/**
* Method: getMoveLocations() Usage: 3rd step in act() of Critter ---------------------------- if
* Follower has a target, Follower moves to the location opposite to the target's direction if
* target is null, Follower roams like a generic Critter until a target is found @Postcondition:
* The state of all actors is unchanged.
*
* @return a list of possible locations for the next move
*/
public ArrayList<Location> getMoveLocations() {
ArrayList<Location> nextLoc = new ArrayList<Location>();
if (target != null) {
Location next =
target.getLocation().getAdjacentLocation(target.getDirection() + Location.HALF_CIRCLE);
if (getGrid().isValid(next)) nextLoc.add(next);
} else {
for (Location l : super.getMoveLocations()) // for every empty adjacent loc
if (getGrid().isValid(l)) // if it's also valid
nextLoc.add(l); // add it to list of possible locs
}
return nextLoc;
}
public boolean inDanger(Actor actor) // Method to check if piece is in danger
{
loc = actor.getLocation(); // Gets location of actor being checked
neighbors = getGrid().getNeighbors(loc); // Gets all neighbors of this piece
if (oppositeDirection
>= 360) // Opposite direction adds 180 degrees to angle so since compass directions do not
// exceed 359, this gets the equivalent angle if it does
{
oppositeDirection =
oppositeDirection - 360; // Subtracts 360 degrees to find the coterminal angle
}
boolean output = false; // Default output response set to true
for (counter = 0;
counter < neighbors.size() - 1;
counter++) // For loop using the external counter
{
if (neighbors.get(counter) instanceof WhiteKing) // If the neighboring
{
if (getGrid().get(oppositeDirectionLocation) == null) {
output = true;
return output;
}
}
if (neighbors.get(counter) instanceof WhitePiece) {
int pieceDirection = neighbors.get(counter).getDirection();
if (pieceDirection == 0 || pieceDirection == 45 || pieceDirection == 315) {
if (getGrid().get(oppositeDirectionLocation) == null) {
output = true;
return output;
}
}
}
}
return output;
}
