Project: Nod Game

Concept

Nod Game is an adaptive skill game designed to test fine motor control using Mouse-to-Head Tracking. By removing traditional WASD inputs, the game forces players to engage with the environment through fluid, intentional movement, simulating a high-stakes bypass of a digital security network.

Technical Features

1. Motion Logic (The “Nod” System)

The player control isn’t 1:1 teleportation. The spark follows a Vector Pursuit algorithm:

Smoothing: The player calculates the angle to the cursor and moves at a set velocity of 2.5.
Precision: This prevents jittery movement and requires players to “lead” the spark through tight corners.

2. Level Architecture

The game scales difficulty through Axis Variation:

Tier 1 (Horizontal): Teaches basic left/right timing.
Tier 2 (Vertical): Tests up/down agility through narrow side-gaps.
Tier 3 (Composite): A complex layout featuring T-junctions and a “hook” corridor requiring 90-degree precision turns.

3. Systems & HUD

Dynamic Rendering: The MazeRenderer clears and redraws specific wall arrays based on the currentLevel state.
Collision Matrix: Utilizes AABB logic to detect overlaps with a 5-life “Health” system to allow for learning without immediate failure.
Minimalist UI: A raw-text green HUD maintains the “terminal” aesthetic while providing real-time telemetry (Time, Level, Integrity).

Project Structure

Component	Responsibility
MazePlayer	Handles vector-based movement and cyan-glow rendering.
MazeRenderer	Manages level-specific wall geometry and collision detection.
GameLevelNod	The core engine; manages the 60fps loop and level transitions.
GameHUD	DOM-based status overlay with interactive session controls.

Developed as an exploration of non-traditional input mechanics.

Made by Aadi Bhat