--!native
--!optimize 2
-- Compiled with roblox-ts v3.0.0
--*vector with unlimited amount of components 
local Vector
do
	Vector = setmetatable({}, {
		__tostring = function()
			return "Vector"
		end,
	})
	Vector.__index = Vector
	function Vector.new(...)
		local self = setmetatable({}, Vector)
		return self:constructor(...) or self
	end
	function Vector:constructor(args)
		self.Elements = table.clone(args)
		self.size_ = #args
	end
	function Vector:CreateWithValue(value, size)
		return Vector.new(table.create(size, value))
	end
	function Vector:FromCFrame(cframe)
		return Vector.new({ cframe:GetComponents() })
	end
	function Vector:FromCFramesList(cframes_list)
		local vectors_list = table.create(#cframes_list)
		for i = 0, #cframes_list - 1 do
			vectors_list[i + 1] = Vector:FromCFrame(cframes_list[i + 1])
		end
		return vectors_list
	end
	function Vector:Add(vector)
		local max_size = math.max(vector:GetSize(), self.size_)
		local elements = table.create(max_size)
		for i = 0, max_size - 1 do
			local _condition = self.Elements[i + 1]
			if _condition == nil then
				_condition = 0
			end
			local element_1 = _condition
			local _condition_1 = vector.Elements[i + 1]
			if _condition_1 == nil then
				_condition_1 = 0
			end
			local element_2 = _condition_1
			elements[i + 1] = element_1 + element_2
		end
		return Vector.new(elements)
	end
	function Vector:Sub(vector)
		local max_size = math.max(vector:GetSize(), self.size_)
		local elements = table.create(max_size)
		for i = 0, max_size - 1 do
			local _condition = self.Elements[i + 1]
			if _condition == nil then
				_condition = 0
			end
			local element_1 = _condition
			local _condition_1 = vector.Elements[i + 1]
			if _condition_1 == nil then
				_condition_1 = 0
			end
			local element_2 = _condition_1
			elements[i + 1] = element_1 - element_2
		end
		return Vector.new(elements)
	end
	function Vector:MulNum(value)
		local elements = table.create(self.size_)
		for i = 0, self.size_ - 1 do
			elements[i + 1] = self.Elements[i + 1] * value
		end
		return Vector.new(elements)
	end
	function Vector:Mul(vector)
		local max_size = math.max(vector:GetSize(), self.size_)
		local elements = table.create(max_size)
		for i = 0, max_size - 1 do
			local _condition = self.Elements[i + 1]
			if _condition == nil then
				_condition = 0
			end
			local element_1 = _condition
			local _condition_1 = vector.Elements[i + 1]
			if _condition_1 == nil then
				_condition_1 = 0
			end
			local element_2 = _condition_1
			elements[i + 1] = element_1 * element_2
		end
		return Vector.new(elements)
	end
	function Vector:Div(vector)
		local max_size = math.max(vector:GetSize(), self.size_)
		local elements = table.create(max_size)
		for i = 0, max_size - 1 do
			local _condition = self.Elements[i + 1]
			if _condition == nil then
				_condition = 0
			end
			local element_1 = _condition
			local _condition_1 = vector.Elements[i + 1]
			if _condition_1 == nil then
				_condition_1 = 0
			end
			local element_2 = _condition_1
			elements[i + 1] = element_1 / element_2
		end
		return Vector.new(elements)
	end
	function Vector:ToCFrame(orthonormalize)
		if orthonormalize == nil then
			orthonormalize = true
		end
		local cframe = CFrame.new(unpack((self.Elements)))
		return if orthonormalize then cframe:Orthonormalize() else cframe
	end
	function Vector:MirrorAround(mirror_point)
		return mirror_point:Add(mirror_point:Sub(self))
	end
	function Vector:GetSize()
		return self.size_
	end
end
return {
	Vector = Vector,
}