--Thanks gaster :3
wait()
Player = game.Players.LocalPlayer
Object = Player.Character.HumanoidRootPart
Arm1 = Player.Character["Right Arm"]
PreviousA1 = Arm1.CFrame.p
Arm2 = Player.Character["Left Arm"]
PreviousA2 = Arm2.CFrame.p

Leg1 = Player.Character["Right Leg"]
PreviousL1 = Leg1.CFrame.p
Leg2 = Player.Character["Left Leg"]
PreviousL2 = Leg2.CFrame.p

Run = game["Run Service"]

PreviousP = Object.CFrame.p
Running = false
Phase = false
PhaseActive = false
Morph = false
MorphActive = false
Tornado = false
TornadoRadius = 50
TornadoActive = false
Portal = false
PortalEnd = false
MaxZ = 15
MinZ = -15
LightMaxX = 3
LightMinX = 1
LightMaxX2 = -1
LightMinX2 = -3
LightMaxY = 3
LightMinY = -1
Rotation = 0
Length = 10
Color = BrickColor.White()
PColor = Color3.new(0,0,0)
PrevPoint1 = nil
PrevPoint2 = nil
PrevPoint3 = nil
PrevPoint4 = nil
PrevPoint5 = nil
PrevPoint6 = nil
PrevPoint7 = nil
PrevPoint8 = nil
PrevPoint9 = nil
PrevPoint10 = nil
PrevPoint11 = nil
PrevPoint12 = nil
angle = 0
Mouse = Player:GetMouse()
Player.Character.Humanoid.WalkSpeed = 100

Nil = function()
	PrevPoint1 = "Empty"
	PrevPoint2 = "Empty"
	PrevPoint3 = "Empty"
	PrevPoint4 = "Empty"
	PrevPoint5 = "Empty"
	PrevPoint6 = "Empty"
	PrevPoint7 = "Empty"
	PrevPoint8 = "Empty"
	PrevPoint9 = "Empty"
	PrevPoint10 = "Empty"
	PrevPoint11 = "Empty"
	PrevPoint12 = "Empty"
end

	local Lightning = coroutine.wrap(function()
while wait() do
		if Portal == false then
		angle = angle + 0.6
		local Model = Instance.new("Model",workspace)
		Model.Name = "Lightning"
		local Point1 = Instance.new("Part",Model)
		Point1.Transparency = 1
		Point1.Size = Vector3.new(0.2,0.2,0.2)
		Point1.CFrame = Object.CFrame * CFrame.new(0,0,-(Object.Size.Z/2+Point1.Size.Z/2))
		Point1.Anchored = true
		Point1.CanCollide = false
		Point1.CFrame = Point1.CFrame * CFrame.new(math.random(-2,2),math.random(-2,2),-math.random(0,2))

		local Point2 = Instance.new("Part",Model)
		Point2.Transparency = 1
		Point2.Size = Vector3.new(0.2,0.2,0.2)
		Point2.CFrame = Object.CFrame * CFrame.new(0,0,-(Object.Size.Z/2+Point2.Size.Z/2))
		Point2.Anchored = true
		Point2.CanCollide = false
		Point2.CFrame = Point2.CFrame * CFrame.new(math.random(-2,2),math.random(-2,2),-math.random(0,2))

		local Point3 = Instance.new("Part",Model)
		Point3.Transparency = 1
		Point3.Size = Vector3.new(0.2,0.2,0.2)
		Point3.CFrame = Object.CFrame * CFrame.new(0,0,-(Object.Size.Z/2+Point3.Size.Z/2))
		Point3.Anchored = true
		Point3.CanCollide = false
		Point3.CFrame = Point3.CFrame * CFrame.new(math.random(-2,2),math.random(-2,2),-math.random(0,2))

		local distance = (Point2.CFrame.p - Point1.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point2.CFrame.p , Point1.CFrame.p) * CFrame.new(0,0,-distance/2)

		local distance2 = (Point3.CFrame.p - Point2.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance2)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point3.CFrame.p , Point2.CFrame.p) * CFrame.new(0,0,-distance2/2)

		local Point1 = Instance.new("Part",Model)
		Point1.Transparency = 1
		Point1.Size = Vector3.new(0.2,0.2,0.2)
		Point1.CFrame = Object.CFrame * CFrame.new(0,0,(Object.Size.Z/2+Point1.Size.Z/2))
		Point1.Anchored = true
		Point1.CanCollide = false
		Point1.CFrame = Point1.CFrame * CFrame.new(math.random(-2,2),math.random(-2,2),math.random(0,2))

		local Point2 = Instance.new("Part",Model)
		Point2.Transparency = 1
		Point2.Size = Vector3.new(0.2,0.2,0.2)
		Point2.CFrame = Object.CFrame * CFrame.new(0,0,(Object.Size.Z/2+Point2.Size.Z/2))
		Point2.Anchored = true
		Point2.CanCollide = false
		Point2.CFrame = Point2.CFrame * CFrame.new(math.random(-2,2),math.random(-2,2),math.random(0,2))

		local Point3 = Instance.new("Part",Model)
		Point3.Transparency = 1
		Point3.Size = Vector3.new(0.2,0.2,0.2)
		Point3.CFrame = Object.CFrame * CFrame.new(0,0,(Object.Size.Z/2+Point3.Size.Z/2))
		Point3.Anchored = true
		Point3.CanCollide = false
		Point3.CFrame = Point3.CFrame * CFrame.new(math.random(-2,2),math.random(-2,2),math.random(0,2))

		local distance = (Point2.CFrame.p - Point1.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point2.CFrame.p , Point1.CFrame.p) * CFrame.new(0,0,-distance/2)

		local distance2 = (Point3.CFrame.p - Point2.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.3,0.3,distance2)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point3.CFrame.p , Point2.CFrame.p) * CFrame.new(0,0,-distance2/2)

		local Point1 = Instance.new("Part",Model)
		Point1.Transparency = 1
		Point1.Size = Vector3.new(0.2,0.2,0.2)
		Point1.CFrame = Object.CFrame * CFrame.new((Object.Size.X/2+Point1.Size.X/2),0,0)
		Point1.Anchored = true
		Point1.CanCollide = false
		Point1.CFrame = Point1.CFrame * CFrame.new(math.random(0,2),math.random(-2,2),math.random(-2,2))

		local Point2 = Instance.new("Part",Model)
		Point2.Transparency = 1
		Point2.Size = Vector3.new(0.2,0.2,0.2)
		Point2.CFrame = Object.CFrame * CFrame.new((Object.Size.X/2+Point1.Size.X/2),0,0)
		Point2.Anchored = true
		Point2.CanCollide = false
		Point2.CFrame = Point2.CFrame * CFrame.new(math.random(0,2),math.random(-2,2),math.random(-2,2))

		local Point3 = Instance.new("Part",Model)
		Point3.Transparency = 1
		Point3.Size = Vector3.new(0.2,0.2,0.2)
		Point3.CFrame = Object.CFrame * CFrame.new((Object.Size.X/2+Point1.Size.X/2),0,0)
		Point3.Anchored = true
		Point3.CanCollide = false
		Point3.CFrame = Point3.CFrame * CFrame.new(math.random(0,2),math.random(-2,2),math.random(-2,2))

		local distance = (Point2.CFrame.p - Point1.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point2.CFrame.p , Point1.CFrame.p) * CFrame.new(0,0,-distance/2)

		local distance2 = (Point3.CFrame.p - Point2.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance2)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point3.CFrame.p , Point2.CFrame.p) * CFrame.new(0,0,-distance2/2)

		local Point1 = Instance.new("Part",Model)
		Point1.Transparency = 1
		Point1.Size = Vector3.new(0.2,0.2,0.2)
		Point1.CFrame = Object.CFrame * CFrame.new(-(Object.Size.X/2+Point1.Size.X/2),0,0)
		Point1.Anchored = true
		Point1.CanCollide = false
		Point1.CFrame = Point1.CFrame * CFrame.new(-math.random(0,2),math.random(-2,2),math.random(-2,2))

		local Point2 = Instance.new("Part",Model)
		Point2.Transparency = 1
		Point2.Size = Vector3.new(0.2,0.2,0.2)
		Point2.CFrame = Object.CFrame * CFrame.new(-(Object.Size.X/2+Point1.Size.X/2),0,0)
		Point2.Anchored = true
		Point2.CanCollide = false
		Point2.CFrame = Point2.CFrame * CFrame.new(-math.random(0,2),math.random(-2,2),math.random(-2,2))

		local Point3 = Instance.new("Part",Model)
		Point3.Transparency = 1
		Point3.Size = Vector3.new(0.2,0.2,0.2)
		Point3.CFrame = Object.CFrame * CFrame.new(-(Object.Size.X/2+Point1.Size.X/2),0,0)
		Point3.Anchored = true
		Point3.CanCollide = false
		Point3.CFrame = Point3.CFrame * CFrame.new(-math.random(0,2),math.random(-2,2),math.random(-2,2))

		local distance = (Point2.CFrame.p - Point1.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point2.CFrame.p , Point1.CFrame.p) * CFrame.new(0,0,-distance/2)

		local distance2 = (Point3.CFrame.p - Point2.CFrame.p).magnitude
		local Light = Instance.new("Part",Model)
		local PointLight = Instance.new("PointLight",Light)
		PointLight.Range = 5
		PointLight.Color = PColor
		Light.Transparency = 0
		Light.BrickColor = Color
		Light.Material = "Neon"
		Light.Size = Vector3.new(0.25,0.25,distance2)
		Light.Anchored = true
		Light.CanCollide = false
		Light.CFrame = CFrame.new(Point3.CFrame.p , Point2.CFrame.p) * CFrame.new(0,0,-distance2/2)

	local Children = Model:GetChildren()
	wait(0.1)
	for i = 1,#Children do
		if Children[i]:IsA("Part") then
		Children[i].Transparency = 1
		end
		game.Debris:AddItem(Children[i],0)
	end

		end
		end
	end)
Lightning()