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  • 8/14/2019 Sheet 1 8

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    MEDIAEVAL TRETACHORDS

    &

    Sheet 1

    2

    Lydian L

    2

    2

    Mixolydian M

    2

    2

    1

    2

    Dorian D

    1

    2

    Phrygean P

    1

    2

    2

    Sheet 1

    &Lydian mode

    L

    1

    M

    . Hypolydian mode

    M

    L

    Characteristic interval

    Lyd. 4

    & .Ionian mode

    M

    2

    M . .Hypoionian mode

    M

    . . M

    Characteristic interval

    None

    &Mixolydian mode

    M

    2

    D

    Hypomixolydian mode

    D

    M

    Characteristic interval

    Mixolyd. 7

    &Dorian mode

    D

    2

    D

    . .Hypodorian mode

    D

    . D

    Characteristic interval

    Dorian 6

    & .

    Aeolian mode

    .

    D .

    2

    Ph

    Hypoionian mode

    Ph

    D

    Characteristic interval

    None

    &Phrygean mode

    Ph

    2

    Ph

    . .Hypophrygean mode

    Ph

    Ph

    Characteristic interval

    Phrygean 2

    & .Locrian mode

    .Ph

    1

    L

    Hypolocrian mode

    L

    Ph Characteristic interval . None

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    MESSIAEN'S MODES

    &

    Sheet 2

    1st. Mode (6 tones); pattern: 2-2-2-2-2-2

    .

    ###

    b

    1 possible transposition

    b b

    Sheet 2

    &2nd Mode (8 tones); pattern: 12-12-12-12

    .bb n# b # . 2 possible transpositions

    bbn# bbbn

    & .3rd Mode (9 tones); pattern: 211-211-211

    bn#bbn# .#3 possible transpositions

    bn# betc.... b#etc....

    & .4th Mode (8 tones); pattern: 1131-1131

    bn#bn # .5 possible transpositions

    ##etc.... b etc.... #etc.... betc.... # ...etc.

    &5th Mode (6 tones); pattern: 141-141

    . b# # .5 possible transpositions

    # b #b etc.... ##etc.... etc....bb

    &.6th Mode (8 tones); pattern: 2211-2211

    ###bb5 possible transpositions

    bnetc.... #etc.... b etc.... ##etc.... etc....

    &.7th Mode (10 tones); pattern: 11121-11121

    # .b#bn# .5 possible transpositions

    ## etc.... # etc....# etc.... betc.... #

    etc....

  • 8/14/2019 Sheet 1 8

    3/8

    PENTATONIC SCALE

    &

    Sheet 3

    2

    3

    Module of perfect 4th; pattern: 23. The Mode is made of two moduls tied on sinaphe.Between the second module and next (octave) transposition is a whole-tone diazeuxis

    2 3

    the whole-tonediazeuxis

    2

    3

    2 .3

    .

    Sheet 3

    &some typical chords of pentatonic mode

    www www www www www www wwww wwww wwww wwww wwww wwwww

    ANTIQUE MAJOR SCALE

    & . 2 .Mixolydian mode

    M

    2 . 1 .2 M

    2 1 2 M

    2 1bAeolian mode2

    M

    2

    1

    b2

    M

    2

    1

    b .

    UNUSUAL COMBINATIONSof mediaeval tetrachords

    &This tone row can be found in melodic g-minor,

    but differently treated. Here the tonic is A andE and F# are stable and quite normal.

    .1b"Phrigo-dorian" mode

    .2

    .2

    2

    2#

    1

    2

    2

    The 2nd Messiaen's mode; pattern: 212-1-212-1

    Two dorian (or minor) tetrachords with a semitonediazeuxis - in fact make the 2nd Messiaen's mode!

    1

    2

    1#

    2#

    1

    2#

    1

    &The same tone row as upper "Phrigo-dorian" mode, butwith different tonic - E not A

    "Dori-lydian" mode; pattern: 212-1-222

    2# 1 2 1b 2 2 2

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    ONE-OCTAVE MODES

    &

    Sheet 4

    (Re-shaped 3rd Messiaen's Mode)One-octave mode of 9 tones; module - maj 3; three different tetrachords: 211-121-112The mode is symetrical in relation to non-existent tone f#;or if it is expanded to two octaves, the symetry exists in relation to c2

    . 2 1#1The axis of symmetrywithin an octave

    1 2 1b1n

    The axis of symmetrywithin two octaves

    1b

    LINEAR MODES

    2 2 1#1 1 21b .1n .

    1b .2 .

    Sheet 4

    &

    "Harmozation" of the mode; in outer voices are both "wings" of the mode.Chords are made by using every other tone of the mode.

    bbb nn bb n b n b w& bbb nn bb nn bb n bb n b w

  • 8/14/2019 Sheet 1 8

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    SEMI-CLOSED MODESTwo-octaves Modes

    &

    Sheet 5

    Two-octaves mode; 12 diferent tones; modul - min. 6Three identical pentachords (on sinaphe); pattern: 3212The Mode is symmetrical towards the axis situated between a and bTon a as the central tone of the Mode can be regarded as tonic (ex. a, b, c)

    but it is more interesting to see tones a and b as double tonic!ali je mnogo zanimljivije videti tonove a i b kao dvosrtruku toniku! (ex. d)

    # . 3 . 2 # . 1 2

    LINEAR MODES

    3b

    2

    "double tonic"

    Axis of symmetry

    1b2

    b

    3b2 1b2b .

    &a) Multy-voice progression, from 1 to 7 tones; center (tonic): a

    b bb #

    bbb

    #b#

    bbb

    # bb b w

    &b)

    Four-voice progression; center (tonic): a

    bb # bb b## bb # bb wwww

    &c)

    1

    #Another harmonic progression - from 1 to 6 different tones; center (tonic): a

    2

    #3

    ###4

    ##5

    nb bbb bb 2

    b w

    ? # # ### # ## &6

    nn5

    #4

    3

    1

    w

    &d)

    bHarmonic progression - from 2 to 8 (10) different tones; "double tonic": a-b

    bb bbb b bbb bbb ### bbb bbb b bbb bb wb

    &2

    2

    4

    4

    6

    #6

    6

    ##8

    # (10)

    ###8

    #6

    ##6

    6

    #4

    4

    2

    2

    w

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    SEMI-CLOSED MODESTwo-octave Modes (3)

    Sheet 7

    B

    The same mode as the previous one but divided into six moduls of maj. 3

    There are three different tretrachords: 211 - 121 - 112 (each shows up twice)All of them are symetrically situated towards central tone (tonic) - g#

    Look at the sheet 4: one-octave mode and its "two-octave variant"In fact, this is the same mode, transposed from c to g#

    Two-octave mode; 19 tones; modul - min. 6; lower part is identical as in mode A (sheet 6)The mode is symetrical towards the central tone (tonic) g #. There are leading tones from both sides.There are 3 different heptachords on sinaphe; The first and the third are mutually symetrical,while the second one is symetrical in itself; pattern: 211121 - 211112 - 121112

    / 2# . 1 .

    1

    .1# .2#1

    LINEAR MODES

    2#

    1

    Axis of symetry

    1#

    1

    1b

    21 #2#1 1 1b

    Sheet 7

    2b /Skippedtones

    .

    B1

    / 2# . 1 . 1 . 1# .2#1

    2# 1Axis of symetry 1#1

    1

    b2

    1#2#1 1

    1b2b /Skippedtones

    .

    Two-octave Modes - "unregular"

    A2 /

    Modul of perfect 5. Three different hexachords with one semitone-diazeuxis and one wholetone.Pattern: 21112 - 1 - 21211 - 2 - 11212

    2# . 1 . 1 .1# /2#12

    #1

    2

    1

    b1

    n2#1 1b 2 1b2b

    / Skippedtones

    b .

    &.

    N.B.! Lower, hexachordal "wing" combines Phrigean mode

    and whole-tone scale, while in the upper pentachordal "wing"a segment of Messiaen's Second mode can be seen as well asmixolydian (major) tetrachord. Only they are differently marked.

    Example of "unregular" and non-periodic mode; from "After the Scent of the Blossomed Cherry" (five haiku)

    . # . n .b .

    2

    b .bb 2

    # b Naturally, this example, as many others,can be understood as polymodality, if wetake every modul as a particular mode.In either way the register change should

    be noted

    . b . b . .

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    SEMI-CLOSED MODESTwo-octave Modes (3)

    Sheet 7

    B

    The same mode as the previous one but divided into six modules of maj. 3There are three different tretrachords: 211 - 121 - 112 (each shows up twice)All of them are symetrically situated towards central tone (tonic) - g#

    Look at the sheet 4: one-octave mode and its "two-octave variant"In fact, this is the same mode, transposed from c to g#

    Two-octave mode; 19 tones; module - min. 6; lower part is identical as in mode A (sheet 6)The mode is symetrical towards the central tone (tonic) g #. There are leading tones from both sides.There are three different heptachords on sinaphe; The first and the third are mutually symetrical,while the second one is symetrical in itself; pattern: 211121 - 211112 - 121112

    In this case and some other cases later, ton G# is taken as the axis of symmetry since piano keyboardis symmetrical related to it

    /2

    # .1

    .1

    .1# .2#1

    LINEAR MODES

    2#

    1

    Axis of symmetry

    1#

    1

    1b

    21 #2#1 1 1b

    Sheet 7

    2b /Skippedtones

    .

    B1 / 2# . 1 .

    1 . 1# .2#1 2# 1

    Axis of symetry

    1#1 1b2 1 #2#1 1

    1

    b2

    b /

    Skippedtones

    .

    Two-octave Modes - "irregular"

    A2 /

    Module of perfect 5. Three different hexachords with one semitone-diazeuxis and one wholetone.Pattern: 21112 - 1 - 21211 - 2 - 11212

    2# .

    1 .

    1

    .1# /2#1

    2#1 2 1 b1n2#1 1b 2 1b2b /

    Skippedtones

    b .

    &.

    N.B.! Lower, hexachordal "wing" combines Phrigean mode

    and whole-tone scale, while in the upper pentachordal "wing"a segment of Messiaen's Second mode can be seen as well asmixolydian (major) tetrachord. Only they are differently marked.

    Example of "irregular" and non-periodic mode; from "After the Scent of the Blossomed Cherry" - Taoraruru

    . # . n .b .

    2

    b .bb 2

    # b Naturally, this example, as many others,can be understood as polymodality, if wetake every module as a particular mode.In either way the register change should

    be noted

    . b . b . .?

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    SEMI-CLOSED MODESThree-octave Modes

    &

    Sheet 8

    Lower Tritonante

    The three-octave mode (21 tones); four identical modules of maj.6; Pattern: 32112

    Lower Mediante

    LINEAR MODES

    Tonic

    /

    b# bn#

    Sheet 8

    ?###3

    2

    1

    1#

    2## # b

    Tonic

    /Upper Mediante

    Upper Tritonante

    &4-tone chords made up of every other tone of the mode

    wb #b n #b wwwn? wwww### ## ##

    b##n ## wwwb## # b# n w

    &wwwn # bn #n #bwwww #b n #b#

    nn# wwww###

    ? Note! The chords on Tonic, both Mediantes and Tritonantes have identical "consonant", fourth-fifth structure (5-7-12)

    w