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TheHogNL wrote:Found another URL which should be helpfull.. however I didn't manage to find the correct parameters yet.
The URL is /happ_thermstat?action=updateDhwValue

And should be appened with some unknown parameters. I tried &enabled=0 or &setpoint=40 already and some others. But no luck yet. The result is always OK but no messages been sent towards the boiler.

/qmf/bin/bxt -d :happ_thermstat -s Thermostat -n SetDhwSettings -a dhwEnabled -v 0 -w 0

/qmf/bin/bxt -d :happ_thermstat -s Thermostat -n SetDhwSettings -a dhwSetpoint -v 50 -w 0
/qmf/bin/bxt -d :happ_thermstat -s Thermostat -n SetDhwSettings -a dhwEnabled -v 0 -a dhwSetpoint -v 50 -w 0

TheHogNL wrote:

TheHogNL wrote:Found another URL which should be helpfull.. however I didn't manage to find the correct parameters yet.
The URL is /happ_thermstat?action=updateDhwValue

And should be appened with some unknown parameters. I tried &enabled=0 or &setpoint=40 already and some others. But no luck yet. The result is always OK but no messages been sent towards the boiler.

Found how to change the dhw boiler preheat setup. Could not find a http url yet, but from the console this is the command:

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/qmf/bin/bxt -d :happ_thermstat -s Thermostat -n SetDhwSettings -a dhwEnabled -v 0 -w 0

The following options are also available:

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/qmf/bin/bxt -d :happ_thermstat -s Thermostat -n SetDhwSettings -a dhwSetpoint -v 50 -w 0
/qmf/bin/bxt -d :happ_thermstat -s Thermostat -n SetDhwSettings -a dhwEnabled -v 0 -a dhwSetpoint -v 50 -w 0

So you now only need something to run this remote. Can't be hard to do.

Eggybert wrote:Cleaned the P1 script a little and added some more comments, it still works the same:

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return {
    
    -- 'active' controls if this entire script is considered or not
	active = true, -- set to false to disable this script
	logging = {
		level = domoticz.LOG_INFO, -- Select one of LOG_INFO, LOG_DEBUG, LOG_ERROR, LOG_FORCE to override system log level
		marker = "P1 toon"
	},
	on = {
		timer = {
			'every minute'
		}
	},
	execute = function(domoticz)
	    
        --Replace all dev_2 for your number you can find @ http://192.168.178.29/hdrv_zwave?action=getDevices
        --Replace IDX number GasIDX and ElectricityIDX
        --make the User Valriables ToonIP is a string: 192.168.1.1
        --make sure Dzvents is active under settings/other
        
        local ToonIP = domoticz.variables('UV_ToonIP').value
        local GasIDX = 17
        local ElectricityIDX = 16

        --Handle json, select your system
        --local json = assert(loadfile "C:\\Program Files (x86)\\Domoticz\\scripts\\lua\\json.lua")()  -- For Windows
        --local json = assert(loadfile "/home/maes/domoticz/scripts/lua/JSON.lua")()  -- For Linux
        local json = assert(loadfile "/volume1/@appstore/domoticz/var/scripts/lua/JSON.lua")()  -- For Synology
            json.strictTypes = true

        --Ask toon for the latest data            
        local handle2 = assert(io.popen(string.format('curl http://%s/hdrv_zwave?action=getDevices.json', ToonIP)))
        local ZwaveInfo = handle2:read('*all')
        handle2:close()

        --Found this by luck, no idea why it works :P but it removes the . between the numbers
        ZwaveInfo = string.gsub(ZwaveInfo, "dev_2.", "dev_2")
        ZwaveInfo = string.gsub(ZwaveInfo, "dev_2:", "dev_2\":")
        
        --decode the json string to lua table
        local jsonZwaveInfo = json:decode(ZwaveInfo)
        
        --if the table is empty something went wrong
        if jsonZwaveInfo == nil then
            domoticz.log('<font color="green">No data from toon', domoticz.LOG_INFO)
            return
        end
        
        --the following data is interesting for us 
        --dev_2.1:CurrentGasQuantity
        --Elec high
        --dev_2.3:CurrentElectricityFlow
        --dev_2.3:CurrentElectricityQuantity
        --Elec low
        --dev_2.5:CurrentElectricityQuantity
        --dev_2.5:CurrentElectricityFlow
        
        --Elec produced high
        --dev_2.4:CurrentElectricityQuantity
        --dev_2.4:CurrentElectricityFlow
        
         --Elec produced low
        --dev_2.6:CurrentElectricityQuantity
        --dev_2.6:CurrentElectricityFlow
        
        
        local CurrentGasQuantity = tonumber(jsonZwaveInfo["dev_21"]["CurrentGasQuantity"])
        --print(CurrentGasQuantity .. " CurrentGasQuantity")
        
        local CurrentElectricityQuantityHoog = tonumber(jsonZwaveInfo["dev_23"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityQuantityHoog .. "kWh CurrentElectricityQuantityHoog")
        local CurrentElectricityFlowHoog = tonumber(jsonZwaveInfo["dev_23"]["CurrentElectricityFlow"])
        --print(CurrentElectricityFlowHoog .. "W CurrentElectricityFlowHoog")
        
        local CurrentElectricityQuantityLaag = tonumber(jsonZwaveInfo["dev_25"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityQuantityLaag .. "kWh CurrentElectricityQuantityLaag")
        local CurrentElectricityFlowLaag = tonumber(jsonZwaveInfo["dev_25"]["CurrentElectricityFlow"])
        --print(CurrentElectricityFlowLaag .. "W CurrentElectricityFlowLaag")   

        --not interested when the current power is made
        local totalPower = CurrentElectricityFlowHoog + CurrentElectricityFlowLaag
        --print(totalPower .. "W totalPower") 

        local CurrentElectricityDeliveredLaag = tonumber(jsonZwaveInfo["dev_24"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityDeliveredLaag .. "kWh CurrentElectricityDeliveredLaag")
        local CurrentElectricityDeliveredFlowLaag = tonumber(jsonZwaveInfo["dev_24"]["CurrentElectricityFlow"])
        --print(CurrentElectricityDeliveredFlowLaag .. "W CurrentElectricityFlowLaag")  
        
        local CurrentElectricityDeliveredHoog = tonumber(jsonZwaveInfo["dev_26"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityDeliveredHoog .. "kWh CurrentElectricityDeliveredLaag")
        local CurrentElectricityDeliveredFlowHoog = tonumber(jsonZwaveInfo["dev_26"]["CurrentElectricityFlow"])
        --print(CurrentElectricityDeliveredFlowHoog .. "W CurrentElectricityFlowLaag")  

        local totalDeliveredPower = CurrentElectricityDeliveredFlowHoog + CurrentElectricityDeliveredFlowLaag
        --print(totalDeliveredPower .. "W totalPower") 
        
        --USAGE1= energy usage meter tariff 1
        --USAGE2= energy usage meter tariff 2
        --RETURN1= energy return meter tariff 1
        --RETURN2= energy return meter tariff 2
        --CONS= actual usage power (Watt)
        --PROD= actual return power (Watt)
        
        --updateP1(usage1, usage2, return1, return2, cons, prod): Function. Updates the device. Supports command options.     
        domoticz.log('<font color="green">P1 from toon: ' .. CurrentElectricityQuantityLaag/1000 .. 'kwh USAGE1 | ' ..CurrentElectricityQuantityHoog/1000 .. 'kwh USAGE2 | ' .. CurrentElectricityDeliveredLaag/1000 .. 'kwh RETURN1 | ' .. CurrentElectricityDeliveredHoog/1000 .. 'kwh RETURN2 | ' .. totalPower .. 'w consumed | '.. totalDeliveredPower .. 'w produced', domoticz.LOG_INFO)
        domoticz.devices(ElectricityIDX).updateP1(CurrentElectricityQuantityLaag, CurrentElectricityQuantityHoog, CurrentElectricityDeliveredLaag, CurrentElectricityDeliveredHoog, totalPower, totalDeliveredPower)
        
        --update gas
        domoticz.log('<font color="green">Gas from toon: ' .. CurrentGasQuantity/1000 .. 'm3', domoticz.LOG_INFO)
        domoticz.devices(GasIDX).updateGas(CurrentGasQuantity)

	end
}

And here is the code for non smart meters for toon, thanks Hypermobile for testing for me (sorry for the counter resets )
*15-02-2018 fixed a bug in the code
*16*02*2018 fixed gas bug but the electricity is still wrong

Code: Select all

return {
    
    -- 'active' controls if this entire script is considered or not
	active = true, -- set to false to disable this script
	logging = {
		level = domoticz.LOG_INFO, -- Select one of LOG_INFO, LOG_DEBUG, LOG_ERROR, LOG_FORCE to override system log level
		marker = "Power toon"
	},
	on = {
		timer = {
			'every minute'
		}
	},
	data = {
	    lastKwhMemory = { history = true, maxItems = 1 },
        lastGasMemory = { history = true, maxItems = 1 },
        BackupGas = { history = true, maxItems = 1 }
	},
	execute = function(domoticz)
        --Replace all dev_3 for your number you can find @ http://***.***.***.***/hdrv_zwave?action=getDevices
        --Replace IDX number to your IDX numers. Gas and electic instance/counter
        --make the User Valriables ToonIP is a string: 192.168.1.1
        --make sure Dzvents is active under settings/other
        --first time this script starts it will take 3 cycles(3min) to fill all the values
        
        local ToonIP = domoticz.variables('UV_ToonIP').value
        local GasIDX = 371
        local ElectricityIDX = 372

        --Handle json, select your system
        --local json = assert(loadfile "C:\\Program Files (x86)\\Domoticz\\scripts\\lua\\json.lua")()  -- For Windows
        --local json = assert(loadfile "/home/maes/domoticz/scripts/lua/JSON.lua")()  -- For Linux
        local json = assert(loadfile "/volume1/@appstore/domoticz/var/scripts/lua/JSON.lua")()  -- For Synology
            json.strictTypes = true
        
        --Ask toon for the latest data    
        local handle = assert(io.popen(string.format('curl http://%s/hdrv_zwave?action=getDevices.json', ToonIP)))
        local ZwaveInfo = handle:read('*all')
        handle:close()

        --Found this by luck, no idea why it works :P but it removes the . between the numbers
        ZwaveInfo = string.gsub(ZwaveInfo, "dev_3.", "dev_3")
        ZwaveInfo = string.gsub(ZwaveInfo, "dev_3:", "dev_3\":")

        --decode the json string to a lua table
        local jsonZwaveInfo = json:decode(ZwaveInfo)
        
        --if the lua table is emty stop the script
        if jsonZwaveInfo == nil then
            domoticz.log('<font color="green">No data from Toon', domoticz.LOG_INFO)
            return
        end
        
        --first time this script runs the lastMemory values need to be filled
        if(domoticz.data.lastKwhMemory.size == 0 or domoticz.data.lastGasMemory.size == 0) then
            domoticz.log('<font color="green">Last memory empty', domoticz.LOG_INFO)
            domoticz.data.lastKwhMemory.add(0)
            domoticz.data.lastGasMemory.add(0)
            return
        end
        
        --On the first write of the day to the gas counter the counter will show 0 (bug in domoticz) use the backup vlaue instead
        if(domoticz.data.BackupGas.size == 0) then
           domoticz.data.BackupGas.add(0)
        end
        
        --the following data is interesting for us 
        --dev_2.1:CurrentGasQuantity
        --Elec
        --dev_2.2:CurrentElectricityQuantity
        --dev_2.2:CurrentElectricityFlow

        
        local CurrentGasQuantity = tonumber(jsonZwaveInfo["dev_31"]["CurrentGasQuantity"])
        --print(CurrentGasQuantity .. " CurrentGasQuantity")
        local CurrentElectricityQuantity = tonumber(jsonZwaveInfo["dev_32"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityQuantity .. "kWh CurrentElectricityQuantity")
        local CurrentElectricityFlow = tonumber(jsonZwaveInfo["dev_32"]["CurrentElectricityFlow"])
        --print(CurrentElectricityFlow .. "W CurrentElectricityFlow")
        
        local TempElectricity = 0

        --if the value from toon is higher then the memory from last loop and the memory from last loop is not 0
        if(CurrentElectricityQuantity >= domoticz.data.lastKwhMemory.getLatest().data and domoticz.data.lastKwhMemory.getLatest().data ~= 0) then
        
            --Calcukate new value 201 = 200(user variable) + (101(new value) - 100(memory last loop))
            --TempElectricity = KwhMemory + (CurrentElectricityQuantity - domoticz.data.lastKwhMemory.getLatest().data)
            TempElectricity = domoticz.devices(ElectricityIDX).WhTotal + (CurrentElectricityQuantity - domoticz.data.lastKwhMemory.getLatest().data)
            
            --Electric usage
            --WhActual: Number. Current Watt usage.
            --updateEnergy(energy): Function. In Watt. Supports command options.
            domoticz.log('<font color="green">Power from toon: ' .. TempElectricity/1000 .. 'kwh USAGE | ' .. CurrentElectricityFlow .. 'w consumed | ', domoticz.LOG_INFO)
            domoticz.devices(ElectricityIDX).updateElectricity(CurrentElectricityFlow,TempElectricity)

            --save data for next loop
            domoticz.data.lastKwhMemory.add(CurrentElectricityQuantity)
        
        else 
            --lastKwhMemory is emtpy so no idea how much usage there was. set for next loop. Or for some reason the memory had a higher value.
            domoticz.data.lastKwhMemory.add(CurrentElectricityQuantity)
        end

        --Gas
        local TempGas = 0
        
        --check if the counter is higher then lastGasMemory and the lastGasMemory is not 0
        if(CurrentGasQuantity >= domoticz.data.lastGasMemory.getLatest().data and domoticz.data.lastGasMemory.getLatest().data ~= 0) then
            --only at 0:00 the value will be 0 (bug in domoticz) if 0 use the backup
            if(domoticz.devices(GasIDX).counter ~= 0) then
            
                --Calculate new value 201 = 200 + (101 - 100)
                TempGas = (domoticz.devices(GasIDX).counter*1000) + (CurrentGasQuantity - domoticz.data.lastGasMemory.getLatest().data)
                domoticz.data.BackupGas.add(TempGas)
            else
                TempGas = domoticz.data.BackupGas.getLatest().data + (CurrentGasQuantity - domoticz.data.lastGasMemory.getLatest().data)
                domoticz.data.BackupGas.add(TempGas)
            end
            
            --counter: Number. Value in m3
            --updateGas(usage): Function. Usage in dm3 (liters). Supports command options.
            domoticz.log('<font color="green">Gas from toon: ' .. TempGas/1000 .. 'm3', domoticz.LOG_INFO)
            domoticz.devices(GasIDX).updateGas(TempGas)
            
            --for next loop
            domoticz.data.lastGasMemory.add(CurrentGasQuantity)
        else 
            --lastKwehMemory is emtpy so no idea how much usage there was. set for next loop
            domoticz.data.lastGasMemory.add(CurrentGasQuantity)
        end
	end
}

Smiggel wrote:Can I unlock it and get rid of the activation button? It prefends me from browsing through my Toon now and don't want to get a subscription.

Toonz wrote:

Smiggel wrote:Can I unlock it and get rid of the activation button? It prefends me from browsing through my Toon now and don't want to get a subscription.

Yes, root the Toon and follow these steps to activate it:
viewtopic.php?f=87&t=11235&p=83254&hilit=scsync#p83254