public class CuteGuy {

float x, y; //main co-ordinate
int id;
int leader;
float myScale;

//variables for the movement
float direction; 
float speed;
float dev;

//size of the cuties
float ballsize;
float radius;

//is the cutie on alive
public boolean alive;
public boolean toDie = false;
int dieCount = 0;

//degrees of rotation
int turn = 4;

//color variables
int myRed = 255;
int myGreen = 157;
int myBlue = 206;
int myAlpha;


public CuteGuy(boolean on, int i, int lead){
  
  id = i;
  leader = lead;
  alive = on; 
}


public void cuteSetUp(){
  direction = (TWO_PI/100.0) * random(0, 100);
  speed = 5;
  dev = (TWO_PI/100.0) * 15;
  
  //generate in different random sizes
  ballsize = random(25, 40);
  
  //generate random initial coordinate
  int myX, myY;
  if( id % 10 == 0){
  myX = int(random(0,(width-(range+100))));
  myY = int(random(0,(height-(range+100))));
  }
  else {
    myX = int(random(cuties[leader].x - range, cuties[leader].x+range));
    myY = int(random(cuties[leader].y - range, cuties[leader].y+range));  
  }
  x = myX;
  y = myY;
  
  radius = ballsize*2;
  
   toDie = false;
   dieCount = 0;
  
}



public void setPoints(){
    int myX, myY;
  if( id % 10 == 0){
    myX = int(random(0,(width-50)));
    myY = int(random(0,(height-50)));
  }
  else {
    myX = int(random(cuties[leader].x - range, cuties[leader].x+range));
    myY = int(random(cuties[leader].y - range, cuties[leader].y+range));  
    while(myX < 0 || myX > width)  myX = int(random(cuties[leader].x - range, cuties[leader].x+range));
    while(myY < 0 || myY > height)  myY = int(random(cuties[leader].y - range, cuties[leader].y+range));
  }
  x = myX;
  y = myY;
  myScale = 0;
}




public void cuteDraw(){
 
 if(toDie == true)
 {
   pushMatrix();
   translate(x,y);
   rotate(radians(turn*6));
   translate(-x,-y);
   
   //draw the cuties dying
   ellipseMode(CENTER);
   noStroke();
   fill(myRed, myGreen, myBlue, myAlpha);
   pushMatrix();
   translate(x,y);
   rotate(radians(turn));
   translate(-x,-y);
 
   myAlpha = 150;
   fill(0, myAlpha);
   ellipse(x,y,(ballsize)*1.3,(ballsize/3)*1.3);
   ellipse(x,y,(ballsize/3)*1.3,(ballsize)*1.3);  
   popMatrix();
 
   myAlpha = 150;
   fill(0, myAlpha);
   ellipse(x,y,(ballsize)*1.3,(ballsize/3)*1.3);
   ellipse(x,y,(ballsize/3)*1.3,(ballsize)*1.3); 
 
   pushMatrix();
   translate(x,y);
   rotate(radians(turn));
   translate(-x,-y);
 
   myAlpha = 220;
   fill(myRed, myGreen, myBlue, myAlpha);
   ellipse(x,y,ballsize,ballsize/3.5);
   ellipse(x,y,ballsize/3.5,ballsize); 
 
   popMatrix();

   myAlpha = 220;
   fill(myRed, myGreen, myBlue, myAlpha);
   ellipse(x,y,ballsize,ballsize/3.5);
   ellipse(x,y,ballsize/3.5,ballsize);
 
   fill(0, 0, 0, 220);
   ellipse(x,y,ballsize/2.5,ballsize/2.5);
   move();
   //increment the rotation
   turn +=4;
   
   popMatrix();
   
   ballsize -=.3;
   dieCount ++;
   if(dieCount ==60)
   {
     alive = false;
   }
   
 }//end if
 
 else
 {
  if(myScale <1)
 {
   myScale +=.01;
 }
 
 pushMatrix();
 translate(x,y);
 scale(myScale);
 translate(-x,-y);

  
 ellipseMode(CENTER);
 noStroke();
   
 pushMatrix();
 translate(x,y);
 rotate(radians(turn));
 translate(-x,-y);
 
 
 myAlpha = 150;
 fill(0, myAlpha);
 ellipse(x,y,(ballsize)*1.3,(ballsize/3)*1.3);
 ellipse(x,y,(ballsize/3)*1.3,(ballsize)*1.3);  
 popMatrix();
 
 myAlpha = 150;
 fill(0, myAlpha);
 ellipse(x,y,(ballsize)*1.3,(ballsize/3)*1.3);
 ellipse(x,y,(ballsize/3)*1.3,(ballsize)*1.3); 
 
 pushMatrix();
 translate(x,y);
 rotate(radians(turn));
 translate(-x,-y);
 
 myAlpha = 220;
 fill(myRed, myGreen, myBlue, myAlpha);
 ellipse(x,y,ballsize,ballsize/3.5);
 ellipse(x,y,ballsize/3.5,ballsize); 
 
 popMatrix();

 myAlpha = 220;
 fill(myRed, myGreen, myBlue, myAlpha);
 ellipse(x,y,ballsize,ballsize/3.5);
 ellipse(x,y,ballsize/3.5,ballsize);
 
 fill(0, 0, 0, 220);
 ellipse(x,y,ballsize/2.5,ballsize/2.5);
 move();
 //increment the rotation
 turn +=4;
 
 popMatrix();

      
 }//end else
 
}////end of cutedraw method
  

//cycle to the hot colour
  void heatColor(){
    if(myRed<255) myRed +=2; 
    if(myGreen>157) myGreen-=2;
    if(myGreen<157) myGreen+=2;
    if(myBlue>206) myBlue-=2;
    if(myBlue<206) myBlue+=2;
  }
//cycle to the cold colour  
   void coolColor(){
      if(myRed <132)  myRed+=2; 
      if(myRed >132)  myRed-=2; 
      if(myGreen > 157) myGreen-=2; 
      if(myGreen < 157) myGreen+=2;
      if(myBlue < 206) myBlue+=2;
      if(myBlue >206) myBlue-=2;  
   } 
//cycle to the volt colour   
   void voltColor(){
      myRed = 255;
      myGreen = 255;
      myBlue = 0; 
     }
  

  
  
//random movement of the cutie  
void move()
{
    direction += (0.5*dev) - ((dev/20) * random(0, 20));
    x += speed * cos(direction);
    y += speed * sin(direction);
   
      
    //this constrains the cutie inside the screen
   if(id % 10 == 0){
    if(x>(width-range*2)|| x<(range*2)){
      x -=speed *cos(direction);
    }
    if(y>(height-range*2) || y<(range*2)){
      y -=speed *sin(direction);
    }
   }
   else {
   //  x += direction;
   //  y += direction;
     if(x > (cuties[leader].x+range) || x > width-10) x-=(float)(Math.random()*10);
     if( x < (cuties[leader].x-range) || x < 5) x+=(float)(Math.random()*10);
     if(y > (cuties[leader].y+range) || y > height-10) y-=(float)(Math.random()*10);
     if(y < (cuties[leader].y-range) || y<5) y+=(float)(Math.random()*10);
     
   }
}
 
}////////////////////////////end of the class