Overview#
This notebook gives a general overview of the features included in the dataset.
Show imports
import os
from collections import defaultdict, Counter
from fractions import Fraction
from git import Repo
import dimcat as dc
import ms3
import pandas as pd
import plotly.express as px
import plotly.graph_objects as go
from utils import CADENCE_COLORS, CORPUS_COLOR_SCALE, STD_LAYOUT, TYPE_COLORS, color_background, corpus_mean_composition_years, value_count_df, get_corpus_display_name, get_repo_name, print_heading, resolve_dir
Show source
CORPUS_PATH = os.path.abspath(os.path.join('..', '..'))
ANNOTATED_ONLY = os.getenv("ANNOTATED_ONLY", "True").lower() in ('true', '1', 't')
print_heading("Notebook settings")
print(f"CORPUS_PATH: {CORPUS_PATH!r}")
print(f"ANNOTATED_ONLY: {ANNOTATED_ONLY}")
CORPUS_PATH = resolve_dir(CORPUS_PATH)
Notebook settings
-----------------
CORPUS_PATH: '/home/runner/work/workflow_deployment/beethoven_piano_sonatas'
ANNOTATED_ONLY: True
Show source
repo = Repo(CORPUS_PATH)
print_heading("Data and software versions")
print(f"Data repo '{get_repo_name(repo)}' @ {repo.commit().hexsha[:7]}")
print(f"dimcat version {dc.__version__}")
print(f"ms3 version {ms3.__version__}")
Data and software versions
--------------------------
Data repo 'beethoven_piano_sonatas' @ 3887f42
dimcat version 0.3.0
ms3 version 2.5.2
dataset = dc.Dataset()
dataset.load(directory=CORPUS_PATH, parse_tsv=False)
---------------------------------------------------------------------------
DeprecationWarning Traceback (most recent call last)
Cell In[5], line 4
2 annotated_view = dataset.data.get_view('annotated')
3 annotated_view.include('facets', 'measures', 'notes$', 'expanded')
----> 4 annotated_view.fnames_with_incomplete_facets = False
5 dataset.data.set_view(annotated_view)
6 dataset.data.parse_tsv(choose='auto')
File ~/.local/lib/python3.10/site-packages/ms3/view.py:124, in View.fnames_with_incomplete_facets(self, value)
122 @fnames_with_incomplete_facets.setter
123 def fnames_with_incomplete_facets(self, value):
--> 124 raise DeprecationWarning(
125 "'fnames_with_incomplete_facets' was renamed to 'pieces_with_incomplete_facets' in "
126 "ms3 v2."
127 )
DeprecationWarning: 'fnames_with_incomplete_facets' was renamed to 'pieces_with_incomplete_facets' in ms3 v2.
Show data loading
all_metadata = dataset.data.metadata()
assert len(all_metadata) > 0, "No pieces selected for analysis."
print(f"Metadata covers {len(all_metadata)} of the {dataset.data.count_pieces()} scores.")
all_notes = dataset.get_facet('notes')
all_measures = dataset.get_facet('measures')
mean_composition_years = corpus_mean_composition_years(all_metadata)
chronological_order = mean_composition_years.index.to_list()
corpus_colors = dict(zip(chronological_order, CORPUS_COLOR_SCALE))
corpus_names = {corp: get_corpus_display_name(corp) for corp in chronological_order}
chronological_corpus_names = list(corpus_names.values())
corpus_name_colors = {corpus_names[corp]: color for corp, color in corpus_colors.items()}
Composition dates#
This section relies on the dataset’s metadata.
valid_composed_start = pd.to_numeric(all_metadata.composed_start, errors='coerce')
valid_composed_end = pd.to_numeric(all_metadata.composed_end, errors='coerce')
print(f"Composition dates range from {int(valid_composed_start.min())} {valid_composed_start.idxmin()} "
f"to {int(valid_composed_end.max())} {valid_composed_end.idxmax()}.")
Mean composition years per corpus#
Show source
summary = all_metadata.copy()
summary.length_qb = all_measures.groupby(level=[0,1]).act_dur.sum() * 4.0
summary = pd.concat([summary,
all_notes.groupby(level=[0,1]).size().rename('notes'),
], axis=1)
bar_data = pd.concat([mean_composition_years.rename('year'),
summary.groupby(level='corpus').size().rename('pieces')],
axis=1
).reset_index()
fig = px.bar(bar_data, x='year', y='pieces', color='corpus',
color_discrete_map=corpus_colors,
)
fig.update_traces(width=5)
fig.update_layout(**STD_LAYOUT)
fig.update_yaxes(gridcolor='lightgrey')
fig.update_traces(width=5)
Composition years histogram#
Show source
hist_data = summary.reset_index()
hist_data.corpus = hist_data.corpus.map(corpus_names)
fig = px.histogram(hist_data, x='composed_end', color='corpus',
labels=dict(composed_end='decade',
count='pieces',
),
color_discrete_map=corpus_name_colors,
)
fig.update_traces(xbins=dict(
size=10
))
fig.update_layout(**STD_LAYOUT)
fig.update_yaxes(gridcolor='lightgrey')
fig.show()
Dimensions#
Overview#
Show source
corpus_metadata = summary.groupby(level=0)
n_pieces = corpus_metadata.size().rename('pieces')
absolute_numbers = dict(
measures = corpus_metadata.last_mn.sum(),
length = corpus_metadata.length_qb.sum(),
notes = corpus_metadata.notes.sum(),
labels = corpus_metadata.label_count.sum(),
)
absolute = pd.DataFrame.from_dict(absolute_numbers)
absolute = pd.concat([n_pieces, absolute], axis=1)
sum_row = pd.DataFrame(absolute.sum(), columns=['sum']).T
absolute = pd.concat([absolute, sum_row])
relative = absolute.div(n_pieces, axis=0)
complete_summary = pd.concat([absolute, relative, absolute.iloc[:1,2:].div(absolute.measures, axis=0)], axis=1, keys=['absolute', 'per piece', 'per measure'])
complete_summary = complete_summary.apply(pd.to_numeric).round(2)
complete_summary.index = complete_summary.index.map(dict(corpus_names, sum='sum'))
complete_summary
Measures#
print(f"{len(all_measures.index)} measures over {len(all_measures.groupby(level=[0,1]))} files.")
all_measures.head()
print("Distribution of time signatures per XML measure (MC):")
all_measures.timesig.value_counts(dropna=False)
Harmony labels#
All symbols, independent of the local key (the mode of which changes their semantics).
try:
all_annotations = dataset.get_facet('expanded')
except Exception:
all_annotations = pd.DataFrame()
n_annotations = len(all_annotations.index)
includes_annotations = n_annotations > 0
if includes_annotations:
display(all_annotations.head())
print(f"Concatenated annotation tables contains {all_annotations.shape[0]} rows.")
no_chord = all_annotations.root.isna()
if no_chord.sum() > 0:
print(f"{no_chord.sum()} of them are not chords. Their values are: {all_annotations.label[no_chord].value_counts(dropna=False).to_dict()}")
all_chords = all_annotations[~no_chord].copy()
print(f"Dataset contains {all_chords.shape[0]} tokens and {len(all_chords.chord.unique())} types over {len(all_chords.groupby(level=[0,1]))} documents.")
all_annotations['corpus_name'] = all_annotations.index.get_level_values(0).map(get_corpus_display_name)
all_chords['corpus_name'] = all_chords.index.get_level_values(0).map(get_corpus_display_name)
else:
print(f"Dataset contains no annotations.")