public void AvgMtrPerSecondRnd_ShouldCalculate(double distance, DateTime startTime, DateTime endTime, double expected)
{
//Act
Speed speed = new Speed(distance, startTime, endTime);
double actual = speed.AvgMtrPerSecondRnd();
//Assert
Assert.Equal(expected, actual);
}
/// <summary>
/// Method to populate form elements with activity statistics
/// </summary>
private void PopulateActivityStats()
{
int playerID = Convert.ToInt16(playerCombo.SelectedValue.ToString());
int gameID = Convert.ToInt16(dateCombo.SelectedValue.ToString());
List <TimeLine> matchedTimeLineRecords = Search.Instance.FindMatchingTimeLines(gameID, playerID);
if (matchedTimeLineRecords.Count() != 0)
{
using (DataClassesDataContext dbContext = new DataClassesDataContext())
{
Option options = dbContext.Options.Where(o => o.Id.Equals(4)).SingleOrDefault();
//calculate total distance and display
double totalDistance = Calculations.Instance.CalcTotalDistance(matchedTimeLineRecords);
distanceLbl.Text = string.Format("{0} m", Math.Round(totalDistance, 2));
//calculate velocity and display
Speed speed = new Speed(totalDistance, matchedTimeLineRecords[0].ReadingTime, matchedTimeLineRecords[matchedTimeLineRecords.Count - 1].ReadingTime);
double v = speed.AvgMtrPerSecondRnd();
paceLbl.Text = string.Format("{0} m/s", v);
//calculate sprints and display
double minSpeed = options.EffortZone6Min; //the minimum threshold for classifying movement in m/s
double maxSpeed = options.EffortZone6Max; //the maximum threshold for classifying movement in m/s
double sprints = Calculations.Instance.CalcSprints(matchedTimeLineRecords, minSpeed, maxSpeed);
sprintsLbl.Text = string.Format("{0}", sprints);
SeriesData seriesData = new SeriesData();
double seriesInterval = options.BreakdownInterval; //interval for series, set here, could be dynamically set in future
PopulateChartWithDistance(seriesData.GenerateSeriesData(matchedTimeLineRecords, seriesInterval));
//Create list of xy coordinates from timeline events for the graphical display
xy = Calculations.Instance.CalcXYFromGeolocationCoords(matchedTimeLineRecords, Width, Height);
List <XY> minMax = Calculations.Instance.CalcMinMaxCoords(xy);
XYCount = xy.Count();
XYCountdown = xy.Count();
//populate effortzone chart
List <EffortZones> effortZones = new List <EffortZones>();
effortZones.Add(new EffortZones("Zone 1", options.EffortZone1Min, options.EffortZone1Max));
effortZones.Add(new EffortZones("Zone 2", options.EffortZone2Min, options.EffortZone2Max));
effortZones.Add(new EffortZones("Zone 3", options.EffortZone3Min, options.EffortZone3Max));
effortZones.Add(new EffortZones("Zone 4", options.EffortZone4Min, options.EffortZone4Max));
effortZones.Add(new EffortZones("Zone 5", options.EffortZone5Min, options.EffortZone5Max));
effortZones.Add(new EffortZones("Zone 6", options.EffortZone6Min, options.EffortZone6Max));
List <double> effortResults = new List <double>();
foreach (var zone in effortZones)
{
double s = Calculations.Instance.CalcSprints(matchedTimeLineRecords, zone.Min, zone.Max);
effortResults.Add(s);
}
effortZonesChart.DataSource = effortResults;
effortZonesChart.DataBind();
}
}
else
{
ClearData();
}
}
