def test_colorado_montana_overlap_area():
## Test get_overlap_area() with two non-adjecent state polygon objects
with open('./data/colorado.json', 'r') as f_colorado:
d_colorado = json.load(f_colorado)
json_colorado = json.dumps(d_colorado)
with open('./data/montana.json', 'r') as f_montana:
d_montana = json.load(f_montana)
json_montana = json.dumps(d_montana)
result = check_polygon_intersection(json_colorado, json_montana)
assert (result == INTERSECTION_FALSE) == True
def test_colorado_wyoming_overlap_area():
## Test get_overlap_area() with two adjecent state polygon objects
with open('./data/colorado.json', 'r') as f_colorado:
d_colorado = json.load(f_colorado)
json_colorado = json.dumps(d_colorado)
with open('./data/wyoming.json', 'r') as f_wyoming:
d_wyoming = json.load(f_wyoming)
json_wyoming = json.dumps(d_wyoming)
result = check_polygon_intersection(json_colorado, json_wyoming)
assert (result == INTERSECTION_TRUE) == True
def test_exception_on_invalid_geojson():
## Test check_polygon_intersection() for raise(InvalidGeoJson) on invalid GeoJSON format
with pytest.raises(InvalidGeoJson):
result = check_polygon_intersection(NON_POLY, POLY_GOOD)
def test_polygon_NON_intersection():
## Test check_polygon_intersection() with two polygons that do NOT intersect
result = check_polygon_intersection(POLY_1, POLY_2)
assert (result == INTERSECTION_FALSE) == True
def test_polygon_intersection():
## Test check_polygon_intersection() with two polygons that do intersect
result = check_polygon_intersection(POLY_1, POLY_1)
assert (result == INTERSECTION_TRUE) == True