teqp::activity::activity_models::BinaryInvariantResidualHelmholtzOverRT< NumType > Class Template Reference

#include <activity_models.hpp>

Public Member Functions
	BinaryInvariantResidualHelmholtzOverRT (const std::vector< double > &c)
template<typename TType , typename MoleFractions >
auto	operator() (const TType &, const MoleFractions &molefracs) const

Public Attributes
const std::vector< double >	c

Detailed Description

template<typename NumType>
class teqp::activity::activity_models::BinaryInvariantResidualHelmholtzOverRT< NumType >

Note

This approach works well except that... the derivatives at the pure fluid endpoints don't. So this is more a record as a failed idea

Definition at line 127 of file activity_models.hpp.

Constructor & Destructor Documentation

BinaryInvariantResidualHelmholtzOverRT()

template<typename NumType >

teqp::activity::activity_models::BinaryInvariantResidualHelmholtzOverRT< NumType >::BinaryInvariantResidualHelmholtzOverRT ( const std::vector< double > & c )

inline

Definition at line 131 of file activity_models.hpp.

Member Function Documentation

operator()()

template<typename NumType >

template<typename TType , typename MoleFractions >

auto teqp::activity::activity_models::BinaryInvariantResidualHelmholtzOverRT< NumType >::operator() ( const TType & , const MoleFractions & molefracs ) const

inline

Definition at line 135 of file activity_models.hpp.

Member Data Documentation

c

template<typename NumType >

const std::vector<double> teqp::activity::activity_models::BinaryInvariantResidualHelmholtzOverRT< NumType >::c

Definition at line 130 of file activity_models.hpp.

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

• include/teqp/models/activity/activity_models.hpp