/// 命令：攻撃のセット
/**
* ATB[0] : 攻撃タイプ
* ATB[1] : 攻撃対象との有効角度R
* ATB[2] : 攻撃対象との有効角度L
* ATB[3] : 攻撃対象との有効距離
**/
private void cmdActSetAttack(int cmdIdx)
{
int attackType = usePlayAct.GetAtb(cmdIdx, 0);
float trgRotR = (float)usePlayAct.GetAtb(cmdIdx, 1);
float trgRotL = (float)usePlayAct.GetAtb(cmdIdx, 2);
float trgDis = (float)usePlayAct.GetAtb(cmdIdx, 3) / 100.0f;;
GameActorContainer interfereCntr = useUnitCmn.GetInterfereCntr();
GameActorProduct trgActor = useUnitCmn.GetUseActor();
/// 攻撃イベントを通達
for (int i = 0; i < interfereCntr.Num; i++)
{
if (interfereCntr.GetActor(i).EventCntr != null)
{
if (attackAreaCheck(trgActor, interfereCntr.GetActor(i), trgRotR, trgRotL, trgDis))
{
interfereCntr.GetActor(i).EventCntr.Add(ActorEventId.Damage, attackType, trgActor.GetUseObj(0));
}
}
}
}
/// 命令：近くの対象の方向を振り向く
/**
* ATB[0] : 旋回する対象との有効距離
* ATB[1] : 旋回速度
**/
private void cmdActSetTurnNearTrg(int cmdIdx)
{
float trgDis = (float)usePlayAct.GetAtb(cmdIdx, 0) / 100.0f;
int rotVal = usePlayAct.GetAtb(cmdIdx, 1);
GameActorContainer interfereCntr = useUnitCmn.GetInterfereCntr();
GameActorProduct trgActor = useUnitCmn.GetUseActor();
int bestTrg;
float dis, disMax;
bool entryFlg;
bestTrg = -1;
disMax = 0.0f;
entryFlg = false;
for (int i = 0; i < interfereCntr.Num; i++)
{
if (interfereCntr.GetActor(i).EventCntr != null)
{
dis = Common.VectorUtil.Distance(trgActor.BasePos, interfereCntr.GetActor(i).BasePos);
if (dis <= trgDis && (entryFlg == false || dis < disMax))
{
bestTrg = i;
disMax = dis;
entryFlg = true;
}
}
}
/// 一番近くの対象の方向へ振り向く
if (bestTrg >= 0)
{
trgActor.EventCntr.Add(ActorEventId.TurnTrg, rotVal, interfereCntr.GetActor(bestTrg).GetUseObj(0));
}
}