peter-clark

investigating-human-tapping-behavior-polyphonic-rhythms

Analytical Flattening and Predictive Modeling of Polyphonic Drum Pattern Tapping

research-papers

A collection of works completed over the last few years spanning multiple fields of interest.

nonlinear-dynamics-SFI

SFI Complexity Explorer Coursework

tap-to-drums

Tap to Drums: Extending Monophonically Tapped Rhythms to Polyphonic Drum Generation. Exploring rhythm perception literature, develop algorithms to extract a monophonic rhythm from a polyphonic drum pattern. Predict a location in rhythm space. Generate polyphonic drum pattern.

audio-classifier

Personal audio genre classifier to sort my music by my own arbitrary genres/similarity, for mixing and general listening. (Ongoing)

code-helpers

Useful functions.

f1-stats

monophonic-flattening

Thesis Project centered around monophonic flattening on polyphonic drum patterns based on cognitive principles of human music perception. The way we achieve the flattening of these complex drum patterns considers factors such as density of the onsets by frequency group, strength of syncopation salience, and consideration of metrical pulse salience.

peter-clark

peter-clark.github.io

peter-clark/nonlinear-dynamics-SFI

SFI Complexity Explorer Coursework

peter-clark/f1-stats

peter-clark/code-helpers

Useful functions.

peter-clark/investigating-human-tapping-behavior-polyphonic-rhythms

Analytical Flattening and Predictive Modeling of Polyphonic Drum Pattern Tapping

peter-clark/peter-clark

peter-clark/ticket-to-ride

Representation of Ticket to Ride: Rails and Sails board game. The purpose of this repository is to crunch some numbers about optimization in Ticket to Ride.

peter-clark/monophonic-flattening

Thesis Project centered around monophonic flattening on polyphonic drum patterns based on cognitive principles of human music perception. The way we achieve the flattening of these complex drum patterns considers factors such as density of the onsets by frequency group, strength of syncopation salience, and consideration of metrical pulse salience.

peter-clark/peter-clark.github.io

peter-clark/tap-to-drums

Tap to Drums: Extending Monophonically Tapped Rhythms to Polyphonic Drum Generation. Exploring rhythm perception literature, develop algorithms to extract a monophonic rhythm from a polyphonic drum pattern. Predict a location in rhythm space. Generate polyphonic drum pattern.

peter-clark/audio-classifier

Personal audio genre classifier to sort my music by my own arbitrary genres/similarity, for mixing and general listening. (Ongoing)

peter-clark/research-papers

A collection of works completed over the last few years spanning multiple fields of interest.