Date: Thu, 19 Sep 2019 11:20:28 +0200
Dear Filipa, dear Markus,
no no, fortunately the reason is another (...and a such limit would pose
problems in describing complex geometries!!).
1) you run only 10^5 primaries because in the card START the input is not
entirely within the what(1) field, and only 100000 is read
2) you have, by the way, an error in the geometry: you have defined your
regions fibers as infinite cylinders, therefore there are errors when you go
outside the water (see picture, taken at x=-11. in your geometry). Even if
you did not experience a crash, you have to confine the fibers in the water
region (as I did in the attached file) or subtract the XCC from the region
air
In attachment I put a version of your input that should be correct.
Kind regards, hope it helps
Anna
Am Thu, 19 Sep 2019 04:46:31 +0000 schrieb Markus Widorski :
>Hi Filipa,
>
>
>you are using > 400 bodies in the definition of you WATER region. I believe there is a limit and you should split the region to < 400 bodies.
>
>
>
>
>Have you checked your *.out file for errors ?
>
>
>Kind regards,
>
>Markus
>
>
>>
>>On 19 Sep 2019, at 06:33, Filipa Carvalho <fd.carvalho_at_campus.fct.unl.pt> wrote:
>>
>>
>>
>>Dear all,
>>
>>I have been struggling to get this simulation doing what I want. The simulation runs, but when I check, the output file (i.e. 3rdpoint_fibres005_fort.24) it says it only tracked 10^5 particles whereas it should have tracked 10^9. I know this is indeed true because I would expect this simulation to take a lot longer than it's currently taking. I'm guessing there is a problem with geometry but I am not interely sure what. I generated several cilinders using transformation interface (ctrl + T).
>>
>>Any suggestions would be highly appreciated!
>>
>>Best regards
>>--
>>logo
>>Filipa CarvalhoKnowledge Management & Vivaldi ResponsibleGrupo Local BEST AlmadaUniversidade Nova de Lisboa - Faculdade de Ciências e Tecnologia+351 <unknown://tel:+351+912350360> 91 359 32 35 | BESTAlmada.org
>> [img] <http://linkedin.com/company/best-almada> [img] <http://facebook.com/BESTAlmada> [img] <http://twitter.com/bestalmada> [img] <http://youtube.com/user/BESTalmada> [img] <http://instagram.com/bestalmada/> [img] <http://flickr.com/photos/bestalmada/> [img] <https://www.google.pt/maps/place/BEST+Almada/_at_38.6615119,-9.2088497,17z/data=!4m2!3m1!1s0xd1ecad9724b1f71:0xfd1bb5327e711276>
>>
>><3rdpoint_fibres.inp>
>>
>
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Dr. Anna Ferrari
Institute of Radiation Physics, High Energy Density Division
Helmholtz-Zentrum Dresden-Rossendorf e.V.
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- application/x-fluka attachment: 3rdpoint_fibres_v2.inp
(image/png attachment: errorgeo.png)
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