def addball(self):
if self.level==1:
level01=level1.level()
else:
level01=level2.level()
layout=level01.getlayout()
img_list=level01.getsprites()
x_offset=BLOCK_SIZE/2
y_offset=BLOCK_SIZE/2
centerpoint=[(2*BLOCK_SIZE)+x_offset,(3*BLOCK_SIZE)+y_offset]
ball=fireball(centerpoint,img_list[level01.FIREBALL])
self.fireball_sprites.add(ball)
def addball(self):
if self.level == 1:
level01 = level1.level()
else:
level01 = level2.level()
layout = level01.getlayout()
img_list = level01.getsprites()
x_offset = BLOCK_SIZE / 2
y_offset = BLOCK_SIZE / 2
centerpoint = [(2 * BLOCK_SIZE) + x_offset,
(3 * BLOCK_SIZE) + y_offset]
ball = fireball(centerpoint, img_list[level01.FIREBALL])
self.fireball_sprites.add(ball)
def LoadSprites(self):
x_offset = BLOCK_SIZE / 2
y_offset = BLOCK_SIZE / 2
if self.level == 1:
level01 = level1.level()
else:
level01 = level2.level()
layout = level01.getlayout()
img_list = level01.getsprites()
self.coin_sprites = pygame.sprite.RenderUpdates()
self.queen_sprites = pygame.sprite.RenderUpdates()
self.wall_sprites = pygame.sprite.RenderUpdates()
self.ladder_sprites = pygame.sprite.RenderUpdates()
self.fireball_sprites = pygame.sprite.RenderUpdates()
for y in xrange(len(layout)):
"""Select the layout based on 2-d matrix in the level file"""
for x in xrange(len(layout[y])):
centerpoint = [(x * BLOCK_SIZE) + x_offset,
(y * BLOCK_SIZE) + y_offset]
if layout[y][x] == level01.WALL:
wall = basicsprite.sprite(centerpoint,
img_list[level01.WALL])
self.wall_sprites.add(wall)
elif layout[y][x] == level01.PLAYER:
self.player = player(centerpoint, img_list[level01.PLAYER])
elif layout[y][x] == level01.COIN:
coin = basicsprite.sprite(centerpoint,
img_list[level01.COIN])
self.coin_sprites.add(coin)
elif layout[y][x] == level01.LADDER:
ladder = basicsprite.sprite(centerpoint,
img_list[level01.LADDER])
self.ladder_sprites.add(ladder)
elif layout[y][x] == level01.DONKEY:
self.donkey = donkey(centerpoint, img_list[level01.DONKEY])
elif layout[y][x] == level01.FIREBALL:
ball = fireball(centerpoint, img_list[level01.FIREBALL])
self.fireball_sprites.add(ball)
elif layout[y][x] == level01.QUEEN:
queen = basicsprite.sprite(centerpoint,
img_list[level01.QUEEN])
self.queen_sprites.add(queen)
self.player_sprites = pygame.sprite.RenderUpdates((self.player))
self.donkey_sprites = pygame.sprite.RenderPlain((self.donkey))
def LoadSprites(self):
x_offset=BLOCK_SIZE/2
y_offset=BLOCK_SIZE/2
if self.level==1:
level01=level1.level()
else:
level01=level2.level()
layout=level01.getlayout()
img_list=level01.getsprites()
self.coin_sprites=pygame.sprite.RenderUpdates()
self.queen_sprites=pygame.sprite.RenderUpdates()
self.wall_sprites=pygame.sprite.RenderUpdates()
self.ladder_sprites=pygame.sprite.RenderUpdates()
self.fireball_sprites=pygame.sprite.RenderUpdates()
for y in xrange(len(layout)):
"""Select the layout based on 2-d matrix in the level file"""
for x in xrange(len(layout[y])):
centerpoint=[(x*BLOCK_SIZE)+x_offset,(y*BLOCK_SIZE)+y_offset]
if layout[y][x]==level01.WALL:
wall=basicsprite.sprite(centerpoint,img_list[level01.WALL])
self.wall_sprites.add(wall)
elif layout[y][x]==level01.PLAYER:
self.player=player(centerpoint,img_list[level01.PLAYER])
elif layout[y][x]==level01.COIN:
coin=basicsprite.sprite(centerpoint,img_list[level01.COIN])
self.coin_sprites.add(coin)
elif layout[y][x]==level01.LADDER:
ladder=basicsprite.sprite(centerpoint,img_list[level01.LADDER])
self.ladder_sprites.add(ladder)
elif layout[y][x]==level01.DONKEY:
self.donkey=donkey(centerpoint,img_list[level01.DONKEY])
elif layout[y][x]==level01.FIREBALL:
ball=fireball(centerpoint,img_list[level01.FIREBALL])
self.fireball_sprites.add(ball)
elif layout[y][x]==level01.QUEEN:
queen=basicsprite.sprite(centerpoint,img_list[level01.QUEEN])
self.queen_sprites.add(queen)
self.player_sprites=pygame.sprite.RenderUpdates((self.player))
self.donkey_sprites=pygame.sprite.RenderPlain((self.donkey))
def _fireballLoader(self, xy, floor):
"""Loads fireballs from a donkey"""
ball = fireball(xy[0] + xy[2] + 1, xy[1], self._level, floor)
self._fireballList.add(ball)
def main():
screen = Screen()
flag = 0
i = 0
j = 0
pm = player(28, 1)
fb = [fireball(4, 2)]
screen.printfb(4, 2, 'O', fb[0], 0)
screen.printpm(28, 1, 'P', pm)
d = Ghost(4, 1)
screen.printg(4, 1, 'D', d)
os.system("clear")
screen.genCoins()
screen.printScreen()
count = 0
while (1):
if (count % 20 == 0 and count != 0):
fb = fb + [fireball(d.getX(), d.getY())]
print "Enter your Move :",
ch = getchar()
if (ch == ' '):
ch1 = getchar()
i = 1
for i in range(5):
pm.jump(ch1, screen, pm, i)
os.system("clear")
screen.printScreen()
time.sleep(0.1)
i += 1
i = 0
if (ch == 'q'):
break
pm.move(ch, screen, pm)
i = 0
rand1 = randint(3, 4)
prevX = d.getX()
prevY = d.getY()
d.move(rand1, screen, d)
nextX = d.getX()
nextY = d.getY()
while (prevX == nextX and prevY == nextY):
rand1 = randint(3, 4)
d.move(rand1, screen, d)
nextX = d.getX()
nextY = d.getY()
for i in range(len(fb)):
rand2 = randint(2, 3)
fb[i].move(screen, fb[i], rand2, i)
i += 1
print ""
os.system("clear")
screen.printScreen()
print "Score :",
print screen.getScore()
check1 = screen.checkGhost(pm, d, ch, rand1)
i = 0
for i in range(len(fb)):
check2 = screen.checkCollision(pm, fb[i], ch, i)
i += 1
if (check2 == 'q'):
break
if (check1 == 'q' or check2 == 'q'):
break
elif (pm.getX() == 1 and pm.getY() == 31):
flag = 1
break
else:
flag = 0
count += 1
print ""
print "Game Over!!! Your Final Score is:",
if (flag == 0):
print screen.getScore()
else:
print screen.getScore() + 50
def listen(self):
game_over = False
dead = False
P = self.P
FB = []
jump = 0
self.pause_status = False
while not game_over:
D = self.D
for evt in pygame.event.get():
if evt.type == pygame.QUIT:
game_over = True
if not self.pause_status:
if len(FB) < 3 and D.j == self.opening and (D.di, D.dj) == (0, 1):
FB.append(fireball(self, (D.i, D.j + 1), "F"))
for fb in FB:
# ToDo, slow down this rate(?)
mv = fb.move()
if not mv:
self.update_cell(fb.i, fb.j, " ")
FB.remove(fb)
D.move()
pygame.display.update()
dead = dead or self.checkCollision(P, D, FB)
jump = P.tryJump(jump)
if P.nothing_beneath() and not P.jumping:
P.move(move_d[pygame.K_DOWN])
dead = dead or self.checkCollision(P, D, FB)
if evt.type == pygame.KEYDOWN:
if self.pause_status == True:
if evt.key == pygame.K_c:
self.pause_status = False
self.update_status(" ")
else:
try:
P.move(move_d[evt.key])
except (KeyError):
if evt.key == pygame.K_SPACE and P.on_ground():
P.jumping = True
jump = P.jump_h
elif evt.key == pygame.K_ESCAPE:
self.pause_status = True
self.update_status("Game Paused. Press C to continue")
if self.board[P.i][P.j] == "Q":
P.score += 50
self.set_game()
FB = []
self.level += 1
if dead:
P.score = 0
P.lives = 3
self.set_game()
self.update_status("New Game. Press C to start")
self.update_score(P.score)
self.update_lives(P.lives)
dead = False
self.pause_status = True
pygame.display.update()
self.clock.tick(20 + self.level)
def main():
screen=Screen()
flag=0
i=0
j=0
pm=player(28,1)
fb=[fireball(4,2)]
screen.printfb(4,2,'O',fb[0],0)
screen.printpm(28,1,'P',pm)
d=Ghost(4,1)
screen.printg(4,1,'D',d)
os.system("clear")
screen.genCoins()
screen.printScreen()
count=0
while(1):
if(count%20==0 and count!=0):
fb=fb+[fireball(d.getX(),d.getY())]
print "Enter your Move :",
ch=getchar()
if(ch==' '):
ch1=getchar()
i=1
for i in range(5):
pm.jump(ch1,screen,pm,i)
os.system("clear")
screen.printScreen()
time.sleep(0.1)
i+=1
i=0
if(ch=='q'):
break
pm.move(ch,screen,pm)
i=0
rand1=randint(3,4)
prevX=d.getX()
prevY=d.getY()
d.move(rand1,screen,d)
nextX=d.getX()
nextY=d.getY()
while(prevX==nextX and prevY==nextY):
rand1=randint(3,4)
d.move(rand1,screen,d)
nextX=d.getX()
nextY=d.getY()
for i in range(len(fb)):
rand2=randint(2,3)
fb[i].move(screen,fb[i],rand2,i)
i+=1
print ""
os.system("clear")
screen.printScreen()
print "Score :",
print screen.getScore()
check1=screen.checkGhost(pm,d,ch,rand1)
i=0
for i in range(len(fb)):
check2=screen.checkCollision(pm,fb[i],ch,i)
i+=1
if(check2=='q'):
break
if(check1=='q' or check2=='q'):
break
elif( pm.getX()==1 and pm.getY()==31):
flag=1
break
else:
flag=0
count+=1
print ""
print "Game Over!!! Your Final Score is:",
if(flag==0):
print screen.getScore()
else:
print screen.getScore()+50
def main_loop(self): while self.done == False: #for event in pygame.event.get(): ## DISPLAY SCORE AND LIFE ##### FIREBALLS if self.firecount == 225: self.fireballs=fireball(self.plyboard.donk.rect.x,self.plyboard.donk.rect.y,25,25) self.fball.add(self.fireballs) self.firecount=0 else: self.firecount+=1 for manyballs in self.fball: if manyballs.rect.x<200 and manyballs.rect.y >800: self.fball.remove(manyballs) manyballs.move(self.plyboard.wall_list,self.plyboard.platform_list) if manyballs.collide(self.plyboard.player,self.fball) ==1: self.end=-1 break if self.end==-1: break ####### PLAYER MOVEMENT for self.event in pygame.event.get(): if self.event.type == pygame.QUIT : self.done= True ###### REACHING THE QUEEN if self.plyboard.queen.rect.bottom >= self.plyboard.player.rect.bottom: self.score+=50 self.end=1 break #### donkey player collsion if self.plyboard.donk.checkplayer(self.plyboard.gamer_list) == 1: self.end=-1 break self.plyboard.screen.fill(white) if self.event.type==pygame.KEYDOWN: if self.event.key == pygame.K_q: self.done= True self.grav=0 # to switch gravity on/off if self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) > 0 and self.event.key != pygame.K_w and self.event.key!=pygame.K_SPACE : self.plyboard.player.change_y=0 self.grav=1 if self.event.key==pygame.K_a: self.plyboard.player.movlr(-self.block_size,0,1,0) elif self.event.key==pygame.K_d: self.plyboard.player.movlr(self.block_size,0,1,0) elif self.event.key==pygame.K_w and self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) > 0: self.plyboard.player.movlr(0,-self.block_size,0,1) self.grav=1 elif self.event.key==pygame.K_SPACE : if self.plyboard.player.jump(self.plyboard.collide_list) == 0: if self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) > 0: self.grav=1 self.plyboard.player.movlr(0,0,0,1) elif self.event.key==pygame.K_s: self.plyboard.player.movlr(0,self.block_size,0,1) if self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) > 0: self.grav=1 if self.event.type==pygame.KEYUP: if self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) > 0 : self.plyboard.player.change_y=0 self.grav=1 if self.event.key==pygame.K_a or self.event.key==pygame.K_d : #or self.plyboard.player.movlr(0,0,1,0) if self.event.key==pygame.K_w or self.event.key==pygame.K_s: self.plyboard.player.movlr(0,0,1,1) if self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) == 0 : self.grav=0 self.flag=0 elif self.plyboard.ladder.touch_check(self.plyboard.player,self.plyboard.ladder_list) > 0 and self.flag==0 : self.plyboard.player.change_y=0 self.grav=1 self.flag=1 if self.end ==1 or self.end==-1: break #moving the donkey self.plyboard.donk.rand_move(self.plyboard.wall_list) ## Collecting coins self.score+=self.plyboard.player.collectCoin(self.plyboard.coin_list) self.plyboard.player.checkCollision(self.plyboard.collide_list,self.grav) self.plyboard.donk.checkCollision(self.plyboard.collide_list,0) self.plyboard.queen.checkCollision(self.plyboard.collide_list,0) for coin in self.plyboard.coin_list: coin.update(self.plyboard.platform_list) self.plyboard.screen.fill(white) self.plyboard.all_sprite_list.draw(self.plyboard.screen) self.plyboard.platform_list.draw(self.plyboard.screen) self.plyboard.ladder_list.draw(self.plyboard.screen) self.plyboard.coin_list.draw(self.plyboard.screen) self.fball.draw(self.plyboard.screen) self.plyboard.person_list.draw(self.plyboard.screen) self.plyboard.wall_list.draw(self.plyboard.screen) self.plyboard.display_score(self.score,self.life) pygame.display.update() self.clock.tick(100) #Sending score update if self.end ==- 1: return -self.score elif self.end ==1: return self.score else : return 3.14
