//Callback for automatically receiving event based data from the device
private void Update(object sender, DataEvent e)
{
txtInfo.Invoke(new Action(() =>
{
int taraValue = _wtxDevice.NetValue - _wtxDevice.GrossValue;
txtInfo.Text = "Net:" + _wtxDevice.NetGrossValueStringComment(_wtxDevice.NetValue, _wtxDevice.Decimals) + _wtxDevice.UnitStringComment() + Environment.NewLine
+ "Gross:" + _wtxDevice.NetGrossValueStringComment(_wtxDevice.GrossValue, _wtxDevice.Decimals) + _wtxDevice.UnitStringComment() + Environment.NewLine
+ "Tara:" + _wtxDevice.NetGrossValueStringComment(taraValue, _wtxDevice.Decimals) + _wtxDevice.UnitStringComment();
txtInfo.TextAlign = HorizontalAlignment.Right;
}));
txtInfo.Invoke(new Action(() =>
{
if (_wtxDevice.LimitStatus == 1)
{
txtInfo.Text = "Lower than minimum" + Environment.NewLine;
txtInfo.TextAlign = HorizontalAlignment.Right;
}
if (_wtxDevice.LimitStatus == 2)
{
txtInfo.Text = "Higher than maximum capacity" + Environment.NewLine;
txtInfo.TextAlign = HorizontalAlignment.Right;
}
if (_wtxDevice.LimitStatus == 3)
{
txtInfo.Text = "Higher than safe load limit" + Environment.NewLine;
txtInfo.TextAlign = HorizontalAlignment.Right;
}
}));
}
private void AdjustmentStateMachine()
{
//Switch depending on the current calibration step described by State
switch (_state)
{
case 0: //start
try
{
_calibrationWeightWithComma = txtCalibrationWeight.Text.Replace(".", ","); // Accept comma and dot
_calibrationWeight = double.Parse(_calibrationWeightWithComma);
txtCalibrationWeight.Enabled = false;
txtInfo.Text = _calibrationWeight.ToString();
}
catch (FormatException)
{
txtInfo.Text = "Wrong format!" + Environment.NewLine
+ "Accepted format(comma): " + _wtxDevice.NetGrossValueStringComment(19876, _wtxDevice.Decimals)
+ " ; or(dot): " + _wtxDevice.NetGrossValueStringComment(19876, _wtxDevice.Decimals).Replace(",", ".");
break;
}
catch (OverflowException)
{
txtInfo.Text = "Overflow!";
break;
}
txtInfo.Text = "Unload Scale!";
cmdAdjust.Text = "Measure Zero";
cmdCancel.Text = "<Back";
_state = 1;
break;
case 1: // measure zero
txtInfo.Text = "Measure zero in progess.";
Application.DoEvents(); //Change txtInfo
_wtxDevice.MeasureZero();
txtInfo.Text = "Zero load measured." + Environment.NewLine + "Put weight on scale.";
cmdAdjust.Text = "Calibrate";
_state = 2;
break;
case 2: // start calibration
txtInfo.Text = "Calibration in progress.";
Application.DoEvents(); //For changing the 'txtInfo' textbox.
_wtxDevice.Calibrate(this.CalibrationWeightWithoutDecimals(), _calibrationWeight.ToString());
cmdAdjust.Text = "Check";
_state = 3;
break;
case 3: // Check calibration:
if (
_wtxDevice.NetValue == (int)expCalibrationWeight ||
(_wtxDevice.NetValue > (int)expCalibrationWeight && _wtxDevice.NetValue < (int)expCalibrationWeight + 5) ||
(_wtxDevice.NetValue < (int)expCalibrationWeight && _wtxDevice.NetValue > (int)expCalibrationWeight - 5)
)
{
txtInfo.Text = "Calibration finished and successful";
}
else
{
txtInfo.Text = "Calibration failed.";
}
cmdAdjust.Text = "Close";
_state = 4;
break;
default: //close window
_state = 0;
Close();
break;
}
}
// This method prints the values of the device (as a integer and the interpreted string) as well as the description of each bit.
private static void Update(object sender, DataEvent e)
{
// The description and the value of the WTX are only printed on the console if the Interface, containing all auto-properties of the values is
// not null (respectively empty) and if no calibration is done at that moment.
if (_wtxDevice != null /* && (_isCalibrating==false)*/)
{
Console.Clear();
if (_wtxDevice.ApplicationMode == 0) // If the WTX device is in standard application/mode.
{
Console.WriteLine("0-Taring | 1-Gross/net | 2-Zeroing | 3- Adjust zero | 4-Adjust nominal |\n5-Activate Data \t| 6-Manual taring \t | 7-Weight storage\n");
}
else
if (_wtxDevice.ApplicationMode == 1 || _wtxDevice.ApplicationMode == 2) // If the WTX device is in filler application/mode.
{
if (_showAllInputWords == false && mode == "Modbus")
{
Console.WriteLine("\n0-Taring | 1-Gross/net | 2-Clear dosing | 3- Abort dosing | 4-Start dosing| \n5-Zeroing | 6-Adjust zero| 7-Adjust nominal| 8-Activate data | 9-Weight storage|m-Manual redosing | j-Connection to Jetbus | a-Show all input words 0 to 37 |\no-Show output words 9-44 | b-Bytes read from the register |\nc-Calculate Calibration | w-Calibration with weight | e-Exit the application\n");
}
else
if (_showAllInputWords == true && mode == "Modbus")
{
Console.WriteLine("\n0-Taring | 1-Gross/net | 2-Clear dosing | 3- Abort dosing | 4-Start dosing| \n5-Zeroing | 6-Adjust zero| 7-Adjust nominal| 8-Activate data | 9-Weight storage|m-Manual redosing | j-Connection to Modbus | a-Show only input word 0 to 5 |\nb-Bytes read from the register |\nc-Calculate Calibration | w-Calibration with weight | e-Exit the application\n");
}
if (mode == "Jet" || mode == "Jetbus" || mode == "jet" || mode == "jetbus")
{
Console.WriteLine("\n0-Taring | 1-Gross/net | 2-Clear dosing | 3- Abort dosing | 4-Start dosing| \n5-Zeroing | 6-Adjust zero| 7-Adjust nominal| 8-Activate data | 9-Weight storage|m-Manual redosing | j-Connection to Modbus | \nc-Calculate Calibration | w-Calibration with weight | e-Exit the application\n");
}
}
if (_wtxDevice.ApplicationMode == 0) // If the device is in the standard mode (standard=0; filler=1 or filler=2)
{
// The values are printed on the console according to the input - "numInputs":
if (_inputMode == 1)
{
Console.WriteLine("Net value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.NetValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.NetValue);
}
else
if (_inputMode == 2 || _inputMode == 3 || _inputMode == 4)
{
Console.WriteLine("Net value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.NetValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.NetValue);
Console.WriteLine("Gross value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.GrossValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.GrossValue);
}
else
if (_inputMode == 5)
{
Console.WriteLine("Net value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.NetValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.NetValue);
Console.WriteLine("Gross value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.GrossValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.GrossValue);
Console.WriteLine("General weight error: " + _wtxDevice.GeneralWeightError.ToString() + "\t As an Integer: " + _wtxDevice.GeneralWeightError);
Console.WriteLine("Scale alarm triggered: " + _wtxDevice.LimitStatus.ToString() + "\t As an Integer: " + _wtxDevice.LimitStatus);
Console.WriteLine("Scale seal is open: " + _wtxDevice.ScaleSealIsOpen.ToString() + "\t As an Integer: " + _wtxDevice.ScaleSealIsOpen);
Console.WriteLine("Manual tare: " + _wtxDevice.ManualTare.ToString() + "\t As an Integer: " + _wtxDevice.ManualTare);
Console.WriteLine("Weight type: " + _wtxDevice.WeightType + "\t As an Integer: " + _wtxDevice.WeightType); //_wtxDevice.WeightTypeStringComment()
Console.WriteLine("Scale range: " + _wtxDevice.ScaleRange + "\t As an Integer: " + _wtxDevice.ScaleRange); //_wtxDevice.ScaleRangeStringComment()
Console.WriteLine("Zero required/True zero: " + _wtxDevice.ZeroRequired.ToString() + "\t As an Integer: " + _wtxDevice.ZeroRequired);
Console.WriteLine("Weight within center of zero: " + _wtxDevice.WeightWithinTheCenterOfZero.ToString() + "\t As an Integer: " + _wtxDevice.WeightWithinTheCenterOfZero);
Console.WriteLine("Weight in zero range: " + _wtxDevice.WeightInZeroRange.ToString() + "\t As an Integer: " + _wtxDevice.WeightInZeroRange);
Console.WriteLine("Limit status: " + _wtxDevice.LimitStatus.ToString() + " As an Integer: " + _wtxDevice.LimitStatus); //_wtxDevice.LimitStatusStringComment()
Console.WriteLine("Weight moving: " + _wtxDevice.WeightMoving.ToString() + " As an Integer: " + _wtxDevice.WeightMoving); //_wtxDevice.WeightMovingStringComment()
}
else
if (_inputMode == 6 || _inputMode == 38)
{
Console.WriteLine("Net value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.NetValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.NetValue);
Console.WriteLine("Gross value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.GrossValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.GrossValue);
Console.WriteLine("General weight error: " + _wtxDevice.GeneralWeightError.ToString() + "\t As an Integer: " + _wtxDevice.GeneralWeightError);
Console.WriteLine("Scale alarm triggered: " + _wtxDevice.LimitStatus.ToString() + "\t As an Integer: " + _wtxDevice.LimitStatus);
Console.WriteLine("Scale seal is open: " + _wtxDevice.ScaleSealIsOpen.ToString() + "\t As an Integer: " + _wtxDevice.ScaleSealIsOpen);
Console.WriteLine("Manual tare: " + _wtxDevice.ManualTare.ToString() + "\t As an Integer: " + _wtxDevice.ManualTare);
Console.WriteLine("Weight type: " + _wtxDevice.WeightType + "\t As an Integer: " + _wtxDevice.WeightType); //_wtxDevice.WeightTypeStringComment()
Console.WriteLine("Scale range: " + _wtxDevice.ScaleRange + "\t As an Integer: " + _wtxDevice.ScaleRange); //_wtxDevice.ScaleRangeStringComment()
Console.WriteLine("Zero required/True zero: " + _wtxDevice.ZeroRequired.ToString() + "\t As an Integer: " + _wtxDevice.ZeroRequired);
Console.WriteLine("Weight within center of zero: " + _wtxDevice.WeightWithinTheCenterOfZero.ToString() + "\t As an Integer: " + _wtxDevice.WeightWithinTheCenterOfZero);
Console.WriteLine("Weight in zero range: " + _wtxDevice.WeightInZeroRange.ToString() + "\t As an Integer: " + _wtxDevice.WeightInZeroRange);
Console.WriteLine("Application mode: " + _wtxDevice.ApplicationMode.ToString() + "\t As an Integer: " + _wtxDevice.ApplicationMode); //_wtxDevice.ApplicationModeStringComment()
Console.WriteLine("Decimal places: " + _wtxDevice.Decimals.ToString() + "\t As an Integer: " + _wtxDevice.Decimals);
Console.WriteLine("Unit: " + _wtxDevice.UnitStringComment() + "\t As an Integer: " + _wtxDevice.Unit);
Console.WriteLine("Handshake: " + _wtxDevice.Handshake.ToString() + "\t As an Integer: " + _wtxDevice.Handshake);
Console.WriteLine("Status: " + statusCommentMethod() + "\t As an Integer: " + _wtxDevice.Status); //_wtxDevice.StatusStringComment()
Console.WriteLine("Limit status: " + limitCommentMethod() + " As an Integer: " + _wtxDevice.LimitStatus); //_wtxDevice.LimitStatusStringComment()
Console.WriteLine("Weight moving: " + _wtxDevice.WeightMoving.ToString() + " As an Integer: " + _wtxDevice.WeightMoving); //_wtxDevice.WeightMovingStringComment()
}
else
{
Console.WriteLine("\nWrong input for the number of bytes, which should be read from the register!\nPlease enter 'b' to choose again.");
}
}
else
if (_wtxDevice.ApplicationMode == 2 || _wtxDevice.ApplicationMode == 1)
{
Console.WriteLine("Net value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.NetValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.NetValue);
Console.WriteLine("Gross value: " + _wtxDevice.NetGrossValueStringComment(_wtxDevice.GrossValue, _wtxDevice.Decimals) + "\t As an Integer: " + _wtxDevice.GrossValue);
Console.WriteLine("General weight error: " + _wtxDevice.GeneralWeightError.ToString() + "\t As an Integer: " + _wtxDevice.GeneralWeightError);
Console.WriteLine("Scale alarm triggered: " + _wtxDevice.LimitStatus.ToString() + "\t As an Integer: " + _wtxDevice.LimitStatus);
Console.WriteLine("Scale seal is open: " + _wtxDevice.ScaleSealIsOpen.ToString() + "\t As an Integer: " + _wtxDevice.ScaleSealIsOpen);
Console.WriteLine("Manual tare: " + _wtxDevice.ManualTare.ToString() + "\t As an Integer: " + _wtxDevice.ManualTare);
Console.WriteLine("Weight type: " + _wtxDevice.WeightType + "\t As an Integer: " + _wtxDevice.WeightType); //_wtxDevice.WeightTypeStringComment()
Console.WriteLine("Scale range: " + _wtxDevice.ScaleRange + "\t As an Integer: " + _wtxDevice.ScaleRange); //_wtxDevice.ScaleRangeStringComment()
Console.WriteLine("Zero required/True zero: " + _wtxDevice.ZeroRequired.ToString() + "\t As an Integer: " + _wtxDevice.ZeroRequired);
Console.WriteLine("Weight within center of zero: " + _wtxDevice.WeightWithinTheCenterOfZero.ToString() + "\t As an Integer: " + _wtxDevice.WeightWithinTheCenterOfZero);
Console.WriteLine("Weight in zero range: " + _wtxDevice.WeightInZeroRange.ToString() + "\t As an Integer: " + _wtxDevice.WeightInZeroRange);
Console.WriteLine("Application mode: " + _wtxDevice.ApplicationMode.ToString() + "\t As an Integer: " + _wtxDevice.ApplicationMode); //_wtxDevice.ApplicationModeStringComment()
Console.WriteLine("Decimal places: " + _wtxDevice.Decimals.ToString() + "\t As an Integer: " + _wtxDevice.Decimals);
Console.WriteLine("Unit: " + _wtxDevice.UnitStringComment() + "\t As an Integer: " + _wtxDevice.Unit);
Console.WriteLine("Handshake: " + _wtxDevice.Handshake.ToString() + "\t As an Integer: " + _wtxDevice.Handshake);
Console.WriteLine("Status: " + statusCommentMethod() + "\t As an Integer: " + _wtxDevice.Status); //_wtxDevice.StatusStringComment()
Console.WriteLine("Limit status: " + limitCommentMethod() + " As an Integer: " + _wtxDevice.LimitStatus); //_wtxDevice.LimitStatusStringComment()
Console.WriteLine("Weight moving: " + _wtxDevice.WeightMoving.ToString() + " As an Integer: " + _wtxDevice.WeightMoving); //_wtxDevice.WeightMovingStringComment()
if (_showAllInputWords == true)
{
Console.WriteLine("Digital input 1: " + _wtxDevice.Input1.ToString() + "\t As an Integer: " + _wtxDevice.Input1);
Console.WriteLine("Digital input 2: " + _wtxDevice.Input2.ToString() + "\t As an Integer: " + _wtxDevice.Input2);
Console.WriteLine("Digital input 3: " + _wtxDevice.Input3.ToString() + "\t As an Integer: " + _wtxDevice.Input3);
Console.WriteLine("Digital input 4: " + _wtxDevice.Input4.ToString() + "\t As an Integer: " + _wtxDevice.Input4);
Console.WriteLine("Digital output 1: " + _wtxDevice.Output1.ToString() + "\t As an Integer: " + _wtxDevice.Output1);
Console.WriteLine("Digital output 2: " + _wtxDevice.Output2.ToString() + "\t As an Integer: " + _wtxDevice.Output2);
Console.WriteLine("Digital output 3: " + _wtxDevice.Output3.ToString() + "\t As an Integer: " + _wtxDevice.Output3);
Console.WriteLine("Digital output 4: " + _wtxDevice.Output4.ToString() + "\t As an Integer: " + _wtxDevice.Output4);
Console.WriteLine("Coarse flow: " + _wtxDevice.CoarseFlow.ToString() + "\t As an Integer: " + _wtxDevice.CoarseFlow);
Console.WriteLine("Fine flow: " + _wtxDevice.FineFlow.ToString() + "\t As an Integer: " + _wtxDevice.FineFlow);
Console.WriteLine("Ready: " + _wtxDevice.Ready.ToString() + "\t As an Integer: " + _wtxDevice.Ready);
Console.WriteLine("Re-dosing: " + _wtxDevice.ReDosing.ToString() + "\t As an Integer: " + _wtxDevice.ReDosing);
Console.WriteLine("Emptying: " + _wtxDevice.Emptying.ToString() + "\t As an Integer: " + _wtxDevice.Emptying);
Console.WriteLine("Flow error: " + _wtxDevice.FlowError.ToString() + "\t As an Integer: " + _wtxDevice.FlowError);
Console.WriteLine("Alarm: " + _wtxDevice.Alarm.ToString() + "\t As an Integer: " + _wtxDevice.Alarm);
Console.WriteLine("ADC Overload/Unterload: " + _wtxDevice.AdcOverUnderload.ToString() + "\t As an Integer: " + _wtxDevice.AdcOverUnderload);
Console.WriteLine("Max.Dosing time: " + _wtxDevice.MaxDosingTime.ToString() + "\t As an Integer: " + _wtxDevice.MaxDosingTime);
Console.WriteLine("Legal-for-trade operation: " + _wtxDevice.LegalTradeOp.ToString() + "\t As an Integer: " + _wtxDevice.LegalTradeOp);
Console.WriteLine("Tolerance error+: " + _wtxDevice.ToleranceErrorPlus.ToString() + "\t As an Integer: " + _wtxDevice.ToleranceErrorPlus);
Console.WriteLine("Tolerance error-: " + _wtxDevice.ToleranceErrorMinus.ToString() + "\t As an Integer: " + _wtxDevice.ToleranceErrorMinus);
Console.WriteLine("Status digital input 1: " + _wtxDevice.StatusInput1.ToString() + "\t As an Integer: " + _wtxDevice.StatusInput1);
Console.WriteLine("General scale error: " + _wtxDevice.GeneralScaleError.ToString() + "\t As an Integer: " + _wtxDevice.GeneralScaleError);
Console.WriteLine("Filling process status: " + _wtxDevice.FillingProcessStatus.ToString() + "\t As an Integer: " + _wtxDevice.FillingProcessStatus);
Console.WriteLine("Number of dosing results: " + _wtxDevice.NumberDosingResults.ToString() + "\t As an Integer: " + _wtxDevice.NumberDosingResults);
Console.WriteLine("Dosing result: " + _wtxDevice.DosingResult.ToString() + "\t As an Integer: " + _wtxDevice.DosingResult);
Console.WriteLine("Mean value of dosing results: " + _wtxDevice.MeanValueDosingResults.ToString() + "\t As an Integer: " + _wtxDevice.MeanValueDosingResults);
Console.WriteLine("Standard deviation: " + _wtxDevice.StandardDeviation.ToString() + "\t As an Integer: " + _wtxDevice.StandardDeviation);
Console.WriteLine("Total weight: " + _wtxDevice.TotalWeight.ToString() + "\t As an Integer: " + _wtxDevice.TotalWeight);
Console.WriteLine("Fine flow cut-off point: " + _wtxDevice.FineFlowCutOffPoint.ToString() + "\t As an Integer: " + _wtxDevice.FineFlowCutOffPoint);
Console.WriteLine("Coarse flow cut-off point: " + _wtxDevice.CoarseFlowCutOffPoint.ToString() + "\t As an Integer: " + _wtxDevice.CoarseFlowCutOffPoint);
Console.WriteLine("Current dosing time: " + _wtxDevice.CurrentDosingTime.ToString() + "\t As an Integer: " + _wtxDevice.CurrentDosingTime);
Console.WriteLine("Current coarse flow time: " + _wtxDevice.CurrentCoarseFlowTime.ToString() + "\t As an Integer: " + _wtxDevice.CurrentCoarseFlowTime);
Console.WriteLine("Current fine flow time: " + _wtxDevice.CurrentFineFlowTime.ToString() + "\t As an Integer: " + _wtxDevice.CurrentFineFlowTime);
Console.WriteLine("Parameter set (product): " + _wtxDevice.ParameterSetProduct.ToString() + "\t As an Integer: " + _wtxDevice.ParameterSetProduct);
Console.WriteLine("Weight memory, Day: " + _wtxDevice.WeightMemDay.ToString() + "\t As an Integer: " + _wtxDevice.WeightMemDay);
Console.WriteLine("Weight memory, Month: " + _wtxDevice.WeightMemMonth.ToString() + "\t As an Integer: " + _wtxDevice.WeightMemMonth);
Console.WriteLine("Weight memory, Year: " + _wtxDevice.WeightMemYear.ToString() + "\t As an Integer: " + _wtxDevice.WeightMemYear);
Console.WriteLine("Weight memory, Seq.Number: " + _wtxDevice.WeightMemSeqNumber.ToString() + "\t As an Integer: " + _wtxDevice.WeightMemSeqNumber);
Console.WriteLine("Weight memory, gross: " + _wtxDevice.WeightMemGross.ToString() + "\t As an Integer: " + _wtxDevice.WeightMemGross);
Console.WriteLine("Weight memory, net: " + _wtxDevice.WeightMemNet.ToString() + "\t As an Integer: " + _wtxDevice.WeightMemNet);
Console.WriteLine("\nPress 'a' again to hide the input words.");
}
if (_showAllOutputWords == true)
{
Console.WriteLine("\nOutput words:\n");
Console.WriteLine(" 9) Residual flow time: " + _wtxDevice.ResidualFlowTime + " Press '9' and a value to write");
Console.WriteLine("10) Target filling weight: " + _wtxDevice.TargetFillingWeight + " Press '10' and a value to write");
Console.WriteLine("12) Coarse flow cut-off point: " + _wtxDevice.CoarseFlowCutOffPoint + " Press '12' and a value to write");
Console.WriteLine("14) Fine flow cut-off point: " + _wtxDevice.FineFlowCutOffPoint + " Press '14' and a value to write");
Console.WriteLine("16) Minimum fine flow: " + _wtxDevice.MinimumFineFlow + " Press '16' and a value to write");
Console.WriteLine("18) Optimization of cut-off points:" + _wtxDevice.OptimizationOfCutOffPoints + " Press '18' and a value to write");
Console.WriteLine("19) Maximum dosing time: " + _wtxDevice.MaxDosingTime + " Press '19' and a value to write");
Console.WriteLine("20) Start with fine flow: " + _wtxDevice.StartWithFineFlow + " Press '20' and a value to write");
Console.WriteLine("21) Coarse lockout time: " + _wtxDevice.CoarseLockoutTime + " Press '21' and a value to write");
Console.WriteLine("22) Fine lockout time: " + _wtxDevice.FineLockoutTime + " Press '22' and a value to write");
Console.WriteLine("23) Tare mode: " + _wtxDevice.TareMode + " Press '23' and a value to write");
Console.WriteLine("24) Upper tolerance limit + : " + _wtxDevice.UpperToleranceLimit + " Press '24' and a value to write");
Console.WriteLine("26) Lower tolerance limit -: " + _wtxDevice.LowerToleranceLimit + " Press '26' and a value to write");
Console.WriteLine("28) Minimum start weight: " + _wtxDevice.MinimumStartWeight + " Press '28' and a value to write");
Console.WriteLine("30) Empty weight: " + _wtxDevice.EmptyWeight + " Press '30' and a value to write");
Console.WriteLine("32) Tare delay: " + _wtxDevice.TareDelay + " Press '32' and a value to write");
Console.WriteLine("33) Coarse flow monitoring time: " + _wtxDevice.CoarseFlowMonitoringTime + " Press '33' and a value to write");
Console.WriteLine("34) Coarse flow monitoring: " + _wtxDevice.CoarseFlowMonitoring + " Press '34' and a value to write");
Console.WriteLine("36) Fine flow monitoring: " + _wtxDevice.FineFlowMonitoring + " Press '36' and a value to write");
Console.WriteLine("38) Fine flow monitoring time: " + _wtxDevice.FineFlowMonitoringTime + " Press '38' and a value to write");
Console.WriteLine("40) Delay time after fine flow: " + _wtxDevice.DelayTimeAfterFineFlow + " Press '40' and a value to write");
Console.WriteLine("41) Systematic difference: " + _wtxDevice.SystematicDifference + " Press '41' and a value to write");
Console.WriteLine("42) Downwards dosing: " + _wtxDevice.DownwardsDosing + " Press '42' and a value to write");
Console.WriteLine("43) Valve control: " + _wtxDevice.ValveControl + " Press '43' and a value to write");
Console.WriteLine("44) Emptying mode: " + _wtxDevice.EmptyingMode + " Press '44' and a value to write");
Console.WriteLine("\nPress 'o' again to hide the output words.");
}
}
}
}
