!7

!include #1006891 // AI Game & API

p {
  instruction = "Close the window:";
  pGame();
}

//////////////////////////////////////
// Test AIs. Just add your own here //
//////////////////////////////////////

AI > ClickAnyBLOB {
  static ImageSurface is;
  void go {
    L<Rect> blobs = segment(image);
    is = showImage(is, "BLOBS", rgbMarkedRects(image, blobs));
    submit(random(blobs));
  }
}

AI > MemorizeBLOB {
  RGBImage blobImage;
  static ImageSurface is;

  void go {
    // guess
    
    L<Rect> myRects = segment(image);
    Rect guess = null;
    if (blobImage != null)
      guess = rgbFindMostSimilarClip(image, blobImage, myRects, 0);
      
    // submit
    
    Rect solution = first(submit(guess));
    
    // learn
    
    if (blobImage == null) {
      solution = autoCropOfRGBImage_blackBG(image, solution);
      Rect mine = smallestRectContaining(myRects, centerOfRect(solution));
      if (mine != null) {
        blobImage = image.clip(mine);
        is = showZoomedImage(is, "Memorized BLOB", blobImage);
      }
    }
  }
}

static L<Rect> segment(RGBImage img) {
  ret autoSegment_blackBG(new BWImage(img), 3); // 2 is too small
}

//////////////////
// PUZZLE MAKER //
//////////////////

static L<RGBImage> mainImages;

static Puzzle makePuzzle() {
  if (mainImages == null)
    mainImages = loadImages(#1006879, #1006889);
  L<Rect> solutions = ll(
    pointsRect(522, 162, 540, 179),
    pointsRect(449, 70, 466, 84));
    
  // select image
  int i = random(l(mainImages));
  RGBImage mainImage = mainImages.get(i);
  Rect solution = solutions.get(i);
  
  // select random portion
  Rect clip = selectRandomPartContaining(mainImage, solution, w, h);
  RGBImage img = mainImage.clip(clip);
  solution = translateRect(solution, -clip.x, -clip.y);
  
  // return puzzle
  ret new Puzzle(img, ll(solution));
}