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嗨，HN，我是一名骨科医生，同时也是一名自学的开发者。我创建了 OrthoRay，因为我对现有医疗影像软件的滞后感到沮丧。大多数现有解决方案要么是臃肿的 Electron 应用，要么是昂贵的云订阅。我想要一种即时、以本地为优先、注重隐私的解决方案。因此，我花了很多晚上的时间学习 Rust，并大量利用 AI 编码助手来应对陡峭的学习曲线和借用检查器。这个项目证明了领域专家如何在 AI 支持下构建高性能的本地软件。我使用 Tauri 和 wgpu 进行渲染构建了这个查看器。主要特点： - 原生性能：能够瞬间打开超过 500MB 的 MRI 系列（不使用 Electron，也没有网页包装）。 - GPU 加速：为 3D 体积渲染和 MPR 定制的 wgpu 管道。 - BoneFidelity：我专门开发的一种高保真骨骼可视化算法。 - 隐私：以本地为优先，离线运行，无需云上传。目前该软件作为一个免费的业余项目在 Microsoft Store 上提供。免责声明：该软件仅供学术/研究使用，并未获得 FDA/CE 认证用于临床诊断。我正在评估开源许可选项，以使其成为一个社区工具。非常希望能听到您对渲染性能的反馈。链接：https://orthoarchives.com/en/orthoray

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Hi HN,I am an orthopedic surgeon and a self-taught developer. I built OrthoRay because I was frustrated with the lag in standard medical imaging software. Most existing solutions were either bloated Electron apps or expensive cloud subscriptions.I wanted something instant, local-first, and privacy-focused. So, I spent my nights learning Rust, heavily utilizing AI coding assistants to navigate the steep learning curve and the borrow checker. This project is a testament to how domain experts can build performant native software with AI support.I built this viewer using Tauri and wgpu for rendering.Key Features:Native Performance: Opens 500MB+ MRI series instantly (No Electron, no web wrappers).GPU-Accelerated: Custom wgpu pipeline for 3D Volume Rendering and MPR.BoneFidelity: A custom algorithm I developed specifically for high-fidelity bone visualization.Privacy: Local-first, runs offline, no cloud uploads.It is currently available on the Microsoft Store as a free hobby project.Disclaimer: This is intended for academic/research use and is NOT FDA/CE certified for clinical diagnosis.I am evaluating open-source licensing options to make this a community tool. I’d love your feedback on the rendering performance.Link: https://orthoarchives.com/en/orthoray

OrthoRay – 一款由外科医生使用Rust/wgpu编写的原生轻量级DICOM查看器