@article{Beach:1983:GST,
number = {3},
volume = {17},
month = jul,
author = {Richard Beach and Maureen Stone},
optkey = {},
localfile = {papers/Beach.1983.GST.pdf},
abstract = {If there is to be widespread acceptance of computer generated
images in areas traditionally served by graphic artists, these
images must meet a high standard of quality. Document preparation
systems are an application area that is gaining maturity in
providing high-quality computer typeset documents. These systems
exhibit a trend towards specifying the formatting information for
a document separately from the body of the text. The goal is to
have the document format designed by someone with expert knowledge
of typography. Writers can then apply a format to their own work
simply by indicating the semantic content of their text, such as
the headings, paragraphs, or footnotes. The result is that a
writer can produce properly typeset documents without learning the
esthetics of typography. This paper extends this idea to encompass
the illustrations in the text. We have developed a prototype
system that uses a set of graphical style rules to define the
design guidelines for the illustrations. The rules, called a
graphical style sheet, can be used to control a uniform "look"
over a set of illustrations, or to change the appearance of a
particular illustration to reflect different publishing styles or
different media. The prototype coordinates with an existing
document preparation system and the combined systems were used to
produce this paper. We conclude that this is a viable method for
controlling image style for at least one class of illustrations.
This approach contributes to image quality by providing a method
for capturing knowledge of graphic arts standards, and for
ensuring a consistent appearance of related illustrations within
technical documentation.},
title = {{G}raphical {S}tyle {T}owards {H}igh {Q}uality {I}llustrations},
doi = {http://doi.acm.org/10.1145/964967.801141},
pages = {127--135},
journal = SIGGRAPH83,
year = {1983},
organization = {ACM},
}
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