<div dir="ltr"><div>Dear all, <br></div><div>    Here is my summary on the simulation and the reconstruction. That is how to run the full chain of the simulation and the reconstruction on pseudo data. For the real data, you will need to use the last part of the chain only, i.e., reconstruction. <br></div><div>
<ol><li> <a rel="nofollow" class="external gmail-text" href="https://clasweb.jlab.org/wiki/images/8/85/Rgf_simulation_instruction_F.pdf">Updated Simulation and reconstruction instructions</a> </li><li> Simulated data:
<ol><li> 2.1 GeV radiative elastic ep events (2M events):
<ol><li> Generated data can be found under /volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/gen_files/2.1GeV_elastic/</li><li> Reconstructed data (using 50% outbending torus field and 74.5% of 
the solenoid filed) can be found under 
/volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/recon_util_hipo_files/2.1GeV_elastic/</li><li> <a rel="nofollow" class="external gmail-text" href="https://userweb.jlab.org/~hattawy/bonus_analysis/rgf_simulation_analysis/rgf_epradel.pdf">Quick analysis of the data</a></li><li> Notes: at the generation level we implemented E = 2.144, 5 < theta_e' < 15 deg, 0.4 <  E_e' < 1.0 GeV.</li></ol></li><li> 2.1 GeV radiative inelastic ep events (2M events):
<ol><li> Generated data can be found under /volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/gen_files/2.1GeV_inelastic/</li><li> Reconstructed data (using 50% outbending torus field and 74.5% of 
the solenoid filed) can be found under 
/volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/recon_util_hipo_files/2.1GeV_inelasticRad/</li><li> <a rel="nofollow" class="external gmail-text" href="https://userweb.jlab.org/~hattawy/bonus_analysis/rgf_simulation_analysis/rgf_2.1inelastic.pdf">Quick analysis of the data</a>  </li><li> Notes: these events have been generated over the full acceptance for the outbending configuration.</li></ol></li><li> 11GeV electrons flat in the phase-space (30M electrons):
<ol><li> Generated data can be found under /volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/gen_files/11GeV_flat_electrons/</li><li> Reconstructed data using 50% outbending torus field and 74.5% of 
the solenoid filed can be found under 
/volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/recon_util_hipo_files/11GeV_flat_electrons/halfOutending/,
 and here is the <a rel="nofollow" class="external gmail-text" href="https://userweb.jlab.org/~hattawy/bonus_analysis/rgf_simulation_analysis/rgf_flat_outbending.pdf">quick analysis look to this sample</a>.</li><li> Reconstructed data using 100% inbending torus field and 74.5% of 
the solenoid filed can be found under 
/volatile/clas12/rg-f/mhattawy/bouns12_simulation/files/recon_util_hipo_files/11GeV_flat_electrons/fullInbending/,
 and here is the <a rel="nofollow" class="external gmail-text" href="https://userweb.jlab.org/~hattawy/bonus_analysis/rgf_simulation_analysis/rgf_flat_fullinbending.pdf">quick analysis look to this sample</a></li></ol></li></ol></li></ol></div><div>This summary can also be found under our wiki page <a href="https://clasweb.jlab.org/wiki/index.php/Run_Group_F#GEMC_Simulation">https://clasweb.jlab.org/wiki/index.php/Run_Group_F#GEMC_Simulation</a></div><div><br></div><div dir="ltr" class="gmail_signature" data-smartmail="gmail_signature">Best regards,<br>Mohammad Hattawy.<br></div></div>