MOAL.maths package¶

Subpackages¶

Submodules¶

MOAL.maths.big_o module¶

MOAL.maths.big_o.o_1(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_2n(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_log_n(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_n(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_n2(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_n3(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_n_comprehension(*args, **kwargs)[source]¶

MOAL.maths.big_o.o_n_factorial(*args, **kwargs)[source]¶

MOAL.maths.fuzzy_sets module¶

MOAL.maths.number_theory module¶

MOAL.maths.number_theory.absorption_lcm_laws(a, b)[source]¶

MOAL.maths.number_theory.associative_lcm_laws(a, b, c)[source]¶

MOAL.maths.number_theory.commutative_lcm_laws(a, b)[source]¶

MOAL.maths.number_theory.cube(max_nums)[source]¶

MOAL.maths.number_theory.even(max_nums)[source]¶

MOAL.maths.number_theory.exercise_1_2(max_nums)[source]¶

MOAL.maths.number_theory.exercise_2_8(max_nums)[source]¶

MOAL.maths.number_theory.exp(max_nums)[source]¶

MOAL.maths.number_theory.exp_custom(max_nums, power)[source]¶

MOAL.maths.number_theory.factor(num)[source]¶

MOAL.maths.number_theory.factor_factorials(max_nums)[source]¶

MOAL.maths.number_theory.factorial(n)[source]¶

MOAL.maths.number_theory.factorials(max_nums)[source]¶

MOAL.maths.number_theory.fibo(max_nums)[source]¶

MOAL.maths.number_theory.gcd(a, b)[source]¶

MOAL.maths.number_theory.idempotent_lcm_laws(a, b)[source]¶

MOAL.maths.number_theory.lcm(a, b)[source]¶

MOAL.maths.number_theory.lg(max_nums)[source]¶

MOAL.maths.number_theory.lg_custom(max_nums, base)[source]¶

MOAL.maths.number_theory.odd(max_nums)[source]¶

MOAL.maths.number_theory.rand(max_nums)[source]¶

MOAL.maths.number_theory.square(max_nums)[source]¶

MOAL.maths.number_theory.test_number(*args)[source]¶

MOAL.maths.number_theory.triangle(max_nums)[source]¶

MOAL.maths.probability module¶

exception MOAL.maths.probability.NotInGroupException[source]¶

Bases: exceptions.Exception

class MOAL.maths.probability.Probability[source]¶

static _fmt(res, count)¶

static _percentages(count, divisor)¶

static of_group(values, subset, are_equal=True)¶

static of_single(values, are_equal=True)¶

MOAL.maths.probability._test(*args)[source]¶

MOAL.maths.probability.coin_flip(count=1000)[source]¶

MOAL.maths.probability.get_results(values, runs=100)[source]¶

MOAL.maths.probability.test_coin_flip(*args)[source]¶

MOAL.maths.set_theory module¶

class MOAL.maths.set_theory.Aleph(cardinality)[source]¶

Bases: MOAL.maths.set_theory.Set

__init__(cardinality)¶

run_until(maximum)¶

class MOAL.maths.set_theory.AlephNull[source]¶

Bases: MOAL.maths.set_theory.Aleph

__init__()¶

__iter__()¶

class MOAL.maths.set_theory.AlephOmega[source]¶

Bases: MOAL.maths.set_theory.Aleph

__init__()¶

class MOAL.maths.set_theory.AlephOne[source]¶

Bases: MOAL.maths.set_theory.Aleph

__init__()¶

class MOAL.maths.set_theory.AllOdds[source]¶

Bases: MOAL.maths.set_theory.AlephNull

__init__()¶

__iter__()¶

class MOAL.maths.set_theory.AllSquares[source]¶

Bases: MOAL.maths.set_theory.AlephNull

__init__()¶

__iter__()¶

class MOAL.maths.set_theory.BethOne(cardinality)[source]¶

Bases: MOAL.maths.set_theory.Aleph

class MOAL.maths.set_theory.Set(items)[source]¶

Bases: object

__getitem__(value)¶

__init__(items)¶

__setitem__(value)¶

__str__()¶

add(item)¶

cardinality()¶

is_series()¶

is_successor(prev, next)¶