AisCyclicVoltammetryElement.h

#pragma once
 
#include "AisAbstractElement.h"
#include "AisSquidstatGlobal.h"
#include <QString>
 
class CyclicVoltammetryElement;
 
class SQUIDSTATLIBRARY_EXPORT AisCyclicVoltammetryElement final : public AisAbstractElement {
public:
    explicit AisCyclicVoltammetryElement(
        double startVoltage,
        double firstVoltageLimit,
        double secondVoltageLimit,
        double endVoltage,
        double dEdt,
        double samplingInterval);
 
    explicit AisCyclicVoltammetryElement(const AisCyclicVoltammetryElement&);
 
    AisCyclicVoltammetryElement& operator=(const AisCyclicVoltammetryElement&);
 
    ~AisCyclicVoltammetryElement() override;
 
    QString getName() const override;
 
    QStringList getCategory() const override;
 
    double getQuietTime() const;
 
    void setQuietTime(double quietTime);
 
    double getQuietTimeSamplingInterval() const;
 
    void setQuietTimeSamplingInterval(double quietTimeSamplingInterval);
 
    double getStartVoltage() const;
 
    void setStartVoltage(double startVoltage);
 
    bool isStartVoltageVsOCP() const;
 
    void setStartVoltageVsOCP(bool startVoltageVsOCP);
 
    double getFirstVoltageLimit() const;
 
    void setFirstVoltageLimit(double v1);
 
    bool isFirstVoltageLimitVsOCP() const;
 
    void setFirstVoltageLimitVsOCP(bool firstVoltageLimitVsOCP);
 
    double getSecondVoltageLimit() const;
 
    void setSecondVoltageLimit(double v2);
 
    bool isSecondVoltageLimitVsOCP() const;
 
    void setSecondVoltageLimitVsOCP(bool secondVoltageLimitVsOCP);
 
    unsigned int getNumberOfCycles();
 
    void setNumberOfCycles(unsigned int cycles);
 
    double getEndVoltage() const;
 
    void setEndVoltage(double endVoltage);
 
    bool isEndVoltageVsOCP() const;
 
    void setEndVoltageVsOCP(bool endVoltageVsOCP);
 
    double getdEdt() const;
 
    void setdEdt(double dEdt);
 
    double getSamplingInterval() const;
 
    void setSamplingInterval(double sampInterval);
 
    bool isAutoRange() const;
 
    void setAutoRange();
 
    double getApproxMaxCurrent() const;
 
    void setApproxMaxCurrent(double approxMaxCurrent);
 
    double getAlphaFactor() const;
 
    void setAlphaFactor(double alphaFactor);
 
private:
    std::shared_ptr<CyclicVoltammetryElement> m_dataDerived;
};