/*
               xStep=(xMax - xOrg)/xSize;
               yStep=(yMax - yOrg)/ySize;

 for(int i = 1; i < xSize+1; i++) {
  for(int j = 1; j < ySize+1; j++){
        xPos = xOrg + i * xStep;
        yPos = yOrg + j * yStep;
        xIter = 0.0;
        yIter = 0.0;
        steps = 0;
        curColor=0;
        notDone=true;
         while(notDone) {
            Calculate(xPos, yPos, xIter, yIter);
            steps++; curColor++;
             if(curColor > 9){ curColor=0;} 
            if( distance(xIter,yIter) >= 2.0){notDone=false;}
            if( steps == limit) {notDone=false;}
                 }
          //end for while(notdone)
         
         if (steps < limit + 1){ 
           
            if(curColor==0){current_color=Color.pink;}
            if(curColor==1){current_color=Color.black;}
            if(curColor==2){current_color=Color.blue;}
            if(curColor==3){current_color=Color.green;}
            if(curColor==4){current_color=Color.yellow;}
            if(curColor==5){current_color=Color.red;}
            if(curColor==6){current_color=Color.magenta;}
            if(curColor==7){current_color=Color.cyan;}
            if(curColor==8){current_color=Color.white;}
            if(curColor==9){current_color=Color.orange;}
            g.setColor(current_color);
            g.drawLine(i,j,i,j+10);
        }
      //end if step < limit
     }
    // end for j
   }
  // end for i

*/