private void DataToUi(MeasurementData measurementData)
{
Tc1TextBox.Dispatcher.Invoke(() => Tc1TextBox.Text = measurementData.Tc1.ToString("F"));
Tc2TextBox.Dispatcher.Invoke(() => Tc2TextBox.Text = measurementData.Tc2.ToString("F"));
Tc3TextBox.Dispatcher.Invoke(() => Tc3TextBox.Text = measurementData.Tc3.ToString("F"));
Tc4TextBox.Dispatcher.Invoke(() => Tc4TextBox.Text = measurementData.Tc4.ToString("F"));
TempAirInTextBox.Dispatcher.Invoke(() => TempAirInTextBox.Text = measurementData.TinA.ToString("F"));
TempAirOutTextBox.Dispatcher.Invoke(() => TempAirOutTextBox.Text = measurementData.ToutA.ToString("F"));
TempWaterInTextBox.Dispatcher.Invoke(() => TempWaterInTextBox.Text = measurementData.TinW.ToString("F"));
TempWaterOutTextBox.Dispatcher.Invoke(() =>
TempWaterOutTextBox.Text = measurementData.ToutW.ToString("F"));
WaterTankTemperatureTextBox.Dispatcher.Invoke(() =>
WaterTankTemperatureTextBox.Text = measurementData.Tvn.ToString("F"));
WaterVolumeFlowTextBox.Dispatcher.Invoke(() =>
WaterVolumeFlowTextBox.Text = measurementData.v.ToString("F"));
UTextBox.Dispatcher.Invoke(() => UTextBox.Text = measurementData.U.ToString("F"));
ITextBox.Dispatcher.Invoke(() => ITextBox.Text = measurementData.I.ToString("F"));
COPLoadedTextBox.Dispatcher.Invoke(() => COPLoadedTextBox.Text = measurementData.COP.ToString("F"));
}
private void CalculateEvaporator(MeasurementData measurementData)
{
var evaporatorVTextBox = EvaporatorVTextBox.Dispatcher.Invoke(() => EvaporatorVTextBox.Text);
if (!double.TryParse(evaporatorVTextBox, out double evaporatorV))
{
_consoleManager.ConsoleWriteMessage("Cannot parse Evaporator volume flow.");
return;
}
var evaporatorHumidity = EvaporatorHumidity.Dispatcher.Invoke(() => EvaporatorHumidity.Text);
if (!double.TryParse(evaporatorHumidity, out double humidity))
{
_consoleManager.ConsoleWriteMessage("Cannot parse humidity.");
return;
}
var heightOverSea = HeightOverSea.Dispatcher.Invoke(() => HeightOverSea.Text);
if (!double.TryParse(heightOverSea, out double height))
{
_consoleManager.ConsoleWriteMessage("Cannot parse height over sea.");
return;
}
_systemCalculation.EvaporatorData =
new CoilData(null, measurementData.TinA - measurementData.ToutA, measurementData.TinA);
double?result = _systemCalculation.CalculateEvaporator(humidity, height, evaporatorV);
EvaporatorPTextBox.Dispatcher.Invoke(() => EvaporatorPTextBox.Text = result.ToString());
}
public double AddValue(double timeElapsed, MeasurementData measurementData)
{
_callCount += 1;
double capacity = measurementData.U * measurementData.I;
_energySum += (capacity / 1000);
double average = _energySum / _callCount;
// to kWh
return(Math.Round(average * (timeElapsed / 3600), 6));
}
private void CalculateCOP(MeasurementData measurementData)
{
//Condenser
// loaded volume flow is in cm3 so need to convert it to m3
double condenserV = measurementData.v * Math.Pow(10, -6);
_systemCalculation.CondenserData =
new CoilData(condenserV, null, measurementData.TinW, measurementData.ToutW);
// Electrical appliances
_systemCalculation.CompressorData = new ElectricalApplianceData(measurementData.U, measurementData.I);
if (!_systemCalculation.CalculateSystem().HasValue)
{
_consoleManager.ConsoleWriteMessage("COP not calculated.");
COPCalculatedTextBox.Dispatcher.Invoke(() => COPCalculatedTextBox.Text = "0");
return;
}
COPCalculatedTextBox.Dispatcher.Invoke(() =>
COPCalculatedTextBox.Text = SystemCalculation.GetSysCOP.ToString("F"));
}
