This may not be the place to ask this, but you guys seem to have a handle on SFZ. I was looking at the sfz files and the wav sample data in sonar. most of them have stereo (2) wav files associated with one hit strength. -L- and -R-. The bass drum sample data is just singular meaning no left or right just a wav for each velocity.
The drum SFZ files for both the snare and the bass are the same , they call two separate wav files for each velocity range, however the bass calls the next velocity instead of a right or left.
like tightfunkbass for example, have the same layout except the regions call literally different velocity wav files. When comparing the bass drum SFZ and the other sfz that the bass drum is not correct?
Shouldn't it call the same velocity wav file in the sister region? why would one want it louder on one side?
The way I am understanding it, the bass drum calling two different velocity wav samples is wrong or the snare calling L and R of the same velocity is wrong. Because they are identical except for the polyphony and sample names.
I don't see how the polyphony affects anything.
Here is the funktight kick region(I don't want to violate and protected data by posting this so if am please delete this info but suffice it to say they are identical other than polyphony) wouldn't this result in one louder wav being layered over a softer one??(in the bass drum sfz)
<group> lokey=0 hikey=127 group=35 polyphony=2 loop_mode=one_shot
<region> sample=..\..\Sampledata\Cakewalk-Funktight-Kick\Kick-Funktight-031.wav lovel=120 hivel=127 lorand=0.0 hirand=0.5
<region> sample=..\..\Sampledata\Cakewalk-Funktight-Kick\Kick-Funktight-032.wav lovel=120 hivel=127 lorand=0.5 hirand=1.0
______________Snare_____________________
<group> lokey=0 hikey=127 group=38 polyphony=4 loop_mode=one_shot
<region> sample=..\..\Sampledata\Cakewalk-Funktight-Snare\SDstdL\Snare-Funktight-Hit-L-024.wav lovel=123 hivel=127 lorand=0.0 hirand=0.5
<region> sample=..\..\Sampledata\Cakewalk-Funktight-Snare\SDstdR\Snare-Funktight-Hit-R-024.wav lovel=123 hivel=127 lorand=0.5 hirand=1.0