memory map

[jimJohnson]

I just coded a program and now I need to draw a memory map of the results. that shows the address of each variable. Can someone explain to me how to do this with the following code...

#include <iostream>
using namespace std;

//int main function
int main ()
{
	//Declare short variables
	short int shortVariable1;
	short int shortVariable2;

	//Declare variables
	int normalVariable1;
	int normalVariable2;

	//Declare long variables
	long int longVariable1;
	long int longVariable2;

	//Declare the pointer variables that store addresses of short ints
	short int * shortPtr1;
	short int * shortPtr2;

	//Declare the pointer variables that store addresses of normal ints
	int * intPtr1;
	int * intPtr2;

	//Declare the pointer variables that store addresses of long ints
	long int * longPtr1;
	long int * longPtr2;

	//Values of short int are addresses of shortVariables
	shortPtr1 = &shortVariable1;
	shortPtr2 = &shortVariable2;

	//Values of int are addresses of normalVariables
	intPtr1 = &normalVariable1;
	intPtr2 = &normalVariable2;

	//Values of long in are addresses of longVariables
	longPtr1 = &longVariable1;
	longPtr2 = &longVariable2;

	//Show results
	cout << "&shortVariable1 = " << shortPtr1 << endl
		 << "&shortVariable2 = " << shortPtr2 << endl
		 << "&normalVariable1 = " << intPtr1 << endl
		 << "&normalVariable2 = " << intPtr2 << endl
		 << "&longVariable1 = " << longPtr1 << endl
		 << "&longVariable2 = " << longPtr2 << endl << endl;

	//Calculate the size of the memory allocated to short int
	//Subtract addresses of the first and second variable
	cout << (shortPtr1 - shortPtr2);

	//Calculate the size of the memory allocated to regular int
	//Subtract addresses of the first and second variable
	cout << (intPtr1 - intPtr2);

	//Calculate the size of the memory allocated to regular int
	//Subtract addresses of the first and second variable
	cout << (longPtr1 - longPtr2);

	cout << endl << endl;

	return 0;
}