public void SetDPS(CharacterCalculationsRetribution calc)
{
calc.WhiteSkill = White;
calc.SealSkill = Seal;
calc.SealDotSkill = SealDot;
calc.CommandSkill = SoC;
calc.JudgementSkill = Judge;
calc.TemplarsVerdictSkill = TV;
calc.CrusaderStrikeSkill = CS;
calc.ConsecrationSkill = Cons;
calc.ExorcismSkill = Exo;
calc.HolyWrathSkill = HW;
calc.HammerOfWrathSkill = HoW;
calc.GoakSkill = GoaK;
calc.DPSPoints = White.GetDPS() +
Seal.GetDPS() +
SealDot.GetDPS() +
SoC.GetDPS() +
Judge.GetDPS() +
CS.GetDPS() +
TV.GetDPS() +
Exo.GetDPS() +
HW.GetDPS() +
Cons.GetDPS() +
HoW.GetDPS() +
GoaK.GetDPS() +
calc.OtherDPS;
}
public override void SetCharacterCalculations(CharacterCalculationsRetribution calc)
{
calc.Solution = new RotationSolution();
foreach (Skill skill in new[] { Judge, CS, DS, Cons, Exo, HoW })
{
float effectiveCooldown;
if (skill.UsableAfter20PercentHealth)
{
if (skill.UsableBefore20PercentHealth)
{
effectiveCooldown =
Combats.CalcOpts.GetEffectiveAbilityCooldown(skill.RotationAbility.Value) *
(1f - Combats.CalcOpts.TimeUnder20) +
Combats.CalcOpts.GetEffectiveAbilityCooldownAfter20PercentHealth(
skill.RotationAbility.Value) *
Combats.CalcOpts.TimeUnder20;
}
else
{
effectiveCooldown = Combats.CalcOpts.GetEffectiveAbilityCooldownAfter20PercentHealth(
skill.RotationAbility.Value);
}
}
else
{
if (skill.UsableBefore20PercentHealth)
{
effectiveCooldown = Combats.CalcOpts.GetEffectiveAbilityCooldown(
skill.RotationAbility.Value);
}
else
{
effectiveCooldown = 0;
}
}
calc.Solution.SetAbilityEffectiveCooldown(skill.RotationAbility.Value, effectiveCooldown);
}
calc.Rotation = null;
}
public void SetDPS(CharacterCalculationsRetribution calc)
{
SetCharacterCalculations(calc);
calc.AverageSoVStack = AverageSoVStackSize();
calc.SoVOvertake = SoVOvertakeTime();
calc.WhiteDPS = White.WhiteDPS();
calc.SealDPS = SealDPS(Seal, SealDot);
calc.JudgementDPS = GetAbilityDps(Judge);
calc.DivineStormDPS = GetAbilityDps(DS);
calc.CrusaderStrikeDPS = GetAbilityDps(CS);
calc.ConsecrationDPS = GetAbilityDps(Cons);
calc.ExorcismDPS = GetAbilityDps(Exo);
calc.HammerOfWrathDPS = GetAbilityDps(HoW);
calc.HandOfReckoningDPS = HandOfReckoningDPS(HoR);
calc.WhiteSkill = White;
calc.SealSkill = Seal;
calc.JudgementSkill = Judge;
calc.DivineStormSkill = DS;
calc.CrusaderStrikeSkill = CS;
calc.ConsecrationSkill = Cons;
calc.ExorcismSkill = Exo;
calc.HammerOfWrathSkill = HoW;
calc.HandOfReckoningSkill = HoR;
calc.DPSPoints =
calc.WhiteDPS +
calc.SealDPS +
calc.JudgementDPS +
calc.CrusaderStrikeDPS +
calc.DivineStormDPS +
calc.ExorcismDPS +
calc.HandOfReckoningDPS +
calc.ConsecrationDPS +
calc.HammerOfWrathDPS +
calc.OtherDPS;
}
public override void SetCharacterCalculations(CharacterCalculationsRetribution calc)
{
calc.Solution = Solution;
calc.Rotation = Rotation;
}
public abstract void SetCharacterCalculations(CharacterCalculationsRetribution calc);
public CharacterCalculationsBase GetCharacterCalculations(Character character, Item additionalItem, RotationCalculation rot)
{
// First things first, we need to ensure that we aren't using bad data
CharacterCalculationsRetribution calc = new CharacterCalculationsRetribution();
if (character == null) { return calc; }
if (rot == null) { return calc; }
calc.CombatStats = rot.Stats;
calc.Character = rot.Character;
calc.BasicStats = GetCharacterStats(character, additionalItem, false);
//Damage procs are modeled as DPS
calc.OtherDPS = new MagicDamage("", character, rot.Stats, DamageType.Arcane).AverageDamage
+ new MagicDamage("", character, rot.Stats, DamageType.Fire).AverageDamage
+ new MagicDamage("", character, rot.Stats, DamageType.Shadow).AverageDamage
+ new MagicDamage("", character, rot.Stats, DamageType.Frost).AverageDamage
+ new MagicDamage("", character, rot.Stats, DamageType.Nature).AverageDamage
+ new MagicDamage("", character, rot.Stats, DamageType.Holy).AverageDamage;
rot.SetDPS(calc);
calc.OverallPoints = calc.DPSPoints;
return calc;
}
/// <summary>
/// GetCharacterCalculations is the primary method of each model, where a majority of the calculations
/// and formulae will be used. GetCharacterCalculations should call GetCharacterStats(), and based on
/// those total stats for the character, and any calculationoptions on the character, perform all the
/// calculations required to come up with the final calculations defined in
/// CharacterDisplayCalculationLabels, including an Overall rating, and all Sub ratings defined in
/// SubPointNameColors.
/// </summary>
/// <param name="character">The character to perform calculations for.</param>
/// <param name="additionalItem">An additional item to treat the character as wearing.
/// This is used for gems, which don't have a slot on the character to fit in, so are just
/// added onto the character, in order to get gem calculations.</param>
/// <returns>A custom CharacterCalculations object which inherits from CharacterCalculationsBase,
/// containing all of the final calculations defined in CharacterDisplayCalculationLabels. See
/// CharacterCalculationsBase comments for more details.</returns>
public override CharacterCalculationsBase GetCharacterCalculations(Character character, Item additionalItem)
{
CalculationOptionsRetribution calcOpts = character.CalculationOptions as CalculationOptionsRetribution;
GetTalents(character);
Stats stats = GetCharacterStats(character, additionalItem);
CharacterCalculationsRetribution calcs = new CharacterCalculationsRetribution();
calcs.BasicStats = stats;
calcs.ActiveBuffs = new List <Buff>(character.ActiveBuffs);
#region Damage Multipliers
float twoHandedSpec = 1f + (0.02f * (float)calcOpts.TwoHandedSpec);
float impSancAura = 1f + 0.01f * (float)calcOpts.ImprovedSanctityAura;
float crusade = 1f + 0.01f * (float)calcOpts.Crusade;
float vengeance = 1f + 0.03f * (float)calcOpts.Vengeance;
float sancAura = 1f + 0.1f * (float)calcOpts.SanctityAura;
float spellPower = 1f + stats.BonusSpellPowerMultiplier; // Covers all % spell damage increases. Misery, FI.
float physPower = 1f + stats.BonusPhysicalDamageMultiplier; // Covers all % physical damage increases. Blood Frenzy, FI.
float partialResist = 0.953f; // Average of 4.7% damage lost to partial resists on spells
float physCritMult = 1f + stats.BonusCritMultiplier * 2f;
float spellCritMult = 1f + stats.BonusCritMultiplier * 3f;
float jotc = 219f;
// Avenging Wrath -- Calculating uptime
float fightDuration = calcOpts.FightLength * 60;
int remainder = 0, noOfFullAW = 0;
int div = Math.DivRem(Convert.ToInt32(fightDuration), 180, out remainder);
if (remainder == 0)
{
noOfFullAW = div;
}
else
{
noOfFullAW = Convert.ToInt32(Math.Ceiling(Convert.ToDouble((fightDuration + 20) / 180)));
}
float partialUptime = fightDuration - noOfFullAW * 180;
if (partialUptime < 0)
{
partialUptime = 0;
}
float totalUptime = partialUptime + noOfFullAW * 20f;
float avWrath = 1f + 0.30f * totalUptime / fightDuration;
// Combined damage multipliers
float allDamMult = avWrath * crusade * impSancAura;
float holyDamMult = allDamMult * spellPower * sancAura * vengeance;
float physDamMult = allDamMult * physPower * twoHandedSpec * vengeance;
#endregion
float dpsWhite = 0f, dpsSeal = 0f, dpsWindfury = 0f, dpsCrusader = 0f, dpsJudgement = 0f, dpsConsecration = 0f, dpsExorcism = 0f;
float baseSpeed = 1f, hastedSpeed = 1f, baseDamage = 0f, mitigation = 1f;
float whiteHit = 0f, physCrits = 0f, totalMiss = 0f, spellCrits = 0f, spellResist = 0f;
float chanceToGlance = 0.25f, glancingAmount = 0.35f;
if (character.MainHand != null)
{
baseSpeed = character.MainHand.Speed;
baseDamage = (character.MainHand.MinDamage + character.MainHand.MaxDamage) / 2f + stats.WeaponDamage;
}
#region Attack Speed
{
hastedSpeed = baseSpeed / (1f + (stats.HasteRating / 1576f));
// Mongoose Enchant grants 2% haste
if (stats.MongooseProc > 0)
{
hastedSpeed /= 1f + (0.02f * 0.4f); // ASSUMPTION: Mongoose has a 40% uptime
}
if (stats.Bloodlust > 0)
{
float bloodlustUptime = (calcOpts.Bloodlust * 40f);
if (bloodlustUptime > fightDuration)
{
bloodlustUptime = 1f;
}
else
{
bloodlustUptime /= fightDuration;
}
hastedSpeed /= 1f + (0.3f * bloodlustUptime);
}
}
#endregion
#region Mitigation
{
float targetArmor = calcOpts.BossArmor, totalArP = stats.ArmorPenetration;
// Effective armor after ArP
targetArmor -= totalArP;
if (targetArmor < 0)
{
targetArmor = 0f;
}
// Convert armor to mitigation
mitigation = 1f - (targetArmor / (targetArmor + 10557.5f));
// Executioner enchant. ASSUMPTION: Executioner has a 40% uptime.
if (stats.ExecutionerProc > 0)
{
float exeArmor = targetArmor, exeMitigation = 1.0f, exeUptime = 0.4f, exeArmorPen = 840f;
// Find mitigation while Executioner is up
exeArmor = targetArmor - exeArmorPen;
if (exeArmor < 0)
{
exeArmor = 0f;
}
exeMitigation = 1f - (exeArmor / (exeArmor + 10557.5f));
// Weighted average of mitigation with and without Executioner, based on Executioner uptime
mitigation = (exeMitigation * exeUptime) + (mitigation * (1 - exeUptime));
}
}
#endregion
#region Crits, Misses, Resists
{
// Crit: Base .65%
physCrits = .0065f;
physCrits += stats.CritRating / 2208f;
physCrits += stats.Agility / 2500f;
physCrits += stats.Crit;
// Dodge: Base 6.5%, Minimum 0%
float chanceDodged = .065f;
//chanceDodged -= stats.ExpertiseRating / 1576f;
chanceDodged -= stats.Expertise * .0025f;
if (chanceDodged < 0f)
{
chanceDodged = 0f;
}
calcs.DodgedAttacks = chanceDodged;
// Miss: Base 9%, Minimum 0%
float chanceMiss = .09f;
chanceMiss -= stats.HitRating / 1576f;
chanceMiss -= stats.Hit;
if (chanceMiss < 0f)
{
chanceMiss = 0f;
}
calcs.MissedAttacks = chanceMiss;
// Spell Crit: Base 3.26% **TODO: include intellect
spellCrits = .0326f;
spellCrits += stats.SpellCritRating / 2208f;
spellCrits += stats.SpellCrit;
// Resists: Base 17%, Minimum 1%
spellResist = .17f;
spellResist -= stats.SpellHitRating / 1262f;
spellResist -= stats.Hit;
if (spellResist < .01f)
{
spellResist = .01f;
}
// Total physical misses
totalMiss = chanceDodged + chanceMiss;
}
#endregion
#region White Damage
{
float whiteAvgDam = 0f, dpsSSO = 0.0f;
#region SSO Neck Procs
if (stats.ShatteredSunMightProc > 0)
{
string shattrathFaction = calcOpts.ShattrathFaction;
switch (shattrathFaction)
{
case "Aldor":
stats.AttackPower += 39.13f;
break;
case "Scryer":
dpsSSO = 350f * allDamMult * spellPower;
dpsSSO *= 1f + physCrits * physCritMult - totalMiss;
dpsSSO /= 50; // 50 seconds between procs
break;
}
}
#endregion
// White damage per hit. Basic white hits are use elsewhere.
whiteHit = baseDamage + (stats.AttackPower / 14.0f) * baseSpeed;
whiteAvgDam = whiteHit * physDamMult;
// Average white damage per swing
whiteAvgDam *= (1f + physCrits * physCritMult - totalMiss - chanceToGlance * glancingAmount) * mitigation;
// Total white DPS. Scryer SSO neck added as "white"
dpsWhite = whiteAvgDam / hastedSpeed;
dpsWhite += dpsSSO;
}
#endregion
#region Seal
{
float sealActualPPM = 0f, sealAvgDam = 0f, windProcRate = .2f;
if (calcOpts.Seal == 0) // Seal of Command
{
float socPPM = 7f, socCoeff = 0.2f, socHolyCoeff = 0.29f;
// Find real PPM. Procs 7 times per minute before misses
sealActualPPM = socPPM * (1f - totalMiss);
// Chain Procs: Windfury procs Seal of Command
if (stats.WindfuryAPBonus > 0)
{
// Chance SoC has proc'd on a swing
float sealProcChance = socPPM / (60f / hastedSpeed);
// Proc chain fails if Windfury misses
windProcRate *= (1 - totalMiss);
// SoC procs off of Windfury only if SoC has not already proc'd
sealActualPPM *= 1 + windProcRate * (1 - sealProcChance);
}
// Seal Damage per hit
sealAvgDam = 0.7f * whiteHit * twoHandedSpec + socCoeff * stats.SpellDamageRating;
sealAvgDam = sealAvgDam * holyDamMult + socHolyCoeff * jotc;
}
else // Seal of Blood
{
// Find real PPM. Procs on every hit.
sealActualPPM = (60f / hastedSpeed) * (1 - totalMiss);
// Chain Procs: Windfury procs Seal of Blood
if (stats.WindfuryAPBonus > 0)
{
sealActualPPM *= 1 + windProcRate * (1 - totalMiss);
}
// Seal Damage per hit
sealAvgDam = 0.35f * whiteHit * holyDamMult * twoHandedSpec;
}
// Seal average damage per proc
sealAvgDam *= (1f + physCrits * physCritMult - totalMiss) * partialResist;
// Total Seal DPS
dpsSeal = sealAvgDam * sealActualPPM / 60f;
}
#endregion
#region Windfury
if (stats.WindfuryAPBonus > 0)
{
float windProcRate = .2f, windPerMin = 0f, windAvgDam = 0f, windAPBonus = stats.WindfuryAPBonus;
// Find real PPM. Chance to proc on every hit. and damage per hit
windPerMin = (60f / hastedSpeed) * (1 - totalMiss) * windProcRate;
// Chain Procs: Seal of Command can procs Windfury
if (calcOpts.Seal == 0)
{
float socPPM = 7f;
// Proc chain fails if either swing or SoC misses
socPPM *= (1 - totalMiss) * (1 - totalMiss);
// Windfury procs off of SoC only if Windfury has not already proc'd
windPerMin += socPPM * windProcRate * (1 - windProcRate);
}
// Windfury damage per hit
windAvgDam = whiteHit + (windAPBonus / 14) * baseSpeed;
windAvgDam *= physDamMult;
// Windfury average damage per proc
windAvgDam *= (1f + physCrits * physCritMult - totalMiss) * mitigation;
// Total Windfury DPS
dpsWindfury = windAvgDam * windPerMin / 60f;
}
#endregion
#region Crusader Strike
{
float crusCD = 6f, crusCoeff = 1.1f, crusAvgDam = 0f;
// Crusader Strike damage per hit
crusAvgDam = baseDamage + 3.3f * (stats.AttackPower / 14f);
crusAvgDam *= crusCoeff * physDamMult * (1f + stats.BonusCrusaderStrikeDamageMultiplier);
// Crusader Strike average damage per swing
crusAvgDam *= (1f + physCrits * physCritMult - totalMiss) * mitigation;
// Total Crusader Strike DPS
dpsCrusader = crusAvgDam / crusCD;
}
#endregion
#region Judgement
{
float judgeCD = 9.0f, judgeCoeff = 0.429f, judgeAvgDam = 0.0f;
float judgeCrit = physCrits + (0.03f * (float)calcOpts.Fanaticism);
if (calcOpts.Seal == 0)
{
judgeAvgDam = 240f;
}
else
{
judgeAvgDam = 310f;
}
judgeAvgDam = (judgeAvgDam + judgeCoeff * stats.SpellDamageRating) * holyDamMult + judgeCoeff * jotc;
// Judgement average damage per cast. JoBlood does not get full resisted.
if (calcOpts.Seal == 0)
{
judgeAvgDam *= (1f + judgeCrit * physCritMult - spellResist);
}
else
{
judgeAvgDam *= 1f + judgeCrit * physCritMult;
}
judgeAvgDam *= partialResist;
// Total Judgement DPS
dpsJudgement = judgeAvgDam / judgeCD;
}
#endregion
#region Consecration
if (calcOpts.ConsecRank != 0)
{
float consCD = 9f, consCoeff = 0.952f, consAvgDam = 0f;
int consRank = calcOpts.ConsecRank;
// Consecration damage pre-resists
switch (consRank) // Rank damage + coeff * level reduction * spelldamage
{
case 1: consAvgDam = 64f + consCoeff * (35f / 70f) * stats.SpellDamageRating; break;
case 2: consAvgDam = 120f + consCoeff * (45f / 70f) * stats.SpellDamageRating; break;
case 3: consAvgDam = 184f + consCoeff * (55f / 70f) * stats.SpellDamageRating; break;
case 4: consAvgDam = 280f + consCoeff * (65f / 70f) * stats.SpellDamageRating; break;
case 5: consAvgDam = 384f + consCoeff * stats.SpellDamageRating; break;
case 6: consAvgDam = 512f + consCoeff * stats.SpellDamageRating; break;
}
consAvgDam = consAvgDam * holyDamMult + consCoeff * jotc;
// Consecration average damage post-resists.
consAvgDam *= partialResist;
// Total Consecration DPS
dpsConsecration = consAvgDam / consCD;
}
#endregion
#region Exorcism
if (calcOpts.Exorcism)
{
float exorCD = 18f, exorCoeff = 0.429f, exorAvgDmg = 0f;
// Exorcism damage per spell hit
exorAvgDmg = 665f + exorCoeff * stats.SpellDamageRating;
exorAvgDmg = exorAvgDmg * holyDamMult + exorCoeff * jotc;
// Exorcism average damage per cast
exorAvgDmg *= (1f + (spellCrits / 2f) * spellCritMult - spellResist) * partialResist;
// Total Exorcism DPS
dpsExorcism = exorAvgDmg / exorCD;
}
#endregion
calcs.WeaponDamage = whiteHit * physDamMult;
calcs.AttackSpeed = hastedSpeed;
calcs.CritChance = physCrits;
calcs.AvoidedAttacks = totalMiss;
calcs.EnemyMitigation = 1 - mitigation;
calcs.WhiteDPS = dpsWhite;
calcs.SealDPS = dpsSeal;
calcs.WindfuryDPS = dpsWindfury;
calcs.CrusaderDPS = dpsCrusader;
calcs.JudgementDPS = dpsJudgement;
calcs.ConsecrationDPS = dpsConsecration;
calcs.ExorcismDPS = dpsExorcism;
calcs.DPSPoints = dpsWhite + dpsSeal + dpsWindfury + dpsCrusader + dpsJudgement + dpsConsecration + dpsExorcism;
calcs.OverallPoints = calcs.DPSPoints;
return(calcs);
}
public GraphForm(Character character, bool bStats)
{
InitializeComponent();
if (!bStats)
{
Text = "Effective Cooldown Graph";
}
// Create ARGB bitmap matching the size of the picturebox and associate with picturebox
bmp = new Bitmap(pictureBoxGraph.Size.Width, pictureBoxGraph.Size.Height, System.Drawing.Imaging.PixelFormat.Format32bppArgb);
pictureBoxGraph.Image = bmp;
// Greate & initialise GDI+ graphics object via bitmap
gfx = Graphics.FromImage(bmp);
gfx.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
gfx.TextRenderingHint = System.Drawing.Text.TextRenderingHint.AntiAlias;
#region Coordinates and scaling.
/*
* +-----------------------------------------------------+-rcBmp ---
* | | |EndY
* | ^ | ---
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | | |
* | +---------------------------------------------> | ---
* | | | OrgY
* +-----------------------------------------------------+ ---
*
* |----|OrgX |--|EndX
*
*
*
*/
// Apply a translateion transformation. We'll move the 0,0 to the 0,0 of the chart we want to display
// This will make most of the rest of the charting easier since all translation are then done by GDI+
// It also makes working with 'y' a bit easier as it's just flipped in sign rather than translated also.
int OrgX = 50; // Leftmost edge of char
int OrgY = 50; // Bottom edge of char
int EndX = 15; // Margin right of chart
int EndY = 15; // Margin top of chart
gfx.TranslateTransform(OrgX, pictureBoxGraph.Size.Height - OrgY);
// Bitmap coordinates translated back into transform
Rectangle rcBmp = new Rectangle(0, 0, pictureBoxGraph.Size.Width, pictureBoxGraph.Size.Height);
rcBmp.Offset(-OrgX, -(pictureBoxGraph.Size.Height - OrgY));
// rcChart is image rectangle, watch out, Y has positive value !
Rectangle rcChart = new Rectangle(0, 0, pictureBoxGraph.Size.Width - OrgX - EndX, pictureBoxGraph.Size.Height - OrgY - EndY);
int YAxisValueX = -5; // Right alignment of values on the Y axis
int XAxisValueY = +5; // Top margin of values on the X axis
int YChartMargin = 5;
#endregion
#region Define and calculate charts
ChartData[] aCharts;
float DpsMax;
float DpsMin;
float DpsScaling;
if (bStats)
{
aCharts = new ChartData[] {
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 0, 0), "1 Strength", new Stats()
{
Strength = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 192, 96), "1.167 Spell Power", new Stats()
{
SpellPower = 7 / 6
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 0, 0, 192), "1 Armor Pen.", new Stats()
{
ArmorPenetrationRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 0, 192), "1 Hit Rating", new Stats()
{
HitRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 0, 192, 0), "1 Expertise Rating", new Stats()
{
ExpertiseRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 127, 96), "1 Agility", new Stats()
{
Agility = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 127, 0), "2 Attack Power", new Stats()
{
AttackPower = 2
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 96, 127, 192), "1 Crit Rating", new Stats()
{
CritRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 0, 0, 0), "1 Haste Rating", new Stats()
{
HasteRating = 1
}),
};
// Calculate charts
CalculationsRetribution Calc = new CalculationsRetribution();
DpsMax = 0;
DpsMin = 999999999;
foreach (ChartData cd in aCharts)
{
for (int count = 0; count < rcChart.Width; count++)
{
Stats chartstats = cd.stats.Clone();
chartstats *= count - (rcChart.Width / 2);
CharacterCalculationsRetribution chartCalc = Calc.GetCharacterCalculations(character, new Item()
{
Stats = chartstats
}) as CharacterCalculationsRetribution;
float Dps = chartCalc.DPSPoints;
if (Dps > DpsMax)
{
DpsMax = Dps;
}
if (Dps < DpsMin)
{
DpsMin = Dps;
}
cd.dps[count] = Dps;
}
}
DpsScaling = (rcChart.Height - 2 * YChartMargin /* some extra margin*/) / (DpsMax - DpsMin);
}
else
{
aCharts = new ChartData[] {
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 0, 0), "White", new Stats()
{
HasteRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 192, 96), "CS", new Stats()
{
HasteRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 0, 0, 192), "J", new Stats()
{
HasteRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 0, 192), "DS", new Stats()
{
HasteRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 0, 192, 0), "Cons", new Stats()
{
HasteRating = 1
}),
new ChartData(rcChart.Width, Color.FromArgb(255, 192, 127, 96), "Exo", new Stats()
{
HasteRating = 1
}),
//new ChartData(rcChart.Width, Color.FromArgb(255, 192, 127, 0), "HoW", new Stats() { HasteRating = 1 }),
};
// Calculate charts
CalculationsRetribution Calc = new CalculationsRetribution();
DpsMax = 0;
DpsMin = 999999999;
Stats stats = new Stats()
{
HasteRating = 1
};
for (int count = 0; count < rcChart.Width; count++)
{
Stats chartstats = stats.Clone();
chartstats *= count - (rcChart.Width / 2);
CharacterCalculationsRetribution chartCalc = Calc.GetCharacterCalculations(character, new Item()
{
Stats = chartstats
}) as CharacterCalculationsRetribution;
float Ecd;
Ecd = chartCalc.AttackSpeed;
if (Ecd > DpsMax)
{
DpsMax = Ecd;
}
if (Ecd < DpsMin)
{
DpsMin = Ecd;
}
aCharts[0].dps[count] = Ecd;
Ecd = 1 / chartCalc.Solution.GetAbilityUsagePerSecond(Ability.CrusaderStrike);
if (Ecd > 50) // infinity fix
{
Ecd = 0;
}
if (Ecd > DpsMax)
{
DpsMax = Ecd;
}
if (Ecd < DpsMin)
{
DpsMin = Ecd;
}
aCharts[1].dps[count] = Ecd;
Ecd = 1 / chartCalc.Solution.GetAbilityUsagePerSecond(Ability.Judgement);
if (Ecd > 50)
{
Ecd = 0;
}
if (Ecd > DpsMax)
{
DpsMax = Ecd;
}
if (Ecd < DpsMin)
{
DpsMin = Ecd;
}
aCharts[2].dps[count] = Ecd;
Ecd = 1 / chartCalc.Solution.GetAbilityUsagePerSecond(Ability.DivineStorm);
if (Ecd > 50)
{
Ecd = 0;
}
if (Ecd > DpsMax)
{
DpsMax = Ecd;
}
if (Ecd < DpsMin)
{
DpsMin = Ecd;
}
aCharts[3].dps[count] = Ecd;
Ecd = 1 / chartCalc.Solution.GetAbilityUsagePerSecond(Ability.Consecration);
if (Ecd > 50)
{
Ecd = 0;
}
if (Ecd > DpsMax)
{
DpsMax = Ecd;
}
if (Ecd < DpsMin)
{
DpsMin = Ecd;
}
aCharts[4].dps[count] = Ecd;
Ecd = 1 / chartCalc.Solution.GetAbilityUsagePerSecond(Ability.Exorcism);
if (Ecd > 50)
{
Ecd = 0;
}
if (Ecd > DpsMax)
{
DpsMax = Ecd;
}
if (Ecd < DpsMin)
{
DpsMin = Ecd;
}
aCharts[5].dps[count] = Ecd;
/*Ecd = 1 / chartCalc.Solution.GetAbilityUsagePerSecond(Ability.HammerOfWrath);
* if (Ecd > 50)
* Ecd = 0;
* if (Ecd > DpsMax)
* DpsMax = Ecd;
* if (Ecd < DpsMin)
* DpsMin = Ecd;
* aCharts[6].dps[count] = Ecd; */
}
DpsScaling = (rcChart.Height - 2 * YChartMargin /* some extra margin*/) / (DpsMax - DpsMin);
}
#endregion
#region Fonts, Pens, Brushes and other helper variables
Font fntValue = new Font("Arial", 8);
Font fntTitle = new Font("Arial", 16);
Pen penBlack = new Pen(Color.FromArgb(255, 0, 0, 0));
Pen penGray50 = new Pen(Color.FromArgb(255, 127, 127, 127));
Pen penGray75 = new Pen(Color.FromArgb(255, 196, 196, 196));
Pen penGray90 = new Pen(Color.FromArgb(255, 230, 230, 230));
Pen penRed = new Pen(Color.FromArgb(255, 255, 0, 0));
Brush brBlack = new SolidBrush(Color.FromArgb(255, 0, 0, 0));
Brush brWhite = new SolidBrush(Color.FromArgb(255, 255, 255, 255));
Brush brRed = new SolidBrush(Color.FromArgb(255, 255, 0, 0));
StringFormat fmtRAlignCenter = new StringFormat();
fmtRAlignCenter.Alignment = StringAlignment.Far;
fmtRAlignCenter.LineAlignment = StringAlignment.Center;
StringFormat fmtRAlignBottom = new StringFormat();
fmtRAlignBottom.Alignment = StringAlignment.Far;
fmtRAlignBottom.LineAlignment = StringAlignment.Far;
StringFormat fmtLAlignTop = new StringFormat();
fmtLAlignTop.Alignment = StringAlignment.Near;
fmtLAlignTop.LineAlignment = StringAlignment.Near;
StringFormat fmtCAlignTop = new StringFormat();
fmtCAlignTop.Alignment = StringAlignment.Center;
fmtCAlignTop.LineAlignment = StringAlignment.Near;
#endregion
// Clear bitmap to all white.
gfx.FillRectangle(brWhite, rcBmp);
#region Draw Axis and titles
// Stats ticks (draw this first, so other axis information is drawn on top)
const int Steps = 10; // Chart is per 1 stat, typically, 20 stats go in a iLevel.
for (int i = 1; i < (rcChart.Width / 2) / Steps; i++)
{
Pen pen;
if (i % 5 == 0)
{
pen = penGray75;
gfx.DrawString((-i * 10).ToString(), fntValue, brBlack, rcChart.Width / 2 - i * 10, XAxisValueY, fmtCAlignTop);
gfx.DrawString((i * 10).ToString(), fntValue, brBlack, rcChart.Width / 2 + i * 10, XAxisValueY, fmtCAlignTop);
}
else
{
pen = penGray90;
}
gfx.DrawLine(pen, rcChart.Width / 2 - i * 10, 0, rcChart.Width / 2 - i * 10, -rcChart.Height);
gfx.DrawLine(pen, rcChart.Width / 2 + i * 10, 0, rcChart.Width / 2 + i * 10, -rcChart.Height);
}
// DPS ticks (Draw this first, so other axis information is drawn on top)
const int MaxDpsLines = 25;
float DpsDelta = DpsMax - DpsMin;
int[] Ranges = { 5, 10, 25, 50, 100, 250, 500, 1000, 2500, 5000, 10000, 25000, 50000, };
int Range = 1;
foreach (int r in Ranges)
{
if (MaxDpsLines * r > DpsDelta)
{
Range = r;
break;
}
}
int Y = (int)(Math.Floor(DpsMin / Range) * Range);
do
{
float Y2 = (Y - DpsMin) * DpsScaling;
if (Y2 > 0)
{
gfx.DrawLine(penGray75, 0, -Y2, rcChart.Width - 5, -Y2);
gfx.DrawString(Y.ToString(), fntValue, brBlack, YAxisValueX, -Y2, fmtRAlignCenter);
}
Y += Range;
}while (Y < DpsMax);
// Y Axis
gfx.DrawLine(penBlack, 0, 0, 0, -rcChart.Height);
gfx.DrawString(bStats ? "DPS" : "ECD", fntTitle, brBlack, 5, -(rcChart.Height - 5), fmtLAlignTop);
// X-axis
gfx.DrawLine(penBlack, 0, 0, rcChart.Width, 0);
gfx.DrawString(bStats ? "Stats" : "Haste Rating", fntTitle, brBlack, rcChart.Width - 5, -5, fmtRAlignBottom);
// Center Y Axis.
gfx.DrawLine(penBlack, rcChart.Width / 2, 0, rcChart.Width / 2, -rcChart.Height);
gfx.DrawString("0", fntValue, brBlack, rcChart.Width / 2, XAxisValueY, fmtCAlignTop);
// "Experimental" text
gfx.DrawString("Experimental", fntTitle, brRed, rcChart.Width - 5, OrgY, fmtRAlignBottom);
#endregion
// Draw charts
int l = 0;
foreach (ChartData cd in aCharts)
{
for (int count = 0; count < rcChart.Width - 1; count++)
{
gfx.DrawLine(cd.pen, count, -(cd.dps[count] - DpsMin) * DpsScaling - YChartMargin, count + 1, -(cd.dps[count + 1] - DpsMin) * DpsScaling - YChartMargin);
}
gfx.DrawString(cd.name, fntValue, cd.brush, 5, -(rcChart.Height - fntTitle.GetHeight() - 5 - l * fntValue.GetHeight()));
l++;
}
Invalidate();
Update();
}
public void SetDPS(CharacterCalculationsRetribution calc)
{
calc.WhiteSkill = White;
calc.SealSkill = Seal;
calc.SealDotSkill = SealDot;
calc.CommandSkill = SoC;
calc.JudgementSkill = Judge;
calc.TemplarsVerdictSkill = TV;
calc.CrusaderStrikeSkill = CS;
calc.ConsecrationSkill = Cons;
calc.ExorcismSkill = Exo;
calc.HolyWrathSkill = HW;
calc.HammerOfWrathSkill = HoW;
calc.GoakSkill = GoaK;
calc.DPSPoints = White.GetDPS() +
Seal.GetDPS() +
SealDot.GetDPS() +
SoC.GetDPS() +
Judge.GetDPS() +
CS.GetDPS() +
TV.GetDPS() +
Exo.GetDPS() +
HW.GetDPS() +
Cons.GetDPS() +
HoW.GetDPS() +
GoaK.GetDPS() +
calc.OtherDPS;
}
private void btnGraph_Click(object sender, EventArgs e)
{
CalculationsRetribution retCalc = new CalculationsRetribution();
CharacterCalculationsRetribution baseCalc = retCalc.GetCharacterCalculations(Character) as CharacterCalculationsRetribution;
Bitmap _prerenderedGraph = global::Rawr.Retribution.Properties.Resources.GraphBase;
Graphics g = Graphics.FromImage(_prerenderedGraph);
g.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
g.TextRenderingHint = System.Drawing.Text.TextRenderingHint.AntiAlias;
float graphHeight = 700f, graphStart = 100f;
Color[] colors = new Color[] {
Color.FromArgb(127, 202, 180, 96), // Strength
Color.FromArgb(127, 101, 225, 240), // Agility
Color.FromArgb(127, 0, 4, 3), // Attack Power
Color.FromArgb(127, 123, 238, 199), // Crit Rating
Color.FromArgb(127, 45, 112, 63), // Hit Rating
Color.FromArgb(127, 121, 72, 210), //Expertise Rating
Color.FromArgb(127, 217, 100, 54), // Haste Rating
Color.FromArgb(127, 210, 72, 195), // Armor Penetration
Color.FromArgb(127, 206, 189, 191), // Spell Damage
};
Stats[] statsList = new Stats[] {
new Stats()
{
Strength = 10
},
new Stats()
{
Agility = 10
},
new Stats()
{
AttackPower = 20
},
new Stats()
{
CritRating = 10
},
new Stats()
{
HitRating = 10
},
new Stats()
{
ExpertiseRating = 10
},
new Stats()
{
HasteRating = 10
},
new Stats()
{
ArmorPenetration = 66.667f
},
new Stats()
{
SpellDamageRating = 11.17f
},
};
for (int index = 0; index < statsList.Length; index++)
{
Stats newStats = new Stats();
Point[] points = new Point[100];
for (int count = 0; count < 100; count++)
{
newStats = newStats + statsList[index];
CharacterCalculationsRetribution currentCalc = retCalc.GetCharacterCalculations(Character, new Item()
{
Stats = newStats
}) as CharacterCalculationsRetribution;
float overallPoints = currentCalc.DPSPoints - baseCalc.DPSPoints;
if ((graphHeight - overallPoints) > 16)
{
points[count] = new Point(Convert.ToInt32(graphStart + count * 5), (Convert.ToInt32(graphHeight - overallPoints)));
}
else
{
points[count] = points[count - 1];
}
}
Brush statBrush = new SolidBrush(colors[index]);
g.DrawLines(new Pen(statBrush, 3), points);
}
#region Graph Ticks
float graphWidth = 500f;// this.Width - 150f;
float graphEnd = graphStart + graphWidth;
//float graphStartY = 16f;
float maxScale = 100f;
float[] ticks = new float[] { (float)Math.Round(graphStart + graphWidth * 0.5f),
(float)Math.Round(graphStart + graphWidth * 0.75f),
(float)Math.Round(graphStart + graphWidth * 0.25f),
(float)Math.Round(graphStart + graphWidth * 0.125f),
(float)Math.Round(graphStart + graphWidth * 0.375f),
(float)Math.Round(graphStart + graphWidth * 0.625f),
(float)Math.Round(graphStart + graphWidth * 0.875f) };
Pen black200 = new Pen(Color.FromArgb(200, 0, 0, 0));
Pen black150 = new Pen(Color.FromArgb(150, 0, 0, 0));
Pen black75 = new Pen(Color.FromArgb(75, 0, 0, 0));
Pen black50 = new Pen(Color.FromArgb(50, 0, 0, 0));
Pen black25 = new Pen(Color.FromArgb(25, 0, 0, 0));
StringFormat formatTick = new StringFormat();
formatTick.LineAlignment = StringAlignment.Far;
formatTick.Alignment = StringAlignment.Center;
Brush black200brush = new SolidBrush(Color.FromArgb(200, 0, 0, 0));
Brush black150brush = new SolidBrush(Color.FromArgb(150, 0, 0, 0));
Brush black75brush = new SolidBrush(Color.FromArgb(75, 0, 0, 0));
Brush black50brush = new SolidBrush(Color.FromArgb(50, 0, 0, 0));
Brush black25brush = new SolidBrush(Color.FromArgb(25, 0, 0, 0));
g.DrawLine(black200, graphStart - 4, 20, graphEnd + 4, 20);
g.DrawLine(black200, graphStart, 16, graphStart, _prerenderedGraph.Height - 16);
g.DrawLine(black200, graphEnd, 16, graphEnd, 19);
g.DrawLine(black200, ticks[0], 16, ticks[0], 19);
g.DrawLine(black150, ticks[1], 16, ticks[1], 19);
g.DrawLine(black150, ticks[2], 16, ticks[2], 19);
g.DrawLine(black75, ticks[3], 16, ticks[3], 19);
g.DrawLine(black75, ticks[4], 16, ticks[4], 19);
g.DrawLine(black75, ticks[5], 16, ticks[5], 19);
g.DrawLine(black75, ticks[6], 16, ticks[6], 19);
g.DrawLine(black75, graphEnd, 21, graphEnd, _prerenderedGraph.Height - 4);
g.DrawLine(black75, ticks[0], 21, ticks[0], _prerenderedGraph.Height - 4);
g.DrawLine(black50, ticks[1], 21, ticks[1], _prerenderedGraph.Height - 4);
g.DrawLine(black50, ticks[2], 21, ticks[2], _prerenderedGraph.Height - 4);
g.DrawLine(black25, ticks[3], 21, ticks[3], _prerenderedGraph.Height - 4);
g.DrawLine(black25, ticks[4], 21, ticks[4], _prerenderedGraph.Height - 4);
g.DrawLine(black25, ticks[5], 21, ticks[5], _prerenderedGraph.Height - 4);
g.DrawLine(black25, ticks[6], 21, ticks[6], _prerenderedGraph.Height - 4);
g.DrawLine(black200, graphStart - 4, _prerenderedGraph.Height - 20, graphEnd + 4, _prerenderedGraph.Height - 20);
Font tickFont = new Font("Calibri", 11);
g.DrawString((0f).ToString(), tickFont, black200brush, graphStart, 16, formatTick);
g.DrawString((maxScale).ToString(), tickFont, black200brush, graphEnd, 16, formatTick);
g.DrawString((maxScale * 0.5f).ToString(), tickFont, black200brush, ticks[0], 16, formatTick);
g.DrawString((maxScale * 0.75f).ToString(), tickFont, black150brush, ticks[1], 16, formatTick);
g.DrawString((maxScale * 0.25f).ToString(), tickFont, black150brush, ticks[2], 16, formatTick);
g.DrawString((maxScale * 0.125f).ToString(), tickFont, black75brush, ticks[3], 16, formatTick);
g.DrawString((maxScale * 0.375f).ToString(), tickFont, black75brush, ticks[4], 16, formatTick);
g.DrawString((maxScale * 0.625f).ToString(), tickFont, black75brush, ticks[5], 16, formatTick);
g.DrawString((maxScale * 0.875f).ToString(), tickFont, black75brush, ticks[6], 16, formatTick);
g.DrawString((0f).ToString(), tickFont, black200brush, graphStart, _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale).ToString(), tickFont, black200brush, graphEnd, _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.5f).ToString(), tickFont, black200brush, ticks[0], _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.75f).ToString(), tickFont, black150brush, ticks[1], _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.25f).ToString(), tickFont, black150brush, ticks[2], _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.125f).ToString(), tickFont, black75brush, ticks[3], _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.375f).ToString(), tickFont, black75brush, ticks[4], _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.625f).ToString(), tickFont, black75brush, ticks[5], _prerenderedGraph.Height - 16, formatTick);
g.DrawString((maxScale * 0.875f).ToString(), tickFont, black75brush, ticks[6], _prerenderedGraph.Height - 16, formatTick);
#endregion
Graph graph = new Graph(_prerenderedGraph);
graph.Show();
}