Hi,
you can probably set the source cutoff to 0
(http://ab-initio.mit.edu/wiki/index.php/Meep_Reference#source).
(But I must admit that I do not understand the purpose to do this.)
F.
2014-04-23 22:13 GMT+02:00, James Green mr.james.gree...@gmail.com:
Dear MEEP users,
Does anyone have any
hi all,
I want to simulate the propagation of electromagnetic field through a
photonic crystal slab. and I need to compute time averaged of electric
field magnetic field and intensity.
how can I compute them.
thanks in advance
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-- Forwarded message --
From: amin izadi izadi.a...@gmail.com
Date: Apr 24, 2014 1:03 PM
Subject: time-averaged of electric and magnetic fields
To: meep-discuss@ab-initio.mit.edu
Cc:
hi all,
I want to simulate the propagation of electromagnetic field through a
photonic crystal
On Apr 23, 2014, at 4:13 PM, James Green mr.james.gree...@gmail.com wrote:
Does anyone have any idea about how to make a gaussian source with zero
amplitude. Or in the other word just make source without any EM field to
ensure that meep will run.
The source has an amplitude property that
On Apr 18, 2014, at 10:12 AM, ISAAC MATERE matere.is...@yahoo.com wrote:
hallo meep users
can coupling two
straight waveguides and a microdisc be done in meep,
Yes.
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On Apr 22, 2014, at 10:01 AM, Ehsan Saei e.s...@hotmail.com wrote:
I simulated a point source which is located in free-space (air ) and tried to
compute the power radiated by the source and travels through a cubic that
surrounds the source. After plotting the data I have noticed that the
The right thing to do is actually to put the random source directly into the
polarization equations, as explained in our papers the book..
There is a (currently) undocumented feature to do this, called
noisy-lorentzian-susceptibility. It works just like lorentzian-susceptibility,
except that
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