Project.cpp

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#include "Project.h"
 
Project::Project(CameraManager* cameras, Controller* controller, uint8_t numObjects) 
    : cameras(cameras), controller(controller), scene(numObjects) {
        
    previousAnimationTime = micros();
    previousRenderTime = micros();
    previousDisplayTime = micros();
}
 
void Project::RenderStartTimer() {
    previousRenderTime = micros();
}
 
void Project::RenderEndTimer() {
    renderTime = ((float)(micros() - previousRenderTime)) / 1000000.0f;
}
 
float Project::GetAnimationTime() {
    return animationTime;
}
 
float Project::GetRenderTime() {
    return renderTime;
}
 
float Project::GetDisplayTime() {
    return displayTime;
}
 
float Project::GetFrameRate() {
    return avgFPS.Filter(1.0f / (renderTime + animationTime + displayTime));
}
 
void Project::Animate(float ratio) {
    previousAnimationTime = micros();
 
    Update(ratio);
 
    animationTime = ((float)(micros() - previousAnimationTime)) / 1000000.0f;
}
 
void Project::Render() {
    previousRenderTime = micros();
 
    RenderingEngine::Rasterize(&scene, cameras);
    //RenderingEngine::DisplayWhite(cameras);
 
    renderTime = ((float)(micros() - previousRenderTime)) / 1000000.0f;
}
 
void Project::Display() {
    previousDisplayTime = micros();
 
    controller->Display();
 
    displayTime = ((float)(micros() - previousDisplayTime)) / 1000000.0f;
}
 
void Project::PrintStats(){
    #ifdef PRINTINFO
        #ifdef DEBUG
        Serial.print("Free memory ");
        Serial.print(Debug::FreeMem(), 3);
        Serial.print("Kb, ");
        #endif
        Serial.print("FPS: ");
        Serial.print(GetFrameRate(), 0);
        Serial.print(", Animated in ");
        Serial.print(GetAnimationTime(), 4);
 
        Serial.print("s, Rendered in ");
        Serial.print(GetRenderTime(), 4);
 
        Serial.print("s, Displayed in ");
        Serial.print(GetDisplayTime(), 4);
        Serial.println("s");
    #endif
}