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WoWInterface/Interface/AddOns/Hekili/State.lua

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-- State.lua
-- June 2014
local addon, ns = ...
local Hekili = _G[ addon ]
local auras = ns.auras
local formatKey = ns.formatKey
local ResourceRegenerates = ns.ResourceRegenerates
local Error = ns.Error
local orderedPairs = ns.orderedPairs
local round, roundUp, roundDown = ns.round, ns.roundUp, ns.roundDown
local safeMin, safeMax = ns.safeMin, ns.safeMax
local GetPlayerAuraBySpellID = C_UnitAuras.GetPlayerAuraBySpellID
local FindPlayerAuraByID, IsAbilityDisabled, IsDisabledCovenantSpell = ns.FindPlayerAuraByID, ns.IsAbilityDisabled, ns.IsDisabledCovenantSpell
-- Clean up table_x later.
local insert, remove, sort, tcopy, unpack, wipe = table.insert, table.remove, table.sort, ns.tableCopy, table.unpack, table.wipe
local format = string.format
local Mark, SuperMark, ClearMarks = ns.Mark, ns.SuperMark, ns.ClearMarks
local RC = LibStub( "LibRangeCheck-2.0" )
local LSR = LibStub( "SpellRange-1.0" )
local class = Hekili.Class
local scripts = Hekili.Scripts
local unknown_buff, unknown_debuff
-- This will be our environment table for local functions.
local state = Hekili.State
local PTR = ns.PTR
state.PTR = PTR
state.ptr = PTR and 1 or 0
state.now = 0
state.offset = 0
state.modified = false
state.resetType = "heavy"
state.encounterID = 0
state.encounterName = "None"
state.encounterDifficulty = 0
state.aggro = false
state.tanking = false
state.delay = 0
state.delayMin = 0
state.delayMax = 15
state.false_start = 0
state.latency = 0
state.filter = "none"
state.cast_target = "nobody"
state.arena = false
state.bg = false
state.mainhand_speed = 0
state.offhand_speed = 0
state.min_targets = 0
state.max_targets = 0
state.action = {}
state.active_dot = {}
state.args = {}
state.azerite = {}
state.essence = {}
state.aura = {}
state.auras = auras
state.buff = {}
state.consumable = {}
state.cooldown = {}
state.empowerment = {
id = 0,
spell = "none",
start = 0,
finish = 0,
hold = 0,
stages = {}
}
state.max_empower = 3
state.empowering = {}
state.health = {
max = 1,
initialized = false
}
state.legendary = {}
state.runeforge = state.legendary -- Different APLs use runeforge.X.equipped vs. legendary.X.enabled.
state.debuff = {}
state.dot = {}
state.equipped = {}
state.main_hand = {
size = 0
}
state.off_hand = {
size = 0
}
state.gcd = {}
state.history = {
casts = {},
units = {}
}
state.holds = {}
state.items = {}
state.pet = {
fake_pet = {
name = "Mary-Kate Olsen",
expires = 0,
permanent = false,
}
}
state.player = {
lastcast = "none",
lastgcd = "none",
lastoffgcd = "none",
casttime = 0,
updated = true,
channeling = false,
channel_start = 0,
channel_end = 0,
channel_spell = nil
}
state.prev = {
meta = "castsAll",
history = { "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action" }
}
state.prev_gcd = {
meta = "castsOn",
history = { "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action" }
}
state.prev_off_gcd = {
meta = "castsOff",
history = { "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action", "no_action" }
}
state.predictions = {}
state.predictionsOff = {}
state.predictionsOn = {}
state.purge = {}
state.pvptalent = {}
state.race = {}
state.script = {}
state.set_bonus = {}
state.settings = {}
state.sim = {}
state.spec = {}
state.stance = {}
state.stat = {}
state.swings = {
mh_actual = 0,
mh_speed = UnitAttackSpeed( "player" ) > 0 and UnitAttackSpeed( "player" ) or 2.6,
mh_projected = 2.6,
oh_actual = 0,
oh_speed = select( 2, UnitAttackSpeed( "player" ) ) or 2.6,
oh_projected = 3.9
}
state.system = {}
state.table = table
state.talent = {}
state.target = {
debuff = state.debuff,
dot = state.dot,
health = {},
updated = true
}
state.movement = {}
setmetatable( state.movement, {
__index = function( t, k )
if k == "distance" then
if state.buff.movement.up then return state.target.distance end
return 0
end
return state.target[ k ]
end
} )
state.sim.target = state.target
state.toggle = {}
state.totem = {}
state.trinket = {
t1 = {
slot = "t1",
--[[ has_cooldown = {
slot = "t1"
}, ]]
stacking_stat = {
slot = "t1"
},
has_stacking_stat = {
slot = "t1"
},
stat = {
slot = "t1"
},
has_stat = {
slot = "t1"
},
is = {
slot = "t1"
},
},
t2 = {
slot = "t2",
--[[ has_cooldown = {
slot = "t2",
}, ]]
stacking_stat = {
slot = "t2"
},
has_stacking_stat = {
slot = "t2"
},
stat = {
slot = "t2"
},
has_stat = {
slot = "t2",
},
is = {
slot = "t2",
},
},
any = {},
cooldown = {
},
has_cooldown = {
},
stacking_stat = {
},
has_stacking_stat = {
},
stacking_proc = {
},
has_stacking_proc = {
},
stat = {
},
has_stat = {
},
}
state.trinket.proc = state.trinket.stat
state.trinket[1] = state.trinket.t1
state.trinket[2] = state.trinket.t2
state.using_apl = setmetatable( {}, {
__index = function( t, k )
return false
end
} )
state.role = setmetatable( {}, {
__index = function( t, k )
return false
end
} )
local mt_no_trinket_cooldown = {
}
local mt_no_trinket_stacking_stat = {
}
local mt_no_trinket_stat = {
}
local mt_no_trinket = {
__index = function( t, k )
if k:sub(1,4) == "has_" then
return false
elseif k == "down" then
return true
end
return false
end
}
local no_trinket = setmetatable( {
slot = "none",
cooldown = setmetatable( {}, mt_no_trinket_cooldown ),
stacking_stat = setmetatable( {}, mt_no_trinket_stacking_stat ),
stat = setmetatable( {}, mt_no_trinket_stat ),
is = setmetatable( {}, {
__index = function( t, k )
return false
end
} )
}, mt_no_trinket )
setmetatable( state.trinket, {
__index = function( t, k )
if t.t1.is[ k ] then
return t.t1
elseif t.t2.is[ k ] then
return t.t2
else
return no_trinket
end
end
} )
state.trinket.stat.any = state.trinket.any
local mt_trinket_any = {
__index = function( t, k )
return state.trinket.t1[ k ] or state.trinket.t2[ k ]
end
}
setmetatable( state.trinket.any, mt_trinket_any )
local mt_trinket_any_stacking_stat = {
__index = function( t, k )
if state.trinket.t1.has_stacking_stat[k] then return state.trinket.t1
elseif state.trinket.t2.has_stacking_stat[k] then return state.trinket.t2 end
return no_trinket
end
}
setmetatable( state.trinket.stacking_stat, mt_trinket_any_stacking_stat )
setmetatable( state.trinket.stacking_proc, mt_trinket_any_stacking_stat )
local mt_trinket_any_stat = {
__index = function( t, k )
--[[ if k == "any" then
return ( state.trinket.has_stat[
end ]]
if state.trinket.t1.has_stat[k] then return state.trinket.t1
elseif state.trinket.t2.has_stat[k] then return state.trinket.t2 end
return no_trinket
end
}
setmetatable( state.trinket.stat, mt_trinket_any_stat )
local mt_trinket = {
__index = function( t, k )
local isEnabled = ( not rawget( t, "__usable" ) ) or ( rawget( t, "__ability" ) and not state:IsDisabled( t.__ability ) or false )
if k == "id" then
return isEnabled and t.__id or 0
elseif k == "ability" then
return rawget( t, "__ability" ) or "null_cooldown"
elseif k == "usable" then
return rawget( t, "__usable" ) or false
elseif k == "has_use_buff" or k == "use_buff" then
return isEnabled and t.__has_use_buff or false
elseif k == "use_buff_duration" or k == "buff_duration" then
return isEnabled and t.__has_use_buff and t.__use_buff_duration or 0.01
elseif k == "has_proc" or k == "proc" then
return isEnabled and t.__proc or false
end
if k == "up" or k == "ticking" or k == "active" then
return isEnabled and class.trinkets[ t.id ].buff and state.buff[ class.trinkets[ t.id ].buff ].up or false
elseif k == "react" or k == "stack" or k == "stacks" then
return isEnabled and class.trinkets[ t.id ].buff and state.buff[ class.trinkets[ t.id ].buff ][ k ] or 0
elseif k == "remains" then
return isEnabled and class.trinkets[ t.id ].buff and state.buff[ class.trinkets[ t.id ].buff ].remains or 0
elseif k == "has_cooldown" then
return isEnabled and ( GetItemSpell( t.id ) ~= nil ) or false
elseif k == "ready_cooldown" then
if isEnabled and t.usable and t.ability then
return t.cooldown.ready
end
return true
elseif k == "cooldown" then
if t.usable and t.ability and state.cooldown[ t.ability ] then
return state.cooldown[ t.ability ]
end
return state.cooldown.null_cooldown
end
return k
end
}
setmetatable( state.trinket.t1, mt_trinket )
setmetatable( state.trinket.t2, mt_trinket )
local mt_trinket_is = {
__index = function( t, k )
local item = state.trinket[ t.slot ]
if item.usable and item.ability == k then return true end
return false
end,
}
setmetatable( state.trinket.t1.is, mt_trinket_is )
setmetatable( state.trinket.t2.is, mt_trinket_is )
--[[ local mt_trinket_cooldown = {
__index = function(t, k)
if k == "duration" or k == "expires" then
-- Refresh the ID in case we changed specs and ability is spec dependent.
local start, duration = GetItemCooldown( state.trinket[ t.slot ].id )
t.duration = duration or 0
t.expires = start and ( start + duration ) or 0
return t[k]
elseif k == "remains" then
return max( 0, t.expires - ( state.query_time ) )
elseif k == "up" then
return t.remains == 0
elseif k == "down" then
return t.remains > 0
end
-- return Error( "UNK: " .. k )
end
}
setmetatable( state.trinket.t1.cooldown, mt_trinket_cooldown )
setmetatable( state.trinket.t2.cooldown, mt_trinket_cooldown ) ]]
local mt_trinket_has_stacking_stat = {
__index = function( t, k )
local trinket = state.trinket[ t.slot ].id
if trinket == 0 then return false end
if k == "any" or k == "any_dps" then return class.trinkets[ trinket ].stacking_stat ~= nil end
if k == "ms" then k = "multistrike" end
return class.trinkets[ trinket ].stacking_stat == k
end
}
setmetatable( state.trinket.t1.has_stacking_stat, mt_trinket_has_stacking_stat )
setmetatable( state.trinket.t2.has_stacking_stat, mt_trinket_has_stacking_stat )
local mt_trinket_has_stat = {
__index = function( t, k )
local trinket = state.trinket[ t.slot ].id
if trinket == 0 then return false end
if k == "any" or k == "any_dps" then return class.trinkets[ trinket ].stat ~= nil end
if k == "ms" then k = "multistrike" end
return class.trinkets[ trinket ].stat == k
end
}
setmetatable( state.trinket.t1.has_stat, mt_trinket_has_stat )
setmetatable( state.trinket.t2.has_stat, mt_trinket_has_stat )
local mt_trinkets_has_stat = {
__index = function( t, k )
if k == "ms" then k = "multistrike" end
if k == "any" then
return class.trinkets[ state.trinket.t1.id ].stat ~= nil or class.trinkets[ state.trinket.t2.id ].stat ~= nil
end
return class.trinkets[ state.trinket.t1.id ].stat == k or class.trinkets[ state.trinket.t2.id ].stat == k
end
}
setmetatable( state.trinket.has_stat, mt_trinkets_has_stat )
local mt_trinkets_has_stacking_stat = {
__index = function( t, k )
if k == "ms" then k = "multistrike" end
if k == "any" then
return class.trinkets[ state.trinket.t1.id ].stacking_stat ~= nil or class.trinkets[ state.trinket.t2.id ].stacking_stat ~= nil
end
return class.trinkets[ state.trinket.t1.id ].stacking_stat == k or class.trinkets[ state.trinket.t2.id ].stacking_stat == k
end
}
setmetatable( state.trinket.has_stacking_stat, mt_trinkets_has_stacking_stat )
state.max = safeMax
state.min = safeMin
state.abs = safeAbs
if Hekili.Version:match( "^Dev" ) then
state.print = print
else
state.print = function() end
end
state.Enum = Enum
state.FindPlayerAuraByID = ns.FindPlayerAuraByID
state.FindUnitBuffByID = ns.FindUnitBuffByID
state.FindUnitDebuffByID = ns.FindUnitDebuffByID
state.FindRaidBuffByID = ns.FindRaidBuffByID
state.FindRaidBuffLowestRemainsByID = ns.FindRaidBuffLowestRemainsByID
state.FindLowHpPlayerWithoutBuffByID = ns.FindLowHpPlayerWithoutBuffByID
state.GetActiveLossOfControlData = C_LossOfControl.GetActiveLossOfControlData
state.GetActiveLossOfControlDataCount = C_LossOfControl.GetActiveLossOfControlDataCount
state.GetNumGroupMembers = GetNumGroupMembers
-- state.GetItemCooldown = GetItemCooldown
state.GetItemCount = GetItemCount
state.GetItemGem = GetItemGem
state.GetItemInfo = GetItemInfo
state.GetPlayerAuraBySpellID = GetPlayerAuraBySpellID
state.GetShapeshiftForm = GetShapeshiftForm
state.GetShapeshiftFormInfo = GetShapeshiftFormInfo
state.GetSpellCount = GetSpellCount
state.GetSpellInfo = GetSpellInfo
state.GetSpellLink = GetSpellLink
state.GetSpellTexture = GetSpellTexture
state.GetStablePetInfo = GetStablePetInfo
state.GetTime = GetTime
state.GetTotemInfo = GetTotemInfo
state.InCombatLockdown = InCombatLockdown
state.IsActiveSpell = ns.IsActiveSpell
state.IsPlayerSpell = IsPlayerSpell
state.IsSpellKnown = IsSpellKnown
state.IsSpellKnownOrOverridesKnown = IsSpellKnownOrOverridesKnown
state.IsUsableItem = IsUsableItem
state.IsUsableSpell = IsUsableSpell
state.UnitAura = UnitAura
state.UnitAuraSlots = UnitAuraSlots
state.UnitBuff = UnitBuff
state.UnitCanAttack = UnitCanAttack
state.UnitCastingInfo = UnitCastingInfo
state.UnitChannelInfo = UnitChannelInfo
state.UnitClassification = UnitClassification
state.UnitDebuff = UnitDebuff
state.UnitExists = UnitExists
state.UnitGetTotalAbsorbs = UnitGetTotalAbsorbs
state.UnitGUID = UnitGUID
state.UnitHealth = UnitHealth
state.UnitHealthMax = UnitHealthMax
state.UnitName = UnitName
state.UnitIsFriend = UnitIsFriend
local UnitIsUnit = _G.UnitIsUnit
state.UnitIsUnit = function( a, b )
return a == b or UnitIsUnit( a, b )
end
state.UnitIsPlayer = UnitIsPlayer
state.UnitLevel = UnitLevel
state.UnitPower = UnitPower
state.UnitPartialPower = UnitPartialPower
state.UnitPowerMax = UnitPowerMax
state.abs = math.abs
state.ceil = math.ceil
state.floor = math.floor
state.format = string.format
state.ipairs = ipairs
state.pairs = pairs
state.rawget = rawget
state.rawset = rawset
state.select = select
state.tinsert = table.insert
state.insert = table.insert
state.remove = table.remove
state.tonumber = tonumber
state.tostring = tostring
state.type = type
state.safenum = function( val )
if type( val ) == "number" then return val end
return val == true and 1 or 0
end
state.safebool = function( val )
if type( val ) == "boolean" then return val end
if val == nil then return false end
if val == 0 then return false end
return true
end
state.combat = 0
state.faction = UnitFactionGroup( "player" )
state.race[ formatKey( UnitRace("player") ) ] = true
state.class = Hekili.Class
state.targets = ns.targets
state._G = 0
-- Place an ability on cooldown in the simulated game state.
local function setCooldown( action, duration )
local cd = state.cooldown[ action ] or {}
cd.duration = duration > 0 and duration or cd.duration
cd.expires = state.query_time + duration
cd.charge = 0
cd.recharge_began = state.query_time
cd.next_charge = cd.expires
cd.recharge = duration > 0 and duration or cd.recharge
state.cooldown[ action ] = cd
end
state.setCooldown = setCooldown
local function spendCharges( action, charges )
local ability = class.abilities[ action ]
if not ability.charges or ability.charges == 1 then
setCooldown( action, ability.cooldown )
return
end
if not state.cooldown[ action ] then state.cooldown[ action ] = {} end
local cd = state.cooldown[ action ]
if cd.next_charge <= state.query_time then
cd.recharge_began = state.query_time
cd.next_charge = state.query_time + ( ability.recharge or ability.cooldown )
cd.recharge = ability.recharge > 0 and ability.recharge or cd.recharge
end
cd.charge = max( 0, cd.charge - charges )
local dur = ability.recharge or ability.cooldown
cd.duration = dur > 0 and dur or cd.duration
cd.expires = cd.charge == 0 and cd.next_charge or 0
end
state.spendCharges = spendCharges
local function gainCharges( action, charges )
if class.abilities[ action ].charges then
state.cooldown[ action ].charge = min( class.abilities[ action ].charges, state.cooldown[ action ].charge + charges )
-- resolve cooldown state.
if state.cooldown[ action ].charge > 0 then
-- state.cooldown[ action ].duration = 0
state.cooldown[ action ].expires = 0
end
if state.cooldown[ action ].charge == class.abilities[ action ].charges then
state.cooldown[ action ].next_charge = 0
-- state.cooldown[ action ].recharge = 0
state.cooldown[ action ].recharge_began = 0
end
else
-- Error-proof gaining charges for abilities without charges.
if charges >= 1 then
setCooldown( action, 0 )
end
end
end
state.gainCharges = gainCharges
function state.gainChargeTime( action, time, debug )
local ability = class.abilities[ action ]
if not ability then return end
local cooldown = state.cooldown[ action ]
if not ability.charges then
-- Error-proof gaining charge time on chargeless abilities.
cooldown.expires = cooldown.expires - time
return
end
if cooldown.charge == ability.charges then return end
cooldown.next_charge = cooldown.next_charge - time
cooldown.recharge_began = cooldown.recharge_began - time
if cooldown.expires > 0 then cooldown.expires = max( 0, cooldown.expires - time ) end
if cooldown.next_charge <= state.query_time then
cooldown.charge = min( ability.charges, cooldown.charge + 1 )
-- We have a charge, reset cooldown.
-- cooldown.duration = 0
cooldown.expires = 0
if cooldown.charge == ability.charges then
cooldown.next_charge = 0
-- cooldown.recharge = 0
cooldown.recharge_began = 0
else
cooldown.recharge_began = cooldown.next_charge
cooldown.next_charge = cooldown.next_charge + ability.recharge
-- cooldown.recharge = ability.recharge
end
end
end
function state.reduceCooldown( action, time )
local ability = class.abilities[ action ]
if not ability then return end
if ability.charges then
state.gainChargeTime( action, time )
return
end
state.cooldown[ action ].expires = max( 0, state.cooldown[ action ].expires - time )
end
-- Cycling System...
do
local cycle = {}
local debug = function( ... ) if Hekili.ActiveDebug then Hekili:Debug( ... ) end end
function state.SetupCycle( ability, quiet )
wipe( cycle )
if not ability and not quiet then
debug( " - no ability provided to SetupCycle." )
return
end
local aura = ability.cycle
if not aura then
-- Fallback check, is there an aura with the same name as the ability?
aura = class.auras[ ability.key ] and ability.key
end
if not aura and not quiet then
debug( " - no aura identified for target-cycling and no aura matching " .. ability.key .. " found in ability / spec module; target cycling disabled." )
return
end
local cDebuff = class.auras[ aura ] and state.debuff[ aura ]
if not cDebuff then
debug( " - the debuff '%s' was not found in our database.", aura )
return
end
if cDebuff.up and not ability.cycle_to then
-- We want to target enemies with this debuff.
cycle.expires = cDebuff.expires
cycle.minTTD = max( state.settings.cycle_min, ability.min_ttd or 0, cDebuff.duration / 2 )
cycle.maxTTD = ability.max_ttd
cycle.aura = aura
if state.active_dot[ aura ] >= state.cycle_enemies then
if not quiet then debug( " - we do not have another valid target for " .. aura .. ": " .. state.active_dot[ aura ] .. " vs " .. state.cycle_enemies .. "." ) end
state.ClearCycle()
return
end
if not quiet then
debug( " - we will use the ability on a different target, if available, until %s expires at %.2f [+%.2f].", cycle.aura, cycle.expires, cycle.expires - state.query_time )
end
elseif cDebuff.down and ability.cycle_to and state.active_dot[ aura ] > 0 and state.query_time < state.now + ( 2 * state.gcd.max ) then
cycle.expires = state.query_time + ( 2 * state.gcd.max ) -- Assume the aura is available for 2 GCDs (don't forecast a slow target swap).
cycle.minTTD = max( state.settings.cycle_min, ability.min_ttd or 0, cDebuff.duration / 2 )
cycle.maxTTD = ability.max_ttd
cycle.aura = aura
if not quiet then
debug( " - we will use the ability on a target with %s, if available, .", cycle.aura )
end
else
if not quiet then debug( " - cycle aura appears to be down, so we're sticking with our current target." ) end
end
--[[ Possible future version:
local debuffIsUp = cDebuff.up
cycle.expires = cDebuff.duration + state.query_time
cycle.minTTD = max( state.settings.cycle_min, ability.min_ttd or 0, cDebuff.duration / 2 )
cycle.maxTTD = ability.max_ttd
cycle.aura = aura
if debuffIsUp and not ability.cycle_to and state.active_dot[ aura ] >= state.cycle_enemies then
debug( " - we will not use the ability on a different target, as we have enough targets with %s.", cycle.aura )
state.ClearCycle()
return
end
if not debuffIsUp and not ability.cycle_to then
debug( " - we will not use the ability on a different target, as current target does not have %s.", cycle.aura )
state.ClearCycle()
return
end
if not debuffIsUp and ability.cycle_to and active_dot[ aura ] == 0 then
debug( " - we will not use the ability on a different target, as no other target has %s applied.", cycle.aura)
state.ClearCycle()
return
end
]]
end
function state.GetCycleInfo()
return cycle.expires, cycle.minTTD, cycle.maxTTD, cycle.aura
end
function state.SetCycleInfo( expires, minTTD, maxTTD, aura )
cycle.expires = expires
cycle.minTTD = minTTD
cycle.maxTTD = maxTTD
cycle.aura = aura
end
function state.HasCyclingDebuff( aura )
if not cycle.aura then return false end
if aura and aura ~= cycle.aura then return false end
return true
end
function state.IsCycling( aura, quiet )
if not cycle.aura then
return false, "cycle.aura is nil"
end
if aura and cycle.aura ~= aura then
if not quiet then debug( "cycle.aura ~= '%s'", aura ) end
return false, format( "cycle aura (%s) is not '%s'", cycle.aura or "none", aura )
end
if state.cycle_enemies == 1 then
return false, "cycle_enemies == 1"
end
if cycle.expires < state.query_time then
return false, format( "cycle aura (%s) expires before current time", cycle.aura )
end
if state.active_dot[ cycle.aura ] >= state.cycle_enemies then
return false, format( "active_dot[%d] >= cycle_enemies[%d]", state.active_dot[ cycle.aura ], state.cycle_enemies )
end
return true
end
function state.ClearCycle()
if cycle.aura then wipe( cycle ) end
state.cycle = nil
end
state.cycleInfo = cycle
end
-- Apply a buff to the current game state.
local function applyBuff( aura, duration, stacks, value, v2, v3, applied )
if not aura then
Error( "Attempted to apply/remove a nameless aura '%s'.\n\n%s", aura or "nil", debugstack() )
return
end
local auraInfo = class.auras[ aura ]
if not auraInfo then
local spec = class.specs[ state.spec.id ]
if spec then
spec:RegisterAura( aura, { ["duration"] = duration } )
class.auras[ aura ] = spec.auras[ aura ]
end
auraInfo = class.auras[ aura ]
if not auraInfo then return end
end
if auraInfo.alias then
aura = auraInfo.alias[1]
end
if state.cycle then
if duration == 0 then state.active_dot[ aura ] = max( 0, state.active_dot[ aura ] - 1 )
else state.active_dot[ aura ] = max( state.active_enemies, state.active_dot[ aura ] + 1 ) end
return
end
local b = state.buff[ aura ]
if not b then return end
duration = duration or auraInfo.duration or 15
if duration == 0 then
b.last_expiry = b.expires or 0
b.expires = 0
b.lastCount = b.count
b.count = 0
b.lastApplied = b.applied
b.last_application = b.applied or 0
b.v1 = value or 0
b.v2 = 0
b.v3 = 0
b.applied = 0
b.caster = "unknown"
state.active_dot[ aura ] = max( 0, state.active_dot[ aura ] - 1 )
if auraInfo.funcs.onRemove then auraInfo.funcs.onRemove() end
else
if not b.up then state.active_dot[ aura ] = state.active_dot[ aura ] + 1 end
b.lastCount = b.count
b.lastApplied = b.applied
b.applied = applied or state.query_time
b.last_application = b.applied or 0
-- b.duration = duration
b.expires = b.applied + duration
b.last_expiry = b.expires
b.count = max( 0, min( class.auras[ aura ].max_stack or 1, stacks or 1 ) )
b.v1 = value or 0
if v2 == nil then b.v2 = 0
else b.v2 = v2 end
if v3 == nil then b.v3 = 0
else b.v3 = v3 end
b.caster = "player"
end
for resource, auras in pairs( class.resourceAuras ) do
if auras[ aura ] then
state.forecastResources( resource )
end
end
if aura ~= "potion" and class.auras.potion and class.auras[ aura ].id == class.auras.potion.id then
applyBuff( "potion", duration, stacks, value )
end
end
state.applyBuff = applyBuff
local function removeBuff( aura )
local auraInfo = class.auras[ aura ]
if auraInfo and auraInfo.alias then
for _, child in ipairs( auraInfo.alias ) do
applyBuff( child, 0 )
end
else
applyBuff( aura, 0 )
end
end
state.removeBuff = removeBuff
-- Apply stacks of a buff to the current game state.
-- Wraps around Buff() to check for an existing buff.
local function addStack( aura, duration, stacks, value )
local a = class.auras[ aura ]
duration = duration or ( a and a.duration or 15 )
stacks = stacks or 1
local max_stack = a and a.max_stack or 1
local b = state.buff[ aura ]
if b.remains > 0 then
applyBuff( aura, duration, min( max_stack, b.count + stacks ), value )
else
applyBuff( aura, duration, min( max_stack, stacks ), value )
end
end
state.addStack = addStack
local function removeStack( aura, stacks )
stacks = stacks or 1
local b = state.buff[ aura ]
if b.count > stacks then
b.lastCount = b.count
b.count = max( 1, b.count - stacks )
else
state.removeBuff( aura )
end
end
state.removeStack = removeStack
-- Add a debuff to the simulated game state.
-- Needs to actually use "unit" !
local function applyDebuff( unit, aura, duration, stacks, value, noPandemic )
if not aura then aura = unit; unit = "target" end
if not class.auras[ aura ] then
Error( "Attempted to apply unknown aura '%s'.", aura )
local spec = class.specs[ state.spec.id ]
if spec then
spec:RegisterAura( aura, { ["duration"] = duration } )
class.auras[ aura ] = spec.auras[ aura ]
end
if not class.auras[ aura ] then return end
end
if state.cycle then
if duration == 0 then
if Hekili.ActiveDebug then Hekili:Debug( "Removed an application of '%s' while target-cycling.", aura ) end
state.active_dot[ aura ] = state.active_dot[ aura ] - 1
else
if Hekili.ActiveDebug then Hekili:Debug( "Added an application of '%s' while target-cycling.", aura ) end
state.active_dot[ aura ] = state.active_dot[ aura ] + 1
end
return
end
local d = state.debuff[ aura ]
duration = duration or class.auras[ aura ].duration or 15
if duration == 0 then
d.expires = 0
d.lastCount = d.count
d.lastApplied = d.lastApplied
d.count = 0
d.value = 0
d.applied = 0
d.unit = unit
state.active_dot[ aura ] = max( 0, state.active_dot[ aura ] - 1 )
else
if d.down or state.active_dot[ aura ] == 0 then
state.active_dot[ aura ] = state.active_dot[ aura ] + 1
-- TODO: Aura scraping utility may want to populate active_dot table when it sees an aura that wasn't tracked.
end
-- state.debuff[ aura ] = state.debuff[ aura ] or {}
if not noPandemic then duration = min( 1.3 * duration, d.remains + duration ) end
-- d.duration = duration
d.expires = state.query_time + duration
d.lastCount = d.count or 0
d.lastApplied = d.applied or 0
d.count = min( class.auras[ aura ].max_stack or 1, stacks or 1 )
d.value = value or 0
d.applied = state.query_time
d.unit = unit or "target"
end
end
state.applyDebuff = applyDebuff
local function removeDebuff( unit, aura )
applyDebuff( unit, aura, 0 )
end
state.removeDebuff = removeDebuff
local function removeDebuffStack( unit, aura, stacks )
stacks = stacks or 1
local d = state.debuff[ aura ]
if not d then return end
if d.count > stacks then
d.lastCount = d.count
d.count = max( 1, d.count - stacks )
else
removeDebuff( unit, aura )
end
end
state.removeDebuffStack = removeDebuffStack
local function setStance( stance )
for k in pairs( state.stance ) do
state.stance[ k ] = false
end
state.stance[ stance ] = true
end
state.setStance = setStance
local function interrupt()
state.removeDebuff( "target", "casting" )
end
state.interrupt = interrupt
-- Use this for readyTime in an interrupt action; will interrupt casts at end of cast and channels ASAP.
local function timeToInterrupt()
local casting = state.debuff.casting
if casting.down or casting.v2 == 1 then return 3600 end
if casting.v3 == 1 then return 0 end
return max( 0, casting.remains - 0.25 )
end
state.timeToInterrupt = timeToInterrupt
-- Pet stuff.
local function summonPet( name, duration, spec )
state.pet[ name ] = rawget( state.pet, name ) or {}
state.pet[ name ].name = name
state.pet[ name ].expires = state.query_time + ( duration or 3600 )
local model = class.pets[ name ]
if model then
state.pet[ name ].id = type( model.id ) == "function" and model.id() or id
if ( type( model.duration ) == "function" and model.duration() or model.duration ) == 3600 then
state.pet.alive = true
end
end
if spec then
state.pet[ name ].spec = spec
for k, v in pairs( state.pet ) do
if type(v) == "boolean" then state.pet[k] = false end
end
state.pet[ spec ] = state.pet[ name ]
end
end
state.summonPet = summonPet
local function dismissPet( name )
local pet = rawget( state.pet, name ) or {}
pet.name = name
pet.expires = 0
if pet.spec then
rawset( state.pet, pet.spec, nil )
end
state.pet[ name ] = pet
end
state.dismissPet = dismissPet
local function summonTotem( name, elem, duration )
if elem then
state.totem[ elem ] = rawget( state.totem, elem ) or {}
state.totem[ elem ].name = name
state.totem[ elem ].expires = state.query_time + duration
summonPet( elem, duration )
end
summonPet( name, duration )
end
state.summonTotem = summonTotem
-- Useful for things like leap/charge/etc.
local function setDistance( minimum, maximum )
state.target.minR = minimum or 5
state.target.maxR = maximum or minimum or 5
state.target.distance = ( state.target.minR + state.target.maxR ) / 2
end
state.setDistance = setDistance
-- For tracking if we are currently channeling.
function state.channelSpell( name, start, duration, id )
if name then
local ability = class.abilities[ name ]
start = start or state.query_time
if ability then
duration = duration or ability.cast
end
if not duration or duration == 0 then return end
applyBuff( "casting", duration, nil, id or ( ability and ability.id ) or 0, nil, 1, start )
end
end
function state.stopChanneling( reset, action )
if not reset then
local spell = state.channel
local ability = spell and class.abilities[ spell ]
if spell then
if Hekili.ActiveDebug then Hekili:Debug( "Breaking channel of %s.", spell ) end
if ability and ability.breakchannel then ability.breakchannel() end
state:RemoveSpellEvents( spell )
state.removeBuff( "casting" )
end
end
-- This will lock in gains from channeling before the channel ends.
for resource, auras in pairs( class.resourceAuras ) do
if auras.casting then state[ resource ].actual = state[ resource ].current end
end
removeBuff( "casting" )
end
-- See mt_state for 'isChanneling'.
-- Spell Targets, so I don't have to convert it in APLs any more.
-- This will also factor in target caps and TTD restrictions.
state.spell_targets = setmetatable( {}, {
__index = function( t, k )
if state.active_enemies == 1 then return 1 end
if k == "any" then return state.active_enemies end
local ability = class.abilities[ k ]
if not ability then return state.active_enemies end
local n = state.active_enemies
if ability.max_ttd then n = min( n, Hekili:GetNumTTDsBefore( ability.max_ttd + state.offset + state.delay ) ) end
if ability.min_ttd then n = min( n, Hekili:GetNumTTDsAfter( ability.min_ttd + state.offset + state.delay ) ) end
if ability.max_targets then n = min( n, ability.max_targets ) end
return n
end
} )
local raid_event_filter = {
["in"] = 3600,
amount = 0,
duration = 0,
remains = 0,
cooldown = 0,
exists = false,
distance = 0,
max_distance = 0,
min_distance = 0,
to_pct = 0,
up = false,
down = true
}
state.raid_event = setmetatable( {}, {
__index = function( t, k )
return raid_event_filter[ k ] or raid_event_filter
end
} )
-- We'll pretend we're in an active raid_event.adds when there are multiple targets.
state.raid_event.adds = setmetatable( {
["in"] = 3600, -- raid_event.adds.in appears to return time to the next add event, so we can just always say it's waaaay in the future.
}, {
__index = function( t, k )
if k == "up" or k == "exists" then
return state.active_enemies > 1
elseif k == "down" then
return state.active_enemies <= 1
elseif k == "count" then
return max( 0, state.active_enemies - 1 )
elseif k == "in" then
return state.active_enemies > 1 and 0 or 3600
elseif k == "duration" or k == "remains" then
return state.active_enemies > 1 and state.fight_remains or 0
elseif raid_event_filter[k] ~= nil then return raid_event_filter[k] end
return 0
end
} )
-- Resource Modeling!
local forecastResources
do
local events = {}
local remains = {}
local function resourceModelSort( a, b )
return b == nil or ( a.next < b.next )
end
local FORECAST_DURATION = 10.01
forecastResources = function( resource )
if not resource then return end
wipe( events )
wipe( remains )
local now = state.now + state.offset -- roundDown( state.now + state.offset, 2 )
local timeout = FORECAST_DURATION * state.haste -- roundDown( FORECAST_DURATION * state.haste, 2 )
if state.class.file == "DEATHKNIGHT" and state.runes then
timeout = max( timeout, 0.01 + 2 * state.runes.cooldown )
end
timeout = timeout + state.gcd.remains
local r = state[ resource ]
-- We account for haste here so that we don't compute lots of extraneous future resource gains in Bloodlust/high haste situations.
remains[ resource ] = timeout
wipe( r.times )
wipe( r.values )
r.forecast[1] = r.forecast[1] or {}
r.forecast[1].t = now
r.forecast[1].v = r.actual
r.forecast[1].e = "actual"
r.fcount = 1
local models = r.regenModel
if models then
for k, v in pairs( models ) do
if ( not v.resource or v.resource == resource ) and
( not v.spec or state.spec[ v.spec ] ) and
( not v.equip or state.equipped[ v.equip ] ) and
( not v.talent or state.talent[ v.talent ].enabled ) and
( not v.pvptalent or state.pvptalent[ v.pvptalent ].enabled ) and
( not v.aura or state[ v.debuff and "debuff" or "buff" ][ v.aura ].remains > 0 ) and
( not v.set_bonus or state.set_bonus[ v.set_bonus ] > 0 ) and
( not v.setting or state.settings[ v.setting ] ) and
( not v.swing or state.swings[ v.swing .. "_speed" ] and state.swings[ v.swing .. "_speed" ] > 0 ) and
( not v.channel or state.buff.casting.up and state.buff.casting.v3 == 1 and state.buff.casting.v1 == class.abilities[ v.channel ].id ) then
local l = v.last()
local i = type( v.interval ) == "number" and v.interval or ( type( v.interval ) == "function" and v.interval( now, r.actual ) or ( type( v.interval ) == "string" and state[ v.interval ] or 0 ) )
-- local i = roundDown( type( v.interval ) == "number" and v.interval or ( type( v.interval ) == "function" and v.interval( now, r.actual ) or ( type( v.interval ) == "string" and state[ v.interval ] or 0 ) ), 2 )
v.next = l + i
v.name = k
if i > 0 and v.next >= 0 then
table.insert( events, v )
end
end
end
end
sort( events, resourceModelSort )
local finish = now + timeout
local prev = now
local iter = 0
local regen = r.regen > 0.001 and r.regen or 0
while( #events > 0 and now <= finish and iter < 20 ) do
local e = events[1]
iter = iter + 1
if e.next > finish or not r or not r.actual then
table.remove( events, 1 )
else
now = e.next
local bonus = regen * ( now - prev )
local stop = e.stop and e.stop( r.forecast[ r.fcount ].v )
local aura = e.aura and state[ e.debuff and "debuff" or "buff" ][ e.aura ].expires < now
local channel = ( e.channel and state.buff.casting.expires < now )
if stop or aura or channel then
table.remove( events, 1 )
local v = max( 0, min( r.max, r.forecast[ r.fcount ].v + bonus ) )
local idx
if r.forecast[ r.fcount ].t == now then
-- Reuse the last one.
idx = r.fcount
else
idx = r.fcount + 1
end
r.forecast[ idx ] = r.forecast[ idx ] or {}
r.forecast[ idx ].t = now
r.forecast[ idx ].v = v
r.forecast[ idx ].e = ( e.name or "none" ) .. ( stop and "-stop" or aura and "-aura" or channel and "-channel" or "-unknown" )
r.fcount = idx
else
prev = now
local val = r.fcount > 0 and r.forecast[ r.fcount ].v or r.actual
local v = max( 0, min( r.max, val + bonus ) )
v = max( 0, min( r.max, v + ( type( e.value ) == "number" and e.value or e.value( now ) ) ) )
local idx
if r.forecast[ r.fcount ].t == now then
-- Reuse the last one.
idx = r.fcount
else
idx = r.fcount + 1
end
r.forecast[ idx ] = r.forecast[ idx ] or {}
r.forecast[ idx ].t = now
r.forecast[ idx ].v = v
r.forecast[ idx ].e = e.name or "none"
r.fcount = idx
-- interval() takes the last tick and the current value to remember the next step.
local step = roundDown( type( e.interval ) == "number" and e.interval or ( type( e.interval ) == "function" and e.interval( now, v ) or ( type( e.interval ) == "string" and state[ e.interval ] or 0 ) ), 3 )
remains[ e.resource ] = finish - e.next
e.next = e.next + step
if e.next > finish or step < 0 or ( e.aura and state[ e.debuff and "debuff" or "buff" ][ e.aura ].expires < e.next ) or ( e.channel and state.buff.casting.expires < e.next ) then
table.remove( events, 1 )
end
end
end
if #events > 1 then sort( events, resourceModelSort ) end
end
if regen > 0 and r.forecast[ r.fcount ].v < r.max then
for k, v in pairs( remains ) do
local val = r.fcount > 0 and r.forecast[ r.fcount ].v or r.actual
local idx = r.fcount + 1
r.forecast[ idx ] = r.forecast[ idx ] or {}
r.forecast[ idx ].t = finish
r.forecast[ idx ].v = min( r.max, val + ( v * regen ) )
r.fcount = idx
end
end
end
ns.forecastResources = forecastResources
state.forecastResources = forecastResources
Hekili:ProfileCPU( "forecastResources", forecastResources )
end
function state:ForecastSwingbasedResources()
for k, v in pairs( class.resources ) do
if v and v.state and v.state.swingGen then
forecastResources( k )
end
end
end
local resourceChange = function( amount, resource, overcap )
if amount == 0 then return false end
local r = state[ resource ]
local pre = r.current
if amount < 0 and r.spend then r.spend( -amount, resource, overcap )
elseif amount > 0 and r.gain then r.gain( amount, resource, overcap )
else
r.actual = max( 0, r.current + amount )
if not overcap then r.actual = min( r.max, r.actual ) end
end
return true
end
-- Noteworthy hooks for gain/spend:
-- pregain - the hook is expected to return modified values for the resource (i.e., special cost reduction or refunds).
-- gain - the hook can do whatever it wants, but if it changes the same resource again it will cause another forecast.
local gain = function( amount, resource, overcap, noforecast )
amount, resource, overcap = ns.callHook( "pregain", amount, resource, overcap )
resourceChange( amount, resource, overcap )
if not noforecast and resource ~= "health" then forecastResources( resource ) end
ns.callHook( "gain", amount, resource, overcap )
end
local rawGain = function( amount, resource, overcap )
resourceChange( amount, resource, overcap )
forecastResources( resource )
end
local spend = function( amount, resource, noforecast )
amount, resource = ns.callHook( "prespend", amount, resource )
resourceChange( -amount, resource, overcap )
if not noforecast and resource ~= "health" then forecastResources( resource ) end
ns.callHook( "spend", amount, resource, overcap, true )
end
local rawSpend = function( amount, resource )
resourceChange( -amount, resource, overcap )
forecastResources( resource )
end
state.gain = gain
state.rawGain = rawGain
state.spend = spend
state.rawSpend = rawSpend
do
-- Rechecking System
-- Setup on a per-ability basis, this gives the prediction engine a head's up that the ability may become ready in a short time.
local workTable = {}
state.recheckTimes = {}
local function recheckHelper( t, ... )
local n = select( "#", ... )
for i = 1, n do
local x = select( i, ... )
if type( x ) == "number" then
if x > 0 and x >= state.delayMin and x <= state.delayMax then
t[ x ] = true
-- elseif x < 60 then
-- if Hekili.ActiveDebug then Hekili:Debug( "Excluded %.2f recheck time as it is outside our constraints ( %.2f - %.2f ).", x, state.delayMin or -1, state.delayMax or -1 ) end
end
end
end
end
local function channelInfo( ability )
if state.system.packName and scripts.Channels[ state.system.packName ] then
return scripts.Channels[ state.system.packName ][ state.channel ], class.auras[ state.channel ]
end
end
function state.recheck( ability, script, stack, block )
local times = state.recheckTimes
wipe( workTable )
-- local debug = Hekili.ActiveDebug
-- local steps = {}
if script then
if script.Recheck then
recheckHelper( workTable, script.Recheck() )
end
-- This can be CPU intensive but is needed for some APLs (i.e., Unholy).
if script.Variables and state.settings.enhancedRecheck then
-- if Hekili.ActiveDebug then table.insert( steps, debugprofilestop() ) end
for i, var in ipairs( script.Variables ) do
local varIDs = state:GetVariableIDs( var )
if varIDs then
for _, entry in ipairs( varIDs ) do
local vr = scripts.DB[ entry.id ].VarRecheck
if vr then
recheckHelper( workTable, vr() )
end
end
end
-- if Hekili.ActiveDebug then table.insert( steps, debugprofilestop() ) end
end
end
end
-- if Hekili.ActiveDebug then table.insert( steps, debugprofilestop() ) end
local data = class.abilities[ ability ]
if data and data.aura then
local a = state.buff[ data.aura ]
if a and a.up then
recheckHelper( workTable, a.remains )
end
a = state.debuff[ data.aura ]
if a and a.up then
recheckHelper( workTable, a.remains )
end
end
-- if Hekili.ActiveDebug then table.insert( steps, debugprofilestop() ) end
if stack and #stack > 0 then
for i, caller in ipairs( stack ) do
local callScript = caller.script
callScript = callScript and scripts:GetScript( callScript )
if callScript and callScript.Recheck then
recheckHelper( workTable, callScript.Recheck() )
end
end
end
if block and #block > 0 then
for i, caller in ipairs( block ) do
local callScript = caller.script
callScript = callScript and scripts:GetScript( callScript )
if callScript and callScript.Recheck then
recheckHelper( workTable, callScript.Recheck() )
end
end
end
-- if Hekili.ActiveDebug then table.insert( steps, debugprofilestop() ) end
--[[ if state.channeling then
local aura = class.auras[ state.channel ]
local remains = state.channel_remains
if aura and aura.tick_time then
-- Put tick times into recheck.
local i = 1
while ( true ) do
if remains - ( i * aura.tick_time ) > 0 then
workTable[ roundUp( remains - ( i * aura.tick_time ), 2 ) ] = true
else break end
i = i + 1
end
for time in pairs( workTable ) do
if ( ( remains - time ) / aura.tick_time ) % 1 <= 0.5 then
workTable[ time ] = nil
end
end
end
workTable[ remains ] = true
end ]]
--[[ if #steps > 0 then
-- table.insert( steps, debugprofilestop() )
local str = string.format( "RECHECK: %.2f", steps[#steps] - steps[1] )
for i = 2, #steps do
str = string.format( "%s, %.2f ", str, steps[i] - steps[i-1] )
end
print( str )
end ]]
wipe( times )
for k, v in pairs( workTable ) do
-- if Hekili.ActiveDebug then Hekili:Debug( "%s - %s", tostring( k ), tostring( v ) ) end
times[ #times + 1 ] = k
end
ns.callHook( "recheck", times )
sort( times )
end
end
--------------------------------------
-- UGLY METATABLES BELOW THIS POINT --
--------------------------------------
ns.metatables = {}
-- Returns false instead of nil when a key is not found.
local mt_false = {
__index = function(t, k)
return false
end
}
ns.metatables.mt_false = mt_false
do
local a = class.knownAuraAttributes
-- Populate table of known aura attributes so we know if we should bother looking in buffs/debuffs for this information.
a.applied = true
a.caster = true
a.cooldown_remains = true
a.count = true
a.down = true
a.duration = true
a.expires = true
a.i_up = true
a.id = true
a.key = true
a.lastApplied = true
a.lastCount = true
a.last_application = true
a.last_expiry = true
a.max_stack = true
a.max_stacks = true
a.mine = true
a.name = true
a.rank = true
a.react = true
a.refreshable = true
a.remains = true
a.stack = true
a.stack_pct = true
a.stacks = true
a.tick_time_remains = true
a.ticking = true
a.ticks = true
a.ticks_remain = true
a.time_to_refresh = true
a.timeMod = true
a.unit = true
a.up = true
a.v1 = true
a.v2 = true
a.v3 = true
end
-- Gives calculated values for some state options in order to emulate SimC syntax.
local mt_state
do
local autoReset = setmetatable( {
-- Internal processing stuff.
display = 1,
latency = 1,
resetting = 1,
scriptID = 1,
whitelist = 1,
-- Timings.
delay = 1,
expected_combat_length = 1,
false_start = 1,
fight_remains = 1,
interpolated_fight_remains = 1,
time_to_die = 1,
index = 1,
longest_ttd = 1,
now = 1,
offset = 1,
query_time = 1,
shortest_ttd = 1,
time = 1,
-- Current ability in question, or selected ability when testing the next.
current_action = 1,
modified = 1,
selected_action = 1,
selection = 1,
selection_time = 1,
this_action = 1,
-- Calculated from event data.
aggro = 1,
boss = 1,
encounter = 1,
group = 1,
group_members = 1,
level = 1,
mounted = 1,
is_mounted = 1,
moving = 1,
raid = 1,
solo = 1,
tanking = 1,
-- Number of enemies.
active_enemies = 1,
cycle_enemies = 1,
desired_targets = 1,
max_targets = 1,
min_targets = 1,
my_enemies = 1,
stationary_enemies = 1,
true_active_enemies = 1,
true_stationary_enemies = 1,
true_my_enemies = 1,
-- Stats (that really come from state.stat )
crit = 1,
attack_crit = 1,
spell_crit = 1,
haste = 1,
spell_haste = 1,
melee_haste = 1,
attack_haste = 1,
mastery_value = 1,
-- ???
-- Information may be "real" and durable, so we want to leave it be.
-- active = 1,
-- hardcast = 1,
-- miss_react = 1,
-- ranged = 1,
-- wait_for_gcd = 1,
-- Spec State Expressions (probably redundant here).
effective_combo_points = 1,
prowling = 1,
-- Real incoming damage/healing information (handled by autoReset metatable).
-- incoming_damage = 1,
-- incoming_heal = 1,
-- incoming_magic = 1,
-- incoming_physical = 1,
-- time_to_pct = 1,
-- Channels.
channel = 1,
channel_breakable = 1,
channel_remains = 1,
channeling = 1,
-- Abilities/Cooldowns.
action_cooldown = 1,
cast_delay = 1,
cast_regen = 1,
cast_time = 1,
charges = 1,
charges_fractional = 1,
charges_max = 1,
max_charges = 1,
cooldown_react = 1,
cooldown_up = 1,
cost = 1,
-- These two belong with ability data because individual abilities have modeled crit modifiers.
crit_pct_current = 1,
crit_percent_current = 1,
execute_remains = 1,
execute_time = 1,
executing = 1,
full_recharge_time = 1,
time_to_max_charges = 1,
hardcast = 1,
in_flight = 1,
in_flight_remains = 1,
in_range = 1,
recharge = 1,
recharge_time = 1,
travel_time = 1,
-- Auras.
down = 1,
duration = 1,
refreshable = 1,
remains = 1,
tick_time = 1,
tick_time_remains = 1,
ticking = 1,
up = 1,
ticks = 1,
ticks_remain = 1,
time_to_refresh = 1,
--[[ Macro conditionals.
advflyable = 1,
canexitvehicle = 1,
-- channeling = 1, -- already exists.
-- combat = 1, -- already exists.
flyable = 1,
flying = 1,
-- group = 1, -- already exists.
indoors = 1,
outdoors = 1,
-- mounted = 1, -- already exists.
petbattle = 1,
pvpcombat = 1,
resting = 1,
bonusbar = 1,
cursor = 1,
extrabar = 1,
mod = 1,
modifier = 1,
overridebar = 1,
possessbar = 1,
shapeshift = 1,
vehicleui = 1, ]]
}, {
__index = function ( t, k )
-- Make sure to get anything that should be dynamic, in case it was set (via newindex).
if class.stateExprs[ k ] then return 1 end
if class.knownAuraAttributes[ k ] then return 1 end
if k:match( "^time_to_pct" ) then return 1 end
if k:match( "^incoming_damage" ) then return 1 end
if k:match( "^incoming_physical" ) then return 1 end
if k:match( "^incoming_magic" ) then return 1 end
if k:match( "^incoming_heal" ) then return 1 end
-- I should reorder this file to avoid this.
local x = rawget( t, "GetVariableIDs" )
if x and x( t, k ) ~= nil then return 1 end
x = rawget( t, "settings" )
if x and x[ k ] ~= nil then return 1 end
x = rawget( t, "toggle" )
if x and x[ k ] ~= nil then return 1 end
end
} )
mt_state = {
__index = function( t, k )
-- Simple rules for a resettable table.
-- If the information won't change (unless explicitly set), assign the value so it's more efficient when used multiple times.
-- If the information will change and is time-sensitive, just return the calculated value.
-- If something externally will set the value and it needs to persist, do not include in the reset table.
-- If it's possible that something will set a value during recommendations generation, the key should also be in the reset table so it'll get wiped for each new set of recommendations.
if class.stateExprs[ k ] then return class.stateExprs[ k ]()
-- Internal processing stuff.
elseif k == "display" then t[k] = "Primary"
elseif k == "latency" then t[k] = select( 4, GetNetStats() ) / 1000
elseif k == "resetting" then t[k] = false
elseif k == "scriptID" then t[k] = "NilScriptID"
elseif k == "whitelist" then return nil
elseif k == "cycle" then t[k] = false
-- Timings.
elseif k == "delay" then t[k] = 0
elseif k == "expected_combat_length" then
if not t.boss then t[k] = 3600 end
t[k] = t.longest_ttd + t.time -- + t.offset + t.delay
elseif k == "false_start" then return 0
elseif k == "fight_remains" or k == "interpolated_fight_remains" or k == "time_to_die" then
local n = t.longest_ttd
if not n then Hekili:Error( "longest_ttd was nil, GetGreatestTTD is " .. ( Hekili:GetGreatestTTD() or "nil" ) .. "." ) end
return max( 1, t.longest_ttd - ( t.offset + t.delay ) )
elseif k == "index" then t[k] = 0
elseif k == "longest_ttd" then t[k] = Hekili:GetGreatestTTD()
elseif k == "now" then t[k] = GetTime()
elseif k == "offset" then t[k] = 0
elseif k == "query_time" then return t.now + t.offset + t.delay
elseif k == "shortest_ttd" then t[k] = Hekili:GetLowestTTD()
elseif k == "time" then
-- Calculate time in combat.
local c, fs = t.combat, t.false_start
if c == 0 and fs == 0 then return 0 end
return t.query_time - max( c, fs )
elseif type(k) == "string" and k:sub(1, 12) == "time_to_pct_" then
local percent = tonumber( k:sub( 13 ) ) or 0
return Hekili:GetGreatestTimeToPct( percent ) - ( t.offset + t.delay )
-- Current ability in question, or selected ability to compare to ability in question.
elseif k == "current_action" then return t.this_action
elseif k == "modified" then t[k] = false
elseif k == "selected_action" then return
elseif k == "selection" then return t.selection_time < 60
elseif k == "selection_time" then t[k] = 60
elseif k == "this_action" then t[k] = "wait"
-- Calculated from real event data.
elseif k == "aggro" then t[k] = ( UnitThreatSituation( "player" ) or 0 ) > 1
elseif k == "boss" then
t[k] = t.encounterID > 0 or UnitCanAttack( "player", "target" ) and ( UnitClassification( "target" ) == "worldboss" or UnitLevel( "target" ) == -1 )
elseif k == "encounter" then t[k] = t.encounterID > 0
elseif k == "group" then t[k] = t.group_members > 1
elseif k == "group_members" then t[k] = max( 1, GetNumGroupMembers() )
elseif k == "level" then t[k] = UnitEffectiveLevel("player") or MAX_PLAYER_LEVEL
elseif k == "mounted" or k == "is_mounted" then t[k] = IsMounted()
elseif k == "moving" then t[k] = ( GetUnitSpeed("player") > 0 )
elseif k == "raid" then t[k] = IsInRaid() and t.group_members > 5
elseif k == "solo" then t[k] = t.group_members == 1
elseif k == "tanking" then t[k] = t.role.tank and t.aggro
-- Enemy counting.
elseif k == "active_enemies" then
local n = t.true_active_enemies
if t.min_targets > 0 then n = max( t.min_targets, n ) end
if t.max_targets > 0 then n = min( t.max_targets, n ) end
t[k] = max( 1, n or 1 )
elseif k == "cycle_enemies" then
if not t.settings.cycle or t.active_enemies == 1 then return 1 end
local targets = t.true_active_enemies
local timeframe = t.delay + t.offset
local minTTD = timeframe + min( t.cycleInfo.minTTD or 10, t.settings.cycle_min )
local maxTTD = t.cycleInfo.maxTTD
if not t.HasCyclingDebuff() and t.settings.cycleDebuff then
-- See if the specialization has a default aura to use for cycling (i.e., Unholy using Festering Wound).
minTTD = max( minTTD, t.debuff[ t.settings.cycleDebuff ].duration / 2 )
end
targets = targets - Hekili:GetNumTTDsBefore( minTTD )
if maxTTD then
targets = targets - Hekili:GetNumTTDsAfter( maxTTD )
end
-- So the reason we're stuck here is that we may need "cycle_enemies" when we *aren't* cycling targets.
-- I.e., we would cycle Festering Strike (festering_wound) but if we've already dotted our valid adds, we'd hit Death and Decay.
-- testing: don't force minimum targets for cycling purposes, since they may objectively not exist.
-- if t.min_targets > 0 then targets = max( t.min_targets, targets ) end
-- cap cycle_targets if forced into single-target model.
if t.max_targets > 0 then targets = min( t.max_targets, targets ) end
-- if Hekili.ActiveDebug then Hekili:Debug( "cycle min:%.2f, max:%.2f, ae:%d, before:%d, after:%d, cycle_enemies:%d", minTTD or 0, maxTTD or 0, t.active_enemies, minTTD and Hekili:GetNumTTDsBefore( minTTD ) or 0, maxTTD and Hekili:GetNumTTDsAfter( maxTTD ) or 0, max( 1, targets ) ) end
return max( 1, targets )
elseif k == "desired_targets" then t[k] = 1
elseif k == "max_targets" then t[k] = 0
elseif k == "min_targets" then t[k] = 0
elseif k == "my_enemies" then
local n = t.true_my_enemies
if t.min_targets > 0 then n = max( t.min_targets, n ) end
if t.max_targets > 0 then n = min( t.max_targets, n ) end
t[k] = max( 1, n )
elseif k == "stationary_enemies" then
local n = t.true_stationary_enemies
if t.min_targets > 0 then n = max( t.min_targets, n ) end
if t.max_targets > 0 then n = min( t.max_targets, n ) end
t[k] = max( 1, n )
elseif k == "true_active_enemies" or k == "true_stationary_enemies" then
local n, s = ns.getNumberTargets()
t.true_active_enemies = max( 1, n or 1 )
t.true_stationary_enemies = max( 1, s or 1 )
elseif k == "true_my_enemies" then t[k] = max( 1, ns.numTargets() )
-- Stats (that refer to state.stat, generally)
elseif k == "crit" or k == "spell_crit" or k == "attack_crit" then return ( t.stat.crit / 100 )
elseif k == "haste" or k == "spell_haste" then return ( 1 / ( 1 + t.stat.spell_haste ) )
elseif k == "melee_haste" or k == "attack_haste" then return ( 1 / ( 1 + t.stat.melee_haste ) )
elseif k == "mastery_value" then return t.stat.mastery_value
-- ???; assume it's "durable" and don't expect it to get reset.
elseif k == "active" then return false
elseif k == "cast_target" then return "nobody"
elseif k == "miss_react" then return false
elseif k == "ranged" then return false
elseif k == "wait_for_gcd" then return false
-- Specialization State Expressions
elseif k == "effective_combo_points" then return 0
elseif k == "prowling" then return t.buff.prowl.up or ( t.buff.cat_form.up and t.buff.shadowform.up )
-- Durable stuff; should get manually set if/when needed.
-- Don't reset.
-- Channels.
elseif k == "channel" then
if t.buff.casting.down or t.buff.casting.v3 ~= 1 then return nil end
local chan = class.abilities[ t.buff.casting.v1 ]
if chan then return chan.key end
return tostring( t.buff.casting.v1 )
elseif k == "channel_breakable" then t[k] = false
elseif k == "channel_remains" then return t.buff.casting.up and t.buff.casting.v3 == 1 and t.buff.casting.remains or 0
elseif k == "channeling" then return t.buff.casting.up and t.buff.casting.v3 == 1
-- Workaround for Evoker resource (Essence)
elseif k == "essence" then return t.bfa_essence
-- Real incoming damage/healing information.
elseif type(k) == "string" and k:sub(1, 15) == "incoming_damage" then
local remains = k:sub(17)
local time = remains:match("^(%d+)[m]?s")
if not time then
return 0
-- Error("ERR: " .. remains )
end
time = tonumber( time )
if time > 100 then
t[k] = ns.damageInLast( time / 1000 )
else
t[k] = ns.damageInLast( min( 15, time ) )
end
return t[ k ]
elseif type(k) == "string" and k:sub(1, 17) == "incoming_physical" then
local remains = k:sub(19)
local time = remains:match("^(%d+)[m]?s")
if not time then
return 0
-- Error("ERR: " .. remains )
end
time = tonumber( time )
if time > 100 then
t[k] = ns.damageInLast( time / 1000, true )
else
t[k] = ns.damageInLast( min( 15, time ), true )
end
return t[ k ]
elseif type(k) == "string" and k:sub(1, 14) == "incoming_magic" then
local remains = k:sub(16)
local time = remains:match("^(%d+)[m]?s")
if not time then
return 0
-- Error("ERR: " .. remains )
end
time = tonumber( time )
if time > 100 then
t[k] = ns.damageInLast( time / 1000, false )
else
t[k] = ns.damageInLast( min( 15, time ), false )
end
return t[ k ]
elseif type(k) == "string" and k:sub(1, 13) == "incoming_heal" then
local remains = k:sub(15)
local time = remains:match("^(%d+)[m]?s")
if not time then
return 0
-- Error("ERR: " .. remains)
end
time = tonumber( time )
if time > 100 then
t[ k ] = ns.healingInLast( time / 1000 )
else
t[ k ] = ns.healingInLast( min( 15, time ) )
end
return t[ k ]
end
-- If we successfully calculated during the above, return it.
local value = rawget( t, k )
if value ~= nil then return value end
-- The next block are values that reference an ability.
local action = t.this_action
local model = t.action[ action ]
local ability = class.abilities[ action ]
local cooldown = t.cooldown[ action ]
if k == "action_cooldown" then return ability and ability.cooldown or 0
elseif k == "cast_delay" then return 0
elseif k == "cast_regen" then
local resType = class.primaryResource
local amount, resource
if ability then
amount, resource = ability.spend
if not resource and ability.spendType then
resource = ability.spendType
end
end
resType = resource or resType
local regen = t[ resType ].regen
if regen == 0.001 then regen = 0 end
if not amount then return t.gcd.execute * regen end
return ( max( t.gcd.execute, ability.cast or 0 ) * regen ) - ( ability.spend or 0 )
elseif k == "cast_time" then return ability and ability.cast or 0
elseif k == "charges" then return cooldown.charges
elseif k == "charges_fractional" then return cooldown.charges_fractional
elseif k == "charges_max" or k == "max_charges" then return ability and ability.charges or 1
elseif k == "cooldown_react" or k == "cooldown_up" then return cooldown.remains == 0
elseif k == "cost" then
if not ability then return 0 end
local c = ability.cost
if c then return c end
c = ability.spend
if c and c > 0 and c < 1 then
c = c * t[ ability.spendType or class.primaryResource ].modmax
end
return c or 0
elseif k == "crit_pct_current" or k == "crit_percent_current" then return ability and ability.critical or t.stat.crit
elseif k == "execute_remains" then
-- TODO: Check out if this is functioning as expected.
-- Should buff.casting already suffice for a cast? A queued cast should already trigger a casting buff.
return ( t:IsCasting( action ) and max( t:QueuedCastRemains( action ), t.gcd.remains ) ) or ( t.prev[1][ action ] and t.gcd.remains ) or 0
elseif k == "execute_time" then return max( t.gcd.execute, ability and ability.cast or 0 )
elseif k == "executing" then return t:IsCasting( action ) or ( t.prev[ 1 ][ action ] and t.gcd.remains > 0 )
elseif k == "full_recharge_time" or k == "time_to_max_charges" then return cooldown.full_recharge_time
elseif k == "hardcast" then return false -- will set to true if/when a spell is hardcast.
elseif k == "in_flight" then return model and model.in_flight or false
elseif k == "in_flight_remains" then return model and model.in_flight_remains or 0
elseif k == "in_range" then return model.in_range
elseif k == "recharge" then return cooldown.recharge
elseif k == "recharge_time" then return cooldown.recharge_time
elseif k == "travel_time" then
local f, v = ability.flightTime or 0, ability.velocity or 0
if f > 0 then return f end
if v == 0 then return 0 end
return t.target.maxR / v
end
--[[ None of the Abilities/Actions/Cooldowns block currently sets a value, so there's no need for this.
value = rawget( t, k )
if value ~= nil then return value end ]]
local aura_name = ability and ability.aura or t.this_action
local aura = aura_name and class.auras[ aura_name ]
local app = aura and ( ( t.buff[ aura_name ].up and t.buff[ aura_name ] ) or ( t.debuff[ aura_name ].up and t.debuff[ aura_name ] ) or t.buff[ aura_name ] )
if not app then
if ability and ability.startsCombat then
app = unknown_debuff
else
app = unknown_buff
end
end
if aura and class.knownAuraAttributes[ k ] then
-- Buffs, debuffs...
value = app and app[ k ]
if value ~= nil then return value end
-- This uses the default aura duration (if available) to keep pandemic windows accurate.
-- local duration = aura and aura.duration or 15
-- This allows for overridden tick times on a particular application of an aura (i.e., Exsanguinate).
-- local tick_time = app and app.tick_time or ( aura and aura.tick_time ) or ( 3 * t.haste )
if k == "up" or k == "ticking" then return false
elseif k == "down" then return true
elseif k == "duration" then return ( aura.duration or 15 )
elseif k == "refreshable" then return true
-- When cycling targets, we want to consider that there may be a valid other target.
-- if t.isCyclingTargets( action, aura_name ) then return true end
-- if app then return app.remains < 0.3 * ( aura.duration or 15 ) end
-- return true
elseif k == "remains" then return 0
-- if app then return app.remains end
-- return 0
elseif k == "tick_time" then return aura.tick_time or ( 3 * state.haste )
elseif k == "tick_time_remains" then return 0
elseif k == "ticks" then return ( aura.duration or 15 ) / ( aura.tick_time or ( 3 * haste ) )
elseif k == "ticks_remain" then return 0
elseif k == "time_to_refresh" then return 0 end
end
-- Check if this is a resource table pre-init.
for key in pairs( class.resources ) do
if key == k then
return nil
end
end
if t:GetVariableIDs( k ) then return t.variable[ k ] end
if t.settings[ k ] ~= nil then return t.settings[ k ] end
if t.toggle[ k ] ~= nil then return t.toggle[ k ] end
if k ~= "scriptID" then
Hekili:Error( "Returned unknown string '" .. k .. "' in state metatable [" .. t.scriptID .. "].\n\n" .. debugstack() )
end
end,
__newindex = function( t, k, v )
if v ~= nil and autoReset[ k ] then
Mark( t, k )
end
rawset( t, k, v )
end
}
SuperMark( state, autoReset )
end
ns.metatables.mt_state = mt_state
local mt_spec = {
__index = function(t, k)
return false
end
}
ns.metatables.mt_spec = mt_spec
local mt_stat = {
__index = function(t, k)
if k == "strength" then
t[k] = UnitStat( "player", 1 )
elseif k == "agility" then
t[k] = UnitStat( "player", 2 )
elseif k == "stamina" then
t[k] = UnitStat( "player", 3 )
elseif k == "intellect" then
t[k] = UnitStat( "player", 4 )
elseif k == "spirit" then
t[k] = UnitStat( "player", 5 )
elseif k == "health" then
return state.health and state.health.current or 50000
elseif k == "maximum_health" then
return state.health and state.health.max or 50000
elseif k == "health_pct" then
return state.health and state.health.pct or 100
elseif k == "mana" then
return state.mana and state.mana.current or 0
elseif k == "maximum_mana" then
return state.mana and state.mana.max or 0
elseif k == "rage" then
return state.rage and state.rage.current or 0
elseif k == "maximum_rage" then
return state.rage and state.rage.max or 0
elseif k == "energy" then
return state.energy and state.energy.current or 0
elseif k == "maximum_energy" then
return state.energy and state.energy.max or 0
elseif k == "focus" then
return state.focus and state.focus.current or 0
elseif k == "maximum_focus" then
return state.focus and state.focus.max or 0
elseif k == "runic" or k == "runic_power" then
return state.runic_power and state.runic_power.current or 0
elseif k == "maximum_runic" or k == "maximum_runic_power" then
return state.runic_power and state.runic_power.max or 0
elseif k == "spell_power" then
t[k] = GetSpellBonusDamage(7)
elseif k == "mp5" then
t[k] = state.mana and state.mana.regen or 0
elseif k == "attack_power" then
t[k] = UnitAttackPower("player") + UnitWeaponAttackPower("player")
elseif k == "crit_rating" then
t[k] = GetCombatRating(CR_CRIT_MELEE)
elseif k == "haste_rating" then
t[k] = GetCombatRating(CR_HASTE_MELEE)
elseif k == "weapon_dps" or k == "weapon_offhand_dps" then
local low, high, offlow, offhigh = UnitDamage( "player" )
t.weapon_dps = 0.5 * ( low + high )
t.weapon_offhand_dps = 0.5 * ( low + high )
elseif k == "weapon_speed" or k == "weapon_offhand_speed" then
local main, off = UnitAttackSpeed( "player" )
t.weapon_speed = main or 0
t.weapon_offhand_speed = off or 0
elseif k == "armor" or k == "bonus_armor" then
local _, eff, _, bonus = UnitArmor( "player" )
t.armor = eff or 0
t.bonus_armor = bonus or 0
elseif k == "resilience_rating" then
t[k] = GetCombatRating(CR_CRIT_TAKEN_SPELL)
elseif k == "mastery_rating" then
t[k] = GetCombatRating(CR_MASTERY)
elseif k == "mastery_value" then
t[k] = GetMasteryEffect() / 100
elseif k == "versatility_atk_rating" then
t[k] = GetCombatRating(CR_VERSATILITY_DAMAGE_DONE)
elseif k == "versatility_atk_mod" then
t[k] = GetCombatRatingBonus(CR_VERSATILITY_DAMAGE_DONE) / 100
elseif k == "versatility_def_rating" then
t[k] = GetCombatRating(CR_VERSATILITY_DAMAGE_TAKEN)
elseif k == "versatility_def_mod" then
t[k] = GetCombatRatingBonus(CR_VERSATILITY_DAMAGE_TAKEN) / 100
elseif k == "mod_haste_pct" then
t[k] = 0
elseif k == "spell_haste" then
t[k] = ( UnitSpellHaste( "player" ) + ( t.mod_haste_pct or 0 ) ) / 100
elseif k == "melee_haste" then
t[k] = ( GetMeleeHaste() + ( t.mod_haste_pct or 0 ) ) / 100
elseif k == "haste" then
t[k] = t.spell_haste or t.melee_haste
elseif k == "mod_crit_pct" then
t[k] = 0
elseif k == "crit" then
t[k] = ( max( GetCritChance(), GetSpellCritChance( "player" ), GetRangedCritChance() ) + ( t.mod_crit_pct or 0 ) )
end
return rawget( t, k )
end,
__newindex = function( t, k, v )
if v == nil then return end
Mark( t, k )
rawset( t, k, v )
end
}
ns.metatables.mt_stat = mt_stat
-- Table of pet data.
local mt_default_pet, mt_pets
do
local autoReset = {
expires = 1,
summonTime = 1,
id = 1,
spec = 1,
}
-- Table of default handlers for specific pets/totems.
mt_default_pet = {
__index = function( t, k )
if k == "expires" then
local totemIcon = rawget( t, "icon" )
if totemIcon then
-- This is actually a totem; check them.
local present, name, start, duration
for i = 1, 5 do
present, name, start, duration, icon = GetTotemInfo( i )
if duration == 0 then duration = 3600 end
if present and ( icon == totemIcon or class.abilities[ name ] and t.key == class.abilities[ name ].key ) then
t.expires = start + duration
return t.expires
end
end
t.expires = 0
return t.expires
end
local petSpell = rawget( t, "spell" )
petSpell = petSpell and state.action[ petSpell ]
if petSpell then
-- We have to track by time since cast.
local lastCast = petSpell.lastCast
local duration = t.duration
if type( duration ) == 'function' then duration = duration() end
local expires = lastCast + duration
if expires > state.query_time then
t.expires = expires
return expires
end
end
local petGUID = UnitGUID( "pet" )
if petGUID and t.id == tonumber( petGUID:match( "%-(%d+)%-[0-9A-F]+$" ) ) then
t.expires = state.query_time + 3600
return t.expires
end
t.expires = 0
return 0
elseif k == "remains" then
return max( 0, t.expires - ( state.query_time ) )
elseif k == "up" or k == "active" or k == "alive" or k == "exists" then
return ( t.expires >= ( state.query_time ) )
elseif k == "down" then
return ( t.expires < ( state.query_time ) )
elseif k == "id" then
local id = t.model and t.model.id
if type( id ) == "function" then id = id() end
return id
elseif k == "spec" then
return t.exists and GetSpecialization( false, true )
elseif k == "key" then
for pet, v in pairs( state.pet ) do
if type( v ) == "table" and t == v then
t.key = pet
end
return pet
end
end
end,
__newindex = function( t, k, v )
if v == nil then return end
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_default_pet = mt_default_pet
local petAutoReset = setmetatable( {
real_pet = 1,
up = 1,
exists = 1,
active = 1,
alive = 1,
dead = 1,
health_pct = 1,
health_percent = 1,
}, {
__index = function( t, k, v )
if v == nil then return end
if type( v ) == "boolean" then Mark( t, k ) end
rawset( t, k, v )
end
} )
mt_pets = {
__index = function( t, k )
if not rawget( t, "real_pet" ) then
local key
local petID = UnitGUID( "pet" )
if petID then
petID = tonumber( petID:match( "%-(%d+)%-[0-9A-F]+$" ) )
local model = class.pets[ petID ]
if model then
key = model.token
local spell = model.spell
local ability = spell and class.abilities[ spell ]
local lastCast = ability and ability.lastCast or 0
local duration = model.duration and ( type( model.duration ) == "function" and model.duration() or model.duration ) or 3600
if lastCast > 0 and duration < 3600 then
summonPet( key, lastCast + duration - state.now )
else
summonPet( key )
end
end
end
t.real_pet = key or "fake_pet"
end
if k == "up" or k == "exists" or k == "active" then
for k, v in pairs( t ) do
if type(v) == "table" then
if v.expires > state.query_time then return true end
end
end
return UnitExists( "pet" ) and ( not UnitIsDead( "pet" ) )
elseif k == "alive" then
return UnitExists( "pet" ) and not UnitIsDead( "pet" ) and UnitHealth( "pet" ) > 0
elseif k == "dead" then
return UnitExists( "pet" ) and UnitIsDead( "pet" )
elseif k == "health_pct" or k == "health_percent" then
if t.alive then return 100 * UnitHealth( "pet" ) / UnitHealthMax( "pet" ) end
return 100
end
local model = class.pets[ k ]
if model then
t[ k ] = {
name = k,
spell = model.spell,
duration = model.duration,
expires = nil,
spec = model.spec,
model = model
}
if model.spec then
t[ model.spec ] = t[ k ]
end
return t[ k ]
end
local ttm = class.totems[ k ]
if ttm then
t[ k ] = {
key = k,
icon = ttm
}
return t[ k ]
end
return t.fake_pet
end,
__newindex = function(t, k, v)
if type(v) == "table" then
if not v.key then v.key = k end
rawset( t, k, setmetatable( v, mt_default_pet ) )
return
end
if v == nil then return end
if petAutoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_pets = mt_pets
end
-- TODO: This may require revision, since other code might change buffs w/o changing stance.
local mt_stances = {
__index = function( t, k )
if not class.stances[ k ] or not GetShapeshiftForm() then return false
elseif GetShapeshiftForm() < 1 then return false
elseif not select( 5, GetShapeshiftFormInfo( GetShapeshiftForm() ) ) == class.stances[k] then return false end
rawset(t, k, select( 5, GetShapeshiftFormInfo( GetShapeshiftForm() ) ) == class.stances[k] )
return t [ k]
end,
__newindex = function( t, k, v )
if v == nil then return end
Mark( t, k )
rawset( t, k, v )
end,
}
ns.metatables.mt_stances = mt_stances
-- Table of supported toggles (via keybinding).
-- Need to add a commandline interface for these, but for some reason, I keep neglecting that.
local mt_toggle = {
__index = function( t, k )
if not k then return end
local db = Hekili.DB
if not db then return end
local toggle = db.profile.toggles[ k ]
if k == "cooldowns" and ( toggle.override and state.buff.bloodlust.up or toggle.infusion and state.buff.power_infusion.up ) then return true end
if k == "essences" and toggle.override and state.toggle.cooldowns then return true end
if k == "potions" and toggle.override and state.toggle.cooldowns then return true end
if toggle then return toggle.value end
end
}
ns.metatables.mt_toggle = mt_toggle
local mt_settings = {
__index = function( t, k )
local ability = state.this_action and class.abilities[ state.this_action ]
if rawget( t, "spec" ) then
if t.spec.settings[ k ] ~= nil then return t.spec.settings[ k ] end
if t.spec[ k ] ~= nil then return t.spec[ k ] end
if ability then
if ability.item and t.spec.items[ state.this_action ] ~= nil then return t.spec.items[ state.this_action ][ k ]
elseif not ability.item and t.spec.abilities[ state.this_action ] ~= nil then return t.spec.abilities[ state.this_action ][ k ] end
end
end
return
end
}
ns.metatables.mt_settings = mt_settings
-- Table of target attributes. Needs to be expanded.
-- Needs review.
local mt_target
do
local autoReset = setmetatable( {
distance = 1,
in_range = 1,
maxR = 1,
minR = 1,
outside = 1,
range = 1,
within = 1,
adds = 1,
casting = 1,
class = 1,
exists = 1,
health_current = 1,
health_max = 1,
health_pct = 1,
is_add = 1,
is_boss = 1,
is_dead = 1,
is_demon = 1,
is_friendly = 1,
is_in_party = 1,
is_in_raid = 1,
is_player = 1,
is_undead = 1,
level = 1,
moving = 1,
real_ttd = 1,
time_to_die = 1,
unit = 1,
}, {
__index = function( t, k )
local expr, value = k:match( "^(.+)_?(%d+)$" )
if expr and value then
if expr == "time_to_pct" then return 1 end
if expr == "within" then return 1 end
end
local value2
expr, value, value2 = k:match( "^(.+)(%d+)to(%d+)$" )
if expr and value and value2 then
if expr == "range" then return 1 end
end
end
} )
local PvpDummies = ns.PvpDummies
mt_target = {
__index = function( t, k )
if k == "distance" then t[k] = UnitCanAttack( "player", "target" ) and ( ( t.minR + t.maxR ) / 2 ) or 7.5
elseif k == "in_range" then return t.distance <= 8
elseif k == "minR" or k == "maxR" then
local minR, maxR = RC:GetRange( "target" )
t.minR = minR or 5
t.maxR = maxR or 10
elseif k:sub(1, 7) == "outside" then
local minR = k:match( "^outside([0-9.]+)$" )
if not minR then return false end
return ( t.minR > tonumber( minR ) )
elseif k:sub(1, 6) == "within" then
local maxR = k:match( "^within([0-9.]+)$" )
if not maxR then return false end
return ( t.maxR <= tonumber( maxR ) )
elseif k:sub(1, 5) == "range" then
local minR, maxR = k:match( "^range([0-9.]+)to([0-9.]+)$" )
if not minR or not maxR then return false end
return ( t.minR >= tonumber( minR ) and t.maxR <= tonumber( maxR ) )
elseif k == "adds" then t[k] = state.active_enemies - 1
elseif k == "casting" then return state.debuff.casting.up and not state.debuff.casting.v2
elseif k == "class" then
if not t.exists then t[k] = "virtual"
elseif not t.is_player then t[k] = "npc"
else
local c = UnitClassBase( "target" )
if c then t[k] = strlower( c )
else t[k] = "unknown" end
end
elseif k == "exists" then t[k] = UnitExists( "target" )
elseif k == "health_current" then return t.health.current
elseif k == "health_max" then return t.health.max
elseif k == "health_pct" or k == "health_percent" then return t.health.percent
elseif k == "has_vehicle_ui" then t[k] = UnitInVehicle( "target" )
elseif k == "is_add" then t[k] = not t.is_boss
elseif k == "is_boss" then
if UnitExists( "boss1" ) and UnitIsUnit( "target", "boss1" ) or
UnitExists( "boss2" ) and UnitIsUnit( "target", "boss2" ) or
UnitExists( "boss3" ) and UnitIsUnit( "target", "boss3" ) or
UnitExists( "boss4" ) and UnitIsUnit( "target", "boss4" ) or
UnitExists( "boss5" ) and UnitIsUnit( "target", "boss5" ) then t[k] = true
else
t[k] = ( UnitCanAttack( "player", "target" ) and ( UnitClassification( "target" ) == "worldboss" or UnitLevel( "target" ) == -1 ) )
end
elseif k == "is_dead" then t[k] = UnitIsDeadOrGhost("target")
elseif k == "is_demon" then t[k] = UnitCreatureType( "target" ) == PET_TYPE_DEMON
elseif k == "is_friendly" then t[k] = UnitCanAssist( "player", "target" )
elseif k == "is_in_party" then t[k] = UnitInParty( "target" )
elseif k == "is_in_raid" then t[k] = UnitInRaid( "target" ) ~= nil
elseif k == "is_player" then
local isPlayer = UnitIsPlayer( "target" )
if not isPlayer then isPlayer = PvpDummies[ t.npcid ] end
t[k] = isPlayer -- Enables proper treatment of Absolute Corruption and similar modified-in-PvP effects.
elseif k == "is_undead" then t[k] = UnitCreatureType( "target" ) == BATTLE_PET_NAME_4
elseif k == "level" then t[k] = UnitLevel( "target" ) or UnitLevel( "player" ) or MAX_PLAYER_LEVEL
elseif k == "moving" then t[k] = GetUnitSpeed( "target" ) > 0
elseif k == "real_ttd" then t[k] = Hekili:GetTTD( "target" )
elseif k == "time_to_die" then
local ttd = t.real_ttd
if ttd == 3600 then t[k] = ttd
else return max( 1, t.real_ttd - ( state.offset + state.delay ) ) end
elseif k:sub(1, 12) == "time_to_pct_" then
local percent = tonumber( k:sub( 13 ) ) or 0
return Hekili:GetTimeToPct( "target", percent ) - ( state.offset + state.delay )
elseif k == "unit" then
if state.args.cycle_target == 1 then return UnitGUID( "target" ) .. "c" or "cycle"
elseif state.args.target then return ( UnitGUID( "target" ) .. '+' .. state.args.target ) or "unknown" end
return UnitGUID( "target" ) or "unknown"
elseif k == "npcid" then
if UnitExists( "target" ) then
local id = UnitGUID( "target" )
id = id and id:match( "(%d+)-%x-$" )
id = id and tonumber( id )
return id or -1
end
return -1
end
return rawget( t, k )
end,
__newindex = function( t, k, v )
if v == nil then return end
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_target = mt_target
end
local mt_target_health
do
local autoReset = {
actual = 1,
current = 1,
max = 1,
pct = 1,
percent = 1,
}
mt_target_health = {
__index = function(t, k)
if k == "current" or k == "actual" then
return UnitCanAttack("player", "target") and not UnitIsDead( "target" ) and UnitHealth("target") or 100000
elseif k == "max" then
return UnitCanAttack("player", "target") and not UnitIsDead( "target" ) and UnitHealthMax("target") or 100000
elseif k == "pct" or k == "percent" then
return t.max ~= 0 and ( 100 * t.current / t.max ) or 100
end
end,
__newindex = function( t, k, v )
if v == nil then return end
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_target_health = mt_target_health
end
local mt_consumable = {
__index = function( t, k )
return class.potion == k
end
}
setmetatable( state.consumable, mt_consumable )
local mt_default_cooldown
local mt_cooldowns
do
local autoReset = {
charge = 1,
duration = 1,
expires = 1,
next_charge = 1,
recharge_began = 1,
true_expires = 1,
true_remains = 1,
}
-- Table of default handlers for specific ability cooldowns.
mt_default_cooldown = {
__index = function( t, k )
local ability = rawget( t, "key" ) and class.abilities[ t.key ] or class.abilities.null_cooldown
local GetCooldown = _G.GetSpellCooldown
local profile = Hekili.DB.profile
local id = ability.id
if ability then
if rawget( ability, "meta" ) and ability.meta[ k ] then
return ability.meta[ k ]( t )
end
if ability.funcs.cooldown_special then
GetCooldown = ability.funcs.cooldown_special
id = 999999
elseif ability.item then
GetCooldown = _G.GetItemCooldown
id = ability.itemCd or ability.item
end
end
local noFeignCD = rawget( profile.specs, state.spec.id )
noFeignCD = noFeignCD and noFeignCD.noFeignedCooldown
local raw = ( state.display ~= "Primary" and state.display ~= "AOE" ) or ( profile.toggles.cooldowns.value and profile.toggles.cooldowns.separate and noFeignCD )
if k:sub(1, 5) == "true_" then
k = k:sub(6)
raw = true
end
if k == "duration" or k == "expires" or k == "next_charge" or k == "charge" or k == "recharge_began" then
-- Refresh the ID in case we changed specs and ability is spec dependent.
t.id = ability.id
local start, duration = 0, 0
if id > 0 then
start, duration = GetCooldown( id )
local lossStart, lossDuration = GetSpellLossOfControlCooldown( id )
if lossStart + lossDuration > start + duration then
start = lossStart
duration = lossDuration
end
end
if t.key ~= "global_cooldown" then
local gcd = state.cooldown.global_cooldown
local gcdStart, gcdDuration = gcd.expires - gcd.duration, gcd.duration
if gcdStart == start and gcdDuration == duration then start, duration = 0, 0 end
end
local true_duration = duration
if t.key == "ascendance" and state.buff.ascendance.up then
start = state.buff.ascendance.expires - class.auras.ascendance.duration
duration = class.abilities[ "ascendance" ].cooldown
elseif t.key == "potion" then
local potion = class.abilities.potion.item
if state.toggle.potions and potion then
start, duration = GetItemCooldown( potion )
else
start = state.now
duration = 0
end
elseif state.empowerment.active and t.key == state.empowerment.spell then
start = 0
duration = 0
end
t.duration = max( duration or 0, ability.cooldown or 0, ability.recharge or 0 )
t.expires = start and ( start + duration ) or 0
t.true_duration = true_duration
t.true_expires = start and ( start + true_duration ) or 0
if ability.charges and ability.charges > 1 then
local charges, maxCharges, start, duration = GetSpellCharges( t.id )
--[[ if class.abilities[ t.key ].toggle and not state.toggle[ class.abilities[ t.key ].toggle ] then
charges = 1
maxCharges = 1
start = state.now
duration = 0
end ]]
if not duration then duration = max( ability.recharge or 0, ability.cooldown or 0 ) end
t.true_duration = duration
duration = max( duration, ability.recharge )
t.charge = charges or 1
t.duration = duration
t.recharge = duration
if charges and charges < maxCharges then
t.next_charge = start + duration
else
t.next_charge = 0
end
t.recharge_began = start or t.expires - t.duration
else
t.charge = t.expires < state.query_time and 1 or 0
t.next_charge = t.expires > state.query_time and t.expires or 0
t.recharge_began = t.expires - t.duration
end
return t[k]
elseif k == "charges" then
if not raw then
if ( state:IsDisabled( t.key ) or ability.disabled ) then return 0 end
if not state:IsKnown( t.key ) then return ability.charges or 1 end
end
return floor( t.charges_fractional )
elseif k == "charges_max" or k == "max_charges" then
return ability.charges or 1
elseif k == "recharge" then
return ability.recharge or ability.cooldown or 0
elseif k == "time_to_max_charges" or k == "full_recharge_time" then
if not raw then
if ( state:IsDisabled( t.key ) or ability.disabled ) then return ( ability.charges or 1 ) * t.duration end
if not state:IsKnown( t.key ) then return 0 end
end
return ( ( ability.charges or 1 ) - t.true_charges_fractional ) * max( ability.cooldown, t.true_duration )
elseif k == "remains" then
if t.key == "global_cooldown" then
return max( 0, t.expires - state.query_time )
end
-- If the ability is toggled off in the profile, we may want to fake its CD.
-- Revisit this if I add base_cooldown to the ability tables.
if not raw then
if ( state:IsDisabled( t.key ) or ability.disabled ) then return ability.cooldown end
if not state:IsKnown( t.key ) then return 0 end
end
local bonus_cdr = 0
bonus_cdr = ns.callHook( "cooldown_recovery", bonus_cdr ) or bonus_cdr
return max( 0, t.expires - state.query_time - bonus_cdr )
elseif k == "charges_fractional" then
if not raw then
if state:IsDisabled( t.key ) or ability.disabled then return 0 end
if not state:IsKnown( t.key ) then return ability.charges or 1 end
end
if ability.charges and ability.charges > 1 then
-- run this ad-hoc rather than with every advance.
while t.next_charge > 0 and t.next_charge < state.now + state.offset do
-- if class.abilities[ k ].charges and cd.next_charge > 0 and cd.next_charge < state.now + state.offset then
t.charge = t.charge + 1
if t.charge < ability.charges then
t.recharge_began = t.next_charge
t.next_charge = t.next_charge + ability.recharge
else
t.recharge_began = 0
t.next_charge = 0
end
end
if t.charge < ability.charges and t.recharge > 0 then
return min( ability.charges, t.charge + ( max( 0, state.query_time - t.recharge_began ) / t.recharge ) )
-- return t.charges + ( 1 - ( class.abilities[ t.key ].recharge - t.recharge_time ) / class.abilities[ t.key ].recharge )
end
return t.charge
end
return t.remains > 0 and ( 1 - ( t.remains / ability.cooldown ) ) or 1
elseif k == "recharge_time" then
if not ability.charges then return t.duration or 0 end
return t.recharge
elseif k == "ready" or k == "up" then
return ( ability.cooldown_ready == nil or ability.cooldown_ready ) and t.remains == 0
-- Hunters
elseif k == "remains_guess" or k == "remains_expected" then
local remains, duration = t.remains, t.duration
if remains == 0 or remains == duration then return remains end
local lastCast = state.action[ t.key ].lastCast or 0
if lastCast == 0 then return remains end
local reduction = ( state.query_time - lastCast ) / ( duration - remains )
return remains * reduction
elseif k == "duration_guess" or k == "duration_expected" then
local remains, duration = t.remains, t.duration
if remains == 0 or remains == duration then return duration end
-- not actually the same as simc here, which tracks when CDs charge.
local lastCast = state.action[ t.key ].lastCast or 0
if lastCast == 0 then return duration end
local reduction = ( state.query_time - lastCast ) / ( duration - remains )
return duration * reduction
end
Error( "UNK: cooldown." .. t.key .. "." .. k )
return
end,
__newindex = function( t, k, v )
if v == nil then return end
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_default_cooldown = mt_default_cooldown
-- Table for gathering cooldown information. Some abilities with odd behavior are getting embedded here.
-- Probably need a better system that I can keep in the class modules.
-- Needs review.
mt_cooldowns = {
-- The action doesn't exist in our table so check the real game state, -- and copy it so we don't have to use the API next time.
__index = function( t, k )
local entry = class.abilities[ k ]
if not entry then
-- Check if this is one of SimC's lovely itemname_spellid type tokens.
local shortkey = k:match( "^([a-z0-9_])_%d+$" )
if shortkey and class.abilities[ shortkey ] then
class.abilities[ k ] = class.abilities[ shortkey ]
entry = class.abilities[ k ]
else
if not rawget( t, "null_cooldown" ) then t.null_cooldown = { key = "null_cooldown", duration = 1 } end
return t.null_cooldown
end
end
if k ~= entry.key then
t[ k ] = t[ entry.key ]
return t[ k ]
end
t[ k ] = { key = k }
return t[ k ]
end,
__newindex = function(t, k, v)
rawset( t, k, setmetatable( v, mt_default_cooldown ) )
end
}
ns.metatables.mt_cooldowns = mt_cooldowns
end
local mt_dot = {
__index = function(t, k)
local a = class.auras[ k ]
if a and a.dot == "buff" then
return state.buff[ k ]
end
return state.debuff[ k ]
end,
}
ns.metatables.mt_dot = mt_dot
local mt_gcd = {
__index = function( t, k )
if k == "execute" then
local ability = state.this_action and class.abilities[ state.this_action ]
-- We can specify this for any ability, if we want.
if ability and ability.gcdTime then return ability.gcdTime end
local gcd = ( state.this_action == "wait" and "spell" ) or ( ability and ability.gcd or "spell" )
if gcd == "off" then return 0 end
if gcd == "totem" then return 1 end
if UnitPowerType( "player" ) == Enum.PowerType.Energy then
return state.buff.adrenaline_rush.up and 0.8 or 1
end
return max( 1.5 * state.haste, state.buff.voidform.up and 0.67 or 0.75 )
elseif k == "remains" then
return state.cooldown.global_cooldown.remains
elseif k == "expires" then
return state.cooldown.global_cooldown.expires
elseif k == "max" or k == "duration" then
if UnitPowerType( "player" ) == Enum.PowerType.Energy then
return state.buff.adrenaline_rush.up and 0.8 or 1
end
return max( 1.5 * state.haste, state.buff.voidform.up and 0.67 or 0.75 )
elseif k == "lastStart" then
return 0
end
return
end
}
ns.metatables.mt_gcd = mt_gcd
setmetatable( state.gcd, mt_gcd )
local mt_prev_lookup = {
__index = function( t, k )
local idx = t.index
local preds, prev
local action
if t.meta == "castsAll" then preds, prev = state.predictions , state.prev
elseif t.meta == "castsOn" then preds, prev = state.predictionsOn , state.prev_gcd
elseif t.meta == "castsOff" then preds, prev = state.predictionsOff, state.prev_off_gcd end
if k == "spell" then
-- Return the actual spell for the slot, for lookups.
if preds[ idx ] then return preds[ idx ] end
if state.player.queued_ability then
if idx == #preds + 1 then return state.player.queued_ability end
return prev.history[ idx - #preds + 1 ]
end
if idx == 1 and prev.override then
return prev.override
end
return prev.history[ idx - #preds ]
end
if preds[ idx ] then return preds[ idx ] == k end
if state.player.queued_ability then
if idx == #preds + 1 then return state.player.queued_ability == k end
return prev.history[ idx - #preds + 1 ] == k
end
if idx == 1 and prev.override then
return prev.override == k
end
if state.time == 0 then return false end
return prev.history[ idx - #preds ] == k
end,
}
local prev_lookup = setmetatable( {
index = 1,
meta = 'castsAll'
}, mt_prev_lookup )
local mt_prev
do
local autoReset = {
last = 1,
override = 1,
}
mt_prev = {
__index = function( t, k )
if type( k ) == "number" then
prev_lookup.meta = t.meta -- Which data to use? castsAll, castsOn (GCD), castsOff (offGCD)?
prev_lookup.index = k
return prev_lookup
elseif k == "last" then
if t.meta == "castAll" then t.last = state.player.lastcast
elseif t.meta == "castsOn" then t.last = state.player.lastgcd
elseif t.meta == "castsOff" then t.last = state.player.lastoffgcd end
return rawget( t, "last" )
end
if k == t.last then
return true
end
return false
end,
__newindex = function( t, k, v )
if v == nil then return end
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_prev = mt_prev
end
local resource_meta_functions = {}
function state:AddResourceMetaFunction( name, f )
resource_meta_functions[ name ] = f
end
function state:CombinedResourceRegen( t )
local regen = t.regen
if regen == 0.001 then regen = 0 end
local model = t.regenModel
if not model then return regen end
for _, source in pairs( model ) do
local value = type( source.value ) == "function" and source.value() or source.value
local interval = type( source.interval ) == "function" and source.interval() or source.interval
local aura = source.aura
if aura then
aura = source.debuff and state.debuff[ aura ] or state.buff[ aura ]
if aura.up then
regen = regen + ( value / interval )
end
end
end
return regen
end
function state:TimeToResource( t, amount )
if not amount or amount > t.max then return 3600
elseif t.current >= amount then return 0 end
local pad, lastTick = 0, nil
if t.resource == "energy" or t.resource == "focus" then
-- Round any result requiring ticks to the next tick.
lastTick = t.last_tick
end
local regen, slice = t.regen, nil
if regen == 0.001 then regen = 0 end
if t.forecast and t.fcount > 0 then
local q = state.query_time
if t.times[ amount ] then return t.times[ amount ] - q end
if regen == 0 then
for i = 1, t.fcount do
local v = t.forecast[ i ]
if v.v >= amount then
t.times[ amount ] = v.t
return max( 0, t.times[ amount ] - q )
end
end
t.times[ amount ] = q + 3600
return max( 0, t.times[ amount ] - q )
end
for i = 1, t.fcount do
slice = t.forecast[ i ]
local after = t.forecast[ i + 1 ]
if slice.v >= amount then
t.times[ amount ] = slice.t
if lastTick then
pad = ( slice.t - lastTick ) % 0.1
pad = 0.1 - pad
end
return max( 0, pad + t.times[ amount ] - q )
elseif after and after.v >= amount then
-- Our next slice will have enough resources. Check to see if we'd regen enough in-between.
local time_diff = after.t - slice.t
local deficit = amount - slice.v
local regen_time = deficit / regen
if lastTick then
pad = ( slice.t - lastTick ) % 0.1
pad = 0.1 - pad
end
if regen_time < time_diff then
t.times[ amount ] = ( pad + slice.t + regen_time )
else
t.times[ amount ] = after.t
end
return max( 0, t.times[ amount ] - q )
end
end
t.times[ amount ] = q + 3600
return max( 0, t.times[ amount ] - q )
end
-- This wasn't a modeled resource, just look at regen time.
if lastTick and slice then
pad = ( slice.t - lastTick ) % 0.1
pad = 0.1 - pad
end
if regen <= 0 then return 3600 end
return max( 0, pad + ( ( amount - t.current ) / regen ) )
end
local mt_resource = {
__index = function(t, k)
local meta = t.meta[ k ]
if meta ~= nil then
local result = meta( t )
if result ~= nil then
return result
end
end
if k == "pct" or k == "percent" then
return 100 * ( t.current / t.max )
elseif k == "deficit_pct" or k == "deficit_percent" then
return 100 - t.pct
elseif k == "current" then
local regen = t.regen
if regen == 0.001 then regen = 0 end
-- If this is a modeled resource, use our lookup system.
if t.forecast and t.fcount > 0 then
local q = state.query_time
local index, slice
if t.values[ q ] then return t.values[ q ] end
for i = 1, t.fcount do
local v = t.forecast[ i ]
if v.t <= q and v.v ~= nil then
index = i
slice = v
else
break
end
end
-- We have a slice.
if index and slice and slice.v then
t.values[ q ] = max( 0, min( t.max, slice.v + ( ( state.query_time - slice.t ) * regen ) ) )
return t.values[ q ]
end
end
-- No forecast.
if regen ~= 0 then
return max( 0, min( t.max, t.actual + ( regen * state.delay ) ) )
end
return t.actual
elseif k == "deficit" or k == "base_deficit" then
return t.max - t.current
elseif k == "max_nonproc" then
return t.max -- need to accommodate buffs that increase mana, etc.
elseif k == "time_to_max" or k == "base_time_to_max" then
return state:TimeToResource( t, t.max )
elseif k == "time_to_max_combined" then
if not state.spec.assassination then return t.time_to_max end
-- Assassination, April 2021
-- Using the same as time_to_max because our time_to_max uses modeled regen events...
return state:TimeToResource( t, t.max )
elseif k:sub(1, 8) == "time_to_" then
local amount = k:sub(9)
amount = tonumber(amount)
if not amount then return 3600 end
return state:TimeToResource( t, amount )
elseif k == "regen" then
return ( state.time > 0 and t.active_regen or t.inactive_regen ) or 0
elseif k == "regen_combined" then
local regen = t.regen
if regen == 0.001 then regen = 0 end
return max( regen, state:CombinedResourceRegen( t ) )
elseif k == "modmax" then
return t.max
elseif k == "model" then
return
elseif k == 'onAdvance' then
return
end
end
}
ns.metatables.mt_resource = mt_resource
local default_buff_values = {
name = "no_name",
count = 0,
lastCount = 0,
lastApplied = 0,
expires = 0,
applied = 0,
-- duration = 15,
caster = "nobody",
timeMod = 1,
v1 = 0,
v2 = 0,
v3 = 0,
last_application = 0,
last_expiry = 0,
unit = "player"
}
function state:AddBuffMetaFunction( aura, key, func )
local a = class.auras[ aura ]
if not a then return end
if not a.meta then a.meta = {} end
a.meta[ key ] = setfenv( func, self )
end
local requiresLookup = {
name = true,
count = true,
lastCount = true,
lastApplied = true,
expires = true,
applied = true,
caster = true,
id = true,
timeMod = true,
v1 = true,
v2 = true,
v3 = true,
last_application = true,
last_expiry = true,
unit = true
}
-- Table of default handlers for auras (buffs, debuffs).
-- Aliases let a single buff name refer to any of multiple buffs.
local mt_alias_buff
local mt_default_buff
local mt_buffs
do
local autoReset = setmetatable( {
applied = 1,
caster = 1,
count = 1,
-- duration = 1,
expires = 1,
last_application = 1,
last_expiry = 1,
lastApplied = 1,
lastCount = 1,
name = 1,
timeMod = 1,
unit = 1,
v1 = 1,
v2 = 1,
v3 = 1,
}, {
__index = function( t, k )
if class.knownAuraAttributes[ k ] ~= nil then return 1 end
end,
} )
-- Developed mainly for RtB; it will also report "stack" or "count" as the sum of stacks of multiple buffs.
mt_alias_buff = {
__index = function( t, k )
local aura = class.auras[ t.key ]
local type = aura.aliasType or "buff"
if aura.meta and aura.meta[ k ] then return aura.meta[ k ]() end
if k == "count" or k == "stack" or k == "stacks" then
local n = 0
if type == "any" then
for i, child in ipairs( aura.alias ) do
if state.buff[ child ].up then n = n + max( 1, state.buff[ child ].stack ) end
if state.debuff[ child ].up then n = n + max( 1, state.debuff[ child ].stack ) end
end
else
for i, child in ipairs( aura.alias ) do
if state[ type ][ child ].up then n = n + max( 1, state[ type ][ child ].stack ) end
end
end
return n
end
local alias
local mode = aura.aliasMode or "first"
for i, v in ipairs( aura.alias ) do
local child
if type == "any" then
child = state.debuff[ v ].up and state.debuff[ v ] or state.buff[ v ]
else
child = state[ type ][ v ]
end
if not alias and mode == "first" and child.up then return child[ k ] end
if child.up then
if mode == "shortest" and ( not alias or child.remains < alias.remains ) then alias = child
elseif mode == "longest" and ( not alias or child.remains > alias.remains ) then alias = child end
end
end
if type == "any" then type = "buff" end
if alias then return alias[ k ]
else return state[ type ][ aura.alias[1] ][ k ] end
end,
__newindex = function( t, k, v )
if v == nil then return end
class.knownAuraAttributes[ k ] = true
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_alias_buff = mt_alias_buff
mt_default_buff = {
mtID = "default_buff",
__index = function( t, k )
local aura = class.auras[ t.key ]
if aura and aura.hidden then
-- Hidden auras might be detectable with FindPlayerAuraByID.
local name, _, count, _, duration, expires, caster, _, _, spellID, _, _, _, _, timeMod, v1, v2, v3 = FindPlayerAuraByID( aura.id )
if name then
local buff = auras.player.buff[ t.key ] or {}
buff.key = t.key
buff.id = spellID
buff.name = name
buff.count = count > 0 and count or 1
-- buff.duration = duration
buff.expires = expires
buff.caster = caster
buff.applied = expires - duration
buff.caster = caster
buff.timeMod = timeMod
buff.v1 = v1
buff.v2 = v2
buff.v3 = v3
buff.last_application = buff.last_application or 0
buff.last_expiry = buff.last_expiry or 0
buff.unit = "player"
auras.player.buff[ t.key ] = buff
end
end
if aura and rawget( aura, "meta" ) and aura.meta[ k ] then
if not t.metastack[ k ] then
t.metastack[ k ] = true
local value = aura.meta[ k ]( t, "buff" )
t.metastack[ k ] = nil
if value ~= nil then return value end
end
end
if requiresLookup[ k ] then
if aura and aura.generate then
for attr, a_val in pairs( default_buff_values ) do
t[ attr ] = rawget( t, attr ) or rawget( aura, attr ) or a_val
end
aura.generate( t, "buff" )
t.id = aura and aura.id or t.key
return rawget( t, k )
end
local real = auras.player.buff[ t.key ] or auras.target.buff[ t.key ]
if real then
t.name = real.name
t.count = real.count
t.lastCount = real.lastCount or 0
t.lastApplied = real.lastApplied or 0
-- t.duration = real.duration
t.expires = real.expires
t.applied = real.applied
t.caster = real.caster
t.id = real.id or class.auras[ t.key ].id
t.timeMod = real.timeMod
t.v1 = real.v1
t.v2 = real.v2
t.v3 = real.v3
t.last_application = real.last_application or 0
t.last_expiry = real.last_expiry or 0
t.unit = real.unit
else
local meta = aura and rawget( aura, "meta" )
for attr, a_val in pairs( default_buff_values ) do
if not meta or not meta[ attr ] then
t[ attr ] = aura and aura[ attr ] or a_val
end
end
t.id = rawget( t, id ) or ( aura and aura.id ) or t.key
end
return rawget( t, k )
elseif k == "up" or k == "ticking" then
return t.remains > 0
elseif k == "down" then
return t.remains == 0
elseif k == "remains" then
-- if state.IsCycling( t.key ) then return 0 end
return t.applied <= state.query_time and max( 0, t.expires - state.query_time ) or 0
elseif k == "duration" then
return aura.duration or ( t.remains > 0 and t.expires - t.applied ) or 15
elseif k == "refreshable" then
local tr = t.remains
return tr == 0 or tr < ( 0.3 * ( aura.duration or 30 ) )
elseif k == "time_to_refresh" then
local remains = t.remains
if remains == 0 then return 0 end
return max( 0, 0.01 + remains - ( 0.3 * ( aura.duration or 30 ) ) )
elseif k == "cooldown_remains" then
return state.cooldown[ t.key ] and state.cooldown[ t.key ].remains or 0
elseif k == "react" or k == "stack" or k == "stacks" then
if t.remains == 0 then return 0 end
return t.count
elseif k == "max_stack" or k == "max_stacks" then
return max( t.stacks, aura and aura.max_stack or 1 )
elseif k == "mine" then
return t.caster == "player"
elseif k == "v1" then
return 0
elseif k == "v2" then
return 0
elseif k == "v3" then
return 0
elseif k == "value" then
if t.remains == 0 then return 0 end
return t.v1 or 0
elseif k == "stack_value" then
if t.remains == 0 then return 0 end
return t.value * t.stack
elseif k == "stack_pct" then
if t.remains == 0 then return 0 end
return ( 100 * t.stack / t.max_stack )
elseif k == "ticks" then
if t.remains == 0 then return 0 end
-- if t.applied <= state.query_time and state.query_time < t.expires then return t.duration / t.tick_time - t.ticks_remain end
-- if t.up then return 1 + ( ( class.auras[ t.key ].duration or ( 30 * state.haste ) ) / ( class.auras[ t.key ].tick_time or ( 3 * t.haste ) ) ) - t.ticks_remain end
return t.duration / t.tick_time - t.ticks_remain
elseif k == "tick_time" then
if t.remains == 0 then return 0 end
return aura and aura.tick_time or ( 3 * state.haste ) -- Default tick time will be 3 because why not?
elseif k == "ticks_remain" then
if t.remains == 0 then return 0 end
return t.remains / t.tick_time
elseif k == "tick_time_remains" then
if t.remains == 0 then return 0 end
if t.applied <= state.query_time and state.query_time < t.expires then
if not aura.tick_time then return t.remains end
return aura.tick_time - ( ( query_time - t.applied ) % aura.tick_time )
end
return 0
elseif k == "last_trigger" then
if state.combat > 0 then return max( 0, t.last_application - state.combat ) end
return 0
elseif k == "last_expire" then
if state.combat > 0 and t.last_expiry < state.query_time then return max( 0, t.last_expiry - state.combat ) end
return 0
else
if class.auras[ t.key ] and class.auras[ t.key ][ k ] ~= nil then
return class.auras[ t.key ][ k ]
end
end
Error( "UNK: buff." .. t.key .. "." .. k .. "\n\n" .. debugstack() )
end,
__newindex = function( t, k, v )
if v == nil then return end
class.knownAuraAttributes[ k ] = true
-- Prevent a fixed value from being entered if it is calculated by a meta function.
-- 20220828: This was bugged, and fixing it might cause new bugs. Watch carefully.
--[[ if t.meta and t.meta[ k ] then
return
end ]]
if autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_default_buff = mt_default_buff
unknown_buff = setmetatable( {
key = "unknown_buff",
name = "No Name",
count = 0,
lastCount = 0,
lastApplied = 0,
-- duration = 30,
expires = 0,
applied = 0,
caster = "nobody",
timeMod = 1,
v1 = 0,
v2 = 0,
v3 = 0,
unit = "player"
}, mt_default_buff )
-- This will currently accept any key and make an honest effort to find the buff on the player.
-- Unfortunately, that means a buff.dog_farts.up check will actually get a return value.
local buffs_warned = {}
-- Fullscan definitely needs revamping, but it works for now.
mt_buffs = {
-- The aura doesn't exist in our table so check the real game state, -- and copy it so we don't have to use the API next time.
__index = function( t, k )
if k == "__scanned" then
return false
end
local aura = class.auras[ k ]
if not aura then
if Hekili.PLAYER_ENTERING_WORLD and not buffs_warned[ k ] then
Hekili:Error( "Unknown buff in [" .. state.scriptID .. "]: " .. k .. "\n\n" .. debugstack() )
buffs_warned[ k ] = true
end
return unknown_buff
end
if k ~= aura.key then
t[ aura.key ] = rawget( t, aura.key ) or {
key = aura.key,
name = aura.name
}
t[ k ] = t[ aura.key ]
else
t[k] = {
key = aura.key,
name = aura.name
}
end
if aura.generate then
for attr, a_val in pairs( default_buff_values ) do
t[ k ][ attr ] = rawget( t[ k ], attr ) or a_val
end
aura.generate( t[ k ], "buff" )
return t[ k ]
end
local real = auras.player.buff[ k ] or auras.target.buff[ k ]
local buff = t[k]
if real then
buff.name = real.name
buff.count = real.count
buff.lastCount = real.lastCount or 0
buff.lastApplied = real.lastApplied or 0
-- buff.duration = real.duration
buff.expires = real.expires
buff.applied = real.applied
buff.caster = real.caster
buff.id = real.id
buff.timeMod = real.timeMod
buff.v1 = real.v1
buff.v2 = real.v2
buff.v3 = real.v3
buff.unit = real.unit
end
return t[ k ]
end,
__newindex = function( t, k, v )
local aura = class.auras[ k ]
if aura then
aura.used = true
if aura.meta then rawset( v, "metastack", {} ) end
if aura.alias then
rawset( t, k, setmetatable( v, mt_alias_buff ) )
return
end
end
rawset( t, k, setmetatable( v, mt_default_buff ) )
end
}
ns.metatables.mt_buffs = mt_buffs
end
local mt_default_talent = {
__index = function( t, k )
if k == "i_enabled" or k == "rank" then return t.enabled and 1 or 0 end
return k
end,
}
ns.metatables.mt_default_talent = mt_default_talent
local null_talent = setmetatable( {
enabled = false,
}, mt_default_talent )
ns.metatables.null_talent = null_talent
local mt_talents = {
__index = function( t, k )
return ( null_talent )
end,
__newindex = function( t, k, v )
if type( v ) == "table" then
rawset( t, k, setmetatable( v, mt_default_talent ) )
return
end
rawset( t, k, v )
end,
}
ns.metatables.mt_talents = mt_talents
local function IslandPvP()
local _, instanceType, difficulty = GetInstanceInfo()
return instanceType == "scenario" and difficulty == 45
end
local mt_default_pvptalent = {
__index = function( t, k )
local enlisted = state.bg or state.arena or state.buff.enlisted.up or IslandPvP()
if k == "enabled" then return enlisted and rawget( t, "_enabled" ) or false
elseif k == "_enabled" then return false
elseif k == "i_enabled" or k == "rank" then return enlisted and rawget( t, "_enabled" ) and 1 or 0 end
return k
end,
}
local null_pvptalent = setmetatable( {
_enabled = false
}, mt_default_pvptalent )
local mt_pvptalents = {
__index = function( t, k )
return null_pvptalent
end,
__newindex = function( t, k, v )
rawset( t, k, setmetatable( v, mt_default_pvptalent ) )
end,
}
do
local mt_default_gen_trait = {
__index = function( t, k )
if k == "enabled" or k == "minor" or k == "equipped" then
return t.rank and t.rank > 0
elseif k == "time_value" then
local mod = t.mod
if mod >= 1000 or mod <= -1000 then
return mod / 1000
end
return mod
elseif k == "disabled" then
return not t.rank or t.rank == 0
end
end
}
ns.metatables.mt_default_gen_trait = mt_default_gen_trait
local mt_generic_traits = {
__index = function( t, k )
return t.no_trait
end,
__newindex = function( t, k, v )
rawset( t, k, setmetatable( v, mt_default_gen_trait ) )
return t[ k ]
end
}
ns.metatables.mt_generic_traits = mt_generic_traits
setmetatable( state.legendary, mt_generic_traits )
state.legendary.no_trait = { rank = 0 }
-- Azerite and Essences.
local mt_default_trait = {
__index = function( t, k )
if not state.azerite.active then
if k == "enabled" or k == "equipped" or k == "major" or k == "minor" then
return false
elseif k == "disabled" then
return true
end
return 0
end
if k == "enabled" or k == "equipped" then
return t.__rank and t.__rank > 0
elseif k == "disabled" then
return not t.__rank or t.__rank == 0
elseif k == "rank" then
return t.__rank or 0
elseif k == "major" then
return t.__major or false
elseif k == "minor" then
return t.__minor or false
end
end
}
local HEART_OF_AZEROTH_ITEM_ID = 158075
local mt_artifact_traits = {
__index = function( t, k )
if k == "active" then
local neck = GetInventoryItemID( "player", INVSLOT_NECK )
if not neck or neck ~= HEART_OF_AZEROTH_ITEM_ID then
rawset( t, "active", false )
return false
end
local item = C_AzeriteItem.FindActiveAzeriteItem()
rawset( t, "active", item and item:IsEquipmentSlot() and C_AzeriteItem.IsAzeriteItemEnabled( item ) )
return t.active
end
return t.no_trait
end,
__newindex = function( t, k, v )
if v ~= nil then rawset( t, k, setmetatable( v, mt_default_trait ) ) end
end
}
ns.metatables.mt_artifact_traits = mt_artifact_traits
setmetatable( state.azerite, mt_artifact_traits )
state.azerite.no_trait = { rank = 0 }
state.artifact = state.azerite
setmetatable( state.essence, ns.metatables.mt_artifact_traits )
state.essence.no_trait = { rank = 0, major = false, minor = false }
-- DF: essence.X will be used for Evoker resources.
-- The state metatable will redirect essence -> bfa_essence for non-Evokers.
state.bfa_essence = state.essence
rawset( state, "essence", nil )
end
do
local db = scripts.DB
-- Args table, make it nicer.
setmetatable( state.args, {
__index = function( t, k )
-- No script selected.
if not state.scriptID then return end
local script = db[ state.scriptID ]
-- No script by that name.
if not script then return end
-- Script has no modifiers.
if not script.Modifiers then return end
local mod = script.Modifiers[ k ]
if mod then
local s, val = pcall( mod )
if s then return val end
end
end,
} )
end
-- Table for counting active dots.
local mt_active_dot = {
__index = function(t, k)
local aura = class.auras[ k ]
if aura then
if rawget( t, aura.key ) then return t[ aura.key ] end
t[ k ] = ns.numDebuffs( aura.id )
return t[ k ]
else
return 0
end
end,
__newindex = function( t, k, v )
if v == nil then return end
Mark( t, k )
rawset( t, k, v )
end
}
ns.metatables.mt_active_dot = mt_active_dot
-- Table of default handlers for a totem. Under-implemented at the moment.
-- Needs review.
local mt_default_totem = {
__index = function(t, k)
if k == "expires" then
local _, name, start, duration = GetTotemInfo( t.totem )
t.name = name
t.expires = ( start or 0 ) + ( duration or 0 )
return t[ k ]
elseif k == "up" or k == "active" or k == "alive" then
return ( t.expires > ( state.query_time ) )
elseif k == "remains" then
if t.expires > ( state.query_time ) then
return ( t.expires - ( state.query_time ) )
else
return 0
end
end
Error( "UNK: totem." .. name or "no_name" .. "." .. k )
end,
__newindex = function( t, k, v )
if v == nil then return end
Mark( t, k )
rawset( t, k, v )
end
}
Hekili.mt_default_totem = mt_default_totem
-- Table of totems. Currently Shaman-centric.
-- Needs review.
local mt_totem = {
__index = function(t, k)
if k == "fire" then
local _, name, start, duration = GetTotemInfo(1)
t[k] = {
key = k, totem = 1, name = name, expires = (start + duration) or 0, }
return t[k]
elseif k == "earth" then
local _, name, start, duration = GetTotemInfo(2)
t[k] = {
key = k, totem = 2, name = name, expires = (start + duration) or 0, }
return t[k]
elseif k == "water" then
local _, name, start, duration = GetTotemInfo(3)
t[k] = {
key = k, totem = 3, name = name, expires = (start + duration) or 0, }
return t[k]
elseif k == "air" then
local _, name, start, duration = GetTotemInfo(4)
t[k] = {
key = k, totem = 4, name = name, expires = (start + duration) or 0, }
return t[k]
end
if state.pet[ k ] ~= nil then return state.pet[ k ] end
Error( "UNK: totem." .. k )
end,
__newindex = function( t, k, v )
rawset( t, k, setmetatable( v, mt_default_totem ) )
end
}
ns.metatables.mt_totem = mt_totem
do
local db = {}
local cache = {}
local pathState = {}
state.varDB = db
-- state.varCache = cache
state.varPaths = pathState
local entryPool = {}
function state:RegisterVariable( key, scriptID, list, preconditions )
db[ key ] = db[ key ] or {}
local data = db[ key ]
cache[ key ] = cache[ key ] or {}
local fullPath = scriptID
local entry = remove( entryPool ) or {
mustPass = {},
-- mustFail = {}
}
entry.id = scriptID
entry.list = list
if preconditions then
for i, prereq in ipairs( preconditions ) do
local script = prereq.script
if script ~= 0 then
insert( entry.mustPass, script )
fullPath = fullPath .. "+" .. script
end
end
end
--[[ if preclusions then
for i, block in ipairs( preclusions ) do
local script = block.script
if script ~= 0 then
insert( entry.mustFail, script )
fullPath = fullPath .. "-" .. script
end
end
end ]]
entry.fullPath = fullPath
insert( data, entry )
end
function state:PurgeListVariables( list )
for variable, data in pairs( db ) do
for i = #data, 1, -1 do
if data[ i ].list == list then
local item = remove( data, i )
wipe( item.mustPass )
insert( entryPool, item )
wipe( cache[ variable ] )
end
end
end
end
function state:ResetVariables()
for k, v in pairs( db ) do
for i = #v, 1, -1 do
local x = remove( v, i )
wipe( x.mustPass )
-- wipe( x.mustFail )
insert( entryPool, x )
end
wipe( cache[ k ] )
wipe( self.variable )
end
wipe( pathState )
end
function state:GetVariableIDs( key )
return db[ key ]
end
local defaultValue = 0
function state:SetDefaultVariable( value )
if value == nil then value = 0 end
defaultValue = value
end
state.variable = setmetatable( {
}, {
__index = function( t, var )
local debug = Hekili.ActiveDebug
if class.variables[ var ] then
return class.variables[ var ]()
end
local now = state.query_time
if Hekili.LoadingScripts then
return defaultValue
end
if not db[ var ] then
if debug then Hekili:Debug( "No such variable '%s'.", var ) end
Hekili:Error( "Variable '%s' referenced in %s but is undefined.", var, state.scriptID )
return defaultValue
end
state.variable[ var ] = defaultValue
local data = db[ var ]
local parent = state.scriptID
-- If we're checking variable with no script loaded, don't bother.
if not parent or parent == "NilScriptID" then return 0 end
local value = defaultValue
local which_mod = "value"
for i, entry in ipairs( data ) do
local scriptID = entry.id
local currPath = entry.fullPath .. ":" .. now
-- Check the requirements/exclusions in the APL stack.
if pathState[ currPath ] == nil then
pathState[ currPath ] = true
for r, prereq in ipairs( entry.mustPass ) do
state.scriptID = prereq
if not scripts:CheckScript( prereq ) then
pathState[ currPath ] = false
break
end
end
--[[ if pathState[ currPath ] then
for e, excl in ipairs( entry.mustFail ) do
state.scriptID = excl
if scripts:CheckScript( excl ) then
pathState[ currPath ] = false
break
end
end
end ]]
end
if pathState[ currPath ] then
local pathKey = currPath .. "-" .. i
if cache[ var ][ pathKey ] ~= nil then
value = cache[ var ][ pathKey ]
else
state.scriptID = scriptID
local op = state.args.op or "set"
local passed = scripts:CheckScript( scriptID )
local conditions = "(none)"
local valueString = "(none)"
--[[ add = "Add Value",
ceil
x default = "Set Default Value",
div = "Divide Value",
floor
max = "Maximum Value",
min = "Minimum Value",
mod = "Modulo Value",
mul = "Multiply Value",
pow = "Raise Value to X Power",
x reset = "Reset to Default",
x set = "Set Value",
x setif = "Set Value If...",
sub = "Subtract Value" ]]
if op == "set" or op == "setif" then
if passed then
local v1 = state.args.value
if v1 ~= nil then value = v1
else value = state.args.default end
else
local v2 = state.args.value_else
if v2 ~= nil then
value = v2
which_mod = "value_else"
end
end
elseif op == "reset" then
if passed then
local v = state.args.value
if v == nil then v = state.args.default end
if v == nil then v = 0 end
value = v
end
elseif passed then
-- Math Ops.
local currType = type( value )
if currType == "number" then
-- Operations on existing value.
if op == "floor" then
value = floor( value )
elseif op == "ceil" then
value = ceil( value )
else
-- Operations with two values.
local newVal = state.args.value
local valType = type( newVal )
if valType == "number" then
if op == "add" then
value = value + newVal
elseif op == "div" then
if newVal == 0 then value = 0
else value = value / newVal end
elseif op == "max" then
value = max( value, newVal )
elseif op == "min" then
value = min( value, newVal )
elseif op == "mod" then
if newVal == 0 then value = 0
else value = value % newVal end
elseif op == "mul" then
value = value * newVal
elseif op == "pow" then
value = value ^ newVal
elseif op == "sub" then
value = value - newVal
end
end
end
end
end
-- Cache the value in case it is an intermediate value (i.e., multiple calculation steps).
--[[ if debug then
conditions = format( "%s: %s", passed and "PASS" or "FAIL", scripts:GetConditionsAndValues( scriptID ) )
valueString = format( "%s: %s", state.args.value ~= nil and tostring( state.args.value ) or "nil", scripts:GetModifierValues( "value", scriptID ) )
Hekili:Debug( var .. " #" .. i .. " [" .. scriptID .. "]; conditions = " .. conditions .. "\n - value = " .. valueString )
end ]]
state.variable[ var ] = value
cache[ var ][ pathKey ] = value
end
end
end
-- Clear cache and clear the flag that we are checking this variable already.
state.variable[ var ] = nil
--[[ if debug then
Hekili:Debug( "%s Result = %s.", var, tostring( value ) )
end ]]
state.scriptID = parent
return value
end
} )
end
-- Table of set bonuses. Some string manipulation to honor the SimC syntax.
-- Currently returns 1 for true, 0 for false to be consistent with SimC conditionals.
-- Won't catch fake set names. Should revise.
local mt_set_bonuses = {
__index = function(t, k)
if type(k) == "number" then return 0 end
-- if ( not class.artifacts[ k ] ) and ( state.bg or state.arena ) then return 0 end
local set, pieces, class = k:match("^(.-)_"), tonumber( k:match("_(%d+)pc") ), k:match("pc(.-)$")
if not pieces or not set then
-- This wasn't a tier set bonus.
return 0
else
if class then set = set .. class end
if not t[set] then
return 0
end
return t[set] >= pieces and 1 or 0
end
return 0
end
}
ns.metatables.mt_set_bonuses = mt_set_bonuses
local mt_equipped = {
__index = function(t, k)
-- if not class.artifacts[ k ] and ( state.bg or state.arena ) then return false end
return state.set_bonus[k] > 0 or state.legendary[k].rank > 0
end
}
ns.metatables.mt_equipped = mt_equipped
-- Aliases let a single buff name refer to any of multiple buffs.
-- Developed mainly for RtB; it will also report "stack" or "count" as the sum of stacks of multiple buffs.
local mt_alias_debuff = {
__index = function( t, k )
local aura = class.auras[ t.key ]
local type = aura.aliasType or "debuff"
if aura.meta and aura.meta[ k ] then return aura.meta[ k ]() end
if k == "count" or k == "stack" or k == "stacks" then
local n = 0
if type == "any" then
for i, child in ipairs( aura.alias ) do
if state.buff[ child ].up then n = n + max( 1, state.buff[ child ].stack ) end
if state.debuff[ child ].up then n = n + max( 1, state.debuff[ child ].stack ) end
end
else
for i, child in ipairs( aura.alias ) do
if state[ type ][ child ].up then n = n + max( 1, state[ type ][ child ].stack ) end
end
end
return n
end
local alias
local mode = aura.aliasMode or "first"
for i, v in ipairs( aura.alias ) do
local child
if type == "any" then
child = state.buff[ v ].up and state.buff[ v ] or state.debuff[ v ]
else
child = state.debuff[ v ]
end
if not alias and mode == "first" and child.up then return child[ k ] end
if child.up then
if mode == "shortest" and ( not alias or child.remains < alias.remains ) then alias = child
elseif mode == "longest" and ( not alias or child.remains > alias.remains ) then alias = child end
end
end
if type == "any" then type = "debuff" end
if alias then return alias[ k ]
else return state[ type ][ aura.alias[1] ][ k ] end
end
}
local default_debuff_values = {
name = "no_name",
count = 0,
lastCount = 0,
lastApplied = 0,
expires = 0,
applied = 0,
-- duration = 15,
caster = "nobody",
timeMod = 1,
v1 = 0,
v2 = 0,
v3 = 0,
unit = "target"
}
local cycle_debuff = {
name = "cycle",
count = 0,
lastCount = 0,
lastApplied = 0,
expires = 0,
applied = 0,
-- duration = 0,
caster = "nobody",
timeMod = 1,
v1 = 0,
v2 = 0,
v3 = 0,
unit = "target",
down = true,
i_up = 0,
rank = 0,
react = 0,
refreshable = true,
remains = 0,
stack = 0,
stack_pct = 0,
tick_time_remains = 0,
ticking = false,
ticks = 0,
ticks_remain = 0,
time_to_refresh = 0,
up = false,
}
-- Table of default handlers for debuffs.
-- Needs review.
local mt_default_debuff, mt_debuffs
do
local autoReset = {
applied = 1,
caster = 1,
count = 1,
-- duration = 1,
expires = 1,
lastApplied = 1,
lastCount = 1,
name = 1,
timeMod = 1,
unit = 1,
v1 = 1,
v2 = 1,
v3 = 1,
}
mt_default_debuff = {
mtID = "default_debuff",
__index = function( t, k )
local aura = class.auras[ t.key ]
if state.IsCycling() and state.active_dot[ t.key ] < state.cycle_enemies and cycle_debuff[ k ] ~= nil then
return cycle_debuff[ k ]
end
if aura and rawget( aura, "meta" ) and aura.meta[ k ] then
if not t.metastack[ k ] then
t.metastack[ k ] = true
local value = aura.meta[ k ]( t, "debuff" )
t.metastack[ k ] = nil
if value ~= nil then return value end
end
elseif requiresLookup[ k ] then
if aura and aura.generate then
for attr, a_val in pairs( default_debuff_values ) do
t[ attr ] = rawget( t, attr ) or rawget( aura, attr ) or a_val
end
aura.generate( t, "debuff" )
t.id = aura and aura.id or t.key
return rawget( t, k )
end
local real = auras.target.debuff[ t.key ] or auras.player.debuff[ t.key ]
if real then
t.name = real.name or t.key
t.count = real.count
t.lastCount = real.lastCount or 0
t.lastApplied = real.lastApplied or 0
-- t.duration = real.duration
t.expires = real.expires or 0
t.applied = real.applied or 0
t.caster = real.caster
t.id = real.id
t.timeMod = real.timeMod
t.v1 = real.v1
t.v2 = real.v2
t.v3 = real.v3
t.unit = real.unit
else
for attr, a_val in pairs( default_debuff_values ) do
t[ attr ] = aura and aura[ attr ] or a_val
end
t.id = aura and aura.id or t.id
end
return rawget( t, k )
elseif k == "up" or k == "ticking" then
return t.remains > 0
elseif k == "i_up" or k == "rank" then
return t.up and 1 or 0
elseif k == "down" then
return t.remains == 0
elseif k == "duration" then
return aura.duration or ( t.remains > 0 and t.expires - t.applied ) or 30
elseif k == "remains" then
return t.applied <= state.query_time and max( 0, t.expires - state.query_time ) or 0
elseif k == "refreshable" then
local tr = t.remains
return tr == 0 or tr < 0.3 * ( aura.duration or 30 )
elseif k == "time_to_refresh" then
return t.up and max( 0, 0.01 + t.remains - ( 0.3 * ( aura.duration or 30 ) ) ) or 0
elseif k == "stack" or k == "stacks" or k == "react" then
if t.remains == 0 then return 0 end
return t.count
elseif k == "max_stack" or k == "max_stacks" then
return max( t.count, aura and aura.max_stack or 1 )
elseif k == "stack_pct" then
if t.remains == 0 then return 0 end
if aura then aura.max_stack = max( aura.max_stack or 1, t.count ) end
return ( 100 * t.count / aura and aura.max_stack or t.count )
elseif k == "value" then
if t.remains == 0 then return 0 end
return t.v1 or 0
elseif k == "stack_value" then
return t.value * t.stack
elseif k == "pmultiplier" then
if t.remains == 0 then return 0 end
-- Persistent modifier, used by Druids.
t[ k ] = ns.getModifier( aura.id, state.target.unit )
return t[ k ]
elseif k == "ticks" then
if t.remains == 0 then return 0 end
return t.duration / t.tick_time - t.ticks_remain
elseif k == "tick_time" then
return aura and aura.tick_time or ( 3 * state.haste )
elseif k == "ticks_remain" then
return ceil( t.remains / t.tick_time )
elseif k == "tick_time_remains" then
if t.remains == 0 then return 0 end
if not aura.tick_time then return t.remains end
return aura.tick_time - ( ( query_time - t.applied ) % aura.tick_time )
else
if aura and aura[ k ] ~= nil then
return aura[ k ]
end
end
Error ( "UNK: debuff." .. t.key .. "." .. k )
end,
__newindex = function( t, k, v )
if v ~= nil and autoReset[ k ] then Mark( t, k ) end
rawset( t, k, v )
end
}
ns.metatables.mt_default_debuff = mt_default_debuff
unknown_debuff = setmetatable( {
key = "unknown_debuff",
name = "No Name",
count = 0,
lastCount = 0,
lastApplied = 0,
-- duration = 30,
expires = 0,
applied = 0,
caster = "nobody",
timeMod = 1,
v1 = 0,
v2 = 0,
v3 = 0,
unit = "player"
}, mt_default_debuff )
-- Table of debuffs applied to the target by the player.
local debuffs_warned = {}
mt_debuffs = {
-- The debuff/ doesn't exist in our table so check the real game state,
-- and copy it so we don't have to use the API next time.
__index = function( t, k )
local aura = class.auras[ k ]
if aura then
if k ~= aura.key then
t[ aura.key ] = rawget( t, aura.key ) or {
key = aura.key,
name = aura.name
}
t[ k ] = t[ aura.key ]
else
t[ k ] = {
key = aura.key,
name = aura.name
}
end
if aura.generate then
for attr, a_val in pairs( default_debuff_values ) do
t[ k ][ attr ] = rawget( t[ k ], attr ) or a_val
end
aura.generate( t[ k ], "debuff" )
return t[ k ]
end
else
if Hekili.PLAYER_ENTERING_WORLD and not debuffs_warned[ k ] then
Hekili:Error( "Unknown debuff in [" .. ( state.scriptID or "unknown" ) .. "]: " .. k .. "\n\n" .. debugstack() )
debuffs_warned[ k ] = true
end
t[ k ] = {
key = k,
name = k,
id = k
}
end
local real = auras.player.debuff[ k ] or auras.target.debuff[ k ]
local debuff = t[k]
if real then
debuff.name = real.name
debuff.count = real.count
debuff.lastCount = real.lastCount or 0
debuff.lastApplied = real.lastApplied or 0
-- debuff.duration = real.duration
debuff.expires = real.expires
debuff.applied = real.applied
debuff.caster = real.caster
debuff.id = real.id
debuff.timeMod = real.timeMod
debuff.v1 = real.v1
debuff.v2 = real.v2
debuff.v3 = real.v3
debuff.unit = real.unit
else
debuff.name = aura and aura.name or "No Name"
debuff.count = 0
debuff.lastCount = 0
debuff.lastApplied = 0
-- debuff.duration = aura and aura.duration or 30
debuff.expires = 0
debuff.applied = 0
debuff.caster = "nobody"
-- debuff.id = nil
debuff.timeMod = 1
debuff.v1 = 0
debuff.v2 = 0
debuff.v3 = 0
debuff.unit = aura and aura.unit or "player"
end
t[k] = debuff
return t[ k ]
end,
__newindex = function( t, k, v )
local aura = class.auras[ k ]
if aura then
aura.used = true
if aura.meta then rawset( v, "metastack", {} ) end
if aura.alias then
rawset( t, k, setmetatable( v, mt_alias_debuff ) )
return
end
end
rawset( t, k, setmetatable( v, mt_default_debuff ) )
end
}
ns.metatables.mt_debuffs = mt_debuffs
end
-- Table of default handlers for actions.
-- Needs review.
local mt_default_action = {
__index = function( t, k )
local ability = t.action and class.abilities[ t.action ]
local aura = ability and ability.aura or t.action
if k == "enabled" or k == "known" then
return state:IsKnown( t.action )
elseif k == "disabled" then
return state:IsDisabled( t.action )
elseif k == "gcd" then
local queued_action = state.this_action
state.this_action = t.action
local value = state.gcd.execute
state.this_action = queued_action
return value
elseif k == "execute_time" then
local queued_action = state.this_action
state.this_action = t.action
local value = state.gcd.execute
state.this_action = queued_action
return max( value, t.cast_time )
elseif k == "charges" then
return ability.charges and state.cooldown[ t.action ].charges or 0
elseif k == "charges_fractional" then
return state.cooldown[ t.action ].charges_fractional
elseif k == "recharge_time" then
return state.cooldown[ t.action ].recharge_time
elseif k == "max_charges" then
return ability.charges or 0
elseif k == "time_to_max_charges" or k == "full_recharge_time" then
return state.cooldown[ t.action ].full_recharge_time
elseif k == "ready_time" then
return state:IsUsable( t.action ) and state:TimeToReady( t.action ) or 999
elseif k == "ready" then
return state:IsUsable( t.action ) and state:IsReady( t.action )
elseif k == "cast_time" then
return ability.cast
elseif k == "cooldown" then
return ability.cooldown
elseif k == "damage" then
return ability.damage or 1
elseif k == "crit_pct_current" then
return ability.critical or state.stat.crit
elseif k == "ticking" then
return ( state.dot[ aura ].ticking )
elseif k == "ticks" then
return 1 + ( state.dot[ aura ].duration or ( 30 * state.haste ) / class.auras[ aura ].tick_time or ( 3 * state.haste ) ) - t.ticks_remain
elseif k == "ticks_remain" then
return state.dot[ aura ].remains / ( class.auras[ aura ].tick_time or ( 3 * state.haste ) )
elseif k == "remains" then
return ( state.dot[ aura ].remains )
elseif k == "tick_time" then
return class.auras[ aura ].tick_time or ( 3 * state.haste )
elseif k == "travel_time" then
-- NYI: maybe capture the last travel time for the spell and use that?
local f, v = ability.flightTime, ability.velocity
if f then return f end
if v and v > 0 then return state.target.maxR / v end
return 0
elseif k == "miss_react" then
return false
elseif k == "cooldown_react" then
return false
elseif k == "cast_delay" then
return 0
elseif k == "cast_regen" then
local regen = t.regen
if regen == 0.001 then regen = 0 end
return floor( max( state.gcd.execute, t.cast_time ) * regen ) - t.cost
elseif k == "cost" then
if ability then
local c = ability.cost
if c then return c end
c = ability.spend
if c and c > 0 and c < 1 then
c = c * state[ ability.spendType or class.primaryResource ].modmax
end
return c or 0
end
return 0
elseif k == "cost_type" then
local a, _ = ability.spendType
if type( a ) == "string" then return a end
a = ability.spend
if type( a ) == "function" then _, a = a() end
if type( a ) == "string" then return a end
return class.primaryResource
elseif k == "in_flight" then
if ability and ability.flightTime then
return ability.lastCast + ability.flightTime > state.query_time
end
return state:IsInFlight( t.action )
elseif k == "in_flight_remains" then
if ability and ability.flightTime then
return max( 0, ability.lastCast + ability.flightTime - state.query_time )
end
return state:InFlightRemains( t.action )
elseif k == "channeling" then
return state:IsChanneling( t.action )
elseif k == "channel_remains" then
return state:IsChanneling( t.action ) and state:QueuedCastRemains( t.action ) or 0
elseif k == "executing" then
return state:IsCasting( t.action ) or ( state.prev[ 1 ][ t.action ] and state.gcd.remains > 0 )
elseif k == "execute_remains" then
return ( state:IsCasting( t.action ) and max( state:QueuedCastRemains( t.action ), state.gcd.remains ) ) or ( state.prev[1][ t.action ] and state.gcd.remains ) or 0
elseif k == "last_used" then
return state.combat > 0 and max( 0, ability.lastCast - state.combat ) or 0
elseif k == "time_since" then
return min( 3600, max( 0, state.query_time - ability.lastCast ) )
elseif k == "in_range" then
if UnitExists( "target" ) and UnitCanAttack( "player", "target" ) and LSR.IsSpellInRange( ability.rangeSpell or ability.id, "target" ) == 0 then
return false
end
return true
elseif k == "cycle" then
return ability.cycle == "cycle"
else
local val = ability[ k ]
if val ~= nil then
if type( val ) == "function" then return val() end
return val
end
end
return 0
end
}
ns.metatables.mt_default_action = mt_default_action
-- mt_actions: provides action information for display/priority queue/action criteria.
-- NYI.
local mt_actions = {
__index = function(t, k)
local action = class.abilities[ k ]
-- Need a null_action table.
if not action then return nil end
t[k] = {
action = k,
name = action.name,
gcdType = action.gcd
}
local h = state.haste
state.haste = 0
t[k].base_cast = action.cast
state.haste = h
return ( t[k] )
end, __newindex = function(t, k, v)
rawset( t, k, setmetatable( v, mt_default_action ) )
end
}
ns.metatables.mt_actions = mt_actions
-- mt_swings: used for projecting weapon swing-based resource gains.
local mt_swings = {
__index = function( t, k )
if k == "mainhand" then
return t.mh_pseudo or t.mh_actual
elseif k == "offhand" then
return t.oh_pseudo or t.oh_actual
elseif k == "mainhand_speed" then
return t.mh_pseudo_speed or t.mh_speed or 0
elseif k == "offhand_speed" then
return t.oh_pseudo_speed or t.oh_speed or 0
end
end
}
state.swing = {}
local mt_swing_timer = {
__index = function( t, k )
local speed = state.swings[ t.type .. "_speed" ]
if speed == 0 then return 999 end
local swing = state.time == 0 and state.now or state.swings.mainhand
if swing == 0 then return speed end
-- Technically, we didn't even check if this were "remains" but there are no other symbols.
local t = state.query_time
return swing + ( ceil( ( t - swing ) / speed ) * speed ) - t
end,
}
state.swing.mh = setmetatable( { type = "mainhand" }, mt_swing_timer )
state.swing.mainhand = state.swing.mh
state.swing.main_hand = state.swing.mh
state.swing.oh = setmetatable( { type = "offhand" }, mt_swing_timer )
state.swing.offhand = state.swing.oh
state.swing.off_hand = state.swing.oh
local mt_weapon_type = {
__index = function( t, k )
local size = t.size
if k == "two_handed" or k == "2h" or k == "two_hand" then
return size == 2
elseif k == "one_handed" or k == "1h" or k == "one_hand" then
return size == 1
end
return false
end,
}
local mt_aura = {
__index = function( t, k )
return rawget( state.buff, k ) or rawget( state.debuff, k )
end
}
local mt_empowering = {
__index = function( t, k )
return state.empowerment.active and state.empowerment.spell == k
end
}
setmetatable( state, mt_state )
setmetatable( state.action, mt_actions )
setmetatable( state.active_dot, mt_active_dot )
setmetatable( state.aura, mt_aura )
setmetatable( state.buff, mt_buffs )
setmetatable( state.cooldown, mt_cooldowns )
setmetatable( state.debuff, mt_debuffs )
setmetatable( state.dot, mt_dot )
setmetatable( state.empowering, mt_empowering )
setmetatable( state.equipped, mt_equipped )
setmetatable( state.main_hand, mt_weapon_type )
setmetatable( state.off_hand, mt_weapon_type )
-- setmetatable( state.health, mt_resource )
setmetatable( state.pet, mt_pets )
setmetatable( state.pet.fake_pet, mt_default_pet )
setmetatable( state.prev, mt_prev )
setmetatable( state.prev_gcd, mt_prev )
setmetatable( state.prev_off_gcd, mt_prev )
setmetatable( state.pvptalent, mt_pvptalents )
setmetatable( state.race, mt_false )
setmetatable( state.set_bonus, mt_set_bonuses )
setmetatable( state.settings, mt_settings )
setmetatable( state.spec, mt_spec )
setmetatable( state.stance, mt_stances )
setmetatable( state.stat, mt_stat )
setmetatable( state.swings, mt_swings )
setmetatable( state.talent, mt_talents )
setmetatable( state.target, mt_target )
setmetatable( state.target.health, mt_target_health )
setmetatable( state.toggle, mt_toggle )
setmetatable( state.totem, mt_totem )
local all = class.specs[ 0 ]
-- 04072017: Let's go ahead and cache aura information to reduce overhead.
local autoAuraKey = setmetatable( {}, {
__index = function( t, k )
local aura_name = GetSpellInfo( k )
if not aura_name then return end
local name
if class.auras[ aura_name ] then
local i = 1
while( true ) do
local new = aura_name .. ' ' .. i
if not class.auras[ new ] then
name = new
break
end
i = i + 1
end
end
name = name or aura_name
local key = formatKey( aura_name )
if class.auras[ key ] then
local i = 1
while ( true ) do
local new = key .. "_" .. i
if not class.auras[ new ] then
key = new
break
end
i = i + 1
end
end
-- Store the aura and save the key if we can.
if not all then all = class.specs[ 0 ] end
if all then
all:RegisterAura( key, {
id = k,
name = name
} )
end
t[k] = key
return t[k]
end
} )
do
local UnitAuraBySlot = UnitAuraBySlot
function state.StoreMatchingAuras( unit, auras, filter, ... )
local n = auras.count
auras.count = nil
local db = ns.auras[ unit ][ filter == "HELPFUL" and "buff" or "debuff" ]
for k, v in pairs( auras ) do
local aura = class.auras[ v ]
local key = aura.key
local a = db[ key ] or {}
a.key = key
a.name = nil
a.lastCount = a.count or 0
a.lastApplied = a.applied or 0
a.last_application = max( 0, a.applied or 0, a.last_application or 0 )
a.last_expiry = max( 0, a.expires or 0, a.last_expiry or 0 )
a.count = 0
a.expires = 0
a.applied = 0
-- a.duration = aura.duration or a.duration
a.caster = "nobody"
a.timeMod = 1
a.v1 = 0
a.v2 = 0
a.v3 = 0
a.unit = unit
db[ key ] = a
end
for i = select( "#", ... ), 1, -1 do
local slot = select( i, ... )
local name, _, count, _, duration, expires, caster, _, _, spellID, _, _, _, _, timeMod, v1, v2, v3, v4, v5, v6, v7, v8, v9, v10 = UnitAuraBySlot( unit, slot )
local key = auras[ spellID ]
if key and name and ( unit == "player" or caster and ( UnitIsUnit( caster, "player" ) or UnitIsUnit( caster, "pet" ) ) ) then
local a = db[ key ]
if expires == 0 then
expires = GetTime() + 3600
duration = 7200
end
a.name = name
a.count = count > 0 and count or 1
-- a.duration = duration
a.expires = expires
a.applied = expires - duration
a.caster = caster
a.timeMod = timeMod
a.v1 = v1
a.v2 = v2
a.v3 = v3
a.v4 = v4
a.v5 = v5
a.v6 = v6
a.v7 = v7
a.v8 = v8
a.v9 = v9
a.v10 = v10
n = n - 1
if n == 0 then break end
end
end
end
Hekili.StoreMatchingAuras = state.StoreMatchingAuras
function state.ScrapeUnitAuras( unit, newTarget, why )
local db = ns.auras[ unit ]
for k,v in pairs( db.buff ) do
v.name = nil
v.lastCount = newTarget and 0 or v.count
v.lastApplied = newTarget and 0 or v.applied
v.last_application = max( 0, v.applied, v.last_application )
v.last_expiry = max( 0, v.expires, v.last_expiry )
v.count = 0
v.expires = 0
v.applied = 0
-- v.duration = class.auras[ k ] and class.auras[ k ].duration or v.duration
v.caster = "nobody"
v.timeMod = 1
v.v1 = 0
v.v2 = 0
v.v3 = 0
v.unit = unit
end
for k,v in pairs( db.debuff ) do
v.name = nil
v.lastCount = newTarget and 0 or v.count
v.lastApplied = newTarget and 0 or v.applied
v.count = 0
v.expires = 0
v.applied = 0
-- v.duration = class.auras[ k ] and class.auras[ k ].duration or v.duration
v.caster = "nobody"
v.timeMod = 1
v.v1 = 0
v.v2 = 0
v.v3 = 0
v.unit = unit
end
state[ unit ].updated = false
if not UnitExists( unit ) then return end
local i = 1
while ( true ) do
local name, _, count, _, duration, expires, caster, _, _, spellID, _, _, _, _, timeMod, v1, v2, v3 = UnitBuff( unit, i )
if not name then break end
local aura = class.auras[ spellID ]
local shared = aura and aura.shared
local key = aura and aura.key or autoAuraKey[ spellID ]
if key and ( shared or caster and ( UnitIsUnit( "pet", caster ) or UnitIsUnit( "player", caster ) ) ) then
db.buff[ key ] = db.buff[ key ] or {}
local buff = db.buff[ key ]
if expires == 0 then
expires = GetTime() + 3600
duration = 7200
end
buff.key = key
buff.id = spellID
buff.name = name
buff.count = count > 0 and count or 1
buff.expires = expires
-- buff.duration = duration
buff.applied = expires - duration
buff.caster = caster
buff.timeMod = timeMod
buff.v1 = v1
buff.v2 = v2
buff.v3 = v3
buff.last_application = buff.last_application or 0
buff.last_expiry = buff.last_expiry or 0
buff.unit = unit
end
i = i + 1
end
i = 1
while ( true ) do
local name, _, count, _, duration, expires, caster, _, _, spellID, _, _, _, _, timeMod, v1, v2, v3 = UnitDebuff( unit, i )
if not name then break end
local aura = class.auras[ spellID ]
local shared = aura and aura.shared
local key = aura and aura.key or autoAuraKey[ spellID ]
if key and ( shared or caster and ( UnitIsUnit( "pet", caster ) or UnitIsUnit( "player", caster ) ) ) then
db.debuff[ key ] = db.debuff[ key ] or {}
local debuff = db.debuff[ key ]
if expires == 0 then
expires = GetTime() + 3600
duration = 7200
end
debuff.key = key
debuff.id = spellID
debuff.name = name
debuff.count = count > 0 and count or 1
debuff.expires = expires
-- debuff.duration = duration
debuff.applied = expires - duration
debuff.caster = caster
debuff.timeMod = timeMod
debuff.v1 = v1
debuff.v2 = v2
debuff.v3 = v3
debuff.unit = unit
end
i = i + 1
end
if UnitIsUnit( unit, "player" ) and IsInJailersTower() then
i = 1
while ( true ) do
local name, _, count, _, duration, expires, caster, _, _, spellID, _, _, _, _, timeMod, v1, v2, v3 = UnitBuff( unit, i, "MAW" )
if not name then break end
local aura = class.auras[ spellID ]
local key = aura and aura.key
if not key then key = autoAuraKey[ spellID ] end
if key then
db.buff[ key ] = db.buff[ key ] or {}
local buff = db.buff[ key ]
if expires == 0 then
expires = GetTime() + 3600
duration = 7200
end
buff.key = key
buff.id = spellID
buff.name = name
buff.count = count > 0 and count or 1
buff.expires = expires
-- buff.duration = duration
buff.applied = expires - duration
buff.caster = caster
buff.timeMod = timeMod
buff.v1 = v1
buff.v2 = v2
buff.v3 = v3
if aura and buff.count > aura.max_stack then aura.max_stack = buff.count end
buff.last_application = buff.last_application or 0
buff.last_expiry = buff.last_expiry or 0
buff.unit = unit
end
i = i + 1
end
i = 1
while ( true ) do
local name, _, count, _, duration, expires, caster, _, _, spellID, _, _, _, _, timeMod, v1, v2, v3 = UnitDebuff( unit, i, "MAW" )
if not name then break end
local aura = class.auras[ spellID ]
local key = aura and aura.key
if not key then key = autoAuraKey[ spellID ] end
if key then
db.debuff[ key ] = db.debuff[ key ] or {}
local debuff = db.debuff[ key ]
if expires == 0 then
expires = GetTime() + 3600
duration = 7200
end
debuff.key = key
debuff.id = spellID
debuff.name = name
debuff.count = count > 0 and count or 1
debuff.expires = expires
-- debuff.duration = duration
debuff.applied = expires - duration
debuff.caster = caster
debuff.timeMod = timeMod
debuff.v1 = v1
debuff.v2 = v2
debuff.v3 = v3
if aura and debuff.count > aura.max_stack then aura.max_stack = debuff.count end
debuff.unit = unit
end
i = i + 1
end
end
end
Hekili.ScrapeUnitAuras = state.ScrapeUnitAuras
Hekili:ProfileCPU( "ScrapeUnitAuras", state.ScrapeUnitAuras )
Hekili.AuraDB = ns.auras
end
local ScrapeUnitAuras = state.ScrapeUnitAuras
-- Helper functions to query the real aura data that has been scraped.
-- Used for snapshotting projectile data to be handled when a spell impacts.
function state.PlayerBuffUp( buff )
local aura = state.auras.player.buff[ buff ]
return aura and aura.expires > GetTime()
end
function state.PlayerDebuffUp( debuff )
local aura = state.auras.player.debuff[ debuff ]
return aura and aura.expires > GetTime()
end
function state.TargetBuffUp( buff )
local aura = state.auras.target.buff[ buff ]
return aura and aura.expires > GetTime()
end
function state.TargetDebuffUp( debuff )
local aura = state.auras.target.debuff[ debuff ]
return aura and aura.expires > GetTime()
end
function state.putTrinketsOnCD( val )
val = val or 10
for i, item in ipairs( state.items ) do
if not class.abilities[ item ].essence and not class.abilities[ item ].no_icd and state.cooldown[ item ].remains < val then
state.setCooldown( item, val )
end
end
end
do
-- Simpler Queue System
local realQueue = {}
state.realQueue = realQueue
local virtualQueue = {}
state.queue = virtualQueue
local byTime = function( a, b )
return a.time < b.time
end
local eventPool = {}
local function NewEvent()
if #eventPool > 0 then
return remove( eventPool, 1 )
end
return {}
end
local function RecycleEvent( queue, i )
local e = queue[ i ]
if e then
e.action = nil
e.start = nil
e.time = nil
e.type = nil
e.target = nil
e.func = nil
insert( eventPool, e )
remove( queue, i )
end
end
function state:QueueEvent( action, start, time, type, target, real )
local queue = real and realQueue or virtualQueue
local e = NewEvent()
if not time then
local ability = class.abilities[ action ]
if ability then
if type == "PROJECTILE_IMPACT" then
if ability.flightTime then time = start + 0.05 + ability.flightTime
else time = start + 0.05 + ( state.target.distance / ability.velocity ) end
elseif type == "CHANNEL_START" then
time = start
elseif type == "CHANNEL_FINISH" or type == "CAST_FINISH" then
time = start + ability.cast
end
end
end
if action and start and time and type then
if time < start then time = start + time end
e.action = action
e.start = start
e.time = time
e.type = type
e.target = target
e.func = nil
insert( queue, e )
sort( queue, byTime )
if real then
queue[ action ] = ( queue[ action ] or 0 ) + 1
end
if Hekili.ActiveDebug and not real then Hekili:Debug( "Queued %s from %.2f to %.2f (%s).", action, start, time, type ) end
end
end
Hekili:ProfileCPU( "QueueEvent", state.QueueEvent )
function state:QueueAuraEvent( action, func, time, eType, data )
local queue = virtualQueue
local e = NewEvent()
if not time then return end
e.action = action
e.func = func
e.start = self.query_time
e.time = time
e.type = eType
e.target = "nobody"
e.data = data
insert( queue, e )
sort( queue, byTime )
if Hekili.ActiveDebug then Hekili:Debug( "Queued %s %s at +%.2f.", action, eType, time - state.query_time ) end
end
function state:RemoveAuraEvent( action, eType )
local queue = virtualQueue
eType = eType or "AURA_EXPIRATION"
Hekili:Debug( "Trying to remove %s %s from queue.", action, eType )
for i = 1, #queue do
local e = queue[ i ]
if e.action == action and e.type == eType then
RecycleEvent( queue, i )
Hekili:Debug( "Removed #%d from queue.", i )
break
end
end
end
function state:QueueAuraExpiration( action, func, time, data )
self:QueueAuraEvent( action, func, time, "AURA_EXPIRATION", data )
end
function state:RemoveAuraExpiration( action )
self:RemoveAuraEvent( action, "AURA_EXPIRATION" )
end
function state:RemoveEvent( e, real )
local queue = real and realQueue or virtualQueue
Hekili:Debug( "Trying to remove %s %s from queue.", ( e.action or "NO_ACTION" ), ( e.type or "NO_TYPE" ) )
for i = #queue, 1, -1 do
if queue[ i ] == e then
Hekili:Debug( "Removing %d from queue.", i )
RecycleEvent( queue, i )
if real then
queue[ action ] = max( 0, ( queue[ action ] or 0 ) - 1 )
end
break
end
end
end
Hekili:ProfileCPU( "RemoveEvent", state.RemoveEvent )
function state:GetEventInfo( action, start, time, type, target, real )
local queue = real and realQueue or virtualQueue
if real and ( queue[ action ] or 0 ) == 0 then return end
-- Find the first event that matches the provided criteria and return all the data.
for i, event in ipairs( queue ) do
if ( not action or event.action == action ) and
( not start or event.start == start ) and
( not time or event.time == time ) and
( not type or event.type == type ) and
( not target or event.target == target ) then
return event.action, event.start, event.time, event.type, event.target
end
end
end
function state:RemoveSpellEvent( action, real, eType, reverse )
local queue = real and realQueue or virtualQueue
local success = false
if reverse then
for i = #queue, 1, -1 do
local e = queue[ i ]
if e.action == action and ( eType == nil or e.type == eType ) then
RecycleEvent( queue, i )
if real then
queue[ action ] = ( queue[ action ] or 1 ) - 1
end
return true
end
end
else
for i = 1, #queue do
local e = queue[ i ]
if e.action == action and ( eType == nil or e.type == eType ) then
RecycleEvent( queue, i )
if real then
queue[ action ] = ( queue[ action ] or 0 ) - 1
end
return true
end
end
end
return false
end
function state:RemoveSpellEvents( action, real, eType )
local queue = real and realQueue or virtualQueue
local success = false
local impactSpells = class.abilities[ action ] and class.abilities[ action ].impactSpells
for i = #queue, 1, -1 do
local e = queue[ i ]
if ( e.action == action or impactSpells and impactSpells[ action ] ) and ( eType == nil or e.type == eType ) then
RecycleEvent( queue, i )
if real then
queue[ action ] = ( queue[ action ] or 1 ) - 1
end
success = true
end
end
if success then
for k in pairs( class.resources ) do
forecastResources( k )
end
end
return success
end
local EVENT_EXPIRE_MARGIN = 0.2
function state:ResetQueues()
for i = #virtualQueue, 1, -1 do
RecycleEvent( virtualQueue, i )
end
local now = GetTime()
for i = #realQueue, 1, -1 do
local e = realQueue[ i ]
if e.time + EVENT_EXPIRE_MARGIN < now then
RecycleEvent( realQueue, i )
if e.action then
realQueue[ e.action ] = max( 0, ( realQueue[ e.action ] or 1 ) - 1 )
end
end
end
for i, r in ipairs( realQueue ) do
local e = NewEvent()
e.action = r.action
e.start = r.start
e.time = r.time
e.type = r.type
e.target = r.target
virtualQueue[ i ] = e
end
end
local times = {}
function state:GetQueueTimes( queue )
wipe( times )
for i, v in ipairs( queue ) do
times[ i ] = v.time
end
return unpack( times )
end
function state:GetQueue( real )
if real then return realQueue end
return virtualQueue
end
function state:HandleEvent( e )
if not e then return end
local action = e.action
local ability
local curr_action = self.this_action
if e.type ~= "AURA_EXPIRATION" and e.type ~= "AURA_PERIODIC" then
ability = class.abilities[ e.action ]
if not ability then
state:RemoveEvent( e )
return
end
self.this_action = action
end
if Hekili.ActiveDebug then Hekili:Debug( "\nHandling %s at %.2f (%s).", action, e.time, e.type ) end
if e.type == "CAST_FINISH" then
self.hardcast = true
local cooldown = ability.cooldown
-- Put the action on cooldown. (It's slightly premature, but addresses CD resets like Echo of the Elements.)
-- if ability.charges and ability.charges > 1 and ability.recharge > 0 then
if ability.charges and ability.recharge > 0 then
self.spendCharges( action, 1 )
elseif action ~= "global_cooldown" then
self.setCooldown( action, cooldown )
end
-- Spend resources.
ns.spendResources( action )
local wasCycling = self.IsCycling( nil, true )
local expires, minTTD, maxTTD, aura
if wasCycling then
expires, minTTD, maxTTD, aura = self.GetCycleInfo()
end
if e.target and e.target ~= self.target.unit then
if Hekili.ActiveDebug then Hekili:Debug( "Using ability on a different target." ) end
self.SetupCycle( ability )
end
-- Perform the action.
self:RunHandler( action )
self.hardcast = nil
if wasCycling then
self.SetCycleInfo( expires, minTTD, maxTTD, aura )
else
self.ClearCycle()
end
if ability.item and not ( ability.essence or ability.no_icd ) then
self.putTrinketsOnCD( cooldown / 6 )
end
elseif e.type == "CHANNEL_TICK" then
if ability.tick then ability.tick() end
elseif e.type == "CHANNEL_FINISH" then
if ability.finish then ability.finish() end
-- self.stopChanneling( false, ability.key )
elseif e.type == "PROJECTILE_IMPACT" then
local wasCycling = self.IsCycling( nil, true )
local expires, minTTD, maxTTD, aura
if wasCycling then
expires, minTTD, maxTTD, aura = self.GetCycleInfo()
end
if e.target and e.target ~= self.target.unit then
if Hekili.ActiveDebug then Hekili:Debug( "Using ability on a different target." ) end
self.SetupCycle( ability )
end
if ability.impact then ability.impact() end
self:StartCombat()
if wasCycling then
self.SetCycleInfo( expires, minTTD, maxTTD, aura )
else
self.ClearCycle()
end
end
if e.func then e.func( e.data ) end
state.this_action = curr_action
state:RemoveEvent( e )
end
Hekili:ProfileCPU( "HandleEvent", state.HandleEvent )
function state:IsQueued( action, real )
if real and ( realQueue[ action ] or 0 ) == 0 then return false end
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if entry.action == action then return true end
end
return false
end
function state:IsInFlight( action, real )
if real and ( realQueue[ action ] or 0 ) == 0 then return false end
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if entry.action == action and entry.type == "PROJECTILE_IMPACT" and entry.start <= self.query_time then return true end
end
return false
end
function state:InFlightRemains( action, real )
if real and ( realQueue[ action ] or 0 ) == 0 then return 0 end
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if entry.action == action and entry.type == "PROJECTILE_IMPACT" and entry.start <= self.query_time then return max( 0, entry.time - self.query_time ) end
end
return 0
end
local cast_events = {
CAST_FINISH = true,
CHANNEL_FINISH = true
}
function state:IsCasting( action, real )
if real and ( realQueue[ action ] or 0 ) == 0 then return false end
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if entry.type == "CAST_FINISH" and ( action == nil or entry.action == action ) and entry.start <= self.query_time then return true end
end
return false
end
function state:QueuedCastRemains( action, real )
if real and ( realQueue[ action ] or 0 ) == 0 then return 0 end
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if cast_events[ entry.type ] and ( action == nil or entry.action == action ) and entry.start <= self.query_time then return max( 0, entry.time - self.query_time ) end
end
return 0
end
function state:IsChanneling( action, real )
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if entry.type == "CHANNEL_FINISH" and ( action == nil or entry.action == action ) and entry.start <= self.query_time then return true end
end
return false
end
function state:ApplyCastingAuraFromQueue( action, real )
local queue = real and realQueue or virtualQueue
for i, entry in ipairs( queue ) do
if cast_events[ entry.type ] and ( action == nil or entry.action == action ) and entry.start <= self.query_time then
local casting = self.buff.casting
casting.applied = entry.start
if entry.time > entry.start then
casting.expires = entry.time
else
casting.expires = entry.start + entry.time
end
casting.duration = casting.expires - casting.applied
casting.v3 = entry.type == "CHANNEL_FINISH" and 1 or 0
if entry.action then
local spell = class.abilities[ entry.action ]
if spell and spell.id then
casting.v1 = spell.id
else
casting.v1 = 0
end
else
casting.v1 = 0
end
return
end
end
end
end
function state:RunHandler( key, noStart )
local ability = class.abilities[ key ]
if not ability then
-- ns.Error( "runHandler() attempting to run handler for non-existant ability '" .. key .. "'." )
return
end
--[[ if self.channeling and not ability.dual_cast then
self.stopChanneling( false, ability.key )
end ]]
-- Any ability handler is likely to modify the game state enough to force a reset later.
if not state.resetting then state.modified = true end
if ability.channeled then
if ability.start then ability.start() end
self.channelSpell( key, self.query_time, ability.cast, ability.id )
elseif ability.handler then ability.handler() end
self.prev.last = key
self[ ability.gcd == "off" and "prev_off_gcd" or "prev_gcd" ].last = key
table.insert( self.predictions, 1, key )
table.insert( self[ ability.gcd == "off" and 'predictionsOff' or 'predictionsOn' ], 1, key )
self.history.casts[ key ] = self.query_time
self.predictions[11] = nil
self.predictionsOn[11] = nil
self.predictionsOff[11] = nil
self.prev.override = nil
self.prev_gcd.override = nil
self.prev_off_gcd.override = nil
if self.time == 0 and ability.startsCombat and not noStart then -- and not ability.isProjectile
-- Assume MH swing at combat start and OH swing half a swing later?
self:StartCombat()
ns.callHook( "runHandler_startCombat", key )
end
-- state.cast_start = 0
ns.callHook( "runHandler", key )
end
function state.runHandler( key, noStart )
state:RunHandler( key, noStart )
end
do
local firstTime = true
function state.reset( dispName, full )
full = full or state.offset > 0
ClearMarks( firstTime )
firstTime = nil
state.ClearCycle()
state:ResetVariables()
-- This will be our comprehensive resetter.
state:ResetQueues()
-- TODO: Review. How many of these are necessary?
state.resetting = true
ns.callHook( "reset_preauras" )
Hekili:Yield( "Reset Pre-Auras" )
if state.target.updated then
ScrapeUnitAuras( "target" )
state.target.updated = false
end
if state.player.updated then
ScrapeUnitAuras( "player" )
state.player.updated = false
end
local p = Hekili.DB.profile
local display = dispName and p.displays[ dispName ]
local spec = state.spec.id and p.specs[ state.spec.id ]
local mode = p.toggles.mode.value
state.display = dispName
state.filter = "none"
state.rangefilter = false
if display then
if dispName == 'Primary' then
if mode == "single" or mode == "dual" or mode == "reactive" then state.max_targets = 1
elseif mode == "aoe" then state.min_targets = spec and spec.aoe or 3 end
-- if state.empowerment.active then state.filter = "empowerment" end
elseif dispName == 'AOE' then
state.min_targets = spec and spec.aoe or 3
-- if state.empowerment.active then state.filter = "empowerment" end
elseif dispName == 'Cooldowns' then state.filter = "cooldowns"
elseif dispName == 'Interrupts' then state.filter = "interrupts"
elseif dispName == 'Defensives' then state.filter = "defensives"
end
state.rangefilter = display.range.enabled and display.range.type == "xclude"
end
-- Trying again to have partial resets for the low-impact (single icon displays).
if not full then
state.resetting = false
return
end
-- TODO: Determine if we can Mark/Purge these tables instead of having their own resets.
for k in pairs( class.stateTables ) do
if rawget( state[ k ], "onReset" ) then state[ k ].onReset( state[ k ] ) end
end
Hekili:Yield( "Reset Post-States" )
for i = 1, 5 do
local _, _, start, duration, icon = GetTotemInfo(i)
if icon and class.totems[ icon ] then
summonPet( class.totems[ icon ], start + duration - state.now )
end
end
-- TODO: These could be cleaner but also it doesn't matter.
wipe( state.predictions )
wipe( state.predictionsOn )
wipe( state.predictionsOff )
wipe( state.history.casts )
wipe( state.history.units )
if state.time == 0 and InCombatLockdown() then
local a = state.player.lastcast and class.abilities[ state.player.lastcast ]
if a and a.startsCombat and state.now - a.lastCast < 1 then
state.false_start = a.lastCast - 0.01
if Hekili.ActiveDebug then Hekili:Debug( format( "Starting combat based on %s cast; time is now: %.2f.", state.player.lastcast, state.time ) ) end
end
end
local foundResource = false
Hekili:Yield( "Reset Pre-Powers" )
for k, power in pairs( class.resources ) do
local res = rawget( state, k )
if res then
res.actual = UnitPower( "player", power.type )
res.max = UnitPowerMax( "player", power.type )
if res.max > 0 then foundResource = true end
if k == "mana" and state.spec.arcane then
res.modmax = res.max / ( 1 + state.mastery_value )
end
res.last_tick = rawget( res, "last_tick" ) or 0
res.tick_rate = rawget( res, "tick_rate" ) or 0.1
if power.type == Enum.PowerType.Mana then
local inactive, active = GetManaRegen()
res.active_regen = active or 0
res.inactive_regen = inactive or 0
res.regen = nil
else
if ResourceRegenerates( k ) then
local inactive, active = GetPowerRegenForPowerType( power.type )
res.active_regen = active or 0.001
res.inactive_regen = inactive or 0.001
res.regen = nil
else
res.regen = 0.001
end
end
if res.reset then res.reset() end
forecastResources( k )
end
end
if not foundResource then
state.resetting = false
return false, "no available resources"
end
Hekili:Yield( "Reset Post-Powers" )
-- Setting this here because the metatable would pull from UnitPower.
if not state.health.initialized then
state.health.resource = "health"
state.health.meta = {}
setmetatable( state.health, mt_resource )
state.health.initialized = true
end
state.health.current = nil
state.health.actual = UnitHealth( "player" ) or 10000
state.health.max = max( 1, UnitHealthMax( "player" ) or 10000 )
state.health.regen = 0.001
-- TODO: All of this stuff for swings is terrible.
state.swings.mh_speed, state.swings.oh_speed = UnitAttackSpeed( "player" )
state.swings.mh_speed = state.swings.mh_speed or 0
state.swings.oh_speed = state.swings.oh_speed or 0
state.mainhand_speed = state.swings.mh_speed or 0
state.offhand_speed = state.swings.oh_speed or 0
state.nextMH = ( state.combat > 0 and state.swings.mh_actual > state.combat and state.swings.mh_actual + state.mainhand_speed ) or 0
state.nextOH = ( state.combat > 0 and state.swings.oh_actual > state.combat and state.swings.oh_actual + state.offhand_speed ) or 0
state.swings.mh_pseudo = nil
state.swings.oh_pseudo = nil
-- Special case spells that suck.
if class.abilities[ "ascendance" ] and state.buff.ascendance.up then
state.setCooldown( "ascendance", state.buff.ascendance.remains + 165 )
end
--[[ Trinkets that need special handling.
if state.buff.stormeaters_boon.up and state.debuff.rooted.down then
state.applyDebuff( "player", "rooted", state.buff.stormeaters_boon.remains )
end
-- BUGS: Windscar Whetstone invisibly keeps trinkets on CD for 6 additional seconds.
local ww_cd_remains = state.action.windscar_whetstone.lastCast + 26 - state.now
if ww_cd_remains > 0 then
state.putTrinketsOnCD( ww_cd_remains )
end
-- TODO: Move this all to those aura generator functions.
if state.set_bonus.cache_of_acquired_treasures > 0 then
-- This required changing how buffs are tracked (that applied time is greater than the query time, which was always just expected to be true before).
-- If this remains problematic, use QueueAuraExpiration instead.
if state.buff.acquired_sword.up then
state.applyBuff( "acquired_axe" )
state.buff.acquired_axe.expires = state.buff.acquired_sword.expires + 12
state.buff.acquired_axe.applied = state.buff.acquired_sword.expires
state.applyBuff( "acquired_wand" )
state.buff.acquired_wand.expires = state.buff.acquired_axe.expires + 12
state.buff.acquired_wand.applied = state.buff.acquired_axe.expires
elseif state.buff.acquired_axe.up then
state.applyBuff( "acquired_wand" )
state.buff.acquired_wand.expires = state.buff.acquired_axe.expires + 12
state.buff.acquired_wand.applied = state.buff.acquired_axe.expires
state.applyBuff( "acquired_sword" )
state.buff.acquired_sword.expires = state.buff.acquired_wand.expires + 12
state.buff.acquired_sword.applied = state.buff.acquired_wand.expires
elseif state.buff.acquired_wand.up then
state.applyBuff( "acquired_sword" )
state.buff.acquired_sword.expires = state.buff.acquired_wand.expires + 12
state.buff.acquired_sword.applied = state.buff.acquired_wand.expires
state.applyBuff( "acquired_axe" )
state.buff.acquired_axe.expires = state.buff.acquired_sword.expires + 12
state.buff.acquired_axe.applied = state.buff.acquired_sword.expires
end
end ]]
state.empowerment.active = state.empowerment.hold > state.now
Hekili:Yield( "Reset Pre-Cast Hook" )
ns.callHook( "reset_precast" )
Hekili:Yield( "Reset Pre-Casting" )
if state.empowerment.active then
local timeDiff = state.now - state.empowerment.start
if timeDiff > 0 then
if Hekili.ActiveDebug then Hekili:Debug( "Empowerment is active; turning back time by " .. timeDiff .. "s..." ) end
state.now = state.now - timeDiff
end
removeBuff( "casting" )
else
-- TODO: All of this cast-queuing seems like it should be simpler, but that's for another time.
local cast_time, casting, ability = 0, nil, nil
state.buff.casting.generate( state.buff.casting, "buff" )
if state.buff.casting.up then
cast_time = state.buff.casting.remains
local castID = state.buff.casting.v1
ability = class.abilities[ castID ]
casting = ability and ability.key or formatKey( state.buff.casting.name )
if castID == class.abilities.cyclotronic_blast.id then
-- Set up Pocket-Sized Computation Device.
if state.buff.casting.v3 == 1 then
-- We are in the channeled part of the cast.
setCooldown( "pocketsized_computation_device", state.buff.casting.applied + 120 - state.now )
setCooldown( "global_cooldown", cast_time )
else
-- This is the casting portion.
casting = class.abilities.pocketsized_computation_device.key
state.buff.casting.v1 = class.abilities.pocketsized_computation_device.id
end
end
end
-- Okay, two paths here.
-- 1. We can cast while casting (i.e., Fire Blast for Fire Mage), so we want to hand off the current cast to the event system, and then let the recommendation engine sort it out.
-- 2. We cannot cast anything while casting (typical), so we want to advance the clock, complete the cast, and then generate recommendations.
if casting and cast_time > 0 then
local channeled, destGUID = state.buff.casting.v3 == 1
if ability then
channeled = channeled or ability.channeled
destGUID = Hekili:GetMacroCastTarget( ability.key, state.buff.casting.applied, "RESET" ) or state.target.unit
end
if not state:IsCasting() and not channeled then
state:QueueEvent( casting, state.buff.casting.applied, state.buff.casting.expires, "CAST_FINISH", destGUID )
-- Projectile spells have two handlers, effectively. An onCast handler, and then an onImpact handler.
if ability and ability.isProjectile then
state:QueueEvent( ability.key, state.buff.casting.expires, nil, "PROJECTILE_IMPACT", destGUID )
-- state:QueueEvent( action, "projectile", true )
end
elseif not state:IsChanneling() and channeled then
state:QueueEvent( casting, state.buff.casting.applied, state.buff.casting.expires, "CHANNEL_FINISH", destGUID )
if channeled and ability then
local tick_time = ability.tick_time or ( ability.aura and class.auras[ ability.aura ].tick_time )
if tick_time and tick_time > 0 then
local eoc = state.buff.casting.expires - tick_time
while ( eoc > state.now ) do
state:QueueEvent( casting, state.buff.casting.applied, eoc, "CHANNEL_TICK", destGUID )
eoc = eoc - tick_time
end
end
end
-- Projectile spells have two handlers, effectively. An onCast handler, and then an onImpact handler.
if ability and ability.isProjectile then
state:QueueEvent( ability.key, state.buff.casting.expires, nil, "PROJECTILE_IMPACT", destGUID )
-- state:QueueEvent( action, "projectile", true )
end
end
-- Delay to end of GCD.
if dispName == "Primary" or dispName == "AOE" then
local delay = 0
if not state.spec.can_dual_cast and state.buff.casting.up and state.buff.casting.v3 ~= 1 then -- v3=1 means it's channeled.
delay = max( delay, state.buff.casting.remains )
end
delay = ns.callHook( "reset_postcast", delay )
if delay > 0 then
if Hekili.ActiveDebug then Hekili:Debug( "Advancing by %.2f per GCD or cast or channel or reset_postcast value.", delay ) end
state.advance( delay )
end
end
state.resetType = "none"
end
end
Hekili:Yield( "Reset Post-Casting" )
state.resetting = false
return true
end
end
Hekili:ProfileCPU( "state.reset", state.reset )
function state:SetConstraint( min, max )
state.delayMin = min or 0
state.delayMax = max or 15
end
function state:SetWhitelist( t )
state.whitelist = t
end
function state:StartCombat()
if self.time == 0 then
self.false_start = self.query_time - 0.01
if Hekili.ActiveDebug then Hekili:Debug( format( "Starting combat at %.2f -- time is %.2f.", self.false_start, self.time ) ) end
end
local swing = false
if self.swings.mainhand == 0 and self.swings.mainhand_speed > 0 then
self.swings.mh_pseudo = self.query_time
swing = true
end
if self.swings.offhand == 0 and self.swings.offhand_speed > 0 then
self.swings.oh_pseudo = self.query_time + ( self.swings.offhand_speed / 2 )
swing = true
end
if swing then self:ForecastSwingbasedResources() end
end
function state.advance( time )
if time <= 0 then
return
end
if not state.resetting and not state.modified then
state.modified = true
end
time = ns.callHook( "advance", time ) or time
if not state.resetting then time = roundUp( time, 2 ) end
state.delay = 0
local realOffset = state.offset
if state.player.queued_ability then
local lands = max( state.now + 0.01, state.player.queued_lands )
if lands > state.query_time and lands <= state.query_time + time then
state.offset = lands - state.query_time
state:RunHandler( state.player.queued_ability, true )
state.offset = realOffset
end
end
local events = state:GetQueue()
local event = events[ 1 ]
local eCount = 0
while( event ) do
if event.time <= state.query_time + time then
state.offset = event.time - state.now
if Hekili.ActiveDebug then Hekili:Debug( "While advancing by %.2f to %.2f, %s %s occurred at %.2f.", time, realOffset + time, event.action, event.type, state.offset ) end
state:HandleEvent( event )
event = events[ 1 ]
state.offset = realOffset
else
break
end
eCount = eCount + 1
if eCount == 10 then break end
end
for k in pairs( class.resources ) do
local resource = state[ k ]
if not resource.regenModel then
local override = ns.callHook( "advance_resource_regen", false, k, time )
local regen = resource.regen
if regen == 0.001 then regen = 0 end
if not override and resource.regen and regen ~= 0 then
resource.actual = min( resource.max, max( 0, resource.actual + ( regen * time ) ) )
end
else
-- revisit this, may want to forecastResources( k ) instead.
state.delay = time
resource.actual = resource.current
state.delay = 0
end
end
state.offset = state.offset + time
local bonus_cdr = 0 -- ns.callHook( "advance_bonus_cdr", 0 )
--[[ for k, cd in pairs( state.cooldown ) do
if state:IsKnown( k ) then
if bonus_cdr > 0 then
if cd.next_charge > 0 then
cd.next_charge = cd.next_charge - bonus_cdr
end
cd.expires = max( 0, cd.expires - bonus_cdr )
cd.true_expires = max( 0, cd.expires - bonus_cdr )
end
local ability = class.abilities[ k ]
while ability.charges and ability.charges > 1 and cd.next_charge > 0 and cd.next_charge < state.now + state.offset do
-- if class.abilities[ k ].charges and cd.next_charge > 0 and cd.next_charge < state.now + state.offset then
cd.charge = cd.charge + 1
if cd.charge < class.abilities[ k ].charges then
cd.recharge_began = cd.next_charge
cd.next_charge = cd.next_charge + class.abilities[ k ].recharge
else
cd.recharge_began = 0
cd.next_charge = 0
end
end
end
end ]]
ns.callHook( "advance_end", time )
return time
end
function state.GetResourceType( ability )
local action = class.abilities[ ability ]
if not action then return end
if action.spend ~= nil then
if type( action.spend ) == "number" then
return action.spendType or class.primaryResource
elseif type( action.spend ) == "function" then
return select( 2, action.spend() ) or action.spendType or class.primaryResource
end
end
return nil
end
ns.spendResources = function( ability )
local action = class.abilities[ ability ]
if not action then return end
-- First, spend resources.
if action.spend ~= nil then
local cost, resource
if type( action.spend ) == "number" then
cost = action.spend
resource = action.spendType or class.primaryResource
elseif type( action.spend ) == "function" then
cost, resource = action.spend()
resource = resource or action.spendType or class.primaryResource
else
cost = cost or 0
resource = resource or "health"
end
if cost > 0 and cost < 1 then
cost = ( cost * state[ resource ].modmax )
end
if cost ~= 0 then
state.spend( cost, resource )
end
end
end
state.SpendResources = ns.spendResources
do
local HOLD_PERMANENT = 1
local HOLD_COMBAT = 2
function Hekili:PlaceHold( action, combat, verbose )
if not action then return end
action = action:trim()
local ability = class.abilities[ action ]
if not ability then
action = action:lower()
-- Try to auto-complete.
for k, v in orderedPairs( class.abilities ) do
if type(k) == "string" and k:sub( 1, action:len() ):lower() == action then
action = v.key
ability = class.abilities[ action ]
break
end
end
end
if ability then
state.holds[ ability.key ] = combat and HOLD_COMBAT or HOLD_PERMANENT
if verbose then Hekili:Print( class.abilities[ ability.key ].name .. " placed on hold" .. ( combat and " until end of combat." or "." ) ) end
Hekili:ForceUpdate( "HEKILI_HOLD_APPLIED" )
end
end
function Hekili:RemoveHold( action, verbose )
if not action then return end
action = action:trim()
local ability = class.abilities[ action ]
if not ability then
action = action:lower()
-- Try to auto-complete.
for k, v in orderedPairs( class.abilities ) do
if type(k) == "string" and k:sub( 1, action:len() ):lower() == action then
action = v.key
ability = class.abilities[ action ]
break
end
end
end
if ability and state.holds[ ability.key ] then
state.holds[ ability.key ] = nil
if verbose then Hekili:Print( class.abilities[ ability.key ].name .. " hold removed." ) end
Hekili:ForceUpdate( "HEKILI_HOLD_REMOVED" )
end
end
function Hekili:ToggleHold( action, combat, verbose )
if self:IsHeld( action ) then
self:RemoveHold( action, verbose )
return
end
self:PlaceHold( action, combat, verbose )
end
function Hekili:IsHeld( action )
action = action and action:trim()
local ability = class.abilities[ action ]
if not ability then
action = action:lower()
-- Try to auto-complete.
for k, v in orderedPairs( class.abilities ) do
if type(k) == "string" and k:sub( 1, action:len() ):lower() == action then
action = v.key
ability = class.abilities[ action ]
break
end
end
end
if ability and state.holds[ ability.key ] then
return true, state.holds[ ability.key ]
end
return false
end
function Hekili:ReleaseHolds( combat )
local holdRemoved = false
for k, v in pairs( state.holds ) do
if not combat or v == HOLD_COMBAT then
state.holds[ k ] = nil
holdRemoved = true
end
end
if holdRemoved then Hekili:ForceUpdate( "HEKILI_COMBAT_HOLD_REMOVED" ) end
end
end
function state:IsKnown( sID )
local original = sID
if type(sID) ~= "number" then sID = class.abilities[ sID ] and class.abilities[ sID ].id or nil end
if not sID then
return false, "could not find valid ID" -- no ability
end
local ability = class.abilities[ sID ]
if not ability then
Error( "IsKnown() - " .. sID .. " / " .. original .. " not found in abilities table.\n\n" .. debugstack() )
return false, format( "%s / %s not found in abilities table", tostring( original ), tostring( sID ) )
end
if IsAbilityDisabled( ability ) then return false, "not usable here" end
if sID < 0 then
if ability.known ~= nil then
if type( ability.known ) == "number" then
return IsUsableItem( ability.known ), "IsUsableItem known"
end
return ability.known
end
if ability.item and ability.key ~= "potion" then
return IsUsableItem( ability.item ), "IsUsableItem item " .. ability.item .. " and " .. ( tostring( ability.known ) or "nil" )
end
return true
end
if IsDisabledCovenantSpell( sID ) then return false, "covenant spells are disabled" end
if ability.spec and not state.spec[ ability.spec ] then
return false, "wrong specialization"
end
if ability.nospec and state.spec[ ability.nospec ] then
return false, "spec [ " .. ability.nospec .. " ] disallowed"
end
if ability.talent and not state.talent[ ability.talent ].enabled then
return false, "talent [ " .. ability.talent .. " ] missing"
end
if ability.notalent and state.talent[ ability.notalent ].enabled then
return false, "talent [ " .. ability.notalent .. " ] disallowed"
end
if ability.pvptalent and not state.pvptalent[ ability.pvptalent ].enabled then
return false, "PvP talent [ " .. ability.pvptalent .. " ] missing"
end
if ability.nopvptalent and state.pvptalent[ ability.nopvptalent ].enabled then
return false, "PvP talent [ " ..ability.nopvptalent .. " ] disallowed"
end
if ability.trait and not state.artifact[ ability.trait ].enabled then
return false, "trait [ " .. ability.trait .. " ] missing"
end
if ability.equipped and not state.equipped[ ability.equipped ] then
return false, "equipment [ " .. ability.equipped .. " ] missing"
end
if ability.item and not ability.bagItem and not state.equipped[ ability.item ] then
return false, "item [ " .. ability.item .. " ] missing"
end
if ability.noOverride and IsSpellKnownOrOverridesKnown( ability.noOverride ) then
return false, "override [ " .. ability.noOverride .. " ] disallowed"
end
if ability.known ~= nil then
if type( ability.known ) == "number" then
return IsPlayerSpell( ability.known ) or IsSpellKnownOrOverridesKnown( ability.known ) or IsSpellKnown( ability.known, true )
end
return ability.known
end
return IsPlayerSpell( sID ) or IsSpellKnownOrOverridesKnown( sID ) or IsSpellKnown( sID, true )
end
do
local toggleSpells = {
potion = true,
cancel_buff = true,
phial_of_serenity = true,
}
-- If an ability has been manually disabled, don't consider it.
function state:IsDisabled( spell, strict )
spell = spell or self.this_action
local ability = class.abilities[ spell ]
if not ability then return false end
spell = ability.key
if self.holds[ spell ] then return true, "on hold" end
local profile = Hekili.DB.profile
local spec = rawget( profile.specs, state.spec.id )
if not spec then return true end
if ability.disabled then return true, "disabled per ability function" end
local option = ability.item and spec.items[ spell ] or spec.abilities[ spell ]
if option.disabled then return true, "preference" end
if option.boss and not state.boss then return true, "boss-only" end
if option.targetMin > 0 and self.active_enemies < option.targetMin then
return true, "active_enemies[" .. self.active_enemies .. "] is less than ability's minimum targets [" .. option.targetMin .. "]"
elseif option.targetMax > 0 and self.active_enemies > option.targetMax then
return true, "active_enemies[" .. self.active_enemies .. "] is more than ability's maximum targets [" .. option.targetMax .. "]"
end
if not strict then
local toggle = option.toggle
if not toggle or toggle == "default" then toggle = ability.toggle end
if ( toggle == "potion" or toggle == "essences" ) and profile.toggles[ toggle ].separate and not profile.toggles[ toggle ].value then toggle = "cooldowns" end
if toggle and toggle ~= "none" and ( not self.toggle[ toggle ] or ( profile.toggles[ toggle ].separate and state.filter ~= toggle ) ) then return true, format( "toggle %s", toggle ) end
if ability.id < -100 or ability.id > 0 or toggleSpells[ spell ] then
if self.empowerment.active and self.empowerment.spell and spell ~= self.empowerment.spell then return true, "empowerment: " .. self.empowerment.spell end
if state.filter ~= "none" and state.filter ~= toggle and not ability[ state.filter ] then return true, "display"
elseif ability.item and not ability.bagItem and not state.equipped[ ability.item ] then return false
end
end
end
return false
end
-- TODO: Finish this, need to support toggles that knock spells to their own display vs. toggles that disable an ability entirely.
function state:IsFiltered( spell )
spell = spell or self.this_action
local ability = class.abilities[ spell ]
if not ability then return false end
spell = ability.key
if state.empowerment.active and state.empowerment.spell ~= spell then return true, "empowerment" end
if state.filter == "none" then return false end
local profile = Hekili.DB.profile
local spec = rawget( profile.specs, state.spec.id )
if not spec then return true end
local option = ability.item and spec.items[ spell ] or spec.abilities[ spell ]
local toggle = option.toggle
if not toggle or toggle == "default" then toggle = ability.toggle end
if ( toggle == "potion" or toggle == "essences" ) and profile.toggles[ toggle ].separate and not profile.toggles[ toggle ].value then toggle = "cooldowns" end
if ability.id < -100 or ability.id > 0 or toggleSpells[ spell ] then
if state.filter ~= "none" and state.filter ~= toggle and not ability[ state.filter ] then return true, "display"
elseif ability.item and not ability.bagItem and not state.equipped[ ability.item ] then return false, "not equipped"
elseif toggle and toggle ~= "none" then
if not self.toggle[ toggle ] or ( profile.toggles[ toggle ].separate and state.filter ~= toggle and not spec.noFeignedCooldown ) then return true, format( "%s filtered", toggle ) end
end
end
return false
end
-- Filter out non-resource driven issues with abilities.
-- Unusable abilities are treated as on CD unless overridden.
function state:IsUsable( spell )
spell = spell or self.this_action
local ability = class.abilities[ spell ]
if not ability then return true end
local hook, reason = ns.callHook( "IsUsable", spell )
if hook == false then
return false, reason
end
if ability.funcs.usable then
local usable, reason = ability.funcs.usable( self, ability )
if usable == false then -- Have allowed nil return values for usable to be treated as usable before.
return false, reason
end
else
local usable = ability.usable
if type( usable ) == "number" and not IsUsableSpell( usable ) then
return false, "IsUsableSpell(" .. usable .. ") was false"
elseif type( usable ) == "boolean" and not usable then
return false, "ability.usable was false"
end
end
local profile = Hekili.DB.profile
if self.rangefilter and UnitExists( "target" ) then
if LSR.IsSpellInRange( ability.rangeSpell or ability.id, "target" ) == 0 then
return false, "filtered out of range"
end
if ability.range then
local _, dist = RC:GetRange( "target", true )
if dist and dist > ability.range then
return false, "not within ability-specified range (" .. ability.range .. ")"
end
end
end
if ability.item then
if not ability.bagItem and not self.equipped[ ability.item ] then
return false, "item not equipped"
end
end
if ability.disabled then
return false, "ability.disabled returned true"
end
if ability.empowered and self.args.empower_to and self.args.empower_to > self.max_empower then
return false, "empowerment level " .. self.args.empower_to .. " not available"
end
if self.args.only_cwc and ( not self.buff.casting.up or self.buff.casting.v3 ~= 1 or not ability.dual_cast ) then
return false, "only castable while channeling"
end
if ability.nomounted and IsMounted() then
return false, "not recommended while mounted"
end
if ability.nocombat and self.time > 0 then
return false, "not usable in combat"
end
if ability.form and not state.buff[ ability.form ].up then
return false, "required form (" .. ability.form .. ") not active"
end
if ability.noform and state.buff[ ability.noform ].up then
return false, "not usable in current form (" .. ability.noform .. ")"
end
if ability.buff and not state.buff[ ability.buff ].up then
return false, "required buff (" .. ability.buff .. ") not active"
end
if ability.debuff and not state.debuff[ ability.debuff ].up then
return false, "required debuff (" ..ability.debuff .. ") not active"
end
if ability.channeling then
local c = class.abilities[ ability.channeling ] and class.abilities[ ability.channeling ].id
if not c or state.buff.casting.remains < 0.1 or state.buff.casting.v3 ~= 1 or state.buff.casting.v1 ~= c then
return false, "required channel (" .. c .. " / " .. ability.channeling .. ") not active or too short [ " .. state.buff.casting.remains .. " / " .. state.buff.casting.applied .. " / " .. state.buff.casting.expires .. " / " .. state.query_time .. " / " .. tostring( state.buff.casting.v3 ) .. " / " .. state.buff.casting.v1 .. " ]"
end
end
if self.args.moving == 1 and state.buff.movement.down then
return false, "entry requires movement and player is not moving"
end
if self.args.moving == 0 and state.buff.movement.up then
return false, "entry requires no movement and player is moving"
end
-- Moved this into TimeToReady; we can see when the buff falls off.
--[[ if ability.nobuff and state.buff[ ability.nobuff ].up then
return false
end ]]
return true
end
end
ns.hasRequiredResources = function( ability )
local action = class.abilities[ ability ]
if not action then return end
-- First, spend resources.
if action.spend and action.spend ~= 0 then
local spend, resource
if type( action.spend ) == "number" then
spend = action.spend
resource = action.spendType or class.primaryResource
elseif type( action.spend ) == "function" then
spend, resource = action.spend()
end
if resource == "focus" or resource == "energy" then
-- Thought: We'll already delay CD based on time to get energy/focus.
-- So let's leave it alone.
return true
end
if spend > 0 and spend < 1 then
spend = ( spend * state[ resource ].modmax )
end
if spend > 0 then
return ( state[ resource ].current >= spend )
end
end
return true
end
function state:HasRequiredResources( action )
return ns.hasRequiredResources( action )
end
local power_tick_rate = 0.115
--[[ Really dumb timing tool to find what was bottlenecking TTR.
local longestTTR = 0
local lastTime, lastName = 0, "nothing"
local longTime, longName = 0, "nothing"
local function profilestop( name, reset )
local newTime = debugprofilestop()
if reset then
lastTime = newTime
lastName = name
longTime = 0
longName = name
return lastTime
end
if newTime - lastTime > longTime then
longTime = newTime - lastTime
longName = name
end
lastTime = newTime
return newTime
end ]]
function state:TimeToReady( action, pool )
local now = self.now + self.offset
action = action or self.this_action
local delay = state.delay
state.delay = 0
-- Need to ignore the wait for this part.
local wait = self.cooldown[ action ].remains
local ability = class.abilities[ action ]
-- Working variable.
local z = ability.id
if z < -99 or z > 0 then
-- Don't use before the GCD expires, unless:
-- 1. The "use_off_gcd" flag is set in the priority.
-- 2. The ability is flagged as an interrupt or defensive.
local requires = ability.toggle
if requires ~= "interrupts" and requires ~= "defensives" and not self.safebool( self.args.use_off_gcd ) then
wait = max( wait, self.cooldown.global_cooldown.remains )
end
if not state.channel_breakable and not ability.dual_cast then
z = self.buff.casting.remains
if z > wait then
wait = z
end
end
end
local spend, resource = ability.spend
if spend then
if type( spend ) == "number" then
resource = ability.spendType or class.primaryResource
elseif type( spend ) == "function" then
spend, resource = spend()
resource = resource or ability.spendType or class.primaryResource
end
spend = spend or 0
end
if spend and resource and spend > 0 and spend < 1 then
spend = spend * self[ resource ].modmax
end
if not pool then
z = ability.readyTime
if z and z > wait then
wait = z
end
z = ability.readySpend
if z then
spend = z
end
end
-- Okay, so we don't have enough of the resource.
z = resource and self[ resource ]
z = z and z[ "time_to_" .. spend ]
if spend and z and z > wait then
wait = max( wait, ceil( z * 100 ) / 100 )
end
z = ability.nobuff
z = z and self.buff[ z ].remains
if z and z > wait then
wait = z
end
z = ability.nodebuff
z = z and self.debuff[ z ].remains
if z and z > wait then
wait = z
end
--[[ Need to house this in an encounter module, really.
z = self.debuff.repeat_performance.remains
if z and z > 0 and self.prev[1][ action ] then
wait = max( wait, z )
end
profilestop( "post-repeat" ) ]]
-- If ready is a function, it returns time.
-- Ignore this if we are just checking pool_resources.
--[[ if state.spec.fire and state.buff.casting.up and ( ability.id > 0 or ability.id < -99 ) and ability.gcd ~= "off" and not ability.dual_cast then
wait = max( wait, state.buff.casting.remains )
end
profilestop( "post-casting" ) ]]
z = ability.timeToReady
if z and z > wait then
wait = z
end
local lastCast = ability.lastCast
z = ability.icd
z = z and z + lastCast - now
if z and z > wait then
wait = z
end
local line_cd = state.args.line_cd
if ( line_cd and type( line_cd ) == "number" ) then
if lastCast > self.combat then
if Hekili.Debug then Hekili:Debug( "Line CD is " .. line_cd .. ", last cast was " .. lastCast .. ", remaining CD: " .. max( 0, lastCast + line_cd - now ) ) end
wait = max( wait, lastCast + line_cd - now )
end
end
local sync = state.args.sync
local synced = sync and class.abilities[ sync ]
if synced and sync ~= action and state:IsKnown( sync ) then
wait = max( wait, state:TimeToReady( sync ) )
end
wait = ns.callHook( "TimeToReady", wait, action )
if state.empowerment.active and action == state.empowerment.spell then
wait = max( wait, ( state.empowerment.stages[ state.args.empower_to or state.max_empower ] or 0 ) - now )
end
state.delay = delay
return max( wait, self.delayMin )
end
function state:IsReady( action )
action = action or self.this_action
local ability = action and class.abilities[ action ]
if not ability then
Hekili:Error( "Failed state:IsReady( " .. ( action or "BLANK" ) .. " )." )
return false
end
if ability.spend then
local spend, resource
if type( ability.spend ) == "number" then
spend = ability.spend
resource = ability.spendType or class.primaryResource
elseif type( ability.spend ) == "function" then
spend, resource = ability.spend()
end
if resource == "focus" or resource == "energy" or state.script.entry then
local ttr = self:TimeToReady( action )
if ttr < self.delayMin or ttr > self.delayMax then return false, format( "not ready within time contraint ( %.2f - %.2f )", self.delayMin, self.delayMax )
elseif ttr >= self.selection_time then return false, format( "not ready [%.2f] before selected action %s [%.2f]", ttr, self.selected_action or "no_action", self.selection_time ) end
return true
end
end
return self:HasRequiredResources( action ) and self.cooldown[ action ].remains <= self.delay
end
function state:IsReadyNow( action )
action = action or self.this_action
local a = class.abilities[ action ]
if not a then return false end
action = a.key
local profile = Hekili.DB.profile
local spec = rawget( profile.specs, state.spec.id )
if not spec then return false end
local option = spec.abilities[ action ]
local clash = option.clash or 0
if self.cooldown[ action ].remains - clash > 0 then return false end
local wait = ns.callHook( "TimeToReady", 0, action )
if wait and wait > 0 then return false end
if a.ready and type( a.ready ) == "function" and a.ready() > 0 then return false end
if a.spend and a.spend ~= 0 then
local spend, resource
if type( a.spend ) == "number" then
spend = a.spend
resource = a.spendType or class.primaryResource
elseif type( a.spend ) == "function" then
spend, resource = a.spend()
end
if a.ready and type( a.ready ) == "number" then
spend = a.ready
end
if spend > 0 and spend < 1 then
spend = ( spend * state[ resource ].modmax )
end
if spend > 0 then
return state[ resource ].current >= spend
end
end
return true
end
function state:ClashOffset( action )
local a = class.abilities[ action ]
if not a then return 0 end
action = a.key
local spec = rawget( Hekili.DB.profile.specs, state.spec.id )
if not spec then return 0 end
local option = spec.abilities[ action ]
return ns.callHook( "clash", option.clash, action )
end
for k, v in pairs( state ) do
ns.commitKey( k )
end
ns.attr = { "serenity", "active", "active_enemies", "my_enemies", "active_flame_shock", "adds", "agility", "air", "armor", "attack_power", "bonus_armor", "cast_delay", "cast_time", "casting", "cooldown_react", "cooldown_remains", "cooldown_up", "crit_rating", "deficit", "distance", "down", "duration", "earth", "enabled", "energy", "execute_time", "fire", "five", "focus", "four", "gcd", "hardcasts", "haste", "haste_rating", "health", "health_max", "health_pct", "intellect", "level", "mana", "mastery_rating", "mastery_value", "max_nonproc", "max_stack", "maximum_energy", "maximum_focus", "maximum_health", "maximum_mana", "maximum_rage", "maximum_runic", "melee_haste", "miss_react", "moving", "mp5", "multistrike_pct", "multistrike_rating", "one", "pct", "rage", "react", "regen", "remains", "resilience_rating", "runic", "seal", "spell_haste", "spell_power", "spirit", "stack", "stack_pct", "stacks", "stamina", "strength", "this_action", "three", "tick_damage", "tick_dmg", "tick_time", "ticking", "ticks", "ticks_remain", "time", "time_to_die", "time_to_max", "travel_time", "two", "up", "water", "weapon_dps", "weapon_offhand_dps", "weapon_offhand_speed", "weapon_speed", "single", "aoe", "cleave", "percent", "last_judgment_target", "unit", "ready", "refreshable", "pvptalent", "conduit", "legendary", "runeforge", "covenant", "soulbind", "enabled", "full_recharge_time", "time_to_max_charges", "remains_guess", "execute", "actual", "current", "cast_regen", "boss", "exists", "disabled", "fight_remains", "last_used", "time_since", "max" }