Files
rdkit/Code/GraphMol/StructChecker/Stereo.h
Brian Kelley 8609cd4883 Add StructChecker functionality
* StructChecker changes. Initial commit. First implementation. Added some tests.

* StructChecker: add  GoodAtoms and AcidicAtoms. new updates

* StructChecker: add new tests

* StructChecker: added TransformAugmentedAtoms()

* StructCheck: add structCheck to GraphMol. Fix compilation errors.

* StructChecker: add stereo verification and some utilities.

* StructChecker: function FixDubious3DMolecule was added

* StructChecker: checkStereo added. done with stereo.

* StructChecker: add StripSmallFragments()

* StructChecker: add AtomClash() function. Some cosmetic + tests

* StructChecker: checkAtoms() was started

* StructChecker: checkAtoms is ready

* StructChecker: user RingInfo from RDkit. Start regarge

* StructChecker: ReCharge molecule method prototype

* StructChecker: updates for ReCharge. Almost finished

* StructChecker: all ReCharge is done except external data tables loading

* StructChecker: add path tables into API. ReCharge completed

* Adds augmented atom data

Signed-off-by: Brian Kelley <brian.kelley@novartis.com>

* Removes extra files

Signed-off-by: Brian Kelley <brian.kelley@novartis.com>

* Adds path to test data via RDBASE environment

Signed-off-by: Brian Kelley <brian.kelley@novartis.com>

* Revert "Struct checker apr15"

* StructChecker: add missing tautomer tests

* Updates test to use RDBASE

* Adds initialization of data from data section

* Adds Python API and tests

* Fixes namespace for enum

* StructChecker: update/imporve strip small fragments

* StructChecker: fix acidic atoms (but logic does not work)

* StructChecker: fix match issue for CheckAtoms

* Adds macro guards

* Adds loading API and proper constructor

* Fixes tests, adds stereo test

* Fixes crash bug, matches[0] was being accessed from an empty match vector

* Reverts crash fix - conflicts with previous

* Adds the rest of the structure checker options

* StructChecker: fix atom matching for aromatic rings

* StructChecker: add tautomers checks. Update some tests

* StructChecker: stereo fixes. Add some tests

* StructChecker: fix check atoms. Start ligand symbol list

* StructChecker: fix some check atoms validation. Add Tranform to query lists. Start correct loading augmented atoms

* update

* another set of fixes

* StructChecker: fix loadDefaultAugmentedAtoms. Some changes in CheckAtom + tests + debug conditional breakpoints (TEMP operators)

* StructChecker: rewrited RecMatch() to sequential. Changed bond matching algorithm. small bug fixes

* Adds better logging of mismatched atoms

* Removes duplicated negative charge

* Fixes charges

* Adds nitro group test

* StructChecker: add better logging

* remove double logging

* Reformats code using RDKit's clang-format style

* StructChecker: Fix charge reformat using RDKit format.

* StructChecker: compilation restore after merge

* restore bond matching

* Removes the same fragments that strucheck does in case of ties

* Don't resanitize - this adds aromaticity which mucks things up

* Adds empty molecule checks

* Fixes atom clashes.

* Removes debug printing

* Removes debug logging info

* First pass at stereo fixes

* Fixes off by one error for dubious stereo fix

* Fixes more off by one errors

* Fixes more off by one errors

* More off by one fixes.

* Another off by one

* Fixes chiral flag set in molfile check

* Copies chiral flag over to largest fragment if necessary

* Poor man’s parity check.

* Find unspecified chiral centers ala Avalon.

* StructChecker: fix recursive match. Fix transformations

* StructChecker: fix transformation for atom list (using query atoms)

* Fixes checks && to &

* StructChecker: fix carboxylic acids tranform issue. Atom list is changed only if different

* StructChecker: documentation was updated

* Fixes snprintf and silences some warnings

* Adds Get/Set StructCheckerOptions

* Adds default AugmentedAtomTransforms
2016-10-24 08:00:07 +02:00

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C++

//
// Copyright (C) 2016 Novartis Institutes for BioMedical Research
//
// @@ All Rights Reserved @@
// This file is part of the RDKit.
// The contents are covered by the terms of the BSD license
// which is included in the file license.txt, found at the root
// of the RDKit source tree.
//
#pragma once
#include "StructChecker.h"
#include "Utilites.h"
namespace RDKit {
namespace StructureCheck {
// ??? stereo parity
static const int ODD = 1;
static const int EVEN = 2;
static const int UNMARKED = 3;
static const int ALLENE_PARITY = -2;
static const int ILLEGAL_REPRESENTATION = -1;
static const int UNDEFINED_PARITY = 0;
static const int ODD_PARITY = 1;
static const int EVEN_PARITY = 2;
static inline int INVERT_PARITY(int p) { return ((p) == 0 ? (0) : (3 - (p))); }
// bond color:
static const int CIS = 1;
static const int TRANS = 2;
// return codes for DubiousStereochemistry()
static const int EITHER_BOND_FOUND = 1;
static const int STEREO_BOND_AT_NON_STEREO_ATOM = 2;
static const int ZEROED_Z_COORDINATES = 4;
static const int CONVERTED_TO_2D = 8;
/* DubiousStereochemistry:
* Checks if there is some ill-defined stereochemistry in the
* molecule *mp. The function returns a bit set integer which defines
* the problems encountered.
*/
int DubiousStereochemistry(RWMol &mol);
/* FixDubious3DMolecule:
* Checks if the structure has 3D coordinates and/or flat sp3-carbons with
* stereo-bonds and
* converts the designation to 2D, clearing away any Z-component of the
* coordinates.
* Real 3D structures without stereo designations go through untouched.
*/
int FixDubious3DMolecule(RWMol &mol);
// Removes ill-defined stereodescriptors.
void RemoveDubiousStereochemistry(RWMol &mol);
/*
* Checks if all potential stereocenters are either completely undefined
* or attributed with hashes and wedges according to MDL rules.
*/
bool CheckStereo(const ROMol &mol);
/*
* Checks if any two atoms in *mp come closer than 10% of the
* average bond length or if an atom is too close the line
* between two bonded atoms.
*/
bool AtomClash(RWMol &mol, double clash_limit);
/*
* Computes the stereo parity of atom number iatom in *mp relative
* to its numbering. The immediate neighbours are defined by *nbp
* to speed up processing.
*/
int AtomParity(const ROMol &mol, unsigned iatom, const Neighbourhood &nbp);
/*
* Sets the color field of the defined double bonds in *mp to CIS,
* TRANS, or NONE depending on the ligands with the lowest numbering[].
* It returns the number of defined double bonds found.
*/
int CisTransPerception(const ROMol &mol,
const std::vector<RDGeom::Point3D> &points,
const std::vector<unsigned> &numbering,
std::vector<unsigned> &bondColor);
}
}