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stressTMVA.cxx
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//
// this stress test for TMVA is a shorter version of the extended TMVA testsuite
// generated by script tmvaValidation/testsuite/RootTest/buildRootTest.sh
//
// Eckhard von Toerne, Dec 2010
//
/* if working, it creates output like this:
******************************************************************
* TMVA - S T R E S S and U N I T test suite (FAST)
******************************************************************
Event [107/107]..................................................OK
VariableInfo [31/31].............................................OK
DataSetInfo [20/20]..............................................OK
DataSet [15/15]..................................................OK
Factory [11/11]..................................................OK
Reader [2/2].....................................................OK
CutsGA [3/3].....................................................OK
LikelihoodD [4/4]................................................OK
PDERS [4/4]......................................................OK
PDEFoam [4/4]....................................................OK
KNN [4/4]........................................................OK
Fisher [4/4].....................................................OK
BoostedFisher [4/4]..............................................OK
LD [4/4].........................................................OK
MLP [4/4]........................................................OK
MLPBFGS [4/4]....................................................OK
SVM [4/4]........................................................OK
BDTG [4/4].......................................................OK
BDT [4/4]........................................................OK
Regression_LD [4/4]..............................................OK
Regression_MLPBFGSN [4/4]........................................OK
Regression_BDTG2 [4/4]...........................................OK
Event [107/107]..................................................OK
VariableInfo [31/31].............................................OK
DataSetInfo [20/20]..............................................OK
DataSet [15/15]..................................................OK
Factory [11/11]..................................................OK
Reader [2/2].....................................................OK
CutsGA [3/3].....................................................OK
LikelihoodD [4/4]................................................OK
PDERS [4/4]......................................................OK
PDEFoam [4/4]....................................................OK
KNN [4/4]........................................................OK
Fisher [4/4].....................................................OK
BoostedFisher [4/4]..............................................OK
LD [4/4].........................................................OK
MLP [4/4]........................................................OK
MLPBFGS [4/4]....................................................OK
SVM [4/4]........................................................OK
BDTG [4/4].......................................................OK
BDT [4/4]........................................................OK
Regression_LD [4/4]..............................................OK
Regression_MLPBFGSN [4/4]........................................OK
Regression_BDTG2 [4/4]...........................................OK
******************************************************************
* SYS: Linux linux-7p93 2.6.27.7-9-default #1 SMP 2008-12-04 18:10:
* SYS: "openSUSE 11.1 (x86_64)"
******************************************************************
* CPUTIME = 90.2 * Root5.27/07 20100929/1318
******************************************************************
*/
// including file tmvaut/UnitTest.h
#ifndef UNITTEST_H
#define UNITTEST_H
// Author: Christoph Rosemann Dec. 2009
// TMVA unit tests
#include "TMVA/IMethod.h"
#include "TMVA/Types.h"
#include <string>
#include <iostream>
#include <cassert>
#include <atomic>
// The following have underscores because
// they are macros. For consistency,
// succeed_() also has an underscore.
#define test_(cond) \
do_test(cond, #cond, __FILE__, __LINE__)
#define fail_(str) \
do_fail(str, __FILE__, __LINE__)
namespace UnitTesting
{
class UnitTest
{
public:
UnitTest(const std::string & xname="", const std::string & filename="", std::ostream* osptr = &std::cout);
virtual ~UnitTest(){}
virtual void run() = 0;
long getNumPassed() const;
long getNumFailed() const;
const std::ostream* getStream() const;
void setStream(std::ostream* osptr);
void succeed_();
long report() const;
virtual void reset();
void intro() const;
const std::string & name() const;
protected:
void do_test(bool cond, const std::string& lbl, const char* fname, long lineno);
void do_fail(const std::string& lbl, const char* fname, long lineno);
bool floatCompare(float x1, float x2);
private:
std::ostream* osptr;
std::atomic<long> nPass;
std::atomic<long> nFail;
mutable std::string fName;
std::string fFileName;
// Disallowed:
UnitTest(const UnitTest&);
UnitTest& operator=(const UnitTest&);
};
inline UnitTest::UnitTest(const std::string & xname,
const std::string & filename,
std::ostream* sptr) :
fName(xname),
fFileName(filename)
{
this->osptr = sptr;
nPass = nFail = 0;
}
inline long UnitTest::getNumPassed() const
{
return nPass;
}
inline long UnitTest::getNumFailed() const
{
return nFail;
}
inline const std::ostream* UnitTest::getStream() const
{
return osptr;
}
inline void UnitTest::setStream(std::ostream* sptr)
{
this->osptr = sptr;
}
inline void UnitTest::succeed_()
{
++nPass;
}
inline void UnitTest::reset()
{
nPass = nFail = 0;
}
} // namespace UnitTesting
#endif // UNITTEST_H
// including file tmvaut/UnitTest.cxx
#include <iostream>
#include <iomanip>
#include "TString.h"
#include "TMath.h"
#include <typeinfo>
#ifdef WIN32
#pragma warning(disable: 4290)
#endif
using namespace std;
using namespace UnitTesting;
void UnitTest::do_test(bool cond, const std::string& lbl, const char* fname, long lineno)
{
if (!cond)
do_fail(lbl, fname, lineno);
else
succeed_();
}
void UnitTest::do_fail(const std::string& lbl, const char* /* fname */ , long lineno)
{
++nFail;
if (osptr)
{
*osptr << "failure: " << setw(76) << std::left << lbl << std::right << " [line " << setw(3) << lineno << "]\n";
}
}
bool UnitTest::floatCompare(float x1, float x2)
{
bool ret = (TMath::Abs(x1-x2)<1.e-9); // fix me, empirical number
if (!ret) cout << "warning floatCompare: x1="<<x1<<" x2="<<x2<<", diff="<<x1-x2<<endl;
return ret;
}
const std::string & UnitTest::name() const
{
if(fName=="")
fName=std::string(typeid(*this).name());
return fName;
}
long UnitTest::report() const
{
if (osptr)
{
std::string counts(Form(" [%li/%li]", nPass.load(), nPass+nFail));
*osptr << name() << counts;
UInt_t ndots = 82-19-name().size() - counts.size();
for (UInt_t i=0; i<ndots; ++i) *osptr << '.';
*osptr << (nFail==0?"..OK":"FAIL") << endl;
}
return nFail;
}
void UnitTest::intro() const
{
#ifdef COUTDEBUG
if (osptr) {
*osptr << "************************************************************************************************" << endl;
*osptr << "* Starting U N I T test : " << name() << " (file " << fFileName << ")" << endl;
*osptr << "************************************************************************************************" << endl;
}
#endif
}
// including file tmvaut/UnitTestSuite.h
#ifndef UNITTESTSUITE_H
#define UNITTESTSUITE_H
// Author: Christoph Rosemann Dec. 2009
// TMVA unit tests
#include <vector>
#include <stdexcept>
namespace UnitTesting
{
class UnitTestSuiteError : public std::logic_error
{
public:
UnitTestSuiteError(const std::string& s = "") : logic_error(s) {}
};
class UnitTestSuite
{
public:
UnitTestSuite(const std::string& title, std::ostream* sptr = &std::cout);
std::string getName() const;
long getNumPassed() const;
long getNumFailed() const;
const std::ostream* getStream() const;
void setStream(std::ostream* osptr);
void addTest(UnitTest* t);
void addSuite(const UnitTestSuite&);
void run(); // Calls Test::run() repeatedly
void intro() const;
long report() const;
void free(); // Deletes tests
private:
std::string name;
std::ostream* osptr;
std::vector<UnitTest*> tests;
void reset();
// Disallowed ops:
UnitTestSuite(const UnitTestSuite&);
UnitTestSuite& operator=(const UnitTestSuite&);
};
inline UnitTestSuite::UnitTestSuite(const std::string& title, std::ostream* sptr) : name(title)
{
this->osptr = sptr;
}
inline std::string UnitTestSuite::getName() const
{
return name;
}
inline const std::ostream* UnitTestSuite::getStream() const
{
return osptr;
}
inline void UnitTestSuite::setStream(std::ostream* sptr)
{
this->osptr = sptr;
}
} // namespace UnitTesting
#endif // UNITTESTSUITE_H
// including file tmvaut/UnitTestSuite.cxx
#include <iostream>
#include <iomanip>
#include <cassert>
using namespace std;
using namespace UnitTesting;
void UnitTestSuite::addTest(UnitTest* t)
{
// Verify test is valid and has a stream:
if (t == 0)
throw UnitTestSuiteError("Null test in UnitTestSuite::addTest");
else if (osptr && !t->getStream())
t->setStream(osptr);
tests.push_back(t);
t->reset();
}
void UnitTestSuite::addSuite(const UnitTestSuite& s)
{
for (size_t i = 0; i < s.tests.size(); ++i)
{
assert(tests[i]);
addTest(s.tests[i]);
}
}
void UnitTestSuite::free()
{
for (size_t i = 0; i < tests.size(); ++i)
{
delete tests[i];
tests[i] = 0;
}
}
void UnitTestSuite::run()
{
reset();
for (size_t i = 0; i < tests.size(); ++i)
{
assert(tests[i]);
tests[i]->intro();
tests[i]->run();
#ifndef FULL
tests[i]->report();
#endif
}
}
void UnitTestSuite::intro() const
{
if (osptr) {
*osptr << "******************************************************************" << endl;
*osptr << "* TMVA - S T R E S S and U N I T test suite ";
#ifdef FULL
*osptr << "(FULL)"<< endl;
#else
*osptr << "(FAST)"<< endl;
#endif
//*osptr << " *" << endl;
*osptr << "******************************************************************" << endl;
}
}
long UnitTestSuite::report() const
{
if (osptr) {
long totFail = 0;
#ifdef FULL
*osptr << "************************************************************************************************" << endl;
*osptr << "* TMVA - U N I T test : Summary *" << endl;
*osptr << "************************************************************************************************" << endl;
#endif
size_t i;
for (i = 0; i < tests.size(); ++i)
{
assert(tests[i]);
#ifdef FULL
*osptr << "Test " << setw(2) << i << " : ";
#endif
totFail += tests[i]->report();
}
return totFail;
}
else
return getNumFailed();
}
long UnitTestSuite::getNumPassed() const
{
long totPass = 0;
for (size_t i = 0; i < tests.size(); ++i)
{
assert(tests[i]);
totPass += tests[i]->getNumPassed();
}
return totPass;
}
long UnitTestSuite::getNumFailed() const
{
long totFail = 0;
for (size_t i = 0; i < tests.size(); ++i)
{
assert(tests[i]);
totFail += tests[i]->getNumFailed();
}
return totFail;
}
void UnitTestSuite::reset()
{
for (size_t i = 0; i < tests.size(); ++i)
{
assert(tests[i]);
tests[i]->reset();
}
}
// including file tmvaut/utDataSetInfo.h
#ifndef UTDATASETINFO_H
#define UTDATASETINFO_H
// Author: Christoph Rosemann Dec. 2009
// TMVA unit tests
#include <vector>
#include "TString.h"
#include "TCut.h"
#include "TMatrixDfwd.h"
#include "TMVA/VariableInfo.h"
namespace TMVA {
class DataSetInfo;
class ClassInfo;
class Event;
}
class utDataSetInfo : public UnitTesting::UnitTest
{
public:
utDataSetInfo();
void run();
private:
void testConstructor();
void testMethods();
TMVA::DataSetInfo* datasetinfo;
// the members needed for the creation and comparison of instances
TString name;
TString expression;
TString title;
TString unit;
Double_t min;
Double_t max;
Int_t varcounter;
char vartype;
Bool_t normalized;
void* external;
TString norm;
TString classname;
TCut cut1;
TCut cut2;
TString splitoption;
TMatrixD* matrix;
TString histname;
TString histtitle;
TString weightexpr;
TMVA::Event* event;
// TMVA::ClassInfo* classinfo;
TMVA::VariableInfo varinfo;
std::vector<TMVA::VariableInfo> vecvarinfo;
};
#endif // UTDATASETINFO_H
// including file tmvaut/utDataSetInfo.cxx
#include "TMatrixD.h"
#include "TMVA/DataSetInfo.h"
#include "TMVA/ClassInfo.h"
#include "TMVA/Event.h"
using namespace std;
using namespace UnitTesting;
using namespace TMVA;
utDataSetInfo::utDataSetInfo() :
UnitTest("DataSetInfo", __FILE__)
{
name = "name";
expression = "expression";
title = "title";
unit = "unit";
min = 2.781828;
max = 3.1416;
vartype = 'D';
varcounter = 123;
normalized = kFALSE;
external = &max;
norm = "norm";
classname = "classname";
cut1 = "x<1.";
cut2 = "y>2.";
splitoption = "splitoption";
matrix = new TMatrixD();
histname = "histname";
histtitle = "histtitle";
weightexpr = "weightexpr";
event = new TMVA::Event();
varinfo = VariableInfo( expression, title, unit, varcounter, vartype, external, min, max, normalized);
vecvarinfo.push_back(varinfo);
vecvarinfo.push_back(varinfo);
}
void utDataSetInfo::run()
{
testConstructor();
testMethods();
}
void utDataSetInfo::testConstructor()
{
datasetinfo = new DataSetInfo(name);
datasetinfo->SetMsgType(TMVA::kWARNING);
test_(datasetinfo->GetName() == name);
}
void utDataSetInfo::testMethods()
{
// FIXME:this doesn't work straightforward
// test_(datasetinfo->GetDataSet() == 0);
// note: the "constructor"-like call is different from the /standard/ VariableInfo constructor
datasetinfo->AddVariable(expression, title, unit, min, max, vartype, normalized, external);
datasetinfo->AddVariable(varinfo);
// note: the method has a different argument list than the other two
datasetinfo->AddTarget(expression, title, unit, min, max, normalized, external);
datasetinfo->AddTarget(varinfo);
datasetinfo->AddSpectator(expression, title, unit, min, max, vartype, normalized, external);
datasetinfo->AddSpectator(varinfo);
datasetinfo->AddClass(classname);
test_((datasetinfo->GetVariableInfos()).size() == vecvarinfo.size());
test_((datasetinfo->GetTargetInfos()).size() == vecvarinfo.size());
test_((datasetinfo->GetSpectatorInfos()).size() == vecvarinfo.size());
test_(datasetinfo->GetNVariables() == vecvarinfo.size());
test_(datasetinfo->GetNTargets() == vecvarinfo.size());
test_(datasetinfo->GetNSpectators() == vecvarinfo.size());
datasetinfo->SetNormalization(norm);
test_(datasetinfo->GetNormalization() == norm);
// there is no comparison operator for VariableInfo, this will be broken if the implementation changes
/*
for(vector<VariableInfo>::const_iterator varinf = vecvarinfo.begin(); varinf < vecvarinfo.end(); ++varinf)
{
unsigned int index = vecvarinfo.begin() - varinf;
test_(datasetinfo->GetVariableInfo(index) == varinfo); // doesn't work!
}
*/
test_(datasetinfo->GetClassNameMaxLength() == classname.Length() );
test_(datasetinfo->GetNClasses() == 1);
test_(datasetinfo->IsSignal(event) == kTRUE);
/*
// classification information
ClassInfo* GetClassInfo( Int_t clNum ) const;
ClassInfo* GetClassInfo( const TString& name ) const;
*/
test_(datasetinfo->HasCuts() == kFALSE); // why does this fail?
datasetinfo->SetCut(cut1, classname);
test_(datasetinfo->HasCuts() == kTRUE);
test_(datasetinfo->GetCut(0) == cut1);
// test_(datasetinfo->GetCut(1) == cut2); // there is no guard against using the wrong index
test_(datasetinfo->GetCut(classname) == cut1);
datasetinfo->AddCut(cut2, classname);
cut1 += cut2;
test_(TString(datasetinfo->GetCut(classname)) == TString(cut1));
datasetinfo->SetSplitOptions(splitoption);
test_(datasetinfo->GetSplitOptions() == splitoption);
test_(datasetinfo->GetWeightExpression(0) == "");
datasetinfo->SetWeightExpression(weightexpr);
test_(datasetinfo->GetWeightExpression(0) == weightexpr);
datasetinfo->SetCorrelationMatrix(classname,matrix);
// datasetinfo->PrintCorrelationMatrix(classname);// this is insecure!
test_(datasetinfo->FindVarIndex(expression) == 0);
vector<TString> vars = datasetinfo->GetListOfVariables();
/*
void ClearDataSet() const;
Int_t FindVarIndex( const TString& ) const;
std::vector<TString> GetListOfVariables() const;
const TMatrixD* CorrelationMatrix ( const TString& className ) const;
void SetCorrelationMatrix ( const TString& className, TMatrixD* matrix );
TH2* CreateCorrelationMatrixHist( const TMatrixD* m, const TString& hName, const TString& hTitle ) const;
*/
/*
unclear to me, what to test:
void SetRootDir(TDirectory* d) { fOwnRootDir = d; }
TDirectory* GetRootDir() const { return fOwnRootDir; }
*/
}
// including file tmvaut/utDataSet.h
#ifndef UTDATASET_H
#define UTDATASET_H
// Author: Christoph Rosemann Dec. 2009
// TMVA unit tests
#include <vector>
namespace TMVA {
class DataSet;
class DataSetInfo;
class Event;
}
class utDataSet : public UnitTesting::UnitTest
{
public:
utDataSet();
void run();
private:
void testMethods();
TMVA::DataSet* dataset;
TMVA::DataSetInfo* datasetinfo;
TMVA::Event* event0;
TMVA::Event* event1;
TMVA::Event* event2;
TMVA::Event* event3;
TMVA::Event* event4;
// std::vector<TMVA::Event>* vecevent;
// TMVA::Results* result;
};
#endif // UTDATASET_H
// including file tmvaut/utDataSet.cxx
#include "TMVA/VariableInfo.h"
#include "TMVA/Types.h"
#include "TMVA/Event.h"
#include "TMVA/DataSet.h"
#include "TMVA/DataSetInfo.h"
#include "TString.h"
using namespace std;
using namespace TMVA;
utDataSet::utDataSet() :
UnitTest("DataSet", __FILE__)
{
// event;
// vecevent;
// results;
TString xname = "name";
TString expression1 = "expression1";
TString expression2 = "expression2";
TString expression3 = "expression3";
TString title = "title";
TString unit = "unit";
char vartype = 'D';
Float_t min = 2.781828;
Float_t max = 3.1416;
Bool_t normalized = kFALSE;
TString classname = "classname";
void* external = &max;
UInt_t _testClassVal = 2;
// the test values for initialisation
vector<Float_t> _testValueVec, _testTargetVec, _testSpectatorVec;
_testValueVec.push_back(1.);
_testValueVec.push_back(2.);
_testValueVec.push_back(3.);
_testTargetVec.push_back(11.);
_testTargetVec.push_back(12.);
_testTargetVec.push_back(13.);
_testSpectatorVec.push_back(25.);
Float_t _testWeight = 3.1415;
Float_t _testBoostWeight = 0.1234;
event0 = new TMVA::Event( _testValueVec, _testTargetVec, _testSpectatorVec, _testClassVal, _testWeight, _testBoostWeight);
event1 = new TMVA::Event( _testValueVec, _testTargetVec, _testSpectatorVec, _testClassVal, _testWeight, _testBoostWeight);
event2 = new TMVA::Event( _testValueVec, _testTargetVec, _testSpectatorVec, _testClassVal, _testWeight, _testBoostWeight);
event3 = new TMVA::Event( _testValueVec, _testTargetVec, _testSpectatorVec, _testClassVal, _testWeight, _testBoostWeight);
event4 = new TMVA::Event( _testValueVec, _testTargetVec, _testSpectatorVec, _testClassVal, _testWeight, _testBoostWeight);
UInt_t varcounter = 0;
VariableInfo* varinfo1 = new VariableInfo( expression1, title, unit, varcounter++, vartype, external, min, max, normalized);
VariableInfo* varinfo2 = new VariableInfo( expression2, title, unit, varcounter++, vartype, external, min, max, normalized);
VariableInfo* varinfo3 = new VariableInfo( expression3, title, unit, varcounter++, vartype, external, min, max, normalized);
datasetinfo = new DataSetInfo(xname);
datasetinfo->AddVariable(*varinfo1);
datasetinfo->AddVariable(*varinfo2);
datasetinfo->AddVariable(*varinfo3);
datasetinfo->AddTarget(*varinfo1);
datasetinfo->AddTarget(*varinfo2);
datasetinfo->AddTarget(*varinfo3);
datasetinfo->AddSpectator(*varinfo1);
dataset = new DataSet(*datasetinfo);
}
void utDataSet::run()
{
testMethods();
}
void utDataSet::testMethods()
{
test_(dataset->GetNEvents() == 0);
dataset->AddEvent(event0, Types::kTraining);
dataset->AddEvent(event1, Types::kTraining);
dataset->AddEvent(event2, Types::kTesting);
dataset->AddEvent(event3, Types::kMaxTreeType);
dataset->AddEvent(event4, Types::kValidation);
test_(dataset->GetNEvents(Types::kTraining) == 2);
test_(dataset->GetNEvents(Types::kTesting) == 1);
//test_(dataset->GetNEvents(Types::kMaxTreeType) == 1); //ToDo check this isuue
test_(dataset->GetNEvents(Types::kValidation) == 1);
//test_(dataset->GetNEvents(Types::kTrainingOriginal) == 0);//ToDo check this issue
test_(dataset->GetNTrainingEvents() == 2);
test_(dataset->GetNTestEvents() == 1);
test_(dataset->GetNVariables() == 3);
test_(dataset->GetNTargets() == 3);
test_(dataset->GetNSpectators() == 1);
// this is only a temporary solution for the testing
// FIXME:: Extend to a real test!
test_(dataset->GetEvent());
test_(dataset->GetEvent(0));
test_(dataset->GetTrainingEvent(0));
test_(dataset->GetTestEvent(0));
test_(dataset->GetEvent(1, Types::kTraining));
// calls to these function will cause the program to crash
// test_(dataset->GetNEvtSigTest() == 1);
// test_(dataset->GetNEvtBkgdTest() == 1);
// test_(dataset->GetNEvtSigTrain() == 1);
// test_(dataset->GetNEvtBkgdTrain() == 1);
test_(dataset->HasNegativeEventWeights() == kFALSE);
/* function still to develop tests for:
void SetCurrentEvent( Long64_t ievt ) const { fCurrentEventIdx = ievt; }
void SetCurrentType ( Types::ETreeType type ) const { fCurrentTreeIdx = TreeIndex(type); }
void SetEventCollection( std::vector<Event*>*, Types::ETreeType );
const std::vector<Event*>& GetEventCollection( Types::ETreeType type = Types::kMaxTreeType ) const;
const TTree* GetEventCollectionAsTree();
Results* GetResults ( const TString &,Types::ETreeType type, Types::EAnalysisType analysistype );
void DivideTrainingSet( UInt_t blockNum );
void MoveTrainingBlock( Int_t blockInd,Types::ETreeType dest, Bool_t applyChanges = kTRUE );
void IncrementNClassEvents( Int_t type, UInt_t classNumber );
Long64_t GetNClassEvents ( Int_t type, UInt_t classNumber );
void ClearNClassEvents ( Int_t type );
TTree* GetTree( Types::ETreeType type );
void InitSampling( Float_t fraction, Float_t weight, UInt_t seed = 0 );
void EventResult( Bool_t successful, Long64_t evtNumber = -1 );
void CreateSampling() const;
UInt_t TreeIndex(Types::ETreeType type) const;
*/
}
// including file tmvaut/utEvent.h
#ifndef UTEVENT_H
#define UTEVENT_H
// Author: Christoph Rosemann Dec. 2009
// TMVA unit tests
#include <vector>
#include "Rtypes.h"
namespace TMVA {
class Event;
}
class utEvent : public UnitTesting::UnitTest
{
public:
utEvent();
void run();
private:
// the test calls in different blocks
// the distinctions are arbitrary:
void _testConstructor1();
void _testConstructor2();
void _testConstructor3();
void _testConstructor4();
void _testConstructor5();
void _testConstructor6();
void _testMutators();
// there are six different constructors:
TMVA::Event* _eventC1;
TMVA::Event* _eventC2;
TMVA::Event* _eventC3;
TMVA::Event* _eventC4;
TMVA::Event* _eventC5;
TMVA::Event* _eventC6;
// the values needed to create all "Event" objects in all ways
std::vector<Float_t> _testValueVec;
std::vector<Float_t*> _testPointerVec;
std::vector<Float_t> _testTargetVec;
std::vector<Float_t> _testSpectatorVec;
std::vector<Float_t> _compareValueVec;
std::vector<Float_t> _compareTargetVec;
std::vector<Float_t> _compareSpectatorVec;
Float_t _t, _u, _v;
Float_t _testScale;
UInt_t _testClassVal;
Float_t _testWeight;
Float_t _testBoostWeight;
UInt_t _testNVar;
};
#endif // UTEVENT_H
// including file tmvaut/utEvent.cxx
#include "TMath.h"
#include "TMVA/Event.h"
using namespace std;
using namespace TMVA;
utEvent::utEvent() :
UnitTest("Event", __FILE__)
{
// the test values for initialisation
_testValueVec.push_back(1.);
_testValueVec.push_back(2.);
_testValueVec.push_back(3.);
_t = 1.;
_u = 2.;
_v = 3.;
_testPointerVec.push_back(&_t);
_testPointerVec.push_back(&_u);
_testPointerVec.push_back(&_v);
_testTargetVec.push_back(11.);
_testTargetVec.push_back(12.);
_testTargetVec.push_back(13.);
_testSpectatorVec.push_back(25.);
_testScale = 2.7818;
_testClassVal = 2;
_testWeight = 3.1415;
_testBoostWeight = 0.1234;
_testNVar = 3;
}
void utEvent::run()
{
_testConstructor1();
_testConstructor3();
_testConstructor2(); // constructor 3 must be called before...
_testConstructor4();
_testConstructor5();
_testConstructor6();
}
void utEvent::_testConstructor1()
{
_eventC1 = new TMVA::Event();
test_(_eventC1->IsDynamic() == false);
test_(floatCompare(_eventC1->GetWeight(), 1.));
test_(floatCompare(_eventC1->GetOriginalWeight(), 1.));
test_(floatCompare(_eventC1->GetBoostWeight(),1.));
test_(_eventC1->GetWeight() == 1.);
test_(_eventC1->GetOriginalWeight() == 1.);
test_(_eventC1->GetBoostWeight() == 1.);
test_(_eventC1->GetClass() == 0);
test_(_eventC1->GetNVariables() == 0);
test_(_eventC1->GetNTargets() == 0);
test_(_eventC1->GetNSpectators() == 0);
_testMutators();
}
void utEvent::_testConstructor2()
{
_eventC2 = new TMVA::Event(*_eventC3);
test_(_eventC2->IsDynamic() == false);
test_(floatCompare(_eventC2->GetWeight(), _testWeight*_testBoostWeight));
test_(floatCompare(_eventC2->GetOriginalWeight(), _testWeight));
test_(floatCompare(_eventC2->GetBoostWeight(), _testBoostWeight));
test_(_eventC2->GetClass() == _testClassVal);
test_(_eventC2->GetNVariables() == (UInt_t)_testValueVec.size());
test_(_eventC2->GetNTargets() == (UInt_t)_testTargetVec.size());
test_(_eventC2->GetNSpectators() == (UInt_t)_testSpectatorVec.size());
// ? const std::vector<UInt_t>* GetVariableArrangement() const { return fVariableArrangement; }
_compareValueVec = _eventC2->GetValues();
for(vector<Float_t>::const_iterator it = _testValueVec.begin(); it < _testValueVec.end(); ++it)
{
unsigned int index = it - _testValueVec.begin();
test_(_eventC2->GetValue(index) == *it);
test_(_compareValueVec.at(index) == *it);
}
_compareTargetVec = _eventC2->GetTargets();
for(vector<Float_t>::const_iterator it = _testTargetVec.begin(); it < _testTargetVec.end(); ++it)
{
unsigned int index = it - _testTargetVec.begin();
test_(_eventC2->GetTarget(index) == *it);
test_(_compareTargetVec.at(index) == *it);
}
_compareSpectatorVec = _eventC2->GetSpectators();
for(vector<Float_t>::const_iterator it = _testSpectatorVec.begin(); it < _testSpectatorVec.end(); ++it)
{
unsigned int index = it - _testSpectatorVec.begin();
test_(_eventC2->GetSpectator(index) == *it);
test_(_compareSpectatorVec.at(index) == *it);
}
}
void utEvent::_testConstructor3()
{
_eventC3 = new TMVA::Event( _testValueVec, _testTargetVec, _testSpectatorVec, _testClassVal, _testWeight, _testBoostWeight);
test_(_eventC3->IsDynamic() == false);
test_(floatCompare(_eventC3->GetWeight(), _testWeight*_testBoostWeight));
test_(floatCompare(_eventC3->GetOriginalWeight(), _testWeight));
test_(floatCompare(_eventC3->GetBoostWeight(), _testBoostWeight));