PhysicalDevice/Generator/Salmon/DIOS.Dev.Generator.Salmon/AXIMDataParam.h

/*“F” (Fatal), “E” (Error), “R” (Recoverable), “W” (Warning), “I” (Information), “A” (Action), “T”
(Telegram), or “X” (Reset) at the beginning of the message.
“O” (Ortho): displayed to the user during an ortho workflow*/
static const char* X_RESET_USERMSG_LEGACY = "X_RESET";
static const char* W_WARNUNG = "W_Warning";
static const char* R_BEHEB_FEHLER = "R_Recoverable";
static const char* E_NICHT_BEHEB_FEHLER = "E_Error";
static const char* F_FATALER_FEHLER = "F_Fatal";
static const char* I_USERMESSAGE = "I_Information";
static const char* A_BEDIENEVENT = "A_Action";
static const char* T_TELEGRAM = "Telegram";
static const char* O_MSGBOX_NO_OK_NO_TUI = "O_Ortho";
static const char* O_ORTHOMESSAGE = "O_Ortho";
static const char* A_ACS_FLAG_RESET = "A_Action";
static const char* X_RESET_WARNING = "X_RESET";
static const char* X_RESET_ERROR = "X_RESET";
static const char* X_RESET_SEVERE = "X_RESET";
static const char* X_RESET_FATAL = "X_RESET";
static const char* X_RESET_USERMESSAGE = "X_RESET";
static const char* X_RESET_TELEGRAM = "X_RESET";
static const char* X_RESET_MSGBOX = "X_RESET";
static const char* X_RESET_ORTHOMSG = "X_RESET";
static const char* T_ACS_FLAG_YESNO = "Telegram";

static const int AECDENSITYMIN = -8; //AECDensity 最小值
static const int AECDENSITYMAX = 8; //AECDensity 最大值
static const int STATUS_NOREADY = 0; //状态不ready
static const int STATUS_READY = 1;   //状态ready

static const int DAPUNIT_UGYM2 = 0; //0：uGym2
static const int DAPUNIT_MGYCM2 = 1;   //1：mGycm2

//Filter
#define GEN_FILTER_CU_0    (0)
#define GEN_FILTER_CU_1    (1)
#define GEN_FILTER_CU_2    (2)
#define GEN_FILTER_CU_3    (3)

#define GEN_AECFILM_H (800)
#define GEN_AECFILM_U (400)
#define GEN_AECFILM_D (200)

#define TECHMODE_AEC_1P_REDUCEMA 5


#define CONNECTIONERROR 1
#define UNCLEARERROR 2
#define CLEARERROR 3
#define AUTOCLEARERROR 4
#define NOCLEARERROR 98          //此类消息不能被用户手动清除，需要长期提醒用户
#define MESSAGEBOX_CLEARERROR 99 //此消息需要弹框显示，点击ok后，对话框消失；当系统消息状态清除后，对话框自动清除


typedef enum FILTER
{
	Cu_00mm = 2,
	Cu_01mm = 18,
	Cu_02mm = 34,
	Cu_03mm = 50,
	Cu_Auto = 0,
} FILTER_TYPE;

typedef enum WORKSTATION_ECOM
{
	WS_PARAM_TABLE_ECOM = 0,
	WS_PARAM_WALL_ECOM,
	WS_PARAM_CONVENTIONAL_ECOM,
	WS_PARAM_FREE_ECOM,
	WS_PARAM_TOMO_ECOM,
	WS_PARAM_CONVENTIONAL_TABLE_ECOM,
	WS_PARAM_CONVENTIONAL_WALL_ECOM,
	WS_PARAM_FREE1_LARGE_ECOM,
	WS_PARAM_FREE2_SMALL_ECOM
}WORKSTATION_ECOM_TYPE;

typedef enum PATIENTSIZE_FLC
{
	PATIENT_FLC_SIZE_SMALL = 1,
	PATIENT_FLC_SIZE_MEDIUM,
	PATIENT_FLC_SIZE_BIG,
	PATIENT_FLC_SIZE_CUSTOM,
}PATIENTSIZE_FLC_TYPE;

typedef enum PATIENTSIZE_ECOM
{
	PATIENT_BODYSIZE_LARGE = 0,
	PATIENT_BODYSIZE_MEDIUM,
	PATIENT_BODYSIZE_SMALL,
	PATIENT_BODYSIZE_PAEDIATRIC,
	PATIENT_BODYSIZE_CUSTOM,

}PATIENTSIZE_ECOM_TYPE;

/*============================================================
Grid number =0  means no grid is selected.
For table system:
1.     Grid number = 1, 115 grid;
2.     Grid number = 2, universal grid;
For BWS system:
1.     Grid number = 1, 115 grid;
2.     Grid number = 2, 180 grid;
3.     Grid number = 3, universal grid

For ortho table system:
1.     Grid number = 11, 115 grid;
2.     Grid number = 12, universal grid;
For ortho BWS system:
1.     Grid number = 11, 115 grid;
2.     Grid number = 12, 180 grid;
3.     Grid number = 13, universal grid

============================================================*/
typedef  enum  GRID_FOCUS
{
	//ECOM方面定义
	GRID_FOCUS_NOGRID = 0,      //与Siemens公用
	GRID_FOCUS_1150 = 1,        //与Siemens公用

	GRID_FOCUS_UNIVERSAL = 2,
	GRID_FOCUS_1800 = 3,
	GRID_FOCUS_1000 = 4,
	GRID_FOCUS_3000 = 5,
	GRID_FOCUS_1500 = 6,

	//以下是Simens方面的定义，仅以下内容不同，其他定义暂时一样
	GRID_FOCUS_UNIVERSAL_TABLE_SIEMSN = 2,           //FOR Siemens table

	GRID_FOCUS_1800_WALL_SIEMENS = 2,                //for wall
	GRID_FOCUS_UNIVERSAL_WALL_SIEMENS = 3,      //for Siemens WALL

	/////////////////////////////////////////////////////////////////////////////
	ORTHO_GRID_FOCUS_1150 = 11,        //与Siemens公用

	ORTHO_GRID_FOCUS_UNIVERSAL = 12,
	ORTHO_GRID_FOCUS_1800 = 13,
	ORTHO_GRID_FOCUS_1000 = 14,
	ORTHO_GRID_FOCUS_3000 = 15,
	ORTHO_GRID_FOCUS_1500 = 16,

	//以下是Simens方面的定义，仅以下内容不同，其他定义暂时一样
	ORTHO_GRID_FOCUS_UNIVERSAL_TABLE_SIEMSN = 12,           //FOR Siemens table

	ORTHO_GRID_FOCUS_1800_WALL_SIEMENS = 12,                //for wall
	ORTHO_GRID_FOCUS_UNIVERSAL_WALL_SIEMENS = 13      //for Siemens WALL
}GRID_FOCUS_TYPE;

typedef enum WorkStation_Type {
	WS_TABLE,
	WS_WALL,
	WS_CONVENTIONAL,
	WS_FREE,
	WS_TOMO,
	WS_TABLE_WALL,
}WORKSTATION_TYPE;

typedef enum Techmode_Type {
	TECHMODE_NOAEC_3P,
	TECHMODE_NOAEC_2P,
	TECHMODE_AEC_3P,
	TECHMODE_AEC_2P,
	TECHMODE_AEC_1P
}TECHMODE_TYPE;

typedef enum Focus_Type {
	FOCUS_SMALL,
	FOCUS_LARGE,
	FOCUS_AUTOMATIC
}FOCUS_TYPE;

typedef enum AECField_Type {
	FIELD_RIGHT = 1,
	FIELD_CENTER,
	FIELD_RIGHT_CENTER,
	FIELD_LEFT,
	FIELD_LEFT_RIGHT,
	FIELD_CENTER_LEFT,
	FIELD_LEFT_CENTER_RIGHT
}AECFIELD_TYPE;

typedef struct APRpram {
	int nWS;
	int nFocus;
	int nTechmode;
	int nAECField;
	int nAECFilm;
	int nAECDensity;
	float fCollimatorWidth;
	float fCollimatorHeigth;
	float fKV;
	float fMA;
	float fMS;
	float fMAS;
	float fDose;
	int nFilter;
	int nTubeLoad;
	int nGridType;
	int nOrthoType;
	int nRealativePosition;
	float fSID;
	float fBeamAngle;
	int nOrthoDir;
	int nPartialcp;
	int nPerationMode;
	int nPatientSize;
	int nAlignmentMode;
	int nTracking;
	int nSIDTracking;
}APRpram_TYPE;

typedef enum Charge_State {
	POWER_DC,
	POWER_AC,
}CHARGE_STATE;

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