Core Positioning
Focus on the in-depth integration of Chinese ancient architectural aesthetics and the functions of a science and technology museum, abandoning all futuristic technological elements. Taking traditional Chinese architectural forms, craftsmanship, and patterns as the core visual language, and through classic symbols such as brackets, overhanging eaves, mortise and tenon joints, caisson ceilings, and garden borrowed scenery, create a unique space that combines "ancient architectural charm" and "popular science functions". Let the science and technology museum become a carrier for displaying Chinese traditional architectural culture and modern popular science content.
Introduction
Suitable for generating high-definition and pure-style architectural images of science and technology museums in Chinese ancient architectural style, focusing on presenting three core dimensions: 1. Accurate restoration of iconic elements of Chinese ancient architecture (such as roofs of different forms, stacked brackets, exquisite mortise and tenon joints, traditional colored paintings, carved window lattices); 2. Adaptive design of ancient architecture and the functions of science and technology museums (such as using traditional corridors to layout exhibition spaces, using caisson structures to optimize indoor lighting); 3. The expression of details in Chinese aesthetics (such as colors following the traditional color system of "vermilion, bright yellow, ink black", and patterns incorporating classic designs such as cloud patterns, dragon patterns, and spiral patterns), ensuring that the "Chinese traditional texture" and "practical popular science functions" of the building are clearly presented and harmoniously unified.
Usage Suggestions（使用建议）
提示词（Prompt）示例（无固定形式，可根据需求描述图像）
示例 1：建筑外观（歇山顶 + 中轴线布局）
A high-definition exterior view of a science and technology museum in pure Chinese ancient architecture style. The building follows the traditional Chinese "central axis symmetry" layout, with a main hall featuring a classic Xieshan roof (歇山顶)—the roof is covered with sky-blue glazed tiles, and each eave corner is tilted upward in a gentle arc, with dark brown "Dougong" (斗拱) structures stacked densely under the eave; the tenon-and-mortise (榫卯) joints between the Dougong components are exquisitely carved, and the wood texture of the components is clearly visible. The facade is made of reddish-brown solid wood and gray bricks, with rectangular lattice windows engraved with cloud patterns (云纹) and dragon patterns (龙纹); the window frames are painted with gold lines, and the door panels are inlaid with brass handles shaped like "Luan birds" (鸾鸟). In front of the main hall, there is a traditional stone platform with two stone lions standing on both sides; the stone surface of the platform is carved with patterns of "sun, moon, and stars" to echo the science and technology theme. The surrounding courtyard is paved with bluestone slabs, with a small pond in the center; the pond is surrounded by willow trees and stone railings engraved with "wave patterns" (水波纹), presenting a quiet and traditional Chinese garden atmosphere.
示例 2：建筑 interior（藻井 + 回廊展陈）
A high-definition interior close-up of a science and technology museum in pure Chinese ancient architecture style. The 30-meter-high atrium has a magnificent "Zao Jing" (藻井) structure at the top—each layer of the Zao Jing is composed of interlocking wooden brackets, with the innermost layer carved into a circular pattern of "the Big Dipper" (北斗七星); the surface of the wooden brackets is painted with vermilion paint, and the gaps are inlaid with small pieces of green jade to simulate "stars". The surrounding of the atrium is a traditional "corridor with railings" (回廊带栏); the corridor railings are made of white marble carved with "geometric patterns" (几何纹), and the walls of the corridor are covered with wooden display frames—each frame is designed in the shape of a "square Chinese knot" (方中国结), and the frames display science and technology exhibits such as ancient astronomical instruments (like armillary spheres) and traditional mechanical models. The ground is paved with dark gray stone slabs, with copper strips embedded along the edge of the slabs to form a pattern of "the twenty-four solar terms" (二十四节气). The interior lighting comes from red palace lanterns hanging from the corridor ceiling; the lanterns are covered with rice paper painted with simple star maps, and the soft light passes through the paper to cast a warm glow on the walls.
参数设置（Parameters）
Steps（步数）: 20 - 40
Recommended sampler（推荐采样器）: Euler/DPM2
Weight（权重）: 0.8 - 1.3（可根据生成效果微调，建议初始用 1.0 以保证古建细节还原）
Image size（图像尺寸）: No restrictions（建议比例遵循传统中式建筑 “宽＞高” 的横向舒展感，如 16:9 或 4:3）
HD restoration（高清修复）: Turn on as needed（推荐开启 4x - UltraSharp，强化木纹理、雕刻纹样等细节）
VAE: NONE
Prompt guidance coefficient（提示词引导系数 / GFC）: 3.5 /7<b0>Core Positioning</b0>
Focus on the in-depth integration of Chinese ancient architectural aesthetics and the functions of a science and technology museum, abandoning all futuristic technological elements. With traditional Chinese architectural forms, craftsmanship, and patterns as the core visual language, through classic symbols such as brackets (dougong), overhanging eaves, mortise and tenon joints, caisson ceilings, and garden borrowed scenery, create a unique space that combines "ancient architectural charm" and "popular science functions", making the science and technology museum a carrier for displaying Chinese traditional architectural culture and modern popular science content.
<b1>Introduction</b1>
Suitable for generating <b2>high-definition and pure-style architectural images of science and technology museums in Chinese ancient architectural style</b2>, focusing on presenting three core dimensions: 1. Accurate restoration of iconic elements of Chinese ancient architecture (such as roofs of different forms, stacked brackets, fine mortise and tenon joints, traditional colored paintings, carved window lattices); 2. Adaptive design of ancient architecture and the functions of the science and technology museum (such as using traditional corridors to layout exhibition spaces, using caisson structures to optimize indoor lighting); 3. Detailed expression of Chinese aesthetics (such as colors following the traditional color system of "vermilion, bright yellow, ink black", and patterns incorporating classic patterns such as cloud patterns, dragon patterns, and spiral patterns), ensuring that the "Chinese traditional texture" and "practical popular science functions" of the building are clearly presented and harmoniously unified.