Aaron Fenyes 53d8c38047 Preserve explicit zeros in Gram matrix conversion ... In previous commits, the `circles-in-triangle` example converged much more slowly in BigFloat precision than in Float64 precision. This turned out to be a sign of a bug in the Float64 computation: converting the Gram matrix using `Float64.()` dropped the explicit zeros, removing many constraints and making the problem much easier to solve. This commit corrects the Gram matrix conversion. The Float64 search now solves the same problem as the BigFloat search, with comparable performance.		2024-07-15 14:08:57 -07:00
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basin-shapes.jl	Visualize neighborhoods of global minima	2024-07-09 14:01:30 -07:00
circles-in-triangle.jl	Preserve explicit zeros in Gram matrix conversion	2024-07-15 14:08:57 -07:00
Engine.jl	Preserve explicit zeros in Gram matrix conversion	2024-07-15 14:08:57 -07:00
ganja-1.0.204.js	Host Ganja.js locally	2024-07-06 21:35:09 -07:00
gram-test.jl	Update namespace of AbstractAlgebra.Rationals	2024-06-26 01:06:27 -07:00
gram-test.sage	Try out the Gram matrix approach	2024-02-20 22:35:24 -05:00
low-rank-test.jl	Try numerical low-rank factorization	2024-05-30 00:36:03 -07:00
overlap-test.jl	Update namespace of AbstractAlgebra.Rationals	2024-06-26 01:06:27 -07:00
overlapping-pyramids.jl	Clean up backtracking gradient descent code	2024-07-15 13:15:15 -07:00
sphere-in-tetrahedron.jl	Clean up backtracking gradient descent code	2024-07-15 13:15:15 -07:00