Dear Shirley
I changed your mgdraw output to formatted, just to read it easily, and I
do not see the problem. Dumping the quantities
NCASE, JTRACK DTQUEN(1) DTRACK(1), where dtquen is quenched and
dtrack is unquenched, I always obtain dtquen<dtrack as expected:
1 3 5.26920596E-09 5.31032152E-09
1 3 1.79176452E-03 2.06275354E-03
1 3 2.61539157E-04 2.96100159E-04
and so on.
When I sum all energies for each event, I get quenched around 0.7 GeV,
unquenched around 0.8 GeV.
Maybe you would like to send also your analysis program?
Paola
> Dear FLUKA users,
>
> I'm trying to enable quenching in materials and record continuous energy
> loss in userdump MGDRAW routine.
>
> I inject 1 GeV electron in liquid argon. Without quenching, if I count
> all
> continuous energy loss through DTRACK, I get ~ 0.9 GeV energy, which seems
> reasonable. But when I include quenching through UDQUENCH, somehow the
> total continuous energy loss through either the un-quenched(?) DTRACK or
> DTQUEN for every primary event is ~ 1.5 GeV > 1 GeV.
>
> Could anyone see where I made mistakes? I attached my input files.
>
> Thank you very much!
>
> Shirley
>
Paola Sala
INFN Milano
tel. Milano +39-0250317374
tel. CERN +41-227679148
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Received on Fri Jun 08 2018 - 18:26:22 CEST