1. Epic GamesDeveloper
  3. FPhysicsObjectCollisionInterface

FPhysicsObjectCollisionInterface

API > API/Runtime > API/Runtime/Chaos

   
Name FPhysicsObjectCollisionInterface
Type class
Header File /Engine/Source/Runtime/Experimental/Chaos/Public/Chaos/PhysicsObjectCollisionInterface.h
Include Path #include "Chaos/PhysicsObjectCollisionInterface.h"

Syntax

template<EThreadContext Id>  
class FPhysicsObjectCollisionInterface

Constructors

Name Remarks Include Path Unreal Specifiers

FPhysicsObjectCollisionInterface ( FReadPhysicsObjectInterface< Id >& InInterface
)

   Chaos/PhysicsObjectCollisionInterface.h  

Structs

Name Remarks
FShapeOverlapData  

Variables

Protected

Name Type Remarks Include Path Unreal Specifiers
Interface FReadPhysicsObjectInterface< Id > &   Chaos/PhysicsObjectCollisionInterface.h  

Functions

Public

Name Remarks Include Path Unreal Specifiers

bool LineTrace ( TArrayView< const FConstPhysicsObjectHandle > InObjects,
const FVector& WorldStart,
const FVector& WorldEnd,
bool bTraceComplex,
TRaycastHit& OutBestHit
)

   Chaos/PhysicsObjectCollisionInterface.h  

bool PhysicsObjectOverlap ( const FConstPhysicsObjectHandle ObjectA,
const FTransform& InTransformA,
const FConstPhysicsObjectHandle ObjectB,
const FTransform& InTransformB,
bool bTraceComplex
)

 This function will not compute any overlap heuristic. Chaos/PhysicsObjectCollisionInterface.h  

bool PhysicsObjectOverlap ( const FConstPhysicsObjectHandle ObjectA,
const FTransform& InTransformA,
const FConstPhysicsObjectHandle ObjectB,
const FTransform& InTransformB,
bool bTraceComplex,
TArray< TOverlapHit >& OutOverlaps
)

 Returns all the overlaps within A given a shape B. Chaos/PhysicsObjectCollisionInterface.h  

bool PhysicsObjectOverlapWithAABB ( const FConstPhysicsObjectHandle ObjectA,
const FTransform& InTransformA,
const FConstPhysicsObjectHandle ObjectB,
const FTransform& InTransformB,
bool bTraceComplex,
const FVector& Tolerance,
FBox& OutOverlap
)

 This function does the same as GetPhysicsObjectOverlap but also computes the AABB overlap metric. Chaos/PhysicsObjectCollisionInterface.h  

bool PhysicsObjectOverlapWithAABBIntersections ( const FConstPhysicsObjectHandle ObjectA,
const FTransform& InTransformA,
const FConstPhysicsObjectHandle ObjectB,
const FTransform& InTransformB,
bool bTraceComplex,
const FVector& Tolerance,
TArray< FBox >& Intersections
)

   Chaos/PhysicsObjectCollisionInterface.h  

bool PhysicsObjectOverlapWithAABBSize ( const FConstPhysicsObjectHandle ObjectA,
const FTransform& InTransformA,
const FConstPhysicsObjectHandle ObjectB,
const FTransform& InTransformB,
bool bTraceComplex,
const FVector& Tolerance,
FVector& OutOverlapSize
)

   Chaos/PhysicsObjectCollisionInterface.h  

bool PhysicsObjectOverlapWithMTD ( const FConstPhysicsObjectHandle ObjectA,
const FTransform& InTransformA,
const FConstPhysicsObjectHandle ObjectB,
const FTransform& InTransformB,
bool bTraceComplex,
FMTDInfo& OutMTD
)

 This function does the same as GetPhysicsObjectOverlap but also computes the MTD metric. Chaos/PhysicsObjectCollisionInterface.h  

bool ShapeOverlap ( TArrayView< const FConstPhysicsObjectHandle > InObjects,
const Chaos::FImplicitObject& InGeom,
const FTransform& GeomTransform,
TArray< TOverlapHit >& OutOverlaps
)

   Chaos/PhysicsObjectCollisionInterface.h  

bool ShapeOverlapWithMTD ( TArrayView< const FConstPhysicsObjectHandle > InObjects,
const Chaos::FImplicitObject& InGeom,
const FTransform& GeomTransform,
TArray< TOverlapHit >& OutOverlaps,
FMTDInfo* MTD
)

   Chaos/PhysicsObjectCollisionInterface.h  

bool ShapeSweep ( TArrayView< const FConstPhysicsObjectHandle > InObjects,
const Chaos::FImplicitObject& InGeom,
const FTransform& StartTM,
const FVector& EndPos,
const FSweepParameters& Params,
TSweepHit& OutBestHit
)

   Chaos/PhysicsObjectCollisionInterface.h  

Ask questions and help your peers Developer Forums

Write your own tutorials or read those from others Learning Library

On this page