--!native
--!optimize 2
-- Compiled with roblox-ts v3.0.0
local Vector2Tools = {}
do
	local _container = Vector2Tools
	local sin = math.sin
	local cos = math.cos
	local min = math.min
	local max = math.max
	local clamp = math.clamp
	local function Rotate(vector, angle)
		local angle_sin = sin(angle)
		local angle_cos = cos(angle)
		return Vector2.new(vector.X * angle_cos - vector.Y * angle_sin, vector.X * angle_sin + vector.Y * angle_cos)
	end
	_container.Rotate = Rotate
	local function LerpWithMagnitude(start_vector, target_vector, step)
		local _target_vector = target_vector
		local _start_vector = start_vector
		local difference = _target_vector - _start_vector
		--if difference is 0 return the target;
		if difference.Magnitude == 0 then
			return target_vector
		end
		step = min(difference.Magnitude, step)
		--add difference with magnitude of step;
		local _start_vector_1 = start_vector
		local _unit = difference.Unit
		local _step = step
		return _start_vector_1 + (_unit * _step)
	end
	_container.LerpWithMagnitude = LerpWithMagnitude
	local function Clamp(vector, min, max)
		return Vector2.new(clamp(vector.X, min, max), clamp(vector.Y, min, max))
	end
	_container.Clamp = Clamp
	local function ClampWithVector(vector, min_vector, max_vector)
		return Vector2.new(clamp(vector.X, min_vector.X, max_vector.X), clamp(vector.Y, min_vector.Y, max_vector.Y))
	end
	_container.ClampWithVector = ClampWithVector
	local function SubtractMagnitude(vector, amount, clamp_to_zero)
		if clamp_to_zero == nil then
			clamp_to_zero = false
		end
		local new_magnitude = vector.Magnitude - amount
		--if less then 0, clamps;
		if clamp_to_zero then
			new_magnitude = max(new_magnitude, 0)
		end
		--sets new magnitude;
		local _unit = vector.Unit
		local _new_magnitude = new_magnitude
		return _unit * _new_magnitude
	end
	_container.SubtractMagnitude = SubtractMagnitude
end
return {
	Vector2Tools = Vector2Tools,
}