API reference

These pages are generated from the package’s Python docstrings.

Task	Interface
Basis functions	nurbspy.numpy.nurbs_basis_functions.compute_basis_polynomials()
Basis derivatives	nurbspy.numpy.nurbs_basis_functions.compute_basis_polynomials_derivatives()
Curves and their differential geometry	nurbspy.numpy.nurbs_curve.NurbsCurve
Exact circular arcs	nurbspy.numpy.nurbs_curve_circular_arc.CircularArc
Tensor-product surfaces	nurbspy.numpy.nurbs_surface.NurbsSurface
Extrusions	nurbspy.numpy.nurbs_surface_extruded.NurbsSurfaceExtruded
Repeated JAX curve evaluation	nurbspy.jax.prepared.prepare_curve()
Repeated JAX surface evaluation	nurbspy.jax.prepared.prepare_surface()
Repeated JAX arc-length evaluation	nurbspy.jax.arclength.prepare_arclength()
Repeated projection onto a fixed JAX surface	nurbspy.jax.prepared_projection.prepare_surface_projection()

The package overview below lists the nurbspy.numpy and nurbspy.jax backends, their surface generators, and the shared graphics module. The root nurbspy interface continues to expose the NumPy implementation. Check backend signatures and differentiation guarantees before switching imports. The operation theory pages explain lengths, inverse maps, frames, surface geometry and projection. Prepared-table lifetimes, output shapes and differentiation contracts are documented in the nurbspy.jax.prepared, nurbspy.jax.arclength and nurbspy.jax.prepared_projection API pages.

• nurbspy package
  • minimal_example()
  • print_banner()
  • print_package_info()
  • Subpackages
  • Submodules