gn="justify">//clasters.add (new Claster (++ typeClasster, Color.BLUE, 255)); min=300; index=0; check=true; (check amp; amp; countIter lt; 15) {++ ;. add (new Claster (++ typeClasster, Color.AZURE, 255));=false; (int j=0; j lt; blocks.size (); j ++) {blockCenter=blocks.get (j) .getValue ();=300; (int i=0; i lt; clasters.size () - 1; i ++) {temp=abs (((Claster) clasters.get (i)). getCenterClasster ()- blockCenter); (min gt; temp) {= temp;=i;
}
} (min gt; sigma) {= true;=typeClasster;
}.get(j).setTYPECLASSTER(clasters.get(index).getTYPECLASSTER());.get(index).setColorRGB(blocks.get(j).R, blocks.get (j) .G, blocks.get (j) .B);
} (int i=0; i lt; clasters.size (); i ++) {. get (i) .resetRgb ();
}
} (int j=0; j lt; blocks.size (); j ++) {. get (j) .setColor (clasters.get (blocks.get (j) .getTYPECLASSTER ()).color);
} (v, writableImage);=null;=null; countIter + 1;
} static Block [] [] bloksForMagic; static boolean isNormalIndex (int i, int j) {((i gt;=0) amp; amp; (j gt;=0) amp; amp ; (i lt; bloksForMagic.length) amp; amp; (j lt; bloksForMagic [0] .length)) {true;
} false;
} static void setMagicBlock (Claster claster, int i, int j, int sigma, int step, int countRecurs) {. setColorRGB (bloksForMagic [i] [j] .R, bloksForMagic [i] [ j] .G, bloksForMagic [i] [j] .B); [i] [j] .setTYPECLASSTER (claster.getTYPECLASSTER ()); (countRecurs lt; 300000) {(int k=(- 1) * step; k lt;=step; k +=step) {(int s=(- 1) * step; s lt;=step; s +=step) {(isNormalIndex (i + k, j + s) amp; amp;! ( k == 0 amp; amp; s == 0)) {((abs (bloksForMagic [i + k] [j + s] .getValue () - [i] [j] .getValue ()) lt;=sigma) amp; amp;
(bloksForMagic [i + k] [j + s] .getTYPECLASSTER () == 0) amp; amp; bloksForMagic[i+k][j+s].getValue()!=255){[i+k][j+s].setValue(bloksForMagic[i][j].getValue());(claster, i + k, j + s, sigma, step, ++ countRecurs);
}
}
}
}
}
} static class Vertex implements Comparable {int vertex; double value; Vertex (int vertex, double value) {. vertex=vertex; .value=value;
}
@ Overrideboolean equals (Object obj) {a=(Vertex) obj; (a.value == value amp; amp; a.vertex == vertex);
}
@ Overrideint compareTo (Object o) {temp=(Vertex) o; result=1; (o.hashCode () == this.hashCode ()) {= 0;
} else {(temp.value == value) {= - 1;
} else=(new Double (value)). compareTo (new Double (temp.value));
} result;
}
}; static void setIntelectIns (ImageView view, Polygon polygon) {reader=view.getImage (). getPixelReader (); w=(int) view.getImage (). getWidth (), h= (int) view.getImage (). getHeight (); imToCopy=new WritableImage (w, h); imToPast=new WritableImage (w, h); writerToPast=imToPast.getPixelWriter (); writerToCopy=imToCopy.getPixelWriter (); ( int i=0; i lt; w; i ++) {(int j=0; j lt; h; j ++) {(polygon.contains (i + dx, j + dy)) {. setColor (i, j, reader.getColor (i, j)) ;. setColor (i, j, Color.WHITE);
} else {.setColor (i, j, reader.getColor (i, j)) ;. setColor (i, j, Color.rgb (0,0,0,0));
}
}
}. setImage (imToPast); clipboard=Clipboard.getSystemClipboard (); content=new ClipboardContent () ;. putImage (imToCopy) ;. setContent (content);
} static ArrayList lt; ArrayList lt; Vertex gt; gt; setOfVertex; static double [] weightOnVertex; static TreeMultiset lt; Vertex gt; usedVertex; final static int INF=2000000000; static int toVertex (int i, int j, int cols, int rows) {index=(i) * cols + (j); index;
} static void createGraph (Image im) {w=(int) im.getWidth () + 1; h=(int) im.getHeight () + 1; reader=im.getPixelReader () ;=new ArrayList lt; ArrayList lt; Vertex gt; gt; (w * h);
(int i=0; i lt; w * h; i ++) {. add (new ArrayList lt; Vertex gt; ());
} value; int indToVertex, indVertex; (int i=1; i lt; (h - 1); i ++) {(int j=1; j lt; (w - 1); j ++) {= toVertex (i, j, w, h);
//top (i == 1) {= 1.0/(abs ((int) (255 * reader.getColor (j - 1, i - 1) .getBrightness ()) - (int ) (255 * reader.getColor (j, i - 1) .getBrightness ())) + 1);=toVertex (i - 1, j, w, h) ;. get (indVertex) .add (new Vertex (indToVertex , value)) ;. get (indToVertex) .add (new Vertex (indVertex, value));
}
//righ...
