Nelson Goodman's theory of notation attempts to provide
an ambitious, unified account of how systems of symbolic
representation preserve and transmit information and how
they differ from pictorial depiction. However, Goodman's
account of music and dance notation has proven unpopular,
with some critics objecting to the rigor with which
scores and musical symbols are assumed to designate musical
works and their constituent elements. This paper reconsiders
a Goodmanian account of a music notation system
in the light of recent philosophical work on maps and
map-like cognition. Specifically, I propose that scores do
not act as compound symbols that uniquely designate musical
works. Instead notational components of scores are
better understood as contingent surface-level features leveraged
by an underlying map-like representational structure.
On this account, scores are seen to be highly conventionalized
maps, and the notational symbols of scores constitute
just one of multiple modes of representation and depiction
harnessed by this framework. Finally, I consider
several contemporary examples of music notation and discuss
how a cartographic theory of notation may provide
novel insights into the graphic design considerations of
these scores, particularly those that rely on new notation
platforms such as graphic design software or animation,
where depictive and symbolic strategies are frequently hybridized.
[1]
N. Goodman.
Languages of Art
,
1968
.
[2]
G. Langran.
Time in Geographic Information Systems
,
1990
.
[3]
Roberto Casati,et al.
Parts And Places
,
1999
.
[4]
R. Cooper.
Process and Reality
,
2014
.
[5]
James Elkins,et al.
The domain of images
,
1999
.
[6]
R. B. Redmon,et al.
Identity
,
2021,
Notre Dame J. Formal Log..
[7]
Elisabeth Camp,et al.
THINKING WITH MAPS
,
2007
.
[8]
B. Russell.
The Analysis of Matter
,
1927
.
[9]
Sheng-Chieh Wang,et al.
Notations
,
2016,
SIGGRAPH ASIA Art Gallery.
[10]
W. Tobler.
A Computer Movie Simulating Urban Growth in the Detroit Region
,
1970
.
[11]
Anita Patil-Deshmukh,et al.
Maps
,
1992
.
[12]
D. Wiggins.
Sameness and substance
,
1980
.
[13]
C. Drake,et al.
Timing variations in music performance: Musical communication, perceptual compensation, and/or motor control?
,
2004,
Perception & psychophysics.
[14]
Irina Vasiliev.
Mapping time: An analysis of the cartographic problem of representing spatiotemporal information
,
1996
.
[15]
T. Tweed.
Space
,
2011,
STEM Education in the Primary School.