![]() This would greatly help me, as I would be able to manipulate and work with the entire output. Instead of having the output like that, I would like to have it in matrix form, as in having this set of outputs placed in a larger set containing those sets as elements. We give explicit prescriptions for the loop-by-loop fibration of multi-loop dual forms. Having done that I would like to know how I could put the entire output in the form of one matrix: We present a loop-by-loop method for computing the differential equations of Feynman integrals using the recently developed dual form formalism. ![]() The Mathematica section also includes an implementation. The output I then get is a set of outcomes put beneath each other. This page includes implementations in MATLAB and Mathematica of Newtons method for approximating zeros. ![]() The idea is that I now have a loop going that will randomly subtract one number from one entry in a set and add it to another in the next iteration, but with the catch that no entry can drop below zero. Rvec := UnitVector, RandomInteger > 0, R, S]] I am currently working with mathematica and I got stuck on some technicalities.
0 Comments
Leave a Reply. |