def test_get_leaves(self):
LA = Engine.shape_factory.LeastAddition([
StdFactroy.AABB(numpy.array([0, 0]), 10, 10, identifier=i)
for i in range(10)
])
for leaf in LA.get_leaves():
print(leaf)
def test_leaf_complex(self):
LA = Engine.shape_factory.LeastAddition([
StdFactroy.AABB(numpy.array([0, 0]), 10, 10, identifier=i)
for i in range(Engine.shape_factory.LeastAddition.FILL + 1)
])
LA.delete(Engine.shape_factory.LeastAddition.FILL)
self.assertEqual(Engine.shape_factory.LeastAddition.FILL,
len(LA.get_leaves()))
def test_massive_equal(self):
tree = Shapes.factory.get_LA([])
objects = [
StdFactroy.get_AABB(numpy.array([0, 0]), 10, 10, identifier=i)
for i in range(1000)
]
before = time.time()
for obj in objects:
tree.add(obj)
elapsed_time = time.time() - before
print(f"Elapsed time {elapsed_time}")
from Engine.Shapes.FinitelyBounded.Factories.StdFactory import StdFactroy
import Engine
Engine.shape_factory = StdFactroy()
import unittest
import numpy
from Engine.Ray import Ray
class LA(unittest.TestCase):
epsilon = 10
def test_case_1(self):
shapes = [
Engine.shape_factory.AAB(numpy.array([16, 17]), 10, 2, 3),
Engine.shape_factory.AAB(numpy.array([13, 21]), 10, 2, 4),
Engine.shape_factory.AAB(numpy.array([25, 17]), 10, 2, 5),
Engine.shape_factory.AAB(numpy.array([79, 59]), 10, 2, 6),
Engine.shape_factory.AAB(numpy.array([60, 71]), 10, 2, 7),
Engine.shape_factory.AAB(numpy.array([44, 73]), 10, 2, 8),
Engine.shape_factory.AAB(numpy.array([11, 83]), 10, 2, 9),
Engine.shape_factory.AAB(numpy.array([2, 62]), 10, 2, 10),
Engine.shape_factory.AAB(numpy.array([9, 38]), 10, 2, 11),
Engine.shape_factory.AAB(numpy.array([41, 7]), 10, 2, 12),
Engine.shape_factory.AAB(numpy.array([99, 44]), 10, 2, 13),
Engine.shape_factory.AAB(numpy.array([89, 66]), 10, 2, 14),
Engine.shape_factory.AAB(numpy.array([74, 76]), 10, 2, 15),
Engine.shape_factory.AAB(numpy.array([26, 76]), 10, 2, 16),
Engine.shape_factory.AAB(numpy.array([34, 73]), 10, 2, 17),
Engine.shape_factory.AAB(numpy.array([13, 77]), 10, 2, 18),
Engine.shape_factory.AAB(numpy.array([33, 71]), 10, 2, 19),
def test_leaf_delete(self):
LA = Engine.shape_factory.LeastAddition(
[StdFactroy.AABB(numpy.array([0, 0]), 10, 10, identifier=1)])
LA.delete(1)
self.assertEqual(0, len(LA.nodes), "Nodes not empty")
def test_split_insert_p1(self):
Engine.shape_factory.LeastAddition([
StdFactroy.AABB(numpy.array([0, 0]), 10, 10, identifier=i)
for i in range(Engine.shape_factory.LeastAddition.FILL + 2)
])