AbstractMicrostructurePresetFactory::Pointer RegisterPresetFactory(QComboBox* microstructurePresetCombo)
{
AbstractMicrostructurePresetFactory::Pointer presetFactory = T::New();
MicrostructurePresetManager::registerFactory(presetFactory);
QString displayString = (presetFactory->displayName());
microstructurePresetCombo->addItem(displayString);
return presetFactory;
}
// -----------------------------------------------------------------------------
// Static Method
// -----------------------------------------------------------------------------
void MicrostructurePresetManager::registerFactory(AbstractMicrostructurePresetFactory::Pointer importer)
{
if (NULL != importer.get() )
{
// Instantiate the Instance Manager for import delegates
MicrostructurePresetManager::Pointer idManager = MicrostructurePresetManager::instance();
idManager->addFactory( importer );
}
}
// -----------------------------------------------------------------------------
//
// -----------------------------------------------------------------------------
void PrecipitatePhaseWidget::setupGui()
{
distributionTypeCombo->addItem(SIMPL::StringConstants::BetaDistribution.toLatin1().data());
distributionTypeCombo->addItem(SIMPL::StringConstants::LogNormalDistribution.toLatin1().data());
distributionTypeCombo->addItem(SIMPL::StringConstants::PowerLawDistribution.toLatin1().data());
distributionTypeCombo->setCurrentIndex(SIMPL::DistributionType::LogNormal);
// Turn off all the plot widgets
setTabsPlotTabsEnabled(false);
microstructurePresetCombo->blockSignals(true);
// Register all of our Microstructure Preset Factories
AbstractMicrostructurePresetFactory::Pointer presetFactory = AbstractMicrostructurePresetFactory::NullPointer();
//Register the Equiaxed Preset
presetFactory = RegisterPresetFactory<PrecipitateEquiaxedPresetFactory>(microstructurePresetCombo);
QString presetName = (presetFactory->displayName());
MicrostructurePresetManager::Pointer manager = MicrostructurePresetManager::instance();
m_MicroPreset = manager->createNewPreset(presetName);
// Register the Rolled Preset
presetFactory = RegisterPresetFactory<PrecipitateRolledPresetFactory>(microstructurePresetCombo);
// Select the first Preset in the list
microstructurePresetCombo->setCurrentIndex(0);
microstructurePresetCombo->blockSignals(false);
float mu = 1.0f;
float sigma = 0.1f;
float minCutOff = 5.0f;
float maxCutOff = 5.0f;
float binStepSize = 0.5f;
StatsGenPlotWidget* w = m_Omega3Plot;
w->setPlotTitle(QString("Size Vs. Omega 3"));
w->setXAxisName(QString("Omega 3"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(SIMPL::DistributionType::Beta);
w->setStatisticsType(SIMPL::StatisticsType::Feature_SizeVOmega3);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_Omega3Plot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
connect(m_Omega3Plot, SIGNAL(userEditedData()),
this, SIGNAL(phaseParametersChanged()));
w = m_BOverAPlot;
w->setPlotTitle(QString("B/A Shape Distribution"));
w->setXAxisName(QString("B/A"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(SIMPL::DistributionType::Beta);
w->setStatisticsType(SIMPL::StatisticsType::Feature_SizeVBoverA);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_BOverAPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
connect(m_BOverAPlot, SIGNAL(userEditedData()),
this, SIGNAL(phaseParametersChanged()));
w = m_COverAPlot;
w->setPlotTitle(QString("C/A Shape Distribution"));
w->setXAxisName(QString("C/A"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(SIMPL::DistributionType::Beta);
w->setStatisticsType(SIMPL::StatisticsType::Feature_SizeVCoverA);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_COverAPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
connect(m_COverAPlot, SIGNAL(userEditedData()),
this, SIGNAL(phaseParametersChanged()));
m_SizeDistributionPlot->setCanvasBackground(QColor(Qt::white));
m_SizeDistributionPlot->setTitle("Size Distribution");
m_grid = new QwtPlotGrid;
m_grid->enableXMin(true);
m_grid->enableYMin(true);
#if (QWT_VERSION > 0x060000)
m_grid->setMajorPen(QPen(Qt::gray, 0, Qt::SolidLine));
m_grid->setMinorPen(QPen(Qt::lightGray, 0, Qt::DotLine));
#else
m_grid->setMajPen(QPen(Qt::gray, 0, Qt::SolidLine));
m_grid->setMinPen(QPen(Qt::lightGray, 0, Qt::DotLine));
#endif
m_grid->attach(m_SizeDistributionPlot);
// For the ODF Tab we want the MDF functionality
m_ODFWidget->enableMDFTab(true);
// Remove any Axis Decorations. The plots are explicitly know to have a -1 to 1 axis min/max
m_ODFWidget->setEnableAxisDecorations(false);
// Remove any Axis Decorations. The plots are explicitly know to have a -1 to 1 axis min/max
m_AxisODFWidget->setEnableAxisDecorations(false);
connect(m_ODFWidget, SIGNAL(odfParametersChanged()),
this, SIGNAL(phaseParametersChanged()));
connect(m_ODFWidget, SIGNAL(bulkLoadEvent(bool)),
this, SLOT(bulkLoadEvent(bool)));
connect(m_AxisODFWidget, SIGNAL(axisODFParametersChanged()),
this, SIGNAL(phaseParametersChanged()));
connect(m_RdfPlot, SIGNAL(rdfParametersChanged()),
this, SIGNAL(phaseParametersChanged()));
updateSizeDistributionPlot();
calculateNumberOfBins();
}
// -----------------------------------------------------------------------------
//
// -----------------------------------------------------------------------------
void TransformationPhaseWidget::setupGui()
{
distributionTypeCombo->addItem(DREAM3D::HDF5::BetaDistribution.c_str());
distributionTypeCombo->addItem(DREAM3D::HDF5::LogNormalDistribution.c_str());
distributionTypeCombo->addItem(DREAM3D::HDF5::PowerLawDistribution.c_str());
distributionTypeCombo->setCurrentIndex(DREAM3D::DistributionType::LogNormal);
// Turn off all the plot widgets
setTabsPlotTabsEnabled(false);
microstructurePresetCombo->blockSignals(true);
// Register all of our Microstructure Preset Factories
AbstractMicrostructurePresetFactory::Pointer presetFactory = AbstractMicrostructurePresetFactory::NullPointer();
//Register the Equiaxed Preset
presetFactory = RegisterPresetFactory<EquiaxedPresetFactory>(microstructurePresetCombo);
QString presetName = QString::fromStdString(presetFactory->displayName());
MicrostructurePresetManager::Pointer manager = MicrostructurePresetManager::instance();
m_MicroPreset = manager->createNewPreset(presetName.toStdString());
// Register the Rolled Preset
presetFactory = RegisterPresetFactory<RolledPresetFactory>(microstructurePresetCombo);
// Select the first Preset in the list
microstructurePresetCombo->setCurrentIndex(0);
microstructurePresetCombo->blockSignals(false);
float mu = 1.0f;
float sigma = 0.1f;
float minCutOff = 5.0f;
float maxCutOff = 5.0f;
float binStepSize = 0.5f;
StatsGenPlotWidget* w = m_Omega3Plot;
w->setPlotTitle(QString("Size Vs. Omega 3"));
w->setXAxisName(QString("Omega 3"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::Beta);
w->setStatisticsType(DREAM3D::StatisticsType::Grain_SizeVOmega3);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_Omega3Plot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
w = m_BOverAPlot;
w->setPlotTitle(QString("B/A Shape Distribution"));
w->setXAxisName(QString("B/A"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::Beta);
w->setStatisticsType(DREAM3D::StatisticsType::Grain_SizeVBoverA);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_BOverAPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
w = m_COverAPlot;
w->setPlotTitle(QString("C/A Shape Distribution"));
w->setXAxisName(QString("C/A"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::Beta);
w->setStatisticsType(DREAM3D::StatisticsType::Grain_SizeVCoverA);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_COverAPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
w = m_NeighborPlot;
w->setPlotTitle(QString("Neighbors Distributions"));
w->setXAxisName(QString("Number of Grains (within 1 diameter)"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::LogNormal);
w->setStatisticsType(DREAM3D::StatisticsType::Grain_SizeVNeighbors);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_NeighborPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
m_SizeDistributionPlot->setCanvasBackground(QColor(Qt::white));
m_SizeDistributionPlot->setTitle("Size Distribution");
m_grid = new QwtPlotGrid;
m_grid->enableXMin(true);
m_grid->enableYMin(true);
m_grid->setMajPen(QPen(Qt::gray, 0, Qt::SolidLine));
m_grid->setMinPen(QPen(Qt::lightGray, 0, Qt::DotLine));
m_grid->attach(m_SizeDistributionPlot);
// For the ODF Tab we want the MDF functionality
m_ODFWidget->enableMDFTab(true);
// Remove any Axis Decorations. The plots are explicitly know to have a -1 to 1 axis min/max
m_ODFWidget->setEnableAxisDecorations(false);
// Remove any Axis Decorations. The plots are explicitly know to have a -1 to 1 axis min/max
m_AxisODFWidget->setEnableAxisDecorations(false);
updateSizeDistributionPlot();
calculateNumberOfBins();
}
// -----------------------------------------------------------------------------
//
// -----------------------------------------------------------------------------
void PrimaryPhaseWidget::setupGui()
{
distributionTypeCombo->addItem(DREAM3D::StringConstants::BetaDistribution.toLatin1().data());
distributionTypeCombo->addItem(DREAM3D::StringConstants::LogNormalDistribution.toLatin1().data());
distributionTypeCombo->addItem(DREAM3D::StringConstants::PowerLawDistribution.toLatin1().data());
distributionTypeCombo->setCurrentIndex(DREAM3D::DistributionType::LogNormal);
// Turn off all the plot widgets
setTabsPlotTabsEnabled(false);
QLocale loc = QLocale::system();
microstructurePresetCombo->blockSignals(true);
// Register all of our Microstructure Preset Factories
AbstractMicrostructurePresetFactory::Pointer presetFactory = AbstractMicrostructurePresetFactory::NullPointer();
//Register the Equiaxed Preset
presetFactory = RegisterPresetFactory<PrimaryEquiaxedPresetFactory>(microstructurePresetCombo);
QString presetName = (presetFactory->displayName());
MicrostructurePresetManager::Pointer manager = MicrostructurePresetManager::instance();
m_MicroPreset = manager->createNewPreset(presetName);
// Register the Rolled Preset
presetFactory = RegisterPresetFactory<PrimaryRolledPresetFactory>(microstructurePresetCombo);
m_MuValidator = new QDoubleValidator(m_Mu_SizeDistribution);
m_MuValidator->setLocale(loc);
m_MuValidator->setRange(0.0001, 10.0, 4);
m_Mu_SizeDistribution->setValidator(m_MuValidator);
m_SigmaValidator = new QDoubleValidator(m_Sigma_SizeDistribution);
m_SigmaValidator->setLocale(loc);
m_SigmaValidator->setRange(0.0000, 1.0, 4);
m_Sigma_SizeDistribution->setValidator(m_SigmaValidator);
QDoubleValidator* minVal = new QDoubleValidator(0.000, std::numeric_limits<double>::infinity(), 4, m_MinSigmaCutOff);
minVal->setLocale(loc);
m_MinSigmaCutOff->setValidator(minVal);
QDoubleValidator* maxVal = new QDoubleValidator(0.000, std::numeric_limits<double>::infinity(), 4, m_MinSigmaCutOff);
maxVal->setLocale(loc);
m_MaxSigmaCutOff->setValidator(maxVal);
// Select the first Preset in the list
microstructurePresetCombo->setCurrentIndex(0);
microstructurePresetCombo->blockSignals(false);
float mu = 1.0f;
float sigma = 0.1f;
float minCutOff = 5.0f;
float maxCutOff = 5.0f;
float binStepSize = 0.5f;
StatsGenPlotWidget* w = m_Omega3Plot;
w->setPlotTitle(QString("Size Vs. Omega 3"));
w->setXAxisName(QString("Omega 3"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::Beta);
w->setStatisticsType(DREAM3D::StatisticsType::Feature_SizeVOmega3);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_Omega3Plot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
w = m_BOverAPlot;
w->setPlotTitle(QString("B/A Shape Distribution"));
w->setXAxisName(QString("B/A"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::Beta);
w->setStatisticsType(DREAM3D::StatisticsType::Feature_SizeVBoverA);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_BOverAPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
w = m_COverAPlot;
w->setPlotTitle(QString("C/A Shape Distribution"));
w->setXAxisName(QString("C/A"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::Beta);
w->setStatisticsType(DREAM3D::StatisticsType::Feature_SizeVCoverA);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_COverAPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
w = m_NeighborPlot;
w->setPlotTitle(QString("Neighbors Distributions"));
w->setXAxisName(QString("Number of Features (within 1 diameter)"));
w->setYAxisName(QString("Frequency"));
w->setDistributionType(DREAM3D::DistributionType::LogNormal);
w->setStatisticsType(DREAM3D::StatisticsType::Feature_SizeVNeighbors);
w->blockDistributionTypeChanges(true);
w->setRowOperationEnabled(false);
w->setMu(mu);
w->setSigma(sigma);
w->setMinCutOff(minCutOff);
w->setMaxCutOff(maxCutOff);
w->setBinStep(binStepSize);
connect(m_NeighborPlot, SIGNAL(userEditedData()),
this, SLOT(dataWasEdited()));
m_SizeDistributionPlot->setCanvasBackground(QColor(Qt::white));
m_SizeDistributionPlot->setTitle("Size Distribution");
m_grid = new QwtPlotGrid;
m_grid->enableXMin(true);
m_grid->enableYMin(true);
#if (QWT_VERSION > 0x060000)
m_grid->setMajorPen(QPen(Qt::gray, 0, Qt::SolidLine));
m_grid->setMinorPen(QPen(Qt::lightGray, 0, Qt::DotLine));
#else
m_grid->setMajPen(QPen(Qt::gray, 0, Qt::SolidLine));
m_grid->setMinPen(QPen(Qt::lightGray, 0, Qt::DotLine));
#endif
m_grid->attach(m_SizeDistributionPlot);
// For the ODF Tab we want the MDF functionality
m_ODFWidget->enableMDFTab(true);
// Remove any Axis Decorations. The plots are explicitly know to have a -1 to 1 axis min/max
m_ODFWidget->setEnableAxisDecorations(false);
// Remove any Axis Decorations. The plots are explicitly know to have a -1 to 1 axis min/max
m_AxisODFWidget->setEnableAxisDecorations(false);
updateSizeDistributionPlot();
calculateNumberOfBins();
}