( ichoice = 12 accu = 0.0005
 ( flux file =q2data/flux_spline_area_Baker_81.dat in CreateFluxSplineArea
 ( flux file =q2data/flux_spline_area_Baker_81.dat in CreateFluxSplineArea
 ( sigma_theory = 218.766, nucleons=6.2147e+23, flux_scale = 1e-42
 ( cube size = 97.61
 ( number of QE events = 1.2644e-10
 ( Exp=Baker_81 sigma_thy =218.766
 ( Intergration Accuracy =0.0005
 ( max_integ_times_q2_flux=20
 (IBIN_CHI_START = 0 IBIN_CHI_END = 0 m_P = 0.938919 M2 = 0.881569
 (solve_F_A_data_theory = data
 ( nu_nub=nu, m_A=1.015, g_A=-1.267, m_V=0.842615
 ( GEp=Lagr, GEn=Lagr25, GMp=Lagr, GMn=Lagr25,  F_A = dipole
 ( nucCorrType=SinghD
 ( fun_times_G_E_p = const, fact_G_E_p = 1
 ( fun_times_G_E_n = const, fact_G_E_n = 1
 ( fun_times_G_M_p = const, fact_G_M_p = 1
 ( fun_times_G_M_n = const, fact_G_M_n = 1
 ( fun_times_F_A = const, fact_F_A = 1
 ( fun_times_F_1_V = const, fact_F_1_V = 1
 ( fun_times_cF_2_V = const, fact_F_1_V = 1
 ( fun_times_F_A = const, fact_F_1_V = 1
 ( Write_td_file_F_A_calc, numThyPts = 100
 ( Exp=Baker_81 sigma_thy =218.766
0.118044 0.901546  0.0542476
0.26433 0.838398  0.0429866
0.444415 0.714384  0.0425924
0.624588 0.488481  0.0434052
0.804773 0.369994  0.0448599
1.06025 0.273998  0.033995
1.4218 0.222001  0.0378329
1.78205 0.193303  0.0427603
2.14218 0.0873336  0.0497505
2.55361 0.139391  0.0505984
 ( flux file =q2data/flux_Miller_82.spl in ReadSplineFile 
 ( sigma_theory = 2.06885, nucleons=6.2147e+23, flux_scale = 1e-42
 ( cube size = 97.61
 ( number of QE events = 1.19573e-12
 ( Exp=Miller_82 sigma_thy =2.06885
 ( Intergration Accuracy =0.0005
 ( max_integ_times_q2_flux=20
 (IBIN_CHI_START = 0 IBIN_CHI_END = 0 m_P = 0.938919 M2 = 0.881569
 (solve_F_A_data_theory = data
 ( nu_nub=nu, m_A=1.015, g_A=-1.267, m_V=0.842615
 ( GEp=Lagr, GEn=Lagr25, GMp=Lagr, GMn=Lagr25,  F_A = dipole
 ( nucCorrType=SinghD
 ( fun_times_G_E_p = const, fact_G_E_p = 1
 ( fun_times_G_E_n = const, fact_G_E_n = 1
 ( fun_times_G_M_p = const, fact_G_M_p = 1
 ( fun_times_G_M_n = const, fact_G_M_n = 1
 ( fun_times_F_A = const, fact_F_A = 1
 ( fun_times_F_1_V = const, fact_F_1_V = 1
 ( fun_times_cF_2_V = const, fact_F_1_V = 1
 ( fun_times_F_A = const, fact_F_1_V = 1
 ( Write_td_file_F_A_calc, numThyPts = 100
 ( Exp=Miller_82 sigma_thy =2.06885
0.120491 0.949192  0.0353688
0.289989 0.835309  0.03144
0.490101 0.602793  0.0347446
0.690269 0.358848  0.0396388
0.890636 0.344761  0.0458493
1.16575 0.359908  0.0401961
1.56728 0.250891  0.0542324
2.06662 0.0640688  0.0604666
 ( flux file =q2data/flux_spline_area_Kitagaki_83.dat in CreateFluxSplineArea
 ( sigma_theory = 1200, nucleons=6.2147e+23, flux_scale = 1e-42
 ( cube size = 97.61
 ( number of QE events = 6.9356e-10
 ( Exp=Kitagaki_83 sigma_thy =1200
 ( Intergration Accuracy =0.0005
 ( max_integ_times_q2_flux=20
 (IBIN_CHI_START = 0 IBIN_CHI_END = 0 m_P = 0.938919 M2 = 0.881569
 solve_F_A_data_theory = data
 ( nu_nub=nu, m_A=1.015, g_A=-1.267, m_V=0.842615
 ( GEp=Lagr, GEn=Lagr25, GMp=Lagr, GMn=Lagr25,  F_A = dipole
 ( nucCorrType=SinghD
 ( fun_times_G_E_p = const, fact_G_E_p = 1
 ( fun_times_G_E_n = const, fact_G_E_n = 1
 ( fun_times_G_M_p = const, fact_G_M_p = 1
 ( fun_times_G_M_n = const, fact_G_M_n = 1
 ( fun_times_F_A = const, fact_F_A = 1
 ( fun_times_F_1_V = const, fact_F_1_V = 1
 ( fun_times_cF_2_V = const, fact_F_1_V = 1
 ( fun_times_F_A = const, fact_F_1_V = 1
 ( Write_td_file_F_A_calc, numThyPts = 100
 ( Exp=Kitagaki_83 sigma_thy =1200
0.148346 0.916492  0.112274
0.2936 0.744064  0.0820876
0.494398 0.561099  0.0856695
0.695034 0.301949  0.0884619
0.895538 0.511485  0.0905937
1.18459 0.377731  0.0655378
1.58679 0.234841  0.0668285
3.11445 0.0489178  0.0211011
 ( flux file =q2data/flux_spline_area_Kitagaki_90.dat in CreateFluxSplineArea
 ( sigma_theory = 223.246, nucleons=6.2147e+23, flux_scale = 1e-42
 ( cube size = 97.61
 ( number of QE events = 1.29029e-10
 ( Exp=Kitagaki_90 sigma_thy =223.246
 ( Intergration Accuracy =0.0005
 ( max_integ_times_q2_flux=20
 (IBIN_CHI_START = 0 IBIN_CHI_END = 0 m_P = 0.938919 M2 = 0.881569
 (solve_F_A_data_theory = data
 ( nu_nub=nu, m_A=1.015, g_A=-1.267, m_V=0.842615
 ( GEp=Lagr, GEn=Lagr25, GMp=Lagr, GMn=Lagr25,  F_A = dipole
 ( nucCorrType=SinghD
 ( fun_times_G_E_p = const, fact_G_E_p = 1
 ( fun_times_G_E_n = const, fact_G_E_n = 1
 ( fun_times_G_M_p = const, fact_G_M_p = 1
 ( fun_times_G_M_n = const, fact_G_M_n = 1
 ( fun_times_F_A = const, fact_F_A = 1
 ( fun_times_F_1_V = const, fact_F_1_V = 1
 ( fun_times_cF_2_V = const, fact_F_1_V = 1
 ( fun_times_F_A = const, fact_F_1_V = 1
 ( Write_td_file_F_A_calc, numThyPts = 100
 ( Exp=Kitagaki_90 sigma_thy =223.246
0.0986473 0.9124  0.0415455
0.198145 0.870828  0.0403781
0.298263 0.79505  0.0398521
0.421097 0.670235  0.0323116
0.635107 0.543179  0.0234064
0.975253 0.31025  0.0218817
1.37732 0.247349  0.0245758
1.77786 0.187715  0.0281247
2.38147 0.104432  0.0234118