--g_rotatesundirection = {}
local speed = 0.4
local radius = 1300
local pos = {}
local ang = {}
local origin = {}
local tspeed = 0
local gotOrigin = false

function _rotatesundirection_init(e)
	
end

-- Main Function
function _rotatesundirection_main(e)	
	CollisionOff(e)
	if not gotOrigin then
		PositionObject(g_Entity[e].obj, 0, radius*0.75, g_Entity[e].z)
		tspeed = 90
		origin.x, origin.y, origin.z = g_PlayerPosX, g_PlayerPosY, g_PlayerPosZ
		gotOrigin = true
	end
	
	ydir = (0-AngleToPoint(e,origin.x,origin.z))
	xdir = (math.sin(math.rad(180-ydir))*100)
	zdir = (math.cos(math.rad(180-ydir))*100)
	pos.y = g_Entity[e].y - 600
	ydir = (pos.y / radius) * 90
	SetSunDirection( xdir, ydir, zdir )	
	--now circle the sun
	tspeed = tspeed + speed
	local offset = tspeed * (math.pi / 180) --Converting Degrees To Radians
	pos.x = origin.x + radius * math.cos(offset) -- Position The Orbiter Along x-axis
	pos.y = origin.y + radius * 0.75 * math.sin(offset) -- Position The Orbiter Along y-axis
	pos.z = g_Entity[e].z
	PositionObject(g_Entity[e]['obj'],pos.x,pos.y,pos.z)
	RotateToCamera(e)
	--PromptLocal(e,ang.x.."  "..ang.y.."   "..ang.z)
end


-- Exit Function
function _rotatesundirection_exit(e)
	SetSunDirection(5,10,5)
end

function AngleToPoint(e,x,z)
	local destx = x - g_Entity[e]['x']
	local destz = z - g_Entity[e]['z']
	local angle = math.atan2(destx,destz)
	angle = angle * (180.0 / math.pi)
	if angle < 1 then
		angle = angle + 360
	elseif angle > 360 then
		angle = angle - 360
	end
	--SetRotation(e,0,angle,0)
	return angle
end