Do something like this to run an example.
Read("read_hpc.g");
Read("main_full_par_trafo.g");
n := 4000;; chopSize := 8;; q := 5;;
A := RandomMat(n, n, GF(q));;
ChiefParallel(GF(q), A, chopSize, chopSize);;
To get some benchmark data on
- how the algorithm performs in relation to the
Gausspkg - wall and CPU time
- lock contention
do Read("measure_contention.g");. The file will tell you how to proceed.
At the moment the output looks different from what the Gauss pkg returns.
The correspondence of record component names is
(Gauss name = GaussPar name)
- vectors = remnant
- coeffs = transformation