FPBDRigidsEvolutionBase

FPBDRigidsEvolutionBase ( FPBDRigidsSOAs& InParticles,
THandleArray< FChaosPhysicsMaterial >& InSolverPhysicsMaterials,
bool InIsSingleThreaded
)

virtual ~FPBDRigidsEvolutionBase()

void AddConstraintContainer ( FPBDConstraintContainer& InContainer,
const int32 Priority
)

void AddForceFunction ( FForceRule ForceFunction
)

void AddImpulseFunction ( FForceRule ImpulseFunction
)

virtual void ApplyKinematicTargets ( const FReal Dt,
const FReal StepFraction
)

bool AreAnyTasksPending()

void ComputeIntermediateSpatialAcceleration ( bool bBlock
)

TArray< TPBDRigidClusteredParticleHandle< FReal, 3 > * > CreateClusteredParticles ( int32 NumParticles,
const FUniqueIdx* ExistingIndices,
const FPBDRigidParticleParameters& Params
)

TArray< FPBDRigidParticleHandle * > CreateDynamicParticles ( int32 NumParticles,
const FUniqueIdx* ExistingIndices,
const FPBDRigidParticleParameters& Params
)

TArray< TPBDGeometryCollectionParticleHandle< FReal, 3 > * > CreateGeometryCollectionParticles ( int32 NumParticles,
const FUniqueIdx* ExistingIndices,
const FPBDRigidParticleParameters& Params
)

TArray< FKinematicGeometryParticleHandle * > CreateKinematicParticles ( int32 NumParticles,
const FUniqueIdx* ExistingIndices,
const FKinematicGeometryParticleParameters& Params
)

TArray< FGeometryParticleHandle * > CreateStaticParticles ( int32 NumParticles,
const FUniqueIdx* ExistingIndices,
const FGeometryParticleParameters& Params
)

void DestroyParticle ( FGeometryParticleHandle* Particle
)

virtual void DestroyTransientConstraints ( FGeometryParticleHandle* Particle
)

virtual void DestroyTransientConstraints ()

void DirtyParticle ( TGeometryParticleHandleImp< FReal, 3, bPersistent >& Particle,
const EPendingSpatialDataOperation Op
)

void DisableConstraints ( FGeometryParticleHandle* ParticleHandle
)

void DisableParticle ( FGeometryParticleHandle* Particle
)

void DisableParticles ( TSet< FGeometryParticleHandle* >& ParticlesIn
)

void DisableParticles ( const TSet< FGeometryParticleHandle* >& InParticles
)

void DisableParticleWithRemovalEvent ( FGeometryParticleHandle* Particle
)

void DisconnectConstraints ( const TSet< FGeometryParticleHandle* >& RemovedParticles
)

void EnableConstraints ( FGeometryParticleHandle* ParticleHandle
)

void EnableParticle ( FGeometryParticleHandle* Particle
)

void FlushExternalAccelerationQueue ( FAccelerationStructure& Acceleration,
FPendingSpatialDataQueue& ExternalQueue
)

void FlushSpatialAcceleration()

FUniqueIdx GenerateUniqueIdx()

const TArray< FRemovalData > & GetAllRemovals()

const Private::FPBDIslandManager & GetConstraintGraph ()

Private::FPBDIslandManager & GetConstraintGraph ()

const FChaosPhysicsMaterial * GetFirstPhysicsMaterial ( const FGeometryParticleHandle* Particle
) const

const Private::FPBDIslandGroupManager & GetIslandGroupManager()

const Private::FPBDIslandManager & GetIslandManager ()

Private::FPBDIslandManager & GetIslandManager ()

const FString & GetName()

const TParticleView< FPBDRigidClusteredParticles > & GetNonDisabledClusteredView()

int32 GetNumPositionIterations()

int32 GetNumProjectionIterations()

int32 GetNumVelocityIterations()

TGeometryParticleHandles< FReal, 3 > & GetParticleHandles ()

const TGeometryParticleHandles< FReal, 3 > & GetParticleHandles ()

const FPBDRigidsSOAs & GetParticles ()

FPBDRigidsSOAs & GetParticles ()

const TUniquePtr< FChaosPhysicsMaterial > & GetPerParticlePhysicsMaterial ( const FGeometryParticleHandle* Particle
) const

TSerializablePtr< FChaosPhysicsMaterial > GetPhysicsMaterial ( const FGeometryParticleHandle* Particle
) const

FRewindData * GetRewindData()

ISpatialAccelerationCollection< FAccelerationStructureHandle, FReal, 3 > * GetSpatialAcceleration()

void InvalidateParticle ( FGeometryParticleHandle* Particle
)

const bool IsResetting()

const bool IsResimming()

bool IsUniqueIndexPendingRelease ( FUniqueIdx UniqueIdx
) const

void KillSafeAsyncTasks()

void PrepareTick()

void RebuildSpatialAccelerationForPerfTest()

void RegisterParticle ( FGeometryParticleHandle* Particle
)

void ReleaseUniqueIdx ( FUniqueIdx UniqueIdx
)

void RemoveConstraintFromConstraintGraph ( FConstraintHandle* ConstraintHandle
)

void RemoveConstraintsFromConstraintGraph ( const FConstraintHandleArray& Constraints
)

void RemoveParticleFromAccelerationStructure ( TGeometryParticleHandleImp< FReal, 3, bPersistent >& ParticleHandle
)

void ReserveParticles ( const int32 Num
)

void ResetAllRemovals()

virtual void ResetCollisions ()

void ResetConstraints()

void Serialize ( FChaosArchive& Ar
)

void SetCanStartAsyncTasks ( bool bInCanStartAsyncTasks
)

void SetCaptureRewindDataFunction ( FCaptureRewindRule Rule
)

void SetName ( const FString& InName
)

void SetNumPositionIterations ( int32 InNumIterations
)

void SetNumProjectionIterations ( int32 InNumIterations
)

void SetNumVelocityIterations ( int32 InNumIterations
)

void SetParticleObjectState ( FPBDRigidParticleHandle* Particle,
EObjectStateType ObjectState
)

void SetParticleSleepType ( FPBDRigidParticleHandle* Particle,
ESleepType InSleepType
)

void SetParticleUpdatePositionFunction ( FUpdatePositionRule ParticleUpdate
)

void SetPerParticlePhysicsMaterial ( FGeometryParticleHandle* Particle,
TUniquePtr< FChaosPhysicsMaterial >& InMaterial
)

void SetPhysicsMaterial ( FGeometryParticleHandle* Particle,
TSerializablePtr< FChaosPhysicsMaterial > InMaterial
)

void SetReset ( bool bInReset
)

void SetResim ( bool bInResim
)

void SetRewindData ( FRewindData* RewindData
)

void UnprepareTick()

void UpdateExternalAccelerationStructure_External ( ISpatialAccelerationCollection< FAccelerationStructureHandle, FReal, 3 >*& ExternalStructure,
FPendingSpatialDataQueue& PendingExternal
)

void WakeParticle ( FPBDRigidParticleHandle* Particle
)

void ApplyParticlePendingData ( const FPendingSpatialData& PendingData,
FAccelerationStructure& SpatialAcceleration,
bool bUpdateCache,
bool bUpdateDynamicTrees
)

void CreateConstraintGraph()

void CreateIslands()

void FlushAsyncAccelerationQueue()

void FlushInternalAccelerationQueue()

void FreeSpatialAcceleration_External ( FAccelerationStructure* Structure
)

FAccelerationStructure * GetFreeSpatialAcceleration_Internal()

int32 NumConstraints()

void PruneInternalPendingData ( FAccelerationStructure& AccelerationStructure
)

void ReleaseIdx ( FUniqueIdx Idx
)

void ReleasePendingIndices()

void TestModeParticleDisabled ( FGeometryParticleHandle* Particle
)

void TestModeRestoreParticle ( FGeometryParticleHandle* Particle
)

void TestModeRestoreParticles()

void TestModeSaveParticle ( FGeometryParticleHandle* Particle
)

void TestModeSaveParticles()

void TestModeStep()

void TestModeUpdateSavedParticle ( FGeometryParticleHandle* Particle
)

void UpdateConstraintPositionBasedState ( FReal Dt
)

void WaitOnAccelerationStructure()

static void CopyPristineAccelerationStructures ( const TMap< FSpatialAccelerationIdx, TUniquePtr< FSpatialAccelerationCache > >& SpatialAcceleration...,
FAccelerationStructure* FromStructure,
FAccelerationStructure* ToStructure,
bool CheckPristine
)

static void CopyUnBuiltDynamicAccelerationStructures ( const TMap< FSpatialAccelerationIdx, TUniquePtr< FSpatialAccelerationCache > >& SpatialAcceleration...,
FAccelerationStructure* InternalAcceleration,
FAccelerationStructure* AsyncInternalAcceleration,
FAccelerationStructure* AsyncExternalAcceleration
)