steelcutrun.h

线材切割

// SteelCut1.h: interface for the CSteelCut class.
//
//////////////////////////////////////////////////////////////////////

#if !defined(AFX_STEELCUT1_H__799FF204_5C74_4F3E_8600_13C3396F642C__INCLUDED_)
#define AFX_STEELCUT1_H__799FF204_5C74_4F3E_8600_13C3396F642C__INCLUDED_

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

/* Store product and raw materials chain. */		
typedef struct list            
{ 	
		int len;	
		int num; 		
		struct list *next;
}ST;

/* Store cutting way chain. */
typedef struct rlist        
{  	
	int len;
	int num;
	int times;                
	struct rlist *next;
}RST;

class CSteelCut  
{
public:
	CSteelCut();
	virtual ~CSteelCut();
	void Run();

private:

	/*! 
		Stroe the cutted count of product,
		if the count is more than plan then 
		go to next product 
	*/
	int m_Rawtotallen;
	int m_Wastelen;
	int cn ;
	int m_MillLen;
	bool m_Flag;
	/* Add product list*/
	ST *tmpP;
	ST *headP;

	/* Add Raw list*/
	ST *tmpR;
	ST *headR;

	/*! Store the path of output file*/
	char Path[255];
	FILE *fp ;

	char m_COMBO[5][1024]; 
	char m_EDIT_MC[5][1024];
	char m_IDC[4][1024];
	char m_EDIT_PL[5][1024];
	char m_EDIT_PC[5][1024];

private:
	
	/*! Add Product to product chain*/
	ST *AddProduct(int pLen, int pNum, bool pSortFlag);

	/*! Create product chain and sort by product length*/
	ST *InitProduct();

	/*! Create Raw chain */
	ST *InitRaw();

	/*! Search for suitable product ，pRawLen is remainder length */
	RST *Rselect(ST *h, int pRawLen, int pMillLen); 

	/*! Print title of cutting way*/
	void PrintProTitle();

	/*! output a result*/
	ST *Hregulate(ST *h,RST *rstWay, ST *Raw); 

	/*! Set rename path*/
	void GetrenamePath(char *p);

	/*! Set output file path*/
	void SetPath();

	/*! Write into target file*/
	void WriteInfo(char *p);

	/*! Get time for path*/
	void GetDate(char *pdate);

	/*! Search for the best way of cutting and output*/
	void Product(ST *Prod, ST *pRaw, int pMillLen); 

	/*! Print Raw information*/
	void PrintRowInfo(ST *pstRaw);

	/*! Print total waste rate*/
	void PrintTotalRate();
};

#endif // !defined(AFX_STEELCUT1_H__799FF204_5C74_4F3E_8600_13C3396F642C__INCLUDED_)