#pragma once

#include <string>
#include <algorithm>
using namespace std;
//
//#include "TmplMould.tlh"
//#include "TmplMould.tli"

#include "DIOS.Dev.MouldDefine.hpp"


#pragma warning (disable:4244)  // warning C4244: “初始化”: 从“double”转换到“float”，可能丢失数据


namespace DIOS::Dev::Detail
{
	namespace MECH
	{
		static const char* DeviceDriverType = "{18FDF176-DECE-445F-A52C-A14BDD3AC2C1}";
		static const char* MechUnitType = "{0C99B70A-F788-48E1-9728-403BFF6DF982}";
		static const char* MamoMechUnitType = "{620AE3B7-74A2-45B8-AE91-B3574CDD5391}";
		namespace AttrKey
		{
			static const char* GRIDSTATE = "GridState";
			static const char* GRIDTYPE = "GridType";
			static const char* GRIDORIENTATION = "GridOrientation";
			static const char* VIEWID = "ViewID";
			static const char* TID = "DetectorToTableDistance";//TID
			static const char* SID = "DistanceSourcetoDetector";//SID
			static const char* ENTRANCE = "DistanceSourcetoEntrance";//ENTRANCE
			static const char* SOD = "DistanceSourcetoPatient";//SOD
			static const char* PATIENTSIZE = "PatientSize";
			static const char* POSITIONNUMBER = "PositionNumber";
			static const char* MAMMO_GRID = "GRID";
			static const char* MAMMO_AE = "AE";
			static const char* MAMMO_TUBEFILTER = "Filter";
			static const char* MAMMO_THICKNESS = "Thickness";
			static const char* MAMMO_CompPressureDEC = "CompPressureDEC";
			static const char* MAMMO_DEPRESS = "Depress";
			static const char* MAMMO_ANGLE = "MechanicalAngle";
			static const char* MAMMO_HEIGHT = "MechanicalHeight";
			static const char* MAMMO_PRESSVAL = "CompPressure";
			static const char* MAMMO_AGD = "AGD";
			static const char* MAMMO_MAG = "MAG";
			typedef enum _Dios_Mech_GridType
			{
				Grid_No,
				Grid_1150,
				Universal,
				Grid_1800,
				Grid_1000,
				Grid_3000,
				Grid_1500
			}MECH_GRIDTYPE;
			typedef enum _Dios_Mech_GridState
			{
				Grid_Noinformation,
				Grid_IN,
				Grid_IN_CHANGE,
				Grid_OUT,
				Grid_OUT_CHANGE
			}MECH_GRIDSTATE;

			typedef enum _Dios_Mech_GridOrientation
			{
				Grid_Vertical,
				Grid_Horizontal
			}MECH_GRIDORIENTATION;
		}
		namespace ActionKey
		{
			//病人信息相关
			static const char* SetStudyInfo = "SetStudyInfo";
			static const char* SetViewList = "SetViewList";
			static const char* SelectViewInfo = "SelectViewInfo";

			//技术参数主要是位置码，遮光器尺寸等信息
			static const char* SetTechParamsInfo = "SetTechParamsInfo";	
			static const char* SetPositonNumber = "SetPositonNumber";
			//机架机械控制
			static const char* SetGridType = "SetGridType";
			static const char* SetSID = "SetSID";
			static const char* SetSOD = "SetSOD";
			static const char* SetAutoTracking = "SetAutoTracking";

			//获取tomo曝光中的位置信息
			static const char* GetTomoResults = "GetTomoResults";
		}
		class GRIDSTATEMould :public IntMould
		{
			using super = IntMould;
		public:
			GRIDSTATEMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::GRIDSTATE,  initialvalue, lower, upper, accuracy)
			{}
			~GRIDSTATEMould() {}
		};

		class GRIDTYPEMould :public IntMould
		{
			using super = IntMould;
		public:
			GRIDTYPEMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::GRIDTYPE,  initialvalue, lower, upper, accuracy)
			{}
			~GRIDTYPEMould() {}
		};

		class GRIDORIENTATIONMould :public IntMould
		{
			using super = IntMould;
		public:
			GRIDORIENTATIONMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::GRIDORIENTATION,  initialvalue, lower, upper, accuracy)
			{}
			~GRIDORIENTATIONMould() {}
		};
		class VIEWIDMould :public IntMould
		{
			using super = IntMould;
		public:
			VIEWIDMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::VIEWID,  initialvalue, lower, upper, accuracy)
			{}
			~VIEWIDMould() {}
		};
		class TIDMould :public IntMould
		{
			using super = IntMould;
		public:
			TIDMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::TID,  initialvalue, lower, upper, accuracy)
			{}
			~TIDMould() {}
			static constexpr const char* Unit{ "mm" };
			std::string GetDescription()
			{
				ResDataObject temp, result;
				temp.add(ValKey::UPPERLIMIT, m_LimitMax);
				temp.add(ValKey::LOWERLIMIT, m_LimitMin);
				temp.add(ValKey::ACCURACY, m_Accuracy);
				temp.add(ValKey::UNIT, Unit);
				result.add(Key.c_str(), temp);
				return result.encode();
			}
		};
		class SIDMould :public IntMould
		{
			using super = IntMould;
		public:
			SIDMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::SID, initialvalue, lower, upper, accuracy)
			{}
			~SIDMould() {}
			static constexpr const char* Unit{ "mm" };
			std::string GetDescription()
			{
				ResDataObject temp, result;
				temp.add(ValKey::UPPERLIMIT, m_LimitMax);
				temp.add(ValKey::LOWERLIMIT, m_LimitMin);
				temp.add(ValKey::ACCURACY, m_Accuracy);
				temp.add(ValKey::UNIT, Unit);
				result.add(Key.c_str(), temp);
				return result.encode();
			}
		};

		class ENTRANCEMould :public IntMould
		{
			using super = IntMould;
		public:
			ENTRANCEMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::ENTRANCE, initialvalue, lower, upper, accuracy)
			{}
			~ENTRANCEMould() {}
			static constexpr const char* Unit{ "mm" };
			std::string GetDescription()
			{
				ResDataObject temp, result;
				temp.add(ValKey::UPPERLIMIT, m_LimitMax);
				temp.add(ValKey::LOWERLIMIT, m_LimitMin);
				temp.add(ValKey::ACCURACY, m_Accuracy);
				temp.add(ValKey::UNIT, Unit);
				result.add(Key.c_str(), temp);
				return result.encode();
			}
		};
		class SODMould :public IntMould
		{
			using super = IntMould;
		public:
			SODMould( int initialvalue, int lower, int upper, float accuracy)
				:super( AttrKey::SOD, initialvalue, lower, upper, accuracy)
			{}
			~SODMould() {}
			static constexpr const char* Unit{ "mm" };
			std::string GetDescription()
			{
				ResDataObject temp, result;
				temp.add(ValKey::UPPERLIMIT, m_LimitMax);
				temp.add(ValKey::LOWERLIMIT, m_LimitMin);
				temp.add(ValKey::ACCURACY, m_Accuracy);
				temp.add(ValKey::UNIT, Unit);
				result.add(Key.c_str(), temp);
				return result.encode();
			}
		};
		class PATIENTSIZEMould :public IntMould
		{
			using super = IntMould;
		public:
			PATIENTSIZEMould( int initialvalue, int lower, int upper, int accuracy)
				:super( AttrKey::PATIENTSIZE,  initialvalue, lower, upper, accuracy)
			{}
			~PATIENTSIZEMould() {}
		};
		class POSITIONNUMBERMould :public IntMould
		{
			using super = IntMould;
		public:
			POSITIONNUMBERMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::POSITIONNUMBER, initialvalue, lower, upper, accuracy)
			{}
			~POSITIONNUMBERMould() {}
		};

		class MAMMOGRIDMould :public IntMould
		{
			using super = IntMould;
		public:
			MAMMOGRIDMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::MAMMO_GRID, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOGRIDMould() {}
		};
		class MAMMOAEMould :public IntMould
		{
			using super = IntMould;
		public:
			MAMMOAEMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::MAMMO_AE, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOAEMould() {}
		};
		class MAMMOTHICKNESSMould :public IntMould
		{
			using super = IntMould;
		public:
			MAMMOTHICKNESSMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::MAMMO_THICKNESS, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOTHICKNESSMould() {}
		};
		class MAMMOTUBEFILTERMould :public IntMould
		{
			using super = IntMould;
		public:
			MAMMOTUBEFILTERMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::MAMMO_TUBEFILTER, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOTUBEFILTERMould() {}
		};
		class MAMMOPRESSDECMould :public IntMould
		{
			using super = IntMould;
		public:
			MAMMOPRESSDECMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::MAMMO_CompPressureDEC, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOPRESSDECMould() {}
		};
		class MAMMODEPRESSMould :public IntMould
		{
			using super = IntMould;
		public:
			MAMMODEPRESSMould(int initialvalue, int lower, int upper, int accuracy)
				:super(AttrKey::MAMMO_DEPRESS, initialvalue, lower, upper, accuracy)
			{}
			~MAMMODEPRESSMould() {}
		};

		class MAMMOANGLEMould :public FloatMould
		{
			using super = FloatMould;
		public:
			MAMMOANGLEMould(float initialvalue, float lower, float upper, float accuracy)
				:super(AttrKey::MAMMO_ANGLE, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOANGLEMould() {}
		};
		class MAMMOHEIGHTMould :public FloatMould
		{
			using super = FloatMould;
		public:
			MAMMOHEIGHTMould(float initialvalue, float lower, float upper, float accuracy)
				:super(AttrKey::MAMMO_HEIGHT, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOHEIGHTMould() {}
		};
		class MAMMOPRESSVALMould :public FloatMould
		{
			using super = FloatMould;
		public:
			MAMMOPRESSVALMould(float initialvalue, float lower, float upper, float accuracy)
				:super(AttrKey::MAMMO_PRESSVAL, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOPRESSVALMould() {}
		};
		class MAMMOAGDMould :public FloatMould
		{
			using super = FloatMould;
		public:
			MAMMOAGDMould(float initialvalue, float lower, float upper, float accuracy)
				:super(AttrKey::MAMMO_AGD, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOAGDMould() {}
		};
		class MAMMOMAGMould :public FloatMould
		{
			using super = FloatMould;
		public:
			MAMMOMAGMould(float initialvalue, float lower, float upper, float accuracy)
				:super(AttrKey::MAMMO_MAG, initialvalue, lower, upper, accuracy)
			{}
			~MAMMOMAGMould() {}
		};
		//-----------------------------------------------------------------------------
		//		ConfigInfo
		//-----------------------------------------------------------------------------
		namespace ConfKey
		{
			static const char* DiosType = "Vender";
			static const char* DiosModel = "Model";

			static const char* DiosConfig = "DeviceConfig";
			static const char* DiosAttribute = "Attribute";
			static const char* DiosDescription = "Description";
			static const char* DiosSCFType = "SCFType";
			static const char* DiosSCFTCPIP = "TCPIP";
			static const char* DiosSCFCOM = "COM";
			static const char* DiosSCFIP = "ip";
			static const char* DiosSCFPort = "port";
			static const char* DiosSCFBaudrate = "baudrate";
			static const char* DiosSCFBytesize = "bytesize";
			static const char* DiosSCFParity = "parity";
			static const char* DiosSCFStopbits = "stopbits";
			static const char* DiosIsConnect = "IsConnect";

		}

	}
}