This is a README file for a data repository originating from the DCML corpus initiative and serves as welcome page for both
- the GitHub repo https://github.com/DCMLab/wagner_overtures and the corresponding
- documentation page https://dcmlab.github.io/wagner_overtures
For information on how to obtain and use the dataset, please refer to this documentation page.
When you use (parts of) this dataset in your work, please read and cite the accompanying data report:
Hentschel, J., Rammos, Y., Neuwirth, M., & Rohrmeier, M. (2025). A corpus and a modular infrastructure for the empirical study of (an)notated music. Scientific Data, 12(1), 685. https://doi.org/10.1038/s41597-025-04976-z
Here we have two contrasting Wagner overtures in piano reduction: in Tristan und Isolde, one of his most futuristic efforts, and in Die Meistersinger von Nürnberg, one of his most traditional. The contrast is all the more interesting in the context of the knowledge that they were composed at about the same time; their stylistic differences thus reflect a difference in the themes of their associated operas rather than a development of the composer's technique. In the case of Meistersinger, our annotations identify the rich layers of granular detail with which Wagner has decorated what are ostensibly rustic and simple harmonies. Conversely, in Tristan, which famously contains very few resolutions to the tonic triad, we have quantified just how far Wagner was able to go in delaying harmonic closure, and these annotations will prove useful in future research modeling extreme harmonic phenomena.
- download repository as a ZIP file
- download a Frictionless Datapackage that includes concatenations
of the TSV files in the four folders (
measures,notes,chords, andharmonies) and a JSON descriptor: - clone the repo:
git clone https://github.com/DCMLab/wagner_overtures.git
Each piece in this corpus is represented by five files with identical name prefixes, each in its own folder. For example, the “Vorspiel” of Tristan und Isolde has the following files:
MS3/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.mscx: Uncompressed MuseScore 3.6.2 file including the music and annotation labels.notes/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.notes.tsv: A table of all note heads contained in the score and their relevant features (not each of them represents an onset, some are tied together)measures/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.measures.tsv: A table with relevant information about the measures in the score.chords/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.chords.tsv: A table containing layer-wise unique onset positions with the musical markup (such as dynamics, articulation, lyrics, figured bass, etc.).harmonies/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.harmonies.tsv: A table of the included harmony labels (including cadences and phrases) with their positions in the score.
Each TSV file comes with its own JSON descriptor that describes the meanings and datatypes of the columns ("fields") it contains, follows the Frictionless specification, and can be used to validate and correctly load the described file.
After navigating to your local copy, you can open the scores in the folder MS3 with the free and open source score
editor MuseScore. Please note that the scores have been edited, annotated and tested with
MuseScore 3.6.2.
MuseScore 4 has since been released which renders them correctly but cannot store them back in the same format.
Tab-separated value (TSV) files are like Comma-separated value (CSV) files and can be opened with most modern text
editors. However, for correctly displaying the columns, you might want to use a spreadsheet or an addon for your
favourite text editor. When you use a spreadsheet such as Excel, it might annoy you by interpreting fractions as
dates. This can be circumvented by using Data --> From Text/CSV or the free alternative
LibreOffice Calc. Other than that, TSV data can be loaded with
every modern programming language.
Since the TSV files contain null values, lists, fractions, and numbers that are to be treated as strings, you may want
to use this code to load any TSV files related to this repository (provided you're doing it in Python). After a quick
pip install -U ms3 (requires Python 3.10 or later) you'll be able to load any TSV like this:
import ms3
labels = ms3.load_tsv("harmonies/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.harmonies.tsv")
notes = ms3.load_tsv("notes/WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia.notes.tsv")See the GitHub releases.
Please create an issue and/or feel free to fork and submit pull requests.
Hentschel, J., Rammos, Y., Neuwirth, M., & Rohrmeier, M. (2025). A corpus and a modular infrastructure for the empirical study of (an)notated music. Scientific Data, 12(1), 685. https://doi.org/10.1038/s41597-025-04976-z
Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License (CC BY-NC-SA 4.0).
| file_name | measures | labels | standard | annotators |
|---|---|---|---|---|
| WWV090_Tristan_01_Vorspiel-Prelude_Ricordi1888Floridia | 111 | 359 | 2.1.0 | Adrian Nagel |
| WWV096-Meistersinger_01_Vorspiel-Prelude_SchottKleinmichel | 222 | 1074 | 2.1.0 | Adrian Nagel |
Overview table automatically updated using ms3.