import pitaru.sonia_v2_9.*;

//import processing.serial.*;



int num_balls = 400;
Ball[] Balls;
String[] pics; 
int count=0;
int numSounds=5;
Sample sounds[];
int InX=113, InY=96;
PImage b; 
int updown=0;
int reset=0;
int L1=0, L2=0, L3=0, R1=0, R2=0, R3=0, N=0;
//Serial myPort; 
float[] normalX= new float[400]; 
float[] normalY= new float[400]; 
String accumulation = "";
int soundplay=0;

void setup()   
{
  size(600,400);                   
  framerate(30);                    
  colorMode(RGB, 255);   
  
  b = loadImage("water.gif"); 
 

           
   //smooth();
   Sonia.start(this);
   sounds=new Sample[numSounds];
   sounds[0]= new Sample("scream1.wav");
   sounds[1]= new Sample("scream2.wav");
   
   pics = new String[46];
 //  println(Serial.list()); 
 //  myPort = new Serial(this, Serial.list()[0], 9600); 
 //  myPort.write(65);
 for (int k=0; k<=45; k++)
 {
   String file;
   file=str(k+1)+".gif";
   pics[k]=file;
 }
 fire();
 
}

/*void serialEvent(Serial p) { 
int input = myPort.read();

// if the last thing in was a carriage return, it means that a whole reading is ready
if (input== 13) {
String[] asText = accumulation.split(","); //separate out the reading based on the comma (44)
int[] asNumbers = int(asText); //turn the text reading in to numbers, beware if there is a 13 still attached at the 


InX = asNumbers[0]; 
InY = asNumbers[1];
accumulation="";

}
else{
accumulation= accumulation + char(input); //if you did not hear 13, accumulate
}

}*/

void fire()
{  
  Balls = new Ball[num_balls];
  for ( int i=0; i<num_balls; i++ )      
  {
    Balls[i] = new Ball();
        Balls[i].make(i);

  }
 
}


void draw()                         
{
  background(b);         
  if (reset==0){
  if (soundplay!=1)
  { soundplay=1;
    sounds[0].play();
  }
  for ( int i=0; i<num_balls; i++ )     
  { 

   Balls[i].move();   
   Balls[i].gravity();                  
   Balls[i].bounce(i);
   Balls[i].display();
  
// 
//sounds[2].play();
//sounds[3].play();
//sounds[4].play();      
//Sonia.stop();

  }
}

if (keyPressed && key=='c')
{
  for ( int i=0; i<num_balls; i++ )     
  {  normalX[i]=Balls[i].x;
     normalY[i]=Balls[i].y;
  }
  println("Normal X[1]: "+normalX[1]+" Normal Y[1]:"+normalY[1]);
  reset=1;
  
}
if (reset==1){
if (soundplay==1)
{ sounds[1].play();
  soundplay=2;
 }
println("InX: "+InX+" InY: "+InY);
//
if (keyPressed && key=='h')
// if(InX>=111 && InX<=120 && InY>=117 && InY<=135)
 { if (soundplay!=0)
   {soundplay=0;
    sounds[0].play();
    }
   L2=0; L3=0; R1=0; R2=0; R3=0; N=0; L1=0;
  if (updown==0){
  updown=1; 
  for ( int i=0; i<num_balls; i++ )     
  { Balls[i].x=random(0,600);
    Balls[i].y=random(20,100);
   }
  }
   for ( int i=0; i<num_balls; i++ )     
  { 

   Balls[i].move();   
   Balls[i].gravity();                  
   Balls[i].bounce(i);
   Balls[i].display();
  }
   
 }
 else 
 if (keyPressed && key=='n')
 //if(InX>=105 && InX<=115 && InY>=102 && InY<=123)
 { if (soundplay!=0)
   {soundplay=0;
    sounds[0].play();
    }
   L2=0; L3=0; R1=0; R2=0; R3=0; N=0; L1=0;
   if (updown==0){
     updown=1;
     for ( int i=0; i<num_balls; i++ )     
    {  Balls[i].x=random(0,600);
       Balls[i].y=random(20,100);
   }
  }
  
  for ( int i=0; i<num_balls; i++ )     
  { 
   Balls[i].move();   
   Balls[i].gravity();                  
   Balls[i].bounce(i);
   Balls[i].display();
  }
 }
 else if (keyPressed && key=='a') 
 //if (InX<110 && InX>103)
 {  updown=0;
    L2=0; L3=0; R1=0; R2=0; R3=0; N=0;
    if (L1==0||L1%5==0 && L1<50){
       if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }
       
       for ( int i=0; i<num_balls; i++ )     
      { 
        Balls[i].slideL1(i);
       }
     }
     L1++;
     if(L1>50)
     {   sounds[1].stop();
         soundplay=3;
     }
 }
 else if (keyPressed && key=='s')
 //if(InX<=103 && InX>98)
 {  updown=0;
      L1=0; L3=0; R1=0; R2=0; R3=0; N=0;
    if (L2==0||L2%5==0 && L2<50){
       if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }
       for ( int i=0; i<num_balls; i++ )     
       { 
        Balls[i].slideL2(i);
      }
    }L2++;
    if(L2>50)
     {   sounds[1].stop();
         soundplay=3;
     }
 }
 else if (keyPressed && key=='d') 
 //if(InX<=98)
 {  updown=0;
    L2=0; L1=0; R1=0; R2=0; R3=0; N=0;
    if (L3==0||L3%5==0 && L3<50){
      if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }
      for ( int i=0; i<num_balls; i++ )     
      {   
        Balls[i].slideL3(i);
       }
     }
     L3++;
     if(L3>50)
     {   sounds[1].stop();
         soundplay=3;
     }
 } 
 else if (keyPressed && key=='l')
 // if(InX>116 && InX<126)
 {    updown=0;
       L1=0; L2=0; L3=0; R2=0; R3=0; N=0;
    if (R1==0||R1%5==0 && R1<50){
      if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }
      for ( int i=0; i<num_balls; i++ )     
      { 
        Balls[i].slideR1(i);
        Balls[i].display();
      }
     }
     R1++;
     if(R1>50)
     {   sounds[1].stop();
         soundplay=3;
     }
 }
 else  if (keyPressed && key=='k')
 //if(InX>=126 && InX<134)
 {    updown=0;
      L1=0; L2=0; L3=0; R1=0; R3=0; N=0;
      if (R2==0||R2%5==0 && R2<50){
        if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }  
        for ( int i=0; i<num_balls; i++ )     
        { 
          Balls[i].slideR2(i);
          Balls[i].display();
        }
       }
       R2++;
       if(R2>50)
     {   sounds[1].stop();
         soundplay=3;
     }
 }
 else if (keyPressed && key=='j')
 //if(InX>=134)
 {  updown=0; 
    L1=0; L2=0; L3=0; R1=0; R2=0;N=0;
    if (R3==0||R3%5==0 && R3<50){
     if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }
      for ( int i=0; i<num_balls; i++ )     
      { 
        Balls[i].slideR3(i);
        Balls[i].display();
      }
     } R3++;
     if(R3>50)
     {   sounds[1].stop();
         soundplay=3;
     }
 }

 else
 { updown=0;
   L1=0; L2=0; L3=0; R1=0; R2=0; R3=0;
   //println("Normal");
   
   if (N==0||N%5==0 && N<50){
     if (soundplay==3 || soundplay==0)
       { sounds[1].play();
         soundplay=2;
       }
   for ( int i=0; i<num_balls; i++ )     
   {  Balls[i].x=random(0, 600);
      Balls[i].y=random(300, 380);
   }
   
   }N++;
   if(N>50)
     {   sounds[1].stop();
         soundplay=3;
     }
}
}
 for ( int i=0; i<num_balls; i++ )     
    {
       Balls[i].display();
   } 
}

class Ball
{
//Serial myPort;
float Xaxis;//a variable from Tilt sensor
float Yaxis;//a variable from tilt sensor
int level;
  float x;
  float y;
  float speed_x;
  float speed_y;
  
  float bounce_x;
  float bounce_y;
  int setLocation;
  float location;
  float locationX, locationY;
      PImage c;
  
Ball()
{
   level=int(random(10, 100));
  
  Xaxis=250;
  Yaxis=0;
  x=Xaxis+random(0,80);
  y=Yaxis+random(50*-1.1);
  speed_y = 0;
  speed_x = random(-3,3);
   
  bounce_x = random(0.6);
  bounce_y = random(0.6);
  setLocation=0;   
  location=0; 
  }
  
  void gravity()
  {
    speed_y += 0.1;
  }
  
  void display()
  {
               

    image(c,x,y);

  }

  void bounce(int i)
  {   
    if ( y + speed_y > height - level && speed_y > 0 )     //bouncing before it landed on the ground y-axis
    {
      speed_y *= -bounce_y;
      speed_x *= bounce_x;
    }
    
    if ( ( x + speed_x > width && speed_x > 0 ) || ( x + speed_x < 0 && speed_x < 0 ) )  //controlling x-axis
    {
      speed_x *= -bounce_x;
  
    }
  }
void slideL1(int i)
{

        if (i<150)
        {
          locationX= random(0, 600);
          locationY= 0.1*locationX+300;
        }
        else if (i<200){
          locationX= random(0, 520);
          locationY= 0.1*locationX+320;
        
        }
        else if (i<250){
          locationX= random(0, 480);
          locationY= 0.1*locationX+330;
        
        }
         else if (i<300){
          locationX= random(0, 420);
          locationY= 0.1*locationX+340;
        
        }
         else if (i<350){
          locationX= random(0, 380);
          locationY= 0.1*locationX+350;
        
        }
         else if (i<=400){
          locationX= random(0, 300);
          locationY= 0.1*locationX+360;
        
        }
        if (locationY>=400)
          locationY=400;
          if (locationX>=600)
          locationX=0;
      
      
   x=locationX;
   y=locationY;
}
void slideL2(int i)
{
        if (i<100)
        {
          locationX= random(0, 500);
          locationY= 0.3*locationX+240;
          
        }
        else if (i<150){
          locationX= random(0, 460);
          locationY= 0.3*locationX+260;
        
        }
        else if (i<220){
          locationX= random(0, 430);
         locationY= 0.3*locationX+280;
        
        }
        else if (i<250){
          locationX= random(0, 415);
         locationY= 0.3*locationX+300;
        
        }
          else if (i<300){
          locationX= random(0, 300);
          locationY=0.3*locationX+320;
        
        }
         else if (i<350){
          locationX= random(0, 200);
          locationY= 0.3*locationX+330;
        
        }
         else if (i<=400){
          locationX= random(0, 150);
          locationY= 0.3*locationX+350;
        
        }
        if (locationY>=400)
          locationY=400;
        if (locationX>=600)
          locationX=0;

   x=locationX;
   y=locationY;
 }
void slideL3(int i)
{

        if (i<100)
        {
          locationX= random(0, 400);
          locationY= 0.4*locationX+200;
          
        }
       
        else if (i<150){
          locationX= random(0, 460);
          locationY=  0.4*locationX+230;
        
        }
        else if (i<220){
          locationX= random(0, 430);
         locationY=  0.4*locationX+250;
        
        }
        else if (i<250){
          locationX= random(0, 415);
         locationY= 0.4*locationX+260;
        
        }
        else if (i<280){
          locationX= random(0, 380);
          locationY= 0.4*locationX+280;
        
        }
          else if (i<310){
          locationX= random(0, 300);
          locationY= 0.4*locationX+300;
        
        }
         else if (i<350){
          locationX= random(0, 200);
          locationY=  0.4*locationX+320;
        
        }
         else if (i<=400){
          locationX= random(0, 150);
          locationY= 0.3* 0.4*locationX+350;
        
        }
        if (locationY>=400)
          locationY=400;
        if (locationX>=600)
          locationX=0;
     
   x=locationX;
   y=locationY;
}
void slideR1(int i)
{

        if (i<150)
        {
          locationX= random(0, 600);
          locationY= -0.1*locationX+350;
        }
        else if (i<200){
          locationX= random(10,600);
          locationY= -0.1*locationX+360;
        
        }
        else if (i<250){
          locationX= random(80, 600);
          locationY=- 0.1*locationX+380;
        
        }
         else if (i<300){
          locationX= random(120, 600);
          locationY=- 0.1*locationX+400;
        
        }
         else if (i<350){
          locationX= random(300, 600);
          locationY=- 0.1*locationX+410;
        
        }
         else if (i<=400){
          locationX= random(450,600);
          locationY=- 0.1*locationX+420;
        
        }
        if (locationY>=400)
          locationY=400;
          if (locationX>=600)
          locationX=0;

   x=locationX;
   y=locationY;
}
void slideR2(int i)
{

        if (i<100)
        {
          locationX= random(100, 600);
          locationY= -0.3*locationX+390;
        }
        else if (i<150){
          locationX= random(130, 600);
          locationY= -0.3*locationX+410;
        
        }
        else if (i<200){
          locationX= random(150, 600);
          locationY= -0.3*locationX+430;
        
        }
        else if (i<250){
         locationX= random(150, 600);
          locationY= -0.3*locationX+450;
        
        }
         else if (i<300){
          locationX= random(250, 600);
          locationY= -0.3*locationX+480;
        
        }
         else if (i<350){
          locationX= random(300, 600);
          locationY= -0.3*locationX+490;
        
        }
         else if (i<=370){
          locationX= random(400, 600);
          locationY= -0.3*locationX+510;
        
        }
         else if (i<=400){
          locationX= random(500, 600);
          locationY= -0.3*locationX+520;
        
        }
        if (locationY>=400)
          locationY=400;
        if (locationX>=600)
          locationX=0;

   x=locationX;
   y=locationY;      
}
void slideR3(int i)
{
        if (i<100)
        {
          locationX= random(200, 600);
          locationY= -0.4*locationX+450;
          
        }
     
        else if (i<150){
          locationX= random(260, 600);
          locationY=  -0.4*locationX+470;
        
        }
        else if (i<220){
          locationX= random(290, 600);
         locationY=  -0.4*locationX+490;
        
        }
        else if (i<250){
          locationX= random(320, 600);
         locationY=  -0.4*locationX+510;
        
        }
        else if (i<280){
          locationX= random(360, 600);
          locationY= -0.4*locationX+530;
        
        }
          else if (i<310){
          locationX= random(400, 600);
          locationY=  -0.4*locationX+550;
        
        }
         else if (i<350){
          locationX= random(440, 600);
          locationY=   -0.4*locationX+570;
        
        }
         else if (i<=400){
          locationX= random(470, 600);
          locationY=  -0.4*locationX+590;
        
        }
        if (locationY>=400)
          locationY=400;
          if (locationX>=600)
          locationX=0;
    
   x=locationX;
   y=locationY;
}
void move()
  {
 
    x += speed_x;
    y += speed_y;
    
  }
  
  void make(int i)
  {
    count++;
    

   for (int k=0; k<=46; k++)
   {
     if (i%46==k)
    
       c=loadImage(pics[k]);
   
   }
 
  image(c,x,y);
  
  
  }

}