前处理条基截面定义 Struct TI_TiaoJiSect_D 数据项 类型 编码 默认值 截面编号 _T_KEY mNo 0 截面类型 _T_KEY mType 0 基础底面宽度 double mB 0 基础高度 double mH 0 基础底面挑出宽度 double mTCWidth 0 参考墙厚 double mWallTh1 0 第二墙厚 double mWallTh2 0 墙净距 double mWallRDis 0 基础相对墙体偏心 double mEcc 0 无砂浆缝时放脚宽 double mFeetWidth0 0 有砂浆缝时放脚宽 double mFeetWidth1 0 混凝土条基端部高-左端 double mEndH_L 0 混凝土条基端部高-左端 double mEndH_R 0 转换成c++结构体 并给出注释和初始化函数，构造函数，析构函数；构造调用初始化函数，拷贝构造函数，重载=号，分h和cpp实现

下面是转换成C++结构体的代码：

struct TI_TiaoJiSect_D {
    string mNo;         // 截面编号
    string mType;       // 截面类型
    double mB;          // 基础底面宽度
    double mH;          // 基础高度
    double mTCWidth;    // 基础底面挑出宽度
    double mWallTh1;    // 参考墙厚
    double mWallTh2;    // 第二墙厚
    double mWallRDis;   // 墙净距
    double mEcc;        // 基础相对墙体偏心
    double mFeetWidth0; // 无砂浆缝时放脚宽
    double mFeetWidth1; // 有砂浆缝时放脚宽
    double mEndH_L;     // 混凝土条基端部高-左端
    double mEndH_R;     // 混凝土条基端部高-右端

    // 初始化函数
    void init(string No, string Type, double B, double H, double TCWidth, double WallTh1, double WallTh2, double WallRDis,
              double Ecc, double FeetWidth0, double FeetWidth1, double EndH_L, double EndH_R) {
        mNo = No;
        mType = Type;
        mB = B;
        mH = H;
        mTCWidth = TCWidth;
        mWallTh1 = WallTh1;
        mWallTh2 = WallTh2;
        mWallRDis = WallRDis;
        mEcc = Ecc;
        mFeetWidth0 = FeetWidth0;
        mFeetWidth1 = FeetWidth1;
        mEndH_L = EndH_L;
        mEndH_R = EndH_R;
    }

    // 构造函数
    TI_TiaoJiSect_D() {
        init("", "", 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
    }

    // 析构函数
    ~TI_TiaoJiSect_D() {}

    // 拷贝构造函数
    TI_TiaoJiSect_D(const TI_TiaoJiSect_D& other) {
        init(other.mNo, other.mType, other.mB, other.mH, other.mTCWidth, other.mWallTh1, other.mWallTh2, other.mWallRDis,
             other.mEcc, other.mFeetWidth0, other.mFeetWidth1, other.mEndH_L, other.mEndH_R);
    }

    // 重载=号
    TI_TiaoJiSect_D& operator=(const TI_TiaoJiSect_D& other) {
        if (this != &other) {
            init(other.mNo, other.mType, other.mB, other.mH, other.mTCWidth, other.mWallTh1, other.mWallTh2, other.mWallRDis,
                 other.mEcc, other.mFeetWidth0, other.mFeetWidth1, other.mEndH_L, other.mEndH_R);
        }
        return *this;
    }
};

下面是分h和cpp实现的代码：

// TI_TiaoJiSect_D.h
#ifndef TI_TiaoJiSect_D_h
#define TI_TiaoJiSect_D_h

#include <string>

using namespace std;

struct TI_TiaoJiSect_D {
    string mNo;         // 截面编号
    string mType;       // 截面类型
    double mB;          // 基础底面宽度
    double mH;          // 基础高度
    double mTCWidth;    // 基础底面挑出宽度
    double mWallTh1;    // 参考墙厚
    double mWallTh2;    // 第二墙厚
    double mWallRDis;   // 墙净距
    double mEcc;        // 基础相对墙体偏心
    double mFeetWidth0; // 无砂浆缝时放脚宽
    double mFeetWidth1; // 有砂浆缝时放脚宽
    double mEndH_L;     // 混凝土条基端部高-左端
    double mEndH_R;     // 混凝土条基端部高-右端

    void init(string No, string Type, double B, double H, double TCWidth, double WallTh1, double WallTh2, double WallRDis,
              double Ecc, double FeetWidth0, double FeetWidth1, double EndH_L, double EndH_R);

    TI_TiaoJiSect_D();

    TI_TiaoJiSect_D(const TI_TiaoJiSect_D& other);

    TI_TiaoJiSect_D& operator=(const TI_TiaoJiSect_D& other);

    ~TI_TiaoJiSect_D();
};

#endif /* TI_TiaoJiSect_D_h */


// TI_TiaoJiSect_D.cpp
#include "TI_TiaoJiSect_D.h"

void TI_TiaoJiSect_D::init(string No, string Type, double B, double H, double TCWidth, double WallTh1, double WallTh2, double WallRDis,
                           double Ecc, double FeetWidth0, double FeetWidth1, double EndH_L, double EndH_R) {
    mNo = No;
    mType = Type;
    mB = B;
    mH = H;
    mTCWidth = TCWidth;
    mWallTh1 = WallTh1;
    mWallTh2 = WallTh2;
    mWallRDis = WallRDis;
    mEcc = Ecc;
    mFeetWidth0 = FeetWidth0;
    mFeetWidth1 = FeetWidth1;
    mEndH_L = EndH_L;
    mEndH_R = EndH_R;
}

TI_TiaoJiSect_D::TI_TiaoJiSect_D() {
    init("", "", 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
}

TI_TiaoJiSect_D::TI_TiaoJiSect_D(const TI_TiaoJiSect_D& other) {
    init(other.mNo, other.mType, other.mB, other.mH, other.mTCWidth, other.mWallTh1, other.mWallTh2, other.mWallRDis,
         other.mEcc, other.mFeetWidth0, other.mFeetWidth1, other.mEndH_L, other.mEndH_R);
}

TI_TiaoJiSect_D& TI_TiaoJiSect_D::operator=(const TI_TiaoJiSect_D& other) {
    if (this != &other) {
        init(other.mNo, other.mType, other.mB, other.mH, other.mTCWidth, other.mWallTh1, other.mWallTh2, other.mWallRDis,
             other.mEcc, other.mFeetWidth0, other.mFeetWidth1, other.mEndH_L, other.mEndH_R);
    }
    return *this;
}

TI_TiaoJiSect_D::~TI_TiaoJiSect_D() {}