def testShieldDefenceArcherFire(self):
self.disableRandomChoice(True)
shooter = self.createUnit(weaponType=self.TYPE_WEAPON_BOW,
damage=100,
agility=60)
target = self.createUnit(armorType=self.TYPE_ARMOR_LEATHER,
shieldType=self.TYPE_SHIELD_WOOD,
shieldDurability=1000,
shieldBlocking=50,
agility=30,
health=500)
Actions.archerFire(shooter, target, 1)
self.assertEqual(target.shieldDurability, 900)
def meleeAttack(self):
targetGroup = self.getTarget()
infinityGenerator = itertools.cycle(targetGroup.getUnits())
for unit in self.getUnits():
if not unit.steps >= 10:
log.unit('`%s` skip step, he is weak')
continue
blows = int(unit.steps / 10)
unit.steps %= 10
log.unit('`%s` has blows %i' % (unit.it, blows))
for blow in range(blows):
target = None
for i in range(targetGroup.getCount()):
tmp = next(infinityGenerator)
if targetGroup.hasUnit(tmp):
target = tmp
break
if target is None:
log.group('`%s` killed enemy group `%s`' %
(self.it, targetGroup.it))
self.removeTarget()
return
log.unit('`%s` blow enemy `%s`' % (unit.it, target.it))
if Actions.meleeFire(unit, target) and target.health <= 0:
targetGroup.removeUnit(target)
log.unit('`%s` infantry killed enemy `%s`' %
(unit.it, target.it))
def archersFire(self, targetFront, bonus):
"""
:type targetFront: battle.structure.front.Front
:return:
"""
log.group('`%s` %i archers fire for enemy `%s`' %
(self.it, len(self.range), targetFront.it))
for archer in self.range:
if not archer.steps >= 10:
continue
shoots = int(archer.steps / 10)
archer.steps %= 10
log.unit('`%s` create archery shoots %i' % (archer.it, shoots))
for i in range(shoots):
group = targetFront.getRandomGroup()
if group.getCount() == 0:
break
target = group.getRandomUnit()
log.unit('`%s` shoot to enemy `%s`' % (archer.it, target.it))
if Actions.archerFire(archer, target,
bonus) and target.health <= 0:
log.unit('`%s` archer killed enemy `%s`' %
(archer.it, target.it))
group.removeUnit(target)
def testMinimalArcherChange(self):
shooter = self.createUnit(weaponType=self.TYPE_WEAPON_BOW,
damage=100,
agility=0)
target = self.createUnit(armorType=self.TYPE_ARMOR_LEATHER, agility=30)
self.assertEqual(Actions._getArcherChance(shooter, target, 1), 5)
def testMeleeDamageZeroSword(self):
attacker = self.createUnit(weaponType=self.TYPE_WEAPON_SWORD,
damage=100,
agility=60)
target = self.createUnit(armorType=self.TYPE_ARMOR_MAIL)
self.assertEqual(Actions._getMeleeDamage(attacker, target), 100)
def testMeleeDamageBlunt(self):
attacker = self.createUnit(weaponType=self.TYPE_WEAPON_BLUNT,
damage=100,
agility=60)
target = self.createUnit(armorType=self.TYPE_ARMOR_MAIL)
self.assertEqual(Actions._getMeleeDamage(attacker, target), 150)
def testArcherDamage(self):
shooter = self.createUnit(weaponType=self.TYPE_WEAPON_BOW,
damage=100,
strength=100)
target = self.createUnit(armorType=self.TYPE_ARMOR_LEATHER,
absorption=60)
self.assertEqual(Actions._getArcheryDamage(shooter, target), 105)
def testArcherCriticalDamageNotChose(self):
shooter = self.createUnit(weaponType=self.TYPE_WEAPON_BOW,
damage=100,
criticalChance=100,
criticalDamage=5)
self.disableRandomChoice(False)
self.assertEqual(Actions._getCriticalDamage(shooter, shooter.damage),
100)
def testArcherFire(self):
self.disableRandomChoice(True)
shooter = self.createUnit(weaponType=self.TYPE_WEAPON_BOW,
damage=100,
agility=60)
target = self.createUnit(armorType=self.TYPE_ARMOR_LEATHER,
agility=30,
health=500)
self.assertTrue(Actions.archerFire(shooter, target, 1))
self.assertEqual(target.health, 395)
def move(self):
for unit in self.units:
Actions.move(unit)
def testMeleeChanceMaximal(self):
attacker = self.createUnit(agility=100)
defender = self.createUnit(agility=0)
self.assertEqual(Actions._getMeleeChance(attacker, defender), 90)