Reconstruction versus Simulation

Legend

The plots are designed to answer on the following questions:

• What tracks (globals and primaries) can be considered as "good" ones depending on total no. of fit points and no. of bad hits ?
• What is the track parameters and their errors dependence on the track kinematics (φ, η, 1/pT) ?
• What is the track paramerer pulls dependence on above kinematics ?
• What is the track reconstruction efficiencies for :
• Geometrical acceptance (MC only),
• Reconstruction effiency for track with only match between MC and RC
• Clones, for multiple (>1) match between single MC track to RC one,
• Lost tracks, MC tracks which have no RC partner.
• Ghost tracks, RC tracks which have no MC partner.
• Color scheme:  • Positive and  • Negative Tracks.
• Results of Gauss fit for slices are presented as • for μ and as box for σ.
• Navigations:
  • Global tracks

1. Tracks

1.1. Quality of reconstructed tracks with respect to MC.

1.1.1. Global tracks.

1.1.1.1. Global tracks. All. No. of fit and bad points.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6
Fig.7
Fig.8
Fig.9
Fig.10
Fig.11
Fig.12
Fig.13
Fig.14
Fig.15
Fig.16
Fig.17
Fig.18
Fig.19
Fig.20
Fig.21
Fig.22
Fig.23
Fig.24
Fig.25
Fig.26
Fig.27
Fig.28
Fig.29

1.1.1.2. Global tracks. All.Track parameters

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6
Fig.7
Fig.8
Fig.9
Fig.10
Fig.11
Fig.12
Fig.13
Fig.14
Fig.15
Fig.16
Fig.17
Fig.18
Fig.19
Fig.20
Fig.21
Fig.22
Fig.23
Fig.24
Fig.25
Fig.26
Fig.27
Fig.28
Fig.29
Fig.30
Fig.31

1.1.1.3. Global tracks. Pions. No. of fit and bad points.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6
Fig.7
Fig.8
Fig.9
Fig.10
Fig.11
Fig.12
Fig.13
Fig.14
Fig.15
Fig.16
Fig.17
Fig.18
Fig.19
Fig.20
Fig.21
Fig.22
Fig.23
Fig.24
Fig.25
Fig.26
Fig.27
Fig.28
Fig.29

1.1.1.4. Global tracks. Pions.Track parameters

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6
Fig.7
Fig.8
Fig.9
Fig.10
Fig.11
Fig.12
Fig.13
Fig.14
Fig.15
Fig.16
Fig.17
Fig.18
Fig.19
Fig.20
Fig.21
Fig.22
Fig.23
Fig.24
Fig.25
Fig.26
Fig.27
Fig.28
Fig.29
Fig.30
Fig.31

1.1.2. Primary tracks.

1.1.2.1. Primary tracks. All. No. of fit and bad points.

1.1.2.2. Primary tracks. All.Track parameters

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2

1.1.2.3. Primary tracks. Pions. No. of fit and bad points.

1.1.2.4. Primary tracks. Pions.Track parameters

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2

1.2. Track reconstuction efficiencies.

1.2.1. Global tracks.

1.2.1.1. Global tracks. All. Geometrical acceptance.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.2. Global tracks. All. Efficiency over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.3. Global tracks. All. Efficiency wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.4. Global tracks. All. Clone over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.5. Global tracks. All. Clone wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.6. Global tracks. All. Lost over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.7. Global tracks. All. Lost wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.8. Global tracks. All. Ghost over all.

1.2.1.9. Global tracks. All. Ghost wrt Geom.

1.2.1.1. Global tracks. Pions. Geometrical acceptance.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.2. Global tracks. Pions. Efficiency over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.3. Global tracks. Pions. Efficiency wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.4. Global tracks. Pions. Clone over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.5. Global tracks. Pions. Clone wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.6. Global tracks. Pions. Lost over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.7. Global tracks. Pions. Lost wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.1.8. Global tracks. Pions. Ghost over all.

1.2.1.9. Global tracks. Pions. Ghost wrt Geom.

1.2.2. Primary tracks.

1.2.2.1. Primary tracks. All. Geometrical acceptance.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.2. Primary tracks. All. Efficiency over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.3. Primary tracks. All. Efficiency wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.4. Primary tracks. All. Clone over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.5. Primary tracks. All. Clone wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.6. Primary tracks. All. Lost over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.7. Primary tracks. All. Lost wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.8. Primary tracks. All. Ghost over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.9. Primary tracks. All. Ghost wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.1. Primary tracks. Pions. Geometrical acceptance.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.2. Primary tracks. Pions. Efficiency over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.3. Primary tracks. Pions. Efficiency wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.4. Primary tracks. Pions. Clone over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.5. Primary tracks. Pions. Clone wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.6. Primary tracks. Pions. Lost over all.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.7. Primary tracks. Pions. Lost wrt Geom.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3

1.2.2.8. Primary tracks. Pions. Ghost over all.

1.2.2.9. Primary tracks. Pions. Ghost wrt Geom.

1.3. TPC dE/dx PiD.

1.3.1. Global tracks.

1.3.1.1.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.1.2.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.1.3.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.1.4.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.1.5.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.1.6.

1.3.1.7.

1.3.1.8.

1.3.1.9.

1.3.2. Primary tracks.

1.3.2.1.

1.3.2.2.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.2.3.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.2.4.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

1.3.2.5.

1.3.2.6.

1.3.2.7.

1.3.2.8.

1.3.2.9.

1.4. ToF PiD

1.4.1. Global tracks.

1.4.1.1.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.1.2.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.1.3.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.1.4.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.1.5.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.1.6.

1.4.1.7.

1.4.1.8.

1.4.1.9.

1.4.2. Primary tracks.

1.4.2.1.

1.4.2.2.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.2.3.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.2.4.

H3LFixedFlat.noiTPClu/	TpcRS_2018_fxt3p85_phys	piMFixedFlat.noiTPClu	piPFixedFlat.noiTPClu	h3l	H3LFixedFlat.noiTPClu.15	HE3FixedFlat.noiTPClu	pionVMC.newCA
Fig.1
Fig.2
Fig.3
Fig.4

1.4.2.5.

1.4.2.6.

1.4.2.7.

1.4.2.8.

1.4.2.9.

2. Vertices

2.1. Primary Vertices