private bool eligibleHumanMove(short[][][] maze, int x, int y, int newX, int newY)
{
if (Mummy.eligibleLivingThingsMove(maze, x, y, newX, newY))
{
return(!(LivingThings.digit(maze[newX][newY][0], 5) == 1));
}
else
{
return(false);
}
}
public static State keyCheck(State state, LivingThings objects)
{
if (LivingThings.digit(state.getMaze()[objects.getX()][objects.getY()][0], 6)
== 1)
{ //Key check
for (int i = 0; i < state.getKey().Length; i++)
{
if (state.getKey()[i].samePlace(objects))
{
state.setMaze(state.getKey()[i].changeState(state.getMaze()));
}
}
}
return(state);
}
public short[][][] changeState(short[][][] maze)
{
int otherSide = (LivingThings.digit(maze[this.xWall][this.yWall][0], this.side) + 1) % 2;
maze[this.xWall][this.yWall][0]
= editDigit(maze[this.xWall][this.yWall][0], this.side, otherSide);
// Also changeState the relevant unit
int xRelevant = 0, yRelevant = 0;
if (this.side == 1)
{ //left --> Unit on the left changes right wall state
xRelevant = this.xWall;
yRelevant = this.yWall - 1;
}
else if (this.side == 2)
{ //down
xRelevant = this.xWall + 1;
yRelevant = this.yWall;
}
else if (this.side == 3)
{ //right
xRelevant = this.xWall;
yRelevant = this.yWall + 1;
}
else if (this.side == 4)
{ //up
xRelevant = this.xWall - 1;
yRelevant = this.yWall;
}
int relevantSide = (this.side + 2) % 4;
if (relevantSide == 0)
{
relevantSide += 4;
}
maze[xRelevant][yRelevant][0]
= editDigit(maze[xRelevant][yRelevant][0], relevantSide, otherSide);
return(maze);
}
public bool samePlace(LivingThings thing)
{
return((this.getX() == thing.getX()) && (this.getY() == thing.getY()));
}
