Greasy Fork is available in English.
Provides access to certain OS OpenData products within the WME environment
// ==UserScript==
// @name WME OpenData
// @namespace http://greasemonkey.chizzum.com
// @description Provides access to certain OS OpenData products within the WME environment
// @include https://*.waze.com/*editor*
// @exclude https://editor-beta.waze.com/*
// @exclude https://beta.waze.com/*
// @include https://one.network/*
// @include https://public.londonworks.gov.uk/roadworks/*
// @include http://public.londonworks.gov.uk/roadworks/*
// @include https://labs.os.uk/*
// @grant GM_setValue
// @grant GM_getValue
// @grant GM_addValueChangeListener
// @grant unsafeWindow
// @version 3.32
// ==/UserScript==
// Contains Ordnance Survey data Crown copyright and database right 2023
//
// Contents of the locatorData_*.js files are derived under the
// Open Government Licence from the OS Open Names and Open Roads datasets
//
// Contents of the gazetteer.js file are derived under the
// Open Government Licence from the OS Open Names dataset
/*
=======================================================================================================================
DONE FOR THIS RELEASE
=======================================================================================================================
=======================================================================================================================
Bug fixes - MUST BE CLEARED BEFORE RELEASE
=======================================================================================================================
=======================================================================================================================
Things to be checked
=======================================================================================================================
*/
/* JSHint Directives */
/* globals W: true */
/* globals OpenLayers: true */
/* globals Elgin: true */
/* globals google: true */
/* globals gazetteerData: true */
/* globals oslRoadNameMatches: true */
/* globals map: true */
/* globals GM_setValue: true */
/* globals GM_getValue: true */
/* globals GM_addValueChangeListener: true */
/* globals unsafeWindow: true */
/* globals trustedTypes: */
/* jshint bitwise: false */
/* jshint evil: true */
/* jshint esversion: 11 */
const oslVersion = '3.32';
const oslUpdateURL = 'https://greasyfork.org/scripts/1941-wme-to-os-link';
const oslBlockPath = 'https://greasemonkey.chizzum.com/osl_v3.0/';
const oslGazetteerURL = 'https://chizzum.com/greasemonkey/gaz_v5/_gazetteer.js';
const oslPi = 3.14159265358979;
const oslPiDiv180 = (oslPi / 180);
const osl180DivPi = (180 / oslPi);
const oslLocatorBlockSize = 1000;
const oslCacheDecayPeriod = 60;
const oslNameTextPts = '12pt';
const oslNameHalfPix = 12;
const GAZ_ELM =
{
Name: 0,
CEast: 1,
CNorth: 2,
Type: 3,
Area: 4,
LEast: 5,
LNorth: 6,
REast: 7,
RNorth: 8
};
const OSL_ELM =
{
RoadName: 0,
RoadNumber: 1,
BoundW: 2,
BoundE: 3,
BoundS: 4,
BoundN: 5,
Geometry: 6,
AreaName: 7,
AltName: 8,
Classification: 9,
Function: 10,
Form: 11,
Structure: 12,
IsPrimary: 13,
IsTrunk: 14,
MAX: 15
};
const OSL_MODE =
{
Conversion: 0,
OpenNames: 1,
NameCheck: 2,
OpenRoads: 3
};
const OSL_BBMODE =
{
Init: 0,
Match: 1,
Other: 2,
Finalise: 3
};
const OSL_ROADRENDERER =
{
Init: 0,
Render: 1,
Finalise: 2,
Erase: 3
};
const oslRoadClassifications = new Array
(
'Undefined',
'Motorway',
'A Road',
'B Road',
'Classified Unnumbered',
'Unclassified',
'Not Classified',
'Unknown'
);
const oslRoadFunctions = new Array
(
'Undefined',
'Motorway',
'A Road',
'B Road',
'Minor Road',
'Local Road',
'Local Access Road',
'Restricted Local Access Road',
'Secondary Access Road'
);
const oslStrokeColoursByFunction = new Array
(
"red",
"deepskyblue",
"limegreen",
"darkorange",
"yellow",
"white",
"grey",
"tan",
"grey"
);
const oslRoadStructures = new Array
(
'',
'[Tunnel]',
'[Bridge]'
);
const oslFormsOfWay = new Array
(
'Undefined',
'Single Carriageway',
'Dual Carriageway',
'Slip Road',
'Roundabout',
'Collapsed Dual Carriageway',
'Guided Busway',
'Shared Use Carriageway'
);
// List of all road name suffixes, giving both their full length and abbreviated forms,
// for use when automatically translating the standard OS names into the abbreviated
// forms we prefer to use in WME.
//
// Note that some suffixes are included where the abbreviated form is identical to the
// full length form - these are present to act as guidance to the translation code so
// that it recognises which part of the OS name is the suffix - remember that the suffix
// isn't always the last word in the name, as we also need to consider names that have
// things after the suffix - e.g. Breakspear Road South, High Street Eastcote etc. If
// these weren't present then we could end up incorrectly translating earlier parts of
// the name which match one of the other suffixes - e.g. West Green Way...
const oslNameAbbreviations = new Array
(
'Avenue','Ave',
'Boulevard','Blvd',
'Broadway','Bdwy',
'Circus','Cir',
'Close','Cl',
'Court','Ct',
'Crescent','Cr',
'Drive','Dr',
'Garden','Gdn',
'Gardens','Gdns',
'Green','Gn',
'Grove','Gr',
'Lane','Ln',
'Mews','Mews',
'Mount','Mt',
'Place','Pl',
'Park','Pk',
'Ridge','Rdg',
'Road','Rd',
'Square','Sq',
'Street','St',
'Terrace','Ter',
'Valley','Val',
'By-pass','Bypass',
'Way','Way',
'Hill','Hill'
);
let oslUserPrefs = {};
let oslGazetteerData = [];
let oslAdvancedMode = false;
let oslEvalString = '';
let oslLoadingMsg = false;
let oslMLCDiv = null;
let oslOSLDiv = null;
let oslBBDiv = null;
let oslNamesDiv = null;
let oslGazTagsDiv = null;
let oslPrevHighlighted = null;
let oslSegmentHighlighted = false;
let oslPrevMouseX = null;
let oslPrevMouseY = null;
let oslDivDragging = false;
let oslPrevSelected = null;
let oslDoOSLUpdate = false;
let oslMousepos = null;
let oslMousePixelpos = null;
let oslLastViewportWidth = null;
let oslDoneOnload = false;
let oslPrevStreetName = '';
let oslMergeGazData = false;
let oslOSLMaskLayer = null;
let oslOSLNameCheckTimer = 0;
let oslOSLNCSegments = [];
let oslInUK = false;
let oslInLondon = false;
let oslNorthings = null;
let oslEastings = null;
let oslLatitude = null;
let oslLongitude = null;
let oslHelmX = null;
let oslHelmY = null;
let oslHelmZ = null;
let oslBlocksToLoad = [];
let oslBlocksToTest = [];
let oslVPLeft = 0;
let oslVPRight = 0;
let oslVPBottom = 0;
let oslVPTop = 0;
let oslBBDivInnerHTML = '';
let oslEvalEBlock = 0;
let oslEvalNBlock = 0;
let oslBlockData = null;
let oslBlockCacheList = [];
let oslBlockCacheTestTimer = (oslCacheDecayPeriod * 10);
let oslSegGeoDivInnerHTML = '';
let oslNamesDivInnerHTML = '';
let oslONC_E = null;
let oslONC_N = null;
let oslEBlock_min = null;
let oslEBlock_max = null;
let oslNBlock_min = null;
let oslNBlock_max = null;
let oslOSLDivLeft;
let oslOSLDivTop;
let oslSegGeoDiv;
let oslWazeMapElement;
let oslDragBar;
let oslWindow;
let oslOSLDivTopMinimised;
let oslNCDiv;
let oslSegGeoUIDiv;
let oslOffsetToolbar = false;
let oslMOAdded = false;
let oslLocatorElements = null;
let oslUsingNewName = false;
let oslUseName = false;
let oslCityName = '';
let oslCountyName = '';
let oslUseAlt = false;
let oslRORCenter = null;
let oslRORZoom = null;
function oslBootstrap()
{
if(document.location.host == 'one.network')
{
hlp_ONE.init();
}
else if(document.location.host == 'labs.os.uk')
{
hlp_ODM.init();
}
else if(document.location.host == 'public.londonworks.gov.uk')
{
hlp_LRR.init();
}
else
{
oslInitialise();
}
}
function oslAddLog(logtext)
{
console.log('WMEOpenData: '+logtext);
}
function oslModifySrc(srcIn)
{
if(typeof trustedTypes === "undefined")
{
return srcIn;
}
else
{
const escapeSrcPolicy = trustedTypes.createPolicy("name", {createScriptURL: (to_escape) => to_escape});
return escapeSrcPolicy.createScriptURL(srcIn);
}
}
function oslModifyHTML(htmlIn)
{
if(typeof trustedTypes === "undefined")
{
return htmlIn;
}
else
{
const escapeHTMLPolicy = trustedTypes.createPolicy("forceInner", {createHTML: (to_escape) => to_escape});
return escapeHTMLPolicy.createHTML(htmlIn);
}
}
//-----------------------------------------------------------------------------------------------------------------------------------------
// all code between here and the next ------------- marker line is a stripped down version of the original from Paul Dixon
//
// * GeoTools javascript coordinate transformations
// * http://www.nearby.org.uk/tests/geotools2.js
// *
// * This file copyright (c)2005 Paul Dixon (paul@elphin.com)
// *
// * 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 2
// * 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, write to the Free Software
// * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
// *
// * ---------------------------------------------------------------------------
// *
// * Credits
// *
// * The algorithm used by the script for WGS84-OSGB36 conversions is derived
// * from an OSGB spreadsheet (www.gps.gov.uk) with permission. This has been
// * adapted into Perl by Ian Harris, and into PHP by Barry Hunter. Conversion
// * accuracy is in the order of 7m for 90% of Great Britain, and should be
// * be similar to the conversion made by a typical GPSr
// *
// * See accompanying documentation for more information
// * http://www.nearby.org.uk/tests/GeoTools2.html
function oslOSGBtoWGS(oseast, osnorth)
{
const a = 6377563.396;
const b = 6356256.910;
const e0 = 400000;
const n0 = -100000;
const f0 = 0.999601272;
const PHI0 = 49.00000;
const LAM0 = -2.00000;
const RadPHI0 = PHI0 * oslPiDiv180;
const RadLAM0 = LAM0 * oslPiDiv180;
//Compute af0, bf0, e squared (e2), n and Et
const af0 = a * f0;
const bf0 = b * f0;
const e2 = (Math.pow(af0,2) - Math.pow(bf0,2)) / Math.pow(af0,2);
const n = (af0 - bf0) / (af0 + bf0);
let Et = oseast - e0;
//Compute initial value for oslLatitude (PHId) in radians
let PHI1 = ((osnorth - n0) / af0) + RadPHI0;
let M = oslMarc(bf0, n, RadPHI0, PHI1);
let PHId = ((osnorth - n0 - M) / af0) + PHI1;
while (Math.abs(osnorth - n0 - M) > 0.00001)
{
PHId = ((osnorth - n0 - M) / af0) + PHI1;
M = oslMarc(bf0, n, RadPHI0, PHId);
PHI1 = PHId;
}
//Compute nu, rho and eta2 using value for PHId
let nu = af0 / (Math.sqrt(1 - (e2 * ( Math.pow(Math.sin(PHId),2)))));
let rho = (nu * (1 - e2)) / (1 - (e2 * Math.pow(Math.sin(PHId),2)));
let eta2 = (nu / rho) - 1;
//Compute Latitude/Longitude
let tanPHId = Math.tan(PHId);
let tanPHIdSquared = Math.pow(tanPHId, 2);
let tanPHIdPowFour = Math.pow(tanPHId, 4);
let cosPHId = Math.cos(PHId);
let cosPHIdPowNegOne = Math.pow(cosPHId, -1);
let nuPowThree = Math.pow(nu, 3);
let nuPowFive = Math.pow(nu, 5);
let VII = tanPHId / (2 * rho * nu);
let VIII = (tanPHId / (24 * rho * nuPowThree)) * (5 + (3 * tanPHIdSquared) + eta2 - (9 * eta2 * tanPHIdSquared));
let IX = (tanPHId / (720 * rho * nuPowFive)) * (61 + (90 * tanPHIdSquared) + (45 * tanPHIdPowFour));
oslLatitude = osl180DivPi * (PHId - (Math.pow(Et,2) * VII) + (Math.pow(Et,4) * VIII) - (Math.pow(Et, 6) * IX));
let X = cosPHIdPowNegOne / nu;
let XI = (cosPHIdPowNegOne / (6 * nuPowThree)) * ((nu / rho) + (2 * tanPHIdSquared));
let XII = (cosPHIdPowNegOne / (120 * nuPowFive)) * (5 + (28 * tanPHIdSquared) + (24 * tanPHIdPowFour));
let XIIA = (cosPHIdPowNegOne / (5040 * Math.pow(nu,7))) * (61 + (662 * tanPHIdSquared) + (1320 * tanPHIdPowFour) + (720 * (Math.pow(tanPHId,6))));
oslLongitude = osl180DivPi * (RadLAM0 + (Et * X) - (Math.pow(Et,3) * XI) + (Math.pow(Et,5) * XII) - (Math.pow(Et,7) * XIIA));
let RadPHI = oslLatitude * oslPiDiv180;
let RadLAM = oslLongitude * oslPiDiv180;
const ee2 = (Math.pow(6377563.396,2) - Math.pow(6356256.910,2)) / Math.pow(6377563.396,2);
let V = a / (Math.sqrt(1 - (ee2 * ( Math.pow(Math.sin(RadPHI),2)))));
let cosRadPHI = Math.cos(RadPHI);
X = V * cosRadPHI * Math.cos(RadLAM);
let Y = V * cosRadPHI * Math.sin(RadLAM);
let Z = (V * (1 - ee2)) * (Math.sin(RadPHI));
// do Helmert transforms
const sfactor = -20.4894 * 0.000001;
const RadX_Rot = (0.1502 / 3600) * oslPiDiv180;
const RadY_Rot = (0.2470 / 3600) * oslPiDiv180;
const RadZ_Rot = (0.8421 / 3600) * oslPiDiv180;
let X2 = (X + (X * sfactor) - (Y * RadZ_Rot) + (Z * RadY_Rot) + 446.448);
let Y2 = (X * RadZ_Rot) + Y + (Y * sfactor) - (Z * RadX_Rot) -125.157;
let Z2 = (-1 * X * RadY_Rot) + (Y * RadX_Rot) + Z + (Z * sfactor) + 542.060;
let RootXYSqr = Math.sqrt(Math.pow(X2,2) + Math.pow(Y2,2));
const eee2 = (Math.pow(6378137.000,2) - Math.pow(6356752.313,2)) / Math.pow(6378137.000,2);
PHI1 = Math.atan2(Z2 , (RootXYSqr * (1 - eee2)) );
let sinPHI1 = Math.sin(PHI1);
let sinPHI1Squared = Math.pow(sinPHI1, 2);
V = 6378137.000 / (Math.sqrt(1 - (eee2 * sinPHI1Squared)));
let PHI2 = Math.atan2((Z + (eee2 * V * sinPHI1)) , RootXYSqr);
while (Math.abs(PHI1 - PHI2) > 0.000000001)
{
PHI1 = PHI2;
let innerSinPHI1 = Math.sin(PHI1);
V = 6378137.000 / (Math.sqrt(1 - (eee2 * Math.pow(innerSinPHI1,2))));
PHI2 = Math.atan2((Z2 + (eee2 * V * innerSinPHI1)) , RootXYSqr);
}
oslLatitude = PHI2 * osl180DivPi;
oslLongitude = Math.atan2(Y2 , X2) * osl180DivPi;
}
function oslWGStoOSGB()
{
oslLatLontoHelmXYZ();
let oslLatitude2 = oslXYZtoLat();
let oslLongitude2 = Math.atan2(oslHelmY , oslHelmX) * osl180DivPi;
oslLatLonoslToOSGrid(oslLatitude2,oslLongitude2);
}
function oslLatLontoHelmXYZ()
{
const a = 6378137.0;
const b = 6356752.313;
const DX = -446.448;
const DY = 125.157;
const DZ = -542.060;
const rotX = -0.1502;
const rotY = -0.2470;
const rotZ = -0.8421;
const sfactor = 20.4894 * 0.000001;
const e2 = (Math.pow(a,2) - Math.pow(b,2)) / Math.pow(a,2);
// perform initial lat-lon to cartesian coordinate translation
let RadPHI = oslLatitude * oslPiDiv180;
let RadLAM = oslLongitude * oslPiDiv180;
let V = a / (Math.sqrt(1 - (e2 * ( Math.pow(Math.sin(RadPHI),2)))));
let cartX = V * (Math.cos(RadPHI)) * (Math.cos(RadLAM));
let cartY = V * (Math.cos(RadPHI)) * (Math.sin(RadLAM));
let cartZ = (V * (1 - e2)) * (Math.sin(RadPHI));
// Compute Helmert transformed coordinates
let RadX_Rot = (rotX / 3600) * oslPiDiv180;
let RadY_Rot = (rotY / 3600) * oslPiDiv180;
let RadZ_Rot = (rotZ / 3600) * oslPiDiv180;
oslHelmX = (cartX + (cartX * sfactor) - (cartY * RadZ_Rot) + (cartZ * RadY_Rot) + DX);
oslHelmY = (cartX * RadZ_Rot) + cartY + (cartY * sfactor) - (cartZ * RadX_Rot) + DY;
oslHelmZ = (-1 * cartX * RadY_Rot) + (cartY * RadX_Rot) + cartZ + (cartZ * sfactor) + DZ;
}
function oslXYZtoLat()
{
const a = 6377563.396;
const b = 6356256.910;
const e2 = (Math.pow(a,2) - Math.pow(b,2)) / Math.pow(a,2);
let RootXYSqr = Math.sqrt(Math.pow(oslHelmX,2) + Math.pow(oslHelmY,2));
let PHI1 = Math.atan2(oslHelmZ , (RootXYSqr * (1 - e2)) );
let PHI = oslIterateOSLXYZtoLat(a, e2, PHI1, oslHelmZ, RootXYSqr);
return PHI * osl180DivPi;
}
function oslIterateOSLXYZtoLat(a, e2, PHI1, Z, RootXYSqr)
{
let V = a / (Math.sqrt(1 - (e2 * Math.pow(Math.sin(PHI1),2))));
let PHI2 = Math.atan2((Z + (e2 * V * (Math.sin(PHI1)))) , RootXYSqr);
while (Math.abs(PHI1 - PHI2) > 0.000000001)
{
PHI1 = PHI2;
let sinPHI1 = Math.sin(PHI1);
V = a / (Math.sqrt(1 - (e2 * Math.pow(sinPHI1,2))));
PHI2 = Math.atan2((Z + (e2 * V * (sinPHI1))) , RootXYSqr);
}
return PHI2;
}
function oslMarc(bf0, n, PHI0, PHI)
{
let c1 = PHI - PHI0;
let c2 = PHI + PHI0;
let c3 = Math.pow(n, 2);
let c4 = Math.pow(n, 3);
return bf0 *
(
(
(1 + n + ((5 / 4) * c3) + ((5 / 4) * c4)) * c1
) -
(
((3 * n) + (3 * c3) + ((21 / 8) * c4)) *
Math.sin(c1) *
Math.cos(c2)
) +
(
(((15 / 8) * c3) + ((15 / 8) * c4)) *
Math.sin(2 * c1) *
Math.cos(2 * c2)
) -
(
((35 / 24) * c4) *
(Math.sin(3 * c1)) * (Math.cos(3 * c2))
)
);
}
function oslLatLonoslToOSGrid(PHI, LAM)
{
const a = 6377563.396;
const b = 6356256.910;
const e0 = 400000;
const n0 = -100000;
const f0 = 0.999601272;
const PHI0 = 49.00000;
const LAM0 = -2.00000;
const RadPHI0 = PHI0 * oslPiDiv180;
const RadLAM0 = LAM0 * oslPiDiv180;
const af0 = a * f0;
const bf0 = b * f0;
const n = (af0 - bf0) / (af0 + bf0);
const e2 = (Math.pow(af0,2) - Math.pow(bf0,2)) / Math.pow(af0,2);
let RadPHI = PHI * oslPiDiv180;
let RadLAM = LAM * oslPiDiv180;
let sinRadPHI = Math.sin(RadPHI);
let sinRadPHISquared = Math.pow(sinRadPHI, 2);
let cosRadPHI = Math.cos(RadPHI);
let cosRadPHIPowThree = Math.pow(cosRadPHI, 3);
let cosRadPHIPowFive = Math.pow(cosRadPHI, 5);
let tanRadPHI = Math.tan(RadPHI);
let tanRadPHISquared = Math.pow(tanRadPHI, 2);
let tanRadPHIPowFour = Math.pow(tanRadPHI, 4);
let nu = af0 / (Math.sqrt(1 - (e2 * sinRadPHISquared)));
let rho = (nu * (1 - e2)) / (1 - (e2 * sinRadPHISquared));
let eta2 = (nu / rho) - 1;
let p = RadLAM - RadLAM0;
let M = oslMarc(bf0, n, RadPHI0, RadPHI);
let I = M + n0;
let II = (nu / 2) * sinRadPHI * cosRadPHI;
let III = ((nu / 24) * sinRadPHI * cosRadPHIPowThree) * (5 - tanRadPHISquared + (9 * eta2));
let IIIA = ((nu / 720) * sinRadPHI * cosRadPHIPowFive) * (61 - (58 * tanRadPHISquared) + tanRadPHIPowFour);
let IV = nu * cosRadPHI;
let V = (nu / 6) * cosRadPHIPowThree * ((nu / rho) - tanRadPHISquared);
let VI = (nu / 120) * cosRadPHIPowFive * ((5 - (18 * tanRadPHISquared)) + tanRadPHIPowFour + (14 * eta2) - (58 * tanRadPHISquared * eta2));
oslEastings = Math.round(e0 + (p * IV) + (Math.pow(p,3) * V) + (Math.pow(p,5) * VI));
oslNorthings = Math.round(I + (Math.pow(p,2) * II) + (Math.pow(p,4) * III) + (Math.pow(p,6) * IIIA));
// Conversion errors
// 50.06574112187924 -5.699894626953322
// 135261,25033
// 135256,25014
// +6, +19
// 51.35363338966115 1.4443961072966522
// 639795,167306
// 639800,167284
// -5, +22
// 60.15795987870581 -1.1466271562283679
// 447367,1141743
// 447362,1141733
// +5, +10
let nCorrect = Math.round(70 - PHI);
oslNorthings -= nCorrect;
}
//-----------------------------------------------------------------------------------------------------------------------------------------
function oslCaseCorrect(wrongcase)
{
let correctedCase = '';
for(let loop=0;loop<wrongcase.length;loop++)
{
// capitalise first letter following one of these substrings
if
(
(loop === 0)||
(wrongcase[loop-1] == ' ')||
(wrongcase[loop-1] == '(')||
(wrongcase.substr(loop-3,3) == '-Y-')||
(wrongcase.substr(loop-4,4) == '-YR-')
) correctedCase += wrongcase[loop].toUpperCase();
else correctedCase += wrongcase[loop].toLowerCase();
}
// recapitalise any roman numerals
correctedCase = correctedCase.replace(' Ii ',' II ');
correctedCase = correctedCase.replace(' Iii ',' III ');
correctedCase = correctedCase.replace(' Iv ',' IV ');
correctedCase = correctedCase.replace(' Vi ',' VI ');
correctedCase = correctedCase.replace(' Vii ',' VII ');
return correctedCase;
}
function oslSaintsPreserveUs(oslName)
{
let nameBits = [];
if(oslName.indexOf('St ') != -1)
{
nameBits = oslName.split('St ');
oslName = nameBits[0] + 'St. ' + nameBits[1];
}
else if(oslName.indexOf('Saint ') != -1)
{
nameBits = oslName.split('Saint ');
oslName = nameBits[0] + 'St. ' + nameBits[1];
}
return oslName;
}
function oslWazeifyStreetName(oslName, debugOutput)
{
let wazeName = '';
// strip out any HTML encoding added by the server when returning the street name data...
let textArea = document.createElement('textarea');
textArea.innerHTML = oslModifyHTML(oslName);
oslName = textArea.value;
wazeName = oslCaseCorrect(oslName);
wazeName = oslSaintsPreserveUs(wazeName);
let nameoslPieces = wazeName.split(' ');
if(nameoslPieces.length > 1)
{
let dirSuffix = '';
let namePrefix = '';
if((nameoslPieces[nameoslPieces.length-1] == 'North')||(nameoslPieces[nameoslPieces.length-1] == 'South')||(nameoslPieces[nameoslPieces.length-1] == 'East')||(nameoslPieces[nameoslPieces.length-1] == 'West'))
{
dirSuffix = ' ' + nameoslPieces[nameoslPieces.length-1][0];
for(let loop=0;loop<nameoslPieces.length-1;loop++)
{
namePrefix += (nameoslPieces[loop] + ' ');
}
}
else
{
for(let loop=0;loop<nameoslPieces.length;loop++)
{
namePrefix += (nameoslPieces[loop] + ' ');
}
}
namePrefix = namePrefix.trimRight(1);
if(debugOutput === true) console.log(oslName);
// replace road type with abbreviated form
for(let pass=0;pass<2;pass++)
{
for(let loop=0;loop<oslNameAbbreviations.length;loop+=2)
{
let abbrPos = namePrefix.lastIndexOf(oslNameAbbreviations[loop]);
let abbrLen = oslNameAbbreviations[loop].length;
let npLength = namePrefix.length;
let npRemaining = npLength - abbrPos;
if(debugOutput === true) console.log(pass,' ',oslNameAbbreviations[loop],' ',abbrPos,' ',abbrLen,' ',npLength,' ',npRemaining);
if(abbrPos != -1)
{
// make sure the road type we've found comes firstly at the end of the name string, or is suffixed with a space
// if there's a non-road type at the end of the string (e.g. High Road Eastcote)
// isn't, then we've actually found a type match within a longer string segment (e.g. The Parkside) and so we
// should leave it alone...
if
(
((pass === 0) && (npRemaining == abbrLen)) ||
((pass == 1) && (namePrefix[abbrPos+abbrLen] == ' '))
)
{
let preName = namePrefix.substr(0,abbrPos);
if((preName.length >= 4) && (preName.lastIndexOf("The") != (preName.length - 4)))
{
let theName = namePrefix.substr(abbrPos);
theName = theName.replace(oslNameAbbreviations[loop],oslNameAbbreviations[loop+1]);
wazeName = preName + theName + dirSuffix;
return wazeName;
}
}
}
}
}
wazeName = namePrefix + dirSuffix;
}
return wazeName;
}
function oslCPDistance(cpE, cpN, posE, posN)
{
return Math.round(Math.sqrt(((posE - cpE) * (posE - cpE)) + ((posN - cpN) * (posN - cpN))));
}
function oslGetBBCornerPixels(boxW, boxE, boxS, boxN)
{
let lonlat_sw = new OpenLayers.LonLat(boxW,boxS);
let lonlat_se = new OpenLayers.LonLat(boxE,boxS);
let lonlat_nw = new OpenLayers.LonLat(boxW,boxN);
let lonlat_ne = new OpenLayers.LonLat(boxE,boxN);
let pix_sw = W.map.getPixelFromLonLat(lonlat_sw);
let pix_se = W.map.getPixelFromLonLat(lonlat_se);
let pix_ne = W.map.getPixelFromLonLat(lonlat_ne);
let pix_nw = W.map.getPixelFromLonLat(lonlat_nw);
boxE = (pix_ne.x + pix_se.x) / 2;
boxW = (pix_nw.x + pix_sw.x) / 2;
boxN = (pix_ne.y + pix_nw.y) / 2;
boxS = (pix_se.y + pix_sw.y) / 2;
let boxToleranceWidth = ((boxE - boxW) * 0.05);
let boxToleranceHeight = ((boxS - boxN) * 0.05);
boxW -= boxToleranceWidth;
boxE += boxToleranceWidth;
boxS += boxToleranceHeight;
boxN -= boxToleranceHeight;
boxE = Math.round(boxE);
boxW = Math.round(boxW);
boxS = Math.round(boxS);
boxN = Math.round(boxN);
// extend width/height of box if the calculated dimension is too small for the box to be readily visible
if(boxE-boxW < 20)
{
boxE += 10;
boxW -= 10;
}
if(boxS-boxN < 20)
{
boxS += 10;
boxN -= 10;
}
return [boxW, boxE, boxS, boxN];
}
function oslVisualiseBoundingBox(boxW, boxE, boxS, boxN, mode)
{
if(oslOSLDiv.style.height == '0px')
{
oslBBDiv.innerHTML = '';
return;
}
let boxPos = [boxW, boxE, boxS, boxN];
if((mode == OSL_BBMODE.Match) || (mode == OSL_BBMODE.Other))
{
boxPos = oslGetBBCornerPixels(boxW, boxE, boxS, boxN);
}
if(mode === OSL_BBMODE.Init)
{
oslBBDivInnerHTML = '<svg xmlns="http://www.w3.org/2000/svg" width="'+document.getElementById('WazeMap').offsetWidth+'px" height="'+document.getElementById('WazeMap').offsetHeight+'px" version="1.1">';
}
else if(mode == OSL_BBMODE.Match)
{
oslBBDivInnerHTML += '<rect x="'+boxPos[0]+'" y="'+boxPos[3]+'" width="'+(boxPos[1]-boxPos[0])+'" height="'+(boxPos[2]-boxPos[3])+'" style="fill:yellow;stroke:pink;stroke-width:4;fill-opacity:0.25;stroke-opacity:0.25"/>';
}
else if(mode == OSL_BBMODE.Other)
{
oslBBDivInnerHTML += '<rect x="'+boxPos[0]+'" y="'+boxPos[3]+'" width="'+(boxPos[1]-boxPos[0])+'" height="'+(boxPos[2]-boxPos[3])+'" style="fill:lightgrey;stroke:grey;stroke-width:4;fill-opacity:0.25;stroke-opacity:0.25"/>';
}
else if(mode == OSL_BBMODE.Finalise)
{
oslBBDivInnerHTML += '</svg>';
oslBBDiv.innerHTML = oslBBDivInnerHTML;
}
}
function oslMergeGazetteerData()
{
if(typeof(gazetteerData) == "undefined") return false;
if(oslMergeGazData)
{
// We no longer need to inject the gazetteer data as two seperate arrays and then merge them here,
// but we do still need to create a local reference to the injected array data, as trying to access
// it directly as gazetteerData[] throws errors...
oslGazetteerData = gazetteerData;
oslMergeGazData = false;
for(let idx=0;idx<oslGazetteerData.length;idx++)
{
oslGazetteerData[idx] = oslSaintsPreserveUs(oslGazetteerData[idx]);
}
oslAddLog('gazetteer data loaded, '+oslGazetteerData.length+' entries');
}
return true;
}
function oslGetTextWidth(text)
{
// from https://stackoverflow.com/questions/118241/calculate-text-width-with-javascript/21015393#21015393
// re-use canvas object for better performance
let canvas = oslGetTextWidth.canvas || (oslGetTextWidth.canvas = document.createElement("canvas"));
let context = canvas.getContext("2d");
context.font = 'bold '+oslNameTextPts+' arial';
let metrics = context.measureText(text);
return metrics.width;
}
function oslGetVisibleCityNames()
{
if(oslMergeGazetteerData() === false) return;
oslNamesDivInnerHTML = '<svg xmlns="http://www.w3.org/2000/svg" width="'+document.getElementById('WazeMap').offsetWidth+'px" height="'+document.getElementById('WazeMap').offsetHeight+'px" version="1.1">';
if(document.getElementById('_cbGazTagsEnabled').checked === true)
{
let showCities = document.getElementById('_cbGazTagsCity').checked;
let showTowns = document.getElementById('_cbGazTagsTown').checked;
let showVillages = document.getElementById('_cbGazTagsVillage').checked;
let showHamlets = document.getElementById('_cbGazTagsHamlet').checked;
let showOthers = document.getElementById('_cbGazTagsOther').checked;
for(let idx=0;idx<oslGazetteerData.length;idx++)
{
let gazElements = oslGazetteerData[idx].split(':');
let cnType = gazElements[GAZ_ELM.Type];
let showTag;
let tagColour;
if(cnType == 'C')
{
showTag = showCities;
tagColour = "#FFFF00";
}
else if(cnType == 'T')
{
showTag = showTowns;
tagColour = "#FF00FF";
}
else if(cnType == 'V')
{
showTag = showVillages;
tagColour = "#FF8080";
}
else if(cnType == 'H')
{
showTag = showHamlets;
tagColour = "#A0A0FF";
}
else
{
showTag = showOthers;
tagColour = "#C0C0C0";
}
if(showTag === true)
{
let cnEastings = gazElements[GAZ_ELM.CEast];
let cnNorthings = gazElements[GAZ_ELM.CNorth];
if
(
((oslVPLeft < cnEastings) && (oslVPRight > cnEastings)) &&
((oslVPTop > cnNorthings) && (oslVPBottom < cnNorthings))
)
{
let pix = oslOSGridRefToPixel(cnEastings,cnNorthings);
let nameLength = oslGetTextWidth(gazElements[GAZ_ELM.Name]);
oslNamesDivInnerHTML += '<polygon points="';
oslNamesDivInnerHTML += pix.x+','+pix.y+' ';
oslNamesDivInnerHTML += (pix.x+oslNameHalfPix)+','+(pix.y-oslNameHalfPix)+' ';
oslNamesDivInnerHTML += (pix.x+nameLength+oslNameHalfPix+8)+','+(pix.y-oslNameHalfPix)+' ';
oslNamesDivInnerHTML += (pix.x+nameLength+oslNameHalfPix+8)+','+(pix.y+oslNameHalfPix)+' ';
oslNamesDivInnerHTML += (pix.x+oslNameHalfPix)+','+(pix.y+oslNameHalfPix)+'" ';
oslNamesDivInnerHTML += 'fill="'+tagColour+'" fill-opacity="0.75" stroke="black" stroke-opacity="0.75" />';
oslNamesDivInnerHTML += '<text x="'+(pix.x+oslNameHalfPix)+'" y="'+(pix.y+(oslNameHalfPix/2))+'" ';
oslNamesDivInnerHTML += 'style="font-family:sans-serif;font-size:'+oslNameTextPts+';font-weight:600;fill:black;';
oslNamesDivInnerHTML += 'fill-opacity:1">'+gazElements[GAZ_ELM.Name]+'</text>';
}
}
}
}
oslNamesDivInnerHTML += '</svg>';
oslNamesDiv.innerHTML = oslNamesDivInnerHTML;
}
function oslGetNearbyCityNames()
{
if(oslMergeGazetteerData() === false) return;
let names = [];
for(var idx=0;idx<oslGazetteerData.length;idx++)
{
let gazElements = oslGazetteerData[idx].split(':');
let cnEastings = gazElements[GAZ_ELM.CEast];
let cnNorthings = gazElements[GAZ_ELM.CNorth];
if((Math.abs(cnNorthings-oslNorthings) <= 5000)&&(Math.abs(cnEastings-oslEastings) <= 5000))
{
let dist = oslCPDistance(cnEastings,cnNorthings,oslEastings,oslNorthings);
if(dist <= 5000)
{
names.push((dist * 1000000) + idx);
}
}
}
if(names.length > 1) names.sort(function(a,b){return a-b;});
let cityInTopTen = false;
let matchedOSName = false;
let matchedIdx = -1;
let listLength = names.length;
if(listLength > 10) listLength = 10;
let listOpt;
let gElements;
let gDist;
let cityName;
let oOCN = document.getElementById('oslOSCityNames');
for(idx=0;idx<listLength;idx++)
{
gElements = oslGazetteerData[names[idx] % 1000000].split(':');
gDist = (Math.round(names[idx] / 100000000)/10);
// Build namestring for entry in the drop-down list - start with the placename :-)
listOpt = document.createElement('option');
cityName = gElements[GAZ_ELM.Name];
listOpt.text = cityName;
// if the name is neither a city nor unique, append a (county) suffix
if(gElements[GAZ_ELM.Type] == 'C') cityInTopTen = true;
else
{
if(oslCheckCityNameDuplicates(gElements[GAZ_ELM.Name],1) > 1)
{
listOpt.text += ', '+gElements[GAZ_ELM.Area];
}
}
if(sessionStorage.cityNameRB == 'optUseOS')
{
if(cityName == sessionStorage.myCity)
{
matchedOSName = true;
matchedIdx = idx;
}
}
// Add place type and distance in [] brackets to allow easy removal later...
if(gElements[GAZ_ELM.Type] == 'C') listOpt.text += ' [City, ';
else if(gElements[GAZ_ELM.Type] == 'T') listOpt.text += ' [Town, ';
else if(gElements[GAZ_ELM.Type] == 'V') listOpt.text += ' [Village, ';
else if(gElements[GAZ_ELM.Type] == 'H') listOpt.text += ' [Hamlet, ';
else listOpt.text += ' [Other, ';
listOpt.text += gDist + 'km]';
oOCN.add(listOpt,null);oslOSCityNames
}
if((!cityInTopTen) && (names.length > 10))
{
idx = 10;
while((idx < names.length) && (!cityInTopTen))
{
gElements = oslGazetteerData[names[idx] % 1000000].split(':');
if(gElements[GAZ_ELM.Type] == 'C')
{
cityInTopTen = true;
gDist = ' [City, '+(Math.round(names[idx] / 100000000)/10)+'km]';
listOpt = document.createElement('option');
listOpt.text = gElements[GAZ_ELM.Name]+gDist;
oOCN.add(listOpt,null);
if(sessionStorage.cityNameRB == 'optUseOS')
{
if(gElements[GAZ_ELM.Name] == sessionStorage.myCity)
{
matchedOSName = true;
matchedIdx = 10;
break;
}
}
}
idx++;
}
}
if(matchedOSName === true) oOCN.options.selectedIndex = matchedIdx;
if((sessionStorage.cityNameRB == 'optUseOS') && (matchedOSName === false))
{
oslAddLog('Selected city name no longer in nearby OS list...');
alert('City name no longer present in nearby OS data, please reselect');
sessionStorage.cityNameRB = 'optUseExisting';
document.getElementById('optUseExisting').checked = true;
}
}
function oslCheckCityNameDuplicates(cityName, mode)
{
if(oslMergeGazetteerData() === false) return;
let cnCount = 0;
let searchDist = Math.round(oslGazetteerData.length/2);
let searchIdx = searchDist;
let hasCounty = false;
let debugOutput = false;
// remove county suffix from actual city name string if present
if(cityName.indexOf('(') != -1)
{
cityName = cityName.substr(0,cityName.indexOf('('));
cityName = cityName.replace(/^\s+|\s+$/g, "");
hasCounty = true;
}
// remove script-appended county suffix from city name held in drop down if present
if(cityName.indexOf(',') != -1)
{
cityName = cityName.substr(0,cityName.indexOf(','));
cityName = cityName.replace(/^\s+|\s+$/g, "");
}
cityName = cityName.toLowerCase();
cityName = cityName.replace(/-/g, ' ');
let gazName = '';
if(debugOutput === true) console.log('scan for duplicates of '+cityName);
var gazElements = [];
while((searchDist > 1) && (cityName.localeCompare(gazName) !== 0))
{
searchDist = Math.round(searchDist/2);
gazElements = oslGazetteerData[searchIdx].split(':');
gazName = gazElements[GAZ_ELM.Name].toLowerCase();
gazName = gazName.replace(/-/g, ' ');
if(debugOutput === true) console.log('a: '+searchDist+' '+searchIdx+' '+gazName);
if(cityName.localeCompare(gazName) > 0) searchIdx += searchDist;
else if(cityName.localeCompare(gazName) < 0) searchIdx -= searchDist;
if(searchIdx >= oslGazetteerData.length) searchIdx = oslGazetteerData.length-1;
if(searchIdx < 0) searchIdx = 0;
}
gazElements = oslGazetteerData[searchIdx].split(':');
gazName = gazElements[GAZ_ELM.Name].toLowerCase();
gazName = gazName.replace(/-/g, ' ');
while((searchIdx > 0) && (cityName.localeCompare(gazName) == 0))
{
gazElements = oslGazetteerData[--searchIdx].split(':');
gazName = gazElements[GAZ_ELM.Name].toLowerCase();
gazName = gazName.replace(/-/g, ' ');
if(debugOutput === true) console.log('b: '+(searchIdx)+' '+gazName);
}
++searchIdx;
gazElements = oslGazetteerData[searchIdx].split(':');
gazName = gazElements[GAZ_ELM.Name].toLowerCase();
gazName = gazName.replace(/-/g, ' ');
while((searchIdx < (oslGazetteerData.length - 1)) && (cityName.localeCompare(gazName) > 0))
{
++searchIdx;
try
{
gazElements = oslGazetteerData[searchIdx].split(':');
gazName = gazElements[GAZ_ELM.Name].toLowerCase();
gazName = gazName.replace(/-/g, ' ');
if(debugOutput === true) console.log('c: '+(searchIdx)+' '+gazName);
}
catch
{
console.debug("ERROR THROWN - "+oslGazetteerData[searchIdx]);
}
}
while((cityName.localeCompare(gazName) === 0) && (searchIdx < oslGazetteerData.length))
{
cnCount++;
gazElements = oslGazetteerData[++searchIdx].split(':');
gazName = gazElements[GAZ_ELM.Name].toLowerCase();
gazName = gazName.replace(/-/g, ' ');
if(debugOutput === true) console.log('d: '+(searchIdx)+' '+gazName+' '+cnCount);
}
if(mode === 0)
{
let newHTML = '';
if(cnCount === 0) newHTML = ' Place name is not in OS data';
else if(cnCount == 1)
{
newHTML = ' Place name is unique';
if(hasCounty) newHTML += '<br> <i>(County) suffix not required</i>';
}
else
{
newHTML = ' Place name is not unique';
}
document.getElementById('oslCNInfo').innerHTML = newHTML;
}
else return cnCount;
}
function oslHighlightAdjacentSameNameSegments(ldEastings, ldNorthings, ldIgnoreIdx, srcElements)
{
ldNorthings -= oslLocatorBlockSize;
ldEastings -= oslLocatorBlockSize;
for(let x = 0; x < 3; ++x)
{
for(let y = 0; y < 3; ++y)
{
let arrayName = 'locatorData_'+(ldEastings + (x * oslLocatorBlockSize))+'_'+(ldNorthings + (y * oslLocatorBlockSize));
oslEvalString = arrayName;
if(typeof unsafeWindow[arrayName] != "undefined")
{
oslBlockData = unsafeWindow[arrayName];
for(let loop = 0; loop < oslBlockData.length; ++loop)
{
if(loop != ldIgnoreIdx)
{
var locatorElements = oslSplitEntry(oslBlockData[loop]);
if
(
(locatorElements[OSL_ELM.RoadName] == srcElements[OSL_ELM.RoadName]) &&
(locatorElements[OSL_ELM.RoadNumber] == srcElements[OSL_ELM.RoadNumber]) &&
(locatorElements[OSL_ELM.AreaName] == srcElements[OSL_ELM.AreaName])
)
{
oslVisualiseBoundingBox(locatorElements[OSL_ELM.BoundW],locatorElements[OSL_ELM.BoundE],locatorElements[OSL_ELM.BoundS],locatorElements[OSL_ELM.BoundN],OSL_BBMODE.Other);
}
}
}
}
}
}
}
function oslRadioClick()
{
let oslElements = document.getElementById('oslRoadNameMatches');
let selectedName = '';
let arrayName;
for(let loop=0;loop<oslElements.childNodes.length;loop++)
{
if(oslElements.childNodes[loop].nodeType == 1)
{
let tagname = oslElements.childNodes[loop].tagName;
if(tagname !== null)
{
if(tagname == "LABEL")
{
if(oslElements.childNodes[loop].childNodes[0].checked)
{
let attr = oslElements.childNodes[loop].childNodes[0].attributes.getNamedItem("id").value;
if((attr.indexOf('oslID_') === 0) || (attr.indexOf('alt-oslID_') === 0))
{
let roadData = '';
let oslID = attr.split('_');
if(oslID[1] != 'null')
{
arrayName = 'locatorData_'+oslID[1]+'_'+oslID[2];
if(typeof unsafeWindow[arrayName] != "undefined")
{
roadData = unsafeWindow[arrayName][oslID[3]];
}
}
if(roadData == '')
{
roadData = "null:null";
}
let locatorElements = oslSplitEntry(roadData);
if(locatorElements[OSL_ELM.RoadName] != 'null')
{
selectedName = locatorElements[OSL_ELM.RoadName]+locatorElements[OSL_ELM.RoadNumber];
oslVisualiseBoundingBox(0,0,0,0,OSL_BBMODE.Init);
oslVisualiseBoundingBox(locatorElements[OSL_ELM.BoundW],locatorElements[OSL_ELM.BoundE],locatorElements[OSL_ELM.BoundS],locatorElements[OSL_ELM.BoundN],OSL_BBMODE.Match);
oslHighlightAdjacentSameNameSegments(oslID[1], oslID[2], oslID[3], locatorElements);
}
else
{
oslBBDiv.innerHTML = '';
}
}
}
}
}
}
}
if(selectedName === '')
{
oslBBDiv.innerHTML = '';
return;
}
oslVisualiseBoundingBox(0,0,0,0,OSL_BBMODE.Finalise);
}
function oslClick()
{
oslCityName = '';
oslCountyName = '';
oslUsingNewName = false;
if(document.getElementById('optUseNewManual').checked)
{
oslCityName = oslCaseCorrect(document.getElementById('myCityName').value);
oslUsingNewName = true;
}
else if(document.getElementById('optUseExistingWME').checked)
{
let oWCN = document.getElementById('oslWMECityNames');
oslCityName = oWCN.options[oWCN.options.selectedIndex].text;
if(oslCityName.indexOf(', ') !== -1)
{
oslCountyName = oslCityName.split(', ')[1];
oslCityName = oslCityName.split(', ')[0];
}
oslUsingNewName = true;
}
else if(document.getElementById('optUseOS').checked)
{
let oOCN = document.getElementById('oslOSCityNames');
oslCityName = oOCN.options[oOCN.options.selectedIndex].text;
oslCityName = oslCityName.substring(0,oslCityName.indexOf('[')-1);
if(oslCityName.indexOf(', ') !== -1)
{
oslCountyName = oslCityName.split(', ')[1];
oslCityName = oslCityName.split(', ')[0];
}
oslUsingNewName = true;
}
if(sessionStorage.myCity === '')
{
oslAddLog('Update city name position at '+oslEastings+'x'+oslNorthings);
sessionStorage.cityChangeEastings = oslEastings;
sessionStorage.cityChangeNorthings = oslNorthings;
}
if(oslCountyName !== '')
{
sessionStorage.myCity = oslCityName+', '+oslCountyName;
}
else
{
sessionStorage.myCity = oslCityName;
}
oslUseName = false;
if((oslCityName.length > 0) && oslUsingNewName)
{
oslCheckCityNameDuplicates(oslCityName,0);
if(oslCityName != sessionStorage.prevCityName)
{
oslAddLog('Change of city name at '+oslEastings+'x'+oslNorthings);
sessionStorage.cityChangeEastings = oslEastings;
sessionStorage.cityChangeNorthings = oslNorthings;
sessionStorage.prevCityName = oslCityName;
oslUseName = true;
}
else
{
let nameChangeDist = oslCPDistance(oslEastings,oslNorthings,sessionStorage.cityChangeEastings,sessionStorage.cityChangeNorthings);
oslAddLog('Current name was set '+nameChangeDist+'m away from segment location');
if(nameChangeDist > 1000)
{
oslAddLog('Distance exceeds 1km threshold, name verification required...');
if(confirm('Confirm continued use of this city name'))
{
oslAddLog('Confirm city name at '+oslEastings+'x'+oslNorthings);
sessionStorage.cityChangeEastings = oslEastings;
sessionStorage.cityChangeNorthings = oslNorthings;
oslUseName = true;
}
}
else
{
oslUseName = true;
}
}
}
let oslElements = document.getElementById('oslRoadNameMatches');
let arrayName;
for(let loop=0;loop<oslElements.childNodes.length;loop++)
{
if(oslElements.childNodes[loop].nodeType == 1)
{
let tagname = oslElements.childNodes[loop].tagName;
if(tagname !== null)
{
if(tagname == "LABEL")
{
let rbElement = oslElements.childNodes[loop].childNodes[0];
if((rbElement.name == "oslChoice") && (rbElement.checked))
{
let attr = rbElement.attributes.getNamedItem("id").value;
let useMain = (attr.indexOf('oslID_') === 0);
oslUseAlt = (attr.indexOf('alt-oslID_') === 0);
if((useMain === true) || (oslUseAlt === true))
{
let roadData = '';
let oslID = attr.split('_');
if(oslID[1] != 'null')
{
arrayName = 'locatorData_'+oslID[1]+'_'+oslID[2];
if(typeof unsafeWindow[arrayName] != "undefined")
{
roadData = unsafeWindow[arrayName][oslID[3]];
}
}
if(roadData == '')
{
console.debug(arrayName + "not found");
for(let i = 0; i < OSL_ELM.MAX; ++i)
{
roadData += ':';
}
}
oslLocatorElements = oslSplitEntry(roadData);
oslClearAltNames();
oslApplyPrimaryStreetName();
oslApplyAltStreetName();
}
}
}
}
}
}
}
function oslApplyAltStreetName()
{
if(oslUseAlt === true)
{
let tName = oslLocatorElements[OSL_ELM.RoadName];
oslLocatorElements[OSL_ELM.RoadName] = oslLocatorElements[OSL_ELM.AltName];
oslLocatorElements[OSL_ELM.AltName] = tName;
}
if(oslLocatorElements[OSL_ELM.AltName] === '')
{
// No alt name to apply, so exit...
return;
}
// Open the altname edit UI
if(document.querySelector('.alt-city-name') === null)
{
document.querySelector('.add-alt-street-btn').click();
window.setTimeout(oslApplyAltStreetName, 10);
return;
}
let altName = oslLocatorElements[OSL_ELM.RoadNumber];
if((oslLocatorElements[OSL_ELM.RoadName].length > 0)&&(oslLocatorElements[OSL_ELM.RoadNumber].length > 0)) altName += ' - ';
altName += oslWazeifyStreetName(oslLocatorElements[OSL_ELM.AltName], false);
oslInitReactUpdates();
oslUpdateReactTextInput('.alt-street-name', altName);
if(oslUsingNewName)
{
if(oslUseName)
{
oslUpdateReactTextInput('.alt-city-name', oslCityName);
}
}
else if(document.getElementById('optClearExisting').checked === true)
{
oslUpdateReactTextInput('.alt-city-name', '');
}
document.querySelector('.alt-streets-form').querySelector('.save-button').click();
}
let oslPElm;
let oslIElm;
let oslReqValue;
function oslInitReactUpdates()
{
oslPElm = [];
oslIElm = [];
oslReqValue = [];
}
function oslChangeReactTextInput()
{
let allDone = true;
for(let i = 0; i < oslPElm.length; ++i)
{
if(oslIElm[i].value !== oslReqValue[i])
{
allDone = false;
oslPElm[i].dispatchEvent(new Event('focus'));
oslPElm[i].value = "";
oslPElm[i].dispatchEvent(new Event('focus'));
oslPElm[i].dispatchEvent(new Event('input'));
oslIElm[i].dispatchEvent(new Event('focus'));
oslIElm[i].value = oslReqValue[i];
oslIElm[i].dispatchEvent(new Event('focus'));
oslIElm[i].dispatchEvent(new Event('input'));
oslIElm[i].dispatchEvent(new Event('blur'));
oslIElm[i].dispatchEvent(new Event('blur'));
}
}
if(allDone === false)
{
window.setTimeout(oslChangeReactTextInput, 100);
}
}
function oslUpdateReactTextInput(parent, value)
{
let pElm = document.querySelector(parent);
if(pElm !== null)
{
let iElm = pElm.shadowRoot.querySelector('#text-input');
if(iElm !== null)
{
oslPElm.push(pElm);
oslIElm.push(iElm);
oslReqValue.push(value);
oslChangeReactTextInput();
}
}
}
function oslCheckForAddressEditUI()
{
let retval = false;
let ui = document.querySelector('#segment-edit-general .address-form');
if(ui !== null)
{
retval = true;
retval &&= (ui.querySelector('.street-name-row') !== null);
retval &&= (ui.querySelector('.city-name') !== null);
retval &&= (ui.querySelector('.state-id') !== null);
retval &&= (ui.querySelector('.country-id') !== null);
retval &&= (ui.querySelector('.action-buttons') !== null);
retval &&= (ui.getBoundingClientRect().height != 0);
}
return retval;
}
function oslClearAltNames()
{
// Remove any alternate names on a segment
let n = document.querySelectorAll('.alt-street-delete').length;
while(n)
{
--n;
document.querySelectorAll('.alt-street-delete')[n].click();
}
}
function oslApplyPrimaryStreetName()
{
if(document.querySelector('#segment-edit-general .full-address') !== null)
{
document.querySelector('#segment-edit-general .full-address').click();
}
if(oslCheckForAddressEditUI() === false)
{
window.setTimeout(oslApplyPrimaryStreetName, 10);
return;
}
// Update the Street field
let oslName = oslLocatorElements[OSL_ELM.RoadNumber];
if((oslLocatorElements[OSL_ELM.RoadName].length > 0)&&(oslLocatorElements[OSL_ELM.RoadNumber].length > 0))
{
oslName += ' - ';
}
if((oslName.length > 0)||(oslLocatorElements[OSL_ELM.RoadName].length > 0))
{
oslName += oslWazeifyStreetName(oslLocatorElements[OSL_ELM.RoadName], false);
oslPrevStreetName = oslName;
}
else
{
oslName = "";
}
oslInitReactUpdates();
oslUpdateReactTextInput('#segment-edit-general .street-name', oslName);
// Update the City field
if(oslUsingNewName)
{
if(document.getElementById('optUseNewManual').checked === true)
{
sessionStorage.cityNameRB = 'optUseNewManual';
}
else if(document.getElementById('optUseExistingWME').checked === true)
{
sessionStorage.cityNameRB = 'optUseExistingWME';
}
else if(document.getElementById('optUseOS').checked === true)
{
sessionStorage.cityNameRB = 'optUseOS';
}
if(oslUseName)
{
oslUpdateReactTextInput('#segment-edit-general .city-name', oslCityName);
}
}
else if(document.getElementById('optClearExisting').checked === true)
{
sessionStorage.cityNameRB = 'optClearExisting';
oslUpdateReactTextInput('#segment-edit-general .city-name', "");
}
else
{
sessionStorage.cityNameRB = 'optUseExisting';
}
if(oslAdvancedMode)
{
// Auto-click the Apply button if the user has a suitably high editing rank
document.querySelector('.address-form').querySelector('.save-button').click();
}
}
function oslMatch(oslLink, oslArea, oslRadioID, oslAltRadioID)
{
this.oslLink = oslLink;
this.oslArea = oslArea;
this.oslRadioID = oslRadioID;
this.oslAltRadioID = oslAltRadioID;
}
function oslSortCandidates(a,b)
{
let x = a.oslArea;
let y = b.oslArea;
return((x<y) ? -1 : ((x>y) ? 1 : 0));
}
function oslCityNameKeyup()
{
oslCheckCityNameDuplicates(oslCaseCorrect(document.getElementById('myCityName').value),0);
document.getElementById('optUseNewManual').checked = true;
}
function oslSelectWMEName()
{
let oWCN = document.getElementById('oslWMECityNames');
let cityName = oWCN.options[oWCN.options.selectedIndex].text;
oslCheckCityNameDuplicates(cityName,0);
document.getElementById('optUseExistingWME').checked = true;
}
function oslSelectOSName()
{
let oOCN = document.getElementById('oslOSCityNames');
let cityName = oOCN.options[oOCN.options.selectedIndex].text;
cityName = cityName.substring(0,cityName.indexOf('[')-1);
document.getElementById('optUseOS').checked = true;
document.getElementById('oslCNInfo').innerHTML = '';
}
function oslBlockCacheObj(blockName)
{
this.blockName = blockName;
this.lastAccessed = Math.floor(new Date().getTime() / 1000);
}
function oslLoadBlocks()
{
for(let i = 0; i < oslBlocksToLoad.length;)
{
// inject block data
let script = document.createElement("script");
script.setAttribute('type','text/javascript');
script.setAttribute('charset','UTF-8');
script.src = oslBlocksToLoad[i];
document.head.appendChild(script);
oslLoadingMsg = true;
oslBlockCacheList.push(new oslBlockCacheObj(oslBlocksToLoad[i+1]));
i += 2;
}
}
function oslSplitEntry(entryString)
{
let elements = entryString.split(":");
if(entryString != "null:null")
{
let ts=elements[OSL_ELM.Geometry].split(/[ ]+/).map(Number);
let tsLon=[];
let tsLat=[];
ts.forEach((a,i) => {(i % 2 === 0) ? tsLon.push(a) : tsLat.push(a);});
elements[OSL_ELM.BoundE] = Math.max(...tsLon);
elements[OSL_ELM.BoundW] = Math.min(...tsLon);
elements[OSL_ELM.BoundN] = Math.max(...tsLat);
elements[OSL_ELM.BoundS] = Math.min(...tsLat);
}
return elements;
}
function oslToOSGrid(lat, lon, mode)
{
if(oslInUK === false) return;
if(oslMousePixelpos == null) return;
// Correct mouse X pos if map viewport width has changed (e.g. when clicking on segment causing sidepanel to open...)
let vpWidthDelta = (oslLastViewportWidth - W.map.getViewport().getBoundingClientRect().width);
oslLastViewportWidth = W.map.getViewport().getBoundingClientRect().width;
oslMousePixelpos.x -= vpWidthDelta;
if((lat !== 0) && (mode != OSL_MODE.OpenRoads))
{
if(mode == OSL_MODE.NameCheck)
{
oslEastings = lat;
oslNorthings = lon;
}
else
{
oslLatitude = lat;
oslLongitude = lon;
oslWGStoOSGB();
}
}
if((mode == OSL_MODE.OpenNames) || (mode == OSL_MODE.NameCheck))
{
let eBlock;
let nBlock;
// determine which grid block contains the current mouse position
let eBlock_point = (Math.floor(oslEastings/oslLocatorBlockSize)) * oslLocatorBlockSize;
let nBlock_point = (Math.floor(oslNorthings/oslLocatorBlockSize)) * oslLocatorBlockSize;
let candidates = [];
oslBlocksToLoad = [];
let arrayName;
let oslEvalString;
for(let x = -1; x < 2; x++)
{
for(let y = -1; y < 2; y++)
{
eBlock = (eBlock_point + (oslLocatorBlockSize * x));
nBlock = (nBlock_point + (oslLocatorBlockSize * y));
// check we're within the outer bounds of the current OS dataset...
if
(
(eBlock >= 64000) &&
(eBlock <= 655999) &&
(nBlock >= 8000) &&
(nBlock <= 1214999)
)
{
// check to see if there's a corresponding array already loaded...
arrayName = 'locatorData_'+eBlock+'_'+nBlock;
if(typeof unsafeWindow[arrayName] == "undefined")
{
// create a blank placeholder which will get replaced by the actual data if the array is present on the server...
unsafeWindow[arrayName] = [];
oslBlocksToLoad.push(oslBlockPath+Math.floor(eBlock / 100000)+'/'+Math.floor(nBlock / 100000)+'/'+arrayName+'.user.js');
oslBlocksToLoad.push(arrayName);
}
}
}
}
if(oslBlocksToLoad.length > 0)
{
oslLoadBlocks();
}
candidates = [];
if(mode == OSL_MODE.OpenNames) candidates[candidates.length++] = new oslMatch('<label style="display:inline;"><input type="radio" name="oslChoice" id="oslID_null_null_null" />Un-named segment</label><br>',1000000000000,'oslID_null_null_null',null);
for(let x = -1; x < 2; x++)
{
for(let y = -1; y < 2; y++)
{
eBlock = (eBlock_point + (oslLocatorBlockSize * x));
nBlock = (nBlock_point + (oslLocatorBlockSize * y));
// check we're within the outer bounds of the current OS dataset...
if ((eBlock >= 64000) && (eBlock <= 655999) && (nBlock >= 8000) && (nBlock <= 1214999))
{
arrayName = 'locatorData_'+eBlock+'_'+nBlock;
oslEvalString = arrayName;
if(typeof unsafeWindow[arrayName] != "undefined")
{
oslLoadingMsg = false;
// yes...
if((eBlock != oslEvalEBlock) || (nBlock != oslEvalNBlock))
{
oslEvalEBlock = eBlock;
oslEvalNBlock = nBlock;
oslBlockData = unsafeWindow['locatorData_'+eBlock+'_'+nBlock];
}
for (let bcObj in oslBlockCacheList)
{
if(oslBlockCacheList[bcObj].blockName == arrayName)
{
oslBlockCacheList[bcObj].lastAccessed = Math.floor(new Date().getTime() / 1000);
}
}
let preselect = false;
for(let loop = 0;loop < oslBlockData.length; loop++)
{
let locatorElements = [];
// for each entry in the array, test the centrepoint position to see if it lies within the bounding box for that entry
// note that we allow a 30m tolerance on all sides of the box to allow for inaccuracies in the latlon->gridref conversion,
// and to increase the chance of a successful match when the road runs E-W or N-S and thus has a long but narrow bounding box
locatorElements = oslSplitEntry(oslBlockData[loop]);
if((locatorElements[OSL_ELM.RoadName].length > 0) || (locatorElements[OSL_ELM.RoadNumber].length > 0))
{
let tolE;
let tolN;
if(mode == OSL_MODE.NameCheck)
{
// wider tolerance when doing a namecheck lookup, to reduce falsely flagging roads as being mis-named
tolE = 20;
tolN = 30;
}
else
{
// tighter tolerance when doing other lookups
tolE = 10;
tolN = 10;
}
let streetName = '';
if(locatorElements[OSL_ELM.RoadNumber].length > 0)
{
streetName += locatorElements[OSL_ELM.RoadNumber];
if(locatorElements[OSL_ELM.RoadName].length > 0)
{
streetName += ' - ';
}
}
streetName += oslWazeifyStreetName(locatorElements[OSL_ELM.RoadName], false);
let altName = '';
if(locatorElements[OSL_ELM.AltName] != '')
{
if(locatorElements[OSL_ELM.RoadNumber].length > 0)
{
altName += locatorElements[OSL_ELM.RoadNumber];
if(locatorElements[OSL_ELM.AltName].length > 0)
{
altName += ' - ';
}
}
altName += oslWazeifyStreetName(locatorElements[OSL_ELM.AltName], false);
}
if(mode == OSL_MODE.OpenNames)
{
// Name search from mouse position...
let bbPix = oslGetBBCornerPixels(parseFloat(locatorElements[OSL_ELM.BoundW]), parseFloat(locatorElements[OSL_ELM.BoundE]), parseFloat(locatorElements[OSL_ELM.BoundS]), parseFloat(locatorElements[OSL_ELM.BoundN]));
bbPix[0] -= tolE;
bbPix[1] += tolE;
bbPix[2] += tolN;
bbPix[3] -= tolN;
if((oslMousePixelpos.x >= bbPix[0])&&(oslMousePixelpos.x <= bbPix[1])&&(oslMousePixelpos.y <= bbPix[2])&&(oslMousePixelpos.y >= bbPix[3]))
{
let area = ((bbPix[1] - bbPix[0]) * (bbPix[2] - bbPix[3]));
let radioID = 'oslID_'+eBlock+'_'+nBlock+'_'+loop;
let altRadioID = null;
let oslLink = '<label style="display:inline;"><input type="radio" name="oslChoice" id="'+radioID+'"';
if((streetName == oslPrevStreetName)&&(preselect === false))
{
oslLink += 'checked="true"';
preselect = true;
}
oslLink += '/>';
oslLink += streetName+' [<i>'+locatorElements[OSL_ELM.AreaName]+'</i>]</label>';
if(altName != '')
{
altRadioID = 'alt-'+radioID;
oslLink += '<br> <label style="display:inline;"><input type="radio" name="oslChoice" id="'+altRadioID+'"';
if((altName == oslPrevStreetName)&&(preselect === false))
{
oslLink += 'checked="true"';
preselect = true;
}
oslLink += '/>';
oslLink += '<i>Alt name: '+altName+'</i></label>';
}
if(locatorElements[OSL_ELM.Form] == 'Collapsed Dual Carriageway')
{
locatorElements[OSL_ELM.Form] = 'Dual Carriageway';
}
oslLink += '<br> <i>'+oslRoadClassifications[locatorElements[OSL_ELM.Classification]] + ' - ';
oslLink += oslRoadFunctions[locatorElements[OSL_ELM.Function]] + ' - ' + oslFormsOfWay[locatorElements[OSL_ELM.Form]];
if(locatorElements[OSL_ELM.Structure] !== '')
{
oslLink += ' ' + oslRoadStructures[locatorElements[OSL_ELM.Structure]];
}
if(locatorElements[OSL_ELM.IsPrimary] == 'Y')
{
oslLink += ' (PRN)';
}
if(locatorElements[OSL_ELM.IsTrunk] == 'Y')
{
oslLink += ' (TRN)';
}
oslLink += '</i><br>';
candidates[candidates.length++] = new oslMatch(oslLink,area,radioID,altRadioID);
}
}
else if(mode == OSL_MODE.NameCheck)
{
// NameCheck comparisons...
let bbW = parseFloat(locatorElements[OSL_ELM.BoundW]) - tolE;
let bbE = parseFloat(locatorElements[OSL_ELM.BoundE]) + tolE;
let bbS = parseFloat(locatorElements[OSL_ELM.BoundS]) - tolN;
let bbN = parseFloat(locatorElements[OSL_ELM.BoundN]) + tolN;
for(let i=0;i<oslOSLNCSegments.length;i++)
{
if(oslOSLNCSegments[i].match === false)
{
if
(
((oslOSLNCSegments[i].lonA >= bbW) && (oslOSLNCSegments[i].lonA <= bbE)) &&
((oslOSLNCSegments[i].lonB >= bbW) && (oslOSLNCSegments[i].lonB <= bbE)) &&
((oslOSLNCSegments[i].latA >= bbS) && (oslOSLNCSegments[i].latA <= bbN)) &&
((oslOSLNCSegments[i].latB >= bbS) && (oslOSLNCSegments[i].latB <= bbN))
)
{
if((oslOSLNCSegments[i].streetname == streetName) || (oslOSLNCSegments[i].streetname == altName)) oslOSLNCSegments[i].match = true;
}
}
}
}
}
}
}
}
}
}
if(mode == OSL_MODE.OpenNames)
{
let newHTML = '<b>Matches at '+oslEastings+', '+oslNorthings+'</b>';
if(candidates.length > 0)
{
let btnStyle = "cursor:pointer;";
btnStyle += "font-size:14px;";
btnStyle += "border: thin outset black;";
btnStyle += "padding:2px 10px 2px 10px;";
btnStyle += "background: #ccccff;";
newHTML += '<div style="margin:10px;"><span id="oslSelect" style="'+btnStyle+'">';
if(oslAdvancedMode) newHTML += 'Apply to Properties';
else newHTML += 'Copy to Properties';
newHTML += '</span></div>';
if(candidates.length > 1) candidates.sort(oslSortCandidates);
for(let loop=0;loop<candidates.length;loop++)
{
newHTML += candidates[loop].oslLink;
}
newHTML += '<br>City name:<br>';
newHTML += '<label style="display:inline;"><input type="radio" name="oslCityNameOpt" id="optUseExisting"/>Use existing segment name(s)</label><br>';
newHTML += '<label style="display:inline;"><input type="radio" name="oslCityNameOpt" id="optClearExisting" />Clear existing segment name(s)</label><br>';
newHTML += '<label style="display:inline;"><input type="radio" name="oslCityNameOpt" id="optUseNewManual" />Use new name:</label><br>';
newHTML += ' <input id="myCityName" style="font-size:14px; line-height:16px; height:22px; margin-bottom:4px; transition:none; focus:none; box-shadow:none" type="text"';
if(sessionStorage.cityNameRB == 'optUseNewManual') newHTML += 'value="'+sessionStorage.myCity+'"/><br>';
else newHTML += 'value=""/><br>';
newHTML += '<label style="display:inline;"><input type="radio" name="oslCityNameOpt" id="optUseExistingWME" />Use name from map:</label><br>';
newHTML += ' <select id="oslWMECityNames"></select><br>';
newHTML += '<label style="display:inline;"><input type="radio" name="oslCityNameOpt" id="optUseOS" />Use name from OS Gazetteer:</label><br>';
newHTML += ' <select id="oslOSCityNames"></select><br>';
newHTML += '<div id="oslCNInfo"></div><br>';
oslRoadNameMatches.innerHTML = newHTML;
oslGetNearbyCityNames();
let oWCN = document.getElementById('oslWMECityNames');
var nameList = [];
let mc = W.map.getCenter();
for(let cityObj in W.model.cities.objects)
{
if(W.model.cities.objects.hasOwnProperty(cityObj))
{
let cityAttrs = W.model.cities.objects[cityObj].attributes;
if(cityAttrs.countryID === 234)
{
let cityname = cityAttrs.name;
if(cityname !== '')
{
// WME now pollutes W.model.cities.objects with a myriad of places entirely unconnected to
// anything in the current WME view, issue tracker list etc. The countryID check above
// manages to at least filter out the obviously useless entries, however that still leaves
// all the "local" ones which may well be at t'other end of the country and thus local only
// insofar as they're within the UK somewhere...
//
// To therefore deal with this, and continue presenting a genuinely useful list of potential
// city names to the user, we now perform a further distance-based filtering step to cull
// any entries for places more than 10km away from the present centrepoint of the WME view.
let cLL = new OpenLayers.LonLat(cityAttrs.geometry.x, cityAttrs.geometry.y);
let diffX = mc.lon - cLL.lon;
let diffY = mc.lat - cLL.lat;
let distToSquared = (diffX * diffX) + (diffY * diffY);
if(distToSquared < (10000 * 10000))
{
let countyID = [];
countyID[0] = cityAttrs.stateID;
let countyName = W.model.states.getByIds(countyID)[0].attributes.name;
if(countyName !== '')
{
cityname += ', '+countyName;
}
nameList.push(cityname);
}
}
}
}
}
nameList.sort();
let matchedWMEName = false;
for(let i=0; i<nameList.length; i++)
{
let listOpt = document.createElement('option');
listOpt.text = nameList[i];
oWCN.add(listOpt,null);
if(sessionStorage.cityNameRB == 'optUseExistingWME')
{
if(nameList[i] == sessionStorage.myCity)
{
oWCN.options.selectedIndex = i;
matchedWMEName = true;
}
}
}
if((!matchedWMEName) && (sessionStorage.cityNameRB == 'optUseExistingWME'))
{
oWCN.options.selectedIndex = 0;
}
document.getElementById('oslSelect').addEventListener("click", oslClick, true);
document.getElementById('oslWMECityNames').addEventListener("click", oslSelectWMEName, true);
document.getElementById('optUseExistingWME').addEventListener("click", oslSelectWMEName, true);
document.getElementById('oslOSCityNames').addEventListener("click", oslSelectOSName, true);
document.getElementById('optUseOS').addEventListener("click", oslSelectOSName, true);
document.getElementById('myCityName').addEventListener("keyup", oslCityNameKeyup, true);
document.getElementById('optUseNewManual').addEventListener("click", oslCityNameKeyup, true);
for(let loop=0;loop<candidates.length;loop++)
{
document.getElementById(candidates[loop].oslRadioID).addEventListener("click", oslRadioClick, true);
if(candidates[loop].oslAltRadioID != null)
{
document.getElementById(candidates[loop].oslAltRadioID).addEventListener("click", oslRadioClick, true);
}
}
document.getElementById(sessionStorage.cityNameRB).checked = true;
oslKeepUIVisible();
}
else oslRoadNameMatches.innerHTML = newHTML;
}
}
if(mode == OSL_MODE.OpenRoads)
{
// OpenRoads check
let eastingsLeft = (Math.floor(oslVPLeft/oslLocatorBlockSize) - 1) * oslLocatorBlockSize;
let eastingsRight = (Math.ceil(oslVPRight/oslLocatorBlockSize) + 1) * oslLocatorBlockSize;
let northingsTop = (Math.ceil(oslVPTop/oslLocatorBlockSize) + 1) * oslLocatorBlockSize;
let northingsBottom = (Math.floor(oslVPBottom/oslLocatorBlockSize) - 1) * oslLocatorBlockSize;
let highlightMode = OSL_ROADRENDERER.Init;
for(let eLoop = eastingsLeft; eLoop <= eastingsRight; eLoop += oslLocatorBlockSize)
{
for(let nLoop = northingsBottom; nLoop <= northingsTop; nLoop += oslLocatorBlockSize)
{
oslHighlightOpenRoads(eLoop,nLoop,highlightMode);
highlightMode = OSL_ROADRENDERER.Render;
}
}
oslHighlightOpenRoads(0,0,OSL_ROADRENDERER.Finalise);
}
else return '?e='+oslEastings+'&n='+oslNorthings;
}
function oslRemoveDirSuffix(currentName, dirSuffix)
{
let dPos = currentName.indexOf(dirSuffix);
if(dPos != -1)
{
let dLength = dirSuffix.length;
currentName = currentName.substr(0,dPos) + currentName.substr(dPos+dLength);
}
return currentName;
}
function oslNameCheckTrigger()
{
oslOSLNameCheckTimer = 2;
}
function oslNameComparison()
{
for(;oslONC_E<=oslEBlock_max;)
{
for(;oslONC_N<=oslNBlock_max;)
{
oslToOSGrid(oslONC_E*oslLocatorBlockSize, oslONC_N*oslLocatorBlockSize, OSL_MODE.NameCheck);
if(oslLoadingMsg === true)
{
window.setTimeout(oslNameComparison,500);
return;
}
oslONC_N++;
}
oslONC_N = oslNBlock_min;
oslONC_E++;
}
for(let i=0;i<oslOSLNCSegments.length;i++)
{
if(oslOSLNCSegments[i].match === false)
{
let pline = oslOSLNCSegments[i].pline;
pline.setAttribute("stroke","#000000");
pline.setAttribute("stroke-opacity","0.5");
pline.setAttribute("stroke-width","10");
pline.setAttribute("stroke-dasharray","none");
}
}
}
function oslNCCandidateNew(pline, lonA, latA, lonB, latB, streetname)
{
this.pline = pline;
this.lonA = lonA;
this.latA = latA;
this.lonB = lonB;
this.latB = latB;
this.streetname = streetname;
this.match = false;
}
function oslNCStateChange()
{
if(document.getElementById('_cbNCEnabled').checked === false)
{
for(let segObj in W.model.segments.objects)
{
if(W.model.segments.objects.hasOwnProperty(segObj))
{
let seg = W.model.segments.objects[segObj];
let pline = W.userscripts.getFeatureElementByDataModel(seg);
if(pline !== null)
{
pline.setAttribute("stroke-width","5");
pline.setAttribute("stroke","#dd7700");
pline.setAttribute("stroke-opacity","0.001");
pline.setAttribute("stroke-dasharray","none");
}
}
}
}
else
{
if(W.map.getZoom() >= 16) oslNameCheck();
}
}
function oslOpenRoadsStateChange(e)
{
oslMapIsStaticProcessing();
oslUpdateHighlightCBs(e.srcElement.id);
}
function oslNameCheck()
{
if((document.getElementById('_cbNCEnabled').checked === false) || (W.map.getZoom() < 16)) return;
let geoCenter=new OpenLayers.LonLat(W.map.getCenter().lon,W.map.getCenter().lat);
oslToOSGrid(geoCenter.lat, geoCenter.lon, OSL_MODE.Conversion);
if(oslLoadingMsg === true)
{
window.setTimeout(oslNameCheck,500);
return;
}
oslEBlock_min = 99999;
oslEBlock_max = -1;
oslNBlock_min = 99999;
oslNBlock_max = -1;
let mapExtents = W.map.getExtent();
let ignoreSegment;
oslOSLNCSegments = [];
for(let segObj in W.model.segments.objects)
{
if(W.model.segments.objects.hasOwnProperty(segObj))
{
ignoreSegment = false;
let seg = W.model.segments.objects[segObj];
let segRT = seg.attributes.roadType;
let segBounds = seg.getOLGeometry().getBounds();
if
(
(segBounds.left > mapExtents.right) ||
(segBounds.right < mapExtents.left) ||
(segBounds.top < mapExtents.bottom) ||
(segBounds.bottom > mapExtents.top)
)
{
// ignore segment as it's not visible...
ignoreSegment = true;
}
if
(
(segRT < 1) ||
((segRT > 3) && (segRT < 6)) ||
((segRT > 8) && (segRT < 17)) ||
((segRT > 17) && (segRT < 20)) ||
(segRT > 21)
)
{
// ignore segment as it's non-driveable...
ignoreSegment = true;
}
if(ignoreSegment === false)
{
let streetObj = W.model.streets.objects[seg.attributes.primaryStreetID];
if(streetObj !== undefined)
{
let currentName = streetObj.attributes.name;
let pline = W.userscripts.getFeatureElementByDataModel(seg);
if((currentName !== null) && (pline !== null))
{
currentName = oslRemoveDirSuffix(currentName,' (N)');
currentName = oslRemoveDirSuffix(currentName,' (S)');
currentName = oslRemoveDirSuffix(currentName,' (E)');
currentName = oslRemoveDirSuffix(currentName,' (W)');
currentName = oslRemoveDirSuffix(currentName,' (CW)');
currentName = oslRemoveDirSuffix(currentName,' (ACW)');
let endPointA = new OpenLayers.LonLat(seg.getOLGeometry().components[0].x,seg.getOLGeometry().components[0].y);
endPointA.transform(new OpenLayers.Projection("EPSG:900913"),new OpenLayers.Projection("EPSG:4326"));
oslToOSGrid(endPointA.lat, endPointA.lon, OSL_MODE.Conversion);
let eBlock = Math.floor(oslEastings/oslLocatorBlockSize);
let nBlock = Math.floor(oslNorthings/oslLocatorBlockSize);
if(eBlock < oslEBlock_min) oslEBlock_min = eBlock;
if(eBlock > oslEBlock_max) oslEBlock_max = eBlock;
if(nBlock < oslNBlock_min) oslNBlock_min = nBlock;
if(nBlock > oslNBlock_max) oslNBlock_max = nBlock;
let endPointB = new OpenLayers.LonLat(seg.getOLGeometry().components[seg.getOLGeometry().components.length-1].x,seg.getOLGeometry().components[seg.getOLGeometry().components.length-1].y);
endPointB.transform(new OpenLayers.Projection("EPSG:900913"),new OpenLayers.Projection("EPSG:4326"));
oslToOSGrid(endPointB.lat, endPointB.lon, OSL_MODE.Conversion);
oslOSLNCSegments.push(new oslNCCandidateNew(pline, endPointA.lon, endPointA.lat, endPointB.lon, endPointB.lat, currentName));
eBlock = Math.floor(oslEastings/oslLocatorBlockSize);
nBlock = Math.floor(oslNorthings/oslLocatorBlockSize);
if(eBlock < oslEBlock_min) oslEBlock_min = eBlock;
if(eBlock > oslEBlock_max) oslEBlock_max = eBlock;
if(nBlock < oslNBlock_min) oslNBlock_min = nBlock;
if(nBlock > oslNBlock_max) oslNBlock_max = nBlock;
}
}
}
}
}
if(oslOSLNCSegments.length > 0)
{
oslONC_E = oslEBlock_min;
oslONC_N = oslNBlock_min;
oslNameComparison();
}
}
function oslTenthSecondTick()
{
if(oslMOAdded === false)
{
if(document.getElementById('edit-panel') !== null)
{
oslAddLog('edit-panel mutation observer added...');
let editPanelMO = new MutationObserver(oslEditPanelCheck);
editPanelMO.observe(document.getElementById('edit-panel'),{childList:true,subtree:true});
oslMOAdded = true;
}
}
let hideUI = Boolean
(
(document.getElementsByClassName('menu').length > 0) &&
(document.getElementsByClassName('menu')[0].className.indexOf('not-visible') === -1) &&
(document.getElementsByClassName('menu')[0].className.indexOf('hide') === -1)
);
hideUI = Boolean(hideUI || (document.getElementsByClassName('toolbar-group open').length > 0));
if(hideUI === false)
{
oslWindow.style.zIndex = 2000;
}
else
{
oslWindow.style.zIndex = -2000;
}
if(!oslAdvancedMode) oslEnableAdvancedOptions();
let oslSelectedItems = W.selectionManager.getSelectedDataModelObjects();
if(oslSelectedItems.length == 1)
{
if(oslPrevSelected === null)
{
oslDoOSLUpdate = true;
}
else if(oslSelectedItems[0].attributes.id != oslPrevSelected)
{
oslDoOSLUpdate = true;
}
oslPrevSelected = oslSelectedItems[0].attributes.id;
}
else
{
oslPrevSelected = null;
}
if(document.getElementById('oslSelect') !== null)
{
let editDisabled = ((document.getElementsByClassName('full-address disabled').length > 0) || (document.getElementsByClassName('full-address-container').length === 0));
if(editDisabled === true)
{
document.getElementById('oslSelect').style.background = "rgb(160, 160, 160)";
}
else
{
document.getElementById('oslSelect').style.background = "rgb(204, 204, 255)";
}
document.getElementById('oslSelect').disabled = editDisabled;
}
if(oslOSLNameCheckTimer > 0)
{
if(--oslOSLNameCheckTimer === 0) oslNameCheck();
}
if(--oslBlockCacheTestTimer === 0)
{
oslBlockCacheTestTimer = (oslCacheDecayPeriod * 10);
let timeNow = Math.floor(new Date().getTime() / 1000);
for(let bcIdx = oslBlockCacheList.length-1; bcIdx >= 0; bcIdx--)
{
if((timeNow - oslBlockCacheList[bcIdx].lastAccessed) > oslCacheDecayPeriod)
{
delete unsafeWindow[oslBlockCacheList[bcIdx].blockName];
oslBlockCacheList.splice(bcIdx,1);
}
}
}
if((oslDoOSLUpdate === true) && (oslMousepos !== null))
{
// update the OS Locator matches
oslToOSGrid(oslMousepos.lat,oslMousepos.lon,OSL_MODE.OpenNames);
oslDoOSLUpdate = oslLoadingMsg;
if(!oslDoOSLUpdate) oslRadioClick();
}
if(oslBlocksToTest.length > 0)
{
for(let i=0; i<oslBlocksToTest.length; i++)
{
if(typeof unsafeWindow[oslBlocksToTest[i]] != undefined)
{
oslBlocksToTest.splice(i, 1);
}
}
if(oslBlocksToTest.length === 0)
{
oslMapIsStaticProcessing();
}
}
}
function oslEnableAdvancedOptions()
{
if (oslAdvancedMode) return;
if(W.loginManager === null) return;
if(W.loginManager.isLoggedIn() === true)
{
let thisUser = W.loginManager.user;
if (thisUser !== null && thisUser.getRank() >= 2)
{
oslAdvancedMode = true;
oslAddLog('advanced mode enabled');
}
}
}
function oslUpdateLiveMapLink()
{
let lmLink = document.getElementById('livemap-link');
if(lmLink === null)
{
window.setTimeout(oslUpdateLiveMapLink,100);
return;
}
// translate the zoom level between WME and live map.
let livemap_zoom = parseInt(sessionStorage.zoom);
if (livemap_zoom > 17) livemap_zoom = 17;
let livemap_url = 'https://www.waze.com/livemap/?';
livemap_url += 'lon='+sessionStorage.lon;
livemap_url += '&lat='+sessionStorage.lat;
livemap_url += '&zoom='+livemap_zoom;
// Modify existing livemap link to reference current position in WME
lmLink.href = livemap_url;
lmLink.target = '_blank';
}
function oslLonLatToPixel(lon, lat)
{
let lonlat = new OpenLayers.LonLat();
lonlat.lon = parseFloat(lon);
lonlat.lat = parseFloat(lat);
return W.map.getPixelFromLonLat(lonlat);
}
function oslOSGridRefToPixel(osEast, osNorth)
{
oslOSGBtoWGS(osEast,osNorth);
let lonlat = new OpenLayers.LonLat(oslLongitude,oslLatitude);
return W.map.getPixelFromLonLat(lonlat);
}
function oslBoundsCheck(pix1, pix2, width, height)
{
let xmin = Math.min(pix1.x,pix2.x);
let xmax = Math.max(pix1.x,pix2.x);
let ymin = Math.min(pix1.y,pix2.y);
let ymax = Math.max(pix1.y,pix2.y);
let retval =
(
(xmin <= width) &&
(xmax >= 0) &&
(ymin <= height) &&
(ymax >= 0)
);
return retval;
}
function oslHighlightOpenRoads(oslEastings, oslNorthings, mode)
{
oslBlocksToLoad = [];
if((mode === OSL_ROADRENDERER.Init) || (mode == OSL_ROADRENDERER.Render))
{
let arrayName = 'locatorData_'+oslEastings+'_'+oslNorthings;
// check to see if there's a corresponding array loaded already
if(typeof unsafeWindow[arrayName] == "undefined")
{
// create a blank placeholder which will get replaced by the actual data if the array is present on the server...
unsafeWindow[arrayName] = [];
oslBlocksToLoad.push(oslBlockPath+Math.floor(oslEastings / 100000)+'/'+Math.floor(oslNorthings / 100000)+'/'+arrayName+'.user.js');
oslBlocksToLoad.push(arrayName);
oslBlocksToTest.push(arrayName);
oslLoadBlocks();
}
let divWidth = document.getElementById('WazeMap').offsetWidth;
let divHeight = document.getElementById('WazeMap').offsetHeight;
let displayPoints = false;
if(mode === OSL_ROADRENDERER.Init)
{
// initialise SVG container
oslSegGeoDivInnerHTML = '<svg xmlns="http://www.w3.org/2000/svg" width="'+divWidth+'px" height="'+divHeight+'px" version="1.1">';
}
if(typeof unsafeWindow[arrayName] == "undefined") return;
let oslOpenRoadsData;
oslOpenRoadsData = unsafeWindow[arrayName];
// calculate an appropriate stroke width for the current zoom level
let strokeWidth = W.map.getZoom() - 12;
if(strokeWidth < 2) strokeWidth = 2;
if(strokeWidth > 9) strokeWidth = 9;
let renderByFunction = [];
renderByFunction.push(true); // Undefined roads always get rendered when the OpenRoads layer is enabled
renderByFunction.push(document.getElementById('_cbSegGeoMotorway').checked);
renderByFunction.push(document.getElementById('_cbSegGeoARoad').checked);
renderByFunction.push(document.getElementById('_cbSegGeoBRoad').checked);
renderByFunction.push(document.getElementById('_cbSegGeoMinor').checked);
renderByFunction.push(document.getElementById('_cbSegGeoLocal').checked);
if(oslAdvancedMode == true)
{
renderByFunction.push(document.getElementById('_cbSegGeoLocalAccess').checked);
renderByFunction.push(document.getElementById('_cbSegGeoRestricted').checked);
renderByFunction.push(document.getElementById('_cbSegGeoSecondary').checked);
}
else
{
renderByFunction.push(false);
renderByFunction.push(false);
renderByFunction.push(false);
}
let useFullGeo = document.getElementById('_cbOpenRoadsUseGeo').checked;
let enhancePolylines = document.getElementById('_cbOpenRoadsEnhanceGeoVis').checked;
let highlightPRN = document.getElementById('_cbOpenRoadsHighlightPRN').checked;
let pix1;
let pix2;
let nameColour;
for(let roadIdx = 0; roadIdx < oslOpenRoadsData.length; roadIdx++)
{
let roadEntry = oslOpenRoadsData[roadIdx];
let elements = oslSplitEntry(roadEntry);
let roadFunction = parseInt(elements[OSL_ELM.Function]);
if ((elements[OSL_ELM.RoadName] == '') && (elements[OSL_ELM.RoadNumber] == ''))
{
nameColour = 'cyan';
}
else
{
nameColour = 'magenta';
}
let renderPrimary = ((highlightPRN == true) && (elements[OSL_ELM.IsPrimary] == 'Y'));
if((renderPrimary == true) || (renderByFunction[roadFunction] == true))
{
pix1 = oslLonLatToPixel(elements[OSL_ELM.BoundW], elements[OSL_ELM.BoundS]);
pix2 = oslLonLatToPixel(elements[OSL_ELM.BoundE], elements[OSL_ELM.BoundN]);
if(oslBoundsCheck(pix1, pix2, divWidth, divHeight) == true)
{
if(useFullGeo == true)
{
let geoPairs = elements[OSL_ELM.Geometry].split(' ');
let geoPoints = geoPairs[0].split(' ');
let isTunnel = (elements[OSL_ELM.Structure] == 1);
pix1 = oslLonLatToPixel(geoPoints[0], geoPoints[1]);
let pline = '';
for(let pts=1; pts < geoPairs.length; pts++)
{
geoPoints = geoPairs[pts].split(' ');
pix2 = oslLonLatToPixel(geoPoints[0],geoPoints[1]);
if(oslBoundsCheck(pix1, pix2, divWidth, divHeight) == true)
{
if(displayPoints === false)
{
pline += '<polyline points="';
displayPoints = true;
}
pline += pix1.x+','+pix1.y+' '+pix2.x+','+pix2.y+' ';
}
pix1 = pix2;
}
if(displayPoints === true)
{
let strokeColour = oslStrokeColoursByFunction[roadFunction];
let strokeArray = '';
if(isTunnel == true)
{
strokeArray = 'stroke-dasharray:10,10;';
}
if(renderPrimary == true)
{
oslSegGeoDivInnerHTML += pline + '" style="stroke:black';
oslSegGeoDivInnerHTML += ';'+strokeArray+'stroke-width:'+(strokeWidth+25)+';stroke-linecap:round;fill:none"/>';
oslSegGeoDivInnerHTML += pline + '" style="stroke:green';
oslSegGeoDivInnerHTML += ';'+strokeArray+'stroke-width:'+(strokeWidth+21)+';stroke-linecap:round;fill:none"/>';
}
if(enhancePolylines == true)
{
oslSegGeoDivInnerHTML += pline + '" style="stroke:black';
oslSegGeoDivInnerHTML += ';'+strokeArray+'stroke-width:'+(strokeWidth+13)+';stroke-linecap:round;fill:none"/>';
oslSegGeoDivInnerHTML += pline + '" style="stroke:';
oslSegGeoDivInnerHTML += nameColour;
oslSegGeoDivInnerHTML += ';'+strokeArray+'stroke-width:'+(strokeWidth+11)+';stroke-linecap:round;fill:none"/>';
}
oslSegGeoDivInnerHTML += pline + '" style="stroke:black;'+strokeArray+'stroke-width:'+(strokeWidth+2)+';stroke-linecap:round;fill:none"/>';
oslSegGeoDivInnerHTML += pline + '" style="stroke:'+strokeColour+';'+strokeArray+'stroke-width:'+strokeWidth+';stroke-linecap:round;fill:none"/>';
displayPoints = false;
}
}
else
{
const minDim = 20;
let bWidth = Math.abs(pix2.x-pix1.x);
if(bWidth < minDim) bWidth = minDim;
let bHeight = Math.abs(pix2.y-pix1.y);
if(bHeight < minDim) bHeight = minDim;
oslSegGeoDivInnerHTML += '<rect x="'+pix1.x+'" y="'+pix2.y+'" width="'+bWidth+'" height="'+bHeight+'" style="fill:';
oslSegGeoDivInnerHTML += nameColour;
oslSegGeoDivInnerHTML += ';stroke:black;stroke-width:4;fill-opacity:0.25;stroke-opacity:0.25"/>';
}
}
}
}
}
else if(mode == OSL_ROADRENDERER.Finalise)
{
// finalise SVG
oslSegGeoDivInnerHTML += '</svg>';
oslSegGeoDiv.innerHTML = oslSegGeoDivInnerHTML;
}
else if(mode == OSL_ROADRENDERER.Erase)
{
// erase SVG
oslSegGeoDiv.innerHTML = '';
}
}
function oslRepositionOverlays()
{
let divTop = getComputedStyle(W.map.getLayerByUniqueName('segments').div).top;
let divLeft = getComputedStyle(W.map.getLayerByUniqueName('segments').div).left;
oslBBDiv.style.top = divTop;
oslBBDiv.style.left = divLeft;
oslSegGeoDiv.style.top = divTop;
oslSegGeoDiv.style.left = divLeft;
oslNamesDiv.style.top = divTop;
oslNamesDiv.style.left = divLeft;
}
function oslGetCorrectedLonLatFromPixelPos(px, py, toolbarCompensation)
{
if((toolbarCompensation) && (oslOffsetToolbar)) py -= document.getElementById('toolbar').clientHeight;
py -= document.getElementById('topbar-container').clientHeight;
let pixelPos = new OpenLayers.Pixel(px, py);
let llfp = W.map.getLonLatFromPixel(pixelPos);
return new OpenLayers.LonLat(llfp.lon, llfp.lat);
}
function oslGetOffsetMapCentre()
{
// get lon/lat of viewport centrepoint for modifying the livemap link and for passing to the external mapping sites.
// shift the longitude pixel offset by half the width of the WME sidebar to account for the lateral offset that would
// otherwise occur when switching between the WME tab and the other map tabs - all of those use a full-width map view,
// so their map centre is further to the left within the browser window than the WME centrepoint...
let mapVPX;
let mapVPY;
if(W.map.olMap == undefined)
{
mapVPX = (W.map.getOLMap().getViewport().clientWidth / 2) - (document.getElementById('sidebar').clientWidth / 2);
mapVPY = W.map.getOLMap().getViewport().clientHeight / 2;
}
else
{
mapVPX = (W.map.olMap.getViewport().clientWidth / 2) - (document.getElementById('sidebar').clientWidth / 2);
mapVPY = W.map.olMap.getViewport().clientHeight / 2;
}
return oslGetCorrectedLonLatFromPixelPos(mapVPX, mapVPY, false);
}
function oslMouseMoveAndUp(e)
{
if(oslUserPrefs.ui.state == 'minimised')
{
return;
}
if((e.pageX !== undefined) && (e.pageY !== undefined))
{
// Only valid when a mousemove event occurs...
let mapBCR = document.getElementById('map').getBoundingClientRect();
let mouseX = e.pageX - mapBCR.left;
let mouseY = e.pageY - mapBCR.top;
oslMousePixelpos = new OpenLayers.Pixel(mouseX, mouseY);
oslLastViewportWidth = W.map.getViewport().getBoundingClientRect().width;
let mouseLonLat = oslGetCorrectedLonLatFromPixelPos(mouseX, mouseY, true);
oslMousepos = mouseLonLat;
if
(
(oslMousepos != sessionStorage.oslMousepos) ||
(
(oslLoadingMsg == true) &&
(typeof unsafeWindow[oslEvalString] != undefined)
)
)
{
oslLoadingMsg = false;
sessionStorage.oslMousepos = oslMousepos;
oslDoOSLUpdate = false;
// update the OSL results if there are no selected segments, but there is a highlighted segment
// which we haven't already done an update for
oslSegmentHighlighted = false;
let noneSelected = (W.selectionManager.getSelectedDataModelObjects().length === 0);
if(noneSelected === true)
{
for(let slIdx=0; slIdx < W.map.getLayerByUniqueName('segments').features.length; slIdx++)
{
if(W.map.getLayerByUniqueName('segments').features[slIdx].renderIntent == 'highlight')
{
if(slIdx != oslPrevHighlighted)
{
oslPrevHighlighted = slIdx;
}
oslDoOSLUpdate = true;
oslSegmentHighlighted = true;
}
}
}
}
}
// Valid for both mousemove and zoomend events...
let gomc = oslGetOffsetMapCentre();
let lat = gomc.lat;
let lon = gomc.lon;
let zoom = W.map.getZoom();
// compare the new parameters against the persistent copies, and update the external links
// only if there's a change required - the newly-inserted <a> element can't be clicked
// on until the insertion process is complete, and if we were to re-insert it every timeout
// then it'd spend a lot of its time giving the appearance of being clickable but without
// actually doing anything...
if((zoom != parseInt(sessionStorage.zoom))||(lat != parseFloat(sessionStorage.lat))||(lon != parseFloat(sessionStorage.lon)))
{
let country = W.model.getTopCountry()?.attributes?.name;
if(country == "United Kingdom")
{
if (oslInUK === false)
{
oslAddLog('location is the UK, enabling full UI...');
oslInUK = true;
document.getElementById('oslOSLDiv').style.display = "block";
document.getElementById('oslNCDiv').style.display = "block";
document.getElementById('oslSegGeoUIDiv').style.display = "block";
document.getElementById('oslGazTagsDiv').style.display = "block";
document.getElementById('_extlinksUK').style.display = "block";
}
}
else
{
// ...somewhere not yet supported, or WME isn't telling us just yet...
oslAddLog('location not recognised, disabling UK-specific parts of UI...');
oslInUK = false;
oslInLondon = false;
document.getElementById('oslOSLDiv').style.display = "none";
document.getElementById('oslNCDiv').style.display = "none";
document.getElementById('oslSegGeoUIDiv').style.display = "none";
document.getElementById('oslGazTagsDiv').style.display = "none";
document.getElementById('_extlinksUK').style.display = "none";
}
if(oslInUK === true)
{
// we're in the UK, so test to see if we're within the approximate Greater London bounding box
if((lon >= -0.55) && (lon <= 0.30) && (lat >= 51.285) && (lat <= 51.695))
{
oslInLondon = true;
document.getElementById('lrrCtrls').style.display='inline';
}
else
{
oslInLondon = false;
document.getElementById('lrrCtrls').style.display='none';
}
}
if(zoom != sessionStorage.zoom)
{
if(zoom < 16) document.getElementById('_cbNCEnabled').disabled = true;
else document.getElementById('_cbNCEnabled').disabled = false;
}
// update the persistent vars with the new position
sessionStorage.zoom = zoom;
sessionStorage.lat = lat;
sessionStorage.lon = lon;
if(oslInUK === true)
{
// update the external site datalinks with the new coords/zoom
if(document.getElementById('_cbAutoTrackOSOD').checked == 1)
{
oslOSODClick();
}
if(document.getElementById('_cbAutoTrackRWO').checked == 1)
{
oslUpdateOneKey();
}
if(document.getElementById('_cbAutoTrackLRR').checked == 1)
{
oslUpdateLRRKey();
}
}
// wait to update the livemap link, as WME now does its own update after this point so any changes we make here
// end up being wiped out...
window.setTimeout(oslUpdateLiveMapLink,100);
document.getElementById('_linkPermalink').href = document.getElementsByClassName('WazeControlPermalink')[0].getElementsByClassName('permalink')[0].href;
}
if((e.type == "mouseup") || (e.type == "zoomend"))
{
oslMapIsStaticProcessing();
}
}
function oslSetAccessKey(keyName, requiresTransform, requiresOSCoords)
{
let lat = "0.0";
let lon = "0.0";
let zoom = W.map.getZoom();
if(requiresOSCoords === true)
{
lat = oslNorthings;
lon = oslEastings;
}
else
{
let gomc = oslGetOffsetMapCentre();
if(requiresTransform === true)
{
gomc = gomc.transform(new OpenLayers.Projection("EPSG:4326"),new OpenLayers.Projection("EPSG:900913"));
}
lat = gomc.lat.toFixed(4);
lon = gomc.lon.toFixed(4);
}
GM_setValue(keyName,Date.now()+','+lat+','+lon+','+zoom);
}
function oslOSODClick()
{
oslSetAccessKey('_osodAccessKey', true, false);
}
function oslUpdateOneKey()
{
oslSetAccessKey('_oneAccessKey', false, false);
}
function oslUpdateLRRKey()
{
oslSetAccessKey('_lrrAccessKey', false, true);
}
function oslMapIsStaticProcessing()
{
if(oslUserPrefs.ui.state == 'maximised')
{
let tCenter = W.map.getCenter();
let tZoom = W.map.getZoom();
if
(
(oslRORCenter == null) || (tCenter.lat != oslRORCenter.lat) || (tCenter.lon != oslRORCenter.lon) ||
(oslRORZoom == null) || (tZoom != oslRORZoom)
)
{
oslRORCenter = tCenter;
oslRORZoom = tZoom;
window.setTimeout(oslMapIsStaticProcessing, 50);
return;
}
let geoCenter=new OpenLayers.LonLat(W.map.getCenter().lon,W.map.getCenter().lat);
geoCenter.transform(new OpenLayers.Projection("EPSG:900913"),new OpenLayers.Projection("EPSG:4326"));
oslToOSGrid(geoCenter.lat, geoCenter.lon, OSL_MODE.Conversion);
oslNameCheck();
if(oslInUK === true)
{
// recalculate the map viewport extents in terms of oslEastings/oslNorthings
let vpHalfWidth = (W.map.getExtent().right-W.map.getExtent().left) / (2 * 1.61);
let vpHalfHeight = (W.map.getExtent().top-W.map.getExtent().bottom) / (2 * 1.61);
oslVPLeft = oslEastings - vpHalfWidth;
oslVPRight = oslEastings + vpHalfWidth;
oslVPBottom = oslNorthings - vpHalfHeight;
oslVPTop = oslNorthings + vpHalfHeight;
if(document.getElementById('_cbOpenRoadsEnabled').checked === true)
{
oslToOSGrid(oslEastings,oslNorthings,OSL_MODE.OpenRoads);
}
else
{
oslHighlightOpenRoads(0,0,OSL_ROADRENDERER.Erase);
}
oslGetVisibleCityNames();
}
else
{
oslHighlightOpenRoads(0,0,OSL_ROADRENDERER.Erase);
}
oslRepositionOverlays();
oslRadioClick(); // this regenerates the bounding boxes on the repositioned overlay...
}
}
function oslTestPointerOutsideMap(mX, mY)
{
let mapElm = document.getElementById("map");
if(mapElm === undefined) return false;
let bLeft = mapElm.parentElement.offsetLeft;
let bRight = (bLeft + mapElm.offsetWidth);
let bTop = (mapElm.parentElement.offsetTop + document.getElementById("topbar-container").clientHeight);
let bBottom = (mapElm.parentElement.offsetTop + mapElm.offsetHeight + document.getElementById("topbar-container").clientHeight - document.getElementsByClassName("wz-map-ol-footer")[0].clientHeight);
if((mX < bLeft) || (mX > bRight) || (mY < bTop) || (mY > bBottom)) return true;
else return false;
}
function oslMouseOut(e)
{
if(oslTestPointerOutsideMap(e.clientX, e.clientY))
{
// when the mouse pointer leaves the map area, WME treats it similarly to a mouseup
// event without generating an actual mouseup event, so we need to do the same...
oslMapIsStaticProcessing();
}
}
function oslCancelEvent(e)
{
e = e ? e : window.event;
if(e.stopPropagation)
e.stopPropagation();
if(e.preventDefault)
e.preventDefault();
e.cancelBubble = true;
e.cancel = true;
e.returnValue = false;
return false;
}
function oslOSLDivMouseDown(e)
{
oslPrevMouseX = e.pageX;
oslPrevMouseY = e.pageY;
oslDivDragging = true;
oslDragBar.style.cursor = 'move';
document.body.addEventListener('mousemove', oslOSLDivMouseMove, false);
document.body.addEventListener('mouseup', oslOSLDivMouseUp, false);
// lock the UI width during a drag so we can correctly detect for falling off the window edge
oslWindow.style.width = oslWindow.getBoundingClientRect().width+'px';
return true;
}
function oslOSLDivMouseUp()
{
if(oslDivDragging)
{
oslDivDragging = false;
oslUserPrefs.ui.x = oslOSLDivLeft;
oslUserPrefs.ui.y = oslOSLDivTop;
oslWriteUserPrefs();
// unlock the UI width again so we can expand/contract as required based on other script behaviour
oslWindow.style.width = "auto";
}
oslDragBar.style.cursor = 'auto';
document.body.removeEventListener('mousemove', oslOSLDivMouseMove, false);
document.body.removeEventListener('mouseup', oslOSLDivMouseUp, false);
return true;
}
function oslOSLDivMouseMove(e)
{
let vpHeight = window.innerHeight;
let vpWidth = window.innerWidth;
oslOSLDivTop = parseInt(oslOSLDivTop) + parseInt((e.pageY - oslPrevMouseY));
oslOSLDivLeft = parseInt(oslOSLDivLeft) + parseInt((e.pageX - oslPrevMouseX));
oslPrevMouseX = e.pageX;
oslPrevMouseY = e.pageY;
if(oslOSLDivTop < 0) oslOSLDivTop = 0;
if(oslOSLDivTop + 16 >= vpHeight) oslOSLDivTop = vpHeight-16;
if(oslOSLDivLeft < 0) oslOSLDivLeft = 0;
if(oslOSLDivLeft + 32 >= vpWidth) oslOSLDivLeft = vpWidth-32;
oslWindow.style.top = oslOSLDivTop+'px';
oslWindow.style.left = oslOSLDivLeft+'px';
return oslCancelEvent(e);
}
function oslKeepUIVisible()
{
let vpHeight = window.innerHeight;
let topbarHeight = document.getElementById('toolbar').offsetHeight;
let maxUIHeight = (vpHeight - topbarHeight);
// Restore auto-sizing so we can see the effect of whatever UI change caused us to get here...
oslWindow.style.height = "auto";
oslWindow.style.overflow = "hidden";
// If the bottom edge of the ui would fall off the bottom edge of the map viewport, nudge
// the UI up as far as required to keep the whole UI visible. If this would however require
// the top edge of the UI to be pushed off the top of the map viewport, constrain the UI
// height to the viewport height and enable a scrollbar...
if(oslWindow.getBoundingClientRect().bottom >= maxUIHeight)
{
let newTop = (vpHeight-oslWindow.getBoundingClientRect().height);
if(newTop < topbarHeight)
{
newTop = topbarHeight;
oslWindow.style.height = maxUIHeight+'px';
oslWindow.style.overflow = "scroll";
}
oslOSLDivTop = newTop;
oslUserPrefs.ui.y = oslOSLDivTop;
oslWindow.style.top = oslOSLDivTop+'px';
}
}
function oslMinimiseDiv(divID)
{
let tDiv = document.getElementById(divID);
if(tDiv != null)
{
tDiv.style.height = '0px';
tDiv.style.padding = '0px';
tDiv.style.overflow = 'hidden';
}
}
function oslMaximiseDiv(divID)
{
let tDiv = document.getElementById(divID);
if(tDiv != null)
{
tDiv.style.height = 'auto';
tDiv.style.padding = '2px';
tDiv.style.overflow = 'auto';
}
}
function oslWindowMaximise()
{
let tHTML = '';
tHTML += '<span style="float:left"><a href="'+oslUpdateURL+'" target="_blank"><b>WMEOpenData</a> v'+oslVersion+'</b></span>';
tHTML += '<span id="_minimax" style="float:right"><i class="fa fa-chevron-circle-up"></i></span>';
tHTML += '<br>';
oslDragBar.innerHTML = tHTML;
document.getElementById('_minimax').addEventListener('click', oslWindowMinimise, false);
oslMaximiseDiv('oslOSLDiv');
oslMaximiseDiv('oslNCDiv');
oslMaximiseDiv('oslGazTagsDiv');
oslMaximiseDiv('oslSegGeoUIDiv');
oslMaximiseDiv('oslMLCDiv');
oslKeepUIVisible();
oslUserPrefs.ui.state = 'maximised';
oslWriteUserPrefs();
oslRepositionOverlays();
oslMapIsStaticProcessing();
}
function oslWindowMinimise()
{
let tHTML = '';
tHTML += '<span style="float:left"><b>WMEOpenData v'+oslVersion+'</b></span>';
tHTML += '<span id="_minimax" style="float:right"><i class="fa fa-chevron-circle-down"></i></span>';
tHTML += '<br>';
oslDragBar.innerHTML = tHTML;
document.getElementById('_minimax').addEventListener('click', oslWindowMaximise, false);
oslMinimiseDiv('oslOSLDiv');
oslMinimiseDiv('oslNCDiv');
oslMinimiseDiv('oslGazTagsDiv');
oslMinimiseDiv('oslSegGeoUIDiv');
oslMinimiseDiv('oslMLCDiv');
oslKeepUIVisible();
oslBBDiv.innerHTML = '';
oslNamesDiv.innerHTML = '';
oslSegGeoDiv.innerHTML = '';
oslUserPrefs.ui.state = 'minimised';
oslWriteUserPrefs();
}
function oslSubDivSetState(divID, state)
{
let tSubDiv = document.getElementById(divID).children[1];
let tToggle = document.getElementById(divID).children[0].children[1].children[0];
if(state == 'minimised')
{
tSubDiv.style.height = "0px";
tSubDiv.style.padding = "0px";
tSubDiv.style.overflow = "hidden";
tToggle.className = "fa fa-chevron-circle-down";
}
else
{
tSubDiv.style.height = "auto";
tSubDiv.style.width = "100%";
tSubDiv.style.padding = "2px";
tSubDiv.style.overflow = "auto";
tToggle.className = "fa fa-chevron-circle-up";
}
}
function oslUIMinMax(e)
{
let headerDivID = e.srcElement.parentElement.parentElement.parentElement.id;
let tSubDiv = document.getElementById(headerDivID).children[1];
if(tSubDiv != null)
{
let newState;
if(tSubDiv.style.height == "auto")
{
newState = 'minimised';
}
else
{
newState = 'maximised';
}
oslSubDivSetState(headerDivID, newState);
oslUpdateMinMax(headerDivID, newState);
}
oslKeepUIVisible();
}
function oslIsLanesTabActive()
{
let retval = false;
if(document.querySelector('wz-tab.lanes-tab') !== null)
{
if(document.querySelector('wz-tab.lanes-tab').getAttribute("is-active") !== null)
{
retval = true;
}
}
return retval;
}
function oslEditPanelCheck()
{
if
(
(oslIsLanesTabActive() == true) ||
(document.getElementById('edit-panel')?.getElementsByClassName('map-comment-feature-editor').length)
)
{
document.body.style.overflow = "auto";
}
else
{
document.body.style.overflow = "hidden";
}
}
function oslSetupBBDiv()
{
// add a new div to the map viewport, to hold the bounding box SVG
oslAddLog('create bounding box DIV');
oslBBDiv = document.createElement('div');
oslBBDiv.id = "oslBBDiv";
oslBBDiv.style.position = 'absolute';
oslBBDiv.style.top = getComputedStyle(W.map.getLayerByUniqueName('segments').div).top;
oslBBDiv.style.left = getComputedStyle(W.map.getLayerByUniqueName('segments').div).left;
oslBBDiv.style.overflow = 'hidden';
oslBBDiv.style.width = window.innerWidth;
oslBBDiv.style.height = window.innerHeight;
oslWazeMapElement.appendChild(oslBBDiv);
}
function oslSetupORDiv()
{
// add a new div to the map viewport, to hold the OpenRoads SVG
oslAddLog('create OpenRoads DIV');
oslSegGeoDiv = document.createElement('div');
oslSegGeoDiv.id = "oslSegGeoDiv";
oslSegGeoDiv.style.position = 'absolute';
oslSegGeoDiv.style.top = getComputedStyle(W.map.getLayerByUniqueName('segments').div).top;
oslSegGeoDiv.style.left = getComputedStyle(W.map.getLayerByUniqueName('segments').div).left;
oslSegGeoDiv.style.overflow = 'hidden';
oslSegGeoDiv.style.width = window.innerWidth;
oslSegGeoDiv.style.height = window.innerHeight;
oslWazeMapElement.appendChild(oslSegGeoDiv);
}
function oslSetupNamesDiv()
{
// add a new div to the map viewport, to hold the place names SVG
oslAddLog('create place names DIV');
oslNamesDiv = document.createElement('div');
oslNamesDiv.id = "oslNamesDiv";
oslNamesDiv.style.position = 'absolute';
oslNamesDiv.style.pointerEvents = 'none';
oslNamesDiv.style.top = getComputedStyle(W.map.getLayerByUniqueName('segments').div).top;
oslNamesDiv.style.left = getComputedStyle(W.map.getLayerByUniqueName('segments').div).left;
oslNamesDiv.style.overflow = 'hidden';
oslNamesDiv.style.width = window.innerWidth;
oslNamesDiv.style.height = window.innerHeight;
oslWazeMapElement.appendChild(oslNamesDiv);
}
function oslGenerateOpenRoadsCBHTML(isStd, ID, label, indentLevel)
{
let tHTML = '';
let indent = 'padding-left: '+(indentLevel * 0.5)+'em;';
tHTML += '<label style="display: inline; '+indent+'">';
tHTML += '<input type="checkbox" name="oslOpenRoads_';
if(isStd == true) tHTML += 'std';
else tHTML += 'adv';
tHTML += '" id="' + ID + '" />';
tHTML += label + '</label>';
return tHTML;
}
function oslGenerateCollapsibleSubDiv(headerText, subDivHTML)
{
let tHTML;
tHTML = '<div><span style="float:left"><b>'+headerText+'</b></span>';
tHTML += '<span name="oslMinMaxToggle" style="float:right"><i class="fa fa-chevron-circle-down"></i></span></div>';
tHTML += '<div style="height: 0px; padding: 0px; overflow: hidden;">';
tHTML += subDivHTML;
tHTML += '</div>';
return tHTML;
}
function oslSetupUI()
{
let subDivHTML;
// add a new div to hold the OS Locator results, in the form of a draggable window
oslAddLog('create lookup results DIV');
oslWindow = document.createElement('div');
oslWindow.id = "oslWindow";
oslWindow.style.position = 'absolute';
oslWindow.style.border = '1px solid #BBDDBB';
oslWindow.style.borderRadius = '4px';
oslWindow.style.overflow = 'hidden';
oslWindow.style.zIndex = 2000;
oslWindow.style.opacity = 0;
oslWindow.style.transitionProperty = "opacity";
oslWindow.style.transitionDuration = "1000ms";
oslWindow.style.webkitTransitionProperty = "opacity";
oslWindow.style.webkitTransitionDuration = "1000ms";
oslWindow.style.boxShadow = '5px 5px 10px Silver';
document.body.appendChild(oslWindow);
// dragbar div
oslAddLog('create dragbar DIV');
oslDragBar = document.createElement('div');
oslDragBar.id = "oslDragBar";
oslDragBar.style.backgroundColor = '#D0D0D0';
oslDragBar.style.padding = '4px';
oslDragBar.style.fontSize = '16px';
oslDragBar.style.lineHeight = '18px';
oslWindow.appendChild(oslDragBar);
// OS results div
oslAddLog('create results DIV');
oslOSLDiv = document.createElement('div');
oslOSLDiv.id = "oslOSLDiv";
oslOSLDiv.style.backgroundColor = '#DDFFDD';
oslOSLDiv.style.padding = '2px';
oslOSLDiv.style.fontSize = '14px';
oslOSLDiv.style.lineHeight = '16px';
oslOSLDiv.style.display = 'none';
subDivHTML = "<div id='oslRoadNameMatches'></div>";
oslOSLDiv.innerHTML = oslGenerateCollapsibleSubDiv("OS Open Names", subDivHTML);
oslWindow.appendChild(oslOSLDiv);
// Segment geometry control div
oslAddLog('create SegGeo control DIV');
oslSegGeoUIDiv = document.createElement('div');
oslSegGeoUIDiv.id = "oslSegGeoUIDiv";
oslSegGeoUIDiv.style.backgroundColor = '#40A040';
oslSegGeoUIDiv.style.padding = '2px';
oslSegGeoUIDiv.style.fontSize = '14px';
oslSegGeoUIDiv.style.lineHeight = '16px';
oslSegGeoUIDiv.style.display = 'none';
subDivHTML = oslGenerateOpenRoadsCBHTML(true, "_cbOpenRoadsEnabled", "Highlight by Classification:", 0) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbSegGeoMotorway", "Motorway", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbSegGeoARoad", "A Road", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbSegGeoBRoad", "B Road", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbSegGeoMinor", "Minor Road", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbSegGeoLocal", "Local Road", 1) + '<br>';
if(oslAdvancedMode == true)
{
subDivHTML += oslGenerateOpenRoadsCBHTML(false, "_cbSegGeoLocalAccess", "Local Access Road", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(false, "_cbSegGeoRestricted", "Restricted Access Road", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(false, "_cbSegGeoSecondary", "Secondary Access Road", 1) + '<br>';
}
subDivHTML += '<br>' + oslGenerateOpenRoadsCBHTML(true, "_cbOpenRoadsUseGeo", "Show as polylines", 0) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbOpenRoadsEnhanceGeoVis", "Enhance polyline visibility", 1) + '<br><br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbOpenRoadsHighlightPRN", "Highlight PRN", 1);
oslSegGeoUIDiv.innerHTML = oslGenerateCollapsibleSubDiv("OS Open Roads", subDivHTML);
oslWindow.appendChild(oslSegGeoUIDiv);
// Gazetteer Tags div
oslAddLog('create GazTags DIV');
oslGazTagsDiv = document.createElement('div');
oslGazTagsDiv.id = "oslGazTagsDiv";
oslGazTagsDiv.style.backgroundColor = '#FFFF80';
oslGazTagsDiv.style.padding = '2px';
oslGazTagsDiv.style.fontSize = '14px';
oslGazTagsDiv.style.lineHeight = '16px';
oslGazTagsDiv.style.display = 'none';
subDivHTML = oslGenerateOpenRoadsCBHTML(true, "_cbGazTagsEnabled", "Show by type:", 0) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbGazTagsCity", "City", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbGazTagsTown", "Town", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbGazTagsVillage", "Village", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbGazTagsHamlet", "Hamlet", 1) + '<br>';
subDivHTML += oslGenerateOpenRoadsCBHTML(true, "_cbGazTagsOther", "Other", 1);
oslGazTagsDiv.innerHTML = oslGenerateCollapsibleSubDiv("Gazetteer Tags", subDivHTML);
oslWindow.appendChild(oslGazTagsDiv);
// NameCheck div
oslAddLog('create NameCheck DIV');
oslNCDiv = document.createElement('div');
oslNCDiv.id = "oslNCDiv";
oslNCDiv.style.backgroundColor = '#DDDDFF';
oslNCDiv.style.padding = '2px';
oslNCDiv.style.fontSize = '14px';
oslNCDiv.style.lineHeight = '16px';
oslNCDiv.style.display = 'none';
subDivHTML = '<label style="display:inline;"><input type="checkbox" id="_cbNCEnabled" />Highlight potential naming errors</label>';
subDivHTML += '<br><i>Note: only active at at zoom level 16 and above</i>';
oslNCDiv.innerHTML = oslGenerateCollapsibleSubDiv("NameCheck", subDivHTML);
oslWindow.appendChild(oslNCDiv);
// external links div
oslAddLog('create extern links DIV');
oslMLCDiv = document.createElement('div');
oslMLCDiv.id = "oslMLCDiv";
oslMLCDiv.style.backgroundColor = '#EEFFEE';
oslMLCDiv.style.padding = '2px';
oslMLCDiv.style.fontSize = '14px';
oslMLCDiv.style.lineHeight = '16px';
// add the anchors and auto-track checkboxes for external sites. Note that some urls are blank at this stage,
// they'll be filled in by oslMouseMoveAndUp()...
subDivHTML = '<div id="_extlinksUK" style="display: none;">';
subDivHTML += '<a href="https://labs.os.uk/prototyping/osel-framework/template/openlayers.html" id="_linkOSOD" target="_osopendata">OS OpenData</a> <input type="checkbox" id="_cbAutoTrackOSOD"></input> | ';
subDivHTML += '<a href="https://one.network?showlinks=true" id="_linkRWO" target="_roadworksorg">one.network</a> <input type="checkbox" id="_cbAutoTrackRWO"></input><br>';
subDivHTML += '<div id="lrrCtrls"><a href="https://public.londonworks.gov.uk/roadworks/home" id="_linkLRR" target="_londonregister">London Roadworks</a> <input type="checkbox" id="_cbAutoTrackLRR"></input></div>';
subDivHTML += '</div>';
subDivHTML += '<br>(Checkboxes enable auto-tracking)';
subDivHTML += '<br><br><a href="" id="_linkPermalink">Permalink</a>';
oslMLCDiv.innerHTML = oslGenerateCollapsibleSubDiv("External resources", subDivHTML);
oslWindow.appendChild(oslMLCDiv);
}
function oslSetupEventListeners()
{
oslAddLog('adding event listeners');
oslDragBar.addEventListener('mousedown', oslOSLDivMouseDown, false);
oslDragBar.addEventListener('mouseup', oslOSLDivMouseUp, false);
W.map.events.register("zoomend", null, oslMouseMoveAndUp);
W.map.events.register("mouseout", null, oslMouseOut);
document.getElementById('_cbNCEnabled').addEventListener('click', oslNCStateChange, false);
document.getElementById('_linkOSOD').addEventListener('click', oslOSODClick, false);
document.getElementById('_linkRWO').addEventListener('click', oslUpdateOneKey, false);
document.getElementById('_linkLRR').addEventListener('click', oslUpdateLRRKey, false);
for(let idx = 0; idx < document.getElementsByName('oslOpenRoads_std').length; ++idx)
{
document.getElementsByName('oslOpenRoads_std')[idx].addEventListener('click', oslOpenRoadsStateChange, false);
}
if(oslAdvancedMode == true)
{
for(let idx = 0; idx < document.getElementsByName('oslOpenRoads_adv').length; ++idx)
{
document.getElementsByName('oslOpenRoads_adv')[idx].addEventListener('click', oslOpenRoadsStateChange, false);
}
}
for(let idx = 0; idx < document.getElementsByName('oslMinMaxToggle').length; ++idx)
{
document.getElementsByName('oslMinMaxToggle')[idx].addEventListener('click', oslUIMinMax, false);
}
W.map.events.register("mousemove", null, oslMouseMoveAndUp);
W.map.events.register("mouseup", null, oslMouseMoveAndUp);
W.map.getLayerByUniqueName('segments').events.register("featuresadded", null, oslNameCheckTrigger);
W.map.getLayerByUniqueName('segments').events.register("featuresremoved", null, oslNameCheckTrigger);
}
function oslSetupUIPosition()
{
oslAddLog('adjusting UI position...');
document.body.style.overflow = 'hidden';
let vpHeight = window.innerHeight;
let vpWidth = window.innerWidth;
if
(
(oslUserPrefs.ui.y === null)||
(oslUserPrefs.ui.x === null)||
(oslUserPrefs.ui.y > vpHeight)||
(oslUserPrefs.ui.x > vpWidth)||
(oslUserPrefs.ui.y < 0)||
(oslUserPrefs.ui.x < 0)
)
{
oslOSLDivTop = document.getElementById('sidebar').getBoundingClientRect().top + (document.getElementById('sidebar').getBoundingClientRect().height / 2);
oslOSLDivLeft = 8;
}
else
{
oslOSLDivTop = oslUserPrefs.ui.y;
oslOSLDivLeft = oslUserPrefs.ui.x;
}
if(oslUserPrefs.ui.state === undefined) oslUserPrefs.ui.state = 'maximised';
oslOSLDivTopMinimised = oslOSLDivTop;
oslWindow.style.left = oslOSLDivLeft+'px';
oslWindow.style.top = oslOSLDivTop+'px';
if(oslUserPrefs.ui.state == 'maximised') oslWindowMaximise();
else oslWindowMinimise();
oslWindow.style.opacity = 1;
}
function oslSetLayerZIndices()
{
oslAddLog('setting layer zIndices...');
for(let i=0; i < W.map.layers.length; i++)
{
if((W.map.layers[i].uniqueName == 'satellite_imagery')||(W.map.layers[i].name == 'satellite_imagery'))
{
oslBBDiv.style.zIndex = parseInt(W.map.layers[i].div.style.zIndex) + 1;
oslSegGeoDiv.style.zIndex = parseInt(W.map.layers[i].div.style.zIndex) + 2;
oslNamesDiv.style.zIndex = parseInt(W.map.layers[i].div.style.zIndex) + 1000;
}
if(W.map.layers[i].name == 'Spotlight') oslOSLMaskLayer = W.map.layers[i].div;
}
}
function oslSetupAccessKey()
{
oslAccessKeyUpdate();
GM_addValueChangeListener("_rwoPositionToWME", function()
{
if(arguments[3] === true)
{
oslAddLog('WME reposition request from one.network...');
let tPos = new OpenLayers.LonLat();
let posBits = arguments[2].split(',');
tPos.lat = parseFloat(posBits[2]);
tPos.lon = parseFloat(posBits[3]);
tPos.transform(new OpenLayers.Projection("EPSG:4326"),new OpenLayers.Projection("EPSG:900913"));
W.map.setCenter(tPos);
let tZoom = parseInt(posBits[4]);
if(tZoom < 12) tZoom = 12;
if(tZoom > 22) tZoom = 22;
let cZoom = W.map.getZoom();
if(tZoom > cZoom)
{
oslAddLog('Zoom in from '+cZoom+' to '+tZoom);
for(let i = 0; i < (tZoom - cZoom); ++i)
{
W.map.zoomIn();
}
}
else if(tZoom < cZoom)
{
oslAddLog('Zoom out from '+cZoom+' to '+tZoom);
for(let i = 0; i < (cZoom - tZoom); ++i)
{
W.map.zoomOut();
}
}
}
});
window.setInterval(oslAccessKeyUpdate,5000);
}
function oslLoadOrInitPrefs()
{
// See if this system already has something in localStorage
let userPrefs = localStorage.oslUserPrefs;
if(userPrefs != undefined)
{
oslUserPrefs = JSON.parse(userPrefs);
}
// Fill out any undefined parts of the prefs object with default values - this works both to initialise
// the object if nothing at all is stored in localStorage, and can also be used to initialise any newer
// parameters that might get added later on which aren't yet defined in the localStorage copy
if(oslUserPrefs.minmax == undefined) oslUserPrefs.minmax = [];
if(oslUserPrefs.openRoads == undefined) oslUserPrefs.openRoads = [];
if(oslUserPrefs.ui == undefined) oslUserPrefs.ui = {};
if(oslUserPrefs.ui.x == undefined) oslUserPrefs.ui.x = null;
if(oslUserPrefs.ui.y == undefined) oslUserPrefs.ui.y = null;
if(oslUserPrefs.ui.state == undefined) oslUserPrefs.ui.state = null;
// Import any older preferences set on this system, then remove from localStorage - this should only ever
// occur the first time this version of the script is run after updating an existing setup, so there
// wouldn't be anything already stored in these three properties that would get wiped out by the import.
if(localStorage.oslOSLDivState != undefined)
{
oslUserPrefs.ui.state = localStorage.oslOSLDivState;
localStorage.removeItem("oslOSLDivState");
}
if(localStorage.oslOSLDivLeft != undefined)
{
oslUserPrefs.ui.x = localStorage.oslOSLDivLeft;
localStorage.removeItem("oslOSLDivLeft");
}
if(localStorage.oslOSLDivTop != undefined)
{
oslUserPrefs.ui.y = localStorage.oslOSLDivTop;
localStorage.removeItem("oslOSLDivTop");
}
}
function oslApplyPrefs()
{
// subDiv states
for(let i = 0; i < oslUserPrefs.minmax.length; ++i)
{
oslSubDivSetState(oslUserPrefs.minmax[i][0], oslUserPrefs.minmax[i][1]);
}
// Open Roads options
for(let i = 0; i < oslUserPrefs.openRoads.length; ++i)
{
let cbID = oslUserPrefs.openRoads[i][0];
if(document.getElementById(cbID) != undefined)
{
document.getElementById(cbID).checked = oslUserPrefs.openRoads[i][1];
}
}
// Force-disable Open Roads display on startup to avoid problems if the current WME viewport is
// showing a more densely mapped area than before...
document.getElementById('_cbOpenRoadsEnabled').checked = false;
// Similarly, force-disable Gazetteer Tags display - this isn't quite as resource-sapping as
// the Open Roads display could be, but it's still preferable to leave it off until the user is
// ready to show the tags during this session
document.getElementById('_cbGazTagsEnabled').checked = false;
}
function oslWriteUserPrefs()
{
localStorage.oslUserPrefs = JSON.stringify(oslUserPrefs);
}
function oslUpdateMinMax(key, value)
{
let found = false;
for(let i = 0; i < oslUserPrefs.minmax.length; ++i)
{
if(oslUserPrefs.minmax[i][0] == key)
{
oslUserPrefs.minmax[i][1] = value;
found = true;
break;
}
}
if(found == false)
{
oslUserPrefs.minmax.push([key, value]);
}
oslWriteUserPrefs();
}
function oslUpdateHighlightCBs(key)
{
let found = false;
let value = document.getElementById(key).checked;
for(let i = 0; i < oslUserPrefs.openRoads.length; ++i)
{
if(oslUserPrefs.openRoads[i][0] == key)
{
oslUserPrefs.openRoads[i][1] = value;
found = true;
break;
}
}
if(found == false)
{
oslUserPrefs.openRoads.push([key, value]);
}
oslWriteUserPrefs();
}
function oslFinaliseSetup()
{
oslWazeMapElement = document.getElementById(W.map.getLayerByUniqueName('segments').div.parentElement.id);
oslEnableAdvancedOptions();
oslLoadOrInitPrefs();
oslSetupBBDiv();
oslSetupORDiv();
oslSetupNamesDiv();
oslSetupUI();
oslSetupEventListeners();
oslSetupUIPosition();
oslSetLayerZIndices();
oslSetupAccessKey();
oslApplyPrefs();
oslOffsetToolbar = document.getElementById('map').contains(document.getElementById('toolbar'));
window.setInterval(oslTenthSecondTick,100);
oslDoneOnload = true;
}
function oslWaitForW()
{
if(document.getElementsByClassName("sandbox").length > 0)
{
oslAddLog('WME practice mode detected, script is disabled...');
return;
}
if(document.location.href.indexOf('user') !== -1)
{
oslAddLog('User profile page detected, script is disabled...');
return;
}
if(typeof W === "undefined")
{
window.setTimeout(oslWaitForW, 1000);
return;
}
if (W.userscripts?.state?.isReady)
{
oslFinaliseSetup();
}
else
{
document.addEventListener("wme-ready", oslFinaliseSetup, {once: true});
}
}
function oslAccessKeyUpdate()
{
GM_setValue('_rwoAccessKey',Date.now());
}
function oslSNATest()
{
// Checks the street name abbreviation processing code in oslWazeifyStreetName(),
// to make sure it still correctly handles names of a form that are particularly
// problematic, whilst also still correctly handling regular forms...
const testNames =
[
// Standard forms for all the defined abbreviations
['Electric Avenue', 'Electric Ave'],
['Hollywood Boulevard', 'Hollywood Blvd'],
['Ealing Broadway', 'Ealing Bdwy'],
['Hillingdon Circus', 'Hillingdon Cir'],
['Glenn Close', 'Glenn Cl'],
['Crown Court', 'Crown Ct'],
['Red Crescent', 'Red Cr'],
['Test Drive', 'Test Dr'],
['Graham Garden', 'Graham Gdn'],
['Kensington Gardens', 'Kensington Gdns'],
['Theresa Green', 'Theresa Gn'],
['Byker Grove', 'Byker Gr'],
['Lois Lane', 'Lois Ln'],
['My Cat Mews', 'My Cat Mews'],
['Tripod Mount', 'Tripod Mt'],
['Last Place', 'Last Pl'],
['Gosford Park', 'Gosford Pk'],
['Sophy Ridge', 'Sophy Rdg'],
['Take The High Road', 'Take The High Rd'],
['Four Square', 'Four Sq'],
['Baker Street', 'Baker St'],
['No Idea Terrace', 'No Idea Ter'],
['Happy Valley', 'Happy Val'],
['Hyperspace By-pass', 'Hyperspace Bypass'],
['This Is The Way', 'This Is The Way'],
['Damon Hill', 'Damon Hill'],
// Forms including cardinals as prefixes
["North Street", "North St"],
["South Street", "South St"],
["East Street", "East St"],
["West Street", "West St"],
["North Town Street", "North Town St"],
["South Town Street", "South Town St"],
["East Town Street", "East Town St"],
["West Town Street", "West Town St"],
["West View Lane", "West View Ln"],
// Forms including cardinals as suffixes
["Aston Boulevard West", "Aston Blvd W"],
["Breakspear Road North", "Breakspear Rd N"],
["Breakspear Road South", "Breakspear Rd S"],
["Breakspear Road East", "Breakspear Rd E"],
["Breakspear Road West", "Breakspear Rd W"],
// Forms including non-cardinal suffixes
["High Road Ickenham", "High Rd Ickenham"],
// Forms including "The"
["Orchard On The Green", "Orchard On The Green"],
["The Orchard On The Green", "The Orchard On The Green"],
["The Avenue", "The Avenue"],
// Forms including abbreviatable words elsewhere in the name
["Green Street", "Green St"],
["Kensal Green Way", "Kensal Green Way"],
["Green Lane Hill", "Green Lane Hill"],
["Court Court", "Court Ct"],
["The Street Road", "The Street Rd"],
["Great North Road", "Great North Rd"],
["North Park Brook Road", "North Park Brook Rd"],
// Forms where abbreviatable words are found at the start of longer words
["Westway Avenue", "Westway Ave"],
["Parkway Park", "Parkway Pk"],
["Parkway Crescent", "Parkway Cr"],
// Test for correct abbreviation of Saint -> St.
["Saint Albans Way", "St. Albans Way"]
];
let nTests = testNames.length;
for(let i = 0; i < nTests; ++i)
{
let result = oslWazeifyStreetName(testNames[i][0], false);
if(result !== testNames[i][1])
{
console.log(oslWazeifyStreetName(testNames[i][0], true));
}
}
}
function oslInitialise()
{
oslAddLog('initialise()');
oslSNATest();
// inject gazetteer data
let gazscript = document.createElement("script");
gazscript.setAttribute('type','text/javascript');
gazscript.setAttribute('charset','UTF-8');
gazscript.src = oslModifySrc(oslGazetteerURL);
document.head.appendChild(gazscript);
oslMergeGazData = true;
// initialise persistent vars
sessionStorage.zoom = 0;
sessionStorage.lat = '';
sessionStorage.lon = '';
sessionStorage.myCity = '';
sessionStorage.prevCity = '';
sessionStorage.cityChangeEastings = 0;
sessionStorage.cityChangeNorthings = 0;
sessionStorage.cityNameRB = 'optUseExisting';
sessionStorage.oslTabCreated = 0;
oslWaitForW();
}
// External site helper functions
const hlp_ONE =
{
// one.network helper functions
lat: 0,
lng: 0,
zoom: 0,
checkInterval: 10000,
addLog: function(logtext)
{
console.log('ONE: '+logtext);
},
checkDatalink: function()
{
let lastAccessKey = GM_getValue('_oneAccessKey', null);
if(lastAccessKey !== null)
{
let keyBits = lastAccessKey.split(',');
if(keyBits.length === 4)
{
let keyTS = parseInt(keyBits[0]);
if((Date.now() - keyTS) <= hlp_ONE.checkInterval)
{
// the access key was written recently enough to imply an active WME tab, so reposition if required based on the lat/lon/zoom values in the key
let lat = parseFloat(keyBits[1]);
let lng = parseFloat(keyBits[2]);
let zoom = parseFloat(keyBits[3]);
if((lat != hlp_ONE.lat) || (lng != hlp_ONE.lng) || (zoom != hlp_ONE.zoom))
{
hlp_ONE.lat = lat;
hlp_ONE.lng = lng;
hlp_ONE.zoom = zoom - 1;
hlp_ONE.relocate();
}
hlp_ONE.checkInterval = 1000; // reduce the interval after the first check, to minimise the period where manually panning/zooming is overridden
}
}
}
setTimeout(hlp_ONE.checkDatalink, 50);
},
relocate: function()
{
Elgin.map.setCenter([hlp_ONE.lng, hlp_ONE.lat]);
Elgin.map.setZoom(hlp_ONE.zoom);
},
clickToWME: function()
{
let elginLat = Elgin.map.getCenter().lat;
let elginLon = Elgin.map.getCenter().lng;
let elginZoom = Elgin.map.getZoom();
if(elginZoom < 12) elginZoom = 12;
if(elginZoom > 22) elginZoom = 22;
elginZoom += 1;
// check for an active WME tab...
let tabFound = false;
let lastAccessKey = GM_getValue('_rwoAccessKey', null);
if(lastAccessKey !== null)
{
lastAccessKey = parseInt(lastAccessKey);
if((Date.now() - lastAccessKey) <= 10000)
{
// the access key was written within the last 10s which implies an active tab, so send it the repositioning data
let toWrite = Date.now()+','+lastAccessKey+','+elginLat+','+elginLon+','+elginZoom;
GM_setValue('_rwoPositionToWME',toWrite);
tabFound = true;
}
}
if(tabFound === false)
{
// couldn't find a WME tab to reposition, so open a new one...
let wmeURL = 'https://www.waze.com/editor?';
wmeURL += 'lon='+elginLon;
wmeURL += '&lat='+elginLat;
wmeURL += '&zoomLevel='+elginZoom;
window.open(wmeURL);
}
},
init: function()
{
hlp_ONE.addLog('initialise()');
hlp_ONE.addLog('waiting for map objects...');
let waitSomeMore = false;
try
{
if(Elgin === undefined)
{
waitSomeMore = true;
}
else if (Elgin.map === undefined)
{
waitSomeMore = true;
}
if(google === undefined)
{
waitSomeMore = true;
}
else if(google.maps === undefined)
{
waitSomeMore = true;
}
}
catch
{
waitSomeMore = true;
}
if(document.getElementById('map-canvas') === null)
{
waitSomeMore = true;
}
if(waitSomeMore)
{
window.setTimeout(hlp_ONE.init,500);
return;
}
hlp_ONE.addLog('all required objects found...');
// Add "open in WME" button...
let tBtnDiv = document.createElement('div');
tBtnDiv.id = 'rwoWMELink';
let tHTML = '<div class="gmnoprint" draggable="false" controlwidth="40" controlheight="40" style="margin: 10px; user-select: none; position: absolute; bottom: 200px; right: 40px;">';
tHTML += '<div class="gmnoprint" controlwidth="40" controlheight="40" style="position: absolute; left: 0px; top: 0px;">';
tHTML += '<div draggable="false" style="user-select: none; box-shadow: rgba(0, 0, 0, 0.3) 0px 1px 4px -1px; border-radius: 2px; cursor: pointer; background-color: rgb(255, 255, 128); width: 40px; height: 40px;">';
tHTML += '<button draggable="false" title="Open in WME" aria-label="Open in WME" type="button" class="gm-control-active" style="background: none; display: block; border: 0px; margin: 0px; padding: 0px; position: relative; cursor: pointer; user-select: none; overflow: hidden; width: 40px; height: 40px; top: 0px; left: 0px;"><strong>WME</strong></button>';
tHTML += '</div></div></div>';
tBtnDiv.innerHTML = tHTML;
document.getElementById('map-canvas').firstChild.appendChild(tBtnDiv);
document.getElementById('rwoWMELink').addEventListener('click', hlp_ONE.clickToWME, false);
setTimeout(hlp_ONE.checkDatalink, 500);
}
};
const hlp_LRR =
{
// London Roadworks Register helper functions
lat: 0,
lng: 0,
zoom: 0,
checkInterval: 10000,
addLog: function(logtext)
{
console.log('LRR: '+logtext);
},
checkDatalink: function()
{
let lastAccessKey = GM_getValue('_lrrAccessKey', null);
if(lastAccessKey !== null)
{
let keyBits = lastAccessKey.split(',');
if(keyBits.length === 4)
{
let keyTS = parseInt(keyBits[0]);
if((Date.now() - keyTS) <= hlp_LRR.checkInterval)
{
// the access key was written recently enough to imply an active WME tab, so reposition if required based on the lat/lon/zoom values in the key
let lat = parseFloat(keyBits[1]);
let lng = parseFloat(keyBits[2]);
let zoom = parseFloat(keyBits[3]);
if((lat != hlp_LRR.lat) || (lng != hlp_LRR.lng) || (zoom != hlp_LRR.zoom))
{
hlp_LRR.lat = lat;
hlp_LRR.lng = lng;
hlp_LRR.zoom = zoom - 12;
if(hlp_LRR.zoom > 5)
{
hlp_LRR.zoom = 5;
}
hlp_LRR.relocate();
}
hlp_LRR.checkInterval = 1000; // reduce the interval after the first check, to minimise the period where manually panning/zooming is overridden
}
}
}
setTimeout(hlp_LRR.checkDatalink, 500);
},
relocate: function()
{
let waitSomeMore = false;
if(map === undefined)
{
waitSomeMore = true;
}
if(OpenLayers === undefined)
{
waitSomeMore = true;
}
if(waitSomeMore)
{
return;
}
map.setCenter(new OpenLayers.LonLat(hlp_LRR.lng,hlp_LRR.lat));
map.zoomTo(hlp_LRR.zoom);
},
init: function()
{
// trap the page reload that occurs when the map view is generated...
if(document.location.href.indexOf('home') == -1)
{
hlp_LRR.addLog('page reloaded during map generation...');
setTimeout(hlp_LRR.checkDatalink, 500);
return;
}
hlp_LRR.addLog('initialise()');
hlp_LRR.addLog('waiting for search page to load...');
var waitSomeMore = false;
if(document.getElementsByName('mapResults')[0].length < 1)
{
waitSomeMore = true;
}
if(document.getElementsByName('postCode')[0].length < 1)
{
waitSomeMore = true;
}
if(waitSomeMore === true)
{
window.setTimeout(hlp_LRR.init,500);
return;
}
hlp_LRR.addLog('accessing map...');
// first set a "safe" postcode as the search criteria - whilst asking for the map view to be generated without any
// search terms usually works OK, from time to time the site throws a wobbler and refuses to do anything without
// having the search narrowed down a bit...
document.getElementsByName('postCode')[0].value="EC1A 1AA";
document.getElementsByName('mapResults')[0].click();
setTimeout(hlp_LRR.checkDatalink, 500);
}
};
const hlp_ODM =
{
// OS OpenData map helper functions
lat: 0,
lng: 0,
zoom: 0,
checkInterval: 10000,
addLog: function(logtext)
{
console.log('ODM: '+logtext);
},
checkDatalink: function()
{
let lastAccessKey = GM_getValue('_osodAccessKey', null);
if(lastAccessKey !== null)
{
let keyBits = lastAccessKey.split(',');
if(keyBits.length === 4)
{
let keyTS = parseInt(keyBits[0]);
if((Date.now() - keyTS) <= hlp_ODM.checkInterval)
{
// the access key was written recently enough to imply an active WME tab, so reposition if required based on the lat/lon/zoom values in the key
let lat = parseFloat(keyBits[1]);
let lng = parseFloat(keyBits[2]);
let zoom = parseFloat(keyBits[3]);
if((lat != hlp_ODM.lat) || (lng != hlp_ODM.lng) || (zoom != hlp_ODM.zoom))
{
hlp_ODM.lat = lat;
hlp_ODM.lng = lng;
hlp_ODM.zoom = zoom;
hlp_ODM.relocate();
}
hlp_ODM.checkInterval = 1000; // reduce the interval after the first check, to minimise the period where manually panning/zooming is overridden
}
}
}
setTimeout(hlp_ODM.checkDatalink, 500);
},
fakeOnload: function()
{
// maximise the map view
document.getElementsByClassName('content')[0].style.top='0px';
document.getElementsByClassName('content')[0].style.height='100%';
map.updateSize();
document.getElementsByClassName('osel-sliding-side-panel panel-left')[0].style.display='none';
document.getElementsByClassName('header')[0].style.display='none';
if(document.getElementsByClassName('ol-layer').length > 1)
{
document.getElementsByClassName('ol-layer')[1].style.display='none';
}
document.getElementsByClassName('osel-control-container container-bottom container-right')[0].style.display='none';
document.getElementsByClassName('layer-element')[0].children[0].click();
// set the desired map style...
document.getElementsByClassName('datahub-os-maps road')[0].click();
setTimeout(hlp_ODM.checkDatalink, 500);
},
relocate: function()
{
map.getView().setCenter([hlp_ODM.lng, hlp_ODM.lat]);
map.getView().setZoom(hlp_ODM.zoom);
},
init: function()
{
hlp_ODM.addLog('initialise()');
if(map === undefined) window.setTimeout(hlp_ODM.init,100);
else hlp_ODM.fakeOnload();
}
};
oslBootstrap();