Explore methods for digital asset reconstruction and their application within lighting design
Author
Drug, Iulian
Term
4. Term
Education
Publication year
2017
Pages
48
Abstract
Dette speciale undersøger fotogrammetri – processen med at skabe 3D-modeller ud fra overlappende fotografier – og hvordan metoden kan bruges i lysdesign. Arbejdet giver en tilgængelig, beskrivende gennemgang af forskellige teknikker og tilgange samt de udfordringer, der opstår. Gennem flere brugseksempler belyses centrale dele af processen, herunder strategier for billedoptagelse, de-lighting (at fjerne skygger og højlys, så overflader kan genbelyses) og digitale arbejdsgange. Afslutningsvis diskuteres mulighederne for automatisering og de fordele, det kan give for feltet, og der foreslås et prototype-design til en automatiseret fotogrammetri-platform.
This thesis examines photogrammetry—the process of building 3D models from overlapping photographs—and its application in lighting design. It offers a clear, descriptive overview of techniques and approaches and the challenges they raise. Through multiple use cases, it highlights key parts of the workflow, including image-capturing strategies, de-lighting (removing shadows and highlights so surfaces can be relit), and digital workflows. It then discusses how automation could streamline the process and benefit the field, and proposes a prototype design for an automated photogrammetry platform.
[This abstract was generated with the help of AI]
Keywords
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