L
@el_malto
Danke für ein Feedback.
Habe mir Hilfe geholt und das Skript komplett überarbeitet.
var INTERVAL_MS = 1000 * 60
var ASTRO_DAYTIME = "javascript.0.Astro.Tageszeit.current";
var DYNAMIC_LIGHT = "javascript.0.Dynamisches_Licht.Hilfswert_Kelvin";
var KELVIN_DAYBREAK = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Morgendämmerung";
var KELVIN_SUNRISE = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Sonnenaufgang";
var KELVIN_FORENOON = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Vormittag";
var KELVIN_NOON = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Mittag";
var KELVIN_TWILIGHT = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Abendämmerung";
var KELVIN_EVE = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Abend";
var KELVIN_NIGHT = "javascript.0.Dynamisches_Licht.Kelvin_Werte.Nacht";
var interval
/**
* @param step Die Höhe der Schritte um die Kelvinzahl anzupassen
* @param runs Anzahl der Durchläufe
*/
function startDimmer (step, runs) {
if (interval) {
clearInterval(interval);
}
//Startwert setzen für Hilfswert_Kelvin
setStartKelvinState();
var counter = 0
interval = setInterval(function() {
var kelvin = getKelvinState()
setKelvin(Math.round(kelvin + step));
// Hilfswert Kelvin ist ein Datenpunkt für die Übergabe an die Leuchten
counter = counter + 1;
if (counter >= runs) {
console.log("Ende dimmer");
clearInterval(interval);
return
}
}, INTERVAL_MS);
console.log("Start dimmer");
}
/** HELPER FUNCTIONS **/
function getMinutes (time) {
var dateString = time.indexOf("javascript") >= 0 ? getState(time).val : time;
var v = getDateObject(dateString);
return v.getHours() * 60 + v.getMinutes();
}
function getTimeDifference (time1, time2) {
return getMinutes(time1) - getMinutes(time2)
}
function getTimeStep (time1, time2, runs) {
return Math.round(((getState(time1).val - getState(time2).val) / runs) * 10) / 10;
}
function getKelvinState () {
return getState(DYNAMIC_LIGHT).val;
}
function setKelvin (value) {
return setState(DYNAMIC_LIGHT, value);
}
function setKelvinState (state) {
setKelvin(getState(state).val);
}
function setStartKelvinState () {
var state
switch (getState(ASTRO_DAYTIME).val) {
case 'Morgendämmerung':
state = KELVIN_DAYBREAK;
break;
case 'Sonnenaufgang':
state = KELVIN_SUNRISE;
break;
case 'Vormittag':
state = KELVIN_FORENOON;
break;
case 'Mittag':
state = KELVIN_NOON;
break;
case 'Abend':
state = KELVIN_EVE;
break;
case 'Nacht':
state = KELVIN_NIGHT;
break;
case 'Abenddämmerung':
state = KELVIN_TWILIGHT;
break;
}
if (state) {
setKelvinState(state);
}
}
function proveDaytime (obj) {
var runs, step;
console.log('ASTRO_DAYTIME: ' + obj.state.val)
switch (obj.state.val) {
case 'Morgendämmerung':
runs = getTimeDifference("javascript.0.Astro.Zeiten.12 - dawn", "javascript.0.Astro.Zeiten.11 - nauticalDawn");
step = getTimeStep(KELVIN_SUNRISE, KELVIN_DAYBREAK, runs);
setKelvinState(KELVIN_DAYBREAK);
break;
case 'Sonnenaufgang':
runs = getTimeDifference("javascript.0.Astro.Zeiten.03 - goldenHourEnd", "javascript.0.Astro.Zeiten.12 - dawn");
step = getTimeStep(KELVIN_FORENOON, KELVIN_SUNRISE, runs);
setKelvinState(KELVIN_SUNRISE);
break;
case 'Vormittag':
runs = getTimeDifference("javascript.0.Astro.Zeiten.04 - solarNoon", "javascript.0.Astro.Zeiten.03 - goldenHourEnd");
step = getTimeStep(KELVIN_NOON, KELVIN_FORENOON, runs);
setKelvinState(KELVIN_FORENOON);
break;
case 'Mittag':
runs = getTimeDifference("javascript.0.Astro.Zeiten.05 - goldenHour", "javascript.0.Astro.Zeiten.04 - solarNoon");
step = getTimeStep(KELVIN_EVE, KELVIN_NOON, runs);
setKelvinState(KELVIN_NOON);
break;
case 'Abend':
runs = getTimeDifference("javascript.0.Astro.Zeiten.09 - nauticalDusk", "javascript.0.Astro.Zeiten.05 - goldenHour");
step = getTimeStep(KELVIN_TWILIGHT, KELVIN_EVE, runs);
setKelvinState(KELVIN_EVE);
break;
case 'Abenddämmerung':
runs = getTimeDifference("21:00", "javascript.0.Astro.Zeiten.09 - nauticalDusk");
step = getTimeStep(KELVIN_NIGHT, KELVIN_TWILIGHT, runs);
setKelvinState(KELVIN_TWILIGHT);
break;
default:
console.log('State missing: ' + obj.state.val)
break;
}
if (step && runs) {
startDimmer(step, runs);
}
}
/** ADD STATES **/
/***/
createState(KELVIN_DAYBREAK, {
name: 'Morgendämmerung',
unit: 'K',
type: 'number',
def: 2700,
});
createState(KELVIN_SUNRISE, {
name: 'Sonnenaufgang',
unit: 'K',
type: 'number',
def: 4000,
});
createState(KELVIN_FORENOON, {
name: 'Vormittag',
unit: 'K',
type: 'number',
def: 5500,
});
createState(KELVIN_NOON, {
name: 'Mittag',
unit: 'K',
type: 'number',
def: 5000,
});
createState(KELVIN_EVE, {
name: 'Abend',
unit: 'K',
type: 'number',
def: 4500,
});
createState(KELVIN_TWILIGHT, {
name: 'Abenddämmerung',
unit: 'K',
type: 'number',
def: 3000,
});
createState(KELVIN_NIGHT, {
name: 'Nacht',
unit: 'K',
type: 'number',
def: 2100,
});
createState(DYNAMIC_LIGHT, {
name: 'Hilfswert_Kelvin',
unit: 'K',
type: 'number',
def: 5000,
});
/***/
// Tageszeit überprüfen
on({ id: ASTRO_DAYTIME, change: "any" }, proveDaytime);
