Reaktoro  v2.11.0
A unified framework for modeling chemically reactive systems
ChemicalState Member List

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

add(StringOrIndex const &species, real value, Chars unit) -> voidChemicalState
charge() const -> realChemicalState
ChemicalState(ChemicalSystem const &system)ChemicalStateexplicit
ChemicalState(ChemicalState const &other)ChemicalState
componentAmounts() const -> ArrayXrChemicalState
elementAmounts() const -> ArrayXrChemicalState
equilibrium() const -> Equilibrium const &ChemicalState
equilibrium() -> Equilibrium &ChemicalState
operator=(ChemicalState other) -> ChemicalState &ChemicalState
output(std::ostream &out) const -> voidChemicalState
output(String const &filename) const -> voidChemicalState
pressure(real const &value) -> voidChemicalState
pressure(real value, Chars unit) -> voidChemicalState
pressure() const -> realChemicalState
props() const -> ChemicalProps const &ChemicalState
props() -> ChemicalProps &ChemicalState
scaleAmount(real amount, Chars unit) -> voidChemicalState
scaleFluidAmount(real amount, Chars unit) -> voidChemicalState
scaleFluidMass(real mass, Chars unit) -> voidChemicalState
scaleFluidVolume(real volume, Chars unit) -> voidChemicalState
scaleMass(real mass, Chars unit) -> voidChemicalState
scalePhaseAmount(StringOrIndex const &phase, real amount, Chars unit) -> voidChemicalState
scalePhaseMass(StringOrIndex const &phase, real mass, Chars unit) -> voidChemicalState
scalePhaseVolume(StringOrIndex const &phase, real volume, Chars unit) -> voidChemicalState
scaleSolidAmount(real amount, Chars unit) -> voidChemicalState
scaleSolidMass(real mass, Chars unit) -> voidChemicalState
scaleSolidVolume(real volume, Chars unit) -> voidChemicalState
scaleSpeciesAmounts(real const &scalar) -> voidChemicalState
scaleSpeciesAmounts(real const &scalar, Indices const &indices) -> voidChemicalState
scaleSpeciesAmountsInPhase(StringOrIndex const &phase, real const &scalar) -> voidChemicalState
scaleVolume(real volume, Chars unit) -> voidChemicalState
set(StringOrIndex const &species, real value, Chars unit) -> voidChemicalState
setPressure(real const &value) -> voidChemicalState
setPressure(real value, Chars unit) -> voidChemicalState
setSpeciesAmount(Index ispecies, real const &amount) -> voidChemicalState
setSpeciesAmount(StringOrIndex const &species, real amount, Chars unit) -> voidChemicalState
setSpeciesAmounts(real const &value) -> voidChemicalState
setSpeciesAmounts(ArrayXrConstRef const &n) -> voidChemicalState
setSpeciesAmounts(ArrayXdConstRef const &n) -> voidChemicalState
setSpeciesMass(StringOrIndex const &species, real mass, Chars unit) -> voidChemicalState
setTemperature(real const &value) -> voidChemicalState
setTemperature(real value, Chars unit) -> voidChemicalState
speciesAmount(StringOrIndex const &species) const -> realChemicalState
speciesAmounts() const -> ArrayXrConstRefChemicalState
speciesAmountsInPhase(StringOrIndex const &phase) const -> ArrayXrConstRefChemicalState
speciesMass(StringOrIndex const &species) const -> realChemicalState
system() const -> ChemicalSystem const &ChemicalState
temperature(real const &value) -> voidChemicalState
temperature(real value, Chars unit) -> voidChemicalState
temperature() const -> realChemicalState
update(real const &T, real const &P, ArrayXrConstRef const &n) -> voidChemicalState
updateIdeal(real const &T, real const &P, ArrayXrConstRef const &n) -> voidChemicalState
~ChemicalState()ChemicalStatevirtual