Eigen API

API for use with Eigen applications . More...

Functions
template<typename fv >
Eigen::VectorX< fv >	calcDrt (Eigen::VectorX< std::complex< fv > > &impedanceSpectra, Eigen::VectorX< fv > &omegaTensor, FitMetrics &fm, const FitParameters &fp, fv *rSeries=nullptr)
	Calculates the drt using Eigen datatypes.
template<typename fv >
Eigen::VectorX< std::complex< fv > >	calcImpedance (const Eigen::VectorX< fv > &drt, fv rSeries, const Eigen::VectorX< fv > &omegaVector)
	Calculates impedance from drt using Eigen datatypes.

Detailed Description

API for use with Eigen applications .

Calculates drts with Eigen datatypes.

Function Documentation

calcDrt()

template<typename fv >

Eigen::VectorX< fv > calcDrt	(	Eigen::VectorX< std::complex< fv > > &	impedanceSpectra,
		Eigen::VectorX< fv > &	omegaTensor,
		FitMetrics &	fm,
		const FitParameters &	fp,
		fv *	rSeries = nullptr )

Calculates the drt using Eigen datatypes.

Template Parameters

fv	The precision to be used, either double or float.

Parameters

impedanceSpectra	A vector with the complex impedances of your experiment.
omegaTensor	A vector with the omega values that the impedances where measured at.
fm	A fit metrics struct where this function returns information on the fit acquired.
fp	A struct with fit parameters.
rSeries	An optional parameter where the series resistance is stored.

Returns

A vector with the drt values.

calcImpedance()

template<typename fv >

Eigen::VectorX< std::complex< fv > > calcImpedance	(	const Eigen::VectorX< fv > &	drt,
		fv	rSeries,
		const Eigen::VectorX< fv > &	omegaVector )

Calculates impedance from drt using Eigen datatypes.

Template Parameters

fv	The precision to be used, either double or float.

Parameters

drt	The drt to calculate impedance from.
omegaVector	A vector with the omega values that the impedances where measured at.
rSeries	An optional parameter where the series resistance is stored.

Returns

A vector with the drt values.