codi::RealTraits::AggregatedTypeTraits< Vector4 > Struct Reference

[Base declaration] More...

Inheritance diagram for codi::RealTraits::AggregatedTypeTraits< Vector4 >:

Public Types
using	InnerType
	Inner type of the aggregated type.
using	Real
	Real version of the aggregated type without the active CoDiPack types.
using	Type
	See AggregatedTypeTraits.
Public Types inherited from codi::RealTraits::ArrayAggregatedTypeTraitsBase< Vector4, Number, Vector4, 4 >
using	InnerType
	See AggregatedTypeTraits.
using	Real
	See AggregatedTypeTraits.
using	Type
	See AggregatedTypeTraits.

Public Member Functions
inlinestatic InnerType &	arrayAccess (Type &v)
Public Member Functions inherited from codi::RealTraits::ArrayAggregatedTypeTraitsBase< Vector4, Number, Vector4, 4 >
inlinestatic Type	adjointOfArrayAccess (Type const &w, InnerType const &v_b)
inlinestatic InnerType	adjointOfConstructor (Type const &w, Type const &w_b)
inlinestatic InnerType &	arrayAccess (Type &w)
inlinestatic InnerType const &	arrayAccess (Type const &w)
inlinestatic Type	arrayConstructor (InnerType const *v)

Static Public Member Functions
static Type	adjointOfArrayAccess (Type const &w, InnerType const &v_b)
static InnerType	adjointOfConstructor (Type const &w, Type const &w_b)
static InnerType	arrayAccess (Type const &w)
static Type	arrayConstructor (InnerType const *v)
static inlinestd::string	getMathRep ()
	Get the math symbol of the operation. E.g. + for operators and pow() for functions.

Static Public Attributes
static int constexpr	Elements
	Number of elements of the aggregated type.
Static Public Attributes inherited from codi::RealTraits::ArrayAggregatedTypeTraitsBase< Vector4, Number, Vector4, 4 >
static int constexpr	Elements
	See AggregatedTypeTraits.

Detailed Description

[Base declaration]

[Vector4 specializations]

Member Function Documentation

adjointOfArrayAccess()

static Type codi::RealTraits::AggregatedTypeTraits< Vector4, typename >::adjointOfArrayAccess ( Type const & w, InnerType const & v_b )

inlinestatic

Implementation of the adjoint array access. See arrayAccess for the equation definition. The adjoint is defined as .

adjointOfConstructor()

static InnerType codi::RealTraits::AggregatedTypeTraits< Vector4, typename >::adjointOfConstructor ( Type const & w, Type const & w_b )

inlinestatic

Adjoint implementation of element-wise construction, that is, T is our aggregated type and the construction is defined as w = T(v_0, v_1, ..., v_{N-1}) where N is the number of elements. Then this function needs to implement the adjoint formulation of this construction, which is defined as .

arrayAccess() [1/2]

inlinestatic InnerType & codi::RealTraits::AggregatedTypeTraits< Vector4, typename >::arrayAccess ( Type & v )

inline

Implementation of the array access, which is defined as where is an aggregated type.

arrayAccess() [2/2]

static InnerType codi::RealTraits::AggregatedTypeTraits< Vector4, typename >::arrayAccess ( Type const & w )

inlinestatic

Implementation of the array access, which is defined as where is an aggregated type.

arrayConstructor()

static Type codi::RealTraits::AggregatedTypeTraits< Vector4, typename >::arrayConstructor ( InnerType const * v )

inlinestatic

Array construction of the aggregated type. It is defined as where is the number of elements.

getMathRep()

static inlinestd::string codi::RealTraits::AggregatedTypeTraits< Vector4, typename >::getMathRep ( )

inlinestatic

Get the math symbol of the operation. E.g. + for operators and pow() for functions.

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

• documentation/tutorials/Tutorial_07_Aggregated_type_implementation.cpp