but you could have different instances of VI in different midi tracks loaded articulations from the same instrument (that's how i understood the last question) ... of course this is not the most efficient way to use VI players as they are designed.
12 keyswitches for presets x 12 cells horizontal (controller assignable) x 12 cells vertical (controller assignable) x 2 a/B select = 3456 articulations
how far you can load your computer depends on: type and size of articulations, what else is installed and running on your computer, number and speed of harddisks, type and latency of soundcard (quality of drivers), to name a few ...
in a simple calculation one 8 core macPro with 8 GB equals 4 2 core PCs with 2 GB - but depending how far you would be willing to configure your macPro to get beyond the 4 GB limit per 32bit application i'd say you get more out of the 4 PCs (trading in other complications like routing, setup, maintenance, blablabla)
christian
12 keyswitches for presets x 12 cells horizontal (controller assignable) x 12 cells vertical (controller assignable) x 2 a/B select = 3456 articulations
how far you can load your computer depends on: type and size of articulations, what else is installed and running on your computer, number and speed of harddisks, type and latency of soundcard (quality of drivers), to name a few ...
in a simple calculation one 8 core macPro with 8 GB equals 4 2 core PCs with 2 GB - but depending how far you would be willing to configure your macPro to get beyond the 4 GB limit per 32bit application i'd say you get more out of the 4 PCs (trading in other complications like routing, setup, maintenance, blablabla)
christian
and remember: only a CRAY can run an endless loop in just three seconds.