-- Skip First Loop Run
theOneFirstLoop = 1
-- time variable
timeRead = 0
timeBeforeChange = 5000 
-- state
State =1

function thetwo_init(e)
end

function thetwo_main(e)
 	if theOneFirstLoop == 1 then
		theOneFirstLoop = 0
		return
	end
	runAlgorithm()
end

function runAlgorithm()
	if timeRead == 0 then
		timeRead = g_Time
	end
       
	if State ==1 then
		if g_Time - timeRead > timeBeforeChange then
			Hide(25)
                	Show (26)
			State = 2
		end
	end
	if State == 2 then
		if g_Time - timeRead > timeBeforeChange then
			Hide(26)
                	Show (25)
			State = 1
		end
	end
end

-- alternate_state.lua
-- Assign this script to any entity.
-- Created by perelect. 16/01/2016


local delay
local object_1
local object_2
local state = 0

function alternate_state_init(e)
delay = 5000 -- time delay to alternate objects
object_1 = 25 -- entity number of object 1
object_2 = 26 -- entity number of object 2
StartTimer(e)
end

function alternate_state_main(e)
 
if GetTimer(e) > delay then
state = 1
end

if GetTimer(e) > (delay*2) then
state = 0
StartTimer(e)
end

if state == 0 then 
 Hide(object_1)
 CollisionOff(object_1)
 Show(object_2)
 CollisionOn(object_2)
 end
 
if state == 1 then
 Hide(object_2)
 CollisionOff(object_2)
 Show(object_1)
 CollisionOn(object_1)
end

--Prompt(GetTimer(e))
end

-- Skip First Loop Run
theOneFirstLoop = 1
-- time variable
timeRead = 0
timeBeforeChange = 5000 
-- state
State =1
 
function thetwo_init(e)
end
 
function thetwo_main(e)
    if theOneFirstLoop == 1 then
        theOneFirstLoop = 0
        return
    end
    runAlgorithm()
end
 
function runAlgorithm()
    if timeRead == 0 then
        timeRead = g_Time -- This was only being set on startup
    end
        
    if State ==1 then
        if g_Time - timeRead > timeBeforeChange then -- So here your checking if current time > delay (5000)
            Hide(25)
                    Show (26)
            State = 2
        end
    end
    if State == 2 then
-- if g_Time - timeRead > timeBeforeChange then -- So here your checking if current time > delay (5000). this was already true as soon as  the first state 1 was true so it would go straight back to state 1. as the current time was not being reset. ie: timeRead = g_Time
     
 if g_Time - timeRead > timeBeforeChange*2 then -- So here we are now checking if current time > delay times 2 (10000).            
           Hide(26)
                    Show (25)
            State = 1
			timeRead = g_Time  -- Here we are now resetting timeRead to the current g_Time, so state 1 will now wait 5 seconds before it is true again.
                        -- timeRead = 0 -- will do the same thing as the above line, you can use this one or the above one.
        end
    end
	-- Prompt(g_Time.. " : " ..timeRead)  -- I find using prompts really helps with debugging, just comment them out when you are finished.
end

-- Skip First Loop Run
theOneFirstLoop = 1
-- time variable
timeRead = 0
timeBeforeChange = 5000 
-- state
State =1
  
function thetwo_init(e)
end
  
function thetwo_main(e)
    if theOneFirstLoop == 1 then
        theOneFirstLoop = 0
        return
    end
    runAlgorithm()
end
  
function runAlgorithm()
    if timeRead == 0 then
        timeRead = g_Time -- This was only being set on startup, and now after state 2 has been completed.
    end
         
    if State ==1 then
        if g_Time - timeRead > timeBeforeChange then -- So here your checking if current time > delay (5000)
            Hide(25)
                    Show (26)
            State = 2
			timeRead = g_Time -- resetting timeRead to the current g_Time. (This cannot be timeRead = 0 as it wont update for the 2nd state)
        end
    end
	
    if State == 2 then       
		if g_Time - timeRead > timeBeforeChange then -- So here we are now checking if current time > delay (5000).            
           Hide(26)
                    Show (25)
            State = 1
            --timeRead = g_Time  -- Here we are now resetting timeRead to the current g_Time, so state 1 will now wait 5 seconds before it is true again.
			timeRead = 0  -- will do the same thing as the above line, you can use this one or the above one.
        end
    end
     --Prompt(g_Time.. " : " ..timeRead)  -- I find using prompts really helps with debugging, just comment them out when you are finished.
end