RewindData.h File Reference

#include "Chaos/Core.h"
#include "Chaos/ParticleHandle.h"
#include "Chaos/Framework/PhysicsSolverBase.h"
#include "Serialization/BufferArchive.h"
#include "Containers/CircularBuffer.h"
#include "Chaos/ResimCacheBase.h"
#include "Chaos/PBDJointConstraints.h"
#include "Chaos/JointProperties.inl"

Go to the source code of this file.

Classes
struct	Chaos::FBaseRewindHistory
struct	Chaos::TDataRewindHistory< DataType >
struct	Chaos::FFrameAndPhase
struct	Chaos::NoEntryInSync< THandle, T, bNoEntryIsHead >
struct	Chaos::NoEntryInSync< THandle, T, false >
struct	Chaos::FPropertyInterval
class	Chaos::TParticlePropertyBuffer< T, PropName, bNoEntryIsHead >
struct	Chaos::FDirtyPropData
struct	Chaos::FConstDirtyPropData
class	Chaos::TPerShapeDataStateProperty< T, PropName >
struct	Chaos::FPerShapeDataStateBase
class	Chaos::FPerShapeDataState
struct	Chaos::FShapesArrayStateBase
class	Chaos::TShapesArrayState< TParticle >
struct	Chaos::FGeometryParticleStateBase
class	Chaos::FGeometryParticleState
struct	Chaos::FJointStateBase
class	Chaos::FJointState
class	Chaos::TDirtyObjects< TVal >
class	Chaos::FRewindData
struct	Chaos::FResimDebugInfo
class	Chaos::IRewindCallback

Namespaces
namespace	Chaos
namespace	Chaos::Private

Macros
#define	VALIDATE_REWIND_DATA   0
#define	DEBUG_REWIND_DATA   0
#define	DEBUG_NETWORK_PHYSICS   0
#define	REWIND_CHAOS_PARTICLE_PROPERTY(PROP, NAME)
#define	REWIND_CHAOS_ZERO_PARTICLE_PROPERTY(PROP, NAME)
#define	REWIND_PARTICLE_STATIC_PROPERTY(PROP, NAME)
#define	REWIND_PARTICLE_KINEMATIC_PROPERTY(PROP, NAME)
#define	REWIND_PARTICLE_RIGID_PROPERTY(PROP, NAME)
#define	REWIND_PARTICLE_ZERO_PROPERTY(PROP, NAME)
#define	REWIND_JOINT_PROPERTY(PROP, FUNC_NAME, NAME)
#define	REWIND_PARTICLE_TO_STR(PropName)   Out += FString::Printf(TEXT(#PropName":%s\n"), *ToStringHelper(PropName()));
#define	CHAOS_INNER_JOINT_PROPERTY(OuterProp, FuncName, Inner, InnerType)   REWIND_JOINT_PROPERTY(OuterProp, FuncName, Inner);
#define	CHAOS_INNER_JOINT_PROPERTY(OuterProp, FuncName, Inner, InnerType)   Out += FString::Printf(TEXT(#FuncName":%s\n"), *ToStringHelper(Get##FuncName()));

Enumerations
enum	Chaos::EDesyncResult { Chaos::InSync , Chaos::Desync , Chaos::NeedInfo }

Functions
template<typename TData , typename TObj >
void	Chaos::CopyDataFromObject (TData &Data, const TObj &Obj)
void	Chaos::CopyDataFromObject (FPBDJointSettings &Data, const FPBDJointConstraintHandle &Joint)
template<typename T >
FString	Chaos::ToStringHelper (const T &Val)
template<typename T >
FString	Chaos::ToStringHelper (const TVector< T, 2 > &Val)
FString	Chaos::ToStringHelper (void *Val)
FString	Chaos::ToStringHelper (const FReal Val)
FString	Chaos::ToStringHelper (const FRealSingle Val)
FString	Chaos::ToStringHelper (const EObjectStateType Val)
FString	Chaos::ToStringHelper (const EPlasticityType Val)
FString	Chaos::ToStringHelper (const EJointForceMode Val)
FString	Chaos::ToStringHelper (const EJointMotionType Val)
FString	Chaos::ToStringHelper (const bool Val)
FString	Chaos::ToStringHelper (const int32 Val)
int32	Chaos::ComputeCircularSize (int32 NumFrames)
template<typename T >
const T *	Chaos::ConstifyHelper (T *Ptr)
template<typename T >
T	Chaos::NoRefHelper (const T &Ref)

Macro Definition Documentation

CHAOS_INNER_JOINT_PROPERTY [1/2]

#define CHAOS_INNER_JOINT_PROPERTY	(		OuterProp,
			FuncName,
			Inner,
			InnerType
	)		REWIND_JOINT_PROPERTY(OuterProp, FuncName, Inner);

CHAOS_INNER_JOINT_PROPERTY [2/2]

#define CHAOS_INNER_JOINT_PROPERTY	(		OuterProp,
			FuncName,
			Inner,
			InnerType
	)		Out += FString::Printf(TEXT(#FuncName":%s\n"), *ToStringHelper(Get##FuncName()));

DEBUG_NETWORK_PHYSICS

#define DEBUG_NETWORK_PHYSICS   0

DEBUG_REWIND_DATA

#define DEBUG_REWIND_DATA   0

REWIND_CHAOS_PARTICLE_PROPERTY

#define REWIND_CHAOS_PARTICLE_PROPERTY	(		PROP,
			NAME
	)

Value:

        const auto Data = State ? State->PROP.Read(FrameAndPhase, Pool) : nullptr;\
        return Data ? Data->NAME() : Head.NAME();\

REWIND_CHAOS_ZERO_PARTICLE_PROPERTY

#define REWIND_CHAOS_ZERO_PARTICLE_PROPERTY	(		PROP,
			NAME
	)

Value:

        const auto Data = State ? State->PROP.Read(FrameAndPhase, Pool) : nullptr;\
        return Data ? Data->NAME() : ZeroVector;\

REWIND_JOINT_PROPERTY

#define REWIND_JOINT_PROPERTY	(		PROP,
			FUNC_NAME,
			NAME
	)

Value:

    decltype(auto) Get##FUNC_NAME() const\
    {\
        const auto Data = State ? State->PROP.Read(FrameAndPhase, Pool) : nullptr;\
        return Data ? Data->NAME : Head.Get##PROP().NAME;\
    }\

REWIND_PARTICLE_KINEMATIC_PROPERTY

#define REWIND_PARTICLE_KINEMATIC_PROPERTY	(		PROP,
			NAME
	)

Value:

    decltype(auto) NAME() const\
    {\
        auto& Head = *Particle.CastToKinematicParticle();\
		REWIND_CHAOS_PARTICLE_PROPERTY(PROP, NAME);\
    }\

REWIND_PARTICLE_RIGID_PROPERTY

#define REWIND_PARTICLE_RIGID_PROPERTY	(		PROP,
			NAME
	)

Value:

    decltype(auto) NAME() const\
    {\
        auto& Head = *Particle.CastToRigidParticle();\
		REWIND_CHAOS_PARTICLE_PROPERTY(PROP, NAME);\
    }\

REWIND_PARTICLE_STATIC_PROPERTY

#define REWIND_PARTICLE_STATIC_PROPERTY	(		PROP,
			NAME
	)

Value:

    decltype(auto) NAME() const\
    {\
        auto& Head = Particle;\
		REWIND_CHAOS_PARTICLE_PROPERTY(PROP, NAME);\
    }\

REWIND_PARTICLE_TO_STR

#define REWIND_PARTICLE_TO_STR

(

PropName

)

Out += FString::Printf(TEXT(#PropName":%s\n"), *ToStringHelper(PropName()));

REWIND_PARTICLE_ZERO_PROPERTY

#define REWIND_PARTICLE_ZERO_PROPERTY	(		PROP,
			NAME
	)

Value:

    decltype(auto) NAME() const\
    {\
        auto& Head = *Particle.CastToRigidParticle();\
		REWIND_CHAOS_ZERO_PARTICLE_PROPERTY(PROP, NAME);\
    }\

VALIDATE_REWIND_DATA

#define VALIDATE_REWIND_DATA   0