JetEtMissPublicResultsINSITU < AtlasPublic

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<div align="center">
<a href="%ATTACHURL%/jetmultiplicityvsenergy.eps">
    <img src="%ATTACHURL%/jetmultiplicityvsenergy.png" alt="jetmultiplicityvsenergy."></img></a>
<div style="width:80%;">
*Caption:*
 {Mean jet multiplicity for jets with $\pt>10\GeV$
as a function of \pt\ of the $Z$ boson in $Z$\,+\,jet events.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/deltaphicone04.eps">
    <img src="%ATTACHURL%/deltaphicone04.png" alt="deltaphicone04."></img></a>
<div style="width:80%;">
*Caption:*
 $\Delta \phi$ between the photon and the jet for a) {\cone}
algorithm with $R = 0.4$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/deltaphikt10.eps">
    <img src="%ATTACHURL%/deltaphikt10.png" alt="deltaphikt10."></img></a>
<div style="width:80%;">
*Caption:*
 $\Delta \phi$ between the photon and the jet for b) \kt\ algorithm with $D = 1$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/Fig4new.eps">
    <img src="%ATTACHURL%/Fig4new.png" alt="Fig4new."></img></a>
<div style="width:80%;">
*Caption:*
 Left in all rows: the mean value of the fitted \pt\ 
balance $B_\Sigma$ as a function of $p_{\mathrm{T},\,Z}$ in $Z$\,+\,jet events.
Particle level jets (squares) and jets reconstructed from
detector signals (circles) are shown. Middle in all rows:
$B_\Sigma$ distribution for $p_{\mathrm{T},\,Z} \sim 50\GeV$ for truth
jets. Right in all rows: $B_\Sigma$ distribution for $p_{\mathrm{T},\,Z} \sim
50\GeV$ for reconstructed jets. Upper row: all jets with $\pt>1\GeV$ are taken into account. Middle row: only jets with
$\pt>10\GeV$ are used and the requirement $|\pi -
\Delta\phi| < 0.2$ is imposed. Lower row: in addition, no further
jet with $\pt>10\GeV$ is allowed.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/balance-algo.eps">
    <img src="%ATTACHURL%/balance-algo.png" alt="balance-algo."></img></a>
<div style="width:80%;">
*Caption:*
 Mean value of the fitted \pt\ balance ($B_1$ + 1) as a function of
$p_\mathrm{T,\,\gamma}$ in $\gamma$\,+\,jet {\herwig} events for various jet
algorithms. The points correspond to particle level and parton level jets.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/gammapartonscatterplot.eps">
    <img src="%ATTACHURL%/gammapartonscatterplot.png" alt="gammapartonscatterplot."></img></a>
<div style="width:80%;">
*Caption:*
 {The \pt\ of the parton versus the \pt\ of the photon
as produced in the hard interaction in $\gamma$\,+\,jet events.
\label{figs/gamjet/gammapartonbalance
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/TrueBalBin.eps">
    <img src="%ATTACHURL%/TrueBalBin.png" alt="TrueBalBin."></img></a>
<div style="width:80%;">
*Caption:*
 The solid line shows the balance when the {\pt} reference for binning is
taken as the average {\pt} of the photon and the jet; the triangles
when it is taken as the photon {\pt}. The circles show the balance
when the photon {\pt} is used and the photon and the jet are required to
be back-to-back within 0.2.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/TrueBalVsPt_wide.eps">
    <img src="%ATTACHURL%/TrueBalVsPt_wide.png" alt="TrueBalVsPt_wide."></img></a>
<div style="width:80%;">
*Caption:*
 The solid line shows the balance when the {\pt} reference for binning is
taken as the average {\pt} of the photon and the jet; the triangles
when it is taken as the photon {\pt}. The circles show the balance
when the photon {\pt} is used and the photon and the jet are required to
be back-to-back within 0.2. Right: the {\pt} dependence of the
most probable value of the particle level jet balance for these three cases.
</div>
</div>

<div align="center">
<a href="%ATTACHURL%/RecoBalVsPt_wide_NoCrack.eps">
    <img src="%ATTACHURL%/RecoBalVsPt_wide_NoCrack.png" alt="RecoBalVsPt_wide_NoCrack."></img></a>
<div style="width:80%;">
*Caption:*
 The most probable value of the balance at reconstruction level
for {\cone} jets with $R = 0.7$.
Black and dots are for default and tight selection, respectively, and
the points show the truth level balance. The back-to-back
$\Delta \phi$ cut is applied.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/BackBalHisto_loose.eps">
    <img src="%ATTACHURL%/BackBalHisto_loose.png" alt="BackBalHisto_loose."></img></a>
<div style="width:80%;">
*Caption:*
 Left: {\pt} balance for the background sample of
$140 <\pt < 280\GeV$ for the default and tight photon selection.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/BackBalHisto.eps">
    <img src="%ATTACHURL%/BackBalHisto.png" alt="BackBalHisto."></img></a>
<div style="width:80%;">
*Caption:*
 Right: {\pt} balance for the signal and background sample in
the interval ${96 <p_{\mathrm{T},\,\gamma} < 224\GeV}$ for tight photon
selection.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/Ana_Minv1_200_C7.eps">
    <img src="%ATTACHURL%/Ana_Minv1_200_C7.png" alt="Ana_Minv1_200_C7."></img></a>
<div style="width:80%;">
*Caption:*
 Distribution of the dielectron mass for
\Zej\ events and the relevant background in a simulated event sample
corresponding to an integrated luminosity of $200$\,{\ipb} with
{\cone} jets with $R = 0.7$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/JES_500_alp_C7.eps">
    <img src="%ATTACHURL%/JES_500_alp_C7.png" alt="JES_500_alp_C7."></img></a>
<div style="width:80%;">
*Caption:*
 The \pt\ balance for an integrated luminosity of 500\,{\ipb}
of {\cone} jets with $R = 0.7$ in events generated with {\alpgen}
in 5 bins of $p_{\mathrm{T},\,Z}$.
The red dots are for reconstructed jets, solid triangles for truth jets
and open triangles for truth in bins of average 
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/Comp_alp_pyt_120_C7.eps">
    <img src="%ATTACHURL%/Comp_alp_pyt_120_C7.png" alt="Comp_alp_pyt_120_C7."></img></a>
<div style="width:80%;">
*Caption:*
 The \pt\ balance for an integrated luminosity of $120\ipb$
and $500\ipb$ in events generated with {\alpgen} (dots and triangles,
respectively) and for $120\ipb$ in events generated with {\pythia}
(squares) in bins of $p_{\mathrm{T},\,Z}$ for {\cone} jets with $R = 0.7$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/Cone4TowerJets-lumi00.eps">
    <img src="%ATTACHURL%/Cone4TowerJets-lumi00.png" alt="Cone4TowerJets-lumi00."></img></a>
<div style="width:80%;">
*Caption:*
 The energy dependence of the jet response for {\cone} jets
with $R = 0.4$. The solid line corresponds to the fit using Eq.~\ref{EE}.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/calibration.eps">
    <img src="%ATTACHURL%/calibration.png" alt="calibration."></img></a>
<div style="width:80%;">
*Caption:*
 The ratios
  $E_\mathrm{T}^\mathrm{MC}/E_\mathrm{T}^\mathrm{calib}$ (triangles)
  and $E_\mathrm{T}^\mathrm{MC}/E_\mathrm{T}^\mathrm{meas}$ (squares) for jets
  reconstructed using the {\cone} algorithm with $R=0.4$. See the text for an
explanation of the symbols.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/MeasuredJetResponse-vs-eta-MPF.eps">
    <img src="%ATTACHURL%/MeasuredJetResponse-vs-eta-MPF.png" alt="MeasuredJetResponse-vs-eta-MPF."></img></a>
<div style="width:80%;">
*Caption:*
 The jet response $\pt(\mbox{reconstructed})/\pt(\mbox{truth})$
at the EM scale versus the jet pseudorapidity {\eta}
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/phi_distribution_wheel_ini2.eps">
    <img src="%ATTACHURL%/phi_distribution_wheel_ini2.png" alt="phi_distribution_wheel_ini2."></img></a>
<div style="width:80%;">
*Caption:*
 Left: The jet rate as a function of $\phi$ for jets with the
transverse momentum above a certain threshold.
.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/lumi_required_for_1000events_for_tower.eps">
    <img src="%ATTACHURL%/lumi_required_for_1000events_for_tower.png" alt="lumi_required_for_1000events_for_tower."></img></a>
<div style="width:80%;">
*Caption:* 
 Right: Integrated luminosity required to collect 1000 events 
 with jets above the given \pt\ thresholds in each of the 64 $\phi$ sectors
in the region $|\eta| < 0.1$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/pt_balance_sum_distribution_120_200GeV.eps">
    <img src="%ATTACHURL%/pt_balance_sum_distribution_120_200GeV.png" alt="pt_balance_sum_distribution_120_200GeV."></img></a>
<div style="width:80%;">
*Caption:*
 Left: The asymmetry $A$ as measured with both jets in the central
region $|\eta| < 0.7$ as defined in Eq.~\ref{dijetasymmetry}.

</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/sum_vs_pt.eps">
    <img src="%ATTACHURL%/sum_vs_pt.png" alt="sum_vs_pt."></img></a>
<div style="width:80%;">
*Caption:*
 
 The mean asymmetry obtained from gaussian fits, plotted as a function
 of the half scalar sum of \pt\ of both jets at the reconstruction
level (closed circles) and at the truth particle level (stars).
</div>
</div>

<div align="center">
<a href="%ATTACHURL%/lumi_required.eps">
    <img src="%ATTACHURL%/lumi_required.png" alt="lumi_required."></img></a>
<div style="width:80%;">
*Caption:*
 Integrated luminosity required to reach $0.5$\% precision for various
\pt\ ranges in the region $0.7 < \eta < 0.8$ with different sets of selection
cuts:
all {\pythia} dijet events (circles),
requiring $\Delta\phi > 3$ between the two leading jets (triangles),
requiring in addition less than 4 reconstructed jets in an event
(squares), requiring exactly two reconstructed jets (stars).
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/JESVsPtJ_MultiJet.eps">
    <img src="%ATTACHURL%/JESVsPtJ_MultiJet.png" alt="JESVsPtJ_MultiJet."></img></a>
<div style="width:80%;">
*Caption:*
 Energy scale of high \pt\  jets relative to lower \pt\  remnant jets as a
function of jet \pt, obtained by multijet \pt\  balance method at an
integrated luminosity of 1\,fb$^{-1}$. The error bars shown are statistical only.
</div>
</div>

<div align="center">
<a href="%ATTACHURL%/JESerrVsPtJ_MultiJet.eps">
    <img src="%ATTACHURL%/JESerrVsPtJ_MultiJet.png" alt="JESerrVsPtJ_MultiJet."></img></a>
<div style="width:80%;">
*Caption:*
 Energy scale uncertainty
of high \pt\  jets relative to lower \pt\  remnant jets as a
function of jet \pt, obtained by multijet \pt\  balance method at an integrated
luminosity of 1\,fb$^{-1}$. The error bars shown are statistical only.
</div>
</div>

<div align="center">
<a href="%ATTACHURL%/BootstrapBalancePtBin.eps">
    <img src="%ATTACHURL%/BootstrapBalancePtBin.png" alt="BootstrapBalancePtBin."></img></a>
<div style="width:80%;">
*Caption:*
 The ratio of the absolute value of the vector sum of the
non-leading jet \pt\ to the leading jet \pt\ for the \pt\  bin
370--$380\GeV$ fitted by a Gaussian.  
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/BootstrapFullsimCone7.eps">
    <img src="%ATTACHURL%/BootstrapFullsimCone7.png" alt="BootstrapFullsimCone7."></img></a>
<div style="width:80%;">
*Caption:*
 The ratio of the absolute value of the vector sum of the
non-leading jet \pt\ to the leading jet \pt\ for the \pt\  bin
370--$380\GeV$ fitted by a Gaussian as a function of
jet \pt. The mean and the error of the mean of the Gaussian fits are
shown. The average of the leading jet \pt\  and of the total \pt\  of
the non-leading jets is used for the binning.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/BootstrapAtlfastCone4.eps">
    <img src="%ATTACHURL%/BootstrapAtlfastCone4.png" alt="BootstrapAtlfastCone4."></img></a>
<div style="width:80%;">
*Caption:*
 Results using ATLFAST with {\cone} jets with $R = 0.4$.
Left: The fitted
balance as a function of the average leading and non-leading jets
\pt. 
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/BootstrapAtlfastCone4b.eps">
    <img src="%ATTACHURL%/BootstrapAtlfastCone4b.png" alt="BootstrapAtlfastCone4b."></img></a>
<div style="width:80%;">
*Caption:*
 Results using ATLFAST with {\cone} jets with $R = 0.4$.
Iterations of the method using the \pt\ range
checked by one iteration as the reference region for the next.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/dRMean140to160.1invfb.eps">
    <img src="%ATTACHURL%/dRMean140to160.1invfb.png" alt="dRMean140to160.1invfb."></img></a>
<div style="width:80%;">
*Caption:*
 Distributions of the mean of the $\Delta R$ values
for the leading two (solid histogram) and five (dashed histogram)
tracks in jets with $140<\pt^{\rm truth}<160\GeV$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/dRMean1120to1280.1invfb.eps">
    <img src="%ATTACHURL%/dRMean1120to1280.1invfb.png" alt="dRMean1120to1280.1invfb."></img></a>
<div style="width:80%;">
*Caption:*
 Distributions of the mean of the $\Delta R$ values
for the leading two (solid histogram) and five (dashed histogram)
tracks in jets with $1120<\pt^{\rm truth}<1280\GeV$ (right) for an 
integrated luminosity
of $1\ifb$. 
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/dRMean_vs_ptj_Pythia.eps">
    <img src="%ATTACHURL%/dRMean_vs_ptj_Pythia.png" alt="dRMean_vs_ptj_Pythia."></img></a>
<div style="width:80%;">
*Caption:*
 Mean value of the $\Delta R$
distributions as a function of the leading jet truth \pt\ for the leading two
(solid points) and five (open points) tracks. The curves represent
fits with a function of the form $p_0/x+p_1$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/dRMPV_vs_ptj_Pythia.eps">
    <img src="%ATTACHURL%/dRMPV_vs_ptj_Pythia.png" alt="dRMPV_vs_ptj_Pythia."></img></a>
<div style="width:80%;">
*Caption:*
 Most probable value
obtained from a Landau fit to the peak (right) of the $\Delta R$
distributions as a function of the leading jet truth \pt\ for the leading two
(solid points) and five (open points) tracks. The curves represent
fits with a function of the form $p_0/x+p_1$.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/JESerr_vs_ptj_MeanVsMPV.eps">
    <img src="%ATTACHURL%/JESerr_vs_ptj_MeanVsMPV.png" alt="JESerr_vs_ptj_MeanVsMPV."></img></a>
<div style="width:80%;">
*Caption:*
 Jet \pt\ scale uncertainty (statistical uncertainty
only) as a function of jet truth \pt\ obtained for different choices
of $\Delta R$ values and track multiplicities. 
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/dRMPV_vs_ptj_Herwig.eps">
    <img src="%ATTACHURL%/dRMPV_vs_ptj_Herwig.png" alt="dRMPV_vs_ptj_Herwig."></img></a>
<div style="width:80%;">
*Caption:*
 The most
probable $\Delta R$ of the leading two and five tracks as a function of the jet
truth \pt\ in {\pythia} (open points) and {\herwig} (solid points).
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/dRMPV2Tracks_vs_ptj_AbsJES.eps">
    <img src="%ATTACHURL%/dRMPV2Tracks_vs_ptj_AbsJES.png" alt="dRMPV2Tracks_vs_ptj_AbsJES."></img></a>
<div style="width:80%;">
*Caption:*
 Default fit (solid curve) to the most
probable $\Delta R$ of the leading two tracks as a function of the
truth jet \pt\ and the curves corresponding to $\pm 5\%$ JES variations
at $\pt^\mathrm{jet}=5\GeV$ (dashed and dotted). 
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/JESerr_vs_ptj_all.eps">
    <img src="%ATTACHURL%/JESerr_vs_ptj_all.png" alt="JESerr_vs_ptj_all."></img></a>
<div style="width:80%;">
*Caption:*
 Total
and individual systematic and statistical uncertainties as a function of
the truth jet \pt\ expected to be obtained from the track angle method for an
integrated luminosity of $1\ifb$.
</div>
</div>

<div align="center">
<a href="%ATTACHURL%/asymmetry1_eta0.0-1.2_PT10.0.eps">
    <img src="%ATTACHURL%/asymmetry1_eta0.0-1.2_PT10.0.png" alt="asymmetry1_eta0.0-1.2_PT10.0."></img></a>
<div style="width:80%;">
*Caption:*
 Asymmetry distributions of two jets 
 for two representative \pt\ bins.
 Cone jets with $R = 0.7$ in the pseudorapidity region
 $|\eta|<1.2$ are used.
 The distributions were fitted with a single Gaussian function.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/asymmetry4_eta0.0-1.2_PT10.0.eps">
    <img src="%ATTACHURL%/asymmetry4_eta0.0-1.2_PT10.0.png" alt="asymmetry4_eta0.0-1.2_PT10.0."></img></a>
<div style="width:80%;">
*Caption:*
 Asymmetry distributions of two jets 
 for two representative \pt\ bins.
 Cone jets with $R = 0.7$ in the pseudorapidity region
 $|\eta|<1.2$ are used.
 The distributions were fitted with a single Gaussian function.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/Threshold_soft_pt1.eps">
    <img src="%ATTACHURL%/Threshold_soft_pt1.png" alt="Threshold_soft_pt1."></img></a>
<div style="width:80%;">
*Caption:*
 Resolution versus the $p_\mathrm{T,\,3}$ threshold cut for different
\pt\ bins.
The line corresponds to the linear fit  applied while the dashed-line shows the
extrapolation to $p_\mathrm{T,\,3} = 0$, which corresponds to an ideal dijet sample
($\epsilon  = 0$).
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/Threshold_soft_pt4.eps">
    <img src="%ATTACHURL%/Threshold_soft_pt4.png" alt="Threshold_soft_pt4."></img></a>
<div style="width:80%;">
*Caption:*
 Resolution versus the $p_\mathrm{T,\,3}$ threshold cut for different
\pt\ bins.
The line corresponds to the linear fit  applied while the dashed-line shows the
extrapolation to $p_\mathrm{T,\,3} = 0$, which corresponds to an ideal dijet sample
($\epsilon  = 0$).
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/DijetNoSRResolutionDPHI2.8_ETA1.2.eps">
    <img src="%ATTACHURL%/DijetNoSRResolutionDPHI2.8_ETA1.2.png" alt="DijetNoSRResolutionDPHI2.8_ETA1.2."></img></a>
<div style="width:80%;">
*Caption:*
 Jet energy resolution for {\cone} jets with $R = 0.7$
in the pseudorapidity range $|\eta|<1.2$.
The results are obtained by using dijet balance techniques
with and without applying the soft radiation correction.
</div>
</div>
 
<div align="center">
<a href="%ATTACHURL%/kTsketch.eps">
    <img src="%ATTACHURL%/kTsketch.png" alt="kTsketch."></img></a>
<div style="width:80%;">
*Caption:*
 Sketch of the \kt\ balance technique.
The $\eta$ axis corresponds to the azimuthal angular bisector of the dijet
system while the $\psi$ axis is defined as being orthogonal to the $\eta$ axis.
</div>
</div>
 
-----
<!--For significant updates to the topic, consider adding your 'signature' (beneath this editing box)-->
*Major updates*:%BR%
-- Main.JamesProudfoot - 19 Jun 2009

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Attachments

Topic attachments
I	Attachment	History	Action	Size	Date	Who
eps	Ana_Minv1_200_C7.eps	r1	manage	96.6 K	2009-07-08 - 20:37	JamesProudfoot
png	Ana_Minv1_200_C7.png	r1	manage	17.5 K	2009-06-19 - 22:13	JamesProudfoot
eps	BackBalHisto.eps	r1	manage	10.9 K	2009-07-08 - 20:45	JamesProudfoot
png	BackBalHisto.png	r1	manage	7.9 K	2009-06-19 - 22:14	JamesProudfoot
eps	BackBalHisto_loose.eps	r1	manage	12.8 K	2009-07-08 - 20:46	JamesProudfoot
png	BackBalHisto_loose.png	r1	manage	8.8 K	2009-06-19 - 22:14	JamesProudfoot
eps	BootstrapAtlfastCone4.eps	r1	manage	11.9 K	2009-07-08 - 20:47	JamesProudfoot
png	BootstrapAtlfastCone4.png	r1	manage	4.7 K	2009-06-19 - 22:15	JamesProudfoot
eps	BootstrapAtlfastCone4b.eps	r1	manage	13.6 K	2009-07-08 - 20:48	JamesProudfoot
png	BootstrapAtlfastCone4b.png	r1	manage	7.8 K	2009-06-19 - 22:15	JamesProudfoot
eps	BootstrapBalancePtBin.eps	r1	manage	9.2 K	2009-07-08 - 20:48	JamesProudfoot
png	BootstrapBalancePtBin.png	r1	manage	5.0 K	2009-06-19 - 22:15	JamesProudfoot
eps	BootstrapFullsimCone7.eps	r1	manage	9.8 K	2009-07-08 - 20:48	JamesProudfoot
png	BootstrapFullsimCone7.png	r1	manage	7.0 K	2009-06-19 - 22:15	JamesProudfoot
eps	Comp_alp_pyt_120_C7.eps	r1	manage	75.2 K	2009-07-08 - 20:49	JamesProudfoot
png	Comp_alp_pyt_120_C7.png	r1	manage	10.0 K	2009-06-19 - 22:16	JamesProudfoot
eps	Cone4TowerJets-lumi00.eps	r1	manage	11.5 K	2009-07-08 - 20:49	JamesProudfoot
png	Cone4TowerJets-lumi00.png	r1	manage	5.6 K	2009-06-19 - 22:16	JamesProudfoot
eps	DijetNoSRResolutionDPHI2.8_ETA1.2.eps	r1	manage	47.8 K	2009-07-08 - 20:50	JamesProudfoot
png	DijetNoSRResolutionDPHI2.8_ETA1.2.png	r1	manage	11.8 K	2009-06-19 - 22:17	JamesProudfoot
eps	Fig4new.eps	r1	manage	47.3 K	2009-07-08 - 20:53	JamesProudfoot
png	Fig4new.png	r1	manage	16.4 K	2009-06-19 - 22:19	JamesProudfoot
eps	JESVsPtJ_MultiJet.eps	r1	manage	47.1 K	2009-07-08 - 20:57	JamesProudfoot
png	JESVsPtJ_MultiJet.png	r1	manage	6.1 K	2009-06-19 - 22:21	JamesProudfoot
eps	JES_500_alp_C7.eps	r1	manage	63.4 K	2009-07-08 - 20:54	JamesProudfoot
png	JES_500_alp_C7.png	r1	manage	10.4 K	2009-06-19 - 22:20	JamesProudfoot
eps	JESerrVsPtJ_MultiJet.eps	r1	manage	44.5 K	2009-07-08 - 20:55	JamesProudfoot
png	JESerrVsPtJ_MultiJet.png	r1	manage	7.1 K	2009-06-19 - 22:26	JamesProudfoot
eps	JESerr_vs_ptj_MeanVsMPV.eps	r1	manage	83.7 K	2009-07-08 - 20:54	JamesProudfoot
png	JESerr_vs_ptj_MeanVsMPV.png	r1	manage	8.5 K	2009-06-19 - 22:21	JamesProudfoot
eps	JESerr_vs_ptj_all.eps	r1	manage	42.6 K	2009-07-08 - 20:54	JamesProudfoot
png	JESerr_vs_ptj_all.png	r1	manage	8.7 K	2009-06-19 - 22:20	JamesProudfoot
eps	MeasuredJetResponse-vs-eta-MPF.eps	r1	manage	452.9 K	2009-07-08 - 20:58	JamesProudfoot
png	MeasuredJetResponse-vs-eta-MPF.png	r1	manage	10.3 K	2009-06-19 - 22:22	JamesProudfoot
eps	RecoBalVsPt_wide_NoCrack.eps	r1	manage	14.2 K	2009-07-08 - 20:59	JamesProudfoot
png	RecoBalVsPt_wide_NoCrack.png	r1	manage	9.4 K	2009-06-19 - 22:23	JamesProudfoot
eps	Threshold_soft_pt1.eps	r1	manage	48.2 K	2009-07-08 - 21:00	JamesProudfoot
png	Threshold_soft_pt1.png	r1	manage	9.5 K	2009-06-19 - 22:24	JamesProudfoot
eps	Threshold_soft_pt4.eps	r1	manage	52.5 K	2009-07-08 - 21:00	JamesProudfoot
png	Threshold_soft_pt4.png	r1	manage	9.7 K	2009-06-19 - 22:24	JamesProudfoot
eps	TrueBalBin.eps	r1	manage	419.4 K	2009-07-08 - 21:00	JamesProudfoot
png	TrueBalBin.png	r1	manage	12.9 K	2009-06-19 - 22:25	JamesProudfoot
eps	TrueBalVsPt_wide.eps	r1	manage	445.9 K	2009-07-08 - 21:01	JamesProudfoot
png	TrueBalVsPt_wide.png	r1	manage	9.1 K	2009-06-19 - 22:25	JamesProudfoot
eps	asymmetry1_eta0.0-1.2_PT10.0.eps	r1	manage	48.0 K	2009-07-08 - 20:44	JamesProudfoot
png	asymmetry1_eta0.0-1.2_PT10.0.png	r1	manage	9.2 K	2009-06-19 - 22:13	JamesProudfoot
eps	asymmetry4_eta0.0-1.2_PT10.0.eps	r1	manage	49.0 K	2009-07-08 - 20:45	JamesProudfoot
png	asymmetry4_eta0.0-1.2_PT10.0.png	r1	manage	8.1 K	2009-06-19 - 22:13	JamesProudfoot
eps	balance-algo.eps	r1	manage	33.8 K	2009-07-08 - 20:47	JamesProudfoot
png	balance-algo.png	r1	manage	5.8 K	2009-06-19 - 22:14	JamesProudfoot
eps	calibration.eps	r1	manage	10.6 K	2009-07-08 - 20:48	JamesProudfoot
png	calibration.png	r1	manage	6.1 K	2009-06-19 - 22:16	JamesProudfoot
eps	dRMPV2Tracks_vs_ptj_AbsJES.eps	r1	manage	65.6 K	2009-07-08 - 20:52	JamesProudfoot
png	dRMPV2Tracks_vs_ptj_AbsJES.png	r1	manage	10.5 K	2009-06-19 - 22:18	JamesProudfoot
eps	dRMPV_vs_ptj_Herwig.eps	r1	manage	94.2 K	2009-07-08 - 20:52	JamesProudfoot
png	dRMPV_vs_ptj_Herwig.png	r1	manage	8.0 K	2009-06-19 - 22:19	JamesProudfoot
eps	dRMPV_vs_ptj_Pythia.eps	r1	manage	62.3 K	2009-07-08 - 20:53	JamesProudfoot
png	dRMPV_vs_ptj_Pythia.png	r1	manage	7.4 K	2009-06-19 - 22:19	JamesProudfoot
eps	dRMean1120to1280.1invfb.eps	r1	manage	47.8 K	2009-07-08 - 20:51	JamesProudfoot
png	dRMean1120to1280.1invfb.png	r1	manage	6.4 K	2009-06-19 - 22:17	JamesProudfoot
eps	dRMean140to160.1invfb.eps	r1	manage	63.1 K	2009-07-08 - 20:50	JamesProudfoot
png	dRMean140to160.1invfb.png	r1	manage	8.4 K	2009-06-19 - 22:17	JamesProudfoot
eps	dRMean_vs_ptj_Pythia.eps	r1	manage	66.8 K	2009-07-08 - 20:51	JamesProudfoot
png	dRMean_vs_ptj_Pythia.png	r1	manage	7.9 K	2009-06-19 - 22:18	JamesProudfoot
eps	deltaphicone04.eps	r1	manage	105.3 K	2009-07-08 - 20:49	JamesProudfoot
png	deltaphicone04.png	r1	manage	6.6 K	2009-06-19 - 22:16	JamesProudfoot
eps	deltaphikt10.eps	r1	manage	92.1 K	2009-07-08 - 20:50	JamesProudfoot
png	deltaphikt10.png	r1	manage	5.9 K	2009-06-19 - 22:17	JamesProudfoot
eps	gammapartonscatterplot.eps	r1	manage	953.0 K	2009-07-08 - 20:53	JamesProudfoot
png	gammapartonscatterplot.png	r1	manage	38.6 K	2009-06-19 - 22:20	JamesProudfoot
eps	jetmultiplicityvsenergy.eps	r1	manage	520.7 K	2009-07-08 - 20:56	JamesProudfoot
png	jetmultiplicityvsenergy.png	r1	manage	7.8 K	2009-06-19 - 22:21	JamesProudfoot
eps	kTsketch.eps	r1	manage	591.2 K	2009-07-08 - 20:56	JamesProudfoot
png	kTsketch.png	r1	manage	6.1 K	2009-06-19 - 22:22	JamesProudfoot
eps	lumi_required.eps	r1	manage	632.9 K	2009-07-08 - 20:57	JamesProudfoot
png	lumi_required.png	r1	manage	7.8 K	2009-06-19 - 22:22	JamesProudfoot
eps	lumi_required_for_1000events_for_tower.eps	r1	manage	15.7 K	2009-07-08 - 20:58	JamesProudfoot
png	lumi_required_for_1000events_for_tower.png	r1	manage	10.2 K	2009-06-19 - 22:22	JamesProudfoot
eps	phi_distribution_wheel_ini2.eps	r1	manage	161.4 K	2009-07-08 - 20:58	JamesProudfoot
png	phi_distribution_wheel_ini2.png	r1	manage	7.1 K	2009-06-19 - 22:23	JamesProudfoot
eps	pt_balance_sum_distribution_120_200GeV.eps	r1	manage	40.9 K	2009-07-08 - 20:59	JamesProudfoot
png	pt_balance_sum_distribution_120_200GeV.png	r1	manage	6.3 K	2009-06-19 - 22:23	JamesProudfoot
eps	sum_vs_pt.eps	r1	manage	83.6 K	2009-07-08 - 20:59	JamesProudfoot
png	sum_vs_pt.png	r1	manage	8.7 K	2009-06-19 - 22:24	JamesProudfoot

Topic revision: r6 - 2010-12-06 - PatrickJussel

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