dcodedlg.h

串行通讯程序,为电池分析仪与电脑通讯软件,效果不错.

#if !defined(AFX_DCODEDLG_H__E4CEF2EA_9E7F_4A04_981A_55880B8AC88F__INCLUDED_)
#define AFX_DCODEDLG_H__E4CEF2EA_9E7F_4A04_981A_55880B8AC88F__INCLUDED_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000
// DCodeDlg.h : header file
//
#define INT_TYPE	 2
/////////////////////////////////////////////////////////////////////////////
// CDCodeDlg dialog
typedef struct c_code			/* 28 bytes total			Stored as:	*/
	{	
	char		cells;			/* # of cells						*/
	char		type;			/* battery type code					*/
	UINT		rating;			/* battery rating		- mAh			*/
	UINT		cr;			/* charge rate        		- C			*/
	UINT		dr;			/* discharge rate     		- C			*/
	char		tcr;			/* trickle charge rate		- C			*/
	char		tdr;			/* recon discharge rate		- C			*/
	signed char 	temp1;			/* low temp cutoff		- 鳦			*/
	signed char 	Roffset;		/* capacity offset		- %			*/
	char		ns;			/* negative slope		- mV/Cell		*/
	signed char 	temp2;			/* high temp cutoff		- 鳦			*/
	UINT		ed;			/* end discharge threshold	- mV/Cell		*/
	UINT		er;			/* end recondition threshold	- mV/Cell		*/
	char		method;			/* charge method					*/
	char		rlw;			/* reverse load weight		- %			*/
	UINT		sv;			/* maximum standby voltage	- mV/Cell	 	*/
	UINT		mv;			/* maximum voltage		- mV/Cell		*/
	char		program;		/* charge program					*/
	char		ctp;			/* charge termination point	- C			*/
	
	unsigned char 	setups		:4;	/* number of setups in adapter - BatteryShop only	*/
	unsigned char 	locked		:1;	/* set if C-Code is locked				*/
	unsigned char 	perm_lock	:1;
	unsigned char 	init		:1;	/* set if lock flag are not valid			*/
	unsigned char			:1;
	char		target;			/* target capacity		- 50 - 150%		*/


	} c_code;
typedef struct basic_cc			/* basic c-code structure used net command 39&40*/
	{
	char		type;
	char		cells;
	unsigned int	rating;
	char		program;
	char		target;
	unsigned char	ext		:1;
	unsigned char	locked		:1;	/* set if C-Code is locked				*/
	unsigned char	perm_lock	:1;
	unsigned char			:5;
	} basic_cc;
const  double StandVol[]={ 1.2,1.2,2.0,3.6};
	 const CString TypeStr1[4]={_T("镍镉电池"),_T("镍氢电池"),_T("铅酸电池"),_T("锂电池")};	
	 const CString ProgramStr[]={_T("自动	"),_T("充电	"),_T("化成	"),_T("用户程序1"),_T("用户程序2"),_T("用户程序3"),_T("用户程序4"),_T("内阻测试")  ,_T("模拟使用"),_T("自放电测试 "),_T("循环寿命"),_T("电池放电"),_T("深度化成"),_T("学习	"),_T("快速测试"),_T("快速学习")};
     const CString MethodStr[]={_T("放电   "),_T("充电  "),_T("修复   "),_T("涓流充电"),_T("电池休眠"),_T("内阻测试"),_T("处理完成"),_T("处理完成并进行涓流充电")};
class CDCodeDlg : public CDialog
{
// Construction
public:
	void Inint();
	BOOL IsDlgShow;
	void UpdateD(BOOL B=FALSE);
	c_code m_DCodeccode;
	CDCodeDlg(CWnd* pParent = NULL);   // standard constructor
	unsigned char m_nStation;
	unsigned char m_nCycle;
		CString m_sCaptionTiltle;
			CView *m_pOwner;
void  SetOwner(CView *m_pOwnerActul);
// Dialog Data
	//{{AFX_DATA(CDCodeDlg)
	enum { IDD = IDD_DIALOGD_CODE };
 	CComboBox m_cCodetype;
 	CComboBox m_Setup;
 	CComboBox m_Station;
    CString	m_DCodetype;
    float	m_DCodecells;			/* # of cells						*/
	UINT	m_DCoderating;			/* battery rating		- mAh			*/
	float	m_DCodecr;			/* charge rate        		- C			*/
	float	m_DCodedr;			/* discharge rate     		- C			*/
	UINT	m_DCodetcr;			/* trickle charge rate		- C			*/
	UINT	m_DCodetdr;			/* recon discharge rate		- C			*/
	UINT	m_DCodecrDa;			/* charge rate        		- C			*/
	UINT	m_DCodedrDa;			/* discharge rate     		- C			*/
	UINT	m_DCodetcrDa;			/* trickle charge rate		- C			*/
	UINT	m_DCodetdrDa;			/* recon discharge rate		- C			*/
	UINT	m_DCodectpDa;
	BYTE	m_DCodetemp1;			/* low temp cutoff		- 鳦			*/
	BYTE	m_DCodeRoffset;		/* capacity offset		- %			*/
	BYTE		m_DCodens;			/* negative slope		- mV/Cell		*/
	UINT		m_DCodeed;			/* end discharge threshold	- mV/Cell		*/
	UINT		m_DCodeer;			/* end recondition threshold	- mV/Cell		*/
	CComboBox m_cCodemethod;
	CString		m_DCodemethod;			/* charge method					*/
	UINT		m_DCodesv;			/* maximum standby voltage	- mV/Cell	 	*/
	UINT		m_DCodemv;			/* maximum voltage		- mV/Cell		*/
	CComboBox m_cCodeprogram;
	CString		m_DCodeprogram;		/* charge program					*/
	float		m_DCodectp;			/* charge termination point	- C			*/
	BYTE		m_DCodetarget;			/* target capacity		- 50 - 150%		*/
	BYTE	m_DCodetemp2;
	//}}AFX_DATA

// Overrides
	// ClassWizard generated virtual function overrides
	//{{AFX_VIRTUAL(CDCodeDlg)
	protected:
	virtual void DoDataExchange(CDataExchange* pDX);    // DDX/DDV support
	//}}AFX_VIRTUAL

// Implementation
protected:

	// Generated message map functions
	//{{AFX_MSG(CDCodeDlg)
	afx_msg void OnReadAnalysis();
	afx_msg void OnWriteAnalysis();
	virtual void OnOK();
	virtual BOOL OnInitDialog();
	//}}AFX_MSG
	DECLARE_MESSAGE_MAP()
};

//{{AFX_INSERT_LOCATION}}
// Microsoft Visual C++ will insert additional declarations immediately before the previous line.

#endif // !defined(AFX_DCODEDLG_H__E4CEF2EA_9E7F_4A04_981A_55880B8AC88F__INCLUDED_)