Chaos::HasBoundingBox

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Overloads

Chaos::HasBoundingBox(const Generic &)

namespace Chaos  
{  
    template<typename Generic >  
    bool Chaos::HasBoundingBox  
    (  
        const Generic & Item  
    )  
}  
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namespace Chaos {     template<typename Generic >     bool Chaos::HasBoundingBox     (         const Generic & Item     ) }

Chaos::HasBoundingBox(const TGeometryParticleHandleImp< T, d, bPersistent > &)

namespace Chaos  
{  
    template<typename T, int d, bool bPersistent>  
    bool Chaos::HasBoundingBox  
    (  
        const TGeometryParticleHandleImp < T, d, bPersistent > & Handle  
    )  
}  
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namespace Chaos {     template<typename T, int d, bool bPersistent>     bool Chaos::HasBoundingBox     (         const TGeometryParticleHandleImp < T, d, bPersistent > & Handle     ) }

Chaos::HasBoundingBox(const TPBDRigidParticleHandleImp< T, d, bPersistent > &)

namespace Chaos  
{  
    template<typename T, int d, bool bPersistent>  
    bool Chaos::HasBoundingBox  
    (  
        const TPBDRigidParticleHandleImp < T, d, bPersistent > & Handle  
    )  
}  
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namespace Chaos {     template<typename T, int d, bool bPersistent>     bool Chaos::HasBoundingBox     (         const TPBDRigidParticleHandleImp < T, d, bPersistent > & Handle     ) }

Chaos::HasBoundingBox(const OBJECT_ARRAY &, const int32)

namespace Chaos  
{  
    template<class OBJECT_ARRAY>  
    bool Chaos::HasBoundingBox  
    (  
        const OBJECT_ARRAY & Objects,  
        const int32 i  
    )  
}  
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namespace Chaos {     template<class OBJECT_ARRAY>     bool Chaos::HasBoundingBox     (         const OBJECT_ARRAY & Objects,         const int32 i     ) }

Chaos::HasBoundingBox(const TParticles< T, d > &, const int32)

namespace Chaos  
{  
    template<class T, int d>  
    bool Chaos::HasBoundingBox  
    (  
        const TParticles < T, d > & Objects,  
        const int32 i  
    )  
}  
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namespace Chaos {     template<class T, int d>     bool Chaos::HasBoundingBox     (         const TParticles < T, d > & Objects,         const int32 i     ) }

Chaos::HasBoundingBox(const TGeometryParticles< T, d > &, const int32)

namespace Chaos  
{  
    template<class T, int d>  
    bool Chaos::HasBoundingBox  
    (  
        const TGeometryParticles< T, d > & Objects,  
        const int32 i  
    )  
}  
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namespace Chaos {     template<class T, int d>     bool Chaos::HasBoundingBox     (         const TGeometryParticles< T, d > & Objects,         const int32 i     ) }

Chaos::HasBoundingBox(const TPBDRigidParticles< T, d > &, const int32)

namespace Chaos  
{  
    template<class T, int d>  
    bool Chaos::HasBoundingBox  
    (  
        const TPBDRigidParticles < T, d > & Objects,  
        const int32 i  
    )  
}  
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namespace Chaos {     template<class T, int d>     bool Chaos::HasBoundingBox     (         const TPBDRigidParticles < T, d > & Objects,         const int32 i     ) }

Chaos::HasBoundingBox(const TArray< Private::FImplicitBVHObject > &, const int32)

Description

DO NOT USE: This is only required for serializing the old BVH data.

namespace Chaos  
{  
    template<>  
    bool Chaos::HasBoundingBox  
    (  
        const TArray < Private::FImplicitBVHObject > & Objects,  
        const int32 ObjectIndex  
    )  
}  
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namespace Chaos {     template<>     bool Chaos::HasBoundingBox     (         const TArray < Private::FImplicitBVHObject > & Objects,         const int32 ObjectIndex     ) }