Physical_Computing_Photon2_buttons

// Libraries

import processing.serial.*;
import cc.arduino.*;

//Calling Arduino Ports
//Numbers represent pins

Arduino arduino;

int RightPin1 = 2;
int DownPin1 = 3;
int LeftPin1 = 4;
int UpPin1 = 5;
int RightPin2 = 6;
int DownPin2 = 7;
int LeftPin2 = 8;
int UpPin2 = 9;

// Proceesing ints and floats

PImage img;

String time = "010";
int t;
int interval = 20;
String GameOver = "GAME OVER";
int directionX1 = 2, directionY1 = 0, directionX2 = -2, directionY2 = 0;
float x1=0, y1=500, x2=700, y2=500, speed=3.5;

void setup()
{
  size(1920, 1080);
  background(0);
  smooth();
  noStroke();
  
  // Calling on arduino and listenting for the pins
  
  arduino = new Arduino(this, "COM6", 9600); // Will have to change for MAC users

  arduino.pinMode(RightPin1, Arduino.INPUT);
  arduino.pinMode(DownPin1, Arduino.INPUT);
  arduino.pinMode(LeftPin1, Arduino.INPUT);
  arduino.pinMode(UpPin1, Arduino.INPUT);
  arduino.pinMode(RightPin2, Arduino.INPUT);
  arduino.pinMode(DownPin2, Arduino.INPUT);
  arduino.pinMode(LeftPin2, Arduino.INPUT);
  arduino.pinMode(UpPin2, Arduino.INPUT);
}

void draw() { 
  img = loadImage("GameOver.png");
  boolean GamePlay =true;
  
  t = interval-int(millis()/1000);
  time = nf(t, 3);
  if (t <= 0) {
    background(img);
    GamePlay=false;
     //interval=0;
     
    
  }
  //giving the elipeses momentum
if (GamePlay == true) {
  x1 = x1+speed*directionX1;
  y1 = y1+speed*directionY1;
  x2 = x2+speed*directionX2;
  y2 = y2+speed*directionY2;

  //Checking boundries

  if ((x1>width) || (x1<0))
  {   
    directionX1=-directionX1;
  }
  if ((y1>height) || (y1<0))
  {   
    directionY1=-directionY1;
  }
  if ((x2>width) || (x2<0))
  {   
    directionX2=-directionX2;
  }
  if ((y2>height) || (y2<0))
  {   
    directionY2=-directionY2;
  } 
  // Our player 1 Player 2 ellipses
  fill(0, 255, 0);
  ellipse(x1, y1, 100, 75);
  fill(255, 0, 0);
  ellipse(x2, y2, 100, 75);
  }

  //Controls for player 1 and player 2

  if (arduino.digitalRead(4) == Arduino.HIGH) 
  {
    directionX1=-1;
    directionY1=0;
  } else if (arduino.digitalRead(2) == Arduino.HIGH) {

    directionX1=1;
    directionY1=0;
  } else if (arduino.digitalRead(5) == Arduino.HIGH) {

    directionY1=-1;
    directionX1=0;
  } else if (arduino.digitalRead(3) == Arduino.HIGH) {

    directionY1=1;
    directionX1=0;
  } else if (arduino.digitalRead(8) == Arduino.HIGH) {

    directionX1=-1;
    directionY1=0;
  } else if (arduino.digitalRead(6) == Arduino.HIGH) {

    directionX1=1;
    directionY1=0;
  } else if (arduino.digitalRead(9) == Arduino.HIGH) {

    directionY1=-1;
    directionX1=0;
  } else if (arduino.digitalRead(3) == Arduino.HIGH) {

    directionY1=1;
    directionX1=0;
  }
}

Physical_Computing_Photon2_keys

// Libraries

//import processing.serial.*;
//import cc.arduino.*;

//Calling Arduino Ports

//Arduino arduino;

//int RightPin1 = 2;
//int DownPin1 = 3;
//int LeftPin1 = 4;
//int UpPin1 = 5;
//int RightPin2 = 6;
//int DownPin2 = 7;
//int LeftPin2 = 8;
//int UpPin2 = 9;

// Proceesing ints and floats



PImage img;

String time = "010";
int t;
int interval = 20;
String GameOver = "GAME OVER";
int directionX1 = 2, directionY1 = 0, directionX2 = -2, directionY2 = 0;
float x1=0, y1=500, x2=700, y2=500, speed=3.5;

void setup()
{
  size(700, 700);
  background(0);
  smooth();
  noStroke();

  //arduino = new Arduino(this, "COM3", 9600); // Will have to change for MAC users
  //arduino.pinMode(RightPin1, Arduino.INPUT);
  //arduino.pinMode(DownPin1, Arduino.INPUT);
  //arduino.pinMode(LeftPin1, Arduino.INPUT);
  //arduino.pinMode(UpPin1, Arduino.INPUT);
  //arduino.pinMode(RightPin2, Arduino.INPUT);
  //arduino.pinMode(DownPin2, Arduino.INPUT);
  //arduino.pinMode(LeftPin2, Arduino.INPUT);
  //arduino.pinMode(UpPin2, Arduino.INPUT);
}
//
void draw() { 
  img = loadImage("GameOver.png");
  boolean GamePlay =true;
  
  t = interval-int(millis()/1000);
  time = nf(t, 3);
  if (t <= 0) {
    background(img);
    GamePlay=false;
     //interval=0;
     
    
  }

  //text(time, 20, 20);
//  fill(255);
  //giving the elipeses momentum

  if (GamePlay == true) {

    x1 = x1+speed*directionX1;
    y1 = y1+speed*directionY1;
    x2 = x2+speed*directionX2;
    y2 = y2+speed*directionY2;

    //Checking boundries

    if ((x1>width) || (x1<0))
    {   
      directionX1=-directionX1;
    }
    if ((y1>height) || (y1<0))
    {   
      directionY1=-directionY1;
    }
    if ((x2>width) || (x2<0))
    {   
      directionX2=-directionX2;
    }
    if ((y2>height) || (y2<0))
    {   
      directionY2=-directionY2;
    } 

    fill(0, 255, 0);
    ellipse(x1, y1, 100, 75);
    fill(255, 0, 0);
    ellipse(x2, y2, 100, 75);
  }
  
 /* if ( GamePlay ==false)
  {
    background(0);
    fill(255);
    ellipse(width/2, height/2, 300, 300);
  }*/
}

void keyPressed()
{
  if (key == CODED)
  {
    if (keyCode == LEFT)
    {
      //if (directionX>0) { 
      directionX1=-1;
      directionY1=0;
      //}
    } else if (keyCode == RIGHT)
    {
      //if (directionX<0) {  
      directionX1=1;
      directionY1=0;
      //}
    } else if (keyCode == UP)
    {
      //if (directionY<0) {
      directionY1=-1;
      directionX1=0;
      //}
    } else if (keyCode == DOWN)
    {
      //if (directionY<0) { 
      directionY1=1;
      directionX1=0;
      //}
    }
  }


  if (key == 'a')
  {
    //if (directionX>0) { 
    directionX2=-1;
    directionY2=0;
    //}
  } else if (key == 'd')
  {
    //if (directionX<0) {  
    directionX2=1;
    directionY2=0;
    //}
  } else if (key == 'w')
  {
    //if (directionY<0) {
    directionY2=-1;
    directionX2=0;
    //}
  } else if (key == 's')
  {
    //if (directionY<0) { 
    directionY2=1;
    directionX2=0;
    //}
  }
}


// =========================================================