Index

E

EnzoEOSVariant::get (C++ function) EnzoEOSVariant::get_if (C++ function) EnzoEOSVariant::holds_alternative (C++ function) EnzoEOSVariant::visit (C++ function) EnzoPhysicsFluidProps::apply_floor_to_energy_and_sync (C++ function)

EnzoPhysicsFluidProps::dual_energy_config (C++ function) EnzoPhysicsFluidProps::eos_variant (C++ function) EnzoPhysicsFluidProps::fluid_floor_config (C++ function) EnzoPhysicsFluidProps::pressure_from_integration (C++ function) EnzoPhysicsFluidProps::primitive_from_integration (C++ function)

F

Face FaceFluxes::face() Face::Face (int ix, int iy, int iz, int axis, int face)

FaceFluxes & FaceFluxes::operator *= (double weight) FaceFluxes::FaceFluxes (Face face, int index_field, int nx, int ny, int nz, int cx, int cy, int cz) FluxData::FluxData()

I

int Face::axis() int Face::face()

int FaceFluxes::index_field() int FluxData::index_field(int i_f) int FluxData::num_fields()

M

Method::compute (C++ function) Method::compute_resume (C++ function) Method::courant (C++ function)

Method::name (C++ function) Method::timestep (C++ function) MethodFluxCorrect::MethodFluxCorrect()

P

par:param (role) par:parameter (directive)

par:paramfmt (role) par:typefmt (role)

S

std::vector<double> & FaceFluxes::flux_array (int * dx=0, int * dy=0, int * dz=0)

V

virtual void MethodFluxCorrect::compute (Block * block) void Face::get_face (int *ix, int *iy, int *iz) void FaceFluxes::accumulate (FaceFluxes & ff, int cx, int cy, int cz, rank) void FaceFluxes::allocate() void FaceFluxes::clear() void FaceFluxes::coarsen(int cx, int cy, int cz, int rank) void FaceFluxes::deallocate() void FaceFluxes::get_size (int * mx, int * my, int * mz)

void FaceFluxes::set_flux_array ( std::vector<double> array, int dx, int dy, int dz) void FluxData::allocate(int nx, int ny, int nz, std::vector<int> field_list, std::vector<int> * cx_list=nullptr, std::vector<int> * cy_list=nullptr, std::vector<int> * cz_list=nullptr) void FluxData::block_fluxes(int axis, int face, int i_f) void FluxData::deallocate() void FluxData::neighbor_fluxes(int axis, int face, int i_f) void FluxData::set_block_fluxes(FaceFluxes * ff, int axis, int face, int i_f) void FluxData::set_neighbor_fluxes(FaceFluxes * ff, int axis, int face, int i_f) void FluxData::sum_neighbor_fluxes(FaceFluxes * ff, int axis, int face, int i_f)