[FLASH-USERS] Calculation of output values

Evan Patrick O'Connor evan.oconnor at astro.su.se
Tue Mar 19 14:54:09 EDT 2024


Hi Peter,


grep is your friend:


grep -nr DELE .


and I'm guessing this is the one you are interested in:

./physics/RadTrans/RadTransMain/NeutrinoLeakage/rt_calcLeak.F90:357:                 solnData(DELE_VAR,i,j,k) = qener


That variable is the rate of change in the specific internal energy (so erg/g/s) due to neutrino emission/absorption


Evan

________________________________
From: flash-users <flash-users-bounces at flash.rochester.edu> on behalf of Peter Manzella <peter.manzella at maine.edu>
Sent: Tuesday, March 19, 2024 7:19:26 PM
To: flash-users at flash.rochester.edu
Subject: Re: [FLASH-USERS] Calculation of output values

Ernesto,

I had looked through that, but I wasn't able to find what I was looking for. It may be in part that based on the output, all I know about the parameter is what it is called there, and that may not be entirely helpful. I am trying to figure out what, and how "dye" and "dele" are calculated. I can assume that "dele" is deleptonization, but I can't seem to find anything in that unit for how it is calculated.

On Tue, Mar 19, 2024 at 1:29 PM Ernesto Zurbriggen <ezurbriggen at unc.edu.ar<mailto:ezurbriggen at unc.edu.ar>> wrote:
Hi Peter,
not all output variables are calculated in one place, but in different code units.
Maybe you can have a look at chapter 14 of the user manual for the main variables.

https://flash.rochester.edu/site/flashcode/user_support/flash4_ug_4p7.pdf

I Hope this helps.

Best!
Ernesto

On Tue, 19 Mar 2024 at 10:28, Peter Manzella <peter.manzella at maine.edu<mailto:peter.manzella at maine.edu>> wrote:
Hello,

I'm trying to find out how particular values that are in the output files are calculated, but I can't seem to find out how. I'm guessing there is some file that can point me to where particular values are calculated, I've looked through a few files with no luck, any ideas?

--
Peter Manzella
PhD Candidate, Department of Physics and Astronomy
309 Bennett Hall
University of Maine
peter.manzella at maine.edu<mailto:peter.manzella at maine.edu>

“If you run out of ideas follow the road; you'll get there.” – Edgar Allan Poe
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--
Peter Manzella
PhD Candidate, Department of Physics and Astronomy
309 Bennett Hall
University of Maine
peter.manzella at maine.edu<mailto:peter.manzella at maine.edu>

“If you run out of ideas follow the road; you'll get there.” – Edgar Allan Poe
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