print(sys.stdout.encoding)
import vgame
vgame.DEBUG = True
path = '../test_data/fjdz/image'
vgame.Initer(size=(240, 480))
main = vgame.Theater(path + '/background.png', (640, 480))
print(main.size)
player_imgs = [
path + '/hero1.png',
path + '/hero2.png',
]
player = vgame.Player(player_imgs, rate=200,
showsize=(50, 62)).local(main,
(120, 400)).follow(main, .05)
player.direction = lambda self, d: self.mover.move(d.get('p1'), 6)
def control(self, c):
if self.delay(c and c.get('p1')[0], time=50, repeat=True): create_bullet()
if self.delay(c and c.get('p1')[1], time=50, repeat=True):
for idx, i in enumerate(main.Bullet):
print(idx, i)
i.rect[:2] = 100, 100
player.control = control
bullet_player = vgame.Music('../test_data/fjdz/music/bullet.wav', .2)
# 增加环境变量，仅测试使用
import os
import sys
p = os.path.split(os.getcwd())[0]
sys.path = [p] + sys.path
import sys
print(sys.stdout.encoding)
import vgame
vgame.DEBUG = True
vgame.Camera.DEBUG = True
vgame.Initer()
main = vgame.Theater(size=(1024, 640))
player = vgame.Player().local(main,
(80, 600)).follow(main,
.05) # 在没有超过边界时，窗口会平滑居中移动
wall = vgame.Wall(showsize=(500, 10)).local(main, (400, 300))
player.direction = lambda self, d: self.mover.move(d.get('p1'), 10)
player.mouse = lambda self, m: self.clicker.dnd(m) # 设置a对象可以被鼠标左键拖动
player.bound = lambda self, b: print(self, b)
player.click = lambda self: print(123)
player.mouseover = lambda self: print('over')
player.mouseout = lambda self: print('out')
map.local(main)
print(map.gridsize)
gy = '../test_data/fc吞食天地素材/行走图/关羽.png'
vgame.Image(gy)
imake = vgame.ImageMaker(gy)
s = imake.gridcut((32, 32))
playerimg_u = vgame.Image(s[12:16], rate=200, showsize=(32,32))
playerimg_d = vgame.Image(s[ 0: 4], rate=200, showsize=(32,32))
playerimg_r = vgame.Image(s[ 8:12], rate=200, showsize=(32,32))
playerimg_l = vgame.Image(s[ 4: 8], rate=200, showsize=(32,32))
player = vgame.Player(playerimg_d, rectsize=(32, 32)).map.local(map, (1,1), 10)
player.status['direction']['up'] = playerimg_u
player.status['direction']['down'] = playerimg_d
player.status['direction']['right'] = playerimg_r
player.status['direction']['left'] = playerimg_l
atk = '../test_data/fc吞食天地素材/战斗_头像图/攻击图1.png'
imake = vgame.ImageMaker(atk)
s = imake.gridcut((192, 192))
playerimg_a_right = vgame.Image(s[8:10], rate=200, showsize=(192,192), offsets=(-80,80))
playerimg_a_left = vgame.Image(s[8:10], rate=200, showsize=(192,192), offsets=(80,80), flip='x')
player.status['direction']['atkr'] = playerimg_a_right
player.status['direction']['atkl'] = playerimg_a_left
def ctl(self, c):
if self.delay(c and c.get('p1')[0]):
bg0 = '../test_data/sea.jpg'
ims = '../test_data/e1'
fsd = '../test_data/fish/down'
fsu = '../test_data/fish/up'
fsr = '../test_data/fish/right'
fra = '../test_data/fish/right_attck1'
Initer()
vgame.DEBUG = True # 调试模式
# vgame.Theater.Map.DEBUG = True # 打开地图栅格调试
# vgame.Theater.Camera.DEBUG = True
# 资源加载
i_bg0 = Image(bg0)
i_ims = Image(ims, showsize=(40, 40), rate=80)
i_fsd = Image(fsd, showsize=(40, 40), rate=60)
i_fsu = Image(fsu, showsize=(40, 40), rate=60)
i_fsr = Image(fsr, showsize=(40, 40), rate=60)
i_fsl = Image(fsr, showsize=(40, 40), rate=60, flip='x')
i_fra = Image(fra, showsize=(40, 40), rate=60)
main = Theater(i_bg0)
player = vgame.Player(i_fsd)
player.status['direction'] = {
'up': i_fsu,
'down': i_fsd,
'right': i_fsr,
'left': i_fsl,
}
player.local(main)
player.direction = lambda self, d: self.mover.move(d.get('p1'))
Run = vgame.ImageMaker(pathA + '/spr_ArcherRun_strip_NoBkg.png')
Run = Run.gridcut((Run.size[0]/8, 128))
vgame.Initer()
main = vgame.Theater(size=(980,640))
show_Attack = vgame.Anime(Attack, rectsize=(30,40), rate=60, offsets=(-30,-5)).local(main, offsets=(100,-200))
show_Dash = vgame.Anime(Dash, rectsize=(30,40), rate=60, offsets=(0,-5)).local(main, offsets=(100,-150))
show_Death = vgame.Anime(Death, rectsize=(30,40), rate=60, offsets=(0,-5)).local(main, offsets=(100,-100))
show_Idle = vgame.Anime(Idle, rectsize=(30,40), rate=60, offsets=(0,-5)).local(main, offsets=(100,-50))
show_JumpAndFall = vgame.Anime(JumpAndFall,rectsize=(30,40), rate=60, offsets=(0,-5)).local(main, offsets=(100,0))
show_Melee = vgame.Anime(Melee, rectsize=(30,40), rate=60, offsets=(0,-5)).local(main, offsets=(100,50))
show_Run = vgame.Anime(Run, rectsize=(30,40), rate=60, offsets=(0,-5)).local(main, offsets=(100,100))
Idle_r = vgame.Image(Idle, rate=60, offsets=(0,-5))
Idle_l = vgame.Image(Idle, rate=60, offsets=(0,-5), flip='x')
player = vgame.Player(Idle_r, rectsize=(30,40)).local(main).follow(main, .1)
player.status['direction']['right'] = Idle_r
player.status['direction']['left'] = Idle_l
def direct(self, d):
self.mover.move(d.get('p1'), 10)
def ctl(self, c):
if self.delay(c and c.get('p1')[0], time=100):
self.aload_image(show_Attack.imager)
if self.delay(c and c.get('p1')[1], time=100):
self.aload_image(show_Melee.imager)
player.direction = direct
player.control = ctl
player.mouse = lambda self,m: self.clicker.dnd(m)
import sys
p = os.path.split(os.getcwd())[0]
sys.path = [p] + sys.path
import sys
print(sys.stdout.encoding)
import random
import vgame
# vgame.DEBUG = True
# vgame.Map.DEBUG = True
init = vgame.Initer()
main = vgame.Theater()
player = vgame.Player(showsize=(80, 100)).local(main, offsets=(0, 180))
score = 0
txt = vgame.Text(str(score), textcolor=(255, 0, 0), textscale=2)
label = vgame.Enemy(txt).local(
main,
(100, 100),
)
bullets = []
def enemycreater(self):
if self.delay(True, time=100, repeat=True):
x = random.randint(40, 600)
e = vgame.Enemy((0, 255, 5), showsize=(32, 32),
in_bounds=False).local(main, (x, 0))
import sys
p = os.path.split(os.getcwd())[0]
sys.path = [p] + sys.path
import sys
print(sys.stdout.encoding)
import vgame
vgame.DEBUG = True
# vgame.Map.DEBUG = True
vgame.Initer()
main = vgame.Theater(size=(960, 720))
maps = vgame.Map(grid=(20, 15), showsize=main.size).local(main)
label = vgame.Anime(vgame.Text('wasd控制,j跳跃k冲刺')).local(main)
player = vgame.Player((255, 0, 0),
showsize=maps.gridsize).map.local(maps, (0, 14))
# 窗口大小由 Initer 配置
# 游戏内窗大小由 Theater 配置（如不配置默认随窗口大小）
# 这里让 player 作为main窗口的跟随移动进行处理，这样可以让某些动作类的游戏窗口的移动更加平滑。
player.follow(main, .05)
def direct(self, d):
d = d.get('p1')
if self.status['dash_toggle']:
pass
else:
if d and 6 in d: self.status['speedx'] = 10
if d and 4 in d: self.status['speedx'] = -10
import os
import sys
p = os.path.split(os.getcwd())[0]
sys.path = [p] + sys.path
import sys
print(sys.stdout.encoding)
import vgame
# vgame.DEBUG = True
# vgame.Map.DEBUG = True
s = vgame.Initer()
main = vgame.Theater()
labeler = vgame.Player(
vgame.Text('J键修改数字', (255, 0, 0), 2, textwidth=300,
textside='r')).local(main, (100, 100))
player = vgame.Player(
vgame.Text('0', (255, 0, 0), 2, textwidth=150,
textside='r')).local(main, (200, 200))
nums = {'v': 0}
def ctl(self, c):
if self.delay(c and c.get('p1')[0]):
nums['v'] += 1
player.text = nums['v']
labeler.text = '开始点击'
sys.path = [p] + sys.path
import sys
print(sys.stdout.encoding)
import vgame
# vgame.DEBUG = True
vgame.Menu.DEBUG = True
vgame.Map.DEBUG = True
vgame.Initer()
main = vgame.Theater((0, 0, 0)).draw.rect((255, 255, 255), 5, 3)
menu = vgame.Menu(grid=(9, 9), showsize=(main.size[0] - 50,
200 - 50)).local(main,
offsets=(0, 140))
player = vgame.Player(showsize=(40, 20)).menu.local(menu, (1, 1))
maps = vgame.Map(grid=(9, 9), showsize=(main.size[0] - 200,
200 - 50)).local(main,
offsets=(0, -140))
vgame.Enemy(showsize=(30, 10)).map.local(maps, (3, 3), 2)
vgame.Enemy(showsize=(30, 10)).map.local(maps, (3, 4), 2)
vgame.Enemy(showsize=(30, 10)).map.local(maps, (3, 5), 2)
enemy = vgame.Enemy(showsize=(30, 10)).map.local(maps, (8, 8), 2)
player = vgame.Player(showsize=(30, 15)).map.local(maps, (4, 5), 1)
def ctl(self, c):
if self.delay(c and c.get('p1')[0]):
print(maps)
print(self.map.trace(enemy))
# 增加环境变量，仅测试使用
import os
import sys
p = os.path.split(os.getcwd())[0]
sys.path = [p] + sys.path
import sys
print(sys.stdout.encoding)
import vgame
vgame.Initer()
main = vgame.Theater()
a = vgame.Player().local(main, (100, 100))
b = vgame.Wall(showsize=(300, 100)).local(main, (200, 200))
def move_d(self, d):
# self 代表了被覆盖了 direction 函数的对象本身，即为 Player 实例。
# 这个实例有一个 mover 方法，可以将获取到的操作信息直接用 mover.move 函数接收
# 这样能直接移动，如果需要修改各个方向的加速度分量，
# p1:WASD p2:上下左右键 # 这个 get('p1') 消息实际上是一个数字的列表
# 这个列表长度最大为2，从小键盘上看到的 8264 方向即作为方向表示，比英文更加直观
# 这里的消息 d 也是经过处理了的，同时按下超过三个方向键这里的消息就会返回空。
# 同时按下左右，或者同时按下上下均返回空消息。所以这些接收的消息必然是八方向其中的一个。
# 放心使用即可。
self.mover.move(d.get('p1'), 13)
# 实际上 Player 实例本身就是一个更加强大的 Sprite 类，所以自身也拥有 rect 属性
