# WARNING: This file was generated by etc/generate_cone_property_wrappers.g, # DO NOT EDIT IT BY HAND!
#! @Chapter Functions #! @Section Cone properties
#! @Arguments cone #! @Returns the affine dimension #! @Description #! #! The affine dimension of the polyhedron in inhomogeneous computations. Its computation is triggered if necessary. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "AffineDim" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzAffineDim" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "AllGeneratorsTriangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzAllGeneratorsTriangulation" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "AmbientAutomorphisms" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzAmbientAutomorphisms" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Approximate" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzApproximate" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Automorphisms" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzAutomorphisms" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "AxesScaling" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzAxesScaling" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "BasicStanleyDec" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzBasicStanleyDec" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "BasicTriangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzBasicTriangulation" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "BigInt" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzBigInt" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "BottomDecomposition" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzBottomDecomposition" ); #! @Arguments cone #! @Returns the class group in a special format #! @Description #! #! A normal affine monoid $M$ has a well-defined divisor class group. #! It is naturally isomorphic to the divisor class group of $K[M]$ where $K$ #! is a field (or any unique factorization domain). #! We represent it as a vector where the first entry is the rank. It is #! followed by sequence of pairs of entries <M>n,m</M>. Such two entries #! represent a free cyclic summand <M>(\mathbb{Z}/n\mathbb{Z})^m</M>. #! Not allowed in inhomogeneous computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "ClassGroup" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzClassGroup" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "CombinatorialAutomorphisms" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzCombinatorialAutomorphisms" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ConeDecomposition" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzConeDecomposition" ); #! @Arguments cone #! @Returns a matrix whose rows represent the congruences #! @Description #! #! The equations, congruences and support hyperplanes together #! describe the lattice points of the cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Congruences" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzCongruences" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "CoveringFace" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzCoveringFace" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "DefaultMode" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDefaultMode" ); #! @Arguments cone #! @Returns a matrix whose rows are the degree 1 elements #! @Description #! #! Requires the presence of a grading. Not allowed in inhomogeneous computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Deg1Elements" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDeg1Elements" ); #! @Arguments cone #! @Returns the dehomgenization vector #! @Description #! #! Only for inhomogeneous computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Dehomogenization" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDehomogenization" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Descent" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDescent" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "DistributedComp" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDistributedComp" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "DualFVector" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDualFVector" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "DualFaceLattice" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDualFaceLattice" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "DualIncidence" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDualIncidence" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "DualMode" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDualMode" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Dynamic" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzDynamic" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "EhrhartQuasiPolynomial" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEhrhartQuasiPolynomial" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.5.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "EhrhartSeries" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEhrhartSeries" ); #! @Arguments cone #! @Returns the embedding dimension of the cone #! @Description #! #! The embedding dimension is the dimension of the space in which the #! computation is done. It is the number of components of the output vectors. #! This value is always known directly after the creation of the cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "EmbeddingDim" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEmbeddingDimension" ); #! @Arguments cone #! @Returns a matrix whose rows represent the equations #! @Description #! #! The equations cut out the linear space generated by the cone. #! The equations, congruences and support hyperplanes together #! describe the lattice points of the cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Equations" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEquations" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "EuclideanAutomorphisms" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEuclideanAutomorphisms" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "EuclideanIntegral" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEuclideanIntegral" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.5.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "EuclideanVolume" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzEuclideanVolume" ); #! @Arguments cone #! @Returns a matrix whose rows represent the excluded faces #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ExcludedFaces" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzExcludedFaces" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ExploitAutomsVectors" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzExploitAutomsVectors" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ExploitIsosMult" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzExploitIsosMult" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ExternalIndex" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzExternalIndex" ); #! @Arguments cone #! @Returns a matrix whose rows are the extreme rays #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ExtremeRays" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzExtremeRays" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ExtremeRaysFloat" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzExtremeRaysFloat" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.7.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "FVector" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzFVector" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.7.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "FaceLattice" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzFaceLattice" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "FixedPrecision" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzFixedPrecision" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "FullConeDynamic" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzFullConeDynamic" ); #! @Arguments cone #! @Returns a vector representing the generator of the interior of <A>cone</A> #! @Description #! #! If <A>cone</A> is Gorenstein, this function returns the generator of the interior of <A>cone</A>. #! If <A>cone</A> is not Gorenstein, an error is raised. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "GeneratorOfInterior" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzGeneratorOfInterior" ); #! @Arguments cone #! @Returns a matrix whose rows are the generators of <A>cone</A> #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Generators" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzGenerators" ); #! @Arguments cone #! @Returns the grading vector #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Grading" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzGrading" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "GradingDenom" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzGradingDenom" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "GradingIsPositive" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzGradingIsPositive" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "HSOP" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzHSOP" ); #! @Arguments cone #! @Returns a matrix whose rows are the Hilbert basis elements #! @Description #! This is an alias for <C>NmzConeProperty( cone, "HilbertBasis" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzHilbertBasis" ); #! @Arguments cone #! @Returns the Hilbert function as a quasipolynomial #! @Description #! #! The Hilbert function counts the lattice points degreewise. The result is a #! quasipolynomial <M>Q</M>, that is, a polynomial with periodic coefficients. It is #! given as list of polynomials <M>P_0, \ldots, P_{(p-1)}</M> such that <M>Q(i) = P_{(i \bmod p)} (i)</M>. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "HilbertQuasiPolynomial" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzHilbertQuasiPolynomial" ); #! @Arguments cone #! @Returns the Hilbert series as rational function #! @Description #! #! The result consists of a list with two entries. The first is the numerator #! polynomial. In inhomogeneous computations this can also be a Laurent #! polynomial. The second list entry represents the denominator. It is a list #! of pairs <M>[k_i, l_i]</M>. Such a pair represents the factor <M>(1-t^{k_i})^{l_i}</M>. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "HilbertSeries" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzHilbertSeries" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.8.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Incidence" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIncidence" ); #! @Arguments cone #! @Returns inclusion-exclusion data #! @Description #! #! List of faces which are internally have been used in the inclusion-exclusion #! scheme. Given as a list pairs. The first pair entry is a key of generators #! contained in the face (compare also <Ref Func="NmzTriangulation"/>) and the #! multiplicity with which it was considered. #! Only available with excluded faces or strict constraints as input. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "InclusionExclusionData" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzInclusionExclusionData" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "InputAutomorphisms" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzInputAutomorphisms" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IntegerHull" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIntegerHull" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Integral" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIntegral" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "InternalIndex" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzInternalIndex" ); #! @Arguments cone #! @Returns <K>true</K> if all extreme rays have degree 1; <K>false</K> otherwise #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IsDeg1ExtremeRays" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsDeg1ExtremeRays" ); #! @Arguments cone #! @Returns <K>true</K> if all Hilbert basis elements have degree 1; <K>false</K> otherwise #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IsDeg1HilbertBasis" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsDeg1HilbertBasis" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IsEmptySemiOpen" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsEmptySemiOpen" ); #! @Arguments cone #! @Returns whether the cone is Gorenstein #! @Description #! #! Returns true if <A>cone</A> is Gorenstein, false otherwise. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "IsGorenstein" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsGorenstein" ); #! @Arguments cone #! @Returns whether the cone is inhomogeneous #! @Description #! #! This value is always known directly after the creation of the cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "IsInhomogeneous" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsInhomogeneous" ); #! @Arguments cone #! @Returns <K>true</K> if the cone is integrally closed; <K>false</K> otherwise #! @Description #! #! It is integrally closed when the Hilbert basis is a subset of the original monoid generators. So it is only computable if we have original monoid generators. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "IsIntegrallyClosed" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsIntegrallyClosed" ); #! @Arguments cone #! @Returns <K>true</K> if the cone is pointed; <K>false</K> otherwise #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IsPointed" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsPointed" ); #! @Arguments cone #! @Returns <K>true</K> if is the monomial ideal is primary to the irrelevant maximal ideal, <K>false</K> otherwise #! @Description #! #! Only used with the input type <C>rees_algebra</C>. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "IsReesPrimary" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsReesPrimary" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IsTriangulationNested" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsTriangulationNested" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "IsTriangulationPartial" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzIsTriangulationPartial" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "KeepOrder" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzKeepOrder" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "LatticePointTriangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzLatticePointTriangulation" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "LatticePoints" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzLatticePoints" ); #! @Arguments cone #! @Returns a matrix whose rows generate the maximale linear subspace #! @Description #! This is an alias for <C>NmzConeProperty( cone, "MaximalSubspace" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzMaximalSubspace" ); #! @Arguments cone #! @Returns a matrix whose rows are the module generators #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ModuleGenerators" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzModuleGenerators" ); #! @Arguments cone #! @Returns a matrix whose rows are the module generators over the original monoid #! @Description #! #! A minimal system of generators of the integral closure over the original monoid. #! Requires the existence of original monoid generators. Not allowed in inhomogeneous computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "ModuleGeneratorsOverOriginalMonoid" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzModuleGeneratorsOverOriginalMonoid" ); #! @Arguments cone #! @Returns the rank of the module of lattice points in the polyhedron as a module over the recession monoid #! @Description #! #! Only for inhomogeneous computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "ModuleRank" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzModuleRank" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Multiplicity" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzMultiplicity" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoBottomDec" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoBottomDec" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoDescent" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoDescent" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoGradingDenom" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoGradingDenom" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoLLL" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoLLL" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoNestedTri" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoNestedTri" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoPeriodBound" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoPeriodBound" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoProjection" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoProjection" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoRelax" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoRelax" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoSignedDec" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoSignedDec" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoSubdivision" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoSubdivision" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NoSymmetrization" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNoSymmetrization" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "NumberLatticePoints" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzNumberLatticePoints" ); #! @Arguments cone #! @Returns a matrix whose rows are the original monoid generators #! @Description #! This is an alias for <C>NmzConeProperty( cone, "OriginalMonoidGenerators" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzOriginalMonoidGenerators" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "PlacingTriangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzPlacingTriangulation" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "PrimalMode" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzPrimalMode" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.5.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "ProjectCone" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzProjectCone" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Projection" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzProjection" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "ProjectionFloat" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzProjectionFloat" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "PullingTriangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzPullingTriangulation" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "PullingTriangulationInternal" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzPullingTriangulationInternal" ); #! @Arguments cone #! @Returns the rank of the cone #! @Description #! #! This value is the rank of the lattice generated by the lattice points of the cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Rank" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzRank" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "RationalAutomorphisms" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzRationalAutomorphisms" ); #! @Arguments cone #! @Returns the rank of the recession cone #! @Description #! #! Only for inhomogeneous computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "RecessionRank" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzRecessionRank" ); #! @Arguments cone #! @Description #! #! the multiplicity of a monomial ideal, provided it is primary to the maximal #! ideal generated by the indeterminates. Used only with the input type #! <C>rees_algebra</C>. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "ReesPrimaryMultiplicity" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzReesPrimaryMultiplicity" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "RenfVolume" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzRenfVolume" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "SignedDec" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzSignedDec" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "StanleyDec" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzStanleyDec" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Static" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzStatic" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "StrictIsoTypeCheck" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzStrictIsoTypeCheck" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Sublattice" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzSublattice" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.5.2. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "SuppHypsFloat" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzSuppHypsFloat" ); #! @Arguments cone #! @Returns a matrix whose rows represent the support hyperplanes #! @Description #! #! The equations cut out the linear space generated by the cone. #! The equations, congruences and support hyperplanes together #! describe the lattice points of the cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "SupportHyperplanes" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzSupportHyperplanes" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "Symmetrize" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzSymmetrize" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestArithOverflowDescent" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestArithOverflowDescent" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestArithOverflowDualMode" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestArithOverflowDualMode" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestArithOverflowFullCone" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestArithOverflowFullCone" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestArithOverflowProjAndLift" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestArithOverflowProjAndLift" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestLargePyramids" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestLargePyramids" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestLibNormaliz" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestLibNormaliz" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestLinearAlgebraGMP" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestLinearAlgebraGMP" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestSimplexParallel" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestSimplexParallel" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TestSmallPyramids" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTestSmallPyramids" ); #! @Arguments cone #! @Returns the triangulation #! @Description #! #! This returns a list of the maximal simplicial cones in a triangulation, i.e., a list of cones dividing the #! cone into simplicial cones. Each cone in the list is represented by a pair. #! The first entry of such a pair is the key of the simplex, i.e., a list of integers $a_1,\dots,a_n$ #! referring to the <Ref Func="NmzGenerators"/> (counting from 0) which are used in this simplicial cone. #! The second entry of each pair in the list is the absolute value of the determinant of the generator matrix of the simplicial cone. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Triangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTriangulation" ); #! @Arguments cone #! @Returns sum of the absolute values of the determinants of the simplicial cones in the used triangulation #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TriangulationDetSum" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTriangulationDetSum" ); #! @Arguments cone #! @Returns the number of simplicial cones in the used triangulation #! @Description #! This is an alias for <C>NmzConeProperty( cone, "TriangulationSize" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzTriangulationSize" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "UnimodularTriangulation" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzUnimodularTriangulation" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "UnitGroupIndex" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzUnitGroupIndex" ); #! @Arguments cone #! @Returns a matrix whose rows are the vertices of the polyhedron <A>cone</A> with float coordinates #! @Description #! #! The rows of this matrix represent the vertices of <A>cone</A>, printed as floats for better readability. #! The result might be inexact, and should therefore not be used for computations. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "VerticesFloat" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzVerticesFloat" ); #! @Arguments cone #! @Returns a matrix whose rows are the vertices of the polyhedron #! @Description #! This is an alias for <C>NmzConeProperty( cone, "VerticesOfPolyhedron" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzVerticesOfPolyhedron" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "VirtualMultiplicity" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzVirtualMultiplicity" ); #! @Arguments cone #! @Description #! #! Supported in Normaliz >= 3.5.0. #! <P/> #! This is an alias for <C>NmzConeProperty( cone, "Volume" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzVolume" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "WeightedEhrhartQuasiPolynomial" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzWeightedEhrhartQuasiPolynomial" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "WeightedEhrhartSeries" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzWeightedEhrhartSeries" ); #! @Arguments cone #! @Description #! This is an alias for <C>NmzConeProperty( cone, "WitnessNotIntegrallyClosed" );</C> see <Ref Func="NmzConeProperty"/>.
DeclareGlobalFunction( "NmzWitnessNotIntegrallyClosed" );
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