def hitTarget(self, target, angle, attack, damageMod):
from Code.Units.Stats import calcKnockback
#(self, unit, damageSource, damageType, totalDamage, timeBetweenDamage, timesToDamage)
timeBetweenDamage = 10
timesToDamage = 10
target.addBuff(Buffs.DamageBuff(self, target, self.owner, self.DamageType, self.Damage, timeBetweenDamage, timesToDamage))
target.addKnockback(calcKnockback(angle, target, self.getKnockbackAmount(target)))
PTRS["EFFECTS"].addEffect(Effects.SpellEffect("Ignite", target.getPos(), target.floor, 40, True, None, target))
def explodeAt(self, tPos, target, angle):
from Code.Units.Stats import calcKnockback
for u in PTRS["UNITS"].getTargets(self.owner.team, False, True):
d = dist(u.getPos(), tPos)
if d <= u.size + self.AoE:
if target is u:
ang = angle
else:
ang = math.atan2(u.getPos()[1] - tPos[1], u.getPos()[0] - tPos[0])
amount = u.addDamage(self.calcDamage(self.owner, u, self.owner.getStat("attack"), 1), self.owner, self.getDamageType(), stunFactor = self.getStunFactor())
u.addKnockback(calcKnockback(ang, u, self.getKnockbackAmount(u)))
u.addBuff(Buffs.StatBuff(self, u, 200, {"moveSpeed":0.5}))
self.owner.hitTarget(u, amount)
def hitTarget(self, target, angle, attack, damageMod): from Code.Units.Stats import calcKnockback amount = target.addDamage(self.calcDamage(self.owner, target, attack, damageMod), self.owner, self.getDamageType(), stunFactor = self.getStunFactor()) self.hitsLeft -= 1 target.addKnockback(calcKnockback(angle, target, self.getKnockbackAmount(target))) self.owner.hitTarget(target, amount)
