private static float CalculateIntensity(float startTick, float endTick, List <SongCues.Cue> cues)
{
float intensity = 0f;
bool indexSet = false;
for (int i = startIndex; i < cues.Count; i++)
{
SongCues.Cue cue = SongCues.I.mCues.cues[i];
if (cue.tick >= endTick)
{
break;
}
if (cue.tick >= startTick && cue.tick < endTick)
{
intensity += GetTargetAmount((Hitsound)cue.velocity, cue.behavior);
if (!indexSet)
{
indexSet = true;
startIndex = i;
}
}
}
intensity /= AudioDriver.TickSpanToMs(SongDataHolder.I.songData, startTick, endTick);
intensity *= 1000f;
return(intensity);
}
public void EvaluateCues(SongCues.Cue[] cues, SongList.SongData songData)
{
this.length = AudioDriver.TickSpanToMs(songData, cues[0].tick, cues[cues.Length - 1].tick);
SplitCues(cues);
CalculateSpacing();
CalculateDensity();
CalculateReadability();
difficultyRating = ((spacing + readability) / length) * 500f + (length / 100000f * lengthMultiplier);
}
public static void test()
{
var candidates = GetQuietParts();
List <CueRange> ranges2 = new List <CueRange>();
candidates.ForEach((queData) => {
var ms = AudioDriver.TickSpanToMs(SongDataHolder.I.songData, queData.fromTick, queData.toTick);
if (ms >= 2000f)
{
ranges2.Add(queData);
}
});
// MelonLogger.Log($"Found {ranges2.Count} candidates!");
Data.darts = new int[ranges2.Count][];
int i = 0;
foreach (CueRange Cue in ranges2)
{
Data.darts[i] = new int[] { Cue.enableFrom, Cue.enableTo };
i++;
}
}
