------ - Don't pickle the manual_beam_finder. - Fixed a bug when inserting a Component into a Stack in the refnx GUI. If it was appended to the end of the Stack Component addition worked. Inserting a Component into the middle of the Stack appeared to put it in the correct place in the GUI, but inserted it in the wrong place in the Structure. - Added Lagrangian multipliers to GlobalObjective, allowing the user to modulate the contribution of individual log-likelihoods to the whole. This may be of use when co-refining Neutron/X-ray/Ellipsometry datasets.
0.1.28
------ - add name="refnx" to pyproject.toml.
0.1.27
------ - Add a little machinery for energy dispersive calculations. This is implemented by adding a wavelength attribute to Structure. The Structure.slabs method then works out the Slab representation for that particular wavelength. The wavelength attribute should be used by the Component.slabs method when asking for the SLD of a Scatterer. The Slab and MixedSlab Components have been altered to permit this. User provided components should work as they currently do, but probably have to be rewritten to permit energy dispersive operation. For energy dispersive operation classes that inherit Scatterer should override the newly introduced Scatterer.complex() method.
0.1.26
------ - change wheel builder to make 3.10 wheels. - check that pyinstaller based macOS standalone app runs in CI. - update install documentation - workaround for difficulty using orsopy on Python 3.10 - added fields to ReflectReduce output dict, including omega, reflected_beam, direct_beam.
0.1.25
------ - Add NPY_NO_DEPRECATED_API=NPY_1_7_API_VERSION define to cython extension building to remove warnings. This requires a different mode of access to the array data. - Fixed drag and drop of datasets onto refnx GUI. - Add OrsoDataset and a generalised load_data function. - refnx GUI removes horizontal scrollbar. - Fixed crash when trying to access version numbers when saving expt file.
0.1.24
------ - use oldest-supported-numpy to ensure that older numpy versions are used to build refnx wheels. This will allow refnx to be used with more recent versions as well as the oldest version supported on a given Python version. Previously refnx wheels were built with the newest numpy available at build time, and were probably not compatible with older numpy versions. - Rejig the build process to make macOS universal wheels.