def generate_third_card(c1, c2):
"""
function to generate the third card which forms a SET with the given two cards
:rtype: object
:param c1: card object1
:param c2: card object2
:return: card object3
"""
color_set, symbol_set, shading_set, frequency_set = generate_sets()
c3 = Card()
if c1.color == c2.color:
c3.color = c1.color
else:
c3.color = str((color_set - {c1.color, c2.color}).pop())
if c1.symbol == c2.symbol:
c3.symbol = c1.symbol
else:
c3.symbol = str((symbol_set - {c1.symbol, c2.symbol}).pop())
if c1.shading == c2.shading:
c3.shading = c1.shading
else:
c3.shading = str((shading_set - {c1.shading, c2.shading}).pop())
if c1.no_of_symbols == c2.no_of_symbols:
c3.no_of_symbols = c1.no_of_symbols
else:
c3.no_of_symbols = int(
(frequency_set - {c1.no_of_symbols, c2.no_of_symbols}).pop())
return c3
def read_hole_cards_line(self, hole_cards_line, active_player):
"""Read the two hole cards given to the active player in the hole card line. Analyses a single line (string).
Args:
hole_cards_line (str) : The hole card line, containing the name of the active player.
active_player (Player) : The name of the active player.
Returns:
(list): A list of two Card, containing the two hole cards read.
"""
# TODO: Does not read the 1st hand of a file
if not active_player.name in hole_cards_line:
raise Exception("The active player hole cards are missing.")
in_cards = False
card1 = Card(0, "")
card2 = Card(0, "")
for i in range(len(hole_cards_line)):
if in_cards == True:
card1.set_value(hole_cards_line[i])
card1.color = hole_cards_line[i + 1]
card2.set_value(hole_cards_line[i + 3])
card2.color = hole_cards_line[i + 4]
break
if hole_cards_line[i] == "[":
in_cards = True
return [card1, card2]
def __parse_card_item(self, text):
card = Card()
card.multiverseid = int(multiverseid_re.search(text).group(1))
card.set_code = self.set_code
card.number = int(number_re.search(text).group(1))
card.name = name_re.search(text).group(1)
card.artist = artist_re.search(text).group(1)
card.color = color_re.search(text).group(1)
card.rarity = rarity_re.search(text).group(1)
return card
def compute_third(self, card1, card2):
card3 = Card("default", "default", "default", "default")
if card1.color == card2.color:
card3.color = card1.color
else:
card3.color = Features.computeColor(card1.color, card2.color)
if card1.shape == card2.shape:
card3.shape = card1.shape
else:
card3.shape = Features.computeShape(card1.shape, card2.shape)
if card1.number == card2.number:
card3.number = card1.number
else:
card3.number = Features.computeNumber(card1.number, card2.number)
if card1.texture == card2.texture:
card3.texture = card1.texture
else:
card3.texture = Features.computeTexture(card1.texture, card2.texture)
return card3
def parse_card(set_of_cards):
"""
function to create a list of card objects
:rtype: list
:param set_of_cards: list of cards
:return: list of card objects
"""
card_objects = []
for x in set_of_cards:
c = Card()
l = x.split()
c.color = l[0]
c.no_of_symbols = len(l[1])
s = l[1]
s = str(s[0])
if s.istitle():
c.shading = 'upper'
if s is 'A':
c.symbol = 'A'
elif s is 'H':
c.symbol = 'H'
elif s is 'S':
c.symbol = 'S'
elif s.islower():
c.shading = 'lower'
if s is 'a':
c.symbol = 'A'
elif s is 'h':
c.symbol = 'H'
elif s is 's':
c.symbol = 'S'
else:
c.shading = 'symbol'
if s is '@':
c.symbol = 'A'
elif s is '#':
c.symbol = 'H'
elif s is '$':
c.symbol = 'S'
card_objects.append(c)
return card_objects
temp_card.power = card.find('power').text or "Default"
temp_card.toughness = card.find('toughness').text or "Default"
temp_card.loyalty = card.find('loyalty').text or "Default"
temp_card.ability = card.find('ability').text or "Default"
#temp_card.flavor = card.find('flavor').text or "Default"
if temp_card.id == 74256:
temp_card.flavor = "Default"
else:
temp_card.flavor = card.find('flavor').text or "Default"
temp_card.variation = card.find('variation').text or "Default"
temp_card.artist = card.find('artist').text or "Default"
temp_card.number = card.find('number').text or "Default"
temp_card.rating = card.find('rating').text or "Default"
temp_card.ruling = card.find('ruling').text or "Default"
temp_card.color = card.find('color').text or "Default"
temp_card.generated_mana = card.find('generated_mana').text or "Default"
temp_card.pricing_low = card.find('pricing_low').text or "Default"
temp_card.pricing_mid = card.find('pricing_mid').text or "Default"
temp_card.pricing_high = card.find('pricing_high').text or "Default"
temp_card.back_id = card.find('back_id').text or "Default"
temp_card.watermark = card.find('watermark').text or "Default"
temp_card.name_CN = card.find('name_CN').text or "Default"
temp_card.name_TW = card.find('name_TW').text or "Default"
temp_card.name_FR = card.find('name_FR').text or "Default"
temp_card.name_DE = card.find('name_DE').text or "Default"
temp_card.name_IT = card.find('name_IT').text or "Default"
temp_card.name_JP = card.find('name_JP').text or "Default"
temp_card.name_PT = card.find('name_PT').text or "Default"
temp_card.name_RU = card.find('name_RU').text or "Default"
