On Sun, Jan 30, 2011 at 6:42 AM, Loïc wrote:
> Do you think it's better to report it as a bug?
Yes. http://trac.sagemath.org/sage_trac/ticket/10796
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Robert Bradshaw wrote :
On Sun, Jan 30, 2011 at 2:55 AM, Loďc wrote:
You're right, size affects the center too.
Not very intuituive but now, I know it.
I think this behaviour is quite surprising.
For example, with sphere, size doesn't affect center
I might go so far to call it a
You can also doing this using the built-in cube in the polyhedra
module. Polyhedra can be rescaled and translated; this does something
close to what it looked like you were trying:
sage: c = polytopes.n_cube(3)
sage: c2 = c*2
sage: p = point((2/3,2/3,0),color='green',size=10)
sage: c3 = (1/3)*c +
Do you think it's better to report it as a bug?
Loïc
PS: A little program that draws Menger's sponge
def menger(size,p,x,y,z,start):
if(p>0):
start+=1
newsize=size/3
graphic=menger(newsize,p-1,x+newsize,y+newsize,z,start)
l=[(x+newsize,y-newsize,z),(x-newsize,
On Sun, Jan 30, 2011 at 2:55 AM, Loïc wrote:
> Thanks you very much for your reply
>
> You're right, size affects the center too.
> Not very intuituive but now, I know it.
>
> I think this behaviour is quite surprising.
> For example, with sphere, size doesn't affect center
I might go so far
Thanks you very much for your reply
You're right, size affects the center too.
Not very intuituive but now, I know it.
I think this behaviour is quite surprising.
For example, with sphere, size doesn't affect center
On 29 jan, 20:04, Francois Maltey wrote:
> Hello,
>
> > I was making som
