def positionShips(self, manual=False):
for ship in self.ships:
row, column = [-1, -1]
cell = 'Z11'
direction = -1
length = ship.length
while not self.primaryBoard.canPositionShip(
cell, direction, length):
if (self.bot) or (not manual):
row, column = common.randomCell()
cell = self.primaryBoard.encode(row, column)
direction = common.randomDirection()
else:
while True:
common.clearScreen()
self.primaryBoard.printBoard()
cell = raw_input(
'Please Enter A Starting Cell For "%s": ' %
ship.name)
direction = raw_input(
'Please Enter A Direction (0-Horizontal, 1-Vertical): '
)
if (direction in [
'0', '1'
]) and (self.primaryBoard.isValidCellAddress(cell)):
direction = int(direction)
row, column = self.primaryBoard.decode(cell)
break
while length > 0:
self.primaryBoard.cells[row][column] = ship.symbol
row = row + direction
column = column + (1 - direction)
length = length - 1
def printRoundMessage(self, player, message):
# Check if both of players are bots
allBots = self.users[0].bot and self.users[1].bot
if allBots or not player.bot:
common.clearScreen()
print 'Player: %s' % player.name
print 'Primary Board:'
player.primaryBoard.printBoard()
print 'Tracking Board:'
player.trackingBoard.printBoard()
print 'DASHBOARD: %s' % message
def elementPuzzle(gametime, debug=False):
clearScreen()
hint_count = 0
with open('puzzles/elements/words.txt', 'r') as f:
words = [line.strip() for line in f]
# word to use for code
word = words[random.randint(0, len(words) - 1)]
printOut('--- ACCESS POD MAINFRAME ---')
elements = re.findall(r'([A-Z][a-z]*)', word)
code = ''
for item in elements:
code += str(element(item).atomic_number)
if debug: print(code)
# Enable numpad
if not debug:
disableKeys(False)
attempt = '0'
while int(attempt) != int(code):
#print('User: '******'\nUser: '******'Password: '******'*':
hint_count = hint(hint_count)
try:
int(attempt)
except ValueError:
attempt = '0'
# Disable numpad
if not debug:
disableKeys()
printOut('ACCESS GRANTED')
printOut('\n\n--- POD STATUS ---')
m, s = divmod(gametime - time.time(), 60)
printOut(
'ENGINE STATUS:\tOK\nHYPERDRIVE:\tOFFLINE\nLIFE SUPPORT:\tLIMITED - {:.0f} MINUTES {} SECONDS REMAINING\nHINTS USED:\t{}'
.format(m, int(s), hint_count))
return hint_count
def printMenu():
common.clearScreen()
print 'Menu'
print '1-New Game'
print '2-Exit'
def printMenu():
common.clearScreen()
print 'Menu'
print '1-New Game'
print '2-Exit'
# Main Application Flow:
if __name__ == '__main__':
while True:
printMenu()
choice = raw_input()
if choice == '2':
common.clearScreen()
break
elif choice == '1':
common.clearScreen()
name1 = raw_input('Please Enter A Name For Player-1: ')
bot1 = raw_input(
'Please Select Player Type For %s (1-Bot, 2-Real User): ' %
name1)
easy = True
bot = False
if bot1 == '1':
bot = True
difficulty = raw_input(
'Please Select Player Difficulty For %s (1-Easy, 2-Hard): '
% name1)
def main(debug=False, gametime=10.0):
if not debug:
disableButton()
os.system("./utils/numlock.sh")
clearScreen()
hint_count = 0
# user settles down and presses numpad 'enter' to start
print('--- WARNING ---\nPLEASE READ BEFORE LAUNCHING\n\n')
print(
'ESCAPE POD USERS MUST RESPECT THE FOLLOWING RULES:\n- NO FOOD OR DRINKS INSIDE THE POD\n- BE GENTLE WITH POD FEATURES\n- ESCAPE POD FITS ONE PERSON ONLY'
)
print('\nIN CASE OF EMERGENCY PUSH POD DOOR OPEN')
input('\n\n--- PRESS ENTER TO LAUNCH ---')
if not debug:
disableKeys()
time.sleep(1)
# close door electromagnets
openDoor(False)
printOut('PLEASE PULL DOOR CLOSED NOW')
time.sleep(2)
clearScreen()
printOut('--- WELCOME ON BOARD ---')
printOut(
"\nIF YOU REQUIRE A HINT DURING ANY OF THE PUZZLES, PRESS '*' FOLLOWED BY ENTER\n"
)
printOut('POD NOW LAUNCHING...')
time.sleep(5)
clearScreen()
lights('dim')
if not debug:
# open video of launch and crash (blocking)
os.system("omxplayer --no-keys --no-osd -o local " + start +
" --win '0 0 1080 960' > /dev/null &")
time.sleep(28)
lights('flash')
lights('dim')
time.sleep(5)
lights('fade')
# open video of static space (in parallel)
os.system("omxplayer --no-keys --no-osd -o local " + static +
" --win '0 0 1080 960' > /dev/null &")
printOut('SYSTEMS DAMAGED DUE TO ASTEROID COLLISION')
time.sleep(2)
printOut('\nSYSTEMS REBOOTING')
for i in range(0, 5):
print('.', end='', flush=True)
time.sleep(1)
# start countdown
timeout = time.time() + (gametime * 60)
m, s = divmod(timeout - time.time(), 60)
printOut(
'\n\n--- WARNING ---\nLIFE SUPPORT DAMAGED: {:.0f} MINUTES {} SECONDS REMAINING'
.format(m, int(s)))
printOut('PLEASE FOLLOW INSTRUCTIONS TO ENSURE SURVIVAL')
time.sleep(2)
# open video of traversing space (in parallel)
os.system("killall -s SIGINT omxplayer.bin")
os.system("omxplayer --no-keys --no-osd -o local " + journey +
" --win '0 0 1080 960' > /dev/null &")
# 1st PUZZLE: login (elements.py)
hint_count += elementPuzzle(timeout, debug)
time.sleep(2)
# open video of asteroids approaching (in parallel)
os.system("killall -s SIGINT omxplayer.bin")
os.system("omxplayer --no-keys --no-osd -o local " + asteroids +
" --win '0 0 1080 960' > /dev/null &")
lights('dim')
# 2nd PUZZLE: asteroid avoiding minigame (asteroids.py)
deaths = asteroidPuzzle(timeout, debug)
lights('fade')
# open video of static space (in parallel)
os.system("omxplayer --no-keys --no-osd -o local " + static +
" --win '0 0 1080 960' > /dev/null &")
# discount time depending on no. of deaths
if deaths >= 1:
timeout -= 10
if deaths >= 2:
timeout -= deaths * 5
printOut(
'\n\n --- WARNING ---\nLIFE SUPPORT DAMAGED BY ASTEROID COLLISION')
m, s = divmod(timeout - time.time(), 60)
printOut('{:.0f} MINUTE{} {} SECONDS REMAINING'.format(
m, 'S' if m >= 2.0 else '', int(s)))
time.sleep(2)
# 3rd PUZZLE: repair codes (resistors.py)
hint_count += resistorPuzzle(timeout, debug)
os.system("killall -s SIGINT omxplayer.bin")
os.system("omxplayer --no-keys --no-osd -o local " + journey +
" --win '0 0 1080 960' > /dev/null &")
printOut('\n\nALL SYSTEMS GREEN FOR LANDING')
time.sleep(2)
clearScreen()
printOut('--- WARNING ---\nPOD LANDING SEQUENCE ENGAGING...')
time.sleep(3)
lights('dim')
# open video of landing (in parallel)
os.system("killall -s SIGINT omxplayer.bin")
os.system("omxplayer --no-keys --no-osd -o local " + landing +
" --win '0 0 1080 960' > /dev/null &")
# stop countdown
final_time = timeout - time.time()
# tell user they passed!
clearScreen()
time.sleep(30)
lights('fade')
printOut('POD SAFELY LANDED')
# user presses numpad 'enter' to open bay door
if not debug:
disableKeys(False)
printOut('\n\n--- THANKS FOR PLAYING! ---\n\n')
m, s = divmod(final_time, 60)
printOut('{}YOU FINISHED WITH {:.0f} MINUTE{} {} SECONDS {}.'.format(
'CONGRATULATIONS! ' if final_time >= 0 else '', m,
'S' if m >= 2.0 else '', int(s),
'REMAINING' if final_time >= 0 else 'OVERTIME'))
printOut('\nTOTAL HINTS USED:\t{}\nASTEROID COLLISIONS:\t{}'.format(
hint_count, deaths))
printOut('\n\n--- PRESS ENTER TO OPEN POD DOOR ---')
input('')
# open door electromagnets
openDoor(True)
# Wait for user to leave
time.sleep(10)
def asteroidPuzzle(gametime, debug=False):
# Disable buttons while printing
if not debug:
disableButton()
pygame.mixer.init()
pygame.init() #turn all of pygame on.
hit_sound = pygame.mixer.Sound('puzzles/asteroids/hit.wav')
clearScreen()
printOut(
'--- WARNING! ---\nESCAPE POD NOW ENTERING HIGHLY DENSE ASTEROID FIELD'
)
printOut(
'MAIN MONITOR WILL BE DISABLED TO CONSERVE POWER FOR EVASIVE MANEUVERS\nMANUAL NAVIGATION REQUIRED\nMANUAL CONTROLS LOCATED TO YOUR LEFT'
)
printOut('ENTERING FIELD IN')
for i in [3, 2, 1]:
print(i)
time.sleep(1)
os.system("killall -s SIGINT omxplayer.bin")
clearScreen()
pygame.mixer.music.load('puzzles/asteroids/moon.wav')
pygame.mixer.music.play(-1)
timeout = time.time() + TIMEOUT
speed = SPEED
curses.initscr()
win = curses.newwin(HEIGHT, WIDTH, 0, 0)
win.keypad(1)
curses.noecho()
curses.curs_set(0)
win.border(0)
win.nodelay(1)
player = Player()
win.addch(player.y, player.x, player.getIcon())
key = None
asteroids = []
interval = time.time()
curr_time = time.time()
# Enable buttons
if not debug:
disableButton(False)
while True:
if time.time() > timeout:
break
if time.time() > curr_time + 5:
speed *= RATE
curr_time = time.time()
win.border(0)
win.addstr(0, 0, 'Time Left : {:.2f} '.format(timeout - time.time()))
win.addstr(HEIGHT - 1, 1, 'Deaths : {} '.format(player.deaths()))
if debug:
win.addstr(HEIGHT - 1, WIDTH - 13, 'Speed : {:.2f}'.format(speed))
event = win.getch()
key = None if event == -1 else event
if key == ord('a'):
player.left()
win.addch(player.y, player.x, player.getIcon())
win.addch(player.y, player.x + 1, ' ')
if key == ord('d'):
player.right()
win.addch(player.y, player.x, player.getIcon())
win.addch(player.y, player.x - 1, ' ')
if time.time() > player.last_death + 1:
player.setIcon()
if time.time() > interval + speed:
win.addch(player.y, player.x, player.getIcon())
for i in range(0, NUM_ASTEROIDS):
first = Asteroid()
asteroids.append(first)
for asteroid in asteroids:
asteroid.fall()
if asteroid.exist:
if hit(player, asteroid, hit_sound):
player.setIcon('*')
win.addch(player.y, player.x, player.getIcon())
win.addch(asteroid.y - 1, asteroid.x, ' ')
else:
win.addch(asteroid.y, asteroid.x, '@')
win.addch(asteroid.y - 1, asteroid.x, ' ')
interval = time.time()
curses.endwin()
pygame.mixer.music.fadeout(2000)
# Disable buttons
if not debug:
disableButton()
clearScreen()
printOut('NAVIGATION THROUGH ASTEROID FIELD COMPLETE...')
printOut('POD WAS HIT {} TIME{}'.format(
player.deaths(), '' if player.deaths() == 1 else 'S'))
printOut('\n\n--- POD STATUS ---')
m, s = divmod(gametime - time.time(), 60)
printOut(
'ENGINE STATUS:\tOK\nHYPERDRIVE:\tOFFLINE\nLIFE SUPPORT:\tLIMITED - {:.0f} MINUTE{} {} SECONDS REMAINING'
.format(m, 'S' if m >= 2.0 else '', int(s)))
return player.deaths()
def resistorPuzzle(gametime, debug=False):
clearScreen()
hint_count = 0
if not debug:
disableKeys()
global ser
if not tryConnect('/dev/ttyUSB1', b'RESISTORS\r\n'):
if not tryConnect('/dev/ttyUSB0', b'RESISTORS\r\n'):
try:
if not tryConnect('/dev/ttyACM1', b'RESISTORS\r\n'):
return
except:
if not tryConnect('/dev/ttyACM0', b'RESISTORS\r\n'):
return
# pick 2 random resistors
resistor1 = random.randint(0, NUM_RESISTORS - 1)
resistor2 = random.randint(0, NUM_RESISTORS - 1)
while resistor2 == resistor1:
# ensure resistor 2 is not same as resistor 1
resistor2 = random.randint(0, NUM_RESISTORS - 1)
if debug:
print('Resistor 1: {}\nResistor 2: {}'.format(resistor1, resistor2))
code1 = resistors[resistor1]
code2 = resistors[resistor2]
if debug:
print('Code 1: {}'.format(code1))
print('Code 2: {}'.format(code2))
ser.write((str(resistor1) + '\n').encode())
ser.write((str(resistor2) + '\n').encode())
if debug:
print('Values sent')
while True:
read_ser = ser.readline()
if read_ser == b'ready\r\n':
if debug:
print('Arduino ready, LEDs lit')
break
printOut('--- WARNING ---')
printOut('ENGINE DAMAGED DUE TO ASTEROID COLLISION')
printOut('ATTEMPTING AUTOMATIC REPAIR')
for i in range(5):
print('.', end='', flush=True)
time.sleep(0.5)
printOut(' AUTOMATIC REPAIR FAILED!')
printOut('MANUAL OVERRIDE REQUIRED\n\n')
# Enable numpad
if not debug:
disableKeys(False)
attempt = '0'
while int(attempt) != int(code1) and int(attempt) != int(code2):
attempt = input('ENTER ENGINE REPAIR CODE 1 OF 2: ')
if attempt == '*':
hint_count = hint(hint_count)
try:
int(attempt)
except ValueError:
attempt = '0'
remaining = code2 if int(attempt) == int(code1) else code1
if int(attempt) == int(code1):
ser.write((str(resistor1) + 'ok\n').encode())
else:
ser.write((str(resistor2) + 'ok\n').encode())
printOut('\n')
attempt = '0'
while int(attempt) != int(remaining):
attempt = input('ENTER ENGINE REPAIR CODE 2 OF 2: ')
if attempt == '*':
hint_count = hint(hint_count)
try:
int(attempt)
except ValueError:
attempt = '0'
if int(attempt) == int(code1):
ser.write((str(resistor1) + 'ok\n').encode())
else:
ser.write((str(resistor2) + 'ok\n').encode())
# Disable numpad
if not debug:
disableKeys()
clearScreen()
printOut('REPAIR CODES ACCEPTED, ENGINE NOW REPAIRING')
for i in range(5):
print('.', end='', flush=True)
time.sleep(0.5)
printOut(' COMPLETE!')
printOut('\n\n--- POD STATUS ---')
m, s = divmod(gametime - time.time(), 60)
printOut(
'ENGINE STATUS:\tOK\nHYPERDRIVE:\tONLINE\nLIFE SUPPORT:\tLIMITED - {:.0f} MINUTE{} {} SECONDS REMAINING\nHINTS USED:\t{}'
.format(m, 'S' if m >= 2.0 else '', int(s), hint_count))
ser.close()
return hint_count