Hi Nathan,
I had a similar problem when simulating real metals - it turns out
that Meep will not accept negative permittivities without blowing up.
You have to sneak up on the negative permittivity by using the
polarizability feature of materials (see
Hello all,
I am attempting to use Meep to model the transmissivity of a thin
metal (Au in fact) film in a thin bandwidth. As such I have defined a
simple 1D simulation with a Gaussian pulse source with a small
bandwidth, and defined the metal through the frequency independent
Hi,
1) How can I get the maximum value of E-field of CW source
I guess the easiest way is to output efield-X to an hdf5 file and then
import it into Matlab (using h5read) or Python (using the 'tables' and
'scipy' modules for example) and do max(array) (in Matlab) where array
is the name
This is covered in the reference page somewhere, but just add:
(if (null? fields) (init-fields))
before you call magnetic-energy-in-box in your definition.
Ian
On 14 Oct 2008, at 17:00, [EMAIL PROTECTED] wrote:
--
Message: 6
Date: Thu, 15 May 2008 00:13:42 +0900
From: Seong Kyu Kim [EMAIL PROTECTED]
Subject: Re: [Meep-discuss] installing parallel hdf5 into nonstandard
directory
To: meep-discuss@ab-initio.mit.edu
Message-ID: [EMAIL PROTECTED]
Content-Type: text/plain; charset=euc-kr
Here I
the
configure echo and the config.log files to http://pastebin.com/
m6496e8ec and http://pastebin.com/m43a35b19 to save space here. There
are lots of references to h5 there but not sure what it is telling
me. Thanks for any help.
Regards,
Ian Buss
---
Research PhD Student
Hello Meep users,
I am interested in investigating the flux distribution over a plane
outside a certain scattering structure. Is there a quick way to access
the flux-region data usefully in order to produce a hdf5 output file
showing the distribution of energy at a particular frequency over
explicitly used
a complex value for the amplitude
(http://osdir.com/ml/science.electromagnetism.meep.general/2006-08/msg00039.html).
Any help that anyone could give would be gratefully received.
Regards,
Ian Buss
--
---
Research PhD Student
Photonics Group
Department
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