贪吃蛇游戏代码,C代码库,德仔网

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【C】贪吃蛇游戏
作者:cool609 / 发布于2013/3/18/ 533
http://www.oschina.net/code/snippet_438292_19299

	?/// @brief
	/// 各种定义。
	#include <list>
	using namespace std;

	#define SNAKE_FALSE_BREAK(_bSuccess) \
	{ \
	if (!_bSuccess)\
	{\
	 break;\
	}\
	}

	#define SnakeSafeDeleteObject(_object)\
	{\
	if (_object)\
	{\
	 delete _object;\
	}\
	}

	#define SnakeSafeDeleteArray(_array)\
	{\
	if (_array)\
	{\
	 delete []_array;\
	}\
	}

	#define SnakeSafeDeleteLst(_list)\
	{\
	for (SnakeList::iterator _iter = _list.begin(); _iter != _list.end(); _iter++)\
	{\
	 delete (*_iter);\
	}\
	_list.clear();\
	}

	/// @brief
	/// 蛇的每一节身体的坐标结构体。
	struct SSnakePoint
	{
	int nX; ///< X坐标。
	int nY; ///< Y坐标。

	SSnakePoint(int nX = 0, int nY = 0)
	{
	 this->nX = nX;
	 this->nY = nY;
	}

	void SetPoint(int nX, int nY)
	{
	 this->nX = nX;
	 this->nY = nY;
	}
	};
	typedef struct SSnakePoint SSnakePoint;

	typedef list<SSnakePoint*> SnakeList;

	

	

	

	Snake.h

	?#pragma once
	#include "SnakeHead.h"

	/// @brief
	/// 贪吃蛇类。
	class Snake
	{

	public:
	/// @name 构造/析构 函数。
	/// @{
	Snake();
	~Snake(void);
	/// @}

	/// @name 自定义的公有成员函数。
	/// @{
	/// 初始化。
	/// @return 初始化成功返回TRUE。
	bool Initialize(int nWidth, int nHeight);

	/// @brief
	/// 设置蛇的活动场地大小。
	/// <param name = "nWidth">[in] 宽，蛇身宽度为单位长度。</parma>
	/// <param name = "nHeight">[in] 高，蛇身宽度为单位长度。</parma>
	void SetSnakeSpace(int nWidth, int nHeight);

	/// @brief
	/// 设置蛇是否已死亡。
	/// <param name = "bDead">[in] 是否死亡。</param>
	void SetSnakeDead(bool bDead);

	/// @brief
	/// 蛇是否死亡。
	/// @return 死亡为TRUE，否则为FALSE。
	bool IsDead();

	/// @brief
	/// 蛇的位置。
	/// <param name = "nX">[in] 蛇的X位置。</param>
	/// <param name = "nY">[in] 蛇的Y坐标。</param>
	/// @return 设置错误返回FALSE，否则为TRUE。
	bool SetSnakePos(int nX, int nY);

	/// @brief
	/// 获取蛇的位置。
	/// <param name = "nCount">[in] 第几节身体的坐标。</param>
	/// <param name = "nX">[in] 蛇的X位置。</param>
	/// <param name = "nY">[in] 蛇的Y坐标。</param>
	/// @return 获取错误返回FALSE，否则为TRUE。
	bool GetSnakePos(int nCount, int& nX, int& nY);

	/// @brief
	/// 获取蛇的长度。
	/// @return 返回蛇的长度。
	int GetSnakeSize();

	/// @brief
	/// 设置食物的位置。
	/// <param name = "nX">[in] 食物的X位置。</param>
	/// <param name = "nY">[in] 食物的Y坐标。</param>
	/// @return 设置错误返回FALSE，否则为TRUE。
	bool SetFoodPos();

	/// @brief
	/// 获取食物的位置。
	/// <param name = "nX">[in] 食物的X位置。</param>
	/// <param name = "nY">[in] 食物的Y坐标。</param>
	/// @return 设置错误返回FALSE，否则为TRUE。
	void GetFoodPos(int& nX, int& nY);

	/// @brief
	/// 获取分数。
	int GetScore();
	/// @}

	protected:
	/// @name 自定义的成员函数。
	/// @{
	/// @brief
	/// 蛇身行走。
	bool _SnakeRun(int nX, int nY);

	/// @brief
	/// 增加长度。
	void _AddSnake(int nX, int nY);

	/// @brief
	/// 是否吃到食物。
	/// @return 吃到食物返回TRUE。否则为FALSE。
	bool _IsEatFood();

	/// @brief
	/// 是否碰到自己的身体。
	bool _IsStrikeMySelf();

	/// @brief
	/// 是否碰撞到墙壁。
	bool _IsStrikeWall();
	/// @}

	protected:
	/// @name 自定义的成员变量。
	/// @{
	SnakeList m_lstSnake; ///< 蛇。
	SSnakePoint m_sFoodPoint; ///< 食物的坐标点。
	bool m_bDead; ///< 是否活着。
	int m_nScreenWidth; ///< 场景宽。
	int m_nScreenHeight;///< 场景高。
	int m_nScore; ///< 吃掉的方块个数。
	/// @}
	};

	

	Snake.cpp

	#include "Snake.h"
	#include <time.h>
	#include <stdlib.h>

	Snake::Snake()
	: m_bDead(false)
	, m_nScreenWidth(0)
	, m_nScreenHeight(0)
	, m_nScore(0)
	{
	}

	Snake::~Snake(void)
	{
	SnakeSafeDeleteLst(m_lstSnake);
	}

	bool Snake::Initialize(int nWidth, int nHeight)
	{
	bool bRet = false;
	SSnakePoint* pPoint = NULL;
	do
	{
	 SnakeSafeDeleteLst(m_lstSnake);
	 m_nScreenWidth = nWidth;
	 m_nScreenHeight = nHeight;
	 for (int n = 5; n > 0; n--)
	 {
	 pPoint = new SSnakePoint;
	 pPoint->SetPoint(n, 0);
	 m_lstSnake.push_back(pPoint);
	 }
	 srand((int)time(0));
	 SetFoodPos();
	 m_bDead = false;
	 bRet = true;
	} while (false);
	return bRet;
	}

	void Snake::SetSnakeSpace(int nWidth, int nHeight)
	{
	m_nScreenWidth = nWidth;
	m_nScreenHeight = nHeight;
	}

	void Snake::SetSnakeDead(bool bDead)
	{
	m_bDead = bDead;
	}

	bool Snake::IsDead()
	{
	return m_bDead;
	}

	bool Snake::SetSnakePos(int nX, int nY)
	{
	bool bSuccess = false;
	SSnakePoint* sPoint = NULL;
	do
	{
	 if (_IsStrikeMySelf() || _IsStrikeWall())
	 {
	 SetSnakeDead(true);
	 }
	 SNAKE_FALSE_BREAK(!IsDead());
	 if (_IsEatFood())
	 {
	 _AddSnake(nX, nY);
	 SetFoodPos();
	 }
	 _SnakeRun(nX, nY);
	 bSuccess = true;
	} while (false);
	return bSuccess;
	}

	bool Snake::GetSnakePos(int nCount, int& nX, int& nY)
	{
	bool bSuccess = false;
	do
	{
	 SNAKE_FALSE_BREAK((nCount < m_lstSnake.size()));
	 int n = 0;
	 for (SnakeList::iterator iter = m_lstSnake.begin(); iter != m_lstSnake.end(); iter++,n++)
	 {
	 if (n == nCount)
	 {
	 nX = (*iter)->nX;
	 nY = (*iter)->nY;
	 break;
	 }
	 }
	 bSuccess = true;
	} while (false);
	return bSuccess;
	}

	int Snake::GetSnakeSize()
	{
	return m_lstSnake.size();
	}

	bool Snake::SetFoodPos()
	{
	bool bSuccess = false;
	bool bBreak = false;
	int nX = 0;
	int nY = 0;
	do
	{
	 SNAKE_FALSE_BREAK(!IsDead());
	 while(1)
	 {
	 bBreak = false;
	 nX = rand() % m_nScreenWidth;
	 nY = rand() % m_nScreenHeight;
	 for (SnakeList::iterator iter = m_lstSnake.begin(); iter != m_lstSnake.end(); iter++)
	 {
	 if ((*iter)->nX == nX && (*iter)->nY == nY)
	 {
	 bBreak = true;
	 break;
	 }
	 }
	 if (!bBreak)
	 {
	 break;
	 }
	 }
	 m_sFoodPoint.SetPoint(nX, nY);
	 bSuccess = true;
	} while (false);
	return bSuccess;
	}

	void Snake::GetFoodPos(int& nX, int& nY)
	{
	do
	{
	 nX = m_sFoodPoint.nX;
	 nY = m_sFoodPoint.nY;
	} while (false);
	}

	int Snake::GetScore()
	{
	return m_nScore;
	}

	bool Snake::_SnakeRun(int nX, int nY)
	{
	bool bSuccess = false;
	SSnakePoint sTmp;
	SSnakePoint sSwap;
	do
	{
	 for (SnakeList::iterator iter = m_lstSnake.begin(); iter != m_lstSnake.end(); iter++)
	 {
	 sTmp.SetPoint((*iter)->nX, (*iter)->nY);
	 if (iter == m_lstSnake.begin())
	 {
	 (*iter)->SetPoint(nX, nY);
	 }
	 else
	 {
	 (*iter)->SetPoint(sSwap.nX, sSwap.nY);
	 }
	 sSwap.SetPoint(sTmp.nX, sTmp.nY);
	 }
	} while (false);
	return bSuccess;
	}

	void Snake::_AddSnake(int nX, int nY)
	{
	SSnakePoint* pPoint = new SSnakePoint(nX, nY);
	m_lstSnake.push_back(pPoint);
	}

	bool Snake::_IsEatFood()
	{
	bool bRet = false;
	SSnakePoint sSnakePos;
	SSnakePoint sFoodPos;
	do
	{
	 GetFoodPos(sFoodPos.nX, sFoodPos.nY);
	 GetSnakePos(0, sSnakePos.nX, sSnakePos.nY);
	 if (sFoodPos.nX == sSnakePos.nX && sFoodPos.nY == sSnakePos.nY)
	 {
	 bRet = true;
	 m_nScore++;
	 }
	} while (false);
	return bRet;
	}

	bool Snake::_IsStrikeMySelf()
	{
	bool bSuccess = false;
	SnakeList::iterator iter = m_lstSnake.begin();
	int nX = (*iter)->nX;
	int nY = (*iter)->nY;
	do
	{
	 for (iter++; iter != m_lstSnake.end(); iter++)
	 {
	 if ((*iter)->nX == nX && (*iter)->nY == nY)
	 {
	 bSuccess = true;
	 break;
	 }
	 }
	} while (false);
	return bSuccess;
	}

	bool Snake::_IsStrikeWall()
	{
	bool bSuccess = false;
	do
	{
	 SSnakePoint* pPoint = NULL;
	 pPoint = m_lstSnake.front();
	 if (pPoint->nX > (m_nScreenWidth-1) || pPoint->nY > (m_nScreenHeight-1) || pPoint->nX < 0 || pPoint->nY < 0)
	 {
	 bSuccess = true;
	 }
	}while(false);
	return bSuccess;
	}

	

	qsnake.h

	?#ifndef QSNAKE_H
	#define QSNAKE_H

	#include <QWidget>
	#include "Snake.h"
	//#include "ui_QSnake.h"

	enum ESnakeDriect
	{
	ESnakeDriect_Up = 1,
	ESnakeDriect_Left,
	ESnakeDriect_Down,
	ESnakeDriect_Right,
	};

	class QtSnake : public QWidget
	{
	Q_OBJECT

	signals:
	/// @brief
	/// 发送分数信号。
	void SignalScore();

	/// @brief
	/// 蛇死亡。
	void SignalSnakeDead();

	public:
	/// @brief
	/// 贪吃蛇面板。
	/// <param name = "nHorNum">[in] 横行。</param>
	/// <param name = "nVerNum">[in] 竖行。</param>
	/// <param name = "parent">[in] 所属父类。</param>
	QtSnake(int nHorNum, int nVerNum, QWidget *parent = 0);
	~QtSnake();

	void StartGame();
	void ReStartGame();
	void PauseGame();
	void SnakeRun();

	/// @brief
	/// 设置难度等级。
	/// <param name = "nLevel">[in] 等级。</param>
	void SetLevel(int nLevel);

	int GetScore();

	protected:
	virtual void keyPressEvent(QKeyEvent* pEvent);
	virtual void paintEvent(QPaintEvent* pEvent);
	virtual void timerEvent(QTimerEvent* pEvent);
	void _DrawSnake(QPainter* pPainter);
	void _DrawFood(QPainter* pPainter);
	void _DrawGameOver(QPainter* pPainter);

	private:
	Snake m_oSnake; ///< 贪吃蛇。
	ESnakeDriect m_eDriect; ///< 方向。
	int m_nTimerId; ///< TimerId。
	bool m_bPause; ///< 是否暂停了游戏。
	int m_nHorNum; ///< 横向方块数。
	int m_nVerNum; ///< 纵向方块数。
	int m_nLevel; ///< 难度等级。
	//Ui::QtSnakeClass ui;
	};

	#endif // QSNAKE_H
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