[Meep-discuss] (no subject)

2014-08-12 Thread ISAAC MATERE
Hi meep users Am working on ring resonators comprising of two straight parallel waveguides and a single ring, the input is in one of the straight waveguides , the coupling is taking place well but what is missing is how the drop port comes in. any assistance is highly appreciated. thanks in

Re: [Meep-discuss] Ring resonators

2014-04-30 Thread ISAAC MATERE
cylindrical symmetry, so you will have to do the simulation in Cartesian coordinates. On Apr 27, 2014, at 2:56 AM, ISAAC MATERE wrote: its isaac again, i was successful to model the Ring resonator in cylindrical coordinate and as u said i got several modes for a single value of m, i would like

Re: [Meep-discuss] thermal emission

2014-04-25 Thread ISAAC MATERE
Hi meep users am looking at ring resonators in cylindrical coordinates, but after running the simulations i get 3 different values of Q, 3 different values of omega, could their be a problem? your assistance will be highly appreciated with regard   Matere i University of Eldoret Msc student in

[Meep-discuss] (no subject)

2014-04-18 Thread ISAAC MATERE
hallo meep users can coupling  two straight waveguides and a microdisc be done in meep, if so kindly assist matere i University of Eldoret Msc student in Fibre Optics Po Box 1125 - 30100 Eldoret Kenya Tel no: +254 720 886 040___ meep-discuss mailing

Re: [Meep-discuss] Designing inclined geometry

2014-02-13 Thread ISAAC MATERE
Hi prem, am still stuck on how to make 2 or more wave guides incident to each other at some angles, is it that am the one getting it wrong or what? kindly assist On Tuesday, December 24, 2013 10:23 AM, prem prakash singh prem0prak...@gmail.com wrote: Dear Filip, Thanks. I went with your

[Meep-discuss] wave guide coupling

2014-02-13 Thread ISAAC MATERE
Hi meep users am trying to come up with a script for a wave coupler, but the close i can get for it is a wave guide at 90 degrees, kindly assist with any relevant information isaac ___ meep-discuss mailing list meep-discuss@ab-initio.mit.edu