Ian Thomas wrote:
> Chris Barker wrote:
>> I think it would be great to have in MPL.
>>
>> What code are you using for the triangulation? Does it do constrained
>> delauney?
>
> My code only does the contouring; you have to input the triangulation.
> In the examples included with the code I used
Chris Barker wrote:
> hmm -- I wonder if a post to matplotlib-devel is in order. Most of those
> folks are on this list, to, but may not be following this thread.
I'll post to matplotlib-devel shortly and see what response I get.
> By the way, it sounds like your contouring code is in C++ -- is
On 2010-03-11 15:49 PM, Chris Barker wrote:
> Robert Kern wrote:
>>> the triangulation. Yes, it would use the existing delaunay code by
>>> default, and hopefully optionally use the not-as-good-a-license code the
>>> Robert Kern put in SciPy.
>>
>> I did what now?
>
> I thought you'd put a wrapper
Robert Kern wrote:
>> the triangulation. Yes, it would use the existing delaunay code by
>> default, and hopefully optionally use the not-as-good-a-license code the
>> Robert Kern put in SciPy.
>
> I did what now?
I thought you'd put a wrapper of a delaunay code that is GPL'd or
something (not B
On 2010-03-11 13:38 PM, Chris Barker wrote:
> Ian Thomas wrote:
>> To summarise, you recommend the following units of functionality:
>>
>> 1) Triangulation class to wrap existing delaunay code.
>
> The idea here is that it would provide a class that holds the result of
> the triangulation. Yes, it
Ian Thomas wrote:
> To summarise, you recommend the following units of functionality:
>
> 1) Triangulation class to wrap existing delaunay code.
The idea here is that it would provide a class that holds the result of
the triangulation. Yes, it would use the existing delaunay code by
default, an
Chris Barker wrote:
> ... ...
To summarise, you recommend the following units of functionality:
1) Triangulation class to wrap existing delaunay code.
2) Separate the storage of and creation of contour sets so that you
can create your own.
3) tricontour and tricontourf functions to contour a Tri
Chris Barker wrote:
> I think it would be great to have in MPL.
>
> What code are you using for the triangulation? Does it do constrained
> delauney?
My code only does the contouring; you have to input the triangulation.
In the examples included with the code I used matplotlib.delaunay to
do the
Ian Thomas wrote:
> I submitted some code to matplotlib-users last September to perform
> contouring of triangular grids. The posts and code can be found at:
>
> http://sourceforge.net/mailarchive/forum.php?thread_name=4AB3B95B.3090903%40noaa.gov&forum_name=matplotlib-users
>
> Like I wrote at t
Hello all,
I submitted some code to matplotlib-users last September to perform
contouring of triangular grids. The posts and code can be found at:
http://sourceforge.net/mailarchive/forum.php?thread_name=4AB3B95B.3090903%40noaa.gov&forum_name=matplotlib-users
Like I wrote at the time, if it is
Christopher Barker wrote:
>
> gely wrote:
>>> As I think about it, I'm going to have to write code to do this (contour
>>> an unstructured triangular mesh) sometime soon, so please let me know if
>>> it does exist already -- if not I'll try to remember to contribute it
>>> when I get around
gely wrote:
>> As I think about it, I'm going to have to write code to do this (contour
>> an unstructured triangular mesh) sometime soon, so please let me know if
>> it does exist already -- if not I'll try to remember to contribute it
>> when I get around to it.
>>
>> -Chris
>>
>
> Chris, I f
Christopher Barker wrote:
>
> Erik Schweller wrote:
>> My overall goal is to generate contour plots for a wide range of input
>> data. The data points are not regularly spaced and do not align to
>> any grid. The data points represent measurements taken from a model
>> that can take on a varie
Erik Schweller wrote:
> My overall goal is to generate contour plots for a wide range of input
> data. The data points are not regularly spaced and do not align to
> any grid. The data points represent measurements taken from a model
> that can take on a variety of shapes. To make matters more d
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