dna-extraction

Story DNA extraction identifies core functional mechanisms across six axes—form, structure, character, emotion, theme, and relation—to guide cross-media adaptations. It moves beyond surface elements to map underlying relational dynamics and design patterns into new contexts.

Functional trope mapping analyzes fiction by extracting underlying story functions rather than surface tropes. It generates structured DNA documents containing functional clusters and syntheses, helping analysts identify reusable design patterns across novels, films, and plays.

Yes, story DNA extraction applies to novels, films, and plays for narrative redesign. By mapping functional clusters to new contexts, it helps writers redesign narratives and validate consistency during adaptation planning.

The best way to document relational dynamics is generating JSON DNA documents that organize six-axis extractions into clusters and syntheses. This validates consistency and provides structured insights for cross-media reimagining.

Story DNA extraction requires a concrete work sample provided as text. No specific dependencies or environment setups are needed, making it accessible for writers and analysts performing adaptation analysis directly.

Fiction analysis often misses underlying mechanisms because it lacks structured functional extraction. Six-axis DNA extraction across form, structure, character, emotion, theme, and relation reveals core functions that surface trope analysis overlooks.