public static ArkDinoEntry Convert(UAssetFileBlueprint f, UAssetCacheBlock cache, Dictionary <string, PropertyReader> dinoEntries)
{
//Open reader
PropertyReader reader = new PropertyReader(f.GetFullProperties(cache));
//Get the dino settings
UAssetFileBlueprint settingsFileAdult = ArkDinoFood.GetAdultFile(f, cache);
UAssetFileBlueprint settingsFileBaby = ArkDinoFood.GetBabyFile(f, cache);
//Get time
int time = (int)Math.Round((DateTime.UtcNow - new DateTime(1970, 1, 1, 0, 0, 0, 0)).TotalSeconds);
//Get status component
UAssetFileBlueprint statusComponent = ArkDinoEntryStatus.GetFile(f, cache);
PropertyReader statusReader = new PropertyReader(statusComponent.GetFullProperties(cache));
//Use name tag to find entry
string tag = reader.GetPropertyStringOrName("DinoNameTag");
if (!dinoEntries.ContainsKey(tag))
{
throw new Exception($"Could not find dino entry for '{f.classname}' (tag '{tag}')");
}
PropertyReader entry = dinoEntries[tag];
//Now, load the material used for the dino image
UAssetFileMaterial entryMaterial = entry.GetProperty <ObjectProperty>("DinoMaterial").GetReferencedFileMaterial();
UAssetFileMaterial.TextureParameterValue entryMaterialTexture = entryMaterial.textureParameters[0];
ClassnamePathnamePair entryTexture = entryMaterialTexture.prop.GetReferencedFile();
//Read
ArkDinoEntry e = new ArkDinoEntry
{
screen_name = reader.GetPropertyString("DescriptiveName", null),
colorizationIntensity = reader.GetPropertyFloat("ColorizationIntensity", 1),
babyGestationSpeed = reader.GetPropertyFloat("BabyGestationSpeed", -1),
extraBabyGestationSpeedMultiplier = reader.GetPropertyFloat("ExtraBabyGestationSpeedMultiplier", -1),
babyAgeSpeed = reader.GetPropertyFloat("BabyAgeSpeed", null),
extraBabyAgeMultiplier = reader.GetPropertyFloat("ExtraBabyAgeSpeedMultiplier", -1),
useBabyGestation = reader.GetPropertyBool("bUseBabyGestation", false),
statusComponent = ArkDinoEntryStatus.Convert(statusComponent, statusReader),
adultFoods = ArkDinoFood.Convert(settingsFileAdult, cache),
childFoods = ArkDinoFood.Convert(settingsFileBaby, cache),
classname = f.classname,
blueprintPath = "N/A",
captureTime = time,
icon = ImageTool.QueueImage(entryTexture, ImageTool.ImageModifications.None),
icon_white = ImageTool.QueueImage(entryTexture, ImageTool.ImageModifications.White)
};
//Finally, read stats
ArkStatsRipper.DoRipStats(statusReader, e);
return(e);
}
public static ArkDinoEntryStatus Convert(UAssetFileBlueprint f, PropertyReader reader)
{
return(new ArkDinoEntryStatus
{
baseFoodConsumptionRate = reader.GetPropertyFloat("BaseFoodConsumptionRate", null),
babyDinoConsumingFoodRateMultiplier = reader.GetPropertyFloat("BabyDinoConsumingFoodRateMultiplier", 25.5f),
extraBabyDinoConsumingFoodRateMultiplier = reader.GetPropertyFloat("ExtraBabyDinoConsumingFoodRateMultiplier", 20),
foodConsumptionMultiplier = reader.GetPropertyFloat("FoodConsumptionMultiplier", 1),
tamedBaseHealthMultiplier = reader.GetPropertyFloat("TamedBaseHealthMultiplier", 1)
});
}
public static ItemEntry_ConsumableAddStatusValue Convert(PropertyReader reader, string type)
{
return(new ItemEntry_ConsumableAddStatusValue
{
baseAmountToAdd = reader.GetPropertyFloat("BaseAmountToAdd", null),
percentOfMaxStatusValue = reader.GetPropertyBool("bPercentOfMaxStatusValue", null),
percentOfCurrentStatusValue = reader.GetPropertyBool("bPercentOfCurrentStatusValue", null),
useItemQuality = reader.GetPropertyBool("bUseItemQuality", null),
addOverTime = reader.GetPropertyBool("bAddOverTime", null),
setValue = reader.GetPropertyBool("bSetValue", null),
setAdditionalValue = reader.GetPropertyBool("bSetAdditionalValue", null),
addOverTimeSpeed = reader.GetPropertyFloat("AddOverTimeSpeed", null),
itemQualityAddValueMultiplier = reader.GetPropertyFloat("ItemQualityAddValueMultiplier", null),
statusValueType = type
});
}
public static DinosaurEntry Convert(UAssetFileBlueprint f, UAssetCacheBlock cache, DeltaExportPatch patch, PropertyReader primalDataReader, Dictionary <string, PropertyReader> dinoEntries)
{
//Open reader
PropertyReader reader = new PropertyReader(f.GetFullProperties(cache));
//Get the dino settings
UAssetFileBlueprint settingsFileAdult = ArkDinoFoodConverter.GetAdultFile(f, cache);
UAssetFileBlueprint settingsFileBaby = ArkDinoFoodConverter.GetBabyFile(f, cache);
//Get status component
UAssetFileBlueprint statusComponent = ArkDinoEntryStatusConverter.GetFile(f, cache);
PropertyReader statusReader = new PropertyReader(statusComponent.GetFullProperties(cache));
//Use name tag to find entry
string tag = reader.GetPropertyStringOrName("DinoNameTag");
PropertyReader entry = dinoEntries[tag];
//Now, load the material used for the dino image
UAssetFileMaterial entryMaterial = entry.GetProperty <ObjectProperty>("DinoMaterial").GetReferencedFileMaterial();
UAssetFileMaterial.TextureParameterValue entryMaterialTexture = entryMaterial.textureParameters[0];
ClassnamePathnamePair entryTexture = entryMaterialTexture.prop.GetReferencedFile();
//Read
DinosaurEntry e = new DinosaurEntry
{
screen_name = reader.GetPropertyString("DescriptiveName", null),
colorizationIntensity = reader.GetPropertyFloat("ColorizationIntensity", 1),
babyGestationSpeed = reader.GetPropertyFloat("BabyGestationSpeed", -1),
extraBabyGestationSpeedMultiplier = reader.GetPropertyFloat("ExtraBabyGestationSpeedMultiplier", -1),
babyAgeSpeed = reader.GetPropertyFloat("BabyAgeSpeed", null),
extraBabyAgeMultiplier = reader.GetPropertyFloat("ExtraBabyAgeSpeedMultiplier", -1),
useBabyGestation = reader.GetPropertyBool("bUseBabyGestation", false),
statusComponent = ArkDinoEntryStatusConverter.Convert(statusComponent, statusReader),
adultFoods = ArkDinoFoodConverter.Convert(settingsFileAdult, cache),
childFoods = ArkDinoFoodConverter.Convert(settingsFileBaby, cache),
classname = DeltaDataExtractor.Program.TrimArkClassname(f.classname),
icon = ImageTool.QueueImage(entryTexture, ImageTool.ImageModifications.None, patch),
};
//Finally, read stats
ArkStatsRipper.DoRipStats(statusReader, e);
return(e);
}
public static void DoRipStats(PropertyReader reader, DinosaurEntry entry)
{
//Create arrays
entry.baseLevel = new float[12];
entry.increasePerWildLevel = new float[12];
entry.increasePerTamedLevel = new float[12];
entry.additiveTamingBonus = new float[12];
entry.multiplicativeTamingBonus = new float[12];
//Loop through ARK indexes
for (int i = 0; i <= 11; i++)
{
//Calculate multipliers
bool can_level = true;// (i == 2) || (reader.GetPropertyByte("CanLevelUpValue", CANLEVELUP_VALUES[i], i) == 1);
int add_one = IS_PERCENT_STAT[i];
float zero_mult = can_level ? 1 : 0;
float ETHM = reader.GetPropertyFloat("ExtraTamedHealthMultiplier", EXTRA_MULTS_VALUES[i], i);
//Add stat data
entry.baseLevel[i] = MathF.Round(reader.GetPropertyFloat("MaxStatusValues", BASE_VALUES[i], i) + add_one, ROUND_PERCISION);
entry.increasePerWildLevel[i] = MathF.Round(reader.GetPropertyFloat("AmountMaxGainedPerLevelUpValue", IW_VALUES[i], i) * zero_mult, ROUND_PERCISION);
entry.increasePerTamedLevel[i] = MathF.Round(reader.GetPropertyFloat("AmountMaxGainedPerLevelUpValueTamed", 0, i) * ETHM * zero_mult, ROUND_PERCISION);
entry.additiveTamingBonus[i] = MathF.Round(reader.GetPropertyFloat("TamingMaxStatAdditions", 0, i), ROUND_PERCISION);
entry.multiplicativeTamingBonus[i] = MathF.Round(reader.GetPropertyFloat("TamingMaxStatMultipliers", 0, i), ROUND_PERCISION);
}
}
public static void DoRipStats(PropertyReader reader, ArkDinoEntry entry)
{
/*entry.baseLevel = ReadStatsArray("MaxStatusValues", reader, entry, DEFAULT_BASE_LEVEL);
* entry.increasePerWildLevel = ReadStatsArray("AmountMaxGainedPerLevelUpValue", reader, entry, DEFAULT_INCREASE_PER_WILD_LEVEL);
* entry.increasePerTamedLevel = ReadStatsArray("AmountMaxGainedPerLevelUpValueTamed", reader, entry, DEFAULT_INCREASE_PER_TAMED_LEVEL);
* entry.additiveTamingBonus = ReadStatsArray("TamingMaxStatAdditions", reader, entry, DEFAULT_TAMING_MAX_STAT_ADDITIONS);
* entry.multiplicativeTamingBonus = ReadStatsArray("TamingMaxStatMultipliers", reader, entry, DEFAULT_TAMING_MAX_STAT_MULTIPLY);*/
//Create dicts
entry.baseLevel = new Dictionary <DinoStatTypeIndex, float>();
entry.increasePerWildLevel = new Dictionary <DinoStatTypeIndex, float>();
entry.increasePerTamedLevel = new Dictionary <DinoStatTypeIndex, float>();
entry.additiveTamingBonus = new Dictionary <DinoStatTypeIndex, float>();
entry.multiplicativeTamingBonus = new Dictionary <DinoStatTypeIndex, float>();
//Loop through ARK indexes
for (int i = 0; i <= 11; i++)
{
//Convert to our standard stat
DinoStatTypeIndex stat = (DinoStatTypeIndex)i;
//Calculate multipliers
bool can_level = true;// (i == 2) || (reader.GetPropertyByte("CanLevelUpValue", CANLEVELUP_VALUES[i], i) == 1);
int add_one = IS_PERCENT_STAT[i];
float zero_mult = can_level ? 1 : 0;
float ETHM = reader.GetPropertyFloat("ExtraTamedHealthMultiplier", EXTRA_MULTS_VALUES[i], i);
//Add stat data
entry.baseLevel.Add(stat, MathF.Round(reader.GetPropertyFloat("MaxStatusValues", BASE_VALUES[i], i) + add_one, ROUND_PERCISION));
entry.increasePerWildLevel.Add(stat, MathF.Round(reader.GetPropertyFloat("AmountMaxGainedPerLevelUpValue", IW_VALUES[i], i) * zero_mult, ROUND_PERCISION));
entry.increasePerTamedLevel.Add(stat, MathF.Round(reader.GetPropertyFloat("AmountMaxGainedPerLevelUpValueTamed", 0, i) * ETHM * zero_mult, ROUND_PERCISION));
entry.additiveTamingBonus.Add(stat, MathF.Round(reader.GetPropertyFloat("TamingMaxStatAdditions", 0, i), ROUND_PERCISION));
entry.multiplicativeTamingBonus.Add(stat, MathF.Round(reader.GetPropertyFloat("TamingMaxStatMultipliers", 0, i), ROUND_PERCISION));
}
}
private static List <ArkDinoFood> ConvertMultiplier(UAssetFileBlueprint f, UAssetCacheBlock cache, ArrayProperty p)
{
//Convert each entry
List <ArkDinoFood> output = new List <ArkDinoFood>();
foreach (var s in p.props)
{
StructProperty data = (StructProperty)s;
PropListStruct sdata = (PropListStruct)data.data;
PropertyReader reader = new PropertyReader(sdata.propsList);
UAssetFileBlueprint foodClass = reader.GetProperty <ObjectProperty>("FoodItemParent").GetReferencedFileBlueprint();
ArkDinoFood food = new ArkDinoFood
{
classname = foodClass.classname,
foodEffectivenessMultiplier = reader.GetPropertyFloat("FoodEffectivenessMultiplier", null),
affinityOverride = reader.GetPropertyFloat("AffinityOverride", null),
affinityEffectivenessMultiplier = reader.GetPropertyFloat("AffinityEffectivenessMultiplier", null),
foodCategory = reader.GetPropertyInt("FoodItemCategory", null),
priority = reader.GetPropertyFloat("UntamedFoodConsumptionPriority", null)
};
output.Add(food);
}
return(output);
}
public static ItemEntry ConvertEntry(UAssetFileBlueprint bp, UAssetCacheBlock cache, DeltaExportPatch patch)
{
//Open reader
PropertyReader reader = new PropertyReader(bp.GetFullProperties(cache));
//Get primary icon
DeltaAsset icon;
if (reader.GetProperty <ObjectProperty>("ItemIcon") != null)
{
icon = ImageTool.QueueImage(reader.GetProperty <ObjectProperty>("ItemIcon").GetReferencedFile(), ImageTool.ImageModifications.None, patch);
}
else
{
icon = DeltaAsset.MISSING_ICON;
}
//Get broken icon
DeltaAsset brokenIcon;
if (reader.GetProperty <ObjectProperty>("BrokenImage") != null)
{
brokenIcon = ImageTool.QueueImage(reader.GetProperty <ObjectProperty>("BrokenImage").GetReferencedFile(), ImageTool.ImageModifications.None, patch);
}
else
{
brokenIcon = DeltaAsset.MISSING_ICON;
}
//Get the array of UseItemAddCharacterStatusValues
ArrayProperty statusValuesArray = reader.GetProperty <ArrayProperty>("UseItemAddCharacterStatusValues");
Dictionary <string, ItemEntry_ConsumableAddStatusValue> statusValues = new Dictionary <string, ItemEntry_ConsumableAddStatusValue>();
if (statusValuesArray != null)
{
foreach (var i in statusValuesArray.props)
{
StructProperty sv = (StructProperty)i;
var svp = ((PropListStruct)sv.data).propsList;
var svpr = new PropertyReader(svp);
string type = svpr.GetProperty <ByteProperty>("StatusValueType").enumValue;
ItemEntry_ConsumableAddStatusValue sve = ArkItemEntry_ConsumableAddStatusValueReader.Convert(svpr, type);
statusValues.Add(type, sve);
}
}
//Create
ItemEntry e = new ItemEntry
{
hideFromInventoryDisplay = reader.GetPropertyBool("bHideFromInventoryDisplay", false),
useItemDurability = reader.GetPropertyBool("bUseItemDurability", false),
isTekItem = reader.GetPropertyBool("bTekItem", false),
allowUseWhileRiding = reader.GetPropertyBool("bAllowUseWhileRiding", false),
name = reader.GetPropertyString("DescriptiveNameBase", null),
description = reader.GetPropertyString("ItemDescription", null),
spoilingTime = reader.GetPropertyFloat("SpolingTime", 0),
baseItemWeight = reader.GetPropertyFloat("BaseItemWeight", 0),
useCooldownTime = reader.GetPropertyFloat("MinimumUseInterval", 0),
baseCraftingXP = reader.GetPropertyFloat("BaseCraftingXP", 0),
baseRepairingXP = reader.GetPropertyFloat("BaseRepairingXP", 0),
maxItemQuantity = reader.GetPropertyInt("MaxItemQuantity", 0),
classname = DeltaDataExtractor.Program.TrimArkClassname(bp.classname),
icon = icon,
broken_icon = brokenIcon,
addStatusValues = statusValues
};
return(e);
}
static Dictionary <DinoStatTypeIndex, float> ReadStatsArray(string name, PropertyReader reader, ArkDinoEntry entry, Dictionary <DinoStatTypeIndex, float> defaults)
{
return(new Dictionary <DinoStatTypeIndex, float>
{
{ DinoStatTypeIndex.Health, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Health], (int)DinoStatTypeIndex.Health) },
{ DinoStatTypeIndex.Stamina, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Stamina], (int)DinoStatTypeIndex.Stamina) },
{ DinoStatTypeIndex.Torpidity, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Torpidity], (int)DinoStatTypeIndex.Torpidity) },
{ DinoStatTypeIndex.Oxygen, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Oxygen], (int)DinoStatTypeIndex.Oxygen) },
{ DinoStatTypeIndex.Food, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Food], (int)DinoStatTypeIndex.Food) },
{ DinoStatTypeIndex.Water, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Water], (int)DinoStatTypeIndex.Water) },
{ DinoStatTypeIndex.Temperature, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Temperature], (int)DinoStatTypeIndex.Temperature) },
{ DinoStatTypeIndex.Weight, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Weight], (int)DinoStatTypeIndex.Weight) },
{ DinoStatTypeIndex.MeleeDamage, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.MeleeDamage], (int)DinoStatTypeIndex.MeleeDamage) },
{ DinoStatTypeIndex.Speed, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.Speed], (int)DinoStatTypeIndex.Speed) },
{ DinoStatTypeIndex.TemperatureFortitude, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.TemperatureFortitude], (int)DinoStatTypeIndex.TemperatureFortitude) },
{ DinoStatTypeIndex.CraftingSpeed, reader.GetPropertyFloat(name, defaults[DinoStatTypeIndex.CraftingSpeed], (int)DinoStatTypeIndex.CraftingSpeed) }
});
}