private Stats CalcNormalProc(SpecialEffect effect, Dictionary <int, float> periods, Dictionary <int, float> chances)
{
Stats effectStats = effect.Stats;
Stats proc = effect.GetAverageStats(periods[(int)effect.Trigger], chances[(int)effect.Trigger], CalculationsWarlock.AVG_UNHASTED_CAST_TIME, BossOpts.BerserkTimer);
// Handle "recursive effects" - i.e. those that *enable* a
// proc during a short window.
if (effect.Stats._rawSpecialEffectDataSize == 1 && periods.ContainsKey((int)effect.Stats._rawSpecialEffectData[0].Trigger))
{
SpecialEffect inner = effect.Stats._rawSpecialEffectData[0];
Stats innerStats = inner.GetAverageStats(periods[(int)inner.Trigger], chances[(int)inner.Trigger], 1f, effect.Duration);
float upTime = effect.GetAverageUptime(periods[(int)effect.Trigger], chances[(int)effect.Trigger], 1f, BossOpts.BerserkTimer);
proc.Accumulate(innerStats, upTime);
}
// E.g. Sorrowsong
if (effect.LimitedToExecutePhase)
{
proc *= CalcOpts.ThirtyFive;
}
return(proc);
}
/// <summary>
/// Get Character Stats for multiple calls. Allowing means by which to stack different sets/Special effects.
/// </summary>
/// <param name="character"></param>
/// <param name="additionalItem"></param>
/// <param name="sType">Enum describing which set of stats we want.</param>
/// <returns></returns>
private StatsDK GetCharacterStats(Character character, Item additionalItem, StatType sType, TankDKChar TDK, Rotation rot = null)
{
StatsDK statsTotal = new StatsDK();
if (null == character.CalculationOptions)
{
// Possibly put some error text here.
return statsTotal;
}
// Warning TDK can be blank at this point.
TDK.Char = character;
TDK.calcOpts = character.CalculationOptions as CalculationOptionsTankDK;
TDK.bo = character.BossOptions;
// Start populating data w/ Basic racial & class baseline.
Stats BStats = BaseStats.GetBaseStats(character);
statsTotal.Accumulate(BStats);
statsTotal.BaseAgility = BStats.Agility;
AccumulateItemStats(statsTotal, character, additionalItem);
// Stack only the info we care about.
statsTotal = GetRelevantStatsLocal(statsTotal);
AccumulateBuffsStats(statsTotal, character.ActiveBuffs);
AccumulateSetBonusStats(statsTotal, character.SetBonusCount);
#region Tier Bonuses: Tank
#region T11
int tierCount;
if (character.SetBonusCount.TryGetValue("Magma Plated Battlearmor", out tierCount))
{
if (tierCount >= 2) { statsTotal.b2T11_Tank = true; }
if (tierCount >= 4) { statsTotal.b4T11_Tank = true; }
}
if (statsTotal.b4T11_Tank)
statsTotal.AddSpecialEffect(_SE_IBF[1]);
else
statsTotal.AddSpecialEffect(_SE_IBF[0]);
#endregion
#region T12
if (character.SetBonusCount.TryGetValue("Elementium Deathplate Battlearmor", out tierCount))
{
if (tierCount >= 2) { statsTotal.b2T12_Tank = true; }
if (tierCount >= 4) { statsTotal.b4T12_Tank = true; }
}
if (statsTotal.b2T12_Tank)
{
// Your melee attacks cause Burning Blood on your target,
// which deals 800 Fire damage every 2 for 6 sec and
// causes your abilities to behave as if you had 2 diseases
// present on the target.
// Implemented in CombatState DiseaseCount
statsTotal.FireDamage = 800 / 2;
}
if (statsTotal.b4T12_Tank)
{
// Your when your Dancing Rune Weapon expires, it grants 15% additional parry chance for 12 sec.
// Implemented in DRW talent Static Special Effect.
}
#endregion
#region T13
if (character.SetBonusCount.TryGetValue("Necrotic Boneplate Armor", out tierCount))
{
if (tierCount >= 2) { statsTotal.b2T13_Tank = true; }
if (tierCount >= 4) { statsTotal.b4T13_Tank = true; }
}
if (statsTotal.b2T13_Tank)
{
// When an attack drops your health below 35%, one of your Blood Runes
// will immediately activate and convert into a Death Rune for the next
// 20 sec. This effect cannot occur more than once every 45 sec.
}
if (statsTotal.b4T13_Tank)
{
// Your Vampiric Blood ability also affects all party and raid members
// for 50% of the effect it has on you.
}
#endregion
#endregion
Rawr.DPSDK.CalculationsDPSDK.RemoveDuplicateRunes(statsTotal, character, true/*statsTotal.bDW*/);
Rawr.DPSDK.CalculationsDPSDK.AccumulateTalents(statsTotal, character);
Rawr.DPSDK.CalculationsDPSDK.AccumulatePresenceStats(statsTotal, Presence.Blood, character.DeathKnightTalents);
statsTotal.ArcaneResistance += statsTotal.ArcaneResistanceBuff; statsTotal.ArcaneResistanceBuff = 0f;
statsTotal.FireResistance += statsTotal.FireResistanceBuff; statsTotal.FireResistanceBuff = 0f;
statsTotal.FrostResistance += statsTotal.FrostResistanceBuff; statsTotal.FrostResistanceBuff = 0f;
statsTotal.NatureResistance += statsTotal.NatureResistanceBuff; statsTotal.NatureResistanceBuff = 0f;
statsTotal.ShadowResistance += statsTotal.ShadowResistanceBuff; statsTotal.ShadowResistanceBuff = 0f;
/* At this point, we're combined all the data from gear and talents and all that happy jazz.
* However, we haven't applied any special effects nor have we applied any multipliers.
* Many special effects are now getting dependant upon combat info (rotations).
*/
StatsDK PreRatingsBase = statsTotal.Clone() as StatsDK;
// Apply the ratings to actual stats.
ProcessRatings(statsTotal);
ProcessAvoidance(statsTotal, TDK.bo.Level, TDK.Char, PreRatingsBase);
statsTotal.EffectiveParry = 0;
if (character.MainHand != null)
{
statsTotal.EffectiveParry = statsTotal.Parry;
}
float fChanceToGetHit = 1f - Math.Min(1f, statsTotal.Miss + statsTotal.Dodge + statsTotal.EffectiveParry);
// Now comes the special handling for secondary stats passes that are dependant upon Boss & Rotation values.
if (sType != StatType.Unbuffed
&& (null != TDK.bo && null != rot)) // Make sure we have the rotation and Boss info.
{
#region Special Effects
#region Talent: Bone Shield
if (character.DeathKnightTalents.BoneShield > 0)
{
int BSStacks = 4; // The number of bones by default.
if (Rawr.Properties.GeneralSettings.Default.PTRMode)
BSStacks = 6; // The number of bones by default.
float BoneLossRate = Math.Max(2f, TDK.bo.DynamicCompiler_Attacks.AttackSpeed / fChanceToGetHit); // 2 sec internal cooldown on loosing bones so the DK can't get spammed to death.
float moveVal = character.DeathKnightTalents.GlyphofBoneShield ? 0.15f : 0f;
SpecialEffect primary = new SpecialEffect(Trigger.Use,
new Stats() { DamageTakenReductionMultiplier = 0.20f, BonusDamageMultiplier = 0.02f, MovementSpeed = moveVal, },
BoneLossRate * BSStacks, 60) {BypassCache = true,};
statsTotal.AddSpecialEffect(primary);
}
#endregion
#region Vengeance
// Vengence has the chance to increase AP.
int iVengenceMax = (int)(statsTotal.Stamina + (BaseStats.GetBaseStats(character).Health) * .1);
int iAttackPowerMax = (int)statsTotal.AttackPower + iVengenceMax;
float mitigatedDPS = TDK.bo.GetDPSByType(TDK.role, 0, statsTotal.DamageTakenReductionMultiplier,
0, .14f, statsTotal.Miss, statsTotal.Dodge, statsTotal.EffectiveParry, 0, 0,
0, 0, 0, 0, 0);
//statsTotal.ArcaneResistance, statsTotal.FireResistance, statsTotal.FrostResistance, statsTotal.NatureResistance, statsTotal.ShadowResistance);
mitigatedDPS = mitigatedDPS * (1 - (float)StatConversion.GetArmorDamageReduction(TDK.bo.Level, statsTotal.Armor, 0f, 0f));
float APStackSingle = mitigatedDPS * 0.05f * TDK.bo.DynamicCompiler_Attacks.AttackSpeed;
int APStackCountMax = (int)Math.Floor(iVengenceMax / APStackSingle);
SpecialEffect seVeng = new SpecialEffect(Trigger.DamageTaken,
new Stats() { AttackPower = APStackSingle },
2 * 10,
0,
1,
APStackCountMax) { BypassCache = true, };
Dictionary<Trigger, float> triggerInterval = new Dictionary<Trigger,float>();
Dictionary<Trigger, float> triggerChance = new Dictionary<Trigger,float>();
triggerInterval.Add(Trigger.DamageTaken, TDK.bo.DynamicCompiler_Attacks.AttackSpeed);
triggerChance.Add(Trigger.DamageTaken, 1f); // MitigatedDPS already factors in avoidance.
statsTotal.VengenceAttackPower = seVeng.GetAverageStats(triggerInterval, triggerChance).AttackPower;
statsTotal.AttackPower += statsTotal.VengenceAttackPower * TDK.calcOpts.VengeanceWeight;
#endregion
statsTotal.AddSpecialEffect(_SE_DeathPact);
// For now we just factor them in once.
Rawr.DPSDK.StatsSpecialEffects se = new Rawr.DPSDK.StatsSpecialEffects(rot.m_CT, rot, TDK.bo);
StatsDK statSE = new StatsDK();
foreach (SpecialEffect effect in statsTotal.SpecialEffects())
{
if (HasRelevantStats(effect.Stats))
{
statSE.Accumulate(se.getSpecialEffects(effect));
// statsTotal.Accumulate(se.getSpecialEffects(effect)); // This is done further down.
}
}
// Darkmoon card greatness procs
if (statSE.HighestStat > 0 || statSE.Paragon > 0)
{
if (statSE.Strength >= statSE.Agility) { statSE.Strength += statSE.HighestStat + statSE.Paragon; }
else if (statSE.Agility > statSE.Strength) { statSE.Agility += statSE.HighestStat + statSE.Paragon; }
statSE.HighestStat = 0;
statSE.Paragon = 0;
}
// Any Modifiers from stats need to be applied to statSE
statSE.Strength = StatConversion.ApplyMultiplier(statSE.Strength, statsTotal.BonusStrengthMultiplier);
statSE.Agility = StatConversion.ApplyMultiplier(statSE.Agility, statsTotal.BonusAgilityMultiplier);
statSE.Stamina = StatConversion.ApplyMultiplier(statSE.Stamina, statsTotal.BonusStaminaMultiplier);
// statSE.Stamina = (float)Math.Floor(statSE.Stamina);
statSE.Armor = StatConversion.ApplyMultiplier(statSE.Armor, statsTotal.BaseArmorMultiplier);
statSE.AttackPower = StatConversion.ApplyMultiplier(statSE.AttackPower, statsTotal.BonusAttackPowerMultiplier);
statSE.BonusArmor = StatConversion.ApplyMultiplier(statSE.BonusArmor, statsTotal.BonusArmorMultiplier);
statSE.Armor += statSE.BonusArmor;
statSE.Health += StatConversion.GetHealthFromStamina(statSE.Stamina) + statSE.BattlemasterHealthProc;
statSE.Health = statSE.Health * (1 + statSE.BonusHealthMultiplier);
statsTotal.BonusHealthMultiplier = ((1 + statsTotal.BonusHealthMultiplier) * (1 + statSE.BonusHealthMultiplier)) - 1 ;
if (character.DeathKnightTalents.BladedArmor > 0)
{
statSE.AttackPower += (statSE.Armor / 180f) * (float)character.DeathKnightTalents.BladedArmor;
}
statSE.AttackPower += StatConversion.ApplyMultiplier((statSE.Strength * 2), statsTotal.BonusAttackPowerMultiplier);
statSE.ParryRating += statSE.Strength * 0.27f;
// Any Modifiers from statSE need to be applied to stats
statsTotal.Strength = StatConversion.ApplyMultiplier(statsTotal.Strength, statSE.BonusStrengthMultiplier);
statsTotal.Agility = StatConversion.ApplyMultiplier(statsTotal.Agility, statSE.BonusAgilityMultiplier);
statsTotal.Stamina = StatConversion.ApplyMultiplier(statsTotal.Stamina, statSE.BonusStaminaMultiplier);
// stats.Stamina = (float)Math.Floor(stats.Stamina);
statsTotal.Armor = StatConversion.ApplyMultiplier(statsTotal.Armor, statSE.BaseArmorMultiplier);
statsTotal.AttackPower = StatConversion.ApplyMultiplier(statsTotal.AttackPower, statSE.BonusAttackPowerMultiplier);
statsTotal.BonusArmor = StatConversion.ApplyMultiplier(statsTotal.BonusArmor, statSE.BonusArmorMultiplier);
statsTotal.Accumulate(statSE);
PreRatingsBase.Miss += statSE.Miss;
PreRatingsBase.Dodge += statSE.Dodge;
PreRatingsBase.Parry += statSE.Parry;
#if DEBUG
if (float.IsNaN(statsTotal.Stamina))
throw new Exception("Something very wrong in stats.");
#endif
#endregion // Special effects
}
// Apply the Multipliers
ProcessStatModifiers(statsTotal, character.DeathKnightTalents.BladedArmor, character);
ProcessAvoidance(statsTotal, TDK.bo.Level, TDK.Char, PreRatingsBase);
if (character.MainHand != null)
{
statsTotal.EffectiveParry = statsTotal.Parry;
}
return (statsTotal);
}
private Stats CalcNormalProc(SpecialEffect effect, Dictionary<int, float> periods, Dictionary<int, float> chances)
{
Stats effectStats = effect.Stats;
Stats proc = effect.GetAverageStats(periods[(int)effect.Trigger], chances[(int)effect.Trigger], CalculationsWarlock.AVG_UNHASTED_CAST_TIME, BossOpts.BerserkTimer);
// Handle "recursive effects" - i.e. those that *enable* a
// proc during a short window.
if (effect.Stats._rawSpecialEffectDataSize == 1 && periods.ContainsKey((int)effect.Stats._rawSpecialEffectData[0].Trigger))
{
SpecialEffect inner = effect.Stats._rawSpecialEffectData[0];
Stats innerStats = inner.GetAverageStats(periods[(int)inner.Trigger], chances[(int)inner.Trigger], 1f, effect.Duration);
float upTime = effect.GetAverageUptime(periods[(int)effect.Trigger], chances[(int)effect.Trigger], 1f, BossOpts.BerserkTimer);
proc.Accumulate(innerStats, upTime);
}
// E.g. Sorrowsong
if (effect.LimitedToExecutePhase)
{
proc *= CalcOpts.ThirtyFive;
}
return proc;
}
public Stats getSpecialEffects(CalculationOptionsTankDK calcOpts, SpecialEffect effect)
{
Stats statsAverage = new Stats();
Rotation rRotation = calcOpts.m_Rotation;
if (effect.Trigger == Trigger.Use)
{
if (calcOpts.bUseOnUseAbilities == true)
{
statsAverage.Accumulate(effect.GetAverageStats());
}
}
else
{
float trigger = 0f;
float chance = effect.Chance;
float duration = effect.Duration;
float unhastedAttackSpeed = 2f;
switch (effect.Trigger)
{
case Trigger.MeleeCrit:
case Trigger.PhysicalCrit:
trigger = (1f / rRotation.getMeleeSpecialsPerSecond()) + (combatTable.combinedSwingTime != 0 ? 1f / combatTable.combinedSwingTime : 0.5f);
chance = combatTable.physCrits * effect.Chance;
unhastedAttackSpeed = (combatTable.MH != null ? combatTable.MH.baseSpeed : 2.0f);
break;
case Trigger.MeleeHit:
case Trigger.PhysicalHit:
trigger = (1f / (rRotation.getMeleeSpecialsPerSecond() * (combatTable.m_bDW ? 2 : 1))) + (combatTable.combinedSwingTime != 0 ? 1f / combatTable.combinedSwingTime : 0.5f);
chance = effect.Chance * (1f - (combatTable.missedSpecial + combatTable.dodgedSpecial));
unhastedAttackSpeed = (combatTable.MH != null ? combatTable.MH.baseSpeed : 2.0f);
break;
case Trigger.CurrentHandHit:
case Trigger.MainHandHit:
trigger = (1f / rRotation.getMeleeSpecialsPerSecond()) + (combatTable.MH.hastedSpeed != 0 ? 1f / combatTable.MH.hastedSpeed : 0.5f);
chance = effect.Chance * (1f - (combatTable.missedSpecial + combatTable.dodgedSpecial));
unhastedAttackSpeed = (combatTable.MH != null ? combatTable.MH.baseSpeed : 2.0f);
break;
case Trigger.OffHandHit:
trigger = (1f / rRotation.getMeleeSpecialsPerSecond()) + (combatTable.OH.hastedSpeed != 0 ? 1f / combatTable.OH.hastedSpeed : 0.5f);
chance = effect.Chance * (1f - (combatTable.missedSpecial + combatTable.dodgedSpecial));
unhastedAttackSpeed = (combatTable.MH != null ? combatTable.MH.baseSpeed : 2.0f);
break;
case Trigger.DamageDone:
case Trigger.DamageOrHealingDone:
trigger = (1f / rRotation.getMeleeSpecialsPerSecond()) + (combatTable.combinedSwingTime != 0 ? 1f / combatTable.combinedSwingTime : 0.5f);
unhastedAttackSpeed = (combatTable.MH != null ? combatTable.MH.baseSpeed : 2.0f);
chance = effect.Chance * (1f - (combatTable.missedSpecial + combatTable.dodgedSpecial));
break;
case Trigger.DamageSpellCast:
case Trigger.SpellCast:
case Trigger.DamageSpellHit:
case Trigger.SpellHit:
trigger = 1f / rRotation.getSpellSpecialsPerSecond();
chance = 1f - combatTable.spellResist;
break;
case Trigger.DamageSpellCrit:
case Trigger.SpellCrit:
trigger = 1f / rRotation.getSpellSpecialsPerSecond();
chance = combatTable.spellCrits * effect.Chance;
break;
case Trigger.DoTTick:
trigger = (rRotation.BloodPlague + rRotation.FrostFever) / 3;
break;
case Trigger.DamageTaken:
case Trigger.DamageTakenPhysical:
trigger = calcOpts.BossAttackSpeed;
chance *= 1f - (stats.Dodge + stats.Parry + stats.Miss);
unhastedAttackSpeed = calcOpts.BossAttackSpeed;
break;
case Trigger.DamageTakenMagical:
trigger = calcOpts.IncomingFromMagicFrequency;
break;
//////////////////////////////////
// DK specific triggers:
case Trigger.BloodStrikeHit:
case Trigger.HeartStrikeHit:
trigger = rRotation.curRotationDuration / (rRotation.BloodStrike + rRotation.HeartStrike);
break;
case Trigger.PlagueStrikeHit:
trigger = rRotation.curRotationDuration / rRotation.PlagueStrike;
break;
case Trigger.RuneStrikeHit:
trigger = rRotation.curRotationDuration / rRotation.RuneStrike;
break;
case Trigger.IcyTouchHit:
trigger = rRotation.curRotationDuration / rRotation.IcyTouch;
break;
case Trigger.DeathStrikeHit:
trigger = rRotation.curRotationDuration / rRotation.DeathStrike;
break;
case Trigger.ObliterateHit:
trigger = rRotation.curRotationDuration / rRotation.Obliterate;
break;
case Trigger.ScourgeStrikeHit:
trigger = rRotation.curRotationDuration / rRotation.ScourgeStrike;
break;
case Trigger.FrostFeverHit:
// Icy Talons triggers off this.
trigger = rRotation.curRotationDuration / rRotation.IcyTouch;
if (character.DeathKnightTalents.GlyphofHowlingBlast)
{
trigger += rRotation.curRotationDuration / rRotation.HowlingBlast;
}
break;
}
if (!float.IsInfinity(trigger) && !float.IsNaN(trigger))
{
if (effect.UsesPPM())
{
// If effect.chance < 0 , then it's using PPM.
// Let's get the duration * how many times it procs per min:
float UptimePerMin = 0;
float fWeight = 0;
if (duration == 0) // Duration of 0 means that it's a 1 time effect that procs every time the proc comes up.
{
fWeight = Math.Abs(effect.Chance) / 60;
}
else
{
UptimePerMin = duration * Math.Abs(effect.Chance);
fWeight = UptimePerMin / 60;
}
statsAverage.Accumulate(effect.Stats, fWeight);
}
else
{
effect.AccumulateAverageStats(statsAverage, trigger, chance, unhastedAttackSpeed, calcOpts.FightLength * 60);
}
}
}
return(statsAverage);
}