Example of using blitz ++ to generate a random number

The following is an example of using blitz ++ to generate a random number.

 # Include  <Ctime>  # Include  <Iostream>  # Include  <Random/uniform. h>  // Even distribution  # Include  <Random/normal. h>  // Normal Distribution  # Include  <Random/exponential. h>  // Exponential Distribution  # Include  <Random/discrete-uniform.h> // Discrete Distribution  # Include  <Random/beta. h>  // Beta distribution  # Include  <Random/gamma. h>  // Gamma distribution  # Include  <Random/chisquare. h>  // X2 Distribution  # Include  <Random/F. H>  // F distribution  Using namespace  Ranlib ; Using namespace STD ; Int  _ Tmain ( Int  Argc , _ Tchar * Argv []) { // Continuous and even random distribution [0, 1)  Uniform < Double > Run ; Run . Seed (( Unsigned int )Time (0 )); Cout < Run . Random () < Endl ; // Continuous and even random distribution [0, 1]  Uniformclosed < Double > Run1 ; Run1 . Seed (( Unsigned int ) Time (0 ));Cout < Run1 . Random () < Endl ; // Continuous and even random distribution (0, 1)  Uniformopen < Double > Run2 ; Run2 . Seed (( Unsigned int ) Time (0 )); Cout <Run2 . Random () < Endl ; // Continuous and even random distribution (0, 1]  Uniformopenclosed < Double > Run3 ; Run3 . Seed (( Unsigned int ) Time (0 )); Cout < Run3 .Random () < Endl ; // Random number of discrete and even distribution from 1 to 99  Discreteuniform < Long > Rdu (100 ); Rdu . Seed (( Unsigned int ) Time (0 )); Cout < Rdu . Random () <Endl ; // Normal Distribution  Normal < Double > Rnor (10, 2 ); Rnor . Seed (( Unsigned int ) Time (0 )); Cout < Rnor . Random () < Endl ;// The beta distribution is faulty. // beta <double> RBA; // cout <RBA. random () <Endl; // cout <numeric_limits <double>: min (); // Exponential Distribution  Exponential < Double > Rex (0.5 ); Cout < Rex . Random (); //..  Return 0 ;}