def build(self):
room = self.fill(CobbleFloor, CobbleFloor2, CobbleFloor3)
room.append(CaveDownstairs(pos=(cl(1), cl(1))))
room.append(CaveSignDown(pos=(cl(1), cl(2))))
return room
def build(self):
room = self.fill(CobbleFloor, CobbleFloor2, CobbleFloor3)
room.append(CaveUpstairs(pos=(cl(1), cl(0))))
room.extend(
self.npoints((cl(0), cl(0)), (cl(0), cl(2)), (cl(2), cl(0)),
(cl(2), cl(2)),
classes=(Smooth, Cobble)))
return room
def build(self):
area = self.rect(cl(1), cl(0), cl(2), cl(3), WoodFloor, WoodFloor2,
WoodFloor3)
area.extend(
self.npoints((cl(1), cl(1)), classes=(CaveRails, CaveRails2)))
area.extend(
self.npoints(
(cl(1), cl(0)), (cl(1), cl(2)),
classes=(CaveFungus, CaveFungus2, CaveRails, CaveRails2)))
return area
def _rect(
self,
first_x, first_y, second_x, second_y,
*classes, **options) -> Generator[Gameobject, None, None]:
"""
This method fills the selected region.
You needn't call it manually. Use
`Room.fill` instead.
"""
real_cell_size = cl(1)
cell_size = options.pop('cell', real_cell_size)
for x in range(first_x, second_x, cell_size):
for y in range(first_y, second_y, cell_size):
selected = choice(classes)
if selected:
yield selected(
pos=(x, y))
def __init__(self, **kwargs):
super().__init__(**kwargs)
self.size = cl(2), cl(1)
def build(self):
return self.rect(cl(1), cl(0), cl(2), cl(1), WoodFloor, WoodFloor2,
WoodFloor3)
def build(self):
room = self.fill(WoodFloor, WoodFloor2, WoodFloor3, BrickFloor,
BrickFloor2, BrickFloor3)
room.extend(
self.npoints((cl(1), cl(1)),
classes=(CavePot, CavePot2, CaveRails2, CaveFungus)))
room.extend(
self.npoints((cl(0), cl(0)), (cl(0), cl(1)), (cl(2), cl(1)),
(cl(0), cl(2)), (cl(2), cl(0)), (cl(2), cl(2)),
classes=(CaveFungus, CaveFungus2)))
return room
def build(self):
room = self.fill(CobbleFloor, CobbleFloor2, CobbleFloor3)
room.extend(
self.npoints((cl(1), cl(0)), (cl(1), cl(2)),
classes=(CaveRails, CaveRails2)))
room.extend(
self.npoints(
(cl(0), cl(1)), (cl(2), cl(1)),
classes=(CaveFungus, CaveFungus2, CaveGrass, CaveGrass2)))
room.extend(
self.npoints((cl(0), cl(0)), (cl(0), cl(2)), (cl(2), cl(0)),
(cl(2), cl(2)),
classes=(Smooth, Cobble)))
return room