def execute(self, C, player=None, action=None):
# global counterOfLogs
if action is not None:
# update map
loc, = action
assert loc._val == 0, 'this should not happen'
loc._val = player.val
loc.symbol = player.symbol
loc.player = player
# C.log.write(player, 'places at: {}, {}'.format(*action))
print('log', '{} chooses {}'.format(player, loc))
# C.log.writef('hallo {}',counterOfLogs) #'{} chooses {}', player, loc)
# counterOfLogs += 1
C.log.writef('{} chooses {}', player, loc)
# check for victory
winner = C.state.board.check()
if winner != 0:
C.state.winner = winner
raise GameOver
raise SwitchPhase('tic', stack=False)
def execute(self, C, player=None, action=None):
if action is None:
# self.neutrals = tset(C.deck.draw(C.config.rules.market_cards))
self.num = len(self.market[self.player])
# del self.sel[self.player]
C.log.writef('{} may take {} action{}', self.player, self.num,
's' if self.num > 1 else '')
return
assert player == self.player, 'wrong player: {}'.format(player)
obj, *other = action
if 'trade' in self:
pass
else:
self.num -= 1
pass
if self.num == 0:
nxt = get_next_market(self.sel)
if nxt is None:
raise PhaseComplete
else:
raise SwitchPhase('market',
stack=False,
player=nxt,
market=self.market[nxt])
raise NotImplementedError
def post(self, C, player, action=None):
for player in C.players:
income = len(player.buildings.estate) + len(player.buildings.palace)
if income > 0:
player.money += income
C.log.writef('{} earns {} from their buildings', player, util.format_quantity('coin', income))
raise SwitchPhase('jack')
def execute(self, C, player=None, action=None):
if 'counter' not in C.state:
C.state.counter = 0
C.state.counter += 1
if C.state.counter > 3:
C.state.winner = 'Player1'
raise GameOver
raise SwitchPhase('phase1', stack=False)
def post_phase(self, C, player, action=None):
if 'candidates' not in self:
self.candidates = tlist(
p for p in C.players
if satisfies_vic_req(p, C.config.rules.victory_conditions))
if len(self.candidates):
raise stg.Switch('claim')
raise SwitchPhase('queen')
def post(self, C, player, action=None):
for p in C.players:
for farm in p.buildings.farm:
if farm.harvest is None:
card = C.state.deck.draw()
card.visible.clear()
farm.harvest = card
C.log.writef('{} is harvestable on {}\'s {}', card, p,
farm)
raise SwitchPhase('king')
def pre(self, C):
# increment herald
for player in C.players:
player.order += 1
player.order %= len(C.players)
if player.order == 0:
C.state.herald = player
C.log.writef('{} becomes herald', player)
for player in C.players:
if len(player.hand) > player.hand_limit:
raise SwitchPhase('tax')
def execute(self, C, player=None, action=None):
if self.available is None:
self.available = tset(C.state.world.corners)
if action is not None:
loc, = action
if loc.obj_type == 'Edge':
build(C, 'road', player, loc)
self.settled = None
self.player_order.pop()
if len(self.player_order) == 0:
raise SwitchPhase('main', stack=False)
if len(self.player_order) == len(C.players):
self.on_second = True
elif loc.obj_type == 'Corner':
build(C, 'settlement', player, loc)
self.settled = loc
for e in loc.edges:
if e is not None:
for c in e.corners:
self.available.discard(c)
if self.on_second:
res = tlist()
for f in loc.fields:
if f is not None and f.res != 'desert':
res.append(f.res)
for r in res:
gain_res(r, C.state.bank, player, 1)
if len(res) == 3:
s = '{}, {}, and {}'.format(*res)
elif len(res) == 2:
s = '{} and {}'.format(*res)
elif len(res) == 1:
s = '{}'.format(*res)
else:
s = 'no resources'
C.log.writef('{} gains: {}', player, s)
def set_road(self, C, player, action=None):
if action is None:
raise Decide('road')
loc, = action
assert_(loc.obj_type == 'Edge', f'{loc} should be an edge')
build(C, 'road', player, loc)
if len(self.player_order) == 0:
raise SwitchPhase('main', stack=False)
if len(self.player_order) == len(C.players):
self.on_second = True
raise Switch('settlement')
def execute(self, C, player=None, action=None):
if action is not None:
# update map
loc, = action
assert loc._val == 0, 'this should not happen'
loc._val = player.val
loc.symbol = player.symbol
loc.player = player
# C.log.write(player, 'places at: {}, {}'.format(*action))
C.log.writef('{} chooses {}', player, loc)
# check for victory
winner = C.state.board.checkLimited(C.state.limit)
if winner != 0:
C.state.winner = winner
raise GameOver
raise SwitchPhase('tic', stack=False)
def execute(self, C, player=None, action=None):
if action is None:
if self.pre_check == 'check':
self.pre_check = get_knight(self.player.devcards) \
if len(self.player.devcards) else None
else: # coming back from robber or trade phase
return
elif action[0] == 'continue':
self.pre_check = None
if self.roll is None and self.pre_check is None:
self.roll = roll_dice(C.RNG)
if len(C.state.rolls):
self.roll = C.state.rolls.pop()
C.log.zindent()
C.log.writef('{} rolled: {}.', self.player, self.roll)
C.log.iindent()
if self.roll == 7:
C.stack.push('main')
raise SwitchPhase('robber',
send_action=False,
stack=False,
player=self.player)
hexes = C.state.numbers[self.roll]
for hex in hexes:
if hex != C.state.robber.loc:
for c in hex.corners:
if 'building' in c and c.building.obj_type in C.state.production:
gain = C.state.production[c.building.obj_type]
gain_res(hex.res, C.state.bank, c.building.player,
gain, C.log)
return
if action is None:
return
obj, *rest = action
if obj == 'pass' or obj == ('pass', ):
raise SwitchPhase('main', stack=False)
if obj == 'cancel':
if self.devcard is not None:
if self.devcard.name == 'Road Building':
unbuild(C, self.card_info.building)
self.devcard = None
self.card_info = None
return
if obj == 'continue':
return
# trade
if obj == 'offer' or obj == 'demand':
C.log[self.player].write('You start a trade')
C.log.iindent()
raise SwitchPhase('trade',
send_action=True,
stack=True,
player=self.player,
bank_trades=bank_trade_options(
self.player, C.state.bank_trading)
if 'maritime' in action.get_type() else None)
if self.devcard is not None:
if self.devcard.name == 'Road Building':
if self.card_info is None:
bld = build(C, 'road', self.player, obj)
self.card_info = bld
else:
bld = build(C, 'road', self.player, obj)
play_dev(self.player, self.devcard)
C.log.writef('{} plays {}, and builds: {} and {}',
self.player, self.devcard, self.card_info,
bld)
self.devcard = None
self.card_info = None
elif self.devcard.name == 'Year of Plenty':
res, = obj
gain_res(self.card_info,
C.state.bank,
self.player,
1,
log=C.log)
gain_res(res, C.state.bank, player, 1, log=C.log)
play_dev(self.player, self.devcard)
C.log.writef('{} plays {}, and receives: {} and {}',
self.player, self.devcard, self.card_info, res)
self.card_info = None
self.devcard = None
else:
raise Exception('unknown dev card: {} {}'.format(
self.devcard, self.devcard.name))
obj_type = obj.get_type()
if 'build' in action.get_type():
if obj_type == 'settlement':
unbuild(C, obj, silent=False)
bld = build(C, 'city', self.player, obj.loc)
else:
bld = build(C,
'settlement' if obj_type == 'Corner' else 'road',
self.player, obj)
pay_cost(self.player, C.state.costs[bld.get_type()], C.state.bank)
elif obj_type == 'devcard':
if obj.name == 'Victory Point':
raise Exception('Shouldnt have played a Victory point card')
elif obj.name == 'Knight':
raise SwitchPhase('robber',
send_action=False,
stack=True,
knight=obj,
player=self.player)
elif obj.name == 'Monopoly':
res, = rest
for opp in C.players.values():
if opp != self.player and opp.resources[res] > 0:
self.player.resources[res] += opp.resources[res]
C.log.writef('{} receives {} {} from {}', self.player,
opp.resources[res], res, opp)
C.log.writef('{} plays {}, claiming all {}', self.player, obj,
res)
play_dev(self.player, obj)
elif obj.name == 'Year of Plenty':
res, = rest
self.devcard = obj
self.card_info = res
elif obj.name == 'Road Building':
self.devcard = obj
else:
raise Exception('unknown card: {} {}'.format(obj, obj.name))
elif obj_type == 'devdeck':
card = C.state.dev_deck.draw()
card.visible = tset([player])
self.player.devcards.add(card)
self.bought_devcards.add(card)
C.log.writef('{} buys a development card', self.player)
msg = ''
if card.name == 'Victory Point':
msg = ' (gaining 1 victory point)'
self.player.vps += 1
C.log[self.player].writef('You got a {}{}', card, msg)
pay_cost(self.player, C.state.costs.devcard, C.state.bank)
else:
raise Exception('Unknown obj {}: {}'.format(type(obj), obj))
if check_victory(C):
raise GameOver
def execute(self, C, player=None, action=None):
if action is not None:
loc, = action
C.log.writef('{} chooses {}', player, loc)
raise SwitchPhase('ExamplePhase', stack=False)
def execute(self, C, player=None, action=None):
if 'pre_complete' not in self:
C.log.writef('{} phase begins', self.name.capitalize())
C.log.iindent()
self.pre_complete = True
self.sel = tdict({p: tset() for p in C.players})
self.active = tset(C.players)
# create neutral market
num = 5 #C.config.rules.neutral_market[self.name]
if num > 0:
cards = C.state.deck.draw(num)
# draw cards
num = 3
if num > 0:
C.log.write('Everybody draws {} card{}'.format(
num, 's' if num > 1 else ''))
for p in C.players:
cards = C.state.deck.draw(num, player=player)
C.log[p].writef(
'You draw: {}'.format(', '.join(['{}'] * num)), *cards)
p.hand.update(cards)
if action is not None:
obj, = action
if 'ready' == obj:
self.active.remove(player)
if len(self.active) == 0:
self.market_complete = True
nxt = 1
if nxt is not None:
for p, cards in self.sel:
for card in cards:
p.hand.remove(card)
p.market = cards
raise SwitchPhase('phase2',
player=nxt,
market=self.sel)
else:
C.log.write('No one goes to the market')
elif obj in self.sel[player]:
C.log[player].iindent()
C.log[player].writef('You unselect {}', obj)
C.log[player].dindent()
self.sel[player].remove(obj)
else:
C.log[player].iindent()
C.log[player].writef('You select {}', obj)
C.log[player].dindent()
self.sel[player].add(obj)
if 'market_complete' in self:
self.post_complete = True
if 'post_complete' in self:
C.state.market.clear()
if len(C.stack) == 0:
C.stack.extend(C.state.royal_phases)
C.log.zindent()
raise PhaseComplete
def main_turn(self, C, player, action=None):
if action is None:
raise stg.Decide('main')
# self.null_op(2) # TESTING
obj, *rest = action
if obj == 'pass':
raise SwitchPhase('main')
if obj == 'offer' or obj == 'demand':
C.log[self.player].write('You start a trade')
C.log.iindent()
raise SubPhase('trade',
send_action=True,
player=self.player,
bank_trades=bank_trade_options(
self.player, C.state.bank_trading)
if 'maritime' in action.get_type() else None)
obj_type = obj.get_type()
if 'build' in action.get_type():
if obj_type == 'settlement': # replace this settlement
unbuild(C, obj, silent=False)
bld = build(C, 'city', self.player, obj.loc)
else:
bld = build(C,
'settlement' if obj_type == 'Corner' else 'road',
self.player, obj)
pay_cost(self.player, C.state.costs[bld.get_type()], C.state.bank)
elif obj_type == 'devcard':
if obj.name == 'Victory Point':
raise Exception('Shouldnt have played a Victory point card')
elif obj.name == 'Knight':
raise SubPhase('robber',
send_action=False,
knight=obj,
player=self.player)
elif obj.name == 'Monopoly':
res, = rest
for opp in C.players.values():
if opp != self.player and opp.resources[res] > 0:
self.player.resources[res] += opp.resources[res]
C.log.writef('{} receives {} {} from {}', self.player,
opp.resources[res], res, opp)
C.log.writef('{} plays {}, claiming all {}', self.player, obj,
res)
play_dev(self.player, obj)
self.devcard = obj
elif obj.name == 'Year of Plenty':
res, = rest
self.devcard = obj
raise stg.Switch('year-plenty', res=res)
elif obj.name == 'Road Building':
self.devcard = obj
raise stg.Switch('road-building')
else:
raise Exception('unknown card: {} {}'.format(obj, obj.name))
elif obj_type == 'devdeck':
card = C.state.dev_deck.draw()
self.player.devcards.add(card)
self.bought_devcards.add(card)
C.log.writef('{} buys a development card', self.player)
msg = ''
if card.name == 'Victory Point':
msg = ' (gaining 1 victory point)'
self.player.vps += 1
C.log[self.player].writef('You got a {}{}', card, msg)
pay_cost(self.player, C.state.costs.devcard, C.state.bank)
else:
raise Exception('Unknown obj {}: {}'.format(type(obj), obj))
if check_victory(C):
raise GameOver
raise stg.Decide('main')
def pre(self, C):
raise SwitchPhase('auction')
def pre(self, C):
raise SwitchPhase('ball')
