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Chemical Data Processing Library C++ API - Version 1.4.0
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Detects and parameterizes the MMFF94 out-of-plane bending interactions of a molecular graph. More...
#include <MMFF94OutOfPlaneBendingInteractionParameterizer.hpp>
Public Types | |
| typedef std::shared_ptr< MMFF94OutOfPlaneBendingInteractionParameterizer > | SharedPointer |
A reference-counted smart pointer [SHPTR] for dynamically allocated MMFF94OutOfPlaneBendingInteractionParameterizer instances. More... | |
Public Member Functions | |
| MMFF94OutOfPlaneBendingInteractionParameterizer () | |
Constructs an MMFF94OutOfPlaneBendingInteractionParameterizer instance using the default MMFF94 parameter tables. More... | |
| MMFF94OutOfPlaneBendingInteractionParameterizer (const Chem::MolecularGraph &molgraph, MMFF94OutOfPlaneBendingInteractionList &ia_list, bool strict) | |
| Constructs the parameterizer and processes the molecular graph molgraph. More... | |
| void | setFilterFunction (const InteractionFilterFunction4 &func) |
| Sets the filter function used to skip atom quadruplets during parameterization. More... | |
| void | setAtomTypeFunction (const MMFF94NumericAtomTypeFunction &func) |
| Sets the function used to look up the MMFF94 numeric atom type of an atom. More... | |
| void | setOutOfPlaneBendingParameterTable (const MMFF94OutOfPlaneBendingParameterTable::SharedPointer &table) |
| Sets the table providing the out-of-plane bending force constants. More... | |
| void | setAtomTypePropertyTable (const MMFF94AtomTypePropertyTable::SharedPointer &table) |
| Sets the table providing MMFF94 numeric atom type property data (used to identify trigonal centers). More... | |
| void | setParameterAtomTypeMap (const MMFF94PrimaryToParameterAtomTypeMap::SharedPointer &map) |
| Sets the map used to translate primary atom types into their corresponding parameter atom types. More... | |
| void | parameterize (const Chem::MolecularGraph &molgraph, MMFF94OutOfPlaneBendingInteractionList &ia_list, bool strict) |
| Perceives the MMFF94 out-of-plane bending interactions for molgraph and outputs the corresponding parameter data into ia_list. More... | |
Detects and parameterizes the MMFF94 out-of-plane bending interactions of a molecular graph.
For every atom j with exactly three neighbors that is a trigonal center (per the MMFF94 atom type properties) the parameterizer generates three out-of-plane parameter sets - one for each permutation of the three neighbors as the out-of-plane atom l with the remaining two as in-plane terminal atoms. The required out-of-plane force constants are taken from the parameter table, falling back through the primary-to-parameter atom type map when no exact entry is available.
| typedef std::shared_ptr<MMFF94OutOfPlaneBendingInteractionParameterizer> CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::SharedPointer |
A reference-counted smart pointer [SHPTR] for dynamically allocated MMFF94OutOfPlaneBendingInteractionParameterizer instances.
| CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::MMFF94OutOfPlaneBendingInteractionParameterizer | ( | ) |
Constructs an MMFF94OutOfPlaneBendingInteractionParameterizer instance using the default MMFF94 parameter tables.
| CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::MMFF94OutOfPlaneBendingInteractionParameterizer | ( | const Chem::MolecularGraph & | molgraph, |
| MMFF94OutOfPlaneBendingInteractionList & | ia_list, | ||
| bool | strict | ||
| ) |
Constructs the parameterizer and processes the molecular graph molgraph.
| molgraph | The molecular graph for which to parameterize the out-of-plane bending interactions. |
| ia_list | Output list receiving the generated MMFF94OutOfPlaneBendingInteraction instances. |
| strict | If true, missing/ambiguous parameters cause a parameterization failure. Otherwise, in case of parameterization problems, suitable fallback parameters will be used. |
| void CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::setFilterFunction | ( | const InteractionFilterFunction4 & | func | ) |
Sets the filter function used to skip atom quadruplets during parameterization.
| func | The new four-atom filter function (when it returns false, the quadruplet is skipped). |
| void CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::setAtomTypeFunction | ( | const MMFF94NumericAtomTypeFunction & | func | ) |
Sets the function used to look up the MMFF94 numeric atom type of an atom.
| func | The new numeric atom type lookup function. |
| void CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::setOutOfPlaneBendingParameterTable | ( | const MMFF94OutOfPlaneBendingParameterTable::SharedPointer & | table | ) |
Sets the table providing the out-of-plane bending force constants.
| table | The new out-of-plane bending parameter table. |
| void CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::setAtomTypePropertyTable | ( | const MMFF94AtomTypePropertyTable::SharedPointer & | table | ) |
Sets the table providing MMFF94 numeric atom type property data (used to identify trigonal centers).
| table | The new atom type property table. |
| void CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::setParameterAtomTypeMap | ( | const MMFF94PrimaryToParameterAtomTypeMap::SharedPointer & | map | ) |
Sets the map used to translate primary atom types into their corresponding parameter atom types.
| map | The new primary-to-parameter atom type map. |
| void CDPL::ForceField::MMFF94OutOfPlaneBendingInteractionParameterizer::parameterize | ( | const Chem::MolecularGraph & | molgraph, |
| MMFF94OutOfPlaneBendingInteractionList & | ia_list, | ||
| bool | strict | ||
| ) |
Perceives the MMFF94 out-of-plane bending interactions for molgraph and outputs the corresponding parameter data into ia_list.
| molgraph | The molecular graph for which to parameterize the out-of-plane bending interactions. |
| ia_list | Output list receiving the generated MMFF94OutOfPlaneBendingInteraction instances. |
| strict | If true, missing/ambiguous parameters cause a parameterization failure. Otherwise, in case of parameterization problems, suitable fallback parameters will be used. |