c语言推箱子

//空:0  墙:1  箱子:3   巢:4   箱子与巢重合:5

[MAPCOUNT]

map_count=8

[MAP1]

w=8

h=8

nest_count=4

l1=0 0 0 1 1 1 0 0

l2=0 0 0 1 3 1 0 0

l3=1 1 1 1 0 1 0 0

l4=1 3 2 0 2 1 1 1

l5=1 1 1 4 2 0 3 1

l6=0 0 1 2 1 1 1 1

l7=0 0 1 3 1 0 0 0

l8=0 0 1 1 1 0 0 0

[MAP2]

w=9

h=9

nest_count=3

l1=1 1 1 1 1 0 0 0 0

l2=1 4 0 0 1 0 0 0 0

l3=1 0 2 2 1 0 1 1 1

l4=1 0 2 0 1 0 1 3 1

l5=1 1 1 0 1 1 1 3 1

l6=0 1 1 0 0 0 0 3 1

l7=0 1 0 0 0 1 0 0 1

l8=0 1 0 0 0 1 1 1 1

l9=0 1 1 1 1 1 0 0 0

[MAP3]

w=10

h=7

nest_count=4

l1=0 1 1 1 1 1 1 1 0 0

l2=0 1 0 0 0 0 0 1 1 1

l3=1 1 2 1 1 1 0 0 0 1

l4=1 0 4 0 2 0 0 2 0 1

l5=1 0 3 3 1 0 2 0 1 1

l6=1 1 3 3 1 0 0 0 1 0

l7=0 1 1 1 1 1 1 1 1 0

[MAP4]

w=6

h=8

nest_count=5

l1=0 1 1 1 1 0

l2=1 1 0 0 1 0

l3=1 4 2 0 1 0

l4=1 1 2 0 1 1

l5=1 1 0 2 0 1

l6=1 3 2 0 0 1

l7=1 3 3 5 3 1

l8=1 1 1 1 1 1

//以上为地图数据文件,保存为boxdata.dat文件

//空:0  墙:1  箱子:3   巢:4   箱子与巢重合:5

#include <stdio.h>

#include <stdlib.h>

#include <stdbool.h>

#include <windows.h>

#include <string.h>

typedef struct

{

int x

int y

} PT

int** s

PT man

PT* nest=NULL

PT prev

int nest_count=0

int map_count=0

int gate=1

int w,h

char work_dir[100]={'\0'}

char data_file[100]={'\0'}

void GetDataFromFile()

void GetIntFromLineString(char* ch, int len, int i)

void Draw()

bool is_Success()

int main()

{

printf("Loading...")

CONSOLE_CURSOR_INFO cci

cci.bVisible = FALSE

cci.dwSize = sizeof(cci)

HANDLE handle = GetStdHandle(STD_OUTPUT_HANDLE)

SetConsoleCursorInfo(handle, &cci)

_getcwd(work_dir,100)

strcpy(data_file,work_dir)

strcat(data_file,"\\boxdata.dat")

if(access(data_file,0))

{

printf("Don't find map data file !")

getch()

exit(0)

}

while(1)

{

GetDataFromFile()

int sel=0

Draw()

while(1)

{

fflush(stdin)

sel=getch()

if(sel==224)

{

sel=getch()

prev=man

if(sel==77)  //right

{

if(s[man.y][man.x+1]==2)

{

if(s[man.y][man.x+2]==0 || s[man.y][man.x+2]==3)

{

s[man.y][man.x+2]=2

s[man.y][man.x+1]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(s[man.y][man.x+1]==0 || s[man.y][man.x+1]==3)

{

s[man.y][man.x+1]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(sel==80)  //down

{

if(s[man.y+1][man.x]==2)

{

if(s[man.y+2][man.x]==0 || s[man.y+2][man.x]==3)

{

s[man.y+2][man.x]=2

s[man.y+1][man.x]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(s[man.y+1][man.x]==0 || s[man.y+1][man.x]==3)

{

s[man.y+1][man.x]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(sel==72)  //up

{

if(s[man.y-1][man.x]==2)

{

if(s[man.y-2][man.x]==0 || s[man.y-2][man.x]==3)

{

s[man.y-2][man.x]=2

s[man.y-1][man.x]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(s[man.y-1][man.x]==0 || s[man.y-1][man.x]==3)

{

s[man.y-1][man.x]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(sel==75)  //left

{

if(s[man.y][man.x-1]==2)

{

if(s[man.y][man.x-2]==0 || s[man.y][man.x-2]==3)

{

s[man.y][man.x-2]=2

s[man.y][man.x-1]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

else if(s[man.y][man.x-1]==0 || s[man.y][man.x-1]==3)

{

s[man.y][man.x-1]=4

s[man.y][man.x]=0

}

else

{

continue

}

}

int i

for(i=0i<nest_counti++)

{

if(nest[i].x==prev.x && nest[i].y==prev.y)

{

s[prev.y][prev.x]=3

break

}

}

Draw()

if(is_Success()==true)

{

gate++

if(gate>map_count)

{

printf("\n\nmap is end!")

fflush(stdin)

getch()

exit(0)

}

break

}

}

else if(sel=='q' || sel=='Q')

{

exit(0)

}

else if(sel=='r' || sel=='R')

{

break

}

}

}

return 0

}

void GetDataFromFile()

{

int i

if(s!=NULL)

{

if(h!=0)

{

for(i=0i<hi++)

{

free(s+i)

}

free(s)

}

else

{

printf("fail")

getch()

exit(0)

}

}

if(nest!=NULL)

{

free(nest)

}

map_count=GetPrivateProfileInt("MAPCOUNT","map_count",0,data_file)

if(map_count<gate)

{

printf("gate finish!")

getch()

exit(0)

}

char section[20]={'\0'}

sprintf(section,"MAP%d",gate)

nest_count=GetPrivateProfileInt(section,"nest_count",0,data_file)

nest=(PT*)malloc(sizeof(PT)*nest_count)

w=GetPrivateProfileInt(section,"w",0,data_file)

h=GetPrivateProfileInt(section,"h",0,data_file)

if(w<5 || h<5 || nest_count<1)

{

printf("w or h or box_nest data error!")

getch()

exit(0)

}

s=(int**)malloc(sizeof(int*)*h)

for(i=0i<hi++)

{

*(s+i)=(int*)malloc(sizeof(int)*w)

}

char key[20]={'\0'}

char line[50]={'\0'}

int len

int j

for(i=0i<hi++)

{

memset(line,'\0',50)

sprintf(key,"l%d",i+1)

GetPrivateProfileString(section,key,"\0",line,50,data_file)

len=strlen(line)

if(len>0)

{

line[len++]=' '

line[len]='\0'

}

GetIntFromLineString(line,strlen(line),i)

}

len=0

for(i=0i<hi++)

{

for(j=0j<wj++)

{

if(s[i][j]==3)

{

nest[len].y=i

nest[len].x=j

len++

}

else if(s[i][j]==5)

{

nest[len].y=i

nest[len].x=j

len++

s[i][j]=2

}

}

}

}

void strmyncpy(char* source, char* target, int begin, int end)

{

int i=0

while(1)

{

if(source[begin]!=' ')

{

target[i]=source[begin]

}

i++

begin++

if(begin>end)

{

target[i]='\0'

break

}

}

}

void GetIntFromLineString(char* ch, int len, int i)

{

int j=0

char c[5]={'\0'}

int b=0,e=0

while(e<len)

{

if(ch[e]==' ')

{

memset(c,'\0',5)

strmyncpy(ch,c,b,e)

b=e+1

e++

s[i][j++]=atoi(c)

}

e++

}

}

void Draw()

{

int i,j,k

bool flag=false

system("cls")

printf("\n\n")

for(i=0i<hi++)

{

printf("\n\n")

for(j=0j<wj++)

{

if(s[i][j]==0)

{

printf("    ")

}

else if(s[i][j]==1)

{

printf(" ■ ")

}

else if(s[i][j]==2)

{

printf(" ★ ")

}

else if(s[i][j]==3)

{

printf(" ☆ ")

}

else if(s[i][j]==4)

{

printf(" ◎ ")

man.x=j

man.y=i

}

}

}

}

bool is_Success()

{

int i,j

for(i=0i<hi++)

{

for(j=0j<wj++)

{

if(s[i][j]==3)

{

return false

}

}

}

for(i=0i<nest_counti++)

{

if(man.x==nest[i].x && man.y==nest[i].y)

{

return false

}

}

return true

}

Here you are!

编译通过。

/* 推箱子游戏 */

#include <dos.h>

#include <stdio.h>

#include <stdlib.h>

#include <ctype.h>

#include <conio.h>

#include <bios.h>

#include <alloc.h>

/* 定义二维数组ghouse来记录屏幕上各点的状态，

其中：0表示什么都没有，'b'表示箱子，'w'表示墙壁，'m'表示目的地，'i'表示箱子在目的地。 */

char ghouse[20][20]

/* 以下函数为直接写屏函数，很酷的函数哦！是我朋友告诉我的。 */

char far *screen=(char far* )0xb8000000

void putchxy(int y,int x,char ch,char fc,char bc)

{

screen[(x*160)+(y<<1)+0]=ch

screen[(x*160)+(y<<1)+1]=(bc*16)+fc

}

/* 定义判断是否胜利的数据结构 */

typedef struct winer {

int x,y

struct winer *p

}winer

/* 箱子位置的数据结构 */

typedef struct boxs {

int x,y

struct boxs *next

}boxs

/* 在特定的坐标上画墙壁并用数组记录状态的函数 */

void printwall(int x,int y)

{

putchxy(y-1,x-1,219,MAGENTA,BLACK)

ghouse[x][y]='w'

}

/* 在特定的坐标上画箱子并用数组记录状态的函数 */

void printbox(int x,int y)

{

putchxy(y-1,x-1,10,WHITE,BLACK)

ghouse[x][y]='b'

}

/* 在特定的坐标上画目的地并用数组记录状态的函数 */

void printwhither1(int x,int y,winer **win,winer **pw)

{

winer *qw

putchxy(y-1,x-1,'*',YELLOW,BLACK)

ghouse[x][y]='m'

if(*win==NULL)

{

*win=*pw=qw=(winer* )malloc(sizeof(winer))

(*pw)->x=x(*pw)->y=y(*pw)->p=NULL

}

else

{

qw=(winer* )malloc(sizeof(winer))

qw->x=xqw->y=y(*pw)->p=qw(*pw)=qwqw->p=NULL

}

}

/* 在特定的坐标上画目的地并用数组记录状态的函数 */

void printwhither(int x,int y)

{

putchxy(y-1,x-1,'*',YELLOW,BLACK)

ghouse[x][y]='m'

}

/* 在特定的坐标上画人的函数 */

void printman(int x,int y)

{

gotoxy(y,x)

_AL=02_CX=01_AH=0xa

geninterrupt(0x10)

}

/* 在特定的坐标上画箱子在目的地上并用数组记录状态的函数 */

void printboxin(int x,int y)

{

putchxy(y-1,x-1,10,YELLOW,BLACK)

ghouse[x][y]='i'

}

/* 初始化函数，初始化数组和屏幕 */

void init()

{

int i,j

system("cls")

for(i=0i<20i++)

for(j=0j<20j++)

ghouse[i][j]=0

_AL=3

_AH=0

geninterrupt(0x10)

gotoxy(40,4)

printf("Welcome to push box world!")

gotoxy(40,6)

printf("Press up,down,left,right to play.")

gotoxy(40,8)

printf("Press Esc to quit it.")

gotoxy(40,10)

printf("Press space to reset the game.")

gotoxy(40,12)

printf("April 30th 2004.")

}

/* 第一关的图象初始化 */

winer *inithouse1()

{

int x,y

winer *win=NULL,*pw

gotoxy(8,2)

printf("Level No.1")

for(x=1,y=5y<=9y++)

printwall(x+4,y+10)

for(y=5,x=2x<=5x++)

printwall(x+4,y+10)

for(y=9,x=2x<=5x++)

printwall(x+4,y+10)

for(y=1,x=3x<=8x++)

printwall(x+4,y+10)

for(x=3,y=3x<=5x++)

printwall(x+4,y+10)

for(x=5,y=8x<=9x++)

printwall(x+4,y+10)

for(x=7,y=4x<=9x++)

printwall(x+4,y+10)

for(x=9,y=5y<=7y++)

printwall(x+4,y+10)

for(x=8,y=2y<=3y++)

printwall(x+4,y+10)

printwall(5+4,4+10)

printwall(5+4,7+10)

printwall(3+4,2+10)

printbox(3+4,6+10)

printbox(3+4,7+10)

printbox(4+4,7+10)

printwhither1(4+4,2+10,&win,&pw)

printwhither1(5+4,2+10,&win,&pw)

printwhither1(6+4,2+10,&win,&pw)

printman(2+4,8+10)

return win

}

/* 第三关的图象初始化 */

winer *inithouse3()

{int x,y

winer *win=NULL,*pw

gotoxy(8,3)

printf("Level No.3")

for(x=1,y=2y<=8y++)

printwall(x+4,y+10)

for(x=2,y=2x<=4x++)

printwall(x+4,y+10)

for(x=4,y=1y<=3y++)

printwall(x+4,y+10)

for(x=5,y=1x<=8x++)

printwall(x+4,y+10)

for(x=8,y=2y<=5y++)

printwall(x+4,y+10)

for(x=5,y=5x<=7x++)

printwall(x+4,y+10)

for(x=7,y=6y<=9y++)

printwall(x+4,y+10)

for(x=3,y=9x<=6x++)

printwall(x+4,y+10)

for(x=3,y=6y<=8y++)

printwall(x+4,y+10)

printwall(2+4,8+10)

printwall(5+4,7+10)

printbox(6+4,3+10)

printbox(4+4,4+10)

printbox(5+4,6+10)

printwhither1(2+4,5+10,&win,&pw)

printwhither1(2+4,6+10,&win,&pw)

printwhither1(2+4,7+10,&win,&pw)

printman(2+4,4+10)

return win

}

/* 第二关的图象初始化 */

winer *inithouse2()

{int x,y

winer *win=NULL,*pw

gotoxy(8,2)

printf("Level No.2")

for(x=1,y=4y<=7y++)

printwall(x+4,y+10)

for(x=2,y=2y<=4y++)

printwall(x+4,y+10)

for(x=2,y=7x<=4x++)

printwall(x+4,y+10)

for(x=4,y=1x<=8x++)

printwall(x+4,y+10)

for(x=8,y=2y<=8y++)

printwall(x+4,y+10)

for(x=4,y=8x<=8x++)

printwall(x+4,y+10)

for(x=4,y=6x<=5x++)

printwall(x+4,y+10)

for(x=3,y=2x<=4x++)

printwall(x+4,y+10)

for(x=4,y=4x<=5x++)

printwall(x+4,y+10)

printwall(6+4,3+10)

printbox(3+4,5+10)

printbox(6+4,6+10)

printbox(7+4,3+10)

printwhither1(5+4,7+10,&win,&pw)

printwhither1(6+4,7+10,&win,&pw)

printwhither1(7+4,7+10,&win,&pw)

printman(2+4,6+10)

return win

}

/* 第四关的图象初始化 */

winer *inithouse4()

{int x,y

winer *win=NULL,*pw

gotoxy(8,2)

printf("Level No.4")

for(x=1,y=1y<=6y++)

printwall(x+4,y+10)

for(x=2,y=7y<=8y++)

printwall(x+4,y+10)

for(x=2,y=1x<=7x++)

printwall(x+4,y+10)

for(x=7,y=2y<=4y++)

printwall(x+4,y+10)

for(x=6,y=4y<=9y++)

printwall(x+4,y+10)

for(x=3,y=9x<=5x++)

printwall(x+4,y+10)

for(x=3,y=3y<=4y++)

printwall(x+4,y+10)

printwall(3+4,8+10)

printbox(3+4,5+10)

printbox(4+4,4+10)

printbox(4+4,6+10)

printbox(5+4,5+10)

printbox(5+4,3+10)

printwhither1(3+4,7+10,&win,&pw)

printwhither1(4+4,7+10,&win,&pw)

printwhither1(5+4,7+10,&win,&pw)

printwhither1(4+4,8+10,&win,&pw)

printwhither1(5+4,8+10,&win,&pw)

printman(2+4,2+10)

return win

}

/* 移动在空地上的箱子到空地上 */

movebox(int x,int y,char a)

{switch(a)

{

case 'u':ghouse[x-1][y]=0printf(" ")

printbox(x-2,y)printman(x-1,y)

ghouse[x-2][y]='b'break

case 'd':ghouse[x+1][y]=0printf(" ")

printbox(x+2,y)printman(x+1,y)

ghouse[x+2][y]='b'break

case 'l':ghouse[x][y-1]=0printf(" ")

printbox(x,y-2)printman(x,y-1)

ghouse[x][y-2]='b'break

case 'r':ghouse[x][y+1]=0printf(" ")

printbox(x,y+2)printman(x,y+1)

ghouse[x][y+2]='b'break

default: break

}

}

/* 移动在目的地上的箱子到空地上 */

moveinbox(int x,int y,char a)

{switch(a)

{

case 'u':ghouse[x-1][y]='m'printf(" ")

printbox(x-2,y)printman(x-1,y)

ghouse[x-2][y]='b'break

case 'd':ghouse[x+1][y]='m'printf(" ")

printbox(x+2,y)printman(x+1,y)

ghouse[x+2][y]='b'break

case 'l':ghouse[x][y-1]='m'printf(" ")

printbox(x,y-2)printman(x,y-1)

ghouse[x][y-2]='b'break

case 'r':ghouse[x][y+1]='m'printf(" ")

printbox(x,y+2)printman(x,y+1)

ghouse[x][y+2]='b'break

default: break

}

}

/* 移动在空地上的箱子到目的地上 */

moveboxin(int x,int y,char a)

{switch(a)

{

case 'u':ghouse[x-1][y]=0printf(" ")

printboxin(x-2,y)printman(x-1,y)

ghouse[x-2][y]='i'break

case 'd':ghouse[x+1][y]=0printf(" ")

printboxin(x+2,y)printman(x+1,y)

ghouse[x+2][y]='i'break

case 'l':ghouse[x][y-1]=0printf(" ")

printboxin(x,y-2)printman(x,y-1)

ghouse[x][y-2]='i'break

case 'r':ghouse[x][y+1]=0printf(" ")

printboxin(x,y+2)printman(x,y+1)

ghouse[x][y+2]='i'break

default: break

}

}

/* 移动在目的地上的箱子到目的地 */

moveinboxin(int x,int y,char a)

{switch(a)

{

case 'u':ghouse[x-1][y]='m'printf(" ")

printboxin(x-2,y)printman(x-1,y)

ghouse[x-2][y]='i'break

case 'd':ghouse[x+1][y]='m'printf(" ")

printboxin(x+2,y)printman(x+1,y)

ghouse[x+2][y]='i'break

case 'l':ghouse[x][y-1]='m'printf(" ")

printboxin(x,y-2)printman(x,y-1)

ghouse[x][y-2]='i'break

case 'r':ghouse[x][y+1]='m'printf(" ")

printboxin(x,y+2)printman(x,y+1)

ghouse[x][y+2]='i'break

default: break

}

}

/* 判断特定的坐标上的状态 */

int judge(int x,int y)

{int i

switch(ghouse[x][y])

{

case 0: i=1break

case 'w': i=0break

case 'b': i=2break

case 'i': i=4break

case 'm': i=3break

default: break

}

return i

}

/* 处理按下键盘后,人物移动的主函数 */

move(int x,int y,char a)

{switch(a)

{

case 'u':if(!judge(x-1,y)) {gotoxy(y,x)break}

else if(judge(x-1,y)==1||judge(x-1,y)==3)

{if(judge(x,y)==3)

{ printwhither(x,y)printman(x-1,y)break}

else

{printf(" ")printman(x-1,y)break}

}

else if(judge(x-1,y)==2)

{ if(judge(x-2,y)==1)

{movebox(x,y,'u')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x-1)

}

else if(judge(x-2,y)==3)

{ moveboxin(x,y,'u')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x-1)

}

else gotoxy(y,x)

break

}

else if(judge(x-1,y)==4)

{ if(judge(x-2,y)==1)

{moveinbox(x,y,'u')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x-1)

}

else if(judge(x-2,y)==3)

{ moveinboxin(x,y,'u')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x-1)

}

else gotoxy(y,x)

break

}

case 'd':if(!judge(x+1,y)) {gotoxy(y,x)break}

else if(judge(x+1,y)==1||judge(x+1,y)==3)

{if(judge(x,y)==3)

{ printwhither(x,y)printman(x+1,y)break}

else

{printf(" ")printman(x+1,y)break}

}

else if(judge(x+1,y)==2)

{ if(judge(x+2,y)==1)

{movebox(x,y,'d')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x+1)

}

else if(judge(x+2,y)==3)

{moveboxin(x,y,'d')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x+1)

}

else gotoxy(y,x)

break

}

else if(judge(x+1,y)==4)

{ if(judge(x+2,y)==1)

{moveinbox(x,y,'d')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x+1)

}

else if(judge(x+2,y)==3)

{moveinboxin(x,y,'d')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y,x+1)

}

else gotoxy(y,x)

break

}

case 'l':if(!judge(x,y-1)) {gotoxy(y,x)break}

else if(judge(x,y-1)==1||judge(x,y-1)==3)

{if(judge(x,y)==3)

{ printwhither(x,y)printman(x,y-1)break}

else

{printf(" ")printman(x,y-1)break}

}

else if(judge(x,y-1)==2)

{ if(judge(x,y-2)==1)

{movebox(x,y,'l')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y-1,x)

}

else if(judge(x,y-2)==3)

{moveboxin(x,y,'l')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y-1,x)

}

else gotoxy(y,x)

break

}

else if(judge(x,y-1)==4)

{ if(judge(x,y-2)==1)

{moveinbox(x,y,'l')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y-1,x)

}

else if(judge(x,y-2)==3)

{moveinboxin(x,y,'l')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y-1,x)

}

else gotoxy(y,x)

break

}

case 'r':if(!judge(x,y+1)) {gotoxy(y,x)break}

else if(judge(x,y+1)==1||judge(x,y+1)==3)

{if(judge(x,y)==3)

{printwhither(x,y)printman(x,y+1)break}

else

{printf(" ")printman(x,y+1)break}

}

else if(judge(x,y+1)==2)

{ if(judge(x,y+2)==1)

{movebox(x,y,'r')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y+1,x)

}

else if(judge(x,y+2)==3)

{moveboxin(x,y,'r')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y+1,x)

}

else gotoxy(y,x)

break

}

else if(judge(x,y+1)==4)

{ if(judge(x,y+2)==1)

{moveinbox(x,y,'r')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y+1,x)

}

else if(judge(x,y+2)==3)

{moveinboxin(x,y,'r')

if(judge(x,y)==3) printwhither(x,y)gotoxy(y+1,x)

}

else gotoxy(y,x)

break

}

default: break

}

}

/* 按下空格键后,回到本关开头的函数 */

void reset(int i)

{switch(i)

{

case 0: init()

inithouse1()break

case 1: init()

inithouse2()break

case 2: init()

inithouse3()break

case 3: init()

inithouse4()break

default:break

}

}

/* 主函数main */

main()

{int key,x,y,s,i=0

winer *win,*pw

_AL=3_AH=0

geninterrupt(0x10)

init()

win=inithouse1()

do{

_AH=3

geninterrupt(0x10)

x=_DH+1y=_DL+1

while(bioskey(1)==0)

key=bioskey(0)

switch(key)

{

case 0x4800:move(x,y,'u')break/* 按下向上键后 */

case 0x5000:move(x,y,'d')break/* 按下向下键后 */

case 0x4b00:move(x,y,'l')break/* 按下向左键后 */

case 0x4d00:move(x,y,'r')break/* 按下向右键后 */

case 0x3920:reset(i)break/* 按下空格键后 */

default:break

}

s=0

pw=win

while(pw)

{

if(ghouse[pw->x][pw->y]=='m') s++

pw=pw->p

}

if(s==0)

{

free(win)

gotoxy(25,2)

printf("Congratulate! You have passed Level %d!",i+1)

getch()

i++

switch(i)

{

case 1: init()

win=inithouse2()break

case 2: init()

win=inithouse3()break

case 3: init()

win=inithouse4()break

case 4: gotoxy(8,14)

printf("Great! You have passed all the levels! Press any key to quit!")

key=0x011bgetch()break

default: break

}

}

}while(key!=0x011b)

_AL=3

_AH=0

geninterrupt(0x10)

}

#include"stdio.h"

#include"bios.h"

#define LEFT 75

#define RIGHT 77

#define UPPER 72

#define DOWN 80

#define ESC 27

struct Boxss/*定义箱子结构体,其中包含坐标属性*/

{

int x,y

}

union keyboard /*定义读取键盘码的共用体类型*/

{

unsigned int iKeyInfo

char chKeyBit[2]

}

int fnGetKey(void) /*定义读取键盘码的函数*/

{

union keyboard uniKey1 /*定义读取键盘码的共用体变量*/

while(bioskey(1)==0) /*检测用户是否按键*/

uniKey1.iKeyInfo=bioskey(0) /*读取按键信息*/

return(uniKey1.chKeyBit[0]==0?uniKey1.chKeyBit[1]:uniKey1.chKeyBit[0]) /*返回ASCII码或扩充码*/

}

void main()

{

int iKey,x=11,y=6,tx=11,ty=6 /*x,y为人物移动后坐标,tx,ty为人物移动前坐标*/

struct Boxss Box[4] /*定义箱子数量*/

int chMap[10][10]={ /*用二维数组定义地图*/

{0,0,0,0,0,0,0,0,0,0}, /*0表示墙1表示路2表示目标*/

{0,1,0,0,0,0,1,1,1,0},

{0,1,0,2,0,0,1,0,1,0},

{0,1,0,1,0,0,1,0,1,0},

{0,1,1,1,0,0,1,0,1,0},

{0,1,0,0,0,0,1,0,1,0},

{0,1,1,1,1,1,1,0,1,0},

{0,1,0,1,0,0,0,0,2,0},

{0,2,0,1,1,1,1,2,0,0},

{0,0,0,0,0,0,0,0,0,0},

}

int i,j

Box[0].x=13 /*定义箱子的坐标属性*/

Box[1].x=11

Box[2].x=14

Box[3].x=18

Box[0].y=8

Box[1].y=7

Box[2].y=13

Box[3].y=7

while(1) /*反复进行求移动的坐标运算*/

{

for(i=0i<10i++) /*输出新地图(刷新地图)*/

{

gotoxy(10,5+i)

for(j=0j<10j++)

{

if(chMap[i][j]==0)

printf("#")

if(chMap[i][j]==1)

printf(" ")

if(chMap[i][j]==2)

printf("X")

}

}

j=0 /*判断是否所有箱子都在目标坐标上*/

for(i=0i<4i++)

if(chMap[Box[i].y-5][Box[i].x-10]==2)

j++

if(j==4) /*如果所有箱子都就位输出"YOU WIN!"退出*/

{

clrscr()

printf("You Win!")

break

}

for(i=0i<4i++) /*在起始(或移动后)的坐标输出箱子*/

{

gotoxy(Box[i].x,Box[i].y)

printf("0")

}

gotoxy(x,y) /*在起始(或移动后)的坐标输出人*/

printf("*\b")

tx=x /*记录本次移动前的坐标*/

ty=y

iKey=fnGetKey()

if(iKey==LEFT&&chMap[y-5][x-1-10]!=0) /*按读取的按键信息改变坐标如果改变的坐标和墙(0)重合则不改变*/

x--

if(iKey==RIGHT&&chMap[y-5][x+1-10]!=0)

x++

if(iKey==UPPER&&chMap[y-1-5][x-10]!=0)

y--

if(iKey==DOWN&&chMap[y+1-5][x-10]!=0)

y++ /*输入ESC退出并输出"YOU LOST"*/

if(iKey==ESC)

{

clrscr()

printf("You Lost")

break

}

for(i=0i<4i++) /*如果移动后的人的坐标与箱子坐标重合,则改变箱子坐标向前一格*/

if(Box[i].x==x&&Box[i].y==y)

{

Box[i].x+=(x-tx)

Box[i].y+=(y-ty)

if(chMap[Box[i].y-5][Box[i].x-10]==0) /*如果移动后的箱子坐标会出现在墙上,则使箱子坐标和人坐标都返回移动前的值*/

{

Box[i].x-=(x-tx)

Box[i].y-=(y-ty)

x=tx

y=ty

}

break

}

clrscr()

}

getch()

}

---