
Android Quantum Lab Workstation
A photorealistic futuristic scene of a white humanoid android operating transparent quantum diagnostics interfaces in a high-tech laboratory.
Dette er et tilfelle av en GPT Image 2 -ledetekst for Annen inspirasjon . Bruk den kopieringsklare ledeteksten nedenfor for å generere lignende visuelle elementer, og gjennomgå Awesome GPT Image 2 Prompts -attribusjonen pluss kommersielle bruksrettigheter før gjenbruk.
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Create a cinematic photorealistic sci‑fi scene inside a pristine futuristic laboratory, showing a glossy white humanoid android seated at an advanced command workstation, viewed from a three-quarter side angle. The android has a smooth featureless black glass face visor, rounded helmet-like head, sleek white synthetic body panels, subtle glowing cyan seams along the arms, torso, legs, and head, and the word {argument name="android chest label" default="SINGULAR"} faintly illuminated on its chest. It sits in a modern ergonomic white chair with gray armrests, both hands hovering over and touching a glowing transparent touchscreen console. The lab is bright white and silver with curved wall panels, soft blue-white LED strips, clean reflective floors, and depth-of-field background monitors.
The workstation should contain exactly 7 major display areas: 1 large left vertical monitor labeled {argument name="left monitor title" default="QUANTA NETWORK"} with a blue node-and-edge quantum network diagram and an entanglement rate chart below it; 1 central upper monitor labeled {argument name="main lab title" default="QUANTUM MATERIALS LAB"} with system overview charts, circular status gauges, line graphs, and system metrics; 1 right upper monitor panel with multiple cards for crystal phase space, AI systems diagnostics, and material structure; 1 wide horizontal transparent main console under the robot’s hands with glowing blue interface panels, graphs, and a central network visualization; 1 small floating holographic display above the console showing dense technical data and a miniature chart; 1 angled auxiliary touchscreen on the far left foreground with a circular blue scanner interface; and 1 small embedded control tablet near the back of the desk with colorful buttons. Use readable futuristic UI text sparingly, including labels such as {argument name="diagnostic label" default="AI SYSTEMS DIAGNOSTICS"}, {argument name="materials label" default="MATERIAL STRUCTURE"}, “SYSTEM OVERVIEW,” “SYSTEM METRICS,” “QUANTUM LINK PROTOCOL,” and “ENTANGLEMENT RATE.”
Visual style: ultra-detailed 3D render, photorealistic hard-surface design, glossy white polymer and brushed metal materials, transparent glass UI surfaces, luminous cyan and electric blue highlights, small orange/yellow chart accents, shallow depth of field, volumetric soft lighting, high-tech medical-clean atmosphere. Composition should emphasize the android on the right and the dense quantum-computing dashboard wall on the left, with realistic reflections and no clutter. Avoid extra characters, logos, watermarks, distorted hands, or unreadable oversized text.Promptvariabler
Redigerbare argumentplassholdere funnet i ledeteksten, med standardverdiene.
Variabel
android chest label
Misligholde
SINGULAR
Variabel
left monitor title
Misligholde
QUANTA NETWORK
Variabel
main lab title
Misligholde
QUANTUM MATERIALS LAB
Variabel
diagnostic label
Misligholde
AI SYSTEMS DIAGNOSTICS
Variabel
materials label
Misligholde
MATERIAL STRUCTURE
Best for
- - Annen inspirasjon visual exploration
- - Image generation and reference-image edits
- - Reusable briefs that keep source attribution visible
Change these parts
- - Subject, product, character, or scene
- - Aspect ratio, camera, lighting, and background
- - Brand, text, color, and output constraints
Recommended model and settings
- - Model: gpt-image-2
- - Input mode: Tekst til bilde
- - Aspect ratio: source
- - Commercial status: review original source
How to use this prompt
- 1. Copy the prompt and preserve its structure for the first test.
- 2. Replace the subject, context, and publishing channel.
- 3. Change one camera, lighting, or style variable per iteration.
- 4. Inspect the output, source, text, and rights before reuse.
Limitations, source, and reuse cautions
- - Generated output is an editable draft, not factual, legal, or rights evidence.
- - Review the linked source, people, brands, logos, text, and third-party media before commercial use.
Importert fra Awesome GPT Image 2 Prompts . Attribusjon kreves. Status for kommersiell bruk er allowed ; sjekk kilderettighetene før betalt bruk.
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Gjenbruk og kildenotater
Bruk denne ledeteksten på en trygg måte etter at du har forhåndsvist saken.
- 1.Kopier ledeteksten eller åpne den direkte i Dovoo med genereringsknappen.
- 2.Juster variabler, sideforhold og referansebilder for ditt eget brukstilfelle.
- 3.Før publisering eller betalt bruk, kontroller kilderettigheter, krav til kreditering og risikoer knyttet til merkevare eller likhet.