public TrackMapDto RotateRight(TrackMapDto trackMapDto)
{
TrackGeometryDto trackGeometry = trackMapDto.TrackGeometry;
TrackMapDto swapped = SwapAxis(trackMapDto);
if (trackGeometry.IsSwappedAxis)
{
swapped.TrackGeometry.XCoef = -trackMapDto.TrackGeometry.XCoef;
}
else
{
swapped.TrackGeometry.YCoef = -trackMapDto.TrackGeometry.YCoef;
}
bool reverseXAxis = Math.Sign(trackMapDto.TrackGeometry.XCoef) != Math.Sign(swapped.TrackGeometry.YCoef);
bool reverseYAxis = Math.Sign(trackMapDto.TrackGeometry.YCoef) != Math.Sign(swapped.TrackGeometry.XCoef);
SwapGeometries(swapped, reverseXAxis, reverseYAxis);
return(swapped);
}
public TrackGeometryDto BuildTrackGeometryDto(TimedTelemetrySnapshots timedTelemetrySnapshots)
{
List <TimedTelemetrySnapshot> filteredPoints = Filter(timedTelemetrySnapshots);
TrackGeometryDto trackGeometryDto = new TrackGeometryDto
{
ExporterVersion = ExporterVersion,
FullMapGeometry = GetGeometry(filteredPoints, true),
Sector1Geometry = GetSectorGeometry(filteredPoints, x => x.PlayerData.Timing.CurrentSector == 1),
Sector2Geometry = GetSectorGeometry(filteredPoints, x => x.PlayerData.Timing.CurrentSector == 2),
Sector3Geometry = GetSectorGeometry(filteredPoints, x => x.PlayerData.Timing.CurrentSector == 3),
StartLineGeometry = ExtractFinishLine(filteredPoints),
LeftOffset = filteredPoints.Min(x => x.PlayerData.WorldPosition.X.InMeters) - TrackBounds,
TopOffset = filteredPoints.Min(x => x.PlayerData.WorldPosition.Z.InMeters) - TrackBounds,
};
trackGeometryDto.Width = filteredPoints.Max(x => x.PlayerData.WorldPosition.X.InMeters) + TrackBounds - trackGeometryDto.LeftOffset;
trackGeometryDto.Height = filteredPoints.Max(x => x.PlayerData.WorldPosition.Z.InMeters) + TrackBounds - trackGeometryDto.TopOffset;
return(trackGeometryDto);
}
