Îõ³h$…     (c) OleksandrZhabenko 2020-2021MITolexandr543@yahoo.com ExperimentalNone[algorithmic-composition-complexTesing variant of the 1 with predefined three last functional arguments.algorithmic-composition-complexTesing variant of the + with predefined last functional arguments.algorithmic-composition-complexÛGenerates a sequence of sounds with changing timbre. Uses several functions as parameters. algorithmic-composition-complex¬Generates a sequence of sounds with changing timbre. Uses several functions as parameters. To specify how many sounds the resulting files will provide, you use first two à arguments, the first of which is a number of dropped elements for ã and the second one is a number of produced sounds (and, respectively, number of taken elements).algorithmic-composition-complexæGenerates a sequence of sounds with changing timbre. Uses several functions as parameters. Unlike the Ë, the last two functions as arguments for their first argument have not (,), but  of them so are applied to Í. To provide a generalized functionality, it uses two additional functions freq0 :: Int -> OvertonesO and  proj :: OvertonesO -> OvertonesO4 to define the first element to which are applied gAdds and gRems" and the way to obtain a internal =. Besides, it lifts notes into specified with the first two  arguments enku (see  ). The . argument is a average duration of the sounds.algorithmic-composition-complexGeneralized version of the  where % is used instead of lifting with the Ó. This allows e. g. to use some tonality. For more information, please, refer to .algorithmic-composition-complex¬Generates a sequence of sounds with changing timbre. Uses several functions as parameters. To specify how many sounds the resulting files will provide, you use first two à arguments, the first of which is a number of dropped elements for ã and the second one is a number of produced sounds (and, respectively, number of taken elements).algorithmic-composition-complexGeneralized version of the  where % is used instead of lifting with the Ó. This allows e. g. to use some tonality. For more information, please, refer to .algorithmic-composition-complexÕGenerates a sequence of sounds with changing timbre. Is a generalized version of the Ò, instead of predefined conversion function inside, it uses a user-defined one.  soundGen3G_O = soundGen3G_O2 with the first argument  ÍconversionFII (f0,fA1,fR1) = map (\(j, r) -> (GHC.Arr.unsafeAt notes (snd r),  case fst r of  0 -> f0  1 -> fA1 j  2 -> fA1 j  3 -> fA1 j  4 -> fA1 j  _ -> fR1 j)) . zip [0..] algorithmic-composition-complexGeneralized version of the  where % is used instead of lifting with the Ó. This allows e. g. to use some tonality. For more information, please, refer to . algorithmic-composition-complexÕGenerates a sequence of sounds with changing timbre. Is a generalized version of the Ó. To specify how many sounds the resulting files will provide, you use first two à arguments, the first of which is a number of dropped elements for ã and the second one is a number of produced sounds (and, respectively, number of taken elements). algorithmic-composition-complexGeneralized version of the   where % is used instead of lifting with the Ó. This allows e. g. to use some tonality. For more information, please, refer to . algorithmic-composition-complexÕGenerates a sequence of sounds with changing timbre. Is a generalized version of the º, but for the conversion function conversionFII as its tuple first argument uses not the tuple of the three functions, but a tuple of three lists of functions of the respective types, that allows to specify more comlex behaviour and different variants inside the function itself, not its inner function parts. Î as a data type is used instead of more common list because it has similar functionality and besides provides easier and quicker access to its elements. So these are the following vectors of functions: "vf :: Vector (Float -> OvertonesO)3 (no changing a function for timbre generation), *vfA :: Vector (Int -> Float -> OvertonesO)Ç (for "adding" overtones to the function for timbre generation), and )vfR :: Vector (Int -> Float -> OvertonesOÄ (for "removing" overtones from the function for timbre generation). algorithmic-composition-complexGeneralized version of the   where % is used instead of lifting with the Ó. This allows e. g. to use some tonality. For more information, please, refer to .algorithmic-composition-complexÕGenerates a sequence of sounds with changing timbre. Is a generalized version of the  Ó. To specify how many sounds the resulting files will provide, you use first two à arguments, the first of which is a number of dropped elements for ã and the second one is a number of produced sounds (and, respectively, number of taken elements).algorithmic-composition-complexGeneralized version of the  where % is used instead of lifting with the Ó. This allows e. g. to use some tonality. For more information, please, refer to .algorithmic-composition-complex†For the given parameters generates a single sound with overtones or pause depending on the sign of the second element in the tuple of ½: if it is greater than zero then the sound is generated, if less -- the silence (pause), if it is equal to zero then it prints an informational message about a non-standard situation. algorithmic-composition-complex†For the given parameters generates a single sound with overtones or pause depending on the sign of the second element in the tuple of È: if it is greater than zero then the sound is generated, if less -- the silence (pause), if it is equal to zero then it prints an informational message about a non-standard situation. Unlike the Á function, it lifts the frequency into the enku specified by the  arguments (see ).algorithmic-composition-complex„For the given parameters generates a single sound with overtones or pause depending on the sign of the second element in a tuple of É: if it is greater than zero then the sound is generated, if less -- the silence (pause), if it is equal to zero then it prints an informational message about a non-standard situation. Unlike the 7 function, it lifts into the requency specified by the  argument .           !" #$%$&$'(>algorithmic-composition-complex-0.1.1.0-EU24fHG4ENLG5UUUIFn5UXComposition.Sound.ComplexVVectortestSoundGen2GtestSoundGen2GMN soundGen3G soundGen3GMN soundGen3G_OsoundGen3G_OParsoundGen3G_OMNsoundGen3G_OMNPar soundGen3G_O2soundGen3G_O2ParsoundGen3G_O2MNsoundGen3G_O2MNParsoundGen3G_O2GsoundGen3G_O2GParsoundGen3G_O2GMNsoundGen3G_O2GMNParh1h2h2ParamsbaseGHC.IntInt64;algorithmic-composition-basic-0.5.0.0-YvCs0jeFAq45PMRniEvc8Composition.Sound.KeyboardreadFileDoublesghc-prim GHC.TypesFloat#Composition.Sound.Functional.Basics OvertonesOInt liftInEnku#Composition.Sound.Functional.Params liftInParamsfilterInParamsParams