public async Task <List <ProgressResultItem> > Get([FromQuery] FilterRequest filterRequest)
{
var result = (await GetActivitiesGroupByDate(filterRequest))
.Select(
group =>
{
if (group.Value?.Any() != true)
{
return(new ProgressResultItem
{
Name = group.Key
});
}
return(new ProgressResultItem
{
Name = group.Key,
ActivityCount = ItemValue.TryCreate(group.Value.Count, ItemValueType.Number),
Distance = ItemValue.TryCreate(
group.Value.Where(item => item.Distance != null).SumOrNull(activity => activity.Distance?.Value),
ItemValueType.DistanceInMeters),
ElapsedTime = ItemValue.TryCreate(
group.Value.Where(item => item.ElapsedTime != null).SumOrNull(activity => activity.ElapsedTime?.Value),
ItemValueType.TimeInSeconds),
Pace = ItemValue.TryCreate(
group.Value.Where(item => item.Pace != null)
.AverageBy(activity => activity.ElapsedTime.Value, activity => activity.Pace.Value),
ItemValueType.MetersPerSecond),
Heartrate = ItemValue.TryCreate(
group.Value.Where(item => item.Heartrate != null).AverageOrNull(activity => activity.Heartrate?.Value),
ItemValueType.Heartrate),
Lactate = ItemValue.TryCreate(
group.Value.Where(item => item.Lactate != null).AverageOrNull(activity => activity.Lactate?.Value),
ItemValueType.Lactate)
});
})
.ToList();
result.CalculateFactorsFor(item => item.ActivityCount);
result.CalculateFactorsFor(item => item.Distance);
result.CalculateFactorsFor(item => item.ElapsedTime);
result.CalculateFactorsFor(item => item.Pace, true);
result.CalculateFactorsFor(item => item.Heartrate, true);
result.CalculateFactorsFor(item => item.Lactate, true);
return(result);
}
public static List <ActivityDataSummary> ToActivitySummary(this IEnumerable <DetailedActivity> activities, FilterRequest filterRequest)
{
var result = activities
.Where(activity => filterRequest.DataType != FilterDataType.Interval || !activity.IgnoreIntervals)
.Select(
activity =>
{
ItemValue distance = null;
ItemValue elapsedTime = null;
ItemValue pace = null;
ItemValue heartrate = null;
ItemValue lactate = null;
ItemValue feeling = activity.Feeling.HasValue ? new ItemValue(activity.Feeling.Value, ItemValueType.Feeling) : null;
if (filterRequest.DataType == FilterDataType.Activity)
{
distance = new ItemValue(activity.Distance, ItemValueType.DistanceInMeters);
elapsedTime = new ItemValue(activity.MovingTime, ItemValueType.TimeInSeconds);
pace = new ItemValue(activity.AverageSpeed, ItemValueType.MetersPerSecond);
heartrate = activity.AverageHeartrate > 0 ? new ItemValue(activity.AverageHeartrate, ItemValueType.Heartrate) : null;
lactate = activity.AverageLactate.HasValue ? new ItemValue(activity.AverageLactate.Value, ItemValueType.Lactate) : null;
}
else if (filterRequest.DataType == FilterDataType.Interval)
{
var intervalLaps = activity.Laps?.Where(lap => lap.IsInterval).ToList();
if (intervalLaps?.Any() == true)
{
distance = new ItemValue(intervalLaps.Sum(lap => lap.Distance), ItemValueType.DistanceInMeters);
elapsedTime = new ItemValue(intervalLaps.Sum(lap => lap.ElapsedTime), ItemValueType.TimeInSeconds);
pace = new ItemValue(
intervalLaps.AverageBy(lap => lap.ElapsedTime, lap => lap.AverageSpeed).Value,
ItemValueType.MetersPerSecond);
heartrate = ItemValue.TryCreate(
intervalLaps.Where(lap => lap.AverageHeartrate > 0).AverageOrNull(lap => lap.AverageHeartrate),
ItemValueType.Heartrate);
lactate = ItemValue.TryCreate(
intervalLaps.Where(lap => lap.Lactate > 0).AverageOrNull(lap => lap.Lactate),
ItemValueType.Lactate);
}
}
else if (filterRequest.DataType == FilterDataType.Threshold && filterRequest.MinPace.HasValue && filterRequest.MaxPace.HasValue)
{
if (activity.Laps != null)
{
var thresholdLaps = activity.Laps
.Where(
lap => lap.ElapsedTime > 120 &&
lap.AverageSpeed >= filterRequest.MinPace.Value.ToMetersPerSecond() &&
lap.AverageSpeed <= filterRequest.MaxPace.Value.ToMetersPerSecond())
.ToList();
if (thresholdLaps.Any())
{
distance = new ItemValue(thresholdLaps.Sum(lap => lap.Distance), ItemValueType.DistanceInMeters);
elapsedTime = new ItemValue(thresholdLaps.Sum(lap => lap.ElapsedTime), ItemValueType.TimeInSeconds);
pace = new ItemValue(
thresholdLaps.AverageBy(lap => lap.ElapsedTime, lap => lap.AverageSpeed).Value,
ItemValueType.MetersPerSecond);
heartrate = ItemValue.TryCreate(
thresholdLaps.Where(lap => lap.AverageHeartrate > 0).AverageOrNull(lap => lap.AverageHeartrate),
ItemValueType.Heartrate);
lactate = ItemValue.TryCreate(
thresholdLaps.Where(lap => lap.Lactate > 0).AverageOrNull(lap => lap.Lactate),
ItemValueType.Number);
}
}
else if (activity.ElapsedTime > 120 &&
activity.AverageSpeed >= filterRequest.MinPace.Value.ToMetersPerSecond() &&
activity.AverageSpeed <= filterRequest.MaxPace.Value.ToMetersPerSecond())
{
distance = new ItemValue(activity.Distance, ItemValueType.DistanceInMeters);
elapsedTime = new ItemValue(activity.MovingTime, ItemValueType.TimeInSeconds);
pace = new ItemValue(activity.AverageSpeed, ItemValueType.MetersPerSecond);
heartrate = activity.AverageHeartrate > 0 ? new ItemValue(activity.AverageHeartrate, ItemValueType.Heartrate) : null;
lactate = activity.AverageLactate.HasValue ? new ItemValue(activity.AverageLactate.Value, ItemValueType.Lactate) : null;
feeling = activity.Feeling.HasValue ? new ItemValue(activity.Feeling.Value, ItemValueType.Feeling) : null;
}
}
return(new ActivityDataSummary
{
Activity = activity,
Distance = distance,
ElapsedTime = elapsedTime,
Pace = pace,
Heartrate = heartrate,
Lactate = lactate,
Feeling = feeling
});
})
.Where(activity => activity.Distance != null)
.ToList();
result.CalculateFactorsFor(item => item.Distance);
result.CalculateFactorsFor(item => item.ElapsedTime);
result.CalculateFactorsFor(item => item.Pace, true);
result.CalculateFactorsFor(item => item.Heartrate, true);
result.CalculateFactorsFor(item => item.Lactate, true);
return(result);
}
