The base of regression test for various method (time-averaged, ensemble-averaged, dynamic time warping) More...

#include <regression_test_base.h>

Inherited by SPH::RegressionTestTimeAveraged< ObserveMethodType >.

Public Member Functions
template<typename... ConstructorArgs>
	RegressionTestBase (ConstructorArgs &&...args)

void	writeToXml (ObservedQuantityRecording< VariableType > *observe_method, size_t iteration=0)

template<typename ReduceType >
void	writeToXml (BodyReducedQuantityRecording< ReduceType > *reduce_method, size_t iteration=0)

void	readFromXml (ObservedQuantityRecording< VariableType > *observe_method)

template<typename ReduceType >
void	readFromXml (BodyReducedQuantityRecording< ReduceType > *reduce_method)

void	transposeTheIndex ()

void	readResultFromXml ()

void	writeResultToXml ()

void	readResultFromXml (int index_of_run_)

void	writeResultToXml (int index_of_run_)

void	writeToFile (size_t iteration=0) override

void	writeXmlToXmlFile ()

void	readXmlFromXmlFile ()

Protected Attributes
std::string	input_folder_path_

std::string	in_output_filefullpath_

std::string	result_filefullpath_

std::string	runtimes_filefullpath_

std::string	converged

XmlMemoryIO	xmlmemory_io_

XmlEngine	observe_xml_engine_

XmlEngine	result_xml_engine_in_

XmlEngine	result_xml_engine_out_

StdVec< std::string >	element_tag_

DoubleVec< VariableType >	current_result_

DoubleVec< VariableType >	current_result_trans_

DoubleVec< VariableType >	result_in_

TripleVec< VariableType >	result_

int	snapshot_

int	observation_

int	difference_

int	number_of_run_

int	label_for_repeat_

int	number_of_snapshot_old_

Detailed Description

template<class ObserveMethodType>
class SPH::RegressionTestBase< ObserveMethodType >

The base of regression test for various method (time-averaged, ensemble-averaged, dynamic time warping)

The results of current run is saved in a vector of vector. The inner vector gives the values on the observations points. The outer vector gives the snap shots of the observations. The results of all runs is saved in a triple vector, where the outermost vector gives the observations of the runs.