Re: Call sequence

From: Anna Ferrari <anna.ferrari_at_lnf.infn.it>
Date: Sun, 11 Apr 2010 20:57:04 +0200 (CEST)

Dear Vassili,
yes, in ENDRAW you can retrieve (from (TRACKR) as you correctly wrote)
informations about the particle, that caused the energy deposition.
You can then, also, save the timing information via ATRACK.
In addition, in (TRACKR) you can find informations, that have
been thought explicitly for ENDRAW... look for example at J0track:

(from TRACKR)
* Jtrack = identity number of the particle: for recoils or *
* kerma deposition it can be outside the allowed *
* particle id range, assuming values like: *
* 208: "heavy" recoil *
* 211: EM below threshold *
* 308: low energy neutron kerma *
* in those cases the id of the particle originating *
* the interaction is saved inside J0trck (which othe-*
* rwise is zero) *
* J0trck = see above

cheers,
Anna

> Dear FLUKA experts,
>
> when ENDRAW is called does the TRACKR common still contain the
> information about the particle which caused the energy deposition? In
> particular, does ATRACK always give the time when energy had been
> deposited? Sorry for that naive question, but one can imagine a various
> sequences of subroutines' calls, - it isn't documented.
>
> Regards,
>
> Vassili
>
>
Received on Sun Apr 11 2010 - 23:01:05 CEST

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