public static bool ReadTowerData(XElement towerData, TowerAssetData assetData, Declarations.TowerType towerType, out Declarations.TowerData tower)
{
switch (towerType)
{
case Declarations.TowerType.Canon:
return(ReadCanonData(towerData, assetData, out tower));
case Declarations.TowerType.Plasma:
return(ReadPlasmaData(towerData, assetData, out tower));
case Declarations.TowerType.Crystal:
return(ReadCrystalData(towerData, assetData, out tower));
case Declarations.TowerType.Tesla:
return(ReadTeslaData(towerData, assetData, out tower));
case Declarations.TowerType.Laser:
return(ReadLaserData(towerData, assetData, out tower));
case Declarations.TowerType.Radar:
return(ReadRadarData(towerData, assetData, out tower));
default:
Debug.Log("Unknown tower type");
break;
}
tower = null;
return(false);
}
private static bool ReadCanonData(XElement towerData, TowerAssetData assetData, out Declarations.TowerData tower)
{
var levels = new Declarations.FiringTowerLevelData[3];
bool failed = false;
#region Level1
var level1 = towerData.Element(Constants.cst_Level1);
if (level1 != null)
{
levels[0] = new Declarations.FiringTowerLevelData(ReadInt(level1, Constants.cst_Price, ref failed),
ReadFloat(level1, Constants.cst_Range, ref failed),
ReadFloat(level1, Constants.cst_FireRate, ref failed),
ReadInt(level1, Constants.cst_Damage, ref failed));
}
else
{
failed = true;
}
#endregion
#region Level2
var level2 = towerData.Element(Constants.cst_Level2);
if (level2 != null)
{
levels[1] = new Declarations.FiringTowerLevelData(ReadInt(level2, Constants.cst_UpgradePrice, ref failed),
ReadFloat(level2, Constants.cst_Range, ref failed),
ReadFloat(level2, Constants.cst_FireRate, ref failed),
ReadInt(level2, Constants.cst_Damage, ref failed));
}
else
{
failed = true;
}
#endregion
#region Level3
var level3 = towerData.Element(Constants.cst_Level3);
if (level3 != null)
{
levels[2] = new Declarations.FiringTowerLevelData(ReadInt(level3, Constants.cst_UpgradePrice, ref failed),
ReadFloat(level3, Constants.cst_Range, ref failed),
ReadFloat(level3, Constants.cst_FireRate, ref failed),
ReadInt(level3, Constants.cst_Damage, ref failed));
}
#endregion
if (failed)
{
Debug.Log("Filed to read canon tower");
tower = null;
return(false);
}
else
{
tower = new Declarations.CanonTower(assetData, levels);
return(true);
}
}
protected TowerData(TowerType type, TowerAssetData assetData, TowerLevelData[] levels)
{
Type = type;
AssetData = assetData;
CurrentLevel = 1;
Upgraded = new UnityEvent();
Levels = levels;
}
public RadarTower(TowerAssetData assetData, TowerLevelData[] levels) :
base(TowerType.Radar, assetData, levels)
{
}
public LaserTower(TowerAssetData assetData, DamageTowerLevelData[] levels) :
base(TowerType.Laser, assetData, levels)
{
}
public TeslaTower(TowerAssetData assetData, TeslaLevelData[] levels) :
base(TowerType.Tesla, assetData, levels)
{
}
public CrystalTower(TowerAssetData assetData, CrystalLevelData[] levels) :
base(TowerType.Crystal, assetData, levels)
{
}
public PlasmaTower(TowerAssetData assetData, PlasmaLevelData[] levels) :
base(TowerType.Plasma, assetData, levels)
{
}
public CanonTower(TowerAssetData assetData, FiringTowerLevelData[] levels) :
base(TowerType.Canon, assetData, levels)
{
}
protected FiringTowerData(TowerType type, TowerAssetData assetData, FiringTowerLevelData[] levels) : base(type, assetData, levels)
{
}
protected DamageTowerData(TowerType type, TowerAssetData assetData, DamageTowerLevelData[] levels) : base(type, assetData, levels)
{
}
