// Get connected temperature probes
private void GetConnectedProbes_MessageReceived(Probes _probes)
{
probes = _probes;
}
// 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);
}
// Temperature update received
private void TemperatureUpdate_MessageReceived(Probes probes)
{
// Set HLT temperature
if(hardwareSettings.HLT_Temp_Probe.Address == probes.Yellow.Address) { brewery.HLT.Temp.Value = probes.Yellow.Temp; }
if(hardwareSettings.HLT_Temp_Probe.Address == probes.Pink.Address) { brewery.HLT.Temp.Value = probes.Pink.Temp; }
if(hardwareSettings.HLT_Temp_Probe.Address == probes.Orange.Address) { brewery.HLT.Temp.Value = probes.Orange.Temp; }
if(hardwareSettings.HLT_Temp_Probe.Address == probes.YellowOrange.Address) { brewery.HLT.Temp.Value = probes.YellowOrange.Temp; }
if(hardwareSettings.HLT_Temp_Probe.Address == probes.YellowPink.Address) { brewery.HLT.Temp.Value = probes.YellowPink.Temp; }
// Set MLT temperature
if (hardwareSettings.MLT_Temp_Probe.Address == probes.Yellow.Address) { brewery.MLT.Temp.Value = probes.Yellow.Temp; }
if (hardwareSettings.MLT_Temp_Probe.Address == probes.Pink.Address) { brewery.MLT.Temp.Value = probes.Pink.Temp; }
if (hardwareSettings.MLT_Temp_Probe.Address == probes.Orange.Address) { brewery.MLT.Temp.Value = probes.Orange.Temp; }
if (hardwareSettings.MLT_Temp_Probe.Address == probes.YellowOrange.Address) { brewery.MLT.Temp.Value = probes.YellowOrange.Temp; }
if (hardwareSettings.MLT_Temp_Probe.Address == probes.YellowPink.Address) { brewery.MLT.Temp.Value = probes.YellowPink.Temp; }
// Set BK temperature
if (hardwareSettings.BK_Temp_Probe.Address == probes.Yellow.Address) { brewery.BK.Temp.Value = probes.Yellow.Temp; }
if (hardwareSettings.BK_Temp_Probe.Address == probes.Pink.Address) { brewery.BK.Temp.Value = probes.Pink.Temp; }
if (hardwareSettings.BK_Temp_Probe.Address == probes.Orange.Address) { brewery.BK.Temp.Value = probes.Orange.Temp; }
if (hardwareSettings.BK_Temp_Probe.Address == probes.YellowOrange.Address) { brewery.BK.Temp.Value = probes.YellowOrange.Temp; }
if (hardwareSettings.BK_Temp_Probe.Address == probes.YellowPink.Address) { brewery.BK.Temp.Value = probes.YellowPink.Temp; }
// Send temperature to main view model
Messenger.Default.Send<Brewery>(brewery, "TemperatureUpdate");
}
private void Probes_MessageReceived(Probes probes)
{
ProbeColors.Clear();
if (probes.Orange.IsConnected) { ProbeColors.Add(probes.Orange.Color); }
if(probes.Pink.IsConnected) { ProbeColors.Add(probes.Pink.Color); }
if(probes.Yellow.IsConnected) { ProbeColors.Add(probes.Yellow.Color); }
if(probes.YellowOrange.IsConnected) { ProbeColors.Add(probes.YellowOrange.Color); }
if (probes.YellowPink.IsConnected) { ProbeColors.Add(probes.YellowPink.Color); }
}
// Apply changes from the edit dialog
private void confirmSettingCommand()
{
switch (SelectedSetting.Name)
{
case "VolRefreshRate":
{
if(SelectedRefreshRate < 1000) { MessageBox.Show("The volume sensor refresh rate can't be smaller than 1000 milliseconds"); return; }
VolRefreshRate = SelectedRefreshRate;
hardwareSettings.VolResfreshRate = VolRefreshRate;
Messenger.Default.Send<NotificationMessage>(new NotificationMessage("CloseRefreshRateDialog"), "WindowOperation");
return;
}
case "TempRefreshRate":
{
if(SelectedRefreshRate<2500) { MessageBox.Show("Temperature sensors refresh rate can't be smaller tahn 2500 milliseconds"); return; }
TempRefreshRate = SelectedRefreshRate;
hardwareSettings.TempRefreshRate = TempRefreshRate;
Messenger.Default.Send<NotificationMessage>(new NotificationMessage("CloseRefreshRateDialog"), "WindowOperation");
return;
}
case "HLT_Vol_Pin":
{
HLT_Vol_Pin = SelectedPin;
hardwareSettings.HLT_Vol_Pin = HLT_Vol_Pin;
break;
}
case "BK_Vol_Pin":
{
BK_Vol_Pin = SelectedPin;
hardwareSettings.BK_Vol_Pin = BK_Vol_Pin;
break;
}
case "HLT_Burner_Pin":
{
HLT_Burner_Pin = SelectedPin;
hardwareSettings.HLT_Burner_Pin = HLT_Burner_Pin;
break;
}
case "MLT_Burner_Pin":
{
MLT_Burner_Pin = SelectedPin;
hardwareSettings.MLT_Burner_Pin = MLT_Burner_Pin;
break;
}
case "BK_Burner_Pin":
{
BK_Burner_Pin = SelectedPin;
hardwareSettings.BK_Burner_Pin = BK_Burner_Pin;
break;
}
case "Pump1_Pin":
{
Pump1_Pin = SelectedPin;
hardwareSettings.Pump1_Pin = Pump1_Pin;
break;
}
case "Pump2_Pin":
{
Pump2_Pin = SelectedPin;
hardwareSettings.Pump2_Pin = Pump2_Pin;
break;
}
case "AirPump1_Pin":
{
AirPump1_Pin = SelectedPin;
hardwareSettings.AirPump1_Pin = AirPump1_Pin;
break;
}
case "AirPump2_Pin":
{
AirPump2_Pin = SelectedPin;
hardwareSettings.AirPump2_Pin = AirPump2_Pin;
break;
}
case "HLT_Temp_Probe":
{
Probes _probe = new Probes();
switch(SelectedProbeColor)
{
case "Yellow":
{
HLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.HLT_Temp_Probe.Address = _probe.Yellow.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.Yellow.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Pink":
{
HLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.HLT_Temp_Probe.Address = _probe.Pink.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.Pink.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Orange":
{
HLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.HLT_Temp_Probe.Address = _probe.Orange.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.Orange.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Pink":
{
HLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.HLT_Temp_Probe.Address = _probe.YellowPink.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.YellowPink.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Orange":
{
HLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.HLT_Temp_Probe.Address = _probe.YellowOrange.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.YellowOrange.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
}
break;
}
case "MLT_Temp_Probe":
{
Probes _probe = new Probes();
switch (SelectedProbeColor)
{
case "Yellow":
{
MLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.MLT_Temp_Probe.Address = _probe.Yellow.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.Yellow.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Pink":
{
MLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.MLT_Temp_Probe.Address = _probe.Pink.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.Pink.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Orange":
{
MLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.MLT_Temp_Probe.Address = _probe.Orange.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.Orange.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Pink":
{
MLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.MLT_Temp_Probe.Address = _probe.YellowPink.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.YellowPink.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Orange":
{
MLT_Temp_Probe = SelectedProbeColor;
hardwareSettings.MLT_Temp_Probe.Address = _probe.YellowOrange.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.YellowOrange.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
}
break;
}
case "BK_Temp_Probe":
{
Probes _probe = new Probes();
switch (SelectedProbeColor)
{
case "Yellow":
{
BK_Temp_Probe = SelectedProbeColor;
hardwareSettings.BK_Temp_Probe.Address = _probe.Yellow.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.Yellow.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Pink":
{
BK_Temp_Probe = SelectedProbeColor;
hardwareSettings.BK_Temp_Probe.Address = _probe.Pink.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.Pink.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Orange":
{
BK_Temp_Probe = SelectedProbeColor;
hardwareSettings.BK_Temp_Probe.Address = _probe.Orange.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.Orange.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Pink":
{
BK_Temp_Probe = SelectedProbeColor;
hardwareSettings.BK_Temp_Probe.Address = _probe.YellowPink.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.YellowPink.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Orange":
{
BK_Temp_Probe = SelectedProbeColor;
hardwareSettings.BK_Temp_Probe.Address = _probe.YellowOrange.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.YellowOrange.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
}
break;
}
}
Messenger.Default.Send<NotificationMessage>(new NotificationMessage("CloseAnalogPinDialog"), "WindowOperation");
Messenger.Default.Send<NotificationMessage>(new NotificationMessage("CloseDigitalPinDialog"), "WindowOperation");
Messenger.Default.Send<NotificationMessage>(new NotificationMessage("CloseProbeColorsDiaglog"), "WindowOperation");
}
private void saveSettingClickCommand()
{
// Verify if pin configuration is possible (no multiple assignation)
//To implement
// Save Temperature Probes
Probes _probe = new Probes();
switch (HLT_Temp_Probe)
{
case "Yellow":
{
hardwareSettings.HLT_Temp_Probe.Address = _probe.Yellow.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.Yellow.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Pink":
{
hardwareSettings.HLT_Temp_Probe.Address = _probe.Pink.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.Pink.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Orange":
{
hardwareSettings.HLT_Temp_Probe.Address = _probe.Orange.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.Orange.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Pink":
{
hardwareSettings.HLT_Temp_Probe.Address = _probe.YellowPink.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.YellowPink.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Orange":
{
hardwareSettings.HLT_Temp_Probe.Address = _probe.YellowOrange.Address;
hardwareSettings.HLT_Temp_Probe.Color = _probe.YellowOrange.Color;
hardwareSettings.HLT_Temp_Probe.IsConnected = true;
break;
}
}
_probe = new Probes();
switch (MLT_Temp_Probe)
{
case "Yellow":
{
hardwareSettings.MLT_Temp_Probe.Address = _probe.Yellow.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.Yellow.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Pink":
{
hardwareSettings.MLT_Temp_Probe.Address = _probe.Pink.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.Pink.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Orange":
{
hardwareSettings.MLT_Temp_Probe.Address = _probe.Orange.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.Orange.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Pink":
{
hardwareSettings.MLT_Temp_Probe.Address = _probe.YellowPink.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.YellowPink.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Orange":
{
hardwareSettings.MLT_Temp_Probe.Address = _probe.YellowOrange.Address;
hardwareSettings.MLT_Temp_Probe.Color = _probe.YellowOrange.Color;
hardwareSettings.MLT_Temp_Probe.IsConnected = true;
break;
}
}
_probe = new Probes();
switch (BK_Temp_Probe)
{
case "Yellow":
{
hardwareSettings.BK_Temp_Probe.Address = _probe.Yellow.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.Yellow.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Pink":
{
hardwareSettings.BK_Temp_Probe.Address = _probe.Pink.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.Pink.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Orange":
{
hardwareSettings.BK_Temp_Probe.Address = _probe.Orange.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.Orange.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Pink":
{
hardwareSettings.BK_Temp_Probe.Address = _probe.YellowPink.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.YellowPink.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
case "Yellow and Orange":
{
hardwareSettings.BK_Temp_Probe.Address = _probe.YellowOrange.Address;
hardwareSettings.BK_Temp_Probe.Color = _probe.YellowOrange.Color;
hardwareSettings.BK_Temp_Probe.IsConnected = true;
break;
}
}
// Send the new hardwaresettings to the arduinoCommands Class
Messenger.Default.Send<HardwareSettings>(hardwareSettings, "HardwareSettingsUpdate");
// Close the hardware settings window
Messenger.Default.Send<NotificationMessageAction>(new NotificationMessageAction("CloseHardwareSettings", CloseHardwareSettings_CallBack), "WindowOperation");
}
