Photon candidate multiplicity per event: objects passing preselection Et > 10GeV and H/E < 0.5.

Photon background reconstruction efficiency as a function of the &eta: defined as the number of reconstructed photons matching a simulated jet divided by the number of simulated jets. Simulated photons falling in 1.4442 < |&eta| < 1.566 are excluded. The reconstruction includes photon preselection: Et > 10GeV and H/E < 0.5.

Photon background reconstruction efficiency as a function of &phi: defined as the number of reconstructed photons matching a simulated jet divided by the number of simulated jets. Simulated photons falling in 1.4442 < |&eta| < 1.566 are excluded. The reconstruction includes photon preselection: Et > 10GeV and H/E < 0.5.

Photon background reconstruction efficiency as a function of Et: defined as the number of reconstructed photons matching a simulated jet divided by the number of simulated photons. Simulated photons falling in 1.4442 < |&eta| < 1.566 are excluded. The reconstruction includes photon preselection: Et > 10GeV and H/E < 0.5.

Fraction of reconstructed background objects with at least one DEAD channel in the super cluster as a function of &eta. These plots are now EMPTY since dead channels are masked in data and MC.

Fraction of reconstructed background with at least one DEAD channel in the super cluster as a function of &phi. These plots are now EMPTY since dead channels are masked in data and MC.

Fraction of reconstructed background with at least one DEAD channel in the super cluster as a function of the true transvers energy. These plots are now EMPTY since dead channels are masked in data and MC.

Reconstructed photon matching a simulated jet: Super cluster &eta . Simulated jets falling in 1.4442 < |&eta| < 1.566 are excluded.

Reconstructed photon matching a simulated jet: Super cluster &phi

Reconstructed photon matching a simulated jet: Super cluster energy. The distribution is obtained for |&eta| < 2.5.

Reconstructed photon matching a simulated jet: Super cluster transverse energy. The distribution is obtained for |&eta| < 2.5.

Reconstructed photon matching a simulated jet: Photon energy. The distribution is obtained for |&eta| < 2.5.

Reconstructed photon matching a simulated jet: Photon transverse energy. The distribution is obtained for |&eta| < 2.5.

Reconstructed photon matching a simulated jet: photon &eta . Simulated jets falling in 1.4442 < |&eta| < 1.566 are excluded.

Reconstructed photon matching a simulated jet: photon &phi

Reconstructed photon matching a simulated jet: difference between reconstructed photon &eta and simulated jet &eta

Reconstructed photon matching a simulated jet: difference between reconstructed photon &eta and simulated jet &eta

Reconstructed photon matching a simulated jet: ratio between e3x3 and super cluster energy as a function of &eta

Reconstructed photon matching a simulated jet: ratio between e3x3 and super cluster energy as a function of photon Et

Reconstructed photon matching a simulated jet: ratio between e3x3 and super cluster energy The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: ratio between e3x3 and super cluster energy The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: e1x5/e5x5 ratio as a function of &eta

Reconstructed photon matching a simulated jet: e1x5/e5x5 ratio as a function of photon et

Reconstructed photon matching a simulated jet: e1x5/e5x5 The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: e1x5/e5x5 The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: e2x5/e5x5 ratio as a function of &eta

Reconstructed photon matching a simulated jet: e2x5/e5x5 ratio as a function of photon et

Reconstructed photon matching a simulated jet: e2x5/e5x5 The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: e2x5/e5x5 The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: sigmaIetaIeta as a function of &eta

Reconstructed photon matching a simulated jet: sigmaIetaIeta as a function of photon Et

Reconstructed photon matching a simulated jet: sigmaIetaIeta The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: sigmaIetaIeta The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: H/E as a function of &eta

Reconstructed photon matching a simulated jet: H/E as a function of photon Et

Reconstructed photon matching a simulated jet: H/E The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: H/E The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: ecalRecHitSumEtConeDR04 as a function of &eta

Reconstructed photon matching a simulated jet: ecalRecHitSumEtConeDR04 as a function of photon Et in the Barrel

Reconstructed photon matching a simulated jet: ecalRecHitSumEtConeDR04 as a function of photon Et in the Endcaps

Reconstructed photon matching a simulated jet: ecalRecHitSumEtConeDR04 The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: ecalRecHitSumEtConeDR04 The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: hcalTowerSumEtConeDR04 as a function of &eta

Reconstructed photon matching a simulated jet: hcalTowerSumEtConeDR04 as a function of photon Et in the Barrel

Reconstructed photon matching a simulated jet: hcalTowerSumEtConeDR04 as a function of photon Et in the Endcaps

Reconstructed photon matching a simulated jet: hcalTowerSumEtConeDR04 The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: hcalTowerSumEtConeDR04 The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: isoTrkSolidConeDR04 as a function of &eta

Reconstructed photon matching a simulated jet: isoTrkSolidConeDR04 as a function of photon Et in the Barrel

Reconstructed photon matching a simulated jet: isoTrkSolidConeDR04 as a function of photon Et in the Endcaps

Reconstructed photon matching a simulated jet: isoTrkSolidConeDR04 The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: isoTrkSolidConeDR04 The distribution is for ecal endcaps only.

Reconstructed photon matching a simulated jet: nTrkSolidConeDR04 as a function of &eta

Reconstructed photon matching a simulated jet: nTrkSolidConeDR04 as a function of photon Et in the Barrel

Reconstructed photon matching a simulated jet: nTrkSolidConeDR04 as a function of photon Et in the Endcaps

Reconstructed photon matching a simulated jet: nTrkSolidConeDR04 The distribution is for ecal barrel only.

Reconstructed photon matching a simulated jet: nTrkSolidConeDR04 The distribution is for ecal endcaps only.

&eta of the supercluster corresponding to a reconstructed conversion track pair.

&phi of the supercluster corresponding to a reconstructed conversion track pair.

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.

MVA output: all ecal

MVA output Only Barrel.

MVA output. Only Endcap