public Item(Player p = null, Slot slot = Slot.Any, Attributes attributes = null, int id = 0, string name = "New Item", Enchantment enchantment = null, ItemEffect effect = null)
{
Player = p;
Slot = slot;
Attributes = attributes;
Id = id;
Name = name;
Enchantment = enchantment;
SpecialEffect = effect;
}
public static Player ToPlayer(JsonPlayer jp, bool tanking = false)
{
List <Enchantment> buffs = new List <Enchantment>();
if (jp.Buffs != null)
{
foreach (JsonEnchantment je in jp.Buffs.Where(v => v != null))
{
Enchantment e = Enchantment.ToEnchantment(je);
if (e != null)
{
if (e.Attributes != null)
{
e.Attributes.SetValue(Attribute.CritChance, e.Attributes.GetValue(Attribute.CritChance) / 100);
e.Attributes.SetValue(Attribute.HitChance, e.Attributes.GetValue(Attribute.HitChance) / 100);
e.Attributes.SetValue(Attribute.Haste, e.Attributes.GetValue(Attribute.Haste) / 100);
e.Attributes.SetValue(Attribute.SpellHitChance, e.Attributes.GetValue(Attribute.SpellHitChance) / 100);
e.Attributes.SetValue(Attribute.SpellCritChance, e.Attributes.GetValue(Attribute.SpellCritChance) / 100);
}
buffs.Add(e);
}
}
}
bool windfurytotem = jp.Buffs != null && jp.Buffs.Any(b => b.Name.ToLower().Contains("windfury totem"));
List <string> cooldowns = jp.Cooldowns.Where(v => v.Value == true).Select(c => c.Key).ToList();
switch (ToClass(jp.Class))
{
case Player.Classes.Druid:
return(new Druid(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Hunter:
return(new Hunter(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Paladin:
return(new Paladin(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Priest:
return(new Priest(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Rogue:
return(new Rogue(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Shaman:
return(new Shaman(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Warlock:
return(new Warlock(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
case Player.Classes.Warrior:
return(new Warrior(null, ToRace(jp.Race), 60, ToEquipment(jp.Weapons, jp.Equipment), null, buffs, tanking)
{
WindfuryTotem = windfurytotem,
Cooldowns = cooldowns
});
default:
throw new NotImplementedException("This class isn't supported yet : " + ToClass(jp.Class));
}
}
public Item(Slot slot = Slot.Any, Attributes attributes = null, int id = 0, string name = "New Item", Enchantment enchantment = null, ItemEffect effect = null)
: this(null, slot, attributes, id, name, enchantment, effect)
{
}
static void Main(string[] args)
{
try
{
// Retrieving jsons
string simString = File.ReadAllText(debug ? Path.Combine(debugPath, simJsonFileName) : simJsonFileName);
jsonSim = JsonConvert.DeserializeObject <JsonUtil.JsonSim>(simString);
string playerString = File.ReadAllText(debug ? Path.Combine(debugPath, playerJsonFileName) : playerJsonFileName);
jsonPlayer = JsonConvert.DeserializeObject <JsonUtil.JsonPlayer>(playerString);
fightLength = jsonSim.FightLength;
fightLengthMod = jsonSim.FightLengthMod;
bossAutoLife = jsonSim.BossAutoLife;
bossLowLifeTime = jsonSim.BossLowLifeTime;
nbSim = jsonSim.NbSim;
targetErrorPct = jsonSim.TargetErrorPct;
targetError = jsonSim.TargetError;
logFight = jsonSim.LogFight;
statsWeights = jsonSim.StatsWeights;
Log(string.Format("Date : {0}\n", DateTime.Now.ToString("yyyy/MM/dd HH:mm:ss")));
Log(string.Format("Fight length : {0} seconds (±{1}%)", fightLength, fightLengthMod * 100));
if (logFight)
{
threading = false;
targetError = false;
statsWeights = false;
if (nbSim > 10)
{
nbSim = 10;
}
}
playerBase = JsonUtil.JsonPlayer.ToPlayer(jsonPlayer);
if (playerBase.Class == Player.Classes.Rogue || playerBase.Class == Player.Classes.Warrior)
{
simOrder.Remove("+50 Int");
simOrder.Remove("+50 Spi");
}
if (!playerBase.DualWielding)
{
simOrder.Remove("+10 DPS OH");
simOrder.Remove("+5 OH Skill");
}
else if (playerBase.MH.Type == playerBase.OH.Type)
{
simOrder.Remove("+5 OH Skill");
}
if (playerBase.Class == Player.Classes.Druid)
{
simOrder.Remove("+10 DPS MH");
simOrder.Remove("+5 MH Skill");
}
if (simOrder.Contains("+10 DPS MH"))
{
simBonusAttribs["+10 DPS MH"].SetValue(Attribute.WeaponDamageMH, simBonusAttribs["+10 DPS MH"].GetValue(Attribute.WeaponDamageMH) * playerBase.MH.Speed);
}
if (simOrder.Contains("+10 DPS OH"))
{
simBonusAttribs["+10 DPS OH"].SetValue(Attribute.WeaponDamageOH, simBonusAttribs["+10 DPS OH"].GetValue(Attribute.WeaponDamageOH) * playerBase.OH.Speed);
}
if (simOrder.Contains("+5 MH Skill"))
{
simBonusAttribs["+5 MH Skill"].SetValue(AttributeUtil.FromWeaponType(playerBase.MH.Type), 5);
}
if (simOrder.Contains("+5 OH Skill"))
{
simBonusAttribs["+5 OH Skill"].SetValue(AttributeUtil.FromWeaponType(playerBase.OH.Type), 5);
}
playerBase.SetupTalents(jsonPlayer.Talents);
playerBase.CalculateAttributes();
playerBase.CheckSets();
playerBase.ApplySets();
Log("\nPlayer :");
Log(playerBase.ToString());
Log(playerBase.MainWeaponInfo());
if (playerBase.Class == Player.Classes.Mage)
{
int reduction = playerBase.GetTalentPoints("AS") * 5;
if (reduction > 0)
{
List <JsonUtil.JsonBoss.SchoolResist> l = new List <JsonUtil.JsonBoss.SchoolResist>();
foreach (JsonUtil.JsonBoss.SchoolResist sr in jsonSim.Boss.SchoolResists)
{
l.Add(new JsonUtil.JsonBoss.SchoolResist(sr.School, Math.Max(0, sr.Resist - reduction)));
}
jsonSim.Boss.SchoolResists = l;
}
}
bossBase = JsonUtil.JsonBoss.ToBoss(jsonSim.Boss, playerBase.Attributes.GetValue(Attribute.ArmorPen));
Log("\nBoss (after raid debuffs) :");
Log(bossBase.ToString());
DateTime start = DateTime.Now;
List <Task> tasks = new List <Task>();
Enchantment we = new Enchantment(0, "Weights", new Attributes(new Dictionary <Attribute, double>()));
playerBase.Buffs.Add(we);
// Doing simulations
for (int done = 0; done < (statsWeights ? simOrder.Count : 1); done++)
{
CurrentDpsList = new List <double>();
CurrentResults = new List <SimResult>();
if (done > 0)
{
we.Attributes = simBonusAttribs[simOrder[done]];
playerBase.CalculateAttributes();
}
if (!threading && !targetError)
{
for (int i = 0; i < nbSim; i++)
{
Log(string.Format("\n\n---SIM NUMBER {0}---\n", i + 1));
DoSim();
}
}
else
{
if (!targetError)
{
for (int i = 0; i < nbSim; i++)
{
tasks.Add(Task.Factory.StartNew(() => DoSim()));
}
while (!tasks.All(t => t.IsCompleted))
{
if (!logFight)
{
Console.Clear();
Console.WriteLine("{0:N2}% ({1}/{2})", (double)CurrentDpsList.Count / nbSim * 100, CurrentDpsList.Count, nbSim);
}
if (CurrentDpsList.Count > 0)
{
Console.WriteLine("Precision : ±{0:N2}%", Stats.ErrorPct(CurrentDpsList.ToArray(), CurrentDpsList.Average()));
}
Thread.Sleep(TimeSpan.FromSeconds(0.5));
}
if (!logFight)
{
Console.Clear();
Console.WriteLine("{0:N2}% ({1}/{2})", (double)CurrentDpsList.Count / nbSim * 100, CurrentDpsList.Count, nbSim);
}
}
else
{
if (done == 0)
{
nbSim = 0;
}
double errorPct = 100;
while (errorPct > targetErrorPct)
{
while (tasks.Count(t => !t.IsCompleted) < nbTasksForSims)
{
nbSim++;
tasks.Add(Task.Factory.StartNew(() => DoSim()));
}
foreach (Task t in tasks.Where(t => t.IsCompleted))
{
t.Dispose();
}
tasks.RemoveAll(t => t.IsCompleted);
lock (CurrentDpsList)
{
if (CurrentDpsList.Count > 0)
{
errorPct = Stats.ErrorPct(CurrentDpsList.ToArray(), CurrentDpsList.Average());
}
}
Console.Clear();
Console.WriteLine("Simulating {0} DPS, aiming for ±{1:N2}% precision...", simOrder[done], targetErrorPct);
Console.WriteLine("Sims done : {0:N2}", CurrentDpsList.Count);
Console.WriteLine("Sims running : {0:N2}", tasks.Count(t => !t.IsCompleted));
Console.WriteLine("Current precision : ±{0:N2}%", errorPct);
Thread.Sleep(TimeSpan.FromSeconds(0.5));
}
Console.WriteLine("Waiting for remaining simulations to complete...");
Task.WaitAll(tasks.ToArray());
}
}
ErrorList.Add(Stats.ErrorPct(CurrentDpsList.ToArray(), CurrentDpsList.Average()));
ResultsList.Add(simOrder[done], CurrentResults);
DamagesList.Add(simOrder[done], CurrentDpsList);
//Log(simOrder[done] + " : " + CurrentDpsList.Average());
}
if (!logFight)
{
Console.Clear();
}
double time = (DateTime.Now - start).TotalMilliseconds;
/*
* if (calcDpss)
* {
* Dictionary<double, double> dpss = new Dictionary<double, double>();
*
* int dpsOver = 10;
*
* for (int i = 0; i < fightLength; i++)
* {
* double dmg = totalActions.Average(l => l.Where(a => a.Time >= i - dpsOver && a.Time < i).Sum(ac => (double)ac.Result.Damage / dpsOver))
+ totalEffects.Average(l => l.Where(a => a.Time >= i - dpsOver && a.Time < i).Sum(ac => (double)ac.Damage / dpsOver));
+
+ dpss.Add(i, dmg);
+ }
+ }
*/
string endMsg1 = string.Format("\n{0} simulations done in {1:N2} ms, for {2:N2} ms by sim", nbSim, time, time / nbSim);
Console.WriteLine(endMsg1);
Log(endMsg1);
string endMsg2 = string.Format("Overall accuracy of results : ±{0:N2}%", ErrorList.Average());
Console.WriteLine(endMsg2);
Log(endMsg2);
string endMsg3 = string.Format("\nGenerating results...");
Console.WriteLine(endMsg3);
if (statsWeights)
{
double baseDps = DamagesList["Base"].Average();
Log(string.Format("\nBase : {0:N2} DPS", baseDps));
Log("\nWeights by DPS :");
double apDif = 0;
if (simOrder.Contains("+50 AP"))
{
double apDps = DamagesList["+50 AP"].Average();
apDif = (apDps - baseDps) / 50;
if (apDif < 0)
{
apDif = 0;
}
Log(string.Format("1 AP = {0:N4} DPS", apDif));
double strDif = apDif * Player.StrToAPRatio(playerBase.Class) * (playerBase.Class == Player.Classes.Druid ? (1 + 0.04 * playerBase.GetTalentPoints("HW")) : 1);
Log(string.Format("1 Str = {0:N4} DPS = {1:N4} AP", strDif, strDif / apDif));
}
if (simOrder.Contains("+1% Crit"))
{
double critDps = DamagesList["+1% Crit"].Average();
double critDif = critDps - baseDps;
if (critDif < 0)
{
critDif = 0;
}
double agiDif = Player.AgiToAPRatio(playerBase.Class) * apDif + Player.AgiToCritRatio(playerBase.Class) * 100 * critDif;
Log(string.Format("1 Agi = {0:N4} DPS = {1:N4} AP", agiDif, agiDif / apDif));
Log(string.Format("1% Crit = {0:N4} DPS = {1:N4} AP", critDif, critDif / apDif));
}
if (simOrder.Contains("+1% Hit"))
{
double hitDps = DamagesList["+1% Hit"].Average();
double hitDif = hitDps - baseDps;
if (hitDif < 0)
{
hitDif = 0;
}
Log(string.Format("1% Hit = {0:N4} DPS = {1:N4} AP", hitDif, hitDif / apDif));
}
if (simOrder.Contains("+1% Haste"))
{
double hasteDps = DamagesList["+1% Haste"].Average();
double hasteDif = hasteDps - baseDps;
if (hasteDif < 0)
{
hasteDif = 0;
}
Log(string.Format("1% Haste = {0:N4} DPS = {1:N4} AP", hasteDif, hasteDif / apDif));
}
if (simOrder.Contains("+50 Int"))
{
double intDps = DamagesList["+50 Int"].Average();
double intDif = (intDps - baseDps) / 50;
if (intDif < 0)
{
intDif = 0;
}
Log(string.Format("1 Int = {0:N4} DPS = {1:N4} AP", intDif, intDif / apDif));
}
if (simOrder.Contains("+50 Spi"))
{
double spiDps = DamagesList["+50 Spi"].Average();
double spiDif = (spiDps - baseDps) / 50;
if (spiDif < 0)
{
spiDif = 0;
}
Log(string.Format("1 Spi = {0:N4} DPS = {1:N4} AP", spiDif, spiDif / apDif));
}
if (simOrder.Contains("+10 DPS MH"))
{
double mhDps = DamagesList["+10 DPS MH"].Average();
double mhDif = (mhDps - baseDps) / simBonusAttribs["+10 DPS MH"].GetValue(Attribute.WeaponDamageMH);
if (mhDif < 0)
{
mhDif = 0;
}
Log(string.Format("+1 MH DPS = {0:N4} DPS = {1:N4} AP", mhDif, mhDif / apDif));
}
if (simOrder.Contains("+10 DPS OH"))
{
double ohDps = DamagesList["+10 DPS OH"].Average();
double ohDif = (ohDps - baseDps) / simBonusAttribs["+10 DPS OH"].GetValue(Attribute.WeaponDamageOH);
if (ohDif < 0)
{
ohDif = 0;
}
Log(string.Format("+1 OH DPS = {0:N4} DPS = {1:N4} AP", ohDif, ohDif / apDif));
}
if (simOrder.Contains("+5 MH Skill"))
{
double mhSkillDps = DamagesList["+5 MH Skill"].Average();
double mhSkillDif = mhSkillDps - baseDps;
if (mhSkillDif < 0)
{
mhSkillDif = 0;
}
Log(string.Format("+5 MH Skill = {0:N4} DPS = {1:N4} AP", mhSkillDif, mhSkillDif / apDif));
}
if (simOrder.Contains("+5 OH Skill"))
{
double ohSkillDps = DamagesList["+5 OH Skill"].Average();
double ohSkillDif = ohSkillDps - baseDps;
if (ohSkillDif < 0)
{
ohSkillDif = 0;
}
Log(string.Format("+5 OH Skill = {0:N4} DPS = {1:N4} AP", ohSkillDif, ohSkillDif / apDif));
}
}
else if (nbSim >= 1)
{
double avgDps = CurrentDpsList.Average();
List <List <RegisteredAction> > totalActions = ResultsList["Base"].Select(r => r.Actions).ToList();
List <List <RegisteredEffect> > totalEffects = ResultsList["Base"].Select(r => r.Effects).ToList();
Log(string.Format("\nAverage DPS : {0:N2} dps (±{1:N2})", avgDps, Stats.MeanStdDev(CurrentDpsList.ToArray())));
//List<string> logList = totalActions.SelectMany(a => a.Select(t => t.Action.ToString()).OrderBy(b => b)).Distinct().ToList();
List <string> logList = new List <string>()
{
"AA MH", "AA OH"
};
if (playerBase.Class == Player.Classes.Warrior)
{
logList.AddRange(new List <string>()
{
"Slam", "Bloodthirst", "Whirlwind", "Heroic Strike", "Execute", "Hamstring"
});
}
else if (playerBase.Class == Player.Classes.Druid)
{
logList.AddRange(new List <string>()
{
"Shred", "Ferocious Bite", "Shift"
});
}
else if (playerBase.Class == Player.Classes.Paladin)
{
logList.AddRange(new List <string>()
{
SealOfCommand_Rank1.NAME, SealOfCommand_Rank5.NAME,
SealOfCommandProc.NAME,
SealOfRighteousnessProc.NAME, JudgementOfRighteousness.NAME,
JudgementOfCommand_Rank1.NAME, JudgementOfCommand_Rank5.NAME,
});
}
else if (playerBase.Class == Player.Classes.Rogue)
{
logList.AddRange(new List <string>()
{
"Sinister Strike", "Backstab", "Eviscerate", "Ambush", "Instant Poison"
});
}
else if (playerBase.Class == Player.Classes.Warlock)
{
logList.AddRange(new List <string>()
{
"Shadow Bolt"
});
}
logList.AddRange(new List <string>()
{
"Deathbringer", "Vis'kag the Bloodletter", "Perdition's Blade"
});
foreach (string ac in logList)
{
double totalAc = totalActions.Select(a => a.Where(t => t.Action.ToString().Equals(ac)).Count()).Sum();
if (totalAc > 0)
{
double avgAcUse = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac)));
double avgAcDps = totalActions.Average(a => a.Where(t => t.Action.ToString().Equals(ac)).Sum(r => r.Result.Damage / fightLength));
double avgAcDmg = totalActions.Sum(a => a.Where(t => t.Action.ToString().Equals(ac)).Sum(r => r.Result.Damage / totalAc));
string res = "\nAverage stats for [" + ac + "] : ";
res += string.Format("{0:N2} DPS ({1:N2}%)\n\tAverage of {2:N2} damage for {3:N2} uses (or 1 use every {4:N2}s)", avgAcDps, avgAcDps / avgDps * 100, avgAcDmg, avgAcUse, fightLength / avgAcUse);
double hitPct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Hit)) / avgAcUse * 100;
double critPct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Crit)) / avgAcUse * 100;
res += string.Format("\n\t{0:N2}% Hit, {1:N2}% Crit", hitPct, critPct);
if (totalActions.Any(l => l.Any(a => a.Action.ToString().Equals(ac) && a.Action.School != School.Physical)))
{
double resistPct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Resist)) / avgAcUse * 100;
res += string.Format(", {0:N2}% Resist", resistPct);
}
else
{
double missPct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Miss)) / avgAcUse * 100;
double glancePct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Glance)) / avgAcUse * 100;
double dodgePct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Dodge)) / avgAcUse * 100;
res += string.Format(", {0:N2}% Miss, {1:N2}% Glancing, {2:N2}% Dodge", missPct, glancePct, dodgePct);
if (Simulation.tank)
{
double parryPct = totalActions.Average(a => a.Count(t => t.Action.ToString().Equals(ac) && t.Result.Type == ResultType.Parry)) / avgAcUse * 100;
res += string.Format(", {0:N2}% Parry", parryPct);
}
}
Log(res);
}
}
//logList = totalEffects.SelectMany(a => a.Select(t => t.Effect.ToString()).OrderBy(b => b)).Distinct().ToList();
logList = new List <string>()
{
};
if (playerBase.Class == Player.Classes.Warrior)
{
logList.AddRange(new List <string>()
{
"Deep Wounds"
});
}
else if (playerBase.Class == Player.Classes.Warlock)
{
logList.AddRange(new List <string>()
{
"Corruption", "Malediction of Agony"
});
}
else if (playerBase.Class == Player.Classes.Paladin)
{
logList.AddRange(new List <string>()
{
Vengeance.NAME,
ConsecrationDoT_Rank1.NAME, ConsecrationDoT_Rank5.NAME,
});
}
// Non-class-specific stuff
logList.AddRange(new List <string>()
{
SpellVulnerability.NAME,
});
foreach (string ac in logList)
{
double totalAc = totalEffects.Select(a => a.Where(t => t.Effect.ToString().Equals(ac)).Count()).Sum();
if (totalAc > 0)
{
double avgAcUse = totalEffects.Average(a => a.Count(t => t.Effect.ToString().Equals(ac)));
double avgAcDps = totalEffects.Average(a => a.Where(t => t.Effect.ToString().Equals(ac)).Sum(r => r.Damage / fightLength));
double avgAcDmg = totalEffects.Sum(a => a.Where(t => t.Effect.ToString().Equals(ac)).Sum(r => r.Damage / totalAc));
string res = "\nAverage stats for [" + ac + "] : ";
res += string.Format("{0:N2} DPS ({1:N2}%)\n\tAverage of {2:N2} damage for {3:N2} ticks (or 1 tick every {4:N2}s)", avgAcDps, avgAcDps / avgDps * 100, avgAcDmg, avgAcUse, fightLength / avgAcUse);
double uptime = 3 / (fightLength / avgAcUse) * 100;
res += string.Format("\n\t{0:N2}% Uptime", uptime);
Log(res);
}
}
}
if (!debug)
{
Directory.CreateDirectory(logsFileDir);
}
string path = debug ? Path.Combine(debugPath, logsFileName + txt) : Path.Combine(logsFileDir, logsFileName + DateTime.Now.ToString("_yyyyMMdd-HHmmss-fff") + txt);
File.WriteAllText(path, logs);
Console.WriteLine("Logs written in " + path);
}
catch (Exception e)
{
Console.WriteLine("Simulation failed with the following error :\n" + e);
}
finally
{
Console.WriteLine("Press any key to exit...");
Console.ReadKey();
}
}
public Weapon(double min = 1, double max = 2, double speed = 1, bool twoHanded = true, WeaponType type = WeaponType.Axe, Attributes attributes = null, int id = 0, string name = "New Item", Enchantment enchantment = null, Enchantment buff = null, ItemEffect effect = null, School school = School.Physical)
: base(Slot.Weapon, attributes, id, name, enchantment, effect)
{
DamageMin = min;
DamageMax = max;
Speed = speed;
TwoHanded = twoHanded;
Type = type;
Buff = buff;
School = school;
if (Buff != null && Buff.Attributes.GetValue(Attribute.WeaponDamage) > 0)
{
double bonus = Buff.Attributes.GetValue(Attribute.WeaponDamage);
DamageMin += bonus;
DamageMax += bonus;
}
BaseMin = DamageMin;
BaseMax = DamageMax;
}
public Weapon(Player p = null, int min = 1, int max = 2, double speed = 1, bool twoHanded = true, WeaponType type = WeaponType.Axe, Attributes attributes = null, int id = 0, string name = "New Item", Enchantment enchantment = null, Enchantment buff = null, ItemEffect effect = null)
: base(p, Slot.Weapon, attributes, id, name, enchantment, effect)
{
DamageMin = min;
DamageMax = max;
Speed = speed;
TwoHanded = twoHanded;
Type = type;
Buff = buff;
if (Buff != null && Buff.Attributes.GetValue(Attribute.WeaponDamage) > 0)
{
int bonus = (int)Math.Round(Buff.Attributes.GetValue(Attribute.WeaponDamage));
DamageMin += bonus;
DamageMax += bonus;
}
}
public Weapon(int min, int max, double speed, bool twoHanded, WeaponType type, Attributes attributes = null, int id = 0, string name = "New Item", Enchantment enchantment = null, Enchantment buff = null, ItemEffect effect = null)
: this(null, min, max, speed, twoHanded, type, attributes, id, name, enchantment, buff, effect)
{
}