h$2J06      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_(c) OleksandrZhabenko 2020-2021MITolexandr543@yahoo.com ExperimentalNone"'algorithmic-composition-frequency-shiftGenerates a sound, the volume of which (being plotted graphically) comes through the given 2D points at the time-volume scale with possibly changing frequency (they are specified by the first and the second ` arguments). Uses SoX inside especially the "fade" and "synth" effects. For the equal frequencies generates specifically faded output without frequency modulation. 'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name of the resulting file (by default it is "test" based).'algorithmic-composition-frequency-shiftGenerates a sound, the volume of which (being plotted graphically) comes through the given 2D points at the time-volume scale. Uses SoX inside especially the "fade" and "synth" effects. A frequency does not change and is specified (in Hz) by the first ` argument.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based).'algorithmic-composition-frequency-shiftGenerates a sound, the volume of which (being plotted graphically) comes through the given 2D points in the time-volume scale. Uses SoX inside especially the "fade" and "synth" effects. A frequency does not change and is specified (in Hz) by the first `) argument. Is a curried variant of the  in its two last arguments.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based).'algorithmic-composition-frequency-shiftGenerates a sound, the volume of which (being plotted graphically) comes through the given 2D points in the time-volume scale with possibly changing frequency (they are specified by the first and the second ` arguments). Uses SoX inside especially the "fade" and "synth" effects. For the equal frequencies generates specifically faded output without frequency modulation. Is a curried variant of the  in its two last arguments.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based). 'algorithmic-composition-frequency-shiftGenerates a sound, the volume of which (being plotted graphically) comes through the given 2D points in the time-volume scale. Uses SoX inside especially the "fade" and "synth" effects. Is a somewhat flipped variant of the  with changed order of the arguments (is provided here for convenience). 'algorithmic-composition-frequency-shiftA generalized version of the   with a possibility to specify the name for the mixed files (by default is "test" based). 'algorithmic-composition-frequency-shiftGenerates a sound, the volume of which (being plotted graphically) comes through the given 2D points in the time-volume scale with possibly changing frequency (they are specified by the first and the second ` arguments). Uses SoX inside especially the "fade" and "synth" effects. For the equal frequencies generates specifically faded output without frequency modulation. Is a somewhat flipped variant of the  with changed order of the arguments (is provided here for convenience). 'algorithmic-composition-frequency-shiftA generalized version of the   with a possibility to specify the name for the mixed files (by default is "test" based). 'algorithmic-composition-frequency-shiftA simplified variant of the soxBasicParameters. function with defining only a file extension.'algorithmic-composition-frequency-shiftConverts a character into a corresponding string using "l" (a logarithmic one) as the default one. An output can specify then the fade type for SoX.'algorithmic-composition-frequency-shiftUsing SoX mixes all the "testG*" (of the WAV or FLAC extension specified by the a argument -- see  ) in the current directory. If there are "resultG.*" (wav or flac respectively) file in the directory, it is overwritten. Also the "testG*" files are deleted afterwards if the mixing is successful.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based).'algorithmic-composition-frequency-shift%Generates a sequence of sounds using  so that their time-volume characteristic is going through the 2D points obtained with the last two arguments. Uses b, the arguments for which are specified by the second symbol in the second a and by the third ` argument.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the generated files (by default is "test" based).'algorithmic-composition-frequency-shift=Splits its argument (the first six symbols if present) (like c ) into two a with the length of (if possible) 4 and 2 characters. The rest of the argument is not used.'algorithmic-composition-frequency-shift%Generates a sequence of sounds using  so that their time-volume characteristic (if being plotted graphically) is going through the 2D points obtained with the last two arguments. The a should consist of 6 alphanumeric characters. The first four as for the d, and the fifth one -- a letter from the "hlpqt". The sixth one is one of the "els" or some other symbol. Otherwise, the default values are used ("221w" for the first and "ll" for the second one).'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based).'algorithmic-composition-frequency-shift%Generates a sequence of sounds using  so that their time-volume characteristic (if being plotted graphically) is going through the 2D points obtained with the last two arguments. Uses e, the arguments for which are specified by the second symbol in the second a and by the third and fourth ` arguments.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based).'algorithmic-composition-frequency-shift%Generates a sequence of sounds using  so that their time-volume characteristic (if being plotted graphically) is going through the 2D points obtained with the last two arguments. The a should consist of 6 alphanumeric characters. The first four as for the d and the the fifth one -- a letter from the "hlpqt". The sixth one is one of the "els" or some other symbol. Otherwise, the default values are used ("221w" for the first and "ll" for the second one).'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to specify the name for the mixed files (by default is "test" based).'algorithmic-composition-frequency-shiftA generalized version of the  with a frequency modulation.'algorithmic-composition-frequency-shiftA generalized version of the  with a frequency modulation.'algorithmic-composition-frequency-shiftApproximately equals to 2 ** (1/48) if the argument is zero (0) and the inverse value otherwise.'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to make lower the noisy clipping by specifying the first parameter. The default parameter "rev" it uses reverberation to transform the distortion on the edges in case of existing root on fro the 2D line connection points. 'algorithmic-composition-frequency-shiftA generalized version of the  with a possibility to change the behaviour for the situation with existing roots on the interval for the line connecting the 2D points. 'algorithmic-composition-frequency-shiftAuxiliary function that can be used to apply a "reverb" effect or in this module context to fix unpleasant noise for concatenated parts. Usually, can be used after application of the other functions in the module to transform the noise into more music sound. It is usually applied after all the other functions.        (c) OleksandrZhabenko 2020-2021MITolexandr543@yahoo.com ExperimentalNone/ 'algorithmic-composition-frequency-shift?Generalized interval representation which is a Monoid instance.#'algorithmic-composition-frequency-shift$Generalized interval representation.%'algorithmic-composition-frequency-shiftAnother ` interval representation with no order of the arguments preserved. Since base-4.9.0.0 has different instance of f than ).)'algorithmic-composition-frequency-shift` interval representation with no order of the arguments preserved.-'algorithmic-composition-frequency-shift The first ` parameter is a time moment (starting from 0) of the playing the sound, the second one is its duration in seconds (with a negative values corresponding to the pause duration --- the silent "sound"), the third one is a parameter to specify more complex behaviour for the sound. /'algorithmic-composition-frequency-shift The first ` parameter is a time moment (starting from 0) of the playing the sound, the second one is its duration in seconds (with a negative values corresponding to the pause duration --- the silent "sound"), the third one is the minimum duration that can provide a needed human feeling of perception (some impression) for the sound.1'algorithmic-composition-frequency-shift The first ` parameter is a time moment (starting from 0) of the playing the sound being represented by g, the second one is its duration. The third one is its maximum amplitude by an absolute value. The fourth one is the minimum duration that can provide a needed human feeling of perception (some impression) for the sound. The further one(s) is(are) some adjustment(s) parameter(s).5'algorithmic-composition-frequency-shiftAn h parameter is a name of the sound file in the current directory with the filetype (supported by SoX) being given by a& representing the whole composition.9'algorithmic-composition-frequency-shiftAn i parameter is an index of the 91 sound file in the sorted in the ascending order  of them (the corresponding files or their names) representing the whole composition.?'algorithmic-composition-frequency-shiftSince base-4.9.0.0. Idempotent semigroup (band) (x <> x == x) if  Semigroup a is idempotent (is a band).E'algorithmic-composition-frequency-shiftSince base-4.9.0.0. Idempotent semigroup (x <> x == x) -- band. I'algorithmic-composition-frequency-shift1Can be understood as an intersection of the sets.J'algorithmic-composition-frequency-shiftSince base-4.9.0.0. Idempotent semigroup (x <> x == x) -- band. (<>) can be understood as an intersection of the sets.N'algorithmic-composition-frequency-shiftSince base-4.8.0.0. P'algorithmic-composition-frequency-shiftSince base-4.9.0.0. Idempotent semigroup (x <> x == x) and rectangular band (x <> y <> z == x <> z) For more information, please, refer to: 0https://en.wikipedia.org/wiki/Band_(mathematics)S'algorithmic-composition-frequency-shiftSince base-4.9.0.0. Idempotent semigroup (x <> x == x) and rectangular band (x <> y <> z == x <> z) For more information, please, refer to: 0https://en.wikipedia.org/wiki/Band_(mathematics) !"#$%&'()*+,-./0123456789:;<9:;<56781234/0-.)*+,%&'(#$ !"      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmhnopqrklshitpuvhwxefyalgorithmic-composition-frequency-shift-0.1.0.0-5u8UHtoDAZp4BPN35tWbiPComposition.Sound.FadedComposition.Sound.PresentationVVectoroverChangeVolGoverChangeVolGN freqChange overChangeVoloverChangeVolNoverChangeVolCoverChangeVolCNoverChangeVolGCoverChangeVolGCNoverChangeVolFoverChangeVolFNoverChangeVolGFoverChangeVolGFNendingWF charFadeTypemixGTest mixGTestNbasicFbasicFN argStringbasicFCbasicFCNbasicF2basicF2NbasicF2C basicF2CNmoreFNmoreFCN sameConstoverChangeVolGNCmoreFNC reverbFix IntervalMGIMG UniversalG IntervalGIG IntervalTimIEmpty2II UniversalII IntervalTimEmptyI UniversalITimity1Time1TimityTimeSoundTStOSAtOSAbtOSoundFNSnSAnSAbnSoundISiSAiSAbi $fShowTimity $fOrdTimity$fSemigroupTimity1$fFunctorTimity1 $fShowTimity1 $fOrdTimity1 $fEqTimity1$fMonoidIntervalTim$fSemigroupIntervalTim$fShowIntervalTim$fOrdIntervalTim$fEqIntervalTim$fMonoidIntervalTimI$fSemigroupIntervalTimI$fShowIntervalTimI$fOrdIntervalTimI$fEqIntervalTimI$fBifunctorIntervalG$fFunctorIntervalG$fSemigroupIntervalG$fShowIntervalG$fMonoidIntervalMG$fSemigroupIntervalMG$fShowIntervalMG$fEqIntervalMG$fOrdIntervalMG $fEqIntervalG$fOrdIntervalG $fEqSoundTim $fOrdSoundTim$fShowSoundTim $fEqTimity $fEqSoundT $fEqSoundFN $fEqSoundIghc-prim GHC.TypesFloatbaseGHC.BaseString&mmsyn7l-0.9.0.0-AeQisCMo5t7I9DFnK9zuD5MMSyn7l fadeEndsTMBGHC.ListsplitAt