On Sat, Oct 9, 2010 at 7:53 AM, Chris Seberino wrote:
> What's easiest way to get Sage running on Windows for non-techie
> students?
>
> They'll be lost if the instructions are complicated.
>
> Possible to wrap a VMWare + Ubuntu + Sage blob into one big Windows
> exe file that requires no set up?
You guys can suggest Pythonxy for windows. It doesn't have all the
same modules I've heard, but it is based on scipy and numpy, and
installs as an exe. It does require a little more knowledge of python
to get started, but not much.
On Oct 10, 8:28 am, Chris Seberino wrote:
> > On Oct 9, 7:24 pm,
Hi Andrew!
On 10 Okt., 19:25, andrew ewart wrote:
> i tried to take this into consideration
> giving the following code
>
> P. = PolynomialRing(QQ,order='neglex')
> I = Ideal(x^5 + y^4 +z^3, x^3 + y^2 + z^2 -1)
> print I
> gb=I.groebner_basis()
> rgb=Ideal(gb).interreduced_basis()
> bgr=Ideal(rgb
On Sun, Oct 10, 2010 at 7:26 AM, Santanu Sarkar
wrote:
> How one can define an array of length 1?
> For example an array of length 4 is X = [1, 2, 1, 3].
In that example, you are actually defining a Python *list* rather than
an array. If you want to create a list of length 1, one way to
i tried to take this into consideration
giving the following code
P. = PolynomialRing(QQ,order='neglex')
I = Ideal(x^5 + y^4 +z^3, x^3 + y^2 + z^2 -1)
print I
gb=I.groebner_basis()
rgb=Ideal(gb).interreduced_basis()
bgr=Ideal(rgb)
ir=Ideal(f.Im() for f in bgr)
print 'with revlex order'
print rgb
p
Hi Andrew!
On 10 Okt., 16:58, andrew ewart wrote:
> hmm sage doesnt seem to recognise the Im() command
How do you define your polynomials? Are you sure that you *do* define
polynomials?
Examples:
1. This is a polynomial:
sage: R. = QQ[]
sage: p = x^2+3*x*y+y^3
sage: p.lm()
y^3
sage: type(p)
> On Oct 9, 7:24 pm, Jason Grout wrote:
Oh wait. I see your point now. *I* didn't have to install VMWare
because I probably installed it a long time ago. I assumed that meant
you didn't need to install VMWare anymore. Yeaa video would be
nice for that extra step too.
cs
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On Oct 9, 7:24 pm, Jason Grout wrote:
> [1]http://sagemath.org/download-windows.html
That link has a WinZip'd VMWare blob that works fine. I didn't even
read the directions...I just double clicked on binaries in the
extracted directory until a VMWare Linux virtual session appeared with
a Sage ic
hmm sage doesnt seem to recognise the Im() command
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How one can define an array of length 1?
For example an array of length 4 is X = [1, 2, 1, 3].
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On Sunday 10 October 2010, andrew ewart wrote:
> how do i generate the initial ideal of a reduced grobner basis?
sage: P. = PolynomialRing(QQ)
sage: I = sage.rings.ideal.Katsura(P)
sage: gb = I.groebner_basis()
sage: J = Ideal(f.lm() for f in gb)
sage: J
Ideal (z^3, y^2, y*z, x) of Multivariate
how do i generate the initial ideal of a reduced grobner basis?
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On 10/10/10 04:19 AM, kcrisman wrote:
Yeah, it's still really annoying to get the VMWare itself, though, and
requires giving out semi-personal information, which is perhaps not
what one would want to get students interested in mathematical
software...
I expect students have to do the same to ru
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