#include"2048.h" int main() {     start_game();     return 0; }

#ifndef _2048_H_ #define _2048_H_ #include<stdio.h> #include<stdlib.h> #include<string.h> #include<termios.h> //#include<unstd.h> //#include<time/sys.h> #define LINE 21 #define ROW   22 #define ARR_L 4 #define ARR_R 4 #define NUM_COLOR 32 #define BACK 49 #define BOLD 31 static int line_location=0; static int row_location=0; static int arr[4][4]={0}; static char tmp[5]=""; static int end_flag=0; static int score=0; static int print_appear_flag=0; static char start_back0[LINE][ROW]={     "@@@@@@@@@@@@@@@@@@@@@",     "@    @    @    @    @",     "@    @    @    @    @",     "@    @    @    @    @",     "@@@@@@@@@@@@@@@@@@@@@",     "@    @    @    @    @",     "@    @    @    @    @",     "@    @    @    @    @",     "@@@@@@@@@@@@@@@@@@@@@",     "@    @    @    @    @",     "@    @    @    @    @",     "@    @    @    @    @",     "@@@@@@@@@@@@@@@@@@@@@",     "@    @    @    @    @",     "@    @    @    @    @",     "@    @    @    @    @",     "@@@@@@@@@@@@@@@@@@@@@",     "@                   @",     "@ score:            @",     "@                   @",     "@@@@@@@@@@@@@@@@@@@@@" }; int print_start(); char * itoc_2048(int data); int print_num(); int  mov_left(); int swap_if0l(); int swap(); int put_to(int line, int row); #endif

#include"2048.h" int start_game() {     system("clear");     printf("33[?25l");     print_start();     ran_appear();     print_num();     print_score();     print_getchar();     printf("33[?25h"); } int print_getchar() {     struct termios old,new;     int ch;     tcgetattr(0,&old);     tcgetattr(0,&new);     new.c_lflag = new.c_lflag &~(ICANON |ECHO);     new.c_cc[VTIME]=0;     new.c_cc[VMIN]=1;     tcsetattr(0,TCSANOW,&new);     while(1)     {         if(end_flag==1)             break;         ch=getchar();         if(ch=='33')         {             ch=getchar();             if(ch=='[')             {                 ch=getchar();                 switch(ch)                 {                     case 'A':                         mov_up();                         is_full();                         break;                     case 'B':                         mov_down();                         is_full();                         break;                     case 'C':                         mov_right();                         is_full();                         break;                     case 'D':                         mov_left();                         is_full();                         break;                     default:                         break;                 }             }         }         if(ch=='q')             break;         fflush(NULL);     } tcsetattr(0,TCSANOW,&old); } int print_start() {       int i,j;     for(i=0;i<LINE;i++)     {         for(j=0;j<ROW;j++)         {             if(start_back0[i][j]=='@')             {                 printf("33[%dm",BACK);                 printf("%c",start_back0[i][j]);                 printf("33[0m");             }             else                 if(start_back0[i][j]!=' ')                 {                     printf("33[%dm",BOLD);                     printf("%c",start_back0[i][j]);                     printf("33[0m");                 }                 else                 {                       printf("%c",start_back0[i][j]);                 }         }     printf("n");     } } char *itoc_2048(int data) {     int x=0;     int i=4;     while(i--)     {         tmp[i]=data+'0';         data=data/10;     }     return tmp; } int is_full() {     int i,j;     int count=0;     for(i=0;i<ARR_L;i++)         for(j=0;j<ARR_R;j++)         {             if(arr[i][j]==0)                 count++;         }     if(count==0)     {         for(i=0;i<ARR_L;i++)             for(j=0;j<ARR_R-1;j++)             {             if(arr[i][j]==arr[i][j+1])                 return 0;             if(arr[j][i]==arr[j+1][i])                 return 0;             }         end_flag=1;     }     return 1; } int put_to(int line, int row) {     int x,y;     int i=0;     char *p=NULL;     p=itoc_2048(arr[line][row]);     printf("33[%d;%dH",3+line*4,2+row*5);     printf("    ");     printf("33[%d;%dH",3+line*4,2+row*5);     if(arr[line][row]!=0)         for(i=0;i<4;i++)         {             if(p[i]=='0'&&i<1)                 printf(" ");             else             if(p[i]!='0')             {                 printf("33[%dm",NUM_COLOR);                 printf("%c",p[i]);                 printf("33[0m");             }         }     else         if(arr[line][row]==0)         printf("    "); } int print_num() {     int i,j;     for(i=0;i<4;i++)         for(j=0;j<4;j++)     put_to(i,j); } print_score() {     int x,y;     printf("33[19;9H");     printf("%d",score); } int ran_appear() {     int line,row;     int i=0;     int j=0;     int x,y;     int arr1[16][2]={0};     if(print_appear_flag==1)         return 0;     for(x=0;x<4;x++)         for(y=0;y<4;y++)         {             if(arr[x][y]==0)             {                 arr1[i][0]=x;                 arr1[i][1]=y;                 i++;             }         }     srand(time(NULL));     j=rand()%i;     if(rand()%2==0)       {         arr[arr1[j][0]][arr1[j][1]]=4;         //arr[arr1[j][0]][arr1[j][1]]=2;       }     else         arr[arr1[j][0]][arr1[j][1]]=2; } int mov_left() {     int count=0;     count=mov_l()+count;     count=sum_2048_l()+count;     if(count==-2)         print_appear_flag=1;     mov_l();     ran_appear();     print_num();     return 0; } int mov_right() {     int count=0;     count=mov_r()+count;     count=sum_2048_r()+count;     if(count==-2)         print_appear_flag=1;     mov_r();     ran_appear();     print_num();     return 0; } int mov_up() {     int count=0;     count=mov_u()+count;     count=sum_2048_u()+count;     if(count==-2)         print_appear_flag=1;     mov_u();     ran_appear();     print_num();     return 0; } int mov_down() {     int count=0;     count=mov_d()+count;     count=sum_2048_d()+count;     if(count==-2)         print_appear_flag=1;     mov_d();     ran_appear();     print_num();     return 0; } int swap(int *a,int *b) {     int tmp;     tmp=*a;     *a=*b;     *b=tmp; } int mov_l() {     int line,row;     int i=3;     int count=0;     while(i--)     {         for(line=0;line<4;line++)          for(row=0;row<3;row++)         {             if(arr[line][row]==0&&arr[line][row+1]!=0)             {                   swap(&arr[line][row],&arr[line][row+1]);                 count++;                 print_appear_flag=0;             }         }     }     if(count==0)         return -1;     return 0; } int sum_2048_l() {     int line,row;     int count=0;     for(row=1;row<4;row++)         for(line=0;line<4;line++)         {             if(arr[line][row]!=0&&arr[line][row-1]==arr[line][row])             {                 arr[line][row-1]=arr[line][row]+arr[line][row-1];                 arr[line][row]=0;                 score=score+arr[line][row-1];                 print_score();                 count++;                 print_appear_flag=0;             }         }     if(count==0)         return -1; return 0; } int mov_r() {     int line,row;     int i=3;     int count=0;     while(i--)     {         for(line=0;line<4;line++)          for(row=0;row<3;row++)         {             if(arr[line][row]!=0&&arr[line][row+1]==0)             {                   swap(&arr[line][row],&arr[line][row+1]);                 count++;                 print_appear_flag=0;             }         }     }     if(count==0)         return -1;     return 0; } int sum_2048_r() {     int line,row;     int count=0;     for(row=2;row>=0;row--)         for(line=0;line<4;line++)         {             if(arr[line][row]!=0&&arr[line][row+1]==arr[line][row])             {                 arr[line][row+1]=arr[line][row]+arr[line][row+1];                 arr[line][row]=0;                 score=score+arr[line][row+1];                 print_score();                 count++;                 print_appear_flag=0;             }         }     if(count==0)         return -1;     return 0; } int mov_u() {       int line,row;     int i=3;     int count=0;     while(i--)     {         for(line=0;line<3;line++)          for(row=0;row<4;row++)         {             if(arr[line][row]==0&&arr[line+1][row]!=0)             {                   swap(&arr[line][row],&arr[line+1][row]);                 count++;                 print_appear_flag=0;             }         }     }     if(count==0)         return -1;     return 0; } int sum_2048_u() {     int line,row;     int count=0;         for(line=1;line<4;line++)         for(row=0;row<4;row++)         {             if(arr[line][row]!=0&&arr[line-1][row]==arr[line][row])             {                 arr[line-1][row]=arr[line][row]+arr[line-1][row];                 arr[line][row]=0;                 score=score+arr[line-1][row];                 print_score();                 count++;                 print_appear_flag=0;             }         }         if(count==0)             return -1;         return 0; } int mov_d() {     int line,row;     int i=3;     int count=0;     while(i--)     {         for(line=0;line<3;line++)          for(row=0;row<4;row++)         {             if(arr[line][row]!=0&&arr[line+1][row]==0)             {                   swap(&arr[line][row],&arr[line+1][row]);                 count++;                 print_appear_flag=0;             }         }     }     if(count==0)         return -1;     return 0; } int sum_2048_d() {     int line,row;     int count=0;         for(line=2;line>=0;line--)         for(row=0;row<4;row++)         {             if(arr[line][row]!=0&&arr[line+1][row]==arr[line][row])             {                 arr[line+1][row]=arr[line][row]+arr[line+1][row];                 arr[line][row]=0;                 score=score+arr[line+1][row];                 print_score();                 count++;                 print_appear_flag=0;             }         }         if(count==0)             return -1;         return 0; }