Classes

UFluidSurfaceComponent

UPrimitiveComponent > UActorComponent > UComponent > UObject

Member	Type	Offset
FluidMaterial	UMaterialInterface*	0x24c
LightMapResolution	int32_t	0x254
LightmassSettings	FLightmassPrimitiveSettings	0x258
bShowDetailNormals : 1	uint32_t	0x274
bTestRippleCenterOnDetail : 1	uint32_t	0x274
bShowFluidDetail : 1	uint32_t	0x274
bShowFluidSimulation : 1	uint32_t	0x274
bShowDetailPosition : 1	uint32_t	0x274
bTestRipple : 1	uint32_t	0x274
bShowSimulationPosition : 1	uint32_t	0x274
bShowSimulationNormals : 1	uint32_t	0x274
bPause : 1	uint32_t	0x274
bTiling : 1	uint32_t	0x274
EnableDetail : 1	uint32_t	0x274
EnableSimulation : 1	uint32_t	0x274
SimulationQuadsX	int32_t	0x278
SimulationQuadsY	int32_t	0x27c
GridSpacing	float	0x280
GridSpacingLowRes	float	0x284
TargetSimulation	AActor*	0x288
GPUTessellationFactor	float	0x290
FluidDamping	float	0x294
FluidTravelSpeed	float	0x298
FluidHeightScale	float	0x29c
FluidUpdateRate	float	0x2a0
ForceImpact	float	0x2a4
ForceContinuous	float	0x2a8
LightingContrast	float	0x2ac
TargetDetail	AActor*	0x2b0
DeactivationDistance	float	0x2b8
DetailResolution	int32_t	0x2bc
DetailSize	float	0x2c0
DetailDamping	float	0x2c4
DetailTravelSpeed	float	0x2c8
DetailTransfer	float	0x2cc
DetailHeightScale	float	0x2d0
DetailUpdateRate	float	0x2d4
NormalLength	float	0x2d8
TestRippleSpeed	float	0x2dc
TestRippleFrequency	float	0x2e0
TestRippleRadius	float	0x2e4
FluidWidth	float	0x2e8
FluidHeight	float	0x2ec
TestRippleTime	float	0x2f0
TestRippleAngle	float	0x2f4
DeactivationTimer	float	0x2f8
ViewDistance	float	0x2fc
SimulationPosition	FVector	0x300
DetailPosition	FVector	0x30c
ClampMap	TArray<char>	0x318
ShadowMaps	TArray<UShadowMap2D*>	0x328
LightMap	FLightMapRef	0x338
FluidSimulation	FPointer	0x340


namespace Offsets
{
	namespace Classes
	{
		// Inheritance: UPrimitiveComponent > UActorComponent > UComponent > UObject
		namespace UFluidSurfaceComponent
		{
			constexpr auto FluidMaterial = 0x24c; // UMaterialInterface*
			constexpr auto LightMapResolution = 0x254; // int32_t
			constexpr auto LightmassSettings = 0x258; // FLightmassPrimitiveSettings
			constexpr auto bShowDetailNormals = 0x274; // uint32_t : 1
			constexpr auto bTestRippleCenterOnDetail = 0x274; // uint32_t : 1
			constexpr auto bShowFluidDetail = 0x274; // uint32_t : 1
			constexpr auto bShowFluidSimulation = 0x274; // uint32_t : 1
			constexpr auto bShowDetailPosition = 0x274; // uint32_t : 1
			constexpr auto bTestRipple = 0x274; // uint32_t : 1
			constexpr auto bShowSimulationPosition = 0x274; // uint32_t : 1
			constexpr auto bShowSimulationNormals = 0x274; // uint32_t : 1
			constexpr auto bPause = 0x274; // uint32_t : 1
			constexpr auto bTiling = 0x274; // uint32_t : 1
			constexpr auto EnableDetail = 0x274; // uint32_t : 1
			constexpr auto EnableSimulation = 0x274; // uint32_t : 1
			constexpr auto SimulationQuadsX = 0x278; // int32_t
			constexpr auto SimulationQuadsY = 0x27c; // int32_t
			constexpr auto GridSpacing = 0x280; // float
			constexpr auto GridSpacingLowRes = 0x284; // float
			constexpr auto TargetSimulation = 0x288; // AActor*
			constexpr auto GPUTessellationFactor = 0x290; // float
			constexpr auto FluidDamping = 0x294; // float
			constexpr auto FluidTravelSpeed = 0x298; // float
			constexpr auto FluidHeightScale = 0x29c; // float
			constexpr auto FluidUpdateRate = 0x2a0; // float
			constexpr auto ForceImpact = 0x2a4; // float
			constexpr auto ForceContinuous = 0x2a8; // float
			constexpr auto LightingContrast = 0x2ac; // float
			constexpr auto TargetDetail = 0x2b0; // AActor*
			constexpr auto DeactivationDistance = 0x2b8; // float
			constexpr auto DetailResolution = 0x2bc; // int32_t
			constexpr auto DetailSize = 0x2c0; // float
			constexpr auto DetailDamping = 0x2c4; // float
			constexpr auto DetailTravelSpeed = 0x2c8; // float
			constexpr auto DetailTransfer = 0x2cc; // float
			constexpr auto DetailHeightScale = 0x2d0; // float
			constexpr auto DetailUpdateRate = 0x2d4; // float
			constexpr auto NormalLength = 0x2d8; // float
			constexpr auto TestRippleSpeed = 0x2dc; // float
			constexpr auto TestRippleFrequency = 0x2e0; // float
			constexpr auto TestRippleRadius = 0x2e4; // float
			constexpr auto FluidWidth = 0x2e8; // float
			constexpr auto FluidHeight = 0x2ec; // float
			constexpr auto TestRippleTime = 0x2f0; // float
			constexpr auto TestRippleAngle = 0x2f4; // float
			constexpr auto DeactivationTimer = 0x2f8; // float
			constexpr auto ViewDistance = 0x2fc; // float
			constexpr auto SimulationPosition = 0x300; // FVector
			constexpr auto DetailPosition = 0x30c; // FVector
			constexpr auto ClampMap = 0x318; // TArray<char>
			constexpr auto ShadowMaps = 0x328; // TArray<UShadowMap2D*>
			constexpr auto LightMap = 0x338; // FLightMapRef
			constexpr auto FluidSimulation = 0x340; // FPointer
		}
	}
}


public static class Offsets
{
	public static class Classes
	{
		// Inheritance: UPrimitiveComponent > UActorComponent > UComponent > UObject
		public static class UFluidSurfaceComponent
		{
			public const UInt16 FluidMaterial = 0x24c; // UMaterialInterface*
			public const UInt16 LightMapResolution = 0x254; // int32_t
			public const UInt16 LightmassSettings = 0x258; // FLightmassPrimitiveSettings
			public const UInt16 bShowDetailNormals = 0x274; // uint32_t : 1
			public const UInt16 bTestRippleCenterOnDetail = 0x274; // uint32_t : 1
			public const UInt16 bShowFluidDetail = 0x274; // uint32_t : 1
			public const UInt16 bShowFluidSimulation = 0x274; // uint32_t : 1
			public const UInt16 bShowDetailPosition = 0x274; // uint32_t : 1
			public const UInt16 bTestRipple = 0x274; // uint32_t : 1
			public const UInt16 bShowSimulationPosition = 0x274; // uint32_t : 1
			public const UInt16 bShowSimulationNormals = 0x274; // uint32_t : 1
			public const UInt16 bPause = 0x274; // uint32_t : 1
			public const UInt16 bTiling = 0x274; // uint32_t : 1
			public const UInt16 EnableDetail = 0x274; // uint32_t : 1
			public const UInt16 EnableSimulation = 0x274; // uint32_t : 1
			public const UInt16 SimulationQuadsX = 0x278; // int32_t
			public const UInt16 SimulationQuadsY = 0x27c; // int32_t
			public const UInt16 GridSpacing = 0x280; // float
			public const UInt16 GridSpacingLowRes = 0x284; // float
			public const UInt16 TargetSimulation = 0x288; // AActor*
			public const UInt16 GPUTessellationFactor = 0x290; // float
			public const UInt16 FluidDamping = 0x294; // float
			public const UInt16 FluidTravelSpeed = 0x298; // float
			public const UInt16 FluidHeightScale = 0x29c; // float
			public const UInt16 FluidUpdateRate = 0x2a0; // float
			public const UInt16 ForceImpact = 0x2a4; // float
			public const UInt16 ForceContinuous = 0x2a8; // float
			public const UInt16 LightingContrast = 0x2ac; // float
			public const UInt16 TargetDetail = 0x2b0; // AActor*
			public const UInt16 DeactivationDistance = 0x2b8; // float
			public const UInt16 DetailResolution = 0x2bc; // int32_t
			public const UInt16 DetailSize = 0x2c0; // float
			public const UInt16 DetailDamping = 0x2c4; // float
			public const UInt16 DetailTravelSpeed = 0x2c8; // float
			public const UInt16 DetailTransfer = 0x2cc; // float
			public const UInt16 DetailHeightScale = 0x2d0; // float
			public const UInt16 DetailUpdateRate = 0x2d4; // float
			public const UInt16 NormalLength = 0x2d8; // float
			public const UInt16 TestRippleSpeed = 0x2dc; // float
			public const UInt16 TestRippleFrequency = 0x2e0; // float
			public const UInt16 TestRippleRadius = 0x2e4; // float
			public const UInt16 FluidWidth = 0x2e8; // float
			public const UInt16 FluidHeight = 0x2ec; // float
			public const UInt16 TestRippleTime = 0x2f0; // float
			public const UInt16 TestRippleAngle = 0x2f4; // float
			public const UInt16 DeactivationTimer = 0x2f8; // float
			public const UInt16 ViewDistance = 0x2fc; // float
			public const UInt16 SimulationPosition = 0x300; // FVector
			public const UInt16 DetailPosition = 0x30c; // FVector
			public const UInt16 ClampMap = 0x318; // TArray<char>
			public const UInt16 ShadowMaps = 0x328; // TArray<UShadowMap2D*>
			public const UInt16 LightMap = 0x338; // FLightMapRef
			public const UInt16 FluidSimulation = 0x340; // FPointer
		}
	}
}