#Cityengine project gallery manual

pottery and architectural survey results, geophysical analysis) in 3D to visualise Koroneia s development over time - Test reconstruction hypotheses on the ancient city layout in the virtual environment - Evaluate available software packages to find the best solution for 3D modeling of (archaeological) urban environments - Online and on site navigation for heritage education of local communitiesДҐ Koroneia s 3D visualisation project Challenges: - The survey/study is still ongoing: data are constantly updated by fieldwork results, the 3D model should change accordingly to the most updated state of the knowledge of the ancient city - Combination of heterogeneous sources need of a 3D modeling software that interfaces well with GIS based data - Reconstructing an entire ancient city large scale virtual environment: need of low poly modeling for online access/real time interactionД¦ Koroneia s 3D visualisation project Challenges: - Parts of ancient Koroneia are only superficially known from archaeological and historical sources: need of a 3D modeling approach that allows to fill in this missing information in a controlled, documented yet fast way - Clear distinction between archaeologically documented data and hypotheses - intellectually transparent, London Charter compliant 3D visualisationД§ Koroneia s 3D visualisation project Initial approach: manual Computer Graphic modeling (3D Studio Max and Blender) 3D visualisation of Hellenistic Koroneia made with manual modelling techniques (C. The integration of the preliminary results from pottery and architectural survey gives a preliminary functional zoning of the ancient cityД¤ Koroneia, Greece Aims of the 3D visualisation project: - Combine all the available data (e.g.

3 Koroneia, Greece In 2006 Leiden University has started to survey the ancient city of Koroneia (Boeotia, Greece).

Cityengine project gallery