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Acoustics Simulation and Laboratory Characteristics of Percussive Instruments

Research Adviser: Michael Robinson at American University

Students: Robert Green, Gregory Young, Fangfei Lan

The research aims to understand the relationship between the elasticity and acoustics of a percussive instrument. It is divided into two sections: Acoustics Simulation and Laboratory Characteristics.

This repository consists of a python 2.7 acoustics simulation of percussive instruments, a auto cropper for raw acoustics data and a few analyzers.

  • Simulation - The simulation provides a python interface that takes stl files as inputs and outputs a wav file as the predicted sound.
  • Auto Cropper - The auto cropper crops raw acoustics data to a customized standard.
  • Analyzers - The analyzer provides different methods of comparing and contrasting wav files.

Acoustics Simulation

Laboratory Characteristics