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#include "persalys/SymbolicPhysicalModelWindow.hxx"
#include "persalys/SymbolicPhysicalModel.hxx"
#include "persalys/PhysicalModelWindowWidget.hxx"
#include "persalys/CheckableHeaderView.hxx"
#include "persalys/DifferentiationTableModel.hxx"
#include "persalys/GradientTableModel.hxx"
#include "persalys/PhysicalModelDefinitionItem.hxx"
#include "persalys/CheckModelButtonGroup.hxx"
#include <openturns/OTtypes.hxx>
#include <openturns/Normal.hxx>
#include <QtTest/QtTest>
#include <QPushButton>
namespace PERSALYS
{
class TestSymbolicPhysicalModelWindow : public QObject
{
Q_OBJECT
private slots:
void TestModificationFromWidgets()
{
// create the item
PhysicalModelDefinitionItem * item = new PhysicalModelDefinitionItem(SymbolicPhysicalModel());
// create the window
SymbolicPhysicalModelWindow window(item);
window.show();
// get widgets
PhysicalModelWindowWidget * mainWidget = window.findChild<PhysicalModelWindowWidget*>();
QList<CopyableTableView*> listTables = mainWidget->findChildren<CopyableTableView*>();
TemporaryLabel * errorLabel = window.findChild<CheckModelButtonGroup*>()->findChild<TemporaryLabel*>();
QList<QPushButton*> pushButtons = window.findChildren<QPushButton*>();
CopyableTableView * inTable = 0;
CopyableTableView * outTable = 0;
CopyableTableView * diffTable = 0;
CopyableTableView * gradTable = 0;
for (int i = 0; i < listTables.size(); ++i)
{
if (dynamic_cast<DifferentiationTableModel*>(listTables[i]->model()))
diffTable = listTables[i];
else if (dynamic_cast<GradientTableModel*>(listTables[i]->model()))
gradTable = listTables[i];
else if (dynamic_cast<CheckableHeaderView*>(listTables[i]->horizontalHeader()))
outTable = listTables[i];
else
inTable = listTables[i];
}
DifferentiationTableModel * diffTableModel = dynamic_cast<DifferentiationTableModel*>(diffTable->model());
QPushButton * evaluateButton = 0;
QPushButton * evaluateGradButton = 0;
for (int i = 0; i < pushButtons.size(); ++i)
{
if (pushButtons[i]->text() == "Evaluate model")
{
evaluateButton = pushButtons[i];
}
if (pushButtons[i]->text() == "Evaluate gradient")
{
evaluateGradButton = pushButtons[i];
}
}
// check
// add 2 inputs and 2 outputs
for (int i = 0; i < pushButtons.size(); ++i)
{
if (pushButtons[i]->text() == "Add")
{
pushButtons[i]->click();
pushButtons[i]->click();
}
}
for (int i = 0; i < listTables.size(); ++i)
{
QVERIFY2(listTables[i]->model()->rowCount() == 2, "Each table must have 2 lines");
}
QVERIFY2(gradTable->model()->columnCount() == 2, "Gradient table must have two columns");
QVERIFY2(item->getPhysicalModel().getInputs()[0] == Input("X0"), "wrong input");
QVERIFY2(item->getPhysicalModel().getOutputs()[0] == Output("Y0"), "wrong output");
QVERIFY2(diffTable->model()->data(diffTable->model()->index(0, 0)).toString() == "X0", "wrong name in diff Table");
QVERIFY2(diffTable->model()->data(diffTable->model()->index(0, 1)).toDouble() == 1e-7, "wrong step in diff Table");
// edit input param
inTable->model()->setData(inTable->model()->index(0, 0), "Input0");
inTable->model()->setData(inTable->model()->index(0, 1), "first input");
inTable->model()->setData(inTable->model()->index(0, 2), 3.);
QVERIFY2(item->getPhysicalModel().getInputs()[0] == Input("Input0", 3., "first input"), "wrong input");
QVERIFY2(diffTable->model()->data(diffTable->model()->index(0, 0)).toString() == "Input0", "wrong name in diff Table");
// edit output param
outTable->model()->setData(outTable->model()->index(0, 0), "Output0");
outTable->model()->setData(outTable->model()->index(0, 1), "first output");
outTable->model()->setData(outTable->model()->index(0, 2), "Input0 * 2");
QVERIFY2(item->getPhysicalModel().getOutputs()[0] == Output("Output0", "first output"), "wrong output");
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 3)).toString() == "?", "wrong output value");
outTable->model()->setData(outTable->model()->index(1, 2), "Input0 + 2");
// uncheck Y1 + evaluate
outTable->model()->setData(outTable->model()->index(1, 0), Qt::Unchecked, Qt::CheckStateRole);
QVERIFY2(gradTable->model()->columnCount() == 1, "Gradient table must have one column");
evaluateButton->click();
evaluateGradButton->click();
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 3)).toString() == "6", "wrong output value");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 3)).toString() == "?", "wrong output value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(0, 0)).toString() == "2", "wrong gradient value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(1, 0)).toString() == "0", "wrong gradient value");
// check Y1
outTable->model()->setData(outTable->model()->index(1, 0), Qt::Checked, Qt::CheckStateRole);
QVERIFY2(dynamic_cast<CheckableHeaderView*>(outTable->horizontalHeader())->isChecked(), "header must be checked");
// evaluate
evaluateButton->click();
evaluateGradButton->click();
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 3)).toString() == "5", "wrong output value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(0, 1)).toString() == "1", "wrong gradient value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(1, 1)).toString() == "0", "wrong gradient value");
// change an input value
inTable->model()->setData(inTable->model()->index(0, 2), 7.);
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 3)).toString() == "?", "wrong output value");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 3)).toString() == "?", "wrong output value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(0, 0)).toString() == "?", "wrong gradient value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(0, 1)).toString() == "?", "wrong gradient value");
// uncheck all outputs
outTable->model()->setData(outTable->model()->index(0, 0), Qt::Unchecked, Qt::CheckStateRole);
outTable->model()->setData(outTable->model()->index(1, 0), Qt::Unchecked, Qt::CheckStateRole);
QVERIFY2(!dynamic_cast<CheckableHeaderView*>(outTable->horizontalHeader())->isChecked(), "header must be unchecked");
// evaluate
evaluateButton->click();
evaluateGradButton->click();
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 3)).toString() == "?", "wrong output value");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 3)).toString() == "?", "wrong output value");
QVERIFY2(gradTable->model()->columnCount() == 0, "Gradient table must have zero columns");
QVERIFY2(gradTable->model()->rowCount() == 2, "Gradient table must have two rows");
// check all outputs + set wrong Y1 formula + evaluate
outTable->model()->setData(outTable->model()->index(0, 0), Qt::Checked, Qt::CheckStateRole);
outTable->model()->setData(outTable->model()->index(1, 0), Qt::Checked, Qt::CheckStateRole);
outTable->model()->setData(outTable->model()->index(1, 2), "Input0 + ");
evaluateButton->click();
evaluateGradButton->click();
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 3)).toString() == "?", "wrong output value");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 3)).toString() == "?", "wrong output value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(0, 0)).toString() == "?", "wrong gradient value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(0, 1)).toString() == "?", "wrong gradient value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(1, 0)).toString() == "?", "wrong gradient value");
QVERIFY2(gradTable->model()->data(gradTable->model()->index(1, 1)).toString() == "?", "wrong gradient value");
QVERIFY2(errorLabel->text().isEmpty() == false, "label not empty");
// uncheck Y1 + evaluate
outTable->model()->setData(outTable->model()->index(1, 0), Qt::Unchecked, Qt::CheckStateRole);
evaluateButton->click();
evaluateGradButton->click();
QVERIFY2(errorLabel->text().isEmpty() == true, "label must be empty");
// change finite difference step
diffTable->model()->setData(diffTable->model()->index(0, 1), 1e-3);
QVERIFY2(item->getPhysicalModel().getInputs()[0].getFiniteDifferenceStep() == 1e-3, "wrong input finite diff step");
diffTableModel->applyValueToAll(1e-3);
QVERIFY2(item->getPhysicalModel().getInputs()[1].getFiniteDifferenceStep() == 1e-3, "wrong input finite diff step");
// remove variables
for (int i = 0; i < pushButtons.size(); ++i)
{
if (pushButtons[i]->text() == "Remove")
{
inTable->selectRow(0);
outTable->selectRow(0);
pushButtons[i]->click();
inTable->selectRow(0);
outTable->selectRow(0);
pushButtons[i]->click();
}
}
for (int i = 0; i < listTables.size(); ++i)
{
QVERIFY2(listTables[i]->model()->rowCount() == 0, "Each table must have 0 line");
}
}
void TestModificationFromModel()
{
// 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 = new SymbolicPhysicalModel("model", inputCollection, outputCollection, formula);
// create the item
PhysicalModelDefinitionItem * item = new PhysicalModelDefinitionItem(PhysicalModel(model));
// create the window
SymbolicPhysicalModelWindow window(item);
window.show();
// get widgets
PhysicalModelWindowWidget * mainWidget = window.findChild<PhysicalModelWindowWidget*>();
QList<CopyableTableView*> listTables = mainWidget->findChildren<CopyableTableView*>();
CopyableTableView * inTable = 0;
CopyableTableView * outTable = 0;
CopyableTableView * diffTable = 0;
for (int i = 0; i < listTables.size(); ++i)
{
if (listTables[i]->model()->columnCount() == 2)
diffTable = listTables[i];
else if (dynamic_cast<CheckableHeaderView*>(listTables[i]->horizontalHeader()))
outTable = listTables[i];
else
inTable = listTables[i];
}
// checks
QVERIFY2(inTable->model()->rowCount() == 3, "Input table must have 3 lines");
QVERIFY2(diffTable->model()->rowCount() == 3, "Finite difference table must have 3 lines");
QVERIFY2(outTable->model()->rowCount() == 1, "Output table must have 1 line");
// change inputs param
model->setInputName("Q", "newQ");
QVERIFY2(inTable->model()->data(inTable->model()->index(0, 0)).toString() == "newQ", "wrong name");
QVERIFY2(diffTable->model()->data(diffTable->model()->index(0, 0)).toString() == "newQ", "wrong name");
model->setInputDescription("newQ", "new Primary energy");
QVERIFY2(inTable->model()->data(inTable->model()->index(0, 1)).toString() == "new Primary energy", "wrong description");
model->setInputValue("newQ", 15000.);
QVERIFY2(inTable->model()->data(inTable->model()->index(0, 2)).toString() == "15000", "wrong value");
model->setFiniteDifferenceStep("newQ", 0.001);
QVERIFY2(diffTable->model()->data(diffTable->model()->index(0, 1)).toString() == "0.001", "wrong step value");
model->addInput(Input("A", 0.5, "a description"));
QVERIFY2(inTable->model()->rowCount() == 4, "Input table must have 4 lines");
QVERIFY2(diffTable->model()->rowCount() == 4, "Finite difference table must have 4 lines");
QVERIFY2(inTable->model()->data(inTable->model()->index(3, 0)).toString() == "A", "wrong name");
QVERIFY2(diffTable->model()->data(diffTable->model()->index(3, 0)).toString() == "A", "wrong name");
QVERIFY2(inTable->model()->data(inTable->model()->index(3, 1)).toString() == "a description", "wrong description");
QVERIFY2(inTable->model()->data(inTable->model()->index(3, 2)).toString() == "0.5", "wrong value");
model->removeInput("A");
QVERIFY2(inTable->model()->rowCount() == 3, "Input table must have 3 lines");
// change outputs param
model->setOutputName("Ep", "newEp");
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 0)).toString() == "newEp", "wrong name");
model->setOutputDescription("newEp", "new Primary energy savings");
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 1)).toString() == "new Primary energy savings", "wrong description");
model->setFormula("newEp", "1-(Q/((E/((1-0.05)*0.54))+(C/0.8))) + 2.");
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 2)).toString() == "1-(Q/((E/((1-0.05)*0.54))+(C/0.8))) + 2.", "wrong formula");
model->selectOutput("newEp", false);
QVERIFY2(outTable->model()->data(outTable->model()->index(0, 0), Qt::CheckStateRole).toInt() == Qt::Unchecked, "wrong check state");
model->addOutput(Output("B", "a description"));
QVERIFY2(outTable->model()->rowCount() == 2, "Input table must have 2 lines");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 0)).toString() == "B", "wrong name");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 1)).toString() == "a description", "wrong description");
QVERIFY2(outTable->model()->data(outTable->model()->index(1, 2)).toString() == "", "wrong value");
model->removeOutput("B");
QVERIFY2(outTable->model()->rowCount() == 1, "Input table must have 1 line");
}
};
}
QTEST_MAIN(PERSALYS::TestSymbolicPhysicalModelWindow)
#include "t_SymbolicPhysicalModelWindow_std.moc"
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