#pragma once

#include <string>

#pragma region DEFINITION


enum IRAY_SYNCMODE_CHANGE
{
	E_IRAY_SYNCMODE_NOCHANGE = 0,
	E_IRAY_SYNCMODE_CHANGED = 2,
	E_IRAY_SYNCMODE_SETFAILED = 4
};

enum AcqMode
{
	DEFAULT = 0,
	RAD,
	CF,
	PF,
	STITCH
};

typedef enum
{
	EVT_CODE_NA = 0,

	FPD_ACTIVE,//1
	FPD_NOT_ACTIVE,//2

} ste_code;

enum ENUM_EXPOSE_STATUS
{
	DOSE_ACCEPT = 0,
	DOSE_TOO_HIGH = 1,
	DOSE_TOO_LOW = 2,
	DOSE_OBJECT = 3

};

typedef enum
{
	WS_DIRE = 2,
}Struct_WS;

//探测器异步事件状态
enum ENUM_PANEL_EVENT_STATE
{
	PANEL_EVENT_END_OK = 0,
	PANEL_EVENT_END_ERROR = 1,
	PANEL_EVENT_START = 2,
	PANEL_EVENT_SUCCESS = 3,
	PANEL_EVENT_END = 4,
	PANEL_EVENT_BEGIN = 5,
	PANEL_EVENT_TIMEOUT = 6
};

enum SIEMENS_FD_STATUS
{
	FD_SUCCESS = 0,    //
	FD_ERROR = 5,    //DFR not ready because there is an Detector error.

	NO_OGP_SELECT = 8,
	//FD_RECOVERING               = 9,  //DFR is not ready because the FD is recovering.
	FD_TOO_HOT = 11,   //DFR is not ready because the Detector is too hot.
	//FD_OFFSET_IN_PROGRESS       = 15,   //FD offset is in progress
	FD_WLAN_TOO_LOW = 16,   //For NRF: WLAN power is too low for acquisition.

	FD_BATTERY_TOO_LOW = 18,   //Battery of mobile detector is too low for Acquisition.
	//LOW_BATT_ACQ_POSSIBLE       = 19,   //Battery of wireless FD is low but acquisition still possible (for future use)
	//FD_NOT_IN_OP_STATE          = 20,   //Detector not in operating state
	//FD_CONFG_OUT                = 21,   //Detector configured out
	//FD_IMG_RECOV                = 22,   //Detector image recovery in progress

};

typedef enum
{
	EVT_LEVEL_CONFIGURATION = 0x00,
	EVT_LEVEL_INFORMATOION = 0x01,
	EVT_LEVEL_STATUS = 0x02,
	EVT_LEVEL_DATA = 0x03,
	EVT_LEVEL_WARNING = 0x04,
	EVT_LEVEL_ERROR = 0x05,
} CcosEventLevel;

typedef enum
{
	EVT_CONF_PANEL_SERIAL = 0x00,
	EVT_CONF_RAW_WIDTH = 0x01,
	EVT_CONF_RAW_HIGHT = 0x02,
	EVT_CONF_RAW_BITS = 0x03,
	EVT_CONF_PIXELSPACE = 0x04,
	EVT_CONF_PREVIEW_WIDTH = 0x05,
	EVT_CONF_PREVIEW_HIGHT = 0x06,
	EVT_CONF_MODULE_TYPE = 0x07,
	EVT_CONF_MODULE_IP = 0x08,
	EVT_CONF_MODULE_SN = 0x09,
	EVT_CONF_FIRWARE_UPDATE = 0x0A,
	EVT_CONF_PART_NUMBER = 0x0B,
	EVT_CONF_BATTERY_SN = 0x0C,
	EVT_CONF_WIFI_SSID = 0x0D,
	EVT_CONF_IFBOARD = 0x0E,
	EVT_CONF_DATECODE = 0x0F,
	EVT_CONF_LIFETIME = 0x10,
} CcosEventConfigID;

typedef enum
{
	EVT_INFO_POWER_ON = 0x00,
	EVT_INFO_BATTERY_CAPACITY = 0x01,
	EVT_INFO_BATTERY_TEMPERATURE = 0x02,
	EVT_INFO_BATTERY_CHARGES = 0x03,
	EVT_INFO_WIFI_DATARATE = 0x04,
	EVT_INFO_WIFI_CHANNEL = 0x05,
	EVT_INFO_WIFI_SIGNALPOWER = 0x06,
	EVT_INFO_WIFI_NOISEPOWER = 0x07,
	EVT_INFO_FIRMWARE = 0x08,
	EVT_INFO_SHOCKSENSOR_INFO = 0x09,
	EVT_INFO_CALIBRATIOIN_TIME = 0x0A,
	EVT_INFO_FPVOLTAGE = 0x0B,
	EVT_INFO_CALIBRATIOIN_TIMEL = 0x0C, //长曝光模式
} CcosEventInfoID;

typedef enum
{
	EVT_STATUS_INIT = 0x00,
	EVT_STATUS_MOTION = 0x01,
	EVT_STATUS_UPDATE_FIRMWARE = 0x02,
	EVT_STATUS_SELFTEST = 0x03,
	EVT_STATUS_DETECTORSHARE = 0x04,
	EVT_STATUS_SINGLEINIT = 0x05,
	EVT_STATUS_SELECTPANEL = 0x06,
	EVT_STATUS_PANEL = 0x07,
	EVT_STATUS_CALIBRATIOIN = 0x08,
	EVT_STATUS_SAVECALIB = 0x09,
	EVT_STATUS_SAVEDEFECT = 0x0A,
	EVT_STATUS_ACQUISITION = 0x0B,
	EVT_STATUS_SINGLEEXP = 0x0C,
	EVT_STATUS_IMAGEPENDING = 0x0D,
	EVT_STATUS_TEMPERATURE = 0x0E,
	EVT_STATUS_WIFI = 0x0F,
	EVT_STATUS_BATTERY_VALUE = 0x10,
	EVT_STATUS_BATTERY_CHARGING = 0x11,
	EVT_STATUS_SHOCK_SENSOR = 0x12,
	EVT_STATUS_HALL_SENSOR = 0x13,
	EVT_STATUS_PING = 0x14,
	EVT_STATUS_PMSNOTOPEN = 0x15,
	EVT_STATUS_RESTOREFILES = 0x16,
	EVT_STATUS_LASTERROR = 0x17,
	EVT_STATUS_RESET = 0x18,
} CcosEventStatusID;

typedef enum
{
	EVT_DATA_RAW_IMAGE = 0x00,
	EVT_DATA_PREVIEW_IMAGE = 0x01,
	EVT_DATA_DOSEPARAM = 0x02,
} CcosEventDataID;

typedef enum
{
	EVT_ERR_COMMUNICATE = 0x00,
	EVT_ERR_EXP_REQUEST = 0x01,
	EVT_ERR_GET_IMAGE = 0x02,
	EVT_ERR_MAX_NUMBER = 0x03,
	EVT_ERR_SN_NOTINLIST = 0x04,
	EVT_ERR_POWER_OFF = 0x05,
	EVT_ERR_INIT_FAILED = 0x06,
} CcosEventErrorID;


enum ENUM_PANEL_RESET
{
	PANEL_RESET_BEGIN = 1,		//
	PANEL_RESET_OK = 2,	//
	PANEL_RESET_ERROR = 3
};

//探测器状态
enum ENUM_PANEL_STATUS
{
	PANEL_CLOSE = 0,
	PANEL_STANDBY = 1,
	PANEL_READY_EXP = 2,
	PANEL_XWINDOW_ON = 3,
	PANEL_XWINDOW_OFF = 4,
	PANEL_START_TRANSMIT = 5,
	PANEL_END_TRANSMIT = 6,
	PANEL_START_ACQ = 7,
	PANEL_END_ACQ = 8,
	PANEL_EXP_END_TIMEOUT = 9,
	PANEL_OFFSET_CAL = 10,
	PANEL_OFFSET_FINISH = 11,
	PANEL_GAIN_CAL = 12,
	PANEL_GAIN_FINISH = 13,
	PANEL_DEFECT_CAL = 14,
	PANEL_DEFECT_FINISH = 15,

	PANEL_INIT = 21,
	PANEL_SLEEP = 22,
	PANEL_GET_IMAGE = 23,
	PANEL_GAIN_PREPARE = 24,
	PANEL_GAIN_READY_EXP = 25,

};

enum
{
	NOCAL,
	CAL_START,
	CAL_CONFIRM,
	CAL_REJECT,
	CAL_ABORT,
	CAL_END
};

struct DeviceIndexStruct
{
	bool bPreviewEnable;
	bool bInitOK;
	bool bConnectStatus;
	bool bModuleEnable;
	bool bExisted;
	bool bEventReturn;
	bool bSetCorrection;
	bool bReadWifi;
	bool bHallSensor;
	bool bReadTemperature;
	bool bReadBattery;
	bool bWriteROM;
	bool bTaskEnd;
	bool bCharging;
	bool bOffsetOver;
	bool bUpdateFirmware;
	bool bUploadCalibFile;
	bool bRecoveringImage;
	bool bWireless;
	bool bLivingTime;
	bool bImagePending;
	bool bConnectChanged;
	bool bActived;

	int HWindex;
	int Realindex;
	int nSyncMode;
	int nPanelExpWindowMode;
	int nSaturationValue;
	int nPanelID;
	int nDoseOfEXI;
	int nRequirehwMode;
	int	nWorkstation;
	int nWifiWarning;
	int nWifiLimit;
	int nCurrentWifiValue;
	int nBatteryWarning;
	int nBatteryLimit;
	int nCurrentBatteryValue;
	int nShockTimes;
	int nWifiChannel;
	int nWifiDataRate;
	int nWifiSignalPower;
	int nWifiNoisePower;
	int nCalibDueSetting;
	int nMaxShockNumber;
	int nForceGridSuppress;
	int nTemperCheckTimeConf;
	int nGridSuppressed;

	float fTemperatureMin;
	float fTemperatureMax;
	float fGradientMean;
	float fGradientStdDev;

	float fGridSuppressParam1;
	float fGridSuppressParam2;
	float fGridSuppressParam3;
	float fGridSuppressParam4;
	float fGridSuppressParam5;
	float fGridSuppressParam6;
	float fGridSuppressParam7;
	float fGridSuppressParam8;
	float fGridSuppressParam9;

	float fCalibTemperature;
	float fCalibTemperature1;
	float fCalibTemperature2;

	float fLTEthreshold;
	int nSaveRaw;
	int nSID;
	int nSendImageInterval;

	//ECM信息相关
	int nImageBits;
	int nRawWidth;
	int nRawHeight;
	int nFullImageWidth;
	int nFullImageHeight;
	int nPreviewWidth;
	int nPreviewHeight;
	int nWidthOffset;
	int nHeightOffset;
	int nImageTopffset;
	int nImageRightOffset;
	int nImageBottomOffset;
	int nImageLeftOffset;
	int nGridSuppFilterType;
	int nLifeTime;
	int nPowerOn;
	int nFirmwareStatus;
	int nTemperatureStatus;
	int nLastImageID;

	float fFactorEXI2UGY; //探测器EXI -> UGY 转换系数
	float fTemperWarning;
	float fTemperMaxLimit;
	float fTemperLowLimit;
	float fTemperMinLimit;
	float fCurrentTemperValue;
	float fPixelSpace; //像素大小

	std::string strAppConfFilePath; //配置文件路径
	std::string strDeviceName; //探测器名称
	std::string strPartNumber;
	std::string strWifiSSID;
	std::string strPanelSerial;
	std::string strFPDConfFilePath;//探测器自身配置文件路径
	std::string strIPAddress;
	std::string strCalibrationDate; //校正日期
	std::string strCalibrationDue;
	std::string strCalibrationLTEDate; //LTE校正日期
	std::string strCalibrationLTEDue;
	std::string strInterfaceBoard;
	std::string strDateCode;
	std::string strFirmware;
	std::string strSoftware;
	std::string strWorkDir; //SDK配置文件路径

	DeviceIndexStruct()
	{
		bConnectStatus = false;
		bExisted = false;
		bInitOK = false;
		bModuleEnable = false;
		bEventReturn = false;
		bSetCorrection = false;
		bReadWifi = false;
		bHallSensor = false;
		bReadTemperature = false;
		bReadBattery = false;
		bWriteROM = false;

		bTaskEnd = true;
		bCharging = false;
		bOffsetOver = false;
		bUpdateFirmware = false;
		bUploadCalibFile = false;
		bRecoveringImage = false;
		bWireless = false;
		bLivingTime = false;
		bImagePending = false;
		bConnectChanged = false;
		bActived = true;

		Realindex = 0;
		HWindex = 0;
		strAppConfFilePath = ""; //配置文件路径
		strDeviceName = ""; //探测器名称
		strWifiSSID = "NULL"; //探测器名称
		nSyncMode = 0;
		nPanelExpWindowMode = 0;
		nSaturationValue = 0;
		nGridSuppressed = 0;
		nPanelID = 0;
		nDoseOfEXI = 550;
		nRequirehwMode = 0;
		strPanelSerial = "";
		strFPDConfFilePath = "";//探测器自身配置文件路径
		strCalibrationDate = ("0");
		strCalibrationDue = ("0");
		strCalibrationLTEDate = ("0");
		strCalibrationLTEDue = ("0");
		fFactorEXI2UGY = 0.0;
		bPreviewEnable = false;
		fTemperWarning = 0.0;
		fTemperMaxLimit = 0.0;
		fTemperLowLimit = 0.0;
		fTemperMinLimit = 0.0;
		fCalibTemperature = 0.0;
		fCalibTemperature1 = 0.0;
		fCalibTemperature2 = 0.0;
		fCurrentTemperValue = 0.0;
		nWorkstation = -1;
		nWifiWarning = 0;
		nWifiLimit = 0;
		nCurrentWifiValue = -1;
		nBatteryWarning = 0;
		nBatteryLimit = 0;
		nCurrentBatteryValue = 0;//fixbug 9728泰雷兹探测器电量为0时不给这个值赋值，西门子还是想要0
		nGridSuppFilterType = 0;
		nShockTimes = -1;
		nWifiChannel = 0;
		nWifiDataRate = 0;
		nWifiSignalPower = 0;
		nWifiNoisePower = 0;

		nCalibDueSetting = 0;
		nMaxShockNumber = 0;
		nForceGridSuppress = 0;
		nTemperCheckTimeConf = 0;
		fTemperatureMin = 0.0;
		fTemperatureMax = 0.0;
		fGradientMean = 0.0;
		fGradientStdDev = 0.0;

		nGridSuppressed = 0;
		fGridSuppressParam1 = 0.0;
		fGridSuppressParam2 = 0.0;
		fGridSuppressParam3 = 0.0;
		fGridSuppressParam4 = 0.0;
		fGridSuppressParam5 = 0.0;
		fGridSuppressParam6 = 0.0;
		fGridSuppressParam7 = 0.0;
		fGridSuppressParam8 = 0.0;
		fGridSuppressParam9 = 0.0;

		fLTEthreshold = 450.0;
		nSaveRaw = 0;
		nSID = 0;
		nSendImageInterval = 20;

		fPixelSpace = 0.143f;
		//ECM信息相关
		nImageBits = 0;
		nRawWidth = 0;
		nRawHeight = 0;
		nFullImageWidth = 0;
		nFullImageHeight = 0;
		nPreviewWidth = 0;
		nPreviewHeight = 0;
		nWidthOffset = 0;
		nHeightOffset = 0;
		nLifeTime = 0;
		nPowerOn = 0;
		nFirmwareStatus = -1;
		nTemperatureStatus = 0;
		nLastImageID = 0;
	}
};

enum APP_STATUS
{
	APP_STATUS_IDLE = 0,
	APP_STATUS_WORK_BEGIN, //1
	APP_STATUS_WORK_END, //2
	APP_STATUS_DETSHARE_BEGIN, //3
	APP_STATUS_DETSHAR_END, //4
	APP_STATUS_CAL_BEGIN, //5
	APP_STATUS_CAL_END, // 6
	APP_STATUS_WORK_IN_SENSITIVITY, //7
};

typedef enum
{
	FD_INIT_NULL = -1,
	FD_INIT_FAILED = 0,
	FD_INIT_SUCCESS = 1,
}fd_init_status;

enum
{
	GRID_CONF_AUTO = 0,
	GRID_CONF_YES = 1,
	GRID_CONF_NO = 2,
};

enum
{
	GRID_STATE_ERROR = -3,
	GRID_STATE_PARAM_ERROR = -2,
	GRID_STATE_PARAM_NULL = -1,
	GRID_STATE_NO = 0,
	GRID_STATE_VERTICAL = 1,
	GRID_STATE_HORIZONTAL = 2,
};

enum TEMP_STATUS
{
	TEMP_NORMAL = 0,
	TEMP_WARNING, //1
	TEMP_TOO_HIGH, //2
	TEMP_TOO_LOW, //3
};

#define HEADER_SIZE 128  
typedef struct {
	long fileMagic;
	long numberColumns;
	long numberRows;
	long numberFrames;
	long storageType;
	long quantLevels;
	float maxSignalLevel;
	float minSignalLevel;
	long historyLength;
	char reservedArea[HEADER_SIZE - 7 * sizeof(long)-2 * sizeof(float)];
} FXDHeader;

#pragma endregion DEFINITION