We had to do something similar couple of years ago in a smaller scale (4
machines) and solved it by creating an app with OpenFrameworks that
listened to OSC messages. That was controled by a PD patch, but this
could have been anything else that sends OSC (python, C++, supercollider
...).
we used laptops and old computers which proved to be a problem since all
systems and hardware were slightly different and had different time
responses when opening the video, once the OSC message to open had
arrived. Funnily enough the fastest machine to open the video was an old
laptop running XP. So I believe raspberry could be great, that way all
machines and OSs should be identical. At the time raspberry had just
came out and it was unclear if it could run the kind of videos we needed
to use (pretty good quality), now we know it does play them. So if I
would have to do it again I would try to use raspberry
good luck
enrike
lr., 2013.eko azaren 30a 12:09(e)an, peiman khosravi(e)k idatzi zuen:
I'm really not familiar with video, but a project I'm working on
requires 20 different video outputs, all synced together. I'm using PD
for the project. Consideration of the expenses apart, does anyone know
what kind of hardware we would need for this?
Many Thanks
Peiman
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