FIELD GUIDE / 使用说明
Bring your material idea into space.
1. Explore / 探索展厅
Switch between Light source, Beamline, Crucible and Atom model. Drag to orbit, scroll to zoom, or use the camera buttons. Explode separates schematic components. The music-note button reads the current station text using browser speech support.
选择光源、光束线、坩埚或原子模型；拖动旋转，滚轮缩放，也可使用按钮。拆解模式帮助观察组成部件。音符按钮可朗读当前展项。
2. Design / 设计材料
Drag an element into the scene, or click/tap it. Set relative ratios with the numeric controls. MgB₂, FeSe and YBCO are starting recipes. Undo restores the previous composition. Save recipe stores up to twelve recipes on the current browser and device. Download a research brief for a portable record.
拖入或点击元素，调整相对配比。支持撤销、保存最近十二份配方，以及导出包含参数的研究简报。本地保存不会跨浏览器自动同步。
3. Analyze & ask / 分析与研究
Analyze runs the existing local composition baseline. Formation energy and metallicity are estimates, not experimental results. The error shown is a held-out dataset statistic. Composition does not resolve a crystal structure. Atom positions and connections in the 3D grid are decorative: never use this scene as DFT input.
分析使用网站已有的本地成分基线，展示模型估算及适用域。三维原子网格没有经过晶体结构求解，不能直接用作 DFT 输入。光子能量与温度仅为计划值，并不控制设备。
Copilot recognizes add Cu 2, MgB2,
analyze, tour, ring,
beamline, crucible, crystal,
reset and export. It also recognizes
添加、分析、导览、清空、导出. For free-form questions, Continue with
Research Agent transfers the brief into the existing agent’s context
field. Cloud calls require the existing authorized account. No model
request is sent just by visiting this lab.
4. Blender / 把场景带入 Blender
Click Export to Blender to download a self-contained
.gltf file. In Blender, choose
File → Import → glTF 2.0 (.glb/.gltf), then choose
the downloaded file. Meshes and materials are embedded, with named
parts you can select and edit. The selected view (including exploded
geometry) is exported; camera, browser lights, and UI are not.
点击导出得到包含几何与材质的 .gltf 文件。Blender 中选择“文件 → 导入 → glTF 2.0”，即可继续建模。导出的是当前场景几何，包括拆解效果；浏览器相机与 UI 不在导出范围内。这是文件交接，目前没有实时双向连接。
Facility reference / 展厅参考
The Hefei Light Source at NSRL provides synchrotron light for research. This independent teaching exhibit borrows the storage ring → beamline → sample narrative. It is not an official facility model, architectural reconstruction, digital twin, or live control system.