[Meep-discuss] Problems scaling up 3D volume/resolution performance

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

Re: [Meep-discuss] half wavelength

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

Re: [Meep-discuss] Problem with the radius of a nanosphere

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

[Meep-discuss] Problem with the radius of a nanosphere

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

[Meep-discuss] Invito a collegarsi su LinkedIn

LinkedIn Paolo Bettotti requested to add you as a connection on LinkedIn: -- Matthew, Vorrei aggiungerti alla mia rete professionale su LinkedIn. -Paolo Accept invitation from Paolo Bettotti http://www.linkedin.com/e/-w939au-gfb66fqa-2e/vdw1AR

Re: [Meep-discuss] half wavelength

??? 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. -- ---

Re: [Meep-discuss] C++

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

[Meep-discuss] nonlinear index change

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