Object rotation

-- note: reverse only works if loop is enabled. (reverse means play forward then backwards)
-- note: loop amount can be increased by adding higher rotation value. i.e: 720 will rotate 2x
-- note: rotation can also be done in the opposite direction by using a negative value. i.e: -180
-- example:  rotateObject("granny", 100, 170, 3000, easeQuintOut, false, false)

function rotateObject(obj, scale, degree, delay, easing, reverse, loop)
 obj = Objects[obj]
 obj.RotationCenter = {x = -1, y = obj.ObjectSprite.SpriteSprite:getPosition().y}
 obj.Rotation = obj.Rotation; obj.Scale = obj.Scale
 scale = (scale / 100) -- convert scale percent to decimal
 degree = (degree * math.pi) / 180 -- convert degree to radian
 obj:to(delay, {Rotation = degree, Scale = scale}, easing, loop, reverse)
end

--[[
Rotation Puzzle 001 [V1] (03/02/2015)
Written by AFRLme [Lee Clarke]
-- + --
afrlme@outlook.com | skype @ AFRLme
-- + --
This script is donation optional. In game credit is non-negotiable.
You are free to: ¹ use it in your game(s). ² modify the script.
Do not remove - or edit - this comment block.
--]]

-- * variables * --
local size, pos

-- * tables * --
local t = {0, 60, 120, 180, 240, 300}

-- * function which rotates the tiles * --
function rotateObject(obj, delay, direction)
 obj = Objects[obj]
 obj.RotationCenter = { x = -1, y = -1 }
 obj.Rotation = obj.Rotation
 if direction then
  if math.floor(math.deg(obj.Rotation)) == 0 or math.ceil(math.deg(obj.Rotation)) == 0 then obj:to(delay, {Rotation = math.rad(60)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 60 or math.ceil(math.deg(obj.Rotation)) == 60 then obj:to(delay, {Rotation = math.rad(120)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 120 or math.ceil(math.deg(obj.Rotation)) == 120 then obj:to(delay, {Rotation = math.rad(180)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 180 or math.ceil(math.deg(obj.Rotation)) == 180 then obj:to(delay, {Rotation = math.rad(240)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 240 or math.ceil(math.deg(obj.Rotation)) == 240 then obj:to(delay, {Rotation = math.rad(300)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 300 or math.ceil(math.deg(obj.Rotation)) == 300 then obj:to(delay, {Rotation = math.rad(0)}, easeLinearOut)
  end
else
  if math.floor(math.deg(obj.Rotation)) == 0 or math.ceil(math.deg(obj.Rotation)) == 0 then obj:to(delay, {Rotation = math.rad(300)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 60 or math.ceil(math.deg(obj.Rotation)) == 60 then obj:to(delay, {Rotation = math.rad(0)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 120 or math.ceil(math.deg(obj.Rotation)) == 120 then obj:to(delay, {Rotation = math.rad(60)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 180 or math.ceil(math.deg(obj.Rotation)) == 180 then obj:to(delay, {Rotation = math.rad(120)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 240 or math.ceil(math.deg(obj.Rotation)) == 240 then obj:to(delay, {Rotation = math.rad(180)}, easeLinearOut)
   elseif math.floor(math.deg(obj.Rotation)) == 300 or math.ceil(math.deg(obj.Rotation)) == 300 then obj:to(delay, {Rotation = math.rad(240)}, easeLinearOut)
  end
 end
end

-- * function which randomizes tile degrees at begin of scene * --
function initPzl_1(obj)
 for i = 1, 3 do
  -- + --
  obj = Objects["pzl-001_"..i]
  obj.RotationCenter = { x = -1, y = -1 }
  obj.Rotation = obj.Rotation
   -- + --
  obj:to(0, { Rotation = math.rad( t[math.random(6)] ) }, easeLinearOut)
 end
end

-- * function which checks if tiles rotation value is 0 * --
function checkPzl_1(o)
 if math.floor(math.deg(Objects[o].Rotation)) == 0 or math.ceil(math.deg(Objects[o].Rotation)) == 0 then
  return true
 end
end