internal override void Disarm()
{
base.Disarm();
bool hidden = ModManager.CheckActive(hitObjectManager.ActiveMods, Mods.Hidden);
bool hasApproachCircle = ShowApproachCircle && (!hidden || hitObjectManager.hitObjects.Count == 0);
Transformation fadeout = hidden ?
new Transformation(TransformationType.Fade, 1, 0, StartTime - (int)(LocalPreEmpt * 0.6), StartTime - (int)(LocalPreEmpt * 0.3))
{
TagNumeric = ARMED
} :
new Transformation(TransformationType.Fade, 1, 0, StartTime + hitObjectManager.HitWindow100, StartTime + hitObjectManager.HitWindow50)
{
TagNumeric = ARMED
};
SpriteHitCircle1.Transformations.Add(fadeout.Clone());
SpriteHitCircle2.Transformations.Add(fadeout.Clone());
SpriteHitCircleText.Transformations.Add(fadeout.Clone());
if (hasApproachCircle && hidden)
{
SpriteApproachCircle.Transformations.Add(fadeout.Clone());
}
SpriteHitCircle1.Scale = 1;
SpriteHitCircle2.Scale = 1;
SpriteHitCircleText.Scale = TEXT_SIZE;
}
public void ZoomViewTo(Point location, float scale)
{
var newTransf = Transformation.Clone();
Matrix invMatrix = newTransf.Clone();
invMatrix.Invert();
PointF[] t1Points = new PointF[1] {
location
};
invMatrix.TransformPoints(t1Points);
var toScale = scale / newTransf.Elements[0];
newTransf.Scale(toScale, toScale);
invMatrix = newTransf.Clone();
invMatrix.Invert();
PointF[] t2Points = new PointF[1] {
location
};
invMatrix.TransformPoints(t2Points);
float offsetXDiff = t2Points[0].X - t1Points[0].X;
float offsetYDiff = t2Points[0].Y - t1Points[0].Y;
newTransf.Translate(offsetXDiff, offsetYDiff);
Transformation = newTransf;
}
public override bool IsInFrustum(FrustumParams data, Point3D center, double radius)
{
Point3D transfCenter = (Point3D)center.Clone();
if (t != 0 && rotationAxis != null)
{
// Get the BlockReference full transformation
Transformation brFullTransf = GetFullTransformation(data.Blocks);
// Apply the inverse of the full transformation to the center to bring it back to original position
// It's necessary because in the MoveTo() the first transformation is applied before tha base method is called.
Transformation tr = (Transformation)brFullTransf.Clone();
tr.Invert();
transfCenter.TransformBy(tr);
// Compute a transformation equals to the transformation applied in the MoveTo method
Translation translation1 = new Translation(t * translationVect.X, t * translationVect.Y, t * translationVect.Z);
Translation translation2 = new Translation(firstPt.X, firstPt.Y, firstPt.Z);
Translation translation3 = new Translation(-firstPt.X, -firstPt.Y, -firstPt.Z);
Rotation rotation = new Rotation(Utility.DegToRad(t * rotationAngle), rotationAxis);
Transformation customTransform = translation1 * brFullTransf;
customTransform = customTransform * translation2;
customTransform = customTransform * rotation;
customTransform = customTransform * translation3;
// Apply transformation to the center
transfCenter.TransformBy(customTransform);
}
// Call the base with the transformed "center", to avoid undesired clipping
return(base.IsInFrustum(data, transfCenter, radius));
}
internal virtual void HitAnimation(bool isHit)
{
if (isHit)
{
//Fade out the actual hit circle
Transformation circleScaleOut =
new Transformation(TransformationType.Scale, 1.1F, 1.9F, GameBase.Time,
(int)(GameBase.Time + (HitObjectManager.FadeOut * 0.7)));
circleScaleOut.Easing = EasingTypes.In;
Transformation circleScaleOut2 =
new Transformation(TransformationType.Scale, 1.9F, 2F,
(int)(GameBase.Time + (HitObjectManager.FadeOut * 0.7)),
(GameBase.Time + HitObjectManager.FadeOut));
Transformation textScaleOut = circleScaleOut.Clone();
textScaleOut.StartFloat *= textSize;
textScaleOut.EndFloat *= textSize;
Transformation textScaleOut2 = circleScaleOut2.Clone();
textScaleOut2.StartFloat *= textSize;
textScaleOut2.EndFloat *= textSize;
Transformation circleFadeOut =
new Transformation(TransformationType.Fade, 1, 0, GameBase.Time,
GameBase.Time + HitObjectManager.FadeOut);
//SpriteHitCircle1.Depth = SpriteManager.drawOrderFwd(StartTime + 1);
SpriteHitCircle1.Transformations.Clear();
SpriteHitCircle1.Clock = ClockTypes.Game;
SpriteHitCircle1.Transformations.Add(circleScaleOut);
SpriteHitCircle1.Transformations.Add(circleScaleOut2);
SpriteHitCircle1.Transformations.Add(circleFadeOut);
//SpriteHitCircle2.Depth = SpriteManager.drawOrderFwd(StartTime + 2);
SpriteHitCircle2.Transformations.Clear();
SpriteHitCircle2.Clock = ClockTypes.Game;
SpriteHitCircle2.Transformations.Add(circleScaleOut);
SpriteHitCircle2.Transformations.Add(circleScaleOut2);
SpriteHitCircle2.Transformations.Add(circleFadeOut);
//SpriteHitCircleText.Depth = SpriteManager.drawOrderFwd(StartTime + 2);
SpriteHitCircleText.Transformations.Clear();
SpriteHitCircleText.Clock = ClockTypes.Game;
SpriteHitCircleText.Transformations.Add(textScaleOut);
SpriteHitCircleText.Transformations.Add(textScaleOut2);
SpriteHitCircleText.Transformations.Add(circleFadeOut);
SpriteApproachCircle.Transformations.Clear();
}
else
{
foreach (pSprite p in SpriteCollection)
{
p.Transformations.Clear();
}
}
}
public void SetScale(float scale)
{
var newTransf = Transformation.Clone();
var newScale = scale / newTransf.Elements[0];
newTransf.Scale(newScale, newScale);
Transformation = newTransf;
}
public void ScrollViewBy(int deltaX, int deltaY)
{
var newTransf = Transformation.Clone();
float currentScale = newTransf.Elements[0];
newTransf.Translate(deltaX / currentScale, deltaY / currentScale);
Transformation = newTransf;
}
public object Clone()
{
return(new ParameterMapping
{
SourceRef = SourceRef,
TargetRef = TargetRef,
Transformation = Transformation == null ? null : (CMMNExpression)Transformation.Clone()
});
}
public void CenterView(float x, float y, float width, float height, float scale = 1.0f)
{
var newTransf = Transformation.Clone();
newTransf.Reset();
newTransf.Translate(width / 2, height / 2);
newTransf.Scale(scale, scale);
newTransf.Translate(-x, -y);
Transformation = newTransf;
}
private Point CalculateWorldPosition(Point viewPosition)
{
var inverted = Transformation.Clone();
//inverted.Invert();
var list = new Point[] { viewPosition };
inverted.TransformPoints(list);
return(list[0]);
}
public void TestTransformationClone()
{
// transformation should be cloneable
Transformation transform1 = new Transformation().X(100).Y(100).Width(200).Crop("fill").Chain().Radius(10).Chain().Crop("crop").Width(100).Angle("12", "13", "14");
Transformation transform2 = transform1.Clone();
transform1 = transform1.Angle("22", "23").Chain().Crop("fill");
Assert.AreEqual(3, transform1.NestedTransforms.Count);
Assert.AreEqual(1, transform1.Params.Count);
Assert.AreEqual(2, transform2.NestedTransforms.Count);
Assert.AreEqual(3, transform2.Params.Count);
}
public void TestTransformationLayersDeepClone()
{
// layers should be cloned
var layer = new TextLayer("Hello").FontSize(10).FontFamily("Arial");
var transformation = new Transformation().Overlay(layer);
var clone = transformation.Clone();
layer.FontSize(20);
Assert.AreEqual(transformation.Generate(), "l_text:Arial_20:Hello");
Assert.AreEqual(clone.Generate(), "l_text:Arial_10:Hello");
}
public CairoNode Clone()
{
var clone = new CairoNode();
clone.Geometry = Geometry;
if (Transformation != null)
{
clone.Transformation = Transformation.Clone();
}
foreach (var child in Children)
{
clone.AddChild(child.Clone());
}
return(clone);
}
public void TestExpressionsClone()
{
const string transformationStr = "if_pc_lt_300/c_scale/if_end";
var expression = Expression.PageCount().Lt(300);
var transformation = new Transformation()
.IfCondition(expression)
.Crop("scale")
.EndIf();
var clone = transformation.Clone();
expression.Gt(2);
Assert.AreEqual(transformationStr, clone.ToString());
}
public void TestDictionaryParamsDeepClone()
{
// dictionary params should be cloned
var codecParams = new Dictionary <string, string>
{
{ "codec", "h264" }, { "profile", "basic" }, { "level", "3.1" }
};
Transformation transform = new Transformation().VideoCodec(codecParams);
Transformation clone = transform.Clone();
codecParams["codec"] = "h265";
Assert.AreEqual(transform.Generate(), "vc_h265:basic:3.1");
Assert.AreEqual(clone.Generate(), "vc_h264:basic:3.1");
}
public void TestCloneWithNested()
{
// transformation should be cloneable, including nested transformations
Transformation transformation = new Transformation().X(100).Y(100).Width(200)
.Crop("fill").Chain().Radius(10).Chain().Crop("crop").Width(100).Angle("12", "13", "14");
Transformation clone = transformation.Clone();
transformation.NestedTransforms[0].Width(300);
transformation = transformation.Angle("22", "23").Chain().Crop("fill");
Assert.AreEqual(transformation.Generate(),
"c_fill,w_300,x_100,y_100/r_10/a_22.23,c_crop,w_100/c_fill");
Assert.AreEqual(clone.Generate(),
"c_fill,w_200,x_100,y_100/r_10/a_12.13.14,c_crop,w_100");
}
public PointF ToWorldCoords(PointF viewCoords)
{
Matrix invMatrix = Transformation.Clone();
invMatrix.Invert();
PointF[] clipPoints = new PointF[1] {
viewCoords
};
invMatrix.TransformPoints(clipPoints);
var x = clipPoints[0].X;
var y = -clipPoints[0].Y;
return(new PointF(x, y));
}
public void TestTransformationClone()
{
// transformation should be cloneable
Transformation transform1 = new Transformation().X(100).Y(100).Width(200).Crop("fill").Chain().Radius(10).Chain().Crop("crop").Width(100).Angle("12", "13", "14");
Transformation transform2 = transform1.Clone();
transform1 = transform1.Angle("22", "23").Chain().Crop("fill");
Assert.AreEqual(3, transform1.NestedTransforms.Count);
Assert.AreEqual(1, transform1.Params.Count);
Assert.AreEqual(2, transform2.NestedTransforms.Count);
Assert.AreEqual(3, transform2.Params.Count);
}
internal override void Arm(bool isHit)
{
base.Arm(isHit);
int armTime = GameBase.Mode != OsuModes.Edit ? AudioEngine.Time : StartTime;
if (isHit)
{
//Fade out the actual hit circle
Transformation circleScaleOut = new Transformation(TransformationType.Scale, 1.0F, 1.4F, armTime, (int)(armTime + (HitObjectManager.FadeOut)), EasingTypes.Out)
{
TagNumeric = ARMED
};
SpriteHitCircle1.Transformations.Add(circleScaleOut);
SpriteHitCircle1.Transformations.Add(new Transformation(TransformationType.Fade, 1, 0, armTime, armTime + HitObjectManager.FadeOut)
{
TagNumeric = ARMED
});
SpriteHitCircle2.Transformations.Add(circleScaleOut.Clone());
SpriteHitCircle2.Transformations.Add(new Transformation(TransformationType.Fade, 1, 0, armTime, armTime + HitObjectManager.FadeOut)
{
TagNumeric = ARMED
});
SpriteApproachCircle.Transformations.Add(new Transformation(TransformationType.Fade, SpriteApproachCircle.Alpha, 0, armTime, armTime)
{
TagNumeric = ARMED
});
if (SkinManager.UseNewLayout)
{
SpriteHitCircleText.Transformations.Add(new Transformation(TransformationType.Fade, 1, 0, armTime, armTime + 60)
{
TagNumeric = ARMED
});
}
else
{
SpriteHitCircleText.Transformations.Add(new Transformation(TransformationType.Scale, 1.0F * TEXT_SIZE, 1.4F * TEXT_SIZE, armTime, (int)(armTime + (HitObjectManager.FadeOut)), EasingTypes.Out)
{
TagNumeric = ARMED
});
SpriteHitCircleText.Transformations.Add(new Transformation(TransformationType.Fade, SpriteHitCircleText.Alpha, 0, armTime, armTime + HitObjectManager.FadeOut)
{
TagNumeric = ARMED
});
}
}
else
{
bool hidden = ModManager.CheckActive(hitObjectManager.ActiveMods, Mods.Hidden);
SpriteHitCircle1.Transformations.Add(new Transformation(TransformationType.Fade, !hidden ? SpriteHitCircle1.Alpha : 0, 0, armTime, armTime + 60)
{
TagNumeric = ARMED
});
SpriteHitCircle2.Transformations.Add(new Transformation(TransformationType.Fade, !hidden ? SpriteHitCircle2.Alpha : 0, 0, armTime, armTime + 60)
{
TagNumeric = ARMED
});
SpriteHitCircleText.Transformations.Add(new Transformation(TransformationType.Fade, !hidden ? SpriteHitCircleText.Alpha : 0, 0, armTime, armTime + 60)
{
TagNumeric = ARMED
});
SpriteApproachCircle.Transformations.Add(new Transformation(TransformationType.Fade, !hidden ? SpriteApproachCircle.Alpha : 0, 0, armTime, armTime + 60)
{
TagNumeric = ARMED
});
SpriteHitCircle1.Scale = DefaultScale;
SpriteHitCircle2.Scale = DefaultScale;
SpriteHitCircleText.Scale = TEXT_SIZE;
}
}
internal HitCircleOsu(HitObjectManager hom, Vector2 pos, int startTime, bool newCombo, bool addWhistle, bool addFinish, bool addClap, int comboOffset)
: base(hom)
{
Position = pos;
BasePosition = pos;
StartTime = startTime;
EndTime = startTime;
Type = HitObjectType.Normal;
SoundType = HitObjectSoundType.None;
SampleSet = Audio.SampleSet.None;
SampleSetAdditions = Audio.SampleSet.None;
int p = LocalPreEmpt;
if (newCombo)
{
Type |= HitObjectType.NewCombo;
ComboOffset = comboOffset;
}
if (addWhistle)
{
SoundType |= HitObjectSoundType.Whistle;
}
if (addFinish)
{
SoundType |= HitObjectSoundType.Finish;
}
if (addClap)
{
SoundType |= HitObjectSoundType.Clap;
}
if (hom.spriteManager == null)
{
return;
}
bool hidden = ModManager.CheckActive(hitObjectManager.ActiveMods, Mods.Hidden);
bool hasApproachCircle = ShowApproachCircle && (!hidden || (hom.hitObjects.Count == 0 && ConfigManager.sHiddenShowFirstApproach));
Color white = Color.White;
pTexture t_approachCircle = TextureManager.Load(@"approachcircle");
pTexture t_hit1 = TextureManager.LoadFirstAvailable(new[] { SpriteNameHitCircle, default_sprite_hitcircle });
pTexture[] t_hit2 = TextureManager.LoadAll((t_hit1 != null ? t_hit1.AssetName : default_sprite_hitcircle) + @"overlay");
SpriteApproachCircle = new pSprite(t_approachCircle, Fields.Gamefield, Origins.Centre, Clocks.Audio, Position, SpriteManager.drawOrderFwdPrio(StartTime - p), false, white);
if (hasApproachCircle)
{
SpriteCollection.Add(SpriteApproachCircle);
}
SpriteApproachCircle.Transformations.Add(new Transformation(TransformationType.Fade, 0, 0.9F, startTime - p, Math.Min(startTime, startTime - p + HitObjectManager.FadeIn * 2)));
SpriteApproachCircle.Transformations.Add(new Transformation(TransformationType.Scale, 4, 1, startTime - p, startTime));
SpriteHitCircle1 = new pSprite(t_hit1, Fields.Gamefield, Origins.Centre, Clocks.Audio, Position, SpriteManager.drawOrderBwd(StartTime), false, white)
{
TagNumeric = 1
};
SpriteCollection.Add(SpriteHitCircle1);
DimCollection.Add(SpriteHitCircle1);
SpriteHitCircle2 = new pAnimation(t_hit2, Fields.Gamefield, Origins.Centre, Clocks.Audio, Position,
SpriteManager.drawOrderBwd(StartTime - (hitObjectManager.ShowOverlayAboveNumber ? 2 : 1)), false, Color.White);
SpriteHitCircle2.FrameDelay = 1000 / 2F;
SpriteCollection.Add(SpriteHitCircle2);
DimCollection.Add(SpriteHitCircle2);
SpriteHitCircleText = new pSpriteText(null, SkinManager.Current.FontHitCircle, SkinManager.Current.FontHitCircleOverlap, Fields.Gamefield, Origins.Centre,
Clocks.Audio, Position, SpriteManager.drawOrderBwd(StartTime - (hitObjectManager.ShowOverlayAboveNumber ? 1 : 2)), false, Color.White);
SpriteHitCircleText.Scale = TEXT_SIZE;
if (ShowCircleText)
{
SpriteCollection.Add(SpriteHitCircleText);
}
Transformation t;
//fade in
if (hidden)
{
t = new Transformation(TransformationType.Fade, 0, 1, startTime - p, startTime - (int)(p * 0.6));
}
else
{
t = new Transformation(TransformationType.Fade, 0, 1, startTime - p, startTime - p + HitObjectManager.FadeIn);
}
SpriteHitCircle1.Transformations.Add(t.Clone());
SpriteHitCircle2.Transformations.Add(t.Clone());
SpriteHitCircleText.Transformations.Add(t.Clone());
//fade out
if (GameBase.Mode == OsuModes.Edit)
{
SpriteSelectionCircle =
new pSprite(TextureManager.Load(@"hitcircleselect"), Fields.Gamefield,
Origins.Centre, Clocks.Game, Position,
SpriteManager.drawOrderBwd(StartTime - 3), true, Color.TransparentWhite);
SpriteCollection.Add(SpriteSelectionCircle);
if (ConfigManager.sEditorHitAnimations)
{
Arm(true);
}
else
{
t = new Transformation(TransformationType.Fade, 1, 0, startTime, startTime + hitObjectManager.ForceFadeOut);
SpriteHitCircle1.Transformations.Add(t.Clone());
SpriteHitCircle2.Transformations.Add(t.Clone());
SpriteHitCircleText.Transformations.Add(t.Clone());
SpriteApproachCircle.Transformations.Add(t.Clone());
}
SpriteApproachCircle.Transformations.Add(new Transformation(TransformationType.Scale, 1, 1.1F, startTime, startTime + 100));
}
else
{
Disarm();
}
}
private void SetTweening(bool enabled)
{
if (selectedEvent == null)
{
return;
}
if (!enabled)
{
checkTweenEaseIn.SetStatusQuietly(false);
checkTweenEaseOut.SetStatusQuietly(false);
}
changeManager.BeginAction(ChangeType.Event, ActionType.Tween, selectedEvent);
if (enabled)
{
int index =
selectedEventTransformations.FindIndex(
t => t.Time1 <= AudioEngine.Time && t.Time2 >= AudioEngine.Time);
if (index >= 0)
{
changeManager.FinishAction(true);
return;
}
index = selectedEventTransformations.FindLastIndex(t => t.Time2 < AudioEngine.Time);
if (index < 0)
{
changeManager.FinishAction(true);
return;
}
Transformation tr = selectedEventTransformations[index];
Transformation tween = null;
int idx = -1;
if (tr.Time1 == tr.Time2)
{
//remove the existing non-tween.
idx = selectedEvent.Sprite.Transformations.IndexOf(tr);
tween = tr;
}
else
{
tween = tr.Clone();
tween.Time1 = tween.Time2;
tween.StartFloat = tween.EndFloat;
tween.StartVector = tween.EndVector;
tween.StartColour = tween.EndColour;
}
//We have our starting point for the tween - now we should get the other end.
index = selectedEventTransformations.FindIndex(t => t.Time1 > AudioEngine.Time);
if (index < 0)
{
changeManager.FinishAction(true);
return;
}
if (idx >= 0) //delete the first static transform if necessary (after checking the last exit condition)
{
changeManager.PushAction(ActionType.RemoveTransformation);
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, selectedEvent.Sprite.Transformations[idx], idx));
selectedEvent.Sprite.Transformations.RemoveAt(idx);
}
tr = selectedEventTransformations[index];
if (tr.Time1 == tr.Time2)
{
//remove the existing non-tween.
idx = selectedEvent.Sprite.Transformations.IndexOf(tr);
changeManager.PushAction(ActionType.RemoveTransformation);
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, selectedEvent.Sprite.Transformations[idx], idx));
selectedEvent.Sprite.Transformations.RemoveAt(idx);
}
tween.EndFloat = tr.StartFloat;
tween.EndVector = tr.StartVector;
tween.EndColour = tr.StartColour;
tween.Time2 = tr.Time1;
changeManager.PushAction(ActionType.AddTransformation);
if (idx >= 0)
{
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, tween, idx));
selectedEvent.Sprite.Transformations.Insert(idx, tween);
}
else
{
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, tween, index + 1));
selectedEvent.Sprite.Transformations.Insert(index + 1, tween);
}
}
else
{
int index = selectedEventTransformations.FindIndex(t => t.Time1 <= AudioEngine.Time && t.Time2 >= AudioEngine.Time);
if (index < 0)
{
changeManager.FinishAction(true);
return;
}
else
{
Transformation t = selectedEventTransformations[index];
int idx = selectedEvent.Sprite.Transformations.IndexOf(t);
changeManager.PushAction(ActionType.RemoveTransformation);
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, selectedEvent.Sprite.Transformations[idx], idx));
selectedEvent.Sprite.Transformations.RemoveAt(idx);
if (index == selectedEventTransformations.Count - 1 || //doesn't collide with last transformation
selectedEventTransformations[index + 1].Time1 != t.Time2) //doesn't collide with next transformation
{
Transformation nt = t.Clone();
nt.Time1 = nt.Time2;
nt.StartFloat = nt.EndFloat;
nt.StartVector = nt.EndVector;
nt.StartColour = nt.EndColour;
changeManager.PushAction(ActionType.AddTransformation);
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, nt, idx));
selectedEvent.Sprite.Transformations.Insert(idx, nt);
}
//Decide whether we need to split the transformation into two parts or not...
if (index == 0 || //is first transformation
selectedEventTransformations[index - 1].Time2 != t.Time1)
{
Transformation nt = t.Clone();
nt.Time2 = nt.Time1;
nt.EndFloat = nt.StartFloat;
nt.EndVector = nt.StartVector;
nt.EndColour = nt.StartColour;
changeManager.PushAction(ActionType.AddTransformation);
changeManager.BackupData(new EventRecord.TransformationData(selectedEvent, nt, idx));
selectedEvent.Sprite.Transformations.Insert(idx, nt);
}
}
}
changeManager.FinishAction();
}