Animated short
Motion visualization
Graduation project

Dancing in Norms (DIN) — A motion visualization project exploring how technical standards shape the way we move.



 Over 33,000 standards have been created by the German Institute for Standardization in the past century. They dictate how we move and physically interact with our environment daily. This leads to a standardization paradox: It makes our modern lives possible but also limits us as physical beings. The project invites us to question what it means to be a human moving within modern standards and technology.
DANCE AND MOTION TRACKING The core concept juxtaposes free human movement (dance) with technical visualization. The process began with motion tracking (full-body and camera tracking) of a freely improvised dance performance by dancer Thomas Lempertz.
VISUALIZATION PRINCIPLESBased on the recorded movement data, various abstract visualization principles were developed:
Visualizing all points at once
Visualizing the distance between two points
Visualizing the volume between several points
Visualizing three perspectives simultaneously
CHARACTER EXPLORATIONSThese principles led to character designs inspired by design icons such as the "CN° II Chair" (1992) or the "Club Chair" (1927). Through minimalist design language, the motif of repetition, and the use of high-tech metal and plastic textures, they reflect the essence of technical standards. In two contrasting environments, a bright studio and an atmospheric ballet stage, the figures navigate the now-visible boundaries of standardization.
Basic geometric shapes are applied to motion capture data to interact with movement dynamically.
Visualizing the vertical distance from a motion point to its direct counterpart on the ground.
Visualizing time by comparing the distance between the same point at different moments.
Merging the silhouettes from all three perspectives (front, side, top) into a unified geometry in the center.
Connecting the outermost points of movement by drawing lines between these points over an invisible shape that holds all points.
Creating a geometry that contains all the motion points and dynamically interacts with the movement.


 2024

A production by Filmakademie Baden-Württemberg GmbH.

Find all credits and infos at din-project.com.

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