/// <summary>
/// Calculates a rotation based on the FS>LvB>LB priority.
/// </summary>
public void CalculateRotation(bool addlb1, bool addlb2, bool useFN, bool useCL, bool useDpsFireTotem, bool useFireEle)
{
if (Talents == null || LB == null || FS == null || LvBFS == null || LvB == null || CL == null || FN == null || ST == null || MT == null || FrS == null)
{
return;
}
this.useDpsFireTotem = useDpsFireTotem;
spells.Clear();
Invalidate();
float LvBreadyAt = 0, FSdropsAt = 0, clReadyAt = 0, fnReadyAt = 0, activeTotemDropsAt = 0;//, fireEleDropsAt = 0, fireEleReadyAt = 0;
//float lsCharges = 0f, fsTicks = 0f;
#region GiantBlock
switch (useDpsFireTotem)
{
case true:
#region Massive Comment Block About Totem Math
/// Reasoning for this block:
/// Magma totem is always higher DpS than searing totem. The old formula, which used DpCT instead of
/// periodic DpS, always favored searing totem over magma totem, which isn't true in all cases. The reason
/// searing eventually "outscales" magma is because magma's excessive use of GCDs for 100% uptime makes it
/// less favorable in gear with lots of haste, when the shaman begins approaching the GCD with spells.
/// Losing a GCD when an LB takes 2 seconds to cast is less costly than a GCD with a 1.2 second LB.
/// Theory behind it:
/// The higher DpS spell between CL and LB will be the relative benchmark. The gap in DpS between magma
/// and searing are taken and multiplied by 20 (the amount of damage gained by using magma in that period).
/// It is then modified by the cast time difference between MT and the relativeDpSValue. This adjusts
/// magma's value according to how much of a gap there is in between the GCD and the cast time of the
/// benchmark spell. The larger the gap, the more valuable magma totem's gained DpS. If the gained DpS
/// isn't more valuable than the direct DpS of the benchmark, searing is selected instead.
#endregion
Spell relativeDpSValue = (CL.DirectDpS > LB.DirectDpS) ? (Spell)CL : (Spell)LB;
if ((((MT.PeriodicDpS - ST.PeriodicDpS) * MT.Duration) / (MT.CastTime / relativeDpSValue.CastTime))
> relativeDpSValue.DirectDpS)
{
ActiveTotem = MT;
}
else
{
ActiveTotem = ST;
}
break;
case false:
ActiveTotem = null;
activeTotemDropsAt = float.PositiveInfinity;
break;
}
while (true)
{
if (GetTime() >= LvBreadyAt) //LvB is ready
{
if (GetTime() + LvBFS.CastTimeWithoutGCD < FSdropsAt) //the LvB cast will be finished before FS runs out
{
AddSpell(LvBFS);
LvBreadyAt = GetTime() + LvBFS.Cooldown;
}
else if (FSdropsAt == 0) //the first FS
{
FSdropsAt = GetTime() + FS.Duration;
AddSpell(FS);
}
else //since FS would run out recast FS now -> Rotation end
{
break; //done
}
}
else //LvB is not ready
{
if (GetTime() + LvB.CastTime > FSdropsAt) //FS will run out
{
if (((LB.DpCT > (Math.Max((useCL && clReadyAt < GetTime()) ? CL.DpCT : 0, (useFN && fnReadyAt < GetTime()) ? FN.DpCT : 0)))) &&
(LB.DpCT > (((activeTotemDropsAt < GetTime()) && useDpsFireTotem) ? ActiveTotem.PeriodicDamage() : 0)))
{ // LB is the best option available
if (LvBreadyAt - (GetTime() + FS.CastTime) > LB.CastTime) //there is enough time to fit in another LB and a FS before LvB is ready
{
AddSpell(LB);
}
else //if (LvBreadyAt - (GetTime() + FS.CastTime) > 0 && addlb2) //FS would still fit in before LvB is ready
{
AddSpell(LB);
break; //FS recast nescessary -> done
}
}
else if ((((useCL && clReadyAt < GetTime()) ? CL.DpCT : 0) >
((useFN && fnReadyAt < GetTime()) ? FN.DpCT : 0)) &&
(CL.DpCT > ((activeTotemDropsAt < GetTime()) && (useDpsFireTotem) ? ActiveTotem.PeriodicDamage() : 0)))
// CL > FN and CL > Totem [Or totem doesn't need refreshed]
{
if (LvBreadyAt - (GetTime() + FS.CastTime) > CL.CastTime) // Can fit another CL and FS
{
AddSpell(CL);
clReadyAt = GetTime() + CL.Cooldown;
}
else
{
AddSpell(CL);
clReadyAt = GetTime() + CL.Cooldown;
break;
}
}
else if ((useFN && fnReadyAt < GetTime()) && (activeTotemDropsAt > GetTime()))
// FN > CL and FN > Totem [Or totem doesn't need refreshed]
{
if (LvBreadyAt - (GetTime() + FS.CastTime) > FN.CastTime) // Can fit another FN and FS
{
AddSpell(FN);
fnReadyAt = GetTime() + FN.Cooldown;
}
else
{
AddSpell(FN);
fnReadyAt = GetTime() + FN.Cooldown;
break;
}
}
else // If the totem needs refreshed...
{
AddSpell(ActiveTotem);
activeTotemDropsAt = ActiveTotem.Duration + GetTime();
}
}
else if (LvBreadyAt - GetTime() <= LB.CastTime && !addlb1) //time before the next LvB is lower than LB cast time
{
AddSpell(new Wait(LvBreadyAt - GetTime()));
}
else //LvB is on cooldown, FS won't run out soon
if (((LB.DpCT > (Math.Max((useCL && clReadyAt < GetTime()) ? CL.DpCT : 0, (useFN && fnReadyAt < GetTime()) ? FN.DpCT : 0)))) &&
(LB.DpCT > (((activeTotemDropsAt < GetTime()) && useDpsFireTotem) ? ActiveTotem.PeriodicDamage() : 0)))
{ //Is LB Dmg per cast time bigger than the Dpct of CL or FN and are these spells ready?
AddSpell(LB);
}
else if ((((useCL && clReadyAt < GetTime()) ? CL.DpCT : 0) >
((useFN && fnReadyAt < GetTime()) ? FN.DpCT : 0)) &&
(CL.DpCT > ((activeTotemDropsAt < GetTime()) && (useDpsFireTotem) ? ActiveTotem.PeriodicDamage() : 0)))
// CL > FN and CL > Totem [Or totem doesn't need refreshed]
{
AddSpell(CL);
clReadyAt = GetTime() + CL.Cooldown;
}
else if ((useFN && fnReadyAt < GetTime()) && (activeTotemDropsAt > GetTime()))
{ //FN > CL
AddSpell(FN);
fnReadyAt = GetTime() + FN.Cooldown;
}
else // If the totem needs refreshed...
{
AddSpell(ActiveTotem);
activeTotemDropsAt = ActiveTotem.Duration + GetTime();
}
}
}
#endregion
// Have to move to a priority queue.
}
