Luciano Felix FelixLuciano

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	import numpy as np
	from scipy.optimize import root


	class Aproximador:
	def __init__(self, f, sigma=1E-3):
	"""Aproxima valores da variável de uma equação dada condições de existência e uma igualdade dentro.
	Args:
	f (function): Função matemática para encontrar variáveis;
	sigma (float): Margem de tolerância para operações decimais.

	def valid_input (validator=str, prompt="", accept=None, reject=[], persist=True, apply=None):
	while True:
	try:
	response = validator(input(prompt))
	normalized = apply(response) if apply != None else response
	except ValueError:
	if persist != False:
	print("Invalid input!")
	else:
	return None

	/**
	* From: https://buttondown.email/cassidoo/archive/to-understand-is-to-invent-jean-piaget/
	* @param {number} n Integer
	* @param {number[]} primes Sorted array of prime integers
	* @returns {number} Return the nth positive number whose all prime factors are in the array primes.
	* @example
	* $ superUgly(1, [2, 3, 5])
	* -> 1
	*
	* $ superUgly(11, [2, 7, 13, 19])

	/**
	* From: https://buttondown.email/cassidoo/archive/success-is-more-a-function-of-consistent-common/
	* @param {string} str String
	* @returns {boolean} If the given string represents a valid number.
	* @example
	* $ validNumber("-123.456")
	* -> true
	*
	* $ validNumber("abc123")
	* -> false

	/**
	* From: https://buttondown.email/cassidoo/archive/i-never-dreamed-about-success-i-worked-for-it/
	* @param {number[]} m Integer Array.
	* @param {number[]} n Integer Array.
	* @param {number} k Integer.
	* @returns {number} Using the digits from `n` and `m`, return the largest number of length `k`.
	* @example
	* n = [3,4,6,5]
	* m = [9,0,2,5,8,3]
	* k = 5

	/**
	* From: https://buttondown.email/cassidoo/archive/5c50e780-c247-4167-a99d-99f4b9656011
	* @param {number} rowIndex Row index
	* @returns {number[]} Values in that row of Pascal’s Triangle.
	* @example
	* $ pascals(3)
	* -> [1, 3, 3, 1]
	*/
	function pascals (rowIndex) {
	let row = [1]

	/**
	* From: https://buttondown.email/cassidoo/archive/37ac19b1-2bea-4354-8860-3fdb47e456cd
	* @param {string[]} board A Tic Tac Toe board
	* @returns {boolean} If and only if it’s possible to reach this board position during the course of a valid tic-tac-toe game.
	* @example
	* const board = ["XOX", "O O", "XOX"]
	*
	* $ validTTTPosition(board)
	* -> true
	*/

	/**
	* From: https://buttondown.email/cassidoo/archive/to-know-how-much-there-is-to-know-is-the/
	* @param {string} str String
	* @param {string[]} dict A list of non-empty words
	* @returns {string[]} Return all possible sentences
	* @example
	* const str = "penpineapplepenapple"
	* const dict = ["apple", "pen", "applepen", "pine", "pineapple"]
	*
	* $ makeSentence(str, dict)