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This MATLAB-based app is based on the paper ‘Unique Directional Properties of Dual-Diaphragm Microphones’ by Guy Torio and Jeff Segota. (https://aes.org/publications/elibrary-page/?id=9159) This project is part of MMI501 Transducer Theory Course, Music Engineering (M.S) in University of Miami.

The plot contains the polar patterns of a single diaphragm and dual diaphragm as a function of the target frequency in Hz and sound-to-microphone distance in meter.

A user can change the frequency and S-M distance using the edit box and slider below, to demonstrate the characteristic behaviour of both condenser microphones’ response especially in the lower frequency range below 500Hz.

The MATLAB-based app can be downloaded in https://drive.google.com/drive/folders/1hgiKgD9I75eA9cooGZoPvfMHNwMdUv9A?usp=sharing

This plug-in demonstration is part of MMI603 Audio Signal Processing course, Music Engineering(M.S) in University of Miami. In this video, a stereo delay plug-in based on Korg’s TRITON Rack is explained and the plug-in recreation is demonstrated.

No.47 St.DynDly GUI

No.47 St.DynDly Block diagram

Powered by RackAFX, ASPiK

You can find more information on https://www.willpirkle.com

To download the rafx2 file and plug-in manual, please click here

The music excerpt material used in the demonstration is part of IDMT-SMT-Guitar Dataset. https://www.idmt.fraunhofer.de/en/business_units/m2d/smt/guitar.html

VST3 and AU formats are available upon request.

This plug-in demonstration is part of MMI603 Audio Signal Processing course, Music Engineering(M.S) in University of Miami. In this video, the original BassBalls pedal is explained and the plug-in recreation is demonstrated. 

Powered by RackAFX, ASPiK

You can find more information on https://www.willpirkle.com

To download the rafx2 file and plug-in manual

https://drive.google.com/drive/folders/1jBu9l2D4mxG3fgboV3ETPPcjI_5IRYnF?usp=sharing