From the beginning
of time, architecture had a tendency of bringing in scene elements more
innovative as the one before, its whole character being, in fact, in a
continuously motion.
In the last
period of time architecture started to create a new style of forms. The perception
of space has a new meaning and now a simple façade or silhouette is not enough
for an artistic impression, because the human eye wants a more evolved, a more
dynamic image, wants to feel the architecture in a more artistic way.
The
parametric architecture or the generative architecture became in the last few
years a very interesting and innovative way for an architect to rediscover the
space, the form, a very interesting way of playing with architecture and in the
same time, a very rich research field.
The most
important and helpful way for an architect to create parametric architecture is
the generative design. It is a design method in which the output – image,
sound, architectural models, animation – is generated by a set of rules or by an
Algorithm, the computer managing to organize all the information, all the
particularities in a more entropic way, giving in the same time the opportunity
of making, more easily, important changes and decisions . The
most used generative design is based on parametric modeling. It is a fast
method of exploring design possibilities which are used in various design
fields such as Art, Architecture, Communication Design, and Product Design. Combining
the information and the most important factors that define each of these
different fields you can create an image that can impress the human eye more and
more, and this is the purpose of the parametric architecture. One of the most well
known architect firm that is using this new form of design is Zaha Hadid Architects who have created an exhibition in Denmark where
you are invited into Zaha Hadid's
experimental universe of sophisticated towers, shell constructions, design
objects and pioneering research. The exhibition outlines the evolution of Hadid's
architectural language, showcasing its adaptations and refinements at a variety
of scales: from buildings and urban plans to furniture and product designs.
Each piece on show is presented within a choreographed ensemble of
architectural objects, in which organic shapes and advanced geometry are
unified in seamless perfection. The parametricism is able to transform simple
geometry in this complex form that is
used in all theyr projects.
This new type of approach can be
seen not only in individual buildings, but also in the architectural
urbanism.
Parametric Urbanism takes the paradigm and
tools of parametric design into the domain of urbanism. The power of
parametrics is usually exploited to cope with the rapid succession of design
changes, for its ability to produce variations of a single building, or to
generate versions of building components for a complex building geometry that
does not allow for the repetition of elements. Parametric Urbanism suggests
that these techniques of versioning can be applied to an array of buildings, so
that a new version does not replace an older version but instead comes to join
and extend the field of simultaneous versions in building up a complex urban
field.
While the concept of landscape, especially
since the Industrial Revolution, tends to acquire its own autonomy, pursuing a
differentiation from other disciplines such as Architecture and Urban Planning
(in both its aspects of planning and design), the history of the parametric as
an autonomous discipline is much more recent, and is closely related to the
concept of programming.
Through
parametricism, architecture successfully managed not only to integrate itself
in the modern era of the computers, but also to keep alive the important
characteristics that influenced the concept of architecture along the time,
such as nature, physics, arts, environment.
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