Classes

UGeometryCollectionComponent

UMeshComponent > UPrimitiveComponent > USceneComponent > UActorComponent > UObject

Member	Type	Offset
ChaosSolverActor	AChaosSolverActor*	0x480
RestCollection	UGeometryCollection*	0x568
InitializationFields	TArray<AFieldSystemActor*>	0x570
Simulating	bool	0x580
ObjectType	EObjectStateTypeEnum	0x588
EnableClustering	bool	0x589
ClusterGroupIndex	int32_t	0x58c
MaxClusterLevel	int32_t	0x590
DamageThreshold	TArray<float>	0x598
ClusterConnectionType	EClusterConnectionTypeEnum	0x5a8
CollisionGroup	int32_t	0x5ac
CollisionSampleFraction	float	0x5b0
LinearEtherDrag	float	0x5b4
AngularEtherDrag	float	0x5b8
PhysicalMaterial	UChaosPhysicalMaterial*	0x5c0
InitialVelocityType	EInitialVelocityTypeEnum	0x5c8
InitialLinearVelocity	FVector	0x5cc
InitialAngularVelocity	FVector	0x5d8
PhysicalMaterialOverride	UPhysicalMaterial*	0x5e8
CacheParameters	FGeomComponentCacheParameters	0x5f0
NotifyGeometryCollectionPhysicsStateChange	FMulticastInlineDelegate	0x640
NotifyGeometryCollectionPhysicsLoadingStateChange	FMulticastInlineDelegate	0x650
OnChaosBreakEvent	FMulticastInlineDelegate	0x678
DesiredCacheTime	float	0x688
CachePlayback	bool	0x68c
OnChaosPhysicsCollision	FMulticastInlineDelegate	0x690
bNotifyBreaks	bool	0x6a0
bNotifyCollisions	bool	0x6a1
bEnableReplication	bool	0x6a2
bEnableAbandonAfterLevel	bool	0x6a3
ReplicationAbandonClusterLevel	int32_t	0x6a4
RepData	FGeometryCollectionRepData	0x6a8
DummyBodySetup	UBodySetup*	0x8d8


namespace Offsets
{
	namespace Classes
	{
		// Inheritance: UMeshComponent > UPrimitiveComponent > USceneComponent > UActorComponent > UObject
		namespace UGeometryCollectionComponent
		{
			constexpr auto ChaosSolverActor = 0x480; // AChaosSolverActor*
			constexpr auto RestCollection = 0x568; // UGeometryCollection*
			constexpr auto InitializationFields = 0x570; // TArray<AFieldSystemActor*>
			constexpr auto Simulating = 0x580; // bool
			constexpr auto ObjectType = 0x588; // EObjectStateTypeEnum
			constexpr auto EnableClustering = 0x589; // bool
			constexpr auto ClusterGroupIndex = 0x58c; // int32_t
			constexpr auto MaxClusterLevel = 0x590; // int32_t
			constexpr auto DamageThreshold = 0x598; // TArray<float>
			constexpr auto ClusterConnectionType = 0x5a8; // EClusterConnectionTypeEnum
			constexpr auto CollisionGroup = 0x5ac; // int32_t
			constexpr auto CollisionSampleFraction = 0x5b0; // float
			constexpr auto LinearEtherDrag = 0x5b4; // float
			constexpr auto AngularEtherDrag = 0x5b8; // float
			constexpr auto PhysicalMaterial = 0x5c0; // UChaosPhysicalMaterial*
			constexpr auto InitialVelocityType = 0x5c8; // EInitialVelocityTypeEnum
			constexpr auto InitialLinearVelocity = 0x5cc; // FVector
			constexpr auto InitialAngularVelocity = 0x5d8; // FVector
			constexpr auto PhysicalMaterialOverride = 0x5e8; // UPhysicalMaterial*
			constexpr auto CacheParameters = 0x5f0; // FGeomComponentCacheParameters
			constexpr auto NotifyGeometryCollectionPhysicsStateChange = 0x640; // FMulticastInlineDelegate
			constexpr auto NotifyGeometryCollectionPhysicsLoadingStateChange = 0x650; // FMulticastInlineDelegate
			constexpr auto OnChaosBreakEvent = 0x678; // FMulticastInlineDelegate
			constexpr auto DesiredCacheTime = 0x688; // float
			constexpr auto CachePlayback = 0x68c; // bool
			constexpr auto OnChaosPhysicsCollision = 0x690; // FMulticastInlineDelegate
			constexpr auto bNotifyBreaks = 0x6a0; // bool
			constexpr auto bNotifyCollisions = 0x6a1; // bool
			constexpr auto bEnableReplication = 0x6a2; // bool
			constexpr auto bEnableAbandonAfterLevel = 0x6a3; // bool
			constexpr auto ReplicationAbandonClusterLevel = 0x6a4; // int32_t
			constexpr auto RepData = 0x6a8; // FGeometryCollectionRepData
			constexpr auto DummyBodySetup = 0x8d8; // UBodySetup*
		}
	}
}


public static class Offsets
{
	public static class Classes
	{
		// Inheritance: UMeshComponent > UPrimitiveComponent > USceneComponent > UActorComponent > UObject
		public static class UGeometryCollectionComponent
		{
			public const UInt16 ChaosSolverActor = 0x480; // AChaosSolverActor*
			public const UInt16 RestCollection = 0x568; // UGeometryCollection*
			public const UInt16 InitializationFields = 0x570; // TArray<AFieldSystemActor*>
			public const UInt16 Simulating = 0x580; // bool
			public const UInt16 ObjectType = 0x588; // EObjectStateTypeEnum
			public const UInt16 EnableClustering = 0x589; // bool
			public const UInt16 ClusterGroupIndex = 0x58c; // int32_t
			public const UInt16 MaxClusterLevel = 0x590; // int32_t
			public const UInt16 DamageThreshold = 0x598; // TArray<float>
			public const UInt16 ClusterConnectionType = 0x5a8; // EClusterConnectionTypeEnum
			public const UInt16 CollisionGroup = 0x5ac; // int32_t
			public const UInt16 CollisionSampleFraction = 0x5b0; // float
			public const UInt16 LinearEtherDrag = 0x5b4; // float
			public const UInt16 AngularEtherDrag = 0x5b8; // float
			public const UInt16 PhysicalMaterial = 0x5c0; // UChaosPhysicalMaterial*
			public const UInt16 InitialVelocityType = 0x5c8; // EInitialVelocityTypeEnum
			public const UInt16 InitialLinearVelocity = 0x5cc; // FVector
			public const UInt16 InitialAngularVelocity = 0x5d8; // FVector
			public const UInt16 PhysicalMaterialOverride = 0x5e8; // UPhysicalMaterial*
			public const UInt16 CacheParameters = 0x5f0; // FGeomComponentCacheParameters
			public const UInt16 NotifyGeometryCollectionPhysicsStateChange = 0x640; // FMulticastInlineDelegate
			public const UInt16 NotifyGeometryCollectionPhysicsLoadingStateChange = 0x650; // FMulticastInlineDelegate
			public const UInt16 OnChaosBreakEvent = 0x678; // FMulticastInlineDelegate
			public const UInt16 DesiredCacheTime = 0x688; // float
			public const UInt16 CachePlayback = 0x68c; // bool
			public const UInt16 OnChaosPhysicsCollision = 0x690; // FMulticastInlineDelegate
			public const UInt16 bNotifyBreaks = 0x6a0; // bool
			public const UInt16 bNotifyCollisions = 0x6a1; // bool
			public const UInt16 bEnableReplication = 0x6a2; // bool
			public const UInt16 bEnableAbandonAfterLevel = 0x6a3; // bool
			public const UInt16 ReplicationAbandonClusterLevel = 0x6a4; // int32_t
			public const UInt16 RepData = 0x6a8; // FGeometryCollectionRepData
			public const UInt16 DummyBodySetup = 0x8d8; // UBodySetup*
		}
	}
}