Releases: pyxem/diffsims
diffsims 0.4.0-rc.3
diffsims is an open-source Python library for diffraction simulations. This release candidate exists/ed to aid the development of pyxem 0.13.0, it contains a plotting function not present in the previous rc
diffsims 0.4.0-rc.2
diffsims is an open-source Python library for diffraction simulations. This release candidate exists/ed to aid the development of pyxem 0.13.0
diffsims 0.3.0
diffsims is an open-source Python library for diffraction simulations. This minor release provides some new features and internal improvements. The code remains in active development and updating to this version may break existing code, despite our efforts to make it clear when diffsims changes in a "breaking" fashion. See the list of closed PR's and issues avaliable here for details.
Overview
A range of internal changes have been made that improve speed, accuracy and readability. These most notably effect the generation of rotation list (which now makes use of the package orix) and the organisation of "geometric" (as opposed to "atomic") kinematical spot pattern simulations.
Breaking changes
Almost all functionality that has been touched in this release may have changed incompatibly with the previous minor version.
New Features
- Kinematical scaling functions can now be specified by the user (#118)
- Simulation code that previously lived in pyxem has been migrated here (#101)
- A new class,
ReciprocalLatticePoint
for storing a crystal structure has been implemented (#111)
Improvements
Bugfixes
Misc and Dev
diffsims 0.2.3
diffsims is an open-source Python library for diffraction simulations. This is a patch release of the code following directly on from v0.2.2
Breaking changes
- Spelling correction:
streographic
tostereographic
(#76)
Bugfixes
- An internal error that led to some duplications in generated rotation lists has been fixed (#82)
pip
installation now installs dependencies for the entire code base (#83)
New Features
StructureLibrary
now has a.size
attribute (#77)
diffsims 0.2.2
diffsims is an open-source Python library for diffraction simulations. This is a patch release of the code following a (second) mistake during the processes of uploading to PyPi. It is the final release in which the code is as in v0.2.0
diffsims 0.2.1
diffsims is an open-source Python library for diffraction simulations. This is a patch release of the code following a mistake during the processes of uploading to PyPi. It was promptly superceded by v0.2.2
diffsims 0.2.0
diffsims is an open-source Python library for diffraction simulations. This is a minor release of the code following directly on from v0.1.5 - a full list of the associated develops can be found at:
https://github.com/pyxem/diffsims/milestone/1?closed=1
Breaking Changes
StructureLibraryGenerator
has been removed, use the methods ofStructureLibrary
instead (#60)simulate_rotated_structure
has been removed, use therotation
argument of.calculate_ed_data()
(#61)
New Features
- A FFT diffraction simulator has been added c/o Rob Tovey (#33)
- Rotation list generation for some common use cases has been provided (#47)
- Streographic
rotation_list
generation has been refined (#55) - ZAP maps can now be created (#62)
Minor Changes
diffsims 0.1.5
diffsims 0.1.5 is an open-source Python library for diffraction simulations. This is a patch release that makes minor improvements to the code structure.
New Features
- A new method get_diffraction_pattern() was added to the DiffractionSimulation class to return a numpy array that may be readily plotted.
Generic Code Improvements
- a typo misspelling orthorhombic was corrected
- code for generating a look up table of reciprocal lattice vectors was refactored for readability
- package info was tidied up and corrected.
diffsims 0.1.4
diffsims 0.1.4 is an open-source Python library for diffraction simulations.
This is a patch release to update the readme and fix an issue with appveyor.
diffsims 0.1.3
diffsims 0.1.3 is an open-source Python library for diffraction simulations.
This is a patch release to update the setup.py for continuous integration and conda-forge packaging.