def test_ang2ipix_dec_above_range(): ''' Test that out of range dec values (> 90) are caught. ''' # The underlying Q3C code will truncate dec values outside of [-90,90]. # Make sure that we check for this before calling the function. ra = 56.0 dec = 255.0 q = QLSC(depth=30) truncated_dec_ipix = q.ang2ipix(56.0, 90) # 864691128455135232 correct_ipix = 6037741812941379589 assert q.ang2ipix(ra,dec) == correct_ipix, "QLSC.ang2ipix is allowing out of range dec values (> 90) to be truncated."
def test_ang2ipix_dec_below_range(): ''' Test that out of range dec values (< -90) are caught. ''' # The underlying Q3C code will truncate dec values outside of [-90,90]. # Make sure that we check for this before calling the function. ra = 56.0 dec = -135 q = QLSC(depth=30) truncated_dec_ipix = q.ang2ipix(56.0, -90) # 6629298651489370112 correct_ipix = 5816706551187910542 assert q.ang2ipix(ra,dec) == correct_ipix, "QLSC.ang2ipix is allowing out of range dec values (< -90) to be truncated."
def test_ang2ipix_points_with_dec_out_of_range(): ''' Test ang2ipix from array with dec values out of range. ''' points = np.array([[0, 102], [35, -132], [32, 99]], dtype=np.double) q = QLSC(depth=30) ipix = q.ang2ipix(points=points) assert (ipix == np.array([ 876126745706244234, 5824629191300107707, 680379582899038849], dtype=np.int64)).all(), "use of points array with dec out of range failed"
def test_ang2ipix_points(): ''' Test ang2ipix from array. ''' points = np.array([[0, 12], [35, 32], [32, -32]], dtype=np.double) q = QLSC(depth=30) ipix = q.ang2ipix(points=points) assert (ipix == np.array([2029048250313091210, 2275510515682463237, 1550784043278934694], dtype=np.int64)).all(), "use of points array failed"
def test_ang2ipix_array( depth, ra, dec, ipix): ''' Test ang2ipix using arrays, testing both float and double array types. ''' q = QLSC(depth=depth) assert ipix == q.ang2ipix(ra, dec)
def test_ang2ipix_scalar(depth, ra, dec, ipix): ''' Test QLSC ang2ipix using scalar values. ''' q = QLSC(depth=depth) assert ipix == q.ang2ipix(ra, dec)