def createPlayer(self):
viewPort = self.viewPort
images = self.images
# How big the player starts off.
playerStartPos = Point(viewPort.halfWidth, viewPort.halfHeight)
# Sets up the movement style of the player.
# playerBounds = gd.RectangleBoundary( Rectangle( Point( 0, 220 ), Point( 900, 550 ) ) )
playerBounds = gd.CollisionBoundary()
moveStyle = gd.KeyMovementStyle(boundaryStyle=playerBounds)
moveStyle.setMoveRate(MOVERATE)
moveStyle.setBounceRates(BOUNCERATE, BOUNCEHEIGHT)
leftImages = go.ImageAnimation(
[images.Jimmy_Pixel_RightL, images.Jimmy_Pixel_Right_WalkL])
rightImages = go.ImageAnimation(
[images.Jimmy_Pixel_RightR, images.Jimmy_Pixel_Right_WalkR])
playerImages = go.ImageCollection(left=leftImages, right=rightImages)
collisionSpec = go.CollisionSpecification(width=0.38, left=0.32)
return go.Player(playerStartPos,
moveStyle,
size=JIMSIZE,
ratio=1.0,
image=playerImages,
name='Jimmy Pixel',
collisionSpecification=collisionSpec)
def build_level(level_path):
with open(level_path) as file:
level = file.read()
x = mg.PADDING
y = mg.PADDING
neutral_group = pygame.sprite.Group([])
enemy_group = pygame.sprite.Group([])
player_group = pygame.sprite.Group([])
plate_group = pygame.sprite.Group([])
bush_group = pygame.sprite.Group([])
base_group = pygame.sprite.Group([])
water_group = pygame.sprite.Group([])
for ch in level:
if ch == "X":
neutral_group.add(go.NormalBricksBlock(x, y, 1))
neutral_group.add(go.NormalBricksBlock(x + 25, y, 1))
neutral_group.add(go.NormalBricksBlock(x, y + 25, 1))
neutral_group.add(go.NormalBricksBlock(x + 25, y + 25, 1))
elif ch == 'U':
neutral_group.add(go.WhiteBricksBlock(x, y, 300))
elif ch == "S":
neutral_group.add(go.NormalBricksBlock(x + 25, y + 25, 1))
base_group.add(go.Base(x + 50, y + 50))
neutral_group.add(go.NormalBricksBlock(x + 50, y + 25, 1))
neutral_group.add(go.NormalBricksBlock(x + 75, y + 25, 1))
neutral_group.add(go.NormalBricksBlock(x + 100, y + 25, 1))
neutral_group.add(go.NormalBricksBlock(x + 25, y + 50, 1))
neutral_group.add(go.NormalBricksBlock(x + 25, y + 75, 1))
neutral_group.add(go.NormalBricksBlock(x + 100, y + 50, 1))
neutral_group.add(go.NormalBricksBlock(x + 100, y + 75, 1))
elif ch == "B":
bush_group.add(go.Bush(x, y))
bush_group.add(go.Bush(x + 25, y))
bush_group.add(go.Bush(x, y + 25))
bush_group.add(go.Bush(x + 25, y + 25))
elif ch == "E":
enemy_group.add(go.Enemy(x, y, 2, 150, 0.1, 400))
elif ch == "L":
plate_group.add(go.Plate(x, y))
elif ch == "W":
water_group.add(go.Water(x, y))
elif ch == "P":
player_group.add(pygame.sprite.Group([go.Player(x, y, 5, 200, 1)]))
if (x + mg.BLOCK_SIZE) > mg.FIELD_WIDTH + mg.PADDING:
x = mg.PADDING
y += mg.BLOCK_SIZE
else:
x += mg.BLOCK_SIZE
# groups: 0-player 1-neutral, 2-enemy, 3-bullets, 4-boom 5-bushes , 6-plates, 7-base,
# 8-gui, 9-spawner 10 - water 12-items
return [player_group, neutral_group, enemy_group, pygame.sprite.Group([]),
pygame.sprite.Group([]), bush_group, plate_group, base_group, pygame.sprite.Group([go.Frame()]),
pygame.sprite.Group([]), water_group, pygame.sprite.Group([]), pygame.sprite.Group([])]
def __init__(self):
self.client = client.Client()
self.screen = wm.Screen()
self.player = go.Player()
self.map = wm.Map({"Players": pg.sprite.Group(self.player), "Bullets": pg.sprite.Group()})
self.camera = wm.Camera(self.screen.resolution, self.map.image.get_size())
self.input = pg.key.get_pressed()
self.gameOn = True
self.clock = pg.time.Clock()
self.dt = 0
def createPlayer(self):
viewPort = self.viewPort
images = self.images
# How big the player starts off.
playerStartPos = Point(viewPort.halfWidth, viewPort.halfHeight)
# Sets up the movement style of the player.
# playerBounds = game_dynamics.RectangleBoundary( Rectangle( Point( 0, 220 ), Point( 900, 550 ) ) )
playerBounds = game_dynamics.CollisionBoundary()
moveStyle = game_dynamics.KeyMovementStyle(boundaryStyle=playerBounds)
moveStyle.setMoveRate(MOVERATE)
moveStyle.setBounceRates(BOUNCERATE, BOUNCEHEIGHT)
playerImages = go.ImageCollection(left=images.manL, right=images.manR)
return go.Player(playerStartPos,
moveStyle,
size=MANSIZE,
ratio=1.0,
image=playerImages)
from pygame.locals import *
import window_manager as wm
import game_objects as go
import object_interaction_manager as oim
import files_manager as fm
# we can imagine that each short cut key have a string corresping to the action he want to do, so in action you may change those bind
pg.init()
pg.display.init()
print(pg.display.Info())
size_window = (800, 600)
screen = pg.display.set_mode(size_window)
clock = pg.time.Clock()
gameOn = True
pg.key.set_repeat(10, 10)
player = go.Player()
groupe_actif = pg.sprite.Group(player)
groupe_list = [groupe_actif.copy()]
map = wm.Map(groupe_list, groupe_actif)
camera = wm.Camera(size_window, map.image.get_size())
map.render(screen, camera.rect)
pg.display.update()
while gameOn:
dt = clock.tick(50) / 1000
player.set_attr("tick", dt)
camera.set_attr("tick", dt)
import pygame
pygame.init()
import random
from settings import *
import game_objects
import time
level = game_objects.Level(140)
# healthbar = game_objects.Healthbar(15, 100, 20)
player = game_objects.Player(level, None)
bullet = game_objects.Bullet(player)
# obstacle = game_objects.Obstacle(player, x=500, y=300)
speed = player.speed
game_exit = False
jump = False
create_bullet = False
wallpaper = pygame.image.load('background.png')
while not game_exit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
game_exit = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse_x, mouse_y = pygame.mouse.get_pos()
# healthbar.damage(1)
create_bullet = True
def change_add(self, change):
values = change.get("values")
if change.get("type") == "Player":
temp = game_objects.Player(connection=self.serv_conn,
parent_game=self,
id=values.get("id"),
name=values.get("name"),
time=values.get("time"),
expensivium=values.get("expensivium"),
money=values.get("money"))
self.ai.players.append(temp)
if change.get("type") == "RobotType":
temp = game_objects.RobotType(connection=self.serv_conn,
parent_game=self,
id=values.get("id"),
max_health=values.get("max_health"),
range=values.get("range"),
splash=values.get("splash"),
damage=values.get("damage"),
movement=values.get("movement"),
attacks=values.get("attacks"))
self.ai.robotTypes.append(temp)
if change.get("type") == "Robot":
temp = game_objects.Robot(connection=self.serv_conn,
parent_game=self,
id=values.get("id"),
x=values.get("x"),
y=values.get("y"),
owner=values.get("owner"),
type=values.get("type"),
health=values.get("health"),
moves_left=values.get("moves_left"),
attack_left=values.get("attack_left"),
max_health=values.get("max_health"),
range=values.get("range"),
splash=values.get("splash"),
damage=values.get("damage"),
movement=values.get("movement"),
attacks=values.get("attacks"))
self.ai.robots.append(temp)
if change.get("type") == "Factory":
temp = game_objects.Factory(connection=self.serv_conn,
parent_game=self,
id=values.get("id"),
x=values.get("x"),
y=values.get("y"),
owner=values.get("owner"))
self.ai.factorys.append(temp)
if change.get("type") == "Mine":
temp = game_objects.Mine(connection=self.serv_conn,
parent_game=self,
id=values.get("id"),
x=values.get("x"),
y=values.get("y"),
owner=values.get("owner"))
self.ai.mines.append(temp)
if change.get("type") == "Tile":
temp = game_objects.Tile(connection=self.serv_conn,
parent_game=self,
id=values.get("id"),
x=values.get("x"),
y=values.get("y"),
wall=values.get("wall"))
self.ai.tiles.append(temp)
return True
game_field = gamefield.GameField()
game_field.music.play()
class ObjectsRepository:
trees = []
bricks = []
boxes = []
box_targets = []
player = (0, 0)
level = 0
ob = ObjectsRepository()
gamefield.load_level("1", ob, batch)
player = game_objects.Player(None, ob.player)
# TODO: избавиться от лишних объектов
trees = ob.trees
bricks = ob.bricks
boxes = ob.boxes
box_targets = ob.box_targets
window = pyglet.window.Window(width=(CELL_SIZE * 10),
height=(CELL_SIZE * 10),
caption="Gecko Soko")
window.set_mouse_visible(True)
fps_display = pyglet.window.FPSDisplay(window)
fps_display.label.y = 0
label = pyglet.text.Label('[{0}, {1}]'.format(player.row, player.column),
import pygame
pygame.init()
import random
from settings import *
import game_objects
import time
level = game_objects.Level(140)
healthbar = game_objects.Healthbar(100, 200, 40)
player = game_objects.Player(level, healthbar)
bullet = game_objects.Bullet(player)
# obstacle = game_objects.Obstacle(player, x=500, y=300)
speed = player.speed
game_exit = False
jump = False
create_bullet = False
# wallpaper = pygame.image.load('background.png')
while not game_exit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
game_exit = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse_x, mouse_y = pygame.mouse.get_pos()
# healthbar.damage(1)
create_bullet = True