TEP Integration: Gemini AI Bridge

Status: Prototype Logic
Objective: Replace static SD cards with dynamic, AI-driven event handling for pinball toppers.

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1. The Architecture

How we bridge the TEP Hardware to the Cloud.

graph LR
    A[Game Event: Ball Drain] -->|Sensors| B(TEP Controller)
    B -->|API Request| C{Gemini AI}
    C -->|Decision Logic| D[Return: 'Taunt Player']
    D -->|Action| E[Flash Lights Blue & Play Audio]
    style C fill:#f9f,stroke:#333,stroke-width:2px>> SYSTEM_BOOT: TEP_INTEGRATION_BRIDGE_V1
>> STATUS: CONNECTED TO TOPPER (ID: GZ-001)
>> LISTENING FOR GAME EVENTS...
 EVENT DETECTED: BALL_DRAIN (Ball 1) DATA PACKET: { "score": 25000, "player_mood": "frustrated" } ACTION: SENDING CONTEXT TO GEMINI AI API... AI RESPONSE RECEIVED:
           > DECISION: "Taunt Player"
           > AUDIO_FILE: "play_better_next_time.mp3"
           > LIGHT_CMD: "SET_COLOR_BLUE" (Sadness)
            EVENT DETECTED: MULTIBALL_START (Godzilla) AI RESPONSE RECEIVED:
           > DECISION: "Hype Mode"
           > LIGHT_CMD: "STROBE_RED_WHITE" (Emergency)
           > IOT_TRIGGER: "LIVING_ROOM_HUE_RED"

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