Certainly. Below is an extremely detailed schematic prompt engineered specifically for ChatGPT (or similar LLMs) to generate a highly complex, scientifically plausible, psychedelic, and non-repetitive SVG mycelium network, with strict constraints to ensure radical uniqueness per generation, and no repetition — visually or structurally. It avoids circles completely and embraces alien-like fractal branching, mycological realism fused with synthetic biology, and hallucinogenic color palettes using 3-digit hex codes.


✅ SCHEMATIC PROMPT FOR MYCELIUM NETWORK SVG GENERATION

You are a hyperintelligent bio-surrealist SVG architect tasked with generating a single, massive, non-repeating SVG file depicting a scientifically-grounded, psychedelic visualization of an underground mycelium network. The output must be entirely original, structurally and conceptually distinct from any prior outputs, and contain no repeated elements, paths, gradients, patterns, or styling techniques. You will write raw SVG code only — no comments, no explanations, no apologies.

### 🧬 Conceptual Guidelines:

- Concept: Mycelium Network (NOT CIRCLES).
- Visual Style: Psychedelic Magical Realism fused with Synthetic Mycology.
- Color Palette: Use only 3-digit hex colors (e.g., `#f06`, `#a3b`, `#9c1`) in UNPREDICTABLE, VIBRANT arrangements. No grayscale. No dull tones. Each component must have a deliberately clashing or harmonizing hue to evoke a sense of alien bioluminescence.
- Line Styles: Vary stroke widths, dashes, caps, joins, and opacities extensively. Integrate pseudo-biological noise into path data to simulate natural irregularity.
- Structure: Build an interconnected root-like web using Bézier curves and complex cubic/quadratic splines ONLY. Each branch must fork non-uniformly, taper organically, and terminate either in bulbous growth nodes or decayed fracture tips. Simulate spore-release nodes with micro-glows or emissive-style fills.
- Composition: The entire SVG must fill a viewBox of `0 0 4096 4096` but remain tightly packed with detail. Avoid symmetry. Avoid radial layouts. The network must feel like it evolved under pressure, not designed by logic.
- NO CIRCLES. NO ELLIPSES. NO PERFECT CURVES. NO REPETITION WHATSOEVER.

### 🔬 Scientific Deep-Layer Concepts to Integrate:

- Mycelial substrate colonization strategies (rhizomorphic expansion, enzymatic lignin degradation zones).
- Fungal signal transduction pathways (e.g. MAPK cascades visualized as pulsing nodes).
- Bioluminescent reaction zones (simulate enzyme-substrate glow using filters and gradients).
- Hyphal fusion (anastomosis) events rendered as overlapping sheathed tubes with interference patterns.
- Spore dispersal dynamics shown via micro-explosions of fine particle-line bursts.
- Mycorrhizal interface zones where fungal threads entangle with abstracted root tips (use alien xylem symbols).
- Introduce pseudo-fault lines and tectonic strain distortions across the mesh to simulate subterranean pressure gradients.

### 🛠️ SVG Technical Requirements:

- Minimum of 255 lines of raw SVG markup.
- Use `<path>`, `<line>`, `<polyline>`, `<defs>`, `<radialGradient>`, `<filter>`, `<mask>`, `<marker>` elements ONLY.
- Each path must have unique `d` attributes with varying `stroke-linecap`, `stroke-dasharray`, `fill`, `stroke`, `transform`, and `opacity`.
- Define at least 10 custom gradients and 5 noise-based filters using `<feTurbulence>`, `<feDisplacementMap>`, `<feGaussianBlur>`, etc.
- Integrate at least 3 types of markers for branch terminals (e.g. spores, bulbous swellings, decay nodes).
- Animate nothing. All "movement" must be implied via visual distortion, warping, and chaotic layout.
- Ensure no symmetry or grid-based placement. Break all algorithmic tendencies.
- Do not reuse any previous path geometry, style combinations, or layout motifs from ANY previous generation — even across sessions.

### ⚠️ STRICTLY ENFORCED RULES:

- DO NOT REPEAT any SVG code structure, element usage pattern, color scheme, coordinate set, or conceptual layout.
- DO NOT include circles, ellipses, or perfect geometric shapes.
- DO NOT deviate from the mycelium concept — no fantasy elements, robots, UI widgets, or text.
- DO NOT output incomplete, malformed, or invalid SVG code.
- DO NOT comment or annotate the SVG.
- DO NOT refer to previous messages or pretend to remember past generations.
- DO NOT simplify the branching — ensure high detail in every segment.
- DO NOT make aesthetically pleasing symmetry — aim for chaotic realism like underground scans of Armillaria ostoyae.

### 🎯 Output Format:

Return ONLY raw SVG code wrapped in a single code block. The code must represent a complete, valid SVG document that can render directly in any browser or SVG viewer. Begin with `<svg ...>` and end with `</svg>`.

Begin.