Jeff Whitaker wrote:
> Armin Moser wrote:
>> Jeff Whitaker wrote:
>>
>>> Armin Moser wrote:
>>>
Hi,
I would like to interpolate an array of shape (801,676) to regularily
spaced datapoints using griddata. This interpolation is quick if the
(x,y) supporting points are
Eric Firing wrote:
> Jeff Whitaker wrote:
>> Armin Moser wrote:
>>> Jeff Whitaker wrote:
>>>
Armin Moser wrote:
> Hi,
>
> I would like to interpolate an array of shape (801,676) to regularily
> spaced datapoints using griddata. This interpolation is quick if the
Jeff Whitaker wrote:
> Armin Moser wrote:
>> Jeff Whitaker wrote:
>>
>>> Armin Moser wrote:
>>>
Hi,
I would like to interpolate an array of shape (801,676) to regularily
spaced datapoints using griddata. This interpolation is quick if the
(x,y) supporting points are c
Jeff Whitaker wrote:
> Armin Moser wrote:
>> Jeff Whitaker wrote:
>>
>>> Armin Moser wrote:
>>>
Hi,
I would like to interpolate an array of shape (801,676) to regularily
spaced datapoints using griddata. This interpolation is quick if the
(x,y) supporting points are
Armin Moser wrote:
> Jeff Whitaker wrote:
>
>> Armin Moser wrote:
>>
>>> Hi,
>>>
>>> I would like to interpolate an array of shape (801,676) to regularily
>>> spaced datapoints using griddata. This interpolation is quick if the
>>> (x,y) supporting points are computed as X,Y = meshgrid(x,y)
Jeff Whitaker wrote:
> Armin Moser wrote:
>> Hi,
>>
>> I would like to interpolate an array of shape (801,676) to regularily
>> spaced datapoints using griddata. This interpolation is quick if the
>> (x,y) supporting points are computed as X,Y = meshgrid(x,y). If this
>> condition is not fullfilled
On Fri, Feb 20, 2009 at 8:11 AM, Armin Moser
wrote:
> Hi,
>
> I would like to interpolate an array of shape (801,676) to regularily
> spaced datapoints using griddata. This interpolation is quick if the
> (x,y) supporting points are computed as X,Y = meshgrid(x,y). If this
> condition is not fullf
Armin Moser wrote:
> Hi,
>
> I would like to interpolate an array of shape (801,676) to regularily
> spaced datapoints using griddata. This interpolation is quick if the
> (x,y) supporting points are computed as X,Y = meshgrid(x,y). If this
> condition is not fullfilled the delaunay triangulation i
Hi,
I would like to interpolate an array of shape (801,676) to regularily
spaced datapoints using griddata. This interpolation is quick if the
(x,y) supporting points are computed as X,Y = meshgrid(x,y). If this
condition is not fullfilled the delaunay triangulation is extremely
slow, i.e. not use
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
--
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