splinepy.helpme.create

Functions

arc([radius, angle, n_knot_spans, ...])	Creates a 1-D arc as Rational Bezier or NURBS with given radius and angle.
box(*lengths)	N-D box (hyper rectangle).
circle([radius, n_knot_spans])	Circle (parametric dim = 1) with radius r in the x-y plane around the origin.
cone(outer_radius, height[, inner_radius, ...])	Creates a cone with circular base.
determinant_spline(spline)	Creates a spline representing the projection of the jacobian determinant
disk(outer_radius[, inner_radius, angle, ...])	Surface spline describing a potentially hollow disk with quadratic degree along curved dimension and linear along thickness.
embedded(spline, new_dimension)	Embeds Spline in given dimension.
extruded(spline[, extrusion_vector])	Extrudes Splines.
from_bounds(parametric_bounds, physical_bounds)	Creates a minimal spline with given parametric bounds, physical bounds.
line(points)	Create a spline with the provided points as control points.
parametric_view(spline[, axes, conform])	Create parametric view of given spline.
plate([radius])	Creates a biquadratic 2-D spline in the shape of a plate with given radius.
pyramid(width, length, height)	Creates a volumetric spline in the shape of a pyramid with linear degree in every direction.
revolved(spline[, axis, center, angle, ...])	Revolve spline around an axis and extend its parametric dimension.
sphere(outer_radius[, inner_radius, angle, ...])	Creates a volumetric spline describing a sphere with radius R.
surface_circle(outer_radius)	Create a circle consisting of a single surface patch
torus(torus_radius, section_outer_radius[, ...])	Creates a volumetric NURBS spline describing a torus revolved around the x-axis.

Classes

Creator(spl)

Helper class to build new splines from existing geometries.