local old_anglex = {}
local old_angley = {}
local old_anglez = {}
local max_health = {}
local state = {}

local reset_delay = 3000 --delay timer for standing back up
local fall_speed = 1 --(set to negative (-1) to fall in opposite direction)
local fall_axis = "z" --set to "x" / "y" or "z" depending on the axis you want to use
function target_practice_board_init(e)
state[e] = "ready"
end 

function target_practice_board_main(e)
	if max_health[e] == nil then 
		max_health[e] = g_Entity[e]['health']
		old_anglex[e] = g_Entity[e]['anglex']
		old_angley[e] = g_Entity[e]['angley']
		old_anglez[e] = g_Entity[e]['anglez']
		return
	end 
	--Prompt(g_Entity[e]['anglex'].."   "..g_Entity[e]['anglez'])

	if state[e] == "ready" then 
		CollisionOn(e)
		if g_Entity[e]['health'] < 1 then 
			state[e] = "fall"
		end 
	elseif state[e] == "fall" then 
		CollisionOff(e)
		if GetTimer(e) > 1 then 
			StartTimer(e)
			if fall_axis == "x" then 
				if g_Entity[e]['anglex'] < 90 then 
					SetRotation(e,g_Entity[e]['anglex']+fall_speed,g_Entity[e]['angley'],g_Entity[e]['anglez'])
				else
					state[e] = "wait"
				end 
			elseif fall_axis == "y" then 
				if g_Entity[e]['angley'] < 90 then 
					SetRotation(e,g_Entity[e]['anglex'],g_Entity[e]['angley']+fall_speed,g_Entity[e]['anglez'])
				else 
					state[e] = "wait"
				end 
			elseif fall_axis == "z" then 
				if g_Entity[e]['anglez'] < 90 then 
					SetRotation(e,g_Entity[e]['anglex'],g_Entity[e]['angley'],g_Entity[e]['anglez']+fall_speed)
				else 
					state[e] = "wait"
				end 
			end 			
		end 
	elseif state[e] == "wait" then 
		SetEntityHealth(e,max_health[e])
		if GetTimer(e) > reset_delay then 
			StartTimer(e)
			state[e] = "reset"
		end 
	elseif state[e] == "reset" then 
		SetRotation(e,old_anglex[e],old_angley[e],old_anglez[e])
		state[e] = "ready"
	end 
	

end