protected override void CreateInternal(byte[] data)
{
// Check if WAV.
if (WavFormat.IsWav(data))
{
SoundData = WavFormat.Decode(data, out AudioFormat format);
Format = format;
Duration = format.GetSoundDuration(data.Length);
}
if (Format == null || SoundData.IsEmpty)
{
Engine.Log.Warning($"Couldn't load audio file - {Name}.", MessageSource.AssetLoader);
}
}
protected override void CreateInternal(ReadOnlyMemory <byte> data)
{
// Check if WAV.
if (WavFormat.IsWav(data))
{
// Get the data.
ReadOnlySpan <byte> soundDataDecoded = WavFormat.Decode(data, out AudioFormat format).Span;
if (format.SampleSize == 0)
{
Engine.Log.Error($"Error reading sound file {Name}.", MessageSource.Audio);
return;
}
// Convert to float and store it as such.
SoundData = new float[soundDataDecoded.Length / format.SampleSize];
for (var i = 0; i < SoundData.Length; i++)
{
SoundData[i] = AudioConverter.GetSampleAsFloat(i, soundDataDecoded, format);
}
OriginalFormat = format.Copy();
format.BitsPerSample = 32;
format.IsFloat = true;
ByteSize = SoundData.Length;
Format = format;
Duration = format.GetSoundDuration(SoundData.Length * sizeof(float));
AudioConverter = new AudioConverter(Format, SoundData, 10);
if (Format.UnsupportedBitsPerSample())
{
Engine.Log.Error($"The audio format of {Name} has an unsupported number of bits per sample ({Format.BitsPerSample}). Supported values are 8/16/32", MessageSource.Audio);
}
}
if (Format == null || SoundData == null)
{
Engine.Log.Warning($"Couldn't load audio file - {Name}.", MessageSource.AssetLoader);
}
}