public override RibbonParameters GetHoldRibbonParameters(RuntimeNote startNote, RuntimeNote endNote, float now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var tp1 = NoteAnimationHelper.CalculateNoteTimePoints(startNote, animationMetrics);
var tp2 = NoteAnimationHelper.CalculateNoteTimePoints(endNote, animationMetrics);
var t1 = GetTransformedTime(startNote, now, tp1);
var t2 = GetTransformedTime(endNote, now, tp2);
var tperc = startNote.IsHold() ? 0.5 : 0.4;
var tm = MathHelperEx.Lerp(t1, t2, tperc);
var x1 = GetNoteX(startNote, now, noteMetrics, animationMetrics);
var x2 = GetNoteX(endNote, now, noteMetrics, animationMetrics);
var startStatus = NoteAnimationHelper.GetOnStageStatusOf(startNote, now, tp1);
float y1;
if (startStatus == OnStageStatus.Passed)
{
y1 = animationMetrics.Bottom;
}
else
{
y1 = GetNoteOnStageY(t1, animationMetrics);
}
var endStatus = NoteAnimationHelper.GetOnStageStatusOf(endNote, now, tp2);
float y2;
if (endStatus == OnStageStatus.Incoming)
{
y2 = animationMetrics.Top;
}
else
{
y2 = GetNoteOnStageY(t2, animationMetrics);
}
// CGSS-like
//var xm = GetNoteOnStageX(endNote.StartX, endNote.EndX, tm, animationMetrics);
// Naive guess
//var xm = (x1 + x2) / 2;
var xm = MathHelperEx.Lerp(x1, x2, 0.5f);
if (startNote.IsSlide())
{
if (endNote.EndX < startNote.EndX)
{
xm -= animationMetrics.Width * 0.02f * ((tp2.Leave - now) / (tp2.Leave - tp1.Enter));
}
else if (endNote.EndX > startNote.EndX)
{
xm += animationMetrics.Width * 0.02f * ((tp2.Leave - now) / (tp2.Leave - tp1.Enter));
}
}
var ym = GetNoteOnStageY(tm, animationMetrics);
var(cx1, cx2) = GetBezierFromQuadratic(x1, xm, x2);
var(cy1, cy2) = GetBezierFromQuadratic(y1, ym, y2);
return(new RibbonParameters(x1, y1, cx1, cy1, cx2, cy2, x2, y2));
}
public override RibbonParameters GetSlideRibbonParameters(RuntimeNote startNote, RuntimeNote endNote, double now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var startStatus = NoteAnimationHelper.GetOnStageStatusOf(startNote, now, animationMetrics);
if (startNote.IsSlideEnd() || startStatus < OnStageStatus.Passed)
{
return(GetHoldRibbonParameters(startNote, endNote, now, noteMetrics, animationMetrics));
}
var startX1 = GetEndXByNotePosition(startNote.EndX, animationMetrics);
var startX2 = GetEndXByNotePosition(endNote.EndX, animationMetrics);
var y1 = animationMetrics.Bottom;
var x1 = (float)((now - startNote.HitTime) / (endNote.HitTime - startNote.HitTime)) * (startX2 - startX1) + startX1;
var t1 = GetTransformedTime(startNote, now, animationMetrics);
var t2 = GetTransformedTime(endNote, now, animationMetrics);
var tmid = (t1 + t2) * 0.5f;
var x2 = GetNoteXByTransformedTime(endNote, t2, animationMetrics);
var xmid = GetNoteXByTransformedTime(endNote, tmid, animationMetrics);
var y2 = GetNoteYByTransformedTime(t2, animationMetrics);
var ymid = GetNoteYByTransformedTime(tmid, animationMetrics);
var(controlX1, controlX2) = GetBezierFromQuadratic(x1, xmid, x2);
var(controlY1, controlY2) = GetBezierFromQuadratic(y1, ymid, y2);
return(new RibbonParameters(x1, y1, controlX1, controlY1, controlX2, controlY2, x2, y2));
}
public override float GetNoteY(RuntimeNote note, float now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var timePoints = NoteAnimationHelper.CalculateNoteTimePoints(note, animationMetrics);
var onStageStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, timePoints);
float y;
switch (onStageStatus)
{
case OnStageStatus.Incoming:
y = animationMetrics.Top;
break;
case OnStageStatus.Visible:
y = GetNoteOnStageY(note, now, timePoints, animationMetrics);
break;
case OnStageStatus.Passed:
y = animationMetrics.Bottom;
break;
default:
throw new ArgumentOutOfRangeException();
}
return(y);
}
public override RibbonParameters GetSlideRibbonParameters(RuntimeNote startNote, RuntimeNote endNote, float now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var tp1 = NoteAnimationHelper.CalculateNoteTimePoints(startNote, animationMetrics);
var thisStatus = NoteAnimationHelper.GetOnStageStatusOf(startNote, now, tp1);
if (thisStatus < OnStageStatus.Passed)
{
return(GetHoldRibbonParameters(startNote, endNote, now, noteMetrics, animationMetrics));
}
var tp2 = NoteAnimationHelper.CalculateNoteTimePoints(endNote, animationMetrics);
var t1 = GetTransformedTime(startNote, now, tp1);
var t2 = GetTransformedTime(endNote, now, tp2);
var tperc = startNote.IsHold() ? 0.5 : 0.4;
var tm = MathHelperEx.Lerp(t1, t2, tperc);
var trackCount = animationMetrics.TrackCount;
var leftMarginRatio = animationMetrics.NoteEndXRatios[0];
var rightMarginRatio = animationMetrics.NoteEndXRatios[trackCount - 1];
var startXRatio = leftMarginRatio + (rightMarginRatio - leftMarginRatio) * (startNote.EndX / (trackCount - 1));
var endXRatio = leftMarginRatio + (rightMarginRatio - leftMarginRatio) * (endNote.EndX / (trackCount - 1));
var perc = (now - startNote.HitTime) / (endNote.HitTime - startNote.HitTime);
var x1Ratio = MathHelperEx.Lerp(startXRatio, endXRatio, perc);
var x1 = animationMetrics.Width * x1Ratio;
var y1 = animationMetrics.Bottom;
var x2 = GetNoteX(endNote, now, noteMetrics, animationMetrics);
var y2 = GetNoteOnStageY(t2, animationMetrics);
// CGSS-like
//var xm = GetNoteOnStageX(endNote.StartX, endNote.EndX, tm, animationMetrics);
// Naive guess
//var xm = (x1 + x2) / 2;
var xm = MathHelperEx.Lerp(x1, x2, 0.5f);
if (startNote.IsSlide())
{
if (endNote.EndX < startNote.EndX)
{
xm -= animationMetrics.Width * 0.02f * ((tp2.Leave - now) / (tp2.Leave - tp1.Enter));
}
else if (endNote.EndX > startNote.EndX)
{
xm += animationMetrics.Width * 0.02f * ((tp2.Leave - now) / (tp2.Leave - tp1.Enter));
}
}
var ym = GetNoteOnStageY(tm, animationMetrics);
var(cx1, cx2) = GetBezierFromQuadratic(x1, xm, x2);
var(cy1, cy2) = GetBezierFromQuadratic(y1, ym, y2);
return(new RibbonParameters(x1, y1, cx1, cy1, cx2, cy2, x2, y2));
}
public override Vector2 GetNoteRadius(RuntimeNote note, float now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var onStageStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
switch (onStageStatus)
{
case OnStageStatus.Incoming:
return(Vector2.Zero);
case OnStageStatus.Passed:
return(noteMetrics.EndRadius);
}
var timeRemaining = note.HitTime - now;
var timePoints = NoteAnimationHelper.CalculateNoteTimePoints(note, animationMetrics);
var timeTransformed = NoteTimeTransform(timeRemaining / timePoints.Duration);
var endRadius = noteMetrics.EndRadius;
if (timeTransformed < 0.75f)
{
if (timeTransformed < 0f)
{
return(endRadius);
}
else
{
var r = 1 - timeTransformed * 0.933333333f;
return(new Vector2(endRadius.X * r, endRadius.Y * r));
}
}
else
{
if (timeTransformed < 1f)
{
var r = (1 - timeTransformed) * 1.2f;
return(new Vector2(endRadius.X * r, endRadius.Y * r));
}
else
{
return(Vector2.Zero);
}
}
}
public override float GetNoteX(RuntimeNote note, double now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var trackCount = animationMetrics.TrackCount;
var trackXRatioStart = animationMetrics.NoteEndXRatios[0];
var trackXRatioEnd = animationMetrics.NoteEndXRatios[trackCount - 1];
var endXRatio = trackXRatioStart + (trackXRatioEnd - trackXRatioStart) * (note.EndX / (trackCount - 1));
var onStage = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
float xRatio;
switch (onStage)
{
case OnStageStatus.Incoming:
if (note.HasPrevHold())
{
xRatio = GetIncomingNoteXRatio(note.PrevHold, note, now, noteMetrics, animationMetrics);
}
else if (note.HasPrevSlide())
{
xRatio = GetIncomingNoteXRatio(note.PrevSlide, note, now, noteMetrics, animationMetrics);
}
else
{
xRatio = endXRatio;
}
break;
case OnStageStatus.Passed when note.HasNextSlide():
var destXRatio = trackXRatioStart + (trackXRatioEnd - trackXRatioStart) * (note.NextSlide.EndX / (trackCount - 1));
var nextPerc = (float)(now - note.HitTime) / (float)(note.NextSlide.HitTime - note.HitTime);
xRatio = MathHelper.Lerp(endXRatio, destXRatio, nextPerc);
break;
default:
xRatio = endXRatio;
break;
}
return(animationMetrics.Width * xRatio);
}
public override float GetNoteX(RuntimeNote note, double now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
if (note.IsSlide() && note.HasNextSlide())
{
var thisStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
if (thisStatus >= OnStageStatus.Passed)
{
var nextSlide = note.NextSlide;
var nextStatus = NoteAnimationHelper.GetOnStageStatusOf(nextSlide, now, animationMetrics);
if (nextStatus < OnStageStatus.Passed)
{
var x1 = GetEndXByNotePosition(note.EndX, animationMetrics);
var x2 = GetEndXByNotePosition(nextSlide.EndX, animationMetrics);
return((float)((now - note.HitTime) / (nextSlide.HitTime - note.HitTime)) * (x2 - x1) + x1);
}
}
}
var transformedTime = GetTransformedTime(note, now, animationMetrics);
return(GetNoteXByTransformedTime(note, transformedTime, animationMetrics));
}
public override Vector2 GetNoteRadius(RuntimeNote note, float now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var timePoints = NoteAnimationHelper.CalculateNoteTimePoints(note, animationMetrics);
var onStageStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, timePoints);
switch (onStageStatus)
{
case OnStageStatus.Incoming:
return(noteMetrics.StartRadius);
case OnStageStatus.Visible:
var passed = now - timePoints.Enter;
var perc = passed / timePoints.Duration;
var w = MathHelperEx.Lerp(noteMetrics.StartRadius.X, noteMetrics.EndRadius.X, perc);
var h = MathHelperEx.Lerp(noteMetrics.StartRadius.Y, noteMetrics.EndRadius.Y, perc);
return(new Vector2(w, h));
case OnStageStatus.Passed:
return(noteMetrics.EndRadius);
default:
throw new ArgumentOutOfRangeException();
}
}
protected override void OnDraw(GameTime gameTime)
{
base.OnDraw(gameTime);
var theaterDays = Game.ToBaseGame();
var scoreLoader = theaterDays.FindSingleElement <ScoreLoader>();
var score = scoreLoader?.RuntimeScore;
if (score == null)
{
return;
}
var notes = score.Notes;
var syncTimer = theaterDays.FindSingleElement <SyncTimer>();
if (syncTimer == null)
{
return;
}
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints == null)
{
throw new InvalidOperationException();
}
var notesLayer = theaterDays.FindSingleElement <NotesLayer>();
if (notesLayer == null)
{
throw new InvalidOperationException();
}
var scalingResponder = theaterDays.FindSingleElement <MltdStageScalingResponder>();
if (scalingResponder == null)
{
throw new InvalidOperationException();
}
var now = (float)syncTimer.CurrentTime.TotalSeconds;
var tapPointsConfig = ConfigurationStore.Get <TapPointsConfig>();
var notesLayerConfig = ConfigurationStore.Get <NotesLayerConfig>();
var tapPointsLayout = tapPointsConfig.Data.Layout;
var notesLayerLayout = notesLayerConfig.Data.Layout;
var clientSize = theaterDays.GraphicsDevice.Viewport;
var traceCalculator = notesLayer.AnimationCalculator;
var animationMetrics = new NoteAnimationMetrics {
GlobalSpeedScale = notesLayer.GlobalSpeedScale,
Width = clientSize.Width,
Height = clientSize.Height,
Top = notesLayerLayout.Y.IsPercentage ? notesLayerLayout.Y.Value * clientSize.Height : notesLayerLayout.Y.Value,
Bottom = tapPointsLayout.Y.IsPercentage ? tapPointsLayout.Y.Value * clientSize.Height : tapPointsLayout.Y.Value,
NoteStartXRatios = tapPoints.StartXRatios,
NoteEndXRatios = tapPoints.EndXRatios,
TrackCount = tapPoints.EndXRatios.Length
};
var topYRatio = _ribbonTopYRatio;
var bottomYRatio = _ribbonBottomYRatio;
var ribbonEffect = theaterDays.EffectManager.Get <RibbonEffect>();
ribbonEffect.CurrentTime = now;
var graphics = theaterDays.GraphicsDevice;
// Enable depth buffer to allow drawing in layers.
// However the depth comparison always passes, and Z always decreases (see below), so the results looks like
// "later-drawn-on-top" inside this visual element.
// We are using Begin3DFast() here, so the states are specified in effect file (simple_texture.fx). Please
// open that file to see which settings we are selecting.
// Z value should be decreasing to achieve this effect:
// when two ribbons cross, the one with the start note on the right is above the other.
var z = ZTop;
var smallNoteMetrics = new NoteMetrics {
StartRadius = scalingResponder.ScaleResults.VisualNoteSmall.Start,
EndRadius = scalingResponder.ScaleResults.VisualNoteSmall.End
};
var largeNoteMetrics = new NoteMetrics {
StartRadius = scalingResponder.ScaleResults.VisualNoteLarge.Start,
EndRadius = scalingResponder.ScaleResults.VisualNoteLarge.End
};
var viewProjection = _viewMatrix * _projectionMatrix;
foreach (var note in notes)
{
OnStageStatus thisStatus, nextStatus;
RuntimeNote nextNote;
NoteMetrics visualNoteMetrics;
RibbonMeshCreateParams rmcp;
if (note.HasNextHold())
{
thisStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
if (thisStatus == OnStageStatus.Incoming)
{
continue;
}
nextNote = note.NextHold;
nextStatus = NoteAnimationHelper.GetOnStageStatusOf(nextNote, now, animationMetrics);
if (AreTwoNotesOnTheSameSide(thisStatus, nextStatus))
{
continue;
}
var firstHoldInGroup = note;
while (firstHoldInGroup.HasPrevHold())
{
firstHoldInGroup = firstHoldInGroup.PrevHold;
}
visualNoteMetrics = firstHoldInGroup.IsFlick() || firstHoldInGroup.Size == NoteSize.Large ? largeNoteMetrics : smallNoteMetrics;
var ribbonParams = traceCalculator.GetHoldRibbonParameters(note, nextNote, now, visualNoteMetrics, animationMetrics);
if (ribbonParams.Visible)
{
rmcp = new RibbonMeshCreateParams(graphics, SliceCount, topYRatio, bottomYRatio, z, LayerDepth, new[] { ribbonParams }, traceCalculator, now, new[] { (note, note.NextHold) }, visualNoteMetrics, animationMetrics);
protected override void OnDraw(GameTime gameTime)
{
base.OnDraw(gameTime);
var config = ConfigurationStore.Get <SlideMotionConfig>();
var motionIcon = config.Data.Icon;
if (motionIcon == SlideMotionConfig.SlideMotionIcon.None)
{
return;
}
var theaterDays = Game.ToBaseGame();
var score = theaterDays.FindSingleElement <ScoreLoader>()?.RuntimeScore;
if (score == null)
{
return;
}
var notes = score.Notes;
var syncTimer = theaterDays.FindSingleElement <SyncTimer>();
if (syncTimer == null)
{
return;
}
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints == null)
{
throw new InvalidOperationException();
}
var notesLayer = theaterDays.FindSingleElement <NotesLayer>();
if (notesLayer == null)
{
throw new InvalidOperationException();
}
var scalingResponder = theaterDays.FindSingleElement <MltdStageScalingResponder>();
if (scalingResponder == null)
{
throw new InvalidOperationException();
}
var now = (float)syncTimer.CurrentTime.TotalSeconds;
var tapPointsConfig = ConfigurationStore.Get <TapPointsConfig>();
var notesLayerConfig = ConfigurationStore.Get <NotesLayerConfig>();
var tapPointsLayout = tapPointsConfig.Data.Layout;
var notesLayerLayout = notesLayerConfig.Data.Layout;
var clientSize = theaterDays.GraphicsDevice.Viewport;
var animationCalculator = notesLayer.AnimationCalculator;
var commonNoteMetrics = new NoteMetrics {
StartRadius = scalingResponder.ScaleResults.Note.Start,
EndRadius = scalingResponder.ScaleResults.Note.End
};
var animationMetrics = new NoteAnimationMetrics {
GlobalSpeedScale = notesLayer.GlobalSpeedScale,
Width = clientSize.Width,
Height = clientSize.Height,
Top = notesLayerLayout.Y.IsPercentage ? notesLayerLayout.Y.Value * clientSize.Height : notesLayerLayout.Y.Value,
Bottom = tapPointsLayout.Y.IsPercentage ? tapPointsLayout.Y.Value * clientSize.Height : tapPointsLayout.Y.Value,
NoteStartXRatios = tapPoints.StartXRatios,
NoteEndXRatios = tapPoints.EndXRatios,
TrackCount = tapPoints.EndXRatios.Length
};
var spriteBatch = theaterDays.SpriteBatch;
spriteBatch.Begin();
foreach (var note in notes)
{
if (!note.IsSlide() || !note.HasNextSlide())
{
continue;
}
var thisStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
if (thisStatus < OnStageStatus.Passed)
{
continue;
}
var nextStatus = NoteAnimationHelper.GetOnStageStatusOf(note.NextSlide, now, animationMetrics);
if (nextStatus >= OnStageStatus.Passed)
{
continue;
}
var x = animationCalculator.GetNoteX(note, now, commonNoteMetrics, animationMetrics);
var y = animationCalculator.GetNoteY(note, now, commonNoteMetrics, animationMetrics);
Vector2 imageSize;
switch (motionIcon)
{
case SlideMotionConfig.SlideMotionIcon.None:
// Not possible.
throw new InvalidOperationException();
case SlideMotionConfig.SlideMotionIcon.TapPoint:
if (_tapPointImage != null)
{
imageSize = scalingResponder.ScaleResults.TapPoint.Start;
spriteBatch.Draw(_tapPointImage, RectHelper.RoundToRectangle(x - imageSize.X / 2, y - imageSize.Y / 2, imageSize.X, imageSize.Y));
}
break;
case SlideMotionConfig.SlideMotionIcon.SlideStart:
case SlideMotionConfig.SlideMotionIcon.SlideMiddle:
case SlideMotionConfig.SlideMotionIcon.SlideEnd:
var isStart = motionIcon == SlideMotionConfig.SlideMotionIcon.SlideStart;
var isEnd = motionIcon == SlideMotionConfig.SlideMotionIcon.SlideEnd;
if (_noteImages?[0] != null)
{
var(imageIndex, _) = NotesLayer.GetImageIndex(NoteType.Slide, NoteSize.Small, FlickDirection.None, false, false, isStart, isEnd);
imageSize = scalingResponder.ScaleResults.Note.End;
spriteBatch.Draw(_noteImages[0], imageIndex, RectHelper.RoundToRectangle(x - imageSize.X / 2, y - imageSize.Y / 2, imageSize.X, imageSize.Y));
}
break;
default:
throw new ArgumentOutOfRangeException();
}
}
spriteBatch.End();
}
public override float GetNoteX(RuntimeNote note, float now, NoteMetrics noteMetrics, NoteAnimationMetrics animationMetrics)
{
var trackCount = animationMetrics.TrackCount;
var endLeftMarginRatio = animationMetrics.NoteEndXRatios[0];
var endRightMarginRatio = animationMetrics.NoteEndXRatios[trackCount - 1];
var endXRatio = endLeftMarginRatio + (endRightMarginRatio - endLeftMarginRatio) * (note.EndX / (trackCount - 1));
var onStage = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
float xRatio;
switch (onStage)
{
case OnStageStatus.Incoming:
if (note.HasPrevHold())
{
xRatio = GetIncomingNoteXRatio(note.PrevHold, note, now, animationMetrics);
}
else if (note.HasPrevSlide())
{
xRatio = GetIncomingNoteXRatio(note.PrevSlide, note, now, animationMetrics);
}
else
{
xRatio = endXRatio;
}
break;
case OnStageStatus.Passed:
if (note.HasNextSlide())
{
var destXRatio = endLeftMarginRatio + (endRightMarginRatio - endLeftMarginRatio) * (note.NextSlide.EndX / (trackCount - 1));
var nextPerc = (now - note.HitTime) / (note.NextSlide.HitTime - note.HitTime);
xRatio = MathHelperEx.Lerp(endXRatio, destXRatio, nextPerc);
}
else
{
xRatio = endXRatio;
}
break;
default:
var startLeftMarginRatio = animationMetrics.NoteStartXRatios[0];
var startRightMarginRatio = animationMetrics.NoteStartXRatios[trackCount - 1];
float whichStartToTake;
if (note.IsSlide())
{
whichStartToTake = note.EndX;
}
else
{
if (note.StartX < 0)
{
whichStartToTake = note.StartX * 0.5f;
}
else if (note.StartX > trackCount - 1)
{
whichStartToTake = (trackCount - 1) + (note.StartX - (trackCount - 1)) * 0.5f;
}
else
{
whichStartToTake = note.StartX;
}
}
var startXRatio = startLeftMarginRatio + (startRightMarginRatio - startLeftMarginRatio) * (whichStartToTake / (trackCount - 1));
var timePoints = NoteAnimationHelper.CalculateNoteTimePoints(note, animationMetrics);
var perc = (now - timePoints.Enter) / timePoints.Duration;
xRatio = MathHelperEx.Lerp(startXRatio, endXRatio, perc);
break;
}
return(animationMetrics.Width * xRatio);
}
internal RibbonMesh(RibbonMeshCreateParams createParams)
{
_vertexStride = 0;
_faceCount = 0;
_vertices = null;
_indices = null;
_vertexBuffer = null;
_indexBuffer = null;
if (createParams.RibbonParameters == null)
{
return;
}
if (createParams.NotePairs == null)
{
return;
}
if (createParams.RibbonParameters.Length == 0 || createParams.NotePairs.Length == 0 || createParams.RibbonParameters.Length != createParams.NotePairs.Length)
{
throw new ArgumentException();
}
if (!createParams.RibbonParameters.Any(rp => rp.Visible))
{
throw new ArgumentException();
}
Dispose();
var vertexCount = 0;
var indexCount = 0;
var now = createParams.Now;
var slice = createParams.Slice;
var visualNoteMetrics = createParams.VisualNoteMetrics;
var animationMetrics = createParams.AnimationMetrics;
// First, calculate the total ribbon length.
// Since CGSS allows ribbon to "fold", we cannot simply use Y coord value to calculate texture V value.
var bezierCount = createParams.RibbonParameters.Count(rp => rp.Visible && !rp.IsLine);
var ribbonCache = bezierCount > 0 ? new RibbonPointCache[bezierCount] : null;
var ribbonLength = 0f;
var bezierIndex = 0;
for (var i = 0; i < createParams.RibbonParameters.Length; ++i)
{
var rp = createParams.RibbonParameters[i];
if (!rp.Visible)
{
continue;
}
var notePair = createParams.NotePairs[i];
if (rp.IsLine)
{
ribbonLength += Math.Abs(rp.Y1 - rp.Y2);
}
else
{
float startTime, endTime;
var startStatus = NoteAnimationHelper.GetOnStageStatusOf(notePair.Start, now, animationMetrics);
if (startStatus == OnStageStatus.Passed)
{
startTime = now;
}
else
{
startTime = notePair.Start.HitTime;
}
var endStatus = NoteAnimationHelper.GetOnStageStatusOf(notePair.End, now, animationMetrics);
if (endStatus == OnStageStatus.Incoming)
{
var endTimePoints = NoteAnimationHelper.CalculateNoteTimePoints(notePair.End, animationMetrics);
endTime = now + endTimePoints.Duration;
}
else
{
endTime = notePair.End.HitTime;
}
var pts = new Vector2[slice + 1];
for (var j = 0; j <= slice; ++j)
{
var t = (float)j / slice;
var pt = RibbonMathHelper.CubicBezier(rp, t);
pts[j] = pt;
if (j > 0)
{
ribbonLength += Math.Abs(pt.Y - pts[j - 1].Y);
}
}
var pointCache = new RibbonPointCache {
StartTime = startTime,
EndTime = endTime,
Locations = pts
};
if (ribbonCache == null)
{
throw new InvalidOperationException();
}
ribbonCache[bezierIndex] = pointCache;
++bezierIndex;
}
}
if (ribbonLength <= 0)
{
// An empty ribbon.
SetVertices(createParams.Device, (RibbonVertex[])null);
SetIndices(createParams.Device, null);
}
else
{
// Normal case.
foreach (var rp in createParams.RibbonParameters)
{
if (!rp.Visible)
{
continue;
}
if (rp.IsLine)
{
vertexCount += 4;
indexCount += 6;
}
else
{
vertexCount += (slice + 1) * 2;
indexCount += slice * 6;
}
}
var z = createParams.Z;
var foldedZ = z - createParams.LayerDepth / 2;
var vertices = new RibbonVertex[vertexCount];
var indices = new ushort[indexCount];
var vertexStart = 0;
var indexStart = 0;
// Generated vertex order for a non-folded fragment:
// 1---2
// | / |
// 3---4
// (1,2,3) (4,3,2)
var processedRibbonLength = 0f;
bezierIndex = 0;
var traceCalculator = createParams.AnimationCalculator;
var textureTopYRatio = createParams.TextureTopYRatio;
var textureBottomYRatio = createParams.TextureBottomYRatio;
for (var i = 0; i < createParams.RibbonParameters.Length; ++i)
{
var rp = createParams.RibbonParameters[i];
if (!rp.Visible)
{
continue;
}
var notePair = createParams.NotePairs[i];
// Normal ribbon is flowing from top to bottom (Y1 < Y2); CGSS would have a part from downside to upside.
// If this fragment is folded, we must place it under the normal layer (z - layerDepth / 2).
bool isFragmentFolded;
float zToUse;
float perc;
float v;
if (rp.IsLine)
{
var startRadius = traceCalculator.GetNoteRadius(notePair.Start, now, visualNoteMetrics, animationMetrics);
var endRadius = traceCalculator.GetNoteRadius(notePair.End, now, visualNoteMetrics, animationMetrics);
isFragmentFolded = rp.Y1 > rp.Y2;
zToUse = isFragmentFolded ? foldedZ : z;
perc = processedRibbonLength / ribbonLength;
v = MathHelper.Lerp(textureTopYRatio, textureBottomYRatio, perc);
var leftTopVertex = new RibbonVertex(rp.X1 - endRadius.X / 2, rp.Y1, zToUse, 0, 0, 1, 0, v);
var rightTopVertex = new RibbonVertex(rp.X1 + endRadius.X / 2, rp.Y1, zToUse, 0, 0, 1, 1, v);
perc = (processedRibbonLength + Math.Abs(rp.Y1 - rp.Y2)) / ribbonLength;
v = MathHelper.Lerp(textureTopYRatio, textureBottomYRatio, perc);
var leftBottomVertex = new RibbonVertex(rp.X2 - startRadius.X / 2, rp.Y2, zToUse, 0, 0, 1, 0, v);
var rightBottomVertex = new RibbonVertex(rp.X2 + startRadius.X / 2, rp.Y2, zToUse, 0, 0, 1, 1, v);
vertices[vertexStart] = leftTopVertex;
vertices[vertexStart + 1] = rightTopVertex;
vertices[vertexStart + 2] = leftBottomVertex;
vertices[vertexStart + 3] = rightBottomVertex;
if (isFragmentFolded)
{
indices[indexStart] = (ushort)(vertexStart + 2);
indices[indexStart + 1] = (ushort)(vertexStart + 1);
indices[indexStart + 2] = (ushort)vertexStart;
indices[indexStart + 3] = (ushort)(vertexStart + 1);
indices[indexStart + 4] = (ushort)(vertexStart + 2);
indices[indexStart + 5] = (ushort)(vertexStart + 3);
}
else
{
indices[indexStart] = (ushort)vertexStart;
indices[indexStart + 1] = (ushort)(vertexStart + 1);
indices[indexStart + 2] = (ushort)(vertexStart + 2);
indices[indexStart + 3] = (ushort)(vertexStart + 3);
indices[indexStart + 4] = (ushort)(vertexStart + 2);
indices[indexStart + 5] = (ushort)(vertexStart + 1);
}
vertexStart += 4;
indexStart += 6;
processedRibbonLength += Math.Abs(rp.Y1 - rp.Y2);
}
else
{
if (ribbonCache == null)
{
throw new InvalidOperationException();
}
var cache = ribbonCache[bezierIndex];
var deltaTime = cache.EndTime - cache.StartTime;
for (var j = 0; j <= slice; ++j)
{
var t = (float)j / slice;
var ribbonTime = cache.EndTime - deltaTime * t;
var pt = cache.Locations[j];
if (j < slice)
{
isFragmentFolded = pt.Y > cache.Locations[j + 1].Y;
}
else
{
// Here, j = slice
isFragmentFolded = cache.Locations[slice - 1].Y > pt.Y;
}
zToUse = isFragmentFolded ? foldedZ : z;
var noteRadius = traceCalculator.GetNoteRadius(notePair.Start, ribbonTime, visualNoteMetrics, animationMetrics);
perc = processedRibbonLength / ribbonLength;
v = MathHelper.Lerp(textureTopYRatio, textureBottomYRatio, perc);
var leftVertex = new RibbonVertex(pt.X - noteRadius.X / 2, pt.Y, zToUse, 0, 0, 1, 0, v);
var rightVertex = new RibbonVertex(pt.X + noteRadius.X / 2, pt.Y, zToUse, 0, 0, 1, 1, v);
vertices[vertexStart + j * 2] = leftVertex;
vertices[vertexStart + j * 2 + 1] = rightVertex;
if (j < slice)
{
if (isFragmentFolded)
{
indices[indexStart + j * 6] = (ushort)(vertexStart + j * 2 + 2);
indices[indexStart + j * 6 + 1] = (ushort)(vertexStart + j * 2 + 1);
indices[indexStart + j * 6 + 2] = (ushort)(vertexStart + j * 2);
indices[indexStart + j * 6 + 3] = (ushort)(vertexStart + j * 2 + 1);
indices[indexStart + j * 6 + 4] = (ushort)(vertexStart + j * 2 + 2);
indices[indexStart + j * 6 + 5] = (ushort)(vertexStart + j * 2 + 3);
}
else
{
indices[indexStart + j * 6] = (ushort)(vertexStart + j * 2);
indices[indexStart + j * 6 + 1] = (ushort)(vertexStart + j * 2 + 1);
indices[indexStart + j * 6 + 2] = (ushort)(vertexStart + j * 2 + 2);
indices[indexStart + j * 6 + 3] = (ushort)(vertexStart + j * 2 + 3);
indices[indexStart + j * 6 + 4] = (ushort)(vertexStart + j * 2 + 2);
indices[indexStart + j * 6 + 5] = (ushort)(vertexStart + j * 2 + 1);
}
processedRibbonLength += Math.Abs(cache.Locations[j + 1].Y - cache.Locations[j].Y);
}
}
vertexStart += (slice + 1) * 2;
indexStart += slice * 6;
++bezierIndex;
}
}
_vertices = vertices;
_indices = indices;
SetVertices(createParams.Device, vertices);
SetIndices(createParams.Device, indices);
}
}
protected override void OnUpdate(GameTime gameTime)
{
base.OnUpdate(gameTime);
if (_notes == null)
{
return;
}
var theaterDays = Game.AsTheaterDays();
var notesLayer = theaterDays.FindSingleElement <NotesLayer>();
if (notesLayer == null)
{
throw new InvalidOperationException();
}
var syncTimer = theaterDays.FindSingleElement <SyncTimer>();
if (syncTimer == null)
{
throw new InvalidOperationException();
}
var hitRankAnimation = theaterDays.FindSingleElement <HitRankAnimation>();
var audioFormats = Program.PluginManager.AudioFormats;
var sfxPaths = Program.Settings.Sfx;
var player = theaterDays.AudioManager.Sfx;
var now = syncTimer.CurrentTime.TotalSeconds;
var globalSpeedScale = notesLayer.GlobalSpeedScale;
var states = _noteStates;
if (now < _lastUpdatedSeconds)
{
// Force updating all states.
// TODO: TRICK
var refTime = now - double.Epsilon;
foreach (var note in _notes)
{
var forcedOldState = NoteAnimationHelper.GetOnStageStatusOf(note, refTime, globalSpeedScale);
states[note] = forcedOldState;
}
}
foreach (var note in _notes)
{
var oldState = states[note];
var newState = NoteAnimationHelper.GetOnStageStatusOf(note, now, globalSpeedScale);
if (oldState == newState)
{
continue;
}
var shouldPlayHitRankAnimation = false;
switch (note.Type)
{
case NoteType.Tap:
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Tap.Perfect, audioFormats);
shouldPlayHitRankAnimation = true;
}
break;
case NoteType.Flick:
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Flick.Perfect, audioFormats);
shouldPlayHitRankAnimation = true;
}
break;
case NoteType.Hold:
if (note.IsHoldStart())
{
if (note.FlickDirection != FlickDirection.None)
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Flick.Perfect, audioFormats);
shouldPlayHitRankAnimation = true;
}
}
else
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Hold.Perfect, audioFormats);
player.PlayLooped(sfxPaths.HoldHold, audioFormats, note);
shouldPlayHitRankAnimation = true;
}
}
}
else if (note.IsHoldEnd())
{
if (note.FlickDirection != FlickDirection.None)
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Flick.Perfect, audioFormats);
}
}
else
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.HoldEnd.Perfect, audioFormats);
}
}
if (newState == OnStageStatus.Passed)
{
player.StopLooped(FindFirstHold(note));
shouldPlayHitRankAnimation = true;
}
}
break;
case NoteType.Slide:
if (note.IsSlideStart())
{
if (note.FlickDirection != FlickDirection.None)
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Flick.Perfect, audioFormats);
shouldPlayHitRankAnimation = true;
}
}
else
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Slide.Perfect, audioFormats);
player.PlayLooped(sfxPaths.SlideHold, audioFormats, note);
shouldPlayHitRankAnimation = true;
}
}
}
else if (note.IsSlideEnd())
{
if (note.FlickDirection != FlickDirection.None)
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Flick.Perfect, audioFormats);
}
}
else
{
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.SlideEnd.Perfect, audioFormats);
}
}
if (newState == OnStageStatus.Passed)
{
player.StopLooped(FindFirstSlide(note));
shouldPlayHitRankAnimation = true;
}
}
break;
case NoteType.Special:
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.Special.Perfect, audioFormats);
var shouts = sfxPaths.Shouts;
if (shouts != null && shouts.Length > 0)
{
var shoutIndex = MathHelper.Random.Next(shouts.Length);
player.Play(shouts[shoutIndex], audioFormats);
}
player.PlayLooped(sfxPaths.SpecialHold, audioFormats, note);
var avatarDisplay = theaterDays.FindSingleElement <AvatarDisplay>();
if (avatarDisplay != null)
{
avatarDisplay.Opacity = 0;
}
shouldPlayHitRankAnimation = true;
}
break;
case NoteType.SpecialEnd:
if (newState == OnStageStatus.Passed)
{
player.Play(sfxPaths.SpecialEnd, audioFormats);
var shouts = sfxPaths.Shouts;
if (shouts != null && shouts.Length > 0)
{
var shoutIndex = MathHelper.Random.Next(shouts.Length);
player.Play(shouts[shoutIndex], audioFormats);
}
RuntimeNote specialStart = null;
try {
specialStart = _notes.SingleOrDefault(n => n.Type == NoteType.Special);
} catch (InvalidOperationException) {
// Multiple Special Start notes.
}
Debug.Assert(specialStart != null, "Wrong score format: there must be only exactly one special note and one special end note, if either of them exists.");
player.StopLooped(specialStart);
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints != null)
{
// The animation length must keep the same as the SpecialEnd note's delay.
// See Unity3DScoreCompiler.CreateSpecial() for more information.
tapPoints.PlaySpecialEndAnimation();
}
var avatarDisplay = theaterDays.FindSingleElement <AvatarDisplay>();
if (avatarDisplay != null)
{
avatarDisplay.PlaySpecialEndAnimation();
}
var comboDisplay = theaterDays.FindSingleElement <ComboDisplay>();
if (comboDisplay != null)
{
if (comboDisplay.Numbers.Value > 0)
{
comboDisplay.PlaySpecialEndAnimation();
}
}
}
break;
case NoteType.SpecialPrepare:
if (newState == OnStageStatus.Passed)
{
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints != null)
{
// This shall trigger tap points' "transform" animation.
// See Unity3DScoreCompiler.CreateSpecial() for more information.
var tapPointsMergingAnimation = theaterDays.FindSingleElement <TapPointsMergingAnimation>();
if (tapPointsMergingAnimation != null)
{
tapPointsMergingAnimation.StartAnimation();
}
tapPoints.Opacity = 0;
}
}
break;
case NoteType.ScorePrepare:
if (newState == OnStageStatus.Passed)
{
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints != null)
{
tapPoints.PlayScorePrepareAnimation();
}
var avatarDisplay = theaterDays.FindSingleElement <AvatarDisplay>();
if (avatarDisplay != null)
{
avatarDisplay.PlayScorePrepareAnimation();
}
var comboDisplay = theaterDays.FindSingleElement <ComboDisplay>();
if (comboDisplay != null)
{
// Force setting it to 0. Or the number will be wierd if replaying the score.
comboDisplay.Numbers.Value = 0;
comboDisplay.Opacity = 0;
}
}
break;
default:
throw new ArgumentOutOfRangeException();
}
if (shouldPlayHitRankAnimation)
{
if (hitRankAnimation != null)
{
// "Perfect"
hitRankAnimation.StartAnimation(0);
}
}
states[note] = newState;
if (shouldPlayHitRankAnimation)
{
var comboDisplay = theaterDays.FindSingleElement <ComboDisplay>();
if (comboDisplay != null)
{
var combo = states.Count(kv => {
if (kv.Value < OnStageStatus.Passed)
{
return(false);
}
return(Array.IndexOf(GamingNoteTypes, kv.Key.Type) >= 0);
});
comboDisplay.Numbers.Value = (uint)combo;
if (combo > 0)
{
if (Array.IndexOf(ComboAura.ComboCountTriggers, combo) >= 0)
{
comboDisplay.Aura.StartAnimation();
}
// So if it is playing a fade-in animation, we don't interrupt the animation.
if (comboDisplay.Opacity <= 0)
{
comboDisplay.Opacity = 1;
}
}
else
{
comboDisplay.Opacity = 0;
}
}
}
// We have to handle this event after we play ComboDisplay's animation.
if (note.Type == NoteType.Special && newState == OnStageStatus.Passed)
{
var comboDisplay = theaterDays.FindSingleElement <ComboDisplay>();
if (comboDisplay != null)
{
comboDisplay.Opacity = 0;
}
}
}
_lastUpdatedSeconds = now;
}
protected override void OnDraw(GameTime gameTime, RenderContext context)
{
base.OnDraw(gameTime, context);
if (_score == null)
{
return;
}
var notes = _score.Notes;
var theaterDays = Game.AsTheaterDays();
var syncTimer = theaterDays.FindSingleElement <SyncTimer>();
if (syncTimer == null)
{
return;
}
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints == null)
{
throw new InvalidOperationException();
}
var notesLayer = theaterDays.FindSingleElement <NotesLayer>();
if (notesLayer == null)
{
throw new InvalidOperationException();
}
var gamingArea = theaterDays.FindSingleElement <GamingArea>();
if (gamingArea == null)
{
throw new InvalidOperationException();
}
var settings = Program.Settings;
var now = syncTimer.CurrentTime.TotalSeconds;
var tapPointsLayout = settings.UI.TapPoints.Layout;
var notesLayerLayout = settings.UI.NotesLayer.Layout;
var clientSize = context.ClientSize;
var traceCalculator = notesLayer.TraceCalculator;
var animationMetrics = new NoteAnimationMetrics {
GlobalSpeedScale = notesLayer.GlobalSpeedScale,
Width = clientSize.Width,
Height = clientSize.Height,
Top = notesLayerLayout.Y.IsPercentage ? notesLayerLayout.Y.Value * clientSize.Height : notesLayerLayout.Y.Value,
Bottom = tapPointsLayout.Y.IsPercentage ? tapPointsLayout.Y.Value * clientSize.Height : tapPointsLayout.Y.Value,
NoteStartXRatios = tapPoints.StartXRatios,
NoteEndXRatios = tapPoints.EndXRatios,
TrackCount = tapPoints.EndXRatios.Length
};
var topYRatio = _ribbonTopYRatio;
var bottomYRatio = _ribbonBottomYRatio;
_textureEffect.CurrentTime = (float)now;
// Enable depth buffer to allow drawing in layers.
// However the depth comparison always passes, and Z always decreases (see below), so the results looks like
// "later-drawn-on-top" inside this visual element.
// We are using Begin3DFast() here, so the states are specified in effect file (simple_texture.fx). Please
// open that file to see which settings we are selecting.
context.Begin3DFast(_posTexLayout, PrimitiveTopology.TriangleList);
// Z value should be decreasing to achieve this effect:
// when two ribbons cross, the one with the start note on the right is above the other.
var z = 0f;
var smallNoteMetrics = new NoteMetrics {
StartRadius = gamingArea.ScaleResults.VisualNoteSmall.Start,
EndRadius = gamingArea.ScaleResults.VisualNoteSmall.End
};
var largeNoteMetrics = new NoteMetrics {
StartRadius = gamingArea.ScaleResults.VisualNoteLarge.Start,
EndRadius = gamingArea.ScaleResults.VisualNoteLarge.End
};
foreach (var note in notes)
{
OnStageStatus thisStatus, nextStatus;
RuntimeNote nextNote;
NoteMetrics visualNoteMetrics;
if (note.HasNextHold())
{
thisStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
if (thisStatus == OnStageStatus.Incoming)
{
continue;
}
nextNote = note.NextHold;
nextStatus = NoteAnimationHelper.GetOnStageStatusOf(nextNote, now, animationMetrics);
if ((int)thisStatus * (int)nextStatus > 0)
{
continue;
}
var firstHoldInGroup = note;
while (firstHoldInGroup.HasPrevHold())
{
firstHoldInGroup = firstHoldInGroup.PrevHold;
}
visualNoteMetrics = firstHoldInGroup.IsFlick() || firstHoldInGroup.Size == NoteSize.Large ? largeNoteMetrics : smallNoteMetrics;
var ribbonParams = traceCalculator.GetHoldRibbonParameters(note, nextNote, now, visualNoteMetrics, animationMetrics);
if (ribbonParams.Visible)
{
using (var mesh = new RibbonMesh(context.Direct3DDevice, SliceCount, topYRatio, bottomYRatio, z, new[] { ribbonParams }, traceCalculator, now, new[] { (note, note.NextHold) }, visualNoteMetrics, animationMetrics)) {
protected override void OnDraw(GameTime gameTime, RenderContext context)
{
base.OnDraw(gameTime, context);
var settings = Program.Settings;
var motionIcon = settings.Style.SlideMotionIcon;
if (motionIcon == SlideMotionIcon.None)
{
return;
}
if (_score == null)
{
return;
}
var notes = _score.Notes;
var theaterDays = Game.AsTheaterDays();
var syncTimer = theaterDays.FindSingleElement <SyncTimer>();
if (syncTimer == null)
{
return;
}
var tapPoints = theaterDays.FindSingleElement <TapPoints>();
if (tapPoints == null)
{
throw new InvalidOperationException();
}
var notesLayer = theaterDays.FindSingleElement <NotesLayer>();
if (notesLayer == null)
{
throw new InvalidOperationException();
}
var gamingArea = theaterDays.FindSingleElement <GamingArea>();
if (gamingArea == null)
{
throw new InvalidOperationException();
}
var now = syncTimer.CurrentTime.TotalSeconds;
var tapPointsLayout = settings.UI.TapPoints.Layout;
var notesLayerLayout = settings.UI.NotesLayer.Layout;
var clientSize = context.ClientSize;
var traceCalculator = notesLayer.TraceCalculator;
var commonNoteMetrics = new NoteMetrics {
StartRadius = gamingArea.ScaleResults.Note.Start,
EndRadius = gamingArea.ScaleResults.Note.End
};
var animationMetrics = new NoteAnimationMetrics {
GlobalSpeedScale = notesLayer.GlobalSpeedScale,
Width = clientSize.Width,
Height = clientSize.Height,
Top = notesLayerLayout.Y.IsPercentage ? notesLayerLayout.Y.Value * clientSize.Height : notesLayerLayout.Y.Value,
Bottom = tapPointsLayout.Y.IsPercentage ? tapPointsLayout.Y.Value * clientSize.Height : tapPointsLayout.Y.Value,
NoteStartXRatios = tapPoints.StartXRatios,
NoteEndXRatios = tapPoints.EndXRatios,
TrackCount = tapPoints.EndXRatios.Length
};
context.Begin2D();
foreach (var note in notes)
{
if (!note.IsSlide() || !note.HasNextSlide())
{
continue;
}
var thisStatus = NoteAnimationHelper.GetOnStageStatusOf(note, now, animationMetrics);
if (thisStatus < OnStageStatus.Passed)
{
continue;
}
var nextStatus = NoteAnimationHelper.GetOnStageStatusOf(note.NextSlide, now, animationMetrics);
if (nextStatus >= OnStageStatus.Passed)
{
continue;
}
var x = traceCalculator.GetNoteX(note, now, commonNoteMetrics, animationMetrics);
var y = traceCalculator.GetNoteY(note, now, commonNoteMetrics, animationMetrics);
SizeF imageSize;
switch (motionIcon)
{
case SlideMotionIcon.None:
// Not possible.
throw new InvalidOperationException();
case SlideMotionIcon.Tap:
if (_tapPointImage != null)
{
imageSize = gamingArea.ScaleResults.TapPoint.Start;
context.DrawBitmap(_tapPointImage, x - imageSize.Width / 2, y - imageSize.Height / 2, imageSize.Width, imageSize.Height);
}
break;
case SlideMotionIcon.Slide:
if (_noteImages?[0] != null)
{
var(imageIndex, _) = NotesLayer.GetImageIndex(NoteType.Slide, NoteSize.Small, FlickDirection.None, false, false, false, false);
imageSize = gamingArea.ScaleResults.Note.End;
context.DrawImageStripUnit(_noteImages[0], imageIndex, x - imageSize.Width / 2, y - imageSize.Height / 2, imageSize.Width, imageSize.Height);
}
break;
default:
throw new ArgumentOutOfRangeException();
}
}
context.End2D();
}