RASPA3 3.0.22
A molecular simulation code for computing adsorption and diffusion in nanoporous materials
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Framework Member List

This is the complete list of members for Framework, including all inherited members.

atomsFramework
atomUnitCellLennardJonesPotentialParameters(const ForceField &forceField) const (defined in Framework)Framework
bendBendsFramework
bendsFramework
bendTorsionsFramework
bondBondsFramework
bondDipolesFramework
bondsFramework
cartesianAtomPositionsUnitCell() const (defined in Framework)Framework
chiralCentersFramework
computeLargestNonOverlappingFreeRadius(const ForceField &forceField, double3 probe_position, double well_depth_factor) const (defined in Framework)Framework
computeOverlap(const ForceField &forceField, double3 probe_position, double well_depth_factor, std::size_t probe_type, std::make_signed_t< std::size_t > skip) const (defined in Framework)Framework
computeVanDerWaalsRadiusOverlap(const ForceField &forceField, double3 probe_position) const (defined in Framework)Framework
definedAtomsFramework
determineUniqueAtomTypes() (defined in Framework)Framework
excludedIntraCoulombFramework
filenameFramework
fractionalAtomPositionsUnitCell() const (defined in Framework)Framework
fractionalUnitCellAtomsFramework
Framework()Framework
Framework(std::size_t componentId, const ForceField &forceField, std::string componentName, SimulationBox simulationBox, std::size_t spaceGroupHallNumber, const std::vector< Atom > &definedAtoms, const std::vector< Atom > &fractionalAtoms, int3 numberOfUnitCells) noexcept(false)Framework
frameworkIdFramework
ImproperTorsionsFramework
intraCoulombFramework
intraVDWFramework
inversionBendsFramework
jsonStatus() constFramework
largestChargeFramework
makeCHA(const ForceField &forceField, int3 replicate={1, 1, 1}) (defined in Framework)Frameworkstatic
makeFAU(const ForceField &forceField, int3 replicate={1, 1, 1}) (defined in Framework)Frameworkstatic
makeITQ29(const ForceField &forceField, int3 replicate={1, 1, 1}) (defined in Framework)Frameworkstatic
makeMFI(const ForceField &forceField, int3 replicate={1, 1, 1}) (defined in Framework)Frameworkstatic
makeSuperCell()Framework
makeSuperCell(int3 numberOfCells) const (defined in Framework)Framework
massFramework
nameFramework
netChargeFramework
numberOfComponents (defined in Framework)Framework
numberOfUnitCellsFramework
operator<< (defined in Framework)Frameworkfriend
operator>> (defined in Framework)Frameworkfriend
printBreakthroughStatus() constFramework
printStatus(const ForceField &forceField) constFramework
repr() constFramework
rigidFramework
simulationBoxFramework
smallestChargeFramework
spaceGroupHallNumberFramework
stretchBendsFramework
stretchTorsionsFramework
TorsionFramework
uniqueAtomTypes (defined in Framework)Framework
unitCellAtomsFramework
unitCellMassFramework
UreyBradleyFramework
versionNumberFramework