模型拆解重构
在工业设计和模型制作领域，“Kitbashing（零件混搭/杀肉）”是一种极具创造力的方法——通过拆解现有的模型套件或物品，利用其零件创造出全新的东西。今天分享的**“拆解与重构大师 (V1.0)”**，将这种物理世界的硬核玩法完美移植到了 AI 世界，利用强大的 Prompt 逻辑，生成令人惊叹的工业叙事三联画。
核心特征说明
🖼️ 三联画叙事：一张图讲完故事。左边是原物，右上是拆解零件图（Knolling），右下是重组后的新物，结构清晰。 🛠️ Kitbashing 思维：核心玩法！把现成物品当成零件库，拆散后重新组合，脑洞大开。 🧬 材质一致性：新的创造物必须保留原物品的涂装、Logo和质感，确保改装的真实度。 🔩 制造痕迹：细节控福音。画面里有散落的螺丝、切割边缘和手工痕迹。
关键技术拆解
🔑 视觉结构：Triptych Layout Control (三联画布局控制) 这套 Prompt 的成功建立在 nanobanana 等模型强大的构图控制力之上。我们使用了明确的分镜标签：[LEFT PANEL], [TOP RIGHT PANEL], [BOTTOM RIGHT PANEL]。这种强制性的布局指令，让 AI 能够在单张画布上精确地划分区域，讲述一个关于“进化”的故事。
🔑 创意逻辑：The Kitbashing Mindset (Kitbashing 思维) 我们不仅是在要求一张图，更是在要求一种设计思维。Prompt 强调新物体必须 constructed ENTIRELY from the cut-up parts。这意味着 AI 需要“理解”原物体的几何结构，思考如何把一个球体的篮球拆解成片，再重新拼装成一个机械蝎子的装甲。这是一种高级的空间推理能力。
🔑 扩展玩法：Organic Mechanization (有机生物机械化) 这套逻辑不仅限于工业品。
-
Source Object: 输入一只活物，如 “A Lobster (一只龙虾)”。
-
Material Logic: 描述其生物特征，如 “Red chitinous shells, jointed limbs, organic textures (红色几丁质外壳、关节肢体、有机纹理)”。
-
Target Creation: 重组为 “A Mecha-Lobster Submarine (机械龙虾潜艇)”。 AI 会生成一个保留了龙虾甲壳颜色和纹理，但结构上是机械潜艇的惊艳作品，完美融合生物感与机械感。
实际使用场景
这套系统是极客和设计师的灵感引擎：
场景一：工业/概念设计练习（原案例）。探索如何将日常物品（如相机）转化为科幻载具。 场景二：环保/回收利用宣传。直观地展示废旧物品如何被创造性地重用。 场景三：模型/Maker 社区内容。生成虚拟的模型改装方案，寻找制作灵感。 场景四：游戏/影视概念艺术。快速生成具有特定风格（如废土风、赛博朋克风）的道具设计。
结语 & 提示词下载
AI 让我们拥有了无限的“数字零件库”。这套 Prompt 是你释放创造力的瑞士军刀。以下是完整的 JSON 协议，复制它，选择你的“受害者”（Source Object），开始你的疯狂改装吧。
更多案例：https://my.feishu.cn/wiki/OzfIw5oTii0C60k9baLcGbdFnie?from=from_copylink
专题：https://www.moyunews.com/ai/
关注：| { “template_name”: “Deconstruct_Reconstruct_Master_V1”, “template_version”: “1.0.0”, “template_purpose”: “Generates a comprehensive 3-panel storyboard (Triptych) showing the transformation of an object: Original -> Disassembled Parts -> New Creation. It emphasizes the logic of industrial design and model kitbashing.”, “applicable_models”: [ “Midjourney v6 (Best for Multi-panel composition)”, “DALL-E 3 (Good for logic, but grid might need specific prompting)”, “Stable Diffusion XL (ControlNet recommended for strict layout)” ], “input_assumptions”: “The system acts as a Master Model Maker. It takes a source object, conceptually breaks it down into components, and reassembles them into a new form, maintaining material and color consistency.”, “editable_fields”: [ { “field_key”: “source_object”, “label_cn”: “原始物品 (Source Object)”, “description_cn”: “您上传的图片内容，或者您想要拆解的物品。”, “example_values”: [ “A white Monster Energy drink can (白色魔爪能量饮料罐)”, “A vintage SLR camera (复古单反相机)”, “A Nintendo Gameboy (任天堂游戏机)”, “A leather basketball (真皮篮球)” ] }, { “field_key”: “target_creation”, “label_cn”: “重组新物品 (New Creation)”, “description_cn”: “拆解后组装成什么？若不填，AI将根据原物形状自动联想（如：金属罐->战斗机）。”, “example_values”: [ “A futuristic fighter jet (未来战斗机)”, “A mechanical scorpion (机械蝎子)”, “A mini cybernetic robot (迷你赛博机器人)”, “A scifi heavy tank (科幻重型坦克)” ] }, { “field_key”: “environment_context”, “label_cn”: “背景环境 (Background)”, “description_cn”: “符合物品属性的制作环境，建议带有景深虚化。”, “example_values”: [ “Wooden workbench with cutting mats and tools (带有切割垫和工具的木质工作台)”, “Clean laboratory desk (干净的实验室桌面)”, “Garage mechanic table with oil stains (带有油渍的车库机械桌)”, “Marble dining table (大理石餐桌)” ] }, { “field_key”: “material_logic”, “label_cn”: “材质逻辑 (Material Details)”, “description_cn”: “描述拆解后的核心材质，确保新旧物品质感统一。”, “example_values”: [ “Thin aluminum sheets, jagged edges, silver metallic interiors (薄铝片、锯齿状边缘、银色金属内壁)”, “Black plastic shells, green circuit boards, copper wires (黑色塑料外壳、绿色电路板、铜线)”, “Worn leather texture, rubber bladder pieces (磨损的皮革纹理、橡胶内胆碎片)” ] } ], “generation_constraints”: { “composition”: [ “Triptych Layout (Three Panels)”, “Left Panel (Vertical): Original Object”, “Right Top Panel (Square): Exploded View / Knolling”, “Right Bottom Panel (Square): Reassembled Result”, “16:9 Aspect Ratio” ], “logic_enforcement”: [ “Conservation of Mass: The new object must look like it is made of the OLD parts.”, “Color Consistency: If source is white/silver, the result must be white/silver.”, “Visible Construction: Show screws, cut edges, glue marks, or bent metal to prove it’s a DIY build.” ], “quality”: [ “Macro Photography”, “Depth of Field”, “Industrial Design Render”, “Octane Render”, “Hyper-realistic” ], “negative”: [ “morphing”, “magic transformation”, “cartoon”, “impossible geometry”, “clean CGI (should look like a physical model)”, “plain white background (unless specified)” ] }, “final_image_prompt”: “A photorealistic triptych collage image with a split-screen layout, 16:9 aspect ratio, showcasing a creative ‘Kitbashing’ industrial design project. The background is a {{environment_context}} with shallow depth of field. [LEFT PANEL – THE SOURCE]: Displays a pristine, whole {{source_object}} standing upright, establishing the source material. [TOP RIGHT PANEL – THE AUTOPSY]: Shows the {{source_object}} completely disassembled in a ‘Knolling’ layout. We see {{material_logic}}, scattered screws, and internal components neatly arranged on the cutting mat. [BOTTOM RIGHT PANEL – THE REBIRTH]: Displays a miniature {{target_creation}} constructed ENTIRELY from the cut-up parts of the {{source_object}}. The new object retains the branding, colors, and surface textures of the original item, showing visible cut lines, bent metal/plastic, and clever use of the original geometry. The lighting is cinematic studio lighting highlighting the textures. –ar 16:9 –v 6.0” } |
AI Industrial Design: The “Deconstruct & Reconstruct Master” Triptych Workflow
Want to turn a vintage camera into a sci-fi walker robot? This article introduces the “Deconstruct & Reconstruct Master” prompt. Utilizing a triptych layout and “Kitbashing Mindset,” it uses nanobanana logic to generate a stunning visual narrative showing an object’s transformation from original, to disassembled parts, to a new creation.
#AIIndustrialDesign #Kitbashing #ConceptArt #PromptEngineering #TriptychArt #ModelMaking #Cyberpunk #VisualStorytelling #nanobanana #CreativeDesign #moyuai
In industrial design and model making, “Kitbashing” is the creative art of dismantling existing kits or objects to build something entirely new. Today, I’m sharing the “Deconstruct & Reconstruct Master (V1.0),” a workflow that translates this hardcore physical process into the digital AI realm, generating powerful triptych industrial narratives.
Core Features
🖼️ Triptych Narrative: Tells a complete story in one image. Left: Source Object; Top Right: Disassembled Knolling; Bottom Right: Reassembled Creation. 🛠️ Kitbashing Mindset: Treat existing objects as parts libraries. Dismantle and recombine them creatively. 🧬 Material Consistency: The new creation must retain the branding, color, and texture of the original object, ensuring a realistic “modded” look. 🔩 Construction Traces: Adds details like scattered screws and cut edges for a DIY, handmade feel.
Technical Breakdown
🔑 Visual Structure: Triptych Layout Control This prompt’s success relies on the compositional control of advanced AI models. We use explicit layout tags: [LEFT PANEL], [TOP RIGHT PANEL], [BOTTOM RIGHT PANEL]. This forced structure allows the AI to cleanly partition the canvas and tell a story of evolution.
🔑 Creative Logic: The Kitbashing Mindset We aren’t just asking for an image; we’re asking for a design process. The prompt emphasizes that the new object must be constructed ENTIRELY from the cut-up parts. This forces the AI to use spatial reasoning, figuring out how to unfold a cylindrical soda can and refold it into a fighter jet’s wing.
🔑 Expansion: Organic Mechanization This logic extends beyond industrial objects.
-
Source: Input a living creature, like “A Lobster.”
-
Logic: Describe its bio-features, “Red chitinous shells, jointed limbs.”
-
Target: Reassemble into “A Mecha-Lobster Submarine.” The AI will generate a stunning fusion, creating a mechanical vehicle that retains the organic texture and color of the lobster shell.
Use Cases
This system is an inspiration engine for makers and designers:
Case 1: Industrial/Concept Design. Exploring how to transform everyday objects into sci-fi props. Case 2: Upcycling/Sustainability. Visually demonstrating creative reuse of waste materials. Case 3: Maker Community Content. Generating virtual modding concepts for inspiration. Case 4: Game Concept Art. Rapidly generating props with specific aesthetics (e.g., wasteland, cyberpunk).
