private float CalculateThisDamage(ItemDamageType type, float baseDamage)
{
float dmg = 0;
try {
AttackTable MHAtkTable = AttackTables[type];
dmg = baseDamage; // Base Damage
dmg *= 1f + DamageMultipliers[type]; // Global Damage Bonuses
dmg *= 1f - DamageResistances[type]; // Global Damage Penalties
// Work the Attack Table, note: some of these points will always be zero
float dmgDrop = (1f
- MHAtkTable.Miss // no damage when being missed
- MHAtkTable.Dodge // no damage when being dodged
- MHAtkTable.Parry // no damage when being parried
- MHAtkTable.Glance // glancing handled below
- MHAtkTable.Block // blocked handled below
- MHAtkTable.Crit); // crits handled below
float dmgGlance = dmg * MHAtkTable.Glance * 0.70f; // Partial Damage when glancing
float dmgBlock = dmg * MHAtkTable.Block * 0.70f; // Partial damage when blocked
float dmgCrit = dmg * MHAtkTable.Crit * (1f + DamageCritMultipliers[type]); // Bonus Damage when critting
dmg *= dmgDrop;
dmg += dmgGlance + dmgBlock + dmgCrit;
} catch (Exception ex) {
Rawr.Base.ErrorBox eb = new Rawr.Base.ErrorBox("Error calculating special proc DPS",
ex.Message, "CalculateThisDamage(...)", "", ex.StackTrace);
}
return(dmg);
}
public object Convert(object value, Type targetType, object parameter, System.Globalization.CultureInfo culture)
{
ItemDamageType dtValue = (ItemDamageType)value;
if (dtValue == ItemDamageType.Physical)
{
return("Physical");
}
else if (dtValue == ItemDamageType.Holy)
{
return("Holy");
}
else if (dtValue == ItemDamageType.Fire)
{
return("Fire");
}
else if (dtValue == ItemDamageType.Nature)
{
return("Nature");
}
else if (dtValue == ItemDamageType.Frost)
{
return("Frost");
}
else if (dtValue == ItemDamageType.Shadow)
{
return("Shadow");
}
else if (dtValue == ItemDamageType.Arcane)
{
return("Arcane");
}
return(ItemDamageType.Physical);
}
/// <summary>
/// Performs the meat and potatoes intention of this class.
/// All the DPS, etc variables will be populated.
/// Do not run Calculate multiple times for the same ItemDamageType without resetting.
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
public float Calculate(ItemDamageType type)
{
float retVal = 0f;
try{
foreach (SpecialEffect effect in EffectsList)
{
if (effect == null ||
effect.Stats == null ||
!TriggerChances.ContainsKey(effect.Trigger) ||
!TriggerIntervals.ContainsKey(effect.Trigger))
{
}
else if (effect.Stats.PhysicalDamage > 0 && type == ItemDamageType.Physical)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.PhysicalDamage, type);
}
else if (effect.Stats.ArcaneDamage > 0 && type == ItemDamageType.Arcane)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.ArcaneDamage, type);
}
else if (effect.Stats.HolyDamage > 0 && type == ItemDamageType.Holy)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.HolyDamage, type);
}
else if (effect.Stats.NatureDamage > 0 && type == ItemDamageType.Nature)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.NatureDamage, type);
}
else if (effect.Stats.ShadowDamage > 0 && type == ItemDamageType.Shadow)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.ShadowDamage, type);
}
else if (effect.Stats.FireDamage > 0 && type == ItemDamageType.Fire)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.FireDamage, type);
}
else if (effect.Stats.FrostDamage > 0 && type == ItemDamageType.Frost)
{
retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.FrostDamage, type);
}
}
}catch (Exception ex) {
new Base.ErrorBox()
{
Title = "Error calculating special proc DPS",
Function = "Calculate(...)",
TheException = ex,
}.Show();
}
return(retVal);
}
/// <summary>
/// Default Constructor
/// </summary>
/// <param name="id"></param>
/// <param name="value"></param>
/// <param name="uses"></param>
/// <param name="reusability"></param>
/// <param name="name"></param>
/// <param name="description"></param>
/// <param name="onUseMessage"></param>
public ItemArmor(int id, int value, int uses, ItemUsability reusability, string name, string description, string onUseMessage, bool canBeSold, ItemDamageType damageResist, double resistanceModifier)
: base(id, value, uses, reusability, name, description, onUseMessage, canBeSold)
{
ItemId = id;
ItemValue = value;
ItemNumberOfUses = uses;
ItemReusability = reusability;
ItemName = name;
ItemDescription = description;
ItemOnUseMessage = onUseMessage;
CanBeSold = canBeSold;
ArmorResistanceType = damageResist;
ArmorResistModifier = resistanceModifier;
}
/// <summary>
/// Default Constructor
/// </summary>
/// <param name="id"></param>
/// <param name="value"></param>
/// <param name="uses"></param>
/// <param name="reusability"></param>
/// <param name="name"></param>
/// <param name="description"></param>
/// <param name="onUseMessage"></param>
public ItemWeapon(int id, int value, int uses, int weaponDamageAmount, ItemUsability reusability, ItemDamageType weaponDamageType, string name, string description, string onUseMessage, bool canBeSold)
: base(id, value, uses, reusability, name, description, onUseMessage, canBeSold)
{
ItemId = id;
ItemValue = value;
ItemNumberOfUses = uses;
ItemReusability = reusability;
ItemName = name;
ItemDescription = description;
ItemOnUseMessage = onUseMessage;
CanBeSold = canBeSold;
WeaponDamageType = weaponDamageType;
WeaponDamageAmount = weaponDamageAmount;
}
public Item(string name, ItemQuality quality, ItemType type, int id, string iconPath, ItemSlot slot, string setName, bool unique, Stats stats, Sockets sockets, int gem1Id, int gem2Id, int gem3Id, int minDamage, int maxDamage, ItemDamageType damageType, float speed, string requiredClasses)
{
_name = name;
_id = id;
_iconPath = iconPath;
_slot = slot;
_stats = stats;
_sockets = sockets;
_gem1Id = gem1Id;
_gem2Id = gem2Id;
_gem3Id = gem3Id;
_setName = setName;
_quality = quality;
_type = type;
_minDamage = minDamage;
_maxDamage = maxDamage;
_damageType = damageType;
_speed = speed;
_requiredClasses = requiredClasses;
_unique = unique;
}
private float CalculateTotalDamagePerSecond(SpecialEffect effect, float baseDamage, ItemDamageType type)
{
float totalDamage = 0f;
float totalDamagePerSec = 0f;
float totalNumProcs = 0f;
float totalNumProcsPerSec = 0f;
try {
float triggerInterval = TriggerIntervals[effect.Trigger];
float triggerChance = TriggerChances[effect.Trigger];
if (TriggerChances.ContainsKey(Trigger.MainHandHit) && MainHandEffects.Contains(effect) && (!OffHandEffects.Contains(effect) || !dualWieldProcs))
{
triggerInterval = TriggerIntervals[Trigger.MainHandHit];
triggerChance = TriggerChances[Trigger.MainHandHit];
if (OffHandEffects.Contains(effect))
{
dualWieldProcs = true;
}
}
else if (TriggerChances.ContainsKey(Trigger.OffHandHit) && OffHandEffects.Contains(effect))
{
triggerInterval = TriggerIntervals[Trigger.OffHandHit];
triggerChance = TriggerChances[Trigger.OffHandHit];
}
// Process the Effects
totalNumProcsPerSec = effect.GetAverageProcsPerSecond(triggerInterval, triggerChance, Char.MainHand.Speed, FightDuration);
totalNumProcs = totalNumProcsPerSec * FightDuration;
totalDamage = totalNumProcs * CalculateThisDamage(type, baseDamage);
totalDamagePerSec = totalDamage / FightDuration;
// Set our Results into the Dictionaries
TotalDamage[type] += totalDamage;
TotalDamagePerSec[type] += totalDamagePerSec;
TotalNumProcs[type] += totalNumProcs;
TotalNumProcsPerSec[type] += totalNumProcsPerSec;
} catch (Exception ex) {
Rawr.Base.ErrorBox eb = new Rawr.Base.ErrorBox("Error calculating special proc DPS",
ex.Message, "CalculateTotalDamagePerSecond(...)", "", ex.StackTrace);
}
return(totalDamagePerSec);
}
/// <summary>
/// Generates the necessary Damage Multipliers and Attack Tables.
/// This function is automatically called by the constructor.
/// </summary>
public void CreateDictionaries()
{
Reset();
// Partial Spell Resists
float averageResist = (LevelDelta) * 0.02f;
float resist10 = 5.0f * averageResist;
float resist20 = 2.5f * averageResist;
float partialResist = (resist10 * 0.1f + resist20 * 0.2f);
{ // Physical
ItemDamageType type = ItemDamageType.Physical;
AttackTable a = new AttackTable(Char, StatS, false, false, LevelDelta);
float DamageMult = StatS.BonusPhysicalDamageMultiplier;
float DamageCritMult = StatS.BonusCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, 1f - ArmorDmgReduc);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
{ // Arcane
ItemDamageType type = ItemDamageType.Arcane;
AttackTable a = new AttackTable(Char, StatS, true, false, LevelDelta);
float DamageMult = StatS.BonusArcaneDamageMultiplier;
float DamageCritMult = StatS.BonusSpellCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, partialResist);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
{ // Holy
ItemDamageType type = ItemDamageType.Holy;
AttackTable a = new AttackTable(Char, StatS, true, false, LevelDelta);
float DamageMult = StatS.BonusHolyDamageMultiplier;
float DamageCritMult = StatS.BonusSpellCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, partialResist);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
{ // Nature
ItemDamageType type = ItemDamageType.Nature;
AttackTable a = new AttackTable(Char, StatS, true, false, LevelDelta);
float DamageMult = StatS.BonusNatureDamageMultiplier;
float DamageCritMult = StatS.BonusSpellCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, partialResist);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
{ // Shadow
ItemDamageType type = ItemDamageType.Shadow;
AttackTable a = new AttackTable(Char, StatS, true, false, LevelDelta);
float DamageMult = StatS.BonusShadowDamageMultiplier;
float DamageCritMult = StatS.BonusSpellCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, partialResist);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
{ // Fire
ItemDamageType type = ItemDamageType.Fire;
AttackTable a = new AttackTable(Char, StatS, true, false, LevelDelta);
float DamageMult = StatS.BonusFireDamageMultiplier;
float DamageCritMult = StatS.BonusSpellCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, partialResist);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
{ // Frost
ItemDamageType type = ItemDamageType.Frost;
AttackTable a = new AttackTable(Char, StatS, true, false, LevelDelta);
float DamageMult = StatS.BonusFrostDamageMultiplier;
float DamageCritMult = StatS.BonusSpellCritMultiplier;
DamageMultipliers.Add(type, DamageMult);
DamageCritMultipliers.Add(type, DamageCritMult);
DamageResistances.Add(type, partialResist);
AttackTables.Add(type, a);
TotalDamage.Add(type, 0f);
TotalDamagePerSec.Add(type, 0f);
TotalNumProcs.Add(type, 0f);
TotalNumProcsPerSec.Add(type, 0f);
}
}
private float CalculateThisDamage(ItemDamageType type, float baseDamage) {
float dmg = 0;
try {
AttackTable MHAtkTable = AttackTables[type];
dmg = baseDamage; // Base Damage
dmg *= 1f + DamageMultipliers[type]; // Global Damage Bonuses
dmg *= 1f - DamageResistances[type]; // Global Damage Penalties
// Work the Attack Table, note: some of these points will always be zero
float dmgDrop = (1f
- MHAtkTable.Miss // no damage when being missed
- MHAtkTable.Dodge // no damage when being dodged
- MHAtkTable.Parry // no damage when being parried
- MHAtkTable.Glance // glancing handled below
- MHAtkTable.Block // blocked handled below
- MHAtkTable.Crit); // crits handled below
float dmgGlance = dmg * MHAtkTable.Glance * 0.70f; // Partial Damage when glancing
float dmgBlock = dmg * MHAtkTable.Block * 0.70f; // Partial damage when blocked
float dmgCrit = dmg * MHAtkTable.Crit * (1f + DamageCritMultipliers[type]); // Bonus Damage when critting
dmg *= dmgDrop;
dmg += dmgGlance + dmgBlock + dmgCrit;
} catch (Exception ex) {
new Base.ErrorBox()
{
Title = "Error calculating special proc DPS",
Function = "CalculateThisDamage(...)",
TheException = ex,
}.Show();
}
return dmg;
}
private float CalculateTotalDamagePerSecond(SpecialEffect effect, float baseDamage, ItemDamageType type) {
float totalDamage = 0f;
float totalDamagePerSec = 0f;
float totalNumProcs = 0f;
float totalNumProcsPerSec = 0f;
try {
float triggerInterval = TriggerIntervals[effect.Trigger];
float triggerChance = TriggerChances[effect.Trigger];
if (TriggerChances.ContainsKey(Trigger.MainHandHit) && MainHandEffects.Contains(effect) && (!OffHandEffects.Contains(effect) || !dualWieldProcs))
{
triggerInterval = TriggerIntervals[Trigger.MainHandHit];
triggerChance = TriggerChances[Trigger.MainHandHit];
if (OffHandEffects.Contains(effect)) dualWieldProcs = true;
}
else if (TriggerChances.ContainsKey(Trigger.OffHandHit) && OffHandEffects.Contains(effect))
{
triggerInterval = TriggerIntervals[Trigger.OffHandHit];
triggerChance = TriggerChances[Trigger.OffHandHit];
}
// Process the Effects
totalNumProcsPerSec = effect.GetAverageProcsPerSecond(triggerInterval, triggerChance, Char.MainHand.Speed, FightDuration);
totalNumProcs = totalNumProcsPerSec * FightDuration;
totalDamage = totalNumProcs * CalculateThisDamage(type, baseDamage);
totalDamagePerSec = totalDamage / FightDuration;
// Set our Results into the Dictionaries
TotalDamage[type] += totalDamage;
TotalDamagePerSec[type] += totalDamagePerSec;
TotalNumProcs[type] += totalNumProcs;
TotalNumProcsPerSec[type] += totalNumProcsPerSec;
} catch (Exception ex) {
new Base.ErrorBox()
{
Title = "Error calculating special proc DPS",
Function = "CalculateTotalDamagePerSecond(...)",
TheException = ex,
}.Show();
}
return totalDamagePerSec;
}
/// <summary>
/// Performs the meat and potatoes intention of this class.
/// All the DPS, etc variables will be populated.
/// Do not run Calculate multiple times for the same ItemDamageType without resetting.
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
public float Calculate(ItemDamageType type) {
float retVal = 0f;
try{
foreach (SpecialEffect effect in EffectsList) {
if (effect == null
|| effect.Stats == null
|| !TriggerChances.ContainsKey(effect.Trigger)
|| !TriggerIntervals.ContainsKey(effect.Trigger))
{
}else if(effect.Stats.PhysicalDamage > 0 && type == ItemDamageType.Physical) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.PhysicalDamage, type);
}else if(effect.Stats.ArcaneDamage > 0 && type == ItemDamageType.Arcane ) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.ArcaneDamage, type);
}else if(effect.Stats.HolyDamage > 0 && type == ItemDamageType.Holy ) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.HolyDamage, type);
}else if(effect.Stats.NatureDamage > 0 && type == ItemDamageType.Nature ) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.NatureDamage, type);
}else if(effect.Stats.ShadowDamage > 0 && type == ItemDamageType.Shadow ) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.ShadowDamage, type);
}else if(effect.Stats.FireDamage > 0 && type == ItemDamageType.Fire ) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.FireDamage, type);
}else if(effect.Stats.FrostDamage > 0 && type == ItemDamageType.Frost ) { retVal = CalculateTotalDamagePerSecond(effect, effect.Stats.FrostDamage, type);}
}
}catch(Exception ex){
new Base.ErrorBox()
{
Title = "Error calculating special proc DPS",
Function = "Calculate(...)",
TheException = ex,
}.Show();
}
return retVal;
}
private uint getAbilityCountofType(ItemDamageType i)
{
uint S = 0;
if (null != ml_Rot)
{
foreach (AbilityDK_Base ability in ml_Rot)
{
if (ability.tDamageType == i)
S++;
}
}
return S;
}
public double GetItemDamage(AIHeroClient source, AIBaseClient target, DamageItems item, ItemDamageType type = ItemDamageType.Default)
{
double num = 0.0;
IDamageItem itemDamage = this.GetItemDamage(item);
if (itemDamage != null)
{
if (type.HasFlag(ItemDamageType.Default))
{
num += itemDamage.GetDamage(source, target);
}
if (type.HasFlag(ItemDamageType.Dot))
{
num += itemDamage.GetDotDamage(source, target);
}
if (type.HasFlag(ItemDamageType.Passive))
{
num += itemDamage.GetPassiveDamage(source, target);
}
}
return(num);
}
