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Semi-Riemannian manifolds require different methods, see https://arxiv.org/abs/1812.07643 .
* [ ] Finding ONBs,
* [ ] indefinite orthogonal group,
* [ ] pseudo-spheres,
* [ ] pseudo-hyperbolic spa…
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Hi,
I wonder if you might find my paper interesting:
https://arxiv.org/abs/1903.03036
Code available at:
https://github.com/DavidMcDonald1993/heat
It deals with embedding attributed netwo…
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One of the best ways to exhibit hyperbolic geometry is with structures that are impossible in euclidean space. We should extend worldgen to produce a variety of such structures, e.g. yendorian trees, …
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Hi,
I found the list missed some recent papers:
>[Multimodal Integration] [2022 Nature Biotechnology] Multi-omics single-cell data integration and regulatory inference with graph-linked embedding
…
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Hi! First of all, thank you for this research, it is very fascinating.
I have a question about your implementation of the hyperbolic MLR function.
In your implementation, you define it as:
`2./…
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This illustrates the wrong plotting:
```python
sage: D = HyperbolicPlane().PD()
sage: a = 0
sage: b = 1e-15 + 0.7*I
sage: geodesics = [
....: D.get_geodesic(a, b),
....: D.get_geodesic(CC(a…
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As found by
```
$ git grep -E '^from sage.(symbolic|functions|calculus|manifolds)' src/sage | grep -E -v '^src/sage/(symbolic|functions|calculus|manifolds|geometry/hyperbolic_space|geometry/rieman…
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This is a living, growing list.
Documentation for making new nodes: https://github.com/GraphiteEditor/Graphite/blob/master/node-graph/README.md
### Noise
- [x] Pixel Noise
- [x] Perlin and/or …
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Is there any interest in adding null bases to the metric? This enables GA to implement euclidean spaces in projective geometry. By limiting the metric to positive and negative bases as it is now, only…