dmsv2/Dms/EquipDataAngle.h

/**************************************************************************************************
								   版本所有(C), 2020-2022, 北京普达迪泰
***************************************************************************************************
 文 件 名: EquipDataAngle.h
 功能描述: 实体类-推力线偏角
 版 本 号: 1.00初版
 作    者: HYF
 生成日期; 2021－12－20
 最近修改:
 函数列表:
 修改历史:
	 1.日    期 :2021－12－20
	   作    者 : HYF
	   修改内容 : 创建文件

**************************************************************************************************/
#pragma once
class EquipDataAngle :	public CObject
{
public:
	EquipDataAngle();
	virtual ~EquipDataAngle();

private:

	DWORD m_iTaskId;

	// 设备编号
	CString m_szEquipCode;

	// 项目ID
	DWORD m_iItemId;

	// 子项目ID
	DWORD m_iSubItemId;

	// 推力线标题
	CString m_szLineTitle;

	// 编码
	CString m_szLineCode;

	// 起点
	DOUBLE  m_fLineStartX;
	DOUBLE  m_fLineStartY;
	DOUBLE  m_fLineStartZ;

	// 终点
	DOUBLE  m_fLineEndX;
	DOUBLE  m_fLineEndY;
	DOUBLE  m_fLineEndZ;

	// 调较量
	DOUBLE  m_fAngleEX;
	DOUBLE  m_fAngleEY;
	DOUBLE  m_fAngleEZ;

	// 偏移量
	DOUBLE  m_fAngleAX;
	DOUBLE  m_fAngleAY;
	DOUBLE  m_fAngleAZ;

	// 说明
	CString m_szLineDesc;

public:

	// TaskID
	void SetTaskId(DWORD iTaskId) { m_iTaskId = iTaskId; }
	DWORD GetTaskId() const { return m_iTaskId; }

	// 设备型号
	void SetEquipCode(LPCTSTR szEquipCode) { m_szEquipCode = szEquipCode; }
	CString GetEquipCode() const { return m_szEquipCode; }

	// 项目ID
	void SetItemId(int iItemId) { m_iItemId = iItemId; }
	DWORD GetItemId() const { return m_iItemId; }

	// 子项目ID
	void SetSubItemId(int iSubItemId) { m_iSubItemId = iSubItemId; }
	DWORD GetSubItemId() const { return m_iSubItemId; }

	// 推力线标题
	void SetLineTitle(LPCTSTR szLineTitle) { m_szLineTitle = szLineTitle; }
	CString GetLineTitle() const { return m_szLineTitle; }

	// 编码
	void SetLineCode(LPCTSTR szLineCode) { m_szLineCode = szLineCode; }
	CString GetLineCode() const { return m_szLineCode; }

	// 起点
	void SetLineStartX(DOUBLE fLineStartX) { m_fLineStartX = fLineStartX; }
	DOUBLE GetLineStartX() const { return m_fLineStartX; }
	void SetLineStartY(DOUBLE fLineStartY) { m_fLineStartY = fLineStartY; }
	DOUBLE GetLineStartY() const { return m_fLineStartY; }
	void SetLineStartZ(DOUBLE fLineStartZ) { m_fLineStartZ = fLineStartZ; }
	DOUBLE GetLineStartZ() const { return m_fLineStartZ; }

	// 终点
	void SetLineEndX(DOUBLE fLineEndX) { m_fLineEndX = fLineEndX; }
	DOUBLE GetLineEndX() const { return m_fLineEndX; }
	void SetLineEndY(DOUBLE fLineEndY) { m_fLineEndY = fLineEndY; }
	DOUBLE GetLineEndY() const { return m_fLineEndY; }
	void SetLineEndZ(DOUBLE fLineEndZ) { m_fLineEndZ = fLineEndZ; }
	DOUBLE GetLineEndZ() const { return m_fLineEndZ; }

	// 调校量
	void SetAngleEX(DOUBLE fAngleEX) { m_fAngleEX = fAngleEX; }
	DOUBLE GetAngleEX() const { return m_fAngleEX; }
	void SetAngleEY(DOUBLE fAngleEY) { m_fAngleEY = fAngleEY; }
	DOUBLE GetAngleEY() const { return m_fAngleEY; }
	void SetAngleEZ(DOUBLE fAngleEZ) { m_fAngleEZ = fAngleEZ; }
	DOUBLE GetAngleEZ() const { return m_fAngleEZ; }

	// 偏移量
	void SetAngleAX(DOUBLE fAngleAX) { m_fAngleAX = fAngleAX; }
	DOUBLE GetAngleAX() const { return m_fAngleAX; }
	void SetAngleAY(DOUBLE fAngleAY) { m_fAngleAY = fAngleAY; }
	DOUBLE GetAngleAY() const { return m_fAngleAY; }
	void SetAngleAZ(DOUBLE fAngleAZ) { m_fAngleAZ = fAngleAZ; }
	DOUBLE GetAngleAZ() const { return m_fAngleAZ; }

	// 描述
	void SetLineDesc(LPCTSTR szLineDesc) { m_szLineDesc = szLineDesc; }
	CString GetLineDesc() const { return m_szLineDesc; }

};