protected override void PostProcessing()
{
//Play-mode specific transformations
if (GameBase.Mode == OsuModes.Edit)
{
return;
}
hitObjectsCount = hitObjects.Count;
if (hitObjectsCount == 0)
{
return;
}
Vector2 hitLocation = HIT_LOCATION;
int inLength = GameBase.WindowManager.WidthScaled - 40;
const int outLengthTimewise = 300;
const int outLength = 300;
double multipier = 1;
bool hidden = ModManager.CheckActive(ActiveMods, Mods.Hidden) && !ModManager.CheckActive(ActiveMods, Mods.HardRock);
if (hidden)
{
inLength = WindowManager.DEFAULT_WIDTH - 40;
spriteManager.SetVisibleArea(new RectangleF(0, 0, WindowManager.DEFAULT_WIDTH, GameBase.WindowManager.HeightScaled));
}
if (ModManager.CheckActive(ActiveMods, Mods.HardRock))
{
multipier *= 1.4f * GameBase.WindowManager.WidthScaled / WindowManager.DEFAULT_WIDTH;
}
else if (ModManager.CheckActive(ActiveMods, Mods.Easy))
{
multipier *= 0.8f;
}
for (int i = 0; i < hitObjectsCount; i++)
{
HitObject currHitObject = hitObjects[i];
currHitObject.ModifyPosition(hitLocation);
double outLengthCurr = outLength;
double sv = SliderVelocityAt(currHitObject.StartTime) * multipier;
if (currHitObject is SliderTaiko)
{
SliderTaiko s = (SliderTaiko)currHitObject;
//Adjust the length before calculation to allow for the difficulty multiplier.
s.UpdateCalculations(true, multipier);
outLengthCurr += s.SpatialLength;
}
int inMsLength = (int)(inLength / sv * 1000);
int outMsLength = (int)(outLengthTimewise / sv * 1000);
SpinnerTaiko st = currHitObject as SpinnerTaiko;
if (st != null)
{
//special handling of taiko spinners, where we need to show a warning icon on the taiko bar.
pSprite s = st.WarningIcon;
const int appearTime = 200;
s.Transformations.Add(
new Transformation(new Vector2(s.Position.X + inLength, s.Position.Y),
new Vector2(s.Position.X, s.Position.Y),
currHitObject.StartTime - inMsLength, currHitObject.StartTime));
s.Transformations.Add(
new Transformation(new Vector2(s.Position.X, s.Position.Y),
new Vector2(256, 196),
currHitObject.StartTime, currHitObject.StartTime + appearTime));
s.Transformations.Add(
new Transformation(TransformationType.Scale, 1, 3,
currHitObject.StartTime, currHitObject.StartTime + appearTime,
EasingTypes.Out));
s.Transformations.Add(new Transformation(TransformationType.Fade, 1, 0, currHitObject.StartTime, currHitObject.StartTime
+ appearTime));
}
else
{
for (int j = 0; j < currHitObject.SpriteCollection.Count; j++)
{
pSprite s = currHitObject.SpriteCollection[j];
s.Transformations.Add(
new Transformation(new Vector2(s.Position.X + inLength, s.Position.Y),
new Vector2(s.Position.X, s.Position.Y),
currHitObject.StartTime - inMsLength, currHitObject.StartTime));
s.Transformations.Add(
new Transformation(new Vector2(s.Position.X, s.Position.Y),
new Vector2(s.Position.X - (float)outLengthCurr, s.Position.Y),
currHitObject.StartTime, currHitObject.EndTime + outMsLength));
}
}
}
int lastHitTime = hitObjects[hitObjectsCount - 1].EndTime + 1;
List <ControlPoint> tp = Beatmap.TimingPoints;
if (tp == null || tp.Count == 0)
{
return;
}
int ctp = 0;
double time = tp[0].Offset;
double measureLength = tp[0].BeatLength * (int)tp[0].TimeSignature;
//barline time closest to 0 offset
time -= measureLength * (int)(time / measureLength);
//start barlines from positive offset
if (time < 0)
{
time += measureLength;
}
pTexture tbl = TextureManager.Load(@"taiko-barline", SkinSource.Osu);
//Precalculation of barlines.
while (time <= lastHitTime)
{
ControlPoint currpoint = tp[ctp];
if (time > currpoint.Offset || (currpoint.EffectFlags & EffectFlags.OmitFirstBarLine) == 0)
{
pSprite barLine = new pSprite(tbl, Fields.GamefieldWide, Origins.Centre, Clocks.Audio, hitLocation, 0.0002f, false, Color.White);
barLine.Scale = 0.88f;
int intTime = (int)time;
double sv = SliderVelocityAt(intTime) * multipier;
int inMsLength = (int)(inLength / sv * 1000);
int outMsLength = (int)(outLengthTimewise / sv * 1000);
spriteManager.Add(barLine);
barLine.Transformations.Add(
new Transformation(new Vector2(barLine.Position.X + inLength, barLine.Position.Y),
new Vector2(barLine.Position.X, barLine.Position.Y),
intTime - inMsLength, intTime));
barLine.Transformations.Add(
new Transformation(new Vector2(barLine.Position.X, barLine.Position.Y),
new Vector2(barLine.Position.X - outLength, barLine.Position.Y),
intTime, intTime + outMsLength));
}
double bl = currpoint.BeatLength;
if (bl < 800)
{
bl *= (int)currpoint.TimeSignature;
}
time += bl;
if (ctp + 1 < tp.Count && time >= tp[ctp + 1].Offset)
{
ctp++;
time = tp[ctp].Offset;
}
}
}