atlas::mesh::HybridElements class

#include <atlas/mesh/HybridElements.h>

Public types

using Connectivity = MultiBlockConnectivity

Constructors, destructors, conversion operators

HybridElements()

~HybridElements() virtual

Public functions

auto size() const -> idx_t

Number of elements.

auto nb_nodes(idx_t elem_idx) const -> idx_t

Number of nodes for given element.

auto nb_edges(idx_t elem_idx) const -> idx_t

Number of edges for given element.

auto type_idx(idx_t elem_idx) const -> idx_t

Element type index for given element.

auto name(idx_t elem_idx) const -> const std::string&

Element type name for given element.

auto node_connectivity() const -> const HybridElements::Connectivity&

Element to Node connectivity table.

auto node_connectivity() -> HybridElements::Connectivity&

auto edge_connectivity() const -> const HybridElements::Connectivity&

Element to Edge connectivity table.

auto edge_connectivity() -> HybridElements::Connectivity&

auto cell_connectivity() const -> const HybridElements::Connectivity&

Element to Cell connectivity table.

auto cell_connectivity() -> HybridElements::Connectivity&

auto nb_types() const -> idx_t

Number of types present in HybridElements.

auto element_type(idx_t type_idx) const -> const ElementType&

The element_type description for given type.

auto elements(idx_t type_idx) const -> const Elements&

Sub-elements convenience class for given type This allows optimized access to connectivities and loops.

auto elements(idx_t type_idx) -> Elements&

auto field(const std::string& name) const -> const Field&

auto field(const std::string& name) -> Field&

auto has_field(const std::string& name) const -> bool

auto field(idx_t) const -> const Field&

auto field(idx_t) -> Field&

auto nb_fields() const -> idx_t

auto metadata() const -> const util::Metadata&

auto metadata() -> util::Metadata&

auto global_index() const -> const Field&

auto global_index() -> Field&

auto remote_index() const -> const Field&

auto remote_index() -> Field&

auto partition() const -> const Field&

auto partition() -> Field&

auto halo() const -> const Field&

auto halo() -> Field&

auto flags() const -> const Field&

auto flags() -> Field&

auto add(const ElementType*, idx_t nb_elements) -> idx_t

Add a new element type with given number of elements.

auto add(const ElementType*, idx_t nb_elements, const std::vector<idx_t>& node_connectivity) -> idx_t

Add a new element type with given number of elements and node-connectivity.

auto add(const ElementType*, idx_t nb_elements, const idx_t node_connectivity[]) -> idx_t

Add a new element type with given number of elements and node-connectivity.

auto add(const ElementType*, idx_t nb_elements, const idx_t node_connectivity[], bool fortran_array) -> idx_t

Add a new element type with given number of elements and node-connectivity.

auto add(const Elements&) -> idx_t

Add a new element type from existing Elements. Data will be copied.

auto add(const Field& field) -> Field

void remove_field(const std::string& name)

void insert(idx_t type_idx, idx_t position, idx_t nb_elements = 1)

void updateDevice() const

void updateHost() const

void syncHostDevice() const

void clear()

auto footprint() const -> size_t

Return the memory footprint of the elements.

Function documentation