I measured the dynamic range who can be done with MIDI:
velocity/dBFS
127 = -1.9 dBFS
096 = -9.3 dBFS
064 = -18 dBFS
032 = -27 dBFS
001 = -39 dBFS
That gives a total dynamic range of 37 dB on the FS scale. Compared to a 72 dB dynamic range of a orchestra recording on a 16-bit CD.
This translated to dynamic indications in music is: pp to ff
No ppp or fff and we can forget completly pppp and anything below and ffff and above. Not even possible with fader automation to extend to this dynamic range, because of the absence of samples with this dynamics.
The measuring was done with the VI_14L_mV_sus patch and a three note chord, a G3 single note. Do we need ppp, pppp and ffff samples? Maybe, at the moment we don't have any, and it would be a awful lot of work to mix them, and possible only when working in a state of the art environment.
.
velocity/dBFS
127 = -1.9 dBFS
096 = -9.3 dBFS
064 = -18 dBFS
032 = -27 dBFS
001 = -39 dBFS
That gives a total dynamic range of 37 dB on the FS scale. Compared to a 72 dB dynamic range of a orchestra recording on a 16-bit CD.
This translated to dynamic indications in music is: pp to ff
No ppp or fff and we can forget completly pppp and anything below and ffff and above. Not even possible with fader automation to extend to this dynamic range, because of the absence of samples with this dynamics.
The measuring was done with the VI_14L_mV_sus patch and a three note chord, a G3 single note. Do we need ppp, pppp and ffff samples? Maybe, at the moment we don't have any, and it would be a awful lot of work to mix them, and possible only when working in a state of the art environment.
.