// Evaluates whether a given mech needs any structure repaired
public static bool CheckStructureDamage(MechDef mech)
{
// Default to not requesting any structure repair
bool mechNeedsRepair = false;
// Using the repair priority for loop here as it is faster and simpler than foreach'ing over ChassisLocations and filtering out ones that don't have armor
for (int index = 0; index < Globals.repairPriorities.Count; index++)
{
// Set current ChassisLocation
ChassisLocations thisLoc = Globals.repairPriorities.ElementAt(index).Value;
// Get current mech location loadout from the looped chassis definitions
LocationLoadoutDef thisLocLoadout = mech.GetLocationLoadoutDef(thisLoc);
// Friendly name for this location
string thisLocName = thisLoc.ToString();
// Work out difference of armor lost for each location - default to 0
int structureDifference = 0;
float currentStructure = thisLocLoadout.CurrentInternalStructure;
float definedStructure = mech.GetChassisLocationDef(thisLoc).InternalStructure;
structureDifference = (int)Mathf.Abs(currentStructure - definedStructure);
// If any difference betwen the location's current and assigned armor is detected, flag this mech for armor repair
if (structureDifference > 0)
{
Logger.LogDebug(mech.Name + " requires structure repair based on damage to: " + thisLocName);
mechNeedsRepair = true;
break; // Stop evaluating other locations once a repair requirement is determined
}
}
return(mechNeedsRepair);
}
internal static bool ValidateMechCanBeFielded(MechDef mechDef)
{
foreach (var validateMechCanBeFieldedDelegate in field_validators)
{
if (!validateMechCanBeFieldedDelegate(mechDef))
{
return(false);
}
}
var sizes = mechDef.Inventory.Select(cref =>
new { location = cref.MountedLocation, size = cref.Def.InventorySize })
.GroupBy(i => i.location)
.Select(i => new { location = i.Key, size = i.Sum(a => a.size) }).ToList();
foreach (var size in sizes)
{
if (mechDef.GetChassisLocationDef(size.location).InventorySlots < size.size)
{
return(false);
}
}
return(true);
}
public static int GetFreeSlotsInLoc(this MechDef mech, IEnumerable <MechComponentRef> inv, ChassisLocations loc, MechComponentRef except)
{
int slots = mech.GetChassisLocationDef(loc).InventorySlots;
foreach (MechComponentRef i in inv)
{
if (i.MountedLocation == loc && i != except)
{
slots -= i.Def.InventorySize;
}
}
return(slots);
}
private static bool IsStructureDamaged(ref float percent, Mech mech, MechDef mechDef, ChassisLocations location)
{
if (float.IsNaN(percent))
{
float hp, maxHp;
if (mech != null)
{
hp = mech.GetCurrentStructure(location);
maxHp = mech.GetMaxStructure(location);
}
else // if ( mechDef != null )
{
hp = mechDef.GetLocationLoadoutDef(location).CurrentInternalStructure;
maxHp = mechDef.GetChassisLocationDef(location).InternalStructure;
}
percent = hp / maxHp;
}
return(percent < 1f);
}
public static bool Prefix(SimGameState __instance, WorkOrderEntry_RepairMechStructure order)
{
if (order.IsMechLabComplete)
{
return(true);
}
else
{
MechDef mechByID = __instance.GetMechByID(order.MechLabParent.MechID);
LocationLoadoutDef locationLoadoutDef = mechByID.GetLocationLoadoutDef(order.Location);
locationLoadoutDef.CurrentInternalStructure = mechByID.GetChassisLocationDef(order.Location).InternalStructure;
// Original method resets currentArmor to assignedArmor here for some reason! Removed them from this override
Logger.LogDebug("ALERT: Intercepted armor reset from ML_RepairMech and prevented it.");
mechByID.RefreshBattleValue();
order.SetMechLabComplete(true);
return(false); // Prevent original method from firing
}
}
internal static void ValidateMech(Dictionary <MechValidationType, List <Localize.Text> > errors,
MechValidationLevel validationLevel, MechDef mechDef)
{
foreach (var validator in mech_validators)
{
validator(errors, validationLevel, mechDef);
}
var sizes = mechDef.Inventory.Select(cref =>
new { location = cref.MountedLocation, size = cref.Def.InventorySize })
.GroupBy(i => i.location)
.Select(i => new { location = i.Key, size = i.Sum(a => a.size) }).ToList();
foreach (var size in sizes)
{
if (mechDef.GetChassisLocationDef(size.location).InventorySlots < size.size)
{
errors[MechValidationType.InvalidInventorySlots].Add(new Localize.Text($"{size.location} no space left, remove excess equipment"));
}
}
}
private static string ValidateSize(MechLabItemSlotElement drop_item, MechDef mech, List <InvItem> new_inventory, List <IChange> changes)
{
var change_by_location = changes
.OfType <SlotChange>()
.Select(slot => new { location = slot.location, val = slot.item.ComponentRef.Def.InventorySize * (slot is AddChange ? 1 : -1) })
.GroupBy(s => s.location)
.Select(s => new { location = s.Key, val = s.Sum(i => i.val) });
Control.LogDebug(DType.ComponentInstall, $"drop_item={drop_item.ComponentRef.Def.Description.Id}");
foreach (var location in change_by_location)
{
#if CCDEBUG
if (Control.Settings.DebugInfo.HasFlag(DType.ComponentInstall))
{
Control.LogDebug(DType.ComponentInstall, $"location={location.location}");
}
foreach (var item in mech.Inventory.Where(i => i.MountedLocation == location.location))
{
Control.LogDebug(DType.ComponentInstall, $" mech.Inventory item={item.Def.Description.Id} size={item.Def.InventorySize}");
}
foreach (var item in new_inventory.Where(i => i.location == location.location))
{
Control.LogDebug(DType.ComponentInstall, $" new_inventory item={item.item.Def.Description.Id} size={item.item.Def.InventorySize}");
}
#endif
int used = mech.Inventory.Where(i => i.MountedLocation == location.location).Sum(i => i.Def.InventorySize);
int max = mech.GetChassisLocationDef(location.location).InventorySlots;
Control.LogDebug(DType.ComponentInstall, $" used={used} location.val={location.val} max={max}");
if (used + location.val > max)
{
return($"Cannot add {drop_item.ComponentRef.Def.Description.Name}: Not enough free slots.");
}
}
return(string.Empty);
}
public static bool Prefix(MechBayPanel __instance, MechBayMechUnitElement mechElement)
{
Logger.LogDebug("We are repairing, yes?");
Logger.Log("We are repairing, yes?");
if (!Core.Settings.RepairRearm)
{
return(true);
}
var sim = UnityGameInstance.BattleTechGame.Simulation;
MechDef mechDef = mechElement.MechDef;
WorkOrderEntry_MechLab workOrderEntry_MechLab = __instance.Sim.GetWorkOrderEntryForMech(mechDef);
bool flag = false;
for (int i = 0; i < mechDef.Inventory.Length; i++)
{
MechComponentRef mechComponentRef = mechDef.Inventory[i];
if (mechComponentRef.DamageLevel != ComponentDamageLevel.Functional && mechComponentRef.DamageLevel
!= ComponentDamageLevel.Installing && !MechValidationRules.MechComponentUnderMaintenance(mechComponentRef, MechValidationLevel.MechLab, workOrderEntry_MechLab))
{
flag = true;
break;
}
}
if (!mechDef.IsDamaged && !flag)
{
return(false);
}
List <ChassisLocations> list = new List <ChassisLocations>();
__instance.pendingWorkOrderNew = false;
__instance.pendingWorkOrderEntriesToAdd.Clear();
if (workOrderEntry_MechLab == null)
{
workOrderEntry_MechLab = new WorkOrderEntry_MechLab(WorkOrderType.MechLabGeneric, "MechLab-BaseWorkOrder", Strings.T("Modify 'Mech - {0}", new object[]
{
mechDef.Description.Name
}), mechDef.GUID, 0, Strings.T(__instance.Sim.Constants.Story.GeneralMechWorkOrderCompletedText, new object[]
{
mechDef.Description.Name
}));
workOrderEntry_MechLab.SetMechDef(mechDef);
__instance.pendingWorkOrderNew = true;
}
__instance.pendingWorkOrder = workOrderEntry_MechLab;
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.Head, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.Head.CurrentInternalStructure < mechDef.Chassis.Head.InternalStructure)
{
list.Add(ChassisLocations.Head);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.CenterTorso, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.CenterTorso.CurrentInternalStructure < mechDef.Chassis.CenterTorso.InternalStructure)
{
list.Add(ChassisLocations.CenterTorso);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.LeftTorso, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.LeftTorso.CurrentInternalStructure < mechDef.Chassis.LeftTorso.InternalStructure)
{
list.Add(ChassisLocations.LeftTorso);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.RightTorso, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.RightTorso.CurrentInternalStructure < mechDef.Chassis.RightTorso.InternalStructure)
{
list.Add(ChassisLocations.RightTorso);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.LeftLeg, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.LeftLeg.CurrentInternalStructure < mechDef.Chassis.LeftLeg.InternalStructure)
{
list.Add(ChassisLocations.LeftLeg);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.RightLeg, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.RightLeg.CurrentInternalStructure < mechDef.Chassis.RightLeg.InternalStructure)
{
list.Add(ChassisLocations.RightLeg);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.LeftArm, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.LeftArm.CurrentInternalStructure < mechDef.Chassis.LeftArm.InternalStructure)
{
list.Add(ChassisLocations.LeftArm);
}
if (!MechValidationRules.MechStructureUnderMaintenance(ChassisLocations.RightArm, MechValidationLevel.MechLab, workOrderEntry_MechLab) && mechDef.RightArm.CurrentInternalStructure < mechDef.Chassis.RightArm.InternalStructure)
{
list.Add(ChassisLocations.RightArm);
}
if (list.Count < 1 && !flag)
{
GenericPopupBuilder.Create("Repair Already Ordered", string.Format("A repair order has already been queued for " +
"{0}", mechDef.Name)).AddFader(new UIColorRef?(LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.PopupBackfill), 0f, true).Render();
__instance.OnRepairAllCancelled();
return(false);
}
int num = 0;
int num2 = 0;
for (int j = 0; j < list.Count; j++)
{
LocationDef chassisLocationDef = mechDef.GetChassisLocationDef(list[j]);
LocationLoadoutDef locationLoadoutDef = mechDef.GetLocationLoadoutDef(list[j]);
int structureCount = Mathf.RoundToInt(Mathf.Max(0f, chassisLocationDef.InternalStructure - locationLoadoutDef.CurrentInternalStructure));
WorkOrderEntry_RepairMechStructure workOrderEntry_RepairMechStructure = __instance.Sim.CreateMechRepairWorkOrder(mechDef.GUID, list[j], structureCount);
__instance.pendingWorkOrderEntriesToAdd.Add(workOrderEntry_RepairMechStructure);
num += workOrderEntry_RepairMechStructure.GetCost();
num2 += workOrderEntry_RepairMechStructure.GetCBillCost();
}
StringBuilder stringBuilder = new StringBuilder();
int num3 = 0;
for (int k = 0; k < mechDef.Inventory.Length; k++)
{
MechComponentRef mechComponentRef2 = mechDef.Inventory[k];
if (string.IsNullOrEmpty(mechComponentRef2.SimGameUID))
{
mechComponentRef2.SetSimGameUID(__instance.Sim.GenerateSimGameUID());
}
if (mechComponentRef2.DamageLevel == ComponentDamageLevel.Destroyed)
{
if (num3 < 1)
{
stringBuilder.Append("\n\nThe following components have been Destroyed. If you continue with the Repair, " +
"replacement Components will NOT be installed. If you want to replace them with identical or " +
"different Components, you must Refit the 'Mech.\n\n");
}
if (num3 < 5)
{
stringBuilder.Append(mechComponentRef2.MountedLocation.ToString());
stringBuilder.Append(": ");
stringBuilder.Append(mechComponentRef2.Def.Description.Name);
stringBuilder.Append("\n");
}
num3++;
WorkOrderEntry_InstallComponent workOrderEntry_InstallComponent = sim.CreateComponentInstallWorkOrder(__instance.selectedMech.MechDef.GUID,
mechComponentRef2, ChassisLocations.None, mechComponentRef2.MountedLocation);
__instance.pendingWorkOrderEntriesToAdd.Insert(0, workOrderEntry_InstallComponent);
num += workOrderEntry_InstallComponent.GetCost();
num2 += workOrderEntry_InstallComponent.GetCBillCost();
}
else if (mechComponentRef2.DamageLevel != ComponentDamageLevel.Functional && mechComponentRef2.DamageLevel != ComponentDamageLevel.Installing)
{
WorkOrderEntry_RepairComponent workOrderEntry_RepairComponent = __instance.Sim.CreateComponentRepairWorkOrder(mechComponentRef2, true);
__instance.pendingWorkOrderEntriesToAdd.Add(workOrderEntry_RepairComponent);
num += workOrderEntry_RepairComponent.GetCost();
num2 += workOrderEntry_RepairComponent.GetCBillCost();
}
}
foreach (var foo in __instance.pendingWorkOrderEntriesToAdd)
{
Logger.LogDebug(foo.ID);
}
Logger.LogDebug("Armor Repair Section");
float armorLoss = 1;
bool armorTag = false;
foreach (var tag in mechDef.MechTags)
{
Logger.LogDebug(tag);
if (tag.StartsWith("XLRPArmor"))
{
armorTag = true;
string[] parsedString = tag.Split('_');
armorLoss = float.Parse(parsedString[1]);
}
Logger.LogDebug(armorLoss.ToString());
}
if (armorTag)
{
if (!mechDef.MechTags.Contains("XLRP_Armor_Repairing"))
{
mechDef.MechTags.Add("XLRP_Armor_Repairing");
}
int brokenArmor = (int)((1 - armorLoss) * mechDef.MechDefAssignedArmor);
int frontArmor = (int)(mechDef.MechDefAssignedArmor - mechDef.CenterTorso.AssignedRearArmor -
mechDef.LeftTorso.AssignedRearArmor - mechDef.RightTorso.AssignedRearArmor);
int rearArmor = (int)(mechDef.CenterTorso.AssignedRearArmor +
mechDef.LeftTorso.AssignedRearArmor + mechDef.RightTorso.AssignedRearArmor);
Logger.LogDebug($"brokenAmor: {brokenArmor}, frontArmor: {frontArmor}, rearArmor: {rearArmor}");
WorkOrderEntry_ModifyMechArmor subEntry = sim.CreateMechArmorModifyWorkOrder(__instance.selectedMech.MechDef.GUID,
ChassisLocations.All, brokenArmor, frontArmor, rearArmor);
__instance.pendingWorkOrderEntriesToAdd.Add(subEntry);
num += subEntry.GetCost();
num2 += subEntry.GetCBillCost();
}
num = Mathf.Max(1, Mathf.CeilToInt((float)num / (float)__instance.Sim.MechTechSkill));
if (num3 > 5)
{
stringBuilder.Append(Strings.T("...\nAnd {0} additional destroyed components.\n", new object[]
{
num3 - 5
}));
}
string body = Strings.T("Repairing {0} will cost {1:n0} C-Bills and take {2} Days.{3}\n\nProceed?", new object[]
{
mechDef.Name,
num2,
num,
stringBuilder.ToString()
});
GenericPopupBuilder.Create("Repair 'Mech?", body).AddButton("Cancel", new Action(__instance.OnRepairAllCancelled), true, null).
AddButton("Repair", new Action(__instance.OnRepairAllAccepted), true, null).AddFader(new UIColorRef?(LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.PopupBackfill), 0f, true).Render();
return(false);
}
private static DumperDataEntry FillMech(MechDef d, int parts, int maxparts, int storage, int active, int sma_parts)
{
DumperDataEntry r = new DumperDataEntry();
r.DataTxt = new string[9];
r.DataTxt[0] = ((storage + active) > 0 ? "+" : "-") + d.Chassis.Tonnage + "t " + TryLoc(d.Chassis.Description.UIName) + " " + TryLoc(d.Chassis.VariantName);
r.DataTxt[1] = TryLoc(d.Chassis.StockRole) + "";
int bal = 0;
int en = 0;
int mis = 0;
int sup = 0;
foreach (ChassisLocations c in AllChassisLocs)
{
MechStatisticsRules.GetHardpointCountForLocation(d, c, ref bal, ref en, ref mis, ref sup);
}
r.DataTxt[2] = bal + "/" + en + "/" + mis + "/" + sup;
r.DataTxt[3] = (d.Chassis.Tonnage - d.Chassis.InitialTonnage) + "/" + d.Chassis.Heatsinks;
float carmor = 0;
float marmor = 0;
foreach (ChassisLocations c in AllChassisLocs)
{
carmor += d.GetLocationLoadoutDef(c).AssignedArmor;
marmor += d.GetChassisLocationDef(c).MaxArmor;
if (d.GetChassisLocationDef(c).MaxRearArmor > 0)
{
carmor += d.GetLocationLoadoutDef(c).AssignedRearArmor;
marmor += d.GetChassisLocationDef(c).MaxRearArmor;
}
}
float div = UnityGameInstance.BattleTechGame.MechStatisticsConstants.ARMOR_PER_TENTH_TON * 10f;
if (d.Chassis.ChassisTags.Contains("chassis_ferro"))
{
if (d.Chassis.ChassisTags.Contains("chassis_clan"))
{
div = UnityGameInstance.BattleTechGame.MechStatisticsConstants.ARMOR_PER_TENTH_TON * 12f;
}
else
{
div = UnityGameInstance.BattleTechGame.MechStatisticsConstants.ARMOR_PER_TENTH_TON * 11.2f;
}
}
carmor /= div;
marmor /= div;
carmor = Mathf.Round(carmor * 10) / 10;
marmor = Mathf.Round(marmor * 10) / 10;
r.DataTxt[3] += "/" + carmor + "/" + marmor + "/" + (d.Chassis.Tonnage - d.Chassis.InitialTonnage - marmor);
if (d.Chassis.MovementCapDef == null)
{
d.Chassis.RefreshMovementCaps();
if (d.Chassis.MovementCapDef == null)
{
r.DataTxt[4] = "??/" + d.Chassis.MaxJumpjets;
}
else
{
r.DataTxt[4] = d.Chassis.MovementCapDef.MaxWalkDistance + "/" + d.Chassis.MaxJumpjets;
}
}
else
{
r.DataTxt[4] = d.Chassis.MovementCapDef.MaxWalkDistance + "/" + d.Chassis.MaxJumpjets;
}
r.DataTxt[5] = d.Chassis.MeleeDamage + "/" + d.Chassis.MeleeInstability + "/" + d.Chassis.DFADamage + "/" + d.Chassis.DFAInstability;
r.DataTxt[6] = active + "/" + storage + "/" + parts;
if (sma_parts >= 0)
{
r.DataTxt[6] += "(" + sma_parts + ")";
}
r.DataTxt[6] += "/" + maxparts;
r.DataTxt[7] = d.Chassis.Description.Id + "/" + d.Description.Id;
Dictionary <string, int> eq = new Dictionary <string, int>();
Dictionary <string, int> feq = new Dictionary <string, int>();
foreach (MechComponentRef c in d.Inventory)
{
if (c.ComponentDefType == ComponentType.Weapon)
{
WeaponDef wep = c.Def as WeaponDef;
if (wep != null && wep.WeaponCategoryValue.IsMelee || wep.WeaponSubType == WeaponSubType.AIImaginary || wep.WeaponEffectID.Contains("WeaponEffect-Artillery"))
{
continue;
}
}
string key = c.Def.Description.Id;
if (c.IsFixed)
{
if (feq.ContainsKey(key))
{
feq[key]++;
}
else
{
feq.Add(key, 1);
}
}
else
{
if (eq.ContainsKey(key))
{
eq[key]++;
}
else
{
eq.Add(key, 1);
}
}
}
string txteq = "";
string txtfeq = "";
foreach (string key in eq.Keys.OrderBy((k) => k))
{
if (!string.IsNullOrEmpty(txteq))
{
txteq += ",";
}
txteq += key + ":" + eq[key];
}
foreach (string key in feq.Keys.OrderBy((k) => k))
{
if (!string.IsNullOrEmpty(txtfeq))
{
txtfeq += ",";
}
txtfeq += key + ":" + feq[key];
}
string txtext = "";
foreach (string ex in ExtrasToNote)
{
if (d.Chassis.ChassisTags.Contains(ex))
{
if (!string.IsNullOrEmpty(txtext))
{
txtext += ",";
}
txtext += ex;
}
}
r.DataTxt[8] = txtext + "/" + txteq + "/" + txtfeq;
r.Sort = string.Format("{0,3}_{1}", new object[] { d.Chassis.Tonnage, d.Chassis.VariantName });
r.DataCsv = d.Chassis.Tonnage + ";" + d.Chassis.Description.UIName + ";" + d.Chassis.VariantName + ";" + d.Chassis.StockRole;
r.DataCsv += ";" + bal + ";" + en + ";" + mis + ";" + sup;
r.DataCsv += ";" + (d.Chassis.Tonnage - d.Chassis.InitialTonnage) + ";" + d.Chassis.Heatsinks + ";" + carmor + ";" + marmor + ";" + (d.Chassis.Tonnage - d.Chassis.InitialTonnage - marmor);
r.DataCsv += ";" + (d.Chassis.MovementCapDef == null ? -1f : d.Chassis.MovementCapDef.MaxWalkDistance) + ";" + d.Chassis.MaxJumpjets;
r.DataCsv += ";" + d.Chassis.MeleeDamage + ";" + d.Chassis.MeleeInstability + ";" + d.Chassis.DFADamage + ";" + d.Chassis.DFAInstability;
r.DataCsv += ";" + active + ";" + storage + ";" + parts;
if (sma_parts >= 0)
{
r.DataCsv += "(" + sma_parts + ")";
}
r.DataCsv += ";" + maxparts;
r.DataCsv += ";" + d.Chassis.Description.Id + ";" + d.Description.Id;
r.DataCsv += ";" + txtext + ";" + txteq + ";" + txtfeq;
return(r);
}
public void ModifyMech(MechDef mDef, SimGameState s, UpgradeList ulist, ref float _, List <string[]> changedAmmoTypes, MechDef fromData)
{
float tonnage = 0;
float max = 0;
MechStatisticsRules.CalculateTonnage(mDef, ref tonnage, ref max);
float armorfact = mDef.GetMechArmorPointFactor();
BTRandomMechComponentUpgrader_Init.Log.Log($"correcting tonnage 2: armor (each armor point costs {armorfact} t)");
while (tonnage + armorfact <= mDef.Chassis.Tonnage)
{
bool assOne = false;
foreach (ChassisLocations c in RMCU_Helper.Locations)
{
if (tonnage + armorfact >= mDef.Chassis.Tonnage)
{
break;
}
LocationLoadoutDef l = mDef.GetLocationLoadoutDef(c);
if (l.AssignedArmor >= mDef.GetChassisLocationDef(c).MaxArmor)
{
continue;
}
l.AssignedArmor += 1;
l.CurrentArmor += 1;
tonnage += armorfact;
BTRandomMechComponentUpgrader_Init.Log.Log($"increased {c} armor to {l.AssignedArmor}");
assOne = true;
}
foreach (ChassisLocations c in RMCU_Helper.RearArmoredLocs)
{
if (tonnage + armorfact >= mDef.Chassis.Tonnage)
{
break;
}
LocationLoadoutDef l = mDef.GetLocationLoadoutDef(c);
if (l.AssignedRearArmor >= mDef.GetChassisLocationDef(c).MaxRearArmor)
{
continue;
}
l.AssignedRearArmor += 1;
l.CurrentRearArmor += 1;
tonnage += armorfact;
BTRandomMechComponentUpgrader_Init.Log.Log($"increased {c} rear armor to {l.AssignedRearArmor}");
assOne = true;
}
if (!assOne)
{
BTRandomMechComponentUpgrader_Init.Log.Log("no free armor location found!");
break;
}
}
while (tonnage > mDef.Chassis.Tonnage)
{
bool assOne = false;
foreach (ChassisLocations c in RMCU_Helper.Locations)
{
if (tonnage <= mDef.Chassis.Tonnage)
{
break;
}
LocationLoadoutDef l = mDef.GetLocationLoadoutDef(c);
if (l.AssignedArmor <= 1)
{
continue;
}
l.AssignedArmor -= 1;
l.CurrentArmor -= 1;
tonnage -= armorfact;
BTRandomMechComponentUpgrader_Init.Log.Log($"decreased {c} armor to {l.AssignedArmor}");
assOne = true;
}
foreach (ChassisLocations c in RMCU_Helper.RearArmoredLocs)
{
if (tonnage <= mDef.Chassis.Tonnage)
{
break;
}
LocationLoadoutDef l = mDef.GetLocationLoadoutDef(c);
if (l.AssignedRearArmor <= 1)
{
continue;
}
l.AssignedRearArmor -= 1;
l.CurrentRearArmor -= 1;
tonnage -= armorfact;
BTRandomMechComponentUpgrader_Init.Log.Log($"decreased {c} rear armor to {l.AssignedRearArmor}");
assOne = true;
}
if (!assOne)
{
BTRandomMechComponentUpgrader_Init.Log.Log("no free armor location found!");
break;
}
}
BTRandomMechComponentUpgrader_Init.Log.Log($"final weight: {tonnage}/{mDef.Chassis.Tonnage}");
}
public static bool Prefix(SimGameState __instance, MechDef mech)
{
try
{
// Start of analysing a mech for armor repair
Logger.LogInfo("Analysing Mech: " + mech.Name);
Logger.LogInfo("============================================");
// Base generic MechLab WO for a mech that requires armor or structure repair - each individual locational subentry WO has to be added to this base WO later
WorkOrderEntry_MechLab newMechLabWorkOrder = null;
/* STRUCTURE DAMAGE CHECKS
* ------------------------
* Check if the given mech needs any structure repaired and that EnableStructureRepair is true in the mod settings
*
*/
if (ArmorRepair.ModSettings.EnableStructureRepair)
{
if (Helpers.CheckStructureDamage(mech))
{
Logger.LogDebug("SimGameConstant: StructureRepairTechPoints: " + __instance.Constants.MechLab.StructureRepairTechPoints);
Logger.LogDebug("SimGameConstant: StructureRepairCost: " + __instance.Constants.MechLab.StructureRepairCost);
// Loop over the ChassisLocations for repair in their highest -> lowest priority order from the dictionary defined in Helpers
for (int index = 0; index < Globals.repairPriorities.Count; index++)
{
// Set current looped ChassisLocation
ChassisLocations thisLoc = Globals.repairPriorities.ElementAt(index).Value;
// Get current mech's loadout definition from the looped chassis location
LocationLoadoutDef thisLocLoadout = mech.GetLocationLoadoutDef(thisLoc);
// Friendly name for this location
string thisLocName = thisLoc.ToString();
Logger.LogDebug("Analysing location: " + thisLocName);
// Check if a new base MechLab order needs to be created or not
if (newMechLabWorkOrder == null)
{
// Create new base work order of the generic MechLab type if it doesn't already exist
newMechLabWorkOrder = Helpers.CreateBaseMechLabOrder(__instance, mech);
}
float currentStructure = thisLocLoadout.CurrentInternalStructure;
float definedStructure = mech.GetChassisLocationDef(thisLoc).InternalStructure;
// Only create work orders for repairing structure if this location has taken damage in combat
if (currentStructure != definedStructure)
{
// Work out difference of structure lost for each location - default to 0
int structureDifference = 0;
structureDifference = (int)Mathf.Abs(currentStructure - definedStructure);
Logger.LogInfo("Total structure difference for " + thisLocName + " is " + structureDifference);
Logger.LogInfo("Creating MechRepair work order entry for " + thisLocName);
Logger.LogDebug("Calling CreateMechRepairWorkOrder with params - GUID: " +
mech.GUID.ToString() +
" | Location: " + thisLocName +
" | structureDifference: " + structureDifference
);
WorkOrderEntry_RepairMechStructure newRepairWorkOrder = __instance.CreateMechRepairWorkOrder(
mech.GUID,
thisLocLoadout.Location,
structureDifference
);
Logger.LogDebug("Adding WO subentry to repair missing " + thisLocName + " structure.");
newMechLabWorkOrder.AddSubEntry(newRepairWorkOrder);
}
else
{
Logger.LogDebug("Structure repair not required for: " + thisLocName);
}
}
}
}
/* COMPONENT DAMAGE CHECKS
* -----------------------
* Check if the given mech needs any critted components repaired
*
* NOTE: Not yet working. Repair components are added to work order but not actually repaired after WO completes. Noticed there is another queue involved on SGS.WorkOrderComponents we need to debug.
* Currently throws "SimGameState [ERROR] ML_RepairComponent MechBay - RepairComponent - SGRef_490 had an invalid mechComponentID Ammo_AmmunitionBox_Generic_AC5, skipping" in SimGame logger on WO completion.
* if (Helpers.CheckDamagedComponents(mech))
* {
* for (int index = 0; index < mech.Inventory.Length; index++)
* {
* MechComponentRef mechComponentRef = mech.Inventory[index];
*
* // Penalized = Critted Component
* if (mechComponentRef.DamageLevel == ComponentDamageLevel.Penalized)
* {
* // Check if a new base MechLab order needs to be created or not
* if (newMechLabWorkOrder == null)
* {
* // Create new base work order of the generic MechLab type if it doesn't already exist
* newMechLabWorkOrder = Helpers.CreateBaseMechLabOrder(__instance, mech);
* }
*
* // Create a new component repair work order for this component
* Logger.LogInfo("Creating Component Repair work order entry for " + mechComponentRef.ComponentDefID);
* WorkOrderEntry_RepairComponent newComponentRepairOrder = __instance.CreateComponentRepairWorkOrder(mechComponentRef, false);
*
* // Attach as a child to the base Mech Lab order.
* Logger.LogDebug("Adding WO subentry to repair component " + mechComponentRef.ComponentDefID);
* newMechLabWorkOrder.AddSubEntry(newComponentRepairOrder);
* }
* }
* }
*/
/* ARMOR DAMAGE CHECKS
* -------------------
* Check if the given mech needs any structure repaired
*
*/
if (Helpers.CheckArmorDamage(mech))
{
Logger.LogDebug("SimGameConstant: ArmorInstallTechPoints: " + __instance.Constants.MechLab.ArmorInstallTechPoints);
Logger.LogDebug("SimGameConstant: ArmorInstallCost: " + __instance.Constants.MechLab.ArmorInstallCost);
// Loop over the ChassisLocations for repair in their highest -> lowest priority order from the dictionary defined in Helpers
for (int index = 0; index < Globals.repairPriorities.Count; index++)
{
// Set current ChassisLocation
ChassisLocations thisLoc = Globals.repairPriorities.ElementAt(index).Value;
// Get current mech's loadout from the looped chassis location
LocationLoadoutDef thisLocLoadout = mech.GetLocationLoadoutDef(thisLoc);
// Friendly name for this location
string thisLocName = thisLoc.ToString();
Logger.LogDebug("Analysing location: " + thisLocName);
// Check if a new base MechLab order needs to be created
if (newMechLabWorkOrder == null)
{
// Create new base work order of the generic MechLab type if it doesn't already exist
newMechLabWorkOrder = Helpers.CreateBaseMechLabOrder(__instance, mech);
}
// Work out difference of armor lost for each location - default to 0
int armorDifference = 0;
// Consider rear armour in difference calculation if this is a RT, CT or LT
if (thisLocLoadout == mech.CenterTorso || thisLocLoadout == mech.RightTorso || thisLocLoadout == mech.LeftTorso)
{
Logger.LogDebug("Location also has rear armor.");
armorDifference = (int)Mathf.Abs(thisLocLoadout.CurrentArmor - thisLocLoadout.AssignedArmor) + (int)Mathf.Abs(thisLocLoadout.CurrentRearArmor - thisLocLoadout.AssignedRearArmor);
}
else
{
armorDifference = (int)Mathf.Abs(thisLocLoadout.CurrentArmor - thisLocLoadout.AssignedArmor);
}
// Only create work orders for repairing armor if this location has taken armor damage in combat
if (armorDifference != 0)
{
Logger.LogInfo("Total armor difference for " + thisLocName + " is " + armorDifference);
Logger.LogInfo("Creating ModifyMechArmor work order entry for " + thisLocName);
Logger.LogDebug("Calling ModifyMechArmor WO with params - GUID: " +
mech.GUID.ToString() +
" | Location: " + thisLocName +
" | armorDifference: " + armorDifference +
" | AssignedArmor: " + thisLocLoadout.AssignedArmor +
" | AssignedRearArmor: " + thisLocLoadout.AssignedRearArmor
);
WorkOrderEntry_ModifyMechArmor newArmorWorkOrder = __instance.CreateMechArmorModifyWorkOrder(
mech.GUID,
thisLocLoadout.Location,
armorDifference,
(int)(thisLocLoadout.AssignedArmor),
(int)(thisLocLoadout.AssignedRearArmor)
);
/* IMPORTANT!
* This has turned out to be required as CurrentArmor appears to be reset to AssignedArmor from somewhere unknown in the game after battle
* So if we don't reset AssignedArmor now, player can cancel the work order to get a free armor reset anyway!
*
* NOTE: CeilToInt (or similar rounding) is vital to prevent fractions of armor from causing Mech tonnage / validation issues for the player
*/
Logger.LogDebug("Forcing assignment of Assigned Armor: " + thisLocLoadout.AssignedArmor + " To Current Armor (CeilToInt): " + Mathf.CeilToInt(thisLocLoadout.CurrentArmor));
thisLocLoadout.AssignedArmor = Mathf.CeilToInt(thisLocLoadout.CurrentArmor);
thisLocLoadout.AssignedRearArmor = Mathf.CeilToInt(thisLocLoadout.CurrentRearArmor);
Logger.LogInfo("Adding WO subentry to install missing " + thisLocName + " armor.");
newMechLabWorkOrder.AddSubEntry(newArmorWorkOrder);
}
else
{
Logger.LogDebug("Armor repair not required for: " + thisLocName);
}
}
}
/* WORK ORDER SUBMISSION
* ---------------------
* Submit the complete work order for the mech, which will include any repair armor / structure subentries for each location
*
*/
if (newMechLabWorkOrder != null)
{
if (newMechLabWorkOrder.SubEntryCount > 0)
{
// Submit work order to our temporary queue for internal processing
Helpers.SubmitTempWorkOrder(
__instance,
newMechLabWorkOrder,
mech
);
}
else
{
Logger.LogInfo(mech.Name + " did not require repairs.");
}
}
// Lifted from original RestoreMechPostCombat method - resets any non-functional mech components back to functional
foreach (MechComponentRef mechComponentRef in mech.Inventory)
{
if (mechComponentRef.DamageLevel == ComponentDamageLevel.NonFunctional)
{
Logger.LogDebug("Resetting non-functional mech component: " + mechComponentRef.ToString());
mechComponentRef.DamageLevel = ComponentDamageLevel.Functional;
}
}
return(false); // Finally, prevent firing the original method
}
catch (Exception ex)
{
Logger.LogError(ex);
return(true); // Allow original method to fire if there is an exception
}
}
