
Developed an audio analysis script for the ansys/pyansys-sound repository, focusing on extracting and visualizing sound level metrics from WAV files. The solution computes RMS, dBSPL, and dBA values, providing both overall and time-based measurements, and outputs results through plots and CSV exports. Implemented in Python, the script leverages audio signal processing, data analysis, and data visualization techniques, and includes helper utilities for downloading sample audio files. The work also involved updating the project changelog to document the new example. This contribution demonstrates depth in file I/O and practical application of audio analysis within a scientific Python ecosystem.
March 2025 monthly summary: Delivered a new Audio Analysis Script for Sound Levels in ansys/pyansys-sound. Implemented an example script to compute RMS, dBSPL, and dBA levels from WAV files, with overall and time-based metrics, plotting, and CSV export; includes helper functions to download example audio files and updates to the changelog. The change is recorded in commit 0e158f747f20c1330afd7aa29a18a61bd11ff6c8 (feat: Example 8 - calculate RMS, dBSPL and dBA levels (#254)).
March 2025 monthly summary: Delivered a new Audio Analysis Script for Sound Levels in ansys/pyansys-sound. Implemented an example script to compute RMS, dBSPL, and dBA levels from WAV files, with overall and time-based metrics, plotting, and CSV export; includes helper functions to download example audio files and updates to the changelog. The change is recorded in commit 0e158f747f20c1330afd7aa29a18a61bd11ff6c8 (feat: Example 8 - calculate RMS, dBSPL and dBA levels (#254)).

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