import java.awt.*;

public class object63 extends object1{

	public Sound squick;
	public Image image2;
	public Image image1;
	public Image image;
	private Image image3;	// 'Calculated'image
	private Image origbackground;

	public int other=-1;
	public int other2=-1;
	int cc=0;			// Calculaged


	public object63(){

		methods[0]="hit";
		methods[1]="event1";
		methods[2]="event2";
		methods[3]="event";	
		methods[4]="resetevent";

		objnumber=63;

	}
	//
	// Used to show the changed image
	// if we use parent image it will not show anything different
	//
	public Image getImage(){return image;}		

	// Use super to use the parent methods
	public void init(Global glbl){
		super.init(glbl);

		image1=global.loadImage(global.Server, global.Directory+"63"+global.Extention, global.show);
		image2=global.loadImage(global.Server, global.Directory+"63_1"+global.Extention, global.show);

		squick=global.loadSound(global.Server, global.Directory+"63.au");

		image3=image1;
		// Make sure there is no image .. if there is an image it will 'ruin' the display
		//				  when we walk over it
		image=null;

		other=global.grid.next(0,0,62);

		other2=global.grid.next(0,0,getNr());
//System.out.println("GetBack: "+other2);

		// When used with background we have to calculate the offset it has 
		//	Our tile height is one greater than the location on screen!
//		if(global.STEPP == 1){
//			other2+=(global.WIDTH*global.STEPP);
//		}

		if(other>-1){
			origbackground=global.show.getBackground(other2);
//			global.show.drawImage(origbackground,300,300);


			int x,y;
			//
			// changeBackground uses different offsets .. so re-calculate other2:
			// extra complicated
			//			AND HOW ABOUT CORNER ACTIVATIONS????
			//
/*
			if(global.STEPP==1)
				cc=other2;
			else{
//System.out.println("other2: "+other2);
				y=other2==0?0: (int) Math.floor((other2/(global.WIDTH*global.STEPP))/global.STEPP);
//System.out.println("y = "+y);
			int t=((global.WIDTH*global.STEPP)*global.STEPP);

			int www=y*t;
			int ddd=other2-www;
//System.out.println("(W*S)*S:"+t+" Y*t: "+(ddd));

//System.out.println("pos:"+pos+" - ("+ddd+") : "+ ddd+"needs to be divided by stepp(5)");
			x=(ddd)/global.STEPP;




				
				cc=(y*(global.WIDTH*global.STEPP))+(x*global.STEPP)+global.WIDTH;

			}
*/
int yi=(other2==0?0:other2/(global.WIDTH*global.STEPP));
int xi=(other2%(global.WIDTH*global.STEPP));
int snr=((yi+global.STEPP)*global.WIDTH)+xi;
cc=snr;

//System.out.println("cc: "+cc);
//			global.show.changeBackground(image3,origbackground, cc);
			global.show.changeBackground(image3,origbackground, snr);
		}


		
	}

	public void execute(){
		if(method.compareTo("hit")==0)
			hit();
		if(method.compareTo("event")==0)
			event();
		if(method.compareTo("resetevent")==0)
			resetevent();

	}


	public void hit(){
		super.hit();

		if(other > -1){
			if(global.playsound)
				squick.play();
			
			if(global.grid.get(other)==62){
				image3=image2;
				global.grid.set(other,1);
			}
			else if(global.grid.get(other)==1){
				image3=image1;
				global.grid.set(other,62);
			}

			global.show.changeBackground(image3,origbackground, cc);

   			global.boardrow=-1;
		                        global.boardcol=-1;
			global.boardwidth=-1;
			global.boardheight=-1;
                        		global.doboard=true;


		}
	}

	public void resetevent(){
		super.resetevent();
	}

		
	public void event(){	

		switch(state){
			case 1:event1();break;
			case 2:event2();break;
		}

	}




}