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Macaulay2 web site
Macaulay2Doc
::
Strategy
Strategy -- name for an optional argument
Description
A symbol used as the name of an optional argument, for some function(s).
Functions with optional argument named Strategy :
annihilator(..., Strategy => ...), see
annihilator
-- the annihilator ideal
associatedPrimes(..., Strategy => ...)
mingens(..., Strategy => ...), see
Complement
trim(..., Strategy => ...), see
Complement
determinant(..., Strategy => ...)
-- choose between Bareiss and Cofactor algorithms
dual(MonomialIdeal, Strategy => ...)
dual(MonomialIdeal,List, Strategy => ...), see
dual(MonomialIdeal, Strategy => ...)
dual(MonomialIdeal,RingElement, Strategy => ...), see
dual(MonomialIdeal, Strategy => ...)
exteriorPower(..., Strategy => ...)
-- choose between Bareiss and Cofactor algorithms
gb(..., Strategy => ...), see
gb
-- compute a Gröbner basis
gcdLLL(..., Strategy => ...)
(missing documentation)
GF(..., Strategy => ...), see
GF
-- make a finite field
groebnerBasis(..., Strategy => ...), see
groebnerBasis
-- Gröbner basis, as a matrix
hermite(..., Strategy => ...)
(missing documentation)
idealizer(..., Strategy => ...)
(missing documentation)
integralClosure(..., Strategy => ...)
-- control the algorithm used
integralClosures(..., Strategy => ...)
(missing documentation)
intersectInP(..., Strategy => ...), see
intersectInP(..., BasisElementLimit => ...)
-- Option for intersectInP
LLL(..., Strategy => ...)
-- choose among different algorithms
localize(..., Strategy => ...)
minors(..., Strategy => ...)
-- choose between Bareiss and Cofactor algorithms
primaryComponent(..., Strategy => ...)
primaryDecomposition(..., Strategy => ...)
quotient(..., Strategy => ...)
-- Possible strategies are: Iterate, Linear, and Quotient
radical(..., Strategy => ...), see
radical
-- the radical of an ideal
analyticSpread(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
distinguished(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
isLinearType(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
isReduction(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
minimalReduction(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
multiplicity(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
normalCone(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
reesAlgebra(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
specialFiber(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
specialFiberIdeal(..., Strategy => ...), see
reesIdeal(..., Strategy => ...)
-- Choose a strategy for the saturation step
resolution(..., Strategy => ...)
saturate(..., Strategy => ...)
syz(..., Strategy => ...), see
syz(Matrix)
-- compute the syzygy matrix
tangentCone(..., Strategy => ...), see
tangentCone(Ideal)
For the programmer
The object
Strategy
is
a
symbol
.