Memory Usage

[Krstfr2k]

Hello!

I'm have a problem with the memory load/usage on my LM Ambient.
Whenever i reset the LM Ambient, the Memory load is around 15-19%, but each day it increases by 2-4%. 
A few days ago the load was at 90%, so I tried installing the newest firmware, but the same thing keeps happening.

Is there a possibility that any of my scripts could be causing this? I'm relatively new to LUA so it would be fair to assume that this might be of my own doing!

---

Some additional info

I have attached my trend logs.
No object logs are active.
I'm only using Z-Wave products, about 40 of them are connected to my LM.

A function/user.library that is called every 1 second for 4 different light zones in the same resident script

Code:

function auto_lysstyring(auto_on, nattsenking, sensor, light_type, light_control, dim_value_day, dim_value_night, off_time)

 
 if grp.getvalue(auto_on) == true then

 
    offtime = off_time -- Tid i minutter for å slå av lys etter siste bevegelse
    dim_day = dim_value_day -- Dimmeverdi på dagtid
    dim_night = dim_value_night -- Dimmeverdi etter nattsenking

    nattsenk = grp.getvalue(nattsenking) -- Henter nattsenk status true/false
    mov_sensor = grp.getvalue(sensor) -- Sjekker bevegelse i rommet
 light_type_check = light_type
 light_control_check = grp.getvalue(light_control)

 obj_find = grp.find(sensor)
    delta = os.time() - obj_find.updatetime


 
 
   if light_type_check == 1 then -- Light type 1 for dimming
     if mov_sensor == true then
       if light_control_check < 10 then
         if nattsenk == true then
           grp.update(light_control, dim_night)
           elseif nattsenk == false then
           grp.update(light_control, dim_day)  
         end  
       end
     end
     
     if mov_sensor == false and delta >= offtime * 60 then
       if light_control_check > 0 then
         grp.update(light_control, 0)  
       end
     end
   end
   
   if light_type_check == 0 then -- Light type 1 for av/på
     if mov_sensor == true then
       if light_control_check ==false then
         grp.update(light_control, true)  
       end  
     end
     
     if mov_sensor == false and delta >= offtime * 60 then
       if light_control_check == true then
         grp.update(light_control, false)
       end
       
     end
     
   end
   
 else
 end
 
end

A resident script that runs every 5 seconds

Code:

obj_find = grp.find('1/1/35') -- Gesture sensor value
delta = os.time() - obj_find.updatetime




if delta >= 5 and delta < 9.99 then
 gesture = grp.getvalue('1/1/35')
-- Green light, ECO Mode. Sets thermostats to ECO and turns off all lights
if gesture == 1 then
 
 -- upate HVAC MODE to ECO
 grp.update('1/1/66', 3)
 
 -- Turn off all lights
 bit_objects = grp.tag('ALT_AV_BIT')
    byte_objects = grp.tag('ALT_AV_BYTE')
 for index, value in ipairs(bit_objects) do
     grp.update(value.address, false)
    end

    for index, value in ipairs(byte_objects) do
     grp.update(value.address, 0)
    end
 
end

-- Orange light, Comfort mode. Sets thermostats to Comfort, lights are untouched.
if gesture == 2 then
 -- upate HVAC MODE to Comfort
 grp.update('1/1/66', 1)
end

-- Black Light, turns off all lights.
if gesture == 3 then
 -- Turn off all lights
 bit_objects = grp.tag('ALT_AV_BIT')
    byte_objects = grp.tag('ALT_AV_BYTE')
 for index, value in ipairs(bit_objects) do
     grp.update(value.address, false)
    end

    for index, value in ipairs(byte_objects) do
     grp.update(value.address, 0)
    end
 
end

-- yellow Light, turns on all lights.
if gesture == 4 then
 -- Turn off all lights
 bit_objects = grp.tag('ALT_AV_BIT')
    byte_objects = grp.tag('ALT_AV_BYTE')
 for index, value in ipairs(bit_objects) do
   grp.update(value.address, true)
    end

    for index, value in ipairs(byte_objects) do
     grp.update(value.address, 90)
    end
 
end
end

A resident script that runs every 60 seconds

Code:

-- get an array of objects tagged 'tag name'
myobjects = grp.tag('Battery')
batteryfails = 0

-- arraytable = { 'a', 'b', 'c' }
for index, value in ipairs(myobjects) do
 batterycheck = grp.getvalue(value.address)
 if batterycheck < 10 then --rapporterer alle batterier under 10%
   batteryfails = batteryfails + 1

end
 

 
end



if batteryfails > 0 then
       grp.update('1/1/105', batteryfails)
 grp.update('1/1/104', true)
elseif batteryfails == 0 and grp.getvalue('1/1/104') == true then
 grp.update('1/1/105', batteryfails)
 grp.update('1/1/104', false)
end