3  $M_Ds$

MDs0-cB.72.64 = 0.78813(19) , $\chi^2/dof=$ 0.88086

MDs1-cB.72.64 = 0.80668(20) , $\chi^2/dof=$ 0.8848

MDs0-cC.06.80 = 0.643877(91) , $\chi^2/dof=$ 1.3291

MDs1-cC.06.80 = 0.663216(95) , $\chi^2/dof=$ 1.296

MDs0-cD.54.96 = 0.537930(87) , $\chi^2/dof=$ 1.1216

MDs1-cD.54.96 = 0.557526(92) , $\chi^2/dof=$ 1.0553

MDs0-cE.44.11 = 0.464879(81) , $\chi^2/dof=$ 1.0753

MDs1-cE.44.11 = 0.484607(87) , $\chi^2/dof=$ 1.0021

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en	mcDs	mcJpsi	mcEtac
cB.72.64_Ds	0.23134(52)	0.23654(54)	0.23814(72)
cC.06.80_Ds	0.19849(64)	0.20176(71)	0.20243(73)
cD.54.96_Ds	0.16474(44)	0.16629(43)	0.16677(48)
cE.44.112_Ds	0.14154(54)	0.14254(50)	0.14288(47)

3.1 fit of MDs

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For the ensembles with only 3 data at the same $\mu_s$ we did a fit $M_{D_s} = P_0 +P_1 (a\mu_c)+ P_2(a\mu_c)^2$

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