def _initialize_dies(game_elements, game_schema):
if len(game_schema['die']['die_state']) != game_schema['die']['die_count']:
print(
'dice count is unequal to number of specified dice state-vectors...'
)
raise Exception
die_count = game_schema['die']['die_count']
die_objects = list()
for i in range(0, die_count):
die_objects.append(Dice(
game_schema['die']['die_state'][i])) # send in the vector
game_elements['dies'] = die_objects
game_elements['current_die_total'] = 0
def _initialize_dies(game_elements, game_schema):
die_sequence = []
if len(game_schema['die']['die_state']) != game_schema['die']['die_count']:
logger.debug('dice count is unequal to number of specified dice state-vectors...')
logger.error("Exception")
die_count = game_schema['die']['die_count']
die_objects = list()
for i in range(0, die_count):
die_objects.append(Dice(game_schema['die']['die_state'][i])) # send in the vector
die_sequence.append([])
game_elements['dies'] = die_objects
game_elements['current_die_total'] = 0
game_elements['die_sequence'] = die_sequence
def die_novelty(self, current_gameboard, die_count, die_state_vector):
"""
Introduce sub-level novelty (class/number) for dice.
:param current_gameboard: The current gameboard dict. Note that this dict will be modified.
:param die_count: number of dice
:param die_state_vector: A list of lists, where each inner list represents the die state for each dice
:return: None
"""
if len(die_state_vector) != die_count:
print('die states are unequal to die count. Raising exception...')
raise Exception
current_gameboard['dies'] = list() # wipe out what was there before.
for i in range(0, die_count):
current_gameboard['dies'].append(Dice(die_state_vector[i]))
def _initialize_dies(current_gameboard, game_schema):
die_sequence = []
for item in game_schema['die']['die_sequence']:
die_sequence.append(item)
if len(game_schema['die']['die_state']) != game_schema['die']['die_count']:
logger.debug('dice count is unequal to number of specified dice state-vectors...')
logger.error("Exception")
die_count = game_schema['die']['die_count']
die_objects = list()
for i in range(0, die_count):
die_objects.append(Dice(game_schema['die']['die_state'][i])) # send in the vector
die_objects[i].die_state_distribution = game_schema['die']['die_state_distribution'][i]
die_objects[i].die_type = game_schema['die']['die_type'][i]
current_gameboard['dies'] = die_objects
current_gameboard['current_die_total'] = game_schema['die']['current_die_total']
current_gameboard['die_sequence'] = die_sequence