===== Index ===== ]> `# `__\ Section 9.80 Table `# `__\ Section 9.38 KeyedAccessFile `%e `__\ Section 1.3 The FriCAS Language `%i `__\ Section 1.3 The FriCAS Language `%infinity `__\ Section 1.3 The FriCAS Language `%minusInfinity `__\ Section 1.3 The FriCAS Language `%pi `__\ Section 1.3 The FriCAS Language `%plusInfinity `__\ Section 1.3 The FriCAS Language `^ `__\ Section 8.1 Numeric Functions `^ `__\ Section 8.1 Numeric Functions `+-> @+-> `__\ Section 6.17 Anonymous Functions `APL `__\ Section 12.8 Correctness `APL `__\ Section 2.1 The Basic Idea `Ada `__\ Section 0.2 A Technical Introduction `Airy function `__\ Section 8.1 Numeric Functions `And `__\ Section 9.72 SingleInteger `Antoine's Necklace `__\ Section 21.13 antoine.input `Any `__\ Section 2.6 The Any Domain `Any `__\ Section 2.10 Resolving Types `AssociationList `__\ Section 9.1 AssociationList `AssociationList `__\ Section 9.1 AssociationList `AssociationList `__\ Section 9.1 AssociationList `BasicOperator `__\ Section 9.3 BasicOperator `BasicOperator `__\ Section 9.3 BasicOperator `BasicOperator `__\ Section 9.37 Kernel `BasicOperator `__\ Section 9.37 Kernel `BasicOperator `__\ Section 9.3 BasicOperator `BasicOperator `__\ Section 9.3 BasicOperator `BasicOperator `__\ Section 9.3 BasicOperator `BasicOperator `__\ Section 9.3 BasicOperator `BasicOperator `__\ Section 9.3 BasicOperator `Bernoulli:polynomial `__\ Section 8.9 Working with Power Series `Bernoulli:polynomial `__\ Section 8.9 Working with Power Series `Bessel function `__\ Section 8.1 Numeric Functions `BinaryExpansion `__\ Section 9.4 BinaryExpansion `Boolean `__\ Section 5.3 if-then-else `Boolean `__\ Section 5.3 if-then-else `Browse@Browse `__\ Section 14.0 Browse `Browse@Browse `__\ Section 6.14 Making Functions from Objects `C language:assignment `__\ Section 5.1 Immediate and Delayed Assignments `CardinalNumber `__\ Section 9.6 CardinalNumber `CardinalNumber `__\ Section 9.6 CardinalNumber `Cartesian:coordinate system `__\ Section 7.2 Three-Dimensional Graphics `Cartesian:coordinate system `__\ Section 7.1 Two-Dimensional Graphics `Cartesian:ovals `__\ Section 7.1 Two-Dimensional Graphics `CartesianTensor `__\ Section 9.7 CartesianTensor `CartesianTensor `__\ Section 9.7 CartesianTensor `CartesianTensor `__\ Section 9.7 CartesianTensor `CartesianTensor `__\ Section 9.7 CartesianTensor `Character `__\ Section 9.8 Character `Character `__\ Section 9.8 Character `Character `__\ Section 9.8 Character `Clef `__\ Section 1.1 Starting Up and Winding Down `Color `__\ Section 7.1 Two-Dimensional Graphics `Color `__\ Section 7.1 Two-Dimensional Graphics `Complex DoubleFloat `__\ Section 10.7 Drawing Complex Vector Fields `Complex `__\ Section 9.11 Complex `Complex `__\ Section 9.11 Complex `Complex `__\ Section 9.11 Complex `Complex `__\ Section 9.11 Complex `Complex `__\ Section 9.11 Complex `Complex `__\ Section 9.11 Complex `ComplexCategory `__\ Section 16.8 )display `ContinuedFraction `__\ Section 9.12 ContinuedFraction `ContinuedFraction `__\ Section 9.12 ContinuedFraction `ContinuedFraction `__\ Section 9.12 ContinuedFraction `ContinuedFraction `__\ Section 9.12 ContinuedFraction `ContinuedFraction `__\ Section 9.12 ContinuedFraction `ContinuedFraction `__\ Section 9.12 ContinuedFraction `CoordinateSystems `__\ Section 7.2 Three-Dimensional Graphics `CoordinateSystems `__\ Section 7.2 Three-Dimensional Graphics `CoordinateSystems `__\ Section 7.2 Three-Dimensional Graphics `D `__\ Section 9.83 UnivariatePolynomial `D `__\ Section 9.60 OrderlyDifferentialPolynomial `D `__\ Section 9.21 Expression `D `__\ Section 9.46 LinearOrdinaryDifferentialOperator2 `D `__\ Section 9.63 Polynomial `DeRhamComplex `__\ Section 9.14 DeRhamComplex `DeRhamComplex `__\ Section 9.14 DeRhamComplex `DecimalExpansion `__\ Section 9.15 DecimalExpansion `DirectProduct `__\ Section 13.6 Representation `DoubleFloatSpecialFunctions `__\ Section 8.1 Numeric Functions `DrawOption `__\ Section 7.2 Three-Dimensional Graphics `DrawOption `__\ Section 7.2 Three-Dimensional Graphics `DrawOption `__\ Section 7.2 Three-Dimensional Graphics `DrawOption `__\ Section 7.2 Three-Dimensional Graphics `DrawOption `__\ Section 7.2 Three-Dimensional Graphics `ElementaryFunctionODESolver `__\ Section 8.10 Solution of Differential Equations `EqTable `__\ Section 9.18 EqTable `EqTable `__\ Section 9.18 EqTable `Equation `__\ Section 5.3 if-then-else `Equation `__\ Section 9.19 Equation `Equation `__\ Section 9.19 Equation `Etruscan Venus `__\ Section 21.4 images5.input `Euler:Beta function `__\ Section 21.5 images6.input `Euler:Beta function `__\ Section 8.1 Numeric Functions `Euler:gamma function `__\ Section 8.1 Numeric Functions `Euler:polynomial `__\ Section 8.1 Numeric Functions `Euler:totient function `__\ Section 8.1 Numeric Functions `Expression `__\ Section 10.10 Automatic Newton Iteration Formulas `Expression `__\ Section 6.21 Rules and Pattern Matching `Expression `__\ Section 8.8 Integration `Expression `__\ Section 9.37 Kernel `Expression `__\ Section 9.21 Expression `Expression `__\ Section 9.21 Expression `Expression `__\ Section 9.21 Expression `Expression `__\ Section 9.50 MakeFunction `ExpressionToUnivariatePowerSeries `__\ Section 8.9 Working with Power Series `FORTRAN output format:arrays `__\ Section 4.7 FORTRAN Format `FORTRAN output format:breaking into multiple statements `__\ Section 4.7 FORTRAN Format `FORTRAN output format:data types `__\ Section 4.7 FORTRAN Format `FORTRAN output format:integers vs. floats `__\ Section 4.7 FORTRAN Format `FORTRAN output format:line length `__\ Section 4.7 FORTRAN Format `FORTRAN output format:optimization level `__\ Section 4.7 FORTRAN Format `FORTRAN output format:precision `__\ Section 4.7 FORTRAN Format `FORTRAN output format `__\ Section 4.7 FORTRAN Format `FORTRAN:assignment `__\ Section 5.1 Immediate and Delayed Assignments `FORTRAN `__\ Section 0.2 A Technical Introduction `Factored `__\ Section 8.13 Computation of Galois Groups `Factored `__\ Section 8.13 Computation of Galois Groups `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.61 PartialFraction `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `Factored `__\ Section 9.22 Factored `FactoredFunctions2 `__\ Section 9.23 FactoredFunctions2 `FactoredFunctions2 `__\ Section 9.23 FactoredFunctions2 `FactoredFunctions2 `__\ Section 9.23 FactoredFunctions2 `FactoredFunctions2 `__\ Section 9.23 FactoredFunctions2 `FactoredFunctions2 `__\ Section 9.23 FactoredFunctions2 `Fibonacci numbers `__\ Section 6.2 Macros `Fibonacci numbers `__\ Section 6.13 Recurrence Relations `Fibonacci numbers `__\ Section 6.16 Free and Local Variables `Fibonacci numbers `__\ Section 8.9 Working with Power Series `Field `__\ Section 12.11 Conditionals `File `__\ Section 9.24 File `File `__\ Section 9.24 File `File `__\ Section 9.24 File `File `__\ Section 9.24 File `File `__\ Section 9.24 File `File `__\ Section 9.24 File `FileName `__\ Section 9.25 FileName `FileName `__\ Section 9.25 FileName `FileName `__\ Section 9.25 FileName `FileName `__\ Section 9.25 FileName `FileName `__\ Section 9.25 FileName `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `FiniteFieldPolynomialPackage `__\ Section 8.11 Finite Fields `Float `__\ Section 1.4 Numbers `Float `__\ Section 8.1 Numeric Functions `Float `__\ Section 8.1 Numeric Functions `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.27 Float `Float `__\ Section 9.12 ContinuedFraction `Float `__\ Section 9.27 Float `FortranCode `__\ Section 15.3 The NAG Library Link `FortranCode `__\ Section 15.3 The NAG Library Link `FortranCode `__\ Section 15.3 The NAG Library Link `FortranOutputStackPackage `__\ Section 15.3 The NAG Library Link `FortranProgram `__\ Section 15.3 The NAG Library Link `FortranScalarType `__\ Section 15.3 The NAG Library Link `FortranScalarType `__\ Section 15.3 The NAG Library Link `FortranType `__\ Section 15.3 The NAG Library Link `FoundationLibraryDocPage `__\ Section 15.3 The NAG Library Link `Fraction `__\ Section 12.11 Conditionals `Fraction `__\ Section 2.1 The Basic Idea `Fraction `__\ Section 2.5 Unions `Fraction `__\ Section 2.9 Package Calling and Target Types `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `Fraction `__\ Section 9.28 Fraction `FullPartialFractionExpansion `__\ Section 9.29 FullPartialFractionExpansion `FunctionSpaceComplexIntegration `__\ Section 8.8 Integration `FunctionSpaceComplexIntegration `__\ Section 8.8 Integration `FunctionSpaceIntegration `__\ Section 8.8 Integration `FunctionSpaceIntegration `__\ Section 8.8 Integration `Galois:field `__\ Section 8.11 Finite Fields `Galois:group `__\ Section 8.13 Computation of Galois Groups `GenerateUnivariatePowerSeries `__\ Section 8.9 Working with Power Series `GradedAlgebra `__\ Section 9.7 CartesianTensor `GradedAlgebra `__\ Section 9.7 CartesianTensor `GradedAlgebra `__\ Section 9.7 CartesianTensor `GradedAlgebra `__\ Section 9.7 CartesianTensor `GradedModule `__\ Section 9.7 CartesianTensor `GraphImage `__\ Section 7.1 Two-Dimensional Graphics `GraphImage `__\ Section 7.1 Two-Dimensional Graphics `GraphImage `__\ Section 7.1 Two-Dimensional Graphics `GraphImage `__\ Section 7.1 Two-Dimensional Graphics `GraphImage `__\ Section 7.1 Two-Dimensional Graphics `GraphicsDefaults `__\ Section 7.1 Two-Dimensional Graphics `GraphicsDefaults `__\ Section 7.1 Two-Dimensional Graphics `GroebnerFactorizationPackage `__\ Section 9.31 GroebnerFactorizationPackage `GroebnerFactorizationPackage `__\ Section 9.31 GroebnerFactorizationPackage `HexadecimalExpansion `__\ Section 9.33 HexadecimalExpansion `Hilbert class field `__\ Section 8.13 Computation of Galois Groups `Hyper@{HyperDoc} `__\ Section 1.1 Starting Up and Winding Down `HyperDoc X Window System defaults `__\ Section 3.8 X Window Resources for HyperDoc `HyperDoc `__\ Section 3.0 Using HyperDoc `HyperDoc@{HyperDoc} `__\ Section 14.0 Browse `IBM Script Formula Format `__\ Section 4.6 IBM Script Formula Format `Integer `__\ Section 0.2 A Technical Introduction `Integer `__\ Section 0.2 A Technical Introduction `Integer `__\ Section 2.5 Unions `Integer `__\ Section 6.1 Functions vs. Macros `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `Integer `__\ Section 9.34 Integer `IntegerLinearDependence `__\ Section 9.35 IntegerLinearDependence `IntegerNumberTheoryFunctions `__\ Section 6.13 Recurrence Relations `IntegerNumberTheoryFunctions `__\ Section 9.34 Integer `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.36 IntegerNumberTheoryFunctions `IntegerNumberTheoryFunctions `__\ Section 9.34 Integer `IntegerNumberTheoryFunctions `__\ Section 9.34 Integer `IntegerNumberTheoryFunctions `__\ Section 9.34 Integer `IntegerNumberTheoryFunctions `__\ Section 9.34 Integer `IntegerNumberTheoryFunctions `__\ Section 9.34 Integer `IntegerPrimesPackage `__\ Section 5.6 An Example: Streams of Primes `IntegerPrimesPackage `__\ Section 5.6 An Example: Streams of Primes `IntegerPrimesPackage `__\ Section 5.6 An Example: Streams of Primes `IntegerPrimesPackage `__\ Section 9.34 Integer `IntegerPrimesPackage `__\ Section 9.34 Integer `IntegerPrimesPackage `__\ Section 9.34 Integer `Join `__\ Section 12.1 Definitions `Join `__\ Section 13.3 Category Assertions `Kernel `__\ Section 9.37 Kernel `Kernel `__\ Section 9.37 Kernel `Kernel `__\ Section 9.37 Kernel `Kernel `__\ Section 9.37 Kernel `Kernel `__\ Section 9.37 Kernel `Kernel `__\ Section 9.37 Kernel `Kernel `__\ Section 9.37 Kernel `KeyedAccessFile `__\ Section 9.38 KeyedAccessFile `KeyedAccessFile `__\ Section 9.38 KeyedAccessFile `KeyedAccessFile `__\ Section 9.38 KeyedAccessFile `KeyedAccessFile `__\ Section 9.38 KeyedAccessFile `KeyedAccessFile `__\ Section 9.38 KeyedAccessFile `KeyedAccessFile `__\ Section 9.38 KeyedAccessFile `Klein bottle `__\ Section 21.4 images5.input `Korn shell `__\ Section 16.9 )edit `Laplace transform `__\ Section 8.7 Laplace Transforms `Laurent series `__\ Section 8.9 Working with Power Series `Legendre polynomials `__\ Section 0.1 Introduction to FriCAS `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.39 LexTriangularPackage `LexTriangularPackage `__\ Section 9.91 ZeroDimensionalSolvePackage `Library `__\ Section 9.41 Library `Lie algebra `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator1 `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `LinearOrdinaryDifferentialOperator2 `__\ Section 9.46 LinearOrdinaryDifferentialOperator2 `LinearSystemMatrixPackage `__\ Section 14.2 The Constructor Page `LinearSystemMatrixPackage `__\ Section 14.2 The Constructor Page `Lisp:code generation `__\ Section 16.7 )compile `List `__\ Section 1.5 Data Structures `List `__\ Section 1.5 Data Structures `List `__\ Section 1.5 Data Structures `List `__\ Section 1.5 Data Structures `List `__\ Section 11.8 Conditionals `List `__\ Section 11.8 Conditionals `List `__\ Section 13.13 Example 2: Building A Query Facility `List `__\ Section 13.13 Example 2: Building A Query Facility `List `__\ Section 13.13 Example 2: Building A Query Facility `List `__\ Section 13.13 Example 2: Building A Query Facility `List `__\ Section 2.1 The Basic Idea `List `__\ Section 2.1 The Basic Idea `List `__\ Section 2.1 The Basic Idea `List `__\ Section 9.18 EqTable `List `__\ Section 9.18 EqTable `List `__\ Section 9.83 UnivariatePolynomial `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.39 LexTriangularPackage `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `List `__\ Section 9.47 List `MakeBinaryCompiledFunction `__\ Section 10.9 Functions Producing Functions `MakeFunction `__\ Section 9.50 MakeFunction `MakeFunction `__\ Section 9.50 MakeFunction `MakeFunction `__\ Section 9.50 MakeFunction `MakeUnaryCompiledFunction `__\ Section 10.9 Functions Producing Functions `MappingPackage1 `__\ Section 9.51 MappingPackage1 `MappingPackage2 `__\ Section 9.51 MappingPackage1 `MappingPackage3 `__\ Section 9.51 MappingPackage1 `MappingPackage3 `__\ Section 9.51 MappingPackage1 `MappingPackage3 `__\ Section 9.51 MappingPackage1 `MappingPackage3 `__\ Section 9.51 MappingPackage1 `Matrix `__\ Section 14.2 The Constructor Page `Matrix `__\ Section 14.3 Miscellaneous Features of Browse `Matrix `__\ Section 14.1 The Front Page: Searching the Library `Matrix `__\ Section 14.2 The Constructor Page `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.27 Float `Matrix `__\ Section 9.62 Permanent `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `Matrix `__\ Section 9.52 Matrix `MatrixCategory `__\ Section 12.11 Conditionals `MatrixCategoryFunctions2 `__\ Section 2.9 Package Calling and Target Types `Mendel's genetic laws `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `Mersenne number `__\ Section 6.5 One-Line Functions `Modula 2 `__\ Section 0.2 A Technical Introduction `Multiset `__\ Section 9.53 MultiSet `MultivariatePolynomial `__\ Section 13.11 Short Forms `NagOrdinaryDifferentialEquationsPackage `__\ Section 15.3 The NAG Library Link `Newton iteration `__\ Section 10.10 Automatic Newton Iteration Formulas `Newton iteration `__\ Section 21.2 images2.input `Not `__\ Section 9.72 SingleInteger `NumberTheoreticPolynomialFunctions `__\ Section 8.1 Numeric Functions `Octonion `__\ Section 9.56 Octonion `Or `__\ Section 9.72 SingleInteger `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrderlyDifferentialPolynomial `__\ Section 9.60 OrderlyDifferentialPolynomial `OrthogonalPolynomialFunctions `__\ Section 8.1 Numeric Functions `OutputForm `__\ Section 2.11 Exposing Domains and Packages `OutputForm `__\ Section 5.4 Loops `OutputForm `__\ Section 6.19 Example: A Famous Triangle `OutputForm `__\ Section 6.19 Example: A Famous Triangle `OutputForm `__\ Section 6.19 Example: A Famous Triangle `OutputForm `__\ Section 6.19 Example: A Famous Triangle `PASCAL:assignment `__\ Section 5.1 Immediate and Delayed Assignments `PASCAL `__\ Section 0.2 A Technical Introduction `Palette `__\ Section 7.1 Two-Dimensional Graphics `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `PartialFraction `__\ Section 9.61 PartialFraction `Pascal's triangle `__\ Section 6.19 Example: A Famous Triangle `Permanent `__\ Section 9.62 Permanent `Permanent `__\ Section 9.62 Permanent `Permanent `__\ Section 9.62 Permanent `Phong:illumination model `__\ Section 7.2 Three-Dimensional Graphics `Phong:illumination model `__\ Section 7.2 Three-Dimensional Graphics `Phong:smooth shading model `__\ Section 7.2 Three-Dimensional Graphics `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `Polynomial `__\ Section 9.63 Polynomial `PostScript `__\ Section 1.16 Graphics `PostScript `__\ Section 7.0 Graphics `PostScript `__\ Section 7.2 Three-Dimensional Graphics `PostScript `__\ Section 7.2 Three-Dimensional Graphics `PostScript `__\ Section 7.2 Three-Dimensional Graphics `PostScript `__\ Section 7.1 Two-Dimensional Graphics `Puiseux series `__\ Section 1.10 Series `Puiseux series `__\ Section 8.9 Working with Power Series `QuadraticForm `__\ Section 13.10 Origins `QuadraticForm `__\ Section 13.6 Representation `Quaternion `__\ Section 9.64 Quaternion `QuotientFieldCategory `__\ Section 12.11 Conditionals `RadixExpansion `__\ Section 9.65 RadixExpansion `RadixExpansion `__\ Section 9.65 RadixExpansion `RadixExpansion `__\ Section 9.65 RadixExpansion `RadixExpansion `__\ Section 9.65 RadixExpansion `RationalFunctionDefiniteIntegration `__\ Section 8.8 Integration `RationalFunctionDefiniteIntegration `__\ Section 8.8 Integration `RealClosure `__\ Section 9.66 RealClosure `RealClosure `__\ Section 9.66 RealClosure `RealPolynomialUtilitiesPackage `__\ Section 9.66 RealClosure `RealPolynomialUtilitiesPackage `__\ Section 9.66 RealClosure `Record `__\ Section 2.4 Records `Record@{\\sf Record} `__\ Section 1.5 Data Structures `RegularTriangularSet `__\ Section 9.91 ZeroDimensionalSolvePackage `Result `__\ Section 15.3 The NAG Library Link `Result `__\ Section 15.3 The NAG Library Link `Riemann:sphere `__\ Section 21.8 conformal.input `Riemann:sphere `__\ Section 21.6 images7.input `Ring `__\ Section 12.9 Attributes `Roman numerals `__\ Section 1.4 Numbers `Scherk's minimal surface `__\ Section 21.14 scherk.input `Scherk's minimal surface `__\ Section 21.7 images8.input `Segment `__\ Section 9.69 Segment `Segment `__\ Section 9.69 Segment `Segment `__\ Section 9.69 Segment `Segment `__\ Section 9.47 List `Segment `__\ Section 9.69 Segment `SegmentBinding `__\ Section 9.70 SegmentBinding `SegmentBinding `__\ Section 9.70 SegmentBinding `SemiGroup `__\ Section 12.4 Hierarchies `SemiGroup `__\ Section 12.7 FriCASs `Set `__\ Section 9.71 Set `Set `__\ Section 9.71 Set `Set `__\ Section 9.71 Set `Set `__\ Section 9.71 Set `Set `__\ Section 9.71 Set `Set `__\ Section 9.71 Set `SetCategory `__\ Section 12.1 Definitions `Sierpinsky's Tetrahedron `__\ Section 21.12 tetra.input `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SingleInteger `__\ Section 9.72 SingleInteger `SparseTable `__\ Section 9.73 SparseTable `SparseTable `__\ Section 9.73 SparseTable `SquareMatrix `__\ Section 2.7 Conversion `SquareMatrix `__\ Section 9.52 Matrix `SquareMatrix `__\ Section 9.74 SquareMatrix `Stream `__\ Section 5.6 An Example: Streams of Primes `Stream `__\ Section 5.6 An Example: Streams of Primes `Stream `__\ Section 5.6 An Example: Streams of Primes `Stream `__\ Section 5.6 An Example: Streams of Primes `Stream `__\ Section 6.2 Macros `StreamFunctions2 `__\ Section 9.76 Stream `String `__\ Section 12.5 Membership `String `__\ Section 2.9 Package Calling and Target Types `String `__\ Section 2.9 Package Calling and Target Types `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `String `__\ Section 9.77 String `Switch `__\ Section 15.3 The NAG Library Link `Symbol `__\ Section 9.79 Symbol `Symbol `__\ Section 9.79 Symbol `Symbol `__\ Section 9.79 Symbol `Symbol `__\ Section 9.79 Symbol `Symbol `__\ Section 9.79 Symbol `SymbolTable `__\ Section 15.3 The NAG Library Link `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `Table `__\ Section 9.80 Table `TeX output format @{TeX} output format `__\ Section 4.5 TeX Format `TextFile `__\ Section 9.81 TextFile `TextFile `__\ Section 9.81 TextFile `TextFile `__\ Section 9.81 TextFile `TextFile `__\ Section 9.81 TextFile `TheSymbolTable `__\ Section 15.3 The NAG Library Link `ThreeDimensionalViewport `__\ Section 10.1 Drawing Ribbons Interactively `ThreeDimensionalViewport `__\ Section 10.2 A Ribbon Program `ThreeDimensionalViewport `__\ Section 7.2 Three-Dimensional Graphics `ThreeDimensionalViewport `__\ Section 7.2 Three-Dimensional Graphics `ThreeDimensionalViewport `__\ Section 7.2 Three-Dimensional Graphics `ThreeDimensionalViewport `__\ Section 7.2 Three-Dimensional Graphics `ThreeDimensionalViewport `__\ Section 7.2 Three-Dimensional Graphics `ThreeDimensionalViewport `__\ Section 7.2 Three-Dimensional Graphics `ThreeSpace `__\ Section 7.2 Three-Dimensional Graphics `ThreeSpace `__\ Section 7.2 Three-Dimensional Graphics `ThreeSpace `__\ Section 7.2 Three-Dimensional Graphics `ThreeSpace `__\ Section 7.2 Three-Dimensional Graphics `TransSolvePackage `__\ Section 9.19 Equation `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalArray `__\ Section 9.82 TwoDimensionalArray `TwoDimensionalViewport `__\ Section 7.1 Two-Dimensional Graphics `TwoDimensionalViewport `__\ Section 7.1 Two-Dimensional Graphics `TwoDimensionalViewport `__\ Section 7.1 Two-Dimensional Graphics `TwoDimensionalViewport `__\ Section 7.1 Two-Dimensional Graphics `Type `__\ Section 2.1 The Basic Idea `Union `__\ Section 2.5 Unions `Union@{\\sf Union} `__\ Section 1.5 Data Structures `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePolynomial `__\ Section 9.83 UnivariatePolynomial `UnivariatePowerSeriesCategory `__\ Section 8.9 Working with Power Series `UnivariateTaylorSeries `__\ Section 8.9 Working with Power Series `UniversalSegment `__\ Section 9.84 UniversalSegment `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `Vector `__\ Section 9.85 Vector `VectorSpace `__\ Section 9.6 CardinalNumber `X Window System `__\ Section 1.1 Starting Up and Winding Down `X Window System `__\ Section 3.8 X Window Resources for HyperDoc `Zech logarithm `__\ Section 8.11 Finite Fields `ZeroDimensionalSolvePackage `__\ Section 9.39 LexTriangularPackage `ZeroDimensionalSolvePackage `__\ Section 9.39 LexTriangularPackage `ZeroDimensionalSolvePackage `__\ Section 9.91 ZeroDimensionalSolvePackage `ZeroDimensionalSolvePackage `__\ Section 9.91 ZeroDimensionalSolvePackage `ZeroDimensionalSolvePackage `__\ Section 9.91 ZeroDimensionalSolvePackage `ZeroDimensionalSolvePackage `__\ Section 9.91 ZeroDimensionalSolvePackage `ZeroDimensionalSolvePackage `__\ Section 9.91 ZeroDimensionalSolvePackage `ZeroDimensionalSolvePackage `__\ Section 9.91 ZeroDimensionalSolvePackage `_notequal@ ∼= `__\ Section 5.3 if-then-else `abbreviation category `__\ Section 16.2 )abbreviation `abbreviation domain `__\ Section 16.2 )abbreviation `abbreviation package `__\ Section 16.2 )abbreviation `abbreviation query `__\ Section 16.2 )abbreviation `abbreviation remove `__\ Section 16.2 )abbreviation `abbreviation:constructor `__\ Section 11.1 Names, Abbreviations, and File Structure `abbreviation:constructor `__\ Section 2.2 Writing Types and Modes `abbreviation `__\ Section 16.7 )compile `abbreviation `__\ Section 16.2 )abbreviation `abbreviation `__\ Section 2.2 Writing Types and Modes `abs `__\ Section 6.1 Functions vs. Macros `adaptive plotting `__\ Section 7.1 Two-Dimensional Graphics `adaptive plotting `__\ Section 7.2 Three-Dimensional Graphics `adaptive plotting `__\ Section 7.2 Three-Dimensional Graphics `adaptive plotting `__\ Section 7.2 Three-Dimensional Graphics `adaptive plotting `__\ Section 7.1 Two-Dimensional Graphics `adaptive plotting `__\ Section 7.1 Two-Dimensional Graphics `add `__\ Section 11.4 Capsules `add `__\ Section 12.6 Defaults `add `__\ Section 13.8 Add Domain `addmod `__\ Section 9.72 SingleInteger `algebra:non-associative `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `algebraic number `__\ Section 8.2 Polynomial Factorization `algebraic number `__\ Section 8.3 Manipulating Symbolic Roots of a Polynomial `anonymous function `__\ Section 6.17 Anonymous Functions `antiderivative `__\ Section 8.8 Integration `append `__\ Section 9.47 List `appendPoint `__\ Section 7.1 Two-Dimensional Graphics `approximants `__\ Section 9.12 ContinuedFraction `approximate `__\ Section 9.66 RealClosure `approximation `__\ Section 8.9 Working with Power Series `approximation `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `approximation `__\ Section 8.5 Solution of Linear and Polynomial Equations `apropos `__\ Section 16.28 )what `argument `__\ Section 9.37 Kernel `arithmetic:modular `__\ Section 8.11 Finite Fields `arity `__\ Section 9.3 BasicOperator `array:flexible `__\ Section 1.5 Data Structures `array:one-dimensional `__\ Section 1.5 Data Structures `array:two-dimensional `__\ Section 1.6 Expanding to Higher Dimensions `aspSection `__\ Section 15.3 The NAG Library Link `assign `__\ Section 15.3 The NAG Library Link `assignment:delayed `__\ Section 5.1 Immediate and Delayed Assignments `assignment:immediate `__\ Section 5.1 Immediate and Delayed Assignments `assignment:multiple immediate `__\ Section 5.1 Immediate and Delayed Assignments `assignment `__\ Section 1.3 The FriCAS Language `associativity law `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `attribute `__\ Section 14.2 The Constructor Page `axiom `__\ Section 12.7 FriCASs `badge `__\ Section 2.6 The Any Domain `balanced binary tree `__\ Section 1.5 Data Structures `basis:normal `__\ Section 8.11 Finite Fields `basis:orthonormal `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `binary search tree `__\ Section 1.5 Data Structures `binary `__\ Section 9.4 BinaryExpansion `bit? `__\ Section 0.2 A Technical Introduction `blankSeparate `__\ Section 6.19 Example: A Famous Triangle `boot `__\ Section 16.3 )boot `break `__\ Section 5.4 Loops `break `__\ Section 5.4 Loops `break `__\ Section 5.2 Blocks `by `__\ Section 5.4 Loops `case `__\ Section 2.5 Unions `case `__\ Section 2.5 Unions `category:anonymous `__\ Section 12.12 Anonymous Categories `category:constructor `__\ Section 12.0 Categories `category:defaults `__\ Section 12.6 Defaults `category:definition `__\ Section 12.1 Definitions `category:membership `__\ Section 12.5 Membership `category `__\ Section 0.2 A Technical Introduction `category `__\ Section 12.0 Categories `category `__\ Section 2.7 Conversion `category `__\ Section 2.1 The Basic Idea `cd `__\ Section 16.23 )spool `cd `__\ Section 16.4 )cd `cd `__\ Section 4.3 Common Features of Using Output Formats `cd `__\ Section 4.1 Input Files `cd `__\ Section 4.1 Input Files `ceiling `__\ Section 12.11 Conditionals `center `__\ Section 6.19 Example: A Famous Triangle `character set `__\ Section 4.4 Monospace Two-Dimensional Mathematical Format `characteristic:value `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `characteristic:vector `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `characteristic `__\ Section 2.1 The Basic Idea `clear `__\ Section 16.6 )clear `clipPointsDefault `__\ Section 7.1 Two-Dimensional Graphics `clipping `__\ Section 7.2 Three-Dimensional Graphics `clipping `__\ Section 7.1 Two-Dimensional Graphics `close `__\ Section 16.5 )close `close `__\ Section 3.7 Example Pages `coefficients `__\ Section 9.83 UnivariatePolynomial `coefficients `__\ Section 9.83 UnivariatePolynomial `coerce `__\ Section 7.1 Two-Dimensional Graphics `collection `__\ Section 5.5 Creating Lists and Streams with Iterators `color:curve `__\ Section 7.1 Two-Dimensional Graphics `color:multiplication `__\ Section 7.1 Two-Dimensional Graphics `color:point `__\ Section 7.1 Two-Dimensional Graphics `color:shade `__\ Section 7.1 Two-Dimensional Graphics `color `__\ Section 3.8 X Window Resources for HyperDoc `color `__\ Section 7.1 Two-Dimensional Graphics `colormap `__\ Section 7.2 Three-Dimensional Graphics `column `__\ Section 9.52 Matrix `column `__\ Section 9.82 TwoDimensionalArray `command line editor `__\ Section 1.1 Starting Up and Winding Down `compactFraction `__\ Section 9.61 PartialFraction `compile `__\ Section 13.13 Example 2: Building A Query Facility `compile `__\ Section 16.4 )cd `compile `__\ Section 16.7 )compile `complete `__\ Section 5.6 An Example: Streams of Primes `complex numbers `__\ Section 1.4 Numbers `complex:floating-point number `__\ Section 8.1 Numeric Functions `complex `__\ Section 16.8 )display `complex `__\ Section 9.11 Complex `complexIntegrate `__\ Section 8.8 Integration `component `__\ Section 7.1 Two-Dimensional Graphics `component `__\ Section 7.1 Two-Dimensional Graphics `computation timings:displaying `__\ Section 16.21 )set `concat! `__\ Section 1.5 Data Structures `concat `__\ Section 12.5 Membership `concat `__\ Section 13.13 Example 2: Building A Query Facility `concat `__\ Section 2.1 The Basic Idea `concat `__\ Section 2.9 Package Calling and Target Types `concat `__\ Section 6.2 Macros `concat `__\ Section 9.39 LexTriangularPackage `concat `__\ Section 9.77 String `concat `__\ Section 9.77 String `cond `__\ Section 15.3 The NAG Library Link `conditional `__\ Section 11.8 Conditionals `conditional `__\ Section 12.11 Conditionals `conditional `__\ Section 5.3 if-then-else `conformal map `__\ Section 21.8 conformal.input `conformal map `__\ Section 21.6 images7.input `conjugate `__\ Section 9.11 Complex `cons `__\ Section 9.47 List `constant function argument `__\ Section 6.11 Piece-Wise Function Definitions `constantRight `__\ Section 9.51 MappingPackage1 `constructor:abbreviation `__\ Section 11.1 Names, Abbreviations, and File Structure `constructor:abbreviation `__\ Section 2.2 Writing Types and Modes `constructor:category `__\ Section 12.0 Categories `constructor:domain `__\ Section 2.1 The Basic Idea `constructor:exposed `__\ Section 2.11 Exposing Domains and Packages `constructor:hidden `__\ Section 2.11 Exposing Domains and Packages `constructor:package `__\ Section 11.0 Packages `constructor:package `__\ Section 2.1 The Basic Idea `content `__\ Section 9.83 UnivariatePolynomial `content `__\ Section 9.63 Polynomial `continuedFraction `__\ Section 9.12 ContinuedFraction `continuedFraction `__\ Section 9.12 ContinuedFraction `continuedFraction `__\ Section 9.12 ContinuedFraction `contract `__\ Section 9.7 CartesianTensor `convergents `__\ Section 9.12 ContinuedFraction `conversion `__\ Section 13.6 Representation `coordinate system:Cartesian `__\ Section 7.2 Three-Dimensional Graphics `coordinate system:Cartesian `__\ Section 7.1 Two-Dimensional Graphics `coordinate system:cylindrical `__\ Section 7.2 Three-Dimensional Graphics `coordinate system:parabolic cylindrical `__\ Section 7.2 Three-Dimensional Graphics `coordinate system:spherical `__\ Section 7.2 Three-Dimensional Graphics `coordinate system:toroidal `__\ Section 7.2 Three-Dimensional Graphics `coordinate system `__\ Section 7.2 Three-Dimensional Graphics `coordinates `__\ Section 7.2 Three-Dimensional Graphics `coordinates `__\ Section 7.2 Three-Dimensional Graphics `copy `__\ Section 9.82 TwoDimensionalArray `copy `__\ Section 9.52 Matrix `correctness `__\ Section 12.8 Correctness `count `__\ Section 9.82 TwoDimensionalArray `countable? `__\ Section 9.6 CardinalNumber `create3Space `__\ Section 7.2 Three-Dimensional Graphics `create3Space `__\ Section 7.2 Three-Dimensional Graphics `createIrreduciblePoly `__\ Section 8.11 Finite Fields `createIrreduciblePoly `__\ Section 8.11 Finite Fields `createNormalPrimitivePoly `__\ Section 8.11 Finite Fields `createPrimitiveNormalPoly `__\ Section 8.11 Finite Fields `curry `__\ Section 9.51 MappingPackage1 `curryLeft `__\ Section 9.51 MappingPackage1 `curryRight `__\ Section 9.51 MappingPackage1 `curve:color `__\ Section 7.1 Two-Dimensional Graphics `curve:non-singular `__\ Section 7.1 Two-Dimensional Graphics `curve:one variable function `__\ Section 7.1 Two-Dimensional Graphics `curve:parametric plane `__\ Section 7.1 Two-Dimensional Graphics `curve:parametric space `__\ Section 7.2 Three-Dimensional Graphics `curve:plane algebraic `__\ Section 7.1 Two-Dimensional Graphics `curve:smooth `__\ Section 7.1 Two-Dimensional Graphics `cycleRagits `__\ Section 9.65 RadixExpansion `cyclic list `__\ Section 1.5 Data Structures `cyclotomic polynomial `__\ Section 8.1 Numeric Functions `cylindrical coordinate system `__\ Section 7.2 Three-Dimensional Graphics `cylindrical `__\ Section 7.2 Three-Dimensional Graphics `cylindrical `__\ Section 7.2 Three-Dimensional Graphics `d02cjf `__\ Section 15.3 The NAG Library Link `decimal `__\ Section 9.15 DecimalExpansion `declaration `__\ Section 1.3 The FriCAS Language `default definitions `__\ Section 12.6 Defaults `degree `__\ Section 9.60 OrderlyDifferentialPolynomial `degree `__\ Section 9.83 UnivariatePolynomial `degree `__\ Section 9.7 CartesianTensor `degree `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `degree `__\ Section 9.83 UnivariatePolynomial `degree `__\ Section 9.7 CartesianTensor `degree `__\ Section 9.63 Polynomial `delayed assignment `__\ Section 5.1 Immediate and Delayed Assignments `delete `__\ Section 2.1 The Basic Idea `delete `__\ Section 9.1 AssociationList `delete `__\ Section 9.1 AssociationList `deleteProperty! `__\ Section 9.3 BasicOperator `denom `__\ Section 9.21 Expression `denom `__\ Section 9.28 Fraction `derivative `__\ Section 1.11 Derivatives `determinant `__\ Section 12.11 Conditionals `determinant `__\ Section 9.52 Matrix `determinant `__\ Section 9.27 Float `determinant `__\ Section 9.62 Permanent `diagonalMatrix `__\ Section 9.52 Matrix `difference `__\ Section 9.71 Set `differential equation:partial `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `differential equation `__\ Section 8.10 Solution of Differential Equations `differential equation `__\ Section 8.10 Solution of Differential Equations `differentialVariables `__\ Section 9.60 OrderlyDifferentialPolynomial `differentiation:formal `__\ Section 1.11 Derivatives `differentiation:partial `__\ Section 1.11 Derivatives `differentiation `__\ Section 1.11 Derivatives `digits `__\ Section 1.4 Numbers `digits `__\ Section 9.27 Float `digits `__\ Section 9.27 Float `digits `__\ Section 9.27 Float `dimension `__\ Section 9.6 CardinalNumber `directory:default for searching `__\ Section 4.1 Input Files `directory:for spool files `__\ Section 16.23 )spool `discrete logarithm `__\ Section 8.11 Finite Fields `discrete logarithm `__\ Section 8.11 Finite Fields `display operation `__\ Section 2.12 Commands for Snooping `display `__\ Section 16.8 )display `dithering `__\ Section 7.2 Three-Dimensional Graphics `divide `__\ Section 9.83 UnivariatePolynomial `divide `__\ Section 9.34 Integer `divisors `__\ Section 9.36 IntegerNumberTheoryFunctions `documentation `__\ Section 12.3 Documentation `domain:add `__\ Section 13.8 Add Domain `domain:representation `__\ Section 13.6 Representation `domain `__\ Section 0.2 A Technical Introduction `dot `__\ Section 13.6 Representation `drawToScale `__\ Section 7.1 Two-Dimensional Graphics `edit `__\ Section 16.4 )cd `edit `__\ Section 16.9 )edit `editing files `__\ Section 16.9 )edit `eigenvalue `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `eigenvector `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `element:primitive `__\ Section 8.11 Finite Fields `element:primitive `__\ Section 8.11 Finite Fields `else `__\ Section 5.3 if-then-else `elt `__\ Section 9.82 TwoDimensionalArray `elt `__\ Section 9.82 TwoDimensionalArray `elt `__\ Section 9.85 Vector `elt `__\ Section 9.47 List `elt `__\ Section 9.85 Vector `elt `__\ Section 9.85 Vector `elt `__\ Section 9.80 Table `elt `__\ Section 9.80 Table `emacs `__\ Section 16.9 )edit `emacs `__\ Section 16.9 )edit `empty? `__\ Section 9.47 List `endOfFile? `__\ Section 9.81 TextFile `entries `__\ Section 9.73 SparseTable `environment `__\ Section 11.4 Capsules `eq? `__\ Section 9.18 EqTable `eq? `__\ Section 9.18 EqTable `eq? `__\ Section 9.18 EqTable `equality testing `__\ Section 5.3 if-then-else `equation:differential:solving in closed-form `__\ Section 8.10 Solution of Differential Equations `equation:differential:solving in power series `__\ Section 8.10 Solution of Differential Equations `equation:differential:solving `__\ Section 8.10 Solution of Differential Equations `equation:differential `__\ Section 8.10 Solution of Differential Equations `equation:linear:solving `__\ Section 8.5 Solution of Linear and Polynomial Equations `equation:polynomial:solving `__\ Section 8.5 Solution of Linear and Polynomial Equations `equation:polynomial:solving `__\ Section 8.5 Solution of Linear and Polynomial Equations `equation `__\ Section 5.3 if-then-else `essential singularity `__\ Section 8.6 Limits `eulerPhi `__\ Section 9.36 IntegerNumberTheoryFunctions `eulerPhi `__\ Section 9.34 Integer `eval `__\ Section 8.9 Working with Power Series `eval `__\ Section 9.60 OrderlyDifferentialPolynomial `eval `__\ Section 9.50 MakeFunction `eval `__\ Section 9.63 Polynomial `even? `__\ Section 9.34 Integer `exists? `__\ Section 9.25 FileName `exiting @{exiting FriCAS} `__\ Section 1.1 Starting Up and Winding Down `exp `__\ Section 9.12 ContinuedFraction `expand `__\ Section 9.22 Factored `expand `__\ Section 9.47 List `expand `__\ Section 9.69 Segment `exposed:constructor `__\ Section 2.11 Exposing Domains and Packages `exposure:group `__\ Section 2.11 Exposing Domains and Packages `exquo `__\ Section 2.5 Unions `exquo `__\ Section 9.34 Integer `exteriorDifferential `__\ Section 9.14 DeRhamComplex `exteriorDifferential `__\ Section 9.14 DeRhamComplex `factor `__\ Section 9.22 Factored `factor `__\ Section 9.28 Fraction `factor `__\ Section 9.28 Fraction `factor `__\ Section 9.63 Polynomial `factor `__\ Section 9.11 Complex `factor `__\ Section 9.34 Integer `factorList `__\ Section 9.22 Factored `factorList `__\ Section 9.22 Factored `factorList `__\ Section 9.22 Factored `factorization `__\ Section 8.2 Polynomial Factorization `factors `__\ Section 9.22 Factored `fibonacci `__\ Section 6.13 Recurrence Relations `fibonacci `__\ Section 9.36 IntegerNumberTheoryFunctions `fibonacci `__\ Section 9.34 Integer `field:Galois `__\ Section 8.11 Finite Fields `field:Hilbert class `__\ Section 8.13 Computation of Galois Groups `field:finite:conversions `__\ Section 8.11 Finite Fields `field:finite:extension of `__\ Section 8.11 Finite Fields `field:finite:extension of `__\ Section 8.11 Finite Fields `field:finite:extension of `__\ Section 8.11 Finite Fields `field:finite:extension of `__\ Section 8.11 Finite Fields `field:finite:prime `__\ Section 8.11 Finite Fields `field:prime `__\ Section 8.11 Finite Fields `field:splitting `__\ Section 8.13 Computation of Galois Groups `field `__\ Section 2.1 The Basic Idea `file:.Xdefaults `__\ Section 3.8 X Window Resources for HyperDoc `file:exposed.lsp @ exposed.lsp `__\ Section 2.11 Exposing Domains and Packages `file:history `__\ Section 16.11 )frame `file:input:vs. package `__\ Section 11.5 Input Files vs. Packages `file:input:where found `__\ Section 4.1 Input Files `file:input `__\ Section 1.7 Writing Your Own Functions `file:input `__\ Section 16.20 )read `file:input `__\ Section 16.1 Introduction `file:input `__\ Section 16.13 )history `file:input `__\ Section 4.1 Input Files `file:input `__\ Section 5.2 Blocks `file:sending output to `__\ Section 4.3 Common Features of Using Output Formats `file:spool `__\ Section 16.23 )spool `file:start-up profile `__\ Section 4.2 The .axiom.input File `filename `__\ Section 9.25 FileName `fin `__\ Section 16.10 )fin `finite field:factoring polynomial with coefficients in `__\ Section 8.2 Polynomial Factorization `finite field `__\ Section 8.11 Finite Fields `finite field `__\ Section 8.11 Finite Fields `finite field `__\ Section 8.11 Finite Fields `finite field `__\ Section 8.11 Finite Fields `finite field `__\ Section 8.11 Finite Fields `finite? `__\ Section 9.6 CardinalNumber `first `__\ Section 1.5 Data Structures `first `__\ Section 11.8 Conditionals `first `__\ Section 13.13 Example 2: Building A Query Facility `first `__\ Section 9.47 List `firstDenom `__\ Section 9.61 PartialFraction `firstNumer `__\ Section 9.61 PartialFraction `floating point `__\ Section 1.4 Numbers `floating-point number:complex `__\ Section 8.1 Numeric Functions `floating-point number `__\ Section 8.1 Numeric Functions `fluid variable `__\ Section 6.16 Free and Local Variables `font `__\ Section 3.8 X Window Resources for HyperDoc `for `__\ Section 5.4 Loops `for `__\ Section 5.4 Loops `fractRagits `__\ Section 9.65 RadixExpansion `fraction:partial `__\ Section 1.4 Numbers `fractionPart `__\ Section 9.27 Float `frame drop `__\ Section 16.11 )frame `frame import `__\ Section 16.11 )frame `frame last `__\ Section 16.11 )frame `frame names `__\ Section 16.11 )frame `frame new `__\ Section 16.11 )frame `frame next `__\ Section 16.11 )frame `frame:exposure and `__\ Section 2.11 Exposing Domains and Packages `frame `__\ Section 16.11 )frame `frame `__\ Section 2.11 Exposing Domains and Packages `free variable `__\ Section 6.16 Free and Local Variables `free `__\ Section 6.16 Free and Local Variables `fullPartialFraction `__\ Section 9.29 FullPartialFractionExpansion `function:Airy Ai `__\ Section 8.1 Numeric Functions `function:Airy Bi `__\ Section 8.1 Numeric Functions `function:Bessel `__\ Section 8.1 Numeric Functions `function:Bessel `__\ Section 8.1 Numeric Functions `function:Bessel `__\ Section 8.1 Numeric Functions `function:Bessel `__\ Section 8.1 Numeric Functions `function:Euler Beta `__\ Section 21.5 images6.input `function:Euler Beta `__\ Section 8.1 Numeric Functions `function:Gamma `__\ Section 21.5 images6.input `function:Gamma `__\ Section 8.1 Numeric Functions `function:anonymous:declaring `__\ Section 6.17 Anonymous Functions `function:anonymous:restrictions `__\ Section 6.17 Anonymous Functions `function:anonymous `__\ Section 6.17 Anonymous Functions `function:arguments `__\ Section 6.1 Functions vs. Macros `function:caching values `__\ Section 6.12 Caching Previously Computed Results `function:calling `__\ Section 1.3 The FriCAS Language `function:coloring `__\ Section 7.2 Three-Dimensional Graphics `function:compiler `__\ Section 6.10 Compiling vs. Interpreting `function:complex arctangent `__\ Section 8.1 Numeric Functions `function:complex exponential `__\ Section 8.1 Numeric Functions `function:constant argument `__\ Section 6.11 Piece-Wise Function Definitions `function:declaring `__\ Section 6.14 Making Functions from Objects `function:declaring `__\ Section 6.17 Anonymous Functions `function:digamma `__\ Section 8.1 Numeric Functions `function:elementary `__\ Section 8.7 Laplace Transforms `function:from an object `__\ Section 6.14 Making Functions from Objects `function:hypergeometric `__\ Section 8.1 Numeric Functions `function:interpretation `__\ Section 6.10 Compiling vs. Interpreting `function:numeric `__\ Section 8.1 Numeric Functions `function:one-line definition `__\ Section 6.5 One-Line Functions `function:parameters `__\ Section 6.1 Functions vs. Macros `function:piece-wise definition `__\ Section 1.7 Writing Your Own Functions `function:piece-wise definition `__\ Section 6.11 Piece-Wise Function Definitions `function:polygamma `__\ Section 8.1 Numeric Functions `function:predicate `__\ Section 6.11 Piece-Wise Function Definitions `function:special `__\ Section 8.1 Numeric Functions `function:totient `__\ Section 8.1 Numeric Functions `function:vs. macro `__\ Section 6.1 Functions vs. Macros `function:with no arguments `__\ Section 6.8 Delayed Assignments vs. Functions with No Arguments `function `__\ Section 1.7 Writing Your Own Functions `function `__\ Section 9.50 MakeFunction `function `__\ Section 9.50 MakeFunction `function `__\ Section 9.50 MakeFunction `gamete `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `gcd `__\ Section 9.83 UnivariatePolynomial `gcd `__\ Section 9.22 Factored `gcd `__\ Section 9.28 Fraction `gcd `__\ Section 9.63 Polynomial `gcd `__\ Section 9.34 Integer `gcd `__\ Section 9.83 UnivariatePolynomial `generalFortran `__\ Section 15.3 The NAG Library Link `generate `__\ Section 5.6 An Example: Streams of Primes `generate `__\ Section 5.6 An Example: Streams of Primes `generate `__\ Section 5.6 An Example: Streams of Primes `genetics `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `getGraph `__\ Section 7.1 Two-Dimensional Graphics `global variable `__\ Section 6.16 Free and Local Variables `graphics:.Xdefaults:PostScript file name `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:PostScript file name `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:PostScript file name `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:PostScript file name `__\ Section 7.1 Two-Dimensional Graphics `graphics:.Xdefaults:button font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:graph label font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:graph number font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:inverting background `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:lighting font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:message font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:monochrome `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:title font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:unit label font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults:volume label font `__\ Section 7.2 Three-Dimensional Graphics `graphics:.Xdefaults `__\ Section 7.2 Three-Dimensional Graphics `graphics:2D commands:axes `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:close `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:connect `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:graphs `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:key `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:move `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:options `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:points `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:resize `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:scale `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:state of graphs `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D commands:translate `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:axes `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:box `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:buttons `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:clear `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:drop `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:hide `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:lines `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:messages `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:multiple graphs `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:pick `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:points `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:ps `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:query `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:quit `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:reset `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:scale `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:transformations `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:translate `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel:units `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D control-panel `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D defaults:available viewport writes `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:adaptive `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:clip in a range `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:clipping `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:coordinates `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:curve color `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:point color `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:range `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:set units `__\ Section 7.1 Two-Dimensional Graphics `graphics:2D options:to scale `__\ Section 7.1 Two-Dimensional Graphics `graphics:3D commands:axes `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:close `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:control-panel `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:define color `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:deltaX default `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:deltaY default `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:diagonals `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:drawing style `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:eye distance `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:intensity `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:key `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:lighting `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:modify point data `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:move `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:outline `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:perspective `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:phi default `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:reset `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:resize `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:rotate `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:scale default `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:scale `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:showRegion `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:subspace `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:theta default `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:title `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:translate `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D commands:viewpoint `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:axes `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:bounds `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:buttons `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:bw `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:clip volume `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:clip volume `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:clipping on `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:color map `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:eye reference `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:hide `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:intensity `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:light `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:messages `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:move xy `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:move z `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:outline `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:perspective `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:pixmap `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:ps `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:quit `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:reset `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:rotate `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:save `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:scale `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:shade `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:show clip region `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:smooth `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:solid `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:transformations `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:translate `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:view volume `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel:wire `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D control-panel `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:available viewport writes `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:reset viewport defaults `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:tube points `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:tube radius `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:var1 steps `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:var2 steps `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:viewport position `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:viewport size `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D defaults:viewport writes `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D options:color function `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D options:title `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D options:variable steps `__\ Section 7.2 Three-Dimensional Graphics `graphics:3D options `__\ Section 7.2 Three-Dimensional Graphics `graphics:Xdefaults:2d `__\ Section 7.2 Three-Dimensional Graphics `graphics:advanced:build 3D objects `__\ Section 7.2 Three-Dimensional Graphics `graphics:advanced:clip `__\ Section 7.2 Three-Dimensional Graphics `graphics:advanced:coordinate systems `__\ Section 7.2 Three-Dimensional Graphics `graphics:color:hue function `__\ Section 7.1 Two-Dimensional Graphics `graphics:color:multiply function `__\ Section 7.1 Two-Dimensional Graphics `graphics:color:number of hues `__\ Section 7.1 Two-Dimensional Graphics `graphics:color:primary color functions `__\ Section 7.1 Two-Dimensional Graphics `graphics:color `__\ Section 7.1 Two-Dimensional Graphics `graphics:palette `__\ Section 7.1 Two-Dimensional Graphics `graphics:plot3d defaults:adaptive `__\ Section 7.2 Three-Dimensional Graphics `graphics:plot3d defaults:set adaptive `__\ Section 7.2 Three-Dimensional Graphics `graphics:plot3d defaults:set max points `__\ Section 7.2 Three-Dimensional Graphics `graphics:plot3d defaults:set min points `__\ Section 7.2 Three-Dimensional Graphics `graphics:plot3d defaults:set screen resolution `__\ Section 7.2 Three-Dimensional Graphics `graphics:set 2D defaults:adaptive `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:axes color `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:clip points `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:line color `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:max points `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:min points `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:point color `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:point size `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:reset viewport `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:screen resolution `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:to scale `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:units color `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:viewport position `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:viewport size `__\ Section 7.1 Two-Dimensional Graphics `graphics:set 2D defaults:write viewport `__\ Section 7.1 Two-Dimensional Graphics `graphics:three-dimensional `__\ Section 7.2 Three-Dimensional Graphics `graphics:two-dimensional `__\ Section 7.1 Two-Dimensional Graphics `graphics `__\ Section 1.16 Graphics `graphics `__\ Section 7.0 Graphics `groebner `__\ Section 9.39 LexTriangularPackage `groebnerFactorize `__\ Section 9.31 GroebnerFactorizationPackage `groebnerFactorize `__\ Section 9.31 GroebnerFactorizationPackage `ground? `__\ Section 9.63 Polynomial `group:Galois `__\ Section 8.13 Computation of Galois Groups `group:cyclic `__\ Section 8.11 Finite Fields `group:dihedral `__\ Section 8.13 Computation of Galois Groups `group:dihedral `__\ Section 8.13 Computation of Galois Groups `group:exposure `__\ Section 2.11 Exposing Domains and Packages `group:symmetric `__\ Section 8.13 Computation of Galois Groups `hasHi `__\ Section 9.84 UniversalSegment `height `__\ Section 9.37 Kernel `help `__\ Section 16.12 )help `hex `__\ Section 9.33 HexadecimalExpansion `hi `__\ Section 9.69 Segment `history )change `__\ Section 16.13 )history `history )off `__\ Section 16.13 )history `history )on `__\ Section 16.13 )history `history )restore `__\ Section 16.4 )cd `history )save `__\ Section 16.4 )cd `history )write `__\ Section 16.4 )cd `history )write `__\ Section 4.1 Input Files `history `__\ Section 16.13 )history `hither clipping plane `__\ Section 7.2 Three-Dimensional Graphics `horizConcat `__\ Section 9.52 Matrix `htxl1 `__\ Section 15.3 The NAG Library Link `htxl1 `__\ Section 15.3 The NAG Library Link `hue `__\ Section 7.1 Two-Dimensional Graphics `ideal:primary decomposition `__\ Section 8.12 Primary Decomposition of Ideals `if `__\ Section 11.8 Conditionals `if `__\ Section 5.3 if-then-else `imag `__\ Section 9.11 Complex `immediate assignment `__\ Section 5.1 Immediate and Delayed Assignments `in `__\ Section 5.4 Loops `in `__\ Section 5.4 Loops `incr `__\ Section 9.69 Segment `indentation `__\ Section 12.1 Definitions `indentation `__\ Section 5.2 Blocks `inequality testing `__\ Section 5.3 if-then-else `infinity@{∞ (= %infinity)} `__\ Section 1.3 The FriCAS Language `initial `__\ Section 9.60 OrderlyDifferentialPolynomial `insert `__\ Section 2.1 The Basic Idea `integrate `__\ Section 8.8 Integration `integrate `__\ Section 8.8 Integration `integrate `__\ Section 8.8 Integration `integrate `__\ Section 9.63 Polynomial `integration:definite `__\ Section 8.8 Integration `integration:result as a complex functions `__\ Section 8.8 Integration `integration:result as list of real functions `__\ Section 8.8 Integration `integration `__\ Section 1.12 Integration `integration `__\ Section 8.8 Integration `interpret-code mode `__\ Section 6.10 Compiling vs. Interpreting `interrupt `__\ Section 1.1 Starting Up and Winding Down `intersect `__\ Section 9.71 Set `inv `__\ Section 2.9 Package Calling and Target Types `inverse `__\ Section 14.3 Miscellaneous Features of Browse `inverse `__\ Section 9.52 Matrix `invmod `__\ Section 9.72 SingleInteger `is? `__\ Section 9.37 Kernel `is? `__\ Section 9.37 Kernel `is? `__\ Section 9.3 BasicOperator `iterate `__\ Section 5.2 Blocks `iterate `__\ Section 5.4 Loops `iterate `__\ Section 5.4 Loops `iteration:nested `__\ Section 5.4 Loops `iteration:nested `__\ Section 5.4 Loops `iteration:nested `__\ Section 5.5 Creating Lists and Streams with Iterators `iteration:parallel `__\ Section 5.4 Loops `iteration:parallel `__\ Section 5.5 Creating Lists and Streams with Iterators `iteration `__\ Section 5.4 Loops `iteration `__\ Section 5.5 Creating Lists and Streams with Iterators `jacobi `__\ Section 9.36 IntegerNumberTheoryFunctions `jacobi `__\ Section 9.34 Integer `jacobi `__\ Section 9.34 Integer `kernel `__\ Section 9.37 Kernel `kernels `__\ Section 9.37 Kernel `keys `__\ Section 9.38 KeyedAccessFile `keys `__\ Section 9.80 Table `keys `__\ Section 9.38 KeyedAccessFile `keys `__\ Section 9.41 Library `keys `__\ Section 9.73 SparseTable `keys `__\ Section 9.80 Table `lazy evaluation `__\ Section 8.9 Working with Power Series `lcm `__\ Section 9.83 UnivariatePolynomial `lcm `__\ Section 9.28 Fraction `lcm `__\ Section 9.63 Polynomial `lcm `__\ Section 9.34 Integer `leader `__\ Section 9.60 OrderlyDifferentialPolynomial `leadingCoefficient `__\ Section 9.83 UnivariatePolynomial `leadingCoefficient `__\ Section 9.63 Polynomial `leadingMonomial `__\ Section 9.63 Polynomial `leftDivide `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `leftExactQuotient `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `leftGcd `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `leftLcm `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `leftQuotient `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `leftRemainder `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `leftTrim `__\ Section 9.77 String `legendre `__\ Section 9.36 IntegerNumberTheoryFunctions `legendre `__\ Section 9.34 Integer `lexTriangular `__\ Section 9.39 LexTriangularPackage `lexTriangular `__\ Section 9.39 LexTriangularPackage `lexTriangular `__\ Section 9.39 LexTriangularPackage `lhs `__\ Section 9.19 Equation `library `__\ Section 16.14 )library `limit:at infinity `__\ Section 8.6 Limits `limit:of function with parameters `__\ Section 1.9 Limits `limit:of function with parameters `__\ Section 8.6 Limits `limit:one-sided vs. two-sided `__\ Section 8.6 Limits `limit:real vs. complex `__\ Section 8.6 Limits `limit `__\ Section 1.9 Limits `limit `__\ Section 8.6 Limits `linear equation `__\ Section 8.5 Solution of Linear and Polynomial Equations `lisp `__\ Section 16.15 )lisp `list:created by iterator `__\ Section 5.5 Creating Lists and Streams with Iterators `list:cyclic `__\ Section 1.5 Data Structures `list `__\ Section 9.47 List `list `__\ Section 9.47 List `lo `__\ Section 9.69 Segment `load `__\ Section 13.13 Example 2: Building A Query Facility `load `__\ Section 16.16 )load `local variable `__\ Section 6.16 Free and Local Variables `logarithm:discrete `__\ Section 8.11 Finite Fields `logarithm:discrete `__\ Section 8.11 Finite Fields `loop:body `__\ Section 5.4 Loops `loop:compilation `__\ Section 5.4 Loops `loop:leaving via break `__\ Section 5.4 Loops `loop:leaving via return `__\ Section 5.4 Loops `loop:mixing modifiers `__\ Section 5.4 Loops `loop:nested `__\ Section 5.4 Loops `loop `__\ Section 5.4 Loops `lowerCase! `__\ Section 9.77 String `lowerCase `__\ Section 9.8 Character `lowerCase `__\ Section 9.77 String `ltrace `__\ Section 16.17 )trace `machine code `__\ Section 6.10 Compiling vs. Interpreting `macro:predefined `__\ Section 1.3 The FriCAS Language `macro:vs. function `__\ Section 6.1 Functions vs. Macros `macro `__\ Section 11.1 Names, Abbreviations, and File Structure `macro `__\ Section 6.2 Macros `mainVariable `__\ Section 9.63 Polynomial `makeFR `__\ Section 9.22 Factored `makeGraphImage `__\ Section 7.1 Two-Dimensional Graphics `makeVariable `__\ Section 9.60 OrderlyDifferentialPolynomial `makeVariable `__\ Section 9.60 OrderlyDifferentialPolynomial `makeViewport2D `__\ Section 7.1 Two-Dimensional Graphics `makeViewport3D `__\ Section 7.2 Three-Dimensional Graphics `makeViewport3D `__\ Section 7.2 Three-Dimensional Graphics `manpageXXintro `__\ Section 15.3 The NAG Library Link `manpageXXonline `__\ Section 15.3 The NAG Library Link `map `__\ Section 2.9 Package Calling and Target Types `map `__\ Section 9.82 TwoDimensionalArray `map `__\ Section 9.82 TwoDimensionalArray `map `__\ Section 9.82 TwoDimensionalArray `map `__\ Section 9.22 Factored `map `__\ Section 9.22 Factored `map `__\ Section 9.28 Fraction `map `__\ Section 9.23 FactoredFunctions2 `map `__\ Section 9.23 FactoredFunctions2 `map `__\ Section 9.23 FactoredFunctions2 `map `__\ Section 9.23 FactoredFunctions2 `map `__\ Section 9.23 FactoredFunctions2 `matrix:Hilbert `__\ Section 1.6 Expanding to Higher Dimensions `matrix:creating `__\ Section 1.6 Expanding to Higher Dimensions `matrix:symmetric `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `matrix `__\ Section 1.6 Expanding to Higher Dimensions `matrix `__\ Section 13.6 Representation `matrix `__\ Section 9.52 Matrix `max `__\ Section 9.72 SingleInteger `max `__\ Section 9.28 Fraction `max `__\ Section 9.34 Integer `member? `__\ Section 9.82 TwoDimensionalArray `member? `__\ Section 9.71 Set `member? `__\ Section 9.47 List `members `__\ Section 9.80 Table `merge `__\ Section 13.13 Example 2: Building A Query Facility `min `__\ Section 9.72 SingleInteger `min `__\ Section 9.28 Fraction `min `__\ Section 9.34 Integer `minimal polynomial `__\ Section 8.11 Finite Fields `minimal polynomial `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `minimumDegree `__\ Section 9.63 Polynomial `modemap `__\ Section 11.10 How Packages Work `modular arithmetic `__\ Section 8.11 Finite Fields `moebiusMu `__\ Section 9.34 Integer `moebiusMu `__\ Section 9.36 IntegerNumberTheoryFunctions `monicDivide `__\ Section 9.63 Polynomial `monospace 2D output format `__\ Section 4.4 Monospace Two-Dimensional Mathematical Format `mulmod `__\ Section 9.72 SingleInteger `multiple immediate assignment `__\ Section 5.1 Immediate and Delayed Assignments `multiset `__\ Section 9.53 MultiSet `mutable `__\ Section 9.47 List `nagDocumentation `__\ Section 15.3 The NAG Library Link `nagLinkIntro `__\ Section 15.3 The NAG Library Link `nagLinkUsage `__\ Section 15.3 The NAG Library Link `nagTechnical `__\ Section 15.3 The NAG Library Link `name `__\ Section 9.3 BasicOperator `name `__\ Section 9.37 Kernel `name `__\ Section 9.37 Kernel `name `__\ Section 9.79 Symbol `ncols `__\ Section 9.52 Matrix `ncols `__\ Section 9.82 TwoDimensionalArray `negative? `__\ Section 9.28 Fraction `new `__\ Section 14.2 The Constructor Page `new `__\ Section 9.82 TwoDimensionalArray `new `__\ Section 9.85 Vector `new `__\ Section 9.77 String `new `__\ Section 9.52 Matrix `new `__\ Section 9.25 FileName `new `__\ Section 9.79 Symbol `nextIrreduciblePoly `__\ Section 8.11 Finite Fields `nextNormalPoly `__\ Section 8.11 Finite Fields `nextPrime `__\ Section 5.6 An Example: Streams of Primes `nextPrime `__\ Section 9.34 Integer `nextPrimitivePoly `__\ Section 8.11 Finite Fields `nil `__\ Section 9.47 List `non-associative algebra `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `non-singular curve `__\ Section 7.1 Two-Dimensional Graphics `norm `__\ Section 9.56 Octonion `norm `__\ Section 9.11 Complex `normal basis `__\ Section 8.11 Finite Fields `nrows `__\ Section 9.52 Matrix `nrows `__\ Section 9.82 TwoDimensionalArray `nthFactor `__\ Section 8.13 Computation of Galois Groups `nthFractionalTerm `__\ Section 9.61 PartialFraction `nullSpace `__\ Section 9.52 Matrix `nullity `__\ Section 9.52 Matrix `nullspace `__\ Section 8.5 Solution of Linear and Polynomial Equations `number theory `__\ Section 8.1 Numeric Functions `number:algebraic `__\ Section 8.2 Polynomial Factorization `number:algebraic `__\ Section 8.3 Manipulating Symbolic Roots of a Polynomial `number:complex floating-point `__\ Section 8.1 Numeric Functions `number:floating-point `__\ Section 8.1 Numeric Functions `numberOfDivisors `__\ Section 9.36 IntegerNumberTheoryFunctions `numberOfFractionalTerms `__\ Section 9.61 PartialFraction `numberOfHues() `__\ Section 7.1 Two-Dimensional Graphics `numer `__\ Section 9.21 Expression `numer `__\ Section 9.28 Fraction `numeric operations `__\ Section 8.1 Numeric Functions `odd? `__\ Section 0.2 A Technical Introduction `odd? `__\ Section 9.34 Integer `one? `__\ Section 9.22 Factored `open `__\ Section 9.24 File `open `__\ Section 9.24 File `operation name completion `__\ Section 1.1 Starting Up and Winding Down `operation:origin `__\ Section 13.10 Origins `operator `__\ Section 1.11 Derivatives `operator `__\ Section 6.21 Rules and Pattern Matching `operator `__\ Section 8.10 Solution of Differential Equations `operator `__\ Section 9.37 Kernel `operator `__\ Section 9.37 Kernel `operator `__\ Section 9.3 BasicOperator `operator `__\ Section 9.3 BasicOperator `ord `__\ Section 9.8 Character `order `__\ Section 9.60 OrderlyDifferentialPolynomial `orthonormal basis `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `output formats:FORTRAN `__\ Section 4.7 FORTRAN Format `output formats:IBM Script Formula Format `__\ Section 4.6 IBM Script Formula Format `output formats:TeX @{TeX} `__\ Section 4.5 TeX Format `output formats:common features `__\ Section 4.3 Common Features of Using Output Formats `output formats:line length `__\ Section 4.3 Common Features of Using Output Formats `output formats:monospace 2D `__\ Section 4.4 Monospace Two-Dimensional Mathematical Format `output formats:sending to file `__\ Section 4.3 Common Features of Using Output Formats `output formats:sending to screen `__\ Section 4.3 Common Features of Using Output Formats `output formats:starting `__\ Section 4.3 Common Features of Using Output Formats `output formats:stopping `__\ Section 4.3 Common Features of Using Output Formats `output `__\ Section 5.4 Loops `output `__\ Section 6.19 Example: A Famous Triangle `outputFixed `__\ Section 9.27 Float `outputFloating `__\ Section 9.27 Float `outputSpacing `__\ Section 9.27 Float `overloading `__\ Section 9.63 Polynomial `package:constructor `__\ Section 11.0 Packages `package:vs. input file `__\ Section 11.5 Input Files vs. Packages `package `__\ Section 0.2 A Technical Introduction `package `__\ Section 11.0 Packages `package `__\ Section 2.1 The Basic Idea `padicFraction `__\ Section 9.61 PartialFraction `palindrome `__\ Section 6.20 Example: Testing for Palindromes `panic:avoiding `__\ Section 5.4 Loops `panic:avoiding `__\ Section 6.10 Compiling vs. Interpreting `parabolic cylindrical coordinate system `__\ Section 7.2 Three-Dimensional Graphics `parameters to a function `__\ Section 6.1 Functions vs. Macros `parametric plane curve `__\ Section 7.1 Two-Dimensional Graphics `parametric space curve `__\ Section 7.2 Three-Dimensional Graphics `parametric surface `__\ Section 7.2 Three-Dimensional Graphics `parentheses:using with types `__\ Section 2.2 Writing Types and Modes `parentheses:using with types `__\ Section 2.2 Writing Types and Modes `parentheses:using with types `__\ Section 2.2 Writing Types and Modes `partial differential equation `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `partial fraction `__\ Section 1.4 Numbers `partialFraction `__\ Section 9.61 PartialFraction `partialFraction `__\ Section 9.61 PartialFraction `partialQuotients `__\ Section 9.12 ContinuedFraction `pattern matching `__\ Section 1.7 Writing Your Own Functions `pattern:matching:caveats `__\ Section 6.21 Rules and Pattern Matching `pattern:matching `__\ Section 6.21 Rules and Pattern Matching `pattern:variable:matching several terms `__\ Section 6.21 Rules and Pattern Matching `pattern:variable:predicate `__\ Section 6.21 Rules and Pattern Matching `pattern:variables `__\ Section 6.21 Rules and Pattern Matching `percentpercent@{%%} `__\ Section 1.3 The FriCAS Language `performance `__\ Section 6.10 Compiling vs. Interpreting `peril `__\ Section 2.8 Subdomains Again `permanent `__\ Section 9.62 Permanent `permanent `__\ Section 9.62 Permanent `permanent `__\ Section 9.62 Permanent `perspective `__\ Section 7.2 Three-Dimensional Graphics `pi@{π (= %pi)} `__\ Section 1.3 The FriCAS Language `piece-wise function definition `__\ Section 1.7 Writing Your Own Functions `piece-wise function definition `__\ Section 6.11 Piece-Wise Function Definitions `plane algebraic curve `__\ Section 7.1 Two-Dimensional Graphics `polynomial:Bernouilli `__\ Section 8.1 Numeric Functions `polynomial:Bernoulli `__\ Section 8.9 Working with Power Series `polynomial:Bernoulli `__\ Section 8.9 Working with Power Series `polynomial:Bernoulli `__\ Section 8.1 Numeric Functions `polynomial:Chebyshev:of the first kind `__\ Section 8.1 Numeric Functions `polynomial:Chebyshev:of the second kind `__\ Section 8.1 Numeric Functions `polynomial:Euler `__\ Section 8.1 Numeric Functions `polynomial:Euler `__\ Section 8.1 Numeric Functions `polynomial:Hermite `__\ Section 8.1 Numeric Functions `polynomial:Laguerre `__\ Section 8.1 Numeric Functions `polynomial:Legendre `__\ Section 8.1 Numeric Functions `polynomial:cyclotomic `__\ Section 8.1 Numeric Functions `polynomial:factorization:algebraic extension field coefficients `__\ Section 8.2 Polynomial Factorization `polynomial:factorization:finite field coefficients `__\ Section 8.2 Polynomial Factorization `polynomial:factorization:integer coefficients `__\ Section 8.2 Polynomial Factorization `polynomial:factorization:rational number coefficients `__\ Section 8.2 Polynomial Factorization `polynomial:factorization `__\ Section 8.2 Polynomial Factorization `polynomial:irreducible `__\ Section 8.11 Finite Fields `polynomial:minimal `__\ Section 8.11 Finite Fields `polynomial:minimal `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `polynomial:normal `__\ Section 8.11 Finite Fields `polynomial:primitive `__\ Section 8.11 Finite Fields `polynomial:root finding `__\ Section 8.5 Solution of Linear and Polynomial Equations `polynomial:root of `__\ Section 8.11 Finite Fields `polynomial `__\ Section 1.8 Polynomials `position `__\ Section 9.77 String `positive? `__\ Section 9.28 Fraction `positiveRemainder `__\ Section 9.72 SingleInteger `positiveSolve `__\ Section 9.91 ZeroDimensionalSolvePackage `positiveSolve `__\ Section 9.91 ZeroDimensionalSolvePackage `power series `__\ Section 8.9 Working with Power Series `power series `__\ Section 8.10 Solution of Differential Equations `pquit `__\ Section 16.18 )pquit `pquit `__\ Section 16.19 )quit `precision `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `precision `__\ Section 8.5 Solution of Linear and Polynomial Equations `predicate:in function definition `__\ Section 6.11 Piece-Wise Function Definitions `predicate:on a pattern variable `__\ Section 6.21 Rules and Pattern Matching `predicate `__\ Section 13.13 Example 2: Building A Query Facility `prefix? `__\ Section 9.77 String `prefixRagits `__\ Section 9.65 RadixExpansion `pretend `__\ Section 2.8 Subdomains Again `pretend `__\ Section 6.10 Compiling vs. Interpreting `prevPrime `__\ Section 9.34 Integer `primary decomposition of ideal `__\ Section 8.12 Primary Decomposition of Ideals `prime field `__\ Section 8.11 Finite Fields `prime? `__\ Section 5.6 An Example: Streams of Primes `prime? `__\ Section 5.6 An Example: Streams of Primes `prime? `__\ Section 9.34 Integer `primeFactor `__\ Section 9.61 PartialFraction `primes `__\ Section 9.34 Integer `primitive element `__\ Section 8.11 Finite Fields `primitive element `__\ Section 8.11 Finite Fields `principal value `__\ Section 8.1 Numeric Functions `product `__\ Section 9.7 CartesianTensor `product `__\ Section 9.7 CartesianTensor `product `__\ Section 9.7 CartesianTensor `product `__\ Section 9.7 CartesianTensor `prompt:with frame name `__\ Section 16.11 )frame `prompt `__\ Section 1.1 Starting Up and Winding Down `psi @ `__\ Section 8.1 Numeric Functions `putGraph `__\ Section 7.1 Two-Dimensional Graphics `qelt `__\ Section 9.82 TwoDimensionalArray `qelt `__\ Section 9.85 Vector `qelt `__\ Section 9.85 Vector `qsetelt `__\ Section 9.82 TwoDimensionalArray `qsetelt `__\ Section 9.85 Vector `qsetelt `__\ Section 9.85 Vector `quadraticForm `__\ Section 13.10 Origins `quatern `__\ Section 9.64 Quaternion `quit `__\ Section 16.18 )pquit `quit `__\ Section 16.19 )quit `quit `__\ Section 4.2 The .axiom.input File `quo `__\ Section 9.83 UnivariatePolynomial `quo `__\ Section 9.34 Integer `quote `__\ Section 1.3 The FriCAS Language `quote `__\ Section 2.4 Records `quote `__\ Section 2.5 Unions `radical `__\ Section 1.4 Numbers `radical `__\ Section 8.3 Manipulating Symbolic Roots of a Polynomial `radical `__\ Section 8.4 Computation of Eigenvalues and Eigenvectors `radical `__\ Section 8.5 Solution of Linear and Polynomial Equations `radical `__\ Section 8.5 Solution of Linear and Polynomial Equations `radix `__\ Section 1.4 Numbers `rank `__\ Section 14.2 The Constructor Page `rank `__\ Section 14.2 The Constructor Page `rank `__\ Section 9.52 Matrix `rational function:factoring `__\ Section 8.2 Polynomial Factorization `read `__\ Section 16.20 )read `read `__\ Section 16.4 )cd `read `__\ Section 4.1 Input Files `read `__\ Section 9.24 File `read `__\ Section 9.24 File `read `__\ Section 9.38 KeyedAccessFile `readIfCan `__\ Section 9.24 File `readLine `__\ Section 9.81 TextFile `readable? `__\ Section 9.25 FileName `real `__\ Section 9.11 Complex `real? `__\ Section 15.3 The NAG Library Link `realSolve `__\ Section 9.39 LexTriangularPackage `realSolve `__\ Section 9.91 ZeroDimensionalSolvePackage `realSolve `__\ Section 9.91 ZeroDimensionalSolvePackage `record:difference from union `__\ Section 2.5 Unions `record:selector `__\ Section 2.4 Records `record `__\ Section 9.5 BinarySearchTree `recur `__\ Section 9.51 MappingPackage1 `recurrence relation `__\ Section 6.13 Recurrence Relations `reduce `__\ Section 9.83 UnivariatePolynomial `reductum `__\ Section 9.83 UnivariatePolynomial `reductum `__\ Section 9.63 Polynomial `reindex `__\ Section 9.7 CartesianTensor `relativeApprox `__\ Section 9.66 RealClosure `rem `__\ Section 9.83 UnivariatePolynomial `rem `__\ Section 9.34 Integer `remembering function values `__\ Section 6.12 Caching Previously Computed Results `remove `__\ Section 9.80 Table `remove `__\ Section 9.80 Table `removeDuplicates `__\ Section 9.47 List `rendering `__\ Section 7.2 Three-Dimensional Graphics `representation:of a domain `__\ Section 13.6 Representation `resolve `__\ Section 2.10 Resolving Types `resolve `__\ Section 6.9 How FriCAS Determines What Function to Use `rest `__\ Section 1.5 Data Structures `rest `__\ Section 11.8 Conditionals `rest `__\ Section 13.13 Example 2: Building A Query Facility `rest `__\ Section 9.47 List `result:previous `__\ Section 1.3 The FriCAS Language `resultant `__\ Section 9.83 UnivariatePolynomial `resultant `__\ Section 9.63 Polynomial `retractIfCan `__\ Section 2.5 Unions `return `__\ Section 5.2 Blocks `return `__\ Section 5.4 Loops `reverse `__\ Section 9.47 List `rhs `__\ Section 9.19 Equation `ribbon `__\ Section 10.1 Drawing Ribbons Interactively `rightDivide `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `rightExactQuotient `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `rightGcd `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `rightLcm `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `rightQuotient `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `rightRemainder `__\ Section 9.45 LinearOrdinaryDifferentialOperator1 `rightTrim `__\ Section 9.77 String `root:multiple `__\ Section 8.3 Manipulating Symbolic Roots of a Polynomial `root:numeric approximation `__\ Section 8.1 Numeric Functions `root:symbolic `__\ Section 8.3 Manipulating Symbolic Roots of a Polynomial `root `__\ Section 8.13 Computation of Galois Groups `rootOf `__\ Section 8.8 Integration `round `__\ Section 9.27 Float `round `__\ Section 9.27 Float `row `__\ Section 9.52 Matrix `row `__\ Section 9.82 TwoDimensionalArray `rowEchelon `__\ Section 9.52 Matrix `rule `__\ Section 0.1 Introduction to FriCAS `rule `__\ Section 6.21 Rules and Pattern Matching `rule `__\ Section 6.21 Rules and Pattern Matching `ruleset `__\ Section 6.21 Rules and Pattern Matching `scaling graphs `__\ Section 7.2 Three-Dimensional Graphics `scan `__\ Section 9.76 Stream `script `__\ Section 9.79 Symbol `scripted? `__\ Section 9.79 Symbol `scripts `__\ Section 9.79 Symbol `scroll bar `__\ Section 3.3 Scroll Bars `search `__\ Section 9.38 KeyedAccessFile `search `__\ Section 9.80 Table `segment `__\ Section 5.4 Loops `segment `__\ Section 9.70 SegmentBinding `selector:quoting `__\ Section 2.4 Records `selector:quoting `__\ Section 2.5 Unions `selector:record `__\ Section 2.4 Records `selector:union `__\ Section 2.5 Unions `separant `__\ Section 9.60 OrderlyDifferentialPolynomial `series:Laurent `__\ Section 8.9 Working with Power Series `series:Puiseux `__\ Section 1.10 Series `series:Puiseux `__\ Section 8.9 Working with Power Series `series:Taylor `__\ Section 1.10 Series `series:Taylor `__\ Section 8.9 Working with Power Series `series:Taylor `__\ Section 8.9 Working with Power Series `series:Taylor `__\ Section 8.9 Working with Power Series `series:Taylor `__\ Section 8.9 Working with Power Series `series:Taylor `__\ Section 8.9 Working with Power Series `series:arithmetic `__\ Section 8.9 Working with Power Series `series:creating `__\ Section 8.9 Working with Power Series `series:extracting coefficients `__\ Section 8.9 Working with Power Series `series:giving formula for coefficients `__\ Section 8.9 Working with Power Series `series:lazy evaluation `__\ Section 8.9 Working with Power Series `series:multiple variables `__\ Section 8.9 Working with Power Series `series:numerical approximation `__\ Section 8.9 Working with Power Series `series:power `__\ Section 1.10 Series `series:power `__\ Section 8.10 Solution of Differential Equations `series `__\ Section 8.9 Working with Power Series `set expose add constructor `__\ Section 2.11 Exposing Domains and Packages `set expose add group `__\ Section 2.11 Exposing Domains and Packages `set expose drop constructor `__\ Section 2.11 Exposing Domains and Packages `set expose drop group `__\ Section 2.11 Exposing Domains and Packages `set expose `__\ Section 2.11 Exposing Domains and Packages `set fortran explength `__\ Section 4.7 FORTRAN Format `set fortran ints2floats `__\ Section 4.7 FORTRAN Format `set fortran optlevel `__\ Section 4.7 FORTRAN Format `set fortran optlevel `__\ Section 4.7 FORTRAN Format `set fortran precision double `__\ Section 4.7 FORTRAN Format `set fortran precision single `__\ Section 4.7 FORTRAN Format `set fortran segment `__\ Section 4.7 FORTRAN Format `set fortran startindex `__\ Section 4.7 FORTRAN Format `set fortran `__\ Section 4.7 FORTRAN Format `set function compile `__\ Section 6.10 Compiling vs. Interpreting `set function recurrence `__\ Section 6.13 Recurrence Relations `set functions cache `__\ Section 6.12 Caching Previously Computed Results `set history off `__\ Section 16.13 )history `set history on `__\ Section 16.13 )history `set hyperdoc browse exposure `__\ Section 14.3 Miscellaneous Features of Browse `set hyperdoc browse threshold `__\ Section 14.3 Miscellaneous Features of Browse `set message frame `__\ Section 16.11 )frame `set message prompt frame `__\ Section 16.11 )frame `set message time `__\ Section 16.21 )set `set output algebra `__\ Section 4.4 Monospace Two-Dimensional Mathematical Format `set output characters `__\ Section 4.4 Monospace Two-Dimensional Mathematical Format `set output fortran `__\ Section 4.3 Common Features of Using Output Formats `set output fortran `__\ Section 4.7 FORTRAN Format `set output length `__\ Section 4.3 Common Features of Using Output Formats `set output script `__\ Section 4.6 IBM Script Formula Format `set output tex `__\ Section 4.5 TeX Format `set output `__\ Section 4.3 Common Features of Using Output Formats `set quit protected `__\ Section 16.19 )quit `set quit protected `__\ Section 4.2 The .axiom.input File `set quit unprotected `__\ Section 16.19 )quit `set quit unprotected `__\ Section 16.21 )set `set quit unprotected `__\ Section 4.2 The .axiom.input File `set streams calculate `__\ Section 5.5 Creating Lists and Streams with Iterators `set streams calculate `__\ Section 8.9 Working with Power Series `set streams calculate `__\ Section 8.9 Working with Power Series `set userlevel compiler `__\ Section 16.1 Introduction `set userlevel development `__\ Section 16.1 Introduction `set userlevel interpreter `__\ Section 16.1 Introduction `set userlevel `__\ Section 16.28 )what `set `__\ Section 16.21 )set `setColumn `__\ Section 9.52 Matrix `setProperty `__\ Section 9.3 BasicOperator `setRow `__\ Section 9.52 Matrix `setelt `__\ Section 9.82 TwoDimensionalArray `setelt `__\ Section 9.82 TwoDimensionalArray `setelt `__\ Section 9.85 Vector `setelt `__\ Section 9.47 List `setelt `__\ Section 9.85 Vector `setelt `__\ Section 9.85 Vector `setelt `__\ Section 9.52 Matrix `setelt `__\ Section 9.80 Table `setrest! `__\ Section 1.5 Data Structures `setsubMatrix `__\ Section 9.52 Matrix `shade `__\ Section 7.1 Two-Dimensional Graphics `show `__\ Section 11.1 Names, Abbreviations, and File Structure `show `__\ Section 16.22 )show `show `__\ Section 2.12 Commands for Snooping `show `__\ Section 7.2 Three-Dimensional Graphics `showArrayValues `__\ Section 15.3 The NAG Library Link `showScalarValues `__\ Section 15.3 The NAG Library Link `sign `__\ Section 9.34 Integer `simplification `__\ Section 1.7 Writing Your Own Functions `sin `__\ Section 10.7 Drawing Complex Vector Fields `singularity:essential `__\ Section 8.6 Limits `smooth curve `__\ Section 7.1 Two-Dimensional Graphics `solve `__\ Section 14.2 The Constructor Page `solve `__\ Section 9.19 Equation `solveLinearlyOverQ `__\ Section 9.35 IntegerLinearDependence `sort:bubble `__\ Section 11.8 Conditionals `sort:bubble `__\ Section 6.15 Functions Defined with Blocks `sort:insertion `__\ Section 11.8 Conditionals `sort:insertion `__\ Section 6.15 Functions Defined with Blocks `source code `__\ Section 14.2 The Constructor Page `special functions `__\ Section 8.1 Numeric Functions `spherical coordinate system `__\ Section 7.2 Three-Dimensional Graphics `splitting field `__\ Section 8.13 Computation of Galois Groups `spool `__\ Section 16.23 )spool `spool `__\ Section 16.4 )cd `squareFreeLexTriangular `__\ Section 9.39 LexTriangularPackage `squareFreeLexTriangular `__\ Section 9.39 LexTriangularPackage `squareFreeLexTriangular `__\ Section 9.39 LexTriangularPackage `squareFreeLexTriangular `__\ Section 9.39 LexTriangularPackage `squareMatrix `__\ Section 9.74 SquareMatrix `start-up profile file `__\ Section 4.2 The .axiom.input File `step number `__\ Section 1.1 Starting Up and Winding Down `stopping @{stopping FriCAS} `__\ Section 1.1 Starting Up and Winding Down `stream:created by iterator `__\ Section 5.5 Creating Lists and Streams with Iterators `stream:number of elements computed `__\ Section 5.5 Creating Lists and Streams with Iterators `sturmSequence `__\ Section 9.66 RealClosure `subMatrix `__\ Section 9.52 Matrix `subMatrix `__\ Section 9.52 Matrix `subdomain `__\ Section 0.2 A Technical Introduction `submod `__\ Section 9.72 SingleInteger `subset? `__\ Section 9.71 Set `subspace `__\ Section 10.1 Drawing Ribbons Interactively `subspace `__\ Section 7.2 Three-Dimensional Graphics `substring? `__\ Section 9.77 String `such that `__\ Section 6.11 Piece-Wise Function Definitions `such that `__\ Section 6.21 Rules and Pattern Matching `suffix? `__\ Section 9.77 String `sumOfDivisors `__\ Section 9.36 IntegerNumberTheoryFunctions `sumOfKthPowerDivisors `__\ Section 9.36 IntegerNumberTheoryFunctions `summation:definite `__\ Section 8.9 Working with Power Series `summation:definite `__\ Section 8.9 Working with Power Series `summation:indefinite `__\ Section 8.9 Working with Power Series `surface:parametric `__\ Section 7.2 Three-Dimensional Graphics `surface:two variable function `__\ Section 7.2 Three-Dimensional Graphics `sylvesterSequence `__\ Section 9.66 RealClosure `symbol:naming `__\ Section 1.3 The FriCAS Language `symmetricDifference `__\ Section 9.71 Set `symmetry `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws `synonym `__\ Section 16.24 )synonym `syntax `__\ Section 11.2 Syntax `system `__\ Section 16.25 )system `table `__\ Section 9.1 AssociationList `table `__\ Section 9.18 EqTable `testing `__\ Section 11.9 Testing `then `__\ Section 5.3 if-then-else `timings:displaying `__\ Section 16.21 )set `toroidal coordinate system `__\ Section 7.2 Three-Dimensional Graphics `torus knot `__\ Section 21.1 images1.input `totalDegree `__\ Section 9.63 Polynomial `trace `__\ Section 16.26 )trace `trace `__\ Section 9.52 Matrix `transform:Laplace `__\ Section 8.7 Laplace Transforms `transpose `__\ Section 9.52 Matrix `transpose `__\ Section 9.7 CartesianTensor `tree:balanced binary `__\ Section 1.5 Data Structures `tree:binary search `__\ Section 1.5 Data Structures `tree `__\ Section 1.5 Data Structures `trim `__\ Section 9.77 String `truncate `__\ Section 9.27 Float `truncate `__\ Section 9.27 Float `tube:points in polygon `__\ Section 7.2 Three-Dimensional Graphics `tube:radius `__\ Section 7.2 Three-Dimensional Graphics `tube `__\ Section 7.2 Three-Dimensional Graphics `tuple `__\ Section 12.2 Exports `twist `__\ Section 9.51 MappingPackage1 `type:using parentheses `__\ Section 2.2 Writing Types and Modes `type:using parentheses `__\ Section 2.2 Writing Types and Modes `type:using parentheses `__\ Section 2.2 Writing Types and Modes `typeOf `__\ Section 2.5 Unions `ugSysCmdabbreviation `__\ Section 16.16 )load `ugSysCmdabbreviation `__\ Section 16.7 )compile `ugSysCmdboot `__\ Section 16.15 )lisp `ugSysCmdboot `__\ Section 16.17 )trace `ugSysCmdboot `__\ Section 16.3 )boot `ugSysCmdboot `__\ Section 16.25 )system `ugSysCmdboot `__\ Section 16.26 )trace `ugSysCmdcd `__\ Section 16.14 )library `ugSysCmdcd `__\ Section 16.23 )spool `ugSysCmdcd `__\ Section 16.4 )cd `ugSysCmdclear `__\ Section 16.6 )clear `ugSysCmdclear `__\ Section 16.8 )display `ugSysCmdclose `__\ Section 16.18 )pquit `ugSysCmdclose `__\ Section 16.19 )quit `ugSysCmdclose `__\ Section 16.5 )close `ugSysCmdcompile `__\ Section 16.14 )library `ugSysCmdcompile `__\ Section 16.2 )abbreviation `ugSysCmdcompile `__\ Section 16.16 )load `ugSysCmdcompile `__\ Section 16.20 )read `ugSysCmdcompile `__\ Section 16.4 )cd `ugSysCmdcompile `__\ Section 16.7 )compile `ugSysCmdcompile `__\ Section 16.9 )edit `ugSysCmddisplay `__\ Section 16.22 )show `ugSysCmddisplay `__\ Section 16.28 )what `ugSysCmddisplay `__\ Section 16.6 )clear `ugSysCmddisplay `__\ Section 16.8 )display `ugSysCmdedit `__\ Section 16.20 )read `ugSysCmdedit `__\ Section 16.4 )cd `ugSysCmdedit `__\ Section 16.7 )compile `ugSysCmdedit `__\ Section 16.9 )edit `ugSysCmdfin `__\ Section 16.15 )lisp `ugSysCmdfin `__\ Section 16.18 )pquit `ugSysCmdfin `__\ Section 16.19 )quit `ugSysCmdfin `__\ Section 16.3 )boot `ugSysCmdfin `__\ Section 16.25 )system `ugSysCmdfin `__\ Section 16.10 )fin `ugSysCmdframe `__\ Section 16.14 )library `ugSysCmdframe `__\ Section 16.11 )frame `ugSysCmdframe `__\ Section 16.13 )history `ugSysCmdhelp `__\ Section 16.12 )help `ugSysCmdhistory `__\ Section 16.18 )pquit `ugSysCmdhistory `__\ Section 16.19 )quit `ugSysCmdhistory `__\ Section 16.20 )read `ugSysCmdhistory `__\ Section 16.27 )undo `ugSysCmdhistory `__\ Section 16.4 )cd `ugSysCmdhistory `__\ Section 16.6 )clear `ugSysCmdhistory `__\ Section 16.8 )display `ugSysCmdhistory `__\ Section 16.11 )frame `ugSysCmdhistory `__\ Section 16.13 )history `ugSysCmdlibrary `__\ Section 16.14 )library `ugSysCmdlibrary `__\ Section 16.4 )cd `ugSysCmdlibrary `__\ Section 16.7 )compile `ugSysCmdlisp `__\ Section 16.15 )lisp `ugSysCmdlisp `__\ Section 16.17 )trace `ugSysCmdlisp `__\ Section 16.3 )boot `ugSysCmdlisp `__\ Section 16.25 )system `ugSysCmdlisp `__\ Section 16.26 )trace `ugSysCmdload `__\ Section 16.16 )load `ugSysCmdltrace `__\ Section 16.17 )trace `ugSysCmdltrace `__\ Section 16.26 )trace `ugSysCmdpquit `__\ Section 16.18 )pquit `ugSysCmdpquit `__\ Section 16.19 )quit `ugSysCmdpquit `__\ Section 16.25 )system `ugSysCmdpquit `__\ Section 16.5 )close `ugSysCmdpquit `__\ Section 16.10 )fin `ugSysCmdquit `__\ Section 16.18 )pquit `ugSysCmdquit `__\ Section 16.19 )quit `ugSysCmdquit `__\ Section 16.21 )set `ugSysCmdquit `__\ Section 16.25 )system `ugSysCmdquit `__\ Section 16.5 )close `ugSysCmdquit `__\ Section 16.10 )fin `ugSysCmdread `__\ Section 16.20 )read `ugSysCmdread `__\ Section 16.4 )cd `ugSysCmdread `__\ Section 16.9 )edit `ugSysCmdread `__\ Section 16.13 )history `ugSysCmdset `__\ Section 16.14 )library `ugSysCmdset `__\ Section 16.21 )set `ugSysCmdset `__\ Section 16.22 )show `ugSysCmdset `__\ Section 16.3 )boot `ugSysCmdset `__\ Section 16.24 )synonym `ugSysCmdset `__\ Section 16.28 )what `ugSysCmdset `__\ Section 16.8 )display `ugSysCmdset `__\ Section 16.11 )frame `ugSysCmdset `__\ Section 16.13 )history `ugSysCmdshow `__\ Section 16.22 )show `ugSysCmdshow `__\ Section 16.28 )what `ugSysCmdshow `__\ Section 16.8 )display `ugSysCmdspool `__\ Section 16.23 )spool `ugSysCmdspool `__\ Section 16.4 )cd `ugSysCmdsynonym `__\ Section 16.24 )synonym `ugSysCmdsystem `__\ Section 16.15 )lisp `ugSysCmdsystem `__\ Section 16.18 )pquit `ugSysCmdsystem `__\ Section 16.19 )quit `ugSysCmdsystem `__\ Section 16.25 )system `ugSysCmdsystem `__\ Section 16.3 )boot `ugSysCmdsystem `__\ Section 16.9 )edit `ugSysCmdtrace `__\ Section 16.17 )trace `ugSysCmdtrace `__\ Section 16.26 )trace `ugSysCmdundo `__\ Section 16.27 )undo `ugSysCmdundo `__\ Section 16.6 )clear `ugSysCmdundo `__\ Section 16.13 )history `ugSysCmdwhat `__\ Section 16.22 )show `ugSysCmdwhat `__\ Section 16.24 )synonym `ugSysCmdwhat `__\ Section 16.28 )what `ugSysCmdwhat `__\ Section 16.8 )display `ugWhatsNewAsharp `__\ Section 15.2 The New FriCAS Library Compiler `ugWhatsNewDocumentation `__\ Section 15.7 Documentation `ugWhatsNewHyperDoc `__\ Section 15.6 HyperTex `ugWhatsNewImportant `__\ Section 15.1 Important Things to Read First `ugWhatsNewLanguage `__\ Section 15.4 Interactive Front-end and Language `ugWhatsNewLibrary `__\ Section 15.5 Library `undo `__\ Section 16.27 )undo `union:difference from record `__\ Section 2.5 Unions `union:selector `__\ Section 2.5 Unions `union `__\ Section 2.5 Unions `union `__\ Section 9.71 Set `univariateSolve `__\ Section 9.39 LexTriangularPackage `univariateSolve `__\ Section 9.91 ZeroDimensionalSolvePackage `univariateSolve `__\ Section 9.91 ZeroDimensionalSolvePackage `upperCase! `__\ Section 9.77 String `upperCase `__\ Section 9.8 Character `upperCase `__\ Section 9.77 String `user-level `__\ Section 14.3 Miscellaneous Features of Browse `user-level `__\ Section 14.3 Miscellaneous Features of Browse `user-level `__\ Section 16.28 )what `user-level `__\ Section 16.1 Introduction `var1Steps `__\ Section 7.2 Three-Dimensional Graphics `var2Steps `__\ Section 7.2 Three-Dimensional Graphics `variable:fluid `__\ Section 6.16 Free and Local Variables `variable:free `__\ Section 6.16 Free and Local Variables `variable:global `__\ Section 6.16 Free and Local Variables `variable:local `__\ Section 6.16 Free and Local Variables `variable:naming `__\ Section 1.3 The FriCAS Language `variable `__\ Section 9.70 SegmentBinding `variables `__\ Section 9.63 Polynomial `vectorise `__\ Section 9.83 UnivariatePolynomial `vertConcat `__\ Section 9.52 Matrix `vi `__\ Section 16.9 )edit `viewport `__\ Section 7.0 Graphics `weight `__\ Section 7.1 Two-Dimensional Graphics `weight `__\ Section 9.60 OrderlyDifferentialPolynomial `weights `__\ Section 9.60 OrderlyDifferentialPolynomial `what categories `__\ Section 16.28 )what `what commands `__\ Section 16.28 )what `what domain `__\ Section 2.12 Commands for Snooping `what domains `__\ Section 16.28 )what `what operation `__\ Section 2.12 Commands for Snooping `what operations `__\ Section 16.28 )what `what packages `__\ Section 16.28 )what `what packages `__\ Section 2.2 Writing Types and Modes `what packages `__\ Section 2.12 Commands for Snooping `what synonym `__\ Section 16.28 )what `what things `__\ Section 16.28 )what `what `__\ Section 16.28 )what `what `__\ Section 2.2 Writing Types and Modes `what `__\ Section 2.12 Commands for Snooping `where `__\ Section 11.2 Syntax `where `__\ Section 13.2 Definitions `while `__\ Section 5.4 Loops `while `__\ Section 5.4 Loops `wholePart `__\ Section 9.61 PartialFraction `wholeRagits `__\ Section 9.65 RadixExpansion `window `__\ Section 1.1 Starting Up and Winding Down `with `__\ Section 11.2 Syntax `with `__\ Section 12.12 Anonymous Categories `with `__\ Section 12.1 Definitions `with `__\ Section 12.2 Exports `writable? `__\ Section 9.25 FileName `write `__\ Section 7.2 Three-Dimensional Graphics `write `__\ Section 7.2 Three-Dimensional Graphics `write `__\ Section 7.2 Three-Dimensional Graphics `write `__\ Section 7.1 Two-Dimensional Graphics `write `__\ Section 9.81 TextFile `write `__\ Section 9.38 KeyedAccessFile `write `__\ Section 9.24 File `writeLine `__\ Section 9.81 TextFile `xor `__\ Section 9.72 SingleInteger `zero? `__\ Section 9.22 Factored `zero? `__\ Section 9.28 Fraction `zero? `__\ Section 9.34 Integer `zeroDimensional? `__\ Section 9.39 LexTriangularPackage `zeroSetSplit `__\ Section 9.39 LexTriangularPackage `zeroSetSplit `__\ Section 9.91 ZeroDimensionalSolvePackage `zeroSetSplit `__\ Section 9.91 ZeroDimensionalSolvePackage `zoom `__\ Section 10.2 A Ribbon Program `zygote `__\ Section 8.14 Non-Associative Algebras and Modelling Genetic Laws