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Code: Alles auswählen

["$formelinbenutzung","string",""],

Code: Alles auswählen

["$formelinbenutzung","string","xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx"],

Code: Alles auswählen

{
  "_Meta": { // Optional
    "Description": "",
    "Version": "1.00",
    "Icon": "" // format: "data:image/svg+xml;base64,ENCODED_FILE"
  },
  "Input": [
    ["Temperatur","Temperatur","$temp","c" ],
    ["Feuchtigkeit","Feuchtigkeit","$feuchte","c" ]
  ],
  "Output": [
    ["Taupunkt","Berechneter Taupunkt","$taupunkt","a"],
    // Debugging
    ["Faktor_a", "Auswahlwert X1","$faktor_a","a"],
    ["Faktor_b", "Auswahlwert X2","$faktor_b","a"],
    ["sdd", "SDD","$sdd","a"],
    ["dd", "DD","$dd","a"],
    ["v", "v","$v","a"]
     
  ],
  "Level": [
      //Ein/Ausgänge
    ["$temp","float",0.0],
    ["$feuchte","float",0.0],
    ["$taupunkt","float",0.0],

     //Konstanten Variablen
    ["$faktor_a","float",0.0],
    ["$faktor_b","float",0.0],
    ["$sdd","float",0.0],
    ["$dd","float",0.0],
    ["$v","float",0.0],

    //Formeln
    ["$calc_faktor_a","string","(X1>=0)?7.5:7.6"],
    ["$calc_faktor_b","string","(X1>=0)?237.3:270.7"],
   
    ["$calc_sdd","string","6.1078 * 10^((X1*X3)/(X2+X3))"],
    ["$calc_dd","string","X1/100 * X2"],
    ["$calc_v","string","log10(X1/6.1078)"],
    ["$calc_taupunkt","string","X2*X3/(X1-X3)"]
    
  ],
  "Module": [

      ["CalcFormula",["$temp"], "$faktor_a", "$calc_faktor_a"],
      ["CalcFormula",["$temp"], "$faktor_b", "$calc_faktor_b"],
    
      // Berechnung sdd
      ["CalcFormula",["$faktor_a","$faktor_b","$temp"], "$sdd", "$calc_sdd"],
      // Berechnung dd
      ["CalcFormula",["$feuchte","$sdd"], "$dd", "$calc_dd"],
      // Berechnung v
      ["CalcFormula",["$dd"], "$v", "$calc_v"],
      // Berechnung taupunkt
      ["CalcFormula",["$faktor_a","$faktor_b","$v"], "$taupunkt", "$calc_taupunkt"]
  ]
}

Code: Alles auswählen

/**
 * Logik zum Berechnen des Taupunkts. Der Taupunkt ist ein guter Wert um Aussenluft und Innenluft miteinander zu vergleichen um zu prüfen ob Lüften zur Feuchtigkeitsreduktion sinnvoll ist.
 * Die Entstehtung der Logik wurde hier besprochen:https://forum.timberwolf.io/viewtopic.php?f=24&t=4725
 * Die Formeln wurden von folgendem Post abgeleitet: http://dl8aap.koch-carsten.de/2020/07/taupunkt-berechnen/
 * Erklärung der Variablen aus der ursprünglichen Formel
 * var t = temperature;
* var r = humidity;
* var tp = 0.000;
* // Konstante
* var mw = 18.016; //Molekulargewicht des Wasserdampfes (kg/kmol)
* var gk = 8314.3; // universelle Gaskonstante (J/(kmol*K))
* var t0 = 273.15; // Absolute Temperatur von 0 °C (Kelvin)
* var tk = t + t0; // Temperatur in Kelvin
 
* Temp größer gleich 0 Grad:
*     a = 7.5;
*     b = 237.3;
* Temp kleiner 0 Grad:
*     a = 7.6;
*     b = 240.7;
* }
 */

{
  "_Meta": { // Optional
    "Description": "",
    "Version": "1.00",
    "Icon": "" // format: "data:image/svg+xml;base64,ENCODED_FILE"
  },
  "Input": [
    ["Temperatur","Temperatur","$temp","c" ],
    ["feuchtefeuchte","feuchtefeuchte","$feuchte","c" ]
  ],
  "Output": [
    ["Taupunkt","Berechneter Taupunkt","$taupunkt","a"]

  ],
  "Level": [
      //Ein-Ausgänge
    ["$temp","float",0.0],
    ["$feuchte","float",0.0],
    ["$taupunkt","float",0.0],
    
    //Formeln
    ["$formelinbenutzung","string","xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx"], //Reservierung des Speicherplatzes, sonst werden nur 14 Zeichen reserviert
        //Formel jeweils einmal mit den Konstanten für Temperaturen >0 Grad, und einmal für Temperaturen <0 Grad
    //var sdd = 6.1078 * Math.pow(10, (a*t)/(b+t));
    ["$formel1plus","string","6.1078 * 10^((7.5*X1)/(237.3+X1))"],
    ["$formel1minus","string","6.1078 * 10^((7.6*X1)/(240.7+X1))"],
    
    //var dd = sdd * (r/100);
    ["$formel2plus","string","X1 * (X2/100)"],
    ["$formel2minus","string","X1 * (X2/100)"],
    
    //var af = Math.pow(10,5) * mw/gk * dd/tk;
    ["$formel3plus","string","10^5 * 18.016/8314.3 * X1/(X2 + 273.15)"],
    ["$formel3minus","string","10^5 * 18.016/8314.3 * X1/(X2 + 273.15)"],

    //var v = Math.log10(dd/6.1078);
    ["$formel4plus","string","log10(X1/6.1078)"],
    ["$formel4minus","string","log10(X1/6.1078)"],
    
    //tp = Math.round( ((b*v) / (a-v))*100)/100;
    ["$formel5plus","string","((237.3*X1) / (7.5-X1))*100/100"],
    ["$formel5minus","string","((240.7*X1) / (7.6-X1))*100/100"],
    
    //Variablen für die Berechnungen
    ["$schwellwert","float",0.0],
    ["$schwellwertueberschreitung","bool",false],
    ["$schwellwertueberschreitungint","integer",0],
    ["$sdd","float",0.0],
    ["$dd","float",0.0],
    ["$af","float",0.0],
    ["$v","float",0.0]
  ],
  "Module": [
      //Comparator, prüft ob die Temp postiv oder negativ ist, True bei Plusgraden, False bei Minusgraden
      ["Comparator" , "$temp" , "$schwellwertueberschreitung" , "$schwellwert"],

      //Formel 1
      ["Multiplexer", ["$formel1minus", "$formel1plus"],"$formelinbenutzung","$schwellwertueberschreitung"],
      ["CalcFormula",["$temp"], "$sdd", "$formelinbenutzung"],

      //Formel 2
      ["Multiplexer", ["$formel2minus", "$formel2plus"],"$formelinbenutzung","$schwellwertueberschreitung"],
      ["CalcFormula",["$sdd","$feuchte"], "$dd", "$formelinbenutzung"],

      //Formel 3
      ["Multiplexer", ["$formel3minus", "$formel3plus"],"$formelinbenutzung","$schwellwertueberschreitung"],
      ["CalcFormula",["$dd","$temp"], "$af", "$formelinbenutzung"],

      //Formel 4
      ["Multiplexer", ["$formel4minus", "$formel4plus"],"$formelinbenutzung","$schwellwertueberschreitung"],
      ["CalcFormula",["$dd"], "$v", "$formelinbenutzung"],
      
      //Formel 5      
      ["Multiplexer", ["$formel5minus", "$formel5plus"],"$formelinbenutzung","$schwellwertueberschreitung"],
      ["CalcFormula",["$v"], "$taupunkt", "$formelinbenutzung"]
  ]
}