Originally Posted by: kslowman1And YES, I hope Chris sees this and posts his opinion.
And here I am. :)
First & foremost, I applaud your curiosity & interest in trying to figure out new ways to view the guitar fretboard.
Your pattern is something I've seen a few times over the years. I remember seeing a couple of guitar magazine articles with this approach. The ones I saw were aimed at understanding the natural notes of the fretboard (the "white keys" of the piano) & as a consequence, the C major scale.
I think your pattern idea has merit on those two issues. But, it's kind of like a mechanic that has recently discovered a certain wrench that is very useful on more than one task. Unfortunately, he'll run into problems when he thinks it can be used
in every single task he wants to work on. :p
I don't want to discourage you, because I really think it's wonderful you've done so much thinking & working on this idea. But, I want to be totally honest & objective in order to keep the theory forum as accurate as possible! :)
Your pattern is indeed a good way to visualize & understand the pattern that the natural notes (no sharps or flats) form on the guitar fretboard. And this is of course the C major scale & it's relative A minor! And as you mentioned, you can then use it to visualize any other major or minor scale pattern. So far, so good.
However, I think the pattern is limited in application.
You could use it as a sort of default setting on playing diatonic major & minor scales. This is basically the idea of one finger per fret.
But, even though pentatonic scales are based on those same diatonic scales, the way in which pentatonic scales are actually used in music is often different from the standard diatonic, one finger per fret approach (think sliding from position to position, making the most of middle & ring finger bends, using all the fingers to do various same fret diads, etc.).
Any musical pattern that requires a position shift, modulation or transposition is a problem. Any musical pattern that uses more than four frets is immediately a problem (various triads & arpeggios, major 3rd stretches). The area of the fretboard above the 12th fret is usually where I revert to index, middle & ring even on typical diatonic scales.
And one of the hardest theory & application aspects of the guitar to get used to is the G to B string jump of a major 3rd instead of a 4th. Again, I think it's very good & clever that you've abstracted away this little speedbump from your overall pattern. But don't forget,
real guitars actually have this little speedbump! :) So, unless you intend on tuning in 4ths across the fretboard, any system you devise to play actual music on the guitar will have to take this into account. And that is exactly the sort of thing that makes 5 patterns, or various triads, CAGED systems, 7 diatonic modes, etc. useful in the end.
You should always consider if the rubber meets the road, to make sure you aren't just spinning your wheels. :p
I think the idea does have merit if you find ways to apply it that will help you understand the fretboard better. And it's even better if you can find ways to apply it to playing actual musical phrases, licks, etc.
Here are some of my tutorials that are similiar to your idea, but try to take into account how these patterns will be used to play music, as well as the G to B string bump:
http://www.guitartricks.com/tutorial.php?input=419http://www.guitartricks.com/tutorial.php?input=898http://www.guitartricks.com/tutorial.php?input=899http://www.guitartricks.com/tutorial.php?input=462In summary, you've got a great idea, but it might not be as widely applicable as you'd thought. Hope this helps! Keep thinking
and making sure you can apply it. ;)
Christopher Schlegel
Guitar Tricks Instructor
Christopher Schlegel Lesson Directory