This is the way you write mathematical operations in the scheme
programming language which MEEP uses. Basically (/ sy -2) means - sy/2.
Check out this website for more information on the syntax in scheme:
http://www.math.grin.edu/~stone/scheme-web/table-of-contents.html
Hope this helps,
George
Hello,
If I'm not mistaken you can do that by setting one of the axis of the
ellipsoid to infinity (or very large). When you take a finite thickness
slice of it, what you would effectively end up with is an elliptical
cylinder.
George
Juan Pablo Vasco wrote:
Dear Steven,
i want to simulat
Check this post out:
http://www.mail-archive.com/meep-discuss@ab-initio.mit.edu/msg02321.html
This works great for the 32 bit version of Ubuntu.
Cheers,
George
Nathan wrote:
> I just installed meep on my Ubuntu 10 system, and I noticed that the
> version available is meep .10-2. Looking throu
Dear Steven and meep users,
I have a question regarding the MEEP field-function examples as given in
http://ab-initio.mit.edu/wiki/index.php/Meep_field-function_examples
On my personal computer I have meep 0.10 and on a cluster computer I
have access to meep-mpi 0.20-3. When I run the example
Dear Nizamov Shawkat,
I have a question regarding your post about installing Meep 0.20-3.
http://www.mail-archive.com/meep-discuss@ab-initio.mit.edu/msg02321.html
I am using Ubuntu 8.10 and followed your advice to add
deb http://nanolab.phys.msu.ru/files/python-meep/intrepid-debs ./
to my repo
Dear Szymon,
Just glancing at your graph, those oscillations resemble very much the
oscillations in one of the Meep examples:
http://ab-initio.mit.edu/wiki/index.php/Meep_Tutorial/Band_diagram%2C_resonant_modes%2C_and_transmission_in_a_holey_waveguide
The explanation they give is: "There is als
Dear Steven and meep users,
I have two questions.
1. Regarding symmetry: if I have a symmetric slab lying in the z=0 plane
and place a Gaussian Hz source at (0, 0, 0), then I can exploit the
following symmetries
(set! symmetries (list
(make mirror-sym (direction X) (phase -1))
(make mi
Dear Steven G. Johnson,
I have a question regarding a part of your posting on Mon Dec 3 15:53:56
EST 2007 which I attach below:
> First, don't use a single source point. Since your computational cell
> contains multiple unit cells, your source point should actually be
> replicated according t
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