Construct from a borrowed decomposition. The caller must keep the SVDDecomposition alive *at a stable address* for at least as long as this evaluator

Non-copyable; the heap-resident decompositions are unique_ptr owned. Movable.

The anonymous union (max_abs_error vs. {using_tau_r, reducing_value, T_r, N}) is intentionally written one active member per branch; the `type` discri

An empty, invalid spline */

Copy string to wstring Dangerous if the string has non-ASCII characters; from http://stackoverflow.com/a/8969776/1360263

Member-initializing constructor from an already-parsed LoadedData bundle. Member-init (not assignment) is required because ChebyshevApproximation1D is

Instantiator; base class loads or makes tables

\f[ \begin{array}{l} p = \frac{{RT}}{{v - b}} - \frac{{a\alpha }}{{v\left( {v + b} \right)}}\\ \alpha = \left( {1 + \kappa \left( {1 - \sqrt {{T_r}}

Temperature as a function of heat capacities as a function of temperature, pressure and composition.

Thermal conductivity as a function of temperature, pressure and composition.

Temperature as a function of enthalpy, pressure and composition.

Saturation pressure as a function of temperature and composition.

Return the temperature in K

Temperature as a function of entropy as a function of temperature, pressure and composition.

Temperature as a function of internal energy as a function of temperature, pressure and composition.

Viscosity as a function of temperature, pressure and composition.

\brief The reducing temperature

< Hardcoded flags for the conductivity

Compute saturation temperature ! This function returns the saturation temperature from the state specified by the properties input Must be re-i

Return bubble density of specified medium from saturation properties ! Note: This function is not used by the default implementation of ExternalTwoPha

Return bubble specific enthalpy of specified medium from saturation properties ! Note: This function is not used by the default implementation of Exte

Return bubble specific entropy of specified medium from saturation properties ! Note: This function is not used by the default implementation of Exter

Return derivative of bubble density wrt pressure of specified medium from saturation properties ! Note: This function is not used by the default imple

Return derivative of bubble specific enthalpy wrt pressure of specified medium from saturation properties ! Note: This function is not used by the def

Return derivative of dew density wrt pressure of specified medium from saturation properties ! Note: This function is not used by the default implemen

Return derivative of dew specific enthalpy wrt pressure of specified medium from saturation properties ! Note: This function is not used by the defaul

Return density of specified medium ! Note: This function is not used by the default implementation of ExternalTwoPhaseMedium class. It might be us

Return derivative of density wrt specific enthalpy at constant pressure of specified medium ! Note: This function is not used by the default implement

Return derivative of density wrt pressure at constant specific enthalpy of specified medium ! Note: This function is not used by the default implement

Return derivative of density wrt pressure and specific enthalpy of specified medium ! Note: This function is not used by the default implementation of

Return dew density of specified medium from saturation properties ! Note: This function is not used by the default implementation of ExternalTwoPhaseM

Return dew specific enthalpy of specified medium from saturation properties ! Note: This function is not used by the default implementation of Externa