def draw_truba(y, delta):
size = 100
trub = play.new_image(image="./img/sprite_1.png", x=0, y=y, size=size)
trub2 = play.new_image(image="./img/sprite_22.png",
x=0,
y=y + 700 + delta,
size=size)
return trub, trub2
def y_coord_from_mouth_rect(mouth_rects, box):
if len(mouth_rects) > 0:
cam_height = left_img.shape[1]
cam_width = left_img.shape[0]
screen_height = play.screen.height
screen_width = play.screen.width
raw_x_coordinate = mouth_rects[0][0]
raw_y_coordinate = mouth_rects[0][1] * 2
xpos = (raw_x_coordinate / cam_width)
negative = -1 if box.x < 0 else 1
if not negative:
xpos = 200 - xpos
x_coordinate = negative * 350 + (xpos * 50)
box.x = x_coordinate
# ypos represents mouth position as a percentage.
# in the opencv code we halve the image size;
# account for that here by dividing cam height by 2
ypos = (raw_y_coordinate / cam_height)
# if len(left_smile) == 0 and negative == -1:
# ypos = 1 - ypos
# elif len(right_smile) == 0 and not negative == 1:
# ypos = 1 - ypos
# convert the percentage y position to an absolute
# coordinate in the play coordinate system
# (0 is middle, 0.5 * screen height is top of screen)
y_coordinate = (0.5 - ypos) * screen_height
box.y = y_coordinate
global p1_box
global p2_box
if len(right_mouth_rects) > 0:
old_p1_box = p1_box
p1_box = play.new_image(image='right_mouth.jpg',
x=old_p1_box.x,
y=old_p1_box.y,
size=200)
old_p1_box.remove()
if len(left_mouth_rects) > 0:
old_p2_box = p2_box
p2_box = play.new_image(image='left_mouth.jpg',
x=old_p2_box.x,
y=old_p2_box.y,
size=200)
old_p2_box.remove()
def __init__(self, image_name, walls, dots, fruit):
self.score = 0
self.fruit = fruit
self.full_image = play.new_image(image=image_name, x=0, y=0, size=50)
self.full_image.transparency = 0
self.walls = walls
self.dots = dots
self.you_won_sprite = play.new_image(image='images/text/YouWon.png',
x=0,
y=0,
size=100)
self.you_won_sprite.hide()
self.game_over_sprite = play.new_image(
image='images/text/GameOver.png', x=0, y=0, size=100)
self.game_over_sprite.hide()
def draw_truba(y_truba,rast):
x_truba = 500
delta = 500
truba = play.new_image(
x = x_truba,
y = y_truba + rast,
image="/img/truba2.png",
size=3000,
transparency = 50)
truba2 = play.new_image(
x = x_truba,
y = y_truba-delta,
image="/img/truba1.png",
size=3000,
transparency = 50)
return truba, truba2
def drow_truba(y_cor, rast):
delta = 475
truba2 = play.new_image(
image='./img/truba2.png',
x=450,
y=y_cor - delta,
size=100,
)
truba = play.new_image(
image='./img/truba.png',
x=450,
y=y_cor + rast,
size=100,
)
truba.satus = 1
score = play.new_image(image='./img/score.png', x=-300, y=200)
return truba, truba2
def back():
rain = play.new_image(image=k_rain[randint(0, 2)],
size=50,
x=randint(play.screen.left, play.screen.right + 400),
y=play.screen.top)
rain_list.append(rain)
for i in rain_list:
if i.y > play.screen.bottom and i.x > play.screen.left:
i.x -= 5
i.y -= 7
else:
i.hide()
del (i)
def draw_platform(x, y):
for wall in wall_list:
if wall.x < play.screen.left:
if wall.y == play.screen.bottom + 30:
new_wall = play.new_image(image=box_img,
x=play.screen.right + 32,
y=play.screen.bottom + 30)
new_wall.start_physics(can_move=True,
obeys_gravity=False,
stable=True,
friction=0)
wall_list.append(new_wall)
wall_list.remove(wall)
def __init__(self, image_name, position, game_map, size):
self.image_name = image_name
self.position = position
self.game_map = game_map
self.image = play.new_image(image=image_name, x=position[0], y=position[1], size=size)
self.up = play.new_box(color="red", x=position[0], y=position[1] + self.image.height/2 + dist_const, width=self.image.width * close_length_const, height=1)
self.right = play.new_box(color="red", x=position[0] + self.image.width/2 + dist_const, y=position[1], width=1, height=self.image.height * close_length_const)
self.left = play.new_box(color="red", x=position[0] - self.image.width/2 - dist_const, y=position[1], width=1, height=self.image.height * close_length_const)
self.down = play.new_box(color="red", x=position[0], y=position[1] - self.image.height/2 - dist_const, width=self.image.width * close_length_const, height=1)
#self.up.hide()
#self.right.hide()
#self.left.hide()
#self.down.hide()
self.far_up = play.new_box(color="green", x=position[0], y=position[1] + self.image.height / 2 + far_dist_const,
width=self.image.width*far_length_const, height=1)
self.far_right = play.new_box(color="green", x=position[0] + self.image.width / 2 + far_dist_const, y=position[1], width=1,
height=self.image.height*far_length_const)
self.far_left = play.new_box(color="green", x=position[0] - self.image.width / 2 - far_dist_const, y=position[1], width=1,
height=self.image.height*far_length_const)
self.far_down = play.new_box(color="green", x=position[0], y=position[1] - self.image.height / 2 - far_dist_const,
width=self.image.width*far_length_const, height=1)
import pygame
import play
from random import randint
# if a==b:
n = 0
fon = play.new_image(image='./img/fon.png')
you_lose = play.new_image(image="./img/You_lose.png")
you_lose.hide()
''' tilda-макет сайт, tilda- сделать кам сайт'''
bird = play.new_image(image='./img/bird1.png', x=-250, y=0, size=150)
status = 1
def drow_truba(y_cor, rast):
delta = 475
truba2 = play.new_image(
image='./img/truba2.png',
x=450,
y=y_cor - delta,
size=100,
)
truba = play.new_image(
image='./img/truba.png',
x=450,
y=y_cor + rast,
import play
play.set_backdrop("darkblue")
#-------------------------------------
spaceship = play.new_image(image="spaceship.png", size=15, x=0, y=-200)
asteroid1 = play.new_image(image="asteroid.png", size=3, x=-300, y=-100)
asteroid2 = play.new_image(image="asteroid.png", size=3, x=300, y=0)
asteroid3 = play.new_image(image="asteroid.png", size=3, x=-300, y=100)
finish = play.new_text(words="FINISH",
x=0,
y=250,
font_size=100,
color="yellow")
#-------------------------------------
@play.when_program_starts
def start():
spaceship.start_physics(stable=True,
obeys_gravity=False,
bounciness=1,
mass=10)
asteroid1.start_physics(stable=False,
x_speed=5,
y_speed=0,
obeys_gravity=False,
bounciness=1,
mass=1)
asteroid2.start_physics(stable=False,
x_speed=5,
y_speed=0,
import play
#wallpaper
play.set_backdrop("darkorange")
#images
photo = play.new_image(image="1.jpg",
x=0,
y=0,
size=20,
angle=0,
transparency=100)
#text
text = play.new_text(words="Happy",
x=0,
y=200,
font=None,
font_size=100,
color="yellow")
@play.when_program_starts
def start():
pass
@play.repeat_forever
def do():
if play.key_is_pressed('e'):
photo.image = "1.jpg"
text.words = "Happy"
text.color = "Yellow"
if play.key_is_pressed('w'):
import play
from pacman import Pacman
from game_map import Game_map
from item import Item
from ghost import Ghost
ghosts = []
dots = []
fruit = []
map_sprites = []
play.set_backdrop((0, 0, 0))
# complete_map = play.new_image(image="images/map/Map.png", x=0, y=0, size=50)
map_sprites.append(
play.new_image(image="new_images/map1.jpg", x=-200, y=235, size=40))
map_sprites.append(
play.new_image(image="new_images/map1.jpg", x=200, y=235, size=40))
map_sprites.append(
play.new_image(image="new_images/map2.jpg", x=-90, y=236, size=40))
map_sprites.append(
play.new_image(image="new_images/map2.jpg", x=90, y=236, size=40))
map_sprites.append(
play.new_image(image="new_images/map3.jpg", x=0, y=250, size=40))
map_sprites.append(
play.new_image(image="new_images/map4.jpg", x=0, y=295, size=40))
map_sprites.append(
play.new_image(image="new_images/map6.jpg", x=222, y=77, size=40))
map_sprites.append(
play.new_image(image="new_images/map5.jpg", x=267, y=206, size=40))
map_sprites.append(
def draw_tryba(y,delta):
tryba1=play.new_image (image=/img/'truba.png', size=200,angle=180,x=100,y=y+345+delta)
tryba2=play.new_image (image=/img/'truba.png', size =300,x=100,y=y)
return tryba1, tryba2
import play #flappy bird
from random import randint
bird=play.new_image (image='ptitsa.png',size=200,x=-300,y=-150)
po=play.new_image (image='njxrf.jpg',x=0,y=0,size=30)
po.hide()
def draw_tryba(y,delta):
tryba1=play.new_image (image=/img/'truba.png', size=200,angle=180,x=100,y=y+345+delta)
tryba2=play.new_image (image=/img/'truba.png', size =300,x=100,y=y)
return tryba1, tryba2
truby_typie = []
@play.repeat_forever
async def do ():
y = randint(-150, -40)
delta = randint (100, 350)
truby_typie.append (draw_tryba(y,delta))
await play.timer(seconds =1)
@play.repeat_forever
async def leftright():
for tryba in truby_typie:
tryba[0].x-=5
tryba[1].x-=5
if tryba[0].x<-450:
tryba[0].remove()
tryba[1].remove()
truby_typie.remove(tryba)
async def do():
global frame_count
frame_count += 1
if frame_count % 5 != 1:
return
left_img, left_mouth_rects, right_mouth_rects, left_smile, right_smile = find_mouth_rects(
)
# update the background
global background
old_background = background
background = play.new_image(image='background.jpg',
x=0,
y=0,
size=160,
transparency=15)
old_background.remove()
def y_coord_from_mouth_rect(mouth_rects, box):
if len(mouth_rects) > 0:
cam_height = left_img.shape[1]
cam_width = left_img.shape[0]
screen_height = play.screen.height
screen_width = play.screen.width
raw_x_coordinate = mouth_rects[0][0]
raw_y_coordinate = mouth_rects[0][1] * 2
xpos = (raw_x_coordinate / cam_width)
negative = -1 if box.x < 0 else 1
if not negative:
xpos = 200 - xpos
x_coordinate = negative * 350 + (xpos * 50)
box.x = x_coordinate
# ypos represents mouth position as a percentage.
# in the opencv code we halve the image size;
# account for that here by dividing cam height by 2
ypos = (raw_y_coordinate / cam_height)
# if len(left_smile) == 0 and negative == -1:
# ypos = 1 - ypos
# elif len(right_smile) == 0 and not negative == 1:
# ypos = 1 - ypos
# convert the percentage y position to an absolute
# coordinate in the play coordinate system
# (0 is middle, 0.5 * screen height is top of screen)
y_coordinate = (0.5 - ypos) * screen_height
box.y = y_coordinate
global p1_box
global p2_box
if len(right_mouth_rects) > 0:
old_p1_box = p1_box
p1_box = play.new_image(image='right_mouth.jpg',
x=old_p1_box.x,
y=old_p1_box.y,
size=200)
old_p1_box.remove()
if len(left_mouth_rects) > 0:
old_p2_box = p2_box
p2_box = play.new_image(image='left_mouth.jpg',
x=old_p2_box.x,
y=old_p2_box.y,
size=200)
old_p2_box.remove()
y_coord_from_mouth_rect(right_mouth_rects, p1_box)
y_coord_from_mouth_rect(left_mouth_rects, p2_box)
# change the smiley statuses
if len(left_smile) > 0:
p2_smiley.show()
p2_not_smiley.hide()
else:
p2_smiley.hide()
p2_not_smiley.show()
if len(right_smile) > 0:
p1_smiley.show()
p1_not_smiley.hide()
else:
p1_smiley.hide()
p1_not_smiley.show()
import play # this should always be the first line
import random
import cv2
from tracking_camera import find_mouth_rects
# p1_box = play.new_box(color='blue', x=350, y=0, width=30, height=120)
# p2_box = play.new_box(color='red', x=-350, y=0, width=30, height=120)
play.new_text("MOUTHBALL", x=0, y=250)
# debug_print = play.new_text("", x=0, y=0, font_size=20)
p1_box = play.new_image(image='mouth-vertical.png', x=350, y=0, size=200)
p2_box = play.new_image(image='mouth-vertical.png', x=-350, y=0, size=200)
p1_smiley = play.new_image(image='smiley.png', x=200, y=250, size=30)
p2_smiley = play.new_image(image='smiley.png', x=-200, y=250, size=30)
p1_not_smiley = play.new_image(image='not-smiling.png', x=200, y=250, size=30)
p2_not_smiley = play.new_image(image='not-smiling.png', x=-200, y=250, size=30)
p1_score = 0
p2_score = 0
p1_score_text = play.new_text(str(p1_score), x=250, y=250, font_size=40)
p2_score_text = play.new_text(str(p2_score), x=-250, y=250, font_size=40)
p1_not_smiley.hide()
p2_not_smiley.hide()
ball = play.new_image(image='heart.png', x=0, y=0, size=30)
BALL_DX = 10 # horizontal velocity is always same speed
def __init__(self, image_name, position, cat):
self.position = position
self.cat = cat
self.image = play.new_image(image=image_name, x=position[0], y=position[1], size=0.7)
def start_program():
global status
if status == 4:
if play.key_is_pressed('space'):
podzkazka_dlia_ne_ochen_umnih.hide()
status = 2
bird_kub = play.new_box(color='black',
transparency=0,
width=32,
height=25)
bird = play.new_image(image='bird_1.png', size=140, x=0)
bird_kub.start_physics(can_move=True,
obeys_gravity=True,
stable=True,
y_speed=0)
bird_kub.y += 10
if status == 2:
global n
n = 0
status = 1
chet = play.new_text(str(n), y=-30)
chet.hide()
# trubi_img(-200,100)
trubi_list = []
lose = play.new_text('YOU LOSE', color='red')
lose.hide()
@play.repeat_forever
def keypads():
if play.key_is_pressed('space'):
bird_kub.y += 10
@play.repeat_forever
async def do():
global status
if status == 1:
a = trubi_img(randint(-500, -200), 150)
trubi_list.append(a)
await play.timer(3)
else:
for tum in trubi_list:
tum[1].remove()
tum[0].remove()
trubi_list.remove(tum)
@play.repeat_forever
async def run():
for i in trubi_list:
i[0].x -= 5
i[1].x -= 5
if i[0].x < -500:
i[0].remove()
i[1].remove()
trubi_list.remove(i)
await play.timer(1 / 40)
@play.repeat_forever
def touch():
global status
if status == 1:
if bird_kub.y < -280:
bird_kub.stop_physics()
bird_kub.hide()
bird.remove()
lose.show()
chet.show()
restart_knopka.show()
restart_kub.show()
status = 0
elif status == 1:
for truba in trubi_list:
if truba[0].is_touching(
bird_kub) or truba[1].is_touching(bird_kub):
bird_kub.stop_physics()
bird_kub.hide()
bird.remove()
lose.show()
chet.show()
restart_knopka.show()
restart_kub.show()
status = 0
bird.y = bird_kub.y
@play.repeat_forever
def chets():
global n
global status
if status == 1:
for tr in trubi_list:
if bird_kub.x > tr[1].x and tr[0].status == 1:
tr[0].status = 0
n = n + 1
chet.words = str(n)
@restart_kub.when_clicked
def restart():
global status
restart_kub.hide()
restart_knopka.hide()
status = 5
start_knopka.show()
start_kub.show()
lose.hide()
chet.words.hide()
for tumka in trubi_list:
tumka[0].remove()
tuka[1].remove()
trubi_list.remove(tumka)
'./img/sprite/left/sprite_0.png', './img/sprite/left/sprite_1.png',
'./img/sprite/left/sprite_2.png', './img/sprite/left/sprite_3.png',
'./img/sprite/left/sprite_4.png', './img/sprite/left/sprite_5.png'
]
k_heli = [
'./img/heli/heli0.png', './img/heli/heli1.png', './img/heli/heli2.png',
'./img/heli/heli3.png', './img/heli/heli4.png', './img/heli/heli5.png'
]
k_lava = [
'./img/lava/lava1.png',
'./img/lava/lava1.png',
'./img/lava/lava2.png',
]
wall1 = play.new_image(image='./img/platform.png', x=-100, y=0, size=15)
wall2 = play.new_image(image='./img/platform.png', x=250, y=-200, size=15)
wall3 = play.new_image(image='./img/platform.png', x=400, y=130, size=15)
wall4 = play.new_image(image='./img/platform.png', x=350, y=-100, size=15)
wall5 = play.new_image(image='./img/platform.png', x=500, y=-100, size=15)
wall6 = play.new_image(image='./img/platform.png', x=650, y=-100, size=15)
wall7 = play.new_image(image='./img/platform.png', x=800, y=-100, size=15)
wall_list = [wall1, wall2, wall3, wall4, wall5, wall6, wall7]
i = 31
j = 32
while play.screen.height - i > 0:
box = play.new_image(image=box_img,
x=play.screen.left + 32,
y=play.screen.bottom + i)
wall_list.append(box)
import play
from random import randint
play.screen.height = 600
play.screen.width = 1000
background = './img/menu/background.jpeg'
fon = play.new_image(image=background)
k_rain = [
'./img/rain/sprite_0.png',
'./img/rain/sprite_1.png',
'./img/rain/sprite_2.png',
]
one_of_rain_k = [
'./img/menu/one/sprite_0.png', './img/menu/one/sprite_1.png',
'./img/menu/one/sprite_2.png', './img/menu/one/sprite_3.png',
'./img/menu/one/sprite_4.png', './img/menu/one/sprite_5.png',
'./img/menu/one/sprite_6.png', './img/menu/one/sprite_7.png'
]
number_k_one = 5
rain_list = []
button_play_k = [
'./img/menu/button/sprite_0.png', './img/menu/button/sprite_1.png'
]
button_play = play.new_image(image=button_play_k[0], y=100)
import play
from random import randint
import pygame
background = ['The_space_of_JSG_1.png', 'The_space_of_JSG_2.png']
fon = play.new_image(image=background[0])
# @play.repeat_forever
# async def fon():
# for i in background:
# fon.image =i
# await play.timer(2/3)
status = 1
play.screen.width = 800
play.screen.height = 640
n = 0
count = play.new_text(words='SCORE: {}'.format(n),
color='yellow',
x=play.screen.left + 100,
y=play.screen.top - 50)
u_lose = play.new_image("u_lose.png", size=750)
exit_demon = play.new_image('Exit_button_vadsl.png',
x=play.screen.right - 100,
y=play.screen.top - 50)
exit_demon.hide()
def sdelat_truby(y, delta):
truba = play.new_box(color='yellow',
import pygame
import play
from random import randint
from time import sleep
catolog = 0
play.set_backdrop((215, 196, 164))
bird = play.new_image(image='./img/sprite_23.png', x=-200, y=0, size=300)
bird.start_physics(can_move=True, stable=False, bounciness=0)
def draw_truba(y, delta):
size = 100
trub = play.new_image(image="./img/sprite_1.png", x=0, y=y, size=size)
trub2 = play.new_image(image="./img/sprite_22.png",
x=0,
y=y + 700 + delta,
size=size)
return trub, trub2
truba_list = []
@play.repeat_forever
async def do():
truba_list.append(draw_truba(randint(-500, -100), 0))
await play.timer(2)
x = x_truba,
y = y_truba + rast,
image="/img/truba2.png",
size=3000,
transparency = 50)
truba2 = play.new_image(
x = x_truba,
y = y_truba-delta,
image="/img/truba1.png",
size=3000,
transparency = 50)
return truba, truba2
bird = play.new_image(
image = "/img/birdanimation0.png",
x = -300,
y = 0,
size=150)
bird.start_physics(can_move=True,y_speed=10, bounciness=0.1, obeys_gravity=False)
trubas = []
@play.repeat_forever
async def draw():
global N
if STATUS==1:
N+=1
schet.words="Очки {}".format(str(N))
y_truba = randint(50,400)
rast = randint(50,100)
trubas.append(draw_truba(y_truba,rast))
import pygame
import play
from random import randint
play.screen.width = 994
play.screen.height = 492
fone = play.new_image (image = 'fone.png', size = 33)
truba_list = []
status = 1
bird = play.new_image(image = 'bird0.png', x = - 350, y = 200)
total_score = play.new_image(image = 'score.png', x = - 455, y = 235, size = 150)
sound_jump = pygame.mixer.Sound('qwerty.ogg')
restart_button = play.new_image(image = 'restart.png', x =- 250, y = -150)
exit_button = play.new_image(image = 'exit.png', x = 250, y = -150)
restart_button.hide()
exit_button.hide()
size=100,
transparency=100)
timer_display = play.new_text(words='00:00',
font=None,
font_size=50,
color='blue',
x=-350,
y=240,
angle=0,
size=100,
transparency=100)
timer = 2 * 60 # 2 минуты по 60 секунд (120 секунд)
key = play.new_image(image='key.png',
x=0,
y=110,
angle=0,
size=2,
transparency=100)
gameover = play.new_image(image='gameover.jpeg',
x=0,
y=0,
angle=0,
size=85,
transparency=100)
gameover.hide()
winner = play.new_text(words='YOU WIN',
font=None,
font_size=200,
color='green',