def test_find_best_neighbor_food_metric_1(self): near_sighted_creature = Creature([0, 0], starting_hunger=1, eye_sight=2) test_world = World(6, 0) food_cell = ArableLandCell(test_world, [2, 0], 0) test_world.set_cell(2, 0, food_cell) food_cell.set_food_level(2) submited_output = near_sighted_creature.find_best_neighbor(test_world, METRIC_FOOD) expected_output = [1, 0] self.assertEqual(submited_output, expected_output)
def test_eat_less_hungry_on_food(self): creature = Creature([0, 0], 0.5, 1) test_world = World(4, 0) food_cell = ArableLandCell(test_world, [0, 0], 0) for i in range(200): food_cell.grow() test_world.set_cell(0, 0, food_cell) submited_output = creature.eat(test_world) expected_output = True self.assertEqual(submited_output, expected_output) self.assertEqual(creature.get_hunger_level(), 0)
def test_find_best_neighbor_food_metric_1(self): near_sighted_creature = Creature([0, 0], starting_hunger=1, eye_sight=2) test_world = World(6, 0) food_cell = ArableLandCell(test_world, [2, 0], 0) test_world.set_cell(2, 0, food_cell) food_cell.set_food_level(2) submited_output = near_sighted_creature.find_best_neighbor( test_world, METRIC_FOOD) expected_output = [1, 0] self.assertEqual(submited_output, expected_output)
def test_find_best_neighbor_elevation_metric_2(self): near_sighted_creature = Creature([0, 0], starting_hunger=1, eye_sight=1) test_world = World(6, 0) high_cell1 = LandCell(test_world, [0, 0], 2) test_world.set_cell(0, 0, high_cell1) high_cell2 = LandCell(test_world, [1, 0], 0) test_world.set_cell(1, 0, high_cell2) high_cell3 = LandCell(test_world, [0, 1], 1) test_world.set_cell(0, 1, high_cell3) high_cell4 = LandCell(test_world, [1, 1], 2) test_world.set_cell(1, 1, high_cell4) submited_output = near_sighted_creature.find_best_neighbor(test_world, METRIC_ELEVATION) expected_output = [1, 0] self.assertEqual(submited_output, expected_output)
def test_find_best_neighbor_combined_metric_food_beyond_eyesight(self): near_sighted_creature = Creature([0, 0], starting_hunger=1, eye_sight=2) test_world = World(6, 0) high_cell1 = LandCell(test_world, [0, 0], 2) test_world.set_cell(0, 0, high_cell1) high_cell2 = LandCell(test_world, [1, 0], 3) test_world.set_cell(1, 0, high_cell2) high_cell3 = LandCell(test_world, [0, 1], 0) test_world.set_cell(0, 1, high_cell3) high_cell4 = LandCell(test_world, [1, 1], 2) test_world.set_cell(1, 1, high_cell4) food_cell = ArableLandCell(test_world, [3, 0], 0) test_world.set_cell(3, 0, food_cell) food_cell.set_food_level(2) submited_output = near_sighted_creature.find_best_neighbor(test_world, METRIC_COMBINED) expected_output = [0, 1] self.assertEqual(submited_output, expected_output)
def test_find_best_neighbor_elevation_metric_2(self): near_sighted_creature = Creature([0, 0], starting_hunger=1, eye_sight=1) test_world = World(6, 0) high_cell1 = LandCell(test_world, [0, 0], 2) test_world.set_cell(0, 0, high_cell1) high_cell2 = LandCell(test_world, [1, 0], 0) test_world.set_cell(1, 0, high_cell2) high_cell3 = LandCell(test_world, [0, 1], 1) test_world.set_cell(0, 1, high_cell3) high_cell4 = LandCell(test_world, [1, 1], 2) test_world.set_cell(1, 1, high_cell4) submited_output = near_sighted_creature.find_best_neighbor( test_world, METRIC_ELEVATION) expected_output = [1, 0] self.assertEqual(submited_output, expected_output)
def test_find_best_neighbor_combined_metric_food_beyond_eyesight(self): near_sighted_creature = Creature([0, 0], starting_hunger=1, eye_sight=2) test_world = World(6, 0) high_cell1 = LandCell(test_world, [0, 0], 2) test_world.set_cell(0, 0, high_cell1) high_cell2 = LandCell(test_world, [1, 0], 3) test_world.set_cell(1, 0, high_cell2) high_cell3 = LandCell(test_world, [0, 1], 0) test_world.set_cell(0, 1, high_cell3) high_cell4 = LandCell(test_world, [1, 1], 2) test_world.set_cell(1, 1, high_cell4) food_cell = ArableLandCell(test_world, [3, 0], 0) test_world.set_cell(3, 0, food_cell) food_cell.set_food_level(2) submited_output = near_sighted_creature.find_best_neighbor( test_world, METRIC_COMBINED) expected_output = [0, 1] self.assertEqual(submited_output, expected_output)
def test_get_hunger_level_zero(self): test_creature = Creature([0, 0], 0, 4) self.assertEqual(test_creature.get_hunger_level(), 0)
def test_legal_move_creatures_out_of_bounds_locaiton(self): test_world = World(4, 0) test_creature = Creature([0, 0], INIT_HUNGER, 1) self.assertFalse(test_creature.legal_move([6, 6], test_world))
def test_find_best_neighbor_does_not_crash(self): near_sighted_creature = Creature([0, 0], INIT_HUNGER, 2) test_world = World(6, 0) near_sighted_creature.find_best_neighbor(test_world, METRIC_COMBINED)
def test_get_hunger_level_one(self): test_creature = Creature([0, 0], 1, 4) self.assertEqual(test_creature.get_hunger_level(), 1)
def test_legal_move_creatures_legal_locaiton(self): test_world = World(4, 0) test_creature = Creature([0, 0], INIT_HUNGER, 1) self.assertTrue(test_creature.legal_move([1, 0], test_world))
def test_move_legal_move(self): creature = Creature([0, 0], INIT_HUNGER, 1) test_world = World(4, 0) submited_output = creature.move("Right", test_world) expected_output = [0, 1] self.assertEqual(submited_output, expected_output)
def test_move_illegal_move_off_world(self): creature = Creature([0, 0], INIT_HUNGER, 1) test_world = World(4, 0) submited_output = creature.move("Left", test_world) expected_output = False self.assertEqual(submited_output, expected_output)
def test_get_location(self): test_creature = Creature([0, 0], 0, 4) self.assertEqual(test_creature.get_location(), [0, 0])
def test_set_location(self): test_creature = Creature([0, 0], 0, 4) test_creature.set_location([1, 1]) self.assertEqual(test_creature.get_location(), [1, 1])