// ==UserScript==
// @name WME Select Same Type Roads (g1220k version)
// @author g1220k
// @namespace https://greasyfork.org/en/users/829054-g1220k
// @description This script add functionnality to select and modify roads
// @match *://*.waze.com/*editor*
// @exclude *://*.waze.com/user/editor*
// @grant unsafeWindow
// @version 4.12.3
// @license CC-BY-NC-SA
// @require https://greasyfork.org/scripts/24851-wazewrap/code/WazeWrap.js
// ==/UserScript==
/* global W, WazeWrap, $, I18n, OpenLayers, require */
// Based on Street to River ( http://userscripts.org/scripts/show/122049 )
// Thanks to alcolo47 (some functions are based on WME Extented Tools)
// Thanks to gdu1971, bgodette, Timbones for part of code
// Adapted by buchet37 for "Select Same Type Road"
// Mini howto:
// 1) install this script as greasemonkey script or chrome extension
// 2) Select 2 segments
// 3) Click the "Select Roads A<=>B" button
// The script will select all same type road between A and B with a limit of 50 segments
var WME_SSTR_version = "4.12.3" ;
// *************
// ** INIT **
// *************
/*async function onWazeWrapReady() {
if (typeof unsafeWindow === "undefined") {
unsafeWindow = function() {
var dummyElem = document.createElement("p");
dummyElem.setAttribute("onclick", "return window;");
return dummyElem.onclick();
}();
}
selectSameTypeRoad();
}
function selectSameTypeRoad() {
if (W && W.map && W.model && 'undefined' != typeof require ) {start_selectSameTypeRoad(); }
else { setTimeout(selectSameTypeRoad , 1000); }
}
*/
async function onWazeWrapReady() {
log("Start")
var defaultWidth = "15 m"; //Default Width is equal to 15m
// ***************** COMPATIBILITY WITH NEW EDITOR ***********
var WazeActionAddLandmark = require("Waze/Action/AddLandmark");
var WazeActionAddOrGetCity = require("Waze/Action/AddOrGetCity");
var WazeActionAddOrGetStreet = require("Waze/Action/AddOrGetStreet");
//var WazeActionCreateObject = require("Waze/Action/CreateObject");
var WazeActionCreateRoundabout = require ("Waze/Action/CreateRoundabout");
var WazeActionDeleteSegment = require ("Waze/Action/DeleteSegment");
var WazeActionModifyAllConnections = require ("Waze/Action/ModifyAllConnections");
var WazeActionMultiAction = require ("Waze/Action/MultiAction");
var WazeActionUpdateObject = require("Waze/Action/UpdateObject");
var WazeActionUpdateSegmentGeometry = require("Waze/Action/UpdateSegmentGeometry");
var WazeFeatureVectorLandmark = require("Waze/Feature/Vector/Landmark");
// *****************************************************************
setTimeout (function () {insertButton();}, 5001); //tempo
function insertButton() {
if(document.getElementById('WME_SSTR_All') != null) return;
var WME_SSTR_ALL1 = create_WME_SSTR_ALL ();
// ******* Mise en place des buttons ****
var WME_SSTR_ALL_Flag = false, myDialogBoxFlag = false;
function put_WME_SSTR_ALL() { // wait for 'sidebar'
if (document.getElementById('segment-edit-general')!=null) {
//if (document.getElementById('sidebar')!=null) {
$("#segment-edit-general").append(WME_SSTR_ALL1);
WME_SSTR_ALL_Flag = true;
}
else {
setTimeout (function () {put_WME_SSTR_ALL();}, 1001);
}
}
put_WME_SSTR_ALL();
// Boite d'alerte
var myAlertBoxFlag = false;
function put_myAlertBox() {
if (document.getElementById('search')!=null) {
if (document.getElementById('WME_JCB_AlertBox')==null) {
var myAlertBox = $('<div id="WME_JCB_AlertBox" class="form-control search-query" style="opacity : 0.8;display :none; height: auto;min-height: 30px; position: absolute;top :16px; margin-left: 350px; margin-right: auto; "/>');
var myAlertTxt = $('<div id="WME_JCB_AlertTxt" style=" opacity : 1;display:inline;padding:0px 0px">City ID/');
myAlertBox.append(myAlertTxt);
$("#search").append(myAlertBox);
}
myAlertBoxFlag = true;
}
else {setTimeout (function () {put_myAlertBox();}, 501);}
}
put_myAlertBox();
function start_init_WME_SSTR() { // si tous les boutons sont chargés on démarre le script
if (WME_SSTR_ALL_Flag && myAlertBoxFlag) {
init_WME_SSTR();
}
else {setTimeout(function () {start_init_WME_SSTR();}, 501);}
}
start_init_WME_SSTR();
return;
}
function put_WME_SSTR_button () {
if(document.getElementById('WME_SSTR_All') != null) return ;
var selectedItems = W.selectionManager.getSelectedFeatures();
if (selectedItems.length != 0 &&
selectedItems[0].attributes.wazeFeature._wmeObject.type == "segment") { // s'il y aune selection de segment active
var WME_SSTR_ALL1 = create_WME_SSTR_ALL ();
if (document.getElementById('segment-edit-general')!=null) {
$("#segment-edit-general").append(WME_SSTR_ALL1); //on met le menu et on intilise les check box
if (localStorage.WME_SSTR_enable=='true') { // restaure old Values (if exist)
document.getElementById ('WME_SSTR_enable').checked = 1;}
if (localStorage.WME_SSTR_Smth=='true') {
document.getElementById ('WME_SSTR_SmthRvr').checked = 1;}
}
else {
setTimeout (function () {put_WME_SSTR_button();}, 1001); //autrement on attend
}
}
return;
}
function create_WME_SSTR_ALL () {
var chk1 = $('<Label style="font-weight:normal"><input type="checkbox"; style="vertical-align: middle;margin:0px;" id="WME_SSTR_enable" title="Enable or Disable WME SSTR">On-Off </input></Label>');
var chk2 = $('<Label style="font-weight:normal;margin:0px 5px 0px 0px"><input type="checkbox"; style="vertical-align: middle;margin:0px;" id="WME_SSTR_SmthRvr" title="Check for smoothing">Smooth</input></Label>');
var url1 = $('<div style="font-size:12px;display: inline;"> <u><i><a href="https://greasyfork.org/en/scripts/471397-wme-select-same-type-roads-g1220k-version" target="_blank">Select Same Type Road ' + WME_SSTR_version+ '</a></i></u>');
var btn1 = $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px;" title="Select 1 or more segments and click this button">Select Same Type Roads</button>');
var btn2 = $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px; margin-right:5px;" title="Select adjacent segment from node A">A =></button>');
var btn3 = $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px" title="Select adjacent segment from node B">B =></button>');
var btn4 = $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px" title="Start from segment 1 to join Segment 2 (if possible)">1 => 2</button>');
var btn7 = $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px; margin-right:5px; " title="Create a River from Street Geometry">Street => River</button>');
var btn8 = $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px;" title="Select road(s) to make an Overall Landmark">Do Landmark</button>');
var btn10= $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px" title="Make a new roundabout from 1 segment of an old one">Redo Roundabout</button>');
var btn12= $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px; margin-right:5px; " title="click this button to suppress road geometry">Clear Road Geometry</button>');
var btn13= $('<button class="waze-btn waze-btn-small waze-btn-white" style="padding:0px 6px; height:20px" title="click this button to allow "All drives" and "All Turns" on selected roads)">All drives on Selection</button>');
btn1.click (select_same_type_roads);
btn2.click (Side_A);
btn3.click (Side_B);
btn4.click (select_AB);
btn7.click (Street_River);
btn8.click (Roads_to_Interchange);
btn10.click (Redo_RoundAbout);
btn12.click (Clear_Road_Geometry);
btn13.click (All_drives_on_Selection);
chk1.click (manage_WME_SSTR);
chk2.click (manageSmoothRiver);
var WME_SSTR_ALL = $ ('<div id="WME_SSTR_All" style="height: auto; padding:2px 2px 2px 5px;margin:5px 0px 0px -5px;width:295px; border-width:3px; border-style:double;border-color: SkyBlue; border-radius:10px"/>');
var cnt0 = $('<section id="WME_SSTR_lnk" style="padding-top:2px; margin:2px;"/>'); cnt0.append(chk1);cnt0.append(" ");cnt0.append(url1);
var cnt1 = $('<section id="WME_SSTR" style="padding-top:2px; margin:2px; display:inline;"/>'); cnt1.append(btn1);
var cnt2 = $('<section id="WME_SSTR_Side" style="padding-top:2px; margin:2px;"/>'); cnt2.append(btn2);cnt2.append(btn3);
var cnt3 = $('<section id="WME_SSTR_12" style="padding-top:2px; margin:2px;"/>'); cnt3.append(btn4);
var cnt4 = $('<section id="WME_SSTR_River" style="padding-top:2px; margin:2px;"/>'); cnt4.append(btn7); cnt4.append(chk2);
var cnt6 = $('<section id="WME_SSTR_Ldmk" style="padding-top:2px; margin:2px;"/>'); cnt6.append(btn8);
var cnt7 = $('<section id="WME_SSTR_Rdt" style="padding-top:2px; margin:2px;"/>'); cnt7.append(btn10);
var cnt8 = $('<section id="WME_SSTR_CrgAds" style="padding-top:2px; margin:2px;"/>'); cnt8.append(btn12);
// cnt8.append(btn13);
WME_SSTR_ALL.append(cnt0);
WME_SSTR_ALL.append(cnt1);
WME_SSTR_ALL.append(cnt2);
WME_SSTR_ALL.append(cnt3);
WME_SSTR_ALL.append(cnt4);
WME_SSTR_ALL.append(cnt6);
WME_SSTR_ALL.append(cnt7);
WME_SSTR_ALL.append(cnt8);
return WME_SSTR_ALL;
}
function Clear_Road_Geometry(ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
console.log("selectedItems")
if (selectedItems.length!=0) {
console.log("größer 0")
if (confirm ("Do you want to clear the geometry for selected segments") ) {
for (var i = 0; i < selectedItems.length; i++) {
var seg = selectedItems[i].attributes.wazeFeature._wmeObject;
if (seg.type == "segment") {
var newGeo = seg.geometry.clone();
newGeo.components.splice(1,newGeo.components.length -2); // on garde le 1er et le dernier point
newGeo.components[0].calculateBounds();
newGeo.components[1].calculateBounds();
W.model.actionManager.add (new WazeActionUpdateSegmentGeometry (seg,seg.geometry,newGeo));
}
}
}
}
}
function All_drives_on_Selection(ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
if (selectedItems.length!=0) {
var action = [];
var nodeToAllowed = [];
var selectRoadIDs = [];
for (var i = 0; i < selectedItems.length; i++) {
var seg = selectedItems[i].attributes.wazeFeature._wmeObject;
if (seg != null && seg.type == "segment" && !seg.attributes.locked && seg.attributes.junctionID == null) {
selectRoadIDs.push (seg.getID());
action.push (new WazeActionUpdateObject( seg, {fwdDirection: true, revDirection: true})); // pass to two ways
if (W.model.nodes.objects[seg.attributes.fromNodeID]!= null) { // store node A
nodeToAllowed.push (seg.attributes.fromNodeID); }
if (W.model.nodes.objects[seg.attributes.toNodeID]!= null) { // store node B
nodeToAllowed.push (seg.attributes.toNodeID);}
}
}
nodeToAllowed = areTwice (nodeToAllowed); // on ne traite que les segments inttermédiaires
for (var l = 0; l < nodeToAllowed.length; l++) {
var node = W.model.nodes.objects[nodeToAllowed[l]];
var roadIDs = node.attributes.segIDs;
for (var j = 0; j < roadIDs.length; j++) {
for (var k = 0; k < roadIDs.length; k++) {
if (roadIDs[j]!= roadIDs[k] && isInArray (roadIDs[j],selectRoadIDs) && isInArray (roadIDs[k],selectRoadIDs)) {
action.push (new WazeActionModifyAllConnections(roadIDs[j], node, roadIDs[k], true));
}
}
}
}
if (action.length !=0) { W.model.actionManager.add (new WazeActionMultiAction(action));}
//alert ("On va au bout");
}
}
function areTwice (myArray) {
var myNewArray = [];
if (myArray.length > 0) {
for (var i = 0; i < myArray.length-1; i++) {
for (var j = i+1; j < myArray.length; j++) {
if (myArray [i] == myArray[j]) {
myNewArray.push(myArray [i]);
}
}
}
return delete_multi_Ids(myNewArray);
}
else {
return (myArray);
}
}
function Redo_RoundAbout (ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
var selectedGood = (selectedItems.length!=0);
if (selectedGood) {
var listRoadIds = [];
if (selectedItems[0].attributes.wazeFeature._wmeObject.attributes.junctionID !=null) { // si c'est un rdt , on selectionne tout le rdt
var sel = selectedItems[0].attributes.wazeFeature._wmeObject;
var junc = W.model.junctions.objects[sel.attributes.junctionID];
listRoadIds = junc.attributes.segIDs;
}
else {
for (var ii = 0; ii < selectedItems.length; ii++) { // sinon on prend tous les egments selectionnés
var sel1 = selectedItems[ii].attributes.wazeFeature._wmeObject;
listRoadIds.push (sel1.getID());
}
}
var oldRdt = extract_rdt (listRoadIds);
if (oldRdt.higherRank == false) {
var action = [];
for (var j = 0; j < oldRdt.listRoadIds.length; j++) {
var seg1 = W.model.segments.objects[oldRdt.listRoadIds[j]];
W.model.actionManager.add (new WazeActionDeleteSegment(seg1)); // ******* Delete old Roundabout
}
for (var i = 0; i < oldRdt.listAdjRoadIds.length; i++) {
var seg = W.model.segments.objects[oldRdt.listAdjRoadIds[i].id];
var newGeo = seg.geometry.clone();
var index1, index2, nodeEnd;
if (oldRdt.listAdjRoadIds[i].sideConnect == "A") {
index1 =0; index2 =1;
nodeEnd = W.model.nodes.objects [seg.attributes.toNodeID];
}
else {
index1 = newGeo.components.length-1; index2 = newGeo.components.length-2;
nodeEnd = W.model.nodes.objects [seg.attributes.fromNodeID];
}
// if (nodeEnd !=null && onScreen(nodeEnd) && nodeEnd.attributes.segIDs.length <2) {
// W.model.actionManager.add (new WazeActionUpdateObject(seg, {fwdDirection: true, revDirection: true}));} // dead-end is always two ways roads
// if (!seg.attributes.fwdDirection && !seg.attributes.revDirection) { // unknown roads are fixed to two ways roads
// W.model.actionManager.add (new WazeActionUpdateObject(seg, {fwdDirection: true, revDirection: true}));}
var deltaX = newGeo.components[index1].x - newGeo.components[index2].x;
var deltaY = newGeo.components[index1].y - newGeo.components[index2].y;
var angle = angleDeg (deltaX,deltaY);
var meanExt = 0.10 * (oldRdt.dim.rx + oldRdt.dim.ry);
newGeo.components[index1].x = newGeo.components[index1].x + meanExt* Math.cos(convertDegRad(angle));
newGeo.components[index1].y = newGeo.components[index1].y + meanExt* Math.sin(convertDegRad(angle));
newGeo.components[index1].calculateBounds();
W.model.actionManager.add(new WazeActionUpdateSegmentGeometry (seg,seg.geometry,newGeo));
}
var action1 = new WazeActionCreateRoundabout(oldRdt.dim); // créé le nouveau rdt sur les bases géométrique de l'ancien
W.model.actionManager.add (action1);
var rbtRoadIds = W.model.junctions.objects[action1.roundaboutSegments[0].attributes.junctionID].attributes.segIDs; //recup Id segments
var newRdt = searchNewRdt (rbtRoadIds,oldRdt.primaryStreetID);
// var action2 = [];
for (var k = 0; k < rbtRoadIds.length; k++) {
var road = W.model.segments.objects[rbtRoadIds[k]];
W.model.actionManager.add(new WazeActionUpdateObject(road, {
roadType: newRdt.roadtype, level: oldRdt.level, primaryStreetID: oldRdt.primaryStreetID} ));
}
//Waze.model.actionManager.add(new WazeActionMultiAction(action2));
select (rbtRoadIds);
}
else {
alert ("Your ranking is not higher\nto redo this roundabout");
}
}
else {
alert ("Incorrect Selection : \n\nOne segment must be selected \nOr It is not Roundabout Segment");
}
}
function onScreen(obj){
if (obj.geometry){
return(W.map.getOLMap().getExtent().intersectsBounds(obj.geometry.getBounds()));}
return false;
}
function searchNewRdt (listRdtSegIds,StreetID) {
var roadpriority = [];
roadpriority [1] = 0; //"Streets"
roadpriority [2] = 1; //"Primary Street"
roadpriority [3] = 3; //"Freeways"
roadpriority [4] = 2; //"Ramps"
roadpriority [6] = 3; //"Major Highway"
roadpriority [7] = 2; //"Minor Highway"
roadpriority [8] = 0; //"Dirt roads"
roadpriority [18] = 0; //"Railroad"
roadpriority [19] = 0; //"Runway/Taxiway"
roadpriority [20] = 0; //"Parking Lot Road"
roadpriority [5] = 0; //"Walking Trails"
roadpriority [10] = 0; //"Pedestrian Bw"
roadpriority [16] = 0; //"Stairway"
roadpriority [17] = 0; //"Private Road"
roadpriority [21] = 0; //"Service Road"
var priorityToRoadtype = [];
priorityToRoadtype [0] = 1; //"Streets"
priorityToRoadtype [1] = 2; //"Primary Street"
priorityToRoadtype [2] = 7; //"Minor Highway"
priorityToRoadtype [3] = 6; //"Major Highway"
var compteur = [0,0,0,0]; //array for number of roads by type
var listRdtNodeIds = [];
for (var i = 0; i < listRdtSegIds.length; i++) {
var road1 = W.model.segments.objects[listRdtSegIds[i]];
if (road1 != null) {
listRdtNodeIds.push (road1.attributes.fromNodeID);
listRdtNodeIds.push (road1.attributes.toNodeID);
}
}
listRdtNodeIds = delete_multi_Ids (listRdtNodeIds);
var usedNodeIDs = [];
usedNodeIDs.push.apply (usedNodeIDs,listRdtNodeIds);
var rdt = {};
var action = [];
for (var j = 0; j <listRdtNodeIds.length; j++) { // Search connected Segments
var node = W.model.nodes.objects[listRdtNodeIds[j]];
if (node != null) {
var nbSegs = node.attributes.segIDs.length;
for (var kk = 0; kk < nbSegs;kk++) {
var road = W.model.segments.objects[node.attributes.segIDs[kk]];
if ((road != null) && (notInArray (road.getID(),listRdtSegIds))) {
// if (road.attributes.roadType == 3 ) {
// W.model.actionManager.add (new WazeActionUpdateObject(road, {roadType: 6}));} // Freeways are not allowed in roundabout
// if (notInArray(road.attributes.roadType,([1,2,3,4,6,7]))) {
// W.model.actionManager.add (new WazeActionUpdateObject(road, {roadType: 1}));} // Road type on roundabout should be at least "Street"
// if (road.attributes.primaryStreetID == null && StreetID != null) {
// W.model.actionManager.add(new WazeActionUpdateObject(road, {primaryStreetID: StreetID})); } // Unnamed Roads are named as the rdt
if (notInArray(road.attributes.fromNodeID,usedNodeIDs) || notInArray(road.attributes.toNodeID,usedNodeIDs)) {
compteur [roadpriority[road.attributes.roadType]] ++;
usedNodeIDs.push (usedNodeIDs, road.attributes.fromNodeID);
usedNodeIDs.push (usedNodeIDs, road.attributes.toNodeID);
}
}
}
}
}
rdt.roadtype = priorityToRoadtype [0];
var foundMax = false;
for (var k = 3; k > 0; k --) {
if (compteur[k] > 1) {
rdt.roadtype = priorityToRoadtype [k];
break;
}
else {
compteur [k-1] = compteur[k-1] + compteur[k];
}
}
if (action.length !=0) {W.model.actionManager.add ( new WazeActionMultiAction(action));} // do modifications if there are
return rdt;
}
function extract_rdt (listIDs) {
var rdt = {};
rdt.listAdjRoadIds = [];
rdt.higherRank = false;
rdt.listRoadIds = listIDs;
rdt.listNodeIds = [];
var xmin = 10000000000000;
var ymin = 10000000000000;
var xmax = -10000000000000;
var ymax = -10000000000000;
for (var i = 0; i<listIDs.length;i++) {
var road = W.model.segments.objects[listIDs[i]];
if (road != null) {
rdt.listNodeIds.push (road.attributes.fromNodeID); //stocke les nodes
rdt.listNodeIds.push (road.attributes.toNodeID);
rdt.higherRank = rdt.higherRank || road.isLockedByHigherRank(); // stocke si on a les droits
for (var j = 0; j < road.geometry.components.length;j++) { //extrait les dimensions du rdt
var pt = road.geometry.components[j];
xmin = Math.min(xmin,pt.x); xmax = Math.max(xmax,pt.x);
ymin = Math.min(ymin,pt.y); ymax = Math.max(ymax,pt.y);
}
}
}
rdt.listNodeIds = delete_multi_Ids(rdt.listNodeIds); // elimine les noeuds en doublons
var ray_X = Math.min (parseInt(144),(xmax-xmin)/2);
var ray_Y = Math.min (parseInt(144),(ymax-ymin)/2);
if (Math.abs (ray_X - ray_Y) < (0.15 * ray_X)) { // if diam x near diam y => Circle with mean value
rdt.dim = {rx: (ray_X+ray_Y)/2, ry: (ray_X+ray_Y)/2};}
else {
rdt.dim = {rx: ray_X, ry: ray_Y};}
rdt.dim.center = {x:((xmin+xmax)/2),y:((ymin+ymax)/2)};
rdt.dim.bounds = new OpenLayers.Bounds(
rdt.dim.center.x - rdt.dim.rx, rdt.dim.center.y - rdt.dim.ry, rdt.dim.center.x+rdt.dim.rx, rdt.dim.center.y +rdt.dim.ry);
rdt.level = 0;
var roadIDs =[];
for (i = 0; i <rdt.listNodeIds.length; i++) { // Search connected Segments
var node = W.model.nodes.objects[rdt.listNodeIds[i]];
if (node != null) {
var nbSegs = node.attributes.segIDs.length;
roadIDs = roadIDs.concat(node.attributes.segIDs); //collect roadsIds connect to rdt
for (var jj=0; jj<nbSegs;jj++) {
road = W.model.segments.objects[node.attributes.segIDs[jj]];
if ((road != null) && (notInArray (road.getID(),listIDs))) {
rdt.higherRank = rdt.higherRank || road.isLockedByHigherRank(); // test if locked at higher rank
rdt.level = Math.max (rdt.level,road.attributes.level); //calcule le future level
if (isInArray (road.attributes.fromNodeID,rdt.listNodeIds)) {
rdt.listAdjRoadIds.push ({id:road.getID(),sideConnect :"A"});
}
if (isInArray (road.attributes.toNodeID,rdt.listNodeIds)) {
rdt.listAdjRoadIds.push ({id:road.getID(),sideConnect :"B"});
}
}
}
}
}
// ************** Récupère la ville **********
roadIDs = delete_multi_Ids(roadIDs);
var cityIDs = [];
var cityName = [];
for (i = 0; i <roadIDs.length; i++) {
var sel = W.model.segments.objects[roadIDs[i]];
var streetID = sel.attributes.primaryStreetID;
if (streetID && W.model.streets.objects[streetID]) {
var street = W.model.streets.objects[streetID];
if (street.cityID && W.model.cities.objects[street.cityID]) {
cityIDs.push(street.cityID);
}
}
}
cityIDs = delete_multi_Ids(cityIDs);
if (cityIDs.length ===1) {
var city = W.model.cities.objects[cityIDs[0]];}
else {
var state_ID = W.model.cities.objects[cityIDs[0]].attributes.stateID;
var country_ID = W.model.cities.objects[cityIDs[0]].attributes.countryID;
city = searchCity(country_ID, state_ID, "");
}
var primaryStreet = searchPrimaryStreet("",city);
rdt.primaryStreetID = primaryStreet.getID();
return rdt;
}
function searchCity (country_ID, state_ID, cityName) {
var state = W.model.states.objects[state_ID];
var country = W.model.countries.objects[country_ID];
var f = new WazeActionAddOrGetCity(state,country,cityName);
W.model.actionManager.add(f);
f.setModel();
if (f.city.getID()<0) {myAlert ("Create new city: "+cityName+" in "+state.name);}
return W.model.cities.objects[f.city.getID()];
}
function searchPrimaryStreet (streetName,city) {
var a = new WazeActionAddOrGetStreet(streetName,city,(streetName == ""));
W.model.actionManager.add(a);
a.setModel();
if (a.street.getID()<0) {myAlert ("Create new street: "+city.attributes.name+" "+streetName);}
return W.model.streets.objects[a.street.getID()];
}
function Roads_to_Interchange(ev) {
var foundSelectedSegment = false;
var selectedItems = W.selectionManager.getSelectedFeatures();
var selectedGood = (selectedItems.length>0);
var roadIds = [];
for (var i = 0; i<selectedItems.length;i++) { // Test if selection are segment
var sel1 = selectedItems[i].attributes.wazeFeature._wmeObject;
selectedGood = ((selectedGood) && (sel1.type == "segment"));
if ((selectedGood)&& (sel1.attributes.junctionID!=null)) { // if it is a roundabout we add all Rdt segs
var jId = sel1.attributes.junctionID;
var junc = W.model.junctions.objects[jId];
roadIds.push.apply (roadIds,junc.segIDs); // we add all segment of the roundabout
}
if (selectedGood) { roadIds.push ( sel1.getID());} // stocke les segments
}
if ((selectedGood) &&( roadIds.length != 0)) {
roadIds = delete_multi_Ids (roadIds); // delete double roads
var totalPoints = [];
var name;
var leftEnv = [];
var rightEnv = [];
var typeLandmak;
leftEnv.push ({x: 100000000000000,y:2000000000});
var yMax = -100000000000;
for (var k = 0; k<roadIds.length;k++) {
var sel = W.model.segments.objects[roadIds[k]];
if (name == null) {name = getStreet(sel).name;}
if (typeLandmak == null) {
switch (sel.attributes.roadType) {
case 1: //"Streets"
case 2: //"Primary Street"
case 3: //"Freeways"
case 4: //"Ramps"
case 6: //"Major Highway"
case 7: //"Minor Highway"
//typeLandmak = ["JUNCTION_INTERCHANGE"]; break;// Jonction/interchange
typeLandmak = "JUNCTION_INTERCHANGE"; break;// Jonction/interchange
case 8: //"Dirt roads"
case 18: //"Railroad"
case 19: //"Runway/Taxiway"
case 20: //"Parking Lot Road"
typeLandmak = "PARKING_LOT"; break; // ParkingLot
case 5: //"Walking Trails"
case 10: //"Pedestrian Bw"
case 16: //"Stairway"
case 17: //"Private Road"
case 21: //"Service Road"
typeLandmak = "PARK"; break; // Park
}
}
for (var j = 0; j < sel.geometry.components.length;j++) {
totalPoints.push (sel.geometry.components[j].clone());
if (leftEnv[0].y > sel.geometry.components[j].y) { // Stocke le Y mini
leftEnv[0] = sel.geometry.components[j].clone();
rightEnv[0] = sel.geometry.components[j].clone();
}
if (sel.geometry.components[j].y > yMax) { yMax = sel.geometry.components[j].y;}
}
}
while ( rightEnv[rightEnv.length-1].y <yMax) { // traitement de la voie droite
var anglemin = 190;
for (i = 0; i<totalPoints.length;i++) {
if (totalPoints[i].y > rightEnv[rightEnv.length-1].y) {
var deltaX = totalPoints[i].x - rightEnv[rightEnv.length-1].x;
if (deltaX !=0) {
var deltaY = totalPoints[i].y - rightEnv[rightEnv.length-1].y;
var angle = angleDeg( deltaX , deltaY);
if (angle < anglemin) {
anglemin = angle;
var iMin = i;
}
}
}
}
rightEnv.push (totalPoints[iMin]);
}
while ( leftEnv[leftEnv.length-1].y <yMax) { // traitement de la voie droite
var anglemax = 0;
for (i = 0; i<totalPoints.length;i++) {
if (totalPoints[i].y > leftEnv[leftEnv.length-1].y) {
deltaX = totalPoints[i].x - leftEnv[leftEnv.length-1].x;
if (deltaX !=0) {
deltaY = totalPoints[i].y - leftEnv[leftEnv.length-1].y;
angle = angleDeg( deltaX , deltaY);
if (angle > anglemax) {
anglemax = angle;
var iMax = i;
}
}
}
}
leftEnv.push (totalPoints[iMax]);
}
leftEnv.shift(); leftEnv.pop(); //On ote le premier et le dernier point( communs avec droite)
rightEnv.push.apply (rightEnv,leftEnv.reverse ()); //on ajoute la partie Gauche
var dummy = doLandmark (rightEnv,name,typeLandmak); // make the landmark
alert("Successfully created Landmark");}
else {
alert("Incorrect Selection : \n\nOne segment must be selected \nOr It is not RoundAbout Segment");
}
}
function doLandmark (geometry,nameLandmak,typeLandmark) {
var polyPoints = null;
for (var i = 0; i<geometry.length;i++) {
if (polyPoints == null) {
polyPoints = [geometry[i]];
var ri = new OpenLayers.Geometry.Point(geometry[i].x, geometry[i].y);
polyPoints.push(ri);
}
else {
ri = new OpenLayers.Geometry.Point(geometry[i].x, geometry[i].y);
polyPoints.push(ri);
}
}
var polygon = new OpenLayers.Geometry.Polygon(new OpenLayers.Geometry.LinearRing(polyPoints));
var landmark = new WazeFeatureVectorLandmark();
landmark.geometry = polygon;
landmark.attributes.name = nameLandmak;
landmark.attributes.categories [0] = typeLandmark;
var what = W.model.actionManager.add(new WazeActionAddLandmark(landmark));
// activateLayer ("landmarks", true );
return true;
}
function Street_River (ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
var selectedGood = (selectedItems.length==1);
var sel = selectedItems[0].attributes.wazeFeature._wmeObject;
selectedGood = selectedGood && (sel.type == "segment") && (sel.attributes.roadType != "18");
if (selectedGood) {
var offset = getDisplacement(); // valeur en mètres
if (offset == null) {
return;}
var name = getStreet(sel).name;
var points = StreetToLandmark (sel, offset);
var dummy = doLandmark (points,name,"RIVER_STREAM"); // river
alert("Successfully created a River Landmark");}
else {
alert("Incorrect Selection : \n\nOne segment must be selected \nOr It is not Street Segment");
}
}
function getDisplacement() {
var scale = 1.44449796; // Scale mètres => coordonnées waze
var width = prompt ("Enter new Width or leave it to old value ",defaultWidth);
if (width == null) {
return null; }
else {
if (width.match("m","g")) {
width =parseInt(width);
if (width < 1) {width = 1;} //minimum width equal to 1m
if (width >100) {width = 100;} //maximum width equal to 100m
defaultWidth=width+" m";
return width * scale / 2;
}
if (width.match("ft","g")) {
width =parseInt(width);
if (width < 3) {width =3;} //minimum width equal to 3 ft
if (width > 300) {width =300;} //maximum width equal to 300 ft
defaultWidth=width+" ft";
return width * 0.3048 * scale /2;
}
width=15;
defaultWidth="15 m";
return width * scale / 2;
}
}
function StreetToLandmark (seg,offset) {
var decal = decalage (seg.geometry.components, offset);
if (document.getElementById ('WME_SSTR_SmthRvr').checked == 1) {
decal.dir = optGeometry (decal.dir);
decal.sym = optGeometry (decal.sym);
decal.dir = b_spline (decal.dir); // creation des B - splines X & Y
decal.sym = b_spline (decal.sym);
decal.dir = sup_unneed (decal.dir); // delete aligned points
decal.sym = sup_unneed (decal.sym); // delete aligned points
}
decal.dir.push.apply (decal.dir,decal.sym.reverse()); // on rajoute le trajet retour
return decal.dir;
}
function sup_unneed (decal) {
for (var phase = 0; phase < 3; phase ++) {
var decal1 = [];
decal1 [0] = decal [0];
for (var i = 1; i< decal.length-2; i++) {
if ((decal1[decal1.length-1].x != decal[i+1].x) && (decal[i+1].x != decal[i+2].x)) { // non vertical => can calculate Atan
var angle1 = ((decal1[decal1.length-1].y - decal[i+1].y) / (decal1[decal1.length-1].x - decal[i+1].x));
var angle2 = ((decal[i+1].y - decal[i+2].y) / (decal[i+1].x - decal[i+2].x));
var length1 = longueur (decal1[decal1.length-1].x,decal1[decal1.length-1].y,decal[i+1].x,decal[i+1].y);
if (testUnneed (angle1,angle2,length1,phase)) {
decal1.push (decal[i+1]);
}
}
else {
decal1.push (decal[i+1]);
}
}
decal1.push (decal[decal.length-1]);
decal = decal1;
}
return decal1;
}
function testUnneed (angle1,angle2,longueur,phase) {
var deltaAngle = Math.abs (AtanDeg (angle1) - AtanDeg (angle2));
switch (phase) {
case 0: if ((deltaAngle < 45) && (longueur < 10)) {return false;}; break;
case 1: if ((deltaAngle < 1 ) && (longueur >= 10) && (longueur < 250)) {return false;}; break;
case 2: if ((deltaAngle < 2 ) && (longueur >= 10) && (longueur < 50 )) {return false;}; break;
}
return true;
}
function optGeometry ( line) {
var opt = [];
opt[0] = line[0].clone();
for (var i = 1; i< line.length; i++) {
var deltaX = line[i].x-line[i-1].x;
var deltaY = line[i].y-line[i-1].y;
opt.push ({x: line[i-1].x + deltaX * 0.33, y: line[i-1].y + deltaY * 0.33}); // add 2 extra control points
opt.push ({x: line[i-1].x + deltaX * 0.66, y: line[i-1].y + deltaY * 0.66});
opt.push ({x: line[i].x, y: line[i].y});
}
return opt;
}
function decalage (geom,offset) {
var decal = {};
decal.dir = []; // décalage d'un coté
decal.sym = []; // décalage de l'autre
decal.dir[0] = geom[0].clone();
decal.sym[0] = geom[0].clone();
if (Math.abs(geom[1].x - geom[0].x) < 0.1) {geom[1].x = geom[0].x+0.1;} // traitement de la verticalité
var deltaX = geom[1].x - geom[0].x;
var deltaY = geom[1].y - geom[0].y;
var angle = Math.atan (deltaY/deltaX);
decal.dir[0].x = geom[0].x - sign (deltaX) * offset * Math.sin (angle);
decal.dir[0].y = geom[0].y + sign (deltaX) * offset * Math.cos (angle);
decal.sym[0].x = geom[0].x + sign (deltaX) * offset * Math.sin (angle);
decal.sym[0].y = geom[0].y - sign (deltaX) * offset * Math.cos (angle);
var aprev = deltaY / deltaX;
var b = geom[0].y - aprev * geom[0].x; // y = ax+b
var off1 = sign(deltaX) * offset / Math.cos (angle);
var bprev = b + off1; var bprev1 = b - off1;
for (var i = 1; i < geom.length-1; i++) {
if (Math.abs(geom[i+1].x - geom[i].x)< 0.1) {geom[i+1].x = geom[i].x+0.1;} // traitement de la verticalité
deltaX = geom[i+1].x - geom[i].x;
deltaY = geom[i+1].y - geom[i].y;
var anext = deltaY / deltaX;
b = geom[i].y - anext * geom[i].x;
angle = Math.atan (deltaY/deltaX);
off1 = sign(deltaX) * offset / Math.cos (angle);
var bnext = b + off1; var bnext1 = b - off1;
var x1 = -(bprev - bnext) / (aprev - anext);
var x2 = -(bprev1 - bnext1) / (aprev - anext);
decal.dir.push ({x: x1, y: (aprev * x1 + bprev)}); // décalage d'un coté
decal.sym.push ({x: x2, y: (aprev * x2 + bprev1)}); // décalage de l'autre coté
aprev = anext;
bprev = bnext; bprev1 = bnext1;
}
// derniers point
decal.dir.push ({x: (geom[i].x - sign(deltaX) * offset * Math.sin (angle)),y: (geom[i].y + sign(deltaX) * offset * Math.cos (angle))});
decal.sym.push ({x: (geom[i].x + sign(deltaX) * offset * Math.sin (angle)),y: (geom[i].y - sign(deltaX) * offset * Math.cos (angle))});
return decal;
}
function b_spline (ligne) {
var ligne1 = [];
ligne1 [0] = ligne [0];
for (var j = 1; j < ligne.length-2;j++) {
var t = 4; // nombre de sous-segments
for (var i = 0; i < 1;i+=1/t) {
var x1 = ((1-i)*(1-i)*(1-i)*ligne[j-1].x + (3*i*i*i -6*i*i +4)*ligne[j].x + (-3*i*i*i +3*i*i +3*i +1)*ligne[j+1].x + i*i*i*ligne[j+2].x)/6;
var y1 = ((1-i)*(1-i)*(1-i)*ligne[j-1].y + (3*i*i*i -6*i*i +4)*ligne[j].y + (-3*i*i*i +3*i*i +3*i +1)*ligne[j+1].y + i*i*i*ligne[j+2].y)/6;
ligne1.push ({x: (x1), y: (y1)});
}
}
ligne1.push(ligne[ligne.length-1] );
return ligne1;
}
function getStreet(segment) {
if (!segment.attributes.primaryStreetID){
return null;
}
var street = segment.model.streets.get(segment.attributes.primaryStreetID);
return street;
}
function select_same_type_roads(ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
var nbRoad = selectedItems.length;
var selectedGood = true; // selection must have 1 or 2 items
for (var i = 0; i<nbRoad;i++) { // Test if selection are segment
var sel = selectedItems[i].attributes.wazeFeature._wmeObject;
selectedGood = ((selectedGood) && (sel.type == "segment"));
}
if (selectedGood) {
var Select_IDs =[]; //tableau de stockage des Routes electionnées
for (var j = 0; j < nbRoad; j++) {
sel = selectedItems[j].attributes.wazeFeature._wmeObject;
if (sel.attributes.junctionID!=null) { // It's un roundabout
var jId = sel.attributes.junctionID;
var junc = W.model.junctions.objects[jId];
Select_IDs.push.apply(Select_IDs,junc.segIDs);} // Add to pervious selected Ids
else {
var roadFrom = sel.attributes.fromNodeID;
var nodeFrom = W.model.nodes.objects[roadFrom]; // recherche à partir du premier noeud
var segList = searchRoad(nodeFrom,sel,"0");
Select_IDs.push.apply(Select_IDs,segList.IDs); // Add to pervious selected Ids
var roadTo = sel.attributes.toNodeID;
var nodeTo = W.model.nodes.objects[roadTo]; // recherche à partir du deuxième noeud
segList = searchRoad(nodeTo,sel,"0");
Select_IDs.push.apply(Select_IDs,segList.IDs); // Add to pervious selected Ids
}
}
select (Select_IDs);
}
if (!selectedGood) { alert("You must select road(s)");}
}
function Side_A(ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
var nbRoad = selectedItems.length;
var sel = selectedItems[0].attributes.wazeFeature._wmeObject;
if ((nbRoad == 1) && (sel.type == "segment")) {
var roadFrom = sel.attributes.fromNodeID;
var nodeFrom = W.model.nodes.objects[roadFrom]; // recherche à partir du noeud A
var segList = searchRoad(nodeFrom,sel,"0");
select (segList.IDs);
}
else {
alert ("One segment (and only one)\nmust be selected");
}
}
function Side_B(ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
var nbRoad = selectedItems.length;
var sel = selectedItems[0].attributes.wazeFeature._wmeObject;
if ((nbRoad == 1) && (sel.type == "segment")) {
var roadTo = sel.attributes.toNodeID;
var nodeTo = W.model.nodes.objects[roadTo]; // recherche à partir du noeud A
var segList = searchRoad(nodeTo,sel,"0");
select (segList.IDs);}
else {
alert ("One segment (and only one)\nmust be selected");
}
}
function select_AB(ev) {
var selectedItems = W.selectionManager.getSelectedFeatures();
var nbRoad = selectedItems.length; // **** Validate selection *****
var selectedGood = (nbRoad == 2); // selection must have 2 items
if (selectedGood) {
var sel = selectedItems[0].attributes.wazeFeature._wmeObject;
var sel1 = selectedItems[1].attributes.wazeFeature._wmeObject;
selectedGood = ((sel.type == "segment") && (sel1.type == "segment")); // Test if selection are segment
selectedGood = ((selectedGood) && (sel.attributes.roadType == sel1.attributes.roadType)); // Test if selection have same road Type
}
if (selectedGood) {
var lengthMin = 1000000;
var goodTrip = [];
var select1 = select_12(sel,sel1);
if (select1[select1.length-1] == sel1.getID()) { // on a trouvé un chemin dans ce sens
goodTrip = select1;
lengthMin = lengthTrip (select1);
}
var select2 = select_12(sel1,sel);
if ((select2[select2.length-1] == sel.getID()) && (lengthTrip (select2) < lengthMin)){ // on a trouvé un chemin dans ce sens
goodTrip = select2;
lengthMin = lengthTrip (select2);
}
var nodeTrip1 = nodeFromTrip (select1); // ******* search for Common Nodes
var nodeTrip2 = nodeFromTrip (select2);
var CommonNode = [];
for (var m = 0; m < nodeTrip1.length; m++) {
if (isInArray (nodeTrip1[m],nodeTrip2)) {
CommonNode.push (nodeTrip1[m]);
}
}
if (CommonNode.length !=0) {
for (var i = 0; i < CommonNode.length; i++) {
var select3 = [];
var road = W.model.segments.objects[select1[0]];
for (var j = 0; ((road.attributes.fromNodeID != CommonNode[i]) && (road.attributes.toNodeID != CommonNode[i])); j++) {
select3.push (road.getID());
road = W.model.segments.objects[select1[j]];
}
select3.push (road.getID());
road = W.model.segments.objects[select2[0]];
for (var k = 0; ((road.attributes.fromNodeID != CommonNode[i]) && (road.attributes.toNodeID != CommonNode[i])); k++) {
select3.push (road.getID());
road = W.model.segments.objects[select2[k]];
}
select3.push (road.getID());
select3 = delete_multi_Ids (select3);
if (lengthTrip (select3) <lengthMin) {
goodTrip = select3;
lengthMin = lengthTrip (goodTrip);
}
}
}
if (lengthMin != 1000000) { // a path was found
goodTrip = addRoundabout (goodTrip); // Add roundabout segments
goodTrip = addAlternativePaths (goodTrip); // add alternative simple way like fork in roundabaout
select (goodTrip);} // make the selection
else {
alert("No Path found");
}
}
else { alert("You must select 2 roads \nwith the same type");
}
}
function addAlternativePaths (trip) {
var alternativeSegs = [];
var listNodeIDs = nodeFromTrip (trip); // list of nodesIds of the trip
var road = W.model.segments.objects[trip[0]];
var roadtype = road.attributes.roadType;
for (var i = 0; i < listNodeIDs.length;i++) {
var node = W.model.nodes.objects[listNodeIDs[i]];
var nodeSegIdList = node.attributes.segIDs;
for (var j = 0; j < nodeSegIdList.length;j++) {
var road1 = W.model.segments.objects[nodeSegIdList[j]];
if ((road1 != null) && (road1.attributes.roadType == roadtype) && (isInArray (road1.attributes.fromNodeID,listNodeIDs)) && (isInArray (road1.attributes.toNodeID,listNodeIDs))) {
alternativeSegs.push (road1.getID());
}
}
}
if (alternativeSegs.length != 0 ) {
trip.push.apply(trip,alternativeSegs);
trip = delete_multi_Ids (trip);
}
return trip;
}
function addRoundabout (trip) {
var roundaboutSegs = [];
for (var i = 0; i < trip.length;i++) {
var road = W.model.segments.objects[trip[i]];
if (road.attributes.junctionID!=null) { // It's un roundabout
var jId = road.attributes.junctionID;
var junc = W.model.junctions.objects[jId];
roundaboutSegs.push.apply(roundaboutSegs,junc.attributes.segIDs); // prepare to add roundabout to select
}
}
if (roundaboutSegs.length != 0 ) {
trip.push.apply(trip,roundaboutSegs);
trip = delete_multi_Ids (trip);
}
return trip;
}
function nodeFromTrip (Trip) {
var node =[];
for (var i = 0; i < Trip.length; i++) {
var road = W.model.segments.objects[Trip[i]];
node.push (road.attributes.fromNodeID);
node.push (road.attributes.toNodeID);
}
node = delete_multi_Ids (node);
return node;
}
function lengthTrip (listRoadID) {
var length= 0;
for (var i = 0; i < listRoadID.length;i++) {
var road = W.model.segments.objects[listRoadID[i]];
length = length + road.attributes.length;
}
return length;
}
function select_12(startRoad,endRoad) {
var Select_IDs =[]; //tableau de stockage des Routes electionnées
var endRoadFrom;
var endRoadTo;
if (endRoad.attributes.fromNodeID != null) { // Validate node for End Road
endRoadFrom = W.model.nodes.objects[endRoad.attributes.fromNodeID];}
else {endRoadFrom = W.model.nodes.objects[endRoad.attributes.toNodeID];}
if (endRoad.attributes.toNodeID != null) {
endRoadTo = W.model.nodes.objects[endRoad.attributes.toNodeID];}
else {endRoadTo = W.model.nodes.objects[endRoad.attributes.fromNodeID];}
var node = choiceStartNode (startRoad,endRoadFrom,endRoadTo); // Choix du node de depart
var segList = searchRoad(node,startRoad,endRoad.getID());
Select_IDs.push.apply(Select_IDs,segList.IDs);
//alert (Select_IDs);
while ((segList.stop == "multiRoads") && (segList.roads.length >"1") && (Select_IDs.length < 50)) { // Manage jonctions with same type road
var BestNextNode = searchBestNextNode (segList.node, segList.roads, endRoad);
if ( BestNextNode.getID() != segList.node.getID() ) { // search road with best node
for (var i = 0; i < segList.roads.length;i++) {
var road = W.model.segments.objects[segList.roads[i]];
if ((BestNextNode.getID() == road.attributes.fromNodeID) || (BestNextNode.getID() == road.attributes.toNodeID)) {
var bestRoad = road;
}
}
segList = searchRoad (BestNextNode, bestRoad, endRoad.getID());
Select_IDs.push.apply(Select_IDs, segList.IDs);}
else {
segList.stop = "none";
}
}
return (Select_IDs);
}
function searchBestNextNode (StartNode,listRoadID,endRoad) {
var EndNode1 = W.model.nodes.objects[endRoad.attributes.fromNodeID];
var EndNode2 = W.model.nodes.objects[endRoad.attributes.toNodeID];
if (distance(StartNode,EndNode2) > distance(StartNode,EndNode1)) { // determine de noeud de référence de fin
var EndNode = EndNode1;}
else {
EndNode = EndNode2;
}
var angleEnd = angle(StartNode, EndNode);
var angleMin = 360;
var BestNode;
for (var i = 0; i < listRoadID.length;i++) {
var road = W.model.segments.objects[listRoadID[i]];
if (road.attributes.fromNodeID == StartNode.getID()) { // determine de noeud à tester pour la fin du segment
var node = W.model.nodes.objects[road.attributes.toNodeID];}
else {
node = W.model.nodes.objects[road.attributes.fromNodeID];
}
var angle1 = Math.abs(angle (StartNode,node) - angleEnd);
if (angle1 > 180 ) { angle1= 360 - angle1;} // angle complémentaire
if ( angle1 < angleMin ) {
angleMin = angle1;
BestNode = node;
}
}
return BestNode;
}
// **** Math functions *****
function sign (x) {return (x < 0) ? (-1) : (1);}
function AtanDeg ( x) {return ( 180 * Math.atan (x) / Math.PI );}
function convertDegRad (angledeg) {return (Math.PI * (angledeg) / 180 );}
function angle (node1,node2) {
//var deltaX = (node2.geometry.x - node1.geometry.x);
//var deltaY = (node2.geometry.y - node1.geometry.y);
//return angleDeg (deltaX,deltaY);
return angleDeg ((node2.geometry.x - node1.geometry.x),(node2.geometry.y - node1.geometry.y));
}
function angleDeg (deltaX,deltaY) {
if (deltaX == 0) { return ( sign( deltaY ) * 90);}
if (deltaX > 0 ) { return (AtanDeg( deltaY / deltaX));}
else { return ((sign( deltaY )* 180) + AtanDeg( deltaY / deltaX));}
}
function longueur (x1,y1,x2,y2) {
return (Math.sqrt (((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2))));
}
// **********************
function select (Select_IDs) {
Select_IDs = delete_multi_Ids (Select_IDs) ; // suppression des doublons
var foundSegs =[];
for (var i = 0; i<Select_IDs.length;i++) {
foundSegs.push(W.model.segments.objects[Select_IDs[i]]); // créer la selection
}
//W.selectionManager.select(foundSegs);
W.selectionManager.setSelectedModels(foundSegs);
}
function delete_multi_Ids (myArray) {
var myNewArray = [];
if (myArray.length >0) {
myNewArray[0]= myArray [0];
for (var i = 0; i < myArray.length; i++) {
if (notInArray (myArray [i],myNewArray)) {
myNewArray.push(myArray [i]);
}
}
}
return myNewArray;
}
function minInArray (array) {
if (array.length > 0) {
var minimum = array [0];
for (var i = 1; i < array.length; i++) {
minimum = Math.min (minimum,array [i]);
}
return minimum;
}
else {return null;}
}
function isInArray (item,array) {return array.indexOf(item) !== -1;}
function notInArray (item,array) {return array.indexOf(item) === -1;}
function searchRoad(node,roadStart,roadEndID) {
var roadtype = roadStart.attributes.roadType;
var roadStartID = roadStart.getID();
var roadID = roadStartID;
var foundSegs = {}; // object for return parameters
foundSegs.IDs = [];
foundSegs.roads = []; //init array
foundSegs.stop = "none"; //init Stop cause
foundSegs.IDs.push(roadID);
var nbSeg = 1; //Number of searched segments
while ((nbSeg < 50) && (roadID != roadEndID)) {
var nodeSegIdList = node.attributes.segIDs; // list of road connected to node
var sameTypeRoad = [];
for (var i = 0; i < nodeSegIdList.length;i++) {
var segID = nodeSegIdList [i];
var seg1 =W.model.segments.objects[segID];
if (seg1 == null ) return foundSegs; // le segment n'est pas chargé en mémoire
else {
if ((seg1.attributes.roadType == roadtype) && (seg1.getID() != roadID)) {
sameTypeRoad.push(segID);
}
}
}
if (sameTypeRoad.length !=1) {
if (isInArray (roadEndID,sameTypeRoad)) { // End Road is in the fork
foundSegs.IDs.push(roadEndID); // We add it and go away
return foundSegs;
}
sameTypeRoad = validate (sameTypeRoad); // delete cul-de-sac
}
if (sameTypeRoad.length !=1) { // not an unique segment (0,2 or more)
foundSegs.stop = "multiRoads";
foundSegs.roads = sameTypeRoad;
foundSegs.node = node;
return foundSegs;} // on retourne le tableau d'Ids s
else {
roadID = sameTypeRoad[0];
if (isInArray (roadID,foundSegs.IDs)) return foundSegs; // we are in a lopp : we go away
foundSegs.IDs.push(roadID);
nbSeg = nbSeg + 1;
var seg2 = W.model.segments.objects[roadID];
if (node.getID() == seg2.attributes.fromNodeID) { var nodeID = seg2.attributes.toNodeID;}
else { nodeID = seg2.attributes.fromNodeID;}
node = W.model.nodes.objects[nodeID];
if (node == null ) return foundSegs; // It's a cul-de-sac : we go away
}
}
return foundSegs;
}
function validate (sameTypeRoad) {
var myNewSameTypeRoad = [];
for (var i = 0; i < sameTypeRoad.length; i++) {
var sel = W.model.segments.objects[sameTypeRoad[i]];
if ((sel.attributes.fromNodeID !=null) && (sel.attributes.toNodeID!=null)) { //it is not a cul-de-sac
myNewSameTypeRoad.push (sameTypeRoad[i]);
}
}
return myNewSameTypeRoad;
}
function choiceStartNode (road1,node3,node4) {
var node1,node2;
if (road1.attributes.fromNodeID != null) { // test of cul-de-sac & change node if it is
node1 = W.model.nodes.objects[road1.attributes.fromNodeID];}
else { node1 = W.model.nodes.objects[road1.attributes.toNodeID];}
if (road1.attributes.toNodeID != null) {
node2 = W.model.nodes.objects[road1.attributes.toNodeID];}
else { node2 = W.model.nodes.objects[road1.attributes.fromNodeID];}
var nodeStart = node1;
var dist_min = distance (node1,node3);
var dist = distance (node1,node4);
if (dist < dist_min ) {dist_min=dist;}
dist = distance (node2,node3);
if (dist < dist_min ) { dist_min = dist; nodeStart = node2;}
dist = distance (node2,node4);
if (dist < dist_min ) { dist_min = dist; nodeStart = node2;}
return nodeStart;
}
function distance (node1 , node2) {
var dist = (node1.geometry.x - node2.geometry.x)*(node1.geometry.x - node2.geometry.x);
dist = dist + (node1.geometry.y - node2.geometry.y)*(node1.geometry.y - node2.geometry.y);
return Math.sqrt(dist);
}
function activateLayer (layerName, flag) {
if (flag == true || flag == false) {
var index = findLayerIndex (layerName);
// switch (layerName.toUpperCase()) {
// case "AERIALS": index = 0; break;
// case "CITIES": index = 1; break;
// case "GPS POINTS": index = 2; break;
// case "ROADS": index = 3; break;
// case "MAPCOMMENTS": index = 4; break;
// case "AREA MANAGERS": index = 8; break;
// case "LANDMARKS": index = 9; break;
// case "PLACES UPDATE": index = 10;break;
// case "JUNCTIONS": index = 11;break;
// case "SPEED CAMERAS": index = 14;break;
// case "MAP PROBLEMS": index = 16;break;
// case "UPDATE REQUESTS": index = 18;break;
// case "EDITABLE AREAS": index = 19;break;
// case "CLOSURES": index = 22;break;
// }
if (index != null) {
var layerID = W.map.getOLMap().controls[0].map.layers[index].id;
W.map.getOLMap().controls[0].map.getLayer(layerID).setVisibility(flag);
}
}
}
function findLayerIndex (layerName) {
var index ;
var layers = W.map.getOLMap().controls[0].map.layers;
for (var i = 0; i<layers.length; i++) {
if (layers[i].uniqueName && layers[i].uniqueName.toUpperCase() == layerName.toUpperCase()) {
index=i;
}
}
return index;
}
/* function activateLayer2 (layerName, flag) {
if (flag == true || flag == false) {
var index;
switch (layerName.toUpperCase()) {
case "AERIALS": index = 0; break;
case "CITIES": index = 1; break;
case "GPS POINTS": index = 2; break;
case "ROADS": index = 3; break;
case "MAPCOMMENTS": index = 4; break;
case "AREA MANAGERS": index = 8; break;
case "LANDMARKS": index = 9; break;
case "PLACES UPDATE": index = 10;break;
case "JUNCTIONS": index = 11;break;
case "SPEED CAMERAS": index = 14;break;
case "MAP PROBLEMS": index = 16;break;
case "UPDATE REQUESTS": index = 18;break;
case "EDITABLE AREAS": index = 19;break;
case "CLOSURES": index = 22;break;
}
if (index != null) {
var layerID = W.map.getOLMap().controls[0].map.layers[index].id;
W.map.getOLMap().controls[0].map.getLayer(layerID).setVisibility(flag);
}
}
}
*/
function afficheObjet (objet) {
for (var e in objet) {alert("objet["+e+"] ="+ objet[e]+" !");}
}
function manage_WME_SSTR(ev) {
// $("#segment-edit-general").append(WME_SSTR_ALL); //repositionne le menu
put_WME_SSTR_button();
//alert("B");
if(document.getElementById('WME_SSTR_All') != null) {
localStorage.WME_SSTR_enable = document.getElementById ('WME_SSTR_enable').checked == 1;
var road = [];
var selectedItems = W.selectionManager.getSelectedFeatures();
for (var i = 0; i<selectedItems.length;i++) {
var seg = selectedItems[i].attributes.wazeFeature._wmeObject;
if (seg != null && seg.type == "segment") { road.push(seg);}
}
effaceMenu ();
if(document.getElementById ('WME_SSTR_enable').checked == 1) {
if (road.length == 1) {
document.getElementById ('WME_SSTR_Side').style.display = "inline";
document.getElementById ('WME_SSTR_River').style.display = "block";}
if (road.length >= 1) {
document.getElementById ('WME_SSTR').style.display = "inline";
document.getElementById ('WME_SSTR_Ldmk').style.display = "block";
if (road[0].attributes.junctionID !=null) {
document.getElementById ('WME_SSTR_Rdt').style.display = "block";
}
if (W.loginManager.user.rank >= 6) {
document.getElementById ('WME_SSTR_CrgAds').style.display = "block";}
}
if (road.length == 2) {
document.getElementById ('WME_SSTR_12').style.display = "inline";
}
}
}
return;
}
function effaceMenu () {
document.getElementById ('WME_SSTR').style.display = "none";
document.getElementById ('WME_SSTR_Side').style.display = "none";
document.getElementById ('WME_SSTR_12').style.display = "none";
document.getElementById ('WME_SSTR_River').style.display = "none";
document.getElementById ('WME_SSTR_Ldmk').style.display = "none";
document.getElementById ('WME_SSTR_Rdt').style.display = "none";
document.getElementById ('WME_SSTR_CrgAds').style.display = "none";
}
function manageSmoothRiver () {
localStorage.WME_SSTR_Smth = document.getElementById ('WME_SSTR_SmthRvr').checked == 1;
return;
}
function init_WME_SSTR() {
if (localStorage.WME_SSTR_enable=='true') { // restaure old Values (if exist)
document.getElementById ('WME_SSTR_enable').checked = 1;}
if (localStorage.WME_SSTR_Smth=='true') {
document.getElementById ('WME_SSTR_SmthRvr').checked = 1;
}
W.selectionManager.events.register("selectionchanged", null, manage_WME_SSTR1);
effaceMenu();
manage_WME_SSTR();
myAlert("WME_SSTR initialized");
console_log("Select Same Type Roads initialized");
}
function manage_WME_SSTR1 () {
setTimeout(manage_WME_SSTR, 1001);
}
function myAlert (message) {
if (document.getElementById('search')!=null && !document.getElementById ('WME_JCB_AlertTxt')) { // verif (et réafffichage) de l'alerteBox
var myAlertBox = $('<div id="WME_JCB_AlertBox" class="form-control search-query" style="opacity : 0.8;display :none; height: auto;min-height: 30px; position: absolute;top :16px; margin-left: 350px; margin-right: auto; "/>');
var myAlertTxt = $('<div id="WME_JCB_AlertTxt" style=" opacity : 1;display:inline;padding:0px 0px">City ID/');
myAlertBox.append(myAlertTxt);
$("#search").append(myAlertBox);
}
if (document.getElementById ('WME_JCB_AlertTxt')){
var myMessage = document.getElementById ('WME_JCB_AlertTxt').innerHTML;
var line = myMessage.split("<br>");
if (line.length==1 && line[0]==""){ line[0]= message;}
else { line.push (message);}
document.getElementById ('WME_JCB_AlertTxt').innerHTML = line.join ("<br>");
document.getElementById ('WME_JCB_AlertBox').style.display = "block";
setTimeout(function() {endAlert();}, 3750 + 500*Math.random());
}
}
function endAlert() {
var myMessage = document.getElementById ('WME_JCB_AlertTxt').innerHTML;
var line = myMessage.split("<br>");
line.shift();
document.getElementById ('WME_JCB_AlertTxt').innerHTML = line.join ("<br>");
if (line.length ==0){
document.getElementById ('WME_JCB_AlertBox').style.display = "none";
}
}
function console_log(msg) {
if (console) {
console.log(msg);}
}
}
const _timeouts = {
onWmeReady: undefined,
}
function checkTimeout(obj) {
if (obj.toIndex) {
if (_timeouts[obj.timeout]?.[obj.toIndex]) {
window.clearTimeout(_timeouts[obj.timeout][obj.toIndex]);
delete (_timeouts[obj.timeout][obj.toIndex]);
}
}
else {
if (_timeouts[obj.timeout]) {
window.clearTimeout(_timeouts[obj.timeout]);
}
_timeouts[obj.timeout] = undefined;
}
}
function log(message) {
if (typeof message === 'string') {
console.log('%cWME SSTR: %c' + message, 'color:black', 'color:#d97e00');
} else {
console.log('%cWME SSTR:', 'color:black', message);
}
}
function onWmeReady(tries = 1) {
if (typeof tries === 'object') {
tries = 1;
}
checkTimeout({ timeout: 'onWmeReady' });
if (WazeWrap?.Ready) {
log('WazeWrap is ready. Proceeding with initialization.');
onWazeWrapReady();
}
else if (tries < 1000) {
log(`WazeWrap is not in Ready state. Retrying ${tries} of 1000.`);
_timeouts.onWmeReady = window.setTimeout(onWmeReady, 200, ++tries);
}
else {
log('onWmeReady timed out waiting for WazeWrap Ready state.');
}
}
function onWmeInitialized() {
if (W.userscripts?.state?.isReady) {
log('W is ready and in "wme-ready" state. Proceeding with initialization.');
onWmeReady();
} else {
log('W is ready, but not in "wme-ready" state. Adding event listener.');
document.addEventListener('wme-ready', onWmeReady, { once: true });
}
}
function bootstrap() {
if (!W) {
log('W is not available. Adding event listener.');
document.addEventListener('wme-initialized', onWmeInitialized, { once: true });
} else {
onWmeInitialized();
}
}
bootstrap();
