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#include "persalys/MonteCarloReliabilityAnalysis.hxx"
#include "persalys/FORMImportanceSamplingAnalysis.hxx"
#include "persalys/FORMAnalysis.hxx"
#include "persalys/SORMAnalysis.hxx"
#include "persalys/ReliabilityAnalysisWizard.hxx"
#include "persalys/SymbolicPhysicalModel.hxx"
#include <openturns/OTtypes.hxx>
#include <openturns/Normal.hxx>
#include <QtTest/QtTest>
namespace PERSALYS
{
class TestReliabilityAnalysisWizard : public QObject
{
Q_OBJECT
public:
TestReliabilityAnalysisWizard()
{
// create the model
Input Q("Q", 10200, OT::Normal(10200, 100), "Primary energy");
Input E("E", 3000, OT::Normal(3000, 15), "Produced electric energy");
Input C("C", 4000, OT::Normal(4000, 60), "Valued thermal energy");
Output Ep("Ep", "Primary energy savings");
InputCollection inputCollection(3);
inputCollection[0] = Q;
inputCollection[1] = E;
inputCollection[2] = C;
OutputCollection outputCollection(1, Ep);
OT::Description formula(1, "1-(Q/((E/((1-0.05)*0.54))+(C/0.8)))");
SymbolicPhysicalModel model("model", inputCollection, outputCollection, formula);
// create the limit state
limitState = LimitState("limitState", model, "Ep", OT::Less(), 0.025);
}
private:
LimitState limitState;
private slots:
void TestMonteCarloReliabilityAnalysis()
{
// create the analysis
MonteCarloReliabilityAnalysis analysis("analysis", limitState);
// create the wizard
ReliabilityAnalysisWizard wizard(analysis);
wizard.show();
// checks
// - first page
QButtonGroup * buttonGroup = wizard.introPage_->findChild<QButtonGroup*>();
QVERIFY2(buttonGroup->checkedId() == ReliabilityIntroPage::MonteCarlo, "Checked button must be MonteCarlo");
QVERIFY2(wizard.currentId() == 0, "Current page ID must be 0");
// - second page
wizard.next();
TemporaryLabel * errorMessageLabel = wizard.simulationPage_->findChild<TemporaryLabel*>();
QVERIFY2(wizard.currentId() == ReliabilityAnalysisWizard::Page_SimuMethod, "Current page ID must be 1");
QVERIFY2(wizard.validateCurrentPage(), "Page must be valid");
QVERIFY2(errorMessageLabel->text().isEmpty(), "Label must be empty");
QVERIFY2(wizard.nextId() == -1, "Next page ID must be -1");
bool analysisEquality = wizard.getAnalysis().getParameters() == analysis.getParameters();
QVERIFY2(analysisEquality, "The two MonteCarloReliabilityAnalysis must be equal");
}
void TestFORMImportanceSamplingAnalysis()
{
// create the analysis
FORMImportanceSamplingAnalysis analysis("analysis", limitState);
// create the wizard
ReliabilityAnalysisWizard wizard(analysis);
wizard.show();
// checks
// - first page
QButtonGroup * buttonGroup = wizard.introPage_->findChild<QButtonGroup*>();
QVERIFY2(buttonGroup->checkedId() == ReliabilityIntroPage::FORM_IS, "Checked button must be FORM_IS");
QVERIFY2(wizard.currentId() == 0, "Current page ID must be 0");
// - second page
wizard.next();
TemporaryLabel * errorMessageLabel = wizard.simulationPage_->findChild<TemporaryLabel*>();
QVERIFY2(wizard.currentId() == ReliabilityAnalysisWizard::Page_SimuMethod, "Current page ID must be 1");
QVERIFY2(wizard.validateCurrentPage(), "Page must be valid");
QVERIFY2(errorMessageLabel->text().isEmpty(), "Label must be empty");
// - third page
wizard.next();
QVERIFY2(wizard.currentId() == ReliabilityAnalysisWizard::Page_ApproxMethod, "Current page ID must be 2");
QVERIFY2(wizard.validateCurrentPage(), "Page must be valid");
QVERIFY2(wizard.nextId() == -1, "Next page ID must be -1");
bool analysisEquality = wizard.getAnalysis().getParameters() == analysis.getParameters();
QVERIFY2(analysisEquality, "The two FORMImportanceSamplingAnalysis must be equal");
}
void TestFORMAnalysis()
{
// create the analysis
FORMAnalysis analysis("analysis", limitState);
// create the wizard
ReliabilityAnalysisWizard wizard(analysis);
wizard.show();
// checks
// - first page
QButtonGroup * buttonGroup = wizard.introPage_->findChild<QButtonGroup*>();
QVERIFY2(buttonGroup->checkedId() == ReliabilityIntroPage::FORM, "Checked button must be FORM");
QVERIFY2(wizard.currentId() == 0, "Current page ID must be 0");
// - second page
wizard.next();
QVERIFY2(wizard.currentId() == ReliabilityAnalysisWizard::Page_ApproxMethod, "Current page ID must be 2");
QVERIFY2(wizard.validateCurrentPage(), "Page must be valid");
QVERIFY2(wizard.nextId() == -1, "Next page ID must be -1");
bool analysisEquality = wizard.getAnalysis().getParameters() == analysis.getParameters();
QVERIFY2(analysisEquality, "The two FORMAnalysis must be equal");
}
void TestSORMAnalysis()
{
// create the analysis
SORMAnalysis analysis("analysis", limitState);
// create the wizard
ReliabilityAnalysisWizard wizard(analysis);
wizard.show();
// checks
// - first page
QButtonGroup * buttonGroup = wizard.introPage_->findChild<QButtonGroup*>();
QVERIFY2(buttonGroup->checkedId() == ReliabilityIntroPage::SORM, "Checked button must be SORM");
QVERIFY2(wizard.currentId() == 0, "Current page ID must be 0");
// - second page
wizard.next();
QVERIFY2(wizard.currentId() == ReliabilityAnalysisWizard::Page_ApproxMethod, "Current page ID must be 2");
QVERIFY2(wizard.validateCurrentPage(), "Page must be valid");
QVERIFY2(wizard.nextId() == -1, "Next page ID must be -1");
bool analysisEquality = wizard.getAnalysis().getParameters() == analysis.getParameters();
QVERIFY2(analysisEquality, "The two SORMAnalysis must be equal");
}
void TestAnalysisModification()
{
// create the analysis
MonteCarloReliabilityAnalysis analysis("analysis", limitState);
// create the wizard
ReliabilityAnalysisWizard wizard(analysis);
wizard.show();
// checks
// - first page
QButtonGroup * buttonGroup = wizard.introPage_->findChild<QButtonGroup*>();
buttonGroup->button(ReliabilityIntroPage::FORM_IS)->click();
QVERIFY2(wizard.nextId() == 1, "Next page ID must be 1");
bool analysisEquality = wizard.getAnalysis().getParameters() == FORMImportanceSamplingAnalysis("analysis", limitState).getParameters();
QVERIFY2(analysisEquality, "The two FORMImportanceSamplingAnalysis must be equal");
buttonGroup->button(ReliabilityIntroPage::FORM)->click();
QVERIFY2(wizard.nextId() == 2, "Next page ID must be 2");
analysisEquality = wizard.getAnalysis().getParameters() == FORMAnalysis("analysis", limitState).getParameters();
QVERIFY2(analysisEquality, "The two FORMAnalysis must be equal");
buttonGroup->button(ReliabilityIntroPage::SORM)->click();
QVERIFY2(wizard.nextId() == 2, "Next page ID must be 2");
analysisEquality = wizard.getAnalysis().getParameters() == SORMAnalysis("analysis", limitState).getParameters();
QVERIFY2(analysisEquality, "The two SORMAnalysis must be equal");
}
void TestFromModel()
{
Study aStudy;
PhysicalModel aModel(limitState.getPhysicalModel());
aStudy.add(aModel);
LimitState limitState1("limitState1", aModel, "Ep", OT::Less(), 0.022);
aStudy.add(limitState1);
LimitState limitState2("limitState2", aModel, "Ep", OT::Less(), 0.025);
aStudy.add(limitState2);
// create an analysis
MonteCarloReliabilityAnalysis analysis1("analysis", limitState1);
aStudy.add(analysis1);
// create the wizard
ReliabilityAnalysisWizard wizard(analysis1, true);
wizard.show();
// checks
QComboBox * comboBox = wizard.introPage_->findChild<QComboBox*>();
QLabel * label = wizard.introPage_->findChild<QLabel*>("limitStateLabel_");
QVERIFY2(comboBox->count() == 2, "The combobox must have two items");
QVERIFY2(label->text() == limitState1.__str__().c_str(), "Wrong limit state label");
QVERIFY2(wizard.introPage_->getLimitState().getName() == "limitState1", "The limit state must be named : limitState1");
comboBox->setCurrentIndex(1);
QVERIFY2(label->text() == limitState2.__str__().c_str(), "Wrong limit state label");
QVERIFY2(wizard.introPage_->getLimitState().getName() == "limitState2", "The limit state must be named : limitState2");
QVERIFY2(wizard.nextId() == 1, "Next page ID must be 1");
}
};
}
QTEST_MAIN(PERSALYS::TestReliabilityAnalysisWizard)
#include "t_ReliabilityAnalysisWizard_std.moc"
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