This works
html(r'Donde $\Sigma$ es la sumatoria de los números... etc.' )
but only works the first time. If you save & quit your work, after
trying again it fails. This is because when saving it converts
"números" to "números".
On Dec 9, 2:16 pm, acard
The accent marks is a problem in Notebook. I am writing some texts in
Spanish but the accent marks are not being displayed on the output. By
example:
Tenemos un número que nos define... etc.
The output should be: Tenemos un número que nos define... etc.
I also tried this other way:
html(Donde
This did the trick.
Thanks
:o)
On Dec 8, 11:37 pm, pong <[EMAIL PROTECTED]> wrote:
> This may work for you
>
> html(r'\tan^{-1} x') or simply html(r'$\tan^
> {-1} x$')
>
> the r before ' stands for "raw string".
>
> On Dec 8, 9:55
I am working in the Sage Notebook, I can reproduce the Taylor Series
example as is. The LaTeX works fine there.
I took the next line from the Sage reference book, from the Latex
printing support section:
\tan^{-1} x
The problem is that when I put it in the Notebook cell I get an error:
SyntaxE
; (I*v+q*2*I*pi/5))), (u,0,2), (v,0,2*pi), opacity = .5, rgbcolor =
> (0,1,0), frame = False) for q in range(5)])
> show(p15)
>
> which I think is pretty close to the mathematica plot except it
> includes the entire surface by default.
>
> Hope that helps,
> M. Hampton
>
&
Hi,
I am not sure why I am not getting the same 3D image than the one at
the bottom of the next page:
http://reference.wolfram.com/mathematica/ref/ParametricPlot3D.html
I am using these commands:
u, v = var('u,v')
parametric_plot3d((u*cos(v),u*sin(v),imaginary(u*exp((I*v)^5)^(1/5))),
(u,0,2), (v
code call Jmol only when I put it directly on the Sage
command line ( sage: )
When I load the file with:
sage: load "Plot_cities.sage"
Jmol never shows up :o(
Antonio
On Nov 12, 2:54 pm, acardh <[EMAIL PROTECTED]> wrote:
> I change the sequence of dots to size=2 and now
I change the sequence of dots to size=2 and now the line looks better.
world + sum([point3d(v, color='red') for v in city_coords]) + sum
([point3d(v, size=2, color='green') for v in mydots])
The parametric_plot3d command seems a better way to do this but I am
not sure yet how to use it. I am wor
t it didn't work. I would prefer to
draw the line in 2D and keep the points for the cities in 3D.
Thanks
On Nov 10, 3:44 pm, Robert Bradshaw <[EMAIL PROTECTED]>
wrote:
> On Nov 10, 2008, at 12:57 PM, acardh wrote:
>
> > One more question about this. How can I draw a line be
g geocoordinates too.
Thanks
On Nov 9, 8:53 pm, acardh <[EMAIL PROTECTED]> wrote:
> Thanks Robert, it's exactly what I needed. It was so easy for you, I
> guess.
>
> :o)
>
> On Nov 9, 12:28 am, Robert Bradshaw <[EMAIL PROTECTED]>
> wrote:
>
> > On N
Thanks Robert, it's exactly what I needed. It was so easy for you, I
guess.
:o)
On Nov 9, 12:28 am, Robert Bradshaw <[EMAIL PROTECTED]>
wrote:
> On Nov 8, 2008, at 7:52 PM, acardh wrote:
>
> > Hi,
> > Plotting an sphere is straightforward but I need help in how to
Hi,
Plotting an sphere is straightforward but I need help in how to draw
points on the sphere. The sphere will represent the Earth and the
points will be some geo-coordinates .
Thanks!!!
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In the SAGE Wiki is one good example about Taylor Series:
http://wiki.sagemath.org/interact
I am using Sage version 3.0.3
I wonder how I can reproduce that graph shown in that page of the
link. I do copy/paste the code to my sage command line and after
hitting return I have some lines of HTML code
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