def _parse_route_point(self, node):
if not node.attributes.has_key("lat"):
raise Exception("Waypoint without latitude")
if not node.attributes.has_key("lon"):
raise Exception("Waypoint without longitude")
lat = mod_utils.to_number(node.attributes["lat"].nodeValue)
lon = mod_utils.to_number(node.attributes["lon"].nodeValue)
elevation_node = mod_utils.find_first_node(node, "ele")
elevation = mod_utils.to_number(self.get_node_data(elevation_node), 0)
time_node = mod_utils.find_first_node(node, "time")
time_str = self.get_node_data(time_node)
time = parse_time(time_str)
name_node = mod_utils.find_first_node(node, "name")
name = self.get_node_data(name_node)
desc_node = mod_utils.find_first_node(node, "desc")
desc = self.get_node_data(desc_node)
sym_node = mod_utils.find_first_node(node, "sym")
sym = self.get_node_data(sym_node)
type_node = mod_utils.find_first_node(node, "type")
type = self.get_node_data(type_node)
comment_node = mod_utils.find_first_node(node, "cmt")
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, "hdop")
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, "vdop")
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, "pdop")
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
return mod_gpx.GPXRoutePoint(
lat,
lon,
elevation,
time,
name,
desc,
sym,
type,
comment,
horizontal_dilution=hdop,
vertical_dilution=vdop,
position_dilution=pdop,
)
def _parse_route_point(self, node):
if not node.attributes.has_key('lat'):
raise mod_gpx.GPXException('Waypoint without latitude')
if not node.attributes.has_key('lon'):
raise mod_gpx.GPXException('Waypoint without longitude')
lat = mod_utils.to_number(node.attributes['lat'].nodeValue)
lon = mod_utils.to_number(node.attributes['lon'].nodeValue)
elevation_node = mod_utils.find_first_node(node, 'ele')
elevation = mod_utils.to_number(self.get_node_data(elevation_node), 0)
time_node = mod_utils.find_first_node(node, 'time')
time_str = self.get_node_data(time_node)
time = parse_time(time_str)
name_node = mod_utils.find_first_node(node, 'name')
name = self.get_node_data(name_node)
desc_node = mod_utils.find_first_node(node, 'desc')
desc = self.get_node_data(desc_node)
sym_node = mod_utils.find_first_node(node, 'sym')
sym = self.get_node_data(sym_node)
type_node = mod_utils.find_first_node(node, 'type')
type = self.get_node_data(type_node)
comment_node = mod_utils.find_first_node(node, 'cmt')
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, 'hdop')
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, 'vdop')
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, 'pdop')
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
return mod_gpx.GPXRoutePoint(lat,
lon,
elevation,
time,
name,
desc,
sym,
type,
comment,
horizontal_dilution=hdop,
vertical_dilution=vdop,
position_dilution=pdop)
def __parse_track_point(self, node):
latitude = None
if node.attributes.has_key('lat'):
latitude = mod_utils.to_number(node.attributes['lat'].nodeValue)
longitude = None
if node.attributes.has_key('lon'):
longitude = mod_utils.to_number(node.attributes['lon'].nodeValue)
time_node = mod_utils.find_first_node(node, 'time')
time = parse_time(self.get_node_data(time_node))
elevation_node = mod_utils.find_first_node(node, 'ele')
elevation = mod_utils.to_number(self.get_node_data(elevation_node))
symbol_node = mod_utils.find_first_node(node, 'sym')
symbol = self.get_node_data(symbol_node)
comment_node = mod_utils.find_first_node(node, 'cmt')
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, 'hdop')
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, 'vdop')
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, 'pdop')
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
return mod_gpx.GPXTrackPoint(latitude=latitude, longitude=longitude, elevation=elevation, time=time,
symbol=symbol, comment=comment, horizontal_dilution=hdop, vertical_dilution=vdop,
position_dilution=pdop)
def _parse_waypoint(self, node):
if not node.attrib.get('lat'):
raise mod_gpx.GPXException('Waypoint without latitude')
if not node.attrib.get('lon'):
raise mod_gpx.GPXException('Waypoint without longitude')
lat = mod_utils.to_number(node.attrib.get('lat'))
lon = mod_utils.to_number(node.attrib.get('lon'))
elevation_node = mod_utils.find_first_node(node, mod_utils.tag('ele',self.ns))
elevation = mod_utils.to_number(self.get_node_data(elevation_node), 0)
time_node = mod_utils.find_first_node(node, mod_utils.tag('time',self.ns))
time_str = self.get_node_data(time_node)
time = parse_time(time_str)
name_node = mod_utils.find_first_node(node, mod_utils.tag('name',self.ns))
name = self.get_node_data(name_node)
desc_node = mod_utils.find_first_node(node, mod_utils.tag('desc',self.ns))
desc = self.get_node_data(desc_node)
sym_node = mod_utils.find_first_node(node, mod_utils.tag('sym',self.ns))
sym = self.get_node_data(sym_node)
type_node = mod_utils.find_first_node(node, mod_utils.tag('type',self.ns))
type = self.get_node_data(type_node)
comment_node = mod_utils.find_first_node(node, mod_utils.tag('cmt',self.ns))
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, mod_utils.tag('hdop',self.ns))
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, mod_utils.tag('vdop',self.ns))
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, mod_utils.tag('pdop',self.ns))
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
return mod_gpx.GPXWaypoint(latitude=lat, longitude=lon, elevation=elevation,
time=time, name=name, description=desc, symbol=sym,
type=type, comment=comment, horizontal_dilution=hdop,
vertical_dilution=vdop, position_dilution=pdop)
def __parse_track(self, node):
name_node = mod_utils.find_first_node(node, mod_utils.tag('name',self.ns))
name = self.get_node_data(name_node)
description_node = mod_utils.find_first_node(node, mod_utils.tag('desc',self.ns))
description = self.get_node_data(description_node)
number_node = mod_utils.find_first_node(node, mod_utils.tag('number',self.ns))
number = mod_utils.to_number(self.get_node_data(number_node))
track = mod_gpx.GPXTrack(name, description, number)
child_nodes = node.getchildren()
for child_node in child_nodes:
if child_node.tag == mod_utils.tag('trkseg',self.ns):
track_segment = self.__parse_track_segment(child_node)
track.segments.append(track_segment)
return track
def _parse_route(self, node):
name_node = mod_utils.find_first_node(node, mod_utils.tag('name',self.ns))
name = self.get_node_data(name_node)
description_node = mod_utils.find_first_node(node, mod_utils.tag('desc',self.ns))
description = self.get_node_data(description_node)
number_node = mod_utils.find_first_node(node, mod_utils.tag('number',self.ns))
number = mod_utils.to_number(self.get_node_data(number_node))
route = mod_gpx.GPXRoute(name, description, number)
child_nodes = node.getchildren()
for child_node in child_nodes:
if child_node.tag == mod_utils.tag('rtept',self.ns):
route_point = self._parse_route_point(child_node)
route.points.append(route_point)
return route
def _parse_route_point(self, node):
if not node.attributes.has_key('lat'):
raise mod_gpx.GPXException('Waypoint without latitude')
if not node.attributes.has_key('lon'):
raise mod_gpx.GPXException('Waypoint without longitude')
lat = mod_utils.to_number(node.attributes['lat'].nodeValue)
lon = mod_utils.to_number(node.attributes['lon'].nodeValue)
elevation_node = mod_utils.find_first_node(node, 'ele')
elevation = mod_utils.to_number(self.get_node_data(elevation_node), 0)
time_node = mod_utils.find_first_node(node, 'time')
time_str = self.get_node_data(time_node)
time = parse_time(time_str)
name_node = mod_utils.find_first_node(node, 'name')
name = self.get_node_data(name_node)
desc_node = mod_utils.find_first_node(node, 'desc')
desc = self.get_node_data(desc_node)
sym_node = mod_utils.find_first_node(node, 'sym')
sym = self.get_node_data(sym_node)
type_node = mod_utils.find_first_node(node, 'type')
type = self.get_node_data(type_node)
comment_node = mod_utils.find_first_node(node, 'cmt')
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, 'hdop')
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, 'vdop')
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, 'pdop')
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
return mod_gpx.GPXRoutePoint(lat, lon, elevation, time, name, desc, sym, type, comment,
horizontal_dilution = hdop, vertical_dilution = vdop, position_dilution = pdop)
def __parse_track(self, node):
name_node = mod_utils.find_first_node(node, 'name')
name = self.get_node_data(name_node)
description_node = mod_utils.find_first_node(node, 'desc')
description = self.get_node_data(description_node)
number_node = mod_utils.find_first_node(node, 'number')
number = mod_utils.to_number(self.get_node_data(number_node))
track = mod_gpx.GPXTrack(name, description, number)
child_nodes = node.childNodes
for child_node in child_nodes:
if child_node.nodeName == 'trkseg':
track_segment = self.__parse_track_segment(child_node)
track.segments.append(track_segment)
return track
def _parse_route(self, node):
name_node = mod_utils.find_first_node(node, 'name')
name = self.get_node_data(name_node)
description_node = mod_utils.find_first_node(node, 'desc')
description = self.get_node_data(description_node)
number_node = mod_utils.find_first_node(node, 'number')
number = mod_utils.to_number(self.get_node_data(number_node))
route = mod_gpx.GPXRoute(name, description, number)
child_nodes = node.childNodes
for child_node in child_nodes:
node_name = child_node.nodeName
if node_name == 'rtept':
route_point = self._parse_route_point(child_node)
route.points.append(route_point)
return route
def __parse_track(self, node):
name_node = mod_utils.find_first_node(node, "name")
name = self.get_node_data(name_node)
description_node = mod_utils.find_first_node(node, "desc")
description = self.get_node_data(description_node)
number_node = mod_utils.find_first_node(node, "number")
number = mod_utils.to_number(self.get_node_data(number_node))
track = mod_gpx.GPXTrack(name, description, number)
child_nodes = node.childNodes
for child_node in child_nodes:
if child_node.nodeName == "trkseg":
track_segment = self.__parse_track_segment(child_node)
track.segments.append(track_segment)
return track
def _parse_route(self, node):
name_node = mod_utils.find_first_node(node, "name")
name = self.get_node_data(name_node)
description_node = mod_utils.find_first_node(node, "desc")
description = self.get_node_data(description_node)
number_node = mod_utils.find_first_node(node, "number")
number = mod_utils.to_number(self.get_node_data(number_node))
route = mod_gpx.GPXRoute(name, description, number)
child_nodes = node.childNodes
for child_node in child_nodes:
node_name = child_node.nodeName
if node_name == "rtept":
route_point = self._parse_route_point(child_node)
route.points.append(route_point)
return route
def __parse_track_point(self, node):
latitude = None
if node.attrib.get('lat'):
latitude = mod_utils.to_number(node.attrib.get('lat'))
longitude = None
if node.attrib.get('lon'):
longitude = mod_utils.to_number(node.attrib.get('lon'))
time_node = mod_utils.find_first_node(node, mod_utils.tag('time',self.ns))
time_str = self.get_node_data(time_node)
time = parse_time(time_str)
elevation_node = mod_utils.find_first_node(node, mod_utils.tag('ele',self.ns))
elevation = mod_utils.to_number(self.get_node_data(elevation_node), 0)
sym_node = mod_utils.find_first_node(node, mod_utils.tag('sym',self.ns))
symbol = self.get_node_data(sym_node)
comment_node = mod_utils.find_first_node(node, mod_utils.tag('cmt',self.ns))
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, mod_utils.tag('hdop',self.ns))
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, mod_utils.tag('vdop',self.ns))
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, mod_utils.tag('pdop',self.ns))
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
speed_node = mod_utils.find_first_node(node, mod_utils.tag('speed',self.ns))
speed = mod_utils.to_number(self.get_node_data(speed_node))
return mod_gpx.GPXTrackPoint(latitude=latitude, longitude=longitude, elevation=elevation, time=time,
symbol=symbol, comment=comment, horizontal_dilution=hdop, vertical_dilution=vdop,
position_dilution=pdop, speed=speed)
def __parse_track_point(self, node):
latitude = None
if node.attributes.has_key("lat"):
latitude = mod_utils.to_number(node.attributes["lat"].nodeValue)
longitude = None
if node.attributes.has_key("lon"):
longitude = mod_utils.to_number(node.attributes["lon"].nodeValue)
time_node = mod_utils.find_first_node(node, "time")
time = parse_time(self.get_node_data(time_node))
elevation_node = mod_utils.find_first_node(node, "ele")
elevation = mod_utils.to_number(self.get_node_data(elevation_node))
symbol_node = mod_utils.find_first_node(node, "sym")
symbol = self.get_node_data(symbol_node)
comment_node = mod_utils.find_first_node(node, "cmt")
comment = self.get_node_data(comment_node)
hdop_node = mod_utils.find_first_node(node, "hdop")
hdop = mod_utils.to_number(self.get_node_data(hdop_node))
vdop_node = mod_utils.find_first_node(node, "vdop")
vdop = mod_utils.to_number(self.get_node_data(vdop_node))
pdop_node = mod_utils.find_first_node(node, "pdop")
pdop = mod_utils.to_number(self.get_node_data(pdop_node))
return mod_gpx.GPXTrackPoint(
latitude=latitude,
longitude=longitude,
elevation=elevation,
time=time,
symbol=symbol,
comment=comment,
horizontal_dilution=hdop,
vertical_dilution=vdop,
position_dilution=pdop,
)