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deepmind.google·6d ago
AI Engineering
Hacker News·Jun 21·5 min read
Beyond All Reason (Free Total Annihilation Inspired RTS)
TL;DR
Real-time strategy (RTS) games often lack immersive physics and dynamic environments. Beyond All Reason (BAR) was developed to provide fully simulated projectile ballistics, explosion physics, and terrain deformation.
✦ Why It Matters
Engineers can learn how to integrate real-time physics into game design for enhanced player immersion.
Key Takeaways
- Explore real-time physics in game design.
- Implement terrain effects on gameplay strategies.
- Utilize diverse unit classes for tactical variety.
- Monitor server stability for online gaming experiences.
Full Summary
Real-time strategy games typically struggle with providing a realistic and immersive experience. Beyond All Reason (BAR) addresses this by implementing fully simulated physics for projectiles and explosions, as well as terrain deformation that affects gameplay.
Players can control thousands of units across diverse maps, each with unique strategic implications due to their physical characteristics. For instance, radar cannot penetrate mountains, and nuclear attacks can alter the battlefield's layout.
The game features over 10 unit classes, including all-terrain Experimental units, allowing for varied tactical approaches. The BAR servers are currently experiencing instability, but the development team is actively working on fixes.
This innovative approach to RTS design could influence future game development by emphasizing realistic physics and dynamic environments.