4 ms·
A rather John Cage-ian anti-music piece although the only thing of interest but the way it was written I wasn't sure if the 4 GB limit "discovered" FAT32's limi
by fuzzywalrus 12y ago
A rather John Cage-ian anti-music piece although the only thing of interest but the way it was written I wasn't sure if the 4 GB limit "discovered" FAT32's limit or if it was a MP3 format issue that players simply couldn't handle files larger than 4 GB because they were 32 bit.
Other than that, I can't really say that creating a project of 700 days of generated noise is very interesting from an art perspective, but I'll save the art critiques beyond that.
- Aardwolf 12y agoIt could become even more art if it included a performance of playing this for 711 days, with someone changing the DVD to the next one every 3 days.
- dmcginty 12y agoThere's a John Cage piece called "Organ^2/As Slow As Possible" that is currently being performed on a specially-made pipe organ in Germany. Note changes happen every few years and the piece will finish in 2640. https://en.wikipedia.org/wiki/As_Slow_as_Possible https://en.wikipedia.org/wiki/As_Slow_as_Possible
- quarterto 12y agoAlso Longplayer[1], played on singing bowls, which will end at midnight on the 31st of December, 2999. It's written to constantly evolve and never repeat. You can stream it! http://longplayer.org/ http://longplayer.org/
- terminado 12y agoI wasn't sure if the 4 GB limit "discovered" FAT32's limit or if it was a MP3 format issue I think it's based on commodity single-layer DVD's being the storage medium, since the process seems to produce ISO files for burning, which might imply ISO 9660 limitations. Although, there's MPEG/DVD mastering software in use, which would (probably) be smart enough to fragment assets, and chain them together for continuous playback (considering the availability of dual-layer 8GB recordable DVD's). The images also note a Thinkpad is in the mix, which might imply Windows XP (or newer), and possible access to NTFS partitions, which permits files of 2^64 bytes.