def ActivateState(self):
self.status_text = sprites.Text(
'{} chooses another location for the bandits!'.format(
self.player.name), 'Comic Sans MS', 30)
if self.rolled_seven:
self.status_text = sprites.Text(
'{} rolled a 7 and chooses another location for the bandits!'.
format(self.player.name), 'Comic Sans MS', 30)
self.status_text.color = self.player.color
(self.status_text.x, self.status_text.y) = (230, 3)
self.gameview.all_texts.append(self.status_text)
def ActivateState(self):
self.status_text = sprites.Text(
'{} chooses a player to steal a card from.'.format(
self.player.name), 'Comic Sans MS', 30)
self.status_text.color = self.player.color
(self.status_text.x, self.status_text.y) = (230, 3)
self.gameview.all_texts.append(self.status_text)
def ActivateState(self):
self.pointer = sprites.SPointer()
self.gameview.AddSprite(self.pointer, self.z_front)
self.status_text = sprites.Text(
'{} please place a town'.format(self.player.name), 'Comic Sans MS',
30)
self.status_text.color = self.player.color
(self.status_text.x, self.status_text.y) = (230, 3)
self.gameview.all_texts.append(self.status_text)
def on_click():
if btn.alive():
nonlocal clicked, txt
if len(self._chosen_tiles) != 1:
# txt = u'请出一张牌'
txt.kill()
txt = sprites.Text(u'请出一张牌', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
self._graphics.add_sprite(txt)
return
btn.kill()
clicked = True
txt.kill()
def ActivateState(self):
self.pointer = sprites.SPointer()
self.gameview.AddSprite(self.pointer, self.z_front)
self.optional_town = self.preceding_town_state.placed_town if self.preceding_town_state else None
self.status_text = sprites.Text(
'{} please place a road'.format(self.player.name), 'Comic Sans MS',
30)
self.status_text.color = self.player.color
(self.status_text.x, self.status_text.y) = (230, 3)
self.gameview.all_texts.append(self.status_text)
def step(self, draw=True):
if len(self._all_tiles) == 0:
self._graphic_mgr.show_text(u'游戏结束')
pygame.display.update()
self._clock.tick(0.5)
self.reset()
return
if self._players[self._current_turn].respond_chow(self._last_tile):
return self.step(False)
if draw:
self._players[self._current_turn].add(self._all_tiles.pop(0))
self._players[self._current_turn].refresh()
if self._players[self._current_turn].respond_complete():
self.reset()
self._graphic_mgr.show_text(u'游戏结束')
pygame.display.update()
self._clock.tick(0.5)
return
self._last_tile = self._players[self._current_turn].respond_normal()
# self._last_tile = self._players[self._current_turn].remove(self._players[self._current_turn]._tiles[0])
self._graphic_mgr.add_player_sprite_by_type(
self._players[self._current_turn],
self._last_tile, (self._graphic_mgr._width // 2,
self._graphic_mgr._height // 8 * 6),
draw=True)
if self._cache_text and self._cache_text.alive():
self._cache_text.kill()
self._cache_text = sprites.Text(
u'%s 出了牌' % self._players[self._current_turn]._name, [
self._graphic_mgr._width / 2 - 60,
self._graphic_mgr._height / 2 - 75
])
self._graphic_mgr.add_sprite(self._cache_text)
for i in range(self._current_turn + 1, self._current_turn + 4):
if self._players[i % 4].respond_complete(self._last_tile):
self.reset()
self._graphic_mgr.show_text(u'游戏结束')
pygame.display.update()
self._clock.tick(0.5)
return
for i in range(self._current_turn + 1, self._current_turn + 4):
if self._players[i % 4].respond_pung(self._last_tile):
self._current_turn = i % 4
self._last_tile = TILE_TYPE.NONE
return self.step(False)
self._current_turn = (self._current_turn + 1) % 4
def ActivateState(self):
if self.status_text:
self.status_text.removed = False
else:
self.status_text = sprites.Text(
'{}'
's turn! Spacebar = roll dice, b = use a knight card and move bandits.'
.format(self.player.name), 'Comic Sans MS', 20)
self.status_text.color = self.player.color
self.gameview.all_texts.append(self.status_text)
(self.status_text.x, self.status_text.y) = (30, 30)
self.meta_state.current_hand_text.color = self.player.color
self.PrintPlayerHand()
def respond_pung(self, tile):
can_pung = self.can_pung(tile)
if can_pung:
print(tile)
print(self._tiles)
print(self._cnt)
clicked = False
btn = sprites.Button((255, 0, 0), 100, 30)
btn.rect.x = 300
btn.rect.y = 600
txt = sprites.Text(u'要碰吗', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
def on_click():
if btn.alive():
nonlocal clicked, txt
if len(self._chosen_tiles) == 0:
btn.kill()
txt.kill()
clicked = True
return
if len(self._chosen_tiles) == 2 and int(self._chosen_tiles[0]) == int(self._chosen_tiles[1]) == int(tile):
btn.kill()
txt.kill()
clicked = True
return
txt.kill()
txt = sprites.Text(u'出牌不符合规定', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
self._graphics.add_sprite(txt)
self._graphics.add_sprite(btn)
self._graphics.add_sprite(txt)
btn.on_click = on_click
while not clicked:
self._graphics.clear()
self._graphics.draw_all()
pygame.display.update()
self._graphics.handle(pygame.event.get())
self._graphics.clock.tick(30)
if len(self._chosen_tiles) > 0:
self.remove(self._chosen_tiles)
self._chosen_tiles.clear()
self.refresh()
return True
return False
def respond_complete(self, tile=TILE_TYPE.NONE):
can_complete = self.can_complete(tile)
if can_complete:
clicked = False
btn_yes = sprites.Button((0, 255, 0), 100, 30)
btn_yes.rect.x = 300
btn_yes.rect.y = 600
btn_no = sprites.Button((255, 0, 0), 100, 30)
btn_no.rect.x = 500
btn_no.rect.y = 600
txt = sprites.Text(u'要胡吗', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
response = False
def on_click_yes():
if btn_yes.alive():
nonlocal response, clicked
btn_yes.kill()
clicked = True
txt.kill()
response = True
def on_click_no():
if btn_no.alive():
nonlocal response, clicked
btn_no.kill()
txt.kill()
clicked = True
response = False
self._graphics.add_sprite(btn_yes)
self._graphics.add_sprite(btn_no)
self._graphics.add_sprite(txt)
btn_yes.on_click = on_click_yes
btn_no.on_click = on_click_no
while not clicked:
self._graphics.clear()
self._graphics.draw_all()
pygame.display.update()
self._graphics.handle(pygame.event.get())
self._graphics.clock.tick(30)
self._graphics.clear()
self._graphics.draw_all()
return response
else:
return False
def respond_chow(self, tile):
can_chow, sols = self.can_chow(tile)
if can_chow:
clicked = False
btn = sprites.Button((255, 0, 0), 100, 30)
btn.rect.x = 300
btn.rect.y = 600
# txt = u'要吃吗'
txt = sprites.Text(u'要吃吗', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
def on_click():
if btn.alive():
nonlocal clicked, txt, sols
if len(self._chosen_tiles) == 0:
btn.kill()
txt.kill()
clicked = True
return
for sol in sols:
if sorted(self._chosen_tiles, key=lambda x: int(x)) == sorted(sol, key=lambda x: int(x)):
btn.kill()
txt.kill()
clicked = True
return
txt.kill()
txt = sprites.Text(u'出牌不符合规定', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
self._graphics.add_sprite(txt)
# txt = u'出牌不符合规定'
self._graphics.add_sprite(btn)
self._graphics.add_sprite(txt)
btn.on_click = on_click
while not clicked:
self._graphics.clear()
self._graphics.draw_all()
# self._graphics.show_text(txt)
pygame.display.update()
self._graphics.handle(pygame.event.get())
self._graphics.clock.tick(30)
if len(self._chosen_tiles) > 0:
self.remove(self._chosen_tiles)
self._chosen_tiles.clear()
self.refresh()
return True
return False
def on_click():
if btn.alive():
nonlocal clicked, txt
if len(self._chosen_tiles) == 0:
btn.kill()
txt.kill()
clicked = True
return
if len(self._chosen_tiles) == 2 and int(self._chosen_tiles[0]) == int(self._chosen_tiles[1]) == int(tile):
btn.kill()
txt.kill()
clicked = True
return
txt.kill()
txt = sprites.Text(u'出牌不符合规定', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
self._graphics.add_sprite(txt)
def on_click():
if btn.alive():
nonlocal clicked, txt, sols
if len(self._chosen_tiles) == 0:
btn.kill()
txt.kill()
clicked = True
return
for sol in sols:
if sorted(self._chosen_tiles, key=lambda x: int(x)) == sorted(sol, key=lambda x: int(x)):
btn.kill()
txt.kill()
clicked = True
return
txt.kill()
txt = sprites.Text(u'出牌不符合规定', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
self._graphics.add_sprite(txt)
def __init__(self, gameview, players, board_stiles):
super().__init__(gameview)
self.players = players
self.board_stiles = board_stiles
self.rolled_dice = None
self.triggered_action_state = None
self.current_player = 0
self.current_hand_text = sprites.Text('current hand', 'Comic Sans MS',
20)
(self.current_hand_text.x, self.current_hand_text.y) = (36, 600)
self.gameview.all_texts.append(self.current_hand_text)
cancel_action_key = sprites.KeyCancelActionEvent()
self.gameview.keys.append(cancel_action_key)
self.main_phases = list(
map(
lambda player: gamestates.PlayerMainPhaseState(
board_stiles, gameview, self, player, self.gameview.
main_phase_key_events, cancel_action_key), self.players))
def respond_normal(self):
clicked = False
btn = sprites.Button((255, 0, 0), 100, 30)
btn.rect.x = 300
btn.rect.y = 600
txt = sprites.Text(u'请出牌', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
def on_click():
if btn.alive():
nonlocal clicked, txt
if len(self._chosen_tiles) != 1:
# txt = u'请出一张牌'
txt.kill()
txt = sprites.Text(u'请出一张牌', [self._graphics._width / 2 - 60, self._graphics._height / 2 - 15])
self._graphics.add_sprite(txt)
return
btn.kill()
clicked = True
txt.kill()
self._graphics.add_sprite(btn)
self._graphics.add_sprite(txt)
btn.on_click = on_click
while not clicked:
self._graphics.clear()
self._graphics.draw_all()
# self._graphics.show_text(txt)
pygame.display.update()
self._graphics.handle(pygame.event.get())
self._graphics.clock.tick(30)
tile = self._chosen_tiles[0]
self.remove(tile)
self._chosen_tiles.clear()
self.refresh()
return tile