"Fundamental to computational design is the understanding of
how systems, as form and as mathematical ordering constructs, operate”[1]. A
designer is challenged with providing an optimum solution given a number of
constraints or parameters. In each environment there are always finite
resources. Also, present, will be constraints which could be physical, social
or cultural or as a result of technological limitations. A dynamic design style
which adapts to the environment within which it operates can be used to aid in
the management of constraints and resources to achieve a similar optimal
outcome. This is computational design. Parameters or limitations placed on a
designer may be interpreted in different ways. Raymond says “some of the
variable words, say lunch and supper and dinner, maybe highlighted but the
differences are not particularly important”[2]. Society looks at a particular
situation and forms numerous opinions or judgements. This variation in interpretation
leads to different solutions which may be mutually exclusive. A set process may
be used to deal with these parameters which could be derived from historical
trends or conventions. This could be the form, performance being the result
with the designer looking at parametricism within the tectonics of the project
concern.
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r e f e r e n c e s
• [1] Menges, Achim, “Introduction,”Computational Design Thinking (2011): 10-29.
• [2] Williams, Raymond, “Introduction,” Keywords: a Vocabulary
of Culture and Society (1976/1983): 11-26.
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