class AI(BaseAI):
"""The class implementing gameplay logic."""
@staticmethod
def username():
return "Virtuamancer"
@staticmethod
def password():
return "password"
##This function is called once, before your first turn
def init(self):
self.coves = [i for i in self.tiles if i.owner == self.playerID]
self.grid = Pathfinder(self)
pass
##This function is called once, after your last turn
def end(self):
pass
##This function is called each time it is your turn
##Return true to end your turn, return false to ask the server for updated information
def run(self):
self.in_season = [i for i in self.species if i.season == self.currentSeason]
self.move_all()
self.spawn()
return 1
def __init__(self, conn):
BaseAI.__init__(self, conn)
def move_all(self):
for i in self.fishes:
if i.owner == self.playerID:
self.move_fish(i)
def move_fish(self, fish):
if self.playerID == 0:
target = range(23, 41)
else:
target = range(0, 18)
self.grid.populate()
dests = self.grid.path(fish)
for i in dests:
#TODO: Find nearest enemy tile rather than a cove.
if i.x in target:
closest = i
break
else:
return
dest = closest.source
self.moveToward(fish, dest)
if fish.x == dest.x and fish.y == dest.y:
self.players[self.playerID].talk('Down you go!')
fish.drop(closest.x, closest.y, -1)
fish.pickUp(closest.x, closest.y, -30000)
def moveToward(self, fish, tile):
path = [tile]
while path[-1].source:
path.append(path[-1].source)
path = path[-fish.movementLeft - 1:]
path.pop()
while path:
next = path.pop()
fish.move(next.x, next.y)
def spawn(self):
closest = min(self.coves, key = lambda x: abs(self.mapWidth/2 - x.x))
fastest = max(self.in_season, key = attrgetter('maxMovement'))
fastest.spawn(closest.x, closest.y)
def init(self): self.coves = [i for i in self.tiles if i.owner == self.playerID] self.grid = Pathfinder(self) pass