FChaosVDCollisionQueryParams Struct Reference

#include <ChaosVDQueryDataWrappers.h>

Inheritance diagram for FChaosVDCollisionQueryParams:

Public Member Functions
CHAOSVDRUNTIME_API bool	Serialize (FArchive &Ar)
template<typename TOther >
void	CopyFrom (const TOther &Other)
Public Member Functions inherited from FChaosVDWrapperDataBase
virtual	~FChaosVDWrapperDataBase ()=default
virtual bool	HasValidData () const
void	MarkAsValid ()

Public Attributes
FName	TraceTag
FName	OwnerTag
uint16	bTraceComplex: 1 = false
uint16	bFindInitialOverlaps: 1= false
uint16	bReturnFaceIndex: 1 = false
uint16	bReturnPhysicalMaterial: 1 = false
uint16	bIgnoreBlocks: 1 = false
uint16	bIgnoreTouches: 1 = false
uint16	bSkipNarrowPhase: 1 = false
uint16	bTraceIntoSubComponents: 1 = false
uint16	bReplaceHitWithSubComponents: 1 = false
uint8	IgnoreMask = 0
TArray< uint32 >	IgnoredComponentsIDs
TArray< uint32 >	IgnoredActorsIDs
TArray< FName >	IgnoredActorsNames
TArray< FName >	IgnoredComponentsNames

Additional Inherited Members
Protected Attributes inherited from FChaosVDWrapperDataBase
bool	bHasValidData = false

Member Function Documentation

CopyFrom()

template<typename TOther >

void FChaosVDCollisionQueryParams::CopyFrom ( const TOther &  Other )

inline

Serialize()

bool FChaosVDCollisionQueryParams::Serialize

(

FArchive &

Ar

)

Member Data Documentation

bFindInitialOverlaps

uint16 FChaosVDCollisionQueryParams::bFindInitialOverlaps

Whether we want to find out initial overlap or not. If true, it will return if this was initial overlap.

bIgnoreBlocks

uint16 FChaosVDCollisionQueryParams::bIgnoreBlocks

Whether to ignore blocking results.

bIgnoreTouches

uint16 FChaosVDCollisionQueryParams::bIgnoreTouches

Whether to ignore touch/overlap results.

bReplaceHitWithSubComponents

uint16 FChaosVDCollisionQueryParams::bReplaceHitWithSubComponents

If bTraceIntoSubComponents is true, whether to replace the hit of the cluster union with its children instead.

bReturnFaceIndex

uint16 FChaosVDCollisionQueryParams::bReturnFaceIndex

Whether we want to return the triangle face index for complex static mesh traces

bReturnPhysicalMaterial

uint16 FChaosVDCollisionQueryParams::bReturnPhysicalMaterial

Whether we want to include the physical material in the results.

bSkipNarrowPhase

uint16 FChaosVDCollisionQueryParams::bSkipNarrowPhase

Whether to skip narrow phase checks (only for overlaps).

bTraceComplex

uint16 FChaosVDCollisionQueryParams::bTraceComplex

Whether we should trace against complex collision

bTraceIntoSubComponents

uint16 FChaosVDCollisionQueryParams::bTraceIntoSubComponents

Whether to ignore traces to the cluster union and trace against its children instead.

IgnoredActorsIDs

TArray<uint32> FChaosVDCollisionQueryParams::IgnoredActorsIDs

IgnoredActorsNames

TArray<FName> FChaosVDCollisionQueryParams::IgnoredActorsNames

IgnoredComponentsIDs

TArray<uint32> FChaosVDCollisionQueryParams::IgnoredComponentsIDs

IgnoredComponentsNames

TArray<FName> FChaosVDCollisionQueryParams::IgnoredComponentsNames

IgnoreMask

uint8 FChaosVDCollisionQueryParams::IgnoreMask = 0

Extra filtering done on the query. See declaration for filtering logic

OwnerTag

FName FChaosVDCollisionQueryParams::OwnerTag

Tag used to indicate an owner for this trace

TraceTag

FName FChaosVDCollisionQueryParams::TraceTag

Tag used to provide extra information or filtering for debugging of the trace (e.g. Collision Analyzer)

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The documentation for this struct was generated from the following files:

• Engine/Source/Runtime/Experimental/ChaosVisualDebugger/Public/DataWrappers/ChaosVDQueryDataWrappers.h
• Engine/Source/Runtime/Experimental/ChaosVisualDebugger/Private/DataWrappers/ChaosVDQueryDataWrappers.cpp