IEnumerator _Coro_FishGenerating()
{
WeightTotal_FishGenerate = 0;
foreach (FishGenerateData d in FishGenerateDatas)
{
WeightTotal_FishGenerate += d.Weight;
d.HittedWeight = WeightTotal_FishGenerate;
}
while (true)
{
if (GameMain.Singleton.NumFishAlive >= MaxFishAtWorld)
{
goto TAG_NextGenerateWait;
}
//随机
int curWeight = Random.Range(0, WeightTotal_FishGenerate);
Fish prefabFishToGen = null;
foreach (FishGenerateData fd in FishGenerateDatas)
{
if (curWeight < fd.HittedWeight)
{
prefabFishToGen = fd.Prefab_Fish;
break;
}
}
if (prefabFishToGen == null)
{
goto TAG_NextGenerateWait;
}
//Fish f = Pool_GameObj.GetObj(prefabFishToGen.gameObject).GetComponent<Fish>();
Fish f = Instantiate(prefabFishToGen) as Fish;
f.name = prefabFishToGen.name;
Vector2 interectPot;
Vector2 rndPos = RndPosInWorldRect();
rndPos.Normalize();
if (InterectWorldRectWithOriginRay(rndPos, out interectPot))
{
Vector3 posInstance = interectPot + rndPos * (f.swimmer.BoundCircleRadius);
posInstance.z = Defines.GMDepth_Fish + ApplyFishDepth();
f.transform.parent = transform;
f.transform.localPosition = posInstance;
//fe.transform.right = -rndPos /*+ ((Vector2)Random.onUnitSphere).normalized * 0.5F*/;
f.transform.rotation = PubFunc.RightToRotation(-rndPos);
f.swimmer.Go();
}
TAG_NextGenerateWait:
yield return(new WaitForSeconds(Interval_FishGenerate.Value));
}
}
IEnumerator _Coro_FishFlockGenerating()
{
if (Prefab_FishEmitterFlock == null)
{
yield break;
}
while (true)
{
if (GameMain.Singleton.NumFishAlive >= MaxFishAtWorld)
{
goto TAG_NextGenerateWait;
}
FishEmitter_Flock fe = Instantiate(Prefab_FishEmitterFlock) as FishEmitter_Flock;
Vector2 interectPot;
Vector2 rndPos = RndPosInWorldRect();
rndPos.Normalize();
if (InterectWorldRectWithOriginRay(rndPos, out interectPot))
{
Vector3 posInstance = interectPot + rndPos * (fe.Radius);
fe.transform.parent = transform;
fe.transform.localPosition = posInstance;
//fe.transform.right = -rndPos /*+ ((Vector2)Random.onUnitSphere).normalized * 0.5F*/;
fe.transform.rotation = PubFunc.RightToRotation(-rndPos);
fe.Generate();
}
TAG_NextGenerateWait:
yield return(new WaitForSeconds(Interval_FlockGenerate.Value));
}
}
IEnumerator _Coro_Process()
{
yield return(0);
// //求出最大鲨鱼半径
// foreach (Fish f in Prefab_Fish)
// {
// if (f.swimmer.BoundCircleRadius > mMaxSharkRadius)
// mMaxSharkRadius = f.swimmer.BoundCircleRadius;
// }
//随机左右边
bool isLeft = Random.Range(0, 2) == 0;
float elapse = 0F;
int emitSharkIdx = 0;
while (elapse < TimeEmitShark)
{
Fish shark = Instantiate(Prefab_Fish[emitSharkIdx]) as Fish;
Rect worldDim = GameMain.Singleton.WorldDimension;
Vector3 generatorPot = new Vector3(isLeft ? worldDim.x - shark.swimmer.BoundCircleRadius : worldDim.xMax + shark.swimmer.BoundCircleRadius //x
, Random.Range(EmitLineUpLimit, EmitLineDownLimit) //y
, 0F);
emitSharkIdx = (emitSharkIdx + 1) % Prefab_Fish.Length;
shark.ClearAi();
shark.swimmer.Speed = SpeedShark;
shark.transform.parent = transform;
//shark.transform.rotation = Quaternion.AngleAxis((isLeft?0F:180F)+Random.Range(-AngleGenerateShark,AngleGenerateShark),Vector3.forward);
shark.transform.rotation = isLeft ? Quaternion.identity : PubFunc.RightToRotation(-Vector3.right);
var depth = App.GetGameData <FishGameData>().ApplyFishDepth(shark.swimmer.SwimDepth);
generatorPot.z = depth;
shark.transform.localPosition = generatorPot;
shark.swimmer.Go();
float delta = Random.Range(IntervalGenerateSharkMin, IntervalGenerateSharkMax);
elapse += delta;
yield return(new WaitForSeconds(delta));
}
float swimNeedTime = GameMain.Singleton.WorldDimension.width / SpeedShark;//todo 不准确
yield return(new WaitForSeconds(swimNeedTime));
//等待清鱼,改用时间限制
while (GameMain.Singleton.NumFishAlive != 0)
{
yield return(0);
}
EndPrelude();
}
//public Transform tmpTsEmitFishPot;
IEnumerator _Coro_FishQueueGenerating()
{
WeightTotal_QueuGenerate = 0;
foreach (FishQueueGenerateData d in FishQueueData)
{
WeightTotal_QueuGenerate += d.Weight;
d.HittedWeight = WeightTotal_QueuGenerate;
}
while (true)
{
if (GameMain.Singleton.NumFishAlive >= MaxFishAtWorld)
{
goto TAG_NextGenerateWait;
}
//随机
int curWeight = Random.Range(0, WeightTotal_QueuGenerate);
int queueIdx = 0;
for (; queueIdx != FishQueueData.Length; ++queueIdx)
{
if (curWeight < FishQueueData[queueIdx].HittedWeight)
{
break;
}
}
if (queueIdx >= FishQueueData.Length)
{
goto TAG_NextGenerateWait;
}
FishEmitter_Queue fg = Instantiate(FishQueueData[queueIdx].Prefab_Queue) as FishEmitter_Queue;
Vector2 interectPot;
Vector2 rndPos = Random.onUnitSphere;
rndPos.Normalize();
if (InterectWorldRectWithOriginRay(rndPos, out interectPot))
{
Vector3 posInstance = interectPot + rndPos * (fg.Prefab_Fish.swimmer.BoundCircleRadius);
fg.transform.parent = transform;
fg.transform.localPosition = posInstance;
//fg.transform.right = -rndPos /*+ ((Vector2)Random.onUnitSphere).normalized * 0.5F*/;
fg.transform.rotation = PubFunc.RightToRotation(-rndPos);
fg.Generate();
}
TAG_NextGenerateWait:
yield return(new WaitForSeconds(Interval_QueuGenerate.Value));
}
}
/// <summary>
/// 设置生产位置
/// </summary>
/// <param name="bound"></param>
/// <param name="depth"></param>
public virtual BirthHole CreateBirthHole(float bound, float depth)
{
var hole = new BirthHole();
Vector2 interectPot;
Vector2 rndPos = Random.onUnitSphere;
Generator.InterectWorldRectWithOriginRay(rndPos, out interectPot);
Vector3 posInstance = interectPot + rndPos * (bound);
hole.Parent = Generator.transform;
var z = App.GetGameData <FishGameData>().ApplyFishDepth(depth);
posInstance.z = z;
hole.Position = posInstance;
hole.Rotation = PubFunc.RightToRotation(-rndPos + new Vector2(Random.Range(-0.5f, 0.5f), Random.Range(-0.5f, 0.5f)));
return(hole);
}
IEnumerator _Coro_FishUniqueGenerating()
{
if (FishGenerateUniqueDatas.Length == 0)
{
yield break;
}
WeightTotal_FishUniqueGenerate = 0;
foreach (FishGenerateData d in FishGenerateUniqueDatas)
{
WeightTotal_FishUniqueGenerate += d.Weight;
d.HittedWeight = WeightTotal_FishUniqueGenerate;
}
while (true)
{
if (GameMain.Singleton.NumFishAlive >= MaxFishAtWorld)
{
goto TAG_NextGenerateWait;
}
if (mUniqueFishToGenerate.Count == 0)
{
List <FishGenerateData> tmpFishGdLst = new List <FishGenerateData>();
foreach (FishGenerateData fgd in FishGenerateUniqueDatas)
{
tmpFishGdLst.Add(fgd);
}
tmpFishGdLst.Sort((FishGenerateData a, FishGenerateData b) => { return(Random.Range(0, a.Weight) < Random.Range(0, b.Weight) ? 1 : -1); });
int gdNum = FishGenerateUniqueDatas.Length * 7 / 10;//队列70%的鱼
foreach (FishGenerateData fgd in tmpFishGdLst)
{
mUniqueFishToGenerate.Enqueue(fgd.Prefab_Fish);
if (--gdNum < 0)
{
break;
}
//Debug.Log(fgd.Prefab_Fish.name);
}
}
Fish prefabFishToGen = mUniqueFishToGenerate.Dequeue();
if (FishTypeIndexMap[prefabFishToGen.TypeIndex] != null &&
FishTypeIndexMap[prefabFishToGen.TypeIndex].Count != 0)
{
goto TAG_NextGenerateWait;
}
Fish f = Instantiate(prefabFishToGen) as Fish;
f.name = prefabFishToGen.name;
Vector2 interectPot;
Vector2 rndPos = RndPosInWorldRect();
rndPos.Normalize();
if (InterectWorldRectWithOriginRay(rndPos, out interectPot))
{
Vector3 posInstance = interectPot + rndPos * (f.swimmer.BoundCircleRadius);
posInstance.z = Defines.GMDepth_Fish + ApplyFishDepth();
f.transform.parent = transform;
f.transform.localPosition = posInstance;
//f.transform.right = -rndPos + ((Vector2)Random.onUnitSphere).normalized * 0.2F;
f.transform.rotation = PubFunc.RightToRotation(-rndPos + ((Vector2)Random.onUnitSphere).normalized * 0.2F);
f.swimmer.Go();
}
TAG_NextGenerateWait:
yield return(new WaitForSeconds(Interval_FishUniqueGenerate.Value));
}
}
