def __init__(self, grid_size, max_generation):
self.grid_size = grid_size
self.grid_size_x, self.grid_size_y = grid_size
self.generation = 0
self.max_generation = max_generation
self.active_cells = 0
self.game_board = Grid(grid_size, Cell)
window_size = tuple([x * 5 for x in grid_size])
self.view = GameView(window_size)
self.empty_grid = Grid(self.grid_size, Cell)
def start_loading(self, level: int):
game_view = GameView()
for message in game_view.setup(level):
if self.progress < GAME_LOAD_COUNT:
self.progress_message = message
self.progress += 1
time.sleep(1) # to get loading effect in case of fast load
else:
self.progress_message = "Finishing.."
self.window.show_view(game_view)
def __init__(self):
super(GameController, self).__init__()
self.view = GameView()
self.model = GameModel()
self.hud = None
self.board = None
self.players = []
self.currentPlayer = 0 # Who do we see in the views?
self.playersTurn = 0 # Who's turn is it?
class GameController (Controller):
def __init__(self):
super(GameController, self).__init__()
self.view = GameView()
self.model = GameModel()
self.hud = None
self.board = None
self.players = []
self.currentPlayer = 0 # Who do we see in the views?
self.playersTurn = 0 # Who's turn is it?
#def win(player?):
# pass
def notify(self, event):
if isinstance(event, events.MouseReleased):
grabbedCard = None
for card in self.players[self.currentPlayer].hand.cards:
if card.view.grabbed:
grabbedCard = card
break
if grabbedCard:
for laneIdx, lane in enumerate(self.board.lanes, 0):
if lane.view.inBounds(event.mousePos):
if not self.players[self.playersTurn].hasEnoughMana(grabbedCard.model.manaCost):
grabbedCard.release()
break
self.players[self.playersTurn].expendMana(grabbedCard.model.manaCost)
if self.playersTurn == 0:
lane.placeCard(grabbedCard, 0)
else:
lane.placeCard(grabbedCard, lane.laneLength()-1)
self.players[self.currentPlayer].hand.removeCard(grabbedCard)
break
else:
card.release()
if isinstance(event, events.StartTurn):
print "Starting Player %s Turn" %self.playersTurn
for lane in self.board.lanes:
lane.startTurn(self.playersTurn)
# Now the player who's turn it is draws a card
self.players[self.playersTurn].drawCard()
self.players[self.playersTurn].gainMana()
#AI Takes Over
if self.playersTurn == 0:
playLane = self.getSuggestedPlay()
randomCard = self.players[self.playersTurn].hand.cards[0]
if (self.players[self.currentPlayer].hasEnoughMana(randomCard.model.manaCost)):
self.players[self.currentPlayer].expendMana(randomCard.model.manaCost)
self.board.lanes[playLane].placeCard(randomCard, 0)
self.players[self.currentPlayer].hand.removeCard(randomCard)
g.event_manager.post(events.ButtonEndTurn(1))
if isinstance(event, events.MouseDown):
print "mousedown"
if event.mouseButton == 2:
print "right click"
g.event_manager.post(events.StartTurn())
# End turn is called
if isinstance(event, events.ButtonEndTurn):
print "Ending turn! YAAAY"
self.playersTurn += 1
self.playersTurn %= len(self.players)
# Since we're not networked. derp
self.currentPlayer = self.playersTurn
self.updateCardVisibilities()
self.view.updateAll()
self.update()
g.event_manager.post(events.StartTurn())
if isinstance(event, events.ShipDamage):
section = self.board.lanes.index(event.lane)
if event.card.model.ownerId == 1:
damagedPlayer = 0
if event.card.model.ownerId == 0:
damagedPlayer = 1
self.players[damagedPlayer].takeDamage(section, event.card.model.power + event.card.model.attackBonus)
if isinstance(event, events.GameOver):
self.results.display(not self.players.index(event.player))
def getSuggestedPlay(self):
if self.playersTurn == 0:
enemyPlayer = 1
else:
enemyPlayer = 0
return self.board.getBestLane(enemyPlayer)
def updateCardVisibilities(self):
for idx, player in enumerate(self.players):
if idx == self.currentPlayer:
player.setVisibility(True)
else:
player.setVisibility(False)
# current_screen.show()
#
# current_screen = GameView(screen, location['num'], location['coords'], account)
data = {
'view': 'main',
'position': {
'location': 0,
'coords': (0, 0)
},
'account': ''
}
while True:
if data['view'] == 'game':
current_screen = GameView(screen, data)
if data['view'] == 'map':
current_screen = MapView(screen, data)
elif data['view'] == 'esc':
current_screen = PauseView(screen, data)
elif data['view'] == 'main':
current_screen = MainView(screen, data)
elif data['view'] == 'intro':
current_screen = StoryView(screen, data)
data = current_screen.show()
else:
current_screen = ErrorWindow(screen, 'Connection failed')
current_screen.show()
class Game():
def __init__(self, grid_size, max_generation):
self.grid_size = grid_size
self.grid_size_x, self.grid_size_y = grid_size
self.generation = 0
self.max_generation = max_generation
self.active_cells = 0
self.game_board = Grid(grid_size, Cell)
window_size = tuple([x * 5 for x in grid_size])
self.view = GameView(window_size)
self.empty_grid = Grid(self.grid_size, Cell)
def run_game(self, frames_per_second=100, display_after_end_of_game=True):
"""
Begins running the game at an optional delay and persists the window unless display_after_end_of_game is False
"""
keep_displaying_window = True
while (self.generation <
self.max_generation) and keep_displaying_window:
self.update_generation()
keep_displaying_window = self.view.update_screen(self.generation)
time.sleep(1 / frames_per_second)
while (keep_displaying_window and display_after_end_of_game):
keep_displaying_window = self.view.update_screen(self.generation)
sys.exit()
def update_generation(self):
"""Checks each cell to see if it survives to the next generation"""
next_generation = copy.deepcopy(
self.empty_grid
) # create new "dead" grid using deepcopy to avoid added iteration in the grid.__init__()
self.view.redraw_screen() # reset screen
row_number = 0
for row in self.game_board:
cell_number = 0
for cell in row:
number_neighbors = self.check_neighboring_living_cells(
(row_number, cell_number))
if cell.is_living():
if number_neighbors == 2 or number_neighbors == 3:
next_generation.getGridItem(
row_number, cell_number).toggle_living(
) # carry over living cell to next generation
self.view.draw_cell(
(row_number, cell_number)) # draw cell
else:
if number_neighbors == 3:
next_generation.getGridItem(
row_number, cell_number
).toggle_living(
) # non-living cell becomes living in the next generation
self.view.draw_cell(
(row_number, cell_number)) # draw cell
cell_number += 1
row_number += 1
self.game_board = next_generation #This generation has ended, copy next generation's grid into current grid
self.generation += 1
def check_neighboring_living_cells(self, coordinates):
"""Check neighboring cells to see if they are living and return the number of living cells"""
x, y = coordinates
num_neighbors = 0
for neighbor_coordinates in NEIGHBORING_CELLS:
neighbor_x, neighbor_y = neighbor_coordinates
neighbor_x = (neighbor_x + x) % self.grid_size_x
neighbor_y = (neighbor_y + y) % self.grid_size_y
if self.game_board.getGridItem(neighbor_x, neighbor_y).is_living():
num_neighbors += 1
return num_neighbors
def load_coordinates_into_grid(self, coordinate_list):
"""Takes a list of coordinates, a tuple(int x, int y), and sets the corresponding cell to living
Raises an IndexError if the coordinates are not
"""
for coordinate in coordinate_list:
x, y = coordinate
if (x < self.grid_size_x and x >= 0 and y < self.grid_size_y
and y >= 0):
self.game_board.getGridItem(x, y).toggle_living()
else:
raise (IndexError)
def get_game_board(self):
"""Returns the current generation's game board"""
return self.game_board
