void CTitleView::NcLayout(){
CWSTitleView::NcLayout();
BorderItem* TitleSpace = (BorderItem*)m_NcBorderList[0];
if(TitleSpace->m_ChildList.size()==0)return;
IconItem* Icon = (IconItem*)TitleSpace->m_ChildList[0];
TextItem* TextLabel = (TextItem*)TitleSpace->m_ChildList[1];
CloseboxItem* Closebox = (CloseboxItem*)TitleSpace->m_ChildList[2];
int32 len = (TitleSpace->AreaHeight()-13)/2;
Closebox->m_AreaTop = TitleSpace->m_AreaTop+len;
Closebox->m_AreaBottom = TitleSpace->m_AreaBottom-len;
Closebox->m_AreaRight = TitleSpace->m_AreaRight-len;
Closebox->m_AreaLeft = Closebox->m_AreaRight-14;
if (Icon->m_hIcon != NULL)
{
Icon->SetArea(TitleSpace);
Icon->m_AreaRight = TitleSpace->m_AreaLeft+TitleSpace->AreaHeight();
TextLabel->SetArea(TitleSpace);
TextLabel->m_AreaLeft = Icon->m_AreaRight+2;
TextLabel->m_AreaRight = Closebox->m_AreaLeft-4;
}
else
{
TextLabel->SetArea(TitleSpace);
TextLabel->m_AreaLeft += 2;
TextLabel->m_AreaRight = Closebox->m_AreaLeft-4;
}
}
AbstractVisualItem * TextBoxContent::syncToModelItem(AbstractVisualItem *model)
{
DEBUG_TSTART();
TextItem * textModel = dynamic_cast<TextItem*>(AbstractContent::syncToModelItem(model));
setModelItemIsChanging(true);
if(!textModel)
{
setModelItemIsChanging(false);
//qDebug("TextBoxContent::syncToModelItem: textModel is null, cannot sync\n");
return 0;
}
//qDebug("TextBoxContent:syncToModelItem: Syncing to model! Yay!");
//textModel->setText(m_text->toHtml());
textModel->setFontFamily(m_text->defaultFont().family());
//textModel->setFontSize(m_text->defaultFont().pointSize());
setModelItemIsChanging(false);
//qDebug() << "TextBoxContent::syncToModelItem(): \t \t Elapsed:"<<(((double)total.elapsed())/1000.0)<<" sec";
return model;
}
void TextBoxConfig::slotOkClicked()
{
TextItem * textModel = dynamic_cast<TextItem*>(m_textContent->modelItem());
m_saving = true;
textModel->setText(m_editor->text(Qt::RichText));
m_saving = false;
}
void CelSplashScreen::setPixmap( const QString &filename )
{
QPixmap _pixmap(filename);
resize( _pixmap.size() );
// Set default values for status and version fields
status.getRect().setX(20);
status.getRect().setY(height() - 40);
status.getRect().setWidth(width() - 200);
status.getRect().setHeight(20);
status.setFlags(Qt::AlignLeft | Qt::AlignTop);
version.getRect().setX(width() - 180);
version.getRect().setY(height() - 40);
version.getRect().setWidth(150);
version.getRect().setHeight(20);
version.setFlags(Qt::AlignRight | Qt::AlignTop);
version.setContent(VERSION);
KFileMetaInfo info(filename);
KFileMetaInfoGroup comments = info.group("Comment");
if (comments.isValid()) {
status.set("status", comments);
version.set("version", comments);
int i = 0;
char extraName[10];
sprintf(extraName, "extra%02d", i);
while (i< 100 && comments.item(QString(extraName) + "_insert_before").isValid()) {
TextItem extra;
extra.set(extraName, comments);
extraText.push_back(extra);
i++;
sprintf(extraName, "extra%02d", i);
}
}
QRect desk = KGlobalSettings::splashScreenDesktopGeometry();
setGeometry( ( desk.width() / 2 ) - ( width() / 2 ) + desk.left(),
( desk.height() / 2 ) - ( height() / 2 ) + desk.top(),
width(), height() );
if (_pixmap.hasAlphaChannel()) {
QPixmap bg = QPixmap::grabWindow( qt_xrootwin(), x(), y(), width(), height() );
QPainter painter(&bg);
painter.drawPixmap(0, 0, _pixmap);
pixmap = bg;
} else {
pixmap = _pixmap;
}
QPainter painter( &pixmap, this );
version.draw(&painter);
for(std::vector<TextItem>::const_iterator i = extraText.begin(); i != extraText.end(); ++i)
(*i).draw(&painter);
repaint();
}
/**
* Reimplemented from UMLWidget::updateTextItemGroups to update
* the texts displayed.
*/
void SignalWidget::updateTextItemGroups()
{
TextItemGroup *grp = textItemGroupAt(GroupIndex);
grp->setTextItemCount(1); // Only name item
TextItem *nameItem = grp->textItemAt(0);
nameItem->setText(name());
UMLWidget::updateTextItemGroups();
}
/**
* Reimplemented from UMLWidget::updateTextItemGroups() to
* calculate the texts and also show/hide the texts based on current
* state.
*/
void NodeWidget::updateTextItemGroups()
{
TextItemGroup *grp = textItemGroupAt(GroupIndex);
grp->setTextItemCount(NodeWidget::TextItemCount);
if(umlObject()) {
UMLNode *node = static_cast<UMLNode*>(umlObject());
TextItem *stereo = grp->textItemAt(NodeWidget::StereoItemIndex);
stereo->setText(node->stereotype(true));
stereo->setBold(true);
stereo->setExplicitVisibility(!node->stereotype(false).isEmpty());
TextItem *nameItem = grp->textItemAt(NodeWidget::NameItemIndex);
QString nameText = name();
bool underline = false;
if(isInstance()) {
nameText.prepend(':');
nameText.prepend(instanceName());
underline = true;
}
nameItem->setBold(true);
nameItem->setUnderline(underline);
nameItem->setText(nameText);
}
UMLWidget::updateTextItemGroups();
}
Plot::Plot( QWidget *parent, const QwtInterval &interval ):
QwtPlot( parent )
{
for ( int axis = 0; axis < QwtPlot::axisCnt; axis ++ )
setAxisScale( axis, interval.minValue(), interval.maxValue() );
setCanvasBackground( QColor( Qt::darkBlue ) );
plotLayout()->setAlignCanvasToScales( true );
// grid
QwtPlotGrid *grid = new QwtPlotGrid;
//grid->enableXMin(true);
grid->setMajorPen( Qt::white, 0, Qt::DotLine );
grid->setMinorPen( Qt::gray, 0 , Qt::DotLine );
grid->attach( this );
const int numEllipses = 10;
for ( int i = 0; i < numEllipses; i++ )
{
const double x = interval.minValue() +
qrand() % qRound( interval.width() );
const double y = interval.minValue() +
qrand() % qRound( interval.width() );
const double r = interval.minValue() +
qrand() % qRound( interval.width() / 6 );
const QRectF area( x - r, y - r , 2 * r, 2 * r );
RectItem *item = new RectItem( RectItem::Ellipse );
item->setRenderHint( QwtPlotItem::RenderAntialiased, true );
item->setRect( area );
item->setPen( QPen( Qt::yellow ) );
item->attach( this );
}
TextItem *textItem = new TextItem();
textItem->setText( "Navigation Example" );
textItem->attach( this );
d_rectOfInterest = new RectItem( RectItem::Rect );
d_rectOfInterest->setPen( Qt::NoPen );
QColor c = Qt::gray;
c.setAlpha( 100 );
d_rectOfInterest->setBrush( QBrush( c ) );
d_rectOfInterest->attach( this );
}
void SimpleTextContent::syncFromModelItem(AbstractVisualItem *model)
{
m_dontSyncToModel = true;
setModelItem(model);
QFont font;
TextItem * textModel = dynamic_cast<TextItem*>(model);
setText(textModel->text());
// font.setFamily(textModel->fontFamily());
// font.setPointSize((int)textModel->fontSize());
// setFont(font);
AbstractContent::syncFromModelItem(model);
m_dontSyncToModel = false;
}
HelpScreen::HelpScreen(void) : Level(LEVEL_MENU, UserInterface()) {
int windowWidth = GameApp::getInstance()->getWindowWidth();
int windowHeight = GameApp::getInstance()->getWindowHeight();
setProjectionMatrix(Matrix4::Perspective(1.0f, -100.0f, 1280.0f / 720.0f, 45.0f));
setCameraMatrix(Matrix4::Translation(Vector3(0, 0, 0)));
Texture *bgTexture = Texture::getOrCreate("InstructionsBg", "resources/images/HeXcape Instructions.png");
ImageItem *background = new ImageItem(Vector2(), 0, Vector2((float) (windowWidth), (float) (windowHeight)), bgTexture);
userInterface->addItem(background, "BackgroundHelp");
// Create the menu buttons
ButtonItem *backButton = new ButtonItem(Vector2(900, 840), 0, Vector2(800, 120), "MenuButton", "resources/images/MenuButton.png", "resources/images/MenuButtonHov.png", "resources/images/MenuButtonPress.png", "resources/images/MenuButtonPress.png");
// Draw some text over the buttons background
TextItem *backText = new TextItem(Vector2(1020, 860), 0, "Back To Menu", 72);
backText->setFont("resources/fonts/Neuropol.ttf");
actionAfterFade = 0;
// Set the ambience music
Music *music = Music::getOrCreate("resources/audio/Doors.mp3", "MenuMusic");
userInterface->addItem(backButton, "ZBackButton");
userInterface->addItem(backText, "ZBackText");
}
AbstractVisualItem * SimpleTextContent::syncToModelItem(AbstractVisualItem *model)
{
setModelItemIsChanging(true);
TextItem * textModel = dynamic_cast<TextItem*>(AbstractContent::syncToModelItem(model));
if(!textModel)
{
setModelItemIsChanging(false);
//qDebug("SimpleTextContent::syncToModelItem: textModel is null, cannot sync\n");
return 0;
}
//qDebug("TextContent:syncToModelItem: Syncing to model! Yay!");
textModel->setText(text());
// textModel->setFontFamily(font().family());
// textModel->setFontSize(font().pointSize());
setModelItemIsChanging(false);
return model;
}
/**
* Reimplemented from UMLWidget::updateGeometry to calculate
* minimum size for this widget.
*/
void NoteWidget::updateGeometry()
{
TextItemGroup *grp = textItemGroupAt(GroupIndex);
qreal widthWithoutNote = 0;
// Ignore if TextItems haven't been properly constructed
// still. (happens during creation of object)
if (grp->textItemCount() > NoteTextItemIndex) {
TextItem *noteTextItem = grp->textItemAt(NoteTextItemIndex);
noteTextItem->setExplicitVisibility(false);
widthWithoutNote = grp->minimumSize().width();
noteTextItem->setExplicitVisibility(true);
}
const qreal atleast6Chars = QFontMetricsF(grp->font()).width("w") * 6;
if (widthWithoutNote > atleast6Chars) {
grp->setLineBreakWidth(widthWithoutNote);
}
setMinimumSize(grp->minimumSize());
UMLWidget::updateGeometry();
}
/**
* Reimplemented from UMLWidget::updateTextItemGroups to update
* the text of TextItemGroups.
*/
void DatatypeWidget::updateTextItemGroups()
{
if(umlObject()) {
TextItemGroup *grp = textItemGroupAt(DatatypeWidget::GroupIndex);
grp->setTextItemCount(DatatypeWidget::TextItemCount);
TextItem *stereo = grp->textItemAt(DatatypeWidget::StereoTypeItemIndex);
stereo->setText(umlObject()->stereotype(true));
stereo->setBold(true);
TextItem *nameItem = grp->textItemAt(DatatypeWidget::NameItemIndex);
nameItem->setText(name());
nameItem->setItalic(umlObject()->isAbstract());
}
UMLWidget::updateTextItemGroups();
}
/**
* Reimplemented from UMLWidget::updateTextItemGroups to
* calculate the Text strings, their properties and also hide/show
* them based on the current state.
*/
void ClassifierWidget::updateTextItemGroups()
{
// Invalidate stuff and recalculate them.
invalidateDummies();
TextItemGroup *headerGroup = textItemGroupAt(HeaderGroupIndex);
TextItemGroup *attribOpGroup = textItemGroupAt(AttribOpGroupIndex);
TextItemGroup *templateGroup = textItemGroupAt(TemplateGroupIndex);
attribOpGroup->setAlignment(Qt::AlignVCenter | Qt::AlignLeft);
templateGroup->setAlignment(Qt::AlignVCenter | Qt::AlignLeft);
UMLClassifier *umlC = classifier();
UMLClassifierListItemList attribList = umlC->getFilteredList(UMLObject::ot_Attribute);
UMLClassifierListItemList opList = umlC->getFilteredList(UMLObject::ot_Operation);
// Set up template group and template text items.
UMLTemplateList tlist = umlC->getTemplateList();
templateGroup->setTextItemCount(tlist.size());
bool templateHide = shouldDrawAsCircle(); // Hide if draw as circle.
for(int i = 0; i < tlist.size(); ++i) {
UMLTemplate *t = tlist[i];
templateGroup->textItemAt(i)->setText(t->toString());
templateGroup->textItemAt(i)->setExplicitVisibility(!templateHide);
}
// Stereo type and name.
const int headerItemCount = 2;
headerGroup->setTextItemCount(headerItemCount);
const int cnt = attribList.count() + opList.count();
attribOpGroup->setTextItemCount(cnt);
// Setup Stereo text item.
TextItem *stereoItem = headerGroup->textItemAt(StereotypeItemIndex);
stereoItem->setBold(true);
stereoItem->setText(umlC->stereotype(true));
bool v = !shouldDrawAsCircle()
&& visualProperty(ShowStereotype)
&& !(umlC->stereotype(false).isEmpty());
stereoItem->setExplicitVisibility(v);
// name item is always visible.
TextItem *nameItem = headerGroup->textItemAt(NameItemIndex);
nameItem->setBold(true);
nameItem->setItalic(umlC->isAbstract());
nameItem->setUnderline(shouldDrawAsCircle());
QString nameText = name();
if (visualProperty(ShowPackage) == true) {
nameText = umlC->fullyQualifiedName();
}
bool showNameOnly = (!visualProperty(ShowAttributes) && !visualProperty(ShowOperations)
&& !visualProperty(ShowStereotype) && !shouldDrawAsCircle());
nameItem->setText(nameText);
int attribStartIndex = 0;
int opStartIndex = attribStartIndex + attribList.size();
// Now setup attribute texts.
int visibleAttributes = 0;
for (int i=0; i < attribList.size(); ++i) {
UMLClassifierListItem *obj = attribList[i];
TextItem *item = attribOpGroup->textItemAt(attribStartIndex + i);
item->setItalic(obj->isAbstract());
item->setUnderline(obj->isStatic());
item->setText(obj->toString(m_attributeSignature));
bool v = !shouldDrawAsCircle()
&& ( !visualProperty(ShowPublicOnly)
|| obj->visibility() == Uml::Visibility::Public)
&& visualProperty(ShowAttributes) == true;
item->setExplicitVisibility(v);
if (v) {
++visibleAttributes;
}
}
// Update expander box to reflect current state and also visibility
m_attributeExpanderBox->setExpanded(visualProperty(ShowAttributes));
const QString dummyText;
// Setup line and dummies.
if (!showNameOnly) {
// Stuff in a dummy item as spacer if there are no attributes,
if (!shouldDrawAsCircle() && (visibleAttributes == 0 || !visualProperty(ShowAttributes))) {
m_dummyAttributeItem = new TextItem(dummyText);
int index = attribStartIndex;
if (visibleAttributes == 0 && !attribList.isEmpty()) {
index = opStartIndex;
}
attribOpGroup->insertTextItemAt(index, m_dummyAttributeItem);
m_lineItem2Index = index;
++opStartIndex;
}
else {
// Now set the second index.
m_lineItem2Index = opStartIndex - 1;
}
}
int visibleOperations = 0;
for (int i=0; i < opList.size(); ++i) {
UMLClassifierListItem *obj = opList[i];
TextItem *item = attribOpGroup->textItemAt(opStartIndex + i);
item->setItalic(obj->isAbstract());
item->setUnderline(obj->isStatic());
item->setText(obj->toString(m_operationSignature));
bool v = !shouldDrawAsCircle()
&& ( !visualProperty(ShowPublicOnly)
|| obj->visibility() == Uml::Visibility::Public)
&& visualProperty(ShowOperations);
item->setExplicitVisibility(v);
if (v) {
++visibleOperations;
}
}
m_operationExpanderBox->setExpanded(visualProperty(ShowOperations));
if (!showNameOnly) {
if (!shouldDrawAsCircle() && (visibleOperations == 0 || !visualProperty(ShowOperations))) {
m_dummyOperationItem = new TextItem(dummyText);
attribOpGroup->insertTextItemAt(opStartIndex+opList.size(), m_dummyOperationItem);
}
}
UMLWidget::updateTextItemGroups();
}
/**
* Calculates the classifier box dimensions and the position of text
* items inside it based on the current size.
*
* @note Assumes calculateTemplateDrawing is called before calling
* this method.
*/
void ClassifierWidget::calculateClassifierDrawing()
{
const qreal w = width();
const qreal h = height();
TextItemGroup *headerGroup = textItemGroupAt(HeaderGroupIndex);
TextItemGroup *attribOpGroup = textItemGroupAt(AttribOpGroupIndex);
if (shouldDrawAsCircle()) {
// Allocates circle space algined at top and "minimum space"
// for the text which is aligned bottom.
qreal fontHeight = headerGroup->minimumSize().height();
qreal diameter = qMin(w, h - fontHeight);
m_classifierRect.setRect(0, 0, diameter, diameter);
m_classifierRect.moveCenter(QPointF(.5 * w, m_classifierRect.center().y()));
QRectF groupRect(0, diameter, w, h - diameter);
headerGroup->setGroupGeometry(groupRect);
// classifierGroup->setGroupGeometry(groupRect);
m_classifierLines[0] = m_classifierLines[1] = QLineF();
}
else {
// Utilize entire space if template box is empty.
if (textItemGroupAt(TemplateGroupIndex)->textItemCount() == 0) {
m_classifierRect = rect();
}
else {
m_classifierRect.setTop(m_templateRect.bottom() - margin());
m_classifierRect.setLeft(0);
m_classifierRect.setBottomRight(QPointF(m_templateRect.center().x(), h));
}
QRectF headerGeometry(m_classifierRect);
headerGeometry.setHeight(headerGroup->minimumSize().height());
headerGroup->setGroupGeometry(headerGeometry);
QRectF attribOpGeometry(m_classifierRect);
attribOpGeometry.setTop(headerGeometry.bottom());
attribOpGroup->setGroupGeometry(attribOpGeometry);
const int cnt = attribOpGroup->textItemCount();
qreal expanderDistance = -11;
bool showNameOnly = (!visualProperty(ShowAttributes) && !visualProperty(ShowOperations)
&& !visualProperty(ShowStereotype) && !shouldDrawAsCircle());
if (!showNameOnly && !shouldDrawAsCircle()) {
qreal y = textItemGroupAt(HeaderGroupIndex)->groupGeometry().bottom();
m_classifierLines[0].setLine(m_classifierRect.left(), y, m_classifierRect.right(), y);
qreal expanderX = rect().left() -
m_attributeExpanderBox->rect().width() - expanderDistance;
m_attributeExpanderBox->setPos(expanderX, y);
}
if (cnt > m_lineItem2Index) {
TextItem *item = attribOpGroup->textItemAt(m_lineItem2Index);
qreal y = item->mapToParent(item->boundingRect().bottomLeft()).y();
m_classifierLines[1].setLine(m_classifierRect.left(), y, m_classifierRect.right(), y);
qreal expanderX = rect().left() -
m_operationExpanderBox->rect().width() - expanderDistance;
m_operationExpanderBox->setPos(expanderX, y);
}
if (InvalidIndex == m_lineItem2Index) { // attributes and operations invisible
QPointF pos = m_attributeExpanderBox->pos();
m_operationExpanderBox->setPos(pos.x(), pos.y() + 12);
}
}
}
void Draw_v1::printTotText(int16 id) {
byte *dataPtr;
byte *ptr, *ptrEnd;
byte cmd;
int16 destX, destY;
int16 val;
int16 savedFlags;
int16 destSpriteX;
int16 spriteRight, spriteBottom;
char buf[20];
_vm->_sound->cdPlayMultMusic();
TextItem *textItem = _vm->_game->_resources->getTextItem(id);
if (!textItem)
return;
dataPtr = textItem->getData();
ptr = dataPtr;
destX = READ_LE_UINT16(ptr) & 0x7FFF;
destY = READ_LE_UINT16(ptr + 2);
spriteRight = READ_LE_UINT16(ptr + 4);
spriteBottom = READ_LE_UINT16(ptr + 6);
ptr += 8;
if (_renderFlags & RENDERFLAG_CAPTUREPUSH) {
_vm->_game->capturePush(destX, destY,
spriteRight - destX + 1, spriteBottom - destY + 1);
(*_vm->_scenery->_pCaptureCounter)++;
}
_destSpriteX = destX;
_destSpriteY = destY;
_spriteRight = spriteRight;
_spriteBottom = spriteBottom;
_destSurface = kBackSurface;
_backColor = *ptr++;
_transparency = 1;
spriteOperation(DRAW_CLEARRECT);
_backColor = 0;
savedFlags = _renderFlags;
_renderFlags &= ~RENDERFLAG_NOINVALIDATE;
while ((_destSpriteX = READ_LE_UINT16(ptr)) != -1) {
_destSpriteX += destX;
_destSpriteY = READ_LE_UINT16(ptr + 2) + destY;
_spriteRight = READ_LE_UINT16(ptr + 4) + destX;
_spriteBottom = READ_LE_UINT16(ptr + 6) + destY;
ptr += 8;
cmd = *ptr++;
switch ((cmd & 0xF0) >> 4) {
case 0:
_frontColor = cmd & 0xF;
spriteOperation(DRAW_DRAWLINE);
break;
case 1:
_frontColor = cmd & 0xF;
spriteOperation(DRAW_DRAWBAR);
break;
case 2:
_backColor = cmd & 0xF;
spriteOperation(DRAW_FILLRECTABS);
break;
}
}
ptr += 2;
for (ptrEnd = ptr; *ptrEnd != 1; ptrEnd++) {
if (*ptrEnd == 3)
ptrEnd++;
if (*ptrEnd == 2)
ptrEnd += 4;
}
ptrEnd++;
while (*ptr != 1) {
cmd = *ptr;
if (cmd == 3) {
ptr++;
_fontIndex = (*ptr & 0xF0) >> 4;
_frontColor = *ptr & 0xF;
ptr++;
continue;
} else if (cmd == 2) {
QString TextBoxContent::toHtml()
{
TextItem * textModel = dynamic_cast<TextItem*>(modelItem());
return textModel ? textModel->text() : "";
}
void ExecutorInterface::sayOrEnqueue(const TextItem& textItem)
{
const std::string& outputName = textItem.getOutputName();
if (trim(outputName).empty())
{
logMsg(LOG_WARNING, "Received text item to play, but output name is empty, ignoring...");
return;
}
if (!m_outputSet.hasOutput(outputName))
{
logMsg(LOG_ERR, "Received text item, but output name is unknown (\'%s\'), ignoring...", outputName.c_str());
return;
}
if (m_pid == 0)//executor is not started;
{
logMsg(LOG_DEBUG, "Having text to say, but executor is not running, Launching it...");
runExecutor();
if (m_pid == 0)
{
logMsg(LOG_ERR, "Executor launch failed, probably there are problems! Text block will be ignored");
return;
}
}
if (m_pipe == 0)
{
logMsg(LOG_ERR, "We are sure the executor is running, but pipe to it is not valid, stopping executor and waiting next text block.");
stopExecutor();
return;
}
const std::string synthCommand = m_outputSet.prepareSynthCommand(outputName, textItem);
const std::string playerCommand = m_outputSet.preparePlayerCommand(outputName, m_playerType, textItem);
const std::string text = m_outputSet.prepareText(outputName, textItem);
if (trim(synthCommand).empty())
{
logMsg(LOG_WARNING, "Prepared synth command to be sent to executor is empty");
return;
}
if (trim(playerCommand).empty())
{
logMsg(LOG_WARNING, "Prepared player command to be sent to executor is empty");
return;
}
logMsg(LOG_DEBUG, "Text and command line prepared to be sent to executor:");
logMsg(LOG_DEBUG, "Synth command line: %s;", synthCommand.c_str());
logMsg(LOG_DEBUG, "Player command line: %s;", playerCommand.c_str());
logMsg(LOG_DEBUG, "Text: %s.", text.c_str());
CommandHeader header;
header.code = COMMAND_SAY;
header.param1 = synthCommand.length() + 1;//+1 to reflect ending zero;
header.param2 = playerCommand.length() + 1;//+1 to reflect ending zero;
header.param3 = text.length() + 1;//+1 to reflect ending zero;
if (!sendBlockToExecutor(&header, sizeof(CommandHeader), "\'SAY\' command header"))
return;
if (!sendBlockToExecutor(synthCommand.c_str(), synthCommand.length() + 1, "synth command"))
return;
if (!sendBlockToExecutor(playerCommand.c_str(), playerCommand.length() + 1, "player command"))
return;
if (!sendBlockToExecutor(text.c_str(), text.length() + 1, "text"))
return;
logMsg(LOG_DEBUG, "Command was successfully sent to executor!");
}
/**
* Reimplemented from UMLWidget::updateTextItemGroups to update
* texts and their properties.
*/
void NoteWidget::updateTextItemGroups()
{
TextItemGroup *grp = textItemGroupAt(GroupIndex);
grp->setTextItemCount(TextItemCount);
TextItem *diagramLinkItem = grp->textItemAt(DiagramLinkItemIndex);
diagramLinkItem->setExplicitVisibility(false);
//FIXME: Fixe diagram link drawing
TextItem *noteTypeItem = grp->textItemAt(NoteTypeItemIndex);
if (m_noteType == NoteWidget::PreCondition) {
noteTypeItem->setText(i18n("<< precondition >>"));
noteTypeItem->setExplicitVisibility(true);
}
else if (m_noteType == NoteWidget::PostCondition) {
noteTypeItem->setText(i18n("<< postcondition >>"));
noteTypeItem->setExplicitVisibility(true);
}
else if (m_noteType == NoteWidget::Transformation) {
noteTypeItem->setText(i18n("<< transformation >>"));
noteTypeItem->setExplicitVisibility(true);
}
else { // = NoteWidget::Normal
noteTypeItem->setExplicitVisibility(false);
}
TextItem *noteTextItem = grp->textItemAt(NoteTextItemIndex);
noteTextItem->setText(documentation());
UMLWidget::updateTextItemGroups();
}
void TextBoxContent::syncFromModelItem(AbstractVisualItem *model)
{
DEBUG_TSTART();
m_dontSyncToModel = true;
if(!modelItem())
{
setModelItem(model);
// Start out the last remembered model rev at the rev of the model
// so we dont force a redraw of the cache just because we're a fresh
// object.
if(QPixmapCache::find(cacheKey()))
m_lastModelRev = modelItem()->revision();
}
static int x = 0;
x++;
//qDebug() << x<<": TextBoxContent::syncFromModelItem() mark";
QFont font;
TextItem * textModel = dynamic_cast<TextItem*>(model);
font.setFamily(textModel->fontFamily());
font.setPointSize((int)textModel->fontSize());
m_text->setDefaultFont(font);
if (!Qt::mightBeRichText(textModel->text()))
{
qDebug() << "TextBoxContent:: converting plain text from model item to html";
m_text->setPlainText(textModel->text());
textModel->setText(m_text->toHtml());
}
//qDebug() << "TextBoxContent:: Original HTML:"<<textModel->text();
setHtml(textModel->text());
//qDebug() << "TextBoxContent:: New HTML:"<<m_text->toHtml();
AbstractContent::syncFromModelItem(model);
if(modelItem()->revision() != m_lastModelRev)
{
//qDebug()<<"modelItem():"<<modelItem()->itemName()<<": last revision:"<<m_lastModelRev<<", this revision:"<<m_lastModelRev<<", cache dirty!";
m_lastModelRev = modelItem()->revision();
// DONT dirty cache here since we changed the cacheKey algorithm - cache key is now based on visual description, not on item identity
//dirtyCache();
}
if( model->zoomEffectEnabled()
&& model->zoomSpeed() > 0
&& sceneContextHint() == MyGraphicsScene::Live)
{
m_zoomEnabled = true;
m_zoomAnimationTimer->start(1000 / 20); // / model->zoomSpeed());
QSize size = contentsRect().size();
double width = size.width();
double height = size.height();
double aspectRatio = height == 0 ? 1 : width/height;
// if(!m_zoomInit)
// {
//qDebug() << "aspectRatio: "<<aspectRatio;
QPointF delta;
m_zoomStartSize.setX(width);
m_zoomStartSize.setY(height);
m_zoomEndSize.setX(width * model->zoomFactor());
m_zoomEndSize.setY(height * model->zoomFactor());
bool zoomIn = true;
if(model->zoomDirection() == AbstractVisualItem::ZoomIn)
zoomIn = true;
else
if(model->zoomDirection() == AbstractVisualItem::ZoomOut)
zoomIn = false;
else
if(model->zoomDirection() == AbstractVisualItem::ZoomRandom)
zoomIn = qrand() < RAND_MAX/2;
m_zoomCurSize = zoomIn ? m_zoomStartSize : m_zoomEndSize;
m_zoomDir = zoomIn ? 1 : -1;
delta.setX(m_zoomEndSize.x() - m_zoomCurSize.x());
delta.setY(m_zoomEndSize.y() - m_zoomCurSize.y());
//step.setX(delta.x()/ZOOM_STEPS);
//step.setY(delta.y()/ZOOM_STEPS);
// m_zoomInit = true;
// }
// allow it to go below 1.0 for step size by using 75.0 when the max of the zoomSpeed slider in config is 100
m_zoomStep.setX(8.0 / (100.01 - ((double)model->zoomSpeed())) * aspectRatio);
m_zoomStep.setY(8.0 / (100.01 - ((double)model->zoomSpeed())));
if(model->zoomAnchorPoint() == AbstractVisualItem::ZoomAnchorRandom)
{
// pick a third intersection
double x = qrand() < RAND_MAX/2 ? .33 : .66;
double y = qrand() < RAND_MAX/2 ? .33 : .66;
// apply a fudge factor
// x += 0.15 - ((double)qrand()) / ((double)RAND_MAX) * 0.075;
// y += 0.15 - ((double)qrand()) / ((double)RAND_MAX) * 0.075;
m_zoomDestPoint = QPointF(x,y);
//qDebug() << "ZoomRandom: "<<x<<","<<y;
//qDebug() << model->itemName() << "Random zoom anchor: "<<m_zoomDestPoint;
}
else
{
double x = .0, y = .0;
switch(model->zoomAnchorPoint())
{
case AbstractVisualItem::ZoomTopLeft: x = .33; y = .33; break;
case AbstractVisualItem::ZoomTopMid: x = .50; y = .25; break;
case AbstractVisualItem::ZoomTopRight: x = .66; y = .33; break;
case AbstractVisualItem::ZoomRightMid: x = .75; y = .50; break;
case AbstractVisualItem::ZoomBottomRight: x = .66; y = .66; break;
case AbstractVisualItem::ZoomBottomMid: x = .50; y = .75; break;
case AbstractVisualItem::ZoomBottomLeft: x = .33; y = .66; break;
case AbstractVisualItem::ZoomLeftMid: x = .25; y = .50; break;
case AbstractVisualItem::ZoomCenter:
default: x = .50; y = .50; break;
};
m_zoomDestPoint = QPointF(x,y);
}
}
else
{
m_zoomEnabled = false;
if(m_zoomAnimationTimer->isActive())
m_zoomAnimationTimer->stop();
}
m_dontSyncToModel = false;
}