def test_short():
from jetset.plot_sedfit import plt
plt.ioff()
test_jet()
sed_data = data()
print('done')
my_shape = spectral_indices(sed_data)
print('done')
my_shape = sed_shaper(my_shape)
print('done')
prefit_jet = model_constr(my_shape)
print('done')
model_fit_lsb(sed_data, my_shape)
def test_full():
from jetset.plot_sedfit import plt
plt.ioff()
test_jet()
sed_data = data()
print('done')
my_shape = spectral_indices(sed_data)
print('done')
my_shape = sed_shaper(my_shape)
print('done')
prefit_jet = model_constr(my_shape)
print('done')
jet_lsb, model_minimizer_lsb, fit_model_lsb = model_fit_lsb(
sed_data, my_shape)
jet_minuit, model_minimizer_minuit = model_fit_minuit(sed_data, my_shape)
def test_short(plot=False):
from jetset.plot_sedfit import plt
try:
plt.ioff()
test_jet(plot)
sed_data = data(plot)
print('done')
my_shape = spectral_indices(sed_data, plot)
print('done')
my_shape = sed_shaper(my_shape, plot)
print('done')
prefit_jet = model_constr(my_shape, plot)
print('done')
jet_lsb, model_minimizer_lsb, fit_model_lsb = model_fit_lsb(
sed_data, my_shape, plot)
print('TEST PASSED: OK')
except Exception as e:
return RuntimeError('test failed', e)
def test_full(plot=False):
from jetset.plot_sedfit import plt
plt.ioff()
test_jet(plot=plot)
test_hadronic_jet(plot=plot)
fit_model, model_minimizer, data = test_model_fit(minimizer='lsb',
sed_number=1)
fit_model, model_minimizer, data = test_model_fit(minimizer='minuit',
sed_number=1)
fit_model, model_minimizer, data = test_model_fit(minimizer='lsb',
sed_number=2)
test_ebl(plot=plot)
test_ebl_jet(plot=plot)
test_ebl_jet_fit(plot=plot)
test_emcee(plot=plot)
test_dep_par(plot=plot)
test_dep_par_jet(plot=plot)
test_dep_par_composite_model(plot=plot)
test_hadronic_jet(plot=plot)
def test_my_foo():
from jetset.plot_sedfit import plt
plt.ioff()
j = Jet()
j.eval()
j.energetic_report()