thanks for this tutorial. I just wonder how it would be possible to divide the surface into a triangular grid by defining the size of each devision and also to be able to adjust the orientation of the grid.
I have a doubt how to put circle that are oriented to surface using the second method you have shown...by using the second method circles are not orienting to the curved surface
Thanks for a great to-the-point tutorial. I wonder if the second method using deconstructed breps - how do you find the right normals for the centroids? Divide Surface gives you points as well as normals, so it's super easy to align objects with the surface curvature.
thanks for this tutorial. I just wonder how it would be possible to divide the surface into a triangular grid by defining the size of each devision and also to be able to adjust the orientation of the grid.
I have a doubt how to put circle that are oriented to surface using the second method you have shown...by using the second method circles are not orienting to the curved surface
Thanks for a great to-the-point tutorial. I wonder if the second method using deconstructed breps - how do you find the right normals for the centroids?
Divide Surface gives you points as well as normals, so it's super easy to align objects with the surface curvature.
Thanksss :)