template<typename BaseFunctionSpace>
CubedSphereColumns class
Extend NodeColumns and CellColumns so that they can exploit CubedSphere structure.
Base classes
- class BaseFunctionSpace
Constructors, destructors, conversion operators
- CubedSphereColumns()
- Constructors.
- CubedSphereColumns(const FunctionSpace& functionSpace)
-
CubedSphereColumns(const Mesh& mesh,
const eckit::
Configuration& configuration) - CubedSphereColumns(const Mesh& mesh)
Public functions
-
auto invalid_index() const -> idx_
t - Invalid index.
-
auto sizeOwned() const -> idx_
t - Get number of owned elements.
-
auto i_begin(idx_
t t) const -> idx_ t - i lower bound for tile t (including halo)
-
auto i_end(idx_
t t) const -> idx_ t - i lower bound for tile t (including halo)
-
auto j_begin(idx_
t t) const -> idx_ t - j lower bound for tile t (including halo)
-
auto j_end(idx_
t t) const -> idx_ t - j lower bound for tile t (including halo)
-
auto index(idx_
t t, idx_ t i, idx_ t j) const -> idx_ t - Return array_view index for (t, i, j).
-
auto is_valid_index(idx_
t t, idx_ t i, idx_ t j) const -> bool - Return true if (t, i, j) is a valid index.
- auto tij() const -> Field
- Return tij field.
-
template<typename Functor>void parallel_for(const Functor& f) const
-
template<typename Functor>void parallel_for(const util::
Config& config, const Functor& f) const
Function documentation
template<typename BaseFunctionSpace _1>
template<typename Functor>
void atlas::
Visit each element index and apply functor with signature: f(index, t, i, j, k), f(index t, i, j), f(index, k) or f(index).
template<typename BaseFunctionSpace _1>
template<typename Functor>
void atlas::
Visit each element index and apply functor with signature: f(index, t, i, j, k), f(index t, i, j), f(index, k) or f(index). Can also specify "idx_t levels" and "bool include_halo".