Class CSumStats

tests/tester.h:40–134

 */

class CSumStats
{
public:
	int SumIt; ///< The overall number of performed function evaluations in
		///< successful attempts.
	int SumItAll; ///< The overall number of performed function evaluations in
		///< all attempts.
	double SumIt_l10n; ///< = sum( log( It ) / log( 10 )) in completed
		///< attempts.
	int SumItImpr; ///< Sum of improving iterations across successful
		///< attempts.
	int SumItImprAll; ///< Sum of improving iterations across all attempts.
	double SumRjCost; ///< Summary unbiased costs detected in all rejected
		///< attempts. Geometric mean.
	double SumRMS; ///< = sum( RMS ).
	double SumRMS_l10n; ///< = sum( log( RMS / N ) / log( 10 )).
	int SumRMSCount; ///< The number of elements summed in the SumRMS.
	int TotalAttempts; ///< The overall number of function evaluation attempts.
		///< Must be set externally.
	int ComplAttempts; ///< The overall number of successful function
		///< attempts.
	int ComplFuncs; ///< The total number of optimized functions.

	#if defined( EVALBINS )
		static const int binspan = 50;
		static const int binc = 1 + binspan * 2;
		double bins[ binc ];
		double RMSSpan;
	#endif // defined( EVALBINS )

	#if OPT_STATS
		int SumSelsMap[ CBiteOpt :: MaxSelCount * 10 ]; ///< Sums of
			///< individual choices associated with selectors over all
			///< successful attempts.
		int SumSelIncrsMap[ CBiteOpt :: MaxSelCount * 10 ]; ///< Sums of
			///< individual choice increments associated with selectors over
			///< all successful attempts.
		int SumSelDecrsMap[ CBiteOpt :: MaxSelCount * 10 ]; ///< Sums of
			///< individual choice decrements associated with selectors over
			///< all successful attempts.
		double SumAvgSels[ CBiteOpt :: MaxSelCount ]; ///< Sum of average
			///< selector choices over all successful attempts.
		double SumDevSels[ CBiteOpt :: MaxSelCount ]; ///< Sum of average
			///< selector choice deviations (squared) over all successful
			///< attempts.
	#endif // OPT_STATS

	#if OPT_TIME
		double TimeOpt; ///< Overall time spent in optimize() function,
			///< seconds.
		double TimeFunc; ///< Overall time spent in objective function,
			///< seconds.
	#endif // OPT_TIME

	void clear()
	{
		SumIt = 0;
		SumItAll = 0;