Up and Down

The image of the guitar above is positioned essentially as you would see it holding it in playing position.

Perhaps one of the worst habits you can acquire in your pursuit of guitaristic fluency is connecting the idea of "up" and "down" on the fretboard with anything other than pitch.

It has nothing to do with how close a particular string is to the floor or ceiling.Think of how the same terms – up and down – are applied on the piano, an instrument who's lowest note is the same distance from the floor as its highest. Think of the fretboard as if the floor and ceiling of the room you're in are not musical directions. They aren't. Up can only mean "Up in pitch." in music – not "Away from the floor of the room I'm sitting in."

If you don't get this idea out of your head you will be plagued for life, confusing UP and DOWN on the fretboard. You will think "up" but the note will get lower. Is this what you want your brain to deal with when you're playing?

If you're still reading, your answer is "no."

If course, although this truth applies to the fretboard, the movements of the right hand and arm are another story. A down-strum or down-pick does refer to the directional movement across the strings made by the right hand and arm.

Yes – it's sort of schizoid. But the right and left hands on the guitar are not living in the same world. Their reference points are different. The right hand is not concerned with the grid of the fretboard (much) and the left is not thinking about gravity (much).

All these factors have to exist in harmony ... and rhythm. Just as the right hand fingers are named and the left hand fingers are numbered, the left and right sides have to deal with up-and-down in different ways.

My basic way of thinking about this is that gravity (floor to ceiling motion) is the exception made for the strumming arm/hand when it's strumming.

A trickier problem is that the right hand almost always goes from a lower to a higher note as it gets closer to the floor. A downstroke rises in pitch ... an upstroke goes from high to low.

Does all this matter?

What matters is that – as a guitarist – you are 100% clear when you think about the concepts of "up" and "down" and that it is also clear to others. If you are used to referring to notes using physical, rather than musical reference points, you may, at some point, find yourself telling the keyboard player in your band something like "... I slide up the neck from G to A ... a 7th lower." You won't likely notice the keyboardist roll their eyes and you won't hear them thinking "... um ... yeah ... sure, dude ... whatever you say."

"... lower, up the neck" seems like an oxymoron to me.

As for strumming. The piano player watching you strum your guitar may need to know if your playing a certain beat on an upstroke or a downstroke, but it's more likely they want to know if you're going to arpeggiate the chord ascending or descending, so I say; lead with pitch.

Up and down are first and foremost musical terms when you're talking about music, they refer primarily to pitch, not physical direction.



All contents of this blog are © Mark Newstetter

Lower string group symmetries

The lower three strings have their own symmetry. The center of this symmetry is a group of tones I like to call 'The Big Box'.

The nine notes of this pattern, with D at the center, are aligned on the 3rd, 5th and 7th frets across the 4th, 5th and 6th strings. Looking at the remaining tones within the lower string group, you can see their rotational symmetry around the big box.

There are two complete mode scales in the big box. Ascending from G and descending from A it can be treated as an ascending Mixolydian mode from G to G, and a descending Aeolian mode, from A to A.

This pattern also fills the space between the Phrygian and Ionian modes on the same three strings;

So all the key of C note position on the lower three strings can be learned by studying these three patterns.

All contents of this blog are © Mark Newstetter

Dorian Mode ( Upper Strings / 3-String Form )

The only perfectly symmetrical mode is the Dorian mode. Based on the second scale degree, the interval pattern of the Dorian mode is;

If you look at this mode from the center whole-step and go both directions from there, you'll see that the intervals mirror each other. As a result of this, the Dorian mode appears in opposition to itself on the fretboard as seen in this diagram;

In the next entry, we'll sum up the overall structure of modes within a given key.

All contents of this blog are © Mark Newstetter

More 3-String Mode Forms

The next two modes we'll examine are the Mixolydian and Aeolian modes, the Vth and VIth modes, respectively.

Like the Ionian and Phrygian, these two modes are mirror image interval patterns;

Study the diagram at the top of this post. Notice that the modes are geometrically opposite.

As with all patterns on the guitar, there are various forms for playing each mode. The specific forms in these diagrams are chosen because they clearly illustrate the symmetry of the patterns. This is a useful way of learning modes, because you can learn two at a time while also achieving a better understanding of their tonal character.

Remember that symmetry is an inherent element in the diatonic system. ( Review the blog entry on this subject ) Just as specific tones are arranged in geometrically opposing pairs, so are modes.

All contents of this blog are © Mark Newstetter

Modes ( 3-String Forms )

When you play a major scale you are in fact playing a mode. Any time the tones of a key are played in sequence spanning an octave, it's a mode. For example; the sequence C D E F G A B C, usually referred to as a major scale, is also known as the Ionian Mode. The sequence D E F G A B C D is the Dorian Mode, E F G A B C D E is the Phrygian Mode.

Modes are useful for playing harmonies and are important in understanding how melodies work. Songs don't all begin and end on the tonic.

Two modes are shown above; Ionian and Phrygian. Notice that the note positions in one are the exact opposite of the other. The interval structures of these two modes are mirror images of each other;

Each mode contains all the tones of the key, but they each begin and end on a different tone. Play each mode and you'll find that they have their own individual musical character. These two modes harmonize because they are a 3rd apart. If two guitars each play one of these modes in synch with each other, the result will be a harmonious scale.

There are seven modes, one for each scale degree. Below is a list of the modes and their interval structures;

I = Ionian Mode;

C D E F G A B C / W W H W W W H

II = Dorian Mode;

D E F G A B C D / W H W W W H W

III = Phrygian Mode;

E F G A B C D E / H W W W H W W

IV = Lydian Mode;

F G A B C D E F / W W W H W W H

V = Mixolydian Mode;

G A B C D E F G / W W H W W H W

VI = Aeolian Mode;

A B C D E F G A / W H W W H W W

VII = Locrian Mode;

B C D E F G A B / H W W H W W W

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We'll look at the symmetrical relationships of the other modes in the next posting.

All contents of this blog are © Mark Newstetter