private void DrawUi()
{
var time = (long)FindSystem <GameTimeSystem>().Time;
// Debug things
_spriteBatch.DrawString(Skin.Font, time.ToString(), new Vector2(12, 12), Color.Red);
_spriteBatch.DrawString(Skin.Font, ScrollingSpeed.ToString("F1"), new Vector2(12, 48), Color.Red);
_spriteBatch.DrawString(Skin.Font,
$"Song Speed: {FindSystem<MusicSystem>().PlaybackRate:F1}",
new Vector2(12, 64),
Color.DarkRed);
var scoreSystem = GameSystemManager.FindSystem <ScoreV1System>();
string scores = $"Marvelous: {scoreSystem.MarvelousCount}\n" +
$"Perfect: {scoreSystem.PerfectCount}\n" +
$"Great: {scoreSystem.GreatCount}\n" +
$"Good: {scoreSystem.GoodCount}\n" +
$"Bad: {scoreSystem.BadCount}\n" +
$"Miss: {scoreSystem.MissCount}";
_spriteBatch.DrawString(Skin.Font, scores, new Vector2(800, 10), Color.Black);
_spriteBatch.DrawString(Skin.Font,
$"ScoremeterScore: {scoreSystem.Score}\n" +
$"Combo: {scoreSystem.Combo}\n" +
$"Accuracy: {scoreSystem.Accuracy * 100:F2}%\n" +
$"HP: {FindSystem<HealthSystem>().Health}",
new Vector2(15, 300), Color.Black);
}
public override void Initialize()
{
base.Initialize();
GameplaySystem gs = GameSystemManager.FindSystem <GameplaySystem>();
_scores = new List <ScoremeterScore>();
_od = gs.Beatmap.Settings.Difficulty.OverallDifficutly;
SizeMultiplier = 1.0f;
var scoreSys = FindSystem <ScoreV1System>();
Size = new Vector2((float)scoreSys.HitThresholds[scoreSys.ScoreMiss] * 2.0f, 8);
Position = new Vector2(
gs.Skin.Settings.PlayfieldPositionX +
gs.Skin.PlayfieldLineTexture.Width * gs.Beatmap.Settings.Difficulty.KeyAmount / 2.0f -
Size.X * SizeMultiplier / 2.0f, 400);
_hitColors = new Dictionary <string, Color>
{
{ scoreSys.ScoreMarvelous, new Color(255, 255, 255) },
{ scoreSys.ScorePerfect, new Color(233, 201, 27) },
{ scoreSys.ScoreGreat, new Color(0, 231, 33) },
{ scoreSys.ScoreGood, new Color(0, 185, 231) },
{ scoreSys.ScoreBad, new Color(229, 0, 151) },
{ scoreSys.ScoreMiss, new Color(199, 0, 0) }
};
}
private void DoScore(HitObject hitObject, int hitValue)
{
if (hitValue < 0)
{
return;
}
string hitValueName;
if (hitValue == HitValues[ScoreMarvelous])
{
CurrentScoreSplash = new ScoreSplash(_gameplay.Skin.ScoreMarvelousTexture);
MarvelousCount++;
hitValueName = ScoreMarvelous;
}
else if (hitValue == HitValues[ScorePerfect])
{
CurrentScoreSplash = new ScoreSplash(_gameplay.Skin.ScorePerfectTexture);
PerfectCount++;
hitValueName = ScorePerfect;
}
else if (hitValue == HitValues[ScoreGreat])
{
CurrentScoreSplash = new ScoreSplash(_gameplay.Skin.ScoreGreatTexture);
GreatCount++;
hitValueName = ScoreGreat;
}
else if (hitValue == HitValues[ScoreGood])
{
CurrentScoreSplash = new ScoreSplash(_gameplay.Skin.ScoreGoodTexture);
GoodCount++;
hitValueName = ScoreGood;
}
else if (hitValue == HitValues[ScoreBad])
{
CurrentScoreSplash = new ScoreSplash(_gameplay.Skin.ScoreBadTexture);
BadCount++;
hitValueName = ScoreBad;
}
else if (hitValue == HitValues[ScoreMiss])
{
CurrentScoreSplash = new ScoreSplash(_gameplay.Skin.ScoreMissTexture);
MissCount++;
DoBreakCombo();
hitValueName = ScoreMiss;
}
else
{
throw new InvalidDataException("ScoremeterScore not found");
}
OnScoreGet?.Invoke(this, new OnScoreGetEventHandler(hitValueName, HitValues[hitValueName], (float)FindSystem <GameTimeSystem>().Time - hitObject.Position));
GameSystemManager.FindSystem <ScoremeterSystem>()?.AddScore((long)FindSystem <GameTimeSystem>().Time,
hitObject.Position, hitValueName);
ProceedCombo(hitValue);
CalculateScore(hitValueName);
CalculateAccuracy();
}
public override void Initialize()
{
base.Initialize();
_gameplay = GameSystemManager.FindSystem <GameplaySystem>();
InitValues();
}
private void DrawHitObjects()
{
var time = (long)FindSystem <GameTimeSystem>().Time;
//foreach (var lines in SeparatedLines)
{
foreach (var o in Beatmap.HitObjects)
{
// TODO: Make more precise work on the numbers
// TODO: Make _isUpsideDown (upside down) work
// TODO: Skip unnecessary loops
//int k = IsUpsideDown ? -1 : 1;
// Set correct position for the object
Vector2 position = new Vector2(
// x
Skin.Settings.PlayfieldPositionX +
((o.Column - 1) * (Skin.PlayfieldLineTexture.Width)),
// y
(ScrollingSpeed * (time - o.Position) +
(Settings.WindowHeight - Skin.ButtonTexture.Height)) +
Skin.Settings.HitPosition
);
Texture2D hitObjectTexture = Skin.NoteClickTexture;
if (Skin.Settings.NoteType.ToLower() == "arrow")
{
// For 'arrow' skin type use texture collection
hitObjectTexture = Skin.NoteClickTextures[o.Column - 1];
}
// if it is a 'Click' note, just draw its texture
if (o is NoteClick)
{
_spriteBatch.Draw(hitObjectTexture, position, o.IsExpired ? Color.Black : Color.White);
}
else if (o is NoteHold) // if it is a 'Hold' note, draw its texture one time per 5 pixels
{
var noteHold = o as NoteHold;
for (int i = 0; i <= noteHold.EndPosition - noteHold.Position; i += 5)
{
position = new Vector2(
// x
Skin.Settings.PlayfieldPositionX +
((noteHold.Column - 1) * (Skin.PlayfieldLineTexture.Width)),
// y
(ScrollingSpeed * (time - (noteHold.Position + i)) +
(Settings.WindowHeight - Skin.ButtonTexture.Height)) +
Skin.Settings.HitPosition
);
_spriteBatch.Draw(hitObjectTexture, position, null, noteHold.IsExpired ? Color.Black : Color.White);
}
}
// Proceed miss
// It handles in draw method because of optimization
if (o.IsExpired)
{
continue;
}
var scoreSys = GameSystemManager.FindSystem <ScoreV1System>();
if (o.Position + scoreSys.HitThresholds[scoreSys.ScoreMiss] < time)
{
o.DoHit();
}
}
}
}
public T FindSystem <T>() where T : GameSystem
{
return(GameSystemManager?.FindSystem <T>());
}