Dataset for "ACute3D: A compact, cost-effective, 3D printed laser autocollimator"

This data archive is for the Acute3D, a 3D printed, open source, laser autocollimator. The hardware design is provided in the form of parametric CAD files to make the autocollimator convenient to customise and integrate into larger instruments. Assembly instructions on building the Acute3D can be found alongside the hardware design. The software that drives the autocollimator is provided in the form of Python scripts to allow immediate use of the device and data replication.

The performance of the autocollimator was characterised through a series of experiments. This archive contains the data and analysis Jupyter notebook for all experiments performed in this project. The code for data collection is embedded in the software. A folder of example frames captured by the autocollimator during operation is also provided.

本数据存档旨在为 Acute3D 设计提供支持，Acute3D 是一款开源的 3D 打印激光自准直仪。其硬件设计以参数化 CAD 文件的形式提供，以便于用户进行定制化并集成到更复杂的仪器中。构建 Acute3D 的装配说明与硬件设计一同提供。驱动自准直仪的软件以 Python 脚本的形式提供，以便用户能够即时使用该设备并实现数据的复制。通过一系列实验对自准直仪的性能进行了表征。本存档包含了本项目所进行的所有实验的数据和分析 Jupyter 笔记本。数据收集的代码已嵌入至软件中。同时，还提供了一个文件夹，其中包含了自准直仪在运行过程中捕获的示例帧。