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High-pT ttbar (pT>650 GeV)
Same as High-pT ttbar (pT>650 GeV) sample, but the calorimeter has a finer segmentation in Phi (a factor 2 smaller cells). See delphes_card_Snowmass_NoPileUp_updateMay8_fineCAL.tcl
How to download
Please read the Section How to download. You need a python script “download.py”. In total, there are 96 files per sample (mu=0,50,140), with 1000 ttbar events in each. Thus the total number of events is 96000 signal events per sample.
No pileup
Get the Delphes3 ROOT files from this download link. Here is an example for downloading 5 files:
python download.py 5 delphes36/ttbar_pt650cal2/mu0 herwigpp_ttbar_pt650cal2_delphes306
(set 5 to 96 to download all)
<mu>=50
Get the Delphes3 ROOT files from this download link. Here is an example for downloading 5 files:
python download.py 5 delphes36/ttbar_pt650cal2/mu50 herwigpp_ttbar_pt650cal2_delphes306_mu50
(set 5 to 96 to download all)
<mu>=140
Get the Delphes3 ROOT files from this download link. Here is an example for downloading 5 files:
python download.py 5 delphes36/ttbar_pt650cal2/mu140 herwigpp_ttbar_pt650cal2_delphes306_mu140
(set 5 to 96 to download all)
How to analyze using ROOT
If you need to find the effect of pileup on top reconstruction or a jet measurement, you need to run the analysis code over signal MC and then over the signal+pileup MC files. Read analyse_d3
How to analyze without ROOT
In some cases, you may not have ROOT installed to read the Delphes files. In this case, you can use ROOT files converted to the ProMC format which can be read without ROOT (using C++, Java, Python). Read how to read Delphes3 output without ROOT.
— Sergei Chekanov 2013/03/06 20:48
