def validMoves( self, squares ):
moves = []
for i in DIRECTIONS:
newmoves = square.line( squares, self.pos, i , False )
if( len(newmoves) > 1 ):
if not self._isOppositeSide( squares[newmoves[-1]] ):
# remove last square becaues it is an allie
newmoves = newmoves[0:-1]
elif( len(newmoves) == 1 ):
if not self._isOppositeSide( squares[newmoves[0]] ):
newmoves = []
moves.extend( newmoves )
return moves
def validMoves( self, squares ):
moves = []
for i in STRAIGHT_DIR:
newmoves = square.line( squares, self.pos, i , False )
if( len(newmoves) > 1 ):
if not self._isOppositeSide( squares[newmoves[-1]] ):
# remove last square becaues it is an allie
newmoves = newmoves[0:-1]
elif( len(newmoves) == 1 ):
if not self._isOppositeSide( squares[newmoves[0]] ):
# the only move is to a square containing an allie
newmoves = []
moves.extend( newmoves )
return moves
def squaresAttacked( self, squares ):
attackedSquares = []
for i in DIRECTIONS:
newSqrs = square.line( squares, self.pos, i , True )
attackedSquares.extend( newSqrs )
return attackedSquares
def squaresAttacked( self, squares ):
attackedSquares = []
for i in STRAIGHT_DIR:
newSqrs = square.line( squares, self.pos, i , True )
attackedSquares.extend( newSqrs )
return attackedSquares