def draw_players_hands():
for p, player in enumerate(game.game.players):
color = 'red' if player == game.game.current_player else 'black'
text = 'P{} {}'.format(p, 'wins' if game.game.winner == player else '')
screen.draw.text(text, (0, 300 + p * 130), fontsize=100, color=color)
for c, card in enumerate(player.hand):
if player == game.player:
sprite = card.sprite
else:
sprite = Actor('back')
sprite.pos = (130 + c * 80, 330 + p * 130)
sprite.draw()
def draw_players_hands() -> None:
for p, player in enumerate(game.game.players):
color = '#1a73e8' if player == game.game.current_player else '#454545'
text = 'Jugador {} {}'.format(
p + 1, ' - Ganador!' if game.game.winner == player else '')
screen.draw.text(text, (25, 180 + p * 130),
fontname="montserrat-light",
fontsize=32,
color=color)
for c, card in enumerate(player.hand):
if player == game.player:
sprite = card.sprite
else:
sprite = Actor('back')
sprite.pos = (250 + c * 80, 210 + p * 130)
sprite.draw()
import pgzrun
from random import randint
from pgzero import clock
from pgzero.actor import Actor
WIDTH = 400
HEIGHT = 400
hedgehog_score = 0
fox_score = 0
game_over = False
fox = Actor("fox")
fox.pos = 100, 100
coin = Actor("coin")
coin.pos = 200, 200
hedgehog = Actor("hedgehog")
hedgehog.pos = 300, 300
def draw():
screen.fill("aquamarine")
fox.draw()
coin.draw()
hedgehog.draw()
screen.draw.text(
f"Fox Score: {str(fox_score)}\t\t"
f"Hedgehog Score: {str(hedgehog_score)}",
color="black",
topleft=(10, 10))
def test_set_pos_relative_to_anchor(self):
a = Actor("alien", anchor=(10, 10))
a.pos = (100, 100)
self.assertEqual(a.topleft, (90, 90))
import pgzrun
from random import randint
from pgzero.actor import Actor
from pgzero.keyboard import keyboard
WIDTH = 800
HEIGHT = 600
balloon = Actor("balloon")
balloon.pos = 400, 300
bird = Actor("bird-up")
bird.pos = randint(2000, 3000), randint(10, 100)
house = Actor("house")
house.pos = randint(2000, 3000), 460
tree = Actor("tree")
tree.pos = randint(2000, 3000), 450
bird_up = True
up = False
game_over = False
score = 0
number_of_updates = 0
def display_high_score():
screen.draw.text(f"Score: {score}", (300, 50), color="black", fontsize=100)
screen.draw.text(f"Press The Space Bar To Play Again", (200, 20),
def test_set_pos_relative_to_anchor(self):
a = Actor("alien", anchor=(10, 10))
a.pos = (100, 100)
self.assertEqual(a.topleft, (90, 90))
'items': [
'balloon',
'comet',
'cloud',
'jet',
'satellite',
],
},
}
active_objects = [] # Non-player objects to avoid.
power_up = None # Represents am antigravity power-up in the game world.
red = Actor('red_run1') # Represents "Red"
red.name = 'red' # Used to select which colour animation to use.
red.pos = (512, 304) # Start position
red.frame = 1 # Start frame for the animations.
red.jumping = False # Jumping state.
red.flying = False # Flying state.
red.kicking = False # Kicking state.
red.landing = False # Landing state.
red.hit = False # Hit non-player object state.
red.antigravity = 0 # The number of "flights" red can make.
blue = Actor('blue_run1') # Represents "Blue"
blue.name = 'blue' # Used to select which colour animation to use.
blue.pos = (512, 304) # Start position.
blue.frame = 3 # Start frame for the animation.
blue.jumping = False # Jumping state.
blue.flying = False # Flying state.
blue.kicking = False # Kicking state.
import pgzrun
from random import randint
from pgzero.actor import Actor
WIDTH = 900
HEIGHT = 600
dots = []
lines = []
next_dot = 0
number_of_dots = 10
game_over = True
for i in range(0, number_of_dots):
actor = Actor("dot")
actor.pos = randint(20, WIDTH - 20), randint(20, HEIGHT - 20)
dots.append(actor)
def draw():
screen.fill("black")
number = 1
for dot in dots:
screen.draw.text(str(number), (dot.pos[0], dot.pos[1] + 12))
dot.draw()
number += 1
for line in lines:
screen.draw.line(line[0], line[1], (100, 0, 0))
def on_mouse_down(pos):
global next_dot
