private void UpdateUserAlarmText(UserAlarm userAlarm)
{
switch(userAlarm.CurrentState)
{
case BreweryState.StandBy:
{
displayText = "Standing by, select proceed to start the brewing session.";
RaisePropertyChanged(DisplayTextPropertyName);
proceedButtonIsEnabled = true;
break;
}
case BreweryState.HLT_Fill:
{
displayText = "Add " + Math.Round(userAlarm.ProcessData.Session.TotalWaterNeeded,1)
+ " l of water to the hot liquor tank.";
RaisePropertyChanged(DisplayTextPropertyName);
proceedButtonIsEnabled = false;
holdButtonIsEnabled = false;
break;
}
case BreweryState.Strike_Heat:
{
if (userAlarm.AlarmType == "Pilot")
{
displayText = "Verify that all three pilot lights for each burner. Resume the session by clicking the "
+ "proceed button once all pilot lights are verified";
RaisePropertyChanged(DisplayTextPropertyName);
proceedButtonIsEnabled = true;
holdButtonIsEnabled = false;
}
break;
}
case BreweryState.Strike_Transfer:
{
if (userAlarm.AlarmType == "Valves")
{
displayText = "Turn on valves (to implement) and proceed to start the transfer";
RaisePropertyChanged(DisplayTextPropertyName);
proceedButtonIsEnabled = true;
holdButtonIsEnabled = true;
RaisePropertyChanged(ProceedButtonIsEnabledPropertyName);
RaisePropertyChanged(HoldButtonIsEnabledPropertyName);
}
else if(userAlarm.AlarmType == "Priming")
{
displayText = "Waiting for pump priming delay to end...";
RaisePropertyChanged(DisplayTextPropertyName);
}
else if(userAlarm.AlarmType == "Transfering")
{
displayText = "Transfering " + Math.Round(userAlarm.ProcessData.MashSteps[0].Volume, 1)
+ " l of strike water to MLT";
RaisePropertyChanged(DisplayTextPropertyName);
}
break;
}
case BreweryState.DoughIn:
{
if (userAlarm.AlarmType == "Recirculation")
{
displayText = "Set the valves in recirculation mode";
RaisePropertyChanged(DisplayTextPropertyName);
}
else if (userAlarm.AlarmType == "DoughIn")
{
displayText = "Add : \n";
foreach (var malt in ingredients.Malts)
{
displayText = displayText + Math.Round(malt.Quantity,3) + " Kg of " + malt.Name + "\n";
}
RaisePropertyChanged(DisplayTextPropertyName);
}
break;
}
case BreweryState.Mash:
{
int minStep = userAlarm.RemainingTime.Minutes;
int secStep = userAlarm.RemainingTime.Seconds;
int mashStep = userAlarm.CurrentMashStep + 1;
displayText = "Mash Step " + mashStep + " of " + userAlarm.ProcessData.MashSteps.Count + " : "
+ userAlarm.ProcessData.MashSteps[userAlarm.CurrentMashStep].Name + "\n" + (minStep) + " : "
+ String.Format( "{0:00}", secStep);
RaisePropertyChanged(DisplayTextPropertyName);
break;
}
case BreweryState.Sparge:
{
if (userAlarm.AlarmType == "ValveSpargeMode")
{
displayText = "Set the valves to sparge mode";
RaisePropertyChanged(DisplayTextPropertyName);
}
else if(userAlarm.AlarmType == "MissingSpargeWater")
{
displayText = "Target sparge wolume could not be reached" + "\n" + "total HLT volume was missing "
+ Math.Round(userAlarm.NumData,2) + " l";
RaisePropertyChanged(DisplayTextPropertyName);
}
else
{
displayText = "Sparging with " + Math.Round(userAlarm.ProcessData.Sparge.Volume, 1) + " l of water at "
+ Math.Round(userAlarm.ProcessData.Sparge.Temp, 1) + " °C";
RaisePropertyChanged(DisplayTextPropertyName);
}
break;
}
case BreweryState.Boil:
{
if(userAlarm.AlarmType == "BoilOver")
{
displayText = "Watch for Boil Over, reduce heat once boiling";
RaisePropertyChanged(DisplayTextPropertyName);
}
if(userAlarm.AlarmType == "BoilTimer")
{
int minStep = userAlarm.RemainingTime.Minutes;
int secStep = userAlarm.RemainingTime.Seconds;
displayText = "Boil Time Remaining" + "\n" + minStep + " : " + String.Format("{0:00}", secStep);
RaisePropertyChanged(DisplayTextPropertyName);
}
break;
}
case BreweryState.Chill:
{
displayText = "Chill the wort approximately to " + Math.Round(userAlarm.ProcessData.Fermentation.Temp, 1)
+ " °C" + "\n and transfer it to a fermentation vessel";
RaisePropertyChanged(DisplayTextPropertyName);
break;
}
case BreweryState.Fermenter_Transfer:
{
displayText = "Ferment at " + Math.Round(userAlarm.ProcessData.Fermentation.Temp, 1) + " °C for "
+ Math.Round(userAlarm.ProcessData.Fermentation.Age, 0) + " days.";
RaisePropertyChanged(DisplayTextPropertyName);
break;
}
}
}
// Proceed button click command
private void proceedClickCommand()
{
UserAlarm _userAlarm = new UserAlarm();
_userAlarm.ProceedIsPressed = true;
displayText = "";
proceedButtonIsEnabled = false;
userActionIsRequired = false;
RaisePropertyChanged(DisplayTextPropertyName);
RaisePropertyChanged(UserActionAlarmPropertyName);
UserActionAlarmTimer.Stop();
Messenger.Default.Send<UserAlarm>(_userAlarm, "UserAlarmReturn");
}
private void BoilTimer_Tick(object sender, EventArgs e)
{
// Increment ElapsedTime
RemainingTime = BoilEndTime - DateTime.Now.TimeOfDay;
// Check if Boil is Completed
if(BoilEndTime <= DateTime.Now.TimeOfDay)
{
BoilComplete = true;
BoilTimer.Stop();
return;
}
// Send Boil Timer Info
userAlarm = new UserAlarm();
userAlarm.AlarmType = "BoilTimer";
userAlarm.ProcessData = process;
userAlarm.VisualAlarm = false;
userAlarm.CurrentState = breweryState;
userAlarm.RemainingTime = RemainingTime;
userAlarm.IsActive = true;
Messenger.Default.Send<UserAlarm>(userAlarm);
}
// Message Received Handling
private void SetUserActionAlarm(UserAlarm userAlarm)
{
if (userAlarm.IsActive)
{
if (userAlarm.VisualAlarm)
{
UserActionAlarmTimer.Interval = System.TimeSpan.FromMilliseconds(1000);
UserActionAlarmTimer.Tick += UserActionAlarmTimer_Tick;
UserActionAlarmTimer.Start();
}
UpdateUserAlarmText(userAlarm);
}
}
private void MashStepTimer_Tick(object sender, EventArgs e)
{
// Increment ElapsedTime
RemainingTime = StepEndTime - DateTime.Now.TimeOfDay;
// Check if mash step is completed
if (DateTime.Now.TimeOfDay >= StepEndTime)
{
MashStepComplete = true;
RemainingTime = new TimeSpan();
if(process.MashSteps.Count == step+1) { return; }
step++;
}
// Send Mash step info
userAlarm = new UserAlarm();
userAlarm.ProcessData = process;
userAlarm.VisualAlarm = false;
userAlarm.CurrentState = breweryState;
userAlarm.CurrentMashStep = step;
userAlarm.RemainingTime = RemainingTime;
userAlarm.IsActive = true;
Messenger.Default.Send<UserAlarm>(userAlarm);
}
private void PlayAlarm(string AlarmType, bool Audible, bool Visual, bool ProceedComfirmationRequired, double NumData = 0)
{
// Create a new alarm message
userAlarm = new UserAlarm();
userAlarm.CurrentState = breweryState;
userAlarm.ProceedIsPressed = !ProceedComfirmationRequired;
userAlarm.AlarmType = AlarmType;
userAlarm.AudibleAlarm = Audible;
userAlarm.VisualAlarm = Visual;
userAlarm.ProcessData = process;
userAlarm.NumData = NumData;
userAlarm.MessageSent = true;
userAlarm.IsActive = true;
// Send Alarm message to UserAlarmViewModel
Messenger.Default.Send<UserAlarm>(userAlarm);
// Start the Audible Alarm Timer
if (userAlarm.AudibleAlarm)
{
AlarmTimer.Tick += AlarmTimer_Tick;
AlarmTimer.Interval = TimeSpan.FromMilliseconds(1000);
AlarmTimer.Start();
}
}
private void RunAutoStateMachine()
{
switch(breweryState)
{
case BreweryState.StandBy:
{
if(process !=null)
{
// Set the fill and temp set point and send the data to the HLT view
brewery.HLT.Volume.SetPoint = process.Session.TotalWaterNeeded;
brewery.HLT.Temp.SetPoint = process.Strike.Temp;
brewery.HLT.Temp.SetPointReached = false;
brewery.HLT.Volume.SetPointReached = false;
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointUpdate");
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointReachedUpdate");
Messenger.Default.Send<Brewery>(brewery, "HLTTempSetPointUpdate");
Messenger.Default.Send<Brewery>(brewery, "HLTTempSetPointReachedUpdate");
if(!userAlarm.MessageSent) { PlayAlarm("", false, true, true); }
if(userAlarm.ProceedIsPressed)
{
breweryState = BreweryState.HLT_Fill;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
}
}
break;
}
case BreweryState.HLT_Fill:
{
// Send User Alarm message to update the UserAction display text
if(!userAlarm.MessageSent) { PlayAlarm("", false, false, true); }
// Set the fill set point and send the data to the HLT view
brewery.HLT.Volume.SetPoint = process.Session.TotalWaterNeeded;
brewery.HLT.Temp.SetPoint = process.Strike.Temp;
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointUpdate");
Messenger.Default.Send<Brewery>(brewery, "HLTTempSetPointUpdate");
// Check if HLT volume reached SetPoint
if(brewery.HLT.Volume.Value >= brewery.HLT.Volume.SetPoint)
{
// Set the SetPointReached property and send the data to the HLT view
brewery.HLT.Volume.SetPointReached = true;
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointReachedUpdate");
// Go to Strike heat state
breweryState = BreweryState.Strike_Heat;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
}
break;
}
case BreweryState.Strike_Heat:
{
// Send Message to light the pilots
if (!userAlarm.MessageSent) { PlayAlarm("Pilot", true, true, true); }
// Check for user confirmation of pilots
if(userAlarm.ProceedIsPressed)
{
// Get to HLT Set point and Hold
breweryCommand.HoldTemp(Vessels.HLT, process.Strike.Temp);
}
// Check if temperature range is reached
if (brewery.HLT.Temp.SetPointReached)
{
// Change State
breweryState = BreweryState.Strike_Transfer;
brewery.MLT.Volume.SetPointReached = false;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
}
break;
}
case BreweryState.Strike_Transfer:
{
// Define SetPoint for initial MLT volume (dough in)
brewery.MLT.Volume.SetPoint = process.MashSteps[0].Volume;
Messenger.Default.Send<Brewery>(brewery, "MLTVolumeSetPointUpdate");
Messenger.Default.Send<Brewery>(brewery, "MLTVolumeSetPointReachedUpdate");
// Confirm the correct Valves operations are complete before starting the pump
if (!userAlarm.MessageSent) { PlayAlarm("Valves", true, true, true); }
// Hold Strike Temp
breweryCommand.HoldTemp(Vessels.HLT, process.Strike.Temp);
// If the user did not confirm, hold temperature and wait
if (!userAlarm.ProceedIsPressed)
{
return;
}
if (brewery.MLT.Volume.Value < brewery.MLT.Volume.SetPoint)
{
// Let a delay for pump priming if the pump is off and not primed
if (!brewery.Pump1.IsPrimed && !brewery.Pump1.IsOn && !brewery.Pump1.IsPriming)
{
StartPrimingDelay(1);
PlayAlarm("Priming", false, false, false);
}
// Else if pump is primed but off
else if (brewery.Pump1.IsPrimed && !brewery.Pump1.IsOn)
{
HLTStartVolume = brewery.HLT.Volume.Value;
breweryCommand.ActivatePump1(true);
PlayAlarm("Transfering", false, false, false);
}
// Update the transfered volume
else if(brewery.Pump1.IsOn)
{
brewery.MLT.Volume.Value = HLTStartVolume - brewery.HLT.Volume.Value;
Messenger.Default.Send<Brewery>(brewery, "MLTVolumeUpdate");
}
}
else
{
// Stop the transfer
if (brewery.Pump1.IsOn)
{
breweryCommand.ActivatePump1(false);
}
// Set the Volume Set point reached property
brewery.MLT.Volume.SetPointReached = true;
Messenger.Default.Send<Brewery>(brewery, "MLTVolumeSetPointReachedUpdate");
// Go to dough in state
breweryState = BreweryState.DoughIn;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
}
break;
}
case BreweryState.DoughIn:
{
// Ask user to set the valves in recirculation mode and play alarm sound to request user action
if (RecirculationConfirmed) { goto SkipRecirculationAlarm; }
if (!userAlarm.MessageSent)
{
PlayAlarm("Recirculation", true, true, true);
}
else if(userAlarm.ProceedIsPressed)
{
RecirculationConfirmed = true;
userAlarm = new UserAlarm();
}
SkipRecirculationAlarm:
// Hold MLT temp at set point (dough in temp)
breweryCommand.HoldTemp(Vessels.MLT, process.Strike.Temp);
// Hold HLT temp at set point
breweryCommand.HoldTemp(Vessels.HLT, process.Sparge.Temp);
// Check if the temperature is within range and set the SetPointReached property
if (brewery.MLT.Temp.SetPointReached)
{
// Ask user to dough in and confirm BEFORE putting the grains play alarm sound to request user action
if (!userAlarm.MessageSent && RecirculationConfirmed)
{
PlayAlarm("DoughIn", true, true, true);
}
// If user confirmed go to Mash step #1
if(userAlarm.ProceedIsPressed)
{
// Start the mash process
breweryCommand.LightBurner(Vessels.MLT, false);
breweryState = BreweryState.Mash;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
}
}
break;
}
case BreweryState.Mash:
{
// If first iteration start mash timer
if(FirstMashStep)
{
// Get the step start and end time
StepStartTime = DateTime.Now.TimeOfDay;
StepEndTime = StepStartTime.Add(TimeSpan.FromMinutes(process.MashSteps[step].Time));
// Start the step timer
MashStepTimer.Interval = TimeSpan.FromMilliseconds(500);
MashStepTimer.Tick += MashStepTimer_Tick;
MashStepTimer.Start();
FirstMashStep = false;
}
// If the mash step is completed increment
if(MashStepComplete)
{
// Set the new mash step as incomplete
MashStepComplete = false;
// Check if all steps are completed
if (process.MashSteps.Count <= step+1)
{
breweryState = BreweryState.Sparge;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
return;
}
// Get the step start and end time
StepStartTime = DateTime.Now.TimeOfDay;
StepEndTime = StepStartTime.Add(TimeSpan.FromMinutes(process.MashSteps[step].Time));
// Start the step timer
MashStepTimer.Interval = TimeSpan.FromMilliseconds(500);
MashStepTimer.Tick += MashStepTimer_Tick;
MashStepTimer.Start();
}
// Hold HLT temp set point at mash step temp
breweryCommand.HoldTemp(Vessels.MLT, process.MashSteps[step].Temp);
// Hold HLT temp at sparge temp
breweryCommand.HoldTemp(Vessels.HLT, process.Sparge.Temp);
// Start recirculating
if(!brewery.Pump2.IsPrimed && !brewery.Pump2.IsPriming)
{
StartPrimingDelay(2);
}
else if(brewery.Pump2.IsPrimed && !brewery.Pump2.IsOn)
{
breweryCommand.ActivatePump2(true);
}
break;
}
case BreweryState.Sparge:
{
// Send Sparging Message
if(!userAlarm.MessageSent && !SpargeModeOn)
{
PlayAlarm("ValveSpargeMode", false, false, true);
breweryCommand.ActivatePump2(false);
SpargeModeOn = true;
userAlarm = new UserAlarm();
}
// Hold HLT at Sparge Temp
breweryCommand.HoldTemp(Vessels.HLT, process.Sparge.Temp);
// If HLT temp is in range then start the pumps
if(brewery.HLT.Temp.SetPointReached && userAlarm.ProceedIsPressed && (!brewery.Pump1.IsOn || !brewery.Pump2.IsOn) && FirstSparge)
{
// Save the HLT Start Volume and start the pumps
HLTStartVolume = brewery.HLT.Volume.Value;
breweryCommand.ActivatePump1(true);
breweryCommand.ActivatePump2(true);
FirstSparge = false;
// Turn off MLT Temp monitoring
breweryCommand.HoldTemp(Vessels.MLT, 0);
// Set The HLT Volume Set Point and save the MLT Start Volume
MLTStartVolume = brewery.MLT.Volume.Value;
brewery.HLT.Volume.SetPoint = HLTStartVolume - process.Sparge.Volume;
if (brewery.HLT.Volume.SetPoint < 0) { brewery.HLT.Volume.SetPoint = 0; }
brewery.HLT.Volume.SetPointReached = false;
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointUpdate");
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointReachedUpdate");
// Set the BK volume Set Point
brewery.BK.Volume.SetPoint = process.Boil.Volume;
brewery.BK.Volume.SetPointReached = false;
Messenger.Default.Send<Brewery>(brewery, "BKVolumeSetPointUpdate");
Messenger.Default.Send<Brewery>(brewery, "BKVolumeSetPointReachedUpdate");
}
// Update the MLT volume based on the HLT volume pumped out and set the Volume Set Points
brewery.MLT.Volume.Value = MLTStartVolume + HLTStartVolume - brewery.HLT.Volume.Value - brewery.BK.Volume.Value;
Messenger.Default.Send<Brewery>(brewery, "MLTVolumeUpdate");
// Monitor HLT Sparge volume
if (brewery.HLT.Volume.Value <= HLTStartVolume-process.Sparge.Volume)
{
if (brewery.Pump1.IsOn)
{
breweryCommand.ActivatePump1(false);
}
if(brewery.HLT.Volume.Value <= 10 && brewery.HLT.Burner.IsOn)
{
breweryCommand.LightBurner(Vessels.HLT, false);
brewery.HLT.Temp.SetPointReached = false;
Messenger.Default.Send<Brewery>(brewery, "HLTTempSetPointReachedUpdate");
}
brewery.HLT.Volume.SetPointReached = true;
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointReachedUpdate");
}
// Check if sparge water is missing and send alarm
else if (brewery.HLT.Volume.SetPoint == 0 && brewery.HLT.Volume.Value == 0 && !userAlarm.MessageSent)
{
// Send alarm to indicate forced continue and initial water level was low
PlayAlarm("MissingSpargeWater", true, true, false, process.Sparge.Volume - HLTStartVolume);
if (brewery.Pump1.IsOn)
{
breweryCommand.ActivatePump1(false);
}
if (brewery.HLT.Volume.Value <= 10 && brewery.HLT.Burner.IsOn)
{
breweryCommand.LightBurner(Vessels.HLT, false);
brewery.HLT.Temp.SetPointReached = false;
Messenger.Default.Send<Brewery>(brewery, "HLTTempSetPointReachedUpdate");
}
brewery.HLT.Volume.SetPointReached = true;
Messenger.Default.Send<Brewery>(brewery, "HLTVolumeSetPointReachedUpdate");
}
// Monitor BK Volume if over 10 start heating
if(brewery.BK.Volume.Value>= 10 && !brewery.BK.Burner.IsOn)
{
breweryCommand.HoldTemp(Vessels.BK, 100);
}
// Monitor Bk Volume for process target
if(brewery.BK.Volume.Value >= process.Boil.Volume)
{
if (brewery.Pump2.IsOn)
{
breweryCommand.ActivatePump2(false);
}
brewery.BK.Volume.SetPointReached = true;
// Switch to boil state
breweryState = BreweryState.Boil;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
Messenger.Default.Send<Brewery>(brewery, "BKVolumeSetPointReachedUpdate");
}
break;
}
case BreweryState.Boil:
{
// Hold boil temp in BK
breweryCommand.HoldTemp(Vessels.BK, 100);
// Monitor BK and send an alarm to warn boil over
if (brewery.BK.Temp.Value>=97 && !BoilOverSent)
{
// Send Boil Over Message
if (!userAlarm.MessageSent)
{
PlayAlarm("BoilOver", true, true, false);
BoilOverSent = true;
userAlarm = new UserAlarm();
}
}
// Boil is reached
if (brewery.BK.Temp.Value >= 99.5)
{
brewery.BK.Temp.BoilReached = true;
}
// Start Boil Timer if Boil is Reached
if(brewery.BK.Temp.BoilReached && !BoilTimer.IsEnabled && !BoilComplete)
{
// Get the step start and end time
BoilStartTime = DateTime.Now.TimeOfDay;
BoilEndTime = StepStartTime.Add(TimeSpan.FromMinutes(process.Boil.Time));
// Start the step timer
BoilTimer.Interval = TimeSpan.FromMilliseconds(500);
BoilTimer.Tick += BoilTimer_Tick;
BoilTimer.Start();
}
// Check if boil is complete
if(BoilComplete)
{
// Turn off BK burner
breweryCommand.HoldTemp(Vessels.BK, 0);
// Switch to Chill State
breweryState = BreweryState.Chill;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
userAlarm = new UserAlarm();
}
break;
}
case BreweryState.Chill:
{
// Send chill temperature info
if (!userAlarm.MessageSent)
{
PlayAlarm("Chill", true, true, false);
breweryState = BreweryState.Fermenter_Transfer;
userAlarm = new UserAlarm();
}
break;
}
case BreweryState.Fermenter_Transfer:
{
// Monitor BK Level
if(brewery.BK.Volume.Value == 0)
{
PlayAlarm("Ferment", false, false, false);
UpdateTempSensorTimer.Stop();
UpdateVolSensorTimer.Stop();
breweryCommand.Disconnect();
}
break;
}
}
}
// MainViewModel Class Constructor
public MainViewModel()
{
// Creating new instance of model
breweryCommand = new BreweryCommands();
hardwareSettings = new HardwareSettings();
brewery = new Brewery();
process = new Process();
probes = new Probes();
userAlarm = new UserAlarm();
// Initializing RelayCommand Instances
ConnectionSetupClickCommand = new RelayCommand(connectionSetupClickCommand);
HardwareSetupClickCommand = new RelayCommand(hardwareSetupClickCommand);
StartBrewSessionClickCommand = new RelayCommand(startBrewSessionClickCommand);
MainClosingCommand = new RelayCommand(mainClosing);
LoadRecipeClickCommand = new RelayCommand(loadRecipeClickCommand);
DebugDesignSessionClickCommand = new RelayCommand(debugDesignClickCommand);
// Initializing Timers
UpdateTempSensorTimer = new DispatcherTimer();
UpdateVolSensorTimer = new DispatcherTimer();
AlarmTimer = new DispatcherTimer();
PrimingTimer = new DispatcherTimer();
MashStepTimer = new DispatcherTimer();
BoilTimer = new DispatcherTimer();
// Initializing Sound Player
Player = new MediaPlayer();
// Initializing Machine State Variables
MashStepComplete = false;
FirstMashStep = true;
FirstSparge = true;
SpargeModeOn = false;
BoilOverSent = false;
BoilComplete = false;
StepStartTime = new TimeSpan();
RemainingTime = new TimeSpan();
StepEndTime = new TimeSpan();
// Initializing the brewery State
breweryState = BreweryState.StandBy;
RaisePropertyChanged(BreweryStateDisplayPropertyName);
// Initializing Messenger Registers
Messenger.Default.Register<NotificationMessage>(this, "BreweryCommand", BreweryCommand_MessageReceived);
Messenger.Default.Register<Brewery>(this, "ConnectionUpdate" , ConnectionUpdate_MessageReceived);
Messenger.Default.Register<HardwareSettings>(this, "HardwareSettingsUpdate", HardwareSettings_MessageReceived);
Messenger.Default.Register<Brewery>(this, "TemperatureUpdate", TemperatureUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "VolumeUpdate", VolumeUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "HLTBurnerUpdate", HLTBurnerUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "MLTBurnerUpdate", MLTBurnerUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "BKBurnerUpdate", BKBurnerUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "Pump1Update", Pump1Update_MessageReceived);
Messenger.Default.Register<Brewery>(this, "Pump2Update", Pump2Update_MessageReceived);
Messenger.Default.Register<string>(this, "SelectedcomPort", SelectedcomPort_MessageReceived);
Messenger.Default.Register<Process>(this, Process_MessageReceived);
Messenger.Default.Register<Probes>(this, "GetConnectedProbes", GetConnectedProbes_MessageReceived);
Messenger.Default.Register<UserAlarm>(this, "UserAlarmReturn", UserAlarmReturn_MessageReceived);
Messenger.Default.Register<Brewery>(this, "HLTTempSetPointUpdate", HLTTempSetPointUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "MLTTempSetPointUpdate", MLTTempSetPointUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "BKTempSetPointUpdate", BKTempSetPointUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "HLTTempSetPointReachedUpdate", HLTTempSetPointReachedUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "MLTTempSetPointReachedUpdate", MLTTempSetPointReachedUpdate_MessageReceived);
Messenger.Default.Register<Brewery>(this, "BKTempSetPointReachedUpdate", BKTempSetPointReachedUpdate_MessageReceived);
}
// User Alarm Return
private void UserAlarmReturn_MessageReceived(UserAlarm _userAlarm)
{
userAlarm.ProceedIsPressed = true;
}
