public RunInfo(string fileName, RunStatistics stats)
{
FileName = fileName;
StartTime = stats.StartTime;
Duration = stats.TotalTime;
DistanceInKm = stats.TotalDistanceInKm;
}
public RunInfo(string fileName, RunStatistics stats)
{
FileName = fileName;
StartTime = stats.StartTime;
Duration = stats.TotalTime;
DistanceInKm = stats.TotalDistanceInKm;
}
public void AddRun(RunStatistics run)
{
HeartRateHistogram.Record(run.HeartRateHistogram);
PaceHistogram.Record(run.PaceHistogram);
TotalDistance += run.TotalDistance;
TotalTime += run.TotalTime;
TotalHeartbeats += run.TotalHeartbeats;
MaxHeartRate = Math.Max(MaxHeartRate, run.MaxHeartRate);
TotalSteps += run.TotalSteps;
TotalClimb += run.TotalClimb;
Runs++;
DateTime lastPointTime = DateTime.MinValue;
var sampledRoute = new SortedDictionary <DateTime, GpxTrackPoint>();
foreach (var time in run.Route.Keys)
{
if (time >= lastPointTime + Settings.AggregateSamplingPeriod)
{
sampledRoute[time] = run.Route[time];
lastPointTime = time;
}
}
var lastPoint = run.Route.Last();
if (!sampledRoute.ContainsKey(lastPoint.Key))
{
sampledRoute[lastPoint.Key] = lastPoint.Value;
}
foreach (var point in run.Pauses)
{
if (!sampledRoute.ContainsKey(point.PauseStart.Time))
{
sampledRoute[point.PauseStart.Time] = point.PauseStart;
}
if (!sampledRoute.ContainsKey(point.PauseEnd.Time))
{
sampledRoute[point.PauseEnd.Time] = point.PauseEnd;
}
}
Routes[run.StartTime] = sampledRoute.Values.ToList();
foreach (var point in sampledRoute.Values)
{
if (point.Latitude < MinLatitude)
{
MinLatitude = point.Latitude;
}
if (point.Latitude > MaxLatitude)
{
MaxLatitude = point.Latitude;
}
if (point.Longitude < MinLongitude)
{
MinLongitude = point.Longitude;
}
if (point.Longitude > MaxLongitude)
{
MaxLongitude = point.Longitude;
}
}
}
public void Store(string fileName, RunStatistics stats)
{
var fileInfo = new FileInfo(fileName);
_cache[fileName] = new CacheRecord {
LastModified = fileInfo.LastWriteTimeUtc,
Statistics = stats
};
}
public void Store(string fileName, RunStatistics stats)
{
var fileInfo = new FileInfo(fileName);
_cache[fileName] = new CacheRecord {
LastModified = fileInfo.LastWriteTimeUtc,
Statistics = stats
};
}
public void AddRun(RunStatistics run)
{
HeartRateHistogram.Record(run.HeartRateHistogram);
PaceHistogram.Record(run.PaceHistogram);
TotalDistance += run.TotalDistance;
TotalTime += run.TotalTime;
TotalHeartbeats += run.TotalHeartbeats;
MaxHeartRate = Math.Max(MaxHeartRate, run.MaxHeartRate);
TotalSteps += run.TotalSteps;
TotalClimb += run.TotalClimb;
Runs++;
DateTime lastPointTime = DateTime.MinValue;
var sampledRoute = new SortedDictionary<DateTime,GpxTrackPoint>();
foreach (var time in run.Route.Keys) {
if (time >= lastPointTime + Settings.AggregateSamplingPeriod) {
sampledRoute[time] = run.Route[time];
lastPointTime = time;
}
}
var lastPoint = run.Route.Last();
if (!sampledRoute.ContainsKey(lastPoint.Key)) {
sampledRoute[lastPoint.Key] = lastPoint.Value;
}
foreach (var point in run.Pauses) {
if (!sampledRoute.ContainsKey(point.PauseStart.Time)) {
sampledRoute[point.PauseStart.Time] = point.PauseStart;
}
if (!sampledRoute.ContainsKey(point.PauseEnd.Time)) {
sampledRoute[point.PauseEnd.Time] = point.PauseEnd;
}
}
Routes[run.StartTime] = sampledRoute.Values.ToList();
foreach (var point in sampledRoute.Values) {
if (point.Latitude < MinLatitude) {
MinLatitude = point.Latitude;
}
if (point.Latitude > MaxLatitude) {
MaxLatitude = point.Latitude;
}
if (point.Longitude < MinLongitude) {
MinLongitude = point.Longitude;
}
if (point.Longitude > MaxLongitude) {
MaxLongitude = point.Longitude;
}
}
}
public bool Analyze(string fileName, out RunStatistics runStats)
{
runStats = _cache.Fetch(fileName);
var analysisRun = false;
if (runStats == null)
{
analysisRun = true;
var gpxNamespace = XNamespace.Get("http://www.topografix.com/GPX/1/1");
var gpxDoc = XDocument.Load(fileName);
runStats = new RunStatistics();
var firstPoint = true;
foreach (var track in gpxDoc.Descendants(gpxNamespace + "trk"))
{
foreach (var segment in track.Descendants(gpxNamespace + "trkseg"))
{
var points = from point in segment.Descendants(gpxNamespace + "trkpt")
select new GpxTrackPoint(point);
var iterator = points.GetEnumerator();
if (iterator.MoveNext())
{
var pt = iterator.Current;
if (firstPoint)
{
runStats.StartTime = pt.Time;
firstPoint = false;
}
runStats.SetStartPoint(pt);
while (iterator.MoveNext())
{
pt = iterator.Current;
runStats.RecordInterval(pt);
}
runStats.EndSegment();
}
}
}
_cache.Store(fileName, runStats);
}
AggregateStatistics monthlyStats;
AggregateStatistics weeklyStats;
var month = new DateTime(runStats.StartTime.Year, runStats.StartTime.Month, 1);
if (MonthlyStats.ContainsKey(month))
{
monthlyStats = MonthlyStats[month];
}
else
{
MonthlyStats[month] = monthlyStats = new AggregateStatistics();
monthlyStats.StartTime = month;
}
monthlyStats.AddRun(runStats);
var deltaDays = DayOfWeek.Monday - runStats.StartTime.DayOfWeek;
if (deltaDays > 0)
{
deltaDays -= 7;
}
var week = runStats.StartTime.Date.AddDays(deltaDays);
if (WeeklyStats.ContainsKey(week))
{
weeklyStats = WeeklyStats[week];
}
else
{
WeeklyStats[week] = weeklyStats = new AggregateStatistics();
weeklyStats.StartTime = week;
}
weeklyStats.AddRun(runStats);
return(analysisRun);
}