Hi Milan,
I've tried you function and it works.
Have you tried to specify the dataset (real part) when converting to png:
h5topng -z 0 -d e2.r myfile.h5
Because if you don't specify it what you get is a black picture.
Best Regards.
David.
José David Doménech Gómez
Optical and Quantum
Hi Marco,
You need to escape the underline character by adding a backslash or just
replace it by another one:
meep s=$y r=$x script.ctl | tee out\_s$y\_r$x.out
Regards.
David.
> Hello everyone,
>
> I would like to call MEEP with all combinations of a higher-dimensional
> array but apparentl
Hi Asa,
I think your end condition in run-sources+ is not being useful and your
simulation
ends before the pulse arrives to your flux plane. (you can check it by
extracting the
fields to png files with h5topng command). That's why you see 0 values for
the flux.
Try to run your simulation for a fix
Hi Nathan,
Just remove the (set! n (sqrt eps))) and (set! n 1) sentences in the
geometry definition.
Regards.
I am trying to get a model for a source that launches at oblique angles
> while embedded inside a medium. I have found the great code in the
> archives for launching at arbitrary angl
Dear Alex,
You can decide which dataset extract with the command 'h5tovtk' using the
modifier "-d" followed by the name of the dataset.
By default extracts the first dataset that in your case is 'ex' (look at the
man page)
To extract 'Ey' dataset for instance:
>> h5tovtk -t 150 -o test.vtk -d ey
omputation.
Regards
David Domenech Gomez
Optical & Quantum Communications Group
Universidad Politecnica de Valencia
www.gco.upv.es
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/Meep_Reference#flux-region
You just have to add to the flux definition '(direction Y)' for instance and
that's all.
Regards.
David Domenech Gomez
Optical & Quantum Communications Group
Universidad Politecnica de Vale
Dear Steven,As I read on this discuss list you've talked about create arbitrary shapes by using the material-function subclass.Could you give me any hint to use that class??I'm trying to do a parabolic horn. But I don't have any idea what kind of arguments must I pass to that subclass
and how to de
ed with the expected.
Could you tell me what will be the correct way to normalize?
Thanks
David Domenech.
My ctl file --->>> (set! geometry-lattice (make lattice (size 6 8 10)))
(define-param norm? false)
(set! geometry (if norm? ; geometry for normalization run
(list (make block (center
Hi Steven and everyone,I'm trying to find transmision and reflection spectrum (on a 3D lattice) of a Shallowly-etched waveguide as the attached .I've tried the normalization run filling all the space with air or with the
core's material, and the results I get don't acomplished with the expected.Co
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