def test_get_speed_with_rainfall_mph_avg_speed_always_constant(self):
assert numpy.isclose(
rb.get_speed_with_rainfall_mph("TEST_STREET3", "Dual Carriageway",
5, "Monday", 0.1), 35.9989)
assert numpy.isclose(
rb.get_speed_with_rainfall_mph("TEST_STREET3", "Dual Carriageway",
16, "Monday", 0.8), 35.9989)
def test_throws_value_error_when_road_does_not_contain_inputted_nature(
self):
with pytest.raises(ValueError):
assert rb.get_speed_with_rainfall_mph("TEST_STREET2",
"Dual Carriageway", 5,
"Monday", 0)
def test_get_speed_no_rainfall_same_as_0_depth(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday", 0) == \
rb.get_speed_without_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday")
def test_day_of_week_int_or_string(self):
assert rb.get_speed_with_rainfall_mph("test_street1", "Dual Carriageway", 5, "Monday", 0) == \
rb.get_speed_with_rainfall_mph("test_street1", "Dual Carriageway", 5, 1, 0)
def test_get_speed_with_rainfall_mph(self):
# Test the calculations are working correctly
assert numpy.isclose(
rb.get_speed_with_rainfall_mph("TEST_STREET3",
"Single Carriageway", 5, "Monday",
0.1), 11.709)
def test_get_speed_with_rainfall_mph_avg_speed_always_constant(self):
assert numpy.isclose(rb.get_speed_with_rainfall_mph("TEST_STREET3", "Dual Carriageway", 5, "Monday", 0.1), 35.9989)
assert numpy.isclose(rb.get_speed_with_rainfall_mph("TEST_STREET3", "Dual Carriageway", 16, "Monday", 0.8), 35.9989)
def test_road_uppercase_or_lower_case_irrelevant(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET1", "Dual Carriageway", 5, "Monday", 0) == \
rb.get_speed_with_rainfall_mph("test_street1", "Dual Carriageway", 5, "Monday", 0)
def test_road_uppercase_or_lower_case_irrelevant(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET1", "Dual Carriageway", 5, "Monday", 0) == \
rb.get_speed_with_rainfall_mph("test_street1", "Dual Carriageway", 5, "Monday", 0)
def test_day_of_week_int_or_string(self):
assert rb.get_speed_with_rainfall_mph("test_street1", "Dual Carriageway", 5, "Monday", 0) == \
rb.get_speed_with_rainfall_mph("test_street1", "Dual Carriageway", 5, 1, 0)
def test_speed_comparison_mph_to_ms(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday", 0.3) * rb._MPH_TO_MPS == \
rb.get_speed_with_rainfall_ms("TEST_STREET5", "Single Carriageway", 5, "Monday", 0.3)
def test_nature_approximation(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday", 0.3) == \
rb.get_speed_with_rainfall_mph("TEST_STREET5", "SinGllle Carriagewway", 5, "Monday", 0.3)
assert rb.get_speed_with_rainfall_mph("TEST_STREET1", "Dual Carriageway", 5, "Monday", 0) == \
rb.get_speed_with_rainfall_mph("TEST_STREET1", "Dual Cawy", 5, "Monday", 0)
def test_api_catches_increasing_model_and_return_0_depth_instead(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET2", "Single Carriageway", 5, "Monday", 0.1) == \
rb.get_speed_without_rainfall_mph("TEST_STREET2", "Single Carriageway", 5, "Monday")
def test_throws_value_error_when_road_does_not_contain_inputted_nature(self):
with pytest.raises(ValueError):
assert rb.get_speed_with_rainfall_mph("TEST_STREET2", "Dual Carriageway", 5, "Monday", 0)
def test_get_speed_no_rainfall_same_as_0_depth(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday", 0) == \
rb.get_speed_without_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday")
def test_api_catches_increasing_model_and_return_0_depth_instead(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET2", "Single Carriageway", 5, "Monday", 0.1) == \
rb.get_speed_without_rainfall_mph("TEST_STREET2", "Single Carriageway", 5, "Monday")
def test_nature_approximation(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday", 0.3) == \
rb.get_speed_with_rainfall_mph("TEST_STREET5", "SinGllle Carriagewway", 5, "Monday", 0.3)
assert rb.get_speed_with_rainfall_mph("TEST_STREET1", "Dual Carriageway", 5, "Monday", 0) == \
rb.get_speed_with_rainfall_mph("TEST_STREET1", "Dual Cawy", 5, "Monday", 0)
def test_speed_comparison_mph_to_ms(self):
assert rb.get_speed_with_rainfall_mph("TEST_STREET5", "Single Carriageway", 5, "Monday", 0.3) * rb._MPH_TO_MPS == \
rb.get_speed_with_rainfall_ms("TEST_STREET5", "Single Carriageway", 5, "Monday", 0.3)
def test_get_speed_with_rainfall_mph(self):
# Test the calculations are working correctly
assert numpy.isclose(rb.get_speed_with_rainfall_mph("TEST_STREET3", "Single Carriageway", 5, "Monday", 0.1), 11.709)