Dataset: "tev8pp_mcfm_gamma_ptscale"

Summary Comments
Name: tev8pp_mcfm_gamma_ptscale
DOI identifier: 10.34664/1575486 (osti.gov link)
Collisions: pp
CM Energy: 8 TeV
Entry ID: 70
Topic: SM
Generator: MCFM
Calculation level: NLO
Process: Direct photons at NLO (12 GeV isolation)
Total events: 26000000
Number of files: 2048
Cross section (σ): 1.333E+04 ± 0.000E+00pb Warning: Not accurate for weighted events
Luminosity (L): Luminosity is not supported for weighted events Warning: Not accurate for weighted events
Format: ProMC
Truth record URL: https://mc.hep.anl.gov/asc/hepsim/events/pp/8tev/gamma_mcfm_ptscale Status: Available
Mirrors:
https://portal.nersc.gov/project/m1758/data/events/pp/8tev/gamma_mcfm_ptscale
https://g-a5428.fd635.8443.data.globus.org/events/pp/8tev/gamma_mcfm_ptscale
https://stash.osgconnect.net/collab/project/HepSim/events/pp/8tev/gamma_mcfm_ptscale
https://mc.hep.anl.gov/asc/hepsim/events/pp/8tev/gamma_mcfm_ptscale
EVGEN size: 10.0 GB
  Reconstruction tag Tags:
Fast simulation:
Full simulation:
 
Fast/Full size: 0.00 GB
Record slimmed: No
Events weighted: Yes
Submission time: Sat Apr 11 0:14:19 UTC 2015
Updated on: Thu Nov 21 8:33:53 UTC 2024
Description:
Inclusive photons at NLO (MCFM) GeV for different pT ranges starting from 20-3000 GeV. We use CT10 PDF and a dynamic scale (pT(gamma)). The isolation is fixed to 12 GeV in the cone 0.4. |eta(photons)|<2.4.

Complete input card is attached as logfile inside each file.

Cross section was estimated for pT>25 GeV and |eta|<0.6

[General options to specify the process and execution]
280             [nproc]
tota            
8000d0          [sqrts in GeV]
+1              [ih1 =1 for proton and -1 for antiproton]
+1              [ih2 =1 for proton and -1 for antiproton]
126d0           [hmass]
1d0            [scale:QCD scale choice]
pt(photon)      [dynamicscale]
10d0            [epsilon_h, energy fraction for isolation, >1 we use max energy in the cone]
 ************** Dynamic scale choice ****************
 *                                                  *
 *                 RENORMALIZATION                  *
 *       mu_ren  = 1 x pt(photon)               *
 *                                                  *
 *                  FACTORIZATION                   *
 *       mu_fac  = 1 x pt(photon)               *
 *                                                  *
 *                  FRAGMENTATION                   *
 *       mu_frag = 1 x pt(photon)               *
 *                                                  *
 ****************************************************

File metadata:
Not available for this dataset

Validation:
Nr Analysis code Output image Output data
Author: S.Chekanov

         
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