def game():
"""Run the game
:postcondition: calls helper functions to run the game
:return: string of text
"""
print("""
You wake up one day in an open field.
\"Where am I?\" you wondered. Suddenly,
you hear a booming voice, \"You have commited
the highest level of treason. You have forgotten
to feed the almighty cat this lunch. For this you
must attone for you sins and collect ten bags of
kibble...\"
""")
input(colors.green("Enter any key to continue...\n"))
player_health = 10
coord = [2, 2]
map_grid.map_draw(coord)
enemies_killed = 0
kibble = 0
while enemies_killed != 10:
player_health, killed, kibble_gained = map_grid.map_board(coord, player_health)
enemies_killed += killed
kibble += kibble_gained
print(colors.green(enemies_killed))
boss.boss(player_health, kibble)
print("""
Exhausted from the fight you decide to take a break
and take a nap on the field. You awake in your bedroom
and you hear your cat meowing outside. You check the time,
it's her lunch time, so you quickly rush out to feed her.
While pouring the kibble you wonder, \"Was that all just a dream...\"
""")
def fight (self,isboss):
fight_handler = Fight()
a = True
#This is the natural regeneration... it only happens when you go into combat, so you can't abuse it by walking between already/cleared areas
self.my_adventurer.regenerate()
if isboss == False :
monster = Monster(self.my_adventurer.level)
elif isboss == True:
monster = boss(self.my_adventurer.level)
if self.my_adventurer.current_hp > 0 :
a = fight_handler.fight_calcuation(self.my_adventurer, monster)
if a ==False :
quit()
else :
print "You shouldn't see this ever..."
def component(df, bill_components):
#df = component_type(df, bill_components)
df = connection_type(df, bill_components)
df = end_forms(df, bill_components)
df = sleeve.sleeve(df, bill_components, comp_sleeve)
df = adaptor.adaptor(df, bill_components, comp_adaptor)
df = boss.boss(df, bill_components, comp_boss)
df = elbow.elbow(df, bill_components, comp_elbow)
df = float_.float_(df, bill_components, comp_float)
df = hfl.hfl(df, bill_components, comp_hfl)
df = nut.nut(df, bill_components, comp_nut)
#df = other.other(df, bill_components, comp_other)
df = straight.straight(df, bill_components, comp_straight)
df = tee.tee(df, bill_components, comp_tee)
df = threaded.threaded(df, bill_components, comp_threaded)
return df
level1.makeLevel()
element = [
'projectiles/fireProj.png', 'projectiles/iceProj.png',
'projectiles/lightProj.png'
]
magic = pygame.sprite.Group()
obstacles = level1.boxes
obstacleGroup = pygame.sprite.Group()
for spr in level1.boxes:
allSprites.add(spr)
obstacleGroup.add(spr)
player = player.player('Character/DownAnim/Down2.png', obstacles,
(width / 2, height - 50))
#allSprites.add(player) => removed to implement flashing invincibility => created by Steven Goodchild
heroGroup = pygame.sprite.Group(player)
boss1 = boss.boss('Enemies/orc.png', (400, 32 + 64), [], player)
for Enemy in enemies:
Enemy.target = player
allSprites.add(Enemy)
Enemy.enemies = enemies
enemyGroup = pygame.sprite.Group(enemies)
bossBulletTarget = [player]
bulletLoops = 0
bossGroup.add(boss1)
bosses.append(boss1)
#-----------------------Load images-----------------------
img = pygame.image.load('images/bot_wall.jpg').convert()
wallDown = pygame.image.load('images/Side_Walls_05.jpg').convert()
sFloor = pygame.image.load('images/Left_edge_floor.jpg').convert()
floor = pygame.image.load('images/floor.jpg').convert()
def makeLevel(self):
counter = 0
xSpot = 16
ySpot = 16
for x in self.design:
for y in x:
#print(y)
if y is '#':
self.boxes.append(
sprites.sprites('Obstacles/box.png', (xSpot, ySpot)))
self.boxGroup.add(self.boxes[counter])
counter += 1
elif y is 'X':
self.enemies.append(
enemy.enemy('Enemies/slime.png', (xSpot, ySpot),
self.boxes,
0)) #Last parameter is enemy type.
elif y is '1':
self.enemies.append(
enemy.enemy('Enemies/flame.png', (xSpot, ySpot),
self.boxes, 1))
elif y is 'O':
self.enemies.append(
boss.boss('Enemies/orc.png', (xSpot, ySpot),
self.boxes))
elif y is 'S':
self.enemies.append(
boss.boss('Enemies/yellow_tenta.png', (xSpot, ySpot),
self.boxes))
elif y is '~':
self.enemies.append(
boss.boss('Enemies/cat_staff/cat_idle/cat_idle1.png',
(xSpot, ySpot), self.boxes))
elif y is '¡':
self.boxes.append(
sprites.sprites('Obstacles/torch.gif', (xSpot, ySpot),
'torch'))
self.boxGroup.add(self.boxes[counter])
elif y is '!':
self.exit.append(
portal.portal('images/portal.png', (xSpot, ySpot),
self.boxes))
elif y is '*':
self.chests.append(
chest.chest('Obstacles/chest.png', (xSpot, ySpot),
self.boxes, 1, self.screen))
elif y is '%':
self.chests.append(
chest.chest('Obstacles/chest.png', (xSpot, ySpot),
self.boxes, 2, self.screen))
elif y is '$':
self.chests.append(
chest.chest('Obstacles/chest.png', (xSpot, ySpot),
self.boxes, 3, self.screen))
elif y is 'R':
self.chests.append(
chest.chest('Obstacles/red.png', (xSpot, ySpot),
self.boxes, 4, self.screen))
elif y is 'B':
self.chests.append(
chest.chest('Obstacles/blue.png', (xSpot, ySpot),
self.boxes, 5, self.screen))
xSpot += 48
xSpot = 0
ySpot += 58
#Reset counters to iterate through again -- this time for spawning enemies.
#(Obstacles list must be passed in for each enemy.)
#Leaving this in case something breaks
"""
from board import Board
from mando import Mando
from boss import boss
# from bg_objects import obstacles
from bg_objects import vertical_obs
from bg_objects import horizontal_obs
from bg_objects import diagonal_obs
from bg_objects import obstacles
from bg_objects import coins
from bg_objects import magnet
from bg_objects import bullets
from snow_balls import snow_balls
boad = Board(50, 600)
boad.create_board()
boss1 = boss([40, 540])
boss1.reappear_boss(boad.matrix)
mag_present = 0
for i in range(0, 6):
a = random.randint(0, 5)
if i == 5 and mag_present == 0:
mag1 = magnet([
random.randint(5, 43),
random.randint((i + 1) * 2 * 30, (i + 1) * 2 * 30 + 15)
])
mag1.place_magnet(boad.matrix)
mag_present = 1
elif a % 4 == 1:
obs1 = vertical_obs(random.randint(10, 15), [
def main():
gameOver = False
menuExit = False
stageStart = False
bossStage = False
gameOverScreen = False
menuselect = -1
menuhighlight = 0
wavecounter = 0
wave = 0
starfield1 = stars(1, white, 50, 5)
starfield2 = stars(1, (150, 150, 150), 75, 3)
starfield3 = stars(1, (75, 75, 75), 200, 1)
bullets = pygame.sprite.Group()
enemybullets = pygame.sprite.Group()
enemies = pygame.sprite.Group()
starships = pygame.sprite.Group()
explosions = pygame.sprite.Group()
shields = pygame.sprite.Group()
drones = pygame.sprite.Group()
saucers = pygame.sprite.Group()
station = pygame.sprite.Group()
healthpacks = pygame.sprite.Group()
bullet.containers = bullets
starship.containers = starships
enemybullet.containers = enemybullets
enemy.containers = enemies
explosion.containers = explosions
enemydrone.containers = drones
enemysaucer.containers = saucers
enemystation.containers = station
starship.containers = starships
healthpack.containers = healthpacks
user = player()
pygame.display.set_caption('PyGalaxian')
bg_music = pygame.mixer.Sound('Sprites/bg_music.ogg')
boss_music = pygame.mixer.Sound('Sprites/boss_music.ogg')
(logoimage, logorect) = load_image('gamelogo.png', -1, -1, -1)
logorect.left = width / 2 - logorect.width / 2
logorect.top = height / 2 - logorect.height * 5 / 4
while not gameOver:
while not menuExit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
menuExit = True
gameOver = True
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_DOWN or event.key \
== pygame.K_UP:
menuhighlight += 1
elif event.key == pygame.K_RETURN:
menuselect = menuhighlight % 2
if menuselect == 0:
stageStart = True
menuExit = True
bg_music.play(-1)
elif menuselect == 1:
pygame.quit()
quit()
else:
pass
screen.fill(sky)
starfield1.drawstars()
starfield2.drawstars()
starfield3.drawstars()
user.drawplayer()
screen.blit(logoimage, logorect)
displaytext('Play', 32, width / 2 - 20, height * 3 / 4 - 40, white)
displaytext('Exit', 32, width / 2 - 20, height * 3 / 4, white)
displaytext('PyGalaxian version 1.0', 12, width - 80, height - 20,
white)
displaytext('Made by: Shivam Shekhar', 12, width - 80, height - 10,
white)
if menuhighlight % 2 == 0:
screen.blit(pygame.transform.scale(user.image, (25, 25)),
[width / 2 - 100, height * 3 / 4 - 55, 15, 15])
elif menuhighlight % 2 == 1:
screen.blit(pygame.transform.scale(user.image, (25, 25)),
[width / 2 - 100, height * 3 / 4 - 15, 15, 15])
pygame.display.update()
clock.tick(FPS)
while stageStart:
for event in pygame.event.get():
if event.type == pygame.QUIT:
stageStart = False
gameOver = True
if event.type == pygame.KEYDOWN:
user.trigger = 1
if event.key == pygame.K_LEFT:
user.speed = -2
elif event.key == pygame.K_RIGHT:
user.speed = 2
elif event.key == pygame.K_UP:
user.fire = 1
elif event.key == pygame.K_ESCAPE:
quit()
if event.type == pygame.KEYUP:
if event.key == pygame.K_LEFT or event.key \
== pygame.K_RIGHT:
user.trigger = 2
user.speed = 0
if event.key == pygame.K_UP:
user.fire = 0
if wavecounter % 500 == 499 and random.randrange(0, 2) == 1 \
and len(healthpacks) < 1:
healthpack(random.randrange(0, width - 50), 0, 10)
if random.randrange(0, 8) == 1 and len(enemies) < 10 \
and (wave == 0 or wave == 5 or wave == 6 or wave == 9):
enemy(random.randrange(0, 4))
if random.randrange(0, 10) == 1 and len(starships) < 10 \
and (wave == 2 or wave == 6 or wave == 8 or wave == 9):
starship(random.randrange(0, 4))
if random.randrange(0, 20) == 1 and len(saucers) < 3 \
and (wave == 1 or wave == 5 or wave == 7 or wave == 8):
enemysaucer(random.randrange(0, width - 50))
if random.randrange(0, 30) == 21 and len(drones) < 2 \
and (wave == 2 or wave == 4 or wave == 7 or wave == 9):
if len(drones) > 0:
for drone in drones:
if drone.rect.left < width / 2:
enemydrone(
random.randrange(width / 2 + 60, width - 60))
else:
enemydrone(random.randrange(0, width / 2 - 60))
else:
enemydrone(random.randrange(0, width - 60))
if wave == 11 and len(enemies) == 0 and len(saucers) == 0 \
and len(station) == 0 and len(drones) == 0:
user.isautopilot = True
bg_music.fadeout(6000)
if user.rect.top <= -1 * user.rect.height:
wave = 12
if wave == 12:
bossStage = True
stageStart = False
finalboss = boss()
user.health += 80
user.rect.left = width / 2
user.rect.top = size[1] - 100
user.isautopilot = False
user.movement = [0, 0]
boss_music.play(-1)
for ship in enemies:
cpumove(ship, user)
for ship in starships:
cpumove(ship, user)
for enemyhit in pygame.sprite.groupcollide(enemies, bullets, 0, 1):
enemyhit.health -= 1
if enemyhit.health <= 0:
user.kills += 1
user.score += 1
for starshiphit in pygame.sprite.groupcollide(
starships, bullets, 0, 1):
starshiphit.health -= 1
if starshiphit.health <= 0:
user.kills += 1
user.score += 1
for dronehit in pygame.sprite.groupcollide(drones, bullets, 0, 1):
dronehit.health -= 1
if dronehit.health <= 0:
user.kills += 1
user.score += 10
for saucerhit in pygame.sprite.groupcollide(
saucers, bullets, 0, 1):
saucerhit.health -= 1
if saucerhit.health <= 0:
user.kills += 1
user.score += 5
for stationhit in pygame.sprite.groupcollide(
station, bullets, 0, 1):
stationhit.health -= 1
if stationhit.health <= 0:
user.kills += 1
user.score += 25
healthpack(stationhit.rect.centerx,
stationhit.rect.centery, 20)
for firedbullet in pygame.sprite.spritecollide(
user, enemybullets, 1):
user.health -= 1
for enemycollided in enemies:
if pygame.sprite.collide_mask(user, enemycollided):
user.health -= 2
enemycollided.health -= enemycollided.health
for starshipcollided in starships:
if pygame.sprite.collide_mask(user, starshipcollided):
user.health -= 4
starshipcollided.health -= starshipcollided.health
for dronecollided in drones:
if pygame.sprite.collide_mask(user, dronecollided):
user.health -= 10
dronecollided.health -= dronecollided.health
for saucercollided in saucers:
if pygame.sprite.collide_mask(user, saucercollided):
user.health -= 4
saucercollided.health -= saucercollided.health
for stationcollided in station:
if pygame.sprite.collide_mask(user, stationcollided):
user.health -= 50
stationcollided.health -= stationcollided.health
for health_pack in healthpacks:
if pygame.sprite.collide_mask(user, health_pack):
user.health += health_pack.health
health_pack.health -= health_pack.health
if user.health <= 0:
gameOverScreen = True
stageStart = False
user.update()
user.checkbounds()
screen.fill(sky)
starfield1.drawstars()
starfield2.drawstars()
starfield3.drawstars()
if user.health > 0:
showhealthbar(user.health, green,
[100, height - 20, user.health * 4, 10], 4)
displaytext('HEALTH', 22, 50, height - 15, white)
displaytext('Score:', 22, width - 100, 15, white)
displaytext(str(user.score), 22, width - 35, 15, white)
user.drawplayer()
enemies.update()
bullets.update()
enemybullets.update()
explosions.update()
drones.update()
saucers.update()
station.update()
healthpacks.update()
starships.update()
bullets.draw(screen)
enemybullets.draw(screen)
enemies.draw(screen)
explosions.draw(screen)
drones.draw(screen)
saucers.draw(screen)
station.draw(screen)
healthpacks.draw(screen)
starships.draw(screen)
wave = storyboard(wavecounter)
wavecounter += 1
pygame.display.update()
clock.tick(FPS)
moveplayer(user)
print(
wavecounter,
wave,
user.kills,
user.health,
user.rect.left,
user.movement[0],
user.rect.right,
)
while bossStage:
for event in pygame.event.get():
if event.type == pygame.QUIT:
gameOver = True
bossStage = False
if event.type == pygame.KEYDOWN:
user.trigger = 1
if event.key == pygame.K_LEFT:
user.speed = -2
elif event.key == pygame.K_RIGHT:
user.speed = 2
elif event.key == pygame.K_UP:
user.fire = 1
elif event.key == pygame.K_ESCAPE:
quit()
if event.type == pygame.KEYUP:
if event.key == pygame.K_LEFT or event.key \
== pygame.K_RIGHT:
user.trigger = 2
user.speed = 0
if event.key == pygame.K_UP:
user.fire = 0
bossmove(finalboss, user)
for ship in enemies:
cpumove(ship, user)
for userbullet in bullets:
if pygame.sprite.collide_mask(finalboss, userbullet):
if finalboss.health > 2:
finalboss.health -= 1
else:
bossStage = False
gameOverScreen = True
user.score += 200
user.won = True
userbullet.kill()
for enemyhit in pygame.sprite.groupcollide(enemies, bullets, 0, 1):
enemyhit.health -= 1
if enemyhit.health <= 0:
user.kills += 1
user.score += 1
for starshiphit in pygame.sprite.groupcollide(
starships, bullets, 0, 1):
starshiphit.health -= 2
if starshiphit.health <= 0:
user.kills += 1
user.score += 3
for dronehit in pygame.sprite.groupcollide(drones, bullets, 0, 1):
dronehit.health -= 1
if dronehit.health <= 0:
user.kills += 1
user.score += 10
for saucerhit in pygame.sprite.groupcollide(
saucers, bullets, 0, 1):
saucerhit.health -= 1
if saucerhit.health <= 0:
user.kills += 1
user.score += 5
for firedbullet in pygame.sprite.spritecollide(
user, enemybullets, 1):
user.health -= 1
for enemycollided in enemies:
if pygame.sprite.collide_mask(user, enemycollided):
user.health -= 2
enemycollided.health -= enemycollided.health
for dronecollided in drones:
if pygame.sprite.collide_mask(user, dronecollided):
user.health -= 10
dronecollided.health -= dronecollided.health
for saucercollided in saucers:
if pygame.sprite.collide_mask(user, saucercollided):
user.health -= 4
saucercollided.health -= saucercollided.health
if user.health <= 0:
gameOverScreen = True
bossStage = False
user.update()
user.checkbounds()
screen.fill(sky)
starfield1.drawstars()
starfield2.drawstars()
starfield3.drawstars()
if user.health > 0:
showhealthbar(user.health, green,
[100, height - 20, user.health * 4, 10], 4)
displaytext('HEALTH', 22, 50, height - 15, white)
if finalboss.health > 0:
showhealthbar(finalboss.health, red,
[100, 20, finalboss.health * 0.8, 10], 0.8)
displaytext('BOSS', 22, 50, 25, white)
displaytext('Score:', 22, width - 100, 15, white)
displaytext(str(user.score), 22, width - 35, 15, white)
user.drawplayer()
enemies.update()
bullets.update()
enemybullets.update()
drones.update()
saucers.update()
explosions.update()
finalboss.update()
starships.update()
bullets.draw(screen)
enemybullets.draw(screen)
enemies.draw(screen)
starships.draw(screen)
drones.draw(screen)
saucers.draw(screen)
explosions.draw(screen)
finalboss.drawplayer()
pygame.display.update()
clock.tick(FPS)
moveplayer(user)
while gameOverScreen:
for event in pygame.event.get():
if event.type == pygame.QUIT:
gameOverScreen = False
gameOver = True
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_RETURN:
gameOverScreen = False
gameOver = True
screen.fill(sky)
starfield1.drawstars()
starfield2.drawstars()
starfield3.drawstars()
if user.won == False:
displaytext('Game Over', 26, width / 2 - 30, height / 2, white)
else:
displaytext('Congratulations! You Won!', 26, width / 2 - 30,
height / 2, white)
displaytext('Your score: ', 26, width / 2 - 40, height / 2 + 40,
white)
displaytext(str(user.score), 26, width / 2 + 50, height / 2 + 43,
white)
displaytext('Press Enter to exit...', 14, width / 2 - 30,
height / 2 + 90, white)
pygame.display.update()
clock.tick(FPS)
pygame.quit()
quit()
def __init__(self):
self.__env = environment()
self.__boss = boss.boss(application=self, env=self.__env)
def render(self):
os.system('clear')
self.createBox()
# setup initial state
character=boy(self._width,self._height,time.time())
self._charac=character
self.writeObject(character,character)
enemy=boss(4,900)
self._en=enemy
self.writeObject(enemy,character)
for i in range(5):
self._beamsVertical.append(beamVertical(random.randint(2,25),random.randint(30,230)))
self._beamsVertical.append(beamVertical(random.randint(2,25),random.randint(230,430)))
self._beamsVertical.append(beamVertical(random.randint(2,25),random.randint(430,630)))
self._beamsVertical.append(beamVertical(random.randint(2,25),random.randint(630,830)))
self._beamsHorizontal.append(beamHorizontal(random.randint(2,29),random.randint(30,230)))
self._beamsHorizontal.append(beamHorizontal(random.randint(2,29),random.randint(230,430)))
self._beamsHorizontal.append(beamHorizontal(random.randint(2,29),random.randint(430,630)))
self._beamsHorizontal.append(beamHorizontal(random.randint(2,29),random.randint(630,830)))
self._beamsDiagnol.append(beamDiagnol(random.randint(2,25),random.randint(30,230)))
self._beamsDiagnol.append(beamDiagnol(random.randint(2,25),random.randint(230,430)))
self._beamsDiagnol.append(beamDiagnol(random.randint(2,25),random.randint(430,630)))
self._beamsDiagnol.append(beamDiagnol(random.randint(2,25),random.randint(630,830)))
self._coins.append(coin(random.randint(2,28),random.randint(30,330)))
self._coins.append(coin(random.randint(2,28),random.randint(330,530)))
self._coins.append(coin(random.randint(2,28),random.randint(330,530)))
self._coins.append(coin(random.randint(2,28),random.randint(330,530)))
self._coins.append(coin(random.randint(2,28),random.randint(530,830)))
self._magnets.append(magnet(random.randint(2,29),random.randint(30,430)))
self._magnets.append(magnet(random.randint(2,29),random.randint(430,830)))
# wirte initial state
for i in self._beamsVertical:
self.writeObject(i,character)
for i in self._beamsHorizontal:
self.writeObject(i,character)
for i in self._beamsDiagnol:
self.writeObject(i,character)
for i in self._coins:
self.writeObject(i,character)
for i in self._magnets:
self.writeObject(i,character)
x=time.time()
y=x
enemy_time=x
distToMagnet=[self._width+ self._height,-1,-1]
while True:
if time.time()-x > self._speed[0]:
# update beams , coins , bullets
for i in self._beamsVertical:
self.removeObject(i)
i.write()
self.writeObject(i,character)
for i in self._beamsHorizontal:
self.removeObject(i)
i.write()
self.writeObject(i,character)
for i in self._beamsDiagnol:
self.removeObject(i)
i.write()
self.writeObject(i,character)
for i in self._coins:
self.removeObject(i)
i.write()
self.writeObject(i,character)
for i in self._bullets:
self.removeObject(i)
i.write()
self.writeObject(i,character)
for i in self._snowBalls:
self.removeObject(i)
i.write(enemy.lives)
self.writeObject(i,character)
for i in self._magnets:
self.removeObject(i)
i.write()
if abs(i.position20()-character.position40())+abs(i.position21()-character.position41()) < distToMagnet[0]:
distToMagnet[0]=abs(i.position20()-character.position40())+abs(i.position21()-character.position41())
distToMagnet[1]=i.position20()
distToMagnet[2]=i.position21()
self.writeObject(i,character)
# update characeter
if distToMagnet[0]>15:
self.removeObject(character)
character.down()
self.writeObject(character,character)
else:
self.removeObject(character)
character.towardsMagnet(distToMagnet[1],distToMagnet[2])
distToMagnet=[self._width+ self._height,-1,-1]
self.writeObject(character,character)
x=time.time()
if enemy.position01()>self._width-20:
self.removeObject(enemy)
enemy.write_right()
self.writeObject(enemy,character)
enemy.defense=1
elif x - enemy_time > 0.5:
if enemy.defense>0:
enemy.defense-=1
enemy_time=x
self.removeObject(enemy)
enemy.write_up_down(character.position30())
if character.position30() >= enemy.position00()+6 and character.position30() <= enemy.position00()+15:
self._snowBalls.append(snowBall(character.position30(),enemy.position01()-30))
elif character.position30() > enemy.position00()+15:
self._snowBalls.append(snowBall(enemy.position00()+12,enemy.position01()-30))
elif character.position30() < enemy.position00()+6:
self._snowBalls.append(snowBall(enemy.position00()+7,enemy.position01()-30))
self.writeObject(enemy,character)
if x-character.lastTime() > 10 and x- character.liveLost() > 3:
character.deactivateShield()
if self._speed[2]==1 and x-self._speed[1] > 10:
self._speed[0]=0.1
self._timeLeft=int(140-(x-y))
if 140-(x-y) < 0:
self.quitX()
print(Fore.WHITE,"\033[2;2HLive:"+str(character.lives)+" ",end='')
print("\033[30;1H")
print(Fore.WHITE,"\033[2;10HScore:"+str(character.score)+" ",end='')
print("\033[30;1H")
print(Fore.WHITE,"\033[2;20HShield:"+str(int(x-character.lastTime()))+" ",end='')
print("\033[30;1H")
print(Fore.WHITE,"\033[2;32HBoss:"+str(enemy.lives)+" ",end='')
print("\033[30;1H")
print(Fore.WHITE,"\033[2;42HTime Remaining:"+str(int(140-(x-y)))+" ",end='')
print("\033[30;1H")
self.write()
self.detectKey(character)
return True
def __init__(self):
self.__env = environment()
self.__boss = boss.boss(application=self, env=self.__env)