All notable changes to this project will be documented in this file.
The format is based on Keep a Changelog, and this project adheres to Semantic Versioning.
- Added our J. Cheminformatics article to the citation page of the documentation and the
CITATION.cff
file.
- Improved the documentation on how to properly restrict interactions to ignore the
protein backbone (Issue #22), how to fix the empty dataframe issue when no bond
information is present in the PDB file (Issue #15), how to save the LigNetwork diagram
(Issue #21), and some clarifications on using
fp.generate
- Mixing residue type with interaction type in the interactive legend of the LigNetwork would incorrectly display/hide some residues on the canvas (#PR 23)
- MOL2 files starting with a comment (
#
) would lead to an error
- Custom interactions must return three values: a boolean for the interaction, and the indices of residue atoms responsible for the interaction
- Custom interactions that only returned a single value instead of three would raise an uninformative error message
- LigNetwork: an interaction diagram with atomistic details for the ligand and residue-level details for the protein, fully interactive in a browser/notebook, inspired from LigPlot (PR #19)
fp.generate
: a method to get the IFP between twoprolif.Molecule
objects (PR #19)
- Default residue name and number:
UNK
and0
are now the default values ifNone
or''
is given - The Hydrophobic interaction now uses
+0
(no charge) instead of!$([+{1-},-{1-}])
(not negatively or positively charged) for part of its SMARTS pattern (PR #19) - Moved the
return_atoms
parameter from therun
methods toto_dataframe
to avoid recalculating the IFP if one wants to display it with atomic details (PR #19) - Changed the values returned by
fp.bitvector_atoms
: the atom indices have been separated in two lists, one for the ligand and one for the protein (PR #19)
- Residues with a resnumber of
0
are not converted toNone
anymore (Issue #13)
- Integration with Zenodo to automatically generate a DOI for new releases
- Citation page
- Docking section in the Quickstart notebook (Issue #11)
- PDBQT, MOL2 and SDF molecule suppliers to make it easier for users to use docking results as input (Issue #11)
Molecule.from_rdkit
classmethod to easily prepare RDKit molecules for ProLIF
- The visualisation notebook now displays the protein with py3Dmol. Some examples for creating and displaying a graph from the interaction dataframe have been added
- Updated the installation instructions to show how to install a specific release
- The previous repr method of
ResidueId
was easy to confuse with a string, especially when trying to access theFingerprint.ifp
results by string. The new repr method is now more explicit. - Added the
Fingerprint.run_from_iterable
method, which uses the new supplier functions to quickly generate a fingerprint. - Sorted the output of
Fingerprint.list_available
Fingerprint.to_dataframe
is now much faster (Issue #7)ResidueId.from_string
method now supports 1-letter and 2-letter codes for RNA/DNA (Issue #8)
- Reading input directly from RDKit Mol as well as MDAnalysis AtomGroup objects
- Proper documentation and tests
- CI through GitHub Actions
- Publishing to PyPI triggered by GitHub releases
- All the API and the underlying code have been modified
- Repository has been moved from GitHub user @cbouy to organisation @chemosim-lab
- Custom MOL2 file reader
- Command-line interface
- Interactions not detected properly
Base version for this changelog