December 28 Application of a two-dimensional array: The first mini-game (push box)

Mini game: ****** push box ********

static void Main (string[] args)
{
int I, J;
int[,] A = new int[10, 10]//two-D array definition type [,] Array name = new Type [number of rows, number of columns] {assignment}; or single assignment a[i,j] = 1;
{
{1,1,1,1,1,1,1,1,1,1},
{1,0,0,0,0,0,0,0,0,1},
{1,0,2,0,0,8,0,0,0,1},
{1,0,0,0,0,1,1,0,0,1},
{1,0,0,0,0,1,0,0,0,1},//two-D array format in tabular form
{1,0,0,1,1,1,0,0,0,1},
{1,0,1,1,0,0,0,0,0,1},
{1,0,0,0,0,0,9,0,0,1},
{1,0,0,0,0,0,0,0,0,1},
{1,1,1,1,1,1,1,1,1,1},
};

int hang = 2, lie = 2, temp = 0;

while (true)
{
Make a map
for (i = 0; i <; i++)
{
for (j = 0; J <; J + +)
{
if (A[i, j] = = 1)
{
Console.Write (""); The value of the two-dimensional array console.write (a[i,j]);  

}
if (A[i, j] = = 0)
{
Console.Write ("");
}
if (A[i, j] = = 2)
{
Console.Write ("♀");
} if (A[i, j] = = 9)
{
Console.Write ("★");
} if (A[i, j] = = 8)
{
Console.Write ("-");
}

}

Console.WriteLine ();
}

Console.Write ("Please press the left and right key on the keyboard to walk:");
Console.WriteLine ();

Consolekey s = Console.readkey (). Key;
Console.clear ();

Right
if (s.tostring () = = "RightArrow")
{
if (A[hang, lie+1] = = 0)
{
temp = A[hang, lie];
A[hang, lie] = A[hang, (lie + 1)];
A[hang, (Lie + 1)] = temp;
lie++;
}
else if (A[hang, lie + 1] = = 1)
{
Console.Write ("Banging on the Wall");
}
else if (A[hang, lie + 1] = = 8)
{
If (A[hang, Lie + 2]! = 1 && a[hang, lie-2]! = 9)
{
temp = A[hang, (Lie + 2)];
A[hang, Lie + 2] = A[hang, lie + 1];
A[hang, lie + 1] = A[hang, lie];
A[hang, lie] = temp;
lie++;
}
else if (A[hang, lie + 2] = = 9)
{
A[hang, Lie + 2] = A[hang, lie + 1];
A[hang, lie + 1] = A[hang, lie];
A[hang, Lie] = 0;
Console.Write ("You win, please go to the next level");
Break
}
else {Console.Write ("banging");}
}
}

//Left
Else if (s.tostring () = = "Leftarrow")
{
if (A[hang, lie-1] = = 0)
{
Temp = A[hang, lie];
A [Hang, lie] = A[hang, (lie-1)];
A[hang, (lie-1)] = temp;
lie--;
}
Else if (A[hang, lie-1] = = 1)
{
Console.Write ("banging");
}
Else if (A[hang, lie-1] = = 8)
{
if (A[hang, lie-2]! = 1 && a[hang, lie-2]! = 9)
{
Temp = A[hang, (lie-2)];
A[hang, lie-2] = A[hang, lie-1];
A[hang, lie-1] = A[hang, lie];
A[hang, lie] = temp;
lie--;
}
Else if (A[hang, lie-2] = = 9)
{
A[hang, lie-2] = A[hang, lie-1];
A[hang, lie-1] = A[hang, Lie];
A[hang, Lie] = 0;
Console.Write ("You win, please go to the next level");
break;
}
Else {console.write ("banging");}
}

}

//Up
Else if (s.tostring () = = "UpArrow")
{
if (a[hang-1, lie] = = 0)
{
Temp = A[hang, lie];
A[h Ang, Lie] = a[(hang-1), lie];
a[(hang-1), lie] = temp;
hang--;
}
Else if (a[hang-1, lie] = = 1)
{
Console.Write ("banging");
}
Else if (a[hang-1, lie] = = 8)
{
if (a[hang-2, lie]! = 1 && a[hang-2, lie]! = 9)
{
Temp = A[hang-2, lie];
A[hang-2, lie] = a[hang-1, lie];
A[hang-1, lie] = A[hang, lie];
A[hang, lie] = temp;
hang--;
}
Else if (a[hang-2, lie] = = 9)
{
A[hang-2, lie] = a[hang-1, lie];
a[hang-1, lie] = A[hang, Lie];
A[hang, Lie] = 0;
Console.Write ("You win, please go to the next level");
break;
}
Else {console.write ("banging");}
}
}

Down
else if (s.tostring () = = "DownArrow")
{
If (a[hang+1, lie] = = 0)
{
temp = A[hang, lie];
A[hang, Lie] = a[(hang + 1), lie];
a[(hang + 1), lie] = temp;
hang++;
}
else if (A[hang + 1, lie] = = 1)
{
Console.Write ("Banging on the Wall");
}
else if (A[hang + 1, lie] = = 8)
{
if (A[hang + 2, lie]! = 1 && A[hang + 2, lie]! = 9)
{
temp = A[hang + 2, lie];
A[hang + 2, lie] = A[hang + 1, lie];
A[hang + 1, lie] = A[hang, lie];
A[hang, lie] = temp;
hang++;
}
else if (A[hang + 2, lie] = = 9)
{
A[hang + 2, lie] = A[hang + 1, lie];
A[hang + 1, lie] = A[hang, lie];
A[hang, Lie] = 0;
Console.Write ("You win, please go to the next level");
Break
}
else {Console.Write ("banging");}
}
}

Console.WriteLine ();
}

December 28 Application of a two-dimensional array: The first mini-game (push box)