On Aug 30, 2012, at 1:38 PM, Chiraag Nataraj wrote:
Sorry for spamming the list, but as I was playing around just now, I also
couldn't understand exactly how the slices work when you render a 3D
object in MEEP. MEEP is fine with it, parses it, and comes up with the H5
files. However, I'm
On Aug 31, 2012, at 8:48 AM, Chiraag Nataraj wrote:
I'm trying to figure out exactly how 3D stuff works with respect to the
post-processing. Yeah, MEEP does the 3D simulation and all, but where do
you go from there? I'm not exactly sure how you're supposed to use the
data given by MEEP.
On Aug 31, 2012, at 5:29 AM, Olf wrote:
Dear all,
I am just trying to install meep on an SLES cluster into my home folder. I
installed all dependencies into $HOME/install and try to do the same for
meep.
I run the configure script with the following parameters:
toInstall/meep-1.2
Any real-valued signal consists of both positive and negative frequency
components (with complex-conjugate amplitudes) in a Fourier decomposition into
complex exponentials. Harminv usually is set up to find just one sign of the
frequency, but occasionally converges to a negative-frequency
On Aug 26, 2012, at 12:33 PM, liu wrote:
I have not found the definition of meep-fields-modal-volume-in-box in
meep. Can anyone give us the definition?
It computes
V = integral (epsilon * |E|^2) / maximum (epsilon * |E|^2)
in the box. This is a typical definition of modal
On Aug 24, 2012, at 9:39 PM, Xu Zhang(Allan) wrote:
I'm having trouble using periodic boundary conditions in 3D simulation (2D
works fine.). It always gives me 'bug in create_geom_box_tree0'. Does anyone
know what is the problem? My 3D simulation script is posted below:
I can't replicate
On Aug 22, 2012, at 9:38 AM, Simon Huskier wrote:
Dear all,
How do we understand the field components, such as Ex, Ey, Ez, Hx, Hy, etc.?
Are they polarization directions? Do they relate to TE, TM waves?
E and H are vector fields. These are their components; I'm not sure I
understand
On Aug 20, 2012, at 9:14 AM, changyeong jeong wrote:
Dear meep users,
I have been trying to get mode volume in my cavity
I assumed a=300nm and got the value of mode volume '0.00717248191948444'
The problem is how I should interpret this value..
Since I used a=300nm, I can say that
My question is plain and simple. I have been wondering for quite some time now
that why Meep's frequency domain solver does not seem to work. I have knocked
on everyone's door that one can imagine, but have not found the answer yet. I
have been trying to use meep's frequency domain solver to
On Sep 1, 2012, at 8:55 PM, Simon Huskier wrote:
1. For Bloch-periodic boundary condition, the usual way is setting the
k-point and ensure-periodicity as following.
(set! k-point (vector3 0 0 0))
(set! ensure-periodicity true)
But in the code, they set the
Thanks, Steven. I am starting to get the point.
Best regards,
Simon
On Sun, Sep 2, 2012 at 9:29 AM, Steven G. Johnson stevenj@gmail.comwrote:
On Sep 1, 2012, at 8:55 PM, Simon Huskier wrote:
1. For Bloch-periodic boundary condition, the usual way is setting the
k-point and
11 matches
Mail list logo
