Thanks Andrew, conceptually it's clear. Now I have to code it :)
I will have a look to SimPy, and also to SciPy/NumPy
I will let you know how it's going on.
2009/2/20 Andrew Straw :
> G. Allegri wrote:
>>
>> Hi Andrew.
>> With dist(point_i,polynomial_curve) do you mean point_i belonging to
>> the
G. Allegri wrote:
> Hi Andrew.
> With dist(point_i,polynomial_curve) do you mean point_i belonging to
> the Line 2 set of points and pol_curve as Line 1?
yes
> In this case it
> could be reasonably ok for me. How can I derive the closed form for
> dist()? Excuse my ignorance with geometry
>
Hi Andrew.
With dist(point_i,polynomial_curve) do you mean point_i belonging to
the Line 2 set of points and pol_curve as Line 1? In this case it
could be reasonably ok for me. How can I derive the closed form for
dist()? Excuse my ignorance with geometry
--
G. Allegri wrote:
> Hello list,
> I'm completely new to matplotlib and I'm not a computer scientist (not
> a good starting point!) but I need to solve a geometric/graphical
> problem.
> I've been asked to find a method, in Python, to find the distance
> between a 2D polynomial curve, derived from l
Hello list,
I'm completely new to matplotlib and I'm not a computer scientist (not
a good starting point!) but I need to solve a geometric/graphical
problem.
I've been asked to find a method, in Python, to find the distance
between a 2D polynomial curve, derived from least squares
interpolation on
