def test_ship_collision4():
game = Game(wait_agent, wait_agent)
s1 = Ship(10, 11, game.players[0])
s1.halite = 10
s2 = Ship(10, 11, game.players[1])
s2.halite = 10
game.players[0].add_ship(s1)
game.players[1].add_ship(s2)
assert len(game.players[0].ships) == 2
assert len(game.players[0].ship_array[11][10]) == 1
assert len(game.players[1].ships) == 2
assert len(game.players[1].ship_array[11][10]) == 1
assert game.get_halite(s1.x, s1.y) == 0
game.ship_collisions()
assert len(game.players[0].ships) == 1
assert len(game.players[0].ship_array[11][10]) == 0
assert len(game.players[1].ships) == 1
assert len(game.players[1].ship_array[11][10]) == 0
assert game.get_halite(s1.x, s1.y) == 20
def test_halite_regeneration():
game = Game(wait_agent, wait_agent)
game.set_halite(0, 0, 100)
assert game.get_halite(0, 0) == 100
game.halite_regeneration()
assert game.get_halite(0, 0) == 102
assert game.get_halite(0, 1) == 0
def test_collect():
game = Game(wait_agent, wait_agent)
s = game.players[0].ships[0]
game.halite[10, 5] = 40
assert game.players[0].halite == 5000
s.collect()
assert game.get_halite(5, 10) == 30
assert s.halite == 10
assert game.players[0].halite == 5000
def test__step():
game = Game(wait_agent, wait_agent)
p0 = game.players[0]
p1 = game.players[1]
s1 = Ship(15, 15, p0) #collect
game.set_halite(15, 15, 1)
s1.halite = 10
p0.add_ship(s1)
s2 = Ship(16, 15, p1) #move left
s2.halite = 10
p1.add_ship(s2)
s3 = Ship(9, 7, p0) #move up
p0.add_ship(s3)
s4 = Ship(10, 11, p1) #collect
game.set_halite(10, 11, 100)
p1.add_ship(s4)
s5 = Ship(16, 9, p0) #move right and deposit
s5.halite = 20
p0.add_ship(s5)
s6 = Ship(7, 7, p1) #convert
game.set_halite(7, 7, 20)
s6.halite = 700
p1.add_ship(s6)
s7 = Ship(7, 8, p0) #Move up
p0.add_ship(s7)
sy1 = Shipyard(17, 9, p0)
p0.add_shipyard(sy1)
sy2 = Shipyard(4, 5, p1) #spawn
p1.add_shipyard(sy2)
actions0 = actions_dict()
actions0[ShipMove.UP] = [s3, s7]
actions0[ShipMove.RIGHT] = [s5]
actions0[ShipMove.COLLECT] = [s1]
actions1 = actions_dict()
actions1[ShipyardMove.SPAWN] = [sy2]
actions1[ShipMove.CONVERT] = [s6]
actions1[ShipMove.LEFT] = [s2]
actions1[ShipMove.COLLECT] = [s4]
game._step(actions0, actions1)
assert p0.ship_array[15][15] == []
assert p1.ship_array[15][15] == []
assert game.get_halite(15, 15) == 21 * 1.02
assert p0.ship_array[7][9] == []
assert p0.ship_array[6][9] == [s3]
assert s4.halite == 25
assert game.get_halite(10, 11) == 75 * 1.02
assert s5.halite == 0
assert p0.halite == 5020
assert p1.halite == 5000 - 500 + 200
assert p1.shipyard_array[7][7] == 0
assert p0.ship_array[7][7] == [s7]
assert game.get_halite(7, 7) == 0
assert p1.ship_array[5][4] != []