DEV_TheStudio_Plugin/Content/RuralAustralia/Effects/Birds/FX_Birds_01.uasset

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// Shader generated by Niagara HLSL Translator

// Compile Tags: 
//	Variable: "bIsInfinitelyLived(False)" StringValue: "" 
//	Variable: "bCanDieWhenEmitterDeactivates(True)" StringValue: "" 
//	Variable: "Particles.SpriteSize((null))" StringValue: "Trimmed" 
//	Variable: "Particles.SpriteRotation((null))" StringValue: "Trimmed" 
//	Variable: "Particles.Presolve.Velocity((null))" StringValue: "Trimmed" 
//	Variable: "Particles.Presolve.Position((null))" StringValue: "Trimmed" 
//	Variable: "Particles.Presolve.PhysicsForce((null))" StringValue: "Trimmed" 
//	Variable: "Particles.DistanceTraveled((null))" StringValue: "Trimmed" 
//	Variable: "Particles.RibbonUVDistance((null))" StringValue: "Trimmed" 

// Compile Data> Static Variables Input: 
//	Variable: Constants.Emitter.SolveForcesAndVelocity.Manually Enable Rotational Solver(False) 
//	Variable: SolveForcesAndVelocity.Manually Enable Rotational Solver(False) 

// Compile Data> PinToConstantValues Input: 
//	Pin: /Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
//	Pin: /Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver Value: False
//	Pin: /Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0


struct NiagaraID
{
	int Index;
	int AcquireTag;
};

cbuffer FNiagaraGlobalParameters
{
	float Engine_WorldDeltaTime;
	float Engine_DeltaTime;
	float Engine_InverseDeltaTime;
	float Engine_Time;
	float Engine_RealTime;
	int Engine_QualityLevel;
	int Engine_PaddingInt32_0;
	int Engine_PaddingInt32_1;
}

cbuffer FNiagaraSystemParameters
{
	float Engine_Owner_TimeSinceRendered;
	float Engine_Owner_LODDistance;
	float Engine_Owner_LODDistanceFraction;
	float Engine_System_Age;
	int Engine_Owner_ExecutionState;
	int Engine_System_TickCount;
	int Engine_System_NumEmitters;
	int Engine_System_NumEmittersAlive;
	int Engine_System_SignificanceIndex;
	int Engine_System_RandomSeed;
	int Engine_System_CurrentTimeStep;
	int Engine_System_NumTimeSteps;
	float Engine_System_TimeStepFraction;
	int Engine_System_PaddingInt32_0;
	int Engine_System_PaddingInt32_1;
	int Engine_System_PaddingInt32_2;
}

cbuffer FNiagaraOwnerParameters
{
	float4x4 Engine_Owner_SystemLocalToWorld;
	float4x4 Engine_Owner_SystemWorldToLocal;
	float4x4 Engine_Owner_SystemLocalToWorldTransposed;
	float4x4 Engine_Owner_SystemWorldToLocalTransposed;
	float4x4 Engine_Owner_SystemLocalToWorldNoScale;
	float4x4 Engine_Owner_SystemWorldToLocalNoScale;
	float4 Engine_Owner_Rotation;
	float3 Engine_Owner_Position;
	int Engine_Owner_PaddingInt32_0;
	float3 Engine_Owner_Velocity;
	int Engine_Owner_PaddingInt32_1;
	float3 Engine_Owner_SystemXAxis;
	int Engine_Owner_PaddingInt32_2;
	float3 Engine_Owner_SystemYAxis;
	int Engine_Owner_PaddingInt32_3;
	float3 Engine_Owner_SystemZAxis;
	int Engine_Owner_PaddingInt32_4;
	float3 Engine_Owner_Scale;
	int Engine_Owner_PaddingInt32_5;
	float4 Engine_Owner_LWCTile;
}

cbuffer FNiagaraEmitterParameters
{
	int Engine_Emitter_NumParticles;
	int Engine_Emitter_TotalSpawnedParticles;
	float Engine_Emitter_SpawnCountScale;
	float Emitter_Age;
	int Emitter_RandomSeed;
	int Engine_Emitter_InstanceSeed;
	int Engine_Emitter_PaddingInt32_0;
	int Engine_Emitter_PaddingInt32_1;
}

cbuffer FNiagaraExternalParameters
{
	float Emitter_DistanceTraveled;
	int Engine_ExecutionCount;
	float Emitter_SpawnRate;
	float Emitter_SpawnInterval;
	float Emitter_InterpSpawnStartDt;
	int Emitter_SpawnGroup;
}

cbuffer PREV_FNiagaraGlobalParameters
{
	float PREV_Engine_WorldDeltaTime;
	float PREV_Engine_DeltaTime;
	float PREV_Engine_InverseDeltaTime;
	float PREV_Engine_Time;
	float PREV_Engine_RealTime;
	int PREV_Engine_QualityLevel;
	int PREV_Engine_PaddingInt32_0;
	int PREV_Engine_PaddingInt32_1;
}

cbuffer PREV_FNiagaraSystemParameters
{
	float PREV_Engine_Owner_TimeSinceRendered;
	float PREV_Engine_Owner_LODDistance;
	float PREV_Engine_Owner_LODDistanceFraction;
	float PREV_Engine_System_Age;
	int PREV_Engine_Owner_ExecutionState;
	int PREV_Engine_System_TickCount;
	int PREV_Engine_System_NumEmitters;
	int PREV_Engine_System_NumEmittersAlive;
	int PREV_Engine_System_SignificanceIndex;
	int PREV_Engine_System_RandomSeed;
	int PREV_Engine_System_CurrentTimeStep;
	int PREV_Engine_System_NumTimeSteps;
	float PREV_Engine_System_TimeStepFraction;
	int PREV_Engine_System_PaddingInt32_0;
	int PREV_Engine_System_PaddingInt32_1;
	int PREV_Engine_System_PaddingInt32_2;
}

cbuffer PREV_FNiagaraOwnerParameters
{
	float4x4 PREV_Engine_Owner_SystemLocalToWorld;
	float4x4 PREV_Engine_Owner_SystemWorldToLocal;
	float4x4 PREV_Engine_Owner_SystemLocalToWorldTransposed;
	float4x4 PREV_Engine_Owner_SystemWorldToLocalTransposed;
	float4x4 PREV_Engine_Owner_SystemLocalToWorldNoScale;
	float4x4 PREV_Engine_Owner_SystemWorldToLocalNoScale;
	float4 PREV_Engine_Owner_Rotation;
	float3 PREV_Engine_Owner_Position;
	int PREV_Engine_Owner_PaddingInt32_0;
	float3 PREV_Engine_Owner_Velocity;
	int PREV_Engine_Owner_PaddingInt32_1;
	float3 PREV_Engine_Owner_SystemXAxis;
	int PREV_Engine_Owner_PaddingInt32_2;
	float3 PREV_Engine_Owner_SystemYAxis;
	int PREV_Engine_Owner_PaddingInt32_3;
	float3 PREV_Engine_Owner_SystemZAxis;
	int PREV_Engine_Owner_PaddingInt32_4;
	float3 PREV_Engine_Owner_Scale;
	int PREV_Engine_Owner_PaddingInt32_5;
	float4 PREV_Engine_Owner_LWCTile;
}

cbuffer PREV_FNiagaraEmitterParameters
{
	int PREV_Engine_Emitter_NumParticles;
	int PREV_Engine_Emitter_TotalSpawnedParticles;
	float PREV_Engine_Emitter_SpawnCountScale;
	float PREV_Emitter_Age;
	int PREV_Emitter_RandomSeed;
	int PREV_Engine_Emitter_InstanceSeed;
	int PREV_Engine_Emitter_PaddingInt32_0;
	int PREV_Engine_Emitter_PaddingInt32_1;
}

cbuffer PREV_FNiagaraExternalParameters
{
	float PREV_Emitter_DistanceTraveled;
	int PREV_Engine_ExecutionCount;
	float PREV_Emitter_SpawnRate;
	float PREV_Emitter_SpawnInterval;
	float PREV_Emitter_InterpSpawnStartDt;
	int PREV_Emitter_SpawnGroup;
}

struct FParamMap0_VortexForce
{
	float3 VortexOrigin;
};

struct FParamMap0_VectorFromCurve
{
	float CurveIndex;
};

struct FParamMap0_Transient
{
	float3 AdvectionVelocity;
	bool DragIgnoreMass;
	bool FirstFrame;
	float3 MeshScaleFactor;
	float PhysicsDeltaTime;
	float PhysicsDrag;
	float3 PhysicsForce;
	float PhysicsRotationalDrag;
};

struct FParamMap0_SphereLocation
{
	bool HemisphereX;
	bool HemisphereY;
	bool HemisphereZ;
	bool NormalizeThickness;
	int OffsetCoordinateSpace;
	int SphereCoordinateSpace;
	float3 SphereOrigin;
	int SurfaceExpansionMode;
};

struct FParamMap0_SolveForcesAndVelocity
{
	float DeltaTime;
	float3 Force;
	float Mass;
	float3 Position;
	float3 PreviousVelocity;
	float3 Velocity;
	bool WritetoIntrinsicProperties;
};

struct FParamMap0_ScaleMeshSize
{
	float3 InitialMeshScale;
	float3 ScaleFactor;
};

struct FParamMap0_PointForce
{
	float3 FallbackVector;
	float3 ForceOrigin;
	bool InvertFalloff;
	float3 ParticlePosition;
	bool UseFalloff;
	bool UseLinearForce;
};

struct FParamMap0_ParticleState
{
	float DeltaTime;
	float Lifetime;
};

struct FParamMap0_Particles_Previous
{
	float3 Position;
	float3 Scale;
	float3 Velocity;
};

struct FParamMap0_Particles_Presolve
{
	float3 PhysicsForce;
	float3 Position;
	float3 Velocity;
};

struct FParamMap0_Particles_Initial
{
	float3 Scale;
};

struct FParamMap0_Particles
{
	float Age;
	float4 Color;
	float DistanceTraveled;
	float4 DynamicMaterialParameter;
	FParamMap0_Particles_Initial Initial;
	float Lifetime;
	float Mass;
	float MaterialRandom;
	float NormalizedAge;
	float3 Position;
	FParamMap0_Particles_Presolve Presolve;
	FParamMap0_Particles_Previous Previous;
	float RibbonUVDistance;
	float3 Scale;
	float SpriteRotation;
	float2 SpriteSize;
	int UniqueID;
	float3 Velocity;
};

struct FParamMap0_OUTPUT_VAR_SphereLocation
{
	float3 Position;
	float3 SphereNormal;
	float3 SphereVector;
};

struct FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity
{
	float IncomingPhysicsDrag;
	float3 IncomingPhysicsForce;
	float3 Position;
	float3 Velocity;
};

struct FParamMap0_OUTPUT_VAR_PointForce
{
	float NormalizedDistance;
	float NormalizedDistanceInverted;
	float NormalizedFalloff;
	bool WithinRange;
};

struct FParamMap0_OUTPUT_VAR_ParticleState
{
	bool FirstFrame;
};

struct FParamMap0_OUTPUT_VAR_CurlNoiseForce
{
	float3 CurlNoiseForce;
};

struct FParamMap0_OUTPUT_VAR
{
	FParamMap0_OUTPUT_VAR_CurlNoiseForce CurlNoiseForce;
	FParamMap0_OUTPUT_VAR_ParticleState ParticleState;
	FParamMap0_OUTPUT_VAR_PointForce PointForce;
	FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity SolveForcesAndVelocity;
	FParamMap0_OUTPUT_VAR_SphereLocation SphereLocation;
};

struct FParamMap0_Local_VortexForce
{
	float ForceAmount;
	float InverseNormalizedRange;
	float NormalizedRange;
	float3 OriginVector;
	float3 ParticlesPosition;
	float3 VortexOrigin;
	float3 VortexVector;
};

struct FParamMap0_Local_SphereLocation
{
	float3 SphereVector;
};

struct FParamMap0_Local_SolveForcesAndVelocity
{
	float3 AdvectionVelocity;
	float DeltaTime;
	bool DragIgnoreMass;
	float3 DragVelocity;
	float InverseDeltaTime;
	float InverseMass;
	float Mass;
	float PhysicsDrag;
	float3 PhysicsForce;
};

struct FParamMap0_Local_PointForce
{
	float3 ForceFromPoint;
};

struct FParamMap0_Local_InitializeParticle
{
	float InitRIbbonDistance;
};

struct FParamMap0_Local_CurlNoiseForce
{
	float AgeAdvancement;
	float Falloff;
	float NoiseFrequencyScaled;
	float3 RandomizationOffset;
	float3 SampledNoise;
	float3 SamplePosition;
};

struct FParamMap0_Local
{
	FParamMap0_Local_CurlNoiseForce CurlNoiseForce;
	FParamMap0_Local_InitializeParticle InitializeParticle;
	FParamMap0_Local_PointForce PointForce;
	FParamMap0_Local_SolveForcesAndVelocity SolveForcesAndVelocity;
	FParamMap0_Local_SphereLocation SphereLocation;
	FParamMap0_Local_VortexForce VortexForce;
};

struct FParamMap0_Interpolation
{
	float Emitter_InterpSpawnStartDt;
	int Emitter_SpawnGroup;
	float Emitter_SpawnInterval;
	int InterpSpawn_Index;
	float InterpSpawn_InvSpawnTime;
	float InterpSpawn_InvUpdateTime;
	float InterpSpawn_SpawnTime;
	float InterpSpawn_UpdateTime;
	float SpawnInterp;
};

struct FParamMap0_InitializeParticle
{
	float MaterialRandom;
	int PositionOffsetCoordinateSpace;
};

struct FParamMap0_Engine_System
{
	float Age;
	int CurrentTimeStep;
	int NumEmitters;
	int NumEmittersAlive;
	int NumTimeSteps;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int PaddingInt32_2;
	int RandomSeed;
	int SignificanceIndex;
	int TickCount;
	float TimeStepFraction;
};

struct FParamMap0_Engine_Owner
{
	int ExecutionState;
	float LODDistance;
	float LODDistanceFraction;
	float4 LWCTile;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int PaddingInt32_2;
	int PaddingInt32_3;
	int PaddingInt32_4;
	int PaddingInt32_5;
	float3 Position;
	float4 Rotation;
	float3 Scale;
	float4x4 SystemLocalToWorld;
	float4x4 SystemLocalToWorldNoScale;
	float4x4 SystemLocalToWorldTransposed;
	float4x4 SystemWorldToLocal;
	float4x4 SystemWorldToLocalNoScale;
	float4x4 SystemWorldToLocalTransposed;
	float3 SystemXAxis;
	float3 SystemYAxis;
	float3 SystemZAxis;
	float TimeSinceRendered;
	float3 Velocity;
};

struct FParamMap0_Engine_Emitter
{
	int InstanceSeed;
	int NumParticles;
	int PaddingInt32_0;
	int PaddingInt32_1;
	float SpawnCountScale;
	int TotalSpawnedParticles;
};

struct FParamMap0_Engine
{
	float DeltaTime;
	FParamMap0_Engine_Emitter Emitter;
	int ExecutionCount;
	float InverseDeltaTime;
	FParamMap0_Engine_Owner Owner;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int QualityLevel;
	float RealTime;
	FParamMap0_Engine_System System;
	float Time;
	float WorldDeltaTime;
};

struct FParamMap0_Emitter
{
	float Age;
	float DistanceTraveled;
	float InterpSpawnStartDt;
	int RandomSeed;
	int SpawnGroup;
	float SpawnInterval;
	float SpawnRate;
};

struct FParamMap0_DynamicMaterialParameters
{
	float Index0Param1;
	float Index0Param2;
	float Index0Param3;
	float Index0Param4;
	bool Param0WriteEnabled;
	bool Param1WriteEnabled;
	bool Param2WriteEnabled;
	bool Param3WriteEnabled;
};

struct FParamMap0_DataInstance
{
	bool Alive;
};

struct FParamMap0_CurlNoiseForce
{
	float CurlNoiseConeMaskAngle;
	float3 CurlNoiseConeMaskAxis;
	float CurlNoiseConeMaskFalloffAngle;
	float3 SamplePosition;
};

struct FParamMap0_Array_Previous
{
	int Position;
	int Scale;
	int Velocity;
};

struct FParamMap0_Array_Presolve
{
	int PhysicsForce;
	int Position;
	int Velocity;
};

struct FParamMap0_Array_Initial
{
	int Scale;
};

struct FParamMap0_Array
{
	int Age;
	int Color;
	int DistanceTraveled;
	int DynamicMaterialParameter;
	FParamMap0_Array_Initial Initial;
	int Lifetime;
	int Mass;
	int MaterialRandom;
	int NormalizedAge;
	int Position;
	FParamMap0_Array_Presolve Presolve;
	FParamMap0_Array_Previous Previous;
	int RibbonUVDistance;
	int Scale;
	int SpriteRotation;
	int SpriteSize;
	int UniqueID;
	int Velocity;
};

struct FParamMap0_AddVelocity
{
	int CoordinateSpace;
	float3 Velocity;
};

struct FParamMap0
{
	FParamMap0_AddVelocity AddVelocity;
	FParamMap0_Array Array;
	FParamMap0_CurlNoiseForce CurlNoiseForce;
	FParamMap0_DataInstance DataInstance;
	FParamMap0_DynamicMaterialParameters DynamicMaterialParameters;
	FParamMap0_Emitter Emitter;
	FParamMap0_Engine Engine;
	FParamMap0_InitializeParticle InitializeParticle;
	FParamMap0_Interpolation Interpolation;
	FParamMap0_Local Local;
	FParamMap0_OUTPUT_VAR OUTPUT_VAR;
	FParamMap0_Particles Particles;
	FParamMap0_ParticleState ParticleState;
	FParamMap0_PointForce PointForce;
	FParamMap0_ScaleMeshSize ScaleMeshSize;
	FParamMap0_SolveForcesAndVelocity SolveForcesAndVelocity;
	FParamMap0_SphereLocation SphereLocation;
	FParamMap0_Transient Transient;
	FParamMap0_VectorFromCurve VectorFromCurve;
	FParamMap0_VortexForce VortexForce;
};

struct FSimulationContext
{
	FParamMap0 MapSpawn;
	FParamMap0 MapUpdate;
};

static float HackSpawnInterp = 1.0;
void NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(int In_Engine_System_RandomSeed, float In_FloatMin, float In_FloatMax, int In_Seed, int In_Engine_System_TickCount, int In_Particles_UniqueID, int In_Emitter_RandomSeed, int In_Engine_Emitter_InstanceSeed, out float Out_RandomFloat, out bool Out_IsDeterministic, inout FSimulationContext Context);
void NiagaraScript_150_Func_(float3 In_Engine_Owner_Position, out float3 Out_SimulationPosition, inout FSimulationContext Context);
void InitializeParticle_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(int In_Engine_System_RandomSeed, float3 In_RangeMin, float3 In_RangeMax, int In_Seed, int In_Engine_System_TickCount, int In_Particles_UniqueID, int In_Emitter_RandomSeed, int In_Engine_Emitter_InstanceSeed, out float3 Out_RandomValue, out bool Out_IsDeterministic, inout FSimulationContext Context);
void NiagaraScript_133_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(float In_InnerRadius, float In_OuterRadius, int In_Seed, out float3 Out_Ouput, inout FSimulationContext Context);
void CustomHlsl99D2D00244511A096EA5088DE8D89968_Func_(bool In_X, bool In_Y, bool In_Z, out float3 Out_Output);
void NiagaraScript_131_Func_(int In_SourceSpace, int In_DestinationSpace, float4x4 In_LocalToWorldTransform, float4x4 In_WorldToLocalTransform, bool In_bLocalSpace, out bool Out_bUseOriginal, out float4x4 Out_OutTransform, out bool Out_LocalToWorld, inout FSimulationContext Context);
void SphereLocation_NF_TransformVector_Emitter_Func_(float3 In_InVector, int In_SourceSpace, int In_DestinationSpace, bool In_ApplyScale, out float3 Out_OutVector, inout FSimulationContext Context);
void SphereLocation_TransformVector001_Emitter_Func_(float3 In_InVector, int In_SourceSpace, int In_DestinationSpace, bool In_ApplyScale, out float3 Out_OutVector, inout FSimulationContext Context);
void SphereLocation_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(int In_Engine_System_RandomSeed, float3 In_RangeMin, float3 In_RangeMax, int In_Seed, int In_Engine_System_TickCount, int In_Particles_UniqueID, int In_Emitter_RandomSeed, int In_Engine_Emitter_InstanceSeed, out float3 Out_RandomValue, out bool Out_IsDeterministic, inout FSimulationContext Context);
void RandomRangeVector_Emitter_Func_(out float3 Out_NewOutput, inout FSimulationContext Context);
void AddVelocity_TransformVector_Emitter_Func_(float3 In_InVector, int In_SourceSpace, int In_DestinationSpace, bool In_ApplyScale, out float3 Out_OutVector, inout FSimulationContext Context);
void AddVelocity_Emitter_Func_(inout FSimulationContext Context);
void RandomRangeFloat_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context);
void RandomRangeFloat001_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context);
void RandomRangeFloat002_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context);
void RandomRangeFloat003_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context);
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context);
void ParticleState_Emitter_Func_(inout FSimulationContext Context);
void Drag_Emitter_Func_(inout FSimulationContext Context);
void VortexForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context);
void NiagaraScript_138_Func_(float3 In_V, float3 In_Fallback, float In_Threshold, out float3 Out_Direction, out float Out_Length, out bool Out_BelowThreshold, inout FSimulationContext Context);
void NiagaraScript_170_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, float3 In_FallbackVector, out float Out_NormalizedRange, out float Out_InverseNormalizedRange, out float3 Out_NormalizedVectorBetweenPositions, out bool Out_WithinRange, inout FSimulationContext Context);
void VortexForce_Emitter_Func_(inout FSimulationContext Context);
void SampleField_Emitter_VectorField32(float3 In_SamplePoint, out float3 Out_SampledValue);
void CurlNoiseForce_Emitter_Func_(int In_Emitter_RandomSeed, inout FSimulationContext Context);
void SampleVectorCurve_Emitter_ScaleFactor_VectorCurve(float In_X, out float3 Out_Value);
void VectorFromCurve_Emitter_Func_(out float3 Out_Value, inout FSimulationContext Context);
void ScaleMeshSize_Emitter_Func_(inout FSimulationContext Context);
void PointForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context);
void NiagaraScript_167_Emitter_Determinism_false_Func_(int In_Seed, int In_Engine_System_TickCount, bool In_OverrideSeed, int In_Particles_UniqueID, int In_Emitter_RandomSeed, bool In_FixedOverrideSeed, int In_RandomnessMode, out NiagaraRandInfo Out_RandomInfo, out bool Out_UseDeterministicRandoms, inout FSimulationContext Context);
void NiagaraScript_166_Func_(float2 In_Min, float2 In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float2 Out_Result, inout FSimulationContext Context);
void NiagaraScript_168_Func_(float In_Min, float In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float Out_Result, inout FSimulationContext Context);
void NiagaraScript_165_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float3 Out_UnitVector3D, out float2 Out_UnitVector2D, inout FSimulationContext Context);
void NiagaraScript_164_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float3 Out_Vector, inout FSimulationContext Context);
void NiagaraScript_169_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, bool In_InvertFalloff, float In_FalloffScale, float3 In_FallbackVector, out float Out_Falloff, out float Out_NormalizedFalloff, out float3 Out_NormalizedVectorBetweenPositions, out float Out_NormalizedDistance, out float Out_NormalizedDistanceInverted, out bool Out_PositionIsWithinRange, inout FSimulationContext Context);
void PointForce_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_158_Func_(float3 In_Velocity, float3 In_AdvectionVelocity, float In_InverseMass, float In_Drag, float In_DeltaTime, bool In_IgnoreMass, out float3 Out_Output, inout FSimulationContext Context);
void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
void NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(int In_Engine_System_RandomSeed, float In_FloatMin, float In_FloatMax, int In_Seed, int In_Engine_System_TickCount, int In_Particles_UniqueID, int In_Emitter_RandomSeed, int In_Engine_Emitter_InstanceSeed, out float Out_RandomFloat, out bool Out_IsDeterministic, inout FSimulationContext Context)
{
	bool Constant26 = false;
	float Result = In_FloatMax - In_FloatMin;
	float Result1 = rand_float(Result);
	float Result2 = In_FloatMin + Result1;
	Out_RandomFloat = Result2;
	Out_IsDeterministic = Constant26;
}

void NiagaraScript_150_Func_(float3 In_Engine_Owner_Position, out float3 Out_SimulationPosition, inout FSimulationContext Context)
{
	Out_SimulationPosition = Context.MapSpawn.Engine.Owner.Position;
}

void InitializeParticle_Emitter_Func_(inout FSimulationContext Context)
{
	Context.MapSpawn.Particles.MaterialRandom = Context.MapSpawn.InitializeParticle.MaterialRandom;
	int Constant40 = (0);
	float Constant41 = 30;
	float Constant42 = 35;
	int Constant43 = -1;
	int Constant44 = (0);
	int Constant45 = 0;
	int Constant46 = (0);
	int Constant47 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat1;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic1;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant40, Constant41, Constant42, Constant43, Constant44, Constant45, Constant46, Constant47, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat1, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic1, Context);
	Context.MapSpawn.Particles.Lifetime = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat1;
	float4 Constant48 = float4(1,1,1,1);
	Context.MapSpawn.Particles.Color = Constant48;
	int Constant49 = (0);
	float Constant50 = 0.75;
	float Constant51 = 1.25;
	int Constant52 = -1;
	int Constant53 = (0);
	int Constant54 = 0;
	int Constant55 = (0);
	int Constant56 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat2;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic2;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant49, Constant50, Constant51, Constant52, Constant53, Constant54, Constant55, Constant56, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat2, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic2, Context);
	Context.MapSpawn.Particles.Mass = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat2;
	int Constant57 = (0);
	float Constant58 = 6;
	float Constant59 = 12;
	int Constant60 = -1;
	int Constant61 = (0);
	int Constant62 = 0;
	int Constant63 = (0);
	int Constant64 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat3;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic3;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant57, Constant58, Constant59, Constant60, Constant61, Constant62, Constant63, Constant64, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat3, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic3, Context);
	float2 Output1;
	Output1.x = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat3;
	Output1.y = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat3;
	Context.MapSpawn.Particles.SpriteSize = Output1;
	int Constant65 = (0);
	float Constant66 = 0;
	float Constant67 = 360;
	int Constant68 = -1;
	int Constant69 = (0);
	int Constant70 = 0;
	int Constant71 = (0);
	int Constant72 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat4;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic4;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant65, Constant66, Constant67, Constant68, Constant69, Constant70, Constant71, Constant72, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat4, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic4, Context);
	Context.MapSpawn.Particles.SpriteRotation = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat4;
	int Constant73 = (0);
	float Constant74 = 1;
	float Constant75 = 1.1;
	int Constant76 = -1;
	int Constant77 = (0);
	int Constant78 = 0;
	int Constant79 = (0);
	int Constant80 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat5;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic5;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant73, Constant74, Constant75, Constant76, Constant77, Constant78, Constant79, Constant80, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat5, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic5, Context);
	float3 Output11;
	Output11.x = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat5;
	Output11.y = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat5;
	Output11.z = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat5;
	Context.MapSpawn.Particles.Scale = Output11;
	float3 Constant81 = float3(0,0,0);
	float3 NiagaraScript_150_Func_Output_SimulationPosition;
	NiagaraScript_150_Func_(Constant81, NiagaraScript_150_Func_Output_SimulationPosition, Context);
	float3 Constant82 = float3(0,0,0);
	float Constant83 = 0;
	float3 Result3 = Constant82 * Constant83;
	float3 Result4 = NiagaraScript_150_Func_Output_SimulationPosition + Result3;
	Context.MapSpawn.Particles.Position = Result4;
	Context.MapSpawn.Local.InitializeParticle.InitRIbbonDistance = Context.MapSpawn.Particles.RibbonUVDistance;
}

void NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(int In_Engine_System_RandomSeed, float3 In_RangeMin, float3 In_RangeMax, int In_Seed, int In_Engine_System_TickCount, int In_Particles_UniqueID, int In_Emitter_RandomSeed, int In_Engine_Emitter_InstanceSeed, out float3 Out_RandomValue, out bool Out_IsDeterministic, inout FSimulationContext Context)
{
	bool Constant114 = false;
	float3 Result9 = In_RangeMax - In_RangeMin;
	float3 Result10 = rand(Result9);
	float3 Result11 = In_RangeMin + Result10;
	Out_RandomValue = Result11;
	Out_IsDeterministic = Constant114;
}

void NiagaraScript_133_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(float In_InnerRadius, float In_OuterRadius, int In_Seed, out float3 Out_Ouput, inout FSimulationContext Context)
{
	int Constant104 = (0);
	float Constant105 = 0;
	float Constant106 = -1;
	float Constant107 = 3;
	float Result6 = pow(max(0, In_InnerRadius),Constant107);
	float3 Output12;
	Output12.x = Constant105;
	Output12.y = Constant106;
	Output12.z = Result6;
	float Result7 = TWO_PI;
	float Constant108 = 1;
	float Constant109 = 3;
	float Result8 = pow(max(0, In_OuterRadius),Constant109);
	float3 Output13;
	Output13.x = Result7;
	Output13.y = Constant108;
	Output13.z = Result8;
	int Constant110 = (0);
	int Constant111 = 0;
	int Constant112 = (0);
	int Constant113 = (0);
	float3 NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue;
	bool NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic;
	NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant104, Output12, Output13, In_Seed, Constant110, Constant111, Constant112, Constant113, NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue, NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic, Context);
	float Phi;
	float CosASC40ThetaASC41;
	float RASC943;
	Phi = NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue.x;
	CosASC40ThetaASC41 = NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue.y;
	RASC943 = NiagaraScript_134_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue.z;
	float Result12 = cos(Phi);
	float Result13 = CosASC40ThetaASC41 * CosASC40ThetaASC41;
	float Result14 = 1 - Result13;
	float Result15 = sqrt(Result14);
	float Result16 = Result12 * Result15;
	float Result17 = sin(Phi);
	float Result18 = Result17 * Result15;
	float3 Output14;
	Output14.x = Result16;
	Output14.y = Result18;
	Output14.z = CosASC40ThetaASC41;
	float Constant115 = 0.333333;
	float Result19 = pow(max(0, RASC943),Constant115);
	float3 Result20 = Output14 * Result19;
	Out_Ouput = Result20;
}

void CustomHlsl99D2D00244511A096EA5088DE8D89968_Func_(bool In_X, bool In_Y, bool In_Z, out float3 Out_Output)
{

Out_Output = float3(In_X, In_Y, In_Z);
}

void NiagaraScript_131_Func_(int In_SourceSpace, int In_DestinationSpace, float4x4 In_LocalToWorldTransform, float4x4 In_WorldToLocalTransform, bool In_bLocalSpace, out bool Out_bUseOriginal, out float4x4 Out_OutTransform, out bool Out_LocalToWorld, inout FSimulationContext Context)
{
	int Constant124 = 0;
	bool Result24 = NiagaraAll(In_SourceSpace == Constant124);
	int Constant125 = 0;
	bool Result25 = NiagaraAll(In_DestinationSpace == Constant125);
	bool Result26 = Result24 && Result25;
	int Constant126 = 1;
	bool Result27 = NiagaraAll(In_SourceSpace == Constant126);
	int Constant127 = 1;
	bool Result28 = NiagaraAll(In_DestinationSpace == Constant127);
	bool Result29 = Result27 && Result28;
	bool Result30 = Result26 || Result29;
	int Constant128 = 2;
	bool Result31 = NiagaraAll(In_SourceSpace == Constant128);
	int Constant129 = 2;
	bool Result32 = NiagaraAll(In_DestinationSpace == Constant129);
	bool Result33 = Result31 && Result32;
	bool Result34 = Result30 || Result33;
	bool Result35 = Result24 && Result32;
	bool Result36 = Result31 && Result25;
	bool Result37 = Result35 || Result36;
	bool Result38 = In_bLocalSpace && Result37;
	bool Result39 = Result34 || Result38;
	bool Result40 = !In_bLocalSpace;
	bool Result41 = Result24 && Result28;
	bool Result42 = Result27 && Result25;
	bool Result43 = Result41 || Result42;
	bool Result44 = Result40 && Result43;
	bool Result45 = Result39 || Result44;
	bool Result46 = In_bLocalSpace && Result41;
	bool Result47 = Result31 && Result28;
	bool Result48 = Result46 || Result47;
	bool Result49 = Result40 && Result36;
	bool Result50 = Result48 || Result49;
	float4x4 Matrix_IfResult1;
	if(Result50)
	{
	Matrix_IfResult1 = In_LocalToWorldTransform;
	}
	else
	{
	Matrix_IfResult1 = In_WorldToLocalTransform;
	}
	Out_bUseOriginal = Result45;
	Out_OutTransform = Matrix_IfResult1;
	Out_LocalToWorld = Result50;
}

void SphereLocation_NF_TransformVector_Emitter_Func_(float3 In_InVector, int In_SourceSpace, int In_DestinationSpace, bool In_ApplyScale, out float3 Out_OutVector, inout FSimulationContext Context)
{
	bool Constant123 = false;
	float4x4 Matrix_IfResult;
	float4x4 Matrix001_IfResult;
	if(In_ApplyScale)
	{
	Matrix_IfResult = Context.MapSpawn.Engine.Owner.SystemLocalToWorld;
	Matrix001_IfResult = Context.MapSpawn.Engine.Owner.SystemWorldToLocal;
	}
	else
	{
	Matrix_IfResult = Context.MapSpawn.Engine.Owner.SystemLocalToWorldNoScale;
	Matrix001_IfResult = Context.MapSpawn.Engine.Owner.SystemWorldToLocalNoScale;
	}
	bool NiagaraScript_131_Func_Output_bUseOriginal;
	float4x4 NiagaraScript_131_Func_Output_OutTransform;
	bool NiagaraScript_131_Func_Output_LocalToWorld;
	NiagaraScript_131_Func_(In_SourceSpace, In_DestinationSpace, Matrix_IfResult, Matrix001_IfResult, Constant123, NiagaraScript_131_Func_Output_bUseOriginal, NiagaraScript_131_Func_Output_OutTransform, NiagaraScript_131_Func_Output_LocalToWorld, Context);
	float3 Result51 = mul(float4(In_InVector,0.0),NiagaraScript_131_Func_Output_OutTransform).xyz;
	float3 Vector_IfResult;
	if(NiagaraScript_131_Func_Output_bUseOriginal)
	{
	Vector_IfResult = In_InVector;
	}
	else
	{
	Vector_IfResult = Result51;
	}
	Out_OutVector = Vector_IfResult;
}

void SphereLocation_TransformVector001_Emitter_Func_(float3 In_InVector, int In_SourceSpace, int In_DestinationSpace, bool In_ApplyScale, out float3 Out_OutVector, inout FSimulationContext Context)
{
	bool Constant135 = false;
	float4x4 Matrix_IfResult2;
	float4x4 Matrix001_IfResult1;
	if(In_ApplyScale)
	{
	Matrix_IfResult2 = Context.MapSpawn.Engine.Owner.SystemLocalToWorld;
	Matrix001_IfResult1 = Context.MapSpawn.Engine.Owner.SystemWorldToLocal;
	}
	else
	{
	Matrix_IfResult2 = Context.MapSpawn.Engine.Owner.SystemLocalToWorldNoScale;
	Matrix001_IfResult1 = Context.MapSpawn.Engine.Owner.SystemWorldToLocalNoScale;
	}
	bool NiagaraScript_131_Func_Output_bUseOriginal1;
	float4x4 NiagaraScript_131_Func_Output_OutTransform1;
	bool NiagaraScript_131_Func_Output_LocalToWorld1;
	NiagaraScript_131_Func_(In_SourceSpace, In_DestinationSpace, Matrix_IfResult2, Matrix001_IfResult1, Constant135, NiagaraScript_131_Func_Output_bUseOriginal1, NiagaraScript_131_Func_Output_OutTransform1, NiagaraScript_131_Func_Output_LocalToWorld1, Context);
	float3 Result58 = mul(float4(In_InVector,0.0),NiagaraScript_131_Func_Output_OutTransform1).xyz;
	float3 Vector_IfResult1;
	if(NiagaraScript_131_Func_Output_bUseOriginal1)
	{
	Vector_IfResult1 = In_InVector;
	}
	else
	{
	Vector_IfResult1 = Result58;
	}
	Out_OutVector = Vector_IfResult1;
}

void SphereLocation_Emitter_Func_(inout FSimulationContext Context)
{
	int Constant99 = 0;
	float Constant100 = 0;
	float Constant101 = 8;
	float Constant102 = 0;
	float Result5 = Constant100 * Constant102;
	float Constant103 = 1;
	float3 NiagaraScript_133_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_Ouput;
	NiagaraScript_133_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Result5, Constant103, Constant99, NiagaraScript_133_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_Ouput, Context);
	Context.MapSpawn.Local.SphereLocation.SphereVector = NiagaraScript_133_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_Ouput;
	float3 Result21 = abs(Context.MapSpawn.Local.SphereLocation.SphereVector);
	float3 CustomHlsl99D2D00244511A096EA5088DE8D89968_Func_Output_Output;
	CustomHlsl99D2D00244511A096EA5088DE8D89968_Func_(Context.MapSpawn.SphereLocation.HemisphereX, Context.MapSpawn.SphereLocation.HemisphereY, Context.MapSpawn.SphereLocation.HemisphereZ, CustomHlsl99D2D00244511A096EA5088DE8D89968_Func_Output_Output);
	float3 Result22 = lerp(Context.MapSpawn.Local.SphereLocation.SphereVector,Result21,CustomHlsl99D2D00244511A096EA5088DE8D89968_Func_Output_Output);
	Context.MapSpawn.Local.SphereLocation.SphereVector = Result22;
	float Constant116 = 8;
	float3 Constant117 = float3(100,100,100);
	float3 Result23 = Constant116 * Context.MapSpawn.Local.SphereLocation.SphereVector * Constant117;
	Context.MapSpawn.Local.SphereLocation.SphereVector = Result23;
	float3 Constant118 = float3(1,0,0);
	Context.MapSpawn.Local.SphereLocation.SphereVector = Context.MapSpawn.Local.SphereLocation.SphereVector;
	float3 Constant119 = float3(0,0,0);
	int Constant120 = 0;
	int Constant121 = 0;
	bool Constant122 = true;
	float3 SphereLocation_NF_TransformVector_Emitter_Func_Output_OutVector;
	SphereLocation_NF_TransformVector_Emitter_Func_(Context.MapSpawn.Local.SphereLocation.SphereVector, Context.MapSpawn.SphereLocation.SphereCoordinateSpace, Constant121, Constant122, SphereLocation_NF_TransformVector_Emitter_Func_Output_OutVector, Context);
	float3 Result52 = Context.MapSpawn.SphereLocation.SphereOrigin + SphereLocation_NF_TransformVector_Emitter_Func_Output_OutVector;
	float Constant130 = 1;
	float3 Constant131 = float3(100,100,100);
	float3 Result53 = Constant131 * Context.MapSpawn.Engine.Owner.Scale;
	float3 Result54 = abs(Result53);
	float3 Constant132 = float3(0.0001,0.0001,0.0001);
	float3 Result55 = max(Result54, Constant132);
	float3 Result56 = Constant130 / Result55;
	float3 Result57 = Context.MapSpawn.Local.SphereLocation.SphereVector * Result56;
	int Constant133 = 0;
	bool Constant134 = true;
	float3 SphereLocation_TransformVector001_Emitter_Func_Output_OutVector;
	SphereLocation_TransformVector001_Emitter_Func_(Result57, Context.MapSpawn.SphereLocation.SphereCoordinateSpace, Constant133, Constant134, SphereLocation_TransformVector001_Emitter_Func_Output_OutVector, Context);
	float3 Result59 = normalize(SphereLocation_TransformVector001_Emitter_Func_Output_OutVector);
	Context.MapSpawn.OUTPUT_VAR.SphereLocation.Position = Result52;
	Context.MapSpawn.OUTPUT_VAR.SphereLocation.SphereVector = SphereLocation_NF_TransformVector_Emitter_Func_Output_OutVector;
	Context.MapSpawn.OUTPUT_VAR.SphereLocation.SphereNormal = Result59;
	Context.MapSpawn.Particles.Position = Context.MapSpawn.OUTPUT_VAR.SphereLocation.Position;
}

void NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(int In_Engine_System_RandomSeed, float3 In_RangeMin, float3 In_RangeMax, int In_Seed, int In_Engine_System_TickCount, int In_Particles_UniqueID, int In_Emitter_RandomSeed, int In_Engine_Emitter_InstanceSeed, out float3 Out_RandomValue, out bool Out_IsDeterministic, inout FSimulationContext Context)
{
	bool Constant147 = false;
	float3 Result60 = In_RangeMax - In_RangeMin;
	float3 Result61 = rand(Result60);
	float3 Result62 = In_RangeMin + Result61;
	Out_RandomValue = Result62;
	Out_IsDeterministic = Constant147;
}

void RandomRangeVector_Emitter_Func_(out float3 Out_NewOutput, inout FSimulationContext Context)
{
	int Constant139 = (0);
	float3 Constant140 = float3(15,15,-10);
	float3 Constant141 = float3(10,10,10);
	int Constant142 = 0;
	int Constant143 = (0);
	int Constant144 = 0;
	int Constant145 = (0);
	int Constant146 = (0);
	float3 NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue;
	bool NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic;
	NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant139, Constant140, Constant141, Constant142, Constant143, Constant144, Constant145, Constant146, NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue, NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic, Context);
	Out_NewOutput = NiagaraScript_154_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomValue;
}

void AddVelocity_TransformVector_Emitter_Func_(float3 In_InVector, int In_SourceSpace, int In_DestinationSpace, bool In_ApplyScale, out float3 Out_OutVector, inout FSimulationContext Context)
{
	bool Constant153 = false;
	float4x4 Matrix_IfResult3;
	float4x4 Matrix001_IfResult2;
	if(In_ApplyScale)
	{
	Matrix_IfResult3 = Context.MapSpawn.Engine.Owner.SystemLocalToWorld;
	Matrix001_IfResult2 = Context.MapSpawn.Engine.Owner.SystemWorldToLocal;
	}
	else
	{
	Matrix_IfResult3 = Context.MapSpawn.Engine.Owner.SystemLocalToWorldNoScale;
	Matrix001_IfResult2 = Context.MapSpawn.Engine.Owner.SystemWorldToLocalNoScale;
	}
	bool NiagaraScript_131_Func_Output_bUseOriginal2;
	float4x4 NiagaraScript_131_Func_Output_OutTransform2;
	bool NiagaraScript_131_Func_Output_LocalToWorld2;
	NiagaraScript_131_Func_(In_SourceSpace, In_DestinationSpace, Matrix_IfResult3, Matrix001_IfResult2, Constant153, NiagaraScript_131_Func_Output_bUseOriginal2, NiagaraScript_131_Func_Output_OutTransform2, NiagaraScript_131_Func_Output_LocalToWorld2, Context);
	float3 Result64 = mul(float4(In_InVector,0.0),NiagaraScript_131_Func_Output_OutTransform2).xyz;
	float3 Vector_IfResult2;
	if(NiagaraScript_131_Func_Output_bUseOriginal2)
	{
	Vector_IfResult2 = In_InVector;
	}
	else
	{
	Vector_IfResult2 = Result64;
	}
	Out_OutVector = Vector_IfResult2;
}

void AddVelocity_Emitter_Func_(inout FSimulationContext Context)
{
	float3 Constant150 = float3(1,1,1);
	float3 Result63 = Context.MapSpawn.AddVelocity.Velocity * Constant150;
	int Constant151 = 0;
	bool Constant152 = false;
	float3 AddVelocity_TransformVector_Emitter_Func_Output_OutVector;
	AddVelocity_TransformVector_Emitter_Func_(Result63, Context.MapSpawn.AddVelocity.CoordinateSpace, Constant151, Constant152, AddVelocity_TransformVector_Emitter_Func_Output_OutVector, Context);
	float3 Result65 = AddVelocity_TransformVector_Emitter_Func_Output_OutVector + Context.MapSpawn.Particles.Velocity;
	Context.MapSpawn.Particles.Velocity = Result65;
}

void RandomRangeFloat_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context)
{
	int Constant157 = (0);
	float Constant158 = 0.1;
	float Constant159 = 0.4;
	int Constant160 = 0;
	int Constant161 = (0);
	int Constant162 = 0;
	int Constant163 = (0);
	int Constant164 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat6;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic6;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant157, Constant158, Constant159, Constant160, Constant161, Constant162, Constant163, Constant164, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat6, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic6, Context);
	Out_UniformRangedFloat = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat6;
}

void RandomRangeFloat001_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context)
{
	int Constant170 = (0);
	float Constant171 = 1.5;
	float Constant172 = 2.5;
	int Constant173 = 0;
	int Constant174 = (0);
	int Constant175 = 0;
	int Constant176 = (0);
	int Constant177 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat7;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic7;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant170, Constant171, Constant172, Constant173, Constant174, Constant175, Constant176, Constant177, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat7, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic7, Context);
	Out_UniformRangedFloat = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat7;
}

void RandomRangeFloat002_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context)
{
	int Constant181 = (0);
	float Constant182 = 1;
	float Constant183 = 1.25;
	int Constant184 = 0;
	int Constant185 = (0);
	int Constant186 = 0;
	int Constant187 = (0);
	int Constant188 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat8;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic8;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant181, Constant182, Constant183, Constant184, Constant185, Constant186, Constant187, Constant188, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat8, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic8, Context);
	Out_UniformRangedFloat = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat8;
}

void RandomRangeFloat003_Emitter_Func_(out float Out_UniformRangedFloat, inout FSimulationContext Context)
{
	int Constant192 = (0);
	float Constant193 = 1;
	float Constant194 = 1.25;
	int Constant195 = 0;
	int Constant196 = (0);
	int Constant197 = 0;
	int Constant198 = (0);
	int Constant199 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat9;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic9;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant192, Constant193, Constant194, Constant195, Constant196, Constant197, Constant198, Constant199, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat9, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic9, Context);
	Out_UniformRangedFloat = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat9;
}

void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context)
{
	float X;
	float Y;
	float Z;
	float W;
	X = Context.MapSpawn.Particles.DynamicMaterialParameter.x;
	Y = Context.MapSpawn.Particles.DynamicMaterialParameter.y;
	Z = Context.MapSpawn.Particles.DynamicMaterialParameter.z;
	W = Context.MapSpawn.Particles.DynamicMaterialParameter.w;
	float float_IfResult;
	if(Context.MapSpawn.DynamicMaterialParameters.Param0WriteEnabled)
	{
	float_IfResult = Context.MapSpawn.DynamicMaterialParameters.Index0Param1;
	}
	else
	{
	float_IfResult = X;
	}
	float float_IfResult1;
	if(Context.MapSpawn.DynamicMaterialParameters.Param1WriteEnabled)
	{
	float_IfResult1 = Context.MapSpawn.DynamicMaterialParameters.Index0Param2;
	}
	else
	{
	float_IfResult1 = Y;
	}
	float float_IfResult2;
	if(Context.MapSpawn.DynamicMaterialParameters.Param2WriteEnabled)
	{
	float_IfResult2 = Context.MapSpawn.DynamicMaterialParameters.Index0Param3;
	}
	else
	{
	float_IfResult2 = Z;
	}
	float float_IfResult3;
	if(Context.MapSpawn.DynamicMaterialParameters.Param3WriteEnabled)
	{
	float_IfResult3 = Context.MapSpawn.DynamicMaterialParameters.Index0Param4;
	}
	else
	{
	float_IfResult3 = W;
	}
	float4 Output15;
	Output15.x = float_IfResult;
	Output15.y = float_IfResult1;
	Output15.z = float_IfResult2;
	Output15.w = float_IfResult3;
	Context.MapSpawn.Particles.DynamicMaterialParameter = Output15;
}

void ParticleState_Emitter_Func_(inout FSimulationContext Context)
{
	bool Result66 = NiagaraAll(Context.MapUpdate.Particles.Age <= Context.MapUpdate.Engine.DeltaTime);
	Context.MapUpdate.OUTPUT_VAR.ParticleState.FirstFrame = Result66;
	Context.MapUpdate.Transient.FirstFrame = Result66;
	float Result67 = Context.MapUpdate.Particles.Age + Context.MapUpdate.ParticleState.DeltaTime;
	float Constant203 = 1e-05;
	float Result68 = max(Context.MapUpdate.ParticleState.Lifetime, Constant203);
	float Constant204 = 0.0001;
	float Result69 = Result68 - Constant204;
	bool Result70 = NiagaraAll(Result67 < Result69);
	bool Constant205 = false;
	bool bool_IfResult;
	if(Result70)
	{
	bool_IfResult = Context.MapUpdate.DataInstance.Alive;
	}
	else
	{
	bool_IfResult = Constant205;
	}
	float Result71 = Result67 / Result68;
	Context.MapUpdate.DataInstance.Alive = bool_IfResult;
	Context.MapUpdate.Particles.Age = Result67;
	Context.MapUpdate.Particles.NormalizedAge = Result71;
	bool Constant206 = false;
	bool Constant207 = true;
}

void Drag_Emitter_Func_(inout FSimulationContext Context)
{
	float Constant212 = 0.5;
	float Result72 = Constant212 + Context.MapUpdate.Transient.PhysicsDrag;
	Context.MapUpdate.Transient.PhysicsDrag = Result72;
	float Constant213 = 1;
	Context.MapUpdate.Transient.PhysicsRotationalDrag = Context.MapUpdate.Transient.PhysicsRotationalDrag;
}

void VortexForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context)
{
	Out_OutPosition = Context.MapUpdate.Engine.Owner.Position;
}

void NiagaraScript_138_Func_(float3 In_V, float3 In_Fallback, float In_Threshold, out float3 Out_Direction, out float Out_Length, out bool Out_BelowThreshold, inout FSimulationContext Context)
{
	float Result74 = dot(In_V,In_V);
	float Result75 = In_Threshold * In_Threshold;
	bool Result76 = NiagaraAll(Result74 < Result75);
	float Result77 = length(In_Fallback);
	float Result78 = rsqrt(Result74);
	float3 Result79 = In_V * Result78;
	float Result80 = Reciprocal(Result78);
	float3 Constant223 = float3(0.0, 0.0, 0.0);
	float3 Direction_SelectResult = Constant223;
	float Constant224 = (0.0);
	float Length_SelectResult = Constant224;
	Direction_SelectResult = In_Fallback;
	Length_SelectResult = Result77;
	if(Result76 == 0)
	{ 
	Direction_SelectResult = Result79;
	Length_SelectResult = Result80;
	}
	Out_Direction = Direction_SelectResult;
	Out_Length = Length_SelectResult;
	Out_BelowThreshold = Result76;
}

void NiagaraScript_170_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, float3 In_FallbackVector, out float Out_NormalizedRange, out float Out_InverseNormalizedRange, out float3 Out_NormalizedVectorBetweenPositions, out bool Out_WithinRange, inout FSimulationContext Context)
{
	float3 Result73 = In_StartPosition - In_EndPosition;
	float Constant222 = 1e-05;
	float3 NiagaraScript_138_Func_Output_Direction;
	float NiagaraScript_138_Func_Output_Length;
	bool NiagaraScript_138_Func_Output_BelowThreshold;
	NiagaraScript_138_Func_(Result73, In_FallbackVector, Constant222, NiagaraScript_138_Func_Output_Direction, NiagaraScript_138_Func_Output_Length, NiagaraScript_138_Func_Output_BelowThreshold, Context);
	float Constant225 = 0;
	float float_IfResult4;
	if(NiagaraScript_138_Func_Output_BelowThreshold)
	{
	float_IfResult4 = Constant225;
	}
	else
	{
	float_IfResult4 = NiagaraScript_138_Func_Output_Length;
	}
	float Result81 = min(float_IfResult4, In_Distance);
	float Constant226 = 0.0001;
	float Result82 = max(In_Distance, Constant226);
	float Result83 = Result81 / Result82;
	float Result84 = 1 - Result83;
	bool Result85 = NiagaraAll(float_IfResult4 <= In_Distance);
	Out_NormalizedRange = Result83;
	Out_InverseNormalizedRange = Result84;
	Out_NormalizedVectorBetweenPositions = NiagaraScript_138_Func_Output_Direction;
	Out_WithinRange = Result85;
}

void VortexForce_Emitter_Func_(inout FSimulationContext Context)
{
	Context.MapUpdate.Local.VortexForce.VortexOrigin = Context.MapUpdate.VortexForce.VortexOrigin;
	Context.MapUpdate.Local.VortexForce.ParticlesPosition = Context.MapUpdate.Particles.Position;
	float Constant219 = 100;
	float3 Constant220 = float3(0,0,1);
	float3 Constant221 = float3(0,0,1);
	float NiagaraScript_170_Func_Output_NormalizedRange;
	float NiagaraScript_170_Func_Output_InverseNormalizedRange;
	float3 NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions;
	bool NiagaraScript_170_Func_Output_WithinRange;
	NiagaraScript_170_Func_(Context.MapUpdate.Local.VortexForce.VortexOrigin, Context.MapUpdate.Local.VortexForce.ParticlesPosition, Constant219, Constant221, NiagaraScript_170_Func_Output_NormalizedRange, NiagaraScript_170_Func_Output_InverseNormalizedRange, NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions, NiagaraScript_170_Func_Output_WithinRange, Context);
	float3 Result86 = cross(NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions,Constant220);
	Context.MapUpdate.Local.VortexForce.NormalizedRange = NiagaraScript_170_Func_Output_NormalizedRange;
	Context.MapUpdate.Local.VortexForce.InverseNormalizedRange = NiagaraScript_170_Func_Output_InverseNormalizedRange;
	Context.MapUpdate.Local.VortexForce.OriginVector = NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions;
	Context.MapUpdate.Local.VortexForce.VortexVector = Result86;
	float Constant227 = 300;
	Context.MapUpdate.Local.VortexForce.ForceAmount = Constant227;
	float Constant228 = -0.1;
	float3 Constant229 = float3(0,0,0);
	float Result87 = -(Constant228);
	float3 Result88 = lerp(Context.MapUpdate.Local.VortexForce.OriginVector,Constant229,Result87);
	float3 Result89 = Context.MapUpdate.Local.VortexForce.VortexVector + Result88;
	float3 Result90 = normalize(Result89);
	float3 Result91 = Result90 * Context.MapUpdate.Local.VortexForce.ForceAmount + Context.MapUpdate.Transient.PhysicsForce;
	Context.MapUpdate.Transient.PhysicsForce = Result91;
}

void CurlNoiseForce_Emitter_Func_(int In_Emitter_RandomSeed, inout FSimulationContext Context)
{
	int Constant239 = 11;
	float3 Constant240 = float3(0.65,0.125,0.37);
	float Constant241 = 4096;
	int Constant242 = 0;
	float Result92 = rand_float(Constant241, Constant239, Context.MapUpdate.Emitter.RandomSeed, Constant242);
	float3 Result93 = Constant240 * Result92;
	Context.MapUpdate.Local.CurlNoiseForce.RandomizationOffset = Result93;
	bool Constant243 = false;
	float Constant244 = 30;
	float AgeAdvancement_IfResult;
	if(Constant243)
	{
	AgeAdvancement_IfResult = Context.MapUpdate.Emitter.Age;
	}
	else
	{
	AgeAdvancement_IfResult = Context.MapUpdate.Engine.Time;
	}
	float Constant245 = 1000;
	float Result94 = Constant244 / Constant245;
	Context.MapUpdate.Local.CurlNoiseForce.AgeAdvancement = AgeAdvancement_IfResult;
	Context.MapUpdate.Local.CurlNoiseForce.NoiseFrequencyScaled = Result94;
	float3 Result95 = Context.MapUpdate.CurlNoiseForce.SamplePosition / Context.MapUpdate.Engine.Owner.Scale;
	Context.MapUpdate.Local.CurlNoiseForce.SamplePosition = Result95;
	float3 Constant246 = float3(0,0,0);
	float3 Result96 = Context.MapUpdate.Local.CurlNoiseForce.RandomizationOffset + Context.MapUpdate.Local.CurlNoiseForce.SamplePosition;
	float3 Result97 = Result96 * Context.MapUpdate.Local.CurlNoiseForce.NoiseFrequencyScaled;
	float Constant247 = 125;
	float3 Result98 = Result97 * Constant247;
	float3 SampleField_Emitter_VectorField32Output_SampledValue;
	SampleField_Emitter_VectorField32(Result98, SampleField_Emitter_VectorField32Output_SampledValue);
	Context.MapUpdate.Local.CurlNoiseForce.SampledNoise = SampleField_Emitter_VectorField32Output_SampledValue;
	float Constant248 = 1;
	float Constant249 = 45;
	float Constant250 = 45;
	Context.MapUpdate.Local.CurlNoiseForce.Falloff = Constant248;
	Context.MapUpdate.CurlNoiseForce.CurlNoiseConeMaskAngle = Constant249;
	Context.MapUpdate.CurlNoiseForce.CurlNoiseConeMaskFalloffAngle = Constant250;
	Context.MapUpdate.CurlNoiseForce.CurlNoiseConeMaskAxis = Context.MapUpdate.CurlNoiseForce.CurlNoiseConeMaskAxis;
	float Constant251 = 200;
	float3 Result99 = Context.MapUpdate.Local.CurlNoiseForce.SampledNoise * Constant251;
	float3 Result100 = Context.MapUpdate.Transient.PhysicsForce + Result99;
	Context.MapUpdate.Transient.PhysicsForce = Result100;
	Context.MapUpdate.OUTPUT_VAR.CurlNoiseForce.CurlNoiseForce = Result99;
}

void VectorFromCurve_Emitter_Func_(out float3 Out_Value, inout FSimulationContext Context)
{
	float3 Constant253 = float3(1,1,1);
	float3 SampleVectorCurve_Emitter_ScaleFactor_VectorCurveOutput_Value;
	SampleVectorCurve_Emitter_ScaleFactor_VectorCurve(Context.MapUpdate.VectorFromCurve.CurveIndex, SampleVectorCurve_Emitter_ScaleFactor_VectorCurveOutput_Value);
	float3 Result101 = SampleVectorCurve_Emitter_ScaleFactor_VectorCurveOutput_Value * Constant253;
	Out_Value = Result101;
}

void ScaleMeshSize_Emitter_Func_(inout FSimulationContext Context)
{
	float3 Result102 = Context.MapUpdate.ScaleMeshSize.ScaleFactor * Context.MapUpdate.Transient.MeshScaleFactor;
	float3 Result103 = Context.MapUpdate.ScaleMeshSize.InitialMeshScale * Result102;
	Context.MapUpdate.Particles.Scale = Result103;
	Context.MapUpdate.Transient.MeshScaleFactor = Result102;
}

void PointForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context)
{
	Out_OutPosition = Context.MapUpdate.Engine.Owner.Position;
}

void NiagaraScript_167_Emitter_Determinism_false_Func_(int In_Seed, int In_Engine_System_TickCount, bool In_OverrideSeed, int In_Particles_UniqueID, int In_Emitter_RandomSeed, bool In_FixedOverrideSeed, int In_RandomnessMode, out NiagaraRandInfo Out_RandomInfo, out bool Out_UseDeterministicRandoms, inout FSimulationContext Context)
{
	bool Constant267 = false;
	int Constant268 = 0;
	bool Result104 = NiagaraAll(In_RandomnessMode == Constant268);
	bool Result105 = Constant267 && Result104;
	int Constant269 = 1;
	bool Result106 = NiagaraAll(In_RandomnessMode == Constant269);
	bool Result107 = Result105 || Result106;
	int Seed_IfResult;
	if(In_OverrideSeed)
	{
	Seed_IfResult = In_Seed;
	}
	else
	{
	Seed_IfResult = Context.MapUpdate.Emitter.RandomSeed;
	}
	int Constant270 = 0;
	int Constant271 = 0;
	int Seed1_IfResult;
	int Seed2_IfResult;
	int Seed3_IfResult;
	if(In_FixedOverrideSeed)
	{
	Seed1_IfResult = Seed_IfResult;
	Seed2_IfResult = Constant270;
	Seed3_IfResult = Constant271;
	}
	else
	{
	Seed1_IfResult = Context.MapUpdate.Particles.UniqueID;
	Seed2_IfResult = Context.MapUpdate.Engine.System.TickCount;
	Seed3_IfResult = Seed_IfResult;
	}
	int Constant272 = -1;
	int Constant273 = -1;
	int Constant274 = -1;
	int Seed1_IfResult1;
	int Seed2_IfResult1;
	int Seed3_IfResult1;
	if(Result107)
	{
	Seed1_IfResult1 = Seed1_IfResult;
	Seed2_IfResult1 = Seed2_IfResult;
	Seed3_IfResult1 = Seed3_IfResult;
	}
	else
	{
	Seed1_IfResult1 = Constant272;
	Seed2_IfResult1 = Constant273;
	Seed3_IfResult1 = Constant274;
	}
	NiagaraRandInfo Output16;
	Output16.Seed1 = Seed1_IfResult1;
	Output16.Seed2 = Seed2_IfResult1;
	Output16.Seed3 = Seed3_IfResult1;
	Out_RandomInfo = Output16;
	Out_UseDeterministicRandoms = Result107;
}

void NiagaraScript_166_Func_(float2 In_Min, float2 In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float2 Out_Result, inout FSimulationContext Context)
{
	int Constant263 = (0);
	bool Constant264 = false;
	int Constant265 = 0;
	int Constant266 = (0);
	NiagaraRandInfo NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo;
	bool NiagaraScript_167_Emitter_Determinism_false_Func_Output_UseDeterministicRandoms;
	NiagaraScript_167_Emitter_Determinism_false_Func_(In_Seed, Constant263, In_OverrideSeed, Constant265, Constant266, In_FixedOverrideSeed, In_RandomnessMode, NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo, NiagaraScript_167_Emitter_Determinism_false_Func_Output_UseDeterministicRandoms, Context);
	float2 Result108 = In_Max - In_Min;
	int Seed1;
	int Seed2;
	int Seed3;
	Seed1 = NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo.Seed1;
	Seed2 = NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo.Seed2;
	Seed3 = NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo.Seed3;
	float2 Result109 = rand_float(Result108, Seed1, Seed2, Seed3);
	float2 Result110 = rand_float(Result108);
	float2 Random_IfResult;
	if(NiagaraScript_167_Emitter_Determinism_false_Func_Output_UseDeterministicRandoms)
	{
	Random_IfResult = Result109;
	}
	else
	{
	Random_IfResult = Result110;
	}
	float2 Result111 = In_Min + Random_IfResult;
	Out_Result = Result111;
}

void NiagaraScript_168_Func_(float In_Min, float In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float Out_Result, inout FSimulationContext Context)
{
	int Constant280 = (0);
	bool Constant281 = false;
	int Constant282 = 0;
	int Constant283 = (0);
	bool Constant284 = false;
	NiagaraRandInfo NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo1;
	bool NiagaraScript_167_Emitter_Determinism_false_Func_Output_UseDeterministicRandoms1;
	NiagaraScript_167_Emitter_Determinism_false_Func_(In_Seed, Constant280, In_OverrideSeed, Constant282, Constant283, Constant284, In_RandomnessMode, NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo1, NiagaraScript_167_Emitter_Determinism_false_Func_Output_UseDeterministicRandoms1, Context);
	float Result119 = In_Max - In_Min;
	int Seed11;
	int Seed21;
	int Seed31;
	Seed11 = NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo1.Seed1;
	Seed21 = NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo1.Seed2;
	Seed31 = NiagaraScript_167_Emitter_Determinism_false_Func_Output_RandomInfo1.Seed3;
	float Result120 = rand_float(Result119, Seed11, Seed21, Seed31);
	float Result121 = rand_float(Result119);
	float Random_IfResult1;
	if(NiagaraScript_167_Emitter_Determinism_false_Func_Output_UseDeterministicRandoms1)
	{
	Random_IfResult1 = Result120;
	}
	else
	{
	Random_IfResult1 = Result121;
	}
	float Result122 = In_Min + Random_IfResult1;
	Out_Result = Result122;
}

void NiagaraScript_165_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float3 Out_UnitVector3D, out float2 Out_UnitVector2D, inout FSimulationContext Context)
{
	float2 Constant261 = float2(0,-1);
	float2 Constant262 = float2(6.28319,1);
	float2 NiagaraScript_166_Func_Output_Result;
	NiagaraScript_166_Func_(Constant261, Constant262, In_Seed, In_RandomnessMode, In_OverrideSeed, In_FixedOverrideSeed, NiagaraScript_166_Func_Output_Result, Context);
	float Phi1;
	float CosASC40ThetaASC411;
	Phi1 = NiagaraScript_166_Func_Output_Result.x;
	CosASC40ThetaASC411 = NiagaraScript_166_Func_Output_Result.y;
	float Result112 = cos(Phi1);
	float Result113 = CosASC40ThetaASC411 * CosASC40ThetaASC411;
	float Result114 = 1 - Result113;
	float Result115 = sqrt(Result114);
	float Result116 = Result112 * Result115;
	float Result117 = sin(Phi1);
	float Result118 = Result117 * Result115;
	float3 PositionOnSphere;
	PositionOnSphere.x = Result116;
	PositionOnSphere.y = Result118;
	PositionOnSphere.z = CosASC40ThetaASC411;
	float Constant275 = 0;
	float Constant276 = 6.28319;
	int Constant277 = -1;
	int Constant278 = 0;
	bool Constant279 = false;
	float NiagaraScript_168_Func_Output_Result;
	NiagaraScript_168_Func_(Constant275, Constant276, Constant277, Constant278, Constant279, NiagaraScript_168_Func_Output_Result, Context);
	float Result123 = cos(NiagaraScript_168_Func_Output_Result);
	float Result124 = sin(NiagaraScript_168_Func_Output_Result);
	float2 PositionOnCircle;
	PositionOnCircle.x = Result123;
	PositionOnCircle.y = Result124;
	Out_UnitVector3D = PositionOnSphere;
	Out_UnitVector2D = PositionOnCircle;
}

void NiagaraScript_164_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float3 Out_Vector, inout FSimulationContext Context)
{
	bool Constant260 = false;
	float3 NiagaraScript_165_Func_Output_UnitVector3D;
	float2 NiagaraScript_165_Func_Output_UnitVector2D;
	NiagaraScript_165_Func_(In_Seed, In_RandomnessMode, In_OverrideSeed, Constant260, NiagaraScript_165_Func_Output_UnitVector3D, NiagaraScript_165_Func_Output_UnitVector2D, Context);
	Out_Vector = NiagaraScript_165_Func_Output_UnitVector3D;
}

void NiagaraScript_169_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, bool In_InvertFalloff, float In_FalloffScale, float3 In_FallbackVector, out float Out_Falloff, out float Out_NormalizedFalloff, out float3 Out_NormalizedVectorBetweenPositions, out float Out_NormalizedDistance, out float Out_NormalizedDistanceInverted, out bool Out_PositionIsWithinRange, inout FSimulationContext Context)
{
	float NiagaraScript_170_Func_Output_NormalizedRange1;
	float NiagaraScript_170_Func_Output_InverseNormalizedRange1;
	float3 NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions1;
	bool NiagaraScript_170_Func_Output_WithinRange1;
	NiagaraScript_170_Func_(In_StartPosition, In_EndPosition, In_Distance, In_FallbackVector, NiagaraScript_170_Func_Output_NormalizedRange1, NiagaraScript_170_Func_Output_InverseNormalizedRange1, NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions1, NiagaraScript_170_Func_Output_WithinRange1, Context);
	float float_IfResult5;
	if(In_InvertFalloff)
	{
	float_IfResult5 = NiagaraScript_170_Func_Output_InverseNormalizedRange1;
	}
	else
	{
	float_IfResult5 = NiagaraScript_170_Func_Output_NormalizedRange1;
	}
	float Result125 = float_IfResult5 * In_FalloffScale;
	Out_Falloff = Result125;
	Out_NormalizedFalloff = float_IfResult5;
	Out_NormalizedVectorBetweenPositions = NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions1;
	Out_NormalizedDistance = NiagaraScript_170_Func_Output_NormalizedRange1;
	Out_NormalizedDistanceInverted = NiagaraScript_170_Func_Output_InverseNormalizedRange1;
	Out_PositionIsWithinRange = NiagaraScript_170_Func_Output_WithinRange1;
}

void PointForce_Emitter_Func_(inout FSimulationContext Context)
{
	float Constant289 = 100;
	float Constant290 = 200;
	float3 Constant291 = float3(1,0,0);
	float NiagaraScript_169_Func_Output_Falloff;
	float NiagaraScript_169_Func_Output_NormalizedFalloff;
	float3 NiagaraScript_169_Func_Output_NormalizedVectorBetweenPositions;
	float NiagaraScript_169_Func_Output_NormalizedDistance;
	float NiagaraScript_169_Func_Output_NormalizedDistanceInverted;
	bool NiagaraScript_169_Func_Output_PositionIsWithinRange;
	NiagaraScript_169_Func_(Context.MapUpdate.PointForce.ParticlePosition, Context.MapUpdate.PointForce.ForceOrigin, Constant289, Context.MapUpdate.PointForce.InvertFalloff, Constant290, Context.MapUpdate.PointForce.FallbackVector, NiagaraScript_169_Func_Output_Falloff, NiagaraScript_169_Func_Output_NormalizedFalloff, NiagaraScript_169_Func_Output_NormalizedVectorBetweenPositions, NiagaraScript_169_Func_Output_NormalizedDistance, NiagaraScript_169_Func_Output_NormalizedDistanceInverted, NiagaraScript_169_Func_Output_PositionIsWithinRange, Context);
	float3 Vector_IfResult3;
	if(Context.MapUpdate.PointForce.UseLinearForce)
	{
	Vector_IfResult3 = Constant291;
	}
	else
	{
	Vector_IfResult3 = NiagaraScript_169_Func_Output_NormalizedVectorBetweenPositions;
	}
	float float_IfResult6;
	if(Context.MapUpdate.PointForce.UseFalloff)
	{
	float_IfResult6 = NiagaraScript_169_Func_Output_Falloff;
	}
	else
	{
	float_IfResult6 = Constant290;
	}
	float3 Result126 = Vector_IfResult3 * float_IfResult6;
	Context.MapUpdate.Local.PointForce.ForceFromPoint = Result126;
	Context.MapUpdate.OUTPUT_VAR.PointForce.NormalizedFalloff = NiagaraScript_169_Func_Output_NormalizedFalloff;
	Context.MapUpdate.OUTPUT_VAR.PointForce.WithinRange = NiagaraScript_169_Func_Output_PositionIsWithinRange;
	Context.MapUpdate.OUTPUT_VAR.PointForce.NormalizedDistance = NiagaraScript_169_Func_Output_NormalizedDistance;
	Context.MapUpdate.OUTPUT_VAR.PointForce.NormalizedDistanceInverted = NiagaraScript_169_Func_Output_NormalizedDistanceInverted;
	float3 Result127 = Context.MapUpdate.Transient.PhysicsForce + Context.MapUpdate.Local.PointForce.ForceFromPoint;
	Context.MapUpdate.Transient.PhysicsForce = Result127;
}

void NiagaraScript_158_Func_(float3 In_Velocity, float3 In_AdvectionVelocity, float In_InverseMass, float In_Drag, float In_DeltaTime, bool In_IgnoreMass, out float3 Out_Output, inout FSimulationContext Context)
{
	float3 Result134 = In_Velocity - In_AdvectionVelocity;
	float Result135 = In_Drag * In_InverseMass;
	float Constant299 = (0.0);
	float NiagaraFloat_SelectResult1 = Constant299;
	NiagaraFloat_SelectResult1 = In_Drag;
	if(In_IgnoreMass == 0)
	{ 
	NiagaraFloat_SelectResult1 = Result135;
	}
	float Constant300 = 0;
	float Result136 = max(NiagaraFloat_SelectResult1, Constant300);
	float Result137 = Result136 * In_DeltaTime;
	float Constant301 = 1;
	float Result138 = Result137 + Constant301;
	float3 Result139 = Result134 / Result138;
	float3 Result140 = Result139 + In_AdvectionVelocity;
	Out_Output = Result140;
}

void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context)
{
	Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime = Context.MapUpdate.SolveForcesAndVelocity.DeltaTime;
	float Constant297 = 1e-05;
	float Result128 = max(Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime, Constant297);
	float Result129 = Reciprocal(Result128);
	Context.MapUpdate.Local.SolveForcesAndVelocity.InverseDeltaTime = Result129;
	Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce = Context.MapUpdate.SolveForcesAndVelocity.Force;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsForce = Context.MapUpdate.SolveForcesAndVelocity.Force;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.SolveForcesAndVelocity.Velocity;
	Context.MapUpdate.Local.SolveForcesAndVelocity.Mass = Context.MapUpdate.SolveForcesAndVelocity.Mass;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position = Context.MapUpdate.SolveForcesAndVelocity.Position;
	Context.MapUpdate.Particles.Presolve.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	Context.MapUpdate.Particles.Presolve.Position = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position;
	Context.MapUpdate.Particles.Presolve.PhysicsForce = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsForce;
	float Constant298 = 1e-06;
	float Result130 = max(Context.MapUpdate.Local.SolveForcesAndVelocity.Mass, Constant298);
	float Result131 = Reciprocal(Result130);
	float3 Result132 = Result131 * Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce;
	Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce = Result132;
	Context.MapUpdate.Local.SolveForcesAndVelocity.InverseMass = Result131;
	float3 Result133 = Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce * Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime + Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Result133;
	Context.MapUpdate.Local.SolveForcesAndVelocity.AdvectionVelocity = Context.MapUpdate.Transient.AdvectionVelocity;
	Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsDrag = Context.MapUpdate.Transient.PhysicsDrag;
	Context.MapUpdate.Local.SolveForcesAndVelocity.DragIgnoreMass = Context.MapUpdate.Transient.DragIgnoreMass;
	float3 NiagaraScript_158_Func_Output_Output;
	NiagaraScript_158_Func_(Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity, Context.MapUpdate.Local.SolveForcesAndVelocity.AdvectionVelocity, Context.MapUpdate.Local.SolveForcesAndVelocity.InverseMass, Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsDrag, Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime, Context.MapUpdate.Local.SolveForcesAndVelocity.DragIgnoreMass, NiagaraScript_158_Func_Output_Output, Context);
	float3 Result141 = NiagaraScript_158_Func_Output_Output - Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = NiagaraScript_158_Func_Output_Output;
	Context.MapUpdate.Local.SolveForcesAndVelocity.DragVelocity = Result141;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsDrag = Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsDrag;
	float Constant302 = 1000;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	float Constant303 = 9999;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	float3 Result142 = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity * Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime;
	float3 Result143 = Result142 + Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position;
	Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position = Result143;
	float3 Position_IfResult;
	float3 Velocity_IfResult;
	if(Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties)
	{
	Position_IfResult = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position;
	Velocity_IfResult = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	}
	else
	{
	Position_IfResult = Context.MapUpdate.Particles.Position;
	Velocity_IfResult = Context.MapUpdate.Particles.Velocity;
	}
	Context.MapUpdate.Particles.Position = Position_IfResult;
	Context.MapUpdate.Particles.Velocity = Velocity_IfResult;
	float3 Constant304 = float3(0,0,0);
	float Constant305 = 0;
	float3 ForceVector_IfResult;
	float Drag_IfResult;
	if(Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties)
	{
	ForceVector_IfResult = Constant304;
	Drag_IfResult = Constant305;
	}
	else
	{
	ForceVector_IfResult = Context.MapUpdate.Transient.PhysicsForce;
	Drag_IfResult = Context.MapUpdate.Transient.PhysicsDrag;
	}
	Context.MapUpdate.Transient.PhysicsForce = ForceVector_IfResult;
	Context.MapUpdate.Transient.PhysicsDrag = Drag_IfResult;
	float3 Result144 = Context.MapUpdate.Particles.Position - Context.MapUpdate.Particles.Previous.Position;
	float Result145 = length(Result144);
	float Constant306 = 0.3333;
	float Result146 = Result145 * Constant306;
	float Constant307 = 1e+08;
	float Result147 = Modulo(Context.MapUpdate.Particles.DistanceTraveled, Constant307);
	float Result148 = Result146 + Result147;
	Context.MapUpdate.Particles.DistanceTraveled = Result148;
	//SetConstantByStaticVariable "/Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled"
	int Constant308 = 0;
	//SetConstantByStaticVariable "/Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver"
	int Constant309 = 0;
	//SetConstantByStaticVariable "/Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result"
	int Constant310 = 0;
}

float GetSpawnInterpolation()
{
	return HackSpawnInterp;
}


void InterpolateParameters(inout FSimulationContext Context)
{
	int InterpSpawn_Index = ExecIndex();
	float InterpSpawn_SpawnTime = Emitter_InterpSpawnStartDt + (Emitter_SpawnInterval * InterpSpawn_Index);
	float InterpSpawn_UpdateTime = Engine_DeltaTime - InterpSpawn_SpawnTime;
	float InterpSpawn_InvSpawnTime = 1.0 / InterpSpawn_SpawnTime;
	float InterpSpawn_InvUpdateTime = 1.0 / InterpSpawn_UpdateTime;
	float SpawnInterp = InterpSpawn_SpawnTime * Engine_InverseDeltaTime ;
	HackSpawnInterp = SpawnInterp;
	Context.MapSpawn.Interpolation.InterpSpawn_Index = InterpSpawn_Index;
	Context.MapSpawn.Interpolation.InterpSpawn_SpawnTime = InterpSpawn_SpawnTime;
	Context.MapSpawn.Interpolation.InterpSpawn_UpdateTime = InterpSpawn_UpdateTime;
	Context.MapSpawn.Interpolation.InterpSpawn_InvSpawnTime = InterpSpawn_InvSpawnTime;
	Context.MapSpawn.Interpolation.InterpSpawn_InvUpdateTime = InterpSpawn_InvUpdateTime;
	Context.MapSpawn.Interpolation.SpawnInterp = SpawnInterp;
	Context.MapSpawn.Interpolation.Emitter_SpawnInterval = Emitter_SpawnInterval;
	Context.MapSpawn.Interpolation.Emitter_InterpSpawnStartDt = Emitter_InterpSpawnStartDt;
	Context.MapSpawn.Interpolation.Emitter_SpawnGroup = Emitter_SpawnGroup;
	Context.MapSpawn.Engine.Time = lerp(PREV_Engine_Time, Engine_Time, SpawnInterp);
	Context.MapSpawn.Engine.RealTime = lerp(PREV_Engine_RealTime, Engine_RealTime, SpawnInterp);
	Context.MapSpawn.Engine.Owner.TimeSinceRendered = lerp(PREV_Engine_Owner_TimeSinceRendered, Engine_Owner_TimeSinceRendered, SpawnInterp);
	Context.MapSpawn.Engine.Owner.LODDistance = lerp(PREV_Engine_Owner_LODDistance, Engine_Owner_LODDistance, SpawnInterp);
	Context.MapSpawn.Engine.Owner.LODDistanceFraction = lerp(PREV_Engine_Owner_LODDistanceFraction, Engine_Owner_LODDistanceFraction, SpawnInterp);
	Context.MapSpawn.Engine.System.Age = lerp(PREV_Engine_System_Age, Engine_System_Age, SpawnInterp);
	Context.MapSpawn.Engine.Owner.Rotation = lerp(PREV_Engine_Owner_Rotation, Engine_Owner_Rotation, SpawnInterp);
	Context.MapSpawn.Engine.Owner.Position = lerp(PREV_Engine_Owner_Position, Engine_Owner_Position, SpawnInterp);
	Context.MapSpawn.Engine.Owner.Velocity = lerp(PREV_Engine_Owner_Velocity, Engine_Owner_Velocity, SpawnInterp);
	Context.MapSpawn.Engine.Owner.SystemXAxis = lerp(PREV_Engine_Owner_SystemXAxis, Engine_Owner_SystemXAxis, SpawnInterp);
	Context.MapSpawn.Engine.Owner.SystemYAxis = lerp(PREV_Engine_Owner_SystemYAxis, Engine_Owner_SystemYAxis, SpawnInterp);
	Context.MapSpawn.Engine.Owner.SystemZAxis = lerp(PREV_Engine_Owner_SystemZAxis, Engine_Owner_SystemZAxis, SpawnInterp);
	Context.MapSpawn.Engine.Owner.Scale = lerp(PREV_Engine_Owner_Scale, Engine_Owner_Scale, SpawnInterp);
	Context.MapSpawn.Engine.Owner.LWCTile = lerp(PREV_Engine_Owner_LWCTile, Engine_Owner_LWCTile, SpawnInterp);
	Context.MapSpawn.Emitter.Age = lerp(PREV_Emitter_Age, Emitter_Age, SpawnInterp);
	Context.MapSpawn.Emitter.DistanceTraveled = lerp(PREV_Emitter_DistanceTraveled, Emitter_DistanceTraveled, SpawnInterp);
	Context.MapUpdate.Engine.DeltaTime = InterpSpawn_UpdateTime;
	Context.MapUpdate.Engine.InverseDeltaTime = InterpSpawn_InvUpdateTime;
}

#if (SimulationStageIndex == 0) // MapSpawn
void HandlePreviousValuesForSpawn(inout FSimulationContext Context)
{
Context.MapSpawn.Particles.Previous.Position = Context.MapSpawn.Particles.Position;

Context.MapSpawn.Particles.Previous.Scale = Context.MapSpawn.Particles.Scale;

Context.MapSpawn.Particles.Previous.Velocity = Context.MapSpawn.Particles.Velocity;

}
#endif

void ReadDataSets(inout FSimulationContext Context)
{
}

void WriteDataSets(inout FSimulationContext Context)
{
}

void SimulateMapSpawn(inout FSimulationContext Context)
{
	//Begin Interpolated Spawn Script!
	//Begin Initialize Parameter Map Defaults
	float Constant = (0.0);
	Context.MapSpawn.Particles.MaterialRandom = Constant;
	float Constant1 = (0.0);
	Context.MapSpawn.Particles.Lifetime = Constant1;
	float4 Constant2 = float4(1.0, 1.0, 1.0, 1.0);
	Context.MapSpawn.Particles.Color = Constant2;
	float Constant3 = (0.0);
	Context.MapSpawn.Particles.Mass = Constant3;
	float2 Constant4 = float2(0.0, 0.0);
	Context.MapSpawn.Particles.SpriteSize = Constant4;
	float Constant5 = (0.0);
	Context.MapSpawn.Particles.SpriteRotation = Constant5;
	float3 Constant6 = float3(1,1,1);
	Context.MapSpawn.Particles.Scale = Constant6;
	float3 Constant7 = float3(0.0, 0.0, 0.0);
	Context.MapSpawn.Particles.Position = Constant7;
	float3 Constant8 = float3(0,0,0);
	Context.MapSpawn.Particles.Velocity = Constant8;
	float4 Constant9 = float4(0,0,0,0);
	Context.MapSpawn.Particles.DynamicMaterialParameter = Constant9;
	float Constant10 = 0;
	Context.MapSpawn.Particles.Age = Constant10;
	float Constant11 = (0.0);
	Context.MapSpawn.Particles.NormalizedAge = Constant11;
	float3 Constant12 = float3(0.0, 0.0, 0.0);
	Context.MapSpawn.Particles.Presolve.Velocity = Constant12;
	float3 Constant13 = float3(0.0, 0.0, 0.0);
	Context.MapSpawn.Particles.Presolve.Position = Constant13;
	float3 Constant14 = float3(0.0, 0.0, 0.0);
	Context.MapSpawn.Particles.Presolve.PhysicsForce = Constant14;
	float3 Constant15 = float3(0,0,0);
	Context.MapSpawn.Particles.Previous.Velocity = Constant15;
	float3 Constant16 = float3(0,0,0);
	Context.MapSpawn.Particles.Previous.Position = Constant16;
	float Constant17 = 0;
	Context.MapSpawn.Particles.DistanceTraveled = Constant17;
	//End Initialize Parameter Map Defaults
	int Constant18 = (0);
	float Constant19 = 0;
	float Constant20 = 1;
	int Constant21 = -1;
	int Constant22 = (0);
	int Constant23 = 0;
	int Constant24 = (0);
	int Constant25 = (0);
	float NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat;
	bool NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic;
	NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant18, Constant19, Constant20, Constant21, Constant22, Constant23, Constant24, Constant25, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat, NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic, Context);
	Context.MapSpawn.InitializeParticle.MaterialRandom = NiagaraScript_143_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat;
	float Constant27 = 30;
	float Constant28 = 35;
	float4 Constant29 = float4(1,1,1,1);
	float Constant30 = 0.75;
	float Constant31 = 1.25;
	float Constant32 = 6;
	float Constant33 = 12;
	float Constant34 = 0;
	float Constant35 = 360;
	float Constant36 = 1;
	float Constant37 = 1.1;
	float3 Constant38 = float3(0,0,0);
	int Constant39 = 0;
	Context.MapSpawn.InitializeParticle.PositionOffsetCoordinateSpace = Constant39;
	Context.MapSpawn.Particles.RibbonUVDistance = Context.MapSpawn.Emitter.DistanceTraveled;
	EnterStatScope(1 /**InitializeParticle_Emitter_Func_*/);
	InitializeParticle_Emitter_Func_(Context);
	ExitStatScope(/**InitializeParticle_Emitter_Func_*/);
	int Constant84 = 0;
	bool Constant85 = true;
	Context.MapSpawn.SphereLocation.NormalizeThickness = Constant85;
	float Constant86 = 0;
	float Constant87 = 8;
	int Constant88 = 0;
	Context.MapSpawn.SphereLocation.SurfaceExpansionMode = Constant88;
	bool Constant89 = false;
	Context.MapSpawn.SphereLocation.HemisphereX = Constant89;
	bool Constant90 = false;
	Context.MapSpawn.SphereLocation.HemisphereY = Constant90;
	bool Constant91 = false;
	Context.MapSpawn.SphereLocation.HemisphereZ = Constant91;
	float3 Constant92 = float3(100,100,100);
	float3 Constant93 = float3(1,0,0);
	Context.MapSpawn.SphereLocation.SphereOrigin = Context.MapSpawn.Particles.Position;
	float3 Constant94 = float3(0,0,0);
	int Constant95 = 2;
	Context.MapSpawn.SphereLocation.OffsetCoordinateSpace = Constant95;
	int Constant96 = 2;
	Context.MapSpawn.SphereLocation.SphereCoordinateSpace = Constant96;
	int Constant97 = 0;
	bool Constant98 = false;
	EnterStatScope(2 /**SphereLocation_Emitter_Func_*/);
	SphereLocation_Emitter_Func_(Context);
	ExitStatScope(/**SphereLocation_Emitter_Func_*/);
	float3 Constant136 = float3(15,15,-10);
	float3 Constant137 = float3(10,10,10);
	int Constant138 = 0;
	float3 RandomRangeVector_Emitter_Func_Output_NewOutput;
	RandomRangeVector_Emitter_Func_(RandomRangeVector_Emitter_Func_Output_NewOutput, Context);
	Context.MapSpawn.AddVelocity.Velocity = RandomRangeVector_Emitter_Func_Output_NewOutput;
	int Constant148 = 2;
	Context.MapSpawn.AddVelocity.CoordinateSpace = Constant148;
	float3 Constant149 = float3(1,1,1);
	EnterStatScope(3 /**AddVelocity_Emitter_Func_*/);
	AddVelocity_Emitter_Func_(Context);
	ExitStatScope(/**AddVelocity_Emitter_Func_*/);
	float Constant154 = 0.1;
	float Constant155 = 0.4;
	int Constant156 = 0;
	float RandomRangeFloat_Emitter_Func_Output_UniformRangedFloat;
	RandomRangeFloat_Emitter_Func_(RandomRangeFloat_Emitter_Func_Output_UniformRangedFloat, Context);
	bool Constant165 = true;
	bool Constant166 = true;
	float Constant167 = 1.5;
	float Constant168 = 2.5;
	int Constant169 = 0;
	float RandomRangeFloat001_Emitter_Func_Output_UniformRangedFloat;
	RandomRangeFloat001_Emitter_Func_(RandomRangeFloat001_Emitter_Func_Output_UniformRangedFloat, Context);
	float Constant178 = 1;
	float Constant179 = 1.25;
	int Constant180 = 0;
	float RandomRangeFloat002_Emitter_Func_Output_UniformRangedFloat;
	RandomRangeFloat002_Emitter_Func_(RandomRangeFloat002_Emitter_Func_Output_UniformRangedFloat, Context);
	float Constant189 = 1;
	float Constant190 = 1.25;
	int Constant191 = 0;
	float RandomRangeFloat003_Emitter_Func_Output_UniformRangedFloat;
	RandomRangeFloat003_Emitter_Func_(RandomRangeFloat003_Emitter_Func_Output_UniformRangedFloat, Context);
	Context.MapSpawn.DynamicMaterialParameters.Index0Param1 = RandomRangeFloat_Emitter_Func_Output_UniformRangedFloat;
	Context.MapSpawn.DynamicMaterialParameters.Param2WriteEnabled = Constant165;
	Context.MapSpawn.DynamicMaterialParameters.Param3WriteEnabled = Constant166;
	Context.MapSpawn.DynamicMaterialParameters.Index0Param2 = RandomRangeFloat001_Emitter_Func_Output_UniformRangedFloat;
	Context.MapSpawn.DynamicMaterialParameters.Index0Param3 = RandomRangeFloat002_Emitter_Func_Output_UniformRangedFloat;
	Context.MapSpawn.DynamicMaterialParameters.Index0Param4 = RandomRangeFloat003_Emitter_Func_Output_UniformRangedFloat;
	bool Constant200 = true;
	Context.MapSpawn.DynamicMaterialParameters.Param0WriteEnabled = Constant200;
	bool Constant201 = true;
	Context.MapSpawn.DynamicMaterialParameters.Param1WriteEnabled = Constant201;
	EnterStatScope(4 /**DynamicMaterialParameters_Emitter_Func_*/);
	DynamicMaterialParameters_Emitter_Func_(Context);
	ExitStatScope(/**DynamicMaterialParameters_Emitter_Func_*/);
	//End Spawn Script!


	//Handle resetting previous values at the end of spawn so that they match outputs! (Needed for motion blur/etc)
	HandlePreviousValuesForSpawn(Context);
	// Begin HandleMissingDefaultValues
	Context.MapSpawn.Particles.Initial.Scale = Context.MapSpawn.Particles.Scale;

	// End HandleMissingDefaultValues


}
void SimulateMapUpdate(inout FSimulationContext Context)
{
	//Begin Update Script!
	RandomCounterDeterministic = 0;
	bool Constant202 = true;
	Context.MapUpdate.DataInstance.Alive = Constant202;
	Context.MapUpdate.ParticleState.DeltaTime = Context.MapUpdate.Engine.DeltaTime;
	Context.MapUpdate.ParticleState.Lifetime = Context.MapUpdate.Particles.Lifetime;
	EnterStatScope(5 /**ParticleState_Emitter_Func_*/);
	ParticleState_Emitter_Func_(Context);
	ExitStatScope(/**ParticleState_Emitter_Func_*/);
	float Constant208 = 0.5;
	float Constant209 = 0;
	Context.MapUpdate.Transient.PhysicsDrag = Constant209;
	float Constant210 = 1;
	float Constant211 = 0;
	Context.MapUpdate.Transient.PhysicsRotationalDrag = Constant211;
	EnterStatScope(6 /**Drag_Emitter_Func_*/);
	Drag_Emitter_Func_(Context);
	ExitStatScope(/**Drag_Emitter_Func_*/);
	float3 VortexForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	VortexForce_SimulationPosition_Emitter_Func_(VortexForce_SimulationPosition_Emitter_Func_Output_OutPosition, Context);
	Context.MapUpdate.VortexForce.VortexOrigin = VortexForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	float Constant214 = 100;
	float3 Constant215 = float3(0,0,1);
	float Constant216 = 300;
	float Constant217 = -0.1;
	float3 Constant218 = float3(0,0,0);
	Context.MapUpdate.Transient.PhysicsForce = Constant218;
	EnterStatScope(7 /**VortexForce_Emitter_Func_*/);
	VortexForce_Emitter_Func_(Context);
	ExitStatScope(/**VortexForce_Emitter_Func_*/);
	bool Constant230 = false;
	int Constant231 = (0);
	int Constant232 = 11;
	float3 Constant233 = float3(0.65,0.125,0.37);
	float Constant234 = 30;
	Context.MapUpdate.CurlNoiseForce.SamplePosition = Context.MapUpdate.Particles.Position;
	float3 Constant235 = float3(0,0,0);
	float Constant236 = 45;
	float Constant237 = 45;
	Context.MapUpdate.CurlNoiseForce.CurlNoiseConeMaskAxis = Context.MapUpdate.Particles.Velocity;
	float Constant238 = 200;
	EnterStatScope(8 /**CurlNoiseForce_Emitter_Func_*/);
	CurlNoiseForce_Emitter_Func_(Constant231, Context);
	ExitStatScope(/**CurlNoiseForce_Emitter_Func_*/);
	Context.MapUpdate.VectorFromCurve.CurveIndex = Context.MapUpdate.Particles.NormalizedAge;
	float3 Constant252 = float3(1,1,1);
	float3 VectorFromCurve_Emitter_Func_Output_Value;
	VectorFromCurve_Emitter_Func_(VectorFromCurve_Emitter_Func_Output_Value, Context);
	Context.MapUpdate.ScaleMeshSize.ScaleFactor = VectorFromCurve_Emitter_Func_Output_Value;
	Context.MapUpdate.ScaleMeshSize.InitialMeshScale = Context.MapUpdate.Particles.Initial.Scale;
	float3 Constant254 = float3(1,1,1);
	Context.MapUpdate.Transient.MeshScaleFactor = Constant254;
	EnterStatScope(9 /**ScaleMeshSize_Emitter_Func_*/);
	ScaleMeshSize_Emitter_Func_(Context);
	ExitStatScope(/**ScaleMeshSize_Emitter_Func_*/);
	Context.MapUpdate.PointForce.ParticlePosition = Context.MapUpdate.Particles.Position;
	float3 PointForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	PointForce_SimulationPosition_Emitter_Func_(PointForce_SimulationPosition_Emitter_Func_Output_OutPosition, Context);
	Context.MapUpdate.PointForce.ForceOrigin = PointForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	float Constant255 = 100;
	bool Constant256 = true;
	Context.MapUpdate.PointForce.InvertFalloff = Constant256;
	int Constant257 = -1;
	int Constant258 = 0;
	bool Constant259 = false;
	float3 NiagaraScript_164_Func_Output_Vector;
	NiagaraScript_164_Func_(Constant257, Constant258, Constant259, NiagaraScript_164_Func_Output_Vector, Context);
	Context.MapUpdate.PointForce.FallbackVector = NiagaraScript_164_Func_Output_Vector;
	bool Constant285 = false;
	Context.MapUpdate.PointForce.UseFalloff = Constant285;
	float Constant286 = 200;
	bool Constant287 = false;
	Context.MapUpdate.PointForce.UseLinearForce = Constant287;
	float3 Constant288 = float3(1,0,0);
	EnterStatScope(10 /**PointForce_Emitter_Func_*/);
	PointForce_Emitter_Func_(Context);
	ExitStatScope(/**PointForce_Emitter_Func_*/);
	Context.MapUpdate.Transient.PhysicsDeltaTime = Context.MapUpdate.Engine.DeltaTime;
	Context.MapUpdate.SolveForcesAndVelocity.DeltaTime = Context.MapUpdate.Transient.PhysicsDeltaTime;
	Context.MapUpdate.SolveForcesAndVelocity.Force = Context.MapUpdate.Transient.PhysicsForce;
	Context.MapUpdate.SolveForcesAndVelocity.Velocity = Context.MapUpdate.Particles.Velocity;
	Context.MapUpdate.SolveForcesAndVelocity.Mass = Context.MapUpdate.Particles.Mass;
	Context.MapUpdate.SolveForcesAndVelocity.Position = Context.MapUpdate.Particles.Position;
	float3 Constant292 = float3(0,0,0);
	Context.MapUpdate.Transient.AdvectionVelocity = Constant292;
	bool Constant293 = true;
	Context.MapUpdate.Transient.DragIgnoreMass = Constant293;
	float Constant294 = 1000;
	Context.MapUpdate.SolveForcesAndVelocity.PreviousVelocity = Context.MapUpdate.Particles.Previous.Velocity;
	float Constant295 = 9999;
	bool Constant296 = true;
	Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties = Constant296;
	EnterStatScope(11 /**SolveForcesAndVelocity_Emitter_Func_*/);
	SolveForcesAndVelocity_Emitter_Func_(Context);
	ExitStatScope(/**SolveForcesAndVelocity_Emitter_Func_*/);
	//End Update Script!


}
void SimulateMain()
{
EnterStatScope(12 /**SpawnScript_Main*/);

	FSimulationContext Context = (FSimulationContext)0;
	Context.MapSpawn.Particles.Age = 0.0f;
	Context.MapSpawn.Particles.Color.r = 0.0f;
	Context.MapSpawn.Particles.Color.g = 0.0f;
	Context.MapSpawn.Particles.Color.b = 0.0f;
	Context.MapSpawn.Particles.Color.a = 0.0f;
	Context.MapSpawn.Particles.DynamicMaterialParameter.x = 0.0f;
	Context.MapSpawn.Particles.DynamicMaterialParameter.y = 0.0f;
	Context.MapSpawn.Particles.DynamicMaterialParameter.z = 0.0f;
	Context.MapSpawn.Particles.DynamicMaterialParameter.w = 0.0f;
	Context.MapSpawn.Particles.Initial.Scale.x = 0.0f;
	Context.MapSpawn.Particles.Initial.Scale.y = 0.0f;
	Context.MapSpawn.Particles.Initial.Scale.z = 0.0f;
	Context.MapSpawn.Particles.Lifetime = 0.0f;
	Context.MapSpawn.Particles.Mass = 0.0f;
	Context.MapSpawn.Particles.MaterialRandom = 0.0f;
	Context.MapSpawn.Particles.NormalizedAge = 0.0f;
	Context.MapSpawn.Particles.Position.x = 0.0f;
	Context.MapSpawn.Particles.Position.y = 0.0f;
	Context.MapSpawn.Particles.Position.z = 0.0f;
	Context.MapSpawn.Particles.Previous.Position.x = 0.0f;
	Context.MapSpawn.Particles.Previous.Position.y = 0.0f;
	Context.MapSpawn.Particles.Previous.Position.z = 0.0f;
	Context.MapSpawn.Particles.Previous.Scale.x = 0.0f;
	Context.MapSpawn.Particles.Previous.Scale.y = 0.0f;
	Context.MapSpawn.Particles.Previous.Scale.z = 0.0f;
	Context.MapSpawn.Particles.Previous.Velocity.x = 0.0f;
	Context.MapSpawn.Particles.Previous.Velocity.y = 0.0f;
	Context.MapSpawn.Particles.Previous.Velocity.z = 0.0f;
	Context.MapSpawn.Particles.Scale.x = 0.0f;
	Context.MapSpawn.Particles.Scale.y = 0.0f;
	Context.MapSpawn.Particles.Scale.z = 0.0f;
	Context.MapSpawn.Particles.UniqueID = 0;
	Context.MapSpawn.Particles.Velocity.x = 0.0f;
	Context.MapSpawn.Particles.Velocity.y = 0.0f;
	Context.MapSpawn.Particles.Velocity.z = 0.0f;
	Context.MapSpawn.Particles.UniqueID = Engine_Emitter_TotalSpawnedParticles + ExecIndex();
	Context.MapSpawn.Emitter.DistanceTraveled = Emitter_DistanceTraveled;
	Context.MapSpawn.Engine.Owner.Position = Engine_Owner_Position;
	Context.MapSpawn.Engine.Owner.SystemLocalToWorld = Engine_Owner_SystemLocalToWorld;
	Context.MapSpawn.Engine.Owner.SystemWorldToLocal = Engine_Owner_SystemWorldToLocal;
	Context.MapSpawn.Engine.Owner.SystemLocalToWorldNoScale = Engine_Owner_SystemLocalToWorldNoScale;
	Context.MapSpawn.Engine.Owner.SystemWorldToLocalNoScale = Engine_Owner_SystemWorldToLocalNoScale;
	Context.MapSpawn.Engine.Owner.Scale = Engine_Owner_Scale;
	Context.MapUpdate.Engine.DeltaTime = Engine_DeltaTime;
	Context.MapUpdate.Engine.Owner.Position = Engine_Owner_Position;
	Context.MapUpdate.Emitter.Age = Emitter_Age;
	Context.MapUpdate.Engine.Time = Engine_Time;
	Context.MapUpdate.Engine.Owner.Scale = Engine_Owner_Scale;
	Context.MapUpdate.Emitter.RandomSeed = Emitter_RandomSeed;
	Context.MapUpdate.Engine.System.TickCount = Engine_System_TickCount;
	Context.MapUpdate.Engine.WorldDeltaTime = Engine_WorldDeltaTime;
	Context.MapUpdate.Engine.InverseDeltaTime = Engine_InverseDeltaTime;
	Context.MapUpdate.Engine.ExecutionCount = Engine_ExecutionCount;
	Context.MapUpdate.Emitter.SpawnRate = Emitter_SpawnRate;
	Context.MapUpdate.Emitter.SpawnInterval = Emitter_SpawnInterval;
	Context.MapUpdate.Emitter.InterpSpawnStartDt = Emitter_InterpSpawnStartDt;
	Context.MapUpdate.Emitter.SpawnGroup = Emitter_SpawnGroup;
	Context.MapUpdate.Engine.Emitter.TotalSpawnedParticles = Engine_Emitter_TotalSpawnedParticles;
	Context.MapUpdate.Engine.Emitter.InstanceSeed = Engine_Emitter_InstanceSeed;
	Context.MapUpdate.Engine.System.RandomSeed = Engine_System_RandomSeed;
	ReadDataSets(Context);
	InterpolateParameters(Context);
EnterStatScope(13 /**SpawnScript_MapSpawnMain*/);
	SimulateMapSpawn(Context);
ExitStatScope(/**SpawnScript_MapSpawnMain*/);
	//Begin Transfer of Attributes!
	Context.MapUpdate.Particles = Context.MapSpawn.Particles;
		Context.MapUpdate.Particles.Previous.Velocity = Context.MapSpawn.Particles.Velocity;
		Context.MapUpdate.Particles.Previous.Position = Context.MapSpawn.Particles.Position;
	//End Transfer of Attributes!

EnterStatScope(14 /**SpawnScript_MapUpdateMain*/);
	SimulateMapUpdate(Context);
ExitStatScope(/**SpawnScript_MapUpdateMain*/);
	WriteDataSets(Context);
	{
	bool bValid = Context.MapUpdate.DataInstance.Alive;
	int TmpWriteIndex = OutputIndex(0, true, bValid);
	OutputDataFloat(0, 0, TmpWriteIndex, Context.MapUpdate.Particles.Age);
	OutputDataFloat(0, 1, TmpWriteIndex, Context.MapUpdate.Particles.Color.r);
	OutputDataFloat(0, 2, TmpWriteIndex, Context.MapUpdate.Particles.Color.g);
	OutputDataFloat(0, 3, TmpWriteIndex, Context.MapUpdate.Particles.Color.b);
	OutputDataFloat(0, 4, TmpWriteIndex, Context.MapUpdate.Particles.Color.a);
	OutputDataFloat(0, 5, TmpWriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.x);
	OutputDataFloat(0, 6, TmpWriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.y);
	OutputDataFloat(0, 7, TmpWriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.z);
	OutputDataFloat(0, 8, TmpWriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.w);
	OutputDataFloat(0, 9, TmpWriteIndex, Context.MapUpdate.Particles.Initial.Scale.x);
	OutputDataFloat(0, 10, TmpWriteIndex, Context.MapUpdate.Particles.Initial.Scale.y);
	OutputDataFloat(0, 11, TmpWriteIndex, Context.MapUpdate.Particles.Initial.Scale.z);
	OutputDataFloat(0, 12, TmpWriteIndex, Context.MapUpdate.Particles.Lifetime);
	OutputDataFloat(0, 13, TmpWriteIndex, Context.MapUpdate.Particles.Mass);
	OutputDataFloat(0, 14, TmpWriteIndex, Context.MapUpdate.Particles.MaterialRandom);
	OutputDataFloat(0, 15, TmpWriteIndex, Context.MapUpdate.Particles.NormalizedAge);
	OutputDataFloat(0, 16, TmpWriteIndex, Context.MapUpdate.Particles.Position.x);
	OutputDataFloat(0, 17, TmpWriteIndex, Context.MapUpdate.Particles.Position.y);
	OutputDataFloat(0, 18, TmpWriteIndex, Context.MapUpdate.Particles.Position.z);
	OutputDataFloat(0, 19, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Position.x);
	OutputDataFloat(0, 20, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Position.y);
	OutputDataFloat(0, 21, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Position.z);
	OutputDataFloat(0, 22, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Scale.x);
	OutputDataFloat(0, 23, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Scale.y);
	OutputDataFloat(0, 24, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Scale.z);
	OutputDataFloat(0, 25, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Velocity.x);
	OutputDataFloat(0, 26, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Velocity.y);
	OutputDataFloat(0, 27, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Velocity.z);
	OutputDataFloat(0, 28, TmpWriteIndex, Context.MapUpdate.Particles.Scale.x);
	OutputDataFloat(0, 29, TmpWriteIndex, Context.MapUpdate.Particles.Scale.y);
	OutputDataFloat(0, 30, TmpWriteIndex, Context.MapUpdate.Particles.Scale.z);
	OutputDataInt(0, 0, TmpWriteIndex, Context.MapUpdate.Particles.UniqueID);
	OutputDataFloat(0, 31, TmpWriteIndex, Context.MapUpdate.Particles.Velocity.x);
	OutputDataFloat(0, 32, TmpWriteIndex, Context.MapUpdate.Particles.Velocity.y);
	OutputDataFloat(0, 33, TmpWriteIndex, Context.MapUpdate.Particles.Velocity.z);
	}
ExitStatScope(/**SpawnScript_Main*/);
}
S
MFbBb
-------------------------------
Summary
-------------------------------
Num Byte Code Ops: 269
Num Constants: 384

-------------------------------
Constant Table
-------------------------------
0 | Engine_WorldDeltaTime
4 | Engine_DeltaTime
8 | Engine_InverseDeltaTime
12 | Engine_Time
16 | Engine_RealTime
20 | Engine_QualityLevel
24 | Engine_PaddingInt32_0
28 | Engine_PaddingInt32_1
32 | Engine_Owner_TimeSinceRendered
36 | Engine_Owner_LODDistance
40 | Engine_Owner_LODDistanceFraction
44 | Engine_System_Age
48 | Engine_Owner_ExecutionState
52 | Engine_System_TickCount
56 | Engine_System_NumEmitters
60 | Engine_System_NumEmittersAlive
64 | Engine_System_SignificanceIndex
68 | Engine_System_RandomSeed
72 | Engine_System_CurrentTimeStep
76 | Engine_System_NumTimeSteps
80 | Engine_System_TimeStepFraction
84 | Engine_System_PaddingInt32_0
88 | Engine_System_PaddingInt32_1
92 | Engine_System_PaddingInt32_2
96 | Engine_Owner_SystemLocalToWorldRow0x
100 | Engine_Owner_SystemLocalToWorldRow0y
104 | Engine_Owner_SystemLocalToWorldRow0z
108 | Engine_Owner_SystemLocalToWorldRow0w
112 | Engine_Owner_SystemLocalToWorldRow1x
116 | Engine_Owner_SystemLocalToWorldRow1y
120 | Engine_Owner_SystemLocalToWorldRow1z
124 | Engine_Owner_SystemLocalToWorldRow1w
128 | Engine_Owner_SystemLocalToWorldRow2x
132 | Engine_Owner_SystemLocalToWorldRow2y
136 | Engine_Owner_SystemLocalToWorldRow2z
140 | Engine_Owner_SystemLocalToWorldRow2w
144 | Engine_Owner_SystemLocalToWorldRow3x
148 | Engine_Owner_SystemLocalToWorldRow3y
152 | Engine_Owner_SystemLocalToWorldRow3z
156 | Engine_Owner_SystemLocalToWorldRow3w
160 | Engine_Owner_SystemWorldToLocalRow0x
164 | Engine_Owner_SystemWorldToLocalRow0y
168 | Engine_Owner_SystemWorldToLocalRow0z
172 | Engine_Owner_SystemWorldToLocalRow0w
176 | Engine_Owner_SystemWorldToLocalRow1x
180 | Engine_Owner_SystemWorldToLocalRow1y
184 | Engine_Owner_SystemWorldToLocalRow1z
188 | Engine_Owner_SystemWorldToLocalRow1w
192 | Engine_Owner_SystemWorldToLocalRow2x
196 | Engine_Owner_SystemWorldToLocalRow2y
200 | Engine_Owner_SystemWorldToLocalRow2z
204 | Engine_Owner_SystemWorldToLocalRow2w
208 | Engine_Owner_SystemWorldToLocalRow3x
212 | Engine_Owner_SystemWorldToLocalRow3y
216 | Engine_Owner_SystemWorldToLocalRow3z
220 | Engine_Owner_SystemWorldToLocalRow3w
224 | Engine_Owner_SystemLocalToWorldTransposedRow0x
228 | Engine_Owner_SystemLocalToWorldTransposedRow0y
232 | Engine_Owner_SystemLocalToWorldTransposedRow0z
236 | Engine_Owner_SystemLocalToWorldTransposedRow0w
240 | Engine_Owner_SystemLocalToWorldTransposedRow1x
244 | Engine_Owner_SystemLocalToWorldTransposedRow1y
248 | Engine_Owner_SystemLocalToWorldTransposedRow1z
252 | Engine_Owner_SystemLocalToWorldTransposedRow1w
256 | Engine_Owner_SystemLocalToWorldTransposedRow2x
260 | Engine_Owner_SystemLocalToWorldTransposedRow2y
264 | Engine_Owner_SystemLocalToWorldTransposedRow2z
268 | Engine_Owner_SystemLocalToWorldTransposedRow2w
272 | Engine_Owner_SystemLocalToWorldTransposedRow3x
276 | Engine_Owner_SystemLocalToWorldTransposedRow3y
280 | Engine_Owner_SystemLocalToWorldTransposedRow3z
284 | Engine_Owner_SystemLocalToWorldTransposedRow3w
288 | Engine_Owner_SystemWorldToLocalTransposedRow0x
292 | Engine_Owner_SystemWorldToLocalTransposedRow0y
296 | Engine_Owner_SystemWorldToLocalTransposedRow0z
300 | Engine_Owner_SystemWorldToLocalTransposedRow0w
304 | Engine_Owner_SystemWorldToLocalTransposedRow1x
308 | Engine_Owner_SystemWorldToLocalTransposedRow1y
312 | Engine_Owner_SystemWorldToLocalTransposedRow1z
316 | Engine_Owner_SystemWorldToLocalTransposedRow1w
320 | Engine_Owner_SystemWorldToLocalTransposedRow2x
324 | Engine_Owner_SystemWorldToLocalTransposedRow2y
328 | Engine_Owner_SystemWorldToLocalTransposedRow2z
332 | Engine_Owner_SystemWorldToLocalTransposedRow2w
336 | Engine_Owner_SystemWorldToLocalTransposedRow3x
340 | Engine_Owner_SystemWorldToLocalTransposedRow3y
344 | Engine_Owner_SystemWorldToLocalTransposedRow3z
348 | Engine_Owner_SystemWorldToLocalTransposedRow3w
352 | Engine_Owner_SystemLocalToWorldNoScaleRow0x
356 | Engine_Owner_SystemLocalToWorldNoScaleRow0y
360 | Engine_Owner_SystemLocalToWorldNoScaleRow0z
364 | Engine_Owner_SystemLocalToWorldNoScaleRow0w
368 | Engine_Owner_SystemLocalToWorldNoScaleRow1x
372 | Engine_Owner_SystemLocalToWorldNoScaleRow1y
376 | Engine_Owner_SystemLocalToWorldNoScaleRow1z
380 | Engine_Owner_SystemLocalToWorldNoScaleRow1w
384 | Engine_Owner_SystemLocalToWorldNoScaleRow2x
388 | Engine_Owner_SystemLocalToWorldNoScaleRow2y
392 | Engine_Owner_SystemLocalToWorldNoScaleRow2z
396 | Engine_Owner_SystemLocalToWorldNoScaleRow2w
400 | Engine_Owner_SystemLocalToWorldNoScaleRow3x
404 | Engine_Owner_SystemLocalToWorldNoScaleRow3y
408 | Engine_Owner_SystemLocalToWorldNoScaleRow3z
412 | Engine_Owner_SystemLocalToWorldNoScaleRow3w
416 | Engine_Owner_SystemWorldToLocalNoScaleRow0x
420 | Engine_Owner_SystemWorldToLocalNoScaleRow0y
424 | Engine_Owner_SystemWorldToLocalNoScaleRow0z
428 | Engine_Owner_SystemWorldToLocalNoScaleRow0w
432 | Engine_Owner_SystemWorldToLocalNoScaleRow1x
436 | Engine_Owner_SystemWorldToLocalNoScaleRow1y
440 | Engine_Owner_SystemWorldToLocalNoScaleRow1z
444 | Engine_Owner_SystemWorldToLocalNoScaleRow1w
448 | Engine_Owner_SystemWorldToLocalNoScaleRow2x
452 | Engine_Owner_SystemWorldToLocalNoScaleRow2y
456 | Engine_Owner_SystemWorldToLocalNoScaleRow2z
460 | Engine_Owner_SystemWorldToLocalNoScaleRow2w
464 | Engine_Owner_SystemWorldToLocalNoScaleRow3x
468 | Engine_Owner_SystemWorldToLocalNoScaleRow3y
472 | Engine_Owner_SystemWorldToLocalNoScaleRow3z
476 | Engine_Owner_SystemWorldToLocalNoScaleRow3w
480 | Engine_Owner_Rotationx
484 | Engine_Owner_Rotationy
488 | Engine_Owner_Rotationz
492 | Engine_Owner_Rotationw
496 | Engine_Owner_Positionx
500 | Engine_Owner_Positiony
504 | Engine_Owner_Positionz
508 | Engine_Owner_PaddingInt32_0
512 | Engine_Owner_Velocityx
516 | Engine_Owner_Velocityy
520 | Engine_Owner_Velocityz
524 | Engine_Owner_PaddingInt32_1
528 | Engine_Owner_SystemXAxisx
532 | Engine_Owner_SystemXAxisy
536 | Engine_Owner_SystemXAxisz
540 | Engine_Owner_PaddingInt32_2
544 | Engine_Owner_SystemYAxisx
548 | Engine_Owner_SystemYAxisy
552 | Engine_Owner_SystemYAxisz
556 | Engine_Owner_PaddingInt32_3
560 | Engine_Owner_SystemZAxisx
564 | Engine_Owner_SystemZAxisy
568 | Engine_Owner_SystemZAxisz
572 | Engine_Owner_PaddingInt32_4
576 | Engine_Owner_Scalex
580 | Engine_Owner_Scaley
584 | Engine_Owner_Scalez
588 | Engine_Owner_PaddingInt32_5
592 | Engine_Owner_LWCTilex
596 | Engine_Owner_LWCTiley
600 | Engine_Owner_LWCTilez
604 | Engine_Owner_LWCTilew
608 | Engine_Emitter_NumParticles
612 | Engine_Emitter_TotalSpawnedParticles
616 | Engine_Emitter_SpawnCountScale
620 | Emitter_Age
624 | Emitter_RandomSeed
628 | Engine_Emitter_InstanceSeed
632 | Engine_Emitter_PaddingInt32_0
636 | Engine_Emitter_PaddingInt32_1
640 | Emitter_DistanceTraveled
644 | Engine_ExecutionCount
648 | Emitter_SpawnRate
652 | Emitter_SpawnInterval
656 | Emitter_InterpSpawnStartDt
660 | Emitter_SpawnGroup
664 | PREV_Engine_WorldDeltaTime
668 | PREV_Engine_DeltaTime
672 | PREV_Engine_InverseDeltaTime
676 | PREV_Engine_Time
680 | PREV_Engine_RealTime
684 | PREV_Engine_QualityLevel
688 | PREV_Engine_PaddingInt32_0
692 | PREV_Engine_PaddingInt32_1
696 | PREV_Engine_Owner_TimeSinceRendered
700 | PREV_Engine_Owner_LODDistance
704 | PREV_Engine_Owner_LODDistanceFraction
708 | PREV_Engine_System_Age
712 | PREV_Engine_Owner_ExecutionState
716 | PREV_Engine_System_TickCount
720 | PREV_Engine_System_NumEmitters
724 | PREV_Engine_System_NumEmittersAlive
728 | PREV_Engine_System_SignificanceIndex
732 | PREV_Engine_System_RandomSeed
736 | PREV_Engine_System_CurrentTimeStep
740 | PREV_Engine_System_NumTimeSteps
744 | PREV_Engine_System_TimeStepFraction
748 | PREV_Engine_System_PaddingInt32_0
752 | PREV_Engine_System_PaddingInt32_1
756 | PREV_Engine_System_PaddingInt32_2
760 | PREV_Engine_Owner_SystemLocalToWorldRow0x
764 | PREV_Engine_Owner_SystemLocalToWorldRow0y
768 | PREV_Engine_Owner_SystemLocalToWorldRow0z
772 | PREV_Engine_Owner_SystemLocalToWorldRow0w
776 | PREV_Engine_Owner_SystemLocalToWorldRow1x
780 | PREV_Engine_Owner_SystemLocalToWorldRow1y
784 | PREV_Engine_Owner_SystemLocalToWorldRow1z
788 | PREV_Engine_Owner_SystemLocalToWorldRow1w
792 | PREV_Engine_Owner_SystemLocalToWorldRow2x
796 | PREV_Engine_Owner_SystemLocalToWorldRow2y
800 | PREV_Engine_Owner_SystemLocalToWorldRow2z
804 | PREV_Engine_Owner_SystemLocalToWorldRow2w
808 | PREV_Engine_Owner_SystemLocalToWorldRow3x
812 | PREV_Engine_Owner_SystemLocalToWorldRow3y
816 | PREV_Engine_Owner_SystemLocalToWorldRow3z
820 | PREV_Engine_Owner_SystemLocalToWorldRow3w
824 | PREV_Engine_Owner_SystemWorldToLocalRow0x
828 | PREV_Engine_Owner_SystemWorldToLocalRow0y
832 | PREV_Engine_Owner_SystemWorldToLocalRow0z
836 | PREV_Engine_Owner_SystemWorldToLocalRow0w
840 | PREV_Engine_Owner_SystemWorldToLocalRow1x
844 | PREV_Engine_Owner_SystemWorldToLocalRow1y
848 | PREV_Engine_Owner_SystemWorldToLocalRow1z
852 | PREV_Engine_Owner_SystemWorldToLocalRow1w
856 | PREV_Engine_Owner_SystemWorldToLocalRow2x
860 | PREV_Engine_Owner_SystemWorldToLocalRow2y
864 | PREV_Engine_Owner_SystemWorldToLocalRow2z
868 | PREV_Engine_Owner_SystemWorldToLocalRow2w
872 | PREV_Engine_Owner_SystemWorldToLocalRow3x
876 | PREV_Engine_Owner_SystemWorldToLocalRow3y
880 | PREV_Engine_Owner_SystemWorldToLocalRow3z
884 | PREV_Engine_Owner_SystemWorldToLocalRow3w
888 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow0x
892 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow0y
896 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow0z
900 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow0w
904 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow1x
908 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow1y
912 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow1z
916 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow1w
920 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow2x
924 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow2y
928 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow2z
932 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow2w
936 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow3x
940 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow3y
944 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow3z
948 | PREV_Engine_Owner_SystemLocalToWorldTransposedRow3w
952 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow0x
956 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow0y
960 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow0z
964 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow0w
968 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow1x
972 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow1y
976 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow1z
980 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow1w
984 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow2x
988 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow2y
992 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow2z
996 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow2w
1000 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow3x
1004 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow3y
1008 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow3z
1012 | PREV_Engine_Owner_SystemWorldToLocalTransposedRow3w
1016 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow0x
1020 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow0y
1024 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow0z
1028 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow0w
1032 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow1x
1036 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow1y
1040 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow1z
1044 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow1w
1048 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow2x
1052 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow2y
1056 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow2z
1060 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow2w
1064 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow3x
1068 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow3y
1072 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow3z
1076 | PREV_Engine_Owner_SystemLocalToWorldNoScaleRow3w
1080 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow0x
1084 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow0y
1088 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow0z
1092 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow0w
1096 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow1x
1100 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow1y
1104 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow1z
1108 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow1w
1112 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow2x
1116 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow2y
1120 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow2z
1124 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow2w
1128 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow3x
1132 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow3y
1136 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow3z
1140 | PREV_Engine_Owner_SystemWorldToLocalNoScaleRow3w
1144 | PREV_Engine_Owner_Rotationx
1148 | PREV_Engine_Owner_Rotationy
1152 | PREV_Engine_Owner_Rotationz
1156 | PREV_Engine_Owner_Rotationw
1160 | PREV_Engine_Owner_Positionx
1164 | PREV_Engine_Owner_Positiony
1168 | PREV_Engine_Owner_Positionz
1172 | PREV_Engine_Owner_PaddingInt32_0
1176 | PREV_Engine_Owner_Velocityx
1180 | PREV_Engine_Owner_Velocityy
1184 | PREV_Engine_Owner_Velocityz
1188 | PREV_Engine_Owner_PaddingInt32_1
1192 | PREV_Engine_Owner_SystemXAxisx
1196 | PREV_Engine_Owner_SystemXAxisy
1200 | PREV_Engine_Owner_SystemXAxisz
1204 | PREV_Engine_Owner_PaddingInt32_2
1208 | PREV_Engine_Owner_SystemYAxisx
1212 | PREV_Engine_Owner_SystemYAxisy
1216 | PREV_Engine_Owner_SystemYAxisz
1220 | PREV_Engine_Owner_PaddingInt32_3
1224 | PREV_Engine_Owner_SystemZAxisx
1228 | PREV_Engine_Owner_SystemZAxisy
1232 | PREV_Engine_Owner_SystemZAxisz
1236 | PREV_Engine_Owner_PaddingInt32_4
1240 | PREV_Engine_Owner_Scalex
1244 | PREV_Engine_Owner_Scaley
1248 | PREV_Engine_Owner_Scalez
1252 | PREV_Engine_Owner_PaddingInt32_5
1256 | PREV_Engine_Owner_LWCTilex
1260 | PREV_Engine_Owner_LWCTiley
1264 | PREV_Engine_Owner_LWCTilez
1268 | PREV_Engine_Owner_LWCTilew
1272 | PREV_Engine_Emitter_NumParticles
1276 | PREV_Engine_Emitter_TotalSpawnedParticles
1280 | PREV_Engine_Emitter_SpawnCountScale
1284 | PREV_Emitter_Age
1288 | PREV_Emitter_RandomSeed
1292 | PREV_Engine_Emitter_InstanceSeed
1296 | PREV_Engine_Emitter_PaddingInt32_0
1300 | PREV_Engine_Emitter_PaddingInt32_1
1304 | PREV_Emitter_DistanceTraveled
1308 | PREV_Engine_ExecutionCount
1312 | PREV_Emitter_SpawnRate
1316 | PREV_Emitter_SpawnInterval
1320 | PREV_Emitter_InterpSpawnStartDt
1324 | PREV_Emitter_SpawnGroup
1328 | 12
1332 | 13
1336 | 1
1340 | 1
1344 | 5
1348 | 30
1352 | 0.5
1356 | 0.75
1360 | 0.100000024
1364 | 2
1368 | 6.28318548
1372 | 2
1376 | -1
1380 | 0
1384 | 0.333332986
1388 | 800
1392 | -5
1396 | 20
1400 | 15
1404 | -10
1408 | 3
1412 | 0.300000012
1416 | 0.100000001
1420 | 1.5
1424 | 0.25
1428 | 14
1432 | 5
1436 | 9.99999975e-06
1440 | 9.99999975e-05
1444 | True
1448 | False
1452 | 7
1456 | 9.99999944e-11
1460 | 0
1464 | 300
1468 | 8
1472 | 11
1476 | 1664525
1480 | 1013904223
1484 | 125
1488 | 0.0299999993
1492 | 16777215
1496 | 16777216
1500 | 4096
1504 | 0.649999976
1508 | 0.125
1512 | 0.370000005
1516 | 200
1520 | 9
1524 | 6.28318977
1528 | 10
1532 | 9.99999997e-07
-------------------------------
Byte Code (269 Ops)
-------------------------------
0	| enter_stat_scope(C[1328]);
1	| R[0] = __OP__88;
2	| R[1] = addi(C[612], R[0]);
3	| R[0] = __OP__88;
4	| R[2] = i2f(R[0]);
5	| R[0] = mad(C[652], R[2], C[656]);
6	| R[2] = sub(C[4], R[0]);
7	| R[3] = mul(R[0], C[8]);
8	| R[0] = lerp(C[1160], C[496], R[3]);
9	| R[4] = lerp(C[1164], C[500], R[3]);
10	| R[5] = lerp(C[1168], C[504], R[3]);
11	| enter_stat_scope(C[1332]);
12	| R[3] = random(C[1336]);
13	| enter_stat_scope(C[1340]);
14	| R[6] = random(C[1344]);
15	| R[7] = add(C[1348], R[6]);
16	| R[6] = random(C[1352]);
17	| R[8] = add(C[1356], R[6]);
18	| R[6] = random(C[1360]);
19	| R[9] = add(C[1336], R[6]);
20	| exit_stat_scope();
21	| enter_stat_scope(C[1364]);
22	| R[6] = random(C[1368]);
23	| R[10] = random(C[1372]);
24	| R[11] = random(C[1336]);
25	| R[12] = add(C[1376], R[10]);
26	| R[10] = mul(R[12], R[12]);
27	| R[13] = sub(C[1336], R[10]);
28	| R[10] = sqrt(R[13]);
29	| R[13] = cos(R[6]);
30	| R[14] = mul(R[13], R[10]);
31	| R[13] = sin(R[6]);
32	| R[6] = mul(R[13], R[10]);
33	| R[10] = max(C[1380], R[11]);
34	| R[11] = pow(R[10], C[1384]);
35	| R[10] = mul(R[14], R[11]);
36	| R[13] = mul(R[6], R[11]);
37	| R[6] = mul(R[12], R[11]);
38	| R[11] = mul(C[1388], R[10]);
39	| R[10] = mul(C[1388], R[13]);
40	| R[12] = mul(C[1388], R[6]);
41	| R[6] = mul(C[96], R[11]);
42	| R[13] = mul(C[100], R[11]);
43	| R[14] = mul(C[104], R[11]);
44	| R[15] = mul(C[108], R[11]);
45	| R[11] = mad(C[112], R[10], R[6]);
46	| R[6] = mad(C[116], R[10], R[13]);
47	| R[13] = mad(C[120], R[10], R[14]);
48	| R[14] = mad(C[124], R[10], R[15]);
49	| R[10] = mad(C[128], R[12], R[11]);
50	| R[11] = mad(C[132], R[12], R[6]);
51	| R[6] = mad(C[136], R[12], R[13]);
52	| R[12] = add(R[0], R[10]);
53	| R[0] = add(R[4], R[11]);
54	| R[4] = add(R[5], R[6]);
55	| exit_stat_scope();
56	| R[5] = random(C[1392]);
57	| R[6] = random(C[1392]);
58	| R[10] = random(C[1396]);
59	| R[11] = add(C[1400], R[5]);
60	| R[5] = add(C[1400], R[6]);
61	| R[6] = add(C[1404], R[10]);
62	| enter_stat_scope(C[1408]);
63	| R[10] = mul(C[352], R[11]);
64	| R[13] = mul(C[356], R[11]);
65	| R[14] = mul(C[360], R[11]);
66	| R[15] = mul(C[364], R[11]);
67	| R[11] = mad(C[368], R[5], R[10]);
68	| R[10] = mad(C[372], R[5], R[13]);
69	| R[13] = mad(C[376], R[5], R[14]);
70	| R[14] = mad(C[380], R[5], R[15]);
71	| R[5] = mad(C[384], R[6], R[11]);
72	| R[11] = mad(C[388], R[6], R[10]);
73	| R[10] = mad(C[392], R[6], R[13]);
74	| exit_stat_scope();
75	| R[6] = random(C[1412]);
76	| R[13] = add(C[1416], R[6]);
77	| R[6] = random(C[1336]);
78	| R[14] = add(C[1420], R[6]);
79	| R[6] = random(C[1424]);
80	| R[15] = add(C[1336], R[6]);
81	| R[6] = random(C[1424]);
82	| R[16] = add(C[1336], R[6]);
83	| exit_stat_scope();
84	| enter_stat_scope(C[1428]);
85	| enter_stat_scope(C[1432]);
86	| R[6] = max(R[7], C[1436]);
87	| R[17] = sub(R[6], C[1440]);
88	| R[18] = cmplt(R[2], R[17]);
89	| R[17] = select(R[18], C[1444], C[1448]);
90	| R[18] = div(R[2], R[6]);
91	| exit_stat_scope();
92	| enter_stat_scope(C[1452]);
93	| R[6] = sub(C[496], R[12]);
94	| R[19] = sub(C[500], R[0]);
95	| R[20] = sub(C[504], R[4]);
96	| R[21] = mul(R[19], R[19]);
97	| R[22] = mad(R[6], R[6], R[21]);
98	| R[21] = mad(R[20], R[20], R[22]);
99	| R[22] = cmplt(R[21], C[1456]);
100	| R[23] = rsq(R[21]);
101	| R[21] = mul(R[6], R[23]);
102	| R[6] = mul(R[19], R[23]);
103	| R[19] = mul(R[20], R[23]);
104	| R[20] = b2i(R[22]);
105	| R[22] = cmpeqi(R[20], C[1460]);
106	| R[20] = select(R[22], R[21], C[1380]);
107	| R[21] = select(R[22], R[6], C[1380]);
108	| R[6] = select(R[22], R[19], C[1336]);
109	| R[19] = neg(R[20]);
110	| R[22] = lerp(R[20], C[1380], C[1416]);
111	| R[20] = lerp(R[21], C[1380], C[1416]);
112	| R[23] = lerp(R[6], C[1380], C[1416]);
113	| R[6] = add(R[21], R[22]);
114	| R[21] = add(R[19], R[20]);
115	| R[19] = add(C[1380], R[23]);
116	| R[20] = mul(R[21], R[21]);
117	| R[22] = mad(R[6], R[6], R[20]);
118	| R[20] = mad(R[19], R[19], R[22]);
119	| R[22] = rsq(R[20]);
120	| R[20] = mul(R[6], R[22]);
121	| R[6] = mul(R[21], R[22]);
122	| R[21] = mul(R[19], R[22]);
123	| R[19] = mul(R[20], C[1464]);
124	| R[20] = mul(R[6], C[1464]);
125	| R[6] = mul(R[21], C[1464]);
126	| exit_stat_scope();
127	| enter_stat_scope(C[1468]);
128	| R[21] = muli(C[1472], C[1476]);
129	| R[22] = muli(C[624], C[1476]);
130	| R[23] = muli(C[1340], C[1476]);
131	| R[24] = addi(R[21], C[1480]);
132	| R[21] = addi(R[22], C[1480]);
133	| R[22] = addi(R[23], C[1480]);
134	| R[23] = muli(R[21], R[22]);
135	| R[25] = addi(R[24], R[23]);
136	| R[23] = muli(R[22], R[25]);
137	| R[24] = addi(R[21], R[23]);
138	| R[21] = muli(R[25], R[24]);
139	| R[23] = addi(R[22], R[21]);
140	| R[21] = muli(R[24], R[23]);
141	| R[22] = addi(R[25], R[21]);
142	| R[21] = muli(R[23], R[22]);
143	| R[25] = addi(R[24], R[21]);
144	| R[21] = muli(R[22], R[25]);
145	| R[24] = addi(R[23], R[21]);
146	| R[21] = mul(C[1484], C[1488]);
147	| R[23] = mul(C[1484], C[1488]);
148	| R[26] = mul(C[1484], C[1488]);
149	| R[27] = bit_rshift(R[22], C[1468]);
150	| R[22] = bit_rshift(R[25], C[1468]);
151	| R[25] = bit_rshift(R[24], C[1468]);
152	| R[24] = bit_and(R[27], C[1492]);
153	| R[27] = bit_and(R[22], C[1492]);
154	| R[22] = bit_and(R[25], C[1492]);
155	| R[25] = i2f(R[24]);
156	| R[24] = i2f(R[27]);
157	| R[27] = i2f(R[22]);
158	| R[22] = div(R[25], C[1496]);
159	| R[24] = mul(R[22], C[1500]);
160	| R[22] = div(R[12], C[576]);
161	| R[25] = div(R[0], C[580]);
162	| R[27] = div(R[4], C[584]);
163	| R[28] = mad(C[1504], R[24], R[22]);
164	| R[22] = mad(C[1508], R[24], R[25]);
165	| R[25] = mad(C[1512], R[24], R[27]);
166	| R[24] = mul(R[21], R[28]);
167	| R[21] = mul(R[23], R[22]);
168	| R[22] = mul(R[26], R[25]);
169	| SampleField_Emitter_VectorField32[func0](R[24], R[21], R[22], R[23], R[25], R[26]);
170	| R[21] = mad(R[23], C[1516], R[19]);
171	| R[19] = mad(R[25], C[1516], R[20]);
172	| R[20] = mad(R[26], C[1516], R[6]);
173	| exit_stat_scope();
174	| SampleVectorCurve_Emitter_ScaleFactor_VectorCurve[func1](R[18], R[6], R[22], R[23]);
175	| enter_stat_scope(C[1520]);
176	| R[24] = mul(R[9], R[6]);
177	| R[6] = mul(R[9], R[22]);
178	| R[22] = mul(R[9], R[23]);
179	| exit_stat_scope();
180	| R[23] = random(C[1524]);
181	| R[25] = random(C[1372]);
182	| R[26] = add(C[1376], R[25]);
183	| R[25] = mul(R[26], R[26]);
184	| R[27] = sub(C[1336], R[25]);
185	| R[25] = sqrt(R[27]);
186	| R[27] = cos(R[23]);
187	| R[28] = mul(R[27], R[25]);
188	| R[27] = sin(R[23]);
189	| R[23] = mul(R[27], R[25]);
190	| enter_stat_scope(C[1528]);
191	| R[25] = sub(R[12], C[496]);
192	| R[27] = sub(R[0], C[500]);
193	| R[29] = sub(R[4], C[504]);
194	| R[30] = mul(R[27], R[27]);
195	| R[31] = mad(R[25], R[25], R[30]);
196	| R[30] = mad(R[29], R[29], R[31]);
197	| R[31] = cmplt(R[30], C[1456]);
198	| R[32] = rsq(R[30]);
199	| R[30] = mul(R[25], R[32]);
200	| R[25] = mul(R[27], R[32]);
201	| R[27] = mul(R[29], R[32]);
202	| R[29] = b2i(R[31]);
203	| R[31] = cmpeqi(R[29], C[1460]);
204	| R[29] = select(R[31], R[30], R[28]);
205	| R[28] = select(R[31], R[25], R[23]);
206	| R[23] = select(R[31], R[27], R[26]);
207	| R[25] = mul(R[29], C[1516]);
208	| R[26] = mul(R[28], C[1516]);
209	| R[27] = mul(R[23], C[1516]);
210	| R[23] = add(R[21], R[25]);
211	| R[21] = add(R[19], R[26]);
212	| R[19] = add(R[20], R[27]);
213	| exit_stat_scope();
214	| enter_stat_scope(C[1472]);
215	| R[20] = max(R[8], C[1532]);
216	| R[25] = rcp(R[20]);
217	| R[20] = mul(R[25], R[23]);
218	| R[23] = mul(R[25], R[21]);
219	| R[21] = mul(R[25], R[19]);
220	| R[19] = mad(R[20], R[2], R[5]);
221	| R[20] = mad(R[23], R[2], R[11]);
222	| R[23] = mad(R[21], R[2], R[10]);
223	| R[21] = mad(C[1352], R[2], C[1336]);
224	| R[25] = div(R[19], R[21]);
225	| R[19] = div(R[20], R[21]);
226	| R[20] = div(R[23], R[21]);
227	| R[21] = mad(R[25], R[2], R[12]);
228	| R[23] = mad(R[19], R[2], R[0]);
229	| R[26] = mad(R[20], R[2], R[4]);
230	| exit_stat_scope();
231	| exit_stat_scope();
232	| [R][27] = AcquireIndex(0, [R][17]);
233	| OutputDataFloat(0, 0, [R][27], [R][2]);
234	| OutputDataFloat(0, 1, [R][27], [C][1336]);
235	| OutputDataFloat(0, 2, [R][27], [C][1336]);
236	| OutputDataFloat(0, 3, [R][27], [C][1336]);
237	| OutputDataFloat(0, 4, [R][27], [C][1336]);
238	| OutputDataFloat(0, 5, [R][27], [R][13]);
239	| OutputDataFloat(0, 6, [R][27], [R][14]);
240	| OutputDataFloat(0, 7, [R][27], [R][15]);
241	| OutputDataFloat(0, 8, [R][27], [R][16]);
242	| OutputDataFloat(0, 9, [R][27], [R][9]);
243	| OutputDataFloat(0, 10, [R][27], [R][9]);
244	| OutputDataFloat(0, 11, [R][27], [R][9]);
245	| OutputDataFloat(0, 12, [R][27], [R][7]);
246	| OutputDataFloat(0, 13, [R][27], [R][8]);
247	| OutputDataFloat(0, 14, [R][27], [R][3]);
248	| OutputDataFloat(0, 15, [R][27], [R][18]);
249	| OutputDataFloat(0, 16, [R][27], [R][21]);
250	| OutputDataFloat(0, 17, [R][27], [R][23]);
251	| OutputDataFloat(0, 18, [R][27], [R][26]);
252	| OutputDataFloat(0, 19, [R][27], [R][12]);
253	| OutputDataFloat(0, 20, [R][27], [R][0]);
254	| OutputDataFloat(0, 21, [R][27], [R][4]);
255	| OutputDataFloat(0, 22, [R][27], [R][9]);
256	| OutputDataFloat(0, 23, [R][27], [R][9]);
257	| OutputDataFloat(0, 24, [R][27], [R][9]);
258	| OutputDataFloat(0, 25, [R][27], [R][5]);
259	| OutputDataFloat(0, 26, [R][27], [R][11]);
260	| OutputDataFloat(0, 27, [R][27], [R][10]);
261	| OutputDataFloat(0, 28, [R][27], [R][24]);
262	| OutputDataFloat(0, 29, [R][27], [R][6]);
263	| OutputDataFloat(0, 30, [R][27], [R][22]);
264	| OutputDataInt(0, 0, [R][27], [R][1]);
265	| OutputDataFloat(0, 31, [R][27], [R][25]);
266	| OutputDataFloat(0, 32, [R][27], [R][19]);
267	| OutputDataFloat(0, 33, [R][27], [R][20]);
268	| exit_stat_scope();
-------------------------------
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M<00><><00><>// Shader generated by Niagara HLSL Translator

// Compile Tags: 
//	Variable: "bIsInfinitelyLived(False)" StringValue: "" 
//	Variable: "bCanDieWhenEmitterDeactivates(True)" StringValue: "" 
//	Variable: "Particles.DistanceTraveled((null))" StringValue: "Trimmed" 
//	Variable: "Particles.Presolve.Velocity((null))" StringValue: "Trimmed" 
//	Variable: "Particles.Presolve.Position((null))" StringValue: "Trimmed" 
//	Variable: "Particles.Presolve.PhysicsForce((null))" StringValue: "Trimmed" 
//	Variable: "Particles.SpriteSize((null))" StringValue: "Trimmed" 
//	Variable: "Particles.SpriteRotation((null))" StringValue: "Trimmed" 
//	Variable: "Particles.RibbonUVDistance((null))" StringValue: "Trimmed" 

// Compile Data> Static Variables Input: 
//	Variable: Constants.Emitter.SolveForcesAndVelocity.Manually Enable Rotational Solver(False) 
//	Variable: SolveForcesAndVelocity.Manually Enable Rotational Solver(False) 

// Compile Data> PinToConstantValues Input: 
//	Pin: /Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
//	Pin: /Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver Value: False
//	Pin: /Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0


struct NiagaraID
{
	int Index;
	int AcquireTag;
};

cbuffer FNiagaraGlobalParameters
{
	float Engine_WorldDeltaTime;
	float Engine_DeltaTime;
	float Engine_InverseDeltaTime;
	float Engine_Time;
	float Engine_RealTime;
	int Engine_QualityLevel;
	int Engine_PaddingInt32_0;
	int Engine_PaddingInt32_1;
}

cbuffer FNiagaraSystemParameters
{
	float Engine_Owner_TimeSinceRendered;
	float Engine_Owner_LODDistance;
	float Engine_Owner_LODDistanceFraction;
	float Engine_System_Age;
	int Engine_Owner_ExecutionState;
	int Engine_System_TickCount;
	int Engine_System_NumEmitters;
	int Engine_System_NumEmittersAlive;
	int Engine_System_SignificanceIndex;
	int Engine_System_RandomSeed;
	int Engine_System_CurrentTimeStep;
	int Engine_System_NumTimeSteps;
	float Engine_System_TimeStepFraction;
	int Engine_System_PaddingInt32_0;
	int Engine_System_PaddingInt32_1;
	int Engine_System_PaddingInt32_2;
}

cbuffer FNiagaraOwnerParameters
{
	float4x4 Engine_Owner_SystemLocalToWorld;
	float4x4 Engine_Owner_SystemWorldToLocal;
	float4x4 Engine_Owner_SystemLocalToWorldTransposed;
	float4x4 Engine_Owner_SystemWorldToLocalTransposed;
	float4x4 Engine_Owner_SystemLocalToWorldNoScale;
	float4x4 Engine_Owner_SystemWorldToLocalNoScale;
	float4 Engine_Owner_Rotation;
	float3 Engine_Owner_Position;
	int Engine_Owner_PaddingInt32_0;
	float3 Engine_Owner_Velocity;
	int Engine_Owner_PaddingInt32_1;
	float3 Engine_Owner_SystemXAxis;
	int Engine_Owner_PaddingInt32_2;
	float3 Engine_Owner_SystemYAxis;
	int Engine_Owner_PaddingInt32_3;
	float3 Engine_Owner_SystemZAxis;
	int Engine_Owner_PaddingInt32_4;
	float3 Engine_Owner_Scale;
	int Engine_Owner_PaddingInt32_5;
	float4 Engine_Owner_LWCTile;
}

cbuffer FNiagaraEmitterParameters
{
	int Engine_Emitter_NumParticles;
	int Engine_Emitter_TotalSpawnedParticles;
	float Engine_Emitter_SpawnCountScale;
	float Emitter_Age;
	int Emitter_RandomSeed;
	int Engine_Emitter_InstanceSeed;
	int Engine_Emitter_PaddingInt32_0;
	int Engine_Emitter_PaddingInt32_1;
}

cbuffer FNiagaraExternalParameters
{
}

struct FParamMap0_VortexForce
{
	float3 VortexOrigin;
};

struct FParamMap0_VectorFromCurve
{
	float CurveIndex;
};

struct FParamMap0_Transient
{
	float3 AdvectionVelocity;
	bool DragIgnoreMass;
	bool FirstFrame;
	float3 MeshScaleFactor;
	float PhysicsDeltaTime;
	float PhysicsDrag;
	float3 PhysicsForce;
	float PhysicsRotationalDrag;
};

struct FParamMap0_SolveForcesAndVelocity
{
	float DeltaTime;
	float3 Force;
	float Mass;
	float3 Position;
	float3 PreviousVelocity;
	float3 Velocity;
	bool WritetoIntrinsicProperties;
};

struct FParamMap0_ScaleMeshSize
{
	float3 InitialMeshScale;
	float3 ScaleFactor;
};

struct FParamMap0_PointForce
{
	float3 FallbackVector;
	float3 ForceOrigin;
	bool InvertFalloff;
	float3 ParticlePosition;
	bool UseFalloff;
	bool UseLinearForce;
};

struct FParamMap0_ParticleState
{
	float DeltaTime;
	float Lifetime;
};

struct FParamMap0_Particles_Previous
{
	float3 Position;
	float3 Scale;
	float3 Velocity;
};

struct FParamMap0_Particles_Presolve
{
	float3 PhysicsForce;
	float3 Position;
	float3 Velocity;
};

struct FParamMap0_Particles_Initial
{
	float3 Scale;
};

struct FParamMap0_Particles
{
	float Age;
	float4 Color;
	float DistanceTraveled;
	float4 DynamicMaterialParameter;
	FParamMap0_Particles_Initial Initial;
	float Lifetime;
	float Mass;
	float MaterialRandom;
	float NormalizedAge;
	float3 Position;
	FParamMap0_Particles_Presolve Presolve;
	FParamMap0_Particles_Previous Previous;
	float RibbonUVDistance;
	float3 Scale;
	float SpriteRotation;
	float2 SpriteSize;
	int UniqueID;
	float3 Velocity;
};

struct FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity
{
	float IncomingPhysicsDrag;
	float3 IncomingPhysicsForce;
	float3 Position;
	float3 Velocity;
};

struct FParamMap0_OUTPUT_VAR_PointForce
{
	float NormalizedDistance;
	float NormalizedDistanceInverted;
	float NormalizedFalloff;
	bool WithinRange;
};

struct FParamMap0_OUTPUT_VAR_ParticleState
{
	bool FirstFrame;
};

struct FParamMap0_OUTPUT_VAR_CurlNoiseForce
{
	float3 CurlNoiseForce;
};

struct FParamMap0_OUTPUT_VAR
{
	FParamMap0_OUTPUT_VAR_CurlNoiseForce CurlNoiseForce;
	FParamMap0_OUTPUT_VAR_ParticleState ParticleState;
	FParamMap0_OUTPUT_VAR_PointForce PointForce;
	FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity SolveForcesAndVelocity;
};

struct FParamMap0_Local_VortexForce
{
	float ForceAmount;
	float InverseNormalizedRange;
	float NormalizedRange;
	float3 OriginVector;
	float3 ParticlesPosition;
	float3 VortexOrigin;
	float3 VortexVector;
};

struct FParamMap0_Local_SolveForcesAndVelocity
{
	float3 AdvectionVelocity;
	float DeltaTime;
	bool DragIgnoreMass;
	float3 DragVelocity;
	float InverseDeltaTime;
	float InverseMass;
	float Mass;
	float PhysicsDrag;
	float3 PhysicsForce;
};

struct FParamMap0_Local_PointForce
{
	float3 ForceFromPoint;
};

struct FParamMap0_Local_CurlNoiseForce
{
	float AgeAdvancement;
	float Falloff;
	float NoiseFrequencyScaled;
	float3 RandomizationOffset;
	float3 SampledNoise;
	float3 SamplePosition;
};

struct FParamMap0_Local
{
	FParamMap0_Local_CurlNoiseForce CurlNoiseForce;
	FParamMap0_Local_PointForce PointForce;
	FParamMap0_Local_SolveForcesAndVelocity SolveForcesAndVelocity;
	FParamMap0_Local_VortexForce VortexForce;
};

struct FParamMap0_Engine_System
{
	float Age;
	int CurrentTimeStep;
	int NumEmitters;
	int NumEmittersAlive;
	int NumTimeSteps;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int PaddingInt32_2;
	int RandomSeed;
	int SignificanceIndex;
	int TickCount;
	float TimeStepFraction;
};

struct FParamMap0_Engine_Owner
{
	int ExecutionState;
	float LODDistance;
	float LODDistanceFraction;
	float4 LWCTile;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int PaddingInt32_2;
	int PaddingInt32_3;
	int PaddingInt32_4;
	int PaddingInt32_5;
	float3 Position;
	float4 Rotation;
	float3 Scale;
	float4x4 SystemLocalToWorld;
	float4x4 SystemLocalToWorldNoScale;
	float4x4 SystemLocalToWorldTransposed;
	float4x4 SystemWorldToLocal;
	float4x4 SystemWorldToLocalNoScale;
	float4x4 SystemWorldToLocalTransposed;
	float3 SystemXAxis;
	float3 SystemYAxis;
	float3 SystemZAxis;
	float TimeSinceRendered;
	float3 Velocity;
};

struct FParamMap0_Engine_Emitter
{
	int InstanceSeed;
	int NumParticles;
	int PaddingInt32_0;
	int PaddingInt32_1;
	float SpawnCountScale;
	int TotalSpawnedParticles;
};

struct FParamMap0_Engine
{
	float DeltaTime;
	FParamMap0_Engine_Emitter Emitter;
	float InverseDeltaTime;
	FParamMap0_Engine_Owner Owner;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int QualityLevel;
	float RealTime;
	FParamMap0_Engine_System System;
	float Time;
	float WorldDeltaTime;
};

struct FParamMap0_Emitter
{
	float Age;
	int RandomSeed;
};

struct FParamMap0_DataInstance
{
	bool Alive;
};

struct FParamMap0_CurlNoiseForce
{
	float CurlNoiseConeMaskAngle;
	float3 CurlNoiseConeMaskAxis;
	float CurlNoiseConeMaskFalloffAngle;
	float3 SamplePosition;
};

struct FParamMap0_Array_Previous
{
	int Position;
	int Scale;
	int Velocity;
};

struct FParamMap0_Array_Presolve
{
	int PhysicsForce;
	int Position;
	int Velocity;
};

struct FParamMap0_Array_Initial
{
	int Scale;
};

struct FParamMap0_Array
{
	int Age;
	int Color;
	int DistanceTraveled;
	int DynamicMaterialParameter;
	FParamMap0_Array_Initial Initial;
	int Lifetime;
	int Mass;
	int MaterialRandom;
	int NormalizedAge;
	int Position;
	FParamMap0_Array_Presolve Presolve;
	FParamMap0_Array_Previous Previous;
	int RibbonUVDistance;
	int Scale;
	int SpriteRotation;
	int SpriteSize;
	int UniqueID;
	int Velocity;
};

struct FParamMap0
{
	FParamMap0_Array Array;
	FParamMap0_CurlNoiseForce CurlNoiseForce;
	FParamMap0_DataInstance DataInstance;
	FParamMap0_Emitter Emitter;
	FParamMap0_Engine Engine;
	FParamMap0_Local Local;
	FParamMap0_OUTPUT_VAR OUTPUT_VAR;
	FParamMap0_Particles Particles;
	FParamMap0_ParticleState ParticleState;
	FParamMap0_PointForce PointForce;
	FParamMap0_ScaleMeshSize ScaleMeshSize;
	FParamMap0_SolveForcesAndVelocity SolveForcesAndVelocity;
	FParamMap0_Transient Transient;
	FParamMap0_VectorFromCurve VectorFromCurve;
	FParamMap0_VortexForce VortexForce;
};

struct FSimulationContext
{
	FParamMap0 Map;
};

static float HackSpawnInterp = 1.0;
void ParticleState_Emitter_Func_(inout FSimulationContext Context);
void Drag_Emitter_Func_(inout FSimulationContext Context);
void VortexForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context);
void NiagaraScript_138_Particle_Func_(float3 In_V, float3 In_Fallback, float In_Threshold, out float3 Out_Direction, out float Out_Length, out bool Out_BelowThreshold, inout FSimulationContext Context);
void NiagaraScript_170_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, float3 In_FallbackVector, out float Out_NormalizedRange, out float Out_InverseNormalizedRange, out float3 Out_NormalizedVectorBetweenPositions, out bool Out_WithinRange, inout FSimulationContext Context);
void VortexForce_Emitter_Func_(inout FSimulationContext Context);
void SampleField_Emitter_VectorField32(float3 In_SamplePoint, out float3 Out_SampledValue);
void CurlNoiseForce_Emitter_Func_(int In_Emitter_RandomSeed, inout FSimulationContext Context);
void SampleVectorCurve_Emitter_ScaleFactor_VectorCurve(float In_X, out float3 Out_Value);
void VectorFromCurve_Emitter_Func_(out float3 Out_Value, inout FSimulationContext Context);
void ScaleMeshSize_Emitter_Func_(inout FSimulationContext Context);
void PointForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context);
void NiagaraScript_167_Emitter_Determinism_false_Particle_Func_(int In_Seed, int In_Engine_System_TickCount, bool In_OverrideSeed, int In_Particles_UniqueID, int In_Emitter_RandomSeed, bool In_FixedOverrideSeed, int In_RandomnessMode, out NiagaraRandInfo Out_RandomInfo, out bool Out_UseDeterministicRandoms, inout FSimulationContext Context);
void NiagaraScript_166_Func_(float2 In_Min, float2 In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float2 Out_Result, inout FSimulationContext Context);
void NiagaraScript_168_Func_(float In_Min, float In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float Out_Result, inout FSimulationContext Context);
void NiagaraScript_165_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float3 Out_UnitVector3D, out float2 Out_UnitVector2D, inout FSimulationContext Context);
void NiagaraScript_164_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float3 Out_Vector, inout FSimulationContext Context);
void NiagaraScript_169_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, bool In_InvertFalloff, float In_FalloffScale, float3 In_FallbackVector, out float Out_Falloff, out float Out_NormalizedFalloff, out float3 Out_NormalizedVectorBetweenPositions, out float Out_NormalizedDistance, out float Out_NormalizedDistanceInverted, out bool Out_PositionIsWithinRange, inout FSimulationContext Context);
void PointForce_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_158_Particle_Func_(float3 In_Velocity, float3 In_AdvectionVelocity, float In_InverseMass, float In_Drag, float In_DeltaTime, bool In_IgnoreMass, out float3 Out_Output, inout FSimulationContext Context);
void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
void ParticleState_Emitter_Func_(inout FSimulationContext Context)
{
	bool Result = NiagaraAll(Context.Map.Particles.Age <= Context.Map.Engine.DeltaTime);
	Context.Map.OUTPUT_VAR.ParticleState.FirstFrame = Result;
	Context.Map.Transient.FirstFrame = Result;
	float Result1 = Context.Map.Particles.Age + Context.Map.ParticleState.DeltaTime;
	float Constant1 = 1e-05;
	float Result2 = max(Context.Map.ParticleState.Lifetime, Constant1);
	float Constant2 = 0.0001;
	float Result3 = Result2 - Constant2;
	bool Result4 = NiagaraAll(Result1 < Result3);
	bool Constant3 = false;
	bool bool_IfResult;
	if(Result4)
	{
	bool_IfResult = Context.Map.DataInstance.Alive;
	}
	else
	{
	bool_IfResult = Constant3;
	}
	float Result5 = Result1 / Result2;
	Context.Map.DataInstance.Alive = bool_IfResult;
	Context.Map.Particles.Age = Result1;
	Context.Map.Particles.NormalizedAge = Result5;
	bool Constant4 = false;
	bool Constant5 = true;
}

void Drag_Emitter_Func_(inout FSimulationContext Context)
{
	float Constant10 = 0.5;
	float Result6 = Constant10 + Context.Map.Transient.PhysicsDrag;
	Context.Map.Transient.PhysicsDrag = Result6;
	float Constant11 = 1;
	Context.Map.Transient.PhysicsRotationalDrag = Context.Map.Transient.PhysicsRotationalDrag;
}

void VortexForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context)
{
	Out_OutPosition = Context.Map.Engine.Owner.Position;
}

void NiagaraScript_138_Particle_Func_(float3 In_V, float3 In_Fallback, float In_Threshold, out float3 Out_Direction, out float Out_Length, out bool Out_BelowThreshold, inout FSimulationContext Context)
{
	float Result8 = dot(In_V,In_V);
	float Result9 = In_Threshold * In_Threshold;
	bool Result10 = NiagaraAll(Result8 < Result9);
	float Result11 = length(In_Fallback);
	float Result12 = rsqrt(Result8);
	float3 Result13 = In_V * Result12;
	float Result14 = Reciprocal(Result12);
	float3 Constant21 = float3(0.0, 0.0, 0.0);
	float3 Direction_SelectResult = Constant21;
	float Constant22 = (0.0);
	float Length_SelectResult = Constant22;
	Direction_SelectResult = In_Fallback;
	Length_SelectResult = Result11;
	if(Result10 == 0)
	{ 
	Direction_SelectResult = Result13;
	Length_SelectResult = Result14;
	}
	Out_Direction = Direction_SelectResult;
	Out_Length = Length_SelectResult;
	Out_BelowThreshold = Result10;
}

void NiagaraScript_170_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, float3 In_FallbackVector, out float Out_NormalizedRange, out float Out_InverseNormalizedRange, out float3 Out_NormalizedVectorBetweenPositions, out bool Out_WithinRange, inout FSimulationContext Context)
{
	float3 Result7 = In_StartPosition - In_EndPosition;
	float Constant20 = 1e-05;
	float3 NiagaraScript_138_Particle_Func_Output_Direction;
	float NiagaraScript_138_Particle_Func_Output_Length;
	bool NiagaraScript_138_Particle_Func_Output_BelowThreshold;
	NiagaraScript_138_Particle_Func_(Result7, In_FallbackVector, Constant20, NiagaraScript_138_Particle_Func_Output_Direction, NiagaraScript_138_Particle_Func_Output_Length, NiagaraScript_138_Particle_Func_Output_BelowThreshold, Context);
	float Constant23 = 0;
	float float_IfResult;
	if(NiagaraScript_138_Particle_Func_Output_BelowThreshold)
	{
	float_IfResult = Constant23;
	}
	else
	{
	float_IfResult = NiagaraScript_138_Particle_Func_Output_Length;
	}
	float Result15 = min(float_IfResult, In_Distance);
	float Constant24 = 0.0001;
	float Result16 = max(In_Distance, Constant24);
	float Result17 = Result15 / Result16;
	float Result18 = 1 - Result17;
	bool Result19 = NiagaraAll(float_IfResult <= In_Distance);
	Out_NormalizedRange = Result17;
	Out_InverseNormalizedRange = Result18;
	Out_NormalizedVectorBetweenPositions = NiagaraScript_138_Particle_Func_Output_Direction;
	Out_WithinRange = Result19;
}

void VortexForce_Emitter_Func_(inout FSimulationContext Context)
{
	Context.Map.Local.VortexForce.VortexOrigin = Context.Map.VortexForce.VortexOrigin;
	Context.Map.Local.VortexForce.ParticlesPosition = Context.Map.Particles.Position;
	float Constant17 = 100;
	float3 Constant18 = float3(0,0,1);
	float3 Constant19 = float3(0,0,1);
	float NiagaraScript_170_Func_Output_NormalizedRange;
	float NiagaraScript_170_Func_Output_InverseNormalizedRange;
	float3 NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions;
	bool NiagaraScript_170_Func_Output_WithinRange;
	NiagaraScript_170_Func_(Context.Map.Local.VortexForce.VortexOrigin, Context.Map.Local.VortexForce.ParticlesPosition, Constant17, Constant19, NiagaraScript_170_Func_Output_NormalizedRange, NiagaraScript_170_Func_Output_InverseNormalizedRange, NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions, NiagaraScript_170_Func_Output_WithinRange, Context);
	float3 Result20 = cross(NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions,Constant18);
	Context.Map.Local.VortexForce.NormalizedRange = NiagaraScript_170_Func_Output_NormalizedRange;
	Context.Map.Local.VortexForce.InverseNormalizedRange = NiagaraScript_170_Func_Output_InverseNormalizedRange;
	Context.Map.Local.VortexForce.OriginVector = NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions;
	Context.Map.Local.VortexForce.VortexVector = Result20;
	float Constant25 = 300;
	Context.Map.Local.VortexForce.ForceAmount = Constant25;
	float Constant26 = -0.1;
	float3 Constant27 = float3(0,0,0);
	float Result21 = -(Constant26);
	float3 Result22 = lerp(Context.Map.Local.VortexForce.OriginVector,Constant27,Result21);
	float3 Result23 = Context.Map.Local.VortexForce.VortexVector + Result22;
	float3 Result24 = normalize(Result23);
	float3 Result25 = Result24 * Context.Map.Local.VortexForce.ForceAmount + Context.Map.Transient.PhysicsForce;
	Context.Map.Transient.PhysicsForce = Result25;
}

void CurlNoiseForce_Emitter_Func_(int In_Emitter_RandomSeed, inout FSimulationContext Context)
{
	int Constant37 = 11;
	float3 Constant38 = float3(0.65,0.125,0.37);
	float Constant39 = 4096;
	int Constant40 = 0;
	float Result26 = rand_float(Constant39, Constant37, Context.Map.Emitter.RandomSeed, Constant40);
	float3 Result27 = Constant38 * Result26;
	Context.Map.Local.CurlNoiseForce.RandomizationOffset = Result27;
	bool Constant41 = false;
	float Constant42 = 30;
	float AgeAdvancement_IfResult;
	if(Constant41)
	{
	AgeAdvancement_IfResult = Context.Map.Emitter.Age;
	}
	else
	{
	AgeAdvancement_IfResult = Context.Map.Engine.Time;
	}
	float Constant43 = 1000;
	float Result28 = Constant42 / Constant43;
	Context.Map.Local.CurlNoiseForce.AgeAdvancement = AgeAdvancement_IfResult;
	Context.Map.Local.CurlNoiseForce.NoiseFrequencyScaled = Result28;
	float3 Result29 = Context.Map.CurlNoiseForce.SamplePosition / Context.Map.Engine.Owner.Scale;
	Context.Map.Local.CurlNoiseForce.SamplePosition = Result29;
	float3 Constant44 = float3(0,0,0);
	float3 Result30 = Context.Map.Local.CurlNoiseForce.RandomizationOffset + Context.Map.Local.CurlNoiseForce.SamplePosition;
	float3 Result31 = Result30 * Context.Map.Local.CurlNoiseForce.NoiseFrequencyScaled;
	float Constant45 = 125;
	float3 Result32 = Result31 * Constant45;
	float3 SampleField_Emitter_VectorField32Output_SampledValue;
	SampleField_Emitter_VectorField32(Result32, SampleField_Emitter_VectorField32Output_SampledValue);
	Context.Map.Local.CurlNoiseForce.SampledNoise = SampleField_Emitter_VectorField32Output_SampledValue;
	float Constant46 = 1;
	float Constant47 = 45;
	float Constant48 = 45;
	Context.Map.Local.CurlNoiseForce.Falloff = Constant46;
	Context.Map.CurlNoiseForce.CurlNoiseConeMaskAngle = Constant47;
	Context.Map.CurlNoiseForce.CurlNoiseConeMaskFalloffAngle = Constant48;
	Context.Map.CurlNoiseForce.CurlNoiseConeMaskAxis = Context.Map.CurlNoiseForce.CurlNoiseConeMaskAxis;
	float Constant49 = 200;
	float3 Result33 = Context.Map.Local.CurlNoiseForce.SampledNoise * Constant49;
	float3 Result34 = Context.Map.Transient.PhysicsForce + Result33;
	Context.Map.Transient.PhysicsForce = Result34;
	Context.Map.OUTPUT_VAR.CurlNoiseForce.CurlNoiseForce = Result33;
}

void VectorFromCurve_Emitter_Func_(out float3 Out_Value, inout FSimulationContext Context)
{
	float3 Constant51 = float3(1,1,1);
	float3 SampleVectorCurve_Emitter_ScaleFactor_VectorCurveOutput_Value;
	SampleVectorCurve_Emitter_ScaleFactor_VectorCurve(Context.Map.VectorFromCurve.CurveIndex, SampleVectorCurve_Emitter_ScaleFactor_VectorCurveOutput_Value);
	float3 Result35 = SampleVectorCurve_Emitter_ScaleFactor_VectorCurveOutput_Value * Constant51;
	Out_Value = Result35;
}

void ScaleMeshSize_Emitter_Func_(inout FSimulationContext Context)
{
	float3 Result36 = Context.Map.ScaleMeshSize.ScaleFactor * Context.Map.Transient.MeshScaleFactor;
	float3 Result37 = Context.Map.ScaleMeshSize.InitialMeshScale * Result36;
	Context.Map.Particles.Scale = Result37;
	Context.Map.Transient.MeshScaleFactor = Result36;
}

void PointForce_SimulationPosition_Emitter_Func_(out float3 Out_OutPosition, inout FSimulationContext Context)
{
	Out_OutPosition = Context.Map.Engine.Owner.Position;
}

void NiagaraScript_167_Emitter_Determinism_false_Particle_Func_(int In_Seed, int In_Engine_System_TickCount, bool In_OverrideSeed, int In_Particles_UniqueID, int In_Emitter_RandomSeed, bool In_FixedOverrideSeed, int In_RandomnessMode, out NiagaraRandInfo Out_RandomInfo, out bool Out_UseDeterministicRandoms, inout FSimulationContext Context)
{
	bool Constant65 = false;
	int Constant66 = 0;
	bool Result38 = NiagaraAll(In_RandomnessMode == Constant66);
	bool Result39 = Constant65 && Result38;
	int Constant67 = 1;
	bool Result40 = NiagaraAll(In_RandomnessMode == Constant67);
	bool Result41 = Result39 || Result40;
	int Seed_IfResult;
	if(In_OverrideSeed)
	{
	Seed_IfResult = In_Seed;
	}
	else
	{
	Seed_IfResult = Context.Map.Emitter.RandomSeed;
	}
	int Constant68 = 0;
	int Constant69 = 0;
	int Seed1_IfResult;
	int Seed2_IfResult;
	int Seed3_IfResult;
	if(In_FixedOverrideSeed)
	{
	Seed1_IfResult = Seed_IfResult;
	Seed2_IfResult = Constant68;
	Seed3_IfResult = Constant69;
	}
	else
	{
	Seed1_IfResult = Context.Map.Particles.UniqueID;
	Seed2_IfResult = Context.Map.Engine.System.TickCount;
	Seed3_IfResult = Seed_IfResult;
	}
	int Constant70 = -1;
	int Constant71 = -1;
	int Constant72 = -1;
	int Seed1_IfResult1;
	int Seed2_IfResult1;
	int Seed3_IfResult1;
	if(Result41)
	{
	Seed1_IfResult1 = Seed1_IfResult;
	Seed2_IfResult1 = Seed2_IfResult;
	Seed3_IfResult1 = Seed3_IfResult;
	}
	else
	{
	Seed1_IfResult1 = Constant70;
	Seed2_IfResult1 = Constant71;
	Seed3_IfResult1 = Constant72;
	}
	NiagaraRandInfo Output1;
	Output1.Seed1 = Seed1_IfResult1;
	Output1.Seed2 = Seed2_IfResult1;
	Output1.Seed3 = Seed3_IfResult1;
	Out_RandomInfo = Output1;
	Out_UseDeterministicRandoms = Result41;
}

void NiagaraScript_166_Func_(float2 In_Min, float2 In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float2 Out_Result, inout FSimulationContext Context)
{
	int Constant61 = (0);
	bool Constant62 = false;
	int Constant63 = 0;
	int Constant64 = (0);
	NiagaraRandInfo NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo;
	bool NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_UseDeterministicRandoms;
	NiagaraScript_167_Emitter_Determinism_false_Particle_Func_(In_Seed, Constant61, In_OverrideSeed, Constant63, Constant64, In_FixedOverrideSeed, In_RandomnessMode, NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo, NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_UseDeterministicRandoms, Context);
	float2 Result42 = In_Max - In_Min;
	int Seed1;
	int Seed2;
	int Seed3;
	Seed1 = NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo.Seed1;
	Seed2 = NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo.Seed2;
	Seed3 = NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo.Seed3;
	float2 Result43 = rand_float(Result42, Seed1, Seed2, Seed3);
	float2 Result44 = rand_float(Result42);
	float2 Random_IfResult;
	if(NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_UseDeterministicRandoms)
	{
	Random_IfResult = Result43;
	}
	else
	{
	Random_IfResult = Result44;
	}
	float2 Result45 = In_Min + Random_IfResult;
	Out_Result = Result45;
}

void NiagaraScript_168_Func_(float In_Min, float In_Max, int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float Out_Result, inout FSimulationContext Context)
{
	int Constant78 = (0);
	bool Constant79 = false;
	int Constant80 = 0;
	int Constant81 = (0);
	bool Constant82 = false;
	NiagaraRandInfo NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo1;
	bool NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_UseDeterministicRandoms1;
	NiagaraScript_167_Emitter_Determinism_false_Particle_Func_(In_Seed, Constant78, In_OverrideSeed, Constant80, Constant81, Constant82, In_RandomnessMode, NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo1, NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_UseDeterministicRandoms1, Context);
	float Result53 = In_Max - In_Min;
	int Seed11;
	int Seed21;
	int Seed31;
	Seed11 = NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo1.Seed1;
	Seed21 = NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo1.Seed2;
	Seed31 = NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_RandomInfo1.Seed3;
	float Result54 = rand_float(Result53, Seed11, Seed21, Seed31);
	float Result55 = rand_float(Result53);
	float Random_IfResult1;
	if(NiagaraScript_167_Emitter_Determinism_false_Particle_Func_Output_UseDeterministicRandoms1)
	{
	Random_IfResult1 = Result54;
	}
	else
	{
	Random_IfResult1 = Result55;
	}
	float Result56 = In_Min + Random_IfResult1;
	Out_Result = Result56;
}

void NiagaraScript_165_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, bool In_FixedOverrideSeed, out float3 Out_UnitVector3D, out float2 Out_UnitVector2D, inout FSimulationContext Context)
{
	float2 Constant59 = float2(0,-1);
	float2 Constant60 = float2(6.28319,1);
	float2 NiagaraScript_166_Func_Output_Result;
	NiagaraScript_166_Func_(Constant59, Constant60, In_Seed, In_RandomnessMode, In_OverrideSeed, In_FixedOverrideSeed, NiagaraScript_166_Func_Output_Result, Context);
	float Phi;
	float CosASC40ThetaASC41;
	Phi = NiagaraScript_166_Func_Output_Result.x;
	CosASC40ThetaASC41 = NiagaraScript_166_Func_Output_Result.y;
	float Result46 = cos(Phi);
	float Result47 = CosASC40ThetaASC41 * CosASC40ThetaASC41;
	float Result48 = 1 - Result47;
	float Result49 = sqrt(Result48);
	float Result50 = Result46 * Result49;
	float Result51 = sin(Phi);
	float Result52 = Result51 * Result49;
	float3 PositionOnSphere;
	PositionOnSphere.x = Result50;
	PositionOnSphere.y = Result52;
	PositionOnSphere.z = CosASC40ThetaASC41;
	float Constant73 = 0;
	float Constant74 = 6.28319;
	int Constant75 = -1;
	int Constant76 = 0;
	bool Constant77 = false;
	float NiagaraScript_168_Func_Output_Result;
	NiagaraScript_168_Func_(Constant73, Constant74, Constant75, Constant76, Constant77, NiagaraScript_168_Func_Output_Result, Context);
	float Result57 = cos(NiagaraScript_168_Func_Output_Result);
	float Result58 = sin(NiagaraScript_168_Func_Output_Result);
	float2 PositionOnCircle;
	PositionOnCircle.x = Result57;
	PositionOnCircle.y = Result58;
	Out_UnitVector3D = PositionOnSphere;
	Out_UnitVector2D = PositionOnCircle;
}

void NiagaraScript_164_Func_(int In_Seed, int In_RandomnessMode, bool In_OverrideSeed, out float3 Out_Vector, inout FSimulationContext Context)
{
	bool Constant58 = false;
	float3 NiagaraScript_165_Func_Output_UnitVector3D;
	float2 NiagaraScript_165_Func_Output_UnitVector2D;
	NiagaraScript_165_Func_(In_Seed, In_RandomnessMode, In_OverrideSeed, Constant58, NiagaraScript_165_Func_Output_UnitVector3D, NiagaraScript_165_Func_Output_UnitVector2D, Context);
	Out_Vector = NiagaraScript_165_Func_Output_UnitVector3D;
}

void NiagaraScript_169_Func_(float3 In_StartPosition, float3 In_EndPosition, float In_Distance, bool In_InvertFalloff, float In_FalloffScale, float3 In_FallbackVector, out float Out_Falloff, out float Out_NormalizedFalloff, out float3 Out_NormalizedVectorBetweenPositions, out float Out_NormalizedDistance, out float Out_NormalizedDistanceInverted, out bool Out_PositionIsWithinRange, inout FSimulationContext Context)
{
	float NiagaraScript_170_Func_Output_NormalizedRange1;
	float NiagaraScript_170_Func_Output_InverseNormalizedRange1;
	float3 NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions1;
	bool NiagaraScript_170_Func_Output_WithinRange1;
	NiagaraScript_170_Func_(In_StartPosition, In_EndPosition, In_Distance, In_FallbackVector, NiagaraScript_170_Func_Output_NormalizedRange1, NiagaraScript_170_Func_Output_InverseNormalizedRange1, NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions1, NiagaraScript_170_Func_Output_WithinRange1, Context);
	float float_IfResult1;
	if(In_InvertFalloff)
	{
	float_IfResult1 = NiagaraScript_170_Func_Output_InverseNormalizedRange1;
	}
	else
	{
	float_IfResult1 = NiagaraScript_170_Func_Output_NormalizedRange1;
	}
	float Result59 = float_IfResult1 * In_FalloffScale;
	Out_Falloff = Result59;
	Out_NormalizedFalloff = float_IfResult1;
	Out_NormalizedVectorBetweenPositions = NiagaraScript_170_Func_Output_NormalizedVectorBetweenPositions1;
	Out_NormalizedDistance = NiagaraScript_170_Func_Output_NormalizedRange1;
	Out_NormalizedDistanceInverted = NiagaraScript_170_Func_Output_InverseNormalizedRange1;
	Out_PositionIsWithinRange = NiagaraScript_170_Func_Output_WithinRange1;
}

void PointForce_Emitter_Func_(inout FSimulationContext Context)
{
	float Constant87 = 100;
	float Constant88 = 200;
	float3 Constant89 = float3(1,0,0);
	float NiagaraScript_169_Func_Output_Falloff;
	float NiagaraScript_169_Func_Output_NormalizedFalloff;
	float3 NiagaraScript_169_Func_Output_NormalizedVectorBetweenPositions;
	float NiagaraScript_169_Func_Output_NormalizedDistance;
	float NiagaraScript_169_Func_Output_NormalizedDistanceInverted;
	bool NiagaraScript_169_Func_Output_PositionIsWithinRange;
	NiagaraScript_169_Func_(Context.Map.PointForce.ParticlePosition, Context.Map.PointForce.ForceOrigin, Constant87, Context.Map.PointForce.InvertFalloff, Constant88, Context.Map.PointForce.FallbackVector, NiagaraScript_169_Func_Output_Falloff, NiagaraScript_169_Func_Output_NormalizedFalloff, NiagaraScript_169_Func_Output_NormalizedVectorBetweenPositions, NiagaraScript_169_Func_Output_NormalizedDistance, NiagaraScript_169_Func_Output_NormalizedDistanceInverted, NiagaraScript_169_Func_Output_PositionIsWithinRange, Context);
	float3 Vector_IfResult;
	if(Context.Map.PointForce.UseLinearForce)
	{
	Vector_IfResult = Constant89;
	}
	else
	{
	Vector_IfResult = NiagaraScript_169_Func_Output_NormalizedVectorBetweenPositions;
	}
	float float_IfResult2;
	if(Context.Map.PointForce.UseFalloff)
	{
	float_IfResult2 = NiagaraScript_169_Func_Output_Falloff;
	}
	else
	{
	float_IfResult2 = Constant88;
	}
	float3 Result60 = Vector_IfResult * float_IfResult2;
	Context.Map.Local.PointForce.ForceFromPoint = Result60;
	Context.Map.OUTPUT_VAR.PointForce.NormalizedFalloff = NiagaraScript_169_Func_Output_NormalizedFalloff;
	Context.Map.OUTPUT_VAR.PointForce.WithinRange = NiagaraScript_169_Func_Output_PositionIsWithinRange;
	Context.Map.OUTPUT_VAR.PointForce.NormalizedDistance = NiagaraScript_169_Func_Output_NormalizedDistance;
	Context.Map.OUTPUT_VAR.PointForce.NormalizedDistanceInverted = NiagaraScript_169_Func_Output_NormalizedDistanceInverted;
	float3 Result61 = Context.Map.Transient.PhysicsForce + Context.Map.Local.PointForce.ForceFromPoint;
	Context.Map.Transient.PhysicsForce = Result61;
}

void NiagaraScript_158_Particle_Func_(float3 In_Velocity, float3 In_AdvectionVelocity, float In_InverseMass, float In_Drag, float In_DeltaTime, bool In_IgnoreMass, out float3 Out_Output, inout FSimulationContext Context)
{
	float3 Result68 = In_Velocity - In_AdvectionVelocity;
	float Result69 = In_Drag * In_InverseMass;
	float Constant97 = (0.0);
	float NiagaraFloat_SelectResult1 = Constant97;
	NiagaraFloat_SelectResult1 = In_Drag;
	if(In_IgnoreMass == 0)
	{ 
	NiagaraFloat_SelectResult1 = Result69;
	}
	float Constant98 = 0;
	float Result70 = max(NiagaraFloat_SelectResult1, Constant98);
	float Result71 = Result70 * In_DeltaTime;
	float Constant99 = 1;
	float Result72 = Result71 + Constant99;
	float3 Result73 = Result68 / Result72;
	float3 Result74 = Result73 + In_AdvectionVelocity;
	Out_Output = Result74;
}

void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context)
{
	Context.Map.Local.SolveForcesAndVelocity.DeltaTime = Context.Map.SolveForcesAndVelocity.DeltaTime;
	float Constant95 = 1e-05;
	float Result62 = max(Context.Map.Local.SolveForcesAndVelocity.DeltaTime, Constant95);
	float Result63 = Reciprocal(Result62);
	Context.Map.Local.SolveForcesAndVelocity.InverseDeltaTime = Result63;
	Context.Map.Local.SolveForcesAndVelocity.PhysicsForce = Context.Map.SolveForcesAndVelocity.Force;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsForce = Context.Map.SolveForcesAndVelocity.Force;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.Map.SolveForcesAndVelocity.Velocity;
	Context.Map.Local.SolveForcesAndVelocity.Mass = Context.Map.SolveForcesAndVelocity.Mass;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position = Context.Map.SolveForcesAndVelocity.Position;
	Context.Map.Particles.Presolve.Velocity = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	Context.Map.Particles.Presolve.Position = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position;
	Context.Map.Particles.Presolve.PhysicsForce = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsForce;
	float Constant96 = 1e-06;
	float Result64 = max(Context.Map.Local.SolveForcesAndVelocity.Mass, Constant96);
	float Result65 = Reciprocal(Result64);
	float3 Result66 = Result65 * Context.Map.Local.SolveForcesAndVelocity.PhysicsForce;
	Context.Map.Local.SolveForcesAndVelocity.PhysicsForce = Result66;
	Context.Map.Local.SolveForcesAndVelocity.InverseMass = Result65;
	float3 Result67 = Context.Map.Local.SolveForcesAndVelocity.PhysicsForce * Context.Map.Local.SolveForcesAndVelocity.DeltaTime + Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Result67;
	Context.Map.Local.SolveForcesAndVelocity.AdvectionVelocity = Context.Map.Transient.AdvectionVelocity;
	Context.Map.Local.SolveForcesAndVelocity.PhysicsDrag = Context.Map.Transient.PhysicsDrag;
	Context.Map.Local.SolveForcesAndVelocity.DragIgnoreMass = Context.Map.Transient.DragIgnoreMass;
	float3 NiagaraScript_158_Particle_Func_Output_Output;
	NiagaraScript_158_Particle_Func_(Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity, Context.Map.Local.SolveForcesAndVelocity.AdvectionVelocity, Context.Map.Local.SolveForcesAndVelocity.InverseMass, Context.Map.Local.SolveForcesAndVelocity.PhysicsDrag, Context.Map.Local.SolveForcesAndVelocity.DeltaTime, Context.Map.Local.SolveForcesAndVelocity.DragIgnoreMass, NiagaraScript_158_Particle_Func_Output_Output, Context);
	float3 Result75 = NiagaraScript_158_Particle_Func_Output_Output - Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = NiagaraScript_158_Particle_Func_Output_Output;
	Context.Map.Local.SolveForcesAndVelocity.DragVelocity = Result75;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsDrag = Context.Map.Local.SolveForcesAndVelocity.PhysicsDrag;
	float Constant100 = 1000;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	float Constant101 = 9999;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	float3 Result76 = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity * Context.Map.Local.SolveForcesAndVelocity.DeltaTime;
	float3 Result77 = Result76 + Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position;
	Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position = Result77;
	float3 Position_IfResult;
	float3 Velocity_IfResult;
	if(Context.Map.SolveForcesAndVelocity.WritetoIntrinsicProperties)
	{
	Position_IfResult = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position;
	Velocity_IfResult = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
	}
	else
	{
	Position_IfResult = Context.Map.Particles.Position;
	Velocity_IfResult = Context.Map.Particles.Velocity;
	}
	Context.Map.Particles.Position = Position_IfResult;
	Context.Map.Particles.Velocity = Velocity_IfResult;
	float3 Constant102 = float3(0,0,0);
	float Constant103 = 0;
	float3 ForceVector_IfResult;
	float Drag_IfResult;
	if(Context.Map.SolveForcesAndVelocity.WritetoIntrinsicProperties)
	{
	ForceVector_IfResult = Constant102;
	Drag_IfResult = Constant103;
	}
	else
	{
	ForceVector_IfResult = Context.Map.Transient.PhysicsForce;
	Drag_IfResult = Context.Map.Transient.PhysicsDrag;
	}
	Context.Map.Transient.PhysicsForce = ForceVector_IfResult;
	Context.Map.Transient.PhysicsDrag = Drag_IfResult;
	float3 Result78 = Context.Map.Particles.Position - Context.Map.Particles.Previous.Position;
	float Result79 = length(Result78);
	float Constant104 = 0.3333;
	float Result80 = Result79 * Constant104;
	float Constant105 = 1e+08;
	float Result81 = Modulo(Context.Map.Particles.DistanceTraveled, Constant105);
	float Result82 = Result80 + Result81;
	Context.Map.Particles.DistanceTraveled = Result82;
	//SetConstantByStaticVariable "/Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled"
	int Constant106 = 0;
	//SetConstantByStaticVariable "/Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver"
	int Constant107 = 0;
	//SetConstantByStaticVariable "/Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result"
	int Constant108 = 0;
}

float GetSpawnInterpolation()
{
	return 1.0f;}


#if (SimulationStageIndex == 0) // MapSpawn
void HandlePreviousValuesForSpawn(inout FSimulationContext Context)
{
}
#endif

void ReadDataSets(inout FSimulationContext Context)
{
}

void WriteDataSets(inout FSimulationContext Context)
{
}

void Simulate(inout FSimulationContext Context)
{
	EnterStatScope(0 /**UpdateScript*/);
	//Begin Initialize Parameter Map Defaults
	//End Initialize Parameter Map Defaults
	bool Constant = true;
	Context.Map.DataInstance.Alive = Constant;
	Context.Map.ParticleState.DeltaTime = Context.Map.Engine.DeltaTime;
	Context.Map.ParticleState.Lifetime = Context.Map.Particles.Lifetime;
	EnterStatScope(1 /**ParticleState_Emitter_Func_*/);
	ParticleState_Emitter_Func_(Context);
	ExitStatScope(/**ParticleState_Emitter_Func_*/);
	float Constant6 = 0.5;
	float Constant7 = 0;
	Context.Map.Transient.PhysicsDrag = Constant7;
	float Constant8 = 1;
	float Constant9 = 0;
	Context.Map.Transient.PhysicsRotationalDrag = Constant9;
	EnterStatScope(2 /**Drag_Emitter_Func_*/);
	Drag_Emitter_Func_(Context);
	ExitStatScope(/**Drag_Emitter_Func_*/);
	float3 VortexForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	VortexForce_SimulationPosition_Emitter_Func_(VortexForce_SimulationPosition_Emitter_Func_Output_OutPosition, Context);
	Context.Map.VortexForce.VortexOrigin = VortexForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	float Constant12 = 100;
	float3 Constant13 = float3(0,0,1);
	float Constant14 = 300;
	float Constant15 = -0.1;
	float3 Constant16 = float3(0,0,0);
	Context.Map.Transient.PhysicsForce = Constant16;
	EnterStatScope(3 /**VortexForce_Emitter_Func_*/);
	VortexForce_Emitter_Func_(Context);
	ExitStatScope(/**VortexForce_Emitter_Func_*/);
	bool Constant28 = false;
	int Constant29 = (0);
	int Constant30 = 11;
	float3 Constant31 = float3(0.65,0.125,0.37);
	float Constant32 = 30;
	Context.Map.CurlNoiseForce.SamplePosition = Context.Map.Particles.Position;
	float3 Constant33 = float3(0,0,0);
	float Constant34 = 45;
	float Constant35 = 45;
	Context.Map.CurlNoiseForce.CurlNoiseConeMaskAxis = Context.Map.Particles.Velocity;
	float Constant36 = 200;
	EnterStatScope(4 /**CurlNoiseForce_Emitter_Func_*/);
	CurlNoiseForce_Emitter_Func_(Constant29, Context);
	ExitStatScope(/**CurlNoiseForce_Emitter_Func_*/);
	Context.Map.VectorFromCurve.CurveIndex = Context.Map.Particles.NormalizedAge;
	float3 Constant50 = float3(1,1,1);
	float3 VectorFromCurve_Emitter_Func_Output_Value;
	VectorFromCurve_Emitter_Func_(VectorFromCurve_Emitter_Func_Output_Value, Context);
	Context.Map.ScaleMeshSize.ScaleFactor = VectorFromCurve_Emitter_Func_Output_Value;
	Context.Map.ScaleMeshSize.InitialMeshScale = Context.Map.Particles.Initial.Scale;
	float3 Constant52 = float3(1,1,1);
	Context.Map.Transient.MeshScaleFactor = Constant52;
	EnterStatScope(5 /**ScaleMeshSize_Emitter_Func_*/);
	ScaleMeshSize_Emitter_Func_(Context);
	ExitStatScope(/**ScaleMeshSize_Emitter_Func_*/);
	Context.Map.PointForce.ParticlePosition = Context.Map.Particles.Position;
	float3 PointForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	PointForce_SimulationPosition_Emitter_Func_(PointForce_SimulationPosition_Emitter_Func_Output_OutPosition, Context);
	Context.Map.PointForce.ForceOrigin = PointForce_SimulationPosition_Emitter_Func_Output_OutPosition;
	float Constant53 = 100;
	bool Constant54 = true;
	Context.Map.PointForce.InvertFalloff = Constant54;
	int Constant55 = -1;
	int Constant56 = 0;
	bool Constant57 = false;
	float3 NiagaraScript_164_Func_Output_Vector;
	NiagaraScript_164_Func_(Constant55, Constant56, Constant57, NiagaraScript_164_Func_Output_Vector, Context);
	Context.Map.PointForce.FallbackVector = NiagaraScript_164_Func_Output_Vector;
	bool Constant83 = false;
	Context.Map.PointForce.UseFalloff = Constant83;
	float Constant84 = 200;
	bool Constant85 = false;
	Context.Map.PointForce.UseLinearForce = Constant85;
	float3 Constant86 = float3(1,0,0);
	EnterStatScope(6 /**PointForce_Emitter_Func_*/);
	PointForce_Emitter_Func_(Context);
	ExitStatScope(/**PointForce_Emitter_Func_*/);
	Context.Map.Transient.PhysicsDeltaTime = Context.Map.Engine.DeltaTime;
	Context.Map.SolveForcesAndVelocity.DeltaTime = Context.Map.Transient.PhysicsDeltaTime;
	Context.Map.SolveForcesAndVelocity.Force = Context.Map.Transient.PhysicsForce;
	Context.Map.SolveForcesAndVelocity.Velocity = Context.Map.Particles.Velocity;
	Context.Map.SolveForcesAndVelocity.Mass = Context.Map.Particles.Mass;
	Context.Map.SolveForcesAndVelocity.Position = Context.Map.Particles.Position;
	float3 Constant90 = float3(0,0,0);
	Context.Map.Transient.AdvectionVelocity = Constant90;
	bool Constant91 = true;
	Context.Map.Transient.DragIgnoreMass = Constant91;
	float Constant92 = 1000;
	Context.Map.SolveForcesAndVelocity.PreviousVelocity = Context.Map.Particles.Previous.Velocity;
	float Constant93 = 9999;
	bool Constant94 = true;
	Context.Map.SolveForcesAndVelocity.WritetoIntrinsicProperties = Constant94;
	EnterStatScope(7 /**SolveForcesAndVelocity_Emitter_Func_*/);
	SolveForcesAndVelocity_Emitter_Func_(Context);
	ExitStatScope(/**SolveForcesAndVelocity_Emitter_Func_*/);
	ExitStatScope(/**UpdateScript*/);
}
void SimulateMain()
{
EnterStatScope(8 /**UpdateScript_Main*/);

	FSimulationContext Context = (FSimulationContext)0;
	Context.Map.Particles.Age = InputDataFloat(0, 0);
	Context.Map.Array.Age = 0;
	Context.Map.Particles.Color.r = InputDataFloat(0, 1);
	Context.Map.Array.Color = 1;
	Context.Map.Particles.Color.g = InputDataFloat(0, 2);
	Context.Map.Array.Color = 2;
	Context.Map.Particles.Color.b = InputDataFloat(0, 3);
	Context.Map.Array.Color = 3;
	Context.Map.Particles.Color.a = InputDataFloat(0, 4);
	Context.Map.Array.Color = 4;
	Context.Map.Particles.DynamicMaterialParameter.x = InputDataFloat(0, 5);
	Context.Map.Array.DynamicMaterialParameter = 5;
	Context.Map.Particles.DynamicMaterialParameter.y = InputDataFloat(0, 6);
	Context.Map.Array.DynamicMaterialParameter = 6;
	Context.Map.Particles.DynamicMaterialParameter.z = InputDataFloat(0, 7);
	Context.Map.Array.DynamicMaterialParameter = 7;
	Context.Map.Particles.DynamicMaterialParameter.w = InputDataFloat(0, 8);
	Context.Map.Array.DynamicMaterialParameter = 8;
	Context.Map.Particles.Initial.Scale.x = InputDataFloat(0, 9);
	Context.Map.Array.Initial.Scale = 9;
	Context.Map.Particles.Initial.Scale.y = InputDataFloat(0, 10);
	Context.Map.Array.Initial.Scale = 10;
	Context.Map.Particles.Initial.Scale.z = InputDataFloat(0, 11);
	Context.Map.Array.Initial.Scale = 11;
	Context.Map.Particles.Lifetime = InputDataFloat(0, 12);
	Context.Map.Array.Lifetime = 12;
	Context.Map.Particles.Mass = InputDataFloat(0, 13);
	Context.Map.Array.Mass = 13;
	Context.Map.Particles.MaterialRandom = InputDataFloat(0, 14);
	Context.Map.Array.MaterialRandom = 14;
	Context.Map.Particles.NormalizedAge = InputDataFloat(0, 15);
	Context.Map.Array.NormalizedAge = 15;
	Context.Map.Particles.Position.x = InputDataFloat(0, 16);
	Context.Map.Array.Position = 16;
	Context.Map.Particles.Position.y = InputDataFloat(0, 17);
	Context.Map.Array.Position = 17;
	Context.Map.Particles.Position.z = InputDataFloat(0, 18);
	Context.Map.Array.Position = 18;
	Context.Map.Particles.Scale.x = InputDataFloat(0, 28);
	Context.Map.Array.Scale = 28;
	Context.Map.Particles.Scale.y = InputDataFloat(0, 29);
	Context.Map.Array.Scale = 29;
	Context.Map.Particles.Scale.z = InputDataFloat(0, 30);
	Context.Map.Array.Scale = 30;
	Context.Map.Particles.UniqueID = InputDataInt(0, 0);
	Context.Map.Array.UniqueID = 0;
	Context.Map.Particles.Velocity.x = InputDataFloat(0, 31);
	Context.Map.Array.Velocity = 31;
	Context.Map.Particles.Velocity.y = InputDataFloat(0, 32);
	Context.Map.Array.Velocity = 32;
	Context.Map.Particles.Velocity.z = InputDataFloat(0, 33);
	Context.Map.Array.Velocity = 33;
	Context.Map.Particles.Previous.Position = 	Context.Map.Particles.Position;
	Context.Map.Particles.Previous.Scale = 	Context.Map.Particles.Scale;
	Context.Map.Particles.Previous.Velocity = 	Context.Map.Particles.Velocity;
	Context.Map.Engine.DeltaTime = Engine_DeltaTime;
	Context.Map.Engine.Owner.Position = Engine_Owner_Position;
	Context.Map.Emitter.Age = Emitter_Age;
	Context.Map.Engine.Time = Engine_Time;
	Context.Map.Engine.Owner.Scale = Engine_Owner_Scale;
	Context.Map.Emitter.RandomSeed = Emitter_RandomSeed;
	Context.Map.Engine.System.TickCount = Engine_System_TickCount;
	Context.Map.Engine.Emitter.TotalSpawnedParticles = Engine_Emitter_TotalSpawnedParticles;
	Context.Map.Engine.Emitter.InstanceSeed = Engine_Emitter_InstanceSeed;
	Context.Map.Engine.System.RandomSeed = Engine_System_RandomSeed;
	ReadDataSets(Context);
EnterStatScope(9 /**UpdateScript_MapMain*/);
	Simulate(Context);
ExitStatScope(/**UpdateScript_MapMain*/);
	WriteDataSets(Context);
	{
	bool bValid = Context.Map.DataInstance.Alive;
	int TmpWriteIndex = OutputIndex(0, true, bValid);
	OutputDataFloat(0, 0, TmpWriteIndex, Context.Map.Particles.Age);
	OutputDataFloat(0, 1, TmpWriteIndex, Context.Map.Particles.Color.r);
	OutputDataFloat(0, 2, TmpWriteIndex, Context.Map.Particles.Color.g);
	OutputDataFloat(0, 3, TmpWriteIndex, Context.Map.Particles.Color.b);
	OutputDataFloat(0, 4, TmpWriteIndex, Context.Map.Particles.Color.a);
	OutputDataFloat(0, 5, TmpWriteIndex, Context.Map.Particles.DynamicMaterialParameter.x);
	OutputDataFloat(0, 6, TmpWriteIndex, Context.Map.Particles.DynamicMaterialParameter.y);
	OutputDataFloat(0, 7, TmpWriteIndex, Context.Map.Particles.DynamicMaterialParameter.z);
	OutputDataFloat(0, 8, TmpWriteIndex, Context.Map.Particles.DynamicMaterialParameter.w);
	OutputDataFloat(0, 9, TmpWriteIndex, Context.Map.Particles.Initial.Scale.x);
	OutputDataFloat(0, 10, TmpWriteIndex, Context.Map.Particles.Initial.Scale.y);
	OutputDataFloat(0, 11, TmpWriteIndex, Context.Map.Particles.Initial.Scale.z);
	OutputDataFloat(0, 12, TmpWriteIndex, Context.Map.Particles.Lifetime);
	OutputDataFloat(0, 13, TmpWriteIndex, Context.Map.Particles.Mass);
	OutputDataFloat(0, 14, TmpWriteIndex, Context.Map.Particles.MaterialRandom);
	OutputDataFloat(0, 15, TmpWriteIndex, Context.Map.Particles.NormalizedAge);
	OutputDataFloat(0, 16, TmpWriteIndex, Context.Map.Particles.Position.x);
	OutputDataFloat(0, 17, TmpWriteIndex, Context.Map.Particles.Position.y);
	OutputDataFloat(0, 18, TmpWriteIndex, Context.Map.Particles.Position.z);
	OutputDataFloat(0, 19, TmpWriteIndex, Context.Map.Particles.Previous.Position.x);
	OutputDataFloat(0, 20, TmpWriteIndex, Context.Map.Particles.Previous.Position.y);
	OutputDataFloat(0, 21, TmpWriteIndex, Context.Map.Particles.Previous.Position.z);
	OutputDataFloat(0, 22, TmpWriteIndex, Context.Map.Particles.Previous.Scale.x);
	OutputDataFloat(0, 23, TmpWriteIndex, Context.Map.Particles.Previous.Scale.y);
	OutputDataFloat(0, 24, TmpWriteIndex, Context.Map.Particles.Previous.Scale.z);
	OutputDataFloat(0, 25, TmpWriteIndex, Context.Map.Particles.Previous.Velocity.x);
	OutputDataFloat(0, 26, TmpWriteIndex, Context.Map.Particles.Previous.Velocity.y);
	OutputDataFloat(0, 27, TmpWriteIndex, Context.Map.Particles.Previous.Velocity.z);
	OutputDataFloat(0, 28, TmpWriteIndex, Context.Map.Particles.Scale.x);
	OutputDataFloat(0, 29, TmpWriteIndex, Context.Map.Particles.Scale.y);
	OutputDataFloat(0, 30, TmpWriteIndex, Context.Map.Particles.Scale.z);
	OutputDataInt(0, 0, TmpWriteIndex, Context.Map.Particles.UniqueID);
	OutputDataFloat(0, 31, TmpWriteIndex, Context.Map.Particles.Velocity.x);
	OutputDataFloat(0, 32, TmpWriteIndex, Context.Map.Particles.Velocity.y);
	OutputDataFloat(0, 33, TmpWriteIndex, Context.Map.Particles.Velocity.z);
	}
ExitStatScope(/**UpdateScript_Main*/);
}
S
M;{;
-------------------------------
Summary
-------------------------------
Num Byte Code Ops: 214
Num Constants: 195

-------------------------------
Constant Table
-------------------------------
0 | Engine_WorldDeltaTime
4 | Engine_DeltaTime
8 | Engine_InverseDeltaTime
12 | Engine_Time
16 | Engine_RealTime
20 | Engine_QualityLevel
24 | Engine_PaddingInt32_0
28 | Engine_PaddingInt32_1
32 | Engine_Owner_TimeSinceRendered
36 | Engine_Owner_LODDistance
40 | Engine_Owner_LODDistanceFraction
44 | Engine_System_Age
48 | Engine_Owner_ExecutionState
52 | Engine_System_TickCount
56 | Engine_System_NumEmitters
60 | Engine_System_NumEmittersAlive
64 | Engine_System_SignificanceIndex
68 | Engine_System_RandomSeed
72 | Engine_System_CurrentTimeStep
76 | Engine_System_NumTimeSteps
80 | Engine_System_TimeStepFraction
84 | Engine_System_PaddingInt32_0
88 | Engine_System_PaddingInt32_1
92 | Engine_System_PaddingInt32_2
96 | Engine_Owner_SystemLocalToWorldRow0x
100 | Engine_Owner_SystemLocalToWorldRow0y
104 | Engine_Owner_SystemLocalToWorldRow0z
108 | Engine_Owner_SystemLocalToWorldRow0w
112 | Engine_Owner_SystemLocalToWorldRow1x
116 | Engine_Owner_SystemLocalToWorldRow1y
120 | Engine_Owner_SystemLocalToWorldRow1z
124 | Engine_Owner_SystemLocalToWorldRow1w
128 | Engine_Owner_SystemLocalToWorldRow2x
132 | Engine_Owner_SystemLocalToWorldRow2y
136 | Engine_Owner_SystemLocalToWorldRow2z
140 | Engine_Owner_SystemLocalToWorldRow2w
144 | Engine_Owner_SystemLocalToWorldRow3x
148 | Engine_Owner_SystemLocalToWorldRow3y
152 | Engine_Owner_SystemLocalToWorldRow3z
156 | Engine_Owner_SystemLocalToWorldRow3w
160 | Engine_Owner_SystemWorldToLocalRow0x
164 | Engine_Owner_SystemWorldToLocalRow0y
168 | Engine_Owner_SystemWorldToLocalRow0z
172 | Engine_Owner_SystemWorldToLocalRow0w
176 | Engine_Owner_SystemWorldToLocalRow1x
180 | Engine_Owner_SystemWorldToLocalRow1y
184 | Engine_Owner_SystemWorldToLocalRow1z
188 | Engine_Owner_SystemWorldToLocalRow1w
192 | Engine_Owner_SystemWorldToLocalRow2x
196 | Engine_Owner_SystemWorldToLocalRow2y
200 | Engine_Owner_SystemWorldToLocalRow2z
204 | Engine_Owner_SystemWorldToLocalRow2w
208 | Engine_Owner_SystemWorldToLocalRow3x
212 | Engine_Owner_SystemWorldToLocalRow3y
216 | Engine_Owner_SystemWorldToLocalRow3z
220 | Engine_Owner_SystemWorldToLocalRow3w
224 | Engine_Owner_SystemLocalToWorldTransposedRow0x
228 | Engine_Owner_SystemLocalToWorldTransposedRow0y
232 | Engine_Owner_SystemLocalToWorldTransposedRow0z
236 | Engine_Owner_SystemLocalToWorldTransposedRow0w
240 | Engine_Owner_SystemLocalToWorldTransposedRow1x
244 | Engine_Owner_SystemLocalToWorldTransposedRow1y
248 | Engine_Owner_SystemLocalToWorldTransposedRow1z
252 | Engine_Owner_SystemLocalToWorldTransposedRow1w
256 | Engine_Owner_SystemLocalToWorldTransposedRow2x
260 | Engine_Owner_SystemLocalToWorldTransposedRow2y
264 | Engine_Owner_SystemLocalToWorldTransposedRow2z
268 | Engine_Owner_SystemLocalToWorldTransposedRow2w
272 | Engine_Owner_SystemLocalToWorldTransposedRow3x
276 | Engine_Owner_SystemLocalToWorldTransposedRow3y
280 | Engine_Owner_SystemLocalToWorldTransposedRow3z
284 | Engine_Owner_SystemLocalToWorldTransposedRow3w
288 | Engine_Owner_SystemWorldToLocalTransposedRow0x
292 | Engine_Owner_SystemWorldToLocalTransposedRow0y
296 | Engine_Owner_SystemWorldToLocalTransposedRow0z
300 | Engine_Owner_SystemWorldToLocalTransposedRow0w
304 | Engine_Owner_SystemWorldToLocalTransposedRow1x
308 | Engine_Owner_SystemWorldToLocalTransposedRow1y
312 | Engine_Owner_SystemWorldToLocalTransposedRow1z
316 | Engine_Owner_SystemWorldToLocalTransposedRow1w
320 | Engine_Owner_SystemWorldToLocalTransposedRow2x
324 | Engine_Owner_SystemWorldToLocalTransposedRow2y
328 | Engine_Owner_SystemWorldToLocalTransposedRow2z
332 | Engine_Owner_SystemWorldToLocalTransposedRow2w
336 | Engine_Owner_SystemWorldToLocalTransposedRow3x
340 | Engine_Owner_SystemWorldToLocalTransposedRow3y
344 | Engine_Owner_SystemWorldToLocalTransposedRow3z
348 | Engine_Owner_SystemWorldToLocalTransposedRow3w
352 | Engine_Owner_SystemLocalToWorldNoScaleRow0x
356 | Engine_Owner_SystemLocalToWorldNoScaleRow0y
360 | Engine_Owner_SystemLocalToWorldNoScaleRow0z
364 | Engine_Owner_SystemLocalToWorldNoScaleRow0w
368 | Engine_Owner_SystemLocalToWorldNoScaleRow1x
372 | Engine_Owner_SystemLocalToWorldNoScaleRow1y
376 | Engine_Owner_SystemLocalToWorldNoScaleRow1z
380 | Engine_Owner_SystemLocalToWorldNoScaleRow1w
384 | Engine_Owner_SystemLocalToWorldNoScaleRow2x
388 | Engine_Owner_SystemLocalToWorldNoScaleRow2y
392 | Engine_Owner_SystemLocalToWorldNoScaleRow2z
396 | Engine_Owner_SystemLocalToWorldNoScaleRow2w
400 | Engine_Owner_SystemLocalToWorldNoScaleRow3x
404 | Engine_Owner_SystemLocalToWorldNoScaleRow3y
408 | Engine_Owner_SystemLocalToWorldNoScaleRow3z
412 | Engine_Owner_SystemLocalToWorldNoScaleRow3w
416 | Engine_Owner_SystemWorldToLocalNoScaleRow0x
420 | Engine_Owner_SystemWorldToLocalNoScaleRow0y
424 | Engine_Owner_SystemWorldToLocalNoScaleRow0z
428 | Engine_Owner_SystemWorldToLocalNoScaleRow0w
432 | Engine_Owner_SystemWorldToLocalNoScaleRow1x
436 | Engine_Owner_SystemWorldToLocalNoScaleRow1y
440 | Engine_Owner_SystemWorldToLocalNoScaleRow1z
444 | Engine_Owner_SystemWorldToLocalNoScaleRow1w
448 | Engine_Owner_SystemWorldToLocalNoScaleRow2x
452 | Engine_Owner_SystemWorldToLocalNoScaleRow2y
456 | Engine_Owner_SystemWorldToLocalNoScaleRow2z
460 | Engine_Owner_SystemWorldToLocalNoScaleRow2w
464 | Engine_Owner_SystemWorldToLocalNoScaleRow3x
468 | Engine_Owner_SystemWorldToLocalNoScaleRow3y
472 | Engine_Owner_SystemWorldToLocalNoScaleRow3z
476 | Engine_Owner_SystemWorldToLocalNoScaleRow3w
480 | Engine_Owner_Rotationx
484 | Engine_Owner_Rotationy
488 | Engine_Owner_Rotationz
492 | Engine_Owner_Rotationw
496 | Engine_Owner_Positionx
500 | Engine_Owner_Positiony
504 | Engine_Owner_Positionz
508 | Engine_Owner_PaddingInt32_0
512 | Engine_Owner_Velocityx
516 | Engine_Owner_Velocityy
520 | Engine_Owner_Velocityz
524 | Engine_Owner_PaddingInt32_1
528 | Engine_Owner_SystemXAxisx
532 | Engine_Owner_SystemXAxisy
536 | Engine_Owner_SystemXAxisz
540 | Engine_Owner_PaddingInt32_2
544 | Engine_Owner_SystemYAxisx
548 | Engine_Owner_SystemYAxisy
552 | Engine_Owner_SystemYAxisz
556 | Engine_Owner_PaddingInt32_3
560 | Engine_Owner_SystemZAxisx
564 | Engine_Owner_SystemZAxisy
568 | Engine_Owner_SystemZAxisz
572 | Engine_Owner_PaddingInt32_4
576 | Engine_Owner_Scalex
580 | Engine_Owner_Scaley
584 | Engine_Owner_Scalez
588 | Engine_Owner_PaddingInt32_5
592 | Engine_Owner_LWCTilex
596 | Engine_Owner_LWCTiley
600 | Engine_Owner_LWCTilez
604 | Engine_Owner_LWCTilew
608 | Engine_Emitter_NumParticles
612 | Engine_Emitter_TotalSpawnedParticles
616 | Engine_Emitter_SpawnCountScale
620 | Emitter_Age
624 | Emitter_RandomSeed
628 | Engine_Emitter_InstanceSeed
632 | Engine_Emitter_PaddingInt32_0
636 | Engine_Emitter_PaddingInt32_1
640 | 8
644 | 9
648 | 0
652 | 1
656 | 9.99999975e-06
660 | 9.99999975e-05
664 | True
668 | False
672 | 3
676 | 9.99999944e-11
680 | 0
684 | 1
688 | 0.100000001
692 | 300
696 | 4
700 | 11
704 | 1664525
708 | 1013904223
712 | 125
716 | 0.0299999993
720 | 16777215
724 | 16777216
728 | 4096
732 | 0.649999976
736 | 0.125
740 | 0.370000005
744 | 200
748 | 5
752 | 6.28318977
756 | 2
760 | -1
764 | 6
768 | 7
772 | 9.99999997e-07
776 | 0.5
-------------------------------
Byte Code (214 Ops)
-------------------------------
0	| enter_stat_scope(C[640]);
1	| [R][0] = InputDataFloat(0, 0);
2	| [R][1] = InputDataFloat(0, 1);
3	| [R][2] = InputDataFloat(0, 2);
4	| [R][3] = InputDataFloat(0, 3);
5	| [R][4] = InputDataFloat(0, 4);
6	| [R][5] = InputDataFloat(0, 5);
7	| [R][6] = InputDataFloat(0, 6);
8	| [R][7] = InputDataFloat(0, 7);
9	| [R][8] = InputDataFloat(0, 8);
10	| [R][9] = InputDataFloat(0, 9);
11	| [R][10] = InputDataFloat(0, 10);
12	| [R][11] = InputDataFloat(0, 11);
13	| [R][12] = InputDataFloat(0, 12);
14	| [R][13] = InputDataFloat(0, 13);
15	| [R][14] = InputDataFloat(0, 14);
16	| [R][15] = InputDataFloat(0, 16);
17	| [R][16] = InputDataFloat(0, 17);
18	| [R][17] = InputDataFloat(0, 18);
19	| [R][18] = InputDataFloat(0, 28);
20	| [R][19] = InputDataFloat(0, 29);
21	| [R][20] = InputDataFloat(0, 30);
22	| [R][21] = InputDataInt(0, 0);
23	| [R][22] = InputDataFloat(0, 31);
24	| [R][23] = InputDataFloat(0, 32);
25	| [R][24] = InputDataFloat(0, 33);
26	| enter_stat_scope(C[644]);
27	| enter_stat_scope(C[648]);
28	| enter_stat_scope(C[652]);
29	| R[25] = add(R[0], C[4]);
30	| R[0] = max(R[12], C[656]);
31	| R[26] = sub(R[0], C[660]);
32	| R[27] = cmplt(R[25], R[26]);
33	| R[26] = select(R[27], C[664], C[668]);
34	| R[27] = div(R[25], R[0]);
35	| exit_stat_scope();
36	| enter_stat_scope(C[672]);
37	| R[0] = sub(C[496], R[15]);
38	| R[28] = sub(C[500], R[16]);
39	| R[29] = sub(C[504], R[17]);
40	| R[30] = mul(R[28], R[28]);
41	| R[31] = mad(R[0], R[0], R[30]);
42	| R[30] = mad(R[29], R[29], R[31]);
43	| R[31] = cmplt(R[30], C[676]);
44	| R[32] = rsq(R[30]);
45	| R[30] = mul(R[0], R[32]);
46	| R[0] = mul(R[28], R[32]);
47	| R[28] = mul(R[29], R[32]);
48	| R[29] = b2i(R[31]);
49	| R[31] = cmpeqi(R[29], C[648]);
50	| R[29] = select(R[31], R[30], C[680]);
51	| R[30] = select(R[31], R[0], C[680]);
52	| R[0] = select(R[31], R[28], C[684]);
53	| R[28] = neg(R[29]);
54	| R[31] = lerp(R[29], C[680], C[688]);
55	| R[29] = lerp(R[30], C[680], C[688]);
56	| R[32] = lerp(R[0], C[680], C[688]);
57	| R[0] = add(R[30], R[31]);
58	| R[30] = add(R[28], R[29]);
59	| R[28] = add(C[680], R[32]);
60	| R[29] = mul(R[30], R[30]);
61	| R[31] = mad(R[0], R[0], R[29]);
62	| R[29] = mad(R[28], R[28], R[31]);
63	| R[31] = rsq(R[29]);
64	| R[29] = mul(R[0], R[31]);
65	| R[0] = mul(R[30], R[31]);
66	| R[30] = mul(R[28], R[31]);
67	| R[28] = mul(R[29], C[692]);
68	| R[29] = mul(R[0], C[692]);
69	| R[0] = mul(R[30], C[692]);
70	| exit_stat_scope();
71	| enter_stat_scope(C[696]);
72	| R[30] = muli(C[700], C[704]);
73	| R[31] = muli(C[624], C[704]);
74	| R[32] = muli(C[652], C[704]);
75	| R[33] = addi(R[30], C[708]);
76	| R[30] = addi(R[31], C[708]);
77	| R[31] = addi(R[32], C[708]);
78	| R[32] = muli(R[30], R[31]);
79	| R[34] = addi(R[33], R[32]);
80	| R[32] = muli(R[31], R[34]);
81	| R[33] = addi(R[30], R[32]);
82	| R[30] = muli(R[34], R[33]);
83	| R[32] = addi(R[31], R[30]);
84	| R[30] = muli(R[33], R[32]);
85	| R[31] = addi(R[34], R[30]);
86	| R[30] = muli(R[32], R[31]);
87	| R[34] = addi(R[33], R[30]);
88	| R[30] = muli(R[31], R[34]);
89	| R[33] = addi(R[32], R[30]);
90	| R[30] = mul(C[712], C[716]);
91	| R[32] = mul(C[712], C[716]);
92	| R[35] = mul(C[712], C[716]);
93	| R[36] = bit_rshift(R[31], C[640]);
94	| R[31] = bit_rshift(R[34], C[640]);
95	| R[34] = bit_rshift(R[33], C[640]);
96	| R[33] = bit_and(R[36], C[720]);
97	| R[36] = bit_and(R[31], C[720]);
98	| R[31] = bit_and(R[34], C[720]);
99	| R[34] = i2f(R[33]);
100	| R[33] = i2f(R[36]);
101	| R[36] = i2f(R[31]);
102	| R[31] = div(R[34], C[724]);
103	| R[33] = mul(R[31], C[728]);
104	| R[31] = div(R[15], C[576]);
105	| R[34] = div(R[16], C[580]);
106	| R[36] = div(R[17], C[584]);
107	| R[37] = mad(C[732], R[33], R[31]);
108	| R[31] = mad(C[736], R[33], R[34]);
109	| R[34] = mad(C[740], R[33], R[36]);
110	| R[33] = mul(R[30], R[37]);
111	| R[30] = mul(R[32], R[31]);
112	| R[31] = mul(R[35], R[34]);
113	| SampleField_Emitter_VectorField32[func0](R[33], R[30], R[31], R[32], R[34], R[35]);
114	| R[30] = mad(R[32], C[744], R[28]);
115	| R[28] = mad(R[34], C[744], R[29]);
116	| R[29] = mad(R[35], C[744], R[0]);
117	| exit_stat_scope();
118	| SampleVectorCurve_Emitter_ScaleFactor_VectorCurve[func1](R[27], R[0], R[31], R[32]);
119	| enter_stat_scope(C[748]);
120	| R[33] = mul(R[9], R[0]);
121	| R[0] = mul(R[10], R[31]);
122	| R[31] = mul(R[11], R[32]);
123	| exit_stat_scope();
124	| R[32] = random(C[752]);
125	| R[34] = random(C[756]);
126	| R[35] = add(C[760], R[34]);
127	| R[34] = mul(R[35], R[35]);
128	| R[36] = sub(C[684], R[34]);
129	| R[34] = sqrt(R[36]);
130	| R[36] = cos(R[32]);
131	| R[37] = mul(R[36], R[34]);
132	| R[36] = sin(R[32]);
133	| R[32] = mul(R[36], R[34]);
134	| enter_stat_scope(C[764]);
135	| R[34] = sub(R[15], C[496]);
136	| R[36] = sub(R[16], C[500]);
137	| R[38] = sub(R[17], C[504]);
138	| R[39] = mul(R[36], R[36]);
139	| R[40] = mad(R[34], R[34], R[39]);
140	| R[39] = mad(R[38], R[38], R[40]);
141	| R[40] = cmplt(R[39], C[676]);
142	| R[41] = rsq(R[39]);
143	| R[39] = mul(R[34], R[41]);
144	| R[34] = mul(R[36], R[41]);
145	| R[36] = mul(R[38], R[41]);
146	| R[38] = b2i(R[40]);
147	| R[40] = cmpeqi(R[38], C[648]);
148	| R[38] = select(R[40], R[39], R[37]);
149	| R[37] = select(R[40], R[34], R[32]);
150	| R[32] = select(R[40], R[36], R[35]);
151	| R[34] = mul(R[38], C[744]);
152	| R[35] = mul(R[37], C[744]);
153	| R[36] = mul(R[32], C[744]);
154	| R[32] = add(R[30], R[34]);
155	| R[30] = add(R[28], R[35]);
156	| R[28] = add(R[29], R[36]);
157	| exit_stat_scope();
158	| enter_stat_scope(C[768]);
159	| R[29] = max(R[13], C[772]);
160	| R[34] = rcp(R[29]);
161	| R[29] = mul(R[34], R[32]);
162	| R[32] = mul(R[34], R[30]);
163	| R[30] = mul(R[34], R[28]);
164	| R[28] = mad(R[29], C[4], R[22]);
165	| R[29] = mad(R[32], C[4], R[23]);
166	| R[32] = mad(R[30], C[4], R[24]);
167	| R[30] = mad(C[776], C[4], C[684]);
168	| R[34] = div(R[28], R[30]);
169	| R[28] = div(R[29], R[30]);
170	| R[29] = div(R[32], R[30]);
171	| R[30] = mad(R[34], C[4], R[15]);
172	| R[32] = mad(R[28], C[4], R[16]);
173	| R[35] = mad(R[29], C[4], R[17]);
174	| exit_stat_scope();
175	| exit_stat_scope();
176	| exit_stat_scope();
177	| [R][36] = AcquireIndex(0, [R][26]);
178	| OutputDataFloat(0, 0, [R][36], [R][25]);
179	| OutputDataFloat(0, 1, [R][36], [R][1]);
180	| OutputDataFloat(0, 2, [R][36], [R][2]);
181	| OutputDataFloat(0, 3, [R][36], [R][3]);
182	| OutputDataFloat(0, 4, [R][36], [R][4]);
183	| OutputDataFloat(0, 5, [R][36], [R][5]);
184	| OutputDataFloat(0, 6, [R][36], [R][6]);
185	| OutputDataFloat(0, 7, [R][36], [R][7]);
186	| OutputDataFloat(0, 8, [R][36], [R][8]);
187	| OutputDataFloat(0, 9, [R][36], [R][9]);
188	| OutputDataFloat(0, 10, [R][36], [R][10]);
189	| OutputDataFloat(0, 11, [R][36], [R][11]);
190	| OutputDataFloat(0, 12, [R][36], [R][12]);
191	| OutputDataFloat(0, 13, [R][36], [R][13]);
192	| OutputDataFloat(0, 14, [R][36], [R][14]);
193	| OutputDataFloat(0, 15, [R][36], [R][27]);
194	| OutputDataFloat(0, 16, [R][36], [R][30]);
195	| OutputDataFloat(0, 17, [R][36], [R][32]);
196	| OutputDataFloat(0, 18, [R][36], [R][35]);
197	| OutputDataFloat(0, 19, [R][36], [R][15]);
198	| OutputDataFloat(0, 20, [R][36], [R][16]);
199	| OutputDataFloat(0, 21, [R][36], [R][17]);
200	| OutputDataFloat(0, 22, [R][36], [R][18]);
201	| OutputDataFloat(0, 23, [R][36], [R][19]);
202	| OutputDataFloat(0, 24, [R][36], [R][20]);
203	| OutputDataFloat(0, 25, [R][36], [R][22]);
204	| OutputDataFloat(0, 26, [R][36], [R][23]);
205	| OutputDataFloat(0, 27, [R][36], [R][24]);
206	| OutputDataFloat(0, 28, [R][36], [R][33]);
207	| OutputDataFloat(0, 29, [R][36], [R][0]);
208	| OutputDataFloat(0, 30, [R][36], [R][31]);
209	| OutputDataInt(0, 0, [R][36], [R][21]);
210	| OutputDataFloat(0, 31, [R][36], [R][34]);
211	| OutputDataFloat(0, 32, [R][36], [R][28]);
212	| OutputDataFloat(0, 33, [R][36], [R][29]);
213	| exit_stat_scope();
-------------------------------
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// Compile Data> PinToConstantValues Input: 
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver Value: false
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver Value: false
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0


struct NiagaraSpawnInfo
{
	int Count;
	float InterpStartDt;
	float IntervalDt;
	int SpawnGroup;
};

struct NiagaraID
{
	int Index;
	int AcquireTag;
};

cbuffer FNiagaraGlobalParameters
{
	float Engine_WorldDeltaTime;
	float Engine_DeltaTime;
	float Engine_InverseDeltaTime;
	float Engine_Time;
	float Engine_RealTime;
	int Engine_QualityLevel;
	int Engine_PaddingInt32_0;
	int Engine_PaddingInt32_1;
}

cbuffer FNiagaraSystemParameters
{
}

cbuffer FNiagaraOwnerParameters
{
}

cbuffer FNiagaraEmitterParameters
{
}

cbuffer FNiagaraExternalParameters
{
	int Emitter_RandomSeed;
}

struct FParamMap0_System
{
	float Age;
	bool bCompleteOnInactive;
	float CurrentLoopDuration;
	int ExecutionState;
	int ExecutionStateSource;
	int LoopCount;
	float LoopedAge;
	float NormalizedLoopAge;
};

struct FParamMap0_Engine_System
{
	int RandomSeed;
};

struct FParamMap0_Engine_Emitter
{
	int InstanceSeed;
	int TotalSpawnedParticles;
};

struct FParamMap0_Engine
{
	float DeltaTime;
	FParamMap0_Engine_Emitter Emitter;
	float InverseDeltaTime;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int QualityLevel;
	float RealTime;
	FParamMap0_Engine_System System;
	float Time;
	float WorldDeltaTime;
};

struct FParamMap0_Emitter
{
	int RandomSeed;
};

struct FParamMap0_Birds_01_SpawnRate
{
	NiagaraSpawnInfo SpawnOutputInfo;
	float SpawnRemainder;
};

struct FParamMap0_Birds_01_Scalability
{
	float DistanceFraction;
};

struct FParamMap0_Birds_01
{
	float Age;
	float CurrentLoopDuration;
	float DistanceTraveled;
	int ExecutionState;
	int ExecutionStateSource;
	int LoopCount;
	float LoopedAge;
	float NormalizedLoopAge;
	FParamMap0_Birds_01_Scalability Scalability;
	FParamMap0_Birds_01_SpawnRate SpawnRate;
};

struct FParamMap0
{
	FParamMap0_Birds_01 Birds_01;
	FParamMap0_Emitter Emitter;
	FParamMap0_Engine Engine;
	FParamMap0_System System;
};

struct FSimulationContext
{
	FParamMap0 Map;
};

static float HackSpawnInterp = 1.0;
void Birds_01_9B9C36C34D9102D6D4CFB487F2060D08_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
void Birds_01_9B9C36C34D9102D6D4CFB487F2060D08_Func_(inout FSimulationContext Context)
{

}

float GetSpawnInterpolation()
{
	return 1.0f;}


#if (SimulationStageIndex == 0) // MapSpawn
void HandlePreviousValuesForSpawn(inout FSimulationContext Context)
{
}
#endif

void ReadDataSets(inout FSimulationContext Context)
{
}

void WriteDataSets(inout FSimulationContext Context)
{
}

void Simulate(inout FSimulationContext Context)
{
	EnterStatScope(0 /**SystemSpawnScript*/);
	//Begin Initialize Parameter Map Defaults
	float Constant = 0;
	Context.Map.Birds_01.Age = Constant;
	int Constant1 = 0;
	Context.Map.Birds_01.ExecutionState = Constant1;
	float Constant2 = 0;
	Context.Map.Birds_01.CurrentLoopDuration = Constant2;
	float Constant3 = 0;
	Context.Map.Birds_01.LoopedAge = Constant3;
	int Constant4 = 0;
	Context.Map.Birds_01.LoopCount = Constant4;
	float Constant5 = (0.0);
	Context.Map.Birds_01.NormalizedLoopAge = Constant5;
	float Constant6 = (0.0);
	Context.Map.Birds_01.Scalability.DistanceFraction = Constant6;
	int Constant7 = 0;
	Context.Map.System.ExecutionState = Constant7;
	int Constant8 = 0;
	Context.Map.System.ExecutionStateSource = Constant8;
	int Constant9 = 0;
	Context.Map.Birds_01.ExecutionStateSource = Constant9;
	float Constant10 = 0;
	Context.Map.Birds_01.DistanceTraveled = Constant10;
	float Constant11 = 0;
	Context.Map.Birds_01.SpawnRate.SpawnRemainder = Constant11;
	NiagaraSpawnInfo Constant12 = (NiagaraSpawnInfo)0;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo = Constant12;
	float Constant13 = 0;
	Context.Map.System.Age = Constant13;
	float Constant14 = 0;
	Context.Map.System.CurrentLoopDuration = Constant14;
	float Constant15 = 0;
	Context.Map.System.LoopedAge = Constant15;
	int Constant16 = 0;
	Context.Map.System.LoopCount = Constant16;
	float Constant17 = (0.0);
	Context.Map.System.NormalizedLoopAge = Constant17;
	bool Constant18 = false;
	Context.Map.System.bCompleteOnInactive = Constant18;
	//End Initialize Parameter Map Defaults
	EnterStatScope(1 /**Birds_01*/);
	Birds_01_9B9C36C34D9102D6D4CFB487F2060D08_Func_(Context);
	ExitStatScope(/**Birds_01*/);
	// Begin HandleMissingDefaultValues
	// End HandleMissingDefaultValues


	ExitStatScope(/**SystemSpawnScript*/);
}
void SimulateMain()
{
EnterStatScope(2 /**SystemSpawnScript_Main*/);

	FSimulationContext Context = (FSimulationContext)0;
	Context.Map.Birds_01.Age = 0.0f;
	Context.Map.Birds_01.CurrentLoopDuration = 0.0f;
	Context.Map.Birds_01.DistanceTraveled = 0.0f;
	Context.Map.Birds_01.ExecutionState = 0;
	Context.Map.Birds_01.ExecutionStateSource = 0;
	Context.Map.Birds_01.LoopCount = 0;
	Context.Map.Birds_01.LoopedAge = 0.0f;
	Context.Map.Birds_01.NormalizedLoopAge = 0.0f;
	Context.Map.Birds_01.Scalability.DistanceFraction = 0.0f;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.Count = 0;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.InterpStartDt = 0.0f;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.IntervalDt = 0.0f;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.SpawnGroup = 0;
	Context.Map.Birds_01.SpawnRate.SpawnRemainder = 0.0f;
	Context.Map.Emitter.RandomSeed = 0;
	Context.Map.System.Age = 0.0f;
	Context.Map.System.bCompleteOnInactive = false;
	Context.Map.System.CurrentLoopDuration = 0.0f;
	Context.Map.System.ExecutionState = 0;
	Context.Map.System.ExecutionStateSource = 0;
	Context.Map.System.LoopCount = 0;
	Context.Map.System.LoopedAge = 0.0f;
	Context.Map.System.NormalizedLoopAge = 0.0f;
	Context.Map.Engine.Emitter.InstanceSeed = InputDataInt(1, 0);
	Context.Map.Engine.Emitter.TotalSpawnedParticles = InputDataInt(1, 1);
	Context.Map.Engine.System.RandomSeed = InputDataInt(1, 2);
	Context.Map.Emitter.RandomSeed = Emitter_RandomSeed;
	ReadDataSets(Context);
EnterStatScope(3 /**SystemSpawnScript_MapMain*/);
	Simulate(Context);
ExitStatScope(/**SystemSpawnScript_MapMain*/);
	WriteDataSets(Context);
	{
	int TmpWriteIndex = OutputIndex(0, false, true);
	OutputDataFloat(0, 0, TmpWriteIndex, Context.Map.Birds_01.Age);
	OutputDataFloat(0, 1, TmpWriteIndex, Context.Map.Birds_01.CurrentLoopDuration);
	OutputDataFloat(0, 2, TmpWriteIndex, Context.Map.Birds_01.DistanceTraveled);
	OutputDataInt(0, 0, TmpWriteIndex, Context.Map.Birds_01.ExecutionState);
	OutputDataInt(0, 1, TmpWriteIndex, Context.Map.Birds_01.ExecutionStateSource);
	OutputDataInt(0, 2, TmpWriteIndex, Context.Map.Birds_01.LoopCount);
	OutputDataFloat(0, 3, TmpWriteIndex, Context.Map.Birds_01.LoopedAge);
	OutputDataFloat(0, 4, TmpWriteIndex, Context.Map.Birds_01.NormalizedLoopAge);
	OutputDataFloat(0, 5, TmpWriteIndex, Context.Map.Birds_01.Scalability.DistanceFraction);
	OutputDataInt(0, 3, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.Count);
	OutputDataFloat(0, 6, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.InterpStartDt);
	OutputDataFloat(0, 7, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.IntervalDt);
	OutputDataInt(0, 4, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.SpawnGroup);
	OutputDataFloat(0, 8, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnRemainder);
	OutputDataInt(0, 5, TmpWriteIndex, Context.Map.Emitter.RandomSeed);
	OutputDataFloat(0, 9, TmpWriteIndex, Context.Map.System.Age);
	OutputDataBool(0, 6, TmpWriteIndex, Context.Map.System.bCompleteOnInactive);
	OutputDataFloat(0, 10, TmpWriteIndex, Context.Map.System.CurrentLoopDuration);
	OutputDataInt(0, 7, TmpWriteIndex, Context.Map.System.ExecutionState);
	OutputDataInt(0, 8, TmpWriteIndex, Context.Map.System.ExecutionStateSource);
	OutputDataInt(0, 9, TmpWriteIndex, Context.Map.System.LoopCount);
	OutputDataFloat(0, 11, TmpWriteIndex, Context.Map.System.LoopedAge);
	OutputDataFloat(0, 12, TmpWriteIndex, Context.Map.System.NormalizedLoopAge);
	}
ExitStatScope(/**SystemSpawnScript_Main*/);
}
S
M<00><00>
-------------------------------
Summary
-------------------------------
Num Byte Code Ops: 26
Num Constants: 14

-------------------------------
Constant Table
-------------------------------
0 | Engine_WorldDeltaTime
4 | Engine_DeltaTime
8 | Engine_InverseDeltaTime
12 | Engine_Time
16 | Engine_RealTime
20 | Engine_QualityLevel
24 | Engine_PaddingInt32_0
28 | Engine_PaddingInt32_1
32 | Emitter_RandomSeed
36 | 2
40 | True
44 | 0
48 | 0
52 | False
-------------------------------
Byte Code (26 Ops)
-------------------------------
0	| enter_stat_scope(C[36]);
1	| [R][0] = AcquireIndex(0, [C][40]);
2	| OutputDataFloat(0, 0, [R][0], [C][44]);
3	| OutputDataFloat(0, 1, [R][0], [C][44]);
4	| OutputDataFloat(0, 2, [R][0], [C][44]);
5	| OutputDataInt(0, 0, [R][0], [C][48]);
6	| OutputDataInt(0, 1, [R][0], [C][48]);
7	| OutputDataInt(0, 2, [R][0], [C][48]);
8	| OutputDataFloat(0, 3, [R][0], [C][44]);
9	| OutputDataFloat(0, 4, [R][0], [C][44]);
10	| OutputDataFloat(0, 5, [R][0], [C][44]);
11	| OutputDataInt(0, 3, [R][0], [C][48]);
12	| OutputDataFloat(0, 6, [R][0], [C][44]);
13	| OutputDataFloat(0, 7, [R][0], [C][44]);
14	| OutputDataInt(0, 4, [R][0], [C][48]);
15	| OutputDataFloat(0, 8, [R][0], [C][44]);
16	| OutputDataInt(0, 5, [R][0], [C][32]);
17	| OutputDataFloat(0, 9, [R][0], [C][44]);
18	| OutputDataInt(0, 6, [R][0], [C][52]);
19	| OutputDataFloat(0, 10, [R][0], [C][44]);
20	| OutputDataInt(0, 7, [R][0], [C][48]);
21	| OutputDataInt(0, 8, [R][0], [C][48]);
22	| OutputDataInt(0, 9, [R][0], [C][48]);
23	| OutputDataFloat(0, 11, [R][0], [C][44]);
24	| OutputDataFloat(0, 12, [R][0], [C][44]);
25	| exit_stat_scope();
-------------------------------
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// Compile Data> PinToConstantValues Input: 
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver Value: false
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Spawn/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Map Get/Map Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Map Get/Map Get->Module.Manually Enable Rotational Solver Value: false
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Logic OR (Static)/Logic OR (Static)->Result Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->InputPin Value: 0
//	Pin: /Emitter Fountain Update/Solve Forces and Velocity/Reroute Node/Reroute Node->OutputPin Value: 0


struct NiagaraSpawnInfo
{
	int Count;
	float InterpStartDt;
	float IntervalDt;
	int SpawnGroup;
};

struct NiagaraID
{
	int Index;
	int AcquireTag;
};

cbuffer FNiagaraGlobalParameters
{
	float Engine_WorldDeltaTime;
	float Engine_DeltaTime;
	float Engine_InverseDeltaTime;
	float Engine_Time;
	float Engine_RealTime;
	int Engine_QualityLevel;
	int Engine_PaddingInt32_0;
	int Engine_PaddingInt32_1;
}

cbuffer FNiagaraSystemParameters
{
}

cbuffer FNiagaraOwnerParameters
{
}

cbuffer FNiagaraEmitterParameters
{
}

cbuffer FNiagaraExternalParameters
{
	int Emitter_RandomSeed;
}

struct FParamMap0_Transient
{
	bool FirstFrame;
	int ScalabilityEmitterExecutionState;
	float ScalabilityEmitterSpawnCountScale;
	int ScalabilityExecutionState;
	bool SpawningbCanEverSpawn;
};

struct FParamMap0_SystemState
{
	float LoopDelay;
	bool RecalculateDurationEachLoop;
};

struct FParamMap0_System
{
	float Age;
	bool bCompleteOnInactive;
	float CurrentLoopDuration;
	int ExecutionState;
	int ExecutionStateSource;
	int LoopCount;
	float LoopedAge;
	float NormalizedLoopAge;
};

struct FParamMap0_OUTPUT_VAR_SpawnRate
{
	bool HasSpawnedThisFrame;
};

struct FParamMap0_OUTPUT_VAR
{
	FParamMap0_OUTPUT_VAR_SpawnRate SpawnRate;
};

struct FParamMap0_Local_SystemState
{
	bool LoopCountIncreased;
};

struct FParamMap0_Local_SpawnRate
{
	float InterpStartDT;
	float IntervalDT;
	int SpawnCount;
	float SpawnRate;
};

struct FParamMap0_Local_EmitterState
{
	bool LoopCountIncreased;
	float LoopDuration;
	bool NoActiveEmitterParticles;
	int PreviousEmitterState;
};

struct FParamMap0_Local
{
	FParamMap0_Local_EmitterState EmitterState;
	FParamMap0_Local_SpawnRate SpawnRate;
	FParamMap0_Local_SystemState SystemState;
};

struct FParamMap0_Engine_System
{
	int RandomSeed;
};

struct FParamMap0_Engine_Owner
{
	int ExecutionState;
	float LODDistanceFraction;
	float3 Velocity;
};

struct FParamMap0_Engine_Emitter
{
	int InstanceSeed;
	int TotalSpawnedParticles;
};

struct FParamMap0_Engine_Birds_01
{
	int NumParticles;
	float SpawnCountScale;
};

struct FParamMap0_Engine
{
	FParamMap0_Engine_Birds_01 Birds_01;
	float DeltaTime;
	FParamMap0_Engine_Emitter Emitter;
	float InverseDeltaTime;
	FParamMap0_Engine_Owner Owner;
	int PaddingInt32_0;
	int PaddingInt32_1;
	int QualityLevel;
	float RealTime;
	FParamMap0_Engine_System System;
	float Time;
	float WorldDeltaTime;
};

struct FParamMap0_EmitterState
{
	float LoopDelay;
	bool RecalculateDurationEachLoop;
};

struct FParamMap0_Emitter
{
	int RandomSeed;
};

struct FParamMap0_Birds_01_SpawnRate
{
	NiagaraSpawnInfo SpawnOutputInfo;
	float SpawnRemainder;
};

struct FParamMap0_Birds_01_Scalability
{
	float DistanceFraction;
};

struct FParamMap0_Birds_01
{
	float Age;
	float CurrentLoopDuration;
	float DistanceTraveled;
	int ExecutionState;
	int ExecutionStateSource;
	int LoopCount;
	float LoopedAge;
	float NormalizedLoopAge;
	FParamMap0_Birds_01_Scalability Scalability;
	FParamMap0_Birds_01_SpawnRate SpawnRate;
};

struct FParamMap0
{
	FParamMap0_Birds_01 Birds_01;
	FParamMap0_Emitter Emitter;
	FParamMap0_EmitterState EmitterState;
	FParamMap0_Engine Engine;
	FParamMap0_Local Local;
	FParamMap0_OUTPUT_VAR OUTPUT_VAR;
	FParamMap0_System System;
	FParamMap0_SystemState SystemState;
	FParamMap0_Transient Transient;
};

struct FSimulationContext
{
	FParamMap0 Map;
};

static float HackSpawnInterp = 1.0;
void SystemState_SystemChangeState002_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context);
void SystemState_SystemChangeState_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context);
void SystemState_SystemChangeState001_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context);
void SystemState_Func_(inout FSimulationContext Context);
void EmitterState_EmitterChangeState002_Birds_01_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context);
void EmitterState_EmitterChangeState005_Birds_01_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context);
void EmitterState_EmitterChangeState003_Birds_01_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context);
void EmitterState_Birds_01_Func_(inout FSimulationContext Context);
void SpawnRate_Birds_01_Func_(inout FSimulationContext Context);
void Birds_01_9B9C36C34D9102D6D4CFB487F2060D08_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
void SystemState_SystemChangeState002_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context)
{
	bool Result12 = NiagaraAll(Context.Map.System.ExecutionStateSource <= In_NewStateSource);
	bool Result13 = In_Condition && Result12;
	int ENiagaraExecutionState_IfResult;
	int ENiagaraExecutionStateSource_IfResult;
	if(Result13)
	{
	ENiagaraExecutionState_IfResult = In_NewState;
	ENiagaraExecutionStateSource_IfResult = In_NewStateSource;
	}
	else
	{
	ENiagaraExecutionState_IfResult = Context.Map.System.ExecutionState;
	ENiagaraExecutionStateSource_IfResult = Context.Map.System.ExecutionStateSource;
	}
	Context.Map.System.ExecutionState = ENiagaraExecutionState_IfResult;
	Context.Map.System.ExecutionStateSource = ENiagaraExecutionStateSource_IfResult;
}

void SystemState_SystemChangeState_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context)
{
	bool Result14 = NiagaraAll(Context.Map.System.ExecutionStateSource <= In_NewStateSource);
	bool Result15 = In_Condition && Result14;
	int ENiagaraExecutionState_IfResult1;
	int ENiagaraExecutionStateSource_IfResult1;
	if(Result15)
	{
	ENiagaraExecutionState_IfResult1 = In_NewState;
	ENiagaraExecutionStateSource_IfResult1 = In_NewStateSource;
	}
	else
	{
	ENiagaraExecutionState_IfResult1 = Context.Map.System.ExecutionState;
	ENiagaraExecutionStateSource_IfResult1 = Context.Map.System.ExecutionStateSource;
	}
	Context.Map.System.ExecutionState = ENiagaraExecutionState_IfResult1;
	Context.Map.System.ExecutionStateSource = ENiagaraExecutionStateSource_IfResult1;
}

void SystemState_SystemChangeState001_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context)
{
	bool Result17 = NiagaraAll(Context.Map.System.ExecutionStateSource <= In_NewStateSource);
	bool Result18 = In_Condition && Result17;
	int ENiagaraExecutionState_IfResult2;
	int ENiagaraExecutionStateSource_IfResult2;
	if(Result18)
	{
	ENiagaraExecutionState_IfResult2 = In_NewState;
	ENiagaraExecutionStateSource_IfResult2 = In_NewStateSource;
	}
	else
	{
	ENiagaraExecutionState_IfResult2 = Context.Map.System.ExecutionState;
	ENiagaraExecutionStateSource_IfResult2 = Context.Map.System.ExecutionStateSource;
	}
	Context.Map.System.ExecutionState = ENiagaraExecutionState_IfResult2;
	Context.Map.System.ExecutionStateSource = ENiagaraExecutionStateSource_IfResult2;
}

void SystemState_Func_(inout FSimulationContext Context)
{
	bool Result = NiagaraAll(Context.Map.System.Age <= Context.Map.Engine.DeltaTime);
	Context.Map.Transient.FirstFrame = Result;
	float Constant4 = 0;
	float Constant5 = 0;
	bool Result1 = NiagaraAll(Context.Map.System.Age == Constant5);
	float Constant6 = 5;
	float Constant7 = 0.016667;
	float Result2 = max(Constant6, Constant7);
	float Duration_IfResult;
	if(Result1)
	{
	Duration_IfResult = Result2;
	}
	else
	{
	Duration_IfResult = Context.Map.System.CurrentLoopDuration;
	}
	float Constant8 = 0;
	Context.Map.System.CurrentLoopDuration = Duration_IfResult;
	Context.Map.SystemState.LoopDelay = Constant8;
	float Result3 = Context.Map.System.Age + Context.Map.Engine.DeltaTime;
	float Result4 = Context.Map.Engine.DeltaTime + Context.Map.System.LoopedAge;
	float Result5 = Result4 / Context.Map.System.CurrentLoopDuration;
	int Count;
	Count = Result5;
	int Constant9 = 0;
	int Result6 = max(Count, Constant9);
	float Result7 = Result6 * Context.Map.System.CurrentLoopDuration;
	float Result8 = Result4 - Result7;
	int Constant10 = 0;
	bool Result9 = NiagaraAll(Result6 > Constant10);
	int Result10 = Result6 + Context.Map.System.LoopCount;
	Context.Map.System.Age = Result3;
	Context.Map.System.LoopedAge = Result8;
	Context.Map.Local.SystemState.LoopCountIncreased = Result9;
	Context.Map.System.LoopCount = Result10;
	float Constant11 = 5;
	float float_IfResult;
	if(Context.Map.SystemState.RecalculateDurationEachLoop)
	{
	float_IfResult = Constant11;
	}
	else
	{
	float_IfResult = Context.Map.System.CurrentLoopDuration;
	}
	float CurrentLoopDuration_IfResult;
	float LoopedAge_IfResult;
	if(Context.Map.Local.SystemState.LoopCountIncreased)
	{
	CurrentLoopDuration_IfResult = float_IfResult;
	LoopedAge_IfResult = Context.Map.System.LoopedAge;
	}
	else
	{
	CurrentLoopDuration_IfResult = Context.Map.System.CurrentLoopDuration;
	LoopedAge_IfResult = Context.Map.System.LoopedAge;
	}
	Context.Map.System.CurrentLoopDuration = CurrentLoopDuration_IfResult;
	Context.Map.System.LoopedAge = LoopedAge_IfResult;
	float Result11 = Context.Map.System.LoopedAge / Context.Map.System.CurrentLoopDuration;
	Context.Map.System.NormalizedLoopAge = Result11;
	bool Constant12 = true;
	int Constant13 = 0;
	SystemState_SystemChangeState002_Func_(Context.Map.Transient.ScalabilityExecutionState, Constant12, Constant13, Context);
	int Constant14 = 3;
	bool Constant15 = false;
	int Constant16 = 3;
	SystemState_SystemChangeState_Func_(Constant14, Constant15, Constant16, Context);
	bool Constant17 = true;
	Context.Map.System.bCompleteOnInactive = Constant17;
	int Constant18 = 0;
	bool Result16 = NiagaraAll(Context.Map.Engine.Owner.ExecutionState != Constant18);
	int Constant19 = 2;
	SystemState_SystemChangeState001_Func_(Context.Map.Engine.Owner.ExecutionState, Result16, Constant19, Context);
}

void EmitterState_EmitterChangeState002_Birds_01_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context)
{
	int Constant33 = 3;
	bool Result34 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant33);
	int Constant34 = 4;
	bool Result35 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant34);
	bool Result36 = Result34 && Result35;
	bool Result37 = In_Condition && Result36;
	bool Result38 = NiagaraAll(Context.Map.Birds_01.ExecutionStateSource <= In_NewStateSource);
	bool Result39 = Result37 && Result38;
	int ENiagaraExecutionState_IfResult3;
	int ENiagaraExecutionStateSource_IfResult3;
	if(Result39)
	{
	ENiagaraExecutionState_IfResult3 = In_NewState;
	ENiagaraExecutionStateSource_IfResult3 = In_NewStateSource;
	}
	else
	{
	ENiagaraExecutionState_IfResult3 = Context.Map.Birds_01.ExecutionState;
	ENiagaraExecutionStateSource_IfResult3 = Context.Map.Birds_01.ExecutionStateSource;
	}
	Context.Map.Birds_01.ExecutionState = ENiagaraExecutionState_IfResult3;
	Context.Map.Birds_01.ExecutionStateSource = ENiagaraExecutionStateSource_IfResult3;
}

void EmitterState_EmitterChangeState005_Birds_01_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context)
{
	int Constant39 = 3;
	bool Result43 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant39);
	int Constant40 = 4;
	bool Result44 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant40);
	bool Result45 = Result43 && Result44;
	bool Result46 = In_Condition && Result45;
	bool Result47 = NiagaraAll(Context.Map.Birds_01.ExecutionStateSource <= In_NewStateSource);
	bool Result48 = Result46 && Result47;
	int ENiagaraExecutionState_IfResult4;
	int ENiagaraExecutionStateSource_IfResult4;
	if(Result48)
	{
	ENiagaraExecutionState_IfResult4 = In_NewState;
	ENiagaraExecutionStateSource_IfResult4 = In_NewStateSource;
	}
	else
	{
	ENiagaraExecutionState_IfResult4 = Context.Map.Birds_01.ExecutionState;
	ENiagaraExecutionStateSource_IfResult4 = Context.Map.Birds_01.ExecutionStateSource;
	}
	Context.Map.Birds_01.ExecutionState = ENiagaraExecutionState_IfResult4;
	Context.Map.Birds_01.ExecutionStateSource = ENiagaraExecutionStateSource_IfResult4;
}

void EmitterState_EmitterChangeState003_Birds_01_Func_(int In_NewState, bool In_Condition, int In_NewStateSource, inout FSimulationContext Context)
{
	int Constant45 = 3;
	bool Result53 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant45);
	int Constant46 = 4;
	bool Result54 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant46);
	bool Result55 = Result53 && Result54;
	bool Result56 = In_Condition && Result55;
	bool Result57 = NiagaraAll(Context.Map.Birds_01.ExecutionStateSource <= In_NewStateSource);
	bool Result58 = Result56 && Result57;
	int ENiagaraExecutionState_IfResult5;
	int ENiagaraExecutionStateSource_IfResult5;
	if(Result58)
	{
	ENiagaraExecutionState_IfResult5 = In_NewState;
	ENiagaraExecutionStateSource_IfResult5 = In_NewStateSource;
	}
	else
	{
	ENiagaraExecutionState_IfResult5 = Context.Map.Birds_01.ExecutionState;
	ENiagaraExecutionStateSource_IfResult5 = Context.Map.Birds_01.ExecutionStateSource;
	}
	Context.Map.Birds_01.ExecutionState = ENiagaraExecutionState_IfResult5;
	Context.Map.Birds_01.ExecutionStateSource = ENiagaraExecutionStateSource_IfResult5;
}

void EmitterState_Birds_01_Func_(inout FSimulationContext Context)
{
	bool Result19 = NiagaraAll(Context.Map.Birds_01.Age <= Context.Map.Engine.DeltaTime);
	Context.Map.Transient.FirstFrame = Result19;
	Context.Map.Local.EmitterState.PreviousEmitterState = Context.Map.Birds_01.ExecutionState;
	float Constant20 = 4;
	float Constant21 = 0.016667;
	float Result20 = max(Constant20, Constant21);
	Context.Map.Local.EmitterState.LoopDuration = Result20;
	float Constant22 = 0;
	float Constant23 = 0;
	bool Result21 = NiagaraAll(Context.Map.Birds_01.Age == Constant23);
	float Duration_IfResult1;
	if(Result21)
	{
	Duration_IfResult1 = Context.Map.Local.EmitterState.LoopDuration;
	}
	else
	{
	Duration_IfResult1 = Context.Map.Birds_01.CurrentLoopDuration;
	}
	float Constant24 = 0;
	Context.Map.Birds_01.CurrentLoopDuration = Duration_IfResult1;
	Context.Map.EmitterState.LoopDelay = Constant24;
	float Result22 = Context.Map.Birds_01.Age + Context.Map.Engine.DeltaTime;
	float Result23 = Context.Map.Engine.DeltaTime + Context.Map.Birds_01.LoopedAge;
	float Result24 = Result23 / Context.Map.Birds_01.CurrentLoopDuration;
	int Count1;
	Count1 = Result24;
	int Constant25 = 0;
	int Result25 = max(Count1, Constant25);
	float Result26 = Result25 * Context.Map.Birds_01.CurrentLoopDuration;
	float Result27 = Result23 - Result26;
	int Constant26 = 0;
	bool Result28 = NiagaraAll(Result25 > Constant26);
	int Result29 = Result25 + Context.Map.Birds_01.LoopCount;
	Context.Map.Birds_01.Age = Result22;
	Context.Map.Birds_01.LoopedAge = Result27;
	Context.Map.Local.EmitterState.LoopCountIncreased = Result28;
	Context.Map.Birds_01.LoopCount = Result29;
	bool Constant27 = false;
	Context.Map.EmitterState.RecalculateDurationEachLoop = Constant27;
	float float_IfResult1;
	if(Context.Map.EmitterState.RecalculateDurationEachLoop)
	{
	float_IfResult1 = Context.Map.Local.EmitterState.LoopDuration;
	}
	else
	{
	float_IfResult1 = Context.Map.Birds_01.CurrentLoopDuration;
	}
	float CurrentLoopDuration_IfResult1;
	float LoopedAge_IfResult1;
	if(Context.Map.Local.EmitterState.LoopCountIncreased)
	{
	CurrentLoopDuration_IfResult1 = float_IfResult1;
	LoopedAge_IfResult1 = Context.Map.Birds_01.LoopedAge;
	}
	else
	{
	CurrentLoopDuration_IfResult1 = Context.Map.Birds_01.CurrentLoopDuration;
	LoopedAge_IfResult1 = Context.Map.Birds_01.LoopedAge;
	}
	Context.Map.Birds_01.CurrentLoopDuration = CurrentLoopDuration_IfResult1;
	Context.Map.Birds_01.LoopedAge = LoopedAge_IfResult1;
	float Result30 = Context.Map.Birds_01.LoopedAge / Context.Map.Birds_01.CurrentLoopDuration;
	Context.Map.Birds_01.NormalizedLoopAge = Result30;
	float Constant28 = 0;
	float Constant29 = 1.0001;
	float Result31 = clamp(Context.Map.Engine.Owner.LODDistanceFraction,Constant28,Constant29);
	Context.Map.Birds_01.Scalability.DistanceFraction = Result31;
	int Constant30 = 0;
	Context.Map.Transient.ScalabilityEmitterExecutionState = Constant30;
	int Constant31 = 0;
	bool Result32 = NiagaraAll(Context.Map.Engine.Birds_01.NumParticles == Constant31);
	Context.Map.Local.EmitterState.NoActiveEmitterParticles = Result32;
	int Constant32 = 0;
	bool Result33 = NiagaraAll(Context.Map.System.ExecutionStateSource == Constant32);
	EmitterState_EmitterChangeState002_Birds_01_Func_(Context.Map.System.ExecutionState, Result33, Context.Map.System.ExecutionStateSource, Context);
	int Constant35 = 1;
	int Constant36 = 0;
	bool Result40 = NiagaraAll(Context.Map.System.ExecutionState != Constant36);
	int Constant37 = 2;
	bool Result41 = NiagaraAll(Context.Map.System.ExecutionStateSource == Constant37);
	bool Result42 = Result40 && Result41;
	int Constant38 = 1;
	EmitterState_EmitterChangeState005_Birds_01_Func_(Constant35, Result42, Constant38, Context);
	int Constant41 = 3;
	int Constant42 = 0;
	bool Result49 = NiagaraAll(Context.Map.Birds_01.ExecutionState != Constant42);
	int Constant43 = 0;
	bool Result50 = NiagaraAll(Context.Map.Birds_01.ExecutionStateSource != Constant43);
	bool Result51 = Result49 && Result50;
	bool Result52 = Context.Map.Local.EmitterState.NoActiveEmitterParticles && Result51;
	int Constant44 = 3;
	EmitterState_EmitterChangeState003_Birds_01_Func_(Constant41, Result52, Constant44, Context);
	float3 Result59 = Context.Map.Engine.Owner.Velocity * Context.Map.Engine.DeltaTime;
	float Result60 = length(Result59);
	float Constant47 = 1e+08;
	float Result61 = Modulo(Context.Map.Birds_01.DistanceTraveled, Constant47);
	float Result62 = Result60 + Result61;
	Context.Map.Birds_01.DistanceTraveled = Result62;
}

void SpawnRate_Birds_01_Func_(inout FSimulationContext Context)
{
	float Constant48 = 0.15;
	float Constant49 = 1;
	Context.Map.Transient.ScalabilityEmitterSpawnCountScale = Constant49;
	float Result63 = Constant48 * Context.Map.Transient.ScalabilityEmitterSpawnCountScale * Context.Map.Engine.Birds_01.SpawnCountScale;
	float Result64 = Reciprocal(Result63);
	float Result65 = 1 - Context.Map.Birds_01.SpawnRate.SpawnRemainder;
	float Result66 = Result64 * Result65;
	Context.Map.Local.SpawnRate.SpawnRate = Result63;
	Context.Map.Local.SpawnRate.IntervalDT = Result64;
	Context.Map.Local.SpawnRate.InterpStartDT = Result66;
	float Constant50 = 0;
	bool Result67 = NiagaraAll(Context.Map.Birds_01.LoopedAge >= Constant50);
	float Constant51 = 1;
	float Constant52 = 0;
	float float_IfResult2;
	if(Result67)
	{
	float_IfResult2 = Constant51;
	}
	else
	{
	float_IfResult2 = Constant52;
	}
	float Result68 = Context.Map.Local.SpawnRate.SpawnRate * float_IfResult2;
	float Result69 = Result68 * Context.Map.Engine.DeltaTime + Context.Map.Birds_01.SpawnRate.SpawnRemainder;
	float Result70 = floor(Result69);
	float Result71 = Result69 - Result70;
	Context.Map.Local.SpawnRate.SpawnCount = Result70;
	Context.Map.Birds_01.SpawnRate.SpawnRemainder = Result71;
	int Constant53 = 0;
	float Constant54 = 1;
	NiagaraSpawnInfo Output1;
	Output1.Count = Context.Map.Local.SpawnRate.SpawnCount;
	Output1.InterpStartDt = Context.Map.Local.SpawnRate.InterpStartDT;
	Output1.IntervalDt = Context.Map.Local.SpawnRate.IntervalDT;
	Output1.SpawnGroup = Constant53;
	bool Constant55 = true;
	int Constant56 = 0;
	bool Result72 = NiagaraAll(Context.Map.Local.SpawnRate.SpawnCount > Constant56);
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo = Output1;
	Context.Map.Transient.SpawningbCanEverSpawn = Constant55;
	Context.Map.OUTPUT_VAR.SpawnRate.HasSpawnedThisFrame = Result72;
}

void Birds_01_9B9C36C34D9102D6D4CFB487F2060D08_Func_(inout FSimulationContext Context)
{
	EnterStatScope(3 /**EmitterState_Birds_01_Func_*/);
	EmitterState_Birds_01_Func_(Context);
	ExitStatScope(/**EmitterState_Birds_01_Func_*/);
	EnterStatScope(4 /**SpawnRate_Birds_01_Func_*/);
	SpawnRate_Birds_01_Func_(Context);
	ExitStatScope(/**SpawnRate_Birds_01_Func_*/);
}

float GetSpawnInterpolation()
{
	return 1.0f;}


#if (SimulationStageIndex == 0) // MapSpawn
void HandlePreviousValuesForSpawn(inout FSimulationContext Context)
{
}
#endif

void ReadDataSets(inout FSimulationContext Context)
{
}

void WriteDataSets(inout FSimulationContext Context)
{
}

void Simulate(inout FSimulationContext Context)
{
	EnterStatScope(0 /**SystemUpdateScript*/);
	//Begin Initialize Parameter Map Defaults
	//End Initialize Parameter Map Defaults
	float Constant = 0;
	float Constant1 = 5;
	bool Constant2 = false;
	Context.Map.SystemState.RecalculateDurationEachLoop = Constant2;
	int Constant3 = 0;
	Context.Map.Transient.ScalabilityExecutionState = Constant3;
	EnterStatScope(1 /**SystemState_Func_*/);
	SystemState_Func_(Context);
	ExitStatScope(/**SystemState_Func_*/);
	EnterStatScope(2 /**Birds_01*/);
	Birds_01_9B9C36C34D9102D6D4CFB487F2060D08_Func_(Context);
	ExitStatScope(/**Birds_01*/);
	ExitStatScope(/**SystemUpdateScript*/);
}
void SimulateMain()
{
EnterStatScope(5 /**SystemUpdateScript_Main*/);

	FSimulationContext Context = (FSimulationContext)0;
	Context.Map.Birds_01.Age = InputDataFloat(0, 0);
	Context.Map.Birds_01.CurrentLoopDuration = InputDataFloat(0, 1);
	Context.Map.Birds_01.DistanceTraveled = InputDataFloat(0, 2);
	Context.Map.Birds_01.ExecutionState = InputDataInt(0, 0);
	Context.Map.Birds_01.ExecutionStateSource = InputDataInt(0, 1);
	Context.Map.Birds_01.LoopCount = InputDataInt(0, 2);
	Context.Map.Birds_01.LoopedAge = InputDataFloat(0, 3);
	Context.Map.Birds_01.NormalizedLoopAge = InputDataFloat(0, 4);
	Context.Map.Birds_01.Scalability.DistanceFraction = InputDataFloat(0, 5);
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.Count = 0;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.InterpStartDt = 0.0f;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.IntervalDt = 0.0f;
	Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.SpawnGroup = 0;
	Context.Map.Birds_01.SpawnRate.SpawnRemainder = InputDataFloat(0, 8);
	Context.Map.Emitter.RandomSeed = InputDataInt(0, 5);
	Context.Map.System.Age = InputDataFloat(0, 9);
	Context.Map.System.bCompleteOnInactive = InputDataBool(0, 6);
	Context.Map.System.CurrentLoopDuration = InputDataFloat(0, 10);
	Context.Map.System.ExecutionState = InputDataInt(0, 7);
	Context.Map.System.ExecutionStateSource = InputDataInt(0, 8);
	Context.Map.System.LoopCount = InputDataInt(0, 9);
	Context.Map.System.LoopedAge = InputDataFloat(0, 11);
	Context.Map.System.NormalizedLoopAge = InputDataFloat(0, 12);
	Context.Map.Engine.Birds_01.NumParticles = InputDataInt(1, 0);
	Context.Map.Engine.Birds_01.SpawnCountScale = InputDataFloat(1, 0);
	Context.Map.Engine.Emitter.InstanceSeed = InputDataInt(1, 1);
	Context.Map.Engine.Emitter.TotalSpawnedParticles = InputDataInt(1, 2);
	Context.Map.Engine.Owner.ExecutionState = InputDataInt(1, 3);
	Context.Map.Engine.Owner.LODDistanceFraction = InputDataFloat(1, 1);
	Context.Map.Engine.Owner.Velocity.x = InputDataFloat(1, 2);
	Context.Map.Engine.Owner.Velocity.y = InputDataFloat(1, 3);
	Context.Map.Engine.Owner.Velocity.z = InputDataFloat(1, 4);
	Context.Map.Engine.System.RandomSeed = InputDataInt(1, 4);
	Context.Map.Engine.DeltaTime = Engine_DeltaTime;
	Context.Map.Emitter.RandomSeed = Emitter_RandomSeed;
	ReadDataSets(Context);
EnterStatScope(6 /**SystemUpdateScript_MapMain*/);
	Simulate(Context);
ExitStatScope(/**SystemUpdateScript_MapMain*/);
	WriteDataSets(Context);
	{
	int TmpWriteIndex = OutputIndex(0, false, true);
	OutputDataFloat(0, 0, TmpWriteIndex, Context.Map.Birds_01.Age);
	OutputDataFloat(0, 1, TmpWriteIndex, Context.Map.Birds_01.CurrentLoopDuration);
	OutputDataFloat(0, 2, TmpWriteIndex, Context.Map.Birds_01.DistanceTraveled);
	OutputDataInt(0, 0, TmpWriteIndex, Context.Map.Birds_01.ExecutionState);
	OutputDataInt(0, 1, TmpWriteIndex, Context.Map.Birds_01.ExecutionStateSource);
	OutputDataInt(0, 2, TmpWriteIndex, Context.Map.Birds_01.LoopCount);
	OutputDataFloat(0, 3, TmpWriteIndex, Context.Map.Birds_01.LoopedAge);
	OutputDataFloat(0, 4, TmpWriteIndex, Context.Map.Birds_01.NormalizedLoopAge);
	OutputDataFloat(0, 5, TmpWriteIndex, Context.Map.Birds_01.Scalability.DistanceFraction);
	OutputDataInt(0, 3, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.Count);
	OutputDataFloat(0, 6, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.InterpStartDt);
	OutputDataFloat(0, 7, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.IntervalDt);
	OutputDataInt(0, 4, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnOutputInfo.SpawnGroup);
	OutputDataFloat(0, 8, TmpWriteIndex, Context.Map.Birds_01.SpawnRate.SpawnRemainder);
	OutputDataInt(0, 5, TmpWriteIndex, Context.Map.Emitter.RandomSeed);
	OutputDataFloat(0, 9, TmpWriteIndex, Context.Map.System.Age);
	OutputDataBool(0, 6, TmpWriteIndex, Context.Map.System.bCompleteOnInactive);
	OutputDataFloat(0, 10, TmpWriteIndex, Context.Map.System.CurrentLoopDuration);
	OutputDataInt(0, 7, TmpWriteIndex, Context.Map.System.ExecutionState);
	OutputDataInt(0, 8, TmpWriteIndex, Context.Map.System.ExecutionStateSource);
	OutputDataInt(0, 9, TmpWriteIndex, Context.Map.System.LoopCount);
	OutputDataFloat(0, 11, TmpWriteIndex, Context.Map.System.LoopedAge);
	OutputDataFloat(0, 12, TmpWriteIndex, Context.Map.System.NormalizedLoopAge);
	}
ExitStatScope(/**SystemUpdateScript_Main*/);
}
S
M<00><00>
-------------------------------
Summary
-------------------------------
Num Byte Code Ops: 151
Num Constants: 24

-------------------------------
Constant Table
-------------------------------
0 | Engine_WorldDeltaTime
4 | Engine_DeltaTime
8 | Engine_InverseDeltaTime
12 | Engine_Time
16 | Engine_RealTime
20 | Engine_QualityLevel
24 | Engine_PaddingInt32_0
28 | Engine_PaddingInt32_1
32 | Emitter_RandomSeed
36 | 5
40 | 6
44 | 0
48 | 1
52 | 0
56 | 5
60 | 2
64 | 3
68 | 4
72 | 1.00010002
76 | 4
80 | 100000000
84 | 0.150000006
88 | 1
92 | True
-------------------------------
Byte Code (151 Ops)
-------------------------------
0	| enter_stat_scope(C[36]);
1	| [R][0] = InputDataFloat(0, 0);
2	| [R][1] = InputDataFloat(0, 1);
3	| [R][2] = InputDataFloat(0, 2);
4	| [R][3] = InputDataInt(0, 0);
5	| [R][4] = InputDataInt(0, 1);
6	| [R][5] = InputDataInt(0, 2);
7	| [R][6] = InputDataFloat(0, 3);
8	| [R][7] = InputDataFloat(0, 8);
9	| [R][8] = InputDataFloat(0, 9);
10	| [R][9] = InputDataFloat(0, 10);
11	| [R][10] = InputDataInt(0, 7);
12	| [R][11] = InputDataInt(0, 8);
13	| [R][12] = InputDataInt(0, 9);
14	| [R][13] = InputDataFloat(0, 11);
15	| [R][14] = InputDataInt(1, 0);
16	| [R][15] = InputDataFloat(1, 0);
17	| [R][16] = InputDataInt(1, 3);
18	| [R][17] = InputDataFloat(1, 1);
19	| [R][18] = InputDataFloat(1, 2);
20	| [R][19] = InputDataFloat(1, 3);
21	| [R][20] = InputDataFloat(1, 4);
22	| enter_stat_scope(C[40]);
23	| enter_stat_scope(C[44]);
24	| enter_stat_scope(C[48]);
25	| R[21] = cmpeq(R[8], C[52]);
26	| R[22] = select(R[21], C[56], R[9]);
27	| R[9] = add(C[4], R[13]);
28	| R[13] = div(R[9], R[22]);
29	| R[21] = f2i(R[13]);
30	| R[13] = maxi(R[21], C[44]);
31	| R[21] = i2f(R[13]);
32	| R[23] = mul(R[21], R[22]);
33	| R[21] = sub(R[9], R[23]);
34	| R[9] = addi(R[13], R[12]);
35	| R[12] = add(R[8], C[4]);
36	| R[8] = cmpgti(R[13], C[44]);
37	| R[13] = select(R[8], R[22], R[22]);
38	| R[22] = select(R[8], R[21], R[21]);
39	| R[8] = div(R[22], R[13]);
40	| R[21] = cmplei(R[11], C[44]);
41	| R[23] = select(R[21], C[44], R[10]);
42	| R[10] = select(R[21], C[44], R[11]);
43	| R[11] = cmpneqi(R[16], C[44]);
44	| R[21] = cmplei(R[10], C[60]);
45	| R[24] = logic_and(R[11], R[21]);
46	| R[11] = select(R[24], R[16], R[23]);
47	| R[16] = select(R[24], C[60], R[10]);
48	| exit_stat_scope();
49	| enter_stat_scope(C[60]);
50	| enter_stat_scope(C[64]);
51	| R[10] = cmpeq(R[0], C[52]);
52	| R[21] = select(R[10], C[68], R[1]);
53	| R[1] = add(C[4], R[6]);
54	| R[6] = div(R[1], R[21]);
55	| R[10] = f2i(R[6]);
56	| R[6] = maxi(R[10], C[44]);
57	| R[10] = i2f(R[6]);
58	| R[23] = mul(R[10], R[21]);
59	| R[10] = sub(R[1], R[23]);
60	| R[1] = addi(R[6], R[5]);
61	| R[5] = add(R[0], C[4]);
62	| R[0] = cmpgti(R[6], C[44]);
63	| R[6] = select(R[0], R[21], R[21]);
64	| R[21] = select(R[0], R[10], R[10]);
65	| R[0] = div(R[21], R[6]);
66	| R[10] = clamp(R[17], C[52], C[72]);
67	| R[17] = cmpeqi(R[14], C[44]);
68	| R[14] = cmpeqi(R[16], C[44]);
69	| R[23] = cmpneqi(R[3], C[64]);
70	| R[24] = cmpneqi(R[3], C[76]);
71	| R[25] = logic_and(R[23], R[24]);
72	| R[23] = logic_and(R[14], R[25]);
73	| R[14] = cmplei(R[4], R[16]);
74	| R[24] = logic_and(R[23], R[14]);
75	| R[14] = select(R[24], R[11], R[3]);
76	| R[3] = select(R[24], R[16], R[4]);
77	| R[4] = cmpneqi(R[11], C[44]);
78	| R[23] = cmpeqi(R[16], C[60]);
79	| R[24] = logic_and(R[4], R[23]);
80	| R[4] = cmpneqi(R[14], C[64]);
81	| R[23] = cmpneqi(R[14], C[76]);
82	| R[25] = logic_and(R[4], R[23]);
83	| R[4] = logic_and(R[24], R[25]);
84	| R[23] = cmplei(R[3], C[48]);
85	| R[24] = logic_and(R[4], R[23]);
86	| R[4] = select(R[24], C[48], R[14]);
87	| R[14] = select(R[24], C[48], R[3]);
88	| R[3] = cmpneqi(R[4], C[44]);
89	| R[23] = cmpneqi(R[14], C[44]);
90	| R[24] = logic_and(R[3], R[23]);
91	| R[3] = logic_and(R[17], R[24]);
92	| R[17] = cmpneqi(R[4], C[64]);
93	| R[23] = cmpneqi(R[4], C[76]);
94	| R[24] = logic_and(R[17], R[23]);
95	| R[17] = logic_and(R[3], R[24]);
96	| R[3] = cmplei(R[14], C[64]);
97	| R[23] = logic_and(R[17], R[3]);
98	| R[3] = select(R[23], C[64], R[4]);
99	| R[4] = select(R[23], C[64], R[14]);
100	| R[14] = mul(R[18], C[4]);
101	| R[17] = mul(R[19], C[4]);
102	| R[18] = mul(R[20], C[4]);
103	| R[19] = mul(R[17], R[17]);
104	| R[17] = mad(R[14], R[14], R[19]);
105	| R[14] = mad(R[18], R[18], R[17]);
106	| R[17] = sqrt(R[14]);
107	| R[14] = fmod(R[2], C[80]);
108	| R[2] = add(R[17], R[14]);
109	| exit_stat_scope();
110	| enter_stat_scope(C[76]);
111	| R[14] = mul(C[84], R[15]);
112	| R[15] = rcp(R[14]);
113	| R[17] = sub(C[88], R[7]);
114	| R[18] = mul(R[15], R[17]);
115	| R[17] = cmpge(R[21], C[52]);
116	| R[19] = select(R[17], C[88], C[52]);
117	| R[17] = mul(R[14], R[19]);
118	| R[14] = mad(R[17], C[4], R[7]);
119	| R[7] = floor(R[14]);
120	| R[17] = f2i(R[7]);
121	| R[19] = sub(R[14], R[7]);
122	| exit_stat_scope();
123	| exit_stat_scope();
124	| exit_stat_scope();
125	| exit_stat_scope();
126	| [R][7] = AcquireIndex(0, [C][92]);
127	| OutputDataFloat(0, 0, [R][7], [R][5]);
128	| OutputDataFloat(0, 1, [R][7], [R][6]);
129	| OutputDataFloat(0, 2, [R][7], [R][2]);
130	| OutputDataInt(0, 0, [R][7], [R][3]);
131	| OutputDataInt(0, 1, [R][7], [R][4]);
132	| OutputDataInt(0, 2, [R][7], [R][1]);
133	| OutputDataFloat(0, 3, [R][7], [R][21]);
134	| OutputDataFloat(0, 4, [R][7], [R][0]);
135	| OutputDataFloat(0, 5, [R][7], [R][10]);
136	| OutputDataInt(0, 3, [R][7], [R][17]);
137	| OutputDataFloat(0, 6, [R][7], [R][18]);
138	| OutputDataFloat(0, 7, [R][7], [R][15]);
139	| OutputDataInt(0, 4, [R][7], [C][44]);
140	| OutputDataFloat(0, 8, [R][7], [R][19]);
141	| OutputDataInt(0, 5, [R][7], [C][32]);
142	| OutputDataFloat(0, 9, [R][7], [R][12]);
143	| OutputDataInt(0, 6, [R][7], [C][92]);
144	| OutputDataFloat(0, 10, [R][7], [R][13]);
145	| OutputDataInt(0, 7, [R][7], [R][11]);
146	| OutputDataInt(0, 8, [R][7], [R][16]);
147	| OutputDataInt(0, 9, [R][7], [R][9]);
148	| OutputDataFloat(0, 11, [R][7], [R][22]);
149	| OutputDataFloat(0, 12, [R][7], [R][8]);
150	| exit_stat_scope();
-------------------------------
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