Fesapi  2.0.0.0
This project provides C++ classes which allow an easy access in import and export to the Energistics standards.
prodml2_1::FrictionTheorySpecification Member List

This is the complete list of members for prodml2_1::FrictionTheorySpecification, including all inherited members.

CompositionalSpecification(gsoap_eml2_2::prodml21__AbstractCompositionalModel *fromGsoap)prodml2_1::CompositionalSpecificationinline
CompositionalViscositySpecification(gsoap_eml2_2::prodml21__AbstractCompositionalViscosityModel *fromGsoap)prodml2_1::CompositionalViscositySpecificationinline
FrictionTheorySpecification(gsoap_eml2_2::prodml21__FrictionTheory *fromGsoap)prodml2_1::FrictionTheorySpecificationinline
getBinaryInteractionCoefficientCount() constprodml2_1::CompositionalSpecificationinline
getBinaryInteractionCoefficientFluidComponent1Reference(unsigned int index) constprodml2_1::CompositionalSpecificationinline
getBinaryInteractionCoefficientFluidComponent2Reference(unsigned int index) constprodml2_1::CompositionalSpecificationinline
getCoefficientCount() constprodml2_1::PvtSpecificationinline
getCoefficientKind(unsigned int index) constprodml2_1::PvtSpecification
getCoefficientName(unsigned int index) constprodml2_1::PvtSpecificationinline
getCoefficientValue(unsigned int index) constprodml2_1::PvtSpecificationinline
getFluidComponentPropertyCount() constprodml2_1::CompositionalSpecificationinline
getFluidComponentPropertyFluidComponentReference(unsigned int index) constprodml2_1::CompositionalSpecificationinline
getMixingRule() constprodml2_1::CompositionalSpecificationinline
getPrsvParameterA1(unsigned int index) constprodml2_1::FrictionTheorySpecificationinline
getPrsvParameterA2(unsigned int index) constprodml2_1::FrictionTheorySpecificationinline
getPrsvParameterB1(unsigned int index) constprodml2_1::FrictionTheorySpecificationinline
getPrsvParameterB2(unsigned int index) constprodml2_1::FrictionTheorySpecificationinline
getPrsvParameterC2(unsigned int index) constprodml2_1::FrictionTheorySpecificationinline
getPrsvParameterCount() constprodml2_1::FrictionTheorySpecificationinline
getPrsvParameterFluidComponentReference(unsigned int index) constprodml2_1::FrictionTheorySpecificationinline
getThermodynamicPhase() constprodml2_1::CompositionalViscositySpecificationinline
gsoapProxyprodml2_1::PvtSpecification
hasBinaryInteractionCoefficientFluidComponent2Reference(unsigned int index) constprodml2_1::CompositionalSpecificationinline
hasCoefficientName(unsigned int index) constprodml2_1::PvtSpecificationinline
hasMixingRule() constprodml2_1::CompositionalSpecificationinline
pushBackBinaryInteractionCoefficient(double value, const std::string &fluidComponent1Reference, const std::string &fluidComponent2Reference="")prodml2_1::CompositionalSpecification
pushBackCoefficient(double value, gsoap_eml2_2::prodml21__PvtModelParameterKind kind, const std::string &name="")prodml2_1::PvtSpecification
pushBackFluidComponentProperty(const std::string &fluidComponentReference)prodml2_1::CompositionalSpecification
pushBackPrsvParameter(double a1, double a2, double b1, double b2, double c2, const std::string &fluidComponentReference)prodml2_1::FrictionTheorySpecification
PvtSpecification(gsoap_eml2_2::prodml21__AbstractPvtModel *fromGsoap)prodml2_1::PvtSpecificationinline
setMixingRule(gsoap_eml2_2::prodml21__MixingRule mixingRule)prodml2_1::CompositionalSpecification
setThermodynamicPhase(gsoap_eml2_2::prodml21__ThermodynamicPhase phase)prodml2_1::CompositionalViscositySpecificationinline
~CompositionalSpecification()=defaultprodml2_1::CompositionalSpecificationvirtual
~CompositionalViscositySpecification()=defaultprodml2_1::CompositionalViscositySpecificationvirtual
~FrictionTheorySpecification()=defaultprodml2_1::FrictionTheorySpecification
~PvtSpecification()=defaultprodml2_1::PvtSpecificationvirtual
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