locan.data.regions.region.RegionND¶

class locan.data.regions.region.RegionND[source]¶

Abstract Region class to define the interface for n-dimensional Region classes.

Methods

`__init__`()
`buffer`(distance, **kwargs)	Extend the region perpendicular by a distance.
`contains`(points)	Return list of indices for all points that are inside the region of interest.
`from_intervals`(intervals)	Constructor for instantiating a line or axis-oriented, box-like Region from list of (min, max) bounds.
`intersection`(other)	Returns a region representing the intersection of this region with `other`.
`symmetric_difference`(other)	Returns the union of the two regions minus any areas contained in the intersection of the two regions.
`union`(other)	Returns a region representing the union of this region with `other`.

Attributes

`bounding_box`	A region describing the minimum axis-aligned bounding box that encloses the original region.
`bounds`	Region bounds min_x, min_y, ..., max_x, max_y, .
`centroid`	Point coordinates for region centroid.
`dimension`	The region dimension.
`elongation`	A measure between 0 and 1 for how elongated the object is.
`extent`	The extent (max_x - min_x), (max_y - min_y), .
`intervals`	Provide bounds in a tuple (min, max) arrangement.
`max_distance`	The maximum distance between any two points within the region.
`radial_distance`	Average of all absolute distances between vertices and centroid.
`region_measure`	Region measure, i.e. area (for 2d) or volume (for 3d).
`subregion_measure`	Measure of the sub-dimensional region, i.e. perimeter length (for 2d) or surface area (for 3d).
`vertices`	0 - dimensional elements that define the region; also called points.

intersection(other)[source]¶

Returns a region representing the intersection of this region with other.

symmetric_difference(other)[source]¶

Returns the union of the two regions minus any areas contained in the intersection of the two regions.

union(other)[source]¶

Returns a region representing the union of this region with other.