--!native
-- Compiled with roblox-ts v3.0.0
local TS = _G[script]
local TweenService = TS.import(script, TS.getModule(script, "@rbxts", "services")).TweenService
local MathTools = TS.import(script, script.Parent, "math_tools").MathTools
local StringTools = TS.import(script, script.Parent, "string_tools").StringTools
local TweenTools = {}
do
	local _container = TweenTools
	--[[
		*
			 *
			 * @param instance
			 * @param tween_info
			 * @param properties properties to tween
			 * @param play autoplay
			 * @param await auto tween.Completed.Wait();
			 * @returns
			 
	]]
	local function CreateTween(instance, tween_info, properties, play, await)
		if play == nil then
			play = true
		end
		if await == nil then
			await = true
		end
		local tween = TweenService:Create(instance, tween_info, properties)
		if play then
			tween:Play()
			if await then
				tween.Completed:Wait()
			end
		end
		return tween
	end
	_container.CreateTween = CreateTween
	local Lerp = MathTools.Lerp
	--*lerps the value with alpha 
	local function LerpValue(start_value, target_value, alpha)
		local _start_value = start_value
		local value_type = typeof(_start_value)
		if value_type == "number" then
			return Lerp(start_value, target_value, alpha)
		elseif value_type == "string" then
			return StringTools.LerpTextTo(start_value, target_value, alpha)
		elseif value_type == "CFrame" then
			return start_value:Lerp(target_value, alpha)
		elseif value_type == "Vector3" then
			local value_0 = start_value
			local value_1 = target_value
			return value_0:Lerp(value_1, alpha)
		elseif value_type == "Vector2" then
			return start_value:Lerp(target_value, alpha)
		elseif value_type == "Color3" then
			return start_value:Lerp(target_value, alpha)
		elseif value_type == "UDim2" then
			local value_0 = start_value
			local value_1 = target_value
			return value_0:Lerp(value_1, alpha)
		elseif value_type == "UDim" then
			local value_0 = start_value
			local value_1 = target_value
			return UDim.new(Lerp(value_0.Scale, value_1.Scale, alpha), Lerp(value_0.Offset, value_1.Offset, alpha))
		elseif value_type == "Rect" then
			local value_0 = start_value
			local value_1 = target_value
			return Rect.new(value_0.Min:Lerp(value_1.Min, alpha), value_0.Max:Lerp(value_1.Max, alpha))
		elseif value_type == "boolean" then
			return if alpha >= 0.5 then true else false
		end
		local value_0 = start_value
		local value_1 = target_value
		local direction = value_1 - value_0
		local _vector2int16 = Vector2int16.new(direction.X * alpha, direction.Y * alpha)
		return value_0 + _vector2int16
	end
	_container.LerpValue = LerpValue
	--[[
		*
			 * tweens value with EasingStyle / EasingDirection
			 * @param start_value
			 * @param target_value
			 * @param alpha
			 * @param easing_style
			 * @param easing_direction
			 * @returns
			 
	]]
	local function TweenValue(start_value, target_value, alpha, easing_style, easing_direction)
		if easing_style == nil then
			easing_style = Enum.EasingStyle.Sine
		end
		if easing_direction == nil then
			easing_direction = Enum.EasingDirection.In
		end
		local new_alpha = TweenService:GetValue(alpha, easing_style, easing_direction)
		return LerpValue(start_value, target_value, new_alpha)
	end
	_container.TweenValue = TweenValue
end
return {
	TweenTools = TweenTools,
}