\makelabel{forms:Title page}{}
\makelabel{forms:Copyright}{}
\makelabel{forms:Table of Contents}{}
\makelabel{forms:Introduction}{1}
\makelabel{forms:Philosophy}{1.1}
\makelabel{forms:Overview over this manual}{1.2}
\makelabel{forms:How to read this manual}{1.3}
\makelabel{forms:Examples}{2}
\makelabel{forms:A conic of PG(2,8)}{2.1}
\makelabel{forms:A form for W(5,3)}{2.2}
\makelabel{forms:What is the form preserved by this group?}{2.3}
\makelabel{forms:Background Theory on Forms}{3}
\makelabel{forms:Sesquilinear forms}{3.1}
\makelabel{forms:Examples}{3.1.1}
\makelabel{forms:Quadratic forms}{3.2}
\makelabel{forms:Examples}{3.2.1}
\makelabel{forms:Constructing forms and basic functionality}{4}
\makelabel{forms:Important filters}{4.1}
\makelabel{forms:Categories for forms}{4.1.1}
\makelabel{forms:Representation for forms}{4.1.2}
\makelabel{forms:Constructing forms using a matrix}{4.2}
\makelabel{forms:Constructing forms using a polynomial}{4.3}
\makelabel{forms:Switching between bilinear and quadratic forms}{4.4}
\makelabel{forms:Evaluating forms}{4.5}
\makelabel{forms:Orthogonality, totally isotropic subspaces, and totally singular subspaces}{4.6}
\makelabel{forms:Attributes and properties of forms}{4.7}
\makelabel{forms:Recognition of sesquilinear forms preserved by a classical group}{4.8}
\makelabel{forms:Morphisms of forms}{5}
\makelabel{forms:Morphisms of sesquilinear forms}{5.1}
\makelabel{forms:Hermitian forms}{5.1.1}
\makelabel{forms:Alternating forms}{5.1.2}
\makelabel{forms:Bilinear forms}{5.1.3}
\makelabel{forms:Degenerate forms}{5.1.4}
\makelabel{forms:Morphisms of quadratic forms}{5.2}
\makelabel{forms:Operations based on morphisms of forms}{5.3}
\makelabel{forms:Bibliography}{Bib}
\makelabel{forms:References}{Bib}
\makelabel{forms:Index}{Ind}
\makelabel{forms:Form sesquilinear}{3.1}
\makelabel{forms:Semilinear}{3.1}
\makelabel{forms:Companion Automorphism}{3.1}
\makelabel{forms:Form bilinear}{3.1}
\makelabel{forms:Form reflexive}{3.1}
\makelabel{forms:Form symmetric}{3.1}
\makelabel{forms:Form alternating}{3.1}
\makelabel{forms:Form hermitian}{3.1}
\makelabel{forms:Orthogonal}{3.1}
\makelabel{forms:isotropic}{3.1}
\makelabel{forms:Radical}{3.1}
\makelabel{forms:Non-degenerate sesquilinear}{3.1}
\makelabel{forms:Totally Isotropic sesquilinear}{3.1}
\makelabel{forms:Witt Index sesquilinear}{3.1}
\makelabel{forms:Form symplectic}{3.1}
\makelabel{forms:Form orthogonal}{3.1}
\makelabel{forms:Form pseudo}{3.1}
\makelabel{forms:Form hyperbolic}{3.1}
\makelabel{forms:Form elliptic}{3.1}
\makelabel{forms:Form parabolic}{3.1}
\makelabel{forms:Quadratic Form quadratic}{3.2}
\makelabel{forms:Form orthogonal}{3.2}
\makelabel{forms:IsBilinearForm}{4.1.1}
\makelabel{forms:IsHermitianForm}{4.1.1}
\makelabel{forms:IsSesquilinearForm}{4.1.1}
\makelabel{forms:IsQuadraticForm}{4.1.1}
\makelabel{forms:IsForm}{4.1.1}
\makelabel{forms:IsForm}{4.1.1}
\makelabel{forms:IsTrivialForm}{4.1.1}
\makelabel{forms:IsFormRep}{4.1.2}
\makelabel{forms:BilinearFormByMatrix}{4.2.1}
\makelabel{forms:BilinearFormByMatrix}{4.2.1}
\makelabel{forms:QuadraticFormByMatrix}{4.2.2}
\makelabel{forms:QuadraticFormByMatrix}{4.2.2}
\makelabel{forms:HermitianFormByMatrix}{4.2.3}
\makelabel{forms:BilinearFormByPolynomial}{4.3.1}
\makelabel{forms:BilinearFormByPolynomial}{4.3.1}
\makelabel{forms:QuadraticFormByPolynomial}{4.3.2}
\makelabel{forms:QuadraticFormByPolynomial}{4.3.2}
\makelabel{forms:HermitianFormByPolynomial}{4.3.3}
\makelabel{forms:HermitianFormByPolynomial}{4.3.3}
\makelabel{forms:QuadraticFormByBilinearForm}{4.4.1}
\makelabel{forms:BilinearFormByQuadraticForm}{4.4.2}
\makelabel{forms:AssociatedBilinearForm}{4.4.3}
\makelabel{forms:EvaluateForm}{4.5.1}
\makelabel{forms:EvaluateForm}{4.5.1}
\makelabel{forms:OrthogonalSubspaceMat}{4.6.1}
\makelabel{forms:IsIsotropicVector}{4.6.2}
\makelabel{forms:IsSingularVector}{4.6.3}
\makelabel{forms:IsTotallyIsotropicSubspace}{4.6.4}
\makelabel{forms:IsTotallySingularSubspace}{4.6.5}
\makelabel{forms:IsReflexiveForm}{4.7.1}
\makelabel{forms:Form Reflexive}{4.7.1}
\makelabel{forms:IsAlternatingForm}{4.7.2}
\makelabel{forms:Form Alternating}{4.7.2}
\makelabel{forms:IsSymmetricForm}{4.7.3}
\makelabel{forms:Form Symmetric}{4.7.3}
\makelabel{forms:IsOrthogonalForm}{4.7.4}
\makelabel{forms:Form orthogonal}{4.7.4}
\makelabel{forms:IsPseudoForm}{4.7.5}
\makelabel{forms:Form pseudo}{4.7.5}
\makelabel{forms:IsSymplecticForm}{4.7.6}
\makelabel{forms:Form symplectic}{4.7.6}
\makelabel{forms:IsDegenerateForm}{4.7.7}
\makelabel{forms:IsSingularForm}{4.7.8}
\makelabel{forms:BaseField}{4.7.9}
\makelabel{forms:GramMatrix}{4.7.10}
\makelabel{forms:RadicalOfForm}{4.7.11}
\makelabel{forms:PolynomialOfForm}{4.7.12}
\makelabel{forms:DiscriminantOfForm}{4.7.13}
\makelabel{forms:PreservedSesquilinearForms}{4.8.1}
\makelabel{forms:Isometry}{5.1}
\makelabel{forms:Similarity}{5.1}
\makelabel{forms:Semi-similarity}{5.1}
\makelabel{forms:Isometry}{5.2}
\makelabel{forms:Similarity}{5.2}
\makelabel{forms:Semi-similarity}{5.2}
\makelabel{forms:BaseChangeToCanonical}{5.3.1}
\makelabel{forms:BaseChangeHomomorphism}{5.3.2}
\makelabel{forms:IsometricCanonicalForm}{5.3.3}
\makelabel{forms:ScalarOfSimilarity}{5.3.4}
\makelabel{forms:WittIndex}{5.3.5}
\makelabel{forms:IsEllipticForm}{5.3.6}
\makelabel{forms:IsParabolicForm}{5.3.7}
\makelabel{forms:IsHyperbolicForm}{5.3.8}
