static int GetAverageArmor(FightActor[] actors, EffectSchoolEnum type)
{
int specificArmor;
switch (type)
{
case EffectSchoolEnum.Neutral:
specificArmor = (int)actors.Average(x => x.Stats[PlayerFields.NeutralDamageArmor].TotalSafe);
break;
case EffectSchoolEnum.Earth:
specificArmor = (int)actors.Average(x => x.Stats[PlayerFields.EarthDamageArmor].TotalSafe);
break;
case EffectSchoolEnum.Air:
specificArmor = (int)actors.Average(x => x.Stats[PlayerFields.AirDamageArmor].TotalSafe);
break;
case EffectSchoolEnum.Water:
specificArmor = (int)actors.Average(x => x.Stats[PlayerFields.WaterDamageArmor].TotalSafe);
break;
case EffectSchoolEnum.Fire:
specificArmor = (int)actors.Average(x => x.Stats[PlayerFields.FireDamageArmor].TotalSafe);
break;
default:
return(0);
}
return(specificArmor + (int)actors.Average(x => x.Stats[PlayerFields.GlobalDamageReduction].Total));
}
public ElementaryChallenge(int id, IFight fight)
: base(id, fight)
{
BonusMin = 30;
BonusMax = 50;
m_element = EffectSchoolEnum.Unknown;
}
public Damage(EffectDice effect, EffectSchoolEnum school, FightActor source, Spell spell, Cell targetCell, Zone zone = null)
: this(effect)
{
School = school;
Source = source;
Spell = spell;
TargetCell = targetCell;
Zone = zone;
}
public override int CalculateDamageResistance(int damage, EffectSchoolEnum type, bool critical, bool withArmor, bool poison)
{
var percentResistance = CalculateTotalResistances(type, true, poison);
var fixResistance = CalculateTotalResistances(type, false, poison);
var armorResistance = withArmor && !poison?CalculateArmorReduction(type) : 0;
var result = (int)((1 - percentResistance / 100d) * (damage - armorResistance - fixResistance)) -
(critical ? Stats[PlayerFields.CriticalDamageReduction].Total : 0);
return(result);
}
public override int CalculateDamage(int damage, EffectSchoolEnum type)
{
int result;
if (this.Character.GodMode)
{
result = 32767;
}
else
{
result = base.CalculateDamage((this.m_isUsingWeapon ? (this.m_criticalWeaponBonus + this.Stats[PlayerFields.WeaponDamageBonus]) : 0) + damage, type);
}
return(result);
}
static int GetAverageFixResistance(FightActor[] actors, EffectSchoolEnum type, bool pvp)
{
switch (type)
{
case EffectSchoolEnum.Neutral:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.NeutralElementReduction].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpNeutralElementReduction].Total) : 0) +
actors.Average(x => x.Stats[PlayerFields.PhysicalDamageReduction].Total)));
case EffectSchoolEnum.Earth:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.EarthElementReduction].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpEarthElementReduction].Total) : 0) +
actors.Average(x => x.Stats[PlayerFields.PhysicalDamageReduction].Total)));
case EffectSchoolEnum.Air:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.AirElementReduction].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpAirElementReduction].Total) : 0) +
actors.Average(x => x.Stats[PlayerFields.MagicDamageReduction].Total)));
case EffectSchoolEnum.Water:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.WaterElementReduction].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpWaterElementReduction].Total) : 0) +
actors.Average(x => x.Stats[PlayerFields.MagicDamageReduction].Total)));
case EffectSchoolEnum.Fire:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.FireElementReduction].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpFireElementReduction].Total) : 0) +
actors.Average(x => x.Stats[PlayerFields.MagicDamageReduction].Total)));
default:
return(0);
}
}
void OnBeforeDamageInflicted(FightActor fighter, Damage damage)
{
if (!(damage.Source is CharacterFighter))
{
return;
}
if (damage.ReflectedDamages)
{
return;
}
if (m_element == EffectSchoolEnum.Unknown)
{
m_element = damage.School;
}
else if (m_element != damage.School)
{
UpdateStatus(ChallengeStatusEnum.FAILED, damage.Source);
}
}
static int GetAveragePercentResistance(FightActor[] actors, EffectSchoolEnum type, bool pvp)
{
switch (type)
{
case EffectSchoolEnum.Neutral:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.NeutralResistPercent].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpNeutralResistPercent].Total) : 0)));
case EffectSchoolEnum.Earth:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.EarthResistPercent].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpEarthResistPercent].Total) : 0)));
case EffectSchoolEnum.Air:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.AirResistPercent].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpAirResistPercent].Total) : 0)));
case EffectSchoolEnum.Water:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.WaterResistPercent].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpWaterResistPercent].Total) : 0)));
case EffectSchoolEnum.Fire:
return
((int)
(actors.Average(x => x.Stats[PlayerFields.FireResistPercent].Total) +
(pvp ? actors.Average(x => x.Stats[PlayerFields.PvpFireResistPercent].Total) : 0)));
default:
return(0);
}
}
public Damage(EffectDice effect, EffectSchoolEnum school, FightActor source, Spell spell) : this(effect)
{
this.School = school;
this.Source = source;
this.Spell = spell;
}
private int GetAveragePercentResistance(FightActor[] actors, EffectSchoolEnum type, bool pvp)
{
int result;
switch (type)
{
case EffectSchoolEnum.Neutral:
{
int arg_77_0 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.NeutralResistPercent].Total);
int arg_77_1;
if (!pvp)
{
arg_77_1 = (int)0.0;
}
else
{
arg_77_1 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.PvpNeutralResistPercent].Total);
}
result = arg_77_0 + arg_77_1;
break;
}
case EffectSchoolEnum.Earth:
{
int arg_D3_0 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.EarthResistPercent].Total);
int arg_D3_1;
if (!pvp)
{
arg_D3_1 = (int)0.0;
}
else
{
arg_D3_1 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.PvpEarthResistPercent].Total);
}
result = arg_D3_0 + arg_D3_1;
break;
}
case EffectSchoolEnum.Water:
{
int arg_12F_0 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.WaterResistPercent].Total);
int arg_12F_1;
if (!pvp)
{
arg_12F_1 = (int)0.0;
}
else
{
arg_12F_1 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.PvpWaterResistPercent].Total);
}
result = arg_12F_0 + arg_12F_1;
break;
}
case EffectSchoolEnum.Air:
{
int arg_18B_0 = (int)actors.Average((FightActor x) => x.Stats[PlayerFields.AirResistPercent].Total);
int arg_18B_1;
if (!pvp)
{
arg_18B_1 = (int)0.0;
}
else
{
arg_18B_1 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.PvpAirResistPercent].Total);
}
result = arg_18B_0 + arg_18B_1;
break;
}
case EffectSchoolEnum.Fire:
{
int arg_1E4_0 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.FireResistPercent].Total);
int arg_1E4_1;
if (!pvp)
{
arg_1E4_1 = (int)0.0;
}
else
{
arg_1E4_1 =
(int)actors.Average((FightActor x) => x.Stats[PlayerFields.PvpFireResistPercent].Total);
}
result = arg_1E4_0 + arg_1E4_1;
break;
}
default:
result = 0;
break;
}
return(result);
}
private int GetAverageFixResistance(FightActor[] actors, EffectSchoolEnum type, bool pvp)
{
int result;
switch (type)
{
case EffectSchoolEnum.Neutral:
{
double arg_77_0 =
actors.Average((FightActor x) => x.Stats[PlayerFields.NeutralElementReduction].Total);
double arg_77_1;
if (!pvp)
{
arg_77_1 = 0.0;
}
else
{
arg_77_1 =
actors.Average((FightActor x) => x.Stats[PlayerFields.PvpNeutralElementReduction].Total);
}
result =
(int)
(arg_77_0 + arg_77_1 +
actors.Average((FightActor x) => x.Stats[PlayerFields.PhysicalDamageReduction].Total));
break;
}
case EffectSchoolEnum.Earth:
{
double arg_F7_0 = actors.Average((FightActor x) => x.Stats[PlayerFields.EarthElementReduction].Total);
double arg_F7_1;
if (!pvp)
{
arg_F7_1 = 0.0;
}
else
{
arg_F7_1 = actors.Average((FightActor x) => x.Stats[PlayerFields.PvpEarthElementReduction].Total);
}
result =
(int)
(arg_F7_0 + arg_F7_1 +
actors.Average((FightActor x) => x.Stats[PlayerFields.PhysicalDamageReduction].Total));
break;
}
case EffectSchoolEnum.Water:
{
double arg_177_0 =
actors.Average((FightActor x) => x.Stats[PlayerFields.WaterElementReduction].Total);
double arg_177_1;
if (!pvp)
{
arg_177_1 = 0.0;
}
else
{
arg_177_1 =
actors.Average((FightActor x) => x.Stats[PlayerFields.PvpWaterElementReduction].Total);
}
result =
(int)
(arg_177_0 + arg_177_1 +
actors.Average((FightActor x) => x.Stats[PlayerFields.MagicDamageReduction].Total));
break;
}
case EffectSchoolEnum.Air:
{
double arg_1F7_0 = actors.Average((FightActor x) => x.Stats[PlayerFields.AirElementReduction].Total);
double arg_1F7_1;
if (!pvp)
{
arg_1F7_1 = 0.0;
}
else
{
arg_1F7_1 = actors.Average((FightActor x) => x.Stats[PlayerFields.PvpAirElementReduction].Total);
}
result =
(int)
(arg_1F7_0 + arg_1F7_1 +
actors.Average((FightActor x) => x.Stats[PlayerFields.MagicDamageReduction].Total));
break;
}
case EffectSchoolEnum.Fire:
{
double arg_274_0 = actors.Average((FightActor x) => x.Stats[PlayerFields.FireElementReduction].Total);
double arg_274_1;
if (!pvp)
{
arg_274_1 = 0.0;
}
else
{
arg_274_1 = actors.Average((FightActor x) => x.Stats[PlayerFields.PvpFireElementReduction].Total);
}
result =
(int)
(arg_274_0 + arg_274_1 +
actors.Average((FightActor x) => x.Stats[PlayerFields.MagicDamageReduction].Total));
break;
}
default:
result = 0;
break;
}
return(result);
}
void OnLifePointsChanged(FightActor fighter, int delta, int shieldDamages, int permanentDamages, FightActor from, EffectSchoolEnum school)
{
if (delta > 0)
{
UpdateStatus(ChallengeStatusEnum.FAILED, fighter);
}
}
