After Mondrian w Processing

PImage painting;

PImage blockOne;

PImage blocktwo;

PImage blockthree;

//declare PImage blockOne

//declare PImage blockTwo

//declare PImage blockThree

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int[] xpos={622,307,651};

int[] ypos={260,464,800};

int[] xStopL={285,307,656};

int[] xStopR={622,559,690};

int[] yStopB={738,708,800}; 

int[] yStopT={260,464,659};

​

//declaring all variables

int xpos1;

int ypos1;

int xpos2;

int ypos2;

int xpos3;

int ypos3;

​

//declaring all int x and y positions

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int blockX1;

int blockY1;

int blockX2;

int blockY2;

​

//declaring all ints for blocks

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int xStopL1, xStopR1, yStopB1, yStopT1;

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import ddf.minim.*;

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AudioPlayer HughesFirstSq;

Minim minim;

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AudioPlayer EllingtonSecondSq;

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//AudioPlayer 

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void setup() {

  minim = new Minim(this);

  HughesFirstSq = minim.loadFile("LangstonHughes.mp3", 2048);

  EllingtonSecondSq = minim.loadFile("Duke Ellington-Harlem Nocturne.mp3", 2048);

​

  size(888, 901);

  xpos1=622;

  ypos1=260;

  painting=loadImage("broadwaybwed.jpg");

  blockOne=loadImage("Square1.jpg");

  noStroke();

  xpos2=306;

  ypos2=461;

  blocktwo=loadImage("bluesquaremid.jpg");

  xpos3=651;

  ypos3=800;

  blockthree=loadImage("redsquare.jpg");

  imageMode(CENTER);

​

​

  xStopL1 = 285;

  xStopR1 = 622;

  yStopB1 = height-150;

  yStopT1 = 260;

//  blockX=583;

//  blockY=192;

}

​

​

​

void draw () {

  image(painting,width/2,height/2);

  // background (painting);

   image(blockOne, xpos[0],ypos[0]);

   image(blocktwo, xpos[1],ypos[1]);

   image(blockthree,xpos[2],ypos[2]);

   println ("mouseX: " + mouseX  + "   mouseY:" + mouseY);

  if (mouseX>xpos[0]-39 && mouseX<xpos[0]+39 && mouseY>ypos[0]-70 && mouseY <ypos[0]+70){

    HughesFirstSq.play();

   rect(288,168,21,21);

      //image (255,255,255,15,15);

   rect(396,56,21,21);

     //image (255,255,255, 15,15);

   rect(740,59,21,21);

    // image (255,255,255,15,15);

   rect(676,404, 21,21);

    // image(255,255,255,15,15);

   rect(355,327,21,21);

    // image(255,255,255, 15,15);

  } else if(mouseX>xpos[1]-28 && mouseX<xpos[1]+28 && mouseY>ypos[1]-45 && mouseY <ypos[1]+45){

    EllingtonSecondSq.play();

   //draw white rects

     rect (445,571, 15,15);

    //  image(255,255,255,15,15);

    rect (431,763,15,15);

     // image(255,255,255,15,15);

    rect (232,655, 15,15);

     // image (255,255,255,15,15);

    rect (401,763, 15,15);

    //  image (255,255,255, 15,15);

  }

  else{

    HughesFirstSq.pause();

    EllingtonSecondSq.pause();

  }

  //} else if(mouseX>xpos[2]-39 && mouseX<xpos[2]+39 && mouseY>ypos[2]-70 && mouseY <ypos[2]+70){

  //  EllingtonSecondsq.play();

//   //draw white rects

//    EllingtonSecondSq.play();

//      }

//  }  

//  image(); //blue square

​

}  

void mouseDragged (){

​

  for (int i=0; i<xpos.length; i++){ 

    if (mouseX>xpos[i]-39 && mouseX<xpos[i]+39 && mouseY>ypos[i]-70 && mouseY <ypos[i]+70){

  //    if (abs(mouseX-xpos)>abs(mouseY-ypos)) {

      if(keyPressed && keyCode==LEFT || keyPressed && keyCode==RIGHT){

        //move in x direction

        xpos[i]=constrain(mouseX, 285, 622); 

      } else if(keyPressed && keyCode==UP || keyPressed && keyCode==DOWN){

        ypos[i]=constrain(mouseY, yStopT[i], yStopB[i]); 

        //move in y direction

      }

    }

  }

​

}

​

void stop()

{

  // always close Minim audio classes when you are done with them

  HughesFirstSq.close();

  EllingtonSecondSq.close();

  minim.stop();

  super.stop();

 }

​