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Looper's Delight
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maybe you're not misunderstanding me, maybe I'm wrong... my physics of sound class... so long ago... so very long... I do know that there is a correlation between the ear distance and frequency at which you stop hearing in stereo. It's the principal that every sub woofer ever made is based on. Basically, what I was saying is, that most sound in clubs is a big loud muddy mess that would step on any subtle stereo chorus. Speaking of which, people keep talking about the "One guitar into a single combo amp" setup. I can think of a couple of dozen combo guitar amps, such as the famous Roland Stereo Chorus, that use stereo chorus effects. My first stereo guitar experience was with an Ampeg SC160 that I loved so very much. Mark Bret wrote: > --- Mark Sottilaro <sine@zerocrossing.net> wrote: > > (note, if the waveform is longer than your ears are apart, you can't > > tell > > where it is in a stereo field) but most people are so drunk or on > > extacy that > > they don't notice much. > > Let's see, the eardrums on a human head are about 5 inches apart, or > .42 foot apart. > The speed of sound in air is about 1116 ft/sec. > Speed = Wavelength * Frequency, so > Frequency = Speed/Wavelength > Thus, a wavelength of 5 inches (.42 foot) has a frequency of about > 2,657 hz (1116/.42 = 2657). > > A person with normal binaural hearing can certainly tell where a tone > of less than 2,657 hz (i.e. longer than .42 feet) is located in a > stereo field, or 3 dimentional space, so I don't understand how you can > assert 'if the waveform is longer than your ears are apart, you can't > tell where it is in a stereo field'. Maybe I misunderstand your > statement? > bret > > __________________________________________________ > Do You Yahoo!? > Sign up for SBC Yahoo! Dial - First Month Free > http://sbc.yahoo.com