/*
* damages the turbine and stops it's operation
*/
void damageTurbine()
{
turbine.DisableTurbine();
isDamaged = true;
turbine.setRepair(false);
TurbineController.damagedTurbines++;
}
//when user clicks the turbine.
void OnMouseDown()
{
//clicks while turbine is rotating.
if (turbine.IsRotating() == true && turbine.IsDamaged() == false)
{
turbine.DisableTurbine();
GoedleAnalytics.track("disable.turbine");
}
//clicks while is not rotating.
else if (turbine.IsRotating() == false && turbine.IsDamaged() == false)
{
turbine.EnableTurbine();
GoedleAnalytics.track("enable.turbine");
}
//clicks while turbine is damaged.
else if (turbine.IsDamaged() == true)
{
turbine.repairTurbine();
GoedleAnalytics.track("repair.turbine");
}
}
//when user clicks the turbine.
void OnMouseDown()
{
//clicks while turbine is rotating.
if (turbine.IsRotating() == true && turbine.IsDamaged() == false)
{
turbine.DisableTurbine();
GoedleAnalytics.instance.track("disable.turbine");
SoundManager.instance.PlaySound(turnOff);
}
//clicks while is not rotating.
else if (turbine.IsRotating() == false && turbine.IsDamaged() == false)
{
turbine.EnableTurbine();
GoedleAnalytics.instance.track("enable.turbine");
SoundManager.instance.PlaySound(turnOn);
}
//clicks while turbine is damaged.
else if (turbine.IsDamaged() == true)
{
turbine.RepairTurbine();
GoedleAnalytics.instance.track("repair.turbine");
SoundManager.instance.PlaySound(repair);
}
}
public void DamageTurbine()
{
turbine.DisableTurbine();
isDamaged = true;
turbine.SetRepair(false); // In case the turbine is repaired previously we set the repair boolean to false, so to be availiable for repairing.
}
