public static double GetAvgConsumption(this TrackedRideDocument tr)
{
var baseConsumptionLiters = (DefaultConsumptionLitersPer100Miles * tr.Miles) / 100.0;
var additionalPercent = tr.GpsAverageSpeed <= 60.0 ? 0.0 : (tr.GpsAverageSpeed - 60.0) / 100.0;
var totalLiters = baseConsumptionLiters + baseConsumptionLiters * additionalPercent;
var totalInLitersPer100Miles = (totalLiters * 100.0) / tr.Miles;
var totalInGallonsPer100Miles = totalInLitersPer100Miles * 0.264172052;
return(totalInGallonsPer100Miles);
}
private TrackedRideDocument CreateTrackedRideForRide(Ride ride)
{
var tr = new TrackedRideDocument();
tr.Device = ride.Vehicle.DeviceId;
tr.StartTime = ride.StartDateTime;
tr.EndTime = ride.EndDateTime;
tr.DriverId = ride.DriverId;
AddGpsPoints(tr);
AddObds(tr);
return(tr);
}
private void AddObds(TrackedRideDocument tr)
{
int iter = 0;
var rideObds = _obds.Where(o => o.DriverId == tr.DriverId && o.DeviceId == tr.Device &&
tr.StartTime <= o.Date && tr.EndTime >= o.Date).ToList();
if (!rideObds.Any())
{
rideObds = _obds.ToList();
}
tr.Obds = rideObds.Select(og => new ObdData()
{
Code = og.Code,
Date = tr.StartTime + TimeSpan.FromMinutes(++iter)
}).Where(o => o.Date < tr.EndTime).ToArray();
}
private void AddGpsPoints(TrackedRideDocument trackedRide)
{
var rnd = new Random();
var randomKey = _routesGps.Keys.ToArray()[rnd.Next(0, _routesGps.Keys.Count - 1)];
var gps = _routesGps[randomKey];
trackedRide.Gps = gps;
if (gps.Length > 1)
{
var total = 0.0;
for (var idx = 0; idx < gps.Length - 1; idx++)
{
total += gps[idx + 1].DistanceFrom(gps[idx]);
}
trackedRide.Miles = total;
// Create a random avg speed betwwen 10 and 90
trackedRide.GpsAverageSpeed = 10.0 + (rnd.NextDouble() * 90.0);
// Update EndTime accordly to the avg speed
var hours = trackedRide.Miles / trackedRide.GpsAverageSpeed;
trackedRide.EndTime = trackedRide.StartTime + TimeSpan.FromSeconds(hours * 3600.0);
}
}
