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mmatests.js
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'use strict'
function heatstrip()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 43", width: "1010", height:"43", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "ºC";
series.title = "Title: Heat Strip Test"
series.label = "Series 1"
series.color = '#FF0000';
series.style = "heatstrip";
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function heatstripcsv()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 43", width: "1010", height:"43", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "ºC";
series.title = "Title: Heat Strip with CSV Gradient Test"
series.label = "Series 1"
series.color = '#FF0000';
series.style = "heatstrip";
series.gradient = "CET-CBL1";
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function heatstriplastval()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 43", width: "1010", height:"43", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "ºC";
series.title = "Title: Heat Strip Test with Current Value"
series.label = "Series 1"
series.color = '#FF0000';
series.style = "heatstrip";
series.showCurValue = true;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function twoheatstriplastval()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 58", width: "1010", height:"58", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "ºC";
series.title = "Title: Heat Strip Test with Current Value"
series.label = "Series 1"
series.color = '#FF0000';
series.style = "heatstrip";
series.showCurValue = true;
series.yMax = 30;
series.yMin = -10;
dval = 0;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 3.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1);
dval = 0;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval - 30)/50) * -8 + 17.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
series.style = "line";
delete series.units;
series.color = '#000000';
series.label = "Series 2"
//chart.addSeries(series, 2);
series.style = "heatstrip";
series.units = "ºC";
chart.addSeries(series, 2);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function twoheatstripoverlay()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 43", width: "1010", height:"43", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.title = "Title: Heat Strip with overlayed chart Test"
series.label = "Series 1"
series.units = "ºC";
series.color = '#000000';
series.style = "heatstrip";
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
//chart.addSeries(series);
chart.addSeries(series);
series.style = "line";
delete series.units;
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function fourheatstripoverlay()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 60", width: "1010", height:"60", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.title = "Title: Heat Strip with overlayed chart Test"
series.label = "Series 1"
series.units = "ºC";
series.color = '#000000';
series.style = "heatstrip";
series.showCurValue = true;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1);
series.style = "line";
delete series.units;
series.color = '#000000';
chart.addSeries(series, 1);
series.units = "ºC";
series.style = "heatstrip";
dval = 0;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/40) * -6 - 2.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
chart.addSeries(series, 2);
series.style = "line";
delete series.units;
series.color = '#000000';
chart.addSeries(series, 2);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function twoheatstripfixed()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 43", width: "1010", height:"43", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.title = "Title: Heat Strip with overlayed chart Test"
series.label = "Series 1"
series.units = "ºC";
series.color = '#000000';
series.style = "heatstrip";
series.yMax = 20;
series.yMin = -20;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
//chart.addSeries(series);
chart.addSeries(series);
series.style = "line";
delete series.units;
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function twoheatstripfixedlastval()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 43", width: "1010", height:"43", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.title = "Title: Heat Strip with overlayed chart and Current Value Test"
series.label = "Series 1"
series.units = "ºC";
series.color = '#000000';
series.style = "heatstrip";
series.yMax = 20;
series.yMin = -20;
series.showCurValue = true;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/20) * 12 ).toString();
var mydate = new Date(Date.now() + (800000 * dval));
series.time[dval] = mydate.toISOString();
series.to = 1000000;
dval = dval + 1;
}
var chart = new mmaChart(svg);
//chart.addSeries(series);
chart.addSeries(series);
series.style = "line";
delete series.units;
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function threeheatstrip()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 48", width: "1010", height:"48", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "V"
series.label = "Phase A Volts"
series.title = "Title: Multi-heat Strip Test"
series.style = "heatstrip"
series.yMax = 400;
series.yMin = -400;
series.color = '#e93324';
while (dval < seriesElements) {
series.avg[dval] = (Math.sin(dval/2.641) * 340).toString();
var mydate = new Date(Date.now() + (1 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var dval = 0;
var series2 = {};
series2.avg = Array.from({length: seriesElements}, () => 0);
series2.time = Array.from({length: seriesElements}, () => "");
series2.units = "V";
series2.label = "Phase B Volts";
series2.style = "heatstrip"
series2.color = '#0021f4';
while (dval < seriesElements) {
series2.avg[dval] = (Math.sin(dval/2.641 + 2.094393) * 340 + Math.sin(dval/100) * 20).toString();
var mydate = new Date(Date.now() + (1 * dval));
series2.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var dval = 0;
var series3 = {};
series3.avg = Array.from({length: seriesElements}, () => 0);
series3.time = Array.from({length: seriesElements}, () => "");
series3.units = "V";
series3.label = "Phase C Volts";
series3.style = "heatstrip"
series3.color = '#c59a33';
while (dval < seriesElements) {
series3.avg[dval] = (Math.sin(dval/2.641 + 4.188786) * 340 + Math.sin(dval/100 + 10) * 10).toString();
var mydate = new Date(Date.now() + (1 * dval));
series3.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1);
chart.addSeries(series2, 2);
chart.addSeries(series3, 3);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLine()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line";
series.style = "classic";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = dval.toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineNegative()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line negative";
series.style = "classic";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineZeroCrossing()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 160", width: "1010", height:"160", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line zero crossing";
series.style = "classic";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineNoFill()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 160", width: "1010", height:"160", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line no fill";
series.to = 1000;
series.style = "line";
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineLargeValues()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line large values";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1000 + 100000).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineSmallValues()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line small values";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -0.000001 + 0.0001).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineLongTime()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line multi-hour duration";
series.to = 110000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 100).toString();
var mydate = new Date(Date.now() + (100000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineLongTimeHeat()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line multi-hour duration with heat strip";
series.to = 110000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 100).toString();
var mydate = new Date(Date.now() + (100000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1, 95);
series.style = "heatstrip";
delete series.units;
chart.addSeries(series, 2, 5);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineLongerTime()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line multi-day duration";
series.to = 4000000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 100).toString();
var mydate = new Date(Date.now() + (3500000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineLongestTime()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 225", width: "1010", height:"225", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line multi-month duration";
series.to = 100000000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 100).toString();
var mydate = new Date(Date.now() + (100000000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineVariableDuration()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 240", width: "1010", height:"240", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line with variable duration";
series.to = 2000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval + Math.sin(dval) * 1000));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineGap()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 240", width: "1010", height:"240", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line with gap";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 5).toString();
var mydate = new Date(Date.now() + (1000 * (dval + (dval>5))));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function basicLineGapAtEnd()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 240", width: "1010", height:"240", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 11;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.label = "Series 1";
series.title = "Title: Basic line with gap at end";
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (dval * -1 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var mydate = new Date(Date.now() + (1000 * dval));
series.end = mydate.toISOString();
var chart = new mmaChart(svg);
chart.addSeries(series);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function mmaTest()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 300", width: "1010", height:"300", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 800;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.min = Array.from({length: seriesElements}, () => 0);
series.max = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A";
series.title = "Title: Min/Max/Average Test"
series.color = '#FF0000';
while (dval < seriesElements) {
series.avg[dval] = (Math.sin((dval)/50) * -6 - 4.25).toString();
series.min[dval] = (Math.sin((dval + 25)/50) * -6 - 4.25 - 5).toString();
series.max[dval] = (Math.sin((dval - 25)/50) * -6 - 4.25 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1, 100);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function twoSeriesTest()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 300", width: "1010", height:"300", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 314;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A"
series.label = "Series 1"
series.title = "Title: Two series seperated"
while (dval < seriesElements) {
series.avg[dval] = (Math.sin(dval/10) * 10).toString();
var mydate = new Date(Date.now() + (1000 * dval) - 100000);
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var dval = 0;
var series2 = {};
series2.avg = Array.from({length: seriesElements}, () => 0);
series2.min = Array.from({length: seriesElements}, () => 0);
series2.max = Array.from({length: seriesElements}, () => 0);
series2.time = Array.from({length: seriesElements}, () => "");
series2.units = "A";
series2.label = "Series 2"
series2.color = '#FF0000';
while (dval < seriesElements) {
series2.avg[dval] = (Math.sin((dval + 14)/10) * -6 - 4.25).toString();
series2.min[dval] = (Math.sin((dval + 14)/10) * -6 - 4.25 - 5).toString();
series2.max[dval] = (Math.sin((dval + 14)/10) * -6 - 4.25 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series2.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1);
chart.addSeries(series2, 2);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 210", width: "1010", height:"210", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
chart = new mmaChart(svg);
series.color = '#00A0FF';
series.title = "Title: Two series combined"
chart.addSeries(series);
chart.addSeries(series2);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function twoSeriesTestGap()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 300", width: "1010", height:"300", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 997;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "A"
series.label = "Series 1"
series.title = "Title: Two series seperated with gap"
series.to = 1000;
while (dval < seriesElements) {
series.avg[dval] = (Math.sin(dval/20) * 10).toString();
var mydate = new Date(Date.now() + (1000 * dval) - 100000);
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var dval = 0;
var series2 = {};
series2.avg = Array.from({length: seriesElements}, () => 0);
series2.min = Array.from({length: seriesElements}, () => 0);
series2.max = Array.from({length: seriesElements}, () => 0);
series2.time = Array.from({length: seriesElements}, () => "");
series2.units = "A";
series2.label = "Series 2"
series2.color = '#FF0000';
while (dval < seriesElements) {
series2.avg[dval] = (Math.sin((dval + 14)/20) * -6 - 4.25).toString();
series2.min[dval] = (Math.sin((dval + 14)/20) * -6 - 4.25 - 5).toString();
series2.max[dval] = (Math.sin((dval + 14)/20) * -6 - 4.25 + 5).toString();
var mydate = new Date(Date.now() + (1000 * dval));
series2.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var chart = new mmaChart(svg);
chart.addSeries(series, 1, 70);
chart.addSeries(series2, 2, 30);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 210", width: "1010", height:"210", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
chart = new mmaChart(svg);
series.color = '#00A0FF';
series.title = "Title: Two series combined with gap"
chart.addSeries(series);
chart.addSeries(series2);
chart.draw();
var element = document.getElementById('chart');
element.parentNode.appendChild(svg, element);
element.parentNode.appendChild(document.createElement("hr"), element);
}
function threeSeriesTest()
{
var svg = svgen("svg", { version:"1.1", preserveAspectRatio:"none", 'viewbox':"0 0 1010 300", width: "1010", height:"300", id:"chart", 'xmlns':"http://www.w3.org/2000/svg", 'xmlns:xlink':"http://www.w3.org/1999/xlink"});
var seriesElements = 200;
var dval = 0;
var series = {};
series.avg = Array.from({length: seriesElements}, () => 0);
series.time = Array.from({length: seriesElements}, () => "");
series.units = "V"
series.label = "Phase A Volts"
series.title = "Title: Maximum time resolution"
series.style = "line";
series.yMax = 400;
series.yMin = -400;
series.color = '#e93324';
while (dval < seriesElements) {
series.avg[dval] = (Math.sin(dval/2.641) * 340).toString();
var mydate = new Date(Date.now() + (1 * dval));
series.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var dval = 0;
var series2 = {};
series2.avg = Array.from({length: seriesElements}, () => 0);
series2.time = Array.from({length: seriesElements}, () => "");
series2.units = "V";
series2.label = "Phase B Volts";
series2.style = "line";
series2.color = '#0021f4';
while (dval < seriesElements) {
series2.avg[dval] = (Math.sin(dval/2.641 + 2.094393) * 340 + Math.sin(dval/100) * 20).toString();
var mydate = new Date(Date.now() + (1 * dval));
series2.time[dval] = mydate.toISOString();
dval = dval + 1;
}
var dval = 0;
var series3 = {};
series3.avg = Array.from({length: seriesElements}, () => 0);
series3.time = Array.from({length: seriesElements}, () => "");
series3.units = "V";