below is the .ctl file I use to calculate the dispersion relation of SP.
I can get the dispersion relation when the source component set as Hy and
ky run from kmin to kmax.
the queer problem is that
when I set the source component as Hy, and kz run from kmin to kmax, I
can not get the dispersion
Sorry, I would like to make a modification about the second link.
Their difference can be seen in this figure:
https://www.dropbox.com/s/kvmt0dqelry4gvx/difference.png
Thanks a lot.
Sincerely,
Po-Fu
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Dear Steven and Meep users,
In Meep tutorial: Transmission spectrum around a waveguide bend,
follow the instructions, I can get the transmission, reflection, and loss
spectrum, that's no problem. (The spectrum I got:
https://www.dropbox.com/s/4s3b3tfc5e7logo/flux%20spectrum.png)
In the tutoria
Dear Steven and Meep users,
I made a test about flux calculation recently.
The source I set was line source (Gaussion pulse, Ey polarization), which size
was (0 6).
And I set four detector lines to measure the flux propagating to right, left,
up. and down, respectively. Then I summed over all f
Hi,
* amp-function[function] should have its counterpart in the
meep.amplitudeFactor() callback (see [1])
* probably answered in [1] as well (I am not sure),
* sure, it is f.time(), where f = meep.fields(structure)
* while (f.time() < sim_time): f.step(); do_something
You may be interested in the s
Hello,
I am trying to install meep-mpi (version 1.2, latest version) with
HDF5 (versions 1.8.7 and 1.8.10). After the installation, when I run
meep-mpi, I get the following error message when I try to create HDF5
output:
meep: not compiled with HDF5, required for HDF5 output
I have seen examples
Hi, Mi,
it seems to be just a little mistake in the units used for definition
of the simulation. I always get this message when the PMLs are thicker
than the simulation volume.
F.
>
> 2012/11/15, Hongyi Mi :
>> Dear All,
>>
>> I am trying to simulation a 2D structure with dimension about 50nm *
>>
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