def cardPath(gameMap, startLocation, cards):
'''Return a list of MovePoints containing every step resulting from
applying cards at startLocation.
Ignores all robots on the map but does take into account walls,
conveyor belts and gears.
gameMap -- the current state of the game map.
startLocation -- the starting BoardLocation of the move.
cards -- list of robot Card moves, to be applied in order.
'''
#if we can't move, we end up where we started
points = [MovePoint(startLocation)]
for card in cards:
#move robot
endPoint = move(gameMap, startLocation, card.move)
if endPoint.dead:
points.append(endPoint)
return points
if endPoint.location != startLocation:
startLocation = endPoint.location
points.append(MovePoint(startLocation))
sq = gameMap.getSquare(startLocation.mapPosition)
#conveyor belt - may cause a 1/4 turn.
speed = 1
while sq.conveyor is not None and speed <= sq.conveyor.speed:
endPoint = move(gameMap, startLocation.mapPosition,
sq.conveyor.direction)
locMove = BoardLocation(endPoint.location.mapPosition,
startLocation.direction)
sq = gameMap.getSquare(endPoint.location.mapPosition)
if sq.conveyor is not None:
dirEnter = moveDirection(startLocation.mapPosition,
endPoint.location.mapPosition)
if dirEnter is None:
dirEnter = startLocation.direction
locMove = locMove.rotate(DIRS[sq.conveyor.direction] - DIRS[dirEnter])
startLocation = locMove
points.append(MovePoint(startLocation))
speed += 1
#gears
if sq.type == "ROTATE_CLOCKWISE":
startLocation = startLocation.rotate(1)
elif sq.type == "ROTATE_COUNTERCLOCKWISE":
startLocation = startLocation.rotate(-1)
else:
assert sq.type in TYPE
points.append(MovePoint(startLocation))
#damage
damage = calcLaserDamage(gameMap, startLocation)
if damage != 0:
points[-1].damage = damage
return points
