private void SwitchAFRMode()
{
// switch mode AFR/Lambda
if (AfrViewMode == AFRViewType.AFRMode)
{
// rescale the gauge
linearGauge2.MaxValue = 1.5F;
linearGauge2.MinValue = 0.5F;
linearGauge2.GaugeText = "λ ";
labelControl11.Text = "λ";
linearGauge2.NumberOfDecimals = 2;
linearGauge2.NumberOfDivisions = 10;
AfrViewMode = AFRViewType.LambdaMode;
btnAFRFeedbackMap.Caption = "Show lambda feedback map";
btnClearAFRFeedback.Caption = "Clear lambda feedback map";
}
else
{
linearGauge2.MaxValue = 20;
linearGauge2.MinValue = 10;
linearGauge2.GaugeText = "AFR ";
labelControl11.Text = "AFR";
linearGauge2.NumberOfDecimals = 1;
AfrViewMode = AFRViewType.AFRMode;
btnAFRFeedbackMap.Caption = "Show AFR feedback map";
btnClearAFRFeedback.Caption = "Clear AFR feedback map";
}
}
private void SetupMeasureAFRorLambda()
{
if (m_appSettings.MeasureAFRInLambda)
{
AfrViewMode = AFRViewType.LambdaMode;
linearGauge2.MaxValue = 1.5F;
linearGauge2.MinValue = 0.5F;
linearGauge2.GaugeText = "λ ";
labelControl11.Text = "λ";
linearGauge2.NumberOfDecimals = 2;
linearGauge2.NumberOfDivisions = 10;
//
btnAFRFeedbackMap.Caption = "Show lambda feedback map";
btnClearAFRFeedback.Caption = "Clear lambda feedback map";
}
else
{
linearGauge2.MaxValue = 20;
linearGauge2.MinValue = 10;
linearGauge2.GaugeText = "AFR ";
labelControl11.Text = "AFR";
linearGauge2.NumberOfDecimals = 1;
AfrViewMode = AFRViewType.AFRMode;
btnAFRFeedbackMap.Caption = "Show AFR feedback map";
btnClearAFRFeedback.Caption = "Clear AFR feedback map";
}
}