def get_retail_objects(_connection=None):
automation_output = sims4.commands.AutomationOutput(_connection)
automation_output('GetRetailObjects; Status:Begin')
for obj in RetailUtils.get_all_retail_objects():
automation_output('GetRetailObjects; Status:Data, ObjId:{}'.format(
obj.id))
automation_output('GetRetailObjects; Status:End')
def _try_find_object_and_push_buy_affordance(self):
(min_price, max_price) = self.owner._get_min_max_price_range()
found_object = None
objects_in_price_range = []
other_potential_objects = []
for found_object in RetailUtils.all_retail_objects_gen(
allow_sold=False):
if found_object.in_use and not found_object.in_use_by(
self.owner._customer):
continue
sell_price = found_object.retail_component.get_sell_price()
if min_price <= sell_price <= max_price:
objects_in_price_range.append(found_object)
else:
other_potential_objects.append(found_object)
random.shuffle(objects_in_price_range)
for price_range_object in objects_in_price_range:
(_, result) = self._test_execute_buy_affordance(price_range_object)
if result:
return (price_range_object, result)
random.shuffle(other_potential_objects)
num_objects_tested = 0
for potential_object in other_potential_objects:
if num_objects_tested >= _BuyState.MAX_BUY_OBJECT_TESTS:
logger.warn(
'Retail Customer {} hit MAX_BUY_OBJECT_TESTS when looking for an object to buy.',
owner='rmccord')
return (None, False)
(_, result) = self._test_execute_buy_affordance(potential_object)
if result:
return (potential_object, result)
num_objects_tested += 1
return (None, False)
def has_any_object_for_sale(self):
for retail_obj in RetailUtils.all_retail_objects_gen(
allow_not_for_sale=True):
if retail_obj.retail_component.is_for_sale:
return True
if retail_obj.is_in_inventory():
return True
return False
def _open_household_owned_npc_store(self):
should_open = False
for retail_obj in RetailUtils.all_retail_objects_gen(
allow_not_for_sale=True):
self._adjust_commodities_if_necessary(retail_obj)
if not should_open:
if not retail_obj.retail_component.is_not_for_sale:
should_open = True
self.set_open(should_open)
def _do_behavior(self):
customer = self.interaction.get_participant(self.customer)
if customer is None:
logger.error('Got a None customer trying to run a RetailCustomerAction element.')
return False
situation = RetailUtils.get_retail_customer_situation_from_sim(customer)
if situation is None:
logger.warn("Trying to run a customer action on a sim that isn't running a retail situation.")
return False
for action in self.actions:
action.apply_action(customer, situation)
def on_zone_load(self):
super().on_zone_load()
for obj in RetailUtils.get_all_retail_objects():
self._fixup_placard_if_necessary(obj)
if services.current_zone_id() != self._zone_id:
return
tracker = services.active_lot().commodity_tracker
advertising_commodities = RetailTuning.ADVERTISING_COMMODITY_MAP.values(
)
for advertising_commodity in advertising_commodities:
commodity = tracker.get_statistic(advertising_commodity)
if commodity is not None:
commodity.decay_enabled = True
def get_median_item_value(self):
values = [
obj.retail_component.get_retail_value()
for obj in RetailUtils.all_retail_objects_gen()
]
if not values:
return 0
values.sort()
count = len(values)
midpoint = count // 2
if count % 2:
return values[midpoint]
return (values[midpoint] + values[midpoint - 1]) / 2
def _open_pure_npc_store(self, is_premade):
has_retail_obj = False
for retail_obj in RetailUtils.all_retail_objects_gen(
allow_not_for_sale=True):
self._adjust_commodities_if_necessary(retail_obj)
obj_retail_component = retail_obj.retail_component
if obj_retail_component.is_for_sale or retail_obj.is_in_inventory(
):
has_retail_obj = True
else:
if is_premade:
set_for_sale = retail_obj.has_tag(
self.NPC_STORE_FOR_SALE_TAG)
else:
set_for_sale = obj_retail_component.is_sold
if set_for_sale:
obj_retail_component.set_for_sale()
has_retail_obj = True
if retail_obj.has_tag(self.NPC_STORE_MANNEQUIN_TAG):
self._set_up_mannequin_during_open(retail_obj)
has_retail_obj = True
self.set_open(has_retail_obj)
def get_curb_appeal(self):
total_curb_appeal = sum(
obj.retail_component.get_current_curb_appeal()
for obj in RetailUtils.get_all_retail_objects())
return total_curb_appeal + self._get_lot_advertising_commodity_sum()
def update_retail_objects_commodities(self):
for retail_obj in RetailUtils.all_retail_objects_gen(allow_sold=False):
retail_obj.update_component_commodity_flags()
def toggle_for_sale_vfx(self):
self._for_sale_vfx_toggle_value = not self._for_sale_vfx_toggle_value
for item in RetailUtils.all_retail_objects_gen(
allow_sold=False, include_inventories=False):
self._update_for_sale_vfx_for_object(
item, self._for_sale_vfx_toggle_value)