Class CTester

tests/tester.h:566–1147

 */

class CTester
{
public:
	int DefDims; ///< The default number of dimensions to use.
	CSumStats SumStats; ///< Summary statistics.
	double SuccessAt; ///< Average Success attempts, available after run().
	double AvgIt; ///< Average Iters, available after run().
	double AvgIt_l10n; ///< Average Iters/ln(10), available after run().
	double AvgRMS; ///< Average RMS, available after run().
	double AvgRMS_l10n; ///< Average RMS/ln(10), available after run().
	double AvgRjCost; ///< Average reject cost, available after run().

	CTester()
		: RMCacheCount( 0 )
	{
	}

	/**
	 * Function initalizes the tester. Then the addCorpus() function should be
	 * called at least once.
	 *
	 * @param Threshold Objective function value threshold - stop condition.
	 * @param IterCount The number of attempts to solve a function to perform.
	 * @param InnerIterCount The maximal number of solver iterations to
	 * perform.
	 * @param DoPrint "True" if results should be printed to "stdout".
	 */

	void init( const double aThreshold, const int aIterCount,
		const int aInnerIterCount, const bool aDoPrint )
	{
		CostThreshold = aThreshold;
		IterCount = aIterCount;
		InnerIterCount = aInnerIterCount;
		DoPrint = aDoPrint;
		FnCount = 0;
	}

	/**
	 * Function adds a function corpus to the tester.
	 *
 	 * @param aDefDims The number of dimensions in each function with variable
	 * number of dimensions.
	 * @param Corpus NULL-limited list of test functions.
	 * @param DoRandomize "True" if randomization of parameter shifts and
	 * rotations should be performed.
	 * @param DoRandomizeAll "True" if all randomizations should be applied,
	 * otherwise only shifts and scales will be applied.
	 */

	void addCorpus( const int aDefDims, const CTestFn** Corpus,
		const bool aDoRandomize, const bool aDoRandomizeAll )
	{
		while( FnCount < MaxFuncs )
		{
			if( *Corpus == NULL )
			{
				break;