/// <summary>
/// This a basic rotation
/// </summary>
public void PRE_Unholy_dynamic() // Expensive
{
/*
if (_RotCacheType == Type.Unholy
&& _RotCache.Count > 100
&& Math.Abs(_cachedHaste - m_CT.m_CState.m_Stats.PhysicalHaste) <= 0.05f ) // Haste is within 5% of the cached Haste.
{
ml_Rot = _RotCache;
foreach (AbilityDK_Base ab in ml_Rot)
{
ab.UpdateCombatState(m_CT.m_CState);
}
BuildCosts();
return;
}
* */
// Because, really, Unholy should be in Unholy Presence.
// m_CT.m_Opts.presence = Presence.Unholy;
m_szRotationName = "Unholy Rotation";
ResetRotation();
// Setup an instance of each ability.
// No runes:
AbilityDK_Outbreak Outbreak = new AbilityDK_Outbreak(m_CT.m_CState);
// Single Runes:
// AbilityDK_IcyTouch IT = new AbilityDK_IcyTouch(m_CT.m_CState);
AbilityDK_FrostFever FF = new AbilityDK_FrostFever(m_CT.m_CState);
// AbilityDK_PlagueStrike PS = new AbilityDK_PlagueStrike(m_CT.m_CState);
AbilityDK_BloodPlague BP = new AbilityDK_BloodPlague(m_CT.m_CState);
// AbilityDK_BloodStrike BS = new AbilityDK_BloodStrike(m_CT.m_CState);
// AbilityDK_HeartStrike HS = new AbilityDK_HeartStrike(m_CT.m_CState);
// AbilityDK_NecroticStrike NS = new AbilityDK_NecroticStrike(m_CT.m_CState);
// AbilityDK_Pestilence Pest = new AbilityDK_Pestilence(m_CT.m_CState);
// AbilityDK_BloodBoil BB = new AbilityDK_BloodBoil(m_CT.m_CState);
// AbilityDK_HowlingBlast HB = new AbilityDK_HowlingBlast(m_CT.m_CState);
// AbilityDK_ScourgeStrike SS = new AbilityDK_ScourgeStrike(m_CT.m_CState);
// AbilityDK_DeathNDecay DnD = new AbilityDK_DeathNDecay(m_CT.m_CState);
// Multi Runes:
// AbilityDK_DeathStrike DS = new AbilityDK_DeathStrike(m_CT.m_CState);
AbilityDK_FesteringStrike Fest = new AbilityDK_FesteringStrike(m_CT.m_CState);
// AbilityDK_Obliterate OB = new AbilityDK_Obliterate(m_CT.m_CState);
// RP: Unlikely to start w/ RP abilities to open.
// AbilityDK_RuneStrike RS = new AbilityDK_RuneStrike(m_CT.m_CState);
// each RS gives a 45% chance to renew a fully depleted runes.
// thus 20 RSs gets us 9 extra runes.
// Same is true for DC & FS
AbilityDK_DeathCoil DC = new AbilityDK_DeathCoil(m_CT.m_CState);
AbilityDK_UnholyBlight UB = null;
if (DC.ml_TriggeredAbility.Length > 0) UB = DC.ml_TriggeredAbility[0] as AbilityDK_UnholyBlight;
// AbilityDK_FrostStrike FS = new AbilityDK_FrostStrike(m_CT.m_CState);
DarkTranformation Dark = new DarkTranformation(m_CT.m_CState);
// Simple ITx1, PSx1, BSx1, SSx4 & Festx4.
// Initial rotation build.
int[] AvailableResources = new int[EnumHelper.GetCount(typeof(DKCostTypes))];
AvailableResources[(int)DKCostTypes.Blood] = 2;
AvailableResources[(int)DKCostTypes.Frost] = 2;
AvailableResources[(int)DKCostTypes.UnHoly] = 2;
if (m_CT.m_CState.m_Talents.DarkTransformation > 0)
{
// this won't be there if they're not spec'd for it.
ml_Rot.Add(Dark); // Dark Transformation.
ProcessRunningRunes(AvailableResources, Dark.AbilityCost);
}
uint subrotDuration = 0;
uint GCDdur = MIN_GCD_MS;
// Fill the 3 mins duration
if (m_CT.m_Opts.presence == Presence.Unholy)
GCDdur = MIN_GCD_MS_UH;
subrotDuration = Outbreak.Cooldown;
uint diseaseGCDs = 0;
for (int count = (int)(Dark.Cooldown / subrotDuration); count > 0; count--)
{
if (m_CT.m_CState.m_Stats.RPp5 > 0)
AvailableResources[(int)DKCostTypes.RunicPower] += (int)((subrotDuration / 5000) * m_CT.m_CState.m_Stats.RPp5);
// TODO: This still assumes that we're filling every GCD w/ an ability.
// We know that's not the case in most situations.
ml_Rot.Add(Outbreak); // 60 sec CD.
ProcessRunningRunes(AvailableResources, Outbreak.AbilityCost);
ml_Rot.Add(FF);
ml_Rot.Add(BP);
// 1 GCDs
// Fill the disease.
diseaseGCDs = Outbreak.Cooldown / GCDdur;
float MaxRP = 100 + m_CT.m_CState.m_Stats.BonusMaxRunicPower;
List<AbilityDK_Base> l_Abilities;
for (; diseaseGCDs > 0; )
{
bool bEnoughRP = (-1 * AvailableResources[(int)DKCostTypes.RunicPower]) > DC.RunicPower;
bool bOverCapRP = (AvailableResources[(int)DKCostTypes.RunicPower] + Fest.RunicPower) > MaxRP;
if ( (!bEnoughRP
&& !bOverCapRP) )
{
l_Abilities = GetFilteredListOfAbilities(AvailableResources, m_CT.m_CState);
if (l_Abilities.Count > 0)
{
foreach (AbilityDK_Base ab in l_Abilities)
{
ab.UpdateCombatState(m_CT.m_CState);
}
l_Abilities.Sort(AbilityDK_Base.CompareDPSByRunes);
if (l_Abilities[0].AbilityIndex == (int)DKability.BloodStrike ||
l_Abilities[0].AbilityIndex == (int)DKability.IcyTouch)
{
l_Abilities[0] = GetAbilityOfType(l_Abilities, DKability.FesteringStrike);
}
ProcessRunningRunes(AvailableResources, l_Abilities[0].AbilityCost);
ml_Rot.Add(l_Abilities[0]);
}
else
{
// If the list is 0, means all the runes have been used.
// Reset runes
AvailableResources[(int)DKCostTypes.Blood] = 2;
AvailableResources[(int)DKCostTypes.Frost] = 2;
AvailableResources[(int)DKCostTypes.UnHoly] = 2;
}
}
else
{
ml_Rot.Add(DC);
ProcessRunningRunes(AvailableResources, DC.AbilityCost);
}
diseaseGCDs--;
}
}
// How much RP do we have left at this point?
foreach (AbilityDK_Base ab in ml_Rot)
m_RunicPower += ab.RunicPower;
BuildCosts();
// subsequent:
#region Unholy Blight
if (UB != null)
{
uint mSecperDC = (uint)m_RotationDuration / Count(DKability.DeathCoil);
uint UBCount = (uint)m_RotationDuration / Math.Max(UB.Cooldown, mSecperDC);
for (; UBCount > 0; UBCount--)
{
ml_Rot.Add(UB);
}
}
#endregion
/*
_cachedHaste = m_CT.m_CState.m_Stats.PhysicalHaste;
_RotCacheType = Type.Unholy;
_RotCache = ml_Rot;
* */
}
/// <summary>
/// This a basic preset rotation consuming the full CD of Dark Transformation.
/// </summary>
public void PRE_Unholy()
{
ResetRotation();
m_szRotationName = "Unholy Rotation";
// Because, really, Unholy should be in Unholy Presence.
if (m_CT.m_Opts.presence != Presence.Unholy)
{
m_szRotationName += "\nYou should be in Unholy Presence.";
}
// Setup an instance of each ability.
// No runes:
AbilityDK_Outbreak Outbreak = new AbilityDK_Outbreak(m_CT.m_CState);
// Single Runes:
// AbilityDK_IcyTouch IT = new AbilityDK_IcyTouch(m_CT.m_CState);
AbilityDK_FrostFever FF = new AbilityDK_FrostFever(m_CT.m_CState);
// AbilityDK_PlagueStrike PS = new AbilityDK_PlagueStrike(m_CT.m_CState);
AbilityDK_BloodPlague BP = new AbilityDK_BloodPlague(m_CT.m_CState);
// AbilityDK_BloodStrike BS = new AbilityDK_BloodStrike(m_CT.m_CState);
AbilityDK_ScourgeStrike SS = new AbilityDK_ScourgeStrike(m_CT.m_CState);
AbilityDK_FesteringStrike Fest = new AbilityDK_FesteringStrike(m_CT.m_CState);
AbilityDK_DeathCoil DC = new AbilityDK_DeathCoil(m_CT.m_CState);
AbilityDK_UnholyBlight UB = null;
if (DC.ml_TriggeredAbility != null && DC.ml_TriggeredAbility.Length > 0) UB = DC.ml_TriggeredAbility[0] as AbilityDK_UnholyBlight;
DarkTranformation Dark = new DarkTranformation(m_CT.m_CState);
AbilityDK_DeathNDecay DnD = new AbilityDK_DeathNDecay(m_CT.m_CState);
// Simple outbreak, Festx2 SSx6 & Fill w/ DCs
int[] AvailableResources = new int[EnumHelper.GetCount(typeof(DKCostTypes))];
if (m_CT.m_CState.m_Talents.DarkTransformation > 0)
{
// this won't be there if they're not spec'd for it.
ml_Rot.Add(Dark); // Dark Transformation.
ProcessRunningRunes(AvailableResources, Dark.AbilityCost);
}
uint subrotDuration = 0;
uint GCDdur = MIN_GCD_MS;
// Fill the 3 mins duration
if (m_CT.m_Opts.presence == Presence.Unholy)
GCDdur = MIN_GCD_MS_UH;
subrotDuration = Outbreak.Cooldown;
uint diseaseGCDs = Outbreak.Cooldown / GCDdur;
for (int count = (int)(Dark.Cooldown / subrotDuration); count > 0; count--)
{
if (m_CT.m_CState.m_Stats.RPp5 > 0)
AvailableResources[(int)DKCostTypes.RunicPower] += (int)((subrotDuration / 5000) * m_CT.m_CState.m_Stats.RPp5);
// TODO: This still assumes that we're filling every GCD w/ an ability.
// We know that's not the case in most situations.
ml_Rot.Add(Outbreak); // 60 sec CD.
ProcessRunningRunes(AvailableResources, Outbreak.AbilityCost);
ml_Rot.Add(FF);
ml_Rot.Add(BP);
// 1 GCDs
// Fill the disease.
for (uint i = 3; i > 0; i--)
{
if (i == 3)
{
ml_Rot.Add(DnD); diseaseGCDs--;
AvailableResources[(int)DKCostTypes.RunicPower] += DnD.RunicPower;
}
else
{
ml_Rot.Add(SS); diseaseGCDs--;
AvailableResources[(int)DKCostTypes.RunicPower] += SS.RunicPower;
}
ml_Rot.Add(SS); diseaseGCDs--;
ml_Rot.Add(Fest); diseaseGCDs--;
ml_Rot.Add(Fest); diseaseGCDs--;
ml_Rot.Add(SS); diseaseGCDs--;
ml_Rot.Add(SS); diseaseGCDs--;
ml_Rot.Add(SS); diseaseGCDs--;
ml_Rot.Add(SS); diseaseGCDs--;
AvailableResources[(int)DKCostTypes.RunicPower] += SS.RunicPower * 5;
AvailableResources[(int)DKCostTypes.RunicPower] += Fest.RunicPower * 2;
}
}
m_RunicPower = -1 * AvailableResources[(int)DKCostTypes.RunicPower];
// Burn All of the RP we can.
for (float RSCount = Math.Abs((float)m_RunicPower / (float)DC.RunicPower); RSCount > 0; RSCount--)
{
if (RSCount >= 1)
{
ml_Rot.Add(DC);
m_RunicPower += DC.RunicPower;
}
else
{
AbilityDK_DeathCoil DCPartial = new AbilityDK_DeathCoil(m_CT.m_CState);
DCPartial.fPartialValue = RSCount;
DCPartial.bPartial = true;
DCPartial.szName = "DC (partial)";
DCPartial.RunicPower = (int)((float)DC.RunicPower * DCPartial.fPartialValue);
m_RunicPower += DCPartial.RunicPower;
ml_Rot.Add(DCPartial);
}
}
BuildCosts();
#region Sudden Doom
if (m_CT.m_CState.m_Talents.SuddenDoom > 0)
{
AbilityDK_Base ability;
float fRimeMod = this.Count(DKability.White) * (.05f * (float)m_CT.m_CState.m_Talents.SuddenDoom);
// 30% chance to proc 2 SDs rather than 1.
if (m_CT.m_CState.m_Stats.b2T13_DPS)
fRimeMod *= 1.3f;
if (fRimeMod > 1)
{
for (; fRimeMod > 1; fRimeMod--)
{
ability = new AbilityDK_DeathCoil(m_CT.m_CState);
ability.szName = "DC (SuddenDoom)";
// These are free DCs.
ability.AbilityCost[(int)DKCostTypes.Blood] = 0;
ability.AbilityCost[(int)DKCostTypes.Frost] = 0;
ability.AbilityCost[(int)DKCostTypes.UnHoly] = 0;
ability.AbilityCost[(int)DKCostTypes.Death] = 0;
ability.AbilityCost[(int)DKCostTypes.RunicPower] = 0;
ml_Rot.Add(ability);
}
}
if (fRimeMod > 0 && fRimeMod < 1)
{
// we want 1 full use, and then any sub values.
ability = new AbilityDK_DeathCoil(m_CT.m_CState);
ability.szName = "DC (SD_Partial)";
ability.bPartial = true;
ability.fPartialValue = fRimeMod;
// These are free DCs.
ability.AbilityCost[(int)DKCostTypes.Blood] = 0;
ability.AbilityCost[(int)DKCostTypes.Frost] = 0;
ability.AbilityCost[(int)DKCostTypes.UnHoly] = 0;
ability.AbilityCost[(int)DKCostTypes.Death] = 0;
ability.AbilityCost[(int)DKCostTypes.RunicPower] = 0;
ml_Rot.Add(ability);
}
}
#endregion
#region Unholy Blight
if (UB != null)
{
uint mSecperDC = (uint)m_RotationDuration / Count(DKability.DeathCoil);
uint UBCount = (uint)m_RotationDuration / Math.Max(UB.uDuration, mSecperDC);
for (; UBCount > 0; UBCount--)
{
ml_Rot.Add(UB);
}
}
#endregion
BuildCosts();
}