CMS.JetMET HLT
Complete:
Part of the CMS.JetMET HLT Table from CMSSW 1_8_X
L1_SingleJet15 |
Single Jet (prescale 105) |
30 |
Single Jet Thresholds |
L1 Trigger |
Trigger Name |
HLT Threshold |
L1_SingleJet150 |
Single Jet |
200 |
L1_SingleJet100 |
Single Jet (prescale 101) |
150 |
L1_SingleJet70 |
Single Jet (prescale 102) |
110 |
L1_SingleJet30 |
Single Jet (prescale 104) |
60 |
L1_ETM10 |
Missing ET (prescale 1000) |
20 |
Missing ET Thresholds |
L1 Trigger |
Trigger Name |
HLT Threshold |
L1_ETM40 |
Missing ET |
65 |
L1_ETM40 |
Missing ET |
55 |
L1_ETM15 |
Missing ET (prescale 300) |
30 |
CMS.JetMET HLT Table from CMSSW 1_3_1_HLT4
Luminosity: 1E32 cm-2s-1
L1 Trigger |
Trigger Name |
HLT Threshold (GeV) |
A_SingleJet150 |
Single Jet |
200 |
A_SingleJet100 |
Single Jet (Prescale101) |
150 |
A_SingleJet70 |
Single Jet (Prescale 102) |
110 |
A_SingleJet30 |
Single Jet (Prescale 104) |
60 |
A_SingleJet150, A_DoubleJet70 |
Double jet |
150 |
A_SingleJet150, A_DoubleJet70, A_TripleJet50 |
Triple Jet |
85 |
A_SingleJet150, A_DoubleJet70, A_TripleJet50, A_QuadJet30 |
Quad Jet |
60 |
A_ETM40 |
Missing ET |
65 |
A_ETM30 |
Jet + Missing ET |
180(j), 60(MET) |
A_ETM30 |
2 Jets + Missing ET |
125(j), 60(MET) |
A_ETM30 |
3 Jets + Missing ET |
60(j), 60(MET) |
A_ETM30 |
4 Jets + Missing ET |
35(j), 60(MET) |
A_SingleJet150, A_DoubleJet70 |
acoplanar 2 jets |
125 |
A_ETM30 |
acoplanar jet + Missing ET |
100(j), 60(MET) |
A_ETM30 |
acoplanar di-jet + Missing ET |
60(j), 60(j), 60(MET) |
A_HTT300 |
HT + Missing ET |
350(HT), 65(MET) |
A_ETM30 |
VBF jet + Missing ET |
40(j), 60(MET) |
A_ETM30 |
Susy NV |
80(j1), 20(j2), 60(MET), NV(.1) |
Instructions for Running the CMS.JetMET HLT table (CMSSW 1_3_0_pre3)
Setup your project area, if you haven't done so already:
scramv1 project CMSSW CMSSW_1_3_0_pre3
cd CMSSW_1_3_0_pre3/src
eval `scramv1 runtime -csh`
(
csh shell) or
eval `scramv1 runtime -sh`
(
bash shell)
Check out HLT CMS.JetMET package
Download the HLT CMS.JetMET package from the CVS repository:
cmscvsroot CMSSW
cvs co -r V00-00-04 HLTrigger/CMS.JetMET
Get reconstruction sequences from official HLT area
cvs co -r V00-00-03 HLTrigger/Configuration/data
some extra packages needed to run the latest L1 Calo Emulator code
cvs co -r V00-05-06 SimCalorimetry/EcalTrigPrimProducers
cvs co -r V00-03-04 SimCalorimetry/EcalTrigPrimAlgos
and fix a problem with the C++ dictionaries in 130pre3
cvs co -r V01-03-17 HLTrigger/HLTcore
cvs co -r V00-03-22 HLTrigger/HLTexample
Compile the code
scramv1 b
Run trigger paths and produce output
Run the CMS.JetMET trigger paths and produce a rootfile containing the HLT output objects:
cd HLTrigger/CMS.JetMET/test
cmsRun -p CMS.JetMET_hlt_fromReco.cfg >& run_fromReco.log &
if input rootfile already contains reconstructed jets or
cmsRun -p CMS.JetMET_hlt_fromDigi.cfg >& run_fromDigi.log &
if the input rootfile only has digis.

Remember to edit the cmsRun configuration file so that the PoolSource module points to a existing rootfile.
Further information
Instructions for previous versions of CMSSW
Review Status
Responsible: Main.apana
Last reviewed by: Reviewer