Samuel,
I would like to contribute somehow, but for the moment I don't know
anything about Java and very little about C or C++. I could test code if
it is in a version ready to install (I don't know how to compile) and if
there is some protocol or guidelines to how to perform tests.
I find
Heinz,
The first thing I would consider is if really it is relavant to plot 155
000 data points, taking into account that neither the screen nor any
printing system can present such a resolution.
If you have 155 000 points they aremost likelycontaminated with noise.
You could approximate them w
On 10.04.2019, at 21:17, Heinz Nabielek wrote:
>
> On 10.04.2019, at 20:21, Stéphane Mottelet wrote:
>>
>>
>>
>>> Le 10 avr. 2019 à 20:07, Heinz Nabielek a écrit :
>>>
>>> Scilab created graphs can be quickly imported into documents via the
>>> Clipboard, but their quality is poor with jag
On 10.04.2019, at 20:21, Stéphane Mottelet wrote:
>
>
>
>> Le 10 avr. 2019 à 20:07, Heinz Nabielek a écrit :
>>
>> Scilab created graphs can be quickly imported into documents via the
>> Clipboard, but their quality is poor with jagged lines and wobbly fonts.
>>
>> High quality graphs can b
> Le 10 avr. 2019 à 20:07, Heinz Nabielek a écrit :
>
> Scilab created graphs can be quickly imported into documents via the
> Clipboard, but their quality is poor with jagged lines and wobbly fonts.
>
> High quality graphs can be created when exporting to pdf. However, with my
> 155,000 dat
Le 10/04/2019 à 20:07, Heinz Nabielek a écrit :
Scilab created graphs can be quickly imported into documents via the Clipboard,
but their quality is poor with jagged lines and wobbly fonts.
High quality graphs can be created when exporting to pdf. However, with my
155,000 data points, I end up
Scilab created graphs can be quickly imported into documents via the Clipboard,
but their quality is poor with jagged lines and wobbly fonts.
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
Le 10/04/2019 à 18:05, Federico Miyara a écrit :
Stéphane,
Thank you for your insight.
I think I've found a possible explanation fromthe user's point of
view: If several entities are successively added and some of their
properties need to be modified on the fly, it is easier to use a
single
No, it's not such a serious issue. They are connected with catenary
cables selfweight.
Iza
W dniu 10.04.2019 17:44, Perrichon napisał(a):
Are these functions coming from hydraulic simulator for power plants?
Best regards
Before printing, think about ENVIRONMENTAL responsabity
-Messa
Stéphane,
Thank you for your insight.
I think I've found a possible explanation fromthe user's point of view:
If several entities are successively added and some of their properties
need to be modified on the fly, it is easier to use a single instruction
that affects the newly added entity i
Are these functions coming from hydraulic simulator for power plants?
Best regards
Before printing, think about ENVIRONMENTAL responsabity
-Message d'origine-
De : users De la part de Izabela Wójcik-Grzaba
Envoyé : mercredi 10 avril 2019 17:31
À : Users mailing list for Scilab
Objet :
Ok, sorry. It's my mistake connected with using math terms not properly.
Now I understand that nested function is more general term in Scilab
help. The help example is similar to mine and this is the whole
misunderstanding.
I appreciate your comprehensive explanation.
Now I am happy because the
Izabela,
I have not clearly understood why you are speaking about "nested
functions" in your example.
A nested function is a function that is /defined/ in another one.
About the example in the function help page:
It is right, but with Scilab 6, it looks a bit outdated to me.
Indeed, let's con
I think the simple examples serve to show the syntax only, and do not explain
its utility.
The nested function definition will be useful if called many times within a
lengthy function, or just for sake of code clarity.
Regards,
Rafael
-Original Message-
From: users On Behalf Of Izabela
Ok, so why nested function in help is so complicated:
//nested functions definition
function y=foo(x)
a=sin(x)
function y=sq(x), y=x^2,endfunction
y=sq(a)+1
endfunction
foo(%pi/3)
Couldn't it be formulated like below:
function y1=foo1(x)
a=sin(x);
y1=a^2+1;
endfunction
foo1(%pi
In your example, why not using a simpler URQ function definition into fsolve?
For example:
mg = 0.1; h=0.1; l=0.1; L0=0.1;
function y=URQ(q)
e = mg./(2*q);
z= asinh(mg.*h./(2*q.*l.*sinh(e)))+e;
y= mg.*L0./(q.*l)-sinh(2*e-z)-sinh(z)
endfunction
q=1;
y=URQ(q)
Rgds
Rafael
-Original
Thank you. Is there a way to use this formulation as an input function
to fsolve? I don't know how to do it.
In my another example I also had a nested function but I managed to
define it in a form like in help page about function. It means that
everything was inside one function. This formulat
It works (after the modification in GraphicObject.java)
t=linspace(0,2*%pi,4);
plot(t,sin(t))
plot(t,cos(t),'r')
legend('sin','cos')
--> gca().children(1).children.data
ans =
0. 0.
2.0943951 0.8660254
4.1887902 -0.8660254
6.2831853 -2.449D-16
--> gca().children(2).c
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