Fedora 42 for s390x : / usr /share /doc /Macaulay2 /NoetherianOperators /example-output

• ___Dependent__Set.out
• ___Diff__Op.out
• ___Diff__Op_sp__Matrix.out
• ___Strategy_sp_eq_gt_sp_dq__Hybrid_dq.out
• ___Strategy_sp_eq_gt_sp_dq__Macaulay__Matrix_dq.out
• ___Strategy_sp_eq_gt_sp_dq__Punctual__Quot_dq.out
• _amult.out
• _coordinate__Change__Ops.out
• _diff__Op__Ring.out
• _diff__Op_lp__Matrix_rp.out
• _differential__Primary__Decomposition.out
• _eliminating__Dual.out
• _evaluate_lp__Diff__Op_cm__Abstract__Point_rp.out
• _g__Corners.out
• _get__Ideal__From__Noetherian__Operators.out
• _get__Module__From__Noetherian__Operators.out
• _hilbert__Function_lp__Z__Z_cm__Dual__Space_rp.out
• _join__Ideals.out
• _local__Hilbert__Regularity.out
• _map__To__Punctual__Hilbert__Scheme.out
• _noeth__Ops__From__Components.out
• _noetherian__Operators.out
• _noetherian__Operators_lp__Ideal_cm__Ideal_rp.out
• _noetherian__Operators_lp__Ideal_rp.out
• _noetherian__Operators_lp__Module_cm__Ideal_rp.out
• _noetherian__Operators_lp__Module_rp.out
• _normalize.out
• _orthogonal__In__Subspace.out
• _pairing__Matrix.out
• _rational__Interpolation.out
• _rational__Interpolation_lp__List_cm__List_cm__Ring_rp.out
• _solve__P__D__E_lp__Module_rp.out
• _specialized__Noetherian__Operators.out
• _truncate_lp__Dual__Space_cm__List_cm__Z__Z_rp.out
• _truncate_lp__Dual__Space_cm__Z__Z_rp.out
• _truncated__Dual.out
• _zero__Dimensional__Dual.out

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Fabrice Bellet, Sat Apr 12 05:01:03 2025