public SensorsPage(BandDeviceInfo info, BandClient bandClient)
: base(info, bandClient)
{
InitializeComponent();
ViewModel = new SensorsViewModel(BandInfo, BandClient);
}
public SensorsPage(BandDeviceInfo info, BandClient bandClient)
: base(info, bandClient)
{
InitializeComponent();
ViewModel = new SensorsViewModel(BandInfo, BandClient);
}
//public double GetTankHeight()
//{
// return database.Table<TankLevel>().FirstOrDefault().Height;
//}
public void SetSensorValues(SensorsViewModel model)
{
database.Insert(new SensorsData()
{
Temperature = model.Temperature,
Humidity = model.Humidity,
TankLevel = model.TankLevel,
Time = model.Time
});
}
public async Task <IActionResult> Sensors()
{
var sensor = await _sensorService.GetSensorsAsync();
var model = new SensorsViewModel()
{
Sensors = sensor
};
ViewData["Message"] = "Sensors page.";
return(View(model));
}
protected override void OnNavigatedTo(NavigationEventArgs e)
{
SystemNavigationManager.GetForCurrentView().AppViewBackButtonVisibility = AppViewBackButtonVisibility.Visible;
SystemNavigationManager.GetForCurrentView().BackRequested += DevicePage_BackRequested;
var device = e.Parameter as DeviceInformation;
viewModel = new SensorsViewModel(device);
viewModel.StartReceivingData();
this.DataContext = viewModel;
base.OnNavigatedTo(e);
}
public async Task <IEnumerable <SensorsViewModel> > GetAllSensorsForUserAsync(string userId)
{
var sensorsOfUser = await _sensorsRepository.GetAllSensorsForUserAsync(userId);
var sensors = new List <SensorsViewModel>();
foreach (var userSensor in sensorsOfUser.UserSensors)
{
var sensor = new SensorsViewModel()
{
MacAddress = userSensor.Sensor.MacAddress,
Name = userSensor.Sensor.Name,
Location = userSensor.Sensor.Location,
SensorData = userSensor.Sensor.SensorData,
};
sensors.Add(sensor);
}
return(sensors);
}
public SensorWindow()
{
InitializeComponent();
DataContext = sensorsViewModel = new SensorsViewModel(this);
}
//Constructor for multiple sensor window
public Graph(SensorsViewModel svm, SensorWindow sw, string identifier, LineSeries lineSeries)
{
//Get queue based on identifier
incomingQueue = Mqtt.GetIncomingQueue();
this.sensorWindow = sw;
this.windowToPlotOn = sw;
this.svm = svm;
LineSeries = lineSeries;
this.identifier = identifier;
if (identifier == "xacceleration" || identifier == "yacceleration" || identifier == "zacceleration")
{
identifier_top = "acceleration";
topic = new string[] { identifier_top };
}
else if (identifier == "pitch" || identifier == "yaw" || identifier == "roll")
{
identifier_top = "orientation";
topic = new string[] { identifier_top };
}
svm.Title = SetTitle(identifier);
Mqtt.Subscribe(topic);
switch (identifier)
{
case Topic.XAccTopic:
sensorWindow.accXChart.Series.Add(LineSeries);
LineSeries.Title = "AccX";
break;
case Topic.YAccTopic:
sensorWindow.accYChart.Series.Add(LineSeries);
LineSeries.Title = "AccY";
break;
case Topic.ZAccTopic:
sensorWindow.accZChart.Series.Add(LineSeries);
LineSeries.Title = "AccZ";
break;
case Topic.RollTopic:
sensorWindow.rollChart.Series.Add(LineSeries);
LineSeries.Title = "Roll";
break;
case Topic.PitchTopic:
sensorWindow.pitchChart.Series.Add(LineSeries);
LineSeries.Title = "Pitch";
break;
case Topic.YawTopic:
sensorWindow.yawChart.Series.Add(LineSeries);
LineSeries.Title = "Yaw";
break;
default:
break;
}
Run();
}
