On Tuesday, June 26, 2012 5:15:11 PM UTC-6, Dima Pasechnik wrote:
>
> there is a problem with your toolchain, apparently:
> https://bugs.launchpad.net/ubuntu/+source/binutils/+bug/738098
>
>
>
> Thanks Dima,
It looks like you are right on. I'm including a few details in case any one
else comes h
there is a problem with your toolchain, apparently:
https://bugs.launchpad.net/ubuntu/+source/binutils/+bug/738098
On Tuesday, 26 June 2012 19:40:45 UTC+1, rst wrote:
>
> Hello,
> I downloaded the sage 5.0.1 package
> after extracting the archive, and typing "make" I receive the following
> err
Hi,
The following bit of code correctly computes the triple integral
(64\pi/3) for the volume of an ellipse given by 4x^2 + 4y^2 + z^2=16:
assume(0 < 16 - 4*x**2 - 4*y**2 < 16)
i1 = integral(1,0,sqrt(16 - 4*x**2 - 4*y**2))
show(i1)
assume(0 < 4 - x**2 < 4)
i2 = integral(i1,y,0,sqrt(4 - x**2))
sho
Hello,
I downloaded the sage 5.0.1 package
after extracting the archive, and typing "make" I receive the following error:
Installing c_lib
g++ -o libcsage.so -shared src/convert.os src/interrupt.os src/memory.os
src/mpn_pylong.os src/mpz_pylong.os src/mpz_longlong.os src/stdsage.os
src/gmp_glo
Corrections:
1)I need all the conic sections if I'm going to use them at all.
xy+ zw + uv >=4
xz -zv - uw <= 12
etc
could be arbitrarily ... unnatural... to express as ellipses. Not sure why
I thought I could get around that.
2) rational points is just a
>
>
> > As for information being free I wouldn't
> > mind gaining access to a database, and adding to it on my spare time
> without
> > getting paid so we can keep it free.
>
> And exactly how do you expect WRI to keep up the quality if anyone can
> add to it? It's obvious they have spent a l
This is getting offtopic See inline.
> I'm no windows fan. I use Solaris most of the time - only use windows
> on my laptop. It's ok saying "Forget Windows", but a lot of people are
> hapier with windows than linux.
>
> Take a look at this
>
> http://jameswharris.wordpress.com/2012/03/04/wai
On 26 June 2012 14:57, Eric Kangas wrote:
> Yea I think your right about the version before 6. However if I already paid
> for the program then I should be able to re-format my drive and reinstall it
> without having to pay for it again.
Agreed. And have you asked Wolfram Research about moving it
On 6/26/12 8:57 AM, Eric Kangas wrote:
However if I already paid for the program then I should be able to
re-format my drive and reinstall it without having to pay for it again.
Note that once you graduate, your license expires and you need to
upgrade to another version. You can't (legally) k
On Tuesday, 26 June 2012 11:50:00 UTC+1, Eric Kangas wrote:
>
> thanks for the information. So I take it that later in the future my
> tablet should be able to run lets say sage 10 or later once it comes out?
>
in principle, there could be a problem that, say, Python, evolves over time
and won't
Yea I think your right about the version before 6. However if I already
paid for the program then I should be able to re-format my drive and
reinstall it without having to pay for it again. As for information being
free I wouldn't mind gaining access to a database, and adding to it on my
spare
On Tuesday, June 26, 2012 2:07:26 AM UTC-4, Keshav Kini wrote:
>
> Slumberland writes:
> > Okay, this is a perfect place for me to start.
> > Signed up for a trac account; I'll get it a ticket when that's done.
> >
> > I'm new to the entire code base, but should I assign myself to it, use
>
On 26 June 2012 12:56, Eric Kangas wrote:
> I first started using Mathematica 5.8 before I bought my student edition of
> 6.0 as a physics student at CWU.
There was no version 5.8 of Mathematica. To the best of my knowledge,
the latest in the 5 series was 5.2 (probably with a 5.2.1 or similar
wit
Missed a step between the last and step before last step:
sol0(a,x,y) = soln[0].rhs()+f2;
sol1(a,x,y) = soln[1].rhs()+f2;
sol2(a,x,y) = soln[2].rhs()+f2;
sol3(a,x,y) = soln[3].rhs()+f2;
--
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I first started using Mathematica 5.8 before I bought my student edition of
6.0 as a physics student at CWU. However I don't use it anymore, but still
have the windows drive that it is on just in case. I spent $90 for access
to that copy. I tried to start a fresh new copy, and was denied full ac
Hi,
First of all I am using a coupled 2sd ODE.
First step was to declare variables:
a,l,x,y,u,v,xdot,ydot,udot,vdot = var('a,l,x,y,u,v,xdot,ydot,udot,vdot',
domain = RR)
Second step turn the two 2sd ODE into four 1st ODE.
xdot = u;
ydot = v;
udot = -(1-a)*((x-a)/(sqrt((x-a)^2 + y^2))^3)
Alright, thanks David.
On Tuesday, June 26, 2012 10:54:45 AM UTC+2, David Loeffler wrote:
>
> On 26 June 2012 08:39, winter wrote:
> > Hi,
> >
> > I'm trying to run the following on the online sagenb server
> > (http://www.sagenb.org):
> >
> > f = ModularForms(Gamma1(5),2).0
> > f*f
> >
thanks for the information. So I take it that later in the future my tablet
should be able to run lets say sage 10 or later once it comes out?
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sage-support+unsubscr...@googlegroup
On 26 June 2012 08:39, winter wrote:
> Hi,
>
> I'm trying to run the following on the online sagenb server
> (http://www.sagenb.org):
>
> f = ModularForms(Gamma1(5),2).0
> f*f
>
> I am getting an error:
>
[...]
>
> Am I doing something wrong?
>
No, Sage is doing something wrong. The code for mul
Hi,
I'm trying to run the following on the online sagenb server (
http://www.sagenb.org):
f = ModularForms(Gamma1(5),2).0
f*f
I am getting an error:
Traceback (most recent call last):
File "", line 1, in
File "_sage_input_5.py", line 10, in
exec compile(u'open("___code___.py","w").wri
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