def draw_truba(y, delta):
x_cor = 510
# truba1=play.new_image(image='truba.png', x=x_cor, y=y, size=20)
# truba3=play.new_image(image='truba.png', x=x_cor, y=y+460+delta, angle= 180, size=20)
truba = play.new_box (height = 462, width = 65, x = x_cor, y = y, transparency = 50)
truba2=play.new_box (height = 462, width = 65, x = x_cor, y = y + 460 + delta, angle = 180, transparency = 50)
return truba, truba2
def trubi_img(y_niz, rast):
delta = 515
#truba_niz = play.new_image(image = 'truba_niz.png',size=210,y=y_niz,x=200)
truba_niz = play.new_box(color='black',
y=y_niz,
x=500,
transparency=50,
width=45,
height=500)
truba_niz.status = 1
#truba_verh = play.new_image(image = 'truba_verh.png',size=290,y=delta + y_niz + rast,x=200)
truba_verh = play.new_box(color='black',
y=delta + y_niz + rast,
x=500,
transparency=50,
width=45,
height=530)
return truba_niz, truba_verh
def sdelat_truby(y, delta):
truba = play.new_box(color='yellow',
transparency=50,
x=475,
y=y,
width=75,
height=460)
# truba_image = play.new_image('truba.png', x = truba.x, y = truba.y, size = 25)
truba_2 = play.new_box(color='yellow',
transparency=50,
x=475,
y=y + 575 + delta,
angle=180,
width=75,
height=460)
# truba_2_image = play.new_image('truba.png', x = truba_2.x, y = truba_2.y, size = 25)
# truba = play.new_image('My space pipe_1.png', x = 475, y = y, size = 250)
# truba_2 = play.new_image('My space pipe_2.png', x = 475, y = y + 575 + delta, angle = 180, size = 250)
return truba, truba_2
def add_to_body():
"""Добавляем в список новый кусочек тела"""
global body
if len(body) > 0:
x, y = body[-1].x, body[-1].y
else:
x, y = had.x, had.y
body.append(
play.new_box(color='light green', x=x, y=y, width=19, height=19,
border_color="light blue", border_width=1)
)
def draw_platforms():
global finish
platform1 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 150, height = 30, x = play.screen.left + 70, y = play.screen.top-170
)
platforms.append(platform1)
platform2 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 250, height = 30, x = play.screen.left + 330, y = play.screen.top-150
)
platforms.append(platform2)
platform3 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 100, height = 30, x = play.screen.left + 550, y = play.screen.top-150
)
platforms.append(platform3)
platform4 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 130, height = 30, x = play.screen.left + 670, y = play.screen.top-170
)
platforms.append(platform4)
platform5 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 150, height = 30, x = play.screen.left + 80, y = play.screen.top-300
)
platforms.append(platform5)
platform6 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 250, height = 30, x = play.screen.left + 340, y = play.screen.top-280
)
platforms.append(platform6)
platform7 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 100, height = 30, x = play.screen.left + 560, y = play.screen.top-300
)
platforms.append(platform7)
platform8 = play.new_box(
color = 'brown', border_width= 1, border_color= 'black', width = 130, height = 30, x = play.screen.left + 700, y = play.screen.top-260
)
platforms.append(platform8)
finish = play.new_circle(color = 'red', x = platform5.x, y = platform5.y + 45,radius = 20, border_color= 'black', border_width=2)
for platform in platforms:
platform.start_physics(can_move=False, stable=True, obeys_gravity=True, mass = 10)
def start():
# платформа не поддается гравитации и управляется только с клавиатуры
platform.start_physics(stable=True,
obeys_gravity=False,
bounciness=1,
mass=1)
# шарик не поддается гравитации, случайно перемещается по полю
ball.start_physics(
ball.start_physics(stable=False,
x_speed=35,
y_speed=35,
obeys_gravity=False,
bounciness=1,
mass=10))
# генерация блоков
block_x = play.screen.left + 75
block_y = play.screen.top - 50
for i in range(3): # количество рядов
while block_x <= play.screen.right - 30:
# for i in range(8):
block = play.new_box(color='grey',
x=block_x,
y=block_y,
width=110,
height=30,
border_color='dark grey',
border_width=1)
blocks.append(block)
block_x = block_x + block.width
block_x = play.screen.left + 75
block_y = block.y - block.height
# for i in range(len(blocks)):
# blocks[i].show()
platform.show()
lose.hide()
win.hide()
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 play
from random import randint
play.set_backdrop((185, 119, 233))
status = 5
start_kub = play.new_box(color='red', height=40, width=100)
start_knopka = play.new_text('Start')
podzkazka_dlia_ne_ochen_umnih = play.new_text('Извольте нажать SPACE !',
color='red',
y=-250)
podzkazka_dlia_ne_ochen_umnih.hide()
restart_kub = play.new_box(color='red', height=40, width=130, y=-70)
restart_knopka = play.new_text('Restart', y=-70)
restart_knopka.hide()
restart_kub.hide()
@play.repeat_forever
def restart999():
global status
if status == 5:
status = 3
# 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)
import pygame
import play
#вариант домашнего задания - дать список файлов с инструментами и попросить сделать другой набор
# интерфейс - подсказки, кнопки управления:
play.set_backdrop('light blue')
introduce1 = play.new_text(words='Piano for fun!', x=0, y=200)
introduce2 = play.new_text(words='Create your melody by pressing the keys',
x=0,
y=150)
key_play_melody = play.new_box(color='light green',
border_color='black',
border_width=1,
x=-100,
y=-170,
width=160,
height=50)
kpm = play.new_text(words='play melody', x=-100, y=-170, font_size=20)
key_clear_melody = play.new_box(color='light yellow',
border_color='black',
border_width=1,
x=100,
y=-170,
width=160,
height=50)
kcm = play.new_text(words='clear melody', x=100, y=-170, font_size=20)
# клавиши и звуки для них:
def is_ready(self):
return self.ready
# интерфейс - подсказки, кнопки управления:
play.set_backdrop('light blue')
introduce1 = play.new_text(words='Piano for fun!', x=0, y=250)
introduce2 = play.new_text(words='Create your melody by pressing the keys',
x=0,
y=200)
key_play_melody = play.new_box(color='light green',
border_color='black',
border_width=1,
x=-140,
y=-80,
width=120,
height=50)
kpm = play.new_text(words='play melody', x=-140, y=-80, font_size=20)
key_repeat_melody = play.new_box(color='light yellow',
border_color='black',
border_width=1,
x=-5,
y=-80,
width=120,
height=50)
krm = play.new_text(words='repeat melody', x=-5, y=-80, font_size=20)
key_clear_melody = play.new_box(color='light pink',
dots.remove(dots[i])
fruit.append(
Item("images/Fruit.png", [-257 + 0 * 28.542, -257 + 29 * 28.542], "fruit"))
fruit.append(
Item("images/Fruit.png", [-257 + 29 * 28.542, -257 + 29 * 28.542],
"fruit"))
fruit.append(
Item("images/Fruit.png", [-257 + 29 * 28.542, -257 + 0 * 28.542], "fruit"))
fruit.append(
Item("images/Fruit.png", [-257 + 0 * 28.542, -257 + 0 * 28.542], "fruit"))
ghost_sprites = [
play.new_box(color="red",
width=7,
height=7,
x=-257,
y=-273,
transparency=1),
play.new_box(color="pink",
width=7,
height=7,
x=-257,
y=273,
transparency=1),
play.new_box(color="cyan",
width=7,
height=7,
x=252,
y=-273,
transparency=1),
play.new_box(color="orange",
# fon = play.new_image(
# image='labirint.jpeg',
# x=0, y=0, angle=0, size=60,
# transparency=100
# )
# todo скорректировать координаты линий и длины - убрать хвосты
lines = [
play.new_line(color='blue', **args, thickness=8, x1=None, y1=None)
for args in param_lines
]
box = play.new_box(color='black',
x=-240,
y=240,
width=30,
height=30,
border_color="light blue",
border_width=1)
timer_title = play.new_text(words='TIME:',
font=None,
font_size=40,
color='blue',
x=-350,
y=280,
angle=0,
size=100,
transparency=100)
timer_display = play.new_text(words='00:00',
font=None,
# print(play.screen.width, play.screen.height) # получаем размер экрана
# Переменные конфиг
speed = 0.5
run = True
y_top = 290
y_bottom = -290
x_right = 390
x_left = -390
score = 0
timer = 10
time_for_rock = 15
apple = play.new_box(color='red', x=play.random_number(-19, 19) * 20,
y=play.random_number(-14, 14) * 20, width=19, height=19,
border_color="yellow", border_width=1)
super_apple = play.new_box(color='yellow', x=-400, y=-300, width=19, height=19,
border_color="red", border_width=1)
super_apple.hide()
# Тело змейки
body = []
had = play.new_box(color='green', x=0, y=0, width=19, height=19,
border_color="light blue", border_width=1)
rock = play.new_box(color='grey', x=play.random_number(-19, 19) * 20,
y=play.random_number(-14, 14) * 20, width=19, height=19,
border_color="black", border_width=1)
import play
# ЭКРАН
frames = 45 # частота кадров
lose = play.new_text(words='YOU LOSE', font_size=100, color='red')
win = play.new_text(words='YOU WIN', font_size=100, color='yellow')
platform = play.new_box(color='brown', y=-250, width=150, height=15)
ball = play.new_circle(color='green', y=-160, radius=15)
blocks = []
# count = play.new_text(words = '0', x = 200, y = -150, font = None, font_size = 30)
# count_text = play.new_text(words='Количество неудачных попыток: ', x = 0, y = -150, font = None, font_size = 30)
@play.when_program_starts
def start():
# платформа не поддается гравитации и управляется только с клавиатуры
platform.start_physics(stable=True,
obeys_gravity=False,
bounciness=1,
mass=1)
# шарик не поддается гравитации, случайно перемещается по полю
ball.start_physics(
ball.start_physics(stable=False,
x_speed=35,
y_speed=35,
obeys_gravity=False,
bounciness=1,
mass=10))
# # self.line3 = play.new_line(x=self.x, y=self.y, length=100, angle=-45)
# # self.lines = [self.line1, self.line2, self.line3]
# self.position = Vector2(self.x, self.y)
# self.line.start_physics(can_move=True, stable=True, obeys_gravity=False)
# # for line in self.lines:
# # line.start_physics(stable=True, bounciness=0, friction=100, obeys_gravity=False)
# # print(line.x, line.y)
#
# def update(self, position, angle):
# self.line.x = position.x * 2
# self.line.y = position.y
# self.angle = angle + 45
platform = Car(color='brown', x=100, y=-250, width=150, height=55)
platform2 = play.new_box()
@play.when_program_starts
def start():
platform.start_physics(
can_move=True, stable=True, obeys_gravity=False
)
platform.show()
# line1 = play.new_line(x=10, y=10, length=600, angle=45)
platform2.start_physics(can_move=True, stable=True, obeys_gravity=False)
platform2.show()
@play.repeat_forever
def game():
frames = 48
# задание спрайта
player = play.new_circle(color='green',
x=0,
y=-270,
radius=20,
border_color='light green')
q1 = play.new_text(words='YOU WIN!',
x=0,
y=0,
font=None,
font_size=100,
color='yellow')
# задание препятствий
wall1 = play.new_box(color='black', x=0, y=0, width=100, height=10)
wall2 = play.new_box(color='black', x=-50, y=10, width=10, height=100)
wall3 = play.new_box(color='black', x=50, y=-10, width=10, height=100)
wall4 = play.new_box(color='black', x=100, y=-110, width=10, height=100)
wall5 = play.new_box(color='black', x=145, y=-160, width=100, height=10)
wall6 = play.new_box(color='black', x=-145, y=-150, width=100, height=10)
wall7 = play.new_box(color='black', x=-175, y=-200, width=300, height=10)
wall8 = play.new_box(color='black', x=-195, y=-50, width=10, height=300)
wall9 = play.new_box(color='black', x=-300, y=10, width=200, height=10)
wall10 = play.new_box(color='black', x=-300, y=-40, width=10, height=100)
wall11 = play.new_box(color='black', x=-290, y=100, width=200, height=10)
wall12 = play.new_box(color='black', x=290, y=100, width=200, height=10)
wall13 = play.new_box(color='black', x=100, y=50, width=10, height=300)
wall14 = play.new_box(color='black', x=0, y=100, width=150, height=10)
wall15 = play.new_box(color='black', x=-130, y=100, width=10, height=300)
color = 'yellow', x = play.screen.left + 340, y = play.screen.top - 230, radius = 10
)
coins.append(coin3)
coin4 = play.new_circle(
color = 'yellow', x = play.screen.left + 700, y = play.screen.top - 230, radius = 10
)
coins.append(coin4)
score_txt = play.new_text(words='Score:', x=play.screen.right-100, y=play.screen.top-30, size=70)
score_num = 0
score = play.new_text(words=str(score_num), x=play.screen.right-30, y=play.screen.top-30, size=70)
text = play.new_text(words='Tap SPACE to jump, a/d to move', x=0, y=play.screen.bottom+60, size=70)
sea = play.new_box(
color='blue', width=play.screen.width, height=50, x=0, y=play.screen.bottom+20
)
@play.when_program_starts
def start():
pygame.mixer_music.load('soundtrack.mp3')
pygame.mixer_music.play()
sprite.start_physics(can_move= True, stable = False, obeys_gravity=True, mass =50, friction=1.0, bounciness=0.5)
draw_platforms()
draw_coins()
@play.repeat_forever
async def game():
global score
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)
#начало игры
import play
from random import randint
w = play.screen.width
h = play.screen.height
#создание объектов для внешнего интерфейса
place1 = play.new_box(color='light green',
x=0,
y=0,
width=100,
height=200,
border_width=5,
border_color='green')
place2 = play.new_box(color='light green',
x=0,
y=0,
width=100,
height=200,
border_width=5,
border_color='green')
place3 = play.new_box(color='light green',
x=0,
y=0,
width=100,
height=200,
border_width=5,
border_color='green')
hello = play.new_text(words='Привет! Нажми на кнопку, чтобы испытать удачу!',
x=0,
friction=0)
box4 = play.new_image(image=box_img,
x=play.screen.left + j,
y=play.screen.top - 8)
box4.start_physics(can_move=True,
obeys_gravity=False,
stable=True,
friction=0)
wall_list.append(box2)
wall_list.append(box4)
j += 40
i += 40
sprite_box = play.new_box(color='black',
x=0,
y=53,
width=17,
height=40,
transparency=100)
sprite = play.new_image(image=k_sprite[number_k], x=1000, y=50, size=20)
heli = play.new_image(image=k_heli[number], x=1000, y=50, size=600)
lava = play.new_image(image=k_lava[number], x=600, y=-269, size=600)
# tree = play.new_image('./img/tree.png', size=300, x=200, y=-200)
wall1.start_physics(can_move=True,
obeys_gravity=False,
stable=True,
friction=0)
wall2.start_physics(can_move=True,
import play
play.set_backdrop("darkorange")
#circle
ball = play.new_circle(x=-300, y=-250, radius=20, color="green")
#walls
wall1 = play.new_box(x=-300, y=0, width=200, height=10, color="black")
wall2 = play.new_box(x=-100, y=0, width=200, height=10, color="black")
wall3 = play.new_box(x=-200, y=100, width=10, height=200, color="black")
wall4 = play.new_box(x=200, y=-100, width=10, height=200, color="black")
wall5 = play.new_box(x=300, y=-200, width=200, height=10, color="black")
wall6 = play.new_box(x=100, y=-200, width=200, height=10, color="black")
wall7 = play.new_box(x=300, y=200, width=200, height=10, color="black")
wall8 = play.new_box(x=100, y=200, width=200, height=10, color="black")
wall9 = play.new_box(x=-400, y=-200, width=150, height=10, color="black")
wall10 = play.new_box(x=-250, y=-200, width=150, height=10, color="black")
wall11 = play.new_box(x=0, y=20, width=10, height=50, color="black")
wall12 = play.new_box(x=0, y=40, width=10, height=50, color="black")
#text
finish = play.new_text(words="FINISH",
x=-300,
y=50,
font=None,
font_size=70,
color="green")
#-------------------------------
@play.when_program_starts
def start():
import play
from random import randint
frames = 48 # что делает эта переменная
RIGHT = play.screen.width / 2 # что делает эта переменная (как считается и назначение)
LEFT = -1 * RIGHT
TOP = play.screen.height / 2
BOTTOM = -1 * TOP
R_SIZE = 100
B_SIZE = 10
ball = play.new_circle(color='green', x=0, y=0, radius=B_SIZE)
l_racket = play.new_box(color='black',
x=LEFT + 10,
y=0,
width=20,
height=R_SIZE)
r_racket = play.new_box(color='red',
x=RIGHT - 10,
y=0,
width=20,
height=R_SIZE)
@play.when_program_starts # "раздел программы"
def start():
l_racket.start_physics(stable=True,
obeys_gravity=False,
bounciness=1,
mass=1)
import play
# интерфейс - подсказки, кнопки управления:
play.set_backdrop('light blue')
introduce1 = play.new_text(words='Piano for fun!', x=0, y=200)
introduce2 = play.new_text(words='Create your melody by pressing the keys',
x=0,
y=150)
# клавиши и звуки для них:
keys = []
for i in range(8):
key_x = -180 + i * 50 # 40 - ширина клавиши, 10 - расстояние между ними
key = play.new_box(color='white',
border_color='black',
border_width=3,
x=key_x,
y=0,
width=40,
height=100)
keys.append(key)
play.start_program()
