public void resetHoleBoundary() {
if (this.state == CONTROLLER_STATE.CONTROLLER_BOUNDARY) {
if ((this.counterPixelsHistory != null) && (this.counterPixelsHistory.size() > 0)) {
for (Pixel p : this.counterPixelsHistory) {
Grid.getInstance().setPixel(p, p.getValue());
}
refreshView();
}
this.state = CONTROLLER_STATE.CONTROLLER_HOLE;
}
}
public void markBoundary() {
if (this.state == CONTROLLER_STATE.CONTROLLER_HOLE) {
ArrayList<Pixel> boundaryPixels = this.gridAlgorithm2.findBoundary();
this.counterPixelsHistory = new ArrayList<Pixel>();
for (Pixel p : boundaryPixels) {
this.counterPixelsHistory.add(new Pixel(p.getX(), p.getY(), p.getValue()));
}
Grid.getInstance().markBoundary(boundaryPixels);
refreshView();
this.state = CONTROLLER_STATE.CONTROLLER_BOUNDARY;
}
}
public void markBoundary1() {
if (this.state == CONTROLLER_STATE.CONTROLLER_HOLE) {
this.holePixelsInfo = this.gridAlgorithm.findBoundaryAndHoles();
this.counterPixelsHistory = new ArrayList<Pixel>();
for (Pixel p : holePixelsInfo.getBoundaryPixels()) {
this.counterPixelsHistory.add(new Pixel(p.getX(), p.getY(), p.getValue()));
}
Grid.getInstance().markBoundary(this.holePixelsInfo.getBoundaryPixels());
refreshView();
this.state = CONTROLLER_STATE.CONTROLLER_BOUNDARY;
}
}
private PictureView refreshMatrix() {
Grid gridInstance = Grid.getInstance();
this.mat = new Mat(Grid.getInstance().getCols(), gridInstance.getRows(), CvType.CV_32SC1);
for (int i = 0; i < Grid.getInstance().getRows(); i++) {
for (int j = 0; j < gridInstance.getCols(); j++) {
this.mat.put(i, j, gridInstance.getPixel(i, j).getValue());
}
}
PictureView image = null;
try {
image = new PictureView(this.mat, ".jpg");
} catch (Exception e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
return image;
}
/** ***********private start******************* */
private Grid initGrid() {
Grid gridInstance = Grid.getInstance(config.getImageRows(), config.getImageCols());
gridInstance.initGrid();
return gridInstance;
}
