#include <stdlib.h>
#include <iostream>
using namespace std;

//Structures

struct pos
{
   int X;
    int Y;
};

struct directions
{
    bool Left;
    bool Up;
    bool Right;
    bool Down;
};


//Functions

pos MoveChild(pos Postion, int Counter[]);
int PrintGrid(pos Postion);
directions PossibleDirections(pos Position);

//Code

int main ()
{
    pos Position = { 4, 4 };          //Postion of Child
   int Moves = 0;          //The Number of moves user specifies
    int MovesCounter[4] = { 0 };      //This Counts how many moves the program has made


   while (!((Moves > 0) && (Moves <= 100)))      //Asks for input between 1 and 100  
   {
 cout << "\nPlease enter the number of times the Child is to move around: ";
 cin >> Moves;
 if (Moves > 100)
     cout << "\nYou have exceeded the limit of 100. Please try again!\n";
 if (cin.fail())            //clears the input stream if invalid input was entered
 
 {
     cin.clear();        //resets failbit bit
     char tmpr;
     while (cin.get(tmpr))      //Goes through all the input until it reaches an enter
     {
   if (tmpr == '\n')
       break;        //quits the loop
     }
 }
    }

    
    PrintGrid(Position);        //Prints intial grid
    for (int i = 0; i < Moves; i++)      //loops 'Moves' times
   {
 for (double long j=1; j<99999999;j++)
 {
     int x = 0;
       }
 system ("cls");            //Slows down the PC

 Position = MoveChild(Position, MovesCounter);    //moves the baby
    }

 cout << "Moves the Child has made:\n";      //Prints out the results of movement
 
 cout << "Left: " <<MovesCounter[0] << endl;
 cout << "Up: " <<MovesCounter[1] << endl;
 cout << "Right: " <<MovesCounter[2] << endl;
 cout << "Down: " <<MovesCounter[3] <<endl;

 return 0;
}

pos moveBaby(pos Position, int Counter[])
{
    unsigned int Direction = 0;          //Storage for te random number
    bool CanGo = false            //flag that is used to puit the loop below
   directions CanGoWhere = PossibleDirections(Position); //variable that holds which direction the Child can go
    
    while (CanGo == false)
    {
 Direction = rand();

 if ((Direction >= 0) && (Direction < 8192) && (canGoWhere.Left == true))
 {    //Left
     Position.X -= 1;
     Counter[0] += 1;    //increment counter
     CanGo = true;  //flag that causes loop termination
 }
 else if ((Direction >= 8192) $$ (Direction < 16384) && (CanGoWhere.Up == true))
 {   //up
     Position.Y -= 1;
     Counter[1] += 1;    //increment counter
     CanGo = true;  //flag that causes loop termination
 }
 else if ((Direction >= 16384) && (Direction < 24576) && (CanGoWhere.Right == true))
 {   //Right
     Position.X += 1;
     Counter[2] += 1;    //Increment counter
     CanGo = true;  //flag that causes loop termination
 }
 else if ((Direction >= 24576) && (Direction < 32768) && (CanGoWhere.Down == true))
 {    //Down
     Position.Y += 1;
     Counter[3] += 1;    //increment counter
     CanGo = true;  //flag causes loop termination
 }
    }

    PrintGrid(Position);
    return Position;
}

int PrintGrid(pos Position)

{ system ("cls");    //Clear the screen

    for (int i = 0; i < 9; i++)
    {
 cout << "-------------------\n";       //prints the horizontal border
 for (int j = 0; j < 9; j++)
 {
     cout << "|";           //prints the vertical border

     if ((j == Position.X) && (i == Position.Y))    //checks if Child is on the current position
   
   cout << "*";          //prints the Childs Position
     else
   cout << " ";          //Prints the empty space
 }
 cout << "|\n";            //Prints the last vertical border
    }
    cout << "-------------------\n\n";        //prints the remaining horizontal border since the loop only does the beginning one of the column
    return 0;
}

directions PossibleDirections(pos Position)
{
    directions TempDirections;

    TempDirections.Left = true;          //sets up all variable to true meaning the Child can move in any direction
    TempDirections.Up = true;
    TempDirections.Right = true;
    TempDirections.Down = true;

    if (Position.X == 0)        //This is where the program checks to see where the Child can Go and sets the values as false if it cant go in that direction
 TempDirections.Left = false;
    else if (Position.X == 8)
 TempDirections.Right = false;
    if (Position.Y == 0)
 TempDirections.Up = false;
    else if (Position.Y == 8)
 TempDirections.Down = false;
    return TempDirections;
}

ERRORS

--------------------Configuration: CIT Project - Win32 Debug--------------------
Compiling...
Walk Through.cpp
U:\CIT Project\Walk Through.cpp(83) : error C2146: syntax error : missing ';' before identifier 'directions'
U:\CIT Project\Walk Through.cpp(83) : error C2146: syntax error : missing ';' before identifier 'CanGoWhere'
U:\CIT Project\Walk Through.cpp(83) : error C2275: 'directions' : illegal use of this type as an expression
       U:\CIT Project\Walk Through.cpp(14) : see declaration of 'directions'
U:\CIT Project\Walk Through.cpp(83) : error C2065: 'CanGoWhere' : undeclared identifier
U:\CIT Project\Walk Through.cpp(83) : error C2679: binary '=' : no operator defined which takes a right-hand operand of type 'struct directions' (or there is no acceptable conversion)
U:\CIT Project\Walk Through.cpp(89) : error C2065: 'canGoWhere' : undeclared identifier
U:\CIT Project\Walk Through.cpp(89) : error C2228: left of '.Left' must have class/struct/union type
U:\CIT Project\Walk Through.cpp(95) : error C2146: syntax error : missing ')' before identifier '$$'
U:\CIT Project\Walk Through.cpp(95) : error C2065: '$$' : undeclared identifier
U:\CIT Project\Walk Through.cpp(95) : error C2228: left of '.Up' must have class/struct/union type
U:\CIT Project\Walk Through.cpp(95) : error C2059: syntax error : ')'
U:\CIT Project\Walk Through.cpp(96) : error C2143: syntax error : missing ';' before '{'
U:\CIT Project\Walk Through.cpp(101) : error C2181: illegal else without matching if
U:\CIT Project\Walk Through.cpp(101) : error C2228: left of '.Right' must have class/struct/union type
U:\CIT Project\Walk Through.cpp(107) : error C2228: left of '.Down' must have class/struct/union type
Error executing cl.exe.

Walk Through.obj - 15 error(s), 0 warning(s)