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-# PortMidi - Cross-Platform MIDI IO
-
-This is the canonical release of PortMidi.
-
-See other repositories within [PortMidi](https://github.com/PortMidi)
-for related code and bindings (although currently, not much is here).
-
-## [Full C API documentation is here.](https://portmidi.github.io/portmidi_docs/)
-
-## Compiling and Using PortMidi
-
-Use CMake (or ccmake) to create a Makefile for Linux/BSD or a 
-project file for Xcode or MS Visual Studio. Use make or an IDE to compile:
-```
-sudo apt install libasound2-dev  # on Linux, you need ALSA
-cd portmidi  # start in the top-level portmidi directory
-ccmake .     # set any options interactively, type c to configure
-             # type g to generate a Makefile or IDE project
-             # type q to quit
-             # (alternatively, run the CMake GUI and use
-             #  Configure and Generate buttons to build IDE project)
-make         # compile sources and build PortMidi library
-             # (alternatively, open project file with your IDE)
-sudo make install  # if you want to install to your system
-```
-
-## Installation
-
-My advice is to build PortMidi and statically link it to your
-application. This gives you more control over versions. However,
-installing PortMidi to your system is preferred by some, and the
-following should do it:
-```
-cmake .
-make
-sudo make install
-```
-
-## Language Bindings
-
-Here is a guide to some other projects using PortMidi. There is not
-much coordination, so let us know if there are better or alternative
-bindings for these and other languages:
-
-- Python: Various libraries and packages exist; search and ye shall
-  find. If you wouldn't like to do research, check out [mido](https://mido.readthedocs.io/en/stable/)
-- [SML](https://github.com/jh-midi/portmidi-sml2)
-- [OCaml](https://ocaml.org/p/portmidi/0.1) 
-- [Haskell](https://hackage.haskell.org/package/PortMidi)
-- [Erlang](https://hexdocs.pm/portmidi/PortMidi.html) 
-- [Julia](https://github.com/SteffenPL/PortMidi.jl)
-- [C#](https://github.com/net-core-audio/portmidi)
-- [Rust](https://musitdev.github.io/portmidi-rs/)
-- [Go](https://github.com/rakyll/portmidi)
-- [Odin](https://pkg.odin-lang.org/vendor/portmidi/)
-- [Serpent](https://sourceforge.net/projects/serpent/) - a real-time
-  Python-like language has PortMidi built-in, a MIDI-timestamp-aware
-  scheduler, and GUI support for device selection.
-- [Pd (Pure Data)](https://puredata.info/) uses PortMidi.
-
-
-## What's New? 
-
-(Not so new, but significant:) Support for the **PmDefaults** program,
-which enabled a graphical interface to select default MIDI devices,
-has been removed for lack of interest. This allowed us to also remove
-C code to read and parse Java preference files on various systems,
-simplifying the library. **PmDefaults** allowed simple command-line
-programs to use `Pm_DefaultInputDeviceID()` and
-`Pm_DefaultOutputDeviceID()` rather than creating device selection
-interfaces. Now, you should either pass devices on the command line or
-create your own selection interface when building a GUI
-application. (See pm_tests for examples.)  `Pm_DefaultInputDeviceID()`
-and `Pm_DefaultOutputDeviceID()` now return a valid device if
-possible, but they may not actually reflect any user preference.
-
-Haiku support in a minimal implementation. See TODO's in source.
-
-sndio is also minimally supported, allowing basic PortMidi functions
-in OpenBSD, FreeBSD, and NetBSD by setting USE_SNDIO for CMake, but
-not delayed/timestamped output and virtual devices.
-
-# Other Repositories
-
-PortMidi used to be part of the PortMedia suite, but this repo has
-been reduced to mostly just C/C++ code for PortMidi. You will find
-some other repositories in this PortMidi project set up for language
-bindings (volunteers and contributors are invited!). Other code
-removed from previous releases of PortMedia include:
-
-## PortSMF
-
-A Standard MIDI File (SMF) (and more) library is in the [portsmf
-repository](https://github.com/rbdannenberg/portsmf).
-
-PortSMF is a library for reading/writing/editing Standard MIDI
-Files. It is actually much more, with a general representation of
-events and updates with properties consisting of attributes and typed
-values. Familiar properties of pitch, time, duration, and channel are
-built into events and updates to make them faster to access and more
-compact.
-
-To my knowledge, PortSMF has the most complete and useful handling of
-MIDI tempo tracks. E.g., you can edit notes according to either beat
-or time, and you can edit tempo tracks, for example, flattening the
-tempo while preserving the beat alignment, preserving the real time
-while changing the tempo or stretching the tempo over some interval.
-
-In addition to Standard MIDI Files, PortSMF supports an ASCII
-representation called Allegro. PortSMF and Allegro are used for
-Audacity Note Tracks.
-
-## scorealign
-
-Scorealign used to be part of the PortMedia suite. It is now at the
-[scorealign repository](https://github.com/rbdannenberg/scorealign).
-
-Scorealign aligns audio-to-audio, audio-to-MIDI or MIDI-to-MIDI using
-dynamic time warping (DTW) of a computed chromagram
-representation. There are some added smoothing tricks to improve
-performance. This library is written in C and runs substantially
-faster than most other implementations, especially those written in
-MATLAB, due to the core DTW algorithm. Users should be warned that
-while chromagrams are robust features for alignment, they achieve
-robustness by operating at fairly high granularity, e.g., durations of
-around 100ms, which limits time precision. Other more recent
-algorithms can doubtless do better, but be cautious of claims, since
-it all depends on what assumptions you can make about the music.