0
引言
亲爱的新老朋友们,AI-structure Copilot又迎来了一个新的小里程碑——剪力墙设计案例突破4500 个。
AI 做结构设计这件事,最怕的是“看起来很聪明,用起来很费劲”。演示的时候行云流水,真到项目里就开始和参数较劲、和报错斗智斗勇、和流程互相伤害。所以,我们的重点是:继续把AI-structure Copilot往更懂工程、更顺手、更靠谱的方向打磨。
与此同时,我们的AI-structure Copilot新功能——建筑平面布置,自2月9日上线以来已经完成了设计案例超200个,月均完成设计超100个,得到了用户的广泛关注。

图1 剪力墙设计案例数突破5000个
以下小结一下近期AI-structure Copilot的主要功能进步:
1
参数设置更贴近实际工程
在剪力墙结构设计中,参数设置是否合理,会直接影响后续设计结果。因此,我们在v0.4.5版本中,围绕工程师高频关注的实际问题,持续完善了结构设计参数设置。主要包括以下方面的优化:
(1)增加了底部加强区设置(图2);
(2)完善了设计条件输入逻辑(图3);
(3)更合理的基于虚梁规则的楼板划分算法(图4)。

图2 增加底部加强区的设置

图3 更完善的设计条件输入

图4 引入虚梁使楼板更加规则
这些改进看起来都是细节,但对真实使用来说非常重要。因为越是贴近规范和工程实际,后续的智能设计结果才越有参考价值。
2
软件操作更顺手
工程师在使用 AI 工具时,最怕的是“想改一点点,操作很麻烦”。针对这类反馈,我们持续优化了工具面板和交互逻辑,让工程师在完成智能设计后,可以更便捷地进行编辑。
(1)增加构件尺寸批量编辑功能(图5);
(2)修改梁上线荷载、楼板均布荷载功能(图6)。

(a)“构件尺寸批量编辑”功能面板

(b)“构件尺寸批量编辑”绘图区显示
图5 增加构件尺寸批量编辑功能

图6完善了结构构件新建和编辑功能
3
报错反馈更清楚,使用过程更透明
软件最让人头疼的一类问题,就是“失败了,但不知道为什么”。为此,我们近期也持续增强了结构建模与计算过程中的报错信息提示和结果反馈能力(图7),尽量把原来“看不懂、找不到、改不动”的问题,变成“知道问题在哪、可以继续处理”的问题。

图7 提示结构建模分析失败的具体报错信息
4
结语
从4000到4500,是“AI+结构设计”这件事,正在变得越来越具体、越来越扎实。也感谢每一位使用、反馈和持续关注 AI-structure Copilot 的朋友。正是这些真实项目里的使用和建议,推动我们一点一点把产品做得更像一个真正能帮工程师分担工作的搭档。
(附:软件下载及试用地址:https://ai-structure.com/#/IntelligentDesign)
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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廖文杰([email protected])
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