Deliver/include/Detector_Model_Def.h

#pragma once
#define DETECTOR_MODEL_DEF_API 
#define DETECTOR_MODEL_DEF_C_API extern "C"

#include "CcosLock.h"
#include "ResDataObject.h"

#define OEM_IF
#define OEM_NOTIFY
#define MAX_STRING 1024


static const char* IMAGE_DEADLINE_TOP = "DeadLineTop";
static const char* IMAGE_DEADLINE_LEFT = "DeadLineLeft";
static const char* IMAGE_DEADLINE_RIGHT = "DeadLineRight";
static const char* IMAGE_DEADLINE_BOTTOM = "DeadLineBottom";

//typedef enum _Packet_Cmd {
//	PACKET_CMD_NONE = -1,
//	PACKET_CMD_OPEN,
//	PACKET_CMD_CLOSE,
//	PACKET_CMD_GET,
//	PACKET_CMD_UPDATE,
//	PACKET_CMD_ADD,
//	PACKET_CMD_DEL,
//	PACKET_CMD_EXE,
//	PACKET_CMD_DATA,
//	PACKET_CMD_MSG,
//	PACKET_CMD_ONLINE,//设备掉线后重新注册到Root
//	PACKET_CMD_MAX
//
//}PACKET_CMD;

//属性Action
typedef enum _AttrAction {
	ATTRACTION_GET,
	ATTRACTION_SET,
	ATTRACTION_ADD,
	ATTRACTION_DEL,
	ATTRACTION_UPDATE,
	ATTRACTION_DATA,
	ATTRACTION_MSG,
	ATTRACTION_MAX
}ATTRACTION;

//
//typedef enum _Ret_Status {
//	RET_THREAD_INVALID = -4,//the calling thread is not owner
//	RET_INVALID = -3,//the handle is invalid
//	RET_NOSUPPORT = -2,//device not support
//	RET_TIMEOUT = -1,//超时(无接收命令)
//	RET_FAILED = 0,//执行命令失败
//	RET_PENDING,//设备有接收命令，但无反馈(在一定时间内无反馈情况)
//	RET_SUCCEED,//设备执行命令成功
//	RET_ONGOING,//设备执行命令已经完成,但是没有达成目标.
//	RET_FINISHED,//设备执行命令已经完成,且有达成目标.
//	RET_WARNING
//}RET_STATUS;

typedef enum ZSKK_FPD_State
{
	ECOM_FPD_STATE_NOT_INI = 0,
	ECOM_FPD_STATE_ERR,
	ECOM_FPD_STATE_STANDBY,
	ECOM_FPD_STATE_PREPARE,
	ECOM_FPD_STATE_READY,
	ECOM_FPD_STATE_SLEEP,
	ECOM_FPD_STATE_SHUTDOWN,
	ECOM_FPD_STATE_EXIT

}ZSKK_FPD_STATE;

//------------------------采集命令相关----------------------------------------------------BEGIN
#define CcosExpireAcqCmd ("ExpireAcqCmd")
typedef enum _Ccos_Expire_Acq_Cmd
{
	CCOS_EXPIRE_ACQ_ON,
	CCOS_EXPIRE_ACQ_OFF,
	CCOS_EXPIRE_ACQ_MAX
}EXPIRE_ACQ_CMD;


//------------------------采集命令相关----------------------------------------------------END

//------------------------手闸相关----------------------------------------------------BEGIN
//因为现在没有发生器的模型定义，所以先把手闸相关的定义放到此处
#define CcosGeneratorSwitch ("GENERATORHSWITCH")
typedef enum _Ccos_Generator_Switch
{
	GENERATOR_SWITCH_OFF,
	GENERATOR_SWITCH_PREPARE, 
	GENERATOR_SWITCH_EXP, 
	GENERATOR_SWITCH_MAX
}GENERATOR_SWITCH;




//------------------------手闸相关----------------------------------------------------END

//------------------------Status相关----------------------------------------------------BEGIN
#define CcosDetectorExpectOp ("DetectorExpectOp")
typedef enum _Ccos_Detector_ExpectOp
{
	DETECTOR_EXPECT_NONE,
	DETECTOR_EXPECT_ACQ,
	DETECTOR_EXPECT_STOP,
	DETECTOR_EXPECT_MAX
}DETECTOR_EXPECTOP;

#define CcosDetectorWorkStatus ("DetectorWorkStatus")
typedef enum _Ccos_Detector_WorkStatus
{
	DETECTOR_WORK_ACQUIRE,
	DETECTOR_WORK_CALIBRATE,
	DETECTOR_WORK_MAX
}DETECTOR_WORK_STATUS;


#define CcosDetectorStatus ("DetectorStatus")
typedef enum _Ccos_Detector_Status
{
	DETECTOR_STATUS_SHUTDOWN,
	DETECTOR_STATUS_INIT,
	DETECTOR_STATUS_SLEEP,
	DETECTOR_STATUS_WAKEUP,//低能耗，能工作
	DETECTOR_STATUS_STANDBY,//高能耗，能采集
	//DETECTOR_STATUS_ACQ_WAIT,//在STANDBY状态，执行ACQ Action且没到ACQ状态
	DETECTOR_STATUS_ACQ,
	//DETECTOR_STATUS_STANDBY_WAIT,//在ACQ状态，执行StopAcq Action且没到STANDBY状态
	DETECTOR_STATUS_CALIB, //校正状态
	DETECTOR_STATUS_ERROR,
	DETECTOR_STATUS_MAX
}DETECTOR_STATUS;

typedef enum ENUM_SHARE_EVENT_STATE_
{
	PANEL_CONNECT_ERROR = 0,
	PANEL_ATTACH_START = 1,
	PANEL_CONNECT_OK = 2,
	PANEL_DISCONNECT_SUCCESS = 3,
	PANEL_DISCONNECT_ERROR = 4,
	PANEL_ATTACH_OVER = 5,
	PANEL_ATTACH_FAILED = 6,
	PANEL_ATTACH_NULL = 7,
	PANEL_ATTACH_FAILED_WITH_IMG = 8,
	PANEL_ATTACH_NEWSN = 9,
	PANEL_ATTACH_FAILED_WITHOUT_PERMISSION = 10,
	PANEL_START_STOREDIMAGE = 11,
	PANEL_END_STOREDIMAGE = 12,
	PANEL_EXPORT_AUTONUMOUS_FINISH = 13

}DETECTOR_SHARE_STATUS;

#define CcosEcomFPDState ("EcomFPDState")

#define CcosDetectorAttach ("DetectorAttach")
#define CcosDetectorAttachedFlag ("FPDAttached")

#define CcosDetectorConnectStatus ("DetectorConnectStatus")
typedef enum _Ccos_Detector_Connect_Status
{
	DETECTOR_CONNECT_ERROR = 0,
	DETECTOR_ATTACH_START = 1,
	DETECTOR_CONNECT_OK = 2,
	DETECTOR_DISCONNECT_SUCCESS = 3,
	DETECTOR_DISCONNECT_ERROR = 4,
	DETECTOR_ATTACH_OVER = 5,
	DETECTOR_ATTACH_FAILED = 6,
	DETECTOR_ATTACH_NULL = 7,
	DETECTOR_CONNECT_MAX
}DETECTOR_CONNECT_STATUS;

#define CcosDetectorInitialStatus ("DetectorInitialStatus")
typedef enum _Ccos_Detector_Ini_Status
{
	DETECTOR_INI_START = 0,
	DETECTOR_INI_SUCCESS = 1,
	DETECTOR_INI_FAILED = 2,
	DETECTOR_INI_MAX
}DETECTOR_INI_STATUS;

#define CcosDetectorUpdateFWStatus ("DetectorUpdateFWStatus")
typedef enum _Ccos_Detector_UFW_Status
{
	DETECTOR_UFW_ERROR = 0,
	DETECTOR_UFW_SUCCESS = 1,
	DETECTOR_UFW_START = 2,
	DETECTOR_UFW_ERROR_BATTERY = 3,
	DETECTOR_UFW_ERROR_OMIT = 4,
	DETECTOR_UFW_MAX
}DETECTOR_UFW_STATUS;

//------------------------Status相关----------------------------------------------------END

//------------------------IMAGE相关----------------------------------------------------BEGIN
typedef enum Image_View_Type
{
	IMAGE_FULL = 0,
	IMAGE_PREVIEW,
	IMAGE_AEC_PREVIEW,
	IMAGE_CAL
}IMAGE_VIEW_TYPE;


#define CcosImageInfo ("ImageInfo")

#define CcosImageFul ("ImageFull")
#define CcosImagePrev ("ImagePrev")

typedef enum Xray_Image_Type
{
	XRAY_IMAGE_DARK = 0,
	XRAY_IMAGE_XRAYED,
	XRAY_IMAGE_ANY,
	XRAY_IMAGE_MAX
}XRAY_IMAGE_TYPE;


//图像类型:IMAGE_VIEW_TYPE
//图像类型Support:Yes,No
//用例 : fullimage+yes/no,previmage+yes/no
#define CcosImageType ("ImageType")
#define CcosImageViewType ("ImageViewType")
#define CcosImageViewTypeSupprt ("ImageViewTypeSupprt")

#define CcosImageHeight ("ImageHeight")
#define CcosImageWidth ("ImageWidth")
#define CcosImageBits ("ImageBits")
#define CcosImageBlockSize ("ImageBlockSize")
#define CcosImagePixelSpacing ("ImagePixelSpacing")
#define CcosImageFPDSensitivity ("FPDSensitivity")
#define CcosImageFPDCoef ("FPDCoef")
#define CcosImageTargetEXI ("TargetEXI")

#define CcosImageLeftTrim ("ImageLeftTrim")
#define CcosImageRightTrim ("ImageRightTrim")
#define CcosImageTopTrim ("ImageTopTrim")
#define CcosImageBottomTrim ("ImageBottomTrim")


#define CcosImageReady ("ImageReady")
#define CcosImageFetchFlag ("ImageFetchFlag")




//所有图像的通用属性
class DETECTOR_MODEL_DEF_API ImageInfoEx : public ExJsonDataObject
{
	//TypeSupport:此类图像是否支持
	//ImageType:Full or Prev
	//ImageWidth,ImageHeight,ImageBit
	//ImageFetchFlag:可否Fetch进行取图
	//ImageReady:是否Ready
	//
public:
	ImageInfoEx();
	virtual ~ImageInfoEx();
};

//------------------------Gain相关----------------------------------------------------BEGIN
//增益
/*
设置：按照比率保存，Gain没有线性的设置，据我目测只有多个档位选择.
Gain的获取对外公开,Gain的设置不对外公开，只对OEM和DPC层公开,所以内部根据档位进行直接设置.
而档位的设置，放到DPC模块中的采集模式列表中.
*/

#define CcosGainTitle ("GAIN")
class DETECTOR_MODEL_DEF_API GainInfoEx : public ResDataObject
{
public:
	GainInfoEx();
	virtual ~GainInfoEx();

};
//------------------------Gain相关----------------------------------------------------END

//------------------------ZOOM相关----------------------------------------------------BEGIN
#define CcosZoomTitle ("ZOOM")
#define CcosZoomX1 ("ZoomX1")
#define CcosZoomY1 ("ZoomY1")
#define CcosZoomX2 ("ZoomX2")
#define CcosZoomY2 ("ZoomY2")
#define CcosFullZoomX ("FullZoomX")
#define CcosFullZoomY ("FullZoomY")

class DETECTOR_MODEL_DEF_API ZoomInfoEx : public ExJsonDataObject
{
public:
	ZoomInfoEx();
	virtual ~ZoomInfoEx();
};

//------------------------ZOOM相关----------------------------------------------------END
//------------------------BINNING相关----------------------------------------------------BEGIN
#define CcosBinningTitle ("BINNING")
#define CcosBinningX ("BinningX")
#define CcosBinningY ("BinningY")
class DETECTOR_MODEL_DEF_API BinningInfoEx : public ExJsonDataObject
{
public:
	BinningInfoEx();
	virtual ~BinningInfoEx();
};

//------------------------BINNING相关----------------------------------------------------END

//------------------------AcqMode相关----------------------------------------------------BEGIN

/*
关于AcqModeName:
用3个关键字描述，High(Low)Resolution,High(Low)FrameRate,High(Low)Dose.
一般情况HighResolution,必跟LowFrameRate,增益可以二选一High(Low)Dose.
一般情况LowResolution,跟HighFrameRate,增益LowDose.
其他情况，自行脑补...
策略上尽量都保持High最好,优先级 HighResolution > LowDose > HighFrameRate
*/
#define CcosAcqModeName ("AcqModeName")
#define CcosAcqMode ("AcqMode") //采集模式 1-RAD 2-TOMO 

//------------------------Seq相关----------------------------------------------------BEGIN
//#define XwindowTitle ("XWINDOW")
#define CcosXwindowSize ("XwindowSize")
#define CcosXwindowStatus ("XwindowStatus")

typedef enum _Xwindow_Status {
	XWINDOW_OFF,
	XWINDOW_ON,
	XWINDOW_MAX
}XWINDOW_STATUS;

#define CcosSyncMode ("SyncMode")

typedef enum _Sync_Mode {
	SYNC_MANUAL,
	SYNC_SOFTWARE,
	SYNC_HARDWARE, //带ECOM同步盒的硬同步
	SYNC_AED,
    SYNC_HARDWARE_DIRECT, //探测器、发生器直连的硬同步
	SYNC_MAX
}SYNC_MODE;

#define CcosHardwareTriggerMode ("HardwareTriggerMode")

typedef enum _Hardware_Trigger_Mode {
	HW_TRIGGER_NONE,
	HW_TRIGGER_INTERNAL,
	HW_TRIGGER_EXTERNAL,
	HW_TRIGGER_MAX
}HARDWARE_TRIGGER_MODE;

#define CcosImageReadingStatus ("ImageReadingStatus") //addbyys20200410 曝光过程中探测器反馈的有图像的状态。
                                                      //目前用于涛影项目，缩短第一二两次曝光的时间间隔

#define CcosFPDReadyStatus ("FPDReadyStatus") //addbyys20200526 探测器采集Ready的状态。
                        //目前用于涛影项目，拼接检查第一帧完毕后发这个消息告知子系统探测器状态

//------------------------Seq相关----------------------------------------------------END

#define CcosFrameRate ("FrameRate")


#define CcosDoseRange ("DoseRange")

#define CcosSensitivity ("Sensitivity")

class DETECTOR_MODEL_DEF_API AcqModeInfoEx : public ResDataObject
{
	//no key!!!!!，所以继承的是ResDataObject

	//ModeName
	//ZOOMX,ZOOMY
	//BINNINGX,BINNINGY
	//Width,Height,Bits
	//Trim(L,R,T,B)
	//Xwindow Size
	//FrameRate
	//Gain
	//doseRange
	//Sensitivity


public:
	AcqModeInfoEx();
	virtual ~AcqModeInfoEx();
};

#define AcqModeListTitle ("AcqModeList")


class DETECTOR_MODEL_DEF_API AcqModeInfoListEx : public ExJsonDataObject
{
	//normal key
	//1:AcqModeInfoEx1
	//2:AcqModeInfoEx2
	//3:AcqModeInfoEx3
	//4:AcqModeInfoEx4

public:
	AcqModeInfoListEx();
	virtual ~AcqModeInfoListEx();
};

#define CcosAcqModeIdx ("AcqModeIdx")

#define CcosLoopCount ("LoopCount")

typedef enum _TYPE_LOOPCOUNT
{
	TYPE_LOOP_INFINITE = -1,
	TYPE_LOOP_NONE = 0,
	TYPE_LOOP_ONE = 1,
	TYPE_LOOP_TWO = 2,
	TYPE_LOOP_THREE = 3,
	//...
}TYPE_LOOPCOUNT;

#define CcosCorrStrategy ("CorrStrategy")
/*
	校正策略：
		高2位Byte用于FrameCount : 1 --- 16
		低2位Byte用于FrameType（16BIT）  : 0代表Dark,1代表Xray
		例：
			        低 -------------> 高
			0x00030004, 0010 0000 ...  1100 0000 ...
		
		    FrameCount3,FrameType DDX
			采集3张，头两张为Dark,第三张为Xray.
*/


#define CcosFPDCurExamModeKey ("CurExamMode")


class DETECTOR_MODEL_DEF_API ExamModeInfoEx : public ResDataObject
{
	//no key!!!!!，所以继承的是ResDataObject
	//AcqModeIdx
	//Xwindow Size
	//FrameRate
	//CorrStrategy
	//LoopCount

public:
	ExamModeInfoEx();
	virtual ~ExamModeInfoEx();
};

#define CcosFPDExamModeListTitle ("ExamModeList")

class DETECTOR_MODEL_DEF_API ExamModeInfoListEx : public ExJsonDataObject
{
	//normal key
	//key : info
	//1   : AcqModeInfoEx1
	//2   : AcqModeInfoEx2
	//3   : AcqModeInfoEx3
	//4   : AcqModeInfoEx4

public:
	ExamModeInfoListEx();
	virtual ~ExamModeInfoListEx();

	DWORD GetIdxKeyForNew();

};


//------------------------AcqMode相关----------------------------------------------------END


//------------------------CalibrationInfo相关----------------------------------------------------BEGIN

#define CalibrationInfo ("CalibrationInfo")
#define CalibrationType ("CalibrationType")
#define ValidCorrectionMap ("ValidCorrectionMap")
#define CorrectionType ("CorrectionType")
#define CorrectionFlag ("CorrectionFlag")

#define DarkMapEffectiveTime ("DarkMapEffectiveTime")
#define XrayMapEffectiveTime ("XrayMapEffectiveTime")

#define RequestedFrameRate ("RequestedFrameRate")
#define RequestedDose ("RequestedDose")
//#define CalibrationStatus ("CalibrationStatus")
#define CalibrationFrameFetchFlag ("CalibrationFrameFetchFlag")
//#define CalibrationProgress ("CalibrationProgress")

#define AutoDarkCalibrationStatus ("AutoDarkCalibrationStatus")

typedef enum _Ccos_Calibration_Mode
{
	CCOS_CALIBRATION_MODE_ECOM = 0,
	CCOS_CALIBRATION_MODE_OEM = 1,
	CCOS_CALIBRATION_MODE_MAX
} CCOS_CALIBRATION_MODE;

typedef enum _Ccos_AutoDarkCalibration_Status {
	CCOS_AUTODARKCALIBRATION_STATUS_START,
	CCOS_AUTODARKCALIBRATION_STATUS_END,
	CCOS_AUTODARKCALIBRATION_STATUS_MAX
}CCOS_AUTODARKCALIBRATION_STATUS;

typedef enum _Ccos_Calibration_Type {
	CCOS_CALIBRATION_TYPE_NONE,
	CCOS_CALIBRATION_TYPE_DARK,
	CCOS_CALIBRATION_TYPE_XRAY,
	CCOS_CALIBRATION_TYPE_MAX
}CCOS_CALIBRATION_TYPE;

typedef enum _Ccos_Correction_Type {
	CCOS_CORRECTION_OP_NONE,
	CCOS_CORRECTION_OP_OFFSET,
	CCOS_CORRECTION_OP_GAIN,
	CCOS_CORRECTION_OP_DEFECT = 4,
	CCOS_CORRECTION_OP_GATELINE = 8,
	CCOS_CORRECTION_OP_DARK_NONE = 16,
	CCOS_CORRECTION_OP_DARK_OFFSET = 32,
	CCOS_CORRECTION_OP_DARK_GAIN = 64,
	CCOS_CORRECTION_OP_DARK_DEFECT = 128,
	CCOS_CORRECTION_OP_DARK_GATELINE = 256,
	CCOS_CORRECTION_OP_MAX
}CCOS_CORRECTION_TYPE;


typedef enum _Ccos_Calibration_Status {
	CCOS_CALIBRATION_STATUS_ERROR,
	CCOS_CALIBRATION_STATUS_STANDBY,
	CCOS_CALIBRATION_STATUS_ACTIVE,
	CCOS_CALIBRATION_STATUS_RUNNING,
	CCOS_CALIBRATION_STATUS_PAUSE,
	CCOS_CALIBRATION_STATUS_PREPARE,
	CCOS_CALIBRATION_STATUS_MAX
}CCOS_CALIBRATION_STATUS;

/*
	状态变迁：
		 --------------------------------------------
		↓                                          ↑
	Standby --Active--> (Active) --StartCali--> Running ------> (Pause)
										↑                          ↓
										 ----------------------------

*/


typedef enum _Ccos_Calibration_FrameFetch {
	CCOS_CALIBRATION_FRAMEFETCH_NONE,
	CCOS_CALIBRATION_FRAMEFETCH_ONLY,
	CCOS_CALIBRATION_FRAMEFETCH_CONFIRM,
	CCOS_CALIBRATION_FRAMEFETCH_MAX
}CCOS_CALIBRATION_FRAMEFETCH;

class DETECTOR_MODEL_DEF_API CalibrationDataInfo : public ExJsonDataObject,public CcosLock
{
	//Key:CalibrationInfo
	//CalibrationType:NONE,DARK,XRAY
	//CorrectionFlag:YET:1,NO:0
	//CorrectionType:OFFSET | GAIN | DEFECT
	//ValidCorrectionMap:OFFSET | GAIN | DEFECT
	//RequestedFrameRate:FLOAT
		//real frame rate
	//RequestedDose:FLOAT
		//exi
	//CalibrationStatus:ERROR,STANDBY,ACTIVE,RUNNING,PAUSE.
	//CalibrationFrameFetchFlag:NONE,FETCHONLY,FETCHCONFIRM.
	//CalibrationProgress:DWORD
		//0 - 100%

	//DarkMapEffectiveTime
	//XrayMapEffectiveTime
		//use time64_t point out the uneffective tm

public:
	CalibrationDataInfo();
	virtual ~CalibrationDataInfo();
};

//------------------------Ccos Configuration UI 相关----------------------------------------------------BEGIN

//--------- Attribute -----------//
#define DetectorAttribute ("Attribute")
#define DetectorVender ("DetectorVender")
#define DetectorModel ("DetectorModel")
#define DetectorDescription ("Description")
#define DetectorSerialNumber ("SerialNumber")
#define WiredIP ("WiredIP")
#define WirelessIP ("WirelessIP")
#define LocalIP ("LocalIP")
#define SyncType ("SyncType")
#define FPDWorkStation ("WorkStation") //table wall free share
#define ReConnect ("ReConnect") //从IsConnect改为ReConnect，避免和其它模块定义冲突
#define ImageFullWidth ("ImageFullWidth")
#define ImageFullHeight ("ImageFullHeight")
#define TempMaxLimit ("TempMaxLimit") //温度上限，禁止曝光
#define TempUpperLimit ("TempUpperLimit") //温度高阈值，警告
#define TempLowerLimit ("TempLowerLimit") //温度低阈值，警告
#define TempMinLimit ("TempMinLimit") //温度下限，禁止曝光
#define BatLowerLimit ("BatLowerLimit") //电量低阈值，警告
#define BatMiniLimit ("BatMiniLimit") //电量下限，禁止曝光
#define BatLowerLimitInCali ("BatLowerLimitInCali") //校正时电量低阈值，警告
#define WifiLowerLimit ("WifiLowerLimit")
#define WifiMiniLimit ("WifiMiniLimit")
#define HighPowerTimeout ("HighPowerTimeout") //长时间未曝光休眠
#define ImageSizeX ("ImageSizeX") //图像有效宽度
#define ImageSizeY ("ImageSizeY") //图像有效高度
#define ImageWidth ("ImageWidth") //图像有效宽度
#define ImageHeight ("ImageHeight") //图像有效高度
#define WidthOffset ("WidthOffset") //图像左侧裁剪长度
#define HeightOffset ("HeightOffset") //图像上方裁剪长度
#define ShowTemperature ("ShowTemperature") //是否显示温度
#define ShowWifi ("ShowWifi") //是否显示wifi
#define ShowBattery ("ShowBattery") //是否显示电量
#define ShowBluetooth ("ShowBluetooth") //是否显示蓝牙
#define FPDExamMode ("FPDExamMode") //应用检查模式 101、102、201、301、302...
#define FPDAcqMode ("FPDAcqMode") //探测器的采集模式
#define FPDModeMatch ("FPDModeMatch") //检查模式和采集模式的对应关系
#define RawImgWidth ("RawImgWidth")//raw图的宽
#define RawImgHeight ("RawImgHeight")//raw图的高
#define OnlyHaveFpd ("OnlyHaveFpd")//环境中是否只有探测器为真实设备 0-否 1-是
//#define CalibMode ("CalibMode")//校正方式0-ECOM 1-OTHER
#define SupportDDR ("SupportDDR")//是否支持DDR YES or NO
#define OperationMode ("OperationMode")//动态探测器ApplicationMode
#define ExamType ("ExamType")//动态探测器的触发模式 8-外触发 9-内触发
#define ExiThreshold ("ExiThreshold")//EXI阈值大于该阈值认为图像有效

//--------- AttributeDescription -----------//
#define AttributeDescription ("Description")
#define AttributeType ("Type")// "int" "float" "string" ...
#define AttributeAccess ("Access") // value is "R" or "RW"
#define AttributeRangeMin ("RangeMin")// pariring RangeMax. 与List互斥
#define AttributeRangeMax ("RangeMax") // pairing RangeMin. 与List互斥
#define AttributeList ("List")//("0","ListNum0") ("1","ListNum1") ("2","ListNum2") ("3","ListNum3") ("4","ListNum4") 
#define AttributeRequired ("Required") // value is "TRUE" or "FALSE"
#define AttributeDefaultValue ("DefaultValue")


//------------------------Ccos Configuration UI 相关----------------------------------------------------END

//保存过程图
typedef enum _Ccos_SaveRawDataMode
{
	CCOS_NO_SAVE_RAW,
	CCOS_SAVE_ORIGINAL,
	CCOS_SAVE_AFTER_CROP,
	CCOS_SAVE_AFTER_CALIB,
	CCOS_SAVE_AFTER_GRID_SUPPRESSION, //GridSuppression
	CCOS_SAVE_ALL,
	CCOS_SAVE_MODE_MAX
} CCOS_SAVE_RAW_DATA_MODE;


typedef enum _Ccos_OffsetStatus
{
	OFFSET_IDLE = 0,
	OFFSET_RUNNING = 1,
	OFFSET_ERROR = 2
}CCOS_OFFSET_STATUS;


struct AcqModeInfo
{
	int nModeID;
	float fFrequency;
};