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simulationexperimentviewsimulationwidget.cpp
3321 lines (2464 loc) · 139 KB
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simulationexperimentviewsimulationwidget.cpp
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/*******************************************************************************
Copyright (C) The University of Auckland
OpenCOR is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
OpenCOR is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*******************************************************************************/
//==============================================================================
// Simulation Experiment view simulation widget
//==============================================================================
#include "centralwidget.h"
#include "combineinterface.h"
#include "combinesupportplugin.h"
#include "coreguiutils.h"
#include "filemanager.h"
#include "graphpanelswidget.h"
#include "interfaces.h"
#include "progressbarwidget.h"
#include "sedmlinterface.h"
#include "sedmlsupportplugin.h"
#include "simulation.h"
#include "simulationexperimentviewcontentswidget.h"
#include "simulationexperimentviewinformationgraphswidget.h"
#include "simulationexperimentviewinformationparameterswidget.h"
#include "simulationexperimentviewinformationsimulationwidget.h"
#include "simulationexperimentviewinformationsolverswidget.h"
#include "simulationexperimentviewinformationwidget.h"
#include "simulationexperimentviewplugin.h"
#include "simulationexperimentviewsimulationwidget.h"
#include "simulationexperimentviewwidget.h"
#include "simulationmanager.h"
#include "toolbarwidget.h"
#include "usermessagewidget.h"
//==============================================================================
#include <QApplication>
#include <QDesktopServices>
#include <QDesktopWidget>
#include <QDir>
#include <QLabel>
#include <QLayout>
#include <QMainWindow>
#include <QMenu>
#include <QTextEdit>
#include <QTimer>
#include <QToolButton>
//==============================================================================
#include "qwt_wheel.h"
//==============================================================================
#include "sbmlapibegin.h"
#include "sbml/math/FormulaParser.h"
#include "sbmlapiend.h"
//==============================================================================
#include "sedmlapibegin.h"
#include "sedml/SedAlgorithm.h"
#include "sedml/SedDocument.h"
#include "sedml/SedOneStep.h"
#include "sedml/SedPlot2D.h"
#include "sedml/SedRepeatedTask.h"
#include "sedml/SedSimulation.h"
#include "sedml/SedUniformTimeCourse.h"
#include "sedml/SedVectorRange.h"
#include "sedmlapiend.h"
//==============================================================================
namespace OpenCOR {
namespace SimulationExperimentView {
//==============================================================================
SimulationExperimentViewSimulationWidget::SimulationExperimentViewSimulationWidget(SimulationExperimentViewPlugin *pPlugin,
SimulationExperimentViewWidget *pViewWidget,
const QString &pFileName,
QWidget *pParent) :
Widget(pParent),
mPlugin(pPlugin),
mViewWidget(pViewWidget),
mFileName(pFileName),
mDataStoreInterfaces(QMap<QAction *, DataStoreInterface *>()),
mCellmlBasedViewPlugins(QMap<QAction *, Plugin *>()),
mProgress(-1),
mLockedDevelopmentMode(false),
mRunActionEnabled(true),
mErrorType(General),
mPlots(GraphPanelWidget::GraphPanelPlotWidgets()),
mUpdatablePlotViewports(QMap<GraphPanelWidget::GraphPanelPlotWidget *, bool>()),
mCanUpdatePlotsForUpdatedGraphs(true),
mNeedReloadView(false),
mNeedUpdatePlots(false),
mOldDataSizes(QMap<GraphPanelWidget::GraphPanelPlotGraph *, qulonglong>())
{
// Create a tool bar
mToolBarWidget = new Core::ToolBarWidget(this);
// Create and handle various actions
mRunPauseResumeSimulationAction = Core::newAction(QIcon(":/oxygen/actions/media-playback-start.png"),
Qt::Key_F9, mToolBarWidget);
mStopSimulationAction = Core::newAction(QIcon(":/oxygen/actions/media-playback-stop.png"),
QKeySequence(Qt::CTRL|Qt::Key_F2), mToolBarWidget);
mResetModelParametersAction = Core::newAction(QIcon(":/oxygen/actions/view-refresh.png"),
mToolBarWidget);
mClearSimulationDataAction = Core::newAction(QIcon(":/oxygen/actions/trash-empty.png"),
mToolBarWidget);
mDevelopmentModeAction = Core::newAction(true, QIcon(":/oxygen/actions/run-build-configure.png"),
mToolBarWidget);
mAddGraphPanelAction = Core::newAction(QIcon(":/oxygen/actions/list-add.png"),
mToolBarWidget);
mRemoveGraphPanelAction = Core::newAction(QIcon(":/oxygen/actions/list-remove.png"),
mToolBarWidget);
mRemoveCurrentGraphPanelAction = Core::newAction(mToolBarWidget);
mRemoveAllGraphPanelsAction = Core::newAction(mToolBarWidget);
mCellmlOpenAction = Core::newAction(QIcon(":/CellMLSupport/logo.png"),
mToolBarWidget);
mSedmlExportAction = Core::newAction(QIcon(":/SEDMLSupport/logo.png"),
mToolBarWidget);
mSedmlExportSedmlFileAction = Core::newAction(mToolBarWidget);
mSedmlExportCombineArchiveAction = Core::newAction(mToolBarWidget);
mSimulationDataExportAction = Core::newAction(QIcon(":/oxygen/actions/document-export.png"),
mToolBarWidget);
connect(mRunPauseResumeSimulationAction, SIGNAL(triggered(bool)),
this, SLOT(runPauseResumeSimulation()));
connect(mStopSimulationAction, SIGNAL(triggered(bool)),
this, SLOT(stopSimulation()));
connect(mResetModelParametersAction, SIGNAL(triggered(bool)),
this, SLOT(resetModelParameters()));
connect(mClearSimulationDataAction, SIGNAL(triggered(bool)),
this, SLOT(clearSimulationData()));
connect(mDevelopmentModeAction, SIGNAL(triggered(bool)),
this, SLOT(developmentMode()));
connect(mAddGraphPanelAction, SIGNAL(triggered(bool)),
this, SLOT(addGraphPanel()));
connect(mRemoveGraphPanelAction, SIGNAL(triggered(bool)),
this, SLOT(removeGraphPanel()));
connect(mRemoveCurrentGraphPanelAction, SIGNAL(triggered(bool)),
this, SLOT(removeCurrentGraphPanel()));
connect(mRemoveAllGraphPanelsAction, SIGNAL(triggered(bool)),
this, SLOT(removeAllGraphPanels()));
connect(mCellmlOpenAction, SIGNAL(triggered(bool)),
this, SLOT(openCellmlFile()));
connect(mSedmlExportAction, SIGNAL(triggered(bool)),
this, SLOT(sedmlExportSedmlFile()));
connect(mSedmlExportSedmlFileAction, SIGNAL(triggered(bool)),
this, SLOT(sedmlExportSedmlFile()));
connect(mSedmlExportCombineArchiveAction, SIGNAL(triggered(bool)),
this, SLOT(sedmlExportCombineArchive()));
// Create a wheel (and a label to show its value) to specify the delay (in
// milliseconds) between the output of two data points
mDelayWidget = new QwtWheel(mToolBarWidget);
#if defined(Q_OS_WIN) || defined(Q_OS_LINUX)
QWidget *delaySpaceWidget = new QWidget(mToolBarWidget);
#endif
mDelayValueWidget = new QLabel(mToolBarWidget);
mDelayWidget->setBorderWidth(0);
mDelayWidget->setFixedSize(0.07*qApp->desktop()->screenGeometry().width(),
0.5*mDelayWidget->height());
mDelayWidget->setFocusPolicy(Qt::NoFocus);
mDelayWidget->setRange(0.0, 55.0);
mDelayWidget->setWheelBorderWidth(0);
#if defined(Q_OS_WIN) || defined(Q_OS_LINUX)
delaySpaceWidget->setFixedWidth(4);
#endif
connect(mDelayWidget, SIGNAL(valueChanged(double)),
this, SLOT(updateDelayValue(const double &)));
mDelayWidget->setValue(0.0);
// Create various tool buttons
QToolButton *removeGraphPanelToolButton = new QToolButton(mToolBarWidget);
QMenu *removeGraphPanelDropDownMenu = new QMenu(removeGraphPanelToolButton);
removeGraphPanelDropDownMenu->addAction(mRemoveCurrentGraphPanelAction);
removeGraphPanelDropDownMenu->addAction(mRemoveAllGraphPanelsAction);
removeGraphPanelToolButton->setDefaultAction(mRemoveGraphPanelAction);
removeGraphPanelToolButton->setMenu(removeGraphPanelDropDownMenu);
removeGraphPanelToolButton->setPopupMode(QToolButton::MenuButtonPopup);
QToolButton *cellmlOpenToolButton = new QToolButton(mToolBarWidget);
QMenu *cellmlOpenDropDownMenu = new QMenu(cellmlOpenToolButton);
cellmlOpenToolButton->setDefaultAction(mCellmlOpenAction);
cellmlOpenToolButton->setMenu(cellmlOpenDropDownMenu);
cellmlOpenToolButton->setPopupMode(QToolButton::MenuButtonPopup);
foreach (Plugin *cellmlEditingViewPlugin, pViewWidget->cellmlEditingViewPlugins()) {
QAction *action = Core::newAction(Core::mainWindow());
cellmlOpenDropDownMenu->addAction(action);
mCellmlBasedViewPlugins.insert(action, cellmlEditingViewPlugin);
connect(action, SIGNAL(triggered(bool)),
this, SLOT(openCellmlFile()));
}
cellmlOpenDropDownMenu->addSeparator();
foreach (Plugin *cellmlSimulationViewPlugin, pViewWidget->cellmlSimulationViewPlugins()) {
QAction *action = Core::newAction(Core::mainWindow());
cellmlOpenDropDownMenu->addAction(action);
mCellmlBasedViewPlugins.insert(action, cellmlSimulationViewPlugin);
connect(action, SIGNAL(triggered(bool)),
this, SLOT(openCellmlFile()));
}
QToolButton *sedmlExportToolButton = new QToolButton(mToolBarWidget);
QMenu *sedmlExportDropDownMenu = new QMenu(sedmlExportToolButton);
sedmlExportToolButton->setDefaultAction(mSedmlExportAction);
sedmlExportToolButton->setMenu(sedmlExportDropDownMenu);
sedmlExportToolButton->setPopupMode(QToolButton::MenuButtonPopup);
sedmlExportDropDownMenu->addAction(mSedmlExportSedmlFileAction);
sedmlExportDropDownMenu->addAction(mSedmlExportCombineArchiveAction);
QToolButton *simulationDataExportToolButton = new QToolButton(mToolBarWidget);
mSimulationDataExportDropDownMenu = new QMenu(simulationDataExportToolButton);
simulationDataExportToolButton->setDefaultAction(mSimulationDataExportAction);
simulationDataExportToolButton->setMenu(mSimulationDataExportDropDownMenu);
simulationDataExportToolButton->setPopupMode(QToolButton::InstantPopup);
foreach (DataStoreInterface *dataStoreInterface, Core::dataStoreInterfaces()) {
QString dataStoreName = dataStoreInterface->dataStoreName();
QAction *action = mSimulationDataExportDropDownMenu->addAction(dataStoreName+"...");
mDataStoreInterfaces.insert(action, dataStoreInterface);
connect(action, SIGNAL(triggered()),
this, SLOT(simulationDataExport()));
}
updateDataStoreActions();
// Add the various actions, wheel and tool buttons to our tool bar
mToolBarWidget->addAction(mRunPauseResumeSimulationAction);
mToolBarWidget->addAction(mStopSimulationAction);
mToolBarWidget->addSeparator();
mToolBarWidget->addAction(mResetModelParametersAction);
mToolBarWidget->addAction(mClearSimulationDataAction);
mToolBarWidget->addSeparator();
mToolBarWidget->addWidget(mDelayWidget);
#if defined(Q_OS_WIN) || defined(Q_OS_LINUX)
mToolBarWidget->addWidget(delaySpaceWidget);
#endif
mToolBarWidget->addWidget(mDelayValueWidget);
mToolBarWidget->addSeparator();
mToolBarWidget->addAction(mDevelopmentModeAction);
mToolBarWidget->addSeparator();
mToolBarWidget->addAction(mAddGraphPanelAction);
mToolBarWidget->addWidget(removeGraphPanelToolButton);
mToolBarWidget->addSeparator();
mToolBarWidget->addWidget(cellmlOpenToolButton);
mToolBarWidget->addSeparator();
mToolBarWidget->addWidget(sedmlExportToolButton);
mToolBarWidget->addSeparator();
mToolBarWidget->addWidget(simulationDataExportToolButton);
mTopSeparator = Core::newLineWidget(this);
QLayout *layout = createLayout();
layout->addWidget(mToolBarWidget);
layout->addWidget(mTopSeparator);
// Create and add our invalid simulation message widget
mInvalidModelMessageWidget = new Core::UserMessageWidget(":/oxygen/actions/help-about.png", this);
layout->addWidget(mInvalidModelMessageWidget);
// Create our splitter widget and keep track of its movement
// Note: we need to keep track of its movement so that saveSettings() can
// work fine even when mContentsWidget is not visible (which happens
// when a CellML file cannot be run for some reason or another)...
mSplitterWidget = new Core::SplitterWidget(Qt::Vertical, this);
connect(mSplitterWidget, SIGNAL(splitterMoved(int, int)),
this, SLOT(emitSplitterMoved()));
// Create our contents widget
mContentsWidget = new SimulationExperimentViewContentsWidget(pViewWidget, this, this);
mContentsWidget->setObjectName("Contents");
// Keep track of changes to some of our simulation and solvers properties
SimulationExperimentViewInformationWidget *informationWidget = mContentsWidget->informationWidget();
connect(informationWidget->simulationWidget(), SIGNAL(propertyChanged(Core::Property *)),
this, SLOT(simulationPropertyChanged(Core::Property *)));
connect(informationWidget->solversWidget(), SIGNAL(propertyChanged(Core::Property *)),
this, SLOT(solversPropertyChanged(Core::Property *)));
// Keep track of whether we can remove graph panels
GraphPanelWidget::GraphPanelsWidget *graphPanelsWidget = mContentsWidget->graphPanelsWidget();
connect(graphPanelsWidget, SIGNAL(removeGraphPanelsEnabled(const bool &)),
mRemoveGraphPanelAction, SLOT(setEnabled(bool)));
// Keep track of the addition and removal of a graph panel
SimulationExperimentViewInformationGraphsWidget *graphsWidget = informationWidget->graphsWidget();
connect(graphPanelsWidget, SIGNAL(graphPanelAdded(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const bool &)),
graphsWidget, SLOT(initialize(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const bool &)));
connect(graphPanelsWidget, SIGNAL(graphPanelRemoved(OpenCOR::GraphPanelWidget::GraphPanelWidget *)),
graphsWidget, SLOT(finalize(OpenCOR::GraphPanelWidget::GraphPanelWidget *)));
connect(graphPanelsWidget, SIGNAL(graphPanelAdded(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const bool &)),
this, SLOT(graphPanelAdded(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const bool &)));
connect(graphPanelsWidget, SIGNAL(graphPanelRemoved(OpenCOR::GraphPanelWidget::GraphPanelWidget *)),
this, SLOT(graphPanelRemoved(OpenCOR::GraphPanelWidget::GraphPanelWidget *)));
// Keep track of whether a graph panel has been activated
connect(graphPanelsWidget, SIGNAL(graphPanelActivated(OpenCOR::GraphPanelWidget::GraphPanelWidget *)),
graphsWidget, SLOT(initialize(OpenCOR::GraphPanelWidget::GraphPanelWidget *)));
// Keep track of a graph being required
connect(informationWidget->parametersWidget(), SIGNAL(graphRequired(CellMLSupport::CellmlFileRuntimeParameter *, CellMLSupport::CellmlFileRuntimeParameter *)),
this, SLOT(addGraph(CellMLSupport::CellmlFileRuntimeParameter *, CellMLSupport::CellmlFileRuntimeParameter *)));
// Keep track of the addition and removal of a graph
connect(graphPanelsWidget, SIGNAL(graphAdded(OpenCOR::GraphPanelWidget::GraphPanelWidget *, OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)),
graphsWidget, SLOT(addGraph(OpenCOR::GraphPanelWidget::GraphPanelWidget *, OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)));
connect(graphPanelsWidget, SIGNAL(graphsRemoved(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const OpenCOR::GraphPanelWidget::GraphPanelPlotGraphs &)),
graphsWidget, SLOT(removeGraphs(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const OpenCOR::GraphPanelWidget::GraphPanelPlotGraphs &)));
connect(graphPanelsWidget, SIGNAL(graphAdded(OpenCOR::GraphPanelWidget::GraphPanelWidget *, OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)),
this, SLOT(graphAdded(OpenCOR::GraphPanelWidget::GraphPanelWidget *, OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)));
connect(graphPanelsWidget, SIGNAL(graphsRemoved(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const OpenCOR::GraphPanelWidget::GraphPanelPlotGraphs &)),
this, SLOT(graphsRemoved(OpenCOR::GraphPanelWidget::GraphPanelWidget *, const OpenCOR::GraphPanelWidget::GraphPanelPlotGraphs &)));
// Keep track of the updating of a graph
// Note: ideally, this would, as for the addition and removal of a graph
// (see above), be done through graphPanelsWidget (i.e. a graph would
// let people know that it has been updated and the graph panel with
// which it is associated would forward the signal to
// graphPanelsWidget), but this may result in too many graphUpdated()
// signals being emitted. For example, say that you change the model
// with which a graph is associated, then both the X and Y parameters
// will get updated, and for each of those updates a graphUpdated()
// signal would be emitted by the graph, hence we would end up with
// two signals when only one would have sufficed. Even worse is that
// after having updated the X parameter, the graph would have its X
// parameter coming from the 'new' model while its Y parameter from
// the 'old' model, which could mess things up quite a bit from a
// plotting viewpoint. So, instead, the updating is done through our
// graphs property editor...
connect(graphsWidget, SIGNAL(graphUpdated(OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)),
this, SLOT(graphUpdated(OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)));
connect(graphsWidget, SIGNAL(graphsUpdated(const OpenCOR::GraphPanelWidget::GraphPanelPlotGraphs &)),
this, SLOT(graphsUpdated(const OpenCOR::GraphPanelWidget::GraphPanelPlotGraphs &)));
connect(graphsWidget, SIGNAL(graphVisualUpdated(OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)),
this, SLOT(graphVisualUpdated(OpenCOR::GraphPanelWidget::GraphPanelPlotGraph *)));
// Create our simulation output widget with a layout on which we put a
// separating line and our simulation output list view
// Note: the separating line is because we remove, for aesthetical reasons,
// the border of our simulation output list view...
QWidget *simulationOutputWidget = new QWidget(this);
QVBoxLayout *simulationOutputLayout= new QVBoxLayout(simulationOutputWidget);
simulationOutputLayout->setContentsMargins(QMargins());
simulationOutputLayout->setSpacing(0);
simulationOutputWidget->setLayout(simulationOutputLayout);
mOutputWidget = new QTextEdit(this);
mOutputWidget->setAcceptDrops(false);
mOutputWidget->setFrameStyle(QFrame::NoFrame);
mOutputWidget->setReadOnly(true);
simulationOutputLayout->addWidget(Core::newLineWidget(this));
simulationOutputLayout->addWidget(mOutputWidget);
// Populate our splitter and use as much space as possible for it by asking
// for its height to be that of the desktop's, and then add our splitter to
// our Simulation Experiment view widget
mSplitterWidget->addWidget(mContentsWidget);
mSplitterWidget->addWidget(simulationOutputWidget);
mSplitterWidget->setSizes(QIntList() << qApp->desktop()->screenGeometry().height() << 1);
layout->addWidget(mSplitterWidget);
// Create our (thin) simulation progress widget
mBottomSeparator = Core::newLineWidget(this);
mProgressBarWidget = new Core::ProgressBarWidget(this);
mProgressBarWidget->setFixedHeight(3);
mProgressBarWidget->setSizePolicy(QSizePolicy::Preferred, QSizePolicy::Fixed);
layout->addWidget(mBottomSeparator);
layout->addWidget(mProgressBarWidget);
// Make our contents widget our focus proxy
setFocusProxy(mContentsWidget);
// Ask our simulation manager to manage our file and then retrieve the
// corresponding simulation from it
SimulationSupport::SimulationManager *simulationManager = SimulationSupport::SimulationManager::instance();
simulationManager->manage(pFileName);
mSimulation = simulationManager->simulation(pFileName);
connect(mSimulation, SIGNAL(running(const bool &)),
this, SLOT(simulationRunning(const bool &)));
connect(mSimulation, SIGNAL(paused()),
this, SLOT(simulationPaused()));
connect(mSimulation, SIGNAL(stopped(const qint64 &)),
this, SLOT(simulationStopped(const qint64 &)));
connect(mSimulation, SIGNAL(error(const QString &)),
this, SLOT(simulationError(const QString &)));
connect(mSimulation->data(), SIGNAL(modified(const bool &)),
this, SLOT(simulationDataModified(const bool &)));
// Enable/disable our development mode action depending on whether our file
// is readable/writable and of CellML type
mDevelopmentModeAction->setEnabled( Core::FileManager::instance()->isReadableAndWritable(pFileName)
&& (mSimulation->fileType() == SimulationSupport::Simulation::CellmlFile));
// Some further initialisations that are done as part of retranslating the
// GUI (so that they can be updated when changing languages)
retranslateUi();
}
//==============================================================================
SimulationExperimentViewSimulationWidget::~SimulationExperimentViewSimulationWidget()
{
// Ask our simulation manager to unmanage our file
SimulationSupport::SimulationManager::instance()->unmanage(mFileName);
}
//==============================================================================
void SimulationExperimentViewSimulationWidget::retranslateUi()
{
// Retranslate our actions
I18nInterface::retranslateAction(mRunPauseResumeSimulationAction, tr("Run Simulation"),
tr("Run the simulation"));
I18nInterface::retranslateAction(mStopSimulationAction, tr("Stop Simulation"),
tr("Stop the simulation"));
I18nInterface::retranslateAction(mResetModelParametersAction, tr("Reset Model Parameters"),
tr("Reset all the model parameters"));
I18nInterface::retranslateAction(mClearSimulationDataAction, tr("Clear Simulation Data"),
tr("Clear the simulation data"));
I18nInterface::retranslateAction(mDevelopmentModeAction, tr("Development Mode"),
tr("Enable/disable the development mode"));
I18nInterface::retranslateAction(mAddGraphPanelAction, tr("Add Graph Panel"),
tr("Add a graph panel"));
I18nInterface::retranslateAction(mRemoveGraphPanelAction, tr("Remove Graph Panel"),
tr("Remove the current graph panel or all the graph panels"));
I18nInterface::retranslateAction(mRemoveCurrentGraphPanelAction, tr("Current"),
tr("Remove the current graph panel"));
I18nInterface::retranslateAction(mRemoveAllGraphPanelsAction, tr("All"),
tr("Remove all the graph panels"));
I18nInterface::retranslateAction(mCellmlOpenAction, tr("Referenced CellML File"),
tr("Open the referenced CellML file"));
I18nInterface::retranslateAction(mSedmlExportAction, tr("SED-ML Export"),
tr("Export the simulation to SED-ML"));
I18nInterface::retranslateAction(mSedmlExportSedmlFileAction, tr("SED-ML File..."),
tr("Export the simulation to SED-ML using a SED-ML file"));
I18nInterface::retranslateAction(mSedmlExportCombineArchiveAction, tr("COMBINE Archive..."),
tr("Export the simulation to SED-ML using a COMBINE archive"));
I18nInterface::retranslateAction(mSimulationDataExportAction, tr("Simulation Data Export"),
tr("Export the simulation data"));
// Retranslate our delay and delay value widgets
updateDelayValue(mDelayWidget->value());
// Note: we do this because we want to display the delay using digit
// grouping, this respecting the current locale...
mDelayWidget->setToolTip(tr("Simulation Delay"));
mDelayValueWidget->setToolTip(mDelayWidget->toolTip());
mDelayWidget->setStatusTip(tr("Delay between two data points"));
mDelayValueWidget->setStatusTip(mDelayWidget->statusTip());
// Retranslate our run/pause action
updateRunPauseAction(mRunActionEnabled);
// Retranslate our data store actions
updateDataStoreActions();
// Retranslate our CellML editing view actions
foreach (QAction *cellmlEditingViewAction, mCellmlBasedViewPlugins.keys()) {
Plugin *plugin = mCellmlBasedViewPlugins.value(cellmlEditingViewAction);
QString viewName = qobject_cast<ViewInterface *>(plugin->instance())->viewName();
I18nInterface::retranslateAction(cellmlEditingViewAction,
tr("%1 View").arg(viewName),
tr("Open the referenced CellML file using the %1 view").arg(viewName));
}
// Retranslate our invalid model message
updateInvalidModelMessageWidget();
// Retranslate our contents widget
mContentsWidget->retranslateUi();
}
//==============================================================================
void SimulationExperimentViewSimulationWidget::updateDataStoreActions()
{
// Update our data store actions
foreach (QAction *action, mDataStoreInterfaces.keys()) {
I18nInterface::retranslateAction(action,
action->text(),
tr("Export the simulation data to %1").arg(mDataStoreInterfaces.value(action)->dataStoreName()));
}
}
//==============================================================================
void SimulationExperimentViewSimulationWidget::output(const QString &pMessage)
{
// Move to the end of the output
// Note: this is just in case the user clicked somewhere in the output and
// we are therefore not at the end of it anymore...
mOutputWidget->moveCursor(QTextCursor::End);
// Output the message and make sure that it's visible
mOutputWidget->insertHtml(pMessage);
mOutputWidget->ensureCursorVisible();
}
//==============================================================================
void SimulationExperimentViewSimulationWidget::updateSimulationMode()
{
// Update our run/pause action
updateRunPauseAction(!mSimulation->isRunning() || mSimulation->isPaused());
// Enable/disable our stop action
bool simulationModeEnabled = mSimulation->isRunning() || mSimulation->isPaused();
mStopSimulationAction->setEnabled(simulationModeEnabled);
// Enable or disable our simulation and solvers widgets
mContentsWidget->informationWidget()->simulationWidget()->setEnabled(!simulationModeEnabled);
mContentsWidget->informationWidget()->solversWidget()->setEnabled(!simulationModeEnabled);
// Enable/disable some actions
mClearSimulationDataAction->setEnabled( mSimulation->results()->size()
&& !simulationModeEnabled);
mSimulationDataExportAction->setEnabled( mSimulationDataExportDropDownMenu->actions().count()
&& mSimulation->results()->size()
&& !simulationModeEnabled);
mCellmlOpenAction->setEnabled(mSimulation->fileType() != SimulationSupport::Simulation::CellmlFile);
mSedmlExportAction->setEnabled( (mSimulation->fileType() == SimulationSupport::Simulation::CellmlFile)
&& mSimulation->results()->size()
&& !simulationModeEnabled);
// Give the focus to our focus proxy, in case we leave our simulation mode
// (so that the user can modify simulation data, etc.)
if (!simulationModeEnabled)
focusProxy()->setFocus();
}
//==============================================================================
void SimulationExperimentViewSimulationWidget::updateRunPauseAction(const bool &pRunActionEnabled)
{
// Update our various actions
static const QIcon StartIcon = QIcon(":/oxygen/actions/media-playback-start.png");
static const QIcon PauseIcon = QIcon(":/oxygen/actions/media-playback-pause.png");
mRunActionEnabled = pRunActionEnabled;
mRunPauseResumeSimulationAction->setIcon(pRunActionEnabled?StartIcon:PauseIcon);
bool simulationPaused = mSimulation && mSimulation->isPaused();
I18nInterface::retranslateAction(mRunPauseResumeSimulationAction,
pRunActionEnabled?
simulationPaused?
tr("Resume Simulation"):
tr("Run Simulation"):
tr("Pause Simulation"),
pRunActionEnabled?
simulationPaused?
tr("Resume the simulation"):
tr("Run the simulation"):
tr("Pause the simulation"));
}
//==============================================================================
void SimulationExperimentViewSimulationWidget::updateInvalidModelMessageWidget()
{
// Update our invalid model message
mInvalidModelMessageWidget->setMessage((mErrorType == InvalidCellmlFile)?
tr("The <strong>%1</strong> view requires a valid CellML file to work...").arg(mPlugin->viewName()):
tr("The <strong>%1</strong> view requires a valid simulation environment to work...").arg(mPlugin->viewName()),
tr("See below for more information."));
}
//==============================================================================
static const auto OutputTab = QStringLiteral(" ");
static const auto OutputGood = QStringLiteral(" style=\"color: green;\"");
static const auto OutputInfo = QStringLiteral(" style=\"color: navy;\"");
static const auto OutputBad = QStringLiteral(" style=\"color: maroon;\"");
static const auto OutputBrLn = QStringLiteral("<br/>\n");
//==============================================================================
void SimulationExperimentViewSimulationWidget::initialize(const bool &pReloadingView)
{
// Stop keeping track of certain things (so that updatePlot() doesn't get
// called unnecessarily)
// Note: see the corresponding code towards the end of this method...
SimulationExperimentViewInformationWidget *informationWidget = mContentsWidget->informationWidget();
SimulationExperimentViewInformationSimulationWidget *simulationWidget = informationWidget->simulationWidget();
disconnect(simulationWidget, SIGNAL(propertyChanged(Core::Property *)),
this, SLOT(simulationPropertyChanged(Core::Property *)));
// Reset our progress
mProgress = -1;
// Clean up our output, if needed
if (pReloadingView)
mOutputWidget->document()->clear();
// Output some information about our CellML file
Core::FileManager *fileManagerInstance = Core::FileManager::instance();
QString fileName = fileManagerInstance->isNew(mFileName)?
tr("File")+" #"+QString::number(fileManagerInstance->newIndex(mFileName)):
fileManagerInstance->isRemote(mFileName)?
fileManagerInstance->url(mFileName):
mFileName;
QString information = "<strong>"+fileName+"</strong>"+OutputBrLn;
SEDMLSupport::SedmlFileIssues sedmlFileIssues = mSimulation->sedmlFile()?
mSimulation->sedmlFile()->issues():
SEDMLSupport::SedmlFileIssues();
COMBINESupport::CombineArchiveIssues combineArchiveIssues = mSimulation->combineArchive()?
mSimulation->combineArchive()->issues():
COMBINESupport::CombineArchiveIssues();
bool atLeastOneBlockingSedmlIssue = false;
bool atLeastOneBlockingCombineIssue = false;
if (!combineArchiveIssues.isEmpty()) {
// There is one or several issues with our COMBINE archive, so list
// it/them
foreach (const COMBINESupport::CombineArchiveIssue &combineArchiveIssue, combineArchiveIssues) {
QString issueType;
switch (combineArchiveIssue.type()) {
case COMBINESupport::CombineArchiveIssue::Information:
issueType = tr("Information:");
break;
case COMBINESupport::CombineArchiveIssue::Error:
issueType = tr("Error:");
atLeastOneBlockingCombineIssue = true;
break;
case COMBINESupport::CombineArchiveIssue::Warning:
issueType = tr("Warning:");
break;
case COMBINESupport::CombineArchiveIssue::Fatal:
issueType = tr("Fatal:");
atLeastOneBlockingCombineIssue = true;
break;
}
information += QString(OutputTab+"<span"+OutputBad+"><strong>%1</strong> %2.</span>"+OutputBrLn).arg(issueType, Core::formatMessage(combineArchiveIssue.message()));
}
}
if (!sedmlFileIssues.isEmpty()) {
// There is one or several issues with our SED-ML file, so list it/them
foreach (const SEDMLSupport::SedmlFileIssue &sedmlFileIssue, sedmlFileIssues) {
QString issueType;
switch (sedmlFileIssue.type()) {
case SEDMLSupport::SedmlFileIssue::Information:
issueType = tr("Information:");
break;
case SEDMLSupport::SedmlFileIssue::Error:
issueType = tr("Error:");
atLeastOneBlockingSedmlIssue = true;
break;
case SEDMLSupport::SedmlFileIssue::Warning:
issueType = tr("Warning:");
break;
case SEDMLSupport::SedmlFileIssue::Fatal:
issueType = tr("Fatal:");
atLeastOneBlockingSedmlIssue = true;
break;
}
information += QString(OutputTab+"<span"+OutputBad+"><strong>%1</strong> %2.</span>"+OutputBrLn).arg(issueType, Core::formatMessage(sedmlFileIssue.message()));
}
}
CellMLSupport::CellmlFileRuntime *runtime = mSimulation->runtime();
bool validRuntime = runtime && runtime->isValid();
CellMLSupport::CellmlFileRuntimeParameter *variableOfIntegration = validRuntime?runtime->variableOfIntegration():0;
if (!atLeastOneBlockingSedmlIssue && !atLeastOneBlockingCombineIssue) {
information += OutputTab+"<strong>"+tr("Runtime:")+"</strong> ";
if (variableOfIntegration) {
// A variable of integration could be retrieved for our CellML file,
// so we can also output the model type
QString additionalInformation = QString();
if (runtime->needNlaSolver())
additionalInformation = "+"+tr("NLA system(s)");
information += "<span"+OutputGood+">"+tr("valid")+"</span>."+OutputBrLn;
information += QString(OutputTab+"<strong>"+tr("Model type:")+"</strong> <span"+OutputInfo+">%1%2</span>."+OutputBrLn).arg((runtime->modelType() == CellMLSupport::CellmlFileRuntime::Ode)?tr("ODE"):tr("DAE"),
additionalInformation);
} else {
// We couldn't retrieve a variable of integration, which means that
// we either don't have a runtime or we have one, but it's not valid
// or it's valid but we really don't have a variable of integration
// Note: in the case of a valid runtime and no variable of
// integration, we really shouldn't consider the runtime to be
// valid, hence we handle this case here...
mErrorType = InvalidCellmlFile;
updateInvalidModelMessageWidget();
information += "<span"+OutputBad+">"+(runtime?tr("invalid"):tr("none"))+"</span>."+OutputBrLn;
if (validRuntime) {
// We have a valid runtime, but no variable of integration,
// which means that the model doesn't contain any ODE or DAE
information += OutputTab+"<span"+OutputBad+"><strong>"+tr("Error:")+"</strong> "+tr("the model must have at least one ODE or DAE")+".</span>"+OutputBrLn;
} else {
// We don't have a valid runtime, so either there are some
// problems with the CellML file, its runtime, or even the
// parent SED-ML file and/or COMBINE archive
// Note: in the case of problems with the SED-ML file and/or
// COMBINE archive, we will already have listed the
// problems, so no need to do anything more in those
// cases...
if (sedmlFileIssues.isEmpty() && combineArchiveIssues.isEmpty()) {
foreach (const CellMLSupport::CellmlFileIssue &issue,
runtime?runtime->issues():mSimulation->cellmlFile()->issues()) {
information += QString(OutputTab+"<span"+OutputBad+"><strong>%1</strong> %2.</span>"+OutputBrLn).arg((issue.type() == CellMLSupport::CellmlFileIssue::Error)?tr("Error:"):tr("Warning:"),
issue.message());
}
}
}
}
}
output(information);
// Check whether we have a valid simulation environment, but only if we
// don't have any blocking SED-ML or COMBINE issues
SimulationExperimentViewInformationSolversWidget *solversWidget = informationWidget->solversWidget();
bool validSimulationEnvironment = false;
if (!atLeastOneBlockingSedmlIssue && !atLeastOneBlockingCombineIssue) {
// Enable/disable our run/pause action depending on whether we have a
// variable of integration
mRunPauseResumeSimulationAction->setEnabled(variableOfIntegration);
// Update our simulation mode or clear our simulation data (should there
// be some) in case we are reloading ourselves
// Note: to clear our simualtion data will also update our simulation
// mode, so we are fine...
if (pReloadingView)
clearSimulationData();
else
updateSimulationMode();
// Initialise our contents widget and make sure that we have the
// required type(s) of solvers
if (variableOfIntegration) {
// Show our contents widget in case it got previously hidden
// Note: indeed, if it was to remain hidden then some
// initialisations wouldn't work (e.g. the solvers widget has
// a property editor, which all properties need to be removed
// and if the contents widget is not visible, then upon
// repopulating the property editor, scrollbars will be shown
// even though they are not needed)...
mContentsWidget->setVisible(true);
// Check whether we have at least one ODE or DAE solver and, if
// needed, at least one NLA solver
if (runtime->needNlaSolver()) {
if (solversWidget->nlaSolvers().isEmpty()) {
if (runtime->needOdeSolver()) {
if (solversWidget->odeSolvers().isEmpty()) {
simulationError(tr("the model needs both an ODE and an NLA solver, but none are available"),
InvalidSimulationEnvironment);
} else {
simulationError(tr("the model needs both an ODE and an NLA solver, but no NLA solver is available"),
InvalidSimulationEnvironment);
}
} else {
if (solversWidget->daeSolvers().isEmpty()) {
simulationError(tr("the model needs both a DAE and an NLA solver, but none are available"),
InvalidSimulationEnvironment);
} else {
simulationError(tr("the model needs both a DAE and an NLA solver, but no NLA solver is available"),
InvalidSimulationEnvironment);
}
}
} else if ( runtime->needOdeSolver()
&& solversWidget->odeSolvers().isEmpty()) {
simulationError(tr("the model needs both an ODE and an NLA solver, but no ODE solver is available"),
InvalidSimulationEnvironment);
} else if ( runtime->needDaeSolver()
&& solversWidget->daeSolvers().isEmpty()) {
simulationError(tr("the model needs both a DAE and an NLA solver, but no DAE solver is available"),
InvalidSimulationEnvironment);
} else {
validSimulationEnvironment = true;
}
} else if ( runtime->needOdeSolver()
&& solversWidget->odeSolvers().isEmpty()) {
simulationError(tr("the model needs an ODE solver, but none is available"),
InvalidSimulationEnvironment);
} else if ( runtime->needDaeSolver()
&& solversWidget->daeSolvers().isEmpty()) {
simulationError(tr("the model needs a DAE solver, but none is available"),
InvalidSimulationEnvironment);
} else {
validSimulationEnvironment = true;
}
}
}
// Initialise our GUI based on whether we have a valid simulation
// environment
initializeGui(validSimulationEnvironment);
// Some additional initialisations in case we have a valid simulation
// environment
if (validSimulationEnvironment) {
// Initialise our GUI's simulation, solvers, graphs and graph panels
// widgets, but not parameters widget
// Note #1: this will also initialise some of our simulation data (i.e.
// our simulation's starting point and simulation's NLA
// solver's properties), which is needed since we want to be
// able to reset our simulation below...
// Note #2: to initialise our graphs widget will result in some graphs
// being shown/hidden and, therefore, in graphUpdated() being
// called. Yet, we don't want graphUpdated() to update our
// plots. Indeed, if it did, then all of our plots' axes'
// values would be reset while we want to keep the ones we just
// retrieved (thus making it possible for the user to have
// different views for different files). So, for this to work
// we use mCanUpdatePlotsForUpdatedGraphs, and then 'manually'
// replot our plots, once we know which graphs are to be
// shown/hidden. We could do the initialisation before the
// setting of the plots' axes' values, but then we could see
// the graphs being plotted twice. Once after the plots' axes'
// values have been reset following the call to graphUpdated()
// and another after we update our plots' axes' values. This is
// clearly not neat, hence the current solution...
// Note #3: to initialise our parameters widget now would result in some
// default (in the computer science sense, i.e. wrong) values
// being visible for a split second before they get properly
// updated. So, instead, we initialise whatever needs
// initialising (e.g. NLA solver) so that we can safely compute
// our model parameters before showing their values...
simulationWidget->initialize(mSimulation);
solversWidget->initialize(mSimulation);
mCanUpdatePlotsForUpdatedGraphs = false;
informationWidget->graphsWidget()->initialize(mSimulation);
mCanUpdatePlotsForUpdatedGraphs = true;
mContentsWidget->graphPanelsWidget()->initialize();
// Initialise our simulation
initializeSimulation();
// Now, we can safely update our parameters widget since our model
// parameters have been computed
mContentsWidget->informationWidget()->parametersWidget()->initialize(mSimulation, pReloadingView);
}
// Resume the tracking of certain things
// Note: see the corresponding code at the beginning of this method...
connect(mContentsWidget->informationWidget()->simulationWidget(), SIGNAL(propertyChanged(Core::Property *)),
this, SLOT(simulationPropertyChanged(Core::Property *)));
// Further initialise ourselves, if we have a valid environment and we are
// not dealing with a CellML file
// Note: to further initialise ourselves involves, among other things,
// removing/adding graph panels. However, to do those things directly
// will result in the GUI flashing because of various events still
// having to be handled (e.g. see the above call to