giodegas/osbin-sharper repository overview

⁠SharperNight Virtual World L'Aquila Edition

by Giovanni De Gasperis⁠

Department of Information Engineering and Computer Science and Mathematics⁠, University of L'Aquila, ITALY⁠

This Docker image provides a light base binary install with Mono, for .NET and OpenSimulator⁠ deployment on Linux, linked to an external database server that keep persistence. This setup has some specific customization, derived from the default⁠ standalone OpenSim configuration, that were implemented to be used at the event of SharperNight⁠, 26 September 2014 in L'Aquila⁠, ITALY.

⁠Suggested usage:

⁠Step 0

The host should have the following configuration and software installed:

• 192.168.10.10/24 IP configured in the LAN
• docker layer (see boot2docker⁠ if needed)
• run a MariaDB⁠ or (MySql) server
• run a Redis⁠ server
• have LeapMotion V2.1.X Tracking beta drivers⁠ installed
• run my LPRedisProducer.py⁠ worker

in a separate shell:

$ python LPRedisProducer.py

⁠Step 1

open bash session inside the docker image

$ sudo docker run -it -p 9001:9001/udp -p 9001:9001/tcp giodegas/osbin-sharper bash
$ mono OpenSim.exe

Avatar: Test User 123

⁠Step 2

load the SharperLand world:

# load oar SharperLand260914.oar

Then you should be able to login into SharperLan with a SL compatibile viewer, with the loginuri:

http:/192.168.10.100:9001

⁠Step 3

Remember to use os-redis-sharp⁠ scripts inside virtual objects that you want to move inside OpenSim.

If you are using boot2docker⁠, remember to configure properly the port forwarding table in Virtual Box⁠ : ![Port Forwarding table] (VBox_portForwarding.png)

⁠Acknowledgments

This virtual world is an aggregation of many open source 3D objects and creations:

• OpenVCE⁠ Virtual World Assets from Artificial Intelligence Applications Institute⁠ (AIAI) within the School of Informatics⁠ at the University of Edinburgh⁠
• Avatar Island⁠ from jamiewright⁠
• ICSI Micromanipulator⁠ reference model from khaled⁠
• Stem Cells experiment concept and pictures by Laboratory of Immunology, Immunopathology and Molecular Pathology⁠ staff, University of L'Aquila⁠
• In vitro fertilisation concept by Reproduction Laboratory staff, University of L'Aquila⁠
• Borexino⁠ 3D reference model by L. Crippa and LNGS⁠ staff, INFN
• Astrophisics experiments concept by LNGS⁠ starff, galaxies pictures from HubbleSite Gallery⁠
• all the rest of 3D modeling and LSL/C-sharp scritping is made by the author