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Hobby

hobby-to-cubic-open​

hobby-to-cubic-open(
points: array,ta: autoarray,tb: autoarray,rho: autofunction,omega: autoarray,
) -> array

Calculates a bezier spline for an open Hobby curve through a list of points. Returns an array of beziers

points:

array
​

List of points

ta:

auto or array
Default: auto​

Outgoing tension per point

tb:

auto or array
Default: auto​

Incoming tension per point

rho:

auto or function
Default: auto​

The rho function of the form (float, float) => float

omega:

auto or array
Default: auto​

Tuple of the curl at the start end end of the curve (start, end) as floats

hobby-to-cubic-closed​

hobby-to-cubic-closed(
points: array,ta: autoarray,tb: autoarray,rho: autoarray,
) -> array

Calculates a bezier spline for a closed Hobby curve through a list of points. Returns an array of beziers.

points:

array
​

List of points

ta:

auto or array
Default: auto​

Outgoing tension per point

tb:

auto or array
Default: auto​

Incoming tension per point

rho:

auto or array
Default: auto​

The rho function of the form (float, b) => float

hobby-to-cubic​

hobby-to-cubic(
points: array,ta: autoarray,tb: autoarray,rho: autoarray,omega: autoarray,close: bool,
) -> array

Calculates a bezier spline for a Hobby curve through a list of points. Returns an array of beziers.

points:

array
​

List of points

ta:

auto or array
Default: auto​

Outgoing tension per point

tb:

auto or array
Default: auto​

Incoming tension per point

rho:

auto or array
Default: auto​

The rho function of the form (float, float) => float

omega:

auto or array
Default: auto​

Tuple of the curl at the start end end of the curve (start, end) as floats

close:

bool
Default: false​

Close the curve