Repository containing some simple analysis scripts as well as instructions for producing the necessary files required for analysis.
Install version 3.61
Follow the install instructions in the README of that repo.
Run with the .json file included in this repository:
lager -c jpsi-10on130.disp-jpsi-00-muon.json -r 1 -o <OUTPUT_DIRECTORY>
Process the lAger output through the afterburner using the config ip6_hiacc_100x10
abconv -p ip6_hiacc_100x10 <OUTPUT_DIRECTORY>/lager-vmp-00mrad.jpsi-10on130.4pi.disp-jpsi-00-muon.run00001-lumi10.hepmc -o <OUTPUT_DIRECTORY>/ab_output-00mrad.jpsi-10on130.4pi.disp-jpsi-00-muon.run00001-lumi10
Run with the .json file included in this repository:
lager -c jpsi-10on250.disp-jpsi-00-muon.json -r 1 -o <OUTPUT_DIRECTORY>
Process the lAger output through the afterburner using the config ip6_hiacc_275x10
abconv -p ip6_hiacc_275x10 <OUTPUT_DIRECTORY>/lager-vmp-00mrad.jpsi-10on250.4pi.disp-jpsi-00-muon.run00001-lumi10.hepmc -o <OUTPUT_DIRECTORY>/ab_output-00mrad.jpsi-10on250.4pi.disp-jpsi-00-muon.run00001-lumi10
Run with the .json file included in this repository:
lager -c jpsi-18on275.disp-jpsi-00-muon.json -r 1 -o <OUTPUT_DIRECTORY>
Process the lAger output through the afterburner using the config ip6_hiacc_275x18
abconv -p ip6_hiacc_275x18 <OUTPUT_DIRECTORY>/lager-vmp-00mrad.jpsi-18on275.4pi.disp-jpsi-00-muon.run00001-lumi10.hepmc -o <OUTPUT_DIRECTORY>/ab_output-00mrad.jpsi-18on275.4pi.disp-jpsi-00-muon.run00001-lumi10
For all configurations, the output file was converted to a .hepmc3.tree.root file, and renamed to comply with simulation campaign naming.
./hepmc3ascii2root <OUTPUT_DIRECTORY>/ab_output-00mrad.jpsi-<ELECTRON ENERGY>on<PROTON ENERGY>.4pi.disp-jpsi-00-muon.run00001-lumi10.hepmc <OUTPUT_DIRECTORY>/lAger_v3.6.1_DVMP_JPsi_<ELECTRON ENERGY>x<PROTON ENERGY>ep_q2_1to50.hepmc3.tree.root
The resulting output files for both configurations, to be used for the simulation campaigns are located at:
/w/eic-scshelf2104/users/gbxalex/SimCampaign_Input