void Clock::resetStopWatch()
{
if ( swatch_running ) {
swatch_splitms[swatch_currLap] = swatch_totalms+swatch_start.elapsed();
swatch_dispLap = swatch_currLap;
if ( swatch_currLap < 98 ) // allow up to 99 laps
swatch_currLap++;
reset->setEnabled( swatch_currLap < 98 );
updateLap();
lapTimer->start( 2000, TRUE );
}
else {
swatch_start.start();
swatch_totalms = 0;
swatch_currLap = 0;
swatch_dispLap = 0;
for ( uint i = 0; i < swatch_splitms.count(); i++ )
swatch_splitms[(int)i] = 0;
updateLap();
updateClock();
reset->setText( tr("Lap/Split") );
reset->setEnabled( FALSE );
}
prevLapBtn->setEnabled( swatch_dispLap );
nextLapBtn->setEnabled( swatch_dispLap < swatch_currLap );
}
void BCS_wf::updateLap( Wavefunction_data * wfdata,
Sample_point * sample)
{
assert(sampleAttached);
assert(dataAttached);
if(updateEverythingLap==1) {
calcLap(sample);
updateEverythingVal=0;
updateEverythingLap=0;
electronIsStaleLap=0;
electronIsStaleVal=0;
}
else {
for(int e=0; e< nelectrons(0)+nelectrons(1); e++) {
if(electronIsStaleLap(e)) {
if ( abs(detVal(0))>0 ) {
updateLap(e,sample);
} else {
calcLap(sample);
}
electronIsStaleLap(e)=0;
electronIsStaleVal(e)=0;
}
}
}
}
void BCS_wf::updateVal(Wavefunction_data * wfdata,
Sample_point * sample)
{
updateLap(wfdata,sample);
return;
}
void Clock::lapTimeout()
{
swatch_dispLap = swatch_currLap;
updateLap();
prevLapBtn->setEnabled( swatch_dispLap );
nextLapBtn->setEnabled( swatch_dispLap < swatch_currLap );
}
void Clock::stopStartStopWatch()
{
if ( swatch_running ) {
swatch_totalms += swatch_start.elapsed();
swatch_splitms[swatch_currLap] = swatch_totalms;
stopStart->setText( tr("Start") );
reset->setText( tr("Reset") );
reset->setEnabled( TRUE );
t->stop();
swatch_running = FALSE;
toggleScreenSaver( TRUE );
updateClock();
}
else {
swatch_start.start();
stopStart->setText( tr("Stop") );
reset->setText( tr("Lap/Split") );
reset->setEnabled( swatch_currLap < 98 );
t->start( 1000 );
swatch_running = TRUE;
// disable screensaver while stop watch is running
toggleScreenSaver( FALSE );
}
swatch_dispLap = swatch_currLap;
updateLap();
prevLapBtn->setEnabled( swatch_dispLap );
nextLapBtn->setEnabled( swatch_dispLap < swatch_currLap );
stopStart->setAccel( Key_Return );
}
void Clock::nextLap()
{
if ( swatch_dispLap < swatch_currLap ) {
swatch_dispLap++;
updateLap();
prevLapBtn->setEnabled( swatch_dispLap );
nextLapBtn->setEnabled( swatch_dispLap < swatch_currLap );
}
}
void Clock::updateClock()
{
if ( tabs->currentPageIndex() == 0 ) {
QTime tm = QDateTime::currentDateTime().time();
QString s;
if ( ampm ) {
int hour = tm.hour();
if (hour == 0)
hour = 12;
if (hour > 12)
hour -= 12;
s.sprintf( "%2d%c%02d", hour, ':', tm.minute() );
clockAmPm->setText( (tm.hour() >= 12) ? "PM" : "AM" );
clockAmPm->show();
} else {
s.sprintf( "%2d%c%02d", tm.hour(), ':', tm.minute() );
clockAmPm->hide();
}
clockLcd->display( s );
clockLcd->repaint( FALSE );
analogClock->display( QTime::currentTime() );
date->setText( TimeString::dateString( QDate::currentDate(), TimeString::currentDateFormat() ) );
}
else if ( tabs->currentPageIndex() == 1 ) {
int totalms = swatch_totalms;
if ( swatch_running )
totalms += swatch_start.elapsed();
setSwatchLcd( stopwatchLcd, totalms, !swatch_running );
QTime swatch_time = QTime(0,0,0).addMSecs(totalms);
analogStopwatch->display( swatch_time );
if ( swatch_dispLap == swatch_currLap ) {
swatch_splitms[swatch_currLap] = swatch_totalms;
if ( swatch_running )
swatch_splitms[swatch_currLap] += swatch_start.elapsed();
updateLap();
}
}
else if ( tabs->currentPageIndex() == 2 ) {
// nothing.
}
}