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{
  "backgroundEffect": {
    "color": [189, 147, 249],
    "enable": true,
    "type": "color"
  },
  "blackborderdetector": {
    "blurRemoveCnt": 1,
    "borderFrameCnt": 50,
    "enable": false,

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---

tags: Book asin: B01KAFIQE6 title: The Daily Stoic subtitle: 366 Meditations for Clarity, Effectiveness, and Serenity author:

• "[[Ryan Holiday]]"
• "[[Stephen Hanselman]]" date: 2016-10-27 publisher: Profile Books

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defmodule FizzBuzz do
  def compute(n), do: fb(n, rem(n, 3), rem(n, 5))

  defp fb(_, 0, 0), do: "FizzBuzz"
  defp fb(_, 0, _), do: "Fizz"
  defp fb(_, _, 0), do: "Buzz"
  defp fb(n, _, _), do: n
end

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Some VHDL stuff

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#!/usr/local/bin/ruby -w

require 'test/unit'

class FizzBuzz
  def self.fizzbuzz(number)
    result = ""
    result << "Fizz" if is_divisible_by_three?(number)
    result << "Buzz" if is_divisible_by_five?(number)
    return result if result != ""

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#!/usr/local/bin/python3

def fizzbuzz(n):
  string = ''
  
  if n % 3 == 0:
    string += 'Fizz'
  if n % 5 == 0:
    string += 'Buzz'
  

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#!/usr/local/bin/ruby -w
class Mega
  attr_reader :apostas
  
  def initialize(n = 6, l = 1)
    @l = l
    @n = n
    @apostas = Array.new
    apostar
    jogos

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def snail(array)
  result = Array.new
  n = array.length
  runs = n.downto(0).each_cons(2).to_a.flatten
  delta = [[1,0], [0,1], [-1,0], [0,-1]].cycle
  x, y = -1, 0
  for run in runs
    dx,dy = delta.next
    run.times do |i|
      x += dx

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def pascalsTriangle(n = 1)
  return nil if n == nil || n < 1
  rows = [[1]]
  2.upto(n) do |i|
    row = [1]
    1.upto(i-2) do |j|
      row << rows.last[(j-1) % rows.last.size] + rows.last[j % rows.last.size]
    end
    rows << (row << 1)
  end

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class RomanNumerals
  MAX = 4999
  FACTORS = [['M', 1000], ['CM', 900], ['D', 500],
    ['CD', 400], ['C', 100], ['XC', 90], ['L', 50], ['XL', 40],
    ['X', 10], ['IX', 9], ['V', 5], ['IV', 4], ['I', 1]]
  
  def self.to_roman(i)
    if i <= 0 || i > MAX then fail "Roman values must be > 0 and <= #{MAX}" end
    roman = ''
    for code, factor in FACTORS