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

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

int	n_forcing = 4
	number of artificial viscosity forcing variables

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