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引言
我们的建筑结构AI设计助手 AI-structure Copilot 带着全新的优化体验来啦！在深耕底层核心算法的同时，我们始终关注工程师每一次点击的“顺畅感”。
本次更新深度聚焦各位工程师在使用过程中遇到的三个突出问题：
(1) 部分用户面临插件太多导致AI-structure安装冲突；
(2) 前处理识别结果心里没底；
(3) 建模分析排查错误像“开盲盒”。
新版本通过引入全新的底层挂载技术，以及直观的视觉辅助、精准的诊断功能，不仅显著降低了大家在建模板块的“盲目排错成本”，且每一步操作的直观性也有了大幅的跃升！
1
软件安装引入自动挂载功能
之前有工程师反馈，在安装软件时偶尔会遇到莫名其妙的报错打断。经排查，发现是部分电脑的 Windows 注册表权限在“捣乱”，通常由于多个插件修改注册表产生冲突。
为了让大家告别这个烦恼，本次更新我们全新引入了自动挂载技术！它取消了复杂的注册表验证，大幅降低对系统权限的依赖，让软件部署更安全，安装成功率提升！
【如果安装出现新的问题，也欢迎及时反馈】
2
增加识别结果校核后的衬图显示功能
在进行设计前处理时，很多工程师总有些不放心：识别生成的构件轴线到底准不准？
为了给大家吃颗“定心丸”，我们在完成识别结果校核后，贴心地加入了“自动显示原图作为衬图”的功能！生成的轴线会与原始灰底图完美叠合，位置对错一目了然。同时，为了保持图面清爽，衬图被专属安置在 GANIO_BUILDING_GRAY 图层，配合图层一键显隐功能，让图纸管理井井有条，校核工作更加高效。
（a）无衬图效果
（b）有衬图效果
图1 增加识别结果校核后的衬图显示
3
增加结构建模分析具体报错信息的提示
针对结构建模分析过程中可能出现的失败工况，新版本增加了对具体失败原因的提示机制。
软件将直接为用户输出详尽的错误原因及定位信息（如特定构件的参数缺失、楼层组装、建模失败、计算分析失败、结果提取失败等）。该功能将大幅降低用户在CAD使用中的设计结果排错成本，显著提升整体设计的顺畅度。
图2 提示结构建模分析失败的具体报错信息
4
典型案例
我们基于新版本软件也对典型案例进行了使用测试，典型测试对比如下图所示。典型案例是一个10层剪力墙结构（层高3米），6度（0.05g）抗震设防。
(a) 上一版本（v0.4.3）智能设计结果-标准层2
(a) 新版本（v0.4.4）智能设计结果-标准层2
图3 新/旧版本程序的典型案例设计结果对比
典型改进体现在：
（1）识别更合理：前处理的构件轴线与房间识别合理性提升，剪力墙与梁系布置更自然，不容易出现“怎么排布都别扭”的情况。
（2）低烈度工程不再过分保守：针对低烈度地区设计偏保守的问题，新版本会更有效地控制剪力墙过长的问题，并把长墙调整为更合适的连肢墙形式，让结构体系更符合工程师对“低烈度剪力墙方案”的整体直觉。
（3）楼板划分更规整：面向后续结构建模中楼板设计规整的需求，在智能设计过程中增加“虚梁”构件，让楼板构件划分更规则、后续更顺。
5
结语
AI-structure Copilot的每一次升级，都是课题组在“AI+结构设计”领域的又一次探索。我们坚信，AI辅助工程师高效高质量设计的目标会逐步转化为现实。欢迎大家对我们的最新版本软件功能进行试用，并多多提供意见和建议。
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：为更好使用AI设计工具，请仔细阅读使用说明书(https://ai-structure.com)。
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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
ai-structure.com联系方式
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商务问题请联系：
黄盛楠(huangshengnan@mail.tsinghua.edu.cn)
技术问题请联系：
廖文杰(liaowj17@tsinghua.org.cn)
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