OEFuncType¶
Attention
This API is currently available in C++ and Python.
This namespace contains constants which define the type of force field potential components
which might be used separately or in combination for the energy estimation of a molecular
system. Constants defined below are passed to the methods
OEMolFunc.Set
as a second parameter.
Undefined
Undefined potential type.
VdW
Defines vdW potential type represented by the OEVdwPotential class.
VdWRepel
Same as above but without long range attractive forces.
Coulomb
Defines Coulomb potential type represented by the OECoulombPotential class.
Bond
Defines bond stretching potential type represented by the OEStretchPotential class.
Stretch
Same as above
Bend
Defines angle bending potential type represented by the OEBendPotential class.
StretchBend
Defines angle-stretch coupling potential type represented by the OEMMFFStretchBend class.
Torsion
Defines torsion potential type represented by the OETorsionPotential class.
ImproperTorsion
Defines improper torsion potential type represented by the OEOutOfPlanePotential class.
OutOfPlane
Same as above.
All
Defines a combination of all 7 above components.
AllRepel
Same as above with a modified vdW component of the
OEFuncType_VdWRepel
type.
InterMolVdW
Defines intermolecular vdW potential type represented by the OEInterVdwPotential class.
InterMolCoulomb
Defines intermolecular Coulomb potential type represented by the OEInterCoulombPotential class.
TorAdapt
Defines torsion adaptor potential type represented by the OETorAdaptor class.
QuatAdapt
Defines quaternion adaptor potential type represented by the OEQuatAdaptor class.
SubsetAdapt
Defines subset adaptor potential type represented by the OESubsetAdaptor class.
SubsetAdaptor
Same as above.
InterAdapt
Defines internal coordinates adaptor potential type represented by the OEInterAdaptor class.
HarmonicPot
Defines harmonic potential type represented by the OEHarmonicPotential class.
Sheffield
Defines Sheffield solvation potential type represented by the OESheffield class.