GameSolution::GameSolution()
{
//timer = new Timer();
//FPSTimer.Initialize();
Vector2 startPosition(512.0f,364.0f);
Vector2 firstEnemyStartingPosition(0.0f,MyRandomNumber::RandomInRange(0.0f,728.0f));
/*ParticleEffect* pe = new ParticleEffect(500,2,startPosition,startPosition,myDT);
pe->TunnelEffect();
AddToList(*pe);*/
//Profiler::getInstance().startUp("ProfileTest.csv");
meShip = SpaceShip(*this);
meShip.position = Vector2(500,300);
//meLerp.position = Vector2(+50.0f,50.0f);
cm = new CollisionManager();
for(int i = 0 ; i < 20; i++)
{
ParticleEffect pe(myDT,3);
pe.isFinished = true;
listOfParticleEffects[i] = pe;
}
}
void AutomationPattern::saveSettings( QDomDocument & _doc, QDomElement & _this )
{
_this.setAttribute( "pos", startPosition() );
_this.setAttribute( "len", length() );
_this.setAttribute( "name", name() );
_this.setAttribute( "prog", QString::number( progressionType() ) );
_this.setAttribute( "tens", QString::number( getTension() ) );
_this.setAttribute( "mute", QString::number( isMuted() ) );
for( timeMap::const_iterator it = m_timeMap.begin();
it != m_timeMap.end(); ++it )
{
QDomElement element = _doc.createElement( "time" );
element.setAttribute( "pos", it.key() );
element.setAttribute( "value", it.value() );
_this.appendChild( element );
}
for( objectVector::const_iterator it = m_objects.begin();
it != m_objects.end(); ++it )
{
if( *it )
{
QDomElement element = _doc.createElement( "object" );
element.setAttribute( "id",
ProjectJournal::idToSave( ( *it )->id() ) );
_this.appendChild( element );
}
}
}
void Pattern::saveSettings( QDomDocument & _doc, QDomElement & _this )
{
_this.setAttribute( "type", m_patternType );
_this.setAttribute( "name", name() );
// as the target of copied/dragged pattern is always an existing
// pattern, we must not store actual position, instead we store -1
// which tells loadSettings() not to mess around with position
if( _this.parentNode().nodeName() == "clipboard" ||
_this.parentNode().nodeName() == "dnddata" )
{
_this.setAttribute( "pos", -1 );
}
else
{
_this.setAttribute( "pos", startPosition() );
}
_this.setAttribute( "len", length() );
_this.setAttribute( "muted", isMuted() );
_this.setAttribute( "steps", m_steps );
// now save settings of all notes
for( NoteVector::Iterator it = m_notes.begin();
it != m_notes.end(); ++it )
{
if( ( *it )->length() )
{
( *it )->saveState( _doc, _this );
}
}
}
void DocumentMarkerControllerTest::markNodeContentsWithComposition(Node* node)
{
// Force layoutObjects to be created; TextIterator, which is used in
// DocumentMarkerControllerTest::addMarker(), needs them.
document().updateStyleAndLayout();
auto range = EphemeralRange::rangeOfContents(*node);
markerController().addCompositionMarker(range.startPosition(), range.endPosition(), Color::black, false, Color::black);
}
void DocumentMarkerControllerTest::markNodeContents(PassRefPtrWillBeRawPtr<Node> node)
{
// Force layoutObjects to be created; TextIterator, which is used in
// DocumentMarkerControllerTest::addMarker(), needs them.
document().updateLayout();
auto range = EphemeralRange::rangeOfContents(*node);
markerController().addMarker(range.startPosition(), range.endPosition(), DocumentMarker::Spelling);
}
EphemeralRangeTemplate<Strategy> CharacterIteratorAlgorithm<Strategy>::calculateCharacterSubrange(int offset, int length)
{
advance(offset);
const PositionAlgorithm<Strategy> startPos = startPosition();
if (length > 1)
advance(length - 1);
return EphemeralRangeTemplate<Strategy>(startPos, endPosition());
}
QString ClassAnalyzer::getNamespacePrefix(int position)
{
QString namespacePrefix;
for (auto it = m_namespaces.begin(); it != m_namespaces.end(); it++)
{
if (position > it->startPosition() && position < it->stopPosition())
{
namespacePrefix.append(it->name());
namespacePrefix.append("::");
}
}
return namespacePrefix;
}
void bbTCO::saveSettings( QDomDocument & _doc, QDomElement & _this )
{
_this.setAttribute( "name", name() );
if( _this.parentNode().nodeName() == "clipboard" )
{
_this.setAttribute( "pos", -1 );
}
else
{
_this.setAttribute( "pos", startPosition() );
}
_this.setAttribute( "len", length() );
_this.setAttribute( "muted", isMuted() );
_this.setAttribute( "color", m_color );
}
/*!
Validates the content, and cursor position.
Can alter the content of the document, and cursor parameters.
*/
QValidator::State HbValidatorField::validate(QTextDocument* doc, QTextCursor& cursor, int changePosition, int changeCharsRemoved, int changeCharsAdded)
{
Q_D(HbValidatorField);
Q_UNUSED(cursor);
Q_UNUSED(changePosition);
Q_UNUSED(changeCharsRemoved);
Q_UNUSED(changeCharsAdded);
int pos = 0;
QString content = doc->toPlainText(); //TODO check if formating is needed, if yes use QTextCursor
QString fieldText = content.mid(startPosition(), length());
QValidator::State state = d->validator->validate(fieldText, pos);
return state;
}
void TimelineSelectionTool::mouseMoveEvent(TimelineMovableAbstractItem *item,
QGraphicsSceneMouseEvent *event)
{
Q_UNUSED(item);
if (event->buttons() == Qt::LeftButton) {
auto endPoint = event->scenePos();
if (endPoint.x() < 0)
endPoint.rx() = 0;
if (endPoint.y() < 0)
endPoint.ry() = 0;
m_selectionRect->setRect(QRectF(startPosition(), endPoint).normalized());
m_selectionRect->show();
aboutToSelect(selectionMode(event),
scene()->items(m_selectionRect->rect(), Qt::ContainsItemShape));
}
}
void DB::WipeDB( std::vector<RectangleF*>& db )
{
if (db.empty())
return;
Vector2F startPosition(0,0);
std::vector<RectangleF*>::iterator it = db.begin();
while (it != db.end())
{
if (*it)
{
(*it)->SetPosition(startPosition);
(*it)->SetStatus(FREE);
}
++it;
}
}
void SampleTCO::saveSettings( QDomDocument & _doc, QDomElement & _this )
{
if( _this.parentNode().nodeName() == "clipboard" )
{
_this.setAttribute( "pos", -1 );
}
else
{
_this.setAttribute( "pos", startPosition() );
}
_this.setAttribute( "len", length() );
_this.setAttribute( "muted", isMuted() );
_this.setAttribute( "src", sampleFile() );
if( sampleFile() == "" )
{
QString s;
_this.setAttribute( "data", m_sampleBuffer->toBase64( s ) );
}
// TODO: start- and end-frame
}
TEST_F(OsgScreenSpaceQuadRenderTests, InitTest)
{
std::shared_ptr<OsgScreenSpaceQuadRepresentation> quad =
std::make_shared<OsgScreenSpaceQuadRepresentation>("Screen Quad");
viewElement->addComponent(quad);
/// Run the thread
runtime->start();
EXPECT_TRUE(graphicsManager->isInitialized());
EXPECT_TRUE(viewElement->isInitialized());
quad->setSize(100, 100);
boost::this_thread::sleep(boost::posix_time::milliseconds(1000));
auto dimensions = viewElement->getView()->getDimensions();
SurgSim::Math::Vector3d startPosition(0.0, 0.0, 0.0);
SurgSim::Math::Vector3d endPosition(dimensions[0], dimensions[1], 0.0);
SurgSim::Math::Vector2d startSize(0.0, 0.0);
SurgSim::Math::Vector2d endSize(200, 200);
int numSteps = 100;
for (int i = 0; i < numSteps; ++i)
{
/// Calculate t in [0.0, 1.0]
double t = static_cast<double>(i) / numSteps;
RigidTransform3d currentPose = SurgSim::Testing::interpolatePose(
Vector3d::Identity(), Vector3d::Identity(),
startPosition, endPosition, t);
quad->setLocalPose(currentPose);
SurgSim::Math::Vector2d size = SurgSim::Testing::interpolate(startSize, endSize, t);
quad->setSize(size.x(), size.y());
boost::this_thread::sleep(boost::posix_time::milliseconds(1000 / numSteps));
}
}
void SpaceOrientation:: initializePosition()
{
#ifdef __linux__
try
{
AL::ALMotionProxy motion(robotIp);
bool useSensors = true;
naoPositionOnStartInSpace = motion.getRobotPosition(useSensors);
// std::cout << "sensors: " << naoPositionOnStartInSpace << std::endl;
cv::Point2d startPosition(naoPositionOnStartInSpace[1],
naoPositionOnStartInSpace[0]);
startPosition = rotatePoint(startPosition,
naoPositionOnStartInSpace[2]);
// std::cout << "rotation: " << rotatePoint(cv::Point2d(1,1), -M_PI/2);
naoPositionOnStartInSpace[0] = startPosition.y;
naoPositionOnStartInSpace[1] = startPosition.x;
// std::cout << "Start position: " << startPosition << std::endl;
naoPositionInSpace.push_back(0);
naoPositionInSpace.push_back(0);
naoPositionInSpace.push_back(0);
naoPreviousPositionInSpace = naoPositionInSpace;
}
catch (const AL::ALError& e)
{
std::cerr << "Caught exception: " << e.what() << std::endl;
exit(EXIT_FAILURE);
}
#else
std::cout << "initializePosition() not on Linux." << std::endl;
naoPositionInSpace.push_back(0);
naoPositionInSpace.push_back(0);
naoPositionInSpace.push_back(0);
naoPreviousPositionInSpace = naoPositionInSpace;
naoPositionOnStartInSpace = naoPositionInSpace;
#endif
}
void BBTCO::saveSettings( QDomDocument & doc, QDomElement & element )
{
element.setAttribute( "name", name() );
if( element.parentNode().nodeName() == "clipboard" )
{
element.setAttribute( "pos", -1 );
}
else
{
element.setAttribute( "pos", startPosition() );
}
element.setAttribute( "len", length() );
element.setAttribute( "muted", isMuted() );
element.setAttribute( "color", color() );
if( m_useStyleColor )
{
element.setAttribute( "usestyle", 1 );
}
else
{
element.setAttribute( "usestyle", 0 );
}
}
void InsertTextCommand::input(const String& text, bool selectInsertedText)
{
ASSERT(text.find('\n') == notFound);
if (!endingSelection().isNonOrphanedCaretOrRange())
return;
// Delete the current selection.
// FIXME: This delete operation blows away the typing style.
if (endingSelection().isRange()) {
if (performTrivialReplace(text, selectInsertedText))
return;
deleteSelection(false, true, true, false);
}
Position startPosition(endingSelection().start());
Position placeholder;
// We want to remove preserved newlines and brs that will collapse (and thus become unnecessary) when content
// is inserted just before them.
// FIXME: We shouldn't really have to do this, but removing placeholders is a workaround for 9661.
// If the caret is just before a placeholder, downstream will normalize the caret to it.
Position downstream(startPosition.downstream());
if (lineBreakExistsAtPosition(downstream)) {
// FIXME: This doesn't handle placeholders at the end of anonymous blocks.
VisiblePosition caret(startPosition);
if (isEndOfBlock(caret) && isStartOfParagraph(caret))
placeholder = downstream;
// Don't remove the placeholder yet, otherwise the block we're inserting into would collapse before
// we get a chance to insert into it. We check for a placeholder now, though, because doing so requires
// the creation of a VisiblePosition, and if we did that post-insertion it would force a layout.
}
// Insert the character at the leftmost candidate.
startPosition = startPosition.upstream();
// It is possible for the node that contains startPosition to contain only unrendered whitespace,
// and so deleteInsignificantText could remove it. Save the position before the node in case that happens.
Position positionBeforeStartNode(positionInParentBeforeNode(startPosition.node()));
deleteInsignificantText(startPosition.upstream(), startPosition.downstream());
if (!startPosition.node()->inDocument())
startPosition = positionBeforeStartNode;
if (!startPosition.isCandidate())
startPosition = startPosition.downstream();
startPosition = positionAvoidingSpecialElementBoundary(startPosition);
Position endPosition;
if (text == "\t") {
endPosition = insertTab(startPosition);
startPosition = endPosition.previous();
if (placeholder.isNotNull())
removePlaceholderAt(placeholder);
m_charactersAdded += 1;
} else {
// Make sure the document is set up to receive text
startPosition = prepareForTextInsertion(startPosition);
if (placeholder.isNotNull())
removePlaceholderAt(placeholder);
Text *textNode = static_cast<Text *>(startPosition.node());
int offset = startPosition.deprecatedEditingOffset();
insertTextIntoNode(textNode, offset, text);
endPosition = Position(textNode, offset + text.length());
// The insertion may require adjusting adjacent whitespace, if it is present.
rebalanceWhitespaceAt(endPosition);
// Rebalancing on both sides isn't necessary if we've inserted a space.
if (text != " ")
rebalanceWhitespaceAt(startPosition);
m_charactersAdded += text.length();
}
// We could have inserted a part of composed character sequence,
// so we are basically treating ending selection as a range to avoid validation.
// <http://bugs.webkit.org/show_bug.cgi?id=15781>
VisibleSelection forcedEndingSelection;
forcedEndingSelection.setWithoutValidation(startPosition, endPosition);
setEndingSelection(forcedEndingSelection);
// Handle the case where there is a typing style.
CSSMutableStyleDeclaration* typingStyle = document()->frame()->selection()->typingStyle();
RefPtr<CSSComputedStyleDeclaration> endingStyle = endPosition.computedStyle();
RefPtr<CSSValue> unicodeBidi;
RefPtr<CSSValue> direction;
if (typingStyle) {
unicodeBidi = typingStyle->getPropertyCSSValue(CSSPropertyUnicodeBidi);
direction = typingStyle->getPropertyCSSValue(CSSPropertyDirection);
}
endingStyle->diff(typingStyle);
if (typingStyle && unicodeBidi) {
ASSERT(unicodeBidi->isPrimitiveValue());
typingStyle->setProperty(CSSPropertyUnicodeBidi, static_cast<CSSPrimitiveValue*>(unicodeBidi.get())->getIdent());
if (direction) {
ASSERT(direction->isPrimitiveValue());
typingStyle->setProperty(CSSPropertyDirection, static_cast<CSSPrimitiveValue*>(direction.get())->getIdent());
}
}
if (typingStyle && typingStyle->length())
applyStyle(typingStyle);
if (!selectInsertedText)
setEndingSelection(VisibleSelection(endingSelection().end(), endingSelection().affinity()));
}
PassRefPtrWillBeRawPtr<Range> PlainTextRange::createRangeFor(const ContainerNode& scope, GetRangeFor getRangeFor) const
{
ASSERT(isNotNull());
RefPtrWillBeRawPtr<Range> resultRange = scope.document().createRange();
size_t docTextPosition = 0;
bool startRangeFound = false;
Position textRunStartPosition;
Position textRunEndPosition;
TextIteratorBehaviorFlags behaviorFlags = TextIteratorEmitsObjectReplacementCharacter;
if (getRangeFor == ForSelection)
behaviorFlags |= TextIteratorEmitsCharactersBetweenAllVisiblePositions;
auto range = rangeOfContents(const_cast<ContainerNode*>(&scope));
TextIterator it(range->startPosition(), range->endPosition(), behaviorFlags);
// FIXME: the atEnd() check shouldn't be necessary, workaround for <http://bugs.webkit.org/show_bug.cgi?id=6289>.
if (!start() && !length() && it.atEnd()) {
resultRange->setStart(it.currentContainer(), 0, ASSERT_NO_EXCEPTION);
resultRange->setEnd(it.currentContainer(), 0, ASSERT_NO_EXCEPTION);
return resultRange.release();
}
for (; !it.atEnd(); it.advance()) {
int len = it.length();
textRunStartPosition = it.startPositionInCurrentContainer();
textRunEndPosition = it.endPositionInCurrentContainer();
bool foundStart = start() >= docTextPosition && start() <= docTextPosition + len;
bool foundEnd = end() >= docTextPosition && end() <= docTextPosition + len;
// Fix textRunRange->endPosition(), but only if foundStart || foundEnd, because it is only
// in those cases that textRunRange is used.
if (foundEnd) {
// FIXME: This is a workaround for the fact that the end of a run
// is often at the wrong position for emitted '\n's or if the
// renderer of the current node is a replaced element.
if (len == 1 && (it.characterAt(0) == '\n' || it.isInsideReplacedElement())) {
it.advance();
if (!it.atEnd()) {
textRunEndPosition = it.startPositionInCurrentContainer();
} else {
Position runEnd = VisiblePosition(textRunStartPosition).next().deepEquivalent();
if (runEnd.isNotNull())
textRunEndPosition = createLegacyEditingPosition(runEnd.containerNode(), runEnd.computeOffsetInContainerNode());
}
}
}
if (foundStart) {
startRangeFound = true;
if (textRunStartPosition.containerNode()->isTextNode()) {
int offset = start() - docTextPosition;
resultRange->setStart(textRunStartPosition.containerNode(), offset + textRunStartPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
} else {
if (start() == docTextPosition)
resultRange->setStart(textRunStartPosition.containerNode(), textRunStartPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
else
resultRange->setStart(textRunEndPosition.containerNode(), textRunEndPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
}
}
if (foundEnd) {
if (textRunStartPosition.containerNode()->isTextNode()) {
int offset = end() - docTextPosition;
resultRange->setEnd(textRunStartPosition.containerNode(), offset + textRunStartPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
} else {
if (end() == docTextPosition)
resultRange->setEnd(textRunStartPosition.containerNode(), textRunStartPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
else
resultRange->setEnd(textRunEndPosition.containerNode(), textRunEndPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
}
docTextPosition += len;
break;
}
docTextPosition += len;
}
if (!startRangeFound)
return nullptr;
if (length() && end() > docTextPosition) { // end() is out of bounds
resultRange->setEnd(textRunEndPosition.containerNode(), textRunEndPosition.offsetInContainerNode(), IGNORE_EXCEPTION);
}
return resultRange.release();
}
void Song::processAutomations(const TrackList &tracklist, MidiTime timeStart, fpp_t)
{
AutomatedValueMap values;
QSet<const AutomatableModel*> recordedModels;
TrackContainer* container = this;
int tcoNum = -1;
switch (m_playMode)
{
case Mode_PlaySong:
break;
case Mode_PlayBB:
{
Q_ASSERT(tracklist.size() == 1);
Q_ASSERT(tracklist.at(0)->type() == Track::BBTrack);
auto bbTrack = dynamic_cast<BBTrack*>(tracklist.at(0));
auto bbContainer = Engine::getBBTrackContainer();
container = bbContainer;
tcoNum = bbTrack->index();
}
break;
default:
return;
}
values = container->automatedValuesAt(timeStart, tcoNum);
TrackList tracks = container->tracks();
Track::tcoVector tcos;
for (Track* track : tracks)
{
if (track->type() == Track::AutomationTrack) {
track->getTCOsInRange(tcos, 0, timeStart);
}
}
// Process recording
for (TrackContentObject* tco : tcos)
{
auto p = dynamic_cast<AutomationPattern *>(tco);
MidiTime relTime = timeStart - p->startPosition();
if (p->isRecording() && relTime >= 0 && relTime < p->length())
{
const AutomatableModel* recordedModel = p->firstObject();
p->recordValue(relTime, recordedModel->value<float>());
recordedModels << recordedModel;
}
}
// Apply values
for (auto it = values.begin(); it != values.end(); it++)
{
if (! recordedModels.contains(it.key()))
{
it.key()->setAutomatedValue(it.value());
}
}
}
int main(){
Vector2 startPosition(300, 500);
Vector2 startDirection(0, -1);
/* This list is used to store all user emmitted active missiles */
MissileList enemy2Missiles;
MissileList playerMissiles;
/* Create the thunder */
Thunder thunder(startPosition, startDirection);
thunder.setVelocity(5);
thunder.SwitchWeapon(BULLET, playerMissiles);
Plane *player;
player = &thunder;
/* Create the boss */
LazerEnemy enemy2(Vector2(300, 0), Vector2(0,1));
enemy2.Init(enemy2Missiles);
enemy2.setVelocity(15);
Plane *enemy;
enemy = &enemy2;
FsOpenWindow(0,0,WINDOW_WID,WINDOW_HEI,1);
glClearColor(0.1, 0.1, 0.1, 1);
bool running = true;
int i = 0;
int cntDown = 0;
while(running)
{
glClear(GL_COLOR_BUFFER_BIT|GL_DEPTH_BUFFER_BIT);
FsPollDevice();
int key=FsInkey();
int lb, mb, rb, mx, my;
int mouse = FsGetMouseEvent(lb, mb, rb, mx, my);
if(FSKEY_ESC==key) {
running=false;
break;
} else if (FSKEY_UP == key) {
/* UP for power up */
((Thunder *)player)->PowerUp(playerMissiles);
}
if (FSMOUSEEVENT_RBUTTONDOWN == mouse) {
/* Right click for switch between 3 types of weapons */
i = (i+1) % 3;
((Thunder *)player)->SwitchWeapon((MissileType)i, playerMissiles);
}
/* Thunder: shoot and cool down weapon. */
player->Shoot(mouse, playerMissiles);
player->CoolDown();
/* Thunder: move and draw. */
player->Move(1.0);
player->Draw();
/* Draw the enemy */
enemy->Aim(player);
printf("before move\n");
enemy->Move(0.4);
printf("after move\n");
enemy->Draw();
/* Enemy fire */
((LazerEnemy *)enemy)->Shoot(enemy2Missiles);
enemy->CoolDown();
if (enemy->CheckHit(playerMissiles) == 1) {
((LazerEnemy *)enemy)->Disappear(enemy2Missiles);
cntDown = 100;
}
/* Stay for a while after boss die */
if (cntDown > 0) {
cntDown--;
if (cntDown == 0)
running = false;
}
/* traverse the missiles list, move missile */
MissileNode *node;
node = enemy2Missiles.getFront();
while(node) {
node->dat->Move(1.0);
if (!node->dat->CheckInWindow()) {
node = enemy2Missiles.Delete(node);
} else {
node = node->next;
}
}
node = playerMissiles.getFront();
while(node) {
node->dat->Move(1.0);
if (!node->dat->CheckInWindow()) {
node = playerMissiles.Delete(node);
} else {
node = node->next;
}
}
FOR_EACH(node, enemy2Missiles) {
node->dat->Draw();
}
FOR_EACH(node, playerMissiles) {
node->dat->Draw();
}
PrintPower(((LazerEnemy *)enemy)->getLife());
FsSwapBuffers();
FsSleep(25);
}
return 0;
}
EphemeralRange PlainTextRange::createRangeFor(const ContainerNode& scope, GetRangeFor getRangeFor) const
{
ASSERT(isNotNull());
size_t docTextPosition = 0;
bool startRangeFound = false;
Position textRunStartPosition;
Position textRunEndPosition;
TextIteratorBehaviorFlags behaviorFlags = TextIteratorEmitsObjectReplacementCharacter;
if (getRangeFor == ForSelection)
behaviorFlags |= TextIteratorEmitsCharactersBetweenAllVisiblePositions;
auto range = EphemeralRange::rangeOfContents(scope);
TextIterator it(range.startPosition(), range.endPosition(), behaviorFlags);
// FIXME: the atEnd() check shouldn't be necessary, workaround for
// <http://bugs.webkit.org/show_bug.cgi?id=6289>.
if (!start() && !length() && it.atEnd())
return EphemeralRange(Position(it.currentContainer(), 0));
Position resultStart = Position(&scope.document(), 0);
Position resultEnd = resultStart;
for (; !it.atEnd(); it.advance()) {
int len = it.length();
textRunStartPosition = it.startPositionInCurrentContainer();
textRunEndPosition = it.endPositionInCurrentContainer();
bool foundStart = start() >= docTextPosition && start() <= docTextPosition + len;
bool foundEnd = end() >= docTextPosition && end() <= docTextPosition + len;
// Fix textRunRange->endPosition(), but only if foundStart || foundEnd, because it is only
// in those cases that textRunRange is used.
if (foundEnd) {
// FIXME: This is a workaround for the fact that the end of a run
// is often at the wrong position for emitted '\n's or if the
// layoutObject of the current node is a replaced element.
if (len == 1 && (it.characterAt(0) == '\n' || it.isInsideAtomicInlineElement())) {
it.advance();
if (!it.atEnd()) {
textRunEndPosition = it.startPositionInCurrentContainer();
} else {
Position runEnd = nextPositionOf(createVisiblePosition(textRunStartPosition)).deepEquivalent();
if (runEnd.isNotNull())
textRunEndPosition = runEnd;
}
}
}
if (foundStart) {
startRangeFound = true;
if (textRunStartPosition.computeContainerNode()->isTextNode()) {
int offset = start() - docTextPosition;
resultStart = Position(textRunStartPosition.computeContainerNode(), offset + textRunStartPosition.offsetInContainerNode());
} else {
if (start() == docTextPosition)
resultStart = textRunStartPosition;
else
resultStart = textRunEndPosition;
}
}
if (foundEnd) {
if (textRunStartPosition.computeContainerNode()->isTextNode()) {
int offset = end() - docTextPosition;
resultEnd = Position(textRunStartPosition.computeContainerNode(), offset + textRunStartPosition.offsetInContainerNode());
} else {
if (end() == docTextPosition)
resultEnd = textRunStartPosition;
else
resultEnd = textRunEndPosition;
}
docTextPosition += len;
break;
}
docTextPosition += len;
}
if (!startRangeFound)
return EphemeralRange();
if (length() && end() > docTextPosition) { // end() is out of bounds
resultEnd = textRunEndPosition;
}
return EphemeralRange(resultStart.toOffsetInAnchor(), resultEnd.toOffsetInAnchor());
}
void LegacyCentrality::PSDSimulation(const evt::Event &event, double (&moduleEnergy)[45], std::vector< evt::Index<evt::sim::VertexTrack> > &specList)
{
unsigned int runNumber = event.GetEventHeader().GetRunNumber();
det::Detector::GetInstance().Update(event.GetEventHeader().GetTime(), runNumber);
const evt::SimEvent& simEvent = event.GetSimEvent();
if (!simEvent.HasMainVertex())
return;
double psdPosition = 0;
double psdShift = 10000;
if (fDataSet == 40){
psdPosition = 1667 - 580;
psdShift = 13;
} else {
psdPosition = 2200 - 580;
psdShift = 18;
}
for (int i = 0; i < 45; ++i){
moduleEnergy[i] = 0;
}
const det::MagneticFieldTracker
tracker(det::Detector::GetInstance().GetMagneticField(), utl::Tracker::eConservativeTrackStepper);
const det::PSD &detectorPSD = det::Detector::GetInstance().GetPSD();
TF2 showerProfile("showerProfile", radialShowerFit, -1000, 1000, -1000, 1000, 5);
double showerDecay = 1.91085; // Values from fitting to beam shower from data
double showerDecaySlow = 7.8342; // Values from fitting to beam shower from data
double fraction = 0.964088; // Values from fitting to beam shower from data
showerProfile.SetParameters(0, 0, showerDecay, showerDecaySlow, fraction);
double cutOff = 100;
double energyNorm = showerProfile.Integral(-cutOff, +cutOff, -cutOff, +cutOff);
for (std::list< evt::sim::VertexTrack >::const_iterator vtxTrackIter = simEvent.Begin<evt::sim::VertexTrack>(),
endIter = simEvent.End<evt::sim::VertexTrack>();
vtxTrackIter != endIter;
++vtxTrackIter){
evt::sim::VertexTrack vtxTrack = *vtxTrackIter;
if (vtxTrack.GetType() != evt::sim::VertexTrackConst::eGeneratorFinal && vtxTrack.GetType() != evt::sim::VertexTrackConst::eDetector)
continue;
utl::Vector trackMom = vtxTrack.GetMomentum();
const double pt = sqrt(trackMom.GetX()*trackMom.GetX() + trackMom.GetY()*trackMom.GetY());
evt::sim::Vertex startVertex;
if (simEvent.Has(vtxTrack.GetStartVertexIndex()))
startVertex = simEvent.Get(vtxTrack.GetStartVertexIndex());
if (vtxTrack.HasStopVertex()){
const evt::sim::Vertex& stopVertex = simEvent.Get(vtxTrack.GetStopVertexIndex());
if (stopVertex.GetPosition().GetZ() < psdPosition)
continue;
}
if (trackMom.GetMag() < 1)
continue;
if (trackMom.GetZ() < 0.5)
continue;
if (pt > 2)
continue;
if (vtxTrack.GetCharge() == -1 && trackMom.GetMag() > 120.)
continue;
//if (vtxTrack.GetType() == evt::sim::VertexTrackConst::eDetector && vtxTrack.GetParticleId() <= 22)
// continue;
int isSpec = 0;
if (vtxTrack.GetType() == evt::sim::VertexTrackConst::eGeneratorFinal){
if (std::find(specList.begin(), specList.end(), vtxTrack.GetIndex())!=specList.end()){
int A = 0;
if (vtxTrack.GetParticleId() > 1000000000) {
A = (vtxTrack.GetParticleId() % 10000) / 10;
} else {
A = 1;
}
isSpec += A;
}
}
if (isSpec){
double fermiMom = fRandGen.Gaus(0, 0.2/sqrt(isSpec));
if (fermiMom < 0) fermiMom *= -1;
double theta = fRandGen.Uniform(0, 3.1415);
double phi = fRandGen.Uniform(0, 2*3.1415);
double oldPx = trackMom.GetX();
double oldPy = trackMom.GetY();
double newPx = oldPx + fermiMom*sin(theta)*sin(phi);
double newPy = oldPy + fermiMom*sin(theta)*cos(phi);
trackMom.Set(newPx, newPy, trackMom.GetZ());
}
utl::Vector stopMomentum;
utl::Point stopPosition;
utl::Point startPosition(startVertex.GetPosition().GetX(), startVertex.GetPosition().GetY(), startVertex.GetPosition().GetZ());
bool trackSuccess = tracker.TrackToZ(psdPosition, vtxTrack.GetCharge(),
startPosition, trackMom,
stopPosition, stopMomentum);
double hitX = stopPosition.GetX();
double hitY = stopPosition.GetY();
if (hitX < -40 + psdShift || hitX > 40 + psdShift || hitY < -60 - 1 || hitY > 40 - 1 || !trackSuccess)
continue;
//if (vtxTrack.GetCharge() == -1) neg->Fill(trackMom.GetMag(), pt);
//if (vtxTrack.GetCharge() == 0) neu->Fill(trackMom.GetMag(), pt);
//if (vtxTrack.GetCharge() == 1) pos->Fill(trackMom.GetMag(), pt);
/*if (vtxTrack.GetType() == evt::sim::VertexTrackConst::eDetector && vtxTrack.GetParticleId() == 22){
evt::sim::Vertex startVert = simEvent.Get(vtxTrack.GetStartVertexIndex());
evt::sim::VertexTrack parTrack = simEvent.Get(startVert.GetFirstParentTrackIndex());
startVert = simEvent.Get(parTrack.GetStartVertexIndex());
parTrack = simEvent.Get(startVert.GetFirstParentTrackIndex());
parEne->Fill(TString::Format("%d", parTrack.GetParticleId()), stopMomentum.GetMag());
}*/
double energy = sqrt(stopMomentum.GetMag2());
//std::cout << energy << "\t";
energy = fRandGen.Gaus(energy, (0.72/sqrt(energy) + 0.026)*energy); //Values from T3 trigger study
if (energy < 0) energy = 0;
showerProfile.SetParameters(hitX, hitY, showerDecay, showerDecaySlow, fraction);
for (int i = 1; i <= 44; ++i){
double modSizeXlow = -1 * detectorPSD.GetPositionX(i)/10 + psdShift - detectorPSD.GetWidth(i)/2;
double modSizeXhigh = -1 * detectorPSD.GetPositionX(i)/10 + psdShift + detectorPSD.GetWidth(i)/2;
double modSizeYlow = detectorPSD.GetPositionY(i)/10 - 1 - detectorPSD.GetHeight(i)/2;
double modSizeYhigh = detectorPSD.GetPositionY(i)/10 - 1 + detectorPSD.GetHeight(i)/2;
double energyFraction = showerProfile.Integral(modSizeXlow, modSizeXhigh, modSizeYlow, modSizeYhigh)/energyNorm;
//std::cout << energyFraction << "\t";
moduleEnergy[i] += energy * energyFraction;
//std::cout << moduleEnergy[i] << "\t";
}
}
//std::cout << std::endl;
}
void Esh3DRenderer::render(const EshShape& in_shape, EshRendererContext& in_rendererContext,MfGdiBrush *in_brush)
{
ChLOG_DEBUG_START_FN;
if (!setUp(in_shape, in_rendererContext))
{
return;
}
// temporary pen & brush so I can see what I'm doing!
//ChAutoPtr<MfGdiBrush> pBrush = m_driver.CreateSolidBrush(CsColour(0x88, 0x88, 0x88));
//ChAutoPtr<MfGdiPen> pPen = m_driver.CreatePen(MfGdiPen::Style_Solid, 4, CsColour(0,0,0), ChVector<ChFLT8>());
//ChAutoPtr<MfGdiBrush> pBrush = EshGdiObjectFactory::makeNullBrush(m_driver);
ChAutoPtr<MfGdiPen> pPen(EshGdiObjectFactory::makeNullPen(m_driver)); // LINUX_PORT
// TODO - pen must be null pen, but because faces aren't being shaded according to normal angle, an
// outline is being drawn to figure out where the faces are
//in_rendererContext.getDeviceContextReference().SetBrush(*pBrush);
//in_rendererContext.getDeviceContextReference().TakeBrush(pBrush.giveUpOwnership());
in_rendererContext.getDeviceContextReference().TakePen(pPen.giveUpOwnership());
if (in_rendererContext.hasTransformation())
{
// 2D rotation must be done before any 3D rotation/skew, so multiply on right of current
// 3D world transform, which at this point will have the skew and rotation already
m_worldTransform = m_worldTransform * CsMatrix3D<ChFLT8>(in_rendererContext.getTransformationMatrix());
}
m_pPathData = ChNEW EshPathRendererData(*m_pGeometry, in_rendererContext);
m_pPathData->init();
MfGdiDeviceContext& deviceContext = in_rendererContext.getDeviceContextReference();
// use non-const verion of method to have geometry add implied segments
const EshPathCommandTable& pathCommands = m_pPathData->getPathCommandsReference();
if (pathCommands.size() == 0)
{
return;
}
bool skip = true;
bool isFirstSegmentDrawn = false;
CsPoint<ChFLT8> startPosition(0,0);
CsPoint<ChFLT8> position(0,0);
CsPoint<ChFLT8> nextPosition(0,0);
const EshPathCommand* pCurrentPathCommand;
const EshPathCommand* pNextPathCommand;
ChUINT2 j = 0;
/**
* TODO - is it possible for the first path param to be an editing command?
*/
pNextPathCommand = &pathCommands[0];
EshPathCommandTypeEnums nextPathCommandType = pNextPathCommand->m_type;
CsPlanarPolygon<ChFLT8> frontFace;
CsPlanarPolygon<ChFLT8> extrusion;
for (ChUINT4 i=1; i <= pathCommands.size(); i++)
{
pCurrentPathCommand = pNextPathCommand;
// Skip editing commands
skip = true;
while ( skip && i < pathCommands.size())
{
skip = (ESH_PATH_CMD_HA <= pathCommands[i].m_type && pathCommands[i].m_type <= ESH_PATH_CMD_HI);
if(skip)
{
++i;
}
}
if (i == pathCommands.size())
{
nextPathCommandType = ESH_PATH_CMD_E;
}
else
{
pNextPathCommand = &pathCommands[i];
nextPathCommandType = pNextPathCommand->m_type;
}
bool isLastCommand = (nextPathCommandType == ESH_PATH_CMD_E);
bool isEnd = isLastCommand;
switch (pCurrentPathCommand->m_type)
{
case ESH_PATH_CMD_L:
// Line to
// openClosedPath(deviceContext);
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
m_pPathData->getPoint(nextPosition);
//m_pPathData->getPoint(nextPosition);
if (!isFirstSegmentDrawn)
{
startPosition = position;
frontFace.addPoint(m_worldTransform * ChPoint3DF8(position, m_lForeDepth));
isFirstSegmentDrawn = true;
}
if (m_isFilled)
{
frontFace.addPoint(m_worldTransform * ChPoint3DF8(nextPosition, m_lForeDepth));
}
// TODO - linecap stuff
makePolygon(position, nextPosition, extrusion);
m_tree.insert(extrusion);
position = nextPosition;
}
break;
case ESH_PATH_CMD_C:
// Cubic curve
// openClosedPath(deviceContext);
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
ChPoint3DF8 p0(position.getX(), position.getY(), m_lForeDepth);
ChPoint3DF8 p1(m_pPathData->getPointF8(), m_lForeDepth); // 1st control point
ChPoint3DF8 p2(m_pPathData->getPointF8(), m_lForeDepth); // 2nd control point
m_pPathData->getPoint(nextPosition);
ChPoint3DF8 p3(nextPosition, m_lForeDepth); // endpoint
if (!isFirstSegmentDrawn)
{
startPosition = position;
if (m_isFilled)
{
frontFace.addPoint(m_worldTransform * ChPoint3DF8(position, m_lForeDepth));
}
isFirstSegmentDrawn = true;
}
divideBezier(p0, p1, p2, p3, frontFace);
position = nextPosition;
}
break;
case ESH_PATH_CMD_M:
// Move to - count is always 1
ChASSERT(pCurrentPathCommand->m_unCount == 1);
m_pPathData->getPoint(position);
break;
case ESH_PATH_CMD_X:
// Close path
nextPosition = startPosition;
if (position != nextPosition)
{
makePolygon(position, nextPosition, extrusion);
m_tree.insert(extrusion);
position = nextPosition;
}
if (m_isFilled)
{
m_faces.push_back(frontFace);
frontFace.clear();
}
isFirstSegmentDrawn = false;
break;
case ESH_PATH_CMD_E:
// End path data attribute
/* Freeform paths will not have a close path command, however, if
the path is filled, we still need a polygon for that line segment. */
if (m_isFilled && position != startPosition)
{
makePolygon(position, startPosition, extrusion);
m_tree.insert(extrusion);
position = startPosition;
m_faces.push_back(frontFace);
frontFace.clear();
}
break;
case ESH_PATH_CMD_AE:
// Angle ellipse to
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
if (!isFirstSegmentDrawn)
{
startPosition = makeAngleEllipse(in_rendererContext, position, false, j, frontFace);
isFirstSegmentDrawn = true;
}
else
{
makeAngleEllipse(in_rendererContext, position, false, j, frontFace);
}
}
break;
case ESH_PATH_CMD_AL:
// Angle ellipse
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
if (!isFirstSegmentDrawn)
{
startPosition = makeAngleEllipse(in_rendererContext, position, true, j, frontFace);
isFirstSegmentDrawn = true;
}
else
{
makeAngleEllipse(in_rendererContext, position, true, j, frontFace);
}
}
break;
case ESH_PATH_CMD_AT:
// Arc to
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
if (!isFirstSegmentDrawn)
{
startPosition = makeArc(position, false, j, false, frontFace);
isFirstSegmentDrawn = true;
}
else
{
makeArc(position, false, j, false, frontFace);
}
}
break;
case ESH_PATH_CMD_AR:
// Arc
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
if (!isFirstSegmentDrawn)
{
startPosition = makeArc(position, true, j, false, frontFace);
frontFace.addPoint(m_worldTransform * ChPoint3DF8(position, m_lForeDepth));
isFirstSegmentDrawn = true;
}
else
{
makeArc(position, true, j, false, frontFace);
}
}
break;
case ESH_PATH_CMD_WA:
// Clockwise arc to
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
if (!isFirstSegmentDrawn)
{
startPosition = makeArc(position, false, j, true, frontFace);
isFirstSegmentDrawn = true;
}
else
{
makeArc(position, false, j, true, frontFace);
}
}
break;
case ESH_PATH_CMD_WR:
// Clockwise arc
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
if (!isFirstSegmentDrawn)
{
startPosition = makeArc(position, true, j, true, frontFace);
frontFace.addPoint(m_worldTransform * ChPoint3DF8(position, m_lForeDepth));
isFirstSegmentDrawn = true;
}
else
{
makeArc(position, true, j, true, frontFace);
}
}
break;
case ESH_PATH_CMD_QX:
// Elliptical quadrant x
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
if (!isFirstSegmentDrawn)
{
startPosition = position;
isFirstSegmentDrawn = true;
}
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
makeQuadrantArc(position, j % 2 == 0, frontFace);
}
break;
case ESH_PATH_CMD_QY:
// Elliptical quadrant y
for (j=0; j < pCurrentPathCommand->m_unCount; j++)
{
if (!isFirstSegmentDrawn)
{
startPosition = position;
frontFace.addPoint(m_worldTransform * ChPoint3DF8(position, m_lForeDepth));
isFirstSegmentDrawn = true;
}
isEnd = isLastCommand && (j == pCurrentPathCommand->m_unCount - 1);
makeQuadrantArc(position, j % 2 == 1, frontFace);
}
break;
}
}
// Draw the actual shape.
m_tree.render(m_driver, in_rendererContext);
if (m_isFilled)
{
ChBYTE opacity = 255;
const EshFill &fill = in_shape.getFill();
if (fill.isOpacitySet())
{
opacity = fill.getOpacity() >> 8;
}
renderPrimaryFaces(deviceContext,in_brush,opacity);
}
qint64 BassPlayer::position() const {
return BASS_ChannelBytes2Seconds(chan, BASS_ChannelGetPosition(chan, BASS_POS_BYTE)) * BASS_POSITION_MULTIPLIER - startPosition();
}
bool BassPlayer::newPosProcessing(const qint64 & new_pos) {
return BASS_ChannelSetPosition(chan, BASS_ChannelSeconds2Bytes(chan, (new_pos + startPosition()) / BASS_POSITION_MULTIPLIER), BASS_POS_BYTE);
}
void InsertTextCommand::input(const String& text, bool selectInsertedText, RebalanceType whitespaceRebalance)
{
ASSERT(text.find('\n') == notFound);
if (!endingSelection().isNonOrphanedCaretOrRange())
return;
// Delete the current selection.
// FIXME: This delete operation blows away the typing style.
if (endingSelection().isRange()) {
if (performTrivialReplace(text, selectInsertedText))
return;
deleteSelection(false, true, true, false);
}
Position startPosition(endingSelection().start());
Position placeholder;
// We want to remove preserved newlines and brs that will collapse (and thus become unnecessary) when content
// is inserted just before them.
// FIXME: We shouldn't really have to do this, but removing placeholders is a workaround for 9661.
// If the caret is just before a placeholder, downstream will normalize the caret to it.
Position downstream(startPosition.downstream());
if (lineBreakExistsAtPosition(downstream)) {
// FIXME: This doesn't handle placeholders at the end of anonymous blocks.
VisiblePosition caret(startPosition);
if (isEndOfBlock(caret) && isStartOfParagraph(caret))
placeholder = downstream;
// Don't remove the placeholder yet, otherwise the block we're inserting into would collapse before
// we get a chance to insert into it. We check for a placeholder now, though, because doing so requires
// the creation of a VisiblePosition, and if we did that post-insertion it would force a layout.
}
// Insert the character at the leftmost candidate.
startPosition = startPosition.upstream();
// It is possible for the node that contains startPosition to contain only unrendered whitespace,
// and so deleteInsignificantText could remove it. Save the position before the node in case that happens.
Position positionBeforeStartNode(positionInParentBeforeNode(startPosition.containerNode()));
deleteInsignificantText(startPosition.upstream(), startPosition.downstream());
if (!startPosition.anchorNode()->inDocument())
startPosition = positionBeforeStartNode;
if (!startPosition.isCandidate())
startPosition = startPosition.downstream();
startPosition = positionAvoidingSpecialElementBoundary(startPosition);
Position endPosition;
if (text == "\t") {
endPosition = insertTab(startPosition);
startPosition = endPosition.previous();
if (placeholder.isNotNull())
removePlaceholderAt(placeholder);
} else {
// Make sure the document is set up to receive text
startPosition = positionInsideTextNode(startPosition);
ASSERT(startPosition.anchorType() == Position::PositionIsOffsetInAnchor);
ASSERT(startPosition.containerNode());
ASSERT(startPosition.containerNode()->isTextNode());
if (placeholder.isNotNull())
removePlaceholderAt(placeholder);
RefPtr<Text> textNode = static_cast<Text*>(startPosition.containerNode());
const unsigned offset = startPosition.offsetInContainerNode();
insertTextIntoNode(textNode, offset, text);
endPosition = Position(textNode, offset + text.length());
if (whitespaceRebalance == RebalanceLeadingAndTrailingWhitespaces) {
// The insertion may require adjusting adjacent whitespace, if it is present.
rebalanceWhitespaceAt(endPosition);
// Rebalancing on both sides isn't necessary if we've inserted only spaces.
if (!shouldRebalanceLeadingWhitespaceFor(text))
rebalanceWhitespaceAt(startPosition);
} else {
ASSERT(whitespaceRebalance == RebalanceAllWhitespaces);
if (canRebalance(startPosition) && canRebalance(endPosition))
rebalanceWhitespaceOnTextSubstring(textNode, startPosition.offsetInContainerNode(), endPosition.offsetInContainerNode());
}
}
// We could have inserted a part of composed character sequence,
// so we are basically treating ending selection as a range to avoid validation.
// <http://bugs.webkit.org/show_bug.cgi?id=15781>
VisibleSelection forcedEndingSelection;
forcedEndingSelection.setWithoutValidation(startPosition, endPosition);
setEndingSelection(forcedEndingSelection);
// Handle the case where there is a typing style.
if (RefPtr<EditingStyle> typingStyle = document()->frame()->selection()->typingStyle()) {
typingStyle->prepareToApplyAt(endPosition, EditingStyle::PreserveWritingDirection);
if (!typingStyle->isEmpty())
applyStyle(typingStyle.get());
}
if (!selectInsertedText)
setEndingSelection(VisibleSelection(endingSelection().end(), endingSelection().affinity()));
}
void InsertTextCommand::doApply()
{
ASSERT(m_text.find('\n') == kNotFound);
if (!endingSelection().isNonOrphanedCaretOrRange())
return;
// Delete the current selection.
// FIXME: This delete operation blows away the typing style.
if (endingSelection().isRange()) {
if (performTrivialReplace(m_text, m_selectInsertedText))
return;
bool endOfSelectionWasAtStartOfBlock = isStartOfBlock(endingSelection().visibleEnd());
deleteSelection(false, true, false, false);
// deleteSelection eventually makes a new endingSelection out of a Position. If that Position doesn't have
// a renderer (e.g. it is on a <frameset> in the DOM), the VisibleSelection cannot be canonicalized to
// anything other than NoSelection. The rest of this function requires a real endingSelection, so bail out.
if (endingSelection().isNone())
return;
if (endOfSelectionWasAtStartOfBlock) {
if (EditingStyle* typingStyle = document().frame()->selection().typingStyle())
typingStyle->removeBlockProperties();
}
} else if (document().frame()->editor().isOverwriteModeEnabled()) {
if (performOverwrite(m_text, m_selectInsertedText))
return;
}
Position startPosition(endingSelection().start());
Position placeholder;
// We want to remove preserved newlines and brs that will collapse (and thus become unnecessary) when content
// is inserted just before them.
// FIXME: We shouldn't really have to do this, but removing placeholders is a workaround for 9661.
// If the caret is just before a placeholder, downstream will normalize the caret to it.
Position downstream(startPosition.downstream());
if (lineBreakExistsAtPosition(downstream)) {
// FIXME: This doesn't handle placeholders at the end of anonymous blocks.
VisiblePosition caret(startPosition);
if (isEndOfBlock(caret) && isStartOfParagraph(caret))
placeholder = downstream;
// Don't remove the placeholder yet, otherwise the block we're inserting into would collapse before
// we get a chance to insert into it. We check for a placeholder now, though, because doing so requires
// the creation of a VisiblePosition, and if we did that post-insertion it would force a layout.
}
// Insert the character at the leftmost candidate.
startPosition = startPosition.upstream();
// It is possible for the node that contains startPosition to contain only unrendered whitespace,
// and so deleteInsignificantText could remove it. Save the position before the node in case that happens.
ASSERT(startPosition.containerNode());
Position positionBeforeStartNode(positionInParentBeforeNode(*startPosition.containerNode()));
deleteInsignificantText(startPosition, startPosition.downstream());
if (!startPosition.inDocument())
startPosition = positionBeforeStartNode;
if (!startPosition.isCandidate())
startPosition = startPosition.downstream();
startPosition = positionAvoidingSpecialElementBoundary(startPosition);
Position endPosition;
if (m_text == "\t") {
endPosition = insertTab(startPosition);
startPosition = endPosition.previous();
if (placeholder.isNotNull())
removePlaceholderAt(placeholder);
} else {
// Make sure the document is set up to receive m_text
startPosition = positionInsideTextNode(startPosition);
ASSERT(startPosition.anchorType() == Position::PositionIsOffsetInAnchor);
ASSERT(startPosition.containerNode());
ASSERT(startPosition.containerNode()->isTextNode());
if (placeholder.isNotNull())
removePlaceholderAt(placeholder);
RefPtrWillBeRawPtr<Text> textNode = startPosition.containerText();
const unsigned offset = startPosition.offsetInContainerNode();
insertTextIntoNode(textNode, offset, m_text);
endPosition = Position(textNode, offset + m_text.length());
if (m_rebalanceType == RebalanceLeadingAndTrailingWhitespaces) {
// The insertion may require adjusting adjacent whitespace, if it is present.
rebalanceWhitespaceAt(endPosition);
// Rebalancing on both sides isn't necessary if we've inserted only spaces.
if (!shouldRebalanceLeadingWhitespaceFor(m_text))
rebalanceWhitespaceAt(startPosition);
} else {
ASSERT(m_rebalanceType == RebalanceAllWhitespaces);
if (canRebalance(startPosition) && canRebalance(endPosition))
rebalanceWhitespaceOnTextSubstring(textNode, startPosition.offsetInContainerNode(), endPosition.offsetInContainerNode());
}
}
setEndingSelectionWithoutValidation(startPosition, endPosition);
// Handle the case where there is a typing style.
if (RefPtrWillBeRawPtr<EditingStyle> typingStyle = document().frame()->selection().typingStyle()) {
typingStyle->prepareToApplyAt(endPosition, EditingStyle::PreserveWritingDirection);
if (!typingStyle->isEmpty())
applyStyle(typingStyle.get());
}
if (!m_selectInsertedText)
setEndingSelection(VisibleSelection(endingSelection().end(), endingSelection().affinity(), endingSelection().isDirectional()));
}
