微型城市结雕塑

[中文]
GPT Image 2 + Kling = 🔥 这是为东京制作的。

[VAR_CITY] = "Tokyo, Japan"     [NODE 1: BASE_TOPOLOGY] 生成一个复杂的、自相交的 3D 无限循环结构（例如粗厚的三叶结或戈尔迪之结）。Material_Output：原始、未完成的分层桦木胶合板。可见木纹。

[NODE 2: INSTANCER_LOGIC] AI_INFERENCE_TRIGGER：分析 [VAR_CITY]。提取其标志性建筑风格、具体地标和道路基础设施。

Action：将这些城市元素直接实例化到 [BASE_TOPOLOGY] 的表面法线上。

[NODE 3: GRAVITY_WARP] 重力向量严格相对于结的表面。建筑必须从木质表面向外伸出，无论该表面朝上、朝下还是朝侧面。道路必须完美贴合曲率。微小的金属汽车点缀在高速公路上。

[RENDER_ENGINE] 执行树状流程。输出为实体微距摄影棚拍摄效果。物体放置在空白的博物馆展台上。柔和的漫射顶光。浅景深以强调微缩比例。

[原文]
GPT Image 2 + Kling = 🔥 This was done for Tokyo. 

[VAR_CITY] = "Tokyo, Japan"     [NODE 1: BASE_TOPOLOGY] Generate a complex, self-intersecting 3D endless loop (e.g., a thick Trefoil Knot or Gordian Knot). Material_Output: Raw, unfinished layered birch plywood. Visible wood grain.  [NODE 2: INSTANCER_LOGIC] AI_INFERENCE_TRIGGER: Analyze [VAR_CITY]. Extract its iconic architectural style, specific landmarks, and road infrastructure.  Action: Instance these urban elements directly onto the surface normals of the [BASE_TOPOLOGY].  [NODE 3: GRAVITY_WARP] The gravity vector is strictly relative to the surface of the knot. Buildings must project outward from the wood, regardless of whether the surface is facing up, down, or sideways. The roads must follow the curvature perfectly. Tiny metallic cars dot the highways.  [RENDER_ENGINE] Execute Tree. Output as a physical macro-photography studio shot. The object sits on a blank museum pedestal. Soft, diffuse top-lighting. Shallow depth of field to emphasize the miniature scale.