def handle_build(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects):
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
# check if property is available for building house/hotel
Mark = []
player = Players[cur_player]
for color_list in player.color_cards_owned:
Mark.extend(color_list)
# display build window
if Mark != []:
update_game_build(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark)
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def handle_sell(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects):
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
# create cards available for selling
Mark = []
player = Players[cur_player]
Mark.extend(player.property_owned)
Mark.extend(player.property_mortgaged)
if Mark != []:
update_game_sell(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark)
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def handle_rules(screen,Players,Cards,cur_player):
display_rules_window(screen)
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def handle_quit(screen,Players,Cards,cur_player):
done = display_quit_window(screen)
if done == True:
pygame.quit()
else:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
flag1 = 0
val = 0
self.board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.KEYDOWN:
Input_handler.event_keys(event.key)
if event.type == pg.MOUSEBUTTONDOWN:
flag1 = 1
pos = pg.mouse.get_pos()
get_cord(pos)
if val != 0:
display.draw_val(val, x, y)
if valid(grid, int(x), int(y), val) == True:
grid[int(x)][int(y)] = val
else:
grid[int(x)][int(y)] = 0
raise_error2()
val = 0
pg.draw.rect(self.screen, BLACK, (0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
display.draw(self.board)
# display.draw_box()
pg.display.update()
self.solution = solve_board(self.board)
self.solution.assign_flags(self.board)
def process_fifth_level(dutifulness, inventory, log):
"""Handle game's second level game."""
os.system("clear")
x_hero = 1
y_hero = 1
board = create_board("boss.csv")
previous_sign = board[y_hero][x_hero]
log = "OMG I'm so anxious, what does the boss want?"
obstacles = ["▓"]
clock = "⏰"
input_key = getch() #control
while dutifulness != 0:
x_diff = 0
y_diff = 0
input_key = getch()
x_diff, y_diff = control_position(input_key)
board[y_hero][x_hero] = previous_sign
if is_move_possible(y_hero + y_diff, x_hero + x_diff, obstacles,
board):
y_hero, x_hero = move_by(y_hero, x_hero, y_diff, x_diff)
if is_touching(board[y_hero + y_diff][x_hero + x_diff], clock):
hot_and_cold_game()
return dutifulness, inventory, log
if input_key == "q":
sys.exit()
previous_sign = board[y_hero][x_hero]
print_board_and_insert_player(board, y_hero, x_hero, inventory,
dutifulness, log)
def run_game():
pygame.init()
WINDOW_SIZE = [SCREEN_WIDTH, SCREEN_HEIGHT]
screen = pygame.display.set_mode(WINDOW_SIZE)
screen.fill(BACKGROUND_COLOR)
pygame.display.set_caption("MONOPOLY")
# ask for game details
no_of_players, player_names, player_colors = ask_for_game_details(screen)
# handle game details
# creating the players
Players = []
for i in range(0, no_of_players):
Players.append(Player(player_names[i], player_colors[i], 1000))
# creating the cards
Cards = []
# id_no,name,color,cost,rent,mortgage_value,house_cost,hotel_cost,house_rent,hotel_rent,board_pos,info_pos
card = Card(0, "GO", "", 0, 0, 0, 0, 0, [], 0, (1001, 701), ())
Cards.append(card)
card = Card(1, "MEDITARREANEAN AVENUE", "BROWN", 60, 2, 30, 50, 50,
[10, 30, 90, 160], 250, (901, 701), (1380, 350))
Cards.append(card)
card = Card(2, "COMMUNITY CHEST", "", 0, 0, 0, 0, 0, [], 0, (801, 701), ())
Cards.append(card)
card = Card(3, "BALTIC AVENUE", "BROWN", 80, 4, 30, 50, 50,
[20, 60, 80, 320], 450, (701, 701), (1330, 350))
Cards.append(card)
card = Card(4, "INCOME TAX", "", 0, 0, 0, 0, 0, [], 0, (601, 701), ())
Cards.append(card)
card = Card(5, "READING RAILROAD", "BLACK", 200, 25, 100, 0, 0, [], 0,
(501, 701), (1280, 350))
Cards.append(card)
card = Card(6, "ORIENTAL AVENUE", "LIGHT_BLUE", 100, 6, 50, 50, 50,
[30, 90, 270, 400], 450, (401, 701), (1255, 350))
Cards.append(card)
card = Card(7, "CHANCE", "", 0, 0, 0, 0, 0, [], 0, (301, 701), ())
Cards.append(card)
card = Card(8, "VERMONT AVENUE", "LIGHT_BLUE", 100, 6, 50, 50, 50,
[30, 90, 270, 400], 450, (201, 701), (1205, 350))
Cards.append(card)
card = Card(9, "CONNECTICUT AVENUE", "LIGHT_BLUE", 120, 8, 60, 50, 50,
[40, 100, 300, 450], 600, (101, 701), (1180, 350))
Cards.append(card)
card = Card(10, "IN JAIL", "", 0, 0, 0, 0, 0, [], 0, (1, 701), ())
Cards.append(card)
card = Card(11, "ST. CHARLES PLACE", "PINK", 140, 10, 70, 100, 100,
[50, 150, 450, 625], 750, (1, 631), (1155, 325))
Cards.append(card)
card = Card(12, "ELECTIC COMPANY", "WHITE", 150, 10, 75, 0, 0, [], 0,
(1, 561), (1155, 300))
Cards.append(card)
card = Card(13, "STATES AVENUE", "PINK", 140, 10, 70, 100, 100,
[50, 150, 450, 625], 750, (1, 491), (1155, 275))
Cards.append(card)
card = Card(14, "VIRGINIA AVENUE", "PINK", 160, 12, 80, 100, 100,
[60, 180, 500, 700], 900, (1, 421), (1155, 250))
Cards.append(card)
card = Card(15, "PENNSYLVANIA RAILROAD", "BLACK", 200, 25, 100, 0, 0, [],
0, (1, 351), (1155, 225))
Cards.append(card)
card = Card(16, "ST. JAMES PLACE", "ORANGE", 180, 14, 90, 100, 100,
[70, 200, 550, 750], 950, (1, 281), (1155, 200))
Cards.append(card)
card = Card(17, "COMMUNITY CHEST", "", 0, 0, 0, 0, 0, [], 0, (1, 211), ())
Cards.append(card)
card = Card(18, "TENNESSEE AVENUE", "ORANGE", 180, 14, 90, 100, 100,
[70, 200, 550, 750], 950, (1, 141), (1155, 150))
Cards.append(card)
card = Card(19, "NEW YORK AVENUE", "ORANGE", 200, 16, 100, 100, 100,
[80, 220, 600, 800], 1000, (1, 71), (1155, 125))
Cards.append(card)
card = Card(20, "FREE PARKING", "", 0, 0, 0, 0, 0, [], 0, (1, 1), ())
Cards.append(card)
card = Card(21, "KENTUCKY AVENUE", "RED", 220, 18, 110, 150, 150,
[90, 250, 700, 875], 1050, (101, 1), (1180, 100))
Cards.append(card)
card = Card(22, "CHANCE", "", 0, 0, 0, 0, 0, [], 0, (201, 1), ())
Cards.append(card)
card = Card(23, "INDIANA AVENUE", "RED", 220, 18, 110, 150, 150,
[90, 250, 700, 875], 1050, (301, 1), (1230, 100))
Cards.append(card)
card = Card(24, "ILLINOIS AVENUE", "RED", 240, 20, 120, 150, 150,
[100, 300, 750, 925], 1100, (401, 1), (1255, 100))
Cards.append(card)
card = Card(25, "B. & O. RAILROAD", "BLACK", 200, 25, 100, 0, 0, [], 0,
(501, 1), (1280, 100))
Cards.append(card)
card = Card(26, "ATLANTIC AVENUE", "YELLOW", 260, 22, 130, 150, 150,
[110, 330, 800, 975], 1150, (601, 1), (1305, 100))
Cards.append(card)
card = Card(27, "VENTORA AVENUE", "YELLOW", 260, 22, 130, 150, 150,
[110, 330, 800, 975], 1150, (701, 1), (1330, 100))
Cards.append(card)
card = Card(28, "WATER WORKS", "WHITE", 150, 10, 75, 0, 0, [], 0, (801, 1),
(1355, 100))
Cards.append(card)
card = Card(29, "MARVIN GARDENS", "YELLOW", 280, 24, 140, 150, 150,
[120, 360, 850, 1025], 1200, (901, 1), (1380, 100))
Cards.append(card)
card = Card(30, "GO TO JAIL", "", 0, 0, 0, 0, 0, [], 0, (1001, 1), ())
Cards.append(card)
card = Card(31, "PACIFIC AVENUE", "GREEN", 300, 26, 150, 200, 200,
[130, 390, 900, 1100], 1275, (1001, 71), (1405, 125))
Cards.append(card)
card = Card(32, "CAROLINA AVENUE", "GREEN", 300, 26, 150, 200, 200,
[130, 390, 900, 1100], 1275, (1001, 141), (1405, 150))
Cards.append(card)
card = Card(33, "COMMUNITY CHEST", "", 0, 0, 0, 0, 0, [], 0, (1001, 211),
())
Cards.append(card)
card = Card(34, "PENNSYLVANIA AVENUE", "GREEN", 320, 28, 160, 200, 200,
[150, 450, 1000, 1200], 1400, (1001, 281), (1405, 200))
Cards.append(card)
card = Card(35, "SHORT LANE", "BLACK", 200, 25, 100, 0, 0, [], 0,
(1001, 351), (1405, 225))
Cards.append(card)
card = Card(36, "CHANCE", "", 0, 0, 0, 0, 0, [], 0, (1001, 421), ())
Cards.append(card)
card = Card(37, "PARK PLACE", "BLUE", 350, 35, 175, 200, 200,
[175, 500, 1100, 1300], 1500, (1001, 491), (1405, 275))
Cards.append(card)
card = Card(38, "LUXURY TAX", "", 0, 0, 0, 0, 0, [], 0, (1001, 561), ())
Cards.append(card)
card = Card(39, "BROADWALK", "BLUE", 400, 50, 200, 200, 200,
[200, 600, 1400, 1700], 2000, (1001, 631), (1405, 325))
Cards.append(card)
# create initial board
create_board(screen, player_colors)
# placing the game pieces at the start position for each player
for player in Players:
if player.color == "BLUE":
next_position = (1020, 720)
elif player.color == "RED":
next_position = (1060, 720)
elif player.color == "GREEN":
next_position = (1020, 750)
elif player.color == "YELLOW":
next_position = (1060, 750)
else:
next_position = ()
player.move_player(screen, next_position)
# create game options
create_game_options(screen)
# create player info
# stores the index of player whose turn it is now
cur_player = 0
create_player_info(screen, Players, Cards, cur_player)
manImg = pygame.image.load('man.png')
screen.blit(manImg, (400, 315))
done = False
clock = pygame.time.Clock()
#--------------MAIN GAME LOOP------------------
while not done:
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
elif event.type == pygame.MOUSEBUTTONDOWN:
pos = pygame.mouse.get_pos()
print(pos)
#col = pos[0] // (CARD_WIDTH + CARD_MARGIN)
#row = pos[1] // (CARD_HEIGHT + CARD_MARGIN)
####
clock.tick(60)
pygame.display.update()
pygame.quit()
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
val = 0
blink = False
alpha = 1
a_change = True
blink_color = GREEN
candidates = []
get_cord(INITIAL_CORDS)
set_highlight(INITIAL_CORDS, INITIAL_CORDS, INITIAL_CORDS,
INITIAL_LOCK)
board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN
and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.MOUSEBUTTONDOWN and input_lock != 1:
pos = pg.mouse.get_pos()
get_cord(pos)
# Checks if selection is on the board
if pos[0] < TOP_LX or pos[1] < TOP_LY or pos[0] > int(
BOT_RX) or pos[1] > int(BOT_RY):
blink = False
else:
blink = True
if event.type == pg.KEYDOWN and input_lock != 1:
if event.key == pg.K_1:
val = 1
if event.key == pg.K_2:
val = 2
if event.key == pg.K_3:
val = 3
if event.key == pg.K_4:
val = 4
if event.key == pg.K_5:
val = 5
if event.key == pg.K_6:
val = 6
if event.key == pg.K_7:
val = 7
if event.key == pg.K_8:
val = 8
if event.key == pg.K_9:
val = 9
if event.key == pg.K_BACKSPACE:
board[int(box_index_x)][int(box_index_y)] = 0
elif event.type == pg.KEYDOWN and input_lock == 1:
if event.key == pg.K_BACKSPACE:
val = 0
set_highlight(INITIAL_CORDS, INITIAL_CORDS,
INITIAL_CORDS, INITIAL_LOCK)
blink_color = GREEN
board[int(box_index_x)][int(box_index_y)] = 0
if val != 0:
# display.draw_val(val, box_index_x, box_index_y)
candidates = []
print("value: ", val, "occupying position: ",
board[box_index_x][box_index_y])
if valid(board, box_index_x, box_index_y, val):
if type(board[box_index_x]
[box_index_y]) == 0: # No candidates
board[box_index_x][box_index_y] = val
elif type(
board[box_index_x]
[box_index_y]) == int: # Switching from number to list
candidates.append(val)
board[box_index_x][box_index_y] = candidates
elif valid_cdt(board[box_index_x][box_index_y],
val): # Adding candidate to list
candidates = board[box_index_x][box_index_y]
candidates.append(val)
board[box_index_x][box_index_y] = candidates
# Draws the screen
pg.draw.rect(
self.screen, BLACK,
(0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
# Draws the board
display.draw(board)
# Check if cell is selected
if blink:
cell = display.find_cell(box_index_x, box_index_y)
blink = display.blink(alpha, a_change)
alpha = blink[0]
a_change = blink[1]
myRect = pg.Rect(cell)
rectSurf = pg.Surface(myRect.size, pg.SRCALPHA)
rectSurf.fill(blink_color)
rectSurf.set_alpha(alpha)
self.screen.blit(rectSurf, (myRect.x, myRect.y))
# Check if incorrect input
if input_lock == 1 and val != 0:
display.update(board, row_index, col_index, blk_index)
blink_color = RED
val = 0
# display.draw_box()
pg.display.update()
self.solution = solve_board(board)
self.solution.assign_flags(board)
def process_second_level(dutifulness, inventory, log):
"""Handle game's second level game."""
os.system("clear")
x_hero = 1
y_hero = 1
board = create_board("forest.csv")
previous_sign = board[y_hero][x_hero]
log = "I need to collect these strange crosses, they can be evidence..."
obstacles = ["▓", "☘", "༊", "✀", "⛏", "༼", "▯"]
blood = "~"
twanas_symbol = "✞"
twanas = "twanas"
pickaxe_symbol = "⛏"
pickaxe = "pickaxe"
rock = "༼"
scissors = "scissors"
enter = "▯"
scissors_symbol = "✀"
input_key = getch() #control
while dutifulness != 0:
x_diff = 0
y_diff = 0
input_key = getch()
x_diff, y_diff = control_position(input_key)
board[y_hero][x_hero] = previous_sign
if is_move_possible(y_hero + y_diff, x_hero + x_diff, obstacles,
board):
y_hero, x_hero = move_by(y_hero, x_hero, y_diff, x_diff)
if is_touching(board[y_hero + y_diff][x_hero + x_diff], blood):
dutifulness = subtract_dutifulness(dutifulness)
if is_touching(board[y_hero + y_diff][x_hero + x_diff], twanas_symbol):
board[y_hero + y_diff][x_hero + x_diff] = " "
add_to_inventory(inventory, twanas)
if is_touching(board[y_hero + y_diff][x_hero + x_diff],
pickaxe_symbol):
board[y_hero + y_diff][x_hero + x_diff] = " "
add_to_inventory(inventory, pickaxe)
log = "Hmmm... pickaxe... I can use it somehow..."
if is_touching(board[y_hero + y_diff][x_hero + x_diff], rock):
if is_item_in_inventory(pickaxe, inventory):
board[y_hero + y_diff][x_hero + x_diff] = " "
obstacles.remove(rock)
log = "A bloog-stained scissors? It can be a murder weapon..."
else:
log = "I need to find a tool to destroy this rock..."
if is_taking_item(board[y_hero + y_diff][x_hero + x_diff],
scissors_symbol, scissors, inventory):
board[y_hero + y_diff][x_hero + x_diff] = " "
add_to_inventory(inventory, scissors)
log = "I need to go back to police station now."
if is_touching(board[y_hero + y_diff][x_hero + x_diff], enter):
if is_item_and_all_twanas_in_inventory(scissors, inventory):
dutifulness = riddle(dutifulness, "2")
return dutifulness, inventory, log
if input_key == "q":
sys.exit()
previous_sign = board[y_hero][x_hero]
print_board_and_insert_player(board, y_hero, x_hero, inventory,
dutifulness, log)
if dutifulness == 0:
os.system("clear")
print_screen("loose.csv")
sys.exit()
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
flag1 = 0
val = 0
pos = (0, 0)
input_lock = 0
get_cord((0, 0))
set_highlight((0, 0), (0, 0), (0, 0), input_lock)
board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN
and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.MOUSEBUTTONDOWN:
flag1 = 1
pos = pg.mouse.get_pos()
get_cord(pos)
blink = True
if event.type == pg.KEYDOWN and input_lock != 1:
if event.key == pg.K_1:
val = 1
if event.key == pg.K_2:
val = 2
if event.key == pg.K_3:
val = 3
if event.key == pg.K_4:
val = 4
if event.key == pg.K_5:
val = 5
if event.key == pg.K_6:
val = 6
if event.key == pg.K_7:
val = 7
if event.key == pg.K_8:
val = 8
if event.key == pg.K_9:
val = 9
elif event.type == pg.KEYDOWN and input_lock == 1:
if event.key == pg.K_BACKSPACE:
val = 0
set_highlight((0, 0), (0, 0), (0, 0), 0)
if val != 0:
display.draw_val(val, box_index_x, box_index_y)
if valid(board, int(box_index_x), int(box_index_y), val,
display):
board[int(box_index_x)][int(box_index_y)] = val
else:
board[int(box_index_x)][int(box_index_y)] = 0
val = 0
pg.draw.rect(
self.screen, BLACK,
(0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
display.draw(board)
cell = display.find_cell(box_index_x, box_index_y)
alpha = display.blink()
print("start pos x: ", cell[0], "start pos y: ", cell[1],
"end pos x: ", cell[2], "end pos y: ", cell[3])
cell_width = int(cell[2] - cell[0])
cell_height = int(cell[3] - cell[1])
print(cell_width, cell_height)
rect = pg.Surface((cell_width, cell_height))
rect.set_alpha(alpha)
self.screen.blit(rect, (int(cell[0]), int(cell, [1])))
# print(box_index_x, box_index_y)
if input_lock == 1:
display.update(board, row_index, col_index, blk_index)
# display.draw_box()
pg.display.update()
self.solution = solve_board(board)
self.solution.assign_flags(board)
def handle_trade(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects):
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
other_player = display_select_trade_player_window(screen,Players,Cards,cur_player)
# create current and other player cards available for trade
if other_player != -1:
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
player = Players[cur_player]
other = Players[other_player]
Cur_Mark = []
Cur_Other_Mark = []
Other_Mark = []
Other_Other_Mark = []
Cur_Mark.extend(player.property_owned)
Cur_Mark.extend(player.property_mortgaged)
for prop in player.property_owned:
if Cards[prop].houses_built > 0 or Cards[prop].hotel_built > 0:
del_color = []
for color_cards in player.color_cards_owned:
if prop in color_cards:
del_color = color_cards
if del_color != []:
for card in del_color:
Cur_Mark.remove(card)
for tmp in Players:
if tmp != player:
Cur_Other_Mark.extend(tmp.property_owned)
Cur_Other_Mark.extend(tmp.property_mortgaged)
Other_Mark.extend(other.property_owned)
Other_Mark.extend(other.property_mortgaged)
for prop in other.property_owned:
if Cards[prop].houses_built > 0 or Cards[prop].hotel_built > 0:
del_color = []
for color_cards in other.color_cards_owned:
if prop in color_cards:
del_color = color_cards
if del_color != []:
for card in del_color:
Other_Mark.remove(card)
for tmp in Players:
if tmp != other:
Other_Other_Mark.extend(tmp.property_owned)
Other_Other_Mark.extend(tmp.property_mortgaged)
if Cur_Mark != None or Other_Mark != None:
update_game_trade(screen,Players,Cards,cur_player,other_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Cur_Mark,Other_Mark,Cur_Other_Mark,Other_Other_Mark)
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def handle_dice_roll(screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects):
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
# rolling dice
no1, no2, a, b = roll_dice(screen)
steps = int(no1) + int(no2)
player = Players[cur_player]
initial_card = get_rect_pressed_index(player.cur_position, Cards_Rects)
final_card = (initial_card + steps) % 40
# changing the current players' piece position
final_pos = Cards[final_card].board_pos
next_position = ()
if player.color == "BLUE":
next_position = (final_pos[0] + 19, final_pos[1] + 19)
elif player.color == "RED":
next_position = (final_pos[0] + 59, final_pos[1] + 19)
elif player.color == "GREEN":
next_position = (final_pos[0] + 19, final_pos[1] + 49)
elif player.color == "YELLOW":
next_position = (final_pos[0] + 59, final_pos[1] + 49)
else:
next_position = ()
player.cur_position = next_position
# player.move_player(screen,next_position)
# updating the position of all players' piece on the board
for temp in Players:
temp.move_player(screen, temp.cur_position)
# add the necessary actions to be taken due to dice roll
final_card = update_game_dice(screen, initial_card, final_card, no1, no2, Players, Cards, cur_player)
# changing the position if there is some related instruction in chance or community card
final_pos = Cards[final_card].board_pos
next_position = ()
if player.color == "BLUE":
next_position = (final_pos[0] + 19, final_pos[1] + 19)
elif player.color == "RED":
next_position = (final_pos[0] + 59, final_pos[1] + 19)
elif player.color == "GREEN":
next_position = (final_pos[0] + 19, final_pos[1] + 49)
elif player.color == "YELLOW":
next_position = (final_pos[0] + 59, final_pos[1] + 49)
else:
next_position = ()
player.cur_position = next_position
isBankrupt = False
quit_player = False
# check if user is bankrupt or not
if Players[cur_player].cur_balance < 0:
Players[cur_player].isBankrupt = True
isBankrupt = True
else:
Players[cur_player].isBankrupt = False
# run loop till player removes bankruptcy or declares himself as bankrupt
while not quit_player and isBankrupt:
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
quit_player = display_bankrupt_window(
screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects
)
if Players[cur_player].cur_balance < 0:
Players[cur_player].isBankrupt = True
isBankrupt = True
else:
Players[cur_player].isBankrupt = False
isBankrupt = False
# true implies player declares himself as bankrupt and withdraws from the game
if quit_player == True:
handle_quit_player(screen, Players, Cards, cur_player)
# implies player has removed bankruptcy
else:
end_turn = False
while not end_turn:
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
end_turn = display_end_turn_window(
screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects
)
# change turn to next player
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
roll_dice(screen, 4, 2)
for player in Players:
player.move_player(screen, player.cur_position)
cur_player = (cur_player + 1) % len(Players)
create_player_info(screen, Players, Cards, cur_player)
return cur_player
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
flag1 = 0
val = 0
pos = (0, 0)
blink = False
alpha = 1
a_change = True
blink_color = GREEN
initial_lock = 0
get_cord((0, 0))
set_highlight((0, 0), (0, 0), (0, 0), initial_lock)
board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN
and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.MOUSEBUTTONDOWN:
flag1 = 1
pos = pg.mouse.get_pos()
get_cord(pos)
# Checks if selection is on the board
if pos[0] < TOP_LX or pos[1] < TOP_LY or pos[0] > int(
BOT_RX) or pos[1] > int(BOT_RY):
blink = False
else:
blink = True
if event.type == pg.KEYDOWN and input_lock != 1:
if event.key == pg.K_1:
val = 1
if event.key == pg.K_2:
val = 2
if event.key == pg.K_3:
val = 3
if event.key == pg.K_4:
val = 4
if event.key == pg.K_5:
val = 5
if event.key == pg.K_6:
val = 6
if event.key == pg.K_7:
val = 7
if event.key == pg.K_8:
val = 8
if event.key == pg.K_9:
val = 9
elif event.type == pg.KEYDOWN and input_lock == 1:
if event.key == pg.K_BACKSPACE:
val = 0
set_highlight((0, 0), (0, 0), (0, 0), initial_lock)
blink_color = GREEN
if val != 0:
display.draw_val(val, box_index_x, box_index_y)
if valid(board, int(box_index_x), int(box_index_y), val):
board[int(box_index_x)][int(box_index_y)] = val
else:
board[int(box_index_x)][int(box_index_y)] = 0
val = 0
# Draws the screen
pg.draw.rect(
self.screen, BLACK,
(0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
# Draws the board
display.draw(board)
# Check if cell is selected
if blink:
cell = display.find_cell(box_index_x, box_index_y)
blink = display.blink(alpha, a_change)
alpha = blink[0]
a_change = blink[1]
myRect = pg.Rect(cell)
rectSurf = pg.Surface(myRect.size, pg.SRCALPHA)
rectSurf.fill(blink_color)
rectSurf.set_alpha(alpha)
self.screen.blit(rectSurf, (myRect.x, myRect.y))
# Check if incorrect input
if input_lock == 1:
display.update(board, row_index, col_index, blk_index)
blink_color = RED
# display.draw_box()
pg.display.update()
self.solution = solve_board(board)
self.solution.assign_flags(board)
class Main():
def __init__(self):
self.board = []
self.run()
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
flag1 = 0
val = 0
global col_index
col_index = (x, index)
global input_lock
input_lock = 1
global col_index
col_index = (x, index)
global input_lock
input_lock = 1
board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.MOUSEBUTTONDOWN:
flag1 = 1
pos = pg.mouse.get_pos()
get_cord(pos)
print(pos, box_index_x, box_index_y)
if event.type == pg.KEYDOWN:
if event.key == pg.K_1:
val = 1
if event.key == pg.K_2:
val = 2
if event.key == pg.K_3:
val = 3
if event.key == pg.K_4:
val = 4
if event.key == pg.K_5:
val = 5
if event.key == pg.K_6:
val = 6
if event.key == pg.K_7:
val = 7
if event.key == pg.K_8:
val = 8
if event.key == pg.K_9:
val = 9
if val != 0:
display.draw_val(val, box_index_x, box_index_y)
if valid(board, int(box_index_x), int(box_index_y), val, display):
board[int(box_index_x)][int(box_index_y)] = val
else:
board[int(box_index_x)][int(box_index_y)] = 0
val = 0
print(input_lock)
pg.draw.rect(self.screen, BLACK, (0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
display.draw(board)
if row_index != (0, 0) or col_index != (0, 0) or blk_index != (0, 0):
print(row_index, col_index, blk_index)
display.update(board, row_index, col_index, blk_index)
# display.draw_box()
pg.display.update()
self.solution = solve_board(board)
self.solution.assign_flags(board)
def handle_decide_winner(screen,Players,Cards,cur_player):
if cur_player == 0:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
# declare winner logic
# calculate current balance, property value
Players_Worth = []
worth = 0
for player in Players:
worth = 0
# adding current balance
worth += player.cur_balance
# adding owned property worth
for own in player.property_owned:
worth += (Cards[own].houses_built * Cards[own].house_cost)
worth += (Cards[own].hotel_built * Cards[own].hotel_cost)
worth += (Cards[own].cost)
for mort in player.property_mortgaged:
worth += Cards[mort].mortgage_value
Players_Worth.append(worth)
end = display_decide_winner_window(screen,Players,Players_Worth)
if end == True:
pygame.quit()
sys.exit()
else:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def update_game_trade(screen,Players,Cards,cur_player,other_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Cur_Mark,Other_Mark,Cur_Other_Mark,Other_Other_Mark):
send_amount = 0
receive_amount = 0
send_property = set()
receive_property = set()
offer,send_amount,send_property,receive_amount,receive_property = display_trade_window(screen,Players,Cards,cur_player,other_player,Cur_Mark,Other_Mark,Cur_Other_Mark,Other_Other_Mark,send_amount,receive_amount,send_property,receive_property)
if offer == True:
if (send_property != set() or receive_property != set()) and (send_property.issubset(set(Cur_Mark)) and receive_property.issubset(set(Other_Mark))):
Send_Cards = []
Receive_Cards = []
for send_index in send_property:
Send_Cards.append(Cards[send_index])
for receive_index in receive_property:
Receive_Cards.append(Cards[receive_index])
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
# confirmation prompt
# show trade infomation
trade_prop = display_trade_confirm_window(screen,Send_Cards,send_amount,Receive_Cards,receive_amount)
if trade_prop == True:
player = Players[cur_player]
other = Players[other_player]
# trade property action
if send_amount > 0:
other.cur_balance += send_amount
player.cur_balance -= send_amount
if receive_amount > 0:
other.cur_balance -= receive_amount
player.cur_balance += receive_amount
if send_property != set():
send_property = list(send_property)
for send_index in send_property:
if Cards[send_index].status == 1:
player.property_owned.remove(send_index)
other.property_owned.append(send_index)
elif Cards[send_index].status == 2:
player.property_mortgaged.remove(send_index)
other.property_mortgaged.append(send_index)
if send_index in RAILS_CARDS:
player.total_rails_owned -= 1
other.total_rails_owned += 1
elif send_index in UTILITY_CARDS:
player.total_utilities_owned -= 1
other.total_utilities_owned += 1
else:
del_color = []
for color_cards in player.color_cards_owned:
if send_index in color_cards:
del_color = color_cards
if del_color != []:
player.color_cards_owned.remove(del_color)
property_owned = set(other.property_owned)
if set(BROWN_CARDS).issubset(property_owned) and BROWN_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(property_owned) and LIGHT_BLUE_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(property_owned) and PINK_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(property_owned) and ORANGE_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(property_owned) and RED_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(property_owned) and YELLOW_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(property_owned) and GREEN_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(property_owned) and BLUE_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(BLUE_CARDS)
if receive_property != set():
receive_property = list(receive_property)
for receive_index in receive_property:
if Cards[receive_index].status == 1:
other.property_owned.remove(receive_index)
player.property_owned.append(receive_index)
elif Cards[receive_index].status == 2:
other.property_mortgaged.remove(receive_index)
player.property_mortgaged.append(receive_index)
if receive_index in RAILS_CARDS:
other.total_rails_owned -= 1
player.total_rails_owned += 1
elif receive_index in UTILITY_CARDS:
other.total_utilities_owned -= 1
player.total_utilities_owned += 1
else:
del_color = []
for color_cards in other.color_cards_owned:
if receive_index in color_cards:
del_color = color_cards
if del_color != []:
other.color_cards_owned.remove(del_color)
property_owned = set(player.property_owned)
if set(BROWN_CARDS).issubset(property_owned) and BROWN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(property_owned) and LIGHT_BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(property_owned) and PINK_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(property_owned) and ORANGE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(property_owned) and RED_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(property_owned) and YELLOW_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(property_owned) and GREEN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(property_owned) and BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BLUE_CARDS)
else:
player = Players[cur_player]
other = Players[other_player]
Cur_Mark = []
Other_Mark = []
for prop in player.property_owned:
Cur_Mark.append(prop)
for prop in player.property_mortgaged:
Cur_Mark.append(prop)
for prop in other.property_owned:
Other_Mark.append(prop)
for prop in other.property_mortgaged:
Other_Mark.append(prop)
if Cur_Mark != None or Other_Mark != None:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
update_game_trade(screen,Players,Cards,cur_player,other_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Cur_Mark,Other_Mark)
else:
player = Players[cur_player]
other = Players[other_player]
Cur_Mark = []
Other_Mark = []
for prop in player.property_owned:
Cur_Mark.append(prop)
for prop in player.property_mortgaged:
Cur_Mark.append(prop)
for prop in other.property_owned:
Other_Mark.append(prop)
for prop in other.property_mortgaged:
Other_Mark.append(prop)
if Cur_Mark != None or Other_Mark != None:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
update_game_trade(screen,Players,Cards,cur_player,other_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Cur_Mark,Other_Mark)
def update_game_mortgage(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark):
# removing cards with houses/hotel built on them
for card in Mark:
if Cards[card].hotel_built == 1 or Cards[card].houses_built > 0:
Mark.remove(card)
# get the card that was selected
mortgage_card = display_mortgage_window(screen,Players,Cards,cur_player,Mark)
# check if the card is valid
# check the card against selling rules
if mortgage_card != None:
if mortgage_card in Mark:
card = Cards[mortgage_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
# confirmation prompt
# show mortgage infomation
mortgage_prop = display_mortgage_confirm_window(screen,card)
# update card status and player balance
if mortgage_prop == True:
player = Players[cur_player]
# mortgage property action
player.cur_balance += card.mortgage_value
player.property_owned.remove(card.id_no)
player.property_mortgaged.append(card.id_no)
card.status = 2
# check rail,utility or color card
if card.id_no in RAILS_CARDS:
player.total_rails_owned -= 1
elif card.id_no in UTILITY_CARDS:
player.total_utilities_owned -= 1
else:
del_color = []
# finding color group to which the card belongs
for color_cards in player.color_cards_owned:
if card.id_no in color_cards:
del_color = color_cards
if del_color != []:
player.color_cards_owned.remove(del_color)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
# display mortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
update_game_mortgage(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
# display mortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
update_game_mortgage(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark)
def run_game():
pygame.init()
WINDOW_SIZE = [SCREEN_WIDTH,SCREEN_HEIGHT]
screen = pygame.display.set_mode(WINDOW_SIZE)
screen.fill(BACKGROUND_COLOR)
pygame.display.set_caption("MONOPOLY")
# ask for game details
no_of_players,player_names,player_colors = ask_for_game_details(screen)
# handle game details
# creating the players
Players = []
for i in range(0,no_of_players):
Players.append(Player(player_names[i],player_colors[i],1500))
Cards,Cards_Rects = create_card_rects()
# create initial board
create_board(screen,Cards)
# rolls dice and places them at random position with 4 and 2 number in 1st and 2nd die respectively
no1,no2,dice1_cord,dice2_cord = roll_dice(screen,4,2) # Since 42 is the answer to everything :)
# placing the game pieces at the start position for each player
for player in Players:
if player.color == "BLUE":
next_position = (1020,720)
elif player.color == "RED":
next_position = (1060,720)
elif player.color == "GREEN":
next_position = (1020,750)
elif player.color == "YELLOW":
next_position = (1060,750)
else:
next_position = ()
player.move_player(screen,next_position)
# create game options
create_game_options(screen)
Option_Rects = create_option_rects()
# create player info
# stores the index of player whose turn it is now
cur_player = 0;
"""
Test Data
"""
Players[cur_player].property_owned.append(1)
Players[cur_player].property_owned.append(3)
Cards[1].status = 1
Cards[3].status = 1
Players[cur_player].color_cards_owned.append(BROWN_CARDS)
#Players[cur_player].cur_balance = -50
"""
"""
create_player_info(screen,Players,Cards,cur_player)
Info_Cards_Rects = create_info_rects()
# adding music
sound = pygame.mixer.Sound("game.ogg")
sound.play(loops = -1)
# START GAME PROMPT
done = display_start_game_window(screen,Players,Cards,cur_player)
clock = pygame.time.Clock()
isRunning = False
#--------------MAIN GAME LOOP------------------
while not done:
for event in pygame.event.get():
"""
check_inputs() #get key/mouse input inputs for this frame
handle_inputs() #handle each input that has occurred during this frame
update_gamestate() #update the state on the game (who's turn, etc)
update_display() #update pygame window graphics (draw stuff, flip display)
"""
if event.type == pygame.QUIT:
done = True
elif event.type == pygame.MOUSEBUTTONDOWN:
# check inputs
mouse_pos = pygame.mouse.get_pos()
# handle inputs
Rects = get_rect_pressed_type(mouse_pos,Cards_Rects,Option_Rects,Info_Cards_Rects)
if Rects != None:
# rects is option,info or board
rect_index = get_rect_pressed_index(mouse_pos,Rects)
# take necessary action based on the event that occured in the game
# kind of semaphore I think ;)
if Rects == Option_Rects and rect_index < len(Rects):
# rect is among the Rects
if isRunning == False:
isRunning = True
cur_player,isRunning = handle_game(screen,Rects,rect_index,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,isRunning)
elif event.type == pygame.MOUSEMOTION:
# check inputs
mouse_pos = pygame.mouse.get_pos()
# handle inputs
Rects = get_rect_pressed_type(mouse_pos,Cards_Rects,Option_Rects,Info_Cards_Rects)
if Rects != None:
# rects is option,info or board
rect_index = get_rect_pressed_index(mouse_pos,Rects)
# take necessary action based on the rect that was hovered in the game
if Rects == Option_Rects and rect_index < len(Rects):
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
roll_dice(screen,4,2,dice1_cord,dice2_cord)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
pygame.draw.rect(screen,
LIGHT_BLUE,
((Rects[rect_index].left,
Rects[rect_index].top),
(Rects[rect_index].width,
Rects[rect_index].height)))
if rect_index == 0:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 20)
font.set_bold(True)
screen.blit(font.render('ROLL DICE', True, WHITE), (22, 800))
elif rect_index == 1:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 20)
font.set_bold(True)
screen.blit(font.render('BUILD', True, WHITE), (205, 800))
elif rect_index == 2:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 20)
font.set_bold(True)
screen.blit(font.render('TRADE', True, WHITE), (365, 800))
elif rect_index == 3:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 20)
font.set_bold(True)
screen.blit(font.render('SELL', True, WHITE), (535, 800))
elif rect_index == 4:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 20)
font.set_bold(True)
screen.blit(font.render('MORTGAGE', True, WHITE), (660, 800))
elif rect_index == 5:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 15)
font.set_bold(True)
screen.blit(font.render('UNMORTGAGE', True, WHITE), (820, 800))
elif rect_index == 6:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 15)
font.set_bold(True)
screen.blit(font.render('DEC. WINNER', True, WHITE), (990, 800))
elif rect_index == 7:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 20)
font.set_bold(True)
screen.blit(font.render('RULES(?)', True, WHITE), (1160, 800))
elif rect_index == 8:
font = pygame.font.SysFont(CARD_TEXT_STYLE, 18)
font.set_bold(True)
screen.blit(font.render('QUIT GAME', True, WHITE), (1315, 800))
pygame.display.update()
elif Rects == Cards_Rects and rect_index < len(Rects):
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
roll_dice(screen,4,2,dice1_cord,dice2_cord)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
pygame.gfxdraw.box(screen,
((ACTION_SCREEN_LEFT,ACTION_SCREEN_TOP),
(ACTION_SCREEN_WIDTH,ACTION_SCREEN_HEIGHT)),TRANSPARENT)
propImg = pygame.image.load(Cards[rect_index].img)
propImg = pygame.transform.scale(propImg,(240,280))
screen.blit(propImg,(410,240))
elif Rects == Info_Cards_Rects and rect_index < len(Rects) and Rects[rect_index] != None:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
roll_dice(screen,4,2,dice1_cord,dice2_cord)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
pygame.gfxdraw.box(screen,
((ACTION_SCREEN_LEFT,ACTION_SCREEN_TOP),
(ACTION_SCREEN_WIDTH,ACTION_SCREEN_HEIGHT)),TRANSPARENT)
propImg = pygame.image.load(Cards[rect_index].img)
propImg = pygame.transform.scale(propImg,(240,280))
screen.blit(propImg,(410,240))
else:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
roll_dice(screen,4,2,dice1_cord,dice2_cord)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
else:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
roll_dice(screen,4,2,dice1_cord,dice2_cord)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
clock.tick(60)
pygame.display.update()
pygame.quit()
def run_game():
pygame.init()
WINDOW_SIZE = [SCREEN_WIDTH,SCREEN_HEIGHT]
screen = pygame.display.set_mode(WINDOW_SIZE)
screen.fill(BACKGROUND_COLOR)
pygame.display.set_caption("MONOPOLY")
# ask for game details
no_of_players,player_names,player_colors = ask_for_game_details(screen)
# handle game details
# creating the players
Players = []
for i in range(0,no_of_players):
Players.append(Player(player_names[i],player_colors[i],1000))
# creating the cards
Cards = []
# id_no,name,color,cost,rent,mortgage_value,house_cost,hotel_cost,house_rent,hotel_rent,board_pos,info_pos
card = Card(0,"GO","",0,0,0,0,0,[],0,(1001,701),())
Cards.append(card)
card = Card(1,"MEDITARREANEAN AVENUE","BROWN",60,2,30,50,50,[10,30,90,160],250,(901,701),(1380,350))
Cards.append(card)
card = Card(2,"COMMUNITY CHEST","",0,0,0,0,0,[],0,(801,701),())
Cards.append(card)
card = Card(3,"BALTIC AVENUE","BROWN",80,4,30,50,50,[20,60,80,320],450,(701,701),(1330,350))
Cards.append(card)
card = Card(4,"INCOME TAX","",0,0,0,0,0,[],0,(601,701),())
Cards.append(card)
card = Card(5,"READING RAILROAD","BLACK",200,25,100,0,0,[],0,(501,701),(1280,350))
Cards.append(card)
card = Card(6,"ORIENTAL AVENUE","LIGHT_BLUE",100,6,50,50,50,[30,90,270,400],450,(401,701),(1255,350))
Cards.append(card)
card = Card(7,"CHANCE","",0,0,0,0,0,[],0,(301,701),())
Cards.append(card)
card = Card(8,"VERMONT AVENUE","LIGHT_BLUE",100,6,50,50,50,[30,90,270,400],450,(201,701),(1205,350))
Cards.append(card)
card = Card(9,"CONNECTICUT AVENUE","LIGHT_BLUE",120,8,60,50,50,[40,100,300,450],600,(101,701),(1180,350))
Cards.append(card)
card = Card(10,"IN JAIL","",0,0,0,0,0,[],0,(1,701),())
Cards.append(card)
card = Card(11,"ST. CHARLES PLACE","PINK",140,10,70,100,100,[50,150,450,625],750,(1,631),(1155,325))
Cards.append(card)
card = Card(12,"ELECTIC COMPANY","WHITE",150,10,75,0,0,[],0,(1,561),(1155,300))
Cards.append(card)
card = Card(13,"STATES AVENUE","PINK",140,10,70,100,100,[50,150,450,625],750,(1,491),(1155,275))
Cards.append(card)
card = Card(14,"VIRGINIA AVENUE","PINK",160,12,80,100,100,[60,180,500,700],900,(1,421),(1155,250))
Cards.append(card)
card = Card(15,"PENNSYLVANIA RAILROAD","BLACK",200,25,100,0,0,[],0,(1,351),(1155,225))
Cards.append(card)
card = Card(16,"ST. JAMES PLACE","ORANGE",180,14,90,100,100,[70,200,550,750],950,(1,281),(1155,200))
Cards.append(card)
card = Card(17,"COMMUNITY CHEST","",0,0,0,0,0,[],0,(1,211),())
Cards.append(card)
card = Card(18,"TENNESSEE AVENUE","ORANGE",180,14,90,100,100,[70,200,550,750],950,(1,141),(1155,150))
Cards.append(card)
card = Card(19,"NEW YORK AVENUE","ORANGE",200,16,100,100,100,[80,220,600,800],1000,(1,71),(1155,125))
Cards.append(card)
card = Card(20,"FREE PARKING","",0,0,0,0,0,[],0,(1,1),())
Cards.append(card)
card = Card(21,"KENTUCKY AVENUE","RED",220,18,110,150,150,[90,250,700,875],1050,(101,1),(1180,100))
Cards.append(card)
card = Card(22,"CHANCE","",0,0,0,0,0,[],0,(201,1),())
Cards.append(card)
card = Card(23,"INDIANA AVENUE","RED",220,18,110,150,150,[90,250,700,875],1050,(301,1),(1230,100))
Cards.append(card)
card = Card(24,"ILLINOIS AVENUE","RED",240,20,120,150,150,[100,300,750,925],1100,(401,1),(1255,100))
Cards.append(card)
card = Card(25,"B. & O. RAILROAD","BLACK",200,25,100,0,0,[],0,(501,1),(1280,100))
Cards.append(card)
card = Card(26,"ATLANTIC AVENUE","YELLOW",260,22,130,150,150,[110,330,800,975],1150,(601,1),(1305,100))
Cards.append(card)
card = Card(27,"VENTORA AVENUE","YELLOW",260,22,130,150,150,[110,330,800,975],1150,(701,1),(1330,100))
Cards.append(card)
card = Card(28,"WATER WORKS","WHITE",150,10,75,0,0,[],0,(801,1),(1355,100))
Cards.append(card)
card = Card(29,"MARVIN GARDENS","YELLOW",280,24,140,150,150,[120,360,850,1025],1200,(901,1),(1380,100))
Cards.append(card)
card = Card(30,"GO TO JAIL","",0,0,0,0,0,[],0,(1001,1),())
Cards.append(card)
card = Card(31,"PACIFIC AVENUE","GREEN",300,26,150,200,200,[130,390,900,1100],1275,(1001,71),(1405,125))
Cards.append(card)
card = Card(32,"CAROLINA AVENUE","GREEN",300,26,150,200,200,[130,390,900,1100],1275,(1001,141),(1405,150))
Cards.append(card)
card = Card(33,"COMMUNITY CHEST","",0,0,0,0,0,[],0,(1001,211),())
Cards.append(card)
card = Card(34,"PENNSYLVANIA AVENUE","GREEN",320,28,160,200,200,[150,450,1000,1200],1400,(1001,281),(1405,200))
Cards.append(card)
card = Card(35,"SHORT LANE","BLACK",200,25,100,0,0,[],0,(1001,351),(1405,225))
Cards.append(card)
card = Card(36,"CHANCE","",0,0,0,0,0,[],0,(1001,421),())
Cards.append(card)
card = Card(37,"PARK PLACE","BLUE",350,35,175,200,200,[175,500,1100,1300],1500,(1001,491),(1405,275))
Cards.append(card)
card = Card(38,"LUXURY TAX","",0,0,0,0,0,[],0,(1001,561),())
Cards.append(card)
card = Card(39,"BROADWALK","BLUE",400,50,200,200,200,[200,600,1400,1700],2000,(1001,631),(1405,325))
Cards.append(card)
# create initial board
create_board(screen,player_colors)
# placing the game pieces at the start position for each player
for player in Players:
if player.color == "BLUE":
next_position = (1020,720)
elif player.color == "RED":
next_position = (1060,720)
elif player.color == "GREEN":
next_position = (1020,750)
elif player.color == "YELLOW":
next_position = (1060,750)
else:
next_position = ()
player.move_player(screen,next_position)
# create game options
create_game_options(screen)
# create player info
# stores the index of player whose turn it is now
cur_player = 0;
create_player_info(screen,Players,Cards,cur_player)
manImg = pygame.image.load('man.png')
screen.blit(manImg,(400,315))
done = False
clock = pygame.time.Clock()
#--------------MAIN GAME LOOP------------------
while not done:
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
elif event.type == pygame.MOUSEBUTTONDOWN:
pos = pygame.mouse.get_pos()
print(pos)
#col = pos[0] // (CARD_WIDTH + CARD_MARGIN)
#row = pos[1] // (CARD_HEIGHT + CARD_MARGIN)
####
clock.tick(60)
pygame.display.update()
pygame.quit()
def update_game_unmortgage(screen, Players, Cards, cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects, Mark):
# get the card that was selected
unmortgage_card = display_unmortgage_window(screen, Players, Cards,
cur_player, Mark)
# check if the card is valid
# check the card against selling rules
# check if card's unmortgage cost is less than player's current balance
if unmortgage_card != None:
if unmortgage_card in Mark and int(
Cards[unmortgage_card].mortgage_value *
1.1) <= Players[cur_player].cur_balance:
card = Cards[unmortgage_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show unmortgage infomation
unmortgage_prop = display_unmortgage_confirm_window(screen, card)
# update card status and player balance
if unmortgage_prop == True:
player = Players[cur_player]
# unmortgage property action
player.cur_balance -= int(card.mortgage_value * 1.1)
player.property_mortgaged.remove(card.id_no)
player.property_owned.append(card.id_no)
card.status = 1
# check rail,utility or color card
if card.id_no in RAILS_CARDS:
player.total_rails_owned += 1
elif card.id_no in UTILITY_CARDS:
player.total_utilities_owned += 1
else:
# finding color group to which the card belongs
property_owned = set(player.property_owned)
if set(BROWN_CARDS).issubset(
property_owned
) and BROWN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(
property_owned
) and LIGHT_BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(
property_owned
) and PINK_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(
property_owned
) and ORANGE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(
property_owned
) and RED_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(
property_owned
) and YELLOW_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(
property_owned
) and GREEN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(
property_owned
) and BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BLUE_CARDS)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_mortgaged:
Mark.append(prop)
# display unmortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_unmortgage(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects,
Info_Cards_Rects, Mark)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_mortgaged:
Mark.append(prop)
# display unmortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_unmortgage(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects,
Info_Cards_Rects, Mark)
def update_game_unmortgage(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark):
# get the card that was selected
unmortgage_card = display_unmortgage_window(screen,Players,Cards,cur_player,Mark)
# check if the card is valid
# check the card against selling rules
# check if card's unmortgage cost is less than player's current balance
if unmortgage_card != None:
if unmortgage_card in Mark and int(Cards[unmortgage_card].mortgage_value*1.1) <= Players[cur_player].cur_balance:
card = Cards[unmortgage_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
# confirmation prompt
# show unmortgage infomation
unmortgage_prop = display_unmortgage_confirm_window(screen,card)
# update card status and player balance
if unmortgage_prop == True:
player = Players[cur_player]
# unmortgage property action
player.cur_balance -= int(card.mortgage_value*1.1)
player.property_mortgaged.remove(card.id_no)
player.property_owned.append(card.id_no)
card.status = 1
# check rail,utility or color card
if card.id_no in RAILS_CARDS:
player.total_rails_owned += 1
elif card.id_no in UTILITY_CARDS:
player.total_utilities_owned += 1
else:
# finding color group to which the card belongs
property_owned = set(player.property_owned)
if set(BROWN_CARDS).issubset(property_owned) and BROWN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(property_owned) and LIGHT_BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(property_owned) and PINK_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(property_owned) and ORANGE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(property_owned) and RED_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(property_owned) and YELLOW_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(property_owned) and GREEN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(property_owned) and BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BLUE_CARDS)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_mortgaged:
Mark.append(prop)
# display unmortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
update_game_unmortgage(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_mortgaged:
Mark.append(prop)
# display unmortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
update_game_unmortgage(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Mark)
def handle_decide_winner(screen, Players, Cards, cur_player):
if cur_player == 0:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
# declare winner logic
# calculate current balance, property value
Players_Worth = []
worth = 0
for player in Players:
worth = 0
# adding current balance
worth += player.cur_balance
# adding owned property worth
for own in player.property_owned:
worth += (Cards[own].houses_built * Cards[own].house_cost)
worth += (Cards[own].hotel_built * Cards[own].hotel_cost)
worth += (Cards[own].cost)
for mort in player.property_mortgaged:
worth += Cards[mort].mortgage_value
Players_Worth.append(worth)
end = display_decide_winner_window(screen, Players, Players_Worth)
if end == True:
pygame.quit()
sys.exit()
else:
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
roll_dice(screen, 4, 2)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
return cur_player
def update_game_mortgage(screen, Players, Cards, cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects, Mark):
# removing cards with houses/hotel built on them
for card in Mark:
if Cards[card].hotel_built == 1 or Cards[card].houses_built > 0:
Mark.remove(card)
# get the card that was selected
mortgage_card = display_mortgage_window(screen, Players, Cards, cur_player,
Mark)
# check if the card is valid
# check the card against selling rules
if mortgage_card != None:
if mortgage_card in Mark:
card = Cards[mortgage_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show mortgage infomation
mortgage_prop = display_mortgage_confirm_window(screen, card)
# update card status and player balance
if mortgage_prop == True:
player = Players[cur_player]
# mortgage property action
player.cur_balance += card.mortgage_value
player.property_owned.remove(card.id_no)
player.property_mortgaged.append(card.id_no)
card.status = 2
# check rail,utility or color card
if card.id_no in RAILS_CARDS:
player.total_rails_owned -= 1
elif card.id_no in UTILITY_CARDS:
player.total_utilities_owned -= 1
else:
del_color = []
# finding color group to which the card belongs
for color_cards in player.color_cards_owned:
if card.id_no in color_cards:
del_color = color_cards
if del_color != []:
player.color_cards_owned.remove(del_color)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
# display mortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_mortgage(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects,
Info_Cards_Rects, Mark)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
# display mortgage window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_mortgage(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects,
Info_Cards_Rects, Mark)
def update_game_sell(screen, Players, Cards, cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects, Mark):
card_list = []
flag = 0
# removing cards with houses one less than the remaining houses in same color
for color_cards in Players[cur_player].color_cards_owned:
# color_cards = [1,3]
for card in color_cards:
card_list.append(Cards[card])
# card_list(Card[1],Card[3])
min_house_card = min(card_list, key=attrgetter('houses_built'))
if min_house_card.houses_built == 4: # hotel
for crd in color_cards:
if Cards[crd].hotel_built == 1:
flag = 1
if flag == 1: # hotel built on any card ; flag = 0 -> 4 houses on all cards
for crd in color_cards:
if Cards[crd].hotel_built == 0:
if crd in Mark:
Mark.remove(crd)
else: # house
for crd in color_cards:
if Cards[crd].houses_built != min_house_card.houses_built:
flag = 1
if flag == 1: #extra house built on some card ; flag = 0 -> all card have 0 houses
for crd in color_cards:
if Cards[crd].houses_built == min_house_card.houses_built:
if crd in Mark:
Mark.remove(crd)
# get the card that was selected
sell_card = display_sell_window(screen, Players, Cards, cur_player, Mark)
# check if the card is valid
# check the card against selling rules
if sell_card != None:
if sell_card in Mark:
card = Cards[sell_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show sell infomation
sell_prop = display_sell_confirm_window(screen, card)
# update card status and player balance
if sell_prop == True:
player = Players[cur_player]
# sell property action
if card.hotel_built == 1: # selling hotel
player.cur_balance += (card.hotel_cost // 2)
card.hotel_built = 0
elif card.houses_built > 0: # selling house
player.cur_balance += (card.house_cost // 2)
card.houses_built -= 1
elif card.status == 2: # mortgaged property
player.cur_balance -= card.mortgage_value
player.cur_balance += int(card.cost * 0.9)
card.status = 0
player.property_mortgaged.remove(card.id_no)
else: # owned property
player.cur_balance += int(card.cost * 0.9)
card.status = 0
player.property_owned.remove(card.id_no)
# check rail,utility or color card
if card.id_no in RAILS_CARDS:
player.total_rails_owned -= 1
elif card.id_no in UTILITY_CARDS:
player.total_utilities_owned -= 1
else:
del_color = []
# finding color group to which the card belongs
for color_cards in player.color_cards_owned:
if card.id_no in color_cards:
del_color = color_cards
if del_color != []:
player.color_cards_owned.remove(del_color)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
for prop in player.property_mortgaged:
Mark.append(prop)
# display sell window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_sell(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects,
Info_Cards_Rects, Mark)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
for prop in player.property_mortgaged:
Mark.append(prop)
# display build window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_sell(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects, Info_Cards_Rects,
Mark)
def update_game_build(screen, Players, Cards, cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects, Mark):
card_list = []
# removing card which have hotels built on them
# removing cards which have greater no of houses than other cards of same color
for color_cards in Players[cur_player].color_cards_owned:
# color_cards = [1,3]
for card in color_cards:
card_list.append(Cards[card])
# card_list(Card[1],Card[3])
min_house_card = min(card_list, key=attrgetter('houses_built'))
if min_house_card.houses_built == 4: # hotel
for crd in color_cards:
if Cards[crd].hotel_built == 1:
if crd in Mark:
Mark.remove(crd)
else: # house
for crd in color_cards:
if Cards[crd].houses_built != min_house_card.houses_built:
if crd in Mark:
Mark.remove(crd)
# get the card index that was clicked
build_card = display_build_window(screen, Players, Cards, cur_player, Mark)
# check if the card is valid
# none implies user clicked cancel
# check if card is in mark
# check if card's house cost is less than player's balance
if build_card != None:
if build_card in Mark and Cards[build_card].house_cost <= Players[
cur_player].cur_balance:
card = Cards[build_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show build infomation
build_prop = display_build_confirm_window(screen, card)
# update card status and player balance
if build_prop == True:
player = Players[cur_player]
# build hotel
if card.houses_built == 4 and card.hotel_built == 0:
if player.cur_balance > card.hotel_cost:
player.cur_balance -= card.hotel_cost
card.hotel_built = 1
else:
player.cur_balance -= card.hotel_cost
card.hotel_built = 1
player.isBankrupt = True
else:
if player.cur_balance > card.house_cost:
player.cur_balance -= card.house_cost
card.houses_built += 1
else:
player.cur_balance -= card.house_cost
card.hotel_built += 1
player.isBankrupt = True
else:
Mark = []
player = Players[cur_player]
for color_list in player.color_cards_owned:
Mark.extend(color_list)
# display build window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_build(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects,
Info_Cards_Rects, Mark)
else:
Mark = []
player = Players[cur_player]
for color_list in player.color_cards_owned:
Mark.extend(color_list)
# display build window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_build(screen, Players, Cards, cur_player,
Cards_Rects, Option_Rects, Info_Cards_Rects,
Mark)
def update_game_dice(screen, initial_card, final_card, no1, no2, Players,
Cards, cur_player):
player = Players[cur_player]
steps = no1 + no2
# passed go
# show go window
if final_card < initial_card and not (initial_card == 7
and final_card == 4):
display_pass_go_window(screen)
player.cur_balance += 200
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for temp in Players:
temp.move_player(screen, temp.cur_position)
# chance cards
# display card information
# execute card detail
if final_card == 7 or final_card == 22 or final_card == 36:
new_card = execute_chance(screen, final_card, Players, Cards,
cur_player)
if new_card != final_card:
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
final_card = update_game_dice(screen, final_card, new_card, no1,
no2, Players, Cards, cur_player)
# community chest cards
# display card information
# execute card detail
elif final_card == 2 or final_card == 17 or final_card == 33:
new_card = execute_community(screen, final_card, Players, Cards,
cur_player)
if new_card != final_card:
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
final_card = update_game_dice(screen, final_card, new_card, no1,
no2, Players, Cards, cur_player)
# jail or go to jail
# go to jail - display go to jail window
# allow player to use jail card if he has it
# else pay $50 value
elif final_card == 10 or final_card == 30:
if final_card == 30:
display_go_to_jail_window(screen)
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
if player.jail_card == True:
# if he wants to use jail card
use_card = display_jail_card_window(screen)
#does not uses the jail card hence pay fine pressed cancel
if use_card == False:
if player.cur_balance > 50:
player.cur_balance -= 50
else:
player.cur_balance -= 50
player.isBankrupt = True
else:
player.jail_card = False
else:
display_jail_fine_window(screen)
if player.cur_balance > 50:
player.cur_balance -= 50
else:
player.cur_balance -= 50
player.isBankrupt = True
final_card = 10
# income or luxury tax
# display tax window
# deduct $200 balance from his account
elif final_card == 4 or final_card == 38:
display_tax_pay_window(screen, final_card)
if player.cur_balance > 200:
player.cur_balance -= 200
else:
player.cur_balance -= 200
player.isBankrupt = True
# property cards
elif final_card != 20 and final_card != 0:
# check status
# 0 - available 1 - bought 2 - mortgaged
if Cards[final_card].status == 0:
buy_prop = display_buy_property_window(screen, final_card, Players,
Cards, cur_player)
# buys property
# pay cost
# update card status
# update player property
# if utility or railroad update count
if buy_prop == True:
player.cur_balance -= Cards[final_card].cost
Cards[final_card].status = 1
player.property_owned.append(final_card)
if final_card == 12 or final_card == 28:
player.total_utilities_owned += 1
elif final_card == 5 or final_card == 15 or final_card == 25 or final_card == 35:
player.total_rails_owned += 1
else:
property_owned = set(player.property_owned)
if set(BROWN_CARDS).issubset(
property_owned
) and BROWN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(
property_owned
) and LIGHT_BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(
property_owned
) and PINK_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(
property_owned
) and ORANGE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(
property_owned
) and RED_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(
property_owned
) and YELLOW_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(
property_owned
) and GREEN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(
property_owned
) and BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BLUE_CARDS)
elif Cards[final_card].status == 1:
prop_holder = None
player = Players[cur_player]
for temp in Players:
if player != temp and final_card in temp.property_owned:
prop_holder = temp
break
# none implies property is mortgaged
if prop_holder != None:
# railroads
if final_card == 5 or final_card == 15 or final_card == 25 or final_card == 35:
rent = 25 * 2**(prop_holder.total_rails_owned - 1)
# utilities
elif final_card == 12 or final_card == 28:
rent = 4 * steps
if prop_holder.total_utilities_owned == 2:
rent = 10 * steps
else:
rent = Cards[final_card].rent
if Cards[final_card].houses_built > 0:
rent = Cards[final_card].house_rent[
Cards[final_card].houses_built - 1]
if Cards[final_card].hotel_built > 0:
rent = Cards[final_card].hotel_rent
display_rent_payment_window(screen, rent, player, prop_holder)
if player.cur_balance > rent:
player.cur_balance -= rent
else:
player.cur_balance -= rent
player.isBankrupt = True
Players[holder].cur_balance += rent
return final_card
def handle_trade(screen,Players,Cards,cur_player,Cards_Rects,Option_Rects,Info_Cards_Rects):
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
other_player = display_select_trade_player_window(screen,Players,Cards,cur_player)
# create current and other player cards available for trade
if other_player != -1:
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
player = Players[cur_player]
other = Players[other_player]
Cur_Mark = []
Cur_Other_Mark = []
Other_Mark = []
Other_Other_Mark = []
Cur_Mark.extend(player.property_owned)
Cur_Mark.extend(player.property_mortgaged)
for prop in player.property_owned:
if Cards[prop].houses_built > 0 or Cards[prop].hotel_built > 0:
del_color = []
for color_cards in player.color_cards_owned:
if prop in color_cards:
del_color = color_cards
if del_color != []:
for card in del_color:
Cur_Mark.remove(card)
for tmp in Players:
if tmp != player:
Cur_Other_Mark.extend(tmp.property_owned)
Cur_Other_Mark.extend(tmp.property_mortgaged)
Other_Mark.extend(other.property_owned)
Other_Mark.extend(other.property_mortgaged)
for prop in other.property_owned:
if Cards[prop].houses_built > 0 or Cards[prop].hotel_built > 0:
del_color = []
for color_cards in other.color_cards_owned:
if prop in color_cards:
del_color = color_cards
if del_color != []:
for card in del_color:
Other_Mark.remove(card)
for tmp in Players:
if tmp != other:
Other_Other_Mark.extend(tmp.property_owned)
Other_Other_Mark.extend(tmp.property_mortgaged)
if Cur_Mark != None or Other_Mark != None:
update_game_trade(screen,Players,Cards,cur_player,other_player,Cards_Rects,Option_Rects,Info_Cards_Rects,Cur_Mark,Other_Mark,Cur_Other_Mark,Other_Other_Mark)
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
roll_dice(screen,4,2)
for player in Players:
player.move_player(screen,player.cur_position)
create_player_info(screen,Players,Cards,cur_player)
return cur_player
def update_game_dice(screen,initial_card,final_card,no1,no2,Players,Cards,cur_player):
player = Players[cur_player]
steps = no1 + no2
# passed go
# show go window
if final_card < initial_card and not (initial_card == 7 and final_card == 4):
display_pass_go_window(screen)
player.cur_balance += 200
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for temp in Players:
temp.move_player(screen,temp.cur_position)
# chance cards
# display card information
# execute card detail
if final_card == 7 or final_card == 22 or final_card == 36:
new_card = execute_chance(screen,final_card,Players,Cards,cur_player)
if new_card != final_card:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
final_card = update_game_dice(screen,final_card,new_card,no1,no2,Players,Cards,cur_player)
# community chest cards
# display card information
# execute card detail
elif final_card == 2 or final_card == 17 or final_card == 33:
new_card = execute_community(screen,final_card,Players,Cards,cur_player)
if new_card != final_card:
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
final_card = update_game_dice(screen,final_card,new_card,no1,no2,Players,Cards,cur_player)
# jail or go to jail
# go to jail - display go to jail window
# allow player to use jail card if he has it
# else pay $50 value
elif final_card == 10 or final_card == 30:
if final_card == 30:
display_go_to_jail_window(screen)
screen.fill(BACKGROUND_COLOR)
create_board(screen,Cards)
create_game_options(screen)
create_player_info(screen,Players,Cards,cur_player)
for player in Players:
player.move_player(screen,player.cur_position)
if player.jail_card == True:
# if he wants to use jail card
use_card = display_jail_card_window(screen)
#does not uses the jail card hence pay fine pressed cancel
if use_card == False:
if player.cur_balance > 50:
player.cur_balance -= 50
else:
player.cur_balance -= 50
player.isBankrupt = True
else:
player.jail_card = False
else:
display_jail_fine_window(screen)
if player.cur_balance > 50:
player.cur_balance -= 50
else:
player.cur_balance -= 50
player.isBankrupt = True
final_card = 10
# income or luxury tax
# display tax window
# deduct $200 balance from his account
elif final_card == 4 or final_card == 38:
display_tax_pay_window(screen,final_card)
if player.cur_balance > 200:
player.cur_balance -= 200
else:
player.cur_balance -= 200
player.isBankrupt = True
# property cards
elif final_card != 20 and final_card != 0:
# check status
# 0 - available 1 - bought 2 - mortgaged
if Cards[final_card].status == 0:
buy_prop = display_buy_property_window(screen,final_card,Players,Cards,cur_player)
# buys property
# pay cost
# update card status
# update player property
# if utility or railroad update count
if buy_prop == True:
player.cur_balance -= Cards[final_card].cost
Cards[final_card].status = 1
player.property_owned.append(final_card)
if final_card == 12 or final_card == 28:
player.total_utilities_owned += 1
elif final_card == 5 or final_card == 15 or final_card == 25 or final_card == 35:
player.total_rails_owned += 1
else:
property_owned = set(player.property_owned)
if set(BROWN_CARDS).issubset(property_owned) and BROWN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(property_owned) and LIGHT_BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(property_owned) and PINK_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(property_owned) and ORANGE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(property_owned) and RED_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(property_owned) and YELLOW_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(property_owned) and GREEN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(property_owned) and BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BLUE_CARDS)
elif Cards[final_card].status == 1:
prop_holder = None
player = Players[cur_player]
for temp in Players:
if player != temp and final_card in temp.property_owned:
prop_holder = temp
break
# none implies property is mortgaged
if prop_holder != None:
# railroads
if final_card == 5 or final_card == 15 or final_card == 25 or final_card == 35:
rent = 25 * 2**(prop_holder.total_rails_owned-1)
# utilities
elif final_card == 12 or final_card == 28:
rent = 4*steps
if prop_holder.total_utilities_owned == 2:
rent = 10*steps
else:
rent = Cards[final_card].rent
if Cards[final_card].houses_built > 0:
rent = Cards[final_card].house_rent[Cards[final_card].houses_built-1]
if Cards[final_card].hotel_built > 0:
rent = Cards[final_card].hotel_rent
display_rent_payment_window(screen,rent,player,prop_holder)
if player.cur_balance > rent:
player.cur_balance -= rent
else:
player.cur_balance -= rent
player.isBankrupt = True
Players[holder].cur_balance += rent
return final_card
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
flag1 = 0
val = 0
board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN
and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.MOUSEBUTTONDOWN:
flag1 = 1
pos = pg.mouse.get_pos()
get_cord(pos)
print(pos, box_index_x, box_index_y)
if event.type == pg.KEYDOWN:
if event.key == pg.K_1:
val = 1
if event.key == pg.K_2:
val = 2
if event.key == pg.K_3:
val = 3
if event.key == pg.K_4:
val = 4
if event.key == pg.K_5:
val = 5
if event.key == pg.K_6:
val = 6
if event.key == pg.K_7:
val = 7
if event.key == pg.K_8:
val = 8
if event.key == pg.K_9:
val = 9
if val != 0:
display.draw_val(val, box_index_x, box_index_y, NUMBER_SIZE)
if valid(board, int(box_index_x), int(box_index_y), val,
display):
board[int(box_index_x)][int(box_index_y)] = val
else:
board[int(box_index_x)][int(box_index_y)] = 0
display.draw(board, BOLD)
val = 0
pg.draw.rect(
self.screen, BLACK,
(0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
display.draw(board, NUMBER_SIZE)
# display.draw_box()
pg.display.update()
self.solution = solve_board(board)
self.solution.assign_flags(board)
def handle_dice_roll(screen, Players, Cards, cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects):
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
# rolling dice
no1, no2, a, b = roll_dice(screen)
steps = int(no1) + int(no2)
player = Players[cur_player]
initial_card = get_rect_pressed_index(player.cur_position, Cards_Rects)
final_card = (initial_card + steps) % 40
# changing the current players' piece position
final_pos = Cards[final_card].board_pos
next_position = ()
if player.color == "BLUE":
next_position = (final_pos[0] + 19, final_pos[1] + 19)
elif player.color == "RED":
next_position = (final_pos[0] + 59, final_pos[1] + 19)
elif player.color == "GREEN":
next_position = (final_pos[0] + 19, final_pos[1] + 49)
elif player.color == "YELLOW":
next_position = (final_pos[0] + 59, final_pos[1] + 49)
else:
next_position = ()
player.cur_position = next_position
#player.move_player(screen,next_position)
# updating the position of all players' piece on the board
for temp in Players:
temp.move_player(screen, temp.cur_position)
# add the necessary actions to be taken due to dice roll
final_card = update_game_dice(screen, initial_card, final_card, no1, no2,
Players, Cards, cur_player)
# changing the position if there is some related instruction in chance or community card
final_pos = Cards[final_card].board_pos
next_position = ()
if player.color == "BLUE":
next_position = (final_pos[0] + 19, final_pos[1] + 19)
elif player.color == "RED":
next_position = (final_pos[0] + 59, final_pos[1] + 19)
elif player.color == "GREEN":
next_position = (final_pos[0] + 19, final_pos[1] + 49)
elif player.color == "YELLOW":
next_position = (final_pos[0] + 59, final_pos[1] + 49)
else:
next_position = ()
player.cur_position = next_position
isBankrupt = False
quit_player = False
# check if user is bankrupt or not
if Players[cur_player].cur_balance < 0:
Players[cur_player].isBankrupt = True
isBankrupt = True
else:
Players[cur_player].isBankrupt = False
# run loop till player removes bankruptcy or declares himself as bankrupt
while not quit_player and isBankrupt:
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
quit_player = display_bankrupt_window(screen, Players, Cards,
cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects)
if Players[cur_player].cur_balance < 0:
Players[cur_player].isBankrupt = True
isBankrupt = True
else:
Players[cur_player].isBankrupt = False
isBankrupt = False
# true implies player declares himself as bankrupt and withdraws from the game
if quit_player == True:
handle_quit_player(screen, Players, Cards, cur_player)
# implies player has removed bankruptcy
else:
end_turn = False
while not end_turn:
# show the state after update
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
end_turn = display_end_turn_window(screen, Players, Cards,
cur_player, Cards_Rects,
Option_Rects, Info_Cards_Rects)
# change turn to next player
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
roll_dice(screen, 4, 2)
for player in Players:
player.move_player(screen, player.cur_position)
cur_player = (cur_player + 1) % len(Players)
create_player_info(screen, Players, Cards, cur_player)
return cur_player
def run(self):
pg.init()
self.screen = pg.display.set_mode(SCREEN_RES)
pg.display.set_caption('Sudoku solver')
display = Display_board(self.screen)
flag1 = 0
val = 0
pos = (0, 0)
input_lock = 0
set_highlight((0, 0), (0, 0), (0, 0), 0)
board = create_board().board
while 1:
for event in pg.event.get():
if event.type == pg.QUIT or (event.type == pg.KEYDOWN
and event.key == pg.K_ESCAPE):
exit()
if event.type == pg.MOUSEBUTTONDOWN:
flag1 = 1
pos = pg.mouse.get_pos()
get_cord(pos)
if event.type == pg.KEYDOWN and input_lock != 1:
if event.key == pg.K_1:
val = 1
if event.key == pg.K_2:
val = 2
if event.key == pg.K_3:
val = 3
if event.key == pg.K_4:
val = 4
if event.key == pg.K_5:
val = 5
if event.key == pg.K_6:
val = 6
if event.key == pg.K_7:
val = 7
if event.key == pg.K_8:
val = 8
if event.key == pg.K_9:
val = 9
elif event.type == pg.KEYDOWN and input_lock == 1:
if event.key == pg.K_BACKSPACE:
val = 0
input_lock = 0
set_highlight((0, 0), (0, 0), (0, 0), 0)
if val != 0:
display.draw_val(val, box_index_x, box_index_y)
if valid(board, int(box_index_x), int(box_index_y), val,
display):
board[int(box_index_x)][int(box_index_y)] = val
else:
board[int(box_index_x)][int(box_index_y)] = 0
val = 0
pg.draw.rect(
self.screen, BLACK,
(0, 0, self.screen.get_width(), self.screen.get_height()))
self.screen.fill(BEIGE)
display.draw(board)
display.glow(box_index_x, box_index_y)
if input_lock == 1:
display.update(board, row_index, col_index, blk_index)
# display.draw_box()
pg.display.update()
self.solution = solve_board(board)
self.solution.assign_flags(board)
def update_game_build(screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects, Mark):
card_list = []
# removing card which have hotels built on them
# removing cards which have greater no of houses than other cards of same color
for color_cards in Players[cur_player].color_cards_owned:
# color_cards = [1,3]
for card in color_cards:
card_list.append(Cards[card])
# card_list(Card[1],Card[3])
min_house_card = min(card_list, key=attrgetter("houses_built"))
if min_house_card.houses_built == 4: # hotel
for crd in color_cards:
if Cards[crd].hotel_built == 1:
if crd in Mark:
Mark.remove(crd)
else: # house
for crd in color_cards:
if Cards[crd].houses_built != min_house_card.houses_built:
if crd in Mark:
Mark.remove(crd)
# get the card index that was clicked
build_card = display_build_window(screen, Players, Cards, cur_player, Mark)
# check if the card is valid
# none implies user clicked cancel
# check if card is in mark
# check if card's house cost is less than player's balance
if build_card != None:
if build_card in Mark and Cards[build_card].house_cost <= Players[cur_player].cur_balance:
card = Cards[build_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show build infomation
build_prop = display_build_confirm_window(screen, card)
# update card status and player balance
if build_prop == True:
player = Players[cur_player]
# build hotel
if card.houses_built == 4 and card.hotel_built == 0:
if player.cur_balance > card.hotel_cost:
player.cur_balance -= card.hotel_cost
card.hotel_built = 1
else:
player.cur_balance -= card.hotel_cost
card.hotel_built = 1
player.isBankrupt = True
else:
if player.cur_balance > card.house_cost:
player.cur_balance -= card.house_cost
card.houses_built += 1
else:
player.cur_balance -= card.house_cost
card.hotel_built += 1
player.isBankrupt = True
else:
Mark = []
player = Players[cur_player]
for color_list in player.color_cards_owned:
Mark.extend(color_list)
# display build window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_build(
screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects, Mark
)
else:
Mark = []
player = Players[cur_player]
for color_list in player.color_cards_owned:
Mark.extend(color_list)
# display build window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_build(screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects, Mark)
def process_third_level(dutifulness, inventory, log):
"""Handle game's first level game."""
os.system("clear")
x_hero = 1
y_hero = 1
board = create_board('city.csv')
previous_sign = board[y_hero][x_hero]
log = "This city is mad! \nI need to find a way to the police station..."
obstacles = ["▓", "▆", "⛔", "@", "⟧"]
gate = "⛔"
friend = "@"
greenery = "☘"
gate_key = "gate key"
police_station_door = "⟧"
greenery = "☘"
input_key = getch() #control
while dutifulness != 0:
x_diff = 0
y_diff = 0
input_key = getch()
x_diff, y_diff = control_position(input_key)
board[y_hero][x_hero] = previous_sign
if is_move_possible(y_hero + y_diff, x_hero + x_diff, obstacles,
board):
y_hero, x_hero = move_by(y_hero, x_hero, y_diff, x_diff)
if is_taking_item(board[y_hero + y_diff][x_hero + x_diff], friend,
gate_key, inventory):
add_to_inventory(inventory, gate_key)
log = "Now I can enter the gate!"
if is_touching(board[y_hero + y_diff][x_hero + x_diff], greenery):
dutifulness = subtract_dutifulness(dutifulness)
if is_touching(board[y_hero + y_diff][x_hero + x_diff], gate):
if is_item_in_inventory(gate_key, inventory):
board[y_hero + y_diff][x_hero + x_diff] = " "
log = "Ok, let's go to police station!"
else:
log = "I need to find Michael to borrow a key from him."
if is_touching(board[y_hero + y_diff][x_hero + x_diff],
police_station_door):
dutifulness = riddle(dutifulness, "3")
return dutifulness, inventory, log
if input_key == "q":
sys.exit()
previous_sign = board[y_hero][x_hero]
print_board_and_insert_player(board, y_hero, x_hero, inventory,
dutifulness, log)
if dutifulness == 0:
os.system("clear")
print_screen("loose.csv")
sys.exit()
def update_game_trade(screen, Players, Cards, cur_player, other_player,
Cards_Rects, Option_Rects, Info_Cards_Rects, Cur_Mark,
Other_Mark, Cur_Other_Mark, Other_Other_Mark):
send_amount = 0
receive_amount = 0
send_property = set()
receive_property = set()
offer, send_amount, send_property, receive_amount, receive_property = display_trade_window(
screen, Players, Cards, cur_player, other_player, Cur_Mark, Other_Mark,
Cur_Other_Mark, Other_Other_Mark, send_amount, receive_amount,
send_property, receive_property)
if offer == True:
if (send_property != set() or receive_property != set()) and (
send_property.issubset(set(Cur_Mark))
and receive_property.issubset(set(Other_Mark))):
Send_Cards = []
Receive_Cards = []
for send_index in send_property:
Send_Cards.append(Cards[send_index])
for receive_index in receive_property:
Receive_Cards.append(Cards[receive_index])
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show trade infomation
trade_prop = display_trade_confirm_window(screen, Send_Cards,
send_amount,
Receive_Cards,
receive_amount)
if trade_prop == True:
player = Players[cur_player]
other = Players[other_player]
# trade property action
if send_amount > 0:
other.cur_balance += send_amount
player.cur_balance -= send_amount
if receive_amount > 0:
other.cur_balance -= receive_amount
player.cur_balance += receive_amount
if send_property != set():
send_property = list(send_property)
for send_index in send_property:
if Cards[send_index].status == 1:
player.property_owned.remove(send_index)
other.property_owned.append(send_index)
elif Cards[send_index].status == 2:
player.property_mortgaged.remove(send_index)
other.property_mortgaged.append(send_index)
if send_index in RAILS_CARDS:
player.total_rails_owned -= 1
other.total_rails_owned += 1
elif send_index in UTILITY_CARDS:
player.total_utilities_owned -= 1
other.total_utilities_owned += 1
else:
del_color = []
for color_cards in player.color_cards_owned:
if send_index in color_cards:
del_color = color_cards
if del_color != []:
player.color_cards_owned.remove(del_color)
property_owned = set(other.property_owned)
if set(BROWN_CARDS).issubset(
property_owned
) and BROWN_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(
property_owned
) and LIGHT_BLUE_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(
LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(
property_owned
) and PINK_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(
property_owned
) and ORANGE_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(
property_owned
) and RED_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(
property_owned
) and YELLOW_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(
property_owned
) and GREEN_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(
property_owned
) and BLUE_CARDS not in other.color_cards_owned:
other.color_cards_owned.append(BLUE_CARDS)
if receive_property != set():
receive_property = list(receive_property)
for receive_index in receive_property:
if Cards[receive_index].status == 1:
other.property_owned.remove(receive_index)
player.property_owned.append(receive_index)
elif Cards[receive_index].status == 2:
other.property_mortgaged.remove(receive_index)
player.property_mortgaged.append(receive_index)
if receive_index in RAILS_CARDS:
other.total_rails_owned -= 1
player.total_rails_owned += 1
elif receive_index in UTILITY_CARDS:
other.total_utilities_owned -= 1
player.total_utilities_owned += 1
else:
del_color = []
for color_cards in other.color_cards_owned:
if receive_index in color_cards:
del_color = color_cards
if del_color != []:
other.color_cards_owned.remove(del_color)
property_owned = set(player.property_owned)
if set(BROWN_CARDS).issubset(
property_owned
) and BROWN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BROWN_CARDS)
if set(LIGHT_BLUE_CARDS).issubset(
property_owned
) and LIGHT_BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(
LIGHT_BLUE_CARDS)
if set(PINK_CARDS).issubset(
property_owned
) and PINK_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(PINK_CARDS)
if set(ORANGE_CARDS).issubset(
property_owned
) and ORANGE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(ORANGE_CARDS)
if set(RED_CARDS).issubset(
property_owned
) and RED_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(RED_CARDS)
if set(YELLOW_CARDS).issubset(
property_owned
) and YELLOW_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(YELLOW_CARDS)
if set(GREEN_CARDS).issubset(
property_owned
) and GREEN_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(GREEN_CARDS)
if set(BLUE_CARDS).issubset(
property_owned
) and BLUE_CARDS not in player.color_cards_owned:
player.color_cards_owned.append(BLUE_CARDS)
else:
player = Players[cur_player]
other = Players[other_player]
Cur_Mark = []
Other_Mark = []
for prop in player.property_owned:
Cur_Mark.append(prop)
for prop in player.property_mortgaged:
Cur_Mark.append(prop)
for prop in other.property_owned:
Other_Mark.append(prop)
for prop in other.property_mortgaged:
Other_Mark.append(prop)
if Cur_Mark != None or Other_Mark != None:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
update_game_trade(screen, Players, Cards, cur_player,
other_player, Cards_Rects, Option_Rects,
Info_Cards_Rects, Cur_Mark, Other_Mark)
else:
player = Players[cur_player]
other = Players[other_player]
Cur_Mark = []
Other_Mark = []
for prop in player.property_owned:
Cur_Mark.append(prop)
for prop in player.property_mortgaged:
Cur_Mark.append(prop)
for prop in other.property_owned:
Other_Mark.append(prop)
for prop in other.property_mortgaged:
Other_Mark.append(prop)
if Cur_Mark != None or Other_Mark != None:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
update_game_trade(screen, Players, Cards, cur_player,
other_player, Cards_Rects, Option_Rects,
Info_Cards_Rects, Cur_Mark, Other_Mark)
def process_first_level(dutifulness, inventory, log):
"""Handle game's first level game."""
x_hero = 1
y_hero = 1
lives = 3
log = "Hmm... I'm on the crime scene. \nI need to collect the evidence."
board = create_board('home.csv')
previous_sign = board[y_hero][x_hero]
obstacles = ["⟧", "▆", "▓", "ߛ", "☎", "Ր", "♨", "இ", "☘", "□", "▯"]
table_symbol = "▆"
door = "⟧"
box = "ߛ"
blood = "~"
answerphone = "□"
front_door = "▯"
record = "record"
note = "note"
door_key = "door key"
input_key = getch() #control
while dutifulness != 0:
x_diff = 0
y_diff = 0
input_key = getch()
x_diff, y_diff = control_position(input_key)
board[y_hero][x_hero] = previous_sign
if is_move_possible(y_hero + y_diff, x_hero + x_diff, obstacles,
board):
y_hero, x_hero = move_by(y_hero, x_hero, y_diff, x_diff)
if is_taking_item(board[y_hero + y_diff][x_hero + x_diff], box,
door_key, inventory):
add_to_inventory(inventory, door_key)
log = "Now I can open the door!"
if is_taking_item(board[y_hero + y_diff][x_hero + x_diff],
table_symbol, note, inventory):
add_to_inventory(inventory, note)
log = "Note: +48500 000 000 - Michael Brown \nI hear an answering machine from another room..."
if is_touching(board[y_hero + y_diff][x_hero + x_diff], blood):
dutifulness = subtract_dutifulness(dutifulness)
if is_taking_item(board[y_hero + y_diff][x_hero + x_diff], answerphone,
record, inventory):
add_to_inventory(inventory, record)
log = "Record: Come join us on get-together at my cabin in Nashville!"
if is_touching(board[y_hero + y_diff][x_hero + x_diff], door):
if is_item_in_inventory(door_key, inventory):
board[y_hero + y_diff][x_hero + x_diff] = " "
log = "There is something lying on the table..."
else:
log = "I need to find a key!"
if is_touching(board[y_hero + y_diff][x_hero + x_diff], front_door):
if are_items_in_inventory(note, record, inventory):
dutifulness = riddle(dutifulness, "1")
return dutifulness, inventory, log
if input_key == "q":
sys.exit()
previous_sign = board[y_hero][x_hero]
print_board_and_insert_player(board, y_hero, x_hero, inventory,
dutifulness, log)
if dutifulness == 0:
os.system("clear")
print_screen("loose.csv")
sys.exit()
def update_game_sell(screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects, Mark):
card_list = []
flag = 0
# removing cards with houses one less than the remaining houses in same color
for color_cards in Players[cur_player].color_cards_owned:
# color_cards = [1,3]
for card in color_cards:
card_list.append(Cards[card])
# card_list(Card[1],Card[3])
min_house_card = min(card_list, key=attrgetter("houses_built"))
if min_house_card.houses_built == 4: # hotel
for crd in color_cards:
if Cards[crd].hotel_built == 1:
flag = 1
if flag == 1: # hotel built on any card ; flag = 0 -> 4 houses on all cards
for crd in color_cards:
if Cards[crd].hotel_built == 0:
if crd in Mark:
Mark.remove(crd)
else: # house
for crd in color_cards:
if Cards[crd].houses_built != min_house_card.houses_built:
flag = 1
if flag == 1: # extra house built on some card ; flag = 0 -> all card have 0 houses
for crd in color_cards:
if Cards[crd].houses_built == min_house_card.houses_built:
if crd in Mark:
Mark.remove(crd)
# get the card that was selected
sell_card = display_sell_window(screen, Players, Cards, cur_player, Mark)
# check if the card is valid
# check the card against selling rules
if sell_card != None:
if sell_card in Mark:
card = Cards[sell_card]
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
for player in Players:
player.move_player(screen, player.cur_position)
create_player_info(screen, Players, Cards, cur_player)
# confirmation prompt
# show sell infomation
sell_prop = display_sell_confirm_window(screen, card)
# update card status and player balance
if sell_prop == True:
player = Players[cur_player]
# sell property action
if card.hotel_built == 1: # selling hotel
player.cur_balance += card.hotel_cost // 2
card.hotel_built = 0
elif card.houses_built > 0: # selling house
player.cur_balance += card.house_cost // 2
card.houses_built -= 1
elif card.status == 2: # mortgaged property
player.cur_balance -= card.mortgage_value
player.cur_balance += int(card.cost * 0.9)
card.status = 0
player.property_mortgaged.remove(card.id_no)
else: # owned property
player.cur_balance += int(card.cost * 0.9)
card.status = 0
player.property_owned.remove(card.id_no)
# check rail,utility or color card
if card.id_no in RAILS_CARDS:
player.total_rails_owned -= 1
elif card.id_no in UTILITY_CARDS:
player.total_utilities_owned -= 1
else:
del_color = []
# finding color group to which the card belongs
for color_cards in player.color_cards_owned:
if card.id_no in color_cards:
del_color = color_cards
if del_color != []:
player.color_cards_owned.remove(del_color)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
for prop in player.property_mortgaged:
Mark.append(prop)
# display sell window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_sell(
screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects, Mark
)
else:
Mark = []
player = Players[cur_player]
for prop in player.property_owned:
Mark.append(prop)
for prop in player.property_mortgaged:
Mark.append(prop)
# display build window
if Mark != []:
# adding static part
screen.fill(BACKGROUND_COLOR)
create_board(screen, Cards)
create_game_options(screen)
create_player_info(screen, Players, Cards, cur_player)
for player in Players:
player.move_player(screen, player.cur_position)
update_game_sell(screen, Players, Cards, cur_player, Cards_Rects, Option_Rects, Info_Cards_Rects, Mark)