View Full Version : Giga piano 2 is abit cpu intensive....
swayzak
11-08-2004, 04:52 AM
hi
Been playing around with GS3 a bit now - lovin it.
However GP2 makes the cpu meter flicker (and I mean flicker rather than sit nice and steadily) as 18-20 %.
Is this normal ?
The other gigs I've tried have much lower cpu (around 5 %) and don't flocker so bad e.g. gigaharp, Sonic Implants Strings.
Even if I do a big glissando on the harp (voices >100) the cpu never goes above 10% or so
I accept that I have to increase my RME latency to 3 ms from 1.5 ms to get rid of the GP2 sustain pedal clicks but why is the resting cpu use so high ?
swayzak
swayzak
11-08-2004, 09:38 AM
No one.....?
Przemek K.
11-08-2004, 12:08 PM
Hi,
Gigapiano 2 is utilizing the new body resonance modelling(pedal up and down) with Gigapulse.
That means if you load Gigapiano 2 the embedded gigapulse is also with it, which is responsible for the high cpu load.
Hope that helps :)
maszat
11-08-2004, 02:45 PM
When you increase the GSIF buffer size your CPU utilization will
- stabilize ( less jumpy )
- go down a little bit
Try with a large buffer size first, that may give you a cracked sound, then work your way backwards until you get the clean sound.
Use a very low poliphony settings while you test this, otherwise your CPU overload may be misleading, that is another factor.
When you found the good GSIF buffer size then only after then try to gradually increase the poliphony settings and see how much your CPU can handle. You also want to disable the pedal noise if your poliphony is limited by the CPU.
I'm having a decent dual CPU system and GPII brings it to it's knees.
Actually I am lucky that it runs on dual at all - it is not supported !!! - , behaves strange, it is sharing the CPU load, but utilizes only 50% of each and that is the limit.
hope it helped a bit
maszat
swayzak
11-09-2004, 02:47 AM
When you increase the GSIF buffer size your CPU utilization will
- stabilize ( less jumpy )
- go down a little bit
Try with a large buffer size first, that may give you a cracked sound, then work your way backwards until you get the clean sound.
Use a very low poliphony settings while you test this, otherwise your CPU overload may be misleading, that is another factor.
When you found the good GSIF buffer size then only after then try to gradually increase the poliphony settings and see how much your CPU can handle. You also want to disable the pedal noise if your poliphony is limited by the CPU.
I'm having a decent dual CPU system and GPII brings it to it's knees.
Actually I am lucky that it runs on dual at all - it is not supported !!! - , behaves strange, it is sharing the CPU load, but utilizes only 50% of each and that is the limit.
hope it helped a bit
maszat
Thanks - that's reassuring.
It does sound lovely though...
Guga Bernardo
11-10-2004, 12:50 PM
BTW, what is the latency that you have obtained through this method?
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