| ./=. | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| .<. | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| .<=. | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| .==. | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| .>. | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| .>=. | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| AB | |
| 1 (Type/Class) | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| abToChern | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| abToSchur | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| add | Math.RootLoci.Algebra.FreeMod |
| affineDualMSc | Math.RootLoci.Dual.Restriction |
| alpha | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| alphaBeta | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| aluffiClosedCSM | Math.RootLoci.CSM.Aluffi |
| aluffiClosedEuler | Math.RootLoci.CSM.Aluffi |
| aluffiDegree | Math.RootLoci.CSM.Aluffi |
| aluffiOpenCSM | Math.RootLoci.CSM.Aluffi |
| aluffiOpenEuler | Math.RootLoci.CSM.Aluffi |
| aut | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| beta | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| c1 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| c2 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| CacheKey | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| Chern | |
| 1 (Type/Class) | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| ChernBase | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| ChernClass | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| ChernRoot | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernTag | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernTag1 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernTag2 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernTag3 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernToAB | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernToSchur | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chernToSchurNaive | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| chooseN1 | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| closedCSM | |
| 1 (Function) | Math.RootLoci.CSM.Equivariant.Recursive |
| 2 (Function) | Math.RootLoci.CSM.Projective |
| closureSet | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| closureSet' | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| closureSetOfSetPartition | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| coarserThan | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| codim | Math.RootLoci.Classic |
| coeffOf | Math.RootLoci.Algebra.FreeMod |
| computeAnyStratumCSM | Math.RootLoci.CSM.Equivariant.Ordered |
| computeClosureOfAnyStratumCSM | Math.RootLoci.CSM.Equivariant.Ordered |
| computeOpenStratumCSM | Math.RootLoci.CSM.Equivariant.Ordered |
| computeQPolys | Math.RootLoci.CSM.Equivariant.Ordered |
| compute_pi_star | Math.RootLoci.CSM.Equivariant.PushForward |
| convertEach | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| convertEta | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| convertGam | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| convertOmega | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| count | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| countCoarsenings | Math.RootLoci.Geometry.Forget, Math.RootLoci.Geometry |
| countCoarseningsNaive | Math.RootLoci.Geometry.Forget, Math.RootLoci.Geometry |
| countDirectCoarsenings | Math.RootLoci.Geometry.Forget, Math.RootLoci.Geometry |
| countFullPreimage | Math.RootLoci.Geometry.Forget, Math.RootLoci.Geometry |
| countPreimage | Math.RootLoci.Geometry.Forget, Math.RootLoci.Geometry |
| createPSeries | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| createPTable | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| createSetPSeries | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| createSetPTable | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| csmToEulerOfLinearSections | Math.RootLoci.CSM.Aluffi |
| defaultSetPartition | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| degreeMSc | Math.RootLoci.Dual.Restriction |
| deleteLookup | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| delta_star | |
| 1 (Function) | Math.RootLoci.CSM.Equivariant.PushForward |
| 2 (Function) | Math.RootLoci.CSM.Projective |
| delta_star' | Math.RootLoci.CSM.Equivariant.PushForward |
| delta_star_ | Math.RootLoci.CSM.Equivariant.PushForward |
| dimension | Math.RootLoci.Classic |
| directClosedCSM | Math.RootLoci.CSM.Equivariant.Direct |
| directOpenCSM | Math.RootLoci.CSM.Equivariant.Direct |
| divideIntoTwo | Math.RootLoci.Dual.Restriction |
| divideIntoTwoNonEmpty | Math.RootLoci.Dual.Restriction |
| dualClassFromAffCSM | Math.RootLoci.Dual.Restriction |
| dualClassFromProjCSM | Math.RootLoci.Dual.Restriction |
| Equivariant | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| Eta | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| expFormString | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| extendStringL | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| extendStringR | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| FallingF | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| FallingPoly | |
| 1 (Type/Class) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| fallingPoly | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| fastAntiClosure | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| fastClosure | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| FF | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| filterBase | Math.RootLoci.Algebra.FreeMod |
| filterGrade | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| findMaxTerm | Math.RootLoci.Algebra.FreeMod |
| findMinTerm | Math.RootLoci.Algebra.FreeMod |
| finerThan | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| firstLevelDown | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| firstLevelDownSetP | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| firstLevelUp | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| flatMap | Math.RootLoci.Algebra.FreeMod |
| flatMap' | Math.RootLoci.Algebra.FreeMod |
| forgetEquiv | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| forgetGamma | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| formulaAnyStratumCSM | Math.RootLoci.CSM.Equivariant.Ordered |
| formulaDistinctCSM | Math.RootLoci.CSM.Equivariant.Ordered |
| formulaQPoly | Math.RootLoci.CSM.Equivariant.Ordered |
| FreeMod | |
| 1 (Type/Class) | Math.RootLoci.Algebra.FreeMod, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.FreeMod |
| fromAB | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| fromChern | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| fromFallingPoly | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| fromList | Math.RootLoci.Algebra.FreeMod |
| fromPoly | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| fromRat | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| fromRisingPoly | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| fromSchur | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| G | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| Gam | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| generator | Math.RootLoci.Algebra.FreeMod |
| grade | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| Graded | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| H | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| highestCoeff | Math.RootLoci.CSM.Projective |
| highestCoeff_ | Math.RootLoci.CSM.Projective |
| hilbert | Math.RootLoci.Classic |
| hilbert2 | Math.RootLoci.Classic |
| histogram | |
| 1 (Function) | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| 2 (Function) | Math.RootLoci.Algebra.FreeMod |
| HS | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| icache | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| icache' | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| Indexed | |
| 1 (Type/Class) | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| 2 (Data Constructor) | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| injectMonom | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| injectZMod | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| integralUmbralFormula | Math.RootLoci.CSM.Equivariant.Umbral |
| invScale | Math.RootLoci.Algebra.FreeMod |
| IsSigned | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| j_star | Math.RootLoci.CSM.Equivariant.Ordered |
| konst | Math.RootLoci.Algebra.FreeMod |
| lagrangeInterp | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| lagrangeInterp' | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| lagrangePoly' | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| lemma913 | Math.RootLoci.Dual.Restriction |
| linComb | Math.RootLoci.Algebra.FreeMod |
| linearIndices | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| localizeDual | Math.RootLoci.Dual.Localization |
| localizeEval | Math.RootLoci.Dual.Localization |
| localizeInterpolatedQ | Math.RootLoci.Dual.Localization |
| localizeInterpolatedZ | Math.RootLoci.Dual.Localization |
| localizeMathematica | Math.RootLoci.Dual.Localization |
| lookupPSeries | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| lookupPTable | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| lookupSetPSeries | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| lookupSetPTable | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| lowerClass | Math.RootLoci.CSM.Equivariant.Recursive |
| lowerCSM | Math.RootLoci.CSM.Projective |
| lowestCoeff | Math.RootLoci.CSM.Projective |
| lowestCoeff_ | Math.RootLoci.CSM.Projective |
| mapBase | Math.RootLoci.Algebra.FreeMod |
| mapCoeff | Math.RootLoci.Algebra.FreeMod |
| Mathematica | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| mathematica | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| mobiusOf | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| monoCache | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| mul | Math.RootLoci.Algebra.FreeMod |
| mulMonom | Math.RootLoci.Algebra.FreeMod |
| neg | Math.RootLoci.Algebra.FreeMod |
| normalize | Math.RootLoci.Algebra.FreeMod |
| Omega | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| one | Math.RootLoci.Algebra.FreeMod |
| onFreeMod | Math.RootLoci.Algebra.FreeMod |
| onFreeMod' | Math.RootLoci.Algebra.FreeMod |
| openCSM | |
| 1 (Function) | Math.RootLoci.CSM.Equivariant.Recursive |
| 2 (Function) | Math.RootLoci.CSM.Projective |
| openEulerChar | Math.RootLoci.CSM.Aluffi |
| Pair | |
| 1 (Type/Class) | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| 2 (Data Constructor) | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| paren | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| Partition | |
| 1 (Data Constructor) | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| 2 (Type/Class) | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| pcache | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| piStarTableAff | Math.RootLoci.CSM.Equivariant.PushForward |
| piStarTableProj | Math.RootLoci.CSM.Equivariant.PushForward |
| pi_star | |
| 1 (Function) | Math.RootLoci.CSM.Equivariant.PushForward |
| 2 (Function) | Math.RootLoci.CSM.Projective |
| pi_star_table | Math.RootLoci.CSM.Equivariant.PushForward |
| Poly | |
| 1 (Type/Class) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| polyCache1 | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| polyCache2 | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| polyCache3 | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| preimageView | Math.RootLoci.Geometry.Forget, Math.RootLoci.Geometry |
| Pretty | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| pretty | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| prettyFreeMod' | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| prettyFreeMod'' | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| prettyMixedST | Math.RootLoci.CSM.Equivariant.Umbral |
| prettyZMod | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| prettyZMod_ | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| product | Math.RootLoci.Algebra.FreeMod |
| projDegreeFromDual | Math.RootLoci.Dual.Restriction |
| projectMonom | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| PSeries | |
| 1 (Type/Class) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| 2 (Data Constructor) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| PTable | |
| 1 (Type/Class) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| 2 (Data Constructor) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| QMod | Math.RootLoci.Algebra.FreeMod, Math.RootLoci.Algebra |
| QPow | |
| 1 (Type/Class) | Math.RootLoci.CSM.Equivariant.Ordered |
| 2 (Data Constructor) | Math.RootLoci.CSM.Equivariant.Ordered |
| quadTangentLines | Math.RootLoci.Classic |
| quintFlexLines | Math.RootLoci.Classic |
| randomChernMonom | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| randomChernPoly | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| randomSchurMonom | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| randomSchurPoly | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| RF | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| RisingF | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| RisingPoly | |
| 1 (Type/Class) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| risingPoly | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| safeDiv | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| safeEq | Math.RootLoci.Algebra.FreeMod |
| scale | Math.RootLoci.Algebra.FreeMod |
| Schur | |
| 1 (Type/Class) | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| schurToAB | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| schurToChern | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select0 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select0' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select1 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select1' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select2 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select2' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select3 | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| select3' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| setpcache | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| SetPSeries | |
| 1 (Type/Class) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| 2 (Data Constructor) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| SetPTable | |
| 1 (Type/Class) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| 2 (Data Constructor) | Math.RootLoci.Misc.PTable, Math.RootLoci.Misc |
| showVarPower | Math.RootLoci.Misc.Pretty, Math.RootLoci.Misc |
| signOf | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| signOfNum | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| Sing | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| singleton | Math.RootLoci.Algebra.FreeMod |
| smallDiagonal | Math.RootLoci.CSM.Equivariant.Ordered |
| smallestOrbitCSM | Math.RootLoci.CSM.Projective |
| spec0' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| spec1' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| spec2' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| spec3' | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| ST | |
| 1 (Type/Class) | Math.RootLoci.CSM.Equivariant.Umbral |
| 2 (Data Constructor) | Math.RootLoci.CSM.Equivariant.Umbral |
| sub | Math.RootLoci.Algebra.FreeMod |
| sum | Math.RootLoci.Algebra.FreeMod |
| symmetricReduction | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| symPoly | Math.RootLoci.Algebra.FreeMod |
| symPolyNum | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| tangentChernClass | |
| 1 (Function) | Math.RootLoci.CSM.Equivariant.Ordered |
| 2 (Function) | Math.RootLoci.CSM.Projective |
| tau | Math.RootLoci.CSM.Equivariant.PushForward |
| tauEta | Math.RootLoci.CSM.Equivariant.PushForward |
| theta | Math.RootLoci.CSM.Equivariant.Umbral |
| thetaQ | Math.RootLoci.CSM.Equivariant.Umbral |
| toAB | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| toChern | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| toList | Math.RootLoci.Algebra.FreeMod |
| toSchur | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| U | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| umbralAffClosedCSM | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralAffOpenCSM | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralClosedCSM | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralDistinctFormula | Math.RootLoci.CSM.Equivariant.Ordered |
| umbralFormula | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralOpenCSM | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralSubstitutionAff | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralSubstitutionProj | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralSubstPolyAff | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralSubstPolyProj | Math.RootLoci.CSM.Equivariant.Umbral |
| umbralSubstQPow | Math.RootLoci.CSM.Equivariant.Ordered |
| unFreeMod | Math.RootLoci.Algebra.FreeMod |
| unique | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| unsafeDeleteLookup | Math.RootLoci.Misc.Common, Math.RootLoci.Misc |
| unsafeEtaToOmega | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| unsafeOmegaToEta | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| upperClass | Math.RootLoci.CSM.Equivariant.Recursive |
| upperCSM | Math.RootLoci.CSM.Projective |
| US | |
| 1 (Type/Class) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| 2 (Data Constructor) | Math.RootLoci.Geometry.Cohomology, Math.RootLoci.Geometry |
| withRandomCoeff | Math.RootLoci.Algebra.SymmPoly, Math.RootLoci.Algebra |
| X | |
| 1 (Type/Class) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| 2 (Data Constructor) | Math.RootLoci.Algebra.Polynomial, Math.RootLoci.Algebra |
| zero | Math.RootLoci.Algebra.FreeMod |
| zetaOf | Math.RootLoci.Geometry.Mobius, Math.RootLoci.Geometry |
| ZMod | Math.RootLoci.Algebra.FreeMod, Math.RootLoci.Algebra |