def maximum_minion_kill(lane,
time_current,
kill_interval=0,
kill_rate=1,
time_purchase=0):
caster = models.Minion('caster')
melee = models.Minion('melee')
siege = models.Minion('siege')
kill_gold = 0
last_kill = time_purchase - kill_interval
for time in range(time_purchase, time_current):
if time < last_kill + kill_interval:
continue
minion = None
for minion in (siege, melee, caster):
available = (minion.in_lane(lane, time) -
minion.in_lane(lane, time - 1))
if available:
break
else:
continue
kill_gold += minion.value(time)
last_kill = time
return kill_gold * kill_rate
def test_group_size():
caster = models.Minion('Caster')
melee = models.Minion('Melee')
assert caster.group_size == melee.group_size == 3
siege = models.Minion('Siege')
assert siege.group_size == 1
def test_equality():
caster = models.Minion('Caster')
assert caster == caster
melee = models.Minion('Melee')
assert caster != melee
melee_copy = models.Minion('Melee')
assert melee == melee_copy
def test_interval():
times = [0, 15 * 60, 30 * 60, 45 * 60]
caster = models.Minion('Caster')
melee = models.Minion('Melee')
for time in times:
assert caster.interval(time) == 30
assert melee.interval(time) == 30
siege = models.Minion('Siege')
assert siege.interval(times[0]) == 90
assert siege.interval(times[1]) == 90
assert siege.interval(times[2]) == 60
assert siege.interval(times[3]) == 30
def maximum_passively_generated_from_farm(lane,
gold_per_farm,
time_current,
farm_rate=1,
time_purchase=0):
caster = models.Minion('caster').in_lane
melee = models.Minion('melee').in_lane
siege = models.Minion('siege').in_lane
casters = caster(lane, time_current) - caster(lane, time_purchase)
melees = melee(lane, time_current) - melee(lane, time_purchase)
sieges = siege(lane, time_current) - siege(lane, time_purchase)
farm = casters + melees + sieges
return farm * gold_per_farm * farm_rate
def test_speed():
melee = models.Minion('Melee')
assert melee.speed == 325
bot = models.Lane('Bot')
assert bot.nexus_to_center_time(melee.speed) == 33
mid = models.Lane('Mid')
assert mid.nexus_to_center_time(melee.speed) == 24
def test_first_spawn_order():
caster = models.Minion('Caster')
melee = models.Minion('Melee')
siege = models.Minion('Siege')
assert melee.first_spawn < caster.first_spawn < siege.first_spawn
def test_repr():
assert str(models.Minion('Caster')) == '[caster]'