Surface#

class Surface(lines: list[Line] | list[Point])[source]#

Bases: object

A collection class to apply various graphical operations on a set of lines.

Raises:: AssertionError – If the geometries are not all in the same plane.
Parameters:: lines (list[Line] | list[Point])

Methods

`bounding_box`	Draw the axis-aligned minimum bounding box of a list of points in the plane.
`closed`	Get surface collection of a computed continous line.
`from_points`	Make surface from convex hull of a list of points.

Attributes

`is_closed`	Number of unique points equal number of lines.
`key`
`plane`

Methods#

Surface.bounding_box()[source]#

Draw the axis-aligned minimum bounding box of a list of points in the plane.

Raises:: NotImplementedError – WIP.

static Surface.closed(geometries: list[Line] | list[Point]) → Surface[source]#

Get surface collection of a computed continous line.

Find missing lines from a sparse collection of lines or points. Compute new lines by checking nearest points of existing lines. Make a surface object from that new line collection.

Parameters:: geometries (list[Line] | list[Point]) – A sparse collection of Point or Line.
Return type:: Surface

static Surface.from_points(points: list[Point]) → Surface[source]#

Make surface from convex hull of a list of points.

Raises:: NotImplementedError – WIP.
Parameters:: points (list[Point])
Return type:: Surface

Attributes#

Surface.is_closed#: Number of unique points equal number of lines.

Surface.key#

Surface.plane#