def route_complete(playerData, carId):
"""The engine calls this function
during part 1 to validate your route checking
Parameters:
playerData - your player data as always
carId - the id of the car where the route starts (1-32)
You return:
isComplete - true or false depending on whether or not this car
connects to another car or power station"""
# get position of first tile
myCar = CarData(carId)
currTile = playerData.tiles[myCar.entryTile]
currNode = myCar.entryNode
# traverse route until complete or dead-end
while True:
exitNode = currTile.routeMap[currNode]
if (exitNode == None):
return False
elif (currTile.isTerminalNode(exitNode) is True):
myCar.complete = True
return True
elif (currTile.isPsNode(exitNode) is True):
myCar.complete = True
return True
elif (exitNode == 1):
currNode = 4
currTile = playerData.tiles[(currTile.position[0] - 1,
currTile.position[1])]
elif (exitNode == 3):
currNode = 6
currTile = playerData.tiles[(currTile.position[0],
currTile.position[1] + 1)]
elif (exitNode == 5):
currNode = 0
currTile = playerData.tiles[(currTile.position[0] + 1,
currTile.position[1])]
elif (exitNode == 7):
currNode = 2
currTile = playerData.tiles[(currTile.position[0],
currTile.position[1] - 1)]
def route_complete(playerData, carId):
"""The engine calls this function
during part 1 to validate your route checking
Parameters:
playerData - your player data as always
carId - the id of the car where the route starts (1-32)
You return:
isComplete - true or false depending on whether or not this car
connects to another car or power station"""
# get position of first tile
myCar = CarData(carId)
currTile = playerData.tiles[myCar.entryTile]
currNode = myCar.entryNode
# traverse route until complete or dead-end
while True:
exitNode = currTile.routeMap[currNode]
if (exitNode == None):
return False
elif (currTile.isTerminalNode(exitNode) is True):
myCar.complete = True
return True
elif (currTile.isPsNode(exitNode) is True):
myCar.complete = True
return True
elif (exitNode == 1):
currNode = 4
currTile = playerData.tiles[(currTile.position[0]-1,currTile.position[1])]
elif (exitNode == 3):
currNode = 6
currTile = playerData.tiles[(currTile.position[0],currTile.position[1]+1)]
elif (exitNode == 5):
currNode = 0
currTile = playerData.tiles[(currTile.position[0]+1,currTile.position[1])]
elif (exitNode == 7):
currNode = 2
currTile = playerData.tiles[(currTile.position[0],currTile.position[1]-1)]
