Table 1
Figure 1
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Spherocity distributions with respect to different multiplicity selections.
Figure 1
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Spherocity distributions with respect to different multiplicity selections.
Figure 2
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vs for different multiplicity and spherocity classes.
Figures 3(4)_Phi-pT spectra
10.17182/hepdata.153642.v1/t3
pT differential Phi spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_Proton-pT spectra
10.17182/hepdata.153642.v1/t4
pT differential Proton spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_Lambda-pT spectra
10.17182/hepdata.153642.v1/t5
pT differential Lambda spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_Xi-pT spectra
10.17182/hepdata.153642.v1/t6
pT differential Xi spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_Pion-pT spectra
10.17182/hepdata.153642.v1/t7
pT differential Pion spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_Kaon-pT spectra
10.17182/hepdata.153642.v1/t8
pT differential Kaon spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_K0-pT spectra
10.17182/hepdata.153642.v1/t9
pT differential K0 spectra as a function of spherocity within 0-1% nTracklets.
Figures 3(4)_Kstar-pT spectra
10.17182/hepdata.153642.v1/t10
pT differential Kstar spectra as a function of spherocity within 0-1% nTracklets.
Figure 6
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Mean distributions as a function of Spherocity for nTracklets:0-1%.
Figures 7(8)_Phi over Pi
10.17182/hepdata.153642.v1/t12
pT differential Phito-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 7(8)_Proton over Pi
10.17182/hepdata.153642.v1/t13
pT differential Protonto-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 7(8)_Lambda over Pi
10.17182/hepdata.153642.v1/t14
pT differential Lambdato-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 7(8)_Xi over Pi
10.17182/hepdata.153642.v1/t15
pT differential Xito-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 7(8)_Kaon over Pi
10.17182/hepdata.153642.v1/t16
pT differential Kaonto-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 7(8)_K0 over Pi
10.17182/hepdata.153642.v1/t17
pT differential K0to-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 7(8)_Kstar over Pi
10.17182/hepdata.153642.v1/t18
pT differential Kstarto-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 9(10)_Proton over Pi
10.17182/hepdata.153642.v1/t19
pT differential Protonto-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 9(10)_Lambda over Pi
10.17182/hepdata.153642.v1/t20
pT differential Lambdato-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 9(10)_Xi over Pi
10.17182/hepdata.153642.v1/t21
pT differential Xito-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 9(10)_Kaon over Pi
10.17182/hepdata.153642.v1/t22
pT differential Kaonto-pion ratios as a function of spherocity within 0-1% nTracklets.
Figures 9(10)_K0 over Pi
10.17182/hepdata.153642.v1/t23
pT differential K0to-pion ratios as a function of spherocity within 0-1% nTracklets.
Figure 11_hPoverPi_ pT ratios
10.17182/hepdata.153642.v1/t24
pT differential hPoverPi_ratios as a function of spherocity within 0-1% nTracklets.
Figure 11_hLoverK0s_ pT ratios
10.17182/hepdata.153642.v1/t25
pT differential hLoverK0s_ratios as a function of spherocity within 0-1% nTracklets.
Figure 11_hXioverPhi_ pT ratios
10.17182/hepdata.153642.v1/t26
pT differential hXioverPhi_ratios as a function of spherocity within 0-1% nTracklets.
Figure 12_hK0soverK_ pT ratios
10.17182/hepdata.153642.v1/t27
pT differential hK0soverK_ratios as a function of spherocity within 0-1% nTracklets and V0M.
Figure 13
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Integrated double-ratios as a function of spherocity within 0-1% nTracklets, extrapolated over the full pT range.
Figure 14
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Integrated double-ratios as a function of spherocity within 0-1% nTracklets, only utilizing the measured pT range.
Figures 16_Phi over Pi
10.17182/hepdata.153642.v1/t30
pT differential Phito-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 16_Proton over Pi
10.17182/hepdata.153642.v1/t31
pT differential Protonto-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 16_Lambda over Pi
10.17182/hepdata.153642.v1/t32
pT differential Lambdato-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 16_Xi over Pi
10.17182/hepdata.153642.v1/t33
pT differential Xito-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 16_Kaon over Pi
10.17182/hepdata.153642.v1/t34
pT differential Kaonto-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 16_K0 over Pi
10.17182/hepdata.153642.v1/t35
pT differential K0to-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 16_Kstar over Pi
10.17182/hepdata.153642.v1/t36
pT differential Kstarto-pion ratios as a function of spherocity within 0-10% nTracklets.
Figures 17_Phi over Pi
10.17182/hepdata.153642.v1/t37
pT differential Phito-pion ratios as a function of spherocity within 0-1% V0M.
Figures 17_Proton over Pi
10.17182/hepdata.153642.v1/t38
pT differential Protonto-pion ratios as a function of spherocity within 0-1% V0M.
Figures 17_Lambda over Pi
10.17182/hepdata.153642.v1/t39
pT differential Lambdato-pion ratios as a function of spherocity within 0-1% V0M.
Figures 17_Xi over Pi
10.17182/hepdata.153642.v1/t40
pT differential Xito-pion ratios as a function of spherocity within 0-1% V0M.
Figures 17_Kaon over Pi
10.17182/hepdata.153642.v1/t41
pT differential Kaonto-pion ratios as a function of spherocity within 0-1% V0M.
Figures 17_K0 over Pi
10.17182/hepdata.153642.v1/t42
pT differential K0to-pion ratios as a function of spherocity within 0-1% V0M.
Figures 17_Kstar over Pi
10.17182/hepdata.153642.v1/t43
pT differential Kstarto-pion ratios as a function of spherocity within 0-1% V0M.
Figure 18 and Figure 19 (for Phi/Pi ratio)
10.17182/hepdata.153642.v1/t44
Integrated double-ratios as a function of spherocity within 0-10% nTracklets, only utilizing the measured pT range.
Figure 18
10.17182/hepdata.153642.v1/t45
Integrated double-ratios as a function of spherocity within 0-1% V0M, only utilizing the measured pT range.
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