̺i#SrSSKJrJr SSKJr SSKJrJrJ r J r J r J r J r Jr SSKJrJrJrJrJrJrJrJrJrJr SSKJrJrJr SSKJrJ r SSK!J"r" /S Qr#S S jr$\$"5 g ) a MIDI Objects for Python Mido is a library for working with MIDI messages and ports. It's designed to be as straight forward and Pythonic as possible. Creating messages: Message(type, **parameters) -- create a new message MetaMessage(type, **parameters) -- create a new meta message UnknownMetaMessage(type_byte, data=None, time=0) Ports: open_input(name=None, virtual=False, callback=None) -- open an input port open_output(name=None, virtual=False, -- open an output port autoreset=False) open_ioport(name=None, virtual=False, -- open an I/O port (capable callback=None, autoreset=False) of both input and output) get_input_names() -- return a list of names of available input ports get_output_names() -- return a list of names of available output ports get_ioport_names() -- return a list of names of available I/O ports MIDI files: MidiFile(filename, **kwargs) -- open a MIDI file MidiTrack() -- a MIDI track bpm2tempo() -- convert beats per minute to MIDI file tempo tempo2bpm() -- convert MIDI file tempo to beats per minute merge_tracks(tracks) -- merge tracks into one track SYX files: read_syx_file(filename) -- read a SYX file write_syx_file(filename, messages, plaintext=False) -- write a SYX file Parsing MIDI streams: parse(bytes) -- parse a single message bytes (any iterable that generates integers in 0..127) parse_all(bytes) -- parse all messages bytes Parser -- MIDI parser class Parsing objects serialized with str(message): parse_string(string) -- parse a string containing a message parse_string_stream(iterable) -- parse strings from an iterable and generate messages Sub modules: ports -- useful tools for working with ports For more on MIDI, see: http://www.midi.org/ Getting started: >>> import mido >>> m = mido.Message('note_on', note=60, velocity=64) >>> m >>> m.type 'note_on' >>> m.channel = 6 >>> m.note = 19 >>> m.copy(velocity=120) >>> s = mido.Message('sysex', data=[byte for byte in range(5)]) >>> s.data (0, 1, 2, 3, 4) >>> s.hex() 'F0 00 01 02 03 04 F7' >>> len(s) 7 >>> default_input = mido.open_input() >>> default_input.name 'MPK mini MIDI 1' >>> output = mido.open_output('SD-20 Part A') >>> >>> for message in default_input: ... output.send(message) >>> get_input_names() ['MPK mini MIDI 1', 'SH-201'] )portssockets)Backend)MAX_PITCHWHEEL MAX_SONGPOSMIN_PITCHWHEEL MIN_SONGPOSMessageformat_as_string parse_stringparse_string_stream) KeySignatureError MetaMessageMidiFile MidiTrackUnknownMetaMessage bpm2tempo merge_tracks second2tick tempo2bpm tick2second)Parserparse parse_all) read_syx_filewrite_syx_file) version_info)rrrrr r rrrrrrr rrrr r rrrrrrrrNc[5n[U[5(aUnO [XSS9nX2S'[U5H*nUR S5SS;dM[ X05X 'M, g)a=Set current backend. name can be a module name like 'mido.backends.rtmidi' or a Backend object. If no name is passed, the default backend will be used. This will replace all the open_*() and get_*_name() functions in top level mido module. The module will be loaded the first time one of those functions is called.T)load use_environbackend_)opengetN)globals isinstancerdirsplitgetattr)namerglobr!s L/var/www/piano.thomer.com/venv/lib/python3.13/site-packages/mido/__init__.py set_backendr.s_ 9D$  $t<OG  ::c?1  0 /DJ)NF)%__doc__rrbackends.backendrmessagesrrrr r r r r midifilesrrrrrrrrrrparserrrrsyxrrversionr__all__r.r/r-r:sS Yv%      -,.! <02 r/