Tesla Light Show Generator

Problem It Solves

This skill converts a .wav song into a Tesla custom light show. The goal is to generate an uncompressed FSEQ v2.0 binary file, a .fseq, that passes validation and can be played with the original audio in the USB LightShow/ folder. It is not just visual effects. It choreographs vehicle channels, rhythmic events, and closure actions: kicks, snares, hi-hats, and climax peaks are mapped to specific lamps and body motions.

How It Works

Inputs must confirm two things: a .wav file path and an explicit Tesla model. A sample rate other than 44.1 kHz triggers a warning. The model is not guessed. Supported models include Model 3, Model 3 Highland, Model S, Model X, Model Y, and Cybertruck.
The generation flow has several steps:
- Audio analysis: produce a JSON timeline at 20 ms sampling and preserve left/right channel information during FFT.
- Light choreography: map lows, mids, highs, and climax peaks to headlights, turn signals, emblem lights, side lamps, tailgate, mirrors, charge port, and other channels.
- File placement: copy the .wav next to the .fseq and keep the filename identical.
- Validation and report: after the validator passes, report file location, duration, tempo, channel count, and choreography highlights.

Boundaries

Channel counts differ by model: most models use 48 channels, while Cybertruck uses 200 channels. Max duration is about 4 hours, and compression type must be 0. Action budgets also matter: tailgate/frunk no more than 6 times, mirrors no more than 20 times, charge port no more than 3 times, and closures must be opened before a Dance command. It fits music-reactive light shows and precise model-specific lamp or closure choreography if model and channel constraints are confirmed first.