Create a technical infographic timeline poster of [PRODUCT NAME]. Use sharp ink lines and soft watercolor on textured paper. Feature a central hero illustration with handwritten years, arrows, notes, and small sketches showing design evolution and key milestones. Keep it clean, lively, colorful and strong contrast. Highly detailed, vertical portrait. Visual Concept A realistic photograph or photorealistic render combined with dense technical annotation overlays, exactly like an engineering, Pure white studio background. Title Placement Product name in English, bold font, inside a hand-drawn technical annotation frame (as in engineering blueprints), positioned in the upper corner. Style & Layout • Very high information density • Annotations feel like an engineering / architectural sketch • Black lines — 70–80% of all graphics • Accent [BRAND COLOR] — 20–30% (arrows, key zones, headings) • The realistic product remains fully readable • Educational, industrial-premium aesthetic • Small brand logo in the corner (in English) Visual Style Minimal technical illustration aesthetic: black linework over realistic imagery, precise, highly detailed, slightly hand-drawn, like professional technical manuals. Color Palette White background Black text and linework [BRAND COLOR] used only for accents Output 9:16 Vertical portrait, 8K, highly detailed, Ultra-crisp image Social-feed optimized No watermark

{ "direction": "3:4 vertical composition full-body SNS snapshot. By the window of a vintage loft-style studio, a fictional Japanese adult female around 25 years old, at the very moment she is about to put a white oversize shirt back over he

3:4, front ring light fill, cool white doll-like soft focus close-up, low contrast social media makeup photography, authentic mobile phone beauty blogger texture. A high-beauty adult young East Asian female, airy dark brown bangs, long hair

Please turn the photo I uploaded into a vertical collage poster with an overall 3:4 vertical composition. The image is strictly divided into four horizontal areas from top to bottom, and the height of each area must be precisely controlled