core::chemical::RefConvert< OutRef > Class Template Reference

An internal implementation class, to get around the fact that functions cannot be partially specialized. More...

#include <AtomRefMapping.hh>

Static Private Member Functions
static OutRef const &	invalid ()
	The value for invalid items of the class type. More...
template<class ResTypeType , class InRef >
static OutRef	convert (ResTypeType const &, InRef const &)
	For the given residue type, convert the given reference into the class reference type. More...
template<class InRef >
static OutRef const &	identity_pass_through (InRef const &, OutRef const &)
	Will pass through the value if InRef is the same type as OutRef, but will result in the second value (invalid) if it's not. More...

Detailed Description

template<class OutRef>
class core::chemical::RefConvert< OutRef >

An internal implementation class, to get around the fact that functions cannot be partially specialized.

Member Function Documentation

convert()

template<class OutRef >

template<class ResTypeType , class InRef >

static OutRef core::chemical::RefConvert< OutRef >::convert ( ResTypeType const &  , InRef const &    )

staticprivate

For the given residue type, convert the given reference into the class reference type.

Referenced by core::chemical::AtomRefMapping< FromRef, ToRef >::AtomRefMapping(), and core::chemical::AtomRefMapping< FromRef, ToRef >::vectorize().

identity_pass_through()

template<class OutRef >

template<class InRef >

static OutRef const& core::chemical::RefConvert< OutRef >::identity_pass_through ( InRef const &  , OutRef const &    )

staticprivate

Will pass through the value if InRef is the same type as OutRef, but will result in the second value (invalid) if it's not.

Referenced by core::chemical::AtomRefMapping< FromRef, ToRef >::operator[]().

invalid()

template<class OutRef >

static OutRef const& core::chemical::RefConvert< OutRef >::invalid ( )

staticprivate

The value for invalid items of the class type.

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The documentation for this class was generated from the following file:

• src/core/chemical/AtomRefMapping.hh