Hello,
General
-Message d'origine-
De : users De la part de Federico Miyara
Envoyé : jeudi 30 novembre 2023 16:52
>
> confirm that, [...] the simple squaring operation takes much longer than it
> should.
Except that the power is not a multiplication.
It is a fact that amongst the
Hello,
You might improve your function by allowing the processing of a matrix (if it
is relevant), e.g.
boolean1 = (imag(s) <> 0)
reals = real(s)
boolean2 = not(boolean1) & reals>0 & reals<1
etc.
zz = zeros(s)
zz(boolean1) = zeta_3(s(boolean1), n(boolean1))
zz(boolean2) =
Hello Samuel,
> De : Samuel Enibe
> Envoyé : lundi 6 mars 2023 18:53
>
> I need to attach an arrow to a line pointing from (x1, y1) to (x2, y2).
>
> How can this be done?
I think xarrows() is made for you:
https://help.scilab.org/docs/6.1.1/en_US/xarrows.html
kind regards
--
Christophe Dang
Hello Heinz,
> De : Heinz Nabielek
> Envoyé : jeudi 9 février 2023 13:36
>
> Result is then
> [...]
>
> However, EXCEL conf=0.95 gives me:
> [...]
Sorry, I don't know particularly the chi-square distribution, I suppose you
don't ask the same question to both softwares.
If you use for XL
Hello Heinz,
> De : Heinz Nabielek
> Envoyé : mardi 7 février 2023 13:07
>
> cdfchi = cumulative distribution function chi-square distribution.
>
> I want to generate the 95% confidence limit of small numbers like below
According to https://help.scilab.org/doc/6.0.0/en_US/cdfchi.html
I think the
Hello Heinz,
You might look at :
https://en.wikibooks.org/wiki/LaTeX/Command_Glossary##
regards
General
De : users De la part de Heinz Nabielek
Envoyé : mardi 27 décembre 2022 23:47
À : Users mailing list for Scilab
Objet : [POLICY VIOLATION] Re: [Scilab-users] LATEX: easy help?
Hello Federico,
> De : users De la part de Federico
> Miyara Envoyé : jeudi 17 novembre 2022 03:36
>
> I have to create a vector from a plain text containing about 700 decimal
> numbers, each one with several digits.
> [...]
> Is there a simple way to do this other than [...] saving the data as
Hello,
That's weird, it seem I only receive the answers when I'm explicitly in the
recipients list.
However:
> De : Heinz Nabielek Envoyé : samedi 5 novembre
> 2022 01:04
>
> N=10^(3:9);
> def=[300 100 30 10 3 1 0];
> for i=1:7;
> NN=N(i);
> for j=1:7;
> defects=def(j);
> A(i,j)=cdfbet("XY",
Hello Heinz,
> De : users De la part de Heinz Nabielek
> Envoyé : mardi 1 novembre 2022 22:02
>
> I need to compute the inverse of the cumulative beta function, but I just
> cannot handle cdfbet.
>From what I undestand in
https://help.scilab.org/docs/6.1.1/en_US/cdfbet.html
the notation for
Hello,
You have to keep consistant the size of the locations and labels. Try :
foo = [0:10:200]';
ca.x_ticks=tlist(ca.x_ticks(1), foo, string(foo))
Kind regards
De : users De la part de Jens Simon Strom
Envoyé : jeudi 28 juillet 2022 23:07
General
ca.x_ticks.locations=[0:20:200]';
Hello,
> De : De la part de Lester Anderson
> Envoyé : samedi 30 avril 2022 07:15
>
> My query, is it possible to make this more generalised and vary the
> number of input equations and give the user an option to specify the number
> of equations?
I don't know this problem and its solution but
Hello,
> De : Izabela Wójcik-Grzaba
> Envoyé : vendredi 29 avril 2022 17:01
>
> The problem is that my real plot is made with param3d1 and consists of
> different elements: polylines with line_mode, with mark_mode, xstrings.
> It is now impossible to change the type.
Both param3d1() and
Hello Lester,
> De : Lester Anderson
> Envoyé : mercredi 29 décembre 2021 09:00
>
> Have adapted existing Matlab code for Scilan to calculate Bernoulli
> numbers using an explicit formula [...] 11 onwards the values are incorrect:
I don't know what you already investigated but did you consider
Hello,
Concerning my former message,
it seems that binomial() is no longer documented (although it works).
There is the function nchoosek() that is documented, with a diagram showing the
overflow limit:
https://help.scilab.org/docs/6.1.1/en_US/nchoosek.html
regards
--
Christophe Dang Ngoc
Sorry for the spam,
I'd better collect all the information before posting ^_^
To be clear:
The function binomial() is for the binomial distribution.
The binomial coefficient is obtained with nchoosek().
Regards
--
Christophe Dang Ngoc Chan
Mechanical calculation engineer
General
This
Hello Lester,
> De : Lester Anderson
> Envoyé : lundi 29 novembre 2021 09:39
>
> I am interested in the Reimann Zeta function, but it does not appear as an
> option directly with Scilab (v6.1.1).
Not really an answer to your question,
but I'd like to mention that the zeta function is
Hello Izabela,
> De : Izabela Wójcik-Grzaba
> Envoyé : lundi 15 novembre 2021 18:12
>
> An additional problem appeared with my figure f2. Here is my function:
Could you please provide a minimal example with a call to this function?
I tried to use the function on the figure provided by the first
Hello,
> De : onyeka ogbonna
> Envoyé : mardi 26 octobre 2021 14:25
>
> Which is advisable to learn now, Scilab or Python
I'd say: Scilab is probably easier to learn and you have a community of
calculation specialists you can rely on.
Then, switching to Python is not much a problem.
Python has
Hello Samuel
> De : De la part de Samuel Enibe
> Envoyé : mardi 27 juillet 2021 17:17
>
> I want to plot y1 with x1 (Graph 1) on Bottom x-axis and left y-axis and y2
> with x2 (Graph 2) on Top x-axis and Right y-axis.
I'm not sure what you want to do but you may try something like this:
a1 =
Hello Samuel,
> De : users De la part de Samuel Gougeon
> Envoyé : jeudi 8 juillet 2021 08:01
>
> That's strange : do you confirm that this thread and following ones (*) look
> no longer archived @
> http://mailinglists.scilab.org/Scilab-users-Mailing-Lists-Archives-f2602246.html
I confirm I
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");
Hello Heinz,
> De : Heinz Nabielek
> Envoyé : samedi 10 avril 2021 23:58
>
> BTW, how do the French infection rates look like?
Thanks for caring (-:
You'll probanbly find the answer here:
https://www.gouvernement.fr/info-coronavirus/carte-et-donnees
the second curve on the left is the
Hello,
> De : Federico Miyara
> Envoyé : dimanche 11 avril 2021 02:08
>
> Like it or not, I guess these keywords come from Matlab, and as Matlab
> still seems to dominate the market, many people, including those
> willing to quit Matlab (as I did several years ago), are quite used to
> those
Hello,
> De : Marcus Vinicius P. de Souza
> Envoyé : jeudi 25 mars 2021 18:20
>
> Mp=54.566
> [...]
> I want only: Mp=54.56%
> How do I do?
I suggest o use floor() (truncate) or round(), e.g.
xstring(1, 1, '$\LARGE Mp={' + string(0.01*floor(100*Mp)) + '}\%$')
or use msprintf() (rounding),
Hello,
> De : Dmitry Samersoff
> Envoyé : mardi 16 mars 2021 19:59
>
> I need to calculate cosine of bunch of angles
> that comes as Degree Minutes Seconds (e.g. 44d32m11s).
>
> What is the best way to do it in scilab?
If you have a vector of numbers angle = [dd, mm, ss], it is rather easy to
Hello,
> De : users De la part de CHEZE David
> 227480 Envoyé : mardi 16 mars 2021 14:53
>
> I'm looking for function that could find and locate every local maxima
> of any discrete time signal
I suggest you to detect the local minima of the second derivative obtained by
the Savitzky-Golay
Hello,
> De : bty22
> Envoyé : mercredi 10 mars 2021 22:40
>
> I have been trying to figure out a way to add an overarching title on the
> graphic window that goes above the subplots?
I suggest to create an additional subplot and then use titlepage().
Something like :
--
X=1:10;
Hello Federico,
I'm not sure to understand exactly your needs but:
> De : Federico Miyara
> Envoyé : mardi 5 janvier 2021 09:20
>
> --> sin(%pi)
> ans =
> 0.0001224647
seems to be something we cannot get rid off unless using symbolic calculation
i.e. having a specific variable
Hello to all
(and best wishes for the new year)
> De : Samuel Gougeon
> Envoyé : mardi 29 décembre 2020 16:40
>
> So, i would like to propose to add this new constant to Scilab, for the
> benefit of all users.
> In this respect, you will find
> http://bugzilla.scilab.org/attachment.cgi?id=5206
Hello,
> De : De la part de Samuel Gougeon
> Envoyé : mardi 15 décembre 2020 19:10
>
> By the way, everyone, what do you think about increasing the default Scilab
> java Heap from 256 MB to 512 MB?
> This default 256 MB was set a long time ago, when on computers the average
> RAM what much
Hello Antoine,
> De : Antoine Monmayrant
> Envoyé : jeudi 3 décembre 2020 10:00
>
> Can any of you confirm this bug?
I don't know what you mean by headless mode but I get the same error as you
error when I run your script (except it is in Franch):
"xs2png : Impossible de créer le fichier
Hello,
> De : users De la part de Liviu Badea
> Envoyé : jeudi 26 novembre 2020 14:22
>
> Heat transfer; the stationary linear case to graphically represent the
> conductivity variation with the thickness of the layers and with the
> temperature.
We would be happy to help you if you tell us
Hello,
> De : users De la part de Davide
> Daloisio Envoyé : mardi 24 novembre 2020 14:51
>
> inconsistent row/column dimensions
Difficult to say without the code.
You usually have this when you multiply matrices (the number of rows of the
first one must match the number of columns of the
Hello Davide,
> De : users De la part de Davide
> Daloisio Envoyé : lundi 23 novembre 2020 17:13
>
> So I am writing a new matrix with two vectors that have the same timestep.
> In this specific case I have a time vector with a timestep (step) of
> about 2E-
When you're writing:
A = B(C)
Hello Philipp,
> De : users De la part de P M Envoyé :
> samedi 21 novembre 2020 22:55
>
> I am trying to map an image onto a 3D surface.
If you are not "bound" to Scilab,
then I suggest to have a look at Kitware Paraview https://www.paraview.org/
which can, as far as I remember, can import
Hello,
> De : users De la part de P M Envoyé :
> vendredi 20 novembre 2020 10:04
>
> How to identify these points and remove the duplicates?
You might try to use unique().
Maybe the following discussion can help:
Hello,
> De : users De la part de Stéphane Mottelet
> Envoyé : lundi 16 novembre 2020 09:56
>
> It is possible to fit a more general piecewise-affine model,
> but you will have to know in advance the number of "kinks"
Well, I think it is possible to automatically adjust the number of segments:
Hello,
> De la part de P M
> Envoyé : mercredi 30 septembre 2020 16:50
>
> exact dot-coordinates, drawn as filled circles.
> All pixel coordinates of such an area would have to have exactly one single
> pixel value.
> The resulting graphic right now is stored via: xs2bmp.
> [...]
> - It
Hello,
> De : Antoine Monmayrant
> Envoyé : jeudi 27 août 2020 17:25
>
> n=real(n);
>
> Now it works.
Basic.
I thought about this and I know I tested some isreal(sellmeier(lambda)) stuff
during the development but I did not thought it would happen during the
regression process with some
Hello all,
Let's talk about optics.
I have a glass, its refraction index n varies with the wavelength lamba.
I have a CSV file with the corresponding data (verre_HOQ.cvs attached), 52
points.
I want to model this with the Sellmeier model
https://en.wikipedia.org/wiki/Sellmeier_equation
and use
Hello Heinz,
> De : Heinz Nabielek
> Envoyé : lundi 24 août 2020 23:59
>
> I want all three straight lines to go simultaneously through one point at the
> negative x-axis.
> This is why I had to use a non-linear least-squares fit.
The calculation runs quite fats so it might not worth the effort
Hello,
> De De la part de tien.dang
> Envoyé : mercredi 8 juillet 2020 09:13
>
> Anyone knows how to move this ATOMS to python 3.7 or any
> ATOMS that support interfacing Python 3.7 from Scilab.
This would be great.
I think the "young generation" massively learns Python
and the Scipy/Numpy
Hello,
> De : De la part de Antoine Monmayrant
> Envoyé : vendredi 19 juin 2020 08:58
>
> Here is a small script that systematically crashes scilab on my machine:
It works fine for me, no crash.
Windows 7, RAM 16 GB, 12.9 GB used at peak.
[a, b] = getdebuginfo()
a =
"Memory in use: 39
Hello,
> De la part de Antoine Monmayrant
> Envoyé : mercredi 17 juin 2020 13:22
>
> It's a bit cumbersome to share this big fie, so do you have any idea on how to
> investigate this issue and try to locate the root cause?
You might try to build a minimal and working (crashing) example,
Hello Pierre,
> De : Perrichon
> Envoyé : lundi 8 juin 2020 11:07
>
> I don't understand le role of the « point » operator '.'
The dot is used to have an element-wise operation.
The difference is when you work with matrices, e.g. the product * will make a
matrix product
C = A*B -> C(i, j) =
Hello,
> De Heinz Nabielek
> Envoyé : dimanche 17 mai 2020 23:50
>
> CONF=0.95; N=1432; n=1:
> One-sided 95% upper confidence limit fraction = BETA.INV(CONF, n+1, N+1-n)
> = 0.003306121
>
> How would I do that in Scilab?
Would it be :
[X,Y]=cdfbet("XY", n+1, N+1-n, CONF, 1-CONF)
X =
Hello,
> De la part de arctica1963
> Envoyé : mardi 11 février 2020 13:11
>
> I have text files of Pi and e to a million places [...]
>
> I can open the text file with pinum=mopen('pi-million.txt','rt') - but does it
> need to be changed to a vector where each value is an element?. At the
>
Hello,
> De : Heinz Nabielek
> Envoyé : jeudi 30 janvier 2020 23:25
>
> First: linear least-squares fitting: with measurement data x=[2 7 12]'; y=[2
> 4.5
> 6.5]'; it is easy, to fit a straight line and plot it:
> M=[ones(x) x]; a=M\y; plot2d(x,M*a); plot(x,y,'r.');
> [...]
> In my case, I
Hello,
> De : Lester Anderson
> Envoyé : dimanche 26 janvier 2020 12:45
>
> I have looked at the int2d and int3d commands for double and triple
> integrals, but was wondering if there was a simple method of defining
> the input triangles or tetrahedrons (int2d and int3d respectively)?
Do you
Hello,
> De : Jean-Philippe Grivet
> Envoyé : vendredi 24 janvier 2020 10:24
>
> Thank you Antoine; I am not famo=iliar with the SVG format, but I will
> investigate.
As you seem to understand French,
may I recommend you a small page of mine?
Hello,
> De : Jean-Philippe Grivet
> Envoyé : jeudi 23 janvier 2020 16:36
>
> I am drawing a graph in a gray scale (say from 1 to 32), using lines of
> different
> density. I would like that, in the region of intersection of two lines, the
> shade
> of gray be the sum of the densities of each
Hello Frederico,
> De : Federico Miyara
> Envoyé : vendredi 17 janvier 2020 06:29
>
> so that max(x,1), for instance, is an array whose components are the
> maximum between the original components and 1.
>
> This prevents using the general syntax max(x,1) which would be more
> consistent,
Hello,
> De : David Brant
> Envoyé : lundi 6 janvier 2020 19:15
>
> Rsponse:
> !--error 98
> Variable returned by scilab argument function is incorrect.
I personally have the following error:
costf: Wrong type for output argument #1: Real scalar expected.
If I understand well, fun() returns a
Hello,
> De : Chin Luh Tan
> Envoyé : mercredi 18 décembre 2019 02:36
>
> Looks like the last command followed by the clc(1) would be ignore :
>
> [...]
I've got the same result as you but additionally, I've got a different result
using disp((1:10)') instead of the loop.
The result is also
Hello,
> De : Wofai Okoi Ewa
> Envoyé : jeudi 14 novembre 2019 13:03
>
> We (Post Graduate Students) have just been enrolled into a 5-day
> SciLab Training Workshop at the University of Nigeria, Nsukka,
> facilitated by Prof. S. O. Enibe
Much clearer now.
Sorry for having suspecting you and
Hello,
> De : Federico Miyara
> Envoyé : mercredi 13 novembre 2019 22:31
>
> Wofai, Chinagorom, Apebo,
I also started to answer but I'm puzzled by the batch of short questions
originating from new subscribers with a Gmail address.
It looks like spamming:
searching for messages in the archives,
> De : chinagorom ajike
> Envoyé : mercredi 13 novembre 2019 11:48
>
> Pls what is the striking advantage of scilab over matlab
http://mailinglists.scilab.org/Scilab-users-Scilab-vs-matlab-tp4034631.html
--
Christophe Dang Ngoc Chan
Mechanical calculation engineer
General
This e-mail may
Hello,
> De : Ral Okafor
> Envoyé : mercredi 13 novembre 2019 11:47
>
> How can I solve an ordinary differential equation?
Please look at the ode() function
https://help.scilab.org/docs/6.0.2/en_US/ode.html
regards
--
Christophe Dang Ngoc Chan
Mechanical calculation engineer
General
This
Hello,
> De : De la part de Jean-Philippe Grivet
> Envoyé : mercredi 13 novembre 2019 10:50
>
> --> z = [1,2,3*%i]
> z =
> 1. 2. 3.i
> --> isreal(z(1))
> ans =
>F
> What did I miss ? Rhank you for your help.
https://help.scilab.org/docs/6.0.2/en_US/brackets.html
"In some
Hello,
> De : anna78
> Envoyé : lundi 21 octobre 2019 16:02
>
> test_number=evstr(test_str)
>
> It looks like working but it takes a not acceptable time...
>
> Do you have a more clever idea?
You might try strtod()
Generally, the evaluation or execution of strings should be avoided
because one
Hello Pierre,
> De : Perrichon
> Envoyé : lundi 21 octobre 2019 12:05
>
> Generally, when plotting, curves's color are taken in the range color
> [1 3 5 7 9 11 13 15 [...] Is there a general way to modify this vector
> as to get another one with blue as first curve.
You might consider redefining
Hello,
> De : Perrichon
> Envoyé : vendredi 11 octobre 2019 09:20
>
> When displaying a messagebox, part of the image « warning » or « info » for
> example is truncated.
> I use W10 with Scilab 5.5.2 x64
> [...]
> message=msprintf("... OptSim window not found !")
> messagebox(message, "Save
Hello
> De : Stéphane > Mottelet
> Envoyé : lundi 30 septembre 2019 10:48
>
> Can you test without the mprintf ?
I personally tested with disp(i) (the display was more convenient for me).
Regards
--
Christophe Dang Ngoc Chan
Mechanical calculation engineer
General
This e-mail may contain
Hello,
> De : jbaudais
> Envoyé : lundi 30 septembre 2019 10:21
>
> I have an incomprehensible problem with the following line code in the Scilab
> window
>
> > for i=1:2000, mprintf("%d\r",i);grand(1,100,"exp",1); end
>
> It prints nothing after i=1859 but continues to run
I have the same
Hello,
> De : Federico Miyara
> Envoyé : mercredi 25 septembre 2019 17:43
>
> Regarding the previous versions of a script, I'm not quite sure.
> [...]
> If, on the contrary, the aim is to prevent other users of the same
> computer to spy on your work, there is no guarantee either that parts of
Hello,
> De : Federico Miyara
> Envoyé : mardi 24 septembre 2019 17:09
>
> Stéphane,
> Thanks, this is great
Indeed, my own solution proves to be poor because the conversion to a string
causes a drastic truncation.
A quick example with something like P = poly(0.01:0.01:1, "s") shows a great
Hi,
I've got some time this morning (-: so this one seems to work and should be a
bit more efficient:
// **
P = %s^2 + 2*%s + 3
C = coeff(P)
n = size(C, "c")
if n > 1 then
stringP = "X1 = x; "
for i = 3:n
stringP = stringP+"X"+string(i-1)+" = X"+string(i-2)+"*x; "
I'm aware that this is an inefficient way to compute the result
but unfortunately, the Horner form of polynomial does not work on matrices:
(A + 2)*A is not the same as A*A + 2*A for Scilab.
It is possible to write a better function manually,
by first calculating the successive powers before
Hello Frederico,
> De : Federico Miyara
> Envoyé : mardi 24 septembre 2019 00:25
>
> Is there some way of evaluating a polynomial on a square matrix in a
> matrix-wise (not component-wise) fashion?
You can transform your polynomial into a usual external function Then apply it
to a matrix.
e.g.
Hello,
> De : Stéphane Mottelet
> Envoyé : vendredi 13 septembre 2019 17:57
> >
> > --> x=(1:0.1:2); bitstring(x(8)), bitstring(1.7)
> > ans =
> >
> > 00111011001100110011001100110011001100110011001100110100
> >
> > ans =
> >
> >
Hello,
> De : Stéphane Mottelet
> Envoyé : vendredi 13 septembre 2019 15:22
>
> 1.7 cannot be stored exactly in IEEE754
Yes, but there is an "infinite" amount of decimal numbers
that cannot be stored exactly in IEEE754.
--
Christophe Dang Ngoc Chan
Mechanical calculation engineer
General
This
Hello,
> De : Stéphane Mottelet
> Envoyé : vendredi 13 septembre 2019 14:23
>
> I think that we do agree about the fact that the actual Scilab display
> [...]
> --> x(8)
> ans =
>
> 1.7
> --> x(8)-1.7
> ans =
>
> 2.220D-16
> is pretty but not correct/homogeneous/honest
I don't agree about
Hello,
> De la part de Stéphane Mottelet
> Envoyé : jeudi 12 septembre 2019 10:26
>
> I now have a real rationale to promote a change in
> the way complex numbers with small imaginary part are displayed.
I agree with you.
I would add another advantage:
the user is not always aware that the
Hello,
> De : Vesela Pasheva
>
> I am dealing with a closed planar contour, presented in a struct
> PS.x,[],PS.y,[]
> with m points. The contour is closed, so m+1 point coincides with the first.
> Parallel to this I have a quantity TS (temperature) as an array which elements
> correspond to the
Hello,
> De : Federico Miyara
> Envoyé : mercredi 4 septembre 2019 09:11
>
> I need to create a boolean vector, such as [%t, %t, %t, %t] […] I
> couldn't find a function similar to ones(1,n).
>
> However I've found a workaround:
>
> a = ones(1,n) & %t
> […]
> 1) Why does it work?
Because "A
Hello Paul,
> De : Carrico, Paul
> Envoyé : vendredi 9 août 2019 13:36
>
> What I'm doing wrong?
>
> function r=%s_gamma_user(a)
> r = gamma(a);
> endfunction
>
> A = complex(4,4)
> gamma_A = gamma(A
>
> Limite de récursion atteinte (1000).
You're calling recursively gamma without an end
Hello,
> De : P M
> Envoyé : jeudi 6 juin 2019 21:30
>
> Question:
> Is it possible to have a function within the loop to check if a specific key
> is pressed?
I don't know about a keystroke but you may use a mouse click.
https://help.scilab.org/docs/6.0.2/en_US/xclick.html
Regards
--
Hello,
> De : Jean-Philippe Grivet
> Envoyé : lundi 3 juin 2019 12:08
>
> Using Scilab (6.02/Win7), I have drawn a picure made up of thick lines and
> arcs, within a region with irregular borders.
What is the data structure of your picture?
A matrix of dots?
A Scilab figure containing polylines?
Hello,
> De : Carrico, Paul
> Envoyé : jeudi 23 mai 2019 09:21
>
> I share your suggestion in adding an example in the doc to prevent Scilab
> users, but the question is "where" ?
I suggest the "Scilab Help >> Elementary Functions > extraction" page.
Regards
--
Christophe Dang Ngoc Chan
Hello Paul,
> De : Carrico, Paul
> Envoyé : mercredi 22 mai 2019 09:51
>
> In the following code,
> I was thinking that the provided index was the one on the “global”
> matrix, but I was wrong ☺ […]
> a2 = find(B(i-1:$,1) < 1); disp(a2);
I would have made the same mistake (-:
Now if we look at
Hello Samuel,
> De : Samuel Enibe
> Envoyé : mercredi 8 mai 2019 18:37
>
> May I request to know if there are specific tools in SCILAB for finite
> element analysis.
Please have a look at:
https://wiki.scilab.org/Finite%20Elements%20in%20Scilab
Best regards
--
Christophe Dang Ngoc Chan
Hello Philippe,
> Apr 16, 2019; 7:45pm Philippe Roux
>
> but is there an easy
> way to convert meshgrid output to a triangulation?
For this, you might try the Delaunay triangulation.
You can find it in the CGLAB Atoms module
https://www.scilab.org/tutorials/introduction-model-reduction
Hello,
> De : Antoine Monmayrant
> Envoyé : vendredi 12 avril 2019 19:39
>
> > Le Vendredi, Avril 12, 2019 11:47 CEST, P M a
> > écrit:
> >
> > what is the reason that SciNotes changes the colour from
> >
> > printf(".\n");
> >
> > to
> >
> > printf("...\n");
>
> What occurs is that scinotes
Hello Marko,
> De : users [mailto:users-boun...@lists.scilab.org] De la part de marko
> Envoyé : jeudi 11 avril 2019 20:34
>
> Well, I'm certainly a newbie here. One thing I cannot seem to correct is that
> graphic window / export / jpg always fails to produce an acceptable image.
> As it has
Hello Heinz,
> De : Heinz Nabielek
> Envoyé : mercredi 10 avril 2019 20:08
>
> High quality graphs can be created when exporting to pdf. However, with my
> 155,000 data points, I end up with an error message:
>
> "An error occurred during export: Unable to create export file, not enough
> memory.
Dear Farmiani
> De : farimani
> Envoyé : jeudi 21 mars 2019 09:56
>
> Like it or not
Well like it or not,
I can't figure an editor without an official mailing list,
which is the present one for Scilab.
This is far different from languages that have several implementations
and where users are
Hello,
> De Federico Miyara
> Envoyé : lundi 18 mars 2019 19:24
>
> As you don't know the inverse for any value different from the tabulated
> ones, you just interpolate:
>
> x1 = interp(y, x, y1);
If you considere that the probability distribution function is continuous,
yes, that's a very good
Hello,
> De : Heinz Nabielek [mailto:heinznabie...@me.com]
> Envoyé : lundi 18 mars 2019 11:07
>
> I had never heard of dsearch* before..
Neither did I :-D
I just couldn't imagine such a feature didn't exist
so I looked at the neighbouring "Search and sort" functions in the help online
Hello Heinz,
> De : Heinz Nabielek
> Envoyé : dimanche 17 mars 2019 23:50
>
> I need to generate random deviates x according to a given cumulative
> distribution y that is available only in tabular form.
> [...]
> for i=1:N;
> x=[x find(y>z(i),1)];
> end;
>
> y is a previously defined table with
Hello Marcus,
> De : Marcus Vinicius Pereira de Souza
> Envoyé : lundi 18 mars 2019 01:56
>
> I am generating a graphic
> and would like some information in the title to be in italics.
> […]
> title(sprintf('y(t) = -%0.2f exp(-0.5t)\ + %0.2f cos(4t)\ + %0.2f sin(4t)
> ',kp1,kp1,kp2))
The online
Hello,
> De : users [mailto:users-boun...@lists.scilab.org] De la part de P M
> Envoyé : jeudi 28 février 2019 20:06
>
> When I export the plot with xs2svg some thin black lines appear within the
> regions.
> This can be seen when I open the svg with inkscape.
> [...] Any idea how to avoid these
Hello,
> De : users [mailto:users-boun...@lists.scilab.org] De la part de
> Federico Miyara Envoyé : vendredi 1 mars 2019 04:20
>
> Do you mean that the EMF produced by Inkscape is really compatible with Word?
I do. I regularly produce sketches with Inkscape and export them as .emf to
include
Hello,
Concerning the following point (which is not related to Scilab):
> I couldn't manage to make it compatible with, for instance, Word.
> My solution has been to save the figure as svg (a vectorized format),
> then open it with GIMP
You'd better open the SVG with Inkscape (also free)
then
Hello,
> De : users [mailto:users-boun...@lists.scilab.org] De la part de P M
> Envoyé : lundi 18 février 2019 18:09
>
> Actually my goal was to compare point coordinates to map coordinates
> and find the points on the map which are closest to the given point
> coordinates.
> [...]
> The points
Hello,
> De : Federico Miyara
> Envoyé : mardi 29 janvier 2019 21:36
>
> This is an improved version of the acos function with input argument check:
I would personally write it in the following way:
function y=acos1(x)
// Check if components are real
// Check if components are
Hello Paul,
> De : users [mailto:users-boun...@lists.scilab.org] De la part de
> Carrico, Paul Envoyé : jeudi 8 novembre 2018 15:54
>
> I'm wondering how I can, remove the 'Nan' that appears in a matrix ( with
> "find" I guess)?
Not sure what you mean by "remove" but for the matrix M, you can
Hello,
> De : antoine.monmayr...@laas.fr
> Envoyé : lundi 8 octobre 2018 14:49
>
> It might be me getting too old, but I am unable to read the formulas in the
> fft help page.
> The tiny png of the LaTeX formulas for direct and inverse fft are way too
> small to read.
The problem is not that
Hello,
> De : users [mailto:users-boun...@lists.scilab.org] De la part de Claus Futtrup
> Envoyé : dimanche 16 septembre 2018 19:14
>
> ZPK can mean many things (Google Search, I suppose) ...
> but after search I understand it's something with Zero Pole ...
> don't know what the letter K stands
Same code but a bit more comments
mode(0)
function [z]=saddle(x, y)
z = x^2 - y^2
endfunction
A = [1 2 3 4];
function [d]=plane(A, x, y, z)
d = A(1)*x + A(2)*y + A(3)*z + A(4); // cartesian equation
endfunction
// Dichotomy search of the intercept
function [X]=intercept(A, x1, y1,
Hello,
[sorry Paul, it was mistakedly sent only to you]
A far from optimal solution - not vectorised, the points are searched two times
(almost each triangle side is common to another one -
using the Delaunay tessellation.
Requires the Atoms module cglab
mode(0)
function
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