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Topological manifolds inherit properties from their model space, such as the following. Let $M$ be a topological manifold.
1. If $M$ is finite-dimensional, it is locally compact (if $M$ is modelled o…
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What do you think about an own logo? We could take the Manifolds.jl logo
and replace th…
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Taking the cartesian product of differentiable manifolds treats them as merely topological spaces.
```
sage: I = manifolds.OpenInterval(0, 1) …
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We implement presheaves and sheaves over manifolds. Parts that can benefit from this implementation are:
- charts
- frames
- vector bundle sections
- tensor fields
- scalar fields
We implement mix…
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(from #30061)
We propose to add manifolds with boundary to `sage.manifolds`.
Simple examples of topological manifolds with boundary include convex polyhedra and semialgebraic sets with non-singula…
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There is a number of possible to implement manifolds in e.g. [pymanopt](https://github.com/pymanopt/pymanopt/tree/master/pymanopt/manifolds), namely:
- [x] `Euclidean`
- [x] `Stiefel`
- [x] `Sphe…
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Hi!
I have been working on stochastic frozen flow integrators, with the goal of creating new efficient intrinsic methods for solving SDEs on manifolds, implementing them, and adding them to the Manif…
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I would like to add the ability to perform levenberg marquardt optimization on a manifold. The manifold structure is already defined in Optim.jl. I was hoping they could split the files out so I could…
jc211 updated
4 years ago
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... with deprecation
Depends on #32116
Depends on #32102
CC: @egourgoulhon @mjungmath @videlec
Component: **manifolds**
Author: **Matthias Koeppe**
Branch/Commit: **[u/mkoeppe/move_examples_fr…
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Hi Simon,
Sorry to stumble in here so early after just two commits – and great to see more manifold numerics in Julia!
I could not see much documentation yet on exp and/or log, but it might be thi…