source: trunk/src/random_singleton.icc @ 13

// Inline functions (A-Z)
/////////////////////////
double random_singleton::get_exponential( const double& mu ) const
{
  return gsl_ran_exponential( r_, mu );
}


double random_singleton::get_gaussian( const double& sigma ) const
{
  return gsl_ran_gaussian( r_, sigma );
}


inline std::string random_singleton::get_generator_type() const
{ 
  return static_cast<std::string>( gsl_rng_name( r_ ) );
}


size_t random_singleton::get_rnd_discrete()
{
  assert( gen_ != NULL );
  return gsl_ran_discrete( r_, gen_ );
}


int random_singleton::get_seed() const
{
  return gsl_rng_default_seed;
}


double random_singleton::get_uniform_double() const
{
  return gsl_rng_uniform( r_ );
}


long int random_singleton::get_uniform_int() const
{
  return gsl_rng_get( r_ );
}


long int random_singleton::get_uniform_min() const
{
  return gsl_rng_min( r_ );
}


long int random_singleton::get_uniform_max() const
{
  return gsl_rng_max( r_ );
}


void random_singleton::set_general_distribution_prob( const size_t& k, 
                  const double* p )
{
  gen_ = gsl_ran_discrete_preproc( k, p ); 
}