def extract_elevation_helper(self, p1, p2, features):
lm = LayerMaker('test')
lm.add_features(features)
reader = ElevationReader(
p1,
p2,
lm.layer,
"elevation",
self.layer_crs,
self.measure_crs,
)
reader.extract_elevations()
return reader.points
def test_can_read_elevations(self):
for name, details in STATIC_COORD_DATA.items():
reader = ElevationReader(
details[START_PT],
details[END_PT],
self.test_layers[name],
"elevation",
self.layer_crs,
self.measure_crs,
)
reader.extract_elevations()
points = reader.points
self.assertGreater(len(points), 9)
p_x = [p.x() for p in points]
self.assertListEqual(p_x, sorted(p_x))
for point in points:
self.assertTrue(10 < point.y())
self.assertTrue(point.y() < 200)
self.assertTrue(0 <= point.x())
def test_can_read_elevations(self):
for name, details in STATIC_COORD_DATA.items():
reader = ElevationReader(
details[START_PT],
details[END_PT],
self.test_layers[name],
"elevation",
self.layer_crs,
self.measure_crs,
)
reader.extract_elevations()
points = reader.points
self.assertGreater(len(points), 9)
p_x = [p.x() for p in points]
self.assertListEqual(p_x, sorted(p_x))
for point in points:
self.assertTrue(10 < point.y())
self.assertTrue(point.y() < 200)
self.assertTrue(0 <= point.x())
def extract_elevation_helper(self, p1, p2, features):
lm = LayerMaker("test")
lm.add_features(features)
reader = ElevationReader(p1, p2, lm.layer, "elevation", self.layer_crs, self.measure_crs)
reader.extract_elevations()
return reader.points