def test_fluxErgHz_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'erg/s/cm2/Hz', 2.48)
value = flux.value
y = 267114768119146.75
assert value == pytest.approx(y)
def test_fluxErgAAto_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'erg/s/cm2/Angstroms', 2.48)
value = flux.value
y = 54799.99999999999
assert value == y
def test_fluxWHz_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'W/m2/Hz', 2.48)
value = flux.value
y = 2.671147e+17
assert value == pytest.approx(y)
def test_fluxWAA_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'W/m2/Angstroms', 2.48)
value = flux.value
y = 54799999.99999999
assert value == pytest.approx(y)
def test_Jy_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'Jy', 2.48)
value = flux.value
y = 2.671147e-09
assert value == pytest.approx(y)
def test_nm_to_um():
sc = spectrumConversion()
wavelength = sc.transform_wUnits(5.48, 'nm')
x = 0.00548
quantity_converted = x * u.micron
assert wavelength.unit == quantity_converted.unit
assert wavelength.value == pytest.approx(quantity_converted.value)
def test_uJy_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'uJy', 2.48)
value = flux.value
y = 1.64286266984e-14
assert value == pytest.approx(y)
def test_mJy_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'mJy', 2.48)
value = flux.value
y = 2.6729968e-12
assert value == pytest.approx(y)
def test_flam_to_flam():
sc = spectrumConversion()
flux = sc.transform_fUnits(5.48, 'erg/s/cm2/um', 2.48)
value = flux.value
y = 5.48
assert value == pytest.approx(y)