DataPlayer/ChaosDataPlayer/global.h

#ifndef GLOBAL_H
#define GLOBAL_H

#include <QObject>
#include <QVector>
#include <QMap>
#include <qcolor.h>
#include "qmap.h"

#define SAVE_SPEEDTIME          //存储转速时间戳
enum Except{ EXCEP_ZERO,EXCEP_ONE};
extern bool AddFlag;
extern QString DeviceNO;
typedef struct tag_WAVE_DATA{
    QString channelId;
    QString channelName;
    int  wavesize;
    int  SamleRate;
    int  SamleRateRealTime;
    float mean;
    QString sensorType;
    int channelNo;
    int Time;
    QString pairChannelID;
    QVector<float> waveData;
    QVector<double> waveDataRealTime;
    QColor linColor;
    QVector<double> SpeedProfileSpeed;
    QString sensorEngineeringUnit;
    QString speedRefChannelId;
    double sensorGapVoltage;
    double sensorSensitivity;
    int iTrigger;
    int iKeyCount;
    float iTriggerValue;
    float iHysteresis;
    bool tachAutoTach;
    QVector<double> TimeStamp;
    QVector<double> RMSValue;
    tag_WAVE_DATA(){
        channelId = "";
        channelName = "";
        wavesize = 0;
        SamleRate = 0;
        mean = 0.0;
        sensorType = "";
        channelNo = 0;
        Time = 0;
        pairChannelID = "";
        sensorEngineeringUnit = "";
        speedRefChannelId = "";
        iTrigger = -1;
        iKeyCount= 0;
        iTriggerValue = 0.0;
        iHysteresis = 0.0;
    }
} WAVE_DATA;
typedef struct {
    QString channelId;
    float wavedata;
} WAVE_ALLDATA;

typedef struct {
    int Second;
    QString channelId;
    QVector<float> waveData;
    QVector<double> TimeStamp;
} WAVE_CHNDATA;

//实时数据
typedef struct {
    int total;
    int count;
    int type;     // 1: 转速通道   0:其他
    int number;   // 原始数据量
    int flag;     // 平台标识
    char channelId[16];
    char SensorEngineeringUnit[32];
    float waveData[32768];
} WAVE_CONTAIN;

typedef struct {
    QString channelId;
    QVector<float> wavedata;
} WAVE_CSVDATA;

typedef struct {
    QVector<double> Key;
    QVector<double> wavedata;   //原始数据
    QVector<double> wavedataEnv;//包络数据
    QVector<double> wavedata_DC;
    QVector<double> TimeStamp;
    QColor linColor;
    QString channelType;
    QString sensorEngineeringUnit;
    int  SamleRate;
    float mean;
    double meanRpm;
    QString channleName;
    int iTrigger;
    int iKeyCount;
    float iTriggerValue;
    float iHysteresis;
    bool tachAutoTach;
} WAVE_DISPALYDATA;

typedef struct{
    QString channelId;
    QString channelType;
    QString channelName;
    int channelSamleRate;
    QString sensorType;
    QString  pairChannelID;
    QString equipmentName;
    int TachTriggerPerRev;
    QString sensorEngineeringUnit;
    QString speedRefChannelId;
    bool tachAutoTach;
    QVector<double> SpeedProfileSpeed;
    QVector<double> RMSValue;
    double sensorGapVoltage;
    double sensorSensitivity;
    int iTrigger;
    int iKeyCount;
    int iTriggerValue;
    int iHysteresis;
}WAVE_INFO;

typedef struct tag_DEVICE_INFO{
    QString DeviceMac;
    QString DeviceName;
    QString DeviceIP;
    QString DeviceType;
    tag_DEVICE_INFO(){
        DeviceMac = "";
        DeviceName = "";
        DeviceIP = "";
        DeviceType = "";
    }
}DEVICE_INFO;


typedef struct tag_REPORT_INFO{
    QString DeviceMac;
    QString DeviceName;
    QString DevicemCollectTime;

    tag_REPORT_INFO(){
        DeviceMac = "";
        DeviceName = "";
        DevicemCollectTime = "";
    }
}REPORT_INFO;

typedef struct {
    QVector<double> key;
    QVector<double> value;
} KeyPhasor;



typedef struct tag_RotatingSpeed{
    int iTrigger;
    int iTriggerValue;
    int iKeyCount;
    int iHysteresis;
    tag_RotatingSpeed(){
        iTrigger = -1;
        iTriggerValue = 0;
        iKeyCount = 0;
        iHysteresis = 0;
    }
}RotatingSpeed ;

class global
{
public:
    global();
    ~global();
    void Sleep(int msec);
public:
    static quint16 port;
    static QString IpAddr_G;  //设备IP
    static QString MacAddr_G; //设备MAC地址
    static QString FilePath_G; //文件路径
    static int m_nowChannel;  //当前通道
    static int Count_G; //dat文件总共秒数
    static QVector<double> m_featureData;
    static RotatingSpeed rotatingSpeed;
};

#endif // GLOBAL_H