Refine
Document Type
- Conference Proceeding (2)
- Bachelor Thesis (1)
Conference Type
- Konferenzartikel (2)
Keywords
- Prototyp (3) (remove)
Institute
Open Access
- Closed Access (2)
- Open Access (1)
Das Ziel ist es, einen Workflow zu erstellen, mit dem Produkte von Kunden im 3D-Format aufbereitet und in einer webbasierten Echtzeit-360°-Anwendung zur Schau gestellt werden. Dabei können Betrachter mit dem Produkt interagieren und sich darüber informieren.
Dabei soll sich der Workflow auf den 3D-Artist richten und der Aufwand des Entwicklers möglichst minimiert werden.
Mit dem Öffnen der Webseite wird eine ThreeJS-Anwendung geladen. Die Anwendung enthält eine Szenendatei, in welcher sich eine GLB-Datei (Graphics Language Binary) des 3D-Modells befindet. Diese Datei wurde in 3DsMax, einem gängigen 3D-Programm, aufbereitet und exportiert. Neben der GLB-Datei enthält die Webseite ein Lichtsetting und ein Environment mit separatem Background.
Various rapid prototyping methods have been available for the production of physical architectural models for a few years. This paper highlights in particular the advantages of 3D printing and Fused Layer Modeling for the production of detailed architectural models. In addition, the current challenges for the creation and transfer of CAAD-data are explained. Furthermore, new methods are being developed in order to improve both the technical and economic boundary conditions for the application of 3DP und FLM. This makes the production of models with very detailed interior rooms possible. The internal details are made visible by dividing the complex overall model into individual models connected by means of an innovative plug-in system. In addition, three case studies are shown in which the developed methods are applied in order to implement detailed architectural models. Finally manufacturing time and costs of the architectural models in the three case studies are compared.
Various Rapid Prototyping methods have been available for the production of physical architectural models for a few years. This paper highlights in particular the advantages of 3D printing for the production of detailed architectural models. In addition, the current challenges for the creation and transfer of data are explained. Furthermore, new methods are being developed in order to improve both the technical and economic boundary conditions for the application of 3DP. This makes the production of models with very detailed interior rooms possible. The internal details are made visible by dividing the complex overall model into individual models connected by means of an innovative plug-in system. Finally, two case studies are shown in which the developed methods are applied in order to implement detailed architectural models. Additional information about manufacturing time and costs of the architectural models in the two case studies is given.