void patternWindow::constructToolbar() {
saveToPdfButton_ = new QPushButton(tr("To pdf (4/4)"), this);
saveToPdfButton_->setShortcut(QKeySequence("Ctrl+return"));
saveToPdfButton_->setToolTip(tr("Save the pattern as a pdf file"));
connect(saveToPdfButton_, SIGNAL(clicked()),
this, SLOT(saveSlot()));
imageListBox_ = new comboBox(this);
connect(imageListBox_, SIGNAL(activated(const QString& )),
this, SLOT(processImageBox(const QString& )));
addToolbarSeparator();
addToolbarSeparator();
addToolbarWidget(saveToPdfButton_);
addToolbarSeparator();
addToolbarSeparator();
addToolbarAction(switchAction_);
addToolbarAction(gridAction_);
addToolbarSeparator();
addToolbarSeparator();
addToolbarAction(backHistoryAction_);
addToolbarAction(forwardHistoryAction_);
addToolbarSeparator();
addToolbarSeparator();
addToolbarAction(zoomInAction());
addToolbarAction(zoomOutAction());
addToolbarAction(originalSizeAction());
addToolbarSeparator();
addToolbarSeparator();
addToolbarWidget(imageListBox_);
addToolbarSeparator();
addToolbarSeparator();
}
void imageCompareBase::addLeftRightToolBarBoxes() {
LLabel_ = new stateLabel("L");
LLabel_->off();
addToolbarWidget(LLabel_);
addToolbarWidget(leftImageListBox_);
addToolbarSeparator();
RLabel_ = new stateLabel("R");
RLabel_->off();
addToolbarWidget(RLabel_);
addToolbarWidget(rightImageListBox_);
LLabel_->setBuddy(RLabel_);
RLabel_->setBuddy(LLabel_);
}
void colorChooser::constructProcessingObjects() {
processButton_ = new QPushButton(QIcon(":colorCompare.png"),
tr("Choose colors (1/4)"), this);
processButton_->setShortcut(QKeySequence("Ctrl+return"));
processButton_->
setToolTip(tr("Process this image and move to color compare (2/4)"));
// a spin box to choose the number of colors for chooseNumColors
numColorsBox_ = new QSpinBox(this);
numColorsBox_->setToolTip(tr("The number of colors to choose"));
numColorsBox_->setRange(0, symbolChooser::maxNumberOfSymbols());
numColorsBox_->setValue(80);
numColorsBox_->setEnabled(false);
// the processing type chooser
processModeBox_ = new QComboBox(this);
processModeBox_->setToolTip(tr("Select the mode used to choose colors"));
// first is the item text, second is the toolTip for that item
QList<QStringPair> modeStrings = processMode_.modeStrings();
for (int i = 0, size = modeStrings.size(); i < size; ++i) {
processModeBox_->addItem(modeStrings[i].first);
processModeBox_->setItemData(i, modeStrings[i].second, Qt::ToolTipRole);
}
addToolbarSeparator();
addToolbarSeparator();
addToolbarWidget(processModeBox_);
addToolbarWidget(numColorsBox_);
addToolbarSeparator();
addToolbarSeparator();
addToolbarWidget(processButton_);
addToolbarSeparator();
addToolbarSeparator();
addToolbarZoomIcons();
addToolbarSeparator();
addToolbarSeparator();
const int boxHeight = numColorsBox_->height();
processButton_->resize(processButton_->width(), boxHeight);
processModeBox_->resize(processModeBox_->width(), boxHeight);
connect(processModeBox_, SIGNAL(currentIndexChanged(int )),
this, SLOT(processProcessChange(int )));
connect(processButton_, SIGNAL(clicked()),
this, SLOT(processProcessing()));
}