DiFfRG::def::FirstOrderReconstructor< dim_, NumberType > Class Template Reference

#include <first_order_reconstructor.hh>

Static Public Member Functions
template<int n_components>
static GradientType< dim, NumberType, n_components >	compute_gradient (const dealii::Point< dim > &center_pos, const std::array< NumberType, n_components > &u_center, const std::array< dealii::Point< dim >, n_faces > &x_n, const std::array< std::array< NumberType, n_components >, n_faces > &u_n)
template<int n_components>
static GradientType< dim, NumberType, n_components >	compute_gradient_at_point (const dealii::Point< dim > &center_pos, const dealii::Point< dim > &x, const std::array< NumberType, n_components > &u_center, const std::array< dealii::Point< dim >, n_faces > &x_n, const std::array< std::array< NumberType, n_components >, n_faces > &u_n)
template<int n_components>
static GradientType< dim, NumberType, n_components >	compute_gradient_derivative (const dealii::Point< dim > &center_pos, const std::array< ADNumberType, n_components > &u_center, const std::array< dealii::Point< dim >, n_faces > &x_n, const std::array< std::array< ADNumberType, n_components >, n_faces > &u_n)
template<int n_components>
static GradientType< dim, NumberType, n_components >	compute_gradient_at_point_derivative (const dealii::Point< dim > &center_pos, const dealii::Point< dim > &x, const std::array< ADNumberType, n_components > &u_center, const std::array< dealii::Point< dim >, n_faces > &x_n, const std::array< std::array< ADNumberType, n_components >, n_faces > &u_n)
template<int n_components>
static ThirdDerivativeType< dim, NumberType, n_components >	compute_third_derivatives_at_face (const std::array< dealii::Point< dim >, 4 > &x_stencil, const std::array< std::array< NumberType, n_components >, 4 > &u_stencil)
template<int n_components>
static ThirdDerivativeType< dim, NumberType, n_components >	compute_third_derivatives_at_face_derivative (const std::array< dealii::Point< dim >, 4 > &x_stencil, const std::array< std::array< ADNumberType, n_components >, 4 > &u_stencil)

Static Public Attributes
static constexpr int	dim = dim_
static constexpr int	n_faces = 2 * dim
static constexpr int	jacobian_stencil_radius = 1

Private Types
using	ADNumberType = autodiff::Real<1, NumberType>

Member Typedef Documentation

ADNumberType

template<int dim_, typename NumberType >

using DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::ADNumberType = autodiff::Real<1, NumberType>

private

Member Function Documentation

compute_gradient()

template<int dim_, typename NumberType >

template<int n_components>

static GradientType< dim, NumberType, n_components > DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::compute_gradient ( const dealii::Point< dim > & center_pos, const std::array< NumberType, n_components > & u_center, const std::array< dealii::Point< dim >, n_faces > & x_n, const std::array< std::array< NumberType, n_components >, n_faces > & u_n )

inlinestatic

compute_gradient_at_point()

template<int dim_, typename NumberType >

template<int n_components>

static GradientType< dim, NumberType, n_components > DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::compute_gradient_at_point ( const dealii::Point< dim > & center_pos, const dealii::Point< dim > & x, const std::array< NumberType, n_components > & u_center, const std::array< dealii::Point< dim >, n_faces > & x_n, const std::array< std::array< NumberType, n_components >, n_faces > & u_n )

inlinestatic

compute_gradient_at_point_derivative()

template<int dim_, typename NumberType >

template<int n_components>

static GradientType< dim, NumberType, n_components > DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::compute_gradient_at_point_derivative ( const dealii::Point< dim > & center_pos, const dealii::Point< dim > & x, const std::array< ADNumberType, n_components > & u_center, const std::array< dealii::Point< dim >, n_faces > & x_n, const std::array< std::array< ADNumberType, n_components >, n_faces > & u_n )

inlinestatic

compute_gradient_derivative()

template<int dim_, typename NumberType >

template<int n_components>

static GradientType< dim, NumberType, n_components > DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::compute_gradient_derivative ( const dealii::Point< dim > & center_pos, const std::array< ADNumberType, n_components > & u_center, const std::array< dealii::Point< dim >, n_faces > & x_n, const std::array< std::array< ADNumberType, n_components >, n_faces > & u_n )

inlinestatic

compute_third_derivatives_at_face()

template<int dim_, typename NumberType >

template<int n_components>

static ThirdDerivativeType< dim, NumberType, n_components > DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::compute_third_derivatives_at_face ( const std::array< dealii::Point< dim >, 4 > & x_stencil, const std::array< std::array< NumberType, n_components >, 4 > & u_stencil )

inlinestatic

compute_third_derivatives_at_face_derivative()

template<int dim_, typename NumberType >

template<int n_components>

static ThirdDerivativeType< dim, NumberType, n_components > DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::compute_third_derivatives_at_face_derivative ( const std::array< dealii::Point< dim >, 4 > & x_stencil, const std::array< std::array< ADNumberType, n_components >, 4 > & u_stencil )

inlinestatic

Member Data Documentation

dim

template<int dim_, typename NumberType >

int DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::dim = dim_

staticconstexpr

jacobian_stencil_radius

template<int dim_, typename NumberType >

int DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::jacobian_stencil_radius = 1

staticconstexpr

n_faces

template<int dim_, typename NumberType >

int DiFfRG::def::FirstOrderReconstructor< dim_, NumberType >::n_faces = 2 * dim

staticconstexpr

---

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

• /home/runner/work/DiFfRG_current/DiFfRG_current/DiFfRG/include/DiFfRG/discretization/FV/reconstructor/advection/first_order_reconstructor.hh