spectrum_file = args.filename
spectrum = Spectrum(spectrum_file)
object_type = spectrum.object_type
redshift = spectrum.redshift.z
velocity = spectrum.redshift.velocity
distance = spectrum.redshift.distance
print(f"\n-------------\nObject Type\n-------------\n{object_type}")
print(f"\n--------\nRedshift\n--------\n{redshift}")
print(f"\n------------------------\nVelocity (from redshift)\n------------------------\n{velocity}")
print(f"\n------------------------\nDistance (from redshift)\n------------------------\n{distance}")
print("\n-----------\nLuminosity\n-----------")
for l in spectrum.luminosity[:5]:
print(l)
print("\n----\nInfo\n----")
print(spectrum.display_info())
print("\n---------\nHeader 1\n---------")
print(spectrum.display_headers(1))
<<<<<<< HEAD
#spectrum.plot_spectrum(show=True, plotlines=None) # for no lines
#spectrum.plot_spectrum(show=True, plotlines=[5578, 5877]) # the two lines in file "spec-10000-57346-0007.fits"
spectrum.plot_spectrum() # alternative to show default line plot; can also show plotlines=None
=======
# spectrum.plot_spectrum(show=True, plotlines=[5578, 5877]) # the two lines in file "spec-10000-57346-0007.fits"
spectrum.plot_spectrum() # alternative to show default line plot; can also show plotlines=None
>>>>>>> a7ec745e5bad002b6d651fe2c9ba784f563897d6
