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widget_gauge.js
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widget_gauge.js
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var Modul_gauge = function () {
/* parameters
<!-- generic parameter -->
data-type = "gauge"
data-view = "hygrometer|barometer|clock|anemometer"
data-size = "300"
data-pointer-speed = "20" <!-- as higher as slower -->
data-pointer-widths = '["0.0","6"]'
data-pointer-lengths = '["370.0","370.0"]'
data-pointer-colors = '["#000000","#000000","red"]'
data-color-outerborder = "#000000"
data-color-innerborder = "#000000"
data-color-background = "#000000"
data-color-scale = "#000000"
data-color-pointer = "#000000"
<!-- hygrometer parameter -->
data-get-temperature = "<Device>:<Reading>"
data-get-humidity = "<Device>:<Reading>"
data-show-devpoint = "0|1"
<!-- barometer parameter -->
data-baro-show-value = "0|1"
data-baro-icon-opacity = "0-100"
data-baro-history = "2" <!-- hours back -->
data-get-pressure = "<Device>:<Reading>"
<!-- anemometer parameter -->
data-get-wind-speed = "<Device>:<Reading>"
data-get-wind-direction = "<Device>:<Reading>"
data-wind-unit = "km/h"
<!-- clock parameter -->
data-clock-timezone = "0"
data-color-sec-pointer = "#000000"
*/
var items = [];
var cache;
function init() {
console.log("init widget");
me.elements = $('div[data-type="' + me.widgetname + '"]', me.area);
me.elements.each(function (index) {
cache = JSON.parse(localStorage.getItem('gauge_items'));
items.push({ myID: uuidv4() })
items[index].idx = index;
items[index].oldvalues = {};
var elem = $(this);
// init view
elem.initData('view', 'hygrometer');
items[index].view = elem.data('view');
var gauge = new Gauges(items[index].myID);
$(gauge.getSVG(elem.data('view'))).appendTo(elem);
var svgobj = document.getElementById(items[index].myID);
items[index].svgobj = svgobj
// size
elem.initData('size', '500');
svgobj.setAttribute("width", elem.data('size'));
svgobj.setAttribute("height", elem.data('size'));
// colors
elem.initData('color-outerborder', '#bfc1c2');
elem.initData('color-background', 'whitesmoke');
elem.initData('color-innerborder', '#d8d8d8');
elem.initData('color-scale', 'black');
elem.initData('color-pointer', 'orangered');
// set some generic variables
items[index].firstupdate = true;
elem.initData('pointer-speed', '20');
items[index].pointerspeed = parseInt(elem.data('pointer-speed'));
elem.initData('pointer-widths', '');
items[index].pointerwidths = (elem.data('pointer-widths') != "") ? elem.data('pointer-widths') : [];
elem.initData('pointer-lengths', '');
items[index].pointerlengths = (elem.data('pointer-lengths') != "") ? elem.data('pointer-lengths') : []
elem.initData('pointer-colors', '');
items[index].pointercolors = (elem.data('pointer-colors') != "") ? elem.data('pointer-colors') : []
elem.initData('text-sizes', '');
items[index].textsizes = (elem.data('text-sizes') != "") ? elem.data('text-sizes') : []
console.log(items[index].pointerwidths)
console.log(items[index].pointerlengths)
if (elem.data('view') == "hygrometer") {
items[index].temperature = 0;
items[index].humidity = 0;
items[index].oldTemp = 0;
items[index].newTemp = 0;
items[index].oldHum = 0;
items[index].newHum = 0;
items[index].animation_PO1_lock = false;
items[index].animation_PO2_lock = false;
svgobj.getElementById("hygro_PO1_animation").addEventListener('endEvent', function (evt) {
items[index].animation_PO1_lock = false;
}, false);
svgobj.getElementById("hygro_PO2_animation").addEventListener('endEvent', function (evt) {
items[index].animation_PO2_lock = false;
}, false);
svgobj.getElementById("hygro_border_outer").setAttribute("stroke", elem.data('color-outerborder'))
svgobj.getElementById("hygro_border_outer").setAttribute("fill", elem.data('color-background'))
svgobj.getElementById("hygro_border_inner").setAttribute("stroke", elem.data('color-innerborder'))
svgobj.getElementById("M1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("L1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("MM1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("M2").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("L2").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("numbers").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("numbers").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("devpoint").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("devpoint").setAttribute("fill", elem.data('color-scale'));
setFontSizes(index, 1, "devpoint");
setPointerSizes(index, 1, "PO1_line");
svgobj.getElementById("PO1_line").setAttribute("stroke", elem.data('color-pointer'));
svgobj.getElementById("PO1_rect").setAttribute("fill", elem.data('color-pointer'));
setPointerSizes(index, 2, "PO2_line");
svgobj.getElementById("PO2_line").setAttribute("stroke", elem.data('color-pointer'));
svgobj.getElementById("PO2_rect").setAttribute("fill", elem.data('color-pointer'));
// init temperature and humidity
elem.initData('get-temperature', '0.00');
elem.initData('get-humidity', '0.00');
// show or hide Deviation point - only set on init
elem.initData('show-devpoint', '0');
var val = parseInt(elem.data('show-devpoint'));
showDevpoint(index, val);
// Device reading for temperature
if (elem.isDeviceReading('get-temperature')) {
me.addReading(elem, 'get-temperature');
}
// Device reading for humidity
if (elem.isDeviceReading('get-humidity')) {
me.addReading(elem, 'get-humidity');
}
}
if (elem.data('view') == "barometer") {
items[index].lasthour = cache ? cache[index].lasthour : new Date().getHours();
items[index].pressure = 0;
items[index].oldPres = 0;
items[index].newPres = 0;
items[index].oldFixPres = 0;
items[index].presHist = cache ? cache[index].presHist : [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0];
items[index].animation_PO1_lock = false;
svgobj.getElementById("baro_PO1_animation").addEventListener('endEvent', function (evt) {
items[index].animation_PO1_lock = false;
}, false);
svgobj.getElementById("baro_border_outer").setAttribute("stroke", elem.data('color-outerborder'))
svgobj.getElementById("baro_border_outer").setAttribute("fill", elem.data('color-background'))
svgobj.getElementById("baro_border_inner").setAttribute("stroke", elem.data('color-innerborder'))
svgobj.getElementById("baroM1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("baroL1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("baroMM1").setAttribute("stroke", elem.data('color-scale'));
["baroT1", "baroT2", "baroT3", "baroT4", "baroT5", "baroT6", "baroT7", "baroT8", "baroT9", "baroT10", "baroT11", "baroT12"].forEach(function (item) {
svgobj.getElementById(item).setAttribute("stroke", elem.data('color-scale'))
svgobj.getElementById(item).setAttribute("fill", elem.data('color-scale'))
});
svgobj.getElementById("baro_icon_rainy").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("baro_icon_medium").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("baro_icon_sunny").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("baro_txtvalue").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("baro_txtvalue").setAttribute("fill", elem.data('color-scale'));
setFontSizes(index, 1, "baro_txtvalue");
setPointerSizes(index, 1, "baroPO1_line");
svgobj.getElementById("baroPO1_line").setAttribute("stroke", elem.data('color-pointer'));
svgobj.getElementById("baroPO1_rect").setAttribute("fill", elem.data('color-pointer'));
// Device reading for pressure
if (elem.isDeviceReading('get-pressure')) {
me.addReading(elem, 'get-pressure');
}
elem.initData('baro-history', '2');
items[index].barohistory = parseInt(elem.data('baro-history'));
elem.initData('baro-show-value', '0');
var val = parseInt(elem.data('baro-show-value'));
showBaroValue(index, val);
elem.initData('baro-icon-opacity', '100');
var opacity = parseFloat(elem.data('baro-icon-opacity')) / 100
svgobj.getElementById("baro_icon_rainy").setAttribute("fill-opacity", opacity);
svgobj.getElementById("baro_icon_medium").setAttribute("fill-opacity", opacity);
svgobj.getElementById("baro_icon_sunny").setAttribute("fill-opacity", opacity);
}
if (elem.data('view') == "clock") {
elem.initData('clock-timezone', '0');
elem.initData('color-sec-pointer', 'red');
svgobj.getElementById("clock_border_outer").setAttribute("stroke", elem.data('color-outerborder'))
svgobj.getElementById("clock_border_outer").setAttribute("fill", elem.data('color-background'))
svgobj.getElementById("clock_border_inner").setAttribute("stroke", elem.data('color-innerborder'))
svgobj.getElementById("clock_M1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("clock_L1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("clock_MM1").setAttribute("stroke", elem.data('color-scale'));
setPointerSizes(index, 1, "clock_PO1_line");
setPointerColors(index, 1, "clock_PO1_line", "stroke");
setPointerSizes(index, 2, "clock_PO2_line");
setPointerColors(index, 2, "clock_PO2_line", "stroke");
setPointerSizes(index, 3, "clock_PO3_line");
setPointerColors(index, 3, "clock_PO3_line", "stroke");
clockinterval = setInterval(function () {
var time = new Date();
var PO3 = document.getElementById("clock_PO3a");
var seconds = time.getSeconds()
var secstep = seconds * 6
PO3.setAttribute("transform", "rotate(" + (secstep + 180) + ",275,275)");
var PO2 = document.getElementById("clock_PO2a");
var minutes = time.getMinutes();
var minstep = ((minutes * 60) + seconds) * 0.1;
PO2.setAttribute("transform", "rotate(" + (minstep + 180) + ",275,275)");
var timezone = parseInt(elem.data('clock-timezone'));
var hour = time.getHours() + timezone; // add tz setting
hour = hour > 23 ? hour - 23 : hour; // could be generate a day change
var PO1 = document.getElementById("clock_PO1a");
hour = hour > 12 ? hour - 12 : hour; // 24h -> 12h
var hourminutes = (hour * 60) + minutes
var hourstep = hourminutes / 2;
PO1.setAttribute("transform", "rotate(" + (hourstep + 180) + ",275,275)");
}, 1000)
}
if (elem.data('view') == "anemometer") {
items[index].windspeed = 0;
items[index].oldSpeed = 0;
items[index].newSpeed = 0;
items[index].oldAngle = 0;
items[index].newAngle = 0;
items[index].animation_speed_lock = false;
items[index].animation_dir_lock = false;
svgobj.getElementById("anemometer_PO1_animation").addEventListener('endEvent', function (evt) {
items[index].animation_speed_lock = false;
}, false);
svgobj.getElementById("anemometer_PO2_animation").addEventListener('endEvent', function (evt) {
items[index].animation_dir_lock = false;
}, false);
elem.initData('wind-unit', 'km/h');
items[index].wind_unit = elem.data('wind-unit');
svgobj.getElementById("anemometer_border_outer").setAttribute("stroke", elem.data('color-outerborder'));
svgobj.getElementById("anemometer_border_outer").setAttribute("fill", elem.data('color-background'));
svgobj.getElementById("anemometer_border_inner").setAttribute("stroke", elem.data('color-innerborder'));
svgobj.getElementById("anemometer_dir_M1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("anemometer_dir_L1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("anemometer_spd_MM1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("anemometer_spd_M1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("anemometer_spd_L1").setAttribute("stroke", elem.data('color-scale'));
["anemometer_txt_T1", "anemometer_txt_T2", "anemometer_txt_T3", "anemometer_txt_T4", "anemometer_txt_T5", "anemometer_txt_T6",
"anemometer_txt_T7", "anemometer_txt_T8", "anemometer_txt_T9", "anemometer_txt_T10", "anemometer_txt_T11", "anemometer_txt_T12",
, "anemometer_txt_T13", "anemometer_txt_T14", "anemometer_txt_T15", "anemometer_txt_T16", "anemometer_txt_T17", "anemometer_txt_T18"].forEach(function (item) {
svgobj.getElementById(item).setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById(item).setAttribute("fill", elem.data('color-scale'));
});
svgobj.getElementById("anemometer_txt_value").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("anemometer_txt_value").setAttribute("fill", elem.data('color-scale'));
setFontSizes(index, 1, "anemometer_txt_value_style");
setPointerSizes(index, 1, "anemometer_PO1_line");
svgobj.getElementById("anemometer_PO1_line").setAttribute("stroke", elem.data('color-pointer'));
svgobj.getElementById("anemometer_PO2_polygon").setAttribute("fill", elem.data('color-pointer'));
// Device reading for windspeed
if (elem.isDeviceReading('get-wind-speed')) {
me.addReading(elem, 'get-wind-speed');
}
// Device reading for winddirection
if (elem.isDeviceReading('get-wind-direction')) {
me.addReading(elem, 'get-wind-direction');
}
}
if (elem.data('view') == "photovoltaic") {
items[index].generation = 0;
items[index].consumption = 0;
items[index].soc = 0;
items[index].oldGen = 0;
items[index].newGen = 0;
items[index].oldCon = 0;
items[index].newCon = 0;
items[index].oldSoc = 0;
items[index].newSoc = 0;
items[index].hasBat = false;
items[index].hasStat = false;
items[index].spinnerpos = 0;
items[index].animation_PO2_lock = false;
svgobj.getElementById("pv_PO2_animation").addEventListener('endEvent', function (evt) {
items[index].animation_PO2_lock = false;
}, false);
// Device reading for generation
if (elem.isDeviceReading('get-pv-generation')) {
me.addReading(elem, 'get-pv-generation');
}
// Device reading for consumption
if (elem.isDeviceReading('get-pv-consumption')) {
me.addReading(elem, 'get-pv-consumption');
}
// Device reading for consumption
if (elem.isDeviceReading('get-pv-soc')) {
me.addReading(elem, 'get-pv-soc');
items[index].hasBat = true;
}
// Device reading for consumption
if (elem.isDeviceReading('get-pv-batstate')) {
me.addReading(elem, 'get-pv-batstate');
items[index].hasStat = true;
}
svgobj.getElementById("pv_border_outer").setAttribute("stroke", elem.data('color-outerborder'));
svgobj.getElementById("pv_border_outer").setAttribute("fill", elem.data('color-background'));
svgobj.getElementById("pv_border_inner").setAttribute("stroke", elem.data('color-innerborder'));
svgobj.getElementById("pv_spd_MM1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("pv_spd_MM1").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("pv_spd_M1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("pv_spd_M1").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("pv_spd_L1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("pv_spd_L1").setAttribute("fill", elem.data('color-scale'));
["pv_txt_T1", "pv_txt_T2", "pv_txt_T3", "pv_txt_T4", "pv_txt_T5", "pv_txt_T6",
"pv_txt_T7", "pv_txt_T8", "pv_txt_T9", "pv_txt_T10", "pv_txt_T11", "pv_txt_T12",
, "pv_txt_T13", "pv_txt_T14"].forEach(function (item) {
svgobj.getElementById(item).setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById(item).setAttribute("fill", elem.data('color-scale'));
});
svgobj.getElementById("pv_txt_value").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("pv_txt_value").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("pv_txt_charge").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("pv_txt_charge").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("pv_txt_consumption").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("pv_txt_consumption").setAttribute("fill", elem.data('color-scale'));
setFontSizes(index, 1, "pv_txt_consumption_style");
setFontSizes(index, 2, "pv_txt_value_style");
setFontSizes(index, 3, "pv_txt_charge_style");
setPointerSizes(index, 1, "pv_PO2_line");
setPointerColors(index, 1, "pv_PO1_line", "stroke");
setPointerColors(index, 2, "pv_PO2_line", "stroke");
setPointerColors(index, 3, "pv_PO3_bg", "stroke");
setPointerColors(index, 3, "pv_spinner_M1", "stroke");
setPointerColors(index, 3, "pv_spinner_M1", "fill");
setPointerColors(index, 3, "pv_PO3_line", "stroke");
if (items[index].hasBat == false) {
svgobj.getElementById("pv_PO3").setAttribute("display", "none");
svgobj.getElementById("pv_txt_charge").setAttribute("display", "none");
}
if (items[index].hasStat == false) {
svgobj.getElementById("pv_spinner_M1").setAttribute("display", "none");
}
}
if (elem.data('view') == "thermometer") {
items[index].firstrun = cache ? cache[index].firstrun : true;
items[index].lasthour = cache ? cache[index].lasthour : 0;
items[index].temperature = 0;
items[index].oldTemp = 0;
items[index].newTemp = 0;
items[index].minTemp = cache ? cache[index].minTemp : 0;
items[index].maxTemp = cache ? cache[index].maxTemp : 0;
items[index].oldminTemp = 0;
items[index].oldmaxTemp = 0;
items[index].animation_PO1_lock = false;
svgobj.getElementById("thermometer_PO1_animation").addEventListener('endEvent', function (evt) {
items[index].animation_PO1_lock = false;
}, false);
// Device reading for temperature
if (elem.isDeviceReading('get-thermometer-temp')) {
me.addReading(elem, 'get-thermometer-temp');
}
svgobj.getElementById("thermometer_border_outer").setAttribute("stroke", elem.data('color-outerborder'));
svgobj.getElementById("thermometer_border_outer").setAttribute("fill", elem.data('color-background'));
svgobj.getElementById("thermometer_border_inner").setAttribute("stroke", elem.data('color-innerborder'));
svgobj.getElementById("thermometer_MM1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("thermometer_MM1").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("thermometer_M1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("thermometer_M1").setAttribute("fill", elem.data('color-scale'));
svgobj.getElementById("thermometer_L1").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("thermometer_L1").setAttribute("fill", elem.data('color-scale'));
["thermometer_txt_T1", "thermometer_txt_T2", "thermometer_txt_T3", "thermometer_txt_T4", "thermometer_txt_T5", "thermometer_txt_T6",
"thermometer_txt_T7", "thermometer_txt_T8", "thermometer_txt_T9"].forEach(function (item) {
svgobj.getElementById(item).setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById(item).setAttribute("fill", elem.data('color-scale'));
});
svgobj.getElementById("thermometer_txt_value").setAttribute("stroke", elem.data('color-scale'));
svgobj.getElementById("thermometer_txt_value").setAttribute("fill", elem.data('color-scale'));
setFontSizes(index, 1, "thermometer_txt_value_style");
setPointerSizes(index, 1, "thermometer_PO1_line");
setPointerSizes(index, 2, "thermometer_PO2_line");
setPointerSizes(index, 3, "thermometer_PO3_line");
setPointerColors(index, 1, "thermometer_PO1_line", "stroke");
setPointerColors(index, 1, "thermometer_PO1_rect", "stroke");
setPointerColors(index, 1, "thermometer_PO1_rect", "fill");
setPointerColors(index, 2, "thermometer_PO2_line", "stroke");
setPointerColors(index, 3, "thermometer_PO3_line", "stroke");
}
});
console.log(JSON.stringify(items, 1, 2))
localStorage.setItem('gauge_items', JSON.stringify(items));
}
function update(device, reading) {
me.elements.each(function (index) {
var elem = $(this);
//console.log("update idx " + index + " id " + items[index].myID + " view " + items[index].view )
if (items[index].view === "hygrometer") {
// we see an update in temperature reading
if (elem.matchDeviceReading('get-temperature', device, reading) && items[index].animation_PO1_lock == false) {
items[index].animation_PO1_lock = true;
items[index].temperature = parseFloat(elem.getReading('get-temperature').val);
// set Deviation point
setDevpoint(index);
// set target for pointer move
items[index].newTemp = (items[index].temperature * 1.5);
items[index].newTemp = Math.round(items[index].newTemp * 100) / 100;
var PO1 = items[index].svgobj.getElementById("hygro_PO1_animation");
console.log("move hygrotemp " + items[index].oldTemp + " -> " + items[index].newTemp)
PO1.setAttribute("from", items[index].oldTemp + " 425 375");
PO1.setAttribute("to", items[index].newTemp + " 425 375");
items[index].oldTemp = items[index].newTemp;
PO1.beginElement();
}
if (elem.matchDeviceReading('get-humidity', device, reading) && items[index].animation_PO2_lock == false) {
items[index].animation_PO2_lock = true;
items[index].humidity = parseFloat(elem.getReading('get-humidity').val);
setDevpoint(index);
items[index].newHum = 0 - (items[index].humidity / 2);
items[index].newHum = Math.round(items[index].newHum * 100) / 100;
var PO2 = items[index].svgobj.getElementById("hygro_PO2_animation");
console.log("move hygrohum " + items[index].oldHum + " -> " + items[index].newHum)
PO2.setAttribute("from", items[index].oldHum + " 125 375");
PO2.setAttribute("to", items[index].newHum + " 125 375");
items[index].oldHum = items[index].newHum;
PO2.beginElement();
}
}
if (items[index].view === "barometer") {
if (elem.matchDeviceReading('get-pressure', device, reading) && items[index].animation_PO1_lock == false) {
items[index].animation_PO1_lock = true;
items[index].acthour = new Date().getHours();
//console.log("Baro fixed old " + items[index].lasthour + " new " + items[index].acthour + " first " + items[index].firstupdate)
items[index].pressure = parseFloat(elem.getReading('get-pressure').val);
setBaroValue(index);
items[index].newPres = ((items[index].pressure - 960) * 2);
items[index].newPres = Math.round(items[index].newPres * 100) / 100;
var PO1 = items[index].svgobj.getElementById("baro_PO1_animation");
console.log("move baro " + items[index].oldPres + " -> " + items[index].newPres)
PO1.setAttribute("from", items[index].oldPres + " 275 275");
PO1.setAttribute("to", items[index].newPres + " 275 275");
items[index].oldPres = items[index].newPres;
PO1.beginElement();
console.log("baro-hist acthour " + items[index].acthour + " lasthour " + items[index].lasthour + " firstupdate " + items[index].firstupdate)
if (items[index].acthour > items[index].lasthour || items[index].firstupdate) {
items[index].presHist[items[index].acthour] = items[index].newPres;
console.log("baro-hist " + items[index].presHist)
var newPresHist = getPresHist(index, items[index].acthour, items[index].barohistory);
newPresHist = newPresHist == 0 ? items[index].newPres : newPresHist;
var PO2 = items[index].svgobj.getElementById("baro_PO2_animation");
console.log("baro-hist " + "move barohist " + items[index].oldFixPres + " -> " + newPresHist)
PO2.setAttribute("from", items[index].oldFixPres + " 275 275");
PO2.setAttribute("to", newPresHist + " 275 275");
items[index].oldFixPres = newPresHist;
PO2.beginElement();
items[index].firstupdate = false;
}
items[index].lasthour = items[index].acthour;
}
}
if (items[index].view === "anemometer") {
if (elem.matchDeviceReading('get-wind-speed', device, reading) && items[index].animation_speed_lock == false) {
items[index].animation_speed_lock = true;
items[index].windspeed = parseFloat(elem.getReading('get-wind-speed').val);
setWindSpeed(index);
items[index].newSpeed = items[index].windspeed * 2;
items[index].newSpeed = Math.round(items[index].newSpeed * 10) / 10;
var PO1 = items[index].svgobj.getElementById("anemometer_PO1_animation");
console.log("move windspeed " + items[index].oldSpeed + " -> " + items[index].newSpeed)
PO1.setAttribute("from", items[index].oldSpeed + " 275 275");
PO1.setAttribute("to", items[index].newSpeed + " 275 275");
PO1.beginElement();
items[index].oldSpeed = items[index].newSpeed
}
if (elem.matchDeviceReading('get-wind-direction', device, reading) && items[index].animation_dir_lock == false) {
items[index].animation_dir_lock = true;
items[index].winddirection = parseFloat(elem.getReading('get-wind-direction').val);
items[index].newAngle = items[index].winddirection;
items[index].newAngle = Math.round(items[index].newAngle * 100) / 100;
if (items[index].firstupdate) {
items[index].oldAngle = items[index].newAngle > 180 ? 360 : 0;
items[index].firstupdate = false;
}
var PO2wind = items[index].svgobj.getElementById("anemometer_PO2_animation");
var target = items[index].newAngle
if (items[index].newAngle - items[index].oldAngle > 180) {
target = (0 - items[index].oldAngle) + (360 - items[index].newAngle)
}
if (items[index].oldAngle - items[index].newAngle > 180) {
target = items[index].oldAngle + (360 - items[index].oldAngle) + items[index].newAngle;
}
console.log("move winddir " + items[index].oldAngle + " -> " + items[index].newAngle + " target " + target)
PO2wind.setAttribute("from", items[index].oldAngle + " 275 275");
PO2wind.setAttribute("to", target + " 275 275");
PO2wind.beginElement();
items[index].oldAngle = items[index].newAngle
}
}
if (items[index].view === "photovoltaic") {
if (elem.matchDeviceReading('get-pv-batstate', device, reading)) {
items[index].batstate = elem.getReading('get-pv-batstate').val
var PO4 = items[index].svgobj.getElementById("pv_spinner_rotation");
if (items[index].batstate == "standby") {
items[index].svgobj.getElementById("pv_spinner_M1").setAttribute("display", "none");
} else {
items[index].svgobj.getElementById("pv_spinner_M1").setAttribute("display", "show");
if (items[index].batstate == "charge") {
PO4.setAttribute("from", "0 275 275");
PO4.setAttribute("to", "360 275 275");
} else if (items[index].batstate == "discharge") {
PO4.setAttribute("from", "360 275 275");
PO4.setAttribute("to", "0 275 275");
}
}
}
if (elem.matchDeviceReading('get-pv-generation', device, reading)) {
items[index].generation = parseInt(elem.getReading('get-pv-generation').val);
items[index].svgobj.getElementById("pv_txt_value").textContent = items[index].generation + ' W'
var PO1 = items[index].svgobj.getElementById("pv_PO1_line");
items[index].newGen = items[index].generation * 0.0664615384615385;
items[index].newGen = Math.round(items[index].newGen * 10) / 10;
PO1.setAttribute("stroke-dashoffset", 1193 - items[index].newGen)
}
if (elem.matchDeviceReading('get-pv-consumption', device, reading) && items[index].animation_PO2_lock == false) {
items[index].animation_PO2_lock = true;
items[index].consumption = parseInt(elem.getReading('get-pv-consumption').val);
items[index].svgobj.getElementById("pv_txt_consumption").textContent = items[index].consumption + ' W'
var PO2 = items[index].svgobj.getElementById("pv_PO2_animation");
items[index].newCon = items[index].consumption * 0.02;
items[index].newCon = Math.round(items[index].newCon * 10) / 10;
console.log("move pv-consumption " + items[index].oldCon + " -> " + items[index].newCon)
PO2.setAttribute("from", items[index].oldCon + " 275 275");
PO2.setAttribute("to", items[index].newCon + " 275 275");
items[index].oldCon = items[index].newCon;
PO2.beginElement();
}
if (elem.matchDeviceReading('get-pv-soc', device, reading)) {
items[index].soc = parseInt(elem.getReading('get-pv-soc').val);
items[index].svgobj.getElementById("pv_txt_charge").textContent = items[index].soc + '%'
var PO3 = items[index].svgobj.getElementById("pv_PO3_line");
items[index].newSoc = items[index].soc * 4.4;
items[index].newSoc = Math.round(items[index].newSoc * 10) / 10;
PO3.setAttribute("stroke-dashoffset", 440 - items[index].newSoc)
}
}
if (items[index].view === "thermometer" && items[index].animation_PO1_lock == false) {
if (elem.matchDeviceReading('get-thermometer-temp', device, reading)) {
var midnight = items[index].lasthour > new Date().getHours() ? true : false
items[index].temperature = parseFloat(elem.getReading('get-thermometer-temp').val)
items[index].temperature = Math.round(items[index].temperature * 10) / 10;
items[index].svgobj.getElementById("thermometer_txt_value").textContent = items[index].temperature + ' °C'
items[index].newTemp = items[index].temperature * 3;
items[index].newTemp = Math.round(items[index].newTemp * 10) / 10;
items[index].minTemp = (items[index].firstrun == true || midnight || items[index].newTemp < items[index].minTemp) ? items[index].newTemp : items[index].minTemp;
items[index].maxTemp = (items[index].firstrun == true || midnight || items[index].newTemp > items[index].maxTemp) ? items[index].newTemp : items[index].maxTemp;
var PO1 = items[index].svgobj.getElementById("thermometer_PO1_animation");
var PO2 = items[index].svgobj.getElementById("thermometer_PO2_animation");
var PO3 = items[index].svgobj.getElementById("thermometer_PO3_animation");
console.log("thermometer " + items[index].newTemp + " min " + items[index].minTemp + " max " + items[index].maxTemp)
PO1.setAttribute("from", items[index].oldTemp + " 275 275");
PO1.setAttribute("to", items[index].newTemp + " 275 275");
PO2.setAttribute("from", items[index].oldminTemp + " 275 275");
PO2.setAttribute("to", items[index].minTemp + " 275 275");
PO3.setAttribute("from", items[index].oldmaxTemp + " 275 275");
PO3.setAttribute("to", items[index].maxTemp + " 275 275");
items[index].animation_PO1_lock = true;
PO1.beginElement();
PO2.beginElement();
PO3.beginElement();
items[index].oldTemp = items[index].newTemp;
items[index].oldminTemp = items[index].minTemp;
items[index].oldmaxTemp = items[index].maxTemp;
items[index].firstrun = false;
items[index].lasthour = new Date().getHours();
}
}
});
localStorage.setItem('gauge_items', JSON.stringify(items));
}
function getPresHist(index, hour, span) {
var request = hour - span;
var hourindex = request < 0 ? request + 23 : request;
console.log("baro-hist " + "acthour " + hour + " requested -" + span + " hourindex " + hourindex + " value " + items[index].presHist[hourindex])
return items[index].presHist[hourindex];
}
function setPointerSizes(index, id, pointerid) {
var rooty = parseFloat(items[index].svgobj.getElementById(pointerid).getAttribute("y1"))
var POwidth = getPointerWidths(index, id);
if (POwidth > 0) {
items[index].svgobj.getElementById(pointerid).setAttribute("stroke-width", POwidth);
}
var POlength = getPointerLengths(index, id);
if (POlength > 0) {
items[index].svgobj.getElementById(pointerid).setAttribute("y2", POlength + rooty);
}
}
function getPointerWidths(index, pointerindex) {
// 1 - based for better handling
return parseFloat((pointerindex > items[index].pointerwidths.length) ? "0" : items[index].pointerwidths[pointerindex - 1]);
}
function getPointerLengths(index, pointerindex) {
// 1 - based for better handling
return parseFloat((pointerindex > items[index].pointerlengths.length) ? "0" : items[index].pointerlengths[pointerindex - 1]);
}
function setFontSizes(index, id, elementid) {
var size = (id > items[index].textsizes.length) ? 0 : items[index].textsizes[id - 1];
if (size) {
items[index].svgobj.getElementById(elementid).setAttribute("font-size", size);
}
}
function setPointerColors(index, id, pointerid, attr) {
var color = (id > items[index].pointercolors.length) ? 0 : items[index].pointercolors[id - 1];
if (color) {
items[index].svgobj.getElementById(pointerid).setAttribute(attr, color);
}
}
function showDevpoint(elem_id, show) { //true or false, 0 or 1
items[elem_id].svgobj.getElementById("devpoint").setAttribute("display", show ? "show" : "none");
}
function showBaroValue(elem_id, show) {
items[elem_id].svgobj.getElementById("viewbarotxtvalue").setAttribute("display", show ? "show" : "none");
}
function setDevpoint(elem_id) {
items[elem_id].svgobj.getElementById("txtdevpoint").textContent = 'Taupunkt ' + getDevpoint(items[elem_id].temperature, items[elem_id].humidity) + '°C'
}
function setBaroValue(elem_id) {
items[elem_id].svgobj.getElementById("baro_txtvalue").textContent = items[elem_id].pressure + ' hPa';
}
function setWindSpeed(elem_id) {
items[elem_id].svgobj.getElementById("anemometer_txt_value").textContent = items[elem_id].windspeed + " " + items[elem_id].wind_unit;
}
function getDevpoint(Temperature, Humidity) {
var a = Temperature >= 0 ? 7.5 : 7.6;
var b = Temperature >= 0 ? 237.3 : 240.7;
var sdd = 6.1078 * Math.exp(((a * Temperature) / (b + Temperature)) / Math.LOG10E);
var dd = Humidity / 100 * sdd;
var c = Math.log(dd / 6.1078) * Math.LOG10E;
var Devpoint = (b * c) / (a - c);
n = Math.pow(10, 1);
x = Math.round(Devpoint * n);
return x / n;
}
function uuidv4() {
return 'xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx'.replace(/[xy]/g, function (c) {
var r = Math.random() * 16 | 0, v = c == 'x' ? r : (r & 0x3 | 0x8);
return v.toString(16);
});
}
var me = $.extend(new Modul_widget(), {
widgetname: 'gauge',
init: init,
update: update,
});
return me;
};
class Gauges {
constructor(id) {
this.id = id;
this.hygrometer = `<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" viewBox="0 0 552 552" id="{{svgid}}">
<!-- Border -->
<circle cx="275" cy="275" r="265" fill="WhiteSmoke" stroke="#bfc1c2" stroke-width="16" id="hygro_border_outer"/>
<circle cx="275" cy="275" r="265" stroke="#d8d8d8" stroke-width="4" id="hygro_border_inner"/>
<g stroke="black" stroke-width="2" fill="none"></g>
<defs>
<!-- Pointer template Temperature -->
<g id="PO1">
<line stroke-width="2" x1="425" y1="375" x2="425" y2="765" fill="orangered" id="PO1_line"/>
<rect x="417" y="330" rx="2" ry="2" width="16" height="64" fill="orangered" id="PO1_rect"/>
<circle cx="425" cy="375" r="2" stroke="brown" stroke-width="4" />
<circle cx="425" cy="375" r="3" fill="grey"/>
</g>
<!-- Pointer template Humidity -->
<g id="PO2">
<line stroke-width="2" x1="125" y1="375" x2="125" y2="765" fill="orangered" id="PO2_line"/>
<rect x="117" y="330" rx="2" ry="2" width="16" height="64" fill="orangered" id="PO2_rect"/>
<circle cx="125" cy="375" r="2" stroke="brown" stroke-width="4" />
<circle cx="125" cy="375" r="3" fill="grey"/>
</g>
<!-- scale templates -->
<line stroke-width="2" id="M1" x1="425" y1="725" x2="425" y2="745"/>
<line stroke-width="3" id="L1" x1="425" y1="725" x2="425" y2="755"/>
<line stroke-width="2" id="MM1" x1="425" y1="725" x2="425" y2="750"/>
<g id="Z1">
<use xlink:href="#M1" transform="rotate(0,425,375)"/>
<use xlink:href="#M1" transform="rotate(1.5,425,375)"/>
</g>
<line stroke-width="2" id="M2" x1="125" y1="725" x2="125" y2="745"/>
<line stroke-width="3" id="L2" x1="125" y1="725" x2="125" y2="755"/>
<g id="Z2">
<use xlink:href="#M2" transform="rotate(0,125,375)"/>
<use xlink:href="#M2" transform="rotate(2,125,375)"/>
</g>
<!-- 4 stripes templates -->
<line stroke-width="2" id="line1" x1="425" y1="505" x2="425" y2="695"/>
<line stroke-width="2" id="line2" x1="425" y1="495" x2="425" y2="695"/>
<line stroke-width="2" id="line3" x1="125" y1="495" x2="125" y2="695"/>
<line stroke-width="2" id="line4" x1="125" y1="535" x2="125" y2="695"/>
</defs>
<!-- Temperature scale -->
<g id="T1" stroke="black">
<use xlink:href="#Z1" transform="rotate(92,425,375)"/>
<use xlink:href="#L1" transform="rotate(92,425,375)"/>
<use xlink:href="#Z1" transform="rotate(95,425,375)"/>
<use xlink:href="#Z1" transform="rotate(98,425,375)"/>
<use xlink:href="#MM1" transform="rotate(99.5,425,375)"/>
<use xlink:href="#Z1" transform="rotate(101,425,375)"/>
<use xlink:href="#Z1" transform="rotate(104,425,375)"/>
<use xlink:href="#Z1" transform="rotate(107,425,375)"/>
<use xlink:href="#L1" transform="rotate(107,425,375)"/>
<use xlink:href="#Z1" transform="rotate(110,425,375)"/>
<use xlink:href="#Z1" transform="rotate(113,425,375)"/>
<use xlink:href="#MM1" transform="rotate(114.5,425,375)"/>
<use xlink:href="#Z1" transform="rotate(116,425,375)"/>
<use xlink:href="#Z1" transform="rotate(119,425,375)"/>
<use xlink:href="#Z1" transform="rotate(122,425,375)"/>
<use xlink:href="#L1" transform="rotate(122,425,375)"/>
<use xlink:href="#Z1" transform="rotate(125,425,375)"/>
<use xlink:href="#Z1" transform="rotate(128,425,375)"/>
<use xlink:href="#MM1" transform="rotate(129.5,425,375)"/>
<use xlink:href="#Z1" transform="rotate(131,425,375)"/>
<use xlink:href="#Z1" transform="rotate(134,425,375)"/>
<use xlink:href="#Z1" transform="rotate(137,425,375)"/>
<use xlink:href="#L1" transform="rotate(137,425,375)"/>
<use xlink:href="#Z1" transform="rotate(140,425,375)"/>
<use xlink:href="#Z1" transform="rotate(143,425,375)"/>
<use xlink:href="#MM1" transform="rotate(144.5,425,375)"/>
<use xlink:href="#Z1" transform="rotate(146,425,375)"/>
<use xlink:href="#Z1" transform="rotate(149,425,375)"/>
<use xlink:href="#L1" transform="rotate(152,425,375)"/>
</g>
<!-- Humidity scale -->
<g id="T2" stroke="black">
<use xlink:href="#L2" transform="rotate(208,125,375)"/>
<use xlink:href="#Z2" transform="rotate(208,125,375)"/>
<use xlink:href="#Z2" transform="rotate(212,125,375)"/>
<use xlink:href="#Z2" transform="rotate(216,125,375)"/>
<use xlink:href="#L2" transform="rotate(218,125,375)"/>
<use xlink:href="#Z2" transform="rotate(220,125,375)"/>
<use xlink:href="#Z2" transform="rotate(224,125,375)"/>
<use xlink:href="#Z2" transform="rotate(228,125,375)"/>
<use xlink:href="#L2" transform="rotate(228,125,375)"/>
<use xlink:href="#Z2" transform="rotate(232,125,375)"/>
<use xlink:href="#Z2" transform="rotate(236,125,375)"/>
<use xlink:href="#L2" transform="rotate(238,125,375)"/>
<use xlink:href="#Z2" transform="rotate(240,125,375)"/>
<use xlink:href="#Z2" transform="rotate(244,125,375)"/>
<use xlink:href="#Z2" transform="rotate(248,125,375)"/>
<use xlink:href="#L2" transform="rotate(248,125,375)"/>
<use xlink:href="#Z2" transform="rotate(252,125,375)"/>
<use xlink:href="#Z2" transform="rotate(256,125,375)"/>
<use xlink:href="#L2" transform="rotate(258,125,375)"/>
<use xlink:href="#Z2" transform="rotate(260,125,375)"/>
<use xlink:href="#Z2" transform="rotate(264,125,375)"/>
<use xlink:href="#L2" transform="rotate(268,125,375)"/>
</g>
<!-- numbers on scale -->
<g font-family="arial" font-size="20" font-weight="normal" font-style="normal" stroke="black" fill="black" id ="numbers">
<!-- right side -->
<text x="357" y="70">100</text>
<text x="412" y="117">80</text>
<text x="451" y="169">60</text>
<text x="479" y="229">40</text>
<text x="500" y="297">20</text>
<text x="503" y="365">0</text>
<!-- left side -->
<text x="130" y="97">30</text>
<text x="67" y="174">20</text>
<text x="28" y="267">10</text>
<text x="34" y="365">0</text>
</g>
<!-- 4 grey stripes in middle -->
<g id="T2" stroke="grey">
<use xlink:href="#line1" transform="rotate(117.5,425,375)"/>
<use xlink:href="#line2" transform="rotate(126.5,425,375)"/>
<use xlink:href="#line3" transform="rotate(233,125,375)"/>
<use xlink:href="#line4" transform="rotate(248,125,375)"/>
</g>
<!-- Deviation point field -->
<text text-anchor="middle" font-family="arial" font-size="25" font-weight="normal" font-style="normal" stroke="black" fill="black" id="devpoint" display="none">
<tspan x="275" y="475" id="txtdevpoint" ></tspan>
</text>
<!-- Pointer Temperature -->
<g stroke-width="1" fill="none">
<use xlink:href="#PO1" transform="rotate(92,425,375)" id="PO1a"/>
<animateTransform attributeName="transform"
attributeType="XML"
type="rotate"
from="0 425 375"
to="0 425 375"
dur="3s"
repeatCount="1"
begin = "indefinite"
fill="freeze"
id = "hygro_PO1_animation"/>
</g>
<!-- Pointer Humidity -->
<g stroke-width="1" fill="none">
<use xlink:href="#PO2" transform="rotate(268,125,375)" id="PO2a"/>
<animateTransform attributeName="transform"
attributeType="XML"
type="rotate"
from="0 125 375"
to="0 125 375"
dur="3s"
repeatCount="1"
begin = "indefinite"
fill="freeze"
id = "hygro_PO2_animation"/>
</g>
</svg>`;
this.barometer = `<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" viewBox="0 0 552 552" id="{{svgid}}" >
<!-- Border -->
<circle cx="275" cy="275" r="265" fill="WhiteSmoke" stroke="#bfc1c2" stroke-width="16" id="baro_border_outer"/>
<circle cx="275" cy="275" r="265" stroke="#d8d8d8" stroke-width="4" id="baro_border_inner"/>
<g stroke="black" stroke-width="2" fill="none"></g>
<!--<path fill="none" stroke="#2e8b57" stroke-width="20" d="M413,331 A190,190 35 0 1 657,393" />-->
<defs>
<!-- Pointer template Pressure -->
<g id="baroPO1">
<line stroke-width="2" x1="275" y1="275" x2="275" y2="490" fill="orangered" id="baroPO1_line"/>
<rect x="267" y="230" rx="2" ry="2" width="16" height="64" fill="orangered" id="baroPO1_rect"/>
<circle cx="275" cy="275" r="2" stroke="brown" stroke-width="4" />
<circle cx="275" cy="275" r="3" fill="grey"/>
</g>
<!-- Pointer template fixptr -->
<g id="baroPO2">
<line stroke-width="1" x1="275" y1="350" x2="275" y2="450" fill="grey" id="baroPO2_line"/>
</g>
<!-- scale templates -->
<line stroke-width="2" id="baroM1" x1="275" y1="475" x2="275" y2="490"/>
<line stroke-width="3" id="baroL1" x1="275" y1="475" x2="275" y2="505"/>
<line stroke-width="2" id="baroMM1" x1="275" y1="475" x2="275" y2="500"/>
<g id="baroZ1">
<use xlink:href="#baroL1" transform="rotate(0,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(2,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(4,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(6,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(8,275,275)"/>
<use xlink:href="#baroMM1" transform="rotate(10,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(12,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(14,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(16,275,275)"/>
<use xlink:href="#baroM1" transform="rotate(18,275,275)"/>
</g>
<text id="baroT1" font-family="arial" font-size="15" font-weight="normal" font-style="normal" stroke="black" x="260" y="40">960</text>
<text id="baroT2" font-family="arial" font-size="15" font-weight="normal" font-style="normal" stroke="black" fill="black" x="260" y="40">970</text>
<text id="baroT3" font-family="arial" font-size="18" font-weight="normal" font-style="normal" stroke="black" fill="black" x="260" y="40">980</text>
<text id="baroT4" font-family="arial" font-size="18" font-weight="normal" font-style="normal" stroke="black" fill="black" x="260" y="40">990</text>
<text id="baroT5" font-family="arial" font-size="18" font-weight="normal" font-style="normal" stroke="black" fill="black" x="255" y="40">1000</text>
<text id="baroT6" font-family="arial" font-size="18" font-weight="normal" font-style="normal" stroke="black" fill="black" x="255" y="40">1010</text>
<text id="baroT7" font-family="arial" font-size="18" font-weight="normal" font-style="normal" stroke="black" fill="black" x="255" y="40">1020</text>
<text id="baroT8" font-family="arial" font-size="18" font-weight="normal" font-style="normal" stroke="black" fill="black" x="255" y="40">1030</text>