posted 14 August 2005 09:48            

<20 hz + (((!Freq - 20) - !BW) * !Red) smoothed hz>
(into the frequency field of the high-pass filter)

<(!Freq hz + !BW hz) + ((22050 - (!Freq + !BW)) * (1 - !Red))
smoothed hz>
(into the frequency field of the low-pass filter)

'!Red' stands for reduction, the hot parameter for realtime
control of the amount of filter reduction.

This sound with this code works perfectly well with a normal
speech signal, leaving it unaltered when !Red = 0. But with
a heavy, distorted explosion it doesn't work, that is, the
sound is not the original one when !Red = 0. It is somehow
distorted by the filters. Why is this and how can I accomplish
that I hear the original, unaltered, when !Red = 0?

Best,

Florian