#pragma once
// 下列 ifdef 块是创建使从 DLL 导出更简单的
// 宏的标准方法。此 DLL 中的所有文件都是用命令行上定义的 US_MODEL_DEF_EXPORTS
// 符号编译的。在使用此 DLL 的
// 任何其他项目上不应定义此符号。这样，源文件中包含此文件的任何其他项目都会将
// US_MODEL_DEF_API 函数视为是从 DLL 导入的，而此 DLL 则将用此宏定义的
// 符号视为是被导出的。

#ifdef US_MODEL_DEF_EXPORTS
#define US_MODEL_DEF_API __declspec(dllexport)
#define US_MODEL_DEF_C_API extern "C" __declspec(dllexport)
#else
#define US_MODEL_DEF_API __declspec(dllimport)
#define US_MODEL_DEF_C_API extern "C" __declspec(dllimport)
#endif

#ifndef US_MODEL_DEF_EXPORTS
#ifdef _WIN64
#ifdef _DEBUG
#pragma comment(lib, "US_Model_DefX64D.lib")
#else
#pragma comment(lib, "US_Model_DefX64.lib")
#endif
#else
#ifdef _DEBUG
#pragma comment(lib, "US_Model_DefD.lib")
#else
#pragma comment(lib, "US_Model_Def.lib")
#endif
#endif
#endif

#include "DiosLock.h"
#include "ResDataObject.h"

#define US_BeanFormer ("BEANFORMER")


//整数:32,64,128,256,512
#define BfChannels ("BFCHANNELS")

#define TrChannels ("TRCHANNELS")
#define MaxTrChannels ("MAXTRCHANNELS")

//工作模式
#define US_SelectedTr ("SELECTEDTR")
typedef enum _Us_TrSelectStatus {
	US_TR_SELECT_NULL,
	US_TR_SELECT_OK,
	US_TR_SELECT_MAX,
}USTRSELECTSTATUS;


#define US_TrList ("TRLIST")
#define US_BfModeList ("BFMODELIST")


#define US_CurBfMode ("CURBFMODELIST")

#define BfMode ("BFMODE")
typedef enum _Bf_Mode {
	BF_B_MODE,
	BF_B_THI_MODE,
	BF_COLOR_MODE,
	BF_CW_MODE,
	BF_PW_MODE,
	BF_M_MODE,
	BF_MODE_MAX
}BF_MODE;

//设备状态，WORK状态下选定工作模式的一种.

#define BfStatus ("BFSTATUS")
typedef enum _Bf_Status {
	BF_STATUS_SHUTDOWN,
	BF_STATUS_INIT,//start machine
	BF_STATUS_SLEEP,//fpga shutdown&&dios cpu sleep.
	BF_STATUS_WAKEUP,//fpga shutdown
	BF_STATUS_STANDBY,//all ready
	BF_STATUS_WORK,
	BF_STATUS_ERROR,
	BF_STATUS_MAX
}BF_STATUS;

//Work状态下的工作状态
#define BfReadyStatus ("BFREADYSTATUS")
typedef enum _Bf_WorkStatus {
	BF_WORKSTATUS_PREP,
	BF_WORKSTATUS_READY,
	BF_WORKSTATUS_MAX,
}BFWORKSTATUS;

//US 手闸状态:On,Off
#define Us_Xmit ("USXMIT")
typedef enum _Us_XmitStatus {
	US_STOPXMIT,
	US_STARTXMIT,
	US_XMIT_MAX,
}USXMITSTATUS;

//US 冻结状态:On,Off
#define Us_Freeze ("USFREEZE")
typedef enum _Us_FreezeStatus {
	US_UNFREEZE,
	US_FREEZE,
	US_FREEZE_MAX,
}USFREEZESTATUS;

#define US_TrName ("TRNAME")

#define US_TrConnectStatus ("TRCONNECTSTATUS")

#define US_TrExamType ("TREXAMTYPE")



#define US_TrType ("TRTYPE")
typedef enum _Tr_Type {
	TR_TYPE_LINNEAR,
	TR_TYPE_CURVE,
	TR_TYPE_PHASE,
	TR_TYPE_MAX,
}TRTYPE;



//发射焦点深度
#define US_FrameRate ("FRAMERATE")

//正整数 > 0
#define US_FOCUS ("FOCUS")

//正整数 > 0
#define US_FOCUSZONE ("FOCUSZONE")

//正整数 0 - 100
#define US_GAIN ("GAIN")

//正整数 0 - 255

//uchar[8],使用UINT64
#define US_TGC ("TGC")

//uchar[2],使用USHORT
#define US_LGC ("LGC")

//浮点,3.5Mhz,6Mhz...
#define US_FREQUENCY ("FREQUENCY")

//正数,0开始
#define US_PULSEDELAY ("PULSEDELAY")

//正数
#define US_POWER ("POWER")

//正数
#define US_PulseWidth ("PULSEWIDTH")

//浮点数:物理参数

#define US_View_LineAngle ("LINEANGLE")

#define US_View_LeftMargin ("LEFTLINEMARGIN")
#define US_View_RightMargin ("RIGHTLINEMARGIN")
#define US_View_AngleStep ("LINEANGLESTEP")

#define US_View_InnerDepth ("INNERDEPTH")
#define US_View_OuterDepth ("OUTERDEPTH")

#define US_Roi_LineHigh ("ROILINEHIGH")
#define US_Roi_LineLow ("ROILINELOW")
#define US_Roi_LineLeft ("ROILINELEFT")
#define US_Roi_LineRight ("ROILINERIGHT")


#define US_LineDensity ("LINEDENSITY")
typedef enum _Us_LineDensity {
	US_LINEDENSITY_LOW,
	US_LINEDENSITY_MID,
	US_LINEDENSITY_HIGH,
	US_LINEDENSITY_MAX
}US_LINEDENSITY;

//浮点:正数
#define US_ScanLineAngle ("SCANLINEANGLE")

//正整数
#define US_MultiLine ("MULTILINE")

//正浮点数(米为单位)
#define US_ReceiveDepth ("RECEIVEDEPTH")

//bool值
#define US_Harmonic ("HARMONIC")

//正数 1-5,0-4
#define US_Fusion ("FUSION")

//正数
#define US_Compress ("COMPRESS")


//正数
#define US_Packet ("PACKET")

//正浮点数
#define US_GateStartDepth ("GATESTARTDEPTH")

//正浮点数
#define US_GateLength ("GATELENGTH")

#define US_ModeActiveStatus ("MODEACTIVESTATUS")

#define US_ROI_Area ("USROIAREA")

#define US_ROI_Type ("USROITYPE")
typedef enum _Us_RoiType {
	US_ROI_TYPE_FANTYPE,
	US_ROI_TYPE_PARALLELOGRAM,
	US_ROI_TYPE_MAX
}US_ROITYPE;

#define US_ElementWidth ("ELEMENTWIDTH")
#define US_ElementSpace ("ELEMENTSPACE")
#define US_XmtLensFocus ("XMTLENSFOCUS")
#define US_Elevation ("ELEVATION")
#define US_LensThickness ("LENSTHICKNESS")


//正数
#define US_Dynamic ("DYNAMIC")
//正数
#define US_DwallFilter ("DWALLFILTER")
//正数
#define US_CwallFilter ("CWALLFILTER")

//正数
#define US_Smooth ("SMOOTH")

#define US_BModeInf ("BModeInfo")
#define US_CModeInf ("CModeInfo")
#define US_PWModeInf ("PWModeInfo")

#define US_BModeXmit ("BXmit")
#define US_BModeRecv ("BRecv")

#define US_CModeXmit ("CXmit")
#define US_CModeRecv ("CRecv")

#define US_DModeXmit ("DXmit")
#define US_DModeRecv ("DRecv")



class US_MODEL_DEF_API UsRoiArea : public ExJsonDataObject
{
	//key:UsRoiArea
public:
	UsRoiArea(US_ROITYPE RoiType);
	virtual ~UsRoiArea();

};


class US_MODEL_DEF_API BModeXmit : public ExJsonDataObject
{
	//key:BModeXmit
public:
	BModeXmit();
	virtual ~BModeXmit();

};


class US_MODEL_DEF_API BModeReceive : public ExJsonDataObject
{
	//key:BModeReceive
public:
	BModeReceive();
	virtual ~BModeReceive();

};

class US_MODEL_DEF_API BModeInfo : public ExJsonDataObject
{
	//key:BModeInfo
public:
	BModeInfo();
	virtual ~BModeInfo();

};



class US_MODEL_DEF_API CModeXmit : public ExJsonDataObject
{
	//key:CModeXmit
public:
	CModeXmit();
	virtual ~CModeXmit();

};


class US_MODEL_DEF_API CModeReceive : public ExJsonDataObject
{
	//key:CModeReceive
public:
	CModeReceive();
	virtual ~CModeReceive();

};

class US_MODEL_DEF_API CModeInfo : public ExJsonDataObject
{
	//key:CModeInfo
public:
	CModeInfo();
	virtual ~CModeInfo();

};


class US_MODEL_DEF_API PWModeXmit : public ExJsonDataObject
{
	//key:PWModeXmit
public:
	PWModeXmit();
	virtual ~PWModeXmit();

};


class US_MODEL_DEF_API PWModeReceive : public ExJsonDataObject
{
	//key:PWModeReceive
public:
	PWModeReceive();
	virtual ~PWModeReceive();

};

class US_MODEL_DEF_API PWModeInfo : public ExJsonDataObject
{
	//key:PWModeInfo
public:
	PWModeInfo();
	virtual ~PWModeInfo();

};

class US_MODEL_DEF_API ModelTranducer : public ExJsonDataObject
{
	//key:Tranducer

	//US_BfModeList

	//US_TrType

public:
	ModelTranducer();
	virtual ~ModelTranducer();

};


class US_MODEL_DEF_API ModelBeanFormer : public ExJsonDataObject
{
	//key:BeanFormer

	//B Mode
	BModeInfo m_BMode;

	//C Mode
	CModeInfo m_CMode;

	//PW Mode
	PWModeInfo m_PwMode;

	//BfStatus

	//BfReadyStatus
	
	//TR表
	//激活的TR


public:
	ModelBeanFormer();
	virtual ~ModelBeanFormer();

	bool SelectTR(const char *pTRName);

	bool StartAcq();
	bool StopAcq();

	//rule No1.只要激活状态，B模式 always on Active.
	//rule No2.Active B,C,D情况下，三个都有激活
	//rule No3.再次Active已激活的模式的话，会Deactive 所有其他模式
	void ActiveMode(BF_MODE Mode);


	//设置参数
	//设置单独的参数
	//设置一个Mode的参数
	ResDataObject &operator [](const char *pKey);

	//设置全部参数
	bool SetFullModeParams(ResDataObject &Res);
	


};


class US_MODEL_DEF_API ModelSignalProcess : public ExJsonDataObject
{
	//key:SignalProcess

public:
	ModelSignalProcess();
	virtual ~ModelSignalProcess();


};

#define Us_DiosImageInfo ("UsImageInfo")

#define Us_ImageBmodeInfo ("UsImageBModeInfo")
#define Us_ImageCmodeInfo ("UsImageBModeInfo")
#define Us_ImageDmodeInfo ("UsImageBModeInfo")

#define Us_DiosImageType ("USIMAGETYPE")
#define Us_DiosImageViewTypeSupprt ("USIMAGETYPESUPPORT")

#define Us_DiosImageHeight ("USIMAGEHEIGHT")
#define Us_DiosImageWidth ("USIMAGEWIDTH")
#define Us_DiosImageBits ("USIMAGEBITS")

typedef enum _Us_ImageType {
	US_IMAGETYPE_BMODE,
	US_IMAGETYPE_CMODE,
	US_IMAGETYPE_DMODE,
	US_IMAGETYPE_MAX
}USIMAGETYPE;


class US_MODEL_DEF_API UsImageBModeInfo : public ExJsonDataObject
{
	//key:UsImageBModeInfo
public:
	UsImageBModeInfo();
	virtual ~UsImageBModeInfo();

};

class US_MODEL_DEF_API UsImageCModeInfo : public ExJsonDataObject
{
	//key:UsImageCModeInfo
public:
	UsImageCModeInfo();
	virtual ~UsImageCModeInfo();

};
class US_MODEL_DEF_API UsImageDModeInfo : public ExJsonDataObject
{
	//key:UsImageDModeInfo
public:
	UsImageDModeInfo();
	virtual ~UsImageDModeInfo();

};


class US_MODEL_DEF_API ModelAcousticProcess : public ExJsonDataObject
{
	//key:AcousticProcess
	UsImageBModeInfo m_BImageMode;
	UsImageCModeInfo m_CImageMode;
	UsImageDModeInfo m_DImageMode;
public:
	ModelAcousticProcess();
	virtual ~ModelAcousticProcess();


};