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fix Lemat

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This commit is contained in:
Alberto Xamin 2023-04-02 14:56:52 +01:00
parent cadabeb5f4
commit 72bb52d037
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GPG Key ID: 5ABFCD8A22EA6F5D
2 changed files with 131 additions and 79 deletions
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6
backend/bang/cards.py
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@ -93,9 +93,9 @@ class Card(ABC):
return False return False
if self.is_weapon: if self.is_weapon:
has_weapon = False has_weapon = False
for i in range(len(player.equipment)): for i, card in enumerate(player.equipment):
if player.equipment[i].is_weapon: if card.is_weapon:
player.game.deck.scrap(player.equipment[i]) player.game.deck.scrap(card, player=player)
player.equipment[i] = self player.equipment[i] = self
has_weapon = True has_weapon = True
break break

176
backend/bang/expansions/the_valley_of_shadows/cards.py
View File

@ -5,58 +5,75 @@ from bang.cards import Card, Suit, Bang, Mancato
import bang.expansions.fistful_of_cards.card_events as ce import bang.expansions.fistful_of_cards.card_events as ce
from globals import G from globals import G
class Fantasma(Card): class Fantasma(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Fantasma', number, is_equipment=True) super().__init__(suit, "Fantasma", number, is_equipment=True)
self.icon = '👻️' #porta in vita i giocatori morti ma non self.icon = "👻️" # porta in vita i giocatori morti ma non
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
if (player.game.check_event(ce.IlGiudice)) or not self.can_be_used_now: if (player.game.check_event(ce.IlGiudice)) or not self.can_be_used_now:
return False return False
if len(player.game.get_dead_players(include_ghosts=False)) > 0: if len(player.game.get_dead_players(include_ghosts=False)) > 0:
player.pending_action = pl.PendingAction.CHOOSE player.pending_action = pl.PendingAction.CHOOSE
player.choose_text = 'choose_fantasma' player.choose_text = "choose_fantasma"
player.available_cards = [{ player.available_cards = [
'name': p.name, {
'icon': p.role.icon if(player.game.initial_players == 3) else '⭐️' if isinstance(p.role, r.Sheriff) else '🤠', "name": p.name,
'avatar': p.avatar, "icon": p.role.icon
'alt_text': ''.join(['❤️']*p.lives)+''.join(['💀']*(p.max_lives-p.lives)), if (player.game.initial_players == 3)
'is_character': True, else "⭐️"
'is_player': True if isinstance(p.role, r.Sheriff)
} for p in player.game.get_dead_players(include_ghosts=False)] else "🤠",
"avatar": p.avatar,
"alt_text": "".join(["❤️"] * p.lives)
+ "".join(["💀"] * (p.max_lives - p.lives)),
"is_character": True,
"is_player": True,
}
for p in player.game.get_dead_players(include_ghosts=False)
]
self.can_be_used_now = False self.can_be_used_now = False
player.game.deck.scrap(self, True) player.game.deck.scrap(self, True)
return True return True
return False return False
class Lemat(Card): class Lemat(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Lemat', number, is_equipment=True, is_weapon=True, range=1) super().__init__(
self.icon = '🔫' # ogni carta può essere usata come bang, conta per il conteggio dei bang per turno suit, "Lemat", number, is_equipment=True, is_weapon=True, range=1
)
self.icon = "🔫" # ogni carta può essere usata come bang, conta per il conteggio dei bang per turno
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
if (player.game.check_event(ce.IlGiudice) and self.can_be_used_now) or (not self.can_be_used_now and player.game.check_event(ce.Lazo)): if not self.can_be_used_now and player.game.check_event(ce.Lazo):
return False return False
if self.can_be_used_now: if self.can_be_used_now:
if not super().play_card(player, against, _with):
return False
self.can_be_used_now = False self.can_be_used_now = False
G.sio.emit('chat_message', room=player.game.name,
data=f'_play_card|{player.name}|{self.name}')
player.equipment.append(self)
player.notify_self()
return True return True
elif not player.has_played_bang and any((player.get_sight() >= p['dist'] for p in player.game.get_visible_players(player))): elif not player.has_played_bang and any(
(
player.get_sight() >= p["dist"]
for p in player.game.get_visible_players(player)
)
):
from bang.players import PendingAction from bang.players import PendingAction
player.available_cards = player.hand.copy() player.available_cards = player.hand.copy()
player.pending_action = PendingAction.CHOOSE player.pending_action = PendingAction.CHOOSE
player.choose_text = 'choose_play_as_bang' player.choose_text = "choose_play_as_bang"
player.notify_self() player.notify_self()
return False return False
class SerpenteASonagli(Card): class SerpenteASonagli(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'SerpenteASonagli', number, is_equipment=True) super().__init__(suit, "SerpenteASonagli", number, is_equipment=True)
self.need_target = True self.need_target = True
self.icon = '🐍️' # Ogni turno pesca se il seme picche -1hp self.icon = "🐍️" # Ogni turno pesca se il seme picche -1hp
self.alt_text = "♠️ =💔" self.alt_text = "♠️ =💔"
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
@ -64,40 +81,51 @@ class SerpenteASonagli(Card):
return False return False
if against is not None: if against is not None:
self.can_be_used_now = False self.can_be_used_now = False
G.sio.emit('chat_message', room=player.game.name, G.sio.emit(
data=f'_play_card_against|{player.name}|{self.name}|{against}') "chat_message",
room=player.game.name,
data=f"_play_card_against|{player.name}|{self.name}|{against}",
)
player.game.get_player_named(against).equipment.append(self) player.game.get_player_named(against).equipment.append(self)
player.game.get_player_named(against).notify_self() player.game.get_player_named(against).notify_self()
return True return True
return False return False
class Shotgun(Card): class Shotgun(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Shotgun', number, is_equipment=True, is_weapon=True, range=1) super().__init__(
self.icon = '🔫' # Ogni volta che colpisci un giocatore deve scartare una carta suit, "Shotgun", number, is_equipment=True, is_weapon=True, range=1
)
self.icon = "🔫" # Ogni volta che colpisci un giocatore deve scartare una carta
class Taglia(Card): class Taglia(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Taglia', number, is_equipment=True) super().__init__(suit, "Taglia", number, is_equipment=True)
self.need_target = True self.need_target = True
self.icon = '💰' # chiunque colpisca il giocatore con la taglia pesca una carta dal mazzo, si toglie solo con panico, cat balou, dalton self.icon = "💰" # chiunque colpisca il giocatore con la taglia pesca una carta dal mazzo, si toglie solo con panico, cat balou, dalton
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
if (player.game.check_event(ce.IlGiudice)) or not self.can_be_used_now: if (player.game.check_event(ce.IlGiudice)) or not self.can_be_used_now:
return False return False
if against is not None: if against is not None:
self.can_be_used_now = False self.can_be_used_now = False
G.sio.emit('chat_message', room=player.game.name, G.sio.emit(
data=f'_play_card_against|{player.name}|{self.name}|{against}') "chat_message",
room=player.game.name,
data=f"_play_card_against|{player.name}|{self.name}|{against}",
)
player.game.get_player_named(against).equipment.append(self) player.game.get_player_named(against).equipment.append(self)
player.game.get_player_named(against).notify_self() player.game.get_player_named(against).notify_self()
return True return True
return False return False
class UltimoGiro(Card): class UltimoGiro(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'UltimoGiro', number) super().__init__(suit, "UltimoGiro", number)
self.icon = '🥂' self.icon = "🥂"
# self.desc = 'Recupera 1 vita' # self.desc = 'Recupera 1 vita'
# self.desc_eng = 'Regain 1 HP' # self.desc_eng = 'Regain 1 HP'
self.alt_text = "🍺" self.alt_text = "🍺"
@ -108,10 +136,11 @@ class UltimoGiro(Card):
player.notify_self() player.notify_self()
return True return True
class Tomahawk(Card): class Tomahawk(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Tomahawk', number, range=2) super().__init__(suit, "Tomahawk", number, range=2)
self.icon = '🪓️' self.icon = "🪓️"
self.alt_text = "2🔎 💥" self.alt_text = "2🔎 💥"
# "Spara a un giocatore a distanza 2" # "Spara a un giocatore a distanza 2"
self.need_target = True self.need_target = True
@ -123,21 +152,25 @@ class Tomahawk(Card):
return True return True
return False return False
class Tornado(Card): class Tornado(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Tornado', number) super().__init__(suit, "Tornado", number)
self.icon = '🌪️' self.icon = "🌪️"
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
super().play_card(player, against=against) super().play_card(player, against=against)
player.game.discard_others(player, card_name=self.name) player.game.discard_others(player, card_name=self.name)
return True return True
class Sventagliata(Bang): # : conta come un normale BANG! del turno. Il BANG! secondario è obbligatorio ed è sparato anche se il primo viene annullato, se si può, tu sei escluso come target
class Sventagliata(
Bang
): # : conta come un normale BANG! del turno. Il BANG! secondario è obbligatorio ed è sparato anche se il primo viene annullato, se si può, tu sei escluso come target
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, number) super().__init__(suit, number)
self.name = 'Sventagliata' self.name = "Sventagliata"
self.icon = '🎏' self.icon = "🎏"
self.alt_text = "💥💥" # spara al target e anche, a uno a distanza 1 dal target self.alt_text = "💥💥" # spara al target e anche, a uno a distanza 1 dal target
self.need_target = True self.need_target = True
@ -146,20 +179,25 @@ class Sventagliata(Bang): # : conta come un normale BANG! del turno. Il BANG! se
if player.has_played_bang: if player.has_played_bang:
return False return False
t = player.game.get_player_named(against) t = player.game.get_player_named(against)
player.available_cards = [dict(p, **{'original_target':against}) for p in player.game.get_visible_players(t) if p['name'] != player.name and p['name'] != t.name and p['dist']] player.available_cards = [
dict(p, **{"original_target": against})
for p in player.game.get_visible_players(t)
if p["name"] != player.name and p["name"] != t.name and p["dist"]
]
if len(player.available_cards) > 0: if len(player.available_cards) > 0:
player.pending_action = pl.PendingAction.CHOOSE player.pending_action = pl.PendingAction.CHOOSE
player.choose_text = 'choose_sventagliata' player.choose_text = "choose_sventagliata"
else: else:
player.available_cards = [] player.available_cards = []
super().play_card(player, against=against) super().play_card(player, against=against)
return True return True
return False return False
class Salvo(Card): # puoi anche prevenire un danno inferto da te, duello? class Salvo(Card): # puoi anche prevenire un danno inferto da te, duello?
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Salvo', number) super().__init__(suit, "Salvo", number)
self.icon = '😇️' self.icon = "😇️"
self.alt_text = "👤😅" self.alt_text = "👤😅"
self.need_target = True self.need_target = True
@ -171,11 +209,12 @@ class Salvo(Card): # puoi anche prevenire un danno inferto da te, duello?
return True return True
return False return False
class Mira(Card): class Mira(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Mira', number) super().__init__(suit, "Mira", number)
self.icon = '👌🏻' self.icon = "👌🏻"
self.need_with_only = 'Bang' self.need_with_only = "Bang"
self.alt_text = "💥🃏💔💔" self.alt_text = "💥🃏💔💔"
self.need_target = True self.need_target = True
self.need_with = True self.need_with = True
@ -187,10 +226,11 @@ class Mira(Card):
return True return True
return False return False
class Bandidos(Card): class Bandidos(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Bandidos', number) super().__init__(suit, "Bandidos", number)
self.icon = '🤠️' self.icon = "🤠️"
self.alt_text = "👤🃏🃏/💔" self.alt_text = "👤🃏🃏/💔"
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
@ -198,19 +238,23 @@ class Bandidos(Card):
player.game.discard_others(player, card_name=self.name) player.game.discard_others(player, card_name=self.name)
return True return True
class Fuga(Card): #comprende indiani gatling etc, ma solo se carte marroni, le carte verdi valgono, attenzione alla classi ereditate
class Fuga(
Card
): # comprende indiani gatling etc, ma solo se carte marroni, le carte verdi valgono, attenzione alla classi ereditate
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Fuga', number) super().__init__(suit, "Fuga", number)
self.icon = '🏃🏻' self.icon = "🏃🏻"
self.alt_text = "❌" self.alt_text = "❌"
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
return False return False
class Poker(Card): class Poker(Card):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, 'Poker', number) super().__init__(suit, "Poker", number)
self.icon = '🃏' self.icon = "🃏"
self.alt_text = "👤🃏 🃏🃏" self.alt_text = "👤🃏 🃏🃏"
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
@ -218,11 +262,12 @@ class Poker(Card):
player.game.discard_others(player, card_name=self.name) player.game.discard_others(player, card_name=self.name)
return True return True
class RitornoDiFiamma(Mancato): class RitornoDiFiamma(Mancato):
def __init__(self, suit, number): def __init__(self, suit, number):
super().__init__(suit, number) super().__init__(suit, number)
self.name = 'RitornoDiFiamma' self.name = "RitornoDiFiamma"
self.icon = '🔥' self.icon = "🔥"
self.alt_text = "😅 | 💥" self.alt_text = "😅 | 💥"
def play_card(self, player, against, _with=None): def play_card(self, player, against, _with=None):
@ -231,25 +276,32 @@ class RitornoDiFiamma(Mancato):
def use_card(self, player): def use_card(self, player):
player.notify_self() player.notify_self()
def get_starting_deck() -> List[Card]: def get_starting_deck() -> List[Card]:
cards = [ cards = [
Fantasma(Suit.SPADES, 9), Fantasma(Suit.SPADES, 9),
Fantasma(Suit.SPADES, 10), Fantasma(Suit.SPADES, 10),
Lemat(Suit.DIAMONDS, 4), Lemat(Suit.DIAMONDS, 4),
SerpenteASonagli(Suit.HEARTS, 7), SerpenteASonagli(Suit.HEARTS, 7),
Shotgun(Suit.SPADES, 'K'), Shotgun(Suit.SPADES, "K"),
Taglia(Suit.CLUBS, 9), Taglia(Suit.CLUBS, 9),
UltimoGiro(Suit.DIAMONDS, 8), UltimoGiro(Suit.DIAMONDS, 8),
Tomahawk(Suit.DIAMONDS, 'A'), Tomahawk(Suit.DIAMONDS, "A"),
Sventagliata(Suit.SPADES, 2), Sventagliata(Suit.SPADES, 2),
# Salvo(Suit.HEARTS, 5), # Salvo(Suit.HEARTS, 5),
Bandidos(Suit.DIAMONDS,'Q'), # gli altri giocatori scelgono se scartare 2 carte o perdere 1 punto vita Bandidos(
Fuga(Suit.HEARTS, 3), # evita l'effetto di carte marroni (tipo panico cat balou) di cui sei bersaglio Suit.DIAMONDS, "Q"
), # gli altri giocatori scelgono se scartare 2 carte o perdere 1 punto vita
Fuga(
Suit.HEARTS, 3
), # evita l'effetto di carte marroni (tipo panico cat balou) di cui sei bersaglio
Mira(Suit.CLUBS, 6), Mira(Suit.CLUBS, 6),
Poker(Suit.HEARTS, 'J'), # tutti gli altri scartano 1 carta a scelta, se non ci sono assi allora pesca 2 Poker(
RitornoDiFiamma(Suit.CLUBS, 'Q'), # un mancato che fa bang Suit.HEARTS, "J"
), # tutti gli altri scartano 1 carta a scelta, se non ci sono assi allora pesca 2
RitornoDiFiamma(Suit.CLUBS, "Q"), # un mancato che fa bang
Tornado(Suit.CLUBS, "A"), Tornado(Suit.CLUBS, "A"),
] ]
for c in cards: for c in cards:
c.expansion_icon = '👻️' c.expansion_icon = "👻️"
return cards return cards