public void Maintenance()
{
this.Log("Initiating EVA maitenance");
// 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.MaintenanceCost)
{
this.Log("Spare parts check: OK! Maintenance allowed allowed");
DiscountAge(this.MaintenanceBonus);
DangIt.Broadcast("This should last a little longer now");
}
else
{
this.Log("Spare parts check: failed! Maintenance NOT allowed");
DangIt.Broadcast("You need " + this.MaintenanceCost + " spares to maintain this.");
}
}
protected void EmptyEvaSuit(Part evaPart, Part container)
{
this.Log("Emptying the EVA suit from " + evaPart.name + " to " + container.name);
// Compute how much can be left in the container
double capacity = container.Resources[Spares.Name].maxAmount - container.Resources[Spares.Name].amount;
double deposit = Math.Min(evaPart.Resources[Spares.Name].amount, capacity);
// Add it to the spares container and drain it from the EVA part
container.RequestResource(Spares.Name, -deposit);
// Once again, MC2 breaks the RequestResource on evaPart, but with the above checks, decrementing should work just fine instead, I think! -TrypChangeling
//evaPart.RequestResource(Spares.Name, deposit);
evaPart.Resources[Spares.Name].amount -= deposit;
// GUI acknowledge
try
{
DangIt.Broadcast(evaPart.protoModuleCrew[0].name + " has left " + deposit + " spares", false, 1f);
}
catch (Exception) // The kerbal reenters before this method is called: in that case, trying to get his name will throw an exception
{
DangIt.Broadcast("You left " + deposit + " spares", false, 1f);
}
ResourceDisplay.Instance.Refresh();
}
protected void FillEvaSuit(Part evaPart, Part container)
{
// Check if the EVA part contains the spare parts resource: if not, add a new config node
if (!evaPart.Resources.Contains(Spares.Name))
{
this.Log("The eva part doesn't contain spares, adding the config node");
ConfigNode node = new ConfigNode("RESOURCE");
node.AddValue("name", Spares.Name);
node.AddValue("maxAmount", Spares.MaxEvaAmount);
node.AddValue("amount", 0);
evaPart.Resources.Add(node);
}
// Compute how much the kerbal can take
double desired = Math.Min(Spares.MaxEvaAmount - evaPart.Resources[Spares.Name].amount, Spares.Increment);
double amountTaken = Math.Min(desired, container.Resources[Spares.Name].amount);
// Take it from the container and add it to the EVA
container.RequestResource(Spares.Name, amountTaken);
evaPart.RequestResource(Spares.Name, -amountTaken);
// GUI stuff
DangIt.Broadcast(evaPart.vessel.GetVesselCrew().First().name + " has taken " + amountTaken + " spares", false, 1f);
ResourceDisplay.Instance.Refresh();
}
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 Maintenance()
{
this.Log("Initiating EVA maitenance");
Part evaPart = DangIt.FindEVAPart();
if (evaPart == null)
{
throw new Exception("ERROR: couldn't find an active EVA!");
}
if (!CheckOutExperience(evaPart.protoModuleCrew[0]))
{
DangIt.Broadcast(evaPart.protoModuleCrew[0].name + " isn't really qualified for this...", true);
return;
}
if (this.part.temperature > DangIt.Instance.CurrentSettings.GetMaxServicingTemp())
{
DangIt.Broadcast("This is too hot to service right now", true);
return;
}
// Check if he is carrying enough spares
if (evaPart.Resources.Contains(Spares.Name) && evaPart.Resources[Spares.Name].amount >= this.MaintenanceCost)
{
this.Log("Spare parts check: OK! Maintenance allowed allowed");
// Consume the spare parts
// MC2 Breaks RequestResource, since amount is checked, simply decrement! Just like in SparesContainer! Whee! -TrypChangeling
// evaPart.RequestResource(Spares.Name, this.MaintenanceCost);
evaPart.Resources[Spares.Name].amount -= this.MaintenanceCost;
// Distance between the kerbal's perks and the required perks, used to scale the maintenance bonus according to the kerbal's skills
int expDistance = evaPart.protoModuleCrew[0].experienceLevel - this.PerksRequirementValue;
//// The higher the skill gap, the higher the maintenance bonus
//// The + 1 is there to makes it so that a maintenance bonus is always gained even when the perks match exactly
this.DiscountAge(this.MaintenanceBonus * ((expDistance + 1) / 3));
DangIt.Broadcast("This should last a little longer now");
}
else
{
this.Log("Spare parts check: failed! Maintenance NOT allowed");
DangIt.Broadcast("You need " + this.MaintenanceCost + " spares to maintain this.");
}
}
/// <summary>
/// Check if a kerbal is able to repair a part,
/// factoring spares, perks, and additional conditions
/// </summary>
private bool CheckRepairConditions(Part evaPart)
{
bool allow = true;
string reason = string.Empty;
#region Amount of spare parts
if (!evaPart.Resources.Contains(Spares.Name) || evaPart.Resources[Spares.Name].amount < this.RepairCost)
{
allow = false;
reason = "not carrying enough spares";
DangIt.Broadcast("You need " + this.RepairCost + " spares to repair this.", true);
}
#endregion
#region Part temperature
if (this.part.temperature > DangIt.Instance.CurrentSettings.GetMaxServicingTemp())
{
allow = false;
reason = "part is too hot (" + part.temperature.ToString() + " degrees)";
DangIt.Broadcast("This is too hot to service right now", true);
}
#endregion
if (!CheckOutExperience(evaPart.protoModuleCrew[0]))
{
allow = false;
reason = "perks don't match requirements";
DangIt.Broadcast(evaPart.protoModuleCrew[0].name + " has no idea how to fix this...", true);
}
if (allow)
{
this.Log("Repair allowed!");
}
else
{
this.Log("Repair NOT allowed. Reason: " + reason);
}
return(allow);
}
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);
}
}
protected void FillEvaSuit(Part evaPart, Part container)
{
// Check if the EVA part contains the spare parts resource: if not, add a new config node
if (!evaPart.Resources.Contains(Spares.Name))
{
this.Log("The eva part doesn't contain spares, adding the config node");
ConfigNode node = new ConfigNode("RESOURCE");
node.AddValue("name", Spares.Name);
node.AddValue("maxAmount", Spares.MaxEvaAmount);
node.AddValue("amount", 0);
evaPart.Resources.Add(node);
}
// Override maxAmount set by other mods (such as MC2) causing taking of parts to fail -TrypChangeling
if (evaPart.Resources[Spares.Name].maxAmount < Spares.MaxEvaAmount)
{
evaPart.Resources[Spares.Name].maxAmount = Spares.MaxEvaAmount;
}
// Compute how much the kerbal can take
double desired = Spares.MaxEvaAmount - evaPart.Resources[Spares.Name].amount;
desired = Math.Min(desired, Spares.MinIncrement);
double amountTaken = Math.Min(desired, container.Resources[Spares.Name].amount);
// Take it from the container and add it to the EVA
container.RequestResource(Spares.Name, amountTaken);
// RequestResource is being overridden by MC2 for some reason - however, with above checks, simply incrementing the value should work... I think! - TrypChangeling
// evaPart.RequestResource(Spares.Name, -amountTaken);
evaPart.Resources[Spares.Name].amount += amountTaken;
// GUI stuff
DangIt.Broadcast(evaPart.vessel.GetVesselCrew().First().name + " has taken " + amountTaken + " spares", false, 1f);
ResourceDisplay.Instance.Refresh();
}
/*
* [KSPEvent(guiActiveUnfocused = false, unfocusedRange = DangIt.EvaRepairDistance, guiName = "Show perks", active = false)]
* public void ShowPerks()
* {
* try
* {
* ICrewFilesServer server = CrewFilesManager.Server;
*
* if (server == null) throw new Exception("server is null!");
*
* ProtoCrewMember kerbal = DangIt.FindEVAPart().vessel.GetVesselCrew().First();
* ConfigNode kerbalFile = server.GetKerbalFile(kerbal);
*
* if (kerbalFile == null) throw new Exception("kerbalFile is null!");
*
* ConfigNode perksNode = kerbalFile.GetNode(PerkGenerator.NodeName);
*
* if (perksNode == null) throw new Exception("perksNode is null!");
*
* this.Log(kerbal.name + " has " + perksNode.CountNodes + " perks");
* }
* catch (Exception e)
* {
* this.Log(e.Message);
* return;
* }
*
* }
*/
protected void EmptyEvaSuit(Part evaPart, Part container)
{
this.Log("Emptying the EVA suit from " + evaPart.name + " to " + container.name);
// Compute how much can be left in the container
double capacity = container.Resources[Spares.Name].maxAmount - container.Resources[Spares.Name].amount;
double deposit = Math.Min(evaPart.Resources[Spares.Name].amount, capacity);
// Add it to the spares container and drain it from the EVA part
container.RequestResource(Spares.Name, -deposit);
evaPart.RequestResource(Spares.Name, deposit);
// GUI acknowledge
try
{
DangIt.Broadcast(evaPart.protoModuleCrew[0].name + " has left " + deposit + " spares", false, 1f);
}
catch (Exception)
{
DangIt.Broadcast("You left " + deposit + " spares", false, 1f);
}
ResourceDisplay.Instance.Refresh();
}
