一个用C++编写的五子棋游戏(1)

发布您的源码作品！会员登录/控制面版 | 最新更新 | 下载排行

精品推荐

文章分类

· 汇编语言

· VB专区

· C语言

· VC语言

· C++语言

· C#语言

· Java语言

· Delphi语言

· Powerbuilder语言

· UML语言

阅读排行

· 查看svchost.exe进程
· PRO/E 十种技巧
· [组图] 3ds Max 高级长篇人
· [组图] PRO/E的曲面设计
· 怎样学好PRO/E软件？
· 路由技术介绍
· Pro/ENGINEER 学习资
· [组图] Photoshop制作珠宝文
· xml的应用是什么？x
· [组图] flash人物绘画教程

一个用C++编写的五子棋游戏(1)

作者：佚名来源：www.pccode.net 整理发布时间：2006-3-7 16:43:53 发布人：wongrs

在TC++1.0~TC++3.0下编译

// LUFFAR.CPP
////////////////////////////////////////////////////
//
// Luffar.Cpp by Yuheng Zhao
//
////////////////////////////////////////////////////

#include "types.h"
#include "shell.h"
#include "luffar.h"
#include "mouse.h"

CBoard::CBoard(CPlayer* p1,CPlayer* p2)
{
m_bSearchAll = TRUE;
// Rensa arrayen
for (int temp=0;temp<MAX_X;temp++)
{
  for (int temp1=0;temp1<MAX_Y;temp1++)
  {
   m_nBoard[temp][temp1]=0;
  }
}

m_bIsEmpty = TRUE;
m_pPlayer1 = p1;
m_pPlayer2 = p2;
m_pCurrentPlayer = p1;
m_nWhoBegins=1;

x0 = 25;
y0 = 45;
x1 = 435;
y1 = 455;
m_nMargin = 10;
m_nShadow = 5;
m_nCellX = (x1-x0)/MAX_X;
m_nCellY = (y1-y0)/MAX_Y;
// Justera storleken p?br刣et s?att det blir delbart
x1=x0+m_nCellX*MAX_X;
y1=y0+m_nCellY*MAX_Y;

msg[0]='\0';
CreateImages();
}

void CBoard::ResetBoard()
{
if (!m_bIsEmpty)
{
  for (int temp=0;temp<MAX_X;temp++)
  {
   for (int temp1=0;temp1<MAX_Y;temp1++)
   {
    m_nBoard[temp][temp1]=0;
   }
  }
  m_lastPt = CPoint();
  m_nextlPt = CPoint();
  if (m_nWhoBegins==1)
  {
   m_pCurrentPlayer = m_pPlayer2;
   m_nWhoBegins=2;
  }else
  {
   m_pCurrentPlayer = m_pPlayer1;
   m_nWhoBegins=1;
  }
  m_bIsEmpty = TRUE;
  Draw();
      Message("-----------------");
  Message("New game ... ");
}
}

CBoard::~CBoard()
{
free(m_pImage1);
free(m_pImage2);
}

void CBoard::CreateImages()
{
int r = (m_nCellX>m_nCellY)?m_nCellY:m_nCellX;
r/=2;
r-=1;
int x = 465;
int y = 60;
unsigned int size;

/* calculate the size of the image */
size = imagesize(0,0,r*2,r*2);

/* allocate memory to hold the image */
m_pImage1 = malloc(size);
m_pImage2 = malloc(size);

file://F攔sta image
setcolor(BLACK);
setfillstyle(SOLID_FILL,BLACK);
fillellipse(x,y,r,r);
setfillstyle(SOLID_FILL,DGRAY);
fillellipse(x-3,y-3,r-4,r-4);
setcolor(LGRAY);
setfillstyle(SOLID_FILL,LGRAY);
fillellipse(x-3,y-3,r-7,r-7);

/* grab the image */
getimage(x-r,y-r,x+r,y+r, m_pImage1);

x = 465;
y = 85;

// Andra image
setcolor(DGRAY);
setfillstyle(SOLID_FILL,DGRAY);
fillellipse(x,y,r,r);
setfillstyle(SOLID_FILL,LGRAY);
fillellipse(x-1,y-2,r-2,r-2);
setcolor(WHITE);
setfillstyle(SOLID_FILL,WHITE);
fillellipse(x-3,y-3,r-7,r-7);

getimage(x-r,y-r,x+r,y+r, m_pImage2);

// putimage(x, y-ARROW_SIZE, arrow, XOR_PUT);
}

void CBoard::Draw()
{

HidePoint();
CRect rect(x0-m_nMargin,y0-m_nMargin,
x1+m_nMargin,y1+m_nMargin);
rect.Draw(BROWN,NOCOLOR,TRUE,m_nShadow);

setcolor(BLACK);
for (int temp=0;temp<MAX_Y+1;temp++)
line(x0,y0+temp*m_nCellY,x1,y0+temp*m_nCellY);
for (temp=0;temp<MAX_X+1;temp++)
line(x0+temp*m_nCellX,y0,x0+temp*m_nCellX,y1);
ShowPoint();
}

int CBoard::Go()
{
int scrx=-1,scry=-1,b;
CPoint newPt;
BOOL redraw=FALSE;

if (m_pCurrentPlayer->IsComputer())
{
  newPt = Think();
      m_nBoard[newPt.x][newPt.y]=m_pCurrentPlayer->WhichPlayer();
  redraw = TRUE;
  m_bIsEmpty = FALSE;
  m_nextlPt = m_lastPt;
  m_lastPt = newPt;
}else
{
  ReadMouse(scrx,scry,b);
  if (b==1)
  {
   if (CRect(x0,y0,x1,y1).PtInRect(CPoint(scrx,scry)))
   {
    newPt = CPoint((scrx-x0)/m_nCellX,(scry-y0)/m_nCellY);
    if (newPt.x>=MAX_X) newPt.x=MAX_X-1;
    if (newPt.y>=MAX_Y) newPt.y=MAX_Y-1;
    if (m_nBoard[newPt.x][newPt.y]==0)
    {
     m_nBoard[newPt.x][newPt.y]=m_pCurrentPlayer->WhichPlayer();
     redraw = TRUE;
     m_bIsEmpty = FALSE;
     m_nextlPt = m_lastPt;
     m_lastPt = newPt;
    }
   }
  }
}

if (newPt.x!=-1 && newPt.y!=-1 && redraw)
{
  HidePoint();
  if (m_pCurrentPlayer->WhichPlayer() == 1)
  {
   putimage(x0+newPt.x*m_nCellX+1,y0+newPt.y*m_nCellY+1,
    m_pImage1,COPY_PUT);

  }
  else
   putimage(x0+newPt.x*m_nCellX+1,y0+newPt.y*m_nCellY+1,
    m_pImage2,COPY_PUT);
   ShowPoint();

  // Visa meddelande
  msg[0]='\0';
  if (m_pCurrentPlayer->IsComputer())
   strcat(msg,"Computer ( ");
  else
  {
   strcat(msg,"Player ");
   if (m_pCurrentPlayer->WhichPlayer()==1)
    strcat(msg,"1 ( ");
   else if (m_pCurrentPlayer->WhichPlayer()==2)
    strcat(msg,"2 ( ");
  }
  char temp[3];
  IntToChar(newPt.x,temp);
  strcat(msg,temp);
  strcat(msg,":");
  IntToChar(newPt.y,temp);
  strcat(msg,temp);
  strcat(msg," )");
  Message(msg);

  file://巒dra p?current player
  if (m_pCurrentPlayer==m_pPlayer1)
   m_pCurrentPlayer=m_pPlayer2;
  else
   m_pCurrentPlayer=m_pPlayer1;

return GetWinner();
}

return -1;
}

CPoint CBoard::RandomPoint()
{
CPoint pt;
do
{
randomize();
pt = CPoint(random(19),random(19));
}while (m_nBoard[pt.x][pt.y]!=0);
return pt;
}

CPoint CBoard::GetEndPoint(int x, int y, Direction d, BOOL& closed)
{
closed = TRUE;
int player=m_nBoard[x][y];
switch (d)
{
case UP:
if (y==0)
return CPoint();

  if (m_nBoard[x][y-1]==player && m_nBoard[x][y-1]!=0)
   return GetEndPoint(x,y-1,UP,closed);
  if (m_nBoard[x][y-1]==0) closed = FALSE;
  return CPoint(x,y-1);
case UPRIGHT:
  if (y==0 || x==MAX_X-1)
   return CPoint();
  if ((m_nBoard[x+1][y-1]==player) && ((m_nBoard[x+1][y-1]!=0)))
   return GetEndPoint(x+1,y-1,UPRIGHT,closed);
  if (m_nBoard[x+1][y-1]==0) closed = FALSE;
  return CPoint(x+1,y-1);
case RIGHT:
  if (x==MAX_X-1)
   return CPoint();
  if (m_nBoard[x+1][y]==player && m_nBoard[x+1][y]!=0)
   return GetEndPoint(x+1,y,RIGHT,closed);
  if (m_nBoard[x+1][y]==0) closed = FALSE;
  return CPoint(x+1,y);
case DOWNRIGHT:
  if (y==MAX_Y-1 || x==MAX_X-1)
   return CPoint();
  if (m_nBoard[x+1][y+1]==player && m_nBoard[x+1][y+1]!=0)
   return GetEndPoint(x+1,y+1,DOWNRIGHT,closed);
  if (m_nBoard[x+1][y+1]==0) closed = FALSE;
  return CPoint(x+1,y+1);
case DOWN:
  if (y==MAX_Y-1)
   return CPoint();
  if (m_nBoard[x][y+1]==player && m_nBoard[x][y+1]!=0)
   return GetEndPoint(x,y+1,DOWN,closed);
  if (m_nBoard[x][y+1]==0) closed = FALSE;
  return CPoint(x,y+1);
case DOWNLEFT:
  if (y==MAX_Y-1 || x==0)
   return CPoint();
  if (m_nBoard[x-1][y+1]==player && m_nBoard[x-1][y+1]!=0)
   return GetEndPoint(x-1,y+1,DOWNLEFT,closed);
  if (m_nBoard[x-1][y+1]==0) closed = FALSE;
  return CPoint(x-1,y+1);
case LEFT:
  if (x==0)
   return CPoint();
  if (m_nBoard[x-1][y]==player && m_nBoard[x-1][y]!=0)
   return GetEndPoint(x-1,y,LEFT,closed);
  if (m_nBoard[x-1][y]==0) closed = FALSE;
  return CPoint(x-1,y);
case UPLEFT:
  if (x==0 || y==0)
   return CPoint();
  if (m_nBoard[x-1][y-1]==player && m_nBoard[x-1][y-1]!=0)
   return GetEndPoint(x-1,y-1,UPLEFT,closed);
  if (m_nBoard[x-1][y-1]==0) closed = FALSE;
  return CPoint(x-1,y-1);
} return CPoint();
}

CPoint CBoard::SearchAll(int player, int count, int param)
{
CPoint pt;

for (int temp=0;temp<MAX_X;temp++)
{
  for (int temp1=0;temp1<MAX_Y;temp1++)
  {
   if (m_nBoard[temp][temp1]==player)
   {
    pt = Analyse(temp,temp1,count,param);
    if (pt.x != -1) return pt;
   }
  }
}
return pt;
}

CPoint CBoard::Think()
{
Message("I'm thinking...");
CPoint pt;

if (m_lastPt.x==-1)
  return CPoint(10,9);
else if (m_nextlPt.x==-1)
  return CPoint(m_lastPt.x+1,m_lastPt.y);
else
{
   // 1. Se om jag har 4 i rad eller 3 i rad med 1 till i n剅heten
  pt = Analyse(m_nextlPt.x, m_nextlPt.y, 4);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_nextlPt.x][m_nextlPt.y],4);
   if (pt.x != -1) return pt;
  }
  // 2. Se om motst唍daren har 4 i rad.
  pt = Analyse(m_lastPt.x, m_lastPt.y, 4);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_lastPt.x][m_lastPt.y],4);
   if (pt.x != -1) return pt;
  }

  // 3. Se om jag har 3 i rad eller 2 i rad plus en till i n剅heten
  pt = Analyse(m_nextlPt.x, m_nextlPt.y, 3);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_nextlPt.x][m_nextlPt.y],3);
   if (pt.x != -1) return pt;
  }

  // 4. Se om motst唍daren har 3 i rad
  pt = Analyse(m_lastPt.x, m_lastPt.y, 3);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_lastPt.x][m_lastPt.y],3);
   if (pt.x != -1) return pt;
  }

      // Tre i rad med en sida st刵gd
      pt = Analyse(m_nextlPt.x, m_nextlPt.y, 3, 2);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_nextlPt.x][m_nextlPt.y],3,2);
   if (pt.x != -1) return pt;
  }

      pt = Analyse(m_nextlPt.x, m_nextlPt.y, 2, 1);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_nextlPt.x][m_nextlPt.y],2,1);
   if (pt.x != -1) return pt;
  }

  pt = Analyse(m_lastPt.x, m_lastPt.y, 2, 1);
  if (pt.x != -1) return pt;
      if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_lastPt.x][m_lastPt.y],2,1);
   if (pt.x != -1) return pt;
  }

  // Tre i rad med en sida st刵gd
  pt = Analyse(m_lastPt.x, m_lastPt.y, 3, 2);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_lastPt.x][m_lastPt.y],3,2);
   if (pt.x != -1) return pt;
  }

pt = FindDangerPt(m_nBoard[m_lastPt.x][m_lastPt.y]);
if (pt.x != -1) return pt;

pt = FindDangerPt(m_nBoard[m_nextlPt.x][m_nextlPt.y]);
if (pt.x != -1) return pt;

  file://Inte viktig
  pt = Analyse(m_nextlPt.x, m_nextlPt.y, 2);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_nextlPt.x][m_nextlPt.y],2);
   if (pt.x != -1) return pt;
  }

  pt = Analyse(m_lastPt.x, m_lastPt.y, 2);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_lastPt.x][m_lastPt.y],2);
   if (pt.x != -1) return pt;
  }

  pt = Analyse(m_nextlPt.x, m_nextlPt.y, 1);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_nextlPt.x][m_nextlPt.y],1);
   if (pt.x != -1) return pt;
  }

  pt = Analyse(m_lastPt.x, m_lastPt.y, 1);
  if (pt.x != -1) return pt;
  if (m_bSearchAll)
  {
   pt = SearchAll(m_nBoard[m_lastPt.x][m_lastPt.y],1);
   if (pt.x != -1) return pt;
  }
}
return RandomPoint();
}
CPoint CBoard::Analyse(int x,int y, int count,int param)
{
//    Se om n唃on har "count" i rad eller "count-1" i rad
//  med 1 till i n剅heten
// eller tv?"count-1" bredvid varandra
CPoint topPt,endPt, tempPt;
BOOL topClosed, endClosed, closed, closed1;
int length;

int length1, sum=0;
Direction temp, temp1, temp2;

if (x != -1 && y != -1)
{
  for (temp=LEFT; temp<RIGHT;temp++)
  {
   length = Calculate(x, y, temp)+
      Calculate(x, y, (Direction)(temp+4))+1;
   topPt = GetEndPoint(x, y, temp, topClosed);
   endPt = GetEndPoint(x, y, (Direction)(temp+4), endClosed);
   if (length>=2 && count == 2 )
   {
    if ((!topClosed) && (topPt.x!=-1) &&
     m_nBoard[topPt.x][topPt.y]==0)
    {
     for (temp1=LEFT; temp1<=DOWNLEFT;temp1++)
     {
      length1 = Calculate(topPt.x, topPt.y, temp1,
       m_nBoard[x][y]);
      tempPt = GetEndPoint(topPt.x, topPt.y, temp1, closed);
      GetEndPoint(tempPt.x, tempPt.y, temp1, closed);
      if ((temp1 != temp) && (temp!=temp1-4) &&
       (length1>=2) && (!closed))
       return topPt;
      if (m_nBoard[tempPt.x][tempPt.y]==0 && (!endClosed)
        && (endPt.x!=-1) && m_nBoard[endPt.x][endPt.y]==0)
      {
       for (temp2=LEFT; temp2<=DOWNLEFT;temp2++)
       {
        tempPt = GetEndPoint(tempPt.x, tempPt.y, temp2, closed);
        tempPt = GetEndPoint(tempPt.x, tempPt.y, temp2, closed);
        length1 = Calculate(tempPt.x, tempPt.y, temp2,
         m_nBoard[x][y])+1;
        if ((temp2 != temp1) &&
         (length1>=2) && (!closed))
         return topPt;
       }
      }

     }
    }
    if ((!endClosed) && (endPt.x!=-1) &&
     m_nBoard[endPt.x][endPt.y]==0)
    {
     for (temp1=LEFT; temp1<DOWNLEFT;temp1++)
     {
      length1 = Calculate(endPt.x, endPt.y, temp1,
       m_nBoard[x][y]);
      tempPt = GetEndPoint(endPt.x, endPt.y, temp1, closed);
      tempPt = GetEndPoint(tempPt.x, tempPt.y, temp2, closed);
      GetEndPoint(tempPt.x, tempPt.y, temp1, closed);
                  if ((temp !=temp1) && (temp != temp1-4) &&
       (length1>=2) && (!closed))
       return endPt;

      if (m_nBoard[tempPt.x][tempPt.y]==0 && (!topClosed)
         && (topPt.x!=-1) && m_nBoard[topPt.x][topPt.y]==0)
      {
       for (temp2=LEFT; temp2<=DOWNLEFT;temp2++)
       {
        tempPt = GetEndPoint(tempPt.x, tempPt.y, temp2, closed);
        length1 = Calculate(tempPt.x, tempPt.y, temp2,
         m_nBoard[x][y])+1;
        if ((temp2 != temp1) &&
         (length1>=2) && (!closed))
         return topPt;
       }
      }
     }
    }
   }
   //     X   X
   //               Det h剅 situationen
   //     X   X
   else if (length>=1 && count ==2)
   {
    if ((!topClosed) && (topPt.x!=-1) &&
     m_nBoard[topPt.x][topPt.y]==0)
    {
     for (temp1=LEFT; temp1<RIGHT;temp1++)
     {
      length1 = Calculate(topPt.x, topPt.y, temp1,
       m_nBoard[x][y]);
      tempPt = GetEndPoint(topPt.x, topPt.y, temp1, closed);
      tempPt = GetEndPoint(tempPt.x, tempPt.y, temp1, closed);
      if ((length1 >= 1) && (!closed))
      {
       length1 = Calculate(topPt.x, topPt.y, (Direction)(temp1+4),
        m_nBoard[x][y]);
       tempPt = GetEndPoint(topPt.x, topPt.y, (Direction)(temp1+4), closed);
       tempPt = GetEndPoint(tempPt.x, tempPt.y, (Direction)(temp1+4), closed);
       if ((length1 >= 1) && (!closed)) sum++;
      }
      if (sum>=2)
       return topPt;
     }
     sum=0;
    }
    if ((!endClosed) && (endPt.x!=-1) &&
     m_nBoard[endPt.x][endPt.y]==0)
    {
     for (temp1=LEFT; temp1<RIGHT;temp1++)
     {
      length1 = Calculate(endPt.x, endPt.y, temp1,
       m_nBoard[x][y]);
      tempPt = GetEndPoint(endPt.x, endPt.y, temp1, closed);
      tempPt = GetEndPoint(tempPt.x, tempPt.y, temp1, closed);
      if ((length1 >= 1) && (!closed))
      {
       length1 = Calculate(endPt.x, endPt.y, (Direction)(temp1+4),
        m_nBoard[x][y]);
       tempPt = GetEndPoint(endPt.x, endPt.y, (Direction)(temp1+4), closed);
       tempPt = GetEndPoint(tempPt.x, tempPt.y, (Direction)(temp1+4), closed);
       if ((length1 >= 1) && (!closed)) sum++;
      }
      if (sum>=2)
       return endPt;
     }
     sum=0;
    }
   }
   if (length>=count && param!=1)
   {
    if ((!topClosed) && (topPt.x!=-1) &&
      (m_nBoard[topPt.x][topPt.y]==0) &&
      (!endClosed) && (endPt.x!=-1) &&
      m_nBoard[endPt.x][endPt.y]==0)
    {
     if (length<=3)
     {
      GetEndPoint(topPt.x, topPt.y, temp, closed);
      GetEndPoint(endPt.x, endPt.y, Direction(temp+4), closed1);
      if ((!closed) && (!closed1))
       return topPt;
     }else
      return topPt;
    }
    else if (length>=4 || param==2)
    {
     if ((!topClosed) && (topPt.x!=-1) &&
      m_nBoard[topPt.x][topPt.y]==0)
       return topPt;
     if ((!endClosed) && (endPt.x!=-1) &&
      m_nBoard[endPt.x][endPt.y]==0)
      return endPt;
    }
   }
   else if ((!topClosed) && (topPt.x!=-1) &&
     m_nBoard[topPt.x][topPt.y]==0 && param!=1)
   {
    if (Calculate(topPt.x,topPt.y,temp,m_nBoard[x][y])>=count-length)
    {
     if (count>=4)
      return topPt;
     else
     {
      tempPt = GetEndPoint(topPt.x, topPt.y, temp, closed);
      tempPt = GetEndPoint(tempPt.x, tempPt.y, temp, closed);

      if ((!endClosed) && (endPt.x!=-1) &&
      m_nBoard[endPt.x][endPt.y]==0 && (!closed))
      return topPt;
     }
    }
   }
   else if ((!endClosed) && (endPt.x!=-1) &&
     m_nBoard[endPt.x][endPt.y]==0 && param!=0 )
   {
    if (Calculate(endPt.x,endPt.y,(Direction)(temp+4),m_nBoard[x][y])>=count-length)
    {
     if (count>=4)
      return endPt;
     else
     {
      tempPt = GetEndPoint(endPt.x, endPt.y, temp, closed);
      tempPt = GetEndPoint(tempPt.x, tempPt.y, temp, closed);

                  if ((!topClosed) && (topPt.x!=-1) &&
       m_nBoard[topPt.x][topPt.y]==0 && (!closed))
       return endPt;
     }
    }
   }
  }
}
return CPoint();
}
int CBoard::Calculate(int x,int y,Direction d, int player)
{
if (player==-1)
  player=m_nBoard[x][y];

switch (d)
{
case UP:
  if (y==0 || m_nBoard[x][y-1]!=player)
   return 0;
  return 1+Calculate(x,y-1,d,player);
case UPRIGHT:
  if (y==0 || x==MAX_X-1 || m_nBoard[x+1][y-1]!=player)
   return 0;
  return 1+Calculate(x+1,y-1,d,player);
case RIGHT:
  if (x==MAX_X-1 || m_nBoard[x+1][y]!=player)
   return 0;
  return 1+Calculate(x+1,y,d,player);
case DOWNRIGHT:
  if (y==MAX_Y-1 || x==MAX_X-1 || m_nBoard[x+1][y+1]!=player)
   return 0;
  return 1+Calculate(x+1,y+1,d,player);
case DOWN:
  if (y==MAX_Y-1 || m_nBoard[x][y+1]!=player)
   return 0;
  return 1+Calculate(x,y+1,d,player);
case DOWNLEFT:
  if (y==MAX_Y-1 || x==0 || m_nBoard[x-1][y+1]!=player)
   return 0;
  return 1+Calculate(x-1,y+1,d,player);
case LEFT:
  if (x==0 || m_nBoard[x-1][y]!=player)
   return 0;
  return 1+Calculate(x-1,y,d,player);
case UPLEFT:
  if (y==0 || x==0 || m_nBoard[x-1][y-1]!=player)
   return 0;
  return 1+Calculate(x-1,y-1,d,player);
} return 0;
}

CPoint CBoard::FindDangerPt(int player)
{
CPoint pt;
int count=0, closedCount=0;
BOOL closed;

for (int temp=0;temp<MAX_X;temp++)
{
  for (int temp1=0;temp1<MAX_Y;temp1++)
  {
   if (m_nBoard[temp][temp1]==0)
   {
    for (Direction tmp=LEFT;tmp<=DOWNLEFT;tmp++)
    {
     pt = GetEndPoint(temp,temp1,tmp,closed);
     if (pt.x!=-1 && pt.y!=-1)
     {
      if (m_nBoard[pt.x][pt.y]==player)
       count++;
      if (m_nBoard[pt.x][pt.y]==player && (!closed))
      closedCount++;
               }
     if (count>=3 || closedCount>=2)
      return CPoint(temp,temp1);
     count=0;
     closedCount=0;
    }
   }
  }
}
return CPoint();
}

// return 1 om f鰎sta spelaren vinner
// return 2 om andra spelaren vinner
// return -1 om ingen vinner
int CBoard::GetWinner()
{
if (m_lastPt.x==-1 || m_lastPt.y==-1)
return -1;
int x=m_lastPt.x;
int y=m_lastPt.y;

if ((Calculate(x,y,UP)+Calculate(x,y,DOWN)>=4))
  { ShowWinner(x,y,UP);
   ShowWinner(x,y,DOWN); }
else if ((Calculate(x,y,UPLEFT)+Calculate(x,y,DOWNRIGHT)>=4))
  { ShowWinner(x,y,UPLEFT);
   ShowWinner(x,y,DOWNRIGHT);}
else if ((Calculate(x,y,LEFT)+Calculate(x,y,RIGHT)>=4))
  { ShowWinner(x,y,LEFT);
   ShowWinner(x,y,RIGHT);}
else if ((Calculate(x,y,UPRIGHT)+Calculate(x,y,DOWNLEFT)>=4))
  { ShowWinner(x,y,UPRIGHT);
   ShowWinner(x,y,DOWNLEFT);}
else
  return -1;

delay(400);
return m_nBoard[x][y];
}

void CBoard::ShowWinner(int x,int y,Direction start,int player)
{
if (player==-1)
player = m_nBoard[x][y];

if (m_nBoard[x][y]!=player)
return;

HidePoint();
/*putimage(x0+x*m_nCellX+1,y0+y*m_nCellY+1,
m_pImage1,NOT_PUT);*/

setcolor(YELLOW);
circle(x0+x*m_nCellX+m_nCellX/2,
y0+y*m_nCellY+m_nCellY/2,
((m_nCellX>m_nCellY)?m_nCellY:m_nCellX)/2);

ShowPoint();

switch (start)
{
case UP:
  ShowWinner(x,y-1,UP,player);
  break;
case DOWN:
  ShowWinner(x,y+1,DOWN,player);
  break;
case UPLEFT:
  ShowWinner(x-1,y-1,UPLEFT,player);
  break;
case DOWNRIGHT:
  ShowWinner(x+1,y+1,DOWNRIGHT,player);
  break;
case LEFT:
  ShowWinner(x-1,y,LEFT,player);
  break;
case RIGHT:
  ShowWinner(x+1,y,RIGHT,player);
  break;
case UPRIGHT:
  ShowWinner(x+1,y-1,UPRIGHT,player);
  break;
case DOWNLEFT:
  ShowWinner(x-1,y+1,DOWNLEFT,player);
  break;
}
}

CMessagePad::CMessagePad()
{
x0 = 450;
y0 = 120;
x1 = 620;
y1 = 400;

m_nShadow = 5;

mx0 = x0 + 10;
my0 = y0 + 25;
mx1 = x1 - 10;
my1 = y1 - 22;

m_nLineSpace = 15;
m_nLines = (my1-my0)/m_nLineSpace;
my1 = my0 + m_nLineSpace * m_nLines;
m_nCurrentLine = 0;

}

void CMessagePad::Draw()
{
HidePoint();
CRect rect(x0,y0,x1,y1);
rect.Draw(BROWN,WHITE,TRUE,m_nShadow);

// Titel
CRect title(x0,y0,x1,y0+15);
title.Draw(WHITE,WHITE);

setcolor(BLACK);
outtextxy(title.x0+6,title.y0+6,"Messages");

ShowPoint();
}

void CMessagePad::Message(char* msg)
{
HidePoint();

if (m_nCurrentLine == m_nLines)
{
ScrollMessages();
m_nCurrentLine--;
}

setcolor(BLACK);
outtextxy(mx0+1,my0+m_nCurrentLine*m_nLineSpace+1,msg);
setcolor(WHITE);
outtextxy(mx0,my0+m_nCurrentLine*m_nLineSpace,msg);
m_nCurrentLine++;

ShowPoint();
}

void CMessagePad::ScrollMessages()
{
void *oldImage;
unsigned int size;

/* calculate the size of the image */
size = imagesize(mx0,my0+m_nLineSpace,mx1,my1+m_nLineSpace);

/* allocate memory to hold the image */
oldImage = malloc(size);

/* grab the image */
HidePoint();
getimage(mx0,my0+m_nLineSpace,mx1,my1+m_nLineSpace,oldImage);

putimage(mx0,my0,oldImage,COPY_PUT);
ShowPoint();

/* clean up */
free(oldImage);
}

[ ] [返回上一页] [打印] [收藏]

上一篇文章：一个用C++编写的五子棋游戏(2)

下一篇文章：《俄罗斯方块》程序编写详解