#pragma once

namespace OTSController {

	const double MM2MICRON = 1000.;

	const long SAMPLECHAMBER_WIDTH_DEFAULT = (long)(100 * MM2MICRON);
	const long SAMPLECHAMBER_WIDTH_LIMIT_MIN = (long)(30 * MM2MICRON);
	const long SAMPLECHAMBER_WIDTH_LIMIT_MAX = (long)(500 * MM2MICRON);
	const long SAMPLECHAMBER_HEIGHT_DEFAULT = (long)(100 * MM2MICRON);
	const long SAMPLECHAMBER_HEIGHT_LIMIT_MIN = (long)(30 * MM2MICRON);
	const long SAMPLECHAMBER_HEIGHT_LIMIT_MAX = (long)(500 * MM2MICRON);

	const double POSITIONCRITERIA = 3.0;

	const long SEM_CONTROLLER_MAX = 11;

	const CString SEM_CONTROLLER_NAMES[SEM_CONTROLLER_MAX] = { _T("EM Offline"),
		_T("EM Genesis"),
		_T("EM Zeiss"),
		_T("EM Bruker"),
		_T("EM Oxford"),
		_T("EM Hitachi"),
		_T("EM Jeol"),
		_T("EM TM3030"),
		_T("EM SU3500"),
		_T("EM Quanta Demo"),
		_T("EM AMICS Client")
	};

	const long EDS_CONTROLLER_MAX = 5;

	const CString EDS_CONTROLLER_NAMES[EDS_CONTROLLER_MAX] = { _T("EDS Offline"),
		_T("EDS Genesis"),
		_T("EDS Bruker"),
		_T("EDS Oxford"),
		_T("EDS IXRF")
	};

	const long SCANNER_CONTROLLER_MAX = 5;

	const CString SCANER_CONTROLLER_NAMES[SCANNER_CONTROLLER_MAX] = { _T("Scan Offline"),
		_T("Scan Genesis"),
		_T("Scan Bruker"),
		_T("Scan Oxford"),
		_T("Scan IXRF"),
	};

	class CSEMCommonConst
	{
	public:
		CSEMCommonConst();
		~CSEMCommonConst();
	};


	/// <summary>
	/// Class EMController definition.
	/// </summary>
	class __declspec(dllexport) OTSSEMController
	{
	public:

		enum class SEM_ID
		{
			INVALID = 0,
			OFFLINE = 1,
			MIN = 1,
			USEDMIN = 1,
			GENESIS = 2,
			ZEISS = 3,
			BRUKER = 4,
			OXFORD = 5,
			HITACHI = 6,
			JEOL = 7,
			TM3030 = 8,
			SU3500 = 9,
			QUANTA = 10,
			MAX = 10
		};

		//static CString GetName(const int a_nId);
	};

	class COTSPreferenceData
	{
		COTSPreferenceData() = delete;
		~COTSPreferenceData() = delete;

	public:


		static BOOL m_bIsEMAutoAxisDirection;
		static int m_nSampleChamberWidth;
		static BOOL m_bIsEMAxisXRightDirection;
		static int m_nSampleChamberHeight;
		static BOOL m_bIsEMAxisYUpDirection;

		static int m_nEMScreenRatioIndex;
	};

	// convert SEM position
	void ConvertEMPosition(const BOOL a_bIsAutoAxis,
		const double a_dStageWidth, const BOOL a_bIsXRightDirection,
		const double a_dStageHeight, const BOOL a_bIsYUpDirection,
		double& a_dPositionX, double& a_dPositionY);

		/// <summary>
		/// Class EDSController definition.
		/// </summary>
		class  __declspec(dllexport) EDSController
		{
		public:
			enum class EDS_ID
			{
				INVALID = 0,
				OFFLINE = 1,
				MIN = 1,
				GENESIS = 2,
				USEDMIN = 2,
				BRUKER = 3,
				OXFORD = 4,
				IXRF = 5,
				MAX = 5
			};

			//static CString GetName(const int a_nId);
		};

		/// <summary>
		/// Enum EDSConst definition.
		/// </summary>
		enum class EDSConst
		{
			MAX_XRAY_BATCH = 1024,
			XANA_CHANNELS = 2000,
			XANA_CHANNELS_MAX = 4192,
			MAX_AMPTIME_CONSTANTS = 10,
			MAX_EV_PER_CHANNELS = 5,
			MAX_ANALYZERS = 5,
			MAX_LEN_ANALYZER_NAME = 16
		};

		/// <summary>
		/// Class ScanController definition.
		/// </summary>
		class __declspec(dllexport)ScanController
		{
		public:
			enum class SCANNER_ID
			{
				INVALID = 0,
				OFFLINE = 1,
				MIN = 1,
				GENESIS = 2,
				USEDMIN = 2,
				BRUKER = 3,
				OXFORD = 4,
				IXRF = 5,
				MAX = 5
			};

			//static CString GetName(const int a_nId);
		};

		// DWELL_TIME of BRUKER
		const long DWELLTIME_BRUKER_ID_MIN = 0;
		const long DWELLTIME_BRUKER_ID_MAX = 9;
		const long DWELLTIME_BRUKER_ID_DEFAULT = 4;			// 16
		const long DWELLTIME_BRUKER_ID_THREE_TIE_MIN = 3;	// 8
		const long DWELLTIME_BRUKER_VALUES[DWELLTIME_BRUKER_ID_MAX + 1] = { 1, 2, 4, 8, 16, 32, 64, 128, 256, 512 };
		const CString DWELLTIME_BRUKER_STRINGS[DWELLTIME_BRUKER_ID_MAX + 1] = { _T("1¦Ěs"), _T("2¦Ěs"), _T("4¦Ěs"), _T("8¦Ěs"), _T("16¦Ěs"),
			_T("32¦Ěs"), _T("64¦Ěs"), _T("128¦Ěs"), _T("256¦Ěs"), _T("512¦Ěs") };

		// file and helper
		const CString STR_COMPANYNAME = _T("Config");
		
		const CString OTS_TEXT_FILE_COMMENT = _T("//");


		const CString STR_SIMULATE_DATA = _T("Simulate");

}