Revision d12298570313e8090d55d652791262fdee80177e authored by Konrad Werys on 08 November 2019, 14:08:12 UTC, committed by Konrad Werys on 08 November 2019, 14:08:12 UTC
1 parent 8e2c0ce
OxModelT1Shmolli.h
/*!
* \file OxModelT1Shmolli.h
* \author Konrad Werys
* \date 2018/08/22
*/
#ifndef Tomato_OXModelT1Shmolli_H
#define Tomato_OXModelT1Shmolli_H
#include "tomatolib_export.h"
#include "OxModel.h"
#include <cmath>
namespace Ox {
/**
* \class ModelT1Shmolli
* \brief Container for a CalculatorShmolli model function \f$ A-B\exp(t/T_1^*) \f$, cost function and Least-Squares
* function and derivatives.
* \details
* @tparam MeasureType
*/
template< typename MeasureType >
class ModelT1Shmolli : public Model<MeasureType>{
public:
bool _expAbsCost;
bool _preventUnderOverFlow;
bool _costHeuristic;
bool _rootMedianSquareCost;
virtual MeasureType calcModelValue(const MeasureType* parameters, MeasureType time);
virtual void calcLSResiduals(const MeasureType* parameters, MeasureType* residuals);
virtual void calcLSJacobian(const MeasureType* parameters, MeasureType* jacobian);
virtual MeasureType calcCostValue(const MeasureType* parameters );
virtual void calcCostDerivative(const MeasureType* parameters, MeasureType* derivative);
ModelT1Shmolli() : Model<MeasureType>(){
_expAbsCost = true;
_preventUnderOverFlow = true;
_costHeuristic = true;
_rootMedianSquareCost = false;
this->_nDims = 3;
}
/**
* cloning
* @return
*/
virtual Model<MeasureType> *newByCloning() { return new ModelT1Shmolli<MeasureType>(*this); }
/**
* \brief do not forget about the virtual destructor, see
* https://stackoverflow.com/questions/461203/when-to-use-virtual-destructors
*/
virtual ~ModelT1Shmolli(){};
};
} //namespace Ox
#ifndef TOMATOLIB_COMPILED
#include "OxModelT1Shmolli.hxx"
#endif //TOMATOLIB_COMPILED
#endif //Tomato_OXModelT1Shmolli_H
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