how to save the results obtained by a for loop repeated n times

Question

Francesco Grechi 2021-4-4

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此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/792072-how-to-save-the-results-obtained-by-a-for-loop-repeated-n-times

编辑： David Fletcher 2021-4-4

I have the function shown below that has some inputs: AC is a matrix 12x2 each row rapresents a month, in the first column are reported the monthly means of an events and in the second column there are their standard errors. As you can see my aim is to simulate from AC a trend for the numbers of years that i want but i have a problem. I need to save the results of the second loop, basically i want to save in simYR every value of simM that is reapeted for A times.

EG.

AC = [100 2; 110 4; 105 3; 130 7; 120 5; 115 5; 115 3; 140 7; 110 9; 105 4; 110 3; 120 5 ];
    A = 3; 
function [C] = Trend(AC,A)
simM = nan(1,12); % contains the values of a monthly simulation 
simYR = nan(1,12*A); % contains the values of a monthly simulation also when the simulation is larger than one year
   for year = 1:A
    for month =1:12
        simM(month) = randi([AC(month,1)-2*AC(month,2), AC(month,1)+2*AC(month,2)]);     
    end
 end
end

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Answer 1

David Fletcher 2021-4-4

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https://ww2.mathworks.cn/matlabcentral/answers/792072-how-to-save-the-results-obtained-by-a-for-loop-repeated-n-times#answer_666467

编辑：David Fletcher 2021-4-4

在 MATLAB Online 中打开

AC = [100 2; 110 4; 105 3; 130 7; 120 5; 115 5; 115 3; 140 7; 110 9; 105 4; 110 3; 120 5 ];
    A = 3; 
function [C] = Trend(AC,A)
simM = nan(1,12); % contains the values of a monthly simulation 
simYR = nan(1,12,A); % Three dimensional array for storing each month as a 'page' in the array
   for year = 1:A
    for month =1:12
        simM(month) = randi([AC(month,1)-2*AC(month,2), AC(month,1)+2*AC(month,2)]);     
    end
    simYR(:,:,year)=simM %Each months figures are stored like a page in a book
 end
end

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David Fletcher 2021-4-4

编辑：David Fletcher 2021-4-4

You will of course have to return simYR from the function at the end, but the main idea is to firstly use a three dimensional array with the third dimension holding the figures for each month

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