multidimensional array as an input of function
21 vues (au cours des 30 derniers jours)
Afficher commentaires plus anciens
Thanks for taking the time to read this. I am working with 5D matrices (in my code resultG, resultX, resultY). These matrices contain 500*500 matrices that are generated 10 times(ntrials) for each value of q and n.
My question is how should I define resultG with indices as my input for function ADMM? I have attached a part of my script.
resultX=zeros(length(n),length(q), ntrials, M, N);
resultY=zeros(length(n),length(q), ntrials, M, N);
for i=1:length(n)
for j=1:length(q)
gamma = 6/((q(j) - p)*n(i));
for k=1:1:ntrials
[X,Y,Q, iter] = ADMM(resultG(i,j,k),c, n(i), gamma,tau, opt_tol, verbose);
resultX(i,j,k, :, :)=X;
resultY(i,j,k, :, :)=Y;
2 commentaires
Adam Danz
le 26 Sep 2018
"My question is how should I define resultG with indices as my input for function ADMM"
I understand that resultG is a 5D array but I don't see where that array is created. To answer your question, we'll need to understand the size and shape you expect resultG to be when going into the ADMM() function.
Réponse acceptée
Adam Danz
le 26 Sep 2018
It's still a little unclear what size and shape you expect resultG(i,j,k) to be going into the ADMM() function but if you expect it to be a matrix, use squeeze().
[X,Y,Q, iter] = ADMM(squeeze(resultG(i,j,k,:,:)),c, n(i), gamma,tau, opt_tol, verbose)
2 commentaires
Plus de réponses (0)
Voir également
Catégories
En savoir plus sur Loops and Conditional Statements dans Help Center et File Exchange
Produits
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!