ModRex
From OpenSimulator
Line 2: | Line 2: | ||
ModRex is a joint effort between RealXtend and OpenSim developers to make it | ModRex is a joint effort between RealXtend and OpenSim developers to make it | ||
possible to join the RealXtend viewer to the OpenSim codebase. The RealXtend | possible to join the RealXtend viewer to the OpenSim codebase. The RealXtend | ||
− | viewer is based on the opens source [http://www.ogre3d.org OGRE game engine | + | viewer is based on the opens source [http://www.ogre3d.org OGRE game engine] |
and differs from the Linden Lab viewer in several ways. The most distinct | and differs from the Linden Lab viewer in several ways. The most distinct | ||
difference is in the new rendering potential offered by OGRE. When using | difference is in the new rendering potential offered by OGRE. When using | ||
Line 10: | Line 10: | ||
Here is an image built from using Opensim+ModReX: | Here is an image built from using Opensim+ModReX: | ||
− | + | [[image:modrex.jpg|250px|thumb|left|ModRex with mesh support, running on Linux]] | |
− | [[image:modrex.jpg|250px|thumb| | + | |
− | Here is a movie to illustrate some of the mesh and lighting effects in the viewer: | + | Here is a [http://www.youtube.com/watch?v=yEXqiv2_kbE&feature=channel_page movie] to illustrate some of the mesh and lighting effects in the viewer: |
Revision as of 07:31, 10 February 2009
Contents |
Overview
ModRex is a joint effort between RealXtend and OpenSim developers to make it possible to join the RealXtend viewer to the OpenSim codebase. The RealXtend viewer is based on the opens source OGRE game engine and differs from the Linden Lab viewer in several ways. The most distinct difference is in the new rendering potential offered by OGRE. When using RealXtend as a viewer for OpenSim, one obtains real-time shadows, improved lighting simulation, and more importantly, the OGRE mesh. The mesh is hierarchical (sub-meshes) and can include a skeleton for defining avatar motion and dynamics.
Here is an image built from using Opensim+ModReX:
Here is a movie to illustrate some of the mesh and lighting effects in the viewer:
Setup
Linux
mkdir /opt/opensim opt/opensim/simulator /opt/opensim/authentication /opt/opensim/avatarstorage /opt/opensim/builds cd /opt/opensim/builds/8218 svn co http://opensimulator.org/svn/opensim/trunk . sh runprebuild.sh nant mkdir modrex modrex/build cp -R bin/*.dll modrex/build cd modrex svn checkout http://forge.opensimulator.org/svn/modrex/trunk . cd ModularRex vi prebuild.xml
- Change each ../../../bin to ../../build, and each ../../bin to ../build, save and exit
mono ../../bin/Prebuild.exe /target monodev
- Open /opt/opensim/builds/8218/OpenSim.sln with MonoDevelop
- Add existing project > modrex/ModularRex/RexFramework/ModularRex.RexFramework.mdp
- Add existing project > modrex/ModularRex/NHibernate/ModularRex.NHibernate.mdp
- Add existing project > modrex/ModularRex/RexOdePlugin/ModularRex.RexOdePlugin.mdp
- Add existing project > modrex/ModularRex/ModularRex.mdp
- Change the runtime version for these projects to mono 3.5
- Replace the broken OpenSim reference in the ModularRex project with the equally named OpenSim project
- Replace the broken OpenSim.Region.Physics.Meshing and OpenSim.Region.Physics.OdePlugin references in the RexOdePlugin project with the equally named OpenSim projects
- Build the modularRex projects. If no errors occured, The dll's are stored in /opt/opensim/builds/8218/modrex/build
cp /opt/opensim/builds/8218/modrex/build/ModularRex.* /opt/opensim/builds/8218/bin
- Copy python-engine dependencies
cp -R /opt/opensim/builds/8218/modrex/ModularRex/RexParts/RexPython/Resources/* /opt/opensim/builds/8218/bin/ScriptEngines cd /opt/opensim/builds/8218/bin cp OpenSim.ini.example OpenSim.ini
- edit OpenSim.ini, and add this:
;This goes under [startup] rex_python = true [realXtend] enabled = true db_connectionstring = "MySQLDialect;MySqlDataDriver;Data Source=localhost;Database=opensim;User ID=root;Password=mypw;"
- Copy the modrex enabled OpenSimulator to the production dir
cp -R /opt/opensim/builds/8218/* /opt/opensim/simulator
- Add the rex mysql tables to the opensim database
- Download and build the authentication service
svn co https://realxtendserver.svn.sourceforge.net/svnroot/realxtendserver/authentication/tags/0.4 /opt/opensim/authentication cd /opt/opensim/authentication mono bin/Prebuild.exe /target nant nant
- Create a mysql database "authentication"
cd bin mono Authentication.exe
- Setup authentication
MySql_SqlHandler.dll (or SQLite_SqlHandler.dll. MySql_SqlHandler.dll gives not implemented messages but seems to work ok) <enter>(AuthenticationEngine=AuthenticationEngine.dll) <enter>(logging enabled=False) <enter>(def. region x 1000) <enter>(def. region y 1000) <enter>(avatarstorageurl 172.16.1.65:10000) <enter>(default gridurl 172.16.1.65:9000) <enter>(default dns) <enter>(dbserver 127.0.0.1) <enter>(dbname authentication) <enter>(dbuser root) *******(dbpw for root) 172.16.1.65 (httpsettings LAN-IP)
The authentication daemon should run by now
- Create a user in the authentication screenconsole
create user
- Download and build the avatarstorage service
svn co https://realxtendserver.svn.sourceforge.net/svnroot/realxtendserver/avatarstorage/tags/0.4 /opt/opensim/avatarstorage cd /opt/opensim/avatarstorage bin/Prebuild.exe /target nant nant
- Create a database "avatarstorage"
cd bin mono AvatarStorage.exe
- Setup avatarstorage
MySql_SqlHandler.dll <enter>(AuthenticationEngine.dll) <enter>(Inventory True) <enter>(PersonalInventoryService.dll) PersonalInventory.SQLITE.dll <enter>(logging_enabled False) <enter>(dbserver 127.0.0.1) avatarstorage (dbname) <enter>(dbuser root) ********(dbpw root) 172.16.1.65 (httpsettings LAN-IP) <enter>(http port 10000) <enter>(ssl False)
The avatarstorage daemon should run by now
- You can use this rex serverscript to manage and start the services(uses screen)
Most important screen-commands are:
screen -list (shows screen sessions) screen -r screenname (attaches to the screensession) ctrl-a + d (detaches from the screensession)
the 'Account' part is the first part in your rex-username(account@myauthenticationdaemonuri)
- Check in the Simulator console if everything started the way it's supposed to
Once the three services are running, an initial user was made, fire up the realXtend client from wine and login with your credentials.
Known Quirks
- Shift-copy a mesh leaves a prim behind
- Avatar is stored, but appearance changes only after viewer restart
Recent Fixes
- NHibernate-db supports mysql, sqlite and mssql2005. Meshes are persistant
- Mesh collisions work
- Python scripting works