def on_start_dealing(self, message):
world = self.world
for player in world.players:
kxg.info("Dealing to player {player}).")
new_hand = self.draw_cards(6)
self >> messages.DealToPlayer(player, new_hand)
def on_execute(self, world):
for card in self.cards:
card.in_play = True
self.player.hand = self.cards[:]
codes = [card.code for card in self.cards]
kxg.info("Dealing cards to {self.player}. Cards: {codes}")
def on_execute(self, world):
for card in self.cards:
card.in_play = True
self.player.hand = self.cards[:]
codes = [card.code for card in self.cards]
kxg.info("Dealing cards to {self.player}. Cards: {codes}")
def on_deal_to_player(self, message):
(card_x, card_y) = self.world.card_size
if self.player == message.player:
codes = [card.code for card in self.player.hand]
kxg.info("Cards deltith to {self.player}. Cards: {codes}")
for (i, card) in enumerate(self.player.hand):
self.hand_buttons[i].assign_card(card)
def on_deal_to_player(self, message):
(card_x, card_y) = self.world.card_size
if self.player == message.player:
codes = [card.code for card in self.player.hand]
kxg.info("Cards deltith to {self.player}. Cards: {codes}")
for (i, card) in enumerate(self.player.hand):
self.hand_buttons[i].assign_card(card)
def on_mouse_press(self, x, y, button, modifiers):
# Send a "ShootBullet" signal when the user left-clicks.
if button == 1:
target = self.focus_point
cannon = self.player.cannons[0]
direction = (target - cannon.position).unit
velocity = cannon.muzzle_speed * direction
position = cannon.position + 40 * direction
bullet = tokens.Bullet(cannon, position, velocity)
if self.player.can_shoot(bullet):
self >> messages.ShootBullet(bullet)
else:
kxg.info("Not enough arsenal to shoot bullet!")
def on_create_player(self, message):
num_players_joined = len(self.world.players)
kxg.info("{num_players_joined} of {self.num_players_expected} players created.")
if num_players_joined == self.num_players_expected:
self >> messages.StartGame(self.world)
def log_something():
kxg.info("Hello World!")
