symphony in three movements dissertation/67531/metadc...third movement, measures 1-3 of the violin...
TRANSCRIPT
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3~79
/J&ld jrto. HOS
SYMPHONY IN THREE MOVEMENTS
DISSERTATION
Presented to the graduate council of the
University of North Texas in Partial
Fulfillment of the Requirements
For the degree of
DOCTOR OF MUSICAL ARTS
by
Park, Ki-Seob, B.M., M.M
Denton, Texas
December, 1994
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3~79
/J&ld jrto. HOS
SYMPHONY IN THREE MOVEMENTS
DISSERTATION
Presented to the graduate council of the
University of North Texas in Partial
Fulfillment of the Requirements
For the degree of
DOCTOR OF MUSICAL ARTS
by
Park, Ki-Seob, B.M., M.M
Denton, Texas
December, 1994
-
Park, Ki-Seob, Symphony in Three Movements. Doctor
of Musical Arts (Composition), December, 1994, 153 pp., 4
figures, 10 Tables, 68 Examples.
Symphony in Three movements is an orchestra work
scored for two flutes, two oboes, two clarinets in Bb, two
bassoons, two horns in F, three trumpets in Bb, three
trombones, one tuba, percussion and strings. The percussion
consists of timpani, vibraphone, temple block, tom-tom,
suspended cymble, bass drum, and gong.
The piece is not based on any non-musical image.
The three movements of this work, I.(variation-like)
II.(ternary) III.(fantasia-like), are based on the
combination of the solemn ceremonial atmosphere of Korean
music and early twentieth-century Western music.
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TABLE OF CONTENTS
Page
LIST OF FIGURES iii
LIST OF TABLES iv
LIST OF EXAMPLES V
Chapter
1. INTRODUCTION X
2. DESIGN xi
First Movement Second Movement Third Movement
3. TONAL CENTERS xx
First Movement Second Movement Third Movement
4. MUSICAL ELEMENTS xxii
First Movement Second Movement Third Movement
5. LINEAR INTERVALS xxxi
6. VERTICAL SONORITIES xxxv
7. INSTRUMENTATION xliv
8. CONCLUSION Iii
SYMPHONY IN THREE MOVEMENTS 1
ill
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List of Figures
Figure Page
1. Length of Movements of the Symphony x
2. Design of the First Movement x
3. Design of the Second Movement xv
4. Design of the Third movement xviii
IV
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List of Tables
Table Page
1. Formal Description of the First Movement xii
2. Formal Description of the Second Movement xvi
3. Formal Description of the Third Movement xvii
4. Principal Tonal Centers of the Symphony xx
5. Tonal Centers of the First Movement xxi
6. Tonal Centers of the Second Movement xxi
7. Tonal Centers of the Third Movement xxii
8. Principal Elements of the First Movement xxx
9. Principal Elements of the Second Movement xxxi
10.Principal Elements of the Third Movement xxxiv
v
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List of Examples
Example Page 1. First Movement, measures 1-4 of the violin I
and 5-8 of the flute, theme xiv
2. First Movement, measures 13 and 22 of the horn, head of the theme xiv
3. First Movement, measures 38-39 of the temple block,measures 41-43 of the bassoon,
rhythmic variation xiv
4. First Movement, measures 135-136 of the flute, trumpet,violin I xv
5. Second Movement, measures 1-4 of the violin I, theme xvi
6. Second Movement, measures 51-52 of the flute and violin I, conversation of the theme xvii
7. Second Movement, measures 65-68 of the flute and violin I.themes of the first and
second movement xvii
8. Second Movement, measures 72-78 of the violin I and horn, theme. answer xvii
9. Second Movement, measures 184-186 of the strings, fragment of the theme of the first
movement xvii
10. Third Movement, measures 54-58 of the horn, theme xx
11. Third Movement, measures 73-75 of the horn, ostinato xx
12. First Movement, measures 13-14 of the violin I, motive utilizing the lst-half of the theme xxii
13. First Movement, measures 183-185 of the violin I, motive utilizing the 2nd-half of the theme xxii
14. Second Movement, measures 184-186 of the violin I, same as. example 12 in different mode xxii
VI
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15. Third Movement, measures 1-3 of the violin I....xxii
16. First Movement, measures 72-73 of the bassoon...xxiv
17. Second Movement, measures 11-12 of the violin I and clarinet, theme. variation xxiv
18. Third Movement, measures 116-119 of the bassoonr solo J _ _ i n g x x i v
19. First Movement, measure 41-44 of the bassoon, melodic line with ornamentati on xxiv
20. Second Movement, measures 99-102 of the violin I,
melodic line without ornamentation Xxv
21. First Movement, measures 135-137 of the trumpet, xxv
22. Second Movement, measures 70-71 of the violin I. xxv 23. Second Movement, measures 145-147 of the
clarinet and bassoon, without ornamental--i on . . . xxv
24. Third Movement, measures 22-25 of the clarinet and oboe, with ornamentation
. xxvx 25. First Movement, measures 87-89 of the clarinet
and bassoon
26. Second Movement, measures 106-109 of the snare drum xxvi
27. Second Movement, measures 110-112 of the
strings xxvi
28. First Movement, measures 134-136 of the strings.xxvi
29. Third Movement, measures 153-158 of the strings.xxvi
30. First movement, measure 89 of the woodwinds xxx
31. Third Movement, measures 73-76 of the brasses., xxx
32. First Movement, measures 214-216 of the strings x x x
33. First Movement, measures 104-106 of the strings and xylophone xxxi
34. First Movement, measures 41-43 of the bassoon...xxxv 35. Second Movement, measures 65-66 of the flute....xxxv
VI1
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36. Third Movement, measures 47-49 of the oboes xxxv
37. First Movement, measures 57-60 of the violins
and viola xxxv
38. First Movement, measures 81-84 of the clarinet..xxxv
39. Second Movement, measures 83-84 of the woodwinds xxxv
40. Second Movement, measures 155-156 of the
clarinet xxxv
41. Third Movement, measures 74-80 of the violin I..xxxv
42. Third Movement, measures 196-199 of the
violin I xli
43. First Movement, measures 6-7 of the flute xlii
44. Second Movement, measures 53-55 of the violin I.xlii
45. Third Movement, measures 86-87 of the horn xlii
46. First Movement, measures 229 of the strings, triad-like omitted 3rd xlii
47. Second Movement, measures 184-186 of the strings, unison xlii
48. Third Movement, measures 152-153 of the woodwinds, quartal xliv
49. First Movement, measures 74-75 of the strings, triad added augmented 4th xliv
50. First Movement, measures 225-227 of the strings, triad-like omitted 3rd xliv
51. Second Movement, measures 5-6 of the strings, unison lxv
52. Second Movement, measures 165-167 of the woodwinds . chromatic quartal xlv
53. Third movement, measures 67-68 of the woodwinds, triad added maior 2nd and augmented 4th xlv
54. Third movement, measures 176-177 of the strings 7 th chord added minor 6th xlv
Vlll
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55. First Movement, measures 90-92 of the woodwinds and strings, oolvchord xlvi
56. Second Movement, measures 121-123 of the strings xlvi
57. First Movement, measures 65 of the strings, molto vibrato xlvi
58. First Movement, measures 9-10 of the strings, alissandi xlvi
59 Second Movement, measures 51-52 of the strings, pizzicato alissandi xlvi
60. First Movement, measures 104-107 of the strings, tremolo xlvi
61. First Movement, measures 218-220 of the strings, tremolo alissandi xlvii
62. Second Movement, measures 42 of the strings, quick bowing on all open strings xlvii
63. Second Movement, measures 106-107 of the woodwinds, molto vibrato. non vibrato. . .. xlvii
64. Third Movement, measures 67-68 of the woodwinds
and strings xlvii
65. Second Movement, measures 48-49 of the brasses. li
66. Third Movement, measure 182-185 of the percussion li
67. Second Movement, measures 83-84 of the cymbal and snare drum li
68. Second Movement, measures 22-23 of the strings, brasses and woodwinds li
IX
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Introduction
Symphony in Three Movements is a work for
orchestra and is scored for the following instruments:
2 Flutes 2 Oboes 2 Clarinets in Bb 2 Bassoons 2 Horns in F 3 Trumpets in Bb 3 Trombones 1 Tuba Percussion (4 players):
Timpani Vibraphone Xylophone Temple block Tom-tom Suspended cymbal Snare drum Bass drum Gong
Strings Violin I Violin II Viola Violincello Contrabass
The piece is not based on any non-musical image.
The first movement exhibits the characteristic sectional
organization of a variation form, while the second movement
shows clearly divided ternary form. The third movement is in
a fantasia-like style acting as a culmination of the previous
two movements. The three movements are designed with certain
cyclic implications. The first and the third movements are
related by similar materials.
x
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Design
Svmphonv in Three Movements is almost 22 minutes in
length. Each of the movements is approximately the same
length.
Movement Time
I 7:40
II 7:30
III 7:40
Figure 1--Length of movements of the Symphony
First Movement
The first movement is constructed in variation
form: theme, variation and coda.
Theme Six Variations Coda
J =92 J =92-120 J = 9 2
mm.1-12 mm.13-217 mm.217-219
Figure 2--Design of the First movement
Exclusive of the presentation of the theme and
coda, the movement consists of six variations. While the
entire movement is continuous, the groupings are clearly
delineated by a wide variety of timbral patterns, and by
significant alterations in the character of the music.
xi
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Internally, the work attempts to achieve unification through
diverse means. Most common is the use of motives derived from
the main theme throughout the piece. The theme, based on a
Korean folk song, serves as the general principle of
development in this movement. The instruments produce highly
decorated melodic lines. This process begins in the first
variation and is completed at the sixth variation. The coda
consists of material similar to that of the introduction.
Table 1.
Formal Description of the First Movement
Section Measures Description
Introduction 1-12
Variation I 13-37
Variation II 38-71
Variation III 72-111
theme
first half of the theme begins m.13 in horn transition mm.35-37 in percussion
melody based on the first-half of the theme appears four times 1st begins m.41 in bassoon, ends m.46 2nd begins m.46 in bassoon and violin I, ends m.55 3rd begins m.56 in flute and violin I, ends m.60 4th begins m.61 in clarinet, ends m.65
melody based on the first half of the theme appears three times in extended pattern
xix
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Table 1 -- continued
Section measures Description
Variation IV 112-133
Variation V 134-190
Variation VI 191-217
Coda 218-219
1st begins m.72 in bassoon, ends m.79 2nd begins m.80, ends m.97 3rd begins m.98, ends m.107 transition mm.108-111
first half of the theme appears only m.123 in horn 1st statement begins m.112 in violin I, reaches peak m. 125 2nd statement begins m.117 in violin II 3rd statement begins m.119 in viola 4th statement begins m.121 in cello
1st statement begins m.134 in strings,winds and brasses transition in mm.142-145 2nd statement begins m.146 in strings, ends m.153 transition in mm.154-162 3rd statement begins m.163, reaches peak at m.183 transition mm.186-190
first half of the theme begins m.191 in strings, reaches peak at m.213 peak sustains until m.217
theme
Most of the contiguous main variations are
diversed, although they are derived from the main theme, but
two variations,III and IV, are paired using similar material
x m
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treated slightly differently. The fourth variation uses the
same material as that of the third variation, but offers a
dynamic contrast. The structure of entrances is a retrograde
of the third variation. The fifth variation consists of
mainly one figuration in a march-like character. The melodic
line of the ostinato pattern is based on the beginning of the
main theme.
Example 1. First Movement, measures 1-4 of the violin I and 5-8 of the flute, theme.
vioimi
H1-2
Example 2. First Movement, measures 13 and 22 of the horn, first half al £ll£ theme.
FHn.1-2
i l l * J p f t £ PP K
Example 3. First Movement, measures 38-39 of temple block, and measure 41-43 of the bassoon, rhythmic variation'
Per.2 I T.fl
Bsn.1-2
i" p r r r r r r pp m
XIV
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Example 4. First Movement, measures 135-136 of the flute, trumpet, and violin I.
k FI.1-2
Bb Tpt.1-2
Vn.1
m J > 3 S
n sempre
Second Movement
The second movement is constructed in three
sections: slow, fast and slow.
Slow
J =60-70
mm.1-71
Fast
J =120 mm.72-134
Slow
J =60 mm.135-186
Figure 3-- Design of the Second Movement
In this ternary form, the first and third sections
are closely related, while the fast middle section is in
contrasts. Within the slow section the main theme is repeated
six times. Generally the style of the theme is kept in the
same mood while the instrumentation is varied. The first slow
section consists of repetitions of the main theme and is
followed by a transition based on the theme of the first
movement. The fast section is made up of a series of
conversations between strings and other groups.
xv
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Table 2 Formal Description of the Second Movement
Section Measures Description
Slow
Fast
1-10 1st statement begins in strings ends in clarinet
10-21 2nd statement begins in strings clarinet follows in imitation
22-28 3rd statement begins in strings, brasses, winds, respectably
28-41 4th statement reaches peak m.37 42-50 5th statement begins in woodwinds 51-60 6th statement begins in woodwinds,
strings pizzicati and glissandi
.61-71 themes of the first and second movement transition mm.70-71
72-82 1st statement begins in strings, reaches peak m,76 in horn
83-105 2nd statement begins by tutti simultaneously
106-118 3rd flow keeps the theme in same mood
119-134 4th statement begins m.118 in strings, reaches peak at m.130, declines toward the following slow section
135-141 1st statement begins in strings 142-151 2nd statement begins in woodwinds 152-178 3rd statement begins in strings,
imitates in woodwinds 179-186 coda keeps the mood of the
theme of the 1st movement
Slow
Example 5. Second Movement, measures 1-4 of the violin I, theme.
3,
Vlollnl
XVI
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Example 6. Second Movement, measures 51-52 of the flute and violin I.conversation of the theme.
Vnl
Example 7. Second Movement, measures 65-68 of the flute and violin I.themes q £ first and second movement.
FL1-2
Vnl
mf f Example 8. Second Movement, measures 72-78 of the violin I
and horn.theme. answer.
Vnl
FHn.1-2
Example 9. Second Movement, measures 184-186 of the strings, fragment &£ the main theme of the first movement.
Vnf
Vn.2
Va.
Vc.
Cb.
ir jET XI
-tr-
JT -e-jt
WW
X V I 1
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Third Movement
The third movement is constructed by combining
elements of the first and the second movement. Similar to the
first movement, the third movement is made up of three
sections: introduction, main body and coda.
Introduction
J= 96 mm.1-10
Main Body Coda
J = 96-140 J =
mm.10-190
140
mm.191-204
Figure 4--Design of the Third Movement.
Within the main body the theme is repeated eight
times. The theme is kept generally intact, but is varied
according to the instrumentation. The whole section is framed
by the head of the theme, similar to the first movement. But
in this movement the theme is much more freely varied in a
fantasia-like style. The entries of the main theme and the
material of the introduction, the main body, and the coda are
illustrated in Table 3.
Table 3
Formal Description of the Third Movement
Section Measures Description
Introduction 1-4 5-7
special chord in strings the chord in woodwinds
xviii
-
Table 3-- continued
Section Measures Description
8-10 first half of the theme
Main Body
Coda
10-17 transition 18-34 1st statement begins in violin I
and oboe 35-62 2nd statement begins in cello 63-72 3rd statement begins in strings 73-95 4th statement begins in strings
brasses and percussion 96-116 5th statement begins in strings
and percussion fragment of the theme chord of the introduction
116-139 6th statement begins in bassoon 140-153 7th statement begins in cello 153-190 8th statement begins in strings
reaches peak at m.190
191-205 repetition of the special-chord theme of the first movement
Example 10. Third Movement, measures 54-58 of the horn, theme.
FHn.1-2
f t i . — J , IlipS
PP
Example 11. Third Movement, measures 73-75 of the horn,ostinato.
FHn.1-2
XIX
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Tonal Centers
The symphony focuses on a tonal center of E, but
moves through various centers from the first to third
movement. Although the symphony is tonal in general, the
approach to tonal centers is free. The tonal centers as they
occur at the beginning and end of each of the three movements
are listed in table 4.
Table 4
Principal Tonal Centers of the Symphony
Movement Tonal Center
First Movement E Second Movement G, A Third Movement E
First Movement
Tonal organization in the first movement is built
on six consecutive repetitions of the pitch E. This E becomes
most important to the overall structure of the symphony
because it is not only the point of departure for the
movement but the point of repose for the last. In addition to
the emphasis of the tonal center E, bi-tonal centers are
utilized throughout the movement except for the beginning and
the ending sections. The D# of measures 191-217 functions as
a leading tone toward the final E.
xx
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Table 5
Principal Tonal Centers of the First Movement
Measures Tonal Center
1 72 90 112 134 191 218
E E/C E/Ab C/G E/A D# E
Second Movement
In the second movement, the tonal centers are
primarily organized in terms of an alteration between G and
A. Although the movement of the tonal center is governed by
the pitch G and other tonal centers, the music ends on the A
tonal center. The G# of measures 180-186 is regarded as a
leading tone toward the final tonal center of A.
Table 6
Principal Tonal Centers of the Second movement
Measures Tonal Center
1 18 61 72 119 135 168 180
unconfirmed E F# D G G# A
xxi
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Third Movement-.
Tonal organization in the third movement is built
on five repetitions of the pitch E together with other tonal
centers. In addition, the area marked "unconfirmed" at m.116
is tonally ambiguous by the use of sequence. Similar to the
first movement, the use of bi- tonal center is illustrated in
measures 63-72.
Table 7
Principal Tonal Centers of the Third Movement
Measure Tonal Center
1 18 43 54 63 73 96
B E G E E/C E B unconfirmed
140 191 205
E B E
Musical Element-g
In the Symphony in Three Movementh. individual
musical elements are used for the coherence of this work.
Since this work is designed with certain cyclic implications,
a number of these elements are common to all three movements.
XXI1
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These elements may be classified into eight broad categories:
motives, themes, melodies, counterpoint, heterophony,
rhythms, ostinato, and sustained passages. Each of the
elements is illustrated as follows.
Individual Musical Elements
A. Motives;
1. The motive based on the first half of the theme.
Example 12. First Movement, measures 13-14 of the violin t.motive utilizing the first half of the theme.
Vn.1 PI77 Brco
¥
2. The motive based an the tale of the theme.
Example 13. First Movement, measures 183-185 of the violin I, motive utilizing the second half of the
theme.
Vn.1
Jf
Example 14. Second Movement, measures 184-186 of the violin I, same && example 13 in
different mode.
Vnl
Jf
3. The motive as an introductory or transitional element.
Example 15. Third Movement, measures 1-3 of the violin I.
Violin 1
XX111
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B. Themes:
4. "Inherit" theme.
Example 16. First Movement, measures 72-73 of the bassoon.
Bsn.1-2
5. Variation of theme Example 17. Second Movement, measures 11-12 of the
violin I and clarinet, theme and variation.
M.U Vn1
BbCI.1-2
C. Melody;
6. Solo line.
Example 18. Third Movement, measures 116-119 of the bassoon, solo line.
Bm. 1-2
7. Melodic line with ornamentation
Example 19. First Movement, measures 41-44 of the bassoon,melodic line with ornamentation.
Bsn.1-2
8. Melodic line without ornamentation
xxiv
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Example 20. Second Movement, measures 99-102 of the violin I, melodic ling without ornamentation.
Vn1
PP PP
9. Fragment of tune.
Example 21. First Movement, measures 135-137 of the trumpets.
Bb Tpt.1-2
BbTpt.3
m •
10. Transitional tune
Example 22. Second Movement, measures 70-71 of the violin I.
Vnl
D. Counterpoint:
11. Imitative counterpoint without ornamentation.
Example 23. Second Movement, measures 145-147 of the clarinet and bassoon, without ornamentation.
Bb CI. 1-2
Bsn.1-2
XXV
-
12. Imitative counterpoint with ornamentation.
Example 24. Third movement, measures 22-25 of the clarinet and oboe, with ornamentation.
Ob. 1-2
BbCI.1-2
m
E. Heteroohonv:
13.Ornamentation of the original melody keeping the original line.
Example 25.. First movement, measures 87-89 of the clarinet and bassoon.
BbCI.1-2
Bsn.1-2
$ V
F. Rhvthm:
14. Rhythmic Figure m
Example 26 Second Movement, measures 106-109 of the snare drum.
xxvi
-
15. Rhythmic figure n Example 27. Second Movement, measures 110-112 of the
strings.
Vn1
Vn.2
Va.
Vc.
Cb.
jji n ;J
Ji. n n.
jj. n. fl.
cr cr [f
is is v
n n n n
JJ J]. J3. Jl
u u u' u
cr is' is' is'
ir sr v is
f\ fl. h ,r,i. ;
u u u u
tf ti' ir u
G. Ostinato:
16. Ostinato with a chromatic line
Example 28. First movement, measures 134-136 of the strings.
Vn.1
Vn.2
Va.
Vc.
Cb.
£ Remoue mule n * n n w n n
/• Remoue mute " w " " n n i
Remoue mule
f Remoue mute
f Rrco
r »r" Jb f
n sempre
ff . " f t
m sempre
„ sempre
m
ftfrfrrr
XXVI1
-
17. Ostinato with a diatonic line
Example 29. Third movement, measures 153-158 of the strings.
non diu. M PI N sem pre w Vn. 1
Vn.2
Va.
Vc.
CJk
non diu. r* n n sempre
H Snimi J J 1 J' "*» 9 WZW non di ~9 W non diu, m tk i sempre k k £ &
Pizz
18. Ostinato following heterophony.
Example 30. First Movement, measure 89 of the woodwinds.
FI.1-2
Ob. 1-2
BbCI.1-2
Bsn.1-2
i p
XXVI11
-
19. Ostinato with repetition of the dynamic pattern, p< f.
Example 31. Third Movement, measures 73 -7 6 of the brasses (ostinato continues until m.95).
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
i
Ti
P
m p-> y-r -•> p
/
£=* yf
p- p~
H Sustained Passages:
20. Sustained accompanying line
Example 32. First Movement, measures 214-216 of the strings.
Vn.1
Vn.2
Va.
Vc.
Cb.
XXIX
-
21. Sustained homophonic passage with contrapuntal movement
Example 33. First Movement, measures 104-106 of the strings and xylophone.
Vn.1
Vn.2
Va.
Vc.
Cb.
i *
^ ^ j J J ̂
J? A— 1 I
^ —
[§^1—rrJuL ? 1 \^-—
J g|J J ;ij=|
, i ̂ ti\ ' lt>4 Jgg| -1 & J
4—J — v J —
U & i — ^ J — l> J J
fM&J 1 r/g? 1—1 gg-." -
k g 1 " ['#
' ' y-p 1
^ ^ 1 8 = 7
Most of the preceding elements are common to all
three movements except heterophony and ostinato. Heterophony
is used in the first movement while ostinato with repetition
of the dynamic pattern (p
-
shifted accents, and syncopation. The heterophony is
important because it occurs only once and serves as the
central point in the third variation. The elements mainly
used in the first movement are illustrated in table 8.
Table 8
Principal Elements of the First Movement
Section Element Type
Introduction
variation I
Variation II
Variation III
Variation IV
Variation V
Variation VI
theme motive
motive
counterpoint sustained-passages
motive melody
heterophony melody theme sustained-passages
counterpoint motive
sustained-passages
ostinato motive
sustained-passages
theme
inherit based on the second half of the theme
based on the first half of the theme
with ornamentation
percussion
first half of the theme with ornamentation
following ostinato with ornamentation varied
contrapuntal
with ornamentation based on the first half of the theme
percussion
chromatic bass line based on the first half of the theme
percussion
varied
xxxi
-
Table 8-- continued
Area "Element Type
melody fragment sustained-
passages accompanied line
Coda theme varied
Second Movement
A number of elements are found throughout the
second movement. (Example 14,17,20,22,23,26, and 27): six
are in the slow sections, and four in the fast section. The
second movement is rhythmically the most regular in the
symphony. The rhythmic elements m and n • are
important because they occur throughout the movement and
serve as the central point around which all the phrases are
linked. The inherited theme is special in that it is
derived in part from the first movement. Table 9
illustrates the main elements of the movement.
Table 9
Principal Elements of the Second Movement
Area Element Type
Slow theme inherit melody with ornamentation sustained-passage accompanying line
xxxix
-
Table 9-~ continued
Section Element Type
Slow counterpoint rhythm motive
without ornamentation
based on the second half of the theme
Fast melody
rhythm sustained-passage counterpoint
with ornamentation without ornamentation fragment
accompanying line without ornamentation
Third Movement
The third movement consists of introduction, main
body and coda. Similar to the first movement, most of the
elements are used in the main body (Example 15,18,24,29, and
31): two are in the introduction, five in the main body, and
three in the coda. The motive based on the head of the theme
is common to all three sections. The rhythmic interest of the
movement is created by the frequent use of syncopation and
shifted accents. The ostinato (p
-
Table 10
Principal Elements of the third Movement
Area Element Type
Introduction motive
melody
based on the first half of the theme transitional tune
Main Body melody
motive
counterpoint ostinato
.sustained-passage
solo with ornamentation based on the first half of the theme
with ornamentation diatonic
with dynamic p
-
elements are designed. The major and minor third are of
secondary importance because they are less often utilized
Types of Linear Intervals
A. Intervals'. major 2nd, minor 2nd
Example 34. First Movement, measures 41-43 of the bassoon.
Ban. 1-2
Example 35. Second Movement, measures 65-66 of the flute.
FI.1-2 [ \
A Bliss
tJ mf
Example 36. Third Movement, measures 47-49 of the oboe.
Ob. 1-2 * r HTFFFI) 1 " • 'asaa mp B. Intervals: perfect 4th, perfect 5th
Example 37. First Movement, measures 57-59 of the violins and viola.
Vn.l
Vn.2
Va.
'f rfri&H f f~[T i f [ /
c £.rr_r H 7 '-'Cj-
m
xxxv
-
Example 38. First Movement, measures 81-83 of the clarinet.
BbCI.1-2
Example 39. Second Movement, measures 83-84 of the woodwinds,
FI.1-2
Ob.1-2
Bb CI.1-2
Bsn.1-2
i ' J a i 1 J ' , l
Example 40. Second Movement, measures 155-156 of the clarinet,
»ai-2 Bb(
Example 41. Third Movement, measures 73-80 of the violin I,
Vn. 1
• 1* J 1 j JJjp
XXXV1
-
Example 42 Third Movement, measures 196-199 of the violin I
Vn. 1 if yf.tr
W
C. Interval: major 3rd ( minor 6th ) minor 3rd (major 6th)
Example 43. First Movement, measures 6-7 of the flutes.
jU-M.ll £N-U |j|
FI.1-2
Example 44. Second Movement, measures 53-55 of the violin I,
sernpre
Vftf $ m ¥ ¥ Example 45. Third movement, measures 86-87 of the horn.
I FHn.1-2
Vertical Sonorities
The vertical framework of the symphony is basically
quartal and quintal. There was no systematic attempt to
control the harmonic direction within the movements. Non-
functional relationships predominate in freely diatonic or
chromatic sequences. Triad-like chords are also found but are
essentially incomplete chords omitting the 5th or 3rd of the
chord. In addition, a number of unison passages found in the
xxxvn
-
symphony are features of Korean music. The' cadences,
particularly the final cadences of each movement are made of
unisons or triad-like chords omitting the 3rd of the chord,
another feature of the traditional cadence in Korean music.
These sonorities are found in predominant chordal structures
of a passage, melodic outlines, passing chordal structures,
arpeggiations and accompaniments. Each of the examples is in
the following section.
Tvoes of Vertical Sonorities
A.
Example 46. First movement, measures 229 of the strings, triad-like chord omitted 3rd.
Vn.1
Vn.2
Va.
Vc.
Cb.
Ptzz
i i Pizz
mz
Plẑ
Pizz
X X X V l l l
-
Example 47. Second Movement, measures 184-186 of the strings, unison.
Vn1
Vn.2
Va.
Vc.
Cb.
ff
$ IT £X
~W -o-
JT
#2r
W f
* U j
Example 48. Third Movement, measures 152-153 of the woodwinds, qugrtaJ-.
FL 1-2
Ob. t-2
BbCI.1-2
Bsn.1-2
f f=£=
1-J. : £
3 2s f u ) * *
t i n 3
U f
= E ' 1 1 • > -
~ r > * * 4M ̂ ^
i t
E-p " * * •
j 1 1
XXXIX
-
13. Predominant chordal structure of a passage
Example 49. First Movement, measures 74-75 of the strings, triad added augmented 4th.
Vn.1
Vn.2
Va.
Vc.
Cb.
.$_i — i j * J / J J |
-ti r = - i PP
J |
/y —
PPP
— — 7 ft 4 J
PPP
i •*
4—i£ j J r"* [
PPP PP
Example 50. First movement, measures 225-227 of the strings, .triad-like chord omitted Ird.
Vn.1
Vn.2
Va.
Vc.
Cb.
4 ^ = ^ =
i j 1 *-= - - • L*
|.f
prj |J
t >
L»
m r i f . - — | | J £ j
n. i PP
^ 4 -> < L r PP
'Xf > t 11^=2 8 £ 1
PP
-f* f8—
* — ^ — i
H? I
xl
-
Example 51. Second Movement, measures 5-6 of the strings, unigon.
Vnl
Vn.2
Va.
Vc.
Cb.
^•WVWVVVW /VV̂ i
£
Example 52, Second Movement, measures 165-168 of the woodwinds. chromatic cruartal.
FL1-2
Ob. 1-2
BbQ.1-2
Bsn.1-2
m i a 4:
xli
-
Example 53. Third Movement, measures 67-68 of the woodwinds, triad added major 2nd ftnd wgment;ed
a 1-2
Ob. 1-2
Bb CI. 1-2
Bsn. 1-2
.1 «b-j- mm SS3S8S9— i
Example 54. Third Movement, measures 176-177 of the strings, 7th chord added minor 6t;h,
Vn. 1
Vn.2
Va.
Vc.
C.b.
H sempre
mm n sempre
K'f f f f H sempre m n sempre m m m j l .
&
j j j'
m m j l
Although this work is essentially tonal, there are
occasions when a chord is intentionally obscured. This is
xlii
-
accomplished by the technique of overlapping chords which are
unrelated by ordinary tonal standards. These, polychords are
used in which two tonal centers are employed simultaneously.
Example 55. First Movement, measures 90-92 of the woodwinds and strings, polvchord.
R.1-2
Ob.1-2
BbCI.1-2
Bsn.1-2
Vn.1
Vit.2
Va.
Vc.
Cb.
A rri ̂ m I a 3 3
r r n J J J u J J 1
1 I-—— — — tU dJldJ
^lppl|tj *£j" : J r-n
I ̂ { M T I,J ; j lJ=H , VT—\RD—
4 ^ r
Hrco
^ PPP . ilrco
9 > > »
* ''p » p t r
>• Jp
iM 1 ifl
HrtoPPP
^ i J -
K F 1 RRCQPPP
n r r 1 $
J \,l r—1 f i t 1 - = 4
v { y f J PPP
Rrco fcn ^ IF Z
PPP
xliii
-
Many of the chords found in the work are a result
of contrapuntal considerations. If the movement is primarily
contrapuntal in natural, the vertical alignment is a
secondary consideration.
Example 56. Second Movement, measures 121-123 of the strings.
Vol
Vn.2
Va.
Vc.
Cb.
i Pizz
PP
.J t J
Pizz
PP Pizz
PP
Instrumentation
The instruments are generally treated in a
traditional manner. However, instrumental techniques are
adapted to create the timbre of Korean sounds. The
adaptations include the decoration of single tones in the
strings by means of molto vibrato, glissandi, quick bowing on
all open strings, tremolo, tremolo glissandi, long trills,
and pizzicati. A special type of the pizzicato followed by
short glisssandi produces a sound similar to a Korean drum.
xliv
-
Example 57. First Movement, measure 65 of the strings, molto vibrato.
Vn.1
Vn.2
Va.
Vc.
Cb.
PP
PP
pp
PP
Example 58. First movement, measures 9-10 of the strings, alissandi.
Vn.1
Vn.2
Va.
Vc.
Cb.
H p flrco
Plzz
Plzz
gllss
/ :
xlv
-
Example 59. Second'movement, measures 51-52 of the strings, pizzicato alissandi.
Vn1
Vn.2
Va.
Vc.
Cb.
«" 1 ; ' H B _ , P'» 9"*>
£
r ' 1 1 i f 1 Ptzz
/ PIzz alisŝ.
1 j 1 ! ff
Q. 41 v v '
Pizz gHss. jf
ff
Example 60. First Movement, measures 104-107 of the strings, tremolo.
Vn.1
Vn.2
Va.
Vc.
Cb.
xlvi
-
Example 61. First movement, measures 218-220 of the strings, tremolo alissandi.
Vn.1
Vn.2
Va.
Vc.
Cb.
Pi i
Example 62. Second Movement, measure 42 of the strings, quick bowing on all open strings.
Vn1
Vn.2
Va.
Vc.
Cb.
Woodwinds are included to add weight to the string
sonorities. Sometimes the instruments double the strings
exactly or do so in a highly embellished manner. In certain
instances, the instruments provide harmonic support by
providing a different harmonic texture from the strings. In
addition, the instruments also produced a special type of
xlvii
-
glissandi, molto vibrato, non vibrato and long trill
imitating a Korean bamboo-like flute.
Example 63. Second Movement measures 106-107 of the wood-winds /molJta vibrato, non vibrato.
J. M.0
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
i n
^ht-
M " " J.H.U 1 =—M=y-— r
i.™ j i
4r!f U-M.U
—"ttf-«r fr
*r 1— J-H-U 1
Example 64. Third Movement, measures 67-68 of the woodwinds and strings.
,7 J W -Fl. 1-2
Ob. 1-2
BbCI.1-2
Bsn. 1-2
Vn. 1
Vn.2
Va.
Vc.
i
EP-CP TPRR
xlviii
-
The brass is generally treated in a traditional
manner. It supports the strings, giving emphasis to certain
pitches by either doubling them at the exact pitch or at the
octave, or introducing a pitch prior to its entrance on the
other instruments. Glissandi and some use of strong accents
are found in the trombones and tuba.
Example 65. Second Movement, measures 48-49 of the brasses,
Bb Tpt.1-2
BbTpt.3
Tbn.1-2
Tbn.3
Tuba
a
Percussion instruments were chosen for their unique
coloring. The timpani, tom-tom, suspended cymbal, snare drum,
bass drum, vibraphone and xylophone were selected. The use of
certain percussion instruments such as gong and temple block
recall the solemn ceremonial atmosphere of a Buddhist temple.
It also includes the use of accelerandos or rallentandos with
a simultaneous lengthening or shortening of note values as in
the percussion parts of Korean music. The use of glissandi
xlix
-
found in the timpani recalls the primitive sound of the
Korean small drum.
Example 66. Third Movement, measures 182-185 of the percussion.
Timp.
Perc.
/ P—
The snare drum and suspended cymbal were chosen for
metric and regular phrases in the second movement.
Example 67. Second Movement, measures 83-84 of the cymbal and snare drum.
s.o
Per.2
r J J J
> • > »
i i i i There are special combinations of instruments in
certain instances. A number of passages were based on a slow
change in the color of a sound, a type of Klancrfarbenmel od-i P .
where strings, woodwinds and brasses exchange a note very
slowly with one disappearing as the other becomes prominent.
-
Example 68. Second Movement, measures 22-23 of the strings brasses and woodwinds.
• 3 . 3
FI.1-2
Ob.1-2
CI.1-2
Bb CI. 1-2
Bsn.1-2
F Hn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.3
Tuba
=
I v - = \ P • • p ; r _ a—^— F • =
A h b b = K -
t)
m
Vn1
Vn.2
Va.
Vc.
Cb.
$ p p w
3 ~m—w—r
S i P
PPP
- PPP
PPP
PPP
PPP
li
-
Example 68 shows a type of special combination.
Repeated notes in the strings are followed immediately by the
same pitches in the brasses and the woodwinds. The first
movement features strings, woodwinds, and certain percussion
instruments such as temple block and tom-tom. The
introduction and a number of variations feature the
structural frame using woodwinds, strings and certain
percussion. Various combinations of strings and woodwinds are
used throughout the movement. The second movement serves as
the midway point where instrumental resources are expanded,
especially in the percussion, while the brasses are slightly
reduced in the first and third sections. In this movement
alternation between solo players and groups occurs,
especially at the beginning of the third section. The third
movement is based on a wide variety of timbre patterns,
including; higher pitches in the strings and lower pitches in
the woodwinds; the use of solo passage in the woodwinds; and
brasses, especially in the second section, using the repeated
dynamic pattern (p
-
motives, themes, melodies, counterpoint, heterophony, rhythm,
ostinato, and sustained passages. Vertical sonorities
consisting of unison, triads, quartal, and quintal harmonies
are combined with triads which omit and add intervals.
The instruments are used in a traditional manner.
To get the colorful Korean sounds, special types of timbre
manipulation are adopted. The use of Klanafarbenme1odies and
ostinato (p
-
SYMPHONY IN THREE MOVEMENTS
PARK, KI-SEOB
-
Orchestra
2 Flutes 2 Oboes 2 Clarinets in Bb 2 Bassoons 2 Horns in F 3 Trumpets in Bb 3 Trombones 1 Tuba Percussion (4 players)
Timpani Vibraphone Xylophone Temple block Tom-tom Suspended cymble Snare drum Bass drum Gong
Strings Violin I Violin II Viola Violoncello Contrabass
-
FIRST MOVEMENT 1
SECOND MOVEMENT 58
THIRD MOVEMENT 104
-
Transposed Score
J = 92 SYMPHONY IN THREE MOVEMENTS
Park, Ki- Seob
(1994)
Flute"!-2
Oboe 1-2
Bb Clarinet"!-2
Bassoon!-2
F Horn1«2
Bb Trumpet! -2
Bb Trumpets
Trombone1-2
Trombones
Tuba
Timpani
Vlollnl
Violln2
Viola
Violoncello
Contrabass
Percussion 2 <
m.u
1 ^ • 1
i ! ; i , 3
mp 5 W
7Tlp~
1 — R
j J j J p .
6 ,
mp
; i > > 6 mp
nri—r
Sh V ™"
*1
g 4
• i •I "
t i •1 ~"
• i #1 ™
-
> .• • m " > m m v - "Ti #1 fi>
Q t PP
? r r r = r r r = 4 j = = j -*==Zmf
l | #1 "" =
4 mm. *1 •J ™
• 4
* |
•J —
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
0 fi» y f T = | f " §f 4 , J t t = f
JS> A mf
> • ii «N*» if V # "
11 f w f f
u , j t f=4 J=#J= mf
-\—i
4 jT=—. J
i i jj>-u ' y J j a i * r > * -
> •
4 ^ M-k—
C u t • r i «r 4 5 5
l i f f —
#T 5 7 5
l i r r * *=1 mf
T? ; m
-"^r r r r
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
P m
m
- 2 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
I f I J L u ,
•i —
J L y •i
i n -Brco
—1 < f 14 1 ! » » A± Z Z ! f J J Pizz
* J J T — 5 — PP
i_j ! J
PPP
J — i p — t) p 1
r — Pizz
ii .I ^
PP
tl V V ' '
PPP •j ""
-Va-A P
:t /i ™ ^ —
' ' gliss
i t t i t = "Tj
^ 1
J r -f Z = = =~p
• 1 ^
- 3 -
-
13
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
/ -
tr-
' ,n ,n . pp
pp
m V
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
-Elzz_
¥ flrco
w sfz
i Plzz
p flrco
£
W :«i » 2
Pizz
Pizz
S/iz
6--L1 j f
4 j ^
-4
-
17
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
:• J fa4^E^=== ; f ir i^r ' == ' f t i * i
/ ~ T f
- a b B j g H = =
- 8 - j r v * *
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
mf
-5 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsri.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
P
m
•> p V "I I Sky = —
JjL-a
firco# tr'1 "r i - I,I =
T 1
I « Is »
."""Hp ..->—
•(pi 7 f 7 |J) J=— , , , r ' f ,, = =
„J 7 J- 7=ĵ Ir
A ? ? V < i = "T—7—r
j**4—?— 4 r ,j tt;!i .""E .. . . —
«J ^ t= nrz^z-;—"—f—"] flrcaja^ -
-
^ 0 ^
T IKK
r crrrp 1 -jt l - 5 ^ - ' , i b J — J —
H N = T = P
/vy» r
Z n n . L > > > mp P
ft "TP#* » "f" r
M p — - — - — - —
S ? 1 1 1 -
!l > > t = = = \ •J J ^ =~ & - = = ^ - U 1 *—Itfi—
p —
pj £*•-
J -4
gliss
h - = H PP
& H —
• = ,— 3—, | \\ r d j ^ - t p — o < 7 -, , t ^ — * *
7J|J j — j p & JJJgy" flp—tHrri i i - 6—p
7 Lr-1 7 p
r - 1 M . ft =
p*3 J. - w*
'} v Tin pq
O ! -
? r Li= i f [|ff-
1 — i i r f r ? — ~
4 " i J 7
»• P r rIT"fuT i — n n p
JL-i **
J £
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
• 8 -
-
33
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
h j>>
H N - — ^ Mate ,
^ , J ,
_jtl
»i •1 «->
tJ t j - f - 8
- J
I I I > } *1 • 1 •• ^ J J J
ff j§3 J ""H 1 1 111
•J
*1
> | #1 •
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
F Hn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
$ < r t ' ' =
%) S-
L J i i
"71 _ 1
' / « • _
v i Ir . P \ > = ' * \ 1 * * —
J 1 10 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
- 11
-
46
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
' - y » m
• =
1
^ J? ;t - — W =
f h J j J
" ' J f r U g ? , J ) 7 7 i « - « i
f "
W> - - | J § j
J L u
fr* = -
qliss Timp
P~
m Per.2 it-
m Vn.1
Vn.2
Va.
Vc.
Cb.
P-flrco
U S B m P
Pizz /
flrco
m m & p Piz t , r r * r T f
. . " 4 * « r k i t
/ Pizz
i p /
te
12 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
i i w Jm-u i u
mf
m P
-
Fl.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Li 1 IA - = -¥ =-It* . =4 fr* ==-
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
gliss
$
i
- 14
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
~~Jh~y : * = ~ - j/.~ 9 . — Jtf- - -- 9 .
ft i hi * rrw=rr —1—4̂ -J—2—_—2—
# S T r n * —
M — f "
4 - J — *
$fz
Per.2 <
— ' f u n > r " B T ~ ^
P f - > " L-te
P i Vn.1
Vn.2
Va.
Vc.
Cb.
/
i i - y r t , frrrffy m *
m *t 1 rLr /
'r v , k ^ r m M /
/ ¥ m • i n j ' r j
15 -
-
FI.1-2
Ob. 1-2
Bb CI.1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
$
—H
- M — 4 -> • > •
- J - 4 f f M :
- l i , # A I 0 • » — ^ . • i — 4 -
p N
f f 1 1
> - > -
p p p,
i 4 r sF i
| ; j r . f , j T ^
*
4 j | f
J f 1
. . . ' f , f ' q d j b l
— v r p r -
j • r 4 1 T C J
r * i — .
± = 1 =
> - > •
w > * '.J bp «v bp- -
P
-*h--J i f f J y - 4 } - # f - J . h ' i ? r =
> • > -
4 f 7 ' p = j
H L , 4j \ L m —
i ; L r J 7 ^ M A j f i k ± = l = M f c i =
J J 7 J
. h i
nri i — — ^ — f —
DO > • > •
4 Y '
»
^ lil.W \# id1* P
* * p > > > «
r * ^
- 16 -
p * * * r = j
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
•' 1 J j L y
-S-H = -
m mm Per.2 -PP
m PPP
Vn.1
Vn.2
Va.
Vc.
Cb.
-PP
pp
pp
pp
— PP
PPP
pp - 17 -
-
69 J . 120 Fl.1-2
Ob.1-2
Bb CI.1-2
Bsn.1-2
FHn.1-2
BbTpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
4 = fj #1^ \>m " j | J+ J
- J — * —
4 = V
4 =
./
/
= 9 F /
>• >-} • l* ^
> • > • > •
/ * r r * = ^Poco a poco accel p
1 1 * 1 =
m "4 f t t t f t J «/ 4 * — Poco a poco accel
mp y ~ SB - * - * > » " # ! » » ! » » W Z ~
> - • • •
> -
Poco a poco accel mp
H E |
H E
| J m
- 18 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
H-1 iJ
gliss Timp
P-
Sym.
Per.2
PPP'
Vn.1
Vn.2
Va.
Vc.
Cb.
j j * PPP PP
ii| PPP pp
PPP PP
PPP PP
PPP 19 -
-
Fl.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
F T
III
pp.
Sym.
Per.2
W - P
' ' ' > > >
= - - 4 5 5
sfz PIZZ >
$fz Pizz L
- ^ ^ *j sfz>
Pizz t
It ; i J ' T =
Vn.1
Vn.2
Va.
Vc.
Cb.
- 2 0 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Tirnp
~ =
^ n i i ̂ J ^
•
P p p,n 1 ' 0 M p: K j J. " 9 — W - J — m V — W — w ~ T
1
j I.J
'P 7
Per.2
i Vn.1
Vn.2
Va.
Vc.
Cb.
P
- 2 1
-
85
Fl.t-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
¥ = — — b ; i - = 4 ... - j - j
• 11
- " 1 r - n -
- 4 —
5 3 = 1 1 1 1
j J * = t J i * J
_ f i i r * * t *
' J •J J « ; i r " i r " i f
j l i j ] = U
-4 L .
-A-# _ * * 1 j / P L l U r 1
T - ^ - r T K » [
• i T ' u
• " ~ v • r t t ¥ = —
'-&-*} / P r r — j i
>
1 * i #i = —
J M »i ft4 =
t i — V
• 1
I I
( i - . l gliss
f - £ = } ?
/ • / " = - > > • >
J * . 1
v " H
) I = ^ = r ~ r r i > • > - j ? r r > • > • J — ? 3 PP TV \ - U — i
> •
J j > , , . g ^ = j £
«/
ft ^ f r ^
Pizz
^ * r r * =
~TT • • i l 7 ' 1
•.I J. A * B - = l
a
I ,M «j I
- i Piz;
P ' * z
** F J> J> -n
— »l
f) if—5—!7—
t = £ i Piz; I
> =
ii ™ •#
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^ A /
# - p , ] # • if-
1 ^ 7 1 = Pizz * : > > i > ' s > '
1̂" L V L V L
V.
J f i Y 2 — ' * J > 7 * = J ? ' J » ' :>- > =>- > -
- 2 2
-
89
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
m - ^ 3
i m i a 3 3
• r r i r t n
" U L f u r
r— -
j J r J U J J
m n d J U J k i J r g j - n ^ = 4
f | J J J
n r 3 n H
i j , j , j = » r t
i j L j = i i ̂ i H- 1
^ J . J b | j , h i J
7 ^ ^ U- !
J r •> ''P •> P L J 11
J J = i I 1 ^ - f l - r 1
=fr
} p ^ m - u L e ~ 7 i ^ [ j - ^ 1 1
[
4 *
Per.2
flrco
-JtrH —
PPP flrco
> > >
i ,
A [ * ' f l , J 5! dS
^ L i * * — j _ _ flrco PPP L J J > 1* i I = |
\t 1 1 JA l- 'Jz
flrco PPP > > f
—f 1 JT *,9 1 1 i / i —
J- J — \ £ — „ ^
— j — • — J * -ppp
flrco
= i r ; r 1 h
Vn.1
Vn.2
Va.
Vc.
Cb.
PPP •23 -
-
Fl.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
h iJ^L j T i j" J "3 'T3» jT i 9
rn n n it-r c_r
4 = = = = 1 • ==H
li'-T j * f c t
^ = 1 • = H
^ =
J J J J J J J J J J !>• 2>.
iff P jp
Per.2
FiH^ H»-» 1 1—xi— f | J...,. ,*=| 4^= llM , , i
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p
4 f # # j<
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?
J 4 £ £ ¥ p
4 > > > -ft— •
/ J
Wi T|»
J f
^ * * tfed P
1 J «
« > • _
- # .
4 1 P
— f c =
J — ^ ^ ^ _ = = : 1 f P
Vn.1
Vn.2
Va.
Vc.
Cb.
-24
-
FI.1-2
Ob, 1-2
Bb CI. 1-2
Bsn,1-2
F Hn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
97 I - 1
J , , L~ri'cfr J r r r i i f f i R i f f i r M-HLZ: _ y^JjtJ.JL 1 ^ 5
1 r7 J U r r r
1 3 T T ' =
H - i . L . 3 A — ff.
r n—1 » 3 tfLr r #_ g 11 - - P""
3 3 3 3
1 n n n f i -*• r r r r Lr r r r # —[7
1, r a n r j " Y y
T = f f H 2T" ^ 1
n , L r j = * S =
m l , J J J m w 1 P
7 v fcj 1 :—h ^ - t r
u 1 j i i j . — ,
4 u ^ _ ' 7 b p ^ r m " — = - 3
yt> ' 'cjr ' -L r 4 V " lfJ 7 P i P T j r " r
Wf Tr ~n & / P
m pp
Per.2
m Vn.1
Vn.2
Va.
Vc.
Cb.
* m -9 V
f
f
^mu
/ -25 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
m
I f f f f h# hr "T^ J , r , r ^ > =
/ u
f £ J * = 4 i f — ? — £ — f . —
L 1
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
ff p T3
p t w
E i ff
p
tJ J
J i
w i f l?X p
m
ff
jf-
ff-
- 2 6 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
mm
m
m
pp sfz
T.B
Per.2 r r f pp T.T
r r ' p PP Vn.1
Vn.2
Va.
Vc.
Cb.
i
E^pjjl ^ 0 =
I F * 6 1 f
P=P
-27 -
-
H i '
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
£L* m'u
P
ff 'trtj-
1 1 f l T r T
S t
j T
$ i ^m.u
p jf gliss
3 T
gust
^ - 3 » "
j g i ' ss
ST gliss
Jf
& - tfz f
Per.2
gong
w l a s L
Vn.1
Vn.2
Va.
Vc.
Cb.
PPP
- 2 8
-
[m] Fl.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
\¥ I I n • = -
j | »i * 1 ' zt. , _iJ
= -
: ~n = ~
j i it ^ * if
' J L u j;1" ~ - TI
-
117
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
ill
p I J h '
mute > -
-A > * > > -
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4 ± = = = =
> * ^ / " w —4400m'
/ j n i * y * > * > r ^ - f I ' )
«Hi> > > J H =
* U r * = j
* i c 5 * p ' ' j ' '
> •
qliss 9 |liss
mp uib
-« *—p
—.—
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J — mp |ft *
•
ft
l L 4
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Vn.1
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Va.
Vc.
Cb.
- 30 -
-
121
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
i s
/
V w f
i f
j J J i
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t i ^ 1 '
t i l J i 1 1 1
mp I
/
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/
/
\ V i I 1 p
Jt'-} 1 f — F T TF T # t ' V
•
v ^ *i m }
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r ' j = j /
/ &
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
mute
r i » p ( • i i
sempre
- 31
-
125
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
p p
M r ' J
I'A J i—. * 4 - J > J h - = f = 1 vr g - £ =
1M J N * }
j vp*!1 ' d 1 ?
J f • = ^ =
. r to -3-4—^-5 1-4
/
f
^ ^ * 5 p p
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
m
32 -
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129
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Tlmp
At =J i). I
IP . r . f u
1J JJ J< >r r r
* *i>J J * \,r p
~ « « #
P 0 *
'k Ui^r r >
P i* •iiP y r r t,r r
, . . — r
J r. i
"i'—p p'
L - U p -i \ \)B if1 fr*—»,» »
I i r 1
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f r H -
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Rrco J nm > b* 1 " i r ' &
-
FI.1-2
Ob. 1-2
Bb CI.1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
/
/
ifz f
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
^ Remoue mute m n w m w PI n sempre
/ Remoue mute J , n ff n
w w n n n sempre
Remoue mute * * * * * n n n n sempre
f Remoue mute
° y f=£ r ir y r r u f rfY~f j f flrco
= » £ = is /
- 34 -
-
137 It t
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
F Hn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
: j — =»• >-r f r > -
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>- >• > - > f p "f*
> •
^ >• r ft
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f - -
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1
3 * *
* •
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/
Upf=W f *
* * S k * w * * *
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o»;j££f } T= ' j ^ f f
/ T
9 * : j fi—13—tt
f A—/—^—J ? /
•jlr5? f * = / • 5 •—
A :T ^ > - n sempre > > > h sempre
P n sempre n sempre
p i : > - =»• > • P n sempre
~J J J # J J
n sempre
4 5 - 4
n '1 r1 7.M. f" "f" f" k ft. P
r »r V r r = riMr f r r f ^=d 3=
p
t—* r—^ T—*r— *r—f—5rir_
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
P - 35
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn,1
Vn.2
Va.
Vc.
Cb.
I y - 1 êj=a n f i
:y*pE .1 m.u p.
fr* =-= by - = 4 3 T t r~r -3 ,
ff
by - = 4 •Isni
=FJ#f = p 8iJÎ P̂ rr̂ ==
t — P i — 5jJ ^ = : -_J
* 6 i »j» ̂ ^ ———
V r > Jy - 1
B4- r r ? =j j?
ft* = - : \ l y. - = 4
= - =
by - = 4 Ĵl_
'-ir¥ *
HU f~ t £: £
—f f— •gh £ f .
t = ¥ •L -4*— M.PP ,IL
£:.
= :
^ =
S.D =-4-1 4-1
> - > *
cJJ lL , 3̂ '•"a cV
*• > • >
4= >
: 2 > •
T.T > • > - > =5 > • - > •
• 4 1 i. y)tr—r—F—p— /
-w4r pp
; v i i , i mm J J J J ==[ pp ^
pp
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b'ii'f •> -V-4 •*\ A
PP - 36 -
-
145 tL-1
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
#i
fi
&
i
i
-jj-% f f- 1" ?4 4̂ t-r
> • ~
• ' - - -
" > •
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
n sempre n sempre
r sempre n sempre
- sempre n sempre
- 37
-
149
FI.1-2
Ob. 1-2
Bb CI.1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
SF
llit /
/
f
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb. m
n sempre
. m sempre n sempre
n sempre pi sempre
iE i - t r —
n sempre
- 38
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
i
39 -
-
157
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
J L u
JClu J § J .
JLy ¥> =r-
J h 4 t i» > , @
T
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k , ]) > =\ 4 7 P — 2 —
P — / *>! ') if. \ j ] J J j ) «r
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* — = /
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- y - t 1 P " r ~ * '
jr t I A m m m mm* *J j J 1 1 j
,4, „* 4 ,,,;d;\\ €
p — = / • /
( L : i t t r f r r f p =
f - £•
— - - 4 — r - f - r
•
- f - f
:£ £
- f - f i
£
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•m
-f f— •
- f P 1"
z i _ ^ _
~ i f — ' t o 1 ¥ 1
m m
>• >• J —0— # * — « — 4
4 d L T s D > -
y . g j . 0 - ^ 0
=*=& I S s U J feUJ " n f e i
J j > •
U —
> > - , - - ...
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
•40 -
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161
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
. 1 t = -
y u i — *
l l r i f ; , =
p fraj=
t -
n r i m
g
1 J i > - > • > >
, •
-/
> =»
Per.2
/ " sempre
Vn.1
Vn.2
Va.
Vc.
Cb.
/ n sempre
/ PI sempre
* /
/
/
r *r r r r y r
-41 -
-
FI.1-2
Ob. 1-2
Bb CI.1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
BbTpt.3
Tbn.1-2
Trb.3
Tuba
Timp
165 fj J - = i § =
I • =
y t » H b I ff
=
i - = H ^ — / t t L t f d ->• ITT^ v 4 * — —
- n — - J p - 5
i n - i -TJ r J m«u $ = U? - = H
j * r * = L . F = j ^ = -
\ l - = H 4 ' A 1 $fz
= ^ $fz
:j -J) ——, , 1
•
$fz •
tfz
~ A f
-Per.2 <
Vn.1
Vn.2
Va.
Vc.
Cb.
n sempre
n sempre n sempre
n sempre n sempre
•42 -
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169
Fl.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
I
1 • =\ • / ^ = 1 - = \
-Tj § = = -~n
U . — i i ~ l * — i -
* = f ,i = = j = -
1 . = H
5 — h
—
#1 —
r —
=
1 - = H • j *i •
' * / P
? — 1 1 , , i J - = J
if v v
p — • —
i i • 1 ~
p
n >- _ . * 1 — s p - — - ± H » p -
* 3#1 -V ^
*
* t j •J * ^ —
- n — r WEI i
u =
ss — #1 ""
sfz -CS - Irl 21
»i • 1 —
pi sempre
" sempre
• * * L - J
tfz > -
1 =
jj" sempre
n sempre
I I 1 1 1 • 1 — |
l» r r p r
^ j j j j j j
n sempre
Eir r r r r r >
* J I J I =
B l . • • • ' =
«/ _ ... „ 1
sempre
: j i t r r r r b e e
2 ti >- 3
itf f r r r 3 i
r r r
J U L f p [I f.
ii r V f T r fes r V f v r V= > •
» ' y fa#
> -
-43
-
173
Fl.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
I 1 - = -ft
k - ==H
^ "V*1, —
I -4^ r a — . JTTi
> > .. r m / m . • i * '
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r r r r r -p-p--> • > •
V 1 1 1 — =
4^—«—.
41J J J « « « i i V 7 1 — - —
Per.2
n sempre n sempre
Vn.1
Vn.2
Va.
Vc.
Cb.
n sempre
n sempre
n sempre
n sempre
J Li [_J
• 44 -
-
FI.1-2
Ob. 1-2
Bb CI. 1-2
Bsn.1-2
FHn.1-2
Bb Tpt.1-2
Bb Tpt.3
Tbn.1-2
Trb.3
Tuba
Timp
Per.2
Vn.1
Vn.2
Va.
Vc.
Cb.
177
• J L u
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/• Y» *1—1
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'JN - J * [?J f
Y J = I
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r r ^
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1 r
;
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ft# 4|
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i= t=\ » p p p
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r%; u !• #1 1
f i i ! _ b _ _ _ . ^ _ _ > _ = j
— -9i *1 "•»
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Bb CI. 1-2
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Tuba
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Bsn.1-2
FHn.1-2
Bb Tpt.1-2
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Tuba
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Ob. 1-2
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FHn.1-2
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49
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