rhoSSKJr SSKrSSKJr SSKJr \R "S5rS SjrS Sjr "SS \R5r \ S :XaSSKr\R"\ 5 gg) ) annotationsN) environment)scalezaudioSearch.transcribercSSKJn Uc[R"S5nUSLa[R 5S- nO USLaSnOUnUSLaUR U[U5S9nOUR[U5S 9nURX5n URU 5n URX5un n URU 5un n URU U SS 9upU(aUR5 U(a:SSKnUR$R'U 5 UR$R5 [R)S 5 U$![ a UR#S 5ef=f) am runs all the methods to record from audio for `seconds` length (default 10.0) and transcribe the resulting melody returning a music21.Score object if `show` is True, show the stream. if `plot` is True, then a Tk graph of the frequencies will be displayed. if `useMic` is True then use the microphone. If False it will load the file of `saveFile` or the default temp file to run transcriptions from. a different scale than the chromatic scale can be specified by setting `useScale`. See :ref:`moduleScale` for a list of allowable scales. (or a custom one can be given). Microtonal scales are totally accepted, as are retuned scales where A != 440hz. if `saveFile` is False, then the recorded audio is saved to disk. If set to `True` then `environLocal.getRootTempDir() / 'ex.wav'` is used as the filename. If set to anything else then it will use that as the filename. r audioSearchNC4Tzex.wavF)lengthstoreWaveFilename waveFilenameremoveRestsAtBeginningz)Cannot plot without matplotlib installed.z* END)music21rrChromaticScale environLocalgetRootTempDirgetFrequenciesFromMicrophonestrgetFrequenciesFromAudioFiledetectPitchFrequenciessmoothFrequenciespitchFrequenciesToObjectsjoinConsecutiveIdenticalPitchesnotesAndDurationsToStreamshowmatplotlib.pyplot ImportErrorAudioSearchExceptionpyplotplot printDebug)rr!useMicsecondsuseScalesaveFileaudioSearchBaser freqFromAQListdetectedPitchesFreqdetectedPitchObjectslistplot notesList durationListmyScoreunused_length_part matplotlibs Y/home/james-whalen/.local/lib/python3.13/site-packages/music21/audioSearch/transcriber.py runTranscriber2s,7''-4#224x? U   ~(EE!,/F1)DD\*E,*@@Z);;Q\'GGH\]Y"1"K"K##L#%G     = $ x( G$ N =!66;= = =s :E E&cSSKJn URUS9nURX15nUR U5nUR XA5unnUR U5unnURXxSS9upU RR5$)a Reads in a .wav file and returns a stream representing the transcribed, monophonic audio. `fileName` should be the complete path to a file on the disk. A different scale than the chromatic scale can be specified by setting `useScale`. See :ref:`moduleScale` for a list of allowable scales. (or a custom one can be given). Microtonal scales are totally accepted, as are retuned scales where A != 440hz. We demonstrate with an audio file beginning with an ascending scale. >>> import os #_DOCS_HIDE >>> taw = 'test_audio.wav' #_DOCS_HIDE >>> waveFile = str(common.getSourceFilePath() / 'audioSearch' / taw) #_DOCS_HIDE >>> #_DOCS_SHOW waveFile = 'test_audio.wav' >>> p = audioSearch.transcriber.monophonicStreamFromFile(waveFile) >>> p >>> p.show('text') {0.0} {0.25} {0.75} {1.75} {2.75} {4.25} {5.25} {6.25} {7.25} ... rrr Tr) rrrrrrrrpartsfirst) fileNamer%r'r(r)r*unused_listplotr,r-r.r/s r1monophonicStreamFromFiler8^s>7$@@h@WN)@@Z);;G ==    c \rSrSrSrSrSrg) TestExternalcJ[R5S- n[SSUSS9 g)Nz new_song.wavFg$@)rr!r&r$rrr2selfr&s r1x_testRunTranscribe TestExternal.x_testRunTranscribes#..0>A5uxNr9cJ[R5S- n[SUSSS9 g)Nz pachelbel.wavF)r#r&r!rr>r?s r1x_testTranscribePachelbel&TestExternal.x_testTranscribePachelbels#..0?BUXENr9N)__name__ __module__ __qualname____firstlineno__rArD__static_attributes__rFr9r1r;r;sOOr9r;__main__)TTTg4@NT)N) __future__runittestrrr Environmentrr2r8TestCaser;rGmainTestrFr9r1rRsm#&&'@A 048<DN+!\O8$$O z \"r9