private int CalcDamage(DealDamage damage)
{
// First check for immunities, then resistance, then vulnerability (p. 197 Player's Handbook)
if (Immunities.Contains(damage.DamageType))
{
return(0);
}
int actualHpDamage = damage.Hp;
// Resistances and vulnerabilities do not stack, so one does as much as multiple.
if (Resistances.Contains(damage.DamageType))
{
actualHpDamage /= 2; // integer division correctly rounds down
}
// It is technically possible to have a resistance and a vulnerability for the same damage type.
// https://rpg.stackexchange.com/a/167448
if (Vulnerabilities.Contains(damage.DamageType))
{
actualHpDamage *= 2;
}
return(actualHpDamage);
// Possible future refactor: It's a little bit inefficient to check all of the
// lists every time, especially since this function is called from in a loop.
}
public bool Matches(string text, bool nameOnly)
{
CultureInfo Culture = CultureInfo.InvariantCulture;
if (nameOnly)
{
return(Culture.CompareInfo.IndexOf(Name ?? "", text, CompareOptions.IgnoreCase) >= 0);
}
return(Culture.CompareInfo.IndexOf(Name ?? "", text, CompareOptions.IgnoreCase) >= 0 ||
Culture.CompareInfo.IndexOf(Source ?? "", text, CompareOptions.IgnoreCase) >= 0 ||
Culture.CompareInfo.IndexOf(Description ?? "", text, CompareOptions.IgnoreCase) >= 0 ||
Culture.CompareInfo.IndexOf(Alignment ?? "", text, CompareOptions.IgnoreCase) >= 0 ||
Speeds.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
Senses.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
Resistances.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
Vulnerablities.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
Immunities.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
Languages.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
ConditionImmunities.Exists(s => Culture.CompareInfo.IndexOf(s ?? "", text, CompareOptions.IgnoreCase) >= 0) ||
Descriptions.Exists(s => s.Matches(text, nameOnly)) ||
Traits.Exists(s => s.Matches(text, nameOnly)) ||
LegendaryActions.Exists(s => s.Matches(text, nameOnly)) ||
Actions.Exists(s => s.Matches(text, nameOnly)) ||
Keywords.Exists(s => Culture.CompareInfo.IndexOf(s.Name ?? "", text, CompareOptions.IgnoreCase) >= 0));
}
public ResistanceSet()
{
foreach (var damageType in (DamageType[])Enum.GetValues(typeof(DamageType)))
{
Resistances.Add(damageType, new ResistanceSetSettings(1f, 0));
}
}
/// <summary>
/// Display input in text boxes and lists
/// </summary>
/// <param name="monsterToDisplay"></param>
private void DisplayMonsterStats(Monster monsterToDisplay)
{
txtAC.Text = monsterToDisplay.ArmorClass.ToString();
txtDEX.Text = monsterToDisplay.DexterityModifier.ToString();
txtHP.Text = monsterToDisplay.TotalHealth.ToString();
txtName.Text = monsterToDisplay.Name;
txtPP.Text = monsterToDisplay.PassivePerception.ToString();
txtSpeed.Text = monsterToDisplay.PassivePerception.ToString();
cmbMonsterTypes.SelectedValue = monsterToDisplay.Type;
chkMultiattack.IsChecked = monsterToDisplay.Multiattack;
foreach (DamageType resistance in monsterToDisplay.Resistances)
{
lstResistances.Items.Add(resistance);
Resistances.Add(resistance);
}
foreach (DamageType immunity in monsterToDisplay.Immunities)
{
lstImmunities.Items.Add(immunity);
Immunities.Add(immunity);
}
foreach (Attack attack in monsterToDisplay.Attacks)
{
lstAttacks.Items.Add(attack);
Attacks.Add(attack);
}
foreach (MonsterSpecial monsterSpecial in monsterToDisplay.MonsterSpecials)
{
lstMonsterSpecials.Items.Add(monsterSpecial);
MonsterSpecials.Add(monsterSpecial);
}
}
public void TestResistancesForActor()
{
var you = YouInARoom(out _);
var res = new Resistances();
res.Immune.Add("Invincible");
res.Resist.Add("Tough");
res.Vulnerable.Add("Frail");
var item = new Item("Apron");
you.Items.Add(item);
//this apron does not help at all. The effect multiplier is 1 i.e. no change
Assert.AreEqual(1, res.Calculate(you, true));
Assert.AreEqual(1, res.Calculate(you, false));
item.Adjectives.Add(new Adjective(item)
{
Name = "Invincible"
});
Assert.AreEqual(0, res.Calculate(you, true), "You should no longer be affected being invincible");
Assert.AreEqual(1, res.Calculate(you, false), "If not including items it should be normal i.e. 1");
item.Adjectives.Clear();
Assert.AreEqual(1, res.Calculate(you, true));
item.Adjectives.Add(new Adjective(item)
{
Name = "Tough"
});
Assert.AreEqual(0.5, res.Calculate(you, true), "Tough should decrease susceptibility");
Assert.AreEqual(1, res.Calculate(you, false), "If not including items it should be normal i.e. 1");
item.Adjectives.Clear();
Assert.AreEqual(1, res.Calculate(you, true));
item.Adjectives.Add(new Adjective(item)
{
Name = "Frail"
});
Assert.AreEqual(2, res.Calculate(you, true), "Frail should increase susceptibility");
Assert.AreEqual(1, res.Calculate(you, false), "If not including items it should be normal i.e. 1");
item.Adjectives.Clear();
Assert.AreEqual(1, res.Calculate(you, true));
item.Adjectives.Add(new Adjective(item)
{
Name = "Frail"
});
item.Adjectives.Add(new Adjective(item)
{
Name = "Tough"
});
Assert.AreEqual(1, res.Calculate(you, true), "Frail and Tough should cancel out");
Assert.AreEqual(1, res.Calculate(you, false), "If not including items it should be normal i.e. 1");
}
public void Deal(Health health, Resistances resistances)
{
DamageSources filteredDamageTypes = resistances.FilterDamage(sources);
float totalDamage = filteredDamageTypes.CalculateTotalDamage();
health.Subtract(totalDamage);
}
public void AddResistances(Resistances newResistances)
{
if (!resistances.Contains(newResistances))
{
resistances.Add(newResistances);
totalResistances += newResistances;
}
}
public void SubtractResistances(Resistances subtraction)
{
if (resistances.Contains(subtraction))
{
resistances.Remove(subtraction);
totalResistances -= subtraction;
}
}
public AuraEffect(ushort _id, int _customFlags1, int _add,
int _levelMin, int _levelMax, int _bonus1, int _bonus2, int _s1, int _s2, int _s3,
int _t1, int _t2, Resistances _res, DispelType _dis,
int _manacost, int _castingtime, byte _range, int _duration, int _cooldown,
int _aura, int _h, int _classe) : base(_id, _customFlags1, _add,
_levelMin, _levelMax, _bonus1, _bonus2, _s1, _s2, _s3, _t1, _t2, _res, _dis,
_manacost, _castingtime, _range, _duration, _cooldown, _h, 0, 0, 0, _classe)
{
aura = _aura;
}
public ComboSpellTemplate(ushort _id, int _customFlags1,
int _levelMin, int _levelMax, int _bonus1, int _bonus2,
int _s1, int _s2, int _s3,
Resistances _res, DispelType _dis,
int _manacost, int _castingtime, byte _range, float _comboModifier, int _duration, int _cooldown,
int _h, int _classe) : base(_id, _customFlags1,
_levelMin, _levelMax, _bonus1, _bonus2, _s1, _s2, _s3, _res, _dis,
_manacost, _castingtime, _range, _duration, _cooldown, _h, 0, 0, 0, _classe)
{
comboModifier = _comboModifier;
}
public AuraEffect( ushort _id,int _customFlags1, int _add,
int _levelMin, int _levelMax, int _bonus1, int _bonus2, int _s1, int _s2, int _s3,
int _t1, int _t2, Resistances _res, DispelType _dis,
int _manacost, int _castingtime, byte _range, int _duration, int _cooldown,
int _aura, int _h, int _classe)
: base(_id,_customFlags1, _add,
_levelMin, _levelMax, _bonus1, _bonus2, _s1, _s2, _s3, _t1, _t2, _res,_dis,
_manacost, _castingtime, _range, _duration, _cooldown, _h, 0, 0, 0, _classe)
{
aura = _aura;
}
public ComboSpellTemplate( ushort _id, int _customFlags1,
int _levelMin, int _levelMax, int _bonus1, int _bonus2,
int _s1, int _s2, int _s3,
Resistances _res, DispelType _dis,
int _manacost, int _castingtime, byte _range, float _comboModifier, int _duration, int _cooldown,
int _h, int _classe)
: base(_id, _customFlags1,
_levelMin, _levelMax, _bonus1, _bonus2, _s1, _s2, _s3, _res, _dis,
_manacost, _castingtime, _range, _duration, _cooldown, _h, 0, 0, 0,_classe)
{
comboModifier = _comboModifier;
}
public MountAuraEffect(ushort _id, int _customFlags1, int _mountid,
int _levelMin, int _levelMax, int _bonus1, int _bonus2, int _s1, int _s2, int _s3,
int _t1, int _t2, Resistances _res, DispelType _dis,
int _manacost, int _castingtime, int _duration, int _cooldown,
int _aura, int _h, int _classe) : base(_id, _customFlags1,
_levelMin, _levelMax, _bonus1, _bonus2, _s1, _s2, _s3, _t1, _t2, _res, _dis,
_manacost, _castingtime, 0, _duration, _cooldown, _aura, _h, _classe)
{
mountId = _mountid;
speedModifier = ((float)_s2) / 100f;
World.MountsList[mountId] = this;
}
public MountAuraEffect( ushort _id,int _customFlags1, int _mountid,
int _levelMin, int _levelMax, int _bonus1, int _bonus2, int _s1, int _s2, int _s3,
int _t1, int _t2, Resistances _res, DispelType _dis,
int _manacost, int _castingtime, int _duration, int _cooldown,
int _aura, int _h, int _classe)
: base(_id, _customFlags1,
_levelMin, _levelMax, _bonus1, _bonus2, _s1, _s2, _s3, _t1, _t2, _res,_dis,
_manacost, _castingtime, 0, _duration, _cooldown, _aura, _h, _classe)
{
mountId = _mountid;
speedModifier = ( (float)_s2 ) / 100f;
World.MountsList[ mountId ] = this;
}
private void OnEnable()
{
integrity = GetComponent <Integrity>();
if (initialSet || integrity == null)
{
return;
}
initialSet = true;
initialArmor = integrity.Armor;
initialResistances = integrity.Resistances;
}
public void TestResistancesByName()
{
var res = new Resistances();
res.Immune.Add("Invincible");
res.Resist.Add("Tough");
res.Vulnerable.Add("Frail");
var item = new Item("Apron");
//this apron does not help at all. The effect multiplier is 1 i.e. no change
Assert.AreEqual(1, res.Calculate(item));
item.Adjectives.Add(new Adjective(item)
{
Name = "Invincible"
});
Assert.AreEqual(0, res.Calculate(item), "You should no longer be affected being invincible");
item.Adjectives.Clear();
Assert.AreEqual(1, res.Calculate(item));
item.Adjectives.Add(new Adjective(item)
{
Name = "Tough"
});
Assert.AreEqual(0.5, res.Calculate(item), "Tough should decrease susceptibility");
item.Adjectives.Clear();
Assert.AreEqual(1, res.Calculate(item));
item.Adjectives.Add(new Adjective(item)
{
Name = "Frail"
});
Assert.AreEqual(2, res.Calculate(item), "Frail should increase susceptibility");
item.Adjectives.Clear();
Assert.AreEqual(1, res.Calculate(item));
item.Adjectives.Add(new Adjective(item)
{
Name = "Frail"
});
item.Adjectives.Add(new Adjective(item)
{
Name = "Tough"
});
Assert.AreEqual(1, res.Calculate(item), "Frail and Tough should cancel out");
}
public static Resistances operator -(Resistances a, Resistances b)
{
Resistances sum = new Resistances();
Dictionary <DamageType, DamageSource> .KeyCollection keys = a.Dictionary.Keys;
foreach (DamageType rt in keys)
{
float newValue = a.Dictionary[rt].value - b.Dictionary[rt].value;
sum.Dictionary[rt].value = Mathf.Clamp(newValue, minStat, maxStat);
}
return(sum);
}
private void Awake()
{
integrity = GetComponent <Integrity>();
lineRenderer = GetComponent <LineRenderer>();
if (initialSet || integrity == null)
{
return;
}
initialSet = true;
initialArmor = integrity.Armor;
initialResistances = integrity.Resistances;
}
//int cooldown;
public Ability( ushort _id,int _customFlags1,
int _degatMin, int _degatMax, Resistances _res,DispelType _dis,
int _manacost, int _castingtime, byte _range, int _duration, int _cooldown,
int _classe ) : base( _id,_customFlags1, _cooldown )
{
degatMin = _degatMin;
degatMax = _degatMax;
resistance = _res;
dispeltype = _dis;
classe = _classe;
manaCost = _manacost;
castingTime = _castingtime;
range = _range;
duration = _duration;
}
public Ability(ushort _id, int _customFlags1,
int _degatMin, int _degatMax, Resistances _res, DispelType _dis,
int _manacost, int _castingtime, byte _range, int _duration, int _cooldown,
int _classe) : base(_id, _customFlags1, _cooldown)
{
degatMin = _degatMin;
degatMax = _degatMax;
resistance = _res;
dispeltype = _dis;
classe = _classe;
manaCost = _manacost;
castingTime = _castingtime;
range = _range;
duration = _duration;
}
private float Resist(Resistances resistances, Attack.DamageType type, float damage)
{
switch (type)
{
case (Attack.DamageType.Kinetic):
return(damage *= resistances.Kinetic);
case (Attack.DamageType.Fire):
return(damage *= resistances.Fire);
case (Attack.DamageType.Electrical):
return(damage *= resistances.Electrical);
default:
return(damage);
}
}
/// <summary>
/// Calculate Damage amount from damage and DamageType
/// Taking into consideration Resistances and Immunities
/// </summary>
/// <param name="damage"></param>
/// <param name="damageType"></param>
/// <returns></returns>
public int CalculateDamage(int damage, DamageType damageType)
{
double totalDamage = 0d;
if (Resistances.Contains(damageType))
{
totalDamage = Math.Floor((double)damage / 2d);
}
else if (Immunities.Contains(damageType))
{
}
else
{
totalDamage = damage;
}
return(Convert.ToInt32(totalDamage));
}
public bool IsResistantTo(Element element)
{
Element[] barrResists = { Element.Dimension, Element.Fire, Element.Mind, Element.Lightning, Element.Death, Element.Poison, Element.Body, Element.Ice };
for (int i = 0; i < GetBuffStacks(Buff.Barrier); i++)
{
// Ignore Ice unless bug fixes are in effect
if (!Globals.BUG_FIXES && i == 7)
{
break;
}
if (barrResists[i] == element)
{
return(true);
}
}
return(Resistances.Contains(element));
}
public AspectSpawn(BaseAspect aspect, AIType ai, FightMode mode, double dActiveSpeed, double dPassiveSpeed)
: base(ai, mode, aspect.RangePerception, aspect.RangeFight, dActiveSpeed, dPassiveSpeed)
{
Aspect = aspect;
Name = "Aspect Spawn";
Body = 129;
Hue = Aspect.Hue;
Team = Aspect.Team;
Resistances.SetAll(i => Aspect.Resistances[i]);
SetDamageType(ResistanceType.Physical, Aspect.PhysicalDamage);
SetDamageType(ResistanceType.Fire, Aspect.FireDamage);
SetDamageType(ResistanceType.Cold, Aspect.ColdDamage);
SetDamageType(ResistanceType.Poison, Aspect.PoisonDamage);
SetDamageType(ResistanceType.Energy, Aspect.EnergyDamage);
Aspect.Scale(this);
SpawnAspectAbility.Register(this);
}
private void PokemonTypeListBox_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
PokemonType temp = (PokemonType)PokemonTypeListBox.SelectedItem;
PTypeNameTextBox.Text = temp.Name;
PTypeInternalNameTextBox.Text = temp.InternalName;
PTypePseudoCheckBox.IsChecked = temp.IsPseudoType;
PTypeSpecialCheckBox.IsChecked = temp.IsSpecialType;
PTypeWeaknessListBox.UnselectAll();
if (temp.Weaknesses != null)
{
foreach (String type in temp.Weaknesses)
{
PTypeWeaknessListBox.SelectedItems.Add(Weaknesses.Find(p => p.InternalName.Equals(type)));
}
}
PTypeResistanceListBox.UnselectAll();
if (temp.Resistances != null)
{
foreach (String type in temp.Resistances)
{
PTypeResistanceListBox.SelectedItems.Add(Resistances.Find(p => p.InternalName.Equals(type)));
}
}
PTypeImmunityListBox.UnselectAll();
if (temp.Immunities != null)
{
foreach (String type in temp.Immunities)
{
PTypeImmunityListBox.SelectedItems.Add(Immunities.Find(p => p.InternalName.Equals(type)));
}
}
}
// FUNCTION: TakeDamage
// PARAMETERS:
// -dt:DamageTypes, an enum representing the type of damage dealt
// -damageValue:int, the amount of damage dealt to the Character
// Calculates damage dealt to the character, factors in if the Character has resistances
// to the DamageTypes value passed in. If a Character has Resistance to a damage type,
// ensures that at minimum 1 damage is dealt, else round down. If a Character has temporary
// hp, takes away from TempHp first and any remaining damage gets taken from CurrHp. If damage
// would put a Character under 0 hp, sets hp to 0.
public void TakeDamage(DamageTypes dt, int damageValue)
{
double tempDamage = Convert.ToDouble(damageValue);
if (Resistances.ContainsKey(dt))
{
double damageMod = 1.0;
switch (Resistances[dt])
{
case ResistanceTypes.Immunity:
damageMod = 0.0;
break;
case ResistanceTypes.Resistance:
damageMod = 0.5;
break;
case ResistanceTypes.Vulnerable:
damageMod = 2.0;
break;
default:
damageMod = 1.0;
break;
}
tempDamage = (Convert.ToDouble(damageValue) * damageMod);
if (tempDamage > 0.0 && tempDamage < 1.0)
{
tempDamage = 1.0;
}
else
{
tempDamage = Math.Floor(tempDamage);
}
}
if (tempDamage > 0.0)
{
if (TempHp > 0)
{
if (TempHp >= (int)tempDamage)
{
TempHp -= (int)tempDamage;
}
else
{
int postDamage = (int)tempDamage - TempHp;
TempHp = 0;
CurrHp -= postDamage;
}
}
else
{
CurrHp -= (int)tempDamage;
if (CurrHp < 0)
{
CurrHp = 0;
}
}
}
}
public static ActorValue ToActorValue(this Resistances value)
{
return(EnumConverter.ConvertByName <ActorValue>(value));
}
public Damageable()
{
BaseResistance = new Resistances();
ArmourResistance = new Resistances();
ShieldResistance = new Resistances();
}
public AnimaCharacter(ExcelWorksheet excelWorksheet, string player)
{
Player = player;
IsCurrent = false;
ImageUrl = excelWorksheet.Cells["AK1"].Text;
//Character info
Name = excelWorksheet.Cells["E1"].Text;
Origine = excelWorksheet.Cells["P1"].Text;
Class = excelWorksheet.Cells["F3"].Text;
Level = Convert.ToInt32(excelWorksheet.Cells["E5"].Value);
Hp = Convert.ToInt32(excelWorksheet.Cells["B12"].Value);
string temp = excelWorksheet.Cells["B13"].Text;
CurrentHp = string.IsNullOrEmpty(temp) ? Hp : Convert.ToInt32(temp);
Regeneration = Convert.ToInt32(excelWorksheet.Cells["J18"].Value);
Fatigue = Convert.ToInt32(excelWorksheet.Cells["B18"].Value);
temp = excelWorksheet.Cells["B19"].Text;
CurrentFatigue = string.IsNullOrEmpty(temp) ? Fatigue : Convert.ToInt32(temp);
Movement = Convert.ToInt32(excelWorksheet.Cells["F18"].Value);
TotalKiPoints = Convert.ToInt32(excelWorksheet.Cells["V39"].Value);
temp = excelWorksheet.Cells["Z39"].Text;
CurrentKi = string.IsNullOrEmpty(temp) ? TotalKiPoints : Convert.ToInt32(temp);
ArmorPoint = Convert.ToInt32(excelWorksheet.Cells["AC55"].Value);
ZeonPoints = Convert.ToInt32(excelWorksheet.Cells["U15"].Value);
temp = excelWorksheet.Cells["U16"].Text;
CurrentZeon = string.IsNullOrEmpty(temp) ? ZeonPoints : Convert.ToInt32(temp);
Amr = Convert.ToInt32(excelWorksheet.Cells["U21"].Value);
AmrRegen = Convert.ToInt32(excelWorksheet.Cells["U24"].Value);
InnateMagic = Convert.ToInt32(excelWorksheet.Cells["U27"].Value);
MagicLevel = Convert.ToInt32(excelWorksheet.Cells["AD8"].Value);
PppFree = Convert.ToInt32(excelWorksheet.Cells["Q21"].Value);
temp = excelWorksheet.Cells["Q22"].Text;
CurrentPpp = string.IsNullOrEmpty(temp) ? PppFree : Convert.ToInt32(temp);
IsLucky = Convert.ToBoolean(excelWorksheet.Cells["DC30"].Value);
IsUnlucky = Convert.ToBoolean(excelWorksheet.Cells["DC153"].Value);
DestinFuneste = Convert.ToBoolean(excelWorksheet.Cells["DC165"].Value);
//Base stats
foreach (var cell in excelWorksheet.Cells[22, 2, 30, 2])
{
BaseStats.Add(new Roll10Stat(StatGroups[0], cell.Text, Convert.ToInt32(cell.Offset(0, 9).Value)));
}
//Resistances
foreach (var cell in excelWorksheet.Cells[32, 2, 36, 2])
{
Resistances.Add(new ResistanceStat(StatGroups[1], cell.Text, Convert.ToInt32(cell.Offset(0, 2).Value)));
}
//Battle stats
BattleStats.Add(new Roll100Stat(StatGroups[2], excelWorksheet.Cells["B14"].Text, Convert.ToInt32(excelWorksheet.Cells["B15"].Value)));
BattleStats.Add(new Roll100Stat(StatGroups[2], excelWorksheet.Cells["B52"].Text, Convert.ToInt32(excelWorksheet.Cells["AC52"].Value)));
BattleStats.Add(new Roll100Stat(StatGroups[2], excelWorksheet.Cells["B53"].Text, Convert.ToInt32(excelWorksheet.Cells["AC53"].Value)));
BattleStats.Add(new Roll100Stat(StatGroups[2], excelWorksheet.Cells["B54"].Text, Convert.ToInt32(excelWorksheet.Cells["AC54"].Value)));
Roll100Stat defence = BattleStats.Where(x => x.Name == "Esquive" || x.Name == "Parade").OrderByDescending(x => x.Value).First();
BattleStats.Add(new Roll100Stat(StatGroups[2], $"Défense : {defence.Name}", defence.Value));
foreach (var cell in excelWorksheet.Cells[64, 2, 68, 2])
{
BattleStats.Add(new Roll100Stat(StatGroups[2], cell.Text, Convert.ToInt32(cell.Offset(0, 27).Value)));
}
BattleStats.Add(new Roll100Stat(StatGroups[2], excelWorksheet.Cells["B71"].Text, Convert.ToInt32(excelWorksheet.Cells["AC71"].Value)));
try
{//TODO pourquoi ????
BattleStats.Add(new Roll100Stat(StatGroups[2], excelWorksheet.Cells["Q23"].Text, Convert.ToInt32(excelWorksheet.Cells["Q24"].Value)));
}
catch (Exception ex)
{
}
//Secondary stats
foreach (var cell in excelWorksheet.Cells[75, 2, 143, 2])
{
if (!cell.Style.Font.Bold)
{
SecondaryStats.Add(new Roll100Stat(StatGroups[3], cell.Text, Convert.ToInt32(cell.Offset(0, 27).Value)));
}
}
SecondaryStats.Add(new Roll100Stat(StatGroups[3], excelWorksheet.Cells["G34"].Text, Convert.ToInt32(excelWorksheet.Cells["N34"].Value)));
SecondaryStats.Add(new Roll100Stat(StatGroups[3], excelWorksheet.Cells["G35"].Text, Convert.ToInt32(excelWorksheet.Cells["N35"].Value)));
SecondaryStats.RemoveAll(x => string.IsNullOrWhiteSpace(x.Name));
base.AllStats.AddRange(BaseStats);
base.AllStats.AddRange(Resistances);
base.AllStats.AddRange(BattleStats);
base.AllStats.AddRange(SecondaryStats);
}
public Damageable(Entity owner, string id) : base(owner, id)
{
BaseResistance = new Resistances();
ArmourResistance = new Resistances();
ShieldResistance = new Resistances();
}
private bool IsResistant(DamageType damageType)
{
return(Resistances.Contains(damageType));
}
public void SetDamage( float min, float max, Resistances res )
{
itemDamages[ (int)res ] = new ItemDamage( min, max );
}
public SpellTemplate( ushort _id, int _customFlags1,
int _levelMin, int _levelMax, int _bonus1, int _bonus2, int _s1, int _s2, int _s3,
int _t1, int _t2, Resistances _res, DispelType _dis,
int _manacost, int _castingtime, byte _range, int _duration, int _cooldown,
int _h, int _radius1, int _radius2, int _radius3, int _classe)
: base(_id,_customFlags1, _cooldown)
{
h = _h;
levelMin = _levelMin;
levelMax = _levelMax;
resistance = _res;
dispeltype = _dis;
classe = _classe;
manaCost = _manacost;
castingTime = _castingtime;
range = _range;
duration = _duration;
s1 = _s1;
s2 = _s2;
s3 = _s3;
bonus1 = _bonus1;
bonus2 = _bonus2;
t1 = _t1;
t2 = _t2;
radius1 = _radius1;
radius2 = _radius2;
radius3 = _radius3;
}
public string ResistancesLabel() => Resistances?.Count > 0 ? EnumerableToCSV(Resistances.Select(i => ((Constants.DamageTypes)i).ToString())) : "None";
public void AddResistance(DamageTypes damageType)
{
Resistances.Add(damageType);
}
static int Damage(Ability a, Effect e, Unit owner, Unit target, bool isPrediction)
{
// Step 1. Get base attack power
int baseAttackPower = (a.powerType == Ability.Powers.MPow) ? owner.GetStat(Stats.MPow) : owner.GetStat(Stats.WAtk);
// Step 1a. Apply the mission item bonus
baseAttackPower += baseAttackPower * GetMissionItemBonus(owner) / 100;
// Step 2. Attacker's support check
baseAttackPower = ReturnEvent <int>(a, owner, target, attackerSupportCheckEvent, baseAttackPower);
// Step 3. Attacker's status check
baseAttackPower = ReturnEvent <int>(a, owner, target, attackerStatusCheckEvent, baseAttackPower);
// Step 4. Attacker's equipment check
baseAttackPower = ReturnEvent <int>(a, owner, target, attackerEquipmentCheckEvent, baseAttackPower);
// Step 5. Cap
baseAttackPower = Mathf.Min(baseAttackPower, 999);
// Step 6. Get base defense power
int baseDefensePower = (a.powerType == Ability.Powers.MPow) ? target.GetStat(Stats.MRes) : target.GetStat(Stats.WDef);
// Step 6.a Apply the mission item bonus
baseDefensePower += baseDefensePower * GetMissionItemBonus(target) / 100;
// Step 7. Target's support check
baseDefensePower = ReturnEvent <int>(a, owner, target, defenderSupportCheckEvent, baseDefensePower);
// Step 8. Target's status check
baseDefensePower = ReturnEvent <int>(a, owner, target, defenderStatusCheckEvent, baseDefensePower);
// Step 9. Target's equipment check
baseDefensePower = ReturnEvent <int>(a, owner, target, defenderEquipmentCheckEvent, baseDefensePower);
// Step 10. Defense Cap
baseDefensePower = Mathf.Min(baseDefensePower, 999);
// Step 11. Base Damage
int damage = Mathf.Max(baseAttackPower - (baseDefensePower / 2), 1);
// Step 12. Get Ability Power
int power = Mathf.Max(a.power, 1); // TODO: get weapon power if applicable
// Step 13. Apply Power Bonus
damage = Mathf.Max(power * damage / 100, 1);
// Step 14. Elemental Check
Elements element = a.element;
if (element == Elements.None && a.powerType == Ability.Powers.Weapon)
{
// TODO: use charge of primary weapon
}
if (element != Elements.None)
{
// 14 b. Retrieve Target's Resistance (native and equipment)
Resistances baseResistance = Resistances.Normal; // TODO: implement
// 14 c. Element enhancement from equipment
// 14 d. Geomancy check
// 14 e. Mission item check
// 14 f. Apply damage bonus
switch (baseResistance)
{
case Resistances.Weak:
damage *= 3 / 2;
break;
case Resistances.Normal:
break;
case Resistances.Resist:
damage /= 2;
break;
case Resistances.Null:
damage = 0;
break;
case Resistances.Absorb:
damage = -damage;
break;
}
}
// Step 15. Critical Hit
// if (false) // TODO: Determine critical hit chance
// damage *= 3 / 2;
// Step 16. Expert Guard
// if (false) // TODO
// damage = 0;
// Step 17. Random Variance
if (true) // Skip when this is a prediction
{
int rnd = damage / 10;
damage += UnityEngine.Random.Range(0, 2 * rnd) - rnd;
}
// Step 18. Unknown
// if (false)
// damage *= 3 / 2;
// Step 19. Weapon Effects
// if (false) // check weapon drain HP and Undead target
// damage = -damage;
// if (false) // check weapon heal on attack
// damage = -damage;
// Step 20. Cap Damage
damage = Mathf.Clamp(damage, -999, 999);
return(damage);
}