TestResult.h

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#ifndef GRT_TEST_RESULT_HEADER
#define GRT_TEST_RESULT_HEADER

#include "../DataStructures/VectorFloat.h"
#include "../DataStructures/MatrixFloat.h"

namespace GRT {

class TestResult{
public:
 TestResult(){
 }
 
 TestResult(const TestResult &rhs){
 *this = rhs;
 }
 
 ~TestResult(){
 
 }

 TestResult& operator=(const TestResult &rhs){
 if( this != &rhs ){
 this->numTrainingSamples = rhs.numTrainingSamples;
 this->numTestSamples = rhs.numTestSamples;
 this->accuracy = rhs.accuracy;
 this->rmsError = rhs.rmsError;
 this->totalSquaredError = rhs.totalSquaredError;
 this->trainingTime = rhs.trainingTime;
 this->testTime = rhs.testTime;
 this->rejectionPrecision = rhs.rejectionPrecision;
 this->rejectionRecall = rhs.rejectionRecall;
 this->precision = rhs.precision;
 this->recall = rhs.recall;
 this->fMeasure = rhs.fMeasure;
 this->confusionMatrix = rhs.confusionMatrix;
 }
 return *this;
 }
 
 unsigned int numTrainingSamples;
 unsigned int numTestSamples;
 Float accuracy;
 Float rmsError;
 Float totalSquaredError;
 Float trainingTime;
 Float testTime;
 Float rejectionPrecision;
 Float rejectionRecall;
 VectorFloat precision;
 VectorFloat recall;
 VectorFloat fMeasure;
 MatrixFloat confusionMatrix;

};

}//End of namespace GRT

#endif //GRT_TEST_RESULT_HEADER