public void EvaRepair()
{
try
{
this.Log("Initiating EVA repair");
// Get the EVA part (parts can hold resources)
Part evaPart = DangIt.FindEVAPart();
if (evaPart == null)
{
DangIt.Broadcast("DangIt ERROR: couldn't find an active EVA!");
this.Log("ERROR: couldn't find an active EVA!");
return;
}
// Check if he is carrying enough spares
if (evaPart.Resources.Contains(Spares.Name) && evaPart.Resources[Spares.Name].amount >= this.RepairCost)
{
this.Log("Spare parts check: OK! Repair allowed");
this.DI_EvaRepair();
this.SetFailureState(false);
DangIt.FlightLog(this.RepairMessage);
float intelligence = 1 - evaPart.vessel.GetVesselCrew().First().stupidity;
float discountedCost = (float)Math.Round( RepairCost * (1 - UnityEngine.Random.Range(0f, intelligence)) );
float discount = RepairCost - discountedCost;
this.Log("Kerbal's intelligence: " + intelligence + ", discount: " + discount);
evaPart.RequestResource(Spares.Name, discountedCost);
ResourceDisplay.Instance.Refresh();
DangIt.Broadcast(this.RepairMessage, true);
DiscountAge(this.RepairBonus);
if (discount > 0)
{
DangIt.Broadcast(evaPart.vessel.GetVesselCrew().First().name + " was able to save " + discount + " spare parts");
}
}
else
{
this.Log("Spare parts check: failed! Repair NOT allowed");
DangIt.Broadcast("You need " + this.RepairCost + " spares to repair this.", true);
}
DangIt.ResetShipGlow(this.part.vessel);
}
catch (Exception e)
{
OnError(e);
}
}
public void EvaRepair()
{
try
{
this.Log("Initiating EVA repair");
// Get the EVA part (parts can hold resources)
Part evaPart = DangIt.FindEVAPart();
if (evaPart == null)
{
throw new Exception("ERROR: couldn't find an active EVA!");
}
// Check if the kerbal is able to perform the repair
if (CheckRepairConditions(evaPart))
{
this.DI_EvaRepair();
this.SetFailureState(false);
DangIt.FlightLog(this.RepairMessage);
//TODO: experience repair boni
float intelligence = 1 - evaPart.protoModuleCrew[0].stupidity;
float discountedCost = (float)Math.Round(RepairCost * (1 - UnityEngine.Random.Range(0f, intelligence)));
float discount = RepairCost - discountedCost;
this.Log("Kerbal's intelligence: " + intelligence + ", discount: " + discount);
// One more MC2 hack - TrypChangeling
// evaPart.RequestResource(Spares.Name, discountedCost);
evaPart.Resources[Spares.Name].amount -= discountedCost;
ResourceDisplay.Instance.Refresh();
DangIt.Broadcast(this.RepairMessage, true);
this.DiscountAge(this.RepairBonus);
if (discount > 0)
{
DangIt.Broadcast(evaPart.protoModuleCrew[0].name + " was able to save " + discount + " spare parts");
}
FindObjectOfType <AlarmManager>().RemoveAllAlarmsForModule(this); //Remove alarms from this module
}
DangIt.ResetShipGlow(this.part.vessel);
}
catch (Exception e)
{
OnError(e);
}
}
public void Fail()
{
try
{
this.Log("Initiating Fail()");
// First, run the custom failure logic
// The child class can refuse to fail in FailBegin()
if (!this.DI_FailBegin())
{
this.Log(this.DebugName + " has not agreed to fail, failure aborted!");
return;
}
else
{
this.Log(this.DebugName + " has agreed to fail, failure allowed.");
}
// If control reaches this point, the child class has agreed to fail
// Disable the part and handle the internal state and notifications
this.DI_Disable();
TimeWarp.SetRate(0, true); // stop instantly
this.SetFailureState(true); // Sets the failure state, handles the events, handles the glow
if (!this.Silent)
{
DangIt.Broadcast(this.FailureMessage);
DangIt.PostMessage("Failure!",
this.FailureMessage,
MessageSystemButton.MessageButtonColor.RED,
MessageSystemButton.ButtonIcons.ALERT);
if (FindObjectOfType <AlarmManager>() != null)
{
FindObjectOfType <AlarmManager>().AddAlarm(this, DangIt.Instance.CurrentSettings.GetSoundLoopsForPriority(Priority));
if (FindObjectOfType <AlarmManager>().HasAlarmsForModule(this))
{
Events ["MuteAlarms"].active = true;
Events ["MuteAlarms"].guiActive = true;
}
}
}
DangIt.FlightLog(this.FailureMessage);
}
catch (Exception e)
{
OnError(e);
}
}
public void Fail()
{
try
{
this.Log("Initiating Fail()");
// First, run the custom failure logic
// The child class can refuse to fail in FailBegin()
if (!this.DI_FailBegin())
{
this.Log(this.DebugName + " has not agreed to fail, failure aborted!");
return;
}
else
{
this.Log(this.DebugName + " has agreed to fail, failure allowed.");
}
// If control reaches this point, the child class has agreed to fail
// Disable the part and handle the internal state and notifications
this.DI_Disable();
TimeWarp.SetRate(0, true); // stop instantly
this.SetFailureState(true); // Sets the failure state, handles the events, handles the glow
if (!this.Silent)
{
DangIt.Broadcast(this.FailureMessage);
DangIt.PostMessage("Failure!",
this.FailureMessage,
MessageSystemButton.MessageButtonColor.RED,
MessageSystemButton.ButtonIcons.ALERT);
}
DangIt.FlightLog(this.FailureMessage);
}
catch (Exception e)
{
OnError(e);
}
}
