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D.4.19 normal_lib

Library:
normal.lib
Purpose:
Normalization of Affine Rings
Authors:
G.-M. Greuel, [email protected],
S. Laplagne, [email protected],
G. Pfister, [email protected]
Peter Chini, [email protected] (normalConductor)

Procedures:

D.4.19.1 normal  normalization of an affine ring
D.4.19.2 normalP  normalization of an affine ring in positive characteristic
D.4.19.3 normalC  normalization of an affine ring through a chain of rings
D.4.19.4 HomJJ  presentation of End_R(J) as affine ring, J an ideal
D.4.19.5 genus  computes the geometric genus of a projective curve
D.4.19.6 primeClosure  integral closure of R/p, p a prime ideal
D.4.19.7 closureFrac  writes a poly in integral closure as element of Quot(R/p)
D.4.19.8 iMult  intersection multiplicity of the ideals of the list L
D.4.19.9 deltaLoc  sum of delta invariants at conjugated singular points
D.4.19.10 locAtZero  checks whether the zero set of I is located at 0
D.4.19.11 norTest  checks the output of normal, normalP, normalC
D.4.19.12 getSmallest  computes the polynomial of smallest degree of J
D.4.19.13 getOneVar  computes a polynomial of J in the variable vari
D.4.19.14 changeDenominator  computes ideal U2 such that 1/c1*U1=1/c2*U2
D.4.19.15 normalConductor  computation of the conductor as ideal in the basering
See also: locnormal_lib; modnormal_lib.