for rainbow in rainbows:
rainbow.draw()
def screenPositionUpdate(player):
global screenPosition
if player.centre[1] - screenPosition < 150:
screenPosition = player.centre[1] - 150
elif player.centre[1] - screenPosition > 600 - 150:
screenPosition = player.centre[1] - (600 - 150)
if screenPosition > 0:
screenPosition = 0
def update(dt):
global screenPosition
if keyboard.left:
player.left()
elif keyboard.right:
player.right()
if keyboard.up:
player.jump()
player.update(surfaceLines)
screenPositionUpdate(player)
for rainbow in rainbows:
rainbow.update()
def on_key_down(key):
if key == keys.SPACE:
player.shootRainbow()
pgzrun.go()
y_sat = random.randint(SCOREBOX_HEIGHT, HEIGHT - satellite.height)
satellite.topright = (x_sat, y_sat)
score += -5
sounds.explosion.play()
if debris.colliderect(laser) == 1:
lasers.remove(laser)
x_deb = random.randint(-500, -50)
y_deb = random.randint(SCOREBOX_HEIGHT, HEIGHT - debris.height)
debris.topright = (x_deb, y_deb)
score += 5
sounds.explosion.play()
# activating lasers
def makeLaserActive():
global player
player.laserActive = 1
def fireLasers(laser):
if player.laserActive == 1:
player.laserActive = 0
clock.schedule(makeLaserActive, 0.2)
sounds.laserfire02.play() #play sound effect
lasers.append(laser)
pgzrun.go() #runs the game
def draw():
screen.fill("white")
screen.blit("itachi", (300, 145))
pgzrun.go()
speedy = random.randint(1, 5) # 小球y方向的速度
r = random.randint(5, 50) # 小球的半径
colorR = random.randint(10, 225)
colorG = random.randint(10, 255)
colorB = random.randint(10, 255)
# 存储小球所有信息的列表
ball = [x, y, speedx, speedy, r, colorR, colorG, colorB]
balls.append(ball) # 把第i号小球的信息添加到balls中
def draw(): # 绘制模块，每帧重复执行
screen.fill("white")
for ball in balls: # 绘制所有的球
screen.draw.filled_circle((ball[0], ball[1]), ball[4],
(ball[5], ball[6], ball[7]))
def update(): # 更新模块，每帧重复运行
for ball in balls:
ball[0] = ball[0] + ball[2] # 利用x方向速度更新x坐标
ball[1] = ball[1] + ball[3] # 利用y方向速度更新y坐标
# 当小球碰到左右边界时，x方向速度反向
if ball[0] >= WIDTH - ball[4] or ball[0] <= ball[4]:
ball[2] = -ball[2]
# 当小球碰到上下边界时，y方向速度反向
if ball[1] >= HEIGHT - ball[4] or ball[1] <= ball[4]:
ball[3] = -ball[3]
pgzrun.go() # 开始执行游戏
WIDTH = 500
#Screen height in pixels
HEIGHT = 500
#Circle X and Y positions
circle_posx = 250
circle_posy = 100
#offset
speed = 1
#function that draws
def draw():
#screen is your window
#screen.fill(colorname)
screen.fill('black')
#screen.draw.circle((posx,posy),radius,color)
screen.draw.circle((circle_posx, circle_posy), 50, 'white')
#function called 60 times per second
def update():
#scope
global circle_posy #do not edit this line
#change in circle_posy
circle_posy = circle_posy + speed
pgzrun.go() # Do not edit this line
import pgzrun #do not remove and leave as first line of code from flappy_func import * WIDTH = 400 HEIGHT = 708 start_position = (WIDTH / 5, HEIGHT / 3) #global frame,speed,is_down,started_game,ground,pipes,score,highscore,game_over pgzrun.go() #do not remove and leave as last line of code
sounds.explosion.play()
if debris.colliderect(laser) == 1:
lasers.remove(laser)
x_deb = random.randint(-500, -50)
y_deb = random.randint(SCOREBOX_HEIGHT, HEIGHT - debris.height)
debris.topright = (x_deb, y_deb)
score += 10
sounds.explosion.play()
# activating lasers (template code)____________________________________________________________________________________________
def makeLaserActive(
): # when called, this function will make lasers active again
global player
player.laserActive = 1
def fireLasers(laser):
if player.laserActive == 1: # active status is used to prevent continuous shoot when holding space key
player.laserActive = 0
clock.schedule(
makeLaserActive, 0.2
) # schedule an event (function, time afterwhich event will occur)
sounds.laserfire02.play() # play sound effect
lasers.append(laser) # add laser to lasers list
pgzrun.go() # function that runs our game loop
#putting lasers on screen
for laser in lasers:
laser.draw()
#instructions
ins = "Touch rocks and cars. Shoot broken satellites and cars."
ins_2 = "Don't shoot good satelites. Don't touch good or bad satellites."
screen.draw.text(ins, topleft=(400, 5), fontsize=20, color="yellow")
screen.draw.text(ins_2, topleft=(400, 20), fontsize=20, color="yellow")
#game over
if (score < 0):
show_game_over = "GAME OVER"
screen.draw.text(show_game_over, center=(WIDTH/2,HEIGHT/2), fontsize=100, color="red", ocolor='white', owidth=0.5)
#game win
if (score >= 150):
win = "YOU WIN!"
screen.draw.text(win, center=(WIDTH/2,HEIGHT/2), fontsize=100, color="orange", ocolor='white', owidth=0.5)
#timer
timer = "Time: " + str(elp_time)
screen.draw.text(timer, topleft=(875,42), fontsize=45, color="orange")
#showing score on screen
show_score = "Score: " + str(score)
screen.draw.text(show_score, topleft=(880,15), fontsize=35, color="white")
pgzrun.go() #runs game loop
#Procedure: game_status_three
def game_status_three():
"""
After entering a side room, this procedure determines what the cadet will
encounter by random choice (Health Boost, TACs, CGR) then takes appropriate
actions. For now, we are just drawing a message on the screen.
"""
global sideRoom, room_choice
if sideRoom:
room_choice = random.choices(
['Health', 'TAC', 'CGR'],
[0.5, 0.25, 0.25]) #Change probability based off game_level
sideRoom = False
if room_choice == ["CGR"]:
screen.draw.text("CGR! Press Enter to return", (100, 300),
color="white",
fontsize=32)
if room_choice == ["TAC"]:
screen.draw.text("TAC! Press Enter to return", (100, 300),
color="white",
fontsize=32)
if room_choice == ["Health"]:
screen.draw.text("Health Boost! Press Enter to return", (100, 300),
color="white",
fontsize=32)
pgzrun.go() #Run the game with this command. We are using Spyder
# z pliku p3_walk09
elif klatka == 8:
gracz.image = 'p3_walk09'
# jeśli klatka jest równa 9
# zmień kostium gracza na ten
# z pliku p3_walk10
elif klatka == 9:
gracz.image = 'p3_walk10'
# jeśli klatka jest równa 10
# zmień kostium gracza na ten
# z pliku p3_walk11
elif klatka == 10:
gracz.image = 'p3_walk11'
klatka += 1 # zwiększ wartość
# zmiennej klatka o 1
klatka %= 11 # obliczamy resztę z dzielenia
# zmiennej klatka przez 11
# wynik takiej operacji to liczba większa bądź
# równa zero oraz mniejsza od 11
clock.schedule_interval(odmierzaj_czas, 0.1)
# wywołujemey funkcję odmierzaj_czas() co 0.1 sekundy
clock.schedule_interval(zmiania_trudnosci, 20)
# wywołujemy funkcję zmiana_trudnosci() co 20 sekundy
pgzrun.go() # linia ta jest konieczna
# aby okno nie zostało zamknięte
import pgzrun
alien = Actor('alien.png')
alien.pos = 100, 56
WIDTH = 500
HEIGHT = alien.height + 20
def draw():
screen.clear() #pycharm каже про помилку, але код працює!
alien.draw()
pgzrun.go() # Must be last line
block.value = 2
blocks.append(block)
def update():
for block in blocks:
block.pos = block.position[0] * 100, block.position[1] * 100
update_positions()
def update_positions():
for block in blocks:
positions.clear()
positions.append(block.position)
def move_left():
for i in range(4):
for block in blocks:
for position in positions:
if block.position[0] - 1 == position[0]:
continue
if block.position[0] != 1:
block.position[0] -= 1
add_block()
add_block()
pg.go()
# # if ball.right >= WIDTH:
# ball.direction = -ball.dx, ball.dy
# elif ball.left <= 0:
# ball.direction = ball.dx, -ball.dy
ball.direction = ball.dx, ball.dy
ball.speed = game.speed
# ball.move_ip(ball.speed * 3, ball.speed * 3)
ball.move_ip(ball.dx, ball.dy)
if ball.colliderect(PADDLE1) or ball.colliderect(PADDLE2):
print('COLLISION')
ball.dx = -ball.dx
if ball.top <= 0 or ball.bottom >= HEIGHT:
ball.dy = -ball.dy
def draw():
screen.clear()
screen.draw.filled_rect(ball, WHITE)
screen.draw.filled_rect(PADDLE1, BLUE)
screen.draw.filled_rect(PADDLE2, RED)
pgz.go()
import pgzrun #must be include in every pygame
def draw(
): #called everytime an event occurs (when another pygame method such as update(), on_mouse_up(), etc is used)
pass
def update(): #runs 60 times per second
pass
def on_mouse_down(pos):
print("mouse clicked (down)")
def on_mouse_up(pos):
print("mouse unclicked (up)")
pgzrun.go() #must be include in every pygame