IEnumerator GenerateEnemiesWithPause(WaveLogic i_CurrentWave)
{
//EnemyType[] waveTypeArr = TypeOfEnemiesEachWave[model.waveNumber];
//var typeMax = waveTypeArr.Length;
var pathsMax = paths.Length;
int waveLength = i_CurrentWave.getLength();
for (int i = 0; i < waveLength; i++)
{
//genereate enemies randomly
var enemyType = i_CurrentWave.GetNextEnemy();
if (enemyType.Equals(EnemyType.End))
{
yield break;
}
var enemyLocation = new Vector2(0f, 40f);; //instantiateLocations[UnityEngine.Random.Range(0, locationMax)];
//instantiate enemeies in random location
var path = paths[UnityEngine.Random.Range(0, pathsMax)];
var enemy1 = Instantiate(enemyGenerator.getEnemy(enemyType), enemyLocation, Quaternion.identity) as GameObject;
var enemyLogic = enemy1.GetComponent <IEnemy>();
enemyLogic.StartRandomPath(5 * 10);
//enemyLogic.StartRandomPath("EnemyPath" + UnityEngine.Random.Range(1, 3), model.waveNumber * 10);
yield return(new WaitForSeconds(numberOfSecBetweenEnemies)); //Wait
}
}
public void AddWave(WaveLogic waveLogic)
{
notNullReference.Check(waveLogic, "wave logic");
waves.Add(waveLogic);
monsterIdsAndSpawnCount.AddRange(waveLogic.ShowMonsterIdAndSpawnCount());
}
// private void UpdateChallenges(float previousAccumulatedDt) {
// foreach (Challenge c in challengesUnaffectedByWave) {
// c.Update(previousAccumulatedDt, -1);
// }
// }
private void UpdateWaves(float dt)
{
if (waves.Count == 0)
{
return;
}
int index = -1;
if (currentWave == null)
{
currentWave = waves[0];
if (!firstWaveStart)
{
firstWaveStart = true;
OnWaveStart(1);
}
}
currentWave.Update(dt);
if (currentWave.IsFinished())
{
finishedWaves.Add(currentWave);
if (finishedWaves.Count < waves.Count)
{
int indexOfNextWave = waves.IndexOf(currentWave) + 1;
currentWave = waves[indexOfNextWave];
OnWaveStart(indexOfNextWave + 1);
}
}
}
public WaveLogic(WaveLogic i_Wave)
{
_enemies = new EnemyType[i_Wave._enemies.Length];
for (int i = 0; i < _enemies.Length; i++)
{
_enemies[i] = i_Wave._enemies[i];
}
_currentLocation = i_Wave._currentLocation;
_speedMultiplier = i_Wave._speedMultiplier;
_strengthMultiplier = i_Wave._strengthMultiplier;
_hpBonus = i_Wave._hpBonus;
}
// Use this for initialization
public void generateWave(WaveGenerateModel i_model)
{
/** --omri's code
* if (!TypeOfEnemiesEachWave.ContainsKey(model.waveNumber))
* {
* return;
* }
*/
WaveLogic currentWave = _wave.createEasyWave();
StartCoroutine(GenerateEnemiesWithPause(currentWave));
waveNumber++;
}
public virtual void DoOneSecondOfHackingLogic(GameEntity Target, GameEntity Hacker, ArcenSimContext Context)
{
if (Hacker.ActiveHack_DurationThusFar >= this.GetTotalSecondsToHack(Target, Hacker))
{
WaveLogic.SendWave(Context, Target.Side.WorldSide, Target.Side.WorldSide.AITypeData.BudgetItems[AIBudgetType.Wave].NormalMenusToBuyFrom, Target.Side.WorldSide.GetSpecificBudgetThreshold(AIBudgetType.Wave) * 5, Target, null);
if (DoSuccessfulCompletionLogic(Target, Hacker, Context))
{
Hacker.Side.WorldSide.StoredHacking -= this.GetCostToHack(Target, Hacker);
}
}
else
{
if (Hacker.ActiveHack_DurationThusFar % 10 == 0)
{
WaveLogic.SendWave(Context, Target.Side.WorldSide, Target.Side.WorldSide.AITypeData.BudgetItems[AIBudgetType.Wave].NormalMenusToBuyFrom, Target.Side.WorldSide.GetSpecificBudgetThreshold(AIBudgetType.Wave) * 1, Target, null);
}
}
}
public override void DoOneSecondOfHackingLogic(GameEntity Target, GameEntity Hacker, ArcenSimContext Context)
{
if (Hacker.ActiveHack_DurationThusFar >= this.GetTotalSecondsToHack(Target, Hacker))
{
}
else
{
if (Hacker.ActiveHack_DurationThusFar % 10 == 0)
{
FInt AIPPerTick = -(ExternalConstants.Instance.Balance_BaseAIPScale * FInt.FromParts(0, 100));
World_AIW2.Instance.ChangeAIP(AIPPerTick, AIPChangeReason.Hacking, Target.TypeData, Context);
int ticksThusFar = Hacker.ActiveHack_DurationThusFar / 10;
int totalWholeAIPReduced = (ticksThusFar * AIPPerTick).IntValue;
FInt waveMultiplier = FInt.One;
FInt multiplierMultiplierPerAIP = FInt.FromParts(1, 030);
for (int i = 0; i < totalWholeAIPReduced; i++)
{
waveMultiplier *= multiplierMultiplierPerAIP;
}
WaveLogic.SendWave(Context, Target.Side.WorldSide, Target.Side.WorldSide.AITypeData.BudgetItems[AIBudgetType.Wave].NormalMenusToBuyFrom, Target.Side.WorldSide.GetSpecificBudgetThreshold(AIBudgetType.Wave) * waveMultiplier, Target, null);
}
}
}
private WaveLogic createWave(WaveLogic[] i_waves){
int waveNumber = UnityEngine.Random.Range (0,i_waves.Length);
WaveLogic wave = new WaveLogic(i_waves[waveNumber]);
return wave;
}
