#include <FlameMasterReactor.hpp>

Public Attributes
int	nSpecies
	The number of species in the mechanism. More...

int	nSpeciesEffective
	Effective number of species for mechanisms with steady state species. More...

int	nReactions
	The number of reactions in the mechanism. More...

int	nThirdBodyReactions
	The number of third body reactions in the mechanism. More...

double	gasConstant
	Universal Gas Constant for this mechanism. More...

std::vector< double >	massFractions

std::vector< double >	molesStorage

span< double >	moles
	Derived from massFractions, stores the actual mole counts during time Advancement. More...

double *	temperature
	We make this a pointer because we want to make sure it is stored at the beginning of moles (for CVode) More...

double	density

std::vector< double >	production_rates
	Computational space for the reaction mechanism. More...

std::vector< double >	reaction_rates

std::vector< double >	rate_coefficients

std::vector< double >	third_body_concentrations

std::vector< double >	enthalpies

std::vector< double >	heat_capacities_at_constant_pressure

std::vector< double >	entropies

std::vector< std::string >	speciesNames
	We store the names of the species here. More...

std::vector< double >	molarMasses
	We store the molar masses of the species here. More...

double	abstol
	Absolute integration tolerance. More...

double	reltol
	Relative integration tolerance. More...

std::array< double, 2 >	setPVector
	A vector containing temperature for setPressureIsentropic() More...

double	thermoTemp
	Temperature at which the thermodynamic state was last evaluated. More...

Member Data Documentation

◆ abstol

double fub::FlameMasterState::abstol

Absolute integration tolerance.

◆ density

double fub::FlameMasterState::density

◆ enthalpies

std::vector<double> fub::FlameMasterState::enthalpies

◆ entropies

std::vector<double> fub::FlameMasterState::entropies

◆ gasConstant

double fub::FlameMasterState::gasConstant

Universal Gas Constant for this mechanism.

◆ heat_capacities_at_constant_pressure

std::vector<double> fub::FlameMasterState::heat_capacities_at_constant_pressure

◆ massFractions

std::vector<double> fub::FlameMasterState::massFractions

◆ molarMasses

std::vector<double> fub::FlameMasterState::molarMasses

We store the molar masses of the species here.

◆ moles

span<double> fub::FlameMasterState::moles

Derived from massFractions, stores the actual mole counts during time Advancement.

◆ molesStorage

std::vector<double> fub::FlameMasterState::molesStorage

◆ nReactions

int fub::FlameMasterState::nReactions

The number of reactions in the mechanism.

◆ nSpecies

int fub::FlameMasterState::nSpecies

The number of species in the mechanism.

◆ nSpeciesEffective

int fub::FlameMasterState::nSpeciesEffective

Effective number of species for mechanisms with steady state species.

◆ nThirdBodyReactions

int fub::FlameMasterState::nThirdBodyReactions

The number of third body reactions in the mechanism.

◆ production_rates

std::vector<double> fub::FlameMasterState::production_rates

Computational space for the reaction mechanism.

◆ rate_coefficients

std::vector<double> fub::FlameMasterState::rate_coefficients

◆ reaction_rates

std::vector<double> fub::FlameMasterState::reaction_rates

◆ reltol

double fub::FlameMasterState::reltol

Relative integration tolerance.

◆ setPVector

std::array<double, 2> fub::FlameMasterState::setPVector

A vector containing temperature for setPressureIsentropic()

◆ speciesNames

std::vector<std::string> fub::FlameMasterState::speciesNames

We store the names of the species here.

◆ temperature

double* fub::FlameMasterState::temperature

We make this a pointer because we want to make sure it is stored at the beginning of moles (for CVode)

◆ thermoTemp

double fub::FlameMasterState::thermoTemp

Temperature at which the thermodynamic state was last evaluated.

◆ third_body_concentrations

std::vector<double> fub::FlameMasterState::third_body_concentrations

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

FlameMasterReactor.hpp

Public Attributes