Public Member Functions
	Computation (const Pde &eq)

void	fetch_state (int stride, const double *data)

void	fetch_extrap_state (int stride, const double *data)

void	compute_scalars_conv ()

void	compute_flux_conv ()

void	compute_scalars_diff ()

void	compute_flux_diff ()

void	compute_source ()
	does nothing—source terms are computed in `compute_diffusion`

void	compute_char_speed ()

void	compute_diffusivity ()

void	compute_decay ()

Public Attributes
Mat< config::debug_variables >	debug_variables
	can be populated at any time

bool	debug_vars_set = false

Mat< n_state >	state

Mat< n_update >	update_state

double	mass

double	kin_ener

double	pressure

Mat< n_dim, n_dim_flux >	normal = Mat<n_dim, n_dim_flux>::Identity()

Mat< n_update, n_dim_flux >	flux_conv

double	bulk_av

double	laplacian_av

double	sqrt_temp

double	dyn_visc_coef

double	therm_cond_coef

double	energy_cond

double	real_turb_diss

double	int_ener

double	k_bar

Mat< n_extrap, n_dim >	gradient

Mat< n_update, n_dim_flux >	flux_diff

Mat< n_update >	source

double	char_speed

double	diffusivity

double	decay

Member Function Documentation

◆ compute_source()

template<bool visc = false, Turbulence_model turb = laminar>

template<int n_dim, int row_size>

template<int n_dim_flux>

void hexed::Navier_stokes< visc, turb >::Pde< n_dim, row_size >::Computation< n_dim_flux >::compute_source ( )

inline

does nothing—source terms are computed in compute_diffusion

because they need access to gradients

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