opkvancouver.blogg.se - Eigensystem mathematica

Just to note, I did notice that the eigenvectors in python are normalized and along the columns while in Mathematica they are typically not and along the rows so that is not the reason.

I know that Mathematica is much better suited for symbolic mathematical expressions so because it is not rounding, would that cause a discrepancy?.

The matrix is a 26 x 26 would the large size of the matrix cause there to be some difference in computation between two?.

I had 2 thoughts and was wondering if they are correct: The eigenvalues were not off by too much but the eigenvectors ended up being quite different. However, I ended up getting different eigenvalues and eigenvectors between the two. When I started translating into python, I used the function eig() since it does the same thing.

The Mathematica program uses the function Eigensystem to get the eigenvalues and eigenvectors of a matrix. I was tasked with translating a Mathematica program to Python (Juptyr Notebook) and I'm having trouble getting them to match.