class ChooseStartingPositionController(Controller):
_instance = None
def __init__(self, current_player: PlayerModel):
super().__init__(current_player)
if ChooseStartingPositionController._instance:
self._current_player = current_player
# raise Exception("ChooseStartingPositionController is a singleton")
self.current_player = current_player
self.game_board_sprite = GameBoard.instance()
self.choose_prompt = RectLabel(
500, 30, 350, 75, Color.GREY, 0,
Text(pygame.font.SysFont('Agency FB', 30),
"Choose Starting Position", Color.GREEN2))
self.choose_prompt.change_bg_image(WOOD)
self.choose_prompt.add_frame(FRAME)
self.wait_prompt = RectLabel(
500, 400, 300, 50, Color.GREY, 0,
Text(pygame.font.SysFont('Agency FB', 30), "Wait for your turn!",
Color.GREEN2))
self.wait_prompt.change_bg_image(WOOD)
self.wait_prompt.add_frame(FRAME)
self.game_board_sprite.top_ui.add(self.choose_prompt)
self.game_board_sprite.top_ui.add(self.wait_prompt)
ChooseStartingPositionController._instance = self
@classmethod
def instance(cls):
return cls._instance
def _apply_hover(self):
for i in range(len(self.game_board_sprite.grid.grid)):
for j in range(len(self.game_board_sprite.grid.grid[i])):
tile_model = GameStateModel.instance().game_board.get_tile_at(
j, i)
tile_sprite = self.game_board_sprite.grid.grid[i][j]
success = self.run_checks(tile_model)
if success and not tile_sprite.highlight_color:
tile_sprite.highlight_color = Color.GREEN
elif not success:
tile_sprite.highlight_color = None
def send_event_and_close_menu(self, tile_model: TileModel,
menu_to_close: Interactable):
pass
def run_checks(self, tile_model: TileModel) -> bool:
if GameStateModel.instance().state != GameStateEnum.PLACING_PLAYERS:
return False
if self.current_player != GameStateModel.instance().players_turn:
return False
# Check if any Players are in this tile
if GameStateModel.instance().get_players_on_tile(
tile_model.row, tile_model.column):
return False
if tile_model.space_kind == SpaceKindEnum.INDOOR:
return False
return True
def process_input(self, tile_sprite: TileSprite):
if not GameStateModel.instance().players_turn.has_pos:
tile_model = GameStateModel.instance().game_board.get_tile_at(
tile_sprite.row, tile_sprite.column)
if not self.run_checks(tile_model):
return
event = ChooseStartingPositionEvent(tile_model.row,
tile_model.column)
self.choose_prompt.kill()
if Networking.get_instance().is_host:
Networking.get_instance().send_to_all_client(event)
else:
Networking.get_instance().send_to_server(event)
def update(self, event_queue: EventQueue):
if self.current_player == GameStateModel.instance().players_turn:
self.wait_prompt.kill()
if GameStateModel.instance().state == GameStateEnum.PLACING_PLAYERS:
self._apply_hover()
class VehiclePlacementController(Controller):
"""Class for controlling inputs during the placing vehicles phase. Displays prompts."""
_instance = None
def __init__(self, current_player: PlayerModel):
super().__init__(current_player)
if VehiclePlacementController._instance:
self._current_player = current_player
# raise Exception(f"{VehiclePlacementController.__name__} is a singleton!")
self.choose_engine_prompt = RectLabel(
500, 30, 350, 75, Color.GREY, 0,
Text(pygame.font.SysFont('Agency FB', 30),
"Choose Engine Position", Color.GREEN2))
self.choose_engine_prompt.change_bg_image(WOOD)
self.choose_engine_prompt.add_frame(FRAME)
self.choose_ambulance_prompt = RectLabel(
500, 30, 350, 75, Color.GREY, 0,
Text(pygame.font.SysFont('Agency FB', 30),
"Choose Ambulance Position", Color.GREEN2))
self.choose_ambulance_prompt.change_bg_image(WOOD)
self.choose_ambulance_prompt.add_frame(FRAME)
self.wait_prompt = RectLabel(
500, 580, 350, 75, Color.GREY, 0,
Text(pygame.font.SysFont('Agency FB', 30),
"Host Is Placing Vehicles...", Color.GREEN2))
self.wait_prompt.change_bg_image(WOOD)
self.wait_prompt.add_frame(FRAME)
self.game_board_sprite = GameBoard.instance()
self.ambulance_placed = False
self.engine_placed = False
VehiclePlacementController._instance = self
@classmethod
def instance(cls):
return cls._instance
def run_checks(self, tile_model: TileModel) -> bool:
game: GameStateModel = GameStateModel.instance()
if game.state != GameStateEnum.PLACING_VEHICLES:
return False
if not Networking.get_instance().is_host:
return False
if tile_model.space_kind == SpaceKindEnum.INDOOR:
return False
return True
def send_event_and_close_menu(self, tile_model: TileModel,
menu_to_close: Interactable):
game_board: GameBoardModel = GameStateModel.instance().game_board
spot_list = game_board.engine_spots if self.ambulance_placed else game_board.ambulance_spots
parking_spot = [spot for spot in spot_list if tile_model in spot]
if not parking_spot:
return
parking_spot = parking_spot[0]
vehicle = game_board.engine if self.ambulance_placed else game_board.ambulance
event = VehiclePlacedEvent(vehicle, parking_spot)
if Networking.get_instance().is_host:
Networking.get_instance().send_to_all_client(event)
else:
Networking.get_instance().client.send(event)
if not self.ambulance_placed:
self.ambulance_placed = True
elif not self.engine_placed:
self.engine_placed = True
def _check_highlight(self, tile_model: TileModel, vehicle_type: str):
if vehicle_type == "AMBULANCE":
return tile_model.space_kind == SpaceKindEnum.AMBULANCE_PARKING
elif vehicle_type == "ENGINE":
return tile_model.space_kind == SpaceKindEnum.ENGINE_PARKING
def _apply_highlight(self, vehicle_type: str):
game_state = GameStateModel.instance()
for i in range(len(self.game_board_sprite.grid.grid)):
for j in range(len(self.game_board_sprite.grid.grid[i])):
tile_model = game_state.game_board.get_tile_at(j, i)
tile_sprite = self.game_board_sprite.grid.grid[i][j]
success = self._check_highlight(tile_model, vehicle_type)
if success and not tile_sprite.highlight_color:
tile_sprite.highlight_color = Color.GREEN
elif not success:
tile_sprite.highlight_color = None
def process_input(self, tile_sprite: TileSprite):
game_state: GameStateModel = GameStateModel.instance()
tile_model = game_state.game_board.get_tile_at(tile_sprite.row,
tile_sprite.column)
if not self.run_checks(tile_model):
return
self.send_event_and_close_menu(tile_model, None)
def enable_prompts(self):
if Networking.get_instance().is_host:
self.game_board_sprite.top_ui.add(self.choose_engine_prompt)
self.game_board_sprite.top_ui.add(self.choose_ambulance_prompt)
else:
self.game_board_sprite.top_ui.add(self.wait_prompt)
def update(self, event_queue: EventQueue):
game: GameStateModel = GameStateModel.instance()
if not game.state == GameStateEnum.PLACING_VEHICLES:
return
if self.engine_placed:
self.choose_engine_prompt.kill()
if self.ambulance_placed:
self.choose_ambulance_prompt.kill()
ambulance: VehicleModel = GameStateModel.instance(
).game_board.ambulance
engine: VehicleModel = GameStateModel.instance().game_board.engine
if ambulance.orientation != VehicleOrientationEnum.UNSET and engine.orientation != VehicleOrientationEnum.UNSET:
self.wait_prompt.kill()
self.choose_ambulance_prompt.kill()
self.choose_engine_prompt.kill()
vehicle_type = "ENGINE" if self.ambulance_placed else "AMBULANCE"
self._apply_highlight(vehicle_type)
class FireDeckGunController(Controller):
_instance = None
def __init__(self, current_player: PlayerModel):
super().__init__(current_player)
if FireDeckGunController._instance:
self._current_player = current_player
# raise Exception("Victim Controller is a singleton")
self._game: GameStateModel = GameStateModel.instance()
self.player = current_player
self.board: GameBoardModel = self._game.game_board
self.engine = self.board.engine
FireDeckGunController._instance = self
self.label = None
self.input1 = None
self.input2 = None
self.input3 = None
self.input4 = None
self.max_input = 0
@classmethod
def instance(cls):
return cls._instance
def process_input(self, tile_sprite: TileSprite):
assoc_model = self.board.get_tile_at(tile_sprite.row,
tile_sprite.column)
button = None
if self.run_checks(assoc_model):
button = tile_sprite.fire_deck_gun_button
if button:
tile_sprite.fire_deck_gun_button.enable()
if self._current_player.role == PlayerRoleEnum.DRIVER:
button.on_click(self.driver_menu_popup, assoc_model)
else:
button.on_click(self.send_event_and_close_menu, assoc_model,
button)
else:
tile_sprite.fire_deck_gun_button.disable()
def run_checks(self, tile_model: TileModel) -> bool:
"""
Determines whether or not it is
possible to perform this event.
:return: True if it possible to perform
this event. False otherwise.
"""
# Doge cannot fire the deck gun
if self.player.role == PlayerRoleEnum.DOGE:
return False
if not self.player == GameStateModel.instance().players_turn:
return False
ap_deduct = 2 if self.player.role == PlayerRoleEnum.DRIVER else 4
if not TurnEvent.has_required_AP(self.player.ap, ap_deduct):
return False
# If the player is not located in the
# same space as the engine, they cannot
# fire the deck gun.
engine_orient = self.engine.orientation
if engine_orient == VehicleOrientationEnum.HORIZONTAL:
on_first_spot = self.player.row == self.engine.row and self.player.column == self.engine.column
on_second_spot = self.player.row == self.engine.row and self.player.column == self.engine.column + 1
if not on_first_spot and not on_second_spot:
return False
elif engine_orient == VehicleOrientationEnum.VERTICAL:
on_first_spot = self.player.row == self.engine.row and self.player.column == self.engine.column
on_second_spot = self.player.row == self.engine.row + 1 and self.player.column == self.engine.column
if not on_first_spot and not on_second_spot:
return False
engine_quadrant = self._determine_quadrant(self.engine.row,
self.engine.column)
tile_input_quadrant = self._determine_quadrant(tile_model.row,
tile_model.column)
# If there are players present in the
# quadrant, the deck gun cannot be fired.
# tile input gotta be on quadrant adjacent to engine
if self._are_players_in_quadrant(
engine_quadrant) or tile_input_quadrant != engine_quadrant:
return False
return True
@staticmethod
def _determine_quadrant(row, column) -> QuadrantEnum:
"""
Determines the quadrant to which
the row and column belong to.
:param row:
:param column:
:return: Quadrant in which the row and
column are located.
"""
if row < 4 and column < 5:
return QuadrantEnum.TOP_LEFT
elif row < 4 and column >= 5:
return QuadrantEnum.TOP_RIGHT
elif row >= 4 and column < 5:
return QuadrantEnum.BOTTOM_LEFT
else:
return QuadrantEnum.BOTTOM_RIGHT
@staticmethod
def _determine_quadrant_player(row, column) -> QuadrantEnum:
"""
Determines the quadrant to which
the row and column belong to.
:param row:
:param column:
:return: Quadrant in which the row and
column are located.
"""
if 4 > row > 0 and 5 > column > 0:
return QuadrantEnum.TOP_LEFT
elif 4 > row > 0 and 5 <= column < 9:
return QuadrantEnum.TOP_RIGHT
elif 4 <= row < 7 and 5 > column > 0:
return QuadrantEnum.BOTTOM_LEFT
elif 4 <= row < 7 and 5 <= column < 9:
return QuadrantEnum.BOTTOM_RIGHT
def _are_players_in_quadrant(self, quadrant: QuadrantEnum) -> bool:
"""
Determines whether there are any players
in the given quadrant.
:param quadrant: Quadrant that we are interested in.
:return: True if there are players in the quadrant,
False otherwise.
"""
for player in self._game.players:
logger.info(
f"Player assoc_quadrant: {self._determine_quadrant_player(player.row, player.column)}"
)
logger.info(
f"Player row: {player.row}, Player column: {player.column}")
logger.info(f"Quadrant to compare: {quadrant}")
if quadrant == self._determine_quadrant_player(
player.row, player.column):
return True
return False
def send_event_and_close_menu(self,
tile_model: TileModel,
menu_to_close: Interactable,
row: int = -1,
column: int = -1):
event = FireDeckGunEvent(row=row, column=column)
if not self.run_checks(tile_model):
menu_to_close.disable()
return
if Networking.get_instance().is_host:
Networking.get_instance().send_to_all_client(event)
else:
Networking.get_instance().client.send(event)
if menu_to_close:
menu_to_close.disable()
def _set_target_tile(self, row: int = -1, column: int = -1):
"""
Set the tile which will be the
target for the firing of the deck gun.
:return:
"""
engine_quadrant = self._determine_quadrant(self.engine.row,
self.engine.column)
if row == -1:
target_row = GameStateModel.instance().roll_red_dice()
else:
target_row = row
if column == -1:
target_column = GameStateModel.instance().roll_black_dice()
else:
target_column = column
target_quadrant = self._determine_quadrant(target_row, target_column)
# If the roll gives a tile in the engine's
# quadrant, that will become the target tile.
if target_quadrant == engine_quadrant:
target_tile = GameStateModel.instance().game_board.get_tile_at(
target_row, target_column)
return target_tile
else:
# Flipping the red dice involves
# subtracting the roll value from 7.
flipped_row = 7 - target_row
# Try out the following combinations
# and see if any of them are in the
# engine's quadrant:
# 1. flipping the row, same column
# 2. same row, flipping the column
# 3. flipping the row, flipping the column
new_target_quadrant = self._determine_quadrant(
flipped_row, target_column)
if new_target_quadrant == engine_quadrant:
target_tile = GameStateModel.instance().game_board.get_tile_at(
flipped_row, target_column)
return target_tile
flipped_column = GameStateModel.instance(
).determine_black_dice_opposite_face(target_column)
new_target_quadrant = self._determine_quadrant(
target_row, flipped_column)
if new_target_quadrant == engine_quadrant:
target_tile = GameStateModel.instance().game_board.get_tile_at(
target_row, flipped_column)
return target_tile
new_target_quadrant = self._determine_quadrant(
flipped_row, flipped_column)
if new_target_quadrant == engine_quadrant:
target_tile = GameStateModel.instance().game_board.get_tile_at(
flipped_row, flipped_column)
return target_tile
# $$$$$$$$$$$$$$$$$
# Shouldn't be able to reach this point!!
# One of the cases above should have worked.
# $$$$$$$$$$$$$$$$$
logger.error("Possible issue with dice flipping! Stop!!")
raise FlippingDiceProblemException()
def driver_menu_popup(self, tile_model: TileModel):
decision: int = 0
targetTile: TileModel = self._set_target_tile()
red_dice = targetTile.row
black_dice = targetTile.column
boardSprite: GameBoard = GameBoard.instance().top_ui
self.label = RectLabel(
200, 400, 600, 200, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25),
f"Roll: {red_dice}, {black_dice}", Color.GREEN2))
self.label.change_bg_image(WOOD)
self.label.add_frame(FRAME)
self.input1 = RectButton(
200, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Accept Roll",
Color.GREEN2))
self.input1.change_bg_image(WOOD)
self.input1.add_frame(FRAME)
self.input2 = RectButton(
350, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Re-Roll Black Dice",
Color.GREEN2))
self.input2.change_bg_image(WOOD)
self.input2.add_frame(FRAME)
self.input3 = RectButton(
500, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Re-Roll Red Dice",
Color.GREEN2))
self.input3.change_bg_image(WOOD)
self.input3.add_frame(FRAME)
self.input4 = RectButton(
650, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Re-Roll Both Die",
Color.GREEN2))
self.input4.change_bg_image(WOOD)
self.input4.add_frame(FRAME)
self.input1.on_click(self.input1_process, tile_model, red_dice,
black_dice)
self.input2.on_click(self.input2_process, tile_model, red_dice,
black_dice)
self.input3.on_click(self.input3_process, tile_model, red_dice,
black_dice)
self.input4.on_click(self.input4_process, tile_model, red_dice,
black_dice)
boardSprite.add(self.label)
boardSprite.add(self.input1)
boardSprite.add(self.input2)
boardSprite.add(self.input3)
boardSprite.add(self.input4)
def input1_process(self, tile: TileModel, red_dice: int, black_dice: int):
self.kill_all()
self.max_input = 0
self.send_event_and_close_menu(tile, self.input1, red_dice, black_dice)
def input2_process(self, tile: TileModel, red_dice: int, black_dice: int):
self.max_input += 1
board_sprite: GameBoard = GameBoard.instance().top_ui
self.kill_all()
new_tile: TileModel = self._set_target_tile(red_dice)
if self.max_input == 2:
self.max_input = 0
self.send_event_and_close_menu(tile, self.input1, new_tile.row,
new_tile.column)
else:
black_dice = new_tile.column
self.label = RectLabel(
200, 400, 600, 200, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25),
f"Roll: {red_dice}, {black_dice}", Color.GREEN2))
self.label.change_bg_image(WOOD)
self.label.add_frame(FRAME)
self.input1 = RectButton(
200, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Accept Roll",
Color.GREEN2))
self.input1.change_bg_image(WOOD)
self.input1.add_frame(FRAME)
self.input3 = RectButton(
350, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Re-Roll Red Dice",
Color.GREEN2))
self.input3.change_bg_image(WOOD)
self.input3.add_frame(FRAME)
self.input1.on_click(self.input1_process, tile, red_dice,
new_tile.column)
self.input3.on_click(self.input3_process, tile, red_dice,
new_tile.column)
board_sprite.add(self.label)
board_sprite.add(self.input1)
board_sprite.add(self.input3)
def input3_process(self, tile: TileModel, red_dice: int, black_dice: int):
self.max_input += 1
board_sprite: GameBoard = GameBoard.instance().top_ui
self.kill_all()
new_tile: TileModel = self._set_target_tile(-1, black_dice)
if self.max_input == 2:
self.max_input = 0
self.send_event_and_close_menu(tile, self.input1, new_tile.row,
new_tile.column)
else:
red_dice = new_tile.row
self.label = RectLabel(
200, 400, 600, 200, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25),
f"Roll: {red_dice}, {black_dice}", Color.GREEN2))
self.label.change_bg_image(WOOD)
self.label.add_frame(FRAME)
self.input1 = RectButton(
200, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25), "Accept Roll",
Color.GREEN2))
self.input1.change_bg_image(WOOD)
self.input1.add_frame(FRAME)
self.input2 = RectButton(
350, 350, 150, 50, Color.BLACK, 0,
Text(pygame.font.SysFont('Agency FB', 25),
"Re-Roll Black Dice", Color.GREEN2))
self.input2.change_bg_image(WOOD)
self.input2.add_frame(FRAME)
self.input1.on_click(self.input1_process, tile, new_tile.row,
black_dice)
self.input2.on_click(self.input2_process, tile, new_tile.row,
black_dice)
board_sprite.add(self.label)
board_sprite.add(self.input1)
board_sprite.add(self.input2)
def input4_process(self, tile: TileModel, red_dice: int, black_dice: int):
self.kill_all()
new_tile: TileModel = self._set_target_tile()
self.send_event_and_close_menu(tile, self.input1, new_tile.row,
new_tile.column)
def kill_all(self):
self.input1.kill()
self.input2.kill()
self.input3.kill()
self.input4.kill()
self.label.kill()