双人贪吃蛇小游戏C++原创

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/*贪吃蛇*/

#include<stdio.h>

#include<time.h>

#include<conio.h>

#include<stdlib.h>

#include<windows.h>

char qipan[20][80];

int snake = 1;

int change(int *head, int *tail, int *score, char *direction, int zuobiao[2][80])

{

int x, y;

switch(*direction)

{

case 72:

x = zuobiao[0][*head]-1;

y = zuobiao[1][*head];

break;

case 87:

x = zuobiao[0][*head]-1;

y = zuobiao[1][*head];

break;

case 80:

x = zuobiao[0][*head]+1;

y = zuobiao[1][*head];

break;

case 83:

x = zuobiao[0][*head]+1;

y = zuobiao[1][*head];

break;

case 75:

x = zuobiao[0][*head];

y = zuobiao[1][*head]-1;

break;

case 65:

x = zuobiao[0][*head];

y = zuobiao[1][*head]-1;

break;

case 68:

x = zuobiao[0][*head];

y = zuobiao[1][*head]+1;

break;

default:

x = zuobiao[0][*head];

y = zuobiao[1][*head]+1;

}

if(qipan[x][y] == '_' || qipan[x][y] == '|' || qipan[x][y] == '*')

return 1;

if(qipan[x][y] == ' ')

{

qipan[zuobiao[0][*tail]][zuobiao[1][*tail]]=' ';

*tail=(*tail+1)%80;

qipan[zuobiao[0][*head]][zuobiao[1][*head]]='*';

*head=(*head+1)%80;

zuobiao[0][*head]=x;

zuobiao[1][*head]=y;

qipan[x][y]='#';

return 0;

}

if(qipan[x][y] == '@')

{

qipan[zuobiao[0][*head]][zuobiao[1][*head]]='*';

*head=(*head+1)%80;

zuobiao[0][*head]=x;

zuobiao[1][*head]=y;

qipan[x][y]='#';

*score += 1;

return 0;

}

}

void gotoxy(int x,int y)//位置函数

{

COORD pos;

pos.X=x;

pos.Y=y;

SetConsoleCursorPosition(GetStdHandle(STD_OUTPUT_HANDLE),pos);

}

void color(int a)//颜色函数

{

SetConsoleTextAttribute(GetStdHandle(STD_OUTPUT_HANDLE),a);

}

void show_start()

{

gotoxy(20,0);

color(1);

int u;

for(u = 0; u < 18; u ++)

printf("* ");

gotoxy(20, 12);

for(u = 0; u < 18; u ++)

printf("* ");

gotoxy(28,2);

color(13);

printf("S N A K E G A M E");

gotoxy(31, 5);

color(14);

printf("#");

gotoxy(34, 5);

color(11);

printf("One snake");

gotoxy(34, 7);

printf("Two snakes");

gotoxy(28,9);

printf("The speed you want: ");

gotoxy(31, 5);

char temp = 'a';

color(14);

while(1)

{

while(!kbhit());

temp = getch();

if(temp == 72 || temp == 80)

{

gotoxy(31,5+2*(snake-1));

printf(" ");

snake = snake % 2 + 1;

gotoxy(31,5+2*(snake-1));

printf("#");

gotoxy(31,5+2*(snake-1));

}

if(temp == 13)

break;

}

gotoxy(27,10);

color(10);

printf("GOOD LUCK TO YOU !");

}

int main()

{

srand(time(0));

int head1 = 3, tail1 = 0, score1 = 0;

int head2 = 3, tail2 = 0, score2 = 0;

int zuobiao1[2][80];

int zuobiao2[2][80];

/*棋盘 20×80 初始化*/

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

{

for(int j = 0; j < 80; j++)

{

qipan[i][j] = ' ';

}

}

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

{

qipan[i][0] = qipan[i][79] = '|';//第一列、最后一列是墙20*1

}

for(int i = 0; i < 80; i++)

{

qipan[0][i] = qipan[19][i] = '_';//第一行、最后一行是墙1*80

}

/*蛇的坐标 2×8 初始化, 将蛇放到棋盘上*/

int x1 = 1, x2 = 18, y, temp = 0;

for(int m = tail1; m < head1; m++)

{

zuobiao1[0][m] = x1;//初始行号

y = zuobiao1[1][m] = ++temp;//初始列号

qipan[x1][y] = '*';

}

zuobiao1[0][head1] = x1;//初始行号

y = zuobiao1[1][head1] = ++temp;//初始列号

qipan[x1][y] = '#';//蛇头

show_start();

if(snake == 2)

{

temp = 0;

for(int m = tail2; m < head2; m++)

{

zuobiao2[0][m] = x2;//初始行号

y = zuobiao2[1][m] = ++temp;//初始列号

qipan[x2][y] = '*';

}

zuobiao2[0][head2] = x2;//初始行号

y = zuobiao2[1][head2] = ++temp;//初始列号

qipan[x2][y] = '#';//蛇头

}

clock_t start;

int timeover;

char direction1 = 77;//72 88 75 77

char direction2 = 68;//87 83 65 68

char new_direction;

char new_direction1 ;

char new_direction2 ;

int gamespeed;

gotoxy(48, 9);

color(14);

scanf("%d", &gamespeed);

int rand_i = rand()%18 + 1;

int rand_j = rand()%78 + 1;

qipan[rand_i][rand_j] = '@';

system("cls");

gotoxy(10, 1);

color(10);

printf("Your present score: ");

gotoxy(30, 1);

color(11);

printf("%d", score1);

gotoxy(0,4);

for(int i = 0; i < 20; i++)//打印出棋盘

for(int j = 0; j < 80; j++)

{

if(qipan[i][j] == '*' || qipan[i][j] == '#')

color(13);

else if(qipan[i][j] == '@')

color(12);

else

color(15);

printf("%c", qipan[i][j]);

}

while(1)//87 83 65 68

{

for(int i = 0; i < 20; i++)//打印出棋盘

for(int j = 0; j < 80; j++)

{

if(qipan[i][j] == '*' || qipan[i][j] == '#')

{

gotoxy(j, i+4);

color(13);

}

if(qipan[i][j] == '@')

{

gotoxy(j, i+4);

color(12);

}

if(qipan[i][j] == '_' || qipan[i][j] == '|')

{

gotoxy(j, i+4);

color(15);

}

printf("%c", qipan[i][j]);

}

for(int q = 0; q < 3; q++)

{

gotoxy(rand()%78 + 1, rand()%18 + 5 );

color(14);

printf("+");

}

start = clock();

timeover = 1;

while(!kbhit() && (timeover = clock() - start/CLOCKS_PER_SEC <= gamespeed));

if(timeover)//有按键

{

if(snake == 1)

getch();

new_direction = getch();

if(snake == 2)

{

if(new_direction == 87 || new_direction ==83 ||new_direction == 65||new_direction == 68)

{

new_direction2 = new_direction;

new_direction1 = direction1;

if(new_direction2 + direction2 == 170 || new_direction2 + direction2 == 133)

{

change(&head1, &tail1, &score1, &direction1, zuobiao1);

change(&head2, &tail2, &score2, &direction2, zuobiao2);

continue;

}

}

if(new_direction == 72 || new_direction ==80 ||new_direction == 75||new_direction == 77)

{

new_direction1 = new_direction;

new_direction2 = direction2;

if(new_direction1 + direction1 == 152)

{

change(&head1, &tail1, &score1, &direction1, zuobiao1);

change(&head2, &tail2, &score2, &direction2, zuobiao2);

continue;

}

}

}

if(snake == 1 && (new_direction == 72 || new_direction ==80 ||new_direction == 75||new_direction == 77))

{

new_direction1 = new_direction;

if(new_direction1 + direction1 == 152)

{

change(&head1, &tail1, &score1, &direction1, zuobiao1);

continue;

}

}

}

else

{

if(snake == 2)

{

new_direction2 = direction2;

new_direction1 = direction1;

}

else

{

new_direction1 = direction1;

}

}

if(snake == 1)

{

direction1 = new_direction1;

if(change(&head1, &tail1, &score1, &direction1, zuobiao1) == 1)

{

system("cls");

gotoxy(30,10);

color(7);

printf("G A M E O V E R !");

gotoxy(0,20);

color(1);

return 0;

}

}

if(snake == 2)

{

direction1 = new_direction1;

if(change(&head1, &tail1, &score1, &direction1, zuobiao1) == 1)

{

system("cls");

gotoxy(30,8);

color(7);

printf("G A M E O V E R !");

gotoxy(30,10);

printf("Snake Two is the Hero!");

gotoxy(0,20);

color(1);

return 0;

}

direction2 = new_direction2;

if(change(&head2, &tail2, &score2, &direction2, zuobiao2) == 1)

{

system("cls");

gotoxy(30,8);

color(7);

printf("G A M E O V E R !");

gotoxy(30,10);

printf("Snake One is the Hero!");

gotoxy(0,20);

color(1);

return 0;

}

}

int randnew = 0;

for(int i = 0; i < 20; i++)//打印出棋盘

for(int j = 0; j < 80; j++)

if(qipan[i][j] == '@')

{

randnew ++;

}

if(randnew == 0)

{

rand_i = rand()%18 + 1;

rand_j = rand()%78 + 1;

qipan[rand_i][rand_j] = '@';

}

if(snake == 2 && randnew == 1)

{

rand_i = rand()%18 + 1;

rand_j = rand()%78 + 1;

qipan[rand_i][rand_j] = '@';

}

gotoxy(30, 1);

printf("%d", score1);

if(snake == 2)

{

gotoxy(30,2);

printf("%d", score2);

}

}

}