Grass Land

🚜 Algorithmic Harvesting and Economic Scaling

Grass Land gamifies the concept of Covering Path Problems (CPP) in robotics. The player controls a harvester on a finite island filled with vegetation. The objective is not simply to cut grass, but to optimize the pattern of the cut to minimize travel time and fuel consumption (or time constraints). It operates on a satisfying feedback loop of visual clearance and economic accumulation.

The game features an exponential economy. Harvested resources are converted into currency, which funds upgrades to "Cutter Size" (Area of Effect) and "Harvest Speed" (Processing Rate). Balancing these two variables is key to maintaining a smooth progression curve.

🧠 Cognitive Satisfaction & ASMR

The appeal is rooted in sensory processing:

• Visual Completion: The act of turning a chaotic, overgrown field into a clean, uniform surface triggers the brain's preference for order and symmetry.
• Flow State: The repetitive, low-stress nature of the pathing allows the brain to enter a "Theta State," similar to meditation or highway hypnosis.

🎮 Mechanics: The Upgrade Triad

Strategic investment paths:

• Capacity (The Tank): Determines how long you can work before returning to base. Upgrading this reduces "dead time" spent commuting.
• Speed (The Blade): Increases resource throughput. Critical for high-density grass types.
• Pets/Drones: Autonomous agents that harvest in parallel. This introduces a "Swarm Logic" element, where the player manages a fleet rather than a single unit.

🏆 Efficiency Strategies

1. The Spiral Cut

Mathematically, creating a spiral path from the outside in (or inside out) is often more efficient than linear back-and-forth rows ("Boustrophedon path"), as it minimizes the sharp 180-degree turns that slow down the character controller.

2. Capacity Buffering

Always upgrade Capacity first. Spending 50% of your time running back to the sell point is the biggest bottleneck in the early game.

🛡️ Technical Specs

Engine details:

• Dynamic Mesh: The grass is likely generated via GPU instancing to allow thousands of blades to be rendered and cut individually without dropping frames.

❓ FAQ