I would like to get the transmission spectrum for a structure with:
cross-section=7x7; length=20; resolution=160; =4.0141e+09 points
Is this possible? What are the expected resource requirements? What is
the expected runtime? How can it be optimized?
I seem to get the following error:
meep: Ca
Dear Paul,
Is it possible to set individual sources with complex amplitudes, using
the amp-func functions?
Jon
--
Jonathan Breeze
Research Fellow
Department of Materials
Imperial College London
Exhibition Road
London SW7 2AZ
Phone: +44 (0)20 7594 6800
Fax: +44 (0)20 7594 6757
www.imperial.ac.uk
I think you should probably change your scale. i.e. Make the sphere radius
equal to 1 in meep units, and define that (for yourself) as ten nanometers.
Then you just need to scale the frequency of your source equivalently.
Goodluck!
On Fri, Oct 15, 2010 at 10:58 AM, hogen john wrote:
> Dear
Dear MEEP users,
I have modeled a dispersive material and now trying to simulate a
sphere. I am having a problem with the size of sphere. My sphere radius is 0.01
(in meep units), which is equivalent to 10nm. The source size is 0.5 x 0.5 x 0.
See the code given below. The problem is tha
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??? wrote:
> It wants to delay one source of wave of two source of waves in half
> wavelength and to output it.
I also want to have differently phased sources; is there a way
of adding a phase factor or time-offset to sources? I can't find
anything in the doco.
--
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Hi Bin,
What run-k-points does is, it runs several simulations using different
Bloch-periodic boundary conditions. The (change-k-point) function changes
these conditions and the restart-fields destroys the fields class object (if
it is non NULL), so it calls the fields destructor followed by the
i
Dear Meep users,
I want to calculate nonlinear index change.
Firstly, I apply to source in linear system.
After than I look at the h5 file to see field profile and what the
magnitude of electric field is at the desired point.
So, I calculate intensity with I= |E|^2 / 2*eta
than index change is
d
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