private static string getLootRankWeightFilter(Character character)
{
StringBuilder wtf = new StringBuilder();
ComparisonCalculationBase[] statValues = CalculationsBase.GetRelativeStatValues(character);
foreach (ComparisonCalculationBase ccb in statValues)
{
string stat = getLootrankStatID(ccb.Name);
if (!stat.Equals(string.Empty))
{
wtf.Append(stat + "=" + ccb.OverallPoints.ToString("F2", System.Globalization.CultureInfo.InvariantCulture) + "&");
}
}
if (character.CurrentModel == "Enhance")
{
wtf.Append("s1=2.4&s3=2.4&dps=6&odps=3&");
}
if (wtf.Length == 0)
{
return(string.Empty);
}
else
{
return(wtf.ToString());
}
}
internal Item[] GetRelevantItemsInternal(CalculationsBase model)
{
List <Item> itemList = new List <Item>(AllItems).FindAll(new Predicate <Item>(
delegate(Item item) { return(model.IsItemRelevant(item) && ItemFilter.IsItemRelevant(model, item)); }));
return(itemList.ToArray());
}
public static List <Enchant> FindEnchants(Item.ItemSlot slot, CalculationsBase model)
{
List <Item.ItemSlot> validSlots = new List <Item.ItemSlot>();
if (slot != Item.ItemSlot.MainHand)
{
validSlots.Add(slot);
}
if (slot == Item.ItemSlot.OffHand || slot == Item.ItemSlot.MainHand || slot == Item.ItemSlot.TwoHand)
{
validSlots.Add(Item.ItemSlot.OneHand);
}
if (slot == Item.ItemSlot.MainHand)
{
validSlots.Add(Item.ItemSlot.TwoHand);
}
return(AllEnchants.FindAll(new Predicate <Enchant>(
delegate(Enchant enchant)
{
return model.HasRelevantStats(enchant.Stats) &&
(validSlots.Contains(enchant.Slot) || slot == Item.ItemSlot.None) ||
enchant.Slot == Item.ItemSlot.None;
}
)));
}
public void LoadRelativeStatValues()
{
comparisonGraph1.RoundValues = true;
comparisonGraph1.CustomRendered = false;
comparisonGraph1.ItemCalculations = CalculationsBase.GetRelativeStatValues(Character);
comparisonGraph1.EquipSlot = CharacterSlot.None;
_characterSlot = CharacterSlot.None;
}
public Item[] GetUnfilteredRelevantItems(CalculationsBase model, CharacterRace race)
{
List <Item> itemList = new List <Item>(AllItems).FindAll(new Predicate <Item>(
delegate(Item item)
{
return(model.IsItemRelevant(item) && item.FitsFaction(race));
}));
return(itemList.ToArray());
}
/// <summary>
/// Returns a list that can be used to set relevant item types list. Call ItemCache.OnItemsChanged()
/// when you finish making changes to the list.
/// </summary>
public static List <ItemType> GetRelevantItemTypesList(CalculationsBase model)
{
ItemTypeList list;
if (!data.RelevantItemTypes.TryGetValue(model.Name, out list))
{
list = new ItemTypeList(model.RelevantItemTypes);
data.RelevantItemTypes[model.Name] = list;
}
return(list);
}
public static List <GemmingTemplate> GetModelTemplates(CalculationsBase model)
{
List <GemmingTemplate> list;
if (!AllTemplates.TryGetValue(model.Name, out list))
{
list = new List <GemmingTemplate>(model.DefaultGemmingTemplates);
AllTemplates[model.Name] = list;
}
return(list);
}
public Item[] GetRelevantItems(CalculationsBase model)
{
if (model == Calculations.Instance)
{
return(RelevantItems);
}
else
{
return(new List <Item>(AllItems).FindAll(new Predicate <Item>(
delegate(Item item) { return model.IsItemRelevant(item); })).ToArray());
}
}
public Optimizer.SuffixItem[] GetRelevantSuffixItems(CalculationsBase model, Character character, bool ignoreFilters = false)//CharacterRace race)
{
if (cachedRelevantSuffixItems == null || model != lastModel || character.Race != lastRace)
{
lock (syncLock)
{
// test again because of race conditions, but we still want to avoid the lock if we can because that'll be the majority case
if (cachedRelevantSuffixItems == null || model != lastModel || character.Race != lastRace)
{
CacheRelevantItems(model, character, ignoreFilters);
}
}
}
return(cachedRelevantSuffixItems);
}
internal Item[] GetRelevantItemsInternal(CalculationsBase model, Character character, bool ignoreFilters = false)
{
List <Item> itemList = new List <Item>(AllItems).FindAll(new Predicate <Item>(
delegate(Item item) {
return(model.IsItemRelevant(item) && // Model Relevance
(ignoreFilters || ItemFilter.IsItemRelevant(model, item)) && // Filters Relevance
(character == null || item.FitsFaction(character.Race)) && // Faction Relevance
(character == null || character.ItemMatchesiLvlCheck(item)) && // iLvl check from UI Filter (non-tree)
(character == null || character.ItemMatchesBindCheck(item)) && // Bind check from UI Filter (non-tree)
(character == null || character.ItemMatchesProfCheck(item)) && // Prof check from UI Filter (non-tree)
(character == null || character.ItemMatchesDropCheck(item))); // Drop check from UI Filter (non-tree)
}));
return(itemList.ToArray());
}
public static bool IsItemRelevant(CalculationsBase model, Item item)
{
if (GetRelevantItemTypesList(model).Contains(item.Type))
{
bool added = false;
bool anyMatch = false;
bool enabledMatch = false;
foreach (ItemFilterRegex regex in data.RegexList)
{
if (regex.AdditiveFilter && regex.AppliesTo(item) && regex.IsMatch(item))
{
anyMatch = true;
if (regex.IsEnabled(item))
{
enabledMatch = true;
break;
}
}
}
if (anyMatch)
{
added = enabledMatch;
}
else
{
added = OtherEnabled;
}
if (added)
{
foreach (ItemFilterRegex regex in data.RegexList)
{
if (!regex.AdditiveFilter && regex.Enabled.GetValueOrDefault(true) && regex.AppliesTo(item) && regex.IsMatch(item) && regex.IsEnabled(item))
{
return(false);
}
}
return(true);
}
}
return(false);
}
private void CacheRelevantItems(CalculationsBase model, Character character, bool ignoreFilters = false)
{
List <Item> itemList = new List <Item>(AllItems).FindAll(new Predicate <Item>(
delegate(Item item)
{
return(model.IsItemRelevant(item) && // Model Relevance
item.FitsFaction(character.Race) && // Faction Relevance
(ignoreFilters || ItemFilter.IsItemRelevant(model, item)) && // Filters Relevance
character.ItemMatchesiLvlCheck(item) && // iLvl check from UI Filter (non-tree)
character.ItemMatchesBindCheck(item) && // Bind check from UI Filter (non-tree)
character.ItemMatchesProfCheck(item) && // Prof check from UI Filter (non-tree)
character.ItemMatchesDropCheck(item)); // Drop check from UI Filter (non-tree)
}));
cachedRelevantItems = itemList.ToArray();
List <Optimizer.SuffixItem> suffixItemList = new List <Optimizer.SuffixItem>();
foreach (var item in cachedRelevantItems)
{
if (item.AllowedRandomSuffixes == null || item.AllowedRandomSuffixes.Count == 0)
{
suffixItemList.Add(new Optimizer.SuffixItem()
{
Item = item, RandomSuffixId = 0
});
}
else
{
foreach (var suffix in item.AllowedRandomSuffixes)
{
suffixItemList.Add(new Optimizer.SuffixItem()
{
Item = item, RandomSuffixId = suffix
});
}
}
}
cachedRelevantSuffixItems = suffixItemList.ToArray();
lastModel = model;
lastRace = character.Race;
}
private static string getPawnWeightFilter(Character character)
{
StringBuilder wtf = new StringBuilder();
ComparisonCalculationBase[] statValues = CalculationsBase.GetRelativeStatValues(character);
foreach (ComparisonCalculationBase ccb in statValues)
{
string stat = getPawnStatID(ccb.Name);
if (!stat.Equals(string.Empty))
{
wtf.Append(stat + "=" + ccb.OverallPoints.ToString("F2", System.Globalization.CultureInfo.InvariantCulture) + ", ");
}
}
if (wtf.Length == 0)
{
return(string.Empty);
}
else
{
return(wtf.ToString().Substring(0, wtf.Length - 2)); // remove trailing comma
}
}
public Item[] GetRelevantItems(CalculationsBase model, CharacterRace race)
{
if (cachedRelevantItems == null || model != lastModel || race != lastRace)
{
lock (syncLock)
{
// test again because of race conditions, but we still want to avoid the lock if we can because that'll be the majority case
if (cachedRelevantItems == null || model != lastModel || race != lastRace)
{
List <Item> itemList = new List <Item>(AllItems).FindAll(new Predicate <Item>(
delegate(Item item)
{
return(model.IsItemRelevant(item) && ItemFilter.IsItemRelevant(model, item) && item.FitsFaction(race));
}));
cachedRelevantItems = itemList.ToArray();
lastModel = model;
lastRace = race;
}
}
}
return(cachedRelevantItems);
}
private void CacheRelevantItems(CalculationsBase model, Character character, bool ignoreFilters = false)
{
List<Item> itemList = new List<Item>(AllItems).FindAll(new Predicate<Item>(
delegate(Item item)
{
return model.IsItemRelevant(item) // Model Relevance
&& item.FitsFaction(character.Race) // Faction Relevance
&& (ignoreFilters || ItemFilter.IsItemRelevant(model, item)) // Filters Relevance
&& character.ItemMatchesiLvlCheck(item) // iLvl check from UI Filter (non-tree)
&& character.ItemMatchesBindCheck(item) // Bind check from UI Filter (non-tree)
&& character.ItemMatchesProfCheck(item) // Prof check from UI Filter (non-tree)
&& character.ItemMatchesDropCheck(item); // Drop check from UI Filter (non-tree)
}));
cachedRelevantItems = itemList.ToArray();
List<Optimizer.SuffixItem> suffixItemList = new List<Optimizer.SuffixItem>();
foreach (var item in cachedRelevantItems)
{
if (item.AllowedRandomSuffixes == null || item.AllowedRandomSuffixes.Count == 0)
{
suffixItemList.Add(new Optimizer.SuffixItem() { Item = item, RandomSuffixId = 0 });
}
else
{
foreach (var suffix in item.AllowedRandomSuffixes)
{
suffixItemList.Add(new Optimizer.SuffixItem() { Item = item, RandomSuffixId = suffix });
}
}
}
cachedRelevantSuffixItems = suffixItemList.ToArray();
lastModel = model;
lastRace = character.Race;
}
public static Item[] GetRelevantItems(CalculationsBase model, Character character, bool ignoreFilters = false)
{
return(_instance.GetRelevantItems(model, character, ignoreFilters));
}
private void CreateBatchItemGenerator()
{
bool _overrideRegem = OverrideRegem;
bool _overrideReenchant = OverrideReenchant;
bool _overrideReforge = OverrideReforge;
Character[] characterList = new Character[BatchCharacterList.Count];
CalculationsBase[] modelList = new CalculationsBase[BatchCharacterList.Count];
for (int i = 0; i < BatchCharacterList.Count; i++)
{
characterList[i] = BatchCharacterList[i].Character;
modelList[i] = BatchCharacterList[i].Model;
}
itemGenerator = new AvailableItemGenerator(BatchCharacterList[0].Character.AvailableItems, optimizer.GreedyOptimizationMethod != GreedyOptimizationMethod.AllCombinations, TemplateGemsEnabled, _overrideRegem, _overrideReenchant, _overrideReforge, false, characterList, modelList);
// link items to availability info
for (int i = 0; i < BatchCharacterList.Count; i++)
{
for (int slot = 0; slot < Character.OptimizableSlotCount; slot++)
{
var item = BatchCharacterList[i].Character._item[slot];
if (item != null)
{
item.ItemAvailabilityInformation = null;
}
}
}
for (int i = 0; i < BatchCharacterList.Count; i++)
{
for (int slot = 0; slot < Character.OptimizableSlotCount; slot++)
{
if (slot != (int)CharacterSlot.OffHand || BatchCharacterList[i].Character.CurrentCalculations.IncludeOffHandInCalculations(BatchCharacterList[i].Character))
{
var item = BatchCharacterList[i].Character._item[slot];
if (item != null && item.ItemAvailabilityInformation == null)
{
// find a matching item availability info and assign, prefer blue diamonds
// make sure we don't reuse the same item twice on the same character
if (item.Item.AvailabilityInformation != null)
{
foreach (var iai in item.Item.AvailabilityInformation)
{
if (iai.ItemAvailable.ContainsKey(item.GemmedId))
{
bool valid = true;
for (int slot2 = 0; slot2 < Character.OptimizableSlotCount; slot2++)
{
if (slot2 != (int)CharacterSlot.OffHand || BatchCharacterList[i].Character.CurrentCalculations.IncludeOffHandInCalculations(BatchCharacterList[i].Character))
{
var item2 = BatchCharacterList[i].Character._item[slot2];
if (item2 != null && item2.ItemAvailabilityInformation == iai)
{
valid = false;
break;
}
}
}
if (valid && item.ItemAvailabilityInformation == null || iai.ItemList.Count == 1)
{
item.ItemAvailabilityInformation = iai;
}
}
}
}
// reuse the same iai for exact matches in subsequent characters, max one per character
for (int j = i + 1; j < BatchCharacterList.Count; j++)
{
for (int slot2 = 0; slot2 < Character.OptimizableSlotCount; slot2++)
{
if (slot2 != (int)CharacterSlot.OffHand || BatchCharacterList[j].Character.CurrentCalculations.IncludeOffHandInCalculations(BatchCharacterList[j].Character))
{
var item2 = BatchCharacterList[j].Character._item[slot2];
if (item2 != null && item2 == item)
{
item2.ItemAvailabilityInformation = item.ItemAvailabilityInformation;
break;
}
}
}
}
}
}
}
}
// create item restrictions for locked characters
for (int i = 0; i < BatchCharacterList.Count; i++)
{
if (BatchCharacterList[i].Locked)
{
itemGenerator.AddItemRestrictions(BatchCharacterList[i].Character);
}
}
}
public static Optimizer.SuffixItem[] GetRelevantSuffixItems(CalculationsBase model, Character character)
{
return(_instance.GetRelevantSuffixItems(model, character));
}
public static List<GemmingTemplate> GetModelTemplates(CalculationsBase model)
{
List<GemmingTemplate> list;
if (!AllTemplates.TryGetValue(model.Name, out list))
{
list = new List<GemmingTemplate>(model.DefaultGemmingTemplates);
AllTemplates[model.Name] = list;
}
return list;
}
public static List <Tinkering> FindTinkerings(ItemSlot slot, Character character, CalculationsBase model)
{
//List<ItemSlot> validSlots = new List<ItemSlot>();
//if (slot != ItemSlot.MainHand)
// validSlots.Add(slot);
//if (slot == ItemSlot.OffHand || slot == ItemSlot.MainHand || slot == ItemSlot.TwoHand)
// validSlots.Add(ItemSlot.OneHand);
//if (slot == ItemSlot.MainHand)
// validSlots.Add(ItemSlot.TwoHand);
return(AllTinkerings.FindAll(new Predicate <Tinkering>(
delegate(Tinkering Tinkering)
{
return Tinkering.Slot == ItemSlot.None ||
model.IsTinkeringRelevant(Tinkering, character) &&
(slot == ItemSlot.None || Tinkering.FitsInSlot(slot, character));
}
)));
}
public static Item[] GetRelevantItems(CalculationsBase model, Character character, bool ignoreFilters = false) { return _instance.GetRelevantItems(model, character, ignoreFilters); }
internal Item[] GetRelevantItemsInternal(CalculationsBase model, Character character, bool ignoreFilters = false)
{
List<Item> itemList = new List<Item>(AllItems).FindAll(new Predicate<Item>(
delegate(Item item) {
return model.IsItemRelevant(item) // Model Relevance
&& (ignoreFilters || ItemFilter.IsItemRelevant(model, item)) // Filters Relevance
&& (character == null || item.FitsFaction(character.Race)) // Faction Relevance
&& (character == null || character.ItemMatchesiLvlCheck(item)) // iLvl check from UI Filter (non-tree)
&& (character == null || character.ItemMatchesBindCheck(item)) // Bind check from UI Filter (non-tree)
&& (character == null || character.ItemMatchesProfCheck(item)) // Prof check from UI Filter (non-tree)
&& (character == null || character.ItemMatchesDropCheck(item)); // Drop check from UI Filter (non-tree)
}));
return itemList.ToArray();
}
public static List <Tinkering> FindTinkerings(ItemSlot slot, Character character, List <string> availableIds, CalculationsBase model)
{
return(AllTinkerings.FindAll(new Predicate <Tinkering>(
delegate(Tinkering Tinkering)
{
return Tinkering.Id == 0 ||
((Tinkering.Slot == ItemSlot.None ||
model.IsTinkeringRelevant(Tinkering, character) && (slot == ItemSlot.None || Tinkering.FitsInSlot(slot, character))) &&
availableIds.Contains((-1 * (Tinkering.Id + ((int)AvailableItemIDModifiers.Tinkerings * (int)Tinkering.Slot))).ToString()));
}
)));
}
public static Item[] GetRelevantItems(CalculationsBase model, CharacterRace race)
{
return(_instance.GetRelevantItems(model, race));
}
public Item[] GetUnfilteredRelevantItems(CalculationsBase model, CharacterRace race)
{
List<Item> itemList = new List<Item>(AllItems).FindAll(new Predicate<Item>(
delegate(Item item)
{
return model.IsItemRelevant(item) && item.FitsFaction(race);
}));
return itemList.ToArray();
}
public static List <Enchant> FindEnchants(Item.ItemSlot slot, List <string> availableIds, CalculationsBase model)
{
List <Item.ItemSlot> validSlots = new List <Item.ItemSlot>();
if (slot != Item.ItemSlot.MainHand)
{
validSlots.Add(slot);
}
if (slot == Item.ItemSlot.OffHand || slot == Item.ItemSlot.MainHand)
{
validSlots.Add(Item.ItemSlot.OneHand);
}
if (slot == Item.ItemSlot.MainHand)
{
validSlots.Add(Item.ItemSlot.TwoHand);
}
return(AllEnchants.FindAll(new Predicate <Enchant>(
delegate(Enchant enchant)
{
return ((model.HasRelevantStats(enchant.Stats) &&
(validSlots.Contains(enchant.Slot) || slot == Item.ItemSlot.None) || enchant.Slot == Item.ItemSlot.None) &&
availableIds.Contains((-1 * (enchant.Id + (10000 * (int)enchant.Slot))).ToString())) ||
enchant.Id == 0;
}
)));
}
public Optimizer.SuffixItem[] GetRelevantSuffixItems(CalculationsBase model, Character character, bool ignoreFilters = false)//CharacterRace race)
{
if (cachedRelevantSuffixItems == null || model != lastModel || character.Race != lastRace)
{
lock (syncLock)
{
// test again because of race conditions, but we still want to avoid the lock if we can because that'll be the majority case
if (cachedRelevantSuffixItems == null || model != lastModel || character.Race != lastRace)
{
CacheRelevantItems(model, character, ignoreFilters);
}
}
}
return cachedRelevantSuffixItems;
}
public void UpdateScalingGraph(Character character, Stats[] statsList, Stats baseStat, bool requiresReferenceCalculations, Color[] colors, int scale, string explanatoryText, string calculation)
{
CharacterCalculationsBase baseCalc = Calculations.GetCharacterCalculations(character);
if (statsList.Length == 0 || statsList.Length > colors.Length)
{
return; // more than 12 elements for the array would run out of colours
}
Point[][] points = new Point[statsList.Length][];
// extract property data for relative stats calculations
KeyValuePair <PropertyInfo, float>[] properties = new KeyValuePair <PropertyInfo, float> [statsList.Length];
for (int index = 0; index < statsList.Length; index++)
{
var p = statsList[index].Values(x => x > 0);
foreach (var kvp in p)
{
properties[index] = kvp;
}
points[index] = new Point[2 * scale + 1];
}
float unit = 1f;
var bp = baseStat.Values(x => x > 0);
foreach (var kvp in bp)
{
unit = kvp.Value;
}
Chart.Series.Clear();
for (int count = -scale; count <= scale; count++)
{
Stats newStats = new Stats();
newStats.Accumulate(baseStat, count);
Item item = new Item()
{
Stats = newStats
};
if (requiresReferenceCalculations)
{
Calculations.GetCharacterCalculations(character, item, true, false, false);
}
for (int index = 0; index < statsList.Length; index++)
{
ComparisonCalculationBase currentCalc = CalculationsBase.GetRelativeStatValue(character, properties[index].Key, item, properties[index].Value);
float dpsChange = GetCalculationValue(currentCalc, calculation);
points[index][count + scale] = new Point(count * unit, dpsChange);
}
}
for (int index = 0; index < statsList.Length; index++)
{
Style dataPointStyle = new Style(typeof(LineDataPoint));
dataPointStyle.Setters.Add(new Setter(DataPoint.TemplateProperty, Resources["InvisibleDataPointTemplate"]));
dataPointStyle.Setters.Add(new Setter(DataPoint.BackgroundProperty, new SolidColorBrush(colors[index])));
Chart.Series.Add(new LineSeries()
{
Title = statsList[index].ToString(),
ItemsSource = points[index],
IndependentValuePath = "X",
DependentValuePath = "Y",
DataPointStyle = dataPointStyle,
});
}
Chart.Axes.Clear();
Chart.Axes.Add(new LinearAxis()
{
Orientation = AxisOrientation.X,
Title = "Stat Change",
ShowGridLines = true,
});
Chart.Axes.Add(new LinearAxis()
{
Orientation = AxisOrientation.Y,
Title = calculation,
ShowGridLines = true,
});
// restore reference calculation
if (requiresReferenceCalculations)
{
Stats newStats = new Stats();
Item item = new Item()
{
Stats = newStats
};
Calculations.GetCharacterCalculations(character, item, true, false, false);
}
orgDataDirty = true;
}
public static Item[] GetUnfilteredRelevantItems(CalculationsBase model, CharacterRace race) { return _instance.GetUnfilteredRelevantItems(model, race); }
public static void LoadModel(CalculationsBase model)
{
if (Instance != model)
{
OnModelChanging();
Instance = model;
OnModelChanged();
}
}
public static Optimizer.SuffixItem[] GetRelevantSuffixItems(CalculationsBase model, Character character) { return _instance.GetRelevantSuffixItems(model, character); }
public static void LoadModel(CalculationsBase model)
{
OnModelChanging();
Instance = model;
OnModelChanged();
}