atlas::StructuredGrid class

#include <atlas/grid/StructuredGrid.h>

Base classes

class Grid

Most general grid container.

Derived classes

template<class Grid>

class Gaussian

class HealpixGrid

Specialization of StructuredGrid, assuming a global domain.

class ReducedGrid

Specialization of StructuredGrid, where not all rows have the same number of grid points.

class RegularGrid

Specialization of StructuredGrid, where all rows have the same number of grid points.

Public types

using grid_t = grid::detail::grid::Structured

using XSpace = grid_t::XSpace

using YSpace = grid_t::YSpace

using Config = util::Config

using Spec = util::Config

using Domain = atlas::Domain

using Projection = atlas::Projection

using PointXY = atlas::PointXY

using PointLonLat = atlas::PointLonLat

using IterateXY = grid::IterateXY

using IterateLonLat = grid::IterateLonLat

Constructors, destructors, conversion operators

StructuredGrid()

StructuredGrid(const Grid&)

StructuredGrid(const Grid::Implementation*)

StructuredGrid(const std::string& name, const Domain& = Domain())

StructuredGrid(const std::string& name, const Projection&, const Domain& = Domain())

StructuredGrid(const Config&)

StructuredGrid(const XSpace&, const YSpace&, const Projection& = Projection(), const Domain& = Domain())

StructuredGrid(const Grid&, const Domain&)

operator bool() const

Public functions

auto valid() const -> bool

auto ny() const -> idx_t

auto nx(idx_t j) const -> idx_t

auto nx() const -> const std::vector<idx_t>&

auto nxmax() const -> idx_t

auto y() const -> const std::vector<double>&

auto x(idx_t i, idx_t j) const -> double

x coordinate for given grid point {i,j}

auto y(idx_t j) const -> double

y coordinate for given grid row {j}

auto dx(idx_t j) const -> double

increment in x for a given grid row {j}

auto xmin(idx_t j) const -> double

x coordinate of beginning of a given grid row {j}

void xy(idx_t i, idx_t j, double xy[]) const

void lonlat(idx_t i, idx_t j, double lonlat[]) const

auto xy(idx_t i, idx_t j) const -> PointXY

auto lonlat(idx_t i, idx_t j) const -> PointLonLat

auto reduced() const -> bool

auto regular() const -> bool

auto periodic() const -> bool

auto xspace() const -> const XSpace&

auto yspace() const -> const YSpace&

auto index(idx_t i, idx_t j) const -> gidx_t

void index2ij(gidx_t gidx, idx_t& i, idx_t& j) const

auto xy() const -> IterateXY

auto lonlat() const -> IterateLonLat

auto operator==(const Grid& other) const -> bool

auto operator!=(const Grid& other) const -> bool

auto size() const -> idx_t

auto projection() const -> const Projection&

auto domain() const -> const Domain&

auto lonlatBoundingBox() const -> RectangularLonLatDomain

auto name() const -> std::string

auto type() const -> std::string

auto uid() const -> std::string

void hash(eckit::Hash& h) const

Adds to the hash the information that makes this Grid unique.

auto footprint() const -> size_t

auto spec() const -> Spec

auto meshgenerator() const -> Config

auto partitioner() const -> Config

Typedef documentation

Function documentation