zig gleiche Einträge in JS-Protokollanzeige

ticaki

ist es länger als das:

export {};
const DEBUG = false;

const cMinLux = 1800;
const luxminFront = 60;
const luxminBehind = 80;
const luxminComputer = 20;
let front = false;
let behind = false;
let behindComputer = false;

const miredDiff = 180;

const dimValueOptions: dimValueOptionsType = {
    begin: '21:00',
    end: '23:00',
    reset: '6:00',
    sunset: 340
    // default values here
}

// für hinteren Bereich
const cShutterPosForLight = 60;

let hyperion_on = getState('sonoff.0.Gosund Steckdose 8.POWER').val;
const path = '0_userdata.0.scene'
const cCurrentLuxState = 'alias.0.zuhause.og.Abstellraum.Lux-Tasmota.lux';

const mySwitch = 'zigbee2mqtt.0.0x001788010635d03f.';
const mySwitch2 = 'zigbee2mqtt.0.0x0017880104f33a08.';
var mySwitchTimeout:any = null;
const axios = require('axios');
//Objekte;
const dimmer:{[key: number]: {value: number, timeout: any}} = {};
let autoModeBright = existsState(`${path}.wohnzimmer.autoModeBright`) ? getState(`${path}.wohnzimmer.autoModeBright`).val : false;

let autoModeOffTimeout = autoModeBright ? 15000 : 3000
// homematic 6 fach schalter
// Wandlampe Wohnzimmer

const cShutterPos = 'homepilot20.0.Actuator.2-27601565.Position'
let shutterPos = getState(cShutterPos).val;

on({id: cShutterPos, change: 'ne'}, (obj) => {
    shutterPos = obj.state.val
})
on({ id: 'hm-rpc.1.000B5D89B01C44.1.PRESS_SHORT', change: 'any', val: true }, function (obj) {
   flipState(`${path}.wohnzimmer.autoModeBright`);
})

on({ id: 'hm-rpc.1.000B5D89B01C44.3.PRESS_SHORT', change: 'any', val: true }, function (obj) {
   flipState('sonoff.0.NOUS 03.POWER')
})

on({ id: 'hm-rpc.1.000B5D89B01C44.6.PRESS_SHORT', change: 'any', val: true }, function (obj) {
    if (!mySwitchTimeout) {
        mySwitchTimeout = setTimeout(function () {
            autoScene(0);
            mySwitchTimeout = null;
        }, 300);
    }
})
on({ id: 'hm-rpc.1.000B5D89B01C44.2.PRESS_SHORT', change: 'any', val: true }, function (obj) {
    flipState('shelly.0.SHSW-1#E8DB84D7B242#1.Relay1.Switch')
})
on({ id: 'hm-rpc.1.000B5D89B01C44.4.PRESS_SHORT', change: 'any', val: true }, function (obj) {
    flipState('sonoff.0.NOUS 05.POWER')
})
on({ id: 'hm-rpc.1.000B5D89B01C44.5.PRESS_LONG_START', change: 'any', val: true }, function (obj) {
    let lights = $('state(functions=beleuchtung)');
    if (lights) {
        lights.each(async (obj) => {
            await sleep(100)
            const obj2 = getObject(obj, 'rooms');
            let rooms = obj2.enumIds
            if (rooms === undefined) return;
            rooms.forEach(async (room) => {
                await sleep(20)
                // workaround manche Geräte enthalten Räume die ich nicht entfernen kann.
                var enumObj = getObject(room);
                if (enumObj.common.members.findIndex((a) => { return obj.includes(a) }) == -1) return;
                const roomName = enumObj.common.name as iobJS.StringOrTranslated;
                let r = typeof roomName === 'string' ? roomName : roomName.de;
                if (r != 'Wohnzimmer') setState(obj, false);
            });
        });
    }
})
on({ id: 'hm-rpc.1.000B5D89B01C44.5.PRESS_SHORT', change: 'any', val: true }, function (obj) {
    setState('0_userdata.0.currentSceneWZ', -1);;
})

let essbereichSchalter = getState('shelly.0.SHSW-25#E8DB8480264D#1.Relay0.Input').val
on({ id: 'shelly.0.SHSW-25#E8DB8480264D#1.Relay0.Input', change: 'ne' }, function (obj) {
   essbereichSchalter = obj.state.val;
   setLights();
})
let schreibtischbereichSchalter = getState('shelly.0.SHSW-25#E8DB8480264D#1.Relay1.Input').val
on({ id: 'shelly.0.SHSW-25#E8DB8480264D#1.Relay1.Input', change: 'ne' }, function (obj) {
   schreibtischbereichSchalter = obj.state.val;
   setLights();
})

async function flipState(id) {
    setStateAsync(id, !getState(id).val);
}
/* Lightsobjects at home
device, lightSubTyp (Typ) */
// 0= hue 1= shelly 2= alexa
//STARTGLOBAL
type zoneIntersect = 'couch' | 'schreibtisch' | 'essbereich' | 'durchgang' | 'durchgang_schreibtisch' | 'durchgang_essbereich' | 'durchgang_couch';
type lightNameType = 'Couch' | 'Stehlampe' | 'Esstisch' | 'Computer-Wandlampe' | 'Vitrine' | 'Ambiente 1' | 'Ambiente 2' | 'Deckenstrahler' 
                        | 'Schreibtisch' | 'Fensterbank' | 'Deckenpanel';
type lightObjectsType = {
    id: string;
    name: lightNameType;
    day: boolean;
    night: boolean;
    timeout?: any;
} & lightSubType;

type LightZoneType = {}

//type sceneSettings = Record<lightNameType,{}>


type subCommandTyp = {
    stateName: string;
    mqttName?: string;
}


type lightSubType = ( { 
        mode: 0;
        state?:   
        {   
            on: subCommandTyp;
            bri: subCommandTyp;
            color?: subCommandTyp;
            colortemp?: subCommandTyp;
        }
    } | { 
        mode: 1;
        state?:   
        {
            on:subCommandTyp;
        }
    } | { 
        mode: 2;
        state?:   
        {  
            on: subCommandTyp;
        }
    } | { 
        mode: 3;
        state?:   
    {
            on: subCommandTyp
        }
    } | { 
        mode: 4;
        state?:   
        {
            on: subCommandTyp;
            bri: subCommandTyp;
            ps: subCommandTyp;
        }
    }
)

const lightSubMode: lightSubType[] =  [{ 
        mode: 0,
        state:   
        {   
            on:{stateName:".state", mqttName: 'state'},
            bri:{stateName: ".brightness", mqttName:'brightness'},
            color:{stateName:".color", mqttName:'color'},
            colortemp:{stateName:".colortemp", mqttName:'color_temp'},
        }
    } , { 
        mode: 1,
        state:   
        {
            on:{stateName:".Switch",},
        }
    } , { 
        mode: 2,
        state:   
        {  
            on:{stateName:".powerState", },
        }
    } , { 
        mode: 3,
        state:   
    {
        on:{stateName:".STATE",},
        }
    } , { 
        mode: 4,
        state:   
        {
            on:{stateName:".on", mqttName: 'on'},
            bri:{stateName: ".bri", mqttName:'bri'},
            ps:{stateName:".ps", mqttName:'ps'},
        }
    }]


type lightControlType = Record<lightNameType, lightSubType>



const lightObj: lightObjectsType[] = [
    { id: 'zigbee2mqtt.0.0x0017880102887f42', name: 'Couch', mode: 0, day: true, night: true }, // 0 Couch 
    { id: 'zigbee2mqtt.0.0x00178801028fc5cd', name: 'Stehlampe', mode: 0, day: true, night: true }, // 1 Standlicht
    // { id: 'zigbee2mqtt.0.0x0017880102922a60', mode: 0,  name: 'Wohnzimmer', day: false, night: true }, // 1 Kugel
    // { id: 'zigbee2mqtt.0.0x0017880109bde7e3', mode: 0,  name: 'Wohnzimmer', day: true, night: true }, // 2 Computer
    { id: 'zigbee2mqtt.0.group_4', name: 'Esstisch', mode: 0, day: true, night: true }, // 2 Esszimmer
    { id: 'zigbee2mqtt.0.0xb43522fffe55d341', name: 'Computer-Wandlampe', mode: 0, day: true, night: true }, // 3 Computer Wandlampe
    { id: 'alexa2.0.Smart-Home-Devices.54a20611-b863-4a2d-80c5-9b7f3caa2339', name: 'Vitrine', mode: 2, day: false, night: true }, // 4 Vitrine
    { id: 'shelly.0.SHSW-1#E8DB84D7B242#1.Relay0', name: 'Deckenpanel', mode: 1, day: true, night: true }, // 10 Deckenlampe Wohnzimmer
    { id: 'zigbee2mqtt.0.0x001788010bea2ef4', name: 'Ambiente 1', mode: 0, day: true, night: true }, // 11 Ambiente 1
    { id: 'zigbee2mqtt.0.0x001788010bea2ec7', name: 'Ambiente 2', mode: 0, day: true, night: true }, // 12 Ambiente 2
    { id: 'zigbee2mqtt.0.group_3', name: 'Deckenstrahler', mode: 0, day: true, night: true }, // 12 Deckenstrahler
    { id: 'wled.0.0cb815b8af3c', name: 'Schreibtisch', mode: 4, day: true, night: true, timeout: null }, // 13 Schreibtisch
    { id: 'wled.0.2cbcbb4f014c', name: 'Fensterbank', mode: 4, day: true, night: true, timeout: null } // 13 Fensterbank
];


// Subobj [x][1]
var lightSubTyp = [['.state', '.brightness', '.sat', '.color', '.colortemp']];
lightSubTyp.push(['.Switch']);
lightSubTyp.push(['.powerState']);
lightSubTyp.push(['.STATE']);
lightSubTyp.push(['.on','.bri', '.ps'])

const arrayLightSubTypToText = [
    ['On', 'Helligkeit', 'Saturation', 'Farbe', 'Farbtemperatur'],
    ['On'],
    ['On'],
    ['On'],
    ['On', 'Helligkeit', 'Voreinstellung',]
]


var Y = -1;
let lightScene:([boolean, number, number, string, number?] | [boolean] | [boolean, number,number])[][] = []; //0

//0
lightScene.push([[false, 180, 140, '#151200', 450]]); //0
lightScene[++Y].push([false, 250, 140, '#151200', 450]); //1
//lightScene[Y].push([false,100,140,'#151200', 2200]]); //1
//lightScene[Y].push([false,200,140,'#151200', 2200]]); //2
lightScene[Y].push([false, 230, 0, '', 450]); //8
lightScene[Y].push([false, 20,0,'',450]); //3
lightScene[Y].push([false]); //4
lightScene[Y].push([false]); //5
lightScene[Y].push([false, 230, 140, '#001237', 450]); //6
lightScene[Y].push([false, 230, 140, '#001237', 450]); //7
lightScene[Y].push([true, 230, 0, '', 450]); //8
lightScene[Y].push([false,200, 1]); //Schreibtisch 9
lightScene[Y].push([true,10,1]); //Fensterbank
// +1


//Globale Variablen
var currentScene = getState('0_userdata.0.currentSceneWZ').val;
var dimmerRef = null;
//setState('0_userdata.0.currentSceneWZ', currentScene);
// Wir überprüfen Scene und Lights Array ob sie zusammenpassen und werfen hilfreiche Fehlermeldungen raus, wenn nicht
pruefeBeideArraysAufFehler();
// Überprüfung der Array erledigt
function pruefeBeideArraysAufFehler() {
    var myBreak = false;
    var isError = false;
    for (var i = 0; i < lightScene.length; i++) {
        if (lightScene[i].length != lightObj.length) {
            var myErrorMsg = 'Anzahl der LightScene ' + i + ' Einträge: ' + lightScene[i].length + ' entspricht nicht der Anzahl and LightObjects: ' + lightObj.length;
            log(myErrorMsg, 'error');
            var maxLength;
            isError = true;
            if (lightScene[i].length > lightObj.length) maxLength = lightScene[i].length;
            else maxLength = lightObj.length;
            for (var y = 0; y < maxLength; y++) {
                myErrorMsg = '';
                if (y < lightScene[i].length) {
                    myErrorMsg = 'LightScene: ' + i + ' existiert Werte: ' + lightScene[i][y];
                    log(myErrorMsg, 'info');
                } else {
                    myErrorMsg = 'In LightScene: ' + i + ' existiert Datensatz ' + y + ' nicht!';
                    log(myErrorMsg, 'error');
                    myBreak = true;
                    break;
                }
                if (y < lightObj.length) {
                    myErrorMsg = 'LightObjects: ' + y + ' existiert ObjID: ' + lightObj[y][0];
                    log(myErrorMsg, 'info');
                } else {
                    myErrorMsg = 'LightObjects: ' + y + ' existiert nicht!';
                    log(myErrorMsg, 'error');
                    myBreak = true;
                    break;
                };
            }
            if (myBreak) break;
        }
    }
    if (isError) {
        myErrorMsg = 'Skript abgebrochen und pausiert. ';
        //@ts-ignore
        stopScript();
    }
}
// Überprüfung der Array erledigt

init();
async function init() {
    if (!await existsObjectAsync(path)) {
        await createFolderAsync(path, 'Szenen');
    }
    if (!await existsObjectAsync(`${path}.wohnzimmer`)) {
        await createDeviceAsync(`${path}.wohnzimmer`, 'Szenen');
    }
    if (!await existsObjectAsync(`${path}.wohnzimmer.autoModeBright`)) {
        await createStateAsync(`${path}.wohnzimmer.autoModeBright`, false, false, {name:'Hohe Helligkeit', role: 'state', type: 'boolean', read: true, write: true});
    }
    on({ id: `${path}.wohnzimmer.autoModeBright`, change: 'ne' }, function (obj) {
        autoModeBright = obj.state.val;
        autoModeOffTimeout = autoModeBright ? 15000 : 2000
        resetAutoMode();
        if (obj.id) setState(obj.id, obj.state.val, true);
    })
    
    for (const a in lightScene) {
        if (!await existsObjectAsync(`${path}.wohnzimmer.${a}`)) {
            await createChannelAsync(`${path}.wohnzimmer.${a}`, 'Szene');
            await createStateAsync(`${path}.wohnzimmer.${a}.dimmer`, 80, false, {name:'Helligkeitseinstellung', role: 'level.dimmer', type: 'number', unit:'%', min:1, max: 100, step:1, read: true, write: true});
        }
        if (!await existsObjectAsync(`${path}.wohnzimmer.${a}.useDimmer`)) {
            await createStateAsync(`${path}.wohnzimmer.${a}.useDimmer`, a != '0', false, {name:'Nutze Dimmer', role: 'switch', type: 'boolean', read: true, write: true});
        }
        dimmer[a] = {value: (getState(`${path}.wohnzimmer.${a}.dimmer`)).val/100, timeout: null};
        on({id: `${path}.wohnzimmer.${a}.dimmer`, change:'any', ack: false}, (dp) => {
            if (!dp || !dp.id) return;
            const arr = dp.id.split('.');
            arr.pop()
            const key = arr.pop();
            if (key !== undefined) {
                dimmer[key].value = dp.state.val / 100;
                if (dimmer[key].value <= 0.01 || dimmer[key].value >= 1) {
                    for (const light of lightObj) {
                        if (light.mode === 0 && dimmer[key].timeout == null && getState(light.id + lightSubTyp[light.mode][0]).val) {
                            setState(light.id + '.effect', 'blink');
                            dimmer[key].timeout = setTimeout((light) => {
                                setState(light.id + '.effect', 'stop_effect');
                                dimmer[key].timeout = null;
                            }, 1000, light);
                        }
                    }
                }
            }
            
            if (dp.oldState.val !== dp.state.val) reSetScene(true);
            setState(dp.id, dp.state.val, true);
        })
        for (const b in lightScene[a]) {
            if (!await existsObjectAsync(`${path}.wohnzimmer.${a}.${b}`)) {
                await createChannelAsync(`${path}.wohnzimmer.${a}.${b}`, lightObj[b].name);
            } else {
                await extendObjectAsync(`${path}.wohnzimmer.${a}.${b}`, {common:{ name: lightObj[b].name, } });
            }
            for (let cIndex = 0; cIndex < lightScene[a][b].length; cIndex++) {
                const c = arrayLightSubTypToText[lightObj[b].mode][cIndex]
                let value: any = undefined;
                if (await existsObjectAsync(`${path}.wohnzimmer.${a}.${b}.${cIndex}`)) {
                    value = getState(`${path}.wohnzimmer.${a}.${b}.${cIndex}`).val;
                    deleteState(`${path}.wohnzimmer.${a}.${b}.${cIndex}`);
                }
                if (!await existsStateAsync(`${path}.wohnzimmer.${a}.${b}.${c}`)) {     
                    value = value === undefined ? lightScene[a][b][cIndex] : value
                    await createStateAsync(`${path}.wohnzimmer.${a}.${b}.${c}`, value, {name: c, role: 'value', type: typeof lightScene[a][b][cIndex], read: true, write: true});
                    setState(`${path}.wohnzimmer.${a}.${b}.${c}`, value, true)
                } else {
                    if (typeof getState(`${path}.wohnzimmer.${a}.${b}.${c}`).val == 'object'){
                        value =  lightScene[a][b][cIndex];
                    }
                    if (value !== undefined) setState(`${path}.wohnzimmer.${a}.${b}.${c}`, value, true)
                    //if (c == 'Farbtemperatur') setState(`${path}.wohnzimmer.${a}.${b}.${c}`, 450, true)
                    const typ = typeof lightScene[a][b][cIndex];
                    switch (typ) {
                        case 'string':
                        case 'number':
                        case 'boolean':
                            await extendObjectAsync(`${path}.wohnzimmer.${a}.${b}.${c}`, {common:{ name: c, } });
                    }
                    
                }   
                await sleep(2) 
                lightScene[a][b][cIndex] = (getState(`${path}.wohnzimmer.${a}.${b}.${c}`)).val
            }
            on({id: new RegExp(`^${path}\\.wohnzimmer\\.${a}\\.${b}\..+`, 'g'), change:'any', ack: false}, (dp) => {
                if (!dp || !dp.id) return;
                const arr = dp.id.split('.');
                const c = arr.pop()
                if (c === undefined) return;
                const lampe = parseInt(arr.pop() ?? '');
                const scene = arr.pop();
                const option = arrayLightSubTypToText[lightObj[lampe].mode].findIndex((a) => a === c);
                if (scene === undefined || lampe === undefined || option === undefined) return;
                lightScene[scene][lampe][option] = dp.state.val;
                if (dp.oldState.val !== dp.state.val) {
                    if (currentScene != 0) reSetScene(true);
                    else resetAutoMode();
                }
                setState(dp.id, dp.state.val, true);
            })
        }
    }
}

function getCommandString(a,b) {
    return lightSubTyp[lightObj[a].mode][b]
}

schedule({ astro: "sunset" }, reSetScene);
schedule({ astro: "sunrise" }, reSetScene);

function autoScene(x) {
    // setze scene zurück wenn der ON Status der Lampen nicht der Scene entspricht.
    if (currentScene > x - 1 && currentScene < lightScene.length) {
        for (var i = 0; i < lightScene[currentScene].length; i++) {
            let astro = lightObj[i].day && isAstroDay() || !isAstroDay() && lightObj[i].night;
            if (lightObj[i].state && (lightScene[currentScene][i][0] && astro) != lightObj[i].state![getCommandString(i,0)]) {
                currentScene = x - 1;
                break;
            }
        }
    }

    // Scenen counter 
    currentScene++;
    if (currentScene >= 0 || currentScene >= lightScene.length || currentScene < x) {
        currentScene = x;
    }
    setState('0_userdata.0.currentSceneWZ', currentScene);
}

on({ id: '0_userdata.0.szene_wohnzimmer', change: 'any', ack: false }, function (obj) {
    switch (obj.state.val) {
        case 'c':
            setState('0_userdata.0.currentSceneWZ', 8);
            break;
        case 'f':
            setState('0_userdata.0.currentSceneWZ', 10);
            break;
        case 'e':
            setState('0_userdata.0.currentSceneWZ', 9);
            break;
        case 's':
            setState('0_userdata.0.currentSceneWZ', 11);
            break;
        case 'o':
            setState('0_userdata.0.currentSceneWZ', -1);
            break;
    }
})

on({ id: '0_userdata.0.currentSceneWZ', change: 'any', ack: false }, setScene)

function reSetScene(force = false) {
    if (DEBUG) log('current scene: ' + currentScene);
    if (currentScene == -1 || currentScene >= lightScene.length) return;
    for (var i = 0; i < lightScene[currentScene].length; i++) {

        if (!force && lightObj[i].state && lightScene[currentScene][i][0] != (lightObj[i].state![getCommandString(i,0)] == (lightObj[i].day && isAstroDay() || !isAstroDay() && lightObj[i].night))) {
            return;
        }
    }
    setScene(undefined)
}

async function setScene(obj) {
    if (obj !== undefined) {
        currentScene = obj.state.val;
    }
    if (currentScene == lightScene.length) return;
    if (currentScene == -1) { stopScene(); return; };
    if (currentScene === 0) {resetAutoMode(); return;}
    // Aktive Lampen auf Endwert setzen
    for (var i = 0; i < lightScene[currentScene].length; i++) {
        await sleep (25);
        switchLight(lightScene[currentScene][i], lightObj[i].name)
    }

    if (DEBUG) log("setScene to: " + currentScene);
    setState('0_userdata.0.currentSceneWZ', currentScene, true);
    switch (currentScene) {
        case 8:
            setState('0_userdata.0.szene_wohnzimmer', 'c', true)
            break;
        case 10:
            setState('0_userdata.0.szene_wohnzimmer', 'f', true);
            break;
        case 9:
            setState('0_userdata.0.szene_wohnzimmer', 'e', true);
            break;
        case 11:
            setState('0_userdata.0.szene_wohnzimmer', 's', true);
            break;
        case -1:
            setState('0_userdata.0.szene_wohnzimmer', 'o', true);
            break;
        default:
            setState('0_userdata.0.szene_wohnzimmer', '', true);
    }
};
let lastCommandTimeout: any = null
let lastCommand:any ={}
async function switchLight(cArray, lightName: string, overwriteOn: boolean|null = null, overwriteDim: number|null = null) {
    const light = lightObj.find(a => a.name == lightName);
    if (!light) return;
    
    var cTyp = light.mode;
    let astro = light.day && isAstroDay() || !isAstroDay() && light.night;
    let lOn = (overwriteOn === null || overwriteOn === true ? astro && (cArray[0] || !!overwriteOn) : false);
    let dimFix = currentScene != -1 ? (getState(`${path}.wohnzimmer.${currentScene}.useDimmer`).val ? dimmer[currentScene].value : 1) : 1;
    let dim = (overwriteDim !== null ? overwriteDim/100 : 1) * dimFix
    let carray4 = cArray[4]
    
    lastCommandTimeout && clearTimeout(lastCommandTimeout);
    lastCommandTimeout = setTimeout(() => {lastCommand = {}}, 30000)

    if (lastCommand[lightName] && lastCommand[lightName].cArray === cArray && lastCommand[lightName].overwriteOn === overwriteOn 
        && lastCommand[lightName].overwriteDim === overwriteDim && lastCommand[lightName].dim === dim && lastCommand[lightName].astro === astro ) {
        return;
    } else {

        lastCommand[lightName] = {cArray, overwriteOn, overwriteDim, dim, astro}
    }

    // Verweizweigung der Lampen nach Funktion;
    const isOn = getState(light.id + lightSubTyp[cTyp][0]).val;
   
    if (lOn === false && (isOn === false || light.timeout)) return;
     //log (overwriteOn + ' ' + astro + ' ' + cArray[0] + ' ' + lOn + ' '+ (astro && (cArray[0] || !!overwriteOn)) + ' ' + isOn)
    if (lOn) {
        if (cTyp == 0) { 
            let msg:{state:string, brightness: number, transition: number, color?:string, color_temp?: number} = {state: lOn ? 'ON' : 'OFF', brightness:(Math.round((cArray[1]-1) * dim)+1), transition: 1 }
            if (!cArray[4]) {
                msg.color = cArray[3];
            } else {
                carray4 = dimValue(cArray[4]-miredDiff, cArray[4]);
                msg.color_temp = carray4
            }
            if ((isOn && lOn)) {
                if (dim < dimFix) msg.transition = 3;
                else msg.transition = 3;
            } else {
                msg.transition = 1
            }
            if (isOn !== lOn || getState(light.id + lightSubTyp[cTyp][1]).val !== (Math.round((cArray[1]-1) * dim)+1) 
                || carray4 && getState(light.id + lightSubTyp[cTyp][4]).val !== carray4 || !carray4 && getState(light.id + lightSubTyp[cTyp][3]).val !== cArray[3]) {
                    sendTo('mqtt.0', 'sendMessage2Client', { topic: getTopic(light.id), message: JSON.stringify(msg) });
                }
            //log(getTopic(light.id) + ': ' + JSON.stringify(msg))
            //log(cArray[3])
        
        } else if (cTyp == 4) {    
            if (light.timeout) clearTimeout(light.timeout);       
            light.timeout = null;
            let bri = Math.round((cArray[1]-1) * dim)+1
            try {
                if (bri != getState(`${light.id}.bri`).val || lOn != getState(`${light.id}.on`).val || cArray[2] != getState(`${light.id}.ps`).val ) {
                    setState(`${light.id}.action`, JSON.stringify({
                        "bri": bri,
                        "on": lOn,
                        'ps': cArray[2],
                        'transition': 1
                    }))
                }
            } catch(error) {
                console.warn(`wled ${light.id} nicht erreichbar! ` + error)

            }

        } else {
            if (!isOn) setState(light.id + lightSubTyp[cTyp][0], lOn);        
        }
    } else {
        if (cTyp == 0) {
            let msg:{state:string, brightness: number, transition: number, color?:string, color_temp?: number} = {state: lOn ? 'ON' : 'OFF', brightness:(Math.round((cArray[1]-1) * dim)+1), transition: 2 }
             msg.transition = 6;
            
            if (isOn !== lOn)  sendTo('mqtt.0', 'sendMessage2Client', { topic: getTopic(light.id), message: JSON.stringify(msg) });
        } else if (cTyp === 4) {
            const ip = getState(`${light.id}._info.ip`).val
            try {
                if (!getState(`${light.id}.on`).val) {
                    if (light.timeout) clearTimeout(light.timeout);
                    return;
                }
                setState(`${light.id}.action`, JSON.stringify({
                    "bri": 1,
                    'ps': 5,           
                    })
                )
            } catch(error) {
                console.warn(`wled ${light.id} nicht erreichbar! ` + error)

            }
            if (light.timeout) clearTimeout(light.timeout);
            light.timeout = setTimeout((id) => {   
               setState(`${id}.on`, false)
            }, 60000*1, light.id)
        } else {
            if (getState(light.id + lightSubTyp[cTyp][0]).val) setStateDelayed(light.id + lightSubTyp[cTyp][0], false, 100)
        }
    }
    //log(lightObj[i].id+lightSubTyp[cTyp][0] + ' state: ' + lOn)
}
function getTopic(id) {
    const r = getTopic2(id);  
    return r.replace('group_3', 'Deckenstrahler').replace('group_4', 'Esstisch')
}

function getTopic2(id) {
    let a = id.split('.')
    return 'zigbee2mqtt/' + a[a.length - 1] + '/set'
}

async function stopScene() {
    currentScene = -1;
    for (var i = 0; i < lightObj.length; i++) {
        await sleep(50)
        await switchLight(lightScene[0][i], lightObj[i].name, false)
        //var cTyp = lightObj[i].mode;
        //if (getState(lightObj[i].id + lightSubTyp[cTyp][0]).val) setState(lightObj[i].id + lightSubTyp[cTyp][0], false);
    }
    setState('0_userdata.0.currentSceneWZ', currentScene, true)
    setState('0_userdata.0.szene_wohnzimmer', 'o', true);
}

function setBriOfLightsTo(value) {
    for (var i = 0; i < lightScene[currentScene].length; i++) {
        var cArray = lightScene[currentScene][i];
        if (cArray[0]) {
            var cTyp = lightObj[i].mode;
            if (cTyp == 0) {
                setState(lightObj[i].id + lightSubTyp[cTyp][1], value);
            } else {

            }
        }
    }
}

on({ id: 'shelly.0.SHSW-1#E8DB84D7B242#1.Relay0.longpush', change: 'ne' }, function (obj) {
    if (obj.state.val) {
        setState('0_userdata.0.currentSceneWZ', -1);
    }
})

on({ id: mySwitch + 'on_press', change: 'ne', val: true }, function (obj) {
    if (!mySwitchTimeout) {
        mySwitchTimeout = setTimeout(function () {
            autoScene(0);
            mySwitchTimeout = null;
        }, 300);
    }
});
on({ id: mySwitch + 'off_press', change: 'ne', val: true }, function (obj) {
    setState('0_userdata.0.currentSceneWZ', -1)
});
on({ id: mySwitch + 'off_hold', change: 'ne', val: true }, function (obj) {
    if (currentScene != -1)  setBriOfLightsTo(1);
});
on({ id: mySwitch + 'on_hold', change: 'ne', val: true }, function (obj) {
    if (!mySwitchTimeout) {
        mySwitchTimeout = setTimeout(function () {
            autoScene(7);
            mySwitchTimeout = null;
        }, 300);
    }
});
on({ id: mySwitch2 + 'on_press', change: 'ne', val: true }, function (obj) {
    atv(true)
});
on({ id: mySwitch2 + 'off_press', change: 'ne', val: true }, function (obj) {
    atv(false)
});
on({ id: mySwitch2 + 'down_press', change: 'ne', val: true }, function (obj) {
    if (!getState("hyperion_ng.0.1.components.V4L").val) setState("hyperion_ng.0.1.components.V4L", true);
});
on({ id: mySwitch2 + 'up_press', change: 'ne', val: true }, function (obj) {
    if (getState("hyperion_ng.0.1.components.V4L").val) setState("hyperion_ng.0.1.components.V4L", false);
});

on({ id: '0_userdata.0.Dummys.AppleTV_Licht_einschalten', change: "any", ack: false }, function (obj) {
    if (obj.state.val == true) {
        atv(true)
    }
    else {
        atv(false)
    }
    if (obj.id) setState(obj.id, obj.state.val, true);

})
let hyperionStartupCheck;
let appleTvPlaying = getState('homekit-controller.0.IP-68:80:C5:D1:2D:02.1.sensor-motion-52.motion-detected').val;
let hyperionWledIdOn = getState('sonoff.0.Gosund Steckdose 8.POWER').val;
let subscriptWled: any = null;
on({ id: 'sonoff.0.Gosund Steckdose 8.POWER', change: "ne" }, function (obj) {
    if (subscriptWled) clearTimeout(subscriptWled);
    if (!obj.state.val) {
        hyperionWledIdOn = obj.state.val;
        setState('hyperion-connector.0.107a543b-ddfc-5ac9-8f44-051ae0e6db4d.controls.system.suspend', true);
        SetLightsForAppleTV();   
    } else {
        subscriptWled = setTimeout(() => {
                hyperionWledIdOn = obj.state.val;
                SetLightsForAppleTV();     
        },500)       
    } 
})
let appleTvOffTimeout = null;
on({id:'homekit-controller.0.IP-68:80:C5:D1:2D:02.1.television-8.active', change:'ne'}, (obj) => {
    if (!hyperionWledIdOn) {
        appleTvOffTimeout = null;
        return;
    }
    if (obj.state.val != 0) {
        if (appleTvOffTimeout) {
            clearTimeout(appleTvOffTimeout)
            appleTvOffTimeout = null;
        }
        return;
    }
    if (appleTvOffTimeout) return;    
    appleTvOffTimeout = setTimeout(()=>{ 
        setState('sonoff.0.Gosund Steckdose 8.POWER', false); 
        appleTvOffTimeout = null;
        }, 120000)
})

on({id: 'homekit-controller.0.IP-68:80:C5:D1:2D:02.1.sensor-motion-52.motion-detected', change: 'ne'}, function(obj) {
    appleTvPlaying = obj.state.val;
    SetLightsForAppleTV(obj.state.val)
})
function SetLightsForAppleTV(isPlaying: boolean | null = null) {
    if (isPlaying === null) isPlaying = appleTvPlaying;

    if (isPlaying && hyperionWledIdOn) {
        setState('hyperion-connector.0.107a543b-ddfc-5ac9-8f44-051ae0e6db4d.controls.system.resume', true);
        if (!getState('hyperion-connector.0.107a543b-ddfc-5ac9-8f44-051ae0e6db4d.controls.componentstate.LEDDEVICE').val) setState('hyperion-connector.0.107a543b-ddfc-5ac9-8f44-051ae0e6db4d.controls.componentstate.LEDDEVICE', true);
        hyperion_on = true;
        setLights();
    } else {
        setState('hyperion-connector.0.107a543b-ddfc-5ac9-8f44-051ae0e6db4d.controls.system.idle', true);
        hyperion_on = false;
        setLights();
    }
}

async function atv(on) {
    if (on) {
        if (!getState('sonoff.0.Gosund Steckdose 3.POWER').val) {
            setState('sonoff.0.Gosund Steckdose 3.POWER', true)
            await sleep(5000)
        }
        if (!getState('sonoff.0.Gosund Steckdose 8.POWER').val) {
            setState('sonoff.0.Gosund Steckdose 8.POWER', true);
        }
        setState('0_userdata.0.Dummys.AppleTV_einschalten', true, false)

    } else {
        if (getState('sonoff.0.Gosund Steckdose 8.POWER').val) setState('sonoff.0.Gosund Steckdose 8.POWER', false);
        setStateDelayed('0_userdata.0.currentSceneWZ', currentScene, 800)
        setState('0_userdata.0.Dummys.AppleTV_ausschalten', true)
    }
}


on({ id: 'shelly.0.SHSW-1#E8DB84D7B242#1.Relay0.Input', change:'ne', val:true }, () => {
    DeckenpanelShouldOn = !DeckenpanelShouldOn;
    setLights(true);
})

let bigLampShouldOn = getState('shelly.0.SHSW-1#E8DB84D7B242#1.Relay0.Switch').val
let DeckenpanelShouldOn = getLightObjectState('Deckenpanel')
if (DeckenpanelShouldOn) {
    setLightObjectState('Deckenpanel', false)
    DeckenpanelShouldOn = false;
}

let presence
const radarZone = {
    lux: {
        front:'homekit-controller.0.IP-7D:4F:34:4A:51:D1.1.sensor-light-2672.light-level-current',
        behindComputer:'sonoff.0.lux1_tasmota_638B51.BH1750_Illuminance',
    },
    presence1: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2688.occupancy-detected',
        count: 0
    },
    presence2: {
        id: 'homekit-controller.0.IP-7D:4F:34:4A:51:D1.1.sensor-occupancy-2688.occupancy-detected',
        count: 0
    },
    durch: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2700.occupancy-detected',
        id2: 'homekit-controller.0.IP-7D:4F:34:4A:51:D1.1.sensor-occupancy-2696.occupancy-detected',
        count:0,
        count2: 0,
        state: false
    },
    couch: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2704.occupancy-detected',
        id2:'homekit-controller.0.IP-7D:4F:34:4A:51:D1.1.sensor-occupancy-2704.occupancy-detected',
        count:0,
        count2:0,
        state: false
    },
    computer: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2692.occupancy-detected',
        id2: 'homekit-controller.0.IP-7D:4F:34:4A:51:D1.1.sensor-occupancy-2692.occupancy-detected',
        count: 0,
        count2: 0,
        state: false
    },
    ess: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2696.occupancy-detected',
        id2: 'homekit-controller.0.IP-7D:4F:34:4A:51:D1.1.sensor-occupancy-2700.occupancy-detected',
        count: 0,
        count2: 0,
        state: false
    },
    durch_ess: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2712.occupancy-detected',
        count: 0,
        state: false
    },
    durch_computer: {
        id: 'homekit-controller.0.IP-C6:61:82:37:C4:1F.1.sensor-occupancy-2708.occupancy-detected',
        count: 0,
        state: false
    }
}

front = getState(radarZone.lux.front).val < luxminFront;
behindComputer = getState(radarZone.lux.behindComputer).val < luxminBehind;
behind = getState(radarZone.lux.front).val < luxminBehind;
let oldPresense: boolean | undefined = undefined
function checkPresence() {
    presence = !!radarZone.presence1.count || !!radarZone.presence2.count
    if (currentScene !== 0 && currentScene !== -1) {
        oldPresense = undefined;
        return;
    }
    if (oldPresense !== presence) {
        if (presence) {
            currentScene = 0;        
            //schreibtischLampe(true);
            //esstischLampe(true);
            //durchgang(true);
            setLights(undefined, true);
        }
    }
    oldPresense = presence;
    const dimmode =  getState('0_userdata.0.NSPanel.2.ScreensaverInfo.Trigger_Dimmode').val;
    if (presence ) {     
            if (!dimmode) setState('0_userdata.0.NSPanel.2.ScreensaverInfo.Trigger_Dimmode', true)
            setState('0_userdata.0.currentSceneWZ', 0, true) ;                     
        } else {
            if (dimmode) setState('0_userdata.0.NSPanel.2.ScreensaverInfo.Trigger_Dimmode', false)
            if (currentScene == 0) {
                setState('0_userdata.0.currentSceneWZ', -1)
            }
        }
}
radarZone.presence1.count = getState(radarZone.presence1.id).val;
radarZone.presence2.count = getState(radarZone.presence2.id).val;

on({id: radarZone.presence1.id, change: 'ne'}, function(obj){
    //log('0 Anwesenheit ' + obj.state.val)
    radarZone.presence1.count = obj.state.val 
    checkPresence();
});
on({id: radarZone.presence2.id, change: 'ne'}, function(obj){
    //log('0 Anwesenheit ' + obj.state.val)
    radarZone.presence2.count = obj.state.val 
    checkPresence();
});
on({id: radarZone.lux.front, change: 'ne'}, function(obj){
    front = obj.state.val < luxminFront;
    behind = obj.state.val < luxminBehind;
   
   
});
on({id: radarZone.lux.behindComputer, change: 'ne'}, function(obj){
    behindComputer = obj.state.val < luxminComputer;
});


on({id: radarZone.computer.id, change: 'ne'}, function(obj){
    //log('1 Schreibtisch ' + obj.state.val)
    radarZone.computer.count = obj.state.val
    if (currentScene != 0) return;
    setLights()
    //schreibtischLampe()
    
});
on({id: radarZone.computer.id2, change: 'ne'}, function(obj){
    //log('1 Schreibtisch ' + obj.state.val)
    radarZone.computer.count2 = obj.state.val
    if (currentScene != 0) return;
    setLights()
    //schreibtischLampe()
    
});
on({id: radarZone.ess.id, change: 'ne'}, function(obj){
    //log('2 Essbereich' + obj.state.val)
    radarZone.ess.count = obj.state.val
    if (currentScene != 0) return;
    setLights()
    //esstischLampe()
    //durchgang()
});
on({id: radarZone.ess.id2, change: 'ne'}, function(obj){
    //log('2 Essbereich' + obj.state.val)
    radarZone.ess.count2 = obj.state.val
    if (currentScene != 0) return;
    setLights()
    //esstischLampe()
    //durchgang()
});
on({id: radarZone.durch.id, change: 'ne'}, function(obj){
    //log('3 Durchgangsbereich' + obj.state.val)
    radarZone.durch.count = obj.state.val
    if (currentScene != 0) return;    
    setLights()
    //schreibtischLampe()
    //esstischLampe()
    //couchLampe()
    //durchgang()
});
on({id: radarZone.durch.id2, change: 'ne'}, function(obj){
    //log('3 Durchgangsbereich' + obj.state.val)
    radarZone.durch.count2 = obj.state.val
    if (currentScene != 0) return;    
    setLights()
    //schreibtischLampe()
    //esstischLampe()
    //couchLampe()
    //durchgang()
});
on({id:radarZone.couch.id, change: 'ne'}, function(obj){
    //log('4 Couch ' + obj.state.val)
    radarZone.couch.count = obj.state.val
    if (currentScene != 0) return;
    setLights()
    //couchLampe()
});
on({id: radarZone.durch_computer.id, change: 'ne'}, function(obj){
    //log('3 Durchgangsbereich' + obj.state.val)
    radarZone.durch_computer.count = obj.state.val
    if (currentScene != 0) return;   
     setLights() 
    //schreibtischLampe()
    //durchgang()
});
on({id: radarZone.durch_ess.id, change: 'ne'}, function(obj){
    //log('3 Durchgangsbereich' + obj.state.val)
    radarZone.durch_ess.count = obj.state.val
    if (currentScene != 0) return;    
    setLights()
    //esstischLampe()
    //durchgang()
});


on({id:radarZone.couch.id2, change: 'ne'}, function(obj){
    //log('4 Couch ' + obj.state.val)
    radarZone.couch.count2 = obj.state.val
    if (currentScene != 0) return;
    setLights()
    //couchLampe()
});

resetAutoMode()

function resetAutoMode() {
    if (currentScene != 0) return;
    
    const obj: {state:{val:any}} = {state: {val:0}}
   
    obj.state.val = getState(radarZone.computer.id).val
    radarZone.computer.count = obj.state.val
    
    obj.state.val = getState(radarZone.computer.id2).val
    radarZone.computer.count2 = obj.state.val

    obj.state.val = getState(radarZone.ess.id).val
    radarZone.ess.count = obj.state.val

    obj.state.val = getState(radarZone.ess.id2).val
    radarZone.ess.count2 = obj.state.val

    obj.state.val = getState(radarZone.durch.id).val
    radarZone.durch.count = obj.state.val

    obj.state.val = getState(radarZone.durch.id2).val
    radarZone.durch.count2 = obj.state.val

    obj.state.val = getState(radarZone.couch.id).val
    radarZone.couch.count = obj.state.val

    obj.state.val = getState(radarZone.durch_computer.id).val
    radarZone.durch_computer.count = obj.state.val

    obj.state.val = getState(radarZone.durch_ess.id).val
    radarZone.durch_ess.count = obj.state.val
 
    obj.state.val = getState(radarZone.couch.id2).val
    radarZone.couch.count2 = obj.state.val

    obj.state.val = getState(radarZone.lux.front).val
    front = obj.state.val < luxminFront;
    behind = obj.state.val < luxminBehind;
    obj.state.val = getState(radarZone.lux.behindComputer).val
    behindComputer = obj.state.val < luxminComputer;

    setLights();
}

const lightZoneSettings:Record<lightNameType, {on: boolean, dim: number, timeout: any, hyperion?:boolean}>  = {
    Couch: {
        on: false,
        hyperion: true,
        dim:0,
        timeout: null,
    },
    Schreibtisch: {
        on: false,
        
        dim:0,
        timeout: null,
    },
    Esstisch: {
        on: false,
        
        dim:0,
        timeout: null,
    },
    Deckenstrahler: {
        on: false,
        
        dim:0,
        timeout: null,
    },
    "Computer-Wandlampe": {
        on: false,
        dim:0,
        timeout: null,
    },
    "Deckenpanel": {
        on: false,
        hyperion: true,
        dim:0,
        timeout: null,
    },
    "Ambiente 1": {
        on: false,
        
        dim:0,
        timeout: null,
    },
    "Ambiente 2": {
        on: false,
        
        dim:0,
        timeout: null,
    },
    Fensterbank: {
        on: false,
        
        dim:0,
        timeout: null,
    },
    Stehlampe: {
        on: false,
        hyperion: true,
        dim:0,
        timeout: null,
    },
    "Vitrine": {
        on: false,
        
        dim:0,
        timeout: null,
    },
    
}



/*
* getLightObject
* @param name: lightNameType  
* @returns lightObject
*/
function getLightObject(name: lightNameType): lightObjectsType {
    const result = lightObj.find(a => a.name === name);
    if (!result) {
        throw new Error(`lightObject ${name} not found`)
    }
    return result;
}   

function getLightObjectState(name: lightNameType): boolean {
    return getState(getLightObject(name).id + lightSubTyp[getLightObject(name).mode][0]).val
}

function getLightObjectIndex(name: lightNameType) {
    return lightObj.findIndex(a => a.name === name)
}

function setLightObjectState(name: lightNameType, on: boolean): void {
    setState(getLightObject(name).id + lightSubTyp[getLightObject(name).mode][0], on)
}

let timeoutSetLights: any = null;
function setLights(force: boolean = false, go: boolean = false) {
    try {
        //debounce
        if (timeoutSetLights) {
            clearTimeout(timeoutSetLights)
            timeoutSetLights = null;
        }
        if (!go) {
            timeoutSetLights = setTimeout(() => {
                setLights(force, true)
            }, 100)
            return;
        }

        // reset variables
        for (const key in lightZoneSettings) {
            lightZoneSettings[key].on = false;
            lightZoneSettings[key].dim = 0;
        }

        /*
        * 1. Couch
        * 2. Schreibtisch
        * 3. Esstisch
        * 4. Deckenstrahler
        * 5. Computer-Wandlampe
        * 6. Deckenpanel
        * 7. Ambiente 1
        * 8. Ambiente 2
        * 9. Fensterbank
        * 10. Stehlampe
        * 11. Vitrine
        * 
        *  lux is the indoor light sensor value
        *  toDark is true if the outdoor light sensor value is below the minimum lux value
        */
        const toDark = shutterPos > cShutterPosForLight || behind || !isAstroDay();
        const toDarkComputer = shutterPos > cShutterPosForLight || behindComputer || !isAstroDay();
        //Couch
        let on = radarZone.couch.count > 0 || radarZone.couch.count2 > 0;
        let dim = radarZone.couch.count > 0 || radarZone.couch.count2 > 0 ? 100 : 5;
        on = on && front;
        lightZoneSettings.Couch.on = lightZoneSettings.Couch.on || on;
        lightZoneSettings.Couch.dim = Math.max(lightZoneSettings.Couch.dim ,dim);
        lightZoneSettings.Stehlampe.on = lightZoneSettings.Stehlampe.on || on;
        lightZoneSettings.Stehlampe.dim = Math.max(lightZoneSettings.Stehlampe.dim, dim);
        lightZoneSettings.Deckenpanel.on = lightZoneSettings.Deckenpanel.on || on;
        lightZoneSettings.Deckenpanel.dim = Math.max(lightZoneSettings.Deckenpanel.dim, dim);
        
        //Computer
        on =  radarZone.computer.count > 0 || radarZone.computer.count2 > 0 || radarZone.durch_computer.count > 0 ;
        on = on && toDarkComputer || schreibtischbereichSchalter
        dim =  radarZone.computer.count > 0 || radarZone.computer.count2 > 0 || radarZone.durch_computer.count > 0  || schreibtischbereichSchalter? 100 : 15;
        
        let dim2 = schreibtischbereichSchalter ? 100 : on ? 50 : 10;
        lightZoneSettings['Computer-Wandlampe'].on = lightZoneSettings['Computer-Wandlampe'].on || on
        lightZoneSettings['Computer-Wandlampe'].dim = Math.max(lightZoneSettings['Computer-Wandlampe'].dim, dim2) 
        lightZoneSettings['Ambiente 1'].on = lightZoneSettings['Ambiente 1'].on || on
        lightZoneSettings['Ambiente 1'].dim = Math.max(lightZoneSettings['Ambiente 1'].dim, dim)
        lightZoneSettings['Ambiente 2'].on = lightZoneSettings['Ambiente 2'].on || on
        lightZoneSettings['Ambiente 2'].dim = Math.max(lightZoneSettings['Ambiente 2'].dim, dim)
        lightZoneSettings.Schreibtisch.on = lightZoneSettings.Schreibtisch.on || on
        lightZoneSettings.Schreibtisch.dim = Math.max(lightZoneSettings.Schreibtisch.dim, dim)
        
        //Esstisch
        on =  lightZoneSettings.Esstisch.on || radarZone.ess.count > 0 || radarZone.ess.count2 > 0 || radarZone.durch_ess.count > 0;
        on = on && toDark || essbereichSchalter
        dim = Math.max(lightZoneSettings.Esstisch.dim, radarZone.ess.count > 0 || radarZone.ess.count2 > 0 || radarZone.durch_ess.count > 0 || essbereichSchalter ? 100 : 15);
        lightZoneSettings.Esstisch.on = on;
        lightZoneSettings.Esstisch.dim = dim;

        // Durchgang
        on = radarZone.durch.count +radarZone.durch.count2 > 0 || radarZone.durch_ess.count > 0 || radarZone.durch_computer.count > 0 || (schreibtischbereichSchalter && DeckenpanelShouldOn);
        on = on && toDark
        dim = Math.max(radarZone.durch.count+radarZone.durch.count2 > 0 ? 85 : 0);
        dim = Math.max(dim, radarZone.durch_ess.count > 0 || radarZone.durch_computer.count > 0 || (schreibtischbereichSchalter && DeckenpanelShouldOn) ? 70 : 0);
        lightZoneSettings.Couch.on = lightZoneSettings.Couch.on || (on && front);
        lightZoneSettings.Stehlampe.on = lightZoneSettings.Stehlampe.on || (on && front);
        lightZoneSettings.Deckenstrahler.on = lightZoneSettings.Deckenstrahler.on || on;
        lightZoneSettings.Deckenstrahler.dim = Math.max(lightZoneSettings.Deckenstrahler.dim, dim);
        lightZoneSettings.Deckenpanel.on = lightZoneSettings.Deckenpanel.on || on;
        lightZoneSettings.Deckenpanel.dim = Math.max(lightZoneSettings.Deckenpanel.dim, dim);
        lightZoneSettings.Fensterbank.on = lightZoneSettings.Fensterbank.on || on;
        lightZoneSettings.Fensterbank.dim = Math.max(lightZoneSettings.Fensterbank.dim, dim);
        lightZoneSettings['Ambiente 1'].on = on  || lightZoneSettings['Ambiente 1'].on;
        lightZoneSettings['Ambiente 1'].dim = Math.max(lightZoneSettings['Ambiente 1'].dim, 3);
        lightZoneSettings['Ambiente 2'].on = on  || lightZoneSettings['Ambiente 2'].on;
        lightZoneSettings['Ambiente 2'].dim = Math.max(lightZoneSettings['Ambiente 2'].dim, 3);
        lightZoneSettings.Schreibtisch.on = on  || lightZoneSettings.Schreibtisch.on;
        lightZoneSettings.Schreibtisch.dim = Math.max(lightZoneSettings.Schreibtisch.dim, 3);
        lightZoneSettings.Esstisch.on =  on  || lightZoneSettings.Esstisch.on;
        lightZoneSettings.Esstisch.dim = Math.max(lightZoneSettings.Esstisch.dim, 3);
        
        // if Durchgang is true dont deactivate lights in Schreibtisch and Esstisch
        on = radarZone.durch.count+radarZone.durch.count2 > 0 || radarZone.durch_ess.count > 0 || radarZone.durch_computer.count > 0
        on = on && toDark
        lightZoneSettings.Couch.on = (getLightObjectState("Couch") && on && front) || lightZoneSettings.Couch.on
        lightZoneSettings.Stehlampe.on = (getLightObjectState("Stehlampe") && on && front) || lightZoneSettings.Stehlampe.on
        lightZoneSettings["Computer-Wandlampe"].on = (getLightObjectState("Computer-Wandlampe") && on) || lightZoneSettings["Computer-Wandlampe"].on;
        lightZoneSettings["Computer-Wandlampe"].dim = Math.max(lightZoneSettings["Computer-Wandlampe"].dim, 10);
        lightZoneSettings['Ambiente 1'].on = (getLightObjectState('Ambiente 1') && on)  || lightZoneSettings['Ambiente 1'].on;
        lightZoneSettings['Ambiente 1'].dim = Math.max(lightZoneSettings['Ambiente 1'].dim, 3);
        lightZoneSettings['Ambiente 2'].on = (getLightObjectState('Ambiente 2') && on)  || lightZoneSettings['Ambiente 2'].on;
        lightZoneSettings['Ambiente 2'].dim = Math.max(lightZoneSettings['Ambiente 2'].dim, 3);
        lightZoneSettings.Schreibtisch.on = (getLightObjectState('Schreibtisch') && on)  || lightZoneSettings.Schreibtisch.on;
        lightZoneSettings.Schreibtisch.dim = Math.max(lightZoneSettings.Schreibtisch.dim, 3);
        lightZoneSettings.Esstisch.on = (getLightObjectState('Esstisch') && on)  || lightZoneSettings.Esstisch.on;
        lightZoneSettings.Esstisch.dim = Math.max(lightZoneSettings.Esstisch.dim, 3);
        
    
        /*
        * Dont activate the light if day is detected
        */
        if (isAstroDay()) {
            lightZoneSettings.Fensterbank.on = getLightObjectState('Fensterbank') || schreibtischbereichSchalter && lightZoneSettings.Fensterbank.on;
            lightZoneSettings.Schreibtisch.on = getLightObjectState('Schreibtisch') || schreibtischbereichSchalter && lightZoneSettings.Schreibtisch.on;
        }
        // Deactive the big light if the value is false
        if (!bigLampShouldOn) {
            lightZoneSettings.Deckenpanel.on = false;
            lightZoneSettings.Deckenpanel.dim = 0;
            //lightZoneSettings['Computer-Wandlampe'].on = false;
            lightZoneSettings['Computer-Wandlampe'].dim = schreibtischbereichSchalter ? 100 : Math.max(lightZoneSettings['Computer-Wandlampe'].dim, 10);
        } else {
            lightZoneSettings.Deckenpanel.on = true;
            lightZoneSettings.Deckenpanel.dim = 0;
            lightZoneSettings['Computer-Wandlampe'].on = true;
            lightZoneSettings['Computer-Wandlampe'].dim = 95;
        }
        // if hyperion is on deactivate the other lights
        if (hyperion_on) {
            lightZoneSettings.Couch.on = false;
            lightZoneSettings.Couch.dim = 0;
            lightZoneSettings.Stehlampe.on = false;
            lightZoneSettings.Stehlampe.dim = 0;
            lightZoneSettings.Deckenpanel.on = false;
            lightZoneSettings.Deckenpanel.dim = 0;
            lightZoneSettings.Deckenstrahler.dim = Math.min(lightZoneSettings.Deckenstrahler.dim, 25);
            lightZoneSettings.Fensterbank.dim = Math.min(lightZoneSettings.Fensterbank.dim, 5);
        }
        // if button is pressed activate the deckenpanel
        if (DeckenpanelShouldOn) {
            lightZoneSettings.Deckenpanel.on = true;
            lightZoneSettings.Deckenpanel.dim = 100;
        }
        // if any light is on activte the deckenspots
        on = false;
        for (const key in lightZoneSettings) {
            on = on || lightZoneSettings[key].on;
        }
        lightZoneSettings.Deckenstrahler.on = toDark && (on || lightZoneSettings.Deckenstrahler.on);
        lightZoneSettings.Deckenstrahler.dim = Math.max(lightZoneSettings.Deckenstrahler.dim, 5);
        
        // write the settings to the lights
        for (const key in lightZoneSettings) {
            if (lightZoneSettings[key].timeout) clearTimeout(lightZoneSettings[key].timeout);
            if (lightZoneSettings[key].on) {
                switchLight(lightScene[0][getLightObjectIndex(key as any)], key, lightZoneSettings[key].on, lightZoneSettings[key].dim == 100 ? undefined : lightZoneSettings[key].dim);
            } else {
                if (force || (hyperion_on && lightZoneSettings[key].hyperion)) {
                    switchLight(lightScene[0][getLightObjectIndex(key as any)], key, lightZoneSettings[key].on, lightZoneSettings[key].dim == 100 ? undefined : lightZoneSettings[key].dim)
                } else {
                    lightZoneSettings[key].timeout = setTimeout((key) => {
                        switchLight(lightScene[0][getLightObjectIndex(key as any)], key, lightZoneSettings[key].on, lightZoneSettings[key].dim == 100 ? undefined : lightZoneSettings[key].dim)
                    }, autoModeOffTimeout, key)
                }
            }
            
        }
    } catch(error) {
        log(error as string)
    }
}

function dimValue(from: number, to: number): number {
        return _dimValue({from, to});
}

type dimValueOptionsType = {
    begin?: string;
    end?: string;
    reset?: string;
    from?: number;
    to?: number;
    sunset?: boolean | number
}

function _dimValue(options: dimValueOptionsType = {}): number {
    options = {...dimValueOptions, ...options}
    if (!options.begin || !options.end || !options.reset || options.from === undefined || options.to === undefined ) {
        log('missing value')
        return options.from || 0;
    }
    const startArr = options.begin.split(':');
    const endArr = options.end.split(':');
    const resetArr = options.reset.split(':');
    if (startArr.length <= 1 || endArr.length <= 1 || resetArr.length <= 1) {
        log('dimValue: missing string in start, reset or end (xx:xx)')
        return options.to
    }
    const currentTime = new Date().getTime();
    let startTime = new Date().setHours(parseInt(startArr[0]), parseInt(startArr[1]), startArr[2] ? parseInt(startArr[2]) : 0 );
    let endTime = new Date().setHours(parseInt(endArr[0]), parseInt(endArr[1]), endArr[2] ? parseInt(endArr[2]) : 0 );
    let resetTime = new Date().setHours(parseInt(resetArr[0]), parseInt(resetArr[1]), resetArr[2] ? parseInt(resetArr[2]) : 0 );
    
    if (endTime < startTime) {
        if (startTime > currentTime && endTime > currentTime) {
            // end is this day
            startTime -=24 * 60 * 60 * 1000;
        } 
        if (startTime <= currentTime && endTime <= currentTime) {
            // end is next day
            endTime += 24 * 60 * 60 * 1000

        }
    }
    let from = options.from;
    const to = options.to;
    const sunset = options.sunset
    from = sunset && typeof sunset === 'number' ? calculateDimSunset(from, sunset) : from;
    if (currentTime <= startTime || currentTime >= endTime) {
        //  20:00 > 6:00 && 20:00 < 21:00 (true) || 6:00 > 2:00 && 1:00 < 2:00 (true)
        if (currentTime >= resetTime && currentTime < startTime || resetTime > startTime && currentTime < startTime ) {
            return from;
        }
        return to;
    }
    const diff = to - from;
    const result = Math.round(diff * (currentTime-startTime) / (endTime-startTime)) + from;
    return result; 

}

function calculateDimSunset(from: number, to: number | number): number {
    const sunsetStartTime = getAstroDate('sunsetStart').getTime();
    const sunsetEndTime = getAstroDate('dusk').getTime();
    const currentTime = new Date().getTime();
    if (currentTime > sunsetEndTime) return to;
    else if (currentTime < sunsetStartTime) return from;
    const diff = to - from;
    const result = Math.round(diff * (currentTime-sunsetStartTime) / (sunsetEndTime-sunsetStartTime)) + from;
    return result;
}

Man kann hier auch richtig lange sachen posten, außer es ist ein blockly dann es am besten als JS rauskopieren.

hub01

@peterfido
Möchte eigentlich nicht, dass mein ganzes Script analysiert wird.
Das wird immer eine endlose Diskussion bei mir.
Hatte ich z.B. beim Thema „zyklische Routinen“

Hier mal der Teil, in dem die Meldungen erzeugt werden:
Aber wie gesagt, im Logfiles taucht ja alles richtig auf.

// ======================================
//   Wallbox-Ansteuerung
//   ( TEST 2, noch nicht fertig )
//
//   zukünftige Funktionen:
//    - erst Abfahren, dann Ausschalten
//    - beim Laden Auto abgesteckt?
// ======================================
const zykWB = 2*1000;    // Wallbox-Ansteuerung (> 1Sek)
setInterval(async function() {

    // Status von WB holen
    // -------------------
    bZusRM    = getState(preWB +".carConnected").val=="Charging";   // Auto lädt
    var bAcsRM= getState(preWB +".AccessState").val=="Open";        // Zugriff frei
    var bPh1  = getState(preWB +".amps1").val>0;                    // 1. Phase an
    var bPh2  = getState(preWB +".amps2").val>0;                    // 2. Phase an
    b3PhRM    = bPh1 && bPh2;                                       // 3-phasiges Laden
    iLStromRM = getState(preWB +".amp").val;                        // Ladestrom

    //console.info("RM Zus Strom Phasen: " +bZusRM +"  " +iLStromRM +"  " +b3PhRM);

    // Wallbox ansteuern
    // -----------------

    if(iLZus==cZusAnlauf) {                             // ====  Anlauf?  ====
        if(!bAcsRM) {                                   // Authent. Ein?
            setState(preWB +".set_state", "acs;0");     //   j: Authent. Ausschalten

            if(iPhasen==1)                              // Phasen-Vorwahl
            setState(preWB +".set_state", "psm;1");     // - 1phasig vorwählen
            else 
            setState(preWB +".set_state", "psm;2");     // - 3phasig vorwählen

            console.info("Anlauf: Authent. Aus, Phasenvorwahl");
        }

        else if(!bZusRM) {                              // Wallbox Aus?
            setState(preWB +".set_state", "frc;0");     //   j: Wallbox Einschalten
            console.info("WB einschalten");
        }
    }

    if(iLZus==cZusAus) {                                // ====  Ausschalten?  ====
        if(bZusRM) {                                    //   Wallbox Ein?
            setState(preWB +".set_state", "frc;1");     //   j: Wallbox Ausschalten
            console.info("WB ausschalten");
        }
        else if(bAcsRM) {                               // Authent. Aus?
            setState(preWB +".set_state", "acs;1");     //   j: Authent. Ein
            console.info("Authent. Ein");
        }
    }

    if((iLZus==cZusPause) && bZusRM ) {                 // ====  Pause, WB Ein?  ====
        setState(preWB +".set_state", "frc;1");         //   j: Wallbox Ausschalten
        console.info("Pause einschalten");
    }
    
    if((iLZus!=cZusAus) && (iLStrom!=iLStromRM)) {      // ====  Ladestrom ändern?  ====
        setState(preWB +".set_power", iLStrom);         //   j: Ladestrom zur WB
        console.info("Ladestrom SW/IW= " +iLStrom +"/" +iLStromRM);
    }

    if((iPhasen==1) && b3PhRM) {                        // ====  3->1 Phasen?  ====
        setState(preWB +".set_state", "psm;1");         //   auf 1phasig umschalten
        console.info("auf 1-phasig umschalten");
        console.info("-> Ladestrom SW/IW= " +iLStrom +"/" +iLStromRM);
    }

    if((iPhasen==3) && !b3PhRM) {                       // ====  1->3 Phasen?  ====
        setState(preWB +".set_state", "psm;2");         //   auf 3phasig umschalten
        console.info("auf 3-phasig umschalten");
        console.info("-> Ladestrom SW/IW= " +iLStrom +"/" +iLStromRM);
    }

}, zykWB);

Homoran

@hub01 sagte in zig gleiche Einträge in JS-Protokollanzeige:

console.info("-> Ladestrom SW/IW= " +iLStrom +"/" +iLStromRM);

wie oft kommt das denn im Skript vor?

hub01

@homoran

Homoran

@hub01 das stimmt nicht!
alleine in den Ausschnitt sind 3

und wie oft werden die aufgerufen?

OliverIO

@hub01

nimm nicht setIntervall, sonder setTimeout und am Ende des Skripts wieder ein erneutes setTimeout auslösen für den nächsten Zyklus.
Das sorgt dafür, das beim beenden des Skripts der Code maximal nur noch 1 mal ausgeführt wird.

mit setInterval registrierst du bei jedem Skriptstart das erneut, ohne das der vorherige Interval vergessen wird. der müsste eigentlich mit clearTimeout gelöscht werden. Das Interval handle wird beimn Aufruf von setInterval zurückgegeben.
Ohne das, kannst diese vergessenen Intervalle nur stoppen indem du den javascript adapter neu startest.

Wahrscheinlich hast du das Skript mehrfach aufgerufen und da laufen mehrere Abläufe parallel.

https://developer.mozilla.org/en-US/docs/Web/API/Window/clearTimeout
https://developer.mozilla.org/en-US/docs/Web/API/Window/clearTimeout
https://developer.mozilla.org/en-US/docs/Web/API/Window/setInterval

ticaki

@oliverio

AFAIK kümmert sich die Javascript Instanz um das beenden von setInterval() und schedule().

hub01

@homoran sagte in zig gleiche Einträge in JS-Protokollanzeige:

@hub01 das stimmt nicht!
alleine in den Ausschnitt sind 3

und wie oft werden die aufgerufen?

alle 2 Sekunden

ticaki

@hub01
Gut wegen dem ursprünglichen Problem. Issue aufmachen wenns stört. Kann es aber weder bestätigen noch verneinen, da ich dort keine logs gucke die älter sind. Das wird im Admin oder im Download geguckt. :)

OliverIO

@ticaki
ja, hab gerade ausprobiert.
dann ist das relativ neu.
das war früher nicht so.
da gab es immer wieder fälle, das sich das aufmultipliziert hat

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