def debug_validate_spawn_points(_connection=None):
zone = services.current_zone()
if zone is not None:
zone.validate_spawn_points()
for spawn_point in zone.spawn_points_gen():
sims4.commands.output(
'{} valid slots for SpawnPoint {}'.format(
count_bits(spawn_point.valid_slots), str(spawn_point)),
_connection)
def names_gen():
residue = int(self)
for (value, name) in sorted(name_map.items()):
while value & residue and count_bits(value) == 1:
residue &= ~value
yield name
if not residue:
return
if residue:
yield str(residue)
def names_gen():
residue = int(self)
for (value, name) in sorted(name_map.items()):
while value & residue and count_bits(value) == 1:
residue &= ~value
yield name
if not residue:
return
if residue:
yield str(residue)
def calculate_oxygen_generator_rating(bits_list: list[str]) -> int:
length = len(bits_list[0])
for i in range(length):
bits_count = count_bits(bits_list, i)
if bits_count[0] <= bits_count[1]:
bits_list = [bits for bits in bits_list if bits[i] == "1"]
else:
bits_list = [bits for bits in bits_list if bits[i] == "0"]
if len(bits_list) == 1:
break
bits_ready_to_convert: list[int] = [int(bit) for bit in bits_list[0]]
return bits_to_decimal(bits_ready_to_convert, "big")
def __iter__(self):
int_self = int(self)
for value in self._to_name:
while value & int_self and count_bits(value) == 1:
yield self.__class__(value)
def debug_validate_spawn_points(_connection=None):
zone = services.current_zone()
if zone is not None:
zone.validate_spawn_points()
for spawn_point in zone.spawn_points_gen():
sims4.commands.output('{} valid slots for SpawnPoint {}'.format(count_bits(spawn_point.valid_slots), str(spawn_point)), _connection)
def __iter__(self):
int_self = int(self)
for value in self._to_name:
while value & int_self and count_bits(value) == 1:
yield self.__class__(value)