un subscribe me please
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Hi Claus,
You are welcome.
Herein some improved code to replace the section that sets dashed line contours:
for i = 1:nz
if e.children(i).type == "Compound" then
e.children(i).children.line_style = 2; // dashed contours
end
end
Regards,
Rafael
Hi Rafael
These examples are an enormous help to me. I can say for sure, I would have
never found out by reading the documentation. The "refmat" is new to me. I
now see how you can "stack" several colormaps with the plot, simply f.
color_map = [f.color_map; name2rgb(cntcolorname)]; ... the
Hi Hermes,
The right side of your differential equation does not seem to depend on 't' as
it should.
This does not seem to be a Scilab problem but a math problem and you should in
that case point, to those interested, towards a reference describing the
differential equations to be solved.
Le 21/01/2018 à 21:34, Tim Wescott a écrit :
Yes, but how can I have a clue as to what to set them _to_?
Here is what worked for me (no idea why):
#!/bin/bash
export MESA_GL_VERSION_OVERRIDE=3.0 ; scilab $*
Cheers,
Antoine
On Mon, 2017-12-04 at 16:05 +, Clément David wrote:
Hi all,
Le 21/01/2018 à 21:31, Tim Wescott a écrit :
There's a known bug, at least in Ubuntu's bug base.
OK, do you have the link to the Ubuntu bug page?
It's maybe still a good idea to open a scilab bug report, pointing at
the Ubuntu bug page and listing the workaround, no?
Antoine
It appears to
Hello,
I try to solve the sisytema with the help of "ode".
But I can not find where the error is; in the solution it returns constant
values for the variables.
I think the error is that I have not correctly declared the dependence of
the variable variables "t".
The expected solution should allow
