void FinishTrial()
{
this.finalPositionProjectedOnMovementAxis = ResultsMath.Projected3DPointCoordinate(initialTargetPosition, finalTargetPosition, positionActionEnded);
double lastProjection = (lastTrial == null) ? 0 : lastTrial.finalPositionProjectedOnMovementAxis;
this.effectiveAmplitudeOfMovement = ResultsMath.EffectiveAmplitude(
initialTargetPosition, finalTargetPosition, this.finalPositionProjectedOnMovementAxis, lastProjection);
this.distanceErrorFromTarget = (positionActionEnded - finalTargetPosition).magnitude;
}
public Throughput(TestMeasurements test)
{
totalTrials = 0;
missedTrials = 0;
double totalMovementTime = 0;
double totalEffectiveAmplitude = 0;
List <double> projectedCoordinates = new List <double>();
foreach (BlockMeasurements b in test.blocksData)
{
foreach (TrialMeasurements t in b.trialsData)
{
UpdateOutlierState(t);
if (!t.isMarkedAsOutlier)
{
totalTrials++;
if (t.missedTarget)
{
missedTrials++;
}
totalMovementTime += t.trialDuration;
totalEffectiveAmplitude += t.effectiveAmplitudeOfMovement;
projectedCoordinates.Add(t.finalPositionProjectedOnMovementAxis);
}
}
}
double stdev = ResultsMath.ComputeStandardDeviation(projectedCoordinates);
errorRate = (float)missedTrials / (float)totalTrials;
averageMovementTime = totalMovementTime / totalTrials;
effectiveAmplitude = totalEffectiveAmplitude / totalTrials;
effectiveWidth = ResultsMath.EffectiveWidthForStdevValue(stdev);
effectiveIndexOfDifficulty = ResultsMath.IndexOfDifficulty(effectiveWidth, effectiveAmplitude);
throughput = effectiveIndexOfDifficulty / averageMovementTime;
}
public IndexOfDifficulty(float targetWidth, float targetsDistance)
{
this.targetWidth = targetWidth;
this.targetsDistance = targetsDistance;
this.indexOfDifficulty = ResultsMath.IndexOfDifficulty(targetWidth, targetsDistance);
}
