A different approach that might actually teach you more would be to
download the current version of vmware server from here:
http://www.vmware.com/download/server/
Then install a minimal version of Linux (I would suggest Ubuntu 8.04)
and install the SAGE source code under it. No more need to rel
Hi Stan,
On Wed, Sep 3, 2008 at 2:14 AM, Stan Schymanski <[EMAIL PROTECTED]> wrote:
>
> Has anyone had time to verify if this is a bug? I suspect that it
> could be fixed quite easily and I think that it would be VERY helpful
> to be able to do "Evaluate All" reliably in a notebook, as this could
Sorry, I have no idea.
John
2008/9/7 Rolandb <[EMAIL PROTECTED]>:
>
> Hi. Is that the reason for the following behaevior:
>
> sage: var('a,b')
> sage: print repr(simplify(function('(a)^(a+b)')))
> sage: print repr(simplify(function('a%(a+b)')))
> sage: #print repr(simplify(function('(a)%(a+b)'))
I think that as matrix(v) returns a row matrix while transpose(v)
returns a column suggests that "someone" is thinking of vectors as
row-matrices! Which is not surprising given the way
solve(matrix,vector) works.
John
2008/9/7 Jason Merrill <[EMAIL PROTECTED]>:
>
> On Sep 7, 6:30 am, "John Crem
Hi. Is that the reason for the following behaevior:
sage: var('a,b')
sage: print repr(simplify(function('(a)^(a+b)')))
sage: print repr(simplify(function('a%(a+b)')))
sage: #print repr(simplify(function('(a)%(a+b)'))) gives
enless loop !!!
a^(b + a)
a(b + a)
On Sep 7, 6:30 am, "John Cremona" <[EMAIL PROTECTED]> wrote:
> It should be lightly easier than it is to convert a vector of length n
> to either an nx1 matrix or a 1xn matrix:
>
> sage: v = vector(srange(5))
> sage: v
> (0, 1, 2, 3, 4)
> sage: matrix(QQ,1,5,[v])
> [0 1 2 3 4]
> sage: matrix(QQ,5,
As a additional information - the plot3d() method of RubiksCube uses
jmol and this seems to work ok (this is sage 3.1.1) so the problem
seems not to be jmol or the platform.
On Sep 6, 5:20 pm, "Timothy Clemans" <[EMAIL PROTECTED]>
wrote:
> This is a known problem. Unfortunately there is several n
... just for the record
On 07.09.2008 12:29, Jannick Asmus wrote:
> Could you name any other VMs - I thought that it was
> obligatory to use VM Player.
http://en.wikipedia.org/wiki/List_of_VMware_software
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The symbolic ring is not the most obvious place to do arithmetic
operations such as reducing one thing modulo another: that's a job for
a polynomial ring:
sage: R.=QQ[]
sage: x%y
x
sage: y%x
y
sage: def proc(a,b): return a%b
:
sage: proc(x,y)
x
sage: proc(y,x)
y
John
2008/9/7 Rolandb <[EMA
It should be lightly easier than it is to convert a vector of length n
to either an nx1 matrix or a 1xn matrix:
sage: v = vector(srange(5))
sage: v
(0, 1, 2, 3, 4)
sage: matrix(QQ,1,5,[v])
[0 1 2 3 4]
sage: matrix(QQ,5,1,list(v))
[0]
[1]
[2]
[3]
[4]
I got neither of those right the first time!
David,
thanks for your quick reply!
On 07.09.2008 12:22, David Philp wrote:
> > The VM Player crashed heavily on my WinXP machine after using SAGE
>
> In my experience VMWare is a pretty stable product as is Linux. I
> would be very surprised if Sage crashed either of them except
> indirec
> The VM Player crashed heavily on my WinXP machine after using SAGE
In my experience VMWare is a pretty stable product as is Linux. I
would be very surprised if Sage crashed either of them except
indirectly, i.e. it exposed an unrelated hardware or software issue
with your machine.
You c
Hi,
as newbie I am encountering some IT problems with SAGE causing heavy
crashes. I am not sure if this is the right place to ask. But answers on
this are highly appreciated.
The VM Player crashed heavily on my WinXP machine after using SAGE and
wxMaxima simultaneously. This forced me to dein
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