Music: Difference between revisions
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== Technical Information == | == Technical Information == | ||
Music is stored in Lego Island SI files. SI files are derivatives of the {{Wikipedia|Resource Interchange File Format}} best known as the basis of AVI and WAV files. | Music is stored in Lego Island SI files. SI files are derivatives of the {{Wikipedia|Resource Interchange File Format}} best known as the basis of AVI and WAV files. | ||
All music appears to be 11025Hz Mono Signed 16-bit. | |||
Music appears to begin with a <code>MxDa</code> and is split into chunks of <code>MxCh</code>. The <code>MxDa</code> header contains information about the PCM audio in the <code>MxCh</code> chunks. | Music appears to begin with a <code>MxDa</code> and is split into chunks of <code>MxCh</code>. The <code>MxDa</code> header contains information about the PCM audio in the <code>MxCh</code> chunks. | ||
Revision as of 02:29, 18 April 2019
Technical Information
Music is stored in Lego Island SI files. SI files are derivatives of the Resource Interchange File Format best known as the basis of AVI and WAV files.
All music appears to be 11025Hz Mono Signed 16-bit.
Music appears to begin with a MxDa and is split into chunks of MxCh. The MxDa header contains information about the PCM audio in the MxCh chunks.
MxDa Header Specification
| Bytes | Offset | Description |
|---|---|---|
MxDa |
0 | Identifier |
MxCh |
4 | Chunk Header |
| Audio Format | 26 | 2-byte Integer (Little Endian) - 1 = PCM, others indicate some form of compression |
| Number of Channels | 28 | 2-byte Integer (Little Endian) - 1 = Mono, 2 = Stereo |
| Sample Rate | 30 | 4-byte Integer (Little Endian) |
| Byte Rate | 34 | 4-byte Integer (Little Endian) Is equal to Sample Rate * Number of Channels * BitsPerSample/8
|
| Bytes per Sample | 36 | 2-byte Integer (Little Endian) - is equal to Number of Channels * BitsPerSample/8
|
| Bits per Sample per Channel | 38 | 2-byte Integer (Little Endian) - 8 = 8-bits, 16 = 16-bits, etc. |