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This is what I am after:

enter image description here

This is what I make:

enter image description here

The problem with mine is that it just differs in color very close to the black part, then its the same constant blue. Compared to the first one where it more gradually increases into a deeper blue..

this is my color code:

public Generator(){
        array  = new Color[200];
        for(int k=0; k<200; k++){
            array[k]= new Color(k,k*,255);
        }

I made a 200 big color array, with a different color in each slot. Then I add color to every slot in my window with the following code:

for (int i = 0; i < Xheight; i++) {

for (int j = 0; j < Xwidth; j++) {

          Complex c = new Complex(0,0);
          Complex z = new Complex(0, 0);
          c.add(matris[k+(resolution*i)-1][k+(resolution*j)-1]);
          int d=0;

          while(d<LordOfDoom && z.getAbs2()<4){

          z.mul(z);
          z.add(c);


          d++;
          }
if (z.getAbs2()<=4 ){
              picture[i][j]=Color.black;

          }

          }
          if (z.getAbs2()>4 &&color==1 ){

              picture[i][j]=array[d-1];
          }

      }
          }

Basically it gets a picture depending on how fast z.getAbs>4.

Gilbert Le Blanc
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user2957672
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    Might be a logarithmic color scale or similar trickery. – zapl Jan 13 '14 at 11:36
  • http://stackoverflow.com/questions/5693514/for-all-the-creative-people-out-there-coloring-mandelbrot-set-need-ideas?rq=1 contains useful info wrt coloring of mandelbrot sets – fvu Jan 13 '14 at 11:44
  • I imagine that your color should correspond to the value returned from your `z.getAbs2()` method, and that this will likely cycle. – Hovercraft Full Of Eels Jan 13 '14 at 12:24

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