* Adds Atom atom map and rlabel apis
* Moves RLabels to their own namespace, adds other properties.
* Removes namespaces, liberally adds Atom to function names.
* move detail::computedPropName to RDKit::detail::computedPropName
* Fixes#982
also changes bond-wedging algorithm to favor lighter non-ring bonds
* prefer wedging bonds to lower-degree atoms
* Fixes#983
* small fixes
- Fix a problem where a chiral atom is selected to draw a wedge to instead of a ring atom
- Fix a problem where two calls to PrepareMolForDrawing() led to two wedged bonds from an atom.
* Fixes#985
This isn't the most satisfying solution (the wedged bonds are sometimes a bit too large), but it gives reasonable results on the test cases I've tried.
* - added -DBOOST_SYSTEM_NO_DEPRECATED to definitions for MINGW builds
- modified a few #ifdef's to discriminate better between MINGW and MSVC
- added a ios::binary to Code/GraphMol/FileParsers/testMolSupplier.cpp
(I already had to add some of those in the past to avoid the CR+LF issues on Windows)
- modified Code/GraphMol/FMCS/MaximumCommonSubgraph.cpp and
Code/GraphMol/FMCS/FMCS.h because checking the function pointer does not
work with DLLs as the function pointer changes upon different calls
- builds under MinGW with -DRDK_USE_BOOST_SERIALIZATION=OFF and
RDK_BUILD_THREADSAFE_SSS=OFF
* - added the possibility to define MSVC_RUNTIME_DLL to point to the
absolute path of an appropriate MSVC runtime DLL to enable
multi-threaded builds with MinGW
- modified C++ and Python tests of the multi-threaded conformation
embedder as under 32-bit MinGW lower numeric precision introduces minimal
coordinate differences with result in ~1-kcal energy difference.
Therefore the energy criterion has been made more lenient, and a
coordinate MSD criterion has been introduce to compare substantial
identity of conformations
* - reverted Code/GraphMol/DistGeomHelpers/Wrap/testDistGeom.py and Code/GraphMol/DistGeomHelpers/testDgeomHelpers.cpp
to the upstream/master version
* Adds a generic Property Calculation API
Property mw(Property::MW);
Property logp(Property::ALOGP);
// User based function
struct MyPropertyFunction : public PropertyFxn {
double compute(const ROMol &mol) const {
return rdcast<double>(mol.getNumAtoms());
}
bool isAdditive() const { return true; }
}
// Make the a num atom property
boost::shared_ptr<PropertyFxn> atomfxn(new MyPropertyFxn);
Property numAtoms("NumAtoms", atomfxn);
double alogp = logp.computeProperty(mol);
double nAtoms = numAtoms.computeProperty(mol);
And a ProperFilter API
// Molecular weight filter 0 ... 500.
PropertyFilter mw(PropertyFilter::MW, 0., 500.);
// log p Filter -5 ... 5
PropertyFilter logp(PropertyFilter::ALOGP, -5.0, 5.0);
// User based function
struct MyPropertyFunction : public PropertyFxn {
double compute(const ROMol &mol) const {
return rdcast<double>(mol.getNumAtoms());
}
}
// add num atom property 0. ... 50.
boost::shared_ptr<PropertyFxn> atomfxn(new MyPropertyFxn);
PropertyFilter natoms("NumAtoms", 0., 50., atomfxn);
if (natoms.accepts(mol)) {
// molecule is ok
} else {
// molecules is bad
}
* Adds missing includes
* Fixes g++ access to class based enums
* Updates to new API, adds better property registry
* Adds a generic Property Calculation API
Property mw(Property::MW);
Property logp(Property::ALOGP);
// User based function
struct MyPropertyFunction : public PropertyFxn {
double compute(const ROMol &mol) const {
return rdcast<double>(mol.getNumAtoms());
}
bool isAdditive() const { return true; }
}
// Make the a num atom property
boost::shared_ptr<PropertyFxn> atomfxn(new MyPropertyFxn);
Property numAtoms("NumAtoms", atomfxn);
double alogp = logp.computeProperty(mol);
double nAtoms = numAtoms.computeProperty(mol);
And a ProperFilter API
// Molecular weight filter 0 ... 500.
PropertyFilter mw(PropertyFilter::MW, 0., 500.);
// log p Filter -5 ... 5
PropertyFilter logp(PropertyFilter::ALOGP, -5.0, 5.0);
// User based function
struct MyPropertyFunction : public PropertyFxn {
double compute(const ROMol &mol) const {
return rdcast<double>(mol.getNumAtoms());
}
}
// add num atom property 0. ... 50.
boost::shared_ptr<PropertyFxn> atomfxn(new MyPropertyFxn);
PropertyFilter natoms("NumAtoms", 0., 50., atomfxn);
if (natoms.accepts(mol)) {
// molecule is ok
} else {
// molecules is bad
}
* Adds missing includes
* Fixes g++ access to class based enums
* Updates to new API, adds better property registry
* Fixes merge error
* Removes unused unordered_map include
* Adds calcClogP calcMR as functions.
* PropertyFxn ->PropertyFunctor, adds Queries::Query based queries.
* Adds Python PropertyFunctors (can’t be used as queries yet)
* Exposes PropertyRangeQueries
* Adds doc strings
* Throws error if stereo is not assigned.
* Adds molecule annotation.
