On Fri, 2008-07-18 at 01:29 +0200, thomasg wrote:
> Yeah, I feared that :(
> As I don't expect a fixed point or integer implementation of
> fluidsynth (sounds like a lot of work) in the next time - is there any
> other way to reduce the load? Can't really switch to another platform
> (even if I'd
I would say, for compatibility sake, to go with the Creative way of
handling the attenuation. You have 14 years of SoundFonts created
expecting this behavior. Also, it's really not a big deal because
SoundFont designers generally attenuate the sound using their ears, not
by measuring decibels
On Fri, Jul 18, 2008 at 12:38 AM, Josh Green <[EMAIL PROTECTED]> wrote:
> On Thu, 2008-07-17 at 23:23 +0200, thomasg wrote:
> > Hi,
> >
> > I'm using fluidsynth as backend for a small app I'm writing. I'm not a
> > good C developer, but I'm trying. :-)
> > My app uses the simple midi api with dire
Hello Chris,
The whole attenuation issue with Creative Labs sound cards has been
discussed before in regards to FluidSynth, but I don't think it was ever
resolved correctly. As you noted, they do not follow the SoundFont spec
in this regard. I've contemplated whether FluidSynth should just resor
On Thu, 2008-07-17 at 23:23 +0200, thomasg wrote:
> Hi,
>
> I'm using fluidsynth as backend for a small app I'm writing. I'm not a
> good C developer, but I'm trying. :-)
> My app uses the simple midi api with direct (alsa) playback, and I'm
> sending few noteon/noteoff signals.
> On my PC this wo
Hi,
I'm using fluidsynth as backend for a small app I'm writing. I'm not a good
C developer, but I'm trying. :-)
My app uses the simple midi api with direct (alsa) playback, and I'm sending
few noteon/noteoff signals.
On my PC this works like a charm, but unfortunately I'm running into
problems wh
Well, I have found a problem with the change I made to the velocity
scale. While it improves the velocity responsiveness, as well as
related controllers (volume & expression), it messes up the attenuation
level as set within the SoundFont.
On the Live!/Audigy, setting the attenuation to 8 dB
