0001 /******************************************************************************************
0002  *   输出某一迷宫格的信息
0003  ******************************************************************************************/
0004 void printLabyCell ( Cell* elem ) {
0005    printf ( "%d -> (%d, %d) -> %d\n",
0006             ( ( Cell* ) elem )->incoming,
0007             ( ( Cell* ) elem )->x,
0008             ( ( Cell* ) elem )->y,
0009             ( ( Cell* ) elem )->outgoing );
0010 }
0011 
0012 /******************************************************************************************
0013  * 显示迷宫
0014  ******************************************************************************************/
0015 void displayLaby() { //┘└┐┌│─
0016    static char*   pattern[5][5] = {
0017       "┼", "┼", "┼", "┼", "┼",
0018       "┼", "  ", "┌", "─", "└",
0019       "┼", "┌", "  ", "┐", "│",
0020       "┼", "─", "┐", "  ", "┘",
0021       "┼", "└", "│", "┘", "  "
0022    };
0023    system ( "cls" );
0024    printf ( "  " );
0025    for ( int j = 0; j < labySize; j++ )
0026       ( j < 10 ) ? printf ( "%2X", j ) : printf ( " %c", 'A' - 10 + j );
0027    printf ( "\n" );
0028    for ( int j = 0; j < labySize; j++ ) {
0029       ( j < 10 ) ? printf ( "%2X", j ) : printf ( " %c", 'A' - 10 + j );
0030       for ( int i = 0; i < labySize; i++ )
0031          if ( goalCell == &laby[i][j] )
0032             printf ( "﹩" );
0033          else
0034             switch ( laby[i][j].status ) {
0035                case WALL:  printf ( "█" );   break;
0036                case BACKTRACKED: printf ( "○" );   break;
0037                case AVAILABLE: printf ( "  " );   break;
0038                default   : printf ( "%s", pattern[laby[i][j].outgoing][laby[i][j].incoming] );   break;
0039             }
0040       printf ( "\n" );
0041    }//for
0042 }//displayLaby