Posted by paytonjjones 3 days ago
Perfect pitch is more a parlor trick than anything. Sure, it's impressive, and I wouldn't trade it away. But the most important skill that a musician can develop (and any musician can develop it) is good relative pitch, that is, the ability to identify notes once told a baseline note. But people with perfect pitch are usually terrible at relative pitch.
For example, I was in a sightsinging class long ago, with one other student with perfect pitch. Sightsinging is a course designed to develop relative pitch. The professor would play a note, say, C, tell us it's a C, then proceed to play a series of chords. The relative pitch students would work out the chords based on the C. I and the other perfect pitch student would just write out the notes we heard. The professor got angry about this, so he started starting with a C but telling everyone it was, say, an F#. Then he'd play chords relative to the C and everyone but us two would write them all out relative to F#. The perfect pitch students were totally hosed, desperately trying to transpose the notes in real-time, with our brains constantly telling us that they're all wrong, and because our relative pitch was so bad as we had relied on perfect pitch as a crutch.
This also shows up in jazz. I'm a Jazz pianist and the thing I can't do is transpose in real time. That's a CRUCIAL ABILITY for a Jazz musician. But I can't do it because my perfect pitch keeps telling me the notes I'm reading are not the same that I'm hearing.
When I occasionally visited my parent's church services, the organist, who knew I had perfect pitch, would see me and immediately transpose the organ down by one half step with a dial. I then wouldn't be able to sing anything -- all the notes in the book were wrong. I'd look up and see him grinning at me. He knew that I knew, it was just between us two. He had screwed me over.
Starting around 50 years old, my pitch has started going sharp. This is a very common effect of age in people with perfect pitch. It depends on the instrument: sawtooth waveshape instruments (guitars, violins, harmonicas) are much worse than others. I'd hear a guitar at B and it sounds like a C.
It is hard to explain how disturbing this is. All your life you could recognize colors. People around you, who only saw in monochrome, would show you a blue object and you'd say "that's blue". This amazed them, but to you it just looks blue. But then one day someone shows you an object that looks blue, but it's not. It's green. The green meter confirms it. But it LOOKS BLUE. You can't explain why this is so disturbing because to everyone else it just looks gray. This effect has a strong psychological impact too -- I've seen interesting studies on it -- because the ego has been wrapped up tightly with your perfect pitch, and now it's failing, like a piece of you going wrong.
But you also said you wouldn't trade it away. Why not? What are the positives that outweigh the negatives?
I dunno I have relative pitch but extremely good and can play basically anything from ear. And in a bunch of different keys because I'm not impeded by perfect pitch sensitivity.
Luckily it's not about that!
I'm not a musician, but I'm told the kid's way of naming the chords is particularly adept from a musician's point of view, and that's because the dad (a very accomplished musician) helped teach the kid. I am sure Rick has made more videos about what he did.
Eventually, you would want to teach them to map the color to the chord name and recognize the root of the chord. But that can be learned any time.
Also keep in mind that if a kid learns all the colors, you'll want to continue practicing to "bridge" over the age where they would lose the ability to recognize perfect pitch. If they mastered this at age 4, they could still potentially lose the ability if they don't practice during that period.
Besides being a neat party trick, it gives more possibilities and makes things easier if a person wants to work with music professionally, especially with academical (aka "classical") music.
Equal temper results in each key being so many semitones above or below C Major.
Other temperaments have a distribution of pure and dissonant intervals giving different colors to each key. Certain keys would not be useful or notes would have to be adjusted to make a key sound right.
> Derived from [pganssle/cim](https://github.com/pganssle/cim) by Paul Ganssle. Rebuilt as a separate tool with a distinct name at his request.
Many thousands of kids go into music at a very young age every year, very few come out with absolute pitch.