Glitch effect for images warping from one side of the screen to another

ImageDigitalQuantumWarp.pde

//reference https://timrodenbroeker.de/processing-tutorial-kinetic-typography-1/
//https://github.com/timrodenbroeker/tutorials/blob/master/2019/002_Processing_Kinetic_Typography/TUTORIAL/
//https://twitter.com/inaba_darkfox/status/1523319283157467136
PImage img;
void settings() {
  img=loadImage("cat.jpg");
  size(img.width, img.height, P2D);
  println("w="+img.width+", h="+img.height);
}

void draw() {
  image(img,0,0);

  int tilesX = 40;//original value 10
  int tilesY = 40;//original value 10

  int tileW = int(width/tilesX);
  int tileH = int(height/tilesY);

  for (int y = 0; y <= tilesY+1; y++) {
    for (int x = 0; x <= tilesX+1; x++) {
      int wave, waveHard, warp, warpSimple, warpQuantum, glitch;
      int sx, sy, sw, sh, dx, dy, dw, dh;
      
      wave = int(sin(frameCount * 0.05 + (x + y) * 0.07) * 100);
      waveHard = int(sin(frameCount * 0.05 + (x * y) * 0.07) * 100);
      warpSimple = int(tan((frameCount + (x+y)) * 0.01) * 100);
      warp =  int(tan(pow((((frameCount*10 + ((x*13+y*7)*5)%53)%width*1.5)-width*.8)/width*1.2, 5)) * width);
      warpQuantum = int(tan((frameCount + (x^y)) * 0.01) * 50);//(x|y) or (x^y)|(x&y) for a different effect
      glitch = warpQuantum%(waveHard==0 ? 1 : waveHard);
      

      // SOURCE
      //sx = x*tileW + wave;
      //sx = x*tileW + waveHard;
      //sx = x*tileW - warpSimple;
      sx = x*tileW - warp;
      //sx = x*tileW - warpQuantum;
      //sx = x*tileW - glitch;
      //sx = x*tileW + glitch - warpQuantum; //Digital quantum tunnelling cat
      sy = y*tileH;
      sw = tileW;
      sh = tileH;

      // DESTINATION
      dx = x*tileW;
      dy = y*tileH;
      dw = tileW;
      dh = tileH;

      copy(img, sx, sy, sw, sh, dx, dy, dw, dh);
    }
  }
  //saveFrame("frame_######.png");
}