Rabbit Samurai
🐇 Rabbit Samurai: Pendulum Physics Analysis
Rabbit Samurai disguises a complex physics simulation as a cute platformer. The core mechanic is the grappling hook, which introduces the principles of angular momentum and centripetal force. On Watch Documentaries Games, we present this title as a "Trajectory Prediction" puzzle.
The rabbit cannot jump. Movement is achieved solely by firing grappling lines (kunai) into walls and swinging. This creates a pendulum effect. The player must intuitively understand that shortening the rope accelerates the swing (conservation of angular momentum), while lengthening it slows the swing but increases range.
🧵 The Double-Anchor Mechanic
The game distinguishes itself with the ability to use two ropes simultaneously:
- Triangulation: Anchoring two ropes creates a stable triangle, suspending the rabbit in mid-air. This is essential for navigating between spikes.
- The Slingshot: Releasing one rope while under tension from the other catapults the character. Players must calculate the vector of release to launch the rabbit toward the exit portal.
🎮 Control & Haptics
The game is mouse-driven/touch-driven:
- Fire/Anchor: Left Click or Tap in the direction of a wall.
- Release: The rope breaks if you click again or if the angle becomes too acute.
🏆 Mastery: Conservation of Energy
Don't Stop Moving: In later levels, stopping on a platform is dangerous. The most efficient strategy is to maintain kinetic energy by constantly swinging. Using the momentum from one swing to initiate the next (chaining) allows the player to bypass difficult platforming sections entirely by flying over them.
❓ FAQ
How do I collect the carrots?
Carrots are often placed in "dead zones" reachable only by precise swinging. They are optional for completion but required for 3-star ratings.
Why did my rope break?
The rope has a maximum length. If you swing too far from the anchor point, the physics engine snaps the line.
