); } inline void background(float r,float g,float b,float a){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->background(r,g,b,a); } inline void fill(float g) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->fill(g); } inline void fill(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->fill(r,g,b); } inline void fill(float r,float g,float b,float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->fill(r,g,b,a); } inline void noFill() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noFill(); } inline void stroke(float g) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->stroke(g); } inline void stroke(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->stroke(r,g,b); } inline void stroke(float r,float g,float b,float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->stroke(r,g,b,a); } inline void noStroke() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noStroke(); } inline void strokeWeight(float w) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->strokeWeight(w); } inline void point(float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->point(x,y); } inline void line(float x1,float y1,float x2,float y2) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->line(x1,y1,x2,y2); } inline void line(float x1,float y1,float z1,float x2,float y2,float z2){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->line(x1,y1,z1,x2,y2,z2); } inline void rect(float x,float y,float w,float h) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rect(x,y,w,h); } inline void ellipse(float x,float y,float w,float h) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->ellipse(x,y,w,h); } inline void circle(float x,float y,float d) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->circle(x,y,d); } inline void triangle(float x1,float y1,float x2,float y2,float x3,float y3){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->triangle(x1,y1,x2,y2,x3,y3); } inline void arc(float x,float y,float w,float h,float s,float e){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->arc(x,y,w,h,s,e); } inline void arc(float x,float y,float w,float h,float s,float e,int m){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->arc(x,y,w,h,s,e,m); } inline void translate(float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->translate(x,y); } inline void translate(float x,float y,float z) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->translate(x,y,z); } inline void rotate(float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rotate(a); } inline void rotateX(float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rotateX(a); } inline void rotateY(float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rotateY(a); } inline void rotateZ(float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rotateZ(a); } inline void scale(float s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->scale(s); } inline void scale(float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->scale(x,y); } inline void pushMatrix() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->pushMatrix(); } inline void popMatrix() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->popMatrix(); } inline void push() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->push(); } inline void pop() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->pop(); } inline void pushStyle() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->pushStyle(); } inline void popStyle() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->popStyle(); } inline void resetMatrix() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->resetMatrix(); } inline void beginShape(int k=-1) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->beginShape(k); } inline void endShape(int m=0) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->endShape(m); } inline void vertex(float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->vertex(x,y); } inline void vertex(float x,float y,float z) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->vertex(x,y,z); } inline void vertex(float x,float y,float u,float v) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->vertex(x,y,u,v); } inline void bezierVertex(float cx1,float cy1,float cx2,float cy2,float x,float y){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->bezierVertex(cx1,cy1,cx2,cy2,x,y); } inline void curveVertex(float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->curveVertex(x,y); } inline void tint(float g) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->tint(g); } inline void tint(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->tint(r,g,b); } inline void tint(float r,float g,float b,float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->tint(r,g,b,a); } inline void noTint() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noTint(); } inline void smooth() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->smooth(); } inline void noSmooth() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noSmooth(); } inline void colorMode(int m,float mx=255.f) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->colorMode(m,mx); } inline void colorMode(int m,float h,float s,float b,float a=255.f){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->colorMode(m,h,s,b,a); } inline void rectMode(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rectMode(m); } inline void ellipseMode(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->ellipseMode(m); } inline void imageMode(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->imageMode(m); } inline void blendMode(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->blendMode(m); } inline void clear() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->clear(); } inline void size(int w,int h) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->size(w,h); } inline void size(int w,int h,int r) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->size(w,h,r); } inline void fullScreen() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->fullScreen(); } inline void noLoop() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noLoop(); } inline void loop() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->loop(); } inline void redraw() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->redraw(); } inline void frameRate(int fps) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->frameRate(fps); } inline void cursor() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->cursor(); } inline void noCursor() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noCursor(); } inline void lights() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->lights(); } inline void noLights() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noLights(); } inline void ambientLight(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->ambientLight(r,g,b); } inline void directionalLight(float r,float g,float b,float nx,float ny,float nz){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->directionalLight(r,g,b,nx,ny,nz); } inline void pointLight(float r,float g,float b,float x,float y,float z){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->pointLight(r,g,b,x,y,z); } inline void normal(float nx,float ny,float nz) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->normal(nx,ny,nz); } inline void box(float s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->box(s); } inline void box(float w,float h,float d) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->box(w,h,d); } inline void sphere(float r) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->sphere(r); } inline void sphereDetail(int res) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->sphereDetail(res); } inline void camera() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->camera(); } inline void camera(float ex,float ey,float ez,float cx,float cy,float cz,float ux,float uy,float uz){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->camera(ex,ey,ez,cx,cy,cz,ux,uy,uz); } inline void perspective() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->perspective(); } inline void ortho() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->ortho(); } inline void text(const std::string& s,float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->text(s,x,y); } inline void text(int v,float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->text(v,x,y); } inline void text(float v,float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->text(v,x,y); } inline void textSize(float s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textSize(s); } inline void textAlign(int a,int b=-1) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textAlign(a,b); } inline void textLeading(float l) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textLeading(l); } inline float textWidth(const std::string& s) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->textWidth(s) : 0; } inline void loadPixels() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->loadPixels(); } inline void updatePixels() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->updatePixels(); } inline void save(const std::string& f="") { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->save(f); } inline void saveFrame(const std::string& f="frame-####.png"){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->saveFrame(f); } inline PImage* loadImage(const std::string& p) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->loadImage(p) : nullptr; } inline PImage* createImage(int w,int h,int m=1) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->createImage(w,h,m) : nullptr; } inline PGraphics* createGraphics(int w,int h) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->createGraphics(w,h) : nullptr; } inline void image(PImage* img,float x,float y) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->image(img,x,y); } inline void image(PImage* img,float x,float y,float w,float h){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->image(img,x,y,w,h); } inline void filter(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->filter(m); } inline float random(float hi) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->random(hi) : 0; } inline float random(float lo,float hi) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->random(lo,hi) : 0; } inline float randomGaussian() { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->randomGaussian() : 0; } inline void randomSeed(long s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->randomSeed(s); } inline float noise(float x) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->noise(x) : 0; } inline float noise(float x,float y) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->noise(x,y) : 0; } inline float noise(float x,float y,float z) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->noise(x,y,z) : 0; } inline void noiseSeed(int s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noiseSeed(s); } inline void noiseDetail(int o,float f=0.5f) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noiseDetail(o,f); } inline color lerpColor(color a,color b,float t) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->lerpColor(a,b,t) : a; } inline float red(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->red(c) : 0; } inline float green(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->green(c) : 0; } inline float blue(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->blue(c) : 0; } inline float alpha(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->alpha(c) : 0; } inline float hue(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->hue(c) : 0; } inline float saturation(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->saturation(c) : 0; } inline float brightness(color c) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->brightness(c) : 0; } inline color makeColor(float a,float b,float c,float d=255){ return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->makeColor(a,b,c,d) : colorVal(0,0,0,255); } inline void stroke(float g,float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->stroke(g,a); } inline void fill(float g,float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->fill(g,a); } inline void tint(float g,float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->tint(g,a); } inline void background(color c) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->background(c); } inline void fill(color c) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->fill(c); } inline void stroke(color c) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->stroke(c); } inline void rect(float x,float y,float w,float h,float r){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->rect(x,y,w,h,r); } inline void square(float x,float y,float s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->square(x,y,s); } inline void bezier(float x1,float y1,float cx1,float cy1,float cx2,float cy2,float x2,float y2){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->bezier(x1,y1,cx1,cy1,cx2,cy2,x2,y2); } inline void curve(float x0,float y0,float x1,float y1,float x2,float y2,float x3,float y3){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->curve(x0,y0,x1,y1,x2,y2,x3,y3); } inline void shearX(float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->shearX(a); } inline void shearY(float a) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->shearY(a); } inline void ambient(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->ambient(r,g,b); } inline void specular(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->specular(r,g,b); } inline void emissive(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->emissive(r,g,b); } inline void shininess(float s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->shininess(s); } inline void spotLight(float r,float g,float b,float x,float y,float z,float nx,float ny,float nz,float angle,float conc){ if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->spotLight(r,g,b,x,y,z,nx,ny,nz,angle,conc); } inline void lightFalloff(float c,float l,float q) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->lightFalloff(c,l,q); } inline void lightSpecular(float r,float g,float b) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->lightSpecular(r,g,b); } inline void texture(PImage& img) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->texture(img); } inline void textureMode(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textureMode(m); } inline void textureWrap(int m) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textureWrap(m); } inline void clip(float x,float y,float w,float h) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->clip(x,y,w,h); } inline void noClip() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->noClip(); } inline void windowTitle(const std::string& t) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->windowTitle(t); } inline PFont loadFont(const std::string& f) { static PFont d; return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->loadFont(f) : d; } inline void textFont(const PFont& f) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textFont(f); } inline void textFont(const PFont& f,float s) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->textFont(f,s); } inline void set(int x,int y,color c) { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->set(x,y,c); } inline color get(int x,int y) { return ::Processing::PApplet::g_papplet ? ::Processing::PApplet::g_papplet->get(x,y) : color(); } inline void exit_sketch() { if(::Processing::PApplet::g_papplet) ::Processing::PApplet::g_papplet->exit_sketch(); } // These let user-defined classes use width/height/mouseX etc. as values. // Sketch methods use inherited PApplet members directly (no macro expansion). // Variable macros — defined here (after _PSketch) so user class bodies // can use width/height/mouseX/mouseY as if they were variables. // These are NOT active in Processing.cpp or Processing.h. // IMPORTANT: These macros conflict with struct member access like img->width. // Use parentheses to disambiguate: img->height works fine since -> suppresses // macro expansion for the RIGHT side of -> // Actually in C, "img->height" — the "height" token after -> IS macro-expanded. // Workaround: use (img)->height or cast. Or just don't define these here. // // For now we define them since most sketches need width/height as globals. // PImage members can be accessed via the struct directly: (*img).height // or by temporarily undefining: #undef height ...