Mike Solomon <mike...@ufl.edu> writes: > Hey lilypond developers, > I have an algorithm I'm working on for my waveform patch and I am not > good (or patient) enough at symbolic math to make any headway w/ it. In the > attached python file (which needs numpy to run), line 106 uses linalg.solve > to solve a system of equations with fairly regular properties (all of which > are commented in the code). I have a hunch that there is a way to describe > the results of this algorithm (discounting the first len(B) values, which > are lagrangian multipliers) as a sequence (in open or closed form) using > array A & B 's constituent members as well as their lengths (which are the > same, meaning that len(A) = len(B)). Knowing this would save the pain of > using traditional linear algebra solvers, which for a 23x23 matrix is ok, > but for a 100000x100000 matrix gets cumbersome. > > Thank you in advance to any takers who want to help me with this!!!
You don't happen to have the relevant parts of the arrays/algorithm as a LaTeX file or so? I am not good at reading Python. -- David Kastrup _______________________________________________ lilypond-devel mailing list lilypond-devel@gnu.org http://lists.gnu.org/mailman/listinfo/lilypond-devel
