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  3. FPhysScene_Chaos

FPhysScene_Chaos

Low level Chaos scene used when building custom simulations that don't exist in the main world physics scene.

API > API/Runtime > API/Runtime/Engine > API/Runtime/Engine/Physics > API/Runtime/Engine/Physics/Experimental

Inheritance Hierarchy

References

   
Module Engine
Header /Engine/Source/Runtime/Engine/Public/Physics/Experimental/PhysScene_Chaos.h
Include #include "Physics/Experimental/PhysScene_Chaos.h"

Syntax

class FPhysScene_Chaos : public FChaosScene

Remarks

Low level Chaos scene used when building custom simulations that don't exist in the main world physics scene.

Variables

  Type Name Description
Public variable FOnPhysScenePreTick OnPhysScenePreTick  
Public variable FOnPhysSceneStep OnPhysSceneStep  
Public variable FPrimitiveComponentReplicationCache ReplicationCache  

Constructors

  Type Name Description
Public function  

FPhysScene_Chaos ( AActor* InSolverActor
)

  

Destructors

  Type Name Description
Public function Virtual    

Functions

  Type Name Description
Public function void

AddAggregateToScene ( const FPhysicsAggregateHandle& InAggregate
)

  
Public function void

AddCustomPhysics_AssumesLocked ( FBodyInstance* BodyInstance,
FCalculateCustomPhysics& CalculateCustomPhysics
)

  
Public function void

AddForce_AssumesLocked ( FBodyInstance* BodyInstance,
const FVector& Force,
bool bAllowSubstepping,
bool bAccelChange
)

  
Public function void

AddForceAtPosition_AssumesLocked ( FBodyInstance* BodyInstance,
const FVector& Force,
const FVector& Position,
bool bAllowSubstepping,
bool bIsLocalForce
)

  
Public function void Called during creation of the physics state for gamethread objects to pass off an object to the physics thread
Public function void Called during creation of the physics state for gamethread objects to pass off an object to the physics thread
Public function void Called during creation of the physics state for gamethread objects to pass off an object to the physics thread
Public function void Called during creation of the physics state for gamethread objects to pass off an object to the physics thread
Public function void Called during creation of the physics state for gamethread objects to pass off an object to the physics thread
Public function void

AddPendingOnConstraintBreak ( FConstraintInstance* ConstraintInstance,
int32 SceneType
)

  
Public function void

AddPendingSleepingEvent ( FBodyInstance* BI,
ESleepEvent SleepEventType,
int32 SceneType
)

  
Public function void

AddRadialForceToBody_AssumesLocked ( FBodyInstance* BodyInstance,
const FVector& Origin,
const float Radius,
const float Strength,
const uint8 Falloff,
bool bAccelChange,
bool bAllowSubstepping
)

  
Public function Virtual void  
Public function void  
Public function void

AddTorque_AssumesLocked ( FBodyInstance* BodyInstance,
const FVector& Torque,
bool bAllowSubstepping,
bool bAccelChange
)

  
Public function void

ApplyWorldOffset ( FVector InOffset
)

  
Public function void

ClearForces_AssumesLocked ( FBodyInstance* BodyInstance,
bool bAllowSubstepping
)

  
Public function void  
Public function void

ClearTorques_AssumesLocked ( FBodyInstance* BodyInstance,
bool bAllowSubstepping
)

  
Public function IPhysicsReplication *  
Public function void  
Public function int32  
Public function void

EnqueueAsyncPhysicsCommand ( int32 PhysicsStep,
UObject* OwningObject,
const TFunction< void()>& Command,
const bool bEnableResim
)

  
Public function void  
Public function bool

ExecApexVis ( uint32 SceneType,
const TCHAR* Cmd,
FOutputDevice* Ar
)

  
Public function bool

ExecPxVis ( uint32 SceneType,
const TCHAR* Cmd,
FOutputDevice* Ar
)

  
Public function Const FBodyInstance * Given a physics proxy, returns its associated body instance if any
Public function Const const FBodyInstance *

GetBodyInstanceFromProxyAndShape ( IPhysicsProxyBase* InProxy,
int32 InShapeIndex
)

 Given a physics proxy, returns its associated body instance if any
Public function Const UChaosEventRelay *  
Public function Const bool

GetKinematicTarget_AssumesLocked ( const FBodyInstance* BodyInstance,
FTransform& OutTM
)

  
Public function Const int32  
Public function Const const TArray< IPhysicsProxyBase * > * Given a component, returns its associated solver objects.
Public function Const OwnerType *

GetOwningComponent ( const IPhysicsProxyBase* PhysicsProxy
)

 Given a solver object, returns its associated component.
Public function Const const UWorld *  
Public function UWorld *  
Public function TArray< FCollisionNotifyInfo > &

GetPendingCollisionNotifies ( int32 SceneType
)

  
Public function IPhysicsReplication *  
Public function Const AActor * Returns the actor that owns this solver.
Public function const FRigidBodyState *

GetStateFromReplicationCache ( UPrimitiveComponent* RootComponent,
int& ServerFrame
)

 Get cached state for replication, if no state is cached RegisterForReplicationCache() is called
Public function bool

HandleExecCommands ( const TCHAR* Cmd,
FOutputDevice* Ar
)

  
Public function Const bool  
Public function void  
Public function void

ListAwakeRigidBodies ( bool bIncludeKinematic
)

  
Public function bool

MarkForPreSimKinematicUpdate ( USkeletalMeshComponent* InSkelComp,
ETeleportType InTeleport,
bool bNeedsSkinning
)

  
Public function void  
Public function void Callback when a world ends, to mark updated packages dirty.
Public function void

PopulateReplicationCache ( const int32 PhysicsStep
)

 Populate the replication cache from the list of registered components
Public function void  
Public function void  
Public function void  
Public function void  
Public function void  
Public function void  
Public function void Register a component for physics replication state caching, the component will deregister automatically if cache is not accessed within timelimit set by CVar: np2.ReplicationCache.LingerForNSeconds
Public function void  
Public function void  
Public function void  
Public function void Called during physics state destruction for the game thread to remove objects from the simulation #BG TODO - Doesn't actually remove from the evolution at the moment
Public function void Called during physics state destruction for the game thread to remove objects from the simulation #BG TODO - Doesn't actually remove from the evolution at the moment
Public function void Called during physics state destruction for the game thread to remove objects from the simulation #BG TODO - Doesn't actually remove from the evolution at the moment
Public function void Called during physics state destruction for the game thread to remove objects from the simulation #BG TODO - Doesn't actually remove from the evolution at the moment
Public function void Called during physics state destruction for the game thread to remove objects from the simulation #BG TODO - Doesn't actually remove from the evolution at the moment
Public function void

ResimNFrames ( int32 NumFrames
)

  
Public function void

SetKinematicTarget_AssumesLocked ( FBodyInstance* BodyInstance,
const FTransform& TargetTM,
bool bAllowSubstepping
)

  
Public function void

SetOwningWorld ( UWorld* InOwningWorld
)

  
Public function void

SetPhysXTreeRebuildRate ( int32 RebuildRate
)

  
Public function void  
Public function Static bool  
Public function void  
Public function void  
Public function void  
Public function void  
Public function void  

Overridden from FChaosScene

  Type Name Description
Public function Virtual float

OnStartFrame ( float InDeltaTime
)

  

Classes

  Type Name Description
Public struct FPrimitiveComponentReplicationCache Storage structure for replication data probably should just expose read/write API not the structure directly itself like this.  
Public struct FReplicationCacheData    

Typedefs

Name Description
FOnPhysScenePreTick  
FOnPhysSceneStep  
Super  

Constants

Name Description
CollisionModifierCallback  
PhysicsReplicationFactory  

Deprecated Functions

  Type Name Description
Public function void

SetPhysicsReplication ( IPhysicsReplication* InPhysicsReplication
)

 If possible, avoid directly setting physics replication at runtime - this function will take ownership of the IPhysicsReplication's lifetime. Instead, specify a PhysicsReplication factory and if you must change the replication class at runtime run RecreatePhysicsReplication after having set the factory.

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