PairLimit -- an optional argument
Description
A symbol used as the name of an optional argument.
Functions with optional argument named PairLimit :
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"gb(...,PairLimit=>...)" -- see gb -- compute a Gröbner basis
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"intersectInP(...,PairLimit=>...)" -- see intersectInP(...,BasisElementLimit=>...) -- Option for intersectInP
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"pushForward(...,PairLimit=>...)" -- see pushForward(RingMap,Module)
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quotient(...,PairLimit=>...)
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"saturate(...,PairLimit=>...)" -- see quotient(...,PairLimit=>...)
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"analyticSpread(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"distinguished(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"isLinearType(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"isReduction(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"minimalReduction(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"multiplicity(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"normalCone(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"reesAlgebra(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"specialFiber(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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"specialFiberIdeal(...,PairLimit=>...)" -- see reesIdeal(...,PairLimit=>...) -- Bound the number of s-pairs considered in the saturation step
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resolution(...,PairLimit=>...) -- stop when this number of pairs has been handled
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"syz(...,PairLimit=>...)" -- see syz(Matrix) -- compute the syzygy matrix