public void drawTime(Graphics g){
		int time_sec, time_min, time_hour;
		//System.out.println("current time: " + (new SimpleDateFormat("HH:mm:ss")).format(calender.getTime()));
		time_sec = Integer.parseInt((new SimpleDateFormat("ss")).format(calender.getTime()));
		time_min = Integer.parseInt((new SimpleDateFormat("mm")).format(calender.getTime()));
		time_hour = Integer.parseInt((new SimpleDateFormat("HH")).format(calender.getTime()));
		//System.out.println(time_hour + " : " + time_min + " : " + time_sec);
		int[] time = {
				time_hour / 10, time_hour - (time_hour / 10) * 10,
				time_min / 10, time_min - (time_min / 10) * 10,
				time_sec / 10, time_sec - (time_sec / 10) * 10,
		};
		//for (int i : time){ System.out.print( " " + i); } System.out.println();

		int remainder;
		for (int i = 0; i < 6; i++){
			remainder = time[i];
			//remainder = 15;
			int row = 0;
			while (remainder > 0){
				if (remainder % 2 == 1){
					//System.out.print(" collon: " + i + " row: " + row);
					//System.out.println( Position.time[i][row][0] + " " + Position.time[i][row][1]);
//					g.fillOval(Position.time[i][row][0],Position.time[i][row][1], FULL_CIRCLE, FULL_CIRCLE);
					Position.drawFullCircle(g, Position.time[i][row][0], Position.time[i][row][1]);
					//try {Thread.sleep(2);} catch (InterruptedException e) {e.printStackTrace();}
					//System.out.println(remainder);
					}
				row ++;
				remainder = remainder / 2;
			}
		}
	}