Havok SDK 2010 2.0-r1 (often referred to as version hk_2010.2.0-r1
- Initialize Havok runtime, memory, and debug systems per SDK samples.
- Create a physics world and configure gravity and solver parameters.
- Create collision shapes, rigid bodies, and add them to the world.
- Step the simulation each frame with a fixed or semi-fixed time step.
- Query collision events and apply gameplay responses.
- Clean up resources on shutdown.
The SDK defined motion via hkMotionType . Understanding these was critical for performance:
Product Overview
If you are looking for the original manual or technical overview, you may need to search for these specific file names often included with the SDK: Resource Type Likely File Name Content Description Havok_Physics_Overview.pdf High-level capabilities and platform support. User Guide Havok_User_Guide.chm Comprehensive API documentation for C++ developers. Release Notes Havok_2010_2_0_Release_Notes.txt Specific fixes and feature additions for the r1 revision. Quick Start Havok_Quickstart.pdf Basic setup for integrating the SDK into a game engine. 🔍 Related Research
utility (compiled with 2010.2.0-r1) to convert 3D animations into the Behavior Editing : Features involving character logic require using hkbFireEvent or higher-level functions like ExecAttack to trigger state transitions in the Havok Behavior graph. Custom Tools : Developers often use libraries like
The 2010 version of the SDK was characterized by its maturity and the introduction of tools designed to bridge the gap between pure physics and artistic control:
Havok SDK 2010 2.0-r1
If you were writing physics code for the Xbox 360, PS3, or PC between 2010 and 2012, you almost certainly had a copy of the buried somewhere in your C:\Dev\ThirdParty folder.
Rigid Body Dynamics
: Simulates the motion and interaction of objects based on physical rather than graphical descriptions.