Hi,
I am able to use set_3d_properties to set z data for my 3D line. However, if
I want to get the zdata, I cannot find a function like get_zdata or
get_3d_properites.
Is there anyway to get the zdata associated with the line?
Thanks,
Kola
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It looks like your X data is one element larger than it needs to be. I know
pcolor() accepts grids that are (N+1,M+1), and I *think* pcolormesh does
the same. It will also accept grids that are (N,M) as well, but will drop
the last row and collumn.
Given your statement that it sometimes works, I
Yeah, this is a long-standing design issue:
https://github.com/matplotlib/matplotlib/issues/1483
There are some changes that are happening that would make it possible for
me to refactor mplot3d in a way that would make this feasible. I could bite
the bullet and just provide a partial workaround
Ok, sounds like I'll have to copy what those do, as I'm not planning on
working with Cartesian or even curvilinear coordinates.
On Tue, Jun 30, 2015 at 11:36 AM, Benjamin Root ben.r...@ou.edu wrote:
twinx()/twiny() I think is your best bet. It isn't a fully generic
solution, but I think it
twinx()/twiny() I think is your best bet. It isn't a fully generic
solution, but I think it addresses most needs.
Ben Root
On Mon, Jun 29, 2015 at 6:00 PM, T J tjhn...@gmail.com wrote:
When I read the transformations documentation:
Well, the way those work is essentially overlay one axes object over
another along with some extra fanagiling to link up the shared axis and put
ticks on opposing sides. If your projection is already available as an
axes, then you are good to go that way. However, it sounds what you want is
to
On 2015/06/30 6:41 AM, Benjamin Root wrote:
It looks like your X data is one element larger than it needs to be. I
know pcolor() accepts grids that are (N+1,M+1), and I *think* pcolormesh
does the same. It will also accept grids that are (N,M) as well, but
will drop the last row and collumn.
