nmWTAI-Platform/Include/nmNum/nmData/nmDataForecast.h

#ifndef NMDATAFORECAST_H
#define NMDATAFORECAST_H

#include <QObject>

#include "nmData_global.h"
#include "nmDataBase.h"
#include "nmDataAttribute.h"

struct NM_DATA_EXPORT PressureRow {
    nmDataAttribute duration;
    nmDataAttribute pressure;

    PressureRow();
};

struct NM_DATA_EXPORT FlowRow {
    nmDataAttribute duration;
    nmDataAttribute q0;

    FlowRow();
};

struct NM_DATA_EXPORT ConstantPressure {
    nmDataAttribute initialPressure;
    nmDataAttribute abandonmentRate;
    bool isAbandonmentRate;
    nmDataAttribute maximumRate;
    bool isMaximumRate;
    nmDataAttribute forecastDuration;
    nmDataAttribute producingPressure;

    ConstantPressure();

    // Getter and Setter for initialPressure
    nmDataAttribute& getInitialPressure();
    void setInitialPressure(const nmDataAttribute& value);

    // Getter and Setter for abandonmentRate
    nmDataAttribute& getAbandonmentRate();
    void setAbandonmentRate(const nmDataAttribute& value);

    // Getter and Setter for isAbandonmentRate
    bool getIsAbandonmentRate() const;
    void setIsAbandonmentRate(bool value);

    // Getter and Setter for maximumRate
    nmDataAttribute& getMaximumRate();
    void setMaximumRate(const nmDataAttribute& value);

    // Getter and Setter for isMaximumRate
    bool getIsMaximumRate() const;
    void setIsMaximumRate(bool value);

    // Getter and Setter for forecastDuration
    nmDataAttribute& getForecastDuration();
    void setForecastDuration(const nmDataAttribute& value);

    // Getter and Setter for producingPressure
    nmDataAttribute& getProducingPressure();
    void setProducingPressure(const nmDataAttribute& value);
};

struct NM_DATA_EXPORT DecliningPressure {
    nmDataAttribute initialPressure;
    nmDataAttribute abandonmentRate;
    bool isAbandonmentRate;
    nmDataAttribute maximumRate;
    bool isMaximumRate;
    nmDataAttribute forecastDuration;
    nmDataAttribute producingPressureStart;
    nmDataAttribute producingPressureEnd;
    nmDataAttribute pressureChangePeriod;

    DecliningPressure();

    // Getter and Setter for initialPressure
    nmDataAttribute& getInitialPressure();
    void setInitialPressure(const nmDataAttribute& value);

    // Getter and Setter for abandonmentRate
    nmDataAttribute& getAbandonmentRate();
    void setAbandonmentRate(const nmDataAttribute& value);

    // Getter and Setter for isAbandonmentRate
    bool getIsAbandonmentRate() const;
    void setIsAbandonmentRate(bool value);

    // Getter and Setter for maximumRate
    nmDataAttribute& getMaximumRate();
    void setMaximumRate(const nmDataAttribute& value);

    // Getter and Setter for isMaximumRate
    bool getIsMaximumRate() const;
    void setIsMaximumRate(bool value);

    // Getter and Setter for forecastDuration
    nmDataAttribute& getForecastDuration();
    void setForecastDuration(const nmDataAttribute& value);

    // Getter and Setter for producingPressureStart
    nmDataAttribute& getProducingPressureStart();
    void setProducingPressureStart(const nmDataAttribute& value);

    // Getter and Setter for producingPressureEnd
    nmDataAttribute& getProducingPressureEnd();
    void setProducingPressureEnd(const nmDataAttribute& value);

    // Getter and Setter for pressureChangePeriod
    nmDataAttribute& getPressureChangePeriod();
    void setPressureChangePeriod(const nmDataAttribute& value);
};

struct NM_DATA_EXPORT MultiplePressures {
    nmDataAttribute initialPressure;
    nmDataAttribute abandonmentRate;
    bool isAbandonmentRate;
    nmDataAttribute maximumRate;
    bool isMaximumRate;

    MultiplePressures();

    QVector<PressureRow> pressureTable;

    // Getter and Setter for initialPressure
    nmDataAttribute& getInitialPressure();
    void setInitialPressure(const nmDataAttribute& value);

    // Getter and Setter for abandonmentRate
    nmDataAttribute& getAbandonmentRate();
    void setAbandonmentRate(const nmDataAttribute& value);

    // Getter and Setter for isAbandonmentRate
    bool getIsAbandonmentRate() const;
    void setIsAbandonmentRate(bool value);

    // Getter and Setter for maximumRate
    nmDataAttribute& getMaximumRate();
    void setMaximumRate(const nmDataAttribute& value);

    // Getter and Setter for isMaximumRate
    bool getIsMaximumRate() const;
    void setIsMaximumRate(bool value);

    QVector<PressureRow>& getPressureTable();
    void setPressureTable(const QVector<PressureRow>& table);

};

struct NM_DATA_EXPORT MultipleRates {
    nmDataAttribute initialPressure;

    MultipleRates();

    QVector<FlowRow> flowTable;

    // Getter and Setter for initialPressure
    nmDataAttribute& getInitialPressure();
    void setInitialPressure(const nmDataAttribute& value);

    QVector<FlowRow>& getFlowTable();
    void setFlowTable(const QVector<FlowRow>& table);
};

class NM_DATA_EXPORT nmDataForecast : public nmDataBase
{
public:
    nmDataForecast();
    ~nmDataForecast();
    nmDataForecast(const nmDataForecast& other);
    nmDataForecast& operator=(const nmDataForecast& other);

    enum ForecastOption {
        ConstantPressureOption = 0,
        DecliningPressureOption = 1,
        MultiplePressuresOption = 2,
        MultipleRatesOption = 3,
    };

    void setForecastOption(ForecastOption option);
    ForecastOption getForecastOption() const;

    void setConstantPressureData(const ConstantPressure& cp);
    ConstantPressure& getConstantPressureData();

    void setDecliningPressureData(const DecliningPressure& dp);
    DecliningPressure& getDecliningPressureData();

    void setMultiplePressuresData(const MultiplePressures& mp);
    MultiplePressures& getMultiplePressuresData();

    void setMultipleRatesData(const MultipleRates& mr);
    MultipleRates& getMultipleRatesData();

    virtual rapidjson::Value ToJsonValue(rapidjson::Document::AllocatorType& allocator) const override;
    virtual void FromJsonValue(const rapidjson::Value& jsonValue) override;

private:
    ForecastOption currentOption;
    ConstantPressure constantPressureData;
    DecliningPressure decliningPressureData;
    MultiplePressures multiplePressuresData;
    MultipleRates multipleRatesData;
};

#endif // NMDATAFORECAST_H