private protected static void ParseAsset <T>(BinaryReader reader, T result)
where T : BaseSingleSound
{
result.Volume = reader.ReadPercentage();
result.VolumeShift = reader.ReadPercentage();
result.PerFileVolumeShift = reader.ReadPercentage();
result.MinVolume = reader.ReadPercentage();
result.PlayPercent = reader.ReadPercentage();
result.Limit = reader.ReadInt32();
result.Priority = reader.ReadInt32AsEnum <AudioPriority>();
result.Type = reader.ReadUInt32AsEnumFlags <AudioTypeFlags>();
result.Control = reader.ReadUInt32AsEnumFlags <AudioControlFlags>();
result.MinRange = reader.ReadSingle();
result.MaxRange = reader.ReadSingle();
result.LowPassCutoff = reader.ReadPercentage();
result.ZoomedInOffscreenVolumePercent = reader.ReadPercentage();
result.ZoomedInOffscreenMinVolumePercent = reader.ReadPercentage();
result.ZoomedInOffscreenOcclusionPercent = reader.ReadPercentage();
result.ReverbEffectLevel = reader.ReadPercentage();
result.DryLevel = reader.ReadPercentage();
result.SubmixSlider = reader.ReadOptionalValueAtOffset(() => reader.ReadUInt32AsEnum <AudioVolumeSlider>());
result.PitchShift = reader.ReadOptionalValueAtOffset(() => reader.ReadFloatRange());
result.PerFilePitchShift = reader.ReadOptionalValueAtOffset(() => reader.ReadFloatRange());
result.Delay = reader.ReadOptionalValueAtOffset(() => reader.ReadIntRange());
result.VolumeSliderMultipliers = reader.ReadListAtOffset(() => VolumeSliderMultiplier.ParseAsset(reader));
}
internal static AudioSettings ParseAsset(BinaryReader reader, Asset asset)
{
var result = new AudioSettings();
result.SetNameAndInstanceId(asset);
var streamBufferSizePerChannel = reader.ReadUInt32();
var maxRequestsPerStream = reader.ReadUInt32();
result.ForceResetTime = reader.ReadTime();
result.EmergencyResetTime = reader.ReadTime();
result.MinOcclusion = reader.ReadPercentage();
var delayPriorToPlayingToReadSoundFile = reader.ReadSingle();
var readAheadTime = reader.ReadSingle();
var queueAheadTime = reader.ReadSingle();
var longTime = reader.ReadSingle();
result.AudioFootprintInBytes = reader.ReadInt32();
result.DefaultSoundVolume = reader.ReadPercentage();
result.DefaultVoiceVolume = reader.ReadPercentage();
result.DefaultMusicVolume = reader.ReadPercentage();
result.DefaultMovieVolume = reader.ReadPercentage();
result.DefaultAmbientVolume = reader.ReadPercentage();
result.AutomaticSubtitleDuration = reader.ReadTime();
result.AutomaticSubtitleLines = reader.ReadInt32();
var panRadiusScaleValue = reader.ReadSingle();
var panSize = reader.ReadSingle();
result.MinSampleVolume = reader.ReadSingle();
result.PositionDeltaForReverbRecheck = reader.ReadSingle();
result.TimeToFadeAudio = reader.ReadTime();
result.AmbientStreamHysteresisVolume = reader.ReadInt32();
var volumeMultiplierFor2DSounds = reader.ReadSingle();
result.VoiceMoveToCampMaxCampnessAtStartPoint = reader.ReadInt32();
result.VoiceMoveToCampMinCampnessAtEndPoint = reader.ReadInt32();
result.MinDelayBetweenEnterStateVoice = reader.ReadTime();
var timeSinceLastAttackForVoiceRetreatToCastle = reader.ReadSingle();
var distanceToLookForEnemiesForVoiceRetreatToCastle = reader.ReadSingle();
var postPostGameMusicWait = reader.ReadSingle();
result.AutomaticSubtitleWindowColor = reader.ReadColorRgbaF();
result.AutomaticSubtitleTextColor = reader.ReadColorRgbaF();
result.VolumeSliderMultipliersForMovie = reader.ReadArrayAtOffset(() => VolumeSliderMultiplier.ParseAsset(reader));
result.TacticalMicSettings = MicrophoneSettings.ParseAsset(reader);
result.LivingWorldMicSettings = MicrophoneSettings.ParseAsset(reader);
result.ShellMicSettings = MicrophoneSettings.ParseAsset(reader);
result.VolumeCompressionSettings = VolumeCompressionSettings.ParseAsset(reader);
result.SuppressOcclusion = reader.ReadBooleanChecked();
var playEnemySightedEventsOnlyFromNearbyUnits = reader.ReadBooleanChecked();
return(result);
}
