//jump
float jumperX, jumperY, jumperXv, jumperYv, jumperB = 3, jumperEyes, grav = 1, airF = 1.04, groundF = 2.3;
float jumperW = 40, jumperH = 40, fatness = 40;
boolean atRest, coil, jump;
int pieX,pieY,coilCount,munchCount,bites = 2;
BImage pie, piealpha;

void setup(){
  jumperX = 50;
  jumperY = 200;
  jumperXv = 10;
  jumperYv = 1;
  size(400, 400);
  ellipseMode(CENTER_DIAMETER);
  pie = loadImage("pie.gif"); 
  piealpha = loadImage("piealpha1.gif"); 
  pie.alpha(piealpha.pixels);
}
void loop(){
  background(80);
  
  pieX = mouseX;
  pieY = mouseY;
  if (bites <= 9){
    image(pie,pieX-45,pieY-45);
  }
  if(atRest){
    //if(pieY 
    if (int(random(30)) == 11){
      coil = true;
      atRest = false;
    }
  }
  if(coil){
    jumperH -= .5;
    jumperY += .25;
    coilCount ++;
    if(coilCount > 15){
      jump = true;
      coil = false;
      coilCount = 0;
    }
  }
  if(jump){
    jumperH = fatness;
    jumperXv = (pieX-jumperX)/20;
    if(pieY > 100+((fatness-40)*10)){
      jumperYv = (-((height-pieY)/11)-abs(jumperXv/1.5)-11);
      //println("goin for it!");
    }else{
      jumperYv = random(-5)-10;
    }
    jump = false;
  }
  jumperYv = jumperYv / airF;
  jumperXv = jumperXv / airF;
  if(jumperYv != 0){
    jumperYv += grav;
  }
  //if(jumper
  if (jumperY + jumperYv + (jumperH/2) > height  || jumperY + jumperYv - (jumperH/2) < 0 ){
    jumperYv = -jumperYv / jumperB;
    jumperXv = jumperXv / groundF;
    if (abs(jumperYv) < .5){
      jumperYv = 0;
      atRest = true;
    }
  }
  if (jumperX + jumperXv + (jumperW/2)> width || jumperX + jumperXv - (jumperW/2) < 0){
    jumperXv = -jumperXv / jumperB;
  }
  jumperX += jumperXv;
  jumperY += jumperYv;
  
  fill(#F1F0E8);
  stroke(0);
  ellipse(jumperX,jumperY,fatness,jumperH);
  fill(0);
  if (int(random(200)) == 11){
    //println("blink/=");
    ellipse(jumperX + ((pieX-jumperX)/20) - 5, jumperY + ((pieY-jumperY)/20), 7, 2);
    ellipse(jumperX + ((pieX-jumperX)/20) + 5, jumperY + ((pieY-jumperY)/20), 7, 2);
  }else{
    ellipse(jumperX + ((pieX-jumperX)/20) - 5, jumperY + ((pieY-jumperY)/20), 7, 7);
    ellipse(jumperX + ((pieX-jumperX)/20) + 5, jumperY + ((pieY-jumperY)/20), 7, 7);
  }
  //if (!atRest){
    //rect(jumperX + ((pieX-jumperX)/16) - 7.5, jumperY + ((pieY-jumperY)/20) + 10, 15, 15);
    float xdif = jumperX - pieX;
    float ydif = jumperY - pieY;
    float distance = abs(sqrt((xdif*xdif)+(ydif*ydif)));
    //distance = (jumperX
    if (distance > 50){
      triangle(jumperX - 10 + ((pieX-jumperX)/20), jumperY + ((pieY-jumperY)/20) + 10, jumperX + ((pieX-jumperX)/20), jumperY + ((pieY-jumperY)/20) + 10, jumperX + 10 + ((pieX-jumperX)/20), jumperY + ((pieY-jumperY)/20) + 10);
    }else{
      triangle(jumperX - 10 + ((pieX-jumperX)/20), jumperY + ((pieY-jumperY)/20) + 10, jumperX + ((pieX-jumperX)/20), jumperY + (distance/10) + ((pieY-jumperY)/20) + 10, jumperX + 10 + ((pieX-jumperX)/20), jumperY + ((pieY-jumperY)/20) + 10);
    }
  //}  
  if (munchCount > 50){
    if (abs(jumperX - pieX) < 20 && abs(jumperY - pieY) < 20){
      if (bites < 9){
        String load = "piealpha"+bites+".gif";
        piealpha = loadImage(load); 
        pie.alpha(piealpha.pixels);
        fatness += 2;
         println(load);
      }
      munchCount = 0;
      bites++;
     
    }
  }
  munchCount++;
}