ASPIRE v0.12.0 is minor release, adding new scientific features, components, and several improvements. This release provides the following features: MicrographSimulation component MicrographSources with CoordinateSource integration Data Downloader utility (via pooch) WeightedVolumesEstimator for heterogeneous 3D reconstruction TIFF Image loading support Common Lines method for C2 symmetry DiagMatrix operator Bug fixes: clean_image caching Apple unit test patch (following numpy updates) Rename PolarBasis2D to PolarFT and consistently use compact (real symmetric) representation Systems/CI Updates: Add Python 3.11, drop Python 3.7 Modernize Python packaging via pyproject.toml Warnings cleanup Migrate several tests towards pytest.fixture M...
pyxem is an open-source python library for multi-dimensional diffraction analysis. This patch releas...
ASpecD is a Python framework for handling spectroscopic data focussing on reproducibility. In short:...
ASpecD is a Python framework for handling spectroscopic data focussing on reproducibility. In short:...
ASPIRE v0.11.0 is minor release, adding several scientific and API changes. This release provides th...
ASPIRE v0.10.1 is a patch release focused on adding several API improvements, bug fixes, and CI upda...
ASPIRE v0.10.0 is large release adding a wide range of features and fixes. This release provides the...
ASPIRE v0.11.1 is patch release, mainly for minor demo updates. This release provides the following ...
ASPIRE v0.9.1 is a patch release. This release adds the following new features: crop_pad_2d() in as...
ASPIRE v0.9.0 is a minor release, adding many scientific features and software improvements. This r...
ASPIRE v0.8.1 is an early patch release. This release provides the following features: New Sphin...
ASPIRE v0.9.2 is a patch release. This release adds the following new features: Bug fixes: Resolves ...
v0.12.2 (December 2022) This is an incremental release that is a recommended upgrade for all users. ...
pyXem 0.11.0 is the (delayed) Q1 2020 minor release of pyXem, an open-source Python library for crys...
What's Changed updated local fork of crdp to work with Python 3.12 (https://github.com/plasma-umass...
Added Two new processors, CalibrateAstigmatism and DefaultAstigmatismComputer were created for comp...
pyxem is an open-source python library for multi-dimensional diffraction analysis. This patch releas...
ASpecD is a Python framework for handling spectroscopic data focussing on reproducibility. In short:...
ASpecD is a Python framework for handling spectroscopic data focussing on reproducibility. In short:...
ASPIRE v0.11.0 is minor release, adding several scientific and API changes. This release provides th...
ASPIRE v0.10.1 is a patch release focused on adding several API improvements, bug fixes, and CI upda...
ASPIRE v0.10.0 is large release adding a wide range of features and fixes. This release provides the...
ASPIRE v0.11.1 is patch release, mainly for minor demo updates. This release provides the following ...
ASPIRE v0.9.1 is a patch release. This release adds the following new features: crop_pad_2d() in as...
ASPIRE v0.9.0 is a minor release, adding many scientific features and software improvements. This r...
ASPIRE v0.8.1 is an early patch release. This release provides the following features: New Sphin...
ASPIRE v0.9.2 is a patch release. This release adds the following new features: Bug fixes: Resolves ...
v0.12.2 (December 2022) This is an incremental release that is a recommended upgrade for all users. ...
pyXem 0.11.0 is the (delayed) Q1 2020 minor release of pyXem, an open-source Python library for crys...
What's Changed updated local fork of crdp to work with Python 3.12 (https://github.com/plasma-umass...
Added Two new processors, CalibrateAstigmatism and DefaultAstigmatismComputer were created for comp...
pyxem is an open-source python library for multi-dimensional diffraction analysis. This patch releas...
ASpecD is a Python framework for handling spectroscopic data focussing on reproducibility. In short:...
ASpecD is a Python framework for handling spectroscopic data focussing on reproducibility. In short:...