helpers.hpp File Reference

#include "communication/shell/fv_communication.hpp"
#include "fe/wedge/integrands.hpp"
#include "fe/wedge/kernel_helpers.hpp"
#include "fe/wedge/operators/shell/mass.hpp"
#include "fe/wedge/quadrature/quadrature.hpp"
#include "grid/shell/bit_masks.hpp"
#include "grid/shell/spherical_shell.hpp"
#include "linalg/solvers/pcg.hpp"
#include "linalg/vector.hpp"
#include "linalg/vector_fv.hpp"
#include "linalg/vector_q1.hpp"

Go to the source code of this file.

Classes
struct	terra::fv::hex::DirichletBCs< ScalarT >
	Constant Dirichlet boundary conditions for the inner (CMB) and outer (surface) radial boundaries of the spherical shell. More...

Namespaces
namespace	terra
namespace	terra::fv
namespace	terra::fv::hex

Functions
template<typename ScalarT >
void	terra::fv::hex::apply_dirichlet_bcs (grid::Grid4DDataScalar< ScalarT > data, const grid::Grid4DDataScalar< grid::shell::ShellBoundaryFlag > &boundary_mask, const DirichletBCs< ScalarT > &bcs, const grid::shell::DistributedDomain &domain)
	Strongly enforce Dirichlet boundary conditions on the radial shell boundaries.
template<typename ScalarT >
void	terra::fv::hex::apply_dirichlet_bcs (linalg::VectorFVScalar< ScalarT > &T, const grid::Grid4DDataScalar< grid::shell::ShellBoundaryFlag > &boundary_mask, const DirichletBCs< ScalarT > &bcs, const grid::shell::DistributedDomain &domain)
template<typename ScalarType , typename GridScalarType >
void	terra::fv::hex::compute_cell_centers (linalg::VectorFVVec< ScalarType, 3 > &dst, const grid::Grid3DDataVec< GridScalarType, 3 > &coords_shell, const grid::Grid2DDataScalar< GridScalarType > &coords_radii)
	Computes cell centers and writes to a vector valued finite volume function.
template<typename ScalarType , typename GridScalarType >
void	terra::fv::hex::initialize_cell_centers (linalg::VectorFVVec< ScalarType, 3 > &dst, const grid::shell::DistributedDomain &domain, const grid::Grid3DDataVec< GridScalarType, 3 > &coords_shell, const grid::Grid2DDataScalar< GridScalarType > &coords_radii)
	Computes cell center positions once and populates ghost layers via MPI communication.