AnovaBayesianForm::AnovaBayesianForm(QWidget *parent) :
AnalysisForm("AnovaBayesianForm", parent),
ui(new Ui::AnovaBayesianForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&_availableVariablesModel);
_dependentListModel = new TableModelVariablesAssigned(this);
_dependentListModel->setSource(&_availableVariablesModel);
_dependentListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_dependentListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeOrdinal | Column::ColumnTypeNominal);
ui->dependent->setModel(_dependentListModel);
_fixedFactorsListModel = new TableModelVariablesAssigned(this);
_fixedFactorsListModel->setSource(&_availableVariablesModel);
_fixedFactorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->fixedFactors->setModel(_fixedFactorsListModel);
_randomFactorsListModel = new TableModelVariablesAssigned(this);
_randomFactorsListModel->setSource(&_availableVariablesModel);
_randomFactorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->randomFactors->setModel(_randomFactorsListModel);
ui->buttonAssignDependent->setSourceAndTarget(ui->listAvailableFields, ui->dependent);
ui->buttonAssignFixed->setSourceAndTarget(ui->listAvailableFields, ui->fixedFactors);
ui->buttonAssignRandom->setSourceAndTarget(ui->listAvailableFields, ui->randomFactors);
_anovaModel = new TableModelAnovaModel(this);
_anovaModel->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_anovaModel);
ui->modelTerms->hide();
ui->advancedOptions->hide();
ui->priorFixedEffects->setLabel("r scale fixed effects");
ui->priorRandomEffects->setLabel("r scale random effects");
connect(_fixedFactorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_fixedFactorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_fixedFactorsListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addFixedFactors(Terms)));
connect(_fixedFactorsListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
connect(_randomFactorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_randomFactorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_randomFactorsListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addRandomFactors(Terms)));
connect(_randomFactorsListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
#ifdef QT_DEBUG
ui->advancedBox->setStyleSheet("QWidget { background-color: pink; }");
#else
ui->advancedBox->hide();
#endif
}
void IntervalVariable::print(ostream& os)
{
os << " [" << inf << "," << sup << "]";
os << "/" << getDegree();
if (ToulBar2::weightedDegree) os << "/" << getWeightedDegree();
if (unassigned()) {
os << " < " << getInfCost() << "," << getSupCost() << " >";
}
}
/// create worker Threads for executing Tasks
///
/// @param num how many workers to create
void TaskingScheduler::createWorkers( uint64_t num ) {
num_workers += num;
VLOG(5) << "spawning " << num << " workers; now there are " << num_workers;
for (uint64_t i=0; i<num; i++) {
// spawn a new worker Worker
Worker * t = impl::worker_spawn( current_thread, this, workerLoop, work_args);
// place the Worker in the pool of idle workers
unassigned( t );
}
num_idle += num;
}
/// assign a variable with delayed constraint propagation
void IntervalVariable::assignLS(Value newValue, set<Constraint *>& delayedCtrs)
{
if (ToulBar2::verbose >= 2) cout << "assignLS " << *this << " -> " << newValue << endl;
if (unassigned() || getValue() != newValue) {
if (cannotbe(newValue)) THROWCONTRADICTION;
changeNCBucket(-1);
maxCostValue = newValue;
maxCost = MIN_COST;
inf = newValue;
sup = newValue;
infCost = MIN_COST;
supCost = MIN_COST;
if (ToulBar2::setvalue) (*ToulBar2::setvalue)(wcsp->getIndex(), wcspIndex, newValue, wcsp->getSolver());
for (ConstraintList::iterator iter=constrs.begin(); iter != constrs.end(); ++iter) {
delayedCtrs.insert((*iter).constr);
}
}
}
RegressionLinearBayesianForm::RegressionLinearBayesianForm(QWidget *parent) :
AnalysisForm("RegressionLinearBayesianForm", parent),
ui(new Ui::RegressionLinearBayesianForm)
{
ui->setupUi(this);
_availableVariablesModel.setVariableTypesSuggested(Column::ColumnTypeScale);
_availableVariablesModel.setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeOrdinal | Column::ColumnTypeNominal);
ui->listAvailableFields->setModel(&_availableVariablesModel);
_dependentListModel = new TableModelVariablesAssigned(this);
_dependentListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_dependentListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeOrdinal | Column::ColumnTypeNominal);
_dependentListModel->setSource(&_availableVariablesModel);
ui->dependent->setModel(_dependentListModel);
_covariatesListModel = new TableModelVariablesAssigned(this);
_covariatesListModel->setSource(&_availableVariablesModel);
_covariatesListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_covariatesListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->covariates->setModel(_covariatesListModel);
ui->buttonAssignDependent->setSourceAndTarget(ui->listAvailableFields, ui->dependent);
ui->buttonAssignCovariates->setSourceAndTarget(ui->listAvailableFields, ui->covariates);
_anovaModel = new TableModelAnovaModel(this);
_anovaModel->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_anovaModel);
ui->modelTerms->hide();
connect(_covariatesListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_covariatesListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_covariatesListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addCovariates(Terms)));
connect(_covariatesListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
#ifdef QT_NO_DEBUG
ui->groupBox->hide();
#else
ui->groupBox->setStyleSheet("background-color: pink ;");
#endif
}
void IntervalVariable::assign(Value newValue, bool isDecision)
{
if (ToulBar2::verbose >= 2) cout << "assign " << *this << " -> " << newValue << endl;
#ifndef NDEBUG
if (isDecision && wcsp->getIsPartOfOptimalSolution() && wcsp->getBestValue(wcspIndex) != newValue) wcsp->setIsPartOfOptimalSolution(false);
assert(isDecision || !wcsp->getIsPartOfOptimalSolution() || ((wcsp->getTreeDec())?wcsp->getTreeDec()->getRoot()->getUb():wcsp->getUb()) <= ToulBar2::verifiedOptimum || wcsp->getBestValue(wcspIndex) == newValue);
#endif
if (unassigned() || getValue() != newValue) {
if (cannotbe(newValue)) THROWCONTRADICTION;
changeNCBucket(-1);
maxCostValue = newValue;
maxCost = MIN_COST;
inf = newValue;
sup = newValue;
infCost = MIN_COST;
supCost = MIN_COST;
if (ToulBar2::setvalue) (*ToulBar2::setvalue)(wcsp->getIndex(), wcspIndex, newValue, wcsp->getSolver());
for (ConstraintList::iterator iter=constrs.begin(); iter != constrs.end(); ++iter) {
(*iter).constr->assign((*iter).scopeIndex);
}
}
}
RegressionLogLinearBayesianForm::RegressionLogLinearBayesianForm(QWidget *parent) :
AnalysisForm("RegressionLogLinearBayesianForm", parent),
ui(new Ui::RegressionLogLinearBayesianForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&_availableVariablesModel);
_dependentListModel = new TableModelVariablesAssigned(this);
_dependentListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_dependentListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeOrdinal | Column::ColumnTypeNominal);
_dependentListModel->setSource(&_availableVariablesModel);
ui->counts->setModel(_dependentListModel);
_factorsListModel = new TableModelVariablesAssigned(this);
_factorsListModel->setSource(&_availableVariablesModel);
_factorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->factors->setModel(_factorsListModel);
ui->buttonAssignCounts->setSourceAndTarget(ui->listAvailableFields, ui->counts);
ui->buttonAssignFactors->setSourceAndTarget(ui->listAvailableFields, ui->factors);
_model = new TableModelAnovaModel(this);
_model->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_model);
ui->modelTerms->hide();
connect(_factorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_factorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_factorsListModel, SIGNAL(assignedTo(Terms)), _model, SLOT(addFixedFactors(Terms)));
connect(_factorsListModel, SIGNAL(unassigned(Terms)), _model, SLOT(removeVariables(Terms)));
ui->posteriorProbabilityCutOff->setLabel("Posterior prob. cut-off");
ui->maxModels->setLabel("Display best N models");
ui->panelStatistics->hide();
ui->advancedWidget->hide();
}
RegressionLinearForm::RegressionLinearForm(QWidget *parent) :
AnalysisForm("RegressionLinearForm", parent),
ui(new Ui::RegressionLinearForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&this->_availableVariablesModel);
_dependentModel = new TableModelVariablesAssigned();
_dependentModel->setSource(&_availableVariablesModel);
_dependentModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_dependentModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->dependent->setModel(_dependentModel);
ui->method->addItem("Enter");
ui->method->addItem("Backward");
ui->method->addItem("Forward");
ui->method->addItem("Stepwise");
_covariatesModel = new TableModelVariablesAssigned();
_covariatesModel->setSource(&_availableVariablesModel);
_covariatesModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
_covariatesModel->setVariableTypesSuggested(Column::ColumnTypeScale);
ui->covariates->setModel(_covariatesModel);
_factorsModel = new TableModelVariablesAssigned();
_factorsModel->setSource(&_availableVariablesModel);
_factorsModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->factors->setModel(_factorsModel);
_wlsWeightsModel = new TableModelVariablesAssigned();
_wlsWeightsModel->setSource(&_availableVariablesModel);
_wlsWeightsModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_wlsWeightsModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->wlsWeights->setModel(_wlsWeightsModel);
ui->buttonAssignDependent->setSourceAndTarget(ui->listAvailableFields, ui->dependent);
ui->buttonAssignCovariates->setSourceAndTarget(ui->listAvailableFields, ui->covariates);
ui->buttonAssignFactors->setSourceAndTarget(ui->listAvailableFields, ui->factors);
ui->buttonAssignWlsWeights->setSourceAndTarget(ui->listAvailableFields, ui->wlsWeights);
_modelModel = new TableModelAnovaModel(this);
_modelModel->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_modelModel);
ui->modelTerms->hide();
connect(_covariatesModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_covariatesModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_covariatesModel, SIGNAL(assignedTo(Terms)), _modelModel, SLOT(addCovariates(Terms)));
connect(_covariatesModel, SIGNAL(unassigned(Terms)), _modelModel, SLOT(removeVariables(Terms)));
connect(_factorsModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_factorsModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_factorsModel, SIGNAL(assignedTo(Terms)), _modelModel, SLOT(addFixedFactors(Terms)));
connect(_factorsModel, SIGNAL(unassigned(Terms)), _modelModel, SLOT(removeVariables(Terms)));
ui->panelStatistics->hide();
ui->panelOptions->hide();
ui->panelAssumptionChecks->hide();
#ifdef QT_NO_DEBUG
ui->missingValues->hide();
ui->factorsContainer->hide();
#else
ui->missingValues->setStyleSheet("background-color: pink ;");
ui->factorsContainer->setStyleSheet("background-color: pink ;");
#endif
}
ClassicalMetaAnalysisForm::ClassicalMetaAnalysisForm(QWidget *parent) :
AnalysisForm("ClassicalMetaAnalysisForm", parent),
ui(new Ui::ClassicalMetaAnalysisForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&this->_availableVariablesModel);
_dependentModel = new TableModelVariablesAssigned();
_dependentModel->setSource(&_availableVariablesModel);
_dependentModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_dependentModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->dependent->setModel(_dependentModel);
// QString methods0 = "FE,DL,HE,SJ,ML,REML,EB,HS"; // full is "FE,DL,HE,SJ,ML,REML,EB,HS,GENQ", but GENQ needs weights UI element that isn't yet implemented...;
QString methods0 = "Fixed Effects,Maximum Likelihood,Restricted ML,DerSimonian-Laird,Hedges,Hunter-Schmidt,Sidik-Jonkman,Empirical Bayes,Paule-Mandel";
//QStringList methods = (QStringList << "FE" << "DL" << "HE" << "SJ" << "ML" << "REML" << "EB" << "HS" << "GENQ");
QStringList methods = methods0.split(",");
ui->method->addItems(methods);
_covariatesModel = new TableModelVariablesAssigned();
_covariatesModel->setSource(&_availableVariablesModel);
_covariatesModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
_covariatesModel->setVariableTypesSuggested(Column::ColumnTypeScale);
ui->covariates->setModel(_covariatesModel);
_factorsModel = new TableModelVariablesAssigned();
_factorsModel->setSource(&_availableVariablesModel);
_factorsModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->factors->setModel(_factorsModel);
_wlsWeightsModel = new TableModelVariablesAssigned();
_wlsWeightsModel->setSource(&_availableVariablesModel);
_wlsWeightsModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_wlsWeightsModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->wlsWeights->setModel(_wlsWeightsModel);
_studyLabelModel = new TableModelVariablesAssigned();
_studyLabelModel->setSource(&_availableVariablesModel);
_studyLabelModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->studyLabels->setModel(_studyLabelModel);
ui->buttonAssignDependent->setSourceAndTarget(ui->listAvailableFields, ui->dependent);
ui->buttonAssignCovariates->setSourceAndTarget(ui->listAvailableFields, ui->covariates);
ui->buttonAssignFactors->setSourceAndTarget(ui->listAvailableFields, ui->factors);
ui->buttonAssignWlsWeights->setSourceAndTarget(ui->listAvailableFields, ui->wlsWeights);
ui->buttonAssignStudyLabels->setSourceAndTarget(ui->listAvailableFields, ui->studyLabels);
_modelModel = new TableModelAnovaModel(this);
_modelModel->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_modelModel);
ui->modelTerms->hide();
connect(_covariatesModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_covariatesModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_covariatesModel, SIGNAL(assignedTo(Terms)), _modelModel, SLOT(addCovariates(Terms)));
connect(_covariatesModel, SIGNAL(unassigned(Terms)), _modelModel, SLOT(removeVariables(Terms)));
connect(_factorsModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_factorsModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_factorsModel, SIGNAL(assignedTo(Terms)), _modelModel, SLOT(addFixedFactors(Terms)));
connect(_factorsModel, SIGNAL(unassigned(Terms)), _modelModel, SLOT(removeVariables(Terms)));
ui->panelStatistics->hide();
ui->panelIncludeConstant->hide();
ui->panelAssumptionChecks->hide();
}
AnovaBayesianForm::AnovaBayesianForm(QWidget *parent) :
AnalysisForm("AnovaBayesianForm", parent),
ui(new Ui::AnovaBayesianForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&_availableVariablesModel);
_dependentListModel = new TableModelVariablesAssigned(this);
_dependentListModel->setSource(&_availableVariablesModel);
_dependentListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_dependentListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeOrdinal | Column::ColumnTypeNominal);
ui->dependent->setModel(_dependentListModel);
_fixedFactorsListModel = new TableModelVariablesAssigned(this);
_fixedFactorsListModel->setSource(&_availableVariablesModel);
_fixedFactorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
_fixedFactorsListModel->setVariableTypesAllowed(Column::ColumnTypeNominal | Column::ColumnTypeNominalText | Column::ColumnTypeOrdinal);
ui->fixedFactors->setModel(_fixedFactorsListModel);
_randomFactorsListModel = new TableModelVariablesAssigned(this);
_randomFactorsListModel->setSource(&_availableVariablesModel);
_randomFactorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
_randomFactorsListModel->setVariableTypesAllowed(Column::ColumnTypeNominal | Column::ColumnTypeNominalText | Column::ColumnTypeOrdinal);
ui->randomFactors->setModel(_randomFactorsListModel);
ui->buttonAssignDependent->setSourceAndTarget(ui->listAvailableFields, ui->dependent);
ui->buttonAssignFixed->setSourceAndTarget(ui->listAvailableFields, ui->fixedFactors);
ui->buttonAssignRandom->setSourceAndTarget(ui->listAvailableFields, ui->randomFactors);
_anovaModel = new TableModelAnovaModel(this);
_anovaModel->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_anovaModel);
_plotFactorsAvailableTableModel = new TableModelVariablesAvailable();
_plotFactorsAvailableTableModel->setInfoProvider(this);
ui->plotVariables->setModel(_plotFactorsAvailableTableModel);
_horizontalAxisTableModel = new TableModelVariablesAssigned(this);
_horizontalAxisTableModel->setSource(_plotFactorsAvailableTableModel);
ui->plotHorizontalAxis->setModel(_horizontalAxisTableModel);
_seperateLinesTableModel = new TableModelVariablesAssigned(this);
_seperateLinesTableModel->setSource(_plotFactorsAvailableTableModel);
ui->plotSeparateLines->setModel(_seperateLinesTableModel);
_seperatePlotsTableModel = new TableModelVariablesAssigned(this);
_seperatePlotsTableModel->setSource(_plotFactorsAvailableTableModel);
ui->plotSeparatePlots->setModel(_seperatePlotsTableModel);
ui->buttonAssignHorizontalAxis->setSourceAndTarget(ui->plotVariables, ui->plotHorizontalAxis);
ui->buttonAssignSeperateLines->setSourceAndTarget(ui->plotVariables, ui->plotSeparateLines);
ui->buttonAssignSeperatePlots->setSourceAndTarget(ui->plotVariables, ui->plotSeparatePlots);
ui->modelTerms->hide();
ui->containerPostHocTests->hide();
ui->containerDescriptivesPlot->hide();
ui->advancedOptions->hide();
ui->plotCredibleIntervalInterval->setLabel("Credible interval");
ui->priorFixedEffects->setLabel("r scale fixed effects");
ui->priorRandomEffects->setLabel("r scale random effects");
connect(_fixedFactorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_fixedFactorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_fixedFactorsListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addFixedFactors(Terms)));
connect(_fixedFactorsListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
connect(_randomFactorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_randomFactorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_randomFactorsListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addRandomFactors(Terms)));
connect(_randomFactorsListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
}
AnovaRepeatedMeasuresForm::AnovaRepeatedMeasuresForm(QWidget *parent) :
AnalysisForm("AnovaRepeatedMeasuresForm", parent),
ui(new Ui::AnovaRepeatedMeasuresForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&_availableVariablesModel);
_designTableModel = new TableModelAnovaDesign(this);
ui->repeatedMeasuresFactors->setModel(_designTableModel);
// this is a hack to allow deleting factors and levels :/
// ideally this would be handled between the TableView and the model
// and wouldn't require the surrounding classes' intervention like this
connect(ui->repeatedMeasuresFactors, SIGNAL(clicked(QModelIndex)), this, SLOT(anovaDesignTableClicked(QModelIndex)));
_withinSubjectCellsListModel = new TableModelAnovaWithinSubjectCells(this);
_withinSubjectCellsListModel->setSource(&_availableVariablesModel);
_withinSubjectCellsListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_withinSubjectCellsListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->repeatedMeasuresCells->setModel(_withinSubjectCellsListModel);
_betweenSubjectsFactorsListModel = new TableModelVariablesAssigned(this);
_betweenSubjectsFactorsListModel->setSource(&_availableVariablesModel);
_betweenSubjectsFactorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->betweenSubjectFactors->setModel(_betweenSubjectsFactorsListModel);
_covariatesListModel = new TableModelVariablesAssigned(this);
_covariatesListModel->setSource(&_availableVariablesModel);
_covariatesListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_covariatesListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->covariates->setModel(_covariatesListModel);
ui->buttonAssignRMCells->setSourceAndTarget(ui->listAvailableFields, ui->repeatedMeasuresCells);
ui->buttonAssignBSFactors->setSourceAndTarget(ui->listAvailableFields, ui->betweenSubjectFactors);
ui->buttonAssignCovariates->setSourceAndTarget(ui->listAvailableFields, ui->covariates);
_withinSubjectsTermsModel = new TableModelAnovaModel(this);
ui->withinModelTerms->setModel(_withinSubjectsTermsModel);
connect(_withinSubjectsTermsModel, SIGNAL(termsChanged()), this, SLOT(termsChanged()));
_betweenSubjectsTermsModel = new TableModelAnovaModel(this);
ui->betweenModelTerms->setModel(_betweenSubjectsTermsModel);
connect(_betweenSubjectsTermsModel, SIGNAL(termsChanged()), this, SLOT(termsChanged()));
_contrastsModel = new TableModelVariablesOptions();
ui->contrasts->setModel(_contrastsModel);
connect(_designTableModel, SIGNAL(designChanging()), this, SLOT(factorsChanging()));
connect(_designTableModel, SIGNAL(designChanged()), this, SLOT(withinSubjectsDesignChanged()));
connect(_designTableModel, SIGNAL(factorAdded(Terms)), _withinSubjectsTermsModel, SLOT(addFixedFactors(Terms)));
connect(_designTableModel, SIGNAL(factorRemoved(Terms)), _withinSubjectsTermsModel, SLOT(removeVariables(Terms)));
connect(_betweenSubjectsFactorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_betweenSubjectsFactorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_betweenSubjectsFactorsListModel, SIGNAL(assignedTo(Terms)), _betweenSubjectsTermsModel, SLOT(addFixedFactors(Terms)));
connect(_betweenSubjectsFactorsListModel, SIGNAL(unassigned(Terms)), _betweenSubjectsTermsModel, SLOT(removeVariables(Terms)));
connect(_covariatesListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_covariatesListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_covariatesListModel, SIGNAL(assignedTo(Terms)), _betweenSubjectsTermsModel, SLOT(addCovariates(Terms)));
connect(_covariatesListModel, SIGNAL(unassigned(Terms)), _betweenSubjectsTermsModel, SLOT(removeVariables(Terms)));
_plotFactorsAvailableTableModel = new TableModelVariablesAvailable();
ui->plotVariables->setModel(_plotFactorsAvailableTableModel);
_horizontalAxisTableModel = new TableModelVariablesAssigned(this);
_horizontalAxisTableModel->setSource(_plotFactorsAvailableTableModel);
ui->plotHorizontalAxis->setModel(_horizontalAxisTableModel);
_seperateLinesTableModel = new TableModelVariablesAssigned(this);
_seperateLinesTableModel->setSource(_plotFactorsAvailableTableModel);
ui->plotSeparateLines->setModel(_seperateLinesTableModel);
_seperatePlotsTableModel = new TableModelVariablesAssigned(this);
_seperatePlotsTableModel->setSource(_plotFactorsAvailableTableModel);
ui->plotSeparatePlots->setModel(_seperatePlotsTableModel);
ui->buttonAssignHorizontalAxis->setSourceAndTarget(ui->plotVariables, ui->plotHorizontalAxis);
ui->buttonAssignSeperateLines->setSourceAndTarget(ui->plotVariables, ui->plotSeparateLines);
ui->buttonAssignSeperatePlots->setSourceAndTarget(ui->plotVariables, ui->plotSeparatePlots);
ui->containerModel->hide();
ui->containerFactors->hide();
ui->containerOptions->hide();
ui->containerPostHocTests->hide();
ui->containerDescriptivesPlot->hide();
ui->containerAssumptions->hide();
ui->withinModelTerms->setFactorsLabel("Repeated Measures Components");
ui->betweenModelTerms->setFactorsLabel("Between Subjects Components");
ui->confidenceIntervalInterval->setLabel("Confidence interval");
connect(_designTableModel, SIGNAL(designChanged()), this, SLOT(withinSubjectsDesignChanged()));
#ifdef QT_NO_DEBUG
ui->groupCompareMainEffects->hide();
#else
ui->groupCompareMainEffects->setStyleSheet("background-color: pink ;");
#endif
}
AnovaRepeatedMeasuresBayesianForm::AnovaRepeatedMeasuresBayesianForm(QWidget *parent) :
AnalysisForm("AnovaRepeatedMeasuresBayesianForm", parent),
ui(new Ui::AnovaRepeatedMeasuresBayesianForm)
{
ui->setupUi(this);
ui->listAvailableFields->setModel(&_availableVariablesModel);
_designTableModel = new TableModelAnovaDesign(this);
ui->repeatedMeasuresFactors->setModel(_designTableModel);
// this is a hack to allow deleting factors and levels :/
// ideally this would be handled between the TableView and the model
// and wouldn't require the surrounding classes' intervention like this
connect(ui->repeatedMeasuresFactors, SIGNAL(clicked(QModelIndex)), this, SLOT(anovaDesignTableClicked(QModelIndex)));
_withinSubjectCellsListModel = new TableModelAnovaWithinSubjectCells(this);
_withinSubjectCellsListModel->setSource(&_availableVariablesModel);
_withinSubjectCellsListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_withinSubjectCellsListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->repeatedMeasuresCells->setModel(_withinSubjectCellsListModel);
_betweenSubjectsFactorsListModel = new TableModelVariablesAssigned(this);
_betweenSubjectsFactorsListModel->setSource(&_availableVariablesModel);
_betweenSubjectsFactorsListModel->setVariableTypesSuggested(Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->betweenSubjectFactors->setModel(_betweenSubjectsFactorsListModel);
_covariatesListModel = new TableModelVariablesAssigned(this);
_covariatesListModel->setSource(&_availableVariablesModel);
_covariatesListModel->setVariableTypesSuggested(Column::ColumnTypeScale);
_covariatesListModel->setVariableTypesAllowed(Column::ColumnTypeScale | Column::ColumnTypeNominal | Column::ColumnTypeOrdinal);
ui->covariates->setModel(_covariatesListModel);
ui->buttonAssignFixed->setSourceAndTarget(ui->listAvailableFields, ui->repeatedMeasuresCells);
ui->buttonAssignRandom->setSourceAndTarget(ui->listAvailableFields, ui->betweenSubjectFactors);
ui->buttonAssignCovariates->setSourceAndTarget(ui->listAvailableFields, ui->covariates);
_anovaModel = new TableModelAnovaModel(this);
_anovaModel->setPiecesCanBeAssigned(false);
ui->modelTerms->setModel(_anovaModel);
connect(_betweenSubjectsFactorsListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_betweenSubjectsFactorsListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_betweenSubjectsFactorsListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addFixedFactors(Terms)));
connect(_betweenSubjectsFactorsListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
connect(_covariatesListModel, SIGNAL(assignmentsChanging()), this, SLOT(factorsChanging()));
connect(_covariatesListModel, SIGNAL(assignmentsChanged()), this, SLOT(factorsChanged()));
connect(_covariatesListModel, SIGNAL(assignedTo(Terms)), _anovaModel, SLOT(addCovariates(Terms)));
connect(_covariatesListModel, SIGNAL(unassigned(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
connect(_designTableModel, SIGNAL(designChanging()), this, SLOT(factorsChanging()));
connect(_designTableModel, SIGNAL(designChanged()), this, SLOT(withinSubjectsDesignChanged()));
connect(_designTableModel, SIGNAL(factorAdded(Terms)), _anovaModel, SLOT(addFixedFactors(Terms)));
connect(_designTableModel, SIGNAL(factorRemoved(Terms)), _anovaModel, SLOT(removeVariables(Terms)));
ui->containerModel->hide();
#ifdef QT_DEBUG
ui->groupBox->setStyleSheet("QWidget { background-color: pink; }");
#else
ui->groupBox->hide();
#endif
}
