def execute_drop(item_id):
"""This function takes an item_id as an argument and moves this item from the
player's inventory to list of items in the current room. However, if there is
no such item in the inventory, this function prints "You cannot drop that."
"""
b = 0
# loop over items in inventory
for item in inventory:
# if item input matches item id (i.e. item in inventory)
if item_id == item["id"]:
# if item is soap-
if item["id"] == "soap":
game_over(
"You dropped the soap. NEVER DROP THE SOAP IN PRISON.")
# otherwise remove item from inventory
inventory.remove(item)
# add item to current room items list
current_room["items"].append(item)
# print message
print("\nYou dropped " + item["name"] + ".")
# increment b if item found
b = 1
# if b is 0 then item not in inventory
if b == 0:
print("\nYou cannot drop that.\n")
def dead_cubes_operator(self):
"""Сортирует неподвижные кубики.
Удаляет кубики из уничтоженных линий.
"""
for dead_cube in self.dead_cubes:
if dead_cube.y == 0:
game_over(self.screen, self.curr_lines, self.curr_points)
if not (0 < dead_cube.x < 17 and 0 < dead_cube.y < 21):
self.dead_cubes.remove(dead_cube)
def execute_drop(item_id):
"""This function takes an item_id as an argument and moves this item from the
player's inventory to list of items in the current room. However, if there is
no such item in the inventory, this function prints "You cannot drop that."
"""
b =0
for x in inventory:
if item_id == x["id"]:
if x["id"] == "soap":
game_over("You dropped the soap.")
exit()
inventory.remove(x)
b = b +1
current_room["items"].append(x)
if b == 0:
print("you cannot drop that")
def execute_kill(weapon):
"""this function takes a weapon as an input, check if it's in your inventory, looks up
damage value from item dictionary, and multiplies it by a random number 1-5, then updates
guard to False if more than 20. """
global guard
global bypass
# set chance as random integer between 1-5
chance = randint(1, 5)
# if weapon used is bare hands, then set damage as 1 and test
if weapon == "hands":
if chance + 1 >= 5:
print("\nYou successfuly killed the guard!\n")
guard = False
bypass = True
# add guard's unfiform to room items
current_room["items"].append(item_guard_disguise)
else:
game_over(
"The guard was stronger than you and you died. Bad luck.")
guard = False
else:
#loop through items in inventory looking for weapon id that matches user input
for item in inventory:
if item["id"] == weapon:
#guard dies if chance * item damage is greater than 20
if item["damage"] * chance > 20:
guard = False
bypass = True
print("\nYou successfuly killed the guard!\n")
# add guard's unfiform to room items
current_room["items"].append(item_guard_disguise)
else:
guard = False
game_over(
"The guard was stronger than you and you died. Bad luck."
)
def main():
ygame_world = game_world()
game_over2 = game_over()
yoel_engine.camera = {'x': 5, 'y': 0, 'z': -2, 'f': 1}
yoel_engine.add_world(ygame_world, "game_world")
yoel_engine.add_world(game_over2, "game_over")
yoel_engine.change_world("game_world")
yoel_engine.init(20)
def game_screen_6():
global circ
global r6a
global r6b
global r6c
global r6d
global r6f
global r6g
global r6h
global r6j
global r6k
global r6l
global r6m
global r6n
global r6o
global r6p
global r6q
global r6r
global r6s
global r6t
global r6u
global r6v
global r6w
global r6x
global r6y
global r6z
global b6a
global b6b
global b6c
global b6d
global b6e
global b6f
global b6g
global b6h
global b6i
global b6j
global b6k
global b6l
global g6a
global g6b
global g6c
global g6d
global g6e
global g6f
global g6g
global g6h
global g6i
global g6j
global g6k
global g6l
global y6a
global y6b
global y6c
global y6d
global y6e
global y6f
global y6g
global y6h
global y6i
global y6j
global y6k
global y6l
global y6m
global y6n
global y6o
global y6p
global flow
global done6_r
global done6_b
global done6_g
global done6_y
screen_6 = pygame.display.set_mode((X, Y))
running = 1 #This is for the condition in the while loop
while running:
for event in pygame.event.get():
if (event.type == pygame.QUIT):
pygame.quit()
quit()
elif (event.type == pygame.KEYDOWN):
if (event.key == pygame.K_ESCAPE):
pygame.quit()
quit()
elif (event.key == pygame.K_b):
flow = 0
return
pygame.display.update()
#Iteration for horizontal lines
y = 125 #starting point
while (y <= 425):
pygame.draw.line(
screen_6, (255, 153, 153), (125, y),
(425, y)) #code for line from one co-ordinate to another
y += 50 #increasing 40 for each iteration because the width of each is 40
x = 125 #Variable for vertical lines
#Iteration for vertical lines
while (x <= 425):
pygame.draw.line(screen_6, (255, 153, 153), (x, 125), (x, 425))
x += 50
#Drawing coloured circles
pygame.draw.circle(screen_6, RED, (200, 200), 20)
pygame.draw.circle(screen_6, GREEN, (350, 200), 20)
pygame.draw.circle(screen_6, BLUE, (150, 250), 20)
pygame.draw.circle(screen_6, GREEN, (150, 300), 20)
pygame.draw.circle(screen_6, YELLOW, (150, 400), 20)
pygame.draw.circle(screen_6, YELLOW, (300, 200), 20)
pygame.draw.circle(screen_6, BLUE, (250, 300), 20)
pygame.draw.circle(screen_6, RED, (300, 300), 20)
#Vertical Borders
x = 0
while (x < bgheight):
pygame.draw.line(screen_6, borcolor[x], ((40 - x), 0),
((40 - x), Y))
x += 1
x = 0
while (x < bgheight):
pygame.draw.line(screen_6, borcolor[x], ((X - 40) + x, 0),
((X - 40) + x, Y))
x += 1
#Horizontal Borders
y = 0
while (y < bgheight):
pygame.draw.line(screen_6, borcolor[y], (30, (40 - y)),
(X - 30, (40 - y)))
y += 1
y = 0
while (y < bgheight):
pygame.draw.line(screen_6, borcolor[y], (30, (Y - 40) + y),
(X - 30, (Y - 40) + y))
y += 1
label = font.render("Flows :", 0, (255, 255, 255))
screen_6.blit(label, (130, 110))
label1 = font.render("Level - 1", 0, (255, 255, 255))
screen_6.blit(label1, (200, 110))
for e in pygame.event.get():
if e.type == pygame.QUIT:
pygame.quit()
if e.type == pygame.MOUSEMOTION and pygame.mouse.get_pressed()[0]:
mx, my = pygame.mouse.get_pos()
#deciding colour based on mouse position
if ((mx in range(180, 220) and my in range(180, 220))
or (mx in range(280, 320) and my in range(280, 320))):
circ = 1 #RED
elif ((mx in range(130, 170) and my in range(230, 270))
or (mx in range(230, 270) and my in range(280, 320))):
circ = 2 #BLUE
elif ((mx in range(130, 170) and my in range(280, 320))
or (mx in range(330, 370) and my in range(180, 220))):
circ = 3 #GREEN
elif ((mx in range(130, 170) and my in range(380, 420))
or (mx in range(280, 320) and my in range(180, 220))):
circ = 4 #YELLOW
#RED
if (circ == 1):
if (mx in range(r6a, r6b) and my in range(175, 225)):
pygame.draw.line(screen_6, RED, (r6b + 25, 200),
(r6a + 16, 200), 20)
elif (mx in range(125, 175) and my in range(r6c, r6d)):
pygame.draw.line(screen_6, RED, (150, r6d + 25),
(150, r6c + 16), 20)
elif (mx in range(r6f, r6g) and my in range(125, 175)):
pygame.draw.line(screen_6, RED, (r6f - 25, 150),
(r6g - 25, 150), 20)
if (mx not in range(225, 275)):
r6f += 50
r6g += 50
else:
continue
elif (mx in range(225, 275) and my in range(r6h, r6j)):
pygame.draw.line(screen_6, RED, (250, r6h - 34),
(250, r6j - 25), 20)
if (my not in range(225, 275)):
r6h += 50
r6j += 50
else:
continue
elif (mx in range(r6k, r6l) and my in range(225, 275)):
pygame.draw.line(screen_6, RED, (r6k - 34, 250),
(r6l - 25, 250), 20)
#r6m = 275
#r6n = 325
elif (mx in range(275, 325) and my in range(r6m, r6n)):
pygame.draw.line(screen_6, RED, (300, r6m - 34),
(300, r6n - 25), 20)
if (done6_r == 0):
done6_r = 1
flow += 1
if (mx in range(275, 325) and my in range(r6o, r6p)):
pygame.draw.line(screen_6, RED, (300, r6p + 25),
(300, r6o + 16), 20)
elif (mx in range(r6q, r6r) and my in range(225, 275)):
pygame.draw.line(screen_6, RED, (r6r + 25, 250),
(r6q + 25, 250), 20)
elif (mx in range(225, 275) and my in range(r6s, r6t)):
pygame.draw.line(screen_6, RED, (250, r6t + 34),
(250, r6s + 25), 20)
if (my not in range(125, 175)):
r6s -= 50
r6t -= 50
else:
continue
elif (mx in range(r6u, r6v) and my in range(125, 175)):
pygame.draw.line(screen_6, RED, (r6v + 34, 150),
(r6u + 25, 150), 20)
if (mx not in range(125, 175)):
r6u -= 50
r6v -= 50
else:
continue
elif (mx in range(125, 175) and my in range(r6w, r6x)):
pygame.draw.line(screen_6, RED, (150, r6w - 25),
(150, r6x - 25), 20)
elif (mx in range(r6y, r6z) and my in range(175, 225)):
pygame.draw.line(screen_6, RED, (r6y - 34, 200),
(r6z - 25, 200), 20)
if (done6_r == 0):
done6_r = 1
flow += 1
elif (circ == 2):
if (mx in range(b6a, b6b) and my in range(225, 275)):
pygame.draw.line(screen_6, BLUE, (b6a - 25, 250),
(b6b - 25, 250), 20)
elif (mx in range(175, 225) and my in range(b6c, b6d)):
pygame.draw.line(screen_6, BLUE, (200, b6c - 34),
(200, b6d - 25), 20)
elif (mx in range(b6e, b6f) and my in range(275, 325)):
pygame.draw.line(screen_6, BLUE, (b6e - 34, 300),
(b6f - 25, 300), 20)
if (done6_b == 0):
done6_b = 1
flow += 1
if (mx in range(b6g, b6h) and my in range(275, 325)):
pygame.draw.line(screen_6, BLUE, (b6h + 25, 300),
(b6g + 16, 300), 20)
elif (mx in range(175, 225) and my in range(b6i, b6j)):
pygame.draw.line(screen_6, BLUE, (200, b6j + 25),
(200, b6i + 16), 20)
elif (mx in range(b6k, b6l) and my in range(225, 275)):
pygame.draw.line(screen_6, BLUE, (b6l + 25, 250),
(b6k + 25, 250), 20)
if (done6_b == 0):
done6_b = 1
flow += 1
elif (circ == 3):
if (mx in range(125, 175) and my in range(g6a, g6b)):
pygame.draw.line(screen_6, GREEN, (150, g6a - 25),
(150, g6b - 16), 20)
elif (mx in range(g6c, g6d) and my in range(325, 375)):
pygame.draw.line(screen_6, GREEN, (g6c - 25, 350),
(g6d - 16, 350), 20)
if (mx not in range(325, 375)):
g6c += 50
g6d += 50
else:
continue
elif (mx in range(325, 375) and my in range(g6e, g6f)):
pygame.draw.line(screen_6, GREEN, (350, g6f + 25),
(350, g6e + 25), 20)
if (my not in range(175, 225)):
g6e -= 50
g6f -= 50
else:
if (done6_g == 0):
done6_g = 1
flow += 1
continue
if (mx in range(325, 375) and my in range(g6g, g6h)):
pygame.draw.line(screen_6, GREEN, (350, g6g - 25),
(350, g6h - 25), 20)
if (my not in range(325, 375)):
g6g += 50
g6h += 50
else:
continue
elif (mx in range(g6i, g6j) and my in range(325, 375)):
pygame.draw.line(screen_6, GREEN, (g6j + 34, 350),
(g6i + 25, 350), 20)
if (mx not in range(125, 175)):
g6i -= 50
g6j -= 50
else:
continue
elif (mx in range(125, 175) and my in range(g6k, g6l)):
pygame.draw.line(screen_6, GREEN, (150, g6l + 34),
(150, g6k + 25), 20)
if (done6_g == 0):
done6_g = 1
flow += 1
elif (circ == 4):
if (mx in range(y6a, y6b) and my in range(375, 425)):
pygame.draw.line(screen_6, YELLOW, (y6a - 25, 400),
(y6b - 25, 400), 20)
if (mx not in range(375, 425)):
y6a += 50
y6b += 50
else:
continue
elif (mx in range(375, 425) and my in range(y6c, y6d)):
pygame.draw.line(screen_6, YELLOW, (400, y6d + 34),
(400, y6c + 25), 20)
if (my not in range(125, 175)):
y6c -= 50
y6d -= 50
else:
continue
elif (mx in range(y6e, y6f) and my in range(125, 175)):
pygame.draw.line(screen_6, YELLOW, (y6f + 34, 150),
(y6e + 25, 150), 20)
if (mx not in range(275, 325)):
y6e -= 50
y6f -= 50
else:
continue
elif (mx in range(275, 325) and my in range(y6g, y6h)):
pygame.draw.line(screen_6, YELLOW, (300, y6g - 34),
(300, y6h - 25), 20)
if (done6_y == 0):
done6_y = 1
flow += 1
if (mx in range(275, 325) and my in range(y6i, y6j)):
pygame.draw.line(screen_6, YELLOW, (300, y6j + 25),
(300, y6i + 16), 20)
elif (mx in range(y6k, y6l) and my in range(125, 175)):
pygame.draw.line(screen_6, YELLOW, (y6k - 25, 150),
(y6l - 16, 150), 20)
if (mx not in range(375, 425)):
y6k += 50
y6l += 50
else:
continue
elif (mx in range(375, 425) and my in range(y6m, y6n)):
pygame.draw.line(screen_6, YELLOW, (400, y6m - 25),
(400, y6n - 25), 20)
if (my not in range(375, 425)):
y6m += 50
y6n += 50
else:
continue
elif (mx in range(y6o, y6p) and my in range(375, 425)):
pygame.draw.line(screen_6, YELLOW, (y6p + 34, 400),
(y6o + 25, 400), 20)
if (mx not in range(125, 175)):
y6o -= 50
y6p -= 50
else:
if (done6_y == 0):
done6_y = 1
flow += 1
continue
if (flow == 4):
game_over()
pygame.display.update()
pygame.display.flip()
def main():
#Abre o arquivo que contem as imformacoes sobre tela Cheia
arquivo = open('tipo_tela.fs')
tipo_tela = arquivo.read().strip()
arquivo.close()
# Iniciliza os modulos do pygame
pygame.init()
#Define a Tela
tela = Tela("fase1","fundo_fase1_0.png", tipo_tela)
tela.background_position= [-10,-30]
#Definicao de Leon
leon = Leon()
leon.troca_imagem_mira()
leon.atualiza_posicao(0,390)
seletor_image_leon = 1
controle_velocidade_troca_imagens = 0
direita = False
esquerda = False
cima = False
#Definicao dos Inimigos
inimigo = Inimigo()
inimigo.atualiza_posicao(750, 490)
seletor_imagem_inimigo = 0
inimigo.morreu = False
inimigos_mortos = 0
#definicao do Tiro dos Personagens
leon_tiro = Tiro(leon.rect)
direcao_tiro = 'normal'
inimigo_tiro = Tiro(inimigo.rect)
inimigo_tiro.atirar = True
som_tiro = pygame.mixer.Sound("soms" + sep + "tiro.wav")
atirar = False
#verifica se o boneco deve se deslocar pra cima ou pra baixo
desliza_cima = False
desliza_baixo = False
#DEFINICAO OBSTACULOS:
pedra = pygame.image.load("imagens"+sep+"imagens"+sep+"pedra2.png")
ponte = pygame.image.load("imagens"+sep+"imagens"+sep+"ponte1.png")
pular = False
contador_pulo = 0
pontuacao = 0
bonus = Bonus('bonus', 'maca_verde_10.png')
bonus_aparece = True
bonus_pontos = Bonus('bonus', 'maca_verde_10.png')
bonus_pontos_aparece = True
while True:
clock = pygame.time.Clock()
clock.tick(100)
for event in pygame.event.get():
if event.type is pygame.QUIT:
exit()
if event.type is KEYDOWN:
if event.key == K_o:
leon.troca_imagem_mira()
leon_tiro.troca_direcao_tiro()
###########Variaveis que devem ser atualizadas em cada laço#######
# criacao dos obstaculos
obstaculo1 = obstaculo_type2(pedra, tela.background_position)
obstaculo2 = obstaculo_type1(pedra, tela.background_position)
#Verifia se passou de fase
if tela.background_position[0] < -7100:
b = passa_fase1()
break
if bonus_aparece == True:
bonus.atualiza_posicao(tela.background_position[0]+1800,tela.background_position[1]+300 )
if bonus_pontos_aparece == True:
bonus_pontos.atualiza_posicao(obstaculo2[1][0]+50 , obstaculo2[1][1] )
#Criacao das listas de retangulos dos obstaculos
ret_player = pygame.Rect(leon.rect[0],leon.rect[1],leon.image.get_size()[0],leon.image.get_size()[1])
lista_ret_frente = [ret_pedra1type1,ret_pedra2type1]
lista_ret_left = [ret_pedra2type2,ret_pedra1type2]
lista_ret_up = [ret_pedra2]
lista_ret_down = [ret_pedra1]
lista_ret_sobre_type1 = [ret_pedra1_sobre,ret_pedra2_sobre]
#verifica se os personagens chegaram ao limite da tela
leon.colide_tela()
inimigo.colide_tela()
pontuacao = "Score:%04i vidas: %02i"%(leon.pontuacao, leon.vida)
tela.imprime_texto(pontuacao, tamanho = 30)
#Controla a posicao do fogo para que fique sempre proximo a leon
leon_tiro.fogo_rect = [leon.rect[0]+80,leon.rect[1]+39]
#ATIRA: FAZ COM QUE TANTO LEON COMO O INIMIGO ATIRE
leon_tiro.atira('RIGHT')
inimigo_tiro.atira('LEFT')
if inimigo_tiro.atirar == False:
inimigo_tiro.atirar = True
if leon_tiro.atirar and leon_tiro.rect[0] > 800:
leon_tiro.rect = [leon.rect[0]+80,leon.rect[1]+43]
leon_tiro.atirar = False
if inimigo_tiro.atirar and inimigo_tiro.rect[0] < 0:
inimigo_tiro.atirar = False
if inimigo.morreu == True and inimigos_mortos < 10:
inimigo.morreu = False
#Verifica se as vidas de Leon se encerraram
leon.gameOver()
# .encontra_ ()
#controladores do pulo
leon.alterna_posicao()
if pular == True: leon.collide_obstaculo(True)
elif pular == False: leon.collide_obstaculo(False)
#controla a imagem a ser usada no movimento dos Personagens
if seletor_image_leon > 6:
seletor_image_leon = 1
if seletor_imagem_inimigo >5:
seletor_imagem_inimigo = 0
#define a imagem ,possibilita que se alterne e faz com que o inimigo se movimete
inimigo.image = inimigo.imagem_da_vez[seletor_imagem_inimigo]
if inimigo.morreu == False:
inimigo.anda('LEFT', seletor_imagem_inimigo)
else:
inimigo.atualiza_posicao(500,400)
#Chamada das teclas
pressed_keys = pygame.key.get_pressed()
if cima == True:
direita = False
esquerda = False
#inimigo.atualiza_posicao(inimigo.rect[0] -5, inimigo.rect[1])
if pressed_keys[K_ESCAPE]:
break
if pressed_keys[K_PAUSE]:
a = pausa()
if a == 'menu':
break
#controla o movimento de Leon
if (pressed_keys[K_RIGHT] and ret_player.collidelist(lista_ret_frente) == -1) or (pressed_keys[K_RIGHT] and contador_pulo >= 10):
leon_tiro.fogo_rect = (leon.rect[0]+85,leon.rect[1]+25)
if leon.rect[0] > 400 and tela.background_position[0] > -7200:
tela.movimenta_background()
leon.anda('tImage', seletor_image_leon)
else:
leon.anda('RIGHT', seletor_image_leon)
elif (pressed_keys[K_LEFT] and ret_player.collidelist(lista_ret_left) == -1) or (pressed_keys[K_LEFT] and contador_pulo >= 10):
fogo_position = (leon.rect[0]+85,leon.rect[1]+25)
if leon.rect[0] < 0 and tela.background_position[0] >0:
tela.movimenta_background()
leon.anda('tImage', seletor_image_leon)
else:
leon.anda('LEFT', seletor_image_leon)
elif pressed_keys[K_UP] and ret_player.collidelist(lista_ret_up) == -1:
leon.desliza_cima (seletor_image_leon)
elif pressed_keys[K_DOWN] and ret_player.collidelist(lista_ret_down) == -1 and pular == False:
leon.desliza_baixo (seletor_image_leon)
else:
seletor_image_leon = 0
leon.anda()
#faz o pulo de Leon
if pular == True and contador_pulo < 10:
contador_pulo += 1
if leon.rect[0] < 586:
leon.rect[0] += 15
leon.rect[1] -= 15
elif pular == True and contador_pulo < 20:
if ret_player.collidelist(lista_ret_sobre_type1) == -1:
if leon.rect[0] < 586:
leon.rect[0] += 15
leon.rect[1] += 15
contador_pulo += 1
elif contador_pulo == 20:
pular = False
contador_pulo = 0
if pressed_keys[K_p]:
leon_tiro.atirar = True
som_tiro.play()
if pressed_keys[K_i]:
if pular == False:
pular = True
#contador_pulo = 0
if pressed_keys[K_ESCAPE]:
break
if leon_tiro.atirar and pygame.sprite.collide_mask(leon_tiro, inimigo):
inimigo.morre()
inimigo.morreu = True
inimigos_mortos += 1
leon.pontua()
if (inimigo.morreu == False) and (inimigo.morreu == False) and pygame.sprite.collide_mask(leon, inimigo) and leon.cima_obstaculo == False:
leon.atualiza_posicao(0,390)
inimigo.atualiza_posicao(inimigo.posicoesX[inimigo.posicaoX], inimigo.posicoesY[inimigo.posicaoY])
leon.morre()
if (pular == True) and pygame.sprite.collide_mask(leon_tiro, bonus):
leon.vida += 1
bonus.atualiza_posicao(bonus.rect[0] + 2000, bonus.rect[1])
bonus_aparece = False
if pygame.sprite.collide_mask(leon, bonus_pontos):
leon.pontuacao += 100
bonus_pontos.atualiza_posicao(obstaculo1[1][0] + 2000, obstaculo1[1][1])
bonus_pontos_aparece = False
tela.screen.fill((0,0,0))
#colocacao da imagem de fundo na tela
tela.screen.blit(tela.background, tela.background_position)
#colocacao dos personagens na tela
if inimigos_mortos > 10:
inimigo.morreu = True
if inimigo.morreu == False:
tela.screen.blit(inimigo.image,inimigo.rect)
tela.screen.blit(obstaculo1[0] , obstaculo1[1])
tela.screen.blit(bonus.image, bonus.rect)
if pular == True:
tela.screen.blit(obstaculo2[0] , obstaculo2[1])
tela.screen.blit(bonus_pontos.image, bonus_pontos.rect)
tela.screen.blit(leon.image, leon.rect)
elif pular == False:
tela.screen.blit(leon.image, leon.rect)
tela.screen.blit(obstaculo2[0] , obstaculo2[1])
tela.screen.blit(bonus_pontos.image, bonus_pontos.rect)
if leon_tiro.atirar and leon_tiro.rect[0] < 800:
tela.screen.blit(leon_tiro.image , leon_tiro.rect)
if inimigo_tiro.atirar and inimigo_tiro.rect[0] > 0:
tela.screen.blit(inimigo_tiro.image , inimigo_tiro.rect)
#Imprime a pontuacao
tela.screen.blit(tela.frase,tela.frase_position)
if leon.game_over:
game_over()
break
#atualiza a tela
pygame.display.update()
#faz com que as imagens dos personagens variem
if controle_velocidade_troca_imagens % 5 == 0:
seletor_image_leon += 1
seletor_imagem_inimigo += 1
controle_velocidade_troca_imagens += 1
def game_screen_6_l2():
global circ
global r2a
global r2b
global r2c
global r2d
global r2e
global r2f
global r2g
global r2h
global g2a
global g2b
global g2c
global g2d
global g2e
global g2f
global g2g
global g2h
global g2i
global g2j
global g2k
global g2l
global b2a
global b2b
global b2c
global b2d
global y2a
global y2b
global y2c
global y2d
global o2a
global o2b
global o2c
global o2d
global o2e
global o2f
global o2g
global o2h
global o2i
global o2j
global o2k
global o2l
global o2m
global o2n
global o2o
global o2p
global o2q
global o2r
global o2s
global o2t
global flow
global done2_r
global done2_g
global done2_b
global done2_y
global done2_o
screen_6_l2 = pygame.display.set_mode((X,Y))
running = 1 #This is for the condition in the while loop
while running:
for event in pygame.event.get():
if(event.type == pygame.QUIT):
pygame.quit()
quit()
elif(event.type == pygame.KEYDOWN):
if(event.key == pygame.K_ESCAPE):
pygame.quit()
quit()
elif(event.key == pygame.K_b):
flow = 0
return
pygame.display.update()
#Iteration for horizontal lines
y = 125 #starting point
while(y <= 425):
pygame.draw.line(screen_6_l2 , (255 , 153 , 153) , (125 , y) , (425,y)) #code for line from one co-ordinate to another
y += 50 #increasing 40 for each iteration because the width of each is 40
x = 125 #Variable for vertical lines
#Iteration for vertical lines
while(x <= 425):
pygame.draw.line(screen_6_l2 , (255,153,153) , (x,125) , (x , 425))
x += 50
#Drawing coloured circles
pygame.draw.circle(screen_6_l2, RED, (250,200), 20)
pygame.draw.circle(screen_6_l2, GREEN, (400, 150), 20)
pygame.draw.circle(screen_6_l2, BLUE, (350, 150), 20)
pygame.draw.circle(screen_6_l2, GREEN, (300, 300), 20)
pygame.draw.circle(screen_6_l2, YELLOW, (250, 300), 20)
pygame.draw.circle(screen_6_l2, YELLOW, (250, 400), 20)
pygame.draw.circle(screen_6_l2, BLUE, (350, 350), 20)
pygame.draw.circle(screen_6_l2, RED, (200, 350), 20)
pygame.draw.circle(screen_6_l2, ORANGE, (200, 400), 20)
pygame.draw.circle(screen_6_l2, ORANGE, (250, 250), 20)
#Vertical Borders
x = 0
while(x < bgheight):
pygame.draw.line(screen_6_l2 , borcolor[x] , ((40 - x),0) , ((40 - x) , Y))
x += 1
x = 0
while(x < bgheight):
pygame.draw.line(screen_6_l2 , borcolor[x] , ((X - 40) + x , 0) , ((X - 40) + x , Y))
x += 1
#Horizontal Borders
y = 0
while(y < bgheight):
pygame.draw.line(screen_6_l2 , borcolor[y] , (30, (40 - y)) , (X - 30 ,(40 - y)))
y += 1
y = 0
while(y < bgheight):
pygame.draw.line(screen_6_l2 , borcolor[y] , (30 , (Y-40) + y) , (X - 30,(Y - 40) + y))
y += 1
label = font.render("Flows :" , 0 , (255,255,255))
screen_6_l2.blit(label,(130,110))
label1 = font.render("Level - 2" , 0 ,(255,255,255))
screen_6_l2.blit(label1,(240,110))
for e in pygame.event.get():
if e.type == pygame.QUIT:
pygame.quit()
if e.type == pygame.MOUSEMOTION and pygame.mouse.get_pressed()[0]:
mx , my = pygame.mouse.get_pos()
#deciding colour based on mouse position
if ((mx in range(225,275) and my in range(175,225)) or (mx in range(175,225) and my in range(325,375))):
circ = 1 #RED
elif ((mx in range(375,425) and my in range(125,175)) or (mx in range(275,325) and my in range(275,325))):
circ = 2 #GREEN
elif ((mx in range(325,375) and my in range(125,175)) or (mx in range(325, 375) and my in range(325, 375))):
circ = 3 #BLUE
elif ((mx in range(225,275) and my in range(275,325)) or (mx in range(225,275) and my in range(375,425))):
circ = 4 #YELLOW
elif ((mx in range(175,225) and my in range(375,425)) or (mx in range(225,275) and my in range(225,275))):
circ = 5 #ORANGE
if (circ == 1):
if (mx in range(r2a,r2b) and my in range(175,225)):
pygame.draw.line(screen_6_l2, RED, (r2b + 25, 200), (r2a + 16, 200), 20)
elif (mx in range(175,225) and my in range(r2c,r2d)):
pygame.draw.line(screen_6_l2, RED, (200, r2c - 34), (200, r2d-25), 20)
if (my not in range(325, 375)):
r2c += 50
r2d += 50
else:
if (done2_r == 0):
done2_r = 1
flow += 1
continue
if (mx in range(175,225) and my in range(r2e,r2f)):
pygame.draw.line(screen_6_l2, RED, (200, r2f + 25), (200, r2e + 25), 20)
if (my not in range(175,225)):
r2e -= 50
r2f -= 50
else:
continue
elif (mx in range(r2g,r2h) and my in range(175,225)):
pygame.draw.line(screen_6_l2, RED, (200, r2g - 34), (200, r2h - 25), 20)
if (done2_r == 0):
done2_r = 1
flow += 1
elif (circ == 2):
if (mx in range(375,425) and my in range(g2a, g2b)):
pygame.draw.line(screen_6_l2, GREEN, (400, g2a - 25), (400, g2b - 25), 20)
if (my not in range(375,425)):
g2a += 50
g2b += 50
else:
continue
elif (mx in range(g2c,g2d) and my in range(375,425)):
pygame.draw.line(screen_6_l2, GREEN, (g2d + 34, 400), (g2c + 25, 400), 20)
if (mx not in range(275,325)):
g2c -= 50
g2d -= 50
else:
continue
elif (mx in range(275,325) and my in range(g2e,g2f)):
pygame.draw.line(screen_6_l2, GREEN, (300, g2f + 34), (300, g2e + 25), 20)
if (my not in range(275,325)):
g2e -= 50
g2f -= 50
else:
if (done2_g == 0):
done2_g = 1
flow += 1
continue
if(mx in range(275,325) and my in range(g2g,g2h)):
pygame.draw.line(screen_6_l2, GREEN, (300, g2g -25), (300, g2h -25), 20)
if (my not in range(375,425)):
g2g += 50
g2h += 50
else:
continue
elif (mx in range(g2i,g2j) and my in range(375,425)):
pygame.draw.line(screen_6_l2, GREEN, (g2i - 34, 400), (g2j - 25, 400), 20)
if (mx not in range(375,425)):
g2i += 50
g2j += 50
else:
continue
elif (mx in range(375,425) and my in range(g2k, g2l)):
pygame.draw.line(screen_6_l2, GREEN, (400, g2l + 34), (400, g2k + 25), 20)
if (my not in range(125,175)):
g2k -= 50
g2l -= 50
else:
if (done2_g == 0):
done2_g = 1
flow += 1
continue
elif (circ == 3):
if (mx in range(325,375) and my in range(b2a,b2b)):
pygame.draw.line(screen_6_l2, BLUE, (350, b2a - 25), (350, b2b - 25), 20)
if (my not in range(325,375)):
b2a += 50
b2b += 50
else:
if (done2_b == 0):
done2_b = 1
flow += 1
continue
if (mx in range(325,375) and my in range(b2c,b2d)):
pygame.draw.line(screen_6_l2, BLUE, (350, b2d + 25), (350, b2c + 25), 20)
if (my not in range(125,175)):
b2c -= 50
b2d -= 50
else:
if (done2_b == 0):
done2_b = 1
flow += 1
continue
elif (circ == 4):
if (mx in range(225,275) and my in range(y2a,y2b)):
pygame.draw.line(screen_6_l2, YELLOW, (250, y2a - 25), (250, y2b - 25), 20)
if (my not in range(375,425)):
y2a += 50
y2b += 50
else:
if (done2_y == 0):
done2_y = 1
flow += 1
continue
if (mx in range(225,275) and my in range(y2c,y2d)):
pygame.draw.line(screen_6_l2, YELLOW, (250, y2d + 25), (250, y2c + 25), 20)
if (my not in range(275,325)):
y2a += 50
y2b += 50
else:
if (done2_y == 0):
done2_y = 1
flow += 1
continue
elif (circ == 5):
if (mx in range(o2a,o2b) and my in range(375,425)):
pygame.draw.line(screen_6_l2, ORANGE, (o2b + 25, 400), (o2a + 16, 400), 20)
elif (mx in range(125,175) and my in range(o2c,o2d)):
pygame.draw.line(screen_6_l2, ORANGE, (150, o2d + 34), (150, o2c + 25), 20)
if (my not in range(125,175)):
o2c -= 50
o2d -= 50
else:
continue
elif (mx in range(o2e,o2f) and my in range(125,175)):
pygame.draw.line(screen_6_l2, ORANGE, (o2e - 34, 150), (o2f -25, 150), 20)
if (mx not in range(275,325)):
o2e += 50
o2f += 50
else:
continue
elif (mx in range(275,325) and my in range(o2g,o2h)):
pygame.draw.line(screen_6_l2, ORANGE, (300, o2g - 34), (300, o2h - 25), 20)
if (my not in range(225,275)):
o2g += 50
o2h += 50
else:
continue
elif (mx in range(o2i,o2j) and my in range(225,275)):
pygame.draw.line(screen_6_l2, ORANGE, (o2j + 34, 250), (o2i + 25, 250), 20)
if (done2_o == 0):
done2_o = 1
flow += 1
if (mx in range(o2k,o2l) and my in range(225,275)):
pygame.draw.line(screen_6_l2, ORANGE, (o2k -25, 250), (o2l - 16, 250), 20)
elif (mx in range(275,325) and my in range(o2m,o2n)):
pygame.draw.line(screen_6_l2, ORANGE, (300, o2n + 34), (300, o2m + 25), 20)
if (my not in range(125,175)):
o2m -= 50
o2n -= 50
else:
continue
elif (mx in range(o2o,o2p) and my in range(125,175)):
pygame.draw.line(screen_6_l2, ORANGE, (o2p + 34, 150), (o2o + 25, 150), 20)
if (mx not in range(125, 175)):
o2o -= 50
o2p -= 50
else:
continue
elif (mx in range(125,175) and my in range(o2q, o2r)):
pygame.draw.line(screen_6_l2, ORANGE, (150, o2q - 34), (150, o2r - 25), 20)
if(my not in range(375,425)):
o2q += 50
o2r += 50
else:
continue
elif (mx in range(o2s,o2t) and my in range(375,425)):
pygame.draw.line(screen_6_l2, ORANGE, (o2s - 34, 400), (o2t - 25, 400), 20)
if (done2_o == 0):
done2_o = 1
flow += 1
if(flow == 4):
game_over()
pygame.display.update()
pygame.display.flip()
def game_screen_l2():
global circ
global r5a
global r5b
global r5c
global r5d
global r5e
global r5f
global r5g
global r5h
global r5i
global r5j
global r5k
global r5l
global g5a
global g5b
global g5c
global g5d
global g5e
global g5f
global g5g
global g5h
global g5i
global g5j
global g5k
global g5l
global b5a
global b5b
global b5c
global b5d
global b5e
global b5f
global b5g
global b5h
global b5i
global b5j
global b5k
global b5l
global y5a
global y5b
global y5c
global y5d
global y5e
global y5f
global y5g
global y5h
global flow
global done5_r
global done5_g
global done5_b
global done5_y
screen = pygame.display.set_mode((X,Y))
running = 1 #This is for the condition in the while loop
while running:
for event in pygame.event.get():
if(event.type == pygame.QUIT):
pygame.quit()
quit()
elif(event.type == pygame.KEYDOWN):
if(event.key == pygame.K_ESCAPE):
pygame.quit()
quit()
elif(event.type == pygame.K_b):
flow = 0
return
pygame.display.update()
#Iteration for horizontal lines
y = 125 #starting point
while(y <= 375):
pygame.draw.line(screen , (255 , 153 , 153) , (125 , y) , (375,y)) #code for line from one co-ordinate to another
y += 50 #increasing 40 for each iteration because the width of each is 40
x = 125 #Variable for vertical lines
#Iteration for vertical lines
while(x <= 375):
pygame.draw.line(screen , (255,153,153) , (x,125) , (x , 375))
x += 50
#Drawing coloured circles
pygame.draw.circle(screen, RED, (300, 150), 20)
pygame.draw.circle(screen, GREEN, (300, 200), 20)
pygame.draw.circle(screen, BLUE, (250, 200), 20)
pygame.draw.circle(screen, GREEN, (200, 350), 20)
pygame.draw.circle(screen, YELLOW, (250, 250), 20)
pygame.draw.circle(screen, YELLOW, (200, 200), 20)
pygame.draw.circle(screen, BLUE, (150, 350), 20)
pygame.draw.circle(screen, RED, (250, 350), 20)
#Vertical Borders
x = 0
while(x < bgheight):
pygame.draw.line(screen , borcolor[x] , ((40 - x),0) , ((40 - x) , Y))
x += 1
x = 0
while(x < bgheight):
pygame.draw.line(screen , borcolor[x] , ((X - 40) + x , 0) , ((X - 40) + x , Y))
x += 1
#Horizontal Borders
y = 0
while(y < bgheight):
pygame.draw.line(screen , borcolor[y] , (30, (40 - y)) , (X - 30 ,(40 - y)))
y += 1
y = 0
while(y < bgheight):
pygame.draw.line(screen , borcolor[y] , (30 , (Y-40) + y) , (X - 30,(Y - 40) + y))
y += 1
label = font.render("Flows :" , 0 , (255,255,255))
screen.blit(label,(120,110))
label1 = font.render("Level - 2" , 0 ,(255,255,255))
screen.blit(label1,(300,110))
for e in pygame.event.get():
if e.type == pygame.QUIT:
pygame.quit()
if e.type == pygame.MOUSEMOTION and pygame.mouse.get_pressed()[0]:
mx , my = pygame.mouse.get_pos()
if ((mx in range(280,320) and my in range(130,170)) or (mx in range(230,270) and my in range(330,370))):
circ = 1 #RED
elif ((mx in range(280,320) and my in range(180,220)) or (mx in range(180,220) and my in range(330,370))):
circ = 2 #GREEN
elif ((mx in range(230,270) and my in range(180,220)) or (mx in range(130,170) and my in range(330,370))):
circ = 3 #BLUE
elif ((mx in range(180,220) and my in range(180,220)) or (mx in range(230,270) and my in range(230,270))):
circ = 4 #YELLOW
if (circ == 1):
if (mx in range(r5a,r5b) and my in range(125,175)):
pygame.draw.line(screen, RED, (r5a - 25, 150), (r5b - 16, 150), 20)
elif (mx in range(325,375) and my in range(r5c,r5d)):
pygame.draw.line(screen, RED, (350, r5c - 25), (350, r5d - 25), 20)
if (my not in range(325,375)):
r5c += 50
r5d += 50
else:
continue
elif (mx in range(r5e,r5f) and my in range(325,375)):
pygame.draw.line(screen, RED, (r5f + 34, 350), (r5e + 25, 350), 20)
if(mx not in range(225,275)):
r5e -= 50
r5f -= 50
else:
if (done5_r == 0):
done5_r = 1
flow += 1
continue
if (mx in range(r5g,r5h) and my in range(325,375)):
pygame.draw.line(screen, RED, (r5g - 25, 350), (r5h - 16, 350), 20)
if(mx not in range(325,375)):
r5g += 50
r5h += 50
else:
continue
elif (mx in range(325,375) and my in range(r5i,r5j)):
pygame.draw.line(screen, RED, (350, r5j + 34), (350, r5i + 25), 20)
if (my not in range(125,175)):
r5i -= 50
r5j -= 50
else:
continue
elif (mx in range(r5k,r5l) and my in range(125,175)):
pygame.draw.line(screen, RED, (r5l + 34, 150), (r5k + 25, 150), 20)
if (done5_r == 0):
done5_r = 1
flow += 1
elif (circ == 2):
if (mx in range(275,325) and my in range(g5a,g5b)):
pygame.draw.line(screen, GREEN, (300, g5a - 25), (300, g5b - 25), 20)
if (my not in range(275,325)):
g5a += 50
g5b += 50
else:
continue
elif (mx in range(g5c,g5d) and my in range(275,325)):
pygame.draw.line(screen, GREEN, (g5d + 34, 300), (g5c + 25, 300), 20)
if(mx not in range(175,225)):
g5c -= 50
g5d -= 50
else:
continue
elif (mx in range(175,225) and my in range(g5e,g5f)):
pygame.draw.line(screen, GREEN, (200, g5e - 34), (200, g5f - 25), 20)
if (my not in range(325,375)):
g5e += 50
g5f += 50
else:
if (done5_g == 0):
done5_g = 1
flow += 1
continue
if (mx in range(175,225) and my in range(g5g,g5h)):
pygame.draw.line(screen, GREEN, (200, g5h + 25), (200, g5g + 16), 20)
if (my not in range(275, 325)):
g5g -= 50
g5h -= 50
else:
continue
elif (mx in range(g5i,g5j) and my in range(275,325)):
pygame.draw.line(screen, GREEN, (g5i - 34, 300), (g5j - 25, 300), 20)
if(mx not in range(275,325)):
g5i += 50
g5j += 50
else:
continue
elif (mx in range(275,325) and my in range(g5k,g5l)):
pygame.draw.line(screen, GREEN, (300, g5l + 34), (300, g5k + 25), 20)
if (my not in range(175,225)):
g5k -= 50
g5l -= 50
else:
if (done5_g == 0):
done5_g = 1
flow += 1
continue
elif (circ == 3):
if (mx in range(125,175) and my in range(b5a,b5b)):
pygame.draw.line(screen, BLUE, (150, b5b + 25), (150, b5a + 25), 20)
if (my not in range(125,175)):
b5a -= 50
b5b -= 50
else:
continue
elif (mx in range(b5c,b5d) and my in range(125,175)):
pygame.draw.line(screen, BLUE, (b5c - 34, 150), (b5d - 25, 150), 20)
if (mx not in range(225,275)):
b5c += 50
b5d += 50
else:
if (done5_b == 0):
done5_b = 1
flow += 1
continue
elif (mx in range(225,275) and my in range(b5e,b5f)):
pygame.draw.line(screen, BLUE, (250, b5e - 34), (250, b5f - 25), 20)
if (mx in range(225,275) and my in range(b5g,b5h)):
pygame.draw.line(screen, BLUE, (250, b5h + 25), (250, b5g + 16), 20)
elif (mx in range(b5i,b5j) and my in range(125,175)):
pygame.draw.line(screen, BLUE, (b5j + 34, 150), (b5i + 25, 150), 20)
if (mx not in range(125,175)):
b5i -= 50
b5j -= 50
else:
continue
elif (mx in range(125,175) and my in range(b5k,b5l)):
pygame.draw.line(screen, BLUE, (150, b5k - 34), (150, b5l - 25), 20)
if (my not in range(325,375)):
b5k += 50
b5l += 50
else:
if (done5_b == 0):
done5_b = 1
flow += 1
continue
elif (circ == 4):
if (mx in range(175,225) and my in range(y5a,y5b)):
pygame.draw.line(screen, YELLOW, (200, y5a - 25), (200, y5b - 25), 20)
elif (mx in range(y5c,y5d) and my in range(225,275)):
pygame.draw.line(screen, YELLOW, (y5c - 34, 250), (y5d - 25, 250), 20)
if (done5_y == 0):
done5_y = 1
flow += 1
if (mx in range(y5e,y5f) and my in range(225,275)):
pygame.draw.line(screen, YELLOW, (y5f + 16, 250), (y5e + 25, 250), 20)
elif (mx in range(175,225) and my in range(y5g,y5h)):
pygame.draw.line(screen, YELLOW, (200, y5h + 34), (200, y5g + 25), 20)
if (done5_y == 0):
done5_y = 1
flow += 1
if(flow == 4):
game_over()
pygame.display.update()
pygame.display.flip()
def main():
input("게임을 시작하려면 엔터")
print("\n" * 38)
try:
import save
except:
player_name = input("\n플레이어 이름을 입력하십시오. = ")
while player_name == "":
print("\n유효한 이름을 입력하십시오")
player_name = input("플레이어 이름을 입력하십시오. = ")
player_1 = Player(player_name, 1, 0, [], [], [], 0, 0, 0)
plag = 0
time.sleep(1.3)
print('\n' * 2)
print("정상적으로 로그인 되었습니다.")
time.sleep(0.7)
print("정보 불러오는 중...")
time.sleep(0.7)
print(f"환영합니다. {player_name}님")
time.sleep(1)
while True:
print("\n" * 38)
turn_chack(player_1) # 아레나, 스텟(레벨)
player_1.showinfo()
print(f"나의스텟 (힘,민첩,모험) : {po_count}/{ag_count}/{ad_count}")
if plag == 0:
print("\n도움을 원한다면 'z' 입력")
ans = input("\n무엇을 하시겠습니까? : ")
if ans == "q" or ans == "w" or ans == "e" or ans == "r" or ans == "t" or ans == "y":
match(player_1)
elif ans == "a":
martial_arts_inventory(player_1)
elif ans == "s":
inventory(player_1, 'item')
continue
elif ans == "d":
showshop(player_1)
continue
elif ans == "z":
print(
"\n게임설명\n전투시작 : q,w,e,r,t,y\n무술 장착 및 해제 : a\n인벤토리 : s\n상점 : d\n도움말 : z\n게임종료 : p\
\n한국어를 웬만하면 누르지 마세요.(버그의 원인이 됩니다.)\n다 읽으셨다면 enter.")
input()
elif ans == "p":
game_over()
else:
print("다시 입력해 주십시오")
plag += 1
def game_screen_5():
global ra
global rb
global circ
global rc
global rd
global rg
global rf
global ga
global gb
global gc
global gd
global gf
global gg
global gh
global gi
global ba
global bb
global bc
global bd
global ya
global yb
global yc
global yd
global yf
global yg
global yh
global yi
global oa
global ob
global oc
global od
global of
global og
global oh
global oi
global flow
global done_r
global done_y
global done_g
global done_o
global done_b
game_screen_5 = pygame.display.set_mode((X, Y))
running = 1 #This is for the condition in the while loop
while running:
for event in pygame.event.get():
if (event.type == pygame.QUIT):
pygame.quit()
quit()
elif (event.type == pygame.KEYDOWN):
if (event.key == pygame.K_ESCAPE):
pygame.quit()
quit()
elif (event.key == pygame.K_b):
flow = 0
return
pygame.display.flip()
#Iteration for horizontal lines
y = 125 #starting point
while (y <= 375):
pygame.draw.line(
game_screen_5, (255, 153, 153), (125, y),
(375, y)) #code for line from one co-ordinate to another
y += 50 #increasing 40 for each iteration because the width of each is 40
x = 125 #Variable for vertical lines
#Iteration for vertical lines
while (x <= 375):
pygame.draw.line(game_screen_5, (255, 153, 153), (x, 125),
(x, 375))
x += 50
#Drawing coloured circles
pygame.draw.circle(game_screen_5, RED, (150, 150), 20)
pygame.draw.circle(game_screen_5, GREEN, (250, 150), 20)
pygame.draw.circle(game_screen_5, BLUE, (250, 200), 20)
pygame.draw.circle(game_screen_5, GREEN, (200, 300), 20)
pygame.draw.circle(game_screen_5, YELLOW, (300, 300), 20)
pygame.draw.circle(game_screen_5, YELLOW, (350, 150), 20)
pygame.draw.circle(game_screen_5, BLUE, (250, 350), 20)
pygame.draw.circle(game_screen_5, RED, (200, 350), 20)
pygame.draw.circle(game_screen_5, ORANGE, (350, 200), 20)
pygame.draw.circle(game_screen_5, ORANGE, (300, 350), 20)
#Vertical Borders
x = 0
while (x < bgheight):
pygame.draw.line(game_screen_5, borcolor[x], ((40 - x), 0),
((40 - x), Y))
x += 1
x = 0
while (x < bgheight):
pygame.draw.line(game_screen_5, borcolor[x], ((X - 40) + x, 0),
((X - 40) + x, Y))
x += 1
#Horizontal Borders
y = 0
while (y < bgheight):
pygame.draw.line(game_screen_5, borcolor[y], (30, (40 - y)),
(X - 30, (40 - y)))
y += 1
y = 0
while (y < bgheight):
pygame.draw.line(game_screen_5, borcolor[y], (30, (Y - 40) + y),
(X - 30, (Y - 40) + y))
y += 1
label = font.render("Flows :" + str(flow), 0, (255, 255, 255))
game_screen_5.blit(label, (120, 110))
label1 = font.render("Level - 1", 0, (255, 255, 255))
game_screen_5.blit(label1, (300, 110))
for e in pygame.event.get():
if e.type == pygame.QUIT:
pygame.quit()
if e.type == pygame.MOUSEMOTION and pygame.mouse.get_pressed()[0]:
mx, my = pygame.mouse.get_pos()
# Deciding colour based on mouse position
if ((mx in range(130, 170) and my in range(130, 170))
or (mx in range(180, 220) and my in range(330, 370))):
circ = 1 #RED
elif ((mx in range(230, 270) and my in range(130, 170))
or (mx in range(180, 220) and my in range(280, 320))):
circ = 2 #GREEN
elif ((mx in range(230, 270) and my in range(180, 220))
or (mx in range(230, 270) and my in range(330, 370))):
circ = 3 #BLUE
elif ((mx in range(330, 370) and my in range(130, 170))
or (mx in range(280, 320) and my in range(280, 320))):
circ = 4 #YELLOW
elif ((mx in range(330, 370) and my in range(180, 220))
or (mx in range(280, 320) and my in range(330, 370))):
circ = 5 #ORANGE
# If the colour is RED
if (circ == 1):
if (mx in range(125, 175) and my in range(ra, rb)
and my not in range(325, 350)):
pygame.draw.line(game_screen_5, RED, (150, ra - 25),
(150, rb - 25), 20)
if (my not in range(325, 375)):
ra += 50
rb += 50
else:
continue
elif (mx in range(rc, rd) and my in range(325, 375)):
pygame.draw.line(game_screen_5, RED, (rc - 34, 350),
(rd - 25, 350), 20)
if (done_r == 0):
done_r = 1
flow += 1
if (mx in range(rc, rd) and my in range(325, 375)):
pygame.draw.line(game_screen_5, RED, (rd - 25, 350),
(rc - 34, 350), 20)
elif (mx in range(125, 175) and my in range(rg, rf)):
pygame.draw.line(game_screen_5, RED, (150, rf + 25),
(150, rg + 25), 20)
if (my not in range(125, 175)):
rg -= 50
rf -= 50
else:
if (done_r == 0):
done_r = 1
flow += 1
continue
#GREEN
elif (circ == 2):
if (mx in range(ga, gb) and my in range(125, 175)):
pygame.draw.line(game_screen_5, GREEN, (gb + 25, 150),
(ga + 16, 150), 20)
elif (mx in range(175, 225) and my in range(gc, gd)):
pygame.draw.line(game_screen_5, GREEN, (200, gc - 34),
(200, gd - 25), 20)
if (my not in range(275, 325)):
gc += 50
gd += 50
else:
if (done_g == 0):
done_g = 1
flow += 1
continue
if (mx in range(175, 225) and my in range(gf, gg)):
pygame.draw.line(game_screen_5, GREEN, (200, gg + 25),
(200, gf + 25), 20)
if (my not in range(125, 175)):
gf -= 50
gg -= 50
else:
continue
elif (mx in range(gh, gi) and my in range(125, 175)):
pygame.draw.line(game_screen_5, GREEN, (gh - 34, 150),
(gi - 25, 150), 20)
if (done_g == 0):
done_g = 1
flow += 1
#BLUE
elif (circ == 3):
if mx in range(225, 275) and my in range(ba, bb):
pygame.draw.line(game_screen_5, BLUE, (250, ba - 25),
(250, bb - 25), 20)
if (my not in range(325, 375)):
ba += 50
bb += 50
else:
if (done_b == 0):
done_b = 1
flow += 1
continue
if mx in range(225, 275) and my in range(bc, bd):
pygame.draw.line(game_screen_5, BLUE, (250, bd + 25),
(250, bc + 25), 20)
if (my not in range(175, 225)):
bc -= 50
bd -= 50
else:
if (done_b == 0):
done_b = 1
flow += 1
continue
#YELLOW
elif (circ == 4):
if (mx in range(ya, yb) and my in range(125, 175)):
pygame.draw.line(game_screen_5, YELLOW, (yb + 25, 150),
(ya + 16, 150), 20)
elif (mx in range(275, 325) and my in range(yc, yd)):
pygame.draw.line(game_screen_5, YELLOW, (300, yc - 34),
(300, yd - 25), 20)
if (my not in range(275, 325)):
yc += 50
yd += 50
else:
if (done_y == 0):
done_y = 1
flow += 1
continue
if (mx in range(275, 325) and my in range(yf, yg)):
pygame.draw.line(game_screen_5, YELLOW, (300, yg + 25),
(300, yf + 25), 20)
if (my not in range(125, 175)):
yf -= 50
yg -= 50
else:
continue
elif (mx in range(yh, yi) and my in range(125, 175)):
pygame.draw.line(game_screen_5, YELLOW, (yh - 34, 150),
(yi - 25, 150), 20)
if (done_y == 0):
done_y = 1
flow += 1
#ORANGE
elif (circ == 5):
if (mx in range(325, 375) and my in range(oa, ob)):
pygame.draw.line(game_screen_5, ORANGE, (350, oa - 25),
(350, ob - 25), 20)
if (my not in range(325, 375)):
oa += 50
ob += 50
else:
continue
elif (mx in range(oc, od) and my in range(325, 375)):
pygame.draw.line(game_screen_5, ORANGE, (od + 34, 350),
(oc + 25, 350), 20)
if (done_o == 0):
done_o = 1
flow += 1
if (mx in range(of, og) and my in range(325, 375)):
pygame.draw.line(game_screen_5, ORANGE, (og - 25, 350),
(of - 16, 350), 20)
elif (mx in range(325, 375) and my in range(oh, oi)):
pygame.draw.line(game_screen_5, ORANGE, (350, oi + 34),
(350, oh + 25), 20)
if (my not in range(175, 225)):
oh -= 50
oi -= 50
else:
if (done_o == 0):
done_o = 1
flow += 1
continue
if (flow == 5):
game_over()
pygame.display.update()
print str(flow)
pygame.display.flip()