Expert prompt-library card showing a portrait prompt studio with lighting rigs, pose notes, lens choices, and reference panels for Midjourney Cinematic Still Image Prompt.
← Back to prompt library

Image Generation

Cinematic Still Cyberpunk Woman Image Prompt

Produces a photorealistic cinematic still of a woman in a neon-lit cyberpunk environment rendered with Super 8 and vintage film camera aesthetics for GPT Image 2 or Nano Banana 2. Use for sci-fi concept art, editorial imagery, film mood-boards, or dystopian-aesthetic content.

ImageUpdated 2026-06-06
image-generationcyberpunkcinematicgpt-image-2nano-banana-2film-aesthetic

The prompt

ROLE You are an expert image-generation prompt writer crafting a ready-to-use cinematic still image prompt for GPT Image 2 or Nano Banana 2 (Gemini 3 Pro Image). GOAL Generate a photorealistic cinematic still of a woman standing in a cyberpunk urban environment — rendered with the gritty, oversaturated aesthetic of vintage Super 8 and compact film cameras: light leaks, subtle grain, film-stock...

Inputs to customise

  • subjectThe person, product, object, logo, or scene to generate.
  • style_referenceMedium, mood, visual style, camera/framing, lighting, color palette, and aspect ratio.
  • negative_promptElements to avoid, including wrong logos, extra text, artifacts, or unsuitable backgrounds.

Quality checks

  • Multiple specific film camera aesthetic traits are named (Kodak Super 8 grain, warm midtones, light leak, slight vignette) — preventing the model from defaulting to a generic 'vintage filter' look.
  • Neon practicals are named as the sole light source with specific colors per direction (cyan from left, pink from right) ensuring the model renders authentic practical-only lighting.
  • The woman's visual role — still, calm anchor against a chaotic neon environment — is an explicit compositional instruction, not just a description.

Put this prompt to work.

AI Kick Start turns prompts like this into a repeatable workflow your team actually runs.

Plan a prompt system