IFCFlux is a lightweight, pluggable, WebGPU-based IFC engine built for viewing and analyzing IFC files. The app delivers an intuitive UI, high-performance 3D rendering, and rich interaction tools to help AEC professionals inspect and analyze BIM data faster.
IFCFlux是一个轻量级，可插拔，基于WebGPU的ifc引擎，专为查看和分析IFC文件设计。本应用提供了直观的用户界面、高性能的3D渲染和丰富的交互功能，帮助建筑工程专业人员更高效地查看和分析BIM模型数据。
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IFC Viewer: To enable real-time viewing of complex IFC models on ordinary hardware, we introduce a GPU-driven, progressive rendering pipeline. Geometry, semantics, and spatial indexes are decoupled into a three-tier cache, allowing gigabyte-scale models to load in seconds. Rich interaction tools—sectioning, measurement, explode, and property query—are provided out-of-the-box. Every stakeholder can open the model instantly without proprietary design software, eliminating information lag and professional barriers.
IFC 查看工具: 针对复杂IFC模型在普通硬件上的实时查看难题，提出基于GPU-Driven的渐进式渲染管线，将几何、语义与空间索引解耦为三级缓存，实现GB级模型的快速加载，并提供丰富的剖切、测量、爆炸及属性查询等交互体验。让项目各参与方无需专业设计软件即可快捷浏览模型，消除信息滞后与专业壁垒。
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IFC Checker: Built on the IFC-MVD standard, the tool parses machine-readable IDS rule-sets and automatically audits every entity in the model for attribute existence, value type, and permissible range. Three quantitative metrics—missing-rate, type-deviation-rate, and out-of-bounds-rate—are reported, giving an objective quality score and a verifiable data set that can later feed machine-learning-based automated drawing-review algorithms.
IFC 检查工具: 基于IFC-MVD标准构建可解析的IDS规则集，对模型中全部构件实体执行属性存在性、值类型及值域的自动遍历验证，输出缺失率、类型偏差率与超限率三项量化指标，为模型质量评估提供量化指标与可验证数据集，并进一步支撑后续机器学习自动审图算法训练。
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IFC Converter: Adopting a “model–data separation” strategy, the converter splits IFC entities into geometry and semantics, exporting them as glTF and a relational database respectively while preserving component IDs. The geometry stream feeds the GPU rendering pipeline directly, while the semantic stream supports SQL-level flexible queries. Visualization and data-analytics tasks can now evolve independently, delivering a “convert once, reuse everywhere” extensible data paradigm for the entire project life-cycle.
IFC 转换工具: 采用数模分离策略，将IFC实体按几何与语义解耦，分别导出GLTF与关系数据库，并保持构件ID对应；几何流直接驱动GPU渲染管线，语义流支持SQL级灵活查询，实现可视化与数据分析任务独立迭代，为工程全阶段提供“一次转换、多端复用”的可扩展数据范式。
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Frontend Framework: Vue 3
前端框架: Vue 3
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Build Tool: Vite
构建工具: Vite
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3D Rendering Engine: Babylon
3D渲染引擎: Babylon
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Type System: TypeScript
类型系统: TypeScript
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State Management: Pinia
状态管理: Pinia
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Style Preprocessing: Less
样式预处理: Less
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Desktop Application Framework: Tauri
桌面应用框架: Tauri
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Professional IFC File Viewer: Supports loading, rendering, and interactively browsing BIM models in IFC format
专业IFC文件查看：支持加载、渲染和交互式浏览IFC格式的BIM模型
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High-Performance 3D Rendering: High-quality 3D visualization engine powered by Babylon.js
高性能3D渲染：基于Babylon.js实现的高质量3D可视化引擎
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Intuitive User Interface: Ribbon-style interface offering a rich set of operation tools and options
直观的用户界面：采用Ribbon风格界面，提供丰富的操作工具和选项
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Vue 3 + TypeScript: Leverages a modern frontend stack to ensure code quality and development efficiency
Vue 3 + TypeScript：利用现代前端技术栈确保代码质量和开发效率
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Vite Lightning-Fast Builds: Enjoy millisecond-level hot module replacement and rapid development experience
Vite极速构建：享受毫秒级的热模块替换和快速的开发体验
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Cross-Platform Support: Built on the Tauri framework, runs on Windows, macOS, and Linux
跨平台支持：基于Tauri框架，可在Windows、macOS和Linux上运行
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Node.js 18.0.0 or higher
Node.js 18.0.0 或更高版本
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Rust 1.70.0 or higher (optional, for Tauri desktop app builds)
Rust 1.70.0 或更高版本 (可选，用于Tauri桌面应用构建)
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pnpm 8.0.0 or higher
pnpm 8.0.0 或更高版本
pnpm install# Start frontend dev server
pnpm devThis command starts the Vite dev server, listening on http://localhost:5000 by default
此命令将启动Vite开发服务器，默认监听 http://localhost:5000
# Start desktop dev mode
pnpm tauri devThis command launches Tauri dev mode, building the frontend assets and starting the desktop application simultaneously
此命令将启动Tauri开发模式，同时构建前端资源并启动桌面应用
// Build frontend assets
pnpm buildThis command builds optimized frontend assets into the dist directory.
此命令将构建优化后的前端资源到dist目录
// Build desktop application
pnpm tauri buildThis command packages a platform-specific desktop installer for the current operating system.
此命令将根据当前操作系统构建相应的桌面应用安装包
IFCFlux/
├── .gitignore # Git忽略文件配置
├── .npmrc # npm配置文件
├── index.html # 入口HTML文件
├── package.json # 前端依赖配置
├── pnpm-lock.yaml # pnpm依赖锁文件
├── README.md # 项目说明文档
├── tsconfig.json # TypeScript配置
├── tsconfig.node.json # Node.js环境的TypeScript配置
├── vite.config.ts # Vite构建工具配置
├── public/ # 静态资源目录
│ ├── extractor.worker.js # Web Worker脚本
│ ├── favicon.png # 网站图标
│ ├── logo.png # 应用Logo
│ ├── duckdb/ # DuckDB相关文件
│ ├── fonts/ # 字体文件
│ ├── icons/ # SVG图标
│ └── web-ifc/ # Web-IFC库相关文件
├── src/ # 前端源代码目录
│ ├── App.vue # 主应用组件
│ ├── main.ts # 应用入口文件
│ ├── types.ts # 全局TypeScript类型定义
│ ├── vite-env.d.ts # Vite环境变量的类型声明
│ ├── components/ # Vue组件
│ ├── composables/ # Vue组合式函数
│ ├── services/ # 应用的核心服务
│ ├── store/ # 状态管理
│ ├── styles/ # 全局样式和变量
│ └── utils/ # 工具函数
└── src-tauri/ # Tauri桌面应用源代码
├── .gitignore # Tauri相关的Git忽略配置
├── build.rs # Rust构建脚本
├── Cargo.lock # Rust依赖锁文件
├── Cargo.toml # Rust项目和依赖配置
├── tauri.conf.json # Tauri应用配置文件
├── capabilities/ # Tauri能力和权限配置
├── icons/ # 应用图标
└── src/ # Rust源代码
Modify dev-server port, proxy and other build options in vite.config.ts.
开发服务器端口、代理和其他构建配置可在 vite.config.ts 中修改。
Window size, icon, permissions and other desktop-app settings are in src-tauri/tauri.conf.json.
桌面应用的窗口大小、图标、权限等配置可在 src-tauri/tauri.conf.json 中修改。
Default settings and theme options are located in src/utils/config.ts and src/utils/default.config.ts.
应用的默认设置和主题配置可在 src/utils/config.ts 和 src/utils/default.config.ts 中修改。
This project is licensed under the Apache License 2.0; see the LICENSE file for details.
本项目采用 Apache License 2.0 许可证，详情见 LICENSE 文件。