# bootstrap draws
# if draw number = 0, draws boot0
draw_n = 1000
draws = pr.bs_draws(draw_n)
# bootstrap axial_ll
fpi = decay_axial(pr, 'pion', draws)
# bootstrap axial_ls
fk = decay_axial(pr, 'kaon', draws)
# process output and plot distribution
fpi_proc = c51.process_bootstrap(fpi)
fk_proc = c51.process_bootstrap(fk)
fpi_boot0, fpi_bs = fpi_proc()
fk_boot0, fk_bs = fk_proc()
print fpi_boot0
if pr.plot_hist_flag == 'on':
c51.histogram_plot(fpi_bs, 'F0', 'pion F0')
c51.histogram_plot(fpi_bs, 'E0', 'pion E0')
c51.histogram_plot(fk_bs, 'F0', 'kaon F0')
c51.histogram_plot(fk_bs, 'E0', 'kaon F0')
# plot stability for boot0 fits
if pr.plot_stab_flag == 'on':
c51.stability_plot(fpi_boot0, 'F0', 'boot0 fpi')
c51.stability_plot(fpi_boot0, 'E0', 'boot0 m_pi')
c51.stability_plot(fk_boot0, 'F0', 'boot0 fk')
c51.stability_plot(fk_boot0, 'E0', 'boot0 m_k')
# boot0 result
F0_pi = fpi_proc.read_boot0('F0')
E0_pi = fpi_proc.read_boot0('E0')
F0_k = fk_proc.read_boot0('F0')
E0_k = fk_proc.read_boot0('E0')
# calculate decay constant
decay_kaon_0, decay_kaon_n = decay_kaon_proc()
c51.stability_plot(decay_pion_0, 'E0', 'pion E0')
c51.stability_plot(decay_pion_0, 'Z0_p', 'pion Z0_p')
c51.stability_plot(decay_kaon_0, 'E0', 'kaon E0')
c51.stability_plot(decay_pion_0, 'Z0_s', 'pion Z0_s')
plt.show()
# calculate boot0 decay constant
fpi = decay_constant(params, decay_pion_proc.read_boot0('Z0_p'), decay_pion_proc.read_boot0('E0'), mres_pion_proc.read_boot0('mres'))
fk = decay_constant(params, decay_kaon_proc.read_boot0('Z0_p'), decay_kaon_proc.read_boot0('E0'), mres_pion_proc.read_boot0('mres'), mres_etas_proc.read_boot0('mres'))
ratio = fk/fpi
print 'fk/fpi:', ratio
# calculate bootstrap error
fpi_bs = decay_constant(params, decay_pion_proc.read_bs('Z0_p','on'), decay_pion_proc.read_bs('E0','on'), mres_pion_proc.read_bs('mres','on'))
fk_bs = decay_constant(params, decay_kaon_proc.read_bs('Z0_p','on'), decay_kaon_proc.read_bs('E0','on'), mres_pion_proc.read_bs('mres','on'), mres_etas_proc.read_bs('mres','on'))
plttbl = collections.OrderedDict()
plttbl['tmin'] = decay_pion_proc.tmin
plttbl['tmax'] = decay_pion_proc.tmax
plttbl['fk'] = fk
plttbl['fk_bserr'] = np.std(fk_bs, axis=0)
plttbl['fpi'] = fpi
plttbl['fpi_bserr'] = np.std(fpi_bs, axis=0)
plttbl['fk/fpi'] = fk/fpi
plttbl['fk/fpi_bserr(%)'] = np.std(fk_bs/fpi_bs, axis=0)*100
print tabulate(plttbl, headers='keys')
if params.plot_hist_flag == 'on':
fpi_bs = decay_constant(params, decay_pion_proc.read_bs('Z0_p'), decay_pion_proc.read_bs('E0'), mres_pion_proc.read_bs('mres'))
fk_bs = decay_constant(params, decay_kaon_proc.read_bs('Z0_p'), decay_kaon_proc.read_bs('E0'), mres_pion_proc.read_bs('mres'), mres_etas_proc.read_bs('mres'))
c51.histogram_plot(fpi_bs, xlabel='fpi')
c51.histogram_plot(fk_bs, xlabel='fk')
plt.show()
# bootstrap draws
# if draw number = 0, draws boot0
draw_n = 1000
draws = pr.bs_draws(draw_n)
# bootstrap axial_ll
fpi = decay_axial(pr, 'pion', draws)
# bootstrap axial_ls
fk = decay_axial(pr, 'kaon', draws)
# process output and plot distribution
fpi_proc = c51.process_bootstrap(fpi)
fk_proc = c51.process_bootstrap(fk)
fpi_boot0, fpi_bs = fpi_proc()
fk_boot0, fk_bs = fk_proc()
print fpi_boot0
if pr.plot_hist_flag == 'on':
c51.histogram_plot(fpi_bs, 'F0', 'pion F0')
c51.histogram_plot(fpi_bs, 'E0', 'pion E0')
c51.histogram_plot(fk_bs, 'F0', 'kaon F0')
c51.histogram_plot(fk_bs, 'E0', 'kaon F0')
# plot stability for boot0 fits
if pr.plot_stab_flag == 'on':
c51.stability_plot(fpi_boot0, 'F0', 'boot0 fpi')
c51.stability_plot(fpi_boot0, 'E0', 'boot0 m_pi')
c51.stability_plot(fk_boot0, 'F0', 'boot0 fk')
c51.stability_plot(fk_boot0, 'E0', 'boot0 m_k')
# boot0 result
F0_pi = fpi_proc.read_boot0('F0')
E0_pi = fpi_proc.read_boot0('E0')
F0_k = fk_proc.read_boot0('F0')
E0_k = fk_proc.read_boot0('E0')
# calculate decay constant
print 'fk/fpi:', ratio
# calculate bootstrap error
fpi_bs = decay_constant(params, decay_pion_proc.read_bs('Z0_p', 'on'),
decay_pion_proc.read_bs('E0', 'on'),
mres_pion_proc.read_bs('mres', 'on'))
fk_bs = decay_constant(params, decay_kaon_proc.read_bs('Z0_p', 'on'),
decay_kaon_proc.read_bs('E0', 'on'),
mres_pion_proc.read_bs('mres', 'on'),
mres_etas_proc.read_bs('mres', 'on'))
plttbl = collections.OrderedDict()
plttbl['tmin'] = decay_pion_proc.tmin
plttbl['tmax'] = decay_pion_proc.tmax
plttbl['fk'] = fk
plttbl['fk_bserr'] = np.std(fk_bs, axis=0)
plttbl['fpi'] = fpi
plttbl['fpi_bserr'] = np.std(fpi_bs, axis=0)
plttbl['fk/fpi'] = fk / fpi
plttbl['fk/fpi_bserr(%)'] = np.std(fk_bs / fpi_bs, axis=0) * 100
print tabulate(plttbl, headers='keys')
if params.plot_hist_flag == 'on':
fpi_bs = decay_constant(params, decay_pion_proc.read_bs('Z0_p'),
decay_pion_proc.read_bs('E0'),
mres_pion_proc.read_bs('mres'))
fk_bs = decay_constant(params, decay_kaon_proc.read_bs('Z0_p'),
decay_kaon_proc.read_bs('E0'),
mres_pion_proc.read_bs('mres'),
mres_etas_proc.read_bs('mres'))
c51.histogram_plot(fpi_bs, xlabel='fpi')
c51.histogram_plot(fk_bs, xlabel='fk')
plt.show()