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<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/recoEffVsEta.gif"><IMG SRC="gifs/recoEffVsEta.gif" width=100%></A>
<br><FONT SIZE=-1>Photon reconstruction efficiency as a function of &eta: defined as the number of reconstructed photons matching a simulated photon
divided by the number of simulated photons. Simulated photons falling in 1.4442 &lt |&eta| &lt  1.566 are excluded.
The reconstruction includes photon preselection: Et &gt 10GeV plus loose EM isolation.
</td>
<td align=center valign=top >
<A HREF="gifs/recoEffVsPhi.gif"><IMG  SRC="gifs/recoEffVsPhi.gif" width=100%></A>
<br><FONT SIZE=-1>Photon reconstruction efficiency as a function of &phi: defined as the number of reconstructed photons matching a simulated photon
divided by the number of simulated photons. Simulated photons falling in 1.4442 &lt |&eta| &lt  1.566 are excluded.
The reconstruction includes photon preselection: Et &gt 10GeV plus loose EM isolation.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/recoEffVsEt.gif"><IMG  SRC="gifs/recoEffVsEt.gif" width=100%></A>
<br><FONT SIZE=-1>Photon reconstruction efficiency as a function of Et: defined as the number of reconstructed photons matching a simulated photon
divided by the number of simulated photons. Simulated photons falling in 1.4442 &lt |&eta| &lt  1.566 are excluded.
The reconstruction includes photon preselection: Et &gt 10GeV plus loose EM isolation.
</font>  
</td>
</tr>
</table>



<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/scEta.gif"><IMG  SRC="gifs/scEta.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Super cluster &eta .
Simulated photons falling in 1.4442 &lt |&eta| &lt  1.566 are excluded.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/scPhi.gif"><IMG  SRC="gifs/scPhi.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Super cluster &phi
</font>  
</td>
</tr>
</table>

<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/scEAll.gif"><IMG  SRC="gifs/scEAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Super cluster energy. The distribution is obtained for |&eta| &lt 2.5. 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/scEtAll.gif"><IMG  SRC="gifs/scEtAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Super cluster transverse energy. The distribution is obtained for |&eta| &lt 2.5. 
</font>  
</td>
</tr>
</table>


<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/phoEta.gif"><IMG  SRC="gifs/phoEta.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: photon &eta . 
Simulated photons falling in 1.4442 &lt |&eta| &lt  1.566 are excluded.


</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/phoPhi.gif"><IMG  SRC="gifs/phoPhi.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: photon &phi
</font>  
</td>
</tr>
</table>

<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/nOfflineVtx.gif"><IMG   SRC="gifs/nOfflineVtx.gif" width=50%></A>
<br><FONT SIZE=-1>
Number of offline reconstructed vertices
</font>  
</td>
</tr>
</table>



<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/phoDEta.gif"><IMG   SRC="gifs/phoDEta.gif" width=50%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
difference between reconstructed and simulated &eta 
The photon direction is calculated using as the origin the
first offline reconstructed PV.
In case of single photons, where the reconstructed PV is
not available since there are no tracks,  the photon vertex is set to the nominal (0,0,0) hence the poor &Delta &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/phoDPhi.gif"><IMG  SRC="gifs/phoDPhi.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: difference between reconstructed and simulated &phi
</font>  
</td>
</tr>
</table>





<Table border=4 cellspacing=20  width=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/phoEAll.gif"><IMG  SRC="gifs/phoEAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy. The distribution is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/phoEtAll.gif"><IMG  SRC="gifs/phoEtAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon transverse energy. The distribution is obtained for |&eta| &lt 2.5 
</font>  
</td>
</tr>
</table>


<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Standard energy determination
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResAll.gif"><IMG  SRC="gifs/eResAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResBarrel.gif"><IMG  SRC="gifs/eResBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResEndcap.gif"><IMG  SRC="gifs/eResEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>

<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Standard energy determination: High R9 Photons
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResunconvAll.gif"><IMG  SRC="gifs/eResunconvAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is made only for photons with R9 above the default value of 0.94 (EB) and 0.95 (EE) (i.e. unconverted photons according to ECAL).
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResunconvBarrel.gif"><IMG  SRC="gifs/eResunconvBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is made only for photons with R9 above the default value of 0.94 (EB) and 0.95 (EE) (i.e. converted photons according to ECAL).
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResunconvEndcap.gif"><IMG  SRC="gifs/eResunconvEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is made only for photons with R9 above the default value of 0.94 (EB) and 0.95 (EE) (i.e. unconverted photons according to ECAL).
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Standard energy determination: Low R9 Photons
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResconvAll.gif"><IMG  SRC="gifs/eResconvAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is made only for photons with R9 below the default value of 0.94 (EB) and 0.95 (EE) (i.e. converted photons according to ECAL).
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResconvBarrel.gif"><IMG  SRC="gifs/eResconvBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is made only for photons with R9 below the default value of 0.94 (EB) and 0.95 (EE) (i.e. converted photons according to ECAL).
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResconvEndcap.gif"><IMG  SRC="gifs/eResconvEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is made only for photons with R9 below the default value of 0.94 (EB) and 0.95 (EE) (i.e. converted photons according to ECAL).
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>

</table>




<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Energy Regression 1: High R9 Photons
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResRegr1unconvAll.gif"><IMG  SRC="gifs/eResRegr1unconvAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression1)  resolution defined as the ratio between reconstructed and simulated energy for
high R9 photons.
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr1unconvBarrel.gif"><IMG  SRC="gifs/eResRegr1unconvBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression1)  resolution defined as the ratio between reconstructed and simulated energy 
high R9 photons. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr1unconvEndcap.gif"><IMG  SRC="gifs/eResRegr1unconvEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution (regression1)  defined as the ratio between reconstructed and simulated energy
high R9 photons. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Energy Regression 1: Low R9 Photons
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResRegr1convAll.gif"><IMG  SRC="gifs/eResRegr1convAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression1)  resolution defined as the ratio between reconstructed and simulated energy for
low R9 photons.
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr1convBarrel.gif"><IMG  SRC="gifs/eResRegr1convBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression1)  resolution defined as the ratio between reconstructed and simulated energy 
low R9 photons. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr1convEndcap.gif"><IMG  SRC="gifs/eResRegr1convEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution (regression1)  defined as the ratio between reconstructed and simulated energy
low R9 photons. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>





<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Energy Regression 2: High R9 Photons  
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResRegr2unconvAll.gif"><IMG  SRC="gifs/eResRegr2unconvAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression2)  resolution defined as the ratio between reconstructed and simulated energy
high R9 photons. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr2unconvBarrel.gif"><IMG  SRC="gifs/eResRegr2unconvBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression2)  resolution defined as the ratio between reconstructed and simulated energy
high R9 photons. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr2unconvEndcap.gif"><IMG  SRC="gifs/eResRegr2unconvEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution (regression2)  defined as the ratio between reconstructed and simulated energy
high R9 photons. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>




<table border=4 cellspacing=10  WIDTH=100%>
<br><FONT SIZE=4> Energy Regression 2: Low R9 Photons  
</FONT>
<tr>
<td align=center valign=top >
<A HREF="gifs/eResRegr2convAll.gif"><IMG  SRC="gifs/eResRegr2convAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression2)  resolution defined as the ratio between reconstructed and simulated energy
low R9 photons. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr2convBarrel.gif"><IMG  SRC="gifs/eResRegr2convBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy (regression2)  resolution defined as the ratio between reconstructed and simulated energy
low R9 photons. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eResRegr2convEndcap.gif"><IMG  SRC="gifs/eResRegr2convEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: Photon energy resolution (regression2)  defined as the ratio between reconstructed and simulated energy
low R9 photons. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>





<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/r9Barrel.gif"><IMG  SRC="gifs/r9Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ratio between e3x3 and super cluster energy 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logr9Barrel.gif"><IMG  SRC="gifs/logr9Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ratio between e3x3 and super cluster energy 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/r9Endcap.gif"><IMG  SRC="gifs/r9Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ratio between e3x3 and super cluster energy 
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logr9Endcap.gif"><IMG  SRC="gifs/logr9Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ratio between e3x3 and super cluster energy 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>






<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pEResVsEtaAll.gif"><IMG  SRC="gifs/pEResVsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
Photon energy resolution defined as the ratio between reconstructed and simulated energy vs photon true &eta

</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEResVsEtaUnconv.gif"><IMG  SRC="gifs/pEResVsEtaUnconv.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
Photon energy resolution defined as the ratio between reconstructed and simulated energy vs  photon true &eta
The distribution is made only for photons with R9 greater the default value of 0.94 (EB) and 0.95 (EE) (i.e. unconverted photons according to ECAL).
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEResVsEtaConv.gif"><IMG  SRC="gifs/pEResVsEtaConv.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
Photon energy resolution defined as the ratio between reconstructed and simulated energy vs photon true &eta
The distribution is made only for photons with R9 smaller the default value of 0.94 (EB) and 0.95 (EE) (i.e. converted photons according to ECAL).
</font>  
</td>
</tr>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pEResVsEtAll.gif"><IMG  SRC="gifs/pEResVsEtAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
Photon energy resolution defined as the ratio between reconstructed and simulated energy vs photon true transverse energy
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEResVsEtBarrel.gif"><IMG  SRC="gifs/pEResVsEtBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
Photon energy resolution defined as the ratio between reconstructed and simulated energy vs  photon true transverse energy
for Barrel only
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEResVsEtEndcap.gif"><IMG  SRC="gifs/pEResVsEtEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: 
Photon energy resolution defined as the ratio between reconstructed and simulated energy vs photon true transverse energy
for Endcap only
</font>  
</td>
</tr>







<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/r1Barrel.gif"><IMG  SRC="gifs/r1Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e1x5/e5x5
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logr1Barrel.gif"><IMG  SRC="gifs/logr1Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e1x5/e5x5
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/r1Endcap.gif"><IMG  SRC="gifs/r1Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e1x5/e5x5
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logr1Endcap.gif"><IMG  SRC="gifs/logr1Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e1x5/e5x5
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/r2Barrel.gif"><IMG  SRC="gifs/r2Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e2x5/e5x5 ratio 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logr2Barrel.gif"><IMG  SRC="gifs/logr2Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e2x5/e5x5 ratio 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/r2Endcap.gif"><IMG  SRC="gifs/r2Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e2x5/e5x5 ratio 
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logr2Endcap.gif"><IMG  SRC="gifs/logr2Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: e2x5/e5x5 ratio 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/sigmaIetaIetaBarrel.gif"><IMG  SRC="gifs/sigmaIetaIetaBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  sigmaIetaIeta
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logsigmaIetaIetaBarrel.gif"><IMG  SRC="gifs/logsigmaIetaIetaBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  sigmaIetaIeta
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/sigmaIetaIetaEndcap.gif"><IMG  SRC="gifs/sigmaIetaIetaEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  sigmaIetaIeta
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logsigmaIetaIetaEndcap.gif"><IMG  SRC="gifs/logsigmaIetaIetaEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  sigmaIetaIeta
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pnewHoverEVsEtaAll.gif"><IMG  SRC="gifs/pnewHoverEVsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: new H/E definition
as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pnewHoverEVsEtAll.gif"><IMG  SRC="gifs/pnewHoverEVsEtAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: new  H/E definition
as a function of photon Et
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/newhOverEBarrel.gif"><IMG  SRC="gifs/newhOverEBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: new  H/E definition
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/lognewhOverEBarrel.gif"><IMG  SRC="gifs/lognewhOverEBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: new  H/E definition
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/newhOverEEndcap.gif"><IMG  SRC="gifs/newhOverEEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: new  H/E definition
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/lognewhOverEEndcap.gif"><IMG  SRC="gifs/lognewhOverEEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: new  H/E definition
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>




<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pHoverEVsEtaAll.gif"><IMG  SRC="gifs/pHoverEVsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: old H/E definition
as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pHoverEVsEtAll.gif"><IMG  SRC="gifs/pHoverEVsEtAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: old  H/E definition
as a function of photon Et
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hOverEBarrel.gif"><IMG  SRC="gifs/hOverEBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: old  H/E definition
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/loghOverEBarrel.gif"><IMG  SRC="gifs/loghOverEBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: old  H/E definition
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hOverEEndcap.gif"><IMG  SRC="gifs/hOverEEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: old  H/E definition
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/loghOverEEndcap.gif"><IMG  SRC="gifs/loghOverEEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: old  H/E definition
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>






<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pEcalRecHitSumEtConeDR04VsEtaAll.gif"><IMG  SRC="gifs/pEcalRecHitSumEtConeDR04VsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ecalRecHitSumEtConeDR04
as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEcalRecHitSumEtConeDR04VsEtBarrel.gif"><IMG  SRC="gifs/pEcalRecHitSumEtConeDR04VsEtBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ecalRecHitSumEtConeDR04
as a function of photon Et in the Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEcalRecHitSumEtConeDR04VsEtEndcap.gif"><IMG  SRC="gifs/pEcalRecHitSumEtConeDR04VsEtEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: ecalRecHitSumEtConeDR04
as a function of photon Et in the Endcaps
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/ecalRecHitSumEtConeDR04Barrel.gif"><IMG  SRC="gifs/ecalRecHitSumEtConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  ecalRecHitSumEtConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logecalRecHitSumEtConeDR04Barrel.gif"><IMG  SRC="gifs/logecalRecHitSumEtConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  ecalRecHitSumEtConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/ecalRecHitSumEtConeDR04Endcap.gif"><IMG  SRC="gifs/ecalRecHitSumEtConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  ecalRecHitSumEtConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logecalRecHitSumEtConeDR04Endcap.gif"><IMG  SRC="gifs/logecalRecHitSumEtConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  ecalRecHitSumEtConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pHcalTowerBcSumEtConeDR04VsEtaAll.gif"><IMG  SRC="gifs/pHcalTowerBcSumEtConeDR04VsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: hcalTowerBcSumEtConeDR04
as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pHcalTowerBcSumEtConeDR04VsEtBarrel.gif"><IMG  SRC="gifs/pHcalTowerBcSumEtConeDR04VsEtBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: hcalTowerBcSumEtConeDR04
as a function of photon Et in the Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pHcalTowerBcSumEtConeDR04VsEtEndcap.gif"><IMG  SRC="gifs/pHcalTowerBcSumEtConeDR04VsEtEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: hcalTowerBcSumEtConeDR04
as a function of photon Et in the Endcaps
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/loghcalTowerBcSumEtConeDR04Barrel.gif"><IMG  SRC="gifs/loghcalTowerBcSumEtConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerBcSumEtConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hcalTowerBcSumEtConeDR04Barrel.gif"><IMG  SRC="gifs/hcalTowerBcSumEtConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerBcSumEtConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hcalTowerBcSumEtConeDR04Endcap.gif"><IMG  SRC="gifs/hcalTowerBcSumEtConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerBcSumEtConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/loghcalTowerBcSumEtConeDR04Endcap.gif"><IMG  SRC="gifs/loghcalTowerBcSumEtConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerBcSumEtConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pHcalTowerSumEtConeDR04VsEtaAll.gif"><IMG  SRC="gifs/pHcalTowerSumEtConeDR04VsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: hcalTowerSumEtConeDR04
as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pHcalTowerSumEtConeDR04VsEtBarrel.gif"><IMG  SRC="gifs/pHcalTowerSumEtConeDR04VsEtBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: hcalTowerSumEtConeDR04
as a function of photon Et in the Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pHcalTowerSumEtConeDR04VsEtEndcap.gif"><IMG  SRC="gifs/pHcalTowerSumEtConeDR04VsEtEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: hcalTowerSumEtConeDR04
as a function of photon Et in the Endcaps
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hcalTowerSumEtConeDR04Barrel.gif"><IMG  SRC="gifs/hcalTowerSumEtConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerSumEtConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/loghcalTowerSumEtConeDR04Barrel.gif"><IMG  SRC="gifs/loghcalTowerSumEtConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerSumEtConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hcalTowerSumEtConeDR04Endcap.gif"><IMG  SRC="gifs/hcalTowerSumEtConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerSumEtConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/loghcalTowerSumEtConeDR04Endcap.gif"><IMG  SRC="gifs/loghcalTowerSumEtConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:  hcalTowerSumEtConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/isoTrkSolidConeDR04All.gif"><IMG  SRC="gifs/isoTrkSolidConeDR04All.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:   track Pt sum in SolidConeDR04
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/isoTrkSolidConeDR04Barrel.gif"><IMG  SRC="gifs/isoTrkSolidConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:   track Pt sum  in SolidConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/isoTrkSolidConeDR04Endcap.gif"><IMG  SRC="gifs/isoTrkSolidConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon: track Pt sum  in SolidConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/nTrkSolidConeDR04All.gif"><IMG  SRC="gifs/nTrkSolidConeDR04All.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:   number of tracks in SolidConeDR04
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/nTrkSolidConeDR04Barrel.gif"><IMG  SRC="gifs/nTrkSolidConeDR04Barrel.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:   number of tracks in SolidConeDR04
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/nTrkSolidConeDR04Endcap.gif"><IMG  SRC="gifs/nTrkSolidConeDR04Endcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon:   number of tracks in SolidConeDR04
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>




<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/photonIsoBarrel.gif"><IMG  SRC="gifs/photonIsoBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
GED based photon isolation.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logphotonIsoBarrel.gif"><IMG  SRC="gifs/logphotonIsoBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
GED based photon isolation.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/photonIsoEndcap.gif"><IMG  SRC="gifs/photonIsoEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:  GED based photon isolation.
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logphotonIsoEndcap.gif"><IMG  SRC="gifs/logphotonIsoEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:  GED based photon isolation.
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/chargedHadIsoBarrel.gif"><IMG  SRC="gifs/chargedHadIsoBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
GED based photon isolation: contribution from charged hadrons.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logchargedHadIsoBarrel.gif"><IMG  SRC="gifs/logchargedHadIsoBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
GED based photon isolation contribution from charged hadrons.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/chargedHadIsoEndcap.gif"><IMG  SRC="gifs/chargedHadIsoEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:  GED based photon isolation: contribution from charged hadrons
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logchargedHadIsoEndcap.gif"><IMG  SRC="gifs/logchargedHadIsoEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:  GED based photon isolation: contribution from charged hadrons
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/neutralHadIsoBarrel.gif"><IMG  SRC="gifs/neutralHadIsoBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
GED based photon isolation: contribution from neutral hadrons.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logneutralHadIsoBarrel.gif"><IMG  SRC="gifs/logneutralHadIsoBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
GED based photon isolation contribution from neutral hadrons.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/neutralHadIsoEndcap.gif"><IMG  SRC="gifs/neutralHadIsoEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:  GED based photon isolation: contribution from neutral hadrons
The distribution is for ecal endcaps only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/logneutralHadIsoEndcap.gif"><IMG  SRC="gifs/logneutralHadIsoEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:  GED based photon isolation: contribution from neutral hadrons
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_Pho_unCleanedBarrel.gif"><IMG  SRC="gifs/dRPhoPFcand_Pho_unCleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF photon candidates in a dR=0.5. The distribution  is <b>UNCLEANED</b>, i.e. the contributions due to the primary photons are not removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_Pho_unCleanedEndcap.gif"><IMG  SRC="gifs/dRPhoPFcand_Pho_unCleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF photon candidates in a dR=0.5. The distribution  is <b>UNCLEANED</b>, i.e. the contributions due to the primary photons are not removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_Pho_CleanedBarrel.gif"><IMG  SRC="gifs/dRPhoPFcand_Pho_CleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF photon candidates in a dR=0.5. The distribution  is <b>CLEANED</b>, i.e. the contributions due to the primary photons are  removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_Pho_CleanedEndcap.gif"><IMG  SRC="gifs/dRPhoPFcand_Pho_CleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF photon candidates in a dR=0.5. The distribution  is <b>CLEANED</b>, i.e. the contributions due to the primary photons are removed.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_ChHad_unCleanedBarrel.gif"><IMG  SRC="gifs/dRPhoPFcand_ChHad_unCleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF charged hadron candidates in a dR=0.5. The distribution  is <b>UNCLEANED</b>, i.e. the contributions due to the primary photons are not removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_ChHad_unCleanedEndcap.gif"><IMG  SRC="gifs/dRPhoPFcand_ChHad_unCleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF charged hadron candidates in a dR=0.5. The distribution  is <b>UNCLEANED</b>, i.e. the contributions due to the primary photons are not removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_ChHad_CleanedBarrel.gif"><IMG  SRC="gifs/dRPhoPFcand_ChHad_CleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF charged hadron candidates in a dR=0.5. The distribution  is <b>CLEANED</b>, i.e. the contributions due to the primary photons are  removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_ChHad_CleanedEndcap.gif"><IMG  SRC="gifs/dRPhoPFcand_ChHad_CleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF charged hadron candidates in a dR=0.5. The distribution  is <b>CLEANED</b>, i.e. the contributions due to the primary photons are  removed.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_NeuHad_unCleanedBarrel.gif"><IMG  SRC="gifs/dRPhoPFcand_NeuHad_unCleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF neutral hadron candidates in a dR=0.5. The distribution  is <b>UNCLEANED</b>, i.e. the contributions due to the primary photons are not removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_NeuHad_unCleanedEndcap.gif"><IMG  SRC="gifs/dRPhoPFcand_NeuHad_unCleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF neutral hadron candidates in a dR=0.5. The distribution  is <b>UNCLEANED</b>, i.e. the contributions due to the primary photons are not removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_NeuHad_CleanedBarrel.gif"><IMG  SRC="gifs/dRPhoPFcand_NeuHad_CleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF neutral hadron candidates in a dR=0.5. The distribution  is <b>CLEANED</b>, i.e. the contributions due to the primary photons are  removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dRPhoPFcand_NeuHad_CleanedEndcap.gif"><IMG  SRC="gifs/dRPhoPFcand_NeuHad_CleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
dR between the photon and the PF neutral hadron candidates in a dR=0.5. The distribution  is <b>CLEANED</b>, i.e. the contributions due to the primary photons are  removed.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_Pho_unCleanedBarrel.gif"><IMG  SRC="gifs/SumPtOverPhoPt_Pho_unCleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
<b>UNCLEANED particle based photon isolation</b>,  contribution from photons. Defined as the sum of transverse momentum of photons falling in a cone with dR=0.4 around the lead photon. The contribution from the lead photon IS NOT removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_Pho_unCleanedEndcap.gif"><IMG  SRC="gifs/SumPtOverPhoPt_Pho_unCleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
<b>UNCLEANED particle based photon isolation</b>, contribution from photons. Defined as the sum of transverse momentum of photons falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS NOT removed
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_Pho_CleanedBarrel.gif"><IMG  SRC="gifs/SumPtOverPhoPt_Pho_CleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
<b>CLEANED particle based photon isolation</b>, contribution from photons. Defined as the sum of transverse momentum of photons falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_Pho_CleanedEndcap.gif"><IMG  SRC="gifs/SumPtOverPhoPt_Pho_CleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
<b>CLEANED particle based photon isolation</b>, contribution from photons. Defined as the sum of transverse momentum of photons falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS removed.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_ChHad_unCleanedBarrel.gif"><IMG  SRC="gifs/SumPtOverPhoPt_ChHad_unCleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
<b>UNCLEANED particle based photon isolation</b>  contribution from charged hadrons. Defined as the sum of transverse momentum of charged hadrons falling in a cone with dR=0.4 around the lead photon. The contribution from the lead photon IS NOT removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_ChHad_unCleanedEndcap.gif"><IMG  SRC="gifs/SumPtOverPhoPt_ChHad_unCleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
<b>UNCLEANED particle based photon isolation</b>, contribution from  charged hadrons. Defined as the sum of transverse momentum of  charged hadrons  falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS NOT removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_ChHad_CleanedBarrel.gif"><IMG  SRC="gifs/SumPtOverPhoPt_ChHad_CleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
<b>CLEANED particle based photon isolation</b>, contribution from charged hadrons. Defined as the sum of transverse momentum of charged hadrons falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS removed.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_ChHad_CleanedEndcap.gif"><IMG  SRC="gifs/SumPtOverPhoPt_ChHad_CleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
<b>CLEANED particle based photon isolation</b>, contribution from charged hadrons. Defined as the sum of transverse momentum of charged hadrons  falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS removed.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_NeuHad_unCleanedBarrel.gif"><IMG  SRC="gifs/SumPtOverPhoPt_NeuHad_unCleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
particle based photon isolation,  contribution from neutral hadrons. Defined as the sum of transverse momentum of neutral hadrons falling in a cone with dR=0.4 around the lead photon. The contribution from the lead photon IS NOT removed.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_NeuHad_unCleanedEndcap.gif"><IMG  SRC="gifs/SumPtOverPhoPt_NeuHad_unCleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
particle based photon isolation contribution from  neutral hadrons. Defined as the sum of transverse momentum of  neutral hadrons  falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS NOT removed
The distribution is for ecal endcap only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_NeuHad_CleanedBarrel.gif"><IMG  SRC="gifs/SumPtOverPhoPt_NeuHad_CleanedBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>BARREL :</b> Reconstructed photon matching a simulated photon:   
particle based photon isolation: contribution from neutral hadrons. Defined as the sum of transverse momentum of neutral hadrons falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS removed.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/SumPtOverPhoPt_NeuHad_CleanedEndcap.gif"><IMG  SRC="gifs/SumPtOverPhoPt_NeuHad_CleanedEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>
<b>ENDCAP :</b> Reconstructed photon matching a simulated photon:   
particle based photon isolation: contribution from neutral hadrons. Defined as the sum of transverse momentum of neutral hadrons  falling in a cone with dR=0.4 around the lead photon. The contribution from the original photon IS removed.
The distribution is for ecal endcap only.
</font>  
</td>
</tr>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pfMVABarrel.gif"><IMG  SRC="gifs/pfMVABarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
PF MVA output.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pfMVAEndcap.gif"><IMG  SRC="gifs/pfMVAEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon. 
PF MVA output.
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/nCluOutMustacheBarrel.gif"><IMG  SRC="gifs/nCluOutMustacheBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>
Reconstructed photon matching a simulated photon:   
Number of clusters outside moustache.
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/nCluOutMustacheEndcap.gif"><IMG  SRC="gifs/nCluOutMustacheEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Reconstructed photon matching a simulated photon. 
Number of clusters outside moustache.
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>











<tr>
<td align=center valign=top >
<A HREF="gifs/convEffVsEtaTwoTracks.gif"><IMG  SRC="gifs/convEffVsEtaTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction efficiency as a function of simulated &eta 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convEffVsPhiTwoTracks.gif"><IMG  SRC="gifs/convEffVsPhiTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction efficiency as a function of simulated &phi 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convEffVsRTwoTracks.gif"><IMG  SRC="gifs/convEffVsRTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction efficiency as a function of simulated conversion radius.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convEffVsZTwoTracks.gif"><IMG  SRC="gifs/convEffVsZTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction efficiency as a function of simulated z.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convEffVsEtTwoTracks.gif"><IMG  SRC="gifs/convEffVsEtTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction efficiency as a function of the true phohoton transverse energy.
</font>  
</td>
</tr>
</table>




<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/convEta2.gif"><IMG SRC="gifs/convEta2.gif" width=100%></A>
<br><FONT SIZE=-1> &eta of the supercluster corresponding to a reconstructed conversion track pair.
</td>
<td align=center valign=top >
<A HREF="gifs/convPhi.gif"><IMG  SRC="gifs/convPhi.gif" width=100%></A>
<br><FONT SIZE=-1> &phi of the supercluster corresponding to a reconstructed conversion track pair.
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convEResAll.gif"><IMG  SRC="gifs/convEResAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Converted photon (i.e. with tracks) energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convEResBarrel.gif"><IMG  SRC="gifs/convEResBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Converted photon  (i.e. with tracks) energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convEResEndcap.gif"><IMG  SRC="gifs/convEResEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Converted photon  (i.e. with tracks) energy resolution defined as the ratio between reconstructed and simulated energy. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<tr>
<td align=center valign=top >
<A HREF="gifs/convPtResAll.gif"><IMG  SRC="gifs/convPtResAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Converted photon (i.e. with tracks) Pt resolution defined as the ratio between the transverse momentum reconstructed from the tracks  and  the simulated Et. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convPtResBarrel.gif"><IMG  SRC="gifs/convPtResBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Converted photon (i.e. with tracks) Pt resolution defined as the ratio between the transverse momentum reconstructed from the tracks  and  the simulated Et. 
The distribution is for ecal barrel only.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convPtResEndcap.gif"><IMG  SRC="gifs/convPtResEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Converted photon (i.e. with tracks) Pt resolution defined as the ratio between the transverse momentum reconstructed from the tracks  and  the simulated Et. 
The distribution is for ecal endcaps only.
</font>  
</td>
</tr>


<tr>
<td align=center valign=top >
<A HREF="gifs/EoverPtracksAll.gif"><IMG  SRC="gifs/EoverPtracksAll.gif" width=100% ></A>
<br><FONT SIZE=-1>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| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/EoverPtracksBarrel.gif"><IMG  SRC="gifs/EoverPtracksBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>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.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/EoverPtracksEndcap.gif"><IMG  SRC="gifs/EoverPtracksEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>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.
</font>  
</td>
</tr>


<tr>
<td align=center valign=top >
<A HREF="gifs/PoverEtracksAll.gif"><IMG  SRC="gifs/PoverEtracksAll.gif" width=100% ></A>
<br><FONT SIZE=-1>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| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/PoverEtracksBarrel.gif"><IMG  SRC="gifs/PoverEtracksBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>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.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/PoverEtracksEndcap.gif"><IMG  SRC="gifs/PoverEtracksEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>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.
</font>  
</td>
</tr>



<tr>
<td align=center valign=top >
<A HREF="gifs/pEoverEtrueVsEtaAll.gif"><IMG  SRC="gifs/pEoverEtrueVsEtaAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Profile vs &eta of conversion energy resolution, defined as the ration between super cluster energy
and true energy.   
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEoverPVsEtaAll.gif"><IMG  SRC="gifs/pEoverPVsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Profile vs &eta  of conversion E/P.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pEoverPVsRAll.gif"><IMG  SRC="gifs/pEoverPVsRAll.gif" width=100%></A>
<br><FONT SIZE=-1>Profile vs true conversion radius  of conversion E/P.
</font>  
</td>
</tr>
</table>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convFakeRateVsEtaTwoTracks.gif"><IMG  SRC="gifs/convFakeRateVsEtaTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction fake rate as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convFakeRateVsPhiTwoTracks.gif"><IMG  SRC="gifs/convFakeRateVsPhiTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction fake rate as a function of &phi
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convFakeRateVsRTwoTracks.gif"><IMG  SRC="gifs/convFakeRateVsRTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair fake rate as a function of simulated conversion radius.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convFakeRateVsZTwoTracks.gif"><IMG  SRC="gifs/convFakeRateVsZTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair fake rate as a function of simulated z.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convFakeRateVsEtTwoTracks.gif"><IMG  SRC="gifs/convFakeRateVsEtTwoTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair reconstruction fake rate as a function of the true phohoton transverse energy.
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/convEffVsEtaTwoTracksAndVtxProbGT0.gif"><IMG SRC="gifs/convEffVsEtaTwoTracksAndVtxProbGT0.gif" width=80%></A>
<br><FONT SIZE=-1>Conversion vertex fitting efficiency, defined as the number 
of conversions with two tracks
and valid vertex fit divided by the number of conversions with two tracks.
</font>
</td>
<td align=center valign=top >
<A HREF= "gifs/convEffVsRTwoTracksAndVtxProbGT0.gif"><IMG SRC="gifs/convEffVsRTwoTracksAndVtxProbGT0.gif" width=80%></A>
<br><FONT SIZE=-1>Conversion vertex fitting efficiency, defined as the number 
of conversions with two tracks
and valid vertex fit divided by the number of conversions with two tracks.
</font>
</td>
<td align=center valign=top >
<A HREF="gifs/vtxChi2ProbAll.gif"><IMG  SRC="gifs/vtxChi2ProbAll.gif" width=100%></A>
<br><FONT SIZE=-1> Conversion vertex fit chi2 probabilitity. The distribution  is obtained for |&eta| &lt 2.5
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/vtxChi2ProbBarrel.gif"><IMG  SRC="gifs/vtxChi2ProbBarrel.gif" width=100%></A>
<br><FONT SIZE=-1> Conversion vertex fit chi2 probabilitity. Only Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/vtxChi2ProbEndcap.gif"><IMG  SRC="gifs/vtxChi2ProbEndcap.gif" width=100%></A>
<br><FONT SIZE=-1> Conversion vertex fit chi2 probabilitity. ONly Endcap
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convVtxdR.gif"><IMG  SRC="gifs/convVtxdR.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex radius resolution: all ecal
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdR_barrel.gif"><IMG  SRC="gifs/convVtxdR_barrel.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex radius resolution:  |&eta| &lt 1.2
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdR_endcap.gif"><IMG  SRC="gifs/convVtxdR_endcap.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex radius resolution:  |&eta| &gt 1.2
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convVtxdZ.gif"><IMG  SRC="gifs/convVtxdZ.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex Z resolution: all ecal
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdZ_barrel.gif"><IMG  SRC="gifs/convVtxdZ_barrel.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex Z resolution:  |&eta| &lt 1.2
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdZ_endcap.gif"><IMG  SRC="gifs/convVtxdZ_endcap.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex Z resolution:  |&eta| &gt 1.2
</font>  
</td>
</tr>
</table>




<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convVtxdX.gif"><IMG  SRC="gifs/convVtxdX.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex X resolution: all ecal
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdX_barrel.gif"><IMG  SRC="gifs/convVtxdX_barrel.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex X resolution:  |&eta| &lt 1.2
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdX_endcap.gif"><IMG  SRC="gifs/convVtxdX_endcap.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex X resolution:  |&eta| &gt 1.2
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convVtxdY.gif"><IMG  SRC="gifs/convVtxdY.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex Y resolution: all ecal
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdY_barrel.gif"><IMG  SRC="gifs/convVtxdY_barrel.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex Y resolution:  |&eta| &lt 1.2
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxdY_endcap.gif"><IMG  SRC="gifs/convVtxdY_endcap.gif" width=100%></A>
<br><FONT SIZE=-1>>Fitted vertex Y resolution:  |&eta| &gt 1.2
</font>  
</td>
</tr>
</table>


<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/pConvVtxdRVsR.gif"><IMG SRC="gifs/pConvVtxdRVsR.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion fitted vertex: average difference between reconstructed
and simulated radial position as a function of the radial position.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pConvVtxdRVsEta.gif"><IMG  SRC="gifs/pConvVtxdRVsEta.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion fitted veretx: average difference between reconstructed
and simulated radial position as a function of &eta
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/pConvVtxdXVsX.gif"><IMG  SRC="gifs/pConvVtxdXVsX.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex dX vs X.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pConvVtxdYVsY.gif"><IMG  SRC="gifs/pConvVtxdYVsY.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex dY vs Y.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pConvVtxdZVsZ.gif"><IMG  SRC="gifs/pConvVtxdZVsZ.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted vertex dZ vs Z.
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/mvaOutAll.gif"><IMG  SRC="gifs/mvaOutAll.gif" width=100%></A>
<br><FONT SIZE=-1>MVA output: all ecal
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/mvaOutBarrel.gif"><IMG  SRC="gifs/mvaOutBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>MVA output Only Barrel.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/mvaOutEndcap.gif"><IMG  SRC="gifs/mvaOutEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>MVA output. Only Endcap
</font>  
</td>
</tr>
</table>





<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/convVtxRvsZAll.gif"><IMG  SRC="gifs/convVtxRvsZAll.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted conversion vertex RvsZ position.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxRvsZBarrel.gif"><IMG  SRC="gifs/convVtxRvsZBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted conversion vertex radius. Only Barrel.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/convVtxRvsZEndcap.gif"><IMG  SRC="gifs/convVtxRvsZEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Fitted conversion vertex Z. Only Endcap.
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=10  WIDTH=100%>

<tr>
<td align=center valign=top >
<A HREF="gifs/hTkPtPullAll.gif"><IMG  SRC="gifs/hTkPtPullAll.gif" width=100% ></A>
<br><FONT SIZE=-1>Conversion track pull, defined as (Pt(rec)-Pr(sim)/&sigma(Pt(rec))
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hTkPtPullBarrel.gif"><IMG  SRC="gifs/hTkPtPullBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pull, defined as (Pt(rec)-Pr(sim)/&sigma(Pt(rec)). Only Barrel.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hTkPtPullEndcap.gif"><IMG  SRC="gifs/hTkPtPullEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pull, defined as (Pt(rec)-Pr(sim)/&sigma(Pt(rec)). Only Endcap.
</font>  
</td>
</tr>

<tr>
<td align=center valign=top >
<A HREF="gifs/tkChi2AllTracks.gif"><IMG  SRC="gifs/tkChi2AllTracks.gif" width=100% ></A>
<br><FONT SIZE=->Track-fit chi2
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pChi2VsEtaAll.gif"><IMG  SRC="gifs/pChi2VsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Track-fit chi2 profile vs &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pChi2VsRAll.gif"><IMG  SRC="gifs/pChi2VsRAll.gif" width=100%></A>
<br><FONT SIZE=-1>Track-fit chi2 profile vs conversion radius
</font>  
</td>
</tr>
</table>


<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/h_nHitsVsEtaAllTracks.gif"><IMG SRC="gifs/h_nHitsVsEtaAllTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion tracks: average number of reconstructed hits vs true conversion &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/h_nHitsVsRAllTracks.gif"><IMG  SRC="gifs/h_nHitsVsRAllTracks.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion tracks: average number of reconstructed hits vs true conversion radius.
</font>  
</td>
</tr>
</table>


<!-- 
<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/hDCotTracksAll.gif"><IMG  SRC="gifs/hDCotTracksAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair: &Delta cotg &theta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pDCotTracksVsEtaAll.gif"><IMG  SRC="gifs/pDCotTracksVsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair: average delta cotg &theta as a function of &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pDCotTracksVsRAll.gif"><IMG  SRC="gifs/pDCotTracksVsRAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track pair: average &Delta cotg &theta as a function of radius.
</font>  
</td>
</tr>
</table>


<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/eBcOverTkPoutAll.gif"><IMG  SRC="gifs/eBcOverTkPoutAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track: energy-outer momentum matching with closest basic cluster
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eBcOverTkPoutBarrel.gif"><IMG  SRC="gifs/eBcOverTkPoutBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track: energy-outer momentum matching with closest basic cluster.
Only barrel.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/eBcOverTkPoutEndcap.gif"><IMG  SRC="gifs/eBcOverTkPoutEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion track: energy-outer momentum matching with closest basic cluster.
Only endcap.
</font>  
</td>
</tr>
</table>



<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/hDEtaTracksAtEcalAll.gif"><IMG SRC="gifs/hDEtaTracksAtEcalAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion tracks: delta &eta at ecal front face. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/hDPhiTracksAtEcalAll.gif"><IMG  SRC="gifs/hDPhiTracksAtEcalAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion tracks: delta &phi at ecal front face. 
The distribution  is obtained for |&eta| &lt 2.5 
</font>  
</td>
</tr>
</table>

<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/pDPhiTracksAtEcalVsEtaAll.gif"><IMG SRC="gifs/pDPhiTracksAtEcalVsEtaAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion tracks: delta &phi at ecal front face. Profile vs &eta
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/pDPhiTracksAtEcalVsRAll.gif"><IMG  SRC="gifs/pDPhiTracksAtEcalVsRAll.gif" width=100%></A>
<br><FONT SIZE=-1>Conversion tracks: delta &phi at ecal front face. Profile vs conversion radius
</font>  
</td>
</tr>
</table>
-->








<table border=4 cellspacing=20  WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF= "gifs/zPVFromTracksBarrel.gif"><IMG SRC="gifs/zPVFromTracksBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Primary vertex position estimated by the conversion track extrapolation
to the longitudinal z axis. The distribution is obtained from conversions reconstructed
in the barrel
</font>
</td>
<td align=center valign=top >
<A HREF= "gifs/zPVFromTracksEndcap.gif"><IMG SRC="gifs/zPVFromTracksEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Primary vertex position estimated by the conversion track extrapolation
to the longitudinal z axis. The distribution is obtained from conversions reconstructed
in the endcap.
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/dzPVFromTracksBarrel.gif"><IMG  SRC="gifs/dzPVFromTracksBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>Primary vertex position estimated by the conversion track extrapolation
to the longitudinal z axis. Here the difference between the recontructed and true primary
vertex is shown.  The distribution is obtained from conversions reconstructed
in the barrel.
</font>  
</td>
<td align=center valign=top >
</font><A HREF="gifs/dzPVFromTracksEndcap.gif"><IMG  SRC="gifs/dzPVFromTracksEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>Primary vertex position estimated by the conversion track extrapolation
to the longitudinal z axis. Here the difference between the recontructed and true primary
vertex is shown.  The distribution is obtained from conversions reconstructed
in the endcap
</font>
</td>
<td align=center valign=top >
<A HREF="gifs/pdzPVVsR.gif"><IMG  SRC="gifs/pdzPVVsR.gif" width=100%></A>
<br><FONT SIZE=-1>Difference between the recontructed and true primary
vertex: profile vs conversion radius
</font>  
</td>
</tr>
</table>


<!--   COMMENTED OUT
<table border=4 cellspacing=10 WIDTH=100%>
<tr>
<td align=center valign=top >
<A HREF="gifs/gamgamMassAll.gif"><IMG  SRC="gifs/gamgamMassAll.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass. Any pair of reconstructed photons is considered, no MC matching.
The distribution  is obtained for |&eta| &lt 2.5
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/gamgamMassBarrel.gif"><IMG  SRC="gifs/gamgamMassBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass.  Any pair of reconstructed photons is considered, no MC matching. Only Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/gamgamMassEndcap.gif"><IMG  SRC="gifs/gamgamMassEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass.  Any pair of reconstructed photons is considered, no MC matching. Only Endcap
</font>  
</td>
</tr>
<tr>
<td align=center valign=top >
<A HREF="gifs/gamgamMassNoConvAll.gif"><IMG  SRC="gifs/gamgamMassNoConvAll.gif" width=100%></A>
<br><FONT SIZE=-1>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| &lt 2.5
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/gamgamMassNoConvBarrel.gif"><IMG  SRC="gifs/gamgamMassNoConvBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass.  Any pair of reconstructed photons with no conversion tracks is considered, no MC matching. Only Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/gamgamMassNoConvEndcap.gif"><IMG  SRC="gifs/gamgamMassNoConvEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass.  Any pair of reconstructed photons with no conversion tracks is considered, no MC matching. Only Endcap
</font>  
</td>
</tr>
<tr>
<td align=center valign=top >
<A HREF="gifs/gamgamMassConvAll.gif"><IMG  SRC="gifs/gamgamMassConvAll.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass. Any pair of reconstructed photons with  conversion tracks is considered, no MC matching.
The distribution  is obtained for |&eta| &lt 2.5
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/gamgamMassConvBarrel.gif"><IMG  SRC="gifs/gamgamMassConvBarrel.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass.  Any pair of reconstructed photons with  conversion tracks  is considered, no MC matching. Only Barrel
</font>  
</td>
<td align=center valign=top >
<A HREF="gifs/gamgamMassConvEndcap.gif"><IMG  SRC="gifs/gamgamMassConvEndcap.gif" width=100%></A>
<br><FONT SIZE=-1>All 2 photons invariant mass.  Any pair of reconstructed photons  with  conversion tracks is considered, no MC matching. Only Endcap
</font>  
</td>
</tr>
</table>
-->




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