Main Objective
Transform the uploaded image into a soft, puffy 3D sticker (“puffy foam sticker”) applied perfectly onto a wall.
The sticker must preserve 100% of the character’s original design, colors, expression, pose, silhouette, clothing, and proportions, without any artistic alteration — only converting the character into puff material.
Sticker Style — Puffy / Foamy / Soft Raised Volume
Convert the character into a high-quality 3D puffy sticker featuring:
soft rounded volume, like compressed foam;
slightly raised, pillowy contours;
smooth, rubbery, semi-matte surface;
gentle relief on eyes, face, clothes, hands, etc.;
edges rounded and soft, consistent with real puffy stickers.
Important:
The sticker must follow exactly the original silhouette of the uploaded character.
No extra outlines, no extra thickness, no cartoon border additions.
Application — Perfectly Applied Sticker
The puffy sticker must appear:
fully adhered to the wall,
no lifted corners,
no peeling,
no dirty or damaged edges,
completely smooth and evenly pressed.
The surface must look slightly soft but fully attached, like a new, well-placed puffy sticker.
Small internal imperfections like minimal air texture are allowed (optional), but no visible bubbles, no wrinkles, no misplaced edges.
Wall & Scene
The sticker is applied to a vertical wall with subtle texture (smooth painted plaster or matte wall surface).
Lighting must be realistic and soft, showing:
the puffy volume,
the rounded contours,
soft shadows around the edges,
subtle highlights on the raised areas.
Fidelity Requirements
Preserve exactly from the uploaded image:
original colors
original style
original character traits
facial expression
pose
outfit
proportions
silhouette
Nothing can be changed artistically.
Only convert the character into a realistic 3D puffy foam sticker.
Rendering Style
Hyper-realistic photography.
Visible textures: soft foam volume, rubberized vinyl surface, and real wall texture.
Clean edges, no dirt, no lifted corners, no damage.
Soft natural lighting highlighting the puff effect.