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It is desirable to implement distances for points in a Euclidean or hyperbolic surface.
- [J. S. B. Mitchell, D. M. Mount and C. H. Papadimitriou "The Discrete Geodesic Problem" (1987)](https://epu…
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Your work of Knowledge embedding in hyperbolic space inspires me a lot, and I am undergoing reproducing your code and found some issues.
First, Hyperbolic distance on the Poincare ball, `utils.hype…
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hi,
I want to simulate a optical collecting system , it includes ellipitical mirror and hyperboloid mirror .Is there a hyperboloid mirror in the xrt?
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Thanks a lot for sharing the repo! In your paper, you presented a nice visualization showing the distribution of hyperbolic distances of embeddings (MNIST vs. Omniglot). I'm wondering from which stage…
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As the title asks, why is MERU interpolation done in tangent space as opposed to along a geodesic in hyperbolic space?
It seems pretty reasonable to compute a geodesic between the root and point of…
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After moving each character, `Graph::ensure_nearby` is used to expand the graph to contain all nodes whose centers lie within the view distance, and all neighbors of those nodes. Because chunks cannot…
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Add functions to:
- construct regular polygons
- compute geometry of pairs of geodesics [B, section starting p.162]
- Find pencils fixed by mobius transforms and (inversely) find the mobius t…
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This should be easier to formulate after #49 has been done.
tirix updated
3 weeks ago
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I'm sorry, but I don't understand what is the output from executed *embed.py*? I got only trained model. I mean, are there any *adjacency matrix* or *graph* in output? If no how can I get it?
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under this input:
this=(2,5) P=(0,6)
the following output:
sqrt(5)
is supposed to be seen
under this input:
this=(1,8) P=(4,6)
the following output:
sqrt(13)
is supposed to be seen
…