4*/      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghi j k l m n o p q r s t u v w x y z { | } ~  Safe 8CBuild a regular monad for generic monad transformer and monad. The U type allows us to force the kind (m :: * -> *) without using ExplicitKindSignatures.:Provide the methods that make a transformed monad a monad.  Safe ;=>?CFTV_%#This function allows to generalize # and $K to more arguments. You could achieve the same with nested applications of assignment3 (,). !"#$%&'" !#$%&' -/1Safe #$%&89: 8:9#$%&Safe #$%&;<=>?@A ;=<>?#$%&@ASafe+BDCEFBCDCDEFBCDSafePN max x y z means  max x y = z.O You might be tempted to use the O rule to collect parameters for rules with more than three arguments. This is generally not a good idea since this way you lose granularity. For building rules with more than three arguments, please build according assignments with % and &9 and bundle these assignments to rules. This is the way, K and L work.P add x y z means x+y=z.Q mul x y z means x*y=z.R square x y means x^2=y.S pow x y z means x**y=z. KLMNOPQRS KLMONPQRSSafelT x=1 y=2 z=3 w=3 x+y=3 y*z=6 z=3 y^w=8TTSafe<%VAn expression is defined by a set of equations and the variable at the top-level. The value of the expression equals the value of the top variable.W5Make a constant expression of a simple numeric value.\#This function allows to generalize Z and [ to more arguments using  combinators.Example: lfromRule3 rule x y = runApply $ liftA2 rule (arg x) (arg y) = runApply $ pure rule <*> arg x <*> arg yBuilding rules with \0 provides more granularity than using auxiliary d rules!bxWe are not able to implement a full Ord instance including Eq superclass and comparisons, but we need to compute maxima.dConstruct or decompose a pair.UVWXYZ[\]^_`abcdVWXYZ[U\]a`^_bcdUV`4a0 Safe&ijij Safe& klutsrqpnomvlmnopqrstukyxwvl mnopqrstu Safe ;=>?CFTV({|}~"~|}{|}~ Safe)  x=1 y=2 z=3 x+y=3 y*z=6 z=3   !"#$%&'()*+,-./0123456789:;<=>?#"$#"$%&'*@ABCDEFGHIJKLMNOPQ"&RSTU01VWXYKZL[\<= Q ] ^ " _ ` a b c d e f g h i [ \ j # k k l l m n o p p q r r s t u $ v w x Q y z { | } ~  # q r r $ & _w#*unique-logic-tf-0.5-6M54OMiCSMa2IF9g9wQ861UniqueLogic.ST.TF.MonadTransUniqueLogic.ST.TF.SystemUniqueLogic.ST.TF.System.LabelUniqueLogic.ST.TF.System.Simple UniqueLogic.ST.TF.ZeroFractionalUniqueLogic.ST.TF.RuleUniqueLogic.ST.TF.Example.RuleUniqueLogic.ST.TF.Expression$UniqueLogic.ST.TF.Example.ExpressionUniqueLogic.ST.TF.Example.Term UniqueLogic.ST.TF.Example.VerifyUniqueLogic.ST.TF.Example.LabelWrapCpointbindwrapunwraplift $fCMaybeT $fCExceptT $fCWriterT $fCIdentityT $fMonadWrap$fApplicativeWrap $fFunctorWrapApplyupdateValueValueConstraintvalueConstraintFragilebreakTVariableglobalVariable localVariableconstantsolvesolveDepthFirstsolveBreadthFirstquery updateIfNewupdateAndCheck simpleUpdate assignment2 assignment3argrunApply runApplyMaybe$fMonoidUpdates$fSemigroupUpdates$fMonadT$fApplicativeT $fFunctorT$fValueExceptTa$fValueWriterTa$fValueIdentityTa$fFragileExceptT$fApplicativeApply$fFunctorApply $fEqOrder $fEnumOrdermultiplydividemultiplyDefault divideDefault $fCComplex$fCRatio $fCDouble$fCFloatgeneric2generic3equmaxpairaddmulsquarepowexample fromVariable fromRule1 fromRule2 fromRule3sqrsqrt=!==:=maximum $fFractionalT$fNumT exampleZeroNameConstVarMaxAddSubMulDivAbsSignumisZero$fCT$fShowT ExceptionTrackrunTrackToTrackedNumbertoTrackedNumber TrackedNumberAssignsAssignVerifyConstrainttn1tn2match inconsistency logUpdate$fCTrackedNumber$fFractionalTrackedNumber$fNumTrackedNumber$fFunctorTrackedNumber$fToTrackedNumberTrackedNumber$fCTrackD:R:ValueConstraintTracktn0$fValueTracktn $fCTrack0$fMonadTransTrack $fMonadTrack$fApplicativeTrack$fFunctorTrack$fShowTrackedNumber $fShowAssign$fShowExceptionrule expressionbaseData.Functor.Const InconsistencyOrder DepthFirst BreadthFirstConsrunUpdates unpackUpdates varUpdate dependsRefvalueRefD:R:ValueConstraintExceptTa0ExceptionConstraintD:R:ValueConstraintWriterTa0WriterConstraintD:R:ValueConstraintIdentityTa0IdentityConstraintGHC.Base Applicative