Cyberpunk Laser Eye Portrait Close-up AI Image Prompt
Ultra-realistic cinematic close-up portrait of a {argument name="subject" default="mysterious young woman"}, perfectly centered composition, porcelain pale skin with hyper-detailed pores and subtle imperfections, {argument name="eye color" default="piercing icy blue-gray eyes"} staring directly into the camera, a glowing horizontal crimson laser beam slicing across both eyes with volumetric light scattering, messy wet black hair with individual strands sticking to her face, tiny water droplets reflecting neon lights, holographic particles floating around her, subtle digital glitch distortions, chromatic aberration, cinematic lens flares, cyberpunk atmosphere, dark futuristic background with blurred neon city bokeh, {argument name="rim lighting" default="red and cyan rim lighting"}, soft blue ambient fill light, high contrast lighting, dramatic shadows, realistic skin subsurface scattering, reflective moisture on lips and skin, atmospheric fog, floating dust particles, light smoke, ultra-sharp focus on eyes, shallow depth of field, creamy bokeh, 85mm cinema lens, f/1.8, HDR, ray-traced lighting, global illumination, octane render quality, Unreal Engine 5 realism, volumetric lighting, masterpiece, award-winning photography, photorealistic, ultra HD, 8K, extreme detail, cinematic color grading, noir aesthetic, premium fashion editorial, futuristic sci-fi mood, symmetrical composition, 3:4 aspect ratio.
Content: Subject: mysterious young woman; Scene: dark futuristic background with blurred neon city bokeh; Style: ultra-realistic, cyberpunk, noir aesthetic; Composition: centered symmetrical; Lighting: red/cyan rim, blue ambient fill, high contrast, dramatic shadows; Color: cyberpunk neon; Material: porcelain skin, reflective moisture, holographic particles; Lens: 85mm f/1.8 shallow depth of field; Aspect: 3:4.
Pros: Provides adjustable parameters (argument names); rich in details (pores, subsurface scattering)
Cons: Overly complex, may be difficult to generate all at once; relies on specific renderers (Octane, UE5), limiting compatibility
Reference image: No obvious reference-image dependency
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