Class Geocoder
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Geocoder
Allows for the conversion between an address and geographical coordinates.
The example below shows how you can use this class find the top nine matches for the location
"Main St" in Colorado, add them to a map, and then embed it in a new Google Doc.
// Find the best matches for "Main St" in Colorado.
const response = Maps.newGeocoder()
// The latitudes and longitudes of southwest and northeast
// corners of Colorado, respectively.
.setBounds(36.998166, -109.045486, 41.001666, -102.052002)
.geocode('Main St');
// Create a Google Doc and map.
const doc = DocumentApp.create('My Map');
const map = Maps.newStaticMap();
// Add each result to the map and doc.
for (let i = 0; i < response.results.length && i < 9; i++) {
const result = response.results[i];
map.setMarkerStyle(null, null, i + 1);
map.addMarker(result.geometry.location.lat, result.geometry.location.lng);
doc.appendListItem(result.formatted_address);
}
// Add the finished map to the doc.
doc.appendImage(Utilities.newBlob(map.getMapImage(), 'image/png'));
See also
Detailed documentation
geocode(address)
Gets the approximate geographic points for a given address.
// Gets the geographic coordinates for Times Square.
const response = Maps.newGeocoder().geocode('Times Square, New York, NY');
for (let i = 0; i < response.results.length; i++) {
const result = response.results[i];
Logger.log(
'%s: %s, %s',
result.formatted_address,
result.geometry.location.lat,
result.geometry.location.lng,
);
}
Parameters
Name | Type | Description |
address | String | an address |
Return
Object
— a JSON Object containing the geocoding data, as described here
reverseGeocode(latitude, longitude)
Gets the approximate addresses for a given geographic point.
// Gets the address of a point in Times Square.
const response = Maps.newGeocoder().reverseGeocode(40.758577, -73.984464);
for (let i = 0; i < response.results.length; i++) {
const result = response.results[i];
Logger.log(
'%s: %s, %s',
result.formatted_address,
result.geometry.location.lat,
result.geometry.location.lng,
);
}
Parameters
Name | Type | Description |
latitude | Number | the latitude of the point |
longitude | Number | the longitude of the point |
Return
Object
— a JSON Object containing the reverse geocoding data, as described here
See also
setBounds(swLatitude, swLongitude, neLatitude, neLongitude)
Sets the bounds of an area that should be given extra preference in the results.
// Creates a Geocoder that prefers points in the area of Manhattan.
const geocoder = Maps.newGeocoder().setBounds(
40.699642,
-74.021072,
40.877569,
-73.908548,
);
Parameters
Name | Type | Description |
swLatitude | Number | the latitude of the south west corner of the bounds |
swLongitude | Number | the longitude of the south west corner of the bounds |
neLatitude | Number | the latitude of the north east corner of the bounds |
neLongitude | Number | the longitude of the north east corner of the bounds |
Return
Geocoder
— the Geocoder object to facilitate chaining of calls
See also
setLanguage(language)
Sets the language to be used in the results.
// Creates a Geocoder with the language set to French.
const geocoder = Maps.newGeocoder().setLanguage('fr');
Parameters
Name | Type | Description |
language | String | a BCP-47 language identifier |
Return
Geocoder
— the Geocoder object to facilitate chaining of calls.
See also
setRegion(region)
Sets a region to use when interpreting location names. The supported region codes correspond to
the ccTLDs supported by Google Maps. For example, the region code "uk" corresponds to
"maps.google.co.uk".
// Creates a Geocoder with the region set to France.
const geocoder = Maps.newGeocoder().setRegion('fr');
Parameters
Name | Type | Description |
region | String | the region code to use |
Return
Geocoder
— the Geocoder object to facilitate chaining of calls
See also
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Last updated 2024-12-02 UTC.
[null,null,["Last updated 2024-12-02 UTC."],[[["\u003cp\u003eThe Geocoder class enables conversion between addresses and geographic coordinates (latitude and longitude).\u003c/p\u003e\n"],["\u003cp\u003eIt provides methods for finding geographic points for an address (geocode) and vice-versa (reverseGeocode).\u003c/p\u003e\n"],["\u003cp\u003eYou can specify bounds for preferred results, language, and region for location interpretation.\u003c/p\u003e\n"],["\u003cp\u003eGeocoder uses a JSON object to represent the geocoding and reverse geocoding data.\u003c/p\u003e\n"],["\u003cp\u003eIt leverages the Google Geocoding API for its functionality and supports various region codes.\u003c/p\u003e\n"]]],[],null,["# Class Geocoder\n\nGeocoder\n\nAllows for the conversion between an address and geographical coordinates. \n\nThe example below shows how you can use this class find the top nine matches for the location\n\"Main St\" in Colorado, add them to a map, and then embed it in a new Google Doc.\n\n```javascript\n// Find the best matches for \"Main St\" in Colorado.\nconst response = Maps.newGeocoder()\n // The latitudes and longitudes of southwest and northeast\n // corners of Colorado, respectively.\n .setBounds(36.998166, -109.045486, 41.001666, -102.052002)\n .geocode('Main St');\n\n// Create a Google Doc and map.\nconst doc = DocumentApp.create('My Map');\nconst map = Maps.newStaticMap();\n\n// Add each result to the map and doc.\nfor (let i = 0; i \u003c response.results.length && i \u003c 9; i++) {\n const result = response.results[i];\n map.setMarkerStyle(null, null, i + 1);\n map.addMarker(result.geometry.location.lat, result.geometry.location.lng);\n doc.appendListItem(result.formatted_address);\n}\n\n// Add the finished map to the doc.\ndoc.appendImage(Utilities.newBlob(map.getMapImage(), 'image/png'));\n```\n\n#### See also\n\n- [Google Geocoding API](/maps/documentation/geocoding) \n\n### Methods\n\n| Method | Return type | Brief description |\n|--------------------------------------------------------------------------------------------------------|---------------|----------------------------------------------------------------------------------|\n| [geocode(address)](#geocode(String)) | `Object` | Gets the approximate geographic points for a given address. |\n| [reverseGeocode(latitude, longitude)](#reverseGeocode(Number,Number)) | `Object` | Gets the approximate addresses for a given geographic point. |\n| [setBounds(swLatitude, swLongitude, neLatitude, neLongitude)](#setBounds(Number,Number,Number,Number)) | [Geocoder](#) | Sets the bounds of an area that should be given extra preference in the results. |\n| [setLanguage(language)](#setLanguage(String)) | [Geocoder](#) | Sets the language to be used in the results. |\n| [setRegion(region)](#setRegion(String)) | [Geocoder](#) | Sets a region to use when interpreting location names. |\n\nDetailed documentation\n----------------------\n\n### `geocode(address)`\n\nGets the approximate geographic points for a given address.\n\n```javascript\n// Gets the geographic coordinates for Times Square.\nconst response = Maps.newGeocoder().geocode('Times Square, New York, NY');\nfor (let i = 0; i \u003c response.results.length; i++) {\n const result = response.results[i];\n Logger.log(\n '%s: %s, %s',\n result.formatted_address,\n result.geometry.location.lat,\n result.geometry.location.lng,\n );\n}\n```\n\n#### Parameters\n\n| Name | Type | Description |\n|-----------|----------|-------------|\n| `address` | `String` | an address |\n\n#### Return\n\n\n`Object` --- a JSON Object containing the geocoding data, as described [here](/maps/documentation/geocoding#JSON)\n\n*** ** * ** ***\n\n### `reverse``Geocode(latitude, longitude)`\n\nGets the approximate addresses for a given geographic point.\n\n```javascript\n// Gets the address of a point in Times Square.\nconst response = Maps.newGeocoder().reverseGeocode(40.758577, -73.984464);\nfor (let i = 0; i \u003c response.results.length; i++) {\n const result = response.results[i];\n Logger.log(\n '%s: %s, %s',\n result.formatted_address,\n result.geometry.location.lat,\n result.geometry.location.lng,\n );\n}\n```\n\n#### Parameters\n\n| Name | Type | Description |\n|-------------|----------|----------------------------|\n| `latitude` | `Number` | the latitude of the point |\n| `longitude` | `Number` | the longitude of the point |\n\n#### Return\n\n\n`Object` --- a JSON Object containing the reverse geocoding data, as described [here](/maps/documentation/geocoding#ReverseGeocoding)\n\n#### See also\n\n- [Google Geocoding API](/maps/documentation/geocoding#JSON)\n\n*** ** * ** ***\n\n### `set``Bounds(swLatitude, swLongitude, neLatitude, neLongitude)`\n\nSets the bounds of an area that should be given extra preference in the results.\n\n```javascript\n// Creates a Geocoder that prefers points in the area of Manhattan.\nconst geocoder = Maps.newGeocoder().setBounds(\n 40.699642,\n -74.021072,\n 40.877569,\n -73.908548,\n);\n```\n\n#### Parameters\n\n| Name | Type | Description |\n|-----------------|----------|------------------------------------------------------|\n| `sw``Latitude` | `Number` | the latitude of the south west corner of the bounds |\n| `sw``Longitude` | `Number` | the longitude of the south west corner of the bounds |\n| `ne``Latitude` | `Number` | the latitude of the north east corner of the bounds |\n| `ne``Longitude` | `Number` | the longitude of the north east corner of the bounds |\n\n#### Return\n\n\n[Geocoder](#) --- the Geocoder object to facilitate chaining of calls\n\n#### See also\n\n- [Google Geocoding API](/maps/documentation/geocoding#Viewports)\n\n*** ** * ** ***\n\n### `set``Language(language)`\n\nSets the language to be used in the results.\n\n```javascript\n// Creates a Geocoder with the language set to French.\nconst geocoder = Maps.newGeocoder().setLanguage('fr');\n```\n\n#### Parameters\n\n| Name | Type | Description |\n|------------|----------|------------------------------|\n| `language` | `String` | a BCP-47 language identifier |\n\n#### Return\n\n\n[Geocoder](#) --- the Geocoder object to facilitate chaining of calls.\n\n#### See also\n\n- [Encoded Polyline Format](/maps/documentation/utilities/polylinealgorithm)\n\n*** ** * ** ***\n\n### `set``Region(region)`\n\nSets a region to use when interpreting location names. The supported region codes correspond to\nthe ccTLDs supported by Google Maps. For example, the region code \"uk\" corresponds to\n\"maps.google.co.uk\".\n\n```javascript\n// Creates a Geocoder with the region set to France.\nconst geocoder = Maps.newGeocoder().setRegion('fr');\n```\n\n#### Parameters\n\n| Name | Type | Description |\n|----------|----------|------------------------|\n| `region` | `String` | the region code to use |\n\n#### Return\n\n\n[Geocoder](#) --- the Geocoder object to facilitate chaining of calls\n\n#### See also\n\n- [Google Geocoding API](/maps/documentation/geocoding#RegionCodes)"]]