Dear Steven Johnson,
I have a 3-D rectangular geometry (xgeom ygeom zgeom) and at "the end"
of the simulation I would like to save the z-component of the electric
field in the (ygeom, zgeom) planes at various values of xgeom. I do
not want to store the entire data set as the file is too large. I know
how to do this at one particular value of xgeom, say xgeom=12
(run-until 40 (at-end
(in-volume (volume (center 12 0 0) (size 0 ygeom zgeom)) output-
efield-z)
))
but how do I do this for say 20 slices between -xgeom/2 to xgeom/2?
Or do I just do something like?
(run-until 40 (at-end
(in-volume (volume (center 1 0 0) (size 0 ygeom zgeom)) output-
efield-z)
(in-volume (volume (center 2 0 0) (size 0 ygeom zgeom)) output-
efield-z)
.
.
.
(in-volume (volume (center 20 0 0) (size 0 ygeom zgeom)) output-
efield-z)
))
In addition, is there an easy way to take the 2-d spatial Fourier
transform of the Ez field at each of these slices.
Thank You
Warner Miller
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