def __init__(self,score,lives,level):
""" Constructor Function: called automatically when an instance of the class is created """
"""Creating Player """
self.player = Player.Player()
""" Creating a List for Donkey and Fireballs"""
self.fireball_sprites = pygame.sprite.Group()
""" Declaring Current Level """
self.current_level = Board.Board(self.player)
""" Creating various Sprite Groups """
self.moving_sprites = pygame.sprite.Group()
self.donkey_sprites = pygame.sprite.Group()
self.player.level = self.current_level
""" Player's initial Location """
self.player.rect.x = 30
self.player.rect.y = HEIGHT - self.player.rect.height-30
"""Adding Player in moving_sprites to make updates easy"""
self.moving_sprites.add(self.player)
""" List that contains random numbers for turning Donkey """
self.donkeyturn = []
""" Creating Donkey and adding it to lists """
for i in range(0,level):
donkey = Donkey.Donkey()
"""Donkey's initial Location"""
donkey.rect.x = 30+30*i
donkey.rect.y = 120
"""Adding Donkey in various lists"""
self.donkey_sprites.add(donkey)
self.donkeyturn.append(random.randint(100,200))
self.moving_sprites.add(donkey)
""" For restarting and respawing """
self.game_over = False
self.game_win = False
""" Score Lives Level """
self.level = level
self.score = score
self.lives = lives
""" Flag to check when 'a' or 's' is pressed """
self.flag = 0
""" Counter to randomize things """
self.counter = 0
def main():
life=3
move=0
side=0
level=1
while(1):
screen=Board()
p1=Player(24,2)
screen.printP(24,2,'P')
d1=Donkey(4,5)
screen.printD(4,5,'D')
os.system("clear") #clears the terminal screen!
screen.coingen()
screen.screenout()
while(1):
print "Let's Save The Queen!!"
print "Enter your move :"
PX=p1.getX()
PY=p1.getY()
ch=getchar()
if(ch=='q'):
break
if(ch=='a' or ch=='A'):
side=1
if(screen.checkCHAR(PX,PY-1,'Q')):
screen.saved('1')
level+=1
break
elif(ch=='D' or ch=='d'):
side=0
prevPX=p1.getX()
prevPY=p1.getY()
prevDX=d1.getX()
prevDY=d1.getY()
d1.move(screen,d1)
DX=d1.getX()
DY=d1.getY()
p1.move(ch,screen,side)
PX=p1.getX()
PY=p1.getY()
if(((((ch=='a' or ch=='A') or(ch=='d' or ch=='D') )and ((prevDX==PX and prevDY==PY) and (prevPX==DX and prevPY==DY))) or (DX==PX and DY==PY) )and (life>0)):
life-=1
break
print ""
os.system("clear")
screen.screenout()
print "Level :",
print level
print "Score :",
print screen.getscore()
print "Life :",
print life
if(DX==PX and DY==PY):
screen.printD(PX,PY,'D')
if(life>0):
continue
else:
break
if(ch=='q'):
break
if(life==0):
print "Sorry U can't make it!!"
break
elif(life>0):
continue
elif(screen.checkSAVED()==1):
print "Queen Saved!!",
continue
elif(screen.checkSAVED()==0):
print "Let's Try Again!!",
print ""
print "Final Score :",
print screen.getscore()
print "Life :",
print life
print "Level Reached :",
print level
def main():
# print
while(1):
global lives
global score
if(lives==0):
break
screen=Screen(score)
screen.generatecoin()
screen.printscreen()
pl=Player(24,1)
dn=Donkey(4,1)
# dn.donkeyposition(screen)
while(1):
global cnt
global firefl
cnt+=1
ch=getchar()
if(ch=='q'):
lives=0
break
if(cnt==10):
fb=Fireball(dn.getx(),dn.gety())
fb.move(screen)
firefl=1
cnt=-10000
if(firefl==1):
fb.move(screen)
if(fb.getx()==pl.getx() and fb.gety()==pl.gety()):
lives-=1
score=screen.getscore()
score-=50
os.system("clear")
break
if(dn.getx()==pl.getx() and dn.gety()==pl.gety()):
lives-=1
os.system("clear")
score=screen.getscore()
score-=50
break
dn.move(screen)
if(firefl==1):
# fb.move(screen)
if(fb.getx()==pl.getx() and fb.gety()==pl.gety()):
lives-=1
score=screen.getscore()
score-=50
os.system("clear")
break
if(dn.getx()==pl.getx() and dn.gety()==pl.gety()):
lives-=1
os.system("clear")
score=screen.getscore()
score-=25
break
pl.move(ch,screen)
if(firefl==1):
# fb.move(screen)
if(fb.getx()==pl.getx() and fb.gety()==pl.gety()):
lives-=1
score=screen.getscore()
score-=50
os.system("clear")
break
if(dn.getx()==pl.getx() and dn.gety()==pl.gety()):
lives-=1
os.system("clear")
score=screen.getscore()
score-=50
break
if(pl.gety()==28 and pl.getx()==1):
score=screen.getscore()
score+=50
os.system("clear")
print "Bravo!!! You saved your Queen"
print 'You get 50 bonus points'
lives=3
break
print "Your Score:"
print screen.getscore()
print "Ooops!!! Game Over: Your Final Score was:",
print screen.getscore()
def __init__(self):
#Important to begin and initialize everything
pygame.init()
#Determine the dimension
self.display_Width = 1200
self.display_Height = 600
self.image_Width = 30
self.image_Height = 30
#Setup the Display
self.DISPLAYSURF = pygame.display.set_mode((self.display_Width , self.display_Height))
pygame.display.set_caption('DonkeyPy')
#Define the colors
self.white = (255,255,255)
self.black = (0,0,0)
self.blue = (0,0,128)
self.red = (255,0,0)
#Set up the self.clock for the game and decide Frame Rate
self.clock = pygame.time.Clock()
self.FPS = 30
#Introduce self.fonts
self.font = pygame.font.SysFont(None, 25) # self.font Size 25
#Alias Directions
self.UP = 'up'
self.DOWN = 'down'
self.LEFT = 'left'
self.RIGHT = 'right'
self.big_list = pygame.sprite.Group()
#Introduce our players
self.donkey = Donkey()
self.big_list.add(self.donkey)
#Introduce the Queen
self.queen = Queen(150,68)
self.queen_list = pygame.sprite.Group()
self.queen_list.add(self.queen)
#Introduce the Boards
self.board = Board(0,0)
self.block_list = pygame.sprite.Group()
#Introduce the Ladders
self.ladder_list = pygame.sprite.Group()
self.ladder_1 = Ladder()
self.ladder_list.add(self.ladder_1)
self.ladder_2 = Ladder()
self.ladder_list.add(self.ladder_2)
self.ladder_3 = Ladder()
self.ladder_list.add(self.ladder_3)
self.ladder_4 = Ladder()
self.ladder_list.add(self.ladder_4)
self.ladder_5 = Ladder()
self.ladder_list.add(self.ladder_5)
#Introduce the Bananas
self.banana_list = pygame.sprite.Group()
#Bring Home the Fire !
self.fire_list = pygame.sprite.Group()
#Introduce the Villian
self.man = Human()
self.great_list = pygame.sprite.Group()
class App():
def __init__(self):
#Important to begin and initialize everything
pygame.init()
#Determine the dimension
self.display_Width = 1200
self.display_Height = 600
self.image_Width = 30
self.image_Height = 30
#Setup the Display
self.DISPLAYSURF = pygame.display.set_mode((self.display_Width , self.display_Height))
pygame.display.set_caption('DonkeyPy')
#Define the colors
self.white = (255,255,255)
self.black = (0,0,0)
self.blue = (0,0,128)
self.red = (255,0,0)
#Set up the self.clock for the game and decide Frame Rate
self.clock = pygame.time.Clock()
self.FPS = 30
#Introduce self.fonts
self.font = pygame.font.SysFont(None, 25) # self.font Size 25
#Alias Directions
self.UP = 'up'
self.DOWN = 'down'
self.LEFT = 'left'
self.RIGHT = 'right'
self.big_list = pygame.sprite.Group()
#Introduce our players
self.donkey = Donkey()
self.big_list.add(self.donkey)
#Introduce the Queen
self.queen = Queen(150,68)
self.queen_list = pygame.sprite.Group()
self.queen_list.add(self.queen)
#Introduce the Boards
self.board = Board(0,0)
self.block_list = pygame.sprite.Group()
#Introduce the Ladders
self.ladder_list = pygame.sprite.Group()
self.ladder_1 = Ladder()
self.ladder_list.add(self.ladder_1)
self.ladder_2 = Ladder()
self.ladder_list.add(self.ladder_2)
self.ladder_3 = Ladder()
self.ladder_list.add(self.ladder_3)
self.ladder_4 = Ladder()
self.ladder_list.add(self.ladder_4)
self.ladder_5 = Ladder()
self.ladder_list.add(self.ladder_5)
#Introduce the Bananas
self.banana_list = pygame.sprite.Group()
#Bring Home the Fire !
self.fire_list = pygame.sprite.Group()
#Introduce the Villian
self.man = Human()
self.great_list = pygame.sprite.Group()
def makeFire(self):
self.fireball = Fire(0,0)
self.fireball.x = self.man.x
self.fireball.y = 104
self.fireball.rect.x = self.fireball.x
self.fireball.rect.y = self.fireball.y
self.fire_list.add(self.fireball)
def makeBananas(self,quantity,check):
if check == 0 :
for bananas in self.banana_list:
self.banana_list.remove(bananas)
for i in range(quantity/4):
self.banana = Banana(0,0)
self.banana.x = random.randrange(0,self.display_Width-40,30)
self.banana.y = 538
self.banana.rect.x = self.banana.x
self.banana.rect.y = self.banana.y
self.banana_list.add(self.banana)
self.big_list.add(self.banana)
for i in range(quantity/4):
self.banana = Banana(0,0)
self.banana.x = random.randrange(100,1000,30)
self.banana.y = 438
self.banana.rect.x = self.banana.x
self.banana.rect.y = self.banana.y
self.banana_list.add(self.banana)
self.big_list.add(self.banana)
for i in range(quantity/4):
self.banana = Banana(0,0)
self.banana.x = random.randrange(300,self.display_Width-40,30)
self.banana.y = 288
self.banana.rect.x = self.banana.x
self.banana.rect.y = self.banana.y
self.banana_list.add(self.banana)
self.big_list.add(self.banana)
for i in range(quantity/4):
self.banana = Banana(0,0)
self.banana.x = random.randrange(0,900,30)
self.banana.y = 188
self.banana.rect.x = self.banana.x
self.banana.rect.y = self.banana.y
self.banana_list.add(self.banana)
self.big_list.add(self.banana)
def changePosition(self, ladder, x, y):
""" Function modifies the postion of the ladder """
ladder.x = x
ladder.y = y
def makeLadders(self):
self.changePosition(self.ladder_1,200,150)
self.renderImage(self.ladder_1.body, self.ladder_1.x, self.ladder_1.y)
self.changePosition(self.ladder_2,400,250)
self.renderImage(self.ladder_2.body, self.ladder_2.x, self.ladder_2.y)
self.changePosition(self.ladder_3,800,350)
self.renderImage(self.ladder_3.body, self.ladder_3.x, self.ladder_3.y)
self.changePosition(self.ladder_4,800,395)
self.renderImage(self.ladder_4.body, self.ladder_4.x, self.ladder_4.y)
self.changePosition(self.ladder_5,546,500)
self.renderImage(self.ladder_5.body, self.ladder_5.x, self.ladder_5.y)
def generateBoard(self,check):
if check == 0:
for i in range(0,45):
self.new_block = Board(i*30,570)
self.block_list.add(self.new_block)
self.DISPLAYSURF.blit(self.board.image,(i*30,570))
for i in range(0,30):
self.new_block = Board(100+i*30,470)
self.block_list.add(self.new_block)
self.DISPLAYSURF.blit(self.board.image,(100+i*30,470))
for i in range(0,30):
self.new_block = Board(300+i*30,320)
self.block_list.add(self.new_block)
self.DISPLAYSURF.blit(self.board.image,(300+i*30,320))
for i in range(0,30):
self.new_block = Board(i*30,220)
self.block_list.add(self.new_block)
self.DISPLAYSURF.blit(self.board.image,(i*30,220))
for i in range(0,15):
self.new_block = Board(150+i*30,120)
self.block_list.add(self.new_block)
self.DISPLAYSURF.blit(self.board.image,(150+i*30,120))
else:
for baba in self.block_list:
self.DISPLAYSURF.blit(baba.image,(baba.x,baba.y))
def gravity(self):
self.gravity_list = pygame.sprite.Group()
self.gravity_list = pygame.sprite.spritecollide(self.donkey, self.block_list, False)
if len(self.gravity_list) == 0 and self.donkey.canClimbUp == False:
self.donkey.y = self.donkey.y + 1.5
def printMessage(self,msg, color, x, y):
self.show_text = self.font.render(msg, True, color)
self.DISPLAYSURF.blit(self.show_text,[x,y])
def boundaryCheck(self):
if self.donkey.x > self.display_Width - self.image_Width or self.donkey.x < 0 or self.donkey.canMoveSide == False:
self.donkey.x_Stop()
if self.donkey.y > 538:
self.donkey.y_Stop()
def canClimb(self):
self.m = self.donkey.x
self.y = self.donkey.y
if self.m > self.ladder_1.x-15 and self.m <self.ladder_1.x+15:
if self.y <= self.ladder_1.y+42 and self.y >= self.ladder_1.y-62:
self.donkey.canClimbUp = True
else:
self.donkey.canClimbUp = False
elif self.m > self.ladder_2.x-15 and self.m <self.ladder_2.x+15:
if self.y <= self.ladder_2.y+42 and self.y >= self.ladder_2.y-62:
self.donkey.canClimbUp = True
else:
self.donkey.canClimbUp = False
elif self.m > self.ladder_3.x-15 and self.m <self.ladder_3.x+15:
if self.y <= self.ladder_3.y+50 and self.y >= self.ladder_3.y-62:
self.donkey.canClimbUp = True
elif self.y <= self.ladder_4.y+44 and self.y >= self.ladder_4.y-62:
self.donkey.canClimbUp = True
else:
self.donkey.canClimbUp = False
elif self.m > self.ladder_5.x-15 and self.m <self.ladder_5.x+15:
if self.y <= self.ladder_5.y+70 and self.y >= self.ladder_5.y-62:
self.donkey.canClimbUp = True
else:
self.donkey.canClimbUp = False
def canHorizontal(self):
self.m = self.donkey.x
self.y = self.donkey.y
if self.m > self.ladder_1.x-30 and self.m <self.ladder_1.x+30:
if self.y <= self.ladder_1.y+37 and self.y >= self.ladder_1.y-57:
self.donkey.canMoveSide = False
else:
self.donkey.canMoveSide = True
elif self.m > self.ladder_2.x-30 and self.m <self.ladder_2.x+30:
if self.y <= self.ladder_2.y+37 and self.y >= self.ladder_2.y-57:
self.donkey.canMoveSide = False
else:
self.donkey.canMoveSide = True
elif self.m > self.ladder_3.x-30 and self.m <self.ladder_3.x+30:
if self.y <= self.ladder_3.y+50 and self.y >= self.ladder_3.y-57:
self.donkey.canMoveSide = False
elif self.y <= self.ladder_4.y and self.y >= self.ladder_4.y-62:
self.donkey.canMoveSide = False
else:
self.donkey.canMoveSide = True
elif self.m > self.ladder_5.x-30 and self.m <self.ladder_5.x+30:
if self.y <= self.ladder_5.y+37 and self.y >= self.ladder_5.y-57:
self.donkey.canMoveSide = False
else:
self.donkey.canMoveSide = True
else:
self.donkey.canMoveSide = True
def canFallDown(self):
for fires in self.fire_list:
self.m = fires.x
self.y = fires.y
if self.m > self.ladder_1.x-15 and self.m <self.ladder_1.x+15:
if self.y <= self.ladder_1.y+50 and self.y >= self.ladder_1.y-62:
fires.canFallDown = True
else:
fires.canFallDown = False
elif self.m > self.ladder_2.x-15 and self.m <self.ladder_2.x+15:
if self.y <= self.ladder_2.y+50 and self.y >= self.ladder_2.y-62:
fires.canFallDown = True
else:
fires.canFallDown = False
elif self.m > self.ladder_3.x-15 and self.m <self.ladder_3.x+15:
if self.y <= self.ladder_3.y+50 and self.y >= self.ladder_3.y-62:
fires.canFallDown = True
elif self.y <= self.ladder_4.y+50 and self.y >= self.ladder_4.y-62:
fires.canFallDown = True
else:
fires.canFallDown = False
elif self.m > self.ladder_5.x-15 and self.m <self.ladder_5.x+15:
if self.y <= self.ladder_5.y+50 and self.y >= self.ladder_5.y-62:
fires.canFallDown = True
else:
fires.canFallDown = False
else:
fires.canFallDown = False
def getPosition(self,body):
self.pos = [body.x , body.y]
return self.pos
def checkWall_Up(self):
self.canClimb()
if self.donkey.canClimbUp == False:
self.donkey.y_Stop()
def checkWall_Down(self):
self.canClimb()
if self.donkey.canClimbUp == False:
self.donkey.y_Stop()
def Jump(self):
if self.donkey.canJump == True:
for i in range(210):
self.donkey.Jump()
self.renderImage(self.donkey.body, self.donkey.x, self.donkey.y)
self.platform_hit_list = pygame.sprite.spritecollide(self.donkey, self.block_list, False)
if len(self.platform_hit_list) == 0:
self.donkey.canJump = False
else:
self.donkey.canJump = True
def handleFire(self):
self.canFallDown()
for fires in self.fire_list:
if fires.canFallDown == True :
fires.moveDown()
self.DISPLAYSURF.blit(fires.image,(fires.x,fires.y))
def collectCoin(self):
self.block_hit_list = pygame.sprite.spritecollide(self.donkey,self.banana_list,True)
if len(self.block_hit_list)>0:
self.donkey.score += len(self.block_hit_list)*5
def checkCollision(self):
for fires in self.fire_list:
self.handleFire()
self.fire_hit_list = pygame.sprite.spritecollide(fires, self.block_list, False)
fires.find_Level()
fires.moveWeird()
self.player_fire_hit_list = pygame.sprite.spritecollide(self.donkey, self.fire_list, True)
if len(self.player_fire_hit_list) > 0:
self.donkey.lives -= 1
self.donkey.resetPos()
def checkGameStatus(self):
self.win_list = pygame.sprite.spritecollide(self.donkey, self.queen_list, False)
if len(self.win_list) > 0:
self.donkey.score += 50
self.donkey.win = True
return True
else:
return False
def renderImage(self,body,x,y):
self.DISPLAYSURF.blit(body,(x,y))
def main(self):
self.gameOver = False
self.gameOverDone = False
self.check = 0
self.counter = 0
while not self.gameOverDone:
if self.donkey.lives <= 0:
self.donkey.Penalize()
self.donkey.win = False
self.gameOver = True
self.gameOverDone = False
while self.gameOver == True:
self.DISPLAYSURF.fill(self.black)
self.message = "Final Score : "+str(self.donkey.score)
self.message2 = "Game Over "
self.message3 = "Thanks For Playing!"
self.message4 = "Press 'q' to : Quit"
self.message5 = "Press 'r' to : Reset"
self.printMessage(self.message, self.white, 490, 350)
self.printMessage(self.message4, self.white, 485, 370)
self.printMessage(self.message5, self.white, 482, 390)
self.printMessage(self.message2, self.red, 510, 250)
self.printMessage(self.message3, self.red, 470, 280)
pygame.display.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.gameOverDone = False
pygame.quit()
quit()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_r:
self.donkey.newGame()
for fires in self.fire_list:
self.fire_list.remove(fires)
self.gameOver = False
self.check = 0
if event.key == pygame.K_q:
self.gameOverDone = False
pygame.quit()
quit()
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.gameOverDone = False
pygame.quit()
quit()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_a:
self.donkey.moveLeft()
self.canHorizontal()
elif event.key == pygame.K_d:
self.donkey.moveRight()
self.canHorizontal()
elif event.key == pygame.K_w:
self.donkey.moveUp()
self.checkWall_Up()
elif event.key == pygame.K_s:
self.donkey.moveDown()
self.checkWall_Down()
elif event.key == pygame.K_SPACE:
self.Jump()
if event.type == pygame.KEYUP:
self.donkey.reset()
#Increment Counter
self.counter += 1
#The very first and bottom most layer
self.DISPLAYSURF.fill(self.black)
#Once the background has been generated we make the board
self.generateBoard(self.check)
#MoveHuman
self.man.Update(220,600)
#MakeBananas
self.makeBananas(20,self.check)
#MakeFire
if self.counter % 120 == 0 :
self.makeFire()
self.check = 1
#Implement Gravity
self.gravity()
#Make the ladders
self.makeLadders()
#Function Call the check if over flow occurs
self.boundaryCheck()
self.donkey.canClimbUp = False
self.donkey.update()
#self.fire_list.draw(self.DISPLAYSURF)
self.checkCollision()
self.banana_list.draw(self.DISPLAYSURF)
self.collectCoin()
#Change the Display location of the self.donkey
self.renderImage(self.donkey.body, self.donkey.x, self.donkey.y)
self.renderImage(self.man.player, self.man.x, self.man.y)
self.renderImage(self.queen.image, self.queen.rect.x, self.queen.rect.y)
#Constantly Check if the Game is over
self.gameOver = self.checkGameStatus()
#Showing the message
self.message = "Score : "+str(self.donkey.score)
self.printMessage(self.message, self.white, 1100, 10)
self.message = " Lives : "+str(self.donkey.lives)
self.printMessage(self.message, self.white, 1100, 40)
#Update the screen to show the latest changes
pygame.display.update()
self.clock.tick(60)
def main():
# print
while (1):
global lives
global score
if (lives == 0):
break
screen = Screen(score)
screen.generatecoin()
screen.printscreen()
pl = Player(24, 1)
dn = Donkey(4, 1)
# dn.donkeyposition(screen)
while (1):
global cnt
global firefl
cnt += 1
ch = getchar()
if (ch == 'q'):
lives = 0
break
if (cnt == 10):
fb = Fireball(dn.getx(), dn.gety())
fb.move(screen)
firefl = 1
cnt = -10000
if (firefl == 1):
fb.move(screen)
if (fb.getx() == pl.getx() and fb.gety() == pl.gety()):
lives -= 1
score = screen.getscore()
score -= 50
os.system("clear")
break
if (dn.getx() == pl.getx() and dn.gety() == pl.gety()):
lives -= 1
os.system("clear")
score = screen.getscore()
score -= 50
break
dn.move(screen)
if (firefl == 1):
# fb.move(screen)
if (fb.getx() == pl.getx() and fb.gety() == pl.gety()):
lives -= 1
score = screen.getscore()
score -= 50
os.system("clear")
break
if (dn.getx() == pl.getx() and dn.gety() == pl.gety()):
lives -= 1
os.system("clear")
score = screen.getscore()
score -= 25
break
pl.move(ch, screen)
if (firefl == 1):
# fb.move(screen)
if (fb.getx() == pl.getx() and fb.gety() == pl.gety()):
lives -= 1
score = screen.getscore()
score -= 50
os.system("clear")
break
if (dn.getx() == pl.getx() and dn.gety() == pl.gety()):
lives -= 1
os.system("clear")
score = screen.getscore()
score -= 50
break
if (pl.gety() == 28 and pl.getx() == 1):
score = screen.getscore()
score += 50
os.system("clear")
print "Bravo!!! You saved your Queen"
print 'You get 50 bonus points'
lives = 3
break
print "Your Score:"
print screen.getscore()
print "Ooops!!! Game Over: Your Final Score was:",
print screen.getscore()
print("\n\n\n\n")
print "\033[1;42mPlay it on full screen\033[1;m",
print "\t\t\033[1;42mPress any key to Continue...\033[1;m"
input = getchar()
score = 0
while True:
draw_layout = Board(30,90)
draw_layout.create_board();
coins = Coins(random.randint(6,8))
coins.create_coins(draw_layout.get_Matrix())
queen = Queen()
queen.locate_queen(draw_layout.get_Matrix())
player = Player(28,2,score)
donkey = Donkey(4,6)
donkey.locate_donkey(draw_layout.get_Matrix())
track_time = 0
fbList = []
fb = FireBalls(donkey.getPosition(),draw_layout.get_Matrix())
fbList.append(fb)
player.print_player(draw_layout.get_Matrix())
count = 1
it = 0
if (life == -1):
os.system('clear')
print("\n\n\n\n\n\n\n\n\n")
