public AiReportOneObject(HitObjectBase h,int time, BeenCorrectedDelegate corrected, Severity severity, string information, int weblink)
: base(time, severity, information, weblink, corrected)
{
this.h1 = h;
RelatedHitObjects.Add(h);
}
public AiReportOneObject(HitObjectBase h, BeenCorrectedDelegate corrected, Severity severity, string information, int weblink, GameMode Mode = GameMode.All)
: base(h.StartTime, severity, information, weblink, corrected, Mode)
{
this.h1 = h;
RelatedHitObjects.Add(h);
}
// Token: 0x0600175E RID: 5982
// RVA: 0x0007310C File Offset: 0x0007130C
public AiReportTwoObjects(HitObjectBase h1, HitObjectBase h2, BeenCorrectedDelegate corrected, Severity severity, string information, int weblink) : base((h1.EndTime - h2.StartTime) / 2 + h2.StartTime, severity, information, weblink, corrected)
{
this.h1 = h1;
this.h2 = h2;
this.RelatedHitObjects.Add(h1);
this.RelatedHitObjects.Add(h2);
}
/// <summary>
/// For circles. Checks for start time snapping only.
/// </summary>
/// <param name="currentHitObject"></param>
private void testNormalSnap(HitObjectBase currentHitObject)
{
int startTime = currentHitObject.StartTime;
if (!isSnapped(startTime))
{
Reports.Add(SnappingReport(startTime, "Circle isn't snapped."));
}
}
/// <summary>
/// For spinners. Checks for start and end time snapping.
/// </summary>
/// <param name="currentHitObject"></param>
private void testSpinnerSnap(HitObjectBase currentHitObject)
{
int startTime = currentHitObject.StartTime;
int endTime = currentHitObject.EndTime;
if (!isSnapped(startTime))
{
Reports.Add(SnappingReport(startTime, "Spinner isn't snapped."));
}
else if (!isSnapped(endTime))
{
Reports.Add(SnappingReport(startTime, "Spinner's end isn't snapped."));
}
}
/// <summary>
/// For sliders. Checks for start, repeats, and end time snapping.
/// </summary>
/// <param name="currentHitObject"></param>
private void testSliderSnap(HitObjectBase currentHitObject)
{
int startTime = currentHitObject.StartTime;
int endTime = currentHitObject.EndTime;
if (!isSnapped(startTime))
{
Reports.Add(SnappingReport(startTime, "Slider isn't snapped."));
}
//TODO for each repeat, if repeat isn't snapped...
else if (!isSnapped(endTime))
{
Reports.Add(SnappingReport(startTime, "Slider's end isn't snapped."));
}
}
public AiReportDifficultyTwoObjects(BeatmapDifficulty difficulty, string condition, HitObjectBase h1, HitObjectBase h2)
: base(h1, h2, null, Severity.Info, difficulty + " criteria: " + condition, 0)
{
}
public AiReportDifficultyOneObject(BeatmapDifficulty difficulty, string condition, HitObjectBase h1)
: base(h1,h1.StartTime, null, Severity.Info, difficulty + " criteria: " + condition,0)
{
}
public AiReportDifficultyOneObject(BeatmapDifficulty difficulty, string condition, HitObjectBase h1, GameMode Mode = GameMode.All)
: base(h1, null, Severity.Info, difficulty + " criteria: " + condition,0)
{
}
public tpHitObject(HitObjectBase BaseHitObject, float CircleRadius)
{
this.BaseHitObject = BaseHitObject;
// We will scale everything by this factor, so we can assume a uniform CircleSize among beatmaps.
float ScalingFactor = (52.0f / CircleRadius);
NormalizedStartPosition = BaseHitObject.Position * ScalingFactor;
// Calculate approximation of lazy movement on the slider
if ((BaseHitObject.Type & HitObjectType.Slider) > 0)
{
float SliderFollowCircleRadius = CircleRadius * 3; // Not sure if this is correct, but here we do not need 100% exact values. This comes pretty darn close in my tests.
int SegmentLength = BaseHitObject.Length / BaseHitObject.SegmentCount;
int SegmentEndTime = BaseHitObject.StartTime + SegmentLength;
// For simplifying this step we use actual osu! coordinates and simply scale the length, that we obtain by the ScalingFactor later
Vector2 CursorPos = BaseHitObject.Position; //
// Actual computation of the first lazy curve
for (int Time = BaseHitObject.StartTime + LAZY_SLIDER_STEP_LENGTH; Time < SegmentEndTime; Time += LAZY_SLIDER_STEP_LENGTH)
{
Vector2 Difference = BaseHitObject.PositionAtTime(Time) - CursorPos;
float Distance = Difference.Length();
// Did we move away too far?
if (Distance > SliderFollowCircleRadius)
{
// Yep, we need to move the cursor
Difference.Normalize(); // Obtain the direction of difference. We do no longer need the actual difference
Distance -= SliderFollowCircleRadius;
CursorPos += Difference * Distance; // We move the cursor just as far as needed to stay in the follow circle
LazySliderLengthFirst += Distance;
}
}
LazySliderLengthFirst *= ScalingFactor;
// If we have an odd amount of repetitions the current position will be the end of the slider. Note that this will -always- be triggered if
// BaseHitObject.SegmentCount <= 1, because BaseHitObject.SegmentCount can not be smaller than 1. Therefore NormalizedEndPosition will always be initialized
if (BaseHitObject.SegmentCount % 2 == 1)
{
NormalizedEndPosition = CursorPos * ScalingFactor;
}
// If we have more than one segment, then we also need to compute the length ob subsequent lazy curves. They are different from the first one, since the first
// one starts right at the beginning of the slider.
if(BaseHitObject.SegmentCount > 1)
{
// Use the next segment
SegmentEndTime += SegmentLength;
for (int Time = SegmentEndTime - SegmentLength + LAZY_SLIDER_STEP_LENGTH; Time < SegmentEndTime; Time += LAZY_SLIDER_STEP_LENGTH)
{
Vector2 Difference = BaseHitObject.PositionAtTime(Time) - CursorPos;
float Distance = Difference.Length();
// Did we move away too far?
if (Distance > SliderFollowCircleRadius)
{
// Yep, we need to move the cursor
Difference.Normalize(); // Obtain the direction of difference. We do no longer need the actual difference
Distance -= SliderFollowCircleRadius;
CursorPos += Difference * Distance; // We move the cursor just as far as needed to stay in the follow circle
LazySliderLengthSubsequent += Distance;
}
}
LazySliderLengthSubsequent *= ScalingFactor;
// If we have an even amount of repetitions the current position will be the end of the slider
if (BaseHitObject.SegmentCount % 2 == 1)
{
NormalizedEndPosition = CursorPos * ScalingFactor;
}
}
}
// We have a normal HitCircle or a spinner
else
{
NormalizedEndPosition = BaseHitObject.EndPosition * ScalingFactor;
}
}