7  Fit derivative C80

[1] “/home/garofalo/analysis/flow/data//fit_all_C80_LMA/der_fpi_vs_mu” \chi^2/dof= 5.38759

P	value
P[0]	0.83(16)

fpi(mc_sim)= 0.045070(42)

fpi(mc_iso)= 0.045076(42)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.000119(28)

[1] “/home/garofalo/analysis/flow/data//fit_all_C80_LMA/der_fpi_vs_mu2” \chi^2/dof= 6.43184

P	value
P[0]	0.73(15)

fpi(mc_sim)= 0.045070(42)

fpi(mc_iso)= 0.045070(42)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 3.10(78)e-7

[1] “/home/garofalo/analysis/flow/data//fit_all_C80_LMA/der_fpi_vs_mu_mu2” \chi^2/dof= 4.11642

P	value
P[0]	4.3(1.1)
P[1]	-3.5(1.1)

fpi(mc_sim)= 0.045070(42)

fpi(mc_iso)= 0.045098(43)

(dfpi/dmu)(mc_iso-mc_sim)/fpi= 0.00062(18)

[1] “/home/garofalo/analysis/flow/data//fit_all_C80_LMA/der_Mpi_vs_mu” \chi^2/dof= 2.30723

P	value
P[0]	-0.01(13)

Mpi(mc_sim)= 0.045070(42)

Mpi(mc_iso)= 0.045070(42)

(dMpi/dmu)(mc_iso-mc_sim)/Mpi= -1(18)e-6

[1] “/home/garofalo/analysis/flow/data//fit_all_C80_LMA/der_Mpi_vs_mu2” \chi^2/dof= 2.29885

P	value
P[0]	0.03(12)

Mpi(mc_sim)= 0.045070(42)

Mpi(mc_iso)= 0.045070(42)

(dMpi/dmu)(mc_iso-mc_sim)/Mpi= 1.1(5.1)e-8

[1] “/home/garofalo/analysis/flow/data//fit_all_C80_LMA/der_Mpi_vs_mu_mu2” \chi^2/dof= 2.10516

P	value
P[0]	-1.44(82)
P[1]	1.38(78)

Mpi(mc_sim)= 0.045070(42)

Mpi(mc_iso)= 0.045061(42)

(dMpi/dmu)(mc_iso-mc_sim)/Mpi= -0.00021(12)