92,6      !"#$%&'()*+,-./012345@(c) Ertugrul Soeylemez, 2013 Rongcui Dong, 2015BSD3 Rongcui Dong <karl_1702@188.com>Safe%&02349;<=?LOT[\#Steps a signal in certain time step6Left-strict version of 7 for functions.8Left-strict version of 9 for functions.Left strict tupleSignal to be steppedInput | Stateful output68  68 1(c) 2013 Ertugrul Soeylemez (c) 2015 Rongcui DongBSD3 Ertugrul Soeylemez <es@ertes.de>Safe%&02349;<=?LOT[\This function runs the given signal network using the given state delta generator. It constantly shows the output of the wire on one line on stdout. Press Ctrl-C to abort.This command drives a black box of signal network. The driver knows nothing about the internals of the network, only stops when the network is inhibited.@(c) Ertugrul Soeylemez, 2013 Rongcui Dong, 2015BSD3 Rongcui Dong <karl_1702@188.com>Safe%&02349;<=?LOT[\6Make a pure stateful signal from given signal function7Make a pure stateless signal from given signal functionqMake a stateful wire from chained state transition function. Notice that the output will always be the new value#Make a signal that inhibits foreverThe Identity SignalMake a constant Signal:Make a pure stateful signal from given transition function0Make a pure stateless signal from given function?Make a stateful signal from given (Monadic) transition function+Make a stateless signal from given function-Make a stateless signal from Kleisli function,Make a stateful signal from Kleisli functionMake a monadic constant wire.Make a monadic action wire, alias for mkConstM(c) 2015 Rongcui DongBSD3 Rongcui Dong <karl_1702@188.com>Safe%&02349;<=?LOT[\@(c) Ertugrul Soeylemez, 2013 (c) Rongcui Dong, 2015BSD3 Rongcui Dong <karl_1702@188.com>Safe%&02349;<=?LOT[\:A Sink of discrete event;A Source of discrete event A Cell of continuous value.Cells must not be inhibited<A Sink of discrete event=A Source of discrete event!A Stream of discrete events.#A = that never fires$A = that fires only ones) Merges two !+. When simultaneous, use the merge function* Merges two !0 with precedence to first. P stands for Priority+GHolds a discrete value to be continuous. An initial value must be given,;Filters stream of event. TODO: In future, might implement >-GTakes a snapshot of b when an event a comes. Meanwhile, transform the ! with the   value.%This conviniently just samples a Cell/IA state block, updates on event. Note that this can be constructed with C directly, but we are using primitives instead, for easy reasoning :; <=!"#$%&'()*+,-./?@ABC012345hDEFGHIJKLMNOPQRSTUVWXYZ[\]97^_`abcdefghijklmnopqrstuvwxyz{|}~ !"#$%&'()*+,-./012345! "#$%&'()*+,-./012345 :; <=!"#$%&'()*+,-./?@ABC012345      !"#$%&'()*+,-./0123456789:;<=>?@=>ABCDE=FGHIJKL=MN=MO=MP=MQ=MR=MS=TU=TV=TW=TX=TY=TZ=T[=T\=T\=T]=>^=>_=>`=>a=>b=>c=>d=>e=>f=>g=>h=>h=>i=>j=>k=>l=>m=>n=>o=>p=>q=>r=>s=>t=>u=>u=>v=>w=xy=xz=x{=x|=x}=~=~=~==M=M=M=M=M=M=M=M=M'timeless-1.0.1.0-9gcktjvhqlHFs5Hlm4d6gPFRP.Timeless.Internal.SignalFRP.Timeless.Run&FRP.Timeless.Internal.Prefab.Primitive FRP.TimelessFRP.Timeless.Internal.PrefabSignalSIdSConstSArrSPureSGen stepSignallstrict$fApplicativeSignal$fFunctorSignal$fArrowLoopSignal$fArrowChoiceSignal $fArrowSignal$fCategoryTYPESignal testSignalrunBoxmkSFmkSF_mkSW_mkEmptymkIdmkConstmkPuremkPure_mkGenmkGen_ mkKleisli_mkSK_mkConstMmkActMdelay StreamCellCellStreamarrSneverSonceSsourceCsinkCsourceSsinkSmergeSmergeSPholdfilterSsnapshotsamplestatezipSzipS3zipS4zipS5zipS6zipS7&&&!base Control.Arrow&&&***!***CellSink CellSource StreamSink StreamSource Data.FoldableFoldablemzip3mzip4mzip5mzip6mzip7GHC.Base<$ Applicativepure<*>*><*Control.Applicativeoptional WrappedMonad WrapMonad unwrapMonad WrappedArrow WrapArrow unwrapArrowZipList getZipListleftApp^<<<<^>>^^>>returnAArrowarrfirstsecondKleisli runKleisli ArrowZero zeroArrow ArrowPlus<+> ArrowChoice|||+++leftright ArrowApplyapp ArrowMonad ArrowLooploopControl.Category>>><<<Categoryid.Data.Functor.ConstConstgetConst Data.Functor<$>liftA3liftA2liftA<**> Alternativeempty<|>somemany time-1.6.0.1Data.Time.Clock.UTCDiff diffUTCTime addUTCTimeData.Time.Clock.POSIXgetCurrentTimeData.Time.Clock.UTCUTCTimeutctDay utctDayTimeNominalDiffTimeData.Time.Clock.ScalediffTimeToPicosecondspicosecondsToDiffTimesecondsToDiffTime UniversalTime ModJulianDategetModJulianDateDiffTime