Serves to reverse the nodes A and B of a segment, in order to better manage restrictions on multiples segments.
目前為
// ==UserScript==
// @name WME Reverse Nodes
// @name:fr WME Reverse Nodes
// @description Serves to reverse the nodes A and B of a segment, in order to better manage restrictions on multiples segments.
// @description:fr Sert à inverser les nodes A et B d'un segment, dans le but de mieux gérer les restrictions sur segments multiples.
// @include https://www.waze.com/editor/*
// @include https://www.waze.com/*/editor/*
// @include https://beta.waze.com/editor/*
// @include https://beta.waze.com/*/editor/*
// @exclude https://www.waze.com/user/*
// @exclude https://www.waze.com/*/user/*
// @namespace WME_Reverse_Nodes
// @version 1.3
// @grant none
// ==/UserScript==
function WRNAB_Injected(){
var WRNAB_version = "1.3";
var debug = false;
var WRNAB_API = {};
WRNAB_API.require = {};
/* bootstrap */
function WRNAB_bootstrap(){
if (typeof(unsafeWindow) === "undefined"){
unsafeWindow = ( function () {
var dummyElem = document.createElement('p');
dummyElem.setAttribute('onclick', 'return window;');
return dummyElem.onclick();
}) ();
}
/* begin running the code! */
log("Start");
setTimeout(initialize, 1000);
}
//========== Helper ==============================//
function getElementsByClassName(classname, node) {
if(!node) node = document.getElementsByTagName("body")[0];
var a = [];
var re = new RegExp('\\b' + classname + '\\b');
var els = node.getElementsByTagName("*");
for (var i=0,j=els.length; i<j; i++)
if (re.test(els[i].className)) a.push(els[i]);
return a;
}
function getId(node) {
return document.getElementById(node);
}
function log(msg, obj)
{
if (obj==null)
console.log("WME Reverse Nodes AB v" + WRNAB_version + " - " + msg);
else if(debug)
console.debug("WME Reverse Nodes AB v" + WRNAB_version + " - " + msg + " " ,obj);
}
//========== /Helper ==============================//
function initialize()
{
initializeWazeObjects();
}
function waitForObject(object)
{
var obj=null;
if (object.r==true)
{
if (debug) log ("eval: " + (object.s!=null?object.s:'dummy') + "="+ ((typeof(window.require)=="function")?"require":"WRNAB_API.require") +"(\"" + object.o + "\")");
eval ((object.s!=null?object.s:'dummy') + '=' + ((typeof(window.require)=="function")?'require':'WRNAB_API.require') +'("' + object.o + '")');
eval ("obj=" + (object.s!=null?object.s:'dummy'));
if (debug) log("obj", obj);
}else{
if (debug) log ("eval: " + "typeof(unsafeWindow." + object.o.replace(/\//g, '.') + ")");
obj=eval("typeof(unsafeWindow." + object.o.replace(/\//g, '.') + ")");
}
if(obj === "undefined")
{
log(object.o + ' KO');
window.setTimeout(waitForObject.caller, 500);
return false;
}
if (debug) log(object.s + ' OK');
if (object.s!=null && object.r==false)
eval (object.s + "=" + object.o.replace(/\//g, '.'));
return true;
}
function initializeWazeObjects()
{
var objectToCheck = [
{o: "Waze", s: "waze", r: false},
{o: "Waze.vent", s: "wazeVent", r: false},
{o: "Waze.controller", s: "wazeController", r: false},
{o: "Waze.model", s: "wazeModel", r: false},
{o: "Waze.map", s: "wazeMap", r: false},
{o: "Waze.loginManager", s: "WazeLoginManager", r: false},
{o: "Waze.selectionManager", s: "WazeSelectionManager", r: false},
{o: "Waze/Action/UpdateObject", s: "WazeActionUpdateObject", r: true},
{o: "Waze/Action/UpdateSegmentGeometry", s: "WazeUpdateSegmentGeometry", r: true},
{o: "Waze/Action/ConnectSegment", s: "WazeActionConnectSegment", r: true},
{o: "Waze/Action/DisconnectSegment", s: "WazeActionDisconnectSegment", r: true},
{o: "Waze/Action/MultiAction", s: "WazeActionMultiAction", r: true},
{o: "Waze/Model/Graph/Actions/SetTurn", s: "WazeModelGraphActionsSetTurn", r: true},
{o: "Waze/Model/Graph/Turn", s: "WazeModelGraphTurn", r: true},
{o: "Waze/Model/Graph/TurnData", s: "WazeModelGraphTurnData", r: true},
{o: "Waze/Model/Graph/TurnGraph", s: "WazeModelGraphTurnGraph", r: true},
{o: "Waze/Model/Graph/Vertex", s: "WazeModelGraphVertex", r: true},
{o: "Waze.loginManager.user", s: "me", r: false},
{o: "me.rank", s: "ul", r: false},
{o: "me.isAreaManager", s: "uam", r: false},
{o: "localStorage", s: null, r: false}
];
for (var i=0; i<objectToCheck.length; i++)
{
if (!waitForObject(objectToCheck[i])) return;
}
initializeWazeUI();
}
function initializeWazeUI()
{
var userInfo = getId('user-info');
if (userInfo==null)
{
window.setTimeout(initializeWazeUI, 500);
return;
}
var navTabs=userInfo.getElementsByTagName('ul');
if (navTabs.length==0)
{
window.setTimeout(initializeWazeUI, 500);
return;
}
if (typeof(navTabs[0])==='undefined')
{
window.setTimeout(initializeWazeUI, 500);
return;
}
var tabContents=userInfo.getElementsByTagName('div');
if (tabContents.length==0)
{
window.setTimeout(initializeWazeUI, 500);
return;
}
if (typeof(tabContents[0])==='undefined')
{
window.setTimeout(initializeWazeUI, 500);
return;
}
WRNAB_Init();
}
function WRNAB_newSelectionAvailable()
{
//log('WazeSelectionManager',WazeSelectionManager);
if (WazeSelectionManager.selectedItems.length!=1)
return;
var selectedObject = WazeSelectionManager.selectedItems[0].model;
if (selectedObject.type!="segment")
return;
//log('uam', uam);
if (!uam) return;
var attributes = selectedObject.attributes;
//log('attributes', attributes);
if (attributes.fwdRestrictions !== undefined && attributes.fwdRestrictions.length > 0){
var fwdRestrictions = attributes.fwdRestrictions;
}
if (attributes.revRestrictions !== undefined && attributes.revRestrictions.length > 0){
var revRestrictions = attributes.revRestrictions;
}
var editPanel=getId('edit-panel');
if (editPanel.firstElementChild.style.display=='none')
window.setTimeout(WRNAB_newSelectionAvailable, 100);
// ok: 1 selected item and pannel is shown
if (selectedObject.type=="segment")
{
item=getId("segment-edit-general");
var WRNAB_Controle=document.createElement('Div');
WRNAB_Controle.id="WRNAB-Controle";
WRNAB_Controle.innerHTML='<input type="button" id="_btnInvertAB" value="Reverse Nodes A/B">';
item.appendChild(WRNAB_Controle);
getId("_btnInvertAB").onclick=invertNodeAB;
//log("wazeModel.actionManager",wazeModel.actionManager);
}
}
function WRNAB_Init()
{
WazeSelectionManager.events.register("selectionchanged", null, WRNAB_newSelectionAvailable);
log('init done.');
}
function onScreen(obj)
{
if (obj.geometry)
{
return(wazeMap.getExtent().intersectsBounds(obj.geometry.getBounds()));
}
return false;
}
function isSegmentEditable(seg)
{
var rep = true;
if (seg==null) return false;
//if (Waze.loginManager.user.isCountryManager() ) rep = true;
if (!uam) rep = false;
var ndA = wazeModel.nodes.get(seg.attributes.fromNodeID);
var ndB = wazeModel.nodes.get(seg.attributes.toNodeID);
if ((seg.attributes.permissions == 0) || (seg.attributes.hasClosures))
rep = false;
if ((ndA.attributes.permissions == 0) || (seg.attributes.hasClosures))
rep = false;
if ((ndB.attributes.permissions == 0) || (seg.attributes.hasClosures))
rep = false;
return rep;
}
function invertNodeAB()
{
if (WazeSelectionManager.selectedItems.length!=1)
return;
var seg = wazeModel.segments.get(WazeSelectionManager.selectedItems[0].model.attributes.id);
if (seg.type!="segment")
return;
var attr = seg.attributes;
log("seg",seg);
log("attr",attr);
var sid = attr.id;
// si non nomme, on touche pas:
if (attr.primaryStreetID==null)
{
log("Unnamed segment. Do not put my name on it!");
return;
}
// si locke: on edite pas
/*if ((attr.lockRank==null && attr.rank>usrRank) ||
(attr.lockRank!=null && attr.lockRank>usrRank))
{
log("locked: " + attr.rank + " " + attr.lockRank);
continue;
}
*/
var ndA = wazeModel.nodes.get(attr.fromNodeID);
var ndB = wazeModel.nodes.get(attr.toNodeID);
log("ndA", ndA);
log("ndB", ndB);
// verification de pbs sur nodes (unterminated roads par ex)
if (!ndA || !ndB)
{
log("Bad nodes: A=" + ndA + " B=" + ndB);
return;
}
// On verifie que le segment est affiche a l'ecran
if (onScreen(ndA) && onScreen(ndB))
{
log("IN Screen!");
}
else
{
log("OUT of Screen");
return;
}
// On verifie que le segment est éditable
if (!isSegmentEditable(seg))
{
log("Not editable!");
return;
}
// Mémorisation des paramètre du segment pour les reporter après changement de sens
var newAttr={};
//var fromConnections = attr.toConnections.clone();
//var toConnections = attr.fromConnections.clone();
newAttr.fwdDirection = attr.revDirection;
newAttr.revDirection = attr.fwdDirection;
newAttr.fwdTurnsLocked = attr.revTurnsLocked;
newAttr.revTurnsLocked = attr.fwdTurnsLocked;
newAttr.fwdMaxSpeed = attr.revMaxSpeed;
newAttr.revMaxSpeed = attr.fwdMaxSpeed;
newAttr.fwdMaxSpeedUnverified = attr.revMaxSpeedUnverified;
newAttr.revMaxSpeedUnverified = attr.fwdMaxSpeedUnverified;
newAttr.restrictions = attr.restrictions.clone();
for (i=0; i<newAttr.restrictions.length; i++){
newAttr.restrictions[i] = newAttr.restrictions[i].withReverseDirection();
}
log("seg",seg);
log("attr",attr);
log("newAttr", newAttr);
/*----------------------------------------------------------------------------
New éditor:
f = forward direction (A>B)
r = reverse direction (B>A)
waze.model._turnGraph._adjacencyList["69264747f"]
--> {295413973f: {_instructionOpcode: null,
_restrictions:Array[0],
_state:1 }
waze.model._turnGraph.getTurn(waze.model.segments.objects["69264747"],waze.model.segments.objects["69264746"])
--> {_fromVertex, _toVertex , _turnData}
_turn = waze.model.getTurnGraph().getTurnThroughNode(waze.model.nodes.get("74077390"),waze.model.segments.get("69264747"),waze.model.segments.get("69264746"))
= waze.model._turnGraph.getTurn( _turn.getFromVertex(), _turn.getToVertex())
--> {_fromVertex, _toVertex , _turnData}
_turn.getTurnData().getInstructionOpcode()
waze.model.getRoadGraph().getVertexNodeID(waze.model.getTurnGraph().getTurnThroughNode(waze.model.nodes.get("74077390"),waze.model.segments.get("69264747"),waze.model.segments.get("69264746")).getFromVertex())
e {_fromVertex: e, _toVertex: e, _turnData: e}
_fromVertex:e
_direction:true --> A>B
_segmentID:69264747
_toVertex:e
_direction:false --> B>A
_segmentID:69264745
_turnData:e
_instructionOpcode:null
_restrictions:Array[0]
_state:2
-------------------------------------
CLASS_NAME: "Waze.Action.SetTurn" --> require("Waze/Model/Graph/Actions/SetTurn");
-----------------------------------------------------------------------------*/
var sconA={};
var sconB={};
var fromConnections = {};
var toConnections = {};
// pour les segments connecté à la node A
for (var s=0; s<ndA.attributes.segIDs.length; s++)
{
var scon=ndA.attributes.segIDs[s];
// On mémorise les directions autorisées vers le segment
if (debug){
log("sconA["+scon+"] ndA: "+ndA.attributes.id+" : " + attr.id);
log("_turn",wazeModel.getTurnGraph().getTurnThroughNode(ndA,wazeModel.segments.get(scon),wazeModel.segments.get(attr.id)));
}
sconA[scon]= wazeModel.getTurnGraph().getTurnThroughNode(ndA,wazeModel.segments.get(scon),wazeModel.segments.get(attr.id));
sconA[scon]._toVertex._direction = sconA[scon]._toVertex._direction ? false : true;
if (scon == attr.id) //u-turn
sconA[scon]._fromVertex._direction = sconA[scon]._fromVertex._direction ? false : true;
// On mémorise les directions autorisées sortantes du segment
if (debug){
log("toConnections["+scon+"] ndA: "+ndA.attributes.id+" : " + attr.id);
log("_turn",wazeModel.getTurnGraph().getTurnThroughNode(ndA,wazeModel.segments.get(attr.id),wazeModel.segments.get(scon)));
}
toConnections[scon] = wazeModel.getTurnGraph().getTurnThroughNode(ndA,wazeModel.segments.get(attr.id),wazeModel.segments.get(scon));
toConnections[scon]._fromVertex._direction = toConnections[scon]._fromVertex._direction ? false : true;
if (scon == attr.id) //u-turn
toConnections[scon]._toVertex._direction = toConnections[scon]._toVertex._direction ? false : true;
}
// pour les segments connecté à la node B
for (var s=0; s<ndB.attributes.segIDs.length; s++)
{
var scon=ndB.attributes.segIDs[s];
//if (scon != attr.id){
if (debug){
log("sconB["+scon+"] ndB: "+ndB.attributes.id+" : " + attr.id);
log("_turn",wazeModel.getTurnGraph().getTurnThroughNode(ndB,wazeModel.segments.get(scon),wazeModel.segments.get(attr.id)));
}
sconB[scon]= wazeModel.getTurnGraph().getTurnThroughNode(ndB,wazeModel.segments.get(scon),wazeModel.segments.get(attr.id));
sconB[scon]._toVertex._direction = sconB[scon]._toVertex._direction ? false : true;
if (scon == attr.id) //u-turn
sconB[scon]._fromVertex._direction = sconB[scon]._fromVertex._direction ? false : true;
if (debug){
log("fromConnections["+scon+"] ndB: "+ndB.attributes.id+" : " + attr.id);
log("_turn",wazeModel.getTurnGraph().getTurnThroughNode(ndB,wazeModel.segments.get(attr.id),wazeModel.segments.get(scon)));
}
fromConnections[scon] = wazeModel.getTurnGraph().getTurnThroughNode(ndB,wazeModel.segments.get(attr.id),wazeModel.segments.get(scon));
fromConnections[scon]._fromVertex._direction = fromConnections[scon]._fromVertex._direction ? false : true;
if (scon == attr.id) //u-turn
fromConnections[scon]._toVertex._direction = fromConnections[scon]._toVertex._direction ? false : true;
//}
}
/*
log("wazeModel._turnGraph._adjacencyList["+attr.id+"f]", wazeModel._turnGraph._adjacencyList[attr.id+"f"]);
log("wazeModel._turnGraph._adjacencyList["+attr.id+"r]", wazeModel._turnGraph._adjacencyList[attr.id+"r"]);
*/
log("sconA",sconA);
log("sconB",sconB);
log("fromConnections", fromConnections);
log("toConnections", toConnections);
//on inverse la géométrie du segment
var geo = seg.geometry.clone();
geo.components.reverse();
// controle de position
var nbPoints = geo.components.length-1;
if (!geo.components[0].equals(ndB.attributes.geometry)){
if (debug) log("point 0 et dif de node A");
var delta = {x:0, y:0};
delta.x =ndB.attributes.geometry.x - geo.components[0].x;
delta.y = ndB.attributes.geometry.y - geo.components[0].y;
geo.components[0].move(delta.x, delta.y);
}
if (!geo.components[nbPoints].equals(ndA.attributes.geometry)){
if (debug) log("point "+nbPoints+ " est dif de node B");
var delta = {x:0, y:0};
delta.x = ndA.attributes.geometry.x - geo.components[nbPoints].x;
delta.y = ndA.attributes.geometry.y - geo.components[nbPoints].y;
geo.components[nbPoints].move(delta.x, delta.y);
}
// On deconnecte le segment
//wazeModel.actionManager.add(new WazeActionDisconnectSegment(seg, ndB));
//wazeModel.actionManager.add(new WazeActionDisconnectSegment(seg, ndA));
// maj de la géo du seg
wazeModel.actionManager.add(new WazeUpdateSegmentGeometry (seg,seg.geometry,geo));
// On reconnecte le segment
wazeModel.actionManager.add(new WazeActionConnectSegment(ndB, seg));
wazeModel.actionManager.add(new WazeActionConnectSegment(ndA, seg));
//on replace les paramètre inversé
wazeModel.actionManager.add(new WazeActionMultiAction ([new WazeActionUpdateObject(seg, newAttr)]));
//on replace les autorisations sortantes
for (var sid in fromConnections)
{
var segId = fromConnections[sid]._toVertex._segmentID;
log("attr.id: " + attr.id + " --> NodeA: " + ndB.attributes.id + " --> segId: " + segId);
if (debug) log("fromConnections["+sid+"] = ", fromConnections[sid]);
switch (fromConnections[sid]._turnData._state){
case 0 :
var turn = new WazeModelGraphTurnData();
turn = turn.withRestrictions(fromConnections[sid]._turnData._restrictions);
turn = turn.withInstructionOpcode(fromConnections[sid]._turnData._instructionOpcode);
turn._state = 1;
var turn1 = new WazeModelGraphTurnData();
turn1 = turn1.withRestrictions(fromConnections[sid]._turnData._restrictions);
turn1 = turn1.withInstructionOpcode(fromConnections[sid]._turnData._instructionOpcode);
turn1._state = 0;
if (debug){
log("turn ", turn);
log("turn1 ", turn1);
}
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, fromConnections[sid].withTurnData(turn)));
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, fromConnections[sid].withTurnData(turn1)));
break;
case 1 :wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn( wazeModel._turnGraph, fromConnections[sid]));
break;
}
}
for (var sid in toConnections)
{
var segId = toConnections[sid]._toVertex._segmentID;
log("attr.id: " + attr.id + " --> NodeB: " + ndA.attributes.id + " --> segId: " + segId);
if (debug) log("toConnections["+sid+"] = ", toConnections[sid]);
switch (toConnections[sid]._turnData._state){
case 0 :
var turn = new WazeModelGraphTurnData();
turn = turn.withRestrictions(toConnections[sid]._turnData._restrictions);
turn = turn.withInstructionOpcode(toConnections[sid]._turnData._instructionOpcode);
turn._state = 1;
var turn1 = new WazeModelGraphTurnData();
turn1 = turn1.withRestrictions(toConnections[sid]._turnData._restrictions);
turn1 = turn1.withInstructionOpcode(toConnections[sid]._turnData._instructionOpcode);
turn1._state = 0;
if (debug){
log("turn ", turn);
log("turn1 ", turn1);
}
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, toConnections[sid].withTurnData(turn)));
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, toConnections[sid].withTurnData(turn1)));
break;
case 1 :wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, toConnections[sid]));
break;
}
}
//on replace les autorisations entrantes
log("ndB", ndB);
for (var sid in sconB)
{
log("sconB: "+sid+" ; nodeA: " + ndB.attributes.id + " attr.id: " + attr.id);
if (debug) log("sconB[sid]:",sconB[sid]);
switch (sconB[sid]._turnData._state){
case 0 :
var turn = new WazeModelGraphTurnData();
turn = turn.withRestrictions(sconB[sid]._turnData._restrictions);
turn = turn.withInstructionOpcode(sconB[sid]._turnData._instructionOpcode);
turn._state = 1;
var turn1 = new WazeModelGraphTurnData();
turn1 = turn1.withRestrictions(sconB[sid]._turnData._restrictions);
turn1 = turn1.withInstructionOpcode(sconB[sid]._turnData._instructionOpcode);
turn1._state = 0;
if (debug){
log("turn ", turn);
log("turn1 ", turn1);
}
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, sconB[sid].withTurnData(turn)));
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, sconB[sid].withTurnData(turn1)));
break;
case 1 :wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, sconB[sid]));
break;
}
}
log("ndA", ndA);
for (var sid in sconA)
{
log("sconA : "+sid+" ; nodeB: " + ndA.attributes.id + " attr.id: " + attr.id);
if (debug) log("sconA[sid]:",sconA[sid]);
switch (sconA[sid]._turnData._state){
case 0 :
var turn = new WazeModelGraphTurnData();
turn = turn.withRestrictions(sconA[sid]._turnData._restrictions);
turn = turn.withInstructionOpcode(sconA[sid]._turnData._instructionOpcode);
turn._state = 1;
var turn1 = new WazeModelGraphTurnData();
turn1 = turn1.withRestrictions(sconA[sid]._turnData._restrictions);
turn1 = turn1.withInstructionOpcode(sconA[sid]._turnData._instructionOpcode);
turn1._state = 0;
if (debug){
log("turn ", turn);
log("turn1 ", turn1);
}
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, sconA[sid].withTurnData(turn)));
wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, sconA[sid].withTurnData(turn1)));
break;
case 1 :wazeModel.actionManager.add(new WazeModelGraphActionsSetTurn(wazeModel._turnGraph, sconA[sid]));
break;
}
}
log('Invert node for segment '+attr.id+': Ok');
}
WRNAB_bootstrap();
}var WRNAB_Injected_script = document.createElement("script");
WRNAB_Injected_script.textContent = '' + WRNAB_Injected.toString() + ' \n' + 'WRNAB_Injected();';
WRNAB_Injected_script.setAttribute("type", "application/javascript");
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