All notable changes to this project will be documented in this file.
Vector3d.scatter() and Vector3d.draw_circle() methods to show unit vectors and great/small circles in stereographic projection
User guide with Jupyter notebooks as part of the Read the Docs documentation
Stereographic projection using Matplotlib’s projections framework for plotting vectors, great/small circles, and symmetry elements
orix.projections module for projecting vectors to various coordinates, including stereographic coordinates
.ang file writer for CrystalMap objects (via orix.io.save())
Overloaded division for Vector3d (left hand side) by numbers and suitably shaped array-like objects
Names of spherical coordinates for the Vector3d class, “phi” to “azimuth”, “theta” to “polar”, and “r” to “radial”. Similar changes to to/from_polar parameter names.
CrystalMap.get_map_data() tries to respect input data type, other minor improvements
Continuous integration migrated from Travis CI to GitHub Actions