6.2.1 Cities and Fractal Geometry

As shown in the previous chapters, fractal geometry is able to describe complex forms, finding out their underlying order and regularity - self-similarity, simple algorithms -, by reproducing the real world and not by an abstraction into pure mathematics - "clouds are not spheres". Therefore fractal geometry offers a good field for application on cities, moreover, even most of the "planned" cities, using the geometry of Euclid and showing simplicity of form, have been adapted to their context in more natural ways and therefore also contain some "organic" growth and irregularity[01]. Such applications can be the visualization through computer models based on fractal geometry, measuring patterns of real cities and their dynamic simulation by examining city-boundaries, networks, hierarchies, urban texture and the density of population - if cities belong to fractal geometry then elements of these systems will be found on different scales: self-similarity.

Footnotes

[01] Batty and Longley, Fractal Cities (1994), Academic Press Inc., ISBN 0-12-4555-70-5, p. 2.
On the other hand naturally grown cities often display regular parts because of man's triumph over nature - Baroque - or fast growth - turn of the 19th to the 20th century.

eCAADe 2021:
DAttE

DAtTE - Detection of Attic Extensions: Workflow to analyze the potentials of roofs in an urban environment
Talk and Proceeding: eCAADe 2021 - Towards a new, configurable architecture (Novi Sad, Serbia, 2021 | hybrid conference)
presentation (video)

Bridge Club Burgenland Webpage

Webdesign für den Bridge Club Burgenland – 2491 Neufeld/Leitha.

DAttE

European cities like Vienna are characterized by strong growth and, as a result, by high demand for living space. Extending the attic is one way of meeting this demand. However, there is a lack of data to know which roofs are already expanded and to what extent. [...]

FLÄVIZ

Studie zur Visualisierung von Planänderungen des Flächenwidmungs- und Bebauungsplanes: Änderungen im Flächenwidmungs- und Bebauungsplan sind für die Betroffenen, d.h. die Anrainer, aber auch für die Entscheidungsträger oft schwer zu lesen. [...]

FRACAM

This is a non commercial web application created by Wolfgang E. Lorenz and Gabriel Wurzer. It is used for education and research purposes only! The application can be used and is provided "as is" without warranty of any kind! [...]