[Numpy-discussion] Re: Dear Robert

2023-02-25 Thread Louis Petingi
and see what we get. As you mentioned k-mean is a heuristic and perhaps there is a graph-theoretical approach to find the k clusters by generalizing Fiedler result. Thanks, and I'll let you know Louis From: Louis Petingi Sent: Saturday, February 25, 2023 5:

[Numpy-discussion] Dear Robert

2023-02-25 Thread Louis Petingi
: Robert Kern Sent: Saturday, February 25, 2023 4:22 PM To: Discussion of Numerical Python Subject: [Numpy-discussion] Re: non normalised eigenvectors On Sat, Feb 25, 2023 at 4:11 PM Louis Petingi mailto:louis.peti...@csi.cuny.edu>> wrote: Hi Thanks Very simply one of the solutions for th

[Numpy-discussion] Re: non normalised eigenvectors

2023-02-25 Thread Louis Petingi
Petingi Get Outlook for iOS<https://aka.ms/o0ukef> From: Robert Kern Sent: Saturday, February 25, 2023 2:28:45 PM To: Discussion of Numerical Python Subject: [Numpy-discussion] Re: non normalised eigenvectors On Sat, Feb 25, 2023 at 2:11 PM Louis P

[Numpy-discussion] Re: non normalised eigenvectors

2023-02-25 Thread Louis Petingi
of the eigenvector is easy to figure out but not for the other eigenvalues. That is what I meant by the original eigenvector and sorry for the confusion the confusion. Most eigenvalues/eigenvalues calculators will give you 1 for first eigenvector Best Louis Petingi Professor of Computer Science

[Numpy-discussion] non normalised eigenvectors

2023-02-25 Thread louis . petingi
Dear all, I am not an expert in NumPy but my undergraduate student is having some issues with the way Numpy returns the normalized eigenvectors corresponding to the eigenvalues. We do understand that an eigenvector is divided by the norm to get the unit eigenvectors, however we do need the orig