def test_iter_distance(self):
# containes 3 points:
filepath = Path(BASE_PATH, "fixture_files/garmin_connect_1.gpx")
gpxpy_instance = parse_gpx_file(filepath)
distances = []
total_points = []
total_distance = 0
for section_distance, points in iter_distances(gpxpy_instance, distance=1):
distances.append(section_distance)
total_distance += section_distance
for point in points:
total_points.append((point.latitude, point.longitude))
self.assertEqual(
total_points,
[
(51.437889290973544, 6.617012657225132),
(51.43786800093949, 6.617006119340658),
(51.437847297638655, 6.6170057002455),
],
)
self.assert_equal_rounded(gpxpy_instance.length_3d(), 4.726553499192461)
self.assert_equal_rounded(total_distance, 4.726553499192461)
self.assertEqual(distances, [0, 2.413028183109784, 2.313525316082677])
def test_parse_no_heart_rate_gpx(self):
filepath = Path(BASE_PATH, "fixture_files/garmin_no_heart_rate.gpx")
gpxpy_instance = parse_gpx_file(filepath)
print(gpxpy_instance)
self.assertEqual(
repr(gpxpy_instance), "GPX(tracks=[GPXTrack(name='Foo Bar', segments=[GPXTrackSegment(points=[...])])])"
)
def test_parse_noi_track_gpx(self):
filepath = Path(BASE_PATH, "fixture_files/no_track_points.gpx")
gpxpy_instance = parse_gpx_file(filepath)
print(gpxpy_instance)
self.assertEqual(
repr(gpxpy_instance),
"GPX(waypoints=[GPXWaypoint(51.43788, 6.61701, name='Somewhere', description='foobar', symbol='Waypoint')])",
)
def test_iter_extension_data(self):
gpx_median = GpxMedian(
gpxpy_instance=parse_gpx_file(Path(BASE_PATH, "fixture_files/garmin_connect_1.gpx")), distance=1
)
hr_data = tuple(gpx_median.iter_extension_data(key="hr"))
pprint(hr_data)
self.assertEqual(hr_data, (([120], 120, 120, 120), ([125], 125, 125, 125), ([130], 130, 130, 130)))
cad_data = tuple(gpx_median.iter_extension_data(key="cad"))
pprint(cad_data)
self.assertEqual(cad_data, (([70], 70, 70, 70), ([75], 75, 75, 75), ([80], 80, 80, 80)))
def test_garmin_connect_1_gpx(self):
# containes 3 points:
filepath = Path(BASE_PATH, "fixture_files/garmin_connect_1.gpx")
total_distance = 4.726553499192461
gpxpy_instance = parse_gpx_file(filepath)
gpx_median = GpxMedian(gpxpy_instance, distance=1)
self.assertEqual(gpx_median.total_distance, total_distance)
distances = tuple(gpx_median.iter_section_distance())
self.assertEqual(reduce(operator.add, distances), total_distance)
self.assertEqual(distances, (0, 2.413028183109784, 2.313525316082677))
def test_parse_gpx(self):
filepath = Path(BASE_PATH, "fixture_files/garmin_connect_1.gpx")
gpxpy_instance = parse_gpx_file(filepath)
first_point = gpxpy_instance.tracks[0].segments[0].points[0]
self.assertEqual(first_point.latitude, 51.43788929097354412078857421875)
self.assertEqual(first_point.longitude, 6.617012657225131988525390625)
extensions = first_point.extensions
self.assertEqual(1, len(extensions))
self.assertEqual(extensions[0].getchildren()[0].text.strip(), "120") # hr
self.assertEqual(extensions[0].getchildren()[1].text.strip(), "70") # cad
def test_svg(self):
filepath = Path(BASE_PATH, "fixture_files/parliament_buildings.gpx")
gpxpy_instance = parse_gpx_file(filepath)
svg_string = gpx2svg_string(gpxpy_instance, pretty=True)
print("-" * 79)
print(svg_string)
print("-" * 79)
svg_reference = Path(BASE_PATH, "fixture_files/parliament_buildings.svg")
with svg_reference.open("r") as f:
svg_reference_string = f.read()
self.assertEqual(svg_string, svg_reference_string)
def test_svg(self):
filepath = Path(BASE_PATH, "fixture_files/parliament_buildings.gpx")
gpxpy_instance = parse_gpx_file(filepath)
svg_string = gpx2svg_string(gpxpy_instance, pretty=True)
print("-" * 79)
print(svg_string)
print("-" * 79)
svg_reference = Path(BASE_PATH, "fixture_files/parliament_buildings.svg")
with svg_reference.open("r") as f:
svg_reference_string = f.read()
# Attributes in <svg ...> tag seems not to be ordered, so just compare
# via parsed DOM-Tree ... but hey, it works ;)
self.assertHTMLEqual(svg_string, svg_reference_string)
def setUp(self):
gpxpy_instance = parse_gpx_file(Path(BASE_PATH, "fixture_files/garmin_connect_1.gpx"))
self.gi = GpxIdentifier(gpxpy_instance)