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Intro
Definition What we call "Melo-Rhythm" is the series of note-values of a melody, as if we were tapping the rhythm of a melody with a pencil
on a table, rather than singing it with the pitch of each note. There is a popular parlor game in which one player does just
this and the others must guess the name of the melody.
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| ??? ????? ?????? |
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??? ????? ?????? Here is an example of an empty "Melo-rhythmic Box", which delimits the "space" of the "compartment" which each note of a specific
melody occupies, and you might enjoy (as in the pencil-on-the-table game) trying to guess the name of the song. The compartments of this box do not simply delimit the length of each note, but also specify its Alternation quality. The two first compartments of each line are shaded light-blue because the notes are pick-ups. The next six compartments are shaded darker-blue because they represent the Off-beat of the cell. The rest of the line is of various shades of red because it represents the Beat of the cell, the shade becoming darker as the levels grow. In this box, there is one cell (at Level 0) per row.
These Boxes will be used for the entire section. Melo-rhythmic structure is not just ajusted to fit any arbitrary set of
words. A well structured song always follows defined forms to produce a satisfactory result, a song which can be easily learned
and memorized. The complaint often heard concerning musical comedies, where the audience comes out "singing the scenery",
is frequently the result of improper Melo-Rhythm. We hope to be able to establish the same quality of structure as has been
done for Harmony.
Length of Box-compartments
In order to facilitate the description of Melo-rhythmic Patterns, we will start with the nitty-gritty of symbols and abbreviations,
very much as we did with for chord symbols in Harmony.
Note-values In the text, each Note-value (normally placed in a Box-compartment) will be represented by the conventional notation: , Whole-note, , Half-note, , Quarter-note, , Eight-note, , Sixteenth-note,
possibly , Thirty-second-note. Examples - a 4/4 bar could consist of ,  ,   ,    ,     , etc ...
Abbreviation for Rhythmic Levels Each level will be represented uniquely by its number. Example: -4 will mean Level -4. Isolated numerals will not be used with any other connotation. Ternary levels will be represented by the two binary levels used to produce it. Examples: in bars of 3/4 the ternary level will be at -2-1, in bars of 6/8 at -3-2.
As is our habit (an arbitrary choice), will always be the default value of both beats and off-beats at 0, at -1, at -2, at -3, and at -4.
At the large levels, 0 will consist of one cell, +1 will consist of two cells, +2 of four cells, +3 of eight cells, +4 of sixteen cells. Unless otherwise stated, a cell will always be at 0
Larger Note-values (of several bars) will be represented by the number of bars involved followed by , now colored like the large rhythmic levels: 2 for a note-value of 2-bar length, 4 for a note-value of 4-bar length, 8 for a note-value of 8-bar length, and so on.
Breaths Breaths are indicated by the apostrophy sign " ' ".
Bar-lines The slash " / " will represent bar-lines at 0, and the back-slash " \ " will represent bar-lines at -1.
Repeated Sections Sections which appear several times might be indicated in ( ) preceded by the number of times. Examples - 6x (  /  ' \  / ' ) in Twinkle, Twinkle, - 4x (    /   ' \    / ' ) in Love Me Tender.
Displacing off-beats
This is such a common performance practice that it hardly deserves to be considered a change of rhythmic level. Everyone
is familiar with what is usually called "swing phrasing" in which the off-beat is played a little late, almost like playing a  triplet, with the off-beat given only a third of the time of the whole beat. Played still shorter, the off-beat is only
given a quarter of the time, played like a with a preceding . and usually written as such for the sake of clarity. In all our analysis and generation, these deviations will not be considered
an integral part of the theory but rather a performance preference. Note will be taken of this performance deviation, but
it will not be an integral part of the theoretical approach.
1. The most common practice is the one presented above, shortening the second half of a subdivision, playing the
off-beat later, which we will call a "spread" practice, the 2 notes being farther apart (we hesitate to use the word "swing",
which we admit would be more colorful, because it is already used for Harmony progressions).
2. However, the second half of a beat is occasionally played sooner, which we will call a "snap" practice, a favorite
of the Scots which other ethnic groups have also adopted. We will come back to spreads and snaps (even double snaps) as we
examine Feminine rhymes a little later.
3. Syncopations are usually anticipations, at different small rhythmic levels (-2, -3, -4) which add to the tension of the phrase and can
be applied to both Beats and Off-beats. As in snaps (which could be considered a form of syncopation), we will first examine
the Melo-rhythm of a syncopated passage in its basic un-syncopated form and then add the syncopation as a performance practice.
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| Comin' Through the Rye |
| Can |
a |
bo- |
dy' |
meet |
a |
bo- |
dy' |
| Com- |
in |
through |
the |
rye' |
| Can |
a |
bo- |
dy' |
meet |
a |
bo- |
dy' |
| need |
a |
bo- |
dy |
cry' |
Spreads and Snaps Comin' Through The Rye, shown above as 2x (   ' /    ' \    / ' ) is, in reality, a veritable orgy of spreads and snaps, as Scottish as you can get. There is one cell per row of this box. A more detailed version, given below, uses the -3 s constantly, but they are used, one at a time, uniquely for spreads and snaps, never two s in the same 
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| Comin' Through the Rye |
| Can |
a |
bo- |
dy' |
meet |
a |
bo- |
dy' |
| Com- |
in |
through |
the |
rye' |
| Can |
a |
bo- |
dy' |
meet |
a |
bo- |
dy' |
| need |
a |
bo- |
dy |
cry' |
Changing Meters
The processes of Meter Change permit us to see all Melo-rhythmic Patterns evolve from their basic binary form (cells composed of 2 bars of 4/4, / ). All the other generating processes will be applied first and the meter will be changed at the very end, enabling us, at
each stage of the generation, to follow a well trodden path down "binary road".
There are several forms of meter change, depending on the adjacent binary levels chosen which will be fused together into a more complex level.
From 4/4 To 3/4
In the fusion of -2 and -1, the second of each group of four (in each ) technically disappears. However, to save the melodic material which it contains, the process of "squeezing" the first down to half-size is the most efficient. This process consists in reducing all the values contained in the first half ( ) of the bar ( ) down to the next smaller size (half of the original value). Examples of these reductions - to . , -  to  , - . to  , -   to   , -    to    , etc...
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| Rock-A-Bye Baby |
| Rock- |
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a- |
bye |
ba- |
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- - |
by ' |
| In |
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a- |
tree |
top |
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- - - -' |
| When |
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the |
wind |
blows |
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- - ' |
The |
| cra- |
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dle |
will |
rock |
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- - - - ' |
| When |
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the |
bough |
breaks |
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- - ' |
The |
| Cra- |
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dle |
will |
fall |
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- - - - ' |
| Down |
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will |
come |
cra- |
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- - |
dle ' |
| Ba- |
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by |
and |
all |
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- - - - ' |
In this Box of Rock-A-Bye Baby there is one cell in each row - eight cells, eight rows, in all, no evident pick-ups, though some creep in through scansion irregularity at the end of the third and fifth rows. Note the removed second in each bar .
From 4/4 To 6/8
(b) From 4/4 to 6/8 (by fusing -3 and -2), the second in each group of four (in each ) technically disappears. However, the process of "squeezing" the first and third down to half-size is the most efficient. This process consists in reducing the values contained in the first and third of each bar down to the next smaller size (half of the original value). Examples of these reductions - to . , -  to  , - . to  , -   to   , -    to    , etc...
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| Oh Where, Oh Where Is My Little Dog Gone? |
| Oh |
where |
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- - |
oh |
where |
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is |
my |
lit- |
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tle |
dog |
gone |
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- - ' |
| Oh |
where |
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- - |
oh |
where |
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can |
he |
be |
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- - ' |
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With |
| his |
ears |
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- - |
cut |
short |
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and |
his |
tail |
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- - |
cut |
long |
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- - ' |
| Oh |
where |
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- - |
oh |
where |
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- - |
is |
he |
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- - |
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- - ' |
In this Box of Oh Where, Oh Where Is My Little Dog Gone? there is a cell in each row - four cells, four rows, in all, a one-note pick-up in each line (though a second note creeps in before the third cell, at the end of the second row). Note the removed second in each .
From 4/4 To 9/16
(c) From 4/4 to 9/16 by fusing -2 and -1, the second in each group of four (in each ) technically disappears changing the meter to 3/4 as in Rock-A-Bye Baby by fusing -4 and -3, the second in each group of four (in each ) technically disappears changing the meter to 9/16. The process of "squeezing" will be applied at each ternary level.
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| Down In The Valley |
| Down |
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in |
the |
val- |
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- - |
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ley |
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- -' |
| Val- |
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ley |
so |
low |
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- - |
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- - |
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- -' |
| Turn |
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your |
head |
o- |
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- - |
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ver |
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- -' |
| Hear |
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the |
winds |
blow |
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- - |
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- - |
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- -' |
In this Box of Down In The Valley there are two rows for each cell - four rows, two cells, in all, a three-note pick-up in each row NOTE - the removed second in each , and the removed second in each remaining .
Those on a Guided tour should click on in the Navigation Bar below.
From 4/4 To 5/8
The ablations of the clip Red River Limp 2 Using the process of maximum ablation, the Fibonacci value 3 comes from the Binary value 4, the Fibonacci value 5 comes from the Binary value 8. The 5/8 bar is the result of maximum ablation in the 8 s of a 4/4 bar fusing quinternary -3-2-1 in which we have the ablation for a 3/4 bar, fusing ternary -2-1, and the ablations for a 6/8 bar, fusing ternary -3-2.
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| Red River Limp 2 |
| Come |
sit |
by |
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my |
side |
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if |
you |
love |
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me' |
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not |
rush |
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to |
bid |
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me |
a- |
dieu |
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- -' |
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| But |
re- |
mem- |
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ber |
Red |
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Riv- |
er |
Val- |
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ley' |
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| And |
the |
girl |
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that |
loved |
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you |
so |
true |
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- -' |
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What is removed ? In the fusion of -2-1, the second and third s will be removed, and in the fusion of -3-2, the second and the sixth s will be removed, the second being removed twice.
What remains ? In each bar, we have left - the first and fourth s of the first , and the first, third, and fourth s of the second , which gives us 2 beats in each bar of 5/8 (2+3). Note that the words have been slightly altered to remove one syllable in each bar.
For the 5/8 bar, you might be interested in seeing the footsies, the graphics, and Changing Meters for Red River Valley and Where, Oh Where, Is My Little Dog Gone in 5/8 time.
Large-level Fibonacci Structures From 64 Bars to 21
The ablations of the clip Bonnie Circle Using the process of maximum ablation, the Fibonacci value 3 comes from the Binary value 4, the Fibonacci value 5 comes from the Binary value 8, the Fibonacci value 8 comes from the Binary value 16, the Fibonacci value 13 comes from the Binary value 32, the Fibonacci value 21 comes from the Binary value 64. The ABA form of the clip Bonnie Circle is really a ternary version of the AABA form. The complete Bonnie Circle has 21 bars (8+5+8) and will therefore come from a 64-bar Binary original. A quarter of this original (16 bars) is twice the length of the original My Bonnie chorus (or verse). We will have 2 choruses in each original A and 2 verses in the original B. With two bars (one cell) in each line of the Melo-rhythmic box, we will have 32 lines in the box (for the original 64 bars).
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| Bonnie Circle |
| 1 |
| 2 |
| 3 |
| 4 |
| 5 |
| 6 |
| 7 |
| 8 |
| 9 |
| 10 |
| 11 |
Bring |
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- - |
- - |
back, |
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- - ' |
Oh |
| bring |
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back |
my |
bon- |
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nie |
to |
me, |
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- - |
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- -' |
Oh |
| 13 |
| bring |
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back |
my |
bon- |
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nie |
to |
me, |
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- - |
to |
me, |
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- -' |
| 15 |
Bring |
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- - |
- - |
back, |
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- - ' |
Oh |
| bring |
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back |
my |
bon- |
|
nie |
to |
me, |
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- - |
|
- -' |
My |
| 17 |
| 18 |
| 19 |
| 20 |
| 21 |
| bon- |
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nie |
lies |
o-- |
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ver |
the |
sea. |
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- - |
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And |
the |
| 23 |
o- |
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cean |
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- -' |
Oh |
| bring |
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back |
my |
bon- |
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nie |
to |
me. |
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- - |
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- -' |
| 25 |
| 26 |
| 27 |
Bring |
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- - |
- - |
back, |
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- - ' |
Oh |
| bring |
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back |
my |
bon- |
|
nie |
to |
me, |
|
- - |
|
- -' |
Oh |
| 29 |
| bring |
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back |
my |
bon- |
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nie |
to |
me, |
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- - |
to |
me, |
|
- -' |
| 31 |
Bring |
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- - |
- - |
back, |
|
- - ' |
Oh |
| bring |
|
back |
my |
bon- |
|
nie |
to |
me, |
|
- - |
|
- -' |
What is removed ? Anything removed which has already been removed by a larger ablation, will be indicated in parentheses. In the fusion of +4+5, Lines 1-8 will be removed the first quarter of the whole piece. In the fusion of +3+4, Lines (1-4) and 17-20 will be removed the first quarter of each half of the piece. In the fusion of +2+3, Lines (1-2), 9-10, (17-18), and 25-26 will be removed the first quarter of each quarter of the piece. In the fusion of +1+2, Lines (1, 5, 9), 13, (17), 21, (25), and 29 will be removed the first quarter of each eighth the piece. In the fusion of 0+1, the first half of Lines (1, 3, 5, 7, 9),11, (13), 15, (17, 19, 21), 23, (25), 27, (29), and 31 will be removed the first quarter of each sixteenth of the piece.
What remains ? 1. Only ABA remains of the original AABA. 2. In the remaining A section at the beginning, we find the second half of a chorus (half of Line 11 and Line 12) the second quarter of a chorus (Line 14), and the second half of a chorus (half of Line 15 and Line 16). 3. In the B section, we find the second quarter of a verse (Line 22), and the second half of a verse (half of Line 23 and Line 24). 4. The last A section is like the first, the second half of a chorus (half of Line 27 and Line 28) the second quarter of a chorus (Line 30), and the second half of a chorus (half of Line 31 and Line 32). Which gives us 8 bars (3+2+3) in each A section and 5 bars (2+3) in the B section.
Don't forget the 6/8 < |