protected override void UpdateDifficultyPoints(AimPoint aimPoint)
{
CurrentDiffPoints.Add(aimPoint);
if (CurrentDiffPoints.Count == 4)
{
CurrentDiffPoints.RemoveAt(0);
}
}
protected override void UpdateDifficultyPoints(ReadingPoint readingPoint)
{
// Add readingPoint to currentDiffPoints
CurrentDiffPoints.Add(readingPoint);
// Remove points that are no longer visible
double currentTime = readingPoint.Offset - readingPoint.ApproachTime; // Visual points are processed at the moment they first appear
CurrentDiffPoints.RemoveAll(rp => rp.Offset < currentTime);
}
protected override void UpdateDifficultyPoints(ClickPoint clickPoint)
{
// Add diffPoint to currentDiffPoints
CurrentDiffPoints.Add(clickPoint);
// Update pool
if (CurrentDiffPoints.Count == 3)
{
CurrentDiffPoints.RemoveAt(0);
}
}
/// <summary>
/// Difficulty of determining the position and order of aim points
/// </summary>
/// <returns>Difficulty as a double</returns>
private double AimReading()
{
// Step 1: Assign point a focal weight
ReadingPointA.FocalWeight = FocalWeight(ReadingPointA, ReadingPointB);
// Step 2: Search for nearest note
var nearestPoint = CurrentDiffPoints.Take(CurrentDiffPoints.Count - 1).OrderBy(rp => NormalisedDistance(rp, ReadingPointA)).FirstOrDefault();
// Step 3: Calculate overlap bonus
double overlapBonus = OverlapBonus(ReadingPointA, nearestPoint);
return(FocalTotal * ReadingPointA.FocalWeight * overlapBonus);
}
