listed-forces Directory Reference

Directory dependency graph for listed-forces:

Directories
directory	tests

Files
file	bonded.cpp
	This file defines low-level functions necessary for computing energies and forces for listed interactions.
file	bonded.h
	This file contains declarations necessary for low-level functions for computing energies and forces for bonded interactions.
file	disre.cpp
file	disre.h
	Declares functions for handling distance restraints.
file	listed-forces.cpp
	This file defines high-level functions for mdrun to compute energies and forces for listed interactions.
file	listed-forces.h
	This file contains declarations of high-level functions used by mdrun to compute energies and forces for listed interactions.
file	listed-internal.cpp
	This file defines functions needed internally by the module.
file	listed-internal.h
	This file contains declarations for functions needed internally by the module.
file	manage-threading.cpp
	This file defines functions for managing threading of listed interactions.
file	manage-threading.h
	Declares functions for managing threading of listed forces.
file	orires.cpp
file	orires.h
	Declares functions for handling orientation restraints.
file	pairs.cpp
	This file defines functions for "pair" interactions (i.e. listed non-bonded interactions, e.g. 1-4 interactions)
file	pairs.h
	This file declares functions for "pair" interactions (i.e. listed non-bonded interactions, e.g. 1-4 interactions)
file	position-restraints.cpp
	This file defines low-level functions necessary for computing energies and forces for position restraints.
file	position-restraints.h
	This file contains declarations necessary for low-level functions for computing energies and forces for position restraints.
file	restcbt.cpp
	This file contains function definitions necessary for computations of forces due to restricted angle, restricted dihedral and combined bending-torsion potentials.
file	restcbt.h
	This file contains function declarations necessary for computations of forces due to restricted angle, restricted dihedral and combined bending-torsion potentials.