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With this, lights would all have non-zero size, so no point lights. The brightness of a light as seen from a point p would be how much of the sphere of geodesic rays starting at p hit the light. This …
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### Description
The commands \cite{foo} are rendered by [foo]. Expected: rendered as [1], [2] or [Au111] or whatever style is used.
### (Optional:) Please add any files, screenshots, or other inform…
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Hi there,
I'm getting some strange results when requesting the output metric of my results be "cosine", and I'm unsure whether it's my misinterpretation of what this is doing (probable) or a mistak…
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Hello, I am interested in exploring the concept of periodicity in art and mathematics, and I have a specific idea that I would like to formalize and express mathematically. My idea is based on the con…
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This should be easier to formulate after #49 has been done.
tirix updated
2 months ago
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I'm trying the library for the first time and noticed a couple of strange things. It's my very first time running Julia, so bear with me.
I'm using the following semimajor axis and attractor mass (…
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Hello, my name is Nikita and I'm a second year MSc student at Skolkovo Institute of Science and Technology, Moscow, Russia. I am kinda new to the area of Hyperbolic Deep Learning and I have some quest…
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The embedding codes fails when using a tree with > ~23100 tips. I believe this is due to the C code in `ape`, but still, this is then a limitation of `HyPhyTree`.
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Hi,
Thanks for sharing the code for your paper. I have read your paper and code, but the implementation of proj(x, c) function in "hyperboloid" confuses me. As far as I understanding from your pap…
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I noticed in [manifolds/stereographic/math.py](https://github.com/geoopt/geoopt/blob/master/geoopt/manifolds/stereographic/math.py) there are a few TODOs:
```py
# TODO: check numerical stability w…