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Description from Wikipedia:
A Bézier curve is a parametric curve frequently used in computer graphics and related fields. Generalizations of Bézier curves to higher dimensions are called Bézier surf…
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I find this recurring pattern of defining a __Variable or Function__, for example:
f(t) = [t, t^2, t^3]
And then immediately afterwards adding another object to visualize, in this example a __Pa…
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I have tried to approximate a sphere with a B-spline surface using the s1365 function as indicated in the manual.
In one parametric direction it seems to work properly, but not in the other. Any su…
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I can see a few use cases where being able to make a copy of a simulation could be useful.
At the moment, these are the options:
1. New simulation + transfer parameters
```python
import fest…
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Title says it all - sometimes you need a surface that's y as an explicit function of x and z, etc., ~~and currently the only way to do this is with implicit surfaces (which work a bit differently).~~
…
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I am trying to do some stuff with Differential Geometry / Manifolds.
I know how to transform a 2D plane to 3D
```
def construct(self):
grid = NumberPlane()
sphere = Sphere(…
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I try to fit a surface through a field of points, where one row of points collapse to a singularity, similar to this:
https://developer.rhino3d.com/guides/general/essential-mathematics/parametric-cur…
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Hello,
I am trying to generate a set of equally distributed surface layers between pial and WM based on CAT12 segmentation and sampling on the layers. From what I read from nighres documentation, the…
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Discussion initialized in https://github.com/UXARRAY/uxarray/issues/512#issuecomment-1765325749
Thank you for sharing your approach to handling the connectivity issue. Your method resonates with …