Dear Tao Yang,
use the standard usbrea as available in $FLUPRO/flutil, by the way
directly invoked by Flair through the 'To ascii' command appearing by
clicking with the mouse right button on the binary file name (in the
Files interface of the Run frame).
It will generate a 10-column file, to be read row after row (a single
column has no specific meaning). It contains the energy deposition matrix
(in GeV/cm3 per primary particle, in case you asked for ENERGY scoring),
element after element. After the header, the first value of the second row
should be read following the ten on the first row. To properly interpret
it, you have to consider that the matrix has normally 3 indeces (referring
to x,y,z or r,phi,z, depending on your scoring choice). In the sequence
of matrix elements, the first index runs first over its interval, then the
second, finally the third. So the list is E(1,1,1), E(2,1,1), ...,
E(N1,1,1), E(1,2,1) etc. where N1 is the number of x/r bins.
Kind regards
Francesco
**************************************************
Francesco Cerutti
CERN-EN/STI
CH-1211 Geneva 23
Switzerland
tel. ++41 22 7678962
fax ++41 22 7668854
On Wed, 10 May 2017, YANG Tao wrote:
> Dear users!
> Recently I want to simulate the thermo-mechanical response of a beam dump, I would export
> the energy deposition of USRBIN output to ANSYS, I see the fluka web provide a processing
> method named usbrea_80.f(
> http://www.fluka.org/web_archive/earchive/new-fluka-discuss/2666.html ) and the output data is
> "5 column" format, but I don't the meaning of every column, could anyone explain them for me?
> Thanks.
>
> Best Regards!
>
> Tao Yang
>
> IHEP,CAS.
>
>
>
>
>
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Received on Wed May 10 2017 - 18:22:56 CEST