| 网站首页 | 业界新闻 | 小组 | 威客 | 人才 | 下载频道 | 博客 | 代码贴 | 在线编程 | 编程论坛 | 
登录
注册
用户控制面板
搜索
道具
风格
短消息
论坛展区
帮助
编程论坛 → 开发语言 → 『 C语言论坛 』 → [原创](好歹算个)贪吃蛇游戏[ c 彩色版]
我的收件箱(0)
欢迎加入我们，一同切磋技术
用户名：   
 
密　码：  
共有 2116 人关注过本帖
标题：[原创](好歹算个)贪吃蛇游戏[ c 彩色版]
只看楼主 加入收藏
Ｉ喜欢c
Rank: 10Rank: 10Rank: 10
等　级：贵宾
威　望：64
帖　子：1749
专家分：0
注　册：2007-3-2
第 11 楼
收藏
 得分:0 

　我是指针，却丢失了目标地址！ 　　　　　　 　 我是循环，却缺少了结束条件！ 　　　　 我是函数，却没有人来调用！ 　　
2007-03-09 16:13
ccwan
Rank: 1
等　级：新手上路
帖　子：3
专家分：0
注　册：2007-3-9
第 12 楼
收藏
 得分:0 

在c语言之家看到一篇代码，“五彩贪吃蛇”
效果也很不错，借此帖转帖一下。

程序代码：
五彩贪吃蛇 C源代码  原创  作者：Marlio Sky
Hello!


     好久没来C语言之家了, 由于最近工作太忙了, 我自己的空余时间太少, 个人的PROJECT就没法进行下去, 这个代码是我在最近一个星期内才完成的.


     首先我个人先介绍一下, 我是一个PC机游戏的开发爱好者. 我的这个游戏代码其实是应该用VC++6.0 加 Direct X 9.0 来完成的, 但是, 由于VC太复杂, DIRECT也有点难, 我个人正在学习中, 我个人知道只有这样才能迎合MICRO SOFT的PC开发平台. 


     Turbo C 2.0 的开发平台虽然说有些过时, 但是对于锻炼一些'C的技巧'和'项目的思路'还是很有帮助的! 在这个代码中, 我主要引用了面向对象的思路, 成员数据, 成员方法, 事件 ... 好了, 看一下代码吧!


/*
The Game: Greedy Snake which be developed by Marlio in Turbo C 2.0

Copyright (c) Feb 25th, 2006 -- ... Wind_Dancing Studio  All copy rights reserved.
*/


/*
GLO_GS.h info:

1. constants defined
2. data struct
3. global variable
*/


#include <stdio.h>
#include <stdlib.h>
#include <conio.h>
#include <graphics.h>
#include <bios.h>
#include <dos.h>


/* size and position of vessal(pixel) */
#define LEFT_MARGIN   140
#define FRAME_UNIT_WIDTH  25
#define FRAME_UNIT_HEIGHT  15
#define BOX_SIZE   15


/* the display mode (640*480) */
#define WINDOW_WIDTH   640
#define WINDOW_HEIGHT   480


/* 
When the game starts, the default position which the 
snake will appear in the frame.
*/
#define SNAK_DEFAULT_POS_X      10
#define SNAK_DEFAULT_POS_Y      5


/* direction of the snake move towards to */
#define SMD_UP        1
#define SMD_DOWN      2
#define SMD_RIGHT     3
#define SMD_LEFT      4


/* the event of keyboard(ASCI code) */
#define UP_MOVE            72
#define DOWN_MOVE          80
#define LEFT_MOVE          75
#define RIGHT_MOVE         77
#define STEP_MOVE          7
#define GAME_STOP        57
#define ESC_OUT         1
#define GENERAT_EGG        8
#define NO_EVENT        0


/* data type defined (Bool) */
#define Boolean    int
#define TRUTH     1
#define FALS    0


/* data type defined (Game Status) */
#define Type_GAMESTATUS          int
#define ON_PALYING      2
#define WINNER         1
#define GAMEOVER     0


/* clock interval */
#define TIMEINTERVAL  6


typedef struct
{
int p_X;
int p_Y;

}POS_in_Fram;


typedef struct SNode
{
POS_in_Fram cur_pos;

int color;

struct SNode *next;

}SNode, *LSNode;


typedef struct
{
int direction;

int len;

POS_in_Fram Head_pre_pos;
POS_in_Fram Head_cur_pos;

int Head_color;

LSNode next;

Boolean Dead; 

}SNAK;


typedef struct
{
POS_in_Fram egg_pos;

int egg_color;

}EggType;


/* 
The head of snake: It is only head node in the link list.
There are some body nodes at the tail of head.
*/
SNAK obj_snake;


/*
the egg which the snake will eat in the frame.
*/
EggType obj_egg;


int Message_Event;


int ScoreTotal;


int SpeedLevel;


/* the flag label: sign the game status */
Type_GAMESTATUS GameStat;


/*
GS_ALG.c info:

In this file, basic method of data object, the function which used to initialize some data struct,
and graphic drawing interface defined in some method will be listed here.
*/


/* Message_Event.Method: 1 */
void set_Message_Event(int T)
{
Message_Event = T;
}
/* Message_Event.Method: 2 */
int get_Message_Event()
{
return(Message_Event);
}


/* ScoreTotal.Method: 1 */
void clear_ScoreTotal()
{
ScoreTotal = 0;
}
/* ScoreTotal.Method: 2 */
int get_ScoreTotal()
{
return(ScoreTotal);
}
/* ScoreTotal.Method: 3 */
void draw_ScoreTotal()
{
char text_buffer[20];
int ul_X, ul_Y;

ul_X = LEFT_MARGIN;
ul_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT - 4);
/* erase the previous score in window */
setcolor(BLUE);
sprintf(text_buffer, \"Score Total: %d\", get_ScoreTotal());
moveto(ul_X, ul_Y);
outtext(text_buffer);

/* draw the new score in window */
setcolor(YELLOW);
ScoreTotal++;
sprintf(text_buffer, \"Score Total: %d\", get_ScoreTotal());
moveto(ul_X, ul_Y);
outtext(text_buffer);
}


/* SpeedLevel.Method: 1 */
void init_SpeedLevel()
{
SpeedLevel = 1;
}
/* SpeedLevel.Method: 2 */
int get_SpeedLevel()
{
return(SpeedLevel);
}
/* SpeedLevel.Method: 3 */
void draw_SpeedLevel(int old_l, int new_l)
{
char text_buffer[20];
int ul_X, ul_Y;

ul_X = LEFT_MARGIN;
ul_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT - 4);
/* erase the old speed level */
setcolor(BLUE);
sprintf(text_buffer, \"Speed Level: %d\", old_l);
moveto(ul_X, ul_Y + textheight(\"H\") * 2);
outtext(text_buffer);
/* draw the new speed level */
setcolor(YELLOW);
sprintf(text_buffer, \"Speed Level: %d\", new_l);
moveto(ul_X, ul_Y + textheight(\"H\") * 2);
outtext(text_buffer);
}
/* SpeedLevel.Method: 4 */
void setSpeedLevel(int score)
{
if(score >= 0 && score < 20)
{
  draw_SpeedLevel(get_SpeedLevel(), 1);
  SpeedLevel = 1;
}
else if(score >= 20 && score < 50)
{
  draw_SpeedLevel(get_SpeedLevel(), 2);
  SpeedLevel = 2;
}
else if(score >= 50 && score < 100)
{
  draw_SpeedLevel(get_SpeedLevel(), 3);
  SpeedLevel = 3;
}
else
{
  draw_SpeedLevel(get_SpeedLevel(), 4);
  SpeedLevel = 4;
}
}


/* GameStat.Method: 1 */
void set_GameStat(Type_GAMESTATUS state)
{
GameStat = state;
}
/* GameStat.Method: 2 */
Type_GAMESTATUS get_GameStat()
{
return(GameStat);
}


/* obj_snake.Dead.Method: 1 */
void set_SnakeDead(Boolean T)
{
obj_snake.Dead = T;
}
/* obj_snake.Dead.Method: 2 */
Boolean Is_SnakeDead()
{
return(obj_snake.Dead);
}


/* get the opposit direction of the snake head */
int get_SHOD(int T)
{
switch(T)
{
  case SMD_UP:
   return(SMD_DOWN);
  case SMD_DOWN:
   return(SMD_UP);
  case SMD_RIGHT:
   return(SMD_LEFT);
  case SMD_LEFT:
   return(SMD_RIGHT);
}
}


/* get the current direction of the snake head */
int get_SHD()
{
return(obj_snake.direction);
}


/* To find certian node in the snake link list */
Boolean findPointInSnake(int pX, int pY)
{
LSNode p;

if((obj_snake.Head_cur_pos.p_X == pX) && (obj_snake.Head_cur_pos.p_Y == pY))
  return(TRUTH);

for(p = obj_snake.next;p != NULL;p = p->next)
{
  if((p->cur_pos.p_X == pX) && (p->cur_pos.p_Y == pY))
   return(TRUTH);
}

return(FALS);
}


/* judge that whether the snake is eating the egg */ 
Boolean Is_SnakEating()
{
if((obj_snake.Head_pre_pos.p_X == obj_egg.egg_pos.p_X) && (obj_snake.Head_pre_pos.p_Y == obj_egg.egg_pos.p_Y))
  return(TRUTH);
else
  return(FALS);
}


void Init_obj_snake()
{
obj_snake.direction = SMD_RIGHT;

obj_snake.len = 1;

obj_snake.Head_cur_pos.p_X = SNAK_DEFAULT_POS_X;
obj_snake.Head_cur_pos.p_Y = SNAK_DEFAULT_POS_Y;

obj_snake.Head_pre_pos = obj_snake.Head_cur_pos;

obj_snake.Head_color = RED;

obj_snake.next = NULL;

obj_snake.Dead = FALS;
}


void Init_obj_egg()
{
obj_egg.egg_pos.p_X = 0;
obj_egg.egg_pos.p_Y = 0;

obj_egg.egg_color = BLACK;
}


void RegistryGraphicMode()
{
int Driver, Mode;

/* display mode(640*480) */
detectgraph(&Driver, &Mode);
registerbgidriver(EGAVGA_driver);
initgraph(&Driver, &Mode, \"c:\\turboc2\");
}


void Draw_FrameInWindow(int f_ul_X, int f_ul_Y, int f_dr_X, int f_dr_Y, int W, int H)
{
int i, x, y;

rectangle(f_ul_X - 1, f_ul_Y - 1, f_dr_X + 1, f_dr_Y + 1);

setfillstyle(SOLID_FILL, BLACK);
bar(f_ul_X, f_ul_Y, f_dr_X, f_dr_Y);

setcolor(DARKGRAY);

for(i = 1;i < W;i++)
{
  x = f_ul_X + i * BOX_SIZE;
  line(x, f_ul_Y, x, f_dr_Y);
}

for(i = 1;i < H;i++)
{
  y = f_ul_Y + i * BOX_SIZE;
  line(f_ul_X, y, f_dr_X, y);
}
}


void Draw_mainGraphWindow()
{
int ul_X, ul_Y, dr_X, dr_Y;
char text_buffer[33];

setfillstyle(SOLID_FILL, BLUE);
bar(0, 0, WINDOW_WIDTH - 1, WINDOW_HEIGHT - 1);

ul_X = LEFT_MARGIN;
ul_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT * 2 - 3);
dr_X = LEFT_MARGIN + BOX_SIZE * FRAME_UNIT_WIDTH;
dr_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT - 3);

Draw_FrameInWindow(ul_X, ul_Y, dr_X, dr_Y, FRAME_UNIT_WIDTH, FRAME_UNIT_HEIGHT);

ul_X = LEFT_MARGIN;
ul_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT - 4);


settextjustify(LEFT_TEXT, TOP_TEXT);

settextstyle(DEFAULT_FONT, HORIZ_DIR, 1);

setcolor(YELLOW);

sprintf(text_buffer, \"Score Total: %d\", get_ScoreTotal());
moveto(ul_X, ul_Y);
outtext(text_buffer);

sprintf(text_buffer, \"Speed Level: %d\", get_SpeedLevel());
moveto(ul_X, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"EXIT: ESC Button\");
moveto(ul_X, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"Created By: Marlio Sky\");
moveto(ul_X, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"Studio: Wind Dancing\");
moveto(ul_X, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"UP: Up Arrow\");
moveto(ul_X + textwidth(\"H\") * 30, ul_Y);
outtext(text_buffer);

strcpy(text_buffer, \"DOWN: Down Arrow\");
moveto(ul_X + textwidth(\"H\") * 30, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"LEFT: Left Arrow\");
moveto(ul_X + textwidth(\"H\") * 30, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"RIGHT: Right Arrow\");
moveto(ul_X + textwidth(\"H\") * 30, gety() + textheight(\"H\") * 2);
outtext(text_buffer);

strcpy(text_buffer, \"STOP: Space Button\");
moveto(ul_X + textwidth(\"H\") * 30, gety() + textheight(\"H\") * 2);
outtext(text_buffer);
}


/*
draw the egg in the Frame

Boolean T: -- TRUTH   draw the egg with its own color in Frame
      -- FALS   draw the egg with BLACK color in Frame(erase snake)
*/
void draw_egg(Boolean T)
{
int ul_X, ul_Y;
int color;

ul_X = LEFT_MARGIN;
ul_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT * 2 - 3);

if(T == FALS)
  color = BLACK;
else
  color = obj_egg.egg_color;

setfillstyle(SOLID_FILL, color);

bar(ul_X + BOX_SIZE * obj_egg.egg_pos.p_Y + 1, ul_Y + BOX_SIZE * obj_egg.egg_pos.p_X + 1, ul_X + BOX_SIZE * (obj_egg.egg_pos.p_Y + 1) - 1, ul_Y + BOX_SIZE * (obj_egg.egg_pos.p_X + 1) - 1);
}


/* 
refresh the runtime environment

Boolean T: -- TRUTH   draw the snake node with their own color in Frame
      -- FALS   draw the snake node with BLACK color in Frame(erase snake)
*/ 
void Mapped_Draw(Boolean T)
{
int ul_X, ul_Y;
int Ax, Ay, Bx, By;
int color;
LSNode p;

ul_X = LEFT_MARGIN;
ul_Y = WINDOW_HEIGHT - BOX_SIZE * (FRAME_UNIT_HEIGHT * 2 - 3);

if(T == FALS)
  color = BLACK;
else
  color = obj_snake.Head_color;

setfillstyle(SOLID_FILL, color);

Ax = ul_X + BOX_SIZE * obj_snake.Head_cur_pos.p_Y + 1;
Ay = ul_Y + BOX_SIZE * obj_snake.Head_cur_pos.p_X + 1;
Bx = ul_X + BOX_SIZE * (obj_snake.Head_cur_pos.p_Y + 1) - 1;
By = ul_Y + BOX_SIZE * (obj_snake.Head_cur_pos.p_X + 1) - 1;

bar(Ax, Ay, Bx, By);

if(T == TRUTH)
{
  setfillstyle(SOLID_FILL, YELLOW);
  bar(Ax + 4, Ay + 4, Ax + 4 + 5, Ay + 4 + 5);
}

for(p = obj_snake.next;p != NULL;p = p->next)
{
  if(T == FALS)
   color = BLACK;
  else
   color = p->color;
  
  setfillstyle(SOLID_FILL, color);
  
  Ax = ul_X + BOX_SIZE * p->cur_pos.p_Y + 1;
  Ay = ul_Y + BOX_SIZE * p->cur_pos.p_X + 1;
  Bx = ul_X + BOX_SIZE * (p->cur_pos.p_Y + 1) - 1;
  By = ul_Y + BOX_SIZE * (p->cur_pos.p_X + 1) - 1;
  
  bar(Ax, Ay, Bx, By);
}
}


/* draw 'game start' or 'game over' surface */
void draw_GS_GO_Surface(Type_GAMESTATUS T)
{
char text_buffer[40];

settextjustify(LEFT_TEXT, TOP_TEXT);

switch(T)
{
  case ON_PALYING:
   
   settextstyle(SANS_SERIF_FONT, HORIZ_DIR, 4);
   setcolor(LIGHTCYAN);
   
   strcpy(text_buffer, \"ITEM - 2: Game.Greed Snake\");
   moveto(100, 100);
   outtext(text_buffer);
   
   settextstyle(SANS_SERIF_FONT, HORIZ_DIR, 1);
   setcolor(YELLOW);
   
   strcpy(text_buffer, \"Please press any key to continue ...\");
   moveto(150, 300);
   outtext(text_buffer);
   break;
  case GAMEOVER:
   
   settextstyle(GOTHIC_FONT, HORIZ_DIR, 8);
   setcolor(RED);
   
   strcpy(text_buffer, \"GAME OVER\");
   moveto(70, 80);
   outtext(text_buffer);
   
   settextstyle(SANS_SERIF_FONT, HORIZ_DIR, 2);
   setcolor(YELLOW);
   
   strcpy(text_buffer, \"Sorry!\");
   moveto(160, 320);
   outtext(text_buffer);
   
   sprintf(text_buffer, \"Total Score: %d\", get_ScoreTotal());
   moveto(240, 320);
   outtext(text_buffer);
   
   sprintf(text_buffer, \"Speed Level: %d\", get_SpeedLevel());
   moveto(240, 350);
   outtext(text_buffer);
   break;
  case WINNER:
   
   settextstyle(GOTHIC_FONT, HORIZ_DIR, 8);
   setcolor(RED);
   
   strcpy(text_buffer, \"YOU WIN !\");
   moveto(80, 80);
   outtext(text_buffer);
   
   settextstyle(SANS_SERIF_FONT, HORIZ_DIR, 2);
   setcolor(YELLOW);
   
   strcpy(text_buffer, \"Congratulation!\");
   moveto(120, 320);
   outtext(text_buffer);
   
   sprintf(text_buffer, \"Total Score: %d\", get_ScoreTotal());
   moveto(280, 320);
   outtext(text_buffer);
   
   sprintf(text_buffer, \"Speed Level: %d\", get_SpeedLevel());
   moveto(280, 350);
   outtext(text_buffer);
   break;
  default:
   break;
}
}


/*
    GS_ALG1.c info:
    In this file, some function and module is main caculation for Russion Block.
    The dispatcher will directly invoke the action procedure.
*/


/* According to incoming parameter, set the predictly position of snake head. */
void set_SH_Pre_Pos(int T)
{
int H_pX, H_pY;

H_pX = obj_snake.Head_cur_pos.p_X;
H_pY = obj_snake.Head_cur_pos.p_Y;

switch(T)
{
  case SMD_UP:
   
   if((H_pX - 1) < 0 || findPointInSnake(H_pX - 1, H_pY) == TRUTH)
   {
    set_SnakeDead(TRUTH);
    return;
   }
   
   obj_snake.Head_pre_pos.p_X = H_pX - 1;
   obj_snake.Head_pre_pos.p_Y = H_pY;
   
   break;
  case SMD_DOWN:
   
   if((H_pX + 1) >= FRAME_UNIT_HEIGHT || findPointInSnake(H_pX + 1, H_pY) == TRUTH)
   {
    set_SnakeDead(TRUTH);
    return;
   }
   
   obj_snake.Head_pre_pos.p_X = H_pX + 1;
   obj_snake.Head_pre_pos.p_Y = H_pY;
   
   break;
  case SMD_RIGHT:
   
   if((H_pY + 1) >= FRAME_UNIT_WIDTH || findPointInSnake(H_pX, H_pY + 1) == TRUTH)
   {
    set_SnakeDead(TRUTH);
    return;
   }
   
   obj_snake.Head_pre_pos.p_X = H_pX;
   obj_snake.Head_pre_pos.p_Y = H_pY + 1;
   
   break;
  case SMD_LEFT:
   
   if((H_pY - 1) < 0 || findPointInSnake(H_pX, H_pY - 1) == TRUTH)
   {
    set_SnakeDead(TRUTH);
    return;
   }
   
   obj_snake.Head_pre_pos.p_X = H_pX;
   obj_snake.Head_pre_pos.p_Y = H_pY - 1;
   
   break;
}
}


/* set the direction of snake head */ 
Boolean set_SHD(int T)
{
if(get_SHD() == T || get_SHOD(get_SHD()) == T)
  return(FALS);

obj_snake.direction = T;

return(TRUTH);
}


/* 
the main processing algorithem flow:

  +--------+    +------------+    +-----------+     +-----------+
  |       |    |            |    |           |     |           | 
+-------+-------+----+    +-------+----+    +-------+----+    +-------+----+    
|pre_pos|cur_pos|next---->|cur_pos|next---->|cur_pos|next---->|cur_pos|next----> 
+-------+-------+----+    +-------+----+    +-------+----+    +-------+----+    
snake head                snake body 1      snake body 2      snake body3
*/
void process_SnakeNode(Boolean eated)
{
int i;
POS_in_Fram temp1_cur_pos, temp2_cur_pos;
LSNode p, q;

temp1_cur_pos = obj_snake.Head_cur_pos;

obj_snake.Head_cur_pos = obj_snake.Head_pre_pos;

p = obj_snake.next;

for(i = 1;i < obj_snake.len;i++)
{
  temp2_cur_pos = p->cur_pos;
  p->cur_pos = temp1_cur_pos;
  temp1_cur_pos = temp2_cur_pos;
  p = p->next;
}

if(eated == TRUTH)
{
  q = (LSNode)malloc(sizeof(SNode));
  q->color = obj_egg.egg_color;
  q->cur_pos = temp1_cur_pos;
  
  if(obj_snake.len == 1)
  {
   q->next = obj_snake.next;
   obj_snake.next = q;
   
   obj_snake.len++;
   
   return;
  }
  
  for(p = obj_snake.next;p->next != NULL;p = p->next);
   
  q->next = p->next;
  p->next = q;
  
  obj_snake.len++;
}
}


/* When an egg is eated, generating an new egg */
void generate_Egg()
{
int temp_pX, temp_pY, temp_color;

draw_egg(FALS);

temp_pX = random(FRAME_UNIT_HEIGHT);
temp_pY = random(FRAME_UNIT_WIDTH);

while(findPointInSnake(temp_pX, temp_pY) == TRUTH)
{
  temp_pX = random(FRAME_UNIT_HEIGHT);
  temp_pY = random(FRAME_UNIT_WIDTH);
}

obj_egg.egg_pos.p_X = temp_pX;
obj_egg.egg_pos.p_Y = temp_pY;

for(temp_color = random(16);temp_color == BLACK;temp_color = random(16));

obj_egg.egg_color = temp_color;

draw_egg(TRUTH);

set_Message_Event(NO_EVENT);
}


/* These movement includes Up, Down, Left, Right and Step move. */  
void move_To(int T, Boolean step)
{
if(step == FALS)
{
  if(set_SHD(T) == FALS)
   goto Skip_1;
}

set_SH_Pre_Pos(T);
if(Is_SnakeDead() == TRUTH)
  goto Skip_2;

if(Is_SnakEating() == TRUTH)
{
  Mapped_Draw(FALS);
  
  process_SnakeNode(TRUTH);
  
  Mapped_Draw(TRUTH);
  
  draw_ScoreTotal();
  
  setSpeedLevel(get_ScoreTotal());
  
  goto Skip_3;
}
else
{
  Mapped_Draw(FALS);
  
  process_SnakeNode(FALS);
  
  Mapped_Draw(TRUTH);
  
  goto Skip_1;
}

Skip_1:
set_Message_Event(NO_EVENT);
return;

Skip_2:
set_Message_Event(ESC_OUT);
return;

Skip_3:
set_Message_Event(GENERAT_EGG);
return;
}


void pause_game()
{
while((bioskey(0) >> 8) != GAME_STOP);

set_Message_Event(NO_EVENT);
}


void process_GameStat(Type_GAMESTATUS T)
{
LSNode p, q;

switch(T)
{
  case ON_PALYING:
   
   draw_GS_GO_Surface(ON_PALYING);
   break;
  case WINNER:
   
   cleardevice();
   draw_GS_GO_Surface(WINNER);
   getch();
   break;
  case GAMEOVER:
   
   cleardevice();
   draw_GS_GO_Surface(GAMEOVER);
   getch();
   break;
  default:
   break;
}

/* delete the snake, free the node */
p = obj_snake.next;
while(p != NULL)
{
  q = p->next;
  free(p);
  p = q;
}
}


/*
    GS_ALG2.c info:
    In this file, \"the kernal of game\".
    Main function:
    the clock time dispatched, getting message, dispatching the event
*/


Boolean IsWinner()
{
if(get_SpeedLevel() == 4)
  return(TRUTH);
else
  return(FALS);
}


Boolean IsGameOver()
{
if(get_Message_Event() == ESC_OUT)
  return(TRUTH);
else
  return(FALS);
}


Boolean IsTimeOut()
{
static long temp, sourc;

temp = biostime(0, sourc);

if((temp - sourc) < (TIMEINTERVAL - SpeedLevel))
  return FALS;
else
{
  sourc = temp;
  return TRUTH;
}
}


void getMessageEvent()
{
if(get_Message_Event() == GENERAT_EGG || get_Message_Event() == ESC_OUT || get_Message_Event() == GAME_STOP)
  return;

if(IsTimeOut() == TRUTH)
{
  set_Message_Event(STEP_MOVE);
  return;
}

if(bioskey(1))
{
  set_Message_Event(bioskey(0) >> 8);
  return;
}
}


void dispatchMessage_Event()
{
  switch(get_Message_Event())
  {
    case UP_MOVE:
     move_To(SMD_UP, FALS);
     break;
    case DOWN_MOVE:
   move_To(SMD_DOWN, FALS);
     break;
    case LEFT_MOVE:
     move_To(SMD_LEFT, FALS);
     break;
    case RIGHT_MOVE:
   move_To(SMD_RIGHT, FALS);
     break;
    case STEP_MOVE:
     move_To(get_SHD(), TRUTH);
     break;
    case GENERAT_EGG:
     generate_Egg();
     break;
    case GAME_STOP:
     pause_game();
     break;
    case ESC_OUT:
     break;
    default: 
     set_Message_Event(NO_EVENT);
  }
}


void main()
{
RegistryGraphicMode();

set_GameStat(ON_PALYING);

process_GameStat(get_GameStat());

clear_ScoreTotal();

Init_obj_snake();

Init_obj_egg();

init_SpeedLevel();

randomize();

set_Message_Event(GENERAT_EGG);

getch();

cleardevice();

Draw_mainGraphWindow();

do
{
  getMessageEvent();
  dispatchMessage_Event();
  
  if(IsWinner() == TRUTH)
  {
   set_GameStat(WINNER);
   break;
  }
  
  if(IsGameOver() == TRUTH)
  {
   set_GameStat(GAMEOVER);
   break;
  }
}
while(1);

process_GameStat(get_GameStat());

closegraph();
}

[此贴子已经被作者于2007-3-9 17:50:04编辑过]

2007-03-09 17:48
wlly
Rank: 1
等　级：新手上路
帖　子：16
专家分：0
注　册：2007-3-9
第 13 楼
收藏
 得分:0 
程序编的很不错啊~复制回去仔细研究下~
2007-03-09 18:18
Ｉ喜欢c
Rank: 10Rank: 10Rank: 10
等　级：贵宾
威　望：64
帖　子：1749
专家分：0
注　册：2007-3-2
第 14 楼
收藏
 得分:0 

支持下12楼....
图形的~~还没学到那一步！


　我是指针，却丢失了目标地址！ 　　　　　　 　 我是循环，却缺少了结束条件！ 　　　　 我是函数，却没有人来调用！ 　　
2007-03-09 21:29
nbhao
Rank: 1
等　级：新手上路
帖　子：9
专家分：0
注　册：2007-3-18
第 15 楼
收藏
 得分:0 
厉害，我是菜鸟
2007-03-18 13:43
neverTheSame
Rank: 3Rank: 3
来　自：江西农业大学
等　级：新手上路
威　望：9
帖　子：1511
专家分：0
注　册：2006-11-24
第 16 楼
收藏
 得分:0 
不错,还有发展的空间.

wap酷禾网（http://wap.），提供免费的、优质的、快捷的wap资源下载服务。
2007-03-18 14:32
mayudong1
Rank: 2
等　级：论坛游民
威　望：1
帖　子：348
专家分：21
注　册：2006-4-18
第 17 楼
收藏
 得分:0 

/*我也写了个,大家看看.*/

#define BARW 15 /*设置小方格的宽度*/
#define LEFT 0x4b00
#define RIGHT 0x4d00
#define DOWN 0x5000
#define UP 0x4800
#define ESC 0x011b
#define SPACE 0x3920
#define W_UP 1/*运动方向*/
#define W_DOWN 2
#define W_LEFT 3
#define W_RIGHT 4
#define SPEED 50000/*设置游戏速度*/
#define BACKCOLOR 0

#include<stdio.h>
#include<graphics.h>
#include<dos.h>

typedef struct
{
int x;
int y;
int state;
}node;/*单元格位置坐标的声明*/

typedef struct
{
int x;
int y;
}node1;/*蛇身节点相对坐标的声明*/

typedef struct
{
int x;
int y;
int state; /*1表示有食物,0表示没有*/
}node2;

node map[28][23];/*蛇的节点可以出现的位置的坐标,x,y表示实际坐标*/
node1 snake[200];/*蛇体的相对坐标(将游戏空间看作23*28的网格,其中的x,y分别表示这个网格的横纵坐标,以左上为<0,0>)*/
node2 food;

int way;/*设置运动方向*/
int length;/*蛇的长度*/
int key;/*接受键盘输入*/
int life;/*表明蛇是否活着*/

void copyright()/*版权信息*/
{
setcolor(2);
settextjustify(0,0);
outtextxy((BARW+1)*25,(BARW+1)*30,"Copyright (C) 2007 mayudong1");
}


void init()
{
int gd=DETECT,gm;
initgraph(&gd,&gm,"c:\\tc");
cleardevice();
}
void init_data()
{
int i,j;
for(i=0;i<28;i++)
for(j=0;j<23;j++)
{
map[i][j].x=(j+1)*(BARW+1);
map[i][j].y=(i+1)*(BARW+1);
map[i][j].state=0;
}
map[0][0].state=1;
map[0][1].state=1;
map[0][2].state=1;
for(i=3;i<200;i++)
{
snake[i].x=-1;
snake[i].y=-1;
}
snake[0].x=2;
snake[0].y=0;
snake[1].x=1;
snake[1].y=0;
snake[2].x=0;
snake[2].y=0;
length=3;
life=1;
way=W_RIGHT;
}
void draw_bar(int x,int y,int fillcolor)/*画最小方格*/
{
setfillstyle(1,fillcolor);
bar(x,y,BARW+x,BARW+y);
setcolor(7);
line(x,y,x+BARW,y);
line(x,y,x,y+BARW);
setcolor(1);
line(x+BARW,y+BARW,x+BARW,y);
line(x+BARW,y+BARW,x,y+BARW);
}

void clear_bar(int x,int y)/*清除方格*/
{
setfillstyle(1,BACKCOLOR);
bar(x,y,BARW+x,BARW+y);
}

void draw_background()/*背景和边框*/
{
int x,y;
setbkcolor(BACKCOLOR);
y=0;
for(x=0;x<(BARW+1)*25;x+=BARW+1)
{
draw_bar(x,y,8);
}
x=0;
for(y=0;y<(BARW+1)*30;y+=BARW+1)
{
draw_bar(x,y,8);
}
x=(BARW+1)*24;
for(y=0;y<(BARW+1)*30;y+=BARW+1)
{
draw_bar(x,y,8);
}
y=(BARW+1)*29;
for(x=0;x<(BARW+1)*25;x+=BARW+1)
{
draw_bar(x,y,8);
}
}

void draw_score(char oldresult[],char result[])/*输出得分*/
{
setcolor(BACKCOLOR);
settextjustify(0,0);
settextstyle(3,0,3);
outtextxy(450,120,oldresult);
setcolor(3);
outtextxy(450,120,result);
}

/*void gameover()
{
cleardevice();
setbkcolor(4);
setcolor(10);
settextjustify(1,0);
settextstyle(3,0,8);
outtextxy(640/2,480/2,"game over!!!");
}*/
void gameover()
{
int size;
int i;
void *buf;
size=imagesize(240-40,430,400-40,480);
buf=malloc(size);
if(!buf) return;
getimage(240-90,430,400-90,480,buf);
setcolor(4);
settextstyle(1,0,4);
settextjustify(0,2);
outtextxy(240-90,430,"gameover");
for(i=0;i<200;i+=5)
{
putimage(240-90,430-i,buf,COPY_PUT);
getimage(240-90,430-i-5,400-90,480-i-5,buf);
outtextxy(240-90,430-i-5,"gameover");
delay(10000);
}
free(buf);

}

void getfood()
{
int x,y;
int can;
int i;
srand((unsigned)time(NULL));
do
{
can=0;
food.x=rand()%23;
food.y=rand()%28;
if(map[food.y][food.x].state==1)
{
can=1;
/* printf("error");*/
}
}while(can);
draw_bar(map[food.y][food.x].x,map[food.y][food.x].y,4);
food.state=1;
}

void gameplay()
{
int i;
int score=0;
char result[10],oldresult[10]="score:";
draw_score(" ","score:0");
strcpy(oldresult,"score:0");
/*以下3行画出开始时的3个节点*/
draw_bar(map[snake[0].y][snake[0].x].x,map[snake[0].y][snake[0].x].y,6);
draw_bar(map[snake[1].y][snake[1].x].x,map[snake[1].y][snake[1].x].y,6);
draw_bar(map[snake[2].y][snake[2].x].x,map[snake[2].y][snake[2].x].y,6);
while(1)
{
while(!kbhit())
{
if(snake[0].x!=food.x||snake[0].y!=food.y)/*清除蛇尾*/
{
clear_bar(map[snake[length-1].y][snake[length-1].x].x,map[snake[length-1].y][snake[length-1].x].y);/*snake[i].x表示的是map中的第x列,即map中的第二个下标*/
map[snake[length-1].y][snake[length-1].x].state=0;
}
if(food.state==0)
getfood();
for(i=length-1;i>0;i--)/*蛇身前移*/
{
snake[i].x=snake[i-1].x;
snake[i].y=snake[i-1].y;
}
switch(way)
{
case W_UP:
snake[0].y--;
break;
case W_DOWN:
snake[0].y++;
break;
case W_LEFT:
snake[0].x--;
break;
case W_RIGHT:
snake[0].x++;
break;
}
if(snake[0].x>=23||snake[0].x<0||snake[0].y>=28||snake[0].y<0)
{
gameover();
life=0;
break;
}
if(map[snake[0].y][snake[0].x].state==1)
{
gameover();
life=0;
break;
}
if(snake[0].x==food.x&&snake[0].y==food.y)
{
food.state=0;
score++;
length++;
/*以下3行用来输出得分*/
sprintf(result,"score:%d",score);
draw_score(oldresult,result);
strcpy(oldresult,result);
}
draw_bar(map[snake[0].y][snake[0].x].x,map[snake[0].y][snake[0].x].y,6);
map[snake[0].y][snake[0].x].state=1;
delay(SPEED);
}
if(life==0)
break;
key=bioskey(0);
if(key==ESC)
break;
else if(key==UP&&way!=W_DOWN)
way=W_UP;
else if(key==DOWN&&way!=W_UP)
way=W_DOWN;
else if(key==LEFT&&way!=W_RIGHT)
way=W_LEFT;
else if(key==RIGHT&&way!=W_LEFT)
way=W_RIGHT;
else if(key==SPACE)
{
while((key=bioskey(0))!=SPACE);
}
}
}
main()
{
init();
init_data();
draw_background();
copyright();
gameplay();
bioskey(0);
closegraph();
}


[此贴子已经被作者于2007-3-18 15:35:02编辑过]


2007-03-18 15:17
neverTheSame
Rank: 3Rank: 3
来　自：江西农业大学
等　级：新手上路
威　望：9
帖　子：1511
专家分：0
注　册：2006-11-24
第 18 楼
收藏
 得分:0 
我来试一下.

wap酷禾网（http://wap.），提供免费的、优质的、快捷的wap资源下载服务。
2007-03-18 15:21
neverTheSame
Rank: 3Rank: 3
来　自：江西农业大学
等　级：新手上路
威　望：9
帖　子：1511
专家分：0
注　册：2006-11-24
第 19 楼
收藏
 得分:0 
我运行一下,非常不错.

wap酷禾网（http://wap.），提供免费的、优质的、快捷的wap资源下载服务。
2007-03-18 15:26
moonwalker
Rank: 1
等　级：新手上路
威　望：1
帖　子：909
专家分：2
注　册：2007-3-2
第 20 楼
收藏
 得分:0 
17楼的不错

“视频教程网”免费提供教学资源
C不限制你的自由！
条件是自己承担滥用自由的恶果！
2007-03-18 15:31
快速回复：[原创](好歹算个)贪吃蛇游戏[ c 彩色版]
数据加载中...
 
　　　



关于我们 | 广告合作 | 编程中国 | 清除Cookies | TOP | 手机版

编程中国 版权所有，并保留所有权利。
Powered by Discuz, Processed in 0.070523 second(s), 7 queries.
Copyright©2004-2024, BCCN.NET, All Rights Reserved