public void Serialize(DataSerializer s)
{
EnhancedSinkhole d = Singleton <EnhancedDisastersManager> .instance.container.Sinkhole;
serializeCommonParameters(s, d);
s.WriteFloat(d.GroundwaterCapacity);
s.WriteFloat(d.groundwaterAmount);
}
public void Deserialize(DataSerializer s)
{
EnhancedSinkhole d = Singleton <EnhancedDisastersManager> .instance.container.Sinkhole;
deserializeCommonParameters(s, d);
d.GroundwaterCapacity = s.ReadFloat();
d.groundwaterAmount = s.ReadFloat();
}
public override void CopySettings(EnhancedDisaster disaster)
{
base.CopySettings(disaster);
EnhancedSinkhole d = disaster as EnhancedSinkhole;
if (d != null)
{
GroundwaterCapacity = d.GroundwaterCapacity;
}
}
public void CheckObjects()
{
if (ForestFire == null)
{
ForestFire = new EnhancedForestFire();
}
if (Thunderstorm == null)
{
Thunderstorm = new EnhancedThunderstorm();
}
if (Sinkhole == null)
{
Sinkhole = new EnhancedSinkhole();
}
if (Tsunami == null)
{
Tsunami = new EnhancedTsunami();
}
if (Tornado == null)
{
Tornado = new EnhancedTornado();
}
if (Earthquake == null)
{
Earthquake = new EnhancedEarthquake();
}
if (MeteorStrike == null)
{
MeteorStrike = new EnhancedMeteorStrike();
}
AllDisasters.Clear();
AllDisasters.Add(ForestFire);
AllDisasters.Add(Thunderstorm);
AllDisasters.Add(Sinkhole);
AllDisasters.Add(Tsunami);
AllDisasters.Add(Tornado);
AllDisasters.Add(Earthquake);
AllDisasters.Add(MeteorStrike);
}