/// <summary>
/// Applied to Serialize to fix deserializing non-Klei achievements. Only applied in
/// the vanilla version of the game as DLC changed the achievement format.
/// </summary>
private static bool Serialize_Prefix(ColonyAchievementStatus __instance,
BinaryWriter writer)
{
var requirements = __instance.Requirements;
writer.Write((byte)(__instance.success ? 1 : 0));
writer.Write((byte)(__instance.failed ? 1 : 0));
if (requirements == null)
{
writer.Write(0);
}
else
{
Assembly asm = typeof(Game).Assembly, asmFirstPass = typeof(KObject).Assembly;
writer.Write(requirements.Count);
foreach (var requirement in requirements)
{
var type = requirement.GetType();
var typeAsm = type.Assembly;
// Handles Assembly-CSharp and Assembly-CSharp-firstpass
if (typeAsm == asm || typeAsm == asmFirstPass)
{
writer.WriteKleiString(type.ToString());
}
else
{
writer.WriteKleiString(type.AssemblyQualifiedName);
}
// Slower than a detour, but there are not many requirements and the
// existence is used as a check to enable this patch
ACHIEVEMENT_SERIALIZE.Invoke(requirement, new object[] { writer });
}
}
return(false);
}
/// <summary>
/// Applied to Serialize to fix deserializing non-Klei achievements.
/// </summary>
private static bool Serialize_Prefix(ColonyAchievementStatus __instance,
BinaryWriter writer)
{
var requirements = __instance.Requirements;
writer.Write((byte)(__instance.success ? 1 : 0));
writer.Write((byte)(__instance.failed ? 1 : 0));
if (requirements == null)
{
writer.Write(0);
}
else
{
Assembly asm = typeof(Game).Assembly, asmFirstPass = typeof(KObject).Assembly;
writer.Write(requirements.Count);
foreach (var requirement in requirements)
{
var type = requirement.GetType();
var typeAsm = type.Assembly;
// Handles Assembly-CSharp and Assembly-CSharp-firstpass
if (typeAsm == asm || typeAsm == asmFirstPass)
{
writer.WriteKleiString(type.ToString());
}
else
{
writer.WriteKleiString(type.AssemblyQualifiedName);
}
requirement.Serialize(writer);
}
}
return(false);
}
public void ShowProgress(ColonyAchievementStatus achievement)
{
if (!((UnityEngine.Object)progressParent == (UnityEngine.Object)null))
{
numRequirementsDisplayed = 0;
for (int i = 0; i < achievement.Requirements.Count; i++)
{
ColonyAchievementRequirement colonyAchievementRequirement = achievement.Requirements[i];
if (colonyAchievementRequirement is CritterTypesWithTraits)
{
ShowCritterChecklist(colonyAchievementRequirement);
}
else if (colonyAchievementRequirement is DupesCompleteChoreInExoSuitForCycles)
{
ShowDupesInExoSuitsRequirement(achievement.success, colonyAchievementRequirement);
}
else if (colonyAchievementRequirement is DupesVsSolidTransferArmFetch)
{
ShowArmsOutPeformingDupesRequirement(achievement.success, colonyAchievementRequirement);
}
else if (colonyAchievementRequirement is ProduceXEngeryWithoutUsingYList)
{
ShowEngeryWithoutUsing(achievement.success, colonyAchievementRequirement);
}
else if (colonyAchievementRequirement is MinimumMorale)
{
ShowMinimumMoraleRequirement(achievement.success, colonyAchievementRequirement);
}
else
{
ShowRequirement(achievement.success, colonyAchievementRequirement);
}
}
}
}
public static List <string> DownTheHatchFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
CreaturePoopKGProduction __instance = (CreaturePoopKGProduction)cas.Requirements.Find(s => s is CreaturePoopKGProduction);
var priv = Traverse.Create(__instance);
float refineCount = (float)priv.Field("amountToPoop").GetValue();
float num;
if (Game.Instance.savedInfo.creaturePoopAmount.ContainsKey((Tag)"HatchMetal"))
{
num = Game.Instance.savedInfo.creaturePoopAmount[(Tag)"HatchMetal"];
}
else
{
num = 0f;
}
var achieved = (double)num >= (double)refineCount * 1000.0;
string output = string.Format("Achieved:{0}, Metals Excreted: {1} / {2}", achieved, (double)num, (double)refineCount);
outStrings.Add(output);
return(outStrings);
}
public static List <string> SuperSustainableFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
ProduceXEngeryWithoutUsingYList __instance = (ProduceXEngeryWithoutUsingYList)cas.Requirements.Find(s => s is ProduceXEngeryWithoutUsingYList);
var priv = Traverse.Create(__instance);
List <Tag> disallowedBuildings = (List <Tag>)priv.Field("disallowedBuildings").GetValue();
bool mooted = (bool)priv.Field("usedDisallowedBuilding").GetValue();
float toMake = (float)priv.Field("amountToProduce").GetValue();
float num = 0.0f;
foreach (KeyValuePair <Tag, float> keyValuePair in Game.Instance.savedInfo.powerCreatedbyGeneratorType)
{
if (!disallowedBuildings.Contains(keyValuePair.Key))
{
num += keyValuePair.Value;
}
}
double made = (double)num / 1000.0;
string output = string.Format("Clean Energy Generated: {0} / {1}", made, toMake);
outStrings.Add(output);
return(outStrings);
}
public static List <string> PullingBackTheVeilFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
RevealAsteriod __instance = (RevealAsteriod)cas.Requirements.Find(s => s is RevealAsteriod);
var priv = Traverse.Create(__instance);
float toReveal = (float)priv.Field("percentToReveal").GetValue();
float num = 0.0f;
for (int index = 0; index < Grid.Visible.Length; ++index)
{
if (Grid.Visible[index] > (byte)0)
{
++num;
}
}
string output = string.Format("Fog of War Pierced: {0}% / {1}%", ((double)num / (double)Grid.Visible.Length) * 100, (double)toReveal * 100);
outStrings.Add(output);
return(outStrings);
}
public static List <string> TotallyTubularFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
TravelXUsingTransitTubes __instance = (TravelXUsingTransitTubes)cas.Requirements.Find(s => s is TravelXUsingTransitTubes);
var priv = Traverse.Create(__instance);
int distToGo = (int)priv.Field("distanceToTravel").GetValue();
int num = 0;
foreach (Component component1 in Components.MinionIdentities.Items)
{
Navigator component2 = component1.GetComponent <Navigator>();
if ((UnityEngine.Object)component2 != (UnityEngine.Object)null && component2.distanceTravelledByNavType.ContainsKey(NavType.Tube))
{
num += component2.distanceTravelledByNavType[NavType.Tube];
}
}
string output = string.Format("Distance Traveled: {0} / {1}", num, distToGo);
outStrings.Add(output);
return(outStrings);
}
public static int HomeSweetHome()
{
ColonyAchievementTracker tracker = SaveGame.Instance.GetComponent <ColonyAchievementTracker>();
if (tracker == null)
{
return(0);
}
ColonyAchievementStatus status = tracker.achievements.Where(a => a.Key == Db.Get().ColonyAchievements.Thriving.Id).First().Value;
if (status.success && !status.failed)
{
return(1);
}
return(0);
}
public static List <string> CarnivoreFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
EatXCaloriesFromY __instance = (EatXCaloriesFromY)cas.Requirements.Find(s => s is EatXCaloriesFromY);
var priv = Traverse.Create(__instance);
List <string> foodTypes = (List <string>)priv.Field("fromFoodType").GetValue();
int numCal = (int)priv.Field("numCalories").GetValue();
var num = (double)RationTracker.Get().GetCaloiresConsumedByFood(foodTypes) / 1000.0;
string output = string.Format("Meats Eaten: {0} / {1}", (double)num, (double)numCal);
outStrings.Add(output);
return(outStrings);
}
public static List <string> LocavoreFormatter(ColonyAchievementStatus cas)
{
//This will not be possible if the "No Farmtiles" requirement has ever reported failure.
//That can't be tracked this way, though, so leaving it out of the "quick and dirty" tracking
//we're doing here.
List <string> outStrings = new List <string>();
EatXCalories __instance = (EatXCalories)cas.Requirements.Find(s => s is EatXCalories);
var priv = Traverse.Create(__instance);
int toEat = (int)priv.Field("numCalories").GetValue();
var num = (double)RationTracker.Get().GetCaloriesConsumed() / 1000.0;
string output = string.Format("Calories Consumed: {0} / {1}", num, toEat);
outStrings.Add(output);
return(outStrings);
}
public static List <string> CritterWhispererFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
CritterTypesWithTraits __instance = (CritterTypesWithTraits)cas.Requirements.Find(s => s is CritterTypesWithTraits);
var priv = Traverse.Create(__instance);
Dictionary <Tag, bool> tameDict = (Dictionary <Tag, bool>)priv.Field("critterTypesToCheck").GetValue();
foreach (KeyValuePair <Tag, bool> keyValuePair in tameDict)
{
string localizeName = GetLocalizedName(keyValuePair.Key);
string output = string.Format("Critter:{0}, Tamed: {1}", localizeName, keyValuePair.Value);
outStrings.Add(output);
}
return(outStrings);
}
//It may be "FinelyTunedMachine" now, but it will always be "TuneUpForWhat in my heart.
public static List <string> TuneUpForWhatFormatter(ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
TuneUpGenerator __instance = (TuneUpGenerator)cas.Requirements.Find(s => s is TuneUpGenerator);
var priv = Traverse.Create(__instance);
//Sic. This *is* the name of the field. If they fix the typo, it'll need to be fixed here as well.
float numChores = (float)priv.Field("numChoreseToComplete").GetValue();
float num = 0.0f;
ReportManager.ReportEntry entry = ReportManager.Instance.TodaysReport.GetEntry(ReportManager.ReportType.ChoreStatus);
for (int index = 0; index < entry.contextEntries.Count; ++index)
{
ReportManager.ReportEntry contextEntry = entry.contextEntries[index];
if (contextEntry.context == Db.Get().ChoreTypes.PowerTinker.Name)
{
num += contextEntry.Negative;
}
}
for (int index1 = 0; index1 < ReportManager.Instance.reports.Count; ++index1)
{
for (int index2 = 0; index2 < ReportManager.Instance.reports[index1].GetEntry(ReportManager.ReportType.ChoreStatus).contextEntries.Count; ++index2)
{
ReportManager.ReportEntry contextEntry = ReportManager.Instance.reports[index1].GetEntry(ReportManager.ReportType.ChoreStatus).contextEntries[index2];
if (contextEntry.context == Db.Get().ChoreTypes.PowerTinker.Name)
{
num += contextEntry.Negative;
}
}
}
string output = string.Format("Tune Ups: {0} / {1}", (double)Math.Abs(num), (double)numChores);
outStrings.Add(output);
return(outStrings);
}
public static List <string> VentXKGFormatter(ColonyAchievementStatus cas)
{
//This references a "GetVentedMass" function that doesn't show up in my version of the decompiled source.
//Not sure if this is actually working!
List <string> outStrings = new List <string>();
VentXKG __instance = (VentXKG)cas.Requirements.Find(s => s is VentXKG);
var priv = Traverse.Create(__instance);
float toVent = (float)priv.Field("kilogramsToVent").GetValue();
float num = 0.0f;
foreach (UtilityNetwork network in (IEnumerable <UtilityNetwork>)Conduit.GetNetworkManager(ConduitType.Gas).GetNetworks())
{
if (network is FlowUtilityNetwork flowUtilityNetwork)
{
foreach (FlowUtilityNetwork.IItem sink in flowUtilityNetwork.sinks)
{
Vent component = sink.GameObject.GetComponent <Vent>();
if ((UnityEngine.Object)component != (UnityEngine.Object)null)
{
num += component.GetVentedMass(SimHashes.Oxygen);
}
}
}
}
string output = string.Format("Oxygen Vented: {0} / {1}", (double)num, (double)toVent);
outStrings.Add(output);
return(outStrings);
}
private static string getAchievementStatus(ColonyAchievementStatus cas)
{
if (cas.success)
{
return("Imperative Successful!");
}
else if (cas.failed)
{
//find the requirement that failed, and report the first one.
foreach (ColonyAchievementRequirement car in cas.Requirements)
{
if (car.Fail())
{
return(string.Format("Failed Requirement:{0}", car.GetType().ToString()));
}
}
return("Eligible");
}
else
{
return("Eligible");
}
}
private static List <string> getAchievementString(string key, ColonyAchievementStatus cas)
{
List <string> outStrings = new List <string>();
switch (key)
{
case "TameAllBasicCritters":
outStrings.Add("Critter Whisperer:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(CritterWhispererFormatter(cas));
break;
case "EatkCalFromMeatByCycle100":
outStrings.Add("Carnivore:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(CarnivoreFormatter(cas));
break;
case "NoFarmTilesAndKCal":
outStrings.Add("Locavore:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(LocavoreFormatter(cas));
break;
case "Generate240000kJClean":
outStrings.Add("Super Sustainable:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(SuperSustainableFormatter(cas));
break;
case "BasicPumping":
outStrings.Add("Oxygen Not Occluded:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(VentXKGFormatter(cas));
break;
case "Travel10000InTubes":
outStrings.Add("Totally Tubular:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(TotallyTubularFormatter(cas));
break;
case "GeneratorTuneup":
outStrings.Add("Finely Tuned Machine:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(TuneUpForWhatFormatter(cas));
break;
case "ClearFOW":
outStrings.Add("Pulling Back The Veil:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(PullingBackTheVeilFormatter(cas));
break;
case "HatchRefinement":
outStrings.Add("Down the Hatch:");
outStrings.Add(getAchievementStatus(cas));
outStrings.AddRange(DownTheHatchFormatter(cas));
break;
default:
break;
}
return(outStrings);
}
