NumericalSchubertCalculus : Index
- bracket2partition -- dictionary between different notations for Schubert conditions.
- bracket2partition(List,ZZ) -- dictionary between different notations for Schubert conditions.
- checkIncidenceSolution (missing documentation)
- checkNewtonIteration (missing documentation)
- createRandomFlagsForSimpleSchubert -- Create a list of flags with random numbers to solve a simple Schubert problem
- createRandomFlagsForSimpleSchubert(Sequence,List,List) -- Create a list of flags with random numbers to solve a simple Schubert problem
- findGaloisElement -- computes a permutation from a loop of an instance of a simple Schubert problem.
- findGaloisElement(Sequence,List,List) -- computes a permutation from a loop of an instance of a simple Schubert problem.
- isFullSymmetric -- Check if a list of permutations generate the full symmetric group.
- isFullSymmetric(List) -- Check if a list of permutations generate the full symmetric group.
- isGaloisFullSymmetric -- find Galois elements of a simple Schubert Problem until they generate the full symmetric group
- isGaloisFullSymmetric(Sequence,List,List,ZZ) -- find Galois elements of a simple Schubert Problem until they generate the full symmetric group
- LRcheater (missing documentation)
- LRrule (missing documentation)
- LRtriple (missing documentation)
- NSC'BLACKBOX (missing documentation)
- NSC'DBG (missing documentation)
- NSC'VERIFY'SOLUTIONS (missing documentation)
- NumericalSchubertCalculus -- Numerical Schubert Calculus
- parseTriplet (missing documentation)
- partition2bracket -- dictionary between different notations for Schubert conditions.
- partition2bracket(List,ZZ,ZZ) -- dictionary between different notations for Schubert conditions.
- randomSchubertProblemInstance (missing documentation)
- randomSchubertProblemSolution (missing documentation)
- setFlags (missing documentation)
- setVerboseLevel (missing documentation)
- skewSchubertVariety (missing documentation)
- solutionsToAffineCoords -- writes solutions in global coords to affine coordinates.
- solutionsToAffineCoords(List) -- writes solutions in global coords to affine coordinates.
- solveSchubertProblem -- uses homotopies of geometric Littlewood-Richardson rule to solve Schubert problems on Grassmannians
- solveSchubertProblem(..., LinearAlgebra => ...) -- uses homotopies of geometric Littlewood-Richardson rule to solve Schubert problems on Grassmannians
- solveSchubertProblem(List,ZZ,ZZ) -- uses homotopies of geometric Littlewood-Richardson rule to solve Schubert problems on Grassmannians
- solveSimpleSchubert -- Uses Pieri homotopies to solve simple Schubert problems
- solveSimpleSchubert(Sequence,List,List,List) -- Uses Pieri homotopies to solve simple Schubert problems
- wrapTriplet (missing documentation)