gtcvr/gtaoidcore.h

//
// Created by lloyd on 2020/12/2.
//

#ifndef GTCVR_GTAOIDCORE_H
#define GTCVR_GTAOIDCORE_H

#include "DataMapping/dgns_gtbaseparam.h"

class gtaoidcore {
public:
    class gtrevision {
    public:

        std::string sgt;
        std::string sgtx;
        double cha;
        std::string result = "";
        double **cardArray;
        double **card;
        double cc1;
        double maxLoad;
        double minLoad;
        double maxShift;
        double minShift;
        int pointNum;
        double loadmin;
        int minShiftPoint;
        int maxShiftPoint;
        double maxShiftLoad;
        double minShiftLoad;


    public:
        void sgt_encode(dgns_gtbaseparam *_dgns_gtbaseparam);
    };

    class calbgt {
    public:
        double maxShift;
        double minShift = 1000;
        double maxLoad;
        double minLoad;
        std::string cha;
        std::string _maxShift;
        std::string _minShift;
        std::string _maxLoad;
        std::string _minLoad;
        double cc;
        double cc1;
        int pointNum;
        double **card;
        double **cardSlope;
        double **cardMakeUp;
        double znxs;
        double theorycc;
        double power;
        double yxcc;
        double makeUpPower;
        std::string result;
        gtrevision _encode;
        std::string bgtstr = "";
        std::vector<std::vector<double>> bgt;
        int calnumb = 0;

        void cal_bgt(const gtrevision &_encode, const std::string &zdjg);

        int p;
    private:

        double dFunXShXiGeMa_n(double dWuMiGa, double DT, int iCShn, double *dZaiHe, int iDianShu);

        double dFunXShTao_n(double dWuMiGa, double DT, int iCShn, double *dZaiHe, int iDianShu);

        double dFunXShMiu_n(double dWuMiGa, double DT, int iCShn, double *dWeiYi, int iDianShu);

        double dFunXShDeErTa_n(double dWuMiGa, double DT, int iCShn, double *dWeiYi, int iDianShu);

        double dFunFLYZaiHe(double dWuMiGa, int iCShn, double *dXiGeMa, double *dTao, double dShiJian_t);

        double dFunYWeiYi(double dWuMiGa, int iCShn, double *dMiu, double *dDeErTa, double dShiJian_t);

        double dFunSH(double dz);

        double dFunXSha_n(double dWuMiGa, int iCShn, double dCShC, double dCSHa);

        double dFunXShB_n(double dWuMiGa, int iCShn, double dCShC, double dCSHa);

        double dFunXShK_n(double dan, double dBn, double DXiGeMa, double dTaon, double dE, double dAr);

        double dFunXShU_n(double dan, double dBn, double DXiGeMan, double dTaon, double dE, double dAr);

        double
        dFunZLXShC(double dWuMiGa, double dCSHa, double dCSh_u, double dRor, double dAr, double dDt, double dDr,
                   double dL);

        double dFunO_n(double dx, double dKn, double dBn, double dDeErTan, double dan, double dUn, double dMiun);

        double dFunP_n(double dx, double dKn, double dBn, double dDeErTan, double dan, double dUn, double dMiun);

        double
        dFunPianO_n(double dx, double dKn, double dBn, double dDeErTan, double dan, double dUn, double dMiun,
                    double dTaon,
                    double DXiGeMan, double dE, double dAr);

        double
        dFunPianP_n(double dx, double dKn, double dBn, double dDeErTan, double dan, double dUn, double dMiun,
                    double dTaon,
                    double DXiGeMan, double dE, double dAr);

        double
        dFunUxt(double dx, double dWuMiGa, double dXiGeMa0, double dMiu0, double dE, double dAr, int iCShn, double *dOn,
                double *dPn, double dShiJian_t);

        double
        dFunFxt(double dWuMiGa, double dXiGeMa0, double dE, double dAr, int iCShn, double *dPianOn, double *dPianPn,
                double dShiJian_t);

        std::vector<std::vector<double>>
        subGeJiGanGT(double dNowGanSh, double dGanJing, double GanMidu, double DXML_E, double *DdiMianWY,
                     double *dYeZhong,
                     double chongci, int TotalPoint, int UpPoint, int iNN1, double Viscosity, double Tubingsize,
                     double &dzxwyzh, double &dzxwy, double &dbmaxload, double &dbminload, double &ddZNXShC);
    };

    class CardSlopeRec {
    public:
        double Card_Shift;
        double Card_Slope;
        double PumpCard_Shift;
        double PumpCard_Slope;
    };

    /**
     *
     * @param sgt
     * @param bgt
     * @param cc
     * @param cc1
     * @param zdjg
     * @param bj 泵径 mm
     * @param bs 泵深 m
     * @param hsl  含水率 %
     * @param smd 水密度 t/m³
     * @param ymd 油密度 t/m³
     * @param qyb 气液比 小数
     * @param dym 动液面 m
     * @param bdxs
     * @param gradient_1
     * @param gradient_10
     * @param gradient_2
     * @param gradient_3
     * @param gradient_4
     * @param gradient_5
     * @param gradient_6
     * @param gradient_7
     * @param gradient_8
     * @param gradient_9
     * @param dividenum_1
     * @param dividenum_2
     * @param dividenum_3
     * @param dividenum_4
     * @param dividenum_5
     * @param dividenum_6
     * @param dividenum_7
     * @param dividenum_8
     * @param dividenum_9
     * @param dividenum_10
     * @return 日产液量 日产油量 日产水量 日产气量 泵效  理论排量 实际冲程 有效冲程 左冲程  右冲程 冲程损失 漏失损失 gyss 有效冲程比例
     */
    std::vector<double>
    cal_ylandon(std::vector<std::vector<double>> sgt, std::vector<std::vector<double>> bgt, double cc, double cc1, std::string zdjg, double bj,
                double bs, double hsl, double smd, double ymd, double qyb, double dym, double bdxs, double gradient_1,
                double gradient_10, double gradient_2, double gradient_3, double gradient_4, double gradient_5,
                double gradient_6, double gradient_7, double gradient_8, double gradient_9, double dividenum_1,
                double dividenum_2, double dividenum_3, double dividenum_4, double dividenum_5, double dividenum_6,
                double dividenum_7, double dividenum_8, double dividenum_9, double dividenum_10);
};


#endif //GTCVR_GTAOIDCORE_H