[BlitzA]

Ok that looks pretty good. I don't understand how that all works though.. like I said I'm new to java.

I'll have to see if I can study it.

this is what i've came up with lol.

Code:

import java.awt.Color;
import element.*;

public class Hyduken
{
	
	public static void pause(long waitTime)
	{
        long startTime = System.currentTimeMillis();
        long stopTime = startTime + waitTime;
        while( System.currentTimeMillis() < stopTime)
		{
			//nothing goes here - meaning do nothing
		}
	}
	
	public static void main ( String[] Args )
	{
		int x = 650;
		int y = 500;
		int x3 = 650;
		int y3 = 500;
		
		int x2 = 650;
		int y2 = 500;
		
		int degreestart = 100;
		int degreeend   = 100;
		
		int degreestart2 = 100;
		int degreeend2 = 100;
		
		DrawingWindow dWin = new DrawingWindow( 1000, 1000 );
		
		Rect Background = new Rect ( 0, 0, 1000, 1000 );
		dWin.setForeground( Color.black );
		dWin.draw( Background );
		dWin.fill( Background );
		
		while( x > 580)
		{
			dWin.setForeground( Color.blue );
			Arc Arc1 = new Arc( x2-50, y2-50, 80, 80, degreestart -10, degreeend +80 );
			dWin.fill( Arc1 );
			dWin.setForeground( Color.gray );
			Arc Arc2 = new Arc( x2-50, y2-50, 80, 80, degreestart2-190, degreeend2 +80 );
			dWin.fill( Arc2 );
			dWin.setForeground( Color.blue );
			Oval Oval1 = new Oval( x-30, y-50, 41, 41 );
			dWin.fill( Oval1 );
			dWin.setForeground( Color.gray );
			Oval Oval2 = new Oval( x3-30, y3-11, 41, 41 );
			dWin.fill( Oval2 );
			
			x-=14;
			y+=1;
			x3-=8;
			y3-=1;
			x2-=11;
			degreestart +=10;
			degreestart2 +=10;
			pause(300);
			
			dWin.hold();
			dWin.setForeground( Color.black );
			dWin.fill( Oval1 );
			dWin.fill( Oval2 );
			dWin.fill( Arc1 );
			dWin.fill( Arc2 );
			dWin.release();
		}
		
		while( x > 545 )
		{
			dWin.setForeground( Color.blue );
			Arc Arc3 = new Arc( x2-50, y2-50, 80, 80, degreestart -10, degreeend +80 );
			dWin.fill( Arc3 );
			dWin.setForeground( Color.gray );
			Arc Arc4 = new Arc( x2-50, y2-50, 80, 80, degreestart2-190, degreeend2 +80 );
			dWin.fill( Arc4 );
			dWin.setForeground( Color.blue );
			Oval Oval3 = new Oval( x-30, y-50, 41, 41 );
			dWin.fill( Oval3 );
			dWin.setForeground( Color.gray );
			Oval Oval4 = new Oval( x3-30, y3-11, 41, 41 );
			dWin.fill( Oval4 );
			
			x-=14;
			y+=5;
			x3-=11;
			y3-=3;
			x2-=12;
			degreestart +=10;
			degreestart2 +=10;
			pause(300);
			
			dWin.hold();
			dWin.setForeground( Color.black );
			dWin.fill( Oval3 );
			dWin.fill( Oval4 );
			dWin.fill( Arc3 );
			dWin.fill( Arc4 );
			dWin.release();
		}		
		while( x > 500 )
		{
			dWin.setForeground( Color.blue );
			Arc Arc5 = new Arc( x2-50, y2-50, 80, 80, degreestart -10, degreeend +80 );
			dWin.fill( Arc5 );
			dWin.setForeground( Color.gray );
			Arc Arc6 = new Arc( x2-50, y2-50, 80, 80, degreestart2-190, degreeend2 +80 );
			dWin.fill( Arc6 );
			dWin.setForeground( Color.blue );
			Oval Oval5 = new Oval( x-30, y-50, 41, 41 );
			dWin.fill( Oval5 );
			dWin.setForeground( Color.gray );
			Oval Oval6 = new Oval( x3-30, y3-11, 41, 41 );
			dWin.fill( Oval6 );
			
			x-=10;
			y+=3;
			x3-=10;
			y3-=2;
			x2-=11;
			degreestart +=10;
			degreestart2 +=10;
			pause(300);
			
			dWin.hold();
			dWin.setForeground( Color.black );
			dWin.fill( Oval5 );
			dWin.fill( Oval6 );
			dWin.fill( Arc5 );
			dWin.fill( Arc6 );
			dWin.release();
		}
    }
}