scratch_file2.py

class A(object):
  def __init__(self):
    print ("A")

class B(A): # Inherit A class
  def __init__(self):
    super(B, self).__init__()  # Call A constructor
    print( "B")
B()

# from ScoreCardModel import *
# # dice = [YahtzeeModel.Die() for i in range(5)]
# # print(dice)
# # for die in dice:
# #     print(die.value, end = '')
# #     print()
# #
# #
# # points = {}
# #
# #
# # max_value = -1
# # max_score_box = ''
# #
# # for score_box in YahtzeeModel.assign_function_lookup.keys():
# #     current_value = YahtzeeModel.assign_function_lookup[score_box](dice)
# #     current_box = score_box
# #     if current_value > max_value:
# #         max_value = current_value
# #         max_score_box = current_box
# #
# # print(max_score_box, max_value)
# #
#
# import itertools as i
#
# # Full_House
# score_card = ScoreCard()
# dice = [3,3, 5, 6, 2]
#
# def aces(dice):
#     return [die == 1 for die in dice]
#
# def twos(dice):
#     return [die == 2 for die in dice]
#
# def threes(dice):
#     return [die == 3 for die in dice]
#
# def fours(dice):
#     return [die == 4 for die in dice]
#
# def fives(dice):
#     return [die == 5 for die in dice]
#
# def sixes(dice):
#     return [die == 6 for die in dice]
#
# def three_of_a_kind(dice):
#     common_die = max(dice,key=dice.count)
#     return [die == common_die for die in dice]
#
# def four_of_a_kind(dice):
#     common_die = max(dice,key=dice.count)
#     return [die == common_die for die in dice]
#
# def small_straight(dice):
#     if straight_size(dice) < 4:
#         pass
#     else:
#         return [True for index in range(5)]
#
# def large_straight(dice):
#     return [False for index in range(5)]
#
#
# def full_house(dice):
#     occurence = [dice[0:die_index + 1].count(die) for die_index, die in enumerate(dice)]
#     counts = [dice.count(die) for die in dice]
#     to_keep = []
#     for index in range(len(occurence)):
#         to_keep.append( (counts[index] != 1 and occurence[index] in [1,2,3]))
#     return to_keep
#
#
#
#
#
#
# check_dice_upper = {
#     'Aces': aces,
#     'Twos': twos,
#     'Threes': threes,
#     'Fours':  fours,
#     'Fives': fives,
#     'Sixes': sixes
# }
#
# check_dice_lower = {
#     '3 of a Kind': three_of_a_kind,
#     '4 of a Kind': four_of_a_kind,
#     'Full House': full_house,
#     'Small Straight': small_straight,
#     'Large Straight': large_straight
# }
#
# def decide_roll(dice, score_card):
#     checks = []
#     dice_counts = []
#     for box in check_dice_upper:
#         if not score_card.get_box_assigned(box):
#             checks.append(check_dice_upper[box](dice))
#             dice_counts = [sum(dice) for dice in checks]
#
#     return max(checks, key=sum)
#
#
#
# decide_roll(dice, score_card)
#
#
#
#
# #
# #
# # counts = {value:dice.count(value) for value in dice}
# # print(counts)
# #
# #
# # # Dice with highest match
# # roll_count = 3
# # if roll_count > 0:
# #     print(max(dice, key=dice.count))
# #
# # print(Y.straight_size(dice))
# #
#
# # def full_house_odds(dice, remaining_rolls):
# #     counts = {value: dice.count(value) for value in dice}
# #     possible_rolls = 6*5
# #     roll_combinations = len(list(i.combinations([1,2,3,4,5], 3)))
# #     total_possibilities = possible_rolls * roll_combinations
#
#
#