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Guest Message by DevFuse
  • 0

Is it possible to shrink my LUA-code and use variables(HC3)?

EveWes

Asked by EveWes,

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Question

EveWes    0

EveWes
Posted

This LUA-scen is what i can produce with my skills for now. I think sloppycode is the term for my LUA....
I converted one of many Block Scens (20 scens one for each setpoint) to LUA. With LUA-manual and reading forum i came to this solution.
I do not know if i provide needed information for getting help.

 

Problem 1: Is it possible to shrink the LUA?

Problem 2: I need a variable named local tempadjloc with a value that i can add to --fibaro.call(1792, 'setValue', 10+local tempadjloc)

Problem 3: I need a global variable named tempadjglo and qubinodimvalueglo to use in other scens.

 

PS! Before my funeral i hope to learn program QA, for now it seems that QA will be my funeral. At least a mental meltdown....

 

Declaration:

{
  conditions = { {
      id = 1828,
      isTrigger = false,
      operator = ">=",
      property = "heatingThermostatSetpoint",
      type = "device",
      value = 10
    }, {
      id = 1828,
      isTrigger = true,
      operator = "<=",
      property = "heatingThermostatSetpoint",
      type = "device",
      value = 30
    } },
  operator = "all"
}

 

Action:

----------------------testing-----------------
print("----Test variabel----")
print(fibaro.getGlobalVariable("sovter", value))
print("SOVTER", sovter) 
--tonumber(fibaro.setGlobalVariable('sovter', 20))
print("SOVTER", sovter) 
--tonumber(fibaro.setGlobalVariable("globtempqub1:"=r"))
local sovter = sovter 
local tempqub1 = (fibaro.getValue(1828, "heatingThermostatSetpoint")+10); 
print("tempqub1:", tempqub1)
----------------------all above testing-----------------
 
--LUA SCEN HC3
print("----Element with heatregulator 0-10v connected to qubino 0-10v dimmer----")
print("----Change value of dimmer with thermostat setpoint----")
print("----Dimmer also adjusted with variable not known for now and not working----")
--local adjustment = 50 working
--fibaro.call(1792, 'setValue', 10+local tempadjust) not working
print("ELEMENT: " , fibaro.getValue(1792, "value"));
print("SOVTHERMOSTAT: " , fibaro.getValue(1828, "heatingThermostatSetpoint"));
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 10 then;
fibaro.call(1792, 'setValue', 10)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 11 then;
fibaro.call(1792, 'setValue', 11)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 12 then;
fibaro.call(1792, 'setValue', 12)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 13 then;
fibaro.call(1792, 'setValue', 13)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 14 then;
fibaro.call(1792, 'setValue', 14)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 15 then;
fibaro.call(1792, 'setValue', 15)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 16 then;
fibaro.call(1792, 'setValue', 16);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 17 then;
fibaro.call(1792, 'setValue', 17);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 18 then;
fibaro.call(1792, 'setValue', 18);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 19 then;
fibaro.call(1792, 'setValue', 19);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 20 then;
fibaro.call(1792, 'setValue', 20);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 21 then;
fibaro.call(1792, 'setValue', 21);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 22 then;
fibaro.call(1792, 'setValue', 22);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 23 then;
fibaro.call(1792, 'setValue', 23);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 24 then;
fibaro.call(1792, 'setValue', 24);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 25 then;
fibaro.call(1792, 'setValue', 25);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 26 then;
fibaro.call(1792, 'setValue', 26);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 27 then;
fibaro.call(1792, 'setValue', 27);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 28 then;
fibaro.call(1792, 'setValue', 28);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 29 then;
fibaro.call(1792, 'setValue', 29);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 30 then;
fibaro.call(1792, 'setValue', 30);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) < 10 or
    tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) > 30 then
    print("Element not adjusted, thermostats setpoint is to low or to high <10 or >30")
    end
 
 

1 answer to this question

Recommended Posts

  • 0

jgab    2,642

jgab
Posted
25 minutes ago, EveWes said:

This LUA-scen is what i can produce with my skills for now. I think sloppycode is the term for my LUA....
I converted one of many Block Scens (20 scens one for each setpoint) to LUA. With LUA-manual and reading forum i came to this solution.
I do not know if i provide needed information for getting help.

 

Problem 1: Is it possible to shrink the LUA?

Problem 2: I need a variable named local tempadjloc with a value that i can add to --fibaro.call(1792, 'setValue', 10+local tempadjloc)

Problem 3: I need a global variable named tempadjglo and qubinodimvalueglo to use in other scens.

 

PS! Before my funeral i hope to learn program QA, for now it seems that QA will be my funeral. At least a mental meltdown....

 

Declaration:

{
  conditions = { {
      id = 1828,
      isTrigger = false,
      operator = ">=",
      property = "heatingThermostatSetpoint",
      type = "device",
      value = 10
    }, {
      id = 1828,
      isTrigger = true,
      operator = "<=",
      property = "heatingThermostatSetpoint",
      type = "device",
      value = 30
    } },
  operator = "all"
}

 

Action:

----------------------testing-----------------
print("----Test variabel----")
print(fibaro.getGlobalVariable("sovter", value))
print("SOVTER", sovter) 
--tonumber(fibaro.setGlobalVariable('sovter', 20))
print("SOVTER", sovter) 
--tonumber(fibaro.setGlobalVariable("globtempqub1:"=r"))
local sovter = sovter 
local tempqub1 = (fibaro.getValue(1828, "heatingThermostatSetpoint")+10); 
print("tempqub1:", tempqub1)
----------------------all above testing-----------------
 
--LUA SCEN HC3
print("----Element with heatregulator 0-10v connected to qubino 0-10v dimmer----")
print("----Change value of dimmer with thermostat setpoint----")
print("----Dimmer also adjusted with variable not known for now and not working----")
--local adjustment = 50 working
--fibaro.call(1792, 'setValue', 10+local tempadjust) not working
print("ELEMENT: " , fibaro.getValue(1792, "value"));
print("SOVTHERMOSTAT: " , fibaro.getValue(1828, "heatingThermostatSetpoint"));
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 10 then;
fibaro.call(1792, 'setValue', 10)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 11 then;
fibaro.call(1792, 'setValue', 11)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 12 then;
fibaro.call(1792, 'setValue', 12)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 13 then;
fibaro.call(1792, 'setValue', 13)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 14 then;
fibaro.call(1792, 'setValue', 14)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 15 then;
fibaro.call(1792, 'setValue', 15)
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 16 then;
fibaro.call(1792, 'setValue', 16);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 17 then;
fibaro.call(1792, 'setValue', 17);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 18 then;
fibaro.call(1792, 'setValue', 18);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 19 then;
fibaro.call(1792, 'setValue', 19);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 20 then;
fibaro.call(1792, 'setValue', 20);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 21 then;
fibaro.call(1792, 'setValue', 21);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 22 then;
fibaro.call(1792, 'setValue', 22);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 23 then;
fibaro.call(1792, 'setValue', 23);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 24 then;
fibaro.call(1792, 'setValue', 24);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 25 then;
fibaro.call(1792, 'setValue', 25);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 26 then;
fibaro.call(1792, 'setValue', 26);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 27 then;
fibaro.call(1792, 'setValue', 27);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 28 then;
fibaro.call(1792, 'setValue', 28);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 29 then;
fibaro.call(1792, 'setValue', 29);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) == 30 then;
fibaro.call(1792, 'setValue', 30);
    print("New element temp: " , fibaro.getValue(1792, "value"));
end
if tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) < 10 or
    tonumber(fibaro.getValue(1828, "heatingThermostatSetpoint")) > 30 then
    print("Element not adjusted, thermostats setpoint is to low or to high <10 or >30")
    end
 
 

You can start with this simplification

Please login or register to see this code.

 

Something like 

fibaro.call(1792, 'setValue', 10+tempadjust)

should work, but I'm a bit unsure about what you want to accomplish

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