def CheckLvlUp(_1, player: Ai):
needed_stones = player.elevation_array[player.getLevel()]
inventory = player.getInventory()
for stone, nb in needed_stones:
if inventory[stone] < nb:
return Actions.FIND_CRYSTALS
return Actions.CHECK_PLAYER
def Synchronise(client: Client, player: Ai):
if Synchronise.look_id == -1:
Synchronise.look_id = client.build_command(
"Look", "", (player.getCoord(), player.getDir()))
if Synchronise.look_id != client.last:
return Actions.SYNCHRO
Synchronise.look_id = -1
return Synchronise.return_func
def Drop(client: Client, player: Ai):
client.build_command("Broadcast", "Drop")
needed_stone = player.elevation_array[player.getLevel()]
for stone, nb in needed_stone:
for drop in range(nb):
client.build_command("Set", stone)
if player.getBroadcaster():
take_all_resources(client, player)
return Actions.LVL_UP
def take_all_resources(client: Client, player: Ai):
x = player.getCoord()[0] % client.mapSize[0]
y = player.getCoord()[1] % client.mapSize[1]
map = player.getMap()
items = map[y][x].getStones()
for obj, nb in items.items():
if nb > 0:
while nb > 0:
client.build_command("Take", obj, (x, y))
nb -= 1
def LvlUp(client: Client, player: Ai):
needed_stones = player.elevation_array[player.getLevel()]
if LvlUp.Synchro == -1:
# client.build_command("Look", "", (player.getCoord(), player.getDir()))
Synchronise_incant.return_func = Actions.LVL_UP
LvlUp.Synchro = 1
LvlUp.OldLvl = player.getLevel()
return Actions.SYNCHRO_INCANT
LvlUp.Synchro = -1
if LvlUp.OldLvl == player.getLevel():
client.build_command("Broadcast", "Fail Incant")
return Actions.LOOK
def CheckPlayer(client: Client, player: Ai):
nb_player = player.elevation_player[player.getLevel()]
x = player.getCoord()[0] % client.mapSize[0]
y = player.getCoord()[1] % client.mapSize[1]
if nb_player != player.getMap()[y][x].getPlayer():
if nb_player < player.getMap()[y][x].getPlayer():
return Actions.FORWARD
if len(client.msgQueue) > 0:
return Actions.FIND_IF_BROADCASTER
return Actions.MAKE_FOOD_STOCK
else:
return Actions.TAKE_ALL
def TakeAll(client: Client, player: Ai):
needed_stone = player.elevation_array[player.getLevel()]
take_all_resources(client, player)
for stone, nb in needed_stone:
for drop in range(nb):
client.build_command("Set", stone)
return Actions.LVL_UP
def Forward(client: Client, player: Ai):
x = player.getCoord()[0] % client.mapSize[0]
y = player.getCoord()[1] % client.mapSize[1]
x_forward = (x + 1) % client.mapSize[0]
y_forward = (y + 1) % client.mapSize[1]
shifting(client, player, [x_forward, y_forward])
return Actions.LOOK
def FindFood(client: Client, player: Ai):
radar = PathFinding.radar(player.getCoord()[0], player.getCoord()[1], 9)
map = player.getMap()
x = player.getCoord()[0] % client.mapSize[0]
y = player.getCoord()[1] % client.mapSize[1]
if map[y][x].getStones()["food"] != 0:
client.build_command("Take", "food", tuple((x, y)))
for x, y in radar:
y %= client.mapSize[1]
x %= client.mapSize[0]
if map[y][x].getStones()["food"] != 0:
shifting(client, player, [x, y])
map[y][x].setPlayer(map[y][x].getPlayer() + 1)
client.build_command("Take", "food", tuple((x, y)))
return Actions.LOOK
return Actions.FORWARD
def IncantBroadCast(client: Client, player: Ai):
if IncantBroadCast.Synchro == -1:
client.build_command("Look", "", (player.getCoord(), player.getDir()))
IncantBroadCast.Synchro = 1
Synchronise_inventory.return_func = Actions.NEED_PEOPLE
return Actions.SYNCHRO_INVENTORY
IncantBroadCast.Synchro = -1
if player.getInventory()["food"] <= 6:
return Actions.LOOK
x = player.getCoord()[0]
y = player.getCoord()[1]
nb_player = player.elevation_player[player.getLevel()]
str = "{}: Incantation Lvl {}".format(player.getId(),
int(player.getLevel()))
client.build_command("Broadcast", str)
if nb_player == player.getMap()[y][x].getPlayer():
return Actions.DROP
player.setBroadcaster(True)
return Actions.NEED_PEOPLE
def FindCrystals(client: Client, player: Ai):
radar = PathFinding.radar(player.getCoord()[0], player.getCoord()[1], 9)
map = player.getMap()
needed_stones = player.elevation_array[player.getLevel()]
x = player.getCoord()[0] % client.mapSize[0]
y = player.getCoord()[1] % client.mapSize[1]
for stone, _ in needed_stones:
if map[y][x].getStones()[stone] != 0:
client.build_command("Take", stone, tuple((x, y)))
for x, y in radar:
for stone, _ in needed_stones:
y %= client.mapSize[1]
x %= client.mapSize[0]
if map[y][x].getStones()[stone] != 0:
shifting(client, player, [x, y])
client.build_command("Take", stone, tuple((x, y)))
map[y][x].setPlayer(map[y][x].getPlayer() + 1)
return Actions.LOOK
return Actions.FORWARD
def shifting(client: Client, player: Ai, to_go: list):
map = player.getMap()
player_coord = [
player.getCoord()[0] % client.mapSize[0],
player.getCoord()[1] % client.mapSize[1]
]
finding_path = PathFinding(client.mapSize[1], client.mapSize[0])
map[player_coord[1]][player_coord[1]].setPlayer(
map[player_coord[1]][player_coord[0]].getPlayer() - 1)
try:
actions, player.dir = finding_path.goToTile(player.getCoord(), to_go,
player.getDir())
for move in actions:
client.build_command(move)
except ValueError:
print(player.getDir())
player.setCoord(to_go[0], to_go[1])
def CheckingFood(client: Client, player: Ai):
client.build_command("Inventory")
if player.getInventory()["food"] < 5:
return Actions.FIND_FOOD
return Actions.CHECK_LVL_UP