+1. Great news.
Nicolas.
> On 21 Jan 2015, at 20:22, Chris Barker wrote:
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> +1 -- sounds great!
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> On Tue, Jan 20, 2015 at 7:48 AM, Michael Droettboom wrote:
> Matplotlib
> is a widely used, well regarded, and powerful visualization
> library that has dominated th
+1 -- sounds great!
On Tue, Jan 20, 2015 at 7:48 AM, Michael Droettboom wrote:
>
>
>
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> * Matplotlib is a widely used, well regarded, and powerful visualization
> library that has dominated the Python visualization stack for over a
> decade. However, to maintain that position, matplot
Hi,
You can also try to pass a *color* array of size ntri (number of triangles)
to the *set_array* method of the collection returned by *plot_trisurf*.
See for instance:
http://stackoverflow.com/questions/24218543/colouring-the-surface-of-a-sphere-with-a-set-of-scalar-values-in-matplotlib/2422948
Thanks. This looks like it might work for me. I got your example to work, but I
still need to figure out how to apply it to my problem. In particular there is
the note about your Triangulation line which says that we assume there is a
nice projection of the surface into the x/y-plane. Is this ju
Hi Byron,
This is a bit of a workaround, but you can specify facecolors explicitly by
creating a triangulation of your surface explicitly and creating a
Poly3DCollection with these facecolors. I'm attaching an example below
which is a modified version of the plot_trisurf demo [1] in the matplotlib
I often have Electromagnetic surface current data which I use MATLAB's trisurf
function to plot. Since the surfaces are 3-dimensional I need a trisurf
plotting tool which lets me specify the color of each triangle/vertex. MATLAB's
trisurf function allows me to do that by passing it an array of c
