Differences

This shows you the differences between two versions of the page.

--- project:virtual_3d_exhibition [2018/10/28 10:59] – [Walking Around the Globe - a VR Picture Expedition] aquadri
+++ project:virtual_3d_exhibition [2019/05/08 17:15] (current) – [Technical Information] silvanheller
@@ Line 1: / Line 1: @@
 ===== Walking Around the Globe - a VR Picture Expedition =====
+Watch our Video:
+{{:project:intro.mp4|}}
 With our Hackathon prototype for a virtual 3D exhibition in VR we tackle several challenges.
@@ Line 29: / Line 33: @@
 •	and gives the users the opportunity to walk around the 3D objects in the virtual space
+A representative screenshot:
+{{:project:globe.jpg?nolink&800|}}
 We unveil a window into a future where you can create, curate and experience virtual 3D expositions in VR.
-We showcase a first exposition with a 3D-Model of a globe from the Astronomical Collection of ETH Zurich as a centerpiece and works of art from the Graphische Sammlung ETH Zurich surrounding it. Users can experience our curated exposition using a state-of-the-Art VR headset, the HTC Vive.
+We showcase a first exposition with a 3D-Model of a globe like in the Collection of Astronomical Instruments of ETH Zurich as a centerpiece and works of art from the Graphische Sammlung ETH Zurich surrounding it. Users can experience our curated exposition using a state-of-the-Art VR headset, the HTC Vive.
 Our vision has massive value for practitioners, educators and students and also opens up the experience of curation to a broader audience. It enables art to truly transcend borders, cultures and economic boundaries.
+==== Project Presentation ===
+You can download the presentation slides: {{:project:20181028_glamhack_presentation.pdf|}}.
 ==== Project Impressions ====
-On the very first day, we create our data model on paper by ensuring everybody got a chance to present their use cases, stories and needs.
+On the very first day, we create our data model on paper by ensuring everybody got a chance to present their use cases, stories and needs. {{ :project:er_v1.jpg?direct&400 |}}
-{{ :project:er_v1.jpg?direct&400 |}}
-On Friday evening, we had a first prototype of our VR Environment: {{ :project:screen_pres2.jpg?direct&800 |}}
+On Friday evening, we had a first prototype of our VR Environment: {{ :project:screen_pres2.jpg?direct |}}
 On Saturday, we created our interim presentation, improved our prototype, curated our exposition, and tried and ditched many ideas.
@@ Line 46: / Line 56: @@
 Saturday evening saw our prototype almost finished! Below a screenshot of two rooms, one curated by experts and the other one containing artificially generated art. {{ :project:styleroom1.jpg?direct&800 |}}
 {{ :project:curated_room.jpg?direct&800 |}}
+Our final project status involves a polished prototype with an example exhibition consisting of two rooms:
+Walking Around The Globe: A room
+curated by art experts, exhibiting a selection of old
+masterpieces (15th
+century to today).
+{{:project:globe.jpg?nolink&800|}}
+Style transfer: A room designed by laymen
+showing famous paintings & derivates generated by
+an //artificial intelligence (AI)// via a technique called
+style transfer.
+{{:project:biglisa.jpg?nolink&800|}}
+In the end we even created a mockup of the possible backend ui, the following images are some impressions for it:
+{{:project:bui-entry.jpg?nolink&300|}}
+{{:project:bui-room.jpg?nolink&300|}}
+{{:project:bui-exhib.jpg?nolink&300|}}
 ==== Technical Information ====
-Our code is on Github, both the [[https://github.com/sauterl/glamhack2018|Frontend]] and the [[https://github.com/ppanopticon/virtual-exhibition-manager|Backend]] and will be made public on sunday.
+Our code is on Github, both the [[https://github.com/dbisUnibas/virtual-exhibition-presenter|Frontend]] and the [[https://github.com/dbisUnibas/virtual-exhibition-manager|Backend]].
 We are using [[https://unity3d.com|Unity]] with the [[https://assetstore.unity.com/packages/tools/integration/steamvr-plugin-32647|SteamVR Plugin]] to deploy on the [[https://www.vive.com/eu/|HTC Vive]]. This combination means we had to use combinations of C# Scripting (We recommend the excellent [[https://www.jetbrains.com/rider/ | Rider Editor]]), design using the Unity Editor, custom modifications to the SteamVR plugin, do 3d model imports using FastObjImporter and other fun stuff.
 Our backend is written in [[http://openjdk.java.net|Java]] and uses [[https://www.mongodb.com|MongoDB]].
+For the style transfer images, we used a open source python code which is available on [[https://github.com/anishathalye/neural-style|Github]].
 ==== Acknowledgments ====
 The [[https://dbis.dmi.unibas.ch|Databases and Information Systems Group]] at the University of Basel is the home of a majority of our project members. Our hardware was borrowed for the weekend from the [[https://gravis.dmi.unibas.ch|Gravis Group]] from Prof. Vetter.
 ===== Data =====
-  * Dataset with digital images (jpg) and metadata (xml) of instruments from the Astronomical Collection of ETH Zurich
+  * Dataset with digital images (jpg) and metadata (xml) from the Collection of Astronomical Instruments of ETH Zurich
   * Graphische Sammlung ETH Zurich, Collection Online, four sample datasets with focus on bodies in the air, portraits, an artist (Rembrandt) and different techniques (printmaking and drawing)