def newgame(self):
self.game = Game((156, 104, 128))
user = Player(self.game.world)
for i in range(20):
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
self.game.world.space.maketree((x,y,
self.game.world.space.groundlevel(x,y)))
kind = (Goblin,Tortoise,SmallSpider)
for i in range(20):
race = choice(kind)
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
creature = race(None, (x,y,self.game.world.space.groundlevel(x,y)))
self.game.schedule(creature)
for i in range(7):
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
creature = Dwarf(user, (x,y,self.game.world.space.groundlevel(x,y)))
self.game.schedule(creature)
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
loc = x, y, self.game.world.space.groundlevel(x,y)
handle = Handle(choice(Wood.__subclasses__()), loc)
blade = PickaxHead(choice(Metal.__subclasses__()), loc)
self.game.world.additem(handle)
self.game.world.additem(blade)
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
loc = x, y, self.game.world.space.groundlevel(x,y)
handle = Handle(choice(Wood.__subclasses__()), loc)
blade = AxHead(choice(Metal.__subclasses__()), loc)
self.game.world.additem(Ax(loc, handle, blade))
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
self.game.world.additem(Workbench((x,y,
self.game.world.space.groundlevel(x,y)),
choice(Wood.__subclasses__())))
for i in range(10):
x, y = [randint(0, self.game.dimensions[i]-1) for i in range(2)]
self.game.world.additem(Barrel((x,y,
self.game.world.space.groundlevel(x,y)),
choice(Wood.__subclasses__())))
self.child = Renderer(self.game, user, self.zoom)
user.foundsettlement('the fortress')
def main():
n = 200000
m = 200
print 'How fast can a world with {0} items and {1} creatures run.'.format(n, m)
pygame.init()
game = Game((256,256,128))
user = Player(game.world)
for i in range(n):
game.world.additem(Pickax((randint(0,255),randint(0,255),64),
choice(Metal.__subclasses__()),
choice(Wood.__subclasses__())))
for i in range(m):
game.schedule(Dwarf(user, (randint(0,255),randint(0,255),64)))
display.set_mode((1400,800), HWSURFACE | RESIZABLE)
renderers = [Renderer(game, user, DisplayOptions('FreeMono.ttf', False, 16, 18))]
game_acc = 0
render_acc = 0
last = time()
while renderers:
current = time()
delta = min(0.125, max(0, current - last))
renderer = renderers[-1]
if renderer.game:
game_acc += delta
while game_acc > renderer.game.dt:
renderer.game.step()
game_acc -= renderer.game.dt
rest = renderer.game.dt - game_acc
else:
rest = float('inf')
render_acc += delta
if render_acc > renderer.dt:
child = renderer.step()
if child != renderer:
if child:
renderers.append(child)
else:
renderers = renderers[:-1]
render_acc = 0
last = current
sleep(min(rest, renderers[-1].dt if renderers else 0))
def maketree(self, loc):
tree = Tree(loc, choice(Wood.__subclasses__()), Leaf)
surround = self.pathing.adjacent_xy(loc[0:2])
height = randint(6,18)
branch = None
for i in range(height):
trunk = (loc[0], loc[1], loc[2] + i)
tile = TreeTrunk(tree)
tree.trunk.append(trunk)
self.cache[trunk] = tile
color = tile.color
if i > 3:
branch = choice([b for b in surround if b != branch] + [None])
if branch is not None:
varient = -1
if branch[0] == loc[0]:
if branch[1] == loc[1] - 1:
varient = 1 # N
else:
varient = 0 # S
elif branch[0] < loc[0]:
if branch[1] == loc[1] + (loc[0]&1):
varient = 2 # SW
else:
varient = 4 # NW
else:
if branch[1] == loc[1] + (loc[0]&1):
varient = 3 # SE
else:
varient = 5 # NE
self.cache[branch + (loc[2]+i,)] = Branch(tree, varient)
tree.branches.append(branch + (loc[2]+i,))
if i > 2:
available = [s for s in surround
if s + (loc[2]+i,) not in self.cache]
leaves = sample(available, len(available)-1)
for leaf in leaves:
self.cache[leaf + (loc[2]+i,)] = Leaves(tree)
tree.leaves.append(leaf + (loc[2]+i,))
self.cache[loc[0:2] + (loc[2]+height,)] = Leaves(tree)
tree.leaves.append(loc[0:2] + (loc[2]+height,))
