xrayspectrummodels.h

#ifndef CTL_XRAYSPECTRUMMODELS_H
#define CTL_XRAYSPECTRUMMODELS_H

#include "abstractxrayspectrummodel.h"
#include "tabulateddatamodel.h"

namespace CTL {

class XraySpectrumTabulatedModel : public AbstractXraySpectrumModel
{
    CTL_TYPE_ID(35)

    // abstract interfaces
    public: float valueAt(float position) const override;
    public: float binIntegral(float position, float binWidth) const override;
    public: XraySpectrumTabulatedModel* clone() const override;

public:
    XraySpectrumTabulatedModel();
    void addLookupTable(float voltage, const TabulatedDataModel& table);
    void setLookupTables(const QMap<float, TabulatedDataModel>& tables);

    QVariant parameter() const override;
    void setParameter(const QVariant& parameter) override;

    bool hasTabulatedDataFor(float voltage) const;

protected:
    QMap<float, TabulatedDataModel> _lookupTables; 

};

class XrayLaserSpectrumModel : public AbstractXraySpectrumModel
{
    CTL_TYPE_ID(40)

    // abstract interfaces
    public: float valueAt(float position) const override;
    public: float binIntegral(float position, float binWidth) const override;
    public: XrayLaserSpectrumModel* clone() const override;

public:
    XrayLaserSpectrumModel();
    explicit XrayLaserSpectrumModel(float energy);
};

class FixedXraySpectrumModel : public AbstractXraySpectrumModel
{
    CTL_TYPE_ID(36)

    // abstract interfaces
    public: float valueAt(float position) const override;
    public: float binIntegral(float position, float binWidth) const override;
    public: FixedXraySpectrumModel* clone() const override;

public:
    FixedXraySpectrumModel();
    explicit FixedXraySpectrumModel(const TabulatedDataModel& table);

    QVariant parameter() const override;
    void setParameter(const QVariant& parameter) override;

    // getter
    TabulatedDataModel& lookupTable();
    const TabulatedDataModel& lookupTable() const;

    // setter
    void setLookupTable(const TabulatedDataModel& table);

protected:
    TabulatedDataModel _lookupTable; 

};

class KramersLawSpectrumModel : public AbstractXraySpectrumModel
{
    CTL_TYPE_ID(41)

    // abstract interfaces
    public: float valueAt(float position) const override;
    public: float binIntegral(float position, float binWidth) const override;
    public: KramersLawSpectrumModel* clone() const override;

public:
    KramersLawSpectrumModel();
};

class HeuristicCubicSpectrumModel : public AbstractXraySpectrumModel
{
    CTL_TYPE_ID(42)

    // abstract interfaces
    public: float valueAt(float position) const override;
    public: float binIntegral(float position, float binWidth) const override;
    public: HeuristicCubicSpectrumModel* clone() const override;

public:
    HeuristicCubicSpectrumModel();
};

class TASMIPSpectrumModel : public FixedXraySpectrumModel
{
    CTL_TYPE_ID(43)

    // abstract interfaces
    public: TASMIPSpectrumModel* clone() const override;

public:
    explicit TASMIPSpectrumModel(float tubeVoltage = 100.0f);

    void setParameter(const QVariant& parameter) override;

private:
    TabulatedDataModel TASMIPtable(float tubeVoltage);
    using FixedXraySpectrumModel::setLookupTable;
};

} // namespace CTL

#endif // CTL_XRAYSPECTRUMMODELS_H