Seminormalization : Index

• betterNormalizationMap -- normalizes non domains
• betterNormalizationMap(...,Strategy=>...) -- controls what strategy is used in calls to integralClosure
• betterNormalizationMap(...,Variable=>...) -- set the name for new variables created by the function
• betterNormalizationMap(Ring) -- normalizes non domains
• conductorOfRingMap -- given a ring map this finds the conductor of the map
• conductorOfRingMap(RingMap) -- given a ring map this finds the conductor of the map
• findElementMappingToTarget -- given a ring map and an element of the target, this find an element from the source whose image is the given one
• findElementMappingToTarget(RingMap,RingElement) -- given a ring map and an element of the target, this find an element from the source whose image is the given one
• flattenVarDegrees -- turns a multigraded ring into a singly graded ring
• flattenVarDegrees(Ring) -- turns a multigraded ring into a singly graded ring
• isSeminormal -- checks if a ring is seminormal
• isSeminormal(Ring) -- checks if a ring is seminormal
• ringProduct -- compute the product of a list of rings
• ringProduct(...,Variable=>...) -- set the name for new variables created by the function
• ringProduct(List) -- compute the product of a list of rings
• ringToAlgebraMap -- presents the target of a map of rings as an algebra over the source
• ringToAlgebraMap(RingMap) -- presents the target of a map of rings as an algebra over the source
• ringToAlgebraMap(RingMap,ZZ) -- presents the target of a map of rings as an algebra over the source
• Seminormalization -- a package used to seminormalize rings
• seminormalize -- seminormalize a reduced ring
• seminormalize(...,Strategy=>...) -- controls what strategy is used in calls to integralClosure
• seminormalize(...,Variable=>...) -- set the name for new variables created by the function
• seminormalize(Ring) -- seminormalize a reduced ring
• Yy -- default symbol for new variables in the seminormalization method