def attribute_definition_helper(new_obj: unrealsdk.UObject) -> None:
if new_obj.ValueResolverChain:
counter = 0
temp = []
for value in new_obj.ValueResolverChain:
new_value = unrealsdk.ConstructObject(Class=value.Class, Outer=new_obj,
Name=f"{value.Name}_{counter}",
Template=value)
unrealsdk.KeepAlive(new_value)
new_value.ObjectFlags.B |= 4
temp.append(new_value)
counter += 1
new_obj.ValueResolverChain = temp
if new_obj.ContextResolverChain:
counter = 0
temp = []
for context in new_obj.ContextResolverChain:
new_context = unrealsdk.ConstructObject(Class=context.Class, Outer=new_obj,
Name=f"{context.Name}_{counter}",
Template=context)
unrealsdk.KeepAlive(new_context)
new_context.ObjectFlags.B |= 4
temp.append(new_context)
counter += 1
new_obj.ContextResolverChain = temp
def skill_constraints_helper(self, new_obj):
number = 1000
for i, constraint in enumerate(new_obj.SkillConstraints):
if constraint.Evaluator:
obj = constraint.Evaluator
new_constraint = unrealsdk.ConstructObject(Class=obj.Class,
Outer=new_obj,
Name=obj.Name +
"_" + str(number),
SetFlags=0x83,
Template=obj)
unrealsdk.KeepAlive(new_constraint)
number += 1
new_obj.SkillConstraints[i].Evaluator = new_constraint
self.evaluator_expression_helper(new_constraint)
else:
for j, obj in enumerate(constraint.EvaluatorDefinitions):
new_constraint = unrealsdk.ConstructObject(
Class=obj.Class,
Outer=new_obj,
Name=obj.Name + "_" + str(number),
SetFlags=0x83,
Template=obj)
unrealsdk.KeepAlive(new_constraint)
number += 1
new_obj.SkillConstraints[i].EvaluatorDefinitions[
j] = new_constraint
self.evaluator_expression_helper(new_constraint)
def com_partlist_helper(self, obj, new_com_balance):
"""
This Functions purpose is it to easily create New PartLists to work with.
If one constructs a new ClassModBalanceDefinition this function gets called and constructs its new PartLists
The new ItemPartListCollection name will be "PartList"
The new RuntimePartListCollection name will be "ItemPartListCollectionDefinition_1000"
"""
part_list = obj.ItemPartListCollection
new_part_list = unrealsdk.ConstructObject(
Class="ItemPartListCollectionDefinition",
Outer=new_com_balance,
Name="PartList",
SetFlags=0x83,
Template=part_list)
unrealsdk.KeepAlive(new_part_list)
runtime_part_list = obj.RuntimePartListCollection
new_runtime_part_list = unrealsdk.ConstructObject(
Class="ItemPartListCollectionDefinition",
Outer=new_com_balance,
Name="ItemPartListCollectionDefinition_1000",
SetFlags=0x83,
Template=runtime_part_list)
unrealsdk.KeepAlive(new_runtime_part_list)
new_com_balance.ItemPartListCollection = new_part_list
new_com_balance.RuntimePartListCollection = new_runtime_part_list
def evaluator_expression_helper(evaluator: unrealsdk.UObject) -> None:
if evaluator.Expression1:
new_expression = unrealsdk.ConstructObject(Class=evaluator.Expression1.Class, Outer=evaluator,
Name=f"{evaluator.Expression1.Name}_1",
Template=evaluator.Expression1)
unrealsdk.KeepAlive(new_expression)
new_expression.ObjectFlags.B |= 4
evaluator.Expression1 = new_expression
if evaluator.Expression2:
new_expression = unrealsdk.ConstructObject(Class=evaluator.Expression1.Class, Outer=evaluator,
Name=f"{evaluator.Expression1.Name}_2",
Template=evaluator.Expression1)
unrealsdk.KeepAlive(new_expression)
new_expression.ObjectFlags.B |= 4
evaluator.Expression1 = new_expression
def get_free_mat_inst_consts(self, reload_only: bool = False) -> None:
# We need any MeshComponent to create new MatInstConsts, I just use this cuz it's always loaded
if not reload_only:
# create and assign the new MatInstConsts
for obj in self.need_mat_inst_const:
mat = MESH.CreateAndSetMaterialInstanceConstant(0)
unrealsdk.KeepAlive(mat)
if obj.Class in (
unrealsdk.FindClass("ClassModDefinition"),
unrealsdk.FindClass("CrossDLCClassModDefinition"),
unrealsdk.FindClass("ArtifactDefinition")):
obj.OverrideMaterial = mat
else:
obj.Material = mat
for file in self.files:
with open(file, "r") as TemplateFile:
for line in TemplateFile:
if not line.split() or line.split()[0].lower() != "set":
continue
else:
try:
Materials.exec_skins(line, self.is_game_bl2)
except Exception as e:
logging.logger.error(e)
logging.logger.error(f"Error in: {line}")
def Enable(self) -> None:
def WillowClientDisableLoadingMovie(caller: unrealsdk.UObject,
function: unrealsdk.UFunction,
params: unrealsdk.FStruct) -> bool:
for clas, handler in self.CLASS_HANDLER_MAP.items():
for obj in unrealsdk.FindAll(clas):
if obj not in self.MenuObjects:
handler(obj)
return True
unrealsdk.RegisterHook(
"WillowGame.WillowPlayerController.WillowClientDisableLoadingMovie",
self.Name, WillowClientDisableLoadingMovie)
# If you're re-enabling then we can exit right here, the rest of this is non-reversible
if len(self.MenuObjects) > 0:
return
# Objects we load here will still be alive for all the FindAll commands, we don't need to
# parse them yet
for package, objects in self.FORCE_LOAD.items():
unrealsdk.LoadPackage(package)
for obj_name in objects:
obj = unrealsdk.FindObject(obj_name[0], obj_name[1])
if obj is None:
unrealsdk.Log(
f"[{self.Name}] Unable to find object '{obj_name[1]}'")
unrealsdk.KeepAlive(obj)
# Do our inital parse over everything, saving what we can access
for clas, handler in self.CLASS_HANDLER_MAP.items():
for obj in unrealsdk.FindAll(clas):
self.MenuObjects.add(obj)
handler(obj)
def Enable(self) -> None:
def CreateWeaponScopeMovie(caller: unrealsdk.UObject,
function: unrealsdk.UFunction,
params: unrealsdk.FStruct) -> bool:
for clas, handler in self.CLASS_HANDLER_MAP.items():
for obj in unrealsdk.FindAll(clas):
if obj not in self.MenuObjects:
handler(obj)
return True
unrealsdk.RegisterHook("WillowGame.WillowHUD.CreateWeaponScopeMovie",
"ItemLevelUncapper", CreateWeaponScopeMovie)
# If you're re-enabling then we can exit right here, the rest of this is non-reversible
if len(self.MenuObjects) > 0:
return
# Objects we load here will still be alive for all the FindAll commands, we don't need to
# parse them yet
for package, objects in self.FORCE_LOAD.items():
unrealsdk.LoadPackage(package)
for obj in objects:
unrealsdk.KeepAlive(unrealsdk.FindObject(obj[0], obj[1]))
# Do our inital parse over everything, saving what we can access
for clas, handler in self.CLASS_HANDLER_MAP.items():
for obj in unrealsdk.FindAll(clas):
self.MenuObjects.add(obj)
handler(obj)
def CreateIcons(self) -> None:
if self.HealthIcon is not None and self.AmmoIcon is not None:
return
HEALTH_NAME = "Icon_RefillHealth"
AMMO_NAME = "Icon_RefillAmmo"
# Incase you're re-execing the file and running a new instance
self.HealthIcon = unrealsdk.FindObject(
"InteractionIconDefinition",
f"GD_InteractionIcons.Default.{HEALTH_NAME}")
self.AmmoIcon = unrealsdk.FindObject(
"InteractionIconDefinition",
f"GD_InteractionIcons.Default.{AMMO_NAME}")
baseIcon = unrealsdk.FindObject(
"InteractionIconDefinition",
"GD_InteractionIcons.Default.Icon_DefaultUse")
PC = unrealsdk.GetEngine().GamePlayers[0].Actor
if self.HealthIcon is None:
self.HealthIcon = unrealsdk.ConstructObject(Class=baseIcon.Class,
Outer=baseIcon.Outer,
Name=HEALTH_NAME,
Template=baseIcon)
unrealsdk.KeepAlive(self.HealthIcon)
self.HealthIcon.Icon = 3
# Setting values directly on the object causes a crash on quitting the game
# Everything still works fine, not super necessary to fix, but people get paranoid
# https://github.com/bl-sdk/PythonSDK/issues/45
PC.ServerRCon(
f"set {PC.PathName(self.HealthIcon)} Action UseSecondary")
PC.ServerRCon(
f"set {PC.PathName(self.HealthIcon)} Text REFILL HEALTH")
if self.AmmoIcon is None:
self.AmmoIcon = unrealsdk.ConstructObject(Class=baseIcon.Class,
Outer=baseIcon.Outer,
Name=AMMO_NAME,
Template=baseIcon)
unrealsdk.KeepAlive(self.AmmoIcon)
self.AmmoIcon.Icon = 7
PC.ServerRCon(
f"set {PC.PathName(self.AmmoIcon)} Action UseSecondary")
PC.ServerRCon(f"set {PC.PathName(self.AmmoIcon)} Text REFILL AMMO")
def bpd_copy_helper(new_obj: unrealsdk.UObject) -> None:
if new_obj.BehaviorProviderDefinition:
new_bpd = unrealsdk.ConstructObject(Class="BehaviorProviderDefinition", Outer=new_obj,
Name=f"{new_obj.BehaviorProviderDefinition.Name}_0",
Template=new_obj.BehaviorProviderDefinition)
unrealsdk.KeepAlive(new_bpd)
new_bpd.ObjectFlags.B |= 4
new_obj.BehaviorProviderDefinition = new_bpd
bpd_helper(new_bpd)
def ForceLoad(self):
# Needed for the cool Katana moves
unrealsdk.LoadPackage("GD_Assassin_Streaming_SF")
unrealsdk.KeepAlive(
unrealsdk.FindObject(
"WillowAnimDefinition",
"GD_Assassin_Hologram.SpecialMove.SpecialMove_HologramScrewAround"
))
unrealsdk.KeepAlive(
unrealsdk.FindObject("AnimSet", "Anim_Assassin.Base_Assassin"))
# We dont want these animations to unload
Objects = [
"GD_NPCShared.Perches.Perch_NPC_ArmsCrossedForever:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_BangOnSomething:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_BarrelSitForever:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_ChairSitForever:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_DartsHit:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_KickGround:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_LeanOnCounterForever:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_LeanOnWallNonRandom:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_LookAtGround:SpecialMove_PerchLoop_0",
"GD_NPCShared.Perches.Perch_NPC_PeerUnder:SpecialMove_PerchLoop_0",
"GD_Moxxi.Perches.Perch_Moxxi_Dance:SpecialMove_PerchLoop_0",
"GD_Moxxi.Perches.Perch_Moxxi_WipeBar:SpecialMove_PerchLoop_0",
"GD_TannisNPC.Perches.Perch_Tannis_HandsOnHips:SpecialMove_PerchLoop_0",
"GD_BrickNPC.Perches.Perch_Brick_Pushups:SpecialMove_PerchLoop_0"
]
unrealsdk.LoadPackage("SanctuaryAir_Dynamic")
for Object in Objects:
x = unrealsdk.FindObject("SpecialMove_PerchLoop", Object)
unrealsdk.KeepAlive(x)
# This are our Particles that can be used
Particles = [
"FX_ENV_Misc.Particles.Part_Confetti",
"FX_Distillery.Particles.PS_Hearts_Looping_8-Bit",
"FX_CHAR_Merc.Particles.Part_Merc_MoneyShotImpact",
"FX_Distillery.Particles.PS_Nast_Drunk_Thresher"
]
unrealsdk.LoadPackage("Distillery_Dynamic")
unrealsdk.LoadPackage("Distillery_Mission")
unrealsdk.LoadPackage("GD_Mercenary_Streaming_SF")
for Particle in Particles:
x = unrealsdk.FindObject("ParticleSystem", Particle)
unrealsdk.KeepAlive(x)
def skill_presentation_helper(cloned_obj: unrealsdk.UObject, new_obj: unrealsdk.UObject) -> None:
new_custom_presentations = []
for number, Presentation in enumerate(cloned_obj.SkillEffectPresentations):
new_presentation = unrealsdk.ConstructObject(Class="AttributePresentationDefinition", Outer=new_obj,
Name=f"AttributePresentationDefinition_{1000 + number}",
Template=Presentation)
unrealsdk.KeepAlive(new_presentation)
new_presentation.ObjectFlags.B |= 4
new_custom_presentations.append(new_presentation)
new_obj.SkillEffectPresentations = new_custom_presentations
def behavior_attribute_effect_helper(new_obj: unrealsdk.UObject) -> None:
if new_obj.AttributeEffect:
new_effect = unrealsdk.ConstructObject(Class=new_obj.AttributeEffect.Class, Outer=new_obj,
Name=f"{new_obj.AttributeEffect.Name}_1",
Template=new_obj.AttributeEffect)
unrealsdk.KeepAlive(new_effect)
new_effect.ObjectFlags.B |= 4
new_obj.AttributeEffect = new_effect
if new_effect == unrealsdk.FindClass("SkillDefinition"):
bpd_copy_helper(new_effect)
skill_constraints_helper(new_effect)
def __init__(self) -> None:
unrealsdk.LoadPackage("GD_Mercenary_Streaming_SF")
self.NumWeapObj = unrealsdk.FindObject(
"NumberWeaponsEquippedExpressionEvaluator",
"GD_Mercenary_Skills.ActionSkill.Skill_Gunzerking:ExpressionTree_0.NumberWeaponsEquippedExpressionEvaluator_0"
)
unrealsdk.KeepAlive(self.NumWeapObj)
if self.NumWeapObj is None:
del self.SettingsInputs["Enter"]
self.WeaponMap = {}
def OnCreate(caller: unrealsdk.UObject, function: unrealsdk.UFunction,
params: unrealsdk.FStruct) -> bool:
all_parts: DefDataTuple
if caller.Class.Name == "WillowWeapon":
all_parts = expand_weapon_definition_data(caller.DefinitionData)
else:
all_parts = expand_item_definition_data(caller.DefinitionData)
for part in all_parts:
if not isinstance(part, unrealsdk.UObject):
continue
unrealsdk.KeepAlive(part)
return True
def behavior_activate_skill_helper(new_obj: unrealsdk.UObject) -> None:
if new_obj.SkillToActivate:
name = bl2tools.get_obj_path_name(new_obj)
new_name = f'{name.split(":")[0].split("_")[-1]}_Skill_{name.split("_")[-1]}'
new_skill = unrealsdk.ConstructObject(Class=new_obj.SkillToActivate.Class,
Outer=new_obj.SkillToActivate.Outer,
Name=new_name,
Template=new_obj.SkillToActivate)
unrealsdk.KeepAlive(new_skill)
new_skill.ObjectFlags.B |= 4
new_obj.SkillToActivate = new_skill
bpd_copy_helper(new_skill)
def skill_constraints_helper(new_obj: unrealsdk.UObject) -> None:
number = 1000
for i, constraint in enumerate(new_obj.SkillConstraints):
if constraint.Evaluator:
obj = constraint.Evaluator
new_constraint = unrealsdk.ConstructObject(Class=obj.Class, Outer=new_obj,
Name=f"{obj.Name}_{number}",
Template=obj)
unrealsdk.KeepAlive(new_constraint)
new_constraint.ObjectFlags.B |= 4
new_obj.SkillConstraints[i].Evaluator = new_constraint
evaluator_expression_helper(new_constraint)
else:
for j, obj in enumerate(constraint.EvaluatorDefinitions):
new_constraint = unrealsdk.ConstructObject(Class=obj.Class, Outer=new_obj,
Name=f"{obj.Name}_{number}",
Template=obj)
unrealsdk.KeepAlive(new_constraint)
new_constraint.ObjectFlags.B |= 4
new_obj.SkillConstraints[i].EvaluatorDefinitions[j] = new_constraint
evaluator_expression_helper(new_constraint)
number += 1
def inv_partlist_helper(obj: unrealsdk.UObject, new_balance: unrealsdk.UObject) -> None:
if obj.PartListCollection:
part_list = obj.PartListCollection
if obj.PathName(part_list).rsplit(".", 1)[0] == obj.PathName(obj).rsplit(".", 1)[0]:
new_name = f"Parts_{new_balance.Name}"
else:
new_name = new_balance.Name
new_part_list = unrealsdk.ConstructObject(Class="ItemPartListCollectionDefinition",
Outer=part_list.Outer,
Name=new_name, Template=part_list)
unrealsdk.KeepAlive(new_part_list)
new_part_list.ObjectFlags.B |= 4
new_balance.PartListCollection = new_part_list
def CreateIcons(self) -> None:
if self.HealthIcon is not None and self.AmmoIcon is not None:
return
HEALTH_NAME = "Icon_RefillHealth"
AMMO_NAME = "Icon_RefillAmmo"
# Incase you're re-execing the file and running a new instance
self.HealthIcon = unrealsdk.FindObject(
"InteractionIconDefinition",
f"GD_InteractionIcons.Default.{HEALTH_NAME}")
self.AmmoIcon = unrealsdk.FindObject(
"InteractionIconDefinition",
f"GD_InteractionIcons.Default.{AMMO_NAME}")
baseIcon = unrealsdk.FindObject(
"InteractionIconDefinition",
"GD_InteractionIcons.Default.Icon_DefaultUse")
if self.HealthIcon is None:
self.HealthIcon = unrealsdk.ConstructObject(Class=baseIcon.Class,
Outer=baseIcon.Outer,
Name=HEALTH_NAME,
Template=baseIcon)
unrealsdk.KeepAlive(self.HealthIcon)
self.HealthIcon.Icon = 3
self.HealthIcon.Action = "UseSecondary"
self.HealthIcon.Text = "REFILL HEALTH"
if self.AmmoIcon is None:
self.AmmoIcon = unrealsdk.ConstructObject(Class=baseIcon.Class,
Outer=baseIcon.Outer,
Name=AMMO_NAME,
Template=baseIcon)
unrealsdk.KeepAlive(self.AmmoIcon)
self.AmmoIcon.Icon = 7
self.AmmoIcon.Action = "UseSecondary"
self.AmmoIcon.Text = "REFILL AMMO"
def weapon_partlist_helper(obj: unrealsdk.UObject, new_wpn_balance: unrealsdk.UObject) -> None:
"""
This Functions purpose is it to easily create New PartLists to work with.
If one constructs a new WeaponBalanceDefinition this function gets called and constructs its new PartLists
The new WeaponPartListCollection name will be "PartList"
The new RuntimePartListCollection name will be "WeaponPartListCollectionDefinition_1000"
"""
part_list = obj.WeaponPartListCollection
new_part_list = unrealsdk.ConstructObject(Class="WeaponPartListCollectionDefinition", Outer=new_wpn_balance,
Name="PartList", Template=part_list)
unrealsdk.KeepAlive(new_part_list)
new_part_list.ObjectFlags.B |= 4
runtime_part_list = obj.RuntimePartListCollection
new_runtime_part_list = unrealsdk.ConstructObject(Class="WeaponPartListCollectionDefinition",
Outer=new_wpn_balance,
Name="WeaponPartListCollectionDefinition_1000",
Template=runtime_part_list)
unrealsdk.KeepAlive(new_runtime_part_list)
new_runtime_part_list.ObjectFlags.B |= 4
new_wpn_balance.WeaponPartListCollection = new_part_list
new_wpn_balance.RuntimePartListCollection = new_runtime_part_list
def custom_presentation_helper(obj: unrealsdk.UObject, new_name_part: unrealsdk.UObject) -> None:
"""
This function tries to copy the CustomPresentations from the old template
object to the new constructed "WeaponNamePartDefinition".
"""
new_custom_presentations = []
for number, Presentation in enumerate(obj.CustomPresentations):
new_presentation = unrealsdk.ConstructObject(Class="AttributePresentationDefinition", Outer=new_name_part,
Name=f"AttributePresentationDefinition_{1000 + number}",
Template=Presentation)
unrealsdk.KeepAlive(new_presentation)
new_presentation.ObjectFlags.B |= 4
new_custom_presentations.append(new_presentation)
new_name_part.CustomPresentations = new_custom_presentations
def population_definition_helper(new_obj: unrealsdk.UObject, template_obj: unrealsdk.UObject) -> None:
counter = 1000
spawn_factories = []
for l in template_obj.ActorArchetypeList:
factory = l.SpawnFactory
new = unrealsdk.ConstructObject(Class=factory.Class, Outer=new_obj, Name=f"{new_obj.name}_{counter}",
Template=template_obj)
counter += 1
unrealsdk.KeepAlive(new)
new.ObjectFlags.B |= 4
spawn_factories.append(new)
new_obj.ActorArchetypeList = [(x, (1, None, None, 1), (0, None, None, 0), False, False) for x in
spawn_factories]
def handle_keep_alive(args: argparse.Namespace) -> None:
match = re_obj_name.match(args.object)
if match is None:
unrealsdk.Log(f"Unable to parse object name {args.object}")
return
klass = match.group("class") or "Object"
name = match.group("fullname")
obj = unrealsdk.FindObject(klass, name)
if obj is None:
unrealsdk.Log(f"Unable to find object {args.object}")
return
unrealsdk.KeepAlive(obj)
def skill_presentation_helper(self, cloned_obj, new_obj):
new_custom_presentations = []
number = 0
for Presentation in cloned_obj.SkillEffectPresentations:
new_presentation = unrealsdk.ConstructObject(
Class="AttributePresentationDefinition",
Outer=new_obj,
Name="AttributePresentationDefinition_100" + str(number),
SetFlags=0x83,
Template=Presentation)
unrealsdk.KeepAlive(new_presentation)
number += 1
new_custom_presentations.append(new_presentation)
new_obj.SkillEffectPresentations = new_custom_presentations
def on_any_impact_helper(new_obj: unrealsdk.UObject) -> None:
if new_obj.OnAnyImpact:
new_on_any_impact = []
counter = 0
for behavior in new_obj.OnAnyImpact:
new_behavior = unrealsdk.ConstructObject(Class=behavior.Class, Outer=new_obj,
Name=f"{behavior.Name}_{counter}",
Template=behavior)
counter += 1
unrealsdk.KeepAlive(new_behavior)
new_behavior.ObjectFlags.B |= 4
new_on_any_impact.append(new_behavior)
if behavior.Class == unrealsdk.FindClass("Behavior_AttributeEffect"):
behavior_attribute_effect_helper(new_behavior)
new_obj.OnAnyImpact = new_on_any_impact
def bpd_helper(new_bpd: unrealsdk.UObject) -> None:
counter = 0
for Sequence in new_bpd.BehaviorSequences:
for Data in Sequence.BehaviorData2:
if Data.Behavior:
new_behavior = unrealsdk.ConstructObject(Class=Data.Behavior.Class, Outer=new_bpd,
Name=f"{Data.Behavior.Name}_{counter}",
Template=Data.Behavior)
unrealsdk.KeepAlive(new_behavior)
new_behavior.ObjectFlags.B |= 4
Data.Behavior = new_behavior
counter += 1
if Data.Behavior.Class == unrealsdk.FindClass("Behavior_AttributeEffect"):
behavior_attribute_effect_helper(new_behavior)
elif Data.Behavior.Class == unrealsdk.FindClass("Behavior_ActivateSkill"):
behavior_activate_skill_helper(new_behavior)
def projectile_body_composition_helper(template_obj: unrealsdk.UObject, new_obj: unrealsdk.UObject) -> None:
for i, data_union in enumerate(template_obj.BodyComposition.Attachments):
if data_union.Data.ComponentData.Component:
template = data_union.Data.ComponentData.Component
new_comp = unrealsdk.ConstructObject(Class=template.Class, Outer=new_obj,
Name=f"{template.Name}_{i}", Template=template)
unrealsdk.Log(bl2tools.get_obj_path_name(new_comp))
unrealsdk.KeepAlive(new_comp)
if new_comp:
new_comp.ObjectFlags.B |= 4
try:
unrealsdk.Log(new_obj.BodyComposition.Attachments)
new_obj.BodyComposition.Attachments[i].Data.ComponentData.Component = new_comp
unrealsdk.Log("works")
except Exception as e:
unrealsdk.Log(f"Exception: {repr(e)}")
unrealsdk.Log(e)
def keep_loaded(self) -> None:
"""
Small helper function for easily keeping objects loaded.
"#" defines what Package to load, "-" are comments.
Searches for any text file with the custom ending ".loaded" and tries to
keep the objects listet in the file loaded.
"""
for file in self.l_files:
with open(file, "r") as TemplateFile:
for line in TemplateFile:
if not line.split() or line[0] == "-":
continue
elif line[0] == "#":
package = line[1:].strip()
unrealsdk.LoadPackage(package)
else:
unrealsdk.KeepAlive(unrealsdk.FindObject("Object", line.strip()))
def custom_presentation_helper(self, obj, newNamePart):
"""
This function tries to copy the CustomPresentations from the old template
object to the new constructed "WeaponNamePartDefinition".
"""
new_custom_presentations = []
number = 0
for Presentation in obj.CustomPresentations:
new_presentation = unrealsdk.ConstructObject(
Class="AttributePresentationDefinition",
Outer=newNamePart,
Name="AttributePresentationDefinition_100" + str(number),
SetFlags=0x83,
Template=Presentation)
unrealsdk.KeepAlive(new_presentation)
number += 1
new_custom_presentations.append(new_presentation)
newNamePart.CustomPresentations = new_custom_presentations
def handle_clone(args: argparse.Namespace) -> None:
src_match = re_obj_name.match(args.base)
if src_match is None:
unrealsdk.Log(f"Unable to parse object name {args.base}")
return
src_class = src_match.group("class") or "Object"
src_fullname = src_match.group("fullname")
src_object = unrealsdk.FindObject(src_class, src_fullname)
if src_object is None:
unrealsdk.Log(f"Unable to find object {args.base}")
return
dst_match = re_obj_name.match(args.clone)
if dst_match is None:
unrealsdk.Log(f"Unable to parse object name {args.clone}")
return
dst_class = dst_match.group("class") or "Object"
if dst_class != "Object" and dst_class != src_class:
unrealsdk.Log(
f"Cannot clone object of class {src_class} as class {dst_class}")
return
dst_outer = dst_match.group("outer")
dst_outer_object = None
if dst_outer:
dst_outer_object = unrealsdk.FindObject("Object", dst_outer)
if dst_outer_object is None:
unrealsdk.Log(f"Unable to find outer object {dst_outer}")
return
dst_name = dst_match.group("name")
cloned = unrealsdk.ConstructObject(Class=src_object.Class,
Outer=dst_outer_object,
Name=dst_name,
Template=src_object)
if cloned is not None:
unrealsdk.KeepAlive(cloned)
def __init__(self) -> None:
# Hopefully I can remove this in a future SDK update
self.Author += "\nVersion: " + str(self.Version) # type: ignore
unrealsdk.LoadPackage("GD_Mercenary_Streaming_SF")
obj = unrealsdk.FindObject(
"NumberWeaponsEquippedExpressionEvaluator",
"GD_Mercenary_Skills.ActionSkill.Skill_Gunzerking:ExpressionTree_0.NumberWeaponsEquippedExpressionEvaluator_0"
)
# Almost certainly because you tried to load this in TPS
if obj is None:
unrealsdk.Log(
"[Onezerker] Unable to find NumberWeaponsEquiped object, assuming loaded in TPS"
)
self.Name = f"<font color='#ff0000'>{self.Name}</font>" # type: ignore
self.Description += "\n<font color='#ff0000'>Incompatible with TPS</font>" # type: ignore
self.SettingsInputs = {}
self.NumWeapObj = None
else:
unrealsdk.KeepAlive(obj)
self.NumWeapObj = obj
self.WeaponMap = {}
