Can someone please edit this code so that it creates a rotating object that meets this criteria?

import java.awt.BasicStroke;

import java.awt.Color;

import java.awt.Graphics;

import java.awt.Graphics$2$D;

import javax.swing.$*$;

public class DrawingBoard extends JPanel $\{$

int strokeWeight $=2$;

public void paintComponent$($Graphics g$)$

$\{$

this.setBackground$($Color$.$white$)$;

drawDesign$($g$,250,300,200,0,360)$;$//90$ to get a quarter of reef.

$//360$ to get full reef

$//$to get top half change starting position

drawDesign$($g$,250,300,200,90,450)$;

drawDesign$($g$,250,300,200,180,540)$;

$\}$

public void drawDesign$($Graphics g$,$ int xCenter, int yCenter, int radius$//$how far from center shape will be$,$for spiral radius decreases through loop

$,$

int angle, int maxAngle$)//$progression of drawing shapes overlapping each other

$\{$

int angleIncrement $=5$;$//$amount of the angular position change

int size $=48$;$//$width of the circleit

int radiusIncr $=4$;

int sizeIncr $=1$;

Graphics$2$D g$2=($Graphics$2$D$)$g;

g$2.$setStroke$($new BasicStroke$($strokeWeight$))$;

while$($angle $$ maxAngle$)$

$\{$

int x$1=$ xCenter $+($int$)($radius $*$Math$.$cos$($Math$.$toRadians$($angle$)))$;

int y$1=$ yCenter $+($int$)($radius $*$Math$.$sin$($Math$.$toRadians$($angle$)))$;

g$.$drawOval$($x$1,$y$1,$size,size$)$;

angle $+=$ angleIncrement;

radius $-=$ radiusIncr;

size $-=$ sizeIncr;

$\}$

$\}$

public static void main$($String$[]$ args$)$

$\{$

int winWid $=900$;

int winHie $=700$;

JFrame myFrame $=$ new JFrame$("$My Rotation image"$)$;

myFrame.setSize$($winWid$,$winHie$)$;

myFrame.setDefaultCloseOperation$($JFrame$.$EXIT$\_$ON$\_$CLOSE$)$;

myFrame.add$($new DrawingBoard$())$;

myFrame.setVisible$($true$)$;

$\}$

$\}-20$ method does not have parameters that allow for the location of the graphics

prduced by the methods to change as well as change the orientation.

$-20$ does not use Multiple method callsto the same method with different arguments

made to produce the final design.

$-20$ does not use of size variation of basic shape

$-20$ does not use gradual change in a custum color