def loadworld(self, game):
self.size = 500
self.spawn = [self.size//2,self.size//2]
file = open('world/1.data', 'rb')
self.data = zlib.decompress(file.read())
self.data = pickle.loads(self.data)
file.close()
self.rendered = {}
for x in xrange(self.spawn[0], self.spawn[0]+game.maxxtile+1):
for y in xrange(self.spawn[1], self.spawn[1]+game.maxytile+1):
newx = x - self.spawn[0]
newy = y - self.spawn[1]
self.rendered[(newx,newy)] = helper.loadtilebyid(self.data[x][y][0], self.data[x][y][1], game, (x,y), game.dummytile.image.width*newx, game.dummytile.image.height*newy, RespawnTime=self.data[x][y][1])
print('world loaded!')
def genworld(self, game, seed=False):
######WORLD FORMAT: [id, subid, timeTakenToRespawnInSeconds, TimeChanged(datetime.now)] #######
dummytile = game.dummytile
print('Now generating world...')
if seed:
self.seed = seed
else:
self.seed = int(random.getrandbits(32))
print('World seed: '+str(self.seed))
random.seed(self.seed)
self.size = 500
self.spawn = [self.size//2,self.size//2]
self.data = []
for rangex in xrange(0, self.size):
self.data.append([])
for rangey in xrange(0, self.size):
self.data[rangex].append([])
randnumber = random.randrange(0,1000)
type = random.randrange(0,1000)
if randnumber is not None:
#grass
id = 1
if type >= 990:
subid = 0
elif type >= 975:
subid = 1
elif type >= 955:
subid = 2
else:
subid = 7 #normal
self.data[rangex][rangey] = self.worlditemiser(id,subid)
self.rendered = {}
for x in xrange(self.spawn[0]-1, self.spawn[0]+game.maxxtile+1):
for y in xrange(self.spawn[1]-1, self.spawn[1]+game.maxytile+1):
newx = x - self.spawn[0]-1
newy = y - self.spawn[1]-1
self.rendered[(newx,newy)] = helper.loadtilebyid(self.data[x][y][0], self.data[x][y][1], game, (x,y), dummytile.image.width*newx,
dummytile.image.height*newy)
toreplace = self.rendered[game.player.getscreenpos()]
self.rendered[game.player.getscreenpos()] = environment.Grass(game, self.rendered[game.player.getscreenpos()].getpos(), subid=7, x=self.rendered[game.player.getscreenpos()].x, y=self.rendered[game.player.getscreenpos()].y, batch=game.batch, group=game.deepmap)
toreplace.delete()
print('World generated')
def move(self, dir):
# move world
torender = {}
todelete = {}
if dir == "right":
self.player.set_direction(self, "right")
if self.movetimer + datetime.timedelta(seconds=self.movedelay) <= datetime.datetime.now():
# check collision
if self.world.rendered[
(self.maxxtile // 2 + 1, self.maxytile // 2)
].solid and self.player.sprite.collide(
[self.world.rendered[(self.maxxtile // 2 + 1, self.maxytile // 2)]] != []
):
torender = self.world.rendered
else:
self.movetimer2 = datetime.datetime.now()
for x in self.world.rendered:
self.world.rendered[x].x = self.world.rendered[x].x - 2
if self.world.rendered[x].right < -self.dummytile.image.width:
todelete[x] = self.world.rendered[x]
elif (
self.world.rendered[x].left
<= (x[0] * self.dummytile.image.width) - self.dummytile.image.width
):
torender[(x[0] - 1, x[1])] = self.world.rendered[x]
else:
torender[x] = self.world.rendered[x]
for x in todelete:
xtoupdate = todelete[x].getpos()[0] + self.maxxtile + 2
torender[(self.maxxtile + 1, x[1])] = helper.loadtilebyid(
self.world.data[xtoupdate][todelete[x].getpos()[1]][0],
self.world.data[xtoupdate][todelete[x].getpos()[1]][1],
self,
(xtoupdate, self.world.rendered[x].getpos()[1]),
(self.maxxtile) * self.dummytile.image.width - 2,
self.world.rendered[x].bottom,
self.world.data[xtoupdate][todelete[x].getpos()[1]][2],
)
todelete[x].delete()
else:
torender = self.world.rendered
elif dir == "left":
self.player.set_direction(self, "left")
if self.movetimer + datetime.timedelta(seconds=self.movedelay) <= datetime.datetime.now():
# check collision
if self.world.rendered[
(self.maxxtile // 2 - 1, self.maxytile // 2)
].solid and self.player.sprite.collide(
[self.world.rendered[(self.maxxtile // 2 - 1, self.maxytile // 2)]] != []
):
torender = self.world.rendered
else:
self.movetimer2 = datetime.datetime.now()
for x in self.world.rendered:
self.world.rendered[x].x = self.world.rendered[x].x + 2
if self.world.rendered[x].left > self.width + self.dummytile.width:
todelete[x] = self.world.rendered[x]
elif (
self.world.rendered[x].left
>= (x[0] * self.dummytile.image.width) + self.dummytile.image.width
):
torender[(x[0] + 1, x[1])] = self.world.rendered[x]
else:
torender[x] = self.world.rendered[x]
for x in todelete:
xtoupdate = todelete[x].getpos()[0] - (self.maxxtile + 2)
torender[(-1, x[1])] = helper.loadtilebyid(
self.world.data[xtoupdate][todelete[x].getpos()[1]][0],
self.world.data[xtoupdate][todelete[x].getpos()[1]][1],
self,
(xtoupdate, self.world.rendered[x].getpos()[1]),
-self.dummytile.width + 2,
self.world.rendered[x].bottom,
self.world.data[xtoupdate][todelete[x].getpos()[1]][2],
)
todelete[x].delete()
else:
torender = self.world.rendered
elif dir == "down":
self.player.set_direction(self, "down")
if self.movetimer + datetime.timedelta(seconds=self.movedelay) <= datetime.datetime.now():
# check collision
if self.world.rendered[
(self.maxxtile // 2, self.maxytile // 2 - 1)
].solid and self.player.sprite.collide(
[self.world.rendered[(self.maxxtile // 2, self.maxytile // 2 - 1)]] != []
):
torender = self.world.rendered
else:
self.movetimer2 = datetime.datetime.now()
for x in self.world.rendered:
self.world.rendered[x].y = self.world.rendered[x].y + 2
if self.world.rendered[x].bottom > self.height + self.dummytile.height:
todelete[x] = self.world.rendered[x]
elif (
self.world.rendered[x].bottom
>= (x[1] * self.dummytile.image.height) + self.dummytile.image.height
):
torender[(x[0], x[1] + 1)] = self.world.rendered[x]
else:
torender[x] = self.world.rendered[x]
for x in todelete:
ytoupdate = todelete[x].getpos()[1] - (self.maxytile + 2)
torender[(x[0], -1)] = helper.loadtilebyid(
self.world.data[todelete[x].getpos()[0]][ytoupdate][0],
self.world.data[todelete[x].getpos()[0]][ytoupdate][1],
self,
(self.world.rendered[x].getpos()[0], ytoupdate),
self.world.rendered[x].left,
-self.dummytile.height + 2,
self.world.data[todelete[x].getpos()[0]][ytoupdate][2],
)
todelete[x].delete()
else:
torender = self.world.rendered
elif dir == "up":
self.player.set_direction(self, "up")
if self.movetimer + datetime.timedelta(seconds=self.movedelay) <= datetime.datetime.now():
# check collision
if self.world.rendered[
(self.maxxtile // 2, self.maxytile // 2 + 1)
].solid and self.player.sprite.collide(
[self.world.rendered[(self.maxxtile // 2, self.maxytile // 2 + 1)]] != []
):
torender = self.world.rendered
else:
self.movetimer2 = datetime.datetime.now()
for x in self.world.rendered:
self.world.rendered[x].y = self.world.rendered[x].y - 2
if self.world.rendered[x].top < -self.dummytile.height:
todelete[x] = self.world.rendered[x]
elif (
self.world.rendered[x].bottom
<= (x[1] * self.dummytile.image.height) - self.dummytile.image.height
):
torender[(x[0], x[1] - 1)] = self.world.rendered[x]
else:
torender[x] = self.world.rendered[x]
for x in todelete:
ytoupdate = todelete[x].getpos()[1] + (self.maxytile + 2)
torender[(x[0], self.maxytile + 1)] = helper.loadtilebyid(
self.world.data[todelete[x].getpos()[0]][ytoupdate][0],
self.world.data[todelete[x].getpos()[0]][ytoupdate][1],
self,
(self.world.rendered[x].getpos()[0], ytoupdate),
self.world.rendered[x].left,
self.height - 2,
self.world.data[todelete[x].getpos()[0]][ytoupdate][2],
)
todelete[x].delete()
else:
torender = self.world.rendered
if torender is not {}:
self.world.rendered = torender
