Documentation

run :: ReaderT Handle IO a -> IO a Source #

runLLVM :: ReaderT Handle IO a -> IO a Source #

runTimidity :: ReaderT Handle IO a -> IO a Source #

pass :: ReaderT Handle IO () Source #

transpose :: ReaderT Handle IO () Source #

reverse :: ReaderT Handle IO () Source #

latch :: ReaderT Handle IO () Source #

groupLatch :: ReaderT Handle IO () Source #

delay :: ReaderT Handle IO () Source #

delayAdd :: ReaderT Handle IO () Source #

delayTranspose :: ReaderT Handle IO () Source #

cycleUp :: ReaderT Handle IO () Source #

cycleUpAuto :: ReaderT Handle IO () Source #

pingPong :: ReaderT Handle IO () Source #

pingPongAuto :: ReaderT Handle IO () Source #

binary :: ReaderT Handle IO () Source #

crossSum :: ReaderT Handle IO () Source #

bruijn :: ReaderT Handle IO () Source #

random :: ReaderT Handle IO () Source #

randomInversions :: ReaderT Handle IO () Source #

serialCycleUp :: ReaderT Handle IO () Source #

split :: ReaderT Handle IO () Source #

splitPattern :: ReaderT Handle IO () Source #

cyclePrograms :: ReaderT Handle IO () Source #

sweep :: ReaderT Handle IO () Source #

guitar :: ReaderT Handle IO () Source #

snapSelect :: ReaderT Handle IO () Source #

continuousSelect :: ReaderT Handle IO () Source #

time :: Rational -> RelativeSeconds Source #

ticks :: Rational -> Reactor RelativeTicks Source #

stranspose :: Int -> Data -> Maybe Data Source #

getTempo :: C ev => Event ev -> Reactor (Behavior RelativeTicks, Event ev) Source #

pattern :: C set => set PitchChannel Velocity -> (Behavior (set PitchChannel Velocity) -> Event AbsoluteTicks -> Reactor (Event [Boundary PitchChannel Velocity])) -> ReaderT Handle IO () Source #

cycleUpOffset :: ReaderT Handle IO () Source #

trainer :: RandomGen g => g -> ReaderT Handle IO () Source #