Singular Manual: solve_lib

> | ### D.8.4 solve_lib Library: solve.lib Purpose: Complex Solving of Polynomial Systems Author: Moritz Wenk, email: wenk@mathematik.uni-kl.de Wilfred Pohl, email: pohl@mathematik.uni-kl.de Procedures:
> D.8.4.1 laguerre_solve |  | find all roots of univariate polynomial p
> D.8.4.2 solve |  | all roots of 0-dim. ideal i using triangular sets
> D.8.4.3 ures_solve |  | find all roots of 0-dimensional ideal i with resultants
> D.8.4.4 mp_res_mat |  | multipolynomial resultant matrix of ideal i
> D.8.4.5 interpolate |  | interpolate polynomial from evaluation points i and results j
> D.8.4.6 fglm_solve |  | find roots of 0-dim. ideal using FGLM and lex_solve
> D.8.4.7 lex_solve |  | find roots of reduced lexicographic standard basis
> D.8.4.8 simplexOut |  | prints solution of simplex in nice format
> D.8.4.9 triangLf_solve |  | find roots using triangular sys. (factorizing Lazard)
> D.8.4.10 triangM_solve |  | find roots of given triangular system (Moeller)
> D.8.4.11 triangL_solve |  | find roots using triangular system (Lazard)
> D.8.4.12 triang_solve |  | find roots of given triangular system

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