10  Fit derivative B64

[1] “/home/garofalo/analysis/flow/data/fit_all_B64_LMA/der_fpi_vs_mu” \chi^2/dof= 3.56075

P	value
P[0]	1.14(22)

fpi(mc_sim)= 0.052597(59)

fpi(mc_iso)= 0.052602(59)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.000103(30)

[1] “/home/garofalo/analysis/flow/data/fit_all_B64_LMA/der_fpi_vs_mu_mu2” \chi^2/dof= 1.87524

P	value
P[0]	4.8(1.2)
P[1]	-3.7(1.1)

fpi(mc_sim)= 0.052597(59)

fpi(mc_iso)= 0.052620(60)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.00044(14)

[1] “/home/garofalo/analysis/flow/data/fit_all_B64_LMA/der_fpi_vs_mu_mu2_mu3” \chi^2/dof= 2.39372

P	value
P[0]	6.4(2.9)
P[1]	-26(38)
P[2]	22(38)

fpi(mc_sim)= 0.052597(59)

fpi(mc_iso)= 0.052627(62)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.00057(27)

[1] “/home/garofalo/analysis/flow/data/fit_all_B64_LMA/der_fpi_0123_vs_mu_mu2” \chi^2/dof= 1.87524

P	value
P[0]	4.8(1.2)
P[1]	-3.7(1.1)

fpi(mc_sim)= 0.052597(59)

fpi(mc_iso)= 0.052620(60)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.00044(14)

[1] “/home/garofalo/analysis/flow/data/fit_all_B64_LMA/der_fpi_012_vs_mu_mu2” \chi^2/dof= 1.87524

P	value
P[0]	4.8(1.2)
P[1]	-3.7(1.1)

fpi(mc_sim)= 0.052597(59)

fpi(mc_iso)= 0.052620(60)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.00044(14)

<r >

10.1 loop statistic

\chi^2/dof= 2.38912

P	value
P[0]	4.8(1.2)

fpi(mc_sim)= 0.052565(67)

fpi(mc_iso)= 0.052588(67)

10.2 M

[1] “/home/garofalo/analysis/flow/data//fit_all_B64_LMA/der_Mpi_vs_mu” \chi^2/dof= 1.52742

P	value
P[0]	-0.26(12)

Mpi(mc_sim)= 0.052597(59)

Mpi(mc_iso)= 0.052596(59)

(dMpi/dmu)(mc_iso-mc_sim)/Mpi= -2.3(1.2)e-5

[1] “/home/garofalo/analysis/flow/data//fit_all_B64_LMA/der_Mpi_vs_mu2” \chi^2/dof= 1.43149

P	value
P[0]	-0.28(13)

Mpi(mc_sim)= 0.052597(59)

Mpi(mc_iso)= 0.052597(59)

(dMpi/dmu)(mc_iso-mc_sim)/Mpi= -7.3(3.6)e-8

[1] “/home/garofalo/analysis/flow/data//fit_all_B64_LMA/der_Mpi_vs_mu_mu2” \chi^2/dof= 1.72418

P	value
P[0]	0.39(76)
P[1]	-0.67(78)

Mpi(mc_sim)= 0.052597(59)

Mpi(mc_iso)= 0.052599(59)

(dMpi/dmu)(mc_iso-mc_sim)/Mpi= 3.5(6.9)e-5