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SciPy

As explained in Data Analysis with LLMs

SciPy is a Python library providing scientific-computing algorithms and data structures, including functionality for processing numerical and signal data.

SciPy is used with Python audio tools to store microphone recordings as WAV files, creating audio input for transcription, translation, or summarization. section 7.1 section 7.3.3

A basic recording workflow uses SciPy to:

  • Import scipy.io.wavfile alongside sounddevice. section 7.3.3
  • Receive recorded microphone data at a chosen sampling rate. section 7.3.3
  • Write the recording to disk as a WAV file with scipy.io.wavfile.write. section 7.3.3

Five-second voice recording

Choose a 44,100-Hertz sampling rate and record five seconds, producing 220,500 frames. After sounddevice captures the audio, write it to an output path with scipy.io.wavfile.write(output_path, sample_rate, recording). section 7.3.3 section 7.4.3

pip install scipy==1.11

Install SciPy at the demonstrated version before using scipy.io.wavfile for audio-file storage. section 7.1

How Data Analysis with LLMs covers it

How deep it goes
Explains installation and recording-file output, but stops short of SciPy internals or broader scientific-computing algorithms.
Examples
Demonstrates five-second, 44,100-Hertz microphone recordings saved with scipy.io.wavfile.write.
What it assumes
Assumes Python setup and a microphone, while pairing SciPy with sounddevice to implement recording from the ground up.
What you can do after
Build it from scratch by recording microphone input and saving it as a WAV file for later processing.
How it connects
Connects audio recording with sounddevice, WAV files, microphone input, and speech transcription.

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