@Override
protected List<ScreenRegion> getUnorderedMatches(ScreenRegion screenRegion) {
Rectangle screenRegionBounds = screenRegion.getBounds();
if (screenRegionBounds.width < targetImage.getWidth()
|| screenRegionBounds.height < targetImage.getHeight()) {
// if screen region is smaller than the target, no target can be found
// TODO: perhaps a more fault tolerant approach is to return a smaller target with a lower
// score
return Lists.newArrayList();
}
List<TemplateMatcher.Result> matches;
BufferedImage screenImage = screenRegion.capture();
List<Rectangle> rois = screenRegion.getROIs();
if (rois.isEmpty()) {
matches =
TemplateMatcher.findMatchesByGrayscaleAtOriginalResolution(
screenImage, targetImage, getLimit(), getMinScore());
} else {
matches =
TemplateMatcher.findMatchesByGrayscaleAtOriginalResolutionWithROIs(
screenImage, targetImage, getLimit(), getMinScore(), rois);
}
return convertToScreenRegions(screenRegion, matches);
}
@Override
protected List<ScreenRegion> getUnorderedMatches(ScreenRegion screenRegion) {
BufferedImage exampleImage = getImage();
FourCornerModel buttonModel = FourCornerModel.learnFrom(exampleImage);
List<RegionMatch> matches = VisualModelFinder.searchButton(buttonModel, screenRegion.capture());
List<RegionMatch> subList = matches.subList(0, Math.min(getLimit(), matches.size()));
return convertToScreenRegions(screenRegion, subList);
}