PhysicalDevice/Generator/V2Adapter/DIOS.Dev.Generator.V2Adapter/CommonMessage.h

//---------------------------------------------------------------------------------------
//
//	Copyright (c) 2005,珠海友通科技有限公司——通用型DROC
//	All rights reserved.
//
//	文件名称：CommonMessage.h
//	文件标识：见配置管理计划书
//	摘    要：系统之间需要传递的的消息主要有界面消息，硬件消息，数据流消息，以方便模块之间传递消息
//
//	当前版本：0.1
//	作    者：吕国政
//	完成日期：2005年1月10日
//
//	取代版本：
//  原 作 者：
//	完成日期：
//
//---------------------------------------------------------------------------------------

#pragma once

//界面发送的消息：
#define WM_ECOM_UI							WM_USER + 1000 //USER INTERFACE

//Workflow调用UIInterface的InitView函数，UIInterface显示InitForm,然后向Workflow发送此消息，
//Workflow开始进行硬件及服务器的连接和初始化。
#define MSG_UI_INIT							WM_ECOM_UI + 0

//显示登陆界面后，向workflow发送此消息，加载所有的用户信息。
#define MSG_UI_LOGON_USERALL				WM_ECOM_UI + 1

//在登陆界面选定用户，进入工作状态后，向workflow发送此消息。
#define MSG_UI_LOGON_USERLOGON				WM_ECOM_UI + 2

//登出界面选择关闭计算机项，向workflow发送此消息。
#define MSG_UI_LOGOFF						WM_ECOM_UI + 3

//WPARAM:
#define ECOM_SHOTDOWN		1 //关闭计算机项
#define ECOM_CHANAGEUSER	2 //更改用户
#define ECOM_EXITAPP		3 //退出DROC程序
#define ECOM_RESTARTUP		4 //计算机重起

//用户管理界面,添加/删除/修改
#define MSG_UI_MANAGEUSER					WM_ECOM_UI + 4

//WPARAM:
//#define ECOM_ADD 1 //添加
//#define ECOM_DELETE 2 //删除
//#define ECOM_MODIFY 3 //修改
//
//#define ECOM_LOAD 1 //加载
//#define ECOM_REFRESH 2 //刷新
//#define ECOM_RESUBMIT 3 //重新提交
//#define ECOM_DELETE 4 //删除
//#define ECOM_SUSPEND 5 //挂起
//#define ECOM_ADD 6 //添加
//#define ECOM_MODIFY 7 //修改

//本地注册界面，增加
#define	MSG_UI_LOCALREG_ADD					WM_ECOM_UI + 5
//本地注册界面，修改
#define	MSG_UI_LOCALREG_MODIFY				WM_ECOM_UI + 6

//设定检索标准，向workflow发送此消息，检索
#define	MSG_UI_WORKLIST_QUREY				WM_ECOM_UI + 7

//WPARAM:
#define ECOM_PATIENT_LEVEL 1 //for MANAGEUSER
#define ECOM_VISIT_LEVEL 2
#define ECOM_STUDY_LEVEL 3
#define ECOM_WORK_LEVEL 4
#define ECOM_IMAGE_LEVEL 5
#define ECOM_AUTO_LEVEL 6

//刷新任务清单时，向workflow发送此消息。
#define	MSG_UI_WORKLIST_REFRESH				WM_ECOM_UI + 8

//一个病人的检查
#define	MSG_UI_EXAM 		 				WM_ECOM_UI + 9
//一个STUDY的检查
#define MSG_UI_WORK	 	 	 	 			WM_ECOM_UI + 10
//一个VIEW/体位的检查
#define MSG_UI_VIEW 	 	 	 	 	 	WM_ECOM_UI + 11
//LPARAM:
#define ECOM_ACCEPTED 1
#define ECOM_REFUSED 2
#define ECOM_NEW		3
#define ECOM_UPDATE      4

//WPARAM:
#define ECOM_BEGIN 1
#define ECOM_SUSPEND 2
//#define ECOM_END 3
#define ECOM_DATA_MODIFIED 4
#define ECOM_INFO_MODIFIED 5

//加载View的图像或者信息
#define MSG_UI_VIEW_LOAD					WM_ECOM_UI + 12

//WPARAM:
#define ECOM_IMAGE_ICON_LEVEL 1 //加载对应的投照示意图或拍片后的缩略图时
#define ECOM_IMAGE_INFO_LEVEL 2 //加载对应的曝光，投照信息
#define ECOM_IMAGE_DATA_LEVEL 3 //加载对应的图像数据，处理参数，LUT数据

//加载读取平板图像或者假图，不进行真实的曝光
#define MSG_UI_VIEW_DEMO					WM_ECOM_UI + 28

//改变当前view投照的技术参数，发送此消息
#define MSG_UI_VIEW_TECH					WM_ECOM_UI + 13

#define MSG_UI_RECOVER_LASTIMAGE			WM_ECOM_UI + 50

//WPARAM:
//#define GEN_PARAM_KV  0    //kv
//#define GEN_PARAM_MA  1    //ma
//#define GEN_PARAM_MS  2	   //ms
//#define GEN_PARAM_MAS 3	   //mas
//#define GEN_PARAM_RE  8	   //reset //LPARAM: MSG_GEN_ERR, MSG_PANEL_ERROR, MSG_SYN_ERROR
//#define GEN_PARAM_WS  9	   //workstation
//#define GEN_PARAM_FO  11   //Focus  
//#define GEN_PARAM_ET  12   //exposure mode: MA/Time mode, Ma/Ms mode,AEC mode//
//#define GEN_PARAM_FI  16   //AEC Field		  
//#define GEN_PARAM_FN  18   //AEC Density



#define PNL_PARAM_PW  51   
//WPARAM: 
#define ECOM_WAKEUP	1
#define ECOM_STANDBY 0



#define PNL_PARAM_XWINDOW  52   

//#define KV 1 
//#define MA 2 
//#define MS 3 
//#define MAS 4 
//#define MODE 5
//#define RESET 6 //LPARAM: 1 MSG_GEN_ERR: GEN, 2 MSG_PANEL_ERROR: PANEL, 3 MSG_SYN_ERROR: SYN
//#define FOCUS 7
//#define AECFIELD 8
//#define AECDENSITY 9
#define ECOM_SID 38 //改变SID时
#define ECOM_COLLIMATOR 39 //设置电动COLLIMATOR时
#define ECOM_SIZE 40 //改变病人体型后
#define ECOM_POSTDOSE 41 //AEC模式，曝光后要得到实际曝光的剂量时

// BUCKY 旋转.
#define ECOM_BUCKY_ROTATE 61

//LPARAM:
#define ECOM_INC 1 //kv, ma, ms, mas 增加
#define ECOM_DEC 2 ////kv, ma, ms, mas 减小

#define ECOM_INC_L 3 //kv, ma, ms, mas 增加大步长5
#define ECOM_DEC_L 4 ////kv, ma, ms, mas 减小大步长5

#define ECOM_SIZE_SMALL 1
#define ECOM_SIZE_MIDDLE 2
#define ECOM_SIZE_LARGE 3
#define ECOM_SIZE_PAEDIATRIC 4


//曝光结束生成DICOM图像，或检查结束，或者察看本地数据，需要发送图像时，发送此图像。
#define MSG_UI_VIEW_DCMSEND					WM_ECOM_UI + 14
//曝光结束生成DICOM图像，或检查结束，或者察看本地数据，需要打印图像时，发送此图像。
#define MSG_UI_VIEW_DCMPRINT				WM_ECOM_UI + 15


//进入队列管理界面,管理发送队列
#define MSG_UI_QUEUESEND					WM_ECOM_UI + 16
//进入队列管理界面,管理打印队列
#define MSG_UI_QUEUEPRINT					WM_ECOM_UI + 17

//WPARAM:
#define ECOM_LOAD 1 //加载
#define ECOM_REFRESH 2 //刷新
#define ECOM_RESUBMIT 3 //重新提交
#define ECOM_DELETE 4 //删除
#define ECOM_PAUSE 5 //挂起
#define ECOM_ADD 6 //添加
#define ECOM_MODIFY 7 //修改

//本地图像管理，查询
#define MSG_UI_IMAGEMANAGE_QUREY			WM_ECOM_UI + 18

//WPARAM:
//#define PATIENT 1 //for MANAGEUSER
//#define VISIT 2
//#define STUDY 3
//#define WORK 3
//#define IMAGE 3

#define MSG_UI_IMAGEMANAGE_WORK				WM_ECOM_UI + 19
//#define ECOM_LOAD 1 //加载
//#define ECOM_DELETE 4 //删除
//#define ECOM_MODIFY 7 //修改
#define ECOM_LOCK 8 //保护
#define ECOM_UNLOCK 9 //解保护
#define ECOM_EXPORT 10 //export

#define MSG_UI_RECYCLEMANAGE_QUREY			WM_ECOM_UI + 20
#define MSG_UI_RECYCLEMANAGE_WORK			WM_ECOM_UI + 21
//#define ECOM_LOAD 1 //加载
//#define ECOM_DELETE 4 //删除
//#define ECOM_MODIFY 7 //修改

//回放当前选择的图像
#define MSG_UI_IMAGEMENAGE_DCMVIEWER		WM_ECOM_UI + 22
//重新preview当前选择的图像
#define MSG_UI_IMAGEMENAGE_REPREVIEW		WM_ECOM_UI + 23

//校正界面
#define MSG_UI_CALIBRATION					WM_ECOM_UI + 24

//WPARAM:
//#define ECOM_LOAD 1
#define ECOM_EXIT 2

//选择某校正参数集校正
#define MSG_UI_CALIBRATION_MODE				WM_ECOM_UI + 25

// 图像处理参数调整
#define MSG_UI_IMAGE_PARAM_ADJUST			WM_ECOM_UI + 32

//WPARAM:
#define ECOM_BEGIN 1
#define ECOM_PERFORM 2
#define ECOM_END 3
#define ECOM_ACCEPT 4
#define ECOM_REJECTACCEPTED 6 //UI的处理逻辑：先使能continue按钮；再弹出对话框提示，再调用getcalibrationstep
#define ECOM_DELETEACCEPTED 7
#define ECOM_ACCEPTDELETEED 8
#define ECOM_TUBE_WARMUP 9
//#define ECOM_FCALEXP 10	//用于原厂校正不出图的情况，表示曝光开始 使用PNL_READING代替

//传统模式时
#define MSG_UI_CONVENTIONAL					WM_ECOM_UI + 26

//WPARAM:
//#define ECOM_BEGIN 1
//#define ECOM_END 3

//进入找坏点的界面
#define MSG_BADPIXEL						WM_ECOM_UI + 27

#define MSG_UI_STATISTIC					WM_ECOM_UI + 29
//WPARAM:
#define ECOM_WORKINFO 1
#define ECOM_REJECTIMGINFO 2

#define MSG_UI_AUTOREG_SETTING				WM_ECOM_UI + 30

//影像质量控制
#define MSG_UI_IMAGE_QC						WM_ECOM_UI + 31

#define MSG_UI_DROC_CONF					WM_ECOM_UI + 33

#define MSG_UI_IMAGE_EXPORT					WM_ECOM_UI + 34

#define MSG_UI_RELOAD_CONF					WM_ECOM_UI + 35

//WPAEAM:
#define ECOM_LOAD 1
#define ECOM_SAVE 2

//硬件发送的消息
#define WM_ECOM_HW							WM_USER + 1100 //HARD WARE

//曝光序列的状态，综合MSG_PANEL_STATUS和MSG_GEN_EXPOSURE
#define MSG_HW_SEQUENCE						WM_ECOM_HW + 0
//WPARAM:
#define HWCOMMSTATUS 0
#define HWREADY 1 //平板准备好，可以开始曝光，这个消息和MSG_PANEL_STATUS重复
#define SEQUENCEBEGIN 2 //手闸按下
#define GENREADY 3 //球馆准备好，可以曝光，平板开始准备开始曝光周期
#define XRAYWINDOWON 4 //平板曝光窗口打开
#define XRAYON 5 //出现X射线 //该消息变成了软同步启动流程，通常来自于发生器端
#define XRAYOFF 6 //X射线停止
#define XRAYWINDOWOFF 7 //平板曝光窗口关闭
#define READIMG 8 //读取图像
#define SEQUENCEEND 9 //序列完成/失败，等待硬件准备
#define HWPREPARE 10 //平板继续准备，这个消息和MSG_PANEL_STATUS重复
#define XRAYOFF_DIRECT		11				//传统模式曝光结束

//code begin 20130911
#define PREHANDSWITCHPRESS		    12				//一级手闸按下，但并没有收到发生器串口发出的球管ready确认的状态 目前仅在dragon使用
#define PREHANDSWITCHRELEASE		13				//一级手闸松开 目前仅在dragon使用
//code end 20130911

#define SHUTDOWN                    14              //退出DROC系统，关闭计算机 //code 20140328

#define HANDSWITCHPRESS		    15				//Sedecal专用：一级手闸按下，收到PR1
#define HANDSWITCHRELEASE		16				//Sedecal专用：一级手闸松开，收到PR0

#define CANCLESHUTDOWN                    17              //停止关机操作 code 20170502
#define PERSHUTDOWN                    18              //预关机操作 code 20170502

#define XRAYONFROMGEN                 19              //出线（备注：专门用于射线，不能参与任何流程）
#define XRAYOFFFROMGEN                    20         //射线停止（备注：专门用于射线，不能参与任何流程）

//显示硬件错误
#define MSG_HW_NOTIFY						WM_ECOM_HW + 1

//WPARAM:
#define ECOM_WARNING			0			//警告，自动处理
#define ECOM_ERROR				1			//错误，需要处理
#define ECOM_ERRORWARNING		2			//错误，需要处理
//code begin 20091117
#define ECOM_STITCHING_INFO		3			//错误，需要处理
//code end 20091117
//#define ECOM_INFO				4			//正常提示
#define ECOM_DEVICE_AUTO_INFOR	5
#define ECOM_DEVICE_INFOR		6

//code begin 20140423
#define ECOM_RECOVER_P_ERROR	7              //可恢复 需要处理的error
//code end 20140423
#define ECOM_DEVICE_INFOR_DISEXP	8          //曝光条件不满足，禁止曝光

#define ECOM_CONNECT_RESULT      9 

#define ECOM_DEVICE_RESET		30                      //reset 错误消息
#define ECOM_DEVICE_INFOR_ENEXP	31             //曝光条件满足    20151013

#define ECOM_CURRENT_EXPOSURE_FAIL	    32             //曝光失败
#define ECOM_ERROR_OTHERS 	    255             //其他错误，界面弹出对话框


// add by song 
// date:2014-04-21
// 目的: WPARAM切换workstation时让界面弹出进度条
#define ECOM_DEVICE_SELECT_WS_BEGIN   131      //切换WS开始
#define ECOM_DEVICE_SELECT_WS_ING     132      //切换WS过程中
#define ECOM_DEVICE_SELECT_WS_END     133      //切换WS结束
//LPARAM根据这个参数进度条上的提示语不一样
#define SELECT_WS_START                0       //开始
#define SELECT_WS_GEN                  1       //发生器切换中
#define SELECT_WS_PANEL                2       //探测器切换中
#define SELECT_WS_FAILED               3       //WS切换失败
#define SELECT_WS_SUCCESS              4       //切换成功
//song 2016-04-21 end              




//LPARAM
//Point of CString for ErrorMessage

//WPARAM:

//平板信息，返回平板数据：温度，信息，图像数据
#define MSG_PANEL_INFO						WM_ECOM_HW + 2

//WPARAM:
#define ECOM_PANEL_INFO_LEVEL				0 //信息，平板温度等
#define ECOM_PANEL_DATA_LEVEL				1 //图像数据
#define ECOM_PANEL_INFO_BATTERY_CHARGE		2 // the charge of the battery
#define ECOM_PANEL_INFO_WIFI_LEVEL			3 // the level of wifi, int percentage
#define ECOM_PANEL_INFO_X_WINDOW			4 //the index for x_ray window avaiable time   LPARAM: int  
//
#define ECOM_PANEL_INFO_BATTERY_CHARGING	5//3
#define BATTERY_CHARGING        1
#define BATTERY_NOT_CHARGING    0
//code end 20100330

#define ECOM_PANEL_WARN_EVENT				6       //point to CString
#define ECOM_PANEL_ERROR_EVENT				7       //point to CString
#define ECOM_PANEL_FLAT_IMAGE_CHECK			8       //point to CString
#define ECOM_PANEL_DARK_IMAGE_CHECK			9
#define ECOM_PANEL_PREVIEW_DATA_LEVEL		10
#define ECOM_PANEL_INFO_BATTERY_CHARGE_B	11	//双板中第二块电池的电量消息号
#define ECOM_PANEL_INFO_WIFI_LEVEL_B		12
#define ECOM_PANEL_INFO_LEVEL_B				13 //信息，平板温度等
#define ECOM_PANEL_UNIQUE_INFO_LEVEL	    14 //song20130913 平板特有的信息，目前应用于varian

#define IMAGE_EXI							15
#define IMAGE_STANDARD_EXI					16
#define ECOM_PNL_NOTIFY						17
#define PANEL_ROTATE_X						18
#define PANEL_ROTATE_Y						19
#define PANEL_ROTATE_Z						20
#define PANEL_STOREDIMAGE_LIST				21
#define ECOM_PANEL_AEC_DATA_LEVEL			22
#define IMAGE_FACTOR_EXI_UGY		    	23   //Code 20140808
#define ECOM_PANEL_CALIB_INFO		    	24	 //校正时，将当前探测器类型及当前校正点，以该消息发给UI
#define ECOM_PANEL_INFO_TEMPERATURE			25	//第一块探测器温度
#define ECOM_PANEL_INFO_TEMPERATURE_B		26	//第二块探测器温度

#define ECOM_PANEL_INFO_ORIENTATION_TABLE		27	//第一块探测器方向
#define ECOM_PANEL_INFO_ORIENTATION_WALL		28	//第二块探测器方向
#define ECOM_PANEL_SERIAL_NUMBER     	    29  //2016-1-108 RPW for flarida 
#define MASK_INFO     						30  //MASK INFO
#define ECOM_PANEL_INFO_A					31  // 探测器共享时所有探测器信息
#define SHOCK_SENSOR						32 //
#define SHOCK_SENSOR_CLEAR					33 //
#define AEC_IMAGE_EXI						34 //
#define AEC_IMAGE_FACTOR_PERVIEMAN			35 //
#define ECOM_PANEL_INFO_B					36  // 探测器共享时所有探测器信息
#define ECOM_PANEL_INFO_C					37  // 探测器共享时所有探测器信息
#define ECOM_PANEL_IMAGE_DATA				38 //图像数据
#define ECOM_PANEL_PREVIEW_IMAGE_DATA		39 //图像数据
#define ECOM_TRANSLATE_IMAGE_END			40
#define ECOM_PANEL_WINDOW_MODE              41 //设置曝光窗口模式
#define ECOM_PANEL_PIXEL_SPACE				42 //设置探测器的分辨率
#define ECOM_PANEL_INFO_EXPOSURE_PROPERTIES 43 //addbyys20200114 设置探测器的曝光参数，目前用于Analogic探测器
#define ECOM_PANEL_QUICK_PREVIEW_IMAGE_DATA	44 //快速采集模式预览图图像数据
#define ECOM_PANEL_QUICK_IMAGE_DATA			45 //快速采集模式大图图像数据
#define ECOM_PANEL_DATA_LEVEL_KAIMETA       46 //KAI图像属性数据MetaData，LPARAM是ECOM_IMAGE_METADATA结构体地址
#define ECOM_PANEL_DATA_LEVEL_KAIRAW	    47 //KAI原始数据，LPARAM是ECOM_RAWDE_DATA结构体地址
#define ECOM_PANEL_DATA_LEVEL_KAIHARD       48 //KAI硬组织图像，参数类型和用法与ECOM_PANEL_DATA_LEVEL相同
#define ECOM_PANEL_DATA_LEVEL_KAISOFT       49 //KAI软组织图像，参数类型和用法与ECOM_PANEL_DATA_LEVEL相同
#define ECOM_PANEL_DAEC_PARAM_ET            50 //探测器模拟发生器DAEC参数
#define ECOM_PANEL_DAEC_PARAM_FI            51 //探测器模拟发生器DAEC参数
#define ECOM_PANEL_INFO_VIRTUAL_GRID		52 //iRay虚拟栅专用消息，应用虚拟栅算法发TRUE，没有应用虚拟栅算法发FALSE

#define ORIENTATION_CLOCKWISE_0		    0	//clockwise Retation 0
#define ORIENTATION_CLOCKWISE_90		1	//clockwise Retation 90
#define ORIENTATION_CLOCKWISE_180		2	//clockwise Retation 180
#define ORIENTATION_CLOCKWISE_270		3	//clockwise Retation 270

#define PNL_TEMPER_STATUS					105//探测器温度状态
#define TEMPER_TOO_HIGH		1  //禁止曝光
#define TEMPER_HIGH			2	//不禁止曝光
#define TEMPER_NORMAL       0
#define TEMPER_TOO_LOW	   -1
#define TEMPER_NA		   3
#define TEMPER_CLEAR	   4 

#define PNL_WIFI_STATUS						106//无线信号强度状态
#define WIFI_TOO_LOW         2  // WIFI太低
#define WIFI_LOW			 1	// WIFI低
#define WIFI_NORMAL          0  //满格
#define WIFI_NORMAL_LV1      3  //降一格
#define WIFI_NORMAL_LV2      4  // 降两格
#define WIFI_NA              5  // wifi无法获取
#define WIFI_CLEAR           6  // wifi清空

#define PNL_BATTERY_STATUS					107//电池电量状态
#define BATTERY_TOO_LOW         2  // Battery太低
#define BATTERY_LOW				1  // Battery低
#define BATTERY_NORMAL          0 //满格
#define BATTERY_NORMAL_LV1      3 //降一格
#define BATTERY_NORMAL_LV2      4 // 降两格
#define BATTERY_CLEAR           5 //连接断开时发这个消息将电量信息清空
#define BATTERY__NA             6  //电量无法获取


#define PNL_BATTERY_STATUS_B				108//第二块板的电池电量状态
#define PNL_TEMPER_STATUS_B					109//第二块板的温度状态
#define PNL_WIFI_STATUS_B					110//第二块板的WIFI状态

/*add by song 20140324
  当探测器的温度只有正常和不正常两种的情况下.
  收到TEMPER_OK在探测器温度显示图标处显示TEMPER_OK；
  当收到探测器温度不正常的消息时显示TEMPER_ERROR同时禁止曝光*/
#define TEMPER_OK		    	0	
#define TEMPER_ERROR			1	 //禁止曝光


/*add by song 2015-10-9
//第三块板的状态和值的宏定义*/
#define ECOM_PANEL_INFO_BATTERY_CHARGE_C	114	//第三块电池的电量消息号
#define ECOM_PANEL_INFO_WIFI_LEVEL_C		115 //第三块平板的wifi值
#define ECOM_PANEL_INFO_TEMPERATURE_C		116	//第三块探测器温度

#define PNL_BATTERY_STATUS_C				117//第三块板的电池电量状态
#define PNL_TEMPER_STATUS_C					118//第三块板的温度状态
#define PNL_WIFI_STATUS_C					119//第三块板的WIFI状态

#define PNL_PARAM_MS  140 //aed模式下，探测器反馈的曝光时长，目前用于Analogic探测器
#define PNL_FRAME_ID  120 //FrameID


//平板状态
#define MSG_PANEL_STATUS					WM_ECOM_HW + 3
//WPARAM:
#define PNL_COMM_STATUS         0 ///20130322
#define PNL_READY 1      //panel ready
#define PNL_WINDOWON 2   //x-ray enable window on
#define PNL_WINDOWOFF 3  //x-ray enable window off 
#define PNL_READING 4  //正在读图
#define PNL_READING_PROGRESS 41  //读图状态
#define PNL_PREPARE 5 //正在准备，如calibration,结束standby等
#define PNL_STANDBY 6  //standby模式
#define PNL_ABORT 7   //放弃曝光
#define PNL_IMGREADY 8 //传输图像结束；
#define PNL_WAKEBEGIN 9 //正在唤醒
#define PNL_WAKEEND 10 //已经被唤醒
#define PNL_USB_READY 11 //for CTrixellFS23 detector
#define PNL_USB_BUSY 12 //for CTrixellFS23 detector
#define PNL_EXP_OVER 116 //for iRay Vet detector 
#define PNL_ENDWORKMODE_OVER 117 //for UIH iRay autoCalibration 
#define PNL_GENCALIBMAP_GAIN_START 118 //for UIH iRay autoCalibration 
#define PNL_GENCALIBMAP_GAIN_OVER 119 //for UIH iRay autoCalibration 
#define PNL_GENCALIBMAP_DEFECT_START 120 //for UIH iRay autoCalibration 
#define PNL_GENCALIBMAP_DEFECT_OVER 121 //for UIH iRay autoCalibration 
#define PNL_GENCALIBMAP_OFFSET_START 122 //for UIH iRay autoCalibration 
#define PNL_GENCALIBMAP_OFFSET_OVER 123 //for UIH iRay autoCalibration 

#define PNL_ACTUAL_MODE			13		//indicate panel status 1, Actual connect, 0 demo mode, 2, actual mode, not connected.
#define PNL_OFSBEGIN			14 //add by wangyb 20130625
#define PNL_OFSEND				15
#define PNL_INIT				16
#define PNL_FAKE_EIPON			17
#define PNL_ACQ_PREVIEW			20		// Get the preview image, apply in portable3543
#define PNL_ACQ_FAILED			21		// Failed to acquire image, apply in portable3543
#define PNL_RESET               22      //ReSet panel add code 20121213 by zhang
#define PNL_RECOVER_LASTIMAGE	23
#define PNL_WAKEEND2            24 //Panel2, 已经被唤醒
#define PNL_ERROR				25 //add by song20130912 for FDX4343R communication error
#define PNL_SYNC_MODE			26		//探测器同步模式
#define PNL_DISCONNECT			27		//断开探测器的结果
#define PNL_CONNECT				28		//连接探测器的结果
#define PNL_UNUPLOADED_IMAGE    29		//探测器内部存有未上传的图像
#define PNL_SEQUENCE_BEGIN		30		//康众动态模式序列开始消息
#define PNL_SEQUENCE_END		31		//康众动态模式序列结束消息
#define PNL_ACQ_MODE			32		//康众动态模式Acq模式设置成功后反馈给上层

#define PNL_TRANS_IMG_START		101 //
#define PNL_TRANS_IMG_END		102 //
#define PNL_COMP_CAL_BEGIN		103
#define PNL_COMP_CAL_END		104
#define PNL_GHOST_CAL_END		105      //校正完成，提示上层保持校正按钮变为使能 song20130704 
#define PNL_GHOST_CAL_START		106      
#define PNL_PANEL_NUMBER        107      //add by song 2016-4-25 
#define PNL_SELECT_END          108      //add by song 2016-4-25 
#define PNL_SEQUENCE_START      109     
#define PNL_SET_WS              110    //UIH table-wire  wall-wireless     
#define PNL_RECEIVED_XRAY       111    //INX  requirement   


//探测器同步模式定义
#define PNL_SYNC_HARDWARE		0
#define PNL_SYNC_SOFTWARE		1
#define PNL_SYNC_AUTOTRIGER		2
#define PNL_SYNC_AED			3

#define RESULT_ERROR			0
#define RESULT_OK				1




// add by song 
// date:2014-03-24
// 目的: 作为配合PNL_WAKEBEGIN的LParam使用，
//根据这个参数的不同界面上弹出对话框显示的信息会有不同*/
#define WAKE_INITIAL                0  //探测器初始化
#define WAKE_SWITCH_PNL             1  //探测器切换
#define WAKE_SWITCH_XWINDOW         2 //曝光窗口切换
#define WAKE_WAKEUP                 3  //探测器唤醒
#define WAKE_OFFSET                 4  //探测器做offset
#define WAKE_RECONNECT              5  //探测器重连
#define WAKE_RECOVER_IMAGE			6 //恢复图像



//平板返回的错误信息
#define MSG_PANEL_ERROR						WM_ECOM_HW + 4

#define PNL_ERROR_SUCCESS		0	
#define PNL_ERROR_INIT			1	//初始化失败 3
#define PNL_ERROR_COMMUNICATION 2	//连接中断或通信失败 3
#define PNL_ERROR_ACQ_NOT_END	3	//曝光失败  2
#define PNL_ERROR_BATTERY		4	//电量低 1
#define PNL_ERROR_WIFI			5	//WIFI低 1
#define PNL_ERROR_TEMPERATURE	6	//温度高 1
#define PNL_ERROR_SELECT_PANEL	7	//切换平板失败 2
#define PNL_ERROR_SLEEPMODE		8	//探测器休眠 2
#define PNL_ERROR_POWEROFF		9	//探测器关闭 3
#define PNL_ERROR_OTHERS		10	//其他 1
#define PNL_ERROR_RECOVER_FAILED	11		//恢复图像失败
#define PNL_ERROR_RECOVER_SUCCESS	12		//恢复图像成功
#define PNL_ERROR_DEFECTMAP_LOST	13	
#define PNL_ERROR_GAINMAP_LOST	    14	
#define PNL_ERROR_DUAL_ACQ_ZERO_IMAGE	15
#define PNL_ERROR_DUAL_ACQ_ONE_IMAGE	16
#define PNL_ERROR_IMAGE_DOSE_LOW	17
#define FPD_RESET_NOTIFY			18 
#define PNL_ERROR_IMAGELEFT 19 //探测器有未恢复图像，一般用于Panel模块不知道曝光消息而探测器提示有图的情况
#define PNL_ERROR_EXPOSURE 20 //在禁用曝光的情况下曝光，通过这个消息提示用户要在曝光允许时再曝光
#define PNL_ERROR_NOTSENDIMAGE 21 //因剂量低或其它原因不发送图像，UI需要此消息来停止采集流程
#define PNL_ERROR_CALIBMAP 22 //缺少校正文件或校正文件过期的弹窗消息
#define PNL_ERROR_CALIBPROCESS 23 //校正流程异常需终止校正流程
#define PNL_ERROR_IMAGEDISPOSED 24 //有图像由于未曝光或质量不好而被丢弃，为康众sdk添加
#define PNL_ERROR_CALIBALIGNMENT 26 //KAImaging alignment校正提示

//WPAEAM
//#define WARN_INIT 1
//#define WARN_IGNORE 2
//#define WARN_NOTIFY 3

//LPARAM
//Point of CString for ErrorMessage

//高压发生器的返回的参数设置信息
#define MSG_GEN_PARAM						WM_ECOM_HW + 5

//高压发送器返回的曝光同步信息信息
#define MSG_GEN_EXPOSURE					WM_ECOM_HW + 6

//WPARAM:
#define GEN_COMM_STATUS      0// 
#define PREPRESS 1 //手闸按下 pr1
#define TUBEREADY 2 //球馆准备好 pr2
//#define XRAYON 5 //出现X射线 xr1
//#define XRAYOFF 6 //X射线停止 xr0
#define RELEASE 3 //松开手闸 pr0          //该消息后的参数可取值为0、1；0：表示正常release； 1表示reset发生器Error之后的release。  
//#define EXPOUSUCCESS 7 //曝光成功
//#define EXPOUFAILURE 8 //曝光失败
#define STANDBY 9 //松开手闸 pr0
//code begin 20130911
#define PREPRESS_NOREADY 10 //一级手闸按下，但没有球馆没有准备好
#define PRERELEASE       11 //松开一级手闸
#define GEN_SHUTDOWN      12 //发生器通知退出软件并关闭计算机系统  //code 20140328
#define GEN_PCSLEEP		 13
#define GEN_PCWAKEUP	15 
#define GEN_PAKING		 14	
//code end 20130911

//code begin 20170502
#define GEN_PERSHUTDOWN		 17	    //预关机消息 from device（目前增加给OTC模块） 20170502
#define GEN_CANCLESHUTDOWN   18	    //取消关机操作（目前增加给OTC模块） 20170502  避免与HANDSWITCHRELEASE重复
//end 20170502

//高压发生器返回的错误信息
#define MSG_GEN_ERR							WM_ECOM_HW + 7
#define MSG_GEN_WARN						WM_ECOM_HW + 8
#define GEN_WARNING                            0 //For sedecal mobileL:AOF1 command,display warning information  20140326
#define GEN_OFFWARNING                         1 //For sedecal mobileL:OFF command，display waring information  2014.5.7
#define GEN_WARNING_POWERLOW                   2 //For sedecal mobileL:WN025

#define MSG_GEN_ERRWARN						WM_ECOM_HW + 27
#define MSG_GEN_INFO						WM_ECOM_HW + 30 // code 20131029
#define MSG_GEN_INFO_DISEXP                 WM_ECOM_HW + 31 // generator exp condition error;Forbid expusore

//code begin 20170906
#define MSG_GEN_INFO_CIRCLE					WM_ECOM_HW + 32 // 消息循环
#define MSG_GEN_ERROR_CIRCLE                WM_ECOM_HW + 33 // 错误循环
#define MSG_GEN_WARN_CIRCLE                 WM_ECOM_HW + 34 // 警告循环
#define MSG_GEN_INFO_SINGLE					WM_ECOM_HW + 35 // 消息单次
#define MSG_GEN_ERROR_SINGLE                WM_ECOM_HW + 36 // 错误单次
#define MSG_GEN_WARN_SINGLE                 WM_ECOM_HW + 37 // 警告单次
//code end 20170906

//WPAEAM
//point of error code

//LPARAM
//Point of CString for ErrorMessage

#define GEN_SEL_ENABLE 1
#define GEN_SEL_DISABLE 0
#define GEN_AUTO_FOCUS 2
#define GEN_LARGE_FOCUS 1
#define GEN_SMALL_FOCUS 0
#define GEN_ET_MATIME 0
#define GEN_ET_MAS 1
#define GEN_ET_AEC 2  //GEN_ET_AEC3P
#define GEN_ET_AEC3P 2
#define GEN_ET_AEC2P 3
#define GEN_ET_AEC1P 4
#define GEN_ET_AEC1P_REDUCEMA 5
#define GEN_PR_INACTIVE 0
#define GEN_PR_ACTIVE 1
#define GEN_PR_READY 2
#define GEN_AECFIELD_000 0
#define GEN_AECFIELD_001 1
#define GEN_AECFIELD_010 10
#define GEN_AECFIELD_100 100
#define GEN_AECFIELD_011 11
#define GEN_AECFIELD_101 101
#define GEN_AECFIELD_110 110
#define GEN_AECFIELD_111 111
#define GEN_AECFILM_000 0
#define GEN_AECFILM_001 1
#define GEN_AECFILM_010 10
#define GEN_AECFILM_100 100
#define GEN_AECFILM_011 11
#define GEN_AECFILM_101 101
#define GEN_AECFILM_110 110
#define GEN_AECFILM_111 111

#define GEN_WS_TABLE    0
#define GEN_WS_WALL     1
#define GEN_WS_CONVENTIONAL 2
#define GEN_WS_CONVENTIONAL_FREE  2
#define GEN_WS_MOBILE     3
#define GEN_WS_FREE_TABLE 3
#define GEN_WS_TOMO     4
#define GEN_WS_CONVENTIONAL_TABLE 5
#define GEN_WS_CONVENTIONAL_WALL  6
#define GEN_WS_FREE_WALL  7

#define GEN_PARAM_KV  0    //kv
#define GEN_PARAM_MA  1    //ma
#define GEN_PARAM_MS  2	   //ms
#define GEN_PARAM_MAS 3	   //mas
#define GEN_PARAM_ER  4	   //Warning
#define GEN_PARAM_EL  5	   //error
#define GEN_PARAM_EC  6	   //echo
#define GEN_PARAM_ST  7    //generator status
#define GEN_PARAM_RE  8	   //reset
#define GEN_PARAM_WS  9	   //workstation
#define GEN_PARAM_BU  10   //bucky state  
#define GEN_PARAM_FO  11   //Focus  
#define GEN_PARAM_ET  12   //exposure mode: MA/Time mode, Ma/Ms mode,AEC mode	  
#define GEN_PARAM_PR  13   //Preparation state
//#define GEN_PARAM_PR0 14   //End or Abort Exposure
#define GEN_PARAM_XR  15   //Rad Exposure state  
#define GEN_PARAM_FI  16   //AEC Field		  
#define GEN_PARAM_FS  17   //AEC screen	  
#define GEN_PARAM_FN  18   //AEC Density	  
#define GEN_PARAM_AP  19   //Post AP	  
#define GEN_PARAM_AT  20  //Post Time	  
#define GEN_PARAM_HE  21   //tube heat	  
#define GEN_PARAM_TB  22   //-*-Tube number for calibration	  
#define GEN_PARAM_MC  23   //-*-MA of last calibration	  
#define GEN_PARAM_FC  24   //-*-Filament Current of last calibration exposure.	  
#define GEN_PARAM_CWS 25   //-*-Receptor requested	  
#define GEN_PARAM_CBU 26   //-*-Bucky status for receptor: 0 or 1 	  
#define GEN_PARAM_CTO 27   //-*-Tomo status for receptor 
#define GEN_PARAM_CFL 28   //-*-Fluoro status for receptor
#define GEN_PARAM_CSR 29   //-*-Serial Exposure status for receptor 	  
#define GEN_PARAM_CAE 30   //-*-AEC status for receptor   	  
#define GEN_PARAM_CFI 31   //-*-AEC Fields enabled for receptor 	  
#define GEN_PARAM_CFS 32   //-*-AEC Film Screens enabled for receptor 	  
#define GEN_PARAM_KW  33   //Generator KW Rating 	  
#define GEN_PARAM_GC  34   //-*-Generator Configuration
#define GEN_PARAM_HH  35   //-*- Housing Tube Heat	  
#define GEN_PARAM_GM  36   //-*- programming mode of Generator	
//#define GEN_PARAM_CA  37   //-*-Auto Calibration state	

#define GEN_PARAM_DAP  37   //-*-Current DAP accumulated value	
#define GEN_PARAM_DRF  38   //-*-Current DAP rate value	
#define GEN_PARAM_DZERO  39   //-*-Acknowledge zeroing DAP	
#define GEN_PARAM_DT  40   //-*-Current DAP test passed	or not 0 = Failed,1 = Passed,2 = Test In progress
#define GEN_PARAM_DSTATUS  41   //-*-Current DAP status
#define GEN_PARAM_DV  42   //-*-Last DAP Test Value

#define GEN_PARAM_AK  44   //Post Post KV	  code 20130202
#define GEN_PARAM_AM  45   //Post Post MA	   code 20130202

//code begin 20100421
#define GEN_PARAM_OTC_STATUS  43   //gen otc status
//code end 20100421

//#define GEN_PARAM_FNA	44  //add by lv in 20101011, INC DEC AEC Density delete code 20130202

#define GEN_PARAM_AC			48  //Current charge of Capacitor  int 
//code end 20110408

#define GEN_PARAM_MAMMO_AE		49   //Chao Sun Mammo
#define GEN_PARAM_MAMMO_FT		50   //Chao Sun Mammo
#define GEN_PARAM_MAMMO_FTSZ			51 //Chao Sun Mammo
#define GEN_PARAM_MAMMO_DENSITY			52
#define GEN_PARAM_MAMMO_MULTIPLEENERGY	53
#define GEN_PARAM_MAMMO_EP 54
#define GEN_PARAM_MAMMO_POSITIONCODE 55
#define GEN_PARAM_MAMMO_NEEDENABLE 56
#define GEN_PARAM_MAMMO_NEEDDEPTH 57
#define GEN_PARAM_MAMMO_PRESSURESTATE 58
#define GEN_PARAM_MAMMO_WORKSTATE 59
#define GEN_PARAM_MAMMO_MOVESTATE 60
#define GEN_PARAM_MAMMO_ERRORCODE 61
#define GEN_PARAM_MAMMO_MAMMOSTATE 62

//code begin 20120814
#define GEN_PARAM_BC  63  //check if battery is charging   int  0: no charge, 1: charge
#define GEN_BATTERY_CHARGEVOLTSTATE_YES     1 //正在充电
#define GEN_BATTERY_CHARGEVOLTSTATE_NO      0 //未充电
//code begin 20091223

//code begin 20120814
#define GEN_PARAM_KV_V2   64        //KV for version2 send the address of parameter
#define GEN_PARAM_FN_V2   65        //Density for version2 send the address of parameter
#define GEN_PARAM_DAP_V2  66        //DAP for version2 send the address of parameter
#define GEN_PARAM_GENHEAT 67        //Generator heat, no same as HU
#define GEN_PARAM_AECDOSE 68        //Generator AEC dose, for siemens AEC exposure requirment

#define GEN_STATUS_NT  70   //-*-Not connect with the generator
//code end 20091223

#define GEN_PARAM_POST 71   //-*-Not connect with the generator                         //NUll 


//code begin 20130708 
//add device status
#define GEN_BATTERY_STATUS		72//发生器电池电量状态
#define GEN_BATTERY_CHARGE_NA       7  
#define GEN_BATTERY_OUTOFCHARGE     6  
#define GEN_BATTERY_EMERGENCY       5  
#define GEN_BATTERY_FULL            4  
#define GEN_BATTERY_OVER            3  
#define GEN_BATTERY_LOW             2
#define GEN_BATTERY_WARNING         1
#define GEN_BATTERY_NORMAL          0

#define GEN_TUBEHU_STATUS	   73//发生器球管热容量状态
#define TUBEHU_TOO_HIGH        2
#define TUBEHU_WARNING         1
#define TUBEHU_NORMAL          0
#define TUBEHU_LOW		       3
#define TUBEHU_TOO_LOW         4
#define TUBEHU_NA              5
#define VALUE_NA             0xFF  //表示无效数值

#define GEN_GENHU_STATUS	 74//发生器热量状态
#define GENHU_TOO_HIGH        2
#define GENHU_WARNING         1
#define GENHU_NORMAL          0


//code end 20130708

#define GEN_PARAM_KV_ADJ  75    //kv Adjustment
#define GEN_PARAM_MA_ADJ  76    //ma Adjustment
#define GEN_PARAM_MS_ADJ  77	//ms Adjustment
#define GEN_PARAM_MAS_ADJ 78	//mas Adjustment
#define GEN_PARAM_FN_ADJ 79		//AEC Density Adjustment

//code begin 20150824
#define GEN_PARAM_PATIENT_BODYSIZE 80		//GEN patient body size
#define PATIENT_BODYSIZE_LARGE          4
#define PATIENT_BODYSIZE_MEDIUM         3
#define PATIENT_BODYSIZE_SMALL          2
#define PATIENT_BODYSIZE_PAEDIATRIC     1
//code end 20150824

//code begin 20160411
#define GEN_PARAM_MAMMO_MAMMOPRESSUREVALUE 81 //压迫器压力
#define GEN_PARAM_MAMMO_MAMMOPRESSUREDECOMP 82//自动释放的设定
#define GEN_PARAM_MAMMO_MAMMOAGD 83           //AGD
#define GEN_PARAM_MAMMO_MAMMOMECHNICALANGLE 84//机架角度
#define GEN_PARAM_MAMMO_MAMMMECHNICALHEIGH 85//机架高度
//code end 20160411
//code 20160416
#define GEN_PARAM_WS_STATUS       86
#define SEND_WS_STATUS_FAIL       0
#define SEND_WS_STATUS_OK         1
//code end 20160416

#define GEN_REMOTECONTROL        87
#define REMOTECONTROL_ENABLE      1
#define REMOTECONTROL_DISABLE     0

#define GEN_PARAM_FIVE_SEL       88	
#define VER_NO_FLIP       0
#define VER_AND_FLIP        1
#define HOR_NO_FLIP       10
#define HOR_AND_FLIP         11

#define GEN_PARAM_MAMMO_PADDLEID 89
#define NO_PADDLE        0
#define BIG_PADDLE       1
#define SMALL_PADDLE     2
#define SPOT_PADDLE      3

#define GEN_PARAM_MAMMO_MAG 90

#define GEN_PARAM_MAMMO_DEPRESS 91


//code begin 20200225
#define GEN_STATUS_DISCONN  92   //-*-Not connect with the generator
#define GEN_STATUS_CONN  93   //-*-connect with the generator
//code end 20200225

#define GEN_STATUS_EXP  94 //

#define MSG_POST_DOSE_PARAM						WM_ECOM_HW + 20 //2144                   //will be implemented soon   delegate_ExpPostParamHandler
#define GEN_PD_KVP 0       //kv                                                    //LPARAM //int
#define GEN_PD_MA  1       //ma                                                             //Point to float
#define GEN_PD_MS  2	   //ms                                                             //Point to float
#define GEN_PD_MAS 3	   //mas                                                            //Point to float
#define GEN_PD_DAP 4	   //dap                                                            //Point to float
//#define GEN_PD_ER  4	   //Warning
//#define GEN_PD_EL  5	   //error
//#define GEN_PD_EC  6	   //echo

#define GEN_EXP_AREA  95 //用于处理ST2回传的曝光区域选择信息
#define GEN_EXP_WEIGHT  96 //用于处理ST2回传的动物体重体长信息

#define ERROR_CLEAR 0
#define ERROR_COMMUNICATION 9999
#define ERROR_COMMUNICATION_TRY 9998
#define ERROR_INITIALIZATION 9997  

/////////////////////////////////////////////////////////////////////////////////////////////////////////
//STITCHING:
//Code begin 20091103
//stitching ctrl device message
#define MSG_STITCHING_PARAM						WM_ECOM_HW + 28
//Code end 20091103

//Code begin 20091103
#define STITCH_PARAM_SETUP_RECEIVED			0	            //Stitching setup received
//Info1: configured distance from detector to detector holder outer surface
#define STITCH_PARAM_SETUP_AVAIABLE			1	            //Setup ok: resulting stitching positions are reachable.
#define STITCH_PARAM_SETUP_MOVING			2	            //Moving to setup position. 
#define STITCH_PARAM_SETUP_STOP				3	            //Moving to setup position stopped
#define STITCH_PARAM_SETUP_REACHED			4	            //Setup position reached
#define STITCH_PARAM_SETUP_ADJUSTED			5	            //Setup position reached and adjusted 
#define STITCH_PARAM_SETUP_REJECTED			6	            //Setup rejected: stitching target positions not reachable                 
#define STITCH_PARAM_SETUP_ADJUST_REJECTED	7	            //Setup adjust rejected: redefined positions not reachable. After setup received, the user can change length, overlap, ….              
#define STITCH_PARAM_SETUP_ADJUST_OK		8	            //Setup adjust OK
#define STITCH_PARAM_START					9	            //Start: remote controller or GUI start button pressed
#define STITCH_PARAM_READYTOMOVE			10	            //Ready to move to next position. Info1: current image. Info2: total number of images.
#define STITCH_PARAM_MOVING_STEP			11				//Moving to next position
#define STITCH_PARAM_POSITION_REACHED		12				//Position reached. Info1=current image. Info2=total number of images
#define STITCH_PARAM_EXP_READY				13	            //Ready to expose. Info1=current image. Info2=total number of images
#define STITCH_PARAM_READY_M_EXTRA			14	            //Ready to move to extra image
#define STITCH_PARAM_MOVEINFG_EXTRA			15	            //Moving to extra image
#define STITCH_PARAM_EXTRA_IMAGE_REACHED	16	            //Extra image reached
#define STITCH_PARAM_EXTRA_EXP_READY		17				//Ready to expose extra image
#define STITCH_PARAM_FINISHED				18				//Stitching finished
#define STITCH_PARAM_CANCEL					19	            //Stitching Cancel
#define STITCH_PARAM_OFF					20	            //Stitching Off
#define STITCH_PARAM_EXP_DONE				21				//Exposure Done                        
#define STITCH_PARAM_ACCEPT					22	            //Image accept button pressed
#define STITCH_PARAM_REJECT					23	            //Image reject button pressed
#define STITCH_PARAM_TOTAL_IMAGE			24	            //total image count
#define STITCH_PARAM_CUR_IMAGE				25	            //Current image number
#define STITCH_PARAM_EXTRA_IMAGE			26	            //Extra image number
#define STITCH_PARAM_EXIT					27				//end stitching 
#define STITCH_PARAM_DIRECTION				28				//stitching direction
#define STITCH_PARAM_HW_STATUS				29				//hw status, mechanical system status
#define HW_NOT_READY  0   
#define HW_READY      1   

#define STITCH_PARAM_U_FINISHED				 30				//uncompelete finish


#define MSG_OTC_PARAM          WM_ECOM_HW + 29

#define OTC_PARAM_ACCEPT 100+1	            //Image accept button pressed
#define OTC_PARAM_REJECT 100+2	            //Image reject button pressed
#define OTC_PARAM_SELECTEDVIEW 100+3	            //Select view

#define OTC_PARAM_SID 100+4	            //the sid from otc side
#define OTC_PARAM_ROOM_STATION 100+5	            //the workstaton of otc

//add by wang 2013/02 just for GMM's ADLINK DAQ Card
#define OTC_PARAM_WALL_GRID120            100+6  
#define OTC_PARAM_WALL_GRID180            100+7
#define OTC_PARAM_WALL_GRIDABSENT          100+8 //No grid
#define OTC_PARAM_WALL_GRIDPARALLEL        100+9  // grid error
#define OTC_PARAM_TABLE_GRID120            100+10  
#define OTC_PARAM_TABLE_GRID180            100+11
#define OTC_PARAM_TABLE_GRIDABSENT          100+12
#define OTC_PARAM_TABLE_GRIDPARALLEL        100+13

#define OTC_PARAM_WALL_FPD4335 100+14
#define OTC_PARAM_WALL_FPD3543 100+15
#define OTC_PARAM_WALL_FPDABSENT 100+16
#define OTC_PARAM_WALL_FPDPARALLEL 100+17
#define OTC_PARAM_TABLE_FPD4335 100+18
#define OTC_PARAM_TABLE_FPD3543 100+19
#define OTC_PARAM_TABLE_FPDABSENT 100+20
#define OTC_PARAM_TABLE_FPDPARALLEL 100+21

#define OTC_PARAM_EXPOSTATE 100+22
#define OTC_PARAM_DAPRESET 100+23	           

//code begin 20141024
#define OTC_PARAM_ANGLE_FLOAT 100+24 //add code 20141021 OTC Angle
#define OTC_PARAM_SID_FLOAT 100+25   //add code 20141021 OTC SID
#define OTC_PARAM_WS 100+26   //add code 20141021        OTC Workstation

#define OTC_PARAM_LONGLOCK_STATE 100+27   //OTC Long LOCK; 1:Active; 0:NoActive
#define OTC_PARAM_LONGLOCK_START   100+28 //OTC LONG LOCK; 1:ON; 0:OFF
#define OTC_PARAM_LONGLOCK_STOP   100+29 //OTC LONG LOCK: 1:ON; 0:OFF
#define OTC_PARAM_TRANSLOCK_STATE 100+30   // OTC Trans Lock; 1:Active; 0:NoActive
#define OTC_PARAM_TRANSLOCK_START   100+31 // OTC Trans LOCK;1:ON; 0:OFF
#define OTC_PARAM_TRANSLOCK_STOP   100+32 // OTC Trans LOCK; 1:ON; 0:OFF
//code end 20141024

#define OTC_PARAM_MOVEBUTTON_KEY   100+33 // OTC MOVE BUTTON KEY 
#define OTC_PARAM_SID_STRING 100+34   //add code 20141112 OTC SID
#define OTC_PARAM_AUTOTRACKING 100+35   //add code 20141112 OTC Auto tracking for OTC; 0:No tracking; 1:Tracking;
#define OTC_PARAM_READYSTATUS 100+36   //add code 20141119 OTC STRING

#define OTC_PARAM_READYSTATUS_CODE 100 + 37   //OTC的READY状态  lparam：0（READY），1（NOT READY）
#define OTC_PARAM_FID 100 + 38


#define OTC_PARAM_STITCH_DIRECTION 100 + 39 //ysj++20201013
#define UP_TO_DOWN 1 //拼接方向 上->下
#define DOWN_TO_UP 2 //         下->上

#define OTC_PARAM_COLLIMATOR_INFO 100+40 //OTC 消息传递 遮光器的相关信息
#define REJECT_REASON_TEST 1
#define REJECT_REASON_NOUSE 2
#define REJECT_REASON_OTHER 3

#define OTC_PARAM_UCArmUpdown 100+41	//jk++: UCArm机架升级值
#define OTC_PARAM_UCArmRot 100+42		//jk++: UCArm机架旋转值

#define OTC_PARAM_CONNECTSTATUS 100+43		    //means:otc connect status, (0 : disconnect ,1 : connect)
#define OTC_PARAM_COLLIMATOR_MOVE_DIRECTION	100+44	//jk++:机架转发束光器的4个运动方向命令，0表示停止。(innova 遮光器使用)


#define MSG_OTC_ERROR          WM_ECOM_HW + 21		//机架模块的错误
#define OTC_ERROR_INIT 1							//初始化失败
#define OTC_ERROR_CONNECT 2							//连接中断
#define OTC_ERROR_RECONNECT 3						//连接恢复

#define OTC_WARN_INFO 998							//警告信息 单条
#define OTC_ERROR_INFO 999							//错误信息 单条


#define MSG_OTC_WARN_SINGLE         WM_ECOM_HW + 22		//警告信息 单条 SINGLE
#define MSG_OTC_WARN_CIRCLE         WM_ECOM_HW + 23		//警告消息需要循环

#define MSG_OTC_INFO_SINGLE         WM_ECOM_HW + 24		//机架模块的错误 SINGLE
#define MSG_OTC_INFO_CIRCLE         WM_ECOM_HW + 25		//警告消息需要循环

#define MSG_OTC_ERROR_CIRCLE        WM_ECOM_HW + 26		//错误信息 单条


//对应OTC_SetExpoState接口
#define OTC_ENABLE_EXPOSE  (0)  // 可以曝光  
#define OTC_XRAYON         (1)  // 正在出线  
#define OTC_DISABLE_EXPOSE (2)  // 禁止曝光  
#define OTC_XRAYOFF (3)  // 曝光停止

/////////////////////////////////////////////////////////////////////////
//同步模块：
#define MSG_SYN_STATUS					WM_ECOM_HW + 9
//WPARAM:
#define SYN_GEN_PREPARE  0   //PR1
#define SYN_GEN_READY    1   //PR2
#define SYN_GEN_OVER     2   //PR0
#define SYN_GEN_EIPON		 3   //exposure in progress
#define SYN_GEN_EIPOFF		 4   //exposure in progress
//#define SYN_PNL_READY	 5   //AC ready
#define SYN_XRAYWINDOW_ON	6  //
#define SYN_XRAYWINDOW_OFF	7  //
#define SYN_PARAM_RE		8         // reset add code 20121213 by zhang
#define SYN_COMM_STATUS		9
#define SYN_RLS_DUALENGRY	10       //针对双能模式下，若仅有单次XPB信号时，在第二次RLS时需要通过该消息，增加HW中的双能曝光次数；
#define SYN_DYN_CMD			20			//for DYN Cmd 
#define SYN_DYN_MSG			21			//for DYN Msg
#define SYN_DYN_IO			22			//for DYN IO

#define MSG_SYN_SID						WM_ECOM_HW + 10
//WPARAM SID in cm

#define MSG_SYN_COLLIMATOR				WM_ECOM_HW + 11
//WPARAM pointer of collimator struct 
#define COLLIMATOR_PARAM				1
#define ROI_PARAM						2
#define COLLIMATOR_ZERO                 3  //collimator zero whose origin is the left up(0,0) of image;
#define MASK_PARAM		                4 //mask 点集


#define MSG_SYN_ERROR					WM_ECOM_HW + 12
//WPARAM  error code point of code string
#define SYN_RESET_NOTIFY				0


#define MSG_SYN_BUCKY					WM_ECOM_HW+13
//WPARAM
#define SYN_BUCKY_PORTRAIT 0
#define SYN_BUCKY_LANDSCAPE 1
#define SYN_BUCKY_UNKNOW 2
//#define SYN_BUCKY_GRID_PRESENT 3   //grid on
//#define SYN_BUCKY_GRID_ABSENT 4    //no grid

#define MSG_SYN_GRID					WM_ECOM_HW+16
#define SYN_GRID_ABSENT 0
#define SYN_GRID_PRESENT 1
//#define SYN_GRID_120 3//deleted 20110711
//#define SYN_GRID_180 2//deleted 20110711

#define SYN_GRID_120 2
#define SYN_GRID_180 3
#define SYN_GRID_UNKNOW 4
#define SYN_GRID_120_ROTATE 5
#define SYN_GRID_PARALLEL 6
#define SYN_GRID_100 7 
#define SYN_GRID_150 8
#define SYN_GRID_PARTINSERT 9//Grid partially inserted

#define MSG_SYN_STAND					WM_ECOM_HW+17
#define SYN_BTCONNECT_LOST         100  // 断开连接
#define SYN_BTCONNECT_CONNECT	   101  // 连接

#define MSG_SYN_FILTER					WM_ECOM_HW+18
#define SYN_FILTER_0	0
#define SYN_FILTER_1	1
#define SYN_FILTER_2	2
#define SYN_FILTER_3	3
#define SYN_FILTER_4	4
#define SYN_FILTER_5	5
#define SYN_FILTER_6	6

#define MSG_OTC					WM_ECOM_HW+19
//WPARAM:
#define OTC_NORMAL	0
#define OTC_MANUAL	1
#define OTC_AUTO	2
#define OTC_READY	2

/////////////////////////////////////////////////////////////////////////////
//Barcode Reader
#define MSG_CODE_ENTER					WM_ECOM_HW+14
//WPARAM point of enter string

#define MSG_CODE_ERROR					WM_ECOM_HW+15
//WPARAM  error code point of code string

//add HW status message
#define MSG_HW_STATUS					WM_ECOM_HW+32 // 1: ready; 0: no ready 20150227
//WPARAM  error code point of code string

//add Collimator offset value 20160224
#define MSG_SYN_COLLIMATOR_OFFSET					WM_ECOM_HW+33 // Collimator offset value
#define MSG_SYN_COLLIMATOR_OFFSET2					WM_ECOM_HW+34 // FixDROC 32bit 硬件分离后，发MSG_SYN_COLLIMATOR_OFFSET会导致硬件进程崩溃
/////////////////////////////////////////////////////////////////////////////

//数据流发送的消息
#define WM_ECOM_DF							WM_USER + 1200 //DATA FLOW

//工作列表刷新完毕
#define MSG_DF_WORKLISTREFRESH				WM_ECOM_DF + 0

//数据流执行过程中的错误
#define MSG_DF_NOTIFY						WM_ECOM_DF + 1

//WPARAM:
//#define ECOM_WARNING 0 //警告，自动处理
//#define ECOM_ERROR 1 //错误，需要处理
#define MSG_FILE_STORED						WM_ECOM_DF + 2
//WPARAM
//AETITLE
//LPARAM
//SOPUID

#define MSG_FILE_SEND						WM_ECOM_DF + 3
#define MSG_FILM_PRINT						WM_ECOM_DF + 4
//WPARAM
//AETITLE
//LPARAM STATIS
#define ECOM_SUCCESS 1
#define ECOM_FAILURE 0

#define MSG_SPACE_OUT						WM_ECOM_DF + 5
//WPARAM
//TotleSpace
//LPARAM
//FreeSpace

#define MSG_KILL_SERVICE					WM_ECOM_DF + 6
//WPARAM
//WPARAM:
//#define ECOM_BEGIN 1
//#define ECOM_PERFORM 2
//#define ECOM_END 3


//给VET用的消息
#define MSG_VET								WM_USER + 1300 

//WPARAM:
#define VET_WEIGHT_KG					1
#define VET_DEPTH_CM					2

#define VET_ANIMAL_CODE					3
#define VET_BODY_AREA					4
#define VET_VIEW						5
#define VET_ANIMAL_SIDE					6

#define ECOM_SETVALUE 5 //kv, ma, ms, 
//LParam: value
//#define VET_A

//added 2008/08/29
#define MSG_PNL_ACQUISITION                 (WM_ECOM_HW + 50) // For portable 3543 

//Code begin 20100304
#define MSG_DUAL_ENERGY_PARAM (WM_ECOM_HW + 51)// 

#define DUALENERGY_ABORT 1//Abort dual energy process
#define SECOND_EXP_BEGIN 2
#define DUALENERGY_EXPOSURE_FIRST  3
#define DUALENERGY_EXPOSURE_SECOND 4

#define DUALENERGY_POSTPROCESS_START 10
//code end 2010304
//code begin 20121219
/* DROC STATUS INFORMATION ----------------------------------------------------------------------------------*/
#define  HW_NEIN                           0                                                                            
#define  HW_SYSTEM_READY                   1                                                                        
#define  HW_NO_PATIENT                     2    //DFR not ready because no patient is selected                                 
#define  HW_NO_IMAGE_MEMORY                3    /*DFR not ready because there is not enough image memory available              */
#define  HW_SERVICE_MODE                   4    /*DFR not ready because it is in service mode.                                  */
#define  HW_FD_ERROR                       5    /*DFR not ready because there is an Detektor error.                             */
#define  HW_FLC_ON_ERROR                   6    /*DFR not ready because there is an error concerning the FL-C                   */
#define  HW_ACQ_BLOCKED_BY_HIPAA           7    /*DFR is not ready because it is blocked by HIPAA                               */
#define  HW_NO_OGP_SELECTED                8    /*DFR is not ready because no OGP has been selected.                            */
#define  HW_FD_RECOVERING                  9    /*DFR is not ready because the FD is recovering.                                */
#define  HW_NO_FLUORO_RAD_MODE_SELECTED    10   /*DFR not ready for fluoro because rad mode is selected.                        */
#define  HW_FD_TOO_HOT                     11   /*DFR is not ready because the Detector is too hot.                             */
#define  HW_NO_XRAY_BEC_FOLDER_PROTECTED   12   /* DFR not ready because the patient's folder is protected.                     */
#define  HW_FLC_IN_DOC_MODE                13   /*FL-C is in Documentation mode                                                 */
#define  HW_FLC_IN_POSTPROC_MODE           14   /*FL-C is in post processing mode                                               */
#define  HW_FD_OFFSET_IN_PROGRESS          15   /*FD offset is in progress                                                      */
#define  HW_FD_WLAN_TOO_LOW                16   /*For NRF: WLAN power is too low for acquisition.                               */
#define  HW_FLC_EXAM_MANAGER_ACTIVE        17   /*FL-C is in mode Exam Manager                                                  */
#define  HW_FD_BATTERY_TOO_LOW             18   /*Battery of mobile detector is too low for Acquisition.                        */
#define  HW_LOW_BATT_ACQ_POSSIBLE          19   /*Battery of wireless FD is low but acquisition still possible (for future use) */
#define  HW_FD_NOT_IN_OP_STATE             20   /*Detector not in operating state                                               */
#define  HW_FD_CONFG_OUT                   21   /*Detector configured out                                                       */
#define  HW_FD_IMG_RECOV                   22   /*Detector image recovery in progress                                           */
#define  HW_NO_FD_CABLE_FOR_ORTHO          23   /*wi-D BK cable not connected for Ortho acquistion                              */
#define  HW_DFR_ORTHO_UI_NOT_IN_STEP_1     24   /* The Ortho UI (on FLC) is not in step 1; therefore the latest iOrgDaten being  */
                                             /*distributed was not the one to be used for next shot (because acq will start  */
                                             /*  with step 1 always                                                            */
/*                                                                                                                    */
/*--------------------------------------------------------------------------------------------------------------------*/
//code end 20121219


#define  MSG_HW_COMM_ENABLE  (WM_ECOM_HW + 60)// 

//code begin 20141107
#define DONGLE_GEN_COMMUNICATION     0x00
#define DONGLE_GEN_NO_COMMUNICATION  0x01

#define DONGLE_REMOVEGRID_NOFUNCTION   0
#define DONGLE_REMOVEGRID_LOW		   1
#define DONGLE_REMOVEGRID_MEDIUM       2
#define DONGLE_REMOVEGRID_HIGH         3

#define DONGLE_UMC_GENPARAM_SYNCHR           0x10
#define DONGLE_UMC_VIEWPROTOCOL_SYNCHR		 0x20
#define DONGLE_UMC_PREVIEW_SYNCHR            0x40
//code end 20141107


//////////////////////////////////////////////////////////////////////////
//测距模块
#define MSG_MEA_PARAM  WM_ECOM_HW + 80

//WPARAM:
#define MEA_CALIBRATE 0  //校正值消息
#define MEA_DATATRANSMODE 1 //距离发送方式 ，0：主动发送， 1：读取才发送
#define MEA_DISTANCEDATA 2  //模块测到的距离值