operator+=

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API > API/Plugins > API/Plugins/MeshPartitionEditor > API/Plugins/MeshPartitionEditor/FHashArchive

Overloads

operator+=(const UDynamicMesh &)

void operator+=  
(  
    const UDynamicMesh & Mesh  
)  
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void operator+= (     const UDynamicMesh & Mesh )

operator+=(const UDynamicMesh *)

void operator+=  
(  
    const UDynamicMesh * Mesh  
)  
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void operator+= (     const UDynamicMesh * Mesh )

operator+=(const UStaticMesh &)

void operator+=  
(  
    const UStaticMesh & Mesh  
)  
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void operator+= (     const UStaticMesh & Mesh )

operator+=(const UStaticMesh *)

void operator+=  
(  
    const UStaticMesh * Mesh  
)  
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void operator+= (     const UStaticMesh * Mesh )

operator+=(const UTexture &)

void operator+=  
(  
    const UTexture & Texture  
)  
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void operator+= (     const UTexture & Texture )

operator+=(const UTexture *)

void operator+=  
(  
    const UTexture * Texture  
)  
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void operator+= (     const UTexture * Texture )

operator+=(T *)

Description

Non-const pointers can just be serialized as const pointers (without this definition, the const reference template below is invoked for const pointers)

template<typename T>  
void operator+=  
(  
    T * Data  
)  
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template<typename T> void operator+= (     T * Data )

operator+=(const T &)

Description

Use += operator to hash const types by making a non-const copy (basically a write-only serializer)

template<typename T>  
void operator+=  
(  
    const T & Data  
)  
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template<typename T> void operator+= (     const T & Data )