def action_phase(one_or_two):
actions = []
while turn.actions_available != [] and turn.actions_remaining != 0:
player_info = Player_info()
update_player_info(turn, player_info)
ate_name = get_ate(player_info, one_or_two)
if ate_name == "None":
break
ate = ccd[ate_name]
if one_or_two == 1:
# HACKABLE here, passed object not string
strategy = player_one_alg.execute_action_strategy(player_info, ate)
elif one_or_two == 2:
strategy = player_two_alg.execute_action_strategy(player_info, ate)
move_executed_actions(ate)
ate.execute_action(turn, strategy)
actions.append(
{
"action": ate_name,
"strat": strategy,
"hand": [i.name for i in turn.player.hand],
"deck": [i.name for i in turn.player.deck],
"discard": [i.name for i in turn.player.discard],
}
)
turn.actions_available = return_action_cards(turn.player)
return actions
def action_phase(one_or_two):
while turn.actions_available != [] and turn.actions_remaining != 0:
player_info = Player_info()
update_player_info(turn,player_info)
ate_name = get_ate(player_info,one_or_two)
if ate_name == 'None':
break
ate = ccd[ate_name]
if one_or_two == 1:
strategy = player_one_alg.execute_action_strategy(player_info,ate)
elif one_or_two == 2:
strategy = player_two_alg.execute_action_strategy(player_info,ate)
move_executed_actions(ate)
ate.execute_action(turn,strategy)
turn.actions_available = return_action_cards(turn.player)
def action_phase(one_or_two):
while turn.actions_available != [] and turn.actions_remaining != 0:
player_info = Player_info()
update_player_info(turn, player_info)
ate_name = get_ate(player_info, one_or_two)
if ate_name == 'None':
break
ate = ccd[ate_name]
if one_or_two == 1:
strategy = player_one_alg.execute_action_strategy(player_info, ate)
elif one_or_two == 2:
strategy = player_two_alg.execute_action_strategy(player_info, ate)
move_executed_actions(ate)
ate.execute_action(turn, strategy)
turn.actions_available = return_action_cards(turn.player)