def build_tree(self, tb):
with tag(tb, 'rte'):
if self.name:
with tag(tb, 'name'):
tb.data(self.name)
for tp in self.tps:
tp.build_tree(tb)
return tb
def build_tree(self, tb):
with tag(tb, "rte"):
if self.name:
with tag(tb, "name"):
tb.data(self.name)
for tp in self.tps:
tp.build_tree(tb)
return tb
def build_tree(self, tb):
attrs = {'lat': str(self.coord.lat), 'lon': str(self.coord.lon)}
with tag(tb, 'rtept', attrs):
if self.coord.ele:
with tag(tb, 'ele'):
tb.data('%d' % ele)
with tag(tb, 'name'):
tb.data(self.name)
with tag(tb, 'time'):
tb.data(self.coord.dt.strftime(GPX_DATETIME_FORMAT))
return tb
def build_tree(self, tb):
attrs = {'lat': str(self.coord.lat), 'lon': str(self.coord.lon)}
with tag(tb, 'rtept', attrs):
if self.coord.ele:
with tag(tb, 'ele'):
tb.data('%d' % self.coord.ele)
with tag(tb, 'name'):
tb.data(self.name)
if self.coord.dt:
with tag(tb, 'time'):
tb.data(self.coord.dt.strftime(GPX_DATETIME_FORMAT))
return tb
def build_tree(self, tb):
with tag(tb, 'rte'):
with tag(tb, 'name'):
tb.data(self.name)
with tag(tb, 'extensions'):
with tag(tb, 'league'):
tb.data(self.league)
with tag(tb, 'distance'):
tb.data(str(self.distance))
with tag(tb, 'multiplier'):
tb.data('%.2f' % self.multiplier)
with tag(tb, 'score'):
tb.data(str(self.score))
if self.circuit:
with tag(tb, 'circuit'):
pass
for tp in self.tps:
tp.build_tree(tb)
return tb
def build_tree(self, tb):
with tag(tb, 'rte'):
with tag(tb, 'name'):
tb.data(self.name)
with tag(tb, 'extensions'):
with tag(tb, 'league'):
tb.data(self.league)
with tag(tb, 'distance'):
tb.data(str(self.distance))
with tag(tb, 'multiplier'):
tb.data('%.2f' % self.multiplier)
with tag(tb, 'score'):
tb.data(str(self.score))
if self.circuit:
with tag(tb, 'circuit'):
pass
for tp in self.tps:
tp.build_tree(tb)
return tb
def build_tree(self, tb):
attrs = {"lat": str(self.coord.lat), "lon": str(self.coord.lon)}
with tag(tb, "rtept", attrs):
with tag(tb, "name"):
tb.data(self.name)
if self.desc:
with tag(tb, "desc"):
tb.data(self.desc)
if self.coord.ele:
with tag(tb, "ele"):
tb.data(str(self.coord.ele))
if self.coord.dt:
with tag(tb, "time"):
tb.data(self.coord.dt.strftime(GPX_DATETIME_FORMAT))
if self.radius != 400 or not self.enter:
with tag(tb, "extensions"):
if self.radius != 400:
with tag(tb, "radius"):
tb.data("%d" % self.radius)
if not self.enter:
with tag(tb, "exit"):
pass
return tb
def build_tree(self, tb):
attrs = {'lat': str(self.coord.lat), 'lon': str(self.coord.lon)}
with tag(tb, 'rtept', attrs):
with tag(tb, 'name'):
tb.data(self.name)
if self.desc:
with tag(tb, 'desc'):
tb.data(self.desc)
if self.coord.ele:
with tag(tb, 'ele'):
tb.data(str(self.coord.ele))
if self.coord.dt:
with tag(tb, 'time'):
tb.data(self.coord.dt.strftime(GPX_DATETIME_FORMAT))
if self.radius != 400 or not self.enter:
with tag(tb, 'extensions'):
if self.radius != 400:
with tag(tb, 'radius'):
tb.data('%d' % self.radius)
if not self.enter:
with tag(tb, 'exit'):
pass
return tb
