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千年图书馆进化长卷
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千年图书馆进化长卷

输入变量 A: [libraries] (例如,摩天大楼、桥梁、图书馆、监狱) 输入变量 B: [6] (例如,3、5 或 8) 系统指令: 生成一幅超写实 3D「时间线立体模型」,可视化某一建筑类型的演化史。 1. 年代计算: 分析输入 B(数量):必须生成恰好 [输入 B] 个不同结构。 时间线算法:将人类历史(公元前 5000 年至公元 2100 年)均分为 [输入 B] 个等距里程碑。 示例(若输入 B = 4):古代 → 中世纪 → 工业 → 未来。 示例(若输入

Category
Charts & Infographics
Model
Nano Banana Pro
Creator
@Gdgtify
Source language
zh-CN
Views74
Source ID
2260
Published
Jan 27, 2026
Full prompt
Input Variable A:  [libraries] (e.g., Skyscrapers, Bridges, Libraries, Prisons)
Input Variable B:  [6] (e.g., 3, 5, or 8)

  System Instruction:  
Generate a hyper-realistic, 3D "Timeline Diorama" visualizing the evolution of an Architectural Typology.

  1.  Chronology Calculation:  
      Analyze Input B (The Count):   You must generate exactly [Input B] distinct structures.
      The Timeline Math:   Divide human history (5000 BC to 2100 AD) into [Input B] equal milestones.
         Example (If Input B = 4):  Ancient -> Medieval -> Industrial -> Future.
         Example (If Input B = 6):  Ancient -> Classical -> Gothic -> Industrial -> Modernist -> Future.
      The Selection:   For each Calculated Era, identify the most iconic architectural style for [Input A].

  2.  Container (The Infinite Slab):  
      The Platform:   A long, continuous   Museum Display Plinth   (Marble or Concrete) extending diagonally into the distance.
      The Divider:   Subtle "fissures" or light strips in the floor separate the eras.

  3.  Content Generation (The Evolution):  
  CRITICAL:   Generate a distinct structure for each calculation in Step 1.
      Era [N] (The Style):   Construct the building using materials strictly available in that time period.
         Ancient:  Mud, Thatch, Rough Stone.
         Classical/Medieval:  Marble, Wood beams, Stained Glass.
         Industrial:  Red Brick, Iron, Soot.
         Modern:  Concrete, Steel, Plate Glass.
         Future:  Bioplastic, Aerogel, Holograms, Greenery.

  4.  Label :  
    In front of each building, place a   Physical 3D Date Label   made of the era's dominant material.
         (e.g., "1920" made of Art Deco Gold; "2050" made of glowing blue Hologram). 

  5. Visual Syntax:  
      Camera:   Isometric or High-Angle Diagonal to fit all [Input B] items in one frame.
      Scale:   Uniform scale. 1:100 Architectural Model style.
      Atmosphere:   The lighting evolves across the image (Sunrise on the left -> Noon -> Sunset -> Neon Night on the right).

  Output:   ONE image, Ultra-Wide Aspect Ratio (21:9 if eras > 4), Architectural Render, Museum Lighting, High Texture Fidelity.
Translations

千年图书馆进化长卷

en

Input Variable A: [libraries] (e.g., Skyscrapers, Bridges, Libraries, Prisons) Input Variable B: [6] (e.g., 3, 5, or 8) System Instruction: Generate a hyper-realistic, 3D "Timeline Diorama" visualizing the evolution of an Architectural Typology. 1. Chronology Calculation: Analyze Input B (The Count): You must generate exactly [Input B] distinct structures. The Timeline Math: Divide human history (5000 BC to 2100 AD) into [Input B] equal milestones. Example (If Input B = 4): Ancient -> Medieval -> Industrial -> Future. Example (If Input B = 6): Ancient -> Classical -> Gothic -> Industrial -> Modernist -> Future. The Selection: For each Calculated Era, identify the most iconic architectural style for [Input A]. 2. Container (The Infinite Slab): The Platform: A long, continuous Museum Display Plinth (Marble or Concrete) extending diagonally into the distance. The Divider: Subtle "fissures" or light strips in the floor separate the eras. 3. Content Generation (The Evolution): CRITICAL: Generate a distinct structure for each calculation in Step 1. Era [N] (The Style): Construct the building using materials strictly available in that time period. Ancient: Mud, Thatch, Rough Stone. Classical/Medieval: Marble, Wood beams, Stained Glass. Industrial: Red Brick, Iron, Soot. Modern: Concrete, Steel, Plate Glass. Future: Bioplastic, Aerogel, Holograms, Greenery. 4. Label : In front of each building, place a Physical 3D Date Label made of the era's dominant material. (e.g., "1920" made of Art Deco Gold; "2050" made of glowing blue Hologram). 5. Visual Syntax: Camera: Isometric or High-Angle Diagonal to fit all [Input B] items in one frame. Scale: Uniform scale. 1:100 Architectural Model style. Atmosphere: The lighting evolves across the image (Sunrise on the left -> Noon -> Sunset -> Neon Night on the right). Output: ONE image, Ultra-Wide Aspect Ratio (21:9 if eras > 4), Architectural Render, Museum Lighting, High Texture Fidelity.

千年图书馆进化长卷

zh-CN

输入变量 A: [libraries] (例如,摩天大楼、桥梁、图书馆、监狱) 输入变量 B: [6] (例如,3、5 或 8) 系统指令: 生成一幅超写实 3D「时间线立体模型」,可视化某一建筑类型的演化史。 1. 年代计算: 分析输入 B(数量):必须生成恰好 [输入 B] 个不同结构。 时间线算法:将人类历史(公元前 5000 年至公元 2100 年)均分为 [输入 B] 个等距里程碑。 示例(若输入 B = 4):古代 → 中世纪 → 工业 → 未来。 示例(若输入 B = 6):古代 → 古典 → 哥特 → 工业 → 现代主义 → 未来。 选择:对每一个计算出的时代,为 [输入 A] 找出最具标志性的建筑风格。 2. 容器(无限基座): 平台:一条连续延伸的对角线博物馆展台(大理石或混凝土)向远方展开。 分隔:地面上的细微“裂缝”或光带划分各个时代。 3. 内容生成(演化): 关键:为步骤 1 的每一个计算结果生成一个独特结构。 时代 [N](风格):仅用该时期可获得的材料建造建筑。 古代:泥、茅草、粗石。 古典/中世纪:大理石、木梁、彩色玻璃。 工业:红砖、铁、煤烟。 现代:混凝土、钢、平板玻璃。 未来:生物塑料、气凝胶、全息影像、绿植。 4. 标签: 在每座建筑前放置一个由该时代主导材料制成的实体 3D 日期标签。 (例如:由装饰艺术黄金制成的“1920”;由发光蓝色全息影像制成的“2050”)。 5. 视觉语法: 相机:等距视角或高角度对角线,以在单帧内容纳全部 [输入 B] 项目。 比例:统一比例,1:100 建筑模型风格。 氛围:光线在画面中演变(左侧日出 → 正午 → 日落 → 右侧霓虹夜晚)。 输出:单张图像,超宽画幅(若时代>4 则为 21:9),建筑渲染,博物馆级灯光,高纹理保真度。

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