Hello Pablo,
Your 'scs_m' variable is a complete diagram created using
`scicos_diagram` `scicos_block` and `scicos_link`. To check that is is
correct, "xcos(scs_m)" will open the graphical editor for the scs_m
diagram.
The documentation is included within the Scilab help.
Regards,
--
Clément
L
Hey Tim,
valuable advice from your side! I haven't the files yet. And I fear
that fiddling with the data will take more than a few days. In any case
I will give feedback when there is something to say.
---
hi Jasper,
Yes, we made a decision - and in fact we implemented it already: and we changed
it to be simply always use the same thread. That should work for you, right ?
Regarding your other question (api scilab): I believe that there is string
support for cpp (we implemented it), however this i
On Mon, 2015-09-07 at 14:26 +0200, Jens Simon Strom wrote:
> Hi Scilab users, I want to analyse a microphone recording of the sound
> of a bell or gong. Given ia the equidistantly sampled sound pressure
> y(t) after a stroke for 10 s.
>
> The ansatz
>
> y=sum( A_i*exp(-d_i*t))*cos(2*%pi*f_i+alp
