X = hilbert(data) computes the hilbert transform of data(:) not a N
dimensionnal Hilbert transform.
Please find attached a function which is intended to compute the N dimensionnal
Hilbert transform obtained applying
the 1D hilbert transform to all columns then to all rows,
This function
Hello Clément,
Thank you for the tip. Indeed running the "loader.sce" and the "*.sci" file
allowed me to reuse the model later.I will definitively look at the toolbox
thing too, as I want to distribute my model to other people.
Regards,Benoit
Le Mardi 26 janvier 2016 11h01, Clément David
Le Mardi 9 Février 2016 08:34 CET, Philipp Mühlmann a
écrit:
> Well, the base function behind "ShowImage" is "Matplot".
I don't get what you mean.
My point is the following: "ShowImage" is not defined in the scilab base
install.
You have to install an atom module to
Le Mardi 9 Février 2016 10:26 CET, Jan Åge Langeland a écrit:
>
>
> On 09.02.2016 09:09, Antoine Monmayrant wrote:
> >
> > Le Mardi 9 Février 2016 08:34 CET, Philipp Mühlmann
> > a écrit:
> >
> >> Well, the base function behind "ShowImage" is
Just a side question to Antoine:
What do you mean with uicontrol "image".
Do you speak about creating an uicontrol of type "image" and try to put an
image into that uicontrol?
I tried this a couple of times, but didn't manage how to do that.
Never worked.
But I always thought this is a bug
On 09.02.2016 20:27, Samuel Gougeon wrote:
You may use the z coordinate of your flat curves to manage overlays,
as in:
clf
x = linspace(0,20,200);
plot(x,sin(x))
e = gce();
c = e.children;
// Example with a local image. The image is from
https://atoms.scilab.org/atoms.png
Hello,
Without images, this post should pass the moderation ;)[to the
moderator: did you decrease the max size of body recently? It was
formerly possible to post with images and body> 100kB]
Le 08/02/2016 11:47, antoine.monmayr...@laas.fr a écrit :
Hi everyone,
I just failed at placing an