#include <Plaquette.h>

//DEL vars
AnalogOut delRose(9);
AnalogOut delVert(10);
AnalogOut delBleu(11);

//sadWave vars
SineWave sadWave(3.0); //onde sinusoidale avec un period de 2 secondes
SineWave sadWave2(7.0);
float supersadWave; // variable pour stocker l'addition des deux sadWaves plus tard

//happyWave vars
SquareWave happyWave(3.0); // onde carre avec period 500 millisecondes
TriangleWave happySaw(2.0);
float happyNoise; 

//nervousWave vars 
SquareWave nervousWave(10.0); 
Ramp nervousRamp(7.0); 
Alarm nervousAlarm(3.0);

void begin() {
  happySaw.width(0); // convert the triangle wave into a sawtooth by adjusting the width

  //reduce amplitude of sad waves because we will add them
  sadWave.amplitude(0.7); 
  sadWave2.amplitude(0.5);
  
  //define the nervous ramp parameters
  nervousRamp.easing(easeInQuint);
  nervousRamp.fromTo(1.0, 0.1);
  nervousRamp.start();
}

void step() {

   ///////signal addition for SuperSadWave ///////////////////
  supersadWave = (sadWave + sadWave2) / 2; // Combine waves mathematically

  //adding noise into signal for Happy Wave//////////////////
  happyNoise = random(1, 10); //random numbers min, max

  happyWave.frequency(happyNoise);
  happyWave.amplitude(happySaw);

  /////using ramps and timers for nervous Wave////////////
  nervousWave.period(nervousRamp);

  // If chrono reached 10 seconds.
  if (nervousRamp.finished()) {
    nervousAlarm.start();
  }

  if (nervousAlarm.finished()) {
    nervousRamp.start();
  }

  //////////////envoi les signalx au DELs//////////////////
  happyWave >> delRose;
  supersadWave >> delBleu;
  nervousWave >> delVert;

  print(nervousRamp);
  print(" ");   // Print white space
  println(nervousAlarm);

  
  // ///////////print to serial monitor/////////////////
  // print(happyWave);  // Print wave value
  // print(" ");   // Print white space
  // print(nervousWave);  // Print wave value
  // print(" ");   // Print white space
  // println(supersadWave);
}