Neon Brain Graffiti Mural - Image 1

Image prompt

Neon Brain Graffiti Mural

A photorealistic prompt for generating a cyberpunk-inspired graffiti mural with purple lettering and a glowing neural brain on an urban wall.

Model
GPT Image 2 Prompts
Category
Social Media Post
Source
Internal curation
7 views 0 copies 0 try clicks

Full Prompt

Copy directly into the target model and adjust for your input assets.

Back To Library
Create a photorealistic urban street photograph of a large graffiti mural on a dark gray city wall. The mural features the word {argument name="graffiti word" default="GeniArt"} in huge wildstyle bubble lettering, centered and spanning nearly the full width of the wall. Use glossy lavender-to-deep-purple letter fills, thick black 3D shadows, bright white highlights, and a vivid orange outer glow with orange paint splashes. Behind the lettering, paint a glowing futuristic brain in electric cyan and blue at the top center, with visible folds, neon rim lighting, and tiny magenta and orange digital details inside it. Add cyan neural-network lines and glowing nodes radiating around the brain and across the wall, plus subtle circuit-board graphics in cyan and magenta on both sides. Include exactly 2 small graffiti signatures: one cyan tag near the lower right of the main letters and one pink tag at the far lower right. The scene should look like real spray paint on a slightly worn exterior wall, with brick buildings and barred industrial windows visible above, a sidewalk and curb in the foreground, minor drips, overspray, chips, and street grime. Style: high-detail realistic graffiti photography, wide horizontal composition, straight-on perspective, natural daylight, saturated neon colors, crisp focus, no people, no vehicles, no extra words besides the main graffiti word and the two small tags.

Source Record

Original source details are kept for attribution and review.

GitHub source:YouMind-OpenLab/gpt-image-2-prompts-search

This page is adapted from YouMind OpenLab GitHub prompt libraries. License: MIT。