Vienna Symphonic Library Forum
Forum Statistics

182,193 users have contributed to 42,209 threads and 254,699 posts.

In the past 24 hours, we have 2 new thread(s), 20 new post(s) and 50 new user(s).

  1. Home
  2. Software
  3. Vienna Instruments Pro
  4. Anyway to load a project in VEP6 that was saved in 7?

  • Anyway to load a project in VEP6 that was saved in 7?

    M
    M

    I upgraded to VEP7 a couple weeks ago, but have run into a major stumbling block.

    I work in Cubase 10 and have 7 VEP instances connected to slave computers running a rather lage orchestral template. I keep the instances frozen until needed (for a few different reasons).

    The problem is that when unfreezing VEP7, it takes upwards of 7 mins!!! to reconnect to the slave computer. I rolled back to VEP6 and have no issues unfreezing and getting an immediate connection. 

    However before discovering the unfreeze issue, I did a fair amount of modification to my VEP slave templates and VEP6 won't load them up. Is there anyway to access those templates from VEP6, or do I need to reconstruct the changes?

    Thanks!

    Main Comp: Mac Pro Trash Can (Mojave)

    Slave Comps: Win 10 PC's 
  • C
    C

    Even as VSL informs us this can't happen, I had such issues with the initial build of 7 I had to rollback for a couple, three days. And I had saved a VEP 7 version of the current project; which did load and work except for where I had instantiated included Vienna Suite Pro internal instances to replace the old which of course did not. Since the official line is no, I wouldn't count on it but it did here.
  • M
    M

    yeah, it's strange. When I unfreeze an instance connected to my Strings slave computer, VEP6 takes 5 secs to connect. VEP7 takes 7 mins!!! to connect to the same slave computer when unfreezing. 

    If I just have the VEP7 plugin loaded on my host but not connected, it only takes a few seconds to connect. But something about coming out of a frozen state and connecting brings VEP7 to its knees. It also is MUCH slower to initiate the freeze process than VEP6.