let melody = slow 6 $ "0 2 [4 8 .] [3 4 3] 8 4 9"
do cps (86/60/2) d9 $ midicmd "midiClock*48" # s "midi"
d9 $ midicmd "start" # s "midi"
d4 -- $ rev \n $ note ((scaleP scalePattern -- $ off 4 ((+ 2 ).slow 2) \n -- $ off 1 (inversion.slow 2) \n $(rotR 1.5 ) $(+ slow 8 "x" <~> generateMelodicSeed) -- $ inversion \n $ generateMelodicSeed ))#s "[pe-gtr:12,midi]" #gain 1.2 #orbit 3 #midichan 4
Closures
Closures are a way of treating a function as an object. Functional language generally let the programmer define anonymous functions that “enclose” data that is needed for their function. These functions can then be composed with others to form larger structure. For example, consider the following js function:
function saySomthing(something) {
return ()=>"say" + " " + something;
}
The function saySomething “encloses” the value something and then returns a function that, when called returns the value of something concatenated with the string “say”.
Notes mentioning this note
Functional programming
Functional Programming Functional Programming is a paradigm for software design. It favors implementing functionality by composition of pure function and...
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