AlgorithmSelector.cpp 9.62 KB
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/*
 *	(c) LSIIT, UMR CNRS/UdS
 *	Authors: O. Gnevaux, F. Larue.
 *
 *	See licence.txt for additional information.
 */


#include "GLViewer.h"
#include "AlgorithmSelector.h"
#include "ui_AlgorithmSelector.h"
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#include "UIMultiProgressDialog.h"
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#include <QLabel>




AlgorithmSelector::AlgorithmSelector(QWidget *parent) :
    QWidget( parent ),
    m_ui( new Ui::AlgorithmSelector ),
    m_SelectedTool( NULL ),
    m_SelectedToolParam( NULL )
{
    m_ui->setupUi(this);
    m_ui->groupToolDescription->hide();

    connect( m_ui->buttonApplyTool, SIGNAL(clicked()), this, SLOT(emitApplySignal()) );

    m_CategoryButtonGroup = new QButtonGroup( this );
    connect( m_CategoryButtonGroup, SIGNAL(buttonClicked(int)), this, SLOT(selectCategory(int)) );

    m_ToolsByCategory.resize( ToolCategory::categoriesCount() );
    m_LastUsedInCategory.resize( ToolCategory::categoriesCount() );
    for( int i=0; i<ToolCategory::categoriesCount(); ++i )
        m_LastUsedInCategory[i] = 0;
}


AlgorithmSelector::~AlgorithmSelector()
{
    delete m_ui;
}


void AlgorithmSelector::changeEvent(QEvent *e)
{
    QWidget::changeEvent( e );
    switch( e->type() )
    {
        case QEvent::LanguageChange: m_ui->retranslateUi(this); break;
        default: break;
    }
}


void AlgorithmSelector::populateTools( ToolInterface *plugin )
{
    QList<int> toolIds;
    plugin->toolIds( toolIds );

    foreach( int i, toolIds )
    {
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        int categoryId = plugin->category(i);
        if( ToolCategory::isCategoryDeclared(categoryId) )
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        {
            ToolDescriptor tool;
            tool.plugin = plugin;
            tool.id     = i;
            tool.param  = new UIParamSet( "Tool options", this );
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            plugin->setParameters( tool.param );
            plugin->declareParameters( i, *tool.param );
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            tool.param->hide();
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			//tool.param->setMaximumWidth(360);
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            connect( tool.param, SIGNAL(parameterUpdated(UIParam*)), tool.plugin, SLOT(updateParameter(UIParam*)) );

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            foreach( UIParamAction* act, tool.param->GetActions() )
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                connect( act->Widget(), SIGNAL(clicked(bool)), this, SLOT(emitActionSignal()) );
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            m_ToolsByName[ plugin->name(i) ] = tool;
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            m_ToolsByCategory[categoryId].push_back( tool );
            m_ui->widgetToolGroupBoxes->layout()->addWidget( tool.param );
        }
    }
}


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void AlgorithmSelector::releaseAllTools()
{
    for( auto &category : m_ToolsByCategory )
        for( auto &tool : category )
            delete tool.param;
}


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void AlgorithmSelector::finalizeTools()
{
    // Sort tools by name for each category.
    for( QVector<QVector<ToolDescriptor>>::iterator category=m_ToolsByCategory.begin(); category!=m_ToolsByCategory.end(); ++category )
    {
        QMap<QString,ToolDescriptor> toolByName;
        foreach( ToolDescriptor tool, *category )
            toolByName[tool.plugin->name(tool.id)] = tool;

        category->clear();

        for( QMap<QString,ToolDescriptor>::iterator tool=toolByName.begin(); tool!=toolByName.end(); ++tool )
            category->push_back( *tool );
    }


    /** For each non-empty category, a pannel similar to the following one is created and added to the category widget.
     *      +--------------+
     *      | +----------+ |
     *      | |  Button  | |
     *      | |   with   | |
     *      | |   icon   | |
     *      | +----------+ |
     *      |     Label    |
     *      +--------------+
     */

    foreach( int categoryId, ToolCategory::categoriesId() )
        if( !m_ToolsByCategory[categoryId].empty() )
        {
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            QVBoxLayout *l = new QVBoxLayout();
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            l->setAlignment( Qt::AlignHCenter );
            l->setContentsMargins( 0, 0, 0, 0 );
            l->setSpacing( 0 );

            QPushButton *categoryButton = new QPushButton( ToolCategory::categoryIcon(categoryId), QString() );
            categoryButton->setContentsMargins( 0, 0, 0, 0 );
            categoryButton->setIconSize( QSize(80,80) );
            categoryButton->setFlat( true );
            categoryButton->setMinimumSize( 80, 80 );
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            categoryButton->setMaximumSize( 80, 80 );
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            categoryButton->setCheckable( true );
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            l->addWidget( categoryButton, 0, Qt::AlignHCenter );
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            m_CategoryButtonGroup->addButton( categoryButton, categoryId );

            QLabel *categoryLabel = new QLabel( ToolCategory::categoryName(categoryId) );
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            QFont f = QApplication::font();
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            f.setPointSize( 7 );
            categoryLabel->setFont( f );
            categoryLabel->setAlignment( Qt::AlignHCenter );
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            //categoryLabel->setWordWrap( true );
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            l->addWidget( categoryLabel, 0, Qt::AlignHCenter );
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            QWidget *categoryPannel = new QWidget();
            categoryPannel->setLayout( l );

            QGridLayout *allCategories = (QGridLayout*) m_ui->widgetCategories->layout();
            int i = allCategories->count();
            allCategories->addWidget( categoryPannel, i>>2, i&3 );
        }

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	m_ui->widgetCategories->layout()->setAlignment(Qt::AlignHCenter | Qt::AlignTop);	
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}


void AlgorithmSelector::selectCategory( int categoryId )
{
    disconnect( m_ui->comboAvailableTools, SIGNAL(currentIndexChanged(int)), this, SLOT(selectTool(int)) );

    m_SelectedCategory = categoryId;
    int lastUsedId = m_LastUsedInCategory[categoryId];

    // Populate the combobox with the names of all tools associated to the selected category.
    m_ui->comboAvailableTools->clear();
    foreach( ToolDescriptor tool, m_ToolsByCategory[categoryId] )
        m_ui->comboAvailableTools->addItem( tool.plugin->name(tool.id) );

    m_ui->comboAvailableTools->setCurrentIndex( lastUsedId );
    selectTool( lastUsedId );

    connect( m_ui->comboAvailableTools, SIGNAL(currentIndexChanged(int)), this, SLOT(selectTool(int)) );
}


void AlgorithmSelector::selectTool( int n )
{
    if( m_SelectedToolParam )
    {
        m_SelectedToolParam->hide();
        m_SelectedToolParam = NULL;
    }

    if( n >= 0 )
    {
        m_SelectedTool = &m_ToolsByCategory[m_SelectedCategory][n];

        QString description = m_SelectedTool->plugin->description( m_SelectedTool->id );
        if( description.isNull() || description.isEmpty() )
            m_ui->groupToolDescription->hide();
        else
        {
            m_ui->groupToolDescription->show();
            m_ui->labelToolDescription->setText( description );
            m_ui->labelToolDescription->setEnabled( true );

            QVector<QString> acceptedTypes;
            m_SelectedTool->plugin->acceptedDataTypes( m_SelectedTool->id, acceptedTypes );
            if( acceptedTypes.empty() )
                m_ui->labelToolDescription->setToolTip( "" );
            else
            {
                QString toolTip = "Accepted items:";
                foreach( QString t, acceptedTypes )
                    toolTip += QString("\n") + t;
                m_ui->labelToolDescription->setToolTip( toolTip );
            }
        }

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        if( !m_SelectedTool->param->IsEmpty() )
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        {
            m_SelectedToolParam = m_SelectedTool->param;
            m_SelectedToolParam->show();
        }

        m_LastUsedInCategory[m_SelectedCategory] = n;
    }
    else
    {
        m_ui->groupToolDescription->hide();
        m_SelectedTool = NULL;
    }
}


void AlgorithmSelector::emitApplySignal()
{
	if( m_SelectedTool )
	{
		m_ActionId = QString();
		emit askItemsToApplyToolOn();
	}
}


void AlgorithmSelector::emitActionSignal()
{
    m_ActionId = QString();
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    foreach( UIParamAction* act, m_SelectedTool->param->GetActions() )
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        if( act->Widget() == (QPushButton*)sender() )
            m_ActionId = act->Id();
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    if( !m_ActionId.isNull() )
        emit askItemsToApplyToolOn();
}


void AlgorithmSelector::applyCurrentToolOn( const QList<GenericUIData*> &items,
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                                            UIMainWindow *mainwin,
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                                            GLViewer *glviewer,
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                                            UIProject *project )
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{
    if( m_SelectedTool )
    {
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        UIContext ctx;
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        ctx.mainwin        = mainwin;
        ctx.glviewer       = glviewer;
        ctx.project        = project;

        QVector<QString> acceptedTypes;
        m_SelectedTool->plugin->acceptedDataTypes( m_SelectedTool->id, acceptedTypes );
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        UIToolDataSet dataSet;
        dataSet.items.resize( acceptedTypes.size() );
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        foreach( GenericUIData *m, items )
            for( int k=0; k<acceptedTypes.size(); ++k )
                if( m->GetTypeString() == acceptedTypes[k] )
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                    dataSet.items[k].push_back( m );
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        unsigned int nProgressBars = m_SelectedTool->plugin->needProgressBars( m_SelectedTool->id );
        UIMultiProgressDialog *progressDlg = NULL;
        if( nProgressBars > 0 )
        {
            progressDlg = new UIMultiProgressDialog( nProgressBars, mainwin );
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            progressDlg->setWindowTitle( m_SelectedTool->plugin->name(m_SelectedTool->id) );
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            connect( m_SelectedTool->plugin, SIGNAL(notifyProgressBar(unsigned int,QString,int)), progressDlg, SLOT(setBar(unsigned int,QString,int)) );
            connect( m_SelectedTool->plugin, SIGNAL(notifyProgressValue(unsigned int,int)), progressDlg, SLOT(setProgress(unsigned int,int)) );
        }

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        bool executionOk;
        if( m_ActionId.isNull() )
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            executionOk = m_SelectedTool->plugin->exec( m_SelectedTool->id, dataSet, *m_SelectedToolParam, ctx );
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        else
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            executionOk = m_SelectedTool->plugin->execAction( m_SelectedTool->id, m_ActionId, dataSet, *m_SelectedToolParam, ctx );
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        if( progressDlg )
        {
            progressDlg->close();
            progressDlg->deleteLater();
        }

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        emit toolExecutionFinished( executionOk );
    }
}