StereographicProjection#

class orix.projections.StereographicProjection(pole: int = -1)[source]#

Get stereographic coordinates (X, Y) from representations of vectors.

Parameters:

pole: -1 or 1, where -1 (1) means the projection point is the lower (upper) pole [00-1] ([001]), i.e. only vectors with z > 0 (z < 0) are returned.

Attributes

Return the corresponding inverse projection, InverseStereographicProjection, with the same projection pole.

Methods

`StereographicProjection.spherical2xy`(...[, ...])	Return stereographic coordinates (X, Y) from 3D unit vectors created from spherical coordinates, azimuth \(\phi\) and polar \(\theta\), defined as in the ISO 31-11 standard [Weisstein, 2005].
`StereographicProjection.spherical2xy_split`(...)	Return two sets of stereographic coordinates (X, Y) from 3D unit vectors created from spherical coordinates, azimuth \(\phi\) and polar \(\theta\), defined as in the ISO 31-11 standard [Weisstein, 2005]: one set for vectors in the upper hemisphere, and one for the lower.
`StereographicProjection.vector2xy`(v)	Return stereographic coordinates (X, Y) of 3D unit vectors.
`StereographicProjection.vector2xy_split`(v)	Return two sets of stereographic coordinates (X, Y) from 3D unit vectors: one set for vectors in the upper hemisphere, and one for the lower.

Examples using `StereographicProjection`#