void ConstraintPresenter::on_zoomRatioChanged(ZoomRatio val)
{
m_zoomRatio = val;
updateScaling();
if(rack())
{
rack()->on_zoomRatioChanged(m_zoomRatio);
}
}
void ConstraintPresenter::on_defaultDurationChanged(const TimeValue& val)
{
auto width = val.toPixels(m_zoomRatio);
m_view->setDefaultWidth(width);
m_header->setWidth(width);
if(rack())
{
rack()->setWidth(m_view->defaultWidth() - 20);
}
}
void QuickEntryRack::shuffle()
{
Quackle::Rack rack(QuackleIO::Util::makeRack(m_lineEdit->text()));
rack.shuffle();
emit setRack(rack);
}
void ConstraintModel::removeRack(const id_type<RackModel>& rackId)
{
auto b = rack(rackId);
m_racks.remove(rackId);
emit rackRemoved(rackId);
delete b;
}
int main(void) {
setup();
all_off();
onboardled(ON);
around_the_world();
// blink
while (1) {
if(PIND & (1<<5)) {
onboardled(ON);
ultraviolet(ON);
headlamp(ON);
handlebars(ON);
forks(ON);
backleft(ON);
backright(ON);
rack(OFF);
_delay_ms(250);
forks(OFF);
rack(ON);
_delay_ms(150);
forks(ON);
handlebars(OFF);
backleft(ON);
backright(OFF);
rack(OFF);
_delay_ms(250);
handlebars(ON);
backleft(OFF);
backright(ON);
_delay_ms(250);
} else {
all_off();
onboardled(ON);
_delay_ms(350);
onboardled(OFF);
_delay_ms(350);
}
}
}
void all_off() {
onboardled(OFF);
ultraviolet(OFF);
headlamp(OFF);
handlebars(OFF);
forks(OFF);
rack(OFF);
backleft(OFF);
backright(OFF);
}
void ConstraintPresenter::updateHeight()
{
if(m_viewModel.isRackShown())
{
m_view->setHeight(rack()->height() + 50);
}
// TODO else if(rack but not shown)
else
{
m_view->setHeight(ConstraintHeader::headerHeight());
}
updateChildren();
emit heightChanged();
}
