public void AvgSpeedBucketCollectionTest()
{
List <CycleSpeed> cycles = new List <CycleSpeed>();
AvgSpeedBucketCollection asbc = new AvgSpeedBucketCollection(DateTime.Now.AddDays(-1), DateTime.Now, 5, 5, cycles);
List <Common.Models.Speed_Events> lse = new List <Common.Models.Speed_Events>();
Common.Models.Speed_Events se1 = new Common.Models.Speed_Events();
se1.DetectorID = "100001";
se1.MPH = 30;
se1.timestamp = Convert.ToDateTime("10/26/2017 12:01");
Common.Models.Speed_Events se2 = new Common.Models.Speed_Events();
se2.DetectorID = "100001";
se2.MPH = 30;
se2.timestamp = Convert.ToDateTime("10/26/2017 12:02");
Common.Models.Speed_Events se3 = new Common.Models.Speed_Events();
se3.DetectorID = "100001";
se3.MPH = 30;
se3.timestamp = Convert.ToDateTime("10/26/2017 12:03");
lse.Add(se1);
lse.Add(se2);
lse.Add(se3);
int testAverage = asbc.GetAverageSpeed(lse);
Assert.IsTrue(testAverage == 30);
}
public DetectorSpeed(Models.Detector detector, DateTime startDate, DateTime endDate, int binSize,
bool getPermissivePhase)
{
StartDate = startDate;
EndDate = endDate;
Cycles = CycleFactory.GetSpeedCycles(startDate, endDate, getPermissivePhase, detector);
TotalDetectorHits = Cycles.Sum(c => c.SpeedEvents.Count);
Plans = PlanFactory.GetSpeedPlans(Cycles, startDate, endDate, detector.Approach);
var movementDelay = 0;
if (detector.MovementDelay != null)
{
movementDelay = detector.MovementDelay.Value;
}
AvgSpeedBucketCollection = new AvgSpeedBucketCollection(startDate, endDate, binSize, movementDelay, Cycles);
}
