def __init__(self, creator, metadata=None, waypoints=None, routes=None,
tracks=None, extensions=None):
self._creator = creator
self._metadata = metadata
self._waypoints = make_list(waypoints)
self._routes = make_list(routes)
self._tracks = make_list(tracks)
self._extensions = make_list(extensions)
def __init__(self, name=None, description=None, author=None,
copyright=None, links=None, time=None, keywords=None,
bounds=None, extensions=None):
self._name = nullable(str)(name)
self._description = nullable(str)(description)
self._author = author
self._copyright = copyright
self._links = make_list(links)
self._time = nullable(make_time)(time)
self._keywords = nullable(str)(keywords)
self._bounds = bounds
self._extensions = make_list(extensions)
def __init__(self, name=None, comment=None, description=None, source=None,
links=None, number=None, classification=None,
extensions=None, points=None):
self._name = nullable(str)(name)
self._comment = nullable(str)(comment)
self._description = nullable(str)(description)
self._source = nullable(str)(source)
self._links = make(list)(links)
self._number = nullable(int)(number)
if self._number is not None:
if self._number < 0:
raise ValueError("GPS track number {0} cannot be negative")
self._classification = nullable(str)(classification)
self._extensions = make_list(extensions)
self._points = make_list(points)
def __init__(
self,
latitude,
longitude,
elevation=None,
time=None,
magvar=None,
geoid_height=None,
name=None,
comment=None,
description=None,
source=None,
links=None,
symbol=None,
classification=None,
fix=None,
num_satellites=None,
hdop=None,
vdop=None,
pdop=None,
seconds_since_dgps_update=None,
dgps_station_type=None,
speed=None,
course=None,
extensions=None,
):
self._latitude = Decimal(latitude)
if not -90 <= self._latitude <= +90:
raise ValueError("Latitude {0} not in range -90 <= latitude <= +90")
self._longitude = Decimal(longitude)
if not -180 <= self._longitude < +180:
raise ValueError("Longitude {0} not in range -180 <= longitude < +180")
self._elevation = nullable(Decimal)(elevation)
self._time = nullable(make_time)(time)
self._magvar = nullable(Decimal)(magvar)
if self._magvar is not None:
if not 0 <= self._magvar < 360:
raise ValueError("Magnetic variation {0} not in range 0 <= magvar < 360")
self._geoid_height = nullable(Decimal)(geoid_height)
self._name = nullable(str)(name)
self._comment = nullable(str)(comment)
self._description = nullable(str)(description)
self._source = nullable(str)(source)
self._links = make_list(links)
self._symbol = nullable(str)(symbol)
self._classification = nullable(str)(classification)
self._fix = nullable(Fix)(fix)
self._num_satellites = nullable(int)(num_satellites)
if self._num_satellites is not None:
if self._num_satellites < 0:
raise ValueError("Number of satellites {0} cannot be negative")
self._hdop = nullable(Decimal)(hdop)
self._vdop = nullable(Decimal)(vdop)
self._pdop = nullable(Decimal)(pdop)
self._seconds_since_dgps_update = nullable(Decimal)(seconds_since_dgps_update)
self._dgps_station_type = nullable(int)(dgps_station_type)
if self._dgps_station_type is not None:
if not 0 <= self._dgps_station_type <= 1023:
raise ValueError("DGPS station type {0} not in range 0 <= dgps_station_type <= 1023")
self._speed = nullable(Decimal)(speed)
self._course = nullable(Decimal)(course)
if self._course is not None:
if not 0 <= self._course < 360:
raise ValueError("Course {0} not in range 0 <= course < 360")
self._extensions = make_list(extensions)
def __init__(self, points=None, extensions=None):
self._points = make_list(points)
self._extensions = make_list(extensions)
