Domoticz

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return {

        on = {
            -- timer = { 'every hour' }
             timer = { 'every 5 minutes' }
            --  timer = { 'every  minute' }
        },
        --[[logging = {
        level = domoticz.LOG_DEBUG,
        marker = "ytd"
        },]]--
        execute = function(dz, item)
        -- # Items uit de user variabelen
        local YTD_Gas_start = dz.variables("YTD-Gas-start").value
        local YTD_Laag_start = dz.variables("YTD-Laag-start").value
        local YTD_Laag_T_start = dz.variables("YTD-Laag-T-start").value
        local YTD_Hoog_start = dz.variables("YTD-Hoog-start").value
        local YTD_Hoog_T_start = dz.variables("YTD-Hoog-T-start").value
        -- # Uit de P1_meter
        local PowerT = dz.devices(1) -- Power
        local GasT = dz.devices(11) -- Gas
        local ElektraL = dz.devices(26)
        local ElektraH = dz.devices(25)
        local ElektraGL = dz.devices(28)
        local ElektraGH = dz.devices(29)
        local ElektraTL = dz.devices(31)
        local ElektraTH = dz.devices(30)
        local Gas_current = dz.utils.round(tonumber(GasT.rawData[1]/1000))
        local YTD_Laag_current = dz.utils.round(tonumber(PowerT.rawData[1]/1000))
        local YTD_Laag_T_current = dz.utils.round(tonumber(PowerT.rawData[3]/1000))
        local YTD_Hoog_current = dz.utils.round(tonumber(PowerT.rawData[2]/1000))
        local YTD_Hoog_T_current = dz.utils.round(tonumber(PowerT.rawData[4]/1000))
        -- calculatie
        -- from updateCounter to updateCustomSensor
        dz.devices(27).updateCounter( (Gas_current - YTD_Gas_start)*100) -- YTD_Gas
        ElektraGL.updateCounter( (YTD_Laag_current - YTD_Laag_start)*1000) -- YTD_Laag
        ElektraGH.updateCounter( (YTD_Hoog_current - YTD_Hoog_start)*1000) -- YTD_Hoog
        ElektraTH.updateCounter( (YTD_Hoog_T_current - YTD_Hoog_T_start)*1000) -- YTD_Hoog_T
        ElektraTL.updateCounter( (YTD_Laag_T_current - YTD_Laag_T_start)*1000) -- YTD_Laag_T
        ElektraH.updateCounter( ElektraGH.sValue - ElektraTH.sValue )
        ElektraL.updateCounter( ElektraGL.sValue - ElektraTL.sValue )
        -- logging
        --[[ dz.log("YTD_Gas_start = " .. YTD_Gas_start)
        dz.log("YTD_Laag_start = " .. YTD_Laag_start)
        dz.log("YTD_Laag_T_start = " .. YTD_Laag_T_start)
        dz.log("YTD_Hoog_start = " .. YTD_Hoog_start)
        dz.log("YTD_Hoog_T_start = " .. YTD_Hoog_T_start)
        dz.log("Gas_current = " .. Gas_current)
        dz.log("YTD_Laag_current = " .. YTD_Laag_current)
        dz.log("YTD_Laag_T_current = " .. YTD_Laag_T_current)
        dz.log("YTD_Hoog_current = " .. YTD_Hoog_current)
        dz.log("YTD_Hoog_T_current = " .. YTD_Hoog_T_current) ]]--
        dz.log("Gas verbruik is: " .. Gas_current - YTD_Gas_start .. " m3")
        dz.log("Elektra verbruik laag is: " .. YTD_Laag_current - YTD_Laag_start .. " kWh")
        dz.log("Elektra verbruik hoog is: " ..  YTD_Hoog_current - YTD_Hoog_start .. " kWh")
        dz.log("Elektra opwek hoog is: " .. YTD_Hoog_T_current - YTD_Hoog_T_start .. " kWh")
        dz.log("Elektra opwek laag is: " .. YTD_Laag_T_current - YTD_Laag_T_start .. " kWh")
        dz.log("Elektra gebruik hoog is: " .. ElektraH.counter/1000 .. " kWh" )
        dz.log("Elektra gebruik laag is: " .. ElektraL.counter/1000 .. " kWh" )
        end
}