-- orbwalker class
class "__gsoOrb"

-- init
function __gsoOrb:__init()

    self.menu = MenuElement({type = MENU, id = "menu", name = "TEST"})
    self.menu:MenuElement({name = "Combo Key", id = "combo", key = string.byte(" ")})

    self.lAttack      = 0		-- lastAttackTime
    self.lMove        = 0		-- lastMoveTime
    self.latency      = Game.Latency() * 0.001
    self.stopOrb      = false
    self.stopSpell    = false
    self.lastSpellT   = {}
    self.inAAT        = false
    self.canAASpell   = true

    self.endTime      = myHero.attackData.endTime
    self.windUpT      = myHero.attackData.windUpTime
    self.animT        = myHero.attackData.animationTime
    self.firstAA      = 0
    self.countAA      = 0

    self.dActions     = {}	-- delayedActions

    Callback.Add('Tick', function() self:_tick() end)
    Callback.Add('Tick', function() self:_tick2() end)
    Callback.Add("WndMsg", function(msg, wParam) self:_wndmsg(msg, wParam) end)
end

function __gsoOrb:_wndmsg(msg, wParam)
    local i = wParam
    if i == HK_Q or i == HK_W or i == HK_E or i == HK_R or i == HK_SUMMONER_1 or i == HK_SUMMONER_2 then
        local checkT = Game.Timer()
        local inAATime = checkT < self.lAttack + self.windUpT + 0.05
        self.lastSpellT[checkT] = inAATime == true
        self.stopSpell = true
    end
end

function __gsoOrb:_tick()
  if self.menu.combo:Value() then
      local target = nil
      for i = 1, Game.HeroCount() do
          local hero = Game.Hero(i)
          local range = myHero.range + myHero.boundingRadius + hero.boundingRadius - 30
          if hero.isEnemy and hero.distance < range and hero.dead == false and hero.isTargetable == true and hero.visible == true then
            target = hero
            break
          end
      end
      local checkT = Game.Timer()
      if self.stopOrb == false and self.stopSpell == false and target ~= nil and (checkT + 0.13 > self.endTime or self.canAASpell == true) then
        -- checkT > self.lAttack + myHero.attackData.animationTime + 0.075 then
        self.canAASpell = false
        self.stopOrb = true
        self.lAttack = Game.Timer()
        Control.mouse_event(MOUSEEVENTF_RIGHTDOWN)
        Control.mouse_event(MOUSEEVENTF_RIGHTUP)
        local cPos = cursorPos
        Control.SetCursorPos(target.pos)
        Control.mouse_event(MOUSEEVENTF_RIGHTDOWN)
        Control.mouse_event(MOUSEEVENTF_RIGHTUP)
        self.dActions[GetTickCount()] = { function() Control.SetCursorPos(cPos.x, cPos.y) end, 50 }
      elseif self.stopOrb == false and checkT > self.lMove + 0.2 then--and checkT + 0.05 > self.endTime - (self.animT - self.windUpT) then
        --and checkT > self.lAttack + myHero.attackData.windUpTime + 0.075 then
        Control.mouse_event(MOUSEEVENTF_RIGHTDOWN)
        Control.mouse_event(MOUSEEVENTF_RIGHTUP)
        self.lMove = checkT
      end
  end
end

function __gsoOrb:_tick2()
  local checkT = Game.Timer()
  local spellTimers = self.lastSpellT
  local countLess = 0
  for k,v in pairs(spellTimers) do
      if checkT > k + 2 then
          self.lastSpellT[k] = nil
      elseif checkT < k + 0.25 then
        countLess = countLess + 1
        self.stopSpell = true
        if v == true then
          self.inAAT = true
        end
        break
      end
  end
  if countLess == 0 then
    if self.stopSpell == true then
        self.stopSpell = false
    end
    if self.inAAT == true then
        self.canAASpell = true
        print("Spell in aa time: reset attack")
    end
    self.inAAT = false
  end
  local dActions = self.dActions
  for k,v in pairs(dActions) do
      if GetTickCount() - k > dActions[k][2] then
          dActions[k][1]()
          self.dActions[k] = nil
      end
  end
  self.latency = Game.Latency() * 0.001
  local aaData = myHero.attackData
  local endTime = aaData.endTime
  self.windUpT = aaData.windUpTime
  self.animT = aaData.animationTime
  if endTime > self.endTime then
      self.stopOrb = false
      self.endTime = endTime
      self.lMove = 0
      if self.countAA == 0 then
        self.firstAA = checkT
      end
      self.countAA = self.countAA + 1
      if self.countAA == 5 then
        print("5 auto attacks in: "..tostring((checkT-self.firstAA)*1000).."ms")
        self.firstAA = 0
        self.countAA = 0
      end
  elseif self.stopOrb == true and checkT > self.lAttack + self.windUpT + 0.15 then
    print("Bad issue: reset attack")
    self.stopOrb = false
  end
end

function OnLoad()
  __gsoOrb()
end