def plot(self,save_path=r'D:\analysis\output'):
ZZ_corr_err=sscorr.get_correlation_errors(self.ZZ_corr)
XX_corr_err=sscorr.get_correlation_errors(self.XX_corr)
XmX_corr_err=sscorr.get_correlation_errors(self.XmX_corr)
fig=plt.figure()
plt.subplot(231)
sscorr.plot_uncorrected(self.ZZ_corr, ZZ_corr_err)
plt.subplot(232)
sscorr.plot_uncorrected(self.XX_corr, XX_corr_err)
plt.subplot(233)
sscorr.plot_uncorrected(self.XmX_corr, XmX_corr_err)
ZZ_c_corr, ZZ_c_corr_err=sscorr.ssro_correct_twoqubit_state_photon_numbers(self.ZZ_corr,
self.F0a, self.F0b, self.F1a, self.F1b,
dF0a=self.dF0a, dF0b=self.dF0b, dF1a=self.dF1a, dF1b=self.dF1b,
verbose=False, return_error_bars=True)
XX_c_corr, XX_c_corr_err=sscorr.ssro_correct_twoqubit_state_photon_numbers(self.XX_corr,
self.F0a, self.F0b, self.F1a, self.F1b,
dF0a=self.dF0a, dF0b=self.dF0b, dF1a=self.dF1a, dF1b=self.dF1b,
verbose=False, return_error_bars=True)
XmX_c_corr, XmX_c_corr_err=sscorr.ssro_correct_twoqubit_state_photon_numbers(self.XmX_corr,
self.F0a, self.F0b, self.F1a, self.F1b,
dF0a=self.dF0a, dF0b=self.dF0b, dF1a=self.dF1a, dF1b=self.dF1b,
verbose=False, return_error_bars=True)
plt.subplot(234)
sscorr.plot_corrected(ZZ_c_corr, ZZ_c_corr_err)
plt.subplot(235)
sscorr.plot_corrected(XX_c_corr, XX_c_corr_err)
plt.subplot(236)
sscorr.plot_corrected(XmX_c_corr, XmX_c_corr_err)
plt.suptitle('Correlations for state '+self.state+' with w_start ' + str(self.w_start) +\
', w_length ' +str(self.w_length)+ ', w_dt ' + str(self.w_dt) + \
'\n and Fidelity F='+str(self.F)+'+/-'+str(self.dF))
fig.set_size_inches(12,12)
fig.savefig(os.path.join(save_path,'fidelity'+'_'+self.state+'.pdf'))
return fig
if estimate[0:3]=='mle':
c_zz=MLE_psi2zz
u_c_zz=u_MLE_psi2zz
c_xx=MLE_psi2xx
u_c_xx=u_MLE_psi2xx
c_xmx=MLE_psi2xmx
u_c_xmx=u_MLE_psi2xmx
if estimate[-3:]=='yes':
uub_c_zz=uub_MLE_psi2zz
uub_c_xx=uub_MLE_psi2xx
uub_c_xmx=uub_MLE_psi2xmx
ulb_c_zz=ulb_MLE_psi2zz
ulb_c_xx=ulb_MLE_psi2xx
ulb_c_xmx=ulb_MLE_psi2xmx
u_zz=sscorr.get_correlation_errors(zz)
u_xx=sscorr.get_correlation_errors(xx)
u_xmx=sscorr.get_correlation_errors(xmx)
if estimate=='ro_correct':
c_zz, u_c_zz=sscorr.ssro_correct_twoqubit_state_photon_numbers(zz[::-1],
F0a, F0b, F1a, F1b,
dF0a=dF0a, dF0b=dF0b, dF1a=dF1a, dF1b=dF1b,
verbose=False, return_error_bars=True)
c_xx,u_c_xx=sscorr.ssro_correct_twoqubit_state_photon_numbers(xx[::-1],
F0a, F0b, F1a, F1b,
dF0a=dF0a, dF0b=dF0b, dF1a=dF1a, dF1b=dF1b,
verbose=False, return_error_bars=True)
c_xmx, u_c_xmx=sscorr.ssro_correct_twoqubit_state_photon_numbers(xmx[::-1],
F0a, F0b, F1a, F1b,
dF0a=dF0a, dF0b=dF0b, dF1a=dF1a, dF1b=dF1b,
