%0 Conference Paper %1 Harasim2022_MidiVERTOWebApplication %A Harasim, Daniel %A Affatato, Giovanni %A Moss, Fabian C. %B Mathematics and Computation in Music %C Cham %D 2022 %E Montiel, Mariana %E Agustín-Aquino, Octavio A. %E Gómez, Francisco %E Kastine, Jeremy %E Lluis-Puebla, Emilio %E Milam, Brent %I Springer International Publishing %K Discrete Fourier application transform,MIDI,Tonality,Visualization,Web %P 363--368 %R 10.1007/978-3-031-07015-0_31 %T midiVERTO: A Web Application to Visualize Tonality in Real Time %X This paper presents a web application for visualizing the tonality of a piece of musicthe organization of its chords and scalesat a high level of abstraction and with coordinated playback. The application applies the discrete Fourier transform to the pitch-class domain of a user-specified segmentation of a MIDI file and visualizes the Fourier coefficients' trajectories. Since the coefficients indicate different musical properties, such as triadicity and diatonicity, the application isolates aspects of a piece's tonality and shows their development in time. The aim of the application is to bridge a gap between mathematical music theory, musicology, and the general public by making the discrete Fourier transform as applied to the pitch-class domain accessible without requiring advanced mathematical knowledge or programming skills up front. %@ 978-3-031-07015-0

@inproceedings{Harasim2022_MidiVERTOWebApplication, abstract = {This paper presents a web application for visualizing the tonality of a piece of music\textemdash the organization of its chords and scales\textemdash at a high level of abstraction and with coordinated playback. The application applies the discrete Fourier transform to the pitch-class domain of a user-specified segmentation of a MIDI file and visualizes the Fourier coefficients' trajectories. Since the coefficients indicate different musical properties, such as triadicity and diatonicity, the application isolates aspects of a piece's tonality and shows their development in time. The aim of the application is to bridge a gap between mathematical music theory, musicology, and the general public by making the discrete Fourier transform as applied to the pitch-class domain accessible without requiring advanced mathematical knowledge or programming skills up front.}, added-at = {2022-12-01T10:40:20.000+0100}, address = {{Cham}}, author = {Harasim, Daniel and Affatato, Giovanni and Moss, Fabian C.}, author+an = {3=me}, biburl = {https://www.bibsonomy.org/bibtex/2f0c83c7e0a3c9d73f3186765bc4a56dc/fabian-moss}, booktitle = {Mathematics and {{Computation}} in {{Music}}}, copyright = {All rights reserved}, doi = {10.1007/978-3-031-07015-0_31}, editor = {Montiel, Mariana and {Agust{\'i}n-Aquino}, Octavio A. and G{\'o}mez, Francisco and Kastine, Jeremy and {Lluis-Puebla}, Emilio and Milam, Brent}, file = {/home/fmoss/Zotero/storage/ZXEHUPFK/Harasim et al. - 2022 - midiVERTO A Web Application to Visualize Tonality.pdf}, interhash = {da47ece8ae7f13728f5832b82063a89c}, intrahash = {f0c83c7e0a3c9d73f3186765bc4a56dc}, isbn = {978-3-031-07015-0}, keywords = {Discrete Fourier application transform,MIDI,Tonality,Visualization,Web}, langid = {english}, pages = {363--368}, publisher = {{Springer International Publishing}}, series = {Lecture {{Notes}} in {{Computer Science}}}, shorttitle = {{{midiVERTO}}}, timestamp = {2022-12-05T09:33:45.000+0100}, title = {{{midiVERTO}}: {{A Web Application}} to {{Visualize Tonality}} in {{Real Time}}}, year = 2022 }