熊猫(盒子)在蓝天上飞行:可维护和用户友好的飞行扫描与曼巴在HEPS

Li, Peng-Cheng, Zhang, Cheng-Long, Zhang, Yu-Jun, Li, Chun, Guo, Zhi-Ying, Lei, Ge, Zhang, Yi, Zhou, Ai-Yu, Bi, Xiao-Xue, Liu, Yu
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引用次数: 0

摘要

目的:在高能光子源(HEPS)的许多实验中,飞行扫描是不可缺少的。PandABox是HEPS实现苍蝇扫描的主要平台,需要集成到HEPS基于蓝天开发的实验控制系统Mamba中。方法:在不到600行易于定制和扩展的后端代码中,提供了对PandABox的TCP服务器的完全控制,自动配置(也包括布线)“PandA块”,用于各种尺寸的恒速映射实验,以及生成故意碎片化的扫描,以处理曝光帧数量或测序表项的硬件限制。结果:PandABox的上层控制系统已移植到Bluesky,使两个组件的灵活性结合在飞行扫描应用中。基于此后端,开发了一个用户友好的曼巴前端,用于x射线荧光(XRF)制图实验,提供完全在线的视觉反馈。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PandA(Box) flies on Bluesky: maintainable and user-friendly fly scans with Mamba at HEPS
Purpose: Fly scans are indispensible in many experiments at the High Energy Photon Source (HEPS). PandABox, the main platform to implement fly scans at HEPS, needs to be integrated into Mamba, the experiment control system developed at HEPS based on Bluesky. Methods: In less than 600 lines of easily customisable and extensible backend code, provided are full control of PandABox's TCP server in native ophyd, automated configuration (also including wiring) of "PandA blocks" for constant-speed mapping experiments of various dimensions, as well as generation of scans deliberately fragmented to deal with hardware limits in numbers of exposure frames or sequencer table entries. Results: The upper-level control system for PandABox has been ported to Bluesky, enabling the combination of both components' flexibility in fly-scan applications. Based on this backend, a user-friendly Mamba frontend is developed for X-ray fluorescence (XRF) mapping experiments, which provides fully online visual feedback.
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