def test_rebirth_of_dead_cell_from_reproducable_population(self):
universe = Universe(5, 5)
subjectCell = Cell(2, 2)
lives = [Cell(1, 1), Cell(3, 1), Cell(3, 3)]
universe.seed(lives)
next_gen_lives = universe.evolve().lives
assert subjectCell in next_gen_lives
def test_survival_from_wellpopulated_neighbourhood(self):
universe = Universe(5, 5)
subjectCell = Cell(2, 2)
lives = [Cell(1, 1), Cell(3, 1), subjectCell, Cell(3, 3)]
universe.seed(lives)
next_gen_lives = universe.evolve().lives
assert subjectCell in next_gen_lives
def test_death_from_underpopulated_neighbourhood(self):
universe = Universe(5, 5)
lives = [Cell(2, 2)]
universe.seed(lives)
actual = universe.evolve().lives
expected = []
assert actual == expected
def test_alive_neighbours(self):
universe = Universe(5, 5)
lives = [
Cell(1, 1),
Cell(3, 3),
]
universe.seed(lives)
assert universe.alive_neighbours(Cell(2,
2)) == [Cell(1, 1),
Cell(3, 3)]
def test_generations_to_iterate_for_tub_lives(self):
# Ref.: https://en.wikipedia.org/wiki/Conway%27s_Game_of_Life
universe = Universe(5, 5)
tub_lives = [
Cell(1, 2),
Cell(2, 1),
Cell(2, 3),
Cell(3, 2),
]
universe.seed(tub_lives)
universe.generations_to_iterate(3)
assert universe.lives == tub_lives
def main():
# Configure your Universe Gride size here
universe = Universe(25, 25)
number_of_gens_to_iterate = 3
# Different seed data to try
tub_lives = [Cell(1, 2), Cell(2, 1), Cell(2, 3), Cell(3, 2)]
glider_lives = [
Cell(9, 8),
Cell(10, 9),
Cell(8, 10),
Cell(9, 10),
Cell(10, 10),
]
# Configure your seed data here
seed_data = glider_lives
universe.seed(seed_data)
universe.generations_to_iterate(number_of_gens_to_iterate)
def test_generations_to_iterate_for_glider_lives(self):
# Ref.: https://en.wikipedia.org/wiki/Conway%27s_Game_of_Life
universe = Universe(25, 25)
glider_lives = [
Cell(9, 8),
Cell(10, 9),
Cell(8, 10),
Cell(9, 10),
Cell(10, 10),
]
universe.seed(glider_lives)
universe.generations_to_iterate(3)
assert universe.lives == [
Cell(9, 9),
Cell(9, 11),
Cell(10, 10),
Cell(10, 11),
Cell(11, 10),
]
def test_lives_after_seeding(self):
universe = Universe(5, 5)
lives = [Cell(2, 2)]
universe.seed(lives)
assert universe.lives == [Cell(2, 2)]
def test_is_dead_cell(self):
universe = Universe(5, 5)
lives = [Cell(2, 2)]
universe.seed(lives)
assert universe.is_dead_cell(Cell(1, 1)) == True
assert universe.is_dead_cell(Cell(2, 2)) == False