Contains the classes for Horizontal 2D geometries of fields.
Bases: epygram.geometries.V2DGeometry.V2DUnstructuredGeometry
Handles the geometry for a Vertical 1-Dimension Field. Abstract mother class.
Footprint:
dict(
attr = dict(
dimensions = dict(
access = 'rxx',
alias = set([]),
default = None,
info = 'Handles grid dimensions.',
optional = False,
outcast = set([]),
remap = dict(),
type = footprints.stdtypes.FPDict,
values = set([]),
),
geoid = dict(
access = 'rxx',
alias = set([]),
default = footprints.stdtypes.FPDict::<<
as_dict:: dict()
>>,
info = 'To specify geoid shape; actually used in projected geometries only.',
optional = True,
outcast = set([]),
remap = dict(),
type = footprints.stdtypes.FPDict,
values = set([]),
),
grid = dict(
access = 'rxx',
alias = set([]),
default = None,
info = 'Handles description of the horizontal grid.',
optional = False,
outcast = set([]),
remap = dict(),
type = footprints.stdtypes.FPDict,
values = set([]),
),
name = dict(
access = 'rxx',
alias = set([]),
default = None,
info = 'Name of geometrical type of representation of points on the Globe.',
optional = True,
outcast = set([]),
remap = dict(),
values = set(['DDH:rectangle', 'unstructured', 'DDH:zonal_bands', 'DDH:ij_point', 'DDH:globe', 'DDH:point', 'DDH:quadrilateral']),
),
position_on_horizontal_grid = dict(
access = 'rwx',
alias = set([]),
default = '__unknown__',
info = 'Position of points w/r to the horizontal.',
optional = True,
outcast = set([]),
remap = dict(),
type = str,
values = set(['center-left', 'lower-right', 'upper-right', 'lower-center', 'lower-left', 'center-right', 'upper-left', '__unknown__', 'upper-center', 'center']),
),
structure = dict(
access = 'rxx',
alias = set([]),
default = None,
info = 'Type of geometry.',
optional = False,
outcast = set([]),
remap = dict(),
values = set(['V1D']),
),
vcoordinate = dict(
access = 'rwx',
alias = set([]),
default = None,
info = 'Handles vertical geometry parameters.',
optional = False,
outcast = set([]),
remap = dict(),
type = epygram.geometries.VGeometry.VGeometry,
values = set([]),
),
),
bind = [],
info = 'Not documented',
only = dict(),
priority = dict(
level = footprints.priorities.PriorityLevel::DEFAULT,
),
)
No meaning with a one-point geometry.
No meaning with a one-point geometry.