def add_coords(self):
pt = Point()
try:
if not self.fd['latmin']:
self.fd['latmin'] = 0
pt.set_lat(self.fd['latdeg'], self.fd['latmin'], self.fd['dirlat'])
except (InvalidPointError, ValueError) as point_err:
self.err['lat'] = str(point_err)
try:
if not self.fd['lonmin']:
self.fd['lonmin'] = 0
pt.set_lon(self.fd['londeg'], self.fd['lonmin'], self.fd['dirlon'])
except (InvalidPointError, ValueError) as point_err:
self.err['lon'] = str(point_err)
self.wpt.position = ndb.GeoPt(pt.lat, pt.lon)
def add_coords(self):
pt = Point()
try:
if not self.fd['latmin']:
self.fd['latmin'] = 0
pt.set_lat(self.fd['latdeg'], self.fd['latmin'], self.fd['dirlat'])
except (InvalidPointError, ValueError) as point_err:
self.err['lat'] = str(point_err)
try:
if not self.fd['lonmin']:
self.fd['lonmin'] = 0
pt.set_lon(self.fd['londeg'], self.fd['lonmin'], self.fd['dirlon'])
except (InvalidPointError, ValueError) as point_err:
self.err['lon'] = str(point_err)
self.wpt.position = ndb.GeoPt(pt.lat, pt.lon)
def human_readable_lon(self):
return Point.human_readable_lon(self.position.lon)
def human_readable_lat(self):
return Point.human_readable_lat(self.position.lat)
def human_readable_lon(self):
return Point.human_readable_lon(self.position.lon)
def human_readable_lat(self):
return Point.human_readable_lat(self.position.lat)
def __init__(self):
self.centre = Point()
self.zoom = self.DEFAULT_ZOOM
self.type = "HYBRID"