View difference between Paste ID: ng5nRkrC and a489WdEH

 -- This script has been converted to FE by iPxter
 
 
 if game:GetService("RunService"):IsClient() then error("Script must be server-side in order to work; use h/ and not hl/") end
 local Player,Mouse,mouse,UserInputService,ContextActionService = owner
 do
 	print("FE Compatibility code by Mokiros | Translated to FE by iPxter")
 	script.Parent = Player.Character
 
 	--RemoteEvent for communicating
 	local Event = Instance.new("RemoteEvent")
 	Event.Name = "UserInput_Event"
 
 	--Fake event to make stuff like Mouse.KeyDown work
 	local function fakeEvent()
 		local t = {_fakeEvent=true,Connect=function(self,f)self.Function=f end}
 		t.connect = t.Connect
 		return t
 	end
 
 	--Creating fake input objects with fake variables
     local m = {Target=nil,Hit=CFrame.new(),KeyUp=fakeEvent(),KeyDown=fakeEvent(),Button1Up=fakeEvent(),Button1Down=fakeEvent()}
 	local UIS = {InputBegan=fakeEvent(),InputEnded=fakeEvent()}
 	local CAS = {Actions={},BindAction=function(self,name,fun,touch,...)
 		CAS.Actions[name] = fun and {Name=name,Function=fun,Keys={...}} or nil
 	end}
 	--Merged 2 functions into one by checking amount of arguments
 	CAS.UnbindAction = CAS.BindAction
 
 	--This function will trigger the events that have been :Connect()'ed
 	local function te(self,ev,...)
 		local t = m[ev]
 		if t and t._fakeEvent and t.Function then
 			t.Function(...)
 		end
 	end
 	m.TrigEvent = te
 	UIS.TrigEvent = te
 
 	Event.OnServerEvent:Connect(function(plr,io)
 	    if plr~=Player then return end
 		if io.isMouse then
 			m.Target = io.Target
 			m.Hit = io.Hit
 		else
 			local b = io.UserInputState == Enum.UserInputState.Begin
 			if io.UserInputType == Enum.UserInputType.MouseButton1 then
 				return m:TrigEvent(b and "Button1Down" or "Button1Up")
 			end
 			for _,t in pairs(CAS.Actions) do
 				for _,k in pairs(t.Keys) do
 					if k==io.KeyCode then
 						t.Function(t.Name,io.UserInputState,io)
 					end
 				end
 			end
 			m:TrigEvent(b and "KeyDown" or "KeyUp",io.KeyCode.Name:lower())
 			UIS:TrigEvent(b and "InputBegan" or "InputEnded",io,false)
 	    end
 	end)
 	Event.Parent = NLS([==[
 	local Player = game:GetService("Players").LocalPlayer
 	local Event = script:WaitForChild("UserInput_Event")
 
 	local UIS = game:GetService("UserInputService")
 	local input = function(io,a)
 		if a then return end
 		--Since InputObject is a client-side instance, we create and pass table instead
 		Event:FireServer({KeyCode=io.KeyCode,UserInputType=io.UserInputType,UserInputState=io.UserInputState})
 	end
 	UIS.InputBegan:Connect(input)
 	UIS.InputEnded:Connect(input)
 
 	local Mouse = Player:GetMouse()
 	local h,t
 	--Give the server mouse data 30 times every second, but only if the values changed
 	--If player is not moving their mouse, client won't fire events
 	while wait(1/30) do
 		if h~=Mouse.Hit or t~=Mouse.Target then
 			h,t=Mouse.Hit,Mouse.Target
 			Event:FireServer({isMouse=true,Target=t,Hit=h})
 		end
 	end]==],Player.Character)
 	Mouse,mouse,UserInputService,ContextActionService = m,m,UIS,CAS
 end
 wait(1)
 v3 = Vector3.new
 cn = CFrame.new
 ca2 = CFrame.Angles
 mceil = math.ceil mc = mceil
 mran = math.random rn=mran
 mrad = math.rad rd=mrad
 mdeg = math.deg dg=mdeg
 mabs = math.abs abs=mabs
 ud = UDim2.new
 ca = function(x,y,z) return ca2(mrad(x),mrad(y),mrad(z)) end
 mran2 = function(a,b) return mran(a*1000,b*1000)/1000 end
 bn = BrickColor.new bc=bn
 c3 = Color3.new
 deb = game:GetService("Debris")
 
 Player = game.Players.LocalPlayer
 Char = Player.Character
 Torso = Char.Torso
 Head = Char.Head
 Humanoid = Char.Humanoid
 RootPart = Char.HumanoidRootPart
 Root  = RootPart.RootJoint
 Mouse = Player:GetMouse()
 
 LA=Char["Left Arm"]
 RA=Char["Right Arm"]
 LL=Char["Left Leg"]
 RL=Char["Right Leg"]
 LAM=Torso["Left Shoulder"]
 RAM=Torso["Right Shoulder"]
 LLM=Torso["Left Hip"]
 RLM=Torso["Right Hip"]
 Neck=Torso.Neck
 Neck.C0=cn(0,1.5,0)
 Neck.C1=cn(0,0,0)
 
 name="Timbersaw"
 
 pcall(function() Char["Sawsuit"]:Destroy() end)
 pcall(function() Player.PlayerGui[name]:Destroy() end)
 pcall(function() Char[name]:Destroy() end)
 pcall(function() Char.Block:Destroy() end)
 pcall(function() Char.Animate:Destroy() end)
 
 
 script.Name = name
 
 as = {}
 so = {"Block","Hit","Shoot"}
 as.Cone = "1033714"
 as.Blast = "20329976"
 as.Diamond = "9756362"
 as.Block = "rbxasset://sounds\\metal.ogg"
 as.Wind = "rbxasset://168892363"
 as.Hit = "10209583"
 as.ElectricShock = "157325701"
 as.Shoot = "130849509"
 as.Chakram = "74322089"
 as.Ring = "3270017"
 
 
 iNew=function(tab)
 	local v=Instance.new(tab[1])
 	for Ind,Val in pairs(tab) do
 		if Ind~=1 and Ind~=2 then
 			v[Ind] = Val
 		end
 	end
 	v.Parent=tab[2]==0 and LastMade or tab[2]
 	LastMade=v
 	return v
 end
 
 iPart=function(tab)
 	local v=Instance.new(tab.type or "Part")
 	if tab.type~="CornerWedgePart" then v.formFactor="Custom" end
 	v.TopSurface=10 v.BottomSurface=10 v.RightSurface=10 v.LeftSurface=10 v.FrontSurface=10 v.BackSurface=10
 	v.Size=v3(tab[2],tab[3],tab[4])
 	v.Locked = true
 	v.Material="SmoothPlastic"
 	if tab.co then v.BrickColor=bn(tab.co) end
 	if tab.tr then v.Transparency=tab.tr end
 	if tab.rf then v.Reflectance=tab.rf end
 	if tab.cf then v.CFrame=tab.cf end
 	if tab.an then v.Anchored=tab.an end
 	if tab.mt then v.Material=tab.mt end
 	if tab.ca then v.CanCollide=tab.ca end
 	v.Parent=tab[1]
 	LastMade=v
 	return v
 end
 
 function Raycast(Pos,Dir,Dist,tab)
 	return workspace:FindPartOnRay(Ray.new(Pos, Dir.unit *Dist),tab)
 end
 
 function wait2(tim)
 	local last = tick()
 	repeat wait(0) until (tick()-last)>=tim
 end
 
 Block=iNew{"NumberValue",Char,Name="Block",Value=0}
 
 Root.C0=cn(0,0,0)
 Root.C1=cn(0,0,0)
 
 for _,force in pairs(Torso:GetChildren()) do if force:IsA("BodyForce") or force:IsA("BodyGyro") or force:IsA("RocketPropulsion") then force:Destroy() end end
 
 pcall(function() Torso.LAW:Remove() Torso.RAW:Remove() Torso.LLW:Remove() Torso.RLW:Remove() end)
 LAW=iNew{"Weld",Torso,Name="LAW",Part0=Torso,C0=cn(-1.5,0.5,0),C1=cn(0,0.5,0)}
 RAW=iNew{"Weld",Torso,Name="RAW",Part0=Torso,C0=cn( 1.5,0.5,0),C1=cn(0,0.5,0)}
 LLW=iNew{"Weld",Torso,Name="LLW",Part0=Torso,C0=cn(-0.5, -1,0),C1=cn(0,  1,0)}
 RLW=iNew{"Weld",Torso,Name="RLW",Part0=Torso,C0=cn( 0.5, -1,0),C1=cn(0,  1,0)}
 
 function Arms(on)
 	LAM.Parent=Torso LAM.Part0=Torso
 	RAM.Parent=Torso RAM.Part0=Torso
 	LAM.Part1=on and nil or LA
 	RAM.Part1=on and nil or RA
 	LAW.Part1=on and LA  or nil
 	RAW.Part1=on and RA  or nil
 end
 
 function Legs(on)
 	LLM.Parent=Torso LLM.Part0=Torso
 	RLM.Parent=Torso RLM.Part0=Torso
 	LLM.Part1=on and nil or LL
 	RLM.Part1=on and nil or RL
 	LLW.Part1=on and LL  or nil
 	RLW.Part1=on and RL  or nil
 end
 
 function GetWeld(weld)
     if not weld:FindFirstChild("Angle") then
         local a = Instance.new("Vector3Value", weld)
         a.Name = "Angle"
         local x,y,z=weld.C0:toEulerAnglesXYZ()
         a.Value=v3(mdeg(x),mdeg(y),mdeg(z))
     end
     return weld.C0.p,weld.Angle.Value
 end
 
 function ClearWeld(weld)
 	if weld:FindFirstChild"Angle" then
 		weld.Angle:Remove()
 	end
 end
 
 function SetWeld(weld,CC,i, loops, origpos,origangle, nextpos,nextangle,smooth)
     local CO="C"..CC
     smooth = smooth or 1
     if not weld:FindFirstChild("Angle") then
         local a = Instance.new("Vector3Value", weld)
         a.Name = "Angle"
         local x,y,z=weld.C0:toEulerAnglesXYZ()
         a.Value=v3(mdeg(x),mdeg(y),mdeg(z))
     end
 
     local perc
     if smooth == 1 then
         perc = math.sin((math.pi/2)/loops*i)
     else
         perc = i/loops
     end
 
     local tox,toy,toz = 0,0,0
     if origangle.x > nextangle.x then
         tox = -mabs(origangle.x - nextangle.x) *perc
     else
         tox = mabs(origangle.x - nextangle.x) *perc
     end
     if origangle.y > nextangle.y then
         toy = -mabs(origangle.y - nextangle.y) *perc
     else
         toy = mabs(origangle.y - nextangle.y) *perc
     end
     if origangle.z > nextangle.z then
         toz = -mabs(origangle.z - nextangle.z) *perc
     else
         toz = mabs(origangle.z - nextangle.z) *perc
     end
 
     local tox2,toy2,toz2 = 0,0,0
     if origpos.x > nextpos.x then
         tox2 = -mabs(origpos.x - nextpos.x) *perc
     else
         tox2 = mabs(origpos.x - nextpos.x) *perc
     end
     if origpos.y > nextpos.y then
         toy2 = -mabs(origpos.y - nextpos.y) *perc
     else
         toy2 = mabs(origpos.y - nextpos.y) *perc
     end
     if origpos.z > nextpos.z then
         toz2 = -mabs(origpos.z - nextpos.z) *perc
     else
         toz2 = mabs(origpos.z - nextpos.z) *perc
     end
          weld.Angle.Value = v3(origangle.x + tox,origangle.y + toy,origangle.z + toz)
     weld[CO] = cn(origpos.x + tox2,origpos.y + toy2,origpos.z + toz2)*ca(origangle.x + tox,origangle.y + toy,origangle.z + toz)
 end
 
 function Triangle(p)
 	local g, v = 0
 	for s = 1, 3 do
 		local l = (p[1+(s+1)%3] - p[1+s%3]).magnitude
 		g, v = l > g and l or g, l > g and {p[1+(s-1)%3], p[1+(s)%3], p[1+(s+1)%3]} or v
 	end
 	local d = v[2]+(v[3]-v[2]).unit*((v[3]-v[2]).unit:Dot(v[1]-v[2]))
 	local c, b = (d-v[1]).unit, (v[2]-v[3]).unit
 	local a = b:Cross(c)
 	local w0=iPart{workspace,1,1,1,an=true,tr=0.5,mt="SmoothPlastic",co=cc[2],cf=cn(0,0,0,a.x,b.x,c.x,a.y,b.y,c.y,a.z,b.z,c.z) + (v[1]+v[2])/2} w0.CanCollide = false w0.Name = "unray"
 	local w1=iPart{workspace,1,1,1,an=true,tr=0.5,mt="SmoothPlastic",co=cc[2],cf=cn(0,0,0,-a.x,-b.x,c.x,-a.y,-b.y,c.y,-a.z,-b.z,c.z) + (v[1]+v[3])/2} w1.CanCollide = false w1.Name = "unray"
 	local m0=iNew{"SpecialMesh",w0,MeshType="Wedge",Scale=v3(0,(v[2]-d).magnitude,(v[1]-d).magnitude)}
 	local m1=iNew{"SpecialMesh",w1,MeshType="Wedge",Scale=v3(0,(v[3]-d).magnitude,(v[1]-d).magnitude)}
 	return w0,w1
 end
 
 function Lightning(from,to,times,offset,col,thickness,tra)
 	local magz = (from - to).magnitude
 	local curpos = from
 	local trz = {-offset,offset}
 	for i=1,times do
 		local li = iPart{workspace,thickness,thickness,magz/times,an=true,tr=tra or 0.4,co=col or "New Yeller"} li.CanCollide = false li.Name = "unray"
 		local ofz = v3(trz[mran(1,2)],trz[mran(1,2)],trz[mran(1,2)])
 		local trolpos = cn(curpos,to)*cn(0,0,magz/times).p+ofz
 		if times == i then
 			local magz2 = (curpos - to).magnitude
 			li.Size = v3(thickness,thickness,magz2)
 			li.CFrame = cn(curpos,to)*cn(0,0,-magz2/2)
 		else
 			li.CFrame = cn(curpos,trolpos)*cn(0,0,magz/times/2)
 		end
 		curpos = li.CFrame*cn(0,0,magz/times/2).p
 		deb:AddItem(li,0.25)
 	end
 end
 
 function PlaySound(sound,pitch,volume,parent)
 	local newSound = iNew{"Sound",parent or Torso,Pitch=pitch,Volume=volume,Name=sound,SoundId=sound}
 	newSound:Play()
 	deb:AddItem(newSound,6)
 	return newSound
 end
 
 function MeshEffect(par,cf,x,y,z,inc,col,sha,adj)
 	local adj = adj or cn(0,0,0)
 	local mp=iPart{par,1,1,1,co=col,tr=0.3,ca=false,an=true} mp.CFrame=cf mp.Name="unray"
 	local ms
 	if sha:sub(1,4)=="http" then
 		ms=iNew{"SpecialMesh",mp,MeshId=sha}
 	elseif sha=="Block" then
 		ms=iNew{"BlockMesh",mp}
 	elseif sha=="Cylinder" then
 		ms=iNew{"CylinderMesh",mp}
 	elseif sha=="Head" or sha=="Sphere" then
 		ms=iNew{"SpecialMesh",mp,MeshType=sha}
 	end
 	deb:AddItem(mp,0.7)
 	Spawn(function()
 		for i=0,1,inc do
 			mp.Transparency=0.3+(1*i)
 			mp.CFrame=mp.CFrame*adj
 			ms.Scale=v3(x,y,z)*(0.3+(1*i))
 			if i>=1 or mp.Transparency >= 1 then mp:Destroy() end
 			wait(0)
 		end
 	end)
 end
 
 Dmg=true
 Dmgv={10,15}
 HitDebounce={}
 Mult = 1
 Damage=function(Hum,Damage)
 	local HName = Hum.Parent.Name
 	if HitDebounce[HName] and HitDebounce[HName]>tick() then return end
 	HitDebounce[HName] = tick()+0.6
 	local Dealt = Damage*Mult
 	local col = ""
 
 	if Hum.Parent:findFirstChild("Block") and Hum.Parent.Block:IsA("NumberValue") and Hum.Parent.Block.Value>0 then
 		Hum.Parent.Block.Value=Hum.Parent.Block.Value-1
 		col="Bright blue"
 		PlaySound(as.Block,1,1,Torso)
 	else
 		Hum:TakeDamage(Dealt)
 		col="Bright red"
 		PlaySound(as.Hit,1,1,Torso)
 	end
 	Knockback(Hum.Parent.Torso,Torso.Position,20,0.2)
 	local DoH=iNew{'Model',workspace,Name=col=='Bright blue' and 'Block' or Dealt}
 	iNew{'Humanoid',DoH,MaxHealth=0,Health=0,Name=''}
 	local Doh=iPart{DoH,1,0.2,1,co=col,an=true} Doh.Name='Head' Doh.CanCollide = false
 	iNew{'BlockMesh',Doh}
 	local dofs=Hum.Parent.Torso.CFrame*cn(mran2(-1.5,1.5),2.5,mran2(-1,1))
 	Doh.CFrame=dofs
 	deb:AddItem(Doh,1)
 end
 
 local Suit = iNew{"Model",Char,Name="Sawsuit"}
 cc = {"Black","Dark stone grey","Brown","Olive","Bright red","Bright orange","Bright yellow","Medium stone grey","Bright green","Bright blue","White","Bright purple",
 "Really black"}
 ButtonColors = {cc[5],cc[7],cc[9],cc[10],cc[12]}
 Stand = iPart{Suit,2,2,1,tr=1}
 wStand = iNew{"Weld",Suit,Part0=RootPart,Part1=Stand,C0=cn(0,0,0),C1=cn(0,0.5,0.5)}
 
 for i=360/12,360,360/12 do
 	local Wood = iPart{Suit,1.5,1,0.5,mt="WoodPlanks",co=cc[3]}
 	iNew{"Weld",Suit,Part0=Stand,Part1=Wood,C0=cn(0,0,0)*ca(0,i,0)*cn(0,0,-2.5)}
 	local Int = iPart{Suit,1.25,0.2,1,co=cc[2]}
 	iNew{"Weld",Suit,Part0=Wood,Part1=Int,C0=cn(0,0.5,0.75)}
 	local Metal = iPart{Suit,1.5,0.4,0.7,mt="DiamondPlate",co=cc[2]}
 	iNew{"Weld",Suit,Part0=Wood,Part1=Metal,C0=cn(0,1.4/2,0)}
 	local Wood2 = iPart{Suit,1.5,0.75,0.5,mt="WoodPlanks",co=cc[3]}
 	iNew{"Weld",Suit,Part0=Wood,Part1=Wood2,C0=cn(0,-1.75/4,-0.25)*ca(-25,0,0)*cn(0,-1.75/4,0.25)}
 end
 
 SmokeStack = iPart{Suit,0.4,2,0.4,co=cc[2]}
 iNew{"Weld",Suit,Part0=Stand,Part1=SmokeStack,C0=cn(1.75,1.5,1.25)}
 iNew{"CylinderMesh",SmokeStack}
 StackBall = iPart{Suit,0.8,0.8,0.8,co=cc[2]}
 iNew{"Weld",Suit,Part0=SmokeStack,Part1=StackBall,C0=cn(0,1,0)}
 iNew{"SpecialMesh",StackBall,MeshType="Sphere"}
 StackC = iPart{Suit,1,0.2,1,co=cc[5]}
 iNew{"Weld",Suit,Part0=SmokeStack,Part1=StackC,C0=cn(0,1,0)}
 iNew{"CylinderMesh",StackC}
 Cone = iPart{Suit,0,0,0,co=cc[5]}
 iNew{"Weld",Suit,Part0=StackC,Part1=Cone,C0=cn(0,0.5,0)}
 iNew{"SpecialMesh",Cone,MeshId=as.Cone,Scale=v3(0.4,1.1,0.4)}
 StackC2 = iPart{Suit,0.55,0.2,0.55,co=cc[6]}
 iNew{"Weld",Suit,Part0=StackC,Part1=StackC2,C0=cn(0,0.5,0)}
 iNew{"CylinderMesh",StackC2,Scale=v3(1,0.5,1)}
 Cone2 = iPart{Suit,0,0,0,co=cc[5]}
 iNew{"Weld",Suit,Part0=Cone,Part1=Cone2,C0=cn(0,0,0)*ca(180,0,0)}
 iNew{"SpecialMesh",Cone2,MeshId=as.Cone,Scale=v3(0.4,1.3,0.4)}
 Hole = iPart{Suit,0.6,0.2,0.6,co=cc[2]}
 iNew{"Weld",Suit,Part0=Cone2,Part1=Hole,C0=cn(0,-0.5,0)}
 iNew{"CylinderMesh",Hole,Scale=v3(1,0.1,1)}
 StackTop = iPart{Suit,0.8,0.2,0.8,co=cc[5]}
 iNew{"Weld",Suit,Part0=Hole,Part1=StackTop,C0=cn(-0.4,-0,0)*ca(0,0,-30)*cn(0.4,0,0)}
 iNew{"CylinderMesh",StackTop,Scale=v3(1,0.5,1)}
 iNew{"Smoke",Hole,Color=bn(cc[13]).Color,RiseVelocity=-10,Size=1,Opacity = 0.4}
 
 BackCyl = iPart{Suit,0,0,0,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=Stand,Part1=BackCyl,C0=cn(0,0.5,2)}
 iNew{"SpecialMesh",BackCyl,MeshType="Sphere",Scale=v3(3,4.5,1.25)/0.2}
 SeatBack = iPart{Suit,2.25,3,0.3,co=cc[1]}
 iNew{"Weld",Suit,Part0=Stand,Part1=SeatBack,C0=cn(0,0.5,1.2)*ca(5,0,0)}
 SeatBack2 = iPart{Suit,2.25*0.9,3*0.9,0.2,mt="Fabric",co=cc[6]}
 iNew{"Weld",Suit,Part0=SeatBack,Part1=SeatBack2,C0=cn(0,0,-0.25)}
 for i=-1,1,2 do
 	SeatS = iPart{Suit,0.2,1.5,2,co=cc[1]}
 	iNew{"Weld",Suit,Part0=SeatBack,Part1=SeatS,C0=cn((2.05/2)*i,0,0.1)*ca(0,-15*i,0)*cn(0,0,-1)}
 	SeatS2 = iPart{Suit,0.2,1.5*0.9,2*0.9,mt="Fabric",co=cc[6]}
 	iNew{"Weld",Suit,Part0=SeatS,Part1=SeatS2,C0=cn(-0.1*i,0,0)}
 end
 
 Levers = {}
 for i=-1,1,2 do
 	local LevJ = iPart{Suit,0,0,0,tr=0.5}
 	local LeverW = iNew{"Weld",Suit,Part0=Stand,Part1=LevJ,C0=cn(i,0.6,-1.5)}
 	local Lever = iPart{Suit,0.2,1,0.2,co=cc[8]}
 	iNew{"Weld",Suit,Part0=LevJ,Part1=Lever,C0=cn(0,0.5,0)}
 	table.insert(Levers,{LeverW})
 	iNew{"CylinderMesh",Lever}
 	local LeverBall = iPart{Suit,0.5,0.5,0.5,co=cc[6]}
 	iNew{"Weld",Suit,Part0=Lever,Part1=LeverBall,C0=cn(0,0.6,0)}
 	iNew{"SpecialMesh",LeverBall,MeshType="Sphere"}
 end
 
 for i=-1,1,1 do
 	local Button = iPart{Suit,0.3,0.2,0.3,co=ButtonColors[mran(1,#ButtonColors)]}
 	iNew{"Weld",Suit,Part0=Stand,Part1=Button,C0=cn(0.5*i,0.6,-1.5)}
 	iNew{"CylinderMesh",Button,Scale=v3(1,0.5,1)}
 end
 
 Chakram = iPart{Suit,5,5,1,co=cc[2]} Chakram.Name="Chakram"
 wChakram = iNew{"Weld",Suit,Part0=Stand,Part1=Chakram,C0=cn(0,-1.4,0)*ca(90,0,0)}
 iNew{"SpecialMesh",Chakram,MeshId=as.Chakram,Scale=v3(5.5,5.5,5)}
 for i=-1,1,2 do
 	Cyl = iPart{Suit,6,0.2,6,co=cc[2]}
 	iNew{"Weld",Suit,Part0=Stand,Part1=Cyl,C0=cn(0,-1.4+i/5,0)}
 	iNew{"CylinderMesh",Cyl}
 end
 for i=360/8,360,360/8 do
 	local Bolt = iPart{Suit,0.2,0.2,0.2,co=cc[4],mt="DiamondPlate"}
 	iNew{"Weld",Suit,Part0=Cyl,Part1=Bolt,C0=cn(0,0.1,0)*ca(0,i,0)*cn(0,0,-2.75)}
 	iNew{"SpecialMesh",Bolt,MeshType="Sphere",Scale=v3(1,0.75,1)}
 end
 
 Ball = iPart{Suit,4.5,3.5,4,co=cc[1]}
 wBall = iNew{"Weld",Suit,Part0=Stand,Part1=Ball,C0=cn(0,-1.5,0)}
 iNew{"SpecialMesh",Ball,MeshType="Sphere"}
 BallM = iPart{Suit,2,3.5*1.1,4*1.1,co=cc[2]}
 iNew{"Weld",Suit,Part0=Ball,Part1=BallM,C0=cn(0,0,0)}
 iNew{"SpecialMesh",BallM,MeshType="Sphere"}
 LArmConnect = iPart{Suit,0.25,1.25,0.5,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=Stand,Part1=LArmConnect,C0=cn(-2.275,1.525,0)}
 ConnectTop = iPart{Suit,0.5,0.2475,0.5,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=LArmConnect,Part1=ConnectTop,C0=cn(0,1.25/2,0)*ca(0,0,90)}
 iNew{"CylinderMesh",ConnectTop}
 CCyl = iPart{Suit,2,0.25,2,co=cc[4],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=LArmConnect,Part1=CCyl,C0=cn(-0.25,-0.125,0)*ca(0,0,90)}
 iNew{"CylinderMesh",CCyl}
 CCyl2 = iPart{Suit,2.5,0.35,2.5,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=CCyl,Part1=CCyl2,C0=cn(0,0.3,0)}
 iNew{"CylinderMesh",CCyl2}
 CCyl3 = iPart{Suit,2,0.25,2,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=CCyl2,Part1=CCyl3,C0=cn(0,0.25,0)}
 iNew{"CylinderMesh",CCyl3}
 CCyl4 = iPart{Suit,1.5,0.25,1.5,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=CCyl3,Part1=CCyl4,C0=cn(0,0.25,0)}
 iNew{"CylinderMesh",CCyl4}
 
 LArm = iPart{Suit,1.25,1.25,1.25,co=cc[1],mt="DiamondPlate"}
 wLArm = iNew{"Weld",Suit,Part0=CCyl4,Part1=LArm,C0=ca(-35,0,45)}
 iNew{"SpecialMesh",LArm,MeshType="Sphere"}
 ArmE = iPart{Suit,0.5,1.5,0.5,co=cc[2]}
 iNew{"Weld",Suit,Part0=LArm,Part1=ArmE,C0=cn(0,1.25,0)}
 iNew{"CylinderMesh",ArmE}
 LArm2 = iPart{Suit,1.25,1.25,1.25,co=cc[1],mt="DiamondPlate"}
 wLArm2 = iNew{"Weld",Suit,Part0=ArmE,Part1=LArm2,C0=cn(0,0.75,0)*ca(-80,100,0)}
 iNew{"SpecialMesh",LArm2,MeshType="Sphere"}
 ArmF = iPart{Suit,1.35,0.25,1.35,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=LArm2,Part1=ArmF}
 iNew{"CylinderMesh",ArmF}
 ArmFM = iPart{Suit,1.25,1,1.25,co=cc[3],mt="WoodPlanks"}
 iNew{"Weld",Suit,Part0=ArmF,Part1=ArmFM,C0=cn(0,0.5,0)}
 iNew{"CylinderMesh",ArmFM}
 ArmF = iPart{Suit,1.35,0.25,1.35,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=ArmFM,Part1=ArmF,C0=cn(0,0.5,0)}
 iNew{"CylinderMesh",ArmF}
 ArmAnt = iPart{Suit,0.4,0.75,0.4,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=ArmFM,Part1=ArmAnt,C0=cn(-0.775,-0.25,0)}
 iNew{"CylinderMesh",ArmAnt}
 ArmAnt2 = iPart{Suit,0.2,0.75,0.2,co=cc[8]}
 iNew{"Weld",Suit,Part0=ArmAnt,Part1=ArmAnt2,C0=cn(0,-0.75,0)}
 iNew{"CylinderMesh",ArmAnt2}
 ArmAnt3 = iPart{Suit,0.35,0.2,0.35,co=cc[2]}
 iNew{"Weld",Suit,Part0=ArmAnt,Part1=ArmAnt3,C0=cn(0,0.75/2,0)}
 iNew{"CylinderMesh",ArmAnt3,Scale=v3(1,0.1,1)}
 ArmAnt4 = iPart{Suit,0.3,0.3,0.3,co=cc[5]}
 iNew{"Weld",Suit,Part0=ArmAnt2,Part1=ArmAnt4,C0=cn(0,-0.75/2,0)}
 iNew{"CylinderMesh",ArmAnt4}
 for i=-1,1,2 do
 	local BladeH = iPart{Suit,0.5,1.25,0.2,co=cc[2],mt="DiamondPlate"}
 	iNew{"Weld",Suit,Part0=ArmF,Part1=BladeH,C0=cn(0,0.75,i/5)}
 	local BladeH2 = iPart{Suit,0.5,0.2,0.5,co=cc[2],mt="DiamondPlate"}
 	iNew{"Weld",Suit,Part0=BladeH,Part1=BladeH2,C0=cn(0,1.25/2,0)*ca(90,0,0)}
 	iNew{"CylinderMesh",BladeH2,Scale=v3(1,0.99,1)}
 	local Bolt = iPart{Suit,0.2,0.2,0.2,co=cc[8]}
 	iNew{"Weld",Suit,Part0=BladeH2,Part1=Bolt,C0=cn(0,(0.25/2)*i,0)}
 	iNew{"CylinderMesh",Bolt,Scale=v3(1,0.25,1)}
 	local Bolt = iPart{Suit,0.2,0.2,0.2,co=cc[8]}
 	iNew{"Weld",Suit,Part0=BladeH,Part1=Bolt,C0=cn(0,0,(0.25/2)*i)*ca(90,0,0)}
 	iNew{"CylinderMesh",Bolt,Scale=v3(1,0.25,1)}
 end
 ArmSawP = iPart{Suit,0.8,2,0.2,co=cc[8]}
 iNew{"Weld",Suit,Part0=ArmF,Part1=ArmSawP,C0=cn(0,2.25,0)}
 for i=-1,1,2 do
 	local ArmSawC = iPart{Suit,0.8,0.2,0.8,co=cc[8]}
 	iNew{"Weld",Suit,Part0=ArmSawP,Part1=ArmSawC,C0=cn(0,1*i,0)*ca(90,0,0)}
 	iNew{"CylinderMesh",ArmSawC,Scale=v3(1,0.99,1)}
 end
 for i=-1,1,1 do
 	local ArmSawC = iPart{Suit,0.3,0.2,0.3,co=cc[8],mt="DiamondPlate"}
 	iNew{"Weld",Suit,Part0=ArmSawP,Part1=ArmSawC,C0=cn(0,0.9*i,0.25/2)*ca(90,0,0)}
 	iNew{"CylinderMesh",ArmSawC,Scale=v3(1,0.25,1)}
 end
 Saw0 = iPart{Suit,0,0,0,tr=1}
 iNew{"Weld",Suit,Part0=ArmSawP,Part1=Saw0,C0=ca(90,90,0)}
 
 Saws = {}
 for i=1,28 do
 	local Saw = iPart{Suit,0.55,0.2,i%2==0 and 0.55 or 0.8,co=cc[2]} Saw.Name="Saw"
 	local wSaw = iNew{"Weld",Suit,Part0=Saw0,Part1=Saw}
 	iNew{"BlockMesh",Saw,Scale=v3(1,0.5,1)}
 	table.insert(Saws,{Saw,wSaw})
 end
 
 RArmConnect = iPart{Suit,0.25,1.25,0.5,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=Stand,Part1=RArmConnect,C0=cn(2.275,1.525,0)}
 ConnectTop = iPart{Suit,0.5,0.2475,0.5,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=RArmConnect,Part1=ConnectTop,C0=cn(0,1.25/2,0)*ca(0,0,90)}
 iNew{"CylinderMesh",ConnectTop}
 CCyl = iPart{Suit,2,0.25,2,co=cc[4],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=RArmConnect,Part1=CCyl,C0=cn(0.25,-0.125,0)*ca(0,0,-90)}
 iNew{"CylinderMesh",CCyl}
 CCyl2 = iPart{Suit,2.5,0.35,2.5,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=CCyl,Part1=CCyl2,C0=cn(0,0.3,0)}
 iNew{"CylinderMesh",CCyl2}
 CCyl3 = iPart{Suit,2,0.25,2,co=cc[2],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=CCyl2,Part1=CCyl3,C0=cn(0,0.25,0)}
 iNew{"CylinderMesh",CCyl3}
 CCyl4 = iPart{Suit,1.5,0.25,1.5,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=CCyl3,Part1=CCyl4,C0=cn(0,0.25,0)}
 iNew{"CylinderMesh",CCyl4}
 
 RArm = iPart{Suit,1.25,1.25,1.25,co=cc[1],mt="DiamondPlate"}
 wRArm = iNew{"Weld",Suit,Part0=CCyl4,Part1=RArm,C0=ca(0,-35,-50)}
 iNew{"SpecialMesh",RArm,MeshType="Sphere"}
 ArmE = iPart{Suit,0.5,1.5,0.5,co=cc[2]}
 iNew{"Weld",Suit,Part0=RArm,Part1=ArmE,C0=cn(0,1.25,0)}
 iNew{"CylinderMesh",ArmE}
 RArm2 = iPart{Suit,1.25,1.25,1.25,co=cc[1],mt="DiamondPlate"}
 wRArm2 = iNew{"Weld",Suit,Part0=ArmE,Part1=RArm2,C0=cn(0,0.75,0)*ca(0,90,-65)}
 iNew{"SpecialMesh",RArm2,MeshType="Sphere"}
 ArmF = iPart{Suit,1.35,0.25,1.35,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=RArm2,Part1=ArmF}
 iNew{"CylinderMesh",ArmF}
 ArmFM = iPart{Suit,1.25,1,1.25,co=cc[3],mt="WoodPlanks"}
 iNew{"Weld",Suit,Part0=ArmF,Part1=ArmFM,C0=cn(0,0.5,0)}
 iNew{"CylinderMesh",ArmFM}
 ArmF = iPart{Suit,1.35,0.25,1.35,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=ArmFM,Part1=ArmF,C0=cn(0,0.5,0)}
 iNew{"CylinderMesh",ArmF}
 ArmAnt = iPart{Suit,0.4,0.75,0.4,co=cc[5],mt="DiamondPlate"}
 iNew{"Weld",Suit,Part0=ArmFM,Part1=ArmAnt,C0=cn(-0.775,-0.25,0)}
 iNew{"CylinderMesh",ArmAnt}
 ArmAnt2 = iPart{Suit,0.2,0.75,0.2,co=cc[8]}
 iNew{"Weld",Suit,Part0=ArmAnt,Part1=ArmAnt2,C0=cn(0,-0.75,0)}
 iNew{"CylinderMesh",ArmAnt2}
 ArmAnt3 = iPart{Suit,0.35,0.2,0.35,co=cc[2]}
 iNew{"Weld",Suit,Part0=ArmAnt,Part1=ArmAnt3,C0=cn(0,0.75/2,0)}
 iNew{"CylinderMesh",ArmAnt3,Scale=v3(1,0.1,1)}
 ArmAnt4 = iPart{Suit,0.3,0.3,0.3,co=cc[5]}
 iNew{"Weld",Suit,Part0=ArmAnt2,Part1=ArmAnt4,C0=cn(0,-0.75/2,0)}
 iNew{"CylinderMesh",ArmAnt4}
 
 for i=360/12,360,360/12 do
 	local ArmP = iPart{Suit,0.45,0.8,0.2,co=cc[8]} ArmP.Name = "Saw"
 	iNew{"Weld",Suit,Part0=ArmF,Part1=ArmP,C0=cn(0,0.4,0)*ca(0,i,0)*cn(0,0,0.6)*ca(20,0,0)}
 end
 for i=360/3,360,360/3 do
 	local HookP = iPart{Suit,0.5,0.5,0.2,co=cc[8]} HookP.Name = "Saw"
 	iNew{"Weld",Suit,Part0=ArmF,Part1=HookP,C0=cn(0,0.9,0)*ca(0,i,0)*cn(0,0,0.85)*ca(40,0,0)}
 	local HookP2 = iPart{Suit,0.5,0.7,0.2,co=cc[8]} HookP2.Name = "Saw"
 	iNew{"Weld",Suit,Part0=HookP,Part1=HookP2,C0=cn(0,0.25,0.1)*ca(-75,0,0)*cn(0,0.35,-0.1)}
 end
 Hole = iPart{Suit,1.1,0.2,1.1,co=cc[13]}
 iNew{"Weld",Suit,Part0=ArmF,Part1=Hole,C0=cn(0,0.125,0)}
 iNew{"CylinderMesh",Hole,Scale=v3(1,0.1,1)}
 LLeg = iPart{Suit,1.5,1.5,1.5,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 wLLeg = iNew{"Weld",Suit,Part0=Ball,Part1=LLeg,C0=cn(-1.5,-1.25,-0.25)*ca(25,0,20)}
 iNew{"SpecialMesh",LLeg,MeshType="Sphere"}
 LegE = iPart{Suit,0.75,1.5,0.75,co=cc[2]} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=LLeg,Part1=LegE,C0=cn(0,-1.25,0)}
 iNew{"CylinderMesh",LegE}
 LLeg2 = iPart{Suit,1.25,1.25,1.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 wLLeg2 = iNew{"Weld",Suit,Part0=LegE,Part1=LLeg2,C0=cn(0,-0.75,0)*ca(-45,0,0)}
 iNew{"SpecialMesh",LLeg2,MeshType="Sphere"}
 LegE = iPart{Suit,0.75,1,0.75,co=cc[2]} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=LLeg2,Part1=LegE,C0=cn(0,-1,0)}
 iNew{"CylinderMesh",LegE}
 LLeg3 = iPart{Suit,1,1,1,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 wLLeg3 = iNew{"Weld",Suit,Part0=LegE,Part1=LLeg3,C0=cn(0,-0.5,0)*ca(0,0,0)}
 iNew{"SpecialMesh",LLeg3,MeshType="Sphere"}
 
 LFoot = iPart{Suit,1.5,0.5,2.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=LLeg3,Part1=LFoot,C0=cn(0,-0.5,-0.5)*ca(0,0,0)}
 FootT = iPart{Suit,1,0.25,1.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=LFoot,Part1=FootT,C0=cn(0,0.75/2,0.5)}
 FootT2 = iPart{Suit,1,0.25,1,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=FootT,Part1=FootT2,C0=cn(0,0,-2.25/2+0.5)}
 iNew{"CylinderMesh",FootT2}
 for i=-1,1,2 do
 	local FootWedge = iPart{Suit,1.5/4,0.5,0.75,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=LFoot,Part1=FootWedge,C0=cn((0.75-(1.5/4/2))*i,0,-2.25/2-0.75/2)}
 	iNew{"SpecialMesh",FootWedge,MeshType="Wedge"}
 	local FootPart = iPart{Suit,1.5/4,0.5,0.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=LFoot,Part1=FootPart,C0=cn((0.75-(1.5/4)*1.5)*i,0,-2.25/2-0.25/2)}
 	local FootPart = iPart{Suit,1.5/4,0.5,1,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=LFoot,Part1=FootPart,C0=cn((0.75-(1.5/4)*1.5)*i,0,-2.5/2-1/2-0.125)}
 	iNew{"SpecialMesh",FootPart,MeshType="Wedge"}
 end
 for i=-1,1,1 do
 	local Bolt = iPart{Suit,0.3,0.2,0.3,co=cc[2],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=FootT2,Part1=Bolt,C0=cn(0.5*i,-0.1,i==0 and -0.9 or -0.75)}
 	iNew{"CylinderMesh",Bolt,Scale=v3(1,0.5,1)}
 end
 
 RLeg = iPart{Suit,1.5,1.5,1.5,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 wRLeg = iNew{"Weld",Suit,Part0=Ball,Part1=RLeg,C0=cn(1.5,-1.25,-0.25)*ca(25,0,-20)}
 iNew{"SpecialMesh",RLeg,MeshType="Sphere"}
 LegE = iPart{Suit,0.75,1.5,0.75,co=cc[2]} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=RLeg,Part1=LegE,C0=cn(0,-1.25,0)}
 iNew{"CylinderMesh",LegE}
 RLeg2 = iPart{Suit,1.25,1.25,1.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 wRLeg2 = iNew{"Weld",Suit,Part0=LegE,Part1=RLeg2,C0=cn(0,-0.75,0)*ca(-45,0,0)}
 iNew{"SpecialMesh",RLeg2,MeshType="Sphere"}
 LegE = iPart{Suit,0.75,1,0.75,co=cc[2]} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=RLeg2,Part1=LegE,C0=cn(0,-1,0)}
 iNew{"CylinderMesh",LegE}
 RLeg3 = iPart{Suit,1,1,1,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 wRLeg3 = iNew{"Weld",Suit,Part0=LegE,Part1=RLeg3,C0=cn(0,-0.5,0)*ca(0,0,0)}
 iNew{"SpecialMesh",RLeg3,MeshType="Sphere"}
 
 RFoot = iPart{Suit,1.5,0.5,2.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=RLeg3,Part1=RFoot,C0=cn(0,-0.5,-0.5)*ca(0,0,0)}
 FootT = iPart{Suit,1,0.25,1.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=RFoot,Part1=FootT,C0=cn(0,0.75/2,0.5)}
 FootT2 = iPart{Suit,1,0.25,1,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 iNew{"Weld",Suit,Part0=FootT,Part1=FootT2,C0=cn(0,0,-2.25/2+0.5)}
 iNew{"CylinderMesh",FootT2}
 for i=-1,1,2 do
 	local FootWedge = iPart{Suit,1.5/4,0.5,0.75,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=RFoot,Part1=FootWedge,C0=cn((0.75-(1.5/4/2))*i,0,-2.25/2-0.75/2)}
 	iNew{"SpecialMesh",FootWedge,MeshType="Wedge"}
 	local FootPart = iPart{Suit,1.5/4,0.5,0.25,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=RFoot,Part1=FootPart,C0=cn((0.75-(1.5/4)*1.5)*i,0,-2.25/2-0.25/2)}
 	local FootPart = iPart{Suit,1.5/4,0.5,1,co=cc[1],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=RFoot,Part1=FootPart,C0=cn((0.75-(1.5/4)*1.5)*i,0,-2.5/2-1/2-0.125)}
 	iNew{"SpecialMesh",FootPart,MeshType="Wedge"}
 end
 for i=-1,1,1 do
 	local Bolt = iPart{Suit,0.3,0.2,0.3,co=cc[2],mt="DiamondPlate"} LastMade.CanCollide = false
 	iNew{"Weld",Suit,Part0=FootT2,Part1=Bolt,C0=cn(0.5*i,-0.1,i==0 and -0.9 or -0.75)}
 	iNew{"CylinderMesh",Bolt,Scale=v3(1,0.5,1)}
 end
 
 Char:MoveTo(Torso.Position+v3(0,10,0))
 
 function AoEFind(Pos,Range)
 	local fHumans = {}
 	for i,v in pairs(workspace:GetChildren()) do
 		local fHum,fTorso,fHead = GetHuman(v)
 		if fHum and fTorso and fHead and v.Name~=Player.Name then
 			if (fTorso.Position-Pos).magnitude<=Range then
 				table.insert(fHumans,v)
 			end
 		end
 	end
 	return fHumans
 end
 
 HitData = {}
 function AoEBreak(Pos,Range,Force,PropDmg)
 	local function r(d)
 		for i,v in pairs(d:GetChildren()) do
 			if v:IsA("BasePart") and v.Name~="Terrain" then
 				if (v.Position-Pos).magnitude<Range then
 					local fHum,fTorso,fHead = GetHuman(v.Parent)
 					if fHum and fTorso and fHead then return end
 					if v:IsDescendantOf(Char) or v.Name=="unray" then return end
 
 					local broke = false
 					if not HitData[v] then
 						local hh = v:GetMass()/1.5
 						HitData[v] = hh
 					end
 					HitData[v]=HitData[v]-PropDmg
 					if HitData[v]<=0 then
 						v.Anchored = false
 						v:BreakJoints()
 						broke=true
 					end
 					if broke then
 						v.Velocity=cn(Pos,v.Position).lookVector*Force
 					end
 				end
 			else
 				r(v)
 			end
 		end
 	end
 	r(workspace)
 end
 
 function GetHuman(model)
 	local foundHum
 	local foundTorso
 	local foundHead
 	if #model:GetChildren()==0 then return end
 	for i,v in pairs(model:GetChildren()) do
 		if v:IsA("Humanoid") then
 			foundHum = v
 		elseif v.Name == "Torso" then
 			foundTorso = v
 		elseif v.Name == "Head" then
 			foundHead = v
 		end
 	end
 	return foundHum,foundTorso,foundHead
 end
 
 function Knockback(fTor,face,str,dur)
 	local bodyVelo = iNew{"BodyVelocity",fTor,P=1250,maxForce=v3(1,1,1)/0,velocity=cn(face,fTor.Position).lookVector*str}
 	deb:AddItem(bodyVelo,dur)
 end
 
 HitData = {}
 function Touched(hit)
 	if not Dmg then return end
 	if hit.Parent:IsDescendantOf(Char) then return end
 	local fHum,fTorso,fHead = GetHuman(hit.Parent)
 	if fHum and fTorso and fHead then
 		Damage(fHum,mran(Dmgv[1],Dmgv[2]))
 	end
 
 	if ArmAnim == "Lightning Fist" then
 		local BlastPos = (Hole.CFrame).p
 		local at = BlastPos+v3(0,-5,0)
 		ArmAnim = "Lightning Blast"
 		local Prev = Knockback
 		MeshEffect(workspace,cn(at),14,14,14,0.05,"New Yeller","Sphere",cn())
 		MeshEffect(workspace,cn(at),9,14,9,0.05,"New Yeller",as.Blast,ca(0,mran(-5,5),0))
 		for i=360/8,360,360/8 do
 			MeshEffect(workspace,cn(at)*ca(0,i,0)*cn(0,2,3)*ca(-90,0,0),1.5,8,1.5,0.05,"New Yeller",as.Diamond,cn(0,1.5,0)*ca(1,0,0))
 			if i==360/8 then
 				local fHumans = AoEFind(BlastPos,10)
 				AoEBreak(BlastPos,10,50,mran(35,50))
 				if #fHumans > 0 then
 					for i,v in pairs(fHumans) do
 						local fHum,fTorso,fHead = v.Humanoid,v.Torso,v.Head
 						Damage(fHum,mran(Dmgv[1],Dmgv[2])*2.5)
 						Knockback(fTorso,BlastPos,35,0.25)
 					end
 				end
 			end
 		end
 	end
 end
 
 for i,v in pairs(Suit:GetChildren()) do
 	if v:IsA("BasePart") and (v.Name=="Saw" or v.Name=="Chakram") then
 		v.Touched:connect(Touched)
 	end
 end
 
 for i,v in pairs(Torso:children()) do
 	if v:IsA("Sound") then
 		v:Destroy()
 	end
 end
 for i,v in pairs(Head:children()) do
 	if v:IsA("Sound") then
 		v:Destroy()
 	end
 end
 
 
 function ReturnPose(AnimationSpeed)
 	RePose()
 	for i=1,AnimationSpeed do
 		if not Walking then
 			SetWeld(LAW,0,i,AnimationSpeed,wLA,wLA2,PoseLA,PoseLA2,1)
 			SetWeld(RAW,0,i,AnimationSpeed,wRA,wRA2,PoseRA,PoseRA2,1)
 			for lever = 1,2 do
 					local x = lever == 1 and -1 or lever == 2 and 1
 					SetWeld(Levers[lever][1],0,i,AnimationSpeed,Levers[lever][2],Levers[lever][3],v3(x,0.6,-1.5),v3(0,0,0),1)
 			end
 		end
 		SetWeld(Root,0,i,AnimationSpeed,wRT,wRT2,PoseRT,PoseRT2,1)
 		SetWeld(wStand,0,i,AnimationSpeed,wST,wST2,PoseST,PoseST2,1)
 		SetWeld(wBall,0,i,AnimationSpeed,wBA,wBA2,PoseBA,PoseBA2,1)
 		SetWeld(wLArm,0,i,AnimationSpeed,wLAR,wLAR2,PoseLAR,PoseLAR2,1)
 		SetWeld(wLArm2,0,i,AnimationSpeed,wLARM,wLARM2,PoseLARM,PoseLARM2,1)
 		SetWeld(wRArm,0,i,AnimationSpeed,wRAR,wRAR2,PoseRAR,PoseRAR2,1)
 		SetWeld(wRArm2,0,i,AnimationSpeed,wRARM,wRARM2,PoseRARM,PoseRARM2,1)
 		SetWeld(wLLeg,0,i,AnimationSpeed,wLLE,wLLE2,PoseLLE,PoseLLE2,1)
 		SetWeld(wLLeg2,0,i,AnimationSpeed,wLLEG,wLLEG2,PoseLLEG,PoseLLEG2,1)
 		SetWeld(wLLeg3,0,i,AnimationSpeed,wLLL,wLLL2,PoseLLL,PoseLLL2,1)
 		SetWeld(wRLeg,0,i,AnimationSpeed,wRLE,wRLE2,PoseRLE,PoseRLE2,1)
 		SetWeld(wRLeg2,0,i,AnimationSpeed,wRLEG,wRLEG2,PoseRLEG,PoseRLEG2,1)
 		SetWeld(wRLeg3,0,i,AnimationSpeed,wRLL,wRLL2,PoseRLL,PoseRLL2,1)
 		wait(0)
 	end
 end
 
 function RePose()
 	local a,b=GetWeld(LAW)
 	local c,d=GetWeld(RAW)
 	local ee,ff=GetWeld(Root)
 	wLA=a wLA2=b
 	wRA=c wRA2=d
 	wRT=ee wRT2=ff
 	local e,f=GetWeld(wStand)
 	local g,h=GetWeld(wBall)
 	local i,j=GetWeld(wLArm)
 	local k,l=GetWeld(wLArm2)
 	local m,n=GetWeld(wRArm)
 	local o,p=GetWeld(wRArm2)
 	local q,r=GetWeld(wLLeg)
 	local s,t=GetWeld(wLLeg2)
 	local y,z=GetWeld(wLLeg3)
 	local u,v=GetWeld(wRLeg)
 	local w,x=GetWeld(wRLeg2)
 	local aa,bb=GetWeld(wRLeg3)
 	for lever = 1,2 do Levers[lever][2],Levers[lever][3]=GetWeld(Levers[lever][1]) end
 	wST=e wST2=f
 	wBA=g wBA2=h
 	wLAR=i wLAR2=j
 	wLARM=k wLARM2=l
 	wRAR=m wRAR2=n
 	wRARM=o wRARM2=p
 	wLLE=q wLLE2=r
 	wLLEG=s wLLEG2=t
 	wLLL=y wLLL2=z
 	wRLE=u wRLE2=v
 	wRLEG=w wRLEG2=x
 	wRLL=aa wRLL2=bb
 end
 
 
 Attacks = {}
 Attacks[1] = function()
 	ArmAnim = "Slash"
 	if TorsoAnim == "" then TorsoAnim = ArmAnim end
 	RePose()
 	for i=1,ASpeed do
 		SetWeld(wLArm,0,i,ASpeed,wLAR,wLAR2,PoseLAR,v3(-35,0,-45),1)
 		SetWeld(wLArm2,0,i,ASpeed,wLARM,wLARM2,PoseLARM,v3(0,-65,-65),1)
 		wait(0)
 	end
 	Mult = 2
 	Trail = true
 	RePose()
 	for i=1,ASpeed/1.6 do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed/1.6,wRT,wRT2,PoseRT,v3(0,-70,0),1)
 			SetWeld(wStand,0,i,ASpeed/1.6,wST,wST2,PoseST,v3(0,-70,0),1)
 			SetWeld(wBall,0,i,ASpeed/1.6,wBA,wBA2,PoseBA,v3(0,70,0),1)
 		end
 		SetWeld(wLArm,0,i,ASpeed/1.6,wLAR,wLAR2,PoseLAR,v3(-140,0,60),1)
 		SetWeld(wLArm2,0,i,ASpeed/1.6,wLARM,wLARM2,PoseLARM,v3(0,-45,-25),1)
 		wait(0)
 	end
 	Mult = 1
 	Trail = false
 	ReturnPose(ASpeed)
 	ArmAnim = ""
 	TorsoAnim = TorsoAnim~="" and  "" or TorsoAnim
 end
 Attacks[2] = function()
 	ArmAnim = "AoE Slash"
 	if TorsoAnim == "" then TorsoAnim = ArmAnim end
 	local Ang = MouseAngleY>25 and 25 or MouseAngleY<-35 and -35 or MouseAngleY
 	RePose()
 	for i=1,ASpeed do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed,wRT,wRT2,PoseRT,v3(0,-70,0),1)
 			SetWeld(wStand,0,i,ASpeed,wST,wST2,PoseST,v3(0,-70,0),1)
 			SetWeld(wBall,0,i,ASpeed,wBA,wBA2,PoseBA,v3(0,70,0),1)
 		end
 		SetWeld(wLArm,0,i,ASpeed,wLAR,wLAR2,PoseLAR,v3(-90,0,-Ang),1)
 		SetWeld(wLArm2,0,i,ASpeed,wLARM,wLARM2,PoseLARM,v3(-70,90,0),1)
 		wait(0)
 	end
 	Mult = 2
 	Trail = true
 	RePose()
 	for i=1,ASpeed/1.6 do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed/1.6,wRT,wRT2,PoseRT,v3(0,100,0),1)
 			SetWeld(wStand,0,i,ASpeed/1.6,wST,wST2,PoseST,v3(0,100,0),1)
 			SetWeld(wBall,0,i,ASpeed/1.6,wBA,wBA2,PoseBA,v3(0,-100,0),1)
 		end
 		SetWeld(wLArm,0,i,ASpeed/1.6,wLAR,wLAR2,PoseLAR,v3(70,0,-Ang),1)
 		SetWeld(wLArm2,0,i,ASpeed/1.6,wLARM,wLARM2,PoseLARM,v3(20,90,0),1)
 		wait(0)
 	end
 	Mult = 1
 	Trail = false
 	ReturnPose(ASpeed)
 	ArmAnim = ""
 	TorsoAnim = TorsoAnim~="" and  "" or TorsoAnim
 end
 Attacks[3] = function()
 	ArmAnim = "Lightning Fist Start"
 	TorsoAnim = ArmAnim
 	RePose()
 	for i=1,ASpeed*1.5 do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed*1.5,wRT,wRT2,PoseRT,v3(0,-70,0),1)
 			SetWeld(wStand,0,i,ASpeed*1.5,wST,wST2,PoseST,v3(0,-70,0),1)
 			SetWeld(wBall,0,i,ASpeed*1.5,wBA,wBA2,PoseBA,v3(0,70,0),1)
 		end
 		SetWeld(wRArm,0,i,ASpeed*1.5,wRAR,wRAR2,PoseRAR,v3(0,50,70),1)
 		SetWeld(wRArm2,0,i,ASpeed*1.5,wRARM,wRARM2,PoseRARM,v3(0,0,-140),1)
 		wait(0)
 	end
 	Trail2 = true
 
 	PlaySound(as.ElectricShock,0.85,1,Torso)
 	RePose()
 	for i=1,ASpeed do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed,wRT,wRT2,PoseRT,v3(0,80,0),1)
 			SetWeld(wStand,0,i,ASpeed,wST,wST2,PoseST,v3(0,80,0),1)
 			SetWeld(wBall,0,i,ASpeed,wBA,wBA2,PoseBA,v3(0,-80,0),1)
 		end
 		SetWeld(wRArm,0,i,ASpeed,wRAR,wRAR2,PoseRAR,v3(0,35,-70),1)
 		SetWeld(wRArm2,0,i,ASpeed,wRARM,wRARM2,PoseRARM,v3(0,0,0),1)
 		wait(0)
 		if i==ASpeed-1 then ArmAnim = "Lightning Fist" end
 	end
 	Trail2 = false
 	wait(0.5)
 	ReturnPose(ASpeed)
 	ArmAnim = ""
 	TorsoAnim = TorsoAnim~="" and  "" or TorsoAnim
 end
 Attacks[4] = function()
 	ArmAnim = "Shoot"
 	TorsoAnim = ArmAnim
 	RePose()
 	for i=1,ASpeed*1.5 do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed*1.5,wRT,wRT2,PoseRT,v3(0,90,0),1)
 			SetWeld(wStand,0,i,ASpeed*1.5,wST,wST2,PoseST,v3(0,90,0),1)
 			SetWeld(wBall,0,i,ASpeed*1.5,wBA,wBA2,PoseBA,v3(0,-90,0),1)
 		end
 		SetWeld(wRArm,0,i,ASpeed*1.5,wRAR,wRAR2,PoseRAR,v3(0,0,MouseAngleY),1)
 		SetWeld(wRArm2,0,i,ASpeed*1.5,wRARM,wRARM2,PoseRARM,v3(0,0,0),1)
 		wait(0)
 	end
 	Trail2 = true
 
 	PlaySound(as.ElectricShock,0.85,1,Torso)
 	RePose()
 	for i=1,ASpeed do
 		if TorsoAnim == ArmAnim then
 			SetWeld(Root,0,i,ASpeed,wRT,wRT2,PoseRT,v3(0,80,0),1)
 			SetWeld(wStand,0,i,ASpeed,wST,wST2,PoseST,v3(0,80,0),1)
 			SetWeld(wBall,0,i,ASpeed,wBA,wBA2,PoseBA,v3(0,-80,0),1)
 		end
 		SetWeld(wRArm,0,i,ASpeed,wRAR,wRAR2,PoseRAR,v3(0,35,-70),1)
 		SetWeld(wRArm2,0,i,ASpeed,wRARM,wRARM2,PoseRARM,v3(0,0,0),1)
 		wait(0)
 		if i==ASpeed-1 then ArmAnim = "Lightning Fist" end
 	end
 	Trail2 = false
 	wait(0.5)
 	ReturnPose(ASpeed)
 	Gyro = false
 	ArmAnim = ""
 	TorsoAnim = TorsoAnim~="" and  "" or TorsoAnim
 end
 
 BP = iNew{"BodyPosition",Stand,maxForce=v3(0,0,0)}
 
 ArmAnim = ""
 LegAnim = ""
 TorsoAnim = ""
 ASpeed = 12
 SawSpeed = 5
 Trail = false
 Trail2 = false
 State = "Idling"
 GroundOffset = v3(0,6.75,0)
 PoseLA=v3(-1.5,0.5,-0.5) PoseLA2=v3(110,0,14)
 PoseRA=v3(1.5,0.5,-0.5) PoseRA2=v3(110,0,-14)
 PoseRT=v3(0,0,0) PoseRT2=v3(0,0,0)
 PoseST=v3(0,0,0) PoseST2=v3(0,0,0)
 PoseBA=v3(0,-1.5,0) PoseBA2=v3(0,0,0)
 PoseLAR=v3(0,0,0) PoseLAR2=v3(-35,0,45)
 PoseLARM=v3(0,0.75,0) PoseLARM2=v3(-80,100,0)
 PoseRAR=v3(0,0,0) PoseRAR2=v3(0,-35,-50)
 PoseRARM=v3(0,0.75,0) PoseRARM2=v3(0,90,-65)
 PoseLLE=v3(-1.5,-1.25,-0.25) PoseLLE2=v3(20,0,-15)
 PoseLLEG=v3(0,-0.75,0) PoseLLEG2=v3(-40,0,15)
 PoseLLL=v3(0,-0.5,0) PoseLLL2=v3(20,0,0)
 PoseRLE=v3(1.5,-1.25,-0.25) PoseRLE2=v3(20,0,15)
 PoseRLEG=v3(0,-0.75,0) PoseRLEG2=v3(-40,0,-15)
 PoseRLL=v3(0,-0.5,0) PoseRLL2=v3(20,0,0)
 
 Arms() Legs()
 ReturnPose(ASpeed)
 Arms(0) Legs(0)
 
 
 button1 = false
 keys = {}
 Mouse.Button1Down:connect(function()
 	button1 = true
 	if ArmAnim == "" then
 		Attacks[1]()
 	end
 end)
 
 Mouse.Button1Up:connect(function()
 	button1 = false
 end)
 
 Mouse.KeyDown:connect(function(key)
 	keys[key]=true
 	if key == "q" then
 		if ArmAnim == "" then
 			Attacks[2]()
 		end
 	end
 	if key == "e" then
 		if ArmAnim == "" then
 			Attacks[3]()
 		end
 	end
 	if key == "r" then
 		if ArmAnim == "" then
 			Attacks[4]()
 		end
 	end
 	if key == " " then
 		local hit,at = Raycast(Torso.Position,Torso.Position - (Torso.CFrame*cn(0,3,0)).p,10,Char)
 		if not hit or not at then return end
 		if ArmAnim == "" and TorsoAnim == "" and LegAnim == "" then
 			ArmAnim = "Jump"
 			LegAnim = "JumpS"
 			local PrevOff = GroundOffset
 			GroundOffset = v3(0,6,0)
 			ReturnPose(1)
 			RePose()
 			for i=1,ASpeed do
 				SetWeld(wLLeg,0,i,ASpeed,wLLE,wLLE2,PoseLLE,v3(15,0,-20),1)
 				SetWeld(wLLeg2,0,i,ASpeed,wLLEG,wLLEG2,PoseLLEG,v3(-45,-35,20),1)
 				SetWeld(wLLeg3,0,i,ASpeed,wLLL,wLLL2,PoseLLL,v3(30,35,0),0)
 				SetWeld(wRLeg,0,i,ASpeed,wRLE,wRLE2,PoseRLE,v3(15,0,20),1)
 				SetWeld(wRLeg2,0,i,ASpeed,wRLEG,wRLEG2,PoseRLEG,v3(-45,35,-20),1)
 				SetWeld(wRLeg3,0,i,ASpeed,wRLL,wRLL2,PoseRLL,v3(30,-35,0),0)
 				wait(0)
 			end
 			LegAnim = "Jump"
 			GroundOffset = v3(0,18,0)
 			RePose()
 			for i=1,ASpeed/1.5 do
 				SetWeld(wLLeg,0,i,ASpeed/1.5,wLLE,wLLE2,PoseLLE,v3(25,0,-20),1)
 				SetWeld(wLLeg2,0,i,ASpeed/1.5,wLLEG,wLLEG2,PoseLLEG,v3(-10,-35,20),1)
 				SetWeld(wLLeg3,0,i,ASpeed,wLLL,wLLL2,PoseLLL,v3(15,35,0),0)
 				SetWeld(wRLeg,0,i,ASpeed/1.5,wRLE,wRLE2,PoseRLE,v3(25,0,20),1)
 				SetWeld(wRLeg2,0,i,ASpeed/1.5,wRLEG,wRLEG2,PoseRLEG,v3(-10,35,-20),1)
 				SetWeld(wRLeg3,0,i,ASpeed,wRLL,wRLL2,PoseRLL,v3(15,-35,0),0)
 				wait(0)
 			end
 			GroundOffset = PrevOff
 			ReturnPose(ASpeed)
 			ArmAnim = ArmAnim~="" and  "" or ArmAnim
 			LegAnim = LegAnim~="" and  "" or LegAnim
 		end
 	end
 end)
 
 Mouse.KeyUp:connect(function(key)
 	keys[key]=false
 end)
 Humanoid.Changed:connect(function(prop)
 	if prop == "Health" then
 		if PrevHealth-Humanoid.Health>0 then
 			for i,v in pairs(game:GetService("Players"):GetChildren()) do
 				if not v:IsA("Player") or not v.Character.Parent then return end
 				local fHum,fTorso,fHead = GetHuman(v.Character)
 				if not fHum or not fTorso then return end
 				if v.Name~=Player.Name then
 					local Dist = (v.Character.Torso.Position-Torso.Position).magnitude
 					if Dist<25 then
 						Damage(v.Character.Humanoid,math.ceil((PrevHealth-Humanoid.Health)*0.75))
 						Lightning(Hole.Position,fTorso.Position,mran(3,6),5,"New Yeller",0.3,mran2(0.5,0.9))
 						PlaySound(as.ElectricShock,1,1,Torso)
 					end
 				end
 			end
 		end
 	end
 end)
 
 Spawn(function()
 	while Suit.Parent do
 		for ii,vv in pairs(Saws) do
 			Spawn(function()
 				for i=0,180,360/(200/SawSpeed) do
 					vv[2].C0=cn(-1.25/2-0.5,0,0)*ca(0,i,0)*cn(0,0,-1.25/2)
 					wait(0)
 				end
 				for i=-1.25/2,1.25+0.3,(1.25/40)*SawSpeed do
 					vv[2].C0=cn(-0.5+i,0,1.25/2)
 					wait(0)
 				end
 				for i=180,360,360/(200/SawSpeed) do
 					vv[2].C0=cn(1.25/2+0.4,0,0)*ca(0,i,0)*cn(0,0,-1.25/2)
 					wait(0)
 				end
 				for i=1.25/2,-1.25-0.3,-(1.25/40)*SawSpeed do
 					vv[2].C0=cn(0.4+i,0,-1.25/2)
 					wait(0)
 				end
 			end)
 			wait(0.08)
 		end
 		wait(0)
 	end
 end)
 
 Count = 0
 game:GetService("RunService").RenderStepped:connect(function()
 	if Suit.Parent then
 		Count = Count+1
 		local hit,at = Raycast(Stand.Position,Stand.Position - (Stand.CFrame*cn(0,3,0)).p,10,Char)
 		if hit and at then
 			BP.position = at+GroundOffset
 			BP.maxForce = v3(0,1/0,0)
 		else
 			BP.maxForce = v3()
 		end
 		local CurrentPos = ArmSawP.CFrame*cn(0,0,-0.5)
 		if Trail then
 			if LastPos and (ArmSawP.Position-LastPos.p).magnitude > 0.1 then
 				local h = 4.5
 				local ft = 0.15
 				local a,b = Triangle{(LastPos*cn(0,h/2,0)).p,(LastPos*cn(0,-h/2,0)).p,(CurrentPos*cn(0,h/2,0)).p}
 				if a then deb:AddItem(a,ft) end
 				if b then deb:AddItem(b,ft) end
 				local a,b = Triangle{(CurrentPos*cn(0,h/2,0)).p,(CurrentPos*cn(0,-h/2,0)).p,(LastPos*cn(0,-h/2,0)).p}
 				if a then deb:AddItem(a,ft) end
 				if b then deb:AddItem(b,ft) end
 				LastPos = CurrentPos
 			elseif not LastPos then
 				LastPos = CurrentPos
 			end
 		elseif not Trail then
 			LastPos = nil
 		end
 		if Trail2 then
 			if Count%1==0 then
 				local sc = 5
 				local To = Hole.Position+v3(mran(-sc,sc),mran(-sc,sc),mran(-sc,sc))
 				Lightning(Hole.Position,To,mran(3,6),mran(1,4),"New Yeller",0.2,mran2(0.5,0.9))
 			end
 		end
 		wChakram.C0=cn(0,-1.4,0)*ca(90,0,Count*SawSpeed)
 		MouseAngleX = math.floor(cn(Head.Position,Mouse.Hit.p).lookVector.x*90)
 		MouseAngleY = math.floor(cn(Head.Position,Mouse.Hit.p).lookVector.y*90)
 		SetWeld(Neck,0,1,1,v3(),v3(),v3(0,1.5,-0.1),v3(MouseAngleY<-20 and -20 or MouseAngleY>45 and 45 or MouseAngleY,0,0),1)
 		PrevHealth = Humanoid.Health
 		Walking = v3(Torso.Velocity.x,0,Torso.Velocity.z).magnitude>1 and true or false
 	end
 end)
 while wait(0) do
 		if not Humanoid.PlatformStand and not Humanoid.Sit then
 				local AnimSpeed = ASpeed/1.5
 				if Walking then
 						State = "Walking"
 						RePose()
 						Humanoid.WalkSpeed = 12
 						for i=1,AnimSpeed do
 								if TorsoAnim == "" then
 										SetWeld(Root,0,i,AnimSpeed,wRT,wRT2,PoseRT,v3(0,-15,0),0)
 										SetWeld(wStand,0,i,AnimSpeed,wST,wST2,PoseST,v3(0,-15,0),0)
 										SetWeld(wBall,0,i,AnimSpeed,wBA,wBA2,PoseBA,v3(0,15,0),0)
 								end
 								if ArmAnim == "" then
 										SetWeld(wLArm,0,i,AnimSpeed,wLAR,wLAR2,PoseLAR,v3(-90,0,20),1)
 										SetWeld(wLArm2,0,i,AnimSpeed,wLARM,wLARM2,PoseLARM,v3(-45,90,0),1)
 								end
 								if LegAnim == "" then
 										SetWeld(wLLeg,0,i,AnimSpeed,wLLE,wLLE2,PoseLLE,v3(80,0,-20),0)
 										SetWeld(wLLeg2,0,i,AnimSpeed,wLLEG,wLLEG2,PoseLLEG,v3(-80,0,20),0)
 										SetWeld(wLLeg3,0,i,AnimSpeed,wLLL,wLLL2,PoseLLL,v3(0,-15,0),0)
 										SetWeld(wRLeg,0,i,AnimSpeed,wRLE,wRLE2,PoseRLE,v3(-35,0,20),0)
 										SetWeld(wRLeg2,0,i,AnimSpeed,wRLEG,wRLEG2,PoseRLEG,v3(-0,0,-20),0)
 										SetWeld(wRLeg3,0,i,AnimSpeed,wRLL,wRLL2,PoseRLL,v3(35,0,0),0)
 								end
 								SetWeld(RAW,0,i,AnimSpeed,wRA,wRA2,v3(1.5,0.5,0),PoseRA2,0)
 								SetWeld(LAW,0,i,AnimSpeed,wLA,wLA2,v3(-1.5,0.5,-1),PoseLA2,0)
 								for lever = 1,2 do
 										local x = lever == 1 and -1 or lever == 2 and 1
 										SetWeld(Levers[lever][1],0,i,AnimSpeed,Levers[lever][2],Levers[lever][3],v3(x,0.6,-1.5),v3(25*x,0,0),0)
 								end
 								wait(0)
 
 								if not Walking then
 										break
 								end
 						end
 						RePose()
 						Humanoid.WalkSpeed = 22
 						for i=1,AnimSpeed/2.5 do
 								if LegAnim == "" then
 										SetWeld(wLLeg,0,i,AnimSpeed/2.5,wLLE,wLLE2,PoseLLE,v3(35,0,-20),0)
 										SetWeld(wLLeg2,0,i,AnimSpeed/2.5,wLLEG,wLLEG2,PoseLLEG,v3(-35,0,20),0)
 										SetWeld(wLLeg3,0,i,AnimSpeed/2.5,wLLL,wLLL2,PoseLLL,v3(0,-15,0),0)
 										SetWeld(wRLeg,0,i,AnimSpeed/2.5,wRLE,wRLE2,PoseRLE,v3(-65,0,20),0)
 										SetWeld(wRLeg2,0,i,AnimSpeed/2.5,wRLEG,wRLEG2,PoseRLEG,v3(-45,0,-20),0)
 										SetWeld(wRLeg3,0,i,AnimSpeed/2.5,wRLL,wRLL2,PoseRLL,v3(0,15,0),0)
 								end
 								SetWeld(RAW,0,i,AnimSpeed/2.5,wRA,wRA2,v3(1.5,0.5,0),PoseRA2,0)
 								SetWeld(LAW,0,i,AnimSpeed/2.5,wLA,wLA2,v3(-1.5,0.5,-1),PoseLA2,0)
 								for lever = 1,2 do
 										local x = lever == 1 and -1 or lever == 2 and 1
 										SetWeld(Levers[lever][1],0,i,AnimSpeed/2.5,Levers[lever][2],Levers[lever][3],v3(x,0.6,-1.5),v3(25*x,0,0),0)
 								end
 								wait(0)
 
 								if not Walking then
 										break
 								end
 						end
 						RePose()
 						Humanoid.WalkSpeed = 12
 						for i=1,AnimSpeed do
 								if TorsoAnim == "" then
 										SetWeld(Root,0,i,AnimSpeed,wRT,wRT2,PoseRT,v3(0,15,0),0)
 										SetWeld(wStand,0,i,AnimSpeed,wST,wST2,PoseST,v3(0,15,0),0)
 										SetWeld(wBall,0,i,AnimSpeed,wBA,wBA2,PoseBA,v3(0,-15,0),0)
 								end
 								if LegAnim == "" then
 										SetWeld(wRLeg,0,i,AnimSpeed,wRLE,wRLE2,PoseRLE,v3(80,0,20),0)
 										SetWeld(wRLeg2,0,i,AnimSpeed,wRLEG,wRLEG2,PoseRLEG,v3(-80,0,-20),0)
 										SetWeld(wRLeg3,0,i,AnimSpeed,wRLL,wRLL2,PoseRLL,v3(0,15,0),0)
 										SetWeld(wLLeg,0,i,AnimSpeed,wLLE,wLLE2,PoseLLE,v3(-35,0,-20),0)
 										SetWeld(wLLeg2,0,i,AnimSpeed,wLLEG,wLLEG2,PoseLLEG,v3(-0,0,20),0)
 										SetWeld(wLLeg3,0,i,AnimSpeed,wLLL,wLLL2,PoseLLL,v3(35,-0,0),0)
 
 										SetWeld(RAW,0,i,AnimSpeed,wRA,wRA2,v3(1.5,0.5,-1),PoseRA2,0)
 										SetWeld(LAW,0,i,AnimSpeed,wLA,wLA2,v3(-1.5,0.5,0),PoseLA2,0)
 										for lever = 1,2 do
 												local x = lever == 1 and -1 or lever == 2 and 1
 												SetWeld(Levers[lever][1],0,i,AnimSpeed,Levers[lever][2],Levers[lever][3],v3(x,0.6,-1.5),v3(-25*x,0,0),0)
 										end
 								end
 								wait(0)
 
 								if not Walking then
 										break
 								end
 						end
 						RePose()
 						Humanoid.WalkSpeed = 22
 						for i=1,AnimSpeed/2.5 do
 								if LegAnim == "" then
 										SetWeld(wRLeg,0,i,AnimSpeed/2.5,wRLE,wRLE2,PoseRLE,v3(35,0,20),0)
 										SetWeld(wRLeg2,0,i,AnimSpeed/2.5,wRLEG,wRLEG2,PoseRLEG,v3(-35,0,-20),0)
 										SetWeld(wRLeg3,0,i,AnimSpeed/2.5,wRLL,wRLL2,PoseRLL,v3(0,15,0),0)
 										SetWeld(wLLeg,0,i,AnimSpeed/2.5,wLLE,wLLE2,PoseLLE,v3(-65,0,-20),0)
 										SetWeld(wLLeg2,0,i,AnimSpeed/2.5,wLLEG,wLLEG2,PoseLLEG,v3(-45,0,20),0)
 										SetWeld(wLLeg3,0,i,AnimSpeed/2.5,wLLL,wLLL2,PoseLLL,v3(0,-15,0),0)
 
 										SetWeld(RAW,0,i,AnimSpeed/2.5,wRA,wRA2,v3(1.5,0.5,-1),PoseRA2,0)
 										SetWeld(LAW,0,i,AnimSpeed/2.5,wLA,wLA2,v3(-1.5,0.5,0),PoseLA2,0)
 										for lever = 1,2 do
 												local x = lever == 1 and -1 or lever == 2 and 1
 												SetWeld(Levers[lever][1],0,i,AnimSpeed/2.5,Levers[lever][2],Levers[lever][3],v3(x,0.6,-1.5),v3(-25*x,0,0),0)
 										end
 								end
 								wait(0)
 
 								if not Walking then
 										break
 								end
 						end
 				elseif Torso.Velocity.magnitude < 1 then
 						if State == "Walking" then
 								State = "Idling"
 								RePose()
 								for i=1,AnimSpeed do
 										if TorsoAnim == "" then
 												SetWeld(Root,0,i,ASpeed,wRT,wRT2,PoseRT,PoseRT2,0)
 												SetWeld(wStand,0,i,ASpeed,wST,wST2,PoseST,PoseST2,0)
 												SetWeld(wBall,0,i,AnimSpeed,wBA,wBA2,PoseBA,PoseBA2,0)
 										end
 										if LegAnim == "" then
 												SetWeld(wLLeg,0,i,AnimSpeed,wLLE,wLLE2,PoseLLE,PoseLLE2,0)
 												SetWeld(wLLeg2,0,i,AnimSpeed,wLLEG,wLLEG2,PoseLLEG,PoseLLEG2,0)
 												SetWeld(wLLeg3,0,i,AnimSpeed,wLLL,wLLL2,PoseLLL,PoseLLL2,0)
 												SetWeld(wRLeg,0,i,AnimSpeed,wRLE,wRLE2,PoseRLE,PoseRLE2,0)
 												SetWeld(wRLeg2,0,i,AnimSpeed,wRLEG,wRLEG2,PoseRLEG,PoseRLEG2,0)
 												SetWeld(wRLeg3,0,i,AnimSpeed,wRLL,wRLL2,PoseRLL,PoseRLL2,0)
 										end
 										wait(0)
 
 										if Walking then
 												break
 										end
 								end
 						end
 				end
 		end
 end