|
~~ Visualisation of volcanic flows in Virtual Reality ~~ Communication, Pedagogy and Scientific visualisation for natural risks |
|
|
|
TEAM
: Principal Investigator : Benjamin van Wyk de Vries (LMV-OPGC) Project leader : Emmanuel Delage (OPGC) <VR developer, Intern 2021 (3 months) : Nicolas Perot (IUT Informatique graphique) All-in-one VR, Project graduation 2021 : Jordan Daffix (ISIMA) VR engineer, Intern 2020 (5 months): Jordan Daffix (LMV/OPGC) Project graduation 2019 : Giliann Sauret , Mohamed Bouafas (ISIMA) Drone team : Edouard Regis (OPGC), Martial Bontemps (OPGC) Photogrammetry, Topography models for printing : Emman |
|
DEMO (tested with Firefox) : 
Other models to visit online ! |
|
DOWNLOADS
:
VRVolc Build for 3D and VR with 'Chaine des Puys' model and 'Puy de Dome' volcano : VRVolc application DLC (to be added in VRVolc-OnLine-08272021\VRVolc-OnLine-08272021_Data\StreamingAssets\OBJ_OnTheFly) : Mount Meager (Canada), Vaðlavík (Island), Chachani (Peru) only fly mode Last source code (Unity 2020) : vrvolc-gis project @ UCA software forge Previous source code (Unity 2018) : vr-simu project @ UCA software forge |
Linked projects : - Puy de Chaumont revegetation - OPGC Chalet 360 video : 
|
SUPPORT
:
Funding: 3DTeLC, ANR PERMOLARDS, UNESCO project 692 Vaðlavík data : © CNES (2020), Distribution Airbus DS Mont Meager data : Roberti et al. Precursory slope distress prior to the 2010 Mount Meager landslide, British Columbia. Landslides 15, 637–647 (2018). DOI Lemptegy data : Volcan de Lemptegy Chaîne des Puys data : CRAIG - GeoPhenix - 2011 | Projet cofinancés par l'Union européenne - fonds européen de développement régional FEDER  360 camera : LAPSCO CATech VRVolc logo : Cyril Depozat 3D engine : Unity Volcanic flow simulation : R.avaflow, VolcFlow-C Photogrammetry : Agisoft Metashape |
|
How to cite : Delage, E., Daffix, J., Perot, N., Sauret, G., & Bouafas, M. (2021). VRVolc. Observatoire de Physique du Globe de Clermont-Ferrand (OPGC). https://doi.org/10.25519/VRVOLC | ||