def execute(self, context):
import bge_netlogic.utilities as tools
stripped_tree_name = tools.strip_tree_name(self.tree_name)
py_module_name = tools.py_module_name_for_stripped_tree_name(
stripped_tree_name)
for ob in [
x for x in context.scene.objects if x.select_get()
and tools.object_has_treeitem_for_treename(x, self.tree_name)
]:
gs = ob.game
controllers = [
c for c in gs.controllers if py_module_name in c.name
]
actuators = [a for a in gs.actuators if py_module_name in a.name]
sensors = [s for s in gs.sensors if py_module_name in s.name]
for c in controllers:
bge_netlogic.debug("remove", c.name, "from", ob.name)
bpy.ops.logic.controller_remove(controller=c.name,
object=ob.name)
for a in actuators:
bge_netlogic.debug("remove", a.name, "from", ob.name)
bpy.ops.logic.actuator_remove(actuator=a.name, object=ob.name)
for s in sensors:
bge_netlogic.debug("remove", s.name, "from", ob.name)
bpy.ops.logic.sensor_remove(sensor=s.name, object=ob.name)
bge_netlogic.utilities.remove_tree_item_from_object(
ob, self.tree_name)
bge_netlogic.utilities.remove_network_initial_status_key(
ob, self.tree_name)
return {'FINISHED'}
def execute(self, context):
import bge_netlogic.utilities as tools
stripped_tree_name = tools.strip_tree_name(self.tree_name)
py_module_name = tools.py_module_name_for_stripped_tree_name(
stripped_tree_name)
py_module_name = py_module_name.split('NL')[-1]
for ob in [
x for x in context.scene.objects if x.select_get()
and tools.object_has_treeitem_for_treename(x, self.tree_name)
]:
gs = ob.game
controllers = [
c for c in gs.controllers if py_module_name in c.name
]
actuators = [a for a in gs.actuators if py_module_name in a.name]
sensors = [s for s in gs.sensors if py_module_name in s.name]
for s in sensors:
print("Removed Sensor", s.name, "from", ob.name)
bpy.ops.logic.sensor_remove(sensor=s.name, object=ob.name)
for c in controllers:
print("Removed Controller", c.name, "from", ob.name)
bpy.ops.logic.controller_remove(controller=c.name,
object=ob.name)
for a in actuators:
print("Removed Actuator", a.name, "from", ob.name)
bpy.ops.logic.actuator_remove(actuator=a.name, object=ob.name)
bge_netlogic.utilities.remove_tree_item_from_object(
ob, self.tree_name)
bge_netlogic.utilities.remove_network_initial_status_key(
ob, self.tree_name)
print("Succsessfully removed tree {} from object {}.".format(
self.tree_name, ob.name))
return {'FINISHED'}
def execute(self, context):
import bge_netlogic.utilities as tools
stripped_tree_name = tools.strip_tree_name(self.tree_name)
py_module_name = tools.py_module_name_for_stripped_tree_name(
stripped_tree_name)
py_module_name = py_module_name.split('NL')[-1]
objs = [
ob for ob in context.scene.objects if ob.select_get()
and tools.object_has_treeitem_for_treename(ob, self.tree_name)
]
for ob in objs:
tree_name = utils.make_valid_name(self.tree_name)
module = f'nl_{tree_name.lower()}'
gs = ob.game
idx = 0
for c in gs.components:
if c.module == module:
bpy.ops.logic.python_component_remove(index=idx)
idx += 1
controllers = [
c for c in gs.controllers if py_module_name in c.name
]
actuators = [a for a in gs.actuators if py_module_name in a.name]
sensors = [s for s in gs.sensors if py_module_name in s.name]
for s in sensors:
bpy.ops.logic.sensor_remove(sensor=s.name, object=ob.name)
for c in controllers:
bpy.ops.logic.controller_remove(controller=c.name,
object=ob.name)
for a in actuators:
bpy.ops.logic.actuator_remove(actuator=a.name, object=ob.name)
bge_netlogic.utilities.remove_tree_item_from_object(
ob, self.tree_name)
bge_netlogic.utilities.remove_network_initial_status_key(
ob, self.tree_name)
utils.success(
"Successfully removed tree {} from object {}.".format(
self.tree_name, ob.name))
return {'FINISHED'}