private void btnResetTank_Click(object sender, EventArgs e)
{
clsProduct Prd = mf.Products.Item(CurrentProduct);
Prd.ResetTank();
TankRemain.Text = Prd.CurrentTankRemaining().ToString("N0");
}
private void LoadSettings()
{
byte tempB;
clsProduct Prd = mf.Products.Item(CurrentProduct);
tbProduct.Text = Prd.ProductName;
VolumeUnits.SelectedIndex = Prd.QuantityUnits;
AreaUnits.SelectedIndex = Prd.CoverageUnits;
RateSet.Text = Prd.RateSet.ToString("N1");
tbAltRate.Text = Prd.RateAlt.ToString("N0");
FlowCal.Text = Prd.FlowCal.ToString("N1");
TankSize.Text = Prd.TankSize.ToString("N0");
ValveType.SelectedIndex = Prd.ValveType;
cbVR.SelectedIndex = Prd.VariableRate;
TankRemain.Text = Prd.CurrentTankRemaining().ToString("N0");
tbCountsRev.Text = (Prd.CountsRev.ToString("N0"));
string tmp = Prd.ModuleID.ToString();
if (tmp == "99")
{
tmp = "";
}
tbConID.Text = tmp;
SelectedSimulation = Prd.SimulationType;
ckSimulate.Checked = (SelectedSimulation == SimType.VirtualNano);
// PID
tbPIDkp.Text = Prd.PIDkp.ToString("N0");
tbPIDki.Text = Prd.PIDki.ToString("N0");
tbPIDMinPWM.Text = Prd.PIDminPWM.ToString("N0");
tbPIDLowMax.Text = Prd.PIDLowMax.ToString("N0");
tbPIDHighMax.Text = Prd.PIDHighMax.ToString("N0");
tbPIDDeadBand.Text = Prd.PIDdeadband.ToString("N0");
tbPIDBrakePoint.Text = Prd.PIDbrakepoint.ToString("N0");
byte temp = Prd.PIDTimed;
if (temp == 0)
{
ckTimedResponse.Checked = false;
tbTimedAdjustment.Enabled = false;
tbTimedAdjustment.Text = "0";
}
else
{
ckTimedResponse.Checked = true;
tbTimedAdjustment.Enabled = true;
tbTimedAdjustment.Text = temp.ToString("N0");
}
tbSenID.Text = Prd.SensorID.ToString();
rbSinglePulse.Checked = !(Prd.UseMultiPulse);
rbMultiPulse.Checked = (Prd.UseMultiPulse);
// load defaults if blank
byte.TryParse(tbPIDkp.Text, out tempB);
if (tempB == 0)
{
LoadDefaults();
SaveSettings();
}
tbMinUPM.Text = Prd.MinUPM.ToString("N1");
ckOffRate.Checked = Prd.UseOffRateAlarm;
tbOffRate.Text = Prd.OffRateSetting.ToString("N0");
}
