public async Task <AlignedTripData> GetTripDataAligned(Guid deviceId, PrimitiveDataPoints dataPoints, DateTimeOffset?start = null, DateTimeOffset?end = null, string interval = "1m", CancellationToken cancellationToken = default(CancellationToken))
{
var data = await GetTripData(deviceId, dataPoints, start, end, interval, cancellationToken);
var aligned = new AlignedTripData()
{
DeviceId = deviceId,
Start = start.Value,
End = end.Value,
PrimitiveDataPoints = dataPoints,
AlignedDataPoints = new List <TripDataPoint>()
};
if (dataPoints.HasFlag(PrimitiveDataPoints.Voltage))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.Voltage, PrimitiveDataPoints.Voltage);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.CoolantTemp))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.CoolantTemp, PrimitiveDataPoints.CoolantTemp);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.EngineLoad))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.EngineLoad, PrimitiveDataPoints.EngineLoad);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.FuelLevel))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.FuelLevel, PrimitiveDataPoints.FuelLevel);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.FuelRate))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.FuelRate, PrimitiveDataPoints.FuelRate);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.IntakeTemp))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.IntakeTemp, PrimitiveDataPoints.IntakeTemp);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.Position))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.Position, PrimitiveDataPoints.Position);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.RpiTemperature))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.RpiTemperature, PrimitiveDataPoints.RpiTemperature);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.Speed))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.Speed, PrimitiveDataPoints.Speed);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.AccelerometerX))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.AccelerometerX, PrimitiveDataPoints.AccelerometerX);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.AccelerometerY))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.AccelerometerY, PrimitiveDataPoints.AccelerometerY);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.AccelerometerZ))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.AccelerometerZ, PrimitiveDataPoints.AccelerometerZ);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.Altitude))
{
aligned.AlignedDataPoints = AlignData(aligned.AlignedDataPoints, data.Altitude, PrimitiveDataPoints.Altitude);
}
return(aligned);
}
private List <TripDataPoint> AlignData(List <TripDataPoint> first, IReadOnlyCollection <StorageDataResponse> second, PrimitiveDataPoints dataPoint)
{
if (first == null)
{
first = new List <TripDataPoint>();
}
int threshold = 20;
foreach (var newPoint in second)
{
var existing = (from f in first where Math.Abs((f.Timestamp - newPoint.Ts).TotalSeconds) < threshold select f)?.FirstOrDefault();
if (existing == null)
{
//datapoint isnt there yet, add it
existing = new TripDataPoint()
{
Timestamp = newPoint.Ts
};
first.Add(existing);
}
else
{
if (dataPoint == PrimitiveDataPoints.CoolantTemp)
{
existing.CoolantTemp = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.EngineLoad)
{
existing.EngineLoad = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.FuelLevel)
{
existing.FuelLevel = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.FuelRate)
{
existing.FuelRate = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.IntakeTemp)
{
existing.IntakeTemp = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.Position)
{
existing.Position = newPoint.Location;
}
if (dataPoint == PrimitiveDataPoints.RpiTemperature)
{
existing.RpiTemperature = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.Speed)
{
existing.Speed = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.Voltage)
{
existing.Voltage = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.AccelerometerX)
{
existing.AccelerometerX = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.AccelerometerY)
{
existing.AccelerometerY = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.AccelerometerZ)
{
existing.AccelerometerZ = newPoint.Value;
}
if (dataPoint == PrimitiveDataPoints.Altitude)
{
existing.Altitude = newPoint.Value;
}
}
}
first = PolyFill(first.OrderBy(t => t.Timestamp));
first = PolyFill(first.OrderByDescending(t => t.Timestamp));
return(first);
}
public async Task <TripData> GetTripData(Guid deviceId, PrimitiveDataPoints dataPoints, DateTimeOffset?start = null, DateTimeOffset?end = null, string interval = "1m", CancellationToken cancellationToken = default(CancellationToken))
{
if (start == null || start >= DateTimeOffset.UtcNow)
{
start = DateTimeOffset.UtcNow.AddDays(-1);
}
if (end == null || end >= DateTimeOffset.UtcNow)
{
end = DateTimeOffset.UtcNow;
}
var data = new TripData()
{
Start = start.Value,
End = end.Value,
DeviceId = deviceId,
PrimitiveDataPoints = dataPoints
};
if (dataPoints.HasFlag(PrimitiveDataPoints.Position))
{
data.Position = await GetPositionData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.CoolantTemp))
{
data.CoolantTemp = await GetEngineCoolantTemperatureData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.EngineLoad))
{
data.EngineLoad = await GetEngineLoadLevelsData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.FuelLevel))
{
data.FuelLevel = await GetFuelLevelData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.FuelRate))
{
data.FuelRate = await GetFuelRateData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.IntakeTemp))
{
data.IntakeTemp = await GetIntakeTempData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.RpiTemperature))
{
data.RpiTemperature = await GetRpiTemperatureData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.Speed))
{
data.Speed = await GetSpeedData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.Voltage))
{
data.Voltage = await GetVoltageData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.AccelerometerX))
{
data.AccelerometerX = await GetAccelerometerXData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.AccelerometerY))
{
data.AccelerometerY = await GetAccelerometerYData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.AccelerometerZ))
{
data.AccelerometerZ = await GetAccelerometerZData(deviceId, start, end, interval, cancellationToken);
}
if (dataPoints.HasFlag(PrimitiveDataPoints.Altitude))
{
data.Altitude = await GetAltitudeData(deviceId, start, end, interval, cancellationToken);
}
return(data);
}
