def isValid( self, grid, point ):
""" A brick cannot be placed adjacent to any piece. """
if not super( Brick, self ).isValid( grid, point ):
return False
if( grid.isAnyTokenAtPointInList( adjacentPoints( point ) ) ):
return False
return True
def isValid( self, grid, point ):
if not super( Glob, self ).isValid( grid, point ):
return False
if not self.existsOnTheBoard( grid ):
return True
if self.atPointInList( grid, adjacentPoints( point ) ):
return True
def isValid( self, grid, point ):
""" A king cannot be placed adjacent to any other piece, nor can any other piece be placed adjacent to a king."""
if not super( King, self ).isValid( grid, point ):
return False
if( grid.isAnyTokenAtPointInList( adjacentPoints( point ) ) ):
return False
return True
def afterPlacement( self, grid, point ):
""" Called after the token is placed at a point. """
super( Bomb, self ).afterPlacement( grid, point )
points = adjacentPoints( point )
for point in points:
grid.clearToken( point )
return self
def isValid( self, grid, point ):
""" Takes a grid object and a tuple point (x, y) """
# No token may be placed next to a King
adjacent_points = adjacentPoints( point )
if( grid.isTokenAtPointInList( King(), adjacent_points) ):
return False
return True
def afterPlacement( self, grid, point ):
""" Called after the token is placed at a point. """
super(Brick, self).afterPlacement( grid, point )
points = adjacentPoints( point )
for brick_point in points:
x,y = brick_point
grid.setToken( Brick(), (x,y) )
return self
def isValid( self, grid, point ):
""" A parasite can be adjacent to any token but not another parasite. """
if not super( Parasite, self ).isValid( grid, point ):
return False
if not self.existsOnTheBoard( grid ):
return True
adjacent_points = adjacentPoints( point )
if grid.isAnyTokenAtPointInList( adjacent_points ) and not self.atPointInList( grid, adjacent_points ):
return True
else:
return False
def isValid( self, grid, point ):
""" A crowd must be placed adjacent to 5 or more pieces. """
if not super( Crowd, self ).isValid( grid, point ):
return False
points = adjacentPoints( point )
counter = 0
for adjacentPoint in points:
if grid.isAnyTokenAtPoint( adjacentPoint ):
counter += 1
if counter < 5:
return False
return True