How can I manage with this numbers?

I have a A=1x56 double variable.

A =

Columns 1 through 9

    0.0127    0.0358    0.2141    0.2279    0.2737    0.0003    0.0282    0.0196    0.0307

Columns 10 through 18

    0.2148    0.1049    0.1963    0.1725    0.0442    0.0279    0.0485    0.0659    0.0735

Columns 19 through 27

    0.0285    0.0593    0.0568    0.1611    0.0540    0.4560    0.3430    0.2006    0.0439

Columns 28 through 36

    0.1192    0.1400    0.0719    0.1776    1.6570    0.5565    0.6836    0.1456    0.0308

Columns 37 through 45

    0.7118    0.3418    0.4893    0.3433    0.0241    0.2332    0.1560    0.0538    0.5159

Columns 46 through 54

    0.0075    0.0640    0.0411    0.0219    0.0245    0.0294    1.1100    0.1268    0.2686

Columns 55 through 56

    0.0543    0.0266

But In general I work with 1xn double variable. After this I have

 col_A=rc1(1,2)-2;

But col_A it's simple a number: 7 for example in this case. I have to create a matrix that is an made up by 7 columns and 8 rows, in this case because the number of columns depends of the col_A value and The number of rows depends is n/col_A value. How Can I do this?

[Mischa Kim]

I am not quite clear on what you are trying to do. What is rc1?

[Francesco]

Do not consider rc1 but only col_A. It's not important rc1. It's another constant defined before in the code. I have to create another matrix from A 1x56 double. But this matrix is made up by the same element of 1x56 or 1xn in the general case. Now A is a row vector. Good, I would like to obtain also an array. I have to obtain a matrix has to be made that we need to go over again every col_A. If you do this then we have a 8x7 array. Is it clear now?

Answer 1

[Dishant Arora]

what's rc1?? anways try this:

row_A = n/col_A;
reshape(A, row_A, [] );

[Francesco]

But for n you consider 56?

[Dishant Arora]

In this case it is, for generalization n is number of elements in the vector/matirx.

[Francesco]

I can put lenght(A)for a generalization case?

[Dishant Arora]

Only if A is a vector.