import processing.opengl.*;
import anar.*;



import promidi.*;




/*
 * Example for Anar library by Guillaume LaBelle + Julien Nembrini
 * http://anar.ch
 */



Obj    myObj;
Param  w1 = new Param(50,20,100);
Param  w2 = new Param(50,20,100);

MidiIO midiIO;

void setup(){
    size(300,300,OPENGL);
  Anar.init(this);
  Anar.scene.lights = false;
  Anar.scene.autoRotateZ = .01f;
  Anar.scene.autoRotateX = .0041f;

  midiIO = MidiIO.getInstance(this);
  println("printPorts of midiIO");
  midiIO.printDevices();
  // midiIO.openInput(8,0);

  midiIO.plug(this,"noteOn",0,0);
  midiIO.plug(this,"noteOff",0,0);
  midiIO.plug(this,"controllerIn",0,0);
  midiIO.plug(this,"programChange",0,0);

  Anar.sliders(w1);
  Anar.sliders(w2);


  initForm();
}

void initForm(){
  myObj = new Obj();
  Obj swissCross3D = new SwissCross3D(w1,w2);
  swissCross3D.fill(new RenderFaceNoStroke(new AColor(255)));
  myObj.add(swissCross3D);

  // println(swissCross3D.toObjExporter());
}

void draw(){

  // updateParam();

  background(215,0,0);
  myObj.draw();

  if(key==' '){
    w1.setRatio(mouseX/(float)width);
    w2.setRatio(mouseY/(float)height);
  }
}


void noteOn(Note note){
  int vel = note.getVelocity();
  int pit = note.getPitch();
  println("noteON");
}

void noteOff(Note note){
  int pit = note.getPitch();
  println("noteOff");
}

void controllerIn(Controller controller){
  int num = controller.getNumber();
  int val = controller.getValue();
  int val2 = controller.getCommand();

  byte[] raw = controller.getMessage();


  println(num+"|"+val+"|"+val2+"|"+raw[0]+"|"+raw[1]+"|"+raw[2]);

  if(num==1)
    w1.setMidi(val);

  if(num==2)
    w2.setMidi(val);


}

void programChange(ProgramChange programChange){
  int num = programChange.getNumber();
  println("progChange");
}


void updateParam(){
  w2.set(100*sin(frameCount/10f));
  w1.set(100*sin(frameCount/33f));
  println(w2);
}