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Leveraging parametric designs in extended reality to customize artifacts

Paper Authors:

Evgeny Stemasov,

Simon Demharter,

Max Rädler,

Jan Gugenheimer,

Enrico Rukzio

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Key Details

pARam allows in-situ customization of parametric designs using extended reality

Supports inputs like gestures and recommendations to choose parameters

Provides early evaluation functions like lighting and stability estimation

User study found users leverage context when configuring designs with pARam

AI generated summary

Leveraging parametric designs in extended reality to customize artifacts

The paper presents pARam, a tool that combines parametric designs and extended reality to allow in-situ customization of artifacts for personal fabrication. pARam supports practical inputs like gestures and provides early evaluation like lighting estimation, without demanding complex 3D modeling skills. A user study found users succeeded in choosing context-related parameters and accounting for their environment when configuring designs with pARam.

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