Art Gower
I've written some code to do a L1 discrete fourier transform (DFT) using Lasso.jl . It's basic, but I've tested it plenty and it works. Any interest in me adding...
I just want to register this odd error and solution: ```Julia type A end @recipe function f(x::A) rand(10) end @recipe function f(xs::Vector{A}) for x in xs @series x end end...
Hi there, nice package. Any plans/capabilities for multiple regression, several independent variables, or multivariant regression (more than one dependent variable) ?
The effective wave types should have the same structure. For example see EffectivePlaneWaves https://github.com/JuliaWaveScattering/EffectiveWaves.jl/blob/c6ad0251604b742097afebff2e86ca5d439786f0/src/wave_types.jl#L39-L45 Each effective wave type should have only enough information for fully describe the value of this...
There are several functions that return the coefficients of a wave basis as a final result. For example, scattering coefficients from a sphere, or the reflection coefficient from a halfspace....
At present, the subtypes of SetupSymmetry are used only to distinguish what methods to run. They are chosen by analysing the symmetry between the types Source and Material. The code...
The type `T`, used to indicate the type of numbers used, i.e. Float64, FLoat32, etc.. appear in many parametric types: ```julia Shape{T
This is just to debate out current types. Am not sure how useful is the type `FrequencySimulation` now. Essentially it is not just an added step were the user always...
I think the following should work: - `plot(SimulationResult)` should return several lines plots for each x - `plot(SimulationResult, linetype=:contour)` should attempt a contour plot. This should work for both `TimeSimulationResult`...