!7

// approximate size: 10,17

// approximate y distance: 615-593

static RGB destColor = rgb("#5650C3");

static float contrast = 5f;

static float gamma = 0.5f;

static int g = 2;

p-experiment {

  //RGBImage img = shootScreen();

  RGBImage img = loadRGBImage(/*#1101257*/#1101258);

  int w = img.getWidth(), h = img.getHeight();

  BWImage bw = new BWImage(w, h);

  int destColorInt = destColor.getInt();

  for y to h: for x to w: {

    float diff = rgbDiff(img.getInt(x, y), destColorInt);

    //diff = pow(diff, gamma);

    //diff *= contrast;

    diff = (diff-0.2f)*20f;

    bw.setPixel(x, y, diff);

  }

  //showBWImage(bw);

  //showAutoSegmentedImage(bw);

  final L<Rect> rects = sortRectsByMiddleY(autoSegment(bw, g));

  pnl(rects);

  final ImageSurface is1 = showImageWithSelections(bw, rects);

  onClick(is1, voidfunc(MouseEvent e) {

    Pt p = is1.pointFromEvent(e);

    pnl(rectsContaining(p, rects));

  });

  L<Rect> l2 = rectsWithSize(rects, 10, 17);

  for (Rect r : l2)

    print(simpleRecognizer().recognizeGlyph(bw.clip(r)));

  BufferedImage bi = bw.getBufferedImage();

  L<RecognizedText> texts = ocr_recognizeMultiLine_scored(bw, simpleRecognizer(), l2);

  ImageSurface is = showImageWithRecognizedTexts(bi, null, texts);

  showImageWithRecognizedTexts_makeTeachable2(bi, is, texts, filledSimpleRecognizer_cached(), null);

}