Append

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API > API/Runtime > API/Runtime/Chaos > API/Runtime/Chaos/FEmbeddedSpringConstraintFacade

Overloads

Append(const FEmbeddedSpringConstraintFacade &, const int32)

Description

Append from another constraint. Must have same ConstraintEndPointNumIndices

void Append  
(  
    const FEmbeddedSpringConstraintFacade & Other,  
    const int32 VertexOffset  
)  
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void Append (     const FEmbeddedSpringConstraintFacade & Other,     const int32 VertexOffset )

Append(const TConstArrayView< FIntVector2 > &, const TConstArrayView< float > &, const TConstArrayView< float > &, const TConstArrayView< float > &, const TConstArrayView< float > &)

Description

Append from a list of Vertex-Vertex springs. Only succeeds if existing EndPointNumIndices == (1,1) Spring Indices are VerticesGroup indices. Stiffness and Damping weights are expected have a value in [0.f, 1.f]. They will be set to constant 0.f if not supplied.

void Append  
(  
    const TConstArrayView< FIntVector2 > & EndPoints,  
    const TConstArrayView< float > & InSpringLength,  
    const TConstArrayView< float > & InExtensionStiffnesWeight,  
    const TConstArrayView< float > & InCompressionStiffnessWeight,  
    const TConstArrayView< float > & InDampingWeight  
)  
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void Append (     const TConstArrayView< FIntVector2 > & EndPoints,     const TConstArrayView< float > & InSpringLength,     const TConstArrayView< float > & InExtensionStiffnesWeight,     const TConstArrayView< float > & InCompressionStiffnessWeight,     const TConstArrayView< float > & InDampingWeight )

Append(const TConstArrayView< TArray< int32 > > &, const TConstArrayView< TArray< float > > &, const TConstArrayView< TArray< int32 > > &, const TConstArrayView< TArray< float > > &, const TConstArrayView< float > &, const TConstArrayView< float > &, const TConstArrayView< float > &, const TConstArrayView< float > &)

Description

Append from a list of springs. This is generic for any number of end point indices. If you have vertex-vertex constraints, use the Append method above which skips setting weights. Source Indices and Weights arrays are expected to be exactly EndPointNumIndices[0] long. Target Indices and Weights arrays are expected to be exactly EndPointNumIndices[1] long. Indices and Weights will be truncated or filled in with zeros if they aren't the expected length. Spring Indices are VerticesGroup indices. Stiffness and Damping weights are expected have a value in [0.f, 1.f]. They will be set to constant 0.f if not supplied.

void Append  
(  
    const TConstArrayView< TArray < int32 > > & InSourceIndices,  
    const TConstArrayView< TArray < float > > & InSourceWeights,  
    const TConstArrayView< TArray < int32 > > & InTargetIndices,  
    const TConstArrayView< TArray < float > > & InTargetWeights,  
    const TConstArrayView< float > & InSpringLength,  
    const TConstArrayView< float > & InExtensionStiffnesWeight,  
    const TConstArrayView< float > & InCompressionStiffnessWeight,  
    const TConstArrayView< float > & InDampingWeight  
)  
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void Append (     const TConstArrayView< TArray < int32 > > & InSourceIndices,     const TConstArrayView< TArray < float > > & InSourceWeights,     const TConstArrayView< TArray < int32 > > & InTargetIndices,     const TConstArrayView< TArray < float > > & InTargetWeights,     const TConstArrayView< float > & InSpringLength,     const TConstArrayView< float > & InExtensionStiffnesWeight,     const TConstArrayView< float > & InCompressionStiffnessWeight,     const TConstArrayView< float > & InDampingWeight )