Synopsis
prt [OPTION] [ARGUMENT] ... [OPTION] [ARGUMENT] example: ./prt -a 40 -l 0 -x "pi+" -p 1 -w 0 -g 0 -e 1
Options
-o output file name -i input file name -u look-up file name -s run type 0 simulation 1 look-up table generation 2 reconstruction 5 calibration 6 focal plane measurements -g geometry configuration 1 in vacuum 2 in air 3 in air + 1cm plastic at front + trigger 5 for calibration -gs radiator-prism step in mm -gx x position of beam-radiator hit point in mm 0 is a middle of radiator -gz z position of beam-radiator hit point in mm 0 is at edge of radiator (prism side) -z beam dimension 0 no smearing (default) positive int # [mm] Gaussian smearing in x and y -1 no smearing, random momenta [0,4] GeV -h radiator type 1 bar (default) 2 plate -c MCP layout 0 MCP covers all FD plain 2012 2014 (default) -l focusing system 0 no lens 1 spherical lens 10 ideal lens (thickness = 0, ideal focusing) -a angle between particle beam and bar radiator -e number of simulated events -f number of the first event for the reconstruction -x particle type "pi+" "proton" "kaon" ... "opticalphoton" -p particle momentum [GeV/c] -w physical list 0 standard 1 without multiple scattering 10 monochromatic Cherenkov light 11 10 + 1 -r seed number for the random generator -b batch mode 1 run silent (without GUI)