public BasicAttackPositionMessage(uint sourceNetId, uint targetNetId, byte extraTime, uint futureProjectileNetId, AttackSlotEnum slot,
Vector2 targetPosition, Vector2 sourcePosition, Vector2 middleOfMap) : base(sourceNetId)
{
this.extraTime = extraTime;
this.futureProjectileNetId = futureProjectileNetId;
this.slot = slot;
this.targetNetId = targetNetId;
this.sourcePosition = sourcePosition;
this.targetPosition = targetPosition;
}
public override BasicAttack CreateBasicAttack(AIUnit unit, AttackableUnit target, bool critical, bool first = true, AttackSlotEnum slot = AttackSlotEnum.BASE_ATTACK_1)
{
return(new RangedBasicAttack(unit, target, critical, first, slot));
}
public abstract BasicAttack CreateBasicAttack(AIUnit unit, AttackableUnit target, bool critical, bool first = true, AttackSlotEnum slot = AttackSlotEnum.BASE_ATTACK_1);
/* const global.AttackDelay = 1.6;
* const global.AttackDelayCastPercent = 0.3;
*
* if(CharacterRecord.AttackTotalTime > 0.0)
* {
* tmp = fminf(CharacterRecord.AttackTotalTime, CharacterRecord.AttackCastTime);
* if(tmp > 0.0)
* {
* AttackDelayOffsetPercent = (CharacterRecord.AttackTotalTime / global.AttackDelay) + -1.0f;
* AttackDelayCastOffsetPercent = (tmp / CharacterRecord.AttackTotalTime ) - global.AttackDelayCastPercent;
* }
* } */
public BasicAttack(AIUnit unit, AttackableUnit target, bool critical, bool first = true, AttackSlotEnum slot = AttackSlotEnum.BASE_ATTACK_1)
{
this.Unit = unit;
this.Target = target;
this.Critical = critical;
this.DeltaAnimationTime = AnimationTime;
this.First = first;
this.Slot = slot;
}
public RangedBasicAttack(AIUnit unit, AttackableUnit target,
bool critical, bool first, AttackSlotEnum slot) : base(unit, target, critical, first, slot)
{
}
public MeleeBasicAttack(AIUnit unit, AttackableUnit target, bool critical, bool first = true, AttackSlotEnum slot = AttackSlotEnum.BASE_ATTACK_1) : base(unit, target, critical, first, slot)
{
}
