void CLSValueEditor::setMinimumValue(double minimumValue)
{
if (minimumValue_ != minimumValue) {
minimumValue_ = minimumValue;
emit minimumValueChanged(minimumValue_);
}
}
Aperture::Aperture(QtCamDevice *dev, QObject *parent) :
Capability(parent),
m_aperture(new QtCamAperture(dev, this)) {
setCapability(m_aperture);
QObject::connect(m_aperture, SIGNAL(valueChanged()), this, SIGNAL(valueChanged()));
QObject::connect(m_aperture, SIGNAL(minimumValueChanged()), this, SIGNAL(minimumChanged()));
QObject::connect(m_aperture, SIGNAL(maximumValueChanged()), this, SIGNAL(maximunmChanged()));
}
Iso::Iso(QtCamDevice *dev, QObject *parent) :
Capability(parent),
m_iso(new QtCamIso(dev, this)) {
setCapability(m_iso);
QObject::connect(m_iso, SIGNAL(valueChanged()), this, SIGNAL(valueChanged()));
QObject::connect(m_iso, SIGNAL(minimumValueChanged()), this, SIGNAL(minimumChanged()));
QObject::connect(m_iso, SIGNAL(maximumValueChanged()), this, SIGNAL(maximunmChanged()));
}
void AMPVwStatusAndUnitConversionControl::setLowLimitValue(double newLowLimit)
{
lowLimitValue_ = writeUnitConverter()->convertFromRaw(newLowLimit);
emit minimumValueChanged(lowLimitValue_);
}
void AMReadOnlyPVControl::setLowLimitValue(double newLowLimit)
{
lowLimitValue_ = newLowLimit;
emit minimumValueChanged(lowLimitValue_);
}
