def test_fox_should_die_from_hunger_after_5_rounds_without_being_fed():
fox_count = 1
world = World(1, 2, 0, fox_count, CoordGenerator())
for x in range(6):
world.launch_round()
assert world.territories[0].fox_count() == 0
def two_fox_simulation():
fox_count = 2
starting_position = [Coord(0, 0), Coord(0, 2)]
world = World(1, 3, 0, fox_count, CoordGenerator(starting_position))
world.territories[0].foxes[0].feed()
world.territories[2].foxes[0].feed()
world.launch_round()
return world
def test_two_rabbits_cant_breed_if_age_less_than_3():
rabbits_count = 2
starting_position = [Coord(0, 0), Coord(0, 2)]
world = World(1, 3, rabbits_count, 0, CoordGenerator(starting_position))
world.launch_round()
assert world.territories[1].new_child_rabbit() == 0
def test_one_fed_and_one_hungry_fox_should_breed_no_child():
fox_count = 2
starting_position = [Coord(0, 0), Coord(0, 2)]
world = World(1, 3, 0, fox_count, CoordGenerator(starting_position))
world.territories[0].foxes[0].feed()
world.launch_round()
assert world.territories[1].fox_count() == 2
def test_multiple_rabbit_should_move_from_one_territory_to_another():
rabbit_count = 3
world = World(3, 3, rabbit_count, 0, CoordGenerator())
world.launch_round()
assert rabbit_count_for(world, Coord(0, 0)) == 0
assert rabbit_count_for(world, Coord(2, 2)) == 0
assert rabbit_count_for(world, Coord(0, 1)) >= 1 or rabbit_count_for(
world, Coord(1, 0)) >= 1
assert rabbit_count_for(world, Coord(1, 2)) == 1 or rabbit_count_for(
world, Coord(2, 1)) == 1
def test_rabbit_should_wait_three_rounds_before_procreating_again():
rabbits_count = 2
starting_position = [Coord(0, 0), Coord(0, 0)]
world = World(1, 2, rabbits_count, 0, CoordGenerator(starting_position))
for i in range(4):
world.launch_round()
assert world.territories[0].rabbit_count() == 3
world.launch_round()
assert world.territories[1].rabbit_count() == 3
world.launch_round()
world.launch_round()
world.launch_round()
assert world.territories[0].rabbit_count() == 4
def test_fox_should_be_hungry_if_not_feed_during_last_three_turn():
fox_count = 1
world = World(1, 2, 0, fox_count, CoordGenerator())
for x in range(4):
world.launch_round()
world.territories[0].foxes[0].feed()
for x in range(4):
world.launch_round()
assert not world.territories[0].foxes[0].is_fed()
def test_fox_should_stay_alive_if_feed_during_the_last_five_turn():
fox_count = 1
world = World(1, 2, 0, fox_count, CoordGenerator())
for x in range(4):
world.launch_round()
world.territories[0].foxes[0].feed()
for x in range(2):
world.launch_round()
assert world.territories[0].fox_count() == 1
def test_one_world_should_contain_a_dimensioned_grid_of_territory():
line = 10
column = 10
world = World(line, column, 0, 0, None)
assert len(world.territories) == 100
def test_one_rabbit_start_at_a_random_position():
rabbit_count = 1
world = World(10, 10, rabbit_count, 0, CoordGenerator())
assert rabbit_count_for(world, Coord(0, 0)) == 1
assert rabbit_count_for(world, Coord(4, 4)) == 0
def test_one_fox_start_at_a_random_position():
fox_count = 1
world = World(10, 10, 0, fox_count, CoordGenerator())
assert fox_count_for(world, Coord(0, 0)) == 1
assert fox_count_for(world, Coord(3, 6)) == 0
import random
from simulation.domain.Fox import Fox
from simulation.domain.Rabbit import Rabbit
from simulation.domain.World import World
from simulation.game.CoordGenerator import CoordGenerator
max_line = 5
max_column = 5
rabbit_count = 100
fox_count = 100
coord_generator = CoordGenerator(random=True, max_line=max_line, max_colum=max_column)
world = World(max_line, max_column, rabbit_count, fox_count, coord_generator)
print("World instancied with ")
print("foxes : " + str(world.total_fox()))
print("rabbit : " + str(world.total_rabbits()))
print("press enter to start")
input()
while True:
world.launch_round()
print("foxes : " + str(world.total_fox()))
print("rabbit : " + str(world.total_rabbits()))
def test_fox_should_move_from_one_territory_to_another():
fox_count = 1
world = World(1, 2, 0, fox_count, CoordGenerator())
world.launch_round()
assert fox_count_for(world, Coord(0, 0)) == 0
assert fox_count_for(world, Coord(0, 1)) == 1