def __init__(self, parent, actions_manager, to_move, players_info,
af_network, actions_history):
defenses = actions_manager.get_possible_defenses(
af_network, players_info.defender)
str_order_sets = [str(x[0]) for x in defenses]
super().__init__(parent=parent,
to_move=to_move,
actions=str_order_sets,
af_network=af_network,
players_info=players_info,
actions_history=actions_history)
# if not defenses:
# self.budget.defender = 0 #in case there is only a small amount of money
# else:
for order_set, cost in defenses:
net2 = copy_network(af_network)
net2.submit_buy_orders(order_set)
actions_history2 = copy.deepcopy(actions_history)
actions_history2[BUY].append(str(order_set))
self.children[str(order_set)] = PPAMarketMoveGameState(
self, actions_manager, MARKET,
PPAPlayersHiddenInfo(players_info.attacker_attack,
players_info.attacker_pid,
players_info.defender - cost,
players_info.attacker_budget), net2,
actions_history2)
self._information_set = ".{0}.{1}".format(
players_info.defender, 'D_HISTORY:' + str(actions_history[BUY]))
self.tree_size = 1 + sum([x.tree_size for x in self.children.values()])
def __init__(self, parent, actions_manager, to_move, players_info,
af_network, actions_history):
actions = actions_manager.get_possible_attacks_from_portfolio(
players_info.attacker_attack, af_network.no_more_sell_orders())
self.terminal = not actions
super().__init__(parent=parent,
to_move=to_move,
actions=[str(x['action_subset']) for x in actions],
af_network=af_network,
players_info=players_info,
actions_history=actions_history)
for action in actions:
order_set = action['action_subset']
net2 = copy_network(af_network)
net2.submit_sell_orders(order_set)
actions_history2 = copy.deepcopy(actions_history)
actions_history2[SELL].append(str(order_set))
self.children[str(order_set)] = PPADefenderMoveGameState(
self,
actions_manager,
DEFENDER,
PPAPlayersHiddenInfo(action['remaining_orders'],
players_info.attacker_pid,
players_info.defender,
players_info.attacker_budget),
net2,
actions_history2,
)
self.tree_size = 1 + sum([x.tree_size for x in self.children.values()])
self._information_set = ".{0}.{1}.{2}".format(
str(players_info.attacker_budget), players_info.attacker_pid,
'A_HISTORY:' + str(actions_history[SELL]))
def __init__(self, parent, actions_manager, to_move, history_assets_dict,
budget, af_network, actions_history):
defenses = actions_manager.get_possible_defenses(
af_network, budget.defender, history_assets_dict)
str_order_sets = [str(x[0]) for x in defenses]
super().__init__(parent=parent,
to_move=to_move,
actions=str_order_sets,
history_assets_dict=history_assets_dict,
af_network=af_network,
budget=budget,
actions_history=actions_history)
# if not defenses:
# self.budget.defender = 0 #in case there is only a small amount of money
# else:
for order_set, cost in defenses:
net2 = copy_network(af_network)
net2.submit_buy_orders(order_set)
actions_history2 = copy.deepcopy(actions_history)
actions_history2[BUY].append(str(order_set))
self.children[str(order_set)] = MarketMoveGameState(
self, actions_manager, MARKET,
self._update_asset_history(order_set, BUY),
Budget(budget.attacker, budget.defender - cost), net2,
actions_history2)
self._information_set = ".{0}.{1}".format(
str(budget.defender), 'D_HISTORY:' + str(actions_history[BUY]))
self.tree_size = 1 + sum([x.tree_size for x in self.children.values()])
def __init__(self, parent, actions_manager, to_move, players_info,
af_network, actions_history):
self.terminal = af_network.no_more_sell_orders()
if self.terminal:
actions = []
else:
net2 = copy_network(af_network)
actions = [str(net2.simulate_trade())]
super().__init__(parent=parent,
to_move=to_move,
actions=actions,
af_network=af_network,
players_info=players_info,
actions_history=actions_history)
self._information_set = ".{0}.{1}.{2}".format(
'MARKET_HISTORY:' + str(actions_history[SIM_TRADE]),
'BUY:' + str(af_network.buy_orders),
'SELL:' + str(af_network.sell_orders))
if actions:
action = actions[0]
actions_history2 = copy.deepcopy(actions_history)
actions_history2[SELL].append(action)
actions_history2[BUY].append(action)
actions_history2[SIM_TRADE].append(action)
self.children[action] = PPAAttackerMoveGameState(
self, actions_manager, ATTACKER, players_info, net2,
actions_history2)
self.tree_size = 1 + sum([x.tree_size for x in self.children.values()])
def __init__(self, parent, actions_manager, to_move, history_assets_dict,
budget, af_network, actions_history):
# if af_network.margin_calls():
# str_order_sets = []
# else:
# attacks = actions_manager.get_possible_attacks(budget.attacker, history_assets_dict)
# str_order_sets = [str(x[0]) for x in attacks]
attacks = actions_manager.get_possible_attacks(budget.attacker,
history_assets_dict)
str_order_sets = [str(x[0]) for x in attacks]
super().__init__(parent=parent,
to_move=to_move,
actions=str_order_sets,
history_assets_dict=history_assets_dict,
af_network=af_network,
budget=budget,
actions_history=actions_history)
self._information_set = ".{0}.{1}".format(
str(budget.attacker), 'A_HISTORY:' + str(actions_history[SELL]))
if not str_order_sets:
return
for order_set, cost in attacks:
net2 = copy_network(af_network)
net2.submit_sell_orders(order_set)
actions_history2 = copy.deepcopy(actions_history)
actions_history2[SELL].append(str(order_set))
self.children[str(order_set)] = DefenderMoveGameState(
self, actions_manager, DEFENDER,
self._update_asset_history(order_set, SELL),
Budget(budget.attacker - cost, budget.defender), net2,
actions_history2)
self.tree_size = 1 + sum([x.tree_size for x in self.children.values()])