I'm sitting there staring at the graph in Tolvans Edge program in a zen like state when it dawns on me that there's two ways of reading it.
When it shows an uncompensated +7db peak @500Hz and a -35degree phase shift, does that mean the peak is 35 deg. out of phase from the original signal and must then be blended with whatever spl/frq graph you have - or does that mean there's going to be a +7db peak with phasic information blurred by 35 deg.?
The first implies that it's not actually going to be +7db and needs to be blended according to some algorithm, and the other implies that it would be even more than +7db but can be simply added to whatever spl/frq graph you have.
Anyone know which?
When it shows an uncompensated +7db peak @500Hz and a -35degree phase shift, does that mean the peak is 35 deg. out of phase from the original signal and must then be blended with whatever spl/frq graph you have - or does that mean there's going to be a +7db peak with phasic information blurred by 35 deg.?
The first implies that it's not actually going to be +7db and needs to be blended according to some algorithm, and the other implies that it would be even more than +7db but can be simply added to whatever spl/frq graph you have.
Anyone know which?