def __init__(self,
lat=0.0,
lon=0.0,
altitude=None,
name="n/d",
topo_access_mode="srtm",
topo_path=None,
topo_data=None,
auto_topo_access=True):
LatLon.__init__(self, float(lat), float(lon), name)
self.altitude = altitude #altitude in m
self.altitude_err = 0.0
self.topo_access_mode = topo_access_mode
self.local_topo_path = topo_path
self.topo_data = None
if topo_data is not None:
self.set_topo_data(topo_data)
if self.altitude is None or isnan(self.altitude):
if auto_topo_access:
self.get_altitude()
else:
self.altitude = 0.0
self.altitude_err = self._ALTERR_DEFAULT
def __init__(self,
lat=0.0,
lon=0.0,
altitude=None,
name="n/d",
topo_access_mode="srtm",
topo_path=None,
topo_data=None,
auto_topo_access=True):
"""Class initialisation
:param float lat: latitude of point (decimal degrees)
:param float lon: longitude of point (decimal degrees)
:param float altitude: elevation (above surface) of point in m
:param str name: name (ID) of this point
:param str topo_access_mode: string specifying the current access
mode for topographic data (in v1, choose between "srtm" or
"etopo1")
:param str topo_path: specify path where etopo1 data files are
stored
:param TopoData topo_data: you can assign an existing topo dataset
to this point (can save time, e.g. for altitude access)
"""
lat, lon = float(lat), float(lon)
if not all([isnum(x) for x in [lat, lon]]):
raise ValueError("Invalid input for lat, lon in GeoPoint, got "
"%s, %s (%s, %s) need non-NaN numeric" %
(lat, lon, type(lat), type(lon)))
#super(GeoPoint, self).__init__(lon, lat, name)
LatLon.__init__(self, lat, lon, name)
self.altitude = altitude #altitude in m
self.altitude_err = 0.0
self._topo_access = TopoDataAccess(mode=topo_access_mode,
local_path=topo_path)
self.topo_data = None
self.set_topo_data(topo_data)
if auto_topo_access and (self.altitude is None or\
isnan(self.altitude)):
self.get_altitude()