def __init__(self, mapFileName, cm=None, numPlayers = None, AIPlayers = None, seed = None):
super(Map, self).__init__()
self.cm = cm
self.batchableNode = BatchableNode()
self.batchableNode.position = 0,0
self.add(self.batchableNode,z=VERTEX_Z)
# Initiliaze variables - these will be set in parse_map_file.
self.vertexPositions = {}
self.edgePositions = defaultdict(
list) # key: vid of one end, v: vid of other end
self.AS = {} # we can get list of vertices from here
self.cores = {} # k: just the cores
self.vertices = {} # k: all vertices and cores
self.edges = [] # list of all edges
self.startingUnits = defaultdict(lambda: defaultdict(list))
self.startingResearch = defaultdict(list)
self.availResearch = []
self.w = - 1
# Width of map in terms of num of cells. set in parse_map_file
self.h = - 1
# Height of map in terms of num of cells. set in parse_map_file
self.players = [] # list of pids
self.AIPlayers = []
self.pid = 0
if mapFileName == "random":
# Generate a random map. Creates a map and writes it to the /maps/ directory. Returns the file name.
# Set the seed.
random.seed(seed)
# Map Dimensions
numRows = int(random.randint(6 * numPlayers, 14 * numPlayers)) # if 2 players, min of 12x12, max of 28x28
numCols = int(random.randint(6 * numPlayers, 14 * numPlayers))
# Number of ASes
numASes = int(math.ceil((numCols * numRows) / 140.0)) # If 2 players, min of 2 ASes, max of 6.
# Verts per AS
minVertsPerAS = 2
maxVertsPerAS = 4
playerStartUnits = {0:[],1:[]}
playerResearch = {0:[],1:[]}
maxCoresPerAS = 2
mapFileName = self.generate_random_map(numPlayers, numCols, numRows, playerStartUnits, playerResearch, minVertsPerAS, maxVertsPerAS, numASes, maxCoresPerAS, AIPlayers, seed)
# Parses the map file and sets all relevant information.
self.parse_map_file(mapFileName)
self.minimap = None # Starts as None. Eventually stores the instance of MiniMap built off this Map (happens in controller)
def getFakeObject(self, position, width = 2, height = 2):
obj = BatchableNode()
obj.cshape = cm.AARectShape(position, width // 2,height // 2)
return obj
