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sethLabels/glabels/TemplateDesigner.cpp
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/* TemplateDesigner.cpp
*
* Copyright (C) 2018 Jim Evins <evins@snaught.com>
*
* This file is part of gLabels-qt.
*
* gLabels-qt 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.
*
* gLabels-qt 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 gLabels-qt. If not, see <http://www.gnu.org/licenses/>.
*/
#include "TemplateDesigner.h"
#include "SelectProductDialog.h"
#include "model/Db.h"
#include "model/Distance.h"
#include "model/FrameCd.h"
#include "model/FrameEllipse.h"
#include "model/FrameRect.h"
#include "model/FrameRound.h"
#include "model/Markup.h"
#include "model/Model.h"
#include "model/PageRenderer.h"
#include "model/Settings.h"
#include <QMessageBox>
#include <QPrintDialog>
#include <QPrinter>
#include <QVBoxLayout>
#include <QtDebug>
#include <algorithm>
#include <iostream>
namespace glabels
{
//
// Private types and constants
//
namespace
{
enum PageId
{
IntroPageId,
NamePageId,
PageSizePageId,
ShapePageId,
RectPageId,
RoundPageId,
EllipsePageId,
CdPageId,
NLayoutsPageId,
OneLayoutPageId,
TwoLayoutPageId,
ApplyPageId
};
const QString defaultPageSize[] =
{
/* ISO */ "A4",
/* US */ "US Letter"
};
const double maxPageSize[] =
{
/* PT */ 5000,
/* IN */ 70,
/* MM */ 1800,
/* CM */ 180,
/* PC */ 420
};
const model::Distance defaultMargin = model::Distance::in(0.125);
const model::Distance defaultWaste = model::Distance::in(0);
const model::Distance defaultRectW = model::Distance::in(3.5);
const model::Distance defaultRectH = model::Distance::in(2.0);
const model::Distance defaultRectR = model::Distance::in(0);
const model::Distance defaultRoundR = model::Distance::in(0.75);
const model::Distance defaultEllipseW = model::Distance::in(3.5);
const model::Distance defaultEllipseH = model::Distance::in(2.0);
const model::Distance defaultCdR1 = model::Distance::in(2.3125);
const model::Distance defaultCdR2 = model::Distance::in(0.8125);
const model::Distance defaultCdClip = model::Distance::in(0);
}
///
/// Constructor
///
TemplateDesigner::TemplateDesigner( QWidget* parent )
: mIsBasedOnCopy(false), QWizard(parent)
{
setWindowTitle( tr("Product Template Designer") );
setPixmap( QWizard::LogoPixmap, QPixmap( ":icons/apps/48x48/glabels.svg" ) );
setWizardStyle( QWizard::ModernStyle );
setOption( QWizard::IndependentPages, false );
setOption( QWizard::NoBackButtonOnStartPage, true );
setPage( IntroPageId, new TemplateDesignerIntroPage() );
setPage( NamePageId, new TemplateDesignerNamePage() );
setPage( PageSizePageId, new TemplateDesignerPageSizePage() );
setPage( ShapePageId, new TemplateDesignerShapePage() );
setPage( RectPageId, new TemplateDesignerRectPage() );
setPage( RoundPageId, new TemplateDesignerRoundPage() );
setPage( EllipsePageId, new TemplateDesignerEllipsePage() );
setPage( CdPageId, new TemplateDesignerCdPage() );
setPage( NLayoutsPageId, new TemplateDesignerNLayoutsPage() );
setPage( OneLayoutPageId, new TemplateDesignerOneLayoutPage() );
setPage( TwoLayoutPageId, new TemplateDesignerTwoLayoutPage() );
setPage( ApplyPageId, new TemplateDesignerApplyPage() );
}
///
/// Control wizard's non-linear page order
///
int TemplateDesigner::nextId() const
{
switch (currentId())
{
case IntroPageId:
return NamePageId;
case NamePageId:
return PageSizePageId;
case PageSizePageId:
return ShapePageId;
case ShapePageId:
if ( field( "shape.rect" ).toBool() )
{
return RectPageId;
}
else if ( field( "shape.round" ).toBool() )
{
return RoundPageId;
}
else if ( field( "shape.ellipse" ).toBool() )
{
return EllipsePageId;
}
else
{
return CdPageId;
}
case RectPageId:
return NLayoutsPageId;
case RoundPageId:
return NLayoutsPageId;
case EllipsePageId:
return NLayoutsPageId;
case CdPageId:
return NLayoutsPageId;
case NLayoutsPageId:
if ( field( "nLayouts.one" ).toBool() )
{
return OneLayoutPageId;
}
else
{
return TwoLayoutPageId;
}
case OneLayoutPageId:
return ApplyPageId;
case TwoLayoutPageId:
return ApplyPageId;
case ApplyPageId:
default:
return -1;
}
}
///
/// Determine width of individual item
///
double TemplateDesigner::itemWidth()
{
// Note: all distance units are the same in wizard, so no conversions needed
if ( field( "shape.rect" ).toBool() )
{
return field( "rect.w" ).toDouble();
}
else if ( field( "shape.round" ).toBool() )
{
return 2 * field( "round.r" ).toDouble();
}
else if ( field( "shape.ellipse" ).toBool() )
{
return field( "ellipse.w" ).toDouble();
}
else
{
if ( field( "cd.xClip" ).toDouble() == 0 )
{
return 2 * field( "cd.r1" ).toDouble();
}
else
{
return field( "cd.xClip" ).toDouble();
}
}
}
///
/// Determine height of individual item
///
double TemplateDesigner::itemHeight()
{
// Note: all distance units are the same in wizard, so no conversions needed
if ( field( "shape.rect" ).toBool() )
{
return field( "rect.h" ).toDouble();
}
else if ( field( "shape.round" ).toBool() )
{
return 2 * field( "round.r" ).toDouble();
}
else if ( field( "shape.ellipse" ).toBool() )
{
return field( "ellipse.h" ).toDouble();
}
else
{
if ( field( "cd.xClip" ).toDouble() == 0 )
{
return 2 * field( "cd.r1" ).toDouble();
}
else
{
return field( "cd.yClip" ).toDouble();
}
}
}
///
/// Determine X Waste of individual item
///
double TemplateDesigner::itemXWaste()
{
// Note: all distance units are the same in wizard, so no conversions needed
if ( field( "shape.rect" ).toBool() )
{
return field( "rect.xWaste" ).toDouble();
}
else if ( field( "shape.round" ).toBool() )
{
return 2 * field( "round.waste" ).toDouble();
}
else if ( field( "shape.ellipse" ).toBool() )
{
return field( "ellipse.waste" ).toDouble();
}
else
{
return field( "cd.waste" ).toDouble();
}
}
///
/// Determine Y Waste of individual item
///
double TemplateDesigner::itemYWaste()
{
// Note: all distance units are the same in wizard, so no conversions needed
if ( field( "shape.rect" ).toBool() )
{
return field( "rect.yWaste" ).toDouble();
}
else if ( field( "shape.round" ).toBool() )
{
return 2 * field( "round.waste" ).toDouble();
}
else if ( field( "shape.ellipse" ).toBool() )
{
return field( "ellipse.waste" ).toDouble();
}
else
{
return field( "cd.waste" ).toDouble();
}
}
///
/// Build template from wizard pages
///
model::Template* TemplateDesigner::buildTemplate()
{
model::Units units = model::Settings::units();
QString brand = field( "name.brand" ).toString();
QString part = field( "name.part" ).toString();
QString description = field( "name.description" ).toString();
QString paperId = model::Db::lookupPaperIdFromName( field( "pageSize.pageSize" ).toString() );
model::Distance pageW( field( "pageSize.w" ).toDouble(), units );
model::Distance pageH( field( "pageSize.h" ).toDouble(), units );
auto t = new model::Template( brand, part, description, paperId, pageW, pageH, true );
model::Frame* frame;
if ( field( "shape.rect" ).toBool() )
{
model::Distance w( field( "rect.w" ).toDouble(), units );
model::Distance h( field( "rect.h" ).toDouble(), units );
model::Distance r( field( "rect.r" ).toDouble(), units );
model::Distance xWaste( field( "rect.xWaste" ).toDouble(), units );
model::Distance yWaste( field( "rect.yWaste" ).toDouble(), units );
model::Distance margin( field( "rect.margin" ).toDouble(), units );
frame = new model::FrameRect( w, h, r, xWaste, yWaste );
frame->addMarkup( new model::MarkupMargin( frame, margin ) );
}
else if ( field( "shape.round" ).toBool() )
{
model::Distance r( field( "round.r" ).toDouble(), units );
model::Distance waste( field( "round.waste" ).toDouble(), units );
model::Distance margin( field( "round.margin" ).toDouble(), units );
frame = new model::FrameRound( r, waste );
frame->addMarkup( new model::MarkupMargin( frame, margin ) );
}
else if ( field( "shape.ellipse" ).toBool() )
{
model::Distance w( field( "ellipse.w" ).toDouble(), units );
model::Distance h( field( "ellipse.h" ).toDouble(), units );
model::Distance waste( field( "ellipse.waste" ).toDouble(), units );
model::Distance margin( field( "ellipse.margin" ).toDouble(), units );
frame = new model::FrameEllipse( w, h, waste );
frame->addMarkup( new model::MarkupMargin( frame, margin ) );
}
else
{
model::Distance r1( field( "cd.r1" ).toDouble(), units );
model::Distance r2( field( "cd.r2" ).toDouble(), units );
model::Distance xClip( field( "cd.xClip" ).toDouble(), units );
model::Distance yClip( field( "cd.yClip" ).toDouble(), units );
model::Distance waste( field( "cd.waste" ).toDouble(), units );
model::Distance margin( field( "cd.margin" ).toDouble(), units );
frame = new model::FrameCd( r1, r2, xClip, yClip, waste );
frame->addMarkup( new model::MarkupMargin( frame, margin ) );
}
t->addFrame( frame );
if ( field( "nLayouts.one" ).toBool() )
{
int nx = field( "oneLayout.nx" ).toInt();
int ny = field( "oneLayout.ny" ).toInt();
model::Distance x0( field( "oneLayout.x0" ).toDouble(), units );
model::Distance y0( field( "oneLayout.y0" ).toDouble(), units );
model::Distance dx( field( "oneLayout.dx" ).toDouble(), units );
model::Distance dy( field( "oneLayout.dy" ).toDouble(), units );
frame->addLayout( new model::Layout( nx, ny, x0, y0, dx, dy ) );
}
else
{
int nx1 = field( "twoLayout.nx1" ).toInt();
int ny1 = field( "twoLayout.ny1" ).toInt();
model::Distance x01( field( "twoLayout.x01" ).toDouble(), units );
model::Distance y01( field( "twoLayout.y01" ).toDouble(), units );
model::Distance dx1( field( "twoLayout.dx1" ).toDouble(), units );
model::Distance dy1( field( "twoLayout.dy1" ).toDouble(), units );
int nx2 = field( "twoLayout.nx2" ).toInt();
int ny2 = field( "twoLayout.ny2" ).toInt();
model::Distance x02( field( "twoLayout.x02" ).toDouble(), units );
model::Distance y02( field( "twoLayout.y02" ).toDouble(), units );
model::Distance dx2( field( "twoLayout.dx2" ).toDouble(), units );
model::Distance dy2( field( "twoLayout.dy2" ).toDouble(), units );
frame->addLayout( new model::Layout( nx1, ny1, x01, y01, dx1, dy1 ) );
frame->addLayout( new model::Layout( nx2, ny2, x02, y02, dx2, dy2 ) );
}
return t;
}
///
/// Print test sheet
///
void TemplateDesigner::printTestSheet()
{
auto sheet = new model::Model();
sheet->setTmplate( buildTemplate() );
model::PageRenderer renderer( sheet );
renderer.setNCopies( sheet->frame()->nLabels() );
renderer.setStartLabel( 0 );
renderer.setPrintOutlines( true );
QPrinter printer( QPrinter::HighResolution );
QPrintDialog printDialog( &printer, this );
printDialog.setOption( QAbstractPrintDialog::PrintToFile, true );
printDialog.setOption( QAbstractPrintDialog::PrintSelection, false );
printDialog.setOption( QAbstractPrintDialog::PrintPageRange, false );
printDialog.setOption( QAbstractPrintDialog::PrintShowPageSize, true );
printDialog.setOption( QAbstractPrintDialog::PrintCollateCopies, false );
printDialog.setOption( QAbstractPrintDialog::PrintCurrentPage, false );
if ( printDialog.exec() == QDialog::Accepted )
{
renderer.print( &printer );
}
delete sheet;
}
///
/// Load wizard from template
///
void TemplateDesigner::loadFromTemplate( const model::Template* tmplate )
{
mIsBasedOnCopy = true;
model::Units units = model::Settings::units();
setField( "name.brand", tmplate->brand() );
setField( "name.part", tmplate->part() + QString(" (%1)").arg( tr("Copy") ) );
setField( "name.description", tmplate->description() );
setField( "pageSize.pageSize", model::Db::lookupPaperNameFromId( tmplate->paperId() ) );
setField( "pageSize.w", tmplate->pageWidth().inUnits( units ) );
setField( "pageSize.h", tmplate->pageHeight().inUnits( units ) );
const model::Frame* frame = tmplate->frames().first();
if ( auto frameRect = dynamic_cast<const model::FrameRect*>( frame ) )
{
setField( "shape.rect", true );
setField( "rect.w", frameRect->w().inUnits( units ) );
setField( "rect.h", frameRect->h().inUnits( units ) );
setField( "rect.r", frameRect->r().inUnits( units ) );
setField( "rect.xWaste", frameRect->xWaste().inUnits( units ) );
setField( "rect.yWaste", frameRect->yWaste().inUnits( units ) );
}
else if ( auto frameRound = dynamic_cast<const model::FrameRound*>( frame ) )
{
setField( "shape.round", true );
setField( "round.r", frameRound->r().inUnits( units ) );
setField( "round.waste", frameRound->waste().inUnits( units ) );
}
else if ( auto frameEllipse = dynamic_cast<const model::FrameEllipse*>( frame ) )
{
setField( "shape.ellipse", true );
setField( "ellipse.w", frameEllipse->w().inUnits( units ) );
setField( "ellipse.h", frameEllipse->h().inUnits( units ) );
setField( "ellipse.waste", frameEllipse->waste().inUnits( units ) );
}
else if ( auto frameCd = dynamic_cast<const model::FrameCd*>( frame ) )
{
setField( "shape.cd", true );
setField( "cd.r1", frameCd->r1().inUnits( units ) );
setField( "cd.r2", frameCd->r2().inUnits( units ) );
setField( "cd.xClip", frameCd->w().inUnits( units ) );
setField( "cd.yClip", frameCd->h().inUnits( units ) );
setField( "cd.waste", frameCd->waste().inUnits( units ) );
}
foreach( auto markup, frame->markups() )
{
if ( auto markupMargin = dynamic_cast<const model::MarkupMargin*>( markup ) )
{
setField( "rect.margin", markupMargin->size().inUnits( units ) );
setField( "round.margin", markupMargin->size().inUnits( units ) );
setField( "ellipse.margin", markupMargin->size().inUnits( units ) );
setField( "cd.margin", markupMargin->size().inUnits( units ) );
}
}
QList<model::Layout*> layouts = frame->layouts();
if ( layouts.size() == 1 )
{
setField( "oneLayout.nx", layouts[0]->nx() );
setField( "oneLayout.ny", layouts[0]->ny() );
setField( "oneLayout.x0", layouts[0]->x0().inUnits( units ) );
setField( "oneLayout.y0", layouts[0]->y0().inUnits( units ) );
setField( "oneLayout.dx", layouts[0]->dx().inUnits( units ) );
setField( "oneLayout.dy", layouts[0]->dy().inUnits( units ) );
}
else if ( layouts.size() > 1 )
{
setField( "twoLayout.nx1", layouts[0]->nx() );
setField( "twoLayout.ny1", layouts[0]->ny() );
setField( "twoLayout.x01", layouts[0]->x0().inUnits( units ) );
setField( "twoLayout.y01", layouts[0]->y0().inUnits( units ) );
setField( "twoLayout.dx1", layouts[0]->dx().inUnits( units ) );
setField( "twoLayout.dy1", layouts[0]->dy().inUnits( units ) );
setField( "twoLayout.nx2", layouts[1]->nx() );
setField( "twoLayout.ny2", layouts[1]->ny() );
setField( "twoLayout.x02", layouts[1]->x0().inUnits( units ) );
setField( "twoLayout.y02", layouts[1]->y0().inUnits( units ) );
setField( "twoLayout.dx2", layouts[1]->dx().inUnits( units ) );
setField( "twoLayout.dy2", layouts[1]->dy().inUnits( units ) );
}
}
///
/// Is the wizard based on a copy?
///
bool TemplateDesigner::isBasedOnCopy()
{
return mIsBasedOnCopy;
}
///
/// Intro Page
///
TemplateDesignerIntroPage::TemplateDesignerIntroPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Welcome") );
setSubTitle( tr("Welcome to the gLabels Product Template Designer.") );
setPixmap( QWizard::WatermarkPixmap, QPixmap( ":images/TemplateDesigner/wizard-banner.png" ) );
QWidget* widget = new QWidget;
setupUi( widget );
connect( copyButton, &QCommandLinkButton::clicked, this, &TemplateDesignerIntroPage::onCopyButtonClicked );
connect( newButton, &QCommandLinkButton::clicked, this, &TemplateDesignerIntroPage::onNewButtonClicked );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
bool TemplateDesignerIntroPage::isComplete() const
{
// Use CommandLinkButtons on intro page to advance
return false;
}
void TemplateDesignerIntroPage::onCopyButtonClicked()
{
SelectProductDialog dialog;
dialog.exec();
const model::Template* tmplate = dialog.tmplate();
if ( tmplate )
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
td->loadFromTemplate( tmplate );
td->next();
}
}
}
void TemplateDesignerIntroPage::onNewButtonClicked()
{
wizard()->next();
}
///
/// Name and Description Page
///
TemplateDesignerNamePage::TemplateDesignerNamePage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Name and Description") );
setSubTitle( tr("Please enter the following identifying information about the product.") );
QWidget* widget = new QWidget;
setupUi( widget );
warningLabel->setText( "" );
registerField( "name.brand", brandEntry );
registerField( "name.part", partEntry );
registerField( "name.description", descriptionEntry );
connect( brandEntry, &QLineEdit::textChanged, this, &TemplateDesignerNamePage::onChanged );
connect( partEntry, &QLineEdit::textChanged, this, &TemplateDesignerNamePage::onChanged );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
bool TemplateDesignerNamePage::isComplete() const
{
return mCanContinue;
}
void TemplateDesignerNamePage::onChanged()
{
bool isDuplicate = model::Db::isSystemTemplateKnown( brandEntry->text(), partEntry->text() );
if ( isDuplicate )
{
QString warningText = tr("Brand and part number match an existing built-in product template!");
warningLabel->setText( "<b style='color:red'>" + warningText + "</b>" );
}
else
{
warningLabel->setText( "" );
}
mCanContinue = !brandEntry->text().isEmpty() && !partEntry->text().isEmpty() && !isDuplicate;
emit completeChanged();
}
///
/// Page Size Page
///
TemplateDesignerPageSizePage::TemplateDesignerPageSizePage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Page Size") );
setSubTitle( tr("Please select the product page size.") );
QWidget* widget = new QWidget;
setupUi( widget );
pageSizeCombo->insertItem( 0, tr("Other") );
pageSizeCombo->insertItems( 1, model::Db::paperNames() );
pageSizeCombo->setCurrentText( defaultPageSize[ model::Settings::preferedPageSizeFamily() ] );
wSpin->setSuffix( " " + model::Settings::units().toTrName() );
wSpin->setDecimals( model::Settings::units().resolutionDigits() );
wSpin->setSingleStep( model::Settings::units().resolution() );
wSpin->setMaximum( maxPageSize[ model::Settings::units().toEnum() ] );
wSpin->setEnabled( pageSizeCombo->currentText() == tr("Other") );
hSpin->setSuffix( " " + model::Settings::units().toTrName() );
hSpin->setDecimals( model::Settings::units().resolutionDigits() );
hSpin->setSingleStep( model::Settings::units().resolution() );
hSpin->setMaximum( maxPageSize[ model::Settings::units().toEnum() ] );
hSpin->setEnabled( pageSizeCombo->currentText() == tr("Other") );
if ( pageSizeCombo->currentText() != tr("Other") )
{
const model::Paper* paper = model::Db::lookupPaperFromName( pageSizeCombo->currentText() );
wSpin->setValue( paper->width().inUnits( model::Settings::units() ) );
hSpin->setValue( paper->height().inUnits( model::Settings::units() ) );
}
registerField( "pageSize.pageSize", pageSizeCombo, "currentText" );
registerField( "pageSize.w", wSpin, "value" );
registerField( "pageSize.h", hSpin, "value" );
connect( pageSizeCombo, &QComboBox::currentTextChanged, this, &TemplateDesignerPageSizePage::onComboChanged );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerPageSizePage::initializePage()
{
}
void TemplateDesignerPageSizePage::cleanupPage()
{
// Leave current settings alone
}
void TemplateDesignerPageSizePage::onComboChanged()
{
if ( pageSizeCombo->currentText() != tr("Other") )
{
const model::Paper* paper = model::Db::lookupPaperFromName( pageSizeCombo->currentText() );
wSpin->setValue( paper->width().inUnits( model::Settings::units() ) );
hSpin->setValue( paper->height().inUnits( model::Settings::units() ) );
}
wSpin->setEnabled( pageSizeCombo->currentText() == tr("Other") );
hSpin->setEnabled( pageSizeCombo->currentText() == tr("Other") );
}
///
/// Shape Page
///
TemplateDesignerShapePage::TemplateDesignerShapePage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Product Shape") );
setSubTitle( tr("Please select the basic product shape.") );
QWidget* widget = new QWidget;
setupUi( widget );
registerField( "shape.rect", rectRadio );
registerField( "shape.round", roundRadio );
registerField( "shape.ellipse", ellipseRadio );
registerField( "shape.cd", cdRadio );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerShapePage::initializePage()
{
}
void TemplateDesignerShapePage::cleanupPage()
{
// Leave current settings alone
}
///
/// Rectangular Product Page
///
TemplateDesignerRectPage::TemplateDesignerRectPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Product Size") );
setSubTitle( tr("Please adjust the size parameters of a single product item.") );
QWidget* widget = new QWidget;
setupUi( widget );
wSpin->setSuffix( " " + model::Settings::units().toTrName() );
wSpin->setDecimals( model::Settings::units().resolutionDigits() );
wSpin->setSingleStep( model::Settings::units().resolution() );
hSpin->setSuffix( " " + model::Settings::units().toTrName() );
hSpin->setDecimals( model::Settings::units().resolutionDigits() );
hSpin->setSingleStep( model::Settings::units().resolution() );
rSpin->setSuffix( " " + model::Settings::units().toTrName() );
rSpin->setDecimals( model::Settings::units().resolutionDigits() );
rSpin->setSingleStep( model::Settings::units().resolution() );
xWasteSpin->setSuffix( " " + model::Settings::units().toTrName() );
xWasteSpin->setDecimals( model::Settings::units().resolutionDigits() );
xWasteSpin->setSingleStep( model::Settings::units().resolution() );
yWasteSpin->setSuffix( " " + model::Settings::units().toTrName() );
yWasteSpin->setDecimals( model::Settings::units().resolutionDigits() );
yWasteSpin->setSingleStep( model::Settings::units().resolution() );
marginSpin->setSuffix( " " + model::Settings::units().toTrName() );
marginSpin->setDecimals( model::Settings::units().resolutionDigits() );
marginSpin->setSingleStep( model::Settings::units().resolution() );
registerField( "rect.w", wSpin, "value" );
registerField( "rect.h", hSpin, "value" );
registerField( "rect.r", rSpin, "value" );
registerField( "rect.xWaste", xWasteSpin, "value" );
registerField( "rect.yWaste", yWasteSpin, "value" );
registerField( "rect.margin", marginSpin, "value" );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerRectPage::initializePage()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
// set realistic limits based on previously chosen page size
double wMax = field("pageSize.w").toDouble();
double hMax = field("pageSize.h").toDouble();
wSpin->setMaximum( wMax );
hSpin->setMaximum( hMax );
rSpin->setMaximum( std::min(wMax,hMax)/2.0 );
xWasteSpin->setMaximum( std::min(wMax,hMax)/4.0 );
yWasteSpin->setMaximum( std::min(wMax,hMax)/4.0 );
marginSpin->setMaximum( std::min(wMax,hMax)/4.0 );
static bool alreadyInitialized = false;
if ( !td->isBasedOnCopy() && !alreadyInitialized )
{
alreadyInitialized = true;
// Set some realistic defaults
wSpin->setValue( defaultRectW.inUnits( model::Settings::units() ) );
hSpin->setValue( defaultRectH.inUnits( model::Settings::units() ) );
rSpin->setValue( defaultRectR.inUnits( model::Settings::units() ) );
xWasteSpin->setValue( defaultWaste.inUnits( model::Settings::units() ) );
yWasteSpin->setValue( defaultWaste.inUnits( model::Settings::units() ) );
marginSpin->setValue( defaultMargin.inUnits( model::Settings::units() ) );
}
}
}
void TemplateDesignerRectPage::cleanupPage()
{
// Leave current settings alone
}
///
/// Round Product Page
///
TemplateDesignerRoundPage::TemplateDesignerRoundPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Product Size") );
setSubTitle( tr("Please adjust the size parameters of a single product item.") );
QWidget* widget = new QWidget;
setupUi( widget );
rSpin->setSuffix( " " + model::Settings::units().toTrName() );
rSpin->setDecimals( model::Settings::units().resolutionDigits() );
rSpin->setSingleStep( model::Settings::units().resolution() );
wasteSpin->setSuffix( " " + model::Settings::units().toTrName() );
wasteSpin->setDecimals( model::Settings::units().resolutionDigits() );
wasteSpin->setSingleStep( model::Settings::units().resolution() );
marginSpin->setSuffix( " " + model::Settings::units().toTrName() );
marginSpin->setDecimals( model::Settings::units().resolutionDigits() );
marginSpin->setSingleStep( model::Settings::units().resolution() );
registerField( "round.r", rSpin, "value" );
registerField( "round.waste", wasteSpin, "value" );
registerField( "round.margin", marginSpin, "value" );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerRoundPage::initializePage()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
// set realistic limits based on previously chosen page size
double wMax = field("pageSize.w").toDouble();
double hMax = field("pageSize.h").toDouble();
rSpin->setMaximum( std::min(wMax,hMax)/2.0 );
wasteSpin->setMaximum( std::min(wMax,hMax)/4.0 );
marginSpin->setMaximum( std::min(wMax,hMax)/4.0 );
static bool alreadyInitialized = false;
if ( !td->isBasedOnCopy() && !alreadyInitialized )
{
alreadyInitialized = true;
// Set some realistic defaults
rSpin->setValue( defaultRoundR.inUnits( model::Settings::units() ) );
wasteSpin->setValue( defaultWaste.inUnits( model::Settings::units() ) );
marginSpin->setValue( defaultMargin.inUnits( model::Settings::units() ) );
}
}
}
void TemplateDesignerRoundPage::cleanupPage()
{
// Leave current settings alone
}
///
/// Elliptical Product Page
///
TemplateDesignerEllipsePage::TemplateDesignerEllipsePage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Product Size") );
setSubTitle( tr("Please adjust the size parameters of a single product item.") );
QWidget* widget = new QWidget;
setupUi( widget );
wSpin->setSuffix( " " + model::Settings::units().toTrName() );
wSpin->setDecimals( model::Settings::units().resolutionDigits() );
wSpin->setSingleStep( model::Settings::units().resolution() );
hSpin->setSuffix( " " + model::Settings::units().toTrName() );
hSpin->setDecimals( model::Settings::units().resolutionDigits() );
hSpin->setSingleStep( model::Settings::units().resolution() );
wasteSpin->setSuffix( " " + model::Settings::units().toTrName() );
wasteSpin->setDecimals( model::Settings::units().resolutionDigits() );
wasteSpin->setSingleStep( model::Settings::units().resolution() );
marginSpin->setSuffix( " " + model::Settings::units().toTrName() );
marginSpin->setDecimals( model::Settings::units().resolutionDigits() );
marginSpin->setSingleStep( model::Settings::units().resolution() );
registerField( "ellipse.w", wSpin, "value" );
registerField( "ellipse.h", hSpin, "value" );
registerField( "ellipse.waste", wasteSpin, "value" );
registerField( "ellipse.margin", marginSpin, "value" );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerEllipsePage::initializePage()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
// set realistic limits based on previously chosen page size
double wMax = field("pageSize.w").toDouble();
double hMax = field("pageSize.h").toDouble();
wSpin->setMaximum( wMax );
hSpin->setMaximum( hMax );
wasteSpin->setMaximum( std::min(wMax,hMax)/4.0 );
marginSpin->setMaximum( std::min(wMax,hMax)/4.0 );
static bool alreadyInitialized = false;
if ( !td->isBasedOnCopy() && !alreadyInitialized )
{
alreadyInitialized = true;
// Set some realistic defaults
wSpin->setValue( defaultEllipseW.inUnits( model::Settings::units() ) );
hSpin->setValue( defaultEllipseH.inUnits( model::Settings::units() ) );
wasteSpin->setValue( defaultWaste.inUnits( model::Settings::units() ) );
marginSpin->setValue( defaultMargin.inUnits( model::Settings::units() ) );
}
}
}
void TemplateDesignerEllipsePage::cleanupPage()
{
// Leave current settings alone
}
///
/// CD/DVD Product Page
///
TemplateDesignerCdPage::TemplateDesignerCdPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Product Size") );
setSubTitle( tr("Please adjust the size parameters of a single product item.") );
QWidget* widget = new QWidget;
setupUi( widget );
r1Spin->setSuffix( " " + model::Settings::units().toTrName() );
r1Spin->setDecimals( model::Settings::units().resolutionDigits() );
r1Spin->setSingleStep( model::Settings::units().resolution() );
r2Spin->setSuffix( " " + model::Settings::units().toTrName() );
r2Spin->setDecimals( model::Settings::units().resolutionDigits() );
r2Spin->setSingleStep( model::Settings::units().resolution() );
xClipSpin->setSuffix( " " + model::Settings::units().toTrName() );
xClipSpin->setDecimals( model::Settings::units().resolutionDigits() );
xClipSpin->setSingleStep( model::Settings::units().resolution() );
yClipSpin->setSuffix( " " + model::Settings::units().toTrName() );
yClipSpin->setDecimals( model::Settings::units().resolutionDigits() );
yClipSpin->setSingleStep( model::Settings::units().resolution() );
wasteSpin->setSuffix( " " + model::Settings::units().toTrName() );
wasteSpin->setDecimals( model::Settings::units().resolutionDigits() );
wasteSpin->setSingleStep( model::Settings::units().resolution() );
marginSpin->setSuffix( " " + model::Settings::units().toTrName() );
marginSpin->setDecimals( model::Settings::units().resolutionDigits() );
marginSpin->setSingleStep( model::Settings::units().resolution() );
registerField( "cd.r1", r1Spin, "value" );
registerField( "cd.r2", r2Spin, "value" );
registerField( "cd.xClip", xClipSpin, "value" );
registerField( "cd.yClip", yClipSpin, "value" );
registerField( "cd.waste", wasteSpin, "value" );
registerField( "cd.margin", marginSpin, "value" );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerCdPage::initializePage()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
// set realistic limits based on previously chosen page size
double wMax = field("pageSize.w").toDouble();
double hMax = field("pageSize.h").toDouble();
r1Spin->setMaximum( std::min(wMax,hMax)/2.0 );
r2Spin->setMaximum( std::min(wMax,hMax)/4.0 );
xClipSpin->setMaximum( std::min(wMax,hMax)/4.0 );
yClipSpin->setMaximum( std::min(wMax,hMax)/4.0 );
wasteSpin->setMaximum( std::min(wMax,hMax)/4.0 );
marginSpin->setMaximum( std::min(wMax,hMax)/4.0 );
static bool alreadyInitialized = false;
if ( !td->isBasedOnCopy() && !alreadyInitialized )
{
alreadyInitialized = true;
// Set some realistic defaults
r1Spin->setValue( defaultCdR1.inUnits( model::Settings::units() ) );
r2Spin->setValue( defaultCdR2.inUnits( model::Settings::units() ) );
xClipSpin->setValue( defaultCdClip.inUnits( model::Settings::units() ) );
yClipSpin->setValue( defaultCdClip.inUnits( model::Settings::units() ) );
wasteSpin->setValue( defaultWaste.inUnits( model::Settings::units() ) );
marginSpin->setValue( defaultMargin.inUnits( model::Settings::units() ) );
}
}
}
void TemplateDesignerCdPage::cleanupPage()
{
// Leave current settings alone
}
///
/// Number of Layouts Page
///
TemplateDesignerNLayoutsPage::TemplateDesignerNLayoutsPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Number of Layouts") );
setSubTitle( tr("Please select the number of layouts required.") );
QWidget* widget = new QWidget;
setupUi( widget );
registerField( "nLayouts.one", oneLayoutRadio );
registerField( "nLayouts.two", twoLayoutsRadio );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerNLayoutsPage::initializePage()
{
}
void TemplateDesignerNLayoutsPage::cleanupPage()
{
// Leave current settings alone
}
///
/// One Layout Page
///
TemplateDesignerOneLayoutPage::TemplateDesignerOneLayoutPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Layout") );
setSubTitle( tr("Please enter parameters for your single layout.") );
QWidget* widget = new QWidget;
setupUi( widget );
x0Spin->setSuffix( " " + model::Settings::units().toTrName() );
x0Spin->setDecimals( model::Settings::units().resolutionDigits() );
x0Spin->setSingleStep( model::Settings::units().resolution() );
y0Spin->setSuffix( " " + model::Settings::units().toTrName() );
y0Spin->setDecimals( model::Settings::units().resolutionDigits() );
y0Spin->setSingleStep( model::Settings::units().resolution() );
dxSpin->setSuffix( " " + model::Settings::units().toTrName() );
dxSpin->setDecimals( model::Settings::units().resolutionDigits() );
dxSpin->setSingleStep( model::Settings::units().resolution() );
dySpin->setSuffix( " " + model::Settings::units().toTrName() );
dySpin->setDecimals( model::Settings::units().resolutionDigits() );
dySpin->setSingleStep( model::Settings::units().resolution() );
registerField( "oneLayout.nx", nxSpin );
registerField( "oneLayout.ny", nySpin );
registerField( "oneLayout.x0", x0Spin, "value" );
registerField( "oneLayout.y0", y0Spin, "value" );
registerField( "oneLayout.dx", dxSpin, "value" );
registerField( "oneLayout.dy", dySpin, "value" );
connect( nxSpin, SIGNAL(valueChanged(int)), this, SLOT(onChanged()) );
connect( nySpin, SIGNAL(valueChanged(int)), this, SLOT(onChanged()) );
connect( x0Spin, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( y0Spin, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( dxSpin, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( dySpin, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( printButton, SIGNAL(clicked()), this, SLOT(onPrintButtonClicked()) );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerOneLayoutPage::initializePage()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
// set realistic limits based on previously chosen values
double pageW = field("pageSize.w").toDouble();
double pageH = field("pageSize.h").toDouble();
double w = td->itemWidth();
double h = td->itemHeight();
double xWaste = td->itemXWaste();
double yWaste = td->itemYWaste();
int nxMax = std::max( pageW/(w + 2*xWaste), 1.0 );
int nyMax = std::max( pageH/(h + 2*yWaste), 1.0 );
double x0Min = xWaste;
double x0Max = pageW - w - 2*xWaste;
double y0Min = yWaste;
double y0Max = pageH - h - 2*yWaste;
double dxMin = w + 2*xWaste;
double dxMax = pageW - w - 2*xWaste;
double dyMin = h + 2*yWaste;
double dyMax = pageH - h - 2*yWaste;
nxSpin->setRange( 1, nxMax );
nySpin->setRange( 1, nyMax );
x0Spin->setRange( x0Min, x0Max );
y0Spin->setRange( y0Min, y0Max );
dxSpin->setRange( dxMin, dxMax );
dySpin->setRange( dyMin, dxMax );
static bool alreadyInitialized = false;
if ( !td->isBasedOnCopy() && !alreadyInitialized )
{
alreadyInitialized = true;
// Set some realistic defaults based on symetric sheet using previosly chosen values
nxSpin->setValue( nxMax );
nySpin->setValue( nyMax );
x0Spin->setValue( (pageW - (nxMax-1)*dxMin - w) / 2 );
y0Spin->setValue( (pageH - (nyMax-1)*dyMin - h) / 2 );
dxSpin->setValue( dxMin );
dySpin->setValue( dyMin );
}
preview->setTemplate( td->buildTemplate() );
}
}
void TemplateDesignerOneLayoutPage::cleanupPage()
{
// Leave current settings alone
}
void TemplateDesignerOneLayoutPage::onChanged()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
preview->setTemplate( td->buildTemplate() );
}
}
void TemplateDesignerOneLayoutPage::onPrintButtonClicked()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
td->printTestSheet();
}
}
///
/// Two Layout Page
///
TemplateDesignerTwoLayoutPage::TemplateDesignerTwoLayoutPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Layouts") );
setSubTitle( tr("Please enter parameters for your two layouts.") );
QWidget* widget = new QWidget;
setupUi( widget );
x0Spin1->setSuffix( " " + model::Settings::units().toTrName() );
x0Spin1->setDecimals( model::Settings::units().resolutionDigits() );
x0Spin1->setSingleStep( model::Settings::units().resolution() );
y0Spin1->setSuffix( " " + model::Settings::units().toTrName() );
y0Spin1->setDecimals( model::Settings::units().resolutionDigits() );
y0Spin1->setSingleStep( model::Settings::units().resolution() );
dxSpin1->setSuffix( " " + model::Settings::units().toTrName() );
dxSpin1->setDecimals( model::Settings::units().resolutionDigits() );
dxSpin1->setSingleStep( model::Settings::units().resolution() );
dySpin1->setSuffix( " " + model::Settings::units().toTrName() );
dySpin1->setDecimals( model::Settings::units().resolutionDigits() );
dySpin1->setSingleStep( model::Settings::units().resolution() );
x0Spin2->setSuffix( " " + model::Settings::units().toTrName() );
x0Spin2->setDecimals( model::Settings::units().resolutionDigits() );
x0Spin2->setSingleStep( model::Settings::units().resolution() );
y0Spin2->setSuffix( " " + model::Settings::units().toTrName() );
y0Spin2->setDecimals( model::Settings::units().resolutionDigits() );
y0Spin2->setSingleStep( model::Settings::units().resolution() );
dxSpin2->setSuffix( " " + model::Settings::units().toTrName() );
dxSpin2->setDecimals( model::Settings::units().resolutionDigits() );
dxSpin2->setSingleStep( model::Settings::units().resolution() );
dySpin2->setSuffix( " " + model::Settings::units().toTrName() );
dySpin2->setDecimals( model::Settings::units().resolutionDigits() );
dySpin2->setSingleStep( model::Settings::units().resolution() );
registerField( "twoLayout.nx1", nxSpin1 );
registerField( "twoLayout.ny1", nySpin1 );
registerField( "twoLayout.x01", x0Spin1, "value" );
registerField( "twoLayout.y01", y0Spin1, "value" );
registerField( "twoLayout.dx1", dxSpin1, "value" );
registerField( "twoLayout.dy1", dySpin1, "value" );
registerField( "twoLayout.nx2", nxSpin2 );
registerField( "twoLayout.ny2", nySpin2 );
registerField( "twoLayout.x02", x0Spin2, "value" );
registerField( "twoLayout.y02", y0Spin2, "value" );
registerField( "twoLayout.dx2", dxSpin2, "value" );
registerField( "twoLayout.dy2", dySpin2, "value" );
connect( nxSpin1, SIGNAL(valueChanged(int)), this, SLOT(onChanged()) );
connect( nySpin1, SIGNAL(valueChanged(int)), this, SLOT(onChanged()) );
connect( x0Spin1, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( y0Spin1, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( dxSpin1, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( dySpin1, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( nxSpin2, SIGNAL(valueChanged(int)), this, SLOT(onChanged()) );
connect( nySpin2, SIGNAL(valueChanged(int)), this, SLOT(onChanged()) );
connect( x0Spin2, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( y0Spin2, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( dxSpin2, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( dySpin2, SIGNAL(valueChanged(double)), this, SLOT(onChanged()) );
connect( printButton, SIGNAL(clicked()), this, SLOT(onPrintButtonClicked()) );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
void TemplateDesignerTwoLayoutPage::initializePage()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
// set realistic limits based on previously chosen values
double pageW = field("pageSize.w").toDouble();
double pageH = field("pageSize.h").toDouble();
double w = td->itemWidth();
double h = td->itemHeight();
double xWaste = td->itemXWaste();
double yWaste = td->itemYWaste();
int nxMax = std::max( pageW/(w + 2*xWaste), 1.0 );
int nyMax = std::max( pageH/(h + 2*yWaste), 1.0 );
double x0Min = xWaste;
double x0Max = pageW - w - 2*xWaste;
double y0Min = yWaste;
double y0Max = pageH - h - 2*yWaste;
double dxMin = w + 2*xWaste;
double dxMax = pageW - w - 2*xWaste;
double dyMin = h + 2*yWaste;
double dyMax = pageH - h - 2*yWaste;
nxSpin1->setRange( 1, nxMax );
nySpin1->setRange( 1, nyMax );
x0Spin1->setRange( x0Min, x0Max );
y0Spin1->setRange( y0Min, y0Max );
dxSpin1->setRange( dxMin, dxMax );
dySpin1->setRange( dyMin, dyMax );
nxSpin2->setRange( 1, nxMax );
nySpin2->setRange( 1, nyMax );
x0Spin2->setRange( x0Min, x0Max );
y0Spin2->setRange( y0Min, y0Max );
dxSpin2->setRange( dxMin, dxMax );
dySpin2->setRange( dyMin, dyMax );
static bool alreadyInitialized = false;
if ( !td->isBasedOnCopy() && !alreadyInitialized )
{
alreadyInitialized = true;
// Set some realistic defaults based on symetric sheet using previosly chosen values
nxSpin1->setValue( nxMax );
nySpin1->setValue( nyMax - nyMax/2 );
x0Spin1->setValue( (pageW - (nxMax-1)*dxMin - w) / 2 );
y0Spin1->setValue( (pageH - (nyMax-1)*dyMin - h) / 2 );
dxSpin1->setValue( dxMin );
dySpin1->setValue( 2*dyMin );
nxSpin2->setValue( nxMax );
nySpin2->setValue( nyMax/2 );
x0Spin2->setValue( (pageW - (nxMax-1)*dxMin - w) / 2 );
y0Spin2->setValue( (pageH - (nyMax-1)*dyMin - h) / 2 + dyMin );
dxSpin2->setValue( dxMin );
dySpin2->setValue( 2*dyMin );
}
preview->setTemplate( td->buildTemplate() );
}
}
void TemplateDesignerTwoLayoutPage::cleanupPage()
{
// Leave current settings alone
}
void TemplateDesignerTwoLayoutPage::onChanged()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
preview->setTemplate( td->buildTemplate() );
}
}
void TemplateDesignerTwoLayoutPage::onPrintButtonClicked()
{
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
td->printTestSheet();
}
}
///
/// Apply Page
///
TemplateDesignerApplyPage::TemplateDesignerApplyPage( QWidget* parent ) : QWizardPage(parent)
{
setTitle( tr("Save Product Template") );
setSubTitle( tr("Click \"Save\" to save your custom product template!") );
setFinalPage( true );
setButtonText( QWizard::FinishButton, "Save" );
QWidget* widget = new QWidget;
setupUi( widget );
QVBoxLayout* layout = new QVBoxLayout;
layout->addWidget( widget );
setLayout( layout );
}
bool TemplateDesignerApplyPage::validatePage()
{
//
// Save button pressed
//
QString brand = field( "name.brand" ).toString();
QString part = field( "name.part" ).toString();
QString filename = model::Db::userTemplateFilename( brand, part );
if ( QFileInfo::exists(filename) )
{
QMessageBox msgBox( wizard() );
msgBox.setWindowTitle( tr("Save Product Template") );
msgBox.setIcon( QMessageBox::Warning );
msgBox.setText( tr("User product template (%1 %2) already exists.").arg(brand).arg(part) );
msgBox.setInformativeText( tr("Do you want to replace it?") );
msgBox.setStandardButtons( QMessageBox::Yes | QMessageBox::No );
msgBox.setDefaultButton( QMessageBox::No );
if ( msgBox.exec() == QMessageBox::No )
{
return false;
}
model::Db::deleteUserTemplateByBrandPart( brand, part );
}
if ( auto td = dynamic_cast<TemplateDesigner*>( wizard() ) )
{
model::Db::registerUserTemplate( td->buildTemplate() );
}
return true;
}
} // namespace glabels
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