import java.util.*;
import java.awt.*;

// 
//	End point of memory
//
//
public class object12 extends object{
	// calculate the random cards	
	private static Random random		= new Random(); 
 
	int state=0;
	long oldtime=0;


	Image oldimage;	// When card is turned it should be put back 




	public object12(){
		objnumber=12;

		methods[0]="hit";
		methods[1]="resetevent"; 
		methods[2]="event";
	


	}
	
	public void init(Global glbl){
		global=glbl;
//System.out.println("object 12 init!");

		if(image == null){
			image=global.loadImage(global.Server, global.Directory+"12"+global.Extention, global.show);
			oldimage=image;
			for(int i=0; i< 32; i++){

//System.out.println("loading image: 11_"+i);
				global.memory_img[i]=global.loadImage(global.Server, global.Directory+"11_"+(i+1)+global.Extention, global.show);
//System.out.println("?Image: "+global.memory_img[i]);
			}


		}
		sound=global.loadSound(global.Server, global.Directory+"11.au");
		Date d=new Date();
		oldtime=(long)d.getTime();

		husle();
	}

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

		if(method.compareTo("hit")==0){
			hit();
			return;
		}

	}

	// Hit the crate/wood
	public void hit(){

	}
	public void event(){
//System.out.println("object12.event");
	}	

	public void resetevent(){
		System.out.println("Resetevent on object12");
		husle();
	}


	// Display
	public void display(){
		global.boardrow=-1;
		global.boardcol=-1;
		global.doboard=true;	
	}


	
	// random change cards
	public void husle(){

//System.out.println("husle!");
		// Set the item


		int free[]=new int[32];
		for(int i=0;i<32;i++) free[i]=0;


		global.cards=new Hashtable();


		for(int x=2; x < global.WIDTH-2; x++){
			for(int y=2; y < global.HEIGHT-2; y+=2){
				boolean ok=false;
				Integer check=new Integer(0);
				try{
					check=(Integer)global.cards.get((String)(""+x*global.STEPP+","+y*global.STEPP));
					if(check.intValue() > 0) ok=true;
				}catch(Exception g){
				}


				while(!ok){
					Integer I=new Integer(rnd(31));




						int i=I.intValue();
						
						global.cards.put((String)(""+x*global.STEPP+","+y*global.STEPP), new Integer(I.toString()));
						global.grid.setxy(x*global.STEPP,y*global.STEPP, 11);


						// search next available object
						boolean found=false;
						while(!found){
							Integer X=new Integer(rnd(global.WIDTH));
							Integer Y=new Integer(rnd(global.HEIGHT));

							if(X.intValue() > 1 && X.intValue() < global.WIDTH-2 && Y.intValue() > 1 && Y.intValue() < global.HEIGHT-2 && Y.intValue()%2 == 0){
								Integer C=new Integer(0);
								try{
									C=(Integer)global.cards.get( (String) (""+(X.intValue()*global.STEPP)+","+(Y.intValue()*global.STEPP)));
									if(C==null) C=new Integer(0);
								}catch(Exception gg){C=new Integer(0);}
								if(C.intValue() == 0){
	
									found=true;
									global.cards.put((String)(""+(X.intValue()*global.STEPP)+","+(Y.intValue()*global.STEPP)),  new Integer(I.toString()));
									global.grid.setxy(X.intValue()*global.STEPP,Y.intValue()*global.STEPP, 11);


									ok=true;
	
								}
							}

						}	// while !found
						

						

				} // while

			} // for y
		} // for x
		int twelve=global.grid.next(0,0,12);
		global.grid.set(twelve, 109);

		state=1;
		global.selected=0;
		display();

	}


	public int rnd(int rr){
		return rand(rr);
	}
	public int rand(int seed){
		int retval=random.nextInt(seed)+1;
		return retval;


	}



}