Classical Serialism - PowerPoint PPT Presentation

1 / 13
About This Presentation
Title:

Classical Serialism

Description:

Tone Row (basic set, series): An ordered arrangement of the twelve pitch classes ... The Tone Row ... This is also the system used in Allen Forte's set class theory. ... – PowerPoint PPT presentation

Number of Views:104
Avg rating:3.0/5.0
Slides: 14
Provided by: andrewh4
Category:

less

Transcript and Presenter's Notes

Title: Classical Serialism


1
Classical Serialism
  • Schoenbergs Method

2
The Development of the Method
  • Many composers felt that a regular cycling of all
    the pitch classes was the best way to achieve
    atonality.
  • Schoenberg developed the idea of arranging the
    twelve pitch classes into a row.
  • The fugue theme from Thus Spake Zarathustra and
    Ives Three-Page Sonata are examples of
    twelve-note melodies that predate Schoenbergs
    method.
  • These, and other examples, did not use the twelve
    pitch classes systematically throughout the
    compsosition.
  • Schoenbergs method uses the row as the basic
    shape of the composition that can only be
    presented in four ways.

3
Terminology
  • Tone Row (basic set, series) An ordered
    arrangement of the twelve pitch classes with each
    occurring only once.
  • Prime The original set.
  • Retrograde The original set in reverse order.
  • Inversion The mirror inversion of the original
    set.
  • Retrograde Inversion The inversion in reverse
    order.
  • Order Numbers The notes position in the row.

4
The Tone Row
  • Notes can be written in any octave (octave
    equivalence) and enharmonically (pitch class).
  • Each form has 12 transpositions, creating 48
    versions of the row.
  • Rows are identified by an abbreviation of which
    of the four basic forms is being used and a
    number from 0 to 11.

5
The Tone Row
  • There are two ways that the numbers 0 - 11 (not
    to be confused with Order Number) are assigned to
    the pitches.
  • The old way -- presented in the book -- assigns 0
    to the first pitch of the original set,
    regardless of what pitch class it actually is,
    and the following numbers are half-steps above
    that pitch.
  • For instance, if the first four pitches of row
    are E, F, G, C-sharp, then the numbers would be
    0, 1, 3, 9.

6
The Tone Row
  • The newer way -- which has become widely accepted
    and which we will use -- assigns the numbers to
    the pitch classes regardless of which is the
    first pitch of the original set (0 is C, 1 is
    C-sharp, etc.).
  • This is also the system used in Allen Fortes set
    class theory.
  • P-0 therefore indicates a prime form of the row
    starting on pitch class C.
  • A matrix, or magic square, presents all 48
    versions of the row.
  • From left to right are the prime forms, top to
    bottom the inversions, right to left the
    retrogrades, and from bottom to top the
    retrograde inversions.

7
Analyzing a Row
  • Sing or play the row listening for sequences or
    familiar patterns.
  • Since composers usually try to avoid any
    reference to tonality, pay particular note to any
    segments that are triads, scale segments, or
    traditional bass and melodic formulas.
  • Tabulate the interval classes between adjacent
    pitches (not an interval vector).
  • Some rows emphasize particular intervals, others
    do not.
  • If there are two of every interval class except
    IC6 it may be an all-interval row.

8
Analyzing a Row
  • A derived set uses the first 3, 4, or 6 notes as
    a pattern and then transposes, inverts, and/or
    retrogrades this cell to generate the rest of the
    row.
  • Patterns of ICs may reveal patterns that are
    transposed, inverted, retrograded, and/or
    overlapped in a series.
  • An invariant PC is one that is shared by any two
    pitch collections.

9
Analyzing a Row
  • An invariant subset is on that appears intact in
    two forms of the row.
  • The PCs must be in the same ordering to be
    invariant.
  • Analyze the subsets for their PC set types.
  • Analyzing the trichords and tetrachords is
    usually enough.
  • The first and last hexachord will be either the
    same type or Z-related.
  • The other PC sets will overlap too much to be of
    much use.

10
Compositional Uses
  • The forms of the row can be presented
    consecutively or simultaneously.
  • The notes can be in any octave.
  • The order of a row form is usually preserved, but
    notes may be sounded simultaneously as well as
    consecutively.
  • The are not rules regarding how simultaneous
    notes are arranged in the chord.

11
Compositional Uses
  • Repeated notes or tremolos are not considered to
    alter the row.
  • Both presenting different forms of the row
    simultaneously and distributing a single form of
    the row across different parts are common.
  • It is less common to overlap segments of the row
    or to reorder it for compositional purposes.

12
Compositional Uses
  • All 48 forms of the row are rarely used.
  • The combining of two row forms to create an
    aggregate is called combinatoriality.
  • Usually a hexachord from each set is used to
    create a secondary set.
  • The combining is most often done vertically.
  • Rows have to be specifically constructed to work
    -- most rows can not be used combinatorialy.
  • Combinatoriality is considered by some to be an
    extension of the 12-tone technique -- it
    garuntees a more controlled recycling of the
    twelve pitches.

13
Analyzing Serial Music
  • Just labeling the rows and the consideration of
    the details of their use is only part of an
    analysis.
  • Form, thematic relationships, etc., are just as
    important as in tonal music.
  • Use your ears!
  • The use of a serialized row is only a way to
    control the pitch material -- not a system of
    composition.
Write a Comment
User Comments (0)
About PowerShow.com