def print_board(self, k):
'''print board function'''
if self.player.level == 1:
print_background(self)
print_player(self)
draw_brick(self, self.bricks)
print_enemy(self)
print_bullet(self, self.bullets)
print_bullet(self, self.ebul)
if self.alivev == 1:
print_villain(self, self.vil.posx, self.vil.posy)
if self.alivev == 0:
win(self)
# time.sleep(3)
temp = ""
string = '\033[93m' + "Life=" + str(
self.player.life) + " Score=" + str(
self.player.score) + " Coins=" + str(
self.player.coins) + "\n" + '\033[0m'
if k >= 550 and self.alivev == 1:
string += '\033[93m' + "Boss Life=" + \
str(self.vil.life) + "\n" + '\033[0m'
temp += string
for i in range(40):
for j in range(k, k + 150, 1):
temp += self.level1[i][j]
print(temp)
else:
print_background(self)
print_player(self)
draw_brick(self, self.bricks2)
draw_coin(self, self.coins)
if time.time() - self.time >= 0.3:
write(self)
self.time = time.time()
temp = ""
string = '\033[93m' + "Life=" + str(
self.player.life) + " Score=" + str(
self.player.score) + " Coins=" + str(
self.player.coins) + "\n" + '\033[0m'
temp += string
for i in range(40):
for j in range(k, k + 150, 1):
temp += self.level1[i][j]
print(temp)
def play():
while not variables.finish:
if variables.curPlayer == 1:
variables.curChess = "*"
print("\033[1;37;40m * - Enter the coords of the chess (e.g. A0): \033[0m")
else:
variables.curChess = "o"
print("\033[1;30;42m o - Enter the coords of the chess (e.g. A0): \033[0m")
user_input = input()
ch = user_input[0]
x = ord(ch.upper()) - 65
y = int(user_input[1])
if exist(x, y) and len(user_input) == 2:
flag = update_board(x, y)
if flag == 0:
print("\033[31m****** The place has been taken! Please try again! \033[0m")
continue
f = check_win(x, y)
if f == 1:
win()
break
swap_player()
show_board()
else:
print("\033[31m*** Invalid coords! Please try again! ***\033[0m")
def press(action):
#check si l'action est bien zqsd
if action == "z" or action == "q" or action == "s" or action == "d":
# check si le moove est possible
if moove.checkMoove(action, variables.positionY, variables.positionX,
variables.checkLab):
#appel de la fonction pour chager la position de l'avatar et l'avatar lui même
mouvement = moove.moove(action, variables.positionY,
variables.positionX, variables.avatar)
#recuperer les tuples
variables.positionY = mouvement[0]
variables.positionX = mouvement[1]
variables.avatar = mouvement[2]
#comme dans le main
clear()
pMap.printTitre()
pMap.printLab(variables.positionY, variables.positionX,
variables.lab, variables.avatar)
#check si win
if variables.positionY == 0 or variables.positionX == 0 or variables.positionY == (
len(variables.lab) -
1) or variables.positionX == (len(variables.lab[0]) - 1):
win.win()
else:
print("Vous ne pouvez pas traverser les murs")
else:
print("ZQSD uniquement merci")
def play_(self):
running = True
self.screen.blit(self.bg, (0, 0))
self.player1_char_set()
self.player2_char_set()
flag = 0
msg = False
while running:
self.player1_play()
# self.player2(2)
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
temp = 0
mouse_pos = pygame.mouse.get_pos()
for i, rect in enumerate(self.button):
if rect.collidepoint(mouse_pos):
if event.type == MOUSEBUTTONDOWN:
flag = 1
self.attack = self.data[int(
self.player1_id)]['attacks'][self.button.index(
rect)]['attack_name']
self.attack_damage = self.data[int(
self.player1_id)]['attacks'][self.button.index(
rect)]['attack_damage']
self.attack_desc = self.data[int(
self.player1_id)]['attacks'][self.button.index(
rect)]['attack_desc']
self.attack_message = self.data[int(
self.player1_id)]['attacks'][self.button.index(
rect)]['attack_message']
if (flag == 1):
self.update_player1()
flag = 2
pygame.display.update()
pygame.time.wait(2000)
if (flag == 2):
self.attack = self.data[int(
self.player2_id)]['attacks'][0]['attack_name']
self.attack_damage = self.data[int(
self.player2_id)]['attacks'][0]['attack_damage']
self.attack_desc = self.data[int(
self.player2_id)]['attacks'][0]['attack_desc']
self.attack_message = self.data[int(
self.player2_id)]['attacks'][0]['attack_message']
self.update_player2()
flag = 0
if (self.win):
running = False
win(self.win)
print(self.won, 'is the winner')
break
pygame.display.update()
self.mainClock.tick(10)
def play():
print("Going to the Game...\n\n")
game.start()
file = open("gnav.txt")
nav = file.read()
file.close()
if nav == "1":
os.system('cls')
win.win()
score()
elif nav == "2":
os.system('cls')
lose.lose()
main()
else:
os.system('cls')
main()
def play():
print("Going to the Game...\n\n")
game.start()
file=open("gnav.txt")
nav=file.read()
file.close()
if nav=="1":
os.system('cls')
win.win()
score()
elif nav=="2":
os.system('cls')
lose.lose()
main()
else:
os.system('cls')
main()
def battleloop():
if player.hp > 0 and enemy.hp > 0:
if player.agi > enemy.agi:
pfirst()
elif player.agi < enemy.agi:
efirst()
elif player.agi == enemy.agi:
randord = r.randint(1, 2)
if randord == 1:
pfirst()
elif randord == 2:
efirst()
else:
battleloop()
elif player.hp <= 0:
d.death()
elif enemy.hp <= 0:
w.win()
battleloop()
def fastwatch(self):
ret = self.checktoken()
if ret is None :
return self.jsonify(code=1, msg='No permission')
if self._curpic:
picwin = win()
picwin.wildfind(viewer_title)
if picwin.valid():
return self.jsonify(code=0, data=self._curpic)
if self.ppt and self.ppt.opened():
return self.jsonify(code=0, data=str(self.ppt.curslide())+'.png')
return self.jsonify(code=0, data='')
def _whattoshow(self):
if self._curpic:
picwin = win()
picwin.wildfind(viewer_title)
#picwin.wildfind('Notepad')
if picwin.valid():
print('I think we can find the window')
return self._curpic
if self._curppt:
if self.ppt and self.ppt.opened():
return str(self.ppt.curslide()) + '.png'
return ''
def _openppt(self, filename=None):
self._closeall()
if filename :
self._curppt = filename
if self._curppt is None: return
path = os.path.join(os.path.abspath(os.path.join(os.path.dirname(__file__))),'files')
self.ppt.open(path + os.sep + self._curppt)
# slide's name is 1.png,2.png,....
self.ppt.makepics( path )
# manipulate ppt window
pptwin = win()
pptwin.wildfind(self._curppt)
n = 3
while not pptwin.valid() and n:
time.sleep(0.3)
pptwin.wildfind(self._curppt)
n = n - 1
if pptwin.valid():
pptwin.foreground()
pptwin.activate()
self._broadcast()
sac = subprocess.Popen('./a.out',
shell=True,
stdin=subprocess.PIPE,
stdout=None,
stderr=subprocess.PIPE)
output[0] = int(output[0]) - 1
output[1] = int(output[1]) - 1
output[2] = int(output[2]) - 1
output[3] = int(output[3]) - 1
output = str(output[0]) + ' ' + str(output[1]) + ' ' + str(
output[2]) + ' ' + str(output[3]) + ' ' + 'k'
sac.communicate(output)
print output
if (win.win(1) == 'w'):
flagwin = 1
vic = 1
#BOT 2 KA CODE
else:
no = 2
proc2 = subprocess.Popen('python runner2.py',
shell=True,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
[a, b] = proc2.communicate()
verd = int(a[12])
print verd
if (verd == 5 or verd == 2):
def update(self, event):
self.getbinpos(self.Player)
worldob = self.get_binobjs(self.Player)
dt = float(time.time() - self.timer)
if dt >= 1:
pass
if dt >= 3:
self.intro_text.set_alpha(self.intro_text.get_alpha() - (self.fade_rate + 2))
if self.intro_text.get_alpha() <= 0:
pass
if self.fade.get_alpha() - self.fade_rate <= 0:
self.fade.set_alpha(0)
else:
curr_a = self.fade.get_alpha()
curr_a -= self.fade_rate
self.fade.set_alpha(curr_a)
x = self.fade.get_alpha()
self.check_esc()
self.DRAW_DISP.fill(GAME_GLOBALS.BLACK)
self.check_active_dialog()
self.update_score(time.time() - self.time_flag)
if self.currlevel == 2:
self.leveltimer -= 2
if self.leveltimer == 0:
GAME_GLOBALS.GAME_STATE = cutscene.Cutscene('../images/darkmaze.jpg','../resource/EVEmaze', self.nextl)
for f in self.finish:
if self.currlevel == 4:
self.final = True
self.music.stop()
if self.Player.rect.collidepoint(f):
if self.final:
GAME_GLOBALS.GAME_STATE = win.win()
elif self.currlevel == 0:
GAME_GLOBALS.GAME_STATE = cutscene.Cutscene('../images/Eve awake.png','../resource/EVEawkeningcinematic', self.nextl)
elif self.currlevel == 1:
GAME_GLOBALS.GAME_STATE = cutscene.Cutscene('../images/darkalley.jpg','../resource/EVEknows', self.nextl)
elif self.currlevel == 3:
GAME_GLOBALS.GAME_STATE = cutscene.Cutscene('../images/flare.png','../resource/EVEplots', self.nextl)
for e in self.Enemygroup:
self.getbinpos(e)
proj = e.update(self.Player.rect, self.get_binobjs(e))
if proj != None:
self.Projectiles.add(proj)
for p in self.Projectiles:
test = p.update(self.Wallgroup, self.Player.rect, self.Player)
if test == True and p.hitplayer == True:
bloodsplatter = pygame.sprite.Group()
self.splatter = True
for j in range(20):
bloodsplatter.add(Ball.Ball((0,0,0),100,self.Player.rect.center))
self.currentsplatter = bloodsplatter
self.Projectiles.remove(p)
p = None
elif test == True:
self.Projectiles.remove(p)
flags = self.Player.update(event, worldob, self.Enemygroup, self.current_score, self.Projectiles)
if flags == 'died':
GAME_GLOBALS.GAME_STATE = deathscreen.Deathscreen(self.current_score, self.levelname)
if 'player_dmg' in flags:
bloodsplatter = pygame.sprite.Group()
self.splatter = True
for j in range(20):
bloodsplatter.add(Ball.Ball((0,1,0),100,self.Player.rect.center))
self.currentsplatter = bloodsplatter
for d in self.Doorgroup:
dpos = d.teleport_hax(self.Player.rect)
self.Player.rect.centerx += dpos[0]
self.camera.update(self.Player.rect.center)
for i in self.Enemygroup:
if i.health <= 0:
bloodsplatter = pygame.sprite.Group()
self.splatter = True
for j in range(20):
bloodsplatter.add(Ball.Ball((0,0,0),100,i.rect.center))
self.currentsplatter = bloodsplatter
self.current_score += 500
scoretext = pygame.Surface((100,100))
scoretext.fill(GAME_GLOBALS.BLACK)
scoretext.set_colorkey(GAME_GLOBALS.BLACK)
scoretext.blit(self.font_obj.render("+500", 1,
(random.randint(1,255),
random.randint(1,255),
random.randint(1,255))), (0,0))
scoretext.set_alpha(255)
newball = Ball.Ball((0, 0, 0), 2, i.rect.topleft, im=scoretext)
self.extras.append(newball)
self.points.play()
self.Enemygroup.remove(i)
self.DRAW_DISP.blit(self.camera.current_frame, (0, 0))
for e in self.Enemygroup:
p = (e.rect.left - self.camera.r.left, e.rect.top - self.camera.r.top)
self.DRAW_DISP.blit(e.image, p)
for p in self.Projectiles:
f = (p.rect.left - self.camera.r.left, p.rect.top - self.camera.r.top)
self.DRAW_DISP.blit(p.image, f)
if self.splatter:
if len(self.currentsplatter) != 0:
for b in self.currentsplatter:
if b.update() == 1:
self.currentsplatter.remove(b)
else:
c = (b.rect.left - self.camera.r.left, b.rect.top - self.camera.r.top)
self.DRAW_DISP.blit(b.image,c)
else:
self.splatter = False
self.HUD.update((self.Player.current_health, self.Player.max_health), self.current_score, self.Player.invuln, self.col, self.row, self.newmap, self.currlevel)
if self.Player.state == gameobj.ATTACKING:
if self.Player.angle in [0, -45, -90]:
self.DRAW_DISP.blit(self.Player.image, (462, 434 - self.Player.image.get_size()[1]))
elif self.Player.angle in [180, -135]:
self.DRAW_DISP.blit(self.Player.image, (462, 334))
elif self.Player.angle == 45:
self.DRAW_DISP.blit(self.Player.image, (562- self.Player.image.get_size()[0], 434- self.Player.image.get_size()[1]))
else:
self.DRAW_DISP.blit(self.Player.image, (562 - self.Player.image.get_size()[0], 334))
else:
self.DRAW_DISP.blit(self.Player.image, (462, 334))
if self.currlevel == 2 or self.currlevel == 4:
if self.shaketimer == 500:
self.shakecooldown = 0
if self.shaketimer != 500 and self.shakecooldown == 1000:
x = self.shake()
temp = pygame.Surface(GAME_GLOBALS.WINDOW_SIZE)
temp.blit(self.DRAW_DISP, (0,0))
self.DRAW_DISP.blit(temp, x)
self.shaketimer += 2
else:
self.shakecooldown += 5
self.shaketimer = 0
for e in self.extras:
if e.update() == 1:
self.extras.remove(e)
else:
c = (e.rect.left - self.camera.r.left, e.rect.top - self.camera.r.top)
self.DRAW_DISP.blit(e.image, c)
self.DRAW_DISP.blit(self.fade, (0, 0))
self.DRAW_DISP.blit(self.intro_text, (GAME_GLOBALS.WINDOW_WIDTH/2 - self.intro_text.get_size()[0]/2,
GAME_GLOBALS.WINDOW_HEIGHT/3))
if GAME_GLOBALS.BALANCE >= 0:
GAME_GLOBALS.LOFFSET.set_alpha(abs(GAME_GLOBALS.BALANCE) * 20)
self.DRAW_DISP.blit(GAME_GLOBALS.LOFFSET, (0,0), None, 0)
else:
GAME_GLOBALS.DOFFSET.set_alpha(abs(GAME_GLOBALS.BALANCE) * 20)
self.DRAW_DISP.blit(GAME_GLOBALS.DOFFSET, (0,0), None, 0)
if self.levelname == '../images/ASCIILEVEL3.txt':
self.DRAW_DISP.blit(self.shade, (0, 0), special_flags=pygame.BLEND_MULT)
self.HUD.update((self.Player.current_health, self.Player.max_health), self.current_score, self.Player.invuln, self.col, self.row, self.newmap, self.currlevel)
if self.ds != None:
self.ds.update()
self.DRAW_DISP.blit(self.ds.backsurf, (GAME_GLOBALS.WINDOW_WIDTH/2 - self.ds.backsurf.get_size()[0]/2, GAME_GLOBALS.WINDOW_HEIGHT/2 - self.ds.backsurf.get_size()[1]/2))
self.check_esc()
output=str(output[0])+' '+str(output[1])+' '+str(output[2])+' '+str(output[3])+' '+'m'
print output
sac.communicate(output)
elif(result=='k'):
sac=subprocess.Popen('./a.out',shell=True,stdin=subprocess.PIPE,stdout=None,stderr=subprocess.PIPE)
output[0]=int(output[0])-1
output[1]=int(output[1])-1
output[2]=int(output[2])-1
output[3]=int(output[3])-1
output=str(output[0])+' '+str(output[1])+' '+str(output[2])+' '+str(output[3])+' '+'k'
sac.communicate(output)
print output
if(win.win(1)=='w'):
flagwin=1
vic=1
#BOT 2 KA CODE
else:
no=2
proc2=subprocess.Popen('python runner2.py',shell=True,stdin=subprocess.PIPE,stdout=subprocess.PIPE,stderr=subprocess.PIPE)
[a,b]=proc2.communicate()
verd=int(a[12])
print verd
if (verd==5 or verd==2):
if verd==5:
#print "time limit exceeded,exiting"
#exit()
error=1
