def test_band_zp_vs_Jy(self):
bands = band.band_load_names()
for bname in bands:
b = band.band_by_name(bname)
if b.is_zp and b.is_Jy:
m_ab = Flux2MagAB(b.Jy * phys.jy_to_erg)
self.assertAlmostEqual(m_ab, b.zp, msg="Band [%s] zp and Jy should be coincide each other. "
"zp=%f, m_zp(Jy) = %f, Jy = %f"
% (b.name, b.zp, m_ab, b.Jy),
delta=0.01)
def test_band_zp_vs_Jy(self):
bands = band.band_load_names()
for bname in bands:
b = band.band_by_name(bname)
if b.is_zp and b.is_Jy:
m_ab = Flux2MagAB(b.Jy * phys.jy_to_erg)
self.assertAlmostEqual(
m_ab,
b.zp,
msg="Band [%s] zp and Jy should be coincide each other. "
"zp=%f, m_zp(Jy) = %f, Jy = %f" %
(b.Name, b.zp, m_ab, b.Jy),
delta=0.01)
def test_band_colors_name(self):
bands = band.band_load_names()
for bname in bands:
self.assertTrue(bname in band.colors(),
"You have not color for band: %s" % bname)
def test_load_names(self):
bands = band.band_load_names()
self.assertTrue(
len(bands) > 0, "You have to see more bands. Not %d" % len(bands))
def test_band_colors_name(self):
bands = band.band_load_names()
for bname in bands:
self.assertTrue(bname in band.bands_colors(), "You have not color for band: %s" % bname)
def test_load_names(self):
bands = band.band_load_names()
self.assertTrue(len(bands) > 0, "You have to see more bands. Not %d" % len(bands))
