checknew.cpp

彩票双色球预测算法代码

#include "StdAfx.h"
#include "CheckNew.h"
#include "Myfunc.h"

#include "iostream.h"
#include "iomanip.h"
#include "fstream.h"
#include "strstrea.h"

int CCheckNew::GetNewLottary()
{
int M=1,N=33,P=1,Q=16;
int K=7;
int*OneLotta;
OneLotta=new int[K]; 	
bool numok=FALSE;

//srand(1024*(unsigned)time( NULL ));
//GetALottary(M,N, P, Q, 6,1,OneLotta);
/*
   int  nsum;//sum;
    double AllAverage;//AllAverage
	int  nOdd;
	int  nEven;//even to odd
	int intervals[NUM_RED-1];
    int  numIn4Zone[4];//numbers in 4 zones;
	int  recur[5];//   recur balls

*/	



	while(numok==FALSE)
	{
	
			numok=TRUE;
		
		GetALottary(M,N, P, Q, 6,1,OneLotta);
	//**************在这里开始挑选合适的号码**************************************************

        




	
	if((OneLotta[0]==0)||(OneLotta[0]==1)||(OneLotta[K-2]==33))   numok=FALSE;
   	if((OneLotta[K-1]==0)||(OneLotta[K-1]==1)||(OneLotta[K-1]>=16))   numok=FALSE;
	}

		
   int temp[7];
	
	
	
	     for(int i=0;i<NUM_RED;i++)
		 {
	NewLott.RedBall[i]=OneLotta[i];	 
     // New1.RedBall[i]=OneLotta[i];	 
                temp[i]=OneLotta[i];	 
		 }
		 for(i=0;i<NUM_BLUE;i++)
		 {
	 NewLott.BlueBall[i]=OneLotta[NUM_RED+i];	 
           temp[i]=OneLotta[NUM_RED+i];	 
		 }
     




	//*************挑选结束！*************************************************************
	    NewLott.GetRedAverage();
		NewLott.GetAllAverage();
		NewLott.GetIntervals();
		NewLott.GetNumIn4Zone();
		
		NewLott.GetRedOdd();
		NewLott.GetAllOdd();
		
		NewLott.GetRedSum();
		NewLott.GetAllSum();
	
		NewLott.nRedEven=NUM_RED-NewLott.nRedOdd;
		NewLott.nAllEven=NUM_RED+NUM_BLUE-NewLott.nAllOdd;

      int ZoneMax=0;  
	for(int k=0;k<NUM_RED;k++)
	  {
	   if (NewLott.numIn4Zone[k]>ZoneMax)   ZoneMax=NewLott.numIn4Zone[k];
	  }
      if(ZoneMax>4)  numok=FALSE;





delete OneLotta;
return(0);
}



int CCheckNew::SetSum(int M,int N)
 {



   int numok;
	numok=1;

    

	 NewLott.GetAllSum();
  	   if((NewLott.nAllSum>=M)&&(NewLott.nAllSum<=N)) numok=0;
    


		
   
 
return(numok);
}




double CCheckNew::SetAllAverage(int M,int N)
{
 
    bool numok;
	numok=FALSE;

    

	while(numok==FALSE)
	{
       NewLott.GetAllAverage();
  	  if((NewLott.AllAverage>=M)&&(NewLott.AllAverage))  numok=TRUE;
    	else GetNewLottary();


	}
   
   return(NewLott.AllAverage);		
}



int  CCheckNew::SetAllOdd(int M)
{
 int numok;
	numok=1;

    


       NewLott.GetAllOdd();
  	  if((NewLott.nAllOdd-M)==0)  numok=0;
    	else GetNewLottary();
	
   
   return(numok);		

}

int CCheckNew::SetRedOdd(int M)
{
int numok;
	numok=1;

    

   while(numok!=0)
   {
       NewLott.GetRedOdd();
  	  if((NewLott.nRedOdd-M)==0)  numok=0;
    else GetNewLottary();
   }
   
   return(numok);		

}

int CCheckNew::SetNumIn4Zone(int n0,int n1,int n2,int n3)
{

bool numok;
	numok=FALSE;
    int temp;
    

	while(numok==FALSE)
	{
       NewLott.GetNumIn4Zone();


	   temp=(NewLott.numIn4Zone[0]-n0)*(NewLott.numIn4Zone[1]-n1)*(NewLott.numIn4Zone[2]-n2)*(NewLott.numIn4Zone[3]-n3);
  	  if(temp==0)  numok=TRUE;
    //	else GetNewLottary();


	}
   
	
	
	return(0);
}



int CCheckNew::SetIntervals(int Inter0,int Inter1,int Inter2,int Inter3,int Inter4,int Inter5)
{

   bool numok;
	numok=FALSE;
    int temp;
    

	while(numok==FALSE)
	{
       NewLott.GetIntervals();


	   temp=(NewLott.intervals[0]-Inter0)*(NewLott.intervals[1]-Inter1)*(NewLott.intervals[2]-Inter2)*(NewLott.intervals[3]-Inter3)
		   *(NewLott.intervals[4]-Inter4)*(NewLott.intervals[5]-Inter5);
  	  if(temp==0)  numok=TRUE;
    	else GetNewLottary();


	}
   	
	return(0);
}

int CCheckNew::CheckIntervals()
{

   bool numok;
	numok=FALSE;
    int t[5],tt,kk[5];
	t[0]=NewLott.intervals[0];
    t[1]=NewLott.intervals[1];
	t[2]=NewLott.intervals[2];
    t[3]=NewLott.intervals[3];
    t[4]=NewLott.intervals[4];

	while(numok==FALSE)
	{

		
		for(int i=0;i<4;i++)
		  {
			kk[i]=0;
			  
			  for(int j=i;j<5;j++)
			  {
			 tt=NewLott.intervals[i]-NewLott.intervals[j];
			  if(tt==0) kk[i]++;
			  
			  
			  }
		  }
	}
   	
	return(0);
}



int CCheckNew::CheckData(int M,CString FileName)



{

	int i=0;
	int j=0;
   
	CString a;
	a=FileName;
	a.Format(FileName);

 ifstream rgf(a,ios::out);
 FILE *fp1;	
 
 
 fp1=fopen("Check_New_Data.txt","w+");	  
/*		 
 
 for(i=0;i<M;i++)
	{
         
		
		PastData[i].date=0;

		
		
		for( j=0;j<NUM_RED;j++)
		{
		PastData[i].RedBall[j]=0;
        }
      
		if(NUM_BLUE==1)
	      PastData[i].BlueBall[0]=0;
		if(NUM_BLUE==2)
		{
	    PastData[i].BlueBall[0]=0;
    	PastData[i].BlueBall[1]=0;
		}
	}
 
 
 */
 
 for(i=0;i<M;i++)
	{
         
	
         // rgf>>PastData[i].date;
		for( j=0;j<NUM_RED;j++)
		{
		   	NewData[i].RedBall[j];
			if(NewData[i].RedBall[j]==0)
			rgf>>NewData[i].RedBall[j];
        }
      
		if(NUM_BLUE==1)
     	
	    	rgf>>NewData[i].BlueBall[0];
			if(NewData[i].BlueBall[0]==0)
			rgf>>NewData[i].BlueBall[0];
	

		if(NUM_BLUE==2)
		{
	    rgf>>NewData[i].BlueBall[0];
    	rgf>>NewData[i].BlueBall[1];
		}

//     
	
		NewData[i].GetAllAverage();
        NewData[i].GetRedAverage();
		NewData[i].GetIntervals();
		NewData[i].GetNumIn4Zone();
		NewData[i].GetAllOdd();
		NewData[i].GetRedOdd();
		NewData[i].GetRedSum();
	    NewData[i].GetAllSum();
        
		NewData[i].nAllEven=NUM_RED+NUM_BLUE-NewData[i].nAllOdd;
        NewData[i].nRedEven=NUM_RED-NewData[i].nRedOdd;





fprintf(fp1,"%d  %d  %d  %d  %d  %d  %d\n  ",NewData[i].RedBall[0],NewData[i].RedBall[1],
		NewData[i].RedBall[2],NewData[i].RedBall[3],NewData[i].RedBall[4],NewData[i].RedBall[5],NewData[i].BlueBall[0]);
fprintf(fp1,"红球总和=%d,总和=%d,红球平均=%f,总平均=%f,红球奇偶比=%d:%d，总奇偶比=%d:%d，间隔%d  %d  %d  %d %d 四个区 %d,%d,%d,%d \n",
	 NewData[i].nRedSum,NewData[i].nAllSum,NewData[i].RedAverage,NewData[i].AllAverage,NewData[i].nRedOdd,NewData[i].nRedEven,NewData[i].nAllOdd,NewData[i].nAllEven,NewData[i].intervals[0],NewData[i].intervals[1],NewData[i].intervals[2],NewData[i].intervals[3],NewData[i].intervals[4],
	NewData[i].numIn4Zone[0], NewData[i].numIn4Zone[1],NewData[i].numIn4Zone[2], NewData[i].numIn4Zone[3]);

	
 
 
 }
		 
  
	 rgf.close();

	fclose(fp1);

//	AfxMessageBox("Read data finished!");
//	a.Format("red=%d,blue=%d",NUM_RED,NUM_BLUE);
////	AfxMessageBox(a);
	return(0);

}
;







CCheckNew::CCheckNew()
{

}


CCheckNew::~CCheckNew()
{

}