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 parameter pulls dependence on above kinematics ?
• What is the track reconstruction efficiencies for :
• Geometrical acceptance (MC only),
• Reconstruction efficiency 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.

• col1 = /star/data09/reco/AuAu200/hijing_382/b0_20/minbias/y2010c/gheisha_on/eval_Sti/
• col2 = /star/data09/reco/AuAu200/hijing_382/b0_20/minbias/y2010c/gheisha_on/eval13_Sti
• col3 = /star/data09/reco/AuAu200/hijing_382/b0_20/minbias/y2010c/gheisha_on/eval_Stv/
• col4 = /star/data09/reco/AuAu200/hijing_382/b0_20/minbias/y2010c/gheisha_on/eval13_Stv/

Average Chisq versus no. fit points (all or bad)

Fig.1, Fig.2, Fig.3, Fig.4, Fig.5, Fig.6,

Sti	Sti13	Stv	Stv13
Fig.1
Fig.2
Fig.3
Fig.4
Fig.5
Fig.6

Average Chisq for All

Fig.7, Fig.8, Fig.9, Fig.10, Fig.11, Fig.12,

Sti	Sti13	Stv	Stv13
Fig.7
Fig.8
Fig.9
Fig.10
Fig.11
Fig.12

Average Chisq for pion

Fig.13, Fig.14, Fig.15, Fig.16, Fig.17, Fig.18,

Sti	Sti13	Stv	Stv13
Fig.13
Fig.14
Fig.15
Fig.16
Fig.17
Fig.18

Globals Deviation versus no. fit points (all or bad)

Fig.19, Fig.20, Fig.21, Fig.22, Fig.23, Fig.24, Fig.25, Fig.26, Fig.27, Fig.28, Fig.29, Fig.30,

Sti	Sti13	Stv	Stv13
Fig.19
Fig.20
Fig.21
Fig.22
Fig.23
Fig.24
Fig.25
Fig.26
Fig.27
Fig.28
Fig.29
Fig.30

Globals Deviation for All

Fig.31, Fig.32, Fig.33, Fig.34, Fig.35, Fig.36, Fig.37, Fig.38, Fig.39, Fig.40, Fig.41, Fig.42,

Sti	Sti13	Stv	Stv13
Fig.31
Fig.32
Fig.33
Fig.34
Fig.35
Fig.36
Fig.37
Fig.38
Fig.39
Fig.40
Fig.41
Fig.42

Globals Deviation for pion

Fig.43, Fig.44, Fig.45, Fig.46, Fig.47, Fig.48, Fig.49, Fig.50, Fig.51, Fig.52, Fig.53, Fig.54,

Sti	Sti13	Stv	Stv13
Fig.43
Fig.44
Fig.45
Fig.46
Fig.47
Fig.48
Fig.49
Fig.50
Fig.51
Fig.52
Fig.53
Fig.54

Globals Pulls versus no. fit points (all or bad)

Fig.55, Fig.56, Fig.57, Fig.58, Fig.59, Fig.60, Fig.61, Fig.62, Fig.63, Fig.64, Fig.65, Fig.66,

Sti	Sti13	Stv	Stv13
Fig.55
Fig.56
Fig.57
Fig.58
Fig.59
Fig.60
Fig.61
Fig.62
Fig.63
Fig.64
Fig.65
Fig.66

Globals Pulls for All

Fig.67, Fig.68, Fig.69, Fig.70, Fig.71, Fig.72, Fig.73, Fig.74, Fig.75, Fig.76, Fig.77, Fig.78,

Sti	Sti13	Stv	Stv13
Fig.67
Fig.68
Fig.69
Fig.70
Fig.71
Fig.72
Fig.73
Fig.74
Fig.75
Fig.76
Fig.77
Fig.78

Globals Pulls for pion

Fig.79, Fig.80, Fig.81, Fig.82, Fig.83, Fig.84, Fig.85, Fig.86, Fig.87, Fig.88, Fig.89, Fig.90,

Sti	Sti13	Stv	Stv13
Fig.79
Fig.80
Fig.81
Fig.82
Fig.83
Fig.84
Fig.85
Fig.86
Fig.87
Fig.88
Fig.89
Fig.90

Primaries Deviation versus no. fit points (all or bad)

Fig.91, Fig.92, Fig.93, Fig.94, Fig.95, Fig.96, Fig.97, Fig.98,

Sti	Sti13	Stv	Stv13
Fig.91
Fig.92
Fig.93
Fig.94
Fig.95
Fig.96
Fig.97
Fig.98

Primaries Deviation for All

Fig.99, Fig.100, Fig.101, Fig.102, Fig.103, Fig.104, Fig.105, Fig.106,

Sti	Sti13	Stv	Stv13
Fig.99
Fig.100
Fig.101
Fig.102
Fig.103
Fig.104
Fig.105
Fig.106

Primaries Deviation for pion

Fig.107, Fig.108, Fig.109, Fig.110, Fig.111, Fig.112, Fig.113, Fig.114,

Sti	Sti13	Stv	Stv13
Fig.107
Fig.108
Fig.109
Fig.110
Fig.111
Fig.112
Fig.113
Fig.114

Primaries Pulls versus no. fit points (all or bad)

Fig.115, Fig.116, Fig.117, Fig.118, Fig.119, Fig.120, Fig.121, Fig.122,

Sti	Sti13	Stv	Stv13
Fig.115
Fig.116
Fig.117
Fig.118
Fig.119
Fig.120
Fig.121
Fig.122

Primaries Pulls for All

Fig.123, Fig.124, Fig.125, Fig.126, Fig.127, Fig.128, Fig.129, Fig.130,

Sti	Sti13	Stv	Stv13
Fig.123
Fig.124
Fig.125
Fig.126
Fig.127
Fig.128
Fig.129
Fig.130

Primaries Pulls for pion

Fig.131, Fig.132, Fig.133, Fig.134, Fig.135, Fig.136, Fig.137, Fig.138,

Sti	Sti13	Stv	Stv13
Fig.131
Fig.132
Fig.133
Fig.134
Fig.135
Fig.136
Fig.137
Fig.138

Geometrical acceptance (no. of McHit >= 15 (Inner Tpc has 3 MC hits per row)

Fig.139, Fig.140, Fig.141, Fig.142, Fig.143, Fig.144,

Sti	Sti13	Stv	Stv13
Fig.139
Fig.140
Fig.141
Fig.142
Fig.143
Fig.144

Efficiency over all (only one RC track matched)

Fig.145, Fig.146, Fig.147, Fig.148, Fig.149, Fig.150,

Sti	Sti13	Stv	Stv13
Fig.145
Fig.146
Fig.147
Fig.148
Fig.149
Fig.150

Effeciency with respect to Geometrical acceptance (only one RC track matched)

Fig.151, Fig.152, Fig.153, Fig.154, Fig.155, Fig.156,

Sti	Sti13	Stv	Stv13
Fig.151
Fig.152
Fig.153
Fig.154
Fig.155
Fig.156

Clone (more than one RC track matched) over all

Fig.157, Fig.158, Fig.159, Fig.160, Fig.161, Fig.162,

Sti	Sti13	Stv	Stv13
Fig.157
Fig.158
Fig.159
Fig.160
Fig.161
Fig.162

Clone (more than one RC track matched) with respect to Geometrical acceptance

Fig.163, Fig.164, Fig.165, Fig.166, Fig.167, Fig.168,

Sti	Sti13	Stv	Stv13
Fig.163
Fig.164
Fig.165
Fig.166
Fig.167
Fig.168

Lost (no RC track matched) over all

Fig.169, Fig.170, Fig.171, Fig.172, Fig.173, Fig.174,

Sti	Sti13	Stv	Stv13
Fig.169
Fig.170
Fig.171
Fig.172
Fig.173
Fig.174

Lost (no RC track matched) with respect to Geometrical acceptance

Fig.175, Fig.176, Fig.177, Fig.178, Fig.179, Fig.180,

Sti	Sti13	Stv	Stv13
Fig.175
Fig.176
Fig.177
Fig.178
Fig.179
Fig.180

Ghost (no MC track matched) over all

Fig.181, Fig.182, Fig.183, Fig.184, Fig.185, Fig.186,

Sti	Sti13	Stv	Stv13
Fig.181
Fig.182
Fig.183
Fig.184
Fig.185
Fig.186

Ghost (no MC track matched) with respect to Geometrical acceptance

Fig.187, Fig.188, Fig.189, Fig.190, Fig.191, Fig.192,

Sti	Sti13	Stv	Stv13
Fig.187
Fig.188
Fig.189
Fig.190
Fig.191
Fig.192

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Amilkar Quintero
Last modified: Tue Jan 29 16:20 EST 2013