def __init__(self, core, continent):
"""
Initialises an Equi7Subgrid class for a specified continent.
Parameters
----------
core : TPSCoreProperty
defines core parameters of the (sub-) grid
continent : str
acronym of the continent, e.g. 'EU' or 'SA'.
"""
# load WKT string and extent shape
data = Equi7Grid._static_data[continent]
_core = copy.copy(core)
_core.tag = continent
_core.projection = TPSProjection(wkt=data['wkt'])
# holds core parameters of the (sub-) grid
self.core = _core
# holds name of the subgrid
self.name = ''.join(('EQUI7_', continent,
Equi7Grid.encode_sampling(core.sampling), 'M'))
# holds the extent of the subgrid in the lonlat-space
self.polygon_geog = create_geometry_from_wkt(data['zone_extent'],
epsg=4326)
# defines the tilingsystem of the subgrid
self.tilesys = Equi7TilingSystem(self.core, self.polygon_geog)
super(Equi7Subgrid, self).__init__(self.core, self.polygon_geog,
self.tilesys)
def __init__(self, core, continent):
"""
Initialises an Equi7Subgrid class for a specified continent.
Parameters
----------
core : TPSCoreProperty
defines core parameters of the (sub-) grid
continent : str
acronym of the continent, e.g. 'EU' or 'SA'.
"""
# load WKT string and extent shape
data = Equi7Grid._static_data[continent]
_core = copy.copy(core)
_core.tag = continent
_core.projection = TPSProjection(wkt=data['project'])
# holds core parameters of the (sub-) grid
self.core = _core
# holds name of the subgrid
self.name = ''.join(
('EQUI7_', continent, Equi7Grid.encode_sampling(core.sampling), 'M'))
# holds the extent of the subgrid in the latlon-space
self.polygon_geog = create_geometry_from_wkt(data['extent'])
# defines the tilingsystem of the subgrid
self.tilesys = Equi7TilingSystem(self.core, self.polygon_geog)
super(Equi7Subgrid, self).__init__(
self.core, self.polygon_geog, self.tilesys)
def __init__(self, core, zone):
"""
Initialises an UTMSubgrid class for a specified continent.
Parameters
----------
core : TPSCoreProperty
defines core parameters of the (sub-) grid
zone : str
acronym of the continent, e.g. '01N' or '17S'.
"""
# load WKT string and extent shape
data = UTMGrid._static_data[zone]
_core = copy.copy(core)
_core.tag = zone
_core.projection = TPSProjection(proj4=data['proj4'])
# holds core parameters of the (sub-) grid
self.core = _core
# holds name of the subgrid
self.name = ''.join(
('UTMG_', zone, UTMGrid.encode_sampling(core.sampling), 'M'))
# holds the extent of the subgrid in the latlon-space
self.polygon_geog = create_geometry_from_wkt(data['zone_extent'])
# defines the tilingsystem of the subgrid
self.tilesys = UTMTilingSystem(self.core, self.polygon_geog)
super(UTMSubgrid, self).__init__(self.core, self.polygon_geog,
self.tilesys)
def __init__(self, core, region):
"""
Initialises an LatLonSubgrid class for a specified continent.
Parameters
----------
core : TPSCoreProperty
defines core parameters of the (sub-) grid
region : str
acronym of the continent, e.g. 'GL'.
"""
# load WKT string and extent shape
data = LatLonGrid._static_data[region]
_core = copy.copy(core)
_core.tag = region
_core.projection = TPSProjection(epsg=4326)
# holds core parameters of the (sub-) grid
self.core = _core
# holds name of the subgrid
self.name = ''.join(('LATLON_', region, LatLonGrid.encode_sampling(core.sampling)))
# holds the extent of the subgrid in the latlon-space
self.polygon_geog = geometry.create_geometry_from_wkt(data['zone_extent'])
# defines the tilingsystem of the subgrid
self.tilesys = LatLonTilingSystem(self.core, self.polygon_geog)
super(LatLonSubgrid, self).__init__(self.core, self.polygon_geog, self.tilesys)