public void Should_compute_average()
{
var sut = new MovingAverage(4);
sut.ComputeAverage().Should().Be(0);
sut.Add(2);
sut.ComputeAverage().Should().Be(2);
sut.Add(4);
sut.ComputeAverage().Should().Be(3);
sut.Add(0);
sut.ComputeAverage().Should().Be(2);
sut.Add(6);
sut.ComputeAverage().Should().Be(3);
sut.Add(6);
sut.ComputeAverage().Should().Be(4);
sut.Add(0);
sut.Add(0);
sut.Add(0);
sut.Add(0);
sut.ComputeAverage().Should().Be(0);
sut.Add(10);
sut.Add(10);
sut.Add(10);
sut.Add(10);
sut.ComputeAverage().Should().Be(10);
}
public static IList <Movement> FilterMovementForceCollection(IList <Movement> movementCollection, int windowSize = 20)
{
var movementFilteredCollection = new List <Movement>();
// The windows default size is 20
var movingFilter = new MovingAverage(windowSize);
for (int i = 0; i < movementCollection.Count; i++)
{
var movement = movementCollection[i];
var movementFiltered = new Movement
{
ID = movement.ID,
AnswerRecordID = movement.AnswerRecordID,
Index = movement.Index,
Time = movement.Time,
State = movement.State,
TargetElement = movement.TargetElement,
XPosition = movement.XPosition,
YPosition = movement.YPosition,
Force = movingFilter.ComputeAverage(movement.Force)
};
movementFilteredCollection.Add(movementFiltered);
}
return(movementFilteredCollection);
}
public static IList <DeviceAccelerationCombined> FilterDeviceAccelerationCombinedCollection(IList <DeviceAccelerationCombined> deviceAccelerationCombinedCollection, int windowSize = 20)
{
var deviceAccelerationCombinedFilteredCollection = new List <DeviceAccelerationCombined>();
// The windows default size is 20
var movingFilter = new MovingAverage(windowSize);
for (int i = 0; i < deviceAccelerationCombinedCollection.Count; i++)
{
var deviceAccelerationCombined = deviceAccelerationCombinedCollection[i];
var deviceAccelerationCombinedFiltered = new DeviceAccelerationCombined
{
ID = deviceAccelerationCombined.ID,
AnswerRecordID = deviceAccelerationCombined.ID,
Index = deviceAccelerationCombined.Index,
Time = deviceAccelerationCombined.Time,
Acceleration = movingFilter.ComputeAverage(deviceAccelerationCombined.Acceleration)
};
deviceAccelerationCombinedFilteredCollection.Add(deviceAccelerationCombinedFiltered);
}
return(deviceAccelerationCombinedFilteredCollection);
}
public string ToString(TimeSpan span) =>
new string[]
{
new string[]
{
Fmt(Counter.FileQueued),
Fmt(Counter.FileSkipped),
Fmt(Counter.FileRead),
Fmt(Counter.Tracking),
Fmt(Counter.FileLine),
Fmt("ReadTps", GetReadTps(span)),
Fmt("TotalOutput", GetTotalOutput()),
Fmt("SignalDelta", GetSignalDelta()),
}.Join(", "),
new string[]
{
Fmt(Counter.Parser),
Fmt(Counter.ParserOut),
Fmt(Counter.ParserError),
Fmt(Counter.ParserSkip),
Fmt(Counter.MsgTypeSkipped),
Fmt(Counter.ParserFragment),
Fmt("ParseTps", GetParseTps(span)),
Fmt("ParseMulti", _parseMultiAvg.ComputeAverage()),
}.Join(", "),
new string[]
{
Fmt(Counter.Writing),
Fmt(Counter.Write),
Fmt(Counter.WriteSkip),
Fmt("WriteTps", GetWriteTps(span)),
}.Join(", "),
new string[]
{
Fmt(Counter.ToParseIn),
Fmt(Counter.ToParseOut),
Fmt(Counter.ToSaveIn),
Fmt(Counter.ToSaveOut),
}.Join(", "),
}
.Join(Environment.NewLine);
