ExternalPotential¶
- class psi4.core.ExternalPotential¶
Bases:
pybind11_builtins.pybind11_object
Stores external potential field, computes external potential matrix
Methods Summary
addBasis
(self, basis, coefs)Add a basis of S auxiliary functions iwth Df coefficients
addCharge
(self, Z, x, y, z)Add a charge Z at (x,y,z)
appendCharges
(self, arg0)Append a vector of charge tuples to a current ExternalPotential
clear
(self)Reset the field to zero (eliminates all entries)
computeExternExternInteraction
(self, arg0, arg1)Compute the interaction between this potential and other external potential
computeNuclearEnergy
(self, arg0)Compute the contribution to the nuclear repulsion energy for the given molecule
computePotentialMatrix
(self, basis)Compute the external potential matrix in the given basis set
getCharges
(self)Get the vector of charge tuples
print_out
(self)Print python print helper to the outfile
setName
(self, arg0)Sets the name
Methods Documentation
- addBasis(self: psi4.core.ExternalPotential, basis: psi4.core.BasisSet, coefs: psi4.core.Vector) None ¶
Add a basis of S auxiliary functions iwth Df coefficients
- addCharge(self: psi4.core.ExternalPotential, Z: float, x: float, y: float, z: float) None ¶
Add a charge Z at (x,y,z)
- appendCharges(self: psi4.core.ExternalPotential, arg0: List[Tuple[float, float, float, float]]) None ¶
Append a vector of charge tuples to a current ExternalPotential
- clear(self: psi4.core.ExternalPotential) None ¶
Reset the field to zero (eliminates all entries)
- computeExternExternInteraction(self: psi4.core.ExternalPotential, arg0: psi4.core.ExternalPotential, arg1: bool) float ¶
Compute the interaction between this potential and other external potential
- computeNuclearEnergy(self: psi4.core.ExternalPotential, arg0: psi4.core.Molecule) float ¶
Compute the contribution to the nuclear repulsion energy for the given molecule
- computePotentialMatrix(self: psi4.core.ExternalPotential, basis: psi4.core.BasisSet) psi4.core.Matrix ¶
Compute the external potential matrix in the given basis set
- getCharges(self: psi4.core.ExternalPotential) List[Tuple[float, float, float, float]] ¶
Get the vector of charge tuples
- print_out(self: psi4.core.ExternalPotential) None ¶
Print python print helper to the outfile
- setName(self: psi4.core.ExternalPotential, arg0: str) None ¶
Sets the name