Crase, Frederick (2013) Routine and Isolation: MMus ...theses.gla.ac.uk/4732/1/2014Crasemmus.pdf ·...

154
Glasgow Theses Service http://theses.gla.ac.uk/ [email protected] Crase, Frederick (2013) Routine and Isolation: MMus Composition Portfolio. MMus(R) thesis. http://theses.gla.ac.uk/4732/ Copyright and moral rights for this thesis are retained by the author A copy can be downloaded for personal non-commercial research or study, without prior permission or charge This thesis cannot be reproduced or quoted extensively from without first obtaining permission in writing from the Author The content must not be changed in any way or sold commercially in any format or medium without the formal permission of the Author When referring to this work, full bibliographic details including the author, title, awarding institution and date of the thesis must be given

Transcript of Crase, Frederick (2013) Routine and Isolation: MMus ...theses.gla.ac.uk/4732/1/2014Crasemmus.pdf ·...

Glasgow Theses Service http://theses.gla.ac.uk/

[email protected]

Crase, Frederick (2013) Routine and Isolation: MMus Composition Portfolio. MMus(R) thesis. http://theses.gla.ac.uk/4732/ Copyright and moral rights for this thesis are retained by the author A copy can be downloaded for personal non-commercial research or study, without prior permission or charge This thesis cannot be reproduced or quoted extensively from without first obtaining permission in writing from the Author The content must not be changed in any way or sold commercially in any format or medium without the formal permission of the Author When referring to this work, full bibliographic details including the author, title, awarding institution and date of the thesis must be given

Routine and Isolation

MMus Composition Portfolio

Fred Crase

Submitted in fulfillment of the requirements of the degree of

Mmus (Composition)

School of Culture and Creative Arts

College of Arts

University of Glasgow

January 2014

i

Abstract

Contained in this thesis are four works (The Last Day, Isolation Psychosis, Routines, and Intention) and

their respective commentaries, and filmed performances of the guitar-based works (Isolation Psychosis

and Intention) which comprise the body of my MMus composition portfolio, completed 2013. The

music in this portfolio challenges the idea of traditional guitar performance techniques (Isolation

Psychosis and Intention), and binary code as a system of composition (Routines). I take a different

physical approach to the instrument of guitar in order to challenge my own technical capabilities, as

well as those of other performers who may wish to perform my work. This approach was also taken to

generate new technique-driven musical material with interesting and beautiful results. The

commentaries exist to provide both technical and psychological insight into the creation of these works.

Table of Contents

Abstract i

Acknowledgements iii

The Last Day 1

Isolation Psychosis 12

Routines 31

Intention 78

Commentaries 134

Reference Bibliography 149

Additional Material: One data-DVD of video files (.wmv) of the filmed performances of Isolation

Psychosis and Intention

iii

Acknowledgements

I would like to acknowledge and thank my supervising Professor Bill Sweeney. All of his help and

critique helped make these compositions what they are. I would also like to thank Dr. Nick Fells and

Dr. Drew Hammond for their help as well.

Th

e L

ast

Day

Th

e L

ast

Day

Th

e L

ast

Day

Th

e L

ast

Day

Fred

Cra

se

©

20

12 F

red

Cra

se

Flu

te

Alt

o F

lute

Ob

oe

Cla

rin

et i

n Bb

Ba

sso

on

pmp

(mp)

(mp)

La

ng

uid

q =

73

ra

ll.

A t

em

po

ra

ll.

ppp

ppp

mp

mf

mp

(mp)

(mp)

ppp

ppp

mp

mf

mp

(mp)

(mp)

ppp

ppp

mp

mf

mp

(mp)

(mp)

mp

mf

mp

(mp)

(mp)

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

fp

mf

pmf

pmp

mf

fp

pp

Sli

gh

tly

An

xio

us

q =

90

rall.

14

fmf

mf

mp

mf

fp

pp

fp

mf

pmf

pmp

mf

fp

pp

fmf

mf

mp

mf

fp

pp

fmf

mf

mp

mf

fp

pp

6

Fre

d C

rase

Th

e L

ast

Day

Th

e L

ast

Day

Th

e L

ast

Day

Th

e L

ast

Day

Un

less

oth

erw

ise

ma

rked

,b

rea

the

at

rest

s o

r en

do

f p

hra

ses.

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mf

Ov

er

wh

elm

ed

q. =

10

027

mf

pp

mf

mf

pp

mf

mf

pp

mf

pp

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

ppmf

ppp

34

mf

ppmf

ppp

mf

ppmf

ppp

mf

ppmf

ppp

mf

ppmf

ppp

3

3

6

3

443

3

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mf

ppf

pf

mo

lto

ac

ce

l.

41

mf

ppf

pf

mf

ppf

pf

ppf

mf

ppf

pf

ppf

mf

ppf

pf

ppf

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

p(m

f)pp

ff

Th

er

e I

t Is

Ag

ain

q =

73

mo

lto

rit

. 48

p(m

f)pp

ff

p(m

f)pp

ffpp

pmp

mf

mp

p(m

f)pp

ffpp

pmp

mf

mp

p(m

f)pp

ff

ppp

mp

mf

mp

3

3

2

22

2

u

setr

ill

key

4

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

ppp

mp

mf

ffp

rit

. A

lar

me

d q

= 2

00

59

ppp

mp

mf

ffp

ppp

pmp

mf

ffp

ppp

pmp

mf

ffp

ppp

pmp

mf

ffp

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

70

3

3

3

3

3

3

3

3

5

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mf

76

mf

mf

mf

mf

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mp

81

mp

ppmf

ppmf

33

33

3

33

3

33

6

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

85

ppmf

ppmf

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

ppsfz

mf

sfz

mf

sfz

mf

po

co

ac

ce

l.

89

ppsfz

mf

sfz

mf

sfz

mf

ppsfz

mf

sfz

mf

sfz

mf

ppsfz

sfz

sfz

ppsfz

sfz

sfz

33

3

33

3

7

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

ffmp

A S

ud

de

n M

em

or

y q

= 1

20

94

ffmp

ff(m

p)mp

ffmp

ff(m

p)mp

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mf

pmp

103

mf

pmp

mf

pmf

mf

pmp

mf

pmp

3

3

3

3

3

8

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mf

113

mf

mf

mf

f

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

mp

f

119

mp

f

mp

f

mp

f

mp

f

3

6

3

3

3

3

3

3

33

9

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

Be

co

min

g D

iso

rg

an

ize

dp

oc

o a

cc

el.

126

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

A Q

uie

t P

an

ic q

= 1

50

131

p

3

3

33

33

33

33

3

3

3

3

3

33

3

33

33

33

33

33

33

33

33

10

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

p

An

xie

ty F

ad

es

mo

lto

rit

. 135

p

p

Fl.

A.

Fl.

Ob

.

Cl.

Bsn

.

f(m

p)mf

(p)

mp

p(ppp)

pp(ppp

p)pp

pniente

Th

e L

as

t S

ou

nd

s O

f H

om

e q

= 7

3137

f(m

p)mf

(p)

mp

p(ppp)

pp(ppp

p)pp

pniente

f(m

p)mf

(p)

mp

p(ppp)

pp(ppp

p)pp

pniente

pf

(mp)

mf

(p)

mp

p(ppp)

pp(ppp

p)pp

pniente

f(m

p)mf

(p)

mp

p(ppp)

pp(ppp

p)pp

pniente

3

6

33

36

3

11

12

Fre

d C

rase

Isol

atio

n P

sych

osis

13

14

Alth

ou

gh

ther

e ar

e tw

o in

stru

men

ts in

this

pie

ce, i

t is

to b

e p

laye

d b

y a

sin

gle

pla

yer

in a

n a

mb

idex

tro

us

setu

p.

Th

e 1

2-s

trin

g B

anjo

is t

o b

e p

lace

d o

n th

e le

ft o

f th

e p

laye

r,an

d th

e 1

2-s

trin

g g

uita

r is

to b

e p

lace

d o

n th

e rig

ht,

and

eac

h in

stru

men

t is

to b

e p

laye

dw

ith th

e co

rres

po

nd

ing

han

d.

© 2

012

Fre

d C

rase

12

-str

ing

Gu

itar

(DA

DG

AD

, ca

po

3)

12

-str

ing

Ban

jo(D

AD

GA

D)

pmf

Peo

ple

Are

Str

ange

Whe

n Y

ou're

A S

tran

ger q

= 8

0m

olto

ral

l.

pmf

Gtr

.

Bjo

.

pmf

fmf

rall.

m

olto

acc

el.

rall.

9

pmf

fp

mf

Gtr

.

Bjo

.

fp

mf

A te

mpo

q =

80

15

fp

mf

3

3

33

33

Iso

latio

n P

sych

osi

s

Fre

d C

rase

3

3

3

33

33

33

33

3

3

3

33

3

3

3

3

15

Gtr

.

Bjo

.

pmf

pm

olto

ral

l. ac

cel.

mol

to r

all.

24

pmf

Gtr

.

Bjo

.

f

pf

Fro

m A

nxie

ty to

Ser

enity

,V

ery

Fre

e q

= 1

203

0

pf

pf

Gtr

.

Bjo

.

pf

pmf

rit.

38

pf

pmf

3

33

3

3

33

33

33

3

Har

m.

Har

m.

H

arm

.

H

arm

.

Har

m.

16

Gtr

.

Bjo

.

pppp

Enl

ight

enm

ent a

nd M

adne

ss A

re R

each

edV

ia th

e S

ame

Pat

h e =

210

49

f

pppp

Gtr

.

Bjo

.

mf

p

55

mf

p

p

Gtr

.

Bjo

.

59

17

Gtr

.

Bjo

.

mp

mf

63

mp

mf

Gtr

.

Bjo

.

fmf

68

fmf

Gtr

.

Bjo

.

f

mf

73

fmf

3

3

33

18

Gtr

.

Bjo

.

pmf

77

pmf

Gtr

.

Bjo

.

f8

0

fmf

Gtr

.

Bjo

.

84

sfz

19

Gtr

.

Bjo

.

p

88

p

p

Gtr

.

Bjo

.

92

Gtr

.

Bjo

.

mp

96

mp

3

3

20

Gtr

.

Bjo

.

mf

f1

00

mf

f

Gtr

.

Bjo

.

mf

f1

06

mf

f

Gtr

.

Bjo

.

mf

p1

09

mf

p

3

2

1

Gtr

.

Bjo

.

f

11

3

f

Gtr

.

Bjo

.

11

7

sfz

Gtr

.

Bjo

.

12

0 sfz

22

Gtr

.

Bjo

.

ppmf

sfz

Epi

phan

y an

d B

reak

e = e

12

6

sfz

ppmf

sfz

Gtr

.

Bjo

.

sfz

13

1

sfz

Gtr

.

Bjo

.

p

13

6

p

3

3

3

3

33

2

3

Gtr

.

Bjo

.

fp

14

2

fp

Gtr

.

Bjo

.

f

14

8

f

Gtr

.

Bjo

.

15

4

24

Gtr

.

Bjo

.

pf

16

0

p

Gtr

.

Bjo

.

16

5

f

Gtr

.

Bjo

.

16

8

Har

m.

H

arm

.

Har

m.

R.H

. Har

m.

25

Gtr

.

Bjo

.

17

1

Gtr

.

Bjo

.

17

4

Gtr

.

Bjo

.

pp

17

7

Har

m.

R. H

.

Har

m.

R.H

. Har

m.

H

arm

.

R. H

.

26

Gtr

.

Bjo

.

mp

18

1

mp

Gtr

.

Bjo

.

mf

18

6

mf

Gtr

.

Bjo

.

19

1

3

33

33

33

33

3

3

33

33

33

33

33

33

33

33

33

33

27

Gtr

.

Bjo

.

p

19

5

p

Gtr

.

Bjo

.

mp

20

0

mp

Gtr

.

Bjo

.

mf

f

20

5

mf

f

3

3

3

33

3

3

33

33

28

Gtr

.

Bjo

.

sfz

poco

rit.

2

10

sfz

Gtr

.

Bjo

.

p

f

Rea

lizat

ion

and

Ret

urn q

= 8

02

16

pf

Gtr

.

Bjo

.

p

22

5

p

33

33

33

33

33

33

33

3

3

3

33

Not

es th

at a

re n

ottie

d ov

er a

re to

be

grad

ually

mut

ed.

Har

m.

3

3

Har

m.

3

33

3

33

3

3

29

Gtr

.

Bjo

.

p

f

mf

p

22

9

mf

pf

mf

p

Har

m.

Har

m.

7

30

31

fred crase

routines

© 2

011

Fre

d C

rase

Vio

lin I

Vio

lin II

Vio

la

Vio

lon

cello

Vio

lin I

Vio

lin II

Vio

la

Vio

lon

cello

ppCom

ing

out o

f a d

ream

e =

135

F

red

Cra

se

All

bars

of 7

/8 a

re s

ubdi

vide

d 4+

3+3+

4 (1

6ths

). S

ome

part

s w

ithsu

stai

ned

note

s an

d/or

cro

ss r

hyth

ms

are

not b

eam

ed in a

ccor

danc

ew

ith th

is s

ubdi

visi

on in

the

scor

e. H

owev

er, t

he pe

rfor

man

ce p

arts

will

hav

e gu

idan

ce fo

r th

e pl

ayer

s.

32

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

2

3

3

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

4

mf

p

izz

har

m.

har

m.

har

m.

har

m.

34

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

6

mf

p

izz

har

m.

har

m.

har

m.

etc.

35

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

8

mf

p

izz

36

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

ppp

mf

10

p

izz

37

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

13

ppp

su

l po

nt.

no

vib

rato

38

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

mf

mf

ppp

(mf)

mf

19

mf

mf

ppp

(mf)

mf

mf

mf

ppp

(mf)

mf

mf

mf

ppp

(mf)

mf

(mf)

mf

ppp

(mf)

mf

ppp

(mf)

mf

ppp

(mf)

mf

p

izz

piz

z

sul p

on

t.n

o v

ibra

top

izz

p

izz

piz

z

sul p

on

t.n

o v

ibra

top

izz

p

izz

piz

z

sul p

on

t.n

o v

ibra

top

izz

p

izz

piz

z

sul p

on

t.n

o v

ibra

top

izz

p

izz

3

su

l po

nt.

no

vib

rato

piz

z

3

su

l po

nt.

no

vib

rato

p

izz

su

l po

nt.

no

vib

rato

Har

m.

p

izz

39

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

26

ppp

3

su

l po

nt.

3

40

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

mf

29

mf

mf

mf

mf

p

mf

ppp

p

pppp

p

izz

p

izz

p

izz

piz

z

su

l po

nt.

glis

s.

su

l po

nt.

4

1

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

32

pppp

mf

mf

mf

mf

pppp

mf

sul p

on

t.

su

l po

nt.

42

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

36

arco

arco

43

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

40

pf

pf

f

ppp

f

ppp

f

ppp

f

ppp

f

sul p

on

t.

su

l po

nt.

glis

s.ar

co

sul p

on

t.

su

l po

nt.

glis

s.ar

co

sul p

on

t.

su

l po

nt.

arco

glis

s.

su

l po

nt.

arco

gli s

s.

44

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

44

p

p p

mf

mf

mf

mf

gl

iss.

su

l po

nt.

glis

s.

su

l po

nt.

glis

s.

su

l po

nt.

glis

s.gl

iss.

p

izz

3

piz

z

3

3

p

izz

piz

z

45

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

sfz

sfz

sfz

48

sfz

sfz

sfz

sfz

sfz

sfz

sfz

sfz

sfz

sfz

sfz

gl

iss.

glis

s.

arco

gl

iss.

glis

s.

arco

glis

s.gl

iss.

arco

gl

iss.

glis

s.

arco

3

3

46

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

sfz

f

53

sfz

f

sfz

f

sfz

f f f

f

f

gl

iss.

33

glis

s.

glis

s.

glis

s.

3

3

3

47

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

57

glis

s.gl

iss.

3

48

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

61

p

ppp

ppp

pp

ppp

ppp

ppp

ppp

p

p

p

izz

p

izz

arco

no

vib

rato

har

m.

har

m.

sul p

on

t.n

o v

ibra

to

har

m.

har

m.

ar

con

o v

ibra

toh

arm

.

har

m.

glis

s.

arco

no

vib

rato

har

m.

h

arm

.

4

9

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

66

ff

ppp

ff

ppf

ppp

f

ppp

f

f

ff

gl

iss.

arco

gl

iss.

arco

gli s

s.

h

arm

.

har

m.

glis

s.

50

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

71

pff

pff ff

mp

ff

mf

mf

ff

gl

iss.

ar

co

ar

co

51

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

76

p

p

p

p

p

mf

mf

p

izz

piz

z

p

izz

p

izz

3

3

p

izz

3

glis

s.

glis

s.

52

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

81

f

f

f

f f

arco

arco

3

3

gl

iss.

arco

ar

co

53

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

85

p p

p

mf

mf

3

3

p

izz

p

izz

54

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

ff

poco

acc

el.

89

ff

fffp

fffp

ff ff fffp

fffp

ar

co

ar

co

33

3

3

arco

arco

arco

55

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

e =

150

93

f

f f

f

f

f f

p

izz

p

izz

p

izz

3

3

p

izz

56

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

97

ar

co

su

l po

nt.

3

ar

co

su

l po

nt.

5

7

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

10

1

gl

iss.

3

3

3

gl

iss.

58

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

10

5

ar

co

glis

s.

3

gl

iss.

arco

glis

s.

5

9

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

fmf

10

8

fmf

mf

mf

fmf

fmp

mf

ar

co

ar

co

p

izz

p

izz

ar

co

ar

co

p

izz

piz

z

60

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

11

0

mp

mf

mp

mf

61

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

11

2

mp

mp

mp

mp

mp

mp

sul p

on

t.

3

3

62

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

11

5

mp

p

mp

3

glis

s.

3

63

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

11

7

p

p

gl

iss.

gl

iss.

64

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

11

9

mp

gl

iss.

65

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

12

1

(f)

f

f f

f

f

f

gl

iss.

gl

iss.

gl

iss.

66

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

12

4

f f

f

f

f f

f

gl

iss.

gliss.

ar

co

arco

3

gliss.

glis

s.

3

ar

co

arco

6

7

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

p

12

8

p p

3

3

68

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

13

2

pp pp

69

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

f

acce

l. e

= 2

001

36

f

f

f

f

glis

s.

ff

f

f

gl

iss.

gl

iss.

70

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

14

0

glis

s.

gl

iss.

gl

iss.

71

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

14

4

f

g l

iss.

glis

s.

gl

iss.

72

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

e =

e1

48

gl

iss.

glis

s.gl

iss.

glis

s.

73

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

15

0 gl

iss.

glis

s.

74

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

fe. =

q

15

3

sfz

sfz

gl

iss.

3

33

33

33

33

33

3

3

3

75

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

15

6

sfz

sfz

3

33

33

33

33

33

33

33

3

3

3

3

3

33

33

3

3

33

33

33

33

33

33

33

3

3

3

3

3

33

33

3

76

Vln

. I

Vln

. II

Vla

.

Vc.

Vln

. I

Vln

. II

Vla

.

Vc.

15

9

sfz

sfz

sfz

sfz

sfz

sfz

sfz

sfz

sfz

3

33

33

33

33

3

3

3

3

3

33

3

33

33

33

33

3

3

3

3

3

33

77

78

Intention

Intention

Intention

Intention

Fred Crase

79

80

Nomenclature: D

ela

y 1

Del

ay

2

Del

ay

3

Rev

erse

Del

ay

Incr

ease

vo

lum

e o

f d

ela

yed

sig

na

l

Dec

rea

se v

olu

me

of

de

lay

ed

sig

na

l

Scr

atc

h r

ap

idly

at

fret

wit

h t

hu

mb

na

il

All

no

tes

in t

ab

latu

re t

ha

t a

pp

ear

in r

ed a

re t

o b

e p

lay

ed w

ith

th

e ri

gh

t h

an

d.

No

tes

in p

are

nth

eses

in

dic

ate

to

uch

/ta

p h

arm

on

ics.

©

20

13 F

red

Cra

se

12-s

trin

g G

uit

ar

12-s

trin

g G

uit

ar

Ref

eren

ce T

ab

ff

sfz

p

sfz

p

sfz

p

Th

e R

oa

d t

o H

ell

... q =

95

Gtr

.

Gtr

.

ffsfz

pff

ra

ll.

rit

.

6

A

R.H

.L

.H. R

.H. L

.H.B

R.H

.

R.H

.

A

R.H

.

3

Intention

Intention

Intention

Intention

Fred Crase

C#

G#

C#

F#

G#

C#

R

.H. L

.H. R

.H. L

.H.

B

tou

ch l

igh

tly

T.H

.

tou

ch l

igh

tly

66

6

T.H

.

tou

ch l

igh

tly

tou

ch l

igh

tly

000131415

1098

456

10 5130

01

36

0

0000

1

36

00

0000

13

78

0

000131415

1098

456

10 5130

1

36

00

01

37

00

01

36

00

01

36

0000130

1212000130

1212

0

81

Gtr

.

Gtr

.

p

Ap

olo

gie

s q

= 8

0

12

Gtr

.

Gtr

.

mf

pf

p

21

Gtr

.

Gtr

.

ffsfz

pf

30

A

let

rin

g

T.H

.

T.H

.

T.H

.

T

.H.

T

.H.

T.H

.

B

R.H

. L.H

. R.H

. L.H

.

tou

ch l

igh

tly

T.H

.

tou

ch l

igh

tly

66

6

T.H

.

00

33

7700

121200

3300

7799

1010

121200

2255

00

33

0079

810

7

700

0

00

00

8

80

00

3

37

7

550

00

0

2

25

50

00

2

58

5

0

00

57

30

02

1012

000131415

1098

456

10 5130

000130

1

36

00

01

36

00

01

37

00

01

36

0

000130

1212000130

12120

82

Gtr

.

Gtr

.

p

Fr

om

Wit

hin

th

e H

ive

q =

72

36

let

rin

g

T.H

.B

Rec

ord

to

bu

ffer

trem1

Scr

atc

h s

trin

g a

t fr

et r

ap

idly

wit

h t

hu

mb

na

il

Scr

atc

h s

trin

g a

t fr

et r

ap

idly

wit

h t

hu

mb

na

il

1210

1210

1210

87

53

5

83

Gtr

.

Gtr

.

trem

1

p

44

R

eco

rd t

o b

uff

er trem2

Rec

ord

to

bu

ffer

trem3

trem

2

810

1011

1213

1210

85

35

712

15

84

Gtr

.

Gtr

.

trem

2

51

trem

1

g

liss

.g

liss

.

1215

1517

1715

1213

14

85

Gtr

.

Gtr

.

56

trem

1

trem

2

trem

3g

liss

.g

liss

.

86

Gtr

.

Gtr

.

Gtr

.

58

A

1.

4

B

ars

62

- 10

7 a

re t

o b

e im

pro

vis

ed b

y t

he

per

form

er.

It

is t

o b

egin

the

sam

e th

um

bn

ail

scr

atc

hin

g t

ech

niq

ue

as

wa

s u

sed

in

rec

ord

ing

the

loo

ps

an

d s

ho

uld

be

use

d w

ith

bo

th h

an

ds

du

rin

g i

mp

rov

isa

tio

n.

trem

1

trem

2

87

Gtr

.

Gtr

.

68

8

12

16

W

hil

e th

e lo

op

s cy

cle

the

per

form

er s

ho

uld

gra

du

all

y i

ntr

od

uce

ta

pp

ing

, p

luck

ing

, a

nd

ha

rmo

nic

s w

ith

th

e le

ft h

an

d w

hil

e st

ill

scra

tch

ing

wit

h t

he

rig

ht.

Th

e ri

gh

t h

an

d s

ho

uld

gra

du

all

y j

oin

the

left

un

til

bo

th h

an

ds

are

ta

pp

ing

an

d p

luck

ing

.

trem

1tr

em1

trem

2tr

em2

trem

3tr

em3

88

Gtr

.

Gtr

.

trem

1

trem

2

trem

3

80

2

0

2

4

R

EV

ER

SE

89

Gtr

.

Gtr

.

88

2

8

3

2

3

6

trem

1

trem

2

trem

3OFF

90

Gtr

.

Gtr

.

pf

Ex

pla

na

tio

n q.

= 7

210

0

4

0

4

4

T

.H.

T

.H.

trem

1tr

em1

trem

2

OF

Ftr

em2

trem

3

58

5

0

00

57

30

02

1012

91

Gtr

.

Gtr

.

pp

m

f

112

A

0.5

5

trem

1

trem

2

trem

3

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

92

Gtr

.

Gtr

.

114

mf

Rig

ht

Ha

nd

T.H

.

OFF

OFF

OFF

67

06

70

67

06

70

67

06

70

67

06

70

1967

06

70

67

06

70

176

70

67

06

70

67

093

Gtr

.

Gtr

.

trem

2

116

T.H

.

67

06

70

67

06

70

1967

06

70

67

06

70

12

67

06

70

67

06

70

67

06

70

67

06

70

94

Gtr

.

Gtr

.

118

f

trem

2

6

14

06

70

1314

150

00

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

89

100

00

67

06

709

5

Gtr

.

Gtr

.

120

4

trem

2

67

06

70

67

06

70

67

06

70

67

06

70

67

06

70

45

60

00

67

06

70

67

06

70

67

06

70

96

Gtr

.

Gtr

.

122

ff

trem

2

67

06

70

67

06

70

67

06

70

12

30

00

67

06

70

67

06

70

67

06

70

67

06

70

67

06

709

7

Gtr

.

Gtr

.

mf

124

mf

trem

2

57

05

70

57

05

70

57

05

70

57

05

70

1012

010

120

57

05

70

1012

100

1012

57

50

57

1012

010

120

57

05

70

57

50

57

1012

100

1012

98

Gtr

.

Gtr

.

p

126

tr

em2

OFF

1012

010

120

57

05

70

1012

100

1012

57

50

57

1012

010

120

57

05

70

1012

100

57

50

57

1012

7

70

7

70

7

70

7

70

7

70

7

70

7

709

9

Gtr

.

Gtr

.

128

p

T.H

.

7

70

7

70

7

70

7

70

7

70

7

70

7

70

7

70

77

70

7

70

5

7

70

7

70

7

70

7

70

7

70

7

70

100

Gtr

.

Gtr

.

trem

3

130

T.H

.

tr

em1

7

70

7

70

7

70

7

70

777

70

7

70

12127

70

7

70

101

Gtr

.

Gtr

.

trem

1

mf

132

mf

T

.H.

trem

3

3

30

5

50

7

70

7

70

7

70

7

70

7

70

7

70

7

70

7

70

7

70

7

70

12127

70

7

70

7

70

7

70

102

Gtr

.

Gtr

.

134

T

.H.

trem

1

trem

3

3

30

5

50

7

70

9

90

10

100

7

70

7

70

7

70

7

70

7

70

7

70

7

70

12127

70

7

70

7

70

7

70

103

Gtr

.

Gtr

.

136

trem

1

trem

3

2

20

5

50

3

30

9

90

10

100

7

70

7

70

6

60

5

50

5

50

8

8

5

50

5

50

5

50

5

50

5

50

4

40

104

Gtr

.

Gtr

.

pp

138

pp

trem

1

trem

3

3

30

3

30

777

55

3

30

3

30

3

30

3

30

3

30

3

30

5

50

5

50

2

20

2

20

5

50

5

50

2

20

2

20

5

50

5

50

2

20

2

20

2

20

2

20

5

50

5

50

105

Gtr

.

Gtr

.

f

140

f

trem

1

trem

3

5

50

5

50

2

20

2

20

5

50

5

50

2

20

2

20

5

50

2

20

2

25

50

0

0

0

02

0

58

5

0

00

57

30

00

3

70

57

0

58

5

0

00

57

30

05

100

6

100

106

Gtr

.

Gtr

.

mp

143

mp

trem

1

trem

3

0

58

5

0

00

57

30

00

3

70

57

0

58

5

0

00

710

7

0

00

107

10

0

00

128

12

0

00

128

12

0

00

12

812

0

00

12

8

12

0

00

12

8

50

0

107

Gtr

.

Gtr

.

f

146

f

trem

1

trem

3

78

07

80

1012

010

120

78

70

78

1012

100

1012

78

07

80

1012

010

120

78

70

78

1012

100

1012

78

07

80

1012

010

120

78

70

78

1012

100

1012

78

07

80

1012

010

120

1012

100

1012

78

70

78

108

Gtr

.

Gtr

.

pp

148

OFF OFF

01012

010

120

1012

010

120

1012

010

120

1012

010

120

1012

010

120

1012

010

120

1012

010

120

1012

1012

101210

9

Gtr

.

Gtr

.

150

pp

T

.H.

191012

010

120

19

1012

010

120

1012

010

120

1012

010

120

1012

010

120

1012

1012

1012

191012

010

120

12

1012

010

120

110

Gtr

.

Gtr

.

trem

3

152

mf

T

.H.

trem

2

1012

010

120

1012

010

120

1012

010

120

1012

1012

1012

771012

010

120

1212

1012

010

120

1012

010

120

1012

010

120

111

Gtr

.

Gtr

.

trem

1

Gtr

.

154

fsfz

T

.H.

trem

3

1012

010

120

1012

1012

1012

7771012

010

120

000

1012

010

120

1012

010

120

1012

010

120

1012

010

120

1012

010

120

112

Gtr

.

Gtr

.

pmf

156

pmf

tr

em1

OFF

trem

2

trem

3

120

120

1012

010

120

120

120

1012

010

120

120

120

1012

010

120

120

120

1012

010

120

120

100

1012

08

100

120

100

78

07

80

120

100

78

07

80

120

100

1012

08

100

120

100

78

07

80

120

100

78

07

80

113

Gtr

.

Gtr

.

mf

159

mf

trem

2

trem

3

120

100

1012

08

100

120

105

78

07

80

120

100

78

07

80

120

100

1012

08

100

120

100

78

07

80

1012

100

1012

1012

100

1012

120

100

1012

08

100

120

100

78

07

80

120

100

78

07

80

114

Gtr

.

Gtr

.

162

trem

2

trem

3

120

100

1012

08

100

120

100

78

07

80

1012

100

1012

1012

100

1012

120

100

1012

08

100

120

105

78

07

80

120

100

78

07

80

120

100

1012

08

100

120

100

78

07

80

1012

100

1012

1012

100

1012

115

Gtr

.

Gtr

.

pp

165

pp

trem

1

trem

2

trem

3

1012

0

1012

08

100

78

07

80

78

07

80

78

07

80

1012

010

120

78

07

80

1012

010

120

78

07

80

1012

010

120

78

07

80

810

80

1012

1213

120

1012

116

Gtr

.

Gtr

.

trem

1

f

167

f

trem

2

trem

3

1012

010

120

1012

010

120

1012

100

1012

1012

100

1012

1012

010

120

1012

010

120

1012

100

1012

1012

100

1012

1012

010

120

1012

010

120

1012

100

1012

1012

100

1012

1012

010

120

1012

010

120

910

90

1012

1012

100

1012

117

Gtr

.

Gtr

.

p

169

T

.H.

trem

1OFF

trem

2OFF

trem

3

OFF

1012

010

120

1012

010

120

1012

100

1012

1012

100

1012

1012

010

120

1012

010

120

1012

100

1012

910

90

1012

1012

010

120

1012

010

120

1012

100

1012

1012

100

1012

1012

010

120

1012

010

120

1012

100

1212129

109

012

1410

12

118

Gtr

.

Gtr

.

mf

172

pmf

T

.H.

777

5557

9

77710

1214

15

12121219

1919

1919

1517

1919

119

Gtr

.

Gtr

.

176

T.H

.

T.H

.

19191919

1919

1919

1919

1719

16161619

1919

1919

1919

1919

19191919

1919

1919

19

1619

19

120

Gtr

.

Gtr

.

179

T.H

.

T

.H.

12121219

1919

1919

1919

19 1919

16

19

1919

19

1919

12121219

1919

1919

1919

1919

121

Gtr

.

Gtr

.

182

T.H

.

T

.H.

trem

3

19 1919

16

19

1919

19

1919

12121219

1919

1919

1919

1919

1919

1919

19

16 1919

1919

1919

1919

122

Gtr

.

Gtr

.

trem

3

185

T.H

.

T

.H.

1919

1919

1919

1919

1919 19

1916

1919

1919

1919

1919

1919

1919

19

16 1919

1919

1619

19

1919

19

1919

123

Gtr

.

Gtr

.

cres

c. p

oco

a p

oco

188

cres

c. p

oco

a p

oco

1.

T.H

.

T

.H.

trem

3

19

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

124

Gtr

.

Gtr

.

190

T.H

.

T

.H.

trem

3

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

191912

5

Gtr

.

Gtr

.

fff

192

f f

T

.H.

T

.H.

trem

1

Incr

ease

vo

lum

e w

ith

fo

ot

con

tro

ller

trem

3

Incr

ease

vo

lum

e w

ith

fo

ot

con

tro

ller

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

1919

19

19

19

19

19

19

19

121212

19

121212

126

Gtr

.

Gtr

.

194

fff

T.H

.

T.H

.

trem

1

trem

3

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212127

Gtr

.

Gtr

.

196

T

.H.

T

.H.

trem

1

trem

3

16161619

1919

1919

1919

1919

1919

1919

1919

1919

121212

19

121212

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

128

Gtr

.

Gtr

.

198

T

.H.

T

.H.

trem

1

trem

3

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

16161619

1919

1919

1919

1919

1919

1919

1919

1919

121212

19

121212129

Gtr

.

Gtr

.

20

0

T.H

.

T

.H.

trem

1

trem

3

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

130

Gtr

.

Gtr

.

20

2

T.H

.

T

.H.

trem

1

trem

3

16161619

1919

1919

1919

1919

1919

1919

1919

1919

121212

19

121212

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212131

Gtr

.

Gtr

.

m

olt

o r

it.

20

4

T.H

.

T

.H.

trem

1

trem

3

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

16161619

1919

1919

1919

1919

1919

1919

1919

1919

121212

19

121212

132

Gtr

.

Gtr

.

2

06

0.

T.H

.

T.H

.

trem

1OFF

trem

3

OFF

16161619

1919

1919

1919

1919

1919

19

19

19

121212

19

121212

161616

133

134

Prior to my arrival in Glasgow I composed and thought of my own compositions as something

that must be organic, something that must flow forward often with the constant creation of new

material. I had little patience for developing small amounts of material into larger pieces, and I shied

away from being analytical and systematic in my compositions. These last several months at the

University of Glasgow have changed my composing process entirely, I believe, for the better. This

portfolio for the PgDip in Composition consists of the following three pieces.

The Last Day for modified wind quintet

The Last Day began several years ago with hearing a train going through my hometown of

Butte, Montana one morning. The blast of the train whistle had an interesting sound, and I quickly sat

at my keyboard to try to decipher the pitches it contained. Once I had deciphered the chord I knew

immediately that this was meant to be a piece for winds, specifically for a modified wind quintet. The

notation of the train whistle became the opening chord which lead immediately to the composition of

the first 26 measures. I was forced to put aside what I had written in favor of more lucrative pursuits.

I of course had the intention of finishing later, and it was nearly forgotten entirely until I arrived in

Glasgow.

The morning I heard this train whistle happened to be my last day before moving away from

my hometown. It was one of the last sounds I heard before I left, thus the title of the piece.

Regarding emotional and psychological purpose, it deals with leaving the familiar in favor of

adventure, new life, and the unknown. One is excited to begin a new journey and a new chapter but is

simultaneously nostalgic to have left behind comfort and fond memories.

The Last Day has two primary motives from which most of the rest of the piece is derived.

The first is the textural motive of the sound of a major 2nd interval. This makes its appearance

immediately in the “train whistle” chord in the first bar of the score, specifically between the clarinet

and oboe.

135

The Major 2nd interval is a pleasing dissonance. It is energetic and rather smooth and in a

compositional context has the potential to lead anywhere harmonically or melodically. This interval

was present in the deciphered pitches of the train whistle that inspired the piece and thus appears

throughout.

The second and more prominent motive is presented in the flute beginning in bar 10. Like the

above it also appears throughout the piece, sometimes duplicated exactly and sometimes perverted

almost beyond recognition.

m. 10

Through the course of the piece, this melody appears in every instrument, though not always as

a prominent melody. For example in bars 81-82, 85-86, and 89-90 it appears in the alto flute

fragmented into a rhythmic backdrop with the flute and oboe against the low sustained tones of the

clarinet and bassoon.

mm 81-82

mm 85-86

mm 89-90

The Last Day is composed in such a way as to flow organically while still retaining self-

similarity and consistency of harmonic and melodic language. The organic yet sudden movement of

the piece from section to section was meant to reflect the wandering of the mind when overwhelmed

by the conflict between nostalgia and moving forward and also when more important tasks are

completely overpowered by unrelated thought. In a purely musical sense, this piece is a

136

study of texture and rhythm and how each one can create the other. Writing solely with contrapuntal

texture in mind can create many interesting rhythmic assortments, and inversely writing solely with

rhythmic juxtaposition in mind can create interesting textures.

The structure of the piece, ABACDA, is very loosely based on Rondo form but without the

recurrence of theme A between C and D. The shifting of key signatures is also not in accordance with

traditional tonal structure of rondo form. Another nontraditional element of this quintet is the use of

alto flute in place of the horn. My decision to replace the horn came from my love of the alto flute,

particularly the breathy, sultry tones of its lower register which I had come to enjoy when composing a

short suite of Satie/Impressionist inspired pieces for alto flute and piano for my undergraduate degree.

I also enjoy the combination of the instruments in this modified quintet. There are two flute timbres,

two double reed timbres in the oboe and bassoon, and the single reed timbre of the clarinet nicely

compliments any and all combinations of the other instruments.

I was happy to rediscover The Last Day while in Glasgow, as this town shares many

characteristics with my hometown of Butte, Montana. I believe it was a fitting place in which to

finish the piece.

Isolation Psychosis for 12-string banjo and 12-string guitar

As clichéd as this will sound, the idea for this piece was conceived in a dream, or rather the

state of consciousness just before falling asleep when the mind runs wild with whimsy and fantastic

thoughts. One thought in particular intrigued me enough to get up and write it down. The thought

was of a single instrumentalist playing the 12-string banjo and the 12-string guitar simultaneously, one

instrument in each hand. When I first had the idea I had not yet received these instruments from my

home in the United States, but as soon as I did I began working on the piece.

The title of the piece is derived from the neuroses and altered perceptions of reality that can

emerge in extended periods of solitude which can act as something of an incubator for underlying

psychological issues. Being somewhat asocial by nature, I was alone much of my first few months in

Glasgow and did not venture out much. While I maintained my sanity, I did notice the development

of odd tendencies and an increasing dependence on routine. Having always been interested in

abnormal psychology I decided to bring these thoughts and observations into the piece as best I could.

In addition to these ideas, I also was trying to capture the idea of the “one man band” tradition in

which street and festival performers would build elaborate contraptions that allowed a single person to

perform as an ensemble.

Isolation Psychosis was written almost entirely through improvisation. The playing technique

was also developed through improvisation. Because this technique was so new to me,

137

nearly everything that emerged from improvisation became valid material for inclusion in the piece,

the first result of which was bars 57-58.

The sound of the major second interval, as it was in The Last Day, was also important to

Isolation Psychosis, though in a different way. The thickness of the major 2nd combined with the rapid

alternation between instruments provided an interesting canvas of rhythm and sound. The

composition of this entire section (bars 50-125) was immediately followed by a very natural transition

into the serpentine melody in bars 126 – 129...

… which was then followed by a variation of the melody and rhythm in bars 138-139.

Through improvisation the other sections followed naturally as well. The first (bars 1-49) and

last (bars 216-233) were the last things composed. Bars 216-222 are ordered retrograde statements of

bars 1-6 with each separate 2 bar phrase being stated in retrograde as opposed to all 6 bars being

stated in retrograde.

138

First Section

Last Section

The structure of Isolation Psychosis is essentially a rough arch form (ABCBA) with a highly

varied second B section and retrograde statements of the opening bars in the return of the A section.

The piece progresses as a varying display of technique. The A section, bars 1-49, utilizes both

instruments as one, a single line occasionally harmonized melody being played using the strings of

both instruments. The B section, bars 50-125, is similar to the first in this regard, but with the

addition of a rhythmic backdrop behind the melody shared between instruments. In the C section,

bars 126-164, each instrument gains a bit of melodic independence. By the second B section, bars

165-215, the instruments have gained considerable melodic independence from each other before a

kind of collapse into the restatement of A.

The labor of this composition and the development of the technique came to fruition in my

performance of the piece at Sound Thought, in Glasgow, on March 3rd, 2012.

Routines for double string quartet

Routines originated as a short idea to be played at a workshop with the Viridian String Quartet

in late November of 2011. My initial intention was to compose an almost exclusively pizzicato single

string quartet, but my plans changed quickly when it was suggested I consider doing a double string

quartet.

As I mentioned in describing Isolation Psychosis, I depend upon rituals and routines to get me

through the day. The first piece of material composed for Routines was a notation of my morning

alarm clock.

139

It begins very softly at a very high and rapid “B” pitched beep that grows louder to the point of

being unbearable. There are times when I am not awakened by this alarm, and it instead feeds into

whatever dream I happen to be having at the time. As dreams are so often fragmented and irregular,

this is where I got the idea to add syncopated, fragmented pizzicato texture underneath the “alarm

clock” in the first violin. Eventually the alarm is shut off and the dreams begin again (bar 11). The

dream runs through its cycle and the second quartet enters with high sul ponticello sustained notes

floating above the pizzicato. At bar 24 all instruments enter playing pizzicato, and bars 24-27 contain

the material that shapes the entire piece.

After suggestion from Professor Bill Sweeney, I have toyed with the idea of a literal “cut and

paste” approach to composition, i.e. actually cutting up a score with scissors and physically

rearranging the bars. The cutting away of music lead me to thinking of the on/off idea which lead me

to thinking of 1 and 0, which lead me directly to binary code. Binary code can represent, among other

things, text and punctuation through 8-digit sequences containing only the numbers 0 and 1. With 0

representing a bar of rest and 1 representing a bar of music, I decided to take the material from bars

24-27 and arrange it according to a set binary sequence. I wrote a short poem of exactly 48 characters

including spaces based on a line from William Carlos William's poem “Danse Russe.” The words of

this poem are only known to me, but after translating into binary code I arranged the sequences in

descending order as follows (lines of ~~~~~~~~ indicate material not determined by binary

sequence):

/V1 | 01010011 01111010 ~~~~~~~~ ~~~~~~~~ 01001100 01101100 ~~~~~~~~ ~~~~~~~~ 01000010 01001001 ~~~~~~~~ ~~~~~~~~

|

|V2 | 01100011 01101111 ~~~~~~~~ ~~~~~~~~ 01101111 01111001 ~~~~~~~~ ~~~~~~~~ 01110101 00100111 ~~~~~~~~ ~~~~~~~~

|

|Vla| 01101000 01101001 ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ 01101100 01101100 ~~~~~~~~ ~~~~~~~~ 01100010 00100000

|

\Vc | 01101001 01100100 ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ 01101111 01111001 ~~~~~~~~ ~~~~~~~~ 01100101 01110011

| 7 4 6 5 4 6 3 5 2 4 2 4 3 4 5 5 4 6 4 7

| x x x x x x x x x x x x x x x x x x x x

/V1 | ~~~~~~~~ ~~~~~~~~ 00100111 01101001 ~~~~~~~~ ~~~~~~~~ 01101110 00101110 01110100 01101101 ~~~~~~~~ ~~~~~~~~

|

|V2 | ~~~~~~~~ ~~~~~~~~ 01110011 01100110 ~~~~~~~~ ~~~~~~~~ 01100101 00101110 00100000 00100000 ~~~~~~~~ ~~~~~~~~

|

|Vla| ~~~~~~~~ ~~~~~~~~ 00100000 01100101 01101110 00101100 ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ 01110011 01101111

|

\Vc | ~~~~~~~~ ~~~~~~~~ 01101100 00101110 01100101 00100000 ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ ~~~~~~~~ 01110100 00101110

140

For normal text, numbers, and punctuation, every 8-digit sequence begins with 0, which as I

stated above stands for a bar of rest. There are also instances in the arrangement of these sequences

where other bars of rest occur. All in all there are 20 bars of rest. Immediately I decided that the bars

of rest at the beginning of sequences should be filled by the non-binary instruments and that bars of

rest elsewhere within the sequence should be kept as such. However, the length and regularity of that

many bars of rest in a moderate 7/8 time was not acceptable. I devised separate systems to deal with

each type of rest wherein those at the beginning of each sequence block begin at 7 beats, descending

to 2; begin at 2, ascend to 7. The length of the other 8 bars of rest were to be dictated by the following

binary sequence:

01101100 01101111 01101110 01100101 01101100 01111001 00101110 00101110

The sum total of each individual 8-digit string determined the length of the bar of rest, thus:

01101100 01101111 01101110 01100101 01101100 01111001 00101110 00101110

4/8 6/8 5/8 4/8 4/8 5/8 4/8 4/8

The entire binary-determined pizzicato section was soon finished and I set about composing

contrasting material. With the exception of the bars of rest detailed above the entire binary section is

in 7/8 time, and because of the almost constant presence of the rhythmic pizzicato motive presented

by the cello (see below), everything, with a few exceptions, would be beamed 4+3+3+4 (16ths).

For the other non-binary instruments, I thought that more free and fluid material would serve

as a nice contrast to the very deliberate, mechanical material. The contrast between the mechanical

and the organic serves to depict the conflict between one's thought process and “going through the

motions” of one's day. This is similar to the concept of The Last Day.

Regarding structure, Routines is essentially a theme and variations piece with three themes and

a coda. Each of these themes makes an appearance in nearly every instrument. The first theme makes

its appearance in bar 29. A single instrument statement of the theme is shown below.

141

The theme is played with languid glissando to contrast the sharpness of the pizzicato. The second

theme makes its appearance as a melody in bar 37 in the cello of quartet 2.

This theme becomes most prominent in both cellos in bars 138-145 of the coda. It is played with

sharp staccato, as is most of the coda material, for a percussive effect and for the creation of a

polyrhythmic texture similar to, but more intense, than the pizzicato textures prevalent throughout the

rest of the piece.

The third theme is actually the first to make an appearance in the violins of quartet 2 in bars

24-27, though is less prominent than the other themes.

And in single-instrument form:

The piece was written to build to the coda, the material of which is alluded to throughout the

piece. The climax of the coda arrives when the first violin of quartet 1 reaches the high B tremolo that

opened the piece and sustains this over the churning, driving rhythms of bars 155-160 ending sharply

on a dense second inversion G chord with an added major 7th, 9th, and 11th dissonances.

As stated in the introduction, my compositional process has gone through a massive change for

142

the better. The idea of determining the spacing of musical material and even deriving the material

itself from a devised numerical system is something that I intend to explore much more deeply. In

addition to this, the ambidextrous playing technique I developed in composing and performing

Isolation Psychosis is also something that will be further explored. Perhaps even a combination of

these two things. I feel I am renewed as a composer, and I am excited for the future of my music.

143

Intention for 12-string guitar and Max/MSP processing

Intention did not exist even as a thought until mid-February of this year. Prior to that point I

had been attempting to expand on what I had done with Routines for double string quartet in which I

had used binary code sequences as a system of composition. I was attempting to write another piece

for double string quartet but with the addition of a horn quartet. I was also attempting to further

expand the use of binary code sequences in production and development of musical material. I began

composing this piece in early December, and almost immediately I ran headlong into writer's block. I

loved the idea of the piece, the further use of binary code, the warm and lush sound of strings and

horns together, everything. I was stuck. Very little I composed was worth the time and effort to

develop, and what little existed was not enough for a full piece.

My frustration continued through the beginning of February until I had an idea, not for strings,

horns, and binary code, but for guitar. I had an image in my mind of playing a guitar that was

positioned before me like a violoncello. Almost immediately I composed the following:

The piece flowed rather quickly from that point onward, and shortly thereafter I realized that in the

previous piece for horns and double quartet I had been trying to do almost exactly what I had already

done in Routines. It wasn't fresh or original in the context of my own work, so I filed it away to

perhaps be dusted off for a second look sometime in the future. The struggle with the previous piece

and the associated writer's block partially inspired the title of Intention. The primary inspiration,

however, was the contrast of material from beginning to the end of the piece. It was begun as one

motive but through the duration of the piece evolves into something completely different, though still

retaining echoes of the original motive, the original intention. Also, the piece began as simply a piece

for guitar, but with the inclusion of Max/MSP processing, as per the suggestion of Bill Sweeney, the

piece as a whole became more than what was intended.

As I mentioned above, the composition of the piece flowed smoothly and organically. After

the first theme (bars 1-5), pictured above, a contrasting theme (bars 13-29) came about at the same

time, pictured below:

144

Most of the material throughout Intention is based upon these two themes, based either on the

musical material, the playing technique, or both. The exception to this is the middle section, which is

more about texture than melody. It is based upon a palindromic arrangement of loops recorded in

Max/MSP. The loops are recorded using the technique of rapid scratching of the wound guitar strings

with the thumbnail, which through processing takes on a sound akin to a combination of tremolo

strings and an oud. The texture created by this technique combined with the reverse delay create a

very interesting texture that is a 60/40 mixture of ethereal harmonies and the noise of fingernails

scraping metal wherein one must listen closely to decipher the beautiful from the chaotic. There are

three different loops – trem1, trem2, and trem3.

The loops are recorded one after another, and once completed all play through three times.

The loops are then reversed, playing through twice before trem3 is turned off. After the next cycle

trem2 is turned off, and after the final cycle of trem1 all loops are truncated to sustaining only the

first note. While these cycles of loops are played, melodic material is improvised over the top, giving

the piece the potential to differ greatly in each individual performance. The improvisation does have a

structural component. It is to begin with the same thumbnail scratching technique as was used in

recording the loops. This technique should be used with both hands during improvisation. While the

loops cycle the performer should gradually introduce tapping, plucking and harmonics with the left

hand while still scratching with the right. The right hand should gradually join the left until both

hands are tapping and plucking. The improvisation section concludes with a reiteration of the final

bar of the second theme, the final note of which should fall just as the loops are truncated.

In a similar fashion to Isolation Psychosis for 12-string guitar and 12-string banjo, Intention

was composed almost entirely through improvisation. Improvisation is an important element in my

composition. I write quite a lot for instruments that I play myself, and a large portion of the material I

develop for these instruments is conceived that way. I also like to include improvisational elements in

my works. The very nature of it means that no performance of this piece and others like it will ever be

145

the same twice. Also similar to Isolation Psychosis it was based upon the idea of a different physical

positioning of the instrument and an ambidextrous playing technique. I had an image in my mind for

quite some time of playing a guitar positioned like a violoncello using both hands on the fretboard, as

shown below.

As I stated before, Intention was originally a piece for acoustic 12-string guitar. As the piece

developed, it was suggested by Bill Sweeney that I might add Max/MSP processing to the piece, as I

had composed a piece for my undergraduate degree which used Max/MSP processing and 12-string

guitar. I had not really used Max/MSP since that piece was composed, so I essentially had to relearn

everything about the program. Through having to relearn the software, I was made to carefully

consider what the program was capable of and what exactly it could bring to the piece. In other

software I had experimented with switching between different delay times in different sound channels,

and given the very rhythmic nature of the second half of the piece, it seemed natural to use this for

enhanced rhythmic effect. It rapidly came back to me, and after often infuriating trial and error, the

end result was this patch:

146

As complex as it appears, the patch is fairly simple in what it does. There are two different

delay effects, the first being a stereo reverse delay and the second being a normal delay with different

predetermined delay times which can be changed during the performance for different rhythmic and

textural effects. This delay is also stereo, having different delay time ratios for each channel, which

are (right/left) 3/2, 8/3, and 2/3. In addition to the delay, and as I mentioned previously, there are also

three samplers with

forward/reverse/sectioned playback. The most complex part of the patch is the “counter” object on

147

the lower left side. Each sample bank sends out a signal when the loop has finished playing and has

returned to the beginning. I have taken the signal from trem1 and routed it through the “counter,” and

when certain numbers are reached other functions of the patch are automated. For example, when the

first loop begins its 5th repetition the counter sends a signal to reverse all loops. And as the counter

continues it turns off the other loops, and finally it truncates and activates all loops. This was done to

circumvent the need for manual starting and stopping of each loop, thereby greatly diminishing the

chance for catastrophic failure. I had used delays, counters, and loops to a lesser extent in

undergraduate work, but for this particular patch I had to refine them into something more.

The structure of Intention is an ABA ternary form with a highly varied recapitulation of A as

well as the addition of a coda. In a similar fashion to Routines, the coda is the climactic and focal

point of the piece. The technique in the coda is quite percussive, and it is an effect I have used in

previous guitar pieces. I have expanded on this technique, however, and have brought it into more

ambidextrous territory. In other pieces I had only used the right and to strike the harmonics, but for

this piece I use both. Until the coda the piece was predominantly minor tonality centered around C#

with the use of elements of phrygian, lydian, and mixolydian modes. The use of harmonics, due to the

overtone series of the strings, brought it into very celebratory Major territory. It is a fitting end to a

piece called Intention, which began as rather dark and dissonant.

Intention, as has been stated, began as a solo acoustic guitar piece. It became much more

through the use of Max/MSP programming and two-handed technique. It is a piece that celebrates

more than just the guitar. It is a piece that celebrates the history of plucked string instruments. There

are references to the oud in the thumbnail-scraped loops, to the African kora and other such harp-like

instruments in the physical positioning of the instrument, and finally a bit of a reference to the

hammered dulcimer in the hammered harmonics of the coda. This piece was a culmination of

disciplines and techniques I learned and developed in my time here in Glasgow.

There have been many pieces written for electric/acoustic guitar and digital sound processing,

but in its technique and with the choice of 12-string guitar over an electric guitar or a nylon-string

classical guitar, Intention is a unique addition to the modern guitar repertoire. The use of a 12-string

guitar combined with digital sound processing and the ambidextrous approach makes this piece at

once multi-timbral and multicultural in the aforementioned technical references to the oud, kora, and

hammered dulcimer. Intention is a very modern piece with diverse and ancient influences and is

accessible to a lovers of popular music and academia alike.

Shortly after the completion of Intention I was asked to give a private showing of the piece to

the composition faculty. Having previously only played the piece alone in my flat, it was a nerve-

wracking yet enjoyable experience. It was suggested to me that I might expand the sound field of the

piece, taking it out of simple stereo and into a quadraphonic sound field. I also was pleased at how

148

well received the thumbnail scratching technique was received. For the future development of

Intention and other pieces, these are things of great potential. It was wonderful to receive feedback in

such a setting, and as is usual for me, it felt equally wonderful to perform. The systems and

techniques that have come about in my music have given me great confidence as a composer and

performer and will all be further explored, from the binary-determined structure of Routines to the

ambidextrous techniques of Intention and Isolation Psychosis. What I have learned and developed

here at the University of Glasgow will be with me all my life.

149

Bibliography

Berio, Luciano. Laborintus II. 1965. Universal Edition, 1976.

Hale, Thomas A. Griots and Griottes: Masters of Words and Music. Bloomington, Indiana: Indiana

University Press, 1998.

Janáček, Leoš. Mládí. 1924. Souborné kritické vydání děl Leoše Janáčka. Řada E ; sv. 6, 1978.

Osmond-Smith, David. "Voicing the Labyrinth: The Collaborations of Edoardo Sanguineti and

Luciano Berio." Twentieth-century Music 2nd ser. 9.1 (2013): 63-78.

Stravinsky, Igor. Three Pieces for String Quartet. 1914. Boosey & Hawkes, 1947.