tidy3d
tidy3d copied to clipboard
flexcompute
Fast electromagnetic solver (FDTD) at scale.
the `td.GaussianBeam.waist_difference` [docstring](https://docs.flexcompute.com/projects/tidy3d/en/latest/_autosummary/tidy3d.GaussianBeam.html ) descriptions says the following " Distance from the beam waist along the propagation direction. When direction is + and waist_distance is positive, the waist is on...
Would be great to have a system where we can "tag" notebooks with various keywords and have them be nicely searchable in our docs. Eg. #metalens, #field_projections, #small_simulations
Something to think about regarding the docs It would be fantastic if we could come up with a way to automatically parse method docstrings and call signatures to create nicely...
New users are wondering if we can add equations to our API references regarding different sources? For example GaussianBeam would be something like
We use the `plot_eps` function to show the permittivity plot in GUI 2D Chart visualization. Some users have requested custom color bar limits to adjust the color limits as needed....
Hello! Just another idea that popped in the other day, I haven't found/seen (yet) if we have this functionality already. Sometimes, say, people designing microwave or electrostatic opto-electronic devices model...
Minor things I noticed in reviewing the docs that we might improve later 1. can we make the notebooks a bulleted list maybe? so it's more clear these are individual,...
Let's break this down into some specific components that could use it (or ask the user), a few things * Complex Polygon * GDS export import * Complex Geometric Transformations
Adding support for simple RLC circuits as lumped elements, as well as more generalized networks that are described by an admittance transfer function in the Laplace domain. These elements get...
Currently users must use the `AdmittanceNetwork` class to model arbitrary linear networks with the `LumpedElement`. Although general, it is not very convenient, since the complete transfer function must be derived...