def count_game(self, values, target):
"""
Verifies the values of the counting game.
@param values: A dictionary (keys must match CURRENCY) and
values are how many of each currency type
are required to make the optimum change
@return: Returns true if they pass the mini-game
"""
currency_values = sorted(CURRENCY.items(), key=itemgetter(1),
reverse=True)
# Set previous_value to target so it always accepts the first key
previous_value = target
for key, value in currency_values:
cal_val = (value * values[key])
if cal_val > previous_value:
return False
target -= cal_val
previous_value = value
if target == 0:
return True
else:
return False
def count_game(self, values, target):
"""
Verifies the values of the counting game.
@param values: A dictionary (keys must match CURRENCY) and
values are how many of each currency type
are required to make the optimum change
@return: Returns true if they pass the mini-game
"""
currency_values = sorted(CURRENCY.items(),
key=itemgetter(1),
reverse=True)
# Set previous_value to target so it always accepts the first key
previous_value = target
for key, value in currency_values:
cal_val = (value * values[key])
if cal_val > previous_value:
return False
target -= cal_val
previous_value = value
if target == 0:
return True
else:
return False
def __init__(self):
GameEngineElement.__init__(self, has_draw=True, has_event=True)
self.__font = self.game_engine.get_object('font')
self.add_to_engine()
self.game_mode = 0
self.__input_keys = [ITEMS.keys(), CURRENCY.keys(), [None]]
self.__input_mode = [0, 0, 0]
self.__input_string = []
for key in self.__input_keys:
self.__input_string.append(['0'] * len(key))
def __init__(self):
GameEngineElement.__init__(self, has_draw=True, has_event=True)
self.__font = self.game_engine.get_object('font')
self.add_to_engine()
self.game_mode = 2
self.__input_keys = [ITEMS.keys(), CURRENCY.keys(), [None]]
self.__input_mode = [0, 0, 0]
self.__input_string = []
for key in self.__input_keys:
self.__input_string.append(['0'] * len(key))
