import pitaru.sonia_v2_9.*;
import processing.serial.*;

//int bgcolor;			     // Background color
//int fgcolor;			     // Fill color
Serial port;                         // The serial port
int[] serialInArray = new int[2];    // Where we'll put what we receive
int serialCount = 0;                 // A count of how many bytes we receive
int xpos, ypos;		     // Starting position of the ball
boolean firstContact = false;        // Whether we've heard from the microcontroller
Sample fun;               // Sound
Sample gloom;               // Sound

void setup() {
  size(600,600);  // Stage size
  noStroke();      // No border on the next thing drawn

  // Set the starting position of the ball (middle of the stage)
  xpos = width/2;
  ypos = height/2;

  // Print a list of the serial ports, for debugging purposes:
  println(Serial.list());

  // I know that the first port in the serial list on my mac
  // is always my  Keyspan adaptor, so I open Serial.list()[0].
  // On Windows machines, this generally opens COM1.
  // Open whatever port is the one you're using.
  port = new Serial(this, Serial.list()[0], 9600);
  port.write(65);    // Send a capital A to start the microcontroller sending
  
    Sonia.start(this); // Start Sonia engine.
  // create a new sample object.
  fun = new Sample("fun.aif");
  fun.setVolume(.01);
  fun.repeat(); 

  // create a new sample object.
  gloom = new Sample("gloom.wav");
  gloom.setVolume(.01);
  gloom.repeat(); 
}

void draw() {
  background(xpos,0,0);
  noStroke();
//draw happy n angry
fill(153,0,0);
triangle(118,103,146,53-(xpos/2),174,103);
triangle(61-(xpos/2),114,101,155,118,102);
triangle(101,155,95-(xpos/2),214+(xpos/2),146,188);
triangle(146,188,191,156,199+(xpos/2),214+(xpos/2));
triangle(191,156,231+(xpos/2),114,174,103);

fill(200-(xpos/2),0,0);
triangle(118,103,146,53-(xpos/8),174,103);
triangle(61-(xpos/8),114,101,155,118,102);
triangle(101,155,95-(xpos/8),214+(xpos/8),146,188);
triangle(146,188,191,156,199+(xpos/8),214+(xpos/8));
triangle(191,156,231+(xpos/8),114,174,103);
rectMode(CENTER);
rect(0,0,300-xpos,300-xpos);
rect(300,0,300-xpos,300-xpos);
rect(0,300,300-xpos,300-xpos);
rect(300,300,300-xpos,300-xpos);

//draw happy n angry
fill(153,0,0);
triangle(118+300,103,146+300,53-(xpos/2),174+300,103);
triangle(61-(xpos/2)+300,114,101+300,155,118+300,102);
triangle(101+300,155,95-(xpos/2)+300,214+(xpos/2),146+300,188);
triangle(146+300,188,191+300,156,199+(xpos/2)+300,214+(xpos/2));
triangle(191+300,156,231+(xpos/2)+300,114,174+300,103);

fill(200-(xpos/2),0,0);
triangle(118+300,103,146+300,53-(xpos/8),174+300,103);
triangle(61-(xpos/8)+300,114,101+300,155,118+300,102);
triangle(101+300,155,95-(xpos/8)+300,214+(xpos/8),146+300,188);
triangle(146+300,188,191+300,156,199+(xpos/8)+300,214+(xpos/8));
triangle(191+300,156,231+(xpos/8)+300,114,174+300,103);
rectMode(CENTER);
rect(0+300,0,300-xpos,300-xpos);
rect(300+300,0,300-xpos,300-xpos);
rect(0+300,300,300-xpos,300-xpos);
rect(300+300,300,300-xpos,300-xpos);


//draw happy n angry
fill(153,0,0);
triangle(118,103+300,146,53-(xpos/2)+300,174,103+300);
triangle(61-(xpos/2),114+300,101,155+300,118,102+300);
triangle(101,155+300,95-(xpos/2),214+(xpos/2)+300,146,188+300);
triangle(146,188+300,191,156+300,199+(xpos/2),214+(xpos/2)+300);
triangle(191,156+300,231+(xpos/2),114+300,174,103+300);

fill(200-(xpos/2),0,0);
triangle(118,103+300,146,53-(xpos/8)+300,174,103+300);
triangle(61-(xpos/8),114+300,101,155+300,118,102+300);
triangle(101,155+300,95-(xpos/8),214+(xpos/8)+300,146,188+300);
triangle(146,188+300,191,156+300,199+(xpos/8),214+(xpos/8)+300);
triangle(191,156+300,231+(xpos/8),114+300,174,103+300);
rectMode(CENTER);
rect(0,0+300,300-xpos,300-xpos);
rect(300,0+300,300-xpos,300-xpos);
rect(0,300+300,300-xpos,300-xpos);
rect(300,300+300,300-xpos,300-xpos);

//draw happy n angry
fill(153,0,0);
triangle(118+300,103+300,146+300,53-(xpos/2)+300,174+300,103+300);
triangle(61-(xpos/2)+300,114+300,101+300,155+300,118+300,102+300);
triangle(101+300,155+300,95-(xpos/2)+300,214+(xpos/2)+300,146+300,188+300);
triangle(146+300,188+300,191+300,156+300,199+(xpos/2)+300,214+(xpos/2)+300);
triangle(191+300,156+300,231+(xpos/2)+300,114+300,174+300,103+300);

fill(200-(xpos/2),0,0);
triangle(118+300,103+300,146+300,53-(xpos/8)+300,174+300,103+300);
triangle(61-(xpos/8)+300,114+300,101+300,155+300,118+300,102+300);
triangle(101+300,155+300,95-(xpos/8)+300,214+(xpos/8)+300,146+300,188+300);
triangle(146+300,188+300,191+300,156+300,199+(xpos/8)+300,214+(xpos/8)+300);
triangle(191+300,156+300,231+(xpos/8)+300,114+300,174+300,103+300);
rectMode(CENTER);
rect(0+300,0+300,300-xpos,300-xpos);
rect(300+300,0+300,300-xpos,300-xpos);
rect(0+300,300+300,300-xpos,300-xpos);
rect(300+300,300+300,300-xpos,300-xpos);


noStroke();
fill(255,204-xpos,0-xpos);
ellipseMode(CENTER);
ellipse(150, 150, 320-xpos, 320-xpos);

fill(255,255-xpos,153-xpos);
ellipse(50, 50, 150-(xpos/2), 150-(xpos/2));
ellipse(250, 50, 150-(xpos/2), 150-(xpos/2));
ellipse(50, 250, 150-(xpos/2), 150-(xpos/2));
ellipse(250, 250, 150-(xpos/2), 150-(xpos/2));
ellipse(150, 150, 150-(xpos/2), 150-(xpos/2));

fill(255,255-xpos,255-xpos);
ellipse(50, 50, 80-(xpos/2), 80-(xpos/2));
ellipse(250, 50, 80-(xpos/2), 80-(xpos/2));
ellipse(50, 250, 80-(xpos/2), 80-(xpos/2));
ellipse(250, 250, 80-(xpos/2), 80-(xpos/2));
ellipse(150, 150, 80-(xpos/2), 80-(xpos/2));

noStroke();
fill(255,204-xpos,0-xpos);
ellipseMode(CENTER);
ellipse(150+300, 150, 320-xpos, 320-xpos);

fill(255,255-xpos,153-xpos);
ellipse(50+300, 50, 150-(xpos/2), 150-(xpos/2));
ellipse(250+300, 50, 150-(xpos/2), 150-(xpos/2));
ellipse(50+300, 250, 150-(xpos/2), 150-(xpos/2));
ellipse(250+300, 250, 150-(xpos/2), 150-(xpos/2));
ellipse(150+300, 150, 150-(xpos/2), 150-(xpos/2));

fill(255,255-xpos,255-xpos);
ellipse(50+300, 50, 80-(xpos/2), 80-(xpos/2));
ellipse(250+300, 50, 80-(xpos/2), 80-(xpos/2));
ellipse(50+300, 250, 80-(xpos/2), 80-(xpos/2));
ellipse(250+300, 250, 80-(xpos/2), 80-(xpos/2));
ellipse(150+300, 150, 80-(xpos/2), 80-(xpos/2));

noStroke();
fill(255,204-xpos,0-xpos);
ellipseMode(CENTER);
ellipse(150, 150+300, 320-xpos, 320-xpos);

fill(255,255-xpos,153-xpos);
ellipse(50, 50+300, 150-(xpos/2), 150-(xpos/2));
ellipse(250, 50+300, 150-(xpos/2), 150-(xpos/2));
ellipse(50, 250+300, 150-(xpos/2), 150-(xpos/2));
ellipse(250, 250+300, 150-(xpos/2), 150-(xpos/2));
ellipse(150, 150+300, 150-(xpos/2), 150-(xpos/2));

fill(255,255-xpos,255-xpos);
ellipse(50, 50+300, 80-(xpos/2), 80-(xpos/2));
ellipse(250, 50+300, 80-(xpos/2), 80-(xpos/2));
ellipse(50, 250+300, 80-(xpos/2), 80-(xpos/2));
ellipse(250, 250+300, 80-(xpos/2), 80-(xpos/2));
ellipse(150, 150+300, 80-(xpos/2), 80-(xpos/2));

noStroke();
fill(255,204-xpos,0-xpos);
ellipseMode(CENTER);
ellipse(150+300, 150+300, 320-xpos, 320-xpos);

fill(255,255-xpos,153-xpos);
ellipse(50+300, 50+300, 150-(xpos/2), 150-(xpos/2));
ellipse(250+300, 50+300, 150-(xpos/2), 150-(xpos/2));
ellipse(50+300, 250+300, 150-(xpos/2), 150-(xpos/2));
ellipse(250+300, 250+300, 150-(xpos/2), 150-(xpos/2));
ellipse(150+300, 150+300, 150-(xpos/2), 150-(xpos/2));

fill(255,255-xpos,255-xpos);
ellipse(50+300, 50+300, 80-(xpos/2), 80-(xpos/2));
ellipse(250+300, 50+300, 80-(xpos/2), 80-(xpos/2));
ellipse(50+300, 250+300, 80-(xpos/2), 80-(xpos/2));
ellipse(250+300, 250+300, 80-(xpos/2), 80-(xpos/2));
ellipse(150+300, 150+300, 80-(xpos/2), 80-(xpos/2));


  // If no serial data has beeen received, send again until we get some.
  // (in case you tend to start Processing before you start your 
  // external device):
  if (firstContact == false) {
    delay(300);
    port.write(65);
  }
    fun.setVolume((255-ypos)/100);
    gloom.setVolume(1-((255-ypos)/100));
}

void serialEvent(Serial port) {
  // if this is the first byte received, 
  // take note of that fact:
  if (firstContact == false) {
    firstContact = true; 
  }
  // Add the latest byte from the serial port to array:
  serialInArray[serialCount] = port.read();
  serialCount++;

  // If we have 3 bytes:
  if (serialCount > 1 ) {
    xpos = serialInArray[0];
    ypos = serialInArray[1];
    //fgcolor = serialInArray[2];

    // print the values (for debugging purposes only):
    //println(xpos + "\t" + ypos;
    println(xpos + "\t" + ypos);

    // Send a capital A to request new sensor readings:
    port.write(65);
    // Reset serialCount:
    serialCount = 0;
  }
}
// Safely close the sound engine upon Browser shutdown.
public void stop(){
  Sonia.stop();
  super.stop();
}