CGradientRows< nDim, Double, Gradient_t > Struct Template Reference

Reads the gradient rows of one point one row at a time. More...

#include <util.hpp>

Public Types
using	Int = typename CLaneTraits< Double >::Int

Public Member Functions
Double	project (size_t iVar, const Vector< Double, nDim > &vector_ij) const

Public Attributes
const Int	iPoint
const Gradient_t &	gradient
const size_t	iRow

Detailed Description

template<size_t nDim, class Double, class Gradient_t>
struct CGradientRows< nDim, Double, Gradient_t >

Reads the gradient rows of one point one row at a time.

Note

This is what a runtime variable count forces, since the block shape would not be a compile-time constant, and what a single variable forces, since its block would be a Matrix<Double,1,nDim>: that shape satisfies IsVector and would silently degenerate into a lone scalar instead of failing to compile.

Member Typedef Documentation

Int

template<size_t nDim, class Double , class Gradient_t >

using CGradientRows< nDim, Double, Gradient_t >::Int = typename CLaneTraits<Double>::Int

Member Function Documentation

project()

template<size_t nDim, class Double , class Gradient_t >

Double CGradientRows< nDim, Double, Gradient_t >::project ( size_t  iVar, const Vector< Double, nDim > &  vector_ij  ) const

inline

Member Data Documentation

gradient

template<size_t nDim, class Double , class Gradient_t >

const Gradient_t& CGradientRows< nDim, Double, Gradient_t >::gradient

iPoint

template<size_t nDim, class Double , class Gradient_t >

const Int CGradientRows< nDim, Double, Gradient_t >::iPoint

iRow

template<size_t nDim, class Double , class Gradient_t >

const size_t CGradientRows< nDim, Double, Gradient_t >::iRow

---

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

• SU2_CFD/include/numerics/util.hpp