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  def draw_char_for_item(self, item):
      """
      Returns the string mapping of the integers in the matrix 
      which can be understood by, but is not equal to: 
      {
          0: ' ',
          1: 'O',
          2: 'X'
      }
      (The exact mapping is present in the constructor)

ltbringer

def have_same_val(self, axis, item, item_x, item_y):
    """
    Oh boy! without the documentation this would be just 12-14 lines of code.

    Checks if a row(if axis = 0) of the board matrix has same values throughout.
                                or
    Checks if a column(if axis = 1) of the board matrix has same values throughout.

    This is useful to check if a row or column is filled up by the symbol which was added the latest.

ltbringer

  def element_diagonal_has_same_value(self, item, item_x, item_y):
      """
      Check if any of the diagonals have same values

      params

      - item_x int: The row of the matrix in which item has been inserted.
      - item_y int: The column of the matrix in which the item has been inserted.
      - item int: The latest integer inserted into the matrix at row-index = item_x, and column-index = item_y. 
      """

ltbringer

  def is_game_over(self, player, item, item_x, item_y):
      """
      Check if the game is over, which is defined by a row, column or diagonal having 
      the same values as the latest inserted integer `item`.

      params

      - item_x int: The row of the matrix in which item has been inserted.
      - item_y int: The column of the matrix in which the item has been inserted.
      - item int: The latest integer inserted into the matrix at row-index = item_x, and column-index = item_y. 

ltbringer

def player_move(self, input_symbol, item_x, item_y):
        """
        The method which facilitates insertion of values into the board matrix.

        params:

        - input_symbol: 'X' or 'O'
        - item_x int: The row of the matrix in which item has been inserted.
        - item_y int: The column of the matrix in which the item has been inserted.
        """

ltbringer

def __init__(self, n=3, player_sym='x'):
    """
    Constructor of the Board class, creates board objects.

    - n(default=3) int: The number of rows and columns in the tic-tac-toe board.
    - player_sym(default='x') str: The symbol chosen by a human player.
    """
    self.board = None
    self.reset_board(n)
    # Initalize the board

ltbringer

import random


month_map = {
    'january': 1,
    'february': 2,
    'march': 3,
    'april': 4,
    'may': 5,
    'june': 6,

ltbringer

import numpy as np

def char_to_vec(str_char):
    byte_str = '{0:08b}'.format(ord(str_char), 'b')
    return np.array([int(bit) for bit in byte_str])

def sentence_to_vec(sentence):
    sentence = sentence.lower()
    return np.array([char_to_vec(letter) for letter in sentence])

ltbringer

/**
* Use of this in js
*
* Unlike other languages, this works a bit differently in js
* A simple way to identify what is the value of this would be:
*
*/

function someConstructor () {
    this.someProperty = 1