def test_radec2sky():
"""Test function: Region.radec2sky"""
ra, dec = (15, -45)
sky = Region.radec2sky(ra, dec)
if not (np.all(sky == [(ra, dec)])): raise AssertionError("radec2sky broken on non-list input")
ra = [0, 10]
dec = [-45, 45]
sky = Region.radec2sky(ra, dec)
answer = np.array([(ra[0], dec[0]), (ra[1], dec[1])])
if not (np.all(sky == answer)): raise AssertionError('radec2sky broken on list input')
def test_radec2sky():
"""Test function: Region.radec2sky"""
ra, dec = (15, -45)
sky = Region.radec2sky(ra, dec)
if not (np.all(sky == [(ra, dec)])):
raise AssertionError("radec2sky broken on non-list input")
ra = [0, 10]
dec = [-45, 45]
sky = Region.radec2sky(ra, dec)
answer = np.array([(ra[0], dec[0]), (ra[1], dec[1])])
if not (np.all(sky == answer)):
raise AssertionError('radec2sky broken on list input')
def test_sky2vec2sky():
"""Test that function Region.vec2sky and Region.sky2vec are mutual inverses"""
ra, dec = np.radians(np.array((0, -45)))
sky = Region.radec2sky(ra, dec)
vec = Region.sky2vec(sky)
sky2 = Region.vec2sky(vec)
if not (np.all(np.array(sky2) - np.array(sky) == 0)): raise AssertionError("sky2vec2sky failed")
vec2 = Region.sky2vec(sky2)
if not (np.all(np.array(vec) - np.array(vec2) == 0)): raise AssertionError('vec2sky2vec failed')
def test_sky2vec2sky():
"""Test that function Region.vec2sky and Region.sky2vec are mutual inverses"""
ra, dec = np.radians(np.array((0, -45)))
sky = Region.radec2sky(ra, dec)
vec = Region.sky2vec(sky)
sky2 = Region.vec2sky(vec)
if not (np.all(np.array(sky2) - np.array(sky) == 0)):
raise AssertionError("sky2vec2sky failed")
vec2 = Region.sky2vec(sky2)
if not (np.all(np.array(vec) - np.array(vec2) == 0)):
raise AssertionError('vec2sky2vec failed')
