deriv_adapter.hpp File Reference

#include "teqp/derivs.hpp"
#include "teqp/cpp/teqpcpp.hpp"
#include "teqp/exceptions.hpp"

Go to the source code of this file.

Classes
struct	teqp::cppinterface::adapter::Owner< ModelType >
struct	teqp::cppinterface::adapter::ConstViewer< ModelType >
struct	teqp::cppinterface::adapter::internal::tag< T >
class	teqp::cppinterface::adapter::DerivativeAdapter< ModelPack >

Namespaces
namespace	teqp
namespace	teqp::cppinterface
namespace	teqp::cppinterface::adapter
namespace	teqp::cppinterface::adapter::internal

Macros
#define	X(i, j)   virtual double get_Ar ## i ## j(const double T, const double rho, const REArrayd& molefrac) const override { return TDXDerivatives<decltype(mp.get_cref()), double, EArrayd>::template get_Arxy<i,j>(mp.get_cref(), T, rho, molefrac); };
#define	X(i)   virtual EArrayd get_Ar0 ## i ## n(const double T, const double rho, const REArrayd& molefrac) const override { auto vals = TDXDerivatives<decltype(mp.get_cref()), double, EArrayd>::template get_Ar0n<i>(mp.get_cref(), T, rho, molefrac); return Eigen::Map<Eigen::ArrayXd>(&(vals[0]), vals.size()); };
#define	X(f)   virtual double f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };
#define	X(f)   virtual EArrayd f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };
#define	X(f)   virtual EMatrixd f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };
#define	X(f)   virtual std::tuple<double, Eigen::ArrayXd, Eigen::MatrixXd> f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };

Functions
template<typename TemplatedModel >
auto	teqp::cppinterface::adapter::view (const TemplatedModel &tp)
template<typename TemplatedModel >
auto	teqp::cppinterface::adapter::own (const TemplatedModel &&tp)
template<typename TemplatedModel >
auto	teqp::cppinterface::adapter::make_owned (const TemplatedModel &tmodel)
template<typename TemplatedModel >
auto	teqp::cppinterface::adapter::make_cview (const TemplatedModel &tmodel)
template<typename ModelType >
const ModelType &	teqp::cppinterface::adapter::get_model_cref (const AbstractModel *am)
	Get a const reference to the model that is being held in a DerivativeAdapter instance.
template<typename ModelType >
ModelType &	teqp::cppinterface::adapter::get_model_ref (AbstractModel *am)
	Get a mutable reference to the model.

Macro Definition Documentation

X [1/6]

#define X

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f

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virtual double f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };

Definition at line 78 of file deriv_adapter.hpp.

X [2/6]

#define X

(

f

)

virtual EArrayd f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };

Definition at line 78 of file deriv_adapter.hpp.

X [3/6]

#define X

(

f

)

virtual EMatrixd f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };

Definition at line 78 of file deriv_adapter.hpp.

X [4/6]

#define X

(

f

)

virtual std::tuple<double, Eigen::ArrayXd, Eigen::MatrixXd> f(const double T, const EArrayd& rhovec) const override { return IsochoricDerivatives<decltype(mp.get_cref()), double, EArrayd>::f(mp.get_cref(), T, rhovec); };

Definition at line 78 of file deriv_adapter.hpp.

X [5/6]

#define X

(

i

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virtual EArrayd get_Ar0 ## i ## n(const double T, const double rho, const REArrayd& molefrac) const override { auto vals = TDXDerivatives<decltype(mp.get_cref()), double, EArrayd>::template get_Ar0n<i>(mp.get_cref(), T, rho, molefrac); return Eigen::Map<Eigen::ArrayXd>(&(vals[0]), vals.size()); };

Definition at line 78 of file deriv_adapter.hpp.

X [6/6]

#define X	(		i,
			j )   virtual double get_Ar ## i ## j(const double T, const double rho, const REArrayd& molefrac) const override { return TDXDerivatives<decltype(mp.get_cref()), double, EArrayd>::template get_Arxy<i,j>(mp.get_cref(), T, rho, molefrac); };

Definition at line 78 of file deriv_adapter.hpp.