Timestamp: 2026-07-16 04:31:32.781764+00:00
Model: —
Prompt version: —
Final verdict: ITERATE
# Experiment Setup: Hi Fi Snake ## Source Concept This experiment is based on the approved Phase 5 Implementation Briefing for **Hi Fi Snake**. The first playable target focuses on demonstrating the core loop: a player controls a robot head, collects pellets to grow a tail, navigates a single room, uses the tail to unlock a gate (triggering a visual burst), and transitions to a second room where they choose between two simple upgrades. ## Prototype Validation Goal To learn if the core tension of using the tail as both an obstacle and a progression resource (to unlock gates) is immediately readable and satisfying to the Web Gen-Z Drifter persona without causing early frustration or confusion. ## Primary Hypothesis * **Hypothesis**: Players will intuitively understand that growing their tail is necessary to unlock the gate, and they will find the risk-reward loop of navigating their own self-generated obstacle satisfying rather than frustrating. * **Why it matters**: If players find the self-generated obstacle frustrating or fail to understand how to open the gate within the first 10 seconds, they will trigger the exit conditions of the Web Gen-Z Drifter persona (confusion, no immediate reaction). * **Derived from**: Phase 5 Core Loop, Known Risks (Tail Navigation Frustration, Visual Clutter), and Attribute 1 (Immediate Visual Readability) & Attribute 2 (Self-Generated Obstacle & Difficulty). ## Secondary Questions * **Does the visual feedback of the gate-burst explosion clearly communicate that the tail was consumed to progress?** (Derived from Attribute 4: Visually Satisfying Collection & Progression Feedback, and TikTok Moment). * **Do players feel in control of their movement while navigating the self-generated tail obstacle in a confined room?** (Derived from Experience Goal: "feel_in_control" and Known Risk: "Tail Navigation Frustration"). * **Does the transition to a second room with an upgrade choice successfully create a feeling of constant progress?** (Derived from Experience Goal: "feel_constant_progress" and Attribute 3: Frequent Run-Based Upgrades). ## Prototype Scope * **Gameplay Capabilities**: * Player-controlled robot head movement (exact control scheme and camera perspective to be defined by user feedback). * Pellet spawning and collection that increases tail length. * Tail collision detection triggering a run reset. * A locked gate requiring a specific tail length to open. * A gate-burst visual effect when the gate is unlocked and the tail is consumed. * A transition to a second room. * One upgrade selection event (e.g., speed boost or smaller tail segment size). * **Excluded**: * Persistent progression systems. * Daily return hooks and rotating cosmetic rewards. * Cosmetic customization systems. * Advanced upgrade pools and complex room layouts. ## Evidence Supporting the Hypothesis * Players immediately begin collecting pellets and moving toward the gate once the required length is reached without needing text instructions. * Players voluntarily play through multiple room transitions. * Players replay after failing. ## Evidence against the Hypothesis * Players hesitate or stop moving for more than 5-10 seconds upon entering the first room or reaching the gate. * Players ignore the pellets and try to bypass the gate immediately without growing their tail. * Players express frustration or immediately quit after colliding with their tail once or twice. * Players ask how to open the gate or what the tail is for. ## Observations To Record * Time elapsed before the player collects the first pellet. * Time elapsed before the player unlocks the first gate. * Number of tail collisions before successfully clearing the first room. * Player comments or visible confusion during the upgrade selection event. * Device/browser performance or loading issues on low-end setups (if tested on target platforms). ## Decision Rules * **Continue as planned**: If players easily understand the gate mechanic, navigate the tail obstacle with minimal frustration, and express interest in the upgrade choice. * **Iterate before expanding scope**: If players struggle to navigate the tail (requiring tuning of tail growth rate or room size) or if the gate-unlock requirement is visually unclear (requiring better visual cues). * **Pivot the tested loop**: If the self-generated obstacle is fundamentally frustrating to the target persona, requiring a shift away from classic Snake collision rules. * **Stop or park the concept**: If the core loop fails to engage playtesters or causes immediate exit triggers across multiple iterations. ## Non-Goals * Do not try to prove long-term retention systems (like the daily return hook). * Do not build or test the cosmetic expression system. * Do not optimize performance for high-end graphics or implement complex audio systems. ## Ideation Sources Used * Phase 1 Setup (Persona, Experience Goals) * Phase 2 Reference Trinity (Snake, Archero, Pac-Man 256) * Phase 3 Elevator Pitch (Core Conflict, TikTok Moment) * Phase 3.5 Value Attributes (Attributes 1-6) * Phase 4 Value Curve + ERRC (Preserve/Create/Raise decisions) * Phase 5 Implementation Briefing (First Playable Objective, Must-Have Systems, Known Risks)
No AI violations.