public void Track_Compare_ToGeoFile_Conversion()
{
// ARRANGE
Int32 origionalCount = 0;
Int32 transformedCount = 0;
// ACT
origionalCount = gpxTrackFile.Tracks[0].TrackSegments[0].TrackPoints.Count; // Count of origional
transformedCount = gpxTrackFile.ToGeoFile().Routes[0].Points.Count; // Do conversion and count
// ASSERT
origionalCount.Should().Be(transformedCount);
}
public void File_Format_Compare_Distance()
{
// ARRANGE
GeoFile tcxConversion = tcxTrackFile.ToGeoFile();
GeoFile gpxConversion = gpxTrackFile.ToGeoFile();
// ACT
Double tcxDistance = Math.Round(tcxConversion.Routes[0].Points.CalculateTotalDistance(), 0);
Double gpxDIstance = Math.Round(gpxConversion.Routes[0].Points.CalculateTotalDistance(), 0);
// ASSERT
tcxDistance.Should().Be(gpxDIstance);
}
public void Split_Track_By_TimeSpan_Middle()
{
// ARRANGE
GeoFile gpxConversion = gpxTrackFile.ToGeoFile();
List <List <GeoCoordinateExtended> > result;
TimeSpan splitTime = new TimeSpan(1, 0, 0); // 1 hour split for a half marathon seems reasonables
DateTime compareTime = gpxConversion.Routes[0].Points[0].Time.Add(splitTime); // Work out the actual time of the split
// ACT
result = gpxConversion.Routes[0].Points.Split(splitTime);
DateTime part1EndTime = result[0][result[0].Count - 1].Time;
DateTime part2StartTime = result[1][0].Time;
// ASSERT
part1EndTime.Ticks.Should().BeLessThan(compareTime.Ticks);
part1EndTime.Ticks.Should().BeLessThan(part2StartTime.Ticks);
part2StartTime.Ticks.Should().BeGreaterThan(compareTime.Ticks);
}