t=1.0/(abs ((int) (255 * reader.getColor (j, i - 1) .getBrightness ()) - (int) (255 * reader.getColor (j , i) .getBrightness ())) + 1);=toVertex (i, j + 1, w, h) ;. get (indVertex) .add (new Vertex (indToVertex, value)) ;. get (indToVertex). add (new Vertex (indVertex, value));
//left (j == 1) {= 1.0/(abs ((int) (255 * reader.getColor (j - 1, i - 1) .getBrightness ()) - (int ) (255 * reader.getColor (j - 1, i) .getBrightness ())) + 1);=toVertex (i, j - 1, w, h) ;. get (indVertex) .add (new Vertex (indToVertex , value)) ;. get (indToVertex) .add (new Vertex (indVertex, value));
}
//bottom=1.0/(abs ((int) (255 * reader.getColor (j - 1, i) .getBrightness ()) - (int) (255 * reader.getColor (j , i) .getBrightness ())) + 1);=toVertex (i + 1, j, w, h) ;. get (indVertex) .add (new Vertex (indToVertex, value)) ;. get (indToVertex). add (new Vertex (indVertex, value));
}
}
} static ArrayList lt; Integer gt; getPathInGraph (int startX, int startY, int endX, int endY, int w, int h) {++; h ++; length=w * h; fromVertex=toVertex (startX, startY, w, h);=TreeMultiset.create ();=new double [length]; [] used=new boolean [length]; (int i=0 ; i lt; length; i ++) {[i]=INF; [i]=false;
}. add (new Vertex (fromVertex, 0)); lt; Integer gt; answer=new ArrayList lt; Integer gt; (); startVertex=toVertex (startX, startY, w, h); endVertex=toVertex (endX, endY, w, h); [startVertex]=0; [] p=new int [length ]; (usedVertex.size () gt; 0) {v; temp=usedVertex.elementSet (). first ();=temp.vertex; .elementSet (). remove (temp); [v]=true; (weightOnVertex [v] == INF) {;
} (int j=0; j lt; setOfVertex.get (v) .size (); ++ j) {to=setOfVertex.get (v) .get (j) .vertex; len=setOfVertex.get (v) .get (j) .value; (weightOnVertex [v] + len lt; weightOnVertex [to]) {[to]=weightOnVertex [v] + len; [to]=v;
} (! used [to]) {. add (new Vertex (to, weightOnVertex [to])); [to]=true;
}
}
}=null;=null; (int i=endVertex; i!=startVertex; i=p [i]) {. add (i);
} answer;
} static int sigmaParam; static void setSigmaParam (int s) {= s;
} static int setImageToMagic (ImageView v, Image im) {step=1; sigma=sigmaParam; brightPixel; w=(int) im.getWidth (); h=(int) im.getHeight ( ); typeClasster=0; countBlock=0; countIter=0; [] arrayPoint=new Index [100]; countPoint=1; [countPoint]=new Index (w/2, h/2, w, h); [] [] twoDArrayBlock=new Block [w] [h]; reader=im.getPixelReader ();=reader;=(int) (reader.getColor (startPointX, startPointY) .getBrightness () * 255); writableImage=new WritableImage ( w, h); writer=writableImage.getPixelWriter ();=writer; lt; Claster gt; clasters=new ArrayList lt; Claster gt; (); lt; Block gt; blocks=new ArrayList lt; Block gt; () ;. add (new Claster (typeClasster, Color.BLACK, 128)); (int i=0; i lt; w; i +=step) {(int j=0; j lt ; h; j +=step) {. add (new Block (typeClasster, new Index (i, j, w, h), new Index (i + step, j + step, w, h))); [i] [j]=blocks.get (countBlock) ;. get (typeClasster) .setColorRGB (blocks.get (countBlock) .R, blocks.get (countBlock) .G, blocks.get (countBlock) .B); ++;
}
}. get (0) .resetRgb () ;. add (new Claster (++ typeClasster, Color.AZURE, 255));=twoDArrayBlock; (clasters.get (typeClasster), startPointX, startPointY, sigma, step , 0) ;. get (typeClasster) .resetRgb (); write=new WritableImage (w, h); writer1=write.getPixelWriter ();=writer1; (int j=0; j lt; blocks.size (); j ++) {(blocks.get (j) .getTYPECLASSTER () == 0) {. get (j) .setColor (Color.rgb (blocks.get (j) .R, blocks.get (j) .G, blocks.get (j) .B, 0));
} else.get (j) .setColor (Color.rgb (blocks.get (j) .R, blocks.get (j) .G, blocks.get (j) .B)) ;
} clipboard=Clipboard.getSystemClipboard (); content=new ClipboardContent () ;. putImage (write) ;. setContent (content);=writer; (int j=0; j lt; blocks. size (); j ++) {(blocks.get (j) .getTYPECLASSTER () == 0) {. get (j) .setColor (Color.rgb (blocks.get (j) .R, blocks.get (j).G, blocks.get (j) .B));
} else.get (j) .setColor (Color.WHITE);
} (v, writableImage);=null;=null;=null; brightPixel;
} static int setImageToSegmentFill (ImageView v, Image im) {step=1; sigma=25; w=(int) im.getWidth (); h=(int) im.getHeight (); typeClasster=0; countBlock=0; countIter=0; [] arrayPoint=new Index [100]; countPoint=1; [countPoint]=new Index (w/2, h/2, w, h); [] [] twoDArrayBlock=new Block [w] [h]; reader=im.getPixelReader ();=reader; writableImage=new WritableImage (w, h); writer=writableImage.getPixelWriter ();=writer; lt; Claster gt; claster...
