/// <summary>
/// Static all-in-one method to fit the splines and evaluate at X coordinates.
/// </summary>
/// <param name="x">Input. X coordinates to fit.</param>
/// <param name="y">Input. Y coordinates to fit.</param>
/// <param name="xs">Input. X coordinates to evaluate the fitted curve at.</param>
/// <param name="startSlope">Optional slope constraint for the first point. Single.NaN means no constraint.</param>
/// <param name="endSlope">Optional slope constraint for the final point. Single.NaN means no constraint.</param>
/// <param name="debug">Turn on console output. Default is false.</param>
/// <returns>The computed y values for each xs.</returns>
public static float[] Compute(float[] x, float[] y, float[] xs, float startSlope = float.NaN, float endSlope = float.NaN, bool debug = false)
{
CubicSpline spline = new CubicSpline();
return(spline.FitAndEval(x, y, xs, startSlope, endSlope, debug));
}
/// <summary>
/// Maps <see cref="MSHealthAPI.MSHealthActivity"/> instance to <see cref="NikePlusAPI.NikePlusActivity"/> instance.
/// </summary>
/// <param name="activityIn"><see cref="MSHealthAPI.MSHealthActivity"/> instance to map.</param>
/// <returns><see cref="NikePlusAPI.NikePlusActivity"/> instance.</returns>
public static NikePlusActivity ToNikePlusActicity(this MSHealthActivity activityIn)
{
NikePlusActivity loActivityOut = null;
if (activityIn != null)
{
loActivityOut = new NikePlusActivity();
// Distance
double ldDistance = 0;
if (activityIn.SplitDistance != null &&
activityIn.DistanceSummary != null &&
activityIn.DistanceSummary.TotalDistance != null)
{
ldDistance = activityIn.DistanceSummary.TotalDistance.Value / activityIn.SplitDistance.Value;
if (activityIn.SplitDistance.Value == MSHealthActivity.SPLIT_DISTANCE_MILE)
{
ldDistance = ldDistance * 1.609344; //1609.344;
}
if (loActivityOut.MetricSummary == null)
{
loActivityOut.MetricSummary = new NikePlusMetricSummary();
}
loActivityOut.MetricSummary.Distance = ldDistance;
}
// Duration
if (activityIn.Duration != null)
{
loActivityOut.Duration = activityIn.Duration.Value.TotalMilliseconds;
if (loActivityOut.MetricSummary == null)
{
loActivityOut.MetricSummary = new NikePlusMetricSummary();
}
loActivityOut.MetricSummary.Duration = activityIn.Duration;
}
// Start Time
if (activityIn.StartTime != null &&
activityIn.StartTime.HasValue)
{
loActivityOut.StartTime = activityIn.StartTime.Value;
}
// Status
loActivityOut.Status = NikePlusActivityStatus.COMPLETE;
// Type
switch (activityIn.Type)
{
case MSHealthActivityType.Run:
loActivityOut.Type = NikePlusActivityType.RUN;
break;
case MSHealthActivityType.Bike:
loActivityOut.Type = NikePlusActivityType.CYCLE;
break;
case MSHealthActivityType.Sleep:
loActivityOut.Type = NikePlusActivityType.SLEEPING;
break;
default:
loActivityOut.Type = NikePlusActivityType.OTHER;
break;
}
// Calories
if (activityIn.CaloriesBurnedSummary != null &&
activityIn.CaloriesBurnedSummary.TotalCalories != null)
{
if (loActivityOut.MetricSummary == null)
{
loActivityOut.MetricSummary = new NikePlusMetricSummary();
}
loActivityOut.MetricSummary.Calories = activityIn.CaloriesBurnedSummary.TotalCalories;
}
// Device
loActivityOut.DeviceType = NikePlusDeviceType.WATCH; // Nike doesn't recognize MSBand as valid device, so, set as WATCH
// Get valid MapPoints (with Location Latitude and Longitude)
IEnumerable <MSHealthMapPoint> loMapPoints = null;
if (activityIn.MapPoints != null &&
activityIn.MapPoints.Any())
{
loMapPoints = activityIn.MapPoints
.Where(loMP => loMP.IsPaused != null &&
!loMP.IsPaused.Value &&
loMP.SecondsSinceStart != null)
.OrderBy(loMP => loMP.Ordinal);
}
// Metrics
List <NikePlusMetric> loMetrics = new List <NikePlusMetric>();
NikePlusMetric loMetricDistance = new NikePlusMetric()
{
Type = NikePlusMetricType.DISTANCE
};
NikePlusMetric loMetricHeartRate = new NikePlusMetric()
{
Type = NikePlusMetricType.HEARTRATE
};
NikePlusMetric loMetricSpeed = new NikePlusMetric {
Type = NikePlusMetricType.SPEED
};
NikePlusMetric loMetricCalories = new NikePlusMetric {
Type = NikePlusMetricType.CALORIES
};
SortedDictionary <float, float> loDistanceToDurationNodes = new SortedDictionary <float, float>();
SortedDictionary <float, float> loHeartRateToDurationNodes = new SortedDictionary <float, float>();
SortedDictionary <float, float> loSpeedToDurationNodes = new SortedDictionary <float, float>();
SortedDictionary <float, float> loCaloriesToDurationNodes = new SortedDictionary <float, float>();
SortedDictionary <float, float> loDurationToDistanceNodes = new SortedDictionary <float, float>();
double ldTotalDistance = 0;
float lfTotalSeconds = 0;
if (loMapPoints != null &&
loMapPoints.Any())
{
foreach (MSHealthMapPoint loMapPoint in loMapPoints)
{
// Location
if (loMapPoint.Location != null)
{
// Latitude/Longitude
if (loMapPoint.Location.Latitude != null &&
loMapPoint.Location.Longitude != null)
{
if (loActivityOut.GPSData == null)
{
loActivityOut.GPSData = new NikePlusGPS();
}
if (loActivityOut.GPSData.Waypoints == null)
{
loActivityOut.GPSData.Waypoints = new List <NikePlusWaypoint>();
}
NikePlusWaypoint loWaypoint = new NikePlusWaypoint()
{
Latitude = loMapPoint.Location.Latitude.Value / MSHealthGPSPoint.LATITUDE_FACTOR,
Longitude = loMapPoint.Location.Longitude.Value / MSHealthGPSPoint.LONGITUDE_FACTOR,
};
// Elevation
if (loMapPoint.Location.ElevationFromMeanSeaLevel != null)
{
loWaypoint.Elevation = loMapPoint.Location.ElevationFromMeanSeaLevel.Value / MSHealthGPSPoint.ELEVATION_FACTOR;
}
loActivityOut.GPSData.Waypoints.Add(loWaypoint);
}
}
// Distance
if (loMapPoint.TotalDistance != null &&
loMapPoint.SecondsSinceStart != null)
{
ldDistance = loMapPoint.TotalDistance.Value / activityIn.SplitDistance.Value;
if (activityIn.SplitDistance.Value == MSHealthActivity.SPLIT_DISTANCE_MILE)
{
ldDistance = ldDistance * 1.609344;
}
if (!loDistanceToDurationNodes.ContainsKey(loMapPoint.SecondsSinceStart.Value))
{
loDistanceToDurationNodes.Add(loMapPoint.SecondsSinceStart.Value, (float)ldDistance);
}
if (!loDurationToDistanceNodes.ContainsKey((float)ldDistance))
{
loDurationToDistanceNodes.Add((float)ldDistance, loMapPoint.SecondsSinceStart.Value);
}
ldTotalDistance = ldDistance;
lfTotalSeconds = loMapPoint.SecondsSinceStart.Value;
}
// Heart rate
if (loMapPoint.HeartRate != null)
{
if (!loHeartRateToDurationNodes.ContainsKey(loMapPoint.SecondsSinceStart.Value))
{
loHeartRateToDurationNodes.Add(loMapPoint.SecondsSinceStart.Value, loMapPoint.HeartRate.Value);
}
}
// Speed
if (loMapPoint.Speed != null)
{
// TODO: Determine if conversion is necessary
if (!loSpeedToDurationNodes.ContainsKey(loMapPoint.SecondsSinceStart.Value))
{
loSpeedToDurationNodes.Add(loMapPoint.SecondsSinceStart.Value, (float)loMapPoint.Speed.Value);
}
}
}
MSHealthMapPoint loLastMapPoint = loMapPoints.LastOrDefault();
if (loLastMapPoint != null &&
loLastMapPoint.SecondsSinceStart != null)
{
lfTotalSeconds = loLastMapPoint.SecondsSinceStart.Value;
}
}
else
{
if (activityIn.MinuteSummaries != null &&
activityIn.MinuteSummaries.Any())
{
lfTotalSeconds = 0;
ldTotalDistance = 0;
IEnumerable <MSHealthSummary> loSummaries = activityIn.MinuteSummaries.OrderBy(loSumm => loSumm.StartTime);
foreach (MSHealthSummary loSummary in loSummaries)
{
lfTotalSeconds += 60;
// Calories
if (loSummary.CaloriesBurnedSummary != null &&
loSummary.CaloriesBurnedSummary.TotalCalories != null)
{
if (!loCaloriesToDurationNodes.ContainsKey(lfTotalSeconds))
{
loCaloriesToDurationNodes.Add(lfTotalSeconds, loSummary.CaloriesBurnedSummary.TotalCalories.Value);
}
}
// Heart Rate
if (loSummary.HeartRateSummary != null &&
loSummary.HeartRateSummary.AverageHeartRate != null)
{
if (!loHeartRateToDurationNodes.ContainsKey(lfTotalSeconds))
{
loHeartRateToDurationNodes.Add(lfTotalSeconds, loSummary.HeartRateSummary.AverageHeartRate.Value);
}
}
// Distance
if (activityIn.SplitDistance != null &&
loSummary.DistanceSummary != null &&
loSummary.DistanceSummary.TotalDistance != null)
{
ldDistance = loSummary.DistanceSummary.TotalDistance.Value / activityIn.SplitDistance.Value;
if (activityIn.SplitDistance.Value == MSHealthActivity.SPLIT_DISTANCE_MILE)
{
ldDistance = ldDistance * 1.609344;
}
ldTotalDistance += ldDistance;
if (!loDistanceToDurationNodes.ContainsKey(lfTotalSeconds))
{
loDistanceToDurationNodes.Add(lfTotalSeconds, (float)ldTotalDistance);
}
if (!loDurationToDistanceNodes.ContainsKey((float)ldDistance))
{
loDurationToDistanceNodes.Add((float)ldDistance, lfTotalSeconds);
}
}
}
}
loActivityOut.IsGPSActivity = false;
}
// Interpolate metrics to each 10 seconds.
List <float> loIntervals = new List <float>();
for (float lfInterval = 10; lfInterval < lfTotalSeconds; lfInterval += 10)
{
loIntervals.Add(lfInterval);
}
CubicSpline loCubicSpline = null;
float[] loValues = null;
/*
* GPS
*/
if (loActivityOut.GPSData != null &&
loActivityOut.GPSData.Waypoints != null &&
loActivityOut.GPSData.Waypoints.Any())
{
// Configure GPS Data
loActivityOut.IsGPSActivity = true;
loActivityOut.GPSData.IntervalUnit = NikePlusIntervalUnit.SEC;
loActivityOut.GPSData.IntervalMetric = Math.Floor((double)lfTotalSeconds / (double)loActivityOut.GPSData.Waypoints.Count);
// Elevation
if (activityIn.DistanceSummary != null)
{
if (activityIn.DistanceSummary.ElevationGain != null)
{
loActivityOut.GPSData.ElevationGain = activityIn.DistanceSummary.ElevationGain / MSHealthDistanceSummary.ELEVATION_FACTOR;
}
if (activityIn.DistanceSummary.ElevationLoss != null)
{
loActivityOut.GPSData.ElevationLoss = activityIn.DistanceSummary.ElevationLoss / MSHealthDistanceSummary.ELEVATION_FACTOR;
}
if (activityIn.DistanceSummary.MaxElevation != null)
{
loActivityOut.GPSData.ElevationMax = activityIn.DistanceSummary.MaxElevation / MSHealthDistanceSummary.ELEVATION_FACTOR;
}
if (activityIn.DistanceSummary.MinElevation != null)
{
loActivityOut.GPSData.ElevationMin = activityIn.DistanceSummary.MinElevation / MSHealthDistanceSummary.ELEVATION_FACTOR;
}
}
// GPS can be loaded using GPX format
try { loActivityOut.GPX = activityIn.ToGPX(); }
catch { /* Do nothing */ }
}
/*
* Metrics
*/
// Distance
if (loDistanceToDurationNodes.Any())
{
if (!loDistanceToDurationNodes.ContainsKey(0))
{
loDistanceToDurationNodes.Add(0, 0);
}
loCubicSpline = new CubicSpline(loDistanceToDurationNodes.Keys.ToArray(), loDistanceToDurationNodes.Values.ToArray());
loValues = loCubicSpline.Eval(loIntervals.ToArray());
// Configure Metric Intervals and Values
loMetricDistance.Values = (from lfValue in loValues select lfValue < 0 ? "0" : lfValue.ToString()).ToList();
loMetricDistance.IntervalUnit = NikePlusIntervalUnit.SEC;
loMetricDistance.IntervalMetric = 10;
loMetrics.Add(loMetricDistance);
}
// Heart Rate
if (loHeartRateToDurationNodes.Any())
{
if (!loHeartRateToDurationNodes.ContainsKey(0))
{
loHeartRateToDurationNodes.Add(0, 0);
}
loCubicSpline = new CubicSpline(loHeartRateToDurationNodes.Keys.ToArray(), loHeartRateToDurationNodes.Values.ToArray());
loValues = loCubicSpline.Eval(loIntervals.ToArray());
// Configure Metric Intervals and Values
loMetricHeartRate.Values = (from lfValue in loValues select lfValue < 0 ? "0" : ((int)lfValue).ToString()).ToList();
loMetricHeartRate.IntervalUnit = NikePlusIntervalUnit.SEC;
loMetricHeartRate.IntervalMetric = 10;
loMetrics.Add(loMetricHeartRate);
}
// Speed
if (loSpeedToDurationNodes.Any())
{
if (!loSpeedToDurationNodes.ContainsKey(0))
{
loSpeedToDurationNodes.Add(0, 0);
}
loCubicSpline = new CubicSpline(loSpeedToDurationNodes.Keys.ToArray(), loSpeedToDurationNodes.Values.ToArray());
loValues = loCubicSpline.Eval(loIntervals.ToArray());
// Configure Metric Intervals and Values
loMetricSpeed.Values = (from lfValue in loValues select lfValue < 0 ? "0" : lfValue.ToString()).ToList();
loMetricSpeed.IntervalUnit = NikePlusIntervalUnit.SEC;
loMetricSpeed.IntervalMetric = 10;
//loMetrics.Add(loMetricSpeed);
}
// Calories
if (loCaloriesToDurationNodes.Any())
{
if (!loCaloriesToDurationNodes.ContainsKey(0))
{
loCaloriesToDurationNodes.Add(0, 0);
}
loCubicSpline = new CubicSpline(loCaloriesToDurationNodes.Keys.ToArray(), loCaloriesToDurationNodes.Values.ToArray());
loValues = loCubicSpline.Eval(loIntervals.ToArray());
// Configure Metric Intervals and Values
loMetricCalories.Values = (from lfValue in loValues select lfValue < 0 ? "0" : lfValue.ToString()).ToList();
loMetricCalories.IntervalUnit = NikePlusIntervalUnit.SEC;
loMetricCalories.IntervalMetric = 10;
loMetrics.Add(loMetricCalories);
}
// Snapshots
if (loDurationToDistanceNodes != null &&
loDurationToDistanceNodes.Any())
{
loActivityOut.SummaryV2 = new NikePlusActivitySummaryV2();
loActivityOut.SummaryV2.Snapshots = new List <NikePlusSnapshotV2>();
NikePlusSnapshotV2 loSnapshot = null;
// Kilometers
int liTotalDistance = (int)(ldTotalDistance / 1d);
loIntervals = new List <float>();
for (float lfInterval = 1; lfInterval <= liTotalDistance; lfInterval++)
{
loIntervals.Add(lfInterval);
}
loCubicSpline = null;
loValues = null;
if (!loDurationToDistanceNodes.ContainsKey(0))
{
loDurationToDistanceNodes.Add(0, 0);
}
loCubicSpline = new CubicSpline(loDurationToDistanceNodes.Keys.ToArray(), loDurationToDistanceNodes.Values.ToArray());
loValues = loCubicSpline.Eval(loIntervals.ToArray());
loSnapshot = new NikePlusSnapshotV2();
loSnapshot.Name = "kmSplit";
loSnapshot.DataSeries = new List <NikePlusDataSerieV2>();
for (int liValue = 0; liValue < loValues.Length; liValue++)
{
NikePlusDataSerieV2 loDataSerie = new NikePlusDataSerieV2();
loDataSerie.Metrics = new NikePlusMetricV2()
{
Distance = (liValue + 1),
Duration = loValues[liValue] * 1000, // Seconds to Milliseconds
};
loDataSerie.ObjectType = "dataPoint";
loSnapshot.DataSeries.Add(loDataSerie);
}
loActivityOut.SummaryV2.Snapshots.Add(loSnapshot);
// Miles (1.609344)
liTotalDistance = (int)(ldTotalDistance / 1.609344d);
loIntervals = new List <float>();
for (float lfInterval = 1; lfInterval <= liTotalDistance; lfInterval++)
{
loIntervals.Add(lfInterval * 1.609344f);
}
loCubicSpline = null;
loValues = null;
if (!loDurationToDistanceNodes.ContainsKey(0))
{
loDurationToDistanceNodes.Add(0, 0);
}
loCubicSpline = new CubicSpline(loDurationToDistanceNodes.Keys.ToArray(), loDurationToDistanceNodes.Values.ToArray());
loValues = loCubicSpline.Eval(loIntervals.ToArray());
loSnapshot = new NikePlusSnapshotV2();
loSnapshot.Name = "mileSplit";
loSnapshot.DataSeries = new List <NikePlusDataSerieV2>();
for (int liValue = 0; liValue < loValues.Length; liValue++)
{
NikePlusDataSerieV2 loDataSerie = new NikePlusDataSerieV2();
loDataSerie.Metrics = new NikePlusMetricV2()
{
Distance = (liValue + 1),
Duration = loValues[liValue] * 1000, // Seconds to Milliseconds
};
loDataSerie.ObjectType = "dataPoint";
loSnapshot.DataSeries.Add(loDataSerie);
}
loActivityOut.SummaryV2.Snapshots.Add(loSnapshot);
}
// Set metrics
if (loMetrics != null &&
loMetrics.Any())
{
loActivityOut.Metrics = loMetrics;
}
/*
* Newtonsoft.Json.JsonSerializerSettings loSerializerSettings = null;
* loSerializerSettings = new Newtonsoft.Json.JsonSerializerSettings();
* loSerializerSettings.Converters.Add(new NikePlusActivityPostConverterV2());
* string lsActivityOutJson = Newtonsoft.Json.JsonConvert.SerializeObject(loActivityOut, loSerializerSettings);
* System.Diagnostics.Debug.WriteLine(lsActivityOutJson);
* //loActivityOut = null;//*/
}
return(loActivityOut);
}
