#include <stdio.h>
#include <stdlib.h>

// Don't try this at home
//
// 3.14  = 40091EB851EB851F (in double format)
// On a Little-Endian (x86) 32-bit machine this is stored as:
//
// 51EB851F (1374389535 in decimal)
// 40091EB8 (1074339512 in decimal)
//
// Therefore 
//        double pi=3.14;
//        printf("pi=%d\n", pi);
//
//        Returns:  1374389535    
// and 
//    printf("pi=%d %d\n", pi);
//
//        Returns 1374389535 1074339512

// Another Example:
// 2.0 = 40000000 00000000 
// Which is stored as
//
//  00000000   (0          in decimal)
//  40000000   (1073741824 in decimal)
// 
// Thus
//		double b=2.0;
//        printf("b=%d\n", b);      -> 0
//        printf("b=%d %d\n", b);   -> 0  1073741824
//
// Prints

int main()
{
		double pi=3.14;
        printf("pi=%d\n", pi);
        printf("pi=%d %d\n\n", pi);

		double b=2.0;
        printf("b=%d\n", b);
        printf("b=%d %d\n", b); // The second %d uses the extra bytes of the double b that were not printed the first time

        system("pause");
        return 0;
}