Hi Armin,
Thanks, I added it to the mplot3d examples.
Cheers,
Reinier
On Thu, Mar 18, 2010 at 3:46 PM, Armin Moser
armin.mo...@student.tugraz.at wrote:
Hi,
you can create your supporting points on a regular r, phi grid and
transform them then to cartesian coordinates:
from
] Polar 3D plot?
I'm guessing this is currently impossible with the current mplot3d
functionality, but I was wondering if there was any way I could generate a 3d
graph with r, phi, z coordinates rather than x, y, z?
The point is that I want to make a figure that looks like the following:
http
The code below works perfectly. I think this should be included as an
mplot3d codex. I'll look into what's required to submit a new example
to the documentation.
Thanks Armin!
|| Jeff Klukas, Research Assistant, Physics
|| University of Wisconsin -- Madison
|| jeff.klu...@gmail |
Hi,
you can create your supporting points on a regular r, phi grid and
transform them then to cartesian coordinates:
from mpl_toolkits.mplot3d import Axes3D
import matplotlib
import numpy as np
from matplotlib import cm
from matplotlib import pyplot as plt
step = 0.04
maxval = 1.0
fig =
I'm guessing this is currently impossible with the current mplot3d
functionality, but I was wondering if there was any way I could generate a
3d graph with r, phi, z coordinates rather than x, y, z?
The point is that I want to make a figure that looks like the following:
