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extends Spatial
var Cube = preload("res://cube.dae")
var House = preload("res://house.dae")
var Pine = preload("res://tree_pine.dae")
var Oak = preload("res://tree_ball.dae")
var cubes = Array()
func _enter_tree():
var offsets = [5, 3, 2, 1, 1, 0, 0, 0, 1, 1, 2, 3, 5]
var hs = House.instance()
add_child(hs)
var pn = Pine.instance()
pn.translate(Vector3(2,2,0))
add_child(pn)
var ok = Oak.instance()
ok.translate(Vector3(-2,-2,0))
add_child(ok)
# for x in range(13):
# var line = Array()
# cubes.append(line)
# for y in range(13):
# if y >= offsets[x] and y <= (13 - offsets[x]):
# var cube = Cube.instance()
# var pos = Vector3(x*2, y*2, 0)
# print(pos)
# cube.translate(pos)
# line.append(cube)
# add_child(cube)
make_ball(13, Vector3(20,26,0))
func make_ball(size, center):
var blocks = Array()
for x in range(-size, size):
var line_x = Array()
blocks.append(line_x)
for y in range(-size, size):
var line_y = Array()
line_x.append(line_y)
for z in range(-size, size):
var relative = Vector3(2*x, 2*y, 2*z)
if relative.length() <= size:
var cube = Cube.instance()
cube.translate(relative + center)
add_child(cube)
line_y.append(cube)
else:
line_y.append(null)
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