teqp::VLEAncillary Struct Reference

#include <multifluid_ancillaries.hpp>

Public Member Functions
	VLEAncillary (const nlohmann::json &j)
double	operator() (double T) const

Public Attributes
const double	T_r
const double	Tmax
const double	Tmin
const std::string	type
const std::string	description
const std::valarray< double >	n
const std::valarray< double >	t
const double	reducing_value
const bool	using_tau_r
const bool	noexp

Detailed Description

Definition at line 9 of file multifluid_ancillaries.hpp.

Constructor & Destructor Documentation

VLEAncillary()

teqp::VLEAncillary::VLEAncillary ( const nlohmann::json & j )

inline

Definition at line 16 of file multifluid_ancillaries.hpp.

Member Function Documentation

operator()()

double teqp::VLEAncillary::operator() ( double T ) const

inline

Definition at line 28 of file multifluid_ancillaries.hpp.

Member Data Documentation

description

const std::string teqp::VLEAncillary::description

Definition at line 11 of file multifluid_ancillaries.hpp.

n

const std::valarray<double> teqp::VLEAncillary::n

Definition at line 12 of file multifluid_ancillaries.hpp.

noexp

const bool teqp::VLEAncillary::noexp

Definition at line 14 of file multifluid_ancillaries.hpp.

reducing_value

const double teqp::VLEAncillary::reducing_value

Definition at line 13 of file multifluid_ancillaries.hpp.

t

const std::valarray<double> teqp::VLEAncillary::t

Definition at line 12 of file multifluid_ancillaries.hpp.

T_r

const double teqp::VLEAncillary::T_r

Definition at line 10 of file multifluid_ancillaries.hpp.

Tmax

const double teqp::VLEAncillary::Tmax

Definition at line 10 of file multifluid_ancillaries.hpp.

Tmin

const double teqp::VLEAncillary::Tmin

Definition at line 10 of file multifluid_ancillaries.hpp.

type

const std::string teqp::VLEAncillary::type

Definition at line 11 of file multifluid_ancillaries.hpp.

using_tau_r

const bool teqp::VLEAncillary::using_tau_r

Definition at line 14 of file multifluid_ancillaries.hpp.

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

• include/teqp/models/multifluid_ancillaries.hpp