private void onNewResult(DrawableHitObject judgedObject, JudgementResult result)
{
DrawableRushHitObject rushJudgedObject = (DrawableRushHitObject)judgedObject;
RushJudgementResult rushResult = (RushJudgementResult)result;
PlayerSprite.HandleResult(rushJudgedObject, result);
// Display hit explosions for objects that allow it.
if (result.IsHit && rushJudgedObject.DisplayExplosion)
{
Drawable explosion = rushJudgedObject switch
{
DrawableStarSheetHead head => sheetExplosionPool.Get(s => s.Apply(head)),
DrawableStarSheetTail tail => sheetExplosionPool.Get(s => s.Apply(tail)),
DrawableHeart heart => heartExplosionPool.Get(h => h.Apply(heart)),
_ => explosionPool.Get(h => h.Apply(rushJudgedObject)),
};
if (rushJudgedObject is IDrawableLanedHit laned)
{
playfieldForLane(laned.Lane).AddExplosion(explosion);
}
}
// Display health point difference if the judgement result implies it.
var pointDifference = rushResult.Judgement.HealthPointIncreaseFor(rushResult);
if (pointDifference != 0)
{
overPlayerEffectsContainer.Add(healthTextPool.Get(h => h.Apply(pointDifference)));
}
// Display judgement results in a drawable for objects that allow it.
if (rushJudgedObject.DisplayResult)
{
DrawableRushJudgement judgementDrawable = judgementPool.Get(j => j.Apply(result, judgedObject));
LanedHitLane judgementLane = LanedHitLane.Air;
// TODO: showing judgements based on the judged object suggests that
// this may want to be inside the object class as well.
switch (rushJudgedObject.HitObject)
{
case Sawblade sawblade:
judgementLane = sawblade.Lane.Opposite();
break;
case LanedHit lanedHit:
judgementLane = lanedHit.Lane;
break;
case MiniBoss _:
break;
}
playfieldForLane(judgementLane).AddJudgement(judgementDrawable);
}
}
public void AddJudgement(DrawableRushJudgement judgement) => judgementContainer.Add(judgement);
private void onNewResult(DrawableHitObject judgedObject, JudgementResult result)
{
DrawableRushHitObject rushJudgedObject = (DrawableRushHitObject)judgedObject;
RushJudgementResult rushResult = (RushJudgementResult)result;
PlayerSprite.HandleResult(rushJudgedObject, result);
const float judgement_time = 250f;
// Display hit explosions for objects that allow it.
if (result.IsHit && rushJudgedObject.DisplayExplosion)
{
var explosion = rushJudgedObject.CreateHitExplosion();
if (explosion != null)
{
// TODO: low priority, but the explosion should be added in a container
// that has the hit object container to avoid this kinda hacky check.
if (explosion.Depth <= 0)
{
overEffectContainer.Add(explosion);
}
else
{
underEffectContainer.Add(explosion);
}
}
}
// Display health point difference if the judgement result implies it.
var pointDifference = rushResult.Judgement.HealthPointIncreaseFor(rushResult);
if (pointDifference != 0)
{
var healthText = new SpriteText
{
RelativePositionAxes = Axes.Both,
Position = new Vector2(0.75f, 0.5f),
Origin = Anchor.Centre,
Colour = pointDifference > 0 ? Color4.Green : Color4.Red,
Text = $"{pointDifference:+0;-0}",
Font = FontUsage.Default.With(size: 40),
Scale = new Vector2(1.2f),
};
overPlayerEffectsContainer.Add(healthText);
healthText.ScaleTo(1f, judgement_time)
.Then()
.FadeOutFromOne(judgement_time)
.MoveToOffset(new Vector2(0f, -20f), judgement_time)
.Expire(true);
}
// Display judgement results in a drawable for objects that allow it.
if (rushJudgedObject.DisplayResult)
{
DrawableRushJudgement judgementDrawable = null;
// TODO: showing judgements based on the judged object suggests that
// this may want to be inside the object class as well.
switch (rushJudgedObject.HitObject)
{
case Sawblade sawblade:
judgementDrawable = new DrawableRushJudgement(result, rushJudgedObject)
{
Origin = Anchor.Centre,
Position = new Vector2(0f, judgementPositionForLane(sawblade.Lane.Opposite())),
Scale = new Vector2(1.2f)
};
break;
case LanedHit lanedHit:
judgementDrawable = new DrawableRushJudgement(result, rushJudgedObject)
{
Origin = Anchor.Centre,
Position = new Vector2(0f, judgementPositionForLane(lanedHit.Lane)),
Scale = new Vector2(1.5f)
};
break;
}
if (judgementDrawable != null)
{
judgementContainer.Add(judgementDrawable);
judgementDrawable.ScaleTo(1f, judgement_time)
.Then()
.MoveToOffset(new Vector2(-JUDGEMENT_MOVEMENT, 0f), judgement_time, Easing.In)
.Expire(true);
}
}
}
