def create(self):
self.player = Player(self.controller)
self.hunger = Hunger(self.player)
wall_x = 38
wall_y = [10, 11, 12]
walls = [
Wall(wall_x, wall_y[0]),
Wall(wall_x, wall_y[1]),
Wall(wall_x, wall_y[2]),
]
food_x = [43, 43, 40]
food_y = [10, 12, 12]
food_list = [
Food(food_x[0], food_y[0]),
Food(food_x[1], food_y[1]),
Food(food_x[2], food_y[2]),
]
entities = [
self.player,
self.hunger,
]
entities.extend(food_list)
entities.extend(walls)
self.updater = Updater(entities)
self.collider = Collider(entities)
self.render = Render(entities)
def main():
terminal.open()
terminal.refresh()
controller = Controller()
player = Player(controller)
hunger = Hunger(player)
walls = [
Wall(WALL_X, WALL_Y[0]),
Wall(WALL_X, WALL_Y[1]),
Wall(WALL_X, WALL_Y[2]),
]
food_list = [
Food(FOOD_X[0], FOOD_Y[0]),
Food(FOOD_X[1], FOOD_Y[1]),
Food(FOOD_X[2], FOOD_Y[2]),
]
entities = [
player,
hunger,
]
entities.extend(food_list)
entities.extend(walls)
updater = Updater(entities)
collider = Collider(entities)
render = Render(entities)
while True:
controller.update()
if controller.is_exit:
break
if player.is_game_over:
render_game_over()
else:
terminal.refresh()
updater.update()
collider.update()
render.update()
terminal.close()
def available_actions(self) -> List[Union[ActionPlaceWall, ActionMovePawn]]:
player = self.pawn
result = [ActionMovePawn(player.coord, x) for x in player.valid_moves]
if not player.walls: # Out of walls?
return result
k = self.board.state[1 + 4 * len(self.board.pawns):]
try:
return result + core.MEMOIZED_WALLS[k]
except KeyError:
pass
color = self.board[0][0].wall_color
tmp: List[Union[ActionPlaceWall, ActionMovePawn]] = []
for i in range(self.board.rows - 1):
for j in range(self.board.cols - 1):
for horiz in (False, True):
wall = Wall(self.board.screen, self.board, color, Coord(i, j), horiz)
if self.board.can_put_wall(wall):
tmp.append(ActionPlaceWall(wall))
core.MEMOIZED_WALLS[k] = tmp
return result + tmp
def set_walls(self, walls):
wall_array = []
for x in range(int(WIDTH / TILESIZE)):
for y in range(int(HEIGHT / TILESIZE)):
if walls[y][x] == w:
wall_array.append(Wall(self.gsm, x, y))
return wall_array
def convertMap(self, m):
walls = []
x, y = 0, 0
for line in m:
for column in line:
if column in ["+", "|", "-"]:
walls.append(Wall(x, y))
x += CELL_SIZE
y += CELL_SIZE
x = 0
return walls
def read_state(file_path, player_key):
with open(file_path, 'r') as state_file:
js = json.load(state_file)
game_state = GameState()
for player in js['RegisteredPlayerEntities']:
if not player['Killed']:
game_state.players.append(
Player(player['Name'], player['Key'], player['Points'],
player['Killed'], player['BombBag'],
player['BombRadius'],
location_to_tuple(player['Location'])))
game_state.current_player = filter(lambda player: player.key == player_key,
game_state.players)[0]
for _singleEntity in js['GameBlocks']:
for singleEntity in _singleEntity:
if singleEntity['Entity']:
if singleEntity['Entity'][
'$type'] != 'Domain.Entities.PlayerEntity, Domain':
wall = singleEntity['Entity']
game_state.walls.append(
Wall(wall['$type'],
location_to_tuple(wall['Location'])))
if singleEntity['Bomb']:
bomb = singleEntity['Bomb']
game_state.bombs.append(
Bomb(bomb['Owner']["Key"], bomb['BombRadius'],
bomb['BombTimer'], bomb['IsExploding'],
location_to_tuple(bomb['Location'])))
if singleEntity['PowerUp']:
pUp = singleEntity['PowerUp']
game_state.power_ups.append(
PowerUp(pUp['$type'], location_to_tuple(pUp['Location'])))
game_state.map = [['.' for j in range(js['MapWidth'])]
for i in range(js['MapHeight'])]
for wall in game_state.walls:
if wall.destructible:
game_state.set_map(wall.location, '+')
else:
game_state.set_map(wall.location, '#')
return game_state
def load_to_game():
walls = [
Wall(pygame.Rect(-100, -200, 300, 100), renderer),
Wall(pygame.Rect(100, 200, 300, 100), renderer),
Wall(pygame.Rect(-300, -500, 500, 200), renderer),
Wall(pygame.Rect(600, -200, 400, 100), renderer),
Wall(pygame.Rect(-500, -800, 300, 600), renderer),
Wall(pygame.Rect(-1600, -1600, 200, 1000), renderer),
Wall(pygame.Rect(-1600, 1600, 1000, 200), renderer),
Wall(pygame.Rect(1600, 1600, 1000, 200), renderer),
Wall(pygame.Rect(1600, -1600, 1000, 200), renderer),
Wall(pygame.Rect(-2000, -3700, 300, 1000), renderer),
Wall(pygame.Rect(-2000, 3700, 300, 1000), renderer),
Wall(pygame.Rect(2000, 3700, 300, 1000), renderer),
Wall(pygame.Rect(2000, -3700, 300, 1000), renderer),
Wall(pygame.Rect(4300, -4300, 100, 100), renderer),
Wall(pygame.Rect(-2000, -2900, 100, 100), renderer),
Wall(pygame.Rect(4500, -900, 100, 100), renderer),
Wall(pygame.Rect(400, -500, 100, 100), renderer),
Wall(pygame.Rect(-1400, 4500, 100, 100), renderer),
Wall(pygame.Rect(3800, -2900, 100, 100), renderer),
Wall(pygame.Rect(-1900, 3100, 100, 100), renderer),
Wall(pygame.Rect(-4700, 4400, 100, 100), renderer),
Wall(pygame.Rect(-4300, 2300, 100, 100), renderer),
Wall(pygame.Rect(-2300, 2000, 100, 100), renderer),
Wall(pygame.Rect(-1200, -4800, 100, 100), renderer),
Wall(pygame.Rect(1100, -3000, 100, 100), renderer),
Wall(pygame.Rect(1500, -3400, 100, 100), renderer),
Wall(pygame.Rect(3600, 4600, 100, 100), renderer),
Wall(pygame.Rect(3700, 800, 100, 100), renderer),
Wall(pygame.Rect(-4500, -3400, 100, 100), renderer),
Wall(pygame.Rect(2000, 2000, 100, 100), renderer),
Wall(pygame.Rect(4800, -4700, 100, 100), renderer),
Wall(pygame.Rect(-1500, 3000, 100, 100), renderer),
Wall(pygame.Rect(-1700, 2700, 100, 100), renderer),
Wall(pygame.Rect(4300, 3600, 100, 100), renderer),
Wall(pygame.Rect(4600, 2300, 100, 100), renderer),
Wall(pygame.Rect(2700, 3700, 100, 100), renderer),
Wall(pygame.Rect(-1400, 3700, 100, 100), renderer),
Wall(pygame.Rect(500, -1100, 100, 100), renderer),
Wall(pygame.Rect(3900, -4100, 100, 100), renderer),
Wall(pygame.Rect(2900, -4900, 100, 100), renderer),
Wall(pygame.Rect(4600, -1300, 100, 100), renderer),
Wall(pygame.Rect(4300, 2000, 100, 100), renderer),
Wall(pygame.Rect(3700, -1200, 100, 100), renderer),
# Boundaries
Wall(pygame.Rect(-5000, -5000, 100, 10000), renderer),
Wall(pygame.Rect(-5000, -5000, 10000, 100), renderer),
Wall(pygame.Rect(-5000, 4900, 10000, 100), renderer),
Wall(pygame.Rect(4900, -5000, 100, 10000), renderer)
]
# This dictionary contains all the paths of the picture assets
s_paths = {
"Circle": "Assets\\Sprites\\Circle.png",
"Rect": "Assets\\Sprites\\Rectangle.png",
"Smoke 1": "Assets\\Sprites\\Smoke 1.png",
"Wall": "Assets\\Sprites\\Wall.png",
"Rock 1": "Assets\\Sprites\\Rock 1.png",
"Coin 1": "Assets\\Sprites\\Coin 1.png",
"Coin 2": "Assets\\Sprites\\Coin 2.png",
"Coin 3": "Assets\\Sprites\\Coin 3.png",
"Coin 4": "Assets\\Sprites\\Coin 4.png",
"Boss Bar": "Assets\\Sprites\\Boss Bar.png",
"Boss Bar Sides": "Assets\\Sprites\\Boss Bar Sides.png",
"Boss Bar Part": "Assets\\Sprites\\Boss Bar Part.png",
"Heart": "Assets\\Sprites\\Heart.png",
"Empty Heart": "Assets\\Sprites\\Empty Heart.png",
"Onion": "Assets\\Sprites\\Onion.png",
"Durian": "Assets\\Sprites\\Durian.png",
"Mirror": "Assets\\Sprites\\Mirror.png",
"Entity Shadow": "Assets\\Sprites\\Entity Shadow.png",
"Enemy Spawner": "Assets\\Sprites\\Enemy Spawner.png",
"Player": "Assets\\Sprites\\Player.png",
"Alien Ammo": "Assets\\Sprites\\Alien Ammo.png",
"Alien Ammo Burst": "Assets\\Sprites\\Alien Ammo Burst.png",
"Squishy Enemy": "Assets\\Sprites\\Squishy Enemy.png",
"Crimson 1": "Assets\\Sprites\\Crimson 1.png",
"Crimson 2": "Assets\\Sprites\\Crimson 2.png",
"Crimson 3": "Assets\\Sprites\\Crimson 3.png",
"Angry Enemy 1": "Assets\\Sprites\\Angry Enemy 1.png",
"Angry Enemy 2": "Assets\\Sprites\\Angry Enemy 2.png",
"Slimy Enemy": "Assets\\Sprites\\Slimy Enemy.png",
"Yummy Enemy 1": "Assets\\Sprites\\Yummy Monster F1.png",
"Yummy Enemy 2": "Assets\\Sprites\\Yummy Monster F2.png",
"Alien Launcher": "Assets\\Sprites\\Alien Launcher.png",
"Tile 1": "Assets\\Sprites\\Grass Tile 1.png",
"Tile 2": "Assets\\Sprites\\Grass Tile 2.png",
"Blood 1": "Assets\\Sprites\\Blood 1.png",
"Blood 2": "Assets\\Sprites\\Blood 2.png",
}
game_loading_scene.start_loading(audio_manager, s_paths, start_game,
renderer, text_fonts[1], clock, walls)