def beatboss():
global mode, bosses, hazards, ships, stage, atboss, quitting
for b in bosses:
b.hp = -10000
bosses = []
hazards = []
for s in ships:
if s is not player:
s.hp = -10000
player.falling = True
setmode("reset")
del hq[:]
del sq[:]
del eq[:]
sound.playsound("killboss")
if stage < 4:
addtext("Stage Complete")
stage += 1
atboss = False
save()
else:
addtext("The passage is safe...")
addtext("...for today.")
addtext("Thanks for playing!")
quitting = True
def beatboss():
global mode, bosses, hazards, ships, stage, atboss, quitting
for b in bosses:
b.hp = -10000
bosses = []
hazards = []
for s in ships:
if s is not player:
s.hp = -10000
player.falling = True
setmode("reset")
del hq[:]
del sq[:]
del eq[:]
sound.playsound("killboss")
if stage < 4:
addtext("Stage Complete")
stage += 1
atboss = False
save()
else:
addtext("The passage is safe...")
addtext("...for today.")
addtext("Thanks for playing!")
quitting = True
def land(self):
self.z = self.vz = self.az = 0
self.njump = 0
sound.playsound("splash")
state.addsplash(self)
if not settings.lowres:
state.addsplash(self)
def land(self):
self.z = self.vz = self.az = 0
self.njump = 0
sound.playsound("splash")
state.addsplash(self)
if not settings.lowres:
state.addsplash(self)
def jump(self, f=1):
if self.njump >= self.jumps:
return
self.njump += 1
self.vz = 12 * f
self.az = -30
self.z = max(self.z, 0)
sound.playsound("jump")
def addhp(dhp):
player.hp += dhp
sound.playsound("heal")
if player.hp > hpmax:
player.hp = hpmax
player.tblitz = 5
else:
addheal(player)
def jump(self, f=1):
if self.njump >= self.jumps:
return
self.njump += 1
self.vz = 12 * f
self.az = -30
self.z = max(self.z, 0)
sound.playsound("jump")
def addhp(dhp):
player.hp += dhp
sound.playsound("heal")
if player.hp > hpmax:
player.hp = hpmax
player.tblitz = 5
else:
addheal(player)
def hurt(self, dhp=1):
self.hp -= dhp
self.flashtime = self.tflash
if self.hp <= 0:
self.die()
else:
sound.playsound("hurt")
if self.smokes:
state.addsmoke(self, self.smokes)
def hurt(self, dhp=1):
self.hp -= dhp
self.flashtime = self.tflash
if self.hp <= 0:
self.die()
else:
sound.playsound("hurt")
if self.smokes:
state.addsmoke(self, self.smokes)
def fire(self):
if self.cooltime > 0:
return False
state.projectiles.append(self.shottype(self, self.cannons[self.cannontick]))
sound.playsound("shoot")
self.cannontick += 1
self.cannontick %= len(self.cannons)
self.cooltime = self.tcooldown
if self.tblitz:
self.cooltime /= 10
def hurt(self, dhp):
if self.form == 0 or self.form == 2:
return
if self.form == 1 and self.hp <= 1:
sound.playsound("killboss")
self.form = 2
self.vz = -1
self.az = 0
self.z = 0
return
Boss.hurt(self, dhp)
def gameover():
sound.playsound("gameover")
setmode("gameover")
addtext("Game over")
addtext("Continuing...")
effects.extend([thing.Slinker(s) for s in ships if s is not player])
del ships[:]
effects.extend([thing.Slinker(h) for h in hazards])
del hazards[:]
del hq[:]
del sq[:]
def hurt(self, dhp):
if self.form == 0 or self.form == 2:
return
if self.form == 1 and self.hp <= 1:
sound.playsound("killboss")
self.form = 2
self.vz = -1
self.az = 0
self.z = 0
return
Boss.hurt(self, dhp)
def gameover():
sound.playsound("gameover")
setmode("gameover")
addtext("Game over")
addtext("Continuing...")
effects.extend([thing.Slinker(s) for s in ships if s is not player])
del ships[:]
effects.extend([thing.Slinker(h) for h in hazards])
del hazards[:]
del hq[:]
del sq[:]
def fire(self):
if self.cooltime > 0:
return False
state.projectiles.append(
self.shottype(self, self.cannons[self.cannontick]))
sound.playsound("shoot")
self.cannontick += 1
self.cannontick %= len(self.cannons)
self.cooltime = self.tcooldown
if self.tblitz:
self.cooltime /= 10
def think(self, dt):
Boss.think(self, dt)
if self.form == 0 and self.z > 0 and self.vz > 0:
self.z = self.vz = 0
self.form = 1
if self.form == 2 and self.z < -5 and self.vz < 0:
self.vz = 8
self.hp = self.hp0
self.kx = 10
self.betax = 0.25
self.firetime = 0.1
sound.playsound("addboss")
if self.form == 2 and self.z > 5 and self.vz > 0:
self.vz, self.z = 0, 5
self.form = 3
def think(self, dt):
Boss.think(self, dt)
if self.form == 0 and self.z > 0 and self.vz > 0:
self.z = self.vz = 0
self.form = 1
if self.form == 2 and self.z < -5 and self.vz < 0:
self.vz = 8
self.hp = self.hp0
self.kx = 10
self.betax = 0.25
self.firetime = 0.1
sound.playsound("addboss")
if self.form == 2 and self.z > 5 and self.vz > 0:
self.vz, self.z = 0, 5
self.form = 3
def main():
def readCSV():
fileName='thoughts.csv'
with open(fileName) as csvfile:
readCSV = csv.reader(csvfile, delimiter='\n')
finished=[]
for row in readCSV:
finished.append(row)
return finished
while True:
file = readCSV()
randIndex = r(0, (len(file)-1))
s('cls')
if input("Do you want to think some more? ") == "y":
print(file[randIndex][0])
playsound("music.mp3")
def addboss():
global mode, bosses, atboss, ships
setmode("boss")
atboss = True
sound.playmusic(tunes[(stage, True)])
sound.playsound("addboss")
save()
ships = [player]
player.hp = hpmax
if stage == 1:
bosses = [boss.Boss1((20, yc + 20, 0), 12)]
ships.extend(bosses)
ships.extend([
ship.Blockade(0, 4, 11, 0.7),
])
# bosses = [boss.Boss((20, yc + 20, 0), 8)]
elif stage == 2:
bosses = [boss.Balloon((0, yc, 4.5), 14)]
ships.extend(bosses)
elif stage == 3:
bosses = [
boss.Bosslet((20, yc + 20, 0), 10),
boss.Bosslet((-20, yc + 20, 0), 11),
boss.Bosslet((-30, yc + 20, 0), 12),
boss.Bosslet((30, yc + 20, 0), 13),
]
ships.extend(bosses)
ships.extend([
ship.Blockade(2, 3, 9.5, 1),
ship.Blockade(-2, 3, 10.5, 1.2),
ship.Blockade(0, 4, 12.5, 0.7),
])
elif stage == 4:
bosses = [
boss.Ghost((0, yc + 20, 0), 15),
]
ships.extend(bosses)
def menu(stats):
os.system('cls')
colors = ['yellow', 'magenta', 'cyan', 'white']
with open('assets/logo.txt', encoding='utf-8') as f:
print('\n')
print(color(f.read(), random.choice(colors), margin=False))
games_played = stats['wins'] + stats['losses']
if games_played != 0:
win_ratio = stats['wins'] / games_played * 100
win_ratio = int(win_ratio * 10) / 10
else:
win_ratio = '?'
print(color(f'Games played: {games_played}', 'cyan'),
color(f'Wins: {stats["wins"]}', 'green'),
color(f'Losses: {stats["losses"]}', 'red'),
color(f'Win ratio: {win_ratio}%', 'yellow'))
playsound('theme')
def addboss():
global mode, bosses, atboss, ships
setmode("boss")
atboss = True
sound.playmusic(tunes[(stage, True)])
sound.playsound("addboss")
save()
ships = [player]
player.hp = hpmax
if stage == 1:
bosses = [boss.Boss1((20, yc + 20, 0), 12)]
ships.extend(bosses)
ships.extend([
ship.Blockade(0, 4, 11, 0.7),
])
# bosses = [boss.Boss((20, yc + 20, 0), 8)]
elif stage == 2:
bosses = [boss.Balloon((0, yc, 4.5), 14)]
ships.extend(bosses)
elif stage == 3:
bosses = [
boss.Bosslet((20, yc + 20, 0), 10),
boss.Bosslet((-20, yc + 20, 0), 11),
boss.Bosslet((-30, yc + 20, 0), 12),
boss.Bosslet((30, yc + 20, 0), 13),
]
ships.extend(bosses)
ships.extend([
ship.Blockade(2, 3, 9.5, 1),
ship.Blockade(-2, 3, 10.5, 1.2),
ship.Blockade(0, 4, 12.5, 0.7),
])
elif stage == 4:
bosses = [
boss.Ghost((0, yc + 20, 0), 15),
]
ships.extend(bosses)
def get_guess():
# return input if character is a letter of alphabet or "?"
while True:
try:
guess = input('\tGuess a letter (? for hint): ')[0]
guess = unidecode.unidecode(guess).upper()
except IndexError:
continue
if guess == '?':
if hints < 0:
print(color('You ran out of hints!', 'red'))
playsound('wrong')
continue
elif guess.isalpha():
if guess in guessed_letters:
print(color('You already guessed this letter!', 'red'))
playsound('wrong')
continue
else:
continue
return guess
def die(self):
Ship.die(self)
sound.playsound("kill")
print(color(f'Losses: {losses}', 'red'))
# <= info
print()
print(color(f'> {" ".join(guessed_word)} <', 'yellow'))
print('\n')
# check if player lost or won
if guessed_word == word:
wins += 1
won = True
add_word(word)
print(color(f'You won!\n', 'green'))
playsound('win')
break
if lives == 0:
losses += 1
add_word(word)
print(
color('You lost!', 'red'),
color(f'\n\tThe word is {word}', 'yellow'),
color('\n\tThis person died because of your incompetency...\n',
'red'))
playsound('loss')
break
from sound import playsound
playsound('bass.wav')
def main():
def moveMouse():
constThing = 128
for y in range(int((a.screen.size()[1]) / constThing)):
for x in range(int((a.screen.size()[0]) / constThing)):
a.mouse.smooth_move(x * constThing,
y * constThing,
duration=0.01)
def verifyStart():
return p.confirm(
text=
"Do you have a video open that you want to SMASH the Like and Notification Button?",
buttons=["Yes", "No"])
def findLikeAndNotification(theme, type):
if theme == "light" or theme == "1" or theme == "l":
if type == 0:
likePosition = p.locateOnScreen('likeLight.png')
notificationPosition = p.locateOnScreen('bellLight.png')
elif type == 1:
likePosition = p.locateOnScreen('likeLightAlt.png')
notificationPosition = p.locateOnScreen('bellLightAlt.png')
else:
raise Exception("image type is not valid")
elif theme == "dark" or theme == "2" or theme == "d":
if type == 0:
likePosition = p.locateOnScreen('likeDark.png')
notificationPosition = p.locateOnScreen('bellDark.png')
elif type == 1:
likePosition = p.locateOnScreen('likeDarkAlt.png')
notificationPosition = p.locateOnScreen('bellDarkAlt.png')
else:
raise Exception("image type is not valid")
else:
raise Exception('theme is not "dark" or "light"')
return likePosition, notificationPosition
if verifyStart() == "Yes":
a.alert.alert(
"To ensure maximum epicness, please hover your mouse over the like button, then press enter"
)
mouseLikeX, mouseLikeY = p.position()
a.alert.alert("Now over the notifcation button, then press enter")
mouseNotificationX, mouseNotificationY = p.position()
theme = input(
"Are you using light or dark theme youtube?\n1.light\n2.dark\n")
a.alert.alert("Scanning Screen...")
moveMouse()
sleep(0.5)
likePosition, notificationPosition = findLikeAndNotification(theme, 0)
if likePosition == None or notificationPosition == None:
likePosition, notificationPosition = findLikeAndNotification(
theme, 1)
if likePosition == None or notificationPosition == None:
# This block executes if photo recognition didn't work at all, and it is using the mouse positions previously captured
print(likePosition, notificationPosition)
likeX, likeY = p.center(likePosition)
notificationX, notificationY = p.center(notificationPosition)
print(likeX, likeY)
print(notificationX, notificationY)
a.mouse.smooth_move(likeX, likeY)
playsound('bass.wav')
p.click()
a.mouse.smooth_move(notificationX, notificationY)
p.click()
playsound("bass.wav")
a.alert.alert("Buttons have been SMASHED!")
# If this else block executes means that the first photos didn't work and the program tried to use the alternative photos
else:
print(likePosition, notificationPosition)
likeX, likeY = p.center(likePosition)
notificationX, notificationY = p.center(notificationPosition)
print(likeX, likeY)
print(notificationX, notificationY)
a.mouse.smooth_move(likeX, likeY)
playsound('bass.wav')
p.click()
a.mouse.smooth_move(notificationX, notificationY)
p.click()
playsound("bass.wav")
a.alert.alert("Buttons have been SMASHED!")
# If this else block executes means that the photo position recognition worked the first time!
else:
print(likePosition, notificationPosition)
likeX, likeY = p.center(likePosition)
notificationX, notificationY = p.center(notificationPosition)
print(likeX, likeY)
print(notificationX, notificationY)
a.mouse.smooth_move(likeX, likeY)
playsound('bass.wav')
p.click()
a.mouse.smooth_move(notificationX, notificationY)
p.click()
playsound("bass.wav")
a.alert.alert("Buttons have been SMASHED!")
else:
a.alert.alert(
"WELL THEN GO OPEN UP A VIDEO THAT YOU WANT TO SMASH THE LIKE AND NOTIFICATION BUTTONS!"
)
def restorehealth():
if player.hp < hpmax:
sound.playsound("heal")
player.hp = hpmax
def draw_screen(stdscr):
# Clear and refresh the screen for a blank canvas
stdscr.clear()
stdscr.refresh()
stdscr.nodelay(1)
# Start colors in curses
curses.start_color()
curses.init_pair(1, curses.COLOR_CYAN, curses.COLOR_BLACK)
curses.init_pair(2, curses.COLOR_RED, curses.COLOR_BLACK)
curses.init_pair(3, curses.COLOR_BLACK, curses.COLOR_WHITE)
while 1:
# Initialization
stdscr.clear()
height, width = stdscr.getmaxyx()
# Title String
title = "PhysFilm Makers"[:width - 1]
# Get current value of current, voltage and power
I, V, P = get_readings()
I = round(I, 2)
V = round(V, 1)
if I > 0.3:
playsound(FREQUENCY=int(600 * (1 + I)))
# Declaration of strings
sub1 = "Current : {0:5.3f} mA".format(I)
sub2 = "Voltage : {0:5.3f} V ".format(V)
sub3 = "Power : {0:5.3f} mW".format(P)
statusbarstr = "Press '<Esc>' or 'q' to exit"
# Centering calculations
start_x_title = int((width // 2) - (len(title) // 2) - len(title) % 2)
start_x_subtitle = int((width // 2) - (len(sub1) // 2) - len(sub1) % 2)
start_y = int((height // 2) - 2)
# Render status bar
stdscr.attron(curses.color_pair(3))
stdscr.addstr(height - 1, 0, statusbarstr)
stdscr.addstr(
height - 1,
len(statusbarstr),
" " * (width - len(statusbarstr) - 1),
)
stdscr.attroff(curses.color_pair(3))
# Turning on attributes for title
stdscr.attron(curses.color_pair(2))
stdscr.attron(curses.A_BOLD)
# Rendering title
stdscr.addstr(start_y, start_x_title, title)
# Turning off attributes for title
stdscr.attroff(curses.color_pair(2))
stdscr.attroff(curses.A_BOLD)
# Print rest of text
stdscr.addstr(start_y + 1, (width // 2) - 10, '-' * 20)
stdscr.addstr(start_y + 2, start_x_subtitle, sub1)
stdscr.addstr(start_y + 3, start_x_subtitle, sub2)
stdscr.addstr(start_y + 4, start_x_subtitle, sub3)
stdscr.addstr(start_y + 5, (width // 2) - 10, '-' * 20)
# Refresh the screen
stdscr.move(0, 0)
key = stdscr.getch()
if key == 27 or key == ord('q'):
curses.echo()
curses.nocbreak()
curses.endwin()
break
stdscr.refresh()
def restorehealth():
if player.hp < hpmax:
sound.playsound("heal")
player.hp = hpmax
from sound import playsound
playsound('music.mp3')
def die(self):
Ship.die(self)
sound.playsound("kill")