//--------------------------------------------------------------
void ofApp::draw(){
ofClear(0,0);
if (doDrawCamBackground.get())
drawSource();
if (!toggleGuiDraw) {
ofHideCursor();
drawComposite();
}
else {
ofShowCursor();
switch(drawMode.get()) {
case DRAW_COMPOSITE: drawComposite(); break;
case DRAW_PARTICLES: drawParticles(); break;
case DRAW_FLUID_FIELDS: drawFluidFields(); break;
case DRAW_FLUID_DENSITY: drawFluidDensity(); break;
case DRAW_FLUID_VELOCITY: drawFluidVelocity(); break;
case DRAW_FLUID_PRESSURE: drawFluidPressure(); break;
case DRAW_FLUID_TEMPERATURE: drawFluidTemperature(); break;
case DRAW_FLUID_DIVERGENCE: drawFluidDivergence(); break;
case DRAW_FLUID_VORTICITY: drawFluidVorticity(); break;
case DRAW_FLUID_BUOYANCY: drawFluidBuoyance(); break;
case DRAW_FLUID_OBSTACLE: drawFluidObstacle(); break;
case DRAW_FLOW_MASK: drawMask(); break;
case DRAW_OPTICAL_FLOW: drawOpticalFlow(); break;
case DRAW_SOURCE: drawSource(); break;
case DRAW_MOUSE: drawMouseForces(); break;
case DRAW_VELDOTS: drawVelocityDots(); break;
}
drawGui();
}
}
//--------------------------------------------------------------
void FluidManager::draw(int _mode){
switch(_mode) {
case DRAW_COMPOSITE: drawComposite(); break;
case DRAW_PARTICLES: drawParticles(); break;
case DRAW_FLUID_FIELDS: drawFluidFields(); break;
case DRAW_FLUID_DENSITY: drawFluidDensity(); break;
// case DRAW_FLUID_TEMPERATURE: drawFluidTemperature(); break;
// case DRAW_FLUID_DIVERGENCE: drawFluidDivergence(); break;
// case DRAW_FLUID_VORTICITY: drawFluidVorticity(); break;
// case DRAW_FLUID_BUOYANCY: drawFluidBuoyance(); break;
case DRAW_FLUID_OBSTACLE: drawFluidObstacle(); break;
// case DRAW_OPTICAL_FLOW: drawOpticalFlow(); break;
case DRAW_SOURCE: drawSource(); break;
}
}