def startScreen():
while True:
try:
clear()
print("\n Welcome to Chess: Python Edition!\n\n")
n = input(" How many players for this game?\n (0, 1, or 2): ")
except ValueError:
print("\n Please choose an option.")
print("\n Press Enter to continue.")
input("")
continue
if (not n.isdigit()) or (int(n) < 0) or (int(n) > 2):
print("\n Please choose an option.")
print("\n Press Enter to continue.")
input("")
continue
else:
break
globVar.numPlayers = int(n)
if globVar.numPlayers < 2:
random.seed(a=None)
if globVar.numPlayers == 0:
globVar.noPlayers = True
speedMenu()
board.populate()
return True
def startScreen():
board.populate()
if not globVar.show_all_menus:
globVar.ready = True
return True
title = "Welcome to Chess: Python Edition!\n\n" + " How many players for this game?\n (0, 1, or 2)"
options = []
n = validOption(0, 2, title, options)
if globVar.simulation:
clear()
print("Running...")
return True
globVar.numPlayers = int(n)
if globVar.numPlayers < 2:
random.seed(a=None)
# aggressiveMenu()
menus_driver("aggressive")
if globVar.numPlayers == 0:
globVar.noPlayers = True
# speedMenu()
menus_driver("speed")
# formatMenu()
menus_driver("format")
globVar.ready = True
return True
def run(total_num_moves, games_played, W_v, b_v, lock, i, num):
if platform.system() == "Windows":
lock.acquire()
progress(games_played, num)
lock.release()
board.populate()
set_globals()
playing = True
while playing:
if (globVar.playerCount % 2) == 0:
globVar.player = "W"
else:
globVar.player = "b"
Player.turn()
globVar.playerCount += 1
playing = not utils.checkWin()
total_num_moves.value += 1
games_played.value += 1
W_v.value += W_victories
b_v.value += b_victories
lock.acquire()
progress(games_played, num)
draw_score(i, W_v, b_v, total_num_moves, games_played, num)
lock.release()
def loadSave():
clear()
print("\n Save detected. Load previous game? ", end="")
if yesNo():
board.populate()
read.readSave()
else:
# board.populate()
startScreen()
def choices(choice):
if choice.upper() == "Q":
quit()
elif choice.upper() == "R":
board.populate()
clear()
print("\n The board has been reset.")
pressEnter()
elif choice.upper() == "L":
utils.readSave()
clear()
print("\n The last save has been loaded.")
pressEnter()
def readBoard(save):
board.populate()
k = 0
sqrArray = save.readline().split(',')
for i in range(8):
for j in range(8):
ps = sqrArray[k]
if ps == "True":
pieceStatus = True
else:
pieceStatus = False
k += 1
board.Grid(i, j).color = sqrArray[k]
k += 1
board.Grid(i, j).row = int(sqrArray[k])
k += 1
board.Grid(i, j).col = int(sqrArray[k])
k += 1
board.Grid(i, j).des = False
k += 1
board.Grid(i, j).option = int(sqrArray[k])
k += 1
type = sqrArray[k]
k += 1
color = sqrArray[k]
k += 1
selected = False
k += 1
label = int(sqrArray[k])
k += 1
row = int(sqrArray[k])
k += 1
col = int(sqrArray[k])
k += 1
pc = pieceConstructor(color, type)
board.Grid(i, j).piece = pc
board.Grid(i, j).piece.selected = selected
board.Grid(i, j).piece.label = label
board.Grid(i, j).piece.row = row
board.Grid(i, j).piece.col = col
board.Grid(i, j).pieceStatus = pieceStatus
def choices(choice):
if choice.upper() == "Q":
quit()
return True
elif choice.upper() == "R":
board.populate()
clear()
print("\n The board has been reset.")
pressEnter()
return True
elif choice.upper() == "L":
utils.readSave()
clear()
print("\n The last save has been loaded.")
pressEnter()
return True
elif choice.upper() == "S":
simulateMenu()
return True
else:
return False
def state():
board.populate()
utils.spawn_new()
while not utils.check_loss():
# print(utils.elapsed_time())
# thresh = round(utils.elapsed_time() % globs.delay, 2)
# print(thresh)
# if (utils.elapsed_time() % globs.delay == 0):
t = str(utils.elapsed_time())
# print(t)
drop_nums = globs.drop_lists[globs.current_level - 1]
if (any(x in t for x in drop_nums)):
Canvas.draw_board()
if (not globs.current_piece.collision()):
globs.current_piece.move_down()
utils.insert_piece(globs.current_piece)
else:
# utils.reset_piece(globs.preview_pc)
utils.de_select_piece(globs.current_piece)
utils.clear_board()
# print("DONE CLEARING")
# time.sleep(1)
utils.spawn_new()
# print("SPAWNED")
globs.num_placed += 1
utils.check_level()
# time.sleep(0.1)
# give player 0.2 seconds to make a last-second adjustment
if globs.current_piece.collision() and not globs.dropped:
Canvas.draw_board()
kb.actions(kb.get_dir(0.2))
# give player 0.5 seconds to slide piece once made contact
# TODO set timer, only stop accepting input once timer runs out
# reset timer when key is pressed
else:
kb.actions(kb.get_dir(0.05))
