Reconstructed photon matching a simulated photon: track Pt sum in SolidConeDR04
as a function of &eta
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Reconstructed photon matching a simulated photon: track Pt sum in SolidConeDR04
as a function of photon Et
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Reconstructed photon matching a simulated photon: track Pt sum in SolidConeDR04
The distribution is obtained for |&eta| < 2.5
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Reconstructed photon matching a simulated photon: track Pt sum in SolidConeDR04
The distribution is for ecal barrel only.
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Reconstructed photon matching a simulated photon: track Pt sum in SolidConeDR04
The distribution is for ecal endcaps only.
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Reconstructed photon matching a simulated photon: number of tracks in SolidConeDR04
as a function of &eta
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Reconstructed photon matching a simulated photon: number of tracks in SolidConeDR04
as a function of photon Et
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Reconstructed photon matching a simulated photon: number of tracks in SolidConeDR04
The distribution is obtained for |&eta| < 2.5
|
Reconstructed photon matching a simulated photon: number of tracks in SolidConeDR04
The distribution is for ecal barrel only.
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Reconstructed photon matching a simulated photon: number of tracks in SolidConeDR04
The distribution is for ecal endcaps only.
|
Conversion track pair reconstruction efficiency as a function of simulated &eta
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Conversion track pair reconstruction efficiency as a function of simulated &phi
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Conversion track pair reconstruction efficiency as a function of simulated conversion radius.
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Conversion track pair reconstruction efficiency as a function of simulated z.
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Conversion track pair reconstruction efficiency as a function of the true phohoton transverse energy.
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Converted photon (i.e. with tracks) energy resolution defined as the ratio between reconstructed and simulated energy.
The distribution is obtained for |&eta| < 2.5
|
Converted photon (i.e. with tracks) energy resolution defined as the ratio between reconstructed and simulated energy.
The distribution is for ecal barrel only.
|
Converted photon (i.e. with tracks) energy resolution defined as the ratio between reconstructed and simulated energy.
The distribution is for ecal endcaps only.
|
Converted photon (i.e. with tracks) E/P. E is the super cluster energy, P is the momentum.
calculated from the track pair.
The distribution is obtained for |&eta| < 2.5
|
Converted photon (i.e. with tracks) E/P. E is the super cluster energy, P is the momentum.
The distribution is for ecal barrel only.
|
Converted photon (i.e. with tracks) E/P. E is the super cluster energy, P is the momentum.
The distribution is for ecal endcaps only.
|
Converted photon (i.e. with tracks) P/E. E is the super cluster energy, P is the momentum.
calculated from the track pair.
The distribution is obtained for |&eta| < 2.5
|
Converted photon (i.e. with tracks) P/E. E is the super cluster energy, P is the momentum.
The distribution is for ecal barrel only.
|
Converted photon (i.e. with tracks) P/E. E is the super cluster energy, P is the momentum.
The distribution is for ecal endcaps only.
|
Profile vs &eta of conversion energy resolution, defined as the ration between super cluster energy
and true energy.
|
Profile vs &eta of conversion E/P.
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Profile vs true conversion radius of conversion E/P.
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All 2 photons invariant mass. Any pair of reconstructed photons is considered, no MC matching.
The distribution is obtained for |&eta| < 2.5
|
All 2 photons invariant mass. Any pair of reconstructed photons is considered, no MC matching. Only Barrel
|
All 2 photons invariant mass. Any pair of reconstructed photons is considered, no MC matching. Only Endcap
|
All 2 photons invariant mass. Any pair of reconstructed photons with no conversion tracks is considered, no MC matching.
The distribution is obtained for |&eta| < 2.5
|
All 2 photons invariant mass. Any pair of reconstructed photons with no conversion tracks is considered, no MC matching. Only Barrel
|
All 2 photons invariant mass. Any pair of reconstructed photons with no conversion tracks is considered, no MC matching. Only Endcap
|
All 2 photons invariant mass. Any pair of reconstructed photons with conversion tracks is considered, no MC matching.
The distribution is obtained for |&eta| < 2.5
|
All 2 photons invariant mass. Any pair of reconstructed photons with conversion tracks is considered, no MC matching. Only Barrel
|
All 2 photons invariant mass. Any pair of reconstructed photons with conversion tracks is considered, no MC matching. Only Endcap
|