Lab 10:

This lab will require that you provide a makefile.  Please name your makefile 
makefile.username.  The makefile aspect of the lab is worth 20 points.


1. Given that the boost libraries are in /usr (headers in /usr/include, libraries in 
/usr/lib), use the following code as an example, and create a function which simulates the 
rolling of 2 dice.

  boost::mt19937 rng;                 // produces randomness out of thin air
                                      // see pseudo-random number generators
  boost::uniform_int<> six(1,6)       // distribution that maps to 1..6
                                      // see random number distributions
  boost::variate_generator<boost::mt19937&, boost::uniform_int<> >
           die(rng, six);             // glues randomness with mapping
  int x = die();                      // simulate rolling a die
  
You will need to #include <boost/random.hpp>

2. Using something similar to the code above, generate 50 random numbers between 1 and 100, 
place them in a vector, then sort them.  How you sort them is up to you.  Output the original 
vector, followed by the sorted vector.

3. Generate random square matrices with integer entries between -7 and 7, for sizes between 
20 and 200, in increments of 2.  Print these matrices to a file, with a blank line between 
each matrix, and 2 blank lines at the end of the file.  Name the file matrices_username.txt.

4. Extra credit: Write code which determines a person's age in seconds, if they provide their 
birthday.  For simplicity, assume they were born at 00:00:00 on the date of their birth. I 
would recommend taking a look at the data/time boost library as a start.