protected override void UpdateColor()
{
var time = Time.Current;
var notes = Story.Notes;
var maxAlpha = notes.NoteAlpha;
InnerColor = notes.NoteColor;
OutlineColor = notes.NoteOutlineColor;
OutlineThickness = notes.NoteOutlineThickness;
// Fade in time to Show time
if (time < HitTime - notes.ShowTime)
{
var startTime = HitTime - notes.ShowTime - notes.FadeInTime;
var endTime = HitTime - notes.ShowTime;
Alpha = S2VXUtils.ClampedInterpolation(time, 0.0f, maxAlpha, startTime, endTime);
}
// Show time to Hit time with miss threshold time
// Hold the note at fully visible until after MissThreshold
else if (time < HitTime + Notes.HitThreshold)
{
Alpha = maxAlpha;
}
// Hit time with miss threshold time to Fade out time
else if (time < HitTime + Notes.HitThreshold + notes.FadeOutTime)
{
var startTime = HitTime + Notes.HitThreshold;
var endTime = HitTime + Notes.HitThreshold + notes.FadeOutTime;
Alpha = S2VXUtils.ClampedInterpolation(time, maxAlpha, 0.0f, startTime, endTime);
}
else
{
Alpha = 0;
}
}
public override void Apply(double time, S2VXStory story)
{
var bpm = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.BPM = bpm;
story.Offset = StartTime;
}
protected override void UpdateColor()
{
var time = Time.Current;
var notes = Story.Notes;
var maxAlpha = notes.HoldNoteAlpha;
InnerColor = notes.HoldNoteColor;
OutlineColor = notes.HoldNoteOutlineColor;
OutlineThickness = notes.HoldNoteOutlineThickness;
// Fade in time to Show time
if (time < HitTime - notes.ShowTime)
{
var startTime = HitTime - notes.ShowTime - notes.FadeInTime;
var endTime = HitTime - notes.ShowTime;
Alpha = S2VXUtils.ClampedInterpolation(time, 0.0f, maxAlpha, startTime, endTime);
}
// Show time to End time
else if (time < EndTime)
{
Alpha = maxAlpha;
}
// End time to Fade out time
else if (time < EndTime + notes.FadeOutTime)
{
var startTime = EndTime;
var endTime = EndTime + notes.FadeOutTime;
Alpha = S2VXUtils.ClampedInterpolation(time, maxAlpha, 0.0f, startTime, endTime);
}
else
{
Alpha = 0;
}
}
public override void Apply(double time, S2VXStory story)
{
var scale = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Camera.TakeCameraScaleLock(this);
story.Camera.SetScale(this, scale);
story.Camera.ReleaseCameraScaleLock(this);
}
public override void Apply(double time, S2VXStory story)
{
var position = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Camera.TakeCameraPositionLock(this);
story.Camera.SetPosition(this, position);
story.Camera.ReleaseCameraPositionLock(this);
}
public void ValueAt_Double_0DurationUsesStartValue()
{
var inputCurrentTime = 1.0f;
var inputStartValue = 0.1f;
var inputEndValue = 1.0f;
var inputStartTime = 1.0f;
var inputEndTime = 1.0f;
var inputEasing = Easing.None;
var expected = inputStartValue;
var actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual, FloatingPointTolerance);
}
public void ValueAt_Color_0DurationUsesStartValue()
{
var inputCurrentTime = 1.0f;
var inputStartValue = Color4.White;
var inputEndValue = Color4.Black;
var inputStartTime = 1.0f;
var inputEndTime = 1.0f;
var inputEasing = Easing.None;
var expected = inputStartValue;
var actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
}
public void ValueAt_Vector2_0DurationUsesStartValue()
{
var inputCurrentTime = 1.0f;
var inputStartValue = Vector2.Zero;
var inputEndValue = Vector2.One;
var inputStartTime = 1.0f;
var inputEndTime = 1.0f;
var inputEasing = Easing.None;
var expected = inputStartValue;
var actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
}
public void ValueAt_Double_Non0Duration()
{
// Startpoint
var inputCurrentTime = 0.0f;
var inputStartValue = 0.0f;
var inputEndValue = 1.0f;
var inputStartTime = 0.0f;
var inputEndTime = 1.0f;
var inputEasing = Easing.None;
var expected = inputStartValue;
var actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual, FloatingPointTolerance);
// Midpoint
inputCurrentTime = 0.5f;
expected = 0.5f;
actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual, FloatingPointTolerance);
// Endpoint
inputCurrentTime = 1.0f;
expected = inputEndValue;
actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual, FloatingPointTolerance);
}
public void ValueAt_Vector2_Non0Duration()
{
// Startpoint
var inputCurrentTime = 0.0f;
var inputStartValue = Vector2.Zero;
var inputEndValue = Vector2.One;
var inputStartTime = 0.0f;
var inputEndTime = 1.0f;
var inputEasing = Easing.None;
var expected = inputStartValue;
var actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
// Midpoint
inputCurrentTime = 0.5f;
expected = Vector2.Divide(inputEndValue, 2);
actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
// Endpoint
inputCurrentTime = 1.0f;
expected = inputEndValue;
actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
}
public void ValueAt_Color_Non0Duration()
{
// Startpoint
var inputCurrentTime = 0.0f;
var inputStartValue = Color4.White;
var inputEndValue = Color4.Black;
var inputStartTime = 0.0f;
var inputEndTime = 1.0f;
var inputEasing = Easing.None;
var expected = inputStartValue;
var actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
// Midpoint
inputCurrentTime = 0.5f;
expected = new Color4(0.5f, 0.5f, 0.5f, 1);
actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
// Endpoint
inputCurrentTime = 1.0f;
expected = inputEndValue;
actual = S2VXUtils.ClampedInterpolation(inputCurrentTime, inputStartValue, inputEndValue, inputStartTime, inputEndTime, inputEasing);
Assert.AreEqual(expected, actual);
}
public override void Apply(double time, S2VXStory story)
{
var value = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Approaches.HoldApproachColor = value;
}
public override void Apply(double time, S2VXStory story)
{
var distance = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Approaches.Distance = distance;
}
public override void Apply(double time, S2VXStory story)
{
var color = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Background.Colour = color;
}
public override void Apply(double time, S2VXStory story)
{
var alpha = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Grid.Alpha = alpha;
}
public override void Apply(double time, S2VXStory story)
{
var thickness = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Approaches.Thickness = thickness;
}
public override void Apply(double time, S2VXStory story)
{
var value = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Notes.NoteOutlineColor = value;
}
public override void Apply(double time, S2VXStory story)
{
var showTime = S2VXUtils.ClampedInterpolation(time, StartValue, EndValue, StartTime, EndTime, Easing);
story.Notes.ShowTime = showTime;
}