;; This file is part of the Emacs mode for FriCAS.  Please read fricas.el
;; instead.
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; a list of all FriCAS symbols
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar fricas-symbol-list
  (let* ((l (list
"opposite?"
"zerosOf"
"zeroOf"
"rootsOf"
"makeSketch"
"rootSum"
"inrootof"
"droot"
"iroot"
"size?"
"eq?"
"assoc"
"doublyTransitive?"
"knownInfBasis"
"rootSplit"
"ratDenom"
"ratPoly"
"rootFactor"
"rootPower"
"rootProduct"
"rootSimp"
"rootKerSimp"
"leftRank"
"rightRank"
"doubleRank"
"weakBiRank"
"biRank"
"basisOfCommutingElements"
"basisOfLeftAnnihilator"
"basisOfRightAnnihilator"
"basisOfLeftNucleus"
"basisOfRightNucleus"
"basisOfMiddleNucleus"
"basisOfNucleus"
"basisOfCenter"
"basisOfLeftNucloid"
"basisOfRightNucloid"
"basisOfCentroid"
"radicalOfLeftTraceForm"
"trueEqual"
"showTypeInOutput"
"obj"
"dom"
"objectOf"
"domainOf"
"any"
"applyRules"
"vertSplit"
"blockConcat"
"vertConcat"
"horizConcat"
"squareTop"
"setColumn!"
"colSlice"
"rowSlice"
"oneDimensionalArray"
"associatedSystem"
"uncouplingMatrices"
"associatedEquations"
"arrayStack"
"morphism"
"balancedFactorisation"
"mapDown!"
"mapUp!"
"setleaves!"
"balancedBinaryTree"
"sylvesterMatrix"
"subSylvesterMatrix"
"bezoutMatrix"
"subresultants"
"bezoutResultant"
"bezoutDiscriminant"
"inspect"
"extract!"
"position!"
"starts"
"_|_"
"T$"
"test"
"setProperties"
"setProperty"
"property"
"deleteProperty!"
"assert"
"has?"
"input"
"comparison"
"equality"
"nary?"
"unary?"
"nullary?"
"arity"
"properties"
"derivative"
"constantOperator"
"constantOpIfCan"
"setright!"
"setleft!"
"brillhartIrreducible?"
"brillhartTrials"
"noLinearFactor?"
"insertRoot!"
"binarySearchTree"
"nor"
"nand"
"node"
"binaryTournament"
"binaryTree"
"subtractIfCan"
"setPosition"
"cylindricalDecomposition"
"projectionSet"
"coefficientSet"
"discriminantSet"
"resultantSet"
"principalSubResultantSet"
"specialise"
"squareFreeBasis"
"generalizedContinuumHypothesisAssumed"
"generalizedContinuumHypothesisAssumed?"
"countable?"
"Aleph"
"unravel"
"ravel"
"leviCivitaSymbol"
"kroneckerDelta"
"reshape"
"alphanumeric"
"alphabetic"
"hexDigit"
"digit"
"charClass"
"simpleCells"
"projection"
"variablesOf"
"mainVariableOf"
"makeCell"
"setMult"
"getIntervals"
"cubicalFacet"
"transition_matrices"
"chainComplex"
"alphanumeric?"
"lowerCase?"
"upperCase?"
"alphabetic?"
"hexDigit?"
"digit?"
"newline"
"escape"
"char"
"ord"
"danilewski"
"char_pol"
"char_pol_via_interpolation"
"det_via_common_denominator"
"char_pol_via_den_interpolation"
"mkIntegral"
"radPoly"
"rootPoly"
"goodPoint"
"chvar"
"setOutMode"
"setRedMode"
"stirling"
"alpha"
"hilbert"
"alphaHilbert"
"arbFunctions"
"gauge"
"gaugeHilbert"
"bound"
"complete2"
"removeDuplicates"
"find"
"setMode"
"conj"
"gradeInvolution"
"rc"
"lc"
"toTable"
"ePseudoscalar"
"eFromBinaryMap"
"multivector"
"ee"
"e"
"linearlyDependentOverConstants?"
"linearDependenceOverConstants"
"particularSolutionOverConstants"
"solveLinearOverConstants"
"nullSpaceOverConstants"
"constant_subspace"
"clipParametric"
"clipWithRanges"
"counit"
"coproduct"
"coboundary"
"validate"
"coChainComplex"
"numberOfHues"
"blue"
"green"
"yellow"
"red"
"iifact"
"iibinom"
"iiperm"
"iipow"
"iidsum"
"iidprod"
"ipow"
"factorial"
"multinomial"
"distinct_partition"
"permutation"
"stirling1"
"stirling2"
"catalan"
"summation"
"factorials"
"mkcomm"
"smaller?"
"polarCoordinates"
"complex"
"imaginary"
"writeCategory"
"writePackage"
"solid"
"solid?"
"denominators"
"numerators"
"convergents"
"approximants"
"reducedForm"
"partialQuotients"
"partialDenominators"
"partialNumerators"
"reducedContinuedFraction"
"polar"
"cylindrical"
"spherical"
"parabolic"
"parabolicCylindrical"
"paraboloidal"
"ellipticCylindrical"
"prolateSpheroidal"
"oblateSpheroidal"
"bipolar"
"bipolarCylindrical"
"toroidal"
"conical"
"modTree"
"multiEuclideanTree"
"complexZeros"
"divisorCascade"
"graeffe"
"pleskenSplit"
"reciprocalPolynomial"
"rootRadius"
"schwerpunkt"
"setErrorBound"
"startPolynomial"
"cycleElt"
"computeCycleLength"
"computeCycleEntry"
"addCube"
"cubicalComplex"
"coerceP"
"powerSum"
"elementary"
"alternating"
"cyclic"
"dihedral"
"cap"
"cup"
"wreath"
"SFunction"
"skewSFunction"
"cyclotomicDecomposition"
"cyclotomicFactorization"
"doubleResultant"
"distdfact"
"separateDegrees"
"exptMod"
"trace2PowMod"
"tracePowMod"
"irreducible?"
"decimal"
"innerint"
"faceMap"
"triangle"
"deltaComplex"
"circle"
"dequeue"
"exteriorDifferential"
"totalDifferential"
"homogeneous?"
"leadingBasisTerm"
"ignore?"
"computeInt"
"checkForZero"
"doubleFloatFormat"
"qsqrt"
"qlog"
"hypergeometric0F1"
"directedGraph"
"rotatez"
"rotatey"
"rotatex"
"exponentb"
"exponenta"
"expb"
"expa"
"dictionary"
"dioSolve"
"additive?"
"multiplicative?"
"zeta"
"newLine"
"copies"
"say"
"sayLength"
"monotoneConvolution"
"booleanConvolution"
"freeConvolution"
"classicalConvolution"
"orthogonalPolynomials"
"jacobiParameters"
"monotoneCumulants"
"hankelDeterminants"
"booleanCumulants"
"freeCumulants"
"classicalCumulants"
"moments"
"booleanCumulant"
"freeCumulant"
"classicalCumulant"
"moment"
"gaussianDistribution"
"poissonDistribution"
"wignerDistribution"
"freePoissonDistribution"
"bernoulliDistribution01"
"arcsineDistribution"
"distributionByMonotoneCumulants"
"booleanCumulantFromJacobi"
"distributionByJacobiParameters"
"distributionByBooleanCumulants"
"distributionByFreeCumulants"
"distributionByClassicalCumulants"
"distributionByEvenMoments"
"distributionByMoments"
"mapall"
"R1_to_R2_coercion"
"setnext!"
"setprevious!"
"next"
"previous"
"datalist"
"shanksDiscLogAlgorithm"
"separant"
"leader"
"isobaric?"
"weights"
"differentialVariables"
"extractBottom!"
"extractTop!"
"insertBottom!"
"insertTop!"
"recolor"
"makeObject"
"drawComplex"
"drawComplexVectorField"
"setRealSteps"
"setImagSteps"
"setClipValue"
"draw"
"option?"
"range"
"colorFunction"
"curveColor"
"pointColor"
"clip"
"clipBoolean"
"style"
"toScale"
"pointColorPalette"
"curveColorPalette"
"var1Steps"
"var2Steps"
"space"
"tubePoints"
"tubeRadius"
"JContinuedFraction"
"makeVariable"
"Nul"
"exponents"
"iisqrt2"
"iisqrt3"
"iiexp"
"iilog"
"iisin"
"iicos"
"iitan"
"iicot"
"iisec"
"iicsc"
"iiasin"
"iiacos"
"iiatan"
"iiacot"
"iiasec"
"iiacsc"
"iisinh"
"iicosh"
"iitanh"
"iicoth"
"iisech"
"iicsch"
"iiasinh"
"iiacosh"
"iiatanh"
"iiacoth"
"iiasech"
"iiacsch"
"specialTrigs"
"localReal?"
"poly_factor"
"do_quo"
"rischNormalize"
"realLiouvillian"
"realElementary"
"validExponential"
"rootNormalize"
"rmap"
"tanQ"
"irootDep"
"select!"
"delete!"
"sncndn"
"lin_sol"
"ellipticRC"
"ellipticRD"
"ellipticRF"
"ellipticRJ"
"unit?"
"associates?"
"unitCanonical"
"unitNormal"
"factorAndSplit"
"rightOne"
"leftOne"
"rightZero"
"leftZero"
"swap"
"error"
"minPoly"
"operators"
"tower"
"kernels"
"mainKernel"
"distribute"
"multiEuclidean"
"extendedEuclidean"
"euclideanSize"
"sizeLess?"
"getSimplifyDenomsFlag"
"setSimplifyDenomsFlag"
"number?"
"replaceDiffs"
"constantToUnaryFunction"
"tubePlot"
"exponentialOrder"
"getMult"
"completeEval"
"lowerPolynomial"
"raisePolynomial"
"normalDeriv"
"ran"
"to_UP"
"subst_var"
"binomThmExpt"
"fmecg"
"pomopo!"
"mapExponents"
"linearAssociatedLog"
"linearAssociatedOrder"
"linearAssociatedExp"
"createNormalElement"
"setLabelValue"
"getCode"
"printCode"
"code"
"operation"
"common"
"printStatement"
"save"
"stop"
"block"
"cond"
"returns"
"call"
"comment"
"continue"
"gotoJump"
"repeatUntilLoop"
"whileLoop"
"forLoop"
"sin?"
"zeroVector"
"zeroSquareMatrix"
"identitySquareMatrix"
"fort_clean_lines"
"do_with_error_env3"
"do_with_error_env2"
"do_with_error_env1"
"expression2Fortran1"
"statement2Fortran"
"expression2Fortran"
"getStatement"
"changeExprLength"
"displayLines"
"dispStatement"
"fortFormatHead"
"fortFormatTypeLines"
"fort_format_types"
"indentFortLevel"
"checkType"
"newFortranTempVar"
"clear_used_intrinsics"
"get_used_intrinsics"
"get_fort_indent"
"refinementSolve"
"refinementGroebner"
"refinementEquations"
"refinementTransformations"
"refine!"
"setRefined!"
"invertMIN"
"multiplyMIN"
"addMIN"
"rightMinimization"
"leftMinimization"
"normalALS"
"extendedALS"
"refineUR!"
"factorizationSolve"
"factorizationGroebner"
"factorizationEquations"
"factorizationTransformations"
"factorize"
"rightFactor"
"leftFactor"
"ratexpr"
"ratexprInverse"
"rightFamily"
"leftFamily"
"summands"
"invertSTD"
"invertALS"
"multiplyALS"
"addALS"
"scaleALS"
"rowSpan"
"columnSpan"
"solutionVector"
"normalize!"
"normalizeDIAG!"
"normalizePLS!"
"normalizeRHS!"
"transformationMatrix"
"representation"
"linearization"
"admissibleLinearSystem"
"refined?"
"blockStructure"
"addColumnsRows!"
"addRowsColumns!"
"swapRowsColumns!"
"pencil"
"appendSupport!"
"polynomial?"
"regular?"
"scalar?"
"qregular?"
"mutable?"
"minimal?"
"toggleAlternativeOutput"
"disableAlternativeOutput"
"enableAlternativeOutput"
"toggleDebugOutput"
"disableDebugOutput"
"enableDebugOutput"
"lSpaceBasis"
"finiteBasis"
"principal?"
"divisor"
"weierstrassHalfPeriods"
"weierstrassInvariants"
"modularInvariantJ"
"landen1"
"landen2"
"landen"
"kprod"
"sn2"
"useNagFunctions"
"rationalPoints"
"nonSingularModel"
"algSplitSimple"
"hyperelliptic"
"elliptic"
"integralDerivationMatrix"
"integralRepresents"
"integralCoordinates"
"yCoordinates"
"inverseIntegralMatrixAtInfinity"
"integralMatrixAtInfinity"
"inverseIntegralMatrix"
"integralMatrix"
"reduceBasisAtInfinity"
"normalizeAtInfinity"
"complementaryBasis"
"integral?"
"integralAtInfinity?"
"integralBasisAtInfinity"
"ramified?"
"ramifiedAtInfinity?"
"singular?"
"singularAtInfinity?"
"branchPoint?"
"branchPointAtInfinity?"
"rationalPoint?"
"absolutelyIrreducible?"
"genus"
"getZechTable"
"createZechTable"
"createMultiplicationTable"
"createMultiplicationMatrix"
"createLowComplexityTable"
"createLowComplexityNormalBasis"
"fffg"
"generalCoefficient"
"ShiftAction"
"ShiftC"
"DiffAction"
"DiffC"
"qShiftAction"
"qShiftC"
"genVectorStream"
"genVectorStream2"
"generalInterpolation"
"representationType"
"createPrimitiveElement"
"tableForDiscreteLogarithm"
"factorsOfCyclicGroupSize"
"sizeMultiplication"
"getMultiplicationMatrix"
"getMultiplicationTable"
"primitive?"
"numberOfIrreduciblePoly"
"numberOfPrimitivePoly"
"numberOfNormalPoly"
"createIrreduciblePoly"
"createPrimitivePoly"
"createNormalPoly"
"createNormalPrimitivePoly"
"createPrimitiveNormalPoly"
"nextIrreduciblePoly"
"nextPrimitivePoly"
"nextNormalPoly"
"nextNormalPrimitivePoly"
"nextPrimitiveNormalPoly"
"leastAffineMultiple"
"reducedQPowers"
"rootOfIrreduciblePoly"
"mapContra"
"looseEquals"
"diagramHeight"
"diagramWidth"
"deepDiagramSvg"
"diagramsSvg"
"diagramSvg"
"subdiagramSvg"
"isFunctional?"
"distanceMatrix"
"laplacianMatrix"
"adjacencyMatrix"
"incidenceMatrix"
"isAcyclic?"
"loopsArrows"
"loopsAtNode"
"loopsNodes"
"spanningForestNode"
"spanningTreeNode"
"spanningForestArrow"
"spanningTreeArrow"
"routeArrows"
"routeNodes"
"arrowsToArrow"
"arrowsFromArrow"
"nodeToArrow"
"nodeFromArrow"
"arrowsToNode"
"arrowsFromNode"
"nodeToNode"
"nodeFromNode"
"outDegree"
"inDegree"
"getArrowIndex"
"arrowName"
"isFixPoint?"
"isGreaterThan?"
"isDirectSuccessor?"
"kgraph"
"cycleClosed"
"cycleOpen"
"terminal"
"initial"
"getArrows"
"getVertexIndex"
"getVertices"
"flush"
"write!"
"read!"
"iomode"
"reopen!"
"open"
"rightUnit"
"leftUnit"
"rightMinimalPolynomial"
"leftMinimalPolynomial"
"associatorDependence"
"lieAlgebra?"
"jordanAlgebra?"
"noncommutativeJordanAlgebra?"
"jordanAdmissible?"
"lieAdmissible?"
"jacobiIdentity?"
"powerAssociative?"
"alternative?"
"flexible?"
"rightAlternative?"
"leftAlternative?"
"antiAssociative?"
"associative?"
"antiCommutative?"
"commutative?"
"rightCharacteristicPolynomial"
"leftCharacteristicPolynomial"
"rightNorm"
"leftNorm"
"rightTrace"
"leftTrace"
"someBasis"
"finiteLattice"
"LiePoly"
"quickSort"
"heapSort"
"shellSort"
"gamma"
"outputSpacing"
"outputGeneral"
"outputFixed"
"outputFloating"
"exp1"
"log10"
"log2"
"rationalApproximation"
"relerror"
"complexSolve"
"complexRoots"
"realRoots"
"support"
"moebiusFunction"
"overlap"
"hcrf"
"hclf"
"writable?"
"readable?"
"exists?"
"extension"
"directory"
"filename"
"functionGraph"
"shallowExpand"
"deepExpand"
"clearFortranOutputStack"
"showFortranOutputStack"
"popFortranOutputStack"
"pushFortranOutputStack"
"topFortranOutputStack"
"setFormula!"
"formula"
"fracPart"
"polyPart"
"fullPartialFraction"
"primeFrobenius"
"discreteLog"
"decreasePrecision"
"increasePrecision"
"bits"
"mergeFactors"
"unitNormalize"
"unit"
"flagFactor"
"sqfrFactor"
"primeFactor"
"irreducibleFactor"
"factors"
"nilFactor"
"factorFraction"
"regularRepresentation"
"traceMatrix"
"randomLC"
"minimize"
"module"
"represents"
"rightRegularRepresentation"
"leftRegularRepresentation"
"rightTraceMatrix"
"leftTraceMatrix"
"rightDiscriminant"
"leftDiscriminant"
"algtower"
"isMult"
"applyQuote"
"exprToXXP"
"exprToUPS"
"exprToGenUPS"
"exprToPS"
"localAbs"
"atan1"
"integ"
"integ_df"
"powToUPS"
"universe"
"cardinality"
"internalIntegrate0"
"makeCos"
"makeSin"
"logGamma"
"li2"
"rabs"
"lambert_via_newton1"
"lambert_via_newton2"
"lambert_inverse_series"
"iiGamma"
"iiabs"
"iiconjugate"
"iiBeta"
"iidigamma"
"iipolygamma"
"iiBesselJ"
"iiBesselY"
"iiBesselI"
"iiBesselK"
"iiAiryAi"
"iiAiryAiPrime"
"iiAiryBi"
"iiAiryBiPrime"
"iAiryAi"
"iAiryAiPrime"
"iAiryBi"
"iAiryBiPrime"
"iiHypergeometricF"
"iiPolylog"
"iLambertW"
"bringDown"
"newReduc"
"logical?"
"character?"
"doubleComplex?"
"complex?"
"double?"
"fortranCharacter"
"fortranDoubleComplex"
"fortranComplex"
"fortranLogical"
"fortranInteger"
"fortranDouble"
"fortranReal"
"external?"
"dimensionsOf"
"scalarTypeOf"
"fortranCarriageReturn"
"fortranLiteral"
"fortranLiteralLine"
"processTemplate"
"makeFR"
"musserTrials"
"stopMusserTrials"
"numberOfFactors"
"modularFactor"
"useSingleFactorBound?"
"useSingleFactorBound"
"useEisensteinCriterion?"
"useEisensteinCriterion"
"eisensteinIrreducible?"
"tryFunctionalDecomposition?"
"tryFunctionalDecomposition"
"henselFact"
"btwFact"
"beauzamyBound"
"bombieriNorm"
"rootBound"
"singleFactorBound"
"quadraticNorm"
"infinityNorm"
"scaleRoots"
"shiftRoots"
"degreePartition"
"factorOfDegree"
"factorsOfDegree"
"pascalTriangle"
"rangePascalTriangle"
"sizePascalTriangle"
"fillPascalTriangle"
"safeCeiling"
"safeFloor"
"safetyMargin"
"sumSquares"
"euclideanNormalForm"
"euclideanGroebner"
"factorGroebnerBasis"
"groebnerFactorize"
"credPol"
"gbasis"
"gbasisExtend"
"critT"
"critM"
"critB"
"critBonD"
"critMTonD1"
"critMonD1"
"redPo"
"updatF"
"updatD"
"minGbasis"
"lepol"
"prinshINFO"
"prindINFO"
"fprindINFO"
"prinpolINFO"
"prinb"
"critpOrder"
"makeCrit"
"gcdBasis"
"gcdDecomposition"
"conditionsForIdempotents"
"genericRightDiscriminant"
"genericRightTraceForm"
"genericLeftDiscriminant"
"genericLeftTraceForm"
"genericRightNorm"
"genericRightTrace"
"genericRightMinimalPolynomial"
"rightRankPolynomial"
"genericLeftNorm"
"genericLeftTrace"
"genericLeftMinimalPolynomial"
"leftRankPolynomial"
"generic"
"rightUnits"
"leftUnits"
"gnuDraw"
"compBound"
"tablePow"
"solveid"
"testModulus"
"generalizedMoebiusFunction"
"canonicalMoebiusFunction"
"moebiusMatrix"
"removeZeros"
"infsum"
"HenselLift"
"completeHensel"
"multMonom"
"build"
"leadingIndex"
"leadingExponent"
"option"
"checkOptions"
"displayKind"
"indexName"
"variableName"
"functionNames"
"functionName"
"one"
"checkExtraValues"
"safety"
"allDegrees"
"maxMixedDegree"
"maxDegree"
"maxLevel"
"Somos"
"homogeneous"
"maxPower"
"maxSubst"
"maxShift"
"maxDerivative"
"GospersMethod"
"primitiveMonomials"
"totalDegreeSorted"
"totalDegree"
"nextSubsetGray"
"firstSubsetGray"
"clipPointsDefault"
"drawToScale"
"adaptive"
"putColorInfo"
"appendPoint"
"component"
"ranges"
"pointLists"
"makeGraphImage"
"sendGraphImage"
"graphImage"
"groebSolve"
"testDim"
"genericPosition"
"toPermutationIfCan"
"directProduct"
"refactor"
"groupPresentation"
"F2EXPRR"
"EXPRR2F"
"iim2"
"iiretractVar"
"guess"
"guessExpRat"
"guessBinRat"
"guessAlgDep"
"guessFE"
"guessAlg"
"guessPade"
"algDepHP"
"substHP"
"shiftHP"
"diffHP"
"guessRec"
"guessPRec"
"guessRat"
"guessADE"
"guessHolo"
"HankelMatrix"
"update!"
"lfunc"
"inHallBasis?"
"reorder"
"heap"
"gcdprim"
"gcdcofact"
"gcdcofactprim"
"lintgcd"
"hex"
"members"
"parts"
"count"
"every?"
"any?"
"map!"
"dispGenerators"
"homologyzc2"
"homologyc2"
"homologyzz"
"homologyz"
"homology0"
"homologyGroup"
"antipode"
"factorList"
"listConjugateBases"
"matrixGcd"
"divideIfCan!"
"leastPower"
"idealiser"
"idealiserMatrix"
"moduleSum"
"mapUnivariate"
"mapUnivariateIfCan"
"mapMatrixIfCan"
"mapBivariate"
"fullDisplay"
"relationsIdeal"
"saturate"
"groebner?"
"groebnerIdeal"
"ideal"
"leadingIdeal"
"backOldPos"
"generalPosition"
"quotient"
"zeroDim?"
"inRadical?"
"in?"
"element?"
"zeroDimPrime?"
"zeroDimPrimary?"
"radical"
"primaryDecomp"
"leadingTerm"
"constructOrdered"
"leadingSupport"
"eigenvector"
"generalizedEigenvector"
"eigenvalues"
"eigenvectors"
"generalizedEigenvectors"
"removeRepeats!"
"shrinkable"
"physicalLength!"
"physicalLength"
"flexibleArray"
"parseILTerm"
"parseIL2"
"parseIL"
"proposition"
"generalizedInverse"
"row_operation_base"
"row_operation_modular"
"do_modular_solve"
"do_poly_integer"
"merge_exponents"
"merge2"
"setFieldInfo"
"pol"
"xn"
"dAndcExp"
"repSq"
"expPot"
"qPot"
"lookup"
"normal?"
"normalElement"
"minimalPolynomial"
"incidenceAlgebra"
"increment"
"incrementBy"
"charpol"
"solve1"
"innerEigenvectors"
"compile"
"declare"
"parse"
"unparse"
"flatten"
"binary"
"packageCall"
"coerceToType"
"atType"
"pretendOfType"
"interpret"
"infiniteProduct"
"evenInfiniteProduct"
"oddInfiniteProduct"
"generalInfiniteProduct"
"innerSolve1"
"innerSolve"
"makeEq"
"modularGcdPrimitive"
"modularGcd"
"reduction"
"signAround"
"invmod"
"powmod"
"mulmod"
"submod"
"addmod"
"mask"
"dec"
"inc"
"symmetricRemainder"
"positiveRemainder"
"bit?"
"algint"
"algintegrate"
"palgintegrate"
"algextint"
"algextint_base"
"bitCoef"
"bitTruth"
"contains?"
"width"
"inf"
"qinterval"
"interval"
"li_int"
"poly_int"
"solve_u"
"lfextendedint"
"lfintegrate"
"BasicMethod"
"PollardSmallFactor"
"palgint0"
"palgRDE0"
"rationalize_ir"
"palgLODE0"
"carmichaelLambda"
"chineseRemainder"
"divisors"
"eulerPhi"
"fibonacci"
"harmonic"
"jacobi"
"moebiusMu"
"numberOfDivisors"
"sumOfDivisors"
"sumOfKthPowerDivisors"
"HermiteIntegrate"
"unitPart"
"palgint"
"palgRDE"
"param_RDE"
"param_LODE"
"palgLODE"
"primextint"
"expextint"
"diffextint"
"unkextint"
"monologextint"
"extendedint"
"logextint"
"splitConstant"
"pmComplexintegrate"
"pmintegrate"
"infieldint"
"integerIfCan"
"internalIntegrate"
"infieldIntegrate"
"varselect"
"kmax"
"ksec"
"vark"
"removeConstantTerm"
"mkPrim"
"intPatternMatch"
"primintegrate"
"expintegrate"
"lambintegrate"
"monomialIntegrate"
"monomialIntPoly"
"inverseLaplace"
"quadraticNonResidue"
"iprint"
"elem?"
"notelem"
"logpart"
"ratpart"
"mkAnswer"
"perfectNthPower?"
"perfectNthRoot"
"approxNthRoot"
"perfectSquare?"
"perfectSqrt"
"approxSqrt"
"generateIrredPoly"
"complexExpand"
"complexIntegrate"
"dimensionOfIrreducibleRepresentation"
"irreducibleRepresentation"
"checkRur"
"cAcsch"
"cAsech"
"cAcoth"
"cAtanh"
"cAcosh"
"cAsinh"
"cCsch"
"cSech"
"cCoth"
"cTanh"
"cCosh"
"cSinh"
"cAcsc"
"cAsec"
"cAcot"
"cAtan"
"cAcos"
"cAsin"
"cCsc"
"cSec"
"cCot"
"cTan"
"cCos"
"cSin"
"cLog"
"cExp"
"cRationalPower"
"cPower"
"seriesToOutputForm"
"iCompose"
"taylorQuoByVar"
"iExquo"
"getStream"
"getRef"
"makeSeries"
"GF2FG"
"FG2F"
"F2FG"
"explogs2trigs"
"trigs2explogs"
"do_liou"
"swap!"
"fill!"
"entry?"
"indices"
"index?"
"dimS"
"dimJ"
"Pr"
"Pm"
"integrateIfCan"
"derivativeOf?"
"weight"
"type"
"allRepeated"
"m2r"
"r2m"
"repeatedIndex"
"multiIndex"
"numerJP"
"autoReduce"
"reduceMod"
"simpMod"
"simpOne"
"dSubst"
"solveFor"
"sortLD"
"leadingDer"
"freeOf?"
"orderDim"
"formalDiff2"
"formalDiff"
"class"
"const?"
"jetVariables"
"numDepVar"
"numIndVar"
"getNotation"
"setNotation"
"P"
"U"
"X"
"ground"
"printSys"
"jacobiMatrix"
"makeSystem"
"setSimpMode"
"extractSymbol"
"analyseSymbol"
"prolongSymbol"
"prolongMV"
"project"
"contract"
"differentials"
"dP"
"dU"
"dX"
"d"
"eqRep?"
"ground?"
"prolong"
"lie"
"directions"
"diffP"
"diffU"
"diffX"
"search"
"keys"
"key?"
"symbolIfCan"
"kernel"
"height"
"argument"
"constantKernel"
"constantIfCan"
"kovacic"
"toStringConven"
"unbind"
"bind"
"subst"
"free?"
"getBoundValue"
"isFreeNode?"
"isBoundNode?"
"isLambda?"
"isCompound?"
"parseLambda"
"lambda"
"laplace"
"latticeJoinOfMeets"
"toStringUnwrapped"
"opType"
"deductions"
"meet"
"emptyLattice"
"latticeMeetOfJoins"
"logicF"
"logicT"
"trailingCoefficient"
"normalizeIfCan"
"polCase"
"distFact"
"identification"
"LyndonCoordinates"
"LyndonBasis"
"zeroDimensional?"
"fglmIfCan"
"lexTriangular"
"squareFreeLexTriangular"
"belong?"
"fresnelC"
"fresnelS"
"erfi"
"erf"
"dilog"
"li"
"Chi"
"Shi"
"Ci"
"Si"
"Ei"
"linGenPos"
"groebgen"
"totolex"
"minPol"
"computeBasis"
"coord"
"anticoord"
"intcompBasis"
"choosemon"
"close!"
"pack!"
"library"
"complexLimit"
"dehomogenize"
"lin_comb!"
"lin_comb"
"linearlyDependent?"
"linearDependence"
"solveLinear"
"reducedSystem"
"qnew"
"append!"
"equal?"
"qequal?"
"nelem"
"qzero?"
"qsemizero?"
"qdiagonal?"
"qdiagonal"
"uppertriangular?"
"quppertriangular?"
"qnilpotent?"
"qcolumnIndices"
"qrowIndices"
"subPencil"
"removeRowsColumns"
"insertRowsColumns"
"swapRows!"
"qswapRows!"
"addRows!"
"qaddRows!"
"qmultiplyRow!"
"multiplyRow!"
"qswapColumns!"
"swapColumns!"
"addColumns!"
"qaddColumns!"
"multiplyColumn!"
"qmultiplyColumn!"
"qscaleBlock!"
"transformRows!"
"transformColumns!"
"leftIdentity"
"rightIdentity"
"qsetelt!"
"setsubMatrix!"
"setsubPencil!"
"blockElimination"
"eliminationTransformations"
"eliminationEquations"
"eliminationGroebner"
"eliminationSolve"
"setDifference"
"setIntersection"
"setUnion"
"tails"
"append"
"match"
"splitList"
"topologicalSort!"
"topologicalSort"
"cartesianPower"
"minShift"
"LLL"
"extendedLLL!"
"extendedLLL"
"find_relation"
"substitute"
"duplicates?"
"mapGen"
"mapExpon"
"leftMult"
"rightMult"
"makeUnit"
"nthFactor"
"nthExpon"
"makeMulti"
"makeTerm"
"listOfMonoms"
"sort!"
"reverse!"
"copyInto!"
"sorted?"
"insert"
"delete"
"delta_deriv"
"symmetricSquare"
"factor1"
"testnp"
"testfn"
"testf2"
"testll"
"testlc"
"testln"
"testlw"
"testcp"
"testco"
"testcx"
"testpd"
"testfr"
"testsb"
"testro"
"testfo"
"testsc"
"testfg"
"testlp"
"testis"
"testgt"
"gen_exp"
"ge_minimal"
"symmetricProduct"
"symmetricPower"
"directSum"
"false"
"true"
"entries"
"loop"
"lcmCoef"
"solveLinearPolynomialEquationByFractions"
"list"
"hasSolution?"
"linSolve"
"intoMatrix"
"LUDecomp"
"LUSolve"
"LUInverse"
"LyndonWordsList"
"LyndonWordsList1"
"lyndonIfCan"
"lyndon"
"lyndon?"
"lexico"
"numberOfComputedEntries"
"rst"
"frst"
"lazyEvaluate"
"lazy?"
"explicitlyEmpty?"
"explicitEntries?"
"matrixDimensions"
"matrixConcat3D"
"plus"
"identityMatrix"
"zeroMatrix"
"algebraicGcd"
"pseudoRem"
"canonicalIfCan"
"pack_modulus"
"MPtoMPT"
"pack_exps"
"repack1"
"pack_exps0"
"m_inverse"
"rightRecip"
"leftRecip"
"leftPower"
"rightPower"
"one?"
"element"
"rowMatrix"
"rows"
"columnMatrix"
"columns"
"subMatrix"
"bandMatrix"
"blockSplit"
"iter"
"arg1"
"arg2"
"comp"
"nullary"
"id"
"recur"
"const"
"curry"
"diag"
"curryRight"
"curryLeft"
"constantRight"
"constantLeft"
"twist"
"kronecker_prod1"
"positivePower"
"kroneckerSum"
"kroneckerProduct"
"elRow1!"
"elRow2!"
"elColumn2!"
"fractionFreeGauss!"
"invertIfCan"
"copy!"
"plus!"
"minus!"
"leftScalarTimes!"
"rightScalarTimes!"
"times!"
"power!"
"gradient"
"divergence"
"laplacian"
"hessian"
"bandedHessian"
"jacobian"
"bandedJacobian"
"duplicates"
"removeDuplicates!"
"ddFact"
"separateFactors"
"meshPar2Var"
"meshFun2Var"
"meshPar1Var"
"ptFunc"
"ldegree"
"subst_vars"
"trial_division"
"toPermutation"
"toCayleyGraph"
"limit"
"contraAdjoint"
"coAdjoint"
"multifunctionGraph"
"minimumExponent"
"maximumExponent"
"precision"
"mantissa"
"rowEch"
"rowEchLocal"
"rowEchelonLocal"
"normalizedDivide"
"maxint"
"binaryFunction"
"makeFloatFunction"
"function"
"makeRecord"
"unaryFunction"
"compiledFunction"
"corrPoly"
"lifting"
"exprex"
"coerceS"
"mfactor"
"ddfact"
"mmul"
"mod_exp"
"power_matrix"
"modular_compose"
"ini_rdata"
"red_pol"
"HP_solve_I"
"HP_solve_A"
"HP_solve_P"
"HP_solve_PA"
"HP_solve_M"
"check_sol1a"
"VSUPI_to_VPA"
"VSUPPI_to_VPA"
"LLFI_to_LPA"
"LLFPI_to_LPA"
"get_variables"
"unpack_poly"
"HP_solve"
"gen_Monte_Carlo_check"
"LLF_to_LPA"
"VSUPS_to_VPA"
"frobenius"
"computePowers"
"An"
"UnVectorise"
"Vectorise"
"setPoly"
"index"
"exponent"
"exQuo"
"cumulant2moment"
"moment2cumulant"
"moment2nthJacobi"
"moment2jacobi"
"moment2jacobi2"
"freeCumulant2moment"
"moment2freeCumulant"
"booleanCumulant2moment"
"moment2booleanCumulant"
"monotoneCumulant2moment"
"monotoneCumulant2momentPoly"
"qcumulant2nthmoment"
"hankelDeterminant"
"jacobi2poly"
"moment2Stransform"
"moment2monotoneCumulant"
"derivationCoordinates"
"generator"
"splitSquarefree"
"normalDenom"
"totalfract"
"pushdterm"
"pushucoef"
"pushuconst"
"numberOfMonomials"
"monomials"
"mrv_normalize"
"mrv_limit"
"mrv_limit1"
"mrv_sign"
"mrv_cmp"
"mrv_set"
"expr_to_series"
"mrv_rewrite"
"mrv_rewrite0"
"multiset"
"systemCommand"
"mergeDifference"
"logDependenceQ"
"compdegd"
"univcase"
"consnewpol"
"nsqfree"
"intChoose"
"coefChoose"
"myDegree"
"normDeriv2"
"plenaryPower"
"commutator"
"associator"
"antiCommutator"
"naiveBeckermannLabahn"
"naiveBeckermannLabahnMultipoint"
"naiveBeckermannLabahn1"
"naiveBeckermannLabahn0"
"reduceBasis0"
"reduceBasis"
"complexEigenvalues"
"complexEigenvectors"
"newton"
"groebner"
"redPol"
"hMonic"
"virtualDegree"
"sPol"
"shift"
"normalizedAssociate"
"normalize"
"outputArgs"
"normInvertible?"
"normFactors"
"npcoef"
"characteristicPolynomial"
"realEigenvalues"
"realEigenvectors"
"halfExtendedResultant2"
"halfExtendedResultant1"
"extendedResultant"
"subResultantsChain"
"lazyPseudoQuotient"
"lazyPseudoRemainder"
"bernoulliB"
"eulerE"
"numeric"
"complexNumeric"
"numericIfCan"
"complexNumericIfCan"
"FormatArabic"
"ScanArabic"
"FormatRoman"
"ScanRoman"
"ScanFloatIgnoreSpaces"
"ScanFloatIgnoreSpacesIfCan"
"FormatRadix"
"rk4"
"rk4a"
"rk4qc"
"rk4f"
"aromberg"
"asimpson"
"atrapezoidal"
"romberg"
"simpson"
"trapezoidal"
"rombergo"
"simpsono"
"trapezoidalo"
"sup"
"inv"
"imagE"
"imagk"
"imagj"
"imagi"
"octon"
"constDsolve"
"expint"
"diff"
"algDsolve"
"denomLODE"
"indicialEquations"
"indicialEquation"
"denomRicDE"
"leadingCoefficientRicDE"
"constantCoefficientRicDE"
"changeVar"
"ratDsolve"
"indicialEquationAtInfinity"
"integrate_sols"
"reduceLODE"
"singRicDE"
"polyRicDE"
"ricDsolve"
"triangulate"
"solveInField"
"wronskianMatrix"
"variationOfParameters"
"addVertex"
"boolWordPermute"
"reindex"
"subtract"
"sameFace?"
"isSubsetOf?"
"allSubsets"
"getIndexesSigned"
"getIndexes"
"orientedFacetIfCan"
"orientedFacetSigned"
"orientedFacetUnsigned"
"orientedFacet"
"operator"
"arguments"
"has_op?"
"is_symbol?"
"precondition"
"OMmakeConn"
"OMcloseConn"
"OMconnInDevice"
"OMconnOutDevice"
"OMconnectTCP"
"OMbindTCP"
"OMopenFile"
"OMopenString"
"OMclose"
"OMsetEncoding"
"OMputApp"
"OMputAtp"
"OMputAttr"
"OMputBind"
"OMputBVar"
"OMputError"
"OMputObject"
"OMputEndApp"
"OMputEndAtp"
"OMputEndAttr"
"OMputEndBind"
"OMputEndBVar"
"OMputEndError"
"OMputEndObject"
"OMputInteger"
"OMputFloat"
"OMputVariable"
"OMputString"
"OMputSymbol"
"OMgetApp"
"OMgetAtp"
"OMgetAttr"
"OMgetBind"
"OMgetBVar"
"OMgetError"
"OMgetObject"
"OMgetEndApp"
"OMgetEndAtp"
"OMgetEndAttr"
"OMgetEndBind"
"OMgetEndBVar"
"OMgetEndError"
"OMgetEndObject"
"OMgetInteger"
"OMgetFloat"
"OMgetVariable"
"OMgetString"
"OMgetSymbol"
"OMgetType"
"OMencodingBinary"
"OMencodingSGML"
"OMencodingXML"
"OMencodingUnknown"
"omError"
"errorInfo"
"errorKind"
"OMReadError?"
"OMUnknownSymbol?"
"OMUnknownCD?"
"OMParseError?"
"OMwrite"
"OMread"
"OMreadFile"
"OMreadStr"
"OMlistCDs"
"OMlistSymbols"
"OMsupportsCD?"
"OMsupportsSymbol?"
"OMunhandledSymbol"
"OMreceive"
"OMsend"
"OMserve"
"infinity"
"makeop"
"opeval"
"evaluateInverse"
"evaluate"
"conjug"
"getDatabase"
"whatInfinity"
"infinite?"
"finite?"
"minusInfinity"
"plusInfinity"
"pureLex"
"totalLex"
"reverseLex"
"leftLcm"
"right_ext_ext_GCD"
"rightExtendedGcd"
"rightGcd"
"rightExactQuotient"
"rightRemainder"
"rightQuotient"
"rightLcm"
"leftExtendedGcd"
"leftGcd"
"leftExactQuotient"
"leftRemainder"
"leftQuotient"
"times"
"monicLeftDivide"
"monicRightDivide"
"leftDivide"
"rightDivide"
"output"
"outputList"
"or"
"and"
"quo"
"rem"
"~="
"blankSeparate"
"semicolonSeparate"
"commaSeparate"
"pile"
"paren"
"bracket"
"brace"
"prod"
"overlabel"
"overbar"
"prime"
"quote"
"supersub"
"presuper"
"presub"
"super"
"sub"
"rarrow"
"assign"
"slash"
"over"
"zag"
"box"
"label"
"infix?"
"postfix"
"infix"
"prefix"
"vconcat"
"hconcat"
"rspace"
"vspace"
"hspace"
"messagePrint"
"message"
"padecf"
"pade"
"root"
"quotientByP"
"moduloP"
"modulus"
"digits"
"continuedFraction"
"light"
"pastel"
"bright"
"dim"
"dark"
"motzkinPathArray"
"jacobiPathArray"
"bottom"
"surface"
"coordinate"
"partitions"
"odd_partitions"
"distinct_partitions"
"conjugates"
"shuffle"
"shufflein"
"sequences"
"permutations"
"lists"
"atoms"
"makeResult"
"is?"
"Is"
"addMatchRestricted"
"insertMatch"
"addMatch"
"getMatch"
"failed"
"failed?"
"optpair"
"getBadValues"
"resetBadValues"
"hasTopPredicate?"
"topPredicate"
"setTopPredicate"
"patternVariable"
"withPredicates"
"setPredicates"
"predicates"
"hasPredicate?"
"optional?"
"multiple?"
"generic?"
"quoted?"
"inR?"
"depth"
"isList"
"isQuotient"
"isOp"
"predicate"
"satisfy?"
"addBadValue"
"badValues"
"retractable?"
"listOfTerms"
"One"
"adjoint"
"id_map"
"diff_map"
"ptree"
"coerceImages"
"fixedPoints"
"odd?"
"even?"
"numberOfCycles"
"cyclePartition"
"coerceListOfPairs"
"coercePreimagesImages"
"listRepresentation"
"permanent"
"cycles"
"cycle"
"perm_to_vec"
"relationsInGenerators"
"relationsInStrongGenerators"
"initializeGroupForWordProblem"
"movedPoints"
"wordInGenerators"
"wordInStrongGenerators"
"orbits"
"orbit"
"permutationGroup"
"wordsForStrongGenerators"
"strongGenerators"
"base"
"random"
"generators"
"eval1a"
"eval1"
"modpreduction"
"modpeval"
"addVertex2"
"setMult!"
"getMaxRight"
"getMaxLeft"
"getIndexs"
"productFacet"
"solveLinearPolynomialEquationByRecursion"
"factorByRecursion"
"factorSquareFreeByRecursion"
"randomR"
"bivariateSLPEBR"
"charthRoot"
"conditionP"
"solveLinearPolynomialEquation"
"factorSquareFreePolynomial"
"factorPolynomial"
"squareFreePolynomial"
"gcdPolynomial"
"cmult"
"possibleOrder"
"handle_imaginary"
"simplifyCoeffs"
"torsion?"
"torsionIfCan"
"getGoodPrime"
"badNum"
"mix"
"doubleDisc"
"polyred"
"padicFraction"
"padicallyExpand"
"fractionalTerms"
"numberOfFractionalTerms"
"compactFraction"
"partialFraction"
"gcdPrimitive"
"symmetricGroup"
"alternatingGroup"
"abelianGroup"
"cyclicGroup"
"dihedralGroup"
"mathieu11"
"mathieu12"
"mathieu22"
"mathieu23"
"mathieu24"
"janko2"
"rubiksGroup"
"youngGroup"
"lexGroebner"
"totalGroebner"
"qcoerce"
"expressIdealMember"
"principalIdeal"
"LagrangeInterpolation"
"psolve"
"wrregime"
"rdregime"
"bsolve"
"dmp2rfi"
"se2rfi"
"pr2dmp"
"hasoln"
"ParCondList"
"redpps"
"B1solve"
"factorset"
"maxrank"
"minrank"
"minset"
"nextSublist"
"overset?"
"ParCond"
"redmat"
"regime"
"sqfree"
"inconsistent?"
"debug"
"numFunEvals"
"setAdaptive"
"adaptive?"
"setScreenResolution"
"screenResolution"
"setMaxPoints"
"maxPoints"
"setMinPoints"
"minPoints"
"parametric?"
"plotPolar"
"debug3D"
"numFunEvals3D"
"setAdaptive3D"
"adaptive3D?"
"setScreenResolution3D"
"screenResolution3D"
"setMaxPoints3D"
"maxPoints3D"
"setMinPoints3D"
"minPoints3D"
"tValues"
"tRange"
"plot"
"pointPlot"
"calcRanges"
"optional"
"multiple"
"fixPredicate"
"patternMatch"
"patternMatchTimes"
"bernoulli"
"chebyshevT"
"chebyshevU"
"cyclotomic"
"euler"
"fixedDivisor"
"laguerre"
"legendre"
"dmpToHdmp"
"hdmpToDmp"
"pToHdmp"
"hdmpToP"
"dmpToP"
"pToDmp"
"sylvesterSequence"
"sturmSequence"
"boundOfCauchy"
"sturmVariationsOf"
"lazyVariations"
"content"
"minimumDegree"
"isPlus"
"isTimes"
"isExpt"
"isPower"
"rroot"
"qroot"
"froot"
"nthr"
"copy_first"
"copy_slice"
"eval_at"
"vector_add_mul"
"mul_by_binomial"
"mul_by_scalar"
"mul"
"truncated_multiplication"
"truncated_mul_add"
"pow"
"divide!"
"remainder!"
"vector_combination"
"to_mod_pa"
"pa_to_sup"
"lcm"
"extended_gcd"
"<"
">"
">="
"<="
"createY"
"createX"
"createWidth"
"isDirected?"
"coverMatrix"
"zetaMatrix"
"moebius"
"isAntiChain?"
"isChain?"
"isAntisymmetric?"
"completeTransitivity"
"completeReflexivity"
"objectToIndex"
"indexToObject"
"lowerSet"
"upperSet"
"lub"
"glb"
"joinIfCan"
"meetIfCan"
"implies"
"powerSetStructure"
"opposite"
"addArrow!"
"setArr"
"setVert"
"getArr"
"getVert"
"finitePoset"
"addObject!"
"powerset"
"completelyOrderedSet"
"posetN5"
"posetM5"
"posetO6"
"posetP6"
"posetL7"
"firstUncouplingMatrix"
"le"
"lcx0"
"lcz"
"coeffs0"
"coeffs1"
"alg_reduce0"
"alg_reduce"
"alg_trial_division"
"integral"
"primitiveElement"
"nextPrime"
"prevPrime"
"primes"
"print"
"merge!"
"get_rational_roots"
"integerBound"
"resultantEuclidean"
"semiResultantEuclidean2"
"semiResultantEuclidean1"
"indiceSubResultant"
"indiceSubResultantEuclidean"
"semiIndiceSubResultantEuclidean"
"degreeSubResultant"
"degreeSubResultantEuclidean"
"semiDegreeSubResultantEuclidean"
"lastSubResultantEuclidean"
"semiLastSubResultantEuclidean"
"subResultantGcdEuclidean"
"semiSubResultantGcdEuclidean2"
"semiSubResultantGcdEuclidean1"
"discriminantEuclidean"
"semiDiscriminantEuclidean"
"chainSubResultants"
"schema"
"resultantReduit"
"resultantReduitEuclidean"
"semiResultantReduitEuclidean"
"divide"
"next_sousResultant2"
"pdct"
"powers"
"partition"
"complete"
"pole?"
"zRange"
"yRange"
"xRange"
"listBranches"
"triangular?"
"rewriteIdealWithRemainder"
"rewriteIdealWithHeadRemainder"
"remainder"
"headRemainder"
"roughUnitIdeal?"
"roughEqualIdeals?"
"roughSubIdeal?"
"roughBase?"
"trivialIdeal?"
"collectUpper"
"collect"
"collectUnder"
"mainVariable?"
"mainVariables"
"removeSquaresIfCan"
"unprotectedRemoveRedundantFactors"
"removeRedundantFactors"
"certainlySubVariety?"
"possiblyNewVariety?"
"probablyZeroDim?"
"selectPolynomials"
"selectOrPolynomials"
"selectAndPolynomials"
"quasiMonicPolynomials"
"univariate?"
"univariatePolynomials"
"linear?"
"linearPolynomials"
"bivariate?"
"bivariatePolynomials"
"removeRoughlyRedundantFactorsInPols"
"removeRoughlyRedundantFactorsInPol"
"interReduce"
"roughBasicSet"
"crushedSet"
"rewriteSetByReducingWithParticularGenerators"
"rewriteIdealWithQuasiMonicGenerators"
"squareFreeFactors"
"univariatePolynomialsGcds"
"removeRoughlyRedundantFactorsInContents"
"removeRedundantFactorsInContents"
"removeRedundantFactorsInPols"
"irreducibleFactors"
"lazyIrreducibleFactors"
"removeIrreducibleRedundantFactors"
"normalForm"
"changeBase"
"companionBlocks"
"xCoord"
"yCoord"
"zCoord"
"rCoord"
"thetaCoord"
"phiCoord"
"color"
"hue"
"shade"
"nthRootIfCan"
"expIfCan"
"logIfCan"
"sinIfCan"
"cosIfCan"
"tanIfCan"
"cotIfCan"
"secIfCan"
"cscIfCan"
"asinIfCan"
"acosIfCan"
"atanIfCan"
"acotIfCan"
"asecIfCan"
"acscIfCan"
"sinhIfCan"
"coshIfCan"
"tanhIfCan"
"cothIfCan"
"sechIfCan"
"cschIfCan"
"asinhIfCan"
"acoshIfCan"
"atanhIfCan"
"acothIfCan"
"asechIfCan"
"acschIfCan"
"pushdown"
"pushup"
"reducedDiscriminant"
"idealSimplify"
"definingInequation"
"definingEquations"
"setStatus"
"quasiAlgebraicSet"
"radicalSimplify"
"denominator"
"numerator"
"denom"
"numer"
"quadraticForm"
"back"
"front"
"rotate!"
"dequeue!"
"enqueue!"
"quatern"
"imagK"
"imagJ"
"imagI"
"queue"
"nthRoot"
"fractRadix"
"wholeRadix"
"cycleRagits"
"prefixRagits"
"fractRagits"
"wholeRagits"
"radix"
"randnum"
"reseed"
"seed"
"factorSquareFree"
"rational"
"rational?"
"rationalIfCan"
"setvalue!"
"setchildren!"
"node?"
"child?"
"leaves"
"cyclic?"
"nodes"
"rename"
"rename!"
"mainValue"
"mainDefiningPolynomial"
"mainForm"
"sqrt"
"multi_SPDE"
"SPDE1"
"rischDEsys"
"ei_int"
"mk_erf"
"risch_de_ext"
"do_risch_DE"
"do_param_RDE"
"param_rde"
"param_rde2"
"exp_lower_bound"
"monomRDEsys"
"baseRDEsys"
"weighted"
"rdHack1"
"midpoint"
"midpoints"
"realZeros"
"mainCharacterization"
"algebraicOf"
"makeRec"
"makeFEq"
"getEq"
"values"
"eltable?"
"ReduceOrder"
"setref"
"deref"
"ref"
"radicalEigenvectors"
"radicalEigenvector"
"radicalEigenvalues"
"eigenMatrix"
"normalise"
"gramschmidt"
"orthonormalBasis"
"antisymmetricTensors"
"createGenericMatrix"
"symmetricTensors"
"tensorProduct"
"permutationRepresentation"
"completeEchelonBasis"
"createRandomElement"
"cyclicSubmodule"
"standardBasisOfCyclicSubmodule"
"areEquivalent?"
"isAbsolutelyIrreducible?"
"meatAxe"
"scanOneDimSubspaces"
"double"
"expt"
"lift"
"showArrayValues"
"showScalarValues"
"solveRetract"
"variables"
"mainVariable"
"univariate"
"multivariate"
"uniform01"
"normal01"
"exponential1"
"chiSquare1"
"normal"
"exponential"
"chiSquare"
"F"
"t"
"alg_split_roots"
"alg_split_root0"
"uniform"
"binomial"
"poisson"
"geometric"
"ridHack1"
"interpolate"
"nullity"
"column"
"qelt"
"maxColIndex"
"minColIndex"
"maxRowIndex"
"minRowIndex"
"antisymmetric?"
"symmetric?"
"diagonal?"
"square?"
"matrix"
"rectangularMatrix"
"annihilate?"
"characteristic"
"round"
"fractionPart"
"wholePart"
"floor"
"ceiling"
"norm"
"mightHaveRoots"
"refine"
"middle"
"size"
"right"
"left"
"roman"
"mainSquareFreePart"
"mainPrimitivePart"
"mainContent"
"primitivePart!"
"gcd"
"iexactQuo"
"next_subResultant2"
"LazardQuotient2"
"LazardQuotient"
"subResultantChain"
"halfExtendedSubResultantGcd2"
"halfExtendedSubResultantGcd1"
"extendedSubResultantGcd"
"exactQuotient!"
"exactQuotient"
"primPartElseUnitCanonical!"
"primPartElseUnitCanonical"
"retract"
"retractIfCan"
"lazyResidueClass"
"monicModulo"
"lazyPseudoDivide"
"lazyPremWithDefault"
"lazyPquo"
"lazyPrem"
"pquo"
"prem"
"supRittWu?"
"RittWuCompare"
"mainMonomials"
"mainCoefficients"
"leastMonomial"
"mainMonomial"
"quasiMonic?"
"monic?"
"deepestInitial"
"iteratedInitials"
"deepestTail"
"head"
"mdeg"
"mvar"
"relativeApprox"
"rootOf"
"allRootsOf"
"definingPolynomial"
"positive?"
"negative?"
"augment"
"lastSubResultant"
"lastSubResultantElseSplit"
"invertibleSet"
"invertible?"
"invertibleElseSplit?"
"purelyAlgebraicLeadingMonomial?"
"algebraicCoefficients?"
"purelyTranscendental?"
"purelyAlgebraic?"
"prepareSubResAlgo"
"internalLastSubResultant"
"integralLastSubResultant"
"toseLastSubResultant"
"toseInvertible?"
"toseInvertibleSet"
"toseSquareFreePart"
"quotedOperators"
"pattern"
"suchThat"
"rule"
"rules"
"ruleset"
"rur"
"create"
"nullBoundary"
"boxBoundary"
"ellipseBoundary"
"intersection"
"sunion"
"extendToPoint"
"containsPoint?"
"lineIntersect"
"isNull?"
"isEllipse?"
"isBox?"
"getMin"
"getMax"
"getCentre"
"clearCache"
"linearSearch"
"enterInCache"
"parse_integer"
"variableOf"
"samplePoint"
"hasDimension?"
"allSimpleCells"
"createSceneRoot"
"createSceneGroup"
"addSceneGroup"
"createSceneLine"
"addSceneLine"
"createSceneLines"
"addSceneLines"
"createSceneShape"
"addSceneShape"
"createSceneDef"
"addSceneDef"
"createSceneUse"
"addSceneUse"
"createSceneArrows"
"addSceneArrows"
"createSceneArrow"
"addSceneArrow"
"createSceneNamedPoints"
"addSceneNamedPoints"
"createSceneIFS"
"addSceneIFS"
"createSceneBox"
"addSceneBox"
"createSceneText"
"addSceneText"
"createSceneClip"
"addSceneClip"
"createSceneGrid"
"addSceneGrid"
"createScenePattern"
"addScenePattern"
"createSceneRuler"
"addSceneRuler"
"createSceneGraph"
"addSceneGraph"
"createSceneMaterial"
"addSceneMaterial"
"createSceneTransform"
"addSceneTransform"
"createPlot1Din2D"
"addPlot1Din2D"
"createPlot1Din2Dparametric"
"addPlot1Din2Dparametric"
"createPlot1Din3Dparametric"
"addPlot1Din3Dparametric"
"createPlot2Din3D"
"addPlot2Din3D"
"createPlot2Din3Dparametric"
"addPlot2Din3Dparametric"
"createArrows2Din2D"
"addArrows2Din2D"
"addChild!"
"removeChild!"
"setTransform!"
"toSVG"
"toX3D"
"toObj"
"writeSvg"
"writeSvgQuantised"
"writeX3d"
"writeObj"
"smesh"
"singleFace"
"subdivide"
"sierpinskiDivide"
"stube"
"curveLoops"
"indexes"
"pointList"
"findNode"
"addNode!"
"addPoints!"
"findPoint"
"getNames"
"isNodeBranch?"
"isNodeLeaf?"
"isPointLeaf?"
"namedBranch"
"namedPoints"
"normalisePoint"
"structuralConstants"
"equation"
"reverse"
"incr"
"high"
"low"
"BY"
"horizSplit"
"horizJoin"
"join"
"pivots"
"pivot"
"primitiveRowEchelon"
"setGcdMode"
"rowEchelon"
"extract"
"appendRow!"
"consRow!"
"deleteRow!"
"setRow!"
"row"
"sortedPurge!"
"purge!"
"elimZeroCols!"
"allIndices"
"nrows"
"ncols"
"dilate"
"firstn"
"sequence"
"apply"
"union"
"subset?"
"symmetricDifference"
"difference"
"intersect"
"set"
"latex"
"hashUpdate!"
"hash"
"complement"
"subsetLattice"
"delta"
"enumerate"
"setOfMinN"
"elements"
"replaceKthElement"
"incrementKthElement"
"cdr"
"car"
"float"
"integer"
"symbol"
"destruct"
"float?"
"integer?"
"symbol?"
"string?"
"list?"
"pair?"
"null?"
"eq"
"fortran"
"startTable!"
"stopTable!"
"supDimElseRittWu?"
"algebraicSort"
"moreAlgebraic?"
"subTriSet?"
"subPolSet?"
"internalSubPolSet?"
"internalInfRittWu?"
"internalSubQuasiComponent?"
"subQuasiComponent?"
"removeSuperfluousQuasiComponents"
"subCase?"
"removeSuperfluousCases"
"prepareDecompose"
"branchIfCan"
"startTableGcd!"
"stopTableGcd!"
"startTableInvSet!"
"stopTableInvSet!"
"stosePrepareSubResAlgo"
"stoseInternalLastSubResultant"
"stoseIntegralLastSubResultant"
"stoseLastSubResultant"
"stoseInvertible?_sqfreg"
"stoseInvertibleSet_sqfreg"
"stoseInvertible?_reg"
"stoseInvertibleSet_reg"
"stoseInvertible?"
"stoseInvertibleSet"
"stoseSquareFreePart"
"coleman"
"inverseColeman"
"listYoungTableaus"
"makeYoungTableau"
"nextColeman"
"nextLatticePermutation"
"nextPartition"
"numberOfImproperPartitions"
"subSet"
"unrankImproperPartitions0"
"unrankImproperPartitions1"
"SturmHabichtSequence"
"SturmHabichtCoefficients"
"SturmHabicht"
"countRealRoots"
"SturmHabichtMultiple"
"countRealRootsMultiple"
"coHomology"
"homology"
"coChain"
"chain"
"fundamentalGroup"
"oneSkeleton"
"simplicialJoin"
"makeDisjoint"
"refactorIndexes"
"cone"
"link"
"star"
"boundary"
"addImpliedFaces"
"sort"
"grade"
"minIndex"
"maxIndex"
"addSimplex"
"simplicialComplexIfCan"
"simplicialComplex"
"sphereSolid"
"sphereSurface"
"line"
"torusSurface"
"band"
"moebiusBand"
"projectiveSpace"
"kleinBottle"
"dunceHat"
"Or"
"And"
"Not"
"xor"
"not"
"qconvert"
"/\\"
"\\/"
"~"
"top"
"pop!"
"push!"
"redux"
"freeVariable?"
"getVariable"
"isS?"
"isK?"
"isI?"
"variable?"
"atom?"
"getChildren"
"parseTerm"
"parseSki"
"S"
"K"
"I"
"ski"
"Delta"
"D"
"Pfaffian"
"minordet"
"determinant"
"diagonalProduct"
"trace"
"diagonal"
"diagonalMatrix"
"scalarMatrix"
"hermite"
"completeHermite"
"smith"
"completeSmith"
"diophantineSystem"
"remap_variables"
"csubst"
"particularSolution"
"mapSolve"
"linear"
"quadratic"
"cubic"
"quartic"
"aLinear"
"aQuadratic"
"aCubic"
"aQuartic"
"radicalSolve"
"radicalRoots"
"contractSolve"
"decomposeFunc"
"limitPart"
"integerPart"
"ordinalPower"
"ordinalMul"
"ordinalAdd"
"omegapower"
"omega"
"bubbleSort!"
"insertionSort!"
"check"
"objects"
"lprop"
"llprop"
"lllp"
"lllip"
"lp"
"mesh?"
"mesh"
"polygon?"
"polygon"
"closedCurve?"
"closedCurve"
"curve?"
"curve"
"point?"
"enterPointData"
"composites"
"components"
"numberOfComposites"
"numberOfComponents"
"create3Space"
"outputAsFortran"
"outputAsScript"
"outputAsTex"
"abs"
"conjugate"
"Beta"
"digamma"
"polygamma"
"Gamma"
"besselJ"
"besselY"
"besselI"
"besselK"
"airyAi"
"airyAiPrime"
"airyBi"
"airyBiPrime"
"lambertW"
"polylog"
"weierstrassP"
"weierstrassPPrime"
"weierstrassSigma"
"weierstrassZeta"
"weierstrassPInverse"
"whittakerM"
"whittakerW"
"angerJ"
"weberE"
"struveH"
"struveL"
"hankelH1"
"hankelH2"
"lommelS1"
"lommelS2"
"kummerM"
"kummerU"
"legendreP"
"legendreQ"
"kelvinBei"
"kelvinBer"
"kelvinKei"
"kelvinKer"
"ellipticK"
"ellipticE"
"ellipticF"
"ellipticPi"
"jacobiSn"
"jacobiCn"
"jacobiDn"
"jacobiZeta"
"jacobiTheta"
"lerchPhi"
"riemannZeta"
"charlierC"
"hermiteH"
"jacobiP"
"laguerreL"
"meixnerM"
"hypergeometricF"
"meijerG"
"lambertW0"
"weierstrassP0"
"weierstrassPPrime0"
"weierstrassZeta0"
"weierstrassSigma0"
"subNode?"
"infLex?"
"setEmpty!"
"setStatus!"
"setCondition!"
"setValue!"
"copy"
"status"
"condition"
"value"
"splitNodeOf!"
"remove!"
"remove"
"subNodeOf?"
"nodeOf?"
"result"
"conditions"
"updateStatus!"
"extractSplittingLeaf"
"extendedCoords"
"screenCoords"
"screenCoordZ"
"screenCoordY"
"screenCoordX"
"inBounds?"
"isVector?"
"isPoint?"
"toVector"
"toPoint"
"perpendicular"
"colinearity"
"parallel"
"distance"
"distanceSquared"
"Pnan?"
"max"
"min"
"sivec"
"svec"
"sipnt"
"spnt"
"squareMatrix"
"transpose"
"rightTrim"
"leftTrim"
"trim"
"split"
"position"
"replace"
"match?"
"substring?"
"suffix?"
"prefix?"
"upperCase!"
"upperCase"
"lowerCase!"
"lowerCase"
"KrullNumber"
"numberOfVariables"
"algebraicDecompose"
"transcendentalDecompose"
"internalDecompose"
"decompose"
"upDateBranches"
"printInfo"
"pre_process"
"internalZeroSetSplit"
"internalAugment"
"monomial"
"leadingMonomial"
"leadingCoefficient"
"stack"
"possiblyInfinite?"
"explicitlyFinite?"
"nextItem"
"init"
"exp0"
"log1"
"tensorMap"
"stransform"
"stranslate"
"identity"
"xform"
"compound"
"STransform1"
"STransform2"
"STransform"
"distributionBySTransform"
"freeMultiplicativeConvolution"
"filterUntil"
"filterWhile"
"stream"
"showAll?"
"showAllElements"
"showElements"
"cons"
"delay"
"findCycle"
"repeating?"
"repeating"
"uentries"
"ucodeToString"
"exquo"
"recip"
"integers"
"oddintegers"
"int"
"mapmult"
"deriv"
"gderiv"
"compose"
"addiag"
"prodiag"
"general_Lambert_product"
"lazyIntegrate"
"nlde"
"powern"
"mapdiv"
"lazyGintegrate"
"power"
"sincos"
"sinhcosh"
"asin"
"acos"
"atan"
"acot"
"asec"
"acsc"
"sinh"
"cosh"
"tanh"
"coth"
"sech"
"csch"
"asinh"
"acosh"
"atanh"
"acoth"
"asech"
"acsch"
"subresultantVector"
"primitivePart"
"pointData"
"parent"
"level"
"extractProperty"
"extractClosed"
"extractIndex"
"extractPoint"
"traverse"
"defineProperty"
"closeComponent"
"modifyPoint"
"addPointLast"
"addPoint2"
"addPoint"
"merge"
"deepCopy"
"shallowCopy"
"numberOfChildren"
"children"
"child"
"birth"
"internal?"
"root?"
"leaf?"
"rhs"
"lhs"
"construct"
"sum"
"outputForm"
"NOT"
"AND"
"EQ"
"OR"
"GE"
"LE"
"GT"
"LT"
"ansatz"
"transform"
"linearize"
"detSys"
"ncDetSys"
"detSysNS"
"sample"
"string"
"argscript"
"superscript"
"subscript"
"script"
"scripts"
"scripted?"
"name"
"resetNew"
"symFunc"
"symbolTableOf"
"argumentListOf"
"returnTypeOf"
"printHeader"
"returnType!"
"argumentList!"
"endSubProgram"
"currentSubProgram"
"newSubProgram"
"clearTheSymbolTable"
"showTheSymbolTable"
"symbolTable"
"printTypes"
"newTypeLists"
"typeLists"
"externalList"
"typeList"
"parametersOf"
"fortranTypeOf"
"declare!"
"solve"
"triangularSystems"
"bumprow"
"bumptab"
"bumptab1"
"untab"
"bat1"
"bat"
"tab1"
"tab"
"lex"
"slex"
"inverse"
"maxrow"
"mr"
"listOfLists"
"tableau"
"tanSum"
"tanAn"
"tanNa"
"initTable!"
"printInfo!"
"startStats!"
"printStats!"
"clearTable!"
"usingTable?"
"printingInfo?"
"makingStats?"
"extractIfCan"
"insert!"
"interpretString"
"stripCommentsAndBlanks"
"linearExtend"
"tensor"
"testEqualsAux"
"xftestEqualsAux"
"testNotEqualsAux"
"xftestNotEqualsAux"
"testTrueAux"
"xftestTrueAux"
"testLibraryErrorAux"
"xftestLibraryErrorAux"
"testEqualsAuxCmp"
"testRealEqualsAux"
"xftestRealEqualsAux"
"testComplexEqualsAux"
"xftestComplexEqualsAux"
"testAbsolutePrecision"
"testRelativePrecision"
"testsuite"
"testsuiteNoClear"
"testcase"
"testcaseNoClear"
"statistics"
"incPass"
"incFail"
"incXfPass"
"decXfPass"
"incXfFail"
"chkLibraryError"
"incLibraryError"
"incXfLibraryError"
"incFatal"
"incXfFatal"
"decFatal"
"decXfFatal"
"addWarning"
"testEquals"
"xftestEquals"
"testRealEquals"
"xftestRealEquals"
"testComplexEquals"
"xftestComplexEquals"
"testNotEquals"
"xftestNotEquals"
"testTrue"
"xftestTrue"
"testLibraryError"
"xftestLibraryError"
"setPrologue!"
"setTex!"
"setEpilogue!"
"prologue"
"new"
"tex"
"epilogue"
"endOfFile?"
"readIfCan!"
"readLineIfCan!"
"readLine!"
"writeLine!"
"coerceL"
"sign"
"nonQsign"
"direction"
"createThreeSpace"
"pi"
"tree"
"cos"
"cot"
"csc"
"sec"
"sin"
"tan"
"complexNormalize"
"complexElementary"
"trigs"
"real"
"imag"
"real?"
"complexForm"
"UpTriBddDenomInv"
"LowTriBddDenomInv"
"simplify"
"htrigs"
"simplifyExp"
"simplifyLog"
"expandPower"
"expandLog"
"cos2sec"
"cosh2sech"
"cot2trig"
"coth2trigh"
"csc2sin"
"csch2sinh"
"sec2cos"
"sech2cosh"
"sin2csc"
"sinh2csch"
"tan2trig"
"tanh2trigh"
"tan2cot"
"tanh2coth"
"cot2tan"
"coth2tanh"
"removeCosSq"
"removeSinSq"
"removeCoshSq"
"removeSinhSq"
"expandTrigProducts"
"fintegrate"
"coefficient"
"taylor_via_deriv"
"taylor_via_lode"
"applyTaylor"
"apply_taylor"
"coHeight"
"extendIfCan"
"algebraicVariables"
"zeroSetSplitIntoTriangularSystems"
"zeroSetSplit"
"reduceByQuasiMonic"
"collectQuasiMonic"
"removeZero"
"initiallyReduce"
"headReduce"
"stronglyReduce"
"rewriteSetWithReduction"
"autoReduced?"
"initiallyReduced?"
"headReduced?"
"stronglyReduced?"
"reduced?"
"normalized?"
"quasiComponent"
"initials"
"basicSet"
"infRittWu?"
"getCurve"
"listLoops"
"closed?"
"open?"
"setClosed"
"tube"
"point"
"unitVector"
"cosSinInfo"
"loopPoints"
"select"
"generalTwoFactor"
"tryTwoFactor"
"generalSqFr"
"twoFactor"
"doFactor"
"diagramSvg2"
"undirectedGraph"
"setOrder"
"getOrder"
"less?"
"userOrdered?"
"largest"
"more?"
"setVariableOrder"
"getVariableOrder"
"resetVariableOrder"
"prime?"
"hadamard"
"pre_gauss"
"pre_smith"
"pre_lr"
"rationalFunction"
"taylorIfCan"
"taylor"
"removeZeroes"
"taylorRep"
"hasHi"
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"RESULT"
"RetractableFrom"
"RETFROM"
"RetractableTo"
"RETRACT"
"RetractSolvePackage"
"RETSOL"
"RationalFunction"
"RF"
"RandomFloatDistributions"
"RFDIST"
"RationalFunctionFactor"
"RFFACT"
"RootFSSplit"
"RFSSPLIT"
"RegularChain"
"RGCHAIN"
"RandomIntegerDistributions"
"RIDIST"
"Ring"
"RING"
"RationalInterpolation"
"RINTERP"
"RectangularMatrixCategory"
"RMATCAT"
"RectangularMatrix"
"RMATRIX"
"RectangularMatrixCategoryFunctions2"
"RMCAT2"
"RightModule"
"RMODULE"
"Rng"
"RNG"
"RealNumberSystem"
"RNS"
"RightOpenIntervalRootCharacterization"
"ROIRC"
"RomanNumeral"
"ROMAN"
"RecursivePolynomialCategory"
"RPOLCAT"
"RealRootCharacterizationCategory"
"RRCC"
"RegularSetDecompositionPackage"
"RSDCMPK"
"RegularTriangularSetCategory"
"RSETCAT"
"RegularTriangularSetGcdPackage"
"RSETGCD"
"RewriteRule"
"RULE"
"RuleCalled"
"RULECOLD"
"Ruleset"
"RULESET"
"RationalUnivariateRepresentationPackage"
"RURPK"
"SimpleAlgebraicExtension"
"SAE"
"SingletonAsOrderedSet"
"SAOS"
"SArgand"
"SARGND"
"SBoundary"
"SBOUND"
"SortedCache"
"SCACHE"
"ScanningUtilities"
"SCANUTIL"
"SimpleCell"
"SCELL"
"Scene"
"SCENE"
"SceneIFS"
"SCIFS"
"SceneNamedPoints"
"SCNP"
"SConformal"
"SCONF"
"StructuralConstantsPackage"
"SCPKG"
"SCartesian"
"SCRT"
"SequentialDifferentialPolynomial"
"SDPOL"
"SequentialDifferentialVariable"
"SDVAR"
"Segment"
"SEG"
"SegmentFunctions2"
"SEG2"
"SegmentBinding"
"SEGBIND"
"SegmentBindingFunctions2"
"SEGBIND2"
"SegmentCategory"
"SEGCAT"
"SegmentExpansionCategory"
"SEGXCAT"
"SparseEchelonMatrix"
"SEM"
"Sequence"
"SEQU"
"SequenceFunctions2"
"SEQU2"
"SequenceCategory"
"SEQUCAT"
"Set"
"SET"
"SetAggregate"
"SETAGG"
"SetCategory"
"SETCAT"
"SubsetLattice"
"SETLAT"
"SetOfMIntegersInOneToN"
"SETMN"
"SExpression"
"SEX"
"SExpressionCategory"
"SEXCAT"
"SExpressionOf"
"SEXOF"
"SimpleFortranProgram"
"SFORT"
"SquareFreeQuasiComponentPackage"
"SFQCMPK"
"SquareFreeRegularTriangularSetGcdPackage"
"SFRGCD"
"SquareFreeRegularTriangularSetCategory"
"SFRTCAT"
"SymmetricGroupCombinatoricFunctions"
"SGCF"
"SemiGroup"
"SGROUP"
"SplitHomogeneousDirectProduct"
"SHDP"
"SturmHabichtPackage"
"SHP"
"ElementaryFunctionSign"
"SIGNEF"
"RationalFunctionSign"
"SIGNRF"
"SimplifyAlgebraicNumberConvertPackage"
"SIMPAN"
"FiniteSimplicialComplex"
"SIMPC"
"SimplicialComplexFactory"
"SIMPCF"
"SingleInteger"
"SINT"
"StackAggregate"
"SKAGG"
"SKICombinators"
"SKICOMB"
"SparseMultivariateSkewPolynomial"
"SKSMP"
"SquareMatrixCategory"
"SMATCAT"
"SmithNormalForm"
"SMITH"
"SparseMultivariatePolynomial"
"SMP"
"SparsePolynomialCoercionHelpers"
"SMPCOER"
"SparseMultivariatePolynomialExpressions"
"SMPEXPR"
"SparseMultivariateTaylorSeries"
"SMTS"
"SquareFreeNormalizedTriangularSetCategory"
"SNTSCAT"
"PolynomialSolveByFormulas"
"SOLVEFOR"
"RadicalSolvePackage"
"SOLVERAD"
"TransSolvePackageService"
"SOLVESER"
"TransSolvePackage"
"SOLVETRA"
"SmallOrdinal"
"SORD"
"SortedExponentVector"
"SOREXPV"
"SortPackage"
"SORTPAK"
"ThreeSpace"
"SPACE3"
"ThreeSpaceCategory"
"SPACEC"
"SpecialOutputPackage"
"SPECOUT"
"SpecialFunctionCategory"
"SPFCAT"
"SpecialFunctionUnivariateTaylorSeries"
"SPFUTS"
"SplittingNode"
"SPLNODE"
"SplittingTree"
"SPLTREE"
"SPointCategory"
"SPTCAT"
"SquareMatrix"
"SQMATRIX"
"StringAggregate"
"SRAGG"
"SquareFreeRegularSetDecompositionPackage"
"SRDCMPK"
"SquareFreeRegularTriangularSet"
"SREGSET"
"SemiRing"
"SRING"
"SemiRng"
"SRNG"
"SolvableSkewPolynomialCategory"
"SSKPOLC"
"Stack"
"STACK"
"StreamAggregate"
"STAGG"
"SparseTable"
"STBL"
"StepThrough"
"STEP"
"StreamExponentialSeriesOperations"
"STEXPS"
"StreamExponentialSeriesTranscendentalFunctions"
"STEXPST"
"StreamTensor"
"STNSR"
"STransform"
"STR"
"STransformPackage"
"STRANS"
"Stream"
"STREAM"
"StreamFunctions1"
"STREAM1"
"StreamFunctions2"
"STREAM2"
"StreamFunctions3"
"STREAM3"
"StringCategory"
"STRICAT"
"String"
"STRING"
"StringTable"
"STRTBL"
"StreamTaylorSeriesOperations"
"STTAYLOR"
"StreamTranscendentalFunctions"
"STTF"
"StreamTranscendentalFunctionsNonCommutative"
"STTFNC"
"SubResultantPackage"
"SUBRESP"
"SubSpace"
"SUBSPACE"
"SuchThat"
"SUCH"
"SparseUnivariateLaurentSeries"
"SULS"
"FunctionSpaceSum"
"SUMFS"
"RationalFunctionSum"
"SUMRF"
"SparseUnivariatePolynomial"
"SUP"
"SparseUnivariatePolynomialFunctions2"
"SUP2"
"SparseUnivariatePuiseuxSeries"
"SUPXS"
"SparseUnivariateTaylorSeries"
"SUTS"
"Switch"
"SWITCH"
"SymmetryAnalysis"
"SYMANA"
"Symbol"
"SYMBOL"
"SymmetricFunctions"
"SYMFUNC"
"SymmetricPolynomial"
"SYMPOLY"
"TheSymbolTable"
"SYMS"
"SymbolTable"
"SYMTAB"
"SystemSolvePackage"
"SYSSOLP"
"TableauxBumpers"
"TABLBUMP"
"Table"
"TABLE"
"Tableau"
"TABLEAU"
"TangentExpansions"
"TANEXP"
"TableAggregate"
"TBAGG"
"TabulatedComputationPackage"
"TBCMPPK"
"TemplateUtilities"
"TEMUTL"
"TensorProductCategory"
"TENSCAT"
"TensorProduct"
"TENSOR"
"TensorPowerCategory"
"TENSPC"
"TensorPowerFunctions2"
"TENSPO2"
"TensorPower"
"TENSPOW"
"TensorProductProperty"
"TENSPRP"
"UnittestAux"
"TESTAUX"
"UnittestCount"
"TESTCNT"
"Unittest"
"TESTUNIT"
"TexFormat"
"TEX"
"TexFormat1"
"TEX1"
"TextFile"
"TEXTFILE"
"TexmacsFormat"
"TMFORM"
"ToolsForSign"
"TOOLSIGN"
"TopLevelThreeSpace"
"TOPSP"
"TranscendentalFunctionCategory"
"TRANFUN"
"Tree"
"TREE"
"TrigonometricFunctionCategory"
"TRIGCAT"
"TrigonometricManipulations"
"TRIGMNIP"
"TriangularMatrixOperations"
"TRIMAT"
"TranscendentalManipulations"
"TRMANIP"
"TaylorSeries"
"TS"
"TaylorSeriesExpansion"
"TSEREXP"
"TaylorSeriesExpansionGeneralized"
"TSEREXPG"
"TaylorSeriesExpansionLaurent"
"TSEREXPL"
"TaylorSeriesExpansionPuiseux"
"TSEREXPP"
"TaylorSeriesExpansionTaylor"
"TSEREXPT"
"TriangularSetCategory"
"TSETCAT"
"TubePlot"
"TUBE"
"TubePlotTools"
"TUBETOOL"
"Tuple"
"TUPLE"
"TwoFactorize"
"TWOFACT"
"Type"
"TYPE"
"Typed"
"TYPED"
"U16Matrix"
"U16MAT"
"U16Vector"
"U16VEC"
"U32Matrix"
"U32MAT"
"U32Vector"
"U32VEC"
"U8Matrix"
"U8MAT"
"U8Vector"
"U8VEC"
"UndirectedGraph"
"UDGRPH"
"UserDefinedPartialOrdering"
"UDPO"
"UserDefinedVariableOrdering"
"UDVO"
"UniqueFactorizationDomain"
"UFD"
"UnivariateFormalPowerSeries"
"UFPS"
"UnivariateFormalPowerSeriesFunctions"
"UFPS1"
"UnitGaussianElimination"
"UGAUSS"
"UnivariateLaurentSeries"
"ULS"
"UnivariateLaurentSeriesFunctions2"
"ULS2"
"UnivariateLaurentSeriesCategory"
"ULSCAT"
"UnivariateLaurentSeriesConstructorCategory"
"ULSCCAT"
"UnivariateLaurentSeriesConstructor"
"ULSCONS"
"UniversalSegment"
"UNISEG"
"UniversalSegmentFunctions2"
"UNISEG2"
"Untyped"
"UNTYPED"
"UnivariatePolynomial"
"UP"
"UnivariatePolynomialFunctions2"
"UP2"
"UnivariatePolynomialCommonDenominator"
"UPCDEN"
"UnivariatePolynomialDecompositionPackage"
"UPDECOMP"
"UnivariatePolynomialDivisionPackage"
"UPDIVP"
"UnivariatePolynomialMultiplicationPackage"
"UPMP"
"UnivariatePolynomialCategory"
"UPOLYC"
"UnivariatePolynomialCategoryFunctions2"
"UPOLYC2"
"UnivariatePowerSeriesCategory"
"UPSCAT"
"UnivariatePolynomialSquareFree"
"UPSQFREE"
"UnivariatePuiseuxSeries"
"UPXS"
"UnivariatePuiseuxSeriesFunctions2"
"UPXS2"
"UnivariatePuiseuxSeriesCategory"
"UPXSCAT"
"UnivariatePuiseuxSeriesConstructorCategory"
"UPXSCCA"
"UnivariatePuiseuxSeriesConstructor"
"UPXSCONS"
"UnivariatePuiseuxSeriesWithExponentialSingularity"
"UPXSSING"
"UnaryRecursiveAggregate"
"URAGG"
"UnivariateTaylorSeries"
"UTS"
"UnivariateTaylorSeriesFunctions2"
"UTS2"
"UnivariateTaylorSeriesCategory"
"UTSCAT"
"UnivariateTaylorSeriesODESolver"
"UTSODE"
"UTSodetools"
"UTSODETL"
"TaylorSolve"
"UTSSOL"
"VarCat"
"VARCAT"
"Variable"
"VARIABLE"
"VectorModularReconstructor"
"VECREC1"
"VectorIntegerReconstructor"
"VECREC2"
"VectorCategory"
"VECTCAT"
"Vector"
"VECTOR"
"VectorFunctions2"
"VECTOR2"
"VectorHermitePadeSolver"
"VHPSOLV"
"ViewportPackage"
"VIEW"
"TwoDimensionalViewport"
"VIEW2D"
"ThreeDimensionalViewport"
"VIEW3D"
"ViewDefaultsPackage"
"VIEWDEF"
"Void"
"VOID"
"VectorSpaceBasis"
"VSBASIS"
"VectorSpace"
"VSPACE"
"WeierstrassPreparation"
"WEIER"
"WildFunctionFieldIntegralBasis"
"WFFINTBS"
"WeightedGraph"
"WGRPH"
"WeightedPolynomials"
"WP"
"WuWenTsunTriangularSet"
"WUTSET"
"XAlgebra"
"XALG"
"XDistributedPolynomial"
"XDPOLY"
"XDistributedPolynomialFunctions"
"XDPOLYF"
"XExponentialPackage"
"XEXPPKG"
"ExtensionField"
"XF"
"XFreeAlgebra"
"XFALG"
"XHashTable"
"XHASHTBL"
"ExportXml"
"XML"
"XmlAttribute"
"XMLAT"
"XmlElement"
"XMLEL"
"XPBWPolynomial"
"XPBWPOLY"
"XPolynomialFactor"
"XPFACT"
"XPolynomial"
"XPOLY"
"XPolynomialsCat"
"XPOLYC"
"XPolynomialRing"
"XPR"
"XRecursivePolynomial"
"XRPOLY"
"ParadoxicalCombinatorsForStreams"
"YSTREAM"
"ZeroDimensionalSolvePackage"
"ZDSOLVE"
"IntegerLinearDependence"
"ZLINDEP"
"IntegerMod"
"ZMOD"
"Enumeration"
"Mapping"
"Record"
"Union"
"Category"
))
         (a (make-vector (length l) 0)))
    (dolist (name l a) (intern name a))))

(provide 'fricas-cpl)
