the parameters of the numerical scheme that are necessary to determine storage requirements More...

#include <Storage_params.hpp>

Public Member Functions
int	n_qpoint () const
	number of quadrature points per element

int	n_face_qpoint () const
	number of quadrature points on each element face

int	n_dof () const
	total number of physical degrees of freedom per element

int	size () const
	total number of values that must be stored per element (including stages)

int	n_vertices () const
	number of vertices of each element

int	n_var_numeric () const
	number of numerical variables (as opposed to physical state variables)

int	n_dof_numeric () const
	number of numerical degrees of freedom

std::vector< int >	physical_shape () const
	Shape of the `Array` required to hold the physical state variables.

std::vector< int >	numerical_shape () const
	Shape of the `Array` required to hold the full numerical state variables.

Static Public Member Functions
static constexpr int	n_advection (int row_size)
	number of variables in the artificial viscosity advection equation

static constexpr int	tss_offset (int n_var)

static constexpr int	bulk_av_offset (int n_var)

static constexpr int	laplacian_av_offset (int n_var)

static constexpr int	forcing_offset (int n_var)

static constexpr int	advection_offset (int n_var)

static constexpr int	residual_cache_offset (int n_var, int row_size)

Public Attributes
int	n_stage
	number of time integration stages

int	n_var
	number of independent physical state variables

int	n_dim
	number of dimensions

int	row_size
	row size of basis

Static Public Attributes
static constexpr int	n_forcing = 4
	number of artificial viscosity forcing variables

static constexpr int	n_offset = 2

Related Symbols
(Note that these are not member symbols.)
bool	operator== (Storage_params, Storage_params)

bool	operator!= (Storage_params, Storage_params)

std::string	to_string (Storage_params)

Detailed Description

the parameters of the numerical scheme that are necessary to determine storage requirements

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

Public Member Functions