class USGSTest(unittest.TestCase):
def setUp(self):
self.c = UsgsRest()
def test_by_bbox(self):
self.c.filter(bbox=(-87,46,-85,48))
collection = self.c.collect()
collection.calculate_bounds()
# Returns 4 stations: 04044724, 04045500, 04046000, 04056500
assert len(collection.elements) == 4
assert sorted(map(lambda x: x.uid, collection.elements)) == ["04044724", "04045500", "04046000", "04056500"]
station = collection.elements[0]
assert station.name == "AU TRAIN RIVER AT FOREST LAKE, MI"
# Measures 2 variables
assert len(station.get_unique_members()) == 2
assert station.location.x == -86.8501514
assert station.location.y == 46.34077908
assert station.location.z == 0
# Apply time fitler as well
starting = datetime.utcnow() - timedelta(hours=6)
self.c.filter(start=starting)
collection = self.c.collect()
collection.calculate_bounds()
# Returns 4 stations: 04044724, 04045500, 04046000, 04056500
assert len(collection.elements) == 4
assert sorted(map(lambda x: x.uid, collection.elements)) == ["04044724", "04045500", "04046000", "04056500"]
def test_by_state(self):
# Clear filters
self.c.clear()
# Add custom state filter
self.c.filter(state="ri")
collection = self.c.collect()
# Returns 41 stations
assert len(collection.elements) == 41
station = collection.elements[0]
assert station.name == "TEN MILE R., PAWTUCKET AVE. AT E. PROVIDENCE, RI"
# Measures 2 variables
assert len(station.get_unique_members()) == 2
assert station.location.x == -71.3511649
assert station.location.y == 41.83093376
assert station.location.z == 0
def test_by_site_code(self):
# Clear filters
self.c.clear()
# Add custom state filter
self.c.filter(features=['04001000'])
collection = self.c.collect()
collection.calculate_bounds()
station = collection.elements[0]
assert station.uid == '04001000'
assert station.name == 'WASHINGTON CREEK AT WINDIGO, MI'
assert station.location.x == -89.1459196999999932
assert station.location.y == 47.9212792000000007
assert station.location.z == 0
class USGSTest(unittest.TestCase):
def setUp(self):
self.c = UsgsRest()
def test_by_bbox(self):
self.c.filter(bbox=(-87, 46, -85, 48))
collection = self.c.collect()
collection.calculate_bounds()
# Returns 4 stations: 04044724, 04045500, 04046000, 04056500
assert len(collection.elements) == 4
assert sorted(map(lambda x: x.uid, collection.elements)) == [
"04044724", "04045500", "04046000", "04056500"
]
station = collection.elements[0]
assert station.name == "AU TRAIN RIVER AT FOREST LAKE, MI"
# Measures 2 variables
assert len(station.get_unique_members()) == 2
assert station.location.x == -86.8501514
assert station.location.y == 46.34077908
assert station.location.z == 0
# Apply time filter as well
starting = datetime(2013, 12, 31, 0, 0, 0)
ending = starting + timedelta(hours=6)
self.c.filter(start=starting, end=ending)
collection = self.c.collect()
collection.calculate_bounds()
# Returns 4 stations: 04044724, 04045500, 04046000, 04056500
assert len(collection.elements) == 4
assert sorted(map(lambda x: x.uid, collection.elements)) == [
"04044724", "04045500", "04046000", "04056500"
]
def test_by_state(self):
# Clear filters
self.c.clear()
# Add custom state filter
self.c.filter(state="ri")
collection = self.c.collect()
# Returns 41 stations
assert len(collection.elements) == 41
station = collection.elements[0]
assert station.name == "TEN MILE R., PAWTUCKET AVE. AT E. PROVIDENCE, RI"
# Measures 2 variables
assert len(station.get_unique_members()) == 2
assert station.location.x == -71.3511649
assert station.location.y == 41.83093376
assert station.location.z == 0
def test_by_site_code(self):
# Clear filters
self.c.clear()
# Add custom state filter
self.c.filter(features=['04001000'])
collection = self.c.collect()
collection.calculate_bounds()
station = collection.elements[0]
assert station.uid == '04001000'
assert station.name == 'WASHINGTON CREEK AT WINDIGO, MI'
assert station.location.x == -89.1459196999999932
assert station.location.y == 47.9212792000000007
assert station.location.z == 0
class USGSTest(unittest.TestCase):
def setUp(self):
self.c = UsgsRest()
def test_by_bbox(self):
self.c.filter(bbox=(-87, 46, -85, 48))
collection = self.c.collect()
collection.calculate_bounds()
# Returns 4 stations: 04044724, 04045500, 04046000, 04056500
assert len(collection.elements) == 4
assert sorted([x.uid for x in collection.elements]) == ["04044724", "04045500", "04046000", "04056500"]
station = collection.elements[0]
assert station.name == "AU TRAIN RIVER AT FOREST LAKE, MI"
# Measures 2 variables
assert len(station.get_unique_members()) == 2
assert station.location.x == -86.8501514
assert station.location.y == 46.34077908
assert station.location.z == 0
# Apply time filter as well
starting = datetime(2013, 12, 31, 0, 0, 0)
ending = starting + timedelta(hours=6)
self.c.filter(start=starting, end=ending)
collection = self.c.collect()
collection.calculate_bounds()
# Returns 4 stations: 04044724, 04045500, 04046000, 04056500
assert len(collection.elements) == 4
assert sorted([x.uid for x in collection.elements]) == ["04044724", "04045500", "04046000", "04056500"]
def test_by_state(self):
# Clear filters
self.c.clear()
# Add custom state filter
self.c.filter(state="ri")
collection = self.c.collect()
# Returns 43 stations.
# FIXME: This is a very flaky test! The station number changed from
# 41, to 42 and now 43. (And back to 42!)
assert len(collection.elements) == 42
station = collection.elements[0]
assert station.name == "TEN MILE R., PAWTUCKET AVE. AT E. PROVIDENCE, RI"
# Measures 2 variables
assert len(station.get_unique_members()) == 2
assert station.location.x == -71.3511649
assert station.location.y == 41.83093376
assert station.location.z == 0
def test_by_site_code(self):
# Clear filters
self.c.clear()
# Add custom state filter
self.c.filter(features=['04001000'])
collection = self.c.collect()
collection.calculate_bounds()
station = collection.elements[0]
assert station.uid == '04001000'
assert station.name == 'WASHINGTON CREEK AT WINDIGO, MI'
assert station.location.x == -89.1459196999999932
assert station.location.y == 47.9212792000000007
assert station.location.z == 0
