> On 17 Mar 2015, at 09:11, Dieter Van Eessen
> wrote:
>
> Hello,
>
> Sorry to disturb again, but the topic still bugs me somehow...
> I'll try to rephrase the question:
>
> - What's the influence of the type of N-array representation with respect to
> TENSOR-calculus?
> - Are multiple repre
Hello,
Sorry to disturb again, but the topic still bugs me somehow...
I'll try to rephrase the question:
- What's the influence of the type of N-array representation with respect
to TENSOR-calculus?
- Are multiple representations possible?
- I assume that the order of the dimensions plays a major
Ok, thanks for the reply!
Indeed, I know about the use of transformation matrices to manipulate
points in space.
That's all matrix manipulation anyway
But, (and perhaps this is not the right place to ask the following
question):
But are there no known mathmatical algorithms which involve the
On Mon, Jan 26, 2015 at 6:06 AM, Dieter Van Eessen <
dieter.van.ees...@gmail.com> wrote:
> I've read that numpy.array isn't arranged according to the
> 'right-hand-rule' (right-hand-rule => thumb = +x; index finger = +y, bend
> middle finder = +z). This is also confirmed by an old message I dug up
Hello,
I'm a novice with respect to scientific computing using python. I've read
that numpy.array isn't arranged according to the 'right-hand-rule'
(right-hand-rule => thumb = +x; index finger = +y, bend middle finder =
+z). This is also confirmed by an old message I dug up from the mailing
list a
