- id() (sage.libs.ppl.Variable method)
- idealadd() (sage.libs.pari.gen.gen method)
- idealaddtoone() (sage.libs.pari.gen.gen method)
- idealappr() (sage.libs.pari.gen.gen method)
- idealcoprime() (sage.libs.pari.gen.gen method)
- idealdiv() (sage.libs.pari.gen.gen method)
- idealfactor() (sage.libs.pari.gen.gen method)
- idealhnf() (sage.libs.pari.gen.gen method)
- idealintersection() (sage.libs.pari.gen.gen method)
- ideallist() (sage.libs.pari.gen.gen method)
- ideallog() (sage.libs.pari.gen.gen method)
- idealmul() (sage.libs.pari.gen.gen method)
- idealnorm() (sage.libs.pari.gen.gen method)
- idealprimedec() (sage.libs.pari.gen.gen method)
- idealred() (sage.libs.pari.gen.gen method)
- idealstar() (sage.libs.pari.gen.gen method)
- idealtwoelt() (sage.libs.pari.gen.gen method)
- idealval() (sage.libs.pari.gen.gen method)
- imag() (sage.libs.pari.gen.gen method)
- implies() (sage.libs.ppl.Poly_Con_Relation method)
- (sage.libs.ppl.Poly_Gen_Relation method)
- incgam() (sage.libs.pari.gen.gen method)
- incgamc() (sage.libs.pari.gen.gen method)
- inequality() (in module sage.libs.ppl)
- inhomogeneous_term() (sage.libs.ppl.Constraint method)
- (sage.libs.ppl.Linear_Expression method)
- init_pari_stack() (in module sage.libs.pari.gen)
- init_primes() (sage.libs.pari.pari_instance.PariInstance method)
- initprimes() (in module sage.libs.mwrank.mwrank)
- insert() (sage.libs.ppl.Constraint_System method)
- (sage.libs.ppl.Generator_System method)
- intersection_assign() (sage.libs.ppl.Polyhedron method)
- intformal() (sage.libs.pari.gen.gen method)
- is_bool() (sage.libs.gap.element.GapElement method)
- is_bounded() (sage.libs.ppl.Polyhedron method)
- is_C_int() (sage.libs.gap.element.GapElement_Integer method)
- is_closure_point() (sage.libs.ppl.Generator method)
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- is_commutative() (sage.libs.singular.function.RingWrap method)
- is_discrete() (sage.libs.ppl.Polyhedron method)
- is_disjoint() (sage.libs.ppl.Poly_Con_Relation static method)
- is_disjoint_from() (sage.libs.ppl.Polyhedron method)
- is_empty() (sage.libs.ppl.Polyhedron method)
- is_equality() (sage.libs.ppl.Constraint method)
- is_equivalent_to() (sage.libs.ppl.Constraint method)
- (sage.libs.ppl.Generator method)
- is_function() (sage.libs.gap.element.GapElement method)
- is_included() (sage.libs.ppl.Poly_Con_Relation static method)
- is_inconsistent() (sage.libs.ppl.Constraint method)
- is_inequality() (sage.libs.ppl.Constraint method)
- is_line() (sage.libs.ppl.Generator method)
- is_line_or_ray() (sage.libs.ppl.Generator method)
- is_list() (sage.libs.gap.element.GapElement method)
- is_nonstrict_inequality() (sage.libs.ppl.Constraint method)
- is_permutation() (sage.libs.gap.element.GapElement method)
- is_point() (sage.libs.ppl.Generator method)
- is_ray() (sage.libs.ppl.Generator method)
- is_record() (sage.libs.gap.element.GapElement method)
- is_sage_wrapper_for_singular_ring() (in module sage.libs.singular.function)
- is_satisfiable() (sage.libs.ppl.MIP_Problem method)
- is_singular_poly_wrapper() (in module sage.libs.singular.function)
- is_strict_inequality() (sage.libs.ppl.Constraint method)
- is_string() (sage.libs.gap.element.GapElement method)
- is_tautological() (sage.libs.ppl.Constraint method)
- is_topologically_closed() (sage.libs.ppl.Polyhedron method)
- is_universe() (sage.libs.ppl.Polyhedron method)
- is_zero() (sage.libs.ppl.Linear_Expression method)
- isogeny_class() (sage.libs.mwrank.interface.mwrank_EllipticCurve method)
- ispower() (sage.libs.pari.gen.gen method)
- isprime() (sage.libs.pari.gen.gen method)
- ispseudoprime() (sage.libs.pari.gen.gen method)
- issquare() (sage.libs.pari.gen.gen method)
- issquarefree() (sage.libs.pari.gen.gen method)
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