2024.2.1

Version 2024.2.1

Changes

• PowderPattern:
  • fix re-using a matplotlib figure when plotting
  • add 'figure' property

Version 2024.2

Changes

• DiffractionDataSingleCrystal: add SetHklIobs, SetIobs, SetSigma, GetSigma,
  GetChi2, FitScaleFactorForRw and FitScaleFactorForR
  (#42)
• Add a single crystal data notebook example
• Online documentation notebooks now include the plots
  (https://pyobjcryst.readthedocs.io/en/latest/examples)

Fixes

• From libobjcryst: update the ScatteringComponentList when a Scatterer is removed
  from a Crystal (#41)

2024.2

Version 2024.2

Changes

• DiffractionDataSingleCrystal: add SetHklIobs, SetIobs, SetSigma, GetSigma,
  GetChi2, FitScaleFactorForRw and FitScaleFactorForR
  (#42)
• Add a single crystal data notebook example
• Online documentation notebooks now include the plots
  (https://pyobjcryst.readthedocs.io/en/latest/examples)

Fixes

• From libobjcryst: update the ScatteringComponentList when a Scatterer is removed
  from a Crystal (#41)

2024.1.1

Version 2024.1.1

Changes

• Add python access to MolZAtom, for Molecule.AsZMatrix()

Release 2.2.6

Changes

• Support for windows and python>=3.8
• Added a zoom limit for 3D crystal views

Fixes

• Correct error preventing pyobjcryst import for windows and python>=3.8
  (#33)
• Fix for matplotlib >=3.7.0 when removing hkl labels

2.2.5

Version 2.2.5

Changes

• Raise an exception if alpha, beta or gamma are not within ]0;pi[ when
  changing lattice angles
• Add UnitCell.ChangeSpaceGroup()

Fixes

• Avoid duplication of plots when using ipympl (aka %matplotlib widget)
• Correct powder pattern tests to avoid warnings

Deprecated

• loadCrystal - use create_crystal_from_cif() instead

2.2.4

Version 2.2.4

Changes

• the list of HKL reflections will now be automatically be re-generated
  for a PowderPatternDiffraction when the Crystal's spacegroup changes,
  or the lattice parameters are modified by more than 0.5%

Fixes

• Fixed the powder pattern indexing test

Version 2.2.3

Added

• Support for windows install (works with python 3.7, and
  also -only with pypy- 3.8 and 3.9)
• Native support for Apple arm64 (M1, M2) processors
• Fourier maps calculation
• Add gDiffractionDataSingleCrystalRegistry to globals

Release 2.2.2

• Add correct wrapping for C++-instantiated objects available through global registries, e.g. when loading an XML file. The objects are decorated with the python functions when accessed through the global registries GetObj()
• Moved global object registries to pyobjcryst.globals
• Fix powder pattern plot issues (NaN and update of hkl text with recent matplotlib versions)
• Fix access to some polyhedra types
• Update documentation

Release 2.2.1

• Adds the ability to perform QPA from a powder pattern when the crystalline phases are known, with an example notebook from the 1999 round Robin
• Solves an issue where updating the Crystal widget would append a js output for each update
• A few changes to setup.py to specify optional modules (but setup.py is not used anyway so this is mostly for documentation)
• Add python 3.8 as supported (should work in 3.9 as well but needs testing)
• There was a change in the previous version where the str() of a molecule used to return the XML output, but this has changed. A RefinableObj.xml() convenience function has been added
• Added a PbSO4 notebook example with joint X+N optimisation
• Solves an issue where using XMLInput() on a Crystal could lead to a crash if the structure was not empty and the scattering powers where added manually (not by importing a Molecule). DeleteRefParInDestructor is now correctly taken into account there, also with a hook to re-use existing scattering power when possible to avoid (minimise) memory leaks.
• Solves an issue with the import of urllib.request.urlopen
• When adding an Atom or a Molecule to a Crystal, an exception will now be raised if the used ScatteringPower are not already added to the Crystal (this could lead to a crash). Check this is OK for Diffpy-CMI
• Update doc:
  • add references specific to the recent changes (powder pattern, crystal 3D view, global optimisation,...) including me a contact.
  • update some info about installing from source
  • replace m2r by m2r2 for sphinx as m2r seems abandoned
  • added the example notebooks in the sphinx documentation (requires nbsphinx and nbsphinx-link). The javascript 3D crystal views are even preserved.

Release 2.2.0

Notable differences from version 2.1.0.

• Add access to Radiation class & functions to change RadiationType, wavelength in PowderPattern and ScatteringData (and hence DiffractionDataSingleCrystal) classes.

• Fix the custodian_ward when creating a PowderPatternDiffraction: PowderPatternDiffraction must persist while PowderPattern exists, and Crystal must persist while PowderPatternDiffraction exists.

• Add 3D Crystal viewer pyobjcryst.crystal.Crystal.widget_3d.

Release 2.1.0

See CHANGELOG.md for detailed release notes.

Release is also available at https://pypi.python.org/pypi.