PAL: Difference between revisions
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==Supported Physics Engines== | ==Supported Physics Engines== | ||
Ageia PhysX (a.k.a Novodex) | * [[AGEIA physics]] - Ageia PhysX (a.k.a Novodex) | ||
Bullet | * [[Bullet physics]] - Bullet | ||
Dynamechs (depricated) | * Dynamechs (depricated) | ||
JigLib | * JigLib | ||
Meqon (depricated) | * Meqon (depricated) | ||
Newton | * [[Newton Dynamics]] - Newton | ||
ODE | * ODE | ||
OpenTissue | * OpenTissue | ||
Tokamak | * Tokamak | ||
TrueAxis | * TrueAxis | ||
==PAL includes COLLADA Physics using DAE2XML== | ==PAL includes COLLADA Physics using DAE2XML== | ||
Revision as of 03:25, 24 October 2007
| Product information |
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| This article is part of the COLLADA products directory |
| Adding to the list of products |
Physics Abstraction Layer is a professional open source (BSD license, free for commercial use) abstraction system for dynamic simulation systems. It provides a uniform 'API' to a number of physics engines. PAL supports COLLADA physics.
Supported Physics Engines
- AGEIA physics - Ageia PhysX (a.k.a Novodex)
- Bullet physics - Bullet
- Dynamechs (depricated)
- JigLib
- Meqon (depricated)
- Newton Dynamics - Newton
- ODE
- OpenTissue
- Tokamak
- TrueAxis
PAL includes COLLADA Physics using DAE2XML
24-10-07 PAL COLLADA loader has been released. The COLLADA loader is based on code from John Ratcliff. Many thanks to John Ratcliff for making the code to his lightweight COLLADA physics loader publicly available.