Index

_

__add__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) __call__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroup method) (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.baseset.BaseElement method) (boring_math.abstract_algebra.algebras.baseset.BaseSet method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoid method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRing method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroup method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.Field method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.Group method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.Monoid method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.Ring method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.Semigroup method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) __eq__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroup method) (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.baseset.BaseElement method) (boring_math.abstract_algebra.algebras.baseset.BaseSet method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoid method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRing method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroup method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.Field method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.Group method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.Monoid method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.Ring method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.Semigroup method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) __ge__() (boring_math.abstract_algebra.properties.orderings.TotalOrder method) __gt__() (boring_math.abstract_algebra.properties.orderings.TotalOrder method) __init__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroup method) (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoid method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRing method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroup method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.Field method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.Group method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.Monoid method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.Ring method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.Semigroup method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) (boring_math.abstract_algebra.properties.orderings.PartialOrder method) (boring_math.abstract_algebra.properties.orderings.TotalOrder method)

__le__() (boring_math.abstract_algebra.properties.orderings.PartialOrder method) (boring_math.abstract_algebra.properties.orderings.TotalOrder method) __lt__() (boring_math.abstract_algebra.properties.orderings.TotalOrder method) __mul__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) __neg__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) __pow__() (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) __radd__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) __rmul__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) __str__() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroupElement method) (boring_math.abstract_algebra.algebras.baseset.BaseElement method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoidElement method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRingElement method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroupElement method) (boring_math.abstract_algebra.algebras.field.FieldElement method) (boring_math.abstract_algebra.algebras.group.GroupElement method) (boring_math.abstract_algebra.algebras.monoid.MonoidElement method) (boring_math.abstract_algebra.algebras.ring.RingElement method) (boring_math.abstract_algebra.algebras.semigroup.SemigroupElement method) __subclasshook__() (boring_math.abstract_algebra.properties.orderings.PartialOrder class method) (boring_math.abstract_algebra.properties.orderings.TotalOrder class method) __truediv__() (boring_math.abstract_algebra.algebras.field.FieldElement method)

A

AbelianGroup (class in boring_math.abstract_algebra.algebras.abelian_group)

AbelianGroupElement (class in boring_math.abstract_algebra.algebras.abelian_group)

B

BaseElement (class in boring_math.abstract_algebra.algebras.baseset) BaseSet (class in boring_math.abstract_algebra.algebras.baseset) boring_math.abstract_algebra.actions.group module boring_math.abstract_algebra.algebras.abelian_group module boring_math.abstract_algebra.algebras.baseset module boring_math.abstract_algebra.algebras.commutative_monoid module boring_math.abstract_algebra.algebras.commutative_ring module boring_math.abstract_algebra.algebras.commutative_semigroup module

boring_math.abstract_algebra.algebras.field module boring_math.abstract_algebra.algebras.group module boring_math.abstract_algebra.algebras.monoid module boring_math.abstract_algebra.algebras.ring module boring_math.abstract_algebra.algebras.semigroup module boring_math.abstract_algebra.laws.group module boring_math.abstract_algebra.properties.orderings module

C

CommutativeMonoid (class in boring_math.abstract_algebra.algebras.commutative_monoid) CommutativeMonoidElement (class in boring_math.abstract_algebra.algebras.commutative_monoid) CommutativeRing (class in boring_math.abstract_algebra.algebras.commutative_ring)

CommutativeRingElement (class in boring_math.abstract_algebra.algebras.commutative_ring) CommutativeSemigroup (class in boring_math.abstract_algebra.algebras.commutative_semigroup) CommutativeSemigroupElement (class in boring_math.abstract_algebra.algebras.commutative_semigroup)

F

Field (class in boring_math.abstract_algebra.algebras.field)

FieldElement (class in boring_math.abstract_algebra.algebras.field)

G

Group (class in boring_math.abstract_algebra.algebras.group)

GroupElement (class in boring_math.abstract_algebra.algebras.group)

M

module boring_math.abstract_algebra.actions.group boring_math.abstract_algebra.algebras.abelian_group boring_math.abstract_algebra.algebras.baseset boring_math.abstract_algebra.algebras.commutative_monoid boring_math.abstract_algebra.algebras.commutative_ring boring_math.abstract_algebra.algebras.commutative_semigroup boring_math.abstract_algebra.algebras.field boring_math.abstract_algebra.algebras.group boring_math.abstract_algebra.algebras.monoid boring_math.abstract_algebra.algebras.ring boring_math.abstract_algebra.algebras.semigroup boring_math.abstract_algebra.laws.group boring_math.abstract_algebra.properties.orderings

Monoid (class in boring_math.abstract_algebra.algebras.monoid) MonoidElement (class in boring_math.abstract_algebra.algebras.monoid)

N

narrow_rep_type() (boring_math.abstract_algebra.algebras.abelian_group.AbelianGroup method) (boring_math.abstract_algebra.algebras.baseset.BaseSet method) (boring_math.abstract_algebra.algebras.commutative_monoid.CommutativeMonoid method) (boring_math.abstract_algebra.algebras.commutative_ring.CommutativeRing method) (boring_math.abstract_algebra.algebras.commutative_semigroup.CommutativeSemigroup method) (boring_math.abstract_algebra.algebras.field.Field method) (boring_math.abstract_algebra.algebras.group.Group method) (boring_math.abstract_algebra.algebras.monoid.Monoid method) (boring_math.abstract_algebra.algebras.ring.Ring method) (boring_math.abstract_algebra.algebras.semigroup.Semigroup method)

NaturalMapping (class in boring_math.abstract_algebra.algebras.baseset)

P

PartialOrder (class in boring_math.abstract_algebra.properties.orderings)

R

Ring (class in boring_math.abstract_algebra.algebras.ring)

RingElement (class in boring_math.abstract_algebra.algebras.ring)

S

Semigroup (class in boring_math.abstract_algebra.algebras.semigroup)

SemigroupElement (class in boring_math.abstract_algebra.algebras.semigroup)

T

TotalOrder (class in boring_math.abstract_algebra.properties.orderings)