void lmcTransferWindow::lvTransferList_currentRowChanged(int currentRow) {
if(currentRow < 0) {
setButtonState(FileView::TS_Max);
return;
}
FileView* pFileView = ui.lvTransferList->item(currentRow);
setButtonState(pFileView->state);
pactShowFolder->setEnabled(QFile::exists(pFileView->filePath));
}
void WildcardButton::ccTouchMoved(CCTouch* touch, CCEvent* event)
{
if (containsTouchLocation(touch))
{
setButtonState(GRABBED);
}
else
{
setButtonState(UNGRABBED);
}
}
void PCWand::deviceThreadMethod(void)
{
/* Process messages until killed: */
while(true)
{
/* Wait for next message: */
unsigned char byte=(unsigned char)devicePort.getChar();
/* Parse message: */
if(byte>='0'&&byte<='1')
{
/* It's a valuator value packet; skip the next byte and read the value: */
int valuatorIndex=byte-'0';
devicePort.getChar();
unsigned char valueByte=(unsigned char)devicePort.getChar();
float value=(float(valueByte)*2.0f)/255.f-1.0f;
deviceValuatorStates[valuatorIndex]=value;
/* Set the valuator value in the device manager: */
{
Threads::Mutex::Lock deviceValuesLock(deviceValuesMutex);
if(reportEvents)
setValuatorState(valuatorIndex,value);
}
}
else if(byte>=216&&byte<=218)
{
/* It's a button press packet: */
int buttonIndex=byte-216;
deviceButtonStates[buttonIndex]=true;
/* Set the button state in the device manager: */
{
Threads::Mutex::Lock deviceValuesLock(deviceValuesMutex);
if(reportEvents)
setButtonState(buttonIndex,true);
}
}
else if(byte>=248&&byte<=250)
{
/* It's a button release packet: */
int buttonIndex=byte-248;
deviceButtonStates[buttonIndex]=false;
/* Set the button state in the device manager: */
{
Threads::Mutex::Lock deviceValuesLock(deviceValuesMutex);
if(reportEvents)
setButtonState(buttonIndex,false);
}
}
}
}
void MicroBitMultiButton::onEvent(MicroBitEvent evt)
{
int button = evt.source;
int otherButton = otherSubButton(button);
switch(evt.value)
{
case MICROBIT_BUTTON_EVT_DOWN:
setButtonState(button, 1);
if(isSubButtonPressed(otherButton))
MicroBitEvent e(id, MICROBIT_BUTTON_EVT_DOWN);
break;
case MICROBIT_BUTTON_EVT_HOLD:
setHoldState(button, 1);
if(isSubButtonHeld(otherButton))
MicroBitEvent e(id, MICROBIT_BUTTON_EVT_HOLD);
break;
case MICROBIT_BUTTON_EVT_UP:
if(isSubButtonPressed(otherButton))
{
MicroBitEvent e(id, MICROBIT_BUTTON_EVT_UP);
if (isSubButtonHeld(button) && isSubButtonHeld(otherButton))
MicroBitEvent e(id, MICROBIT_BUTTON_EVT_LONG_CLICK);
else
MicroBitEvent e(id, MICROBIT_BUTTON_EVT_CLICK);
setSupressedState(otherButton, 1);
}
else if (!isSubButtonSupressed(button))
{
if (isSubButtonHeld(button))
MicroBitEvent e(button, MICROBIT_BUTTON_EVT_LONG_CLICK);
else
MicroBitEvent e(button, MICROBIT_BUTTON_EVT_CLICK);
}
setButtonState(button, 0);
setHoldState(button, 0);
setSupressedState(button, 0);
break;
}
}
void DesktopDeviceNavigationTool::buttonCallback(int,int buttonIndex,InputDevice::ButtonCallbackData* cbData)
{
if(factory->buttonToggleFlags[buttonIndex])
{
/* Check if the toggle state has to be changed: */
if(!cbData->newButtonState)
{
/* Change the button state: */
toggleButtonStates[buttonIndex]=!toggleButtonStates[buttonIndex];
setButtonState(buttonIndex,toggleButtonStates[buttonIndex]);
}
}
else
setButtonState(buttonIndex,cbData->newButtonState);
}
void HIDDevice::handleEvents ( void )
{
static const AbsoluteTime zeroTime = {0,0} ;
IOReturn result ;
IOHIDEventStruct hidEvent;
bool changed ( false ) ;
while ( ( result = (*hidQueueInterface) -> getNextEvent ( hidQueueInterface, &hidEvent, zeroTime, 0 ) )
== kIOReturnSuccess )
{
CookieIndexMap::iterator buttonPos ( buttonMap . find ( hidEvent . elementCookie ) ) ;
if ( buttonPos != buttonMap . end ( ) ) {
setButtonState ( buttonPos -> second, hidEvent . value ) ;
changed = true ;
continue ;
}
CookieAxisInfoMap::iterator axisPos ( absAxisMap . find ( hidEvent . elementCookie ) ) ;
if ( axisPos != absAxisMap . end ( ) ) {
setValuatorState ( axisPos -> second . index,
axisPos -> second . converter . map ( hidEvent . value ) ) ;
changed = true ;
continue ;
}
}
// If events have been processed, mark manager state as complete
if ( changed ) {
updateState ( ) ;
changed = false ;
}
if ( result != kIOReturnUnderrun )
Misc::throwStdErr ( "HIDDevice: event queue error ( 0x%x )", result ) ;
}
void HIDDevice::start(void)
{
if ( ! cfRunLoop )
{
// Initialize button and valuator states to the device's current values
IOHIDEventStruct hidEvent;
for ( CookieIndexMap::iterator pos ( buttonMap . begin ( ) ) ;
pos != buttonMap . end ( ) ; ++pos )
{
if ( (*hidDeviceInterface) -> getElementValue ( hidDeviceInterface, pos -> first, &hidEvent )
== kIOReturnSuccess )
{
setButtonState ( pos -> second, hidEvent . value ) ;
}
}
for ( CookieAxisInfoMap::iterator pos ( absAxisMap . begin ( ) ) ;
pos != absAxisMap . end ( ) ; ++pos )
{
if ( (*hidDeviceInterface) ->
getElementValue ( hidDeviceInterface, pos -> first, &hidEvent ) == kIOReturnSuccess )
{
setValuatorState ( pos -> second . index,
pos -> second . converter . map ( hidEvent . value ) ) ;
}
}
updateState ( ) ;
if ( (*hidQueueInterface) -> start ( hidQueueInterface ) != kIOReturnSuccess )
Misc::throwStdErr ( "HIDDevice: Unable to start HID device event queue" ) ;
startDeviceThread ( ) ;
}
}
void ClutchTool::buttonCallback(int,int deviceButtonIndex,InputDevice::ButtonCallbackData* cbData)
{
if(deviceButtonIndex==0) // Clutch button
{
bool mustInit=false;
if(factory->clutchButtonToggleFlag)
{
if(!cbData->newButtonState)
{
clutchButtonState=!clutchButtonState;
mustInit=!clutchButtonState;
}
}
else
{
clutchButtonState=cbData->newButtonState;
mustInit=!clutchButtonState;
}
if(mustInit)
{
/* Calculate the new offset transformation: */
Vector offsetT=transformedDevice->getPosition()-getDevicePosition(0);
Rotation offsetR=transformedDevice->getTransformation().getRotation()*Geometry::invert(getDeviceTransformation(0).getRotation());
offset=TrackerState(offsetT,offsetR);
}
}
else // Pass-through button
{
if(setButtonState(deviceButtonIndex-1,cbData->newButtonState))
transformedDevice->setButtonState(deviceButtonIndex-1,buttonStates[deviceButtonIndex-1]);
}
}
void PmChart::setRecordState(bool record)
{
liveGroup->newButtonState(liveGroup->pmtimeState(),
QmcTime::NormalMode, record);
setButtonState(liveGroup->buttonState());
enableUi();
}
void SnapshotSettings::reflectSettings(void)
{
digitBox->setValue(TCUserDefaults::longForKey(SAVE_DIGITS_KEY, 1, false));
widthBox->setValue(TCUserDefaults::longForKey(SAVE_WIDTH_KEY, 1024, false));
heightBox->setValue(TCUserDefaults::longForKey(SAVE_HEIGHT_KEY, 768, false));
setButtonState(zoomtofitEnabledButton,
TCUserDefaults::longForKey(SAVE_ZOOM_TO_FIT_KEY, 1, false));
seriesEnabledButton->setChecked(
TCUserDefaults::longForKey(SAVE_SERIES_KEY, 1, false) != 0);
sizeEnabledButton->setChecked(
TCUserDefaults::longForKey(SAVE_ACTUAL_SIZE_KEY, 1, false));
autoCropButton->setChecked(
TCUserDefaults::boolForKey(AUTO_CROP_KEY, false, false));
transparentBackgroundButton->setChecked(
TCUserDefaults::longForKey(SAVE_ALPHA_KEY, 0, false) != 0);
allStepsBox->setChecked(
TCUserDefaults::boolForKey(SAVE_STEPS_KEY, false, false));
suffixEdit->setText(
TCUserDefaults::stringForKey(SAVE_STEPS_SUFFIX_KEY,
TCLocalStrings::get("DefaultStepSuffix"), false));
sameScaleCheck->setChecked(
TCUserDefaults::boolForKey(SAVE_STEPS_SAME_SCALE_KEY,
true, false));
doEnabledSize();
doEnabledSeries();
zoomToggled(true);
}
void ClutchTool::buttonCallback(int,int deviceButtonIndex,InputDevice::ButtonCallbackData* cbData)
{
if(deviceButtonIndex==0) // Clutch button
{
bool mustInit=false;
if(factory->clutchButtonToggleFlag)
{
if(!cbData->newButtonState)
{
clutchButtonState=!clutchButtonState;
mustInit=!clutchButtonState;
}
}
else
{
clutchButtonState=cbData->newButtonState;
mustInit=!clutchButtonState;
}
if(mustInit)
{
/* Remember the current input device transformation: */
last=input.getDevice(0)->getTransformation();
}
}
else // Pass-through button
{
if(setButtonState(deviceButtonIndex-1,cbData->newButtonState))
transformedDevice->setButtonState(deviceButtonIndex-1,buttonStates[deviceButtonIndex-1]);
}
}
void DesktopDeviceTool::buttonCallback(int,int deviceButtonIndex,InputDevice::ButtonCallbackData* cbData)
{
/* Set the new button state and react if it changed: */
if(setButtonState(deviceButtonIndex,cbData->newButtonState))
{
if(deviceButtonIndex==factory->homeButtonIndex)
{
if(buttonStates[deviceButtonIndex])
{
/* Reset the virtual input device to its home position: */
transformedDevice->setTransformation(homePosition);
}
}
else if(factory->buttonAxisShiftMasks[deviceButtonIndex]!=0x0)
{
/* Update the current axis shift mask: */
if(buttonStates[deviceButtonIndex])
axisIndexBase|=factory->buttonAxisShiftMasks[deviceButtonIndex];
else
axisIndexBase&=~factory->buttonAxisShiftMasks[deviceButtonIndex];
}
else
{
/* Pass the button event through to the virtual input device: */
transformedDevice->setButtonState(deviceButtonIndex,buttonStates[deviceButtonIndex]);
}
}
}
void MainWindow::on_treeWidget_clicked(const QModelIndex &index)
{
setButtonState(false,false);
int lvl = selected_lvl();
space * wp = (space*)getRoot();
if(lvl == 0){
show_space();
}else if(lvl == 1){
int index_s = selected_index(0);
star * p_star = (star*)wp->sublvl[index_s];
show_star(p_star);
}else if(lvl == 2){
int index_s = selected_index(1);
star * p_star = (star*)wp->sublvl[index_s];
int index_p = selected_index(0);
planet * p_planet = (planet*)p_star->sublvl[index_p];
show_planet(p_planet);
}else if(lvl == 3){
int index_s = selected_index(2);
star * p_star = (star*)wp->sublvl[index_s];
int index_p = selected_index(1);
planet * p_planet = (planet*)p_star->sublvl[index_p];
int index_sat = selected_index(0);
satellite * p_sat = (satellite*)p_planet->sublvl[index_sat];
show_satellite(p_sat);
}
}
void MainWindow::on_pushButton_1_clicked() //button "Update" - used for update info in tree
{
setButtonState(false,false);
int lvl = selected_lvl();
space * wp = (space*)getRoot();
if(lvl == 0)
{
update_space(ui->lineEdit_space->text());
}else if(lvl == 1){
int index_sx = selected_index(0);
star * p_star = (star*)wp->sublvl[index_sx];
update_star(p_star,ui->lineEdit_star_name->text(),
ui->lineEdit_star_class->text(),
ui->lineEdit_star_mass->text().toInt());
}else if(lvl == 2){
int index_sx = selected_index(1);
star * p_star = (star*)wp->sublvl[index_sx];
int index_px = selected_index(0);
planet * p_planet = (planet*)p_star->sublvl[index_px];
update_planet(p_planet,ui->lineEdit_planet_name->text(),
ui->lineEdit_dist_to_star->text().toFloat(),
ui->lineEdit_planet_mass->text().toFloat());
}else if(lvl == 3){
int index_sx = selected_index(2);
star * p_star = (star*)wp->sublvl[index_sx];
int index_px = selected_index(1);
planet * p_planet = (planet*)p_star->sublvl[index_px];
int index_satx = selected_index(0);
satellite * p_sat = (satellite*)p_planet->sublvl[index_satx];
update_satellite(p_sat,ui->lineEdit_sat_name->text(),
ui->lineEdit_sat_dist->text().toFloat(),
ui->checkBox->isChecked());
}else{
setButtonState(true,true);
return;
}
show_tree();
}
bool WildcardButton::ccTouchBegan(CCTouch* touch, CCEvent* event)
{
if (!this->isVisible() || !this->m_isEnabled)
return false;
if (containsTouchLocation(touch))
{
setButtonState(GRABBED);
return true;
}
else
{
setButtonState(UNGRABBED);
}
return false;
}
void MainWindow::on_treeWidget_doubleClicked(const QModelIndex &index)
{
if(!index.parent().isValid()) {
setButtonState(false,false);
ui->treeWidget->collapseAll();
}else {
ui->treeWidget->collapse(index.child(1,1));
}
}
void *TCluster::read(ipstream &is) {
TView::read(is);
is >> value >> sel >> enableMask >> strings;
setCursor(2, 0);
showCursor();
setButtonState(0, True);
return this;
}
void WildcardButton::ccTouchEnded(CCTouch* touch, CCEvent* event)
{
if (containsTouchLocation(touch))
{
if(m_pTarget != 0 && m_fnpChangedDelegate != 0)
(m_pTarget->*m_fnpChangedDelegate)(this);
}
setButtonState(UNGRABBED);
}
void PolhemusFastrak::processBuffer(int station,const char* recordBuffer)
{
Vrui::VRDeviceState::TrackerState ts;
/* Calculate raw position and orientation: */
typedef PositionOrientation::Vector Vector;
typedef Vector::Scalar VScalar;
Vector v;
v[0]=VScalar(readFloat(recordBuffer+8));
v[1]=VScalar(readFloat(recordBuffer+12));
v[2]=VScalar(readFloat(recordBuffer+16));
typedef PositionOrientation::Rotation Rotation;
typedef Rotation::Scalar RScalar;
RScalar angles[3];
angles[0]=Math::rad(RScalar(readFloat(recordBuffer+20)));
angles[1]=Math::rad(RScalar(readFloat(recordBuffer+24)));
angles[2]=Math::rad(RScalar(readFloat(recordBuffer+28)));
Rotation o=Rotation::identity;
o*=Rotation::rotateZ(angles[0]);
o*=Rotation::rotateY(angles[1]);
o*=Rotation::rotateX(angles[2]);
/* Set new position and orientation: */
ts.positionOrientation=Vrui::VRDeviceState::TrackerState::PositionOrientation(v,o);
/* Calculate linear and angular velocities: */
timers[station].elapse();
if(notFirstMeasurements[station])
{
/* Estimate velocities by dividing position/orientation differences by elapsed time since last measurement: */
double time=timers[station].getTime();
ts.linearVelocity=(v-oldPositionOrientations[station].getTranslation())/Vrui::VRDeviceState::TrackerState::LinearVelocity::Scalar(time);
Rotation dO=o*Geometry::invert(oldPositionOrientations[station].getRotation());
ts.angularVelocity=dO.getScaledAxis()/Vrui::VRDeviceState::TrackerState::AngularVelocity::Scalar(time);
}
else
{
/* Force initial velocities to zero: */
ts.linearVelocity=Vrui::VRDeviceState::TrackerState::LinearVelocity::zero;
ts.angularVelocity=Vrui::VRDeviceState::TrackerState::AngularVelocity::zero;
notFirstMeasurements[station]=true;
}
oldPositionOrientations[station]=ts.positionOrientation;
/* Update button state: */
if(station==0&&stylusEnabled)
{
/* Update stylus button state: */
setButtonState(0,recordBuffer[33]=='1');
}
/* Update tracker state: */
setTrackerState(station,ts);
}
void DArrowButton::mousePressEvent(QMouseEvent *event)
{
Q_UNUSED(event)
emit mousePress();
m_normalLabel->setVisible(false);
m_hoverLabel->setVisible(false);
m_pressLabel->setVisible(true);
setButtonState(DArrowButton::ArrowStatePress);
}
void MainWindow::on_actionEdit_triggered() //for edit elements
{
if(ui->treeWidget->selectedItems().count() == 0)
{
QErrorMessage error_mes;
error_mes.showMessage("Node was not selected");
error_mes.exec();
return;
}
setButtonState(false,true);
}
void MouseButtons::start(void)
{
/* Set device manager's button states to current button states: */
{
Threads::Mutex::Lock buttonStateLock(buttonStateMutex);
for(int i=0;i<3;++i)
setButtonState(i,buttonStates[i]);
/* Start reporting events to the device manager: */
reportEvents=true;
}
}
void MainWindow::on_pushButton_3_clicked()
{
setButtonState(false,false);
int lvl = selected_lvl();
space * wp = (space*)getRoot();
if(lvl == 0)
{
star * p_star = create_star();
update_star(p_star,ui->lineEdit_star_name->text(),
ui->lineEdit_star_class->text(),
ui->lineEdit_star_mass->text().toFloat());
add_star_sort(wp,p_star);
}else if(lvl == 1){
int index_s = selected_index(0);
star * p_star = (star*)wp->sublvl[index_s];
planet * p_planet = create_planet();
update_planet(p_planet,ui->lineEdit_planet_name->text(),
ui->lineEdit_dist_to_star->text().toFloat(),
ui->lineEdit_planet_mass->text().toFloat());
add_planet_sort(p_star,p_planet);
}else if(lvl == 2){
int index_s = selected_index(1);
star * p_star = (star*)wp->sublvl[index_s];
int index_p = selected_index(0);
planet * p_planet = (planet*)p_star->sublvl[index_p];
satellite * p_sat = create_satellite();
update_satellite(p_sat,ui->lineEdit_sat_name->text(),
ui->lineEdit_sat_dist->text().toFloat(),
ui->checkBox->isChecked());
add_satellite_sort(p_planet,p_sat);
}else{
setButtonState(true,true);
}
show_tree();
}
void MainWidget::keyPressEvent(QKeyEvent* e)
{
bool ignore = true;
if (e->isAutoRepeat() == false) {
if (setButtonState(e->key(), true)) ignore = false;
if (mp_glwidget && (e->key() == Qt::Key_Space)) {
// JUMP!
mp_glwidget->jump();
ignore = false;
}
}
if (ignore) e->ignore();
}
void FakespacePinchGlove::start(void)
{
/* Set device manager's button states to current pinch state: */
{
Threads::Mutex::Lock pinchMaskLock(pinchMaskMutex);
for(int i=0;i<2;++i)
for(int j=0;j<4;++j)
setButtonState(i*4+j,pinchMasks[i]&(1<<j));
/* Start reporting events to the device manager: */
reportEvents=true;
}
}
void PCWand::start(void)
{
/* Set device manager's button and valuator values to current device values: */
{
Threads::Mutex::Lock deviceValuesLock(deviceValuesMutex);
for(int i=0; i<numButtons; ++i)
setButtonState(i,deviceButtonStates[i]);
for(int i=0; i<numValuators; ++i)
setValuatorState(i,deviceValuatorStates[i]);
/* Start reporting events to the device manager: */
reportEvents=true;
}
}
void HIDDevice::start(void)
{
/* Set device manager's button and valuator states to current states: */
{
Threads::Mutex::Lock stateLock(stateMutex);
for(int i=0;i<getNumButtons();++i)
setButtonState(i,buttonStates[i]);
for(int i=0;i<getNumValuators();++i)
setValuatorState(i,valuatorStates[i]);
/* Start reporting events to the device manager: */
reportEvents=true;
}
}
void RazerHydraDevice::start(void)
{
/* Set device manager's device states to current device values: */
Threads::Mutex::Lock deviceValuesLock(deviceValuesMutex);
for(int i=0;i<7*2;++i)
setButtonState(i,deviceButtonStates[i]);
for(int i=0;i<3*2;++i)
setValuatorState(i,deviceValuatorStates[i]);
for(int i=0;i<2;++i)
setTrackerState(i,deviceTrackerStates[i]);
/* Start reporting events to the device manager: */
reportEvents=true;
}
void WiimoteTracker::wiimoteEventCallbackNoTracker(Misc::CallbackData* cbData)
{
if(reportEvents)
{
/* Update the VR device state: */
for(int i=0;i<13;++i)
setButtonState(i,wiimote->getButtonState(i));
for(int i=0;i<2;++i)
setValuatorState(i,wiimote->getJoystickValue(i));
/* Mark manager state as complete: */
updateState();
}
}
void lmcTransferWindow::init(void) {
setWindowIcon(QIcon(IDR_APPICON));
createToolBar();
setButtonState(FileView::TS_Max);
pSettings = new lmcSettings();
restoreGeometry(pSettings->value(IDS_WINDOWTRANSFERS).toByteArray());
setUIText();
ui.lvTransferList->loadData(StdLocation::transferHistory());
if(ui.lvTransferList->count() > 0)
ui.lvTransferList->setCurrentRow(0);
pSoundPlayer = new lmcSoundPlayer();
}
