String sounds[] =
{"fx/Ping_01.mp3",
"fx/Ping_02.mp3",
"fx/Ping_03.mp3",
"fx/Ping_04.mp3",
"fx/Ping_05.mp3",
"fx/Ping_06.mp3",
"fx/Ping_07.mp3",
"fx/Ping_08.mp3",
"fx/Ping_09.mp3",
"fx/Ping_10.mp3"

};


Tree t = new Tree(125,24,300);
boolean virgin = true;
void setup(){
   size(250,250); 
   textSize(24);
  smooth();
  textAlign(CENTER);
  lowLag.init();
  
  for(int i = 0; i < sounds.length; i++){
  lowLag.load(sounds[i]);  
  }
  
}

Keepup o = new Keepup();
int highscore = 0;
int score = 0;
float scoreX;// = 
float scoreY;
float scoreLive;
void draw(){
  background(200,255,200);
  o.move();

  t.y = 150 - (o.y/ 2);

  t.draw();
  o.draw();
  fill(255);
//text("HELLO",125,125);  
  drawScore();

  text("BEST:"+highscore,125,55 - (o.y/ 2));
    
}

void drawScore(){
   if(scoreLive > 50 || score == 0) return;
  text(score,scoreX,scoreY );
  scoreLive += 3;
}

void mousePressed(){
  virgin = false; 
  o.hit(mouseX, mouseY);
}


class Keepup{
   float sz = 50;
   float x = 125;
   float y = 225;
   float a = 0;
  float xs,ys,as;

boolean hit(float mx, float my){
  float d = dist(x,y,mx,my); 
   if(d > sz/2) return false;
  
  score++;
  
  //play correspondoing sound
  int soundToPlay = score - 1;
  if(soundToPlay >= sounds.length) soundToPlay = sounds.length - 1;
  lowLag.play(sounds[soundToPlay]);
  
  
  if(score > highscore) highscore = score;
  scoreX = x;
  scoreY = y;
  scoreLive = 1;
  float ha = atan2(my-y,mx-x);
 // stroke(0); 
 // line(125,125,125+100*cos(ha),125+100*sin(ha));
  
  ha = ha/PI;
  ha += .5;
  if(ha > 0 && ha < 1){//cw
      as += d/200;
  } else {
      as -= d/200;
  }  
  
  ys = -(my + sz/2 - y  )/8;
xs -= (mx - x)/8;  
  
  return true; 
  
}

void move(){
if(! virgin)  ys += .1;
  x += xs;
  y += ys;
  a+=as;
  
  if(x<o.sz/2){ x = o.sz/2; xs *= -.8; as *= .5;}
  if(y<o.sz/2){ y = o.sz/2; ys *= -.8; as *= .5;}
  if(x>250-o.sz/2){ x = 250-o.sz/2; xs *= -.8; as *= .5;}
  if(y>250-o.sz/2){
   score = 0; 
    y = 250-o.sz/2; ys *= -.8;;xs*=.99;
    as *= .5;
    //if(abs(ys) < .3) 
    float ns = (as+xs/8)/2;
    //if(abs(ns)*4 < 3*abs(as)) 
    as = ns ;
  }
  
}


   void draw(){
     
     pushMatrix();
     translate(x,y);
     rotate(a);
     stroke(0);
     strokeWeight(2);
     noFill();
     ellipse(0,-sz/4,sz/2,sz*1.1);
     strokeWeight(3);

     fill(170);
     rect(-sz/4,-sz/1.6,sz/2,sz/2);
     fill(230,100,0);
     ellipse(0,0,sz,sz);
     popMatrix();
     //reflection
     noStroke();
     fill(255,200);
     pushMatrix();
     translate(x-sz/3,y-sz/3);
     rotate(PI/8);
     rect(0,0,sz/8,sz/8);
     translate(0,sz/5);
     triangle(0,0,sz/6,0,sz/6,sz/6);
     
     popMatrix();
   }
  
  
}



















class Ornament{
  float x,y;
  color c;
  Ornament(float x, float y){
    this.x = x;
    this.y = y;
    this.c = color(random(128,255),random(128,255),random(128,255));
  }


}


class Tree {
  float x,y;
  float MINSIZE = width/10;
  float MAXSIZE = width / 5;
  float WIDTH,HEIGHT;
  float xs;

  ArrayList ornaments = new ArrayList();

  //float stroke ;
  Tree(float x, float y, float basesize){
    this.x = x;
    this.y = y;
    WIDTH = basesize * (.5 ); // basesize * random(.8,1.2);
    HEIGHT = basesize *( .5 );
    ;
    //stroke = basesize / 5;
    xs = 4*(.1 + norm(getBottom(),0,250));
    //int c = Math.round(random(3,8));
    for(int i = 1; i <= 3; i++){
     // addOrnament(i/4.0);
    }
    //addOrnament(4.0/5.0);
  }
  void addOrnament(float yper){
//    triangle(x,y-HEIGHT*.5,x-.75*WIDTH,y+HEIGHT,x+.75*WIDTH,y+HEIGHT);
      
      //float yper = random(1);
 
      float oy = (-HEIGHT*.5)    + (yper * (1.5 * HEIGHT));
      float xper = random(-1,1);
//xper = 1;
      float ox = xper * yper  * .75 * WIDTH;      
      ornaments.add(new Ornament(ox,oy));
  }

  void draw(){
    strokeWeight(10);
    stroke(128);
    doTrunk();
    noStroke();
    doTrunk();
    stroke(128);
    doGreen();
    noStroke();
    doGreen();
    

  }    
  float getBottom(){
    return  y+HEIGHT*1.5;
  }

  void doTrunk(){
    fill(150,75,25);
    rect(x -WIDTH*.075,y+HEIGHT*.5,WIDTH*.15,HEIGHT);
  }
  void doGreen(){

    fill(100,200,100);
    //upper
    mytri(-HEIGHT*.5, 0, WIDTH*.35);
    //middle
    mytri(-HEIGHT*.35,HEIGHT*.5,WIDTH*.55);
    //lower
    mytri(-HEIGHT*.2,HEIGHT,-WIDTH*.75);
  }    
  void mytri(float topOffset, float botOffset, float widthOffset){
    triangle(x,y+topOffset,x - widthOffset,y+botOffset,x+widthOffset, y+botOffset);
  }


}