![]() wfm files by: import matplotlib.pyplot as pltĪlternatively, wfmconvert can be used from the command line. Once RigolWFM is installed, you can plot the signals from binary Rigol. wfm formats that are undocumented or not parsing correctly. This allows one to interactively reverse engineer binary file formats directly in your browser. Or analyze your files using the kaitai struct IDE (you will need to manually upload the appropriate. Or run this code in the cloud using Google Collaboratory by selecting the Jupyter notebook that interests you. You can install locally using pip: pip install -user RigolWFM Once a binary file has been described in this text format, parsers can be generated for a wide range of languages (C++/STL, C#, Go, Java, JavaScript, Lua, Perl, PHP, Python, and Ruby).ĭocumentation can be found at Using RigolWFM This project leverages a domain specific language (kaitai struct) to represent the binary files. wfm files are sadly balkanized: each program tends to support a single oscilloscope group and the available efforts are spread across a range of languages. Open source (and Rigol's own applications) that parse/convert Rigol's binary. wmf files created by any Rigol oscilloscope. ![]() This project is intended to be a comprehensive resource for interpreting waveform. By Scott Prahl A utility to process Rigol oscilloscope. ![]()
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