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We do not trust mode solver for effective index data as it causes mismatch in FDTD simulations. additionally, we need height information as an argument to the effective index function.
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For simulations that require a long run_time (high Q devices, very long devices, etc), it could be a bit hard to estimate a good run_time. Therefore, we sometimes run into the issue that at the end of…
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It might be useful for simple systems (e.g. dielectric cylinder).
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When running FDTD.Run, it'd be great if there was some sort of progress bar so I could tell where my simulation was at/whether it was a lost cause. (I'm running in Python.)
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I noticed the adjoint optimization only supports sim.run(), which is FDTD simulation.
I was wondering whether I can use adjoint optimization with sim.solve_cw() for frequency-domain adjoint gradient …
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Hey really cool project!
I find this repo after searching about FDTD from this [topic](https://discourse.julialang.org/t/meep-fdtd-and-julia/109309/4). I am searching for a (fast) FDTD engine to pl…
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In GitLab by @mayani_s on Aug 17, 2022, 15:20
Add a new Finite differences Time domain electromagnetic solver, based on MITHRA: https://github.com/aryafallahi/mithra.
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# FDTD-simulation | Barami
서론 안녕하세요 융합전자공학부 3학년 황현조입니다. 저는 FDTD simulation을 주제로 전시회를 준비했습니다.
[https://hyu-barami.github.io/posts/FDTD-simulation/](https://hyu-barami.github.io/posts/FDTD-simulation/…
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想要问一下关于你的mur的更新公式如何得来的?我想运用到leapfrog ADI中 可以运用同样的原理吗 方便的话可以加下联系方式吗??
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Hi,
I think FDTD.dat file should include the exact solution, but I could not find it. Has it been deleted or something else happened?