void OnComplete(Level level)
{
level.Session.BeatBestTimePlatinum(false);
var settings = this.InRandomizerSettings;
if (settings != null && level.Session.StartedFromBeginning) // how strong can/should we make this condition?
{
var hash = uint.Parse(settings.Hash); // convert and unconvert, yeah I know
level.Session.BeatBestTime = false;
if (this.SavedData.BestTimes.TryGetValue(hash, out long prevBest))
{
if (level.Session.Time < prevBest)
{
level.Session.BeatBestTime = true;
this.SavedData.BestTimes[hash] = level.Session.Time;
}
}
else
{
this.SavedData.BestTimes[hash] = level.Session.Time;
}
if (settings.Rules != Ruleset.Custom)
{
if (this.SavedData.BestSetSeedTimes.TryGetValue(settings.Rules, out var prevBestSet))
{
if (level.Session.Time < prevBestSet.Item1)
{
level.Session.BeatBestTimePlatinum(true);
this.SavedData.BestSetSeedTimes[settings.Rules] = RecordTuple.Create(level.Session.Time, settings.Seed);
}
}
else
{
this.SavedData.BestSetSeedTimes[settings.Rules] = RecordTuple.Create(level.Session.Time, settings.Seed);
}
if (level.Session.SeedCleanRandom())
{
if (this.SavedData.BestRandomSeedTimes.TryGetValue(settings.Rules, out var prevBestRand))
{
if (level.Session.Time < prevBestRand.Item1)
{
level.Session.BeatBestTimePlatinum(true);
this.SavedData.BestRandomSeedTimes[settings.Rules] = RecordTuple.Create(level.Session.Time, settings.Seed);
}
}
else
{
this.SavedData.BestRandomSeedTimes[settings.Rules] = RecordTuple.Create(level.Session.Time, settings.Seed);
}
}
}
this.SaveSettings();
}
}
void OnComplete(Level level)
{
level.Session.BeatBestTimePlatinum(false);
var settings = this.InRandomizerSettings;
if (settings != null && level.Session.StartedFromBeginning) // how strong can/should we make this condition?
{
var hash = uint.Parse(settings.Hash); // convert and unconvert, yeah I know
level.Session.BeatBestTime = false;
if (this.SavedData.BestTimes.TryGetValue(hash, out long prevBest))
{
if (level.Session.Time < prevBest)
{
level.Session.BeatBestTime = true;
this.SavedData.BestTimes[hash] = level.Session.Time;
}
}
else
{
this.SavedData.BestTimes[hash] = level.Session.Time;
}
if (settings.Rules != Ruleset.Custom)
{
long submittedValue = settings.Algorithm == LogicType.Endless ? this.CurrentScore : level.Session.Time;
Func <long, bool> betterthan = oldval => settings.Algorithm == LogicType.Endless ? (submittedValue > oldval) : (submittedValue < oldval);
if (settings.Algorithm != LogicType.Endless || settings.SeedType != SeedType.Random)
{
// unless we're playing endless, allow random seeds to count toward set seed records
if (this.SavedData.BestSetSeedTimes.TryGetValue(settings.Rules, out var prevBestSet))
{
if (betterthan(prevBestSet.Item1))
{
level.Session.BeatBestTimePlatinum(true);
this.SavedData.BestSetSeedTimes[settings.Rules] = RecordTuple.Create(submittedValue, settings.Seed);
}
}
else
{
this.SavedData.BestSetSeedTimes[settings.Rules] = RecordTuple.Create(submittedValue, settings.Seed);
}
}
if (level.Session.SeedCleanRandom())
{
if (this.SavedData.BestRandomSeedTimes.TryGetValue(settings.Rules, out var prevBestRand))
{
if (betterthan(prevBestRand.Item1))
{
level.Session.BeatBestTimePlatinum(true);
this.SavedData.BestRandomSeedTimes[settings.Rules] = RecordTuple.Create(submittedValue, settings.Seed);
}
}
else
{
this.SavedData.BestRandomSeedTimes[settings.Rules] = RecordTuple.Create(submittedValue, settings.Seed);
}
}
}
this.SaveSettings();
}
}