Dsar’s Unmarked Box World Style Mods — Chibi

Dsar’s Unmarked Box World Style Mods — Chibi A total world style for Voyage. Installing this mod sets the visual direction for everything the world renders — NPC portraits, locations, and areas — to Chibi. WHAT IT SETS • NPC portraits: character rendering, lighting, framing, and render fidelity • Locations: environment art direction and lighting • Areas: the same, at area scale • Generated NPCs: a visualDescription format written to be portrait-sufficient on its own THE STYLE Chibi. Clean high-resolution character portrait in chibi anime character art. Inspired by super-deformed anime mascots, cute character stickers, RPG chibi portraits, and playful mini-hero art. Use tiny simplified body, oversized expressive head, cute rounded features, clean bright colors, compact outfit readability, and playful charm. Maintain readable character design, clear facial structure, strong silhouette control, clean material separation, controlled lighting, and the selected portrait frame. ENVIRONMENTS Chibi. Clean high-resolution environment art in Chibi style. Use rounded simplified forms, oversized readable props, clean bright colors, compact toy-like proportions, and playful charm. Maintain readable spatial layout, clear architectural and terrain structure, strong silhouette control, clean material separation, and controlled lighting. WORKS WITH THE PORTRAIT MODS A Portrait Style or Portrait Framing selected from Dsar’s Definitely Not Cursed Portraits outranks this mod’s defaults. A completed player portrait prompt is returned unchanged: this mod matches the mandatory composition-lock header exactly and never restyles, reframes, or re-lights it. WHAT IT DOES NOT DO No traits, no categories, no character-creator changes, no gameplay effects. Every instruction lives in its own named leaf, and your world’s own generateCharacterBackground prompt and custom leaves are left untouched, so nothing you have written is overwritten. Built for Voyage V36. GPT-image-2 is the supported production image model.