public TimeValues(MyBrewery myBrewRecipe, float initialTemperature)
{
this.downTime = 10F;
this.Start = 0F;
this.MyBrewRecipe = myBrewRecipe;
HeatingCharacteristics = new Heating(myBrewRecipe, initialTemperature);
}
//public event PropertyChangedEventHandler PropertyChanged;
//MyDelegate myDelegate = new MyDelegate(WriteDataPoint);
public ChartViewModel()
{
this.myBrewRecipe = new MyBrewery();
this.TimeValues = new TimeValues(myBrewRecipe, tapWaterTemperature);
this.MashTunBrewDiagram = new MashTun(myBrewRecipe.temperatures, myBrewRecipe.timesMashTun);
this.FirstMashBrewDiagram = new FirstMash(myBrewRecipe.temperatures, myBrewRecipe.timesFirstMash);
this.SecondMashBrewDiagram = new SecondMash(myBrewRecipe.temperatures, myBrewRecipe.timesSecondMash);
this.Title = "Brewing diagram";
#region Heating
float timeFromTapWaterToMashIn = (myBrewRecipe.temperatures.mashInTemperature - tapWaterTemperature) / maxRampTo55degC;
float timeFromMashInToProtease = (myBrewRecipe.temperatures.proteaseTemperature - myBrewRecipe.temperatures.mashInTemperature) / maxRampTo65degC;
float timeFromProteaseToFirstAmylase = (myBrewRecipe.temperatures.firstAmylaseTemperature - myBrewRecipe.temperatures.proteaseTemperature) / maxRampTo65degC;
float timeFromFirstAmylaseToSecondAmylase = (myBrewRecipe.temperatures.secondAmylaseTemperature - myBrewRecipe.temperatures.firstAmylaseTemperature) / maxRampTo72degC;
float timeFromSecondAmylaseToBoiling = (myBrewRecipe.temperatures.boilingTemperature - myBrewRecipe.temperatures.secondAmylaseTemperature) / maxRampTo100degC;
#endregion
// dtemprary 10 minutes for prepousteni
//myDelegate+= WriteDataPoint();
this.MashTun = new List <DataPoint> {
new DataPoint(TimeValues.Start, tapWaterTemperature),
new DataPoint(TimeValues.HeatToMashIn, tapWaterTemperature),
new DataPoint(TimeValues.MashInStart, MashTunBrewDiagram.MashIn.Temperature),
new DataPoint(TimeValues.HeatToProteaseActivation, MashTunBrewDiagram.MashIn.Temperature),
new DataPoint(TimeValues.ProteaseStart, MashTunBrewDiagram.ProteaseActivation.Temperature),
new DataPoint(TimeValues.FirstMashBoilingEnd, MashTunBrewDiagram.ProteaseActivation.Temperature),
new DataPoint(TimeValues.FirstMashBoilingEnd + TimeValues.downTime, MashTunBrewDiagram.FirstAmylaseActivation.Temperature),
new DataPoint(TimeValues.HeatToSecondMashSecondAmylaseActivation, MashTunBrewDiagram.FirstAmylaseActivation.Temperature),
new DataPoint(TimeValues.SecondMashBoilingEnd, MashTunBrewDiagram.FirstAmylaseActivation.Temperature),
new DataPoint(TimeValues.SecondMashBoilingEnd + TimeValues.downTime, MashTunBrewDiagram.SecondAmylaseActivation.Temperature),
new DataPoint(TimeValues.HeatToMashOutActivation + TimeValues.downTime, MashTunBrewDiagram.SecondAmylaseActivation.Temperature),
new DataPoint(TimeValues.MashOutStart, MashTunBrewDiagram.MashOut.Temperature),
new DataPoint(TimeValues.MashOutEnd, MashTunBrewDiagram.MashOut.Temperature)
};
this.FirstMash = new List <DataPoint>
{
new DataPoint(TimeValues.HeatToFirstMashFirstAmylaseActivation, MashTunBrewDiagram.ProteaseActivation.Temperature),
new DataPoint(TimeValues.FirstMashFirstAmylaseStart, FirstMashBrewDiagram.FirstAmylaseActivation.Temperature),
new DataPoint(TimeValues.HeatToFirstMashSecondAmylaseActivation, FirstMashBrewDiagram.FirstAmylaseActivation.Temperature),
new DataPoint(TimeValues.FirstMashSecondAmylaseStart, FirstMashBrewDiagram.SecondAmylaseActivation.Temperature),
new DataPoint(TimeValues.FirstMashHeatToBoilingTemperature, FirstMashBrewDiagram.SecondAmylaseActivation.Temperature),
new DataPoint(TimeValues.FirstMashBoilingStart, FirstMashBrewDiagram.Boiling.Temperature),
new DataPoint(TimeValues.FirstMashBoilingEnd, FirstMashBrewDiagram.Boiling.Temperature),
new DataPoint(TimeValues.FirstMashBoilingEnd + TimeValues.downTime, MashTunBrewDiagram.FirstAmylaseActivation.Temperature)
};
this.SecondMash = new List <DataPoint>
{
new DataPoint(TimeValues.HeatToSecondMashSecondAmylaseActivation, MashTunBrewDiagram.FirstAmylaseActivation.Temperature),
new DataPoint(TimeValues.SecondMashSecondAmylaseStart, SecondMashBrewDiagram.SecondAmylaseActivation.Temperature),
new DataPoint(TimeValues.SecondMashHeatToBoiling, SecondMashBrewDiagram.SecondAmylaseActivation.Temperature),
new DataPoint(TimeValues.SecondMashBoilingStart, SecondMashBrewDiagram.Boiling.Temperature),
new DataPoint(TimeValues.SecondMashBoilingEnd, SecondMashBrewDiagram.Boiling.Temperature),
new DataPoint(TimeValues.SecondMashBoilingEnd + TimeValues.downTime, MashTunBrewDiagram.SecondAmylaseActivation.Temperature)
};
this.RealSituationMashTun = new List <DataPoint>();
this.RealSituationMashing = new List <DataPoint>();
}
public MainWindow()
{
InitializeComponent();
//myBrewery = new MyBrewery();
chartViewModel = new ChartViewModel();
myBrewery = new MyBrewery(chartViewModel);
//externalDataHandling = new ExternalDataHandling(myBrewery);
//MyBrewery
plot.DataContext = myBrewery;
actualMashTunTemperature.DataContext = myBrewery;
actualTemperatureOfMashing.DataContext = myBrewery;
setMashTunTemperature.DataContext = myBrewery;
setTemperatureOfMashing.DataContext = myBrewery;
realTemperatureOfMashTun.DataContext = myBrewery;
realTemperatureOfMashing.DataContext = myBrewery;
newTemperatureSetting.DataContext = myBrewery;
outputFromHardware.DataContext = myBrewery;
stirrerState.DataContext = myBrewery;
txtBoxCalibrationOfMashTunThermometer.DataContext = myBrewery;
// Progress times
progressTime.DataContext = myBrewery;
progressTimeOfFirstMash.DataContext = myBrewery;
progressOfSecondMash.DataContext = myBrewery;
progressTimeMashIn.DataContext = myBrewery;
progressTimeProtease.DataContext = myBrewery;
progressMashTunProtease.DataContext = myBrewery;
progressMashTunFirstAmylase.DataContext = myBrewery;
progressTimeFirstMashFirstAmylase.DataContext = myBrewery;
progressTimeFirstMashSecondAmylase.DataContext = myBrewery;
progressTimeFirstMashBoiling.DataContext = myBrewery;
progressOfSecondMashSecondAmylase.DataContext = myBrewery;
progressOfSecondMashBoiling.DataContext = myBrewery;
//ChartModel
mashTun.DataContext = chartViewModel;
firstMash.DataContext = chartViewModel;
secondMash.DataContext = chartViewModel;
//ExternalComunication
connect.DataContext = myBrewery.ExternalDataHandling;
commErrors.DataContext = myBrewery.ExternalDataHandling;
comPort.DataContext = myBrewery.ExternalDataHandling;
outputFromHardware.DataContext = myBrewery.ExternalDataHandling;
//Controls
//turnStirerOff.DataContext = myBrewery;
}
internal ExternalDataHandling(MyBrewery myBrewery)
{
this.stringBuilderForErrors = new StringBuilder();
//Set up myBrewery
this._myBrewery = myBrewery;
//Sets up serial port
this._serial = new SerialPort();
this._serial.PortName = "COM14";
this._serial.BaudRate = 9600;
this._serial.Parity = Parity.None;
this._serial.DataBits = 8;
this._serial.StopBits = StopBits.One;
this._serial.ReadTimeout = 5000;
this._serial.WriteTimeout = 50;
//this.serial.Handshake = Handshake.None;
this.stringBuilder = new StringBuilder();
ActualConnectionState = (ButtonConnectVsDisconnect)ButtonConnectVsDisconnect.Connect;
//Sets button State and Creates function call on data recieved
this._serial.DataReceived += new System.IO.Ports.SerialDataReceivedEventHandler(Recieve);
}
//private delegate void UpdateUiTextDelegate(string text);
private void Recieve(object sender, System.IO.Ports.SerialDataReceivedEventArgs e)
{
try
{
MyBrewery.ExtractTemperatureFromString(_serial.ReadLine(), Constants.startSequence, Constants.endSequence);
WriteOutPutToViewModel();
//WriteDataToViewModel();
}
catch (TimeoutException ex)
{
stringBuilderForErrors.Append($"{DateTime.Now} This was red {_serial.ReadExisting()} {ex.ToString()}\r");
CommErrors = stringBuilderForErrors.ToString();
}
catch (System.IO.IOException ex)
{
stringBuilderForErrors.Append($"{DateTime.Now} {ex.ToString()}\r");
CommErrors = stringBuilderForErrors.ToString();
}
finally
{
//serial.Close();
}
//dispatcher.Invoke(DispatcherPriority.Send, new UpdateUiTextDelegate(WriteData), recieved_data);
}
