fractaldna.structure_models.random_placements.Prism

class fractaldna.structure_models.random_placements.Prism(center, size, axis, rotation=0)

Bases: object

__init__(center, size, axis, rotation=0)

Prism(center, size, axis, rotation=0)

Make a prism object x-axis is translated to point along the axis vector. rotation is the rotation of the shape around the x-axis

Methods

`__init__`(center, size, axis[, rotation])	Prism(center, size, axis, rotation=0)
`contains_point`(point)	Returns True if point is in prism
`does_overlap`(other)	Evaluate if the two prisms overlap using a separating axis test This is reasonably easy with prisms, as we only need to compare to the axes of each wall, using all the corners.
`get_point`()	Return a point inside the prism
`to_plot`([n, ax, arrows])	plot in 3d using n points
`to_series`()	Return the prism as a pandas series object.
`to_text`()	Describe prism according to the following text specification: POS_X POS_Y POS_Z EUL_PSI EUL_THETA EUL_PHI

does_overlap(other): Evaluate if the two prisms overlap using a separating axis test This is reasonably easy with prisms, as we only need to compare to the axes of each wall, using all the corners.

to_series()

Return the prism as a pandas series object.

to_text()

Describe prism according to the following text specification: POS_X POS_Y POS_Z EUL_PSI EUL_THETA EUL_PHI