/**
 * Loop. 
 * Built-in video library replaced with gsvideo by Andres Colubri
 * 
 * Move the cursor across the screen to draw. 
 * Shows how to load and play a QuickTime movie file.  
 */

import fullscreen.*; 
import processing.serial.*;
import cc.arduino.*;
import codeanticode.gsvideo.*;
PImage black;
PImage Red;
int flag=0;
int time=0;
int AL=0;
GSMovie myMovie;
GSMovie myMovie1;
GSMovie myMovie2;
GSMovie myMovie3;
GSMovie myMovie4;
Arduino arduino;

FullScreen fs; 


void setup() {
  size(540, 320,P2D);

  // 5 fps
  frameRate(5);

  // Create the fullscreen object
  fs = new FullScreen(this); 
  
  // enter fullscreen mode
  fs.enter(); 

  background(0);

  // Load and play the video in a loop
  
  arduino = new Arduino(this, Arduino.list()[0], 115200);
  
  myMovie = new GSMovie(this, "Back5.mov");
//  myMovie1 = new GSMovie(this, "sensing_red.mov");
  myMovie2 = new GSMovie(this, "B.mov");
  myMovie3 = new GSMovie(this, "A_1.mov");
//  myMovie4 = new GSMovie(this, "B_1.mov");
  black=loadImage("black.jpg");
  Red=loadImage("red.jpg");
  myMovie.loop();
//  myMovie1.loop();
  myMovie2.loop();
  myMovie3.loop();
//  myMovie4.loop();
}


void movieEvent(GSMovie myMovie) {
  myMovie.read();
//  myMovie1.read();
}

void back(){
  tint(255,255);
    image(myMovie,0,0,540,320);
//    blend(myMovie,0,0,540,320,0,0,540,320,BURN);
}

 
int valueMap(int value, int in_min, int in_max, int out_min, int out_max)
{
  return (value - in_min) * (out_max - out_min) / (in_max - in_min) + out_min;
}


void draw() {
  
  int dstSensor1 = arduino.analogRead(5);
  int dstSensor2 = arduino.analogRead(3);
  int dstSensor3 = arduino.analogRead(1);
  
  dstSensor1 =  valueMap(dstSensor1, 0, 1023, 0, 255);
  dstSensor2 =  valueMap(dstSensor2, 0, 1023, 0, 255);
  dstSensor3 =  valueMap(dstSensor3, 0, 1023, 0, 255);
  
  print(dstSensor2 + "       ");
  
  back();
  
  if(dstSensor1 > 100 && dstSensor1 < 120 )
  {
         tint(255,50);
         image(myMovie2,0, 0,540,320);    
  }
  
  if(dstSensor2 > 100 && dstSensor2 < 120 )
  {
         tint(255,50);
         image(myMovie3,0, 0,540,320);    
  }

    
 /*   if(flag==0){

        tint(255,50);
        image(myMovie1,0,0,540,320);
          //  myMovie1.mask(myMovie1);
         
        // tint(255,50);   
         image(myMovie2,0, 0,540,320);
          rotate(PI);
        //   tint(255,50);
         image(myMovie3,-540, -320,540,320);
    }


    else{
      tint(255,50);
      image(Red,0,0,540,320);
      for(int i=0; i<2; i++)
      image(black,0,0,540,320);
    }
*/


    if(time==180){
     tick1(); 
    }
    if(time==220){
      tick2();
      time=0;
    }
    time++;

}

void tick1(){
    flag=1;
}
void tick2(){
    flag=0;
//    myMovie1.jump(0);
    myMovie2.jump(0);
    myMovie3.jump(0);
//    myMovie4.jump(0);
}
/*
void clock(){
  if(time==100){
    tick();
    time=0;
  }
  else
  time++;
}*/