Classes

UGeometryCollectionComponent

UMeshComponent > UPrimitiveComponent > USceneComponent > UActorComponent > UObject

GeometryCollectionComponent

Member	Type	Offset
ChaosSolverActor Chaos RBD Solver override. Will use the world's default solver actor if null.	AChaosSolverActor*	0x438
RestCollection	UGeometryCollection*	0x520
InitializationFields	TArray<AFieldSystemActor*>	0x528
Simulating When Simulating is enabled the Component will initialize its rigid bodies within the solver.	bool	0x538
ObjectType ObjectType defines how to initialize the rigid objects state, Kinematic, Sleeping, Dynamic.	EObjectStateTypeEnum	0x540
EnableClustering	bool	0x541
ClusterGroupIndex Maximum level for cluster breaks.	int32_t	0x544
MaxClusterLevel Maximum level for cluster breaks.	int32_t	0x548
DamageThreshold	TArray<float>	0x550
ClusterConnectionType	EClusterConnectionTypeEnum	0x560
CollisionGroup	int32_t	0x564
CollisionSampleFraction Fraction of collision sample particles to keep	float	0x568
LinearEtherDrag	float	0x56c
AngularEtherDrag	float	0x570
PhysicalMaterial	UChaosPhysicalMaterial*	0x578
InitialVelocityType	EInitialVelocityTypeEnum	0x580
InitialLinearVelocity	FVector	0x584
InitialAngularVelocity	FVector	0x590
CacheParameters	FGeomComponentCacheParameters	0x5a0
NotifyGeometryCollectionPhysicsStateChange	FMulticastInlineDelegate	0x5f0
NotifyGeometryCollectionPhysicsLoadingStateChange	FMulticastInlineDelegate	0x600
OnChaosBreakEvent	FMulticastInlineDelegate	0x628
DesiredCacheTime	float	0x638
CachePlayback	bool	0x63c
OnChaosPhysicsCollision	FMulticastInlineDelegate	0x640
bNotifyBreaks Call SetNotifyBreaks to set this at runtime.	bool	0x650
bNotifyCollisions If true, this component will get Chaos-specific collision notification events (	bool	0x651
DummyBodySetup	UBodySetup*	0x850


namespace Offsets
{
	namespace Classes
	{
		// Inheritance: UMeshComponent > UPrimitiveComponent > USceneComponent > UActorComponent > UObject
		namespace UGeometryCollectionComponent
		{
			constexpr auto ChaosSolverActor = 0x438; // AChaosSolverActor*
			constexpr auto RestCollection = 0x520; // UGeometryCollection*
			constexpr auto InitializationFields = 0x528; // TArray<AFieldSystemActor*>
			constexpr auto Simulating = 0x538; // bool
			constexpr auto ObjectType = 0x540; // EObjectStateTypeEnum
			constexpr auto EnableClustering = 0x541; // bool
			constexpr auto ClusterGroupIndex = 0x544; // int32_t
			constexpr auto MaxClusterLevel = 0x548; // int32_t
			constexpr auto DamageThreshold = 0x550; // TArray<float>
			constexpr auto ClusterConnectionType = 0x560; // EClusterConnectionTypeEnum
			constexpr auto CollisionGroup = 0x564; // int32_t
			constexpr auto CollisionSampleFraction = 0x568; // float
			constexpr auto LinearEtherDrag = 0x56c; // float
			constexpr auto AngularEtherDrag = 0x570; // float
			constexpr auto PhysicalMaterial = 0x578; // UChaosPhysicalMaterial*
			constexpr auto InitialVelocityType = 0x580; // EInitialVelocityTypeEnum
			constexpr auto InitialLinearVelocity = 0x584; // FVector
			constexpr auto InitialAngularVelocity = 0x590; // FVector
			constexpr auto CacheParameters = 0x5a0; // FGeomComponentCacheParameters
			constexpr auto NotifyGeometryCollectionPhysicsStateChange = 0x5f0; // FMulticastInlineDelegate
			constexpr auto NotifyGeometryCollectionPhysicsLoadingStateChange = 0x600; // FMulticastInlineDelegate
			constexpr auto OnChaosBreakEvent = 0x628; // FMulticastInlineDelegate
			constexpr auto DesiredCacheTime = 0x638; // float
			constexpr auto CachePlayback = 0x63c; // bool
			constexpr auto OnChaosPhysicsCollision = 0x640; // FMulticastInlineDelegate
			constexpr auto bNotifyBreaks = 0x650; // bool
			constexpr auto bNotifyCollisions = 0x651; // bool
			constexpr auto DummyBodySetup = 0x850; // UBodySetup*
		}
	}
}


public static class Offsets
{
	public static class Classes
	{
		// Inheritance: UMeshComponent > UPrimitiveComponent > USceneComponent > UActorComponent > UObject
		public static class UGeometryCollectionComponent
		{
			public const UInt16 ChaosSolverActor = 0x438; // AChaosSolverActor*
			public const UInt16 RestCollection = 0x520; // UGeometryCollection*
			public const UInt16 InitializationFields = 0x528; // TArray<AFieldSystemActor*>
			public const UInt16 Simulating = 0x538; // bool
			public const UInt16 ObjectType = 0x540; // EObjectStateTypeEnum
			public const UInt16 EnableClustering = 0x541; // bool
			public const UInt16 ClusterGroupIndex = 0x544; // int32_t
			public const UInt16 MaxClusterLevel = 0x548; // int32_t
			public const UInt16 DamageThreshold = 0x550; // TArray<float>
			public const UInt16 ClusterConnectionType = 0x560; // EClusterConnectionTypeEnum
			public const UInt16 CollisionGroup = 0x564; // int32_t
			public const UInt16 CollisionSampleFraction = 0x568; // float
			public const UInt16 LinearEtherDrag = 0x56c; // float
			public const UInt16 AngularEtherDrag = 0x570; // float
			public const UInt16 PhysicalMaterial = 0x578; // UChaosPhysicalMaterial*
			public const UInt16 InitialVelocityType = 0x580; // EInitialVelocityTypeEnum
			public const UInt16 InitialLinearVelocity = 0x584; // FVector
			public const UInt16 InitialAngularVelocity = 0x590; // FVector
			public const UInt16 CacheParameters = 0x5a0; // FGeomComponentCacheParameters
			public const UInt16 NotifyGeometryCollectionPhysicsStateChange = 0x5f0; // FMulticastInlineDelegate
			public const UInt16 NotifyGeometryCollectionPhysicsLoadingStateChange = 0x600; // FMulticastInlineDelegate
			public const UInt16 OnChaosBreakEvent = 0x628; // FMulticastInlineDelegate
			public const UInt16 DesiredCacheTime = 0x638; // float
			public const UInt16 CachePlayback = 0x63c; // bool
			public const UInt16 OnChaosPhysicsCollision = 0x640; // FMulticastInlineDelegate
			public const UInt16 bNotifyBreaks = 0x650; // bool
			public const UInt16 bNotifyCollisions = 0x651; // bool
			public const UInt16 DummyBodySetup = 0x850; // UBodySetup*
		}
	}
}