/// <summary>Clones the stats object for duplication with separation</summary>
public new StatsWarrior Clone()
{
StatsWarrior clone = (StatsWarrior)this.MemberwiseClone();
StatsWarrior retVal = new StatsWarrior();
//
retVal.Accumulate(base.Clone());
//
retVal._rawAdditiveWarriorData = (float[])clone._rawAdditiveWarriorData.Clone();
retVal._rawMultiplicativeWarriorData = (float[])clone._rawMultiplicativeWarriorData.Clone();
retVal._rawInverseMultiplicativeWarriorData = (float[])clone._rawInverseMultiplicativeWarriorData.Clone();
retVal._rawNoStackWarriorData = (float[])clone._rawNoStackWarriorData.Clone();
//
return(retVal);
}
public void Accumulate(StatsWarrior data, float weight)
{
#region Base
if (data.sparseIndices != null)
{
int i = 0;
for (int a = 0; a < data.sparseAdditiveCount; a++, i++)
{
int index = data.sparseIndices[i];
rawAdditiveData[index] += weight * data.rawAdditiveData[index];
}
for (int a = 0; a < data.sparseMultiplicativeCount; a++, i++)
{
int index = data.sparseIndices[i];
rawMultiplicativeData[index] = (1 + rawMultiplicativeData[index]) * (1 + weight * data.rawMultiplicativeData[index]) - 1;
}
for (int a = 0; a < data.sparseInverseMultiplicativeCount; a++, i++)
{
int index = data.sparseIndices[i];
rawInverseMultiplicativeData[index] = 1 - (1 - rawInverseMultiplicativeData[index]) * (1 - weight * data.rawInverseMultiplicativeData[index]);
}
for (int a = 0; a < data.sparseNoStackCount; a++, i++)
{
int index = data.sparseIndices[i];
float value = weight * data.rawNoStackData[index];
if (value > rawNoStackData[index]) rawNoStackData[index] = value;
}
}
else
{
float[] add = data.rawAdditiveData;
for (int i = 0; i < rawAdditiveData.Length; i++)
{
rawAdditiveData[i] += weight * add[i];
}
add = data.rawMultiplicativeData;
for (int i = 0; i < rawMultiplicativeData.Length; i++)
{
rawMultiplicativeData[i] = (1 + rawMultiplicativeData[i]) * (1 + weight * add[i]) - 1;
}
add = data.rawInverseMultiplicativeData;
for (int i = 0; i < rawInverseMultiplicativeData.Length; i++)
{
rawInverseMultiplicativeData[i] = 1 - (1 - rawInverseMultiplicativeData[i]) * (1 - weight * add[i]);
}
add = data.rawNoStackData;
for (int i = 0; i < rawNoStackData.Length; i++)
{
if (weight * add[i] > rawNoStackData[i]) rawNoStackData[i] = weight * add[i];
}
}
#endregion
#region Warrior
if (data._sparseIndicesWarrior != null)
{
int i = 0;
for (int a = 0; a < data._sparseAdditiveWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
_rawAdditiveWarriorData[index] += weight * data._rawAdditiveWarriorData[index];
}
for (int a = 0; a < data._sparseMultiplicativeWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
_rawMultiplicativeWarriorData[index] = (1 + _rawMultiplicativeWarriorData[index]) * (1 + weight * data._rawMultiplicativeWarriorData[index]) - 1;
}
for (int a = 0; a < data._sparseInverseMultiplicativeWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
_rawInverseMultiplicativeWarriorData[index] = 1 - (1 - _rawInverseMultiplicativeWarriorData[index]) * (1 - weight * data._rawInverseMultiplicativeWarriorData[index]);
}
for (int a = 0; a < data._sparseNoStackWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
float value = weight * data._rawNoStackWarriorData[index];
if (value > _rawNoStackWarriorData[index]) _rawNoStackWarriorData[index] = value;
}
}
else
{
float[] add = data._rawAdditiveWarriorData;
for (int i = 0; i < _rawAdditiveWarriorData.Length; i++)
{
_rawAdditiveWarriorData[i] += weight * add[i];
}
add = data._rawMultiplicativeWarriorData;
for (int i = 0; i < _rawMultiplicativeWarriorData.Length; i++)
{
_rawMultiplicativeWarriorData[i] = (1 + _rawMultiplicativeWarriorData[i]) * (1 + weight * add[i]) - 1;
}
add = data._rawInverseMultiplicativeWarriorData;
for (int i = 0; i < _rawInverseMultiplicativeWarriorData.Length; i++)
{
_rawInverseMultiplicativeWarriorData[i] = 1 - (1 - _rawInverseMultiplicativeWarriorData[i]) * (1 - weight * add[i]);
}
add = data._rawNoStackWarriorData;
for (int i = 0; i < _rawNoStackWarriorData.Length; i++)
{
if (weight * add[i] > _rawNoStackWarriorData[i]) _rawNoStackWarriorData[i] = weight * add[i];
}
}
#endregion
if (data._rawSpecialEffectDataSize > 0)
{
EnsureSpecialEffectCapacity(_rawSpecialEffectDataSize + data._rawSpecialEffectDataSize);
Array.Copy(data._rawSpecialEffectData, 0, _rawSpecialEffectData, _rawSpecialEffectDataSize, data._rawSpecialEffectDataSize);
_rawSpecialEffectDataSize += data._rawSpecialEffectDataSize;
}
}
/// <summary>Clones the stats object for duplication with separation</summary>
public new StatsWarrior Clone() {
StatsWarrior clone = (StatsWarrior)this.MemberwiseClone();
StatsWarrior retVal = new StatsWarrior();
//
retVal.Accumulate(base.Clone());
//
retVal._rawAdditiveWarriorData = (float[])clone._rawAdditiveWarriorData.Clone();
retVal._rawMultiplicativeWarriorData = (float[])clone._rawMultiplicativeWarriorData.Clone();
retVal._rawInverseMultiplicativeWarriorData = (float[])clone._rawInverseMultiplicativeWarriorData.Clone();
retVal._rawNoStackWarriorData = (float[])clone._rawNoStackWarriorData.Clone();
//
return retVal;
}
private StatsWarrior GetSpecialEffectStats(Player player)
{
StatsWarrior statsSpecialEffects = new StatsWarrior();
Dictionary<Trigger, float> triggerIntervals = new Dictionary<Trigger, float>();
Dictionary<Trigger, float> triggerChances = new Dictionary<Trigger, float>();
player.DefendModel = new DefendModel(player);
player.AttackModel = new AttackModel(player, AttackModelMode.Optimal);
float effectiveMasteryRating = Lookup.MaxEffectiveMasteryRating(player);
float effectiveBuffedMasteryRating = effectiveMasteryRating * (1.0f - 10.0f / player.CalcOpts.ShieldBlockInterval) +
Lookup.MaxEffectiveBuffedMasteryRating(player) * (10.0f / player.CalcOpts.ShieldBlockInterval);
triggerIntervals[Trigger.Use] = 0.0f;
triggerIntervals[Trigger.MeleeAttack] = player.AttackModel.WeaponAttacksPerSecond;
triggerIntervals[Trigger.MeleeHit] = triggerIntervals[Trigger.MeleeAttack];
triggerIntervals[Trigger.MeleeCrit] = triggerIntervals[Trigger.MeleeAttack];
triggerIntervals[Trigger.PhysicalHit] = triggerIntervals[Trigger.MeleeAttack];
triggerIntervals[Trigger.PhysicalAttack] = triggerIntervals[Trigger.MeleeAttack];
triggerIntervals[Trigger.PhysicalCrit] = triggerIntervals[Trigger.MeleeAttack];
triggerIntervals[Trigger.ExecuteHit] = triggerIntervals[Trigger.MeleeAttack];
triggerIntervals[Trigger.DoTTick] = (player.Talents.DeepWounds > 0) ? 2.0f : 0.0f;
triggerIntervals[Trigger.DamageDone] = triggerIntervals[Trigger.MeleeAttack] + triggerIntervals[Trigger.DoTTick];
triggerIntervals[Trigger.DamageOrHealingDone] = triggerIntervals[Trigger.DamageDone];
triggerIntervals[Trigger.DamageTaken] = 1.0f / player.DefendModel.AttackerSwingsPerSecond;
triggerIntervals[Trigger.DamageAvoided] = triggerIntervals[Trigger.DamageTaken];
triggerIntervals[Trigger.DamageParried] = triggerIntervals[Trigger.DamageTaken];
triggerIntervals[Trigger.DamageTakenPutsMeBelow35PercHealth] = triggerIntervals[Trigger.DamageTaken];
triggerIntervals[Trigger.ShieldBlock] = 60f - (player.Talents.ShieldMastery * 10f);
triggerChances[Trigger.Use] = 1.0f;
triggerChances[Trigger.MeleeAttack] = 1.0f;
triggerChances[Trigger.MeleeHit] = player.AttackModel.HitsPerSecond / player.AttackModel.WeaponAttacksPerSecond;
triggerChances[Trigger.MeleeCrit] = player.AttackModel.CritsPerSecond / player.AttackModel.WeaponAttacksPerSecond;
triggerChances[Trigger.PhysicalAttack] = 1.0f;
triggerChances[Trigger.PhysicalHit] = triggerChances[Trigger.MeleeHit];
triggerChances[Trigger.PhysicalCrit] = triggerChances[Trigger.MeleeCrit];
triggerChances[Trigger.ExecuteHit] = triggerChances[Trigger.MeleeHit];
triggerChances[Trigger.DoTTick] = (player.Talents.DeepWounds > 0) ? 1.0f : 0.0f;
triggerChances[Trigger.DamageDone] = (player.AttackModel.HitsPerSecond + ((player.Talents.DeepWounds > 0) ? 2.0f : 0.0f))
/ (player.AttackModel.WeaponAttacksPerSecond + ((player.Talents.DeepWounds > 0) ? 1.0f : 0.0f));
triggerChances[Trigger.DamageOrHealingDone] = triggerChances[Trigger.DamageDone];
triggerChances[Trigger.DamageTaken] = player.DefendModel.AttackerHitsPerSecond / player.DefendModel.AttackerSwingsPerSecond;
triggerChances[Trigger.DamageAvoided] = player.DefendModel.DefendTable.AnyAvoid;
triggerChances[Trigger.DamageParried] = player.DefendModel.DefendTable.Parry;
triggerChances[Trigger.DamageTakenPutsMeBelow35PercHealth] = triggerChances[Trigger.DamageTaken] * 0.35f;
triggerChances[Trigger.ShieldBlock] = 1.0f;
foreach (SpecialEffect effect in player.Stats.SpecialEffects())
{
if (RelevantTriggers.Contains(effect.Trigger))
{
// Effective Mastery Capping on Large Proc Effects
if ((effect.Trigger == Trigger.Use && effect.Stats.MasteryRating > effectiveMasteryRating) || effect.Stats.MasteryRating > effectiveBuffedMasteryRating)
{
Stats cappedStats = new Stats();
cappedStats.Accumulate(effect.Stats);
// Assume Use Effects Bypass Shield Block Collision
if (effect.Trigger == Trigger.Use)
cappedStats.MasteryRating = effectiveMasteryRating;
else
cappedStats.MasteryRating = effectiveBuffedMasteryRating;
// calculate average up-time of this trinket
float averageUpTime = 0.0f;
if (effect.Trigger == Trigger.ExecuteHit)
averageUpTime = effect.GetAverageFactor(triggerIntervals[effect.Trigger], triggerChances[effect.Trigger], player.AttackModel.WeaponSpeed, player.BossOpts.BerserkTimer * (float)player.BossOpts.Under20Perc);
else
averageUpTime = effect.GetAverageFactor(triggerIntervals[effect.Trigger], triggerChances[effect.Trigger], player.AttackModel.WeaponSpeed, player.BossOpts.BerserkTimer);
// accumulate the capped stats from the trinket into our final stats
statsSpecialEffects.Accumulate(cappedStats, averageUpTime);
}
else
{
if (effect.Trigger == Trigger.ExecuteHit)
effect.AccumulateAverageStats(statsSpecialEffects, triggerIntervals, triggerChances, player.AttackModel.WeaponSpeed, player.BossOpts.BerserkTimer * (float)player.BossOpts.Under20Perc);
else
effect.AccumulateAverageStats(statsSpecialEffects, triggerIntervals, triggerChances, player.AttackModel.WeaponSpeed, player.BossOpts.BerserkTimer);
}
}
}
// Base Stats
statsSpecialEffects.Stamina = (float)Math.Floor(statsSpecialEffects.Stamina * (1.0f + player.Stats.BonusStaminaMultiplier));
statsSpecialEffects.Strength = (float)Math.Floor(statsSpecialEffects.Strength * (1.0f + player.Stats.BonusStrengthMultiplier));
statsSpecialEffects.Agility = (float)Math.Floor(statsSpecialEffects.Agility * (1.0f + player.Stats.BonusAgilityMultiplier));
return statsSpecialEffects;
}
private void AccumulateCharacterStats(Player player, Item additionalItem)
{
float baseStrength, baseBonusMasteryBlockPercentage, baseParryRatingFromStrength;
// Items and Buffs
StatsWarrior statsItemsBuffs = new StatsWarrior();
AccumulateItemStats(statsItemsBuffs, player.Character, additionalItem);
statsItemsBuffs.Accumulate(GetBuffsStats(player)); // AccumulateBuffsStats(statsItemsBuffs, player.Character.ActiveBuffs);
player.Stats.Accumulate(statsItemsBuffs);
// Race Stats
StatsWarrior statsRace = new StatsWarrior();
statsRace.Accumulate(BaseStats.GetBaseStats(player.Character.Level, CharacterClass.Warrior, player.Character.Race));
statsRace.Expertise += BaseStats.GetRacialExpertise(player.Character, ItemSlot.MainHand);
player.Stats.Accumulate(statsRace);
// Talents
StatsWarrior statsTalents = new StatsWarrior() {
Block = 0.15f, // Sentinel
BonusStaminaMultiplier = (1.0f + 0.15f) * (1.0f + (Character.ValidateArmorSpecialization(player.Character, ItemType.Plate) ? 0.05f : 0.0f)) - 1.0f, // Sentinel & Plate Specialization
BaseArmorMultiplier = player.Talents.Toughness * 0.03f,
};
if (player.Talents.HoldTheLine > 0)
statsTalents.AddSpecialEffect(_SE_HoldTheLine[player.Talents.HoldTheLine]);
if (player.Talents.BastionOfDefense > 0)
statsTalents.AddSpecialEffect(_SE_BastionOfDefense[player.Talents.BastionOfDefense]);
player.Stats.Accumulate(statsTalents);
// Base Stats
player.Stats.BaseAgility = statsRace.Agility;
player.Stats.Stamina = (float)Math.Floor((statsRace.Stamina + statsTalents.Stamina) * (1.0f + player.Stats.BonusStaminaMultiplier));
player.Stats.Stamina += (float)Math.Floor(statsItemsBuffs.Stamina * (1.0f + player.Stats.BonusStaminaMultiplier));
player.Stats.Strength = baseStrength = (float)Math.Floor((statsRace.Strength + statsTalents.Strength) * (1.0f + player.Stats.BonusStrengthMultiplier));
player.Stats.Strength += (float)Math.Floor(statsItemsBuffs.Strength * (1.0f + player.Stats.BonusStrengthMultiplier));
player.Stats.Agility = (float)Math.Floor((statsRace.Agility + statsTalents.Agility) * (1.0f + player.Stats.BonusAgilityMultiplier));
player.Stats.Agility += (float)Math.Floor(statsItemsBuffs.Agility * (1.0f + player.Stats.BonusAgilityMultiplier));
// First-Pass Avoidance for Accurate Special Effect Trigger Chances
baseBonusMasteryBlockPercentage = Lookup.BonusMasteryBlockPercentage(player);
baseParryRatingFromStrength = (player.Stats.Strength - baseStrength) * 0.27f; // Parry Rating conversion ignores base Strength
player.Stats.Block += baseBonusMasteryBlockPercentage;
player.Stats.ParryRating += baseParryRatingFromStrength;
// Calculate Procs and Special Effects
player.Stats.Accumulate(GetSpecialEffectStats(player));
// Highest Stat Effects
if (player.Stats.Strength > player.Stats.Agility)
player.Stats.Strength += (float)Math.Floor((player.Stats.HighestStat + player.Stats.Paragon) * (1.0f + player.Stats.BonusStrengthMultiplier));
else
player.Stats.Agility += (float)Math.Floor((player.Stats.HighestStat + player.Stats.Paragon) * (1.0f + player.Stats.BonusAgilityMultiplier));
if (player.Stats.HighestSecondaryStat > 0)
{
float paragonValue = player.Stats.HighestSecondaryStat; // how much paragon to add
player.Stats.HighestSecondaryStat = 0f; // remove Paragon stat, since it's not needed
if (player.Stats.CritRating > player.Stats.HasteRating && player.Stats.CritRating > player.Stats.MasteryRating)
player.Stats.CritRating += paragonValue;
else if (player.Stats.HasteRating > player.Stats.CritRating && player.Stats.HasteRating > player.Stats.MasteryRating)
player.Stats.HasteRating += paragonValue;
else
player.Stats.MasteryRating += paragonValue;
}
// Defensive Stats, Add Difference of First-Pass and Second-Pass Block/Parry
player.Stats.Armor = (float)Math.Ceiling(player.Stats.Armor * (1.0f + player.Stats.BaseArmorMultiplier));
player.Stats.Armor += (float)Math.Ceiling(player.Stats.BonusArmor * (1.0f + player.Stats.BonusArmorMultiplier));
player.Stats.Block += (Lookup.BonusMasteryBlockPercentage(player) - baseBonusMasteryBlockPercentage);
player.Stats.ParryRating += (((player.Stats.Strength - baseStrength) * 0.27f) - baseParryRatingFromStrength); // Parry Rating conversion ignores base Strength
player.Stats.NatureResistance += player.Stats.NatureResistanceBuff;
player.Stats.FireResistance += player.Stats.FireResistanceBuff;
player.Stats.FrostResistance += player.Stats.FrostResistanceBuff;
player.Stats.ShadowResistance += player.Stats.ShadowResistanceBuff;
player.Stats.ArcaneResistance += player.Stats.ArcaneResistanceBuff;
// Final Derived Stats
player.Stats.Health += StatConversion.GetHealthFromStamina(player.Stats.Stamina, CharacterClass.Warrior) + player.Stats.BattlemasterHealthProc;
player.Stats.Health = (float)Math.Floor(player.Stats.Health * (1.0f + player.Stats.BonusHealthMultiplier));
player.Stats.AttackPower += player.Stats.Strength * 2.0f + (player.Stats.Health * 0.1f * player.CalcOpts.AverageVengeance);
player.Stats.AttackPower = (float)Math.Floor(player.Stats.AttackPower * (1.0f + player.Stats.BonusAttackPowerMultiplier));
}
public void Accumulate(StatsWarrior data, float weight)
{
#region Base
if (data.sparseIndices != null)
{
int i = 0;
for (int a = 0; a < data.sparseAdditiveCount; a++, i++)
{
int index = data.sparseIndices[i];
rawAdditiveData[index] += weight * data.rawAdditiveData[index];
}
for (int a = 0; a < data.sparseMultiplicativeCount; a++, i++)
{
int index = data.sparseIndices[i];
rawMultiplicativeData[index] = (1 + rawMultiplicativeData[index]) * (1 + weight * data.rawMultiplicativeData[index]) - 1;
}
for (int a = 0; a < data.sparseInverseMultiplicativeCount; a++, i++)
{
int index = data.sparseIndices[i];
rawInverseMultiplicativeData[index] = 1 - (1 - rawInverseMultiplicativeData[index]) * (1 - weight * data.rawInverseMultiplicativeData[index]);
}
for (int a = 0; a < data.sparseNoStackCount; a++, i++)
{
int index = data.sparseIndices[i];
float value = weight * data.rawNoStackData[index];
if (value > rawNoStackData[index])
{
rawNoStackData[index] = value;
}
}
}
else
{
float[] add = data.rawAdditiveData;
for (int i = 0; i < rawAdditiveData.Length; i++)
{
rawAdditiveData[i] += weight * add[i];
}
add = data.rawMultiplicativeData;
for (int i = 0; i < rawMultiplicativeData.Length; i++)
{
rawMultiplicativeData[i] = (1 + rawMultiplicativeData[i]) * (1 + weight * add[i]) - 1;
}
add = data.rawInverseMultiplicativeData;
for (int i = 0; i < rawInverseMultiplicativeData.Length; i++)
{
rawInverseMultiplicativeData[i] = 1 - (1 - rawInverseMultiplicativeData[i]) * (1 - weight * add[i]);
}
add = data.rawNoStackData;
for (int i = 0; i < rawNoStackData.Length; i++)
{
if (weight * add[i] > rawNoStackData[i])
{
rawNoStackData[i] = weight * add[i];
}
}
}
#endregion
#region Warrior
if (data._sparseIndicesWarrior != null)
{
int i = 0;
for (int a = 0; a < data._sparseAdditiveWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
_rawAdditiveWarriorData[index] += weight * data._rawAdditiveWarriorData[index];
}
for (int a = 0; a < data._sparseMultiplicativeWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
_rawMultiplicativeWarriorData[index] = (1 + _rawMultiplicativeWarriorData[index]) * (1 + weight * data._rawMultiplicativeWarriorData[index]) - 1;
}
for (int a = 0; a < data._sparseInverseMultiplicativeWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
_rawInverseMultiplicativeWarriorData[index] = 1 - (1 - _rawInverseMultiplicativeWarriorData[index]) * (1 - weight * data._rawInverseMultiplicativeWarriorData[index]);
}
for (int a = 0; a < data._sparseNoStackWarriorCount; a++, i++)
{
int index = data._sparseIndicesWarrior[i];
float value = weight * data._rawNoStackWarriorData[index];
if (value > _rawNoStackWarriorData[index])
{
_rawNoStackWarriorData[index] = value;
}
}
}
else
{
float[] add = data._rawAdditiveWarriorData;
for (int i = 0; i < _rawAdditiveWarriorData.Length; i++)
{
_rawAdditiveWarriorData[i] += weight * add[i];
}
add = data._rawMultiplicativeWarriorData;
for (int i = 0; i < _rawMultiplicativeWarriorData.Length; i++)
{
_rawMultiplicativeWarriorData[i] = (1 + _rawMultiplicativeWarriorData[i]) * (1 + weight * add[i]) - 1;
}
add = data._rawInverseMultiplicativeWarriorData;
for (int i = 0; i < _rawInverseMultiplicativeWarriorData.Length; i++)
{
_rawInverseMultiplicativeWarriorData[i] = 1 - (1 - _rawInverseMultiplicativeWarriorData[i]) * (1 - weight * add[i]);
}
add = data._rawNoStackWarriorData;
for (int i = 0; i < _rawNoStackWarriorData.Length; i++)
{
if (weight * add[i] > _rawNoStackWarriorData[i])
{
_rawNoStackWarriorData[i] = weight * add[i];
}
}
}
#endregion
if (data._rawSpecialEffectDataSize > 0)
{
EnsureSpecialEffectCapacity(_rawSpecialEffectDataSize + data._rawSpecialEffectDataSize);
Array.Copy(data._rawSpecialEffectData, 0, _rawSpecialEffectData, _rawSpecialEffectDataSize, data._rawSpecialEffectDataSize);
_rawSpecialEffectDataSize += data._rawSpecialEffectDataSize;
}
}