virtual void mouseMoveEvent(MouseEvent & event) override
{
if (m_flightEnabled)
{
m_flightNav.mouseMove((event.pos()-m_lastMousePos));
m_lastMousePos = event.pos();
event.accept();
return;
}
switch (m_nav.mode())
{
case glowutils::WorldInHandNavigation::PanInteraction:
m_nav.panProcess(event.pos());
event.accept();
break;
case glowutils::WorldInHandNavigation::RotateInteraction:
m_nav.rotateProcess(event.pos());
event.accept();
break;
case glowutils::WorldInHandNavigation::NoInteraction:
break;
}
}
void mouseEvent(MouseEvent const &event)
{
if(ClientApp::windowSystem().processEvent(event))
{
// Eaten by the window system.
return;
}
// Fall back to legacy handling.
switch(event.type())
{
case Event::MouseButton:
Mouse_Qt_SubmitButton(
event.button() == MouseEvent::Left? IMB_LEFT :
event.button() == MouseEvent::Middle? IMB_MIDDLE :
event.button() == MouseEvent::Right? IMB_RIGHT :
event.button() == MouseEvent::XButton1? IMB_EXTRA1 :
event.button() == MouseEvent::XButton2? IMB_EXTRA2 : IMB_MAXBUTTONS,
event.state() == MouseEvent::Pressed);
break;
case Event::MouseMotion:
Mouse_Qt_SubmitMotion(IMA_POINTER, event.pos().x, event.pos().y);
break;
case Event::MouseWheel:
Mouse_Qt_SubmitMotion(IMA_WHEEL, event.pos().x, event.pos().y);
break;
default:
break;
}
}
virtual void mousePressEvent(MouseEvent & event) override
{
switch (event.button())
{
case GLFW_MOUSE_BUTTON_LEFT:
m_nav.panBegin(event.pos());
event.accept();
break;
case GLFW_MOUSE_BUTTON_RIGHT:
m_nav.rotateBegin(event.pos());
event.accept();
break;
}
}
virtual void mouseMoveEvent(MouseEvent & event) override
{
switch (m_nav.mode())
{
case WorldInHandNavigation::PanInteraction:
m_nav.panProcess(event.pos());
event.accept();
break;
case WorldInHandNavigation::RotateInteraction:
m_nav.rotateProcess(event.pos());
event.accept();
default:
break;
}
}
void AnnotationRenderer::mouseMoveEvent(const MouseEvent& event)
{
Point zoomedMouse = getParentView()->viewport().toView(event.pos());
Point delta = zoomedMouse - m_previousMousePos;
m_previousMousePos = zoomedMouse;
if(delta.isNull())
return;
if (m_movingAction == MOVING_TEXT)
moveText(delta);
else if (m_movingAction == MOVING_POINT)
moveEnd(delta);
}
virtual void mouseMoveEvent(MouseEvent & event) override
{
switch (m_nav->mode())
{
case glowutils::WorldInHandNavigation::RotateInteraction:
m_nav->rotateProcess(event.pos());
event.accept();
break;
case glowutils::WorldInHandNavigation::PanInteraction:
case glowutils::WorldInHandNavigation::NoInteraction:
break;
}
}
void PixelToBufferProcessor::invokeEvent(Event* event) {
MouseEvent* mouseEvent = dynamic_cast<MouseEvent*>(event);
if (mouseEvent) {
int button = mouseEvent->button();
int state = mouseEvent->state();
if (button == MouseEvent::MOUSE_BUTTON_LEFT && state == MouseEvent::MOUSE_STATE_PRESS) {
fromPixel_.set(mouseEvent->pos());
clearOutput();
}
mouseEvent->markAsUsed();
return;
}
}
void AnnotationRenderer::mouseReleaseEvent(const MouseEvent& event)
{
Point zoomedMouse = getParentView()->viewport().toView(event.pos());
Point deltaStart = m_startMousePos - m_previousMousePos;
Point delta = zoomedMouse - m_startMousePos;
if (m_movingAction == MOVING_TEXT)
{
moveText(deltaStart);
getParentView()->document()->getUndoStack().push(std::make_shared<MoveObjectCommand>(m_annotation, delta));
}
else if (m_movingAction == MOVING_POINT)
{
moveEnd(deltaStart);
getParentView()->document()->getUndoStack().push(std::make_shared<MoveAnnotationEndCommand>(m_annotation, delta));
}
m_movingAction = MOVING_NONE;
}
bool AnnotationRenderer::mousePressEvent(const MouseEvent& event)
{
Point zoomedMouse = getParentView()->viewport().toView(event.pos());
if(m_textArea.contains(zoomedMouse))
{
m_movingAction = MOVING_TEXT;
m_startMousePos = m_previousMousePos = zoomedMouse;
return true;
}
if((zoomedMouse - m_endPos).norm() < 10)
{
m_movingAction = MOVING_POINT;
m_startMousePos = m_previousMousePos = zoomedMouse;
return true;
}
return false;
}
void MainWindow::mouseDragEvent(MouseEvent &e) {
rotate += (e.pos()-mpos);
mpos = e.pos();
}
void MainWindow::mouseDownEvent(MouseEvent &e) {
mpos = e.pos();
}
void MainWindow::mouseDragEvent(MouseEvent &e) {
spin += (e.pos() - mpos);
mpos = e.pos();
updateCamera();
}
void LineEdit::mouseDragEvent(MouseEvent &e) {
ep = e.pos();
updateSel();
update();
}
void Widget::processEvent(Event* event, PassKey<Widget, WindowSystemPrivate>)
{
switch(event->type()) {
case Event::kFocusIn: {
if(isAcceptsFocus_) {
Widget* widget = first_;
Widget* next = widget;
while(next) {
widget = next;
if(widget->isAcceptsFocus_ && widget->first_ && widget->isVisible()
&& widget->isEnabled()) {
next = widget->first_;
}
else {
next = next->next_;
}
}
if(focus_)
focus_->hasFocus_ = false;
focus_ = widget;
if(focus_) {
focus_->hasFocus_ = true;
focus_->dispatchEvent(event);
}
}
return; }
case Event::kFocusOut:
if(focus_) {
focus_->hasFocus_ = false;
focus_->dispatchEvent(event);
}
return;
case Event::kMouseEnter: {
if(!hasGrab_) {
MouseEvent* e = static_cast<MouseEvent*>(event);
dispatchEvent(e);
updateHoverPoint(e->pos());
}
return; }
case Event::kMouseLeave: {
if(!hasGrab_)
sendMouseLeave();
return; }
case Event::kMouseMove: {
MouseEvent* e = static_cast<MouseEvent*>(event);
Widget* widget;
Point<int> pos;
if(hasGrab_) {
std::tie(widget, pos) = hoveredWidget();
e->setPos(e->windowPos() - pos, {});
widget->processMouseEvent(e);
}
else {
std::tie(widget, pos) = updateHoverPoint(e->pos());
e->setPos(pos, {});
widget->dispatchEvent(e);
}
return; }
case Event::kMousePress: {
MouseEvent* e = static_cast<MouseEvent*>(event);
hasGrab_ = true;
Widget* widget;
Point<int> pos;
std::tie(widget, pos) = hoveredWidget();
widget->updateFocus(this);
e->setPos(e->windowPos() - pos, {});
widget->processMouseEvent(e);
return; }
case Event::kMouseRelease: {
MouseEvent* e = static_cast<MouseEvent*>(event);
Widget* widget;
Point<int> pos;
std::tie(widget, pos) = hoveredWidget();
Point<int> eventPos = e->pos();
e->setPos(e->windowPos() - pos, {});
widget->processMouseEvent(e);
if(e->buttons() == MouseButton::kNone) {
hasGrab_ = false;
updateHoverPoint(eventPos);
}
Duration duration = widget->timeCounter_.restart();
if(duration <= 300_ms && e->button() != MouseButton::kNone
&& e->button() == widget->lastButton_) {
MouseEvent ev(Event::kMouseDoubleClick);
ev.setTimestamp(e->timestamp(), {});
ev.setModifiers(e->modifiers(), {});
ev.setPos(e->pos(), {});
ev.setWindowPos(e->windowPos(), {});
ev.setGlobalPos(e->globalPos(), {});
ev.setButton(e->button(), {});
ev.setButtons(e->buttons(), {});
widget->processEvent(&ev, {});
widget->lastButton_ = MouseButton::kNone;
}
else {
widget->lastButton_ = e->button();
}
return; }
case Event::kMouseWheel: {
MouseWheelEvent* e = static_cast<MouseWheelEvent*>(event);
Widget* widget;
Point<int> pos;
std::tie(widget, pos) = hoveredWidget();
e->setPos(e->windowPos() - pos, {});
widget->processMouseEvent(e);
return; }
case Event::kKeyPress: {
Widget* widget = focus_;
while(focus_) {
if(focus_->dispatchEvent(event)) {
if(event->isAccepted())
return;
}
widget = widget->parent_;
}
return; }
case Event::kKeyRelease: {
Widget* widget = focus_;
while(focus_) {
if(focus_->dispatchEvent(event)) {
if(event->isAccepted())
return;
}
widget = widget->parent_;
}
return; }
case Event::kShow: {
show();
break; }
case Event::kHide: {
hide();
break; }
case Event::kEnable: {
enable();
break; }
case Event::kDisable: {
disable();
break; }
case Event::kClose : {
if(dispatchEvent(event) && event->isAccepted()) {
hide();
}
return; }
case Event::kPaint: {
repaint(static_cast<PaintEvent*>(event));
// repaint() calls the dispatchEvent() by itself so we don't need to call it one
// more time
return; }
case Event::kMove: {
MoveEvent* e = static_cast<MoveEvent*>(event);
pos_ = e->pos();
break; }
case Event::kResize: {
ResizeEvent* e = static_cast<ResizeEvent*>(event);
size_ = e->size();
break; }
default:
break;
}
dispatchEvent(event);
if(event->type() == Event::kResize && layout_) {
layout_->setGeometry(rect());
}
}
