VPrediction.lua

local version = "2.51"
local TESTVERSION = false
local AUTOUPDATE = false
local UPDATE_HOST = "raw.github.com"
local UPDATE_PATH = "/honda7/BoL/master/Common/VPrediction.lua".."?rand="..math.random(1,10000)
local UPDATE_FILE_PATH = LIB_PATH.."vPrediction.lua"
local UPDATE_URL = "https://"..UPDATE_HOST..UPDATE_PATH

function AutoupdaterMsg(msg) print("<font color=\"#6699ff\"><b>VPrediction:</b></font> <font color=\"#FFFFFF\">"..msg..".</font>") end
if AUTOUPDATE then
	local ServerData = GetWebResult(UPDATE_HOST, "/honda7/BoL/master/VersionFiles/vPrediction.version")
	if ServerData then
		ServerVersion = type(tonumber(ServerData)) == "number" and tonumber(ServerData) or nil
		if ServerVersion then
			if tonumber(version) < ServerVersion then
				AutoupdaterMsg("New version available"..ServerVersion)
				AutoupdaterMsg("Updating, please don't press F9")
				DelayAction(function() DownloadFile(UPDATE_URL, UPDATE_FILE_PATH, function () AutoupdaterMsg("Successfully updated. ("..version.." => "..ServerVersion.."), press F9 twice to load the updated version.") end) end, 3)
			else
				AutoupdaterMsg("You have got the latest version ("..ServerVersion..")")
			end
		end
	else
		AutoupdaterMsg("Error downloading version info")
	end
end

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local _FAST, _MEDIUM, _SLOW = 1, 2, 3
class 'VPrediction' --{
function VPrediction:__init()
	self.version = tonumber(version)
	self.showdevmode = false
	self.hitboxes = {['RecItemsCLASSIC'] = 65, ['TeemoMushroom'] = 50.0, ['TestCubeRender'] = 65, ['Xerath'] = 65, ['Kassadin'] = 65, ['Rengar'] = 65, ['Thresh'] = 55.0, ['RecItemsTUTORIAL'] = 65, ['Ziggs'] = 55.0, ['ZyraPassive'] = 20.0, ['ZyraThornPlant'] = 20.0, ['KogMaw'] = 65, ['HeimerTBlue'] = 35.0, ['EliseSpider'] = 65, ['Skarner'] = 80.0, ['ChaosNexus'] = 65, ['Katarina'] = 65, ['Riven'] = 65, ['SightWard'] = 1, ['HeimerTYellow'] = 35.0, ['Ashe'] = 65, ['VisionWard'] = 1, ['TT_NGolem2'] = 80.0, ['ThreshLantern'] = 65, ['RecItemsCLASSICMap10'] = 65, ['RecItemsODIN'] = 65, ['TT_Spiderboss'] = 200.0, ['RecItemsARAM'] = 65, ['OrderNexus'] = 65, ['Soraka'] = 65, ['Jinx'] = 65, ['TestCubeRenderwCollision'] = 65, ['Red_Minion_Wizard'] = 48.0, ['JarvanIV'] = 65, ['Blue_Minion_Wizard'] = 48.0, ['TT_ChaosTurret2'] = 88.4, ['TT_ChaosTurret3'] = 88.4, ['TT_ChaosTurret1'] = 88.4, ['ChaosTurretGiant'] = 88.4, ['Dragon'] = 100.0, ['LuluSnowman'] = 50.0, ['Worm'] = 100.0, ['ChaosTurretWorm'] = 88.4, ['TT_ChaosInhibitor'] = 65, ['ChaosTurretNormal'] = 88.4, ['AncientGolem'] = 100.0, ['ZyraGraspingPlant'] = 20.0, ['HA_AP_OrderTurret3'] = 88.4, ['HA_AP_OrderTurret2'] = 88.4, ['Tryndamere'] = 65, ['OrderTurretNormal2'] = 88.4, ['Singed'] = 65, ['OrderInhibitor'] = 65, ['Diana'] = 65, ['HA_FB_HealthRelic'] = 65, ['TT_OrderInhibitor'] = 65, ['GreatWraith'] = 80.0, ['Yasuo'] = 65, ['OrderTurretDragon'] = 88.4, ['OrderTurretNormal'] = 88.4, ['LizardElder'] = 65.0, ['HA_AP_ChaosTurret'] = 88.4, ['Ahri'] = 65, ['Lulu'] = 65, ['ChaosInhibitor'] = 65, ['HA_AP_ChaosTurret3'] = 88.4, ['HA_AP_ChaosTurret2'] = 88.4, ['ChaosTurretWorm2'] = 88.4, ['TT_OrderTurret1'] = 88.4, ['TT_OrderTurret2'] = 88.4, ['TT_OrderTurret3'] = 88.4, ['LuluFaerie'] = 65, ['HA_AP_OrderTurret'] = 88.4, ['OrderTurretAngel'] = 88.4, ['YellowTrinketUpgrade'] = 1, ['MasterYi'] = 65, ['Lissandra'] = 65, ['ARAMOrderTurretNexus'] = 88.4, ['Draven'] = 65, ['FiddleSticks'] = 65, ['SmallGolem'] = 80.0, ['ARAMOrderTurretFront'] = 88.4, ['ChaosTurretTutorial'] = 88.4, ['NasusUlt'] = 80.0, ['Maokai'] = 80.0, ['Wraith'] = 50.0, ['Wolf'] = 50.0, ['Sivir'] = 65, ['Corki'] = 65, ['Janna'] = 65, ['Nasus'] = 80.0, ['Golem'] = 80.0, ['ARAMChaosTurretFront'] = 88.4, ['ARAMOrderTurretInhib'] = 88.4, ['LeeSin'] = 65, ['HA_AP_ChaosTurretTutorial'] = 88.4, ['GiantWolf'] = 65.0, ['HA_AP_OrderTurretTutorial'] = 88.4, ['YoungLizard'] = 50.0, ['Jax'] = 65, ['LesserWraith'] = 50.0, ['Blitzcrank'] = 80.0, ['brush_D_SR'] = 65, ['brush_E_SR'] = 65, ['brush_F_SR'] = 65, ['brush_C_SR'] = 65, ['brush_A_SR'] = 65, ['brush_B_SR'] = 65, ['ARAMChaosTurretInhib'] = 88.4, ['Shen'] = 65, ['Nocturne'] = 65, ['Sona'] = 65, ['ARAMChaosTurretNexus'] = 88.4, ['YellowTrinket'] = 1, ['OrderTurretTutorial'] = 88.4, ['Caitlyn'] = 65, ['Trundle'] = 65, ['Malphite'] = 80.0, ['Mordekaiser'] = 80.0, ['ZyraSeed'] = 65, ['Vi'] = 50, ['Tutorial_Red_Minion_Wizard'] = 48.0, ['Renekton'] = 80.0, ['Anivia'] = 65, ['Fizz'] = 65, ['Heimerdinger'] = 55.0, ['Evelynn'] = 65, ['Rumble'] = 80.0, ['Leblanc'] = 65, ['Darius'] = 80.0, ['OlafAxe'] = 50.0, ['Viktor'] = 65, ['XinZhao'] = 65, ['Orianna'] = 65, ['Vladimir'] = 65, ['Nidalee'] = 65, ['Tutorial_Red_Minion_Basic'] = 48.0, ['ZedShadow'] = 65, ['Syndra'] = 65, ['Zac'] = 80.0, ['Olaf'] = 65, ['Veigar'] = 55.0, ['Twitch'] = 65, ['Alistar'] = 80.0, ['Akali'] = 65, ['Urgot'] = 80.0, ['Leona'] = 65, ['Talon'] = 65, ['Karma'] = 65, ['Jayce'] = 65, ['Galio'] = 80.0, ['Shaco'] = 65, ['Taric'] = 65, ['TwistedFate'] = 65, ['Varus'] = 65, ['Garen'] = 65, ['Swain'] = 65, ['Vayne'] = 65, ['Fiora'] = 65, ['Quinn'] = 65, ['Kayle'] = 65, ['Blue_Minion_Basic'] = 48.0, ['Brand'] = 65, ['Teemo'] = 55.0, ['Amumu'] = 55.0, ['Annie'] = 55.0, ['Odin_Blue_Minion_caster'] = 48.0, ['Elise'] = 65, ['Nami'] = 65, ['Poppy'] = 55.0, ['AniviaEgg'] = 65, ['Tristana'] = 55.0, ['Graves'] = 65, ['Morgana'] = 65, ['Gragas'] = 80.0, ['MissFortune'] = 65, ['Warwick'] = 65, ['Cassiopeia'] = 65, ['Tutorial_Blue_Minion_Wizard'] = 48.0, ['DrMundo'] = 80.0, ['Volibear'] = 80.0, ['Irelia'] = 65, ['Odin_Red_Minion_Caster'] = 48.0, ['Lucian'] = 65, ['Yorick'] = 80.0, ['RammusPB'] = 65, ['Red_Minion_Basic'] = 48.0, ['Udyr'] = 65, ['MonkeyKing'] = 65, ['Tutorial_Blue_Minion_Basic'] = 48.0, ['Kennen'] = 55.0, ['Nunu'] = 65, ['Ryze'] = 65, ['Zed'] = 65, ['Nautilus'] = 80.0, ['Gangplank'] = 65, ['shopevo'] = 65, ['Lux'] = 65, ['Sejuani'] = 80.0, ['Ezreal'] = 65, ['OdinNeutralGuardian'] = 65, ['Khazix'] = 65, ['Sion'] = 80.0, ['Aatrox'] = 65, ['Hecarim'] = 80.0, ['Pantheon'] = 65, ['Shyvana'] = 50.0, ['Zyra'] = 65, ['Karthus'] = 65, ['Rammus'] = 65, ['Zilean'] = 65, ['Chogath'] = 80.0, ['Malzahar'] = 65, ['YorickRavenousGhoul'] = 1.0, ['YorickSpectralGhoul'] = 1.0, ['JinxMine'] = 65, ['YorickDecayedGhoul'] = 1.0, ['XerathArcaneBarrageLauncher'] = 65, ['Odin_SOG_Order_Crystal'] = 65, ['TestCube'] = 65, ['ShyvanaDragon'] = 80.0, ['FizzBait'] = 65, ['ShopKeeper'] = 65, ['Blue_Minion_MechMelee'] = 65.0, ['OdinQuestBuff'] = 65, ['TT_Buffplat_L'] = 65, ['TT_Buffplat_R'] = 65, ['KogMawDead'] = 65, ['TempMovableChar'] = 48.0, ['Lizard'] = 50.0, ['GolemOdin'] = 80.0, ['OdinOpeningBarrier'] = 65, ['TT_ChaosTurret4'] = 88.4, ['TT_Flytrap_A'] = 65, ['TT_Chains_Order_Periph'] = 65, ['TT_NWolf'] = 65.0, ['ShopMale'] = 65, ['OdinShieldRelic'] = 65, ['TT_Chains_Xaos_Base'] = 65, ['LuluSquill'] = 50.0, ['TT_Shopkeeper'] = 65, ['redDragon'] = 100.0, ['MonkeyKingClone'] = 65, ['Odin_skeleton'] = 65, ['OdinChaosTurretShrine'] = 88.4, ['Cassiopeia_Death'] = 65, ['OdinCenterRelic'] = 48.0, ['Ezreal_cyber_1'] = 65, ['Ezreal_cyber_3'] = 65, ['Ezreal_cyber_2'] = 65, ['OdinRedSuperminion'] = 55.0, ['TT_Speedshrine_Gears'] = 65, ['JarvanIVWall'] = 65, ['DestroyedNexus'] = 65, ['ARAMOrderNexus'] = 65, ['Red_Minion_MechCannon'] = 65.0, ['OdinBlueSuperminion'] = 55.0, ['SyndraOrbs'] = 65, ['LuluKitty'] = 50.0, ['SwainNoBird'] = 65, ['LuluLadybug'] = 50.0, ['CaitlynTrap'] = 65, ['TT_Shroom_A'] = 65, ['ARAMChaosTurretShrine'] = 88.4, ['Odin_Windmill_Propellers'] = 65, ['DestroyedInhibitor'] = 65, ['TT_NWolf2'] = 50.0, ['OdinMinionGraveyardPortal'] = 1.0, ['SwainBeam'] = 65, ['Summoner_Rider_Order'] = 65.0, ['TT_Relic'] = 65, ['odin_lifts_crystal'] = 65, ['OdinOrderTurretShrine'] = 88.4, ['SpellBook1'] = 65, ['Blue_Minion_MechCannon'] = 65.0, ['TT_ChaosInhibitor_D'] = 65, ['Odin_SoG_Chaos'] = 65, ['TrundleWall'] = 65, ['HA_AP_HealthRelic'] = 65, ['OrderTurretShrine'] = 88.4, ['OriannaBall'] = 48.0, ['ChaosTurretShrine'] = 88.4, ['LuluCupcake'] = 50.0, ['HA_AP_ChaosTurretShrine'] = 88.4, ['TT_Chains_Bot_Lane'] = 65, ['TT_NWraith2'] = 50.0, ['TT_Tree_A'] = 65, ['SummonerBeacon'] = 65, ['Odin_Drill'] = 65, ['TT_NGolem'] = 80.0, ['Shop'] = 65, ['AramSpeedShrine'] = 65, ['DestroyedTower'] = 65, ['OriannaNoBall'] = 65, ['Odin_Minecart'] = 65, ['Summoner_Rider_Chaos'] = 65.0, ['OdinSpeedShrine'] = 65, ['TT_Brazier'] = 65, ['TT_SpeedShrine'] = 65, ['odin_lifts_buckets'] = 65, ['OdinRockSaw'] = 65, ['OdinMinionSpawnPortal'] = 1.0, ['SyndraSphere'] = 48.0, ['TT_Nexus_Gears'] = 65, ['Red_Minion_MechMelee'] = 65.0, ['SwainRaven'] = 65, ['crystal_platform'] = 65, ['MaokaiSproutling'] = 48.0, ['Urf'] = 65, ['TestCubeRender10Vision'] = 65, ['MalzaharVoidling'] = 10.0, ['GhostWard'] = 1, ['MonkeyKingFlying'] = 65, ['LuluPig'] = 50.0, ['AniviaIceBlock'] = 65, ['TT_OrderInhibitor_D'] = 65, ['yonkey'] = 65, ['Odin_SoG_Order'] = 65, ['RammusDBC'] = 65, ['FizzShark'] = 65, ['LuluDragon'] = 50.0, ['OdinTestCubeRender'] = 65, ['OdinCrane'] = 65, ['TT_Tree1'] = 65, ['ARAMOrderTurretShrine'] = 88.4, ['TT_Chains_Order_Base'] = 65, ['Odin_Windmill_Gears'] = 65, ['ARAMChaosNexus'] = 65, ['TT_NWraith'] = 50.0, ['TT_OrderTurret4'] = 88.4, ['Odin_SOG_Chaos_Crystal'] = 65, ['TT_SpiderLayer_Web'] = 65, ['OdinQuestIndicator'] = 1.0, ['JarvanIVStandard'] = 65, ['TT_DummyPusher'] = 65, ['OdinClaw'] = 65, ['EliseSpiderling'] = 1.0, ['QuinnValor'] = 65, ['UdyrTigerUlt'] = 65, ['UdyrTurtleUlt'] = 65, ['UdyrUlt'] = 65, ['UdyrPhoenixUlt'] = 65, ['ShacoBox'] = 10, ['HA_AP_Poro'] = 65, ['AnnieTibbers'] = 80.0, ['UdyrPhoenix'] = 65, ['UdyrTurtle'] = 65, ['UdyrTiger'] = 65, ['HA_AP_OrderShrineTurret'] = 88.4, ['HA_AP_OrderTurretRubble'] = 65, ['HA_AP_Chains_Long'] = 65, ['HA_AP_OrderCloth'] = 65, ['HA_AP_PeriphBridge'] = 65, ['HA_AP_BridgeLaneStatue'] = 65, ['HA_AP_ChaosTurretRubble'] = 88.4, ['HA_AP_BannerMidBridge'] = 65, ['HA_AP_PoroSpawner'] = 50.0, ['HA_AP_Cutaway'] = 65, ['HA_AP_Chains'] = 65, ['HA_AP_ShpSouth'] = 65, ['HA_AP_HeroTower'] = 65, ['HA_AP_ShpNorth'] = 65, ['ChaosInhibitor_D'] = 65, ['ZacRebirthBloblet'] = 65, ['OrderInhibitor_D'] = 65, ['Nidalee_Spear'] = 65, ['Nidalee_Cougar'] = 65, ['TT_Buffplat_Chain'] = 65, ['WriggleLantern'] = 1, ['TwistedLizardElder'] = 65.0, ['RabidWolf'] = 65.0, ['HeimerTGreen'] = 50.0, ['HeimerTRed'] = 50.0, ['ViktorFF'] = 65, ['TwistedGolem'] = 80.0, ['TwistedSmallWolf'] = 50.0, ['TwistedGiantWolf'] = 65.0, ['TwistedTinyWraith'] = 50.0, ['TwistedBlueWraith'] = 50.0, ['TwistedYoungLizard'] = 50.0, ['Red_Minion_Melee'] = 48.0, ['Blue_Minion_Melee'] = 48.0, ['Blue_Minion_Healer'] = 48.0, ['Ghast'] = 60.0, ['blueDragon'] = 100.0, ['Red_Minion_MechRange'] = 65.0, ['Test_CubeSphere'] = 65,}
	self.projectilespeeds = {["Velkoz"]= 2000,["TeemoMushroom"] = math.huge,["TestCubeRender"] = math.huge ,["Xerath"] = 2000.0000 ,["Kassadin"] = math.huge ,["Rengar"] = math.huge ,["Thresh"] = 1000.0000 ,["Ziggs"] = 1500.0000 ,["ZyraPassive"] = 1500.0000 ,["ZyraThornPlant"] = 1500.0000 ,["KogMaw"] = 1800.0000 ,["HeimerTBlue"] = 1599.3999 ,["EliseSpider"] = 500.0000 ,["Skarner"] = 500.0000 ,["ChaosNexus"] = 500.0000 ,["Katarina"] = 467.0000 ,["Riven"] = 347.79999 ,["SightWard"] = 347.79999 ,["HeimerTYellow"] = 1599.3999 ,["Ashe"] = 2000.0000 ,["VisionWard"] = 2000.0000 ,["TT_NGolem2"] = math.huge ,["ThreshLantern"] = math.huge ,["TT_Spiderboss"] = math.huge ,["OrderNexus"] = math.huge ,["Soraka"] = 1000.0000 ,["Jinx"] = 2750.0000 ,["TestCubeRenderwCollision"] = 2750.0000 ,["Red_Minion_Wizard"] = 650.0000 ,["JarvanIV"] = 20.0000 ,["Blue_Minion_Wizard"] = 650.0000 ,["TT_ChaosTurret2"] = 1200.0000 ,["TT_ChaosTurret3"] = 1200.0000 ,["TT_ChaosTurret1"] = 1200.0000 ,["ChaosTurretGiant"] = 1200.0000 ,["Dragon"] = 1200.0000 ,["LuluSnowman"] = 1200.0000 ,["Worm"] = 1200.0000 ,["ChaosTurretWorm"] = 1200.0000 ,["TT_ChaosInhibitor"] = 1200.0000 ,["ChaosTurretNormal"] = 1200.0000 ,["AncientGolem"] = 500.0000 ,["ZyraGraspingPlant"] = 500.0000 ,["HA_AP_OrderTurret3"] = 1200.0000 ,["HA_AP_OrderTurret2"] = 1200.0000 ,["Tryndamere"] = 347.79999 ,["OrderTurretNormal2"] = 1200.0000 ,["Singed"] = 700.0000 ,["OrderInhibitor"] = 700.0000 ,["Diana"] = 347.79999 ,["HA_FB_HealthRelic"] = 347.79999 ,["TT_OrderInhibitor"] = 347.79999 ,["GreatWraith"] = 750.0000 ,["Yasuo"] = 347.79999 ,["OrderTurretDragon"] = 1200.0000 ,["OrderTurretNormal"] = 1200.0000 ,["LizardElder"] = 500.0000 ,["HA_AP_ChaosTurret"] = 1200.0000 ,["Ahri"] = 1750.0000 ,["Lulu"] = 1450.0000 ,["ChaosInhibitor"] = 1450.0000 ,["HA_AP_ChaosTurret3"] = 1200.0000 ,["HA_AP_ChaosTurret2"] = 1200.0000 ,["ChaosTurretWorm2"] = 1200.0000 ,["TT_OrderTurret1"] = 1200.0000 ,["TT_OrderTurret2"] = 1200.0000 ,["TT_OrderTurret3"] = 1200.0000 ,["LuluFaerie"] = 1200.0000 ,["HA_AP_OrderTurret"] = 1200.0000 ,["OrderTurretAngel"] = 1200.0000 ,["YellowTrinketUpgrade"] = 1200.0000 ,["MasterYi"] = math.huge ,["Lissandra"] = 2000.0000 ,["ARAMOrderTurretNexus"] = 1200.0000 ,["Draven"] = 1700.0000 ,["FiddleSticks"] = 1750.0000 ,["SmallGolem"] = math.huge ,["ARAMOrderTurretFront"] = 1200.0000 ,["ChaosTurretTutorial"] = 1200.0000 ,["NasusUlt"] = 1200.0000 ,["Maokai"] = math.huge ,["Wraith"] = 750.0000 ,["Wolf"] = math.huge ,["Sivir"] = 1750.0000 ,["Corki"] = 2000.0000 ,["Janna"] = 1200.0000 ,["Nasus"] = math.huge ,["Golem"] = math.huge ,["ARAMChaosTurretFront"] = 1200.0000 ,["ARAMOrderTurretInhib"] = 1200.0000 ,["LeeSin"] = math.huge ,["HA_AP_ChaosTurretTutorial"] = 1200.0000 ,["GiantWolf"] = math.huge ,["HA_AP_OrderTurretTutorial"] = 1200.0000 ,["YoungLizard"] = 750.0000 ,["Jax"] = 400.0000 ,["LesserWraith"] = math.huge ,["Blitzcrank"] = math.huge ,["ARAMChaosTurretInhib"] = 1200.0000 ,["Shen"] = 400.0000 ,["Nocturne"] = math.huge ,["Sona"] = 1500.0000 ,["ARAMChaosTurretNexus"] = 1200.0000 ,["YellowTrinket"] = 1200.0000 ,["OrderTurretTutorial"] = 1200.0000 ,["Caitlyn"] = 2500.0000 ,["Trundle"] = 347.79999 ,["Malphite"] = 1000.0000 ,["Mordekaiser"] = math.huge ,["ZyraSeed"] = math.huge ,["Vi"] = 1000.0000 ,["Tutorial_Red_Minion_Wizard"] = 650.0000 ,["Renekton"] = math.huge ,["Anivia"] = 1400.0000 ,["Fizz"] = math.huge ,["Heimerdinger"] = 1500.0000 ,["Evelynn"] = 467.0000 ,["Rumble"] = 347.79999 ,["Leblanc"] = 1700.0000 ,["Darius"] = math.huge ,["OlafAxe"] = math.huge ,["Viktor"] = 2300.0000 ,["XinZhao"] = 20.0000 ,["Orianna"] = 1450.0000 ,["Vladimir"] = 1400.0000 ,["Nidalee"] = 1750.0000 ,["Tutorial_Red_Minion_Basic"] = math.huge ,["ZedShadow"] = 467.0000 ,["Syndra"] = 1800.0000 ,["Zac"] = 1000.0000 ,["Olaf"] = 347.79999 ,["Veigar"] = 1100.0000 ,["Twitch"] = 2500.0000 ,["Alistar"] = math.huge ,["Akali"] = 467.0000 ,["Urgot"] = 1300.0000 ,["Leona"] = 347.79999 ,["Talon"] = math.huge ,["Karma"] = 1500.0000 ,["Jayce"] = 347.79999 ,["Galio"] = 1000.0000 ,["Shaco"] = math.huge ,["Taric"] = math.huge ,["TwistedFate"] = 1500.0000 ,["Varus"] = 2000.0000 ,["Garen"] = 347.79999 ,["Swain"] = 1600.0000 ,["Vayne"] = 2000.0000 ,["Fiora"] = 467.0000 ,["Quinn"] = 2000.0000 ,["Kayle"] = math.huge ,["Blue_Minion_Basic"] = math.huge ,["Brand"] = 2000.0000 ,["Teemo"] = 1300.0000 ,["Amumu"] = 500.0000 ,["Annie"] = 1200.0000 ,["Odin_Blue_Minion_caster"] = 1200.0000 ,["Elise"] = 1600.0000 ,["Nami"] = 1500.0000 ,["Poppy"] = 500.0000 ,["AniviaEgg"] = 500.0000 ,["Tristana"] = 2250.0000 ,["Graves"] = 3000.0000 ,["Morgana"] = 1600.0000 ,["Gragas"] = math.huge ,["MissFortune"] = 2000.0000 ,["Warwick"] = math.huge ,["Cassiopeia"] = 1200.0000 ,["Tutorial_Blue_Minion_Wizard"] = 650.0000 ,["DrMundo"] = math.huge ,["Volibear"] = 467.0000 ,["Irelia"] = 467.0000 ,["Odin_Red_Minion_Caster"] = 650.0000 ,["Lucian"] = 2800.0000 ,["Yorick"] = math.huge ,["RammusPB"] = math.huge ,["Red_Minion_Basic"] = math.huge ,["Udyr"] = 467.0000 ,["MonkeyKing"] = 20.0000 ,["Tutorial_Blue_Minion_Basic"] = math.huge ,["Kennen"] = 1600.0000 ,["Nunu"] = 500.0000 ,["Ryze"] = 2400.0000 ,["Zed"] = 467.0000 ,["Nautilus"] = 1000.0000 ,["Gangplank"] = 1000.0000 ,["Lux"] = 1600.0000 ,["Sejuani"] = 500.0000 ,["Ezreal"] = 2000.0000 ,["OdinNeutralGuardian"] = 1800.0000 ,["Khazix"] = 500.0000 ,["Sion"] = math.huge ,["Aatrox"] = 347.79999 ,["Hecarim"] = 500.0000 ,["Pantheon"] = 20.0000 ,["Shyvana"] = 467.0000 ,["Zyra"] = 1700.0000 ,["Karthus"] = 1200.0000 ,["Rammus"] = math.huge ,["Zilean"] = 1200.0000 ,["Chogath"] = 500.0000 ,["Malzahar"] = 2000.0000 ,["YorickRavenousGhoul"] = 347.79999 ,["YorickSpectralGhoul"] = 347.79999 ,["JinxMine"] = 347.79999 ,["YorickDecayedGhoul"] = 347.79999 ,["XerathArcaneBarrageLauncher"] = 347.79999 ,["Odin_SOG_Order_Crystal"] = 347.79999 ,["TestCube"] = 347.79999 ,["ShyvanaDragon"] = math.huge ,["FizzBait"] = math.huge ,["Blue_Minion_MechMelee"] = math.huge ,["OdinQuestBuff"] = math.huge ,["TT_Buffplat_L"] = math.huge ,["TT_Buffplat_R"] = math.huge ,["KogMawDead"] = math.huge ,["TempMovableChar"] = math.huge ,["Lizard"] = 500.0000 ,["GolemOdin"] = math.huge ,["OdinOpeningBarrier"] = math.huge ,["TT_ChaosTurret4"] = 500.0000 ,["TT_Flytrap_A"] = 500.0000 ,["TT_NWolf"] = math.huge ,["OdinShieldRelic"] = math.huge ,["LuluSquill"] = math.huge ,["redDragon"] = math.huge ,["MonkeyKingClone"] = math.huge ,["Odin_skeleton"] = math.huge ,["OdinChaosTurretShrine"] = 500.0000 ,["Cassiopeia_Death"] = 500.0000 ,["OdinCenterRelic"] = 500.0000 ,["OdinRedSuperminion"] = math.huge ,["JarvanIVWall"] = math.huge ,["ARAMOrderNexus"] = math.huge ,["Red_Minion_MechCannon"] = 1200.0000 ,["OdinBlueSuperminion"] = math.huge ,["SyndraOrbs"] = math.huge ,["LuluKitty"] = math.huge ,["SwainNoBird"] = math.huge ,["LuluLadybug"] = math.huge ,["CaitlynTrap"] = math.huge ,["TT_Shroom_A"] = math.huge ,["ARAMChaosTurretShrine"] = 500.0000 ,["Odin_Windmill_Propellers"] = 500.0000 ,["TT_NWolf2"] = math.huge ,["OdinMinionGraveyardPortal"] = math.huge ,["SwainBeam"] = math.huge ,["Summoner_Rider_Order"] = math.huge ,["TT_Relic"] = math.huge ,["odin_lifts_crystal"] = math.huge ,["OdinOrderTurretShrine"] = 500.0000 ,["SpellBook1"] = 500.0000 ,["Blue_Minion_MechCannon"] = 1200.0000 ,["TT_ChaosInhibitor_D"] = 1200.0000 ,["Odin_SoG_Chaos"] = 1200.0000 ,["TrundleWall"] = 1200.0000 ,["HA_AP_HealthRelic"] = 1200.0000 ,["OrderTurretShrine"] = 500.0000 ,["OriannaBall"] = 500.0000 ,["ChaosTurretShrine"] = 500.0000 ,["LuluCupcake"] = 500.0000 ,["HA_AP_ChaosTurretShrine"] = 500.0000 ,["TT_NWraith2"] = 750.0000 ,["TT_Tree_A"] = 750.0000 ,["SummonerBeacon"] = 750.0000 ,["Odin_Drill"] = 750.0000 ,["TT_NGolem"] = math.huge ,["AramSpeedShrine"] = math.huge ,["OriannaNoBall"] = math.huge ,["Odin_Minecart"] = math.huge ,["Summoner_Rider_Chaos"] = math.huge ,["OdinSpeedShrine"] = math.huge ,["TT_SpeedShrine"] = math.huge ,["odin_lifts_buckets"] = math.huge ,["OdinRockSaw"] = math.huge ,["OdinMinionSpawnPortal"] = math.huge ,["SyndraSphere"] = math.huge ,["Red_Minion_MechMelee"] = math.huge ,["SwainRaven"] = math.huge ,["crystal_platform"] = math.huge ,["MaokaiSproutling"] = math.huge ,["Urf"] = math.huge ,["TestCubeRender10Vision"] = math.huge ,["MalzaharVoidling"] = 500.0000 ,["GhostWard"] = 500.0000 ,["MonkeyKingFlying"] = 500.0000 ,["LuluPig"] = 500.0000 ,["AniviaIceBlock"] = 500.0000 ,["TT_OrderInhibitor_D"] = 500.0000 ,["Odin_SoG_Order"] = 500.0000 ,["RammusDBC"] = 500.0000 ,["FizzShark"] = 500.0000 ,["LuluDragon"] = 500.0000 ,["OdinTestCubeRender"] = 500.0000 ,["TT_Tree1"] = 500.0000 ,["ARAMOrderTurretShrine"] = 500.0000 ,["Odin_Windmill_Gears"] = 500.0000 ,["ARAMChaosNexus"] = 500.0000 ,["TT_NWraith"] = 750.0000 ,["TT_OrderTurret4"] = 500.0000 ,["Odin_SOG_Chaos_Crystal"] = 500.0000 ,["OdinQuestIndicator"] = 500.0000 ,["JarvanIVStandard"] = 500.0000 ,["TT_DummyPusher"] = 500.0000 ,["OdinClaw"] = 500.0000 ,["EliseSpiderling"] = 2000.0000 ,["QuinnValor"] = math.huge ,["UdyrTigerUlt"] = math.huge ,["UdyrTurtleUlt"] = math.huge ,["UdyrUlt"] = math.huge ,["UdyrPhoenixUlt"] = math.huge ,["ShacoBox"] = 1500.0000 ,["HA_AP_Poro"] = 1500.0000 ,["AnnieTibbers"] = math.huge ,["UdyrPhoenix"] = math.huge ,["UdyrTurtle"] = math.huge ,["UdyrTiger"] = math.huge ,["HA_AP_OrderShrineTurret"] = 500.0000 ,["HA_AP_Chains_Long"] = 500.0000 ,["HA_AP_BridgeLaneStatue"] = 500.0000 ,["HA_AP_ChaosTurretRubble"] = 500.0000 ,["HA_AP_PoroSpawner"] = 500.0000 ,["HA_AP_Cutaway"] = 500.0000 ,["HA_AP_Chains"] = 500.0000 ,["ChaosInhibitor_D"] = 500.0000 ,["ZacRebirthBloblet"] = 500.0000 ,["OrderInhibitor_D"] = 500.0000 ,["Nidalee_Spear"] = 500.0000 ,["Nidalee_Cougar"] = 500.0000 ,["TT_Buffplat_Chain"] = 500.0000 ,["WriggleLantern"] = 500.0000 ,["TwistedLizardElder"] = 500.0000 ,["RabidWolf"] = math.huge ,["HeimerTGreen"] = 1599.3999 ,["HeimerTRed"] = 1599.3999 ,["ViktorFF"] = 1599.3999 ,["TwistedGolem"] = math.huge ,["TwistedSmallWolf"] = math.huge ,["TwistedGiantWolf"] = math.huge ,["TwistedTinyWraith"] = 750.0000 ,["TwistedBlueWraith"] = 750.0000 ,["TwistedYoungLizard"] = 750.0000 ,["Red_Minion_Melee"] = math.huge ,["Blue_Minion_Melee"] = math.huge ,["Blue_Minion_Healer"] = 1000.0000 ,["Ghast"] = 750.0000 ,["blueDragon"] = 800.0000 ,["Red_Minion_MechRange"] = 3000.0000,}
	self.ActiveAttacks = {}
	self.MinionsAttacks = {}
	

	if not _G.VPredictionMenu then
		_G.VPredictionMenu = scriptConfig("VPrediction", "VPrediction")
			
			_G.VPredictionMenu:addParam("Mode", "Cast Mode", SCRIPT_PARAM_LIST, 1, {"Fast", "Medium", "Slow" })
			
			--[[Collision]]
			_G.VPredictionMenu:addSubMenu("Collision", "Collision")
				_G.VPredictionMenu.Collision:addParam("Buffer", "Collision buffer", SCRIPT_PARAM_SLICE, 20, 0, 100)
				_G.VPredictionMenu.Collision:addParam("Minions", "Normal minions", SCRIPT_PARAM_ONOFF, true)
				_G.VPredictionMenu.Collision:addParam("Mobs", "Jungle minions", SCRIPT_PARAM_ONOFF, true)
				_G.VPredictionMenu.Collision:addParam("Others", "Others", SCRIPT_PARAM_ONOFF, true)
				_G.VPredictionMenu.Collision:addParam("CHealth", "Check if minions are about to die (BETA)", SCRIPT_PARAM_ONOFF, false)
				_G.VPredictionMenu.Collision:addParam("info", "-", SCRIPT_PARAM_INFO, "^ Can cause fps drops")

				_G.VPredictionMenu.Collision:addParam("UnitPos", "Check collision at the unit pos", SCRIPT_PARAM_ONOFF, true)
				_G.VPredictionMenu.Collision:addParam("CastPos", "Check collision at the cast pos", SCRIPT_PARAM_ONOFF, true)
				_G.VPredictionMenu.Collision:addParam("PredictPos", "Check collision at the predicted pos", SCRIPT_PARAM_ONOFF, false)

			if self.showdevmode then
			_G.VPredictionMenu:addSubMenu("Developers", "Developers")
				_G.VPredictionMenu.Developers:addParam("Debug", "Enable debug", SCRIPT_PARAM_ONOFF, false)
				_G.VPredictionMenu.Developers:addParam("SC", "Show collision", SCRIPT_PARAM_ONOFF, false)
			end
			_G.VPredictionMenu:addParam("Version", "Version", SCRIPT_PARAM_INFO, tostring(self.version))
	end

	--[[Use waypoints from the last 10 seconds]]
	self.WaypointsTime = 10
	
	self.EnemyMinions = minionManager(MINION_ENEMY, 2000, myHero.visionPos, MINION_SORT_HEALTH_ASC)
	self.JungleMinions = minionManager(MINION_JUNGLE, 2000, myHero.visionPos, MINION_SORT_HEALTH_ASC)
	self.OtherMinions = minionManager(MINION_OTHER, 2000, myHero.visionPos, MINION_SORT_HEALTH_ASC)

	self.TargetsVisible = {}
	self.TargetsWaypoints = {}
	self.TargetsImmobile = {}
	self.TargetsDashing = {}
	self.TargetsSlowed = {}
	self.DontShoot = {}
	self.DontShoot2 = {}
	self.DontShootUntilNewWaypoints = {}

	if VIP_USER then
		WayPointManager.AddCallback(function(NetworkID) self:OnNewWayPoints(NetworkID) end)
		AdvancedCallback:bind("OnGainVision", function(unit) self:OnGainVision(unit) end)
		AdvancedCallback:bind("OnGainBuff", function(unit, buff) self:OnGainBuff(unit, buff) end)
		AdvancedCallback:bind("OnDash", function(unit, dash) self:OnDash(unit, dash) end)
	end
	
	AddProcessSpellCallback(function(unit, spell) self:OnProcessSpell(unit, spell) end)
	AddTickCallback(function() self:OnTick() end)
	AddDrawCallback(function() self:OnDraw() end)
	AddProcessSpellCallback(function(unit, spell) self:CollisionProcessSpell(unit, spell) end)
	self.BlackList = 
	{
		{name = "aatroxq", duration = 0.75}, --[[4 Dashes, OnDash fails]]
	}
	
	--[[Spells that will cause OnDash to fire, dont shoot and wait to OnDash]]
	self.dashAboutToHappend =
	{
		{name = "ahritumble", duration = 0.25},--ahri's r
		{name = "akalishadowdance", duration = 0.25},--akali r
		{name = "headbutt", duration = 0.25},--alistar w
		{name = "caitlynentrapment", duration = 0.25},--caitlyn e
		{name = "carpetbomb", duration = 0.25},--corki w
		{name = "dianateleport", duration = 0.25},--diana r
		{name = "fizzpiercingstrike", duration = 0.25},--fizz q
		{name = "fizzjump", duration = 0.25},--fizz e
		{name = "gragasbodyslam", duration = 0.25},--gragas e
		{name = "gravesmove", duration = 0.25},--graves e
		{name = "ireliagatotsu", duration = 0.25},--irelia q
		{name = "jarvanivdragonstrike", duration = 0.25},--jarvan q
		{name = "jaxleapstrike", duration = 0.25},--jax q
		{name = "khazixe", duration = 0.25},--khazix e and e evolved
		{name = "leblancslide", duration = 0.25},--leblanc w
		{name = "leblancslidem", duration = 0.25},--leblanc w (r)
		{name = "blindmonkqtwo", duration = 0.25},--lee sin q 
		{name = "blindmonkwone", duration = 0.25},--lee sin w
		{name = "luciane", duration = 0.25},--lucian e
		{name = "maokaiunstablegrowth", duration = 0.25},--maokai w
		{name = "nocturneparanoia2", duration = 0.25},--nocturne r
		{name = "pantheon_leapbash", duration = 0.25},--pantheon e?
		{name = "renektonsliceanddice", duration = 0.25},--renekton e
		{name = "riventricleave", duration = 0.25},--riven q
		{name = "rivenfeint", duration = 0.25},--riven e
		{name = "sejuaniarcticassault", duration = 0.25},--sejuani q
		{name = "shenshadowdash", duration = 0.25},--shen e
		{name = "shyvanatransformcast", duration = 0.25},--shyvana r
		{name = "rocketjump", duration = 0.25},--tristana w
		{name = "slashcast", duration = 0.25},--tryndamere e
		{name = "vaynetumble", duration = 0.25},--vayne q
		{name = "viq", duration = 0.25},--vi q
		{name = "monkeykingnimbus", duration = 0.25},--wukong q
		{name = "xenzhaosweep", duration = 0.25},--xin xhao q
		{name = "yasuodashwrapper", duration = 0.25},--yasuo e

	}
	--[[Spells that don't allow movement (durations approx)]]
	self.spells = {
		{name = "katarinar", duration = 1}, --Katarinas R
		{name = "drain", duration = 1}, --Fiddle W
		{name = "crowstorm", duration = 1}, --Fiddle R
		{name = "consume", duration = 0.5}, --Nunu Q
		{name = "absolutezero", duration = 1}, --Nunu R
		{name = "rocketgrab", duration = 0.5}, --Blitzcrank Q
		{name = "staticfield", duration = 0.5}, --Blitzcrank R
		{name = "cassiopeiapetrifyinggaze", duration = 0.5}, --Cassio's R
		{name = "ezrealtrueshotbarrage", duration = 1}, --Ezreal's R
		{name = "galioidolofdurand", duration = 1}, --Ezreal's R
		{name = "gragasdrunkenrage", duration = 1}, --""Gragas W
		{name = "luxmalicecannon", duration = 1}, --Lux R
		{name = "reapthewhirlwind", duration = 1}, --Jannas R
		{name = "jinxw", duration = 0.6}, --jinxW
		{name = "jinxr", duration = 0.6}, --jinxR
		{name = "missfortunebullettime", duration = 1}, --MissFortuneR
		{name = "shenstandunited", duration = 1}, --ShenR
		{name = "threshe", duration = 0.4}, --ThreshE
		{name = "threshrpenta", duration = 0.75}, --ThreshR
		{name = "infiniteduress", duration = 1}, --Warwick R
		{name = "meditate", duration = 1} --yi W
	}

	self.blinks = {
		{name = "ezrealarcaneshift", range = 475, delay = 0.25, delay2=0.8},--Ezreals E
		{name = "deceive", range = 400, delay = 0.25, delay2=0.8}, --Shacos Q
		{name = "riftwalk", range = 700, delay = 0.25, delay2=0.8},--KassadinR
		{name = "gate", range = 5500, delay = 1.5, delay2=1.5},--Twisted fate R
		{name = "katarinae", range = math.huge, delay = 0.25, delay2=0.8},--Katarinas E
		{name = "elisespideredescent", range = math.huge, delay = 0.25, delay2=0.8},--Elise E
		{name = "elisespidere", range = math.huge, delay = 0.25, delay2=0.8},--Elise insta E
	}

	return self
end

--R_WAYPOINT new definition
if VIP_USER then
	load(Base64Decode("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"))()
end
--

function VPrediction:GetTime()
	return os.clock()
end

--[[Track when we lose or gain vision over an enemy]]
function VPrediction:OnGainVision(unit)
	if unit.type == myHero.type then
		self.TargetsVisible[unit.networkID] = self:GetTime()
	end
end

--[[Track when we lose or gain vision over an enemy]]
function VPrediction:OnLoseVision(unit)
	if unit.type == myHero.type then
		self.TargetsVisible[unit.networkID] = math.huge
	end
end

function VPrediction:OnGainBuff(unit, buff)
	if unit.type == myHero.type and (buff.type == BUFF_STUN or buff.type == BUFF_ROOT or buff.type == BUFF_KNOCKUP or buff.type == BUFF_SUPPRESS) then
		self.TargetsImmobile[unit.networkID] = self:GetTime() + buff.duration
	elseif unit.type == myHero.type and (buff.type == BUFF_SLOW or buff.type == BUFF_CHARM or buff.type == BUFF_FEAR or buff.type == BUFF_TAUNT) then
		self.TargetsSlowed[unit.networkID] = self:GetTime() + buff.duration
	end

	if unit.type == myHero.type and (buff.type == BUFF_KNOCKBACK) then
		self.DontShoot[unit.networkID] = self:GetTime() + 1
	end
end

function VPrediction:OnDash(unit, dash)
	if unit.type == myHero.type then
		dash.endPos = dash.target and dash.target or dash.endPos
		dash.startT = self:GetTime() - GetLatency()/2000
		dash.endT = dash.startT + dash.duration
		self.TargetsDashing[unit.networkID] = dash
		self.DontShootUntilNewWaypoints[unit.networkID] = true
	end
end

function VPrediction:OnProcessSpell(unit, spell)
	if unit and unit.type == myHero.type then
		for i, s in ipairs(self.spells) do
			if spell.name:lower() == s.name then
				self.TargetsImmobile[unit.networkID] = self:GetTime() + s.duration
				return
			end
		end

		for i, s in ipairs(self.blinks) do
			local LandingPos = GetDistance(unit.visionPos, Vector(spell.endPos)) < s.range and Vector(spell.endPos) or Vector(unit.visionPos) + s.range * (Vector(spell.endPos) - Vector(unit.visionPos)):normalized()
			if spell.name:lower() == s.name and not IsWall(D3DXVECTOR3(spell.endPos.x, spell.endPos.y, spell.endPos.z)) then
				self.TargetsDashing[unit.networkID] = {isblink = true, duration = s.delay, endT = self:GetTime() + s.delay, endT2 = self:GetTime() + s.delay2, startPos = Vector(unit.visionPos), endPos = LandingPos}
				return 
			end
		end

		for i, s in ipairs(self.BlackList) do
			if spell.name:lower() == s.name then
				self.DontShoot[unit.networkID] = self:GetTime() + s.duration
				return
			end
		end

		for i, s in ipairs(self.dashAboutToHappend) do
			if spell.name:lower() == s.name then
				self.DontShoot2[unit.networkID] = self:GetTime() + s.duration
				return
			end
		end
	end
end

function VPrediction:OnNewWayPoints(NetworkID)
	local object = objManager:GetObjectByNetworkId(NetworkID)
	if object and object.valid and object.networkID and object.type == myHero.type then
		self.DontShootUntilNewWaypoints[NetworkID] = false
		if self.TargetsWaypoints[NetworkID] == nil then
			self.TargetsWaypoints[NetworkID] = {}
		end
		local WaypointsToAdd = WayPointManager:GetWayPoints(object)
		if WaypointsToAdd and #WaypointsToAdd >= 1 then
			--[[Save only the last waypoint (where the player clicked)]]
			table.insert(self.TargetsWaypoints[NetworkID], {unitpos = Vector(object.visionPos) , waypoint = WaypointsToAdd[#WaypointsToAdd], time = self:GetTime(), n = #WaypointsToAdd})
		end
	elseif object and object.valid and object.type ~= myHero.type then
		local i = 1
		while i <= #self.ActiveAttacks do
			if (self.ActiveAttacks[i].Attacker and self.ActiveAttacks[i].Attacker.valid and self.ActiveAttacks[i].Attacker.networkID == NetworkID and (self.ActiveAttacks[i].starttime + self.ActiveAttacks[i].windUpTime - GetLatency()/2000) > self:GetTime()) then
				local wpts = WayPointManager:GetWayPoints(object)
				if #wpts > 1 then
					table.remove(self.ActiveAttacks, i)
				else
					i = i + 1
				end
			else
				i = i + 1
			end
		end
	end
end

function VPrediction:IsImmobile(unit, delay, radius, speed, from, spelltype)
	if self.TargetsImmobile[unit.networkID] then
		local ExtraDelay = speed == math.huge and  0 or (GetDistance(from, unit) / speed)
		if (self.TargetsImmobile[unit.networkID] > (self:GetTime() + delay + ExtraDelay) and spelltype == "circular") then
			return true, Vector(unit.visionPos), Vector(unit.visionPos) + (radius/3) * (Vector(from) - Vector(unit.visionPos)):normalized()
		elseif (self.TargetsImmobile[unit.networkID] + (radius / unit.ms)) > (self:GetTime() + delay + ExtraDelay) then
			return true, Vector(unit.visionPos), Vector(unit.visionPos)
		end
	end
	return false, Vector(unit.visionPos), Vector(unit.visionPos)
end

function VPrediction:isSlowed(unit, delay, speed, from)
	if self.TargetsSlowed[unit.networkID] then
		if self.TargetsSlowed[unit.networkID] > (self:GetTime() + delay + GetDistance(unit, from) / speed) then
			return true
		end
	end
	return false
end

function VPrediction:IsDashing(unit, delay, radius, speed, from)
	local TargetDashing = false
	local CanHit = false
	local Position

	if self.TargetsDashing[unit.networkID] then
		local dash = self.TargetsDashing[unit.networkID]
		if dash.endT >= self:GetTime() then
			TargetDashing = true
			if dash.isblink then
				if (dash.endT - self:GetTime()) <= (delay + GetDistance(from, dash.endPos)/speed) then
					Position = Vector(dash.endPos.x, 0, dash.endPos.z)
					CanHit = (unit.ms * (delay + GetDistance(from, dash.endPos)/speed - (dash.endT2 - self:GetTime()))) < radius
				end

				if ((dash.endT - self:GetTime()) >= (delay + GetDistance(from, dash.startPos)/speed)) and not CanHit then
					Position = Vector(dash.startPos.x, 0, dash.startPos.z)
					CanHit = true
				end
				
			else
				local t1, p1, t2, p2, dist = VectorMovementCollision(dash.startPos, dash.endPos, dash.speed, from, speed, (self:GetTime() - dash.startT) + delay)
				t1, t2 = (t1 and 0 <= t1 and t1 <= (dash.endT - self:GetTime() - delay)) and t1 or nil, (t2 and 0 <= t2 and t2 <=  (dash.endT - self:GetTime() - delay)) and t2 or nil 
				local t = t1 and t2 and math.min(t1,t2) or t1 or t2
				if t then
					Position = t==t1 and Vector(p1.x, 0, p1.y) or Vector(p2.x, 0, p2.y)
					CanHit = true
				else
					Position = Vector(dash.endPos.x, 0, dash.endPos.z)
					CanHit = (unit.ms * (delay + GetDistance(from, Position)/speed - (dash.endT - self:GetTime()))) < radius
				end
			end
		end
	end
	return TargetDashing, CanHit, Position
end

function VPrediction:GetWaypoints(NetworkID, from, to)
	local Result = {}
	to = to and to or self:GetTime()
	if self.TargetsWaypoints[NetworkID] then
		for i, waypoint in ipairs(self.TargetsWaypoints[NetworkID]) do
			if from <= waypoint.time  and to >= waypoint.time then
				table.insert(Result, waypoint)
			end
		end
	end
	return Result, #Result
end

function VPrediction:CountWaypoints(NetworkID, from, to)
	local R, N = self:GetWaypoints(NetworkID, from, to)
	return N
end

function VPrediction:GetWaypointsLength(Waypoints)
	local result = 0
	for i = 1, #Waypoints -1 do
		result = result + GetDistance(Waypoints[i], Waypoints[i + 1])
	end
	return result
end

function VPrediction:CutWaypoints(Waypoints, distance)
	local result = {}
	local remaining = distance
	if distance > 0 then
		for i = 1, #Waypoints -1 do
			local A, B = Waypoints[i], Waypoints[i + 1]
			local dist = GetDistance(A, B)
			if dist >= remaining then
				result[1] = Vector(A) + remaining * (Vector(B) - Vector(A)):normalized()

				for j = i + 1, #Waypoints do
					result[j - i + 1] = Waypoints[j]
				end
				remaining = 0
				break
			else
				remaining = remaining - dist
			end
		end
	else
		local A, B = Waypoints[1], Waypoints[2]
		result = Waypoints
		result[1] = Vector(A) - distance * (Vector(B) - Vector(A)):normalized()
	end

	return result
end

function VPrediction:GetCurrentWayPoints(object)
	local result = {}

	if not VIP_USER then
		if object.hasMovePath then
			table.insert(result, Vector(object.visionPos.x, object.visionPos.z))
			for i = object.pathIndex, object.pathCount do
				path = object:GetPath(i)
				table.insert(result, Vector(path.x, path.z))
			end
		else
			table.insert(result, object.visionPos and Vector(object.visionPos.x, object.visionPos.z) or Vector(object.x, object.z))
		end
		return result
	else
		local wayPoints, lineSegment, distanceSqr, fPoint = WayPointManager:GetRawWayPoints(object), 0, math.huge, nil
		if not wayPoints and not object.visionPos then
			return { { x = object.x, y = object.z } }
		elseif not wayPoints and object.visionPos then
			return { { x = object.visionPos.x, y = object.visionPos.z } }
		end
		for i = 1, #wayPoints - 1 do
			local p1, tmp1, tmp2 = VectorPointProjectionOnLineSegment(wayPoints[i], wayPoints[i + 1], Vector(object.visionPos))
			local distanceSegmentSqr = GetDistanceSqr(p1, object.visionPos)
			if distanceSegmentSqr <= distanceSqr then
				fPoint = p1
				lineSegment = i
				distanceSqr = distanceSegmentSqr
			else
				break --not necessary, but makes it faster
			end
		end
		local result = { fPoint or { x = object.visionPos.x, y = object.visionPos.z } }
		for i = lineSegment + 1, #wayPoints do
			result[#result + 1] = wayPoints[i]
		end
		if #result == 2 and GetDistanceSqr(result[1], result[2]) < 400 then result[2] = nil end
		return result
	end
	
end



--[[Calculate the hero position based on the last waypoints]]
function VPrediction:CalculateTargetPosition(unit, delay, radius, speed, from, spelltype)
	local Waypoints = {}
	local Position, CastPosition = Vector(unit.visionPos), Vector(unit.visionPos)
	local t

	Waypoints = self:GetCurrentWayPoints(unit)
	local Waypointslength = self:GetWaypointsLength(Waypoints)

	if #Waypoints == 1 then
		Position, CastPosition = Vector(Waypoints[1].x, 0, Waypoints[1].y), Vector(Waypoints[1].x, 0, Waypoints[1].y)
		return Position, CastPosition
	elseif (Waypointslength - delay * unit.ms + radius) >= 0 then
		local tA = 0
		Waypoints = self:CutWaypoints(Waypoints, delay * unit.ms - radius)

		if speed ~= math.huge then
			for i = 1, #Waypoints - 1 do
				local A, B = Waypoints[i], Waypoints[i+1]
				if i == #Waypoints - 1 then
					B = Vector(B) + radius * Vector(B - A):normalized()
				end
				local t1, p1, t2, p2, D = VectorMovementCollision(A, B, unit.ms, Vector(from.x, from.z), speed)
				local tB = tA + D / unit.ms
				t1, t2 = (t1 and tA <= t1 and t1 <= (tB - tA)) and t1 or nil, (t2 and tA <= t2 and t2 <= (tB - tA)) and t2 or nil
				t = t1 and t2 and math.min(t1, t2) or t1 or t2
				if t then
					CastPosition = t==t1 and Vector(p1.x, 0, p1.y) or Vector(p2.x, 0, p2.y)
					break
				end
				tA = tB
			end
		else
			t = 0
			CastPosition = Vector(Waypoints[1].x, 0, Waypoints[1].y)
		end

		if t then
			if (self:GetWaypointsLength(Waypoints) - t * unit.ms - radius) >= 0 then
				Waypoints = self:CutWaypoints(Waypoints, radius + t * unit.ms)
				Position = Vector(Waypoints[1].x, 0, Waypoints[1].y)
			else
				Position = CastPosition
			end
		elseif unit.type ~= myHero.type then
			CastPosition = Vector(Waypoints[#Waypoints].x, 0, Waypoints[#Waypoints].y)
			Position = CastPosition
		end

	elseif unit.type ~= myHero.type then
		CastPosition = Vector(Waypoints[#Waypoints].x, 0, Waypoints[#Waypoints].y)
		Position = CastPosition
	end

	if t and self:isSlowed(unit, 0, math.huge, from) and not self:isSlowed(unit, t, math.huge, from) and Position then
		CastPosition = Position
	end

	return Position, CastPosition
end

function VPrediction:MaxAngle(unit, currentwaypoint, from)
	local WPtable, n = self:GetWaypoints(unit.networkID, from)
	local Max = 0
	local CV = (Vector(currentwaypoint.x, 0, currentwaypoint.y) - Vector(unit))
		for i, waypoint in ipairs(WPtable) do
				local angle = Vector(0, 0, 0):angleBetween(CV, Vector(waypoint.waypoint.x, 0, waypoint.waypoint.y) - Vector(waypoint.unitpos.x, 0, waypoint.unitpos.y))
				if angle > Max then
					Max = angle
				end
		end
	return Max
end

function VPrediction:WayPointAnalysis(unit, delay, radius, range, speed, from, spelltype)
	local Position, CastPosition, HitChance
	local SavedWayPoints = self.TargetsWaypoints[unit.networkID] and self.TargetsWaypoints[unit.networkID] or {}
	local CurrentWayPoints = self:GetCurrentWayPoints(unit)
	local VisibleSince = self.TargetsVisible[unit.networkID] and self.TargetsVisible[unit.networkID] or self:GetTime()
	
	HitChance = 1
	Position, CastPosition = self:CalculateTargetPosition(unit, delay, radius, speed, from, spelltype)

	if self:CountWaypoints(unit.networkID, self:GetTime() - 0.1) >= 1 or self:CountWaypoints(unit.networkID, self:GetTime() - 1) == 1 then
		HitChance = 2
	end
	
	local N = (_G.VPredictionMenu.Mode == _SLOW) and 3 or 2
	local t1 = (_G.VPredictionMenu.Mode == _SLOW) and 1 or 0.5
	if self:CountWaypoints(unit.networkID, self:GetTime() - 0.75) >= N then
		local angle = self:MaxAngle(unit, CurrentWayPoints[#CurrentWayPoints], self:GetTime() - t1)
		if angle > 90 then
			HitChance = 1
		elseif angle < 30 and self:CountWaypoints(unit.networkID, self:GetTime() - 0.1) >= 1 then
			HitChance = 2
		end
	end
	
	N = (_G.VPredictionMenu.Mode == _SLOW) and 2 or 1
	if self:CountWaypoints(unit.networkID, self:GetTime() - N) == 0 then
		HitChance = 2
	end
	
	if _G.VPredictionMenu.Mode == _FAST then
		HitChance = 2
	end
	
	if #CurrentWayPoints <= 1 and self:GetTime() - VisibleSince > 1 then
		HitChance = 2
	end
	
	if self:isSlowed(unit, delay, speed, from) then
		HitChance = 2
	end

	if Position and CastPosition and ((radius / unit.ms >= delay + GetDistance(from, CastPosition)/speed) or (radius / unit.ms >= delay + GetDistance(from, Position)/speed)) then
		HitChance = 3
	end
		--[[Angle too wide]]
	if Vector(from):angleBetween(Vector(unit.visionPos), Vector(CastPosition)) > 60 then
		HitChance = 1
	end
	
	if not Position or not CastPosition then
		HitChance = 0
		CastPosition = Vector(CurrentWayPoints[#CurrentWayPoints].x, 0, CurrentWayPoints[#CurrentWayPoints].y)
		Position = CastPosition
	end

	if GetDistance(myHero.visionPos, unit.visionPos) < 250 then
		HitChance = 2
		Position, CastPosition = self:CalculateTargetPosition(unit, delay*0.5, radius, speed*2, from, spelltype)
		Position = CastPosition
	end

	if #SavedWayPoints == 0 and (self:GetTime() - VisibleSince) > 3 then
		HitChance = 2
	end

	if self.DontShootUntilNewWaypoints[unit.networkID] then
		HitChance = 0
		CastPosition = Vector(unit.visionPos.x, 0, unit.visionPos.z)
		Position = CastPosition
	end

	return CastPosition, HitChance, Position
end

function VPrediction:GetBestCastPosition(unit, delay, radius, range, speed, from, collision, spelltype)
	assert(unit, "VPrediction: Target can't be nil")
	
	range = range and range - 4 or math.huge
	radius = radius == 0 and 1 or (radius + self:GetHitBox(unit)) - 4
	speed = speed and speed or math.huge
	from = from and from or Vector(myHero.visionPos)
	if from.networkID and from.networkID == myHero.networkID then
		from = Vector(myHero.visionPos)
	end
	local IsFromMyHero = GetDistanceSqr(from, myHero.visionPos) < 50*50 and true or false

	delay = delay + (0.07 + GetLatency() / 2000)
	
	local Position, CastPosition, HitChance = Vector(unit.visionPos), Vector(unit.visionPos), 0
	local TargetDashing, CanHitDashing, DashPosition = self:IsDashing(unit, delay, radius, speed, from)
	local TargetImmobile, ImmobilePos, ImmobileCastPosition = self:IsImmobile(unit, delay, radius, speed, from, spelltype)
	local VisibleSince = self.TargetsVisible[unit.networkID] and self.TargetsVisible[unit.networkID] or self:GetTime()

	if unit.type ~= myHero.type then
		Position, CastPosition = self:CalculateTargetPosition(unit, delay, radius, speed, from, spelltype)
		HitChance = 2
	else
		if self.DontShoot[unit.networkID] and self.DontShoot[unit.networkID] > self:GetTime() then
			Position, CastPosition = Vector(unit.visionPos.x, unit.visionPos.y, unit.visionPos.z),  Vector(unit.visionPos.x, unit.visionPos.y, unit.visionPos.z)
			HitChance = 0
		elseif TargetDashing then
			if CanHitDashing then
				HitChance = 5
			else
				HitChance = 0
			end 
			Position, CastPosition = DashPosition, DashPosition
		elseif self.DontShoot2[unit.networkID] and self.DontShoot2[unit.networkID] > self:GetTime() then
			Position, CastPosition = Vector(unit.visionPos.x, unit.visionPos.y, unit.visionPos.z),  Vector(unit.visionPos.x, unit.visionPos.y, unit.visionPos.z)
			HitChance = 7
		elseif TargetImmobile then
			Position, CastPosition = ImmobilePos, ImmobileCastPosition
			HitChance = 4
		elseif not self.DontUseWayPoints then
			CastPosition, HitChance, Position = self:WayPointAnalysis(unit, delay, radius, range, speed, from, spelltype)
		end
	end

	--[[Out of range]]
	if IsFromMyHero then
		if (spelltype == "line" and GetDistanceSqr(from, Position) >= range * range) then
			HitChance = 0
		end
		if (spelltype == "circular" and (GetDistanceSqr(from, Position) >= (range + radius)^2)) then
			HitChance = 0
		end

		if self.ShotAtMaxRange and HitChance ~= 0 and spelltype == "circular" and (GetDistanceSqr(from, CastPosition) > range ^ 2) then
			if GetDistanceSqr(from, Position) <= (range + radius / 1.4) ^ 2 then
				if GetDistanceSqr(from, Position) <= range * range then
					CastPosition = Position
				else
					CastPosition = Vector(from) + range * (Vector(Position) - Vector(from)):normalized()
				end
			end
		elseif (GetDistanceSqr(from, CastPosition) > range ^ 2) then
			HitChance = 0
		end
	end

	radius = radius - self:GetHitBox(unit) + 4

	if collision and HitChance > 0 then
		self.EnemyMinions.range = range + 500 * (delay + range/speed)
		self.JungleMinions.range = self.EnemyMinions.range
		self.OtherMinions.range = self.EnemyMinions.range
		self.EnemyMinions:update()
		self.JungleMinions:update()
		self.OtherMinions:update()

		if collision and _G.VPredictionMenu.Collision.UnitPos and self:CheckMinionCollision(unit, unit, delay, radius, range, speed, from) then
			HitChance = -1
		elseif _G.VPredictionMenu.Collision.PredictPos and self:CheckMinionCollision(unit, Position, delay, radius, range, speed, from) then
			HitChance = -1
		elseif _G.VPredictionMenu.Collision.CastPos and self:CheckMinionCollision(unit, CastPosition, delay, radius, range, speed, from) then
			HitChance = -1
		end
	end
	return CastPosition, HitChance, Position
end

--------------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------------------------------------------------------
--Collision
--------------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------------------------------------------------------

function VPrediction:GetPredictedHealth(unit, time, delay)
	local IncDamage = 0
	local i = 1
	local MaxDamage = 0
	local count = 0
	delay = delay and delay or 0.07
	while i <= #self.ActiveAttacks do
		if self.ActiveAttacks[i].Attacker and not self.ActiveAttacks[i].Attacker.dead and self.ActiveAttacks[i].Target and self.ActiveAttacks[i].Target.networkID == unit.networkID then
			local hittime = self.ActiveAttacks[i].starttime + self.ActiveAttacks[i].windUpTime + (GetDistance(self.ActiveAttacks[i].pos, unit.visionPos)) / self.ActiveAttacks[i].projectilespeed + delay
			if self:GetTime() < hittime - delay and hittime < self:GetTime() + time  then
				IncDamage = IncDamage + self.ActiveAttacks[i].damage
				count = count + 1
				if self.ActiveAttacks[i].damage > MaxDamage then
					MaxDamage = self.ActiveAttacks[i].damage
				end
			end
		end
		i = i + 1
	end

	return unit.health - IncDamage, MaxDamage, count
end

function VPrediction:GetPredictedHealth2(unit, t)
	local damage = 0
	local i = 1

	while i <= #self.ActiveAttacks do
		local n = 0
		if (self:GetTime() - 0.1) <= self.ActiveAttacks[i].starttime + self.ActiveAttacks[i].animationTime and self.ActiveAttacks[i].Target and self.ActiveAttacks[i].Target.valid and self.ActiveAttacks[i].Target.networkID == unit.networkID and self.ActiveAttacks[i].Attacker and self.ActiveAttacks[i].Attacker.valid and not self.ActiveAttacks[i].Attacker.dead then
			local FromT = self.ActiveAttacks[i].starttime
			local ToT = t + self:GetTime()

			while FromT < ToT do
				if FromT >= self:GetTime() and (FromT + (self.ActiveAttacks[i].windUpTime + GetDistance(unit.visionPos, self.ActiveAttacks[i].pos) / self.ActiveAttacks[i].projectilespeed)) < ToT then
					n = n + 1
				end
				FromT = FromT + self.ActiveAttacks[i].animationTime
			end
		end
		damage = damage + n * self.ActiveAttacks[i].damage
		i = i + 1
	end

	return unit.health - damage
end

function VPrediction:CollisionProcessSpell(unit, spell)
	if unit and unit.valid and spell.target and unit.type ~= myHero.type and spell.target.type == 'obj_AI_Minion' and unit.team == myHero.team and spell and spell.name and (spell.name:lower():find("attack") or (spell.name == "frostarrow")) and spell.windUpTime and spell.target then
		if GetDistanceSqr(unit) < 4000000 then

			local time = self:GetTime() + spell.windUpTime + GetDistance(spell.target, unit) / self:GetProjectileSpeed(unit) - GetLatency()/2000
			local i = 1
			while i <= #self.ActiveAttacks do
				if (self.ActiveAttacks[i].Attacker and self.ActiveAttacks[i].Attacker.valid and self.ActiveAttacks[i].Attacker.networkID == unit.networkID) or ((self.ActiveAttacks[i].hittime + 3) < self:GetTime()) then
					table.remove(self.ActiveAttacks, i)
				else
					i = i + 1
				end
			end

			table.insert(self.ActiveAttacks, {Attacker = unit, pos = Vector(unit.visionPos), Target = spell.target, animationTime = spell.animationTime, damage = self:CalcDamageOfAttack(unit, spell.target, spell, 0), hittime=time, starttime = self:GetTime() - GetLatency()/2000, windUpTime = spell.windUpTime, projectilespeed = self:GetProjectileSpeed(unit)})
		end
	end
end

function VPrediction:CheckCol(unit, minion, Position, delay, radius, range, speed, from, draw)
	if unit.networkID == minion.networkID then 
		return false
	end
	--[[Check first if the minion is going to be dead when skillshots reaches his position]]
	if minion.type ~= myHero.type and _G.VPredictionMenu.Collision.CHealth and self:GetPredictedHealth(minion,  delay  + GetDistance(from, minion.visionPos) / speed - GetLatency()/1000) < 0 then
		return false
	end

	local waypoints = self:GetCurrentWayPoints(minion)
	local MPos, CastPosition = #waypoints == 1 and Vector(minion.visionPos) or self:CalculateTargetPosition(minion, delay, radius, speed, from, "line")
	if GetDistanceSqr(from, MPos) <= (range)^2 and GetDistanceSqr(from, minion) <= (range + 100)^2 then
		local buffer = (#waypoints > 1) and _G.VPredictionMenu.Collision.Buffer or 8

		if minion.type == myHero.type then
			buffer = buffer + self:GetHitBox(minion)
		end

		if draw then
			DrawCircle3D(minion.visionPos.x, myHero.y, minion.visionPos.z, self:GetHitBox(minion) + buffer, 1, ARGB(255, 255, 255, 255))
			DrawCircle3D(MPos.x, myHero.y, MPos.z, self:GetHitBox(minion) + buffer, 1, ARGB(255, 255, 255, 255))
			self:DLine(MPos, minion.visionPos, Color)
		end
		
		if #waypoints > 1 then
			local proj1, pointLine, isOnSegment = VectorPointProjectionOnLineSegment(from, Position, Vector(MPos))
			if isOnSegment and (GetDistanceSqr(MPos, proj1) <= (self:GetHitBox(minion) + radius + buffer) ^ 2) then
				return true
			end
		end
		
		local proj2, pointLine, isOnSegment = VectorPointProjectionOnLineSegment(from, Position, Vector(minion.visionPos))
		if isOnSegment and (GetDistanceSqr(minion.visionPos, proj2) <= (self:GetHitBox(minion) + radius + buffer) ^ 2) then
			return true
		end
	end
	return false
end

function VPrediction:CheckMinionCollision(unit, Position, delay, radius, range, speed, from, draw, updatemanagers)
	Position = Vector(Position)
	from = from and Vector(from) or myHero.visionPos
	
	if updatemanagers then
		self.EnemyMinions.range = range + 500 * (delay + range / speed)
		self.JungleMinions.range = self.EnemyMinions.range
		self.OtherMinions.range = self.EnemyMinions.range
		self.EnemyMinions:update()
		self.JungleMinions:update()
		self.OtherMinions:update()
	end

	local result = false
	if _G.VPredictionMenu.Collision.Minions then
		for i, minion in ipairs(self.EnemyMinions.objects) do
			if self:CheckCol(unit, minion, Position, delay, radius, range, speed, from, draw) then
				if not draw then
					return true
				else
					result = true
				end
			end
		end
	end
	
	if _G.VPredictionMenu.Collision.Mobs then
		for i, minion in ipairs(self.JungleMinions.objects) do
			if self:CheckCol(unit, minion, Position, delay, radius, range, speed, from, draw) then
				if not draw then
					return true
				else
					result = true
				end
			end
		end
	end

	if _G.VPredictionMenu.Collision.Others then
		for i, minion in ipairs(self.OtherMinions.objects) do
			if minion.team ~= myHero.team and self:CheckCol(unit, minion, Position, delay, radius, range, speed, from, draw) then
				if not draw then
					return true
				else
					result = true
				end
			end
		end
	end

	if self.ChampionCollision then
		for i, enemy in ipairs(GetEnemyHeroes()) do
			if self:CheckCol(unit, enemy, Position, delay, radius, range, speed, from, draw) then
				if not draw then
					return true
				else
					result = true
				end
			end
		end
	end

	if draw then
		local Direction = Vector(Position - from):perpendicular():normalized()
		local Color = result and ARGB(255, 255, 0, 0) or ARGB(255, 0, 255, 0)
		local P1r = Vector(from) + radius * Vector(Direction)
		local P1l = Vector(from) - radius * Vector(Direction)
		local P2r = Vector(from) + radius * Direction - Vector(Direction):perpendicular() * GetDistance(from, Position)
		local P2l = Vector(from) - radius * Direction - Vector(Direction):perpendicular() * GetDistance(from, Position)

		self:DLine(P1r, P1l, Color)
		self:DLine(P1r, P2r, Color)
		self:DLine(P1l, P2l, Color)
		self:DLine(P2r, P2l, Color)
		if not result and IsKeyDown(string.byte("T")) then
			CastSpell(_Q, Position.x, Position.z)
		end
	end

	return false
end

function VPrediction:GetCircularCastPosition(unit, delay, radius, range, speed, from, collision)
	return self:GetBestCastPosition(unit, delay, radius, range, speed, from, collision, "circular")
end

function VPrediction:GetLineCastPosition(unit, delay, radius, range, speed, from, collision)
	return self:GetBestCastPosition(unit, delay, radius, range, speed, from, collision, "line")
end

function VPrediction:GetPredictedPos(unit, delay, speed, from, collision)
	return self:GetBestCastPosition(unit, delay, 1, math.huge, speed, from, collision, "circular")
end

--TODO: Recode this stuff and make it more readable :D
function VPrediction:GetCircularAOECastPosition(unit, delay, radius, range, speed, from, collision)
	local CastPosition, HitChance, Position = self:GetBestCastPosition(unit, delay, radius, range, speed, from, collision, "circular")
	local points = {}
	local mainCastPosition, mainHitChance, mainPosition = CastPosition, HitChance, Position

	table.insert(points, Position)

	for i, target in ipairs(GetEnemyHeroes()) do
		if target.networkID ~= unit.networkID and ValidTarget(target, range * 1.5) then
			CastPosition, HitChance, Position = self:GetBestCastPosition(target, delay, radius, range, speed, from, collision, "circular")
			if GetDistance(from, Position) < (range + radius) and (Hitchance ~= -1 or not collision) then
				table.insert(points, Position)
			end
		end
	end

	while #points > 1 do
		local Mec = MEC(points)
		local Circle = Mec:Compute()
		
		if Circle.radius <= radius + self:GetHitBox(unit) - 8 then
			return Circle.center, mainHitChance, #points
		end

		local maxdist = -1
		local maxdistindex = 0

		for i=2, #points do
			local d = GetDistanceSqr(points[i], points[1])
			if d > maxdist or maxdist == -1 then
				maxdistindex = i
				maxdist = d
			end
		end

		table.remove(points, maxdistindex)
	end

	return mainCastPosition, mainHitChance, #points, mainPosition
end

function VPrediction:GetLineAOECastPosition(unit, delay, radius, range, speed, from)
	local CastPosition, HitChance, Position = self:GetBestCastPosition(unit, delay, radius, range, speed, from, false, "line")
	local points = {}
	local Positions = {}
	local mainCastPosition, mainHitChance = CastPosition, HitChance

	table.insert(Positions, {unit = unit, HitChance = HitChance, Position = Position, CastPosition = CastPosition})
	table.insert(points, Position)

	range = range and range - 4 or 20000
	radius = radius == 0 and 1 or (radius + self:GetHitBox(unit)) - 4
	from = from and Vector(from) or Vector(myHero.visionPos)

	local function CircleCircleIntersection(C1, C2, R1, R2)
		local D = GetDistance(C1, C2)
		local A = (R1 * R1 - R2 * R2 + D * D ) / (2 * D)
		local H = math.sqrt(R1 * R1 - A * A);
		local Direction = (Vector(C2) - Vector(C1)):normalized()
		local PA = Vector(C1) + A * Direction

		local S1 = PA + H * Direction:perpendicular()
		local S2 = PA - H * Direction:perpendicular()

		return S1, S2
	end

	local function GetPosiblePoints(from, pos, width, range)
		local middlepoint = (from + pos)/2
		local P1, P2 = CircleCircleIntersection(from, middlepoint, width, GetDistance(middlepoint, from))

		local V1 = (P1 - from)
		local V2 = (P2 - from)

		return from + range * (pos - V1 - from):normalized(), from + range * (pos - V2 - from):normalized()
	end

	local function CountHits(P1, P2, width, points)
		local hits = 0
		local hitt = {}
		width = width + 2
		for i, point in ipairs(points) do
			local pointSegment, pointLine, isOnSegment = VectorPointProjectionOnLineSegment(P1, P2, point)
			if isOnSegment and GetDistanceSqr(pointSegment, point) <= width * width then
				hits = hits + 1
				table.insert(hitt, point)
			elseif i == 1 then
				return -1
			end
		end
		return hits, hitt
	end

	for i, target in ipairs(GetEnemyHeroes()) do
		if target.networkID ~= unit.networkID and ValidTarget(target, range * 1.5) then
			CastPosition, HitChance, Position = self:GetBestCastPosition(target, delay, radius, range, speed, from, false, "line")
			if GetDistance(from, Position) < (range + radius) then
				table.insert(points, Position)
				table.insert(Positions, {unit = target, HitChance = HitChance, Position = Position, CastPosition = CastPosition})
			end
		end
	end

	local MaxHit = 1
	local MaxHitPos

	if #points > 1 then
		for i, candidate in ipairs(points) do
			local C1, C2 = GetPosiblePoints(from, points[i], radius - 20, range)
			local hits, MPoints1 = CountHits(from, C1, radius, points)
			local hits2, MPoints2 = CountHits(from, C2, radius, points)
			if hits >= MaxHit then
				MaxHitPos = C1
				MaxHit = hits
				MaxHitPoints = MPoints1
			end
			if hits2 >= MaxHit then
				MaxHitPos = C2
				MaxHit = hits2
				MaxHitPoints = MPoints2
			end
		end
	end

	if MaxHit > 1 then
		--center the line
		local maxdist = -1
		local p1
		local p2
		for i, hitp in ipairs(MaxHitPoints) do
			for o, hitp2 in ipairs(MaxHitPoints) do
				local StartP, EndP = Vector(from), (Vector(hitp) + Vector(hitp2)) / 2
				local pointSegment, pointLine, isOnSegment = VectorPointProjectionOnLineSegment(StartP, EndP, hitp)
				local pointSegment2, pointLine2, isOnSegment2 = VectorPointProjectionOnLineSegment(StartP, EndP, hitp2)

				local dist = GetDistanceSqr(hitp, pointLine) + GetDistanceSqr(hitp2, pointLine2)
				if dist >= maxdist then
					maxdist = dist
					p1 = hitp
					p2 = hitp2
				end
			end
		end

		if self.ReturnHitTable then
			for i = #Positions, 1, -1 do
				local pointSegment, pointLine, isOnSegment = VectorPointProjectionOnLineSegment(Vector(from), (p1 + p2) / 2, Positions[i].Position)
				if (not isOnSegment) or (GetDistanceSqr(pointLine, Positions[i].Position) > (radius + 5)^2) then
					table.remove(Positions, i)
				end
			end
		end

		return (p1 + p2) / 2, mainHitChance, MaxHit, Positions
	else
		return mainCastPosition, mainHitChance, 1, Positions
	end
end

function VPrediction:GetConeAOECastPosition(unit, delay, angle, range, speed, from)
	range = range and range - 4 or 20000
	radius = 1
	from = from and Vector(from) or Vector(myHero.visionPos)
	angle = (angle < math.pi * 2) and angle or (angle * math.pi / 180)

	local CastPosition, HitChance, Position = self:GetBestCastPosition(unit, delay, radius, range, speed, from, false, "line")
	local points = {}
	local mainCastPosition, mainHitChance = CastPosition, HitChance

	table.insert(points, Vector(Position) - Vector(from))

	local function CountVectorsBetween(V1, V2, points)
		local result = 0	
		local hitpoints = {} 
		for i, test in ipairs(points) do
			local NVector = Vector(V1):crossP(test)
			local NVector2 = Vector(test):crossP(V2)
			if NVector.y >= 0 and NVector2.y >= 0 then
				result = result + 1
				table.insert(hitpoints, test)
			elseif i == 1 then
				return -1 --doesnt hit the main target
			end
		end
		return result, hitpoints
	end

	local function CheckHit(position, angle, points)
		local direction = Vector(position):normalized()
		local v1 = Vector(position):rotated(0, -angle / 2, 0)
		local v2 = Vector(position):rotated(0, angle / 2, 0)
		return CountVectorsBetween(v1, v2, points)
	end

	for i, target in ipairs(GetEnemyHeroes()) do
		if target.networkID ~= unit.networkID and ValidTarget(target, range * 1.5) then
			CastPosition, HitChance, Position = self:GetBestCastPosition(target, delay, radius, range, speed, from, false, "line")
			if GetDistanceSqr(from, Position) < range * range then
				table.insert(points, Vector(Position) - Vector(from))
			end
		end
	end

	local MaxHitPos
	local MaxHit = 1
	local MaxHitPoints = {}

	if #points > 1 then
		for i, point in ipairs(points) do
			local pos1 = Vector(point):rotated(0, angle / 2, 0)
			local pos2 = Vector(point):rotated(0, - angle / 2, 0)

			local hits, points1 = CheckHit(pos1, angle, points)
			local hits2, points2 = CheckHit(pos2, angle, points)

			if hits >= MaxHit then
				MaxHitPos = C1
				MaxHit = hits
				MaxHitPoints = points1
			end
			if hits2 >= MaxHit then
				MaxHitPos = C2
				MaxHit = hits2
				MaxHitPoints = points2
			end
		end
	end

	if MaxHit > 1 then
		--Center the cone
		local maxangle = -1
		local p1
		local p2
		for i, hitp in ipairs(MaxHitPoints) do
			for o, hitp2 in ipairs(MaxHitPoints) do
				local cangle = Vector():angleBetween(hitp2, hitp) 
				if cangle > maxangle then
					maxangle = cangle
					p1 = hitp
					p2 = hitp2
				end
			end
		end


		return Vector(from) + range * (((p1 + p2) / 2)):normalized(), mainHitChance, MaxHit
	else
		return mainCastPosition, mainHitChance, 1
	end
end

function VPrediction:OnTick()
	--[[Delete the old saved Waypoints]]
	if self.lastick == nil or self:GetTime() - self.lastick > 0.2 then
		self.lastick = self:GetTime()
		for NID, TargetWaypoints in pairs(self.TargetsWaypoints) do
			local i = 1 
			while i <= #self.TargetsWaypoints[NID] do
				if self.TargetsWaypoints[NID][i]["time"] + self.WaypointsTime < self:GetTime() then
					table.remove(self.TargetsWaypoints[NID], i)
				else
					i = i + 1
				end
			end
		end

		for i, unit in ipairs(GetEnemyHeroes()) do
			for j = 1, unit.buffCount do
				local buff = unit:getBuff(j)
				if buff.valid and buff.name == "Stun" then
					if self.TargetsImmobile[unit.networkID] and self.TargetsImmobile[unit.networkID] < self:GetTime() then
						self.TargetsImmobile[unit.networkID] = self:GetTime() + (buff.endT-buff.startT)
					end
				end
			end
		end
	end
end

--[[Drawing functions for debug: ]]
function VPrediction:DrawSavedWaypoints(object, time)
	local Waypoints = self:GetWaypoints(object.networkID, self:GetTime() - time)
	for i, waypoint in ipairs(Waypoints) do
		DrawCircle3D(waypoint.waypoint.x, myHero.y, waypoint.waypoint.y, 100, 2, ARGB(255, 255, 255, 255))
		DrawText3D(tostring(i), waypoint.waypoint.x, myHero.y, waypoint.waypoint.y, 13, ARGB(255, 255, 255, 255), true)
		DrawCircle3D(waypoint.unitpos.x, myHero.y, waypoint.unitpos.y, 100, 2, ARGB(255, 255, 0, 0))
	end
end

function VPrediction:DrawHitBox(object)
	DrawCircle3D(object.x, object.y, object.z, self:GetHitBox(object), 1, ARGB(255, 255, 255, 255))
	if object.visionPos then
		DrawCircle3D(object.visionPos.x, object.visionPos.y, object.visionPos.z, self:GetHitBox(object), 1, ARGB(255, 0, 255, 0))
	end
end

function VPrediction:DLine(From, To, Color)
	DrawLine3D(From.x, From.y, From.z, To.x, To.y, To.z, 1, Color)
end

function VPrediction:OnDraw()
	if self.showdevmode and _G.VPredictionMenu.Developers.Debug then
		LastGetTarget = LastGetTarget or myHero
		local target = GetTarget() or LastGetTarget
		LastGetTarget = target
		for i, enemy in ipairs(GetEnemyHeroes()) do
			self:DrawHitBox(enemy)
		end
		if _G.VPredictionMenu.Developers.SC then
			self.EnemyMinions:update()
			self.JungleMinions:update()
			self.OtherMinions:update()
			self:CheckMinionCollision(Vector(myHero.visionPos) + 1050 * (Vector(mousePos) - Vector(myHero.visionPos)):normalized(), 0.25, 70, 1050, 1800, myHero.visionPos, true)
		end
		if target then
			self:DrawHitBox(target) 
			local CastPosition,  HitChance,  Position = self:GetCircularCastPosition(target, 0.6, 70, 900, math.huge)
			if HitChance >= -1 then
				DrawText3D(tostring(HitChance), CastPosition.x, myHero.y, CastPosition.z, 40, ARGB(255, 255, 255, 255), true)
				DrawCircle3D(Position.x, myHero.y, Position.z, 70 + self:GetHitBox(target), 1, ARGB(255, 0, 255, 0))
				DrawCircle3D(CastPosition.x, myHero.y, CastPosition.z, 70 + self:GetHitBox(target), 1, ARGB(255, 255, 0, 0))
			end
			local waypoint = self:GetCurrentWayPoints(target)
			for i  = 1, #waypoint-1 do
				self:DLine(Vector(waypoint[i].x, myHero.y, waypoint[i].y), Vector(waypoint[i+1].x, myHero.y, waypoint[i+1].y), ARGB(255,255,255,255))
			end
		end
	end
end

function VPrediction:GetHitBox(object)
	if self.nohitboxmode and object.type and object.type == myHero.type then
		return 0
	end
	return (self.hitboxes[object.charName] ~= nil and self.hitboxes[object.charName] ~= 0) and self.hitboxes[object.charName]  or 65
end

function VPrediction:GetProjectileSpeed(unit)
	return self.projectilespeeds[unit.charName] and self.projectilespeeds[unit.charName] or math.huge
end

function VPrediction:CalcDamageOfAttack(source, target, spell, additionalDamage)
	-- read initial armor and damage values
	local armorPenPercent = source.armorPenPercent
	local armorPen = source.armorPen
	local totalDamage = source.totalDamage + (additionalDamage or 0)
	local damageMultiplier = spell.name:find("CritAttack") and 2 or 1

	-- minions give wrong values for armorPen and armorPenPercent
	if source.type == "obj_AI_Minion" then
		armorPenPercent = 1
	elseif source.type == "obj_AI_Turret" then
		armorPenPercent = 0.7
	end

	-- turrets ignore armor penetration and critical attacks
	if target.type == "obj_AI_Turret" then
		armorPenPercent = 1
		armorPen = 0
		damageMultiplier = 1
	end

	-- calculate initial damage multiplier for negative and positive armor

	local targetArmor = (target.armor * armorPenPercent) - armorPen
	if targetArmor < 0 then -- minions can't go below 0 armor.
		--damageMultiplier = (2 - 100 / (100 - targetArmor)) * damageMultiplier
		damageMultiplier = 1 * damageMultiplier
	else
		damageMultiplier = 100 / (100 + targetArmor) * damageMultiplier
	end

	-- use ability power or ad based damage on turrets
	if source.type == "obj_AI_Hero" and target.type == "obj_AI_Turret" then
		totalDamage = math.max(source.totalDamage, source.damage + 0.4 * source.ap)
	end

	-- minions deal less damage to enemy heros
	if source.type == "obj_AI_Minion" and target.type == "obj_AI_Hero" and source.team ~= TEAM_NEUTRAL then
		damageMultiplier = 0.60 * damageMultiplier
	end

	-- heros deal less damage to turrets
	if source.type == "obj_AI_Hero" and target.type == "obj_AI_Turret" then
		damageMultiplier = 0.95 * damageMultiplier
	end

	-- minions deal less damage to turrets
	if source.type == "obj_AI_Minion" and target.type == "obj_AI_Turret" then
		damageMultiplier = 0.475 * damageMultiplier
	end

	-- siege minions and superminions take less damage from turrets
	if source.type == "obj_AI_Turret" and (target.charName == "Red_Minion_MechCannon" or target.charName == "Blue_Minion_MechCannon") then
		damageMultiplier = 0.8 * damageMultiplier
	end

	-- caster minions and basic minions take more damage from turrets
	if source.type == "obj_AI_Turret" and (target.charName == "Red_Minion_Wizard" or target.charName == "Blue_Minion_Wizard" or target.charName == "Red_Minion_Basic" or target.charName == "Blue_Minion_Basic") then
		damageMultiplier = (1 / 0.875) * damageMultiplier
	end

	-- turrets deal more damage to all units by default
	if source.type == "obj_AI_Turret" then
		damageMultiplier = 1.05 * damageMultiplier
	end

	-- calculate damage dealt
	return damageMultiplier * totalDamage
end
--}