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schemas.py
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schemas.py
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from __future__ import annotations
import typing
import dataclasses
from location_type import LocationType
@dataclasses.dataclass
class FieldDescriptor:
location_type: typing.Optional[LocationType] = None
indexes_into: typing.Optional[LocationType] = None
# FIXME: `primary_axis` is quite weird...
# some fields that have a `location_type` are transposed
# (only needed with `location_type` and if the field is more than one dimensional)
primary_axis: typing.Optional[int] = None
# some fields need to be safe guarded against reordering, e.g. the lateral boundary should
# stay in place
do_not_reorder_primary_loc: bool = False
do_not_reorder_indexes: bool = False
GridScheme = typing.Dict[str, FieldDescriptor]
def make_schema(**fields: FieldDescriptor) -> GridScheme:
return fields
ICON_grid_schema = make_schema(
# double clon(cell=20340);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "clon_vertices";
clon=FieldDescriptor(location_type=LocationType.Cell),
# double clat(cell=20340);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "clat_vertices";
clat=FieldDescriptor(location_type=LocationType.Cell),
# double vlon(vertex=10376);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "vlon_vertices";
vlon=FieldDescriptor(location_type=LocationType.Vertex),
# double vlat(vertex=10376);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "vlat_vertices";
vlat=FieldDescriptor(location_type=LocationType.Vertex),
# double cartesian_x_vertices(vertex=10376);
cartesian_x_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double cartesian_y_vertices(vertex=10376);
cartesian_y_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double cartesian_z_vertices(vertex=10376);
cartesian_z_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double elon(edge=30715);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "elon_vertices";
elon=FieldDescriptor(location_type=LocationType.Edge),
# double elat(edge=30715);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "elat_vertices";
elat=FieldDescriptor(location_type=LocationType.Edge),
# double cell_area(cell=20340);
# :coordinates = "clon clat";
cell_area=FieldDescriptor(location_type=LocationType.Cell),
# double dual_area(vertex=10376);
dual_area=FieldDescriptor(location_type=LocationType.Vertex),
# double lon_cell_centre(cell=20340);
lon_cell_centre=FieldDescriptor(location_type=LocationType.Cell),
# double lat_cell_centre(cell=20340);
lat_cell_centre=FieldDescriptor(location_type=LocationType.Cell),
# double longitude_vertices(vertex=10376);
longitude_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double latitude_vertices(vertex=10376);
latitude_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double lon_edge_centre(edge=30715);
lon_edge_centre=FieldDescriptor(location_type=LocationType.Edge),
# double lat_edge_centre(edge=30715);
lat_edge_centre=FieldDescriptor(location_type=LocationType.Edge),
# int edge_of_cell(nv=3, cell=20340);
edge_of_cell=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Edge,
primary_axis=1,
),
# int vertex_of_cell(nv=3, cell=20340);
vertex_of_cell=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Vertex,
primary_axis=1,
),
# int adjacent_cell_of_edge(nc=2, edge=30715);
adjacent_cell_of_edge=FieldDescriptor(
location_type=LocationType.Edge,
indexes_into=LocationType.Cell,
primary_axis=1,
),
# int edge_vertices(nc=2, edge=30715);
edge_vertices=FieldDescriptor(
location_type=LocationType.Edge,
indexes_into=LocationType.Vertex,
primary_axis=1,
),
# int cells_of_vertex(ne=6, vertex=10376);
cells_of_vertex=FieldDescriptor(
location_type=LocationType.Vertex,
indexes_into=LocationType.Cell,
primary_axis=1,
),
# int edges_of_vertex(ne=6, vertex=10376);
edges_of_vertex=FieldDescriptor(
location_type=LocationType.Vertex,
indexes_into=LocationType.Edge,
primary_axis=1,
),
# int vertices_of_vertex(ne=6, vertex=10376);
vertices_of_vertex=FieldDescriptor(
location_type=LocationType.Vertex,
indexes_into=LocationType.Vertex,
primary_axis=1,
),
# double cell_area_p(cell=20340);
cell_area_p=FieldDescriptor(location_type=LocationType.Cell),
# double dual_area_p(vertex=10376);
dual_area_p=FieldDescriptor(location_type=LocationType.Vertex),
# double edge_length(edge=30715);
edge_length=FieldDescriptor(location_type=LocationType.Edge),
# double edge_cell_distance(nc=2, edge=30715);
edge_cell_distance=FieldDescriptor(location_type=LocationType.Edge, primary_axis=1),
# double dual_edge_length(edge=30715);
dual_edge_length=FieldDescriptor(location_type=LocationType.Edge),
# double edge_vert_distance(nc=2, edge=30715);
edge_vert_distance=FieldDescriptor(location_type=LocationType.Edge, primary_axis=1),
# double zonal_normal_primal_edge(edge=30715);
zonal_normal_primal_edge=FieldDescriptor(location_type=LocationType.Edge),
# double meridional_normal_primal_edge(edge=30715);
meridional_normal_primal_edge=FieldDescriptor(location_type=LocationType.Edge),
# double zonal_normal_dual_edge(edge=30715);
zonal_normal_dual_edge=FieldDescriptor(location_type=LocationType.Edge),
# double meridional_normal_dual_edge(edge=30715);
meridional_normal_dual_edge=FieldDescriptor(location_type=LocationType.Edge),
# int orientation_of_normal(nv=3, cell=20340);
orientation_of_normal=FieldDescriptor(
location_type=LocationType.Cell, primary_axis=1
),
# double clon_vertices(cell=20340, nv=3);
clon_vertices=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# double clat_vertices(cell=20340, nv=3);
clat_vertices=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# double elon_vertices(edge=30715, no=4);
elon_vertices=FieldDescriptor(location_type=LocationType.Edge, primary_axis=0),
# double elat_vertices(edge=30715, no=4);
elat_vertices=FieldDescriptor(location_type=LocationType.Edge, primary_axis=0),
# double vlon_vertices(vertex=10376, ne=6);
vlon_vertices=FieldDescriptor(location_type=LocationType.Vertex, primary_axis=0),
# double vlat_vertices(vertex=10376, ne=6);
vlat_vertices=FieldDescriptor(location_type=LocationType.Vertex, primary_axis=0),
# double quadrilateral_area(edge=30715);
# :coordinates = "elon elat";
quadrilateral_area=FieldDescriptor(location_type=LocationType.Edge),
# int parent_cell_index(cell=20340);
# :long_name = "parent cell index";
# :cdi = "ignore";
parent_cell_index=FieldDescriptor(location_type=LocationType.Cell),
# int neighbor_cell_index(nv=3, cell=20340);
neighbor_cell_index=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Cell,
primary_axis=1,
),
# int edge_orientation(ne=6, vertex=10376);
edge_orientation=FieldDescriptor(location_type=LocationType.Vertex, primary_axis=1),
# int edge_system_orientation(edge=30715);
edge_system_orientation=FieldDescriptor(location_type=LocationType.Edge),
# int refin_c_ctrl(cell=20340);
# :long_name = "refinement control flag for cells";
# :cdi = "ignore";
refin_c_ctrl=FieldDescriptor(location_type=LocationType.Cell),
# int start_idx_c(max_chdom=1, cell_grf=14);
# :long_name = "list of start indices for each refinement control level for cells";
# :cdi = "ignore";
# int end_idx_c(max_chdom=1, cell_grf=14);
# :long_name = "list of end indices for each refinement control level for cells";
# :cdi = "ignore";
end_idx_c=FieldDescriptor(),
# int refin_e_ctrl(edge=30715);
# :long_name = "refinement control flag for edges";
# :cdi = "ignore";
refin_e_ctrl=FieldDescriptor(location_type=LocationType.Edge),
# int start_idx_e(max_chdom=1, edge_grf=24);
# :long_name = "list of start indices for each refinement control level for edges";
# :cdi = "ignore";
# int end_idx_e(max_chdom=1, edge_grf=24);
# :long_name = "list of end indices for each refinement control level for edges";
# :cdi = "ignore";
end_idx_e=FieldDescriptor(),
# int refin_v_ctrl(vertex=10376);
# :long_name = "refinement control flag for vertices";
# :cdi = "ignore";
refin_v_ctrl=FieldDescriptor(location_type=LocationType.Vertex),
# int start_idx_v(max_chdom=1, vert_grf=13);
# :long_name = "list of start indices for each refinement control level for vertices";
# :cdi = "ignore";
# int end_idx_v(max_chdom=1, vert_grf=13);
# :long_name = "list of end indices for each refinement control level for vertices";
# :cdi = "ignore";
end_idx_v=FieldDescriptor(),
# int parent_edge_index(edge=30715);
# :long_name = "parent edge index";
# :cdi = "ignore";
parent_edge_index=FieldDescriptor(location_type=LocationType.Edge),
# int parent_vertex_index(vertex=10376);
parent_vertex_index=FieldDescriptor(location_type=LocationType.Vertex),
)
ICON_grid_schema_parent = make_schema(
# double clon(cell=20340);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "clon_vertices";
clon=FieldDescriptor(location_type=LocationType.Cell),
# double clat(cell=20340);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "clat_vertices";
clat=FieldDescriptor(location_type=LocationType.Cell),
# double vlon(vertex=10376);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "vlon_vertices";
vlon=FieldDescriptor(location_type=LocationType.Vertex),
# double vlat(vertex=10376);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "vlat_vertices";
vlat=FieldDescriptor(location_type=LocationType.Vertex),
# double cartesian_x_vertices(vertex=10376);
cartesian_x_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double cartesian_y_vertices(vertex=10376);
cartesian_y_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double cartesian_z_vertices(vertex=10376);
cartesian_z_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double elon(edge=30715);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "elon_vertices";
elon=FieldDescriptor(location_type=LocationType.Edge),
# double elat(edge=30715);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "elat_vertices";
elat=FieldDescriptor(location_type=LocationType.Edge),
# double cell_area(cell=20340);
# :coordinates = "clon clat";
cell_area=FieldDescriptor(location_type=LocationType.Cell),
# double dual_area(vertex=10376);
dual_area=FieldDescriptor(location_type=LocationType.Vertex),
# double lon_cell_centre(cell=20340);
lon_cell_centre=FieldDescriptor(location_type=LocationType.Cell),
# double lat_cell_centre(cell=20340);
lat_cell_centre=FieldDescriptor(location_type=LocationType.Cell),
# double longitude_vertices(vertex=10376);
longitude_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double latitude_vertices(vertex=10376);
latitude_vertices=FieldDescriptor(location_type=LocationType.Vertex),
# double lon_edge_centre(edge=30715);
lon_edge_centre=FieldDescriptor(location_type=LocationType.Edge),
# double lat_edge_centre(edge=30715);
lat_edge_centre=FieldDescriptor(location_type=LocationType.Edge),
# int edge_of_cell(nv=3, cell=20340);
edge_of_cell=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Edge,
primary_axis=1,
),
# int vertex_of_cell(nv=3, cell=20340);
vertex_of_cell=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Vertex,
primary_axis=1,
),
# int adjacent_cell_of_edge(nc=2, edge=30715);
adjacent_cell_of_edge=FieldDescriptor(
location_type=LocationType.Edge,
indexes_into=LocationType.Cell,
primary_axis=1,
),
# int edge_vertices(nc=2, edge=30715);
edge_vertices=FieldDescriptor(
location_type=LocationType.Edge,
indexes_into=LocationType.Vertex,
primary_axis=1,
),
# int cells_of_vertex(ne=6, vertex=10376);
cells_of_vertex=FieldDescriptor(
location_type=LocationType.Vertex,
indexes_into=LocationType.Cell,
primary_axis=1,
),
# int edges_of_vertex(ne=6, vertex=10376);
edges_of_vertex=FieldDescriptor(
location_type=LocationType.Vertex,
indexes_into=LocationType.Edge,
primary_axis=1,
),
# int vertices_of_vertex(ne=6, vertex=10376);
vertices_of_vertex=FieldDescriptor(
location_type=LocationType.Vertex,
indexes_into=LocationType.Vertex,
primary_axis=1,
),
# double cell_area_p(cell=20340);
cell_area_p=FieldDescriptor(location_type=LocationType.Cell),
# double dual_area_p(vertex=10376);
dual_area_p=FieldDescriptor(location_type=LocationType.Vertex),
# double edge_length(edge=30715);
edge_length=FieldDescriptor(location_type=LocationType.Edge),
# double edge_cell_distance(nc=2, edge=30715);
edge_cell_distance=FieldDescriptor(location_type=LocationType.Edge, primary_axis=1),
# double dual_edge_length(edge=30715);
dual_edge_length=FieldDescriptor(location_type=LocationType.Edge),
# double edge_vert_distance(nc=2, edge=30715);
edge_vert_distance=FieldDescriptor(location_type=LocationType.Edge, primary_axis=1),
# double zonal_normal_primal_edge(edge=30715);
zonal_normal_primal_edge=FieldDescriptor(location_type=LocationType.Edge),
# double meridional_normal_primal_edge(edge=30715);
meridional_normal_primal_edge=FieldDescriptor(location_type=LocationType.Edge),
# double zonal_normal_dual_edge(edge=30715);
zonal_normal_dual_edge=FieldDescriptor(location_type=LocationType.Edge),
# double meridional_normal_dual_edge(edge=30715);
meridional_normal_dual_edge=FieldDescriptor(location_type=LocationType.Edge),
# int orientation_of_normal(nv=3, cell=20340);
orientation_of_normal=FieldDescriptor(
location_type=LocationType.Cell, primary_axis=1
),
# double clon_vertices(cell=20340, nv=3);
clon_vertices=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# double clat_vertices(cell=20340, nv=3);
clat_vertices=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# double elon_vertices(edge=30715, no=4);
elon_vertices=FieldDescriptor(location_type=LocationType.Edge, primary_axis=0),
# double elat_vertices(edge=30715, no=4);
elat_vertices=FieldDescriptor(location_type=LocationType.Edge, primary_axis=0),
# double vlon_vertices(vertex=10376, ne=6);
vlon_vertices=FieldDescriptor(location_type=LocationType.Vertex, primary_axis=0),
# double vlat_vertices(vertex=10376, ne=6);
vlat_vertices=FieldDescriptor(location_type=LocationType.Vertex, primary_axis=0),
# double quadrilateral_area(edge=30715);
# :coordinates = "elon elat";
quadrilateral_area=FieldDescriptor(location_type=LocationType.Edge),
# int neighbor_cell_index(nv=3, cell=20340);
neighbor_cell_index=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Cell,
primary_axis=1,
),
# int edge_orientation(ne=6, vertex=10376);
edge_orientation=FieldDescriptor(location_type=LocationType.Vertex, primary_axis=1),
# int edge_system_orientation(edge=30715);
edge_system_orientation=FieldDescriptor(location_type=LocationType.Edge),
# int refin_c_ctrl(cell=20340);
# :long_name = "refinement control flag for cells";
# :cdi = "ignore";
refin_c_ctrl=FieldDescriptor(location_type=LocationType.Cell),
# int start_idx_c(max_chdom=1, cell_grf=14);
# :long_name = "list of start indices for each refinement control level for cells";
# :cdi = "ignore";
# int end_idx_c(max_chdom=1, cell_grf=14);
# :long_name = "list of end indices for each refinement control level for cells";
# :cdi = "ignore";
# int refin_e_ctrl(edge=30715);
# :long_name = "refinement control flag for edges";
# :cdi = "ignore";
refin_e_ctrl=FieldDescriptor(location_type=LocationType.Edge),
# int start_idx_e(max_chdom=1, edge_grf=24);
# :long_name = "list of start indices for each refinement control level for edges";
# :cdi = "ignore";
# int end_idx_e(max_chdom=1, edge_grf=24);
# :long_name = "list of end indices for each refinement control level for edges";
# :cdi = "ignore";
# int refin_v_ctrl(vertex=10376);
# :long_name = "refinement control flag for vertices";
# :cdi = "ignore";
refin_v_ctrl=FieldDescriptor(location_type=LocationType.Vertex),
# int start_idx_v(max_chdom=1, vert_grf=13);
# :long_name = "list of start indices for each refinement control level for vertices";
# :cdi = "ignore";
# int end_idx_v(max_chdom=1, vert_grf=13);
# :long_name = "list of end indices for each refinement control level for vertices";
# :cdi = "ignore";
)
ICON_grid_schema_lat_grid = make_schema(
# double clon(cell=9868);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "clon_vertices";
clon=FieldDescriptor(
location_type=LocationType.Cell, do_not_reorder_primary_loc=True
),
# double clat(cell=9868);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "clat_vertices";
clat=FieldDescriptor(
location_type=LocationType.Cell, do_not_reorder_primary_loc=True
),
# double vlon(vertex=5287);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "vlon_vertices";
vlon=FieldDescriptor(
location_type=LocationType.Vertex, do_not_reorder_primary_loc=True
),
# double vlat(vertex=5287);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "vlat_vertices";
vlat=FieldDescriptor(
location_type=LocationType.Vertex, do_not_reorder_primary_loc=True
),
# double elon(edge=15155);
# :units = "radian";
# :standard_name = "grid_longitude";
# :bounds = "elon_vertices";
elon=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# double elat(edge=15155);
# :units = "radian";
# :standard_name = "grid_latitude";
# :bounds = "elat_vertices";
elat=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# double longitude_vertices(vertex=5287);
# :coordinates = "vlon vlat";
longitude_vertices=FieldDescriptor(
location_type=LocationType.Vertex, do_not_reorder_primary_loc=True
),
# double latitude_vertices(vertex=5287);
# :coordinates = "vlon vlat";
latitude_vertices=FieldDescriptor(
location_type=LocationType.Vertex, do_not_reorder_primary_loc=True
),
# double clon_vertices(cell=9868, nv=3);
clon_vertices=FieldDescriptor(
primary_axis=0,
location_type=LocationType.Cell,
do_not_reorder_primary_loc=True,
),
# double clat_vertices(cell=9868, nv=3);
clat_vertices=FieldDescriptor(
primary_axis=0,
location_type=LocationType.Cell,
do_not_reorder_primary_loc=True,
),
# double vlon_vertices(vertex=5287, ne=6);
vlon_vertices=FieldDescriptor(
primary_axis=0,
location_type=LocationType.Vertex,
do_not_reorder_primary_loc=True,
),
# double vlat_vertices(vertex=5287, ne=6);
vlat_vertices=FieldDescriptor(
primary_axis=0,
location_type=LocationType.Vertex,
do_not_reorder_primary_loc=True,
),
# double cell_area(cell=9868);
# :coordinates = "clon clat";
cell_area=FieldDescriptor(
location_type=LocationType.Cell, do_not_reorder_primary_loc=True
),
# double lon_edge_centre(edge=15155);
# :cdi = "ignore";
lon_edge_centre=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# double lat_edge_centre(edge=15155);
# :cdi = "ignore";
lat_edge_centre=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# int edge_of_cell(nv=3, cell=9868);
# :cdi = "ignore";
edge_of_cell=FieldDescriptor(
primary_axis=1,
location_type=LocationType.Cell,
indexes_into=LocationType.Edge,
do_not_reorder_primary_loc=True,
do_not_reorder_indexes=True,
),
# int vertex_of_cell(nv=3, cell=9868);
# :cdi = "ignore";
vertex_of_cell=FieldDescriptor(
primary_axis=1,
location_type=LocationType.Cell,
indexes_into=LocationType.Vertex,
do_not_reorder_primary_loc=True,
do_not_reorder_indexes=True,
),
# int adjacent_cell_of_edge(nc=2, edge=15155);
# :cdi = "ignore";
adjacent_cell_of_edge=FieldDescriptor(
primary_axis=1,
location_type=LocationType.Edge,
indexes_into=LocationType.Cell,
do_not_reorder_primary_loc=True,
do_not_reorder_indexes=True,
),
# int edge_vertices(nc=2, edge=15155);
# :cdi = "ignore";
edge_vertices=FieldDescriptor(
primary_axis=1,
location_type=LocationType.Edge,
indexes_into=LocationType.Vertex,
do_not_reorder_primary_loc=True,
do_not_reorder_indexes=True,
),
# int cells_of_vertex(ne=6, vertex=5287);
# :cdi = "ignore";
cells_of_vertex=FieldDescriptor(
primary_axis=1,
location_type=LocationType.Vertex,
indexes_into=LocationType.Cell,
do_not_reorder_primary_loc=True,
do_not_reorder_indexes=True,
),
# double edge_length(edge=15155);
# :coordinates = "elon elat";
edge_length=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# double zonal_normal_primal_edge(edge=15155);
# :cdi = "ignore";
zonal_normal_primal_edge=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# double meridional_normal_primal_edge(edge=15155);
# :cdi = "ignore";
meridional_normal_primal_edge=FieldDescriptor(
location_type=LocationType.Edge, do_not_reorder_primary_loc=True
),
# int neighbor_cell_index(nv=3, cell=9868);
# :cdi = "ignore";
neighbor_cell_index=FieldDescriptor(
primary_axis=1,
location_type=LocationType.Cell,
indexes_into=LocationType.Cell,
do_not_reorder_primary_loc=True,
do_not_reorder_indexes=True,
),
# int global_cell_index(cell=9868);
# :cdi = "ignore";
# :nglobal = 20340; // int
global_cell_index=FieldDescriptor(
location_type=LocationType.Cell,
indexes_into=LocationType.Cell, # NOTE: this maps into cells of grid.nc, not lateral_boundary.grid.nc
do_not_reorder_primary_loc=True,
),
# int global_edge_index(edge=15155);
# :cdi = "ignore";
# :nglobal = 30715; // int
global_edge_index=FieldDescriptor(
location_type=LocationType.Edge,
indexes_into=LocationType.Edge, # NOTE: this maps into cells of grid.nc, not lateral_boundary.grid.nc
do_not_reorder_primary_loc=True,
),
)
ICON_grid_schema_ic = make_schema(
# double clon(ncells=20340);
# :standard_name = "longitude";
# :long_name = "center longitude";
# :units = "radian";
# :bounds = "clon_bnds";
clon=FieldDescriptor(location_type=LocationType.Cell),
# double clon_bnds(ncells=20340, vertices=3);
# clon_bnds = FieldDescriptor(location_type=LocationType.Cell, indexes_into=LocationType.Vertex, primary_axis=0),
clon_bnds=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# double clat(ncells=20340);
# :standard_name = "latitude";
# :long_name = "center latitude";
# :units = "radian";
# :bounds = "clat_bnds";
clat=FieldDescriptor(location_type=LocationType.Cell),
# double clat_bnds(ncells=20340, vertices=3);
# clat_bnds = FieldDescriptor(location_type=LocationType.Cell, indexes_into=LocationType.Vertex, primary_axis=0),
clat_bnds=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# float HHL(time=1, height=91, ncells=20340);
# :long_name = "Geometric Height of the layer limits above sea level(NN)";
# :units = "m";
# :param = "6.3.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
HHL=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float U(time=1, height_2=90, ncells=20340);
# :standard_name = "eastward_wind";
# :long_name = "U-Component of Wind";
# :units = "m s-1";
# :param = "2.2.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
U=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float V(time=1, height_2=90, ncells=20340);
# :standard_name = "northward_wind";
# :long_name = "V-Component of Wind";
# :units = "m s-1";
# :param = "3.2.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
V=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float W(time=1, height_3=91, ncells=20340);
# :long_name = "Vertical Velocity (Geometric) (w)";
# :units = "m s-1";
# :param = "9.2.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
W=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float T(time=1, height_2=90, ncells=20340);
# :standard_name = "air_temperature";
# :long_name = "Temperature";
# :units = "K";
# :param = "0.0.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float P(time=1, height_2=90, ncells=20340);
# :long_name = "Pressure";
# :units = "Pa";
# :param = "0.3.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
P=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float QV(time=1, height_2=90, ncells=20340);
# :standard_name = "specific_humidity";
# :long_name = "Specific Humidity";
# :units = "kg kg-1";
# :param = "0.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
QV=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float QC(time=1, height_2=90, ncells=20340);
# :long_name = "Cloud Mixing Ratio";
# :units = "kg kg-1";
# :param = "22.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
QC=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float QI(time=1, height_2=90, ncells=20340);
# :long_name = "Cloud Ice Mixing Ratio";
# :units = "kg kg-1";
# :param = "82.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
QI=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float QR(time=1, height_2=90, ncells=20340);
# :long_name = "Rain mixing ratio";
# :units = "kg kg-1";
# :param = "24.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
QR=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float QS(time=1, height_2=90, ncells=20340);
# :long_name = "Snow mixing ratio";
# :units = "kg kg-1";
# :param = "25.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
QS=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float T_G(time=1, ncells=20340);
# :standard_name = "air_temperature";
# :long_name = "Temperature (G)";
# :units = "K";
# :param = "0.0.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T_G=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float T_ICE(time=1, ncells=20340);
# :long_name = "Sea Ice Temperature";
# :units = "K";
# :param = "8.2.10";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T_ICE=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float H_ICE(time=1, ncells=20340);
# :long_name = "Sea Ice Thickness";
# :units = "m";
# :param = "1.2.10";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
H_ICE=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float T_MNW_LK(time=1, ncells=20340);
# :long_name = "Mean temperature of the water column";
# :units = "K";
# :param = "1.2.1";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T_MNW_LK=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float T_WML_LK(time=1, ncells=20340);
# :long_name = "Mixed-layer temperature";
# :units = "K";
# :param = "1.2.1";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T_WML_LK=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float H_ML_LK(time=1, ncells=20340);
# :long_name = "Mixed-layer depth";
# :units = "m";
# :param = "0.2.1";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
H_ML_LK=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float T_BOT_LK(time=1, ncells=20340);
# :long_name = "Bottom temperature (temperature at the water-bottom sediment interface)";
# :units = "K";
# :param = "1.2.1";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
# :level_type = "lakebottom";
T_BOT_LK=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float C_T_LK(time=1, ncells=20340);
# :long_name = "Shape factor with respect to the temperature profile in the thermocline";
# :units = "Numeric";
# :param = "10.2.1";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
# :level_type = "mixlayer";
C_T_LK=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float QV_S(time=1, ncells=20340);
# :standard_name = "specific_humidity";
# :long_name = "Specific Humidity (S)";
# :units = "kg kg-1";
# :param = "0.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
QV_S=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float T_SO(time=1, depth=9, ncells=20340);
# :long_name = "Soil Temperature (multilayer model)";
# :units = "K";
# :param = "18.3.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T_SO=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float W_SO(time=1, depth_2=8, ncells=20340);
# :long_name = "Column-integrated Soil Moisture (multilayers)";
# :units = "kg m-2";
# :param = "20.3.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
W_SO=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float W_SO_ICE(time=1, depth_2=8, ncells=20340);
# :long_name = "soil ice content (multilayers)";
# :units = "kg m-2";
# :param = "22.3.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
W_SO_ICE=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float ALB_SEAICE(time=1, ncells=20340);
# :long_name = "sea ice albedo - diffusive solar (0.3 - 5.0 m-6)";
# :units = "%";
# :param = "234.19.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
ALB_SEAICE=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float EVAP_PL(time=1, ncells=20340);
# :long_name = "evaporation of plants (integrated since \"nightly reset\")";
# :units = "kgm-2";
# :param = "198.0.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
EVAP_PL=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float SMI(time=1, depth_2=8, ncells=20340);
# :long_name = "soil moisture index (multilayers)";
# :units = "Numeric";
# :param = "200.3.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
SMI=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float RHO_SNOW(time=1, ncells=20340);
# :long_name = "Snow density";
# :units = "kg m-3";
# :param = "61.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
RHO_SNOW=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float T_SNOW(time=1, ncells=20340);
# :long_name = "Snow temperature (top of snow)";
# :units = "K";
# :param = "18.0.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
T_SNOW=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float W_SNOW(time=1, ncells=20340);
# :long_name = "Snow depth water equivalent";
# :units = "kg m-2";
# :param = "60.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
W_SNOW=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float H_SNOW(time=1, ncells=20340);
# :standard_name = "lwe_thickness_of_surface_snow_amount";
# :long_name = "Snow Depth";
# :units = "m";
# :param = "11.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
H_SNOW=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float W_I(time=1, ncells=20340);
# :long_name = "Plant Canopy Surface Water";
# :units = "kg m-2";
# :param = "13.0.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
W_I=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float FRESHSNW(time=1, ncells=20340);
# :long_name = "Fresh snow factor (weighting function for albedo indicating freshness of snow)";
# :units = "Numeric";
# :param = "203.1.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
FRESHSNW=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float Z0(time=1, ncells=20340);
# :standard_name = "surface_roughness_length";
# :long_name = "Surface Roughness length Surface Roughness";
# :units = "m";
# :param = "1.0.2";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
Z0=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
# float FR_ICE(time=1, ncells=20340);
# :standard_name = "sea_ice_area_fraction";
# :long_name = "Sea Ice Cover ( 0= free, 1=cover)";
# :units = "Proportion";
# :param = "0.2.10";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
FR_ICE=FieldDescriptor(location_type=LocationType.Cell, primary_axis=1),
)
# NOTE: this is probably not needed since we are not reordering lateral_boundary.grid.nc (but the indexes therein)
ICON_grid_schema_lbc = make_schema(
# double clon(ncells=9868);
# :standard_name = "longitude";
# :long_name = "center longitude";
# :units = "radian";
# :bounds = "clon_bnds";
clon=FieldDescriptor(location_type=LocationType.Cell),
# double clon_bnds(ncells=9868, vertices=3);
# clon_bnds = FieldDescriptor(location_type=LocationType.Cell, indexes_into=LocationType.Vertex, primary_axis=0),
clon_bnds=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# double clat(ncells=9868);
# :standard_name = "latitude";
# :long_name = "center latitude";
# :units = "radian";
# :bounds = "clat_bnds";
clat=FieldDescriptor(location_type=LocationType.Cell),
# double clat_bnds(ncells=9868, vertices=3);
# clat_bnds = FieldDescriptor(location_type=LocationType.Cell, indexes_into=LocationType.Vertex, primary_axis=0),
clat_bnds=FieldDescriptor(location_type=LocationType.Cell, primary_axis=0),
# float HHL(time=1, height=91, ncells=9868);
# :long_name = "Geometric Height of the layer limits above sea level(NN)";
# :units = "m";
# :param = "6.3.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
HHL=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float U(time=1, height_2=90, ncells=9868);
# :standard_name = "eastward_wind";
# :long_name = "U-Component of Wind";
# :units = "m s-1";
# :param = "2.2.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
U=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float V(time=1, height_2=90, ncells=9868);
# :standard_name = "northward_wind";
# :long_name = "V-Component of Wind";
# :units = "m s-1";
# :param = "3.2.0";
# :CDI_grid_type = "unstructured";
# :number_of_grid_in_reference = 1; // int
# :coordinates = "clat clon";
# :_FillValue = -8.9999998E15f; // float
# :missing_value = -8.9999998E15f; // float
V=FieldDescriptor(location_type=LocationType.Cell, primary_axis=2),
# float W(time=1, height_3=91, ncells=9868);
# :long_name = "Vertical Velocity (Geometric) (w)";