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event_detect_in_class.h
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#ifndef _EVENT_DETECT_IN_CLASS_H
#define _EVENT_DETECT_IN_CLASS_H
#include "traffic_incident.h"
using namespace std;
class Device_Detect { //交叉口事件汇总类
public:
Device_Detect() {};
Device_Detect(string json_File_Name) {
read_Detect_JsonFile(json_File_Name, detect_Config);
detect_Config_Points = get<0>(detect_Config);
lanes_Num = get<1>(detect_Config);
volume_test = Volume_Caculation(lanes_Num,true, detect_Config_Points);
speed_test = Space_Speed_Caculation(lanes_Num, 1800, 60.0/3.6, detect_Config_Points);
capacity_test = Capacity_Caculation(lanes_Num, 4.0, 60.0/3.6, detect_Config_Points);
max_queue_test = Max_Queue_Caculation(lanes_Num, true, 5.0/3.6, 20/3.6, 2, map_Lanes_Queue, detect_Config_Points);
//stops_test = Stops_Caculation(lanes_Num, window_Interval, speed_Start, min_Stop_Duration, detect_Config_Points);
};
public:
Volume_Caculation volume_test; //定义流量指标
Space_Speed_Caculation speed_test; //定义平均空间速度指标
Capacity_Caculation capacity_test; //定义平均车头时距指标
Max_Queue_Caculation max_queue_test; //定义排队长度指标
//Stops_Caculation stops_test; //定义停车次数指标
tuple<map<string, vector<vector<Point>>>, int> detect_Config; //配置文件
map<string, vector<vector<Point>>> detect_Config_Points; //检测区间
int lanes_Num; //进口道的车道总数
map<int, Vehicleincident_Detection> map_Vehs_Entry, map_Vehs_Stop; //记录entry-stop对中，车辆上一时刻的信息
map<int, bool> map_Lanes_Queue; //记录车道排队的状态
map<int, Vehicleincident_Detection> map_Vehs_Entry_noparking, map_Vehs_Stop_noparking;
map<int, Vehicleincident_Detection> map_Vehs_Entry_intersection, map_Vehs_Stop_intersection;
map<int, Vehicleincident_Detection> illegal;
map<int, int> map_trafficincident;
vector<Vehicleincident_Detection> vehs_test;
bool gatewaywarninglable = false;
int link_congestionlabel = 0;
map<int, int> lane_congestionlabel;
};
class Event_detect
{
public:
void recieve_data();
void update_Config_Info();
public:
Event_detect();
~Event_detect();
public:
tuple<int, double, double, double, double, double, int, int, double, double, double, double, double, double, int, double, double, double, double, int, double, int> intersection_Config; //交叉口配置
map<int, Device_Detect> intersection_Devices_Detect; //根据雷达数，建立对应的事件变量数组
int eventID = 0; //事件ID编号
bool flag = false; //时间间隔内，是否已统计
bool test_flag = false;
string config_File_Name = ""; //配置文件的目录
int devices_num = 4; //雷达数/进口道数
double MaxSpeedUpper = 200 / 3.6; //车辆最高速度
double MaxLimitedSpeed = 60.0 / 3.6; //路段限速值
double MinLimitedSpeed = 5.0 / 3.6;
double ParkingSpeed = 2.0 / 3.6;
double NegativeSpeed = 5.0 / 3.6;
int MaxLimitedVehicleNum_Link = 8;
int MaxLimitedVehicleNum_Lane = 3;
double MaxLimitedPresenceTime = 20.0;
double MaxLimitedAccidentTime = 20.0;
double MaxLimitedTime = 50000.0;
double CongestionSpeed_Slight = 20.0 / 3.6;
double CongestionSpeed_Moderate = 10.0 / 3.6;
double CongestionSpeed_Severe = 5.0 / 3.6;
int window_Interval = 30 * 60; //车辆数据保存的最大时间窗口
double time_Interval = 60.0;
int pz = -1;
};
#endif