def updateMap(self, m: Map) -> Map:
if len(m.id) != 24:
return m
result = mapCol.update_one({'_id': ObjectId(m.id)},
{'$set': m.toDBMap()},
upsert=True)
if result.upserted_id:
m.id = str(result.upserted_id)
return m
def __init__(self):
self.direction = 'down'
self.hero_stat_statusbar = None
self.level = 1
self.view = View(self.level)
self.map = Map()
self.hero = Hero(self.map.occupied_tile_position)
self.game_start(self.level)
self.view.master.mainloop()
def add_map_to_database(user_id, map_name, map_description):
"""Add map to database"""
url_hash = uuid.uuid4() #generate random uuid (universal unique identifier) for map
map_hex = url_hash.hex
new_map = Map(user_id=user_id,
map_name=map_name,
map_description=map_description,
map_url_hash=map_hex)
db.session.add(new_map)
db.session.commit()
def runTest(self):
size = [10, 5]
self.assertEqual(5, len(Map.generate_map(size)))
ocean_test = Map('config.json')
self.assertEqual(False, ocean_test.check_prey(0, 0))
self.assertEqual(False, ocean_test.check_predator(1, 1))
self.assertEqual(True, ocean_test.check_move(ocean_test.predators[0], 0))
def _map_init(self, map_msg):
row_num = map_msg["rows"]
col_num = map_msg["cols"]
input_cells = [[Cell(row=row, col=col) for col in range(col_num)] for row in range(row_num)]
paths = [Path(id=path["id"], cells=[input_cells[cell["row"]][cell["col"]] for cell in path["cells"]]
) for path in map_msg["paths"]]
kings = [King(player_id=king["playerId"], center=input_cells[king["center"]["row"]][king["center"]["col"]],
hp=king["hp"],
attack=king["attack"], range=king["range"], target=None, target_cell=None, is_alive=True)
for king in map_msg["kings"]]
self.players = [Player(player_id=map_msg["kings"][i]["playerId"], king=kings[i], deck=[],
hand=[], ap=self.game_constants.max_ap,
paths_from_player=self._get_paths_starting_with(kings[i].center, paths),
path_to_friend=self._find_path_starting_and_ending_with(kings[i].center,
kings[i ^ 1].center, paths),
units=[], cast_area_spell=None, cast_unit_spell=None,
duplicate_units=[],
hasted_units=[],
played_units=[],
died_units=[],
range_upgraded_unit=None,
damage_upgraded_unit=None,
spells=[]) for i in range(4)]
for player in self.players:
player.paths_from_player.remove(player.path_to_friend)
self.player = self.players[0]
self.player_friend = self.players[1]
self.player_first_enemy = self.players[2]
self.player_second_enemy = self.players[3]
self.map = Map(row_num=row_num, col_num=col_num, paths=paths, kings=kings, cells=input_cells, units=[])
def get(self):
global is_generated
if is_generated:
self.response.out.write("Fake database already generated")
return
#generate maps
rand_maps = []
for i in range(1, 50):
rand_maps.append(Map.random())
index = search.Index(maps.MAP_INDEX)
index.put(rand_maps)
#base_stations
put_base_stations()
for i in range(1, 300):
put_random_scan()
is_generated = True
self.response.out.write("Database generated, fire away ;-)")
def get(self):
global is_generated
if is_generated:
self.response.out.write("Fake database already generated")
return
#generate maps
rand_maps = []
for i in range(1, 50):
rand_maps.append(Map.random())
index = search.Index(maps.MAP_INDEX)
index.put(rand_maps)
#base_stations
put_base_stations()
for i in range(1, 300):
put_random_scan()
is_generated = True
self.response.out.write("Database generated, fire away ;-)")
def saveMap(self, m: Map) -> Map:
result = mapCol.insert_one(m.toDBMap())
m.id = str(result.inserted_id)
return m
def assembleMap(self, item: dict) -> Map:
m = Map(item)
m.id = str(item['_id'])
return m
def post(self):
name = self.get_body_argument('name')
planSize = self.get_body_arguments('planSize')
planUnix = self.get_body_argument('planUnit')
actualSize = self.get_body_arguments('actualSize')
actualUnit = self.get_body_argument('actualUnit')
originInPlan = self.get_body_arguments('originInPlan')
rotationAngle = self.get_body_arguments('rotationAngle')
originInActual = self.get_body_arguments('originInActual')
isClockwise = bool(int(self.get_body_argument('isClockwise', False)))
standardVector = self.get_body_argument('standardVector', '0,1')
standardVector = [float(item) for item in standardVector.split(',')]
if len(planSize) > 1:
actualSize = [float(item) for item in actualSize]
else:
actualSize = [float(item) for item in actualSize[0].split(',')]
if len(planSize) > 1:
planSize = [float(item) for item in planSize]
else:
planSize = [float(item) for item in planSize[0].split(',')]
if len(originInPlan) > 1:
originInPlan = [float(item) for item in originInPlan]
else:
originInPlan = [float(item) for item in originInPlan[0].split(',')]
if len(rotationAngle) > 1:
rotationAngle = [float(item) for item in rotationAngle]
else:
rotationAngle = [
float(item) for item in rotationAngle[0].split(',')
]
if len(originInActual) > 1:
originInActual = [float(item) for item in originInActual]
else:
originInActual = [
float(item) for item in originInActual[0].split(',')
]
planImage = self.request.files['planImage']
originName = planImage[0]['filename']
filename = name + os.path.splitext(originName)[-1]
fileBody = planImage[0]['body']
planPath = localFileAdapter.save(filename, fileBody)
mapDict = {
'name': name,
'planSize': planSize,
'planUnix': planUnix,
'actualSize': actualSize,
'actualUnit': actualUnit,
'originInPlan': originInPlan,
'planPath': planPath,
'originInActual': originInActual,
'rotationAngle': rotationAngle,
'isClockwise': isClockwise,
'standardVector': standardVector
}
logging.info(mapDict)
m = Map(mapDict)
m = mapService.saveMap(m)
self.write({'code': 0, 'data': m.toJsonMap()})
def __init__(self):
self.m = Map()
self.service = Service()
self.d = Drone(0, 0)
class UI:
def __init__(self):
self.m = Map()
self.service = Service()
self.d = Drone(0, 0)
def prinMenu(self):
print("1. AStar")
print("2. Greedy")
choice = int(input("Option: "))
return choice
def main(self):
astar_or_greedy = self.prinMenu()
# we create the map
self.m.randomMap()
#m.saveMap("test2.map")
#self.m.loadMap("test1.map")
# initialize the pygame module
pygame.init()
# load and set the logo
logo = pygame.image.load("logo32x32.png")
pygame.display.set_icon(logo)
pygame.display.set_caption("Path in simple environment")
# we position the drone somewhere in the area
x = randint(0, 19)
y = randint(0, 19)
#random_ending
destination_x = randint(0, 19)
destination_y = randint(0, 19)
while self.m.surface[destination_x][destination_y] != 0:
destination_x = randint(0, 19)
destination_y = randint(0, 19)
print("Final " + str(destination_x) + " " + str(destination_y))
#create drona
self.d = Drone(x, y)
# create a surface on screen that has the size of 400 x 480
screen = pygame.display.set_mode((400, 400))
screen.fill(WHITE)
# define a variable to control the main loop
running = True
# main loop
while running:
# event handling, gets all event from the event queue
for event in pygame.event.get():
# only do something if the event is of type QUIT
if event.type == pygame.QUIT:
# change the value to False, to exit the main loop
running = False
if event.type == KEYDOWN:
self.d.move(self.m) #this call will be erased
screen.blit(self.d.mapWithDrone(self.m.image()), (0, 0))
pygame.display.flip()
if astar_or_greedy == 1:
path = self.service.searchAStar(self.m, x, y, destination_x,
destination_y)
else:
path = self.service.searchGreedy(self.m, x, y, destination_x,
destination_y)
if path:
screen.blit(self.service.displayWithPath(self.m.image(), path),
(0, 0))
pygame.display.flip()
time.sleep(5)
pygame.quit()
class World:
DEBUGGING_MODE = False
LOG_FILE_POINTER = None
_shortest_path = dict()
def __init__(self, world=None, queue=None):
self._start_time = 0
self._init_message = None
self._game_constants = None
self._turn_updates = None
self._map = None
self._base_units = None
self._current_turn = 0
self._players = []
self._player = None
self._player_friend = None
self._player_first_enemy = None
self._player_second_enemy = None
self._spells = []
self._cast_spells = []
if world is not None:
self._init_message = world._init_message
self._game_constants = world._game_constants
self._turn_updates = TurnUpdates(turn_updates=world._turn_updates)
self._map = world._map
self._base_units = world._base_units
self._spells = world._spells
self._current_turn = world._current_turn
self._players = world._players
self._player = world._player
self._player_friend = world._player_friend
self._player_first_enemy = world._player_first_enemy
self._player_second_enemy = world._player_second_enemy
self._cast_spells = world._cast_spells
self._queue = world._queue
else:
self._queue = queue
if len(World._shortest_path) == 0:
self._pre_process_shortest_path()
def _pre_process_shortest_path(self):
def path_count(paths_from_player, paths_from_friend, path_to_friend):
shortest_path = [[None for i in range(self._map.col_num)]
for j in range(self._map.row_num)]
shortest_dist = [[0 for i in range(self._map.col_num)]
for j in range(self._map.row_num)]
for p in paths_from_player:
num = 0
for c in p.cells:
row = c.row
col = c.col
if shortest_path[row][col] is None:
shortest_path[row][col] = p
shortest_dist[row][col] = num
elif shortest_dist[row][col] > num:
shortest_dist[row][col] = num
shortest_path[row][col] = p
num += 1
l = len(path_to_friend.cells)
for p in paths_from_friend:
num = l - 1
for c in p.cells:
row = c.row
col = c.col
if shortest_path[row][col] is None:
shortest_path[row][col] = p
shortest_dist[row][col] = num
elif shortest_dist[row][col] > num:
shortest_dist[row][col] = num
shortest_path[row][col] = p
num += 1
return shortest_path
for player in self._players:
World._shortest_path.update({
player.player_id:
path_count(
player.paths_from_player,
self._get_friend_by_id(player.player_id).paths_from_player,
player.path_to_friend)
})
def _get_current_time_millis(self):
return int(round(time.time() * 1000))
def _get_time_past(self):
return self._get_current_time_millis() - self._start_time
def _game_constant_init(self, game_constants_msg):
self._game_constants = GameConstants(
max_ap=game_constants_msg["maxAP"],
max_turns=game_constants_msg["maxTurns"],
turn_timeout=game_constants_msg["turnTimeout"],
pick_timeout=game_constants_msg["pickTimeout"],
turns_to_upgrade=game_constants_msg["turnsToUpgrade"],
turns_to_spell=game_constants_msg["turnsToSpell"],
damage_upgrade_addition=game_constants_msg[
"damageUpgradeAddition"],
range_upgrade_addition=game_constants_msg["rangeUpgradeAddition"],
hand_size=game_constants_msg["handSize"],
deck_size=game_constants_msg["deckSize"],
ap_addition=game_constants_msg["apAddition"])
def _find_path_starting_and_ending_with(self, first, last, paths):
for path in paths:
c_path = Path(path=path)
if c_path.cells[0] == first and c_path.cells[-1] == last:
return c_path
c_path.cells.reverse()
if c_path.cells[0] == first and c_path.cells[-1] == last:
return c_path
return None
def _map_init(self, map_msg):
row_num = map_msg["rows"]
col_num = map_msg["cols"]
input_cells = [[Cell(row=row, col=col) for col in range(col_num)]
for row in range(row_num)]
paths = [
Path(id=path["id"],
cells=[
input_cells[cell["row"]][cell["col"]]
for cell in path["cells"]
]) for path in map_msg["paths"]
]
kings = [
King(player_id=king["playerId"],
center=input_cells[king["center"]["row"]][king["center"]
["col"]],
hp=king["hp"],
attack=king["attack"],
range=king["range"],
target=None,
target_cell=None,
is_alive=True) for king in map_msg["kings"]
]
self._players = [
Player(player_id=map_msg["kings"][i]["playerId"],
king=kings[i],
deck=[],
hand=[],
ap=self._game_constants.max_ap,
paths_from_player=self._get_paths_starting_with(
kings[i].center, paths),
path_to_friend=self._find_path_starting_and_ending_with(
kings[i].center, kings[i ^ 1].center, paths),
units=[],
cast_area_spell=None,
cast_unit_spell=None,
duplicate_units=[],
hasted_units=[],
played_units=[],
died_units=[],
range_upgraded_unit=None,
damage_upgraded_unit=None,
spells=[]) for i in range(4)
]
for player in self._players:
player.paths_from_player.remove(player.path_to_friend)
self._player = self._players[0]
self._player_friend = self._players[1]
self._player_first_enemy = self._players[2]
self._player_second_enemy = self._players[3]
self._map = Map(row_num=row_num,
col_num=col_num,
paths=paths,
kings=kings,
cells=input_cells,
units=[])
def _base_unit_init(self, msg):
self._base_units = [
BaseUnit(type_id=b_unit["typeId"],
max_hp=b_unit["maxHP"],
base_attack=b_unit["baseAttack"],
base_range=b_unit["baseRange"],
target_type=UnitTarget.get_value(b_unit["target"]),
is_flying=b_unit["isFlying"],
is_multiple=b_unit["isMultiple"],
ap=b_unit["ap"]) for b_unit in msg
]
def _get_base_unit_by_id(self, type_id):
for base_unit in self._base_units:
if base_unit.type_id == type_id:
return base_unit
return None
def _spells_init(self, msg):
self._spells = [
Spell(type=SpellType.get_value(spell["type"]),
type_id=spell["typeId"],
duration=spell["duration"],
priority=spell["priority"],
range=spell["range"],
power=spell["power"],
target=SpellTarget.get_value(spell["target"]),
is_damaging=spell["power"] < 0) for spell in msg
]
def _handle_init_message(self, msg):
self._init_message = msg
self._start_time = self._get_current_time_millis()
self._game_constant_init(msg['gameConstants'])
self._map_init(msg["map"])
self._base_unit_init(msg["baseUnits"])
self._spells_init(msg["spells"])
self._current_turn = 0
def _handle_turn_kings(self, msg):
for king_msg in msg:
self.get_player_by_id(
king_msg["playerId"]).king.is_alive = king_msg["isAlive"]
self.get_player_by_id(
king_msg["playerId"]).king.hp = king_msg["hp"]
if king_msg["target"] != -1:
self.get_player_by_id(
king_msg["playerId"]).king.target = self.get_unit_by_id(
king_msg["target"])
self.get_player_by_id(king_msg["playerId"]
).king.target_cell = self.get_unit_by_id(
king_msg["target"]).cell
else:
self.get_player_by_id(king_msg["playerId"]).king.target = None
self.get_player_by_id(
king_msg["playerId"]).king.target_cell = None
def _handle_turn_units(self, msg, is_dead_unit=False):
if not is_dead_unit:
self._map._clear_units()
for player in self._players:
player.units.clear()
player.played_units.clear()
player.hasted_units.clear()
player.duplicate_units.clear()
player.range_upgraded_unit = None
player.damage_upgraded_unit = None
else:
for player in self._players:
player.died_units.clear()
unit_input_list = []
for unit_msg in msg:
unit_id = unit_msg["unitId"]
player = self.get_player_by_id(player_id=unit_msg["playerId"])
base_unit = self._base_units[unit_msg["typeId"]]
if not unit_msg['target'] == -1:
target_cell = Cell(row=unit_msg["targetCell"]["row"],
col=unit_msg["targetCell"]["col"])
else:
target_cell = None
unit = Unit(
unit_id=unit_id,
base_unit=base_unit,
cell=self._map.get_cell(unit_msg["cell"]["row"],
unit_msg["cell"]["col"]),
path=self._map.get_path_by_id(unit_msg["pathId"]),
hp=unit_msg["hp"],
damage_level=unit_msg["damageLevel"],
range_level=unit_msg["rangeLevel"],
is_duplicate=unit_msg["isDuplicate"],
is_hasted=unit_msg["isHasted"],
range=unit_msg["range"],
attack=unit_msg["attack"],
target=None, # will be set later when all units are in set
target_cell=target_cell,
affected_spells=[
self.get_cast_spell_by_id(cast_spell_id)
for cast_spell_id in unit_msg["affectedSpells"]
],
target_if_king=None
if self.get_player_by_id(unit_msg["target"]) is None else
self.get_player_by_id(unit_msg["target"]).king,
player_id=unit_msg["playerId"])
unit_input_list.append(unit)
if unit.path is not None:
if self.get_player_by_id(
unit.player_id
).king.center in unit.path.cells and unit.path.cells[
0] != self.get_player_by_id(
unit.player_id).king.center:
unit.path = Path(path=unit.path)
unit.path.cells.reverse()
if self._get_friend_by_id(
unit.player_id
).king.center in unit.path.cells and unit.path.cells[
0] != self._get_friend_by_id(
unit.player_id).king.center:
unit.path = Path(path=unit.path)
unit.path.cells.reverse()
if not is_dead_unit:
self._map._add_unit_in_cell(unit.cell.row, unit.cell.col, unit)
player.units.append(unit)
if unit_msg["wasDamageUpgraded"]:
player.damage_upgraded_unit = unit
if unit_msg["wasRangeUpgraded"]:
player.range_upgraded_unit = unit
if unit_msg["wasPlayedThisTurn"]:
player.played_units.append(unit)
if unit.is_hasted:
player.hasted_units.append(unit)
if unit.is_duplicate:
player.duplicate_units.append(unit)
else:
player.died_units.append(unit)
for i in range(len(unit_input_list)):
unit = unit_input_list[i]
if unit.target_if_king is not None:
unit.target = None
else:
unit.target = self.get_unit_by_id(msg[i]["target"])
def _handle_turn_cast_spells(self, msg):
self._cast_spells = []
for cast_spell_msg in msg:
spell = self.get_spell_by_id(cast_spell_msg["typeId"])
cell = self._map.get_cell(cast_spell_msg["cell"]["row"],
cast_spell_msg["cell"]["col"])
affected_units = [
self.get_unit_by_id(affected_unit_id)
for affected_unit_id in cast_spell_msg["affectedUnits"]
]
if spell.is_area_spell():
cast_area_spell = CastAreaSpell(
spell=spell,
id=cast_spell_msg["id"],
caster_id=cast_spell_msg["casterId"],
cell=cell,
remaining_turns=cast_spell_msg["remainingTurns"],
affected_units=affected_units)
self._cast_spells.append(cast_area_spell)
if cast_spell_msg["wasCastThisTurn"]:
self.get_player_by_id(cast_spell_msg["casterId"]
).cast_area_spell = cast_area_spell
elif spell.is_unit_spell():
cast_unit_spell = CastUnitSpell(
spell=spell,
id=cast_spell_msg["id"],
caster_id=cast_spell_msg["casterId"],
cell=cell,
unit=self.get_unit_by_id(cast_spell_msg["unitId"]),
path=self._map.get_path_by_id(cast_spell_msg["pathId"]),
affected_units=affected_units)
self._cast_spells.append(cast_unit_spell)
if cast_spell_msg["wasCastThisTurn"]:
self.get_player_by_id(cast_spell_msg["casterId"]
).cast_unit_spell = cast_unit_spell
def get_cast_spell_by_id(self, id: int) -> Optional["CastSpell"]:
for cast_spell in self._cast_spells:
if cast_spell.id == id:
return cast_spell
return None
def _handle_turn_message(self, msg):
self._start_time = self._get_current_time_millis()
self._handle_init_message(self._init_message)
self._current_turn = msg['currTurn']
self._player.deck = [
self._get_base_unit_by_id(deck_type_id)
for deck_type_id in msg["deck"]
]
self._player.hand = [
self._get_base_unit_by_id(hand_type_id)
for hand_type_id in msg["hand"]
]
self._handle_turn_units(msg=msg["diedUnits"], is_dead_unit=True)
self._handle_turn_cast_spells(msg["castSpells"])
self._handle_turn_units(msg["units"])
self._handle_turn_kings(msg["kings"])
self._turn_updates = TurnUpdates(
received_spell=msg["receivedSpell"],
friend_received_spell=msg["friendReceivedSpell"],
got_range_upgrade=msg["gotRangeUpgrade"],
got_damage_upgrade=msg["gotDamageUpgrade"],
available_range_upgrades=msg["availableRangeUpgrades"],
available_damage_upgrades=msg["availableDamageUpgrades"])
self._player.set_spells(
[self.get_spell_by_id(spell_id) for spell_id in msg["mySpells"]])
self._player_friend.set_spells([
self.get_spell_by_id(spell_id) for spell_id in msg["friendSpells"]
])
self._player.ap = msg["remainingAP"]
def choose_hand_by_id(self, type_ids: List[int]) -> None:
message = Message(type="pick", turn=self.get_current_turn(), info=None)
if type_ids is not None:
for type_id in type_ids:
if type(type_id) is not int:
Logs.show_log("type_ids are not int")
return
message.info = {"units": type_ids}
self._queue.put(message)
else:
Logs.show_log(
"choose_hand_by_id function called with None type_eds")
# in the first turn 'deck picking' give unit_ids or list of unit names to pick in that turn
def choose_hand(self, base_units: List[BaseUnit]) -> None:
message = Message(type="pick", turn=self.get_current_turn(), info=None)
if base_units is not None:
for base_unit in base_units:
if type(base_unit) is not BaseUnit:
Logs.show_log("base_units is not an array of BaseUnits")
return
message.info = {"units": [unit.type_id for unit in base_units]}
self._queue.put(message)
else:
Logs.show_log("choose_hand function called with None base_units")
def get_me(self) -> Player:
return self._player
def get_friend(self) -> Player:
return self._player_friend
def _get_friend_by_id(self, player_id):
if self._player.player_id == player_id:
return self._player_friend
elif self._player_friend.player_id == player_id:
return self._player
elif self._player_first_enemy.player_id == player_id:
return self._player_second_enemy
elif self._player_second_enemy.player_id == player_id:
return self._player_first_enemy
else:
Logs.show_log(
"get_friend_by_id function no player with given player_id")
return None
def get_first_enemy(self) -> Player:
return self._player_first_enemy
def get_second_enemy(self) -> Player:
return self._player_second_enemy
def get_map(self) -> Map:
return self._map
# return a list of paths crossing one cell
def get_paths_crossing_cell(self,
cell: Cell = None,
row: int = None,
col: int = None) -> List[Path]:
if cell is None:
if row is None or col is None:
Logs.show_log(
"get_paths_crossing cell function called with no valid argument"
)
return []
cell = self._map.get_cell(row, col)
if not isinstance(cell, Cell):
Logs.show_log("Given cell is invalid!")
return []
paths = []
for p in self._map.paths:
if cell in p.cells:
paths.append(p)
return paths
# return a list of units in a cell
def get_cell_units(self,
cell: Cell = None,
row: int = None,
col: int = None) -> List[Unit]:
if cell is None:
if row is None and col is None:
Logs.show_log(
"get_paths_crossing cell function called with no valid argument"
)
return []
cell = self._map.get_cell(row, col)
if not isinstance(cell, Cell):
Logs.show_log("Given cell is invalid!")
return []
return cell.units
# return the shortest path from player_id fortress to cell
# this path is in the available path list
# path may cross from friend
def get_shortest_path_to_cell(self,
from_player_id: int = None,
from_player: Player = None,
cell: Cell = None,
row: int = None,
col: int = None) -> Optional["Path"]:
if from_player is not None:
from_player_id = from_player.player_id
elif from_player_id is None:
return None
if self.get_player_by_id(from_player_id) is None:
return None
if cell is None:
if row is None or col is None:
return None
cell = self._map.get_cell(row, col)
shortest_path_from_player = World._shortest_path.get(
from_player_id, None)
if shortest_path_from_player is None:
return None
return shortest_path_from_player[cell.row][cell.col]
# place unit with type_id in path_id
def put_unit(self,
type_id: int = None,
path_id: int = None,
base_unit: BaseUnit = None,
path: Path = None) -> None:
fail = False
if type_id is not None and type(type_id) is not int:
Logs.show_log(
"put_unit function called with invalid type_id argument!")
fail = True
if path_id is not None and type(path_id) is not int:
Logs.show_log(
"put_unit function called with invalid path_id argument!")
fail = True
if base_unit is not None and type(base_unit) is not BaseUnit:
Logs.show_log(
"put_unit function called with invalid base_unit argument")
fail = True
if path is not None and type(path) is not Path:
Logs.show_log(
"put_unit function called with invalid path argument")
fail = True
if fail is True:
return
if base_unit is not None:
type_id = base_unit.type_id
if path is not None:
path_id = path.id
if path_id is None or type_id is None:
return None
if type_id is None:
Logs.show_log("type_id is None in cast_area spell function call!")
return
message = Message(turn=self.get_current_turn(),
type="putUnit",
info={
"typeId": type_id,
"pathId": path_id
})
self._queue.put(message)
# return the number of turns passed
def get_current_turn(self) -> int:
return self._current_turn
def get_remaining_time(self) -> int:
if self.get_current_turn() > 0:
return self._game_constants.turn_timeout - self._get_time_past()
else:
return self._game_constants.pick_timeout - self._get_time_past()
# put unit_id in path_id in position 'index' all spells of one kind have the same id
def cast_unit_spell(self,
unit: Unit = None,
unit_id: int = None,
path: Path = None,
path_id: int = None,
cell: Cell = None,
row: int = None,
col: int = None,
spell: Spell = None,
spell_id: int = None) -> None:
if spell is None and spell_id is None:
Logs.show_log(
"cast_unit_spell function called with no spell input!")
return None
if spell is None:
if type(spell_id) is not int:
Logs.show_log(
"spell_id is not an integer in cast_unit_spell function call!"
)
return
spell = self.get_spell_by_id(spell_id)
if row is not None and col is not None:
if type(row) is not int or type(col) is not int:
Logs.show_log(
"row and column arguments are invalid in cast_unit_spell function call"
)
return
cell = Cell(row, col)
if unit is not None:
if type(unit) is not Unit:
Logs.show_log(
"unit argument is invalid in cast_unit_spell function call"
)
return
unit_id = unit.unit_id
if path is not None:
if type(path) is not Path:
Logs.show_log(
"path argument is invalid in cast_unit_spell function call"
)
return
path_id = path.id
if type(unit_id) is not int:
Logs.show_log(
"unit_id argument is invalid in cast_unit_spell function call")
return
if type(path_id) is not int:
Logs.show_log(
"path_id argument is invalid in cast_unit_spell function call")
return
message = Message(type="castSpell",
turn=self.get_current_turn(),
info={
"typeId": spell.type_id,
"cell": {
"row": cell.row,
"col": cell.col
},
"unitId": unit_id,
"pathId": path_id
})
self._queue.put(message)
# cast spell in the cell 'center'
def cast_area_spell(self,
center: Cell = None,
row: int = None,
col: int = None,
spell: Spell = None,
spell_id: int = None) -> None:
if spell is None:
if spell_id is None or type(spell_id) is not int:
Logs.show_log("no valid spell selected in cast_area_spell!")
return
spell = self.get_spell_by_id(spell_id)
if type(spell) is not Spell:
Logs.show_log("no valid spell selected in cast_area_spell!")
return
if row is not None and col is not None:
center = self._map.get_cell(row, col)
if center is not None:
message = Message(type="castSpell",
turn=self.get_current_turn(),
info={
"typeId": spell.type_id,
"cell": {
"row": center.row,
"col": center.col
},
"unitId": -1,
"pathId": -1
})
self._queue.put(message)
else:
Logs.show_log("invalid cell selected in cast_area_spell")
# returns a list of units the spell casts effects on
def get_area_spell_targets(self,
center: Cell = None,
row: int = None,
col: int = None,
spell: Spell = None,
type_id: int = None) -> List["Unit"]:
if spell is None:
if type_id is not None:
spell = self.get_cast_spell_by_id(type_id)
else:
return []
if type(spell) is not Spell:
Logs.show_log("invalid spell chosen in get_area_spell_targets")
return []
if not spell.is_area_spell():
return []
if center is None:
center = Cell(row, col)
ls = []
for i in range(max(0, center.row - spell.range),
min(center.row + spell.range + 1, self._map.row_num)):
for j in range(
max(0, center.col - spell.range),
min(center.col + spell.range + 1, self._map.col_num)):
cell = self._map.get_cell(i, j)
for u in cell.units:
if self._is_unit_targeted(u, spell.target):
ls.append(u)
return ls
def _is_unit_targeted(self, unit, spell_target):
if spell_target == SpellTarget.SELF:
if unit in self._player.units:
return True
elif spell_target == SpellTarget.ALLIED:
if unit in self._player_friend.units or unit in self._player.units:
return True
elif spell_target == SpellTarget.ENEMY:
if unit in self._player_first_enemy.units or unit in self._player_second_enemy.units:
return True
return False
# every once in a while you can upgrade, this returns the remaining time for upgrade
def get_remaining_turns_to_upgrade(self) -> int:
rem_turn = (self._game_constants.turns_to_upgrade -
self._current_turn) % self._game_constants.turns_to_upgrade
if rem_turn == 0:
return self._game_constants.turns_to_upgrade
return rem_turn
# every once in a while a spell is given this remains the remaining time to get new spell
def get_remaining_turns_to_get_spell(self) -> int:
rem_turn = (self._game_constants.turns_to_spell -
self._current_turn) % self._game_constants.turns_to_spell
if rem_turn == 0:
return self._game_constants.turns_to_spell
return rem_turn
# returns a list of spells casted on a cell
def get_range_upgrade_number(self) -> int:
return self._turn_updates.available_range_upgrade
def get_damage_upgrade_number(self) -> int:
return self._turn_updates.available_damage_upgrade
# returns the spell given in that turn
def get_received_spell(self) -> Optional["Spell"]:
spell_id = self._turn_updates.received_spell
spell = self.get_spell_by_id(spell_id)
return spell
# returns the spell given in that turn to friend
def get_friend_received_spell(self) -> Optional["Spell"]:
spell_id = self._turn_updates.friend_received_spell
spell = self.get_spell_by_id(spell_id)
return spell
def upgrade_unit_range(self,
unit: Unit = None,
unit_id: int = None) -> None:
if unit is not None:
unit_id = unit.unit_id
if unit_id is not None and type(unit_id) is int:
self._queue.put(
Message(type="rangeUpgrade",
turn=self.get_current_turn(),
info={"unitId": unit_id}))
else:
Logs.show_log("invalid unit or unit_id in upgrade_unit_range")
def upgrade_unit_damage(self,
unit: Unit = None,
unit_id: int = None) -> None:
if unit is not None:
unit_id = unit.unit_id
if unit_id is not None and type(unit_id) is int:
self._queue.put(
Message(type="damageUpgrade",
turn=self.get_current_turn(),
info={"unitId": unit_id}))
else:
Logs.show_log("invalid unit or unit_id in upgrade_unit_damage")
def get_all_base_units(self) -> List[BaseUnit]:
return copy.deepcopy(self._base_units)
def get_all_spells(self) -> List[Spell]:
return copy.deepcopy(self._spells)
def get_king_by_id(self, player_id: int) -> Optional["King"]:
for p in self._players:
if p.player_id == player_id:
return p.king
return None
def get_base_unit_by_id(self, type_id: int) -> Optional["BaseUnit"]:
for bu in self._base_units:
if bu.type_id == type_id:
return bu
return None
# returns unit in map with a unit_id
def get_unit_by_id(self, unit_id: int) -> Optional["Unit"]:
for unit in self._map.units:
if unit.unit_id == unit_id:
return unit
return None
def get_player_by_id(self, player_id: int) -> Optional["Player"]:
for player in self._players:
if player.player_id == player_id:
return player
return None
def get_spell_by_id(self, type_id: int) -> Optional["Spell"]:
for spell in self._spells:
if spell.type_id == type_id:
return spell
return None
def get_game_constants(self) -> GameConstants:
return self._game_constants
def _get_paths_starting_with(self, first, paths):
ret = []
for path in paths:
c_path = Path(path=path)
if c_path.cells[-1] == first:
c_path.cells.reverse()
if c_path.cells[0] == first:
ret.append(c_path)
return ret
def _handle_end_message(self, scores_list_msg):
return dict([(score["playerId"], score["score"])
for score in scores_list_msg])
class Game():
def __init__(self):
self.direction = 'down'
self.hero_stat_statusbar = None
self.level = 1
self.view = View(self.level)
self.map = Map()
self.hero = Hero(self.map.occupied_tile_position)
self.game_start(self.level)
self.view.master.mainloop()
def game_start(self, level):
self.hero_move_number = 0
self.map.next_level_map()
self.view.display_map(self.map.occupied_tile_position)
self.view.statusbar_text(self.level, self.hero_stat_statusbar)
self.hero.position = self.hero.randomize_position(
self.map.occupied_tile_position)
self.view.display_intro(self.level)
self.generate_enemies(level)
self.hero.restore_health()
self.enemy_stat_statusbar = None
self.input_event()
# *********************Events**********************
def input_event(self):
self.view.master.bind('<s>', self.set_move)
self.view.master.bind('<w>', self.set_move)
self.view.master.bind('<a>', self.set_move)
self.view.master.bind('<d>', self.set_move)
self.view.master.bind('<space>', self.battle)
self.view.master.bind('<Escape>', self.quit)
def set_move(self, event):
if event.char == 'w':
self.hero.position, self.map.occupied_tile_position = self.hero.move(
self.hero.moves['up'], self.map.occupied_tile_position)
self.direction = 'up'
elif event.char == 's':
self.hero.position, self.map.occupied_tile_position = self.hero.move(
self.hero.moves['down'], self.map.occupied_tile_position)
self.direction = 'down'
elif event.char == 'a':
self.hero.position, self.map.occupied_tile_position = self.hero.move(
self.hero.moves['left'], self.map.occupied_tile_position)
self.direction = 'left'
elif event.char == 'd':
self.hero.position, self.map.occupied_tile_position = self.hero.move(
self.hero.moves['right'], self.map.occupied_tile_position)
self.direction = 'right'
self.hero_move_number += 1
self.view.display_hero(self.hero.position, self.direction,
self.hero.isDead)
self.generate_enemy_moves()
self.view.display_enemies(self.enemy_list)
self.update_hero_status()
self.enemy_stat_statusbar = None
self.view.statusbar_text(self.level, self.hero_stat_statusbar)
if self.hero_move_number > 0:
self.start()
def generate_enemy_moves(self):
if self.hero_move_number % 2:
for enemy in self.enemy_list:
enemy.position, self.map.occupied_tile_position = enemy.move(
choice(list(enemy.moves.values())),
self.map.occupied_tile_position)
def battle(self, event):
x_coord = self.hero.position[0] + self.hero.moves[self.direction][0]
y_coord = self.hero.position[1] + self.hero.moves[self.direction][1]
attack_coords = [x_coord, y_coord]
attacked_enemy = self.check_attacked_enemy(attack_coords)
if attacked_enemy == None:
return
attacked_enemy.current_HP -= max(
self.hero.stats[2] + randint(1, 6) - attacked_enemy.stats[1], 0)
self.hero.current_HP -= max(
attacked_enemy.stats[2] + randint(1, 6) - self.hero.stats[1], 0)
self.view.display_attack(self.hero.position, attacked_enemy.position)
self.update_hero_status()
self.update_enemy_stats(attacked_enemy)
self.view.statusbar_text(self.level, self.hero_stat_statusbar,
self.enemy_stat_statusbar)
if attacked_enemy.current_HP <= 0:
self.kill_enemy(attacked_enemy)
if self.hero.current_HP <= 0:
self.game_over()
def check_attacked_enemy(self, attack_coords):
attacked_enemy = None
if len(self.enemy_list) != 0:
for enemy in self.enemy_list:
if enemy.position == attack_coords:
attacked_enemy = enemy
return attacked_enemy
def kill_enemy(self, attacked_enemy):
self.map.occupied_tile_position[attacked_enemy.position[1]][
attacked_enemy.position[0]] = 0
self.enemy_list.remove(attacked_enemy)
self.view.display_enemies(self.enemy_list)
self.view.display_kill(attacked_enemy.position)
self.hero.level_up()
if attacked_enemy.has_key == True:
self.hero.has_key = True
if type(attacked_enemy) == Boss:
self.hero.has_killed_boss = True
if self.hero.has_key == True and self.hero.has_killed_boss == True:
self.new_game()
def game_over(self):
self.enemy_list = []
self.hero.isDead = True
self.view.display_enemies(self.enemy_list)
self.view.display_hero(self.hero.position, self.direction,
self.hero.isDead)
self.view.display_game_over()
def new_game(self):
self.level += 1
self.game_start(self.level)
self.hero.has_killed_boss = False
self.hero.has_key = False
def quit(self, event):
self.view.master.destroy()
def start(self):
self.view.delete_pictures()
self.view.display_hero(self.hero.position, self.direction,
self.hero.isDead)
self.view.display_enemies(self.enemy_list)
def update_hero_status(self):
self.hero_stat_statusbar = self.hero.stats[:]
self.hero_stat_statusbar.append(self.hero.current_HP)
self.hero_stat_statusbar.append(self.hero.has_key)
def update_enemy_stats(self, attacked_enemy):
self.enemy_stat_statusbar = attacked_enemy.stats[:]
self.enemy_stat_statusbar.append(attacked_enemy.current_HP)
if type(attacked_enemy) == Boss:
self.enemy_stat_statusbar.append('boss')
else:
self.enemy_stat_statusbar.append('skeleton')
# *****************Generate enemies*******************
def generate_enemies(self, level):
self.boss = Boss(self.map.wall_position, level)
self.enemy_list = [self.boss]
for i in range(self.map.number_of_skeletons):
skeleton_name = 'skeleton' + str(i)
self.skeleton_name = Skeleton(self.map.wall_position, level)
if skeleton_name[-1:] == '0':
self.skeleton_name.has_key = True
self.enemy_list.append(self.skeleton_name)
def play_game(level, life_num):
''' Here is the play_game function'''
# -------- SET LEVEL DIFFICULTY -----------
# level = input("How many ennemies (0 to 10) ? ")
# while int(level) not in range(11):
# level = input("Ennemies must be between 0 and 10 : ")
Sprite.LEVEL = int(level) # from 0 to 10
# -------- INITIALIZE -----------
# DEFINE MAP
map_game = Map('structures/Structure' + str(level) + '.csv')
# OPEN A NEW WINDOW
size = (15 * map_game.SPRITE_WIDTH, 15 * map_game.SPRITE_WIDTH)
screen = py.display.set_mode(size)
py.display.set_caption("Mac Gyver escapes")
# CLEAR THE SCREEN TO black.
black = (0, 0, 0)
white = (255, 255, 255)
screen.fill(black)
# DRAW MAP WITH TILES
tiles = Sprite('floor-tiles-20x20', map_game, (5, 0), 20)
map_game.draw(tiles, screen)
font = py.font.Font('ressource/ARCADECLASSIC.ttf', 25)
level_text = font.render('L ' + str(level), 0, white)
level_text_rect = level_text.get_rect()
# INITIALIZE PERSONS ON THE MAP
macgyver = Person('macgyver', map_game)
guardian = Person('guardian', map_game)
ennemies = []
ennemies_images = Sprite('personnages', map_game, (0, 0), 32).surfs
for i in range(len(ennemies_images)):
ennemy = Person('ennemy', map_game)
while ennemy.distance(
macgyver) <= 1: # NOT TO LOOSE AT THE BEGINNING OF GAME
ennemy = Person('ennemy', map_game)
ennemy.image = ennemies_images[i]
ennemies.append(ennemy)
# INITIALIZE OBJECTS ON THE MAP
objects = Objects(map_game)
objects_pos = [object.position for object in objects.list]
# THE LOOP WILL CARRY ON UNTIL THE USER EXIT THE GAME.
carry_on = True # WHILE NOT QUIT
playing = True # WHILE NOT WIN AND NOT LOOSE
update = True # WHEN KEY PRESSED
win = False
loose = False
# THE CLOCK WILL BE USED TO CONTROL HOW FAST THE SCREEN UPDATES
clock = py.time.Clock()
py.key.set_repeat(400, 30)
# ----------------------------------- MAIN PROGRAM LOOP -----------
while carry_on:
key_pressed = 0
for event in py.event.get(): # USER DID SOMETHING
if event.type == py.QUIT or py.key.get_pressed()[
py.K_ESCAPE]: # IF USER CLICKED CLOSE
carry_on = False # FLAG THAT WE ARE DONE SO WE EXIT THIS LOOP
return 'quit'
# LISTEN FOR PRESSED KEY
if event.type == py.KEYDOWN:
key_pressed = event.key
update = True
if win:
return 'win'
if loose:
return 'loose'
# ------------------------------- EVENTS -----
if update:
# MOVE ENNEMIES ON THE MAP
for ennemy in ennemies:
(x_en, y_en) = ennemy.position
seed(datetime.now())
ennemy_move = choice(
[py.K_UP, py.K_DOWN, py.K_RIGHT, py.K_LEFT])
ennemy.move(ennemy_move, map_game)
# UPDATE LAST POSITION
tiles.draw_sprite(map_game.decoration[(x_en, y_en)], screen,
x_en * map_game.SPRITE_WIDTH,
y_en * map_game.SPRITE_WIDTH)
# MOVE MACGYVER ON THE MAP
(x_mac1, y_mac1) = macgyver.position
if playing:
macgyver.move(key_pressed, map_game)
# UPDATE LAST POSITION
tiles.draw_sprite(map_game.decoration[(x_mac1, y_mac1)], screen,
x_mac1 * map_game.SPRITE_WIDTH,
y_mac1 * map_game.SPRITE_WIDTH)
# ----------------------------- DRAWING CODE GOES HERE -----
# DRAW OBJECT ON THE MAP
for stuff in objects.list:
stuff.draw_object(screen,
stuff.position[0] * map_game.SPRITE_WIDTH,
stuff.position[1] * map_game.SPRITE_WIDTH)
# REDRAW PERSONS
guardian.draw_person(screen,
guardian.position[0] * map_game.SPRITE_WIDTH,
guardian.position[1] * map_game.SPRITE_WIDTH)
macgyver.draw_person(screen,
macgyver.position[0] * map_game.SPRITE_WIDTH,
macgyver.position[1] * map_game.SPRITE_WIDTH)
for ennemy in ennemies:
ennemy.draw_person(screen,
ennemy.position[0] * map_game.SPRITE_WIDTH,
ennemy.position[1] * map_game.SPRITE_WIDTH)
# REDRAW LIVES & LEVEL
heart = py.transform.scale(py.image.load('ressource/heart.png'),
(int(map_game.SPRITE_WIDTH / 2),
int(map_game.SPRITE_WIDTH / 2)))
for i in range(life_num):
screen.blit(heart, (20 * i + 10, 5))
screen.blit(level_text,
(screen.get_width() - level_text_rect.width - 10, 5))
# MAC GYVER TAKE AN OBJECT ON THE MAP
if macgyver.position in objects_pos:
# GET INDEX OF OBJECT
object_found_ind = objects_pos.index(macgyver.position)
# CLEAR POSITION ON THE MAP
del objects_pos[object_found_ind]
# CLEAR OBJECT FROM OBJECTS LIST
del objects.list[object_found_ind]
# COMPUTE DISTANCE FROM ENNEMIES
dist_from_ennemies = [
macgyver.distance(ennemy) for ennemy in ennemies
]
dist_from_ennemies.append(macgyver.distance(guardian))
# MAC GYVER WIN OR DIE
if min(dist_from_ennemies) <= 1.0:
playing = False
if objects.list == [] and macgyver.distance(guardian) == 1:
py.display.set_caption("IT'S A WIN!")
end_print('you_win', 'Press any key to continue', screen)
win = True
else:
if life_num == 1:
message = 'GAME OVER'
else:
message = 'Press any key to continue'
py.display.set_caption("YOU DIE!")
end_print('you_lose', message, screen)
loose = True
# --- GO AHEAD AND UPDATE THE SCREEN WITH WHAT WE'VE DRAWN. ---
py.display.flip()
update = False
# --- LIMIT TO 60 FRAMES PER SECOND ---
clock.tick(60)
class World(ABC):
DEBUGGING_MODE = False
LOG_FILE_POINTER = None
def __init__(self, world=None, queue=None):
self.game_constants = None
self.turn_updates = None
self.map = None
self.base_units = None
self.current_turn = 0
self.players = []
self.player = None
self.player_friend = None
self.player_first_enemy = None
self.player_second_enemy = None
self.spells = []
self.cast_spells = []
if world is not None:
self.game_constants = world.game_constants
self.turn_updates = TurnUpdates(turn_updates=world.turn_updates)
self.map = world.map
self.base_units = world.base_units
self.spells = world.spells
self.current_turn = world.current_turn
self.players = world.players
self.player = world.player
self.player_friend = world.player_friend
self.player_first_enemy = world.player_first_enemy
self.player_second_enemy = world.player_second_enemy
self.cast_spells = world.cast_spells
self.queue = world.queue
else:
self.queue = queue
def get_current_time_millis(self):
return int(round(time.time() * 1000))
def get_time_past(self):
return self.get_current_time_millis() - self.start_time
def get_player_by_id(self, player_id):
for player in self.players:
if player.player_id == player_id:
return player
return None
def get_spell_by_id(self, type_id):
for spell in self.spells:
if spell.type_id == type_id:
return spell
return None
def _game_constant_init(self, game_constants_msg):
self.game_constants = GameConstants(
max_ap=game_constants_msg["maxAP"],
max_turns=game_constants_msg["maxTurns"],
turn_timeout=game_constants_msg["turnTimeout"],
pick_timeout=game_constants_msg["pickTimeout"],
turns_to_upgrade=game_constants_msg["turnsToUpgrade"],
turns_to_spell=game_constants_msg["turnsToSpell"],
damage_upgrade_addition=game_constants_msg[
"damageUpgradeAddition"],
range_upgrade_addition=game_constants_msg["rangeUpgradeAddition"],
hand_size=game_constants_msg["handSize"],
deck_size=game_constants_msg["deckSize"])
def _find_path_starting_and_ending_with(self, first, last, paths):
for path in paths:
c_path = Path(path=path)
if c_path.cells[0] == first and c_path.cells[-1] == last:
return c_path
c_path.cells.reverse()
if c_path.cells[0] == first and c_path.cells[-1] == last:
return c_path
return None
def _map_init(self, map_msg):
row_num = map_msg["rows"]
col_num = map_msg["cols"]
input_cells = [[Cell(row=row, col=col) for col in range(col_num)]
for row in range(row_num)]
paths = [
Path(id=path["id"],
cells=[
input_cells[cell["row"]][cell["col"]]
for cell in path["cells"]
]) for path in map_msg["paths"]
]
kings = [
King(player_id=king["playerId"],
center=input_cells[king["center"]["row"]][king["center"]
["col"]],
hp=king["hp"],
attack=king["attack"],
range=king["range"],
target=None,
target_cell=None,
is_alive=True) for king in map_msg["kings"]
]
self.players = [
Player(player_id=map_msg["kings"][i]["playerId"],
king=kings[i],
deck=[],
hand=[],
ap=self.game_constants.max_ap,
paths_from_player=self._get_paths_starting_with(
kings[i].center, paths),
path_to_friend=self._find_path_starting_and_ending_with(
kings[i].center, kings[i ^ 1].center, paths),
units=[],
cast_area_spell=None,
cast_unit_spell=None,
duplicate_units=[],
hasted_units=[],
played_units=[],
died_units=[],
range_upgraded_unit=None,
damage_upgraded_unit=None,
spells=[]) for i in range(4)
]
for player in self.players:
player.paths_from_player.remove(player.path_to_friend)
self.player = self.players[0]
self.player_friend = self.players[1]
self.player_first_enemy = self.players[2]
self.player_second_enemy = self.players[3]
self.map = Map(row_num=row_num,
column_num=col_num,
paths=paths,
kings=kings,
cells=input_cells,
units=[])
# returns unit in map with a unit_id
def get_unit_by_id(self, unit_id):
for unit in self.map.units:
if unit.unit_id == unit_id:
return unit
return None
def _base_unit_init(self, msg):
self.base_units = [
BaseUnit(type_id=b_unit["typeId"],
max_hp=b_unit["maxHP"],
base_attack=b_unit["baseAttack"],
base_range=b_unit["baseRange"],
target_type=UnitTarget.get_value(b_unit["target"]),
is_flying=b_unit["isFlying"],
is_multiple=b_unit["isMultiple"],
ap=b_unit["ap"]) for b_unit in msg
]
def _get_base_unit_by_id(self, type_id):
for base_unit in self.base_units:
if base_unit.type_id == type_id:
return base_unit
return None
def _spells_init(self, msg):
self.spells = [
Spell(type=SpellType.get_value(spell["type"]),
type_id=spell["typeId"],
duration=spell["duration"],
priority=spell["priority"],
range=spell["range"],
power=spell["power"],
target=SpellTarget.get_value(spell["target"]),
is_damaging=False) for spell in msg
]
def _handle_init_message(self, msg):
self._game_constant_init(msg['gameConstants'])
self._map_init(msg["map"])
self._base_unit_init(msg["baseUnits"])
self._spells_init(msg["spells"])
def _handle_turn_kings(self, msg):
for king_msg in msg:
hp = king_msg["hp"] if (king_msg["hp"] > 0
and king_msg["isAlive"]) else -1
self.get_player_by_id(king_msg["playerId"]).king.hp = hp
self.get_player_by_id(king_msg["playerId"]).king.target = king_msg[
"target"] if king_msg["target"] != -1 else None
def _handle_turn_units(self, msg, is_dead_unit=False):
if not is_dead_unit:
self.map.clear_units()
for player in self.players:
player.units.clear()
player.played_units.clear()
player.hasted_units.clear()
player.duplicate_units.clear()
player.range_upgraded_unit = None
player.damage_upgraded_unit = None
else:
for player in self.players:
player.died_units.clear()
for unit_msg in msg:
unit_id = unit_msg["unitId"]
player = self.get_player_by_id(player_id=unit_msg["playerId"])
base_unit = self.base_units[unit_msg["typeId"]]
if not unit_msg['target'] == -1:
target_cell = Cell(row=unit_msg["targetCell"]["row"],
col=unit_msg["targetCell"]["col"])
else:
target_cell = None
unit = Unit(unit_id=unit_id,
base_unit=base_unit,
cell=self.map.get_cell(unit_msg["cell"]["row"],
unit_msg["cell"]["col"]),
path=self.map.get_path_by_id(unit_msg["pathId"]),
hp=unit_msg["hp"],
damage_level=unit_msg["damageLevel"],
range_level=unit_msg["rangeLevel"],
is_duplicate=unit_msg["isDuplicate"],
is_hasted=unit_msg["isHasted"],
range=unit_msg["range"],
attack=unit_msg["attack"],
target=unit_msg["target"],
target_cell=target_cell,
affected_spells=[
self.get_cast_spell_by_id(cast_spell_id)
for cast_spell_id in unit_msg["affectedSpells"]
],
target_if_king=None
if self.get_player_by_id(unit_msg["target"]) == None
else self.get_player_by_id(unit_msg["target"]).king,
player_id=unit_msg["playerId"])
if not is_dead_unit:
self.map.add_unit_in_cell(unit.cell.row, unit.cell.col, unit)
player.units.append(unit)
if unit_msg["wasDamageUpgraded"]:
player.damage_upgraded_unit = unit
if unit_msg["wasRangeUpgraded"]:
player.range_upgraded_unit = unit
if unit_msg["wasPlayedThisTurn"]:
player.played_units.append(unit)
if unit.is_hasted:
player.hasted_units.append(unit)
if unit.is_duplicate:
player.duplicate_units.append(unit)
else:
player.died_units.append(unit)
for unit in self.map.units:
if unit.target == -1 or unit.target_if_king != None:
unit.target = None
else:
unit.target = self.map.get_unit_by_id(unit.target)
def _handle_turn_cast_spells(self, msg):
self.cast_spells = []
for cast_spell_msg in msg:
spell = self.get_spell_by_id(cast_spell_msg["typeId"])
cell = self.map.get_cell(cast_spell_msg["cell"]["row"],
cast_spell_msg["cell"]["col"])
affected_units = [
self.get_unit_by_id(affected_unit_id)
for affected_unit_id in cast_spell_msg["affectedUnits"]
]
if spell.is_area_spell():
self.cast_spells.append(
CastAreaSpell(
spell=spell,
id=cast_spell_msg["id"],
caster_id=cast_spell_msg["casterId"],
cell=cell,
remaining_turns=cast_spell_msg["remainingTurns"],
affected_units=affected_units))
elif spell.is_unit_spell():
self.cast_spells.append(
CastUnitSpell(
spell=spell,
id=cast_spell_msg["id"],
caster_id=cast_spell_msg["casterId"],
cell=cell,
unit=self.get_unit_by_id(cast_spell_msg["unitId"]),
path=self.map.get_path_by_id(cast_spell_msg["pathId"]),
affected_units=affected_units))
def get_cast_spell_by_id(self, id):
for cast_spell in self.cast_spells:
if cast_spell.id == id:
return cast_spell
return None
def _handle_turn_message(self, msg):
self.current_turn = msg['currTurn']
self.player.deck = [
self._get_base_unit_by_id(deck_type_id)
for deck_type_id in msg["deck"]
]
self.player.hand = [
self._get_base_unit_by_id(hand_type_id)
for hand_type_id in msg["hand"]
]
self._handle_turn_kings(msg["kings"])
self._handle_turn_units(msg["units"])
self._handle_turn_units(msg=msg["diedUnits"], is_dead_unit=True)
self._handle_turn_cast_spells(msg["castSpells"])
self.turn_updates = TurnUpdates(
received_spell=msg["receivedSpell"],
friend_received_spell=msg["friendReceivedSpell"],
got_range_upgrade=msg["gotRangeUpgrade"],
got_damage_upgrade=msg["gotDamageUpgrade"],
available_range_upgrades=msg["availableRangeUpgrades"],
available_damage_upgrades=msg["availableDamageUpgrades"])
self.player.set_spells(
[self.get_spell_by_id(spell_id) for spell_id in msg["mySpells"]])
self.player_friend.set_spells([
self.get_spell_by_id(spell_id) for spell_id in msg["friendSpells"]
])
self.player.ap = msg["remainingAP"]
self.start_time = self.get_current_time_millis()
# in the first turn 'deck picking' give unit_ids or list of unit names to pick in that turn
def choose_deck(self, type_ids=None, base_units=None):
message = Message(type="pick", turn=self.get_current_turn(), info=None)
if type_ids is not None:
message.info = {"units": type_ids}
elif base_units is not None:
message.info = {"units": [unit.type_id for unit in base_units]}
self.queue.put(message)
def get_me(self):
return self.player
def get_friend(self):
return self.player_friend
def get_friend_by_id(self, player_id):
if self.player.player_id == player_id:
return self.player_friend
elif self.player_friend.player_id == player_id:
return self.player
elif self.player_first_enemy.player_id == player_id:
return self.player_second_enemy
elif self.player_second_enemy.player_id == player_id:
return self.player_first_enemy
else:
return None
def get_first_enemy(self):
return self.player_first_enemy
def get_second_enemy(self):
return self.player_second_enemy
def get_map(self):
return self.map
# return a list of paths crossing one cell
def get_paths_crossing_cell(self, cell=None, row=None, col=None):
if cell is None:
if row is None or col is None:
return
cell = self.map.get_cell(row, col)
paths = []
for p in self.map.paths:
if cell in p.cells:
paths.append(p)
return paths
# return a list of units in a cell
def get_cell_units(self, cell=None, row=None, col=None):
if cell is None:
if row is None and col is None:
return None
cell = self.map.get_cell(row, col)
return cell.units
# return the shortest path from player_id fortress to cell
# this path is in the available path list
# path may cross from friend
def get_shortest_path_to_cell(self,
from_player_id=None,
from_player=None,
cell=None,
row=None,
col=None):
def path_count(paths):
shortest_path = None
count = 0
for p in paths:
count_num = 0
for c in p.cells:
if c == cell:
if shortest_path is None:
count = count_num
shortest_path = p
elif count_num < count:
count = count_num
shortest_path = p
count_num += 1
return shortest_path
if from_player is not None:
from_player_id = from_player.player_id
if cell is None:
if row is None or col is None:
return
cell = self.map.get_cell(row, col)
p = path_count(self.get_player_by_id(from_player_id).paths_from_player)
if p is None:
ls = [self.get_player_by_id(from_player_id).path_to_friend]
ptf = path_count(ls)
if ptf is None:
pff = path_count(
self.get_friend_by_id(from_player_id).paths_from_player)
if pff is None:
return None
return pff
return ptf
return p
# place unit with type_id in path_id
def put_unit(self, type_id=None, path_id=None, base_unit=None, path=None):
if base_unit is not None:
type_id = base_unit.type_id
if path is not None:
path_id = path.id
if path_id is None or type_id is None:
return None
message = Message(turn=self.get_current_turn(),
type="putUnit",
info={
"typeId": type_id,
"pathId": path_id
})
self.queue.put(message)
# return the number of turns passed
def get_current_turn(self):
return self.current_turn
# put unit_id in path_id in position 'index' all spells of one kind have the same id
def cast_unit_spell(self,
unit=None,
unit_id=None,
path=None,
path_id=None,
cell=None,
row=None,
col=None,
spell=None,
spell_id=None):
if spell is None and spell_id is None:
return None
if spell is None:
spell = self.get_spell_by_id(spell_id)
if row is not None and col is not None:
cell = Cell(row, col)
if unit is not None:
unit_id = unit.unit_id
if path is not None:
path_id = path.id
message = Message(type="castSpell",
turn=self.get_current_turn(),
info={
"typeId": spell.type_id,
"cell": {
"row": cell.row,
"col": cell.col
},
"unitId": unit_id,
"pathId": path_id
})
self.queue.put(message)
# cast spell in the cell 'center'
def cast_area_spell(self,
center=None,
row=None,
col=None,
spell=None,
spell_id=None):
if spell is None:
spell = self.get_spell_by_id(spell_id)
if row is not None and col is not None:
center = self.map.get_cell(row, col)
if center is not None:
message = Message(type="castSpell",
turn=self.get_current_turn(),
info={
"typeId": spell.type_id,
"cell": {
"row": center.row,
"col": center.col
},
"unitId": -1,
"pathId": -1
})
self.queue.put(message)
# returns a list of units the spell casts effects on
# NOT CORRECT!!! #
def get_area_spell_targets(self,
center,
row=None,
col=None,
spell=None,
type_id=None):
if spell is None:
if type_id is not None:
spell = self.get_cast_spell_by_id(type_id)
else:
return []
if not spell.is_area_spell():
return []
if center is None:
center = Cell(row, col)
ls = []
for i in range(max(0, center.row - spell.range),
min(center.row + spell.range, self.map.row_num)):
for j in range(max(0, center.col - spell.range),
min(center.col + spell.range, self.map.column_num)):
cell = self.map.get_cell(i, j)
for u in cell.units:
if self._is_unit_targeted(u, spell.target):
ls.append(u)
def _is_unit_targeted(self, unit, spell_target):
if spell_target == 1:
if unit in self.player.units:
return True
elif spell_target == 2:
if unit in self.player_friend or unit in self.player.units:
return True
elif spell_target == 3:
if unit in self.player_first_enemy or unit in self.player_second_enemy:
return True
return False
# every once in a while you can upgrade, this returns the remaining time for upgrade
def get_remaining_turns_to_upgrade(self):
rem_turn = (self.game_constants.turns_to_upgrade -
self.current_turn) % self.game_constants.turns_to_upgrade
if rem_turn == 0:
return self.game_constants.turns_to_upgrade
return rem_turn
# every once in a while a spell is given this remains the remaining time to get new spell
def get_remaining_turns_to_get_spell(self):
rem_turn = (self.game_constants.turns_to_spell -
self.current_turn) % self.game_constants.turns_to_spell
if rem_turn == 0:
return self.game_constants.turns_to_spell
return rem_turn
# returns a list of spells casted on a cell
def get_range_upgrade_number(self):
return self.turn_updates.available_range_upgrade
def get_damage_upgrade_number(self):
return self.turn_updates.available_damage_upgrade
# returns the spell given in that turn
def get_received_spell(self):
spell_id = self.turn_updates.received_spell
spell = self.get_spell_by_id(spell_id)
return spell
# returns the spell given in that turn to friend
def get_friend_received_spell(self):
spell_id = self.turn_updates.friend_received_spell
spell = self.get_spell_by_id(spell_id)
return spell
def upgrade_unit_range(self, unit=None, unit_id=None):
if unit is not None:
unit_id = unit.unit_id
if unit_id is not None:
self.queue.put(
Message(type="rangeUpgrade",
turn=self.get_current_turn(),
info={"unitId": unit_id}))
def upgrade_unit_damage(self, unit=None, unit_id=None):
if unit is not None:
unit_id = unit.unit_id
if unit_id is not None:
self.queue.put(
Message(type="damageUpgrade",
turn=self.get_current_turn(),
info={"unitId": unit_id}))
def get_player_hasted_units(self, player_id):
return [
unit for unit in self.get_player_by_id(player_id=player_id).units
if unit.is_hasted > 0
]
def get_player_played_units(self, player_id):
return [
unit for unit in self.get_player_by_id(player_id=player_id).units
if unit.was_played_this_turn
]
def get_all_base_unit(self):
return copy.deepcopy(self.base_units)
def get_all_spells(self):
return copy.deepcopy(self.spells)
def get_king_by_id(self, player_id):
for p in self.players:
if p.player_id == player_id:
return p.king
return None
def get_base_unit_by_id(self, type_id):
for bu in self.base_units:
if bu.type_id == type_id:
return bu
return None
def get_game_constants(self):
return self.game_constants
def _get_paths_starting_with(self, first, paths):
ret = []
for path in paths:
c_path = Path(path=path)
if c_path.cells[-1] == first:
c_path.cells.reverse()
if c_path.cells[0] == first:
ret.append(c_path)
return ret
def _handle_end_message(self, scores_list_msg):
return dict([(score["playerId"], score["score"])
for score in scores_list_msg])