1define(['exports', 'esri/geometry/Extent'], function (exports, _esriGeometryExtent) { 2 'use strict'; 3 4 Object.defineProperty(exports, '__esModule', { 5 value: true 6 }); 7 8 function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; } 9 10 var _Extent = _interopRequireDefault(_esriGeometryExtent); 11 12 var minScale = 900000; 13 14 exports['default'] = { 15 application_title: 'ASCE Tsunami Hazard Tool', 16 application_data_version: 'ASCE Tsunami Design Geodatabase Version 2022-1.0', 17 18 widgets: { 19 search: { 20 enableHighlight: true, 21 enableInfoWindow: false, 22 locationToAddressDistance: 30 23 }, 24 basemapGallery: { 25 showArcGISBasemaps: true, 26 title: 'Basemap Gallery' 27 } 28 }, 29 symbols: { 30 location: 'http://js.arcgis.com/3.36/esri/dijit/Search/images/search-pointer.png', 31 protractor: 'app/images/protractor.png' 32 }, 33 34 reverseGeocoderURL: 'https://geocode.arcgis.com/arcgis/rest/services/World/GeocodeServer/reverseGeocode', 35 'inudationQueryURL_7-16': 'https://gis.asce.org/arcgis/rest/services/ASCE/Tsunami_FeatureServices/MapServer', 36 'inudationQueryURL_7-22': 'https://gis.asce.org/arcgis/rest/services/ASCE722/ts2022_Tsunami_Feature_Services/MapServer', 37 'groundSubsidenceQueryURL_7-16': 'https://gis.asce.org/arcgis/rest/services/ASCE/ground_subsidence/ImageServer', 38 'groundSubsidenceQueryURL_7-22': 'https://gis.asce.org/arcgis/rest/services/ASCE722/ts2022_ground_subsidence/ImageServer', 39 disagFigureURL: 'https://gis.asce.org/disag/', 40 'pointElevationURL_7-16': 'https://gis.asce.org/arcgis/rest/services/ASCE/DEM_Mosaic/ImageServer', 41 'pointElevationURL_7-22': 'https://gis.asce.org/arcgis/rest/services/ASCE722/DEM_Mosaic_722/ImageServer', 42 'navd88URL_7-16': 'https://gis.asce.org/arcgis/rest/services/ASCE/NAVD88_vdatum/ImageServer', 43 'navd88URL_7-22': 'https://gis.asce.org/arcgis/rest/services/ASCE722/NAVD88_vdatum_722/ImageServer', 44 transectUrls: { 45 'demBoundary_7-16': 'https://gis.asce.org/arcgis/rest/services/ASCE/DEM_Footprint/MapServer', 46 'demBoundary_7-22': 'https://gis.asce.org/arcgis/rest/services/ASCE722/DEM_Footprint_722/MapServer' 47 }, 48 49 map: { 50 id: 'ASCEmap', 51 options: { 52 extent: new _Extent['default']({ 53 'xmin': -21018272.17, 54 'ymin': -1241643.25, 55 'xmax': -7340324.59, 56 'ymax': 10499084.30, 57 'spatialReference': { 58 'wkid': 102100 59 } 60 }), 61 basemap: 'topo', 62 autoResize: true, 63 smartNavigation: false, 64 sliderPosition: 'top-right', 65 maxZoom: 19 66 } 67 }, 68 69 layers: [{ 70 type: 'dynamic', 71 url: 'https://gis.asce.org/arcgis/rest/services/ASCE/Tsunami_FeatureServices/MapServer', 72 visibleLayers: [4], 73 options: { 74 id: 'tsunami-zone_7-16', 75 opacity: .50 76 } 77 }, { 78 type: 'dynamic', 79 url: 'https://gis.asce.org/arcgis/rest/services/ASCE/Tsunami_FeatureServices/MapServer', 80 visibleLayers: [7], 81 options: { 82 id: 'subsidenceAndContour_7-16', 83 minScale: minScale 84 } 85 }, { 86 type: 'dynamic', 87 url: 'https://gis.asce.org/arcgis/rest/services/ASCE/Tsunami_FeatureServices/MapServer', 88 visibleLayers: [0, 1, 3], 89 options: { 90 id: 'feature-points_7-16', 91 minScale: minScale 92 } 93 }, { 94 type: 'dynamic', 95 url: 'https://gis.asce.org/arcgis/rest/services/ASCE722/ts2022_Tsunami_Feature_Services/MapServer', 96 visibleLayers: [4], 97 options: { 98 id: 'tsunami-zone_7-22', 99 opacity: .50 100 } 101 }, { 102 type: 'dynamic', 103 url: 'https://gis.asce.org/arcgis/rest/services/ASCE722/ts2022_Tsunami_Feature_Services/MapServer', 104 visibleLayers: [7], 105 options: { 106 id: 'subsidenceAndContour_7-22', 107 minScale: minScale 108 } 109 }, { 110 type: 'dynamic', 111 url: 'https://gis.asce.org/arcgis/rest/services/ASCE722/ts2022_Tsunami_Feature_Services/MapServer', 112 visibleLayers: [0, 1, 3, 5, 15], 113 options: { 114 id: 'feature-points_7-22', 115 minScale: minScale 116 } 117 }, {
118 type: 'dynamic', 119 url: 'https://gis.asce.org/arcgis/rest/services/ASCE722/ts2022_Tsunami_Feature_Services/MapServer', 120 visibleLayers: [11, 13], 121 options: { 122 id: 'bore-sites_7-22', 123 minScale: minScale 124 } 125 }], 126 127 strings: { 128 inundationSelectTransect: 'Select a transect to run', 129 locationSelectionLabel: 'Enter Structure Information', 130 criteriaSelectionLabel: 'Select Criteria', 131 selectTransectTypeLabel: 'Select Data Type for Analysis', 132 riskDropdownLabel: 'Select Risk Category', 133 riskLevelLabel: 'Risk Category', 134 measurementsLabel: 'Measurements', 135 imperial: 'Customary', 136 si: 'SI', 137 standardsVersionLabel: 'Standard Version', 138 standardsVersionMoreInfo: 'Select the Standard you wish to use for this report. Users who are unsure which building code reference document and version govern their project type and location should contact their local building department.', 139 invalidCriteriaNotNeeded: 'No Analysis Needed', 140 outsideTsunamiDesignZone: 'Area selected is not in the Tsunami Design Zone', 141 selectRisk: 'Please select a Risk Category.', 142 selectLocation: 'Please select a location for analysis', 143 disclaimerText: 'The ASCE Tsunami Design Geodatabase version 2022-1.0 of geocoded reference points of Runup and associated Inundation Limits of the Tsunami Design Zone is an integral part of the tsunami loads provisions of Standard ASCE/SEI 7-22. It is not intended to be used for evacuation or emergency management planning. By using this site, you agree to be bound by the Terms of Service.', 144 leftPanelDisclaimerText: 'All data are per the requirements of the ASCE/SEI 7 standard; local requirements may vary.', 145 146 popupRunupDataTextNote: ['The digital elevation model (DEM) data included in the ASCE Tsunami Hazard Tool is provided as a resource along with the tsunami Runup data. In the case where the site topographic elevation shown in the Tool is inconsistent with site survey results based on the same reference datum, the survey results are permitted to be used for finding the average elevation at the building footprint. The discrepancy is to be reported to ASCE for evaluation of possible DEM errata. The ASCE 7 Tsunami Design Geodatabase data for the Runups and any Inundation Depth Points shall be used to determine the tsunami water surface even in locations where topographic elevations appear inconsistent.', 'The ASCE Tsunami Hazard Tool Runup points prescribe the Runup Elevation at which the tsunami inundation terminates. With detailed map data, the position of the Runup should be placed at the corresponding topographic elevation, as that is where the tsunami water depth becomes zero at the Inundation Limit.'], 147 148 // Invalid Risk
149 invalidRiskTitle: function invalidRiskTitle(version) { 150 return 'Tsunami Risk Category: See ASCE ' + version + ' Sections 1.5, 6.1, 6.2, and 6.4.'; 151 }, 152 invalidRiskI: function invalidRiskI(version) { 153 return 'See ASCE ' + version + ' Section 6.1.1.'; 154 }, 155 invalidRiskII: function invalidRiskII(version) { 156 return 'Tsunami Risk Category II buildings and other structures located within the Tsunami Design Zone shall include design for tsunami effects as required by the state or locally adopted building code; See ASCE ' + version + ' Section 6.1.1.'; 157 }, 158 invalidRiskIII: function invalidRiskIII(version) { 159 return 'Tsunami Risk Category III buildings and other structures with inundation depth greater than 3 ft (0.914 m) at any location within the intended footprint of the structure shall include design for tsunami effects; See ASCE ' + version + ' Section 6.1.1.'; 160 }, 161 invalidRiskIV: function invalidRiskIV(version) { 162 return 'Tsunami Risk Category IV buildings and other structures shall include design for tsunami effects; See ASCE ' + version + ' Section 6.1.1.'; 163 }, 164 165 // Note Text 166 tsunamiAmplitude: 'Note: Offshore Tsunami Amplitude points may be some distance off-shore so zooming out may be required.', 167 168 // Information Text 169 locationInfo: 'Use the tabs below to enter a specific street address or latitude and longitude (to 5 decimal places), or to select a site by clicking directly on the map. Address location gives street location and user needs to confirm precise location of structure as necessary to comply with standard requirements.', 170 addShapeInfo: 'Press down to start and let go to finish drawing box', 171 noLegendInfo: 'Select data to display', 172 asceInfo: 'About This Site', 173 emailInfo: 'Feedback or questions? Contact ASCE', 174 termsInfo: 'Terms and Conditions', 175 176 measureArea: 'Click once on map to set one corner of the area you wish to measure. Continue clicking to set additional corners. Double-click to stop drawing.', 177 measureDistance: 'Click once on map to set beginning of the distance you wish to measure. Continue clicking to add additional waypoints. Double-click to stop drawing.' 178 }, 179 180 riskLevelRange: 4, 181 182 elevation: { 183 label: 'Elevation', 184 checked: '', 185 sampleData: { 186 label: 'Elevation Load', 187 value: ['Calculating'] 188 }, 189 layer: { 190 id: 'Elevation', 191 queryURL: 'https://services.nationalmap.gov/arcgis/rest/services/SmallScale100Meter/SmallScaleElevationWMS/MapServer', 192 displayURL: 'https://services.nationalmap.gov/arcgis/rest/services/SmallScale100Meter/SmallScaleElevationWMS/MapServer', 193 type: 'tile', 194 visibleLayers: [0, 1, 2, 3], 195 visible: false 196 } 197 }, 198 alphabet: 'ABCDEFGHIJKLMNOPQRSTUVWXYZ', // use for default placeholder name transects 199 colors: { 200 transects: [[67, 160, 71], [51, 105, 30], [38, 166, 154], [0, 121, 107], [48, 79, 254], [1, 87, 155], [40, 53, 147], [123, 31, 162], [136, 14, 79]] 201 } 202 }; 203 var shareMeta = { 204 twitter: { 205 link: 'Twiter link test', 206 pageDescription: 'test1' 207 }, 208 facebook: { 209 link: 'Twiter link test', 210 pageDescription: 'test1' 211 } 212 }; 213 exports.shareMeta = shareMeta; 214}); 215//# sourceMappingURL=config.js.map
Line numbers count LF bytes from the start of the resource, as the search results do. Vendor segments are library code the classifier recognised; they are stored but not indexed. Bytes are shown as Latin1 characters, one per byte.