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The `eigen` / `eigen!` functions of the `LinearAlgebra` package fail with the `Adjoint` and `Transposed` types.
Given a square matrix `A` (e.g. a `10×10 Array{Float64,2}`), both the following state…
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It should be straightforward for us to provide implementations of various spectrally based manifold learning methods, such as laplacian eigenmaps, LLE, isomap, etc. The major obstacle right now is exp…
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add (inverse) power iteration methods in evp.py
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Hi,
I am implementing a Hartree-Fock program for my blog. I pulled your program to compare results for electron-electron integrals (I am using a different method of calculating them). Of course I sti…
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Currently the *matrix* to be diagonalized and the *optional matrix* for the [general eigenvalue problem](https://en.wikipedia.org/wiki/Eigendecomposition_of_a_matrix#Generalized_eigenvalue_problem) ar…
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Hi,
with all the merged and pending PRs that would be ready to merge, I think it is warranted to take Slycot to the next release. For example, further development of https://github.com/python-contr…
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Instead of using solve, dot etc we may speed things up by simplifying some of the routines, e.g. eigh and solve.
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From: "Nelson H. F. Beebe"
R-1.7.0 built on NetBSD 1.6, but the validation test suite failed:
Machinetype: Intel Pentium III (600 MHz); NetBSD 1.6 (GENERIC)
Remote gcc version: gcc…
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As noted in the end of issue 13, dolo could provide more basic analysis of the solution and simulation results. For easy formatting in an ipython notebook, we could represent these other items with pa…