#if !defined(__KTPARAMCLASS_H__)
#define __KTPARAMCLASS_H__

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

#define StringToLong(pszVal)	_ttol(pszVal)

inline CString LongToString(ULONG lValue)
{
	CString sValue;
	sValue.Format(_T("%ld"), lValue);
	return sValue;
}

#define StringToBool(pszVal)	(_tcsicmp((pszVal), _T("0")) == 0 ? FALSE : TRUE)
#define BoolToString(bVal)		((bVal) ? _T("1") : _T("0"))

class KTParamClass  
{
public:
	KTParamClass() : m_lId(0), m_lUpId(0), m_bReadOnly(FALSE) {}
	KTParamClass(const KTParamClass& data) {operator=(data);}

	KTParamClass& operator=(const KTParamClass& data)
	{
		m_lId		= data.m_lId;
		m_lUpId		= data.m_lUpId;
		m_sCode		= data.m_sCode;
		m_sName		= data.m_sName;
		m_sDesc		= data.m_sDesc;
		m_sIcon1	= data.m_sIcon1;
		m_sIcon2	= data.m_sIcon2;
		m_bReadOnly	= data.m_bReadOnly;
		m_sFlags	= data.m_sFlags;
		m_sLayer	= data.m_sLayer;
		return (*this);
	}

	void MapFieldToValue(CMapStringToString& mapData)
	{
		mapData[_T("ID")]		= LongToString(m_lId);
		mapData[_T("UpID")]		= LongToString(m_lUpId);
		mapData[_T("Code")]		= m_sCode;
		mapData[_T("Name")]		= m_sName;
		mapData[_T("Desc")]		= m_sDesc;
		mapData[_T("Icon1")]	= m_sIcon1;
		mapData[_T("Icon2")]	= m_sIcon2;
		mapData[_T("Read")]		= BoolToString(m_bReadOnly);
		mapData[_T("Flags")]	= m_sFlags;
		mapData[_T("Layer")]	= m_sLayer;
	}

	BOOL GetValue(LPCTSTR pszName, CString& sValue) const
	{
		ASSERT(NULL != pszName && _tcslen(pszName) > 0);
		if		(_tcsicmp(pszName, _T("ID")) == 0)		sValue = LongToString(m_lId);
		else if (_tcsicmp(pszName, _T("UpID")) == 0)	sValue = LongToString(m_lUpId);
		else if (_tcsicmp(pszName, _T("Code")) == 0)	sValue = m_sCode;
		else if (_tcsicmp(pszName, _T("Name")) == 0)	sValue = m_sName;
		else if (_tcsicmp(pszName, _T("Desc")) == 0)	sValue = m_sDesc;
		else if (_tcsicmp(pszName, _T("Icon1")) == 0)	sValue = m_sIcon1;
		else if (_tcsicmp(pszName, _T("Icon2")) == 0)	sValue = m_sIcon2;
		else if (_tcsicmp(pszName, _T("Read")) == 0)	sValue = BoolToString(m_bReadOnly);
		else if (_tcsicmp(pszName, _T("Flags")) == 0)	sValue = m_sFlags;
		else if (_tcsicmp(pszName, _T("Layer")) == 0)	sValue = m_sLayer;
		else	return FALSE;
		return TRUE;
	}

	BOOL SetValue(LPCTSTR pszName, LPCTSTR pszValue)
	{
		if		(_tcsicmp(pszName, _T("ID")) == 0)		m_lId = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("UpID")) == 0)	m_lUpId = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("Code")) == 0)	m_sCode = pszValue;
		else if (_tcsicmp(pszName, _T("Name")) == 0)	m_sName = pszValue;
		else if (_tcsicmp(pszName, _T("Desc")) == 0)	m_sDesc = pszValue;
		else if (_tcsicmp(pszName, _T("Icon1")) == 0)	m_sIcon1 = pszValue;
		else if (_tcsicmp(pszName, _T("Icon2")) == 0)	m_sIcon2 = pszValue;
		else if (_tcsicmp(pszName, _T("Read")) == 0)	m_bReadOnly = StringToBool(pszValue);
		else if (_tcsicmp(pszName, _T("Flags")) == 0)	m_sFlags = pszValue;
		else if (_tcsicmp(pszName, _T("Layer")) == 0)	m_sLayer = pszValue;
		else	return FALSE;
		return TRUE;
	}

	ULONG GetId() const {return m_lId;}
	void SetId(ULONG lId) {m_lId = lId;}

	ULONG GetUpId() const {return m_lUpId;}
	void SetUpId(ULONG lUpId) {m_lUpId = lUpId;}

	LPCTSTR GetCode() const {return m_sCode;}
	void SetCode(LPCTSTR pszCode) {m_sCode = pszCode;}

	LPCTSTR GetName() const {return m_sName;}
	void SetName(LPCTSTR pszName) {m_sName = pszName;}

	LPCTSTR GetDesc() const {return m_sDesc;}
	void SetDesc(LPCTSTR pszDesc) {m_sDesc = pszDesc;}

	LPCTSTR GetIcon1() const {return m_sIcon1;}
	void SetIcon1(LPCTSTR pszIcon1) {m_sIcon1 = pszIcon1;}

	LPCTSTR GetIcon2() const {return m_sIcon2;}
	void SetIcon2(LPCTSTR pszIcon2) {m_sIcon2 = pszIcon2;}

	BOOL IsReadOnly() const {return m_bReadOnly;}
	void SetReadOnly(BOOL bReadOnly) {m_bReadOnly = bReadOnly;}

	LPCTSTR GetFlags() const {return m_sFlags;}
	void SetFlags(LPCTSTR pszFlags) {m_sFlags = pszFlags;}

	LPCTSTR GetLayer() const {return m_sLayer;}
	LPCTSTR GetLayerKey() const {return _T("Layer");}
	void SetLayer(LPCTSTR pszLayer) {m_sLayer = pszLayer;}

protected:
	// 类别ID
	ULONG m_lId;
	// 父类别ID
	ULONG m_lUpId;
	// 类别代号
	CString m_sCode;
	// 类别名称
	CString m_sName;
	// 类别说明
	CString m_sDesc;
	// 小图标
	CString m_sIcon1;
	// 大图标
	CString m_sIcon2;
	// 是否只读
	BOOL m_bReadOnly;
	// 状态标志
	CString m_sFlags;
	// 默认图层
	CString m_sLayer;
};

typedef CArray<KTParamClass, KTParamClass&> KTParamClassArray;
typedef CArray<KTParamClass*, KTParamClass*&> KTParamClassPtrArray;

class KTParamTableAttr
{
public:
	KTParamTableAttr() : m_lId(0), m_bNotNull(FALSE), m_bVisible(TRUE), m_bOverride(FALSE),
						m_bReadOnly(FALSE), m_bNeedSave(FALSE), m_lIndex(0) {}
	KTParamTableAttr(const KTParamTableAttr& data) {operator=(data);}

	KTParamTableAttr& operator=(const KTParamTableAttr& data)
	{
		m_lId		= data.m_lId;
		m_sField	= data.m_sField;
		m_sName		= data.m_sName;
		m_sDesc		= data.m_sDesc;
		m_sDataType	= data.m_sDataType;
		m_sValue	= data.m_sValue;
		m_sDefault	= data.m_sDefault;
		m_sVarDesc	= data.m_sVarDesc;
		m_bNotNull	= data.m_bNotNull;
		m_bVisible	= data.m_bVisible;
		m_bOverride	= data.m_bOverride;
		m_bReadOnly	= data.m_bReadOnly;
		m_bNeedSave	= data.m_bNeedSave;
		m_lIndex	= data.m_lIndex;
		m_sFlags	= data.m_sFlags;
		return (*this);
	}

	ULONG GetId() const {return m_lId;}
	void SetId(ULONG lId) {m_lId = lId;}

	LPCTSTR GetField() const {return m_sField;}
	void SetField(LPCTSTR pszField) {m_sField = pszField;}

	LPCTSTR GetName() const {return m_sName;}
	void SetName(LPCTSTR pszName) {m_sName = pszName;}

	LPCTSTR GetDesc() const {return m_sDesc;}
	void SetDesc(LPCTSTR pszDesc) {m_sDesc = pszDesc;}

	LPCTSTR GetDataType() const {return m_sDataType;}
	void SetDataType(LPCTSTR pszDataType) {m_sDataType = pszDataType;}

	LPCTSTR GetValue() const {return m_sValue;}
	void SetValue(LPCTSTR pszValue) {m_sValue = pszValue;}

	LPCTSTR GetDefault() const {return m_sDefault;}
	void SetDefault(LPCTSTR pszDefault) {m_sDefault = pszDefault;}

	LPCTSTR GetVarDesc() const {return m_sVarDesc;}
	void SetVarDesc(LPCTSTR pszVarDesc) {m_sVarDesc = pszVarDesc;}

	BOOL IsNotNull() const {return m_bNotNull;}
	void SetNotNull(BOOL bNotNull) {m_bNotNull = bNotNull;}

	BOOL IsVisible() const {return m_bVisible;}
	void SetVisible(BOOL bVisible) {m_bVisible = bVisible;}

	BOOL IsOverride() const {return m_bOverride;}
	void SetOverride(BOOL bOverride) {m_bOverride = bOverride;}

	BOOL IsReadOnly() const {return m_bReadOnly;}
	void SetReadOnly(BOOL bReadOnly) {m_bReadOnly = bReadOnly;}

	BOOL IsNeedSave() const {return m_bNeedSave;}
	void SetNeedSave(BOOL bNeedSave) {m_bNeedSave = bNeedSave;}

	ULONG GetIndex() const {return m_lIndex;}
	void SetIndex(ULONG lIndex) {m_lIndex = lIndex;}

	LPCTSTR GetFlags() const {return m_sFlags;}
	void SetFlags(LPCTSTR pszFlags) {m_sFlags = pszFlags;}

protected:
	// 编号
	ULONG m_lId;
	// 字段
	CString m_sField;
	// 名称
	CString m_sName;
	// 说明
	CString m_sDesc;
	// 数据类型值
	CString m_sDataType;
	// 数据表达式
	CString m_sValue;
	// 默认值
	CString m_sDefault;
	// 数值描述表
	CString m_sVarDesc;
	// 是否必填
	BOOL m_bNotNull;
	// 是否可见
	BOOL m_bVisible;
	// 是否可更改
	BOOL m_bOverride;
	// 是否只读
	BOOL m_bReadOnly;
	// 是否保存
	BOOL m_bNeedSave;
	// 顺序号
	ULONG m_lIndex;
	// 状态标志
	CString m_sFlags;
};

typedef CArray<KTParamTableAttr, KTParamTableAttr&> KTParamTableAttrArray;
typedef CArray<KTParamTableAttr*, KTParamTableAttr*&> KTParamTableAttrPtrArray;

class KTParamAttribute
{
public:
	KTParamAttribute() : m_lId(0), m_lClassId(0), m_sDataType(_T("Int")), m_bNotNull(FALSE), m_bVisible(TRUE),
						m_bOverride(FALSE), m_bReadOnly(FALSE), m_bNeedSave(FALSE), m_lIndex(0) {}
	KTParamAttribute(const KTParamAttribute& data) {operator=(data);}

	KTParamAttribute& operator=(const KTParamAttribute& data)
	{
		m_lId		= data.m_lId;
		m_lClassId	= data.m_lClassId;
		m_sCode		= data.m_sCode;
		m_sName		= data.m_sName;
		m_sDesc		= data.m_sDesc;
		m_sDataType	= data.m_sDataType;
		m_sValue	= data.m_sValue;
		m_sDefault	= data.m_sDefault;
		m_sVarDesc	= data.m_sVarDesc;
		m_bNotNull	= data.m_bNotNull;
		m_bVisible	= data.m_bVisible;
		m_bOverride	= data.m_bOverride;
		m_bReadOnly	= data.m_bReadOnly;
		m_bNeedSave	= data.m_bNeedSave;
		m_lIndex	= data.m_lIndex;
		m_sFlags	= data.m_sFlags;
		return (*this);
	}

	void MapFieldToValue(CMapStringToString& mapData)
	{
		mapData[_T("ID")]		= LongToString(m_lId);
		mapData[_T("ClassID")]	= LongToString(m_lClassId);
		mapData[_T("Code")]		= m_sCode;
		mapData[_T("Name")]		= m_sName;
		mapData[_T("Desc")]		= m_sDesc;
		mapData[_T("DataType")]	= m_sDataType;
		mapData[_T("Value")]	= m_sValue;
		mapData[_T("Default")]	= m_sDefault;
		mapData[_T("VarDesc")]	= m_sVarDesc;
		mapData[_T("NotNull")]	= BoolToString(m_bNotNull);
		mapData[_T("Visible")]	= BoolToString(m_bVisible);
		mapData[_T("Override")]	= BoolToString(m_bOverride);
		mapData[_T("Read")]		= BoolToString(m_bReadOnly);
		mapData[_T("Save")]		= BoolToString(m_bNeedSave);
		mapData[_T("Index")]	= LongToString(m_lIndex);
		mapData[_T("Flags")]	= m_sFlags;
	}

	BOOL GetValue(LPCTSTR pszName, CString& sValue) const
	{
		ASSERT(NULL != pszName && _tcslen(pszName) > 0);
		if		(_tcsicmp(pszName, _T("ID")) == 0)		sValue = LongToString(m_lId);
		else if (_tcsicmp(pszName, _T("ClassID")) == 0)	sValue = LongToString(m_lClassId);
		else if (_tcsicmp(pszName, _T("Code")) == 0)	sValue = m_sCode;
		else if (_tcsicmp(pszName, _T("Name")) == 0)	sValue = m_sName;
		else if (_tcsicmp(pszName, _T("Desc")) == 0)	sValue = m_sDesc;
		else if (_tcsicmp(pszName, _T("DataType")) == 0)sValue = m_sDataType;
		else if (_tcsicmp(pszName, _T("Value")) == 0)	sValue = m_sValue;
		else if (_tcsicmp(pszName, _T("Default")) == 0)	sValue = m_sDefault;
		else if (_tcsicmp(pszName, _T("VarDesc")) == 0)	sValue = m_sVarDesc;
		else if (_tcsicmp(pszName, _T("NotNull")) == 0)	sValue = BoolToString(m_bNotNull);
		else if (_tcsicmp(pszName, _T("Visible")) == 0)	sValue = BoolToString(m_bVisible);
		else if (_tcsicmp(pszName, _T("Override")) == 0)sValue = BoolToString(m_bOverride);
		else if (_tcsicmp(pszName, _T("Read")) == 0)	sValue = BoolToString(m_bReadOnly);
		else if (_tcsicmp(pszName, _T("Save")) == 0)	sValue = BoolToString(m_bNeedSave);
		else if (_tcsicmp(pszName, _T("Index")) == 0)	sValue = LongToString(m_lIndex);
		else if (_tcsicmp(pszName, _T("Flags")) == 0)	sValue = m_sFlags;
		else	return FALSE;
		return TRUE;
	}

	BOOL SetValue(LPCTSTR pszName, LPCTSTR pszValue)
	{
		if		(_tcsicmp(pszName, _T("ID")) == 0)		m_lId = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("ClassID")) == 0)	m_lClassId = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("Code")) == 0)	m_sCode = pszValue;
		else if (_tcsicmp(pszName, _T("Name")) == 0)	m_sName = pszValue;
		else if (_tcsicmp(pszName, _T("Desc")) == 0)	m_sDesc = pszValue;
		else if (_tcsicmp(pszName, _T("DataType")) == 0)m_sDataType = pszValue;
		else if (_tcsicmp(pszName, _T("Value")) == 0)	m_sValue = pszValue;
		else if (_tcsicmp(pszName, _T("Default")) == 0)	m_sDefault = pszValue;
		else if (_tcsicmp(pszName, _T("VarDesc")) == 0)	m_sVarDesc = pszValue;
		else if (_tcsicmp(pszName, _T("NotNull")) == 0)	m_bNotNull = StringToBool(pszValue);
		else if (_tcsicmp(pszName, _T("Visible")) == 0)	m_bVisible = StringToBool(pszValue);
		else if (_tcsicmp(pszName, _T("Override")) == 0)m_bOverride = StringToBool(pszValue);
		else if (_tcsicmp(pszName, _T("Read")) == 0)	m_bReadOnly = StringToBool(pszValue);
		else if (_tcsicmp(pszName, _T("Save")) == 0)	m_bNeedSave = StringToBool(pszValue);
		else if (_tcsicmp(pszName, _T("Index")) == 0)	m_lIndex = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("Flags")) == 0)	m_sFlags = pszValue;
		else	return FALSE;
		return TRUE;
	}

	ULONG GetId() const {return m_lId;}
	void SetId(ULONG lId) {m_lId = lId;}

	ULONG GetClassId() const {return m_lClassId;}
	void SetClassId(ULONG lId) {m_lClassId = lId;}

	LPCTSTR GetCode() const {return m_sCode;}
	void SetCode(LPCTSTR pszCode) {m_sCode = pszCode;}

	LPCTSTR GetName() const {return m_sName;}
	void SetName(LPCTSTR pszName) {m_sName = pszName;}

	LPCTSTR GetDesc() const {return m_sDesc;}
	void SetDesc(LPCTSTR pszDesc) {m_sDesc = pszDesc;}

	LPCTSTR GetDataType() const {return m_sDataType;}
	void SetDataType(LPCTSTR pszDataType) {m_sDataType = pszDataType;}

	LPCTSTR GetValue() const {return m_sValue;}
	void SetValue(LPCTSTR pszValue) {m_sValue = pszValue;}

	LPCTSTR GetDefault() const {return m_sDefault;}
	void SetDefault(LPCTSTR pszDefault) {m_sDefault = pszDefault;}

	LPCTSTR GetVarDesc() const {return m_sVarDesc;}
	void SetVarDesc(LPCTSTR pszVarDesc) {m_sVarDesc = pszVarDesc;}

	BOOL IsNotNull() const {return m_bNotNull;}
	void SetNotNull(BOOL bNotNull) {m_bNotNull = bNotNull;}

	BOOL IsVisible() const {return m_bVisible;}
	void SetVisible(BOOL bVisible) {m_bVisible = bVisible;}

	BOOL IsOverride() const {return m_bOverride;}
	void SetOverride(BOOL bOverride) {m_bOverride = bOverride;}

	BOOL IsReadOnly() const {return m_bReadOnly;}
	void SetReadOnly(BOOL bReadOnly) {m_bReadOnly = bReadOnly;}

	BOOL IsNeedSave() const {return m_bNeedSave;}
	void SetNeedSave(BOOL bNeedSave) {m_bNeedSave = bNeedSave;}

	ULONG GetIndex() const {return m_lIndex;}
	void SetIndex(ULONG lIndex) {m_lIndex = lIndex;}

	LPCTSTR GetFlags() const {return m_sFlags;}
	void SetFlags(LPCTSTR pszFlags) {m_sFlags = pszFlags;}

protected:
	// 编号
	ULONG m_lId;
	// 设备
	ULONG m_lClassId;
	// 代号
	CString m_sCode;
	// 名称
	CString m_sName;
	// 说明
	CString m_sDesc;
	// 数据类型
	CString m_sDataType;
	// 数据取值
	CString m_sValue;
	// 初始化值
	CString m_sDefault;
	// 数值描述表
	CString m_sVarDesc;
	// 是否必填
	BOOL m_bNotNull;
	// 是否可见
	BOOL m_bVisible;
	// 是否可更改
	BOOL m_bOverride;
	// 是否只读
	BOOL m_bReadOnly;
	// 是否保存
	BOOL m_bNeedSave;
	// 顺序号
	ULONG m_lIndex;
	// 状态标志
	CString m_sFlags;
};

typedef CArray<KTParamAttribute, KTParamAttribute&> KTParamAttributeArray;
typedef CArray<KTParamAttribute*, KTParamAttribute*&> KTParamAttributePtrArray;

class KTParamExpression
{
public:
	KTParamExpression() : m_lId(0), m_lRuleId(0), m_lIndex(0) {}
	KTParamExpression(const KTParamExpression& data) {operator=(data);}

	KTParamExpression& operator=(const KTParamExpression& data)
	{
		m_lId		= data.m_lId;
		m_lRuleId	= data.m_lRuleId;
		m_sVarType	= data.m_sVarType;
		m_sValue	= data.m_sValue;
		m_lIndex	= data.m_lIndex;
		m_sFlags	= data.m_sFlags;
		return (*this);
	}

	ULONG GetId() const {return m_lId;}
	void SetId(ULONG lId) {m_lId = lId;}

	ULONG GetRuleId() const {return m_lRuleId;}
	void SetRuleId(ULONG lId) {m_lRuleId = lId;}

	LPCTSTR GetVarType() const {return m_sVarType;}
	void SetVarType(LPCTSTR pszVarType) {m_sVarType = pszVarType;}

	LPCTSTR GetValue() const {return m_sValue;}
	void SetValue(LPCTSTR pszValue) {m_sValue = pszValue;}

	ULONG GetIndex() const {return m_lIndex;}
	void SetIndex(ULONG lIndex) {m_lIndex = lIndex;}

	LPCTSTR GetFlags() const {return m_sFlags;}
	void SetFlags(LPCTSTR pszFlags) {m_sFlags = pszFlags;}

protected:
	// 编号
	ULONG m_lId;
	// 约束
	ULONG m_lRuleId;
	// 参数类型
	CString m_sVarType;
	// 参数数据
	CString m_sValue;
	// 顺序号
	ULONG m_lIndex;
	// 状态标志
	CString m_sFlags;
};

typedef CArray<KTParamExpression, KTParamExpression&> KTParamExpressionArray;
typedef CArray<KTParamExpression*, KTParamExpression*&> KTParamExpressionPtrArray;

class KTParamRule
{
public:
	KTParamRule() : m_lId(0), m_lClassId(0), m_lIndex(0) {}
	KTParamRule(const KTParamRule& data) {operator=(data);}

	KTParamRule& operator=(const KTParamRule& data)
	{
		m_lId		= data.m_lId;
		m_lClassId	= data.m_lClassId;
		m_sCurveType= data.m_sCurveType;
		m_sDrawType	= data.m_sDrawType;
		m_lIndex	= data.m_lIndex;
		m_sFlags	= data.m_sFlags;
		return (*this);
	}

	void MapFieldToValue(CMapStringToString& mapData)
	{
		mapData[_T("ID")]			= LongToString(m_lId);
		mapData[_T("ClassID")]		= LongToString(m_lClassId);
		mapData[_T("CurveType")]	= m_sCurveType;
		mapData[_T("DrawType")]		= m_sDrawType;
		mapData[_T("Index")]		= LongToString(m_lIndex);
		mapData[_T("Flags")]		= m_sFlags;
	}

	BOOL GetValue(LPCTSTR pszName, CString& sValue) const
	{
		ASSERT(NULL != pszName && _tcslen(pszName) > 0);
		if		(_tcsicmp(pszName, _T("ID")) == 0)			sValue = LongToString(m_lId);
		else if (_tcsicmp(pszName, _T("ClassID")) == 0)		sValue = LongToString(m_lClassId);
		else if (_tcsicmp(pszName, _T("CurveType")) == 0)	sValue = m_sCurveType;
		else if (_tcsicmp(pszName, _T("DrawType")) == 0)	sValue = m_sDrawType;
		else if (_tcsicmp(pszName, _T("Index")) == 0)		sValue = LongToString(m_lIndex);
		else if (_tcsicmp(pszName, _T("Flags")) == 0)		sValue = m_sFlags;
		else	return FALSE;
		return TRUE;
	}

	BOOL SetValue(LPCTSTR pszName, LPCTSTR pszValue)
	{
		if		(_tcsicmp(pszName, _T("ID")) == 0)			m_lId = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("ClassID")) == 0)		m_lClassId = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("CurveType")) == 0)	m_sCurveType = pszValue;
		else if (_tcsicmp(pszName, _T("DrawType")) == 0)	m_sDrawType = pszValue;
		else if (_tcsicmp(pszName, _T("Index")) == 0)		m_lIndex = StringToLong(pszValue);
		else if (_tcsicmp(pszName, _T("Flags")) == 0)		m_sFlags = pszValue;
		else	return FALSE;
		return TRUE;
	}

	ULONG GetId() const {return m_lId;}
	void SetId(ULONG lId) {m_lId = lId;}

	ULONG GetClassId() const {return m_lClassId;}
	void SetClassId(ULONG lId) {m_lClassId = lId;}

	LPCTSTR GetCurveType() const {return m_sCurveType;}
	void SetCurveType(LPCTSTR pszCurveType) {m_sCurveType = pszCurveType;}

	LPCTSTR GetDrawType() const {return m_sDrawType;}
	void SetDrawType(LPCTSTR pszDrawType) {m_sDrawType = pszDrawType;}

	ULONG GetIndex() const {return m_lIndex;}
	void SetIndex(ULONG lIndex) {m_lIndex = lIndex;}

	LPCTSTR GetFlags() const {return m_sFlags;}
	void SetFlags(LPCTSTR pszFlags) {m_sFlags = pszFlags;}

	// 表达式数据
	KTParamExpressionArray m_arExpression;

protected:
	// 编号
	ULONG m_lId;
	// 设备
	ULONG m_lClassId;
	// 图元类型
	CString m_sCurveType;
	// 绘制类型
	CString m_sDrawType;
	// 顺序号
	ULONG m_lIndex;
	// 状态标志
	CString m_sFlags;
};

typedef CArray<KTParamRule, KTParamRule&> KTParamRuleArray;
typedef CArray<KTParamRule*, KTParamRule*&> KTParamRulePtrArray;

#endif // !defined(__KTPARAMCLASS_H__)