Introduction:
Suitable for generating high-definition and uniquely styled images of futuristic sci-fi science and technology museum buildings, with an emphasis on the presentation of architectural details (such as streamlined structures, luminous textures, holographic devices) and overall sci-fi texture, ensuring that the sense of technology and visual hierarchy of the building are clearly displayed.
Usage Suggestions:
Example of prompt words: ps: There is no fixed form, describe the image as needed.
A high-definition exterior view of a futuristic sci-fi science and technology museum. The main building adopts a suspended streamlined structure, with a silver-titanium alloy facade inlaid with color-changing smart glass—each piece of glass has visible light blue energy patterns flowing on its surface, and the splicing gaps between the glass are clearly distinguishable. Three sets of arc-shaped holographic projection devices extend from the top of the building, projecting dynamic galaxy operation images; the particle effects at the edges of the projections are delicate and recognizable. The bottom of the building is surrounded by a translucent suspended platform, with light purple anti-gravity light effects supporting it below, and the tiny particle flow in the light effects is clearly visible.
A high-definition interior close-up of a futuristic sci-fi science and technology museum. The 50-meter-high atrium has a dome glass with adjustable light transmittance, and hexagonal smart lighting modules are distributed on the glass—each module's mechanical adjustment structure is clearly visible. A huge suspended technological art installation hangs in the center of the atrium, composed of thousands of transparent acrylic units; each unit encloses dynamic light and shadow, and the connection nodes between the units and the light and shadow flow trajectory are distinguishable. The surrounding walls are interactive display curtain walls, showing blueprints of future city buildings; the lines, data labels, and dynamic demonstration details on the blueprints are extremely clear. The ground is made of self-luminous microcrystalline material, reflecting the reflection of the building structure, and the light reflection details at the edge of the reflection are natural and real.
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steps /steps: 20 - 40
Recommended sampler: Euler/DPM2
weight /: 0.6 - 1.2. You can test it yourself or refer to the returned image area.
Image size /width and height: No restrictions
HD restoration /HD restoration: Turn on as needed.
Generally, 4x - UltraSharp is recommended.
VAE: NONE
Prompt guidance coefficient /GFC: 3.5