Classes

UParticleModuleRequired

Member	Type	Offset
Material General.The material to utilize for the emitter at this LOD level.	UMaterialInterface*	0x30
MinFacingCameraBlendDistance The distance at which PSA_FacingCameraDistanceBlend is fully PSA_Square	float	0x38
MaxFacingCameraBlendDistance The distance at which PSA_FacingCameraDistanceBlend is fully PSA_FacingCameraPosition	float	0x3c
EmitterOrigin	FVector	0x40
EmitterRotation	FRotator	0x4c
ScreenAlignment The screen alignment to utilize for the emitter at this LOD level.	EParticleScreenAlignment	0x58
bUseLocalSpace : 1	char	0x59
bKillOnDeactivate : 1	char	0x59
bKillOnCompleted : 1	char	0x59
SortMode The sorting mode to use for this emitter.	EParticleSortMode	0x5a
bUseLegacyEmitterTime : 1	char	0x5b
bRemoveHMDRoll : 1	char	0x5b
bEmitterDurationUseRange : 1	char	0x5b
EmitterDuration How long, in seconds, the emitter will run before looping.	float	0x5c
SpawnRate Spawn-related.The rate at which to spawn particles	FRawDistributionFloat	0x60
BurstList The array of burst entries.	TArray<FParticleBurst>	0x90
EmitterDelay Delay-related.	float	0xa0
EmitterDelayLow The low end of the emitter delay if using a range.	float	0xa4
bDelayFirstLoopOnly : 1	char	0xa8
InterpolationMethod SubUV-related.	EParticleSubUVInterpMethod	0xa9
bScaleUV : 1	char	0xaa
bEmitterDelayUseRange : 1	char	0xaa
ParticleBurstMethod The method to utilize when burst-emitting particles	EParticleBurstMethod	0xab
bOverrideSystemMacroUV : 1	char	0xac
bUseMaxDrawCount : 1	char	0xac
OpacitySourceMode	EOpacitySourceMode	0xad
EmitterNormalsMode Normal generation mode for this emitter LOD.	EEmitterNormalsMode	0xae
bOrbitModuleAffectsVelocityAlignment : 1	char	0xaf
SubImages_Horizontal The number of sub-images horizontally in the texture	int32_t	0xb0
SubImages_Vertical The number of sub-images vertically in the texture	int32_t	0xb4
RandomImageTime The amount of time (particle-relative, 0.0 to 1.0) to 'lock' on a random sub image 0.0 = change every frame 1.0 = select a random image at spawn and hold for the life of the particle	float	0xb8
RandomImageChanges The number of times to change a random image over the life of the particle.	int32_t	0xbc
MacroUVPosition Local space position that UVs generated with the ParticleMacroUV material node will be centered on.	FVector	0xc0
MacroUVRadius World space radius that UVs generated with the ParticleMacroUV material node will tile based on.	float	0xcc
UVFlippingMode Controls UV Flipping for this emitter.	EParticleUVFlipMode	0xd0
BoundingMode More bounding vertices results in reduced overdraw, but adds more triangle overhead.	ESubUVBoundingVertexCount	0xd1
bDurationRecalcEachLoop : 1	char	0xd2
NormalsSphereCenter When EmitterNormalsMode is ENM_Spherical, particle normals are created to face away from NormalsSphereCenter.	FVector	0xd4
AlphaThreshold Alpha channel values larger than the threshold are considered occupied and will be contained in the bounding geometry.	float	0xe0
EmitterLoops The number of times to loop the emitter. 0 indicates loop continuously	int32_t	0xe4
CutoutTexture Texture to generate bounding geometry from.	UTexture2D*	0xe8
MaxDrawCount The maximum number of particles to DRAW for this emitter.	int32_t	0xf0
EmitterDurationLow The low end of the emitter duration if using a range.	float	0xf4
NormalsCylinderDirection When EmitterNormalsMode is ENM_Cylindrical, particle normals are created to face away from the cylinder going through NormalsSphereCenter in the direction NormalsCylinderDirection.	FVector	0xf8
NamedMaterialOverrides Named material overrides for this emitter.	TArray<FName>	0x108


namespace Offsets
{
	namespace Classes
	{
		// Inheritance: UParticleModule > UObject
		namespace UParticleModuleRequired
		{
			constexpr auto Material = 0x30; // UMaterialInterface*
			constexpr auto MinFacingCameraBlendDistance = 0x38; // float
			constexpr auto MaxFacingCameraBlendDistance = 0x3c; // float
			constexpr auto EmitterOrigin = 0x40; // FVector
			constexpr auto EmitterRotation = 0x4c; // FRotator
			constexpr auto ScreenAlignment = 0x58; // EParticleScreenAlignment
			constexpr auto bUseLocalSpace = 0x59; // char : 1
			constexpr auto bKillOnDeactivate = 0x59; // char : 1
			constexpr auto bKillOnCompleted = 0x59; // char : 1
			constexpr auto SortMode = 0x5a; // EParticleSortMode
			constexpr auto bUseLegacyEmitterTime = 0x5b; // char : 1
			constexpr auto bRemoveHMDRoll = 0x5b; // char : 1
			constexpr auto bEmitterDurationUseRange = 0x5b; // char : 1
			constexpr auto EmitterDuration = 0x5c; // float
			constexpr auto SpawnRate = 0x60; // FRawDistributionFloat
			constexpr auto BurstList = 0x90; // TArray<FParticleBurst>
			constexpr auto EmitterDelay = 0xa0; // float
			constexpr auto EmitterDelayLow = 0xa4; // float
			constexpr auto bDelayFirstLoopOnly = 0xa8; // char : 1
			constexpr auto InterpolationMethod = 0xa9; // EParticleSubUVInterpMethod
			constexpr auto bScaleUV = 0xaa; // char : 1
			constexpr auto bEmitterDelayUseRange = 0xaa; // char : 1
			constexpr auto ParticleBurstMethod = 0xab; // EParticleBurstMethod
			constexpr auto bOverrideSystemMacroUV = 0xac; // char : 1
			constexpr auto bUseMaxDrawCount = 0xac; // char : 1
			constexpr auto OpacitySourceMode = 0xad; // EOpacitySourceMode
			constexpr auto EmitterNormalsMode = 0xae; // EEmitterNormalsMode
			constexpr auto bOrbitModuleAffectsVelocityAlignment = 0xaf; // char : 1
			constexpr auto SubImages_Horizontal = 0xb0; // int32_t
			constexpr auto SubImages_Vertical = 0xb4; // int32_t
			constexpr auto RandomImageTime = 0xb8; // float
			constexpr auto RandomImageChanges = 0xbc; // int32_t
			constexpr auto MacroUVPosition = 0xc0; // FVector
			constexpr auto MacroUVRadius = 0xcc; // float
			constexpr auto UVFlippingMode = 0xd0; // EParticleUVFlipMode
			constexpr auto BoundingMode = 0xd1; // ESubUVBoundingVertexCount
			constexpr auto bDurationRecalcEachLoop = 0xd2; // char : 1
			constexpr auto NormalsSphereCenter = 0xd4; // FVector
			constexpr auto AlphaThreshold = 0xe0; // float
			constexpr auto EmitterLoops = 0xe4; // int32_t
			constexpr auto CutoutTexture = 0xe8; // UTexture2D*
			constexpr auto MaxDrawCount = 0xf0; // int32_t
			constexpr auto EmitterDurationLow = 0xf4; // float
			constexpr auto NormalsCylinderDirection = 0xf8; // FVector
			constexpr auto NamedMaterialOverrides = 0x108; // TArray<FName>
		}
	}
}


public static class Offsets
{
	public static class Classes
	{
		// Inheritance: UParticleModule > UObject
		public static class UParticleModuleRequired
		{
			public const byte Material = 0x30; // UMaterialInterface*
			public const byte MinFacingCameraBlendDistance = 0x38; // float
			public const byte MaxFacingCameraBlendDistance = 0x3c; // float
			public const byte EmitterOrigin = 0x40; // FVector
			public const byte EmitterRotation = 0x4c; // FRotator
			public const byte ScreenAlignment = 0x58; // EParticleScreenAlignment
			public const byte bUseLocalSpace = 0x59; // char : 1
			public const byte bKillOnDeactivate = 0x59; // char : 1
			public const byte bKillOnCompleted = 0x59; // char : 1
			public const byte SortMode = 0x5a; // EParticleSortMode
			public const byte bUseLegacyEmitterTime = 0x5b; // char : 1
			public const byte bRemoveHMDRoll = 0x5b; // char : 1
			public const byte bEmitterDurationUseRange = 0x5b; // char : 1
			public const byte EmitterDuration = 0x5c; // float
			public const byte SpawnRate = 0x60; // FRawDistributionFloat
			public const byte BurstList = 0x90; // TArray<FParticleBurst>
			public const byte EmitterDelay = 0xa0; // float
			public const byte EmitterDelayLow = 0xa4; // float
			public const byte bDelayFirstLoopOnly = 0xa8; // char : 1
			public const byte InterpolationMethod = 0xa9; // EParticleSubUVInterpMethod
			public const byte bScaleUV = 0xaa; // char : 1
			public const byte bEmitterDelayUseRange = 0xaa; // char : 1
			public const byte ParticleBurstMethod = 0xab; // EParticleBurstMethod
			public const byte bOverrideSystemMacroUV = 0xac; // char : 1
			public const byte bUseMaxDrawCount = 0xac; // char : 1
			public const byte OpacitySourceMode = 0xad; // EOpacitySourceMode
			public const byte EmitterNormalsMode = 0xae; // EEmitterNormalsMode
			public const byte bOrbitModuleAffectsVelocityAlignment = 0xaf; // char : 1
			public const byte SubImages_Horizontal = 0xb0; // int32_t
			public const byte SubImages_Vertical = 0xb4; // int32_t
			public const byte RandomImageTime = 0xb8; // float
			public const byte RandomImageChanges = 0xbc; // int32_t
			public const byte MacroUVPosition = 0xc0; // FVector
			public const byte MacroUVRadius = 0xcc; // float
			public const byte UVFlippingMode = 0xd0; // EParticleUVFlipMode
			public const byte BoundingMode = 0xd1; // ESubUVBoundingVertexCount
			public const byte bDurationRecalcEachLoop = 0xd2; // char : 1
			public const byte NormalsSphereCenter = 0xd4; // FVector
			public const byte AlphaThreshold = 0xe0; // float
			public const byte EmitterLoops = 0xe4; // int32_t
			public const byte CutoutTexture = 0xe8; // UTexture2D*
			public const byte MaxDrawCount = 0xf0; // int32_t
			public const byte EmitterDurationLow = 0xf4; // float
			public const byte NormalsCylinderDirection = 0xf8; // FVector
			public const UInt16 NamedMaterialOverrides = 0x108; // TArray<FName>
		}
	}
}