def display_results(options):
"""
Display the analysis results
:param options:
:return:
"""
# Load the histogram
adcs = histogram.Histogram(filename=options.output_directory +
options.histo_filename)
# Define Geometry
geom = geometry.generate_geometry_0()
# Perform some plots
display.display_fit_result(adcs,
geom,
index_var=2,
limits=[0., 2.],
bin_width=0.05)
display.display_fit_result(adcs,
geom,
index_var=1,
limits=[1950., 2050.],
bin_width=10.)
# display([adcs], geom, fit_hv_off.slice_func, norm='linear')
input('press button to quit')
return
if options.verbose:
print('--|> Recover fit results for G and sigmas from %s' %
(options.output_directory + 'full_' + options.fit_filename))
file = np.load(options.output_directory + 'full_' + options.fit_filename)
mpes_full.fit_result = np.copy(file['full_mpe_fit_result'])
mpes_full.fit_function = fit_full_mpe.fit_func
#del(mpes_full)
file.close()
# Leave the hand
plt.ion()
# Define Geometry
geom = generate_geometry_0()
display_var(mpes_full,
geom,
title='$\sigma_e$ [ADC]',
index_var=2,
limit_min=0.8,
limit_max=1.2,
bin_width=0.05)
display_var(mpes_full,
geom,
title='$\sigma_i$ [ADC]',
index_var=3,
limit_min=0.4,
limit_max=0.5,
bin_width=0.002)