MineralPhase Class Reference

The class used to configure a pure mineral phase. More...

#include <Phases.hpp>

Collaboration diagram for MineralPhase:

Public Member Functions
	MineralPhase (String mineral)
	Construct a default MineralPhase object.
auto	initialize () -> void
	Initialize the default attributes of this MineralPhase object.
Public Member Functions inherited from GeneralPhase
	GeneralPhase ()
	Construct a default GeneralPhase object.
	GeneralPhase (StringList const &species)
	Construct a GeneralPhase object with given species names.
	GeneralPhase (Speciate const &elements)
	Construct a GeneralPhase object with given element symbols.
	GeneralPhase (Speciate const &elements, Exclude const &withtags)
	Construct a GeneralPhase object with given element symbols excluding the species with provided tags.
	GeneralPhase (Exclude const &withtags)
	Construct a GeneralPhase object excluding the species with provided tags.
virtual	~GeneralPhase ()
	Destroy this GeneralPhase object.
auto	setName (String name) -> GeneralPhase &
	Set the unique name of the phase.
auto	setStateOfMatter (StateOfMatter option) -> GeneralPhase &
	Set the state of matter of the phase.
auto	setAggregateState (AggregateState option) -> GeneralPhase &
	Set the aggregate state of the species in the phase.
auto	setAdditionalAggregateStates (Vec< AggregateState > const &options) -> GeneralPhase &
	Set additional aggregate states to be considered when searching for species in a database.
auto	setActivityModel (ActivityModelGenerator const &model) -> GeneralPhase &
	Set the activity model of the phase.
auto	setIdealActivityModel (ActivityModelGenerator const &model) -> GeneralPhase &
	Set the ideal activity model of the phase.
auto	named (String name) -> GeneralPhase &
	Set a unique name of the phase (equivalent to GeneralPhase::setName).
auto	set (StateOfMatter option) -> GeneralPhase &
	Set the state of matter of the phase (equivalent to GeneralPhase::setStateOfMatter).
auto	set (AggregateState option) -> GeneralPhase &
	Set the aggregate state of the species in the phase (equivalent to GeneralPhase::setAggregateState).
auto	set (ActivityModelGenerator const &model) -> GeneralPhase &
	Set the activity model of the phase (equivalent to GeneralPhase::setActivityModel).
auto	name () const -> String
	Return the name of the phase.
auto	stateOfMatter () const -> StateOfMatter
	Return the state of matter of the phase.
auto	aggregateState () const -> AggregateState
	Return the common aggregate state of the species composing the phase.
auto	additionalAggregateStates () const -> Vec< AggregateState > const &
	Return the additional aggregate states to be considered when searching for species in a database.
auto	species () const -> Strings const &
	Return the names of the selected species to compose the phase (empty if not given).
auto	elements () const -> Strings const &
	Return the element symbols for automatic species selection (empty if not given).
auto	activityModel () const -> ActivityModelGenerator const &
	Return the specified activity model of the phase.
auto	idealActivityModel () const -> ActivityModelGenerator const &
	Return the specified ideal activity model of the phase.
auto	convert (Database const &db, Strings const &elements) const -> Phase
	Convert this GeneralPhase object into a Phase object.

Detailed Description

The class used to configure a pure mineral phase.

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The documentation for this class was generated from the following file:

• Reaktoro/Core/Phases.hpp