def test_geopoints_relational_operator():
lt = TEST_GEOPOINTS < 1
le = TEST_GEOPOINTS <= 1
gt = TEST_GEOPOINTS > 100
ge = TEST_GEOPOINTS >= 100
assert mv.maxvalue(lt) == 0
assert mv.maxvalue(le) == 0
assert mv.maxvalue(gt) == 1
assert mv.maxvalue(ge) == 1
def test_set_vector_float32_from_numpy_array():
if supports_float32_vectors():
r = np.arange(1, 21, dtype=np.float32)
assert (mv.type(r) == 'vector')
assert (mv.dtype(r) == 'float32')
assert (mv.count(r) == 20)
assert (mv.maxvalue(r) == 20)
def test_add_geopoints():
add = TEST_GEOPOINTS + TEST_GEOPOINTS
maximum = mv.maxvalue(add)
assert np.isclose(maximum, MAX_GPT + MAX_GPT)
def test_sqrt_geopoints():
sqrt_out = mv.sqrt(TEST_GEOPOINTS)
maximum = mv.maxvalue(sqrt_out)
assert mv.type(sqrt_out) == 'geopoints'
assert np.isclose(maximum, MAX_SQRT_GPT)
def test_distance():
dist = mv.distance(TEST_FIELDSET, 0, 0)
minimum = mv.minvalue(dist)
maximum = mv.maxvalue(dist)
assert np.isclose(minimum, 0.0)
assert np.isclose(maximum, SEMI_EQUATOR)
def test_power():
raised_two = TEST_FIELDSET**2
maximum = mv.maxvalue(raised_two)
assert np.isclose(maximum, MAX_VALUE**2)
def test_division_fieldsets():
div = TEST_FIELDSET / TEST_FIELDSET
maximum = mv.maxvalue(div)
assert np.isclose(maximum, 1)
def test_division():
divided_two = TEST_FIELDSET / 2
maximum = mv.maxvalue(divided_two)
assert np.isclose(maximum, MAX_VALUE / 2)
def test_product():
times_two = TEST_FIELDSET * 2
maximum = mv.maxvalue(times_two)
assert np.isclose(maximum, MAX_VALUE * 2)
def test_sqrt():
sqrt_fd = mv.sqrt(TEST_FIELDSET)
maximum = mv.maxvalue(sqrt_fd)
assert np.isclose(maximum, np.sqrt(MAX_VALUE))
def test_sub_fieldsets():
sub = TEST_FIELDSET - TEST_FIELDSET
maximum = mv.maxvalue(sub)
assert np.isclose(maximum, 0)
def test_sub():
minus_two = TEST_FIELDSET - 2
maximum = mv.maxvalue(minus_two)
assert np.isclose(maximum, MAX_VALUE - 2)
def test_add_fieldsets():
sum = TEST_FIELDSET + TEST_FIELDSET
maximum = mv.maxvalue(sum)
assert np.isclose(maximum, MAX_VALUE + MAX_VALUE)
def test_add():
plus_two = TEST_FIELDSET + 2
maximum = mv.maxvalue(plus_two)
assert np.isclose(maximum, MAX_VALUE + 2)
def test_maxvalue():
maximum = mv.maxvalue(TEST_FIELDSET)
assert np.isclose(maximum, MAX_VALUE)
def test_prod_geopoints():
prod = TEST_GEOPOINTS * TEST_GEOPOINTS
maximum = mv.maxvalue(prod)
assert np.isclose(maximum, MAX_GPT * MAX_GPT)
def test_product_fieldsets():
prod = TEST_FIELDSET * TEST_FIELDSET
maximum = mv.maxvalue(prod)
assert np.isclose(maximum, MAX_VALUE * MAX_VALUE)
def test_set_vector_from_numpy_array():
r = np.arange(1, 21, dtype=np.float64)
assert (mv.type(r) == 'vector')
assert (mv.dtype(r) == 'float64')
assert (mv.count(r) == 20)
assert (mv.maxvalue(r) == 20)