Getting Started with Python: Spyder

In this video, Rob and Steve demonstrate how to get started in Python to analyze shock data in Spyder, which has a very similar interface to MATLAB. The video will include loading in data, plotting in the time domain, applying a digital filter and saving both the script and plots for later reference.
For more shock, vibration and analysis resources, check out some of our blogs:
► How To Develop a Vibration Test Standard PSD from Experimental Data [Free Software Download]: bit.ly/3o9q1i2
► Vibration Analysis: FFT, PSD, and Spectrogram Basics [Free Download]: bit.ly/3Oa9SDp
► Why the Power Spectral Density (PSD) Is the Gold Standard of Vibration Analysis: bit.ly/3NzOmYy
Want to do your own analysis? Try our free enDAQ software and start analyzing today!
► enDAQ & Vibration Analysis Software Page: bit.ly/3yM9Ewu
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enDAQ WEBSITE: bit.ly/3RDvTgP
enDAQ BLOG: bit.ly/3cjm1c0
enDAQ CLOUD: bit.ly/3yIwghp
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www.endaq.com

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How would you go about solving differential equations. Coming from a physics aspect.