void RandamMove()
{
var toVect2D = new IntVect2D[] {
new IntVect2D(movableCount, 0),
new IntVect2D(-movableCount, 0),
new IntVect2D(0, movableCount),
new IntVect2D(0, -movableCount)
};
//移動可能範囲を取得
toVect2D = toVect2D.Shuffle();
foreach (var toV in toVect2D)
{
RequestMoveFromVect2D(toV);
if (isDone == true)
{
break;
}
}
if (isDone == false)
{
isDone = true;
if (OnCompleteMove != null)
{
OnCompleteMove();
}
}
}
//攻撃範囲に近づくように移動
void MoveForApproach()
{
var toVect2D = new IntVect2D[] {
new IntVect2D(movableCount, 0),
new IntVect2D(-movableCount, 0),
new IntVect2D(0, movableCount),
new IntVect2D(0, -movableCount)
};
toVect2D = toVect2D.Shuffle();
List <VectAndDistance> vectAndDistance = new List <VectAndDistance>();
//各移動後における攻撃範囲と敵キャラとの最小距離取得
foreach (var toV in toVect2D)
{
vectAndDistance.Add(new VectAndDistance(GetDistanceInAttackRange(IntVect2D.Add(character.positionArray, toV)), toV));
}
//距離が小さい順に移動試行
foreach (var toV in vectAndDistance.OrderBy(v => v.distance).Select(v => v.vect))
{
RequestMoveFromVect2D(toV);
if (isDone == true)
{
break;
}
}
}
//移動後攻撃範囲にいたら移動
bool TryMoveInAttackRange()
{
var toVect2D = new IntVect2D[] {
new IntVect2D(movableCount, 0),
new IntVect2D(-movableCount, 0),
new IntVect2D(0, movableCount),
new IntVect2D(0, -movableCount)
};
//移動可能範囲を取得
toVect2D = toVect2D.Shuffle();
foreach (var toV in toVect2D)
{
if (CheckExistInAttackRange(IntVect2D.Add(character.positionArray, toV)))
{
RequestMoveFromVect2D(toV);
}
if (isDone == true)
{
return(true);
}
}
return(false);
}
//移動後攻撃範囲にいたら移動
bool TryMoveInAttackRange()
{
var toVect2D = new IntVect2D[] {
new IntVect2D(movableCount, 0),
new IntVect2D(-movableCount, 0),
new IntVect2D(0, movableCount),
new IntVect2D(0, -movableCount)
};
//移動可能範囲を取得
toVect2D = toVect2D.Shuffle();
foreach (var toV in toVect2D)
{
if (CheckExistInAttackRange(IntVect2D.Add(character.positionArray,toV)))
{
RequestMoveFromVect2D(toV);
}
if (isDone == true)return true;
}
return false;
}
void RandamMove()
{
var toVect2D = new IntVect2D[] {
new IntVect2D(movableCount, 0),
new IntVect2D(-movableCount, 0),
new IntVect2D(0, movableCount),
new IntVect2D(0, -movableCount)
};
//移動可能範囲を取得
toVect2D = toVect2D.Shuffle();
foreach (var toV in toVect2D)
{
RequestMoveFromVect2D(toV);
if (isDone == true)
{
break;
}
}
if (isDone == false)
{
isDone = true;
if (OnCompleteMove != null) OnCompleteMove();
}
}
//攻撃範囲に近づくように移動
void MoveForApproach()
{
var toVect2D = new IntVect2D[] {
new IntVect2D(movableCount, 0),
new IntVect2D(-movableCount, 0),
new IntVect2D(0, movableCount),
new IntVect2D(0, -movableCount)
};
toVect2D = toVect2D.Shuffle();
List<VectAndDistance> vectAndDistance = new List<VectAndDistance>();
//各移動後における攻撃範囲と敵キャラとの最小距離取得
foreach (var toV in toVect2D)
{
vectAndDistance.Add(new VectAndDistance(GetDistanceInAttackRange(IntVect2D.Add(character.positionArray, toV)), toV));
}
//距離が小さい順に移動試行
foreach (var toV in vectAndDistance.OrderBy(v => v.distance).Select(v=>v.vect))
{
RequestMoveFromVect2D(toV);
if (isDone == true)
{
break;
}
}
}