def __init__(self, verbose_output=False):
self.player_1 = player.Player('player_1', [])
self.player_2 = player.Player('player_2', [])
self.result = None
self.verbose_output = verbose_output
self._allot_cards()
def two_players(self):
self.playing = True
self.shots = 0
p1 = player.Player(game=self)
p1.place_ships()
p2 = player.Player(num=2, game=self)
p2.place_ships()
status = []
while True:
status.insert(0, p1.take_shot(p2, self.get_status(status)))
status = self.clean_status(status)
self.shots+=1
# Check for a winner
if p2.check_end():
utils.cls()
utils.head("Player 1 Won!")
print(" ")
print("Player 1 triumphed victoriously over Player 2!")
print(" ")
print(p1.board.mux_boards(
p1.board.print_board(title = "Player 1"),
p2.board.print_board(title = "Player 2")
))
print(" ")
print("Game took 1 shot." if self.shots == 1 else "Game took {} shots.".format(self.shots))
print(" ")
utils.get("Press [enter] to continue...")
self.playing = False
return
status.insert(0, p2.take_shot(p1, self.get_status(status)))
status = self.clean_status(status)
self.shots+=1
# Check for a winner
if p1.check_end():
utils.cls()
utils.head("Player 2 Won!")
print(" ")
print("Player 2 triumphed victoriously over Player 1!")
print(" ")
print(p1.board.mux_boards(
p1.board.print_board(title = "Player 1"),
p2.board.print_board(title = "Player 2")
))
print(" ")
print("Game took 1 shot." if self.shots == 1 else "Game took {} shots.".format(self.shots))
print(" ")
utils.get("Press [enter] to continue...")
self.playing = False
return
def main():
"""Main program."""
# ask human color
game_board = board.Board()
human_color = "white"
computer_color = "black"
human = player.Player("human", human_color)
computer = player.Player("computer", computer_color)
winner = False
while not winner:
draw_game(human, computer, game_board)
move = raw_input("Please input your move: ")
game_board.set_element(move, "HOR")
def reset_level():
global score, player_car, old_player_position
global game_objects, event_stack_size
while event_stack_size > 0:
game_window.pop_handlers()
event_stack_size -= 1
score = 0
# Initialize the player sprite
player_car = player.Player(max_x=game_window.width,
max_y=game_window.height,
x=game_window.width / 4,
y=game_window.height / 3,
batch=main_batch)
old_player_position = [player_car.x, player_car.y]
# Store all objects that update each frame in a list
game_objects = [player_car]
# Add any specified event handlers to the event handler stack
for obj in game_objects:
for handler in obj.event_handlers:
game_window.push_handlers(handler)
event_stack_size += 1
def reset_level():
global player_ship, game_objects, event_stack_size
# clear the event handler stack
while event_stack_size > 0:
game_window.pop_handlers()
event_stack_size -= 1
# initialize the player ship if it doesn't already exist in the level
if player_ship is None:
player_ship = player.Player(x=width // 2,
y=height // 2,
batch=main_batch)
# adding asteroids makes the game less boring
asteroids = load.asteroids(current_level, player_ship.position, main_batch)
if not game_objects:
game_objects = [player_ship]
game_objects = game_objects + asteroids # keeps bullets flying between levels
# add event handlers
for obj in game_objects:
for handler in obj.event_handlers:
game_window.push_handlers(
handler) # tells pyglet who responds to events
event_stack_size += 1
level_label.text = 'Level: {0}'.format(current_level)
def reset_level(num_lives=parameters.num_lives):
global player_ship, player_lives, game_objects, event_stack_size, level, num_asteroids
# Clear the event stack of any remaining handlers from other levels
while event_stack_size > 0:
game_window.pop_handlers()
event_stack_size -= 1
# Initialize the player sprite
player_ship = player.Player(x=parameters.half_width,
y=parameters.half_height,
batch=main_batch)
# Make a number of sprites to represent remaining lives
player_lives = load.player_lives(num_lives, batch=main_batch)
# Make some asteroids so we have something to shoot at
asteroids = load.asteroids(num_asteroids,
player_ship.position,
batch=main_batch)
# Store all objects that update each frame in a list
game_objects = [player_ship] + asteroids
# Add any specified event handlers to the event handler stack
for obj in game_objects:
for handler in obj.event_handlers:
game_window.push_handlers(handler)
event_stack_size += 1
level_label.text = f"Level: {level}"
def __init__(self):
super(Game, self).__init__(255, 255, 255, 255)
self.player = player.Player()
self.collision_manager = cm.CollisionManagerBruteForce()
self.add(self.player, z=1)
self.player.do(Move())
self.player.jumping = False
self.collision_manager.add(self.player)
self.obstacle = cocos.sprite.Sprite(resources.obstacle)
self.obstacle.position = 770, 30
self.obstacle.velocity = -100, 0
self.obstacle.speed = 50
self.add(self.obstacle, z=1)
self.obstacle.do(Move())
self.obstacle.cshape = cm.AARectShape(self.obstacle.position,
self.obstacle.width / 3,
self.obstacle.height / 2)
self.collision_manager.add(self.obstacle)
self.player.schedule(self.update)
def reset_level(num_lives=2):
global player_ship, player_lives, game_objects, event_stack_size
# 清空事件栈
while event_stack_size > 0:
game_window.pop_handlers()
event_stack_size -= 1
for life in player_lives:
life.delete()
# 创建Player的实例
player_ship = player.Player(x=400, y=300, batch=main_batch)
# 加载小飞船图标
player_lives = load.player_lives(num_lives, main_batch)
# 加载多个小行星
asteroids = load.asteroids(num_asteroids, player_ship.position, main_batch)
# 加载多个陨石
meteorites = load.meteorites(num_meteorites, player_ship.position, main_batch)
# 为了调用每一个物体的update函数，需要一个列表来存放这些物体。
game_objects = [player_ship] + asteroids + meteorites
'''
告诉pyglet 哪些实例是事件句柄(event handler)
用game_window.push_handlers()函数把它压入事件栈中
'''
for obj in game_objects:
for handler in obj.event_handlers:
game_window.push_handlers(handler)
event_stack_size += 1
def reset_level(num_lives=2):
global player_ship, player_lives, game_objects, event_stack_size
# Clear the event stack of any remaining handlers from other levels
while event_stack_size > 0:
game_window.pop_handlers()
event_stack_size -= 1
for life in player_lives:
life.delete()
# Initialize the player sprite
player_ship = player.Player(x=400, y=300, batch=main_batch)
# Make three sprites to represent remaining lives
player_lives = load.player_lives(num_lives, main_batch)
# Make some asteroids so we have something to shoot at
asteroids = load.asteroids(num_asteroids, player_ship.position, main_batch)
# Store all objects that update each frame in a list
game_objects = [player_ship] + asteroids
# Add any specified event handlers to the event handler stack
for obj in game_objects:
for handler in obj.event_handlers:
game_window.push_handlers(handler)
event_stack_size += 1
def create_objects():
player_ship = player.Player(x=(window_width//2)-250, y=(window_height//2), batch=main_batch)
game_window.push_handlers(player_ship)
game_window.push_handlers(player_ship.key_handler)
game_objects = [player_ship]
return player_ship, game_objects
def create_objects():
player_ship = player.Player(x=window_width//2, y=window_height//2, batch=main_batch)
game_window.push_handlers(player_ship)
game_window.push_handlers(player_ship.key_handler)
asteroids = load.asteroids(3, player_ship.position, batch=main_batch)
game_objects = [player_ship] + asteroids
return player_ship, game_objects
def __init__(self):
pygame.init()
fpsClock = pygame.time.Clock()
screen = pygame.display.set_mode((800, 600), 0, 32)
pygame.display.set_caption("Tutorial")
self.first = player.Player(screen, (20, 20))
self.first.direction = [0, 0]
self.execute(screen, fpsClock)
def init():
global player_ship, game_objects, event_stack_size
player_ship = player.Player(x=400, y=300, batch=main_batch)
for handler in player_ship.event_handlers:
game_window.push_handlers(handler)
event_stack_size += 1
space.add(player_ship.body, player_ship.shape)
h = space.add_collision_handler(1, 2)
h.begin = collisionhandle
def start(self):
self.client.player = player.Player(100,
100,
20,
name=self.name_ib.get_text(),
color=(0, 100, 200))
creds = self.ip_ib.get_text().split(':')
self.client.server = server.Server(ip=creds[0],
port=int(creds[1]),
limit=4)
self.client.server.player_class = self.client.player.__class__
threading.Thread(target=self.client.server.start_server).start()
self.join()
def test_move_outside_bounds_by_2():
p1 = player.Player("Joe", [0, 0], "player1")
try:
p1.move(-2, 0)
assert False
except IllegalMoveException:
assert p1.position == [0, 0]
try:
p1.move(0, -2)
assert False
except IllegalMoveException:
assert p1.position == [0, 0]
def test_move_outside_bounds_by_1_up():
p1 = player.Player("Joe", [4, 14], "player1")
try:
p1.move(1, 0)
assert False
except IllegalMoveException:
assert p1.position == [4, 14]
try:
p1.move(0, 1)
assert False
except IllegalMoveException:
assert p1.position == [4, 14]
def one_player(self):
self.playing = True
self.shots = 0
p1 = player.Player(game=self)
p1.place_ships()
p2 = player.BotPlayer(num=2, game=self)
status = []
while True:
status.insert(0, p1.take_shot(p2, self.get_status(status)))
status = self.clean_status(status)
self.shots+=1
# Check for a winner
if p2.check_end():
utils.cls()
utils.head("Player 1 Won!")
print(" ")
print("You are victorious!")
print(" ")
print(p1.board.mux_boards(
p1.board.print_board(title = "You"),
p2.board.print_board(title = "Bot 2")
))
print(" ")
print("Game took 1 shot." if self.shots == 1 else "Game took {} shots.".format(self.shots))
print(" ")
utils.get("Press [enter] to continue...")
self.playing = False
return
status.insert(0, p2.take_shot(p1, self.get_status(status)))
status = self.clean_status(status)
self.shots+=1
# Check for a winner
if p1.check_end():
utils.cls()
utils.head("Player 1 Lost!")
print(" ")
print("You have been defeated!")
print(" ")
print(p1.board.mux_boards(
p1.board.print_board(title = "You"),
p2.board.print_board(title = "Bot 2")
))
print(" ")
print("Game took 1 shot." if self.shots == 1 else "Game took {} shots.".format(self.shots))
print(" ")
utils.get("Press [enter] to continue...")
self.playing = False
return
currentDict["PlatformTypes"] = [resources.testRoomFloorImage]
currentDict["PlatformPositions"] = [[160,40,0],[480,40,0],[800,40,0],[1120,40,0]]
currentLevel = level_template.LevelTemplate(currentDict)
else:
currentDict = {}
currentDict["Name"] = "Level One"
currentDict["Window"] = GameWindow
currentDict["Batch"] = bigBatch
currentDict["Background"] = resources.absoluteBackImage
currentDict["PlatformTypes"] = [resources.platformOneImage, resources.platformTwoImage]
currentDict["PlatformPositions"] = [[225, 290, 1],[500, 320, 0],[740, 340, 0],[990, 380, 0],[1280, 220, 1],[1560, 210, 0],[1830, 220, 1],[2120, 270, 0]]
currentLevel = level_template.LevelTemplate(currentDict)
player = player.Player(img=resources.playerImage, x=225, y=680, batch=bigBatch)
GameWindow.push_handlers(player.keyHandler)
gameObjects = [player, currentLevel]
#for object in currentLevel.platforms:
# gameObjects.append(object)
#def update(dt):
# for platform in platforms:
# if platform.x - platform.width / 2 < player.x + player.width:
# if player.x < platform.x+platform.width/2 and player.y >= platform.y+platform.height/2-20 and player.y <= platform.y+platform.height/2+10:
# if player.falling:
# player.landed(platform.y+platform.height/2)
# for object in gameObjects:
# object.update(dt)
self.time += dt
m, s = divmod(self.time, 60)
self.label.text = '%02d:%02d' % (m, s)
if m >= 1:
self.label.delete()
self.label = pyglet.text.Label('Game Time Over!', font_size=10, x = 600, y = 520, bold=True, batch = main_batch)
self.label.color = (0, 0, 0, 100)
self.running = False
# Draw the Barb Fence
barb_horizontal1 = pyglet.sprite.Sprite(resources.barb_horizontal,x=0,y=0, batch = main_batch)
barb_horizontal2 = pyglet.sprite.Sprite(resources.barb_horizontal,x=0,y=540, batch = main_batch)
barb_vertical1 = pyglet.sprite.Sprite(resources.barb_vertical,x=0,y=0, batch = main_batch)
barb_vertical2 = pyglet.sprite.Sprite(resources.barb_vertical,x=740,y=0, batch = main_batch)
cat_sprite = player.Player(x=300, y=400, batch=main_batch)
rat_sprite = rat.Player(x=400, y=500, batch=main_batch)
catfood_sprite = catfood.Player(x=400, y=500, batch=main_batch)
drycatfood_sprite = drycatfood.Player(x=400, y=500, batch=main_batch)
fish_sprite = fish.Player(x=400, y=500, batch=main_batch)
goldfish_sprite = goldfish.Player(x=400, y=500, batch=main_batch)
mice_sprite = mice.Player(x=400, y=500, batch=main_batch)
milk_sprite = milk.Player(x=400, y=500, batch=main_batch)
woolenball_sprite = woolenball.Player(x=400, y=500, batch=main_batch)
tinfood_sprite = tinfood.Player(x=400, y=500, batch=main_batch)
#lives = load.lives(0, cat_sprite.position, main_batch)
life_objects = [rat_sprite, catfood_sprite,
drycatfood_sprite, fish_sprite, goldfish_sprite, mice_sprite,
milk_sprite, woolenball_sprite, tinfood_sprite]
### Run this File to start the game.
import pyglet
from pyglet.gl import glEnable, glTexParameteri, GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST
from game import player
from game.window import Game_Window
glEnable(GL_TEXTURE_2D)
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST)
window = Game_Window(1280, 720, "SBLD", resizable=True)
main_batch = pyglet.graphics.Batch()
player_character = player.Player(x=400, y=200, batch=main_batch)
window.push_handlers(player_character)
window.push_handlers(player_character.key_handler)
game_objects = [player_character]
@window.event
def on_draw():
window.clear()
main_batch.draw()
def update(dt):
for obj in game_objects:
obj.update(dt)
This file tests all methods in game.py and player.py
"""
import unittest
import os, sys, inspect
from unittest import MagicMock, MockResponse
currentdir = os.path.dirname(
os.path.abspath(inspect.getfile(inspect.currentframe)))
parentdir = os.path.dirname(currentdir)
sys.path.insert(0, parentdir)
# stuff required for testing
import random
from game import game, player, scenario, game_io
test_unset_player = player.Player()
test_strong_player = player.Player("stronk", 20, 20, 20, 20, 20, 0)
SCENARIO_NAME = "beginning"
SEQ_INPUT = []
class GameTestCase(unittest.TestCase):
def test_game(self):
# Mock scenario
game.scenario = MagicMock(
return_value=MockResponse({test_unset_player, "end"}))
self.assertEqual(game("test"), "test")
class PlayerTestCase(unittest.TestCase):
def test_player_attack(self):
def reset(self):
while self.eventstacksize > 0:
self.pop_handlers()
self.eventstacksize -= 1
# for to_remove in self.gameobjects:
# print(type(to_remove))
# to_remove.delete()
# self.gameobjects.remove(to_remove)
# print(dir(self.enemybatch))
self.dinobatch = pyglet.graphics.Batch()
self.enemybatch = pyglet.graphics.Batch()
self.backgroundbatch = pyglet.graphics.Batch()
self.dino = player.Player(x=45, y=0, batch=self.dinobatch)
self.ground = floor.Floor(x=-10, y=0, batch=self.backgroundbatch)
self.enemy = []
self.gameobjects.clear()
self.gameobjects = [self.dino, self.ground] + self.enemy
for obj in self.gameobjects:
for handler in obj.event_handlers:
self.push_handlers(handler)
self.eventstacksize += 1
self.push_handlers(self.keyboard)
self.clouds = False
self.birds = False
self.score = 0
self.gameovertext = 0
self.gamespeed = 1
self.collided = False
self.successcount = 0
self.gameover = False
if not self.playercontrolled:
for k, v in self.dinoinputs().items():
self.nninput[k] = v
self.nninput['gamespeed'] = self.gamespeed
self.scoretext = pyglet.text.Label(
text=f"{int(round(self.score, 0)):05d}",
x=1260,
y=330,
font_name='Press Start 2P',
font_size=25,
color=(83, 83, 83, 255),
batch=self.backgroundbatch)
self.gameovertext = pyglet.text.Label(text=f"GAME OVER",
x=self.width / 2,
y=self.height / 2 + 20,
font_name='Press Start 2P',
font_size=25,
color=(83, 83, 83, 0),
anchor_x='center',
anchor_y='center',
batch=self.backgroundbatch)
self.pressanykey = pyglet.text.Label(
text=f"SPACE to play again ESC to exit",
x=self.width / 2,
y=self.height / 2 - 20,
font_name='Press Start 2P',
font_size=10,
color=(83, 83, 83, 0),
anchor_x='center',
anchor_y='center',
batch=self.backgroundbatch)
self.speed = pyglet.text.Label(text=f"{self.gamespeed}",
x=20,
y=310,
font_name='Press Start 2P',
font_size=15,
color=(83, 83, 83, 255),
batch=self.backgroundbatch)
self.countertext = pyglet.text.Label(text=f"{self.successcount}",
x=1260,
y=290,
font_name='Press Start 2P',
font_size=25,
color=(83, 83, 83, 255),
batch=self.backgroundbatch)
self.ow = pyglet.text.Label(text=f"ow",
x=500,
y=200,
font_name='Press Start 2P',
font_size=25,
color=(255, 255, 255, 0),
batch=self.backgroundbatch)
anchor_x='center',
batch=main_batch,
font_size=48)
# bg = pyglet.sprite.Sprite(resources.road_image)
# bg.scale=0.7
# bg.x = 250
# bg.y = 300
PLAYER_SIZE = 100
score = 1
game_objects = []
gamers = []
# blocks = []
car_ship = player.Player(x=309, y=379, batch=main_batch)
# replaced name of asteroids by blocks
blocks = [] #load.gen_enemies(3,batch= main_batch)
# print("length at start of block is "+str(len(blocks)))
# # Store all objects that update each frame in a list
blocks = [car_ship] + blocks
# # Tell the main window that the player object responds to events
game_window.push_handlers(car_ship)
rewardArr = []
rewardArr.append((235, 446, 389, 421, 1))
rewardArr.append((229, 478, 411, 459, 0))
rewardArr.append((229, 518, 388, 497, 0))
rewardArr.append((236, 558, 400, 534, 0))
def test_player():
test_obj = player.Player("testPlayer", [0, 0])
assert (test_obj.name == "testPlayer")
assert (test_obj.health == 100)
assert (test_obj.position == [0, 0])
import pyglet
from game import player, monster, resources
from random import randint
from config import WIDTH, HEIGHT
# Set up a window
game_window = pyglet.window.Window(WIDTH, HEIGHT)
main_batch = pyglet.graphics.Batch()
# Set up the two top labels
score_label = pyglet.text.Label(text="Caught 0", x=10, y=575, batch=main_batch)
# Initialize the player sprite
hero = player.Player(x=400, y=300, batch=main_batch)
goblin = monster.Monster(x=randint(0, WIDTH),
y=randint(0, HEIGHT),
batch=main_batch)
# Store all objects that update each frame in a list
game_objects = [hero, goblin]
# Tell the main window that the player object responds to events
game_window.push_handlers(hero.key_handler)
@game_window.event
def on_draw():
game_window.clear()
resources.background.blit(0, 0)
char_green.CharGreen(map_x=x,
map_y=y,
group=foreground,
batch=game_batch))
# def make_ai_chars_dict(ai_chars_list):
# return {(int(char.x), int(char.y)): char for char in ai_chars_list}
# max_width_ai_chars, max_height_ai_chars = util.get_max_dims(r.ai_char_imgs)
protagonist = player.Player(c_img=r.player_image,
l_img=r.player_left_image,
r_img=r.player_right_image,
c_ani=r.player_animation,
l_ani=r.player_left_animation,
r_ani=r.player_right_animation,
x=game_window.width // 2,
y=game_window.height // 2,
map_x=map_obj.half_width,
map_y=map_obj.half_height,
batch=game_batch,
group=foreground)
for handler in [
item for row in
[getattr(obj, "event_handlers") for obj in (protagonist, game_hud)]
for item in row
]:
game_window.push_handlers(handler)
# @game_window.event
# def on_resize(width, height):
y=5,
batch=main_batch)
egg_num_label = pyglet.text.Label(text="Egg: 0",
bold=True,
x=100,
y=5,
batch=main_batch)
level_label = pyglet.text.Label(text="Lucky Bird",
bold=True,
x=conf.windows_width / 2,
y=conf.windows_height - 20,
anchor_x='center',
batch=main_batch)
player_ship = player.Player(x=conf.windows_width / 2,
y=conf.windows_height / 2,
batch=main_batch)
angrybirds = load.angrybirds(conf.bird_num, player_ship.position, main_batch)
eggs = load.eggs(1, player_ship.position, main_batch)
player_lives = load.player_lives(conf.player_life_num, main_batch)
mywin.push_handlers(player_ship.key_handler)
mywin.push_handlers(player_ship)
@mywin.event
def on_draw():
mywin.clear()
main_batch.draw()
def setUpClass(self):
self.m = Map(8)
self.p = player.Player("SebastianDenAndreo", "knight", self.m.get_room(0, 1))
self.v = view.View()
self.m.get_room(2, 2).has_exit = True
# Set up a window
game_window = pyglet.window.Window(800, 600)
main_batch = pyglet.graphics.Batch()
# Set up the two top labels
score_label = pyglet.text.Label(text="Score: 0", x=10, y=575, batch=main_batch)
level_label = pyglet.text.Label(text="Version 3: Basic Collision",
x=400,
y=575,
anchor_x='center',
batch=main_batch)
# Initialize the player sprite
player_ship = player.Player(x=400, y=300, batch=main_batch)
# Make three sprites to represent remaining lives
player_lives = load.player_lives(2, main_batch)
# Make three asteroids so we have something to shoot at
asteroids = load.asteroids(3, player_ship.position, main_batch)
# Store all objects that update each frame in a list
game_objects = [player_ship] + asteroids
# Tell the main window that the player object responds to events
game_window.push_handlers(player_ship.key_handler)
@game_window.event
image.anchor_x = image.width // 2
image.anchor_y = image.height // 2
#center player
center_image(testplayer)
center_image(flipplayer)
#make stuff drawable sprites
#player should be instance of Sprite subclass --> make player PhysicalObject
#which is child of Sprite to access motion styff
#physicalobject.PhysicalObject(etc.) --> make player Player object
#which is child of PhysicalObject to access player control
floor = pyglet.sprite.Sprite(img=ground, x=0, y=0, batch=main_batch)
startMenu = pyglet.sprite.Sprite(img=menu, x=0, y=0)
terrorist = player.Player(img=testplayer, x=400, y=300, batch=main_batch)
#game_window handles events
#make player into list of itself to concatenate into game_objects module; they
#must all be an instance of or child of PhysicalObject
game_objects = [terrorist]
#get some labels going; add to main batch
score_label = pyglet.text.Label(text="Days: " + str(days),
x=10,
y=520,
batch=main_batch)
release_label = pyglet.text.Label(text="version1 alpha",
x=10,
y=550,
