Base#

class gbox.base.BoundingBox(lower_bound: ndarray | Sequence[float], upper_bound: ndarray | Sequence[float])#

Bases: PlotMixin

A class for performing n-dimensional bounding box operations

It is expexcted that the number of elements in the lower and upper bound are same. Also, the lower bound must be less than the upper bound.

Parameters:

lower_boundlist or tuple: Lower bounds of the box
upper_boundlist or tuple: Upper bounds of the box

Raises:

ValueError: If lower bound and upper bound have different length If lower bounds are greater than upper bounds

Examples

>>> import numpy as np
>>> lower_bound = [0, 0]
>>> upper_bound = [10, 10]
>>> bounding_box = BoundingBox(lower_bound, upper_bound)
>>> bounding_box.lb
array([ 0.,  0.])
>>> bounding_box.ub
array([10., 10.])

p_min#

p_max#

has_point(p: PointND | Sequence[float]) → bool#

Checks if the point ‘p’ is within the bounding box

Returns:

bool: True if ‘p’ is within the bounding box

overlaps(bb: BoundingBox, include_bounds=False) → bool#

Returns True, if two bounding boxes overlap

Returns:

bool: True if two bounding boxes overlap

property volume: float32#: Returns the volume of the bounding box

property perimeter: float32#

property vertices: PointArrayND#

get_patch(**rect_patch_kwargs) → Patch#: Subclasses must implement this method to return the appropriate matplotlib patch. Any kwargs can be used to control styling.