void GPxiBasicAnalogOutput::ChangeSetPoint( double newValue )
{
if(!gEqual(newValue, m_SetPoint))
m_SetPoint = newValue;
if(UpdatePhysicalOutput(newValue))
emit SetPointChanged(newValue);
}
//------------------------------------------------------------------------------
//
//------------------------------------------------------------------------------
void tSmartTowSaveCreatePage::CreateInputSpinner()
{
// model deleted by spinner
if( m_pSetPointSpinner != 0 )
{
delete m_pSetPointSpinner;
}
tMercuryCommand* pCommand = tMercuryDataManager::Instance()->MercuryCommand();
if( pCommand == 0 )
return;
quint16 min;
quint16 max;
quint16 cruiseStepSize;
QString unit;
quint16 setpoint = pCommand->CruiseSetpointConverted();
pCommand->CruiseLimitsConverted( min, max );
if( pCommand->IsCruiseInSpeedMode() )
{
cruiseStepSize = 1;
unit = pCommand->CruiseSpeedUnit();
}
else
{
cruiseStepSize = 10;
unit = pCommand->CruiseRpmUnit();
}
// setpoint and limits already converted
if( setpoint < min )
setpoint = min;
if( setpoint > max )
setpoint = max;
m_pSetPointModel = new tInputSpinnerNumericalModel< quint16 >( setpoint,
min,
max,
cruiseStepSize,
unit.toLower() );
QSize inputWidgetSize( AvailableRect().width(), m_SpinnerHeight );
m_pSetPointSpinner = new tInputSpinnerLabeled( tr("SET POINT"),
m_pSetPointModel,
inputWidgetSize,
this );
m_pSetPointSpinner->setPos( AvailableRect().topLeft() );
Connect( m_pSetPointModel, SIGNAL( ValueChanged() ), this, SLOT( SetPointChanged() ) );
AddInteractiveItem( m_pSetPointSpinner, true );
}
