ConformalBlocks : Index
- - SymmetricDivisorM0nbar -- negate a symmetric divisor
- basisOfSymmetricCurves -- produces a basis of symmetric curves
- basisOfSymmetricCurves(ZZ) -- produces a basis of symmetric curves
- Bibliography -- Bibliography for the ConformalBlocks package
- canonicalDivisorM0nbar -- returns the class of the canonical divisor on the moduli space of stable n-pointed genus 0 curves
- canonicalDivisorM0nbar(ZZ) -- returns the class of the canonical divisor on the moduli space of stable n-pointed genus 0 curves
- coefficientList -- the coefficients of a symmetric divisor D in the standard basis
- coefficientList(SymmetricDivisorM0nbar) -- the coefficients of a symmetric divisor D in the standard basis
- conformalBlockDegreeM04bar -- computes the degree of a conformal block bundle on $\bar{M}_{0,4}$
- conformalBlockDegreeM04bar(ConformalBlockVectorBundle) -- computes the degree of a conformal block bundle on $\bar{M}_{0,4}$
- conformalBlockRank -- computes the rank of the conformal block vector bundle
- conformalBlockRank(ConformalBlockVectorBundle) -- computes the rank of the conformal block vector bundle
- ConformalBlocks -- for vector bundles of conformal blocks on the moduli space of curves
- ConformalBlockVectorBundle -- the class of conformal block vector bundles on the moduli space of n-pointed genus g curves
- conformalBlockVectorBundle -- creates an object of class ConformalBlockVectorBundle
- conformalBlockVectorBundle(LieAlgebra,ZZ,List,ZZ) -- creates an object of class ConformalBlockVectorBundle
- F curve -- F curves in the moduli space of stable n-pointed genus zero curves
- FCurveDotConformalBlockDivisor -- intersection of an F-curve with a conformal block divisor
- FCurveDotConformalBlockDivisor(List,ConformalBlockVectorBundle) -- intersection of an F-curve with a conformal block divisor
- FdotBjIntMat -- matrix of intersection numbers between F-curves and divisors on $\bar{M}_{0,n}$
- FdotBjIntMat(ZZ) -- matrix of intersection numbers between F-curves and divisors on $\bar{M}_{0,n}$
- isExtremalSymmetricFDivisor -- tests whether an S_n symmetric divisor spans an extremal ray of the cone of symmetric F-divisors
- isExtremalSymmetricFDivisor(SymmetricDivisorM0nbar) -- tests whether an S_n symmetric divisor spans an extremal ray of the cone of symmetric F-divisors
- isSymmetricFDivisor -- checks whether a symmetric divisor intersects all the F-curves nonnegatively
- isSymmetricFDivisor(SymmetricDivisorM0nbar) -- checks whether a symmetric divisor intersects all the F-curves nonnegatively
- kappaDivisorM0nbar -- the class of the divisor kappa
- kappaDivisorM0nbar(ZZ) -- the class of the divisor kappa
- killsCurves -- given an S_n symmetric divisor D, produces a list of symmetric F-curves C such that C dot D = 0
- killsCurves(SymmetricDivisorM0nbar) -- given an S_n symmetric divisor D, produces a list of symmetric F-curves C such that C dot D = 0
- Number * SymmetricDivisorM0nbar -- multiply a symmetric divisor by a number
- psiDivisorM0nbar -- returns the class of the divisor $\Psi$
- psiDivisorM0nbar(ZZ) -- returns the class of the divisor $\Psi$
- scale -- reduces a list or divisor by the gcd of its coefficients
- scale(SymmetricDivisorM0nbar) -- reduces a list or divisor by the gcd of its coefficients
- standard basis -- The standard basis of symmetric divisors for the moduli space of stable n-pointed genus zero curves
- symmetricCurveDotDivisorM0nbar -- the intersection number of a symmetric F-curve C with the symmetric divisor D
- symmetricCurveDotDivisorM0nbar(List,SymmetricDivisorM0nbar) -- the intersection number of a symmetric F-curve C with the symmetric divisor D
- SymmetricDivisorM0nbar -- the class of S_n symmetric divisors on the moduli space of stable n-pointed genus 0 curves
- symmetricDivisorM0nbar -- create a symmetric divisor on the moduli space of stable pointed genus 0 curves
- SymmetricDivisorM0nbar + SymmetricDivisorM0nbar -- add two $S_n$ symmetric divisors
- SymmetricDivisorM0nbar == SymmetricDivisorM0nbar -- test equality of two symmetric divisor classes on $\bar{M}_{0,n}$
- symmetricDivisorM0nbar(ZZ,Expression) -- create a symmetric divisor on the moduli space of stable pointed genus 0 curves
- symmetricDivisorM0nbar(ZZ,IndexedVariable) -- create a symmetric divisor on the moduli space of stable pointed genus 0 curves
- symmetricDivisorM0nbar(ZZ,List) -- create a symmetric divisor on the moduli space of stable pointed genus 0 curves
- symmetricFCurves -- a list of all symmetric F-curves given n
- symmetricFCurves(ZZ) -- a list of all symmetric F-curves given n
- symmetrizedConformalBlockDivisor -- computes the symmetrization of the first Chern class of a conformal block vector bundle
- symmetrizedConformalBlockDivisor(ConformalBlockVectorBundle) -- computes the symmetrization of the first Chern class of a conformal block vector bundle