{"component":{"type":17,"accent_color":10980315,"components":[{"type":10,"content":"-# WikiRNG · Roll of 10/18/2026 · by [fallingpetals](https://wikirng.com/u/fallingpetals)"},{"type":10,"content":"## [Orbit portrait](https://wikirng.com/roll/sy4NfdWDC7)"},{"type":10,"content":">>> In mathematics, an orbit portrait is a combinatorial tool used in complex dynamics for understanding the behavior of one-complex dimensional quadratic maps."},{"type":14,"divider":true,"spacing":1},{"type":10,"content":"### 🟪 Remarkable · 191,390 SP\n-# Top 7.9% · ❤️ 2"},{"type":10,"content":"*understanding behavior is complex*"},{"type":14,"divider":true,"spacing":1},{"type":10,"content":"🟦 🧪 **Preprint** · Obscure · +93,233 SP\n-# Cites a preprint.\n🟦 ∑ **Problem Set** · Obscure · +49,666 SP\n-# Has 20+ math formulas.\n🟦 🧪 **arXiv** · Obscure · +18,888 SP\n-# Links to arXiv.\n🟦 🧮 **Equation** · Obscure · +17,503 SP\n-# Has a math formula.\n🟩 🪆 **Nested Deeper** · Notable · +2,335 SP\n-# Has sub-subsections.\n🟩 🔓 **Free to Read** · Notable · +1,731 SP\n-# Cites a source that is free to read.\n-# +13 more badges"},{"type":14,"divider":true,"spacing":1},{"type":1,"components":[{"type":2,"style":5,"label":"View roll","url":"https://wikirng.com/roll/sy4NfdWDC7"},{"type":2,"style":5,"label":"Read on Wikipedia","url":"https://en.wikipedia.org/wiki/Orbit_portrait"}]},{"type":10,"content":"-# Article text from Wikipedia, CC BY-SA 4.0"}]}}