In my previous post , I showed how Python integration in JMP could be used to scrape YouTube video transcripts for analysis in JMP. That post also introduced a challenge that many people working with data face: the importance of finding more efficient methods for saving and restructuring data, rather than simply copying and pasting.
Today, I want to share an exciting update: a Python script that allows you to save YouTube video transcripts directly into a JMP data table. This integration not only saves time, but also improves accuracy and efficiency in data management.
The Power of JMP 18
JMP 18 has introduced several new features that make data analysis more efficient and user-friendly. Some of the highlights include:
Platform Presets
Users can save their preferred settings for future use, making repetitive tasks faster. Settings are shareable, making standardizing reports, styles, and colors easier than ever.
Improvements to the Prediction Profiler
Enhanced interactive model exploration capabilities.
Integrating Python with JMP
My colleague @yasmine_hajar has developed a Python script that uses the YouTube Transcript API to get video transcripts and save them directly to a JMP data table. Here is the script:
How the Script Works
- Fetching Transcripts : The script uses the YouTube Transcripts API to get the transcripts for the specified video in Spanish.
- Creating the Data Table in JMP : A new data table is created in JMP called “Spanish Transcripts” with columns for the text, start, and duration of each segment of the transcript.
- Populating the Data Table : The script goes through each segment of the transcript and populates the corresponding columns in the JMP data table.
Benefits of this integration
- Efficiency : Automate the process of obtaining and storing transcripts, saving time and reducing errors.
- Accuracy : By eliminating the need for manual copy and paste, data accuracy is improved.
- Ease of Use : JMP 18 and Python work together seamlessly, allowing users to take advantage of the best of both worlds.
Conclusion
JMP 18's integration with Python opens up a world of possibilities for data management. This script is just one example of how we can use these tools to improve our efficiency.
To get started with JMP integration with Python, see this beginner's guide: Getting started with Python integration in JMP® 18 - JMP User Community
You must be a registered user to add a comment. If you've already registered, sign in. Otherwise, register and sign in.