nurbspy.numpy package

NumPy curves and surfaces, with optional Numba basis-function acceleration.

These are the same geometry objects exported by nurbspy. Importing this backend does not require or initialize JAX.

Submodules

• nurbspy.numpy.nurbs_basis_functions module
  • compute_basis_polynomials()
  • compute_basis_polynomials_derivatives()
• nurbspy.numpy.nurbs_curve module
  • NurbsCurve
    • NurbsCurve.PointToCurveProjectionProblem
      • NurbsCurve.PointToCurveProjectionProblem.fitness()
      • NurbsCurve.PointToCurveProjectionProblem.get_bounds()
      • NurbsCurve.PointToCurveProjectionProblem.gradient()
    • NurbsCurve.compute_bspline_coordinates()
    • NurbsCurve.compute_bspline_derivatives()
    • NurbsCurve.compute_nurbs_coordinates()
    • NurbsCurve.compute_nurbs_derivatives()
    • NurbsCurve.get_arclength()
    • NurbsCurve.get_binormal()
    • NurbsCurve.get_curvature()
    • NurbsCurve.get_derivative()
    • NurbsCurve.get_normal()
    • NurbsCurve.get_normal_2D()
    • NurbsCurve.get_tangent()
    • NurbsCurve.get_torsion()
    • NurbsCurve.get_value()
    • NurbsCurve.plot()
    • NurbsCurve.plot_control_points()
    • NurbsCurve.plot_curvature()
    • NurbsCurve.plot_curve()
    • NurbsCurve.plot_frenet_serret()
    • NurbsCurve.plot_torsion()
    • NurbsCurve.project_point_to_curve()
    • NurbsCurve.rescale_plot()
  • merge_nurbs_curves()
• nurbspy.numpy.nurbs_curve_circular_arc module
  • CircularArc
    • CircularArc.intersect_lines()
    • CircularArc.make_nurbs_circular_arc()
    • CircularArc.plot()
• nurbspy.numpy.nurbs_surface module
  • NurbsSurface
    • NurbsSurface.PointToSurfaceProjectionProblem
      • NurbsSurface.PointToSurfaceProjectionProblem.fitness()
      • NurbsSurface.PointToSurfaceProjectionProblem.get_bounds()
      • NurbsSurface.PointToSurfaceProjectionProblem.gradient()
    • NurbsSurface.attach_nurbs_udir()
    • NurbsSurface.attach_nurbs_vdir()
    • NurbsSurface.compute_bspline_coordinates()
    • NurbsSurface.compute_bspline_derivatives()
    • NurbsSurface.compute_nurbs_coordinates()
    • NurbsSurface.compute_nurbs_derivatives()
    • NurbsSurface.get_curvature()
    • NurbsSurface.get_derivative()
    • NurbsSurface.get_isocurve_u()
    • NurbsSurface.get_isocurve_v()
    • NurbsSurface.get_normals()
    • NurbsSurface.get_value()
    • NurbsSurface.plot()
    • NurbsSurface.plot_boundary()
    • NurbsSurface.plot_control_points()
    • NurbsSurface.plot_curvature()
    • NurbsSurface.plot_isocurve_u()
    • NurbsSurface.plot_isocurve_v()
    • NurbsSurface.plot_normals()
    • NurbsSurface.plot_surface()
    • NurbsSurface.project_point_to_surface()
    • NurbsSurface.rescale_plot()
  • make_offset_surface()
• nurbspy.numpy.nurbs_surface_bilinear module
  • NurbsSurfaceBilinear
    • NurbsSurfaceBilinear.make_nurbs_surface()
• nurbspy.numpy.nurbs_surface_coons module
  • NurbsSurfaceCoons
    • NurbsSurfaceCoons.make_nurbs_surface()
• nurbspy.numpy.nurbs_surface_extruded module
  • NurbsSurfaceExtruded
    • NurbsSurfaceExtruded.make_Nurbs_surface()
• nurbspy.numpy.nurbs_surface_revolution module
  • NurbsSurfaceRevolution
    • NurbsSurfaceRevolution.intersect_lines()
    • NurbsSurfaceRevolution.make_nurbs_surface()
    • NurbsSurfaceRevolution.project_point_to_line()
• nurbspy.numpy.nurbs_surface_ruled module
  • NurbsSurfaceRuled
    • NurbsSurfaceRuled.make_nurbs_surface()