public override void parserAttributes(Hashtable attributesTable, HazardDef.HazardType hazardType)
{
type = hazardType;
int puDelay = int.Parse(attributesTable["delay"] as string);
int puRepeat = int.Parse(attributesTable["repeat"] as string);
string puBuffType = attributesTable["bufftype"] as string;
int puBuffValue = int.Parse(attributesTable["buffvalue"] as string);
int puBuffDurTime = int.Parse(attributesTable["bufftime"] as string);
ArrayList posArrList = attributesTable["rangepos"] as ArrayList;
List<Vector2> rangePosList = new List<Vector2>();
for(int i = 0;i < posArrList.Count;i++){
string[] posStr = posArrList[i].ToString().Split(',');
Vector2 v2 = new Vector2(float.Parse(posStr[0]),float.Parse(posStr[1]));
rangePosList.Add(v2);
}
PowerUpDef powerupDef = new PowerUpDef();
powerupDef.puDelay = puDelay;
powerupDef.puRepeat = puRepeat;
powerupDef.puBuffType = puBuffType;
powerupDef.puBuffValue = puBuffValue;
powerupDef.puBuffDurTime = puBuffDurTime;
powerupDef.puRangePosList = rangePosList;
this.powerupDef = powerupDef;
}
public override void parserAttributes(Hashtable attributesTable, HazardDef.HazardType hazardType)
{
attackSpeed = float.Parse(attributesTable["aspd"] as string);
attack = float.Parse(attributesTable["atk"] as string);
base.parserAttributes(attributesTable, hazardType);
}
public virtual void parserAttributes(Hashtable attributesTable, HazardDef.HazardType hazardType)
{
type = hazardType;
string[] strPos = (attributesTable["pos"] as string).Split(',');
position = new Vector2(float.Parse(strPos[0]), float.Parse(strPos[1]));
}
public override void parserAttributes(Hashtable attributesTable, HazardDef.HazardType hazardType)
{
type = hazardType;
attackSpeed = float.Parse(attributesTable["aspd"] as string);
attack = float.Parse(attributesTable["atk"] as string);
SentryGunY = float.Parse(attributesTable["SentryGunY"] as string);
string[] strPos = (attributesTable["FrontSightPos"] as string).Split(',');
frontSightPos = new Vector2(float.Parse(strPos[0]), float.Parse(strPos[1]));
// base.parserAttributes(attributesTable);
}
public override void parserAttributes(Hashtable attributesTable, HazardDef.HazardType hazardType)
{
type = hazardType;
float attackSpeed = float.Parse(attributesTable["aspd"] as string);
float attack = float.Parse(attributesTable["atk"] as string);
ArrayList energyPolePosList = attributesTable["polePos"] as ArrayList;
for(int i = 0; i < energyPolePosList.Count; i++)
{
string[] energyPolePosStr = energyPolePosList[i].ToString().Split(',');
Vector2 p = new Vector2(float.Parse(energyPolePosStr[0]), float.Parse(energyPolePosStr[1]));
EnergyPoleDef ep = new EnergyPoleDef();
ep.attack = attack;
ep.attackSpeed = attackSpeed;
ep.localPosition = p;
energyPoleList.Add(ep);
}
}
protected Hazard createHazard(GameObject go, HazardDef hazardDef)
{
string resStr = "gsl_Cell/" + hazardDef.Type;
if(hazardDef.Type == HazardDef.HazardType.EnergyPole || hazardDef.Type == HazardDef.HazardType.PowerUp)
{
resStr += "Manager";
}
GameObject prefab = Resources.Load(resStr) as GameObject;
GameObject decor = Instantiate(prefab) as GameObject;
decor.transform.parent = go.transform;
Hazard hazard = decor.GetComponent<Hazard>();
if(hazard != null)
{
float xx = Mathf.Lerp(-Utils.getScreenLogicWidth()/2f,Utils.getScreenLogicWidth()/2f,(1+hazardDef.Position.x)/2f);
float yy = Mathf.Lerp(-Utils.getScreenLogicHeight()/2f,Utils.getScreenLogicHeight()/2f,(1+hazardDef.Position.y)/2f);
hazard.transform.localPosition = new Vector3(xx, yy, 0);
//hazard.transform.localPosition = new Vector3( hazardDef.Position.x,hazardDef.Position.y,0);
hazard.HazardDef = hazardDef;
}
return hazard;
}
