/// <summary>
/// Creates a placeholder creature with the given ArkId, which have to be imported
/// </summary>
/// <param name="arkId">ArkId from an imported source (no user input)</param>
public Creature(long arkId)
{
ArkId = arkId;
ArkIdImported = true;
guid = Utils.ConvertArkIdToGuid(arkId);
levelsWild = new[] { -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1 }; // unknown wild levels
IsPlaceholder = true;
}
private Creature ConvertGameObject(GameObject creatureObject, int?levelStep)
{
if (!Values.V.TryGetSpeciesByClassName(creatureObject.ClassString, out Species species))
{
// species is unknown, creature cannot be imported.
// use name-field to temporarily save the unknown classString to display in a messagebox
return(new Creature {
name = creatureObject.ClassString
});
}
GameObject statusObject = creatureObject.CharacterStatusComponent();
// error while deserializing that creature
if (statusObject == null)
{
return(null);
}
string imprinterName = creatureObject.GetPropertyValue <string>("ImprinterName");
string owner = string.IsNullOrWhiteSpace(imprinterName) ? creatureObject.GetPropertyValue <string>("TamerString") : imprinterName;
int[] wildLevels = Enumerable.Repeat(-1, Values.STATS_COUNT).ToArray(); // -1 is unknown
int[] tamedLevels = new int[Values.STATS_COUNT];
for (int i = 0; i < Values.STATS_COUNT; i++)
{
wildLevels[i] = statusObject.GetPropertyValue <ArkByteValue>("NumberOfLevelUpPointsApplied", i)?.ByteValue ?? 0;
}
wildLevels[(int)StatNames.Torpidity] = statusObject.GetPropertyValue <int>("BaseCharacterLevel", defaultValue: 1) - 1; // torpor
for (int i = 0; i < Values.STATS_COUNT; i++)
{
tamedLevels[i] = statusObject.GetPropertyValue <ArkByteValue>("NumberOfLevelUpPointsAppliedTamed", i)?.ByteValue ?? 0;
}
float ti = statusObject.GetPropertyValue <float>("TamedIneffectivenessModifier", defaultValue: float.NaN);
double te = 1f / (1 + (!float.IsNaN(ti) ? ti : creatureObject.GetPropertyValue <float>("TameIneffectivenessModifier")));
Creature creature = new Creature(species,
creatureObject.GetPropertyValue <string>("TamedName"), owner, creatureObject.GetPropertyValue <string>("TribeName"),
creatureObject.IsFemale() ? Sex.Female : Sex.Male,
wildLevels, tamedLevels, te,
!string.IsNullOrWhiteSpace(creatureObject.GetPropertyValue <string>("ImprinterName")),
statusObject.GetPropertyValue <float>("DinoImprintingQuality"),
levelStep
)
{
imprinterName = creatureObject.GetPropertyValue <string>("ImprinterName"),
guid = Utils.ConvertArkIdToGuid(creatureObject.GetDinoId()),
ArkId = creatureObject.GetDinoId(),
ArkIdImported = true,
domesticatedAt = DateTime.Now, // TODO: possible to convert ingame-time to realtime?
addedToLibrary = DateTime.Now,
mutationsMaternal = creatureObject.GetPropertyValue <int>("RandomMutationsFemale"),
mutationsPaternal = creatureObject.GetPropertyValue <int>("RandomMutationsMale"),
flags = creatureObject.GetPropertyValue <bool>("bNeutered") ? CreatureFlags.Neutered : CreatureFlags.None
};
// If it's a baby and still growing, work out growingUntil
if (creatureObject.GetPropertyValue <bool>("bIsBaby") || !creatureObject.GetPropertyValue <bool>("bIsBaby") && !string.IsNullOrWhiteSpace(imprinterName))
{
double maturationTime = species.breeding?.maturationTimeAdjusted ?? 0;
float tamedTime = _gameTime - (float)creatureObject.GetPropertyValue <double>("TamedAtTime");
if (tamedTime < maturationTime - 120) // there seems to be a slight offset of one of these saved values, so don't display a creature as being in cooldown if it is about to leave it in the next 2 minutes
{
creature.growingUntil = DateTime.Now + TimeSpan.FromSeconds(maturationTime - tamedTime);
}
}
// Ancestor linking is done later after entire collection is formed - here we just set the guids
ArkArrayStruct femaleAncestors = creatureObject.GetPropertyValue <IArkArray, ArkArrayStruct>("DinoAncestors");
StructPropertyList femaleAncestor = (StructPropertyList)femaleAncestors?.LastOrDefault();
if (femaleAncestor != null)
{
creature.motherGuid = Utils.ConvertArkIdToGuid(Utils.ConvertArkIdsToLongArkId(
femaleAncestor.GetPropertyValue <int>("FemaleDinoID1"),
femaleAncestor.GetPropertyValue <int>("FemaleDinoID2")));
creature.motherName = femaleAncestor.GetPropertyValue <string>("FemaleName");
creature.isBred = true;
}
ArkArrayStruct maleAncestors = creatureObject.GetPropertyValue <IArkArray, ArkArrayStruct>("DinoAncestorsMale");
StructPropertyList maleAncestor = (StructPropertyList)maleAncestors?.LastOrDefault();
if (maleAncestor != null)
{
creature.fatherGuid = Utils.ConvertArkIdToGuid(GameObjectExtensions.CreateDinoId(
maleAncestor.GetPropertyValue <int>("MaleDinoID1"),
maleAncestor.GetPropertyValue <int>("MaleDinoID2")));
creature.fatherName = maleAncestor.GetPropertyValue <string>("MaleName");
creature.isBred = true;
}
creature.colors = new int[6];
for (int i = 0; i < 6; i++)
{
creature.colors[i] = creatureObject.GetPropertyValue <ArkByteValue>("ColorSetIndices", i)?.ByteValue ?? 0;
}
bool isDead = creatureObject.GetPropertyValue <bool>("bIsDead");
if (isDead)
{
creature.Status = CreatureStatus.Dead; // dead is always dead
}
if (creatureObject.IsCryo)
{
creature.Status = CreatureStatus.Cryopod;
}
creature.RecalculateCreatureValues(levelStep);
return(creature);
}
private Creature convertGameObject(GameObject creatureObject, int?levelStep)
{
GameObject statusObject = creatureObject.CharacterStatusComponent();
string imprinterName = creatureObject.GetPropertyValue <string>("ImprinterName");
string owner = string.IsNullOrWhiteSpace(imprinterName) ? creatureObject.GetPropertyValue <string>("TamerString") : imprinterName;
int[] wildLevels = Enumerable.Repeat(-1, statsCount).ToArray(); // -1 is unknown
int[] tamedLevels = new int[statsCount];
for (int i = 0; i < statsCount; i++)
{
wildLevels[i] = statusObject.GetPropertyValue <ArkByteValue>("NumberOfLevelUpPointsApplied", i)?.ByteValue ?? 0;
}
wildLevels[(int)StatNames.Torpidity] = statusObject.GetPropertyValue <int>("BaseCharacterLevel", defaultValue: 1) - 1; // torpor
for (int i = 0; i < statsCount; i++)
{
tamedLevels[i] = statusObject.GetPropertyValue <ArkByteValue>("NumberOfLevelUpPointsAppliedTamed", i)?.ByteValue ?? 0;
}
string convertedSpeciesName = convertSpecies(creatureObject.GetNameForCreature(arkData) ?? creatureObject.ClassString);
float ti = statusObject.GetPropertyValue <float>("TamedIneffectivenessModifier", defaultValue: float.NaN);
double te = 1f / (1 + (!float.IsNaN(ti) ? ti : creatureObject.GetPropertyValue <float>("TameIneffectivenessModifier")));
Creature creature = new Creature(convertedSpeciesName,
creatureObject.GetPropertyValue <string>("TamedName"), owner, creatureObject.GetPropertyValue <string>("TribeName"),
creatureObject.IsFemale() ? Sex.Female : Sex.Male,
wildLevels, tamedLevels, te,
!string.IsNullOrWhiteSpace(creatureObject.GetPropertyValue <string>("ImprinterName")),
statusObject.GetPropertyValue <float>("DinoImprintingQuality"),
levelStep
)
{
imprinterName = creatureObject.GetPropertyValue <string>("ImprinterName"),
guid = Utils.ConvertArkIdToGuid(creatureObject.GetDinoId()),
ArkId = creatureObject.GetDinoId(),
ArkIdImported = true,
domesticatedAt = DateTime.Now, // TODO: possible to convert ingame-time to realtime?
addedToLibrary = DateTime.Now,
mutationsMaternal = creatureObject.GetPropertyValue <int>("RandomMutationsFemale"),
mutationsPaternal = creatureObject.GetPropertyValue <int>("RandomMutationsMale")
};
// If it's a baby and still growing, work out growingUntil
if (creatureObject.GetPropertyValue <bool>("bIsBaby") || !creatureObject.GetPropertyValue <bool>("bIsBaby") && !string.IsNullOrWhiteSpace(imprinterName))
{
int i = Values.V.speciesNames.IndexOf(convertedSpeciesName);
double maturationTime = Values.V.species[i].breeding?.maturationTimeAdjusted ?? 0;
float tamedTime = gameTime - (float)creatureObject.GetPropertyValue <double>("TamedAtTime");
if (tamedTime < maturationTime)
{
creature.growingUntil = DateTime.Now + TimeSpan.FromSeconds(maturationTime - tamedTime);
}
}
// Ancestor linking is done later after entire collection is formed - here we just set the guids
ArkArrayStruct femaleAncestors = creatureObject.GetPropertyValue <IArkArray, ArkArrayStruct>("DinoAncestors");
StructPropertyList femaleAncestor = (StructPropertyList)femaleAncestors?.LastOrDefault();
if (femaleAncestor != null)
{
creature.motherGuid = Utils.ConvertArkIdToGuid(GameObjectExtensions.CreateDinoId(
femaleAncestor.GetPropertyValue <int>("FemaleDinoID1"),
femaleAncestor.GetPropertyValue <int>("FemaleDinoID2")));
creature.motherName = femaleAncestor.GetPropertyValue <string>("FemaleName");
creature.isBred = true;
}
ArkArrayStruct maleAncestors = creatureObject.GetPropertyValue <IArkArray, ArkArrayStruct>("DinoAncestorsMale");
StructPropertyList maleAncestor = (StructPropertyList)maleAncestors?.LastOrDefault();
if (maleAncestor != null)
{
creature.fatherGuid = Utils.ConvertArkIdToGuid(GameObjectExtensions.CreateDinoId(
maleAncestor.GetPropertyValue <int>("MaleDinoID1"),
maleAncestor.GetPropertyValue <int>("MaleDinoID2")));
creature.fatherName = maleAncestor.GetPropertyValue <string>("MaleName");
creature.isBred = true;
}
creature.colors = new int[6];
for (int i = 0; i < 6; i++)
{
creature.colors[i] = colorModulo(creatureObject.GetPropertyValue <ArkByteValue>("ColorSetIndices", i)?.ByteValue ?? 0);
}
bool isDead = creatureObject.GetPropertyValue <bool>("bIsDead");
if (isDead)
{
creature.status = CreatureStatus.Dead; // dead is always dead
}
if (!isDead && creature.status == CreatureStatus.Dead)
{
creature.status = CreatureStatus.Unavailable; // if found alive when marked dead, mark as unavailable
}
creature.recalculateAncestorGenerations();
creature.recalculateCreatureValues(levelStep);
return(creature);
}
public static CreatureValues importExportedCreature(string filePath)
{
CreatureValues cv = new CreatureValues
{
domesticatedAt = File.GetLastWriteTime(filePath),
isTamed = true,
tamingEffMax = 1
};
string[] iniLines = File.ReadAllLines(filePath);
string id = "";
int statIndexIngame = -1;
// this is the order how the stats appear in the ini-file; field names in the file are localized
string[] statIndices =
{
"Health",
"Stamina",
"Torpidity",
"Oxygen",
"Food",
"Water" /*ignored*/,
"Temperature" /*ignored*/,
"Weight",
"Melee Damage",
"Movement Speed",
"Fortitude" /*ignored*/,
"Crafting Skill" /*ignored*/
};
bool inStatSection = false;
foreach (string line in iniLines)
{
if (line.Contains("="))
{
string parameterName;
int i = line.IndexOf("=");
string text = line.Substring(i + 1);
double.TryParse(text, System.Globalization.NumberStyles.AllowDecimalPoint | System.Globalization.NumberStyles.AllowLeadingSign, System.Globalization.CultureInfo.GetCultureInfo("en-US"), out double value);
if (inStatSection)
{
statIndexIngame++;
if (statIndexIngame > 11)
{
inStatSection = false;
}
}
if (inStatSection)
{
parameterName = statIndices[statIndexIngame];
}
else
{
parameterName = line.Substring(0, i);
if (parameterName.Contains("DinoAncestorsMale"))
{
parameterName = "DinoAncestorsMale"; // only the last entry contains the parents
}
}
if (parameterName.Length <= 0)
{
continue;
}
switch (parameterName)
{
case "DinoID1":
if (string.IsNullOrEmpty(id))
{
id = text;
}
else
{
cv.ARKID = buildARKID(text, id);
cv.guid = Utils.ConvertArkIdToGuid(cv.ARKID);
}
break;
case "DinoID2":
if (string.IsNullOrEmpty(id))
{
id = text;
}
else
{
cv.ARKID = buildARKID(id, text);
cv.guid = Utils.ConvertArkIdToGuid(cv.ARKID);
}
break;
case "DinoClass":
if (text.Length > 2 && text.Substring(text.Length - 2) == "_C")
{
text = text.Substring(0, text.Length - 2); // the last two characters are "_C"
}
cv.species = Values.V.speciesNameFromBP(text);
break;
case "bIsFemale":
cv.sex = text == "True" ? Sex.Female : Sex.Male;
break;
case "bIsNeutered":
cv.neutered = text != "False";
break;
case "TamerString":
cv.owner = text;
break;
case "TamedName":
cv.name = text;
break;
case "ImprinterName":
cv.imprinterName = text;
if (string.IsNullOrEmpty(cv.owner))
{
cv.owner = text;
}
if (!string.IsNullOrWhiteSpace(text))
{
cv.isBred = true; // TODO is this a correct assumption?
}
break;
// todo mutations for mother and father
case "RandomMutationsMale":
cv.mutationCounterFather = (int)value;
break;
case "RandomMutationsFemale":
cv.mutationCounterMother = (int)value;
break;
case "BabyAge":
int speciesIndex = Values.V.speciesIndex(cv.species);
if (speciesIndex >= 0 && value >= 0 && value <= 1 && Values.V.species[speciesIndex].breeding != null)
{
cv.growingUntil = DateTime.Now.AddSeconds((int)(Values.V.species[speciesIndex].breeding.maturationTimeAdjusted * (1 - value)));
}
break;
case "CharacterLevel":
cv.level = (int)value;
break;
case "DinoImprintingQuality":
cv.imprintingBonus = value;
if (value > 0)
{
cv.isBred = true;
}
break;
// Colorization
case "ColorSet[0]":
cv.colorIDs[0] = parseColor(text);
break;
case "ColorSet[1]":
cv.colorIDs[1] = parseColor(text);
break;
case "ColorSet[2]":
cv.colorIDs[2] = parseColor(text);
break;
case "ColorSet[3]":
cv.colorIDs[3] = parseColor(text);
break;
case "ColorSet[4]":
cv.colorIDs[4] = parseColor(text);
break;
case "ColorSet[5]":
cv.colorIDs[5] = parseColor(text);
break;
case "Health":
cv.statValues[0] = value;
break;
case "Stamina":
cv.statValues[1] = value;
break;
case "Torpidity":
cv.statValues[7] = value;
break;
case "Oxygen":
cv.statValues[2] = value;
break;
case "Food":
cv.statValues[3] = value;
break;
case "Weight":
cv.statValues[4] = value;
break;
case "Melee Damage":
cv.statValues[5] = 1 + value;
break;
case "Movement Speed":
cv.statValues[6] = 1 + value;
break;
case "DinoAncestorsMale":
Regex r = new Regex(@"MaleName=([^;]+);MaleDinoID1=([^;]+);MaleDinoID2=([^;]+);FemaleName=([^;]+);FemaleDinoID1=([^;]+);FemaleDinoID2=([^;]+)");
Match m = r.Match(text);
if (m.Success)
{
cv.motherArkId = buildARKID(m.Groups[5].Value, m.Groups[6].Value);
cv.fatherArkId = buildARKID(m.Groups[2].Value, m.Groups[3].Value);
cv.isBred = true;
}
break;
}
}
else if (line.Contains("[Max Character Status Values]"))
{
inStatSection = true;
}
}
// if parent ArkIds are set, create creature placeholder
if (cv.motherArkId != 0)
{
cv.Mother = new Creature(cv.motherArkId)
{
species = cv.species
};
}
if (cv.fatherArkId != 0)
{
cv.Father = new Creature(cv.fatherArkId)
{
species = cv.species
};
}
return(cv);
}
