AI-structure Copilot 又双叒叕增加新功能：建筑户型平面生成ChatHouseDiffusion

原创课题组陆新征课题组

2026年02月11日 20:24

引言

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上一期我们给大家介绍了”HouseMind：建筑户型平面生成与编辑平台（详见：AI-structure Copilot 新功能：建筑平面布置一键搞定！）“，可以实现建筑户型空间的划分，且AI可以根据工程师指令进行相应的修改和调整。今天，AI-structure Copilot又双叒叕增加新功能，向大家介绍”ChatHouseDiffusion：建筑户型平面生成与3D展示平台“，欢迎各位用户试用！

ChatHouseDiffusion操作视频(一分钟)

1. "ChatHouseDiffusion：建筑户型平面生成与3D展示平台"上线

ChatHouseDiffusion：建筑户型平面生成与3D展示平台已在我们的官网上线（https://ai-structure.com/#/IntelligentDesignLabs）（图1）。该产品基于生成式扩散模型 + 优化算法，实现户型平面生成与 3D 展示一体化，快速完成用户抽象需求到建筑实体空间的转化，提供高效直观的建筑设计数字化解决方案。该方法的理论基础参阅：建筑平面您说咋改就咋改，剩下的都交给AI了｜新论文：ChatHouseDiffusion：提示词引导的建筑平面图生成与编辑方法

图1 ChatHouseDiffusion：建筑户型平面生成与3D展示平台

用户仅需勾勒建筑轮廓、设定空间关系，ChatHouseDiffusion即可基于设置的房间类型自动生成户型布局，并支持全流程实时交互微调，一键切换 3D 沉浸式预览。该平台操作简便，既能大幅缩短专业设计师初稿周期，也让非专业用户零门槛完成建筑设计创作。

2. ChatHouseDiffusion使用介绍

2.1 软件界面介绍

图2展示了“建筑户型平面生成与3D展示平台”的网页页面，左侧为常规功能栏，右侧为设计功能栏。

图2 操作界面

（1）用户可通过平台左侧的“常规工具栏”完成新建/保存/加载项目、新建构件（包括墙体、门、家具等）、2D/3D/第一视角切换、撤销、截图等操作。

（2）用户可通过平台右侧的“户型设计栏”定义房间类型、数量以及房间之间的连接关系，并启动AI设计。

2.2 建筑外轮廓绘制

通常在进行户型布局设计时，建筑外轮廓形状已经确定，用户可以根据实际的建筑平面外轮廓，在画布上绘制该轮廓，作为户型平面设计的基础，具体操作步骤如下（图3）：

（1）点击新建构件功能，进入构件选择界面（左侧导航栏的“+”图标），点击墙体以绘制建筑外墙；

（2）在画布界面空白处通过单击鼠标拾取坐标点，实现墙体的绘制，注意墙体绘制只支持直线；

（3）根据所需建筑平面，在画布上依次按需求绘制建筑外墙。

图3 建筑外轮廓绘制

2.3 设置房间数量

建筑外墙轮廓绘制完成后，可在平台右侧的“户型设计栏”设置所需的房间种类和数量。点击对应房间名称后的“+”按钮即可增加该房间数量，“-”按钮即可减少该房间数量，如图4所示。

图4 设置房间数量

2.4 设置房间连接关系

完成房间类型和数量的设置后，点击编辑房间邻接关系按钮，即显示各房间数量设置对应的房间气泡。用户点击“Add Connection”按钮，即进入连接关系添加模式，鼠标左键单击需要添加邻接关系的两个房间对应的气泡，即可为选中的两个房间添加邻接线，如图5所示。

图5 房间邻接关系连线添加

若需要删除两个房间之间的邻接关系，用户只需点击“Delete Connection”按钮，进入邻接线删除模式，再鼠标左键单击需要删除的邻接线上显示的红色叉号，即可删除该邻接线，如图6所示。

图6 房间邻接关系连线删除

2.5 AI设计及结果展示

完成建筑外墙轮廓绘制、各房间数量及房间之间的邻接关系的设置后，用户可点击“FloorPlan AI Design”，程序即进入智能设计模式，耗时约10分钟。模型设计完成后，设计结果即自动显示于画布界面，如图7所示。

图7 户型生成结果（2D显示）

用户可以通过平台左侧“常规功能栏”的3D视角按键，切换展示方式，切换后展示效果如图8所示。

图8 3D视角的设计结果展示

结语

后续，我们还将不断完善相关产品功能。欢迎大家持续关注我们的工作，多多支持！

温馨提示：为更好地使用AI设计工具，请仔细阅读使用说明书

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商务问题请联系

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技术问题请联系

廖文杰：[email protected]

--End--

3分钟视频演示剪力墙结构智能设计完整操作流程

1分钟视频建筑户型平面生成与编辑流程

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