Closed huttered40 closed 4 years ago
These will complete the QR factorization (policy) interface with 5 total member functions:
1) factor 2)construct_Q 3)construct_R 4)apply_Q 5)apply_QT
The question is whether to have the apply methods modify the matrix argument in-place, or to reference it as const and return a new matrix instances. I am still unsure about this.
Abandon.
huttered40
commented
4 years ago
These will complete the QR factorization (policy) interface with 5 total member functions:
1) factor 2)construct_Q 3)construct_R 4)apply_Q 5)apply_QT
The question is whether to have the apply methods modify the matrix argument in-place, or to reference it as const and return a new matrix instances. I am still unsure about this.