Fishing_Fish[] CreatFish(byte fishTypeId, FishingPathData pd, Transform parent, PathManager pm, uint fishId, int count, float passTime, byte group, byte index)
{
if (!Fishing_Data.GetInstance().m_FishData.ContainsKey(fishTypeId))
{
DebugLog.LogError("fish:" + fishTypeId + " data is error!!");
return(null);
}
FishingFishData fd = Fishing_Data.GetInstance().m_FishData[fishTypeId];
GameObject prefab = (GameObject)m_GameBase.FishingAssetBundle.LoadAsset(fd.m_szFish);
int arrayCount = pd.m_Offsets.Count > 0 ? pd.m_Offsets.Count : 1;
Debug.Assert(count != 0 && count <= arrayCount, "create fish count wrong!!");
Fishing_Fish[] fishs = new Fishing_Fish[count];
for (uint j = 0; j < count; j++)
{
GameObject go = (GameObject)GameMain.instantiate(prefab);
go.transform.SetParent(parent, false);
splineMove sm = go.AddComponent <splineMove>();
sm.local = true;
sm.lookAhead = 0.01f;
sm.forwardDir = Vector3.right;
sm.pathMode = PathMode.Ignore;
sm.offset = index < pd.m_Offsets.Count ? pd.m_Offsets[index] : Vector3.zero;
sm.waypointRotation = (fd.m_nRotType == 1) ? splineMove.RotationType.all : splineMove.RotationType.none;
if (m_GameBase.IsMirror())
{
sm.eulerAngles = (fd.m_nRotType == 1) ? new Vector3(180f, 0f, 0f) : new Vector3(0f, 0f, 180f);
}
else
{
sm.eulerAngles = Vector3.zero;
}
sm.speed = fd.m_GroupSpeed[group];
sm.loopType = pd.m_bLoop ? splineMove.LoopType.loop : splineMove.LoopType.none;
sm.SetPath(pm);
sm.GoTo(GetPathPassTime(passTime, sm, pd));
if (FishPause)
{
sm.Pause();
}
Fishing_Fish fish = go.transform.Find("skin").gameObject.AddComponent <Fishing_Fish>();
fish.Init(m_GameBase, sm, fishId + j, fishTypeId);
fish.OnDeath += RemoveFish;
fishs[j] = fish;
m_FishDict.Add(fish.m_nOnlyId, fish);
}
return(fishs);
}
void ReadFishingData()
{
List <string[]> strList;
int j;
byte id;
ushort pathId;
byte temp;
CReadCsvBase.ReaderCsvDataFromAB(GameDefine.CsvAssetbundleName, "Fishing_Cannon.txt", out strList);
int columnCount = strList.Count;
for (int i = 2; i < columnCount; i++)
{
j = 0;
FishingCannonData gamedata = new FishingCannonData();
byte.TryParse(strList[i][j++], out id);
gamedata.m_szCannon = strList[i][j++];
gamedata.m_szBullet = strList[i][j++];
float.TryParse(strList[i][j++], out gamedata.m_fBulletSpeed);
float.TryParse(strList[i][j++], out gamedata.m_fBulletCD);
float.TryParse(strList[i][j++], out gamedata.m_fBulletLifeTime);
byte.TryParse(strList[i][j++], out gamedata.m_nBounceTimes);
//float.TryParse(strList[i][j++], out gamedata.m_fExplosinRange);
j++;
gamedata.m_szNet = strList[i][j++];
//int.TryParse(strList[i][j++], out gamedata.m_nBulletCost);
j++;
//level not read
j++;
gamedata.m_szBulletPoint = strList[i][j++].Split('|');
gamedata.m_szLvPoint = strList[i][j++];
//gamedata.m_szIcon = strList[i][j++];
j++;
int.TryParse(strList[i][j++], out gamedata.m_nAudio);
j += 2;
gamedata.m_szName = strList[i][j++];
gamedata.m_szDetail = strList[i][j++];
m_CannonData[id] = gamedata;
}
strList.Clear();
CReadCsvBase.ReaderCsvDataFromAB(GameDefine.CsvAssetbundleName, "Fishing_Path.txt", out strList);
columnCount = strList.Count;
for (int i = 2; i < columnCount; i++)
{
j = 0;
FishingPathData gamedata = new FishingPathData();
ushort.TryParse(strList[i][j++], out pathId);
gamedata.m_szPath = strList[i][j++];
float.TryParse(strList[i][j++], out gamedata.m_fSpeed);
float.TryParse(strList[i][j++], out gamedata.m_fTime);
byte.TryParse(strList[i][j++], out temp);
gamedata.m_bLoop = temp == 0 ? false : true;
string str = strList[i][j++];
if (!string.IsNullOrEmpty(str))
{
string[] offsets = str.Split('@');
string[] point;
foreach (string oft in offsets)
{
point = oft.Split('|');
Debug.Assert(point.Length == 3, "offset point coordinate wrong(not 3)!!");
Vector3 pos = new Vector3();
float.TryParse(point[0], out pos.x);
float.TryParse(point[1], out pos.y);
float.TryParse(point[2], out pos.z);
gamedata.m_Offsets.Add(pos);
}
}
str = strList[i][j++];
if (!string.IsNullOrEmpty(str))
{
string[] speedChange = str.Split('@');
string[] info;
foreach (string sc in speedChange)
{
info = sc.Split('|');
Debug.Assert(info.Length == 3, "point change speed info is wrong(not 3)!!");
byte pointIndex, endIndex;
float speed, time;
byte.TryParse(info[0], out pointIndex);
float.TryParse(info[1], out speed);
if (speed == 0f)//pause
{
float.TryParse(info[2], out time);
gamedata.m_ChangePoints[pointIndex] = -time;
}
else//change speed
{
byte.TryParse(info[2], out endIndex);
gamedata.m_ChangePoints[pointIndex] = speed;
gamedata.m_ChangePoints[endIndex] = 1f;//change back
}
}
}
m_PathData[pathId] = gamedata;
}
strList.Clear();
CReadCsvBase.ReaderCsvDataFromAB(GameDefine.CsvAssetbundleName, "Fishing_Fish.txt", out strList);
columnCount = strList.Count;
for (int i = 2; i < columnCount; i++)
{
j = 0;
FishingFishData gamedata = new FishingFishData();
byte.TryParse(strList[i][j++], out id);
gamedata.m_szFish = strList[i][j++];
string[] groupspeed = strList[i][j++].Split('@');
string[] speedStr;
foreach (string speed in groupspeed)
{
speedStr = speed.Split('|');
Debug.Assert(speedStr.Length == 2, "group speed data is wrong(not 2)!!");
gamedata.m_GroupSpeed[byte.Parse(speedStr[0])] = float.Parse(speedStr[1]);
}
//float.TryParse(strList[i][j++], out gamedata.m_fHitRate);
j++;
int.TryParse(strList[i][j++], out gamedata.m_nMultiple);
j += 5;
int.TryParse(strList[i][j++], out gamedata.m_nHitAudio);
int.TryParse(strList[i][j++], out gamedata.m_nDeadAudio);
string[] strs = strList[i][j++].Split('|');
if (strs.Length == 3)
{
byte.TryParse(strs[0], out gamedata.m_nTalkInterval);
byte.TryParse(strs[1], out gamedata.m_nTalkShowTime);
gamedata.m_szTalk = strs[2];
}
j += 3;
byte.TryParse(strList[i][j++], out temp);
gamedata.m_eFishType = (FishType)temp;
gamedata.m_szName = strList[i][j++];
gamedata.m_szIcon = strList[i][j++];
byte.TryParse(strList[i][j++], out gamedata.m_nRotType);
m_FishData[id] = gamedata;
}
}
public void CreatePathFish(ushort pathId, uint fishId, byte typeId, float pathPassTime, byte group, byte index)
{
if (pathPassTime < 0f)
{
return;
}
if (!Fishing_Data.GetInstance().m_PathData.ContainsKey(pathId))
{
DebugLog.LogWarning("Error: reate path id(" + pathId + ") no path data!");
return;
}
FishingPathData pd = Fishing_Data.GetInstance().m_PathData[pathId];
PathManager pm;
PathInfo pi = null;
List <Fishing_Fish> fishList = null;
if (m_PathDict.ContainsKey(pathId))
{
pm = m_PathDict[pathId];
if (m_PathFishList.ContainsKey(pm))
{
pi = m_PathFishList[pm];
fishList = pi.fishList;
}
else
{
DebugLog.LogError("fishMgr pathFishList not contain dict's pm!");
}
}
else
{
//create path
GameObject prefab = (GameObject)m_GameBase.FishingAssetBundle.LoadAsset(pd.m_szPath);
if (prefab == null)
{
DebugLog.LogWarning("Fail to preload path:" + pd.m_szPath);
return;
}
GameObject path = (GameObject)GameMain.instantiate(prefab);
path.transform.SetParent(m_WaypointMgr.transform);
pm = path.GetComponent <PathManager>();
fishList = new List <Fishing_Fish>();
pi = new PathInfo();
pi.speed = pd.m_fSpeed;
pi.time = pd.m_fTime;
m_PathDict[pathId] = pm;
}
Fishing_Fish[] fish = CreatFish(typeId, pd, pm.transform, pm, fishId, 1, pathPassTime, group, index);
fishList.AddRange(fish);
pi.fishList = fishList;
m_PathFishList[pm] = pi;
if (pd.m_fSpeed != 0f)
{
float endX = pm.transform.localPosition.x + pd.m_fSpeed * pd.m_fTime;
pm.transform.Translate(pd.m_fSpeed * pathPassTime, 0f, 0f);
Tweener t = pm.transform.DOLocalMoveX(endX, pd.m_fTime - pathPassTime);
if (pd.m_bLoop)
{
t.OnComplete(() => RemovePath(pm));
}
}
}
float GetPathPassTime(float passTime, splineMove sm, FishingPathData pd)
{
if (pd.m_ChangePoints.Count == 0)
{
return(passTime);
}
float value;
float speed = sm.speed;
float countTime = passTime;
List <byte> changeList = new List <byte>(pd.m_ChangePoints.Keys);
if (passTime > 0f)
{
sm.tween.ForceInit();
TweenerCore <Vector3, Path, PathOptions> tweenPath = sm.tween as TweenerCore <Vector3, Path, PathOptions>;
float time = 0f;
countTime = 0f;
float curSpeed = speed;
for (byte i = 0; i < sm.pathContainer.GetWaypointCount(); i++)
{
value = tweenPath.changeValue.wpLengths[i] / curSpeed;
time += value;
countTime += value;
if (passTime <= time)
{
countTime -= (time - passTime);
break;
}
if (pd.m_ChangePoints.ContainsKey(i))
{
changeList.Remove(i);
if (i >= sm.events.Count)
{
DebugLog.LogWarning("Error: fish point count(" + sm.events.Count + ") out path(" + pd.m_szPath + ") change config!!");
break;
}
value = pd.m_ChangePoints[i];
if (value > 0f)
{
sm.events[i].AddListener(() => sm.ChangeSpeed(value * speed));
curSpeed = speed * value;
}
else
{
time -= value;
if (passTime <= time)
{
sm.events[i].AddListener(() => sm.Pause(time - passTime));
break;
}
}
}
}
}
foreach (byte i in changeList)
{
if (i >= sm.events.Count)
{
DebugLog.LogWarning("Error: fish point count(" + sm.events.Count + ") out path(" + pd.m_szPath + ") change config!!");
break;
}
value = pd.m_ChangePoints[i];
if (value > 0f)
{
sm.events[i].AddListener(() => sm.ChangeSpeed(value * speed));
}
else
{
sm.events[i].AddListener(() => sm.Pause(-value));
}
}
return(countTime);
}
