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

activity(String const &species, real const &value) -> void	EquilibriumConditions
canDecreaseFreely(Index ispecies) -> void	EquilibriumRestrictions
canDecreaseFreely(String species) -> void	EquilibriumRestrictions
canIncreaseFreely(Index ispecies) -> void	EquilibriumRestrictions
canIncreaseFreely(String species) -> void	EquilibriumRestrictions
cannotDecrease(Index ispecies) -> void	EquilibriumRestrictions
cannotDecrease(String species) -> void	EquilibriumRestrictions
cannotDecreaseBelow(Index ispecies, double value, Chars unit="mol") -> void	EquilibriumRestrictions
cannotDecreaseBelow(String species, double value, Chars unit="mol") -> void	EquilibriumRestrictions
cannotIncrease(Index ispecies) -> void	EquilibriumRestrictions
cannotIncrease(String species) -> void	EquilibriumRestrictions
cannotIncreaseAbove(Index ispecies, double value, Chars unit="mol") -> void	EquilibriumRestrictions
cannotIncreaseAbove(String species, double value, Chars unit="mol") -> void	EquilibriumRestrictions
cannotReact(Index ispecies) -> void	EquilibriumRestrictions
cannotReact(String species) -> void	EquilibriumRestrictions
canReactFreely(Index ispecies) -> void	EquilibriumRestrictions
canReactFreely(String species) -> void	EquilibriumRestrictions
charge(real const &value, String const &unit="mol") -> void	EquilibriumConditions
chemicalPotential(String const &substance, real const &value, String const &unit="J/mol") -> void	EquilibriumConditions
Eh(real const &value, String const &unit="V") -> void	EquilibriumConditions
elementAmount(StringOrIndex const &element, real const &value, String const &unit="mol") -> void	EquilibriumConditions
elementAmountInPhase(StringOrIndex const &element, StringOrIndex const &phase, real const &value, String const &unit="mol") -> void	EquilibriumConditions
elementMass(StringOrIndex const &element, real const &value, String const &unit="kg") -> void	EquilibriumConditions
elementMassInPhase(StringOrIndex const &element, StringOrIndex const &phase, real const &value, String const &unit="kg") -> void	EquilibriumConditions
enthalpy(real const &value, String const &unit="J") -> void	EquilibriumConditions
entropy(real const &value, String const &unit="J/K") -> void	EquilibriumConditions
EquilibriumConditions(ChemicalSystem const &system)	EquilibriumConditions	explicit
EquilibriumConditions(EquilibriumSpecs const &specs)	EquilibriumConditions	explicit
EquilibriumProblem(const ChemicalSystem &system)	EquilibriumProblem	explicit
EquilibriumProblem(const EquilibriumSpecs &specs)	EquilibriumProblem	explicit
EquilibriumRestrictions(ChemicalSystem const &system)	EquilibriumRestrictions	explicit
fugacity(String const &species, real const &value, String const &unit="bar") -> void	EquilibriumConditions
gibbsEnergy(real const &value, String const &unit="J") -> void	EquilibriumConditions
helmholtzEnergy(real const &value, String const &unit="J") -> void	EquilibriumConditions
initialComponentAmounts() const -> ArrayXr	EquilibriumProblem
initialComponentAmountsGetOrCompute(VectorXdConstRef const &n0) const -> ArrayXd	EquilibriumConditions
initialComponentAmountsGetOrCompute(ChemicalState const &state0) const -> ArrayXd	EquilibriumConditions
initialPressure() const -> real	EquilibriumProblem
initialSpeciesAmounts() const -> ArrayXrConstRef	EquilibriumProblem
initialTemperature() const -> real	EquilibriumProblem
inputNames() const -> Strings const &	EquilibriumConditions
inputValue(String const &name) const -> real const &	EquilibriumConditions
inputValues() const -> ArrayXrConstRef	EquilibriumConditions
inputValuesGetOrCompute(ChemicalState const &state0) const -> ArrayXr	EquilibriumConditions
internalEnergy(real const &value, String const &unit="J") -> void	EquilibriumConditions
lgActivity(String const &species, real const &value) -> void	EquilibriumConditions
lnActivity(String const &species, real const &value) -> void	EquilibriumConditions
lowerBoundsControlVariablesP() const -> ArrayXdConstRef	EquilibriumConditions
pE(real const &value) -> void	EquilibriumConditions
pH(real const &value) -> void	EquilibriumConditions
phaseAmount(StringOrIndex const &phase, real const &value, String const &unit="mol") -> void	EquilibriumConditions
phaseMass(StringOrIndex const &phase, real const &value, String const &unit="kg") -> void	EquilibriumConditions
phaseVolume(StringOrIndex const &phase, real const &value, String const &unit="m3") -> void	EquilibriumConditions
pMg(real const &value) -> void	EquilibriumConditions
pressure(real const &value, String const &unit="Pa") -> void	EquilibriumConditions
set(String const &input, real const &val) -> void	EquilibriumConditions
setInitialComponentAmounts(VectorXdConstRef const &c0) -> void	EquilibriumConditions
setInitialComponentAmountsFromSpeciesAmounts(VectorXdConstRef const &n0) -> void	EquilibriumConditions
setInitialComponentAmountsFromState(ChemicalState const &state0) -> void	EquilibriumConditions
setInputVariable(String const &name, real const &val) -> void	EquilibriumConditions
setInputVariable(Index index, real const &val) -> void	EquilibriumConditions
setInputVariables(ArrayXrConstRef const &values) -> void	EquilibriumConditions
setLowerBoundPressure(double value, String const &unit="Pa") -> void	EquilibriumConditions
setLowerBoundsControlVariablesP(ArrayXdConstRef const &values) -> void	EquilibriumConditions
setLowerBoundTemperature(double value, String const &unit="K") -> void	EquilibriumConditions
setLowerBoundTitrant(String const &substance, double value, String const &unit="mol") -> void	EquilibriumConditions
setUpperBoundPressure(double value, String const &unit="Pa") -> void	EquilibriumConditions
setUpperBoundsControlVariablesP(ArrayXdConstRef const &values) -> void	EquilibriumConditions
setUpperBoundTemperature(double value, String const &unit="K") -> void	EquilibriumConditions
setUpperBoundTitrant(String const &substance, double value, String const &unit="mol") -> void	EquilibriumConditions
speciesCannotDecrease() const -> Set< Index > const &	EquilibriumRestrictions
speciesCannotDecreaseBelow() const -> Map< Index, double > const &	EquilibriumRestrictions
speciesCannotIncrease() const -> Set< Index > const &	EquilibriumRestrictions
speciesCannotIncreaseAbove() const -> Map< Index, double > const &	EquilibriumRestrictions
startWith(String species, real value, Chars unit) -> void	EquilibriumProblem
startWith(Index ispecies, real value, Chars unit) -> void	EquilibriumProblem
startWithComponentAmounts(ArrayXrConstRef b) -> void	EquilibriumProblem
startWithPressure(real value) -> void	EquilibriumProblem
startWithPressure(real value, Chars unit) -> void	EquilibriumProblem
startWithSpeciesAmounts(ArrayXrConstRef n) -> void	EquilibriumProblem
startWithState(const ChemicalState &state) -> void	EquilibriumProblem
startWithTemperature(real value) -> void	EquilibriumProblem
startWithTemperature(real value, Chars unit) -> void	EquilibriumProblem
system() const -> ChemicalSystem const &	EquilibriumProblem
Reaktoro::EquilibriumConditions::system() const -> ChemicalSystem const &	EquilibriumConditions
Reaktoro::EquilibriumRestrictions::system() const -> ChemicalSystem const &	EquilibriumRestrictions
temperature(real const &value, String const &unit="K") -> void	EquilibriumConditions
upperBoundsControlVariablesP() const -> ArrayXdConstRef	EquilibriumConditions
volume(real const &value, String const &unit="m3") -> void	EquilibriumConditions