Hi Stavros,
Stavros Macrakis wrote:
> great ! that suits me perfectly, at least until I found a "higher
> level" way
>
>
> It is not clear to me what you are trying to do.
>
> Depending on what your goal is, you might want to simply assign the
> whole matrix, e.g.
>
> U: Fm$
I do not want to re-assign the matrix U, I want a way to assign an
expression to a symbol, at a layer that permits
to write a function like :
assign(var1,var2); so that at the end, value of var2 is assigned to the
symbol passed to var1 so if I enter :
bar:5;
foo:cos(x);
bar; -> 5
assign(bar,foo);
bar; -> cos(x)
that is it.
Thanks
paul
>
> This does not modify the elements of U; it just assigns a different
> value to U. Note that after this assignment, both U and Fm hold *the
> same* matrix, so if you modify one, you modify the other.
>
> -s
>