Treppensteuerung

Tester1

Ich möchte diesem Script eine funktion hinzufügen. Wenn von rgbw_2 Kanal 4 aktiviert wird, sollen alle lichter mit Helligkeit x an gehen und keine Reaktion mehr auf die Bewegungsmelder geschehen. Wenn rgbw_2 Kanal 4 ausgeschaltet wird soll das script wie zuvor weiterlaufen.

Wie kann ich von einem anderen Shelly nur einen bestimmten Kanal als auslöser abfragen?

Vielen Dank voran.

Code

//Config
var rgbw_1= '192.168.10.26', //IP Dimmer Treppe Teil1
    rgbw_2= '192.168.10.27', //IP Dimmer Treppe Teil2
    dimmer2= '192.168.10.25', //IP des Extra Dimmers
    bwm_Unten= 'input:1', //Bewegungsmelder Treppe Unten
    bwm_Oben=  'input:0', //Bewegungsmelder Treppe Oben
    bwm_Keller= 'input:2', //Bewegungsmelder Keller.
    cTimeout= 3, //Call Time out, wie lange auf die Antwort des Dimmers gewartet werden soll 
    sofort_Aus= false, //Schalte die Treppe Sofort aus wenn sie Durchquert wurde
    delay_Aus= 20, //Auto aus nach x Sekunden, wenn keine neue Eingabe erfolgt
    delay_Entprellung= 12, //Wie lange jemand zum durchqueren braucht, wird nur benötigt bei sofort_Aus= false,
    nightMode= [23,10], //Zeitraum Nacht, in Stunden von x bis y
    day_Dimm_Treppe= 30, //Tag Dimwert LED Streifen Wand
    night_Dimm_Treppe= 1, //Nacht Dimwert LED Streifen Wand
    day_Dimm_Extra= 100, //Tag Dimwert Deckenlicht
    night_Dimm_Extra= 0, //Nacht Dimwert Deckenlicht
    debug= false; //only for short periods(debug)!!! --> default ist false

function Treppe_Keller(bright){
    if(debug) print('Debug: Treppe_Keller!');
    v_Hoch= 1; callLimit= 1; cSp= 0.8; //Active Call Limit and speed betwinn calls
    Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/0?turn=on&brightness='+bright, timeout: cTimeout});
    Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/1?turn=on&brightness='+bright, timeout: cTimeout});
    Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/2?turn=on&brightness='+bright, timeout: cTimeout});
    Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/0?turn=on&brightness='+bright, timeout: cTimeout});
    Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/1?turn=on&brightness='+bright, timeout: cTimeout});
    Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/2?turn=on&brightness='+bright, timeout: cTimeout});
}  
function Treppe_Rauf(bright,bright2){
    if(debug) print('Debug: Treppe_Rauf!');
    function Next_A(result,_bright){
        callLimit= 1; cSp= 1.2; //Active Call Limit and speed betwinn calls
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/0?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/1?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/2?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/0?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/1?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/2?turn=on&brightness='+_bright, timeout: cTimeout});
    }
   v_Hoch= 1; callLimit= 2; cSp= 0; //Active Call Limit and speed betwinn calls
   Call('HTTP.get',{url: 'http://' + dimmer2 + '/light/0?turn=on&brightness='+bright2, timeout: cTimeout},Next_A,bright);
}
function Treppe_Runter(bright,bright2){
    if(debug) print('Debug: Treppe_Runter!');
    function Next_R(result,_bright){
        callLimit= 2; cSp= 0.8; //Active Call Limit and speed betwinn calls
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/0?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/2?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/1?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/1?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/2?turn=on&brightness='+_bright, timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/0?turn=on&brightness='+_bright, timeout: cTimeout});
    }
    v_Runter= 1; callLimit= 2; cSp= 0; //Active Call Limit and speed betwinn calls
    Call('HTTP.get',{url: 'http://' + dimmer2 + '/light/0?turn=on&brightness='+bright2, timeout: cTimeout},Next_R,bright);
}
function Treppe_Aus(){
    if(debug) print('Debug: Treppe_Aus!');
    function Next(){
        callLimit= 2; cSp= 0.1; //Active Call Limit and speed betwinn calls
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/0?turn=off', timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/2?turn=off', timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/1?turn=off', timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/1?turn=off', timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_2 + '/white/2?turn=off', timeout: cTimeout});
        Call('HTTP.get',{url: 'http://' + rgbw_1 + '/white/0?turn=off', timeout: cTimeout});
    }
    v_Runter= 0; v_Hoch= 0; callLimit= 2; cSp= 0; //Active Call Limit and speed betwinn calls
    Call('HTTP.get',{url: 'http://' + dimmer2 + '/light/0?turn=off', timeout: cTimeout},Next);
}
let tH1= 0, tH2= 0, tH3= 0, v_Runter= 0, v_Hoch= 0; //Global Timer
function Event_Loop(data){
    try{
        let trigger= Efilter(data,{device:[bwm_Unten,bwm_Oben,bwm_Keller],filterKey:['state']}); //Filter for BWM Event
        data= null; if(!trigger) return; //Clear useless Data and exit if useless Data
        let timeN= new Date(); timeN= timeN.getHours(); //Get Time in hours
        let brD1= day_Dimm_Treppe, brD2= day_Dimm_Extra; //Default Day Dimwerte
        if(nightMode[0] <= timeN || nightMode[1] > timeN) {brD1= night_Dimm_Treppe; brD2= night_Dimm_Extra} //Night Dimwerte  
        let bwm_U= Status(Cut(bwm_Unten,':',0,true),Number(Cut(bwm_Unten,':',1))).state; //Get Status bwm_Unten
        let bwm_O= Status(Cut(bwm_Oben,':',0,true),Number(Cut(bwm_Oben,':',1))).state; //Get Status bwm_Oben
        let bwm_K= Status(Cut(bwm_Keller,':',0,true),Number(Cut(bwm_Keller,':',1))).state; //Get Status bwm_Keller
        if(bwm_U || bwm_O || bwm_K) {Timer.clear(tH1); tH1= 0; cCache= [];} //Reset, Timer und Call Cache        
        let callsFin= (!aC && !cCache.length); //Set Flag for all calls Finished
        if(debug) print('Debug: callsFin->',callsFin,'bwm_Unten->',bwm_U,', bwm_Oben->',bwm_O,', bwm_Keller->',bwm_Keller,', timeN->',timeN); //Debug output
        if(debug) print('Debug: Timer_Aus->',tH1&&1,'Timer_Entp->',tH3&&1,', v_Hoch->',v_Hoch,', v_Runter->',v_Runter); //Debug output
        if(callsFin && tH2) {Timer.clear(tH2); tH2= 0;} //Rest fake Intervall Event
        if(!callsFin && (bwm_U || bwm_O || bwm_K) && !tH2) tH2= Timer.set(1000,true,function(){Event_Loop({info:{component:bwm_Unten,state:false}});}); //Start Fake Intervall Timer
        let start_Hoch= (callsFin && bwm_U), start_Runter= (callsFin && bwm_O), start_Keller= (callsFin && bwm_K); //Start Parameter  
        if(start_Hoch && !bwm_O && !(sofort_Aus && v_Runter)) Treppe_Rauf(brD1,brD2); //Do Sequenz Rauf
        if(start_Runter && !bwm_U && !(sofort_Aus && v_Hoch)) Treppe_Runter(brD1,brD2); //Do Sequenz Runter
        if(start_Keller && !bwm_U && !bwm_O && !(sofort_Aus && v_Runter)) Treppe_Keller(brD1); //Do Sequenz Keller
        if(!bwm_K && !bwm_U && !bwm_O && !tH1){
            if(tH3) Timer.clear(tH3); tH3= 0;//Reset Entprell Timer
            tH1= Timer.set(1000*delay_Aus,false,Treppe_Aus); //Start Auto Aus Timer Do Sequenz
            if(!sofort_Aus) tH3= Timer.set(1000*delay_Entprellung,false,function(){v_Runter= 0; v_Hoch= 0;}); //Start Entprell Timer
        }
        if(sofort_Aus && start_Runter && v_Hoch) {Timer.clear(tH1); tH1=0; Treppe_Aus();} //Treppe Sofort aus wenn durchquert
        if(sofort_Aus && start_Hoch && v_Runter) {Timer.clear(tH1); tH1=0; Treppe_Aus();} //Treppe Sofort aus wenn durchquert
    }catch(e){ErrorMsg(e,'Event_Loop()');} //Error Handler
}

function Main(){
    Event_Loop({info:{component:bwm_Unten,state:false}}); //Frist Shot
    Shelly.addEventHandler(Event_Loop); //Create a Asyncron Event_Loop
}

// Dekats Toolbox, a universal Toolbox for Shelly scripts
function Efilter(d,p,deBug) { //Event Filter, d=eventdata, p={device:[], filterKey:[], filterValue:[], noInfo:true, inData:true}->optional_parameter 
    try{
        let fR= {}; //d.info= d.info.data; 
        if(p.noInfo){fR= d; d= {}; d.info= fR; fR= {};} if(p.inData && d.info.data){Object.assign(d.info,d.info.data) delete d.info.data;}
        if(!d.info) fR.useless= true; if(p.device && p.device.length && p.device.indexOf(d.info.component) === -1) fR.useless= true;
        if(p.device && p.device.length && !fR.useless && !p.filterKey && !p.filterValue) fR= d.info;
        if(p.filterKey && !fR.useless) for(f of p.filterKey) for(k in d.info) if(f === k) fR[k]= d.info[k];
        if(p.filterValue && !fR.useless) for(f of p.filterValue) for(v of d.info) if(Str(v) && f === v) fR[Str(v)]= v;
        if(deBug) print('\nDebug: EventData-> ', d, '\n\nDebug: Result-> ', fR, '\n');
        if(Str(fR) === '{}' || fR.useless){return;} return fR;}catch(e){ErrorMsg(e,'Efilter()');}}
function ErrorChk(r,e,m,d){ //Shelly.call error check
    try{
        aC--; if(aC<0) aC= 0;
        if(d.CB && d.uD) d.CB(r,d.uD); if(d.CB && !d.uD) d.CB(r);
        if(!d.CB && d.uD) print('Debug: ',d.uD); if(e) throw new Error(Str(m)); 
        if(Str(r) && Str(r.code) && r.code !== 200) throw new Error(Str(r));
        }catch(e){ErrorMsg(e,'ErrorChk(), call Answer');}}
function Cqueue(){ //Shelly.call queue
  try{
      if(!cCache[0] && !nCall[0]) return; 
      while(cCache[0] && aC < callLimit){if(cCache[0] && !nCall[0]){nCall= cCache[0]; cCache.splice(0,1);}
      if(nCall[0] && aC < callLimit){Call(nCall[0],nCall[1],nCall[2],nCall[3],nCall[4]); nCall= [];}} if(tH9){Timer.clear(tH9); tH9= 0;}
      if(nCall[0] || cCache[0])if(cSp <= 0) cSp= 0.1; tH9= Timer.set(1000*cSp,0,function(){tH9= 0; Cqueue();});}catch(e){ErrorMsg(e,'Cqueue()');}}
function Call(m,p,CB,uD,deBug){ //Upgrade Shelly.call
    try{
        let d= {};
        if(deBug) print('Debug: calling:',m,p); if(CB) d.CB= CB; if(Str(uD)) d.uD= uD; if(!m && CB){CB(uD); return;}
        if(aC < callLimit){aC++; Shelly.call(m,p,ErrorChk,d);}else if(cCache.length < cacheLimit){
        cCache.push([m,p,CB,uD,deBug]); if(deBug) print('Debug: save call:',m,p,', call queue now:',cCache.length); Cqueue();
        }else{throw new Error('to many Calls in use, droping call: '+Str(m)+', '+Str(p));}}catch(e){ErrorMsg(e,'Call()');}}
function Str(d){ //Upgrade JSON.stringify
    try{
        if(d === null || d === undefined) return null; if(typeof d === 'string')return d; 
        return JSON.stringify(d);}catch(e){ErrorMsg(e,'Str()');}}
function Cut(f,k,o,i){ //Upgrade slice f=fullData, k=key-> where to cut, o=offset->offset behind key, i=invertCut
    try{
        let s= f.indexOf(k); if(s === -1) return; if(o) s= s+o.length || s+o; if(i) return f.slice(0,s); 
        return f.slice(s);}catch(e){ErrorMsg(e,'Cut()');}}
function Setup(){ //Wating 2sek, to avoid a Shelly FW Bug
    try{
        if(Main && !tH9){tH9= Timer.set(2000,0,function(){print('\nStatus: started Script _[', scriptN,']_');
        if(callLimit > 5){callLimit= 5;} try{Main();}catch(e){ErrorMsg(e,'Main()'); Setup();}});}}catch(e){ErrorMsg(e,'Setup()');}}
function ErrorMsg(e,s,deBug){ //Toolbox formatted Error Msg
     try{
         let i= 0; if(Cut(e.message, '-104: Timed out')) i= 'wrong URL or device may be offline';
         if(s === 'Main()' || deBug) i= e.stack; if(Cut(e.message, '"Main" is not')) i= 'define a Main() function before using Setup()';
         print('Error:',s || "",'---> ',e.type,e.message); if(i) print('Info: maybe -->',i);}catch(e){print('Error: ErrorMsg() --->',e);}}
var tH8= 0, tH9= 0, aC= 0, cCache= [], nCall= [], callLimit= 5, cacheLimit= 40, cSp= 0.1; //Toolbox global variable
var Status= Shelly.getComponentStatus, Config= Shelly.getComponentConfig; //Renamed native function 
var info= Shelly.getDeviceInfo(), scriptID= Shelly.getCurrentScriptId(), scriptN= Config('script',scriptID).name; //Pseudo const, variabel
//Toolbox v3.4 -Alpha(cut), Shelly FW >1.0.8
Setup();

Alles anzeigen

Tester1

Es hat leider niemand geantwortet aber falls einer das gleiche Problem haben sollte. Man die ID des Skriptes von einem anderen Shelly dieses direkt ansprechen, sodass man eine Schleife innerhalb der Schleifen einen Trigger hat der stabil ist. Grade bei Gen1 Geräten der sauberere Weg.