import hypermedia.video.*;
import processing.opengl.*;
import codeanticode.gsvideo.*;
import codeanticode.glgraphics.*;
import codeanticode.gltexture.*;

GSCapture cam;
OpenCV opencv;
GLGraphicsOffScreen capoff;



PImage img1, img2, img3, img4, img5, img6, img7, img8, img9, img10, img11, img12, img13, img14, img15, img16 ;
//GLTexture tex1, tex2, tex3, tex4, tex5, tex6, tex7, tex8, tex9, tex10, tex11, tex12, tex13, tex14, tex15, tex16;


String[] imgs1 = {
  "images/cell1_01.png","images/cell1_02.png","images/cell1_03.png","images/cell1_04.png","images/cell1_05.png","images/cell1_06.png","images/cell1_07.png","images/cell1_08.png","images/cell1_09.png","images/cell1_10.png", "images/cell1_t.png"};
String[] imgs2 = {
  "images/cell2_01.png","images/cell2_02.png","images/cell2_03.png","images/cell2_04.png","images/cell2_05.png","images/cell2_06.png","images/cell2_07.png","images/cell2_08.png","images/cell2_09.png","images/cell2_10.png", "images/cell2_t.png"};
String[] imgs3 = {
  "images/cell3_01.png","images/cell3_02.png","images/cell3_03.png","images/cell3_04.png","images/cell3_05.png","images/cell3_06.png","images/cell3_07.png","images/cell3_08.png","images/cell3_09.png","images/cell3_10.png", "images/cell3_t.png"};
String[] imgs4 = {
  "images/cell4_01.png","images/cell4_02.png","images/cell4_03.png","images/cell4_04.png","images/cell4_05.png","images/cell4_06.png","images/cell4_07.png","images/cell4_08.png","images/cell4_09.png","images/cell4_10.png", "images/cell4_t.png"};
String[] imgs5 = {
  "images/cell5_01.png","images/cell5_02.png","images/cell5_03.png","images/cell5_04.png","images/cell5_05.png","images/cell5_06.png","images/cell5_07.png","images/cell5_08.png","images/cell5_09.png","images/cell5_10.png", "images/cell5_t.png"};
String[] imgs6 = {
  "images/cell6_01.png","images/cell6_02.png","images/cell6_03.png","images/cell6_04.png","images/cell6_05.png","images/cell6_06.png","images/cell6_07.png","images/cell6_08.png","images/cell6_09.png","images/cell6_10.png", "images/cell6_t.png"};
String[] imgs7 = {
  "images/cell7_01.png","images/cell7_02.png","images/cell7_03.png","images/cell7_04.png","images/cell7_05.png","images/cell7_06.png","images/cell7_07.png","images/cell7_08.png","images/cell7_09.png","images/cell7_10.png", "images/cell7_t.png"};
String[] imgs8 = {
  "images/cell8_01.png","images/cell8_02.png","images/cell8_03.png","images/cell8_04.png","images/cell8_05.png","images/cell8_06.png","images/cell8_07.png","images/cell8_08.png","images/cell8_09.png","images/cell8_10.png", "images/cell8_t.png"};
String[] imgs9 = {
  "images/cell9_01.png","images/cell9_02.png","images/cell9_03.png","images/cell9_04.png","images/cell9_05.png","images/cell9_06.png","images/cell9_07.png","images/cell9_08.png","images/cell9_09.png","images/cell9_10.png", "images/cell9_t.png"};
String[] imgs10 = {
  "images/cell10_01.png","images/cell10_02.png","images/cell10_03.png","images/cell10_04.png","images/cell10_05.png","images/cell10_06.png","images/cell10_07.png","images/cell10_08.png","images/cell10_09.png","images/cell10_10.png", "images/cell10_t.png"};
String[] imgs11 = {
  "images/cell11_01.png","images/cell11_02.png","images/cell11_03.png","images/cell11_04.png","images/cell11_05.png","images/cell11_06.png","images/cell11_07.png","images/cell11_08.png","images/cell11_09.png","images/cell11_10.png", "images/cell11_t.png"};
String[] imgs12 = {
  "images/cell12_01.png","images/cell12_02.png","images/cell12_03.png","images/cell12_04.png","images/cell12_05.png","images/cell12_06.png","images/cell12_07.png","images/cell12_08.png","images/cell12_09.png","images/cell12_10.png", "images/cell12_t.png"};
String[] imgs13 = {
  "images/cell13_01.png","images/cell13_02.png","images/cell13_03.png","images/cell13_04.png","images/cell13_05.png","images/cell13_06.png","images/cell13_07.png","images/cell13_08.png","images/cell13_09.png","images/cell13_10.png", "images/cell13_t.png"};
String[] imgs14 = {
  "images/cell14_01.png","images/cell14_02.png","images/cell14_03.png","images/cell14_04.png","images/cell14_05.png","images/cell14_06.png","images/cell14_07.png","images/cell14_08.png","images/cell14_09.png","images/cell14_10.png", "images/cell14_t.png"};
String[] imgs15 = {
  "images/cell15_01.png","images/cell15_02.png","images/cell15_03.png","images/cell15_04.png","images/cell15_05.png","images/cell15_06.png","images/cell15_07.png","images/cell15_08.png","images/cell15_09.png","images/cell15_10.png", "images/cell15_t.png"};
String[] imgs16 = {
  "images/cell16_01.png","images/cell16_02.png","images/cell16_03.png","images/cell16_04.png","images/cell16_05.png","images/cell16_06.png","images/cell16_07.png","images/cell16_08.png","images/cell16_09.png","images/cell16_10.png", "images/cell16_t.png"};

//Cell[] = cells;

void setup(){


  size(640, 480, GLConstants.GLGRAPHICS);
  colorMode(RGB, 255, 255, 255, 100);
  smooth();
  frameRate(30);

  opencv = new OpenCV( this );
  opencv.capture( width, height );
  opencv.cascade( OpenCV.CASCADE_FRONTALFACE_ALT );





  //  cells = new Cell[16];
  //  for(int c=0;c<faces.length;c++) {
  //
  //    cells = new Cell[c];
  //  }
}


public void stop() {
  opencv.stop();
  super.stop();
}


void draw(){



  opencv.read();
  Rectangle[] faces = opencv.detect( 1.2, 2, OpenCV.HAAR_DO_CANNY_PRUNING, 40, 40 );
  image( opencv.image(), 0, 0 );

    // //capture area //
  translate(0,0);
  for( int i=0; i< faces.length ; i++ )
    for( int cap=0; cap< faces.length ; cap++ ) {

      int captX = 140;
      int captY = 48;
      int captSize = 20;

      noStroke();
      fill(255,255,0);
      ellipse(captX,captY,captSize,captSize);

      noFill();
      rect(captX,captY,360,360);

      //      noFill();
      //      stroke(0);
      //      rect( faces[i].x, faces[i].y , faces[i].width, faces[i].height );

      fill(255,0,0);
      noStroke();
      ellipse(faces[cap].x - 10, faces[cap].y - 10, 10, 10);





      if(captX < faces[cap].x && faces[cap].x < captX + captSize){
        if(captY < faces[cap].y & faces[cap].y < captY + captSize){
          fill(255,255,0);
          rect(0,height-10,width,height);
          //save("face + num + .png");

          // offscreen //

          capoff = new GLGraphicsOffScreen(this, 100, 100);

          capoff.beginDraw();

          noFill();
          noStroke();
          capoff.rect(0,0,100, 100);
          capoff.getCapabilities();
          capoff.getTexture();

//          for(int capCount = 0; capCount<1; capCount++)


          int capCount = 1;
          capoff.save("cell1_" + capCount + ".png");


          capoff.endDraw();

        }
      }
    }


  // cell draw //


  for( int j=0; j< faces.length ; j++ ){

    float cellSizeX = faces[j].width / 4;
    float cellSizeY = faces[j].height / 4;

    int cellSizeXInt = int(cellSizeX);
    int cellSizeYInt = int(cellSizeY);
    //        float cellX = i*cellSizeX;
    //        float cellY = j*cellSizeY;


    float spacingX = faces[j].width / 4;
    float spacingY = faces[j].height / 4;

    translate(faces[j].x , faces[j].y);

    //     for ( float k=0; k<4; k++)
    //      for ( float l=0; l<4; l++){
    //
    //        //          float(frameCount) = randomizor , assign different frameRate animation on different objects
    //        //        image(cells[c], faces[j].x*k , faces[j].y*l , cellSizeX , cellSizeY);
    //        noFill();
    //        stroke(0);
    //        //        image = cells[].filename;
    //        rect(k*spacingX,l*spacingY,cellSizeX,cellSizeY);
    //      }





    if(mousePressed){
      save("face.jpg");
    }




    noStroke();

    pushMatrix();

    //img test

    int mapping1 = round(random(0,imgs1.length-1));
    int mapping2 = round(random(0,imgs2.length-1));
    int mapping3 = round(random(0,imgs3.length-1));
    int mapping4 = round(random(0,imgs4.length-1));
    int mapping5 = round(random(0,imgs5.length-1));
    int mapping6 = round(random(0,imgs6.length-1));
    int mapping7 = round(random(0,imgs7.length-1));
    int mapping8 = round(random(0,imgs8.length-1));
    int mapping9 = round(random(0,imgs9.length-1));
    int mapping10 = round(random(0,imgs10.length-1));
    int mapping11 = round(random(0,imgs11.length-1));
    int mapping12 = round(random(0,imgs12.length-1));
    int mapping13 = round(random(0,imgs13.length-1));
    int mapping14 = round(random(0,imgs14.length-1));
    int mapping15 = round(random(0,imgs15.length-1));
    int mapping16 = round(random(0,imgs16.length-1));
    //

    //1
    img1 = loadImage(imgs1[mapping1]);
    image(img1,0,0,cellSizeX,cellSizeY);

    //2
    img2 = loadImage(imgs2[mapping2]);
    image(img2,spacingX,0,cellSizeX,cellSizeY);

    //3
    img3 = loadImage(imgs3[mapping3]);
    image(img3,spacingX*2,0,cellSizeX,cellSizeY);

    //4
    img4 = loadImage(imgs4[mapping4]);
    image(img4,spacingX*3,0,cellSizeX,cellSizeY);

    //5
    img5 = loadImage(imgs5[mapping5]);
    image(img5,0,spacingY,cellSizeX,cellSizeY);

    //6
    img6 = loadImage(imgs6[mapping6]);
    image(img6,spacingX,spacingY,cellSizeX,cellSizeY);

    //7
    img7 = loadImage(imgs7[mapping7]);
    image(img7,spacingX*2,spacingY,cellSizeX,cellSizeY);

    //8
    img8 = loadImage(imgs8[mapping8]);
    image(img8,spacingX*3,spacingY,cellSizeX,cellSizeY);

    //9
    img9 = loadImage(imgs9[mapping9]);
    image(img9,0,spacingY*2,cellSizeX,cellSizeY);

    //10
    img10 = loadImage(imgs10[mapping10]);
    image(img10,spacingX,spacingY*2,cellSizeX,cellSizeY);

    //11
    img11 = loadImage(imgs11[mapping11]);
    image(img11,spacingX*2,spacingY*2,cellSizeX,cellSizeY);

    //12
    img12 = loadImage(imgs12[mapping12]);
    image(img12,spacingX*3,spacingY*2,cellSizeX,cellSizeY);

    //13
    img13 = loadImage(imgs13[mapping13]);
    image(img13,0,spacingY*3,cellSizeX,cellSizeY);

    //14
    img14 = loadImage(imgs14[mapping14]);
    image(img14,spacingX,spacingY*3,cellSizeX,cellSizeY);

    //15
    img15 = loadImage(imgs15[mapping15]);
    image(img15,spacingX*2,spacingY*3,cellSizeX,cellSizeY);

    //16
    img16 = loadImage(imgs16[mapping16]);
    image(img16,spacingX*3,spacingY*3,cellSizeX,cellSizeY);

    //delay(10);




    //    //1
    //
    //    fill(255,0,0,50);
    //    rect(0,0,cellSizeX,cellSizeY);
    //
    //
    //    //2
    //    fill(255,50,0,50);
    //    rect(spacingX,0,cellSizeX,cellSizeY);
    //
    //    //3
    //    fill(255,100,0,50);
    //    rect(spacingX*2,0,cellSizeX,cellSizeY);
    //
    //    //4
    //    fill(255,150,0,50);
    //    rect(spacingX*3,0,cellSizeX,cellSizeY);
    //
    //    //5
    //    fill(255,50,0,50);
    //    rect(0,spacingY,cellSizeX,cellSizeY);
    //
    //    //6
    //    fill(255,100,0,50);
    //    rect(spacingX,spacingY,cellSizeX,cellSizeY);
    //
    //    //7
    //    fill(255,150,0,50);
    //    rect(spacingX*2,spacingY,cellSizeX,cellSizeY);
    //
    //    //8
    //    fill(255,100,0,50);
    //    rect(spacingX*3,spacingY,cellSizeX,cellSizeY);
    //
    //    //9
    //    fill(255,100,0,50);
    //    rect(0,spacingY*2,cellSizeX,cellSizeY);
    //
    //    //10
    //    fill(255,150,0,50);
    //    rect(spacingX,spacingY*2,cellSizeX,cellSizeY);
    //
    //    //11
    //    fill(255,100,0,50);
    //    rect(spacingX*2,spacingY*2,cellSizeX,cellSizeY);
    //
    //    //12
    //    fill(255,50,0,50);
    //    rect(spacingX*3,spacingY*2,cellSizeX,cellSizeY);
    //
    //    //13
    //    fill(255,200,0,50);
    //    rect(0,spacingY*3,cellSizeX,cellSizeY);
    //
    //    //14
    //    fill(255,100,0,50);
    //    rect(spacingX,spacingY*3,cellSizeX,cellSizeY);
    //
    //    //15
    //    fill(255,50,0,50);
    //    rect(spacingX*2,spacingY*3,cellSizeX,cellSizeY);
    //
    //    //16
    //    fill(255,0,0,50);
    //    rect(spacingX*3,spacingY*3,cellSizeX,cellSizeY);

    //tint(255, 50);


    popMatrix();



    //    println("faces.length = " + faces.length);
    //    println("faces[j].x = " + faces[j].x);
    //    println("faces[j].y = " + faces[j].y);
    //    println("faces.width = " + faces[j].width);
    //    println("faces.height = " + faces[j].height);



  }

}