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eendraadschema.js
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eendraadschema.js
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//=========================================================================//
//
// Eendraadschema tekenen (https://eendraadschema.goethals-jacobs.be/)
// Copyright (C) 2019-2023 Ivan Goethals
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
//
//=========================================================================//
var __extends = (this && this.__extends) || (function () {
var extendStatics = function (d, b) {
extendStatics = Object.setPrototypeOf ||
({ __proto__: [] } instanceof Array && function (d, b) { d.__proto__ = b; }) ||
function (d, b) { for (var p in b) if (Object.prototype.hasOwnProperty.call(b, p)) d[p] = b[p]; };
return extendStatics(d, b);
};
return function (d, b) {
if (typeof b !== "function" && b !== null)
throw new TypeError("Class extends value " + String(b) + " is not a constructor or null");
extendStatics(d, b);
function __() { this.constructor = d; }
d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());
};
})();
function deepClone(obj) {
var _out = new obj.constructor;
var getType = function (n) {
return Object.prototype.toString.call(n).slice(8, -1);
};
for (var _key in obj) {
if (obj.hasOwnProperty(_key)) {
_out[_key] = getType(obj[_key]) === 'Object' || getType(obj[_key]) === 'Array' ? deepClone(obj[_key]) : obj[_key];
}
}
return _out;
}
function contains(a, obj) {
for (var i = 0; i < a.length; i++) {
if (a[i] === obj) {
return true;
}
}
return false;
}
function isInt(value) {
return !isNaN(value) &&
parseInt(value) == value &&
!isNaN(parseInt(value, 10));
}
function svgTextWidth(input, fontsize, options) {
if (fontsize === void 0) { fontsize = 10; }
if (options === void 0) { options = ''; }
var div = document.createElement('div');
div.innerHTML = '<svg width="1000" height="20"><text x="0" y="10" style="text-anchor:start" font-family="Arial, Helvetica, sans-serif" font-size="' + Number(fontsize) + '" ' + options + '>' + input + '</text></svg>';
document.getElementById("configsection").appendChild(div);
var width = div.children[0].children[0].getBBox().width;
document.getElementById("configsection").removeChild(div);
return (Math.ceil(width));
}
function flattenSVG(SVGstruct, shiftx, shifty, node) {
var str = "";
var X = new XMLSerializer();
var parser = new DOMParser();
var outstruct = SVGstruct;
if (SVGstruct.localName == "svg") {
if (outstruct.attributes.getNamedItem("x")) { // make SVG a 0,0 element
shiftx += parseFloat(outstruct.attributes.getNamedItem("x").nodeValue);
outstruct.attributes.getNamedItem("x").nodeValue = 0;
}
if (outstruct.attributes.getNamedItem("y")) { // make SVG a 0,0 element
shifty += parseFloat(outstruct.attributes.getNamedItem("y").nodeValue);
outstruct.attributes.getNamedItem("y").nodeValue = 0;
}
for (var i = 0; i < SVGstruct.children.length; i++) {
str = str.concat(flattenSVG(SVGstruct.children[i], shiftx, shifty, node + 1), "\n");
}
if (node <= 0) {
if (outstruct.attributes.getNamedItem("width")) { // make SVG a 0,0 element
str = '<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" transform="scale(1,1)" width="' + (outstruct.attributes.getNamedItem("width").nodeValue) +
'" height="' + (outstruct.attributes.getNamedItem("height").nodeValue) + '">' + str + '</svg>';
}
else {
str = '<svg>' + str + '</svg>';
}
}
}
else {
if (SVGstruct.localName == "line") {
if (shiftx != 0) {
outstruct.attributes.getNamedItem("x1").nodeValue = parseFloat(outstruct.attributes.getNamedItem("x1").nodeValue) + shiftx;
outstruct.attributes.getNamedItem("x2").nodeValue = parseFloat(outstruct.attributes.getNamedItem("x2").nodeValue) + shiftx;
}
if (shifty != 0) {
outstruct.attributes.getNamedItem("y1").nodeValue = parseFloat(outstruct.attributes.getNamedItem("y1").nodeValue) + shifty;
outstruct.attributes.getNamedItem("y2").nodeValue = parseFloat(outstruct.attributes.getNamedItem("y2").nodeValue) + shifty;
}
}
if (SVGstruct.localName == "use") {
if (shiftx != 0) {
outstruct.attributes.getNamedItem("x").nodeValue = parseFloat(outstruct.attributes.getNamedItem("x").nodeValue) + shiftx;
}
if (shifty != 0) {
outstruct.attributes.getNamedItem("y").nodeValue = parseFloat(outstruct.attributes.getNamedItem("y").nodeValue) + shifty;
}
}
if (SVGstruct.localName == "rect") {
if (shiftx != 0) {
outstruct.attributes.getNamedItem("x").nodeValue = parseFloat(outstruct.attributes.getNamedItem("x").nodeValue) + shiftx;
}
if (shifty != 0) {
outstruct.attributes.getNamedItem("y").nodeValue = parseFloat(outstruct.attributes.getNamedItem("y").nodeValue) + shifty;
}
}
if (SVGstruct.localName == "circle") {
if (shiftx != 0) {
outstruct.attributes.getNamedItem("cx").nodeValue = parseFloat(outstruct.attributes.getNamedItem("cx").nodeValue) + shiftx;
}
if (shifty != 0) {
outstruct.attributes.getNamedItem("cy").nodeValue = parseFloat(outstruct.attributes.getNamedItem("cy").nodeValue) + shifty;
}
}
if (SVGstruct.localName == "text") {
outstruct.attributes.getNamedItem("x").nodeValue = parseFloat(outstruct.attributes.getNamedItem("x").nodeValue) + shiftx;
outstruct.attributes.getNamedItem("y").nodeValue = parseFloat(outstruct.attributes.getNamedItem("y").nodeValue) + shifty;
if (outstruct.attributes.getNamedItem("transform")) {
outstruct.attributes.getNamedItem("transform").value = "rotate(-90 " +
outstruct.attributes.getNamedItem("x").nodeValue + "," +
outstruct.attributes.getNamedItem("y").nodeValue + ")";
}
}
if (SVGstruct.localName == "polygon") {
var polystr_out = "";
var polystr_in = outstruct.attributes.getNamedItem("points").nodeValue;
var splitted_in = polystr_in.split(" ");
for (var countstr = 0; countstr < splitted_in.length; countstr++) {
var points_in = splitted_in[countstr].split(",");
polystr_out += (points_in[0] * 1 + shiftx) + ',' + (points_in[1] * 1 + shifty);
if (countstr < splitted_in.length - 1) {
polystr_out += ' ';
}
}
outstruct.attributes.getNamedItem("points").nodeValue = polystr_out;
}
str = X.serializeToString(outstruct);
//remove all the xmlns tags
var regex = /xmlns="[^"]+"/g;
str = str.replace(regex, '');
}
return str;
}
function flattenSVGfromString(xmlstr) {
var str = "";
var parser = new DOMParser();
var xmlDoc = parser.parseFromString(xmlstr, "text/xml"); //important to use "text/xml"
str = flattenSVG(xmlDoc.childNodes[0], 0, 0, 0);
return str;
}
function htmlspecialchars(my_input) {
var returnstr;
if (typeof (my_input) == 'undefined')
returnstr = "";
else
returnstr = my_input.toString();
var map = {
'&': '&',
'<': '<',
'>': '>',
'"': '"',
"'": '''
};
return returnstr.replace(/[&<>"']/g, function (m) { return map[m]; });
}
function browser_ie_detected() {
var ua = window.navigator.userAgent;
var msie = ua.indexOf("MSIE ");
var trident = ua.indexOf('Trident/');
if ((msie > 0) || (trident > 0))
return true;
else
return false;
}
var SVGelement = /** @class */ (function () {
function SVGelement() {
this.data = "";
this.xleft = 0;
this.xright = 0;
this.xrightmin = 0;
this.yup = 0;
this.ydown = 0;
}
return SVGelement;
}());
var List_Item = /** @class */ (function () {
// -- Constructor --
function List_Item(mylist) {
this.id = 0; //undefined
this.parent = 0; //no parent
this.indent = 0; //at root note, no parent
this.collapsed = false; //at the start, nothingh is collapsed
this.props = {}; // Lege properties
this.sourcelist = mylist;
}
// -- Initialisatie van properties --
List_Item.prototype.resetProps = function () { this.props = {}; };
// -- Default maximum aantal kinderen ==
List_Item.prototype.getMaxNumChilds = function () {
return (2 ^ 16);
};
// -- Tel aantal kinderen --
List_Item.prototype.getNumChilds = function () {
var numChilds = 0;
for (var i = 0; i < this.sourcelist.data.length; ++i) {
if ((this.sourcelist.data[i].parent === this.id) && (this.sourcelist.active[i]))
numChilds++;
}
return (numChilds);
};
// -- Check of het item actief is --
List_Item.prototype.isActief = function () {
var ordinal = this.sourcelist.getOrdinalById(this.id);
return (this.sourcelist.active[ordinal]);
};
// -- Retourneer ouder-item --
List_Item.prototype.getParent = function () {
return this.sourcelist.data[this.sourcelist.getOrdinalById(this.parent)];
};
// -- Editeren van een string --
List_Item.prototype.stringPropToHTML = function (item, size) {
var output = "";
var sizestr = "";
if (size != null)
sizestr = ' size="' + size + '" ';
output = '<input type="text"' + sizestr + ' id="' + 'HL_edit_' + this.id + '_' + item + '" '
+ 'onchange=HLPropUpdate(' + this.id + ',"' + item + '","STRING","' + 'HL_edit_' + this.id + '_' + item + '") value="' + this.props[item] + '">';
return (output);
};
// -- Editeren van een checkbox --
List_Item.prototype.checkboxPropToHTML = function (item) {
var output;
output = '<input type="checkbox" id="' + 'HL_edit_' + this.id + '_' + item + '" '
+ 'onchange=HLPropUpdate(' + this.id + ',"' + item + '","BOOLEAN","' + 'HL_edit_' + this.id + '_' + item + '")'
+ (this.props[item] ? ' checked' : '') + '>';
return (output);
};
// -- Editeren van een select box --
List_Item.prototype.selectPropToHTML = function (item, items) {
var myId = "HL_edit_" + this.id + "_" + item;
var output = "";
var options = "";
output = '<select id="' + myId + '" onchange=HLPropUpdate(' + this.id + ',"' + item + '","SELECT","' + myId + '")>';
for (var i = 0; i < items.length; i++) {
options = "";
if (this.props[item] == items[i]) {
options += " selected";
}
if (items[i] == "---") {
options += " disabled";
items[i] = "---------------------------";
}
if (items[i] == "-") {
options += " disabled";
items[i] = "---";
}
output += '<option value="' + items[i] + '" ' + options + '>' + items[i] + '</option>';
}
output += "</select>";
return (output);
};
// -- Genereer HTML code voor de boom-editor --
List_Item.prototype.toHTML = function (mode) {
return ("toHTML() function not defined for base class List_Item. Extend class first.");
};
List_Item.prototype.toSVG = function () {
var mySVG = new SVGelement();
return (mySVG);
};
return List_Item;
}());
var Electro_Item = /** @class */ (function (_super) {
__extends(Electro_Item, _super);
function Electro_Item(mylist) {
var _this = _super.call(this, mylist) || this;
_this.resetProps(); // In Javascript, this calls the derived classes
return _this;
}
// -- Lees oude legacy keys (enkel voor EDS versies 001 en 002) --
Electro_Item.prototype.getLegacyKey = function (mykeys, keyid) {
if ((typeof (mykeys) != 'undefined') && (mykeys.length > keyid)) {
return mykeys[keyid][2];
}
else {
return null;
}
};
// -- Converteer oud key-based systeem (EDS versies 1 en 2) --
Electro_Item.prototype.convertLegacyKeys = function (mykeys) { }; // Do nothing if not defined in derived class
// -- Na creatie van een item, zet alle props op default waarden --
Electro_Item.prototype.resetProps = function () { _super.prototype.resetProps.call(this); }; // overriden in each derived class
// -- Zoek vader van het Electro_Item --
Electro_Item.prototype.getParent = function () {
return _super.prototype.getParent.call(this);
};
// -- Lijst met toegestande kinderen van het Electro_item --
Electro_Item.prototype.allowedChilds = function () {
return ["", "Aansluiting", "Domotica", "Domotica module (verticaal)", "Domotica gestuurde verbruiker", "Meerdere verbruikers", "Splitsing", "---", "Batterij", "Bel", "Boiler", "Contactdoos", "Diepvriezer", "Droogkast", "Drukknop", "Elektriciteitsmeter", "Elektrische oven", "EV lader", "Ketel", "Koelkast", "Kookfornuis", "Lichtcircuit", "Lichtpunt", "Media", "Microgolfoven", "Motor", "Omvormer", "Overspanningsbeveiliging", "Schakelaars", "Stoomoven", "Transformator", "USB lader", "Vaatwasmachine", "Ventilator", "Verlenging", "Verwarmingstoestel", "Verbruiker", "Vrije tekst", "Warmtepomp/airco", "Wasmachine", "Zonnepaneel", "---", "Aansluitpunt", "Aftakdoos", "Leeg", "Zeldzame symbolen"];
};
// -- Aantal actieve kinderen van het Electro_item --
Electro_Item.prototype.getNumChildsWithKnownType = function () {
var numChilds = 0;
if (this.sourcelist != null) {
for (var i = 0; i < this.sourcelist.data.length; ++i) {
if ((this.sourcelist.data[i].parent === this.id) && (this.sourcelist.active[i])
&& (this.sourcelist.data[i].getType() != ""))
numChilds++;
}
}
return (numChilds);
};
// -- Check of Electro_item een kind heeft --
Electro_Item.prototype.heeftKindMetGekendType = function () {
return (this.getNumChildsWithKnownType() > 0);
};
// -- Check of [item] een vrije tekst zonder kader is --
Electro_Item.prototype.isVrijeTekstZonderKader = function () {
if (this.getType() == "Vrije tekst") {
if (this.props.vrije_tekst_type == "zonder kader")
return true;
else
return false;
}
else
return false;
};
// -- Check of er een streepje moet geplaatst worden achter bepaalde elementen zoals een contactdoos of lichtpunt --
Electro_Item.prototype.heeftVerbruikerAlsKind = function () {
var parent = this.getParent();
if ((parent != null) && (parent.getType() == "Meerdere verbruikers")) {
var myOrdinal = this.sourcelist.getOrdinalById(this.id);
var lastOrdinal = 0;
for (var i = 0; i < this.sourcelist.data.length; ++i) {
if (this.sourcelist.active[i] && !(this.sourcelist.data[i].isVrijeTekstZonderKader()) && (this.sourcelist.data[i].parent == this.parent))
lastOrdinal = i;
}
if (lastOrdinal > myOrdinal)
return true;
else
return false;
}
else {
if (this.sourcelist != null) {
for (var i = 0; i < this.sourcelist.data.length; ++i) {
if ((this.sourcelist.data[i].parent === this.id) &&
(this.sourcelist.active[i]) && !(this.sourcelist.data[i].isVrijeTekstZonderKader()) &&
(this.sourcelist.data[i].getType() != "") && (this.sourcelist.data[i].getType() != null))
return true;
}
}
}
return false;
};
// -- Maak het huidige Electro_item een copy van source_item --
Electro_Item.prototype.clone = function (source_item) {
this.parent = source_item.parent;
this.indent = source_item.indent;
this.collapsed = source_item.collapsed;
this.sourcelist = source_item.sourcelist;
this.props = deepClone(source_item.props);
};
// -- Type van het Electro_item teruggeven --
Electro_Item.prototype.getType = function () { return this.props.type; };
//-- Clear all keys, met uitzondering van nr indien er een nummer is --
Electro_Item.prototype.clearProps = function () {
var oldnr;
if (typeof (this.props.nr) != 'undefined')
oldnr = this.props.nr;
else
oldnr = "";
this.props = {};
this.props.nr = oldnr;
};
// -- Returns the maximum number of childs the Electro_Item can have --
Electro_Item.prototype.getMaxNumChilds = function () {
var parent = this.getParent();
if (parent == null)
return 256; //This should never happen, all allowed childs of null have their own implementations of getMaxNumChilds() and will never call this.
switch (parent.getType()) {
case "Meerdere verbruikers":
return 0;
break; // Childs of "Meerdere verbruikers" cannot have childs
default:
return 1;
break; // By default, most element can have 1 child unless overwritten by derived classes
}
};
// -- Returns true if the Electro_Item can take an extra childs --
Electro_Item.prototype.checkInsertChild = function () { return (this.getMaxNumChilds() > this.getNumChilds()); };
// -- Returns true if the parent can take an extra child --
Electro_Item.prototype.checkInsertSibling = function () {
var parent = this.getParent();
if (parent == null)
return true;
else
return (parent.getMaxNumChilds() > parent.getNumChilds());
};
// -- Displays the navigation buttons for the Electro_Item, i.e. the green and blue arrows, and the selection of the Type (Bord, Kring, ...) --
Electro_Item.prototype.toHTMLHeader = function (mode) {
var output = "";
if (mode == "move") {
output += "<b>ID: " + this.id + "</b>, ";
output += 'Moeder: <input id="id_parent_change_' + this.id + '" type="text" size="2" value="' + this.parent + '" onchange="HL_changeparent(' + this.id + ')"> ';
output += " <button style=\"background-color:lightblue;\" onclick=\"HLMoveUp(" + this.id + ")\">▲</button>";
output += " <button style=\"background-color:lightblue;\" onclick=\"HLMoveDown(" + this.id + ")\">▼</button>";
if (this.checkInsertSibling()) {
output += " <button style=\"background-color:lightblue;\" onclick=\"HLClone(" + this.id + ")\">Clone</button>";
}
}
else {
if (this.checkInsertSibling()) {
output += " <button style=\"background-color:green;\" onclick=\"HLInsertBefore(" + this.id + ")\">▲</button>";
output += " <button style=\"background-color:green;\" onclick=\"HLInsertAfter(" + this.id + ")\">▼</button>";
}
if (this.checkInsertChild()) {
output += " <button style=\"background-color:green;\" onclick=\"HLInsertChild(" + this.id + ")\">▶</button>";
}
}
;
output += " <button style=\"background-color:red;\" onclick=\"HLDelete(" + this.id + ")\">♻</button>";
output += " ";
var parent = this.getParent();
var consumerArray;
if (parent == null)
consumerArray = ["", "Kring", "Aansluiting"];
else
consumerArray = this.getParent().allowedChilds();
output += this.selectPropToHTML('type', consumerArray);
return (output);
};
// -- This one will get called if the type of the Electro_Item has not yet been chosen --
Electro_Item.prototype.toHTML = function (mode) { return (this.toHTMLHeader(mode)); }; // Implemented in the derived classes
// -- Code to add the addressline below when drawing SVG. This is called by most derived classes --
Electro_Item.prototype.addAddressToSVG = function (mySVG, starty, godown, shiftx) {
if (starty === void 0) { starty = 60; }
if (godown === void 0) { godown = 15; }
if (shiftx === void 0) { shiftx = 0; }
var returnstr;
if (!(/^\s*$/.test(this.props.adres))) { //check if adres contains only white space
returnstr = '<text x="' + ((mySVG.xright - 20) / 2 + 21 + shiftx) + '" y="' + starty + '" style="text-anchor:middle" font-family="Arial, Helvetica, sans-serif" font-size="10" font-style="italic">' + htmlspecialchars(this.props.adres) + '</text>';
mySVG.ydown = mySVG.ydown + godown;
}
return returnstr;
};
// -- Make the SVG for the electro item, placeholder for derived classes --
Electro_Item.prototype.toSVG = function () { return (new SVGelement()); }; //Placeholder for derived classes
return Electro_Item;
}(List_Item));
var Schakelaar = /** @class */ (function () {
function Schakelaar(type, halfwaterdicht, verklikkerlamp, signalisatielamp, trekschakelaar, aantal) {
if (halfwaterdicht === void 0) { halfwaterdicht = false; }
if (verklikkerlamp === void 0) { verklikkerlamp = false; }
if (signalisatielamp === void 0) { signalisatielamp = false; }
if (trekschakelaar === void 0) { trekschakelaar = false; }
if (aantal === void 0) { aantal = 1; }
this.type = type;
this.halfwaterdicht = halfwaterdicht;
this.verklikkerlamp = verklikkerlamp;
this.signalisatielamp = signalisatielamp;
this.trekschakelaar = trekschakelaar;
this.aantal = aantal;
}
Schakelaar.prototype.schakelaarAttributentoSVGString = function (endx, isdubbel) {
if (isdubbel === void 0) { isdubbel = false; }
var outputstr = "";
if (this.signalisatielamp)
outputstr += '<use xlink:href="#signalisatielamp" x="' + (endx - 10) + '" y="25" />';
if (this.halfwaterdicht)
outputstr += '<text x="' + endx + '" y="10" style="text-anchor:middle" font-family="Arial, Helvetica, sans-serif" font-size="10">h</text>';
if (this.verklikkerlamp)
outputstr += '<line x1="' + (endx - 3) + '" x2="' + (endx + 3) + '" y1="22" y2="28" stroke="black" /><line x1="' + (endx - 3) + '" x2="' + (endx + 3) + '" y1="28" y2="22" stroke="black" />';
if (this.trekschakelaar) {
switch (isdubbel) {
case false:
outputstr += '<line x1="' + (endx + 10.5) + '" x2="' + (endx + 10.5) + '" y1="5" y2="15" stroke="black" /><line x1="' + (endx + 10.5) + '" x2="' + (endx + 8.5) + '" y1="15" y2="11" stroke="black" /><line x1="' + (endx + 10.5) + '" x2="' + (endx + 12.5) + '" y1="15" y2="11" stroke="black" />';
break;
case true:
outputstr += '<line x1="' + (endx + 8.5) + '" x2="' + (endx + 8.5) + '" y1="9" y2="19" stroke="black" /><line x1="' + (endx + 8.5) + '" x2="' + (endx + 6.5) + '" y1="19" y2="15" stroke="black" /><line x1="' + (endx + 8.5) + '" x2="' + (endx + 10.5) + '" y1="19" y2="15" stroke="black" />';
break;
}
}
return outputstr;
};
Schakelaar.prototype.enkeltoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_enkel" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.dubbeltoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_dubbel" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx, true);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.driepoligtoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_trippel" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx, true);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.dubbelaanstekingtoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_dubbelaansteking" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.wissel_enkeltoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_wissel_enkel" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.wissel_dubbeltoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_wissel_dubbel" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx, true);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.kruis_enkeltoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_kruis_enkel" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.dimschakelaartoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_enkel_dim" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.dimschakelaarWisseltoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_wissel_dim" x="' + endx + '" y="25" />'
+ this.schakelaarAttributentoSVGString(endx);
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.bewegingsschakelaartoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 20;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#relais" x="' + endx + '" y="16" />'
+ '<use xlink:href="#moving_man" x="' + (endx + 1.5) + '" y="11" />'
+ '<use xlink:href="#detectie_klein" x="' + (endx + 23) + '" y="13"></use>'
+ '<line x1="' + endx + '" x2="' + endx + '" y1="29" y2="43" fill="none" style="stroke:black" />'
+ '<line x1="' + (endx + 40) + '" x2="' + (endx + 40) + '" y1="29" y2="43" fill="none" style="stroke:black" />'
+ '<line x1="' + (endx) + '" x2="' + (endx + 40) + '" y1="43" y2="43" fill="none" style="stroke:black" />';
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.rolluikschakelaartoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 30;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#schakelaar_rolluik" x="' + endx + '" y="25" />';
if (this.halfwaterdicht)
outputstr += '<text x="' + endx + '" y="10" style="text-anchor:middle" font-family="Arial, Helvetica, sans-serif" font-size="10">h</text>';
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.magneetcontacttoDrawReturnObj = function (startx) {
var outputstr = "";
var endx = startx + 20;
// Alles naar beneden schuiven als we het aantal laders boven het symbool willen plaatsen
if (this.aantal > 1) {
outputstr += '<text x="31" y="10" style="text-anchor:middle" font-family="Arial, Helvetica, sans-serif" font-size="10">x' + htmlspecialchars(this.aantal) + '</text>';
}
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#magneetcontact" x="' + endx + '" y="25" />';
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.defaulttoDrawReturnObj = function (startx, symbol) {
var outputstr = "";
var endx = startx + 20;
outputstr += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="' + symbol + '" x="' + endx + '" y="25" />';
return ({ endx: endx, str: outputstr, lowerbound: null });
};
Schakelaar.prototype.extraPlaatsRechts = function () {
if ((this.type == "enkel") || (this.type == "dubbel") || (this.type == "driepolig") || (this.type == "dubbelaansteking") ||
(this.type == "wissel_enkel") || (this.type == "wissel_dubbel") || (this.type == "kruis_enkel") || (this.type == "dimschakelaar") ||
(this.type == "dimschakelaar_wissel"))
return 10;
else if (this.type == "rolluikschakelaar")
return 7;
else
return 0;
};
Schakelaar.prototype.toSVGString = function (startx, last) {
var _a, _b, _c, _d, _e, _f, _g, _h, _j, _k, _l, _m, _o, _p, _q, _r, _s, _t, _u, _v;
var outputstr = "";
var endx;
var lowerbound = 20;
switch (this.type) {
case "enkel":
(_a = (this.enkeltoDrawReturnObj(startx)), endx = _a.endx, outputstr = _a.str);
endx += 5;
break;
case "dubbel":
(_b = (this.dubbeltoDrawReturnObj(startx)), endx = _b.endx, outputstr = _b.str);
endx += 5;
break;
case "driepolig":
(_c = (this.driepoligtoDrawReturnObj(startx)), endx = _c.endx, outputstr = _c.str);
endx += 5;
break;
case "dubbelaansteking":
(_d = (this.dubbelaanstekingtoDrawReturnObj(startx)), endx = _d.endx, outputstr = _d.str);
endx += 5;
break;
case "wissel_enkel":
(_e = (this.wissel_enkeltoDrawReturnObj(startx)), endx = _e.endx, outputstr = _e.str);
endx += 5;
lowerbound = Math.max(lowerbound, 35);
break;
case "wissel_dubbel":
(_f = (this.wissel_dubbeltoDrawReturnObj(startx)), endx = _f.endx, outputstr = _f.str);
endx += 5;
lowerbound = Math.max(lowerbound, 35);
break;
case "kruis_enkel":
(_g = (this.kruis_enkeltoDrawReturnObj(startx)), endx = _g.endx, outputstr = _g.str);
endx += 5;
lowerbound = Math.max(lowerbound, 35);
break;
case "dimschakelaar":
(_h = (this.dimschakelaartoDrawReturnObj(startx)), endx = _h.endx, outputstr = _h.str);
endx += 5;
break;
case "dimschakelaar_wissel":
(_j = (this.dimschakelaarWisseltoDrawReturnObj(startx)), endx = _j.endx, outputstr = _j.str);
endx += 5;
lowerbound = Math.max(lowerbound, 35);
break;
case "bewegingsschakelaar":
(_k = (this.bewegingsschakelaartoDrawReturnObj(startx)), endx = _k.endx, outputstr = _k.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
case "rolluikschakelaar":
(_l = (this.rolluikschakelaartoDrawReturnObj(startx)), endx = _l.endx, outputstr = _l.str);
endx += 8;
lowerbound = Math.max(lowerbound, 25);
break;
case "magneetcontact":
(_m = (this.magneetcontacttoDrawReturnObj(startx)), endx = _m.endx, outputstr = _m.str);
endx += 20;
lowerbound = Math.max(lowerbound, 25);
break;
case "schakelaar":
(_o = (this.defaulttoDrawReturnObj(startx, '#schakelaar')), endx = _o.endx, outputstr = _o.str);
endx += 40;
break;
case "schemerschakelaar":
(_p = (this.defaulttoDrawReturnObj(startx, '#schemerschakelaar')), endx = _p.endx, outputstr = _p.str);
endx += 40;
break;
case "teleruptor":
(_q = (this.defaulttoDrawReturnObj(startx, '#teleruptor')), endx = _q.endx, outputstr = _q.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
case "dimmer":
(_r = (this.defaulttoDrawReturnObj(startx, '#dimmer')), endx = _r.endx, outputstr = _r.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
case "relais":
(_s = (this.defaulttoDrawReturnObj(startx, '#relais')), endx = _s.endx, outputstr = _s.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
case "minuterie":
(_t = (this.defaulttoDrawReturnObj(startx, '#minuterie')), endx = _t.endx, outputstr = _t.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
case "thermostaat":
(_u = (this.defaulttoDrawReturnObj(startx, '#thermostaat')), endx = _u.endx, outputstr = _u.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
case "tijdschakelaar":
(_v = (this.defaulttoDrawReturnObj(startx, '#tijdschakelaar')), endx = _v.endx, outputstr = _v.str);
endx += 40;
lowerbound = Math.max(lowerbound, 30);
break;
default:
endx = 30; //Indien type niet herkend wordt minstens deze variabele definieren
}
return ({ endx: endx, str: outputstr, lowerbound: lowerbound });
};
return Schakelaar;
}());
var Schakelaars = /** @class */ (function (_super) {
__extends(Schakelaars, _super);
function Schakelaars(mylist) {
return _super.call(this, mylist) || this;
}
Schakelaars.prototype.convertLegacyKeys = function (mykeys) {
this.props.type = this.getLegacyKey(mykeys, 0);
this.props.aantal_schakelaars = this.getLegacyKey(mykeys, 4);
this.props.type_schakelaar = this.getLegacyKey(mykeys, 5);
this.props.nr = this.getLegacyKey(mykeys, 10);
this.props.adres = this.getLegacyKey(mykeys, 15);
this.props.heeft_signalisatielampje = this.getLegacyKey(mykeys, 19);
this.props.is_halfwaterdicht = this.getLegacyKey(mykeys, 20);
this.props.heeft_verklikkerlampje = this.getLegacyKey(mykeys, 21);
this.props.is_trekschakelaar = this.getLegacyKey(mykeys, 25);
};
Schakelaars.prototype.resetProps = function () {
this.clearProps();
this.props.type = "Schakelaars"; // This is rather a formality as we should already have this at this stage
this.props.aantal_schakelaars = "1"; // Per default 1 schakelaar
this.props.type_schakelaar = "enkelpolig"; // Per default enkelpolig
this.props.adres = ""; // Set Adres/tekst to "" when the item is cleared
this.props.heeft_signalisatielampje = false; // Per default geen signalisatielampje
this.props.is_halfwaterdicht = false; // Per default niet halfwaterdicht
this.props.heeft_verklikkerlampje = false; // Per default geen verklikkerslampje
this.props.is_trekschakelaar = false; // Per default geen trekschakelaar
};
Schakelaars.prototype.kanHalfwaterdichtZijn = function () {
return ((this.props.type_schakelaar == "enkelpolig") || (this.props.type_schakelaar == "dubbelpolig") || (this.props.type_schakelaar == "driepolig") || (this.props.type_schakelaar == "kruis_enkel") ||
(this.props.type_schakelaar == "dubbelaansteking") || (this.props.type_schakelaar == "wissel_enkel") || (this.props.type_schakelaar == "wissel_dubbel") || (this.props.type_schakelaar == "dubbel") ||
(this.props.type_schakelaar == "dimschakelaar") || (this.props.type_schakelaar == "dimschakelaar wissel") || (this.props.type_schakelaar == "rolluikschakelaar"));
};
Schakelaars.prototype.kanVerklikkerlampjeHebben = function () {
return ((this.props.type_schakelaar == "enkelpolig") || (this.props.type_schakelaar == "dubbelpolig") || (this.props.type_schakelaar == "driepolig") || (this.props.type_schakelaar == "kruis_enkel") ||
(this.props.type_schakelaar == "dubbelaansteking") || (this.props.type_schakelaar == "wissel_enkel") || (this.props.type_schakelaar == "wissel_dubbel") || (this.props.type_schakelaar == "dubbel") ||
(this.props.type_schakelaar == "dimschakelaar") || (this.props.type_schakelaar == "dimschakelaar wissel"));
};
Schakelaars.prototype.kanSignalisatielampjeHebben = function () {
return this.kanVerklikkerlampjeHebben();
};
Schakelaars.prototype.kanTrekschakelaarHebben = function () {
return ((this.props.type_schakelaar == "enkelpolig") || (this.props.type_schakelaar == "dubbelpolig") || (this.props.type_schakelaar == "driepolig") || (this.props.type_schakelaar == "kruis_enkel") ||
(this.props.type_schakelaar == "dubbelaansteking") || (this.props.type_schakelaar == "wissel_enkel") || (this.props.type_schakelaar == "wissel_dubbel") || (this.props.type_schakelaar == "dubbel"));
};
Schakelaars.prototype.overrideKeys = function () {
switch (this.props.type_schakelaar) {
case "enkelpolig":
this.props.aantal_schakelaars = String(Math.min(Number(this.props.aantal_schakelaars), 5));
break;
case "dubbelpolig":
this.props.aantal_schakelaars = String(Math.min(Number(this.props.aantal_schakelaars), 2));
break;
case "magneetcontact":
this.props.aantal_schakelaars = String(Math.min(Number(this.props.aantal_schakelaars), 20));
break;
default:
this.props.aantal_schakelaars = "1";
break;
}
if (!this.kanHalfwaterdichtZijn)
this.props.is_halfwaterdicht = false;
if (!this.kanVerklikkerlampjeHebben)
this.props.heeft_verklikkerlampje = false;
if (!this.kanSignalisatielampjeHebben)
this.props.heeft_signalisatielampje = false;
if (!this.kanTrekschakelaarHebben)
this.props.is_trekschakelaar = false;
};
Schakelaars.prototype.toHTML = function (mode) {
this.overrideKeys();
var output = this.toHTMLHeader(mode);
output += " Nr: " + this.stringPropToHTML('nr', 5);
output += ", " + this.selectPropToHTML('type_schakelaar', ["enkelpolig", "dubbelpolig", "driepolig", "dubbelaansteking", "wissel_enkel", "wissel_dubbel", "kruis_enkel", "---", "schakelaar", "dimschakelaar", "dimschakelaar wissel", "bewegingsschakelaar", "schemerschakelaar", "---", "teleruptor", "relais", "dimmer", "tijdschakelaar", "minuterie", "thermostaat", "rolluikschakelaar", "---", "magneetcontact"]);
if (this.kanHalfwaterdichtZijn())
output += ", Halfwaterdicht: " + this.checkboxPropToHTML('is_halfwaterdicht');
if (this.kanVerklikkerlampjeHebben())
output += ", Verklikkerlampje: " + this.checkboxPropToHTML('heeft_verklikkerlampje');
if (this.kanSignalisatielampjeHebben())
output += ", Signalisatielampje: " + this.checkboxPropToHTML('heeft_signalisatielampje');
if (this.kanTrekschakelaarHebben())
output += ", Trekschakelaar: " + this.checkboxPropToHTML('is_trekschakelaar');
switch (this.props.type_schakelaar) {
case "enkelpolig":
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["1", "2", "3", "4", "5"]);
break;
case "dubbelpolig":
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["1", "2"]);
break;
case "magneetcontact":
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12", "13", "14", "15", "16", "17", "18", "19", "20"]);
break;
}
output += ", Adres/tekst: " + this.stringPropToHTML('adres', 5);
return (output);
};
Schakelaars.prototype.bouwSchakelaarKeten = function (tekenKeten) {
switch (this.props.type_schakelaar) {
case "wissel_enkel":
tekenKeten.push(new Schakelaar("wissel_enkel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
break;
case "wissel_dubbel":
tekenKeten.push(new Schakelaar("wissel_dubbel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
break;
case "kruis_enkel":
tekenKeten.push(new Schakelaar("kruis_enkel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
break;
case "teleruptor":
tekenKeten.push(new Schakelaar("teleruptor"));
break;
case "bewegingsschakelaar":
tekenKeten.push(new Schakelaar("bewegingsschakelaar"));
break;
case "schemerschakelaar":
tekenKeten.push(new Schakelaar("schemerschakelaar"));
break;
case "schakelaar":
tekenKeten.push(new Schakelaar("schakelaar"));
break;
case "dimmer":
tekenKeten.push(new Schakelaar("dimmer"));
break;
case "relais":
tekenKeten.push(new Schakelaar("relais"));
break;
case "minuterie":
tekenKeten.push(new Schakelaar("minuterie"));
break;
case "thermostaat":
tekenKeten.push(new Schakelaar("thermostaat"));
break;
case "tijdschakelaar":
tekenKeten.push(new Schakelaar("tijdschakelaar"));
break;
case "magneetcontact":
tekenKeten.push(new Schakelaar("magneetcontact", false, false, false, false, this.props.aantal_schakelaars));
break;
case "rolluikschakelaar":
tekenKeten.push(new Schakelaar("rolluikschakelaar", this.props.is_halfwaterdicht));
break;
case "dubbelaansteking":
tekenKeten.push(new Schakelaar("dubbelaansteking", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
break;
case "dimschakelaar":
tekenKeten.push(new Schakelaar("dimschakelaar", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, false));
break;
case "dimschakelaar wissel":
tekenKeten.push(new Schakelaar("dimschakelaar_wissel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, false));
break;
case "enkelpolig":
if (Number(this.props.aantal_schakelaars) == 1)
tekenKeten.push(new Schakelaar("enkel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
if (Number(this.props.aantal_schakelaars) > 1) {
tekenKeten.push(new Schakelaar("wissel_enkel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
for (var i = 2; i < Number(this.props.aantal_schakelaars); ++i) {
tekenKeten.push(new Schakelaar("kruis_enkel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
}
tekenKeten.push(new Schakelaar("wissel_enkel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
}
break;
case "dubbelpolig":
if (Number(this.props.aantal_schakelaars) == 1)
tekenKeten.push(new Schakelaar("dubbel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
if (Number(this.props.aantal_schakelaars) > 1) {
tekenKeten.push(new Schakelaar("wissel_dubbel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
tekenKeten.push(new Schakelaar("wissel_dubbel", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
}
break;
case "driepolig":
tekenKeten.push(new Schakelaar("driepolig", this.props.is_halfwaterdicht, this.props.heeft_verklikkerlampje, this.props.heeft_signalisatielampje, this.props.is_trekschakelaar));
break;
}
};
Schakelaars.prototype.toSVG = function () {
var _a;
var mySVG = new SVGelement();
var tekenKeten = [];
// Eerst maken we een keten van unieke schakelaars. De aantallen worden hier vervangen door individuele elementen in een array
this.bouwSchakelaarKeten(tekenKeten);
var lowerbound = 20; // How low does the switch go below the baseline, needed to place adres afterwards
var startx = 1;
var endx;
for (var i = 0; i < tekenKeten.length; i++) {
var islast = ((i == tekenKeten.length - 1) && (!this.heeftVerbruikerAlsKind()));
var str = void 0;
(_a = tekenKeten[i].toSVGString(startx, islast), startx = _a.endx, str = _a.str, lowerbound = _a.lowerbound);
mySVG.data += str;
}
// Voor bepaalde symbolen moet wat extra ruimte rechts voorzien worden om te vermijden dat de tekening door de volgende kring loopt
if (!this.heeftVerbruikerAlsKind())
startx += tekenKeten[tekenKeten.length - 1].extraPlaatsRechts();
mySVG.xleft = 1; // foresee at least some space for the conductor
mySVG.xright = startx - 2;
mySVG.yup = 25;
mySVG.ydown = 25;
mySVG.data += this.addAddressToSVG(mySVG, 25 + lowerbound, Math.max(0, lowerbound - 20));
mySVG.data += "\n";
return (mySVG);
};
return Schakelaars;
}(Electro_Item));
var Lichtcircuit = /** @class */ (function (_super) {
__extends(Lichtcircuit, _super);
function Lichtcircuit() {
return _super !== null && _super.apply(this, arguments) || this;
}
Lichtcircuit.prototype.resetProps = function () {
_super.prototype.resetProps.call(this); //Schakelaars
this.props.type = "Lichtcircuit"; // This is rather a formality as we should already have this at this stage
this.props.aantal_lichtpunten = "1"; // Per default 1 lichtpunt
};
Lichtcircuit.prototype.convertLegacyKeys = function (mykeys) {
_super.prototype.convertLegacyKeys.call(this, mykeys);
this.props.aantal_lichtpunten = this.getLegacyKey(mykeys, 13);
};
Lichtcircuit.prototype.toHTML = function (mode) {
this.overrideKeys();
var output = this.toHTMLHeader(mode);
output += " Nr: " + this.stringPropToHTML('nr', 5);
output += ", " + this.selectPropToHTML('type_schakelaar', ["enkelpolig", "dubbelpolig", "driepolig", "dubbelaansteking", "wissel_enkel", "wissel_dubbel", "kruis_enkel", "---", "schakelaar", "dimschakelaar", "dimschakelaar wissel", "bewegingsschakelaar", "schemerschakelaar", "---", "teleruptor", "relais", "dimmer", "tijdschakelaar", "minuterie", "thermostaat", "rolluikschakelaar"]);
if (this.kanHalfwaterdichtZijn())
output += ", Halfwaterdicht: " + this.checkboxPropToHTML('is_halfwaterdicht');
if (this.kanVerklikkerlampjeHebben())
output += ", Verklikkerlampje: " + this.checkboxPropToHTML('heeft_verklikkerlampje');
if (this.kanSignalisatielampjeHebben())
output += ", Signalisatielampje: " + this.checkboxPropToHTML('heeft_signalisatielampje');
if (this.kanTrekschakelaarHebben())
output += ", Trekschakelaar: " + this.checkboxPropToHTML('is_trekschakelaar');
switch (this.props.type_schakelaar) {
case "enkelpolig":
if (this.props.aantal_schakelaars == 0) {
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["0", "1", "2", "3", "4", "5"])
+ '<span style="color: red;"> Compatibiliteitsmodus, kies aantal schakelaars verschillend van 0 of gebruik element lichtpunt</span>';
}
else {
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["1", "2", "3", "4", "5"]);
}
break;
case "dubbelpolig":
if (this.props.aantal_schakelaars == 0) {
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["0", "1", "2"])
+ '<span style="color: red;"> Compatibiliteitsmodus, kies aantal schakelaars verschillend van 0 of gebruik element lichtpunt</span>';
}
else {
output += ", Aantal schakelaars: " + this.selectPropToHTML('aantal_schakelaars', ["1", "2"]);
}
break;
}
output += ", Aantal lichtpunten: " + this.selectPropToHTML('aantal_lichtpunten', ["0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "10"]);
output += ", Adres/tekst: " + this.stringPropToHTML('adres', 5);
return (output);
};
Lichtcircuit.prototype.toSVG = function () {
var _a;
var mySVG = new SVGelement();
var tekenKeten = [];
// Eerst maken we een keten van unieke schakelaars. De aantallen worden hier vervangen door individuele elementen in een array
this.bouwSchakelaarKeten(tekenKeten);
var lowerbound = 20; // How low does the switch go below the baseline, needed to place adres afterwards
var startx = 1;
var endx;
// Teken de schakelaars
for (var i = 0; i < tekenKeten.length; i++) {
var islast = ((i == tekenKeten.length - 1) && (!this.heeftVerbruikerAlsKind()));
var str = void 0;
(_a = tekenKeten[i].toSVGString(startx, islast), startx = _a.endx, str = _a.str, lowerbound = _a.lowerbound);
mySVG.data += str;
}
if (this.props.aantal_lichtpunten >= 1) { //1 of meerdere lampen
// Teken de lamp
endx = startx + 30;
mySVG.data += '<line x1="' + startx + '" x2="' + endx + '" y1="25" y2="25" stroke="black" />'
+ '<use xlink:href="#lamp" x="' + endx + '" y="25" />';