#ifndef TRM_DRIVINGFACE_H
#define TRM_DRIVINGFACE_H
#include <string>
#include <vector>
#include "point.h"

#define ZERO_PRECISION 1E-3		//为零的精度

struct time_point:public point{
    time_t m_t; //此坐标当前记录到队列的时间
};

/*
 * 掘进机的三率业务类 
 *
*/
struct drivingface_biz{
    uint64_t m_rec_time;                        //接收时间
    uint64_t m_record_totals;                   //当前记录点个数
    uint64_t m_record_cycle_start_time;         //开始记录的起始时间
    double m_record_min_dist;		            //周期内最小距离值
    double m_record_max_dist;		            //周期内最大距离值
    double m_record_avg_dist;                   //当前记录内的平均距离
    bool m_b_first_record;                      //是否开始新一条数据的记录标志位
    std::string m_str_record;                   //记录1分钟内距离和时间信息
    std::vector<time_point> m_vt_points;        //存储1分钟内点的坐标

    drivingface_biz(){
        m_record_totals = 0;
        m_record_cycle_start_time = 0;
        m_record_avg_dist = 0.0;
        m_b_first_record = true;
        m_str_record = "";
    }
};

struct drivingface_card:public point,public drivingface_biz
{
    uint64_t m_drivingface_id;
    std::string m_card_id;
    uint64_t m_vehicle_id;
    uint64_t m_area_id;
    uint64_t m_relay_small_reader_id;   //中继小分站
    uint64_t m_locate_small_reader_id;  //定位小分站
    uint64_t m_big_reader_id;           //定位大分站，用于区分方向
    uint64_t m_dept_id;
    double m_schedule_tunnelling_times; //计划排数
    double m_drifting_footage_unit;     //排数的间距
    double m_schedule_work_times;		//计划工作时长
    bool m_old_state;                   //之前掘进机的状态
    bool m_cur_state;                   //当前掘进机的状态
    bool m_restart;                     //是否重启中(true = 没更新最大位置)
    double m_max_distance;              //最大距离
    point m_max_point;                  //最大距离时的位置信

    std::vector<point> m_vt_ref_points;         //掘进面资料维护表中的数据
    double m_total_ref_point_dist;	            //基准点之间的累计距离
    double  m_fOffset;                          //掘进面资料维护表中的数据-偏移数据

    drivingface_card():point(0,0,0){
        m_drivingface_id = m_area_id = m_relay_small_reader_id = m_locate_small_reader_id = m_big_reader_id = m_dept_id = 0;
        m_schedule_tunnelling_times = m_drifting_footage_unit = m_max_distance = 0.0;
        m_old_state = m_cur_state = false;
        m_restart = true;
        m_vehicle_id = 0;
        m_card_id = "";
        m_fOffset = 0;
        m_total_ref_point_dist = 0;
    }
    ~drivingface_card(){};
};

//typedef std::unordered_map<std:string,std::shared_ptr<drivingface_card>> unMapDrivingfaceCard;

#endif