• 31.2 MB

• EXR

Hyper-realistic 3-D render created in V-Ray plug-in for 3D Studio Max

UHD resolution (4K). File is very large at 3,840 x 2,160 pixels. File format is open EXR

Visualization of data uncertainty in the 3-D reconstruction of the NE areas of Building 17_D using color coding. Elements in green are documented (plans and photos), in yellow are hypothetical (inferred from archaeological data or by analogy with similar context), and in red are conjectural.

Hyper-realistic 3-D render created in V-Ray plug-in for 3D Studio Max

UHD resolution (4K). File is very large at 3,840 x 2,160 pixels. File format is PNG

• 31.5 MB

• EXR

Hyper-realistic 3-D render created in V-Ray plug-in for 3D Studio Max

UHD resolution (4K). File is very large at 3,840 x 2,160 pixels. File format is open EXR

Visualization of data uncertainty in the 3-D reconstruction of the SE areas of Building 17_D using color coding. Elements in green are documented (plans and photos), in yellow are hypothetical (inferred from archaeological data or by analogy with similar context), and in red are conjectural.

Hyper-realistic 3-D render created in V-Ray plug-in for 3D Studio Max

UHD resolution (4K). File is very large at 3,840 x 2,160 pixels. File format is PNG

• 32.4 MB

• EXR

Hyper-realistic 3-D render created in V-Ray plug-in for 3D Studio Max

UHD resolution (4K). File is very large at 3,840 x 2,160 pixels. File format is open EXR

Visualization of data uncertainty in the 3-D reconstruction of the SW areas of Building 17_D using color coding. Elements in green are documented (plans and photos), in yellow are hypothetical (inferred from archaeological data or by analogy with similar context), and in red are conjectural.

• 636 Bytes

• Comma-Separated Values (CSV)

Spreadsheet provides information retrieved during virtual reconstruction process. It includes data on floors elevation, floor elevation average, floor relative height (calculated from underlying floor), floor absolute height (to be used in game engine, GIS, CAD), inhumated skeletons count, and notes on burials

Use floor relative height included in this table to recreate the superimposed sequence of buildings in your game engine of choice

• 10.5 KB

• ZIP Format

Archive includes six paradata tables containing variables that retain their meaning across tablespreadsheet. They provide detailed information on: 1) the argumentation process that produced the virtual reconstruction of this building including project name, type, involved actors, and their roles; 2) the research underpinning the argumentation process that produced the virtual reconstruction of this building including what type of documents, their URL, what actors were involved, etc.; 3) the identification of propositional objects in the virtual reconstruction of this building; 4) the assumptions we made to define overall building functions and associate them to specific identified objects; 5) the inference choices we made to geometrically reconstruct identified objects/components in this building and associated functions; 6) the results of our argumentation (this paradata basically mirror the building's metadata in this collection)

Based on CIDOC CRM 6.2.1 ontology and CRMinf 0.7 extension

Bruseker, George, Guillem Anaïs, and Carboni Nicola. 2015. Semantically Documenting Virtual Reconstruction: Building a Path to Knowledge Provenance. In ISPRS Annals of Photogrammetry, Remote Sensing & Spatial Information Sciences. Vol. II-5/W3. Taipei.

• 634 MB

• GZIP Format

This file includes all assets needed to recreate the Building 17_D in the game engine Unity 3D. It features 3-D models, materials, and texture maps only, no camera nore multiple scenes.

This custom asset package was created in Unity 2018.2 and may not be compatible with older versions of this game engine. To edit, run, and rebuild the demo in Unity, please do the following: Download and install Unity 3D 2018.2 or later at https://unity3d.com/get-unity/download. Create a New Project you want to import Assets into. Choose Assets > Import Package > Custom Package… to bring up up File Explorer (Windows) or Finder (Mac). Select the package you want from Explorer or Finder, and the Import Unity Package dialog box displays, with all the items in the package pre-checked, ready to install. (See Fig 4: New install Import Unity Package dialog box.). Run the Game Engine by clicking Play. Start navigating the 3-D reconstructions. To display the interactive controls help, hold down [H] key.

• 146 MB

• FBX (Filmbox) Binary

3D model optimized for real-time visualization. The .FBX can be re-imported in 3D Studio Max or other compatible 3D modeling software for further editing

This file only includes the geometry of the 3D model and related UV coordinates generated in 3D Studio Max with texture unwrap modifier. All related Diffuse maps are embedded in the FBX. When importing this file in your 3D modeling software, a .FBM folder will be created in the same folder of this .FBX. The .FBM folder includes all the Diffuse maps. To improve the visual quality of the renders, you have to manually create multitexture materials adding Normal maps and Reflection maps per each material in the 3D model

• 238 MB

• ZIP Format

Collection of all Diffuse, Normal, and Reflections maps used in the components of this model. This archive includes textures for the following materials: PlasterFeatures, Roof, Walls, WoodBeams

All textures were created/rendered in 3D Studio Max. Diffuse maps were edited in PhotoShop with Solidify plugin. Normal and Reflection maps are not linked to the material in the FBX. If you chose to create multitexture materials, please add those to your new materials in your 3D modeling software's material editor. If normal maps do not provide enough depth to the model, please recreate them in Unity or Crazy Bump third party app

• 87.2 MB

• X3D (Extensible 3D) model xml text

3D model optimized for real-time visualization. The .X3D can be re-imported in 3D Studio Max or other compatible 3D modeling software for further editing

This open file format can be used with the vast majority of 3-D modeling and visualization software. It only includes the geometry of the 3D model and related UV coordinates generated in 3D Studio Max with texture unwrap modifier. All related Diffuse maps are available as a zip file/subcomponent of the .FBX model