The following is a list of aliases. For example, NCC[x,y] is equivalent to (but easier to type than) NCCollect[x,y].
NCDec -> NCDecompose
NCCom -> NCCompose NCC -> NCCollect NCSC -> NCStrongCollect NCSym -> NCCollectSymmetric CAR -> ComplexAlgebraRules RCAR -> ReverseComplexAlgebraRules DirD -> DirectionalD DirDP -> DirectionalDPolynomial Cri -> CriticalPoint Crit -> CriticalPoint GradPoly -> Grad ExprToTeXFile -> ExpressionToTeXFile NCForward -> NCInverseForward NCBackward -> NCInverseBackward NCF -> NCInverseForward NCB -> NCInverseBackward NCEI -> NCExpandInverse NCETP -> NCExpandTranspose MM -> MatMult NCMTMM -> NCMToMatMult tpM -> tpMat GauE -> GaussElimination NCExpand -> ExpandNonCommutativeMultiply, ENCM -> ExpandNonCommutativeMultiply NCE -> ExpandNonCommutativeMultiply TTNCM -> TimesToNCM CE -> CommuteEverything CQ -> CommutativeQ SNC -> SetNonCommutative NCM -> NonCommutativeMultiply SetNC -> SetNonCommutative NCSR -> NCSimplifyRational NCS0R -> NCSimplify0Rational NCS1R -> NCSimplify1Rational NCS2R -> NCSimplify2Rational NCIE -> NCInvExtractor MSR -> MakeSimplifyingRule NCSolve -> NNCSolveLinear1 Sub -> Substitute SubR -> SubstituteReverse SubRev -> SubstituteReverse SubSym -> SubstituteSymmetric SubRSym -> SubstituteReverseSymmetric SubRevSym -> SubstituteReverseSymmetric SubSingleRep -> SubstituteSingleReplace SubAll -> SubstituteAll SaveR -> SaveRules SaveRQ -> SaveRulesQ FORules -> FunctionOnRules NCHDP -> NCHighestDegreePosition NCHD ->NCHighestDegree LPR -> LeftPatternRule LinDGKF -> LinearDGKF |