* Add convenience functions for generating v3K mol blocks and mol files
* first pass at parsing/writing the remaining atom properties from the CTAB spec
* handle SUBST
* write out the bond props that were being read but not written
* add an additional test
* fix a couple of problems caught in review
* first pass at random smiles vector; c++ version
* add python wrappers for that
* Remove accidental change
* switch to using a cross-platform reproducible RNG
* Fix a hang when trying to read mols from a directory not a file on linux
* thrown an exception at construction time
* clarify the readme
* update release notes
* Refactor the stream opening and checking code to a common method
Co-authored-by: Brian Kelley <bkelley@relaytx.com>
Co-authored-by: Greg Landrum <greg.landrum@gmail.com>
* backup, does not work
* working on the C++ side
* backup
* fix the API
* document the new functionality
* improve that example
* final bit of cleanup
* switch to std::function
* first cleanup
* next round of changes. all tests pass
* Fixes#2909
* Fixes#2910
* further cleanup
* some cleanup/refactoring of the Dict class
* remove now extraneous calls to hasProp() before clearProp()
* minor refactoring of RDProps.h
* Switch from using our own version of round() to std::round()
* replace some boost::math stuff with the equivalents from std::
* cleanups in SmartsWrite
* refactor out a bunch of duplicated code
* fix an instance of undefined behavior
* changes in response to review
* run clang-tidy with readability-braces-around-statements
clang-format the results
clean up all the parts that clang-tidy-8 broke
* fix problem on windows
* a round of cleanups courtesy of PVS studio
* add a test to make sure that a warning is a false alarm
* bug fix
* Fix a UFF bug
* more PVS studio cleanups
* next round of PVS studio cleanups
* completely remove the chances for that bug
* changes in response to review
* add an additional test
+ a bit of reformatting that snuck in
* backup commit; won't even compile
* backup commit
* Fixes#2848
* A few changes
- add a bunch of tests
- some fixes
- add ROMol version to API
* add python wrapper and associated tests
* add RemoveAllHs()
* changes in response to review
- add removedMapped option
- add docstrings for options
* changes in response to review
* disable builds of the StructChecker code by default
* operator"" _smarts() doesn't need to catch sanitization errors
* remove unused function
* turn back on some tests that shouldn't have been disabled
* Remove unused code from SMARTS parser and simplify a bit
SmilesParseOps::AddFragToMol is now used only from the SMARTS parser, so we can simplify the API
* Removes obsolete special case code for SMARTS
This was relevant when organic atoms in SMARTS queries were stored as two-part queries.
* improve SMARTS testing
make sure we can generate SMARTS from all the examples and then parse that again.
* Fixes#2814
* Fixes#2815
* some additional smarts tests to improve coverage
* test copy ctor and getPos
* remove obsolete test_list files
* include tests for the morgan invariant generators
* more cleanups and coverage improvements
* remove files that were mistakenly added
* backup
* output bond stereoAtoms in debugMol()
* stop removing STEREOCIS/STEREOTRANS markers in setDoubleBondNeighborDirections()
* Re-establish bond dirs in reaction products.
* test all that
(the first set of tests, should do more)
* cleanups
* add SetDoubleBondNeighborDirections() to python API and test it
* add more tests
* changes in response to review
* add another c++ test, fix the java tests
* first steps towards StructureGroups being editable in Python
* typo fix
* Add initial features to allow editing SGroups from Python.
* update test
* typo
* add AtomValenceException
* refactor a bit and add KekulizeException
* add copy ctor and copy() method
* add detectChemistryProblems
* add getType() method
want to be able to get the type of the exception without requiring doing a bunch of dynamic casts
* first pass at exception inheritance/translation
needs some cleanup and expansion, but this does pass all tests.
* cleanup and finish the python wrappers for the new exceptions
* make sure things are truly polymorphic
* wrap shared_ptrs of the new exception types
* expose DetectChemistryProblems()
* get the java wrappers building again
* transfer those changes to the c# wrapper
* add detectChemistryProblems()
and deal with the fun fun exception inheritance things that ensue
* response to review
* Fix CanonicalRankAtomsInFragment API, adds includeChirality, includeIsotopes
* Add testGithub2611
* Update python doc string
* Ensure isotopes are being ignored when requested
Co-Authored-By: Greg Landrum <greg.landrum@gmail.com>
* Need to use all atoms for test
We have MolFragmentToSmiles already. But I think that when talking
about a fragment or part of a molecule, maybe SMARTS makes more
sense. If I see a SMILES string, I'll definitely think that
it should be a valid molecule, but I have no such
presumption about SMARTS.
Additionally, Schrodinger software sometimes generates SMARTS
for selection using a set of atoms picked in a GUI. It will
be useful to generate these SMARTS using RDKit.
* add the ring decomposer lib (temporarily?)
* simplify makefile
* very basics work
* backup
* basics working
* builds and basic tests pass
* get this building again
* expose the ring families
* add tests on the python side
* make the pywrapper for this optional
* remove some extra bits
* cleanup
* switch to using RDL as an external project
* make sure this still works if we do not use the URF code
* remove BUILD_ALWAYS
* fix linkage of Java wrapper and cartridge (hopefully)
* fix cmake for wrappers (hopefully)
* forgot a semicolon
* try to force URF lib to build first
* improve memory management and interface
* fix dependency specifier
* make pointer initialization explicit
This may not be necessary, but it feels safer.
* not pleasing and needs to be cleaned up
but it builds
* not pleasing and needs to be cleaned up
but it builds
* cleanup in preparation for merging
* cleanup in preparation for merging
* switch to rareylab repo
* fix updated copyright date
* Fix updated copyright date
* switch to a specific library tag
Co-Authored-By: Florian Flachsenberg <flachsenberg@zbh.uni-hamburg.de>
* change in response to review
* Allow creation of Enhanced Stereo groups from Python
This wraps creation of Enhanced Stereo groups from Python. It
also allows setting enhanced stereo groups on an RWMol from
Python.
Additionally, this provides a little function to allow C++
vectors to be wrapped for Python, but allow Python list objects
or wrapped C++ vectors to be used as arguments to functions
that take vectors as inputs. I added it only to
Wrap/StereoGroup.cpp, but I _think_ that I should add this
logic to RegisterVectorConverter in RDBoost/Wrap.h. If I
did that, I'd be able to remove a couple of lines in Wrap/Mol.cpp
* enforce atom ownership in SGroups
Some cleanups to make sure you can't add an S group with bogus atoms
to a molecule
* Remove constructor for StereoGroup.
I tried very hard to convince boost Python to allow me to use
with_custodian_and_ward_postcall on an init, and it just never
worked. I've removed the constructor - folks will need to
use the factory function "CreateStereoGroup" if they want
a StereoGroup.
* updated atomic radii to follow the Blue Obelisk Data Repository
Ubuntu package bodr version 10-1; radii are from file
/usr/share/bodr/elements.xml
* typo
* use 2.0 as default VDW radius instead of 1.7
for elements missing from the Blue Obelisk Data Repository
* Document the atomic_data
* update expected test results
* update java tests
* allow a bit more slop when comparing confs
For cross-platform stability
* Fixes#2450
adds `hasOwningMol()` to the public API for Bond and Atom
* add to other classes;
add to python wrappers
* get the smiles generation partially working
* changes in response to review
* Move DetectAtomStereoChemistry to Molops::assignChiralTypesFromBondDirs
DetectAtomStereoChemistry in MolFileStereochem is more broadly
useful. Additionally, it was not named very clearly for what
it was actually doing.
* Wraps assignChiralTypesFromBondDirs for use in Python
Makes assignChiralTypesFromBondDirs available in Python
and adds a test demonstrating that availability.
* added a set of test files for SGroups.
Many thanks to Gerd Blanke for providing these
* Partial version of the wrapper
Definitely needs more work
* add some properties
* basic SGroup property change test
* not working; backup commit
* disable writing for now
* add ClearMolSGroups() function
* review response: add a couple missing methods
* remove spaces from filenames
* update filename in test
* changes in response to review
* add operator== to SGroups
* solve lifetime problems with a vector_indexing_suite
* unused vars in bison parser cleanup
* initialization order in TopologicalTorsionGenerator
* unused params in SLN bison
* sln flex unused params
* throwing destructor in TDTWriter
* signed comparison in substructmethods
* unused input param in smiles/smarts bison
* unused ms param in sln bison
* signed comparison in FingerprintGenerator
* store return of fscanf in StructCheckerOptions
* unreferenced var in catch
* uninitialized value in FileParserUtils
* avoid override overload warning in MolDraw2DSVG
* non-final overrides in Validate.h
* unused static var in Avalon
* unused vars in catch blocks
* make AvalonTools avalonSimilarityBits & avalonSSSBits const int
* assert fscanf result in StructCheckerOptions
* Allow Atoms to be copyied in Python.
The dunder copy method is the idiomatic way to support
making copies in Python. Includes a test to make sure that
copied atoms are usable.
* Use RWMol in Code/GraphMol/Wrap/rough_test.py
Co-Authored-By: d-b-w <dan.nealschneider@schrodinger.com>
* Allow access to an atom's copy constructor in Python
* remove all of the "from __future__" imports
* remove the first batch of rdkit.six imports/uses
* next step of rdkit.six removal
* removing xrange, range, and some maps
* next round of removals
* next round of cleanups
* fix inchi test
* last bits of "from rdkit.six" are gone
* and the last of the six stuff is gone
* strange importlib problem
