How to export a cell array, into excel, with elements of different sizes
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I have a cell whose cells are vector of different sizes. As an example:
cell ={[50x1 double] [32x1 double] [288x1 double]}
How do I export this into an excel file, and in each column of the excel file goes a vector? I only could make with one element of the cell, because of the different sizes of the contents of the cell.
Thanks already
0 件のコメント
採用された回答
Image Analyst
2014 年 2 月 28 日
You have to extract the arrays from each cell and put them into individual cells. So, for example with the first cell, you need to do something like
theArray = originalCellArray{1}; % Extract first cell.
ca = cell(288,3);
for row = 1 : size(theArray, 1)
ca{row,1} = theArray(row);
end
Do that for each of your 3 cells. You can have them all in one cell.
theArray = originalCellArray{2}; % Extract second cell.
for row = 1 : size(theArray, 1)
ca{row,2} = theArray(row);
end
theArray = originalCellArray{3}; % Extract third cell.
for row = 1 : size(theArray, 1)
ca{row,3} = theArray(row);
end
xlswrite(filename, ca);
You might want to read this before you start (in case I programmed something up incorrectly - I didn't test it): http://matlab.wikia.com/wiki/FAQ?title=FAQ&cb=8838#What_is_a_cell_array.3F
5 件のコメント
Hannah Bartlett
2019 年 7 月 26 日
Hi,
I am trying to do the same as Carlos, but because I have a 1x26 array, each containing 5x1 vectors, it would be nice to have a for loop.
I needed the data so followed your method above but would like help with a for loop for my write up if you have any ideas.
My question:
My current code is bulky! Eep... But my for loop doesn't work.
% Image Analyst, 2014
% https://uk.mathworks.com/matlabcentral/answers/119476-how-to-export-a-cell-array-into-excel-with-elements-of-different-sizes#comment_728470
theArray = output_matrix1{1}; % Extract first column.
xx = cell(5,26);
for row = 1 : size(theArray, 1)
xx{row,1} = theArray(row);
end
theArray = output_matrix1{2}; % Extract second column.
for row = 1 : size(theArray, 1)
xx{row,2} = theArray(row);
end
theArray = output_matrix1{3}; % Extract third column.
for row = 1 : size(theArray, 1)
xx{row,3} = theArray(row);
end
theArray = output_matrix1{4}; % Extract fourth column.
for row = 1 : size(theArray, 1)
xx{row,4} = theArray(row);
end
theArray = output_matrix1{5}; % Extract fifth column.
for row = 1 : size(theArray, 1)
xx{row,5} = theArray(row);
end
theArray = output_matrix1{6};
for row = 1 : size(theArray, 1)
xx{row,6} = theArray(row);
end
theArray = output_matrix1{7};
for row = 1 : size(theArray, 1)
xx{row,7} = theArray(row);
end
theArray = output_matrix1{8};
for row = 1 : size(theArray, 1)
xx{row,8} = theArray(row);
end
theArray = output_matrix1{9};
for row = 1 : size(theArray, 1)
xx{row,9} = theArray(row);
end
theArray = output_matrix1{10};
for row = 1 : size(theArray, 1)
xx{row,10} = theArray(row);
end
theArray = output_matrix1{11};
for row = 1 : size(theArray, 1)
xx{row,11} = theArray(row);
end
theArray = output_matrix1{12};
for row = 1 : size(theArray, 1)
xx{row,12} = theArray(row);
end
theArray = output_matrix1{13};
for row = 1 : size(theArray, 1)
xx{row,13} = theArray(row);
end
theArray = output_matrix1{14};
for row = 1 : size(theArray, 1)
xx{row,14} = theArray(row);
end
theArray = output_matrix1{15};
for row = 1 : size(theArray, 1)
xx{row,15} = theArray(row);
end
theArray = output_matrix1{16};
for row = 1 : size(theArray, 1)
xx{row,16} = theArray(row);
end
theArray = output_matrix1{17};
for row = 1 : size(theArray, 1)
xx{row,17} = theArray(row);
end
theArray = output_matrix1{18};
for row = 1 : size(theArray, 1)
xx{row,18} = theArray(row);
end
theArray = output_matrix1{19};
for row = 1 : size(theArray, 1)
xx{row,19} = theArray(row);
end
theArray = output_matrix1{20};
for row = 1 : size(theArray, 1)
xx{row,20} = theArray(row);
end
theArray = output_matrix1{21};
for row = 1 : size(theArray, 1)
xx{row,21} = theArray(row);
end
theArray = output_matrix1{22};
for row = 1 : size(theArray, 1)
xx{row,22} = theArray(row);
end
theArray = output_matrix1{23};
for row = 1 : size(theArray, 1)
xx{row,23} = theArray(row);
end
theArray = output_matrix1{24};
for row = 1 : size(theArray, 1)
xx{row,24} = theArray(row);
end
theArray = output_matrix1{25};
for row = 1 : size(theArray, 1)
xx{row,25} = theArray(row);
end
theArray = output_matrix1{26};
for row = 1 : size(theArray, 1)
xx{row,26} = theArray(row);
end
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