Adds a Functional Class layer for states that publish ArcGIS FC data.
当前为
// // ==UserScript==
// @name WME FC Layer
// @namespace https://greasyfork.org/users/45389
// @version 2022.07.28.003
// @description Adds a Functional Class layer for states that publish ArcGIS FC data.
// @author MapOMatic
// @include /^https:\/\/(www|beta)\.waze\.com\/(?!user\/)(.{2,6}\/)?editor\/?.*$/
// @license GNU GPLv3
// @contributionURL https://github.com/WazeDev/Thank-The-Authors
// @require https://greasyfork.org/scripts/39002-bluebird/code/Bluebird.js?version=255146
// @require https://greasyfork.org/scripts/24851-wazewrap/code/WazeWrap.js
// @grant GM_xmlhttpRequest
// @connect arcgis.com
// @connect arkansas.gov
// @connect azdot.gov
// @connect ca.gov
// @connect coloradodot.info
// @connect delaware.gov
// @connect dc.gov
// @connect ga.gov
// @connect uga.edu
// @connect hawaii.gov
// @connect idaho.gov
// @connect in.gov
// @connect iowadot.gov
// @connect illinois.gov
// @connect ksdot.org
// @connect ky.gov
// @connect la.gov
// @connect maine.gov
// @connect md.gov
// @connect ma.us
// @connect state.mi.us
// @connect modot.org
// @connect mt.gov
// @connect unh.edu
// @connect ny.gov
// @connect ncdot.gov
// @connect nd.gov
// @connect oh.us
// @connect or.us
// @connect penndot.gov
// @connect sd.gov
// @connect shelbycountytn.gov
// @connect utah.gov
// @connect vermont.gov
// @connect wa.gov
// @connect wv.gov
// @connect wyoroad.info
// ==/UserScript==
/* global W */
/* global OpenLayers */
/* global I18n */
/* global unsafeWindow */
/* global GM_info */
/* global WazeWrap */
/* global $ */
/* global GM_xmlhttpRequest */
const SETTINGS_STORE_NAME = 'wme_fc_layer';
const DEBUG = false;
const SCRIPT_VERSION = GM_info.script.version;
let _mapLayer = null;
let _isAM = false;
let _uid;
let _uName;
let _settings = {};
let _r;
const MAP_LAYER_Z_INDEX = 334;
const BETA_IDS = [103400892];
const MIN_ZOOM_LEVEL = 11;
const STATES_HASH = {
Alabama: 'AL',
Alaska: 'AK',
'American Samoa': 'AS',
Arizona: 'AZ',
Arkansas: 'AR',
California: 'CA',
Colorado: 'CO',
Connecticut: 'CT',
Delaware: 'DE',
'District of Columbia': 'DC',
'Federated States Of Micronesia': 'FM',
Florida: 'FL',
Georgia: 'GA',
Guam: 'GU',
Hawaii: 'HI',
Idaho: 'ID',
Illinois: 'IL',
Indiana: 'IN',
Iowa: 'IA',
Kansas: 'KS',
Kentucky: 'KY',
Louisiana: 'LA',
Maine: 'ME',
'Marshall Islands': 'MH',
Maryland: 'MD',
Massachusetts: 'MA',
Michigan: 'MI',
Minnesota: 'MN',
Mississippi: 'MS',
Missouri: 'MO',
Montana: 'MT',
Nebraska: 'NE',
Nevada: 'NV',
'New Hampshire': 'NH',
'New Jersey': 'NJ',
'New Mexico': 'NM',
'New York': 'NY',
'North Carolina': 'NC',
'North Dakota': 'ND',
'Northern Mariana Islands': 'MP',
Ohio: 'OH',
Oklahoma: 'OK',
Oregon: 'OR',
Palau: 'PW',
Pennsylvania: 'PA',
'Puerto Rico': 'PR',
'Rhode Island': 'RI',
'South Carolina': 'SC',
'South Dakota': 'SD',
Tennessee: 'TN',
Texas: 'TX',
Utah: 'UT',
Vermont: 'VT',
'Virgin Islands': 'VI',
Virginia: 'VA',
Washington: 'WA',
'West Virginia': 'WV',
Wisconsin: 'WI',
Wyoming: 'WY'
};
function reverseStatesHash(stateAbbr) {
// eslint-disable-next-line no-restricted-syntax
for (const stateName in STATES_HASH) {
if (STATES_HASH[stateName] === stateAbbr) return stateName;
}
throw new Error(`FC Layer: reverseStatesHash function did not return a value for ${stateAbbr}.`);
}
const STATE_SETTINGS = {
global: {
roadTypes: ['St', 'PS', 'PS2', 'mH', 'MH', 'Ew', 'Rmp', 'Fw'], // Ew = Expressway. For FC's that make it uncertain if they should be MH or FW.
getFeatureRoadType(feature, layer) {
const fc = feature.attributes[layer.fcPropName];
return this.getRoadTypeFromFC(fc, layer);
},
getRoadTypeFromFC(fc, layer) {
return Object.keys(layer.roadTypeMap).find(rt => layer.roadTypeMap[rt].indexOf(fc) !== -1);
},
isPermitted(stateAbbr) {
if (BETA_IDS.indexOf(_uid) !== -1) {
return true;
}
const state = STATE_SETTINGS[stateAbbr];
if (state.isPermitted) return state.isPermitted();
return (_r >= 3 && _isAM) || (_r >= 4);
},
getMapLayer(stateAbbr, layerID) {
let returnValue;
STATE_SETTINGS[stateAbbr].fcMapLayers.forEach(layer => {
if (layer.layerID === layerID) {
returnValue = layer;
}
});
return returnValue;
}
},
AL: {
baseUrl: 'https://services.arcgis.com/LZzQi3xDiclG6XvQ/arcgis/rest/services/HPMS_Year2017_F_System_Data/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'F_SYSTEM_V',
idPropName: 'OBJECTID',
outFields: ['FID', 'F_SYSTEM_V', 'State_Sys'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3; },
information: { Source: 'ALDOT', Permission: 'Visible to R3+', Description: 'Federal and State highways set to a minimum of mH.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = parseInt(feature.attributes[layer.fcPropName], 10);
if (fc > 4 && feature.attributes.State_Sys === 'YES') { fc = 4; }
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
AK: {
baseUrl: 'https://services.arcgis.com/r4A0V7UzH9fcLVvv/ArcGIS/rest/services/AKDOTPF_Route_Data/FeatureServer/',
defaultColors: {
Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 13,
fcPropName: 'Functional_Class',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'Functional_Class'],
roadTypeMap: {
Ew: [1, 2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'Alaska DOT&PF', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
AZ: {
baseUrl: 'https://services1.arcgis.com/XAiBIVuto7zeZj1B/arcgis/rest/services/ATIS_prod_gdb_1/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#ff00c5', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerID: 38,
fcPropName: 'FunctionalClass',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FunctionalClass', 'RouteId'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'ADOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
const roadID = attr.RouteId.trim().replace(/ +/g, ' ');
const roadNum = parseInt(roadID.substring(2, 5), 10);
let fc = attr[layer.fcPropName];
switch (fc) {
case 'Rural Principal Arterial - Interstate':
case 'Urban Principal Arterial - Interstate': fc = 1; break;
case 'Rural Principal Arterial - Other Fwys & Expwys':
case 'Urban Principal Arterial - Other Fwys & Expwys': fc = 2; break;
case 'Rural Principal Arterial - Other':
case 'Urban Principal Arterial - Other': fc = 3; break;
case 'Rural Minor Arterial':
case 'Urban Minor Arterial': fc = 4; break;
case 'Rural Major Collector':
case 'Urban Major Collector': fc = 5; break;
case 'Rural Minor Collector':
case 'Urban Minor Collector': fc = 6; break;
default: fc = 7;
}
const azIH = [8, 10, 11, 17, 19, 40]; // Interstate hwys in AZ
const isUS = RegExp(/^U\D\d{3}\b/).test(roadID);
const isState = RegExp(/^S\D\d{3}\b/).test(roadID);
const isBiz = RegExp(/^SB\d{3}\b/).test(roadID);
if (fc > 4 && isState && azIH.includes(roadNum) && isBiz) fc = 4;
else if (fc > 4 && isUS) fc = isBiz ? 6 : 4;
else if (fc > 6 && isState) fc = isBiz ? 7 : 6;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
AR: {
baseUrl: 'https://gis.arkansas.gov/arcgis/rest/services/FEATURESERVICES/Transportation/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 8,
fcPropName: 'functionalclass',
idPropName: 'objectid',
outFields: ['objectid', 'functionalclass', 'ah_route', 'ah_section'],
roadTypeMap: {
Fw: [1, 2], Ew: [], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'ARDOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10);
const roadID = parseInt(attr.ah_route, 10);
const usHwys = [49, 59, 61, 62, 63, 64, 65, 67, 70, 71, 79, 82, 165, 167, 270, 271, 278, 371, 412, 425];
const isUS = usHwys.includes(roadID);
const isState = roadID < 613;
const isBiz = attr.ah_section[attr.ah_section.length - 1] === 'B';
if (fc > 3 && isUS) fc = isBiz ? 4 : 3;
else if (fc > 4 && isState) fc = isBiz ? 5 : 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
CA: {
baseUrl: 'https://caltrans-gis.dot.ca.gov/arcgis/rest/services/CHhighway/CRS_Functional_Classification/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'F_System',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'F_System'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return ['mapomatic', 'turbomkt', 'tonestertm'].includes(_uName.toLowerCase()); },
information: { Source: 'Caltrans', Permission: 'Visible to ?', Description: '' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const fc = parseInt(feature.attributes[layer.fcPropName], 10);
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
CO: {
baseUrl: 'https://dtdapps.coloradodot.info/arcgis/rest/services/CPLAN/open_data_sde/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 14,
fcPropName: 'FUNCCLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCCLASS', 'ROUTE', 'REFPT'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 17,
fcPropName: 'FUNCCLASSID',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCCLASSID', 'ROUTE', 'FIPSCOUNTY'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 21,
fcPropName: 'FUNCCLASSID',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCCLASSID', 'ROUTE'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3; },
information: {
Source: 'CDOT',
Permission: 'Visible to R3+',
Description: 'Please consult with a state manager before making any changes to road types based on the data presented.'
},
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> '7'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10);
const route = attr.ROUTE.replace(/ +/g, ' ');
if (layer.layerID === 7) {
const rtnum = parseInt(route.slice(0, 3), 10);
const refpt = attr.REFPT;
const hwys = [6, 24, 25, 34, 36, 40, 50, 70, 84, 85, 87, 138, 160, 285, 287, 350, 385, 400, 491, 550];
// Exceptions first, then normal classification
const doNothing = ['024D', '040G'];
const notNothing = ['070K', '070L', '070O', '070Q', '070R'];
const doMin = ['024E', '050D', '070O', '085F', '160D'];
if (doNothing.includes(route) || (rtnum === 70 && route !== '070K' && !notNothing.includes(route))) {
// do nothing
} else if (doMin.includes(route)
|| (rtnum === 40 && refpt > 320 && refpt < 385)
|| (rtnum === 36 && refpt > 79 && refpt < 100.99)
|| (route === '034D' && refpt > 11)) {
fc = 4;
} else if (hwys.includes(rtnum)) {
fc = Math.min(fc, 3);
} else {
fc = Math.min(fc, 4);
}
} else {
// All exceptions
const fips = parseInt(attr.FIPSCOUNTY, 10);
if ((fips === 19 && route === 'COLORADO BD') || (fips === 37 && (route === 'GRAND AV' || route === 'S H6'))) {
fc = 3;
} else if (fips === 67 && route === 'BAYFIELDPAY') {
fc = 4;
}
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
CT: {
baseUrl: 'https://services1.arcgis.com/FCaUeJ5SOVtImake/ArcGIS/rest/services/CTDOT_Roadway_Classification_and_Characteristic_Data/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 3,
fcPropName: 'FC_FC_CODE',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FC_FC_CODE'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3; },
information: { Source: 'CTDOT', Permission: 'Visible to R3+', Description: 'Federal and State highways set to a minimum of mH.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = parseInt(feature.attributes[layer.fcPropName], 10);
if (fc > 4 && feature.attributes.State_Sys === 'YES') {
fc = 4;
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
DE: {
baseUrl: 'https://enterprise.firstmap.delaware.gov/arcgis/rest/services/Transportation/DE_Roadways_Main/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 16,
fcPropName: 'VALUE_TEXT',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'VALUE_TEXT'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: ['Interstate'], Ew: ['Other Expressways & Freeway'], MH: ['Other Principal Arterials'], mH: ['Minor Arterial'], PS: ['Major Collector', 'Minor Collector'], St: ['Local']
}
}
],
information: { Source: 'Delaware FirstMap', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 'Local'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
DC: {
baseUrl: 'https://maps2.dcgis.dc.gov/dcgis/rest/services/DCGIS_DATA/Transportation_WebMercator/MapServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fetchAllFC: false,
fcMapLayers: [
{
layerID: 48,
fcPropName: 'FHWAFUNCTIONALCLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FHWAFUNCTIONALCLASS'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
information: { Source: 'DDOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
FL: {
baseUrl: 'https://services1.arcgis.com/O1JpcwDW8sjYuddV/ArcGIS/rest/services/Functional_Classification_TDA/FeatureServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fetchAllFC: false,
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FUNCLASS',
idPropName: 'FID',
outFields: ['FID', 'FUNCLASS'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: ['01', '11'], Ew: ['02', '12'], MH: ['04', '14'], mH: ['06', '16'], PS: ['07', '08', '17', '18']
}
}
],
information: { Source: 'FDOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
GA: {
baseUrl: 'https://maps.itos.uga.edu/arcgis/rest/services/GDOT/GDOT_FunctionalClass/mapserver/',
supportsPagination: true,
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fetchAllFC: false,
/* eslint-disable object-curly-newline */
fcMapLayers: [
{ layerID: 0, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 1, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 2, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 3, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 4, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 5, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 6, fcPropName: 'FUNCTIONAL_CLASS', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'SYSTEM_CODE'], maxRecordCount: 1000, supportsPagination: true, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } }
],
/* eslint-enable object-curly-newline */
information: { Source: 'GDOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Federal and State highways set to a minimum of mH.' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
const attr = feature.attributes;
const fc = attr.FUNCTIONAL_CLASS;
if (attr.SYSTEM_CODE === '1' && fc > 4) {
return STATE_SETTINGS.global.getRoadTypeFromFC(4, layer);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
HI: {
baseUrl: 'http://geodata.hawaii.gov/arcgis/rest/services/Transportation/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 12,
fcPropName: 'funsystem',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'funsystem'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'HDOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
ID: {
baseUrl: 'https://gis.itd.idaho.gov/arcgisprod/rest/services/IPLAN/Functional_Classification/MapServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fetchAllFC: true,
/* eslint-disable object-curly-newline */
fcMapLayers: [
{ layerID: 0, fcPropName: 'FCCODE', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FCCODE'], maxRecordCount: 1000, supportsPagination: false, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 1, fcPropName: 'FCCODE', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FCCODE'], maxRecordCount: 1000, supportsPagination: false, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 2, fcPropName: 'FCCODE', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FCCODE'], maxRecordCount: 1000, supportsPagination: false, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 3, fcPropName: 'FCCODE', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FCCODE'], maxRecordCount: 1000, supportsPagination: false, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 4, fcPropName: 'FCCODE', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FCCODE'], maxRecordCount: 1000, supportsPagination: false, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } },
{ layerID: 5, fcPropName: 'FCCODE', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FCCODE'], maxRecordCount: 1000, supportsPagination: false, roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6] } }
],
/* eslint-enable object-curly-newline */
information: { Source: 'ITD', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
IL: {
baseUrl: 'http://ags10s1.dot.illinois.gov/ArcGIS/rest/services/IRoads/IRoads_64/MapServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#ff00c5', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee', CH: '#ff5e0e'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerID: 3,
idPropName: 'OBJECTID',
fcPropName: 'FC',
outFields: ['FC', 'MRK_RT_TYP', 'CH', 'OBJECTID'],
roadTypeMap: {
Fw: ['1'], Ew: ['2'], MH: ['3'], mH: ['4'], PS: ['5', '6'], St: ['7']
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 4; },
information: { Source: 'IDOT', Permission: 'Visible to R4+' },
getWhereClause(context) {
return context.mapContext.zoom < 16 ? 'FC<>7' : null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = attr.FC;
const type = attr.MRK_RT_TYP;
if (fc > 3 && type === 'U') fc = 3; // US Route
else if (fc > 4 && type === 'S') fc = 4; // State Route
else if (fc > 6 && attr.CH !== '0000') fc = 6; // County Route
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
IN: {
baseUrl: 'https://gis.in.gov/arcgis/rest/services/DOT/INDOT_LTAP/FeatureServer/',
supportsPagination: false,
overrideUrl: '1Sbwc7e6BfHpZWSTfU3_1otXGSxHrdDYcbn7fOf1VjpA',
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []], hideRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 10,
idPropName: 'OBJECTID',
fcPropName: 'FUNCTIONAL_CLASS',
outFields: ['FUNCTIONAL_CLASS', 'OBJECTID', 'TO_DATE'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 100000,
supportsPagination: false
}
],
isPermitted() { return true; },
information: { Source: 'INDOT', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
let whereParts = ['TO_DATE IS NULL'];
if (context.mapContext.zoom < 16) {
whereParts += ` AND ${context.layer.fcPropName} <> 7`;
}
return whereParts;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
IA: {
baseUrl: 'https://gis.iowadot.gov/agshost/rest/services/RAMS/Road_Network/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee', PSGr: '#cc6533', StGr: '#e99cb6'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FED_FUNCTIONAL_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FED_FUNCTIONAL_CLASS', 'STATE_ROUTE_NAME_1', 'ACCESS_CONTROL', 'SURFACE_TYPE'],
roadTypeMap: {
Fw: [1], MH: [2, 3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'Iowa DOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Additional colors denote unpaved PS and LS segements.' },
getWhereClause(context) {
let theWhereClause = "FACILITY_TYPE<>'7'"; // Removed proposed roads
if (context.mapContext.zoom < 16) {
theWhereClause += ` AND ${context.layer.fcPropName}<>'7'`;
}
return theWhereClause;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10);
const isFw = attr.ACCESS_CONTROL === 1;
const isUS = RegExp('^STATE OF IOWA, US').test(attr.STATE_ROUTE_NAME_1);
const isState = RegExp('^STATE OF IOWA, IA').test(attr.STATE_ROUTE_NAME_1);
if (isFw) fc = 1;
else if (fc > 3 && isUS) fc = 3;
else if (fc > 4 && isState) fc = 4;
if (fc > 4 && attr.SURFACE_TYPE === 20) {
return fc < 7 ? 'PSGr' : 'StGr';
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
KS: {
baseUrl: 'http://wfs.ksdot.org/arcgis_web_adaptor/rest/services/Transportation/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
layerPath: 'Non_State_System/MapServer/',
idPropName: 'ID2',
fcPropName: 'FUNCLASS',
outFields: ['FUNCLASS', 'ID2', 'ROUTE_ID'],
roadTypeMap: {
Fw: [1], MH: [2, 3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 0,
layerPath: 'State_System/MapServer/',
idPropName: 'OBJECTID',
fcPropName: 'FUN_CLASS_CD',
outFields: ['FUN_CLASS_CD', 'OBJECTID', 'PREFIX', 'ACCESS_CONTROL'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3 || _isAM; },
information: { Source: 'KDOT', Permission: 'Visible to area managers' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>'7'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10);
const roadPrefix = attr.PREFIX;
const isUS = roadPrefix === 'U';
const isState = roadPrefix === 'K';
if ((fc > 3 && isUS) || (fc === 2 && parseInt(attr.ACCESS_CONTROL, 10) !== 1)) fc = 3;
else if (fc > 4 && isState) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
KY: {
baseUrl: 'https://maps.kytc.ky.gov/arcgis/rest/services/BaseMap/System/MapServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#ff00c5', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerID: 0,
idPropName: 'OBJECTID',
fcPropName: 'FC',
outFields: ['FC', 'OBJECTID', 'RT_PREFIX', 'RT_SUFFIX'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return true; },
information: { Source: 'KYTC' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>'7'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10);
if (fc > 3 && attr.RT_PREFIX === 'US') {
const suffix = attr.RT_SUFFIX;
fc = (suffix && suffix.indexOf('X') > -1) ? 4 : 3;
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
LA: {
baseUrl: 'https://giswebnew.dotd.la.gov/arcgis/rest/services/Transportation/LA_RoadwayFunctionalClassification/FeatureServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
/* eslint-disable object-curly-newline */
fcMapLayers: [
{ layerID: 0, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false },
{ layerID: 1, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false },
{ layerID: 2, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false },
{ layerID: 3, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false },
{ layerID: 4, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false },
{ layerID: 5, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false },
{ layerID: 6, fcPropName: 'FunctionalSystem', idPropName: 'OBJECTID', outFields: ['OBJECTID', 'FunctionalSystem', 'RouteID'], roadTypeMap: { Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7] }, maxRecordCount: 1000, supportsPagination: false }
],
/* eslint-enable object-curly-newline */
information: { Source: 'LaDOTD', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>'7'`; // OR State_Route LIKE 'US%' OR State_Route LIKE 'LA%'";
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = feature.attributes[layer.fcPropName];
if (fc === '2a' || fc === '2b') { fc = 2; }
fc = parseInt(fc, 10);
const route = feature.attributes.RouteID.split('_')[1].trim();
const isUS = /^US \d/.test(route);
const isState = /^LA \d/.test(route);
const isBiz = / BUS$/.test(route);
if (fc > 3 && isUS) fc = isBiz ? 4 : 3;
else if (fc > 4 && isState) fc = isBiz ? 5 : 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
ME: {
baseUrl: 'https://arcgisserver.maine.gov/arcgis/rest/services/mdot/MaineDOT_Dynamic/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 811,
fcPropName: 'fedfunccls',
idPropName: 'objectid',
outFields: ['objectid', 'fedfunccls', 'prirtename'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'MaineDOT', Permission: 'Visible to R2+' },
isPermitted() { return _r >= 2; },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>'Local'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = attr[layer.fcPropName];
switch (fc) {
case 'Princ art interstate': fc = 1; break;
case 'Princ art other f&e': fc = 2; break;
case 'Other princ arterial': fc = 3; break;
case 'Minor arterial': fc = 4; break;
case 'Major/urb collector':
case 'Minor collector': fc = 5; break;
default: fc = 7;
}
const route = attr.prirtename;
const isUS = RegExp(/^US \d/).test(route);
const isState = RegExp(/^ST RTE \d/).test(route);
const isBiz = (isUS && RegExp(/(1B|1BS)$/).test(route)) || (isState && RegExp(/(15B|24B|25B|137B)$/).test(route));
if (fc > 3 && isUS) fc = isBiz ? 4 : 3;
else if (fc > 4 && isState) fc = isBiz ? 5 : 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
MD: {
baseUrl: 'https://services.arcgis.com/njFNhDsUCentVYJW/arcgis/rest/services/MDOT_SHA_Roadway_Functional_Classification/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#ffff00', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FUNCTIONAL_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'ID_PREFIX', 'MP_SUFFIX'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'MDOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return "(FUNCTIONAL_CLASS < 7 OR ID_PREFIX IN('MD'))";
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr.FUNCTIONAL_CLASS, 10);
const isUS = attr.ID_PREFIX === 'US';
const isState = attr.ID_PREFIX === 'MD';
const isBiz = attr.MP_SUFFIX === 'BU';
if (fc > 3 && isUS) fc = isBiz ? 4 : 3;
else if (fc > 4 && isState) fc = isBiz ? 5 : 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
MA: {
baseUrl: 'https://gis.massdot.state.ma.us/arcgis/rest/services/Roads/RoadInventory/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'F_F_Class',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'F_F_Class', 'Route_ID'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'MDOT', Permission: 'Visible to R2+' },
isPermitted() { return _r >= 2; },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>'7'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10);
const route = attr.Route_ID;
const isUS = /^US\d/.test(route);
const isState = /^SR\d/.test(route);
if (fc > 3 && isUS) fc = 3;
else if (fc > 4 && isState) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
MI: {
baseUrl: 'https://gisp.mcgi.state.mi.us/arcgis/rest/services/MDOT/NFC/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 2,
idPropName: 'OBJECTID',
fcPropName: 'NFC',
outFields: ['NFC'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return true; },
information: { Source: 'MDOT', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
MO: {
baseUrl: 'http://mapping.modot.org/external/rest/services/BaseMap/TmsUtility/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 5,
fcPropName: 'FUNC_CLASS_NAME',
idPropName: 'SS_PAVEMENT_ID',
outFields: ['SS_PAVEMENT_ID', 'FUNC_CLASS_NAME', 'TRAVELWAY_DESG', 'TRAVELWAY_NAME', 'ACCESS_CAT_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3 || (_r >= 2 && _isAM); },
information: { Source: 'MoDOT', Permission: 'Visible to R3+ or R2-AM' },
getWhereClause(context) {
if (context.mapContext.zoom < 13) {
return '1=0'; // WME very laggy at zoom 0
}
// Remove duplicate rows, but suss out interstate business loops
return "FUNC_CLASS_NAME <> ' ' AND (TRAVELWAY_ID = CNTL_TW_ID OR (TRAVELWAY_ID <> CNTL_TW_ID AND TRAVELWAY_DESG = 'LP'))";
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = attr[layer.fcPropName];
const rtType = attr.TRAVELWAY_DESG;
const route = attr.TRAVELWAY_NAME;
switch (fc) {
case 'INTERSTATE': fc = 1; break;
case 'FREEWAY': fc = 2; break;
case 'PRINCIPAL ARTERIAL': fc = 3; break;
case 'MINOR ARTERIAL': fc = 4; break;
case 'MAJOR COLLECTOR': fc = 5; break;
case 'MINOR COLLECTOR': fc = 6; break;
default: fc = 8; // not a typo
}
const usHwys = ['24', '36', '40', '50', '54', '56', '59', '60', '61', '62', '63', '65', '67', '69', '71', '136', '159', '160', '166', '169', '275', '400', '412'];
const isUS = ['US', 'LP'].includes(rtType); // is US or interstate biz
const isState = ['MO', 'AL'].includes(rtType);
const isSup = rtType === 'RT';
const isBiz = ['BU', 'SP'].includes(rtType) || /BUSINESS .+ \d/.test(route);
const isUSBiz = isBiz && usHwys.includes(route);
if ((fc === 2 && attr.ACCESS_CAT_NAME !== 'FULL') || (fc > 3 && isUS)) fc = 3;
else if (fc > 4 && (isState || isUSBiz)) fc = 4;
else if (fc > 6 && (isSup || isBiz)) fc = 6;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
MT: {
baseUrl: 'https://app.mdt.mt.gov/arcgis/rest/services/Standard/ROUTES/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FC',
idPropName: 'OBJECTID',
utFields: ['OBJECTID', 'FC', 'SIGN_ROUTE', 'ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 1,
fcPropName: 'FC',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FC', 'SIGN_ROUTE', 'ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3; },
information: { Source: 'MDT', Permission: 'Visible to R3+' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>'LOCAL'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = feature.attributes.FC;
switch (fc) {
case 'PRINCIPAL ARTERIAL - INTERSTATE': fc = 1; break;
case 'PRINCIPAL ARTERIAL - NON-INTERSTATE': fc = 3; break;
case 'MINOR ARTERIAL': fc = 4; break;
case 'MAJOR COLLECTOR':
case 'MINOR COLLECTOR': fc = 5; break;
default: fc = 7;
}
let roadID = feature.attributes.SIGN_ROUTE;
if (!roadID) { roadID = feature.attributes.ROUTE_NAME; }
const isUS = RegExp(/^US \d+/).test(roadID);
const isState = RegExp(/^MONTANA \d+|ROUTE \d+|S \d{3}\b/).test(roadID);
if (fc > 3 && isUS) fc = 3;
else if (fc > 4 && isState) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
NH: {
baseUrl: 'https://nhgeodata.unh.edu/nhgeodata/rest/services/TN/RoadsForDOTViewer/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FUNCT_SYSTEM',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCT_SYSTEM', 'STREET_ALIASES', 'TIER'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [2, 3], mH: [4], PS: [5, 6], St: [7, 0]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 2; },
information: { Source: 'NH GRANIT', Permission: 'Visible to R2+' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>7 AND ${context.layer.fcPropName}<>0`;
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = parseInt(feature.attributes[layer.fcPropName], 10);
if (!(fc > 0)) { fc = 7; }
const route = feature.attributes.STREET_ALIASES;
const isUS = RegExp(/US /).test(route);
const isState = RegExp(/NH /).test(route);
if (fc === 2) fc = feature.attributes.TIER === 1 ? 1 : 3;
else if (fc > 3 && isUS) fc = RegExp(/US 3B/).test(route) ? 4 : 3;
else if (fc > 4 && isState) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
NM: {
baseUrl: 'https://services.arcgis.com/hOpd7wfnKm16p9D9/ArcGIS/rest/services/NMDOT_Functional_Class/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#ff00c5', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'Func_Class',
idPropName: 'OBJECTID_1',
maxRecordCount: 1000,
supportsPagination: false,
outFields: ['OBJECTID_1', 'Func_Class', 'D_RT_ROUTE'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
isPermitted() { return true; },
information: { Source: 'NMDOT' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
let fc = parseInt(feature.attributes[layer.fcPropName], 10);
const roadType = feature.attributes.D_RT_ROUTE.split('-', 1).shift();
const isBiz = roadType === 'BL'; // Interstate Business Loop
const isUS = roadType === 'US';
const isState = roadType === 'NM';
if (roadType === 'IX') fc = 0;
else if (fc > 3 && (isBiz || isUS)) fc = 3;
else if (fc > 4 && isState) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
NY: { // https://gis.dot.ny.gov/hostingny/rest/services/Basemap/MapServer/21
baseUrl: 'https://gis.dot.ny.gov/hostingny/rest/services',
defaultColors: {
Fw: '#ff00c5', Ew: '#5f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerID: '/Geocortex/FC/MapServer/1',
fcPropName: 'FUNC_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNC_CLASS', 'SEGMENT_NAME', 'ROUTE_NO'],
roadTypeMap: {
Fw: [1, 11], Ew: [2, 12], MH: [4, 14], mH: [6, 16], PS: [7, 8, 17, 18]
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 'Basemap/MapServer/21',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'SHIELD'],
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'NYSDOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause(context) {
if (context.layer.layerID === 'Basemap/MapServer/21') {
return ("SHIELD IN ('C','CT')");
}
return null;
},
getFeatureRoadType(feature, layer) {
let roadType;
if (layer.layerID === 'Basemap/MapServer/21') {
roadType = 'PS';
} else {
roadType = STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
const routeNo = feature.attributes.ROUTE_NO;
if (/^NY.*/.test(routeNo)) {
if (roadType === 'PS') roadType = 'mH';
} else if (/^US.*/.test(routeNo)) {
if (roadType === 'PS' || roadType === 'mH') roadType = 'MH';
}
}
return roadType;
}
},
NC: {
baseUrl: 'https://gis11.services.ncdot.gov/arcgis/rest/services/NCDOT_FunctionalClassQtr/MapServer/',
defaultColors: {
Fw: '#ff00c5', Rmp: '#999999', Ew: '#5f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FuncClass',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FuncClass', 'RouteClass', 'RouteQualifier'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
zoomLevels: [3, 4, 5, 6, 7, 8, 9, 10],
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 3; },
information: { Source: 'NCDOT', Permission: 'Visible to R3+' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
const clause = `(${context.layer.fcPropName} < 7 OR RouteClass IN ('I','FED','NC','RMP','US'))`;
return clause;
}
return null;
},
getFeatureRoadType(feature, layer) {
const fc = feature.attributes[layer.fcPropName];
let roadType;
switch (this.getHwySys(feature)) {
case 'interstate':
if (fc <= 2 || !this.isBusinessRoute(feature)) roadType = 'Fw';
else roadType = 'MH';
break;
case 'us':
if (fc <= 2) roadType = 'Ew';
else if (fc === 3 || !this.isBusinessRoute(feature)) roadType = 'MH';
else roadType = 'mH';
break;
case 'state':
if (fc <= 2) roadType = 'Ew';
else if (fc === 3) roadType = 'MH';
else if (fc === 4 || !this.isBusinessRoute(feature)) roadType = 'mH';
else roadType = 'PS';
break;
case 'ramp':
roadType = 'Rmp';
break;
default:
if (fc === 2) roadType = 'Ew';
else if (fc === 3) roadType = 'MH';
else if (fc === 4) roadType = 'mH';
else if (fc <= 6) roadType = 'PS';
else roadType = 'St';
// roadType = fc === 2 ? 'Ew' : (fc === 3 ? 'MH' : (fc === 4 ? 'mH' : (fc <= 6 ? 'PS' : 'St')));
}
return roadType;
},
getHwySys(feature) {
let hwySys;
switch (feature.attributes.RouteClass.toString()) {
case '1':
hwySys = 'interstate';
break;
case '2':
hwySys = 'us';
break;
case '3':
hwySys = 'state';
break;
case '80':
hwySys = 'ramp';
break;
default:
hwySys = 'local';
}
return hwySys;
},
isBusinessRoute(feature) {
const qual = feature.attributes.RouteQualifier.toString();
return qual === '9';
}
},
ND: {
baseUrl: 'https://gis.dot.nd.gov/arcgis/rest/services/external/transinfo/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 10,
fcPropName: 'FUNCTION_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCTION_CLASS'],
roadTypeMap: {
Fw: ['Interstate'], MH: ['Principal Arterial'], mH: ['Minor Arterial'], PS: ['Major Collector', 'Collector'], St: ['Local']
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 11,
fcPropName: 'FUNCTION_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCTION_CLASS'],
roadTypeMap: {
Fw: ['Interstate'], MH: ['Principal Arterial'], mH: ['Minor Arterial'], PS: ['Major Collector', 'Collector'], St: ['Local']
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 12,
fcPropName: 'FUNCTION_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCTION_CLASS'],
roadTypeMap: { PS: ['Major Collector', 'Collector'] },
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 16,
fcPropName: 'SYSTEM_CD',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'SYSTEM_CD', 'SYSTEM_DESC', 'HIGHWAY', 'HWY_SUFFIX'],
roadTypeMap: { Fw: [1, 11], MH: [2, 14], mH: [6, 7, 16, 19] },
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'NDDOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
if (context.layer.layerID !== 16) return `${context.layer.fcPropName}<>'Local'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
OH: {
baseUrl: 'https://gis.dot.state.oh.us/arcgis/rest/services/TIMS/Roadway_Information/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 8,
fcPropName: 'FUNCTION_CLASS_CD',
idPropName: 'ObjectID',
outFields: ['FUNCTION_CLASS_CD', 'ROUTE_TYPE', 'ROUTE_NBR', 'ObjectID'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
isPermitted() { return true; },
information: { Source: 'ODOT' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
const clause = `(${context.layer.fcPropName} < 7 OR ROUTE_TYPE IN ('CR','SR','US'))`;
return clause;
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = feature.attributes[layer.fcPropName];
const prefix = feature.attributes.ROUTE_TYPE;
const isUS = prefix === 'US';
const isState = prefix === 'SR';
const isCounty = prefix === 'CR';
if (isUS && fc > 3) { fc = 3; }
if (isState && fc > 4) { fc = 4; }
if (isCounty && fc > 6) { fc = 6; }
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
OK: {
baseUrl: 'https://services6.arcgis.com/RBtoEUQ2lmN0K3GY/arcgis/rest/services/Roadways/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FUNCTIONALCLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCTIONALCLASS', 'FHWAPRIMARYROUTE', 'ODOTROUTECLASS', 'ACCESSCONTROL'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
information: { Source: 'ODOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} < 7 OR ODOTROUTECLASS IN ('U','S','I')`;
}
return null;
},
getFeatureRoadType(feature, layer) {
let fc = feature.attributes[layer.fcPropName];
const route = (feature.attributes.FHWAPRIMARYROUTE || '').trim();
const isBusinessOrSpur = /BUS$|SPR$/i.test(route);
const prefix = isBusinessOrSpur ? route.substring(0, 1) : feature.attributes.ODOTROUTECLASS;
const isFw = parseInt(feature.attributes.ACCESSCONTROL, 10) === 1;
const isInterstate = prefix === 'I';
const isUS = prefix === 'U';
const isState = prefix === 'S';
if (isFw) fc = 1;
else if (fc > 3 && ((isUS && !isBusinessOrSpur) || (isInterstate && isBusinessOrSpur))) fc = 3;
else if (fc > 4 && ((isUS && isBusinessOrSpur) || (isState && !isBusinessOrSpur))) fc = 4;
else if (fc > 5 && isState && isBusinessOrSpur) fc = 5;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
OR: {
baseUrl: 'https://gis.odot.state.or.us/arcgis/rest/services/transgis/data_catalog_display/Mapserver/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 78,
fcPropName: 'NEW_FC_CD',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'NEW_FC_CD'],
roadTypeMap: {
Fw: ['1'], Ew: ['2'], MH: ['3'], mH: ['4'], PS: ['5', '6'], St: ['7']
},
maxRecordCount: 1000,
supportsPagination: false
},
{
layerID: 80,
fcPropName: 'NEW_FC_CD',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'NEW_FC_CD'],
roadTypeMap: {
Fw: ['1'], Ew: ['2'], MH: ['3'], mH: ['4'], PS: ['5', '6'], St: ['7']
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'ODOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> '7'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
PA: {
baseUrl: 'https://gis.penndot.gov/arcgis/rest/services/opendata/roadwayadmin/MapServer/',
supportsPagination: false,
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
features: new Map(),
fcPropName: 'FUNC_CLS',
idPropName: 'MSLINK',
outFields: ['MSLINK', 'FUNC_CLS'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: ['01', '11'], Ew: ['12'], MH: ['02', '14'], mH: ['06', '16'], PS: ['07', '08', '17'], St: ['09', '19']
}
}
],
isPermitted() { return _r >= 4; },
information: { Source: 'PennDOT', Permission: 'Visible to R4+', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
return (context.mapContext.zoom < 16) ? `${context.layer.fcPropName} NOT IN ('09','19')` : null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
const fc = feature.attributes[layer.fcPropName];
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
RI: {
baseUrl: 'https://services2.arcgis.com/S8zZg9pg23JUEexQ/arcgis/rest/services/RIDOT_Roads_2016/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [[], [], [], [], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'F_SYSTEM',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'F_SYSTEM', 'ROADTYPE', 'RTNO'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7, 0]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
isPermitted() { return _r >= 2; },
information: { Source: 'RIDOT', Permission: 'Visible to R2+' },
getWhereClause(context) {
return (context.mapContext.zoom < 16) ? `${context.layer.fcPropName} NOT IN (7,0)` : null;
},
getFeatureRoadType(feature, layer) {
let fc = parseInt(feature.attributes[layer.fcPropName], 10);
const type = feature.attributes.ROADTYPE;
const rtnum = feature.attributes.RTNO;
if (fc === 2 && ['10', '24', '37', '78', '99', '138', '403'].includes(rtnum)) fc = 1; // isFW
else if ((fc > 3 && type === 'US') || rtnum === '1') fc = 3; // isUS
else if (fc > 4 && rtnum.trim() !== '') fc = 4; // isState
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
SC: {
baseUrl: 'https://services1.arcgis.com/VaY7cY9pvUYUP1Lf/arcgis/rest/services/Functional_Class/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FC_GIS',
idPropName: 'FID',
outFields: ['FID', 'FC_GIS', 'ROUTE_LRS'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
isPermitted() { return _r >= 4; },
information: { Source: 'SCDOT', Permission: 'Visible to R4+' },
getWhereClause() {
return null;
},
getFeatureRoadType(feature, layer) {
const roadID = feature.attributes.ROUTE_LRS;
const roadType = parseInt(roadID.slice(3, 4), 10);
const isFw = roadType === 1;
const isUS = roadType === 2;
const isState = roadType === 4;
const isBiz = parseInt(roadID.slice(-2, -1), 10) === 7;
let fc = 7;
switch (feature.attributes[layer.fcPropName]) {
case 'INT': fc = 1; break;
case 'EXP': fc = 2; break;
case 'PRA': fc = 3; break;
case 'MIA': fc = 4; break;
case 'MAC':
case 'MIC': fc = 5; break;
default: throw new Error(`FC Layer: unexpected fc value: ${fc}`);
}
if (fc > 1 && isFw) fc = 1;
else if (fc > 3 && isUS) fc = isBiz ? 4 : 3;
else if (fc > 4 && isState) fc = (isBiz ? 5 : 4);
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
SD: {
baseUrl: 'https://arcgis.sd.gov/arcgis/rest/services/DOT/LocalRoads/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#149ece', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee', PSGr: '#cc6533', StGr: '#e99cb6'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [{
layerID: 1,
fcPropName: 'FUNC_CLASS',
idPropName: 'OBJECTID',
maxRecordCount: 1000,
supportsPagination: false,
outFields: ['OBJECTID', 'FUNC_CLASS', 'SURFACE_TYPE', 'ROADNAME'],
roadTypeMap: {
Fw: [1, 11], Ew: [2, 12], MH: [4, 14], mH: [6, 16], PS: [7, 8, 17], St: [9, 19]
}
}],
information: { Source: 'SDDOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Additional colors denote unpaved PS and LS segements.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} NOT IN (9,19)`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = parseInt(attr[layer.fcPropName], 10) % 10;
const isFw = attr.ACCESS_CONTROL === 1;
const isUS = RegExp('^US HWY ', 'i').test(attr.ROADNAME);
const isState = RegExp('^SD HWY ', 'i').test(attr.ROADNAME);
const isBiz = RegExp('^(US|SD) HWY .* (E|W)?(B|L)$', 'i').test(attr.ROADNAME);
const isPaved = parseInt(attr.SURFACE_TYPE, 10) > 5;
if (isFw) fc = 1;
else if (fc > 4 && isUS) fc = (isBiz ? 6 : 4);
else if (fc > 6 && isState) fc = (isBiz ? 7 : 6);
if (fc > 6 && !isPaved) {
return fc < 9 ? 'PSGr' : 'StGr';
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
TN: {
baseUrl: 'https://',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', PS2: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerPath: 'comgis4.memphistn.gov/arcgis/rest/services/AGO_DPD/Memphis_MPO/FeatureServer/',
maxRecordCount: 1000,
supportsPagination: false,
layerID: 4,
fcPropName: 'Functional_Classification',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'Functional_Classification'],
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} NOT LIKE '%Local'`;
}
return null;
},
roadTypeMap: {
Fw: ['(Urban) Interstate', '(Rural) Interstate'],
Ew: ['(Urban) Other Freeway or Expressway', '(Rural) Other Freeway or Expressway'],
MH: ['(Urban) Other Principal Arterial', '(Rural) Other Principal Arterial'],
mH: ['(Urban) Minor Arterial', '(Rural) Minor Arterial'],
PS: ['(Urban) Major Collector', '(Rural) Major Collector'],
PS2: ['(Urban) Minor Collector', '(Rural) Minor Collector'],
St: ['(Urban) Local', '(Rural) Local']
}
},
{
layerPath: 'services3.arcgis.com/pXGyp7DHTIE4RXOJ/ArcGIS/rest/services/Functional_Classification/FeatureServer/',
maxRecordCount: 1000,
supportsPagination: false,
layerID: 0,
fcPropName: 'FC_MPO',
idPropName: 'FID',
outFields: ['FID', 'FC_MPO'],
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} NOT IN (0,7,9,19)`;
}
return `${context.layer.fcPropName} <> 0`;
},
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
information: {
Source: 'Memphis, Nashville Area MPO',
Permission: 'Visible to R4+ or R3-AM',
Description: 'Raw unmodified FC data for the Memphis and Nashville regions only.'
},
getWhereClause(context) {
if (context.layer.getWhereClause) {
return context.layer.getWhereClause(context);
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
TX: {
baseUrl: 'https://services.arcgis.com/KTcxiTD9dsQw4r7Z/ArcGIS/rest/services/TxDOT_Functional_Classification/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'F_SYSTEM',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'F_SYSTEM', 'RTE_PRFX'],
maxRecordCount: 1000,
supportsPagination: false,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
isPermitted() { return _r >= 2; },
information: { Source: 'TxDOT', Permission: 'Visible to R2+' },
getWhereClause(context) {
let where = ' F_SYSTEM IS NOT NULL AND RTE_PRFX IS NOT NULL';
if (context.mapContext.zoom < 16) {
where += ` AND ${context.layer.fcPropName} <> 7`;
}
return where;
},
getFeatureRoadType(feature, layer) {
// On-System:
// IH=Interstate BF=Business FM
// US=US Highway FM=Farm to Mkt
// UA=US Alt. RM=Ranch to Mkt
// UP=US Spur RR=Ranch Road
// SH=State Highway PR=Park Road
// SA=State Alt. RE=Rec Road
// SL=State Loop RP=Rec Rd Spur
// SS=State Spur FS=FM Spur
// BI=Business IH RS=RM Spur
// BU=Business US RU=RR Spur
// BS=Business State PA=Principal Arterial
// Off-System:
// TL=Off-System Tollroad CR=County Road
// FC=Func. Classified St. LS=Local Street
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
let fc = feature.attributes[layer.fcPropName];
const type = feature.attributes.RTE_PRFX.substring(0, 2).toUpperCase();
if (type === 'IH' && fc > 1) {
fc = 1;
} else if ((type === 'US' || type === 'BI' || type === 'UA') && fc > 3) {
fc = 3;
} else if ((type === 'UP' || type === 'BU' || type === 'SH' || type === 'SA') && fc > 4) {
fc = 4;
} else if ((type === 'SL' || type === 'SS' || type === 'BS') && fc > 6) {
fc = 6;
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
UT: {
baseUrl: 'https://maps.udot.utah.gov/randh/rest/services/ALRS_DT/Functional_Class/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'FUNCTIONAL_CLASS',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCTIONAL_CLASS', 'ROUTE_ID'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'UDOT', Permission: 'Visible to R4+ or R3-AM' },
getWhereClause(context) {
return `${context.layer.fcPropName} NOT LIKE 'Proposed%'`;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = attr[layer.fcPropName];
const routeID = attr.ROUTE_ID;
const roadNum = parseInt(routeID.substring(0, 4), 10);
switch (fc) {
case 'Interstate': fc = 1; break;
case 'Other Freeways and Expressways': fc = 2; break;
case 'Other Principal Arterial': fc = 3; break;
case 'Minor Arterial': fc = 4; break;
case 'Major Collector': fc = 5; break;
case 'Minor Collector': fc = 6; break;
default: fc = 7;
}
const re = /^(6|40|50|89|91|163|189|191|491)$/;
if (re.test(roadNum) && fc > 3) {
// US highway
fc = 3;
} else if (roadNum <= 491 && fc > 4) {
// State highway
fc = 4;
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
VT: {
baseUrl: 'https://maps.vtrans.vermont.gov/arcgis/rest/services/Master/General/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 39,
fcPropName: 'FUNCL',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FUNCL', 'HWYSIGN'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'VTrans', Permission: 'Visible to R2+' },
isPermitted() { return _r >= 2; },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>7 AND ${context.layer.fcPropName}<>0`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const roadID = feature.attributes.HWYSIGN;
let fc = feature.attributes[layer.fcPropName];
if (!(fc > 0)) { fc = 7; }
const isUS = RegExp(/^U/).test(roadID);
const isState = RegExp(/^V/).test(roadID);
const isUSBiz = RegExp(/^B/).test(roadID);
if (fc > 3 && isUS) fc = 3;
else if (fc > 4 && (isUSBiz || isState)) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
VA: {
baseUrl: 'https://services.arcgis.com/p5v98VHDX9Atv3l7/arcgis/rest/services/FC_2014_FHWA_Submittal1/FeatureServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#ff00c5', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 0,
fcPropName: 'STATE_FUNCT_CLASS_ID',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'STATE_FUNCT_CLASS_ID', 'RTE_NM'],
maxRecordCount: 2000,
supportsPagination: true,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}, {
layerID: 1,
fcPropName: 'STATE_FUNCT_CLASS_ID',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'STATE_FUNCT_CLASS_ID', 'RTE_NM', 'ROUTE_NO'],
maxRecordCount: 2000,
supportsPagination: true,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}, {
layerID: 3,
fcPropName: 'TMPD_FC',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'TMPD_FC', 'RTE_NM'],
maxRecordCount: 2000,
supportsPagination: true,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
information: { Source: 'VDOT', Permission: 'Visible to R4+ or R3-AM' },
srExceptions: [217, 302, 303, 305, 308, 310, 313, 314, 315, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328,
329, 330, 331, 332, 333, 334, 335, 336, 339, 341, 342, 343, 344, 345, 346, 347, 348, 350, 353, 355, 357, 358, 361,
362, 363, 364, 365, 366, 367, 368, 369, 370, 371, 372, 373, 374, 375, 376, 377, 378, 379, 382, 383, 384, 385, 386,
387, 388, 389, 390, 391, 392, 393, 394, 396, 397, 398, 399, 785, 895],
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName}<>7`;
}
// NOTE: As of 9/14/2016 there does not appear to be any US/SR/VA labeled routes with FC = 7.
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
let fc = parseInt(feature.attributes[layer.fcPropName], 10);
const rtName = feature.attributes.RTE_NM;
const match = /^R-VA\s*(US|VA|SR)(\d{5})..(BUS)?/.exec(rtName);
const isBusiness = (match && (match !== null) && (match[3] === 'BUS'));
const isState = (match && (match !== null) && (match[1] === 'VA' || match[1] === 'SR'));
let rtNumText;
if (layer.layerID === 1) {
rtNumText = feature.attributes.ROUTE_NO;
} else if (match) {
// eslint-disable-next-line prefer-destructuring
rtNumText = match[2];
} else {
rtNumText = '99999';
}
const rtNum = parseInt(rtNumText, 10);
const rtPrefix = match && match[1];
if (fc > 3 && rtPrefix === 'US') {
fc = isBusiness ? 4 : 3;
} else if (isState && fc > 4 && this.srExceptions.indexOf(rtNum) === -1 && rtNum < 600) {
fc = isBusiness ? 5 : 4;
}
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
WA: {
baseUrl: 'https://data.wsdot.wa.gov/arcgis/rest/services/FunctionalClass/WSDOTFunctionalClassMap/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 2,
fcPropName: 'FederalFunctionalClassCode',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FederalFunctionalClassCode'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 1,
fcPropName: 'FederalFunctionalClassCode',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FederalFunctionalClassCode'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 4,
fcPropName: 'FederalFunctionalClassCode',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'FederalFunctionalClassCode'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'WSDOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Raw unmodified FC data.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 7`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
return STATE_SETTINGS.global.getFeatureRoadType(feature, layer);
}
},
WV: {
baseUrl: 'https://gis.transportation.wv.gov/arcgis/rest/services/Routes/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#ff00c5', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 1,
fcPropName: 'F_System',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'F_System', 'RouteID'],
maxRecordCount: 1000,
supportsPagination: true,
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
}
}
],
information: { Source: 'WV DOT' },
isPermitted() { return true; },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} NOT IN (9,19)`;
}
return null;
},
getFeatureRoadType(feature, layer) {
if (layer.getFeatureRoadType) {
return layer.getFeatureRoadType(feature);
}
const fcCode = feature.attributes[layer.fcPropName];
let fc = fcCode;
if (fcCode === 11) fc = 1;
else if (fcCode === 4 || fcCode === 12) fc = 2;
else if (fcCode === 2 || fcCode === 14) fc = 3;
else if (fcCode === 6 || fcCode === 16) fc = 4;
else if (fcCode === 7 || fcCode === 17 || fcCode === 8 || fcCode === 18) fc = 5;
else fc = 7;
const id = feature.attributes.RouteID;
const prefix = id.substr(2, 1);
const isInterstate = prefix === '1';
const isUS = prefix === '2';
const isState = prefix === '3';
if (fc > 1 && isInterstate) fc = 1;
else if (fc > 3 && isUS) fc = 3;
else if (fc > 4 && isState) fc = 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
},
WY: {
baseUrl: 'https://gisservices.wyoroad.info/arcgis/rest/services/ITSM/LAYERS/MapServer/',
defaultColors: {
Fw: '#ff00c5', Ew: '#4f33df', MH: '#149ece', mH: '#4ce600', PS: '#cfae0e', St: '#eeeeee'
},
zoomSettings: { maxOffset: [30, 15, 8, 4, 2, 1, 1, 1, 1, 1], excludeRoadTypes: [['St'], ['St'], ['St'], ['St'], [], [], [], [], [], [], []] },
fcMapLayers: [
{
layerID: 20,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 21,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 22,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 23,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 24,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 25,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}, {
layerID: 26,
fcPropName: 'CLASSIFICATION',
idPropName: 'OBJECTID',
outFields: ['OBJECTID', 'CLASSIFICATION', 'COMMON_ROUTE_NAME'],
roadTypeMap: {
Fw: [1], Ew: [2], MH: [3], mH: [4], PS: [5, 6], St: [7]
},
maxRecordCount: 1000,
supportsPagination: false
}
],
information: { Source: 'WYDOT', Permission: 'Visible to R4+ or R3-AM', Description: 'Minimum suggested FC.' },
getWhereClause(context) {
if (context.mapContext.zoom < 16) {
return `${context.layer.fcPropName} <> 'Local'`;
}
return null;
},
getFeatureRoadType(feature, layer) {
const attr = feature.attributes;
let fc = attr[layer.fcPropName];
const route = attr.COMMON_ROUTE_NAME;
switch (fc) {
case 'Interstate': fc = 1; break;
case 'Expressway': fc = 2; break;
case 'Principal Arterial': fc = 3; break;
case 'Minor Arterial': fc = 4; break;
case 'Major Collector': fc = 5; break;
case 'Minor Collector': fc = 6; break;
default: fc = 7;
}
const isIntBiz = /I (25|80) BUS/.test(route);
const isUS = /US \d+/.test(route);
const isUSBiz = /US \d+ BUS/.test(route);
const isState = /WY \d+/.test(route);
const isStateBiz = /WY \d+ BUS/.test(route);
if (fc > 3 && (isUS || isIntBiz)) fc = isUSBiz ? 4 : 3;
else if (fc > 4 && isState) fc = isStateBiz ? 5 : 4;
return STATE_SETTINGS.global.getRoadTypeFromFC(fc, layer);
}
}
};
function log(message) {
console.log('FC Layer: ', message);
}
function debugLog(message) {
console.debug('FC Layer: ', message);
}
function errorLog(message) {
console.error('FC Layer: ', message);
}
function loadSettingsFromStorage() {
const loadedSettings = $.parseJSON(localStorage.getItem(SETTINGS_STORE_NAME));
const defaultSettings = {
lastVersion: null,
layerVisible: true,
activeStateAbbr: 'ALL',
hideStreet: false
};
_settings = loadedSettings || defaultSettings;
Object.keys(defaultSettings).filter(prop => !_settings.hasOwnProperty(prop)).forEach(prop => {
_settings[prop] = defaultSettings[prop];
});
}
function saveSettingsToStorage() {
if (localStorage) {
_settings.lastVersion = SCRIPT_VERSION;
_settings.layerVisible = _mapLayer.visibility;
localStorage.setItem(SETTINGS_STORE_NAME, JSON.stringify(_settings));
// debugLog('Settings saved');
}
}
function getLineWidth() {
return 12 * (1.15 ** (W.map.getZoom() - 13));
}
function sortArray(array) {
array.sort((a, b) => { if (a < b) return -1; if (a > b) return 1; return 0; });
}
function getVisibleStateAbbrs() {
const visibleStates = [];
W.model.states.getObjectArray().forEach(state => {
const stateAbbr = STATES_HASH[state.name];
const { activeStateAbbr } = _settings;
if (STATE_SETTINGS[stateAbbr] && STATE_SETTINGS.global.isPermitted(stateAbbr) && (!activeStateAbbr || activeStateAbbr === 'ALL' || activeStateAbbr === stateAbbr)) {
visibleStates.push(stateAbbr);
}
});
return visibleStates;
}
function getAsync(url, context) {
return new Promise((resolve, reject) => {
GM_xmlhttpRequest({
context,
method: 'GET',
url,
onload(res) {
if (res.status.toString() === '200') {
resolve({ responseText: res.responseText, context });
} else {
reject(new Error({ responseText: res.responseText, context }));
}
},
onerror() {
reject(Error('Network Error'));
}
});
});
}
function getUrl(context, queryType, queryParams) {
const { extent } = context.mapContext;
const { zoom } = context.mapContext;
const { layer } = context;
const { state } = context;
const whereParts = [];
const geometry = {
xmin: extent.left, ymin: extent.bottom, xmax: extent.right, ymax: extent.top, spatialReference: { wkid: 102100, latestWkid: 3857 }
};
const geometryStr = JSON.stringify(geometry);
const stateWhereClause = state.getWhereClause(context);
const layerPath = layer.layerPath || '';
let url = `${state.baseUrl + layerPath + layer.layerID}/query?geometry=${encodeURIComponent(geometryStr)}`;
if (queryType === 'countOnly') {
url += '&returnCountOnly=true';
} else if (queryType === 'idsOnly') {
url += '&returnIdsOnly=true';
} else if (queryType === 'paged') {
// TODO
} else {
url += `&returnGeometry=true&maxAllowableOffset=${state.zoomSettings.maxOffset[zoom - 12]}`;
url += `&outFields=${encodeURIComponent(layer.outFields.join(','))}`;
if (queryType === 'idRange') {
whereParts.push(`(${queryParams.idFieldName}>=${queryParams.range[0]} AND ${queryParams.idFieldName}<=${queryParams.range[1]})`);
}
}
if (stateWhereClause) whereParts.push(stateWhereClause);
if (whereParts.length > 0) url += `&where=${encodeURIComponent(whereParts.join(' AND '))}`;
url += '&spatialRel=esriSpatialRelIntersects&geometryType=esriGeometryEnvelope&inSR=102100&outSR=3857&f=json';
return url;
}
function convertFcToRoadTypeVectors(feature, context) {
const { state, stateAbbr, layer } = context;
const roadType = state.getFeatureRoadType(feature, layer);
// debugLog(feature);
const zIndex = STATE_SETTINGS.global.roadTypes.indexOf(roadType) * 100;
const attr = {
state: stateAbbr,
layerID: layer.layerID,
roadType,
dotAttributes: $.extend({}, feature.attributes),
color: state.defaultColors[roadType],
strokeWidth: getLineWidth,
zIndex
};
const vectors = feature.geometry.paths.map(path => {
const pointList = path.map(pt => new OpenLayers.Geometry.Point(pt[0], pt[1]));
return new OpenLayers.Feature.Vector(new OpenLayers.Geometry.LineString(pointList), attr);
});
return vectors;
}
function fetchLayerFC(context) {
const url = getUrl(context, 'idsOnly');
debugLog(url);
if (!context.parentContext.cancel) {
return getAsync(url, context).bind(context).then(res => {
const ids = $.parseJSON(res.responseText);
if (!ids.objectIds) ids.objectIds = [];
sortArray(ids.objectIds);
// debugLog(ids);
return ids;
}).then(res => {
const idRanges = [];
if (res.objectIds) {
const len = res.objectIds ? res.objectIds.length : 0;
let currentIndex = 0;
const offset = Math.min(context.layer.maxRecordCount, 1000);
while (currentIndex < len) {
let nextIndex = currentIndex + offset;
if (nextIndex >= len) nextIndex = len - 1;
idRanges.push({ range: [res.objectIds[currentIndex], res.objectIds[nextIndex]], idFieldName: res.objectIdFieldName });
currentIndex = nextIndex + 1;
}
// debugLog(context.layer.layerID);
// debugLog(idRanges);
}
return idRanges;
}).map(idRange => {
if (!context.parentContext.cancel) {
const newUrl = getUrl(context, 'idRange', idRange);
debugLog(url);
return getAsync(newUrl, context).then(res => {
if (!context.parentContext.cancel) {
let { features } = $.parseJSON(res.responseText);
context.parentContext.callCount++;
// debugLog('Feature Count=' + (features ? features.length : 0));
features = features || [];
return features.map(feature => convertFcToRoadTypeVectors(feature, context))
.filter(vector => !(vector[0].attributes.roadType === 'St' && _settings.hideStreet));
}
return null;
});
}
// debugLog('Async call cancelled');
return null;
});
}
return null;
}
function fetchStateFC(context) {
const state = STATE_SETTINGS[context.stateAbbr];
const contexts = state.fcMapLayers.map(layer => ({
parentContext: context.parentContext, layer, state, stateAbbr: context.stateAbbr, mapContext: context.mapContext
}));
return Promise.map(contexts, ctx => fetchLayerFC(ctx));
}
let _lastPromise = null;
let _lastContext = null;
let _fcCallCount = 0;
function fetchAllFC() {
if (!_mapLayer.visibility) return;
if (_lastPromise) { _lastPromise.cancel(); }
$('#fc-loading-indicator').text('Loading FC...');
const mapContext = { zoom: W.map.getZoom(), extent: W.map.getExtent() };
if (mapContext.zoom > MIN_ZOOM_LEVEL) {
const parentContext = { callCount: 0, startTime: Date.now() };
if (_lastContext) _lastContext.cancel = true;
_lastContext = parentContext;
const contexts = getVisibleStateAbbrs().map(stateAbbr => ({ parentContext, stateAbbr, mapContext }));
const map = Promise.map(contexts, ctx => fetchStateFC(ctx)).then(statesVectorArrays => {
if (!parentContext.cancel) {
_mapLayer.removeAllFeatures();
statesVectorArrays.forEach(vectorsArray => {
vectorsArray.forEach(vectors => {
vectors.forEach(vector => {
vector.forEach(vectorFeature => {
_mapLayer.addFeatures(vectorFeature);
});
});
});
});
}
return statesVectorArrays;
}).catch(e => {
$('#fc-loading-indicator').text('FC Error! (check console for details)');
errorLog(e);
}).finally(() => {
_fcCallCount -= 1;
if (_fcCallCount === 0) {
$('#fc-loading-indicator').text('');
}
});
_fcCallCount += 1;
_lastPromise = map;
} else {
// if zoomed out too far, clear the layer
_mapLayer.removeAllFeatures();
}
}
function onLayerCheckboxChanged(checked) {
setEnabled(checked);
//_mapLayer.setVisibility(checked);
}
function onLayerVisibilityChanged() {
setEnabled(_mapLayer.visibility);
// _settings.layerVisible = _mapLayer.visibility;
// saveSettingsToStorage();
// if (_mapLayer.visibility) {
// fetchAllFC();
// }
}
function checkLayerZIndex() {
if (_mapLayer.getZIndex() !== MAP_LAYER_Z_INDEX) {
// ("ADJUSTED FC LAYER Z-INDEX " + _mapLayerZIndex + ', ' + _mapLayer.getZIndex());
_mapLayer.setZIndex(MAP_LAYER_Z_INDEX);
}
}
function initLayer() {
const defaultStyle = new OpenLayers.Style({
strokeColor: '${color}', // '#00aaff',
strokeDashstyle: 'solid',
strokeOpacity: 1.0,
strokeWidth: '${strokeWidth}',
graphicZIndex: '${zIndex}'
});
const selectStyle = new OpenLayers.Style({
// strokeOpacity: 1.0,
strokeColor: '#000000'
});
_mapLayer = new OpenLayers.Layer.Vector('FC Layer', {
uniqueName: '__FCLayer',
displayInLayerSwitcher: false,
rendererOptions: { zIndexing: true },
styleMap: new OpenLayers.StyleMap({
default: defaultStyle,
select: selectStyle
})
});
_mapLayer.setOpacity(0.5);
I18n.translations[I18n.locale].layers.name.__FCLayer = 'FC Layer';
_mapLayer.displayInLayerSwitcher = true;
_mapLayer.events.register('visibilitychanged', null, onLayerVisibilityChanged);
_mapLayer.setVisibility(_settings.layerVisible);
W.map.addLayer(_mapLayer);
_mapLayer.setZIndex(MAP_LAYER_Z_INDEX);
WazeWrap.Interface.AddLayerCheckbox('Display', 'FC Layer', _settings.layerVisible, onLayerCheckboxChanged);
// Hack to fix layer zIndex. Some other code is changing it sometimes but I have not been able to figure out why.
// It may be that the FC layer is added to the map before some Waze code loads the base layers and forces other layers higher. (?)
setInterval(checkLayerZIndex, 200);
W.map.events.register('moveend', W.map, () => {
fetchAllFC();
return true;
}, true);
}
function onHideStreetsClicked() {
_settings.hideStreet = $(this).is(':checked');
saveSettingsToStorage();
_mapLayer.removeAllFeatures();
fetchAllFC();
}
function onStateSelectionChanged() {
_settings.activeStateAbbr = this.value;
saveSettingsToStorage();
loadStateFCInfo();
fetchAllFC();
}
function setEnabled(value) {
_settings.layerVisible = value;
saveSettingsToStorage();
_mapLayer.setVisibility(value);
const color = value ? '#00bd00' : '#ccc';
$('span#fc-layer-power-btn').css({ color });
if (value) fetchAllFC();
$('#layer-switcher-item_fc_layer').prop('checked', value);
}
function initUserPanel() {
const $tab = $('<li>').append($('<a>', { 'data-toggle': 'tab', href: '#sidepanel-fc-layer' }).text('FC'));
const $panel = $('<div>', { class: 'tab-pane', id: 'sidepanel-fc-layer' });
const $stateSelect = $('<select>', { id: 'fcl-state-select', class: 'form-control disabled', style: 'disabled' }).append($('<option>', { value: 'ALL' }).text('All'));
// $stateSelect.change(function(evt) {
// _settings.activeStateAbbr = evt.target.value;
// saveSettingsToStorage();
// _mapLayer.removeAllFeatures();
// fetchAllFC();
// });
Object.keys(STATE_SETTINGS).forEach(stateAbbr => {
if (stateAbbr !== 'global') {
$stateSelect.append($('<option>', { value: stateAbbr }).text(reverseStatesHash(stateAbbr)));
}
});
const $hideStreet = $('<div>', { id: 'fcl-hide-street-container', class: 'controls-container' })
.append($('<input>', { type: 'checkbox', name: 'fcl-hide-street', id: 'fcl-hide-street' }).prop('checked', _settings.hideStreet).click(onHideStreetsClicked))
.append($('<label>', { for: 'fcl-hide-street' }).text('Hide local street highlights'));
$stateSelect.val(_settings.activeStateAbbr ? _settings.activeStateAbbr : 'ALL');
$panel.append(
$('<div>', { class: 'form-group' }).append(
$('<label>', { class: 'control-label' }).text('Select a state')
).append(
$('<div>', { class: 'controls', id: 'fcl-state-select-container' }).append(
$('<div>').append($stateSelect)
)
),
$hideStreet,
$('<div>', { id: 'fcl-table-container' })
);
$panel.append($('<div>', { id: 'fcl-state-info' }));
$panel.append(
$('<div>', { style: 'margin-top:10px;font-size:10px;color:#999999;' })
.append($('<div>').text(`version ${SCRIPT_VERSION}`))
.append(
$('<div>').append(
$('<a>', { href: '#' /* , target:'__blank' */ }).text('Discussion Forum (currently n/a)')
)
)
);
$('#user-tabs > .nav-tabs').append($tab);
// append the power button
if (!$('#fc-layer-power-btn').length) {
const color = _settings.layerVisible ? '#00bd00' : '#ccc';
$('a[href="#sidepanel-fc-layer"]').prepend(
$('<span>', {
class: 'fa fa-power-off',
id: 'fc-layer-power-btn',
style: `margin-right: 5px;cursor: pointer;color: ${color};font-size: 13px;`,
title: 'Toggle FC Layer'
}).click(evt => {
evt.stopPropagation();
setEnabled(!_settings.layerVisible);
})
);
}
$('#user-info > .flex-parent > .tab-content').append($panel);
$('#fcl-state-select').change(onStateSelectionChanged);
loadStateFCInfo();
}
function loadStateFCInfo() {
$('#fcl-state-info').empty();
if (STATE_SETTINGS[_settings.activeStateAbbr]) {
const stateInfo = STATE_SETTINGS[_settings.activeStateAbbr].information;
const $panelStateInfo = $('<dl>');
Object.keys(stateInfo).forEach(propertyName => {
$panelStateInfo.append($('<dt>', { style: 'margin-top:1em;color:#777777' }).text(propertyName))
.append($('<dd>').text(stateInfo[propertyName]));
});
$('#fcl-state-info').append($panelStateInfo);
}
}
function addLoadingIndicator() {
$('.loading-indicator').after($('<div class="loading-indicator" style="margin-right:10px" id="fc-loading-indicator">'));
}
function initGui() {
addLoadingIndicator();
initLayer();
initUserPanel();
}
function init() {
if (DEBUG && Promise.config) {
Promise.config({
warnings: true,
longStackTraces: true,
cancellation: true,
monitoring: false
});
} else {
Promise.config({
warnings: false,
longStackTraces: false,
cancellation: true,
monitoring: false
});
}
const u = W.loginManager.user;
_uid = u.id;
_r = u.rank + 1;
_isAM = u.isAreaManager;
_uName = u.userName;
loadSettingsFromStorage();
initGui();
fetchAllFC();
log('Initialized.');
}
function bootstrap() {
if (WazeWrap.Ready) {
log('Initializing...');
init();
} else {
log('Bootstrap failed. Trying again...');
unsafeWindow.setTimeout(bootstrap, 1000);
}
}
log('Bootstrap...');
bootstrap();