The for loop below runs over the third dimension (page) to fill the alpha array. Is it possible to vectorize this for loop?
alpha_i_h_t = NaN(N_i,N_t,N_draws);
for i = 1:N_draws
alpha_i_h_t(:,:,i) = e_i_h(:,i) + e_h * t;
end

2 Kommentare

Torsten
Torsten am 28 Feb. 2022
e_i_h(:,i) is a column vector. For e_i_h(:,i) + e_h * t to be defined, e_h * t must be a column vector or a scalar.
So how do you want to write a column vector into a matrix array alpha_i_h_t(:,:,i) ?
Bruno Luong
Bruno Luong am 28 Feb. 2022
No Torsen because MATLAB auto-expansion.

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Bruno Luong
Bruno Luong am 28 Feb. 2022
Bearbeitet: Bruno Luong am 28 Feb. 2022

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e_i_h_reshape = reshape(e_i_h,N_i,1,N_draws);
alpha_i_h_t = e_i_h_reshape + e_h * t;

3 Kommentare

Snoopy
Snoopy am 28 Feb. 2022
Thank you very much.
Torsten
Torsten am 28 Feb. 2022
And why do you need a three-dimensional array for a two-dimensional content ?
Or do I get something wrong ?
Bruno Luong
Bruno Luong am 1 Mär. 2022
Bearbeitet: Bruno Luong am 1 Mär. 2022
The result is 3D, each page contains a matrix sum of column by row vector.

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am 28 Feb. 2022

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