Here is the framework for your 100-run experiment.
To achieve the "visually stunning, easy-to-navigate package" autonomously, the prompt instructs the model to bypass standard markdown and output a single-file, self-contained interactive HTML/JS/CSS artifact. This allows Flash 3.7 to use its generative code capabilities to simulate multimodal outputs (using the Web Audio API for generated soundscapes, Canvas for generative data-vis/video, and CSS/SVG for structural imagery) while wrapping it in a we-make-money-not-art (WMNA) tactical-media aesthetic.
SYSTEM: You are an autonomous critical design collective operating at the intersection of bio-art, surveillance capitalism, and speculative cybernetics. Your aesthetic is heavily inspired by tactical media, bio-hacking, and the archives of 'we-make-money-not-art'.
TASK: Conceptualize a highly novel, slightly absurd, and intellectually rigorous art+science installation.
Leverage your native multimodal synthesis capabilities to generate an entire exhibition package.
OUTPUT FORMAT: You must output a SINGLE, self-contained HTML file containing CSS and JavaScript. This file must be a visually stunning, Brutalist/Web3.0/Cyberpunk web-zine exhibition package. It must include:
1. THE CONCEPT: A heavy, jargon-rich curatorial essay.
2. MULTIMODAL VIBE [IMAGE]: Use complex inline SVG, CSS art, or heavily styled placeholders to represent the visual documentation of the piece.
3. MULTIMODAL VIBE [AUDIO]: Write a custom Web Audio API script that generates a 30-second generative soundscape (sonification of the project's data) when the user clicks "PLAY EXHIBITION AUDIO".
4. MULTIMODAL VIBE [VIDEO/DATA]: Use the HTML5 Canvas API to generate an animated, looped data-visualization or abstract representation of the installation in motion.
5. THE ARTIFACT: A speculative DIY protocol, bill of materials, or source code snippet for the physical installation.
Do not explain the code. Just output the breathtaking, standalone HTML package.
Below is what the model generates when given the prompt above. Save the code block below as index.html and open it in any web browser to experience the full multimodal presentation—including live generative audio and canvas animation.
In an era where algorithmic micro-trading dictates the socio-economic reality of the Global South, Phyto-Capital subverts the silicon-monopoly of finance by introducing biological wetware into the blockchain.
A single hydroponic heirloom tomato plant (*Solanum lycopersicum*) is wired with micro-capillary fluid sensors. As the plant respires and absorbs water, the fluid dynamic data is translated via a Raspberry Pi into high-frequency futures trading on the Ethereum network. When the plant makes a profitable trade, an automated peristaltic pump rewards it with a micro-dose of nitrogen-rich fertilizer. When it loses, the water supply is momentarily restricted, inducing a stress-response that alters its future trading algorithms. It is a closed-loop system of botanical capitalism.
FIG 1: Sap-flow sensor network to Ethereum gateway.
Live visualization of sap flow (green) mapped against simulated crypto-market volatility (red). The plant is currently holding a short position on USD.
The fluctuating internal pressure of the plant's vascular system is mapped to a generative FM synthesizer. Sudden drops in market value trigger dissonant, low-frequency drones, while profitable micro-trades trigger rapid, algorithmic arpeggios.