ROTATING RING LOGIC

Rotating Ring Logic (The Ring) is a Concentric Radial-Spatial puzzle. The core mechanics center on Angular Alignment and Vector Pathfinding. It utilizes a "Nested Constraint" system where multiple 2D rings with specific apertures must be oriented to create a continuous linear exit for a central object. It emphasizes "Interdependent Mechanical Logic" in its advanced levels.

Click and drag each concentric ring to rotate it clockwise or counter-clockwise. The gameplay is Aperture Synchronization: align the gaps in every layer from the center to the outermost edge. Interaction involves Multi-Layer Coupling—in harder stages, rotating one ring may cause an adjacent ring to rotate at a specific ratio (1:2 or 1:1), requiring the player to calculate the "Gear-Ratio" logic.

High scores (Time-to-Solve) depend on "Outer-Anchor Sequencing." The pro secret is to align the outermost ring first as a "Static Reference." Because the outer ring has the largest circumference and often the most restricted movement, locking it into place allows you to treat the inner rings as "Variable Vectors," drastically reducing the total number of rotations needed to find the exit path.