photo lens iris symbol.pde

PImage img1, img2, img3, img4, img5, img6, img7;
int rotationCount = 0;
int picSize;
int countValue = 1;
int delay = 70;
static final color BG = -4;



void setup() {
  size(500, 500);
//  noSmooth();
//  ((PGraphicsOpenGL)g).textureSampling(2);
  img1 = loadImage("https://i.imgur.com/qNr33dN.png");
  imageMode(CENTER);                      
  picSize = height;

    img1 = loadImage("hexagon 2.png");
    img2 = loadImage("photo branches.png");
    img3 = loadImage("shutter 1.png");
    img4 = loadImage("shutter 2.png");
    img5 = loadImage("shutter 3.png");
    img6 = loadImage("shutter 4.png");
    img7 = loadImage("shutter 5.png");

                            
    int picheight = height, picwidth = width;
    
    img1.resize(picheight, picwidth);
    img2.resize(picheight, picwidth);
    img3.resize(picheight, picwidth);
    img4.resize(picheight, picwidth);
    img5.resize(picheight, picwidth);
    img6.resize(picheight, picwidth);
    img7.resize(picheight, picwidth);
//  img1.resize(picSize, picSize);
//  img2.resize(picSize, picSize);
}

void draw() {
background(BG);
//background(255, 0);
picSize = height;
translate(width/2, height/2);

  pushMatrix();
  rotate(radians(rotationCount));

  popMatrix();
  
  image(img2,0,0, picSize, picSize);
  
        if (countValue == 1+delay) {
        image(img3, 0, 0, picSize, picSize);
      } else if (countValue == 2+delay) {
        image(img4,0, 0, picSize, picSize);
      } else if (countValue == 3+delay) {
        image(img5, 0, 0, picSize, picSize);
      } else if (countValue == 4+delay) {
        image(img6, 0, 0, picSize, picSize);
      } else if (countValue == 5+delay) {
        image(img7, 0, 0, picSize, picSize);
      } else if (countValue == 6+delay) {
        image(img6, 0, 0, picSize, picSize);
      } else if (countValue == 7+delay) {
        image(img5,0, 0, picSize, picSize);
      } else if (countValue == 8+delay) {
        image(img4,0, 0, picSize, picSize);
      } else if (countValue == 9+delay) {
        image(img5,0, 0, picSize, picSize);
      } else if (countValue == 10+delay) {
        image(img6,0, 0, picSize, picSize);
      } else if (countValue == 11+delay) {
        image(img7,0, 0, picSize, picSize);
      } else if (countValue == 12+delay) {
        image(img6,0, 0, picSize, picSize);
      } else if (countValue == 13+delay) {
        image(img5, 0, 0, picSize, picSize);
      } else if (countValue == 14+delay) {
        image(img4, 0, 0, picSize, picSize);
      }  else {
        image(img3, 0, 0, picSize, picSize);
      }
      
      
  countValue++;
  
        if (countValue == delay*2){
      countValue = 1;
      }
      
  rotationCount++;
  //saveTransparentCanvas(BG, "img");

if (rotationCount == 360){
rotationCount = 0;
}

saveTransparentCanvas(BG, "img");

}

void saveTransparentCanvas(final color bg, final String name) {
  final PImage canvas = get(0,0,height,width);
  canvas.format = ARGB;
 
  final color p[] = canvas.pixels, bgt = bg & ~#000000;
  for (int i = 0; i != p.length; ++i)  if (p[i] == bg)  p[i] = bgt;
 
  canvas.updatePixels();
  canvas.save("photo"+frameCount+".png");
}