> >Interesting. So again I'm inclined to think that the reported problem > >is due to denormals. > > > >I usually do a very blunt ... + 1e-20 at strategic places. So far, > >nobody has complained about the DC offset :-) > > Similar approach works fine here, too (flipping the sign of the > addition constant at every sample or every block, depending on the > algorithm in question). > > Inaudible (in fact barely measurable), code is branchless and simple. > Perfect solution for a stupid little problem. the denormal handling on the sse unit is far better than on the fpu ... it's also possible to enable hardware FTZ/DAZ ...
better a hardware solution than a software solution ;-) t -- mailto:[EMAIL PROTECTED] ICQ: 96771783 http://www.mokabar.tk latest mp3: kMW.mp3 http://mattin.org/mp3.html latest cd: Goh Lee Kwang & Tim Blechmann: Drone http://www.geocities.com/gohleekwangtimblechmannduo/ After one look at this planet any visitor from outer space would say "I want to see the manager." William S. Burroughs
