public void InitTrainingMode()
{
datamanager = DataManager.GetInstance();
conscriptSoldierCache = new List <ConscriptSoldier>();
for (int i = 0; i < 8; i++)
{
ConscriptSoldier temp = new ConscriptSoldier();
temp.Reset();
temp.isExpired = true;
conscriptSoldierCache.Add(temp);
}
inputHandler = InputHandler.Instance;
aiSoldierIDList = new List <long>();
MessageDispatcher.AddObserver(DestorySoldier, MessageType.SoldierDeath);
MessageDispatcher.AddObserver(BattleStop, MessageType.BattleEnd);
MessageDispatcher.AddObserver(PassiveDetectionAI, MessageType.BuildTower);
MessageDispatcher.AddObserver(SoldierCommand, MessageType.SimUnitEnterIdleState);
//MessageDispatcher.AddObserver( BattlePause, MessageType.BattlePause );
if (currentWaveId == 0)
{
InitTrainingModeData();
}
//Tell ui trainingMode ready.
MessageDispatcher.PostMessage(MessageType.TrainingModeReady);
}
public void InitEndlessMode()
{
datamanager = DataManager.GetInstance();
conscriptSoldierCache = new List <ConscriptSoldier>();
for (int i = 0; i < 15; i++)
{
ConscriptSoldier temp = new ConscriptSoldier();
temp.Reset();
temp.isExpired = true;
conscriptSoldierCache.Add(temp);
}
InitData();
MessageDispatcher.AddObserver(DestorySoldier, MessageType.SoldierDeath);
MessageDispatcher.AddObserver(BattleStop, MessageType.BattleEnd);
MessageDispatcher.AddObserver(PassiveDetectionAI, MessageType.BuildTower);
MessageDispatcher.AddObserver(SoldierCommand, MessageType.SimUnitEnterIdleState);
MessageDispatcher.AddObserver(DestroyDemolisher, MessageType.DemolisherDestroyed);
//MessageDispatcher.AddObserver( BattlePause, MessageType.BattlePause );
}
private void EndLessModeWaveLogic(float deltaTime)
{
endLessModeTimer += deltaTime;
if (endLessModeTimer >= currentWaveDelayTime && isWaitingForComplete == false)
{
EndlessWavesProto.EndlessWaves currentWave;
endlessModeWavesData.TryGetValue(currentWaveId, out currentWave);
if (currentWave != null)
{
for (int i = 0; i < currentWaveQuantity; i++)
{
int rangeInt = Random.Range(1, 101);
long id = 0;
int currentWaveUnitID;
currentWaveUnitID = GetWavesUnitID(rangeInt, currentWave);
endlessModeUnitData.TryGetValue(currentWaveUnitID, out unit);
if (unit != null && currentWaveUnitID != -1)
{
unit = UnitLevelPropertyRatio(unit, currentWave);
id = CreateSoldier(currentWaveUnitID, unit);
DebugUtils.Assert(id != 0, "Endless Mode: Soldier ID is 0!");
aiSoldierIDList.Add(id);
}
else
{
DebugUtils.LogError(DebugUtils.Type.Endless, "Can not find this ID : " + currentWaveUnitID + "unit in EndlessModeUnitData");
}
int pathMask = NavMeshAreaType.WALKABLE; //Walkable
if (rangeInt >= currentWave.Deploy_Lane)
{
pathMask = NavMeshAreaType.BOTTOMPATH; //BottomPath
}
DebugUtils.Log(DebugUtils.Type.Endless, "rangeInt is " + rangeInt + "pathMask is " + pathMask);
ConscriptSoldier conscriptSoldier = null;
for (int j = 0; j < conscriptSoldierCache.Count; j++)
{
if (conscriptSoldierCache[j].isExpired)
{
conscriptSoldier = conscriptSoldierCache[j];
conscriptSoldier.Reset();
conscriptSoldier.soldierID = id;
conscriptSoldier.navArea = pathMask;
break;
}
}
if (conscriptSoldier == null)
{
conscriptSoldier = new ConscriptSoldier();
conscriptSoldier.soldierID = id;
conscriptSoldier.navArea = pathMask;
conscriptSoldier.readyFightTimer = 0f;
conscriptSoldierCache.Add(conscriptSoldier);
}
}
}
else
{
DebugUtils.LogError(DebugUtils.Type.Endless, "Can not find EndlessMode AI unit data");
}
// For the PVE statistics
datamanager.AddPveWaveNumber();
currentWaveId = currentWave.NextWave;
currentWaveDelayTime = currentWave.NextDelay;
currentWaveQuantity = currentWave.NextQuantity;
if (currentWave.WaitForComplete == true)
{
isWaitingForComplete = true;
}
endLessModeTimer = 0;
}
}
private void TrainingModeWaveLogic(float deltatime)
{
trainingModeTimer += deltatime;
if (trainingModeTimer >= currentWaveDelayTime && isWaitingForComplete == false)
{
TrainingWavesProto.TrainingWaves currentWave;
trainingModeWavesData.TryGetValue(currentWaveId, out currentWave);
if (currentWave != null)
{
//TODO: there will change about designer, maybe need waiting a short time spacing to spwan new soldier
for (int i = 0; i < currentWaveQuantity; i++)
{
int rangeInt = Random.Range(1, 101);
long id = 0;
int currenWavetUnitID;
currenWavetUnitID = GetWavesUnitID(rangeInt, currentWave);
trainingModeUnitData.TryGetValue(currenWavetUnitID, out unit);
if (unit != null && currenWavetUnitID != -1)
{
unit = UnitLevelPropertyRatio(unit, currentWave);
id = CreateSoldiers(currenWavetUnitID, unit);
DebugUtils.Assert(id != 0, "Training Mode: Soldier ID is 0!");
aiSoldierIDList.Add(id);
}
else
{
DebugUtils.LogError(DebugUtils.Type.Training, "Can not find this ID : " + currenWavetUnitID + "unit in TrainingModeUnitData");
}
int pathMask = NavMeshAreaType.WALKABLE;//walkable
if (rangeInt >= currentWave.Deploy_Lane)
{
pathMask = NavMeshAreaType.BOTTOMPATH;//BottomPath
}
DebugUtils.Log(DebugUtils.Type.Training, "rangeInt is " + rangeInt + "pathMask is " + pathMask);
ConscriptSoldier conscriptSoldier = null;
for (int j = 0; j < conscriptSoldierCache.Count; j++)
{
if (conscriptSoldierCache[j].isExpired)
{
conscriptSoldier = conscriptSoldierCache[j];
conscriptSoldier.Reset();
conscriptSoldier.soldierID = id;
conscriptSoldier.navArea = pathMask;
break;
}
}
if (conscriptSoldier == null)
{
conscriptSoldier = new ConscriptSoldier();
conscriptSoldier.soldierID = id;
conscriptSoldier.navArea = pathMask;
conscriptSoldier.readyFightTimer = 0f;
conscriptSoldierCache.Add(conscriptSoldier);
}
}
}
// For the PVE statistics
datamanager.AddPveWaveNumber();
currentWaveId = currentWave.NextWave;
currentWaveDelayTime = currentWave.NextDelay;
currentWaveQuantity = currentWave.NextQuantity;
if (currentWave.WaitForComplete == true)
{
isWaitingForComplete = true;
}
trainingModeTimer = 0;
}
else
{
DebugUtils.Log(DebugUtils.Type.Training, "TrainingModeTiming... Not need to do anything");
}
}
