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

//
// Train going right

public class object156 extends object{
	long oldtime=0l;
	
	boolean display=false;
	private int state=1;


	int nr;
	public object156(){
		objnumber=156;

		methods[0]="hit";
		methods[1]="reset";
		methods[2]="event1";
		methods[3]="event2";
		methods[4]="aftermove";
		methods[5]="event";

		
	}
	public void init(Global glbl){
		boolean found=false;
		global=glbl;
		image=global.loadImage(global.Server,global.Directory+"156"+global.Extention,global.show);
		int nr=-1;
		nr=0;
		nr=global.grid.next(0,0 ,156);
		global.storedobject155=0;

				
	}

				
	public void execute(){
		if(method.compareTo("aftermove")==0)
			aftermove();
		if(method.compareTo("hit")==0)
			hit();
		if(method.compareTo("reset")==0)
			reset();
		if(method.compareTo("event1")==0)
			event1();
		if(method.compareTo("event2")==0)
			event2();
		if(method.compareTo("event") == 0)
			event();
	}
	public void aftermove(){

	}


	public void hit(){
	}

	public void event1(){
		Date d=new Date();
		if((long)(d.getTime()) < oldtime+200)return;
		oldtime=(long)d.getTime();

		int py=(global.player.get())/(global.WIDTH*global.STEPP);
		int px=(global.player.get())%(global.WIDTH*global.STEPP);
		int p=(py*(global.WIDTH*global.STEPP))+px;


		nr=global.grid.next(nr<1?0:nr%(global.WIDTH*global.STEPP), nr<1?0:nr/(global.WIDTH*global.STEPP),156);
		int nry=nr>0?nr/(global.WIDTH*global.STEPP):0;
		if(nry > 0)nry=nry/global.STEPP;
		int nrx=nr%(global.WIDTH*global.STEPP);




		if(nr>-1){
			// look on the right
			int o1=global.grid.get(nr-global.STEPP);
			// is there track?
			if(o1 == 154  ){
				global.grid.set(nr, 154);

				global.grid.set(nr-global.STEPP, 156);
				nr-=global.STEPP;
				display=true;
			}
			// the end of track .. there is NO object

			if(o1 == 1){
//				if(p == nr-global.STEPP-global.STEPP && global.storedobject155==0){

				if(px == (nrx-global.STEPP) && py==nry  && global.storedobject155==0){

					global.PLAYERSTATE=global.PLAYERNOTHING;
					global.storedobject155=10000;
					global.freeze=true;
				}else{
					// Check if we have object
					if(global.storedobject155!=0){
						if(global.storedobject155 == 10000){
							global.player.set(nr-global.STEPP);
							global.PLAYERSTATE=global.WALKING;
							global.storedobject155=0;

							global.freeze=false;
						}else{
							// we have object
							// but is there no player around"
//							if( p  != nr-global.STEPP-global.STEPP){
							if( px == (nrx-global.STEPP) && py == nry ){
							}else{


								global.grid.set(nr-global.STEPP, global.storedobject155);
								global.storedobject155=0;

							}
						}
					}
				}
				global.grid.set(nr,154);
				// Advanced 155 one further since otherwise 155 thinks it is a the end of the track and takes away object again!
				global.grid.set(nr+global.STEPP,155);

				display=true;

			}
			// the end of track .. is there object
			if(o1 > 1 && o1 != 154){
				if(global.storedobject155==0){
					// We pick up object
					global.storedobject155=o1;
					global.grid.set(nr-global.STEPP,1);
					global.grid.set(nr,155);
					display=true;
				}else{
					// we can't put the object
					// so turn around
					global.grid.set(nr,155);
					display=true;
				}
			}
			// the end of track .. is there empty space and do we contain object

	
			// the end of track .. is there player?

			if(display){
//				if(global.boardrow != -1){
					global.boardrow=nr==0?0:nr/(global.WIDTH*global.STEPP);
					// Display the full length so start at the correct position!
					global.boardcol=(nr+global.STEPP)==0?0:(nr+global.STEPP)%(global.WIDTH*global.STEPP);
					// increasing width is no good since it is hitting side anyway!	
					global.boardwidth=global.PARTDRAW_WIDTH;
					global.boardheight=global.PARTDRAW_HEIGHT;
//				}
				global.doboard=true;
				display=false;
			}

		}



	}

	public void event2(){
	}
	public void reset(){
		state=1;
	}
	public void resetevent(){
		if(global.object==156 && global.perform)
			state=1;
	}

	public void event(){
		// put everything here like a 'run' method
//System.out.println("state: "+state);
		switch(state){

			case 1:
				event1();
				break;
			case 2:
				event2();
				break;
		}
		// draw image

	}

}