private void Calc()
{
LapCount = Laps.Count;
if (LapCount == 0)
{
TotalRot = 0;
MaxRot = 0;
AverageRot = 0;
}
else
{
TotalRot = Laps.Sum(x => x.Rot);
MaxRot = Laps.Max(x => x.Rot);
AverageRot = (double)TotalRot / LapCount;
}
}
private void analyseLaps()
{
var lDist = Laps.Sum(l => l.DistanceMeters);
var lapsWithTrackPoints = Laps.Where(l => l.TrackPoints != null && l.TrackPoints.Any()).ToList();
if (lapsWithTrackPoints.Any())
{
var tDist = lapsWithTrackPoints.SelectMany(l => l.TrackPoints).Max(t => t.DistanceMeters);
if (lDist != tDist)
{
Debugger.Log(1, "", $"Laps inconsistent: trackpoints cover {100.0 * tDist / lDist}% of lap distance ({tDist} vs {lDist})\r\n");
}
}
TrackPoint lastTrackPoint = null;
var totalDistance = 0.0;
foreach (var lap in Laps)
{
totalDistance += lap.DistanceMeters;
foreach (var trackpoint in lap.TrackPoints)
{
if (lastTrackPoint != null)
{
var interval = trackpoint.Time - lastTrackPoint.Time;
var intervalS = interval.TotalSeconds;
var distanceCovered = trackpoint.DistanceMeters - lastTrackPoint.DistanceMeters;
lastTrackPoint.Interval = interval;
trackpoint.DistanceCoveredMeters = distanceCovered;
}
lastTrackPoint = trackpoint;
}
}
if (lastTrackPoint != null)
{
lastTrackPoint.Interval = EndTime - lastTrackPoint.Time;
}
}
public decimal GetAvarageSpeed()
{
var sum = Laps.Sum(l => l.AvarageSpeed);
return(sum / Laps.Count());
}
