def blit_info(self):
# blitting info for floating mana.
index = 0
for civilization in player.floating_mana:
if player.floating_mana[civilization] > 0:
self.window.blit(
sprite_loader.civilization_ikons[civilization],
(percent_of_screen_width(45 + index),
percent_of_screen_height(87)))
index += 2.5
text = self.font_for_mana_info.render(
str(player.floating_mana[civilization]), 1, (0, 0, 0))
self.window.blit(text, (percent_of_screen_width(45 + index),
percent_of_screen_height(87)))
index += 2.5
text = self.font_for_phase_info.render(player.current_phase, 1,
(0, 0, 0))
self.window.blit(
text, (percent_of_screen_width(88), percent_of_screen_height(87)))
text = self.font_for_phase_info.render(npc.current_phase, 1, (0, 0, 0))
self.window.blit(
text, (percent_of_screen_width(88), percent_of_screen_height(20)))
text = self.font_for_phase_info.render(player.current_phase, 1,
(0, 0, 0))
self.window.blit(
text, (percent_of_screen_width(88), percent_of_screen_height(87)))
def __init__(self):
# Mana zone
self.pos_xy = percent_of_screen_width(
31), percent_of_screen_height(74)
self.height = percent_of_screen_height(12.5)
self.width = percent_of_screen_width(31)
self.rect = (self.pos_xy[0], self.pos_xy[1], self.width,
self.height)
def is_in_battle_zone(self):
self.set_all_zones_to_false()
self.img_width = percent_of_screen_width(5.3)
self.img_height = percent_of_screen_height(12.7)
self.width = percent_of_screen_width(5.3)
self.height = percent_of_screen_height(12.7)
self.in_battle_zone = True
self.location = self.owner.cards_in_battle_zone
def __init__(self, name):
# card info
self.name = name
self.civilization = cards_dict_class.civilization_by_name(name)
self.card_type = card_dict[self.civilization][self.name]['Card Type']
self.card_text = card_dict[self.civilization][self.name]['Card Text']
self.mana_cost = card_dict[self.civilization][self.name]["Mana Cost"]
self.power = card_dict[self.civilization][self.name]["Power"]
self.race = card_dict[self.civilization][self.name]["Race"]
# card properties.
self.img = card_dict[self.civilization][self.name]["img"]
self.info_img = pygame.transform.scale(
self.img,
(percent_of_screen_width(15.9), percent_of_screen_height(38.1)))
self.card_back_img = sprite_loader.card_back
self.pos_xy = (0, 0)
self.pos_index = 0
# card img size
self.img_width = percent_of_screen_width(5.3)
self.img_height = percent_of_screen_height(12.7)
# card size
self.width = percent_of_screen_width(5.3)
self.height = percent_of_screen_height(12.7)
# if the card i clicked by the mouse and can be picked up.
self.is_picked_up = False
# when the mouse is hovering over the card will show info.
self.hover_over = False
# if the card is used, it cant be used before next turn. (for attacking or for floating mana)
self.is_used = False
# blitting the card at a 90 angle if tapped.
self.is_tapped = False
# using bools for logic.
self.in_graveyard = False
self.in_battle_zone = False
self.in_hand = False
self.in_mana_zone = False
self.in_shield_zone = False
self.is_selected_bool = False
self.is_clicked_bool = False
# check how owns the card.
self.owner = None
self.location = None
self.summoning_sickness = True
self.triggers = []
def __init__(self):
# Battle zone
# creating positions for cards in players battlezone
self.pos_xy = (percent_of_screen_width(31),
percent_of_screen_height(46))
self.height = percent_of_screen_height(12.5)
self.width = percent_of_screen_width(31)
self.rect = (self.pos_xy[0], self.pos_xy[1], self.width,
self.height)
def tap(self):
if not self.is_tapped:
self.is_tapped = True
self.width = percent_of_screen_height(3.5)
self.height = percent_of_screen_width(5.3)
else:
self.is_tapped = False
self.width = percent_of_screen_width(5.3)
self.height = percent_of_screen_height(3.5)
def is_in_mana_zone(self):
print("card is in mana zone")
self.set_all_zones_to_false()
# makes the image smaller, will fit better in manazone
self.img = pygame.transform.chop(self.img, (0, 45, 0, 325))
self.img_width = percent_of_screen_width(5.3)
self.img_height = percent_of_screen_height(3.5)
self.width = percent_of_screen_width(5.3)
self.height = percent_of_screen_height(3.5)
self.in_mana_zone = True
self.location = self.owner.cards_in_mana_zone
def untap_cards(self):
for card in (self.cards_in_battle_zone + self.cards_in_mana_zone):
card.is_tapped = False
card.is_used = False
card.summoning_sickness = False
card.width = percent_of_screen_width(5.3)
card.height = percent_of_screen_height(3.5)
self.if_charged_mana = False
def __init__(self):
self.name = "noName"
self.in_game = True
# player input
self.mouse_pos = pygame.mouse.get_pos # mouse
self.saved_deck = ['WrithingBoneGhoul', 'WrithingBoneGhoul', 'WrithingBoneGhoul',
'WrithingBoneGhoul', 'DeathSmoke', 'DeathSmoke', 'MieleVizierofLightning',
'MieleVizierofLightning', 'MieleVizierofLightning', 'LaUraGigaSkyGuardian',
'LaUraGigaSkyGuardian', 'ToelVizierofHope', 'SzubsKinTwilightGuardian',
'SenatineJadeTree', 'RubyGrass', 'CreepingPlague', 'BoneSpider',
'SuperExplosiveVolcanodon', 'Stonesaur', 'ScarletSkyterror',
'RothusTheTraveler', 'SteelSmasher', 'GoldenWingStriker', 'BronzeArmTribe']
# saving the deck two places, will help when resetting.
# creates a list of card objects with the "ACard" class.
self.deck_list = [card_classes.ACard(name) for name in self.saved_deck]
self.cards_in_hand = []
self.cards_in_shields = []
self.cards_in_mana_zone = []
self.cards_in_graveyard = []
self.cards_in_battle_zone = []
self.battlezone = zones_class.battlezone
self.battlezone_position = (percent_of_screen_width(6.25), percent_of_screen_height(46))
self.battlezone_slots = []
self.manazone = zones_class.manazone
self.manazone_position = (percent_of_screen_width(6.25), percent_of_screen_height(74))
self.manazone_slots = []
self.graveyard = zones_class.graveyard
self.graveyard_position = (percent_of_screen_width(65), percent_of_screen_height(80))
self.graveyard.set_position(self.graveyard_position)
self.shield_zone = zones_class.shieldzone
self.shield_zone_position = (percent_of_screen_width(6.25), percent_of_screen_height(60.2))
self.shield_slots = []
self.hand_pos_x = (0.465, 0.29)
self.hand_pos_y = 0.91
def position_cards_in_hand(self):
for i, card in zip(itertools.count(), self.cards_in_hand):
card.pos_index = i
hand_size = len(self.cards_in_hand)
screen_width = screen_size[0]
screen_height = screen_size[1]
positions_in_hand = []
# as long as hand size is less then 7 there will be no card overlapping
if hand_size < 7:
positions_in_hand = [
((int(screen_size[0] * (self.hand_pos_x[0] - (0.025 * hand_size)) + x * int(screen_size[0] * 0.051))),
int(screen_size[1] * self.hand_pos_y)) for x in range(hand_size)]
# creats a list of positions according to hand img_width and hand size.
else:
max_hand_width = screen_width * 0.3125 # the width of the hand is max 31 % of the screen.
hand_spot_size = int(max_hand_width / hand_size) # the size of the spots are determent by hand size-
# overlap is how much the cards overlap.
overlap = percent_of_screen_width(5.3) - hand_spot_size
for card in self.cards_in_hand: # reduce the card box my overlap size.
card.width = percent_of_screen_width(5.3) - overlap
if card == self.cards_in_hand[-1]: # if its the last card in hand, no need to make the box smaller.
card.width = percent_of_screen_width(5.3)
for x in range(hand_size): # create a list the size of the hand.
# the position of the hand on x-axes
move_hand_left = int(screen_width * self.hand_pos_x[1] + (hand_spot_size / 3))
card_pos_x = move_hand_left + hand_spot_size * x
positions_in_hand.append((card_pos_x, int(screen_height * self.hand_pos_y)))
for card in self.cards_in_hand:
card.set_position_to(positions_in_hand[card.pos_index])
def __init__(self):
super().__init__()
self.saved_deck = ['DeadlyFighterBraidClaw', 'ArmoredWalkerUrherion', 'ArmoredWalkerUrherion', 'ArtisanPicora',
'ArtisanPicora', 'BolshackDragon', 'BrawlerZyler', 'BrawlerZyler', 'BrawlerZyler',
'DeadlyFighterBraidClaw', 'FatalAttackerHorvath', 'FatalAttackerHorvath',
'FatalAttackerHorvath', 'FatalAttackerHorvath', 'FireSweeperBurningHellion',
'FireSweeperBurningHellion', 'FireSweeperBurningHellion', 'ImmortalBaronVorg',
'ImmortalBaronVorg', 'ImmortalBaronVorg', 'ImmortalBaronVorg']
self.deck_list = [card_classes.ACard(name) for name in self.saved_deck]
self.battlezone_position = (percent_of_screen_width(6.25), percent_of_screen_height(30))
self.manazone_position = (percent_of_screen_width(6.25), percent_of_screen_height(5.2))
self.graveyard_position = (percent_of_screen_width(25), percent_of_screen_height(15))
self.shield_zone_position = (percent_of_screen_width(6.25), percent_of_screen_height(20))
self.hand_pos_x = (0.665, 0.29)
self.hand_pos_y = 0.05
self.turn_counter = 1
def blit_card(self, window):
# getting the img to blit, and resizing it.
card_img = pygame.transform.scale(self.img,
(self.img_width, self.img_height))
if self.is_clicked_bool:
if not self.in_mana_zone:
pygame.draw.rect(window, (250, 0, 0),
(self.pos_xy[0] - 5, self.pos_xy[1] - 5,
self.width + 10, self.height + 10))
window.blit(self.info_img, (percent_of_screen_width(82.5),
percent_of_screen_height(36.3)))
if not self.in_shield_zone:
if self.in_mana_zone:
card_img = pygame.transform.flip(card_img, False, True)
if self.is_tapped:
# rotating the card 90 degrees if the card is tapped.
card_img = pygame.transform.rotate(card_img, -90)
# if the card is clicked it will be highlighted.
if self.is_picked_up:
# if that card is picked up, the card will get mouse pos.
window.blit(card_img,
self.set_position_to(self.owner.mouse_pos()))
if self.hover_over:
window.blit(self.info_img, (percent_of_screen_width(62.5),
percent_of_screen_height(30)))
window.blit(card_img, self.pos_xy)
else:
window.blit(self.card_back_img, self.pos_xy)
def __init__(self):
self.font_for_phase_info = pygame.font.SysFont('comicsand', 30, True)
self.font_for_info = pygame.font.SysFont('comicsand', 30, True)
self.font_for_mana_info = pygame.font.SysFont('comicsand', 30, True)
infos = pygame.display.Info()
self.screen_size = (infos.current_w, infos.current_h)
self.font_for_info = pygame.font.SysFont('comicsand', 30, True)
self.fullscreen = True
self.playingfield_resized = \
pygame.transform.scale(sprite_loader.playing_field,
(percent_of_screen_width(100), percent_of_screen_height(100)))
infos = pygame.display.Info()
self.screen_size = (infos.current_w, infos.current_h)
self.window = pygame.display.set_mode((0, 0), pygame.FULLSCREEN)
pygame.display.set_caption('Duel Masters')
def __init__(self):
self.cards_dict = card_dict
self.playing_field = pygame.image.load("Sprits/playingfield.png")
self.card_back_raw = pygame.image.load("Sprits/pic43176.jpg")
self.civilization_ikons = {}
self.darkness_small = pygame.image.load("Sprits/darkness_small.png")
self.fire_small = pygame.image.load("Sprits/fire_small.png")
self.light_small = pygame.image.load("Sprits/light_small.png")
self.nature_small = pygame.image.load("Sprits/nature_small.png")
self.water_small = pygame.image.load("Sprits/water_small.png")
self.civilization_ikons = {'Darkness': self.darkness_small,
'Fire': self.fire_small, 'Light': self.light_small,
'Nature': self.nature_small, 'Water': self.water_small}
self.card_back = pygame.transform.scale(self.card_back_raw,
(percent_of_screen_width(5.2), percent_of_screen_height(13)))
def __init__(self):
self.pos_xy = (0, 0)
# size of a card.
self.width = percent_of_screen_width(5.3)
self.height = percent_of_screen_height(12.7)
