Daan Huybrechs

In our uses of DomainSets for function approximation it is useful to have a `T` in `Domain{T}`. The `T` indicates the expected precision with which to do computations, if it...

So Manifolds.jl is well developed I see. Also, interoperability by design is fun: ```julia julia> using DomainSets, Manifolds julia> M1 = Manifolds.Sphere(2) Sphere(2, ℝ) julia> M2 = Manifolds.Circle() Circle(ℝ) julia>...

Ah, I did not know about that. Yes, that sounds like a good idea.

Hi @jagunther, sorry for the slow reply here! It seems we haven't updated the front page in a while. Indeed, somewhere along the way we changed the way plotting an...

@dlfivefifty not really. There is no notion of a manifold, let alone tangent spaces. The only thing I did is make sure that mappings are not assumed to map between...

Looks interesting, just let me know if there is anything you feel belongs to DomainSets. I wasn't thinking of differential geometry myself, but I would like to expand on the...

Is it possible to use extensions in 1.9 only while still remaining functional in 1.6? Or do you mean to make 1.9 only releases? In either case, I'm for it,...

On that topic, Meshes.jl supports plotting of various domains. The extension for Meshes.jl [here](https://github.com/daanhb/DomainSetsExtensions.jl/blob/main/ext/DomainSetsMeshesExt.jl) was a proof-of-concept experiment to automatically translate DomainSets objects to Meshes objects, so that they can...

Pinging a few people, consider this for-your-information: @dlfivefifty @oschulz @aplavin @hyrodium @zsunberg @cscherrer

Update: the first item (factoring out maps) is largely done. All map code now lives in a submodule FunctionMaps.jl, which has its own test suite and could turn into a...