private void SetAll(UIMouseEvent evt, UIElement listeningElement)
{
int i = 0;
switch ((listeningElement as UIText).Text)
{
case "Off":
i = 0;
break;
case "On":
i = 1;
break;
case "Alt":
i = 2;
break;
}
Damage.SetValue(i);
Crit.SetValue(i);
Speed.SetValue(i);
Knock.SetValue(i);
Mana.SetValue(i);
Main.PlaySound(SoundID.MenuTick);
}
public void SortBooksByTag(Crit crit)
{
switch (crit)
{
case Crit.isbn:
bookListStorage.Sort(new SorterByISBN());
break;
case Crit.author:
bookListStorage.Sort(new SorterByAuthor());
break;
case Crit.title:
bookListStorage.Sort(new SorterByTitle());
break;
case Crit.publisher:
bookListStorage.Sort(new SorterByPublisher());
break;
case Crit.year:
bookListStorage.Sort(new SorterByYear());
break;
case Crit.price:
bookListStorage.Sort(new SorterByPrice());
break;
case Crit.pages:
bookListStorage.Sort(new SorterByPageCount());
break;
}
logger.Log("Info", "Books were sorted.");
}
public Book FindBookByTag(Crit crit, string value)
{
switch (crit)
{
case Crit.isbn:
return(bookListStorage.Find(book => book.Isbn == value));
case Crit.author:
return(bookListStorage.Find(book => book.Author == value));
case Crit.title:
return(bookListStorage.Find(book => book.Title == value));
case Crit.publisher:
return(bookListStorage.Find(book => book.Publisher == value));
case Crit.year:
return(bookListStorage.Find(book => book.Year == int.Parse(value)));
case Crit.price:
return(bookListStorage.Find(book => book.Price == int.Parse(value)));
case Crit.pages:
return(bookListStorage.Find(book => book.PageCount == int.Parse(value)));
default:
return(null);
}
}
/// <summary>
/// Find book by tag from list
/// </summary>
/// <param name="value"></param>
/// <param name="crit"></param>
/// <returns></returns>
public Book FindBookByTag(string value, Crit crit)
{
logger.Info("Find book with " + crit + " that equals " + value);
switch (crit)
{
case Crit.isbn:
return(listbooks.Find(book => book.Isbn == value));
case Crit.author:
return(listbooks.Find(book => book.Author == value));
case Crit.name:
return(listbooks.Find(book => book.Name == value));
case Crit.publisher:
return(listbooks.Find(book => book.Publisher == value));
case Crit.year:
return(listbooks.Find(book => book.Year == int.Parse(value)));
case Crit.price:
return(listbooks.Find(book => book.Price == int.Parse(value)));
case Crit.pages:
return(listbooks.Find(book => book.Pages == int.Parse(value)));
default:
return(null);
}
}
public void RollMessages(IDiceTray diceTray)
{
RollMade = $"{diceTray.DiceCount}d{diceTray.DiceType} +{diceTray.Bonus}";
Rolls = $"{string.Join(", ", diceTray.Rolls)}";
Result = CalculateResult(diceTray);
CritMessage = CritAsString(diceTray);
CritValue = diceTray.Crit;
}
public DealDmgToEnemy(Crit crit, Dodge dodge, ArmorReduction armorReduction, MagicReduction magicReduction, UserAccounts accounts, UpdateFightPage updateFightPage)
{
_crit = crit;
_dodge = dodge;
_armorReduction = armorReduction;
_magicReduction = magicReduction;
_accounts = accounts;
_updateFightPage = updateFightPage;
}
public override void update()
{
Atk.update();
Hit.update();
Avoid.update();
Crit.update();
Dod.update();
AS.update();
Rng.update();
}
public void DiceRoll(string diceType, string diceCount, string bonus, VantageType vantageType = VantageType.NoVantage)
{
var stringToInt = new StringToInt();
Bonus = stringToInt.ZeroOrGreater(bonus);
DiceCount = stringToInt.OneOrGreater(diceCount);
DiceType = stringToInt.OneOrGreater(diceType);
VantageType = vantageType;
CheckVantageType();
RollDice();
Crit = CheckIfCrit();
}
public override void draw(SpriteBatch sprite_batch, Vector2 draw_offset = default(Vector2))
{
Vector2 loc = this.loc + draw_vector();
sprite_batch.Begin(SpriteSortMode.Deferred, BlendState.AlphaBlend, null, null, Scissor_State);
Atk.draw(sprite_batch, draw_offset - loc);
Hit.draw(sprite_batch, draw_offset - loc);
Avoid.draw(sprite_batch, draw_offset - loc);
Crit.draw(sprite_batch, draw_offset - loc);
Dod.draw(sprite_batch, draw_offset - loc);
AS.draw(sprite_batch, draw_offset - loc);
Rng.draw(sprite_batch, draw_offset - loc);
sprite_batch.End();
}
public override Dictionary <string, string> GetCharacterDisplayCalculationValues()
{
Dictionary <string, string> dictValues = new Dictionary <string, string>();
int armorCap = (int)Math.Ceiling((1402.5f * TargetLevel) - 66502.5f);
float levelDifference = 0.2f * (TargetLevel - 70);
float targetCritReduction = 5f + levelDifference;
float currentCritReduction = ((float)Math.Floor(
(BasicStats.DefenseRating * WarriorConversions.DefenseRatingToDefense + BasicStats.Defense)) *
WarriorConversions.DefenseToCritReduction) +
(BasicStats.Resilience * WarriorConversions.ResilienceRatingToCritReduction);
int defToCap = 0, resToCap = 0;
if (currentCritReduction < targetCritReduction)
{
while ((((float)Math.Floor(
((BasicStats.DefenseRating + defToCap) * WarriorConversions.DefenseRatingToDefense + BasicStats.Defense)) *
WarriorConversions.DefenseToCritReduction) +
(BasicStats.Resilience * WarriorConversions.ResilienceRatingToCritReduction)) < targetCritReduction)
{
defToCap++;
}
while ((((float)Math.Floor(
(BasicStats.DefenseRating * WarriorConversions.DefenseRatingToDefense + BasicStats.Defense)) *
WarriorConversions.DefenseToCritReduction) +
((BasicStats.Resilience + resToCap) * WarriorConversions.ResilienceRatingToCritReduction)) < targetCritReduction)
{
resToCap++;
}
}
else if (currentCritReduction > targetCritReduction)
{
while ((((float)Math.Floor(
((BasicStats.DefenseRating + defToCap) * WarriorConversions.DefenseRatingToDefense + BasicStats.Defense)) *
WarriorConversions.DefenseToCritReduction) +
(BasicStats.Resilience * WarriorConversions.ResilienceRatingToCritReduction)) > targetCritReduction)
{
defToCap--;
}
while ((((float)Math.Floor(
(BasicStats.DefenseRating * WarriorConversions.DefenseRatingToDefense + BasicStats.Defense)) *
WarriorConversions.DefenseToCritReduction) +
((BasicStats.Resilience + resToCap) * WarriorConversions.ResilienceRatingToCritReduction)) > targetCritReduction)
{
resToCap--;
}
defToCap++;
resToCap++;
}
dictValues.Add("Health", BasicStats.Health.ToString());
dictValues.Add("Strength", BasicStats.Strength.ToString());
dictValues.Add("Agility", BasicStats.Agility.ToString());
dictValues.Add("Stamina", BasicStats.Stamina.ToString());
dictValues.Add("Armor", BasicStats.Armor.ToString());
dictValues.Add("Defense", Defense.ToString() +
string.Format("*Defense Rating {0}", BasicStats.DefenseRating));
dictValues.Add("Dodge", Dodge.ToString() +
string.Format("%*Dodge Rating {0}", BasicStats.DodgeRating));
dictValues.Add("Parry", Parry.ToString() +
string.Format("%*Parry Rating {0}", BasicStats.ParryRating));
if (BlockOverCap > 0f)
{
dictValues.Add("Block", (Block + BlockOverCap).ToString()
+ string.Format("%*Block Rating {0}. Over the crush cap by {1}% block", BasicStats.BlockRating, BlockOverCap));
}
else
{
dictValues.Add("Block", Block.ToString()
+ string.Format("%*Block Rating {0}", BasicStats.BlockRating));
}
dictValues.Add("Miss", Miss.ToString() + "%");
dictValues.Add("Resilience", BasicStats.Resilience.ToString() +
string.Format(@"*Reduces periodic damage and chance to be critically hit by {0}%.
Reduces the effect of mana-drains and the damage of critical strikes by {1}%.",
BasicStats.Resilience * WarriorConversions.ResilienceRatingToCritReduction,
BasicStats.Resilience * WarriorConversions.ResilienceRatingToCritReduction * 2));
dictValues.Add("Block Value", BlockValue.ToString());
#region Offensive Stats
dictValues["Attack Power"] = BasicStats.AttackPower.ToString();
dictValues["Hit"] = (BasicStats.HitRating * WarriorConversions.HitRatingToHit +
BasicStats.Hit).ToString() +
string.Format("%*Hit Rating {0}", BasicStats.HitRating);
dictValues["Expertise"] = (Math.Round(BasicStats.ExpertiseRating * WarriorConversions.ExpertiseRatingToExpertise +
BasicStats.Expertise)).ToString() +
string.Format(@"*Expertise Rating {0}
Reduces chance to be dodged or parried by {1}%.", BasicStats.ExpertiseRating,
Math.Round((BasicStats.ExpertiseRating * WarriorConversions.ExpertiseRatingToExpertise +
BasicStats.Expertise) * WarriorConversions.ExpertiseToDodgeParryReduction));
dictValues["Haste"] = (BasicStats.HasteRating * WarriorConversions.HasteRatingToHaste).ToString() +
string.Format("%*Haste Rating {0}", BasicStats.HasteRating);
dictValues["Armor Penetration"] = BasicStats.ArmorPenetration.ToString();
dictValues["Crit"] = Crit.ToString() +
string.Format("%*Crit Rating {0}", BasicStats.CritRating);
dictValues["Weapon Damage"] = BasicStats.WeaponDamage.ToString();
dictValues.Add("Missed Attacks", AvoidedAttacks.ToString() +
string.Format(@"%*Out of 100 attacks:
Attacks Missed: {0}%
Attacks Dodged: {1}%
Attacks Parried: {2}%", MissedAttacks, DodgedAttacks, ParriedAttacks));
dictValues.Add("Limited Threat", (LimitedThreat / ThreatScale).ToString() +
string.Format(@"*White TPS: {0}
Shield Slam TPS: {1}
Revenge TPS: {2}
Devastate TPS: {3}
Windfury TPS: {4}", WhiteThreat, ShieldSlamThreat, RevengeThreat, DevastateThreat, WindfuryThreat));
dictValues.Add("Unlimited Threat", (UnlimitedThreat / ThreatScale).ToString() +
string.Format(@"*Heroic Strike TPS: {0}
Shield Slam TPS: {1}
Revenge TPS: {2}
Devastate TPS: {3}
Windfury TPS: {4}", HeroicStrikeThreat, ShieldSlamThreat, RevengeThreat, DevastateThreat, WindfuryThreat));
#endregion
dictValues["Nature Resist"] = (BasicStats.NatureResistance + BasicStats.AllResist).ToString();
dictValues["Arcane Resist"] = (BasicStats.ArcaneResistance + BasicStats.AllResist).ToString();
dictValues["Frost Resist"] = (BasicStats.FrostResistance + BasicStats.AllResist).ToString();
dictValues["Fire Resist"] = (BasicStats.FireResistance + BasicStats.AllResist).ToString();
dictValues["Shadow Resist"] = (BasicStats.ShadowResistance + BasicStats.AllResist).ToString();
if (BasicStats.Armor == armorCap)
{
dictValues.Add("Mitigation", Mitigation.ToString()
+ string.Format("%*Exactly at the armor cap against level {0} mobs.", TargetLevel));
}
else if (BasicStats.Armor > armorCap)
{
dictValues.Add("Mitigation", Mitigation.ToString()
+ string.Format("%*Over the armor cap by {0} armor.", BasicStats.Armor - armorCap));
}
else
{
dictValues.Add("Mitigation", Mitigation.ToString()
+ string.Format("%*Short of the armor cap by {0} armor.", armorCap - BasicStats.Armor));
}
dictValues.Add("Avoidance", DodgePlusMissPlusParry.ToString() + "%");
dictValues.Add("Avoidance + Block", DodgePlusMissPlusParryPlusBlock.ToString() + "%");
dictValues.Add("Total Mitigation", TotalMitigation.ToString() + "%");
dictValues.Add("Damage Taken", DamageTaken.ToString() + "%");
if (defToCap == 0 && resToCap == 0)
{
dictValues.Add("Chance to be Crit", ((5f + levelDifference) - CritReduction).ToString()
+ "%*Exactly enough defense rating/resilience to be uncrittable by bosses.");
}
else if (defToCap + resToCap > 0)
{
dictValues.Add("Chance to be Crit", ((5f + levelDifference) - CritReduction).ToString()
+ string.Format("%*CRITTABLE! Short by {0} defense rating ({1} defense) or {2} resilience to be uncrittable by bosses.",
defToCap, defToCap * WarriorConversions.DefenseRatingToDefense, resToCap));
}
else
{
dictValues.Add("Chance to be Crit", ((5f + levelDifference) - CritReduction).ToString()
+ string.Format("%*Uncrittable by bosses. {0} defense rating ({1} defense) or {2} resilience over the crit cap.",
-defToCap, -defToCap * WarriorConversions.DefenseRatingToDefense, -resToCap));
}
dictValues.Add("Chance Crushed", CrushChance.ToString() + "%");
dictValues.Add("Overall Points", OverallPoints.ToString());
dictValues.Add("Mitigation Points", MitigationPoints.ToString());
dictValues.Add("Survival Points", SurvivalPoints.ToString());
dictValues.Add("Threat Points", ThreatPoints.ToString());
dictValues["Nature Survival"] = NatureSurvivalPoints.ToString();
dictValues["Frost Survival"] = FrostSurvivalPoints.ToString();
dictValues["Fire Survival"] = FireSurvivalPoints.ToString();
dictValues["Shadow Survival"] = ShadowSurvivalPoints.ToString();
dictValues["Arcane Survival"] = ArcaneSurvivalPoints.ToString();
return(dictValues);
}
public override Dictionary <string, string> GetCharacterDisplayCalculationValues()
{
Dictionary <string, string> dict = new Dictionary <string, string>();
dict["Miss"] = Miss.ToString("F2") + "%";
dict["Dodge"] = Dodge.ToString("F2") + "%";
dict["Parry"] = Parry.ToString("F2") + "%";
dict["Armor Damage Reduction"] = (ArmorDamageReduction * 100.0f).ToString("F2") + "%";
dict["Magic Damage Reduction"] = (MagicDamageReduction * 100.0f).ToString("F2") + "%"
+ string.Format("*Arcane: {0:0}\n", BasicStats.ArcaneResistance)
+ string.Format("Fire: {0:0}\n", BasicStats.FireResistance)
+ string.Format("Frost: {0:0}\n", BasicStats.FrostResistance)
+ string.Format("Nature: {0:0}\n", BasicStats.NatureResistance)
+ string.Format("Shadow: {0:0}", BasicStats.ShadowResistance);
dict["Total Avoidance"] = (Miss + Parry + Dodge).ToString("F2") + "%"; // Another duplicate math location.
dict["Burst Time"] = String.Format("{0:0.0} sec", BurstTime);
dict["Reaction Time"] = String.Format("{0:0.0} sec", ReactionTime);
dict["Health"] = BasicStats.Health.ToString("F0");
dict["Armor"] = BasicStats.Armor.ToString("F0");
dict["Strength"] = BasicStats.Strength.ToString("F0");
dict["Agility"] = BasicStats.Agility.ToString("F0");
dict["Stamina"] = BasicStats.Stamina.ToString("F0");
dict["Hit Rating"] = BasicStats.HitRating.ToString("F0");
dict["Haste Rating"] = BasicStats.HasteRating.ToString("F0");
dict["Crit Rating"] = BasicStats.CritRating.ToString("F0");
dict["Physical Crit"] = (BasicStats.PhysicalCrit * 100f).ToString("F2");
dict["Expertise"] = Expertise.ToString("F0");
dict["Attack Power"] = BasicStats.AttackPower.ToString("F0");
dict["Armor Penetration"] = (BasicStats.ArmorPenetration * 100f).ToString("F2") + "%";
dict["Armor Penetration Rating"] = BasicStats.ArmorPenetrationRating.ToString("F0");
dict["DPS"] = DPS.ToString("F0");
dict["Rotation Time"] = String.Format("{0:0.00} sec", (RotationTime / 1000));
dict["Total Threat"] = TotalThreat.ToString("F0");
#region Rune Strike Limit
dict["RS Limited"] = "";
if (RSLimit == (int)RSState.Good)
{
dict["RS Limited"] = "none";
}
else
{
if (1 == (RSLimit & (int)RSState.TimeStarved))
{
dict["RS Limited"] += "Swing Starved ";
}
if (1 == (RSLimit & (int)RSState.RPStarved))
{
dict["RS Limited"] += "RP Starved ";
}
}
#endregion
#region Ability Costs
dict["Blood"] = Blood.ToString("F0");
dict["Frost"] = Frost.ToString("F0");
dict["Unholy"] = Unholy.ToString("F0");
dict["Death"] = Death.ToString("F0");
dict["Runic Power"] = RP.ToString("F0");
#endregion
dict["Overall Points"] = OverallPoints.ToString("F1");
dict["Mitigation Points"] = String.Format("{0:0.0}", (Mitigation * MitigationWeight)); // Modified Mitigation.
dict["Survival Points"] = String.Format("{0:0.0}", (Survival * SurvivalWeight))
+ string.Format("*Physical:{0:0.0}\n", (PhysicalSurvival * SurvivalWeight))
+ string.Format("Bleed:{0:0.0}\n", (BleedSurvival * SurvivalWeight))
+ string.Format("Magic:{0:0.0}", (MagicSurvival * SurvivalWeight)); // Modified Survival
dict["Threat Points"] = String.Format("{0:0.0}", (Threat * ThreatWeight)); // Modified Threat
dict["Crit"] = Crit.ToString("F2");
dict["Defense"] = Defense.ToString("F0");
dict["Resilience"] = Resilience.ToString("F0");
dict["Defense Rating"] = DefenseRating.ToString("F0");
dict["Defense Rating needed"] = DefenseRatingNeeded.ToString("F0");
dict["Target Miss"] = (TargetMiss * 100.0f).ToString("F1") + "%";
dict["Target Dodge"] = (TargetDodge * 100.0f).ToString("F1") + "%";
dict["Target Parry"] = (TargetParry * 100.0f).ToString("F1") + "%";
return(dict);
}
