Hi. Is this the expected behavior?



Append.sm (6 KiB) downloaded 42 time(s).

I hope not. I expect A' = [1 2 3 4]

Best regards.
Alvaro.

Alvaro: maybe like this ?

Hi Jean. Nope, maybe more like this:



BTW, this is a workaround. I expect this result but for the previous syntax.

Best regards.
Alvaro.

Wrote

Hi Jean. Nope, maybe more like this:

You just append, my code inserts wherever needed.
My mistake I named Append(,,,)
OK, you are imitating MCD.
Simpler Append: transpose the row, stack, re-transpose.

Wrote

...
OK, you are imitating MCD.
...

I'm trying to imitate Wolfram's Mathematica Append.

Wrote

I'm trying to imitate Wolfram's Mathematica Append.

Not that much miraculous Mathematica 4.0
Mathcad APENDPRN was almost never used.
Useful to compact/file a data set with wisely
collected the fitting coefficients.
On that application, Smath is far superior ... Explain
Smath can save same stuff + the formula ... WOW !

Saludad Alvaro [is that correct ?]

Page24 Alvaro.sm (15 KiB) downloaded 36 time(s).

Yes it is correct, or at least it conforms with the general approach of the program (vectors are single column matrices, anything else is a matrix). You might see it better in a 2 rows matrix:


The new indices are added expanding the matrix vertically; there is no special case for single-row matrices.

For your task, one way could be this:



Or this:

...

... append this Jacobian matrix.

Wrote

Saludad Alvaro [is that correct ?]

Close. Correct it's Saludos Jean.

Wrote

Yes it is correct, or at least it conforms with the general approach of the program (vectors are single column matrices, anything else is a matrix). You might see it better in a 2 rows matrix:

Thanks for the explain. You give to me the rule for understand the result. Just as comment, matlab don't follow that, and gives this results:

File not found. File not found.
Best regards.
Alvaro.

Wrote

Just as comment, matlab don't follow that, and gives this results:

What Matlab does Smath does as well with lot more user specifics.
Matlab => MDA [Muliti Dimensional Array]
Mathematica => Cell Array
They just have their system. I can do whatever from this example
and very quick too, just few more modules.