Christophe:
Thank you for making me aware of xpolys(), a new addition to my bag of
tools.
A good alternative workaround.
Regards,
Federico Miyara
On 26/04/2021 04:42, Dang Ngoc Chan, Christophe wrote:
Hello,
De : fmiyara
I'm trying to get a plot like this:
[...]
Maybe you should try
Samuel,
Nice plot (a Power Spectrum Density after applying an open window()..?
:-))
Actually, it is the FFT of a short tone burst (completely open, boxcar
window :) ) with thrice its length zero-padding
I see two issues with this trial:
* setting y_ticks labels by hand cancels the
Hello,
> De : fmiyara
> I'm trying to get a plot like this:
[...]
Maybe you should try with xpolys(), e.g.
--
[n, ybase] = (10, -12);
y = ybase + 9*grand(1,n,"def");
x=1:n;
Y=[y ; ybase*ones(y)];
X=[x ; x]
scf(0);
clf();
xpolys(X, Y, ones(y));
plot(x, y, "o");
Le 12/04/2021 à 07:39, Federico Miyara a écrit :
Dear All,
I'm trying to get a plot like this:
Nice plot (a Power Spectrum Density after applying an open window()..? :-))
where I intend to get a line plot where the lines come from the bottom
of the plot instead of coming from 0 as is the
Hello ,
What about using « errbar » function, something like errbar(x,y 50+y, 0) ?
HTH
Denis
De : users De la part de Federico Miyara
Envoyé : lundi 12 avril 2021 07:40
À : Users mailing list for Scilab
Objet : [Scilab-users] plot2d3()
Dear All,
I'm trying to get a plot like
Dear All,
I'm trying to get a plot like this:
where I intend to get a line plot where the lines come from the bottom
of the plot instead of coming from 0 as is the normal way using plot2d3().
To get this with plot2d3() I had to plot the y axis data + 50 in order
to make the botom of the plot
