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TG_ARPG/Content/Art/Effect/Niagara/NE_Maritx.uasset

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2024-11-20 10:18:16 +08:00
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   <00><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD> <00><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD> <00><><EFBFBD><EFBFBD>  <00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD> <00><><EFBFBD><EFBFBD> <00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>    '''<00><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>'' <00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>NiagaraEmitter
NE_Maritx<00>rnv
NE_Maritx/Script/Niagara.NiagaraEmitterVersioningEnabledFalseHasGPUEmitterTrueFixedBoundsSize200.00ActiveRenderers1<00><><EFBFBD><EFBFBD>NOEmitters1<00><><EFBFBD><EFBFBD>-NEmitters1<00><><EFBFBD><EFBFBD>ؚEmitters1<00><><EFBFBD><EFBFBD><EFBFBD>gؚEmitters1<00><><EFBFBD><EFBFBD>Ǐ:W<>R;uEmitters1
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CurveBase1Curve1TemplateSpecificationNoneClassUsageList/Script/Niagara.NiagaraSpriteRendererProperties
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NE_MaritxL<00><00><00><00><00>P?<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00> <00> L<00><00><00><00>L<00><00><00><><00> <0C><>// Shader generated by Niagara HLSL Translator
// SimStage[0] = ParticleSpawnUpdate
// NumIterations = 1
// ExecuteBehavior = Always
// WritesParticles = True
// PartialParticleUpdate = False
// Compile Tags:
// Variable: "bIsInfinitelyLived(False)" StringValue: ""
// Variable: "bCanDieWhenEmitterDeactivates(True)" StringValue: ""
// 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 Tags Editor Only:
// Compile Data> Static Variables Input:
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param0Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param1Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param2Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param3Write(True)
// Variable: Constants.Emitter.SolveForcesAndVelocity.Manually Enable Rotational Solver(False)
// Variable: SolveForcesAndVelocity.Manually Enable Rotational Solver(False)
// Variable: DynamicMaterialParameters.Index0Param0Write(True)
// Variable: DynamicMaterialParameters.Index0Param1Write(True)
// Variable: DynamicMaterialParameters.Index0Param2Write(True)
// Variable: DynamicMaterialParameters.Index0Param3Write(True)
// Variable: Particles.DynamicMaterialParameterChannelMask(15 )
// Compile Data> PinToConstantValues Input:
// Pin: /Solve Forces and Velocity/ f\Get/ f\Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
// Pin: /Solve Forces and Velocity/ f\Get/ f\Get->Module.Manually Enable Rotational Solver Value: False
// Pin: /Solve Forces and Velocity/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>->Result Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->InputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->OutputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->InputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->OutputPin Value: 0
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param0Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param1Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param2Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param3Write Value: True
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 1
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 2
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 3
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 4
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 7
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 8
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 15
// Pin: /Dynamic Material Parameters/ f\Ɩ/ f\Ɩ->Particles.DynamicMaterialParameterChannelMask Value: 15
// Static Variables Written:
// Variable: Particles.DynamicMaterialParameterChannelMask(15 )
struct NiagaraID
{
int Index;
int AcquireTag;
};
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;
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;
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_NumParticles;
int Engine_System_PaddingInt32_0;
int Engine_System_PaddingInt32_1;
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_NumParticles;
int PREV_Engine_System_PaddingInt32_0;
int PREV_Engine_System_PaddingInt32_1;
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;
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;
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;
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 FNiagaraExternalParameters
{
float Emitter_DistanceTraveled;
float4 Emitter_ASC20301ASC32622;
float Emitter_SpawnRate;
}
cbuffer PREV_FNiagaraExternalParameters
{
float PREV_Emitter_DistanceTraveled;
float4 PREV_Emitter_ASC20301ASC32622;
float PREV_Emitter_SpawnRate;
}
struct FParamMap0_Transient
{
float3 AdvectionVelocity;
bool DragIgnoreMass;
bool FirstFrame;
float4 ParticleColorScaleFactor;
float PhysicsDeltaTime;
float PhysicsDrag;
float3 PhysicsForce;
};
struct FParamMap0_SolveForcesAndVelocity
{
float DeltaTime;
float3 Force;
float Mass;
float3 Position;
float3 PreviousVelocity;
float3 Velocity;
bool WritetoIntrinsicProperties;
};
struct FParamMap0_ScaleColor
{
float4 ColorValueToScale;
float ScaleAlpha;
};
struct FParamMap0_ParticleState
{
float DeltaTime;
float Lifetime;
};
struct FParamMap0_Particles_Previous
{
float3 Position;
float3 SpriteAlignment;
float3 SpriteFacing;
float2 SpriteSize;
float3 Velocity;
};
struct FParamMap0_Particles_Presolve
{
float3 PhysicsForce;
float3 Position;
float3 Velocity;
};
struct FParamMap0_Particles_Initial
{
float4 Color;
};
struct FParamMap0_Particles
{
float Age;
float4 Color;
float DistanceTraveled;
float4 DynamicMaterialParameter;
int DynamicMaterialParameterChannelMask;
FParamMap0_Particles_Initial Initial;
float Lifetime;
float Mass;
float MaterialRandom;
float4 MeshOrientation;
float NormalizedAge;
float3 Position;
FParamMap0_Particles_Presolve Presolve;
FParamMap0_Particles_Previous Previous;
float RibbonUVDistance;
float3 SpriteAlignment;
float3 SpriteFacing;
float2 SpriteSize;
int UniqueID;
float3 Velocity;
};
struct FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity
{
float IncomingPhysicsDrag;
float3 IncomingPhysicsForce;
float3 Position;
float3 Velocity;
};
struct FParamMap0_OUTPUT_VAR_ParticleState
{
bool FirstFrame;
};
struct FParamMap0_OUTPUT_VAR
{
FParamMap0_OUTPUT_VAR_ParticleState ParticleState;
FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity SolveForcesAndVelocity;
};
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_InitializeParticle
{
float InitRIbbonDistance;
};
struct FParamMap0_Local
{
FParamMap0_Local_InitializeParticle InitializeParticle;
FParamMap0_Local_SolveForcesAndVelocity SolveForcesAndVelocity;
};
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_FloatFromCurve001
{
float CurveIndex;
};
struct FParamMap0_Engine_System
{
float Age;
int CurrentTimeStep;
int NumEmitters;
int NumEmittersAlive;
int NumParticles;
int NumTimeSteps;
int PaddingInt32_0;
int PaddingInt32_1;
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;
float3 ASC20301ASC32622;
float DistanceTraveled;
int RandomSeed;
float SpawnRate;
};
struct FParamMap0_DataInstance
{
bool Alive;
};
struct FParamMap0_Array_Previous
{
int Position;
int SpriteAlignment;
int SpriteFacing;
int SpriteSize;
int Velocity;
};
struct FParamMap0_Array_Presolve
{
int PhysicsForce;
int Position;
int Velocity;
};
struct FParamMap0_Array_Initial
{
int Color;
};
struct FParamMap0_Array
{
int Age;
int Color;
int DistanceTraveled;
int DynamicMaterialParameter;
int DynamicMaterialParameterChannelMask;
FParamMap0_Array_Initial Initial;
int Lifetime;
int Mass;
int MaterialRandom;
int MeshOrientation;
int NormalizedAge;
int Position;
FParamMap0_Array_Presolve Presolve;
FParamMap0_Array_Previous Previous;
int RibbonUVDistance;
int SpriteAlignment;
int SpriteFacing;
int SpriteSize;
int UniqueID;
int Velocity;
};
struct FParamMap0_AlignSpriteToMeshOrientation
{
float4 OrientationQuaternion;
};
struct FParamMap0
{
FParamMap0_AlignSpriteToMeshOrientation AlignSpriteToMeshOrientation;
FParamMap0_Array Array;
FParamMap0_DataInstance DataInstance;
FParamMap0_Emitter Emitter;
FParamMap0_Engine Engine;
FParamMap0_FloatFromCurve001 FloatFromCurve001;
FParamMap0_InitializeParticle InitializeParticle;
FParamMap0_Interpolation Interpolation;
FParamMap0_Local Local;
FParamMap0_OUTPUT_VAR OUTPUT_VAR;
FParamMap0_Particles Particles;
FParamMap0_ParticleState ParticleState;
FParamMap0_ScaleColor ScaleColor;
FParamMap0_SolveForcesAndVelocity SolveForcesAndVelocity;
FParamMap0_Transient Transient;
};
struct FSimulationContext
{
#if ((SimulationStageIndex == 0)) // MapSpawn
FParamMap0 MapSpawn;
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapUpdate
FParamMap0 MapUpdate;
#endif // MapUpdate
};
static float HackSpawnInterp = 1.0;
void NiagaraScript_2734_Particle_Particle_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_2743_Particle_Func_(float3 In_Engine_Owner_Position, out float3 Out_SimulationPosition, inout FSimulationContext Context);
void InitializeParticle_Emitter_Func_(inout FSimulationContext Context);
void PointPos_Emitter_Func_(inout FSimulationContext Context);
void CustomHlsl04C64086480DA644FCC88485B815E918_Func_(float In_InFloat, out float Out_OutFloat);
void NiagaraScript_2756_Particle_Func_(float In_Value, out float Out_ClampedValue, inout FSimulationContext Context);
void ParticleState_Emitter_Func_(inout FSimulationContext Context);
void SampleCurve_Emitter_ScaleAlpha_FloatCurve001(float In_X, out float Out_Value);
void FloatFromCurve001_Emitter_Func_(out float Out_Value, inout FSimulationContext Context);
void ScaleColor_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_2748_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);
void NiagaraScript_2746_Func_(float3 In_VECTOR_VAR, float4 In_Quaternion, out float3 Out_Vector, inout FSimulationContext Context);
void AlignSpriteToMeshOrientation_Emitter_Func_(inout FSimulationContext Context);
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
#if ((SimulationStageIndex == 0)) // MapSpawn
void NiagaraScript_2734_Particle_Particle_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 Constant27 = false;
float Result = In_FloatMax - In_FloatMin;
float Result1 = rand_float(Result);
float Result2 = In_FloatMin + Result1;
Out_RandomFloat = Result2;
Out_IsDeterministic = Constant27;
}
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapSpawn
void NiagaraScript_2743_Particle_Func_(float3 In_Engine_Owner_Position, out float3 Out_SimulationPosition, inout FSimulationContext Context)
{
float3 Constant38 = float3(0,0,0);
Out_SimulationPosition = Constant38;
}
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapSpawn
void InitializeParticle_Emitter_Func_(inout FSimulationContext Context)
{
Context.MapSpawn.Particles.MaterialRandom = Context.MapSpawn.InitializeParticle.MaterialRandom;
float Constant33 = 0.7;
Context.MapSpawn.Particles.Lifetime = Constant33;
float4 Constant34 = float4(1,1,1,1);
Context.MapSpawn.Particles.Color = Constant34;
float Constant35 = 1;
Context.MapSpawn.Particles.Mass = Constant35;
float Constant36 = 100;
float2 Output1;
Output1.x = Constant36;
Output1.y = Constant36;
Context.MapSpawn.Particles.SpriteSize = Output1;
float3 Constant37 = float3(0,0,0);
float3 NiagaraScript_2743_Particle_Func_Output_SimulationPosition;
NiagaraScript_2743_Particle_Func_(Constant37, NiagaraScript_2743_Particle_Func_Output_SimulationPosition, Context);
float3 Constant39 = float3(0,0,0);
float Constant40 = 0;
float3 Result3 = Constant39 * Constant40;
float3 Result4 = NiagaraScript_2743_Particle_Func_Output_SimulationPosition + Result3;
Context.MapSpawn.Particles.Position = Result4;
Context.MapSpawn.Local.InitializeParticle.InitRIbbonDistance = Context.MapSpawn.Particles.RibbonUVDistance;
}
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapSpawn
void PointPos_Emitter_Func_(inout FSimulationContext Context)
{
bool Constant43 = true;
float3 Constant44 = float3(0,0,0);
float3 Output11;
Output11.x = Constant44.x;
Output11.y = Constant44.y;
Output11.z = Constant44.z;
float3 Constant45 = float3(0.0, 0.0, 0.0);
float3 NiagaraPosition_SelectResult = Constant45;
NiagaraPosition_SelectResult = Output11;
if(Constant43 == 0)
{
NiagaraPosition_SelectResult = Context.MapSpawn.Emitter.ASC20301ASC32622;
}
Context.MapSpawn.Particles.Position = NiagaraPosition_SelectResult;
}
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapUpdate
void CustomHlsl04C64086480DA644FCC88485B815E918_Func_(float In_InFloat, out float Out_OutFloat)
{
Out_OutFloat = saturate (In_InFloat);
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void NiagaraScript_2756_Particle_Func_(float In_Value, out float Out_ClampedValue, inout FSimulationContext Context)
{
float CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat;
CustomHlsl04C64086480DA644FCC88485B815E918_Func_(In_Value, CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat);
Out_ClampedValue = CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void ParticleState_Emitter_Func_(inout FSimulationContext Context)
{
bool Result5 = NiagaraAll(Context.MapUpdate.Particles.Age <= Context.MapUpdate.Engine.DeltaTime);
Context.MapUpdate.OUTPUT_VAR.ParticleState.FirstFrame = Result5;
Context.MapUpdate.Transient.FirstFrame = Result5;
float Constant47 = 1e-06;
bool Result6 = NiagaraAll(Context.MapUpdate.ParticleState.Lifetime > Constant47);
bool Result7 = Context.MapUpdate.Transient.FirstFrame && Result6;
float Result8 = Context.MapUpdate.Particles.Age + Context.MapUpdate.ParticleState.DeltaTime;
float Constant48 = 1e-05;
float Result9 = max(Context.MapUpdate.ParticleState.Lifetime, Constant48);
bool Result10 = NiagaraAll(Result8 < Result9);
bool Result11 = Result7 || Result10;
bool Result12 = Context.MapUpdate.DataInstance.Alive && Result11;
float Result13 = Result8 / Result9;
float NiagaraScript_2756_Particle_Func_Output_ClampedValue;
NiagaraScript_2756_Particle_Func_(Result13, NiagaraScript_2756_Particle_Func_Output_ClampedValue, Context);
Context.MapUpdate.DataInstance.Alive = Result12;
Context.MapUpdate.Particles.Age = Result8;
Context.MapUpdate.Particles.NormalizedAge = NiagaraScript_2756_Particle_Func_Output_ClampedValue;
bool Constant49 = false;
bool Constant50 = true;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void FloatFromCurve001_Emitter_Func_(out float Out_Value, inout FSimulationContext Context)
{
float Constant52 = 1;
float SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value;
SampleCurve_Emitter_ScaleAlpha_FloatCurve001(Context.MapUpdate.FloatFromCurve001.CurveIndex, SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value);
float Result14 = SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value * Constant52;
Out_Value = Result14;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void ScaleColor_Emitter_Func_(inout FSimulationContext Context)
{
float3 Constant55 = float3(1,1,1);
float3 Constant56 = float3(1,1,1);
float4 Output0;
Output0.r = Constant56.x;
Output0.g = Constant56.y;
Output0.b = Constant56.z;
Output0.a = Context.MapUpdate.ScaleColor.ScaleAlpha;
float4 Result15 = Context.MapUpdate.Transient.ParticleColorScaleFactor * Output0;
float4 Result16 = Context.MapUpdate.ScaleColor.ColorValueToScale * Result15;
Context.MapUpdate.Particles.Color = Result16;
Context.MapUpdate.Transient.ParticleColorScaleFactor = Result15;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void NiagaraScript_2748_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 Result23 = In_Velocity - In_AdvectionVelocity;
float Result24 = In_Drag * In_InverseMass;
float Constant67 = (0.0);
float NiagaraFloat_SelectResult1 = Constant67;
NiagaraFloat_SelectResult1 = In_Drag;
if(In_IgnoreMass == 0)
{
NiagaraFloat_SelectResult1 = Result24;
}
float Constant68 = 0;
float Result25 = max(NiagaraFloat_SelectResult1, Constant68);
float Result26 = Result25 * In_DeltaTime;
float Constant69 = 1;
float Result27 = Result26 + Constant69;
float3 Result28 = Result23 / Result27;
float3 Result29 = Result28 + In_AdvectionVelocity;
Out_Output = Result29;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context)
{
Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime = Context.MapUpdate.SolveForcesAndVelocity.DeltaTime;
float Constant65 = 1e-05;
float Result17 = max(Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime, Constant65);
float Result18 = Reciprocal(Result17);
Context.MapUpdate.Local.SolveForcesAndVelocity.InverseDeltaTime = Result18;
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 Constant66 = 1e-06;
float Result19 = max(Context.MapUpdate.Local.SolveForcesAndVelocity.Mass, Constant66);
float Result20 = Reciprocal(Result19);
float3 Result21 = Result20 * Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce;
Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce = Result21;
Context.MapUpdate.Local.SolveForcesAndVelocity.InverseMass = Result20;
float3 Result22 = Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce * Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime + Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Result22;
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_2748_Particle_Func_Output_Output;
NiagaraScript_2748_Particle_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_2748_Particle_Func_Output_Output, Context);
float3 Result30 = NiagaraScript_2748_Particle_Func_Output_Output - Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = NiagaraScript_2748_Particle_Func_Output_Output;
Context.MapUpdate.Local.SolveForcesAndVelocity.DragVelocity = Result30;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsDrag = Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsDrag;
float Constant70 = 1000;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
float Constant71 = 9999;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
float3 Result31 = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity * Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime;
float3 Result32 = Result31 + Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position = Result32;
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 Constant72 = float3(0,0,0);
float Constant73 = 0;
float3 ForceVector_IfResult;
float Drag_IfResult;
if(Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties)
{
ForceVector_IfResult = Constant72;
Drag_IfResult = Constant73;
}
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 Result33 = Context.MapUpdate.Particles.Position - Context.MapUpdate.Particles.Previous.Position;
float Result34 = length(Result33);
float Constant74 = 0.3333;
float Result35 = Result34 * Constant74;
float Constant75 = 1e+08;
float Result36 = Modulo(Context.MapUpdate.Particles.DistanceTraveled, Constant75);
float Result37 = Result35 + Result36;
Context.MapUpdate.Particles.DistanceTraveled = Result37;
//SetConstantByStaticVariable "/Solve Forces and Velocity/ f\Get/ f\Get->Particles.RotationalVelocityEnabled"
int Constant76 = 0;
//SetConstantByStaticVariable "/Solve Forces and Velocity/ f\Get/ f\Get->Module.Manually Enable Rotational Solver"
int Constant77 = 0;
//SetConstantByStaticVariable "/Solve Forces and Velocity/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>->Result"
int Constant78 = 0;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void NiagaraScript_2746_Func_(float3 In_VECTOR_VAR, float4 In_Quaternion, out float3 Out_Vector, inout FSimulationContext Context)
{
float3 Output01;
float Output12;
Output01.x = In_Quaternion.x;
Output01.y = In_Quaternion.y;
Output01.z = In_Quaternion.z;
Output12 = In_Quaternion.w;
float Result38 = dot(Output01,In_VECTOR_VAR);
float Constant83 = 2;
float Result39 = Result38 * Constant83;
float3 Result40 = Output01 * Result39;
float Result41 = Output12 * Output12;
float Result42 = dot(Output01,Output01);
float Result43 = Result41 - Result42;
float3 Result44 = Result43 * In_VECTOR_VAR;
float3 Result45 = Result40 + Result44;
float3 Result46 = cross(Output01,In_VECTOR_VAR);
float Constant84 = 2;
float Result47 = Output12 * Constant84;
float3 Result48 = Result46 * Result47;
float3 Result49 = Result45 + Result48;
Out_Vector = Result49;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void AlignSpriteToMeshOrientation_Emitter_Func_(inout FSimulationContext Context)
{
float3 Constant81 = float3(0,1,0);
float3 Constant82 = float3(0,0,1);
float3 NiagaraScript_2746_Func_Output_Vector;
NiagaraScript_2746_Func_(Constant81, Context.MapUpdate.AlignSpriteToMeshOrientation.OrientationQuaternion, NiagaraScript_2746_Func_Output_Vector, Context);
Context.MapUpdate.Particles.SpriteFacing = NiagaraScript_2746_Func_Output_Vector;
float3 NiagaraScript_2746_Func_Output_Vector1;
NiagaraScript_2746_Func_(Constant82, Context.MapUpdate.AlignSpriteToMeshOrientation.OrientationQuaternion, NiagaraScript_2746_Func_Output_Vector1, Context);
Context.MapUpdate.Particles.SpriteAlignment = NiagaraScript_2746_Func_Output_Vector1;
}
#endif // MapUpdate
#if ((SimulationStageIndex == 0)) // MapUpdate
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context)
{
float Constant89 = 4;
float Constant90 = 4;
float Constant91 = 0.218783;
float Constant92 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param0Write"
int Constant93 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param1Write"
int Constant94 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param2Write"
int Constant95 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param3Write"
int Constant96 = 1;
float X;
float Y;
float Z;
float W;
X = Context.MapUpdate.Particles.DynamicMaterialParameter.x;
Y = Context.MapUpdate.Particles.DynamicMaterialParameter.y;
Z = Context.MapUpdate.Particles.DynamicMaterialParameter.z;
W = Context.MapUpdate.Particles.DynamicMaterialParameter.w;
float float_IfResult;
if(Constant93)
{
float_IfResult = Constant89;
}
else
{
float_IfResult = X;
}
float float_IfResult1;
if(Constant94)
{
float_IfResult1 = Constant90;
}
else
{
float_IfResult1 = Y;
}
float float_IfResult2;
if(Constant95)
{
float_IfResult2 = Constant91;
}
else
{
float_IfResult2 = Z;
}
float float_IfResult3;
if(Constant96)
{
float_IfResult3 = Constant92;
}
else
{
float_IfResult3 = W;
}
float4 Output13;
Output13.x = float_IfResult;
Output13.y = float_IfResult1;
Output13.z = float_IfResult2;
Output13.w = float_IfResult3;
int Constant97 = 1;
int Constant98 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant99 = 1;
int Constant100 = 2;
int Constant101 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant102 = 2;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant103 = 3;
int Constant104 = 4;
int Constant105 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant106 = 4;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant107 = 7;
int Constant108 = 8;
int Constant109 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant110 = 8;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant111 = 15;
Context.MapUpdate.Particles.DynamicMaterialParameter = Output13;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
Context.MapUpdate.Particles.DynamicMaterialParameterChannelMask = Constant111;
}
#endif // MapUpdate
float GetSpawnInterpolation()
{
return HackSpawnInterp;
}
void InterpolateParameters(inout FSimulationContext Context)
{
#if ((SimulationStageIndex == 0)) // MapUpdate
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.MapSpawn.Emitter.ASC20301ASC32622 = lerp(PREV_Emitter_ASC20301ASC32622.xyz, Emitter_ASC20301ASC32622.xyz, SpawnInterp);
Context.MapUpdate.Engine.DeltaTime = InterpSpawn_UpdateTime;
Context.MapUpdate.Engine.InverseDeltaTime = InterpSpawn_InvUpdateTime;
#endif // MapUpdate
}
#if (SimulationStageIndex == 0) // MapSpawn
void HandlePreviousValuesForSpawn(inout FSimulationContext Context)
{
Context.MapSpawn.Particles.Previous.Position = Context.MapSpawn.Particles.Position;
Context.MapSpawn.Particles.Previous.SpriteAlignment = Context.MapSpawn.Particles.SpriteAlignment;
Context.MapSpawn.Particles.Previous.SpriteFacing = Context.MapSpawn.Particles.SpriteFacing;
Context.MapSpawn.Particles.Previous.SpriteSize = Context.MapSpawn.Particles.SpriteSize;
Context.MapSpawn.Particles.Previous.Velocity = Context.MapSpawn.Particles.Velocity;
}
#endif
void ReadDataSets(inout FSimulationContext Context)
{
}
void WriteDataSets(inout FSimulationContext Context)
{
}
#if ((SimulationStageIndex == 0)) // MapSpawn
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 = 1;
Context.MapSpawn.Particles.Mass = Constant3;
float2 Constant4 = float2(0.0, 0.0);
Context.MapSpawn.Particles.SpriteSize = Constant4;
float3 Constant5 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Position = Constant5;
float Constant6 = 0;
Context.MapSpawn.Particles.Age = Constant6;
float Constant7 = (0.0);
Context.MapSpawn.Particles.NormalizedAge = Constant7;
float3 Constant8 = float3(0,0,0);
Context.MapSpawn.Particles.Velocity = Constant8;
float3 Constant9 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Presolve.Velocity = Constant9;
float3 Constant10 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Presolve.Position = Constant10;
float3 Constant11 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Presolve.PhysicsForce = Constant11;
float3 Constant12 = float3(0,0,0);
Context.MapSpawn.Particles.Previous.Velocity = Constant12;
float3 Constant13 = float3(0,0,0);
Context.MapSpawn.Particles.Previous.Position = Constant13;
float Constant14 = 0;
Context.MapSpawn.Particles.DistanceTraveled = Constant14;
float4 Constant15 = float4(0.0, 0.0, 0.0, 1.0);
Context.MapSpawn.Particles.MeshOrientation = Constant15;
float3 Constant16 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.SpriteFacing = Constant16;
float3 Constant17 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.SpriteAlignment = Constant17;
float4 Constant18 = float4(0,0,0,0);
Context.MapSpawn.Particles.DynamicMaterialParameter = Constant18;
//End Initialize Parameter Map Defaults
int Constant19 = (0);
float Constant20 = 0;
float Constant21 = 1;
int Constant22 = -1;
int Constant23 = (0);
int Constant24 = 0;
int Constant25 = (0);
int Constant26 = (0);
float NiagaraScript_2734_Particle_Particle_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat;
bool NiagaraScript_2734_Particle_Particle_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic;
NiagaraScript_2734_Particle_Particle_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant19, Constant20, Constant21, Constant22, Constant23, Constant24, Constant25, Constant26, NiagaraScript_2734_Particle_Particle_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat, NiagaraScript_2734_Particle_Particle_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic, Context);
Context.MapSpawn.InitializeParticle.MaterialRandom = NiagaraScript_2734_Particle_Particle_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat;
float Constant28 = 0.7;
float4 Constant29 = float4(1,1,1,1);
float Constant30 = 100;
float3 Constant31 = float3(0,0,0);
int Constant32 = 0;
Context.MapSpawn.InitializeParticle.PositionOffsetCoordinateSpace = Constant32;
Context.MapSpawn.Particles.RibbonUVDistance = Context.MapSpawn.Emitter.DistanceTraveled;
EnterStatScope(1 /**InitializeParticle_Emitter_Func_*/);
InitializeParticle_Emitter_Func_(Context);
ExitStatScope(/**InitializeParticle_Emitter_Func_*/);
float3 Constant41 = float3(0,0,0);
bool Constant42 = true;
EnterStatScope(2 /**PointPos_Emitter_Func_*/);
PointPos_Emitter_Func_(Context);
ExitStatScope(/**PointPos_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.Color = Context.MapSpawn.Particles.Color;
// End HandleMissingDefaultValues
}
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapUpdate
void SimulateMapUpdate(inout FSimulationContext Context)
{
//Begin Update Script!
RandomCounterDeterministic = 0;
bool Constant46 = true;
Context.MapUpdate.DataInstance.Alive = Constant46;
Context.MapUpdate.ParticleState.DeltaTime = Context.MapUpdate.Engine.DeltaTime;
Context.MapUpdate.ParticleState.Lifetime = Context.MapUpdate.Particles.Lifetime;
EnterStatScope(3 /**ParticleState_Emitter_Func_*/);
ParticleState_Emitter_Func_(Context);
ExitStatScope(/**ParticleState_Emitter_Func_*/);
Context.MapUpdate.FloatFromCurve001.CurveIndex = Context.MapUpdate.Particles.NormalizedAge;
float Constant51 = 1;
float FloatFromCurve001_Emitter_Func_Output_Value;
FloatFromCurve001_Emitter_Func_(FloatFromCurve001_Emitter_Func_Output_Value, Context);
Context.MapUpdate.ScaleColor.ScaleAlpha = FloatFromCurve001_Emitter_Func_Output_Value;
Context.MapUpdate.ScaleColor.ColorValueToScale = Context.MapUpdate.Particles.Initial.Color;
float4 Constant53 = float4(1,1,1,1);
Context.MapUpdate.Transient.ParticleColorScaleFactor = Constant53;
float3 Constant54 = float3(1,1,1);
EnterStatScope(4 /**ScaleColor_Emitter_Func_*/);
ScaleColor_Emitter_Func_(Context);
ExitStatScope(/**ScaleColor_Emitter_Func_*/);
Context.MapUpdate.Transient.PhysicsDeltaTime = Context.MapUpdate.Engine.DeltaTime;
Context.MapUpdate.SolveForcesAndVelocity.DeltaTime = Context.MapUpdate.Transient.PhysicsDeltaTime;
float3 Constant57 = float3(0,0,0);
Context.MapUpdate.Transient.PhysicsForce = Constant57;
Context.MapUpdate.SolveForcesAndVelocity.Force = Context.MapUpdate.Transient.PhysicsForce;
Context.MapUpdate.SolveForcesAndVelocity.Velocity = Context.MapUpdate.Particles.Velocity;
Context.MapUpdate.SolveForcesAndVelocity.Mass = Context.MapUpdate.Particles.Mass;
float3 Constant58 = float3(0,0,0);
Context.MapUpdate.SolveForcesAndVelocity.Position = Context.MapUpdate.Particles.Position;
float3 Constant59 = float3(0,0,0);
Context.MapUpdate.Transient.AdvectionVelocity = Constant59;
float Constant60 = 0;
Context.MapUpdate.Transient.PhysicsDrag = Constant60;
bool Constant61 = true;
Context.MapUpdate.Transient.DragIgnoreMass = Constant61;
float Constant62 = 1000;
Context.MapUpdate.SolveForcesAndVelocity.PreviousVelocity = Context.MapUpdate.Particles.Previous.Velocity;
float Constant63 = 9999;
bool Constant64 = true;
Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties = Constant64;
EnterStatScope(5 /**SolveForcesAndVelocity_Emitter_Func_*/);
SolveForcesAndVelocity_Emitter_Func_(Context);
ExitStatScope(/**SolveForcesAndVelocity_Emitter_Func_*/);
float3 Constant79 = float3(0,1,0);
float3 Constant80 = float3(0,0,1);
Context.MapUpdate.AlignSpriteToMeshOrientation.OrientationQuaternion = Context.MapUpdate.Particles.MeshOrientation;
EnterStatScope(6 /**AlignSpriteToMeshOrientation_Emitter_Func_*/);
AlignSpriteToMeshOrientation_Emitter_Func_(Context);
ExitStatScope(/**AlignSpriteToMeshOrientation_Emitter_Func_*/);
float Constant85 = 4;
float Constant86 = 4;
float Constant87 = 0.218783;
float Constant88 = 0;
EnterStatScope(7 /**DynamicMaterialParameters_Emitter_Func_*/);
DynamicMaterialParameters_Emitter_Func_(Context);
ExitStatScope(/**DynamicMaterialParameters_Emitter_Func_*/);
//End Update Script!
}
#endif // MapUpdate
// Copyright Epic Games, Inc. All Rights Reserved.
float Emitter_ScaleAlpha_FloatCurve001_MinTime;
float Emitter_ScaleAlpha_FloatCurve001_MaxTime;
float Emitter_ScaleAlpha_FloatCurve001_InvTimeRange;
uint Emitter_ScaleAlpha_FloatCurve001_CurveLUTNumMinusOne;
uint Emitter_ScaleAlpha_FloatCurve001_LUTOffset;
Buffer<float> Emitter_ScaleAlpha_FloatCurve001_CurveLUT;
void GetCurveLUTIndices_Emitter_ScaleAlpha_FloatCurve001(float Time, out uint IndexA, out uint IndexB, out float Fraction)
{
float RemappedTime = saturate((Time - Emitter_ScaleAlpha_FloatCurve001_MinTime) * Emitter_ScaleAlpha_FloatCurve001_InvTimeRange) * float(Emitter_ScaleAlpha_FloatCurve001_CurveLUTNumMinusOne);
IndexA = floor(RemappedTime);
IndexB = min(IndexA + 1, Emitter_ScaleAlpha_FloatCurve001_CurveLUTNumMinusOne);
Fraction = frac(RemappedTime);
}
float SampleCurveLUT_Emitter_ScaleAlpha_FloatCurve001(uint index)
{
#if 0 == 1
return Emitter_ScaleAlpha_FloatCurve001_CurveLUT[index];
#else
return StaticInputFloat[Emitter_ScaleAlpha_FloatCurve001_LUTOffset + index];
#endif
}
#if 1 == 1
void SampleCurve_Emitter_ScaleAlpha_FloatCurve001(float Time, out float Value)
{
uint IndexA, IndexB;
float Fraction;
GetCurveLUTIndices_Emitter_ScaleAlpha_FloatCurve001(Time, IndexA, IndexB, Fraction);
IndexA *= 1;
IndexB *= 1;
[unroll]
for ( int i=0; i < 1; ++i )
{
Value = lerp(SampleCurveLUT_Emitter_ScaleAlpha_FloatCurve001(IndexA + i), SampleCurveLUT_Emitter_ScaleAlpha_FloatCurve001(IndexB + i), Fraction);
}
}
#else
void SampleCurve_Emitter_ScaleAlpha_FloatCurve001(float Time, out float1 Value)
{
uint IndexA, IndexB;
float Fraction;
GetCurveLUTIndices_Emitter_ScaleAlpha_FloatCurve001(Time, IndexA, IndexB, Fraction);
IndexA *= 1;
IndexB *= 1;
[unroll]
for ( int i=0; i < 1; ++i )
{
Value[i] = lerp(SampleCurveLUT_Emitter_ScaleAlpha_FloatCurve001(IndexA + i), SampleCurveLUT_Emitter_ScaleAlpha_FloatCurve001(IndexB + i), Fraction);
}
}
#endif
void InitConstants(inout FSimulationContext Context)
{
#if ((SimulationStageIndex == 0)) // MapSpawn
Context.MapSpawn.Emitter.DistanceTraveled = Emitter_DistanceTraveled;
Context.MapSpawn.Emitter.ASC20301ASC32622 = Emitter_ASC20301ASC32622.xyz;
Context.MapSpawn.Engine.Owner.Position = Engine_Owner_Position;
#endif // MapSpawn
#if ((SimulationStageIndex == 0)) // MapUpdate
Context.MapUpdate.Engine.DeltaTime = Engine_DeltaTime;
Context.MapUpdate.Engine.Time = Engine_Time;
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.Engine.Emitter.TotalSpawnedParticles = Engine_Emitter_TotalSpawnedParticles;
Context.MapUpdate.Emitter.RandomSeed = Emitter_RandomSeed;
Context.MapUpdate.Engine.Emitter.InstanceSeed = Engine_Emitter_InstanceSeed;
Context.MapUpdate.Engine.System.RandomSeed = Engine_System_RandomSeed;
#endif // MapUpdate
}
void InitSpawnVariables(inout FSimulationContext Context)
{
#if ((SimulationStageIndex == 0)) // MapSpawn
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.Color.r = 0.0f;
Context.MapSpawn.Particles.Initial.Color.g = 0.0f;
Context.MapSpawn.Particles.Initial.Color.b = 0.0f;
Context.MapSpawn.Particles.Initial.Color.a = 0.0f;
Context.MapSpawn.Particles.Lifetime = 0.0f;
Context.MapSpawn.Particles.Mass = 0.0f;
Context.MapSpawn.Particles.MaterialRandom = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.x = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.y = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.z = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.w = 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.SpriteAlignment.x = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteAlignment.y = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteAlignment.z = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteFacing.x = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteFacing.y = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteFacing.z = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteSize.x = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteSize.y = 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.SpriteAlignment.x = 0.0f;
Context.MapSpawn.Particles.SpriteAlignment.y = 0.0f;
Context.MapSpawn.Particles.SpriteAlignment.z = 0.0f;
Context.MapSpawn.Particles.SpriteFacing.x = 0.0f;
Context.MapSpawn.Particles.SpriteFacing.y = 0.0f;
Context.MapSpawn.Particles.SpriteFacing.z = 0.0f;
Context.MapSpawn.Particles.SpriteSize.x = 0.0f;
Context.MapSpawn.Particles.SpriteSize.y = 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.DataInstance.Alive=true;
#endif // MapSpawn
}
void LoadUpdateVariables(inout FSimulationContext Context, int InstanceIdx)
{
#if ((SimulationStageIndex == 0)) // MapUpdate
Context.MapUpdate.Array.Age = 0;
Context.MapUpdate.Particles.Age = InputDataFloat(0, 0, InstanceIdx);
Context.MapUpdate.Array.Color = 1;
Context.MapUpdate.Particles.Color.r = InputDataFloat(0, 1, InstanceIdx);
Context.MapUpdate.Particles.Color.g = InputDataFloat(0, 2, InstanceIdx);
Context.MapUpdate.Particles.Color.b = InputDataFloat(0, 3, InstanceIdx);
Context.MapUpdate.Particles.Color.a = InputDataFloat(0, 4, InstanceIdx);
Context.MapUpdate.Array.DynamicMaterialParameter = 5;
Context.MapUpdate.Particles.DynamicMaterialParameter.x = InputDataFloat(0, 5, InstanceIdx);
Context.MapUpdate.Particles.DynamicMaterialParameter.y = InputDataFloat(0, 6, InstanceIdx);
Context.MapUpdate.Particles.DynamicMaterialParameter.z = InputDataFloat(0, 7, InstanceIdx);
Context.MapUpdate.Particles.DynamicMaterialParameter.w = InputDataFloat(0, 8, InstanceIdx);
Context.MapUpdate.Array.Initial.Color = 9;
Context.MapUpdate.Particles.Initial.Color.r = InputDataFloat(0, 9, InstanceIdx);
Context.MapUpdate.Particles.Initial.Color.g = InputDataFloat(0, 10, InstanceIdx);
Context.MapUpdate.Particles.Initial.Color.b = InputDataFloat(0, 11, InstanceIdx);
Context.MapUpdate.Particles.Initial.Color.a = InputDataFloat(0, 12, InstanceIdx);
Context.MapUpdate.Array.Lifetime = 13;
Context.MapUpdate.Particles.Lifetime = InputDataFloat(0, 13, InstanceIdx);
Context.MapUpdate.Array.Mass = 14;
Context.MapUpdate.Particles.Mass = InputDataFloat(0, 14, InstanceIdx);
Context.MapUpdate.Array.MaterialRandom = 15;
Context.MapUpdate.Particles.MaterialRandom = InputDataFloat(0, 15, InstanceIdx);
Context.MapUpdate.Array.MeshOrientation = 16;
Context.MapUpdate.Particles.MeshOrientation.x = InputDataFloat(0, 16, InstanceIdx);
Context.MapUpdate.Particles.MeshOrientation.y = InputDataFloat(0, 17, InstanceIdx);
Context.MapUpdate.Particles.MeshOrientation.z = InputDataFloat(0, 18, InstanceIdx);
Context.MapUpdate.Particles.MeshOrientation.w = InputDataFloat(0, 19, InstanceIdx);
Context.MapUpdate.Array.NormalizedAge = 20;
Context.MapUpdate.Particles.NormalizedAge = InputDataFloat(0, 20, InstanceIdx);
Context.MapUpdate.Array.Position = 21;
Context.MapUpdate.Particles.Position.x = InputDataFloat(0, 21, InstanceIdx);
Context.MapUpdate.Particles.Position.y = InputDataFloat(0, 22, InstanceIdx);
Context.MapUpdate.Particles.Position.z = InputDataFloat(0, 23, InstanceIdx);
Context.MapUpdate.Array.SpriteAlignment = 38;
Context.MapUpdate.Particles.SpriteAlignment.x = InputDataFloat(0, 38, InstanceIdx);
Context.MapUpdate.Particles.SpriteAlignment.y = InputDataFloat(0, 39, InstanceIdx);
Context.MapUpdate.Particles.SpriteAlignment.z = InputDataFloat(0, 40, InstanceIdx);
Context.MapUpdate.Array.SpriteFacing = 41;
Context.MapUpdate.Particles.SpriteFacing.x = InputDataFloat(0, 41, InstanceIdx);
Context.MapUpdate.Particles.SpriteFacing.y = InputDataFloat(0, 42, InstanceIdx);
Context.MapUpdate.Particles.SpriteFacing.z = InputDataFloat(0, 43, InstanceIdx);
Context.MapUpdate.Array.SpriteSize = 44;
Context.MapUpdate.Particles.SpriteSize.x = InputDataFloat(0, 44, InstanceIdx);
Context.MapUpdate.Particles.SpriteSize.y = InputDataFloat(0, 45, InstanceIdx);
Context.MapUpdate.Array.UniqueID = 0;
Context.MapUpdate.Particles.UniqueID = InputDataInt(0, 0, InstanceIdx);
Context.MapUpdate.Array.Velocity = 46;
Context.MapUpdate.Particles.Velocity.x = InputDataFloat(0, 46, InstanceIdx);
Context.MapUpdate.Particles.Velocity.y = InputDataFloat(0, 47, InstanceIdx);
Context.MapUpdate.Particles.Velocity.z = InputDataFloat(0, 48, InstanceIdx);
Context.MapUpdate.Particles.Previous.Position = Context.MapUpdate.Particles.Position;
Context.MapUpdate.Particles.Previous.SpriteAlignment = Context.MapUpdate.Particles.SpriteAlignment;
Context.MapUpdate.Particles.Previous.SpriteFacing = Context.MapUpdate.Particles.SpriteFacing;
Context.MapUpdate.Particles.Previous.SpriteSize = Context.MapUpdate.Particles.SpriteSize;
Context.MapUpdate.Particles.Previous.Velocity = Context.MapUpdate.Particles.Velocity;
Context.MapUpdate.DataInstance.Alive=true;
#endif // MapUpdate
}
void ConditionalInterpolateParameters(inout FSimulationContext Context)
{
InterpolateParameters(Context);
}
void TransferAttributes(inout FSimulationContext Context)
{
#if ((SimulationStageIndex == 0)) // MapUpdate
Context.MapUpdate.Particles = Context.MapSpawn.Particles;
Context.MapUpdate.DataInstance.Alive = true;
Context.MapUpdate.Particles.Previous.Velocity = Context.MapSpawn.Particles.Velocity;
Context.MapUpdate.Particles.Previous.Position = Context.MapSpawn.Particles.Position;
#endif // MapUpdate
}
void StoreUpdateVariables(in FSimulationContext Context, bool bIsValidInstance)
{
#if ((SimulationStageIndex == 0)) // MapUpdate
const bool bValid = bIsValidInstance && Context.MapUpdate.DataInstance.Alive;
const int WriteIndex = OutputIndex(0, true, bValid);
if (bValid)
{
OutputDataFloat(0, 0, WriteIndex, Context.MapUpdate.Particles.Age);
OutputDataFloat(0, 1, WriteIndex, Context.MapUpdate.Particles.Color.r);
OutputDataFloat(0, 2, WriteIndex, Context.MapUpdate.Particles.Color.g);
OutputDataFloat(0, 3, WriteIndex, Context.MapUpdate.Particles.Color.b);
OutputDataFloat(0, 4, WriteIndex, Context.MapUpdate.Particles.Color.a);
OutputDataFloat(0, 5, WriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.x);
OutputDataFloat(0, 6, WriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.y);
OutputDataFloat(0, 7, WriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.z);
OutputDataFloat(0, 8, WriteIndex, Context.MapUpdate.Particles.DynamicMaterialParameter.w);
OutputDataFloat(0, 9, WriteIndex, Context.MapUpdate.Particles.Initial.Color.r);
OutputDataFloat(0, 10, WriteIndex, Context.MapUpdate.Particles.Initial.Color.g);
OutputDataFloat(0, 11, WriteIndex, Context.MapUpdate.Particles.Initial.Color.b);
OutputDataFloat(0, 12, WriteIndex, Context.MapUpdate.Particles.Initial.Color.a);
OutputDataFloat(0, 13, WriteIndex, Context.MapUpdate.Particles.Lifetime);
OutputDataFloat(0, 14, WriteIndex, Context.MapUpdate.Particles.Mass);
OutputDataFloat(0, 15, WriteIndex, Context.MapUpdate.Particles.MaterialRandom);
OutputDataFloat(0, 16, WriteIndex, Context.MapUpdate.Particles.MeshOrientation.x);
OutputDataFloat(0, 17, WriteIndex, Context.MapUpdate.Particles.MeshOrientation.y);
OutputDataFloat(0, 18, WriteIndex, Context.MapUpdate.Particles.MeshOrientation.z);
OutputDataFloat(0, 19, WriteIndex, Context.MapUpdate.Particles.MeshOrientation.w);
OutputDataFloat(0, 20, WriteIndex, Context.MapUpdate.Particles.NormalizedAge);
OutputDataFloat(0, 21, WriteIndex, Context.MapUpdate.Particles.Position.x);
OutputDataFloat(0, 22, WriteIndex, Context.MapUpdate.Particles.Position.y);
OutputDataFloat(0, 23, WriteIndex, Context.MapUpdate.Particles.Position.z);
OutputDataFloat(0, 24, WriteIndex, Context.MapUpdate.Particles.Previous.Position.x);
OutputDataFloat(0, 25, WriteIndex, Context.MapUpdate.Particles.Previous.Position.y);
OutputDataFloat(0, 26, WriteIndex, Context.MapUpdate.Particles.Previous.Position.z);
OutputDataFloat(0, 27, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteAlignment.x);
OutputDataFloat(0, 28, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteAlignment.y);
OutputDataFloat(0, 29, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteAlignment.z);
OutputDataFloat(0, 30, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteFacing.x);
OutputDataFloat(0, 31, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteFacing.y);
OutputDataFloat(0, 32, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteFacing.z);
OutputDataFloat(0, 33, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteSize.x);
OutputDataFloat(0, 34, WriteIndex, Context.MapUpdate.Particles.Previous.SpriteSize.y);
OutputDataFloat(0, 35, WriteIndex, Context.MapUpdate.Particles.Previous.Velocity.x);
OutputDataFloat(0, 36, WriteIndex, Context.MapUpdate.Particles.Previous.Velocity.y);
OutputDataFloat(0, 37, WriteIndex, Context.MapUpdate.Particles.Previous.Velocity.z);
OutputDataFloat(0, 38, WriteIndex, Context.MapUpdate.Particles.SpriteAlignment.x);
OutputDataFloat(0, 39, WriteIndex, Context.MapUpdate.Particles.SpriteAlignment.y);
OutputDataFloat(0, 40, WriteIndex, Context.MapUpdate.Particles.SpriteAlignment.z);
OutputDataFloat(0, 41, WriteIndex, Context.MapUpdate.Particles.SpriteFacing.x);
OutputDataFloat(0, 42, WriteIndex, Context.MapUpdate.Particles.SpriteFacing.y);
OutputDataFloat(0, 43, WriteIndex, Context.MapUpdate.Particles.SpriteFacing.z);
OutputDataFloat(0, 44, WriteIndex, Context.MapUpdate.Particles.SpriteSize.x);
OutputDataFloat(0, 45, WriteIndex, Context.MapUpdate.Particles.SpriteSize.y);
OutputDataInt(0, 0, WriteIndex, Context.MapUpdate.Particles.UniqueID);
OutputDataFloat(0, 46, WriteIndex, Context.MapUpdate.Particles.Velocity.x);
OutputDataFloat(0, 47, WriteIndex, Context.MapUpdate.Particles.Velocity.y);
OutputDataFloat(0, 48, WriteIndex, Context.MapUpdate.Particles.Velocity.z);
}
#endif // MapUpdate
}
void CopyInstance(in int InstanceIdx)
{
// TODO!
}
/*
* CS wrapper for our generated code; calls spawn and update functions on the corresponding instances in the buffer
*/
[numthreads(THREADGROUP_SIZE_X, THREADGROUP_SIZE_Y, THREADGROUP_SIZE_Z)]
void SimulateMainComputeCS(
uint3 InDispatchThreadId : SV_DispatchThreadID,
uint3 InGroupId : SV_GroupID,
uint3 InGroupThreadId : SV_GroupThreadID,
uint InGroupIndex : SV_GroupIndex)
{
GDispatchThreadId = InDispatchThreadId;
GGroupId = InGroupId;
GGroupThreadId = InGroupThreadId;
GGroupIndex = InGroupIndex;
GEmitterTickCounter = EmitterTickCounter;
GRandomSeedOffset = 0;
#if SimulationStageIndex == 0 // MapUpdate
#if NIAGARA_DISPATCH_INDIRECT
DispatchThreadIdBounds = IndirectDispatchArgs[IndirectDispatchArgsOffset].xyz;
GLinearThreadId = GDispatchThreadId.x;
#if NIAGARA_DISPATCH_TYPE >= NIAGARA_DISPATCH_TYPE_TWO_D
GLinearThreadId += GDispatchThreadId.y * DispatchThreadIdBounds.x;
#endif
#if NIAGARA_DISPATCH_TYPE >= NIAGARA_DISPATCH_TYPE_THREE_D
GLinearThreadId += GDispatchThreadId.z * DispatchThreadIdBounds.x * DispatchThreadIdBounds.y;
#endif
#else //NIAGARA_DISPATCH_INDIRECT
GLinearThreadId = GDispatchThreadId.x + (GDispatchThreadId.y * DispatchThreadIdToLinear.y);
#if NIAGARA_DISPATCH_TYPE >= NIAGARA_DISPATCH_TYPE_THREE_D
GLinearThreadId += GDispatchThreadId.z * DispatchThreadIdToLinear.z;
#endif
#endif //NIAGARA_DISPATCH_INDIRECT
bool bRunSpawnUpdateLogic = true;
if (ReadInstanceCountOffset == 0xFFFFFFFF)
{
GSpawnStartInstance = 0;
}
else
{
GSpawnStartInstance = RWInstanceCounts[ReadInstanceCountOffset];
}
const uint MaxInstances = GSpawnStartInstance + NumSpawnedInstances;
const bool bRunUpdateLogic = bRunSpawnUpdateLogic && GLinearThreadId < GSpawnStartInstance && GLinearThreadId < MaxInstances;
const bool bRunSpawnLogic = bRunSpawnUpdateLogic && GLinearThreadId >= GSpawnStartInstance && GLinearThreadId < MaxInstances;
const float RandomSeedInitialisation = NiagaraInternalNoise(GLinearThreadId * 16384, 0 * 8196, (bRunUpdateLogic ? 4096 : 0) + EmitterTickCounter); // initialise the random state seed
FSimulationContext Context = (FSimulationContext)0;
BRANCH
if (bRunUpdateLogic)
{
SetupExecIndexForGPU();
InitConstants(Context);
LoadUpdateVariables(Context, GLinearThreadId);
ReadDataSets(Context);
}
else if (bRunSpawnLogic)
{
SetupExecIndexAndSpawnInfoForGPU();
InitConstants(Context);
InitSpawnVariables(Context);
ReadDataSets(Context);
Context.MapSpawn.Particles.UniqueID = Engine_Emitter_TotalSpawnedParticles + GLinearThreadId - GSpawnStartInstance;
ConditionalInterpolateParameters(Context);
SimulateMapSpawn(Context);
TransferAttributes(Context);
}
if (bRunUpdateLogic || bRunSpawnLogic)
{
SimulateMapUpdate(Context);
WriteDataSets(Context);
}
StoreUpdateVariables(Context, bRunUpdateLogic || bRunSpawnLogic);
#endif
}
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HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLMHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00>HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL
HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00><00><00><00><00>u:<00><00><00><><EFBFBD><EFBFBD><EFBFBD><00>b@HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00><00><00><00><00><00>0<00><00><00><00><00><00>A|HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLZ<00><00>Z<00>nAHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL\<00>0)1)())<00><00> <00><00><00>5)6)9)/)3)")<00><00>x<00><00><><EFBFBD><EFBFBD><EFBFBD><00><00><><EFBFBD><00><00><><EFBFBD><00><00> <00><00><00><00>W<00><00>L<00>L<00>L%)<00><00>
NE_MaritxL<00>c<00> <00><00>.?<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00> <00> L<00><00><00><00>L<00><00><00>L<00><00><00>L<00><00><00> L<00><00>(<28>n4<6E><34>// Shader generated by Niagara HLSL Translator
// Compile Tags:
// Variable: "bIsInfinitelyLived(False)" StringValue: ""
// Variable: "bCanDieWhenEmitterDeactivates(True)" StringValue: ""
// 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 Tags Editor Only:
// Compile Data> Static Variables Input:
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param0Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param1Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param2Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param3Write(True)
// Variable: Constants.Emitter.SolveForcesAndVelocity.Manually Enable Rotational Solver(False)
// Variable: SolveForcesAndVelocity.Manually Enable Rotational Solver(False)
// Variable: DynamicMaterialParameters.Index0Param0Write(True)
// Variable: DynamicMaterialParameters.Index0Param1Write(True)
// Variable: DynamicMaterialParameters.Index0Param2Write(True)
// Variable: DynamicMaterialParameters.Index0Param3Write(True)
// Variable: Particles.DynamicMaterialParameterChannelMask(15 )
// Compile Data> PinToConstantValues Input:
// Pin: /Solve Forces and Velocity/ f\Get/ f\Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
// Pin: /Solve Forces and Velocity/ f\Get/ f\Get->Module.Manually Enable Rotational Solver Value: False
// Pin: /Solve Forces and Velocity/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>->Result Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->InputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->OutputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->InputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->OutputPin Value: 0
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param0Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param1Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param2Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param3Write Value: True
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 1
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 2
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 3
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 4
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 7
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 8
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 15
// Pin: /Dynamic Material Parameters/ f\Ɩ/ f\Ɩ->Particles.DynamicMaterialParameterChannelMask Value: 15
// Static Variables Written:
// Variable: Particles.DynamicMaterialParameterChannelMask(15 )
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_NumParticles;
int Engine_System_PaddingInt32_0;
int Engine_System_PaddingInt32_1;
}
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;
float3 Emitter_ASC20301ASC32622;
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_NumParticles;
int PREV_Engine_System_PaddingInt32_0;
int PREV_Engine_System_PaddingInt32_1;
}
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;
float3 PREV_Emitter_ASC20301ASC32622;
int PREV_Engine_ExecutionCount;
float PREV_Emitter_SpawnRate;
float PREV_Emitter_SpawnInterval;
float PREV_Emitter_InterpSpawnStartDt;
int PREV_Emitter_SpawnGroup;
}
struct FParamMap0_Transient
{
float3 AdvectionVelocity;
bool DragIgnoreMass;
bool FirstFrame;
float4 ParticleColorScaleFactor;
float PhysicsDeltaTime;
float PhysicsDrag;
float3 PhysicsForce;
};
struct FParamMap0_SolveForcesAndVelocity
{
float DeltaTime;
float3 Force;
float Mass;
float3 Position;
float3 PreviousVelocity;
float3 Velocity;
bool WritetoIntrinsicProperties;
};
struct FParamMap0_ScaleColor
{
float4 ColorValueToScale;
float ScaleAlpha;
};
struct FParamMap0_ParticleState
{
float DeltaTime;
float Lifetime;
};
struct FParamMap0_Particles_Previous
{
float3 Position;
float3 SpriteAlignment;
float3 SpriteFacing;
float2 SpriteSize;
float3 Velocity;
};
struct FParamMap0_Particles_Presolve
{
float3 PhysicsForce;
float3 Position;
float3 Velocity;
};
struct FParamMap0_Particles_Initial
{
float4 Color;
};
struct FParamMap0_Particles
{
float Age;
float4 Color;
float DistanceTraveled;
float4 DynamicMaterialParameter;
int DynamicMaterialParameterChannelMask;
FParamMap0_Particles_Initial Initial;
float Lifetime;
float Mass;
float MaterialRandom;
float4 MeshOrientation;
float NormalizedAge;
float3 Position;
FParamMap0_Particles_Presolve Presolve;
FParamMap0_Particles_Previous Previous;
float RibbonUVDistance;
float3 SpriteAlignment;
float3 SpriteFacing;
float2 SpriteSize;
int UniqueID;
float3 Velocity;
};
struct FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity
{
float IncomingPhysicsDrag;
float3 IncomingPhysicsForce;
float3 Position;
float3 Velocity;
};
struct FParamMap0_OUTPUT_VAR_ParticleState
{
bool FirstFrame;
};
struct FParamMap0_OUTPUT_VAR
{
FParamMap0_OUTPUT_VAR_ParticleState ParticleState;
FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity SolveForcesAndVelocity;
};
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_InitializeParticle
{
float InitRIbbonDistance;
};
struct FParamMap0_Local
{
FParamMap0_Local_InitializeParticle InitializeParticle;
FParamMap0_Local_SolveForcesAndVelocity SolveForcesAndVelocity;
};
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_FloatFromCurve001
{
float CurveIndex;
};
struct FParamMap0_Engine_System
{
float Age;
int CurrentTimeStep;
int NumEmitters;
int NumEmittersAlive;
int NumParticles;
int NumTimeSteps;
int PaddingInt32_0;
int PaddingInt32_1;
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;
float3 ASC20301ASC32622;
float DistanceTraveled;
float InterpSpawnStartDt;
int RandomSeed;
int SpawnGroup;
float SpawnInterval;
float SpawnRate;
};
struct FParamMap0_DataInstance
{
bool Alive;
};
struct FParamMap0_Array_Previous
{
int Position;
int SpriteAlignment;
int SpriteFacing;
int SpriteSize;
int Velocity;
};
struct FParamMap0_Array_Presolve
{
int PhysicsForce;
int Position;
int Velocity;
};
struct FParamMap0_Array_Initial
{
int Color;
};
struct FParamMap0_Array
{
int Age;
int Color;
int DistanceTraveled;
int DynamicMaterialParameter;
int DynamicMaterialParameterChannelMask;
FParamMap0_Array_Initial Initial;
int Lifetime;
int Mass;
int MaterialRandom;
int MeshOrientation;
int NormalizedAge;
int Position;
FParamMap0_Array_Presolve Presolve;
FParamMap0_Array_Previous Previous;
int RibbonUVDistance;
int SpriteAlignment;
int SpriteFacing;
int SpriteSize;
int UniqueID;
int Velocity;
};
struct FParamMap0_AlignSpriteToMeshOrientation
{
float4 OrientationQuaternion;
};
struct FParamMap0
{
FParamMap0_AlignSpriteToMeshOrientation AlignSpriteToMeshOrientation;
FParamMap0_Array Array;
FParamMap0_DataInstance DataInstance;
FParamMap0_Emitter Emitter;
FParamMap0_Engine Engine;
FParamMap0_FloatFromCurve001 FloatFromCurve001;
FParamMap0_InitializeParticle InitializeParticle;
FParamMap0_Interpolation Interpolation;
FParamMap0_Local Local;
FParamMap0_OUTPUT_VAR OUTPUT_VAR;
FParamMap0_Particles Particles;
FParamMap0_ParticleState ParticleState;
FParamMap0_ScaleColor ScaleColor;
FParamMap0_SolveForcesAndVelocity SolveForcesAndVelocity;
FParamMap0_Transient Transient;
};
struct FSimulationContext
{
FParamMap0 MapSpawn;
FParamMap0 MapUpdate;
};
static float HackSpawnInterp = 1.0;
void NiagaraScript_2734_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_2743_Func_(float3 In_Engine_Owner_Position, out float3 Out_SimulationPosition, inout FSimulationContext Context);
void InitializeParticle_Emitter_Func_(inout FSimulationContext Context);
void PointPos_Emitter_Func_(inout FSimulationContext Context);
void CustomHlsl04C64086480DA644FCC88485B815E918_Func_(float In_InFloat, out float Out_OutFloat);
void NiagaraScript_2756_Func_(float In_Value, out float Out_ClampedValue, inout FSimulationContext Context);
void ParticleState_Emitter_Func_(inout FSimulationContext Context);
void SampleCurve_Emitter_ScaleAlpha_FloatCurve001(float In_X, out float Out_Value);
void FloatFromCurve001_Emitter_Func_(out float Out_Value, inout FSimulationContext Context);
void ScaleColor_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_2748_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);
void NiagaraScript_2746_Func_(float3 In_VECTOR_VAR, float4 In_Quaternion, out float3 Out_Vector, inout FSimulationContext Context);
void AlignSpriteToMeshOrientation_Emitter_Func_(inout FSimulationContext Context);
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
void NiagaraScript_2734_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 Constant27 = false;
float Result = In_FloatMax - In_FloatMin;
float Result1 = rand_float(Result);
float Result2 = In_FloatMin + Result1;
Out_RandomFloat = Result2;
Out_IsDeterministic = Constant27;
}
void NiagaraScript_2743_Func_(float3 In_Engine_Owner_Position, out float3 Out_SimulationPosition, inout FSimulationContext Context)
{
float3 Constant38 = float3(0,0,0);
Out_SimulationPosition = Constant38;
}
void InitializeParticle_Emitter_Func_(inout FSimulationContext Context)
{
Context.MapSpawn.Particles.MaterialRandom = Context.MapSpawn.InitializeParticle.MaterialRandom;
float Constant33 = 0.7;
Context.MapSpawn.Particles.Lifetime = Constant33;
float4 Constant34 = float4(1,1,1,1);
Context.MapSpawn.Particles.Color = Constant34;
float Constant35 = 1;
Context.MapSpawn.Particles.Mass = Constant35;
float Constant36 = 100;
float2 Output1;
Output1.x = Constant36;
Output1.y = Constant36;
Context.MapSpawn.Particles.SpriteSize = Output1;
float3 Constant37 = float3(0,0,0);
float3 NiagaraScript_2743_Func_Output_SimulationPosition;
NiagaraScript_2743_Func_(Constant37, NiagaraScript_2743_Func_Output_SimulationPosition, Context);
float3 Constant39 = float3(0,0,0);
float Constant40 = 0;
float3 Result3 = Constant39 * Constant40;
float3 Result4 = NiagaraScript_2743_Func_Output_SimulationPosition + Result3;
Context.MapSpawn.Particles.Position = Result4;
Context.MapSpawn.Local.InitializeParticle.InitRIbbonDistance = Context.MapSpawn.Particles.RibbonUVDistance;
}
void PointPos_Emitter_Func_(inout FSimulationContext Context)
{
bool Constant43 = true;
float3 Constant44 = float3(0,0,0);
float3 Output11;
Output11.x = Constant44.x;
Output11.y = Constant44.y;
Output11.z = Constant44.z;
float3 Constant45 = float3(0.0, 0.0, 0.0);
float3 NiagaraPosition_SelectResult = Constant45;
NiagaraPosition_SelectResult = Output11;
if(Constant43 == 0)
{
NiagaraPosition_SelectResult = Context.MapSpawn.Emitter.ASC20301ASC32622;
}
Context.MapSpawn.Particles.Position = NiagaraPosition_SelectResult;
}
void CustomHlsl04C64086480DA644FCC88485B815E918_Func_(float In_InFloat, out float Out_OutFloat)
{
Out_OutFloat = saturate (In_InFloat);
}
void NiagaraScript_2756_Func_(float In_Value, out float Out_ClampedValue, inout FSimulationContext Context)
{
float CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat;
CustomHlsl04C64086480DA644FCC88485B815E918_Func_(In_Value, CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat);
Out_ClampedValue = CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat;
}
void ParticleState_Emitter_Func_(inout FSimulationContext Context)
{
bool Result5 = NiagaraAll(Context.MapUpdate.Particles.Age <= Context.MapUpdate.Engine.DeltaTime);
Context.MapUpdate.OUTPUT_VAR.ParticleState.FirstFrame = Result5;
Context.MapUpdate.Transient.FirstFrame = Result5;
float Constant47 = 1e-06;
bool Result6 = NiagaraAll(Context.MapUpdate.ParticleState.Lifetime > Constant47);
bool Result7 = Context.MapUpdate.Transient.FirstFrame && Result6;
float Result8 = Context.MapUpdate.Particles.Age + Context.MapUpdate.ParticleState.DeltaTime;
float Constant48 = 1e-05;
float Result9 = max(Context.MapUpdate.ParticleState.Lifetime, Constant48);
bool Result10 = NiagaraAll(Result8 < Result9);
bool Result11 = Result7 || Result10;
bool Result12 = Context.MapUpdate.DataInstance.Alive && Result11;
float Result13 = Result8 / Result9;
float NiagaraScript_2756_Func_Output_ClampedValue;
NiagaraScript_2756_Func_(Result13, NiagaraScript_2756_Func_Output_ClampedValue, Context);
Context.MapUpdate.DataInstance.Alive = Result12;
Context.MapUpdate.Particles.Age = Result8;
Context.MapUpdate.Particles.NormalizedAge = NiagaraScript_2756_Func_Output_ClampedValue;
bool Constant49 = false;
bool Constant50 = true;
}
void FloatFromCurve001_Emitter_Func_(out float Out_Value, inout FSimulationContext Context)
{
float Constant52 = 1;
float SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value;
SampleCurve_Emitter_ScaleAlpha_FloatCurve001(Context.MapUpdate.FloatFromCurve001.CurveIndex, SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value);
float Result14 = SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value * Constant52;
Out_Value = Result14;
}
void ScaleColor_Emitter_Func_(inout FSimulationContext Context)
{
float3 Constant55 = float3(1,1,1);
float3 Constant56 = float3(1,1,1);
float4 Output0;
Output0.r = Constant56.x;
Output0.g = Constant56.y;
Output0.b = Constant56.z;
Output0.a = Context.MapUpdate.ScaleColor.ScaleAlpha;
float4 Result15 = Context.MapUpdate.Transient.ParticleColorScaleFactor * Output0;
float4 Result16 = Context.MapUpdate.ScaleColor.ColorValueToScale * Result15;
Context.MapUpdate.Particles.Color = Result16;
Context.MapUpdate.Transient.ParticleColorScaleFactor = Result15;
}
void NiagaraScript_2748_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 Result23 = In_Velocity - In_AdvectionVelocity;
float Result24 = In_Drag * In_InverseMass;
float Constant67 = (0.0);
float NiagaraFloat_SelectResult1 = Constant67;
NiagaraFloat_SelectResult1 = In_Drag;
if(In_IgnoreMass == 0)
{
NiagaraFloat_SelectResult1 = Result24;
}
float Constant68 = 0;
float Result25 = max(NiagaraFloat_SelectResult1, Constant68);
float Result26 = Result25 * In_DeltaTime;
float Constant69 = 1;
float Result27 = Result26 + Constant69;
float3 Result28 = Result23 / Result27;
float3 Result29 = Result28 + In_AdvectionVelocity;
Out_Output = Result29;
}
void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context)
{
Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime = Context.MapUpdate.SolveForcesAndVelocity.DeltaTime;
float Constant65 = 1e-05;
float Result17 = max(Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime, Constant65);
float Result18 = Reciprocal(Result17);
Context.MapUpdate.Local.SolveForcesAndVelocity.InverseDeltaTime = Result18;
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 Constant66 = 1e-06;
float Result19 = max(Context.MapUpdate.Local.SolveForcesAndVelocity.Mass, Constant66);
float Result20 = Reciprocal(Result19);
float3 Result21 = Result20 * Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce;
Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce = Result21;
Context.MapUpdate.Local.SolveForcesAndVelocity.InverseMass = Result20;
float3 Result22 = Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsForce * Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime + Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Result22;
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_2748_Func_Output_Output;
NiagaraScript_2748_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_2748_Func_Output_Output, Context);
float3 Result30 = NiagaraScript_2748_Func_Output_Output - Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = NiagaraScript_2748_Func_Output_Output;
Context.MapUpdate.Local.SolveForcesAndVelocity.DragVelocity = Result30;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsDrag = Context.MapUpdate.Local.SolveForcesAndVelocity.PhysicsDrag;
float Constant70 = 1000;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
float Constant71 = 9999;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
float3 Result31 = Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Velocity * Context.MapUpdate.Local.SolveForcesAndVelocity.DeltaTime;
float3 Result32 = Result31 + Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position;
Context.MapUpdate.OUTPUT_VAR.SolveForcesAndVelocity.Position = Result32;
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 Constant72 = float3(0,0,0);
float Constant73 = 0;
float3 ForceVector_IfResult;
float Drag_IfResult;
if(Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties)
{
ForceVector_IfResult = Constant72;
Drag_IfResult = Constant73;
}
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 Result33 = Context.MapUpdate.Particles.Position - Context.MapUpdate.Particles.Previous.Position;
float Result34 = length(Result33);
float Constant74 = 0.3333;
float Result35 = Result34 * Constant74;
float Constant75 = 1e+08;
float Result36 = Modulo(Context.MapUpdate.Particles.DistanceTraveled, Constant75);
float Result37 = Result35 + Result36;
Context.MapUpdate.Particles.DistanceTraveled = Result37;
//SetConstantByStaticVariable "/Solve Forces and Velocity/ f\Get/ f\Get->Particles.RotationalVelocityEnabled"
int Constant76 = 0;
//SetConstantByStaticVariable "/Solve Forces and Velocity/ f\Get/ f\Get->Module.Manually Enable Rotational Solver"
int Constant77 = 0;
//SetConstantByStaticVariable "/Solve Forces and Velocity/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>->Result"
int Constant78 = 0;
}
void NiagaraScript_2746_Func_(float3 In_VECTOR_VAR, float4 In_Quaternion, out float3 Out_Vector, inout FSimulationContext Context)
{
float3 Output01;
float Output12;
Output01.x = In_Quaternion.x;
Output01.y = In_Quaternion.y;
Output01.z = In_Quaternion.z;
Output12 = In_Quaternion.w;
float Result38 = dot(Output01,In_VECTOR_VAR);
float Constant83 = 2;
float Result39 = Result38 * Constant83;
float3 Result40 = Output01 * Result39;
float Result41 = Output12 * Output12;
float Result42 = dot(Output01,Output01);
float Result43 = Result41 - Result42;
float3 Result44 = Result43 * In_VECTOR_VAR;
float3 Result45 = Result40 + Result44;
float3 Result46 = cross(Output01,In_VECTOR_VAR);
float Constant84 = 2;
float Result47 = Output12 * Constant84;
float3 Result48 = Result46 * Result47;
float3 Result49 = Result45 + Result48;
Out_Vector = Result49;
}
void AlignSpriteToMeshOrientation_Emitter_Func_(inout FSimulationContext Context)
{
float3 Constant81 = float3(0,1,0);
float3 Constant82 = float3(0,0,1);
float3 NiagaraScript_2746_Func_Output_Vector;
NiagaraScript_2746_Func_(Constant81, Context.MapUpdate.AlignSpriteToMeshOrientation.OrientationQuaternion, NiagaraScript_2746_Func_Output_Vector, Context);
Context.MapUpdate.Particles.SpriteFacing = NiagaraScript_2746_Func_Output_Vector;
float3 NiagaraScript_2746_Func_Output_Vector1;
NiagaraScript_2746_Func_(Constant82, Context.MapUpdate.AlignSpriteToMeshOrientation.OrientationQuaternion, NiagaraScript_2746_Func_Output_Vector1, Context);
Context.MapUpdate.Particles.SpriteAlignment = NiagaraScript_2746_Func_Output_Vector1;
}
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context)
{
float Constant89 = 4;
float Constant90 = 4;
float Constant91 = 0.218783;
float Constant92 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param0Write"
int Constant93 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param1Write"
int Constant94 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param2Write"
int Constant95 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param3Write"
int Constant96 = 1;
float X;
float Y;
float Z;
float W;
X = Context.MapUpdate.Particles.DynamicMaterialParameter.x;
Y = Context.MapUpdate.Particles.DynamicMaterialParameter.y;
Z = Context.MapUpdate.Particles.DynamicMaterialParameter.z;
W = Context.MapUpdate.Particles.DynamicMaterialParameter.w;
float float_IfResult;
if(Constant93)
{
float_IfResult = Constant89;
}
else
{
float_IfResult = X;
}
float float_IfResult1;
if(Constant94)
{
float_IfResult1 = Constant90;
}
else
{
float_IfResult1 = Y;
}
float float_IfResult2;
if(Constant95)
{
float_IfResult2 = Constant91;
}
else
{
float_IfResult2 = Z;
}
float float_IfResult3;
if(Constant96)
{
float_IfResult3 = Constant92;
}
else
{
float_IfResult3 = W;
}
float4 Output13;
Output13.x = float_IfResult;
Output13.y = float_IfResult1;
Output13.z = float_IfResult2;
Output13.w = float_IfResult3;
int Constant97 = 1;
int Constant98 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant99 = 1;
int Constant100 = 2;
int Constant101 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant102 = 2;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant103 = 3;
int Constant104 = 4;
int Constant105 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant106 = 4;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant107 = 7;
int Constant108 = 8;
int Constant109 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant110 = 8;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant111 = 15;
Context.MapUpdate.Particles.DynamicMaterialParameter = Output13;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
Context.MapUpdate.Particles.DynamicMaterialParameterChannelMask = Constant111;
}
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.MapSpawn.Emitter.ASC20301ASC32622 = lerp(PREV_Emitter_ASC20301ASC32622, Emitter_ASC20301ASC32622, 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.SpriteAlignment = Context.MapSpawn.Particles.SpriteAlignment;
Context.MapSpawn.Particles.Previous.SpriteFacing = Context.MapSpawn.Particles.SpriteFacing;
Context.MapSpawn.Particles.Previous.SpriteSize = Context.MapSpawn.Particles.SpriteSize;
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 = 1;
Context.MapSpawn.Particles.Mass = Constant3;
float2 Constant4 = float2(0.0, 0.0);
Context.MapSpawn.Particles.SpriteSize = Constant4;
float3 Constant5 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Position = Constant5;
float Constant6 = 0;
Context.MapSpawn.Particles.Age = Constant6;
float Constant7 = (0.0);
Context.MapSpawn.Particles.NormalizedAge = Constant7;
float3 Constant8 = float3(0,0,0);
Context.MapSpawn.Particles.Velocity = Constant8;
float3 Constant9 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Presolve.Velocity = Constant9;
float3 Constant10 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Presolve.Position = Constant10;
float3 Constant11 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.Presolve.PhysicsForce = Constant11;
float3 Constant12 = float3(0,0,0);
Context.MapSpawn.Particles.Previous.Velocity = Constant12;
float3 Constant13 = float3(0,0,0);
Context.MapSpawn.Particles.Previous.Position = Constant13;
float Constant14 = 0;
Context.MapSpawn.Particles.DistanceTraveled = Constant14;
float4 Constant15 = float4(0.0, 0.0, 0.0, 1.0);
Context.MapSpawn.Particles.MeshOrientation = Constant15;
float3 Constant16 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.SpriteFacing = Constant16;
float3 Constant17 = float3(0.0, 0.0, 0.0);
Context.MapSpawn.Particles.SpriteAlignment = Constant17;
float4 Constant18 = float4(0,0,0,0);
Context.MapSpawn.Particles.DynamicMaterialParameter = Constant18;
//End Initialize Parameter Map Defaults
int Constant19 = (0);
float Constant20 = 0;
float Constant21 = 1;
int Constant22 = -1;
int Constant23 = (0);
int Constant24 = 0;
int Constant25 = (0);
int Constant26 = (0);
float NiagaraScript_2734_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat;
bool NiagaraScript_2734_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic;
NiagaraScript_2734_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_(Constant19, Constant20, Constant21, Constant22, Constant23, Constant24, Constant25, Constant26, NiagaraScript_2734_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat, NiagaraScript_2734_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_IsDeterministic, Context);
Context.MapSpawn.InitializeParticle.MaterialRandom = NiagaraScript_2734_ScriptUsage4_EvaluationType_NewEnumerator0_FixedRandomSeed_false_OverrideSeed_false_RandomnessMode_NewEnumerator0_Func_Output_RandomFloat;
float Constant28 = 0.7;
float4 Constant29 = float4(1,1,1,1);
float Constant30 = 100;
float3 Constant31 = float3(0,0,0);
int Constant32 = 0;
Context.MapSpawn.InitializeParticle.PositionOffsetCoordinateSpace = Constant32;
Context.MapSpawn.Particles.RibbonUVDistance = Context.MapSpawn.Emitter.DistanceTraveled;
EnterStatScope(1 /**InitializeParticle_Emitter_Func_*/);
InitializeParticle_Emitter_Func_(Context);
ExitStatScope(/**InitializeParticle_Emitter_Func_*/);
float3 Constant41 = float3(0,0,0);
bool Constant42 = true;
EnterStatScope(2 /**PointPos_Emitter_Func_*/);
PointPos_Emitter_Func_(Context);
ExitStatScope(/**PointPos_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.Color = Context.MapSpawn.Particles.Color;
// End HandleMissingDefaultValues
}
void SimulateMapUpdate(inout FSimulationContext Context)
{
//Begin Update Script!
RandomCounterDeterministic = 0;
bool Constant46 = true;
Context.MapUpdate.DataInstance.Alive = Constant46;
Context.MapUpdate.ParticleState.DeltaTime = Context.MapUpdate.Engine.DeltaTime;
Context.MapUpdate.ParticleState.Lifetime = Context.MapUpdate.Particles.Lifetime;
EnterStatScope(3 /**ParticleState_Emitter_Func_*/);
ParticleState_Emitter_Func_(Context);
ExitStatScope(/**ParticleState_Emitter_Func_*/);
Context.MapUpdate.FloatFromCurve001.CurveIndex = Context.MapUpdate.Particles.NormalizedAge;
float Constant51 = 1;
float FloatFromCurve001_Emitter_Func_Output_Value;
FloatFromCurve001_Emitter_Func_(FloatFromCurve001_Emitter_Func_Output_Value, Context);
Context.MapUpdate.ScaleColor.ScaleAlpha = FloatFromCurve001_Emitter_Func_Output_Value;
Context.MapUpdate.ScaleColor.ColorValueToScale = Context.MapUpdate.Particles.Initial.Color;
float4 Constant53 = float4(1,1,1,1);
Context.MapUpdate.Transient.ParticleColorScaleFactor = Constant53;
float3 Constant54 = float3(1,1,1);
EnterStatScope(4 /**ScaleColor_Emitter_Func_*/);
ScaleColor_Emitter_Func_(Context);
ExitStatScope(/**ScaleColor_Emitter_Func_*/);
Context.MapUpdate.Transient.PhysicsDeltaTime = Context.MapUpdate.Engine.DeltaTime;
Context.MapUpdate.SolveForcesAndVelocity.DeltaTime = Context.MapUpdate.Transient.PhysicsDeltaTime;
float3 Constant57 = float3(0,0,0);
Context.MapUpdate.Transient.PhysicsForce = Constant57;
Context.MapUpdate.SolveForcesAndVelocity.Force = Context.MapUpdate.Transient.PhysicsForce;
Context.MapUpdate.SolveForcesAndVelocity.Velocity = Context.MapUpdate.Particles.Velocity;
Context.MapUpdate.SolveForcesAndVelocity.Mass = Context.MapUpdate.Particles.Mass;
float3 Constant58 = float3(0,0,0);
Context.MapUpdate.SolveForcesAndVelocity.Position = Context.MapUpdate.Particles.Position;
float3 Constant59 = float3(0,0,0);
Context.MapUpdate.Transient.AdvectionVelocity = Constant59;
float Constant60 = 0;
Context.MapUpdate.Transient.PhysicsDrag = Constant60;
bool Constant61 = true;
Context.MapUpdate.Transient.DragIgnoreMass = Constant61;
float Constant62 = 1000;
Context.MapUpdate.SolveForcesAndVelocity.PreviousVelocity = Context.MapUpdate.Particles.Previous.Velocity;
float Constant63 = 9999;
bool Constant64 = true;
Context.MapUpdate.SolveForcesAndVelocity.WritetoIntrinsicProperties = Constant64;
EnterStatScope(5 /**SolveForcesAndVelocity_Emitter_Func_*/);
SolveForcesAndVelocity_Emitter_Func_(Context);
ExitStatScope(/**SolveForcesAndVelocity_Emitter_Func_*/);
float3 Constant79 = float3(0,1,0);
float3 Constant80 = float3(0,0,1);
Context.MapUpdate.AlignSpriteToMeshOrientation.OrientationQuaternion = Context.MapUpdate.Particles.MeshOrientation;
EnterStatScope(6 /**AlignSpriteToMeshOrientation_Emitter_Func_*/);
AlignSpriteToMeshOrientation_Emitter_Func_(Context);
ExitStatScope(/**AlignSpriteToMeshOrientation_Emitter_Func_*/);
float Constant85 = 4;
float Constant86 = 4;
float Constant87 = 0.218783;
float Constant88 = 0;
EnterStatScope(7 /**DynamicMaterialParameters_Emitter_Func_*/);
DynamicMaterialParameters_Emitter_Func_(Context);
ExitStatScope(/**DynamicMaterialParameters_Emitter_Func_*/);
//End Update Script!
}
void SimulateMain()
{
EnterStatScope(8 /**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.Color.r = 0.0f;
Context.MapSpawn.Particles.Initial.Color.g = 0.0f;
Context.MapSpawn.Particles.Initial.Color.b = 0.0f;
Context.MapSpawn.Particles.Initial.Color.a = 0.0f;
Context.MapSpawn.Particles.Lifetime = 0.0f;
Context.MapSpawn.Particles.Mass = 0.0f;
Context.MapSpawn.Particles.MaterialRandom = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.x = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.y = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.z = 0.0f;
Context.MapSpawn.Particles.MeshOrientation.w = 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.SpriteAlignment.x = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteAlignment.y = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteAlignment.z = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteFacing.x = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteFacing.y = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteFacing.z = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteSize.x = 0.0f;
Context.MapSpawn.Particles.Previous.SpriteSize.y = 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.SpriteAlignment.x = 0.0f;
Context.MapSpawn.Particles.SpriteAlignment.y = 0.0f;
Context.MapSpawn.Particles.SpriteAlignment.z = 0.0f;
Context.MapSpawn.Particles.SpriteFacing.x = 0.0f;
Context.MapSpawn.Particles.SpriteFacing.y = 0.0f;
Context.MapSpawn.Particles.SpriteFacing.z = 0.0f;
Context.MapSpawn.Particles.SpriteSize.x = 0.0f;
Context.MapSpawn.Particles.SpriteSize.y = 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.Emitter.ASC20301ASC32622 = Emitter_ASC20301ASC32622;
Context.MapSpawn.Engine.Owner.Position = Engine_Owner_Position;
Context.MapUpdate.Engine.DeltaTime = Engine_DeltaTime;
Context.MapUpdate.Engine.Time = Engine_Time;
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.Emitter.RandomSeed = Emitter_RandomSeed;
Context.MapUpdate.Engine.Emitter.InstanceSeed = Engine_Emitter_InstanceSeed;
Context.MapUpdate.Engine.System.RandomSeed = Engine_System_RandomSeed;
ReadDataSets(Context);
InterpolateParameters(Context);
EnterStatScope(9 /**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(10 /**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.Color.r);
OutputDataFloat(0, 10, TmpWriteIndex, Context.MapUpdate.Particles.Initial.Color.g);
OutputDataFloat(0, 11, TmpWriteIndex, Context.MapUpdate.Particles.Initial.Color.b);
OutputDataFloat(0, 12, TmpWriteIndex, Context.MapUpdate.Particles.Initial.Color.a);
OutputDataFloat(0, 13, TmpWriteIndex, Context.MapUpdate.Particles.Lifetime);
OutputDataFloat(0, 14, TmpWriteIndex, Context.MapUpdate.Particles.Mass);
OutputDataFloat(0, 15, TmpWriteIndex, Context.MapUpdate.Particles.MaterialRandom);
OutputDataFloat(0, 16, TmpWriteIndex, Context.MapUpdate.Particles.MeshOrientation.x);
OutputDataFloat(0, 17, TmpWriteIndex, Context.MapUpdate.Particles.MeshOrientation.y);
OutputDataFloat(0, 18, TmpWriteIndex, Context.MapUpdate.Particles.MeshOrientation.z);
OutputDataFloat(0, 19, TmpWriteIndex, Context.MapUpdate.Particles.MeshOrientation.w);
OutputDataFloat(0, 20, TmpWriteIndex, Context.MapUpdate.Particles.NormalizedAge);
OutputDataFloat(0, 21, TmpWriteIndex, Context.MapUpdate.Particles.Position.x);
OutputDataFloat(0, 22, TmpWriteIndex, Context.MapUpdate.Particles.Position.y);
OutputDataFloat(0, 23, TmpWriteIndex, Context.MapUpdate.Particles.Position.z);
OutputDataFloat(0, 24, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Position.x);
OutputDataFloat(0, 25, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Position.y);
OutputDataFloat(0, 26, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Position.z);
OutputDataFloat(0, 27, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteAlignment.x);
OutputDataFloat(0, 28, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteAlignment.y);
OutputDataFloat(0, 29, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteAlignment.z);
OutputDataFloat(0, 30, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteFacing.x);
OutputDataFloat(0, 31, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteFacing.y);
OutputDataFloat(0, 32, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteFacing.z);
OutputDataFloat(0, 33, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteSize.x);
OutputDataFloat(0, 34, TmpWriteIndex, Context.MapUpdate.Particles.Previous.SpriteSize.y);
OutputDataFloat(0, 35, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Velocity.x);
OutputDataFloat(0, 36, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Velocity.y);
OutputDataFloat(0, 37, TmpWriteIndex, Context.MapUpdate.Particles.Previous.Velocity.z);
OutputDataFloat(0, 38, TmpWriteIndex, Context.MapUpdate.Particles.SpriteAlignment.x);
OutputDataFloat(0, 39, TmpWriteIndex, Context.MapUpdate.Particles.SpriteAlignment.y);
OutputDataFloat(0, 40, TmpWriteIndex, Context.MapUpdate.Particles.SpriteAlignment.z);
OutputDataFloat(0, 41, TmpWriteIndex, Context.MapUpdate.Particles.SpriteFacing.x);
OutputDataFloat(0, 42, TmpWriteIndex, Context.MapUpdate.Particles.SpriteFacing.y);
OutputDataFloat(0, 43, TmpWriteIndex, Context.MapUpdate.Particles.SpriteFacing.z);
OutputDataFloat(0, 44, TmpWriteIndex, Context.MapUpdate.Particles.SpriteSize.x);
OutputDataFloat(0, 45, TmpWriteIndex, Context.MapUpdate.Particles.SpriteSize.y);
OutputDataInt(0, 0, TmpWriteIndex, Context.MapUpdate.Particles.UniqueID);
OutputDataFloat(0, 46, TmpWriteIndex, Context.MapUpdate.Particles.Velocity.x);
OutputDataFloat(0, 47, TmpWriteIndex, Context.MapUpdate.Particles.Velocity.y);
OutputDataFloat(0, 48, TmpWriteIndex, Context.MapUpdate.Particles.Velocity.z);
}
ExitStatScope(/**SpawnScript_Main*/);
}
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HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00><00><00><00><00>u:<00><00><00><><EFBFBD><EFBFBD><EFBFBD><00>b@HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL<00><00><00><00><00><00>0<00><00><00><00><00><00>A|HS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LLZ<00><00>Z<00>nAHS<00><><EFBFBD><EFBFBD><EFBFBD><00><00>;LL\<00>0)1)())<00><00> <00><00><00>5)6)9)/)3)")<00><00>x<00><00><><EFBFBD><EFBFBD><EFBFBD><00><00><><EFBFBD><00><00><><EFBFBD><00><00> <00><00><00><00>W<00><00>L<00>L<00>L%)<00><00>
NE_MaritxL<00><00><00><00><00>P?<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00><00><00><00>L<00> <00> L<00><00><00><00>L<00><00><00>L<00><00><00>L<00><00><00>/q<><71>// 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.RibbonUVDistance((null))" StringValue: "Trimmed"
// Compile Tags Editor Only:
// Compile Data> Static Variables Input:
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param0Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param1Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param2Write(True)
// Variable: Constants.Emitter.DynamicMaterialParameters.Index0Param3Write(True)
// Variable: Constants.Emitter.SolveForcesAndVelocity.Manually Enable Rotational Solver(False)
// Variable: SolveForcesAndVelocity.Manually Enable Rotational Solver(False)
// Variable: DynamicMaterialParameters.Index0Param0Write(True)
// Variable: DynamicMaterialParameters.Index0Param1Write(True)
// Variable: DynamicMaterialParameters.Index0Param2Write(True)
// Variable: DynamicMaterialParameters.Index0Param3Write(True)
// Variable: Particles.DynamicMaterialParameterChannelMask(15 )
// Compile Data> PinToConstantValues Input:
// Pin: /Solve Forces and Velocity/ f\Get/ f\Get->Particles.RotationalVelocityEnabled Value: Particles.RotationalVelocityEnabled
// Pin: /Solve Forces and Velocity/ f\Get/ f\Get->Module.Manually Enable Rotational Solver Value: False
// Pin: /Solve Forces and Velocity/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>->Result Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->InputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->OutputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->InputPin Value: 0
// Pin: /Solve Forces and Velocity/͑<><CD91>1u<31><75><EFBFBD>p/͑<><CD91>1u<31><75><EFBFBD>p->OutputPin Value: 0
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param0Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param1Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param2Write Value: True
// Pin: /Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param3Write Value: True
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 1
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 2
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 3
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 4
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 7
// Pin: /Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result Value: 8
// Pin: /Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result Value: 15
// Pin: /Dynamic Material Parameters/ f\Ɩ/ f\Ɩ->Particles.DynamicMaterialParameterChannelMask Value: 15
// Static Variables Written:
// Variable: Particles.DynamicMaterialParameterChannelMask(15 )
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_NumParticles;
int Engine_System_PaddingInt32_0;
int Engine_System_PaddingInt32_1;
}
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_Transient
{
float3 AdvectionVelocity;
bool DragIgnoreMass;
bool FirstFrame;
float4 ParticleColorScaleFactor;
float PhysicsDeltaTime;
float PhysicsDrag;
float3 PhysicsForce;
};
struct FParamMap0_SolveForcesAndVelocity
{
float DeltaTime;
float3 Force;
float Mass;
float3 Position;
float3 PreviousVelocity;
float3 Velocity;
bool WritetoIntrinsicProperties;
};
struct FParamMap0_ScaleColor
{
float4 ColorValueToScale;
float ScaleAlpha;
};
struct FParamMap0_ParticleState
{
float DeltaTime;
float Lifetime;
};
struct FParamMap0_Particles_Previous
{
float3 Position;
float3 SpriteAlignment;
float3 SpriteFacing;
float2 SpriteSize;
float3 Velocity;
};
struct FParamMap0_Particles_Presolve
{
float3 PhysicsForce;
float3 Position;
float3 Velocity;
};
struct FParamMap0_Particles_Initial
{
float4 Color;
};
struct FParamMap0_Particles
{
float Age;
float4 Color;
float DistanceTraveled;
float4 DynamicMaterialParameter;
int DynamicMaterialParameterChannelMask;
FParamMap0_Particles_Initial Initial;
float Lifetime;
float Mass;
float MaterialRandom;
float4 MeshOrientation;
float NormalizedAge;
float3 Position;
FParamMap0_Particles_Presolve Presolve;
FParamMap0_Particles_Previous Previous;
float RibbonUVDistance;
float3 SpriteAlignment;
float3 SpriteFacing;
float2 SpriteSize;
int UniqueID;
float3 Velocity;
};
struct FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity
{
float IncomingPhysicsDrag;
float3 IncomingPhysicsForce;
float3 Position;
float3 Velocity;
};
struct FParamMap0_OUTPUT_VAR_ParticleState
{
bool FirstFrame;
};
struct FParamMap0_OUTPUT_VAR
{
FParamMap0_OUTPUT_VAR_ParticleState ParticleState;
FParamMap0_OUTPUT_VAR_SolveForcesAndVelocity SolveForcesAndVelocity;
};
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
{
FParamMap0_Local_SolveForcesAndVelocity SolveForcesAndVelocity;
};
struct FParamMap0_FloatFromCurve001
{
float CurveIndex;
};
struct FParamMap0_Engine_System
{
float Age;
int CurrentTimeStep;
int NumEmitters;
int NumEmittersAlive;
int NumParticles;
int NumTimeSteps;
int PaddingInt32_0;
int PaddingInt32_1;
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_Array_Previous
{
int Position;
int SpriteAlignment;
int SpriteFacing;
int SpriteSize;
int Velocity;
};
struct FParamMap0_Array_Presolve
{
int PhysicsForce;
int Position;
int Velocity;
};
struct FParamMap0_Array_Initial
{
int Color;
};
struct FParamMap0_Array
{
int Age;
int Color;
int DistanceTraveled;
int DynamicMaterialParameter;
int DynamicMaterialParameterChannelMask;
FParamMap0_Array_Initial Initial;
int Lifetime;
int Mass;
int MaterialRandom;
int MeshOrientation;
int NormalizedAge;
int Position;
FParamMap0_Array_Presolve Presolve;
FParamMap0_Array_Previous Previous;
int RibbonUVDistance;
int SpriteAlignment;
int SpriteFacing;
int SpriteSize;
int UniqueID;
int Velocity;
};
struct FParamMap0_AlignSpriteToMeshOrientation
{
float4 OrientationQuaternion;
};
struct FParamMap0
{
FParamMap0_AlignSpriteToMeshOrientation AlignSpriteToMeshOrientation;
FParamMap0_Array Array;
FParamMap0_DataInstance DataInstance;
FParamMap0_Emitter Emitter;
FParamMap0_Engine Engine;
FParamMap0_FloatFromCurve001 FloatFromCurve001;
FParamMap0_Local Local;
FParamMap0_OUTPUT_VAR OUTPUT_VAR;
FParamMap0_Particles Particles;
FParamMap0_ParticleState ParticleState;
FParamMap0_ScaleColor ScaleColor;
FParamMap0_SolveForcesAndVelocity SolveForcesAndVelocity;
FParamMap0_Transient Transient;
};
struct FSimulationContext
{
FParamMap0 Map;
};
static float HackSpawnInterp = 1.0;
void CustomHlsl04C64086480DA644FCC88485B815E918_Func_(float In_InFloat, out float Out_OutFloat);
void NiagaraScript_2698_Particle_Func_(float In_Value, out float Out_ClampedValue, inout FSimulationContext Context);
void ParticleState_Emitter_Func_(inout FSimulationContext Context);
void SampleCurve_Emitter_ScaleAlpha_FloatCurve001(float In_X, out float Out_Value);
void FloatFromCurve001_Emitter_Func_(out float Out_Value, inout FSimulationContext Context);
void ScaleColor_Emitter_Func_(inout FSimulationContext Context);
void NiagaraScript_2690_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);
void NiagaraScript_2688_Func_(float3 In_VECTOR_VAR, float4 In_Quaternion, out float3 Out_Vector, inout FSimulationContext Context);
void AlignSpriteToMeshOrientation_Emitter_Func_(inout FSimulationContext Context);
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context);
float GetSpawnInterpolation();
void CustomHlsl04C64086480DA644FCC88485B815E918_Func_(float In_InFloat, out float Out_OutFloat)
{
Out_OutFloat = saturate (In_InFloat);
}
void NiagaraScript_2698_Particle_Func_(float In_Value, out float Out_ClampedValue, inout FSimulationContext Context)
{
float CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat;
CustomHlsl04C64086480DA644FCC88485B815E918_Func_(In_Value, CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat);
Out_ClampedValue = CustomHlsl04C64086480DA644FCC88485B815E918_Func_Output_OutFloat;
}
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 Constant1 = 1e-06;
bool Result1 = NiagaraAll(Context.Map.ParticleState.Lifetime > Constant1);
bool Result2 = Context.Map.Transient.FirstFrame && Result1;
float Result3 = Context.Map.Particles.Age + Context.Map.ParticleState.DeltaTime;
float Constant2 = 1e-05;
float Result4 = max(Context.Map.ParticleState.Lifetime, Constant2);
bool Result5 = NiagaraAll(Result3 < Result4);
bool Result6 = Result2 || Result5;
bool Result7 = Context.Map.DataInstance.Alive && Result6;
float Result8 = Result3 / Result4;
float NiagaraScript_2698_Particle_Func_Output_ClampedValue;
NiagaraScript_2698_Particle_Func_(Result8, NiagaraScript_2698_Particle_Func_Output_ClampedValue, Context);
Context.Map.DataInstance.Alive = Result7;
Context.Map.Particles.Age = Result3;
Context.Map.Particles.NormalizedAge = NiagaraScript_2698_Particle_Func_Output_ClampedValue;
bool Constant3 = false;
bool Constant4 = true;
}
void FloatFromCurve001_Emitter_Func_(out float Out_Value, inout FSimulationContext Context)
{
float Constant6 = 1;
float SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value;
SampleCurve_Emitter_ScaleAlpha_FloatCurve001(Context.Map.FloatFromCurve001.CurveIndex, SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value);
float Result9 = SampleCurve_Emitter_ScaleAlpha_FloatCurve001Output_Value * Constant6;
Out_Value = Result9;
}
void ScaleColor_Emitter_Func_(inout FSimulationContext Context)
{
float3 Constant9 = float3(1,1,1);
float3 Constant10 = float3(1,1,1);
float4 Output0;
Output0.r = Constant10.x;
Output0.g = Constant10.y;
Output0.b = Constant10.z;
Output0.a = Context.Map.ScaleColor.ScaleAlpha;
float4 Result10 = Context.Map.Transient.ParticleColorScaleFactor * Output0;
float4 Result11 = Context.Map.ScaleColor.ColorValueToScale * Result10;
Context.Map.Particles.Color = Result11;
Context.Map.Transient.ParticleColorScaleFactor = Result10;
}
void NiagaraScript_2690_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 Result18 = In_Velocity - In_AdvectionVelocity;
float Result19 = In_Drag * In_InverseMass;
float Constant21 = (0.0);
float NiagaraFloat_SelectResult = Constant21;
NiagaraFloat_SelectResult = In_Drag;
if(In_IgnoreMass == 0)
{
NiagaraFloat_SelectResult = Result19;
}
float Constant22 = 0;
float Result20 = max(NiagaraFloat_SelectResult, Constant22);
float Result21 = Result20 * In_DeltaTime;
float Constant23 = 1;
float Result22 = Result21 + Constant23;
float3 Result23 = Result18 / Result22;
float3 Result24 = Result23 + In_AdvectionVelocity;
Out_Output = Result24;
}
void SolveForcesAndVelocity_Emitter_Func_(inout FSimulationContext Context)
{
Context.Map.Local.SolveForcesAndVelocity.DeltaTime = Context.Map.SolveForcesAndVelocity.DeltaTime;
float Constant19 = 1e-05;
float Result12 = max(Context.Map.Local.SolveForcesAndVelocity.DeltaTime, Constant19);
float Result13 = Reciprocal(Result12);
Context.Map.Local.SolveForcesAndVelocity.InverseDeltaTime = Result13;
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 Constant20 = 1e-06;
float Result14 = max(Context.Map.Local.SolveForcesAndVelocity.Mass, Constant20);
float Result15 = Reciprocal(Result14);
float3 Result16 = Result15 * Context.Map.Local.SolveForcesAndVelocity.PhysicsForce;
Context.Map.Local.SolveForcesAndVelocity.PhysicsForce = Result16;
Context.Map.Local.SolveForcesAndVelocity.InverseMass = Result15;
float3 Result17 = Context.Map.Local.SolveForcesAndVelocity.PhysicsForce * Context.Map.Local.SolveForcesAndVelocity.DeltaTime + Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Result17;
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_2690_Particle_Func_Output_Output;
NiagaraScript_2690_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_2690_Particle_Func_Output_Output, Context);
float3 Result25 = NiagaraScript_2690_Particle_Func_Output_Output - Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = NiagaraScript_2690_Particle_Func_Output_Output;
Context.Map.Local.SolveForcesAndVelocity.DragVelocity = Result25;
Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.IncomingPhysicsDrag = Context.Map.Local.SolveForcesAndVelocity.PhysicsDrag;
float Constant24 = 1000;
Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
float Constant25 = 9999;
Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity;
float3 Result26 = Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Velocity * Context.Map.Local.SolveForcesAndVelocity.DeltaTime;
float3 Result27 = Result26 + Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position;
Context.Map.OUTPUT_VAR.SolveForcesAndVelocity.Position = Result27;
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 Constant26 = float3(0,0,0);
float Constant27 = 0;
float3 ForceVector_IfResult;
float Drag_IfResult;
if(Context.Map.SolveForcesAndVelocity.WritetoIntrinsicProperties)
{
ForceVector_IfResult = Constant26;
Drag_IfResult = Constant27;
}
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 Result28 = Context.Map.Particles.Position - Context.Map.Particles.Previous.Position;
float Result29 = length(Result28);
float Constant28 = 0.3333;
float Result30 = Result29 * Constant28;
float Constant29 = 1e+08;
float Result31 = Modulo(Context.Map.Particles.DistanceTraveled, Constant29);
float Result32 = Result30 + Result31;
Context.Map.Particles.DistanceTraveled = Result32;
//SetConstantByStaticVariable "/Solve Forces and Velocity/ f\Get/ f\Get->Particles.RotationalVelocityEnabled"
int Constant30 = 0;
//SetConstantByStaticVariable "/Solve Forces and Velocity/ f\Get/ f\Get->Module.Manually Enable Rotational Solver"
int Constant31 = 0;
//SetConstantByStaticVariable "/Solve Forces and Velocity/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>/;<3B><><EFBFBD>OR<08>Y<EFBFBD>` <09>->Result"
int Constant32 = 0;
}
void NiagaraScript_2688_Func_(float3 In_VECTOR_VAR, float4 In_Quaternion, out float3 Out_Vector, inout FSimulationContext Context)
{
float3 Output01;
float Output1;
Output01.x = In_Quaternion.x;
Output01.y = In_Quaternion.y;
Output01.z = In_Quaternion.z;
Output1 = In_Quaternion.w;
float Result33 = dot(Output01,In_VECTOR_VAR);
float Constant37 = 2;
float Result34 = Result33 * Constant37;
float3 Result35 = Output01 * Result34;
float Result36 = Output1 * Output1;
float Result37 = dot(Output01,Output01);
float Result38 = Result36 - Result37;
float3 Result39 = Result38 * In_VECTOR_VAR;
float3 Result40 = Result35 + Result39;
float3 Result41 = cross(Output01,In_VECTOR_VAR);
float Constant38 = 2;
float Result42 = Output1 * Constant38;
float3 Result43 = Result41 * Result42;
float3 Result44 = Result40 + Result43;
Out_Vector = Result44;
}
void AlignSpriteToMeshOrientation_Emitter_Func_(inout FSimulationContext Context)
{
float3 Constant35 = float3(0,1,0);
float3 Constant36 = float3(0,0,1);
float3 NiagaraScript_2688_Func_Output_Vector;
NiagaraScript_2688_Func_(Constant35, Context.Map.AlignSpriteToMeshOrientation.OrientationQuaternion, NiagaraScript_2688_Func_Output_Vector, Context);
Context.Map.Particles.SpriteFacing = NiagaraScript_2688_Func_Output_Vector;
float3 NiagaraScript_2688_Func_Output_Vector1;
NiagaraScript_2688_Func_(Constant36, Context.Map.AlignSpriteToMeshOrientation.OrientationQuaternion, NiagaraScript_2688_Func_Output_Vector1, Context);
Context.Map.Particles.SpriteAlignment = NiagaraScript_2688_Func_Output_Vector1;
}
void DynamicMaterialParameters_Emitter_Func_(inout FSimulationContext Context)
{
float Constant43 = 4;
float Constant44 = 4;
float Constant45 = 0.218783;
float Constant46 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param0Write"
int Constant47 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param1Write"
int Constant48 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param2Write"
int Constant49 = 1;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ f\Get/ f\Get->Module.Index0Param3Write"
int Constant50 = 1;
float X;
float Y;
float Z;
float W;
X = Context.Map.Particles.DynamicMaterialParameter.x;
Y = Context.Map.Particles.DynamicMaterialParameter.y;
Z = Context.Map.Particles.DynamicMaterialParameter.z;
W = Context.Map.Particles.DynamicMaterialParameter.w;
float float_IfResult;
if(Constant47)
{
float_IfResult = Constant43;
}
else
{
float_IfResult = X;
}
float float_IfResult1;
if(Constant48)
{
float_IfResult1 = Constant44;
}
else
{
float_IfResult1 = Y;
}
float float_IfResult2;
if(Constant49)
{
float_IfResult2 = Constant45;
}
else
{
float_IfResult2 = Z;
}
float float_IfResult3;
if(Constant50)
{
float_IfResult3 = Constant46;
}
else
{
float_IfResult3 = W;
}
float4 Output11;
Output11.x = float_IfResult;
Output11.y = float_IfResult1;
Output11.z = float_IfResult2;
Output11.w = float_IfResult3;
int Constant51 = 1;
int Constant52 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant53 = 1;
int Constant54 = 2;
int Constant55 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant56 = 2;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant57 = 3;
int Constant58 = 4;
int Constant59 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant60 = 4;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant61 = 7;
int Constant62 = 8;
int Constant63 = 0;
//SetConstantByStaticVariable "/Dynamic Material Parameters/ <09><>bte<74>W<08>Y<EFBFBD>` <09>/ <09><>bte<74>W<08>Y<EFBFBD>` <09>->Result"
int Constant64 = 8;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
int Constant65 = 15;
Context.Map.Particles.DynamicMaterialParameter = Output11;
//SetConstantByStaticVariable "/Dynamic Material Parameters/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>/<00>m<EFBFBD>R<08>Y<EFBFBD>` <09>->Result"
Context.Map.Particles.DynamicMaterialParameterChannelMask = Constant65;
}
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_*/);
Context.Map.FloatFromCurve001.CurveIndex = Context.Map.Particles.NormalizedAge;
float Constant5 = 1;
float FloatFromCurve001_Emitter_Func_Output_Value;
FloatFromCurve001_Emitter_Func_(FloatFromCurve001_Emitter_Func_Output_Value, Context);
Context.Map.ScaleColor.ScaleAlpha = FloatFromCurve001_Emitter_Func_Output_Value;
Context.Map.ScaleColor.ColorValueToScale = Context.Map.Particles.Initial.Color;
float4 Constant7 = float4(1,1,1,1);
Context.Map.Transient.ParticleColorScaleFactor = Constant7;
float3 Constant8 = float3(1,1,1);
EnterStatScope(2 /**ScaleColor_Emitter_Func_*/);
ScaleColor_Emitter_Func_(Context);
ExitStatScope(/**ScaleColor_Emitter_Func_*/);
Context.Map.Transient.PhysicsDeltaTime = Context.Map.Engine.DeltaTime;
Context.Map.SolveForcesAndVelocity.DeltaTime = Context.Map.Transient.PhysicsDeltaTime;
float3 Constant11 = float3(0,0,0);
Context.Map.Transient.PhysicsForce = Constant11;
Context.Map.SolveForcesAndVelocity.Force = Context.Map.Transient.PhysicsForce;
Context.Map.SolveForcesAndVelocity.Velocity = Context.Map.Particles.Velocity;
Context.Map.SolveForcesAndVelocity.Mass = Context.Map.Particles.Mass;
float3 Constant12 = float3(0,0,0);
Context.Map.SolveForcesAndVelocity.Position = Context.Map.Particles.Position;
float3 Constant13 = float3(0,0,0);
Context.Map.Transient.AdvectionVelocity = Constant13;
float Constant14 = 0;
Context.Map.Transient.PhysicsDrag = Constant14;
bool Constant15 = true;
Context.Map.Transient.DragIgnoreMass = Constant15;
float Constant16 = 1000;
Context.Map.SolveForcesAndVelocity.PreviousVelocity = Context.Map.Particles.Previous.Velocity;
float Constant17 = 9999;
bool Constant18 = true;
Context.Map.SolveForcesAndVelocity.WritetoIntrinsicProperties = Constant18;
EnterStatScope(3 /**SolveForcesAndVelocity_Emitter_Func_*/);
SolveForcesAndVelocity_Emitter_Func_(Context);
ExitStatScope(/**SolveForcesAndVelocity_Emitter_Func_*/);
float3 Constant33 = float3(0,1,0);
float3 Constant34 = float3(0,0,1);
Context.Map.AlignSpriteToMeshOrientation.OrientationQuaternion = Context.Map.Particles.MeshOrientation;
EnterStatScope(4 /**AlignSpriteToMeshOrientation_Emitter_Func_*/);
AlignSpriteToMeshOrientation_Emitter_Func_(Context);
ExitStatScope(/**AlignSpriteToMeshOrientation_Emitter_Func_*/);
float Constant39 = 4;
float Constant40 = 4;
float Constant41 = 0.218783;
float Constant42 = 0;
EnterStatScope(5 /**DynamicMaterialParameters_Emitter_Func_*/);
DynamicMaterialParameters_Emitter_Func_(Context);
ExitStatScope(/**DynamicMaterialParameters_Emitter_Func_*/);
ExitStatScope(/**UpdateScript*/);
}
void SimulateMain()
{
EnterStatScope(6 /**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.Color.r = InputDataFloat(0, 9);
Context.Map.Array.Initial.Color = 9;
Context.Map.Particles.Initial.Color.g = InputDataFloat(0, 10);
Context.Map.Array.Initial.Color = 10;
Context.Map.Particles.Initial.Color.b = InputDataFloat(0, 11);
Context.Map.Array.Initial.Color = 11;
Context.Map.Particles.Initial.Color.a = InputDataFloat(0, 12);
Context.Map.Array.Initial.Color = 12;
Context.Map.Particles.Lifetime = InputDataFloat(0, 13);
Context.Map.Array.Lifetime = 13;
Context.Map.Particles.Mass = InputDataFloat(0, 14);
Context.Map.Array.Mass = 14;
Context.Map.Particles.MaterialRandom = InputDataFloat(0, 15);
Context.Map.Array.MaterialRandom = 15;
Context.Map.Particles.MeshOrientation.x = InputDataFloat(0, 16);
Context.Map.Array.MeshOrientation = 16;
Context.Map.Particles.MeshOrientation.y = InputDataFloat(0, 17);
Context.Map.Array.MeshOrientation = 17;
Context.Map.Particles.MeshOrientation.z = InputDataFloat(0, 18);
Context.Map.Array.MeshOrientation = 18;
Context.Map.Particles.MeshOrientation.w = InputDataFloat(0, 19);
Context.Map.Array.MeshOrientation = 19;
Context.Map.Particles.NormalizedAge = InputDataFloat(0, 20);
Context.Map.Array.NormalizedAge = 20;
Context.Map.Particles.Position.x = InputDataFloat(0, 21);
Context.Map.Array.Position = 21;
Context.Map.Particles.Position.y = InputDataFloat(0, 22);
Context.Map.Array.Position = 22;
Context.Map.Particles.Position.z = InputDataFloat(0, 23);
Context.Map.Array.Position = 23;
Context.Map.Particles.SpriteAlignment.x = InputDataFloat(0, 38);
Context.Map.Array.SpriteAlignment = 38;
Context.Map.Particles.SpriteAlignment.y = InputDataFloat(0, 39);
Context.Map.Array.SpriteAlignment = 39;
Context.Map.Particles.SpriteAlignment.z = InputDataFloat(0, 40);
Context.Map.Array.SpriteAlignment = 40;
Context.Map.Particles.SpriteFacing.x = InputDataFloat(0, 41);
Context.Map.Array.SpriteFacing = 41;
Context.Map.Particles.SpriteFacing.y = InputDataFloat(0, 42);
Context.Map.Array.SpriteFacing = 42;
Context.Map.Particles.SpriteFacing.z = InputDataFloat(0, 43);
Context.Map.Array.SpriteFacing = 43;
Context.Map.Particles.SpriteSize.x = InputDataFloat(0, 44);
Context.Map.Array.SpriteSize = 44;
Context.Map.Particles.SpriteSize.y = InputDataFloat(0, 45);
Context.Map.Array.SpriteSize = 45;
Context.Map.Particles.UniqueID = InputDataInt(0, 0);
Context.Map.Array.UniqueID = 0;
Context.Map.Particles.Velocity.x = InputDataFloat(0, 46);
Context.Map.Array.Velocity = 46;
Context.Map.Particles.Velocity.y = InputDataFloat(0, 47);
Context.Map.Array.Velocity = 47;
Context.Map.Particles.Velocity.z = InputDataFloat(0, 48);
Context.Map.Array.Velocity = 48;
Context.Map.Particles.Previous.Position = Context.Map.Particles.Position;
Context.Map.Particles.Previous.SpriteAlignment = Context.Map.Particles.SpriteAlignment;
Context.Map.Particles.Previous.SpriteFacing = Context.Map.Particles.SpriteFacing;
Context.Map.Particles.Previous.SpriteSize = Context.Map.Particles.SpriteSize;
Context.Map.Particles.Previous.Velocity = Context.Map.Particles.Velocity;
Context.Map.Engine.DeltaTime = Engine_DeltaTime;
Context.Map.Engine.Emitter.TotalSpawnedParticles = Engine_Emitter_TotalSpawnedParticles;
Context.Map.Emitter.RandomSeed = Emitter_RandomSeed;
Context.Map.Engine.Emitter.InstanceSeed = Engine_Emitter_InstanceSeed;
Context.Map.Engine.System.RandomSeed = Engine_System_RandomSeed;
ReadDataSets(Context);
EnterStatScope(7 /**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.Color.r);
OutputDataFloat(0, 10, TmpWriteIndex, Context.Map.Particles.Initial.Color.g);
OutputDataFloat(0, 11, TmpWriteIndex, Context.Map.Particles.Initial.Color.b);
OutputDataFloat(0, 12, TmpWriteIndex, Context.Map.Particles.Initial.Color.a);
OutputDataFloat(0, 13, TmpWriteIndex, Context.Map.Particles.Lifetime);
OutputDataFloat(0, 14, TmpWriteIndex, Context.Map.Particles.Mass);
OutputDataFloat(0, 15, TmpWriteIndex, Context.Map.Particles.MaterialRandom);
OutputDataFloat(0, 16, TmpWriteIndex, Context.Map.Particles.MeshOrientation.x);
OutputDataFloat(0, 17, TmpWriteIndex, Context.Map.Particles.MeshOrientation.y);
OutputDataFloat(0, 18, TmpWriteIndex, Context.Map.Particles.MeshOrientation.z);
OutputDataFloat(0, 19, TmpWriteIndex, Context.Map.Particles.MeshOrientation.w);
OutputDataFloat(0, 20, TmpWriteIndex, Context.Map.Particles.NormalizedAge);
OutputDataFloat(0, 21, TmpWriteIndex, Context.Map.Particles.Position.x);
OutputDataFloat(0, 22, TmpWriteIndex, Context.Map.Particles.Position.y);
OutputDataFloat(0, 23, TmpWriteIndex, Context.Map.Particles.Position.z);
OutputDataFloat(0, 24, TmpWriteIndex, Context.Map.Particles.Previous.Position.x);
OutputDataFloat(0, 25, TmpWriteIndex, Context.Map.Particles.Previous.Position.y);
OutputDataFloat(0, 26, TmpWriteIndex, Context.Map.Particles.Previous.Position.z);
OutputDataFloat(0, 27, TmpWriteIndex, Context.Map.Particles.Previous.SpriteAlignment.x);
OutputDataFloat(0, 28, TmpWriteIndex, Context.Map.Particles.Previous.SpriteAlignment.y);
OutputDataFloat(0, 29, TmpWriteIndex, Context.Map.Particles.Previous.SpriteAlignment.z);
OutputDataFloat(0, 30, TmpWriteIndex, Context.Map.Particles.Previous.SpriteFacing.x);
OutputDataFloat(0, 31, TmpWriteIndex, Context.Map.Particles.Previous.SpriteFacing.y);
OutputDataFloat(0, 32, TmpWriteIndex, Context.Map.Particles.Previous.SpriteFacing.z);
OutputDataFloat(0, 33, TmpWriteIndex, Context.Map.Particles.Previous.SpriteSize.x);
OutputDataFloat(0, 34, TmpWriteIndex, Context.Map.Particles.Previous.SpriteSize.y);
OutputDataFloat(0, 35, TmpWriteIndex, Context.Map.Particles.Previous.Velocity.x);
OutputDataFloat(0, 36, TmpWriteIndex, Context.Map.Particles.Previous.Velocity.y);
OutputDataFloat(0, 37, TmpWriteIndex, Context.Map.Particles.Previous.Velocity.z);
OutputDataFloat(0, 38, TmpWriteIndex, Context.Map.Particles.SpriteAlignment.x);
OutputDataFloat(0, 39, TmpWriteIndex, Context.Map.Particles.SpriteAlignment.y);
OutputDataFloat(0, 40, TmpWriteIndex, Context.Map.Particles.SpriteAlignment.z);
OutputDataFloat(0, 41, TmpWriteIndex, Context.Map.Particles.SpriteFacing.x);
OutputDataFloat(0, 42, TmpWriteIndex, Context.Map.Particles.SpriteFacing.y);
OutputDataFloat(0, 43, TmpWriteIndex, Context.Map.Particles.SpriteFacing.z);
OutputDataFloat(0, 44, TmpWriteIndex, Context.Map.Particles.SpriteSize.x);
OutputDataFloat(0, 45, TmpWriteIndex, Context.Map.Particles.SpriteSize.y);
OutputDataInt(0, 0, TmpWriteIndex, Context.Map.Particles.UniqueID);
OutputDataFloat(0, 46, TmpWriteIndex, Context.Map.Particles.Velocity.x);
OutputDataFloat(0, 47, TmpWriteIndex, Context.Map.Particles.Velocity.y);
OutputDataFloat(0, 48, TmpWriteIndex, Context.Map.Particles.Velocity.z);
}
ExitStatScope(/**UpdateScript_Main*/);
}
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