/// <summary>
/// 封鎖の壁を作る
/// </summary>
/// <param name="postion">壁生成の位置</param>
/// <param name="needDirection">壁の方向</param>
void CreateWall(Vector3 postion, OutDirection needDirection)
{
AreaPrefabManager areaManager;
makingAreaType = UnitType.Wall;
if (makingAreaType == UnitType.Road)
{
areaManager = WallPrefab[0].GetComponent<AreaPrefabManager>();
CreateArea(WallPrefab[0], areaManager, new Vector2(postion.x, postion.z), areaManager.AreaAngle0.areaOut[0].direction.getAngleFromTargetDirection(needDirection));
}
else
{
areaManager = WallPrefab[1].GetComponent<AreaPrefabManager>();
CreateArea(WallPrefab[1], areaManager, new Vector2(postion.x, postion.z), areaManager.AreaAngle0.areaOut[0].direction.getAngleFromTargetDirection(needDirection));
}
//todo
}
/// <summary>
/// 次のエリアを生成する 生成下一个地区
/// </summary>
/// <param name="entryPoint">生成するエリアの入口の座標 生成的入口点</param>
/// <param name="needDirection">必要な入口の方向 入口点的方向</param>
/// <param name="upFloorNumber">生成するエリアの上のエリアの深度</param>
void MakeNormalArea(Vector3 entryPoint, OutDirection needDirection, int upFloorNumber)
{
int thisFloorNumber = upFloorNumber + 1;
GameObject areaPrefab = null;
GameObject[] randomNormalPrefabList = null;
//GameObject changedPrefab;
AreaPrefabManager areaManager = null;
AreaPrefabOut[] areaOutList = null;
Vector3 areaPostion = Vector3.zero;
int entryIndex = 0;
int areaTypeIndex = 0;
AngleFix angle = AngleFix.none;
bool checkRes = false;
normalTypeArray = nowWeightPoint.GetWeightRandomTypeOrder(normalTypeArray);
for (areaTypeIndex = 0; areaTypeIndex < normalTypeArray.Length && !checkRes; areaTypeIndex++)
{
switch (normalTypeArray[areaTypeIndex])
{
case UnitType.Road:
{
randomNormalPrefabList = RoadPrefab.getRandomArray();
break;
}
case UnitType.Room:
{
randomNormalPrefabList = RoomPrefab.getRandomArray();
break;
}
case UnitType.End:
{
//每当生成终节点时，如果尚未生成向下场景，则生成向下场景/传送阵场景
if (!isDownSet)
{
randomNormalPrefabList = DownPrefab.getRandomArray();
}
else if (!isPorSet)
{
randomNormalPrefabList = PortalPrefab.getRandomArray();
}
else
{
randomNormalPrefabList = EndPrefab.getRandomArray();
}
break;
}
case UnitType.Corner:
{
randomNormalPrefabList = CornerPrefab.getRandomArray();
break;
}
case UnitType.Wall:
{
randomNormalPrefabList = null;
CreateWall(entryPoint, needDirection);
return;
}
}
for (int i = 0; i < randomNormalPrefabList.Length && !checkRes; i++)
{
areaPrefab = randomNormalPrefabList[i];
//Debug.Log(areaPrefab.name);
areaManager = areaPrefab.GetComponent<AreaPrefabManager>();
areaOutList = areaManager.AreaAngle0.areaOut.getRandomArray();
for (entryIndex = 0; entryIndex < areaOutList.Length; entryIndex++)
{
angle = areaOutList[entryIndex].direction.getAngleFromTargetDirection(needDirection);
areaPostion = entryPoint - areaOutList[entryIndex].Rot(angle).position;
checkRes = checkInMap(areaPostion, areaManager, angle);
#region 超出地图范围的情况下，允许生成传送阵和出口
if (!checkRes && (!isDownSet || !isPorSet))
{
if (!isDownSet)
{
areaPrefab = DownPrefab.getRandomOne();
normalTypeArray[areaTypeIndex] = UnitType.Down;
}
else
{
areaPrefab = PortalPrefab.getRandomOne();
normalTypeArray[areaTypeIndex] = UnitType.Portal;
}
areaManager = areaPrefab.GetComponent<AreaPrefabManager>();
areaOutList = areaManager.AreaAngle0.areaOut.getRandomArray();
angle = areaOutList[0].direction.getAngleFromTargetDirection(needDirection);
areaPostion = entryPoint - areaOutList[0].Rot(angle).position;
}
#endregion
if (mode == MakeMode.MakeSceneMode)
{
checkRes = checkRes && CheckAreaPhysics(areaPostion, areaManager, angle);
}
else
{
checkRes = checkRes && CheckAreaOverlay(areaPostion, areaManager, angle);
}
if (checkRes)
{
if (areaManager.type == UnitType.Portal)
{
isPorSet = true;
}
else if (areaManager.type == UnitType.Down)
{
isDownSet = true;
}
break;
}
}
}
if (checkRes)
{
break;
}
}
//全てのエリアのマッチングが出来ない場合、入口を封鎖する 所有地区生成不能的情况下，封堵
if (!checkRes)
{
CreateWall(entryPoint, needDirection);
return;
}
//ウェイトを調整 调整权重
TrimWeightPoint(areaManager, thisFloorNumber);
//エリアを生成する 生成区域
makingAreaType = normalTypeArray[areaTypeIndex];
CreateArea(areaPrefab, areaManager, new Vector2(areaPostion.x, areaPostion.z), angle);
for (int i = 0; i < areaOutList.Length; i++)
{
if (i != entryIndex)
{
MakeNormalArea(areaOutList[i].Rot(angle).position + areaPostion, areaOutList[i].Rot(angle).direction.TureBack(), thisFloorNumber);
TrimWeightPoint(areaManager, thisFloorNumber);
}
}
//TODO:生成方法
}
