scikitplot.doremi

Doremi

A modular Python toolkit for musical note processing, sound synthesis, and notation handling. Supports Western and solfège notation, tone generation, frequency mapping, waveform synthesis, and more.

See [1], [2], and [3] for model details.

Examples

>>> from scikitplot import doremi
>>> doremi.compose_as_waveform()

References

[1]

Smith, J. Sound Synthesis for Musicians. Audio Tech Publishing, 2021. https://example.com/sound-synthesis-guide.pdf

[2]

3Blue1Brown. Fourier Series. YouTube, 2017. https://www.youtube.com/watch?v=spUNpyF58BY

[3]

muhammed celik. “How to Generate 440 Hz A(La) Note Sin Wave”. Medium, May 10, 2022. https://celik-muhammed.medium.com/how-to-generate-440-hz-a-la-note-sin-wave-with-44-1-1e41f6ed9653

User guide. See the DoReMi section for further details.

Simple Music Composer

ENVELOPES	Mapping of envelope types to amplitude-modulation functions.
compose_as_waveform	Generate a concatenated waveform from a musical composition input.
play_waveform	Play audio from a NumPy array using either IPython (for Jupyter) or sounddevice.
plot_waveform	Plot the waveform of mono or multi-channel audio data.
save_waveform	Save waveform to an audio file using specified or auto-selected backend.
save_waveform_as_mp3	Save waveform as an MP3 file using pydub and ffmpeg, with support for mono or stereo.
sheet_to_note	Convert input sheet (str/list/dict) to a list of (note, octave, duration).
sheet_converter	Display parsed notes or note frequencies from a musical sheet.
serialize_sheet	Serialize sheet notes to JSON or YAML string.
export_sheet	Enable serialization of compositions or note sheets.