Dear Steven and Meep Users,
I've read in the Meep documentation that force and flux are always
measured relative to the positive coordinate direction. So how does the
sign of flux translate to the ratio Force/Flux. That is, if force is
positive and flux is negative, is force/flux positive or
Hi, Gib, it looks exactly like the bug that has been resolved in git
commit
https://github.com/stevengj/meep/commit/0640e9f6a2ccfa2a40375a89b5692ebb1fb87efb
Could you check a recent version of MEEP either compiling it from
source (blue box in http://f.dominec.eu/meep/index.html#install), or
I don't think you were confused, but I'm wondering where I should get the fixed
code from.
Is this it? git clone https://github.com/stevengj/meep
Gib
From: Filip Dominec [filip.domi...@gmail.com]
Sent: Thursday, 19 March 2015 12:05 p.m.
To: Gib Bogle
Cc:
Hi Filip,
I see that the version I have built (with Cygwin on Windows) has source code
dated 29/3/2014. I downloaded meep-1.2.1.tar.gz from
http://ab-initio.mit.edu/wiki/index.php/Meep_download in January this year.
This claims to be the latest release - is this not the case?
Cheers
Gib
Hi, Gib, perhaps I was a bit confused. The fact is that MEEP source
has been fixed by the commit I mentioned, and it was not before April
2014. Therefore if the release 1.2.1 comes from March, it is probably
not fixed (no matter it is currently the latest official release I am
aware of).
I guess
Hi Filip,
The Meep code has been updated on the cluster, and now the program does not
crash at that point. It obviously is a memory hog, though, and I am still
discovering how much it needs to avoid running out.
On a different but connected topic: I would like to set up a cluster run that
I am trying to use the frequency-domain solver for a 3D problem, 25x25x22 with
resolution=10. The output from
(meep-fields-solve-cw fields)
is:
Meep: using complex fields.
on time step 1 (time=0.05), 41.9989 s/step
final residual = 0
Finished solve_cw after 1 steps and 0 CG iters.
It seems that
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