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

• ___Basic__Divisor.out
• ___Basic__Divisor_sp_pl_sp__Basic__Divisor.out
• ___Number_sp_st_sp__Basic__Divisor.out
• ___O__O_sp__R__Weil__Divisor.out
• ___R__Weil__Divisor_sp_eq_eq_sp__R__Weil__Divisor.out
• _apply__To__Coefficients.out
• _base__Locus.out
• _canonical__Divisor.out
• _ceiling_lp__R__Weil__Divisor_rp.out
• _clean__Support.out
• _clear__Cache.out
• _coefficient_lp__Basic__List_cm__Basic__Divisor_rp.out
• _coefficient_lp__Ideal_cm__Basic__Divisor_rp.out
• _coefficients_lp__Basic__Divisor_rp.out
• _divisor.out
• _dualize.out
• _embed__As__Ideal.out
• _find__Element__Of__Degree.out
• _gbs.out
• _get__Linear__Diophantine__Solution.out
• _get__Prime__Count.out
• _get__Prime__Divisors.out
• _ideal__Power.out
• _ideal_lp__R__Weil__Divisor_rp.out
• _is__Cartier.out
• _is__Domain.out
• _is__Effective.out
• _is__Homogeneous_lp__Basic__Divisor_rp.out
• _is__Linear__Equivalent.out
• _is__Prime_lp__Basic__Divisor_rp.out
• _is__Principal.out
• _is__Q__Cartier.out
• _is__Q__Linear__Equivalent.out
• _is__Reduced.out
• _is__Reflexive_lp__Ideal_rp.out
• _is__S__N__C.out
• _is__Smooth_lp__Ideal_rp.out
• _is__Very__Ample_lp__Weil__Divisor_rp.out
• _is__Weil__Divisor.out
• _is__Well__Defined_lp__Basic__Divisor_rp.out
• _is__Zero__Divisor.out
• _map__To__Projective__Space.out
• _non__Cartier__Locus.out
• _positive__Part.out
• _primes.out
• _pullback_lp__Ring__Map_cm__R__Weil__Divisor_rp.out
• _ramification__Divisor.out
• _reflexify.out
• _reflexive__Power.out
• _ring_lp__Basic__Divisor_rp.out
• _to__Q__Weil__Divisor.out
• _to__R__Weil__Divisor.out
• _to__Weil__Divisor.out
• _torsion__Submodule.out
• _trim_lp__Basic__Divisor_rp.out
• _zero__Divisor.out

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