def on_jackpot(space, arbiter):
ball, pocket = arbiter.shapes
ball.needs_remove = True
self.ball_tray += self.jackpot_amount + 1
B.processEvent(('pachinko_jackpot', self))
B.processEvent(('pachinko_tray', self))
return True
def move_followed_sprite(self, pos):
if self._selected_stack:
B.processEvent(('PICKUP_STACK_MOTION', (self._popped_chips, pos)))
else:
B.processEvent(('SNAP_STACK_MOTION', (self._popped_chips, pos)))
self._desired_pos = pos[0], pos[1] + self.height_offset
self._needs_arrange = True
def move_followed_sprite(self, pos):
if self._selected_stack:
B.processEvent(('PICKUP_STACK_MOTION', (self._popped_chips, pos)))
else:
B.processEvent(('SNAP_STACK_MOTION', (self._popped_chips, pos)))
self._desired_pos = pos[0], pos[1] + self.height_offset
self._needs_arrange = True
def f(sprite):
if len(self.bets) > 0:
self._allow_exit = False
self._enable_chips = False
sprite.kill()
self._advisor.empty()
self.deal_cards()
B.processEvent(('DO_DROP_STACK', self))
def win_card(self):
"""Win one of the cards"""
possible_cards = [card for card in self.cards if card.active]
if possible_cards:
card = random.choice(possible_cards)
card.set_card_state(bingocard.S_WON)
self.play_sound(card.card_success_sound)
B.processEvent((events.E_CARD_COMPLETE, card))
card.active = False
def win_card(self):
"""Win one of the cards"""
possible_cards = [card for card in self.cards if card.active]
if possible_cards:
card = random.choice(possible_cards)
card.set_card_state(bingocard.S_WON)
self.play_sound(card.card_success_sound)
B.processEvent((events.E_CARD_COMPLETE, card))
card.active = False
def return_stack(self, *args):
B.processEvent(('RETURN_STACK', self))
self._grabbed = False
self._selected_stack = False
self._needs_arrange = False
self._initial_snap = None
self._followed_sprite = None
self._popped_chips = list()
self.ignore_until_away = True
self.arrange()
def return_stack(self, *args):
B.processEvent(('RETURN_STACK', self))
self._grabbed = False
self._selected_stack = False
self._needs_arrange = False
self._initial_snap = None
self._followed_sprite = None
self._popped_chips = list()
self.ignore_until_away = True
self.arrange()
def handle_motion(self, pos):
"""Do stuff with the mouse/touch pointer
:param pos: Mouse/Touch position in screen coordinates
:return:
"""
# check if mouse is close to a sprite, and snap to it
closest_sprite = self.snap_sprite(pos)
if self.ignore_until_away:
if closest_sprite is None:
self.ignore_until_away = False
else:
return
# ignore chips in motion
if closest_sprite in self._running_animations.keys():
return
# this will snap chips to the cursor
elif not self._grabbed and closest_sprite is not None:
# prevent multiple stacks from being hovered at once
if ChipPile.__current_stack is not self:
if ChipPile.__current_stack is None:
ChipPile.__current_stack = self
elif ChipPile.__current_stack._grabbed:
return
else:
ChipPile.__current_stack.return_stack()
ChipPile.__current_stack = self
if self._followed_sprite is not closest_sprite:
choice(self.chip_sounds).play()
self._followed_sprite = closest_sprite
self._popped_chips.append(closest_sprite)
self._initial_snap = closest_sprite.rect.center
if len(self._popped_chips) == 1:
B.processEvent(('SNAP_STACK', (self, pos)))
# we have a sprite following the pointer
# if self._followed_sprite is not None:
if self._popped_chips:
self.move_followed_sprite(pos)
close_enough = (abs(get_distance(pos, self._initial_snap))
< self._maximum_distance_until_drop)
# we've moved too far away without selecting the stack
# so the stack is returned to the pile
if not close_enough and not self._selected_stack:
self.return_stack()
def handle_click(self):
"""The number was clicked on"""
if not self.is_active:
return
self.is_called = not self.is_called
if self.is_called:
self.card.call_square(self.text)
B.processEvent((events.E_PLAYER_PICKED, self))
else:
self.card.reset_square(self.text)
B.processEvent((events.E_PLAYER_UNPICKED, self))
def handle_motion(self, pos):
"""Do stuff with the mouse/touch pointer
:param pos: Mouse/Touch position in screen coordinates
:return:
"""
# check if mouse is close to a sprite, and snap to it
closest_sprite = self.snap_sprite(pos)
if self.ignore_until_away:
if closest_sprite is None:
self.ignore_until_away = False
else:
return
# ignore chips in motion
if closest_sprite in self._running_animations.keys():
return
# this will snap chips to the cursor
elif not self._grabbed and closest_sprite is not None:
# prevent multiple stacks from being hovered at once
if ChipPile.__current_stack is not self:
if ChipPile.__current_stack is None:
ChipPile.__current_stack = self
elif ChipPile.__current_stack._grabbed:
return
else:
ChipPile.__current_stack.return_stack()
ChipPile.__current_stack = self
if self._followed_sprite is not closest_sprite:
choice(self.chip_sounds).play()
self._followed_sprite = closest_sprite
self._popped_chips.append(closest_sprite)
self._initial_snap = closest_sprite.rect.center
if len(self._popped_chips) == 1:
B.processEvent(('SNAP_STACK', (self, pos)))
# we have a sprite following the pointer
# if self._followed_sprite is not None:
if self._popped_chips:
self.move_followed_sprite(pos)
close_enough = (abs(get_distance(pos, self._initial_snap)) <
self._maximum_distance_until_drop)
# we've moved too far away without selecting the stack
# so the stack is returned to the pile
if not close_enough and not self._selected_stack:
self.return_stack()
def remove_internal(self, sprite):
super(ChipPile, self).remove_internal(sprite)
for name in ('_clicked_sprite', '_followed_sprite'):
if getattr(self, name) is sprite:
setattr(self, name, None)
try:
self._popped_chips.remove(sprite)
except ValueError:
pass
try:
shadow = self._shadows_dict.pop(sprite)
self._shadows.remove(shadow)
except KeyError:
pass
B.processEvent(('CHIPS_VALUE_CHANGE', self))
def remove_internal(self, sprite):
super(ChipPile, self).remove_internal(sprite)
for name in ('_clicked_sprite', '_followed_sprite'):
if getattr(self, name) is sprite:
setattr(self, name, None)
try:
self._popped_chips.remove(sprite)
except ValueError:
pass
try:
shadow = self._shadows_dict.pop(sprite)
self._shadows.remove(shadow)
except KeyError:
pass
B.processEvent(('CHIPS_VALUE_CHANGE', self))
def drop_followed(self, pos):
d = {'object': self,
'position': pos,
'chips': list(self._popped_chips)}
# drop will be be true when somebody
# has accepted the dropped stack
drop = self.handle_drop(B.processEvent(('DROP_STACK', d)))
self.return_stack()
def __init__(self, rect, value=0, **kwargs):
super(ChipPile, self).__init__(rect, **kwargs)
self.stacking = 70, -10
self.ignore_until_away = True
self.arrange_function = self.animate_pop
self._clicked_sprite = None
self._followed_sprite = None
self._popped_chips = list()
self._initial_snap = None
self._desired_pos = None
self._selected_stack = False
self._grabbed = False
self._shadows = SpriteGroup()
self._shadows_dict = dict()
self._running_animations = dict()
B.linkEvent('DO_DROP_STACK', self.return_stack)
if value:
self.add(*cash_to_chips(value))
def __init__(self, rect, value=0, **kwargs):
super(ChipPile, self).__init__(rect, **kwargs)
self.stacking = 70, -10
self.ignore_until_away = True
self.arrange_function = self.animate_pop
self._clicked_sprite = None
self._followed_sprite = None
self._popped_chips = list()
self._initial_snap = None
self._desired_pos = None
self._selected_stack = False
self._grabbed = False
self._shadows = SpriteGroup()
self._shadows_dict = dict()
self._running_animations = dict()
B.linkEvent('DO_DROP_STACK', self.return_stack)
if value:
self.add(*cash_to_chips(value))
def drop_followed(self, pos):
d = {
'object': self,
'position': pos,
'chips': list(self._popped_chips)
}
# drop will be be true when somebody
# has accepted the dropped stack
drop = self.handle_drop(B.processEvent(('DROP_STACK', d)))
self.return_stack()
def update_squares_to_go(self):
"""Update a card with the number of squares to go"""
number_to_go, self.potential_winning_squares = self.state.winning_pattern.get_number_to_go_and_winners(self, self.called_squares)
#
# Check if a line completed
if self.active and number_to_go == 0:
for squares in self.state.winning_pattern.get_winning_squares(self, self.called_squares):
state = None
missing_squares = self.state.get_missing_squares(squares)
if not missing_squares:
self.state.add_generator('flash-squares', self.flash_squares(squares, S_GOOD, S_GOOD))
self.state.play_sound(self.card_success_sound)
self.set_card_state(S_WON)
else:
self.state.add_generator('flash-squares', self.flash_squares(missing_squares, S_BAD, S_BAD))
self.state.play_sound('bingo-card-failure')
self.set_card_state(S_LOST)
B.processEvent((events.E_CARD_COMPLETE, self))
#
self.active = False
def handle_click(self, value, pos=None):
value = bool(value)
if not self._selected_stack == value:
# the button is clicked and something is following
# so we assume it is a pickup.
followed = self._followed_sprite is not None
if value and followed:
self._grabbed = True
B.processEvent(('PICKUP_STACK', self))
# button is released and and we are followed, so
# lets drop whatever is following up
elif not value and followed:
self._grabbed = False
self.ignore_until_away = True
self.drop_followed(pos)
# this triggers animation changes, essentially
self._selected_stack = value
self.handle_motion(pos)
def handle_click(self, value, pos=None):
value = bool(value)
if not self._selected_stack == value:
# the button is clicked and something is following
# so we assume it is a pickup.
followed = self._followed_sprite is not None
if value and followed:
self._grabbed = True
B.processEvent(('PICKUP_STACK', self))
# button is released and and we are followed, so
# lets drop whatever is following up
elif not value and followed:
self._grabbed = False
self.ignore_until_away = True
self.drop_followed(pos)
# this triggers animation changes, essentially
self._selected_stack = value
self.handle_motion(pos)
def __init__(self):
"""Initialise the bingo game"""
#
self.verbose = False
self.sound_muted = prepare.ARGS['debug']
#
self.screen_rect = pg.Rect((0, 0), prepare.RENDER_SIZE)
self.auto_pick = S['debug-auto-pick']
#
self.ui = common.ClickableGroup()
#
self.lobby_button = NeonButton(S['lobby-position'], 'Lobby',
self.return_to_lobby)
self.new_game_button = NeonButton(
S['new-game-position'], 'New',
lambda x: self.restart_game(None, None))
#
# The controls to allow selection of different numbers of cards
self.card_selector = cardselector.CardSelector('card-selector', self)
self.card_selector.linkEvent(events.E_NUM_CARDS_CHANGED,
self.change_number_of_cards)
self.ui.append(self.card_selector.ui)
#
self.create_card_collection()
self.ui.extend(self.cards)
#
self.winning_pattern = patterns.PATTERNS[0]
#
self.pattern_buttons = common.DrawableGroup()
self.debug_buttons = common.DrawableGroup()
self.buttons = common.DrawableGroup([self.pattern_buttons])
#
if prepare.DEBUG:
self.buttons.append(self.debug_buttons)
#
super(Bingo, self).__init__()
#
# The machine for picking balls
self.ball_machine = ballmachine.BallMachine('ball-machine', self)
self.ball_machine.start_machine()
self.ui.append(self.ball_machine.buttons)
#
self.all_cards = common.DrawableGroup()
self.all_cards.extend(self.cards)
self.all_cards.extend(self.dealer_cards)
#
B.linkEvent(events.E_PLAYER_PICKED, self.player_picked)
B.linkEvent(events.E_PLAYER_UNPICKED, self.player_unpicked)
B.linkEvent(events.E_CARD_COMPLETE, self.card_completed)
#
self.current_pick_sound = 0
self.last_pick_time = 0
def __init__(self):
"""Initialise the bingo game"""
#
self.verbose = False
self.sound_muted = prepare.ARGS['debug']
#
self.screen_rect = pg.Rect((0, 0), prepare.RENDER_SIZE)
self.auto_pick = S['debug-auto-pick']
#
self.ui = common.ClickableGroup()
#
self.lobby_button = NeonButton(S['lobby-position'], 'Lobby', self.return_to_lobby)
self.new_game_button = NeonButton(S['new-game-position'], 'New', lambda x: self.restart_game(None, None))
#
# The controls to allow selection of different numbers of cards
self.card_selector = cardselector.CardSelector('card-selector', self)
self.card_selector.linkEvent(events.E_NUM_CARDS_CHANGED, self.change_number_of_cards)
self.ui.append(self.card_selector.ui)
#
self.create_card_collection()
self.ui.extend(self.cards)
#
self.winning_pattern = patterns.PATTERNS[0]
#
self.pattern_buttons = common.DrawableGroup()
self.debug_buttons = common.DrawableGroup()
self.buttons = common.DrawableGroup([self.pattern_buttons])
#
if prepare.DEBUG:
self.buttons.append(self.debug_buttons)
#
super(Bingo, self).__init__()
#
# The machine for picking balls
self.ball_machine = ballmachine.BallMachine('ball-machine', self)
self.ball_machine.start_machine()
self.ui.append(self.ball_machine.buttons)
#
self.all_cards = common.DrawableGroup()
self.all_cards.extend(self.cards)
self.all_cards.extend(self.dealer_cards)
#
B.linkEvent(events.E_PLAYER_PICKED, self.player_picked)
B.linkEvent(events.E_PLAYER_UNPICKED, self.player_unpicked)
B.linkEvent(events.E_CARD_COMPLETE, self.card_completed)
#
self.current_pick_sound = 0
self.last_pick_time = 0
def unlink_events(self):
for name, f in self.interested_events:
B.unlinkEvent(name, f)
def add_internal(self, *args, **kwargs):
super(ChipPile, self).add_internal(*args, **kwargs)
B.processEvent(('CHIPS_VALUE_CHANGE', self))
def __del__(self):
B.unlinkEvent('DO_DROP_STACK', self.return_stack)
def __del__(self):
B.unlinkEvent('DO_DROP_STACK', self.return_stack)
def startup(self, now, persistent):
self.now = now
self.persist = persistent
# stuff that might get moved to a gui layer sometime?
self._needs_clear = True
self._clicked_sprite = None
self._power = .5
self._should_autoplay = False
B.linkEvent('pachinko_jackpot', self.on_jackpot)
B.linkEvent('pachinko_gutter', self.on_gutter)
B.linkEvent('pachinko_tray', self.on_tray)
# hack related to game states that do not finish
try:
self.on_tray()
except:
pass
self.done = False
try:
self.playfield.background = None
except AttributeError:
pass
# hack related to game states that do not finish
if self.did_startup:
return
self.did_startup = True
self.casino_player = self.persist['casino_player']
self.casino_player.current_game = self.name
self.playfield = Playfield()
self.hud = pg.sprite.RenderUpdates()
font = pg.font.Font(prepare.FONTS["Saniretro"], font_size)
self.tray_count = TextSprite('', font)
self.tray_count.rect.topleft = 960, 100
self.hud.add(self.tray_count)
self.on_tray()
t = TextSprite("Press F to add 25", font)
t.rect.topleft = 960, 170
self.hud.add(t)
t = TextSprite("Spacebar Shoots", font)
t.rect.topleft = 960, 250
self.hud.add(t)
def lower_power():
self.playfield.auto_power -= .01
def raise_power():
self.playfield.auto_power += .01
font = pg.font.Font(prepare.FONTS["Saniretro"], 50)
fg = pg.Color('gold2')
text = TextSprite("- POWER", font, fg=fg)
self.hud.add(Button(text, (1000, 370, 350, 80), lower_power))
text = TextSprite("AUTO", font, fg=fg)
self.auto_button = Button(text, (1000, 460, 350, 80),
self.toggle_autoplay)
self.hud.add(self.auto_button)
text = TextSprite("+ POWER", font, fg=fg)
self.hud.add(Button(text, (1000, 550, 350, 80), raise_power))
b = NeonButton('lobby', (1000, 920, 0, 0), self.goto_lobby)
self.hud.add(b)
if 'Pachinko' not in self.casino_player.stats:
self.casino_player.stats['Pachinko'] = OrderedDict([
('games played', 0),
('total winnings', 0),
('earned', 0),
('jackpots', 0),
('gutters', 0),
])
self.casino_player.stats['Pachinko']['games played'] += 1
def unlink_events(self):
for name, f in self.interested_events:
B.unlinkEvent(name, f)
def on_ball_return(space, arbiter):
ball, pocket = arbiter.shapes
ball.needs_remove = True
self.ball_tray += 1
B.processEvent(('pachinko_tray', self))
return True
def on_ball_fail(space, arbiter):
ball, pocket = arbiter.shapes
ball.needs_remove = True
B.processEvent(('pachinko_gutter', self))
return True
def startup(self, now, persistent):
self.now = now
self.persist = persistent
# stuff that might get moved to a gui layer sometime?
self._needs_clear = True
self._clicked_sprite = None
self._power = .5
self._should_autoplay = False
B.linkEvent('pachinko_jackpot', self.on_jackpot)
B.linkEvent('pachinko_gutter', self.on_gutter)
B.linkEvent('pachinko_tray', self.on_tray)
# hack related to game states that do not finish
try:
self.on_tray()
except:
pass
self.done = False
try:
self.playfield.background = None
except AttributeError:
pass
# hack related to game states that do not finish
if self.did_startup:
return
self.did_startup = True
self.casino_player = self.persist['casino_player']
self.casino_player.current_game = self.name
self.playfield = Playfield()
self.hud = pg.sprite.RenderUpdates()
font = pg.font.Font(prepare.FONTS["Saniretro"], font_size)
self.tray_count = TextSprite('', font)
self.tray_count.rect.topleft = 960, 100
self.hud.add(self.tray_count)
self.on_tray()
t = TextSprite("Press F to add 25", font)
t.rect.topleft = 960, 170
self.hud.add(t)
t = TextSprite("Spacebar Shoots", font)
t.rect.topleft = 960, 250
self.hud.add(t)
def lower_power():
self.playfield.auto_power -= .01
def raise_power():
self.playfield.auto_power += .01
font = pg.font.Font(prepare.FONTS["Saniretro"], 50)
fg = pg.Color('gold2')
text = TextSprite("- POWER", font, fg=fg)
self.hud.add(Button(text, (1000, 370, 350, 80), lower_power))
text = TextSprite("AUTO", font, fg=fg)
self.auto_button = Button(text, (1000, 460, 350, 80),
self.toggle_autoplay)
self.hud.add(self.auto_button)
text = TextSprite("+ POWER", font, fg=fg)
self.hud.add(Button(text, (1000, 550, 350, 80), raise_power))
b = NeonButton('lobby', (1000, 920, 0, 0), self.goto_lobby)
self.hud.add(b)
if 'Pachinko' not in self.casino_player.stats:
self.casino_player.stats['Pachinko'] = OrderedDict([
('games played', 0),
('total winnings', 0),
('earned', 0),
('jackpots', 0),
('gutters', 0),
])
self.casino_player.stats['Pachinko']['games played'] += 1
def cleanup(self):
B.unlinkEvent('pachinko_jackpot', self.on_jackpot)
B.unlinkEvent('pachinko_gutter', self.on_gutter)
B.unlinkEvent('pachinko_tray', self.on_tray)
return self.persist
def new_ball(self, space, arbiter):
if not self._plunger.chute_counter and self.ball_tray:
self.add(Ball(space, self._plunger.ball_chute))
self.ball_tray -= 1
B.processEvent(('pachinko_tray', self))
def add_internal(self, *args, **kwargs):
super(ChipPile, self).add_internal(*args, **kwargs)
B.processEvent(('CHIPS_VALUE_CHANGE', self))
def cleanup(self):
B.unlinkEvent('pachinko_jackpot', self.on_jackpot)
B.unlinkEvent('pachinko_gutter', self.on_gutter)
B.unlinkEvent('pachinko_tray', self.on_tray)
return self.persist
