h&) -      !"#$%&'()*+,(C) 2023 Alexey TochinBSD3 (see the file LICENSE)'Alexey Tochin None -05>? simple-expr A copy of  plotDGraph method from  but the parameter - is replaced by .. simple-expr A copy of  toDirectedDot method from  but the parameter - is replaced by ../ simple-expr A copy of  toDirectedDot method from .0 simple-expr A copy of sensibleDotParams method from ./0(C) 2023 Alexey TochinBSD3 (see the file LICENSE)'Alexey Tochin None -05>? d  simple-expr#Expression typeclass. It includes  as well as list and tuples of  etc. simple-exprEntity that is representable as a list of in general other entities. In particular, X is a list of single [X], see the example below.Examples of usage%data Atom = Atom String deriving Showtype Particle = ListOf Atomcontent (Atom "He") :: [Atom] [Atom "He"]&content (Atom "H", Atom "H") :: [Atom][Atom "H",Atom "H"]0content [Atom "H", Atom "O", Atom "H"] :: [Atom][Atom "H",Atom "O",Atom "H"] simple-expr4Returns a list of entities the argument consists of. simple-exprSimple expression type, see Debug.SimpleExpr.Tutorial.hstutorial simple-expr Expression F-algebra functional.  simple-expr/Initializes a single integer number expression.Examples of usage a = number 42a42:t aa :: SimpleExpr  simple-expr2Initializes a single symbolic variable expression.Examples of usagex = variable "x"xx:t xx :: SimpleExpr  simple-expr7Returns the list of head dependencies of an expression.Examples of usageimport Prelude (($), id)import NumHask ((+), (*));dependencies (variable "x" + (variable "y" * variable "z"))[x,yz] simple-expr?Shows expression adding brackets if it is needed for a context. simple-exprInituialize unarry functionExamples of usagex = variable "x"f = unaryFunc "f"f xf(x):t xx :: SimpleExpr:t ff :: SimpleExpr -> SimpleExpr simple-exprInituialize unarry functionExamples of usagex = variable "x"y = variable "y"(-*-) = binaryFunc "-*-"x -*- yx-*-y:t xx :: SimpleExpr:t (-*-)/(-*-) :: SimpleExpr -> SimpleExpr -> SimpleExpr:t x-*-yx-*-y :: SimpleExpr simple-expr!Minimalistic simplification step.Examples of usageimport Prelude (($), id)import NumHask ((+), (*), (**))$simplifyStep id (0 + (0 + (0 + 10)))0+(0+10)%simplifyStep id (1 * (0 + (10 ** 1)))0+(10^1) simple-exprSimplify expression using some primitive rules like '0 * x -> 0' specified in  implementation.Examples of usageimport Prelude (($)),import Debug.SimpleExpr (variable, simplify)import NumHask ((+), (-), (*))x = variable "x"$simplify $ (x + 0) * 1 - x * (3 - 2)0    (C) 2023 Alexey TochinBSD3 (see the file LICENSE)'Alexey Tochin None -05>?) simple-expr(Transforms a simple expression to graph.* simple-expr3Appends a node to a graph using string valued keys.'The first argumet is the new node name.3The second argument is the list of dependent nodes.+ simple-expr"Transforms an expression to graph.Examples of usage"import Debug.SimpleExpr (variable)import NumHask ((+), (-))x = variable "x"y = variable "y"exprToGraph [x + y, x - y]fromList [("x",[("x+y",()),("x-y",())]),("x+y",[]),("x-y",[]),("y",[("x+y",()),("x-y",())])], simple-exprVisualizes an expression.Examples of usage*import Debug.SimpleExpr (number, variable)import NumHask ((+), (-))6import Data.Graph.VisualizeAlternative (plotDGraphPng) &>>> plotExpr (number 1 + variable "x") doc/images/demo1.png1+xx = variable "x"y = variable "y" >>> plotExpr [x + y, x - y] doc/images/demo2.pngx+y,x-y)*+,+,)*(C) 2023 Alexey TochinBSD3 (see the file LICENSE)'Alexey Tochin None -05>?#  +, ,+ (C) 2023 Alexey TochinBSD3 (see the file LICENSE)'Alexey Tochin None -05>? Safe-Inferred -05>?123456789      !"#$%&'()*+,-./012345678679:;<=>?@ABCsimple-expr-0.1.0.2-inplaceDebug.SimpleExprDebug.SimpleExpr.GraphUtilsDebug.SimpleExpr.ExprData.Graph.VisualizeAlternative Data.Graph VisualizeDebug.SimpleExpr.TutorialPaths_simple_expr plotDGraph plotDGraphPngExprListOfcontent SimpleExpr SimpleExprFNumberF VariableF BinaryFuncF SymbolicFuncFnumbervariable dependenciesshowWithBrackets unaryFunc binaryFunc simplifyStepsimplify$fFromIntegralFixInteger $fFromIntegralSimpleExprFInteger$fEq1SimpleExprF$fNumFix$fTrigFieldFix $fExpFieldFix $fFieldFix $fDivisiveFix$fDistributiveFix$fMultiplicativeFix$fSubtractiveFix $fAdditiveFix $fShowFix$fListOfinner[]$fListOfinner(,,,,)$fListOfinner(,,,)$fListOfinner(,,)$fListOfinner(,)$fListOfinnerinner$fListOfinner()$fFunctorSimpleExprF$fEqSimpleExprFsimpleExprToGraphappendNodeToGraph exprToGraphplotExprgraphviz-2999.20.1.0-5260288d5c9c3beef1cc98fd50626f1f16d3930961bb4839ed4208331a28279c Data.GraphViz.Commands.AvailableSfdpDot toDirectedDotsensibleDotParamsversion getBinDir getLibDir getDynLibDir getDataDir getLibexecDir getSysconfDirgetDataFileName