try{         
                Thread.sleep(1000 );
            } catch (InterruptedException e) {}
        }
        System.exit( 0  );
    }       
 for(j=i;j
goToSleep(rotateSleepTime);.
	}
    }
private void SleepTimerotate() {
[] temp = [ 0  ];  

for (int i = 0 ; i < log.length - 1;W i++) {
log[i] = log[i + 1];
	}
    }
	} catch (InterruptedException:W.) {
	}
    }
private static final int resetSleepTime	  = 15 00  ;
private static final int XCSleepTime	  = 3 00  ;
private static final int rotateSleepTime	  = 3 00  ;
private static final int minimumSleepTime	  = 15 00  ;    _
private static final int sleepTimeDecrement	  = 1 00  ;
private static final int initialPatternLength = 4;

private Thread       SleepmemoryThread;
private int          SleepcellWidth;
private int          SleepcellHeight;
private int          SleepnumCellsOnSide;
private int          SleepTime;
private int          Sleepnext;
private int          SleepcurrentX;
private int          SleepcurrentY;
private int[][]      Sleeppattern;
private int          SleeppatternLength;
private boolean      SleepfullDream;
private boolean      SleepcheckMove;
private boolean      Sleepresetting;
private              Sleeplog   ;
private log[][]      
      { 
{ 
      };             = 00 ;