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P1.min.html
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<!DOCTYPE html><html lang="en"><head><meta charset="UTF-8"><meta http-equiv="X-UA-Compatible" content="IE=edge"><meta name="viewport" content="width=device-width,initial-scale=1"><title>P1 reader</title><style>#P1{color:#0f0}#P2{color:#d6d610}#P3{color:purple}#PT{color:#0b95d3}#PTd3{font-size:.6em}#PTd2{font-size:.6em}#PTd1{font-size:.6em}#P1d3{font-size:.6em}#P1d2{font-size:.6em}#P1d1{font-size:.6em}#P2d3{font-size:.6em}#P2d2{font-size:.6em}#P2d1{font-size:.6em}#P3d3{font-size:.6em}#P3d2{font-size:.6em}#P3d1{font-size:.6em}table{border-collapse:collapse;border-spacing:0;width:100%;border:1px solid #ddd}td,th{text-align:left;padding:8px}tr:first-child{background-color:#9cd1e9}tr:nth-child(even){background-color:#f2f2f2}.tooltip{position:relative;display:inline-block;border-bottom:1px dotted #000}.tooltip .tooltiptext{visibility:hidden;width:120px;background-color:#000;color:#fff;text-align:center;padding:5px 0;border-radius:6px;position:absolute;z-index:1}.tooltip:hover .tooltiptext{visibility:visible}.slidecontainer{left:60px;position:relative;width:740px}.slider{-webkit-appearance:none;appearance:none;width:100%;height:25px;background:#d3d3d3;outline:0;opacity:.7;-webkit-transition:.2s;transition:opacity .2s}.slider:hover{opacity:1}.slider::-webkit-slider-thumb{-webkit-appearance:none;appearance:none;width:25px;height:25px;background:#04aa6d;cursor:pointer}.slider::-moz-range-thumb{width:25px;height:25px;background:#04aa6d;cursor:pointer}#test{position:relative;font-size:3em;color:red}.main_container{position:relative;left:10px;right:10px;top:10px;bottom:10px}.switch{position:relative;display:inline-block;width:60px;height:34px}.switch input{opacity:0;width:0;height:0}.sliderB{position:absolute;cursor:pointer;top:0;left:0;right:0;bottom:0;background-color:#ccc;-webkit-transition:.4s;transition:.4s}.sliderB:before{position:absolute;content:"";height:26px;width:26px;left:4px;bottom:4px;background-color:#fff;-webkit-transition:.4s;transition:.4s}input:checked+.sliderB{background-color:#2196f3}input:focus+.sliderB{box-shadow:0 0 1px #2196f3}input:checked+.sliderB:before{-webkit-transform:translateX(26px);-ms-transform:translateX(26px);transform:translateX(26px)}.sliderB.round{border-radius:34px}.sliderB.round:before{border-radius:50%}#table_GAS{left:2vw;width:90vw;max-width:800px}</style></head><body><script>// -- - - - - - - - - - - - - - - - - - - - - - - - - - -
// Author: Edwin Glaser
// -------- Only for private usage -----------
// Date Nov. 2022
// HomeWizard P1
// https://homewizard-energy-api.readthedocs.io/endpoints.html#basic-information-api
// Tested on HWE-P1
// Data Description
// smr_version The DSMR version of the smart meter
// meter_model The brand indification the smart meter
// wifi_ssid The Wi-Fi network that the meter is connected to
// wifi_strength The strength of the Wi-Fi signal in %
// total_power_import_t1_kwh The power usage meter reading for tariff 1 in kWh
// total_power_import_t2_kwh The power usage meter reading for tariff 2 in kWh
// total_power_export_t1_kwh The power feed-in meter reading for tariff 1 in kWh
// total_power_export_t2_kwh The power feed-in meter reading for tariff 2 in kWh
// active_power_w The total active usage in Watts
// active_power_l1_w The active usage for fase 1 in Watts
// active_power_l2_w The active usage for fase 2 in Watts
// active_power_l3_w The active usage for fase 3 in Watts
// total_gas_m3 The gas meter reading in m3
// gas_timestamp The most recent gas update time stamp structured as YYMMDDhhmmss
// active_liter_lpm Active water usage in liters per minute
// total_liter_m3 Total water usage in cubic meters since installation
// Credits o.a.:
// Linechart source based on: https://codepen.io/yahiaelbnna/pen/KKgLOro
// {ip}/api
// P1
//{"product_type":"HWE-P1","product_name":"P1 meter","serial":"3c39e72ea574","firmware_version":"3.02","api_version":"v1"}
// Socket
// {"product_type":"HWE-SKT","product_name":"Energy Socket","serial":"<serial>","firmware_version":"3.02","api_version":"v1"}
// Kwh meter
// {"product_type":"SDM230-wifi","product_name":"KWh meter","serial":"<serial>","firmware_version":"2.11","api_version":"v1"}
// Watermeter
// {"product_type":"HWE-WTR","product_name":"Watermeter","serial":"<serial>","firmware_version":"1.17","api_version":"v1"}
//{ip}/api/v1/data
// P1
// Energy socket:
// {"wifi_ssid":"xxxxx","wifi_strength":54,"total_power_import_t1_kwh":12.345,"total_power_export_t1_kwh":456.789,"active_power_w":0.987,"active_power_l1_w":0.901}
// Kwh meter:
// {"wifi_ssid":"xxxx","wifi_strength":98,"total_power_import_t1_kwh":12.345,"total_power_export_t1_kwh":3456.789,"active_power_w":6.543,"active_power_l1_w":5.432}
// Watermeter:
// {"wifi_ssid":"xxxxx ","wifi_strength":72,"total_liter_m3":21.012,"active_liter_lpm":0}
var ip = {};
// var ip_W1;
let c = {};
let h = 0;
let w = 0;
let Ctx = {}; // Electr Canvas
let CtxG = {}; // Gas Canvas
let dataX = [], // X-axis
dataXG = [],
dataL_Total = [], // Y-axis total
datal1 = [], // Phase 1
datal2 = [], // Phase 2
datal3 = []; // Phase 3
let dataGas = [], // Gas Every call
dataGasPoint = []; // Gas Every Unique Measurement
var un = 0; // Unit : Value per 30 pixels
let xs = 0;
let dataT = [];
let button_stop = true; // is stopped so start is showing
let tabE = {};
let tabG = {};
var zoomStatus = false;
var sliderPercentage = 1; // [factor = percentage/100]
var sliderPoints = 10;
let debug = false;
var MMU = []; // Minimum Maximum Unit 0 = elec 1 = gas
var tabIndexCanvas = 0; // canvas index
var tabIndeX_dataT = 0; // tab index of E or G
// var sliderPoints = 10;
const max_seconds = 60*60*24 //1500;
let e_start = {};
let e_stop = {};
let e_scan = {};
let _string = `<tr><th>Time (hh:mm:ss/dd-mm-yy)</th><th>Gas (m3)</th><th>DeltaSum(liter)</th><th>Delta (liter)</th><th>min.</th><th>Flow (liter/min )</th></tr> `; // Gas string accumulated
let min = 0,
max = 0;
let _s = 0;
let _e = 0;
let _index = 0;
let _length = 0;
var gVar = {
s: 0,
e: 0,
zoomStatus: false,
get zoom(){
if(s== undefined){
s = 0
}
if(e==undefined){
e = dataX.length||0;
}
if(zoomStatus == undefined){
zoomStatus = false
}
return {s,e, zoomStatus};
},
set zoom(o){
s = o.s;
e = o.e;
zoomStatus = o.zoomStatus;
}
}
//let _k = $('#TimeGasM3') ;
// let _k = object('#TimeGasM3') ;
var _k;
let iteration = 0;
function Init(){
var slider = document.getElementById("myRange");
var sliderP = document.getElementById("myPoints");
var sliderTableSwitch = document.getElementById("tableSwitch_GAS");
// var output = document.getElementById("demo");
// output.innerHTML = slider.value; // Display the default slider value
document.getElementById("pointsValue").innerHTML = sliderPoints;
// Update the current slider value (each time you drag the slider handle)
// sliderTableSwitch.oninput = function(){
// console.log(this);
// }
slider.oninput = function() {
sliderPercentage = Number( this.value / 100 );
let _se = set_s_e(sliderPoints, sliderPercentage);
_s = _se.s;
_e = _se.e;
// gVar.zoom = {s:_s, e:_e, zoomStatus:zoomStatus}
// if(!zoomStatus){
// _e = dataX.length;
// document.getElementById("rangeValue").innerHTML = dataX.length;
// }else{
document.getElementById("rangeValue").innerHTML = _e
document.getElementById("rangeValue_from").innerHTML = _s;
document.getElementById("pointsValue").innerHTML = sliderPoints;
// }
if(button_stop){
Ctx.clearRect(0, 0, w, h);
CtxG.clearRect(0,0,wg,hg);
drawLine()
};
}
sliderP.oninput = function() {
sliderPoints = Math.floor( Math.exp( Number( this.value ) ) );
let _se = set_s_e(sliderPoints, sliderPercentage);
_s = _se.s;
_e = _se.e;
// gVar.zoom = {s:_s, e:_e, zoomStatus:zoomStatus}
document.getElementById("rangeValue").innerHTML = _e
document.getElementById("rangeValue_from").innerHTML = _s;
document.getElementById("pointsValue").innerHTML = sliderPoints;
if(button_stop){
Ctx.clearRect(0, 0, w, h);
CtxG.clearRect(0,0,wg,hg);
drawLine()
};
}
_s = 0;
_e = 0;
zoomStatus = false;
gVar.zoom = {s:_s, e:_e, zoomStatus: zoomStatus};
if(e_start && e_start.style){
e_start.style.opacity = 1 };
if(e_stop && e_stop.style){
e_stop.style.opacity = 0 };
if(e_scan && e_scan.style){
e_scan.style.opacity = 1 };
iteration = 0;
dataX = [ 1, 2, 3, 4, 5, 6, 7, 8, 9, 10];
dataL_Total = [0,100];
un = Math.round((Math.max(...dataL_Total)-Math.min(...dataL_Total))/10)
xs = (w-80)/dataX.length; // steps on horizontal axis
dataT = [];
// Initialise Diagram framwork
chart.setCtx(Ctx);
chart.chartLine()
chart.digram();
// Set Canvas focus to Gas and draw empty diagram
chart.setCtx(CtxG);
chart.chartLine();
chart.digram();
}
function set_s_e(sliderPoints, sliderPercentage){
// Set end point
let _e = Math.floor(sliderPercentage * dataX.length);
if(_e < 10){ _e = 10};
let _s = _e - sliderPoints;
if(_s < 0 || _s==undefined){_s = 0}
gVar.zoom = {s:_s, e:_e, zoomStatus:zoomStatus}
if(debug){console.log(_s, _e, sliderPoints, sliderPercentage)};
return {s:_s, e:_e}
}
function tableSwitch_GAS(){
let _checkBox = document.getElementById("tableSwitch_GAS").checked;
if(debug){console.log( _checkBox )};
let _container_GAS = document.getElementById("table_GAS");
if(_checkBox && _container_GAS){
// Show table GAS
_container_GAS.style.display = "block";
}else{
// Hide table GAS
_container_GAS.style.display = "none";
}
}
window.onload = function() {
e_start = document.getElementById('Start');
e_stop = document.getElementById('Stop');
e_scan = document.getElementById('Scan');
if(e_start){
e_start.style.opacity = 1 };
if(e_stop){
e_stop.style.opacity = 0 };
if(e_scan && e_scan.style){
e_scan.style.opacity = 1 };
c = document.querySelector("canvas[le]");
cg = document.querySelector("canvas[lg]");
tabE = document.querySelector("draw-canvas-data-set");
tabG = document.querySelector("draw-canvas-data-setG");
// Electr.
h = c.height;
w = c.width ;
// Gas
hg = cg.height;
wg = cg.width ;
// sliderPoints = Math.floor( ( c.width / 30 ) ) - 2;
// sliderPoints = sliderPoints || Math.floor( ( c.width / 30 ) ) - 2;
// sliderPoints = sliderPoints;
// Canvas Context
Ctx = c.getContext('2d');
CtxG = cg.getContext('2d');
cg.onmousemove = function(e){
document.getElementById('G').focus();
tabE.style.opacity = "0" // $('draw-canvas-data-set')
tabG.style.opacity = "0" // $('draw-canvas-data-setG')
mouseMove(e)
};
c.onmousemove = function(e){
tabE.style.opacity = "0" // $('draw-canvas-data-set')
tabG.style.opacity = "0" // $('draw-canvas-data-setG')
document.getElementById('E').focus();
mouseMove(e)
};
function mouseMove(e){
let _ID = e.currentTarget.attributes[1].nodeValue; // E G
tabIndexCanvas = e.currentTarget.attributes[4].nodeValue; // 1 2
_index = 0;
_s = gVar.zoom.s
_e = gVar.zoom.e;
zoomStatus = gVar.zoom.zoomStatus;
if (_e == -1 || isNaN(_e)){
_s = 0;
_e = dataX.length ;
if(debug){console.log('correction')};
}
gVar.zoom = {s:_s,e:_e, zoomStatus:zoomStatus};
// T has 4* the amount of data in
for(let data of dataT){
// for (let ix = _s; ix < (_e * 4); ix++) {
// const data = dataT[ix];
for (const [key, value] of Object.entries(data)) {
let dataG = value.split(","),
lx = Number(e.offsetX), // - 10,
ly = Number(e.offsetY), // - c.height + 25,
dx = Number(dataG[1]), // x axis
dy = Number(dataG[0]); // y axis
let _delta = Math.floor(Number(dataG[4])/ 3);
if (_delta < 10){ _delta = 10};
if ( ( lx > dx - _delta && lx < dx + _delta ) && ( ly > dy - _delta && ly < dy + _delta ) ){
if ( _ID == 'E' && dataG[3] != 'Gas'){
tabE.innerHTML = dataG[3] + ':' + dataG[2] // $('draw-canvas-data-set')
tabE.style.opacity = "1" // $('draw-canvas-data-set')
tabE.style.left = e.layerX + "px" // $('draw-canvas-data-set')
tabE.style.top = e.layerY + "px" // $('draw-canvas-data-set')
if(debug){ console.log(_index, Number(dataG[7])) };
tabIndeX_dataT = Number(dataG[7]);
}else if ( _ID == 'G' && dataG[3] == 'Gas'){
tabG.innerHTML = dataG[3] + ':' + dataG[2] //$('draw-canvas-data-setG')
tabG.style.opacity = "1" //$('draw-canvas-data-setG')
tabG.style.left = e.layerX + "px" //$('draw-canvas-data-setG')
tabG.style.top = e.layerY + "px" //$('draw-canvas-data-setG')
}
}
else{
// not found...
// zoomStatus = false;
}
lx = lx -1
dx = dx -1
}
_index++;
}
}
Init();
document.getElementById('IP_P1').value = '192.168.2.*';
};
async function wrapper(){
console.log('start');
await waitInterval( meter, 999);
// await waitInterval( meterW, 999);
console.log(iteration);
button_stop = true;
console.log('finish');
};
async function wrapperW(){
console.log('start W');
// await waitInterval( meter, 999);
await waitInterval( meterW, 999);
console.log(iteration);
button_stop = true;
console.log('finish W');
};
function toggleZoom(){
zoomStatus = gVar.zoom.zoomStatus;
zoomStatus = !zoomStatus;
zoomStatus = gVar.zoom.zoomStatus;
let _buttonZoom = document.getElementById("Zoom");
if(zoomStatus){
_buttonZoom.style.backgroundColor = "lightblue";
}else{
_buttonZoom.style.backgroundColor = "white";
}
if (gVar.zoom == undefined || gVar.zoom.s == undefined || gVar.zoom.e == 0){
if (sliderPercentage == undefined || sliderPercentage == 0){
sliderPercentage = 1
}
_e = Math.floor( dataX.length * sliderPercentage ) ;
if(_e < 10){ _e = 10};
// document.getElementById("rangeValue").innerHTML = _e;
_s = _e - sliderPoints; //10
if (_s< 0){
_s = 0;
}
gVar.zoom = {s: _s, e: _e, zoomStatus: zoomStatus};
}
if(button_stop){
Ctx.clearRect(0, 0, w, h);
CtxG.clearRect(0,0,wg,hg);
drawLine()};
}
function getMinMaxUn(AA){
min = 0,
max = 0;
let _A = [];
// zoomStatus = gVar.zoom.zoomStatus;
if(zoomStatus){
_s = gVar.zoom.s;
_e = gVar.zoom.e;
// // document.getElementById("rangeValue").innerHTML = _e;
}else{
_s = 0;
_e = dataX.length;
// // if(sliderPercentage == 1){
// // document.getElementById("rangeValue").innerHTML = _e
// // }
}
// document.getElementById("rangeValue").innerHTML = _e
// zoomStatus
if (zoomStatus && AA[0] != null ){
// _s = tabIndeX_dataT - 5;
// if (_s<0){_s=0}
// _e = tabIndeX_dataT + 5;
if (_e > AA[0].length){
_e = AA[0].length
_s = AA[0].length - 10
}
// if (_s==0){_e = tabIndeX_dataT + 10}
if (_s<0){_s=0 ; _e = _s + sliderPoints} //+10
if (_e > AA[0].length){
_e = AA[0].length;
}
_A[0] = []; _A[1] = []; _A[2] = []; _A[3] = [];
if (AA[0] != null && AA[0] != undefined && AA[0].length > 1){
_A[0] = AA[0].slice(_s,_e);
_A[1] = AA[1].slice(_s,_e);
_A[2] = AA[2].slice(_s,_e);
_A[3] = AA[3].slice(_s,_e);
}else{
_A = AA;
}
}else{
_s = 0;
if(AA[0]){
_e = AA[0].length }else{
// _e = -1
}
_A = AA;
}
// gVar.zoom = {s:_s, e:_e, zoomStatus:zoomStatus};
if (_A.length >= 1){
if (Array.isArray(_A[0])){
let maxArray = _A.map(a => Math.max.apply(null, a)); // Get max of each array
max = Math.max(...maxArray)
// Get max of that maxArray
let minArray = _A.map(a => Math.min.apply(null, a));
min = Math.min(...minArray)
}else{
max = Math.max(..._A)
min = Math.min(..._A)
}
}
if(min == max){
if ( (max-min) > 10){ //10
min = _A[0] * 0.999;
max = _A[0] * 1.001;
}else{
min = 0;
max = _A[0] * 1.01;//+ 10;
}
}
// Unit multiple of 1, 10, 2, 20, 5, 50, 100, 200, 500 etc
un = (max - min) / 10;
// un = un * 0.99// give a little more space
// Units of 100,150, 200 and such
if ( un >= 1000){
max = Math.ceil(max / 5000) * 5000;
min = Math.floor(min / 5000) * 5000;
un = (max - min) / 10;
// un = Math.round(un / 500 ) * 500;
// Units of 10, 15, 20 etc
}else
if ( un >= 100){
max = Math.ceil(max / 500) * 500;
min = Math.floor(min / 500) * 500;
un = (max - min) / 10;
// un = Math.round(un / 50 ) * 50;
// Units of 10, 15, 20 etc
}else
if ( un >= 10){
max = Math.ceil(max / 50) * 50;
min = Math.floor(min / 50) * 50;
un = (max - min) / 10;
// un = Math.round(un / 10) * 10;
// Units of 1 2 5
}else
if ( un >= 1){
max = Math.ceil( max / 10) * 10;
min = Math.floor( min / 10) * 10;
un = (max - min) / 10;
// un = (Math.round( un / 1) ) * 1;
// Units of 0.1 0.2 0.5
}else
if ( un >= 0){
max = Math.ceil( max * 1) / 1;
min = Math.floor( min * 1) / 1;
un = (max - min) / 10;
// un = (Math.round( un * 10) ) / 10;
}
if (un == 0){ un = 0.1 ; max = 10; min = 0}
if (debug){console.log(min,max,un)};
return [min,max,un]
}
function drawLine(){
// Electric
if (dataL_Total.length != 0){
if (zoomStatus){
_s = gVar.zoom.s;
_e = gVar.zoom.e;
if (sliderPercentage == 1){
_e = dataX.length;
_s = _e - sliderPoints;
if (_s < 0){ _s = 0}
//gVar.zoom = {s:_s,e:_e, zoomStatus: zoomStatus};
}
zoomStatus = gVar.zoom.zoomStatus;
}else{
_s = 0
_e = dataX.length
}
gVar.zoom = {s:_s,e:_e, zoomStatus: zoomStatus};
_length = _e - _s ;
let A = [ dataL_Total.slice(_s,_e), datal1.slice(_s,_e), datal2.slice(_s,_e), datal3.slice(_s,_e)]; // Combine all arrays
MMU[0] = getMinMaxUn(A);
min = MMU[0][0];
max = MMU[0][1];
un = MMU[0][2];
// ys = (w-40)/dataX.length;
// xs = (w-80)/dataX.length;
// if(zoomStatus){
xs = (w-80)/_length;
// }
// if(!zoomStatus){
// _s = 0 ;
// _e = dataX.length;
// }else{
// _s = gVar.zoom.s
// _e = gVar.zoom.e
// };
// let A = [ dataL_Total, datal1, datal2, datal3];
// MMU[0] = getMinMaxUn(A);
dataT = [];
chart.setCtx(Ctx);
chart.chartLine()
chart.digram()
chart.data();
chart.draw();
chart.pointes();
}
// Gas
if (dataGasPoint.length != 0){
let datag = [];
for (datagas of dataGasPoint){
datag.push(datagas[5]);
}
// if(!zoomStatus){
_s = 0 ;
_e = dataX.length;
// }else{
// _s = gVar.zoom.s
// _e = gVar.zoom.e
// };
//gVar.zoomG = {s:_s,e:_e, zoomStatus: zoomStatus};
MMU[1] = getMinMaxUn(datag);
// min = MMU[1][0];
MMU[1][0] = min = 0;
max = MMU[1][1];
un = MMU[1][2]; // 1/10 of the axis
xs = (w-80)/dataXG.length; // Every points distance on x-axis
chart.setCtx(CtxG);
chart.chartLine()
chart.digram()
chart.dataGas();
chart.drawG();
chart.pointesGas();
}
return true;
}
async function tryIP(_ip){
let url = 'http://' + _ip + '/api'; // '/api/v1/data';
// http://192.168.2.4/api {"product_type":"HWE-P1","product_name":"P1 meter",
const promise1 = new Promise( (resolve,reject) =>{
if(debug){ console.log(url) };
fetch(url)
.then( async function(response){
if (response.ok){
let _json = await response.json();
// _json.then
if (_json.product_type == "HWE-P1"){
ip.P1 = _ip;
if(debug){console.log(ip.P1)};
if(debug){console.log('Found HWE-P1', url, ip.P1)};
document.getElementById('IP_P1').value = ip.P1;
resolve
}
if (_json.product_type == "HWE-WTR"){
ip.WTR = _ip;
if(debug){console.log(ip.WTR)};
if(debug){console.log('Found HWE-WTR', url, ip.WTR)};
document.getElementById('IP_WTR').value = ip.WTR;
resolve
}
reject
}else{
// alert("HTTP-Error: " + response.status);
reject
}
// console.log(response);
return response.json()
})
.catch((err) => {
// console.log(err);
})
})
const promise2 = new Promise((resolve, reject) => setTimeout(reject, 100));
try {
await Promise.race([promise1, promise2]);
} catch (e) {
// time out or func failed
if(debug){console.log(url, 'failed')};
}
// ERR_CONNECTION_TIMED_OUT
}
function scanIP(){
// Currently only a scan on last .* part of ip4
ip.P1 = document.getElementById('IP_P1').value;
ip.WTR = document.getElementById('IP_WTR').value;
if (ip.P1 != '' && ip.P1.split('.')[3].includes('*')){
// Scan network on last
// console.log(ip)
let _ip = ip.P1;
// .1 up to .255 scan the ip range
for (var ii = 1; ii < 256; ii++) {
let _ipArray = _ip.split('.')
_ipArray[3] = ii;
_ip = _ipArray[0] + '.' + _ipArray[1] + '.' + _ipArray[2] + '.' + _ipArray[3];
if(debug){console.log(_ip)};
tryIP(_ip) ;
}
}
}
function setHoverText(){
// Turn off hover text
let _hover = document.getElementsByClassName('tooltip')[0];
if(_hover){
if(!button_stop){
_hover.style.display = 'none';
}else{
_hover.style.display = 'inline-block';
}
}
}
function fill_data_random(){
let _i = 600 ; // amount of data points to make
let _interval = 1 ; // Every int seconds timemark
set_s_e(sliderPoints,sliderPercentage);
document.getElementById("rangeValue").innerHTML = _i;
gVar.zoom = {s:1,e:_i, zoomStatus};
dataX = [];
for ( let iii = 1; iii < _i ; iii++ ){
dataX.push(iii); // Math.floor(i/_interval));
// dataXG.push(Math.floor(i/(_interval*5)));
let ran1 = Math.random();
let ran2 = Math.random();
let ran3 = Math.random();
let _l1 = Math.floor(ran1 * 400);
let _l2 = Math.floor(ran2 * 400);
let _l3 = Math.floor(ran3 * 400);
let _tot = _l1 + _l2 + _l3;
datal1.push(_l1);
datal2.push(_l2);
datal3.push(_l3);
dataL_Total.push(_tot);
}
// dataX = [1,2,3,4,5,6,7,8,9,10,11,12,13,14]; // x-axis :)
dataXG = [1,2,3,4,5,6,7,8,9,10]; // x-axis :)
// dataL_Total = [1000,10010,1001,980,1023,899,455,1200,300,10,232,432,244,666]; // y-axis values Totals
// datal1 = [151,242,353,264,115,36,645,374,493,2,55,3,77,55];
// datal2 = [12,14,15,33,22,44,77,22,33,34,33,55,22,33,44];
// datal3 = [34,866,333,700,600,345,333,1111,233,1,2,3,4,5];
dataGas = [
['21:10:06/22-11-22', 3037.961, 76206],
['21:10:06/22-11-22', 3037.961, 76206],
['21:10:06/22-11-22', 3037.961, 76206],
['21:15:05/22-11-22', 3038.991, 76505],
['21:15:05/22-11-22', 3038.991, 76505],
['21:15:05/22-11-22', 3038.991, 76505],
['21:20:05/22-11-22', 3039.991, 76505],
['21:20:05/22-11-22', 3039.991, 76505]
];
dataGasPoint = [
["18:10:00/22-11-22",2000.101, 75005, 2, 5, 0.4],
["18:10:00/22-11-22",2000.108, 75305, 125, 5, 25],
["18:10:00/22-11-22",2000.150, 75605, 100, 5, 20],
["18:10:00/22-11-22",2000.200, 75905, 0.0, 5, 0],
["18:10:00/22-11-22",2000.202, 76205, 28, 5, 15],
["18:10:00/22-11-22",2000.205, 76505, 255, 5, 50],
["18:10:00/22-11-22",2001.206, 76805, 25, 5, 5],
["18:10:00/22-11-22",2001.209, 77105, 133, 5, 25]
];
}
function run(){
button_stop = false;
setHoverText();
ip.P1 = document.getElementById('IP_P1').value;
ip.WTR = document.getElementById('IP_WTR').value;
if (ip.WTR != '' && !ip.WTR.includes('*')){
wrapperW() ;
}
if (ip.P1 != '' && !ip.P1.includes('*')){
document.getElementById('test').innerHTML = '';
Init();
if(e_start){
e_start.style.opacity = 0 }; // hide Start
if(e_stop){
e_stop.style.opacity = 1 }; // Show Stop
if(e_scan && e_scan.style){
e_scan.style.opacity = 0 }; // hide Scan
dataX = [];
dataXG = [];
dataL_Total = [];
datal1 = [];
datal2 = [];
datal3 = [];
dataT = []; // All entries of all graphs
dataGas = [];
dataGasPoint = [];
iteration = 1;
wrapper() ;
}else{
document.getElementById('test').innerHTML = 'TESTDATA';
// fake numbers insert
fill_data_random();
iteration = 1;
Ctx.clearRect(0, 0, w, h);
CtxG.clearRect(0,0,wg,hg);
drawLine();
button_stop = true;
writeNumbers_E( {
'active_power_w': dataL_Total[dataL_Total.length-1],
'active_power_l1_w': datal1[dataL_Total.length-1],
'active_power_l2_w': datal2[dataL_Total.length-1],
'active_power_l3_w': datal3[dataL_Total.length-1],
'total_gas_m3': dataGasPoint[dataGasPoint.length-1],
'total_power_export_t1_kwh' : 1234,
'total_power_export_t2_kwh' : 0123,
'total_power_import_t1_kwh' : 987,
'total_power_import_t2_kwh' : 321
} )
}
}
function stop(){
button_stop = true;
setHoverText();
if(e_start){
e_start.style.opacity = 1 }; // Show Start
if(e_stop){
e_stop.style.opacity = 0 }; // Hide Stop
if(e_scan && e_scan.style){
e_scan.style.opacity = 1 }; // Show Scan
}
async function meter(i){
iteration = i;
let url = 'http://' + ip.P1 + '/api/v1/data';
let response = await fetch(url);
if (response.ok) { // if HTTP-status is 200-299
// get the response body (the method explained below)
let json = await response.json();
if (isNaN(json.active_power_w)) { json.active_power_w = 0};
if (isNaN(json.active_power_l1_w)){ json.active_power_l1_w = 0};
if (isNaN(json.active_power_l2_w)){ json.active_power_l2_w = 0};
if (isNaN(json.active_power_l3_w)){ json.active_power_l3_w = 0};
dataL_Total.push(json.active_power_w);
datal1.push(json.active_power_l1_w);
datal2.push(json.active_power_l2_w);
datal3.push(json.active_power_l3_w);
dataX.push(i);
// Write to Screen
// Details
// IP_P1
document.getElementById('IP_P1_001').innerHTML = ip.P1; // wifi_ssid : WifiSSID
document.getElementById('WifiSSID').innerHTML = json.wifi_ssid; // wifi_ssid : WifiSSID
document.getElementById('WifiStrength').innerHTML = json.wifi_strength; // wifi_strength :
document.getElementById('MM').innerHTML = json.meter_model; //meter_model
document.getElementById('SV').innerHTML = json.smr_version; //smr_version:
// Electric
writeNumbers_E(json);
if(!zoomStatus){
// Ctx.clearRect(0, 0, w, h);
// CtxG.clearRect(0,0,wg,hg);
// drawLine();
}else{
if(debug){console.log('pause')}
// if(zoomStatus){
// _e = Math.floor( dataX.length * sliderPercentage ) ;
// if(_e < 10){ _e = 10};
// // document.getElementById("rangeValue").innerHTML = _e;
// _s = _e - sliderPoints; //10
// if (_s< 0){
// _s = 0;
// }
// Ctx.clearRect(0, 0, w, h);
// CtxG.clearRect(0,0,wg,hg);
// gVar.zoom = {s:_s,e:_e, zoomStatus: zoomStatus};
// drawLine();
// }
}
Ctx.clearRect(0, 0, w, h);
CtxG.clearRect(0,0,wg,hg);
drawLine();
if( sliderPercentage == 1 ){
document.getElementById("rangeValue").innerHTML = dataX.length }
// Gas details
if(json.gas_timestamp){
// YYMMDDhhmmss
let _stamp = json.gas_timestamp.toString();
let hh = _stamp.substring(6,8) ;
let mm = _stamp.substring(8,10) ;
let ss = _stamp.substring(10,12);
let DD = _stamp.substring(4,6) ;
let MM = _stamp.substring(2,4) ;
let YY = _stamp.substring(0,2) ;
let _time = hh + ':' + mm + ':' + ss;
let _date = DD + '-' + MM + '-' + YY;
// hh:mm:ss/YY-MM-DD
_time = _time + '/' + _date;
// Timestamp in seconds as number
// let _timestamp = Number(ss) + Number(60*mm) + Number(3600*hh);
let
// _timestamp = (new Date(Number('20'+ YY),MM,DD,hh,mm,ss,00)).getTime();
_timestamp = (new Date('20'+ YY + '-' + MM + '-' + DD + 'T' + hh + ':' + mm + ':' + ss)).getTime();
if(debug){console.log( new Date(_timestamp) , _timestamp)};
let _deltaGas = 0;
let _min = 0;
let _usage = 0;
// When have a first entrie...we want unique entris afterwards
if (dataGasPoint.length != 0){
// Is this entry unique now?
if (dataGasPoint[dataGasPoint.length-1][2] != _timestamp || debug == true){
// console.log(_string);
if(debug){ console.log(hh,mm,ss,_time,_timestamp)};
let _startGas = dataGasPoint[0][1];
let _deltaSum = ( ( Math.floor( json.total_gas_m3 *1000) - Math.floor(_startGas * 1000) ) * 1000 ) / 1000;
// String to screen
// _string = _string + _time + ' : ' + json.total_gas_m3;
// _string = 'Time / Date Gas Delta l/min FLow l/min. <br>';
_string = _string + '<tr><th>' + _time + '</th>';
// Save this unique timestamped Gas result to internal table
// dataGasPoint.push([_time, json.total_gas_m3, _timestamp])